diff --git a/.circleci/config.yml b/.circleci/config.yml
index cd068b43e2f2..2abd7304e4ff 100644
--- a/.circleci/config.yml
+++ b/.circleci/config.yml
@@ -438,11 +438,33 @@ jobs:
       - run:
           name: "Build and test"
           # We need to force not to use docker buildkit because for some reason on arm only, it ends up making a call
-          # out to eu-west2 despite the image being locally tagged, resulting in unauthorised 401. Weird docker bug?
+          # out to eu-west2 despite the image being locally tagged, resulting in unauthorized 401. Weird docker bug?
           command: |
             echo "export DOCKER_BUILDKIT=" > $BASH_ENV
             build aztec-sandbox false arm64
 
+  aztec-p2p-bootstrap:
+    machine:
+      image: ubuntu-2204:2023.07.2
+    resource_class: large
+    steps:
+      - *checkout
+      - *setup_env
+      - run:
+          name: "Build and test"
+          command: build p2p-bootstrap | add_timestamps
+
+  aztec-node:
+    machine:
+      image: ubuntu-2204:2023.07.2
+    resource_class: large
+    steps:
+      - *checkout
+      - *setup_env
+      - run:
+          name: "Build and test"
+          command: build aztec-node | add_timestamps
+
   pxe-x86_64:
     machine:
       image: ubuntu-2204:2023.07.2
@@ -464,7 +486,7 @@ jobs:
       - run:
           name: "Build and test"
           # We need to force not to use docker buildkit because for some reason on arm only, it ends up making a call
-          # out to eu-west2 despite the image being locally tagged, resulting in unauthorised 401. Weird docker bug?
+          # out to eu-west2 despite the image being locally tagged, resulting in unauthorized 401. Weird docker bug?
           command: |
             echo "export DOCKER_BUILDKIT=" > $BASH_ENV
             build pxe false arm64
@@ -504,7 +526,7 @@ jobs:
           name: "Test via adhoc script"
           command: ./yarn-project/boxes/blank/run_tests
 
-  boxes-private-token:
+  boxes-token:
     machine:
       image: ubuntu-2204:2023.07.2
     resource_class: large
@@ -513,7 +535,7 @@ jobs:
       - *setup_env
       - run:
           name: "Test via adhoc script"
-          command: ./yarn-project/boxes/private-token/run_tests
+          command: ./yarn-project/boxes/token/run_tests
 
   canary:
     machine:
@@ -609,18 +631,6 @@ jobs:
           command: cond_run_script end-to-end ./scripts/run_tests_local e2e_private_airdrop.test.ts
           environment: { DEBUG: "aztec:*" }
 
-  e2e-private-token-contract:
-    machine:
-      image: ubuntu-2204:2023.07.2
-    resource_class: large
-    steps:
-      - *checkout
-      - *setup_env
-      - run:
-          name: "Test"
-          command: cond_run_script end-to-end ./scripts/run_tests_local e2e_private_token_contract.test.ts
-          environment: { DEBUG: "aztec:*" }
-
   e2e-sandbox-example:
     machine:
       image: ubuntu-2204:2023.07.2
@@ -955,9 +965,20 @@ jobs:
           name: "Benchmark"
           command: cond_run_script end-to-end ./scripts/run_tests_local benchmarks/bench_publish_rollup.test.ts
           environment:
-            {
-              DEBUG: "aztec:benchmarks:*,aztec:sequencer,aztec:world_state,aztec:merkle_trees",
-            }
+            DEBUG: "aztec:benchmarks:*,aztec:sequencer,aztec:sequencer:*,aztec:world_state,aztec:merkle_trees"
+
+  bench-process-history:
+    machine:
+      image: ubuntu-2204:2023.07.2
+    resource_class: large
+    steps:
+      - *checkout
+      - *setup_env
+      - run:
+          name: "Benchmark"
+          command: cond_run_script end-to-end ./scripts/run_tests_local benchmarks/bench_process_history.test.ts
+          environment:
+            DEBUG: "aztec:benchmarks:*,aztec:sequencer,aztec:sequencer:*,aztec:world_state,aztec:merkle_trees"
 
   build-docs:
     machine:
@@ -991,6 +1012,15 @@ jobs:
           name: "Noop"
           command: echo Noop
 
+  canary-end:
+    docker:
+      - image: cimg/base:2023.09
+    resource_class: small
+    steps:
+      - run:
+          name: "Noop"
+          command: echo Noop
+
   bench-summary:
     machine:
       image: ubuntu-2204:2023.07.2
@@ -1001,6 +1031,19 @@ jobs:
           name: "Assemble benchmark summary from uploaded logs"
           command: ./scripts/ci/assemble_e2e_benchmark.sh
 
+  deploy-npm-canary:
+    # Deploys next version under 'canary' dist tag.
+    machine:
+      image: ubuntu-2204:2023.07.2
+    resource_class: medium
+    steps:
+      - *checkout
+      - *setup_env
+      # Aztec.js and dependencies
+      - run:
+          name: "yarn-project"
+          command: yarn-project/deploy_npm.sh canary
+
   deploy-npm:
     machine:
       image: ubuntu-2204:2023.07.2
@@ -1011,9 +1054,9 @@ jobs:
       # Aztec.js and dependencies
       - run:
           name: "yarn-project"
-          command: yarn-project/deploy_npm.sh
+          command: yarn-project/deploy_npm.sh latest
 
-  deploy-dockerhub:
+  deploy-dockerhub-canary:
     machine:
       image: ubuntu-2204:2023.07.2
     resource_class: medium
@@ -1022,16 +1065,29 @@ jobs:
       - *setup_env
       - run:
           name: "Deploy to dockerhub"
-          command: yarn-project/deploy_dockerhub.sh
+          command: yarn-project/deploy_dockerhub.sh canary
 
-  deploy-end:
-    docker:
-      - image: cimg/base:2023.09
-    resource_class: small
+  deploy-ecr:
+    machine:
+      image: ubuntu-2204:2023.07.2
+    resource_class: medium
+    steps:
+      - *checkout
+      - *setup_env
+      - run:
+          name: "yarn-project"
+          command: yarn-project/deploy_ecr.sh
+
+  deploy-dockerhub:
+    machine:
+      image: ubuntu-2204:2023.07.2
+    resource_class: medium
     steps:
+      - *checkout
+      - *setup_env
       - run:
-          name: "Noop"
-          command: echo Noop
+          name: "Deploy to dockerhub"
+          command: yarn-project/deploy_dockerhub.sh
 
   build-deployment-canary:
     machine:
@@ -1044,7 +1100,7 @@ jobs:
           name: "Build"
           command: build canary true
 
-  run-deployment-canary-uniswap:
+  canary-uniswap-test:
     machine:
       image: ubuntu-2204:2023.07.2
     resource_class: large
@@ -1055,7 +1111,7 @@ jobs:
           name: "Test"
           command: run_script canary ./scripts/run_tests ./src/uniswap_trade_on_l1_from_l2.test.ts canary ./scripts/docker-compose.yml
 
-  run-deployment-canary-browser:
+  canary-browser-test:
     machine:
       image: ubuntu-2204:2023.07.2
     resource_class: large
@@ -1066,7 +1122,7 @@ jobs:
           name: "Test"
           command: run_script canary ./scripts/run_tests ./src/aztec_js_browser.test.ts canary ./scripts/docker-compose-browser.yml
 
-  run-deployment-canary-cli:
+  canary-cli-test:
     machine:
       image: ubuntu-2204:2023.07.2
     resource_class: large
@@ -1233,6 +1289,16 @@ workflows:
             - yarn-project
           <<: *defaults
 
+      - aztec-p2p-bootstrap:
+          requires:
+            - yarn-project
+          <<: *defaults
+
+      - aztec-node:
+          requires:
+            - yarn-project
+          <<: *defaults
+
       - pxe-x86_64:
           requires:
             - yarn-project
@@ -1260,7 +1326,7 @@ workflows:
             - aztec-sandbox-x86_64
           <<: *defaults
 
-      - boxes-private-token:
+      - boxes-token:
           requires:
             - aztec-sandbox-x86_64
           <<: *defaults
@@ -1277,7 +1343,6 @@ workflows:
       - e2e-lending-contract: *e2e_test
       - e2e-token-contract: *e2e_test
       - e2e-private-airdrop: *e2e_test
-      - e2e-private-token-contract: *e2e_test
       - e2e-sandbox-example: *e2e_test
       - e2e-multi-transfer-contract: *e2e_test
       - e2e-block-building: *e2e_test
@@ -1307,6 +1372,7 @@ workflows:
       - guides-sample-dapp: *e2e_test
       - guides-up-quick-start: *e2e_test
       - bench-publish-rollup: *e2e_test
+      - bench-process-history: *e2e_test
 
       - e2e-end:
           requires:
@@ -1315,7 +1381,6 @@ workflows:
             - e2e-lending-contract
             - e2e-token-contract
             - e2e-private-airdrop
-            - e2e-private-token-contract
             - e2e-sandbox-example
             - e2e-multi-transfer-contract
             - e2e-block-building
@@ -1344,46 +1409,64 @@ workflows:
             - guides-dapp-testing
             - guides-sample-dapp
             - guides-up-quick-start
-            - bench-publish-rollup
           <<: *defaults
 
       - bench-summary:
           requires:
             - e2e-end
+            - bench-publish-rollup
+            - bench-process-history
           <<: *defaults
 
-        # Deployment and Canary tests
-      - deploy-dockerhub:
+        # Deploy under canary tag
+      - deploy-npm-canary:
           requires:
             - e2e-end
           <<: *deploy_defaults
-      - deploy-npm:
+      - deploy-dockerhub-canary:
           requires:
             - e2e-end
           <<: *deploy_defaults
-
-      - deploy-end:
+      - deploy-ecr:
           requires:
-            - deploy-dockerhub
-            - deploy-npm
+            - e2e-end
           <<: *deploy_defaults
 
       - build-deployment-canary:
           requires:
-            - deploy-end
+            - deploy-npm-canary
+            - deploy-dockerhub-canary
           <<: *deploy_defaults
 
-      - run-deployment-canary-uniswap:
+      # Run canary tests
+      - canary-uniswap-test:
           requires:
             - build-deployment-canary
           <<: *deploy_defaults
 
-      - run-deployment-canary-browser:
+      - canary-browser-test:
           requires:
             - build-deployment-canary
           <<: *deploy_defaults
 
-      - run-deployment-canary-cli:
+      - canary-cli-test:
           requires:
             - build-deployment-canary
           <<: *deploy_defaults
+
+      - canary-end:
+          requires:
+            - canary-uniswap-test
+            - canary-browser-test
+            - canary-cli-test
+          <<: *deploy_defaults
+
+        # Production deployment
+      - deploy-dockerhub:
+          requires:
+            - canary-end
+          <<: *deploy_defaults
+      - deploy-npm:
+          requires:
+            - canary-end
+          <<: *deploy_defaults
diff --git a/.gitignore b/.gitignore
index 9115ec7782a8..46c867ea4814 100644
--- a/.gitignore
+++ b/.gitignore
@@ -6,5 +6,5 @@ node_modules
 build/
 .idea
 cmake-build-debug
-.terraform
+.terraform*
 .bootstrapped
diff --git a/.release-please-manifest.json b/.release-please-manifest.json
index f06a978eb956..7f0596d898c6 100644
--- a/.release-please-manifest.json
+++ b/.release-please-manifest.json
@@ -1,5 +1,5 @@
 {
-  ".": "0.8.7",
-  "barretenberg": "0.8.7",
-  "barretenberg/ts": "0.8.7"
+  ".": "0.8.14",
+  "barretenberg": "0.8.14",
+  "barretenberg/ts": "0.8.14"
 }
diff --git a/.vscode/extensions.json b/.vscode/extensions.json
index 1d9e5d4870bf..988ff79b4751 100644
--- a/.vscode/extensions.json
+++ b/.vscode/extensions.json
@@ -36,6 +36,8 @@
     "IBM.output-colorizer",
     // Displays code coverage report information within vscode
     "ryanluker.vscode-coverage-gutters",
+    // Spell checking
+    "streetsidesoftware.code-spell-checker",
     // End C++/Circuits extensions
     ///////////////////////////////////////
   ],
diff --git a/CHANGELOG.md b/CHANGELOG.md
index 72265a128993..88fcf8572174 100644
--- a/CHANGELOG.md
+++ b/CHANGELOG.md
@@ -1,5 +1,182 @@
 # Changelog
 
+## [0.8.14](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.13...aztec-packages-v0.8.14) (2023-10-13)
+
+
+### Bug Fixes
+
+* Deploy_defaults for canary-end ([#2854](https://github.com/AztecProtocol/aztec-packages/issues/2854)) ([7b189a8](https://github.com/AztecProtocol/aztec-packages/commit/7b189a83114a4206da425c375a77542af0b7df48))
+* **docker:** Use entrypoint for mult line commands in docker ([#2853](https://github.com/AztecProtocol/aztec-packages/issues/2853)) ([ab99cd0](https://github.com/AztecProtocol/aztec-packages/commit/ab99cd0f0731b7951286ae2a1667a73f1d406a1a))
+
+## [0.8.13](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.12...aztec-packages-v0.8.13) (2023-10-13)
+
+
+### Features
+
+* Add deployed contract to PXE from CLI ([#2850](https://github.com/AztecProtocol/aztec-packages/issues/2850)) ([5bad3e3](https://github.com/AztecProtocol/aztec-packages/commit/5bad3e344ee5842d86aebe443bb001e27d1e735b))
+* **docs_tutorials:** Token Portal & Uniswap Tutorial ([#2726](https://github.com/AztecProtocol/aztec-packages/issues/2726)) ([dbef55f](https://github.com/AztecProtocol/aztec-packages/commit/dbef55fc63a296e720e270616b8ae7bd642b8a28))
+
+
+### Bug Fixes
+
+* Added registry contract address to node terraform ([#2851](https://github.com/AztecProtocol/aztec-packages/issues/2851)) ([bfc5feb](https://github.com/AztecProtocol/aztec-packages/commit/bfc5feb1bad76a5a1a4c7deb5ecd674f9ab42a9b))
+* Create canary dockerhub manifest ([#2849](https://github.com/AztecProtocol/aztec-packages/issues/2849)) ([1d7bd26](https://github.com/AztecProtocol/aztec-packages/commit/1d7bd26874af4f3c608ce707c81b844e929cc742))
+* Fix check_circuit in goblin translator (resulted in flimsy test) ([#2827](https://github.com/AztecProtocol/aztec-packages/issues/2827)) ([98b1679](https://github.com/AztecProtocol/aztec-packages/commit/98b16793b0e84360af8dc70934636d11d7bc7e29))
+
+## [0.8.12](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.11...aztec-packages-v0.8.12) (2023-10-13)
+
+
+### Features
+
+* Private token box upgrade to new Token contract ([#2824](https://github.com/AztecProtocol/aztec-packages/issues/2824)) ([22794a5](https://github.com/AztecProtocol/aztec-packages/commit/22794a57bbf45cac72dd69bf9838c63b240e6e22))
+* Use privacy consistently ([#2833](https://github.com/AztecProtocol/aztec-packages/issues/2833)) ([89b9b6a](https://github.com/AztecProtocol/aztec-packages/commit/89b9b6ac6eeed10484a4c0892d43d9374864ee1d))
+
+
+### Bug Fixes
+
+* Copied box nargo toml trailing slash ([#2819](https://github.com/AztecProtocol/aztec-packages/issues/2819)) ([ecd2a64](https://github.com/AztecProtocol/aztec-packages/commit/ecd2a64a517e34ada4770d26e6d7f9c578ee82aa))
+* Fix rebuild pattern slashes. ([#2843](https://github.com/AztecProtocol/aztec-packages/issues/2843)) ([e32517e](https://github.com/AztecProtocol/aztec-packages/commit/e32517e9eae791b32f94b3816413392ccf0ba096))
+* Trigger yarn-project rebuild for .sh files ([#2846](https://github.com/AztecProtocol/aztec-packages/issues/2846)) ([c956254](https://github.com/AztecProtocol/aztec-packages/commit/c95625439e3c779568d4ddf2f0d0ed93519fb4ac))
+
+## [0.8.11](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.10...aztec-packages-v0.8.11) (2023-10-13)
+
+
+### Features
+
+* **archiver:** Use registry to fetch searchStartBlock ([#2830](https://github.com/AztecProtocol/aztec-packages/issues/2830)) ([e5bc067](https://github.com/AztecProtocol/aztec-packages/commit/e5bc0672b631f21debf96a85a206080e2d9a838c))
+* Configure sandbox for network ([#2818](https://github.com/AztecProtocol/aztec-packages/issues/2818)) ([d393a59](https://github.com/AztecProtocol/aztec-packages/commit/d393a5954bb5d80dddf602d1828ab9c9f6e092cb))
+* **docker-sandbox:** Allow forks in sandbox ([#2831](https://github.com/AztecProtocol/aztec-packages/issues/2831)) ([ed8431c](https://github.com/AztecProtocol/aztec-packages/commit/ed8431c736ab67dc825316b8ea35ca5c7f078563)), closes [#2726](https://github.com/AztecProtocol/aztec-packages/issues/2726)
+* Goblin Translator Decomposition relation (Goblin Translator part 4) ([#2802](https://github.com/AztecProtocol/aztec-packages/issues/2802)) ([3c3cd9f](https://github.com/AztecProtocol/aztec-packages/commit/3c3cd9f62640b505b55916648df6ccddf524cdfc))
+* Goblin Translator GenPermSort relation (Goblin Translator part 3) ([#2795](https://github.com/AztecProtocol/aztec-packages/issues/2795)) ([b36fdc4](https://github.com/AztecProtocol/aztec-packages/commit/b36fdc481d16e56fe244c5a10a5223199f9f2e6b))
+* Goblin translator opcode constraint and accumulator transfer relations (Goblin Translator part 5) ([#2805](https://github.com/AztecProtocol/aztec-packages/issues/2805)) ([b3d1f28](https://github.com/AztecProtocol/aztec-packages/commit/b3d1f280913494322baee369e6ee4f04353891b3))
+* Goblin Translator Permutation relation (Goblin Translator part 2) ([#2790](https://github.com/AztecProtocol/aztec-packages/issues/2790)) ([9a354c9](https://github.com/AztecProtocol/aztec-packages/commit/9a354c94c91f8f2927ca66d0de65b5b893066710))
+* Integrate ZeroMorph into Honk ([#2774](https://github.com/AztecProtocol/aztec-packages/issues/2774)) ([ea86869](https://github.com/AztecProtocol/aztec-packages/commit/ea86869e92da3fbf921314fdbca31fdb85a6e274))
+* NPM canary deployment ([#2731](https://github.com/AztecProtocol/aztec-packages/issues/2731)) ([7d48ed3](https://github.com/AztecProtocol/aztec-packages/commit/7d48ed3beb70f0ed183407e87dad0fb9310fcf13))
+* Purge non native token + reorder params in token portal ([#2723](https://github.com/AztecProtocol/aztec-packages/issues/2723)) ([447dade](https://github.com/AztecProtocol/aztec-packages/commit/447dade3cc21bdd20a24b13fb5d958efea6fed08))
+* Throw compile error if read/write public state from private ([#2804](https://github.com/AztecProtocol/aztec-packages/issues/2804)) ([a3649df](https://github.com/AztecProtocol/aztec-packages/commit/a3649df0691e76e108388aebd780748e844ee8c5))
+* Unencrypted log filtering ([#2600](https://github.com/AztecProtocol/aztec-packages/issues/2600)) ([7ae554a](https://github.com/AztecProtocol/aztec-packages/commit/7ae554a7c4d725c1ae67b083a0286d15fb76ad0b)), closes [#1498](https://github.com/AztecProtocol/aztec-packages/issues/1498) [#1500](https://github.com/AztecProtocol/aztec-packages/issues/1500)
+* Update goblin translator circuit builder (Goblin Translator part 1) ([#2764](https://github.com/AztecProtocol/aztec-packages/issues/2764)) ([32c69ae](https://github.com/AztecProtocol/aztec-packages/commit/32c69ae36ed431482d286e228fd830256e8bd1b5))
+
+
+### Bug Fixes
+
+* Outdated `noir:clean` ([#2821](https://github.com/AztecProtocol/aztec-packages/issues/2821)) ([2ea199f](https://github.com/AztecProtocol/aztec-packages/commit/2ea199fcd99db73ea2969af7ce0e99501d2cbb5d))
+
+
+### Miscellaneous
+
+* Benchmark tx sizes in p2p pool ([#2810](https://github.com/AztecProtocol/aztec-packages/issues/2810)) ([f63219c](https://github.com/AztecProtocol/aztec-packages/commit/f63219c91e076a96a49ed16a779a3124fef202c4))
+* Change acir_tests branch to point to master ([#2815](https://github.com/AztecProtocol/aztec-packages/issues/2815)) ([73f229d](https://github.com/AztecProtocol/aztec-packages/commit/73f229d3123301818262439a2a98767146a1a58c))
+* Fix typo ([#2839](https://github.com/AztecProtocol/aztec-packages/issues/2839)) ([5afdf91](https://github.com/AztecProtocol/aztec-packages/commit/5afdf9105f4980d3ed86ca5fb3a2d6b8e9c33f70))
+* From &lt; genesis allowed in getBlocks ([#2816](https://github.com/AztecProtocol/aztec-packages/issues/2816)) ([5622b50](https://github.com/AztecProtocol/aztec-packages/commit/5622b506513f7f1fb491a6be011f90eca1ea96f3))
+* Remove Ultra Grumpkin flavor ([#2825](https://github.com/AztecProtocol/aztec-packages/issues/2825)) ([bde77b8](https://github.com/AztecProtocol/aztec-packages/commit/bde77b8e6e91fa734e06453e67a50597480b2ec1))
+* Remove work queue from honk ([#2814](https://github.com/AztecProtocol/aztec-packages/issues/2814)) ([bca7d12](https://github.com/AztecProtocol/aztec-packages/commit/bca7d126d2ec583977ee5bdf77a90263d059dc44))
+* Spell check ([#2817](https://github.com/AztecProtocol/aztec-packages/issues/2817)) ([4777a11](https://github.com/AztecProtocol/aztec-packages/commit/4777a113491c4c9901b4589a9a6cb1e1148c0288))
+
+
+### Documentation
+
+* Slight changes to update portal page ([#2799](https://github.com/AztecProtocol/aztec-packages/issues/2799)) ([eb65819](https://github.com/AztecProtocol/aztec-packages/commit/eb65819957a0e5e5c2240ad4f299222133a27edd))
+* Update aztec_connect_sunset.mdx ([#2808](https://github.com/AztecProtocol/aztec-packages/issues/2808)) ([5f659a7](https://github.com/AztecProtocol/aztec-packages/commit/5f659a708980c60d015d4292c05e5fd50e7c7f1f))
+
+## [0.8.10](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.9...aztec-packages-v0.8.10) (2023-10-11)
+
+
+### Features
+
+* Adding Fr back as a BB export (ts) ([#2770](https://github.com/AztecProtocol/aztec-packages/issues/2770)) ([d9ac808](https://github.com/AztecProtocol/aztec-packages/commit/d9ac8080a5525b9792b7b3f10c40583536bb256c))
+* Bb faster init ([#2776](https://github.com/AztecProtocol/aztec-packages/issues/2776)) ([c794533](https://github.com/AztecProtocol/aztec-packages/commit/c794533754a9706d362d0374209df9eb5b6bfdc7))
+* Deploy l1 contracts npm pkg ([#2754](https://github.com/AztecProtocol/aztec-packages/issues/2754)) ([e317c47](https://github.com/AztecProtocol/aztec-packages/commit/e317c47471f0dc2ef9c95f917406dc1f85dd87e4))
+* Docs: Add foundational concepts, ACIR and Sequencer pages ([#2716](https://github.com/AztecProtocol/aztec-packages/issues/2716)) ([9d10326](https://github.com/AztecProtocol/aztec-packages/commit/9d103265e8cde02add16c1a920add5b290a8fc92))
+* Events in contract artifacts ([#2786](https://github.com/AztecProtocol/aztec-packages/issues/2786)) ([b8cb7df](https://github.com/AztecProtocol/aztec-packages/commit/b8cb7dfdb68784d60f29249fd49140bde1c8e581)), closes [#2324](https://github.com/AztecProtocol/aztec-packages/issues/2324)
+* IAC for a prototype devnet ([#2720](https://github.com/AztecProtocol/aztec-packages/issues/2720)) ([b30839e](https://github.com/AztecProtocol/aztec-packages/commit/b30839e9e5b88124443d35140f84610bbc0a7855))
+* **l1-contracts:** Remove remappings of [@aztec](https://github.com/aztec) ([#2797](https://github.com/AztecProtocol/aztec-packages/issues/2797)) ([aac8b37](https://github.com/AztecProtocol/aztec-packages/commit/aac8b37431d4e69db60388cf72c114297977248a))
+* LLVM xray presets ([#2525](https://github.com/AztecProtocol/aztec-packages/issues/2525)) ([23a1ee9](https://github.com/AztecProtocol/aztec-packages/commit/23a1ee91da6003d1b5798640c8ccecbd226beef7))
+* Separate aggregation protocol ([#2736](https://github.com/AztecProtocol/aztec-packages/issues/2736)) ([ad16937](https://github.com/AztecProtocol/aztec-packages/commit/ad169374943ef49c32eabc66483a7be28a711565))
+* Simplify relation containers ([#2619](https://github.com/AztecProtocol/aztec-packages/issues/2619)) ([99c5127](https://github.com/AztecProtocol/aztec-packages/commit/99c5127ac5c10e6637534870a689a95238ae997c))
+* ZeroMorph ([#2664](https://github.com/AztecProtocol/aztec-packages/issues/2664)) ([a006e5a](https://github.com/AztecProtocol/aztec-packages/commit/a006e5a0e0a30f8dfe992e3ac8a05f6c276f9300))
+
+
+### Miscellaneous
+
+* Acir format cleanup ([#2779](https://github.com/AztecProtocol/aztec-packages/issues/2779)) ([5ea373f](https://github.com/AztecProtocol/aztec-packages/commit/5ea373f7d653f7322a108297113a2deb379e1400))
+* Add md to rebuild patterns ([#2798](https://github.com/AztecProtocol/aztec-packages/issues/2798)) ([3f4297d](https://github.com/AztecProtocol/aztec-packages/commit/3f4297dbc924ca76fdfba44975c64316f2236deb))
+* Make canary uniswap test similar to e2e ([#2767](https://github.com/AztecProtocol/aztec-packages/issues/2767)) ([93d458b](https://github.com/AztecProtocol/aztec-packages/commit/93d458bbbf6c88861b72f00e8fe8beb753857765))
+* Measure block building times, history processing times, and db sizes ([#2733](https://github.com/AztecProtocol/aztec-packages/issues/2733)) ([0cc553a](https://github.com/AztecProtocol/aztec-packages/commit/0cc553ab7740c0479582674fce2626a30f3093a9))
+* Moved `AddressNote` to `aztec.nr` ([#2752](https://github.com/AztecProtocol/aztec-packages/issues/2752)) ([5f99066](https://github.com/AztecProtocol/aztec-packages/commit/5f99066113480292c8bc56247eca1adb4d49ad5c))
+* No calls to pedersen from TS ([#2724](https://github.com/AztecProtocol/aztec-packages/issues/2724)) ([78e44c3](https://github.com/AztecProtocol/aztec-packages/commit/78e44c33bb98fa405f104aafa74b44ce791f239f))
+* Remove stale comments ([#2788](https://github.com/AztecProtocol/aztec-packages/issues/2788)) ([d9c458d](https://github.com/AztecProtocol/aztec-packages/commit/d9c458d233d4c4a2ade50cdb6c1fc713e654cb55))
+* Renaming abi as artifact ([#2756](https://github.com/AztecProtocol/aztec-packages/issues/2756)) ([c0abcfd](https://github.com/AztecProtocol/aztec-packages/commit/c0abcfd9dfcceb4a2c81561bd89beb9381d20461))
+* Rewrite benchmark scripts in ts ([#2765](https://github.com/AztecProtocol/aztec-packages/issues/2765)) ([8efa374](https://github.com/AztecProtocol/aztec-packages/commit/8efa3741ca7503cd38a7de75d5768f1b4d1be287))
+* Stop whinging about this ownership stuff. ([#2775](https://github.com/AztecProtocol/aztec-packages/issues/2775)) ([3dd6900](https://github.com/AztecProtocol/aztec-packages/commit/3dd6900f96a7dc855643be0e4aba0cfe9fa8a16e))
+* Update ACIR serialisation format ([#2771](https://github.com/AztecProtocol/aztec-packages/issues/2771)) ([6d85527](https://github.com/AztecProtocol/aztec-packages/commit/6d855270f8c069edac62536ccc391a0cab764323))
+* Use global crs in more places. Less pain. ([#2772](https://github.com/AztecProtocol/aztec-packages/issues/2772)) ([b819980](https://github.com/AztecProtocol/aztec-packages/commit/b8199802bad3c05ebe4d1ded5338a09a04e0ed7e))
+
+
+### Documentation
+
+* Add yellow-paper directory ([#2773](https://github.com/AztecProtocol/aztec-packages/issues/2773)) ([03de545](https://github.com/AztecProtocol/aztec-packages/commit/03de545b62ab8d6755fae27b6f2e2bce3575e40e))
+* Adding some authwit docs ([#2711](https://github.com/AztecProtocol/aztec-packages/issues/2711)) ([afc23f4](https://github.com/AztecProtocol/aztec-packages/commit/afc23f4652c478298e86f8895f41b21e727a89a6))
+* Update overview.mdx ([#2746](https://github.com/AztecProtocol/aztec-packages/issues/2746)) ([082ab56](https://github.com/AztecProtocol/aztec-packages/commit/082ab56d4735a8f08922e36a9897a17fb4fd2c3c))
+* Update site title and tagline ([#2769](https://github.com/AztecProtocol/aztec-packages/issues/2769)) ([bbb0b60](https://github.com/AztecProtocol/aztec-packages/commit/bbb0b60d07bc2efa6754b1ad3839735272eeb896))
+
+## [0.8.9](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.8...aztec-packages-v0.8.9) (2023-10-10)
+
+
+### Features
+
+* Auto-recompile the boxes and fix broken frontend CompleteAddress import ([#2727](https://github.com/AztecProtocol/aztec-packages/issues/2727)) ([4ec4ea0](https://github.com/AztecProtocol/aztec-packages/commit/4ec4ea061e2d003da905d6c2026608b41cdca044))
+
+
+### Bug Fixes
+
+* Default export in noir-version ([#2757](https://github.com/AztecProtocol/aztec-packages/issues/2757)) ([6ff7bed](https://github.com/AztecProtocol/aztec-packages/commit/6ff7bed1722f8e7afa4b4c495216ca20ea47f42a))
+
+
+### Documentation
+
+* Add preview image ([#2759](https://github.com/AztecProtocol/aztec-packages/issues/2759)) ([45597af](https://github.com/AztecProtocol/aztec-packages/commit/45597af2a75ffeb8ecd91028f30f159910821673))
+
+## [0.8.8](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.7...aztec-packages-v0.8.8) (2023-10-09)
+
+
+### Features
+
+* Actually compute selectors ([#2686](https://github.com/AztecProtocol/aztec-packages/issues/2686)) ([dcb65e1](https://github.com/AztecProtocol/aztec-packages/commit/dcb65e1286f8ac4c09e03f65bb3837e02b44ace2))
+* Add otterscan to sandbox ([#2648](https://github.com/AztecProtocol/aztec-packages/issues/2648)) ([6986649](https://github.com/AztecProtocol/aztec-packages/commit/69866498c77ba1b38ca88b766172d5dc46acc4f7))
+* **aztec.js:** Remove attach method ([#2715](https://github.com/AztecProtocol/aztec-packages/issues/2715)) ([c03c654](https://github.com/AztecProtocol/aztec-packages/commit/c03c654631d6e70bb3f2c6abcd9fa046ce8554b8))
+* Create .gitattributes in aztec-nr ([#2661](https://github.com/AztecProtocol/aztec-packages/issues/2661)) ([8084fc3](https://github.com/AztecProtocol/aztec-packages/commit/8084fc3a6a880517284d4aac78a355b9882e88a8))
+* GCC 13 preset ([#2623](https://github.com/AztecProtocol/aztec-packages/issues/2623)) ([4881414](https://github.com/AztecProtocol/aztec-packages/commit/4881414ceb30590674c244ef9bc4c8416eacd6bc))
+* Update noir to v0.16 ([#2718](https://github.com/AztecProtocol/aztec-packages/issues/2718)) ([e8d0675](https://github.com/AztecProtocol/aztec-packages/commit/e8d0675bfb99369ce488943e127ed03d8ecbe9dc))
+
+
+### Bug Fixes
+
+* Avoid ambiguity on blank and blank-react (prefix issue) ([#2729](https://github.com/AztecProtocol/aztec-packages/issues/2729)) ([68cdb3f](https://github.com/AztecProtocol/aztec-packages/commit/68cdb3f82cad9b7274c7c4902c2f5919b0acb96b))
+* Block encoding ([#2719](https://github.com/AztecProtocol/aztec-packages/issues/2719)) ([c4796ac](https://github.com/AztecProtocol/aztec-packages/commit/c4796ac4ca6b1150cc1ac08fc44fba5a02e1bcf4))
+* Canary tests to use a fork ([#2739](https://github.com/AztecProtocol/aztec-packages/issues/2739)) ([4906142](https://github.com/AztecProtocol/aztec-packages/commit/4906142ec611ea82296bcccd7aeefcd929a8d006))
+* Challenge generation update ([#2628](https://github.com/AztecProtocol/aztec-packages/issues/2628)) ([68c1fab](https://github.com/AztecProtocol/aztec-packages/commit/68c1fab51e3a339032b719ce966ed34787f33dab))
+* Docs: Sandbox version numbers ([#2708](https://github.com/AztecProtocol/aztec-packages/issues/2708)) ([34b0209](https://github.com/AztecProtocol/aztec-packages/commit/34b020974f63f2486c55b821c3c48d583a5e54d0))
+* Docs: Update Sandbox page to use #include_aztec_version ([#2703](https://github.com/AztecProtocol/aztec-packages/issues/2703)) ([d5b78af](https://github.com/AztecProtocol/aztec-packages/commit/d5b78af731e4838ecd03a9267dab639681b06512))
+* Remove npx from extract_tag_version ([#2697](https://github.com/AztecProtocol/aztec-packages/issues/2697)) ([fe4484a](https://github.com/AztecProtocol/aztec-packages/commit/fe4484a8b9eeb3c997650e94794b0db3b4f4e404))
+* Version in sandbox deployment ([#2730](https://github.com/AztecProtocol/aztec-packages/issues/2730)) ([b1d8efd](https://github.com/AztecProtocol/aztec-packages/commit/b1d8efd62e31a49498870cab4c447ace7d5cc1a1))
+
+
+### Miscellaneous
+
+* `foundation/src/serialization` tech debt ([#2722](https://github.com/AztecProtocol/aztec-packages/issues/2722)) ([e92154b](https://github.com/AztecProtocol/aztec-packages/commit/e92154b891ef6362cec511e1371f8d9ff3007e89))
+* Add node10 entrypoint to Foundation ([#2706](https://github.com/AztecProtocol/aztec-packages/issues/2706)) ([30c7935](https://github.com/AztecProtocol/aztec-packages/commit/30c793504951d4eb4f0a192a023fa42fc5d827d1))
+* Add storage slot to docs ([#2601](https://github.com/AztecProtocol/aztec-packages/issues/2601)) ([a7710f0](https://github.com/AztecProtocol/aztec-packages/commit/a7710f0849801a85e6907ac0072dd65140ae086a))
+* Add visibility modifiers ([#2728](https://github.com/AztecProtocol/aztec-packages/issues/2728)) ([d9ae189](https://github.com/AztecProtocol/aztec-packages/commit/d9ae189bcee43a193d262d2e819c55966494cce7))
+* **benchmark:** Measure time to decrypt notes in pxe ([#2714](https://github.com/AztecProtocol/aztec-packages/issues/2714)) ([33a230a](https://github.com/AztecProtocol/aztec-packages/commit/33a230a77488baedb7e93528e296ec47631803c7))
+* Build boxes as part of workspace ([#2725](https://github.com/AztecProtocol/aztec-packages/issues/2725)) ([d18349f](https://github.com/AztecProtocol/aztec-packages/commit/d18349f3435677200734a1db625ed80de35c469a))
+* Bump ACIR deserializer ([#2675](https://github.com/AztecProtocol/aztec-packages/issues/2675)) ([502ee87](https://github.com/AztecProtocol/aztec-packages/commit/502ee872d6360bf4bc5b83c672eeb64c58944073))
+* **circuits:** Delete old code that set a different generator index per vector entry in pedersen commitment ([#2700](https://github.com/AztecProtocol/aztec-packages/issues/2700)) ([4eabfd1](https://github.com/AztecProtocol/aztec-packages/commit/4eabfd1241cce2b2a0c230f600bda3af88f511dd))
+* **log:** Show log level in debug logs ([#2717](https://github.com/AztecProtocol/aztec-packages/issues/2717)) ([2b87381](https://github.com/AztecProtocol/aztec-packages/commit/2b873819ad5bade5104813c4ca2624727090ea9e))
+* Move { Fr } imports to foundation/fields ([#2712](https://github.com/AztecProtocol/aztec-packages/issues/2712)) ([f6fc7f2](https://github.com/AztecProtocol/aztec-packages/commit/f6fc7f20dfe94c7be9d791d369750234b94c1bbd))
+* **uniswap_tests:** Test edge cases around uniswap flow ([#2620](https://github.com/AztecProtocol/aztec-packages/issues/2620)) ([7a58fe9](https://github.com/AztecProtocol/aztec-packages/commit/7a58fe928b658f92afc6914672d64f8742db35bc))
+* Use `serialize` functions in `getInitialWitness` ([#2713](https://github.com/AztecProtocol/aztec-packages/issues/2713)) ([93cc668](https://github.com/AztecProtocol/aztec-packages/commit/93cc668d360ae1c599af5e347df7cd8341c59cda))
+
 ## [0.8.7](https://github.com/AztecProtocol/aztec-packages/compare/aztec-packages-v0.8.6...aztec-packages-v0.8.7) (2023-10-04)
 
 
@@ -101,7 +278,7 @@
 * Add boxes to CI ([#2456](https://github.com/AztecProtocol/aztec-packages/issues/2456)) ([a90a185](https://github.com/AztecProtocol/aztec-packages/commit/a90a185bb1d72658c7910366e593303607edf873))
 * Add selector to call_context ([#2626](https://github.com/AztecProtocol/aztec-packages/issues/2626)) ([8e317be](https://github.com/AztecProtocol/aztec-packages/commit/8e317be9fafb1daa7bc0bdd08d603ce95d3be2f9))
 * AddNote api ([#2535](https://github.com/AztecProtocol/aztec-packages/issues/2535)) ([bb004f4](https://github.com/AztecProtocol/aztec-packages/commit/bb004f4419ca9dba9d8216eaba2e65d3a4a994f8))
-* **aztec_noir:** Abstract storage initialisation ([#2406](https://github.com/AztecProtocol/aztec-packages/issues/2406)) ([974b037](https://github.com/AztecProtocol/aztec-packages/commit/974b037650e7fac6fbc3721359daf5f1891b5a2a))
+* **aztec_noir:** Abstract storage initialization ([#2406](https://github.com/AztecProtocol/aztec-packages/issues/2406)) ([974b037](https://github.com/AztecProtocol/aztec-packages/commit/974b037650e7fac6fbc3721359daf5f1891b5a2a))
 * **aztec.js:** Support AddressLike parameters ([#2430](https://github.com/AztecProtocol/aztec-packages/issues/2430)) ([5b5f139](https://github.com/AztecProtocol/aztec-packages/commit/5b5f139af2eb8ceb71e807c49be6c2b54e6e435b))
 * Barretenberg/crypto/blake3s supports compile-time hashing ([#2556](https://github.com/AztecProtocol/aztec-packages/issues/2556)) ([da05dd7](https://github.com/AztecProtocol/aztec-packages/commit/da05dd7ea41208aea42efe0aeb838e4d76e2d34a))
 * **bb:** Add `bb --version` command ([#2482](https://github.com/AztecProtocol/aztec-packages/issues/2482)) ([530676f](https://github.com/AztecProtocol/aztec-packages/commit/530676f8ec53e63ba24f6fabc9097ae8f5db5fc6))
@@ -129,7 +306,7 @@
 * Log topic and contract address in unencrypted logs ([#2595](https://github.com/AztecProtocol/aztec-packages/issues/2595)) ([a5b763f](https://github.com/AztecProtocol/aztec-packages/commit/a5b763fb077b967f592ad4de9e391acf2790a094)), closes [#2580](https://github.com/AztecProtocol/aztec-packages/issues/2580) [#2581](https://github.com/AztecProtocol/aztec-packages/issues/2581) [#2586](https://github.com/AztecProtocol/aztec-packages/issues/2586) [#2587](https://github.com/AztecProtocol/aztec-packages/issues/2587)
 * Parallelization update for polynomials ([#2311](https://github.com/AztecProtocol/aztec-packages/issues/2311)) ([922fc99](https://github.com/AztecProtocol/aztec-packages/commit/922fc9912a4a88a41eef42fe64ca2b59d859b5b1))
 * Restore latest block number ([#2474](https://github.com/AztecProtocol/aztec-packages/issues/2474)) ([6dc2da7](https://github.com/AztecProtocol/aztec-packages/commit/6dc2da70584ed1f1f0f00b3dfeca11610e80cc5a))
-* Serialise L2Block to JSON ([#2496](https://github.com/AztecProtocol/aztec-packages/issues/2496)) ([714c727](https://github.com/AztecProtocol/aztec-packages/commit/714c727a88d4c07b76e456e462ab1cf43bcaea75))
+* Serialize L2Block to JSON ([#2496](https://github.com/AztecProtocol/aztec-packages/issues/2496)) ([714c727](https://github.com/AztecProtocol/aztec-packages/commit/714c727a88d4c07b76e456e462ab1cf43bcaea75))
 * Standalone Aztec Node and RPC Server ([#2522](https://github.com/AztecProtocol/aztec-packages/issues/2522)) ([8e355bc](https://github.com/AztecProtocol/aztec-packages/commit/8e355bc8c905d2992678d4a2a3b49d354dfa5bf6))
 * Unbox empty box ([#2387](https://github.com/AztecProtocol/aztec-packages/issues/2387)) ([3e3930c](https://github.com/AztecProtocol/aztec-packages/commit/3e3930c6487c3b2a264c7a93bccb25473baf0b22))
 * Uniswap private flow ([#2559](https://github.com/AztecProtocol/aztec-packages/issues/2559)) ([39f3a91](https://github.com/AztecProtocol/aztec-packages/commit/39f3a917a3bb88f29d8d17ee6c9e1b2294a45937))
@@ -779,7 +956,7 @@
 * Set correct version of RPC & Sandbox when deploying tagged commit ([#1914](https://github.com/AztecProtocol/aztec-packages/issues/1914)) ([898c50d](https://github.com/AztecProtocol/aztec-packages/commit/898c50d594b7515f6ca3b904d31ccf724b683ade))
 * Set side effect counter on contract reads ([#1870](https://github.com/AztecProtocol/aztec-packages/issues/1870)) ([1d8881e](https://github.com/AztecProtocol/aztec-packages/commit/1d8881e4872b39195ace523432c0e34bc9081f8d)), closes [#1588](https://github.com/AztecProtocol/aztec-packages/issues/1588)
 * **simulator:** Use nullifier.value in client's `pendingNullifier` set so `set.has()` works ([#1534](https://github.com/AztecProtocol/aztec-packages/issues/1534)) ([a78daf7](https://github.com/AztecProtocol/aztec-packages/commit/a78daf75e3171d9cfafecba5507d5ae215fdd0ef))
-* **synchroniser:** Store most recent globals hash in the synchroniser, rather than fetching from the latest block ([#1539](https://github.com/AztecProtocol/aztec-packages/issues/1539)) ([1dd6225](https://github.com/AztecProtocol/aztec-packages/commit/1dd62256cc323831418808689496f0506d402fc4))
+* **synchronizer:** Store most recent globals hash in the synchronizer, rather than fetching from the latest block ([#1539](https://github.com/AztecProtocol/aztec-packages/issues/1539)) ([1dd6225](https://github.com/AztecProtocol/aztec-packages/commit/1dd62256cc323831418808689496f0506d402fc4))
 * **sync:** Sync latest globals within merkle tree ops ([#1612](https://github.com/AztecProtocol/aztec-packages/issues/1612)) ([03b4cf6](https://github.com/AztecProtocol/aztec-packages/commit/03b4cf67cbd4c1629c2937dfae1ea714248d6d3b))
 * Truncate SRS size to the amount of points that we have downloaded ([#1862](https://github.com/AztecProtocol/aztec-packages/issues/1862)) ([0a7058c](https://github.com/AztecProtocol/aztec-packages/commit/0a7058cbda228c9baf378d69c906596e204d804f))
 * Try to catch last undefined safety issues ([#2027](https://github.com/AztecProtocol/aztec-packages/issues/2027)) ([12e7486](https://github.com/AztecProtocol/aztec-packages/commit/12e7486c0750f648f51d2b43317df843a3c52bec))
diff --git a/VERSION b/VERSION
index 4c89f3cde3ae..e7de65ca73e5 100644
--- a/VERSION
+++ b/VERSION
@@ -1 +1 @@
-v0.8.7 x-release-please-version
+v0.8.14 x-release-please-version
diff --git a/barretenberg/.gitrepo b/barretenberg/.gitrepo
index 5ace97a5953b..c1e8962b6a47 100644
--- a/barretenberg/.gitrepo
+++ b/barretenberg/.gitrepo
@@ -6,7 +6,7 @@
 [subrepo]
 	remote = https://github.com/AztecProtocol/barretenberg
 	branch = master
-	commit = a635b1b79a02a6c57c67ce7ea9c94a3de274961f
-	parent = a91e9f18eb6615b4616bcc50d0b73cebde4a901e
+	commit = 9d92a4b81285f38b4195b05cafdd6bc887be23d5
+	parent = bc4e1fccfbcc9df40168cb6cb8e395bc9a9093de
 	method = merge
 	cmdver = 0.4.6
diff --git a/barretenberg/CHANGELOG.md b/barretenberg/CHANGELOG.md
index f99f081e38bf..f2d96d5a7bde 100644
--- a/barretenberg/CHANGELOG.md
+++ b/barretenberg/CHANGELOG.md
@@ -1,5 +1,89 @@
 # Changelog
 
+## [0.8.14](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.13...barretenberg-v0.8.14) (2023-10-13)
+
+
+### Miscellaneous
+
+* **barretenberg:** Synchronize aztec-packages versions
+
+## [0.8.13](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.12...barretenberg-v0.8.13) (2023-10-13)
+
+
+### Bug Fixes
+
+* Fix check_circuit in goblin translator (resulted in flimsy test) ([#2827](https://github.com/AztecProtocol/aztec-packages/issues/2827)) ([98b1679](https://github.com/AztecProtocol/aztec-packages/commit/98b16793b0e84360af8dc70934636d11d7bc7e29))
+
+## [0.8.12](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.11...barretenberg-v0.8.12) (2023-10-13)
+
+
+### Bug Fixes
+
+* Fix rebuild pattern slashes. ([#2843](https://github.com/AztecProtocol/aztec-packages/issues/2843)) ([e32517e](https://github.com/AztecProtocol/aztec-packages/commit/e32517e9eae791b32f94b3816413392ccf0ba096))
+
+## [0.8.11](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.10...barretenberg-v0.8.11) (2023-10-13)
+
+
+### Features
+
+* Goblin Translator Decomposition relation (Goblin Translator part 4) ([#2802](https://github.com/AztecProtocol/aztec-packages/issues/2802)) ([3c3cd9f](https://github.com/AztecProtocol/aztec-packages/commit/3c3cd9f62640b505b55916648df6ccddf524cdfc))
+* Goblin Translator GenPermSort relation (Goblin Translator part 3) ([#2795](https://github.com/AztecProtocol/aztec-packages/issues/2795)) ([b36fdc4](https://github.com/AztecProtocol/aztec-packages/commit/b36fdc481d16e56fe244c5a10a5223199f9f2e6b))
+* Goblin translator opcode constraint and accumulator transfer relations (Goblin Translator part 5) ([#2805](https://github.com/AztecProtocol/aztec-packages/issues/2805)) ([b3d1f28](https://github.com/AztecProtocol/aztec-packages/commit/b3d1f280913494322baee369e6ee4f04353891b3))
+* Goblin Translator Permutation relation (Goblin Translator part 2) ([#2790](https://github.com/AztecProtocol/aztec-packages/issues/2790)) ([9a354c9](https://github.com/AztecProtocol/aztec-packages/commit/9a354c94c91f8f2927ca66d0de65b5b893066710))
+* Integrate ZeroMorph into Honk ([#2774](https://github.com/AztecProtocol/aztec-packages/issues/2774)) ([ea86869](https://github.com/AztecProtocol/aztec-packages/commit/ea86869e92da3fbf921314fdbca31fdb85a6e274))
+* Update goblin translator circuit builder (Goblin Translator part 1) ([#2764](https://github.com/AztecProtocol/aztec-packages/issues/2764)) ([32c69ae](https://github.com/AztecProtocol/aztec-packages/commit/32c69ae36ed431482d286e228fd830256e8bd1b5))
+
+
+### Miscellaneous
+
+* Change acir_tests branch to point to master ([#2815](https://github.com/AztecProtocol/aztec-packages/issues/2815)) ([73f229d](https://github.com/AztecProtocol/aztec-packages/commit/73f229d3123301818262439a2a98767146a1a58c))
+* Remove Ultra Grumpkin flavor ([#2825](https://github.com/AztecProtocol/aztec-packages/issues/2825)) ([bde77b8](https://github.com/AztecProtocol/aztec-packages/commit/bde77b8e6e91fa734e06453e67a50597480b2ec1))
+* Remove work queue from honk ([#2814](https://github.com/AztecProtocol/aztec-packages/issues/2814)) ([bca7d12](https://github.com/AztecProtocol/aztec-packages/commit/bca7d126d2ec583977ee5bdf77a90263d059dc44))
+* Spell check ([#2817](https://github.com/AztecProtocol/aztec-packages/issues/2817)) ([4777a11](https://github.com/AztecProtocol/aztec-packages/commit/4777a113491c4c9901b4589a9a6cb1e1148c0288))
+
+## [0.8.10](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.9...barretenberg-v0.8.10) (2023-10-11)
+
+
+### Features
+
+* Bb faster init ([#2776](https://github.com/AztecProtocol/aztec-packages/issues/2776)) ([c794533](https://github.com/AztecProtocol/aztec-packages/commit/c794533754a9706d362d0374209df9eb5b6bfdc7))
+* LLVM xray presets ([#2525](https://github.com/AztecProtocol/aztec-packages/issues/2525)) ([23a1ee9](https://github.com/AztecProtocol/aztec-packages/commit/23a1ee91da6003d1b5798640c8ccecbd226beef7))
+* Separate aggregation protocol ([#2736](https://github.com/AztecProtocol/aztec-packages/issues/2736)) ([ad16937](https://github.com/AztecProtocol/aztec-packages/commit/ad169374943ef49c32eabc66483a7be28a711565))
+* Simplify relation containers ([#2619](https://github.com/AztecProtocol/aztec-packages/issues/2619)) ([99c5127](https://github.com/AztecProtocol/aztec-packages/commit/99c5127ac5c10e6637534870a689a95238ae997c))
+* ZeroMorph ([#2664](https://github.com/AztecProtocol/aztec-packages/issues/2664)) ([a006e5a](https://github.com/AztecProtocol/aztec-packages/commit/a006e5a0e0a30f8dfe992e3ac8a05f6c276f9300))
+
+
+### Miscellaneous
+
+* Acir format cleanup ([#2779](https://github.com/AztecProtocol/aztec-packages/issues/2779)) ([5ea373f](https://github.com/AztecProtocol/aztec-packages/commit/5ea373f7d653f7322a108297113a2deb379e1400))
+* Stop whinging about this ownership stuff. ([#2775](https://github.com/AztecProtocol/aztec-packages/issues/2775)) ([3dd6900](https://github.com/AztecProtocol/aztec-packages/commit/3dd6900f96a7dc855643be0e4aba0cfe9fa8a16e))
+* Update ACIR serialisation format ([#2771](https://github.com/AztecProtocol/aztec-packages/issues/2771)) ([6d85527](https://github.com/AztecProtocol/aztec-packages/commit/6d855270f8c069edac62536ccc391a0cab764323))
+* Use global crs in more places. Less pain. ([#2772](https://github.com/AztecProtocol/aztec-packages/issues/2772)) ([b819980](https://github.com/AztecProtocol/aztec-packages/commit/b8199802bad3c05ebe4d1ded5338a09a04e0ed7e))
+
+## [0.8.9](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.8...barretenberg-v0.8.9) (2023-10-10)
+
+
+### Miscellaneous
+
+* **barretenberg:** Synchronize aztec-packages versions
+
+## [0.8.8](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.7...barretenberg-v0.8.8) (2023-10-09)
+
+
+### Features
+
+* GCC 13 preset ([#2623](https://github.com/AztecProtocol/aztec-packages/issues/2623)) ([4881414](https://github.com/AztecProtocol/aztec-packages/commit/4881414ceb30590674c244ef9bc4c8416eacd6bc))
+
+
+### Bug Fixes
+
+* Challenge generation update ([#2628](https://github.com/AztecProtocol/aztec-packages/issues/2628)) ([68c1fab](https://github.com/AztecProtocol/aztec-packages/commit/68c1fab51e3a339032b719ce966ed34787f33dab))
+
+
+### Miscellaneous
+
+* Bump ACIR deserializer ([#2675](https://github.com/AztecProtocol/aztec-packages/issues/2675)) ([502ee87](https://github.com/AztecProtocol/aztec-packages/commit/502ee872d6360bf4bc5b83c672eeb64c58944073))
+
 ## [0.8.7](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg-v0.8.6...barretenberg-v0.8.7) (2023-10-04)
 
 
@@ -465,7 +549,7 @@
 * Multithreaded Sumcheck ([#556](https://github.com/AztecProtocol/barretenberg/issues/556)) ([c4094b1](https://github.com/AztecProtocol/barretenberg/commit/c4094b155ba9d8e914c3e6a5b0d7808945b1eeed))
 * **nullifier_tree:** make empty nullifier tree leaves hash be 0 ([#360](https://github.com/AztecProtocol/barretenberg/issues/360)) ([#382](https://github.com/AztecProtocol/barretenberg/issues/382)) ([b85ab8d](https://github.com/AztecProtocol/barretenberg/commit/b85ab8d587b3e93db2aa0f1c4f012e58e5d97915))
 * Optimize memory consumption of pedersen generators ([#413](https://github.com/AztecProtocol/barretenberg/issues/413)) ([d60b16a](https://github.com/AztecProtocol/barretenberg/commit/d60b16a14219fd4bd130ce4537c3e94bfa10128f))
-* Parallelised folding in Gemini ([#550](https://github.com/AztecProtocol/barretenberg/issues/550)) ([3b962d3](https://github.com/AztecProtocol/barretenberg/commit/3b962d372491430871443fd1b95fd9e049e233c8))
+* Parallelized folding in Gemini ([#550](https://github.com/AztecProtocol/barretenberg/issues/550)) ([3b962d3](https://github.com/AztecProtocol/barretenberg/commit/3b962d372491430871443fd1b95fd9e049e233c8))
 * **pkg-config:** Add a bindir variable ([#239](https://github.com/AztecProtocol/barretenberg/issues/239)) ([611bf34](https://github.com/AztecProtocol/barretenberg/commit/611bf34bcc6f82969a6fe546bf0a7cbecda6d36d))
 * Remove TOOLCHAIN logic and replace with CMake presets ([#162](https://github.com/AztecProtocol/barretenberg/issues/162)) ([09db0be](https://github.com/AztecProtocol/barretenberg/commit/09db0be3d09ee12b4b73b03abe8fa4565cdb6660))
 * replace `MerkleMembershipConstraint` with`ComputeMerkleRootConstraint` ([#385](https://github.com/AztecProtocol/barretenberg/issues/385)) ([74dbce5](https://github.com/AztecProtocol/barretenberg/commit/74dbce5dfa126ecd6dbda7b758581752f7b6a389))
@@ -541,7 +625,7 @@
 * Make the circuit constructors field agnostic so we can check circuits on grumpkin ([#534](https://github.com/AztecProtocol/barretenberg/issues/534)) ([656d794](https://github.com/AztecProtocol/barretenberg/commit/656d7944f94f3da88250f3140838f3e32e9d0174))
 * Multithreaded Sumcheck ([#556](https://github.com/AztecProtocol/barretenberg/issues/556)) ([c4094b1](https://github.com/AztecProtocol/barretenberg/commit/c4094b155ba9d8e914c3e6a5b0d7808945b1eeed))
 * Optimize memory consumption of pedersen generators ([#413](https://github.com/AztecProtocol/barretenberg/issues/413)) ([d60b16a](https://github.com/AztecProtocol/barretenberg/commit/d60b16a14219fd4bd130ce4537c3e94bfa10128f))
-* Parallelised folding in Gemini ([#550](https://github.com/AztecProtocol/barretenberg/issues/550)) ([3b962d3](https://github.com/AztecProtocol/barretenberg/commit/3b962d372491430871443fd1b95fd9e049e233c8))
+* Parallelized folding in Gemini ([#550](https://github.com/AztecProtocol/barretenberg/issues/550)) ([3b962d3](https://github.com/AztecProtocol/barretenberg/commit/3b962d372491430871443fd1b95fd9e049e233c8))
 * Sort includes ([#571](https://github.com/AztecProtocol/barretenberg/issues/571)) ([dfa8736](https://github.com/AztecProtocol/barretenberg/commit/dfa8736136323e62a705066d25bef962a6a0b82d))
 * Split plonk and honk tests ([#529](https://github.com/AztecProtocol/barretenberg/issues/529)) ([ba583ff](https://github.com/AztecProtocol/barretenberg/commit/ba583ff00509f636feae7b78304b115e34fc2357))
 
diff --git a/barretenberg/VERSION b/barretenberg/VERSION
index 4c89f3cde3ae..e7de65ca73e5 100644
--- a/barretenberg/VERSION
+++ b/barretenberg/VERSION
@@ -1 +1 @@
-v0.8.7 x-release-please-version
+v0.8.14 x-release-please-version
diff --git a/barretenberg/acir_tests/flows/all_cmds.sh b/barretenberg/acir_tests/flows/all_cmds.sh
index dda4353fb6f0..c7ee147f6203 100755
--- a/barretenberg/acir_tests/flows/all_cmds.sh
+++ b/barretenberg/acir_tests/flows/all_cmds.sh
@@ -19,6 +19,8 @@ $BIN verify -k vk -p proof $FLAGS
 # Check supplemental functions.
 # Grep to determine success.
 $BIN contract -k vk $BFLAG -o - | grep "Verification Key Hash" > /dev/null
-# Use jq to determine success.
-$BIN proof_as_fields -k vk -p proof -o - | jq . > /dev/null
-$BIN vk_as_fields -k vk -o - > vk_as_fields | jq . > /dev/null
\ No newline at end of file
+# Use jq to determine success, and also check result not empty.
+OUTPUT=$($BIN proof_as_fields -k vk -p proof -o - | jq .)
+[ -n "$OUTPUT" ] || exit 1
+OUTPUT=$($BIN vk_as_fields -k vk -o - | jq .)
+[ -n "$OUTPUT" ] || exit 1
\ No newline at end of file
diff --git a/barretenberg/acir_tests/run_acir_tests.sh b/barretenberg/acir_tests/run_acir_tests.sh
index e495580dd971..d7f5a73aa7d8 100755
--- a/barretenberg/acir_tests/run_acir_tests.sh
+++ b/barretenberg/acir_tests/run_acir_tests.sh
@@ -7,7 +7,7 @@ set -eu
 BIN=${BIN:-../cpp/build/bin/bb}
 FLOW=${FLOW:-prove_and_verify}
 CRS_PATH=~/.bb-crs
-BRANCH=master
+BRANCH="master"
 VERBOSE=${VERBOSE:-}
 NAMED_TEST=${1:-}
 
diff --git a/barretenberg/cpp/.clangd b/barretenberg/cpp/.clangd
index 06f5d0d0590b..e09234d9e7a7 100644
--- a/barretenberg/cpp/.clangd
+++ b/barretenberg/cpp/.clangd
@@ -1,4 +1,4 @@
-CompileFlags:                     # Tweak the parse settings
+CompileFlags: # Tweak the parse settings
   Remove: -fconstexpr-ops-limit=*
 ---
 # Applies all barretenberg source files
@@ -42,7 +42,7 @@ Diagnostics:
       - misc-non-private-member-variables-in-classes
       - cppcoreguidelines-non-private-member-variables-in-classes
       # We have many `for` loops that violate this part of the bounds safety profile
-      - cppcoreguidelines-pro-bounds-constant-array-index 
+      - cppcoreguidelines-pro-bounds-constant-array-index
       # Large diff; we often `use` an entire namespace.
       - google-build-using-namespace
       # Large diff
@@ -59,6 +59,8 @@ Diagnostics:
       - readability-function-cognitive-complexity
       # It is often nicer to not be explicit
       - google-explicit-constructor
+      # Not honouring.
+      - cppcoreguidelines-owning-memory
 
 --- # this divider is necessary
 # Disable some checks for Google Test/Bench
@@ -69,5 +71,4 @@ Diagnostics:
     # these checks get triggered by the Google macros
     Remove:
       - cppcoreguidelines-avoid-non-const-global-variables
-      - cppcoreguidelines-owning-memory
-      - cppcoreguidelines-special-member-functions
\ No newline at end of file
+      - cppcoreguidelines-special-member-functions
diff --git a/barretenberg/cpp/.rebuild_patterns b/barretenberg/cpp/.rebuild_patterns
index c5fea1fede51..6b4bc87e92c2 100644
--- a/barretenberg/cpp/.rebuild_patterns
+++ b/barretenberg/cpp/.rebuild_patterns
@@ -1,4 +1,4 @@
-^barretenberg/cpp/.*\\.(cpp|cc|cxx|c\\+\\+|h|hpp|hxx|h\\+\\+|c|h|inl|inc|ipp|tpp|cmake)$
-^barretenberg/cpp/.*CMakeLists\\.txt$
+^barretenberg/cpp/.*\.(cpp|cc|cxx|c\+\+|h|hpp|hxx|h\+\+|c|h|inl|inc|ipp|tpp|cmake)$
+^barretenberg/cpp/.*CMakeLists\.txt$
 ^barretenberg/cpp/.*Dockerfile.*$
 ^barretenberg/cpp/scripts/
diff --git a/barretenberg/cpp/CMakeLists.txt b/barretenberg/cpp/CMakeLists.txt
index 4cd344386f54..f442073ff9d0 100644
--- a/barretenberg/cpp/CMakeLists.txt
+++ b/barretenberg/cpp/CMakeLists.txt
@@ -6,7 +6,7 @@ cmake_minimum_required(VERSION 3.24)
 project(
     Barretenberg
     DESCRIPTION "BN254 elliptic curve library, and PLONK SNARK prover"
-    VERSION 0.8.7 # x-release-please-version
+    VERSION 0.8.14 # x-release-please-version
     LANGUAGES CXX C
 )
 # Insert version into `bb` config file
@@ -124,7 +124,7 @@ if(COVERAGE)
         message(FATAL_ERROR "Couldn't find ${COV_EXECUTABLE_NAME}")
     endif()
 
-    # Add profiling compile options and disable optimisations
+    # Add profiling compile options and disable optimizations
     add_compile_options(-fprofile-instr-generate -fcoverage-mapping -O0)
 
     # Add a custom target for creating the report
diff --git a/barretenberg/cpp/CMakePresets.json b/barretenberg/cpp/CMakePresets.json
index 0b43346e94ac..6bafa8fed7aa 100644
--- a/barretenberg/cpp/CMakePresets.json
+++ b/barretenberg/cpp/CMakePresets.json
@@ -182,6 +182,35 @@
       "cacheVariables": {
         "MULTITHREADING": "ON"
       }
+    },
+    {
+      "name": "xray-1thread",
+      "displayName": "Build with single-threaded XRay Profiling",
+      "description": "Build with Clang and enable single-threaded LLVM XRay for profiling",
+      "generator": "Unix Makefiles",
+      "inherits": "clang16",
+      "environment": {
+        "CFLAGS": "-fxray-instrument -fxray-instruction-threshold=10",
+        "CXXFLAGS": "-fxray-instrument -fxray-instruction-threshold=10",
+        "LDFLAGS": "-fxray-instrument -fxray-instruction-threshold=10"
+      },
+      "cacheVariables": {
+        "MULTITHREADING": "OFF"
+      },
+      "binaryDir": "build-xray-1thread"
+    },
+    {
+      "name": "xray",
+      "displayName": "Build with multi-threaded XRay Profiling",
+      "description": "Build with Clang and enable multi-threaded LLVM XRay for profiling",
+      "generator": "Unix Makefiles",
+      "inherits": "clang16",
+      "environment": {
+        "CFLAGS": "-fxray-instrument -fxray-instruction-threshold=10",
+        "CXXFLAGS": "-fxray-instrument -fxray-instruction-threshold=10",
+        "LDFLAGS": "-fxray-instrument -fxray-instruction-threshold=10"
+      },
+      "binaryDir": "build-xray"
     }
   ],
   "buildPresets": [
@@ -273,6 +302,16 @@
       "inheritConfigureEnvironment": true,
       "jobs": 0,
       "targets": ["barretenberg.wasm"]
+    },
+    {
+      "name": "xray-1thread",
+      "configurePreset": "xray-1thread",
+      "inherits": "default"
+    },
+    {
+      "name": "xray",
+      "configurePreset": "xray",
+      "inherits": "default"
     }
   ],
   "testPresets": [
diff --git a/barretenberg/cpp/cmake/module.cmake b/barretenberg/cpp/cmake/module.cmake
index 27b94b9adc70..996e645e0912 100644
--- a/barretenberg/cpp/cmake/module.cmake
+++ b/barretenberg/cpp/cmake/module.cmake
@@ -6,11 +6,11 @@
 # Scans for all .test.cpp files in a subdirectory, and creates a gtest binary named <module name>_tests.
 # Scans for all .bench.cpp files in a subdirectory, and creates a benchmark binary named <module name>_bench.
 #
-# We have to get a bit complicated here, due to the fact CMake will not parallelise the building of object files
+# We have to get a bit complicated here, due to the fact CMake will not parallelize the building of object files
 # between dependent targets, due to the potential of post-build code generation steps etc.
 # To work around this, we create "object libraries" containing the object files.
 # Then we declare executables/libraries that are to be built from these object files.
-# These assets will only be linked as their dependencies complete, but we can parallelise the compilation at least.
+# These assets will only be linked as their dependencies complete, but we can parallelize the compilation at least.
 
 # This is an interface library that can be used as an install target to include all header files
 # encountered by the `barretenberg_module` function. There is probably a better way to do this,
diff --git a/barretenberg/cpp/scripts/collect_profile_information.sh b/barretenberg/cpp/scripts/collect_profile_information.sh
new file mode 100755
index 000000000000..62757181ac35
--- /dev/null
+++ b/barretenberg/cpp/scripts/collect_profile_information.sh
@@ -0,0 +1,45 @@
+#!/bin/bash
+set -eu
+
+PRESET=${1:-xray-1thread} # can also be 'xray'
+ONLY_PROCESS=${2:-}
+
+# Move above script dir.
+cd $(dirname $0)/..
+
+# Configure and build with xray preset.
+cmake --preset $PRESET
+cmake --build --preset $PRESET
+
+cd build-$PRESET
+
+if [ -z "$ONLY_PROCESS" ]; then
+  # Clear old profile data.
+  rm -f xray-log.honk_bench_main_simple.*
+
+  # Run benchmark with profiling.
+  XRAY_OPTIONS="patch_premain=true xray_mode=xray-basic verbosity=1" ./bin/honk_bench_main_simple
+fi
+
+function shorten_cpp_names() {
+  NO_TEMP='s/<[^<>;]+>//g;'
+  sed -E '# Multiple rounds of template removal (crude but simple).
+          '"$NO_TEMP $NO_TEMP $NO_TEMP $NO_TEMP $NO_TEMP $NO_TEMP"'
+          # Remove problematic trailing const.
+          s/ const;/;/g;
+          # Parameter removal.
+          s/\([^();]*\)/()/g;
+          # Return value removal.
+          s/;[^; ]+ /;/g;
+          # Remove namespaces.
+          s/[a-zA-Z_][a-zA-Z0-9_]*:://g;
+         '
+}
+
+# Process benchmark file.
+llvm-xray-16 stack xray-log.honk_bench_main_simple.* \
+  --instr_map=./bin/honk_bench_main_simple --stack-format=flame --aggregate-threads --aggregation-type=time --all-stacks \
+  | node ../scripts/llvm_xray_stack_flame_corrector.js \
+  | shorten_cpp_names \
+  | ../scripts/flamegraph.pl > xray.svg
+echo "Profiling complete, now you can do e.g. 'scp mainframe:`readlink -f xray.svg` .' on a local terminal and open the SVG in a browser."
diff --git a/barretenberg/cpp/scripts/flamegraph.pl b/barretenberg/cpp/scripts/flamegraph.pl
new file mode 100755
index 000000000000..d2172b616640
--- /dev/null
+++ b/barretenberg/cpp/scripts/flamegraph.pl
@@ -0,0 +1,1252 @@
+#!/usr/bin/perl -w
+#
+# flamegraph.pl		flame stack grapher.
+#
+# This takes stack samples and renders a call graph, allowing hot functions
+# and codepaths to be quickly identified.  Stack samples can be generated using
+# tools such as DTrace, perf, SystemTap, and Instruments.
+#
+# USAGE: ./flamegraph.pl [options] input.txt > graph.svg
+#
+#        grep funcA input.txt | ./flamegraph.pl [options] > graph.svg
+#
+# Then open the resulting .svg in a web browser, for interactivity: mouse-over
+# frames for info, click to zoom, and ctrl-F to search.
+#
+# Options are listed in the usage message (--help).
+#
+# The input is stack frames and sample counts formatted as single lines.  Each
+# frame in the stack is semicolon separated, with a space and count at the end
+# of the line.  These can be generated for Linux perf script output using
+# stackcollapse-perf.pl, for DTrace using stackcollapse.pl, and for other tools
+# using the other stackcollapse programs.  Example input:
+#
+#  swapper;start_kernel;rest_init;cpu_idle;default_idle;native_safe_halt 1
+#
+# An optional extra column of counts can be provided to generate a differential
+# flame graph of the counts, colored red for more, and blue for less.  This
+# can be useful when using flame graphs for non-regression testing.
+# See the header comment in the difffolded.pl program for instructions.
+#
+# The input functions can optionally have annotations at the end of each
+# function name, following a precedent by some tools (Linux perf's _[k]):
+# 	_[k] for kernel
+#	_[i] for inlined
+#	_[j] for jit
+#	_[w] for waker
+# Some of the stackcollapse programs support adding these annotations, eg,
+# stackcollapse-perf.pl --kernel --jit. They are used merely for colors by
+# some palettes, eg, flamegraph.pl --color=java.
+#
+# The output flame graph shows relative presence of functions in stack samples.
+# The ordering on the x-axis has no meaning; since the data is samples, time
+# order of events is not known.  The order used sorts function names
+# alphabetically.
+#
+# While intended to process stack samples, this can also process stack traces.
+# For example, tracing stacks for memory allocation, or resource usage.  You
+# can use --title to set the title to reflect the content, and --countname
+# to change "samples" to "bytes" etc.
+#
+# There are a few different palettes, selectable using --color.  By default,
+# the colors are selected at random (except for differentials).  Functions
+# called "-" will be printed gray, which can be used for stack separators (eg,
+# between user and kernel stacks).
+#
+# HISTORY
+#
+# This was inspired by Neelakanth Nadgir's excellent function_call_graph.rb
+# program, which visualized function entry and return trace events.  As Neel
+# wrote: "The output displayed is inspired by Roch's CallStackAnalyzer which
+# was in turn inspired by the work on vftrace by Jan Boerhout".  See:
+# https://blogs.oracle.com/realneel/entry/visualizing_callstacks_via_dtrace_and
+#
+# Copyright 2016 Netflix, Inc.
+# Copyright 2011 Joyent, Inc.  All rights reserved.
+# Copyright 2011 Brendan Gregg.  All rights reserved.
+#
+# CDDL HEADER START
+#
+# The contents of this file are subject to the terms of the
+# Common Development and Distribution License (the "License").
+# You may not use this file except in compliance with the License.
+#
+# You can obtain a copy of the license at docs/cddl1.txt or
+# http://opensource.org/licenses/CDDL-1.0.
+# See the License for the specific language governing permissions
+# and limitations under the License.
+#
+# When distributing Covered Code, include this CDDL HEADER in each
+# file and include the License file at docs/cddl1.txt.
+# If applicable, add the following below this CDDL HEADER, with the
+# fields enclosed by brackets "[]" replaced with your own identifying
+# information: Portions Copyright [yyyy] [name of copyright owner]
+#
+# CDDL HEADER END
+#
+# 11-Oct-2014	Adrien Mahieux	Added zoom.
+# 21-Nov-2013   Shawn Sterling  Added consistent palette file option
+# 17-Mar-2013   Tim Bunce       Added options and more tunables.
+# 15-Dec-2011	Dave Pacheco	Support for frames with whitespace.
+# 10-Sep-2011	Brendan Gregg	Created this.
+
+use strict;
+
+use Getopt::Long;
+
+use open qw(:std :utf8);
+
+# tunables
+my $encoding;
+my $fonttype = "Verdana";
+my $imagewidth = 1200;          # max width, pixels
+my $frameheight = 16;           # max height is dynamic
+my $fontsize = 12;              # base text size
+my $fontwidth = 0.59;           # avg width relative to fontsize
+my $minwidth = 0.1;             # min function width, pixels
+my $nametype = "Function:";     # what are the names in the data?
+my $countname = "samples";      # what are the counts in the data?
+my $colors = "hot";             # color theme
+my $bgcolors = "";              # background color theme
+my $nameattrfile;               # file holding function attributes
+my $timemax;                    # (override the) sum of the counts
+my $factor = 1;                 # factor to scale counts by
+my $hash = 0;                   # color by function name
+my $palette = 0;                # if we use consistent palettes (default off)
+my %palette_map;                # palette map hash
+my $pal_file = "palette.map";   # palette map file name
+my $stackreverse = 0;           # reverse stack order, switching merge end
+my $inverted = 0;               # icicle graph
+my $flamechart = 0;             # produce a flame chart (sort by time, do not merge stacks)
+my $negate = 0;                 # switch differential hues
+my $titletext = "";             # centered heading
+my $titledefault = "Flame Graph";	# overwritten by --title
+my $titleinverted = "Icicle Graph";	#   "    "
+my $searchcolor = "rgb(230,0,230)";	# color for search highlighting
+my $notestext = "";		# embedded notes in SVG
+my $subtitletext = "";		# second level title (optional)
+my $help = 0;
+
+sub usage {
+	die <<USAGE_END;
+USAGE: $0 [options] infile > outfile.svg\n
+	--title TEXT     # change title text
+	--subtitle TEXT  # second level title (optional)
+	--width NUM      # width of image (default 1200)
+	--height NUM     # height of each frame (default 16)
+	--minwidth NUM   # omit smaller functions (default 0.1 pixels)
+	--fonttype FONT  # font type (default "Verdana")
+	--fontsize NUM   # font size (default 12)
+	--countname TEXT # count type label (default "samples")
+	--nametype TEXT  # name type label (default "Function:")
+	--colors PALETTE # set color palette. choices are: hot (default), mem,
+	                 # io, wakeup, chain, java, js, perl, red, green, blue,
+	                 # aqua, yellow, purple, orange
+	--bgcolors COLOR # set background colors. gradient choices are yellow
+	                 # (default), blue, green, grey; flat colors use "#rrggbb"
+	--hash           # colors are keyed by function name hash
+	--cp             # use consistent palette (palette.map)
+	--reverse        # generate stack-reversed flame graph
+	--inverted       # icicle graph
+	--flamechart     # produce a flame chart (sort by time, do not merge stacks)
+	--negate         # switch differential hues (blue<->red)
+	--notes TEXT     # add notes comment in SVG (for debugging)
+	--help           # this message
+
+	eg,
+	$0 --title="Flame Graph: malloc()" trace.txt > graph.svg
+USAGE_END
+}
+
+GetOptions(
+	'fonttype=s'  => \$fonttype,
+	'width=i'     => \$imagewidth,
+	'height=i'    => \$frameheight,
+	'encoding=s'  => \$encoding,
+	'fontsize=f'  => \$fontsize,
+	'fontwidth=f' => \$fontwidth,
+	'minwidth=f'  => \$minwidth,
+	'title=s'     => \$titletext,
+	'subtitle=s'  => \$subtitletext,
+	'nametype=s'  => \$nametype,
+	'countname=s' => \$countname,
+	'nameattr=s'  => \$nameattrfile,
+	'total=s'     => \$timemax,
+	'factor=f'    => \$factor,
+	'colors=s'    => \$colors,
+	'bgcolors=s'  => \$bgcolors,
+	'hash'        => \$hash,
+	'cp'          => \$palette,
+	'reverse'     => \$stackreverse,
+	'inverted'    => \$inverted,
+	'flamechart'  => \$flamechart,
+	'negate'      => \$negate,
+	'notes=s'     => \$notestext,
+	'help'        => \$help,
+) or usage();
+$help && usage();
+
+# internals
+my $ypad1 = $fontsize * 3;      # pad top, include title
+my $ypad2 = $fontsize * 2 + 10; # pad bottom, include labels
+my $ypad3 = $fontsize * 2;      # pad top, include subtitle (optional)
+my $xpad = 10;                  # pad lefm and right
+my $framepad = 1;		# vertical padding for frames
+my $depthmax = 0;
+my %Events;
+my %nameattr;
+
+if ($flamechart && $titletext eq "") {
+	$titletext = "Flame Chart";
+}
+
+if ($titletext eq "") {
+	unless ($inverted) {
+		$titletext = $titledefault;
+	} else {
+		$titletext = $titleinverted;
+	}
+}
+
+if ($nameattrfile) {
+	# The name-attribute file format is a function name followed by a tab then
+	# a sequence of tab separated name=value pairs.
+	open my $attrfh, $nameattrfile or die "Can't read $nameattrfile: $!\n";
+	while (<$attrfh>) {
+		chomp;
+		my ($funcname, $attrstr) = split /\t/, $_, 2;
+		die "Invalid format in $nameattrfile" unless defined $attrstr;
+		$nameattr{$funcname} = { map { split /=/, $_, 2 } split /\t/, $attrstr };
+	}
+}
+
+if ($notestext =~ /[<>]/) {
+	die "Notes string can't contain < or >"
+}
+
+# background colors:
+# - yellow gradient: default (hot, java, js, perl)
+# - green gradient: mem
+# - blue gradient: io, wakeup, chain
+# - gray gradient: flat colors (red, green, blue, ...)
+if ($bgcolors eq "") {
+	# choose a default
+	if ($colors eq "mem") {
+		$bgcolors = "green";
+	} elsif ($colors =~ /^(io|wakeup|chain)$/) {
+		$bgcolors = "blue";
+	} elsif ($colors =~ /^(red|green|blue|aqua|yellow|purple|orange)$/) {
+		$bgcolors = "grey";
+	} else {
+		$bgcolors = "yellow";
+	}
+}
+my ($bgcolor1, $bgcolor2);
+if ($bgcolors eq "yellow") {
+	$bgcolor1 = "#eeeeee";       # background color gradient start
+	$bgcolor2 = "#eeeeb0";       # background color gradient stop
+} elsif ($bgcolors eq "blue") {
+	$bgcolor1 = "#eeeeee"; $bgcolor2 = "#e0e0ff";
+} elsif ($bgcolors eq "green") {
+	$bgcolor1 = "#eef2ee"; $bgcolor2 = "#e0ffe0";
+} elsif ($bgcolors eq "grey") {
+	$bgcolor1 = "#f8f8f8"; $bgcolor2 = "#e8e8e8";
+} elsif ($bgcolors =~ /^#......$/) {
+	$bgcolor1 = $bgcolor2 = $bgcolors;
+} else {
+	die "Unrecognized bgcolor option \"$bgcolors\""
+}
+
+# SVG functions
+{ package SVG;
+	sub new {
+		my $class = shift;
+		my $self = {};
+		bless ($self, $class);
+		return $self;
+	}
+
+	sub header {
+		my ($self, $w, $h) = @_;
+		my $enc_attr = '';
+		if (defined $encoding) {
+			$enc_attr = qq{ encoding="$encoding"};
+		}
+		$self->{svg} .= <<SVG;
+<?xml version="1.0"$enc_attr standalone="no"?>
+<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
+<svg version="1.1" width="$w" height="$h" onload="init(evt)" viewBox="0 0 $w $h" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
+<!-- Flame graph stack visualization. See https://github.com/brendangregg/FlameGraph for latest version, and http://www.brendangregg.com/flamegraphs.html for examples. -->
+<!-- NOTES: $notestext -->
+SVG
+	}
+
+	sub include {
+		my ($self, $content) = @_;
+		$self->{svg} .= $content;
+	}
+
+	sub colorAllocate {
+		my ($self, $r, $g, $b) = @_;
+		return "rgb($r,$g,$b)";
+	}
+
+	sub group_start {
+		my ($self, $attr) = @_;
+
+		my @g_attr = map {
+			exists $attr->{$_} ? sprintf(qq/$_="%s"/, $attr->{$_}) : ()
+		} qw(id class);
+		push @g_attr, $attr->{g_extra} if $attr->{g_extra};
+		if ($attr->{href}) {
+			my @a_attr;
+			push @a_attr, sprintf qq/xlink:href="%s"/, $attr->{href} if $attr->{href};
+			# default target=_top else links will open within SVG <object>
+			push @a_attr, sprintf qq/target="%s"/, $attr->{target} || "_top";
+			push @a_attr, $attr->{a_extra}                           if $attr->{a_extra};
+			$self->{svg} .= sprintf qq/<a %s>\n/, join(' ', (@a_attr, @g_attr));
+		} else {
+			$self->{svg} .= sprintf qq/<g %s>\n/, join(' ', @g_attr);
+		}
+
+		$self->{svg} .= sprintf qq/<title>%s<\/title>/, $attr->{title}
+			if $attr->{title}; # should be first element within g container
+	}
+
+	sub group_end {
+		my ($self, $attr) = @_;
+		$self->{svg} .= $attr->{href} ? qq/<\/a>\n/ : qq/<\/g>\n/;
+	}
+
+	sub filledRectangle {
+		my ($self, $x1, $y1, $x2, $y2, $fill, $extra) = @_;
+		$x1 = sprintf "%0.1f", $x1;
+		$x2 = sprintf "%0.1f", $x2;
+		my $w = sprintf "%0.1f", $x2 - $x1;
+		my $h = sprintf "%0.1f", $y2 - $y1;
+		$extra = defined $extra ? $extra : "";
+		$self->{svg} .= qq/<rect x="$x1" y="$y1" width="$w" height="$h" fill="$fill" $extra \/>\n/;
+	}
+
+	sub stringTTF {
+		my ($self, $id, $x, $y, $str, $extra) = @_;
+		$x = sprintf "%0.2f", $x;
+		$id =  defined $id ? qq/id="$id"/ : "";
+		$extra ||= "";
+		$self->{svg} .= qq/<text $id x="$x" y="$y" $extra>$str<\/text>\n/;
+	}
+
+	sub svg {
+		my $self = shift;
+		return "$self->{svg}</svg>\n";
+	}
+	1;
+}
+
+sub namehash {
+	# Generate a vector hash for the name string, weighting early over
+	# later characters. We want to pick the same colors for function
+	# names across different flame graphs.
+	my $name = shift;
+	my $vector = 0;
+	my $weight = 1;
+	my $max = 1;
+	my $mod = 10;
+	# if module name present, trunc to 1st char
+	$name =~ s/.(.*?)`//;
+	foreach my $c (split //, $name) {
+		my $i = (ord $c) % $mod;
+		$vector += ($i / ($mod++ - 1)) * $weight;
+		$max += 1 * $weight;
+		$weight *= 0.70;
+		last if $mod > 12;
+	}
+	return (1 - $vector / $max)
+}
+
+sub color {
+	my ($type, $hash, $name) = @_;
+	my ($v1, $v2, $v3);
+
+	if ($hash) {
+		$v1 = namehash($name);
+		$v2 = $v3 = namehash(scalar reverse $name);
+	} else {
+		$v1 = rand(1);
+		$v2 = rand(1);
+		$v3 = rand(1);
+	}
+
+	# theme palettes
+	if (defined $type and $type eq "hot") {
+		my $r = 205 + int(50 * $v3);
+		my $g = 0 + int(230 * $v1);
+		my $b = 0 + int(55 * $v2);
+		return "rgb($r,$g,$b)";
+	}
+	if (defined $type and $type eq "mem") {
+		my $r = 0;
+		my $g = 190 + int(50 * $v2);
+		my $b = 0 + int(210 * $v1);
+		return "rgb($r,$g,$b)";
+	}
+	if (defined $type and $type eq "io") {
+		my $r = 80 + int(60 * $v1);
+		my $g = $r;
+		my $b = 190 + int(55 * $v2);
+		return "rgb($r,$g,$b)";
+	}
+
+	# multi palettes
+	if (defined $type and $type eq "java") {
+		# Handle both annotations (_[j], _[i], ...; which are
+		# accurate), as well as input that lacks any annotations, as
+		# best as possible. Without annotations, we get a little hacky
+		# and match on java|org|com, etc.
+		if ($name =~ m:_\[j\]$:) {	# jit annotation
+			$type = "green";
+		} elsif ($name =~ m:_\[i\]$:) {	# inline annotation
+			$type = "aqua";
+		} elsif ($name =~ m:^L?(java|javax|jdk|net|org|com|io|sun)/:) {	# Java
+			$type = "green";
+		} elsif ($name =~ /:::/) {      # Java, typical perf-map-agent method separator
+			$type = "green";	              
+		} elsif ($name =~ /::/) {	# C++
+			$type = "yellow";
+		} elsif ($name =~ m:_\[k\]$:) {	# kernel annotation
+			$type = "orange";
+		} elsif ($name =~ /::/) {	# C++
+			$type = "yellow";
+		} else {			# system
+			$type = "red";
+		}
+		# fall-through to color palettes
+	}
+	if (defined $type and $type eq "perl") {
+		if ($name =~ /::/) {		# C++
+			$type = "yellow";
+		} elsif ($name =~ m:Perl: or $name =~ m:\.pl:) {	# Perl
+			$type = "green";
+		} elsif ($name =~ m:_\[k\]$:) {	# kernel
+			$type = "orange";
+		} else {			# system
+			$type = "red";
+		}
+		# fall-through to color palettes
+	}
+	if (defined $type and $type eq "js") {
+		# Handle both annotations (_[j], _[i], ...; which are
+		# accurate), as well as input that lacks any annotations, as
+		# best as possible. Without annotations, we get a little hacky,
+		# and match on a "/" with a ".js", etc.
+		if ($name =~ m:_\[j\]$:) {	# jit annotation
+			if ($name =~ m:/:) {
+				$type = "green";	# source
+			} else {
+				$type = "aqua";		# builtin
+			}
+		} elsif ($name =~ /::/) {	# C++
+			$type = "yellow";
+		} elsif ($name =~ m:/.*\.js:) {	# JavaScript (match "/" in path)
+			$type = "green";
+		} elsif ($name =~ m/:/) {	# JavaScript (match ":" in builtin)
+			$type = "aqua";
+		} elsif ($name =~ m/^ $/) {	# Missing symbol
+			$type = "green";
+		} elsif ($name =~ m:_\[k\]:) {	# kernel
+			$type = "orange";
+		} else {			# system
+			$type = "red";
+		}
+		# fall-through to color palettes
+	}
+	if (defined $type and $type eq "wakeup") {
+		$type = "aqua";
+		# fall-through to color palettes
+	}
+	if (defined $type and $type eq "chain") {
+		if ($name =~ m:_\[w\]:) {	# waker
+			$type = "aqua"
+		} else {			# off-CPU
+			$type = "blue";
+		}
+		# fall-through to color palettes
+	}
+
+	# color palettes
+	if (defined $type and $type eq "red") {
+		my $r = 200 + int(55 * $v1);
+		my $x = 50 + int(80 * $v1);
+		return "rgb($r,$x,$x)";
+	}
+	if (defined $type and $type eq "green") {
+		my $g = 200 + int(55 * $v1);
+		my $x = 50 + int(60 * $v1);
+		return "rgb($x,$g,$x)";
+	}
+	if (defined $type and $type eq "blue") {
+		my $b = 205 + int(50 * $v1);
+		my $x = 80 + int(60 * $v1);
+		return "rgb($x,$x,$b)";
+	}
+	if (defined $type and $type eq "yellow") {
+		my $x = 175 + int(55 * $v1);
+		my $b = 50 + int(20 * $v1);
+		return "rgb($x,$x,$b)";
+	}
+	if (defined $type and $type eq "purple") {
+		my $x = 190 + int(65 * $v1);
+		my $g = 80 + int(60 * $v1);
+		return "rgb($x,$g,$x)";
+	}
+	if (defined $type and $type eq "aqua") {
+		my $r = 50 + int(60 * $v1);
+		my $g = 165 + int(55 * $v1);
+		my $b = 165 + int(55 * $v1);
+		return "rgb($r,$g,$b)";
+	}
+	if (defined $type and $type eq "orange") {
+		my $r = 190 + int(65 * $v1);
+		my $g = 90 + int(65 * $v1);
+		return "rgb($r,$g,0)";
+	}
+
+	return "rgb(0,0,0)";
+}
+
+sub color_scale {
+	my ($value, $max) = @_;
+	my ($r, $g, $b) = (255, 255, 255);
+	$value = -$value if $negate;
+	if ($value > 0) {
+		$g = $b = int(210 * ($max - $value) / $max);
+	} elsif ($value < 0) {
+		$r = $g = int(210 * ($max + $value) / $max);
+	}
+	return "rgb($r,$g,$b)";
+}
+
+sub color_map {
+	my ($colors, $func) = @_;
+	if (exists $palette_map{$func}) {
+		return $palette_map{$func};
+	} else {
+		$palette_map{$func} = color($colors, $hash, $func);
+		return $palette_map{$func};
+	}
+}
+
+sub write_palette {
+	open(FILE, ">$pal_file");
+	foreach my $key (sort keys %palette_map) {
+		print FILE $key."->".$palette_map{$key}."\n";
+	}
+	close(FILE);
+}
+
+sub read_palette {
+	if (-e $pal_file) {
+	open(FILE, $pal_file) or die "can't open file $pal_file: $!";
+	while ( my $line = <FILE>) {
+		chomp($line);
+		(my $key, my $value) = split("->",$line);
+		$palette_map{$key}=$value;
+	}
+	close(FILE)
+	}
+}
+
+my %Node;	# Hash of merged frame data
+my %Tmp;
+
+# flow() merges two stacks, storing the merged frames and value data in %Node.
+sub flow {
+	my ($last, $this, $v, $d) = @_;
+
+	my $len_a = @$last - 1;
+	my $len_b = @$this - 1;
+
+	my $i = 0;
+	my $len_same;
+	for (; $i <= $len_a; $i++) {
+		last if $i > $len_b;
+		last if $last->[$i] ne $this->[$i];
+	}
+	$len_same = $i;
+
+	for ($i = $len_a; $i >= $len_same; $i--) {
+		my $k = "$last->[$i];$i";
+		# a unique ID is constructed from "func;depth;etime";
+		# func-depth isn't unique, it may be repeated later.
+		$Node{"$k;$v"}->{stime} = delete $Tmp{$k}->{stime};
+		if (defined $Tmp{$k}->{delta}) {
+			$Node{"$k;$v"}->{delta} = delete $Tmp{$k}->{delta};
+		}
+		delete $Tmp{$k};
+	}
+
+	for ($i = $len_same; $i <= $len_b; $i++) {
+		my $k = "$this->[$i];$i";
+		$Tmp{$k}->{stime} = $v;
+		if (defined $d) {
+			$Tmp{$k}->{delta} += $i == $len_b ? $d : 0;
+		}
+	}
+
+        return $this;
+}
+
+# parse input
+my @Data;
+my @SortedData;
+my $last = [];
+my $time = 0;
+my $delta = undef;
+my $ignored = 0;
+my $line;
+my $maxdelta = 1;
+
+# reverse if needed
+foreach (<>) {
+	chomp;
+	$line = $_;
+	if ($stackreverse) {
+		# there may be an extra samples column for differentials
+		# XXX todo: redo these REs as one. It's repeated below.
+		my($stack, $samples) = (/^(.*)\s+?(\d+(?:\.\d*)?)$/);
+		my $samples2 = undef;
+		if ($stack =~ /^(.*)\s+?(\d+(?:\.\d*)?)$/) {
+			$samples2 = $samples;
+			($stack, $samples) = $stack =~ (/^(.*)\s+?(\d+(?:\.\d*)?)$/);
+			unshift @Data, join(";", reverse split(";", $stack)) . " $samples $samples2";
+		} else {
+			unshift @Data, join(";", reverse split(";", $stack)) . " $samples";
+		}
+	} else {
+		unshift @Data, $line;
+	}
+}
+
+if ($flamechart) {
+	# In flame chart mode, just reverse the data so time moves from left to right.
+	@SortedData = reverse @Data;
+} else {
+	@SortedData = sort @Data;
+}
+
+# process and merge frames
+foreach (@SortedData) {
+	chomp;
+	# process: folded_stack count
+	# eg: func_a;func_b;func_c 31
+	my ($stack, $samples) = (/^(.*)\s+?(\d+(?:\.\d*)?)$/);
+	unless (defined $samples and defined $stack) {
+		++$ignored;
+		next;
+	}
+
+	# there may be an extra samples column for differentials:
+	my $samples2 = undef;
+	if ($stack =~ /^(.*)\s+?(\d+(?:\.\d*)?)$/) {
+		$samples2 = $samples;
+		($stack, $samples) = $stack =~ (/^(.*)\s+?(\d+(?:\.\d*)?)$/);
+	}
+	$delta = undef;
+	if (defined $samples2) {
+		$delta = $samples2 - $samples;
+		$maxdelta = abs($delta) if abs($delta) > $maxdelta;
+	}
+
+	# for chain graphs, annotate waker frames with "_[w]", for later
+	# coloring. This is a hack, but has a precedent ("_[k]" from perf).
+	if ($colors eq "chain") {
+		my @parts = split ";--;", $stack;
+		my @newparts = ();
+		$stack = shift @parts;
+		$stack .= ";--;";
+		foreach my $part (@parts) {
+			$part =~ s/;/_[w];/g;
+			$part .= "_[w]";
+			push @newparts, $part;
+		}
+		$stack .= join ";--;", @parts;
+	}
+
+	# merge frames and populate %Node:
+	$last = flow($last, [ '', split ";", $stack ], $time, $delta);
+
+	if (defined $samples2) {
+		$time += $samples2;
+	} else {
+		$time += $samples;
+	}
+}
+flow($last, [], $time, $delta);
+
+warn "Ignored $ignored lines with invalid format\n" if $ignored;
+unless ($time) {
+	warn "ERROR: No stack counts found\n";
+	my $im = SVG->new();
+	# emit an error message SVG, for tools automating flamegraph use
+	my $imageheight = $fontsize * 5;
+	$im->header($imagewidth, $imageheight);
+	$im->stringTTF(undef, int($imagewidth / 2), $fontsize * 2,
+	    "ERROR: No valid input provided to flamegraph.pl.");
+	print $im->svg;
+	exit 2;
+}
+if ($timemax and $timemax < $time) {
+	warn "Specified --total $timemax is less than actual total $time, so ignored\n"
+	if $timemax/$time > 0.02; # only warn is significant (e.g., not rounding etc)
+	undef $timemax;
+}
+$timemax ||= $time;
+
+my $widthpertime = ($imagewidth - 2 * $xpad) / $timemax;
+my $minwidth_time = $minwidth / $widthpertime;
+
+# prune blocks that are too narrow and determine max depth
+while (my ($id, $node) = each %Node) {
+	my ($func, $depth, $etime) = split ";", $id;
+	my $stime = $node->{stime};
+	die "missing start for $id" if not defined $stime;
+
+	if (($etime-$stime) < $minwidth_time) {
+		delete $Node{$id};
+		next;
+	}
+	$depthmax = $depth if $depth > $depthmax;
+}
+
+# draw canvas, and embed interactive JavaScript program
+my $imageheight = (($depthmax + 1) * $frameheight) + $ypad1 + $ypad2;
+$imageheight += $ypad3 if $subtitletext ne "";
+my $titlesize = $fontsize + 5;
+my $im = SVG->new();
+my ($black, $vdgrey, $dgrey) = (
+	$im->colorAllocate(0, 0, 0),
+	$im->colorAllocate(160, 160, 160),
+	$im->colorAllocate(200, 200, 200),
+    );
+$im->header($imagewidth, $imageheight);
+my $inc = <<INC;
+<defs>
+	<linearGradient id="background" y1="0" y2="1" x1="0" x2="0" >
+		<stop stop-color="$bgcolor1" offset="5%" />
+		<stop stop-color="$bgcolor2" offset="95%" />
+	</linearGradient>
+</defs>
+<style type="text/css">
+	text { font-family:$fonttype; font-size:${fontsize}px; fill:$black; }
+	#search, #ignorecase { opacity:0.1; cursor:pointer; }
+	#search:hover, #search.show, #ignorecase:hover, #ignorecase.show { opacity:1; }
+	#subtitle { text-anchor:middle; font-color:$vdgrey; }
+	#title { text-anchor:middle; font-size:${titlesize}px}
+	#unzoom { cursor:pointer; }
+	#frames > *:hover { stroke:black; stroke-width:0.5; cursor:pointer; }
+	.hide { display:none; }
+	.parent { opacity:0.5; }
+</style>
+<script type="text/ecmascript">
+<![CDATA[
+	"use strict";
+	var details, searchbtn, unzoombtn, matchedtxt, svg, searching, currentSearchTerm, ignorecase, ignorecaseBtn;
+	function init(evt) {
+		details = document.getElementById("details").firstChild;
+		searchbtn = document.getElementById("search");
+		ignorecaseBtn = document.getElementById("ignorecase");
+		unzoombtn = document.getElementById("unzoom");
+		matchedtxt = document.getElementById("matched");
+		svg = document.getElementsByTagName("svg")[0];
+		searching = 0;
+		currentSearchTerm = null;
+
+		// use GET parameters to restore a flamegraphs state.
+		var params = get_params();
+		if (params.x && params.y)
+			zoom(find_group(document.querySelector('[x="' + params.x + '"][y="' + params.y + '"]')));
+                if (params.s) search(params.s);
+	}
+
+	// event listeners
+	window.addEventListener("click", function(e) {
+		var target = find_group(e.target);
+		if (target) {
+			if (target.nodeName == "a") {
+				if (e.ctrlKey === false) return;
+				e.preventDefault();
+			}
+			if (target.classList.contains("parent")) unzoom(true);
+			zoom(target);
+			if (!document.querySelector('.parent')) {
+				// we have basically done a clearzoom so clear the url
+				var params = get_params();
+				if (params.x) delete params.x;
+				if (params.y) delete params.y;
+				history.replaceState(null, null, parse_params(params));
+				unzoombtn.classList.add("hide");
+				return;
+			}
+
+			// set parameters for zoom state
+			var el = target.querySelector("rect");
+			if (el && el.attributes && el.attributes.y && el.attributes._orig_x) {
+				var params = get_params()
+				params.x = el.attributes._orig_x.value;
+				params.y = el.attributes.y.value;
+				history.replaceState(null, null, parse_params(params));
+			}
+		}
+		else if (e.target.id == "unzoom") clearzoom();
+		else if (e.target.id == "search") search_prompt();
+		else if (e.target.id == "ignorecase") toggle_ignorecase();
+	}, false)
+
+	// mouse-over for info
+	// show
+	window.addEventListener("mouseover", function(e) {
+		var target = find_group(e.target);
+		if (target) details.nodeValue = "$nametype " + g_to_text(target);
+	}, false)
+
+	// clear
+	window.addEventListener("mouseout", function(e) {
+		var target = find_group(e.target);
+		if (target) details.nodeValue = ' ';
+	}, false)
+
+	// ctrl-F for search
+	// ctrl-I to toggle case-sensitive search
+	window.addEventListener("keydown",function (e) {
+		if (e.keyCode === 114 || (e.ctrlKey && e.keyCode === 70)) {
+			e.preventDefault();
+			search_prompt();
+		}
+		else if (e.ctrlKey && e.keyCode === 73) {
+			e.preventDefault();
+			toggle_ignorecase();
+		}
+	}, false)
+
+	// functions
+	function get_params() {
+		var params = {};
+		var paramsarr = window.location.search.substr(1).split('&');
+		for (var i = 0; i < paramsarr.length; ++i) {
+			var tmp = paramsarr[i].split("=");
+			if (!tmp[0] || !tmp[1]) continue;
+			params[tmp[0]]  = decodeURIComponent(tmp[1]);
+		}
+		return params;
+	}
+	function parse_params(params) {
+		var uri = "?";
+		for (var key in params) {
+			uri += key + '=' + encodeURIComponent(params[key]) + '&';
+		}
+		if (uri.slice(-1) == "&")
+			uri = uri.substring(0, uri.length - 1);
+		if (uri == '?')
+			uri = window.location.href.split('?')[0];
+		return uri;
+	}
+	function find_child(node, selector) {
+		var children = node.querySelectorAll(selector);
+		if (children.length) return children[0];
+	}
+	function find_group(node) {
+		var parent = node.parentElement;
+		if (!parent) return;
+		if (parent.id == "frames") return node;
+		return find_group(parent);
+	}
+	function orig_save(e, attr, val) {
+		if (e.attributes["_orig_" + attr] != undefined) return;
+		if (e.attributes[attr] == undefined) return;
+		if (val == undefined) val = e.attributes[attr].value;
+		e.setAttribute("_orig_" + attr, val);
+	}
+	function orig_load(e, attr) {
+		if (e.attributes["_orig_"+attr] == undefined) return;
+		e.attributes[attr].value = e.attributes["_orig_" + attr].value;
+		e.removeAttribute("_orig_"+attr);
+	}
+	function g_to_text(e) {
+		var text = find_child(e, "title").firstChild.nodeValue;
+		return (text)
+	}
+	function g_to_func(e) {
+		var func = g_to_text(e);
+		// if there's any manipulation we want to do to the function
+		// name before it's searched, do it here before returning.
+		return (func);
+	}
+	function update_text(e) {
+		var r = find_child(e, "rect");
+		var t = find_child(e, "text");
+		var w = parseFloat(r.attributes.width.value) -3;
+		var txt = find_child(e, "title").textContent.replace(/\\([^(]*\\)\$/,"");
+		t.attributes.x.value = parseFloat(r.attributes.x.value) + 3;
+
+		// Smaller than this size won't fit anything
+		if (w < 2 * $fontsize * $fontwidth) {
+			t.textContent = "";
+			return;
+		}
+
+		t.textContent = txt;
+		var sl = t.getSubStringLength(0, txt.length);
+		// check if only whitespace or if we can fit the entire string into width w
+		if (/^ *\$/.test(txt) || sl < w)
+			return;
+
+		// this isn't perfect, but gives a good starting point
+		// and avoids calling getSubStringLength too often
+		var start = Math.floor((w/sl) * txt.length);
+		for (var x = start; x > 0; x = x-2) {
+			if (t.getSubStringLength(0, x + 2) <= w) {
+				t.textContent = txt.substring(0, x) + "..";
+				return;
+			}
+		}
+		t.textContent = "";
+	}
+
+	// zoom
+	function zoom_reset(e) {
+		if (e.attributes != undefined) {
+			orig_load(e, "x");
+			orig_load(e, "width");
+		}
+		if (e.childNodes == undefined) return;
+		for (var i = 0, c = e.childNodes; i < c.length; i++) {
+			zoom_reset(c[i]);
+		}
+	}
+	function zoom_child(e, x, ratio) {
+		if (e.attributes != undefined) {
+			if (e.attributes.x != undefined) {
+				orig_save(e, "x");
+				e.attributes.x.value = (parseFloat(e.attributes.x.value) - x - $xpad) * ratio + $xpad;
+				if (e.tagName == "text")
+					e.attributes.x.value = find_child(e.parentNode, "rect[x]").attributes.x.value + 3;
+			}
+			if (e.attributes.width != undefined) {
+				orig_save(e, "width");
+				e.attributes.width.value = parseFloat(e.attributes.width.value) * ratio;
+			}
+		}
+
+		if (e.childNodes == undefined) return;
+		for (var i = 0, c = e.childNodes; i < c.length; i++) {
+			zoom_child(c[i], x - $xpad, ratio);
+		}
+	}
+	function zoom_parent(e) {
+		if (e.attributes) {
+			if (e.attributes.x != undefined) {
+				orig_save(e, "x");
+				e.attributes.x.value = $xpad;
+			}
+			if (e.attributes.width != undefined) {
+				orig_save(e, "width");
+				e.attributes.width.value = parseInt(svg.width.baseVal.value) - ($xpad * 2);
+			}
+		}
+		if (e.childNodes == undefined) return;
+		for (var i = 0, c = e.childNodes; i < c.length; i++) {
+			zoom_parent(c[i]);
+		}
+	}
+	function zoom(node) {
+		var attr = find_child(node, "rect").attributes;
+		var width = parseFloat(attr.width.value);
+		var xmin = parseFloat(attr.x.value);
+		var xmax = parseFloat(xmin + width);
+		var ymin = parseFloat(attr.y.value);
+		var ratio = (svg.width.baseVal.value - 2 * $xpad) / width;
+
+		// XXX: Workaround for JavaScript float issues (fix me)
+		var fudge = 0.0001;
+
+		unzoombtn.classList.remove("hide");
+
+		var el = document.getElementById("frames").children;
+		for (var i = 0; i < el.length; i++) {
+			var e = el[i];
+			var a = find_child(e, "rect").attributes;
+			var ex = parseFloat(a.x.value);
+			var ew = parseFloat(a.width.value);
+			var upstack;
+			// Is it an ancestor
+			if ($inverted == 0) {
+				upstack = parseFloat(a.y.value) > ymin;
+			} else {
+				upstack = parseFloat(a.y.value) < ymin;
+			}
+			if (upstack) {
+				// Direct ancestor
+				if (ex <= xmin && (ex+ew+fudge) >= xmax) {
+					e.classList.add("parent");
+					zoom_parent(e);
+					update_text(e);
+				}
+				// not in current path
+				else
+					e.classList.add("hide");
+			}
+			// Children maybe
+			else {
+				// no common path
+				if (ex < xmin || ex + fudge >= xmax) {
+					e.classList.add("hide");
+				}
+				else {
+					zoom_child(e, xmin, ratio);
+					update_text(e);
+				}
+			}
+		}
+		search();
+	}
+	function unzoom(dont_update_text) {
+		unzoombtn.classList.add("hide");
+		var el = document.getElementById("frames").children;
+		for(var i = 0; i < el.length; i++) {
+			el[i].classList.remove("parent");
+			el[i].classList.remove("hide");
+			zoom_reset(el[i]);
+			if(!dont_update_text) update_text(el[i]);
+		}
+		search();
+	}
+	function clearzoom() {
+		unzoom();
+
+		// remove zoom state
+		var params = get_params();
+		if (params.x) delete params.x;
+		if (params.y) delete params.y;
+		history.replaceState(null, null, parse_params(params));
+	}
+
+	// search
+	function toggle_ignorecase() {
+		ignorecase = !ignorecase;
+		if (ignorecase) {
+			ignorecaseBtn.classList.add("show");
+		} else {
+			ignorecaseBtn.classList.remove("show");
+		}
+		reset_search();
+		search();
+	}
+	function reset_search() {
+		var el = document.querySelectorAll("#frames rect");
+		for (var i = 0; i < el.length; i++) {
+			orig_load(el[i], "fill")
+		}
+		var params = get_params();
+		delete params.s;
+		history.replaceState(null, null, parse_params(params));
+	}
+	function search_prompt() {
+		if (!searching) {
+			var term = prompt("Enter a search term (regexp " +
+			    "allowed, eg: ^ext4_)"
+			    + (ignorecase ? ", ignoring case" : "")
+			    + "\\nPress Ctrl-i to toggle case sensitivity", "");
+			if (term != null) search(term);
+		} else {
+			reset_search();
+			searching = 0;
+			currentSearchTerm = null;
+			searchbtn.classList.remove("show");
+			searchbtn.firstChild.nodeValue = "Search"
+			matchedtxt.classList.add("hide");
+			matchedtxt.firstChild.nodeValue = ""
+		}
+	}
+	function search(term) {
+		if (term) currentSearchTerm = term;
+
+		var re = new RegExp(currentSearchTerm, ignorecase ? 'i' : '');
+		var el = document.getElementById("frames").children;
+		var matches = new Object();
+		var maxwidth = 0;
+		for (var i = 0; i < el.length; i++) {
+			var e = el[i];
+			var func = g_to_func(e);
+			var rect = find_child(e, "rect");
+			if (func == null || rect == null)
+				continue;
+
+			// Save max width. Only works as we have a root frame
+			var w = parseFloat(rect.attributes.width.value);
+			if (w > maxwidth)
+				maxwidth = w;
+
+			if (func.match(re)) {
+				// highlight
+				var x = parseFloat(rect.attributes.x.value);
+				orig_save(rect, "fill");
+				rect.attributes.fill.value = "$searchcolor";
+
+				// remember matches
+				if (matches[x] == undefined) {
+					matches[x] = w;
+				} else {
+					if (w > matches[x]) {
+						// overwrite with parent
+						matches[x] = w;
+					}
+				}
+				searching = 1;
+			}
+		}
+		if (!searching)
+			return;
+		var params = get_params();
+		params.s = currentSearchTerm;
+		history.replaceState(null, null, parse_params(params));
+
+		searchbtn.classList.add("show");
+		searchbtn.firstChild.nodeValue = "Reset Search";
+
+		// calculate percent matched, excluding vertical overlap
+		var count = 0;
+		var lastx = -1;
+		var lastw = 0;
+		var keys = Array();
+		for (k in matches) {
+			if (matches.hasOwnProperty(k))
+				keys.push(k);
+		}
+		// sort the matched frames by their x location
+		// ascending, then width descending
+		keys.sort(function(a, b){
+			return a - b;
+		});
+		// Step through frames saving only the biggest bottom-up frames
+		// thanks to the sort order. This relies on the tree property
+		// where children are always smaller than their parents.
+		var fudge = 0.0001;	// JavaScript floating point
+		for (var k in keys) {
+			var x = parseFloat(keys[k]);
+			var w = matches[keys[k]];
+			if (x >= lastx + lastw - fudge) {
+				count += w;
+				lastx = x;
+				lastw = w;
+			}
+		}
+		// display matched percent
+		matchedtxt.classList.remove("hide");
+		var pct = 100 * count / maxwidth;
+		if (pct != 100) pct = pct.toFixed(1)
+		matchedtxt.firstChild.nodeValue = "Matched: " + pct + "%";
+	}
+]]>
+</script>
+INC
+$im->include($inc);
+$im->filledRectangle(0, 0, $imagewidth, $imageheight, 'url(#background)');
+$im->stringTTF("title", int($imagewidth / 2), $fontsize * 2, $titletext);
+$im->stringTTF("subtitle", int($imagewidth / 2), $fontsize * 4, $subtitletext) if $subtitletext ne "";
+$im->stringTTF("details", $xpad, $imageheight - ($ypad2 / 2), " ");
+$im->stringTTF("unzoom", $xpad, $fontsize * 2, "Reset Zoom", 'class="hide"');
+$im->stringTTF("search", $imagewidth - $xpad - 100, $fontsize * 2, "Search");
+$im->stringTTF("ignorecase", $imagewidth - $xpad - 16, $fontsize * 2, "ic");
+$im->stringTTF("matched", $imagewidth - $xpad - 100, $imageheight - ($ypad2 / 2), " ");
+
+if ($palette) {
+	read_palette();
+}
+
+# draw frames
+$im->group_start({id => "frames"});
+while (my ($id, $node) = each %Node) {
+	my ($func, $depth, $etime) = split ";", $id;
+	my $stime = $node->{stime};
+	my $delta = $node->{delta};
+
+	$etime = $timemax if $func eq "" and $depth == 0;
+
+	my $x1 = $xpad + $stime * $widthpertime;
+	my $x2 = $xpad + $etime * $widthpertime;
+	my ($y1, $y2);
+	unless ($inverted) {
+		$y1 = $imageheight - $ypad2 - ($depth + 1) * $frameheight + $framepad;
+		$y2 = $imageheight - $ypad2 - $depth * $frameheight;
+	} else {
+		$y1 = $ypad1 + $depth * $frameheight;
+		$y2 = $ypad1 + ($depth + 1) * $frameheight - $framepad;
+	}
+
+	my $samples = sprintf "%.0f", ($etime - $stime) * $factor;
+	(my $samples_txt = $samples) # add commas per perlfaq5
+		=~ s/(^[-+]?\d+?(?=(?>(?:\d{3})+)(?!\d))|\G\d{3}(?=\d))/$1,/g;
+
+	my $info;
+	if ($func eq "" and $depth == 0) {
+		$info = "all ($samples_txt $countname, 100%)";
+	} else {
+		my $pct = sprintf "%.2f", ((100 * $samples) / ($timemax * $factor));
+		my $escaped_func = $func;
+		# clean up SVG breaking characters:
+		$escaped_func =~ s/&/&amp;/g;
+		$escaped_func =~ s/</&lt;/g;
+		$escaped_func =~ s/>/&gt;/g;
+		$escaped_func =~ s/"/&quot;/g;
+		$escaped_func =~ s/_\[[kwij]\]$//;	# strip any annotation
+		unless (defined $delta) {
+			$info = "$escaped_func ($samples_txt $countname, $pct%)";
+		} else {
+			my $d = $negate ? -$delta : $delta;
+			my $deltapct = sprintf "%.2f", ((100 * $d) / ($timemax * $factor));
+			$deltapct = $d > 0 ? "+$deltapct" : $deltapct;
+			$info = "$escaped_func ($samples_txt $countname, $pct%; $deltapct%)";
+		}
+	}
+
+	my $nameattr = { %{ $nameattr{$func}||{} } }; # shallow clone
+	$nameattr->{title}       ||= $info;
+	$im->group_start($nameattr);
+
+	my $color;
+	if ($func eq "--") {
+		$color = $vdgrey;
+	} elsif ($func eq "-") {
+		$color = $dgrey;
+	} elsif (defined $delta) {
+		$color = color_scale($delta, $maxdelta);
+	} elsif ($palette) {
+		$color = color_map($colors, $func);
+	} else {
+		$color = color($colors, $hash, $func);
+	}
+	$im->filledRectangle($x1, $y1, $x2, $y2, $color, 'rx="2" ry="2"');
+
+	my $chars = int( ($x2 - $x1) / ($fontsize * $fontwidth));
+	my $text = "";
+	if ($chars >= 3) { # room for one char plus two dots
+		$func =~ s/_\[[kwij]\]$//;	# strip any annotation
+		$text = substr $func, 0, $chars;
+		substr($text, -2, 2) = ".." if $chars < length $func;
+		$text =~ s/&/&amp;/g;
+		$text =~ s/</&lt;/g;
+		$text =~ s/>/&gt;/g;
+	}
+	$im->stringTTF(undef, $x1 + 3, 3 + ($y1 + $y2) / 2, $text);
+
+	$im->group_end($nameattr);
+}
+$im->group_end();
+
+print $im->svg;
+
+if ($palette) {
+	write_palette();
+}
+
+# vim: ts=8 sts=8 sw=8 noexpandtab
diff --git a/barretenberg/cpp/scripts/llvm_xray_stack_flame_corrector.js b/barretenberg/cpp/scripts/llvm_xray_stack_flame_corrector.js
new file mode 100644
index 000000000000..97323d4cb636
--- /dev/null
+++ b/barretenberg/cpp/scripts/llvm_xray_stack_flame_corrector.js
@@ -0,0 +1,183 @@
+// Corrects LLVM-XRAY stack traces to properly line up.
+// Otherwise, there is a weird offset in each stack level that does not correspond to any function call.
+// In the public domain.
+// Conversion of public domain https://github.com/DerickEddington/corrector_of_llvm_xray_stack_flame
+class Record {
+  constructor(node_path = [], attribute = BigInt(0)) {
+    this.node_path = node_path;
+    this.attribute = attribute;
+  }
+
+  static fromString(line) {
+    const components = line.split(";");
+    if (components.length >= 2) {
+      const attribute = BigInt(components.pop().trim());
+      return new Record(components, attribute);
+    } else {
+      throw new Error("invalid flame format line");
+    }
+  }
+
+  toString() {
+    // To be reversed in-place
+    const np = this.node_path.map((x) => x);
+    return `${np.reverse().join(";")}; ${this.attribute}`;
+  }
+}
+
+const Kind = {
+  LEAF: "Leaf",
+  BRANCH: "Branch",
+};
+
+class Node {
+  constructor() {
+    this.kind = Kind.LEAF;
+    this.attribute = null;
+    this.children = new Map();
+  }
+
+  correctForChild(child) {
+    if (this.attribute !== null) {
+      this.attribute -= child.attribute;
+    }
+  }
+
+  child(name) {
+    if (this.kind === Kind.LEAF) {
+      this.kind = Kind.BRANCH;
+      this.children = new Map();
+      return this.child(name);
+    } else {
+      if (!this.children.has(name)) {
+        this.children.set(name, new Node());
+      }
+      return this.children.get(name);
+    }
+  }
+
+  forEachChild(func) {
+    for (let child of this.children.values()) {
+      func(this, child);
+    }
+  }
+}
+
+class Tree {
+  constructor() {
+    this.roots = new Node();
+    this.original_order = [];
+  }
+}
+
+class BadTree extends Tree {
+  constructor() {
+    super();
+  }
+
+  static fromIterator(records) {
+    let tree = new BadTree();
+    for (let record of records) {
+      tree.extend(record);
+    }
+    return tree;
+  }
+
+  extend(record) {
+    let parent = this.roots;
+    const [lastComponent, ...pathPrefix] = record.node_path.reverse();
+    for (let component of pathPrefix.reverse()) {
+      parent = parent.child(component);
+    }
+    const lastNode = parent.child(lastComponent);
+    if (lastNode.attribute === null) {
+      lastNode.attribute = record.attribute;
+      this.original_order.push({ record, node: lastNode });
+    } else {
+      lastNode.attribute += record.attribute;
+    }
+  }
+
+  correct() {
+    const recur = (parent, child) => {
+      parent.correctForChild(child);
+      child.forEachChild(recur);
+    };
+    this.roots.forEachChild((_, root) => root.forEachChild(recur));
+    return new GoodTree(this);
+  }
+}
+
+class GoodTree extends Tree {
+  constructor(tree) {
+    super();
+    this.roots = tree.roots;
+    this.original_order = tree.original_order;
+  }
+
+  *iter() {
+    for (let ordRecord of this.original_order) {
+      const { record, node } = ordRecord;
+      const originalNodePath = record.node_path;
+      const possiblyCorrectedAttribute = node.attribute;
+      yield new Record(originalNodePath, possiblyCorrectedAttribute);
+    }
+  }
+
+  async dump() {
+    let output = [];
+    for (let record of this.iter()) {
+      output.push(`${record.toString()}\n`);
+    }
+    return output;
+  }
+}
+
+async function correctStackData(input) {
+  const inputRecords = input.map((line) => Record.fromString(line));
+
+  const badTree = BadTree.fromIterator(inputRecords);
+  const goodTree = badTree.correct();
+  return await goodTree.dump();
+}
+
+async function test() {
+  const result = await correctStackData([
+    "thread1;main; 5925054742",
+    "thread1;main;f2; 5925051360",
+    "thread1;main;f2;busy; 5925047168",
+    "thread1;main; 5941982261",
+    "thread1;main;f1; 5941978880",
+    "thread1;main;f1;busy; 5941971904",
+    "thread1;main; 5930717973",
+    "thread1;main;busy; 5930714592",
+  ]);
+  const expected = [
+    "thread1;main; 10144\n",
+    "thread1;main;f2; 4192\n",
+    "thread1;main;f2;busy; 5925047168\n",
+    "thread1;main;f1; 6976\n",
+    "thread1;main;f1;busy; 5941971904\n",
+    "thread1;main;busy; 5930714592\n",
+  ];
+  if (JSON.stringify(result) !== JSON.stringify(expected)) {
+    throw new Error("test fail");
+  }
+  console.log("test pass");
+}
+
+async function main() {
+  // Read standard input
+  const inputLines = await new Promise((resolve) => {
+    let data = "";
+    process.stdin
+      .on("data", (chunk) => (data += chunk))
+      .on("end", () => resolve(data.split("\n").filter((line) => line)));
+  });
+  for (const line of await correctStackData(inputLines)) {
+    process.stdout.write(line);
+  }
+}
+
+// test();
+main();
diff --git a/barretenberg/cpp/src/CMakeLists.txt b/barretenberg/cpp/src/CMakeLists.txt
index 51ecf4fabbd3..8addf06ba2ed 100644
--- a/barretenberg/cpp/src/CMakeLists.txt
+++ b/barretenberg/cpp/src/CMakeLists.txt
@@ -28,7 +28,7 @@ if(CMAKE_CXX_COMPILER_ID MATCHES "GNU")
 endif()
 
 # We enable -O1 level optimsations, even when compiling debug wasm, otherwise we get "local count too large" at runtime.
-# We prioritise reducing size of final artefacts in release with -Oz.
+# We prioritise reducing size of final artifacts in release with -Oz.
 if(WASM)
     set(CMAKE_CXX_FLAGS_DEBUG "-O1 -g")
     set(CMAKE_C_FLAGS_DEBUG "-O1 -g")
@@ -83,7 +83,7 @@ endif()
 include(GNUInstallDirs)
 
 # For this library we include everything but the env and wasi modules, as it is the responsibility of the
-# consumer of this library to define how and in what environment its artefact will run.
+# consumer of this library to define how and in what environment its artifact will run.
 # libbarretenberg + libwasi = a wasi "reactor" that implements it's own env (e.g. logstr), e.g. barretenberg.wasm.
 # libbarretenberg + env = a wasi "command" that expects a full wasi runtime (e.g. wasmtime), e.g. test binaries.
 message(STATUS "Compiling all-in-one barretenberg archive")
@@ -126,7 +126,7 @@ add_library(
 if(WASM)
     # With binaryen installed, it seems its wasm backend optimiser gets invoked automatically.
     # Due to either a bug in the optimiser, or non-standards compliant c++ in crypto/aes, tests start failing with
-    # -O3 level optimisations. We force down to -O2 for current workaround.
+    # -O3 level optimizations. We force down to -O2 for current workaround.
     # TODO: Time has passed, check if this is still needed.
     # UPDATE: Uninstall binaryen and any need downstream.
     set(CMAKE_CXX_FLAGS_RELEASE "-O2")
diff --git a/barretenberg/cpp/src/barretenberg/bb/file_io.hpp b/barretenberg/cpp/src/barretenberg/bb/file_io.hpp
index 09009ebbd2b2..31796e57ffa3 100644
--- a/barretenberg/cpp/src/barretenberg/bb/file_io.hpp
+++ b/barretenberg/cpp/src/barretenberg/bb/file_io.hpp
@@ -1,9 +1,10 @@
 #pragma once
 #include <barretenberg/common/log.hpp>
 #include <fstream>
+#include <ios>
 #include <vector>
 
-inline std::vector<uint8_t> read_file(const std::string& filename)
+inline std::vector<uint8_t> read_file(const std::string& filename, size_t bytes = 0)
 {
     // Open the file in binary mode and move to the end.
     std::ifstream file(filename, std::ios::binary | std::ios::ate);
@@ -12,7 +13,7 @@ inline std::vector<uint8_t> read_file(const std::string& filename)
     }
 
     // Get the file size.
-    std::streamsize size = file.tellg();
+    std::streamsize size = bytes == 0 ? (std::streamsize)file.tellg() : (std::streamsize)bytes;
     if (size <= 0) {
         throw std::runtime_error("File is empty or there's an error reading it: " + filename);
     }
diff --git a/barretenberg/cpp/src/barretenberg/bb/get_crs.hpp b/barretenberg/cpp/src/barretenberg/bb/get_crs.hpp
index b4269d3ad3d3..1c205f2f3e88 100644
--- a/barretenberg/cpp/src/barretenberg/bb/get_crs.hpp
+++ b/barretenberg/cpp/src/barretenberg/bb/get_crs.hpp
@@ -65,7 +65,7 @@ inline std::vector<barretenberg::g1::affine_element> get_g1_data(const std::file
     }
     if (size >= num_points) {
         vinfo("using cached crs at: ", path);
-        auto data = read_file(path / "g1.dat");
+        auto data = read_file(path / "g1.dat", 28 + num_points * 64);
         auto points = std::vector<barretenberg::g1::affine_element>(num_points);
         auto size_of_points_in_bytes = num_points * 64;
         barretenberg::srs::IO<curve::BN254>::read_affine_elements_from_buffer(
diff --git a/barretenberg/cpp/src/barretenberg/bb/main.cpp b/barretenberg/cpp/src/barretenberg/bb/main.cpp
index 81c4a2bfb49a..169dc6a10f49 100644
--- a/barretenberg/cpp/src/barretenberg/bb/main.cpp
+++ b/barretenberg/cpp/src/barretenberg/bb/main.cpp
@@ -13,17 +13,29 @@
 #include <vector>
 
 using namespace barretenberg;
-// Transcript downloading code only supports fetching and parsing the first transcript file.
-const uint32_t MAX_CIRCUIT_SIZE = 1 << 22;
 std::string CRS_PATH = "./crs";
 bool verbose = false;
 
-void init()
+acir_proofs::AcirComposer init(acir_format::acir_format& constraint_system)
 {
+    acir_proofs::AcirComposer acir_composer(0, verbose);
+    acir_composer.create_circuit(constraint_system);
+    auto subgroup_size = acir_composer.get_circuit_subgroup_size();
+
     // Must +1!
-    auto g1_data = get_g1_data(CRS_PATH, MAX_CIRCUIT_SIZE + 1);
+    auto g1_data = get_g1_data(CRS_PATH, subgroup_size + 1);
     auto g2_data = get_g2_data(CRS_PATH);
     srs::init_crs_factory(g1_data, g2_data);
+
+    return acir_composer;
+}
+
+acir_proofs::AcirComposer init()
+{
+    acir_proofs::AcirComposer acir_composer(0, verbose);
+    auto g2_data = get_g2_data(CRS_PATH);
+    srs::init_crs_factory({}, g2_data);
+    return acir_composer;
 }
 
 acir_format::WitnessVector get_witness(std::string const& witness_path)
@@ -53,11 +65,12 @@ acir_format::acir_format get_constraint_system(std::string const& bytecode_path)
  */
 bool proveAndVerify(const std::string& bytecodePath, const std::string& witnessPath, bool recursive)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
     auto constraint_system = get_constraint_system(bytecodePath);
     auto witness = get_witness(witnessPath);
-    auto proof = acir_composer->create_proof(srs::get_crs_factory(), constraint_system, witness, recursive);
-    auto verified = acir_composer->verify_proof(proof, recursive);
+    auto acir_composer = init(constraint_system);
+
+    auto proof = acir_composer.create_proof(constraint_system, witness, recursive);
+    auto verified = acir_composer.verify_proof(proof, recursive);
 
     vinfo("verified: ", verified);
     return verified;
@@ -80,10 +93,10 @@ void prove(const std::string& bytecodePath,
            bool recursive,
            const std::string& outputPath)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
     auto constraint_system = get_constraint_system(bytecodePath);
     auto witness = get_witness(witnessPath);
-    auto proof = acir_composer->create_proof(srs::get_crs_factory(), constraint_system, witness, recursive);
+    auto acir_composer = init(constraint_system);
+    auto proof = acir_composer.create_proof(constraint_system, witness, recursive);
 
     if (outputPath == "-") {
         writeRawBytesToStdout(proof);
@@ -104,10 +117,9 @@ void prove(const std::string& bytecodePath,
  */
 void gateCount(const std::string& bytecodePath)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
     auto constraint_system = get_constraint_system(bytecodePath);
-    acir_composer->create_circuit(constraint_system);
-    auto gate_count = acir_composer->get_total_circuit_size();
+    auto acir_composer = init(constraint_system);
+    auto gate_count = acir_composer.get_total_circuit_size();
 
     writeUint64AsRawBytesToStdout(static_cast<uint64_t>(gate_count));
     vinfo("gate count: ", gate_count);
@@ -131,10 +143,10 @@ void gateCount(const std::string& bytecodePath)
  */
 bool verify(const std::string& proof_path, bool recursive, const std::string& vk_path)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
+    auto acir_composer = init();
     auto vk_data = from_buffer<plonk::verification_key_data>(read_file(vk_path));
-    acir_composer->load_verification_key(barretenberg::srs::get_crs_factory(), std::move(vk_data));
-    auto verified = acir_composer->verify_proof(read_file(proof_path), recursive);
+    acir_composer.load_verification_key(std::move(vk_data));
+    auto verified = acir_composer.verify_proof(read_file(proof_path), recursive);
 
     vinfo("verified: ", verified);
 
@@ -153,10 +165,10 @@ bool verify(const std::string& proof_path, bool recursive, const std::string& vk
  */
 void writeVk(const std::string& bytecodePath, const std::string& outputPath)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
     auto constraint_system = get_constraint_system(bytecodePath);
-    acir_composer->init_proving_key(srs::get_crs_factory(), constraint_system);
-    auto vk = acir_composer->init_verification_key();
+    auto acir_composer = init(constraint_system);
+    acir_composer.init_proving_key(constraint_system);
+    auto vk = acir_composer.init_verification_key();
     auto serialized_vk = to_buffer(*vk);
     if (outputPath == "-") {
         writeRawBytesToStdout(serialized_vk);
@@ -182,10 +194,10 @@ void writeVk(const std::string& bytecodePath, const std::string& outputPath)
  */
 void contract(const std::string& output_path, const std::string& vk_path)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
+    auto acir_composer = init();
     auto vk_data = from_buffer<plonk::verification_key_data>(read_file(vk_path));
-    acir_composer->load_verification_key(barretenberg::srs::get_crs_factory(), std::move(vk_data));
-    auto contract = acir_composer->get_solidity_verifier();
+    acir_composer.load_verification_key(std::move(vk_data));
+    auto contract = acir_composer.get_solidity_verifier();
 
     if (output_path == "-") {
         writeStringToStdout(contract);
@@ -223,9 +235,9 @@ void contract(const std::string& output_path, const std::string& vk_path)
  */
 void proofAsFields(const std::string& proof_path, std::string const& vk_path, const std::string& output_path)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
+    auto acir_composer = init();
     auto vk_data = from_buffer<plonk::verification_key_data>(read_file(vk_path));
-    auto data = acir_composer->serialize_proof_into_fields(read_file(proof_path), vk_data.num_public_inputs);
+    auto data = acir_composer.serialize_proof_into_fields(read_file(proof_path), vk_data.num_public_inputs);
     auto json = format("[", join(map(data, [](auto fr) { return format("\"", fr, "\""); })), "]");
 
     if (output_path == "-") {
@@ -252,10 +264,10 @@ void proofAsFields(const std::string& proof_path, std::string const& vk_path, co
  */
 void vkAsFields(const std::string& vk_path, const std::string& output_path)
 {
-    auto acir_composer = new acir_proofs::AcirComposer(MAX_CIRCUIT_SIZE, verbose);
+    auto acir_composer = init();
     auto vk_data = from_buffer<plonk::verification_key_data>(read_file(vk_path));
-    acir_composer->load_verification_key(barretenberg::srs::get_crs_factory(), std::move(vk_data));
-    auto data = acir_composer->serialize_verification_key_into_fields();
+    acir_composer.load_verification_key(std::move(vk_data));
+    auto data = acir_composer.serialize_verification_key_into_fields();
 
     // We need to move vk_hash to the front...
     std::rotate(data.begin(), data.end() - 1, data.end());
@@ -338,17 +350,17 @@ int main(int argc, char* argv[])
         if (command == "--version") {
             writeStringToStdout(BB_VERSION);
             return 0;
-        } else if (command == "info") {
+        }
+        if (command == "info") {
             std::string output_path = getOption(args, "-o", "info.json");
             acvmInfo(output_path);
             return 0;
         }
 
-        init();
-
         if (command == "prove_and_verify") {
             return proveAndVerify(bytecode_path, witness_path, recursive) ? 0 : 1;
-        } else if (command == "prove") {
+        }
+        if (command == "prove") {
             std::string output_path = getOption(args, "-o", "./proofs/proof");
             prove(bytecode_path, witness_path, recursive, output_path);
         } else if (command == "gates") {
diff --git a/barretenberg/cpp/src/barretenberg/benchmark/CMakeLists.txt b/barretenberg/cpp/src/barretenberg/benchmark/CMakeLists.txt
index 16f375379bbb..d851d5af2855 100644
--- a/barretenberg/cpp/src/barretenberg/benchmark/CMakeLists.txt
+++ b/barretenberg/cpp/src/barretenberg/benchmark/CMakeLists.txt
@@ -2,4 +2,4 @@ add_subdirectory(decrypt_bench)
 add_subdirectory(pippenger_bench)
 add_subdirectory(plonk_bench)
 add_subdirectory(honk_bench)
-add_subdirectory(relations_bench)
\ No newline at end of file
+add_subdirectory(relations_bench)
diff --git a/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/CMakeLists.txt b/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/CMakeLists.txt
index 3234668be52c..38b08abcb342 100644
--- a/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/CMakeLists.txt
+++ b/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/CMakeLists.txt
@@ -19,4 +19,17 @@ foreach(BENCHMARK_SOURCE ${BENCHMARK_SOURCES})
   add_executable(${BENCHMARK_NAME}_bench main.bench.cpp ${BENCHMARK_SOURCE} benchmark_utilities.hpp)
   target_link_libraries(${BENCHMARK_NAME}_bench ${LINKED_LIBRARIES})
   add_custom_target(run_${BENCHMARK_NAME} COMMAND ${BENCHMARK_NAME} WORKING_DIRECTORY ${CMAKE_BINARY_DIR})
-endforeach()
\ No newline at end of file
+endforeach()
+
+add_executable(
+    honk_bench_main_simple
+    main.simple.cpp
+)
+
+target_link_libraries(
+    honk_bench_main_simple
+    PRIVATE
+    stdlib_sha256
+    stdlib_keccak
+    stdlib_merkle_tree
+)
diff --git a/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/benchmark_utilities.hpp b/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/benchmark_utilities.hpp
index 21e3513fd84c..288f9605c560 100644
--- a/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/benchmark_utilities.hpp
+++ b/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/benchmark_utilities.hpp
@@ -1,3 +1,4 @@
+#pragma once
 #include <benchmark/benchmark.h>
 
 #include "barretenberg/honk/composer/ultra_composer.hpp"
@@ -62,9 +63,6 @@ template <typename Builder> void generate_sha256_test_circuit(Builder& builder,
 {
     std::string in;
     in.resize(32);
-    for (size_t i = 0; i < 32; ++i) {
-        in[i] = 0;
-    }
     proof_system::plonk::stdlib::packed_byte_array<Builder> input(&builder, in);
     for (size_t i = 0; i < num_iterations; i++) {
         input = proof_system::plonk::stdlib::sha256<Builder>(input);
@@ -244,4 +242,4 @@ void construct_proof_with_specified_num_iterations(State& state,
     }
 }
 
-} // namespace bench_utils
\ No newline at end of file
+} // namespace bench_utils
diff --git a/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/main.simple.cpp b/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/main.simple.cpp
new file mode 100644
index 000000000000..f33faf554d15
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/benchmark/honk_bench/main.simple.cpp
@@ -0,0 +1,61 @@
+/* Entry point for profiling with e.g. LLVM xray.
+ * This provides a simple entrypoint to bypass artifacts with
+ * TODO(AD): Consider if we can directly profile the bench executables.
+ */
+#include <cstdint>
+#include <cstdlib>
+#include <string>
+
+#include "barretenberg/honk/composer/ultra_composer.hpp"
+#include "barretenberg/proof_system/circuit_builder/ultra_circuit_builder.hpp"
+#include "barretenberg/proof_system/types/circuit_type.hpp"
+#include "barretenberg/stdlib/encryption/ecdsa/ecdsa.hpp"
+#include "barretenberg/stdlib/hash/keccak/keccak.hpp"
+#include "barretenberg/stdlib/hash/sha256/sha256.hpp"
+#include "barretenberg/stdlib/merkle_tree/membership.hpp"
+#include "barretenberg/stdlib/merkle_tree/memory_store.hpp"
+#include "barretenberg/stdlib/merkle_tree/memory_tree.hpp"
+#include "barretenberg/stdlib/merkle_tree/merkle_tree.hpp"
+#include "barretenberg/stdlib/primitives/bool/bool.hpp"
+#include "barretenberg/stdlib/primitives/curves/secp256k1.hpp"
+#include "barretenberg/stdlib/primitives/field/field.hpp"
+#include "barretenberg/stdlib/primitives/packed_byte_array/packed_byte_array.hpp"
+#include "barretenberg/stdlib/primitives/witness/witness.hpp"
+
+using namespace proof_system::plonk;
+
+using UltraBuilder = proof_system::UltraCircuitBuilder;
+using UltraHonk = proof_system::honk::UltraComposer;
+
+template <typename Builder> void generate_sha256_test_circuit(Builder& builder, size_t num_iterations)
+{
+    std::string in;
+    in.resize(32);
+    proof_system::plonk::stdlib::packed_byte_array<Builder> input(&builder, in);
+    for (size_t i = 0; i < num_iterations; i++) {
+        input = proof_system::plonk::stdlib::sha256<Builder>(input);
+    }
+}
+
+/**
+ * @brief Benchmark: Construction of a Ultra Honk proof for a circuit determined by the provided circuit function
+ */
+void construct_proof_ultra() noexcept
+{
+    barretenberg::srs::init_crs_factory("../srs_db/ignition");
+    // Constuct circuit and prover; don't include this part in measurement
+    auto builder = typename UltraHonk::CircuitBuilder();
+    generate_sha256_test_circuit<UltraBuilder>(builder, 1);
+
+    auto composer = UltraHonk();
+    auto instance = composer.create_instance(builder);
+    auto ext_prover = composer.create_prover(instance);
+    for (size_t i = 0; i < 10; i++) {
+        auto proof = ext_prover.construct_proof();
+    }
+}
+
+int main()
+{
+    construct_proof_ultra();
+}
diff --git a/barretenberg/cpp/src/barretenberg/benchmark/relations_bench/relations.bench.cpp b/barretenberg/cpp/src/barretenberg/benchmark/relations_bench/relations.bench.cpp
index d2f9d6110406..5b41002d2fb5 100644
--- a/barretenberg/cpp/src/barretenberg/benchmark/relations_bench/relations.bench.cpp
+++ b/barretenberg/cpp/src/barretenberg/benchmark/relations_bench/relations.bench.cpp
@@ -30,18 +30,17 @@ template <typename Flavor, typename Relation> void execute_relation(::benchmark:
         .public_input_delta = public_input_delta,
     };
 
-    using ClaimedEvaluations = typename Flavor::ProverPolynomialsEvaluations;
-    using RelationValues = typename Relation::RelationValues;
+    using AllValues = typename Flavor::AllValues;
+    using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
     // Extract an array containing all the polynomial evaluations at a given row i
-    ClaimedEvaluations new_value;
-    // Define the appropriate RelationValues type for this relation and initialize to zero
-    RelationValues accumulator;
+    AllValues new_value;
+    // Define the appropriate ArrayOfValuesOverSubrelations type for this relation and initialize to zero
+    ArrayOfValuesOverSubrelations accumulator;
     // Evaluate each constraint in the relation and check that each is satisfied
 
-    Relation relation;
     for (auto _ : state) {
-        relation.add_full_relation_value_contribution(accumulator, new_value, params);
+        Relation::accumulate(accumulator, new_value, params, 1);
     }
 }
 
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_format/acir_format.cpp b/barretenberg/cpp/src/barretenberg/dsl/acir_format/acir_format.cpp
index 250efe82ecd0..59b5192a6452 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_format/acir_format.cpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_format/acir_format.cpp
@@ -11,29 +11,30 @@ void read_witness(Builder& builder, WitnessVector const& witness)
     }
 }
 
-void create_circuit(Builder& builder, acir_format const& constraint_system)
+void add_public_vars(Builder& builder, acir_format const& constraint_system)
 {
-    if (constraint_system.public_inputs.size() > constraint_system.varnum) {
-        info("create_circuit: too many public inputs!");
-    }
-
     for (size_t i = 1; i < constraint_system.varnum; ++i) {
         // If the index is in the public inputs vector, then we add it as a public input
 
         if (std::find(constraint_system.public_inputs.begin(), constraint_system.public_inputs.end(), i) !=
             constraint_system.public_inputs.end()) {
+
             builder.add_public_variable(0);
+
         } else {
             builder.add_variable(0);
         }
     }
+}
 
+void build_constraints(Builder& builder, acir_format const& constraint_system, bool has_valid_witness_assignments)
+{
     // Add arithmetic gates
     for (const auto& constraint : constraint_system.constraints) {
         builder.create_poly_gate(constraint);
     }
 
-    // Add and constraint
+    // Add logic constraint
     for (const auto& constraint : constraint_system.logic_constraints) {
         create_logic_gate(
             builder, constraint.a, constraint.b, constraint.result, constraint.num_bits, constraint.is_xor_gate);
@@ -54,14 +55,14 @@ void create_circuit(Builder& builder, acir_format const& constraint_system)
         create_schnorr_verify_constraints(builder, constraint);
     }
 
-    // Add ECDSA K1 constraints
+    // Add ECDSA k1 constraints
     for (const auto& constraint : constraint_system.ecdsa_k1_constraints) {
-        create_ecdsa_k1_verify_constraints(builder, constraint, false);
+        create_ecdsa_k1_verify_constraints(builder, constraint, has_valid_witness_assignments);
     }
 
-    // Add ECDSA R1 constraints
+    // Add ECDSA r1 constraints
     for (const auto& constraint : constraint_system.ecdsa_r1_constraints) {
-        create_ecdsa_r1_verify_constraints(builder, constraint, false);
+        create_ecdsa_r1_verify_constraints(builder, constraint, has_valid_witness_assignments);
     }
 
     // Add blake2s constraints
@@ -94,13 +95,13 @@ void create_circuit(Builder& builder, acir_format const& constraint_system)
 
     // Add block constraints
     for (const auto& constraint : constraint_system.block_constraints) {
-        create_block_constraints(builder, constraint, false);
+        create_block_constraints(builder, constraint, has_valid_witness_assignments);
     }
 
     // Add recursion constraints
     for (size_t i = 0; i < constraint_system.recursion_constraints.size(); ++i) {
         auto& constraint = constraint_system.recursion_constraints[i];
-        create_recursion_constraints(builder, constraint);
+        create_recursion_constraints(builder, constraint, has_valid_witness_assignments);
 
         // make sure the verification key records the public input indices of the final recursion output
         // (N.B. up to the ACIR description to make sure that the final output aggregation object wires are public
@@ -113,6 +114,16 @@ void create_circuit(Builder& builder, acir_format const& constraint_system)
     }
 }
 
+void create_circuit(Builder& builder, acir_format const& constraint_system)
+{
+    if (constraint_system.public_inputs.size() > constraint_system.varnum) {
+        info("create_circuit: too many public inputs!");
+    }
+
+    add_public_vars(builder, constraint_system);
+    build_constraints(builder, constraint_system, false);
+}
+
 Builder create_circuit(const acir_format& constraint_system, size_t size_hint)
 {
     Builder builder(size_hint);
@@ -135,104 +146,9 @@ void create_circuit_with_witness(Builder& builder, acir_format const& constraint
         info("create_circuit_with_witness: too many public inputs!");
     }
 
-    for (size_t i = 1; i < constraint_system.varnum; ++i) {
-        // If the index is in the public inputs vector, then we add it as a public input
-
-        if (std::find(constraint_system.public_inputs.begin(), constraint_system.public_inputs.end(), i) !=
-            constraint_system.public_inputs.end()) {
-
-            builder.add_public_variable(0);
-
-        } else {
-            builder.add_variable(0);
-        }
-    }
-
+    add_public_vars(builder, constraint_system);
     read_witness(builder, witness);
-
-    // Add arithmetic gates
-    for (const auto& constraint : constraint_system.constraints) {
-        builder.create_poly_gate(constraint);
-    }
-
-    // Add logic constraint
-    for (const auto& constraint : constraint_system.logic_constraints) {
-        create_logic_gate(
-            builder, constraint.a, constraint.b, constraint.result, constraint.num_bits, constraint.is_xor_gate);
-    }
-
-    // Add range constraint
-    for (const auto& constraint : constraint_system.range_constraints) {
-        builder.create_range_constraint(constraint.witness, constraint.num_bits, "");
-    }
-
-    // Add sha256 constraints
-    for (const auto& constraint : constraint_system.sha256_constraints) {
-        create_sha256_constraints(builder, constraint);
-    }
-
-    // Add schnorr constraints
-    for (const auto& constraint : constraint_system.schnorr_constraints) {
-        create_schnorr_verify_constraints(builder, constraint);
-    }
-
-    // Add ECDSA k1 constraints
-    for (const auto& constraint : constraint_system.ecdsa_k1_constraints) {
-        create_ecdsa_k1_verify_constraints(builder, constraint);
-    }
-
-    // Add ECDSA r1 constraints
-    for (const auto& constraint : constraint_system.ecdsa_r1_constraints) {
-        create_ecdsa_r1_verify_constraints(builder, constraint);
-    }
-
-    // Add blake2s constraints
-    for (const auto& constraint : constraint_system.blake2s_constraints) {
-        create_blake2s_constraints(builder, constraint);
-    }
-
-    // Add keccak constraints
-    for (const auto& constraint : constraint_system.keccak_constraints) {
-        create_keccak_constraints(builder, constraint);
-    }
-    for (const auto& constraint : constraint_system.keccak_var_constraints) {
-        create_keccak_var_constraints(builder, constraint);
-    }
-
-    // Add pedersen constraints
-    for (const auto& constraint : constraint_system.pedersen_constraints) {
-        create_pedersen_constraint(builder, constraint);
-    }
-
-    // Add fixed base scalar mul constraints
-    for (const auto& constraint : constraint_system.fixed_base_scalar_mul_constraints) {
-        create_fixed_base_constraint(builder, constraint);
-    }
-
-    // Add hash to field constraints
-    for (const auto& constraint : constraint_system.hash_to_field_constraints) {
-        create_hash_to_field_constraints(builder, constraint);
-    }
-
-    // Add block constraints
-    for (const auto& constraint : constraint_system.block_constraints) {
-        create_block_constraints(builder, constraint);
-    }
-
-    // Add recursion constraints
-    for (size_t i = 0; i < constraint_system.recursion_constraints.size(); ++i) {
-        auto& constraint = constraint_system.recursion_constraints[i];
-        create_recursion_constraints(builder, constraint, true);
-
-        // make sure the verification key records the public input indices of the final recursion output
-        // (N.B. up to the ACIR description to make sure that the final output aggregation object wires are public
-        // inputs!)
-        if (i == constraint_system.recursion_constraints.size() - 1) {
-            std::vector<uint32_t> proof_output_witness_indices(constraint.output_aggregation_object.begin(),
-                                                               constraint.output_aggregation_object.end());
-            builder.set_recursive_proof(proof_output_witness_indices);
-        }
-    }
+    build_constraints(builder, constraint_system, true);
 }
 
 } // namespace acir_format
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_format/block_constraint.cpp b/barretenberg/cpp/src/barretenberg/dsl/acir_format/block_constraint.cpp
index 9eb908f0b00c..ff10f339f4b4 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_format/block_constraint.cpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_format/block_constraint.cpp
@@ -35,7 +35,7 @@ void create_block_constraints(Builder& builder, const BlockConstraint constraint
             field_ct value = poly_to_field_ct(op.value, builder);
             field_ct index = poly_to_field_ct(op.index, builder);
             // For a ROM table, constant read should be optimised out:
-            // The rom_table won't work with a constant read because the table may not be initialised
+            // The rom_table won't work with a constant read because the table may not be initialized
             ASSERT(op.index.q_l != 0);
             // We create a new witness w to avoid issues with non-valid witness assignements:
             // if witness are not assigned, then w will be zero and table[w] will work
@@ -55,7 +55,7 @@ void create_block_constraints(Builder& builder, const BlockConstraint constraint
             field_ct value = poly_to_field_ct(op.value, builder);
             field_ct index = poly_to_field_ct(op.index, builder);
             if (has_valid_witness_assignments == false) {
-                index = field_ct(0);
+                index = field_ct::from_witness(&builder, 0);
             }
             if (op.access_type == 0) {
                 value.assert_equal(table.read(index));
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_format/schnorr_verify.cpp b/barretenberg/cpp/src/barretenberg/dsl/acir_format/schnorr_verify.cpp
index 5c05924b88a4..8b7048b52d71 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_format/schnorr_verify.cpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_format/schnorr_verify.cpp
@@ -71,7 +71,7 @@ void create_schnorr_verify_constraints(Builder& builder, const SchnorrConstraint
     auto new_sig = convert_signature(builder, input.signature);
     // From ignorance, you will see me convert a bunch of witnesses from ByteArray -> BitArray
     // This may not be the most efficient way to do it. It is being used as it is known to work,
-    // optimisations are welcome!
+    // optimizations are welcome!
 
     // First convert the message of u8 witnesses into a byte_array
     // Do this by taking each element as a u8 and writing it to the byte array
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_format/serde/acir.hpp b/barretenberg/cpp/src/barretenberg/dsl/acir_format/serde/acir.hpp
index 92839b90ec26..e59f786ce660 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_format/serde/acir.hpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_format/serde/acir.hpp
@@ -712,43 +712,9 @@ struct BrilligOutputs {
     static BrilligOutputs bincodeDeserialize(std::vector<uint8_t>);
 };
 
-struct ForeignCallOutput {
-
-    struct Single {
-        Circuit::Value value;
-
-        friend bool operator==(const Single&, const Single&);
-        std::vector<uint8_t> bincodeSerialize() const;
-        static Single bincodeDeserialize(std::vector<uint8_t>);
-    };
-
-    struct Array {
-        std::vector<Circuit::Value> value;
-
-        friend bool operator==(const Array&, const Array&);
-        std::vector<uint8_t> bincodeSerialize() const;
-        static Array bincodeDeserialize(std::vector<uint8_t>);
-    };
-
-    std::variant<Single, Array> value;
-
-    friend bool operator==(const ForeignCallOutput&, const ForeignCallOutput&);
-    std::vector<uint8_t> bincodeSerialize() const;
-    static ForeignCallOutput bincodeDeserialize(std::vector<uint8_t>);
-};
-
-struct ForeignCallResult {
-    std::vector<Circuit::ForeignCallOutput> values;
-
-    friend bool operator==(const ForeignCallResult&, const ForeignCallResult&);
-    std::vector<uint8_t> bincodeSerialize() const;
-    static ForeignCallResult bincodeDeserialize(std::vector<uint8_t>);
-};
-
 struct Brillig {
     std::vector<Circuit::BrilligInputs> inputs;
     std::vector<Circuit::BrilligOutputs> outputs;
-    std::vector<Circuit::ForeignCallResult> foreign_call_results;
     std::vector<Circuit::BrilligOpcode> bytecode;
     std::optional<Circuit::Expression> predicate;
 
@@ -3253,9 +3219,6 @@ inline bool operator==(const Brillig& lhs, const Brillig& rhs)
     if (!(lhs.outputs == rhs.outputs)) {
         return false;
     }
-    if (!(lhs.foreign_call_results == rhs.foreign_call_results)) {
-        return false;
-    }
     if (!(lhs.bytecode == rhs.bytecode)) {
         return false;
     }
@@ -3291,7 +3254,6 @@ void serde::Serializable<Circuit::Brillig>::serialize(const Circuit::Brillig& ob
     serializer.increase_container_depth();
     serde::Serializable<decltype(obj.inputs)>::serialize(obj.inputs, serializer);
     serde::Serializable<decltype(obj.outputs)>::serialize(obj.outputs, serializer);
-    serde::Serializable<decltype(obj.foreign_call_results)>::serialize(obj.foreign_call_results, serializer);
     serde::Serializable<decltype(obj.bytecode)>::serialize(obj.bytecode, serializer);
     serde::Serializable<decltype(obj.predicate)>::serialize(obj.predicate, serializer);
     serializer.decrease_container_depth();
@@ -3305,7 +3267,6 @@ Circuit::Brillig serde::Deserializable<Circuit::Brillig>::deserialize(Deserializ
     Circuit::Brillig obj;
     obj.inputs = serde::Deserializable<decltype(obj.inputs)>::deserialize(deserializer);
     obj.outputs = serde::Deserializable<decltype(obj.outputs)>::deserialize(deserializer);
-    obj.foreign_call_results = serde::Deserializable<decltype(obj.foreign_call_results)>::deserialize(deserializer);
     obj.bytecode = serde::Deserializable<decltype(obj.bytecode)>::deserialize(deserializer);
     obj.predicate = serde::Deserializable<decltype(obj.predicate)>::deserialize(deserializer);
     deserializer.decrease_container_depth();
@@ -4758,200 +4719,6 @@ Circuit::Expression serde::Deserializable<Circuit::Expression>::deserialize(Dese
 
 namespace Circuit {
 
-inline bool operator==(const ForeignCallOutput& lhs, const ForeignCallOutput& rhs)
-{
-    if (!(lhs.value == rhs.value)) {
-        return false;
-    }
-    return true;
-}
-
-inline std::vector<uint8_t> ForeignCallOutput::bincodeSerialize() const
-{
-    auto serializer = serde::BincodeSerializer();
-    serde::Serializable<ForeignCallOutput>::serialize(*this, serializer);
-    return std::move(serializer).bytes();
-}
-
-inline ForeignCallOutput ForeignCallOutput::bincodeDeserialize(std::vector<uint8_t> input)
-{
-    auto deserializer = serde::BincodeDeserializer(input);
-    auto value = serde::Deserializable<ForeignCallOutput>::deserialize(deserializer);
-    if (deserializer.get_buffer_offset() < input.size()) {
-        throw_or_abort("Some input bytes were not read");
-    }
-    return value;
-}
-
-} // end of namespace Circuit
-
-template <>
-template <typename Serializer>
-void serde::Serializable<Circuit::ForeignCallOutput>::serialize(const Circuit::ForeignCallOutput& obj,
-                                                                Serializer& serializer)
-{
-    serializer.increase_container_depth();
-    serde::Serializable<decltype(obj.value)>::serialize(obj.value, serializer);
-    serializer.decrease_container_depth();
-}
-
-template <>
-template <typename Deserializer>
-Circuit::ForeignCallOutput serde::Deserializable<Circuit::ForeignCallOutput>::deserialize(Deserializer& deserializer)
-{
-    deserializer.increase_container_depth();
-    Circuit::ForeignCallOutput obj;
-    obj.value = serde::Deserializable<decltype(obj.value)>::deserialize(deserializer);
-    deserializer.decrease_container_depth();
-    return obj;
-}
-
-namespace Circuit {
-
-inline bool operator==(const ForeignCallOutput::Single& lhs, const ForeignCallOutput::Single& rhs)
-{
-    if (!(lhs.value == rhs.value)) {
-        return false;
-    }
-    return true;
-}
-
-inline std::vector<uint8_t> ForeignCallOutput::Single::bincodeSerialize() const
-{
-    auto serializer = serde::BincodeSerializer();
-    serde::Serializable<ForeignCallOutput::Single>::serialize(*this, serializer);
-    return std::move(serializer).bytes();
-}
-
-inline ForeignCallOutput::Single ForeignCallOutput::Single::bincodeDeserialize(std::vector<uint8_t> input)
-{
-    auto deserializer = serde::BincodeDeserializer(input);
-    auto value = serde::Deserializable<ForeignCallOutput::Single>::deserialize(deserializer);
-    if (deserializer.get_buffer_offset() < input.size()) {
-        throw_or_abort("Some input bytes were not read");
-    }
-    return value;
-}
-
-} // end of namespace Circuit
-
-template <>
-template <typename Serializer>
-void serde::Serializable<Circuit::ForeignCallOutput::Single>::serialize(const Circuit::ForeignCallOutput::Single& obj,
-                                                                        Serializer& serializer)
-{
-    serde::Serializable<decltype(obj.value)>::serialize(obj.value, serializer);
-}
-
-template <>
-template <typename Deserializer>
-Circuit::ForeignCallOutput::Single serde::Deserializable<Circuit::ForeignCallOutput::Single>::deserialize(
-    Deserializer& deserializer)
-{
-    Circuit::ForeignCallOutput::Single obj;
-    obj.value = serde::Deserializable<decltype(obj.value)>::deserialize(deserializer);
-    return obj;
-}
-
-namespace Circuit {
-
-inline bool operator==(const ForeignCallOutput::Array& lhs, const ForeignCallOutput::Array& rhs)
-{
-    if (!(lhs.value == rhs.value)) {
-        return false;
-    }
-    return true;
-}
-
-inline std::vector<uint8_t> ForeignCallOutput::Array::bincodeSerialize() const
-{
-    auto serializer = serde::BincodeSerializer();
-    serde::Serializable<ForeignCallOutput::Array>::serialize(*this, serializer);
-    return std::move(serializer).bytes();
-}
-
-inline ForeignCallOutput::Array ForeignCallOutput::Array::bincodeDeserialize(std::vector<uint8_t> input)
-{
-    auto deserializer = serde::BincodeDeserializer(input);
-    auto value = serde::Deserializable<ForeignCallOutput::Array>::deserialize(deserializer);
-    if (deserializer.get_buffer_offset() < input.size()) {
-        throw_or_abort("Some input bytes were not read");
-    }
-    return value;
-}
-
-} // end of namespace Circuit
-
-template <>
-template <typename Serializer>
-void serde::Serializable<Circuit::ForeignCallOutput::Array>::serialize(const Circuit::ForeignCallOutput::Array& obj,
-                                                                       Serializer& serializer)
-{
-    serde::Serializable<decltype(obj.value)>::serialize(obj.value, serializer);
-}
-
-template <>
-template <typename Deserializer>
-Circuit::ForeignCallOutput::Array serde::Deserializable<Circuit::ForeignCallOutput::Array>::deserialize(
-    Deserializer& deserializer)
-{
-    Circuit::ForeignCallOutput::Array obj;
-    obj.value = serde::Deserializable<decltype(obj.value)>::deserialize(deserializer);
-    return obj;
-}
-
-namespace Circuit {
-
-inline bool operator==(const ForeignCallResult& lhs, const ForeignCallResult& rhs)
-{
-    if (!(lhs.values == rhs.values)) {
-        return false;
-    }
-    return true;
-}
-
-inline std::vector<uint8_t> ForeignCallResult::bincodeSerialize() const
-{
-    auto serializer = serde::BincodeSerializer();
-    serde::Serializable<ForeignCallResult>::serialize(*this, serializer);
-    return std::move(serializer).bytes();
-}
-
-inline ForeignCallResult ForeignCallResult::bincodeDeserialize(std::vector<uint8_t> input)
-{
-    auto deserializer = serde::BincodeDeserializer(input);
-    auto value = serde::Deserializable<ForeignCallResult>::deserialize(deserializer);
-    if (deserializer.get_buffer_offset() < input.size()) {
-        throw_or_abort("Some input bytes were not read");
-    }
-    return value;
-}
-
-} // end of namespace Circuit
-
-template <>
-template <typename Serializer>
-void serde::Serializable<Circuit::ForeignCallResult>::serialize(const Circuit::ForeignCallResult& obj,
-                                                                Serializer& serializer)
-{
-    serializer.increase_container_depth();
-    serde::Serializable<decltype(obj.values)>::serialize(obj.values, serializer);
-    serializer.decrease_container_depth();
-}
-
-template <>
-template <typename Deserializer>
-Circuit::ForeignCallResult serde::Deserializable<Circuit::ForeignCallResult>::deserialize(Deserializer& deserializer)
-{
-    deserializer.increase_container_depth();
-    Circuit::ForeignCallResult obj;
-    obj.values = serde::Deserializable<decltype(obj.values)>::deserialize(deserializer);
-    deserializer.decrease_container_depth();
-    return obj;
-}
-
-namespace Circuit {
-
 inline bool operator==(const FunctionInput& lhs, const FunctionInput& rhs)
 {
     if (!(lhs.witness == rhs.witness)) {
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.cpp b/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.cpp
index 29463a06db7f..c5afdc100462 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.cpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.cpp
@@ -12,88 +12,60 @@
 namespace acir_proofs {
 
 AcirComposer::AcirComposer(size_t size_hint, bool verbose)
-    : composer_(/*p_key=*/0, /*v_key=*/0)
-    , size_hint_(size_hint)
+    : size_hint_(size_hint)
     , verbose_(verbose)
 {}
 
 void AcirComposer::create_circuit(acir_format::acir_format& constraint_system)
 {
+    if (builder_.get_num_gates() > 1) {
+        return;
+    }
+    vinfo("building circuit...");
     builder_ = acir_format::create_circuit(constraint_system, size_hint_);
-
-    // We are done with the constraint system at this point, and we need the memory slab back.
-    constraint_system.constraints.clear();
-    constraint_system.constraints.shrink_to_fit();
-
     exact_circuit_size_ = builder_.get_num_gates();
     total_circuit_size_ = builder_.get_total_circuit_size();
     circuit_subgroup_size_ = builder_.get_circuit_subgroup_size(total_circuit_size_);
     size_hint_ = circuit_subgroup_size_;
+    vinfo("gates: ", builder_.get_total_circuit_size());
 }
 
-void AcirComposer::init_proving_key(
-    std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-    acir_format::acir_format& constraint_system)
+void AcirComposer::init_proving_key(acir_format::acir_format& constraint_system)
 {
-    vinfo("building circuit... ", size_hint_);
-    builder_ = acir_format::Builder(size_hint_);
-    acir_format::create_circuit(builder_, constraint_system);
-
-    // We are done with the constraint system at this point, and we need the memory slab back.
-    constraint_system.constraints.clear();
-    constraint_system.constraints.shrink_to_fit();
-
-    exact_circuit_size_ = builder_.get_num_gates();
-    total_circuit_size_ = builder_.get_total_circuit_size();
-    circuit_subgroup_size_ = builder_.get_circuit_subgroup_size(total_circuit_size_);
-
-    composer_ = acir_format::Composer(crs_factory);
+    create_circuit(constraint_system);
+    acir_format::Composer composer;
     vinfo("computing proving key...");
-    proving_key_ = composer_.compute_proving_key(builder_);
+    proving_key_ = composer.compute_proving_key(builder_);
 }
 
-std::vector<uint8_t> AcirComposer::create_proof(
-    std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-    acir_format::acir_format& constraint_system,
-    acir_format::WitnessVector& witness,
-    bool is_recursive)
+std::vector<uint8_t> AcirComposer::create_proof(acir_format::acir_format& constraint_system,
+                                                acir_format::WitnessVector& witness,
+                                                bool is_recursive)
 {
-    // Release prior memory first.
-    composer_ = acir_format::Composer(/*p_key=*/0, /*v_key=*/0);
-
-    vinfo("building circuit...");
+    vinfo("building circuit with witness...");
+    builder_ = acir_format::Builder(size_hint_);
     create_circuit_with_witness(builder_, constraint_system, witness);
     vinfo("gates: ", builder_.get_total_circuit_size());
 
-    composer_ = [&]() {
+    auto composer = [&]() {
         if (proving_key_) {
-            auto composer = acir_format::Composer(proving_key_, verification_key_);
-            // You can't produce the verification key unless you manually set the crs. Which seems like a bug.
-            composer_.crs_factory_ = crs_factory;
-            return composer;
-        } else {
-            return acir_format::Composer(crs_factory);
+            return acir_format::Composer(proving_key_, nullptr);
         }
-    }();
-    if (!proving_key_) {
+
+        acir_format::Composer composer;
         vinfo("computing proving key...");
-        proving_key_ = composer_.compute_proving_key(builder_);
+        proving_key_ = composer.compute_proving_key(builder_);
         vinfo("done.");
-    }
-
-    // We are done with the constraint system at this point, and we need the memory slab back.
-    constraint_system.constraints.clear();
-    constraint_system.constraints.shrink_to_fit();
-    witness.clear();
-    witness.shrink_to_fit();
+        return composer;
+    }();
 
     vinfo("creating proof...");
     std::vector<uint8_t> proof;
     if (is_recursive) {
-        auto prover = composer_.create_prover(builder_);
+        auto prover = composer.create_prover(builder_);
         proof = prover.construct_proof().proof_data;
     } else {
-        auto prover = composer_.create_ultra_with_keccak_prover(builder_);
+        auto prover = composer.create_ultra_with_keccak_prover(builder_);
         proof = prover.construct_proof().proof_data;
     }
     vinfo("done.");
@@ -102,26 +74,29 @@ std::vector<uint8_t> AcirComposer::create_proof(
 
 std::shared_ptr<proof_system::plonk::verification_key> AcirComposer::init_verification_key()
 {
+    if (!proving_key_) {
+        throw_or_abort("Compute proving key first.");
+    }
     vinfo("computing verification key...");
-    verification_key_ = composer_.compute_verification_key(builder_);
+    acir_format::Composer composer(proving_key_, nullptr);
+    verification_key_ = composer.compute_verification_key(builder_);
     vinfo("done.");
     return verification_key_;
 }
 
-void AcirComposer::load_verification_key(
-    std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-    proof_system::plonk::verification_key_data&& data)
+void AcirComposer::load_verification_key(proof_system::plonk::verification_key_data&& data)
 {
-    verification_key_ =
-        std::make_shared<proof_system::plonk::verification_key>(std::move(data), crs_factory->get_verifier_crs());
-    composer_ = acir_format::Composer(proving_key_, verification_key_);
+    verification_key_ = std::make_shared<proof_system::plonk::verification_key>(
+        std::move(data), srs::get_crs_factory()->get_verifier_crs());
 }
 
 bool AcirComposer::verify_proof(std::vector<uint8_t> const& proof, bool is_recursive)
 {
+    acir_format::Composer composer(proving_key_, verification_key_);
+
     if (!verification_key_) {
         vinfo("computing verification key...");
-        verification_key_ = composer_.compute_verification_key(builder_);
+        verification_key_ = composer.compute_verification_key(builder_);
         vinfo("done.");
     }
 
@@ -129,10 +104,10 @@ bool AcirComposer::verify_proof(std::vector<uint8_t> const& proof, bool is_recur
     builder_.public_inputs.resize((proof.size() - 2144) / 32);
 
     if (is_recursive) {
-        auto verifier = composer_.create_verifier(builder_);
+        auto verifier = composer.create_verifier(builder_);
         return verifier.verify_proof({ proof });
     } else {
-        auto verifier = composer_.create_ultra_with_keccak_verifier(builder_);
+        auto verifier = composer.create_ultra_with_keccak_verifier(builder_);
         return verifier.verify_proof({ proof });
     }
 }
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.hpp b/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.hpp
index 25814e78d918..32b678268e38 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.hpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/acir_composer.hpp
@@ -14,18 +14,13 @@ class AcirComposer {
 
     void create_circuit(acir_format::acir_format& constraint_system);
 
-    void init_proving_key(std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-                          acir_format::acir_format& constraint_system);
+    void init_proving_key(acir_format::acir_format& constraint_system);
 
-    std::vector<uint8_t> create_proof(
-        std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-        acir_format::acir_format& constraint_system,
-        acir_format::WitnessVector& witness,
-        bool is_recursive);
+    std::vector<uint8_t> create_proof(acir_format::acir_format& constraint_system,
+                                      acir_format::WitnessVector& witness,
+                                      bool is_recursive);
 
-    void load_verification_key(
-        std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-        proof_system::plonk::verification_key_data&& data);
+    void load_verification_key(proof_system::plonk::verification_key_data&& data);
 
     std::shared_ptr<proof_system::plonk::verification_key> init_verification_key();
 
@@ -34,6 +29,7 @@ class AcirComposer {
     std::string get_solidity_verifier();
     size_t get_exact_circuit_size() { return exact_circuit_size_; };
     size_t get_total_circuit_size() { return total_circuit_size_; };
+    size_t get_circuit_subgroup_size() { return circuit_subgroup_size_; };
 
     std::vector<barretenberg::fr> serialize_proof_into_fields(std::vector<uint8_t> const& proof,
                                                               size_t num_inner_public_inputs);
@@ -42,7 +38,6 @@ class AcirComposer {
 
   private:
     acir_format::Builder builder_;
-    acir_format::Composer composer_;
     size_t size_hint_;
     size_t exact_circuit_size_;
     size_t total_circuit_size_;
diff --git a/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/c_bind.cpp b/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/c_bind.cpp
index 1af145e2978c..0bdfbb519d2f 100644
--- a/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/c_bind.cpp
+++ b/barretenberg/cpp/src/barretenberg/dsl/acir_proofs/c_bind.cpp
@@ -35,7 +35,7 @@ WASM_EXPORT void acir_init_proving_key(in_ptr acir_composer_ptr, uint8_t const*
     auto acir_composer = reinterpret_cast<acir_proofs::AcirComposer*>(*acir_composer_ptr);
     auto constraint_system = acir_format::circuit_buf_to_acir_format(from_buffer<std::vector<uint8_t>>(acir_vec));
 
-    acir_composer->init_proving_key(barretenberg::srs::get_crs_factory(), constraint_system);
+    acir_composer->init_proving_key(constraint_system);
 }
 
 WASM_EXPORT void acir_create_proof(in_ptr acir_composer_ptr,
@@ -48,8 +48,7 @@ WASM_EXPORT void acir_create_proof(in_ptr acir_composer_ptr,
     auto constraint_system = acir_format::circuit_buf_to_acir_format(from_buffer<std::vector<uint8_t>>(acir_vec));
     auto witness = acir_format::witness_buf_to_witness_data(from_buffer<std::vector<uint8_t>>(witness_vec));
 
-    auto proof_data =
-        acir_composer->create_proof(barretenberg::srs::get_crs_factory(), constraint_system, witness, *is_recursive);
+    auto proof_data = acir_composer->create_proof(constraint_system, witness, *is_recursive);
     *out = to_heap_buffer(proof_data);
 }
 
@@ -57,7 +56,7 @@ WASM_EXPORT void acir_load_verification_key(in_ptr acir_composer_ptr, uint8_t co
 {
     auto acir_composer = reinterpret_cast<acir_proofs::AcirComposer*>(*acir_composer_ptr);
     auto vk_data = from_buffer<plonk::verification_key_data>(vk_buf);
-    acir_composer->load_verification_key(barretenberg::srs::get_crs_factory(), std::move(vk_data));
+    acir_composer->load_verification_key(std::move(vk_data));
 }
 
 WASM_EXPORT void acir_init_verification_key(in_ptr acir_composer_ptr)
diff --git a/barretenberg/cpp/src/barretenberg/ecc/fields/field_declarations.hpp b/barretenberg/cpp/src/barretenberg/ecc/fields/field_declarations.hpp
index 4e2b292fa8c3..799c202f7098 100644
--- a/barretenberg/cpp/src/barretenberg/ecc/fields/field_declarations.hpp
+++ b/barretenberg/cpp/src/barretenberg/ecc/fields/field_declarations.hpp
@@ -23,6 +23,7 @@
 namespace barretenberg {
 template <class Params_> struct alignas(32) field {
   public:
+    using View = field;
     using Params = Params_;
     using in_buf = const uint8_t*;
     using vec_in_buf = const uint8_t*;
diff --git a/barretenberg/cpp/src/barretenberg/examples/c_bind.cpp b/barretenberg/cpp/src/barretenberg/examples/c_bind.cpp
index 23129857262c..53f373658feb 100644
--- a/barretenberg/cpp/src/barretenberg/examples/c_bind.cpp
+++ b/barretenberg/cpp/src/barretenberg/examples/c_bind.cpp
@@ -6,7 +6,7 @@ using namespace proof_system::plonk::stdlib::types;
 
 WASM_EXPORT void examples_simple_create_and_verify_proof(bool* valid)
 {
-    auto ptrs = examples::simple::create_builder_and_composer(barretenberg::srs::get_crs_factory());
+    auto ptrs = examples::simple::create_builder_and_composer();
     auto proof = examples::simple::create_proof(ptrs);
     *valid = examples::simple::verify_proof(ptrs, proof);
     examples::simple::delete_builder_and_composer(ptrs);
diff --git a/barretenberg/cpp/src/barretenberg/examples/simple/simple.cpp b/barretenberg/cpp/src/barretenberg/examples/simple/simple.cpp
index 19af6aa0d691..ad35fa0ee950 100644
--- a/barretenberg/cpp/src/barretenberg/examples/simple/simple.cpp
+++ b/barretenberg/cpp/src/barretenberg/examples/simple/simple.cpp
@@ -19,8 +19,7 @@ void build_circuit(Builder& builder)
     }
 }
 
-BuilderComposerPtrs create_builder_and_composer(
-    std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory)
+BuilderComposerPtrs create_builder_and_composer()
 {
     // WARNING: Size hint is essential to perform 512k circuits!
     auto builder = std::make_unique<Builder>(CIRCUIT_SIZE);
@@ -36,7 +35,7 @@ BuilderComposerPtrs create_builder_and_composer(
     info("composer gates: ", builder->get_num_gates());
 
     info("computing proving key...");
-    auto composer = std::make_unique<Composer>(crs_factory);
+    auto composer = std::make_unique<Composer>();
     auto pk = composer->compute_proving_key(*builder);
 
     return { builder.release(), composer.release() };
diff --git a/barretenberg/cpp/src/barretenberg/examples/simple/simple.hpp b/barretenberg/cpp/src/barretenberg/examples/simple/simple.hpp
index 0932708bf216..264d328d2d20 100644
--- a/barretenberg/cpp/src/barretenberg/examples/simple/simple.hpp
+++ b/barretenberg/cpp/src/barretenberg/examples/simple/simple.hpp
@@ -12,8 +12,7 @@ struct BuilderComposerPtrs {
     Composer* composer;
 };
 
-BuilderComposerPtrs create_builder_and_composer(
-    std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory);
+BuilderComposerPtrs create_builder_and_composer();
 
 proof create_proof(BuilderComposerPtrs pair);
 
diff --git a/barretenberg/cpp/src/barretenberg/examples/simple/simple.test.cpp b/barretenberg/cpp/src/barretenberg/examples/simple/simple.test.cpp
index a43c3de45033..17689497a750 100644
--- a/barretenberg/cpp/src/barretenberg/examples/simple/simple.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/examples/simple/simple.test.cpp
@@ -8,8 +8,8 @@ namespace examples::simple {
 TEST(examples_simple, create_proof)
 {
     auto srs_path = std::filesystem::absolute("../srs_db/ignition");
-    auto crs_factory = std::make_shared<barretenberg::srs::factories::FileCrsFactory<curve::BN254>>(srs_path);
-    auto ptrs = create_builder_and_composer(crs_factory);
+    srs::init_crs_factory(srs_path);
+    auto ptrs = create_builder_and_composer();
     auto proof = create_proof(ptrs);
     bool valid = verify_proof(ptrs, proof);
     delete_builder_and_composer(ptrs);
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.cpp b/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.cpp
index 0e55849f1f21..6b388cd7183c 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.cpp
@@ -15,7 +15,7 @@ template <ECCVMFlavor Flavor> void ECCVMComposer_<Flavor>::compute_witness(Circu
         return;
     }
 
-    auto polynomials = circuit_constructor.compute_full_polynomials();
+    auto polynomials = circuit_constructor.compute_polynomials();
 
     auto key_wires = proving_key->get_wires();
     auto poly_wires = polynomials.get_wires();
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.hpp b/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.hpp
index 93b3b9914618..7d8dd2c6ebba 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.hpp
@@ -5,6 +5,7 @@
 #include "barretenberg/proof_system/circuit_builder/eccvm/eccvm_circuit_builder.hpp"
 #include "barretenberg/proof_system/composer/composer_lib.hpp"
 #include "barretenberg/srs/factories/file_crs_factory.hpp"
+#include "barretenberg/srs/global_crs.hpp"
 
 namespace proof_system::honk {
 template <ECCVMFlavor Flavor> class ECCVMComposer_ {
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.test.cpp b/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.test.cpp
index 5fb5daafb66a..70af8587b2e1 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/eccvm_composer.test.cpp
@@ -18,7 +18,7 @@ namespace test_eccvm_composer {
 
 template <typename Flavor> class ECCVMComposerTests : public ::testing::Test {
   protected:
-    // TODO(640): The Standard Honk on Grumpkin test suite fails unless the SRS is initialised for every test.
+    // TODO(640): The Standard Honk on Grumpkin test suite fails unless the SRS is initialized for every test.
     void SetUp() override
     {
         if constexpr (std::is_same<Flavor, flavor::ECCVMGrumpkin>::value) {
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/goblin/full_goblin_composer.test.cpp b/barretenberg/cpp/src/barretenberg/honk/composer/goblin/full_goblin_composer.test.cpp
index e5d1995fb892..2012cb1547a6 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/goblin/full_goblin_composer.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/goblin/full_goblin_composer.test.cpp
@@ -101,13 +101,56 @@ class FullGoblinComposerTests : public ::testing::Test {
         // Store the commitment data for use by the prover of the next circuit
         op_queue->set_commitment_data(op_queue_commitments);
     }
+
+    /**
+     * @brief Construct and a verify a Honk proof
+     *
+     */
+    bool construct_and_verify_honk_proof(auto& composer, auto& builder)
+    {
+        auto instance = composer.create_instance(builder);
+        auto prover = composer.create_prover(instance);
+        auto verifier = composer.create_verifier(instance);
+        auto proof = prover.construct_proof();
+        bool verified = verifier.verify_proof(proof);
+
+        return verified;
+    }
+
+    /**
+     * @brief Construct and verify a Goblin ECC op queue merge proof
+     *
+     */
+    bool construct_and_verify_merge_proof(auto& composer, auto& op_queue)
+    {
+        auto merge_prover = composer.create_merge_prover(op_queue);
+        auto merge_verifier = composer.create_merge_verifier(10);
+        auto merge_proof = merge_prover.construct_proof();
+        bool verified = merge_verifier.verify_proof(merge_proof);
+
+        return verified;
+    }
+
+    /**
+     * @brief Construct and verify a Goblin ECC op queue merge proof
+     *
+     */
+    bool construct_and_verify_eccvm_proof(auto& composer, auto& builder)
+    {
+        auto prover = composer.create_prover(builder);
+        auto proof = prover.construct_proof();
+        auto verifier = composer.create_verifier(builder);
+        bool verified = verifier.verify_proof(proof);
+
+        return verified;
+    }
 };
 
 /**
  * @brief Test proof construction/verification for a circuit with ECC op gates, public inputs, and basic arithmetic
  * gates
  * @note We simulate op queue interactions with a previous circuit so the actual circuit under test utilizes an op queue
- * with non-empty 'previous' data. This avoid complications with zero-commitments etc.
+ * with non-empty 'previous' data. This avoids complications with zero-commitments etc.
  *
  */
 TEST_F(FullGoblinComposerTests, SimpleCircuit)
@@ -124,13 +167,16 @@ TEST_F(FullGoblinComposerTests, SimpleCircuit)
 
         generate_test_circuit(builder);
 
+        // The same composer is used to manage Honk and Merge prover/verifier
         auto composer = GoblinUltraComposer();
-        auto instance = composer.create_instance(builder);
-        auto prover = composer.create_prover(instance);
-        auto verifier = composer.create_verifier(instance);
-        auto proof = prover.construct_proof();
-        bool verified = verifier.verify_proof(proof);
-        EXPECT_EQ(verified, true);
+
+        // Construct and verify Ultra Goblin Honk proof
+        auto honk_verified = construct_and_verify_honk_proof(composer, builder);
+        EXPECT_TRUE(honk_verified);
+
+        // Construct and verify op queue merge proof
+        auto merge_verified = construct_and_verify_merge_proof(composer, op_queue);
+        EXPECT_TRUE(merge_verified);
     }
 
     // Construct an ECCVM circuit then generate and verify its proof
@@ -138,15 +184,10 @@ TEST_F(FullGoblinComposerTests, SimpleCircuit)
         // Instantiate an ECCVM builder with the vm ops stored in the op queue
         auto builder = ECCVMBuilder(op_queue->raw_ops);
 
-        // // Can fiddle with one of the operands to trigger a failure
-        // builder.vm_operations[0].z1 *= 2;
-
+        // Construct and verify ECCVM proof
         auto composer = ECCVMComposer();
-        auto prover = composer.create_prover(builder);
-        auto proof = prover.construct_proof();
-        auto verifier = composer.create_verifier(builder);
-        bool verified = verifier.verify_proof(proof);
-        ASSERT_TRUE(verified);
+        auto eccvm_verified = construct_and_verify_eccvm_proof(composer, builder);
+        EXPECT_TRUE(eccvm_verified);
     }
 }
 
@@ -168,13 +209,16 @@ TEST_F(FullGoblinComposerTests, SimpleCircuitFailureCase)
 
         generate_test_circuit(builder);
 
+        // The same composer is used to manage Honk and Merge prover/verifier
         auto composer = GoblinUltraComposer();
-        auto instance = composer.create_instance(builder);
-        auto prover = composer.create_prover(instance);
-        auto verifier = composer.create_verifier(instance);
-        auto proof = prover.construct_proof();
-        bool verified = verifier.verify_proof(proof);
-        EXPECT_EQ(verified, true);
+
+        // Construct and verify Ultra Goblin Honk proof
+        auto honk_verified = construct_and_verify_honk_proof(composer, builder);
+        EXPECT_TRUE(honk_verified);
+
+        // Construct and verify op queue merge proof
+        auto merge_verified = construct_and_verify_merge_proof(composer, op_queue);
+        EXPECT_TRUE(merge_verified);
     }
 
     // Construct an ECCVM circuit then generate and verify its proof
@@ -185,12 +229,10 @@ TEST_F(FullGoblinComposerTests, SimpleCircuitFailureCase)
         // Fiddle with one of the operands to trigger a failure
         builder.vm_operations[0].z1 += 1;
 
+        // Construct and verify ECCVM proof
         auto composer = ECCVMComposer();
-        auto prover = composer.create_prover(builder);
-        auto proof = prover.construct_proof();
-        auto verifier = composer.create_verifier(builder);
-        bool verified = verifier.verify_proof(proof);
-        EXPECT_EQ(verified, false);
+        auto eccvm_verified = construct_and_verify_eccvm_proof(composer, builder);
+        EXPECT_FALSE(eccvm_verified);
     }
 }
 
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/goblin_ultra_composer.test.cpp b/barretenberg/cpp/src/barretenberg/honk/composer/goblin_ultra_composer.test.cpp
index 5d33532eb1bd..584fb41d7a2e 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/goblin_ultra_composer.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/goblin_ultra_composer.test.cpp
@@ -56,18 +56,11 @@ class GoblinUltraHonkComposerTests : public ::testing::Test {
     }
 
     /**
-     * @brief Construct a goblin ultra circuit then generate a verify its proof
+     * @brief Construct and a verify a Honk proof
      *
-     * @param op_queue
-     * @return auto
      */
-    bool construct_test_circuit_then_generate_and_verify_proof(auto& op_queue)
+    bool construct_and_verify_honk_proof(auto& composer, auto& builder)
     {
-        auto builder = proof_system::GoblinUltraCircuitBuilder(op_queue);
-
-        generate_test_circuit(builder);
-
-        auto composer = GoblinUltraComposer();
         auto instance = composer.create_instance(builder);
         auto prover = composer.create_prover(instance);
         auto verifier = composer.create_verifier(instance);
@@ -76,6 +69,20 @@ class GoblinUltraHonkComposerTests : public ::testing::Test {
 
         return verified;
     }
+
+    /**
+     * @brief Construct and verify a Goblin ECC op queue merge proof
+     *
+     */
+    bool construct_and_verify_merge_proof(auto& composer, auto& op_queue)
+    {
+        auto merge_prover = composer.create_merge_prover(op_queue);
+        auto merge_verifier = composer.create_merge_verifier(10);
+        auto merge_proof = merge_prover.construct_proof();
+        bool verified = merge_verifier.verify_proof(merge_proof);
+
+        return verified;
+    }
 };
 
 /**
@@ -92,18 +99,27 @@ TEST_F(GoblinUltraHonkComposerTests, SingleCircuit)
     // Add mock data to op queue to simulate interaction with a previous circuit
     op_queue->populate_with_mock_initital_data();
 
-    // Construct a test circuit then generate and verify its proof
-    auto verified = construct_test_circuit_then_generate_and_verify_proof(op_queue);
+    auto builder = proof_system::GoblinUltraCircuitBuilder(op_queue);
+
+    generate_test_circuit(builder);
 
-    EXPECT_EQ(verified, true);
+    auto composer = GoblinUltraComposer();
+
+    // Construct and verify Honk proof
+    auto honk_verified = construct_and_verify_honk_proof(composer, builder);
+    EXPECT_TRUE(honk_verified);
+
+    // Construct and verify Goblin ECC op queue Merge proof
+    auto merge_verified = construct_and_verify_merge_proof(composer, op_queue);
+    EXPECT_TRUE(merge_verified);
 }
 
 /**
- * @brief Test proof construction/verification for a circuit with ECC op gates, public inputs, and basic arithmetic
- * gates
+ * @brief Test Merge proof construction/verification for multiple circuits with ECC op gates, public inputs, and
+ * basic arithmetic gates
  *
  */
-TEST_F(GoblinUltraHonkComposerTests, MultipleCircuits)
+TEST_F(GoblinUltraHonkComposerTests, MultipleCircuitsMergeOnly)
 {
     // Instantiate EccOpQueue. This will be shared across all circuits in the series
     auto op_queue = std::make_shared<proof_system::ECCOpQueue>();
@@ -114,7 +130,75 @@ TEST_F(GoblinUltraHonkComposerTests, MultipleCircuits)
     // Construct multiple test circuits that share an ECC op queue. Generate and verify a proof for each.
     size_t NUM_CIRCUITS = 3;
     for (size_t i = 0; i < NUM_CIRCUITS; ++i) {
-        construct_test_circuit_then_generate_and_verify_proof(op_queue);
+        auto builder = proof_system::GoblinUltraCircuitBuilder(op_queue);
+
+        generate_test_circuit(builder);
+
+        auto composer = GoblinUltraComposer();
+
+        // Construct and verify Goblin ECC op queue Merge proof
+        auto merge_verified = construct_and_verify_merge_proof(composer, op_queue);
+        EXPECT_TRUE(merge_verified);
+    }
+}
+
+/**
+ * @brief Test Honk proof construction/verification for multiple circuits with ECC op gates, public inputs, and
+ * basic arithmetic gates
+ *
+ */
+TEST_F(GoblinUltraHonkComposerTests, MultipleCircuitsHonkOnly)
+{
+    // Instantiate EccOpQueue. This will be shared across all circuits in the series
+    auto op_queue = std::make_shared<proof_system::ECCOpQueue>();
+
+    // Add mock data to op queue to simulate interaction with a previous circuit
+    op_queue->populate_with_mock_initital_data();
+
+    // Construct multiple test circuits that share an ECC op queue. Generate and verify a proof for each.
+    size_t NUM_CIRCUITS = 3;
+    for (size_t i = 0; i < NUM_CIRCUITS; ++i) {
+        auto builder = proof_system::GoblinUltraCircuitBuilder(op_queue);
+
+        generate_test_circuit(builder);
+
+        auto composer = GoblinUltraComposer();
+
+        // Construct and verify Honk proof
+        auto honk_verified = construct_and_verify_honk_proof(composer, builder);
+        EXPECT_TRUE(honk_verified);
+    }
+}
+
+/**
+ * @brief Test Honk and Merge proof construction/verification for multiple circuits with ECC op gates, public inputs,
+ * and basic arithmetic gates
+ *
+ */
+TEST_F(GoblinUltraHonkComposerTests, MultipleCircuitsHonkAndMerge)
+{
+    // Instantiate EccOpQueue. This will be shared across all circuits in the series
+    auto op_queue = std::make_shared<proof_system::ECCOpQueue>();
+
+    // Add mock data to op queue to simulate interaction with a previous circuit
+    op_queue->populate_with_mock_initital_data();
+
+    // Construct multiple test circuits that share an ECC op queue. Generate and verify a proof for each.
+    size_t NUM_CIRCUITS = 3;
+    for (size_t i = 0; i < NUM_CIRCUITS; ++i) {
+        auto builder = proof_system::GoblinUltraCircuitBuilder(op_queue);
+
+        generate_test_circuit(builder);
+
+        auto composer = GoblinUltraComposer();
+
+        // Construct and verify Honk proof
+        auto honk_verified = construct_and_verify_honk_proof(composer, builder);
+        EXPECT_TRUE(honk_verified);
+
+        // Construct and verify Goblin ECC op queue Merge proof
+        auto merge_verified = construct_and_verify_merge_proof(composer, op_queue);
+        EXPECT_TRUE(merge_verified);
     }
 
     // Compute the commitments to the aggregate op queue directly and check that they match those that were computed
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.cpp b/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.cpp
index f01b4d3588d1..017d96b0b229 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.cpp
@@ -36,6 +36,5 @@ UltraVerifier_<Flavor> UltraComposer_<Flavor>::create_verifier(std::shared_ptr<I
 }
 
 template class UltraComposer_<honk::flavor::Ultra>;
-template class UltraComposer_<honk::flavor::UltraGrumpkin>;
 template class UltraComposer_<honk::flavor::GoblinUltra>;
 } // namespace proof_system::honk
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.hpp b/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.hpp
index 8cf4c27c8aa6..24835a00b324 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.hpp
@@ -1,5 +1,7 @@
 #pragma once
 #include "barretenberg/honk/instance/prover_instance.hpp"
+#include "barretenberg/honk/proof_system/goblin_merge/merge_prover.hpp"
+#include "barretenberg/honk/proof_system/goblin_merge/merge_verifier.hpp"
 #include "barretenberg/honk/proof_system/protogalaxy_prover.hpp"
 #include "barretenberg/honk/proof_system/protogalaxy_verifier.hpp"
 #include "barretenberg/honk/proof_system/ultra_prover.hpp"
@@ -72,6 +74,34 @@ template <UltraFlavor Flavor> class UltraComposer_ {
     UltraProver_<Flavor> create_prover(std::shared_ptr<Instance>);
     UltraVerifier_<Flavor> create_verifier(std::shared_ptr<Instance>);
 
+    /**
+     * @brief Create Prover for Goblin ECC op queue merge protocol
+     *
+     * @param op_queue
+     * @return MergeProver_<Flavor>
+     */
+    MergeProver_<Flavor> create_merge_prover(std::shared_ptr<ECCOpQueue> op_queue)
+    {
+        // Store the previous aggregate op queue size and update the current one
+        op_queue->set_size_data();
+        // Merge requires a commitment key with size equal to that of the current op queue transcript T_i since the
+        // shift of the current contribution t_i will be of degree equal to deg(T_i)
+        auto commitment_key = compute_commitment_key(op_queue->get_current_size());
+        return MergeProver_<Flavor>(commitment_key, op_queue);
+    }
+
+    /**
+     * @brief Create Verifier for Goblin ECC op queue merge protocol
+     *
+     * @param size Size of commitment key required to commit to shifted op queue contribution t_i
+     * @return MergeVerifier_<Flavor>
+     */
+    MergeVerifier_<Flavor> create_merge_verifier(size_t size)
+    {
+        auto pcs_verification_key = std::make_unique<VerifierCommitmentKey>(size, crs_factory_);
+        return MergeVerifier_<Flavor>(std::move(pcs_verification_key));
+    }
+
     ProtoGalaxyProver_<ProverInstances> create_folding_prover(std::vector<std::shared_ptr<Instance>> instances)
     {
         ProverInstances insts(instances);
@@ -92,12 +122,8 @@ template <UltraFlavor Flavor> class UltraComposer_ {
     };
 };
 extern template class UltraComposer_<honk::flavor::Ultra>;
-// TODO: the UltraGrumpkin flavor still works on BN254 because plookup needs to be templated to be able to construct
-// Grumpkin circuits.
-extern template class UltraComposer_<honk::flavor::UltraGrumpkin>;
 extern template class UltraComposer_<honk::flavor::GoblinUltra>;
 // TODO(#532): this pattern is weird; is this not instantiating the templates?
 using UltraComposer = UltraComposer_<honk::flavor::Ultra>;
-using UltraGrumpkinComposer = UltraComposer_<honk::flavor::UltraGrumpkin>;
 using GoblinUltraComposer = UltraComposer_<honk::flavor::GoblinUltra>;
 } // namespace proof_system::honk
diff --git a/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.test.cpp b/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.test.cpp
index 9b1775da7d5e..993bfa6728ef 100644
--- a/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/composer/ultra_composer.test.cpp
@@ -922,35 +922,4 @@ TEST_F(UltraHonkComposerTests, range_constraint_small_variable)
     prove_and_verify(circuit_builder, composer, /*expected_result=*/true);
 }
 
-TEST(UltraGrumpkinHonkComposer, XorConstraint)
-{
-    using fr = barretenberg::fr;
-    // NOTE: as a WIP, this test may not actually use the Grumpkin SRS (just the IPA PCS).
-
-    auto circuit_builder = proof_system::UltraCircuitBuilder();
-
-    uint32_t left_value = engine.get_random_uint32();
-    uint32_t right_value = engine.get_random_uint32();
-
-    fr left_witness_value = fr{ left_value, 0, 0, 0 }.to_montgomery_form();
-    fr right_witness_value = fr{ right_value, 0, 0, 0 }.to_montgomery_form();
-
-    uint32_t left_witness_index = circuit_builder.add_variable(left_witness_value);
-    uint32_t right_witness_index = circuit_builder.add_variable(right_witness_value);
-
-    uint32_t xor_result_expected = left_value ^ right_value;
-
-    const auto lookup_accumulators = plookup::get_lookup_accumulators(
-        plookup::MultiTableId::UINT32_XOR, left_witness_value, right_witness_value, true);
-    auto xor_result = lookup_accumulators[plookup::ColumnIdx::C3]
-                                         [0]; // The zeroth index in the 3rd column is the fully accumulated xor
-
-    EXPECT_EQ(xor_result, xor_result_expected);
-    circuit_builder.create_gates_from_plookup_accumulators(
-        plookup::MultiTableId::UINT32_XOR, lookup_accumulators, left_witness_index, right_witness_index);
-
-    barretenberg::srs::init_crs_factory("../srs_db/ignition");
-    auto composer = UltraGrumpkinComposer();
-    prove_and_verify(circuit_builder, composer, /*expected_result=*/true);
-}
 } // namespace test_ultra_honk_composer
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/flavor/ecc_vm.hpp b/barretenberg/cpp/src/barretenberg/honk/flavor/ecc_vm.hpp
index b061663e2705..9db2e22d30f4 100644
--- a/barretenberg/cpp/src/barretenberg/honk/flavor/ecc_vm.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/flavor/ecc_vm.hpp
@@ -76,8 +76,8 @@ template <typename CycleGroup_T, typename Curve_T, typename PCS_T> class ECCVMBa
     // static_assert(instantiate_barycentric_utils<FF, MAX_RANDOM_RELATION_LENGTH>());
 
     // define the containers for storing the contributions from each relation in Sumcheck
-    using RelationUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
-    using RelationValues = decltype(create_relation_values_container<FF, Relations>());
+    using TupleOfTuplesOfUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
+    using TupleOfArraysOfValues = decltype(create_relation_values_container<FF, Relations>());
 
   private:
     /**
@@ -105,82 +105,82 @@ template <typename CycleGroup_T, typename Curve_T, typename PCS_T> class ECCVMBa
     class WitnessEntities : public WitnessEntities_<DataType, HandleType, NUM_WITNESS_ENTITIES> {
       public:
         // clang-format off
-        DataType& transcript_add                  = std::get<0>(this->_data);
-        DataType& transcript_mul                  = std::get<1>(this->_data);
-        DataType& transcript_eq                   = std::get<2>(this->_data);
-        DataType& transcript_collision_check           = std::get<3>(this->_data);
-        DataType& transcript_msm_transition       = std::get<4>(this->_data);
-        DataType& transcript_pc                     = std::get<5>(this->_data);
-        DataType& transcript_msm_count              = std::get<6>(this->_data);
-        DataType& transcript_x                      = std::get<7>(this->_data);
-        DataType& transcript_y                      = std::get<8>(this->_data);
-        DataType& transcript_z1                     = std::get<9>(this->_data);
-        DataType& transcript_z2                     = std::get<10>(this->_data);
-        DataType& transcript_z1zero                 = std::get<11>(this->_data); 
-        DataType& transcript_z2zero                 = std::get<12>(this->_data);
-        DataType& transcript_op                     = std::get<13>(this->_data);
-        DataType& transcript_accumulator_x          = std::get<14>(this->_data);
-        DataType& transcript_accumulator_y          = std::get<15>(this->_data);
-        DataType& transcript_msm_x                  = std::get<16>(this->_data);
-        DataType& transcript_msm_y                  = std::get<17>(this->_data);
-        DataType& precompute_pc                          = std::get<18>(this->_data);
-        DataType& precompute_point_transition            = std::get<19>(this->_data);
-        DataType& precompute_round                       = std::get<20>(this->_data);
-        DataType& precompute_scalar_sum                  = std::get<21>(this->_data);
-        DataType& precompute_s1hi                          = std::get<22>(this->_data);
-        DataType& precompute_s1lo                          = std::get<23>(this->_data);
-        DataType& precompute_s2hi                          = std::get<24>(this->_data);
-        DataType& precompute_s2lo                          = std::get<25>(this->_data);
-        DataType& precompute_s3hi                          = std::get<26>(this->_data);
-        DataType& precompute_s3lo                          = std::get<27>(this->_data);
-        DataType& precompute_s4hi                          = std::get<28>(this->_data);
-        DataType& precompute_s4lo                          = std::get<29>(this->_data);
-        DataType& precompute_skew                        = std::get<30>(this->_data);
-        DataType& precompute_dx                          = std::get<31>(this->_data);
-        DataType& precompute_dy                          = std::get<32>(this->_data);
-        DataType& precompute_tx                          = std::get<33>(this->_data);
-        DataType& precompute_ty                          = std::get<34>(this->_data);
-        DataType& msm_transition                  = std::get<35>(this->_data);
-        DataType& msm_add                         = std::get<36>(this->_data);
-        DataType& msm_double                      = std::get<37>(this->_data);
-        DataType& msm_skew                        = std::get<38>(this->_data);
-        DataType& msm_accumulator_x                 = std::get<39>(this->_data);
-        DataType& msm_accumulator_y                 = std::get<40>(this->_data);
-        DataType& msm_pc                            = std::get<41>(this->_data);
-        DataType& msm_size_of_msm                   = std::get<42>(this->_data);
-        DataType& msm_count                         = std::get<43>(this->_data);
-        DataType& msm_round                         = std::get<44>(this->_data);
-        DataType& msm_add1                        = std::get<45>(this->_data);
-        DataType& msm_add2                        = std::get<46>(this->_data);
-        DataType& msm_add3                        = std::get<47>(this->_data);
-        DataType& msm_add4                        = std::get<48>(this->_data);
-        DataType& msm_x1                            = std::get<49>(this->_data);
-        DataType& msm_y1                            = std::get<50>(this->_data);
-        DataType& msm_x2                            = std::get<51>(this->_data);
-        DataType& msm_y2                            = std::get<52>(this->_data);
-        DataType& msm_x3                            = std::get<53>(this->_data);
-        DataType& msm_y3                            = std::get<54>(this->_data);
-        DataType& msm_x4                            = std::get<55>(this->_data);
-        DataType& msm_y4                            = std::get<56>(this->_data);
-        DataType& msm_collision_x1                  = std::get<57>(this->_data);
-        DataType& msm_collision_x2                  = std::get<58>(this->_data);
-        DataType& msm_collision_x3                  = std::get<59>(this->_data);
-        DataType& msm_collision_x4                  = std::get<60>(this->_data);
-        DataType& msm_lambda1                       = std::get<61>(this->_data);
-        DataType& msm_lambda2                       = std::get<62>(this->_data);
-        DataType& msm_lambda3                       = std::get<63>(this->_data);
-        DataType& msm_lambda4                       = std::get<64>(this->_data);
-        DataType& msm_slice1                        = std::get<65>(this->_data);
-        DataType& msm_slice2                        = std::get<66>(this->_data);
-        DataType& msm_slice3                        = std::get<67>(this->_data);
-        DataType& msm_slice4                        = std::get<68>(this->_data);
-        DataType& transcript_accumulator_empty      = std::get<69>(this->_data);
-        DataType& transcript_reset_accumulator    = std::get<70>(this->_data);
-        DataType& precompute_select                            = std::get<71>(this->_data);
-        DataType& lookup_read_counts_0              = std::get<72>(this->_data);
-        DataType& lookup_read_counts_1              = std::get<73>(this->_data);
-        DataType& z_perm                            = std::get<74>(this->_data);
-        DataType& lookup_inverses                   = std::get<75>(this->_data);
+        DataType& transcript_add               = std::get<0>(this->_data);
+        DataType& transcript_mul               = std::get<1>(this->_data);
+        DataType& transcript_eq                = std::get<2>(this->_data);
+        DataType& transcript_collision_check   = std::get<3>(this->_data);
+        DataType& transcript_msm_transition    = std::get<4>(this->_data);
+        DataType& transcript_pc                = std::get<5>(this->_data);
+        DataType& transcript_msm_count         = std::get<6>(this->_data);
+        DataType& transcript_x                 = std::get<7>(this->_data);
+        DataType& transcript_y                 = std::get<8>(this->_data);
+        DataType& transcript_z1                = std::get<9>(this->_data);
+        DataType& transcript_z2                = std::get<10>(this->_data);
+        DataType& transcript_z1zero            = std::get<11>(this->_data); 
+        DataType& transcript_z2zero            = std::get<12>(this->_data);
+        DataType& transcript_op                = std::get<13>(this->_data);
+        DataType& transcript_accumulator_x     = std::get<14>(this->_data);
+        DataType& transcript_accumulator_y     = std::get<15>(this->_data);
+        DataType& transcript_msm_x             = std::get<16>(this->_data);
+        DataType& transcript_msm_y             = std::get<17>(this->_data);
+        DataType& precompute_pc                = std::get<18>(this->_data);
+        DataType& precompute_point_transition  = std::get<19>(this->_data);
+        DataType& precompute_round             = std::get<20>(this->_data);
+        DataType& precompute_scalar_sum        = std::get<21>(this->_data);
+        DataType& precompute_s1hi              = std::get<22>(this->_data);
+        DataType& precompute_s1lo              = std::get<23>(this->_data);
+        DataType& precompute_s2hi              = std::get<24>(this->_data);
+        DataType& precompute_s2lo              = std::get<25>(this->_data);
+        DataType& precompute_s3hi              = std::get<26>(this->_data);
+        DataType& precompute_s3lo              = std::get<27>(this->_data);
+        DataType& precompute_s4hi              = std::get<28>(this->_data);
+        DataType& precompute_s4lo              = std::get<29>(this->_data);
+        DataType& precompute_skew              = std::get<30>(this->_data);
+        DataType& precompute_dx                = std::get<31>(this->_data);
+        DataType& precompute_dy                = std::get<32>(this->_data);
+        DataType& precompute_tx                = std::get<33>(this->_data);
+        DataType& precompute_ty                = std::get<34>(this->_data);
+        DataType& msm_transition               = std::get<35>(this->_data);
+        DataType& msm_add                      = std::get<36>(this->_data);
+        DataType& msm_double                   = std::get<37>(this->_data);
+        DataType& msm_skew                     = std::get<38>(this->_data);
+        DataType& msm_accumulator_x            = std::get<39>(this->_data);
+        DataType& msm_accumulator_y            = std::get<40>(this->_data);
+        DataType& msm_pc                       = std::get<41>(this->_data);
+        DataType& msm_size_of_msm              = std::get<42>(this->_data);
+        DataType& msm_count                    = std::get<43>(this->_data);
+        DataType& msm_round                    = std::get<44>(this->_data);
+        DataType& msm_add1                     = std::get<45>(this->_data);
+        DataType& msm_add2                     = std::get<46>(this->_data);
+        DataType& msm_add3                     = std::get<47>(this->_data);
+        DataType& msm_add4                     = std::get<48>(this->_data);
+        DataType& msm_x1                       = std::get<49>(this->_data);
+        DataType& msm_y1                       = std::get<50>(this->_data);
+        DataType& msm_x2                       = std::get<51>(this->_data);
+        DataType& msm_y2                       = std::get<52>(this->_data);
+        DataType& msm_x3                       = std::get<53>(this->_data);
+        DataType& msm_y3                       = std::get<54>(this->_data);
+        DataType& msm_x4                       = std::get<55>(this->_data);
+        DataType& msm_y4                       = std::get<56>(this->_data);
+        DataType& msm_collision_x1             = std::get<57>(this->_data);
+        DataType& msm_collision_x2             = std::get<58>(this->_data);
+        DataType& msm_collision_x3             = std::get<59>(this->_data);
+        DataType& msm_collision_x4             = std::get<60>(this->_data);
+        DataType& msm_lambda1                  = std::get<61>(this->_data);
+        DataType& msm_lambda2                  = std::get<62>(this->_data);
+        DataType& msm_lambda3                  = std::get<63>(this->_data);
+        DataType& msm_lambda4                  = std::get<64>(this->_data);
+        DataType& msm_slice1                   = std::get<65>(this->_data);
+        DataType& msm_slice2                   = std::get<66>(this->_data);
+        DataType& msm_slice3                   = std::get<67>(this->_data);
+        DataType& msm_slice4                   = std::get<68>(this->_data);
+        DataType& transcript_accumulator_empty = std::get<69>(this->_data);
+        DataType& transcript_reset_accumulator = std::get<70>(this->_data);
+        DataType& precompute_select            = std::get<71>(this->_data);
+        DataType& lookup_read_counts_0         = std::get<72>(this->_data);
+        DataType& lookup_read_counts_1         = std::get<73>(this->_data);
+        DataType& z_perm                       = std::get<74>(this->_data);
+        DataType& lookup_inverses              = std::get<75>(this->_data);
 
         // clang-format on
         std::vector<HandleType> get_wires() override
@@ -279,111 +279,111 @@ template <typename CycleGroup_T, typename Curve_T, typename PCS_T> class ECCVMBa
     class AllEntities : public AllEntities_<DataType, HandleType, NUM_ALL_ENTITIES> {
       public:
         // clang-format off
-        DataType& lagrange_first                    = std::get<0>(this->_data);
-        DataType& lagrange_second                   = std::get<1>(this->_data);
-        DataType& lagrange_last                     = std::get<2>(this->_data);
-        DataType& transcript_add                    = std::get<3>(this->_data);
-        DataType& transcript_mul                    = std::get<4>(this->_data);
-        DataType& transcript_eq                     = std::get<5>(this->_data);
-        DataType& transcript_collision_check        = std::get<6>(this->_data);
-        DataType& transcript_msm_transition         = std::get<7>(this->_data);
-        DataType& transcript_pc                     = std::get<8>(this->_data);
-        DataType& transcript_msm_count              = std::get<9>(this->_data);
-        DataType& transcript_x                      = std::get<10>(this->_data);
-        DataType& transcript_y                      = std::get<11>(this->_data);
-        DataType& transcript_z1                     = std::get<12>(this->_data);
-        DataType& transcript_z2                     = std::get<13>(this->_data);
-        DataType& transcript_z1zero                 = std::get<14>(this->_data); 
-        DataType& transcript_z2zero                 = std::get<15>(this->_data);
-        DataType& transcript_op                     = std::get<16>(this->_data);
-        DataType& transcript_accumulator_x          = std::get<17>(this->_data);
-        DataType& transcript_accumulator_y          = std::get<18>(this->_data);
-        DataType& transcript_msm_x                  = std::get<19>(this->_data);
-        DataType& transcript_msm_y                  = std::get<20>(this->_data);
-        DataType& precompute_pc                     = std::get<21>(this->_data);
-        DataType& precompute_point_transition       = std::get<22>(this->_data);
-        DataType& precompute_round                  = std::get<23>(this->_data);
-        DataType& precompute_scalar_sum             = std::get<24>(this->_data);
-        DataType& precompute_s1hi                   = std::get<25>(this->_data);
-        DataType& precompute_s1lo                   = std::get<26>(this->_data);
-        DataType& precompute_s2hi                   = std::get<27>(this->_data);
-        DataType& precompute_s2lo                   = std::get<28>(this->_data);
-        DataType& precompute_s3hi                   = std::get<29>(this->_data);
-        DataType& precompute_s3lo                   = std::get<30>(this->_data);
-        DataType& precompute_s4hi                   = std::get<31>(this->_data);
-        DataType& precompute_s4lo                   = std::get<32>(this->_data);
-        DataType& precompute_skew                   = std::get<33>(this->_data);
-        DataType& precompute_dx                     = std::get<34>(this->_data);
-        DataType& precompute_dy                     = std::get<35>(this->_data);
-        DataType& precompute_tx                     = std::get<36>(this->_data);
-        DataType& precompute_ty                     = std::get<37>(this->_data);
-        DataType& msm_transition                    = std::get<38>(this->_data);
-        DataType& msm_add                           = std::get<39>(this->_data);
-        DataType& msm_double                        = std::get<40>(this->_data);
-        DataType& msm_skew                          = std::get<41>(this->_data);
-        DataType& msm_accumulator_x                 = std::get<42>(this->_data);
-        DataType& msm_accumulator_y                 = std::get<43>(this->_data);
-        DataType& msm_pc                            = std::get<44>(this->_data);
-        DataType& msm_size_of_msm                   = std::get<45>(this->_data);
-        DataType& msm_count                         = std::get<46>(this->_data);
-        DataType& msm_round                         = std::get<47>(this->_data);
-        DataType& msm_add1                          = std::get<48>(this->_data);
-        DataType& msm_add2                          = std::get<49>(this->_data);
-        DataType& msm_add3                          = std::get<50>(this->_data);
-        DataType& msm_add4                          = std::get<51>(this->_data);
-        DataType& msm_x1                            = std::get<52>(this->_data);
-        DataType& msm_y1                            = std::get<53>(this->_data);
-        DataType& msm_x2                            = std::get<54>(this->_data);
-        DataType& msm_y2                            = std::get<55>(this->_data);
-        DataType& msm_x3                            = std::get<56>(this->_data);
-        DataType& msm_y3                            = std::get<57>(this->_data);
-        DataType& msm_x4                            = std::get<58>(this->_data);
-        DataType& msm_y4                            = std::get<59>(this->_data);
-        DataType& msm_collision_x1                  = std::get<60>(this->_data);
-        DataType& msm_collision_x2                  = std::get<61>(this->_data);
-        DataType& msm_collision_x3                  = std::get<62>(this->_data);
-        DataType& msm_collision_x4                  = std::get<63>(this->_data);
-        DataType& msm_lambda1                       = std::get<64>(this->_data);
-        DataType& msm_lambda2                       = std::get<65>(this->_data);
-        DataType& msm_lambda3                       = std::get<66>(this->_data);
-        DataType& msm_lambda4                       = std::get<67>(this->_data);
-        DataType& msm_slice1                        = std::get<68>(this->_data);
-        DataType& msm_slice2                        = std::get<69>(this->_data);
-        DataType& msm_slice3                        = std::get<70>(this->_data);
-        DataType& msm_slice4                        = std::get<71>(this->_data);
-        DataType& transcript_accumulator_empty      = std::get<72>(this->_data);
-        DataType& transcript_reset_accumulator      = std::get<73>(this->_data);
-        DataType& precompute_select                 = std::get<74>(this->_data);
-        DataType& lookup_read_counts_0              = std::get<75>(this->_data);
-        DataType& lookup_read_counts_1              = std::get<76>(this->_data);
-        DataType& z_perm                            = std::get<77>(this->_data);
-        DataType& lookup_inverses                   = std::get<78>(this->_data);
-        DataType& transcript_mul_shift              = std::get<79>(this->_data);
-        DataType& transcript_msm_count_shift        = std::get<80>(this->_data);
-        DataType& transcript_accumulator_x_shift    = std::get<81>(this->_data);
-        DataType& transcript_accumulator_y_shift    = std::get<82>(this->_data);
-        DataType& precompute_scalar_sum_shift       = std::get<83>(this->_data);
-        DataType& precompute_s1hi_shift             = std::get<84>(this->_data);
-        DataType& precompute_dx_shift               = std::get<85>(this->_data);
-        DataType& precompute_dy_shift               = std::get<86>(this->_data);
-        DataType& precompute_tx_shift               = std::get<87>(this->_data);
-        DataType& precompute_ty_shift               = std::get<88>(this->_data);
-        DataType& msm_transition_shift              = std::get<89>(this->_data);
-        DataType& msm_add_shift                     = std::get<90>(this->_data);
-        DataType& msm_double_shift                  = std::get<91>(this->_data);
-        DataType& msm_skew_shift                    = std::get<92>(this->_data);
-        DataType& msm_accumulator_x_shift           = std::get<93>(this->_data);
-        DataType& msm_accumulator_y_shift           = std::get<94>(this->_data);
-        DataType& msm_count_shift                   = std::get<95>(this->_data);
-        DataType& msm_round_shift                   = std::get<96>(this->_data);
-        DataType& msm_add1_shift                    = std::get<97>(this->_data);
-        DataType& msm_pc_shift                      = std::get<98>(this->_data);
-        DataType& precompute_pc_shift               = std::get<99>(this->_data);
-        DataType& transcript_pc_shift               = std::get<100>(this->_data);
-        DataType& precompute_round_shift            = std::get<101>(this->_data);
-        DataType& transcript_accumulator_empty_shift= std::get<102>(this->_data);
-        DataType& precompute_select_shift           = std::get<103>(this->_data);
-        DataType& z_perm_shift                      = std::get<104>(this->_data);
+        DataType& lagrange_first                     = std::get<0>(this->_data);
+        DataType& lagrange_second                    = std::get<1>(this->_data);
+        DataType& lagrange_last                      = std::get<2>(this->_data);
+        DataType& transcript_add                     = std::get<3>(this->_data);
+        DataType& transcript_mul                     = std::get<4>(this->_data);
+        DataType& transcript_eq                      = std::get<5>(this->_data);
+        DataType& transcript_collision_check         = std::get<6>(this->_data);
+        DataType& transcript_msm_transition          = std::get<7>(this->_data);
+        DataType& transcript_pc                      = std::get<8>(this->_data);
+        DataType& transcript_msm_count               = std::get<9>(this->_data);
+        DataType& transcript_x                       = std::get<10>(this->_data);
+        DataType& transcript_y                       = std::get<11>(this->_data);
+        DataType& transcript_z1                      = std::get<12>(this->_data);
+        DataType& transcript_z2                      = std::get<13>(this->_data);
+        DataType& transcript_z1zero                  = std::get<14>(this->_data); 
+        DataType& transcript_z2zero                  = std::get<15>(this->_data);
+        DataType& transcript_op                      = std::get<16>(this->_data);
+        DataType& transcript_accumulator_x           = std::get<17>(this->_data);
+        DataType& transcript_accumulator_y           = std::get<18>(this->_data);
+        DataType& transcript_msm_x                   = std::get<19>(this->_data);
+        DataType& transcript_msm_y                   = std::get<20>(this->_data);
+        DataType& precompute_pc                      = std::get<21>(this->_data);
+        DataType& precompute_point_transition        = std::get<22>(this->_data);
+        DataType& precompute_round                   = std::get<23>(this->_data);
+        DataType& precompute_scalar_sum              = std::get<24>(this->_data);
+        DataType& precompute_s1hi                    = std::get<25>(this->_data);
+        DataType& precompute_s1lo                    = std::get<26>(this->_data);
+        DataType& precompute_s2hi                    = std::get<27>(this->_data);
+        DataType& precompute_s2lo                    = std::get<28>(this->_data);
+        DataType& precompute_s3hi                    = std::get<29>(this->_data);
+        DataType& precompute_s3lo                    = std::get<30>(this->_data);
+        DataType& precompute_s4hi                    = std::get<31>(this->_data);
+        DataType& precompute_s4lo                    = std::get<32>(this->_data);
+        DataType& precompute_skew                    = std::get<33>(this->_data);
+        DataType& precompute_dx                      = std::get<34>(this->_data);
+        DataType& precompute_dy                      = std::get<35>(this->_data);
+        DataType& precompute_tx                      = std::get<36>(this->_data);
+        DataType& precompute_ty                      = std::get<37>(this->_data);
+        DataType& msm_transition                     = std::get<38>(this->_data);
+        DataType& msm_add                            = std::get<39>(this->_data);
+        DataType& msm_double                         = std::get<40>(this->_data);
+        DataType& msm_skew                           = std::get<41>(this->_data);
+        DataType& msm_accumulator_x                  = std::get<42>(this->_data);
+        DataType& msm_accumulator_y                  = std::get<43>(this->_data);
+        DataType& msm_pc                             = std::get<44>(this->_data);
+        DataType& msm_size_of_msm                    = std::get<45>(this->_data);
+        DataType& msm_count                          = std::get<46>(this->_data);
+        DataType& msm_round                          = std::get<47>(this->_data);
+        DataType& msm_add1                           = std::get<48>(this->_data);
+        DataType& msm_add2                           = std::get<49>(this->_data);
+        DataType& msm_add3                           = std::get<50>(this->_data);
+        DataType& msm_add4                           = std::get<51>(this->_data);
+        DataType& msm_x1                             = std::get<52>(this->_data);
+        DataType& msm_y1                             = std::get<53>(this->_data);
+        DataType& msm_x2                             = std::get<54>(this->_data);
+        DataType& msm_y2                             = std::get<55>(this->_data);
+        DataType& msm_x3                             = std::get<56>(this->_data);
+        DataType& msm_y3                             = std::get<57>(this->_data);
+        DataType& msm_x4                             = std::get<58>(this->_data);
+        DataType& msm_y4                             = std::get<59>(this->_data);
+        DataType& msm_collision_x1                   = std::get<60>(this->_data);
+        DataType& msm_collision_x2                   = std::get<61>(this->_data);
+        DataType& msm_collision_x3                   = std::get<62>(this->_data);
+        DataType& msm_collision_x4                   = std::get<63>(this->_data);
+        DataType& msm_lambda1                        = std::get<64>(this->_data);
+        DataType& msm_lambda2                        = std::get<65>(this->_data);
+        DataType& msm_lambda3                        = std::get<66>(this->_data);
+        DataType& msm_lambda4                        = std::get<67>(this->_data);
+        DataType& msm_slice1                         = std::get<68>(this->_data);
+        DataType& msm_slice2                         = std::get<69>(this->_data);
+        DataType& msm_slice3                         = std::get<70>(this->_data);
+        DataType& msm_slice4                         = std::get<71>(this->_data);
+        DataType& transcript_accumulator_empty       = std::get<72>(this->_data);
+        DataType& transcript_reset_accumulator       = std::get<73>(this->_data);
+        DataType& precompute_select                  = std::get<74>(this->_data);
+        DataType& lookup_read_counts_0               = std::get<75>(this->_data);
+        DataType& lookup_read_counts_1               = std::get<76>(this->_data);
+        DataType& z_perm                             = std::get<77>(this->_data);
+        DataType& lookup_inverses                    = std::get<78>(this->_data);
+        DataType& transcript_mul_shift               = std::get<79>(this->_data);
+        DataType& transcript_msm_count_shift         = std::get<80>(this->_data);
+        DataType& transcript_accumulator_x_shift     = std::get<81>(this->_data);
+        DataType& transcript_accumulator_y_shift     = std::get<82>(this->_data);
+        DataType& precompute_scalar_sum_shift        = std::get<83>(this->_data);
+        DataType& precompute_s1hi_shift              = std::get<84>(this->_data);
+        DataType& precompute_dx_shift                = std::get<85>(this->_data);
+        DataType& precompute_dy_shift                = std::get<86>(this->_data);
+        DataType& precompute_tx_shift                = std::get<87>(this->_data);
+        DataType& precompute_ty_shift                = std::get<88>(this->_data);
+        DataType& msm_transition_shift               = std::get<89>(this->_data);
+        DataType& msm_add_shift                      = std::get<90>(this->_data);
+        DataType& msm_double_shift                   = std::get<91>(this->_data);
+        DataType& msm_skew_shift                     = std::get<92>(this->_data);
+        DataType& msm_accumulator_x_shift            = std::get<93>(this->_data);
+        DataType& msm_accumulator_y_shift            = std::get<94>(this->_data);
+        DataType& msm_count_shift                    = std::get<95>(this->_data);
+        DataType& msm_round_shift                    = std::get<96>(this->_data);
+        DataType& msm_add1_shift                     = std::get<97>(this->_data);
+        DataType& msm_pc_shift                       = std::get<98>(this->_data);
+        DataType& precompute_pc_shift                = std::get<99>(this->_data);
+        DataType& transcript_pc_shift                = std::get<100>(this->_data);
+        DataType& precompute_round_shift             = std::get<101>(this->_data);
+        DataType& transcript_accumulator_empty_shift = std::get<102>(this->_data);
+        DataType& precompute_select_shift            = std::get<103>(this->_data);
+        DataType& z_perm_shift                       = std::get<104>(this->_data);
 
         template <size_t index>
         [[nodiscard]] const DataType& lookup_read_counts() const
@@ -649,19 +649,46 @@ template <typename CycleGroup_T, typename Curve_T, typename PCS_T> class ECCVMBa
      */
     using VerificationKey = VerificationKey_<PrecomputedEntities<Commitment, CommitmentHandle>>;
 
-    /**
-     * @brief A container for polynomials handles; only stores spans.
-     */
-    using ProverPolynomials = AllEntities<PolynomialHandle, PolynomialHandle>;
-
     /**
      * @brief A container for polynomials produced after the first round of sumcheck.
      * @todo TODO(#394) Use polynomial classes for guaranteed memory alignment.
      */
     using FoldedPolynomials = AllEntities<std::vector<FF>, PolynomialHandle>;
 
-    using RawPolynomials = AllEntities<Polynomial, PolynomialHandle>;
+    /**
+     * @brief A field element for each entity of the flavor.
+     */
+    class AllValues : public AllEntities<FF, FF> {
+      public:
+        using Base = AllEntities<FF, FF>;
+        using Base::Base;
+        AllValues(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+    };
 
+    /**
+     * @brief An owning container of polynomials.
+     * @warning When this was introduced it broke some of our design principles.
+     *   - Execution trace builders don't handle "polynomials" because the interpretation of the execution trace columns
+     *     as polynomials is a detail of the proving system, and trace builders are (sometimes in practice, always in
+     *     principle) reusable for different proving protocols (e.g., Plonk and Honk).
+     *   - Polynomial storage is handled by key classes. Polynomials aren't moved, but are accessed elsewhere by
+     * std::spans.
+     *
+     *  We will consider revising this data model: TODO(https://github.com/AztecProtocol/barretenberg/issues/743)
+     */
+    class AllPolynomials : public AllEntities<Polynomial, PolynomialHandle> {
+      public:
+        AllValues get_row(const size_t row_idx)
+        {
+            AllValues result;
+            size_t column_idx = 0; // // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
+            for (auto& column : this->_data) {
+                result[column_idx] = column[row_idx];
+                column_idx++;
+            }
+            return result;
+        }
+    };
     /**
      * @brief A container for polynomials produced after the first round of sumcheck.
      * @todo TODO(#394) Use polynomial classes for guaranteed memory alignment.
@@ -693,18 +720,24 @@ template <typename CycleGroup_T, typename Curve_T, typename PCS_T> class ECCVMBa
                                       barretenberg::Univariate<FF, MAX_RELATION_LENGTH>>;
 
     /**
-     * @brief A container storing evaluations of all prover polynomials at one point.
-     * In sumcheck, this data structure represents the evaluations produced during sumcheck, which are claimed to be the
-     * evaluations of prover polynomials commited in earilier rounds
-     * In ProtoGalaxy, it's used to store the evaluations for each point on the boolean hypercurbe, so one
-     * ProverPolynomailsEvaluation object represents evaluations of one row in the execution trace.
-     *
+     * @brief A container for polynomials handles of the prover; only stores spans.
      */
-    class ProverPolynomialsEvaluations : public AllEntities<FF, FF> {
+    class ProverPolynomials : public AllEntities<PolynomialHandle, PolynomialHandle> {
       public:
-        using Base = AllEntities<FF, FF>;
-        using Base::Base;
-        ProverPolynomialsEvaluations(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+        /**
+         * @brief Returns the evaluations of all prover polynomials at one point, which represents one row in the
+         * execution trace.
+         */
+        AllValues get_row(const size_t row_idx)
+        {
+            AllValues result;
+            size_t column_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
+            for (auto& column : this->_data) {
+                result[column_idx] = column[row_idx];
+                column_idx++;
+            }
+            return result;
+        }
     };
 
     /**
diff --git a/barretenberg/cpp/src/barretenberg/honk/flavor/flavor.test.cpp b/barretenberg/cpp/src/barretenberg/honk/flavor/flavor.test.cpp
index d574dd9563b2..32395c746cc3 100644
--- a/barretenberg/cpp/src/barretenberg/honk/flavor/flavor.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/flavor/flavor.test.cpp
@@ -34,7 +34,7 @@ TEST(Flavor, Getters)
     Flavor::VerificationKey verification_key;
     Flavor::ProverPolynomials prover_polynomials;
     Flavor::ExtendedEdges<Flavor::NUM_ALL_ENTITIES> edges;
-    Flavor::ProverPolynomialsEvaluations evals;
+    Flavor::AllValues evals;
     Flavor::CommitmentLabels commitment_labels;
 
     // Globals are also available through STL container sizes
@@ -131,4 +131,23 @@ TEST(Flavor, AllEntitiesSpecialMemberFunctions)
     ASSERT_EQ(random_poly, polynomials_C.w_l);
 }
 
+TEST(Flavor, GetRow)
+{
+    using Flavor = proof_system::honk::flavor::Ultra;
+    using FF = typename Flavor::FF;
+    std::array<std::vector<FF>, Flavor::NUM_ALL_ENTITIES> data;
+    std::generate(data.begin(), data.end(), []() {
+        return std::vector<FF>({ FF::random_element(), FF::random_element() });
+    });
+    Flavor::ProverPolynomials prover_polynomials;
+    size_t poly_idx = 0;
+    for (auto& poly : prover_polynomials) {
+        poly = data[poly_idx];
+        poly_idx++;
+    }
+    auto row0 = prover_polynomials.get_row(0);
+    auto row1 = prover_polynomials.get_row(1);
+    EXPECT_EQ(row0.q_elliptic, prover_polynomials.q_elliptic[0]);
+    EXPECT_EQ(row1.w_4_shift, prover_polynomials.w_4_shift[1]);
+}
 } // namespace proof_system::test_flavor
diff --git a/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra.hpp b/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra.hpp
index 374fa33521a4..8bce02d0c965 100644
--- a/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra.hpp
@@ -59,8 +59,8 @@ class GoblinUltra {
     static constexpr size_t NUM_RELATIONS = std::tuple_size<Relations>::value;
 
     // define the container for storing the univariate contribution from each relation in Sumcheck
-    using RelationUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
-    using RelationValues = decltype(create_relation_values_container<FF, Relations>());
+    using TupleOfTuplesOfUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
+    using TupleOfArraysOfValues = decltype(create_relation_values_container<FF, Relations>());
 
     // Whether or not the first row of the execution trace is reserved for 0s to enable shifts
     static constexpr bool has_zero_row = true;
@@ -288,8 +288,6 @@ class GoblinUltra {
 
         size_t num_ecc_op_gates; // needed to determine public input offset
 
-        std::shared_ptr<ECCOpQueue> op_queue;
-
         // The plookup wires that store plookup read data.
         std::array<PolynomialHandle, 3> get_table_column_wires() { return { w_l, w_r, w_o }; };
     };
@@ -304,11 +302,6 @@ class GoblinUltra {
      */
     using VerificationKey = VerificationKey_<PrecomputedEntities<Commitment, CommitmentHandle>>;
 
-    /**
-     * @brief A container for polynomials handles; only stores spans.
-     */
-    using ProverPolynomials = AllEntities<PolynomialHandle, PolynomialHandle>;
-
     /**
      * @brief A container for storing the partially evaluated multivariates produced by sumcheck.
      */
@@ -334,18 +327,31 @@ class GoblinUltra {
                                       barretenberg::Univariate<FF, MAX_RELATION_LENGTH>>;
 
     /**
-     * @brief A container storing evaluations of all prover polynomials at one point.
-     * In sumcheck, this data structure represents the evaluations produced during sumcheck, which are claimed to be the
-     * evaluations of prover polynomials commited in earilier rounds
-     * In protogalaxy, it's used to store the evaluations for each point on the boolean hypercurbe, so one
-     * ProverPolynomailsEvaluation object represents evaluations of one row in the execution trace.
-     *
+     * @brief A field element for each entity of the flavor. These entities represent the prover polynomials evaluated
+     * at one point.
      */
-    class ProverPolynomialsEvaluations : public AllEntities<FF, FF> {
+    class AllValues : public AllEntities<FF, FF> {
       public:
         using Base = AllEntities<FF, FF>;
         using Base::Base;
-        ProverPolynomialsEvaluations(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+        AllValues(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+    };
+
+    /**
+     * @brief A container for polynomials handles; only stores spans.
+     */
+    class ProverPolynomials : public AllEntities<PolynomialHandle, PolynomialHandle> {
+      public:
+        AllValues get_row(const size_t row_idx)
+        {
+            AllValues result;
+            size_t column_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
+            for (auto& column : this->_data) {
+                result[column_idx] = column[row_idx];
+                column_idx++;
+            }
+            return result;
+        }
     };
 
     /**
diff --git a/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra_recursive.hpp b/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra_recursive.hpp
index a657f08e0219..95d2a70be6b5 100644
--- a/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra_recursive.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/flavor/goblin_ultra_recursive.hpp
@@ -85,8 +85,8 @@ template <typename BuilderType> class GoblinUltraRecursive_ {
     static constexpr size_t NUM_RELATIONS = std::tuple_size<Relations>::value;
 
     // define the container for storing the univariate contribution from each relation in Sumcheck
-    using RelationUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
-    using RelationValues = decltype(create_relation_values_container<FF, Relations>());
+    using TupleOfTuplesOfUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
+    using TupleOfArraysOfValues = decltype(create_relation_values_container<FF, Relations>());
 
   private:
     template <typename DataType, typename HandleType>
@@ -343,18 +343,14 @@ template <typename BuilderType> class GoblinUltraRecursive_ {
     };
 
     /**
-     * @brief A container storing evaluations of all prover polynomials at one point.
-     * In sumcheck, this data structure represents the evaluations produced during sumcheck, which are claimed to be the
-     * evaluations of prover polynomials commited in earilier rounds
-     * In protogalaxy, it's used to store the evaluations for each point on the boolean hypercurbe, so one
-     * ProverPolynomailsEvaluation object represents evaluations of one row in the execution trace.
-     *
+     * @brief A field element for each entity of the flavor. These entities represent the prover polynomials evaluated
+     * at one point.
      */
-    class ProverPolynomialsEvaluations : public AllEntities<FF, FF> {
+    class AllValues : public AllEntities<FF, FF> {
       public:
         using Base = AllEntities<FF, FF>;
         using Base::Base;
-        ProverPolynomialsEvaluations(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+        AllValues(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
     };
 
     /**
diff --git a/barretenberg/cpp/src/barretenberg/honk/flavor/ultra.hpp b/barretenberg/cpp/src/barretenberg/honk/flavor/ultra.hpp
index 4ff13851d400..7330662bc85d 100644
--- a/barretenberg/cpp/src/barretenberg/honk/flavor/ultra.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/flavor/ultra.hpp
@@ -61,8 +61,8 @@ class Ultra {
     static constexpr size_t NUM_RELATIONS = std::tuple_size<Relations>::value;
 
     // define the container for storing the univariate contribution from each relation in Sumcheck
-    using RelationUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
-    using RelationValues = decltype(create_relation_values_container<FF, Relations>());
+    using TupleOfTuplesOfUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
+    using TupleOfArraysOfValues = decltype(create_relation_values_container<FF, Relations>());
 
     // Whether or not the first row of the execution trace is reserved for 0s to enable shifts
     static constexpr bool has_zero_row = true;
@@ -271,10 +271,32 @@ class Ultra {
      */
     using VerificationKey = VerificationKey_<PrecomputedEntities<Commitment, CommitmentHandle>>;
 
+    /**
+     * @brief A field element for each entity of the flavor.
+     */
+    class AllValues : public AllEntities<FF, FF> {
+      public:
+        using Base = AllEntities<FF, FF>;
+        using Base::Base;
+        AllValues(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+    };
+
     /**
      * @brief A container for polynomials handles; only stores spans.
      */
-    using ProverPolynomials = AllEntities<PolynomialHandle, PolynomialHandle>;
+    class ProverPolynomials : public AllEntities<PolynomialHandle, PolynomialHandle> {
+      public:
+        AllValues get_row(const size_t row_idx)
+        {
+            AllValues result;
+            size_t column_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
+            for (auto& column : this->_data) {
+                result[column_idx] = column[row_idx];
+                column_idx++;
+            }
+            return result;
+        }
+    };
 
     /**
      * @brief A container for storing the partially evaluated multivariates produced by sumcheck.
@@ -300,21 +322,6 @@ class Ultra {
     using ExtendedEdges = AllEntities<barretenberg::Univariate<FF, MAX_RELATION_LENGTH>,
                                       barretenberg::Univariate<FF, MAX_RELATION_LENGTH>>;
 
-    /**
-     * @brief A container storing evaluations of all prover polynomials at one point.
-     * In sumcheck, this data structure represents the evaluations produced during sumcheck, which are claimed to be the
-     * evaluations of prover polynomials commited in earilier rounds
-     * In protogalaxy, it's used to store the evaluations for each point on the boolean hypercurbe, so one
-     * ProverPolynomailsEvaluation object represents evaluations of one row in the execution trace.
-     *
-     */
-    class ProverPolynomialsEvaluations : public AllEntities<FF, FF> {
-      public:
-        using Base = AllEntities<FF, FF>;
-        using Base::Base;
-        ProverPolynomialsEvaluations(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
-    };
-
     /**
      * @brief A container for commitment labels.
      * @note It's debatable whether this should inherit from AllEntities. since most entries are not strictly needed. It
diff --git a/barretenberg/cpp/src/barretenberg/honk/flavor/ultra_recursive.hpp b/barretenberg/cpp/src/barretenberg/honk/flavor/ultra_recursive.hpp
index 63479fa06352..bbe9b187dca3 100644
--- a/barretenberg/cpp/src/barretenberg/honk/flavor/ultra_recursive.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/flavor/ultra_recursive.hpp
@@ -84,8 +84,8 @@ template <typename BuilderType> class UltraRecursive_ {
     static constexpr size_t NUM_RELATIONS = std::tuple_size<Relations>::value;
 
     // define the container for storing the univariate contribution from each relation in Sumcheck
-    using RelationUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
-    using RelationValues = decltype(create_relation_values_container<FF, Relations>());
+    using TupleOfTuplesOfUnivariates = decltype(create_relation_univariates_container<FF, Relations>());
+    using TupleOfArraysOfValues = decltype(create_relation_values_container<FF, Relations>());
 
   private:
     template <typename DataType, typename HandleType>
@@ -308,18 +308,14 @@ template <typename BuilderType> class UltraRecursive_ {
     };
 
     /**
-     * @brief A container storing evaluations of all prover polynomials at one point.
-     * In sumcheck, this data structure represents the evaluations produced during sumcheck, which are claimed to be the
-     * evaluations of prover polynomials commited in earilier rounds
-     * In protogalaxy, it's used to store the evaluations for each point on the boolean hypercurbe, so one
-     * ProverPolynomailsEvaluation object represents evaluations of one row in the execution trace.
-     *
+     * @brief A field element for each entity of the flavor. These entities represent the prover polynomials evaluated
+     * at one point.
      */
-    class ProverPolynomialsEvaluations : public AllEntities<FF, FF> {
+    class AllValues : public AllEntities<FF, FF> {
       public:
         using Base = AllEntities<FF, FF>;
         using Base::Base;
-        ProverPolynomialsEvaluations(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
+        AllValues(std::array<FF, NUM_ALL_ENTITIES> _data_in) { this->_data = _data_in; }
     };
 
     /**
diff --git a/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.cpp b/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.cpp
index 961548373993..8efda159e461 100644
--- a/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.cpp
@@ -249,7 +249,6 @@ std::shared_ptr<typename Flavor::ProvingKey> ProverInstance_<Flavor>::compute_pr
 
     if constexpr (IsGoblinFlavor<Flavor>) {
         proving_key->num_ecc_op_gates = num_ecc_op_gates;
-        proving_key->op_queue = circuit.op_queue;
     }
 
     return proving_key;
@@ -477,7 +476,6 @@ std::shared_ptr<typename Flavor::VerificationKey> ProverInstance_<Flavor>::compu
 }
 
 template class ProverInstance_<honk::flavor::Ultra>;
-template class ProverInstance_<honk::flavor::UltraGrumpkin>;
 template class ProverInstance_<honk::flavor::GoblinUltra>;
 
 } // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.hpp b/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.hpp
index 85836331169a..0edfc45ff6ca 100644
--- a/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.hpp
@@ -1,7 +1,6 @@
 #pragma once
 #include "barretenberg/honk/flavor/goblin_ultra.hpp"
 #include "barretenberg/honk/flavor/ultra.hpp"
-#include "barretenberg/honk/flavor/ultra_grumpkin.hpp"
 #include "barretenberg/honk/proof_system/folding_result.hpp"
 #include "barretenberg/proof_system/composer/composer_lib.hpp"
 #include "barretenberg/proof_system/flavor/flavor.hpp"
@@ -45,7 +44,7 @@ template <class Flavor> class ProverInstance_ {
     proof_system::RelationParameters<FF> relation_parameters;
     std::vector<uint32_t> recursive_proof_public_input_indices;
     // non-empty for the accumulated instances
-    FoldingParameters folding_params;
+    FoldingParameters folding_parameters;
 
     ProverInstance_(Circuit& circuit)
     {
@@ -59,7 +58,7 @@ template <class Flavor> class ProverInstance_ {
         , prover_polynomials(result.folded_prover_polynomials)
         , public_inputs(result.folded_public_inputs)
         , relation_parameters(result.folded_relation_parameters)
-        , folding_params(result.folding_parameters){};
+        , folding_parameters(result.folding_parameters){};
 
     ~ProverInstance_() = default;
 
@@ -99,7 +98,6 @@ template <class Flavor> class ProverInstance_ {
 };
 
 extern template class ProverInstance_<honk::flavor::Ultra>;
-extern template class ProverInstance_<honk::flavor::UltraGrumpkin>;
 extern template class ProverInstance_<honk::flavor::GoblinUltra>;
 
 } // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.test.cpp b/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.test.cpp
index 593a166b885f..ff5d41102fb8 100644
--- a/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/instance/prover_instance.test.cpp
@@ -88,7 +88,7 @@ template <class Flavor> class InstanceTests : public testing::Test {
     };
 };
 
-using FlavorTypes = testing::Types<flavor::Ultra, flavor::UltraGrumpkin, flavor::GoblinUltra>;
+using FlavorTypes = testing::Types<flavor::Ultra, flavor::GoblinUltra>;
 TYPED_TEST_SUITE(InstanceTests, FlavorTypes);
 
 TYPED_TEST(InstanceTests, SortedListAccumulator)
diff --git a/barretenberg/cpp/src/barretenberg/honk/pcs/claim.hpp b/barretenberg/cpp/src/barretenberg/honk/pcs/claim.hpp
index 9daeeb707460..05f405494f8b 100644
--- a/barretenberg/cpp/src/barretenberg/honk/pcs/claim.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/pcs/claim.hpp
@@ -19,6 +19,20 @@ template <typename Curve> class OpeningPair {
     bool operator==(const OpeningPair& other) const = default;
 };
 
+/**
+ * @brief Polynomial p and an opening pair (r,v) such that p(r) = v
+ *
+ * @tparam Params for the given commitment scheme
+ */
+template <typename Curve> class ProverOpeningClaim {
+    using Fr = typename Curve::ScalarField;
+    using Polynomial = barretenberg::Polynomial<Fr>;
+
+  public:
+    Polynomial polynomial;           // p
+    OpeningPair<Curve> opening_pair; // (challenge r, evaluation v = p(r))
+};
+
 /**
  * @brief Unverified claim (C,r,v) for some witness polynomial p(X) such that
  *  - C = Commit(p(X))
diff --git a/barretenberg/cpp/src/barretenberg/honk/pcs/zeromorph/zeromorph.hpp b/barretenberg/cpp/src/barretenberg/honk/pcs/zeromorph/zeromorph.hpp
new file mode 100644
index 000000000000..ed3beccf79e2
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/honk/pcs/zeromorph/zeromorph.hpp
@@ -0,0 +1,605 @@
+#pragma once
+#include "barretenberg/polynomials/polynomial.hpp"
+
+namespace proof_system::honk::pcs::zeromorph {
+
+/**
+ * @brief Compute powers of a given challenge
+ *
+ * @tparam FF
+ * @param challenge
+ * @param num_powers
+ * @return std::vector<FF>
+ */
+template <class FF> inline std::vector<FF> powers_of_challenge(const FF challenge, const size_t num_powers)
+{
+    std::vector<FF> challenge_powers = { FF(1), challenge };
+    challenge_powers.reserve(num_powers);
+    for (size_t j = 2; j < num_powers; j++) {
+        challenge_powers.emplace_back(challenge_powers[j - 1] * challenge);
+    }
+    return challenge_powers;
+};
+
+/**
+ * @brief Prover for ZeroMorph multilinear PCS
+ *
+ * @tparam Curve
+ */
+template <typename Curve> class ZeroMorphProver_ {
+    using FF = typename Curve::ScalarField;
+    using Commitment = typename Curve::AffineElement;
+    using Polynomial = barretenberg::Polynomial<FF>;
+
+    // TODO(#742): Set this N_max to be the number of G1 elements in the mocked zeromorph SRS once it's in place. (Then,
+    // eventually, set it based on the real SRS). For now we set it to be large but more or less arbitrary.
+    static const size_t N_max = 1 << 22;
+
+  public:
+    /**
+     * @brief Compute multivariate quotients q_k(X_0, ..., X_{k-1}) for f(X_0, ..., X_{d-1})
+     * @details Given multilinear polynomial f = f(X_0, ..., X_{d-1}) for which f(u) = v, compute q_k such that:
+     *
+     *  f(X_0, ..., X_{d-1}) - v = \sum_{k=0}^{d-1} (X_k - u_k)q_k(X_0, ..., X_{k-1})
+     *
+     * The polynomials q_k can be computed explicitly as the difference of the partial evaluation of f in the last
+     * (n - k) variables at, respectively, u'' = (u_k + 1, u_{k+1}, ..., u_{n-1}) and u' = (u_k, ..., u_{n-1}). I.e.
+     *
+     *  q_k(X_0, ..., X_{k-1}) = f(X_0,...,X_{k-1}, u'') - f(X_0,...,X_{k-1}, u')
+     *
+     * @note In practice, 2^d is equal to the circuit size N
+     *
+     * TODO(#739): This method has been designed for clarity at the expense of efficiency. Implement the more efficient
+     * algorithm detailed in the latest versions of the ZeroMorph paper.
+     * @param polynomial Multilinear polynomial f(X_0, ..., X_{d-1})
+     * @param u_challenge Multivariate challenge u = (u_0, ..., u_{d-1})
+     * @return std::vector<Polynomial> The quotients q_k
+     */
+    static std::vector<Polynomial> compute_multilinear_quotients(Polynomial polynomial, std::span<FF> u_challenge)
+    {
+        size_t log_N = numeric::get_msb(polynomial.size());
+        // The size of the multilinear challenge must equal the log of the polynomial size
+        ASSERT(log_N == u_challenge.size());
+
+        // Define the vector of quotients q_k, k = 0, ..., log_N-1
+        std::vector<Polynomial> quotients;
+        for (size_t k = 0; k < log_N; ++k) {
+            size_t size = 1 << k;
+            quotients.emplace_back(Polynomial(size)); // degree 2^k - 1
+        }
+
+        // Compute the q_k in reverse order, i.e. q_{n-1}, ..., q_0
+        for (size_t k = 0; k < log_N; ++k) {
+            // Define partial evaluation point u' = (u_k, ..., u_{n-1})
+            auto evaluation_point_size = static_cast<std::ptrdiff_t>(k + 1);
+            std::vector<FF> u_partial(u_challenge.end() - evaluation_point_size, u_challenge.end());
+
+            // Compute f' = f(X_0,...,X_{k-1}, u')
+            auto f_1 = polynomial.partial_evaluate_mle(u_partial);
+
+            // Increment first element to get altered partial evaluation point u'' = (u_k + 1, u_{k+1}, ..., u_{n-1})
+            u_partial[0] += 1;
+
+            // Compute f'' = f(X_0,...,X_{k-1}, u'')
+            auto f_2 = polynomial.partial_evaluate_mle(u_partial);
+
+            // Compute q_k = f''(X_0,...,X_{k-1}) - f'(X_0,...,X_{k-1})
+            auto q_k = f_2;
+            q_k -= f_1;
+
+            quotients[log_N - k - 1] = q_k;
+        }
+
+        return quotients;
+    }
+
+    /**
+     * @brief Construct batched, lifted-degree univariate quotient \hat{q} = \sum_k y^k * X^{N - d_k - 1} * q_k
+     * @details The purpose of the batched lifted-degree quotient is to reduce the individual degree checks
+     * deg(q_k) <= 2^k - 1 to a single degree check on \hat{q}. This is done by first shifting each of the q_k to the
+     * right (i.e. multiplying by an appropriate power of X) so that each is degree N-1, then batching them all together
+     * using powers of the provided challenge. Note: In practice, we do not actually compute the shifted q_k, we simply
+     * accumulate them into \hat{q} at the appropriate offset.
+     *
+     * @param quotients Polynomials q_k, interpreted as univariates; deg(q_k) = 2^k - 1
+     * @param N circuit size
+     * @return Polynomial
+     */
+    static Polynomial compute_batched_lifted_degree_quotient(std::vector<Polynomial>& quotients,
+                                                             FF y_challenge,
+                                                             size_t N)
+    {
+        // Batched lifted degree quotient polynomial
+        auto result = Polynomial(N);
+
+        // Compute \hat{q} = \sum_k y^k * X^{N - d_k - 1} * q_k
+        size_t k = 0;
+        auto scalar = FF(1); // y^k
+        for (auto& quotient : quotients) {
+            // Rather than explicitly computing the shifts of q_k by N - d_k - 1 (i.e. multiplying q_k by X^{N - d_k -
+            // 1}) then accumulating them, we simply accumulate y^k*q_k into \hat{q} at the index offset N - d_k - 1
+            auto deg_k = static_cast<size_t>((1 << k) - 1);
+            size_t offset = N - deg_k - 1;
+            for (size_t idx = 0; idx < deg_k + 1; ++idx) {
+                result[offset + idx] += scalar * quotient[idx];
+            }
+            scalar *= y_challenge; // update batching scalar y^k
+            k++;
+        }
+
+        return result;
+    }
+
+    /**
+     * @brief Compute partially evaluated degree check polynomial \zeta_x = q - \sum_k y^k * x^{N - d_k - 1} * q_k
+     * @details Compute \zeta_x, where
+     *
+     *                          \zeta_x = q - \sum_k y^k * x^{N - d_k - 1} * q_k
+     *
+     * @param batched_quotient
+     * @param quotients
+     * @param y_challenge
+     * @param x_challenge
+     * @return Polynomial Degree check polynomial \zeta_x such that \zeta_x(x) = 0
+     */
+    static Polynomial compute_partially_evaluated_degree_check_polynomial(Polynomial& batched_quotient,
+                                                                          std::vector<Polynomial>& quotients,
+                                                                          FF y_challenge,
+                                                                          FF x_challenge)
+    {
+        size_t N = batched_quotient.size();
+        size_t log_N = quotients.size();
+
+        // Initialize partially evaluated degree check polynomial \zeta_x to \hat{q}
+        auto result = batched_quotient;
+
+        auto y_power = FF(1); // y^k
+        for (size_t k = 0; k < log_N; ++k) {
+            // Accumulate y^k * x^{N - d_k - 1} * q_k into \hat{q}
+            auto deg_k = static_cast<size_t>((1 << k) - 1);
+            auto x_power = x_challenge.pow(N - deg_k - 1); // x^{N - d_k - 1}
+
+            result.add_scaled(quotients[k], -y_power * x_power);
+
+            y_power *= y_challenge; // update batching scalar y^k
+        }
+
+        return result;
+    }
+
+    /**
+     * @brief Compute partially evaluated zeromorph identity polynomial Z_x
+     * @details Compute Z_x, where
+     *
+     *  Z_x = x * f_batched + g_batched - v * x * \Phi_n(x)
+     *           - x * \sum_k (x^{2^k}\Phi_{n-k-1}(x^{2^{k-1}}) - u_k\Phi_{n-k}(x^{2^k})) * q_k
+     *
+     * where f_batched = \sum_{i=0}^{m-1}\rho^i*f_i, g_batched = \sum_{i=0}^{l-1}\rho^{m+i}*g_i
+     *
+     * @param input_polynomial
+     * @param quotients
+     * @param v_evaluation
+     * @param x_challenge
+     * @return Polynomial
+     */
+    static Polynomial compute_partially_evaluated_zeromorph_identity_polynomial(Polynomial& f_batched,
+                                                                                Polynomial& g_batched,
+                                                                                std::vector<Polynomial>& quotients,
+                                                                                FF v_evaluation,
+                                                                                std::span<FF> u_challenge,
+                                                                                FF x_challenge)
+    {
+        size_t N = f_batched.size();
+        size_t log_N = quotients.size();
+
+        // Initialize Z_x with x * \sum_{i=0}^{m-1} f_i + \sum_{i=0}^{l-1} g_i
+        auto result = g_batched;
+        result.add_scaled(f_batched, x_challenge);
+
+        // Compute Z_x -= v * x * \Phi_n(x)
+        auto phi_numerator = x_challenge.pow(N) - 1; // x^N - 1
+        auto phi_n_x = phi_numerator / (x_challenge - 1);
+        result[0] -= v_evaluation * x_challenge * phi_n_x;
+
+        // Add contribution from q_k polynomials
+        auto x_power = x_challenge; // x^{2^k}
+        for (size_t k = 0; k < log_N; ++k) {
+            x_power = x_challenge.pow(1 << k); // x^{2^k}
+
+            // \Phi_{n-k-1}(x^{2^{k + 1}})
+            auto phi_term_1 = phi_numerator / (x_challenge.pow(1 << (k + 1)) - 1);
+
+            // \Phi_{n-k}(x^{2^k})
+            auto phi_term_2 = phi_numerator / (x_challenge.pow(1 << k) - 1);
+
+            // x^{2^k} * \Phi_{n-k-1}(x^{2^{k+1}}) - u_k *  \Phi_{n-k}(x^{2^k})
+            auto scalar = x_power * phi_term_1 - u_challenge[k] * phi_term_2;
+
+            scalar *= x_challenge;
+            scalar *= FF(-1);
+
+            result.add_scaled(quotients[k], scalar);
+        }
+
+        return result;
+    }
+
+    /**
+     * @brief Compute combined evaluation and degree-check quotient polynomial pi
+     * @details Compute univariate quotient pi, where
+     *
+     *  pi = (q_\zeta + z*q_Z) X^{N_{max}-(N-1)}, with q_\zeta = \zeta_x/(X-x), q_Z = Z_x/(X-x)
+     *
+     * @param Z_x
+     * @param zeta_x
+     * @param x_challenge
+     * @param z_challenge
+     * @param N_max
+     * @return Polynomial
+     */
+    static Polynomial compute_batched_evaluation_and_degree_check_quotient(Polynomial& zeta_x,
+                                                                           Polynomial& Z_x,
+                                                                           FF x_challenge,
+                                                                           FF z_challenge)
+    {
+        // We cannot commit to polynomials with size > N_max
+        size_t N = zeta_x.size();
+        ASSERT(N <= N_max);
+
+        // Compute q_{\zeta} and q_Z in place
+        zeta_x.factor_roots(x_challenge);
+        Z_x.factor_roots(x_challenge);
+
+        // Compute batched quotient q_{\zeta} + z*q_Z
+        auto batched_quotient = zeta_x;
+        batched_quotient.add_scaled(Z_x, z_challenge);
+
+        // TODO(#742): To complete the degree check, we need to commit to (q_{\zeta} + z*q_Z)*X^{N_max - N - 1}.
+        // Verification then requires a pairing check similar to the standard KZG check but with [1]_2 replaced by
+        // [X^{N_max - N -1}]_2. Two issues: A) we do not have an SRS with these G2 elements (so need to generate a fake
+        // setup until we can do the real thing), and B) its not clear to me how to update our pairing algorithms to do
+        // this type of pairing. For now, simply construct q_{\zeta} + z*q_Z without the shift and do a standard KZG
+        // pairing check. When we're ready, all we have to do to make this fully legit is commit to the shift here and
+        // update the pairing check accordingly. Note: When this is implemented properly, it doesnt make sense to store
+        // the (massive) shifted polynomial of size N_max. Ideally would only store the unshifted version and just
+        // compute the shifted commitment directly via a new method.
+        auto batched_shifted_quotient = batched_quotient;
+
+        return batched_shifted_quotient;
+    }
+
+    /**
+     * @brief Prove a set of multilinear evaluation claims for unshifted polynomials f_i and to-be-shifted polynomials
+     * g_i
+     *
+     * @param f_polynomials Unshifted polynomials
+     * @param g_polynomials To-be-shifted polynomials (of which the shifts h_i were evaluated by sumcheck)
+     * @param evaluations Set of evaluations v_i = f_i(u), w_i = h_i(u) = g_i_shifted(u)
+     * @param multilinear_challenge Multilinear challenge point u
+     * @param commitment_key
+     * @param transcript
+     */
+    static void prove(const auto& f_polynomials,
+                      const auto& g_polynomials,
+                      auto& evaluations,
+                      auto& multilinear_challenge,
+                      auto& commitment_key,
+                      auto& transcript)
+    {
+        // Generate batching challenge \rho and powers 1,...,\rho^{m-1}
+        FF rho = transcript.get_challenge("rho");
+        std::vector<FF> rhos = powers_of_challenge(rho, evaluations.size());
+
+        // Extract multilinear challenge u and claimed multilinear evaluations from Sumcheck output
+        std::span<FF> u_challenge = multilinear_challenge;
+        std::span<FF> claimed_evaluations = evaluations;
+        size_t log_N = u_challenge.size();
+        size_t N = 1 << log_N;
+
+        // Compute batching of unshifted polynomials f_i and to-be-shifted polynomials g_i:
+        // f_batched = sum_{i=0}^{m-1}\rho^i*f_i and g_batched = sum_{i=0}^{l-1}\rho^{m+i}*g_i,
+        // and also batched evaluation
+        // v = sum_{i=0}^{m-1}\rho^i*f_i(u) + sum_{i=0}^{l-1}\rho^{m+i}*h_i(u).
+        // Note: g_batched is formed from the to-be-shifted polynomials, but the batched evaluation incorporates the
+        // evaluations produced by sumcheck of h_i = g_i_shifted.
+        auto batched_evaluation = FF(0);
+        Polynomial f_batched(N); // batched unshifted polynomials
+        size_t poly_idx = 0;     // TODO(#391) zip
+        for (auto& f_poly : f_polynomials) {
+            f_batched.add_scaled(f_poly, rhos[poly_idx]);
+            batched_evaluation += rhos[poly_idx] * claimed_evaluations[poly_idx];
+            ++poly_idx;
+        }
+
+        Polynomial g_batched(N); // batched to-be-shifted polynomials
+        for (auto& g_poly : g_polynomials) {
+            g_batched.add_scaled(g_poly, rhos[poly_idx]);
+            batched_evaluation += rhos[poly_idx] * claimed_evaluations[poly_idx];
+            ++poly_idx;
+        };
+
+        // Compute the full batched polynomial f = f_batched + g_batched.shifted() = f_batched + h_batched. This is the
+        // polynomial for which we compute the quotients q_k and prove f(u) = v_batched.
+        auto f_polynomial = f_batched;
+        f_polynomial += g_batched.shifted();
+
+        // Compute the multilinear quotients q_k = q_k(X_0, ..., X_{k-1})
+        auto quotients = compute_multilinear_quotients(f_polynomial, u_challenge);
+
+        // Compute and send commitments C_{q_k} = [q_k], k = 0,...,d-1
+        std::vector<Commitment> q_k_commitments;
+        q_k_commitments.reserve(log_N);
+        for (size_t idx = 0; idx < log_N; ++idx) {
+            q_k_commitments[idx] = commitment_key->commit(quotients[idx]);
+            std::string label = "ZM:C_q_" + std::to_string(idx);
+            transcript.send_to_verifier(label, q_k_commitments[idx]);
+        }
+
+        // Get challenge y
+        auto y_challenge = transcript.get_challenge("ZM:y");
+
+        // Compute the batched, lifted-degree quotient \hat{q}
+        auto batched_quotient = compute_batched_lifted_degree_quotient(quotients, y_challenge, N);
+
+        // Compute and send the commitment C_q = [\hat{q}]
+        auto q_commitment = commitment_key->commit(batched_quotient);
+        transcript.send_to_verifier("ZM:C_q", q_commitment);
+
+        // Get challenges x and z
+        auto [x_challenge, z_challenge] = transcript.get_challenges("ZM:x", "ZM:z");
+
+        // Compute degree check polynomial \zeta partially evaluated at x
+        auto zeta_x =
+            compute_partially_evaluated_degree_check_polynomial(batched_quotient, quotients, y_challenge, x_challenge);
+
+        // Compute ZeroMorph identity polynomial Z partially evaluated at x
+        auto Z_x = compute_partially_evaluated_zeromorph_identity_polynomial(
+            f_batched, g_batched, quotients, batched_evaluation, u_challenge, x_challenge);
+
+        // Compute batched degree-check and ZM-identity quotient polynomial pi
+        auto pi_polynomial =
+            compute_batched_evaluation_and_degree_check_quotient(zeta_x, Z_x, x_challenge, z_challenge);
+
+        // Compute and send proof commitment pi
+        auto pi_commitment = commitment_key->commit(pi_polynomial);
+        transcript.send_to_verifier("ZM:PI", pi_commitment);
+    }
+};
+
+/**
+ * @brief Verifier for ZeroMorph multilinear PCS
+ *
+ * @tparam Curve
+ */
+template <typename Curve> class ZeroMorphVerifier_ {
+    using FF = typename Curve::ScalarField;
+    using Commitment = typename Curve::AffineElement;
+
+  public:
+    /**
+     * @brief Compute commitment to partially evaluated batched lifted degree quotient identity
+     * @details Compute commitment C_{\zeta_x} = [\zeta_x]_1 using homomorphicity:
+     *
+     *  C_{\zeta_x} = [q]_1 - \sum_k y^k * x^{N - d_k - 1} * [q_k]_1
+     *
+     * @param C_q Commitment to batched lifted degree quotient
+     * @param C_q_k Commitments to quotients q_k
+     * @param y_challenge
+     * @param x_challenge
+     * @return Commitment
+     */
+    static Commitment compute_C_zeta_x(Commitment C_q, std::vector<Commitment>& C_q_k, FF y_challenge, FF x_challenge)
+    {
+        size_t log_N = C_q_k.size();
+        size_t N = 1 << log_N;
+
+        // Instantiate containers for input to batch mul
+        std::vector<FF> scalars;
+        std::vector<Commitment> commitments;
+
+        // Contribution from C_q
+        if constexpr (Curve::is_stdlib_type) {
+            auto builder = x_challenge.get_context();
+            scalars.emplace_back(FF(builder, 1));
+        } else {
+            scalars.emplace_back(FF(1));
+        }
+        commitments.emplace_back(C_q);
+
+        // Contribution from C_q_k, k = 0,...,log_N
+        for (size_t k = 0; k < log_N; ++k) {
+            auto deg_k = static_cast<size_t>((1 << k) - 1);
+            // Compute scalar y^k * x^{N - deg_k - 1}
+            auto scalar = y_challenge.pow(k);
+            scalar *= x_challenge.pow(N - deg_k - 1);
+            scalar *= FF(-1);
+
+            scalars.emplace_back(scalar);
+            commitments.emplace_back(C_q_k[k]);
+        }
+
+        // Compute batch mul to get the result
+        if constexpr (Curve::is_stdlib_type) {
+            return Commitment::batch_mul(commitments, scalars);
+        } else {
+            return batch_mul_native(commitments, scalars);
+        }
+    }
+
+    /**
+     * @brief Compute commitment to partially evaluated ZeroMorph identity Z
+     * @details Compute commitment C_{Z_x} = [Z_x]_1 using homomorphicity:
+     *
+     *  C_{Z_x} = x * \sum_{i=0}^{m-1}\rho^i*[f_i] + \sum_{i=0}^{l-1}\rho^{m+i}*[g_i] - v * x * \Phi_n(x) * [1]_1
+     *              - x * \sum_k (x^{2^k}\Phi_{n-k-1}(x^{2^{k-1}}) - u_k\Phi_{n-k}(x^{2^k})) * [q_k]
+     *
+     * @param f_commitments Commitments to unshifted polynomials [f_i]
+     * @param g_commitments Commitments to to-be-shifted polynomials [g_i]
+     * @param C_q_k Commitments to q_k
+     * @param rho
+     * @param batched_evaluation \sum_{i=0}^{m-1} \rho^i*f_i(u) + \sum_{i=0}^{l-1} \rho^{m+i}*h_i(u)
+     * @param x_challenge
+     * @param u_challenge multilinear challenge
+     * @return Commitment
+     */
+    static Commitment compute_C_Z_x(std::vector<Commitment> f_commitments,
+                                    std::vector<Commitment> g_commitments,
+                                    std::vector<Commitment>& C_q_k,
+                                    FF rho,
+                                    FF batched_evaluation,
+                                    FF x_challenge,
+                                    std::vector<FF> u_challenge)
+    {
+        size_t log_N = C_q_k.size();
+        size_t N = 1 << log_N;
+
+        std::vector<FF> scalars;
+        std::vector<Commitment> commitments;
+
+        // Phi_n(x) = (x^N - 1) / (x - 1)
+        auto phi_numerator = x_challenge.pow(N) - 1; // x^N - 1
+        auto phi_n_x = phi_numerator / (x_challenge - 1);
+
+        // Add contribution: -v * x * \Phi_n(x) * [1]_1
+        if constexpr (Curve::is_stdlib_type) {
+            auto builder = x_challenge.get_context();
+            scalars.emplace_back(FF(builder, -1) * batched_evaluation * x_challenge * phi_n_x);
+            commitments.emplace_back(Commitment::one(builder));
+        } else {
+            scalars.emplace_back(FF(-1) * batched_evaluation * x_challenge * phi_n_x);
+            commitments.emplace_back(Commitment::one());
+        }
+
+        // Add contribution: x * \sum_{i=0}^{m-1} \rho^i*[f_i]
+        auto rho_pow = FF(1);
+        for (auto& commitment : f_commitments) {
+            scalars.emplace_back(x_challenge * rho_pow);
+            commitments.emplace_back(commitment);
+            rho_pow *= rho;
+        }
+
+        // Add contribution: \sum_{i=0}^{l-1} \rho^{m+i}*[g_i]
+        for (auto& commitment : g_commitments) {
+            scalars.emplace_back(rho_pow);
+            commitments.emplace_back(commitment);
+            rho_pow *= rho;
+        }
+
+        // Add contributions: scalar * [q_k],  k = 0,...,log_N, where
+        // scalar = -x * (x^{2^k} * \Phi_{n-k-1}(x^{2^{k+1}}) - u_k * \Phi_{n-k}(x^{2^k}))
+        auto x_pow_2k = x_challenge;                 // x^{2^k}
+        auto x_pow_2kp1 = x_challenge * x_challenge; // x^{2^{k + 1}}
+        for (size_t k = 0; k < log_N; ++k) {
+
+            auto phi_term_1 = phi_numerator / (x_pow_2kp1 - 1); // \Phi_{n-k-1}(x^{2^{k + 1}})
+            auto phi_term_2 = phi_numerator / (x_pow_2k - 1);   // \Phi_{n-k}(x^{2^k})
+
+            auto scalar = x_pow_2k * phi_term_1;
+            scalar -= u_challenge[k] * phi_term_2;
+            scalar *= x_challenge;
+            scalar *= FF(-1);
+
+            scalars.emplace_back(scalar);
+            commitments.emplace_back(C_q_k[k]);
+
+            // Update powers of challenge x
+            x_pow_2k = x_pow_2kp1;
+            x_pow_2kp1 *= x_pow_2kp1;
+        }
+
+        if constexpr (Curve::is_stdlib_type) {
+            return Commitment::batch_mul(commitments, scalars);
+        } else {
+            return batch_mul_native(commitments, scalars);
+        }
+    }
+
+    /**
+     * @brief Utility for native batch multiplication of group elements
+     * @note This is used only for native verification and is not optimized for efficiency
+     */
+    static Commitment batch_mul_native(std::vector<Commitment> points, std::vector<FF> scalars)
+    {
+        auto result = points[0] * scalars[0];
+        for (size_t idx = 1; idx < scalars.size(); ++idx) {
+            result = result + points[idx] * scalars[idx];
+        }
+        return result;
+    }
+
+    /**
+     * @brief Verify a set of multilinear evaluation claims for unshifted polynomials f_i and to-be-shifted polynomials
+     * g_i
+     *
+     * @param commitments Commitments to polynomials f_i and g_i (unshifted and to-be-shifted)
+     * @param claimed_evaluations Claimed evaluations v_i = f_i(u) and w_i = h_i(u) = g_i_shifted(u)
+     * @param multivariate_challenge Challenge point u
+     * @param transcript
+     * @return std::array<Commitment, 2> Inputs to the final pairing check
+     */
+    static std::array<Commitment, 2> verify(auto& commitments,
+                                            auto& claimed_evaluations,
+                                            auto& multivariate_challenge,
+                                            auto& transcript)
+    {
+        size_t log_N = multivariate_challenge.size();
+        FF rho = transcript.get_challenge("rho");
+
+        // Compute powers of batching challenge rho
+        std::vector<FF> rhos = pcs::zeromorph::powers_of_challenge(rho, claimed_evaluations.size());
+
+        // Construct batched evaluation v = sum_{i=0}^{m-1}\rho^i*f_i(u) + sum_{i=0}^{l-1}\rho^{m+i}*h_i(u)
+        FF batched_evaluation = FF(0);
+        size_t evaluation_idx = 0;
+        for (auto& value : claimed_evaluations.get_unshifted_then_shifted()) {
+            batched_evaluation += value * rhos[evaluation_idx];
+            ++evaluation_idx;
+        }
+
+        // Receive commitments [q_k]
+        std::vector<Commitment> C_q_k;
+        C_q_k.reserve(log_N);
+        for (size_t i = 0; i < log_N; ++i) {
+            C_q_k.emplace_back(transcript.template receive_from_prover<Commitment>("ZM:C_q_" + std::to_string(i)));
+        }
+
+        // Challenge y
+        auto y_challenge = transcript.get_challenge("ZM:y");
+
+        // Receive commitment C_{q}
+        auto C_q = transcript.template receive_from_prover<Commitment>("ZM:C_q");
+
+        // Challenges x, z
+        auto [x_challenge, z_challenge] = transcript.get_challenges("ZM:x", "ZM:z");
+
+        // Compute commitment C_{\zeta_x}
+        auto C_zeta_x = compute_C_zeta_x(C_q, C_q_k, y_challenge, x_challenge);
+
+        // Compute commitment C_{Z_x}
+        Commitment C_Z_x = compute_C_Z_x(commitments.get_unshifted(),
+                                         commitments.get_to_be_shifted(),
+                                         C_q_k,
+                                         rho,
+                                         batched_evaluation,
+                                         x_challenge,
+                                         multivariate_challenge);
+
+        // Compute commitment C_{\zeta,Z}
+        auto C_zeta_Z = C_zeta_x + C_Z_x * z_challenge;
+
+        // Receive proof commitment \pi
+        auto C_pi = transcript.template receive_from_prover<Commitment>("ZM:PI");
+
+        // Construct inputs and perform pairing check to verify claimed evaluation
+        // Note: The pairing check (without the degree check component X^{N_max-N-1}) can be expressed naturally as
+        // e(C_{\zeta,Z}, [1]_2) = e(pi, [X - x]_2). This can be rearranged (e.g. see the plonk paper) as
+        // e(C_{\zeta,Z} - x*pi, [1]_2) * e(-pi, [X]_2) = 1, or
+        // e(P_0, [1]_2) * e(P_1, [X]_2) = 1
+        auto P0 = C_zeta_Z + C_pi * x_challenge;
+        auto P1 = -C_pi;
+
+        return { P0, P1 };
+    }
+};
+
+} // namespace proof_system::honk::pcs::zeromorph
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/pcs/zeromorph/zeromorph.test.cpp b/barretenberg/cpp/src/barretenberg/honk/pcs/zeromorph/zeromorph.test.cpp
new file mode 100644
index 000000000000..2dd12c429f9c
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/honk/pcs/zeromorph/zeromorph.test.cpp
@@ -0,0 +1,479 @@
+#include "zeromorph.hpp"
+#include "../commitment_key.test.hpp"
+#include "barretenberg/honk/transcript/transcript.hpp"
+
+#include <gtest/gtest.h>
+
+namespace proof_system::honk::pcs::zeromorph {
+
+template <class Curve> class ZeroMorphTest : public CommitmentTest<Curve> {
+  public:
+    using Fr = typename Curve::ScalarField;
+    using Polynomial = barretenberg::Polynomial<Fr>;
+    using Commitment = typename Curve::AffineElement;
+    using GroupElement = typename Curve::Element;
+    using ZeroMorphProver = ZeroMorphProver_<Curve>;
+    using ZeroMorphVerifier = ZeroMorphVerifier_<Curve>;
+
+    // Evaluate Phi_k(x) = \sum_{i=0}^k x^i using the direct inefficent formula
+    Fr Phi(Fr challenge, size_t subscript)
+    {
+        size_t length = 1 << subscript;
+        auto result = Fr(0);
+        for (size_t idx = 0; idx < length; ++idx) {
+            result += challenge.pow(idx);
+        }
+        return result;
+    }
+
+    /**
+     * @brief Construct and verify ZeroMorph proof of batched multilinear evaluation with shifts
+     * @details The goal is to construct and verify a single batched multilinear evaluation proof for m polynomials f_i
+     * and l polynomials h_i. It is assumed that the h_i are shifts of polynomials g_i (the "to-be-shifted"
+     * polynomials), which are a subset of the f_i. This is what is encountered in practice. We accomplish this using
+     * evaluations of h_i but commitments to only their unshifted counterparts g_i (which we get for "free" since
+     * commitments [g_i] are contained in the set of commitments [f_i]).
+     *
+     */
+    bool execute_zeromorph_protocol(size_t NUM_UNSHIFTED, size_t NUM_SHIFTED)
+    {
+        bool verified = false;
+
+        size_t N = 16;
+        size_t log_N = numeric::get_msb(N);
+
+        auto u_challenge = this->random_evaluation_point(log_N);
+
+        // Construct some random multilinear polynomials f_i and their evaluations v_i = f_i(u)
+        std::vector<Polynomial> f_polynomials; // unshifted polynomials
+        std::vector<Fr> v_evaluations;
+        for (size_t i = 0; i < NUM_UNSHIFTED; ++i) {
+            f_polynomials.emplace_back(this->random_polynomial(N));
+            f_polynomials[i][0] = Fr(0); // ensure f is "shiftable"
+            v_evaluations.emplace_back(f_polynomials[i].evaluate_mle(u_challenge));
+        }
+
+        // Construct some "shifted" multilinear polynomials h_i as the left-shift-by-1 of f_i
+        std::vector<Polynomial> g_polynomials; // to-be-shifted polynomials
+        std::vector<Polynomial> h_polynomials; // shifts of the to-be-shifted polynomials
+        std::vector<Fr> w_evaluations;
+        for (size_t i = 0; i < NUM_SHIFTED; ++i) {
+            g_polynomials.emplace_back(f_polynomials[i]);
+            h_polynomials.emplace_back(g_polynomials[i].shifted());
+            w_evaluations.emplace_back(h_polynomials[i].evaluate_mle(u_challenge));
+            // ASSERT_EQ(w_evaluations[i], g_polynomials[i].evaluate_mle(u_challenge, /* shift = */ true));
+        }
+
+        // Compute commitments [f_i]
+        std::vector<Commitment> f_commitments;
+        for (size_t i = 0; i < NUM_UNSHIFTED; ++i) {
+            f_commitments.emplace_back(this->commit(f_polynomials[i]));
+        }
+
+        // Construct container of commitments of the "to-be-shifted" polynomials [g_i] (= [f_i])
+        std::vector<Commitment> g_commitments;
+        for (size_t i = 0; i < NUM_SHIFTED; ++i) {
+            g_commitments.emplace_back(f_commitments[i]);
+        }
+
+        // Initialize an empty ProverTranscript
+        auto prover_transcript = ProverTranscript<Fr>::init_empty();
+
+        // Execute Prover protocol
+        {
+            auto rho = prover_transcript.get_challenge("ZM:rho");
+
+            // Compute batching of f_i and g_i polynomials: sum_{i=0}^{m-1}\rho^i*f_i and
+            // sum_{i=0}^{l-1}\rho^{m+i}*h_i, and also batched evaluation v = sum_{i=0}^{m-1}\rho^i*v_i +
+            // sum_{i=0}^{l-1}\rho^{m+i}*w_i.
+            auto f_batched = Polynomial(N);
+            auto g_batched = Polynomial(N);
+            auto v_evaluation = Fr(0);
+            auto rho_pow = Fr(1);
+            for (size_t i = 0; i < NUM_UNSHIFTED; ++i) {
+                f_batched.add_scaled(f_polynomials[i], rho_pow);
+                v_evaluation += rho_pow * v_evaluations[i];
+                rho_pow *= rho;
+            }
+            for (size_t i = 0; i < NUM_SHIFTED; ++i) {
+                g_batched.add_scaled(g_polynomials[i], rho_pow);
+                v_evaluation += rho_pow * w_evaluations[i];
+                rho_pow *= rho;
+            }
+
+            // The new f is f_batched + g_batched.shifted() = f_batched + h_batched
+            auto f_polynomial = f_batched;
+            f_polynomial += g_batched.shifted();
+
+            // Compute the multilinear quotients q_k = q_k(X_0, ..., X_{k-1})
+            auto quotients = ZeroMorphProver::compute_multilinear_quotients(f_polynomial, u_challenge);
+
+            // Compute and send commitments C_{q_k} = [q_k], k = 0,...,d-1
+            std::vector<Commitment> q_k_commitments;
+            q_k_commitments.reserve(log_N);
+            for (size_t idx = 0; idx < log_N; ++idx) {
+                q_k_commitments[idx] = this->commit(quotients[idx]);
+                std::string label = "ZM:C_q_" + std::to_string(idx);
+                prover_transcript.send_to_verifier(label, q_k_commitments[idx]);
+            }
+
+            // Get challenge y
+            auto y_challenge = prover_transcript.get_challenge("ZM:y");
+
+            // Compute the batched, lifted-degree quotient \hat{q}
+            auto batched_quotient = ZeroMorphProver::compute_batched_lifted_degree_quotient(quotients, y_challenge, N);
+
+            // Compute and send the commitment C_q = [\hat{q}]
+            auto q_commitment = this->commit(batched_quotient);
+            prover_transcript.send_to_verifier("ZM:C_q", q_commitment);
+
+            // Get challenges x and z
+            auto [x_challenge, z_challenge] = prover_transcript.get_challenges("ZM:x", "ZM:z");
+
+            // Compute degree check polynomial \zeta partially evaluated at x
+            auto zeta_x = ZeroMorphProver::compute_partially_evaluated_degree_check_polynomial(
+                batched_quotient, quotients, y_challenge, x_challenge);
+
+            // Compute ZeroMorph identity polynomial Z partially evaluated at x
+            auto Z_x = ZeroMorphProver::compute_partially_evaluated_zeromorph_identity_polynomial(
+                f_batched, g_batched, quotients, v_evaluation, u_challenge, x_challenge);
+
+            // Compute batched degree and ZM-identity quotient polynomial pi
+            auto pi_polynomial = ZeroMorphProver::compute_batched_evaluation_and_degree_check_quotient(
+                zeta_x, Z_x, x_challenge, z_challenge);
+
+            // Compute and send proof commitment pi
+            auto pi_commitment = this->commit(pi_polynomial);
+            prover_transcript.send_to_verifier("ZM:PI", pi_commitment);
+        }
+
+        auto verifier_transcript = VerifierTranscript<Fr>::init_empty(prover_transcript);
+
+        // Execute Verifier protocol
+        {
+            // Challenge rho
+            auto rho = verifier_transcript.get_challenge("ZM:rho");
+
+            // Construct batched evaluation v = sum_{i=0}^{m-1}\rho^i*v_i + sum_{i=0}^{l-1}\rho^{m+i}*w_i
+            auto v_evaluation = Fr(0);
+            auto rho_pow = Fr(1);
+            for (size_t i = 0; i < NUM_UNSHIFTED; ++i) {
+                v_evaluation += rho_pow * v_evaluations[i];
+                rho_pow *= rho;
+            }
+            for (size_t i = 0; i < NUM_SHIFTED; ++i) {
+                v_evaluation += rho_pow * w_evaluations[i];
+                rho_pow *= rho;
+            }
+
+            // Receive commitments [q_k]
+            std::vector<Commitment> C_q_k;
+            C_q_k.reserve(log_N);
+            for (size_t i = 0; i < log_N; ++i) {
+                C_q_k.emplace_back(
+                    verifier_transcript.template receive_from_prover<Commitment>("ZM:C_q_" + std::to_string(i)));
+            }
+
+            // Challenge y
+            auto y_challenge = verifier_transcript.get_challenge("ZM:y");
+
+            // Receive commitment C_{q}
+            auto C_q = verifier_transcript.template receive_from_prover<Commitment>("ZM:C_q");
+
+            // Challenges x, z
+            auto [x_challenge, z_challenge] = verifier_transcript.get_challenges("ZM:x", "ZM:z");
+
+            // Compute commitment C_{\zeta_x}
+            auto C_zeta_x = ZeroMorphVerifier::compute_C_zeta_x(C_q, C_q_k, y_challenge, x_challenge);
+
+            // Compute commitment C_{Z_x}
+            Commitment C_Z_x = ZeroMorphVerifier::compute_C_Z_x(
+                f_commitments, g_commitments, C_q_k, rho, v_evaluation, x_challenge, u_challenge);
+
+            // Compute commitment C_{\zeta,Z}
+            auto C_zeta_Z = C_zeta_x + C_Z_x * z_challenge;
+
+            // Receive proof commitment \pi
+            auto C_pi = verifier_transcript.template receive_from_prover<Commitment>("ZM:PI");
+
+            // The prover and verifier manifests should agree
+            EXPECT_EQ(prover_transcript.get_manifest(), verifier_transcript.get_manifest());
+
+            // Construct inputs and perform pairing check to verify claimed evaluation
+            // Note: The pairing check (without the degree check component X^{N_max-N-1}) can be expressed naturally as
+            // e(C_{\zeta,Z}, [1]_2) = e(pi, [X - x]_2). This can be rearranged (e.g. see the plonk paper) as
+            // e(C_{\zeta,Z} - x*pi, [1]_2) * e(-pi, [X]_2) = 1, or
+            // e(P_0, [1]_2) * e(P_1, [X]_2) = 1
+            auto P0 = C_zeta_Z + C_pi * x_challenge;
+            auto P1 = -C_pi;
+            verified = this->vk()->pairing_check(P0, P1);
+            // EXPECT_TRUE(verified);
+        }
+        return verified;
+    }
+};
+
+using CurveTypes = ::testing::Types<curve::BN254>;
+TYPED_TEST_SUITE(ZeroMorphTest, CurveTypes);
+
+/**
+ * @brief Test method for computing q_k given multilinear f
+ * @details Given f = f(X_0, ..., X_{d-1}), and (u,v) such that f(u) = v, compute q_k = q_k(X_0, ..., X_{k-1}) such that
+ * the following identity holds:
+ *
+ *  f(X_0, ..., X_{d-1}) - v = \sum_{k=0}^{d-1} (X_k - u_k)q_k(X_0, ..., X_{k-1})
+ *
+ */
+TYPED_TEST(ZeroMorphTest, QuotientConstruction)
+{
+    // Define some useful type aliases
+    using ZeroMorphProver = ZeroMorphProver_<TypeParam>;
+    using Fr = typename TypeParam::ScalarField;
+    using Polynomial = barretenberg::Polynomial<Fr>;
+
+    // Define size parameters
+    size_t N = 16;
+    size_t log_N = numeric::get_msb(N);
+
+    // Construct a random multilinear polynomial f, and (u,v) such that f(u) = v.
+    Polynomial multilinear_f = this->random_polynomial(N);
+    std::vector<Fr> u_challenge = this->random_evaluation_point(log_N);
+    Fr v_evaluation = multilinear_f.evaluate_mle(u_challenge);
+
+    // Compute the multilinear quotients q_k = q_k(X_0, ..., X_{k-1})
+    std::vector<Polynomial> quotients = ZeroMorphProver::compute_multilinear_quotients(multilinear_f, u_challenge);
+
+    // Show that the q_k were properly constructed by showing that the identity holds at a random multilinear challenge
+    // z, i.e. f(z) - v - \sum_{k=0}^{d-1} (z_k - u_k)q_k(z) = 0
+    std::vector<Fr> z_challenge = this->random_evaluation_point(log_N);
+
+    Fr result = multilinear_f.evaluate_mle(z_challenge);
+    result -= v_evaluation;
+    for (size_t k = 0; k < log_N; ++k) {
+        auto q_k_eval = Fr(0);
+        if (k == 0) {
+            // q_0 = a_0 is a constant polynomial so it's evaluation is simply its constant coefficient
+            q_k_eval = quotients[k][0];
+        } else {
+            // Construct (u_0, ..., u_{k-1})
+            auto subrange_size = static_cast<std::ptrdiff_t>(k);
+            std::vector<Fr> z_partial(z_challenge.begin(), z_challenge.begin() + subrange_size);
+            q_k_eval = quotients[k].evaluate_mle(z_partial);
+        }
+        // result = result - (z_k - u_k) * q_k(u_0, ..., u_{k-1})
+        result -= (z_challenge[k] - u_challenge[k]) * q_k_eval;
+    }
+
+    EXPECT_EQ(result, 0);
+}
+
+/**
+ * @brief Test function for constructing batched lifted degree quotient \hat{q}
+ *
+ */
+TYPED_TEST(ZeroMorphTest, BatchedLiftedDegreeQuotient)
+{
+    // Define some useful type aliases
+    using ZeroMorphProver = ZeroMorphProver_<TypeParam>;
+    using Fr = typename TypeParam::ScalarField;
+    using Polynomial = barretenberg::Polynomial<Fr>;
+
+    const size_t N = 8;
+
+    // Define some mock q_k with deg(q_k) = 2^k - 1
+    std::vector<Fr> data_0 = { 1 };
+    std::vector<Fr> data_1 = { 2, 3 };
+    std::vector<Fr> data_2 = { 4, 5, 6, 7 };
+    Polynomial q_0(data_0);
+    Polynomial q_1(data_1);
+    Polynomial q_2(data_2);
+    std::vector<Polynomial> quotients = { q_0, q_1, q_2 };
+
+    auto y_challenge = Fr::random_element();
+
+    // Compute batched quotient \hat{q} using the prover method
+    auto batched_quotient = ZeroMorphProver::compute_batched_lifted_degree_quotient(quotients, y_challenge, N);
+
+    // Now explicitly define q_k_lifted = X^{N-2^k} * q_k and compute the expected batched result
+    std::array<Fr, N> data_0_lifted = { 0, 0, 0, 0, 0, 0, 0, 1 };
+    std::array<Fr, N> data_1_lifted = { 0, 0, 0, 0, 0, 0, 2, 3 };
+    std::array<Fr, N> data_2_lifted = { 0, 0, 0, 0, 4, 5, 6, 7 };
+    Polynomial q_0_lifted(data_0_lifted);
+    Polynomial q_1_lifted(data_1_lifted);
+    Polynomial q_2_lifted(data_2_lifted);
+
+    // Explicitly compute \hat{q}
+    auto batched_quotient_expected = Polynomial(N);
+    batched_quotient_expected += q_0_lifted;
+    batched_quotient_expected.add_scaled(q_1_lifted, y_challenge);
+    batched_quotient_expected.add_scaled(q_2_lifted, y_challenge * y_challenge);
+
+    EXPECT_EQ(batched_quotient, batched_quotient_expected);
+}
+
+/**
+ * @brief Test function for constructing partially evaluated quotient \zeta_x
+ *
+ */
+TYPED_TEST(ZeroMorphTest, PartiallyEvaluatedQuotientZeta)
+{
+    // Define some useful type aliases
+    using ZeroMorphProver = ZeroMorphProver_<TypeParam>;
+    using Fr = typename TypeParam::ScalarField;
+    using Polynomial = barretenberg::Polynomial<Fr>;
+
+    const size_t N = 8;
+
+    // Define some mock q_k with deg(q_k) = 2^k - 1
+    std::vector<Fr> data_0 = { 1 };
+    std::vector<Fr> data_1 = { 2, 3 };
+    std::vector<Fr> data_2 = { 4, 5, 6, 7 };
+    Polynomial q_0(data_0);
+    Polynomial q_1(data_1);
+    Polynomial q_2(data_2);
+    std::vector<Polynomial> quotients = { q_0, q_1, q_2 };
+
+    auto y_challenge = Fr::random_element();
+
+    auto batched_quotient = ZeroMorphProver::compute_batched_lifted_degree_quotient(quotients, y_challenge, N);
+
+    auto x_challenge = Fr::random_element();
+
+    // Contruct zeta_x using the prover method
+    auto zeta_x = ZeroMorphProver::compute_partially_evaluated_degree_check_polynomial(
+        batched_quotient, quotients, y_challenge, x_challenge);
+
+    // Now construct zeta_x explicitly
+    auto zeta_x_expected = Polynomial(N);
+    zeta_x_expected += batched_quotient;
+    // q_batched - \sum_k q_k * y^k * x^{N - deg(q_k) - 1}
+    zeta_x_expected.add_scaled(q_0, -x_challenge.pow(N - 0 - 1));
+    zeta_x_expected.add_scaled(q_1, -y_challenge * x_challenge.pow(N - 1 - 1));
+    zeta_x_expected.add_scaled(q_2, -y_challenge * y_challenge * x_challenge.pow(N - 3 - 1));
+
+    EXPECT_EQ(zeta_x, zeta_x_expected);
+}
+
+/**
+ * @brief Demonstrate formulas for efficiently computing \Phi_k(x) = \sum_{i=0}^{k-1}x^i
+ * @details \Phi_k(x) = \sum_{i=0}^{k-1}x^i = (x^{2^k} - 1) / (x - 1)
+ *
+ */
+TYPED_TEST(ZeroMorphTest, PhiEvaluation)
+{
+    using Fr = typename TypeParam::ScalarField;
+    const size_t N = 8;
+    size_t n = numeric::get_msb(N);
+
+    // \Phi_n(x)
+    {
+        auto x_challenge = Fr::random_element();
+
+        auto efficient = (x_challenge.pow(1 << n) - 1) / (x_challenge - 1);
+
+        auto expected = this->Phi(x_challenge, n);
+
+        EXPECT_EQ(efficient, expected);
+    }
+
+    // \Phi_{n-k-1}(x^{2^{k + 1}}) = (x^{2^n} - 1) / (x^{2^{k + 1}} - 1)
+    {
+        auto x_challenge = Fr::random_element();
+
+        size_t k = 2;
+
+        // x^{2^{k+1}}
+        auto x_pow = x_challenge.pow(1 << (k + 1));
+
+        auto efficient = x_challenge.pow(1 << n) - 1; // x^N - 1
+        efficient = efficient / (x_pow - 1);          // (x^N - 1) / (x^{2^{k + 1}} - 1)
+
+        auto expected = this->Phi(x_pow, n - k - 1);
+        EXPECT_EQ(efficient, expected);
+    }
+}
+
+/**
+ * @brief Test function for constructing partially evaluated quotient Z_x
+ *
+ */
+TYPED_TEST(ZeroMorphTest, PartiallyEvaluatedQuotientZ)
+{
+    // Define some useful type aliases
+    using ZeroMorphProver = ZeroMorphProver_<TypeParam>;
+    using Fr = typename TypeParam::ScalarField;
+    using Polynomial = barretenberg::Polynomial<Fr>;
+
+    const size_t N = 8;
+    size_t log_N = numeric::get_msb(N);
+
+    // Construct a random multilinear polynomial f, and (u,v) such that f(u) = v.
+    Polynomial multilinear_f = this->random_polynomial(N);
+    Polynomial multilinear_g = this->random_polynomial(N);
+    multilinear_g[0] = 0;
+    std::vector<Fr> u_challenge = this->random_evaluation_point(log_N);
+    Fr v_evaluation = multilinear_f.evaluate_mle(u_challenge);
+    Fr w_evaluation = multilinear_g.evaluate_mle(u_challenge, /* shift = */ true);
+
+    auto rho = Fr::random_element();
+
+    // compute batched polynomial and evaluation
+    auto f_batched = multilinear_f;
+    auto g_batched = multilinear_g;
+    g_batched *= rho;
+    auto v_batched = v_evaluation + rho * w_evaluation;
+
+    // Define some mock q_k with deg(q_k) = 2^k - 1
+    auto q_0 = this->random_polynomial(1 << 0);
+    auto q_1 = this->random_polynomial(1 << 1);
+    auto q_2 = this->random_polynomial(1 << 2);
+    std::vector<Polynomial> quotients = { q_0, q_1, q_2 };
+
+    auto x_challenge = Fr::random_element();
+
+    // Construct Z_x using the prover method
+    auto Z_x = ZeroMorphProver::compute_partially_evaluated_zeromorph_identity_polynomial(
+        f_batched, g_batched, quotients, v_batched, u_challenge, x_challenge);
+
+    // Compute Z_x directly
+    auto Z_x_expected = g_batched;
+    Z_x_expected.add_scaled(f_batched, x_challenge);
+    Z_x_expected[0] -= v_batched * x_challenge * this->Phi(x_challenge, log_N);
+    for (size_t k = 0; k < log_N; ++k) {
+        auto x_pow_2k = x_challenge.pow(1 << k);         // x^{2^k}
+        auto x_pow_2kp1 = x_challenge.pow(1 << (k + 1)); // x^{2^{k+1}}
+        // x^{2^k} * \Phi_{n-k-1}(x^{2^{k+1}}) - u_k *  \Phi_{n-k}(x^{2^k})
+        auto scalar = x_pow_2k * this->Phi(x_pow_2kp1, log_N - k - 1) - u_challenge[k] * this->Phi(x_pow_2k, log_N - k);
+        scalar *= x_challenge;
+        scalar *= Fr(-1);
+        Z_x_expected.add_scaled(quotients[k], scalar);
+    }
+
+    EXPECT_EQ(Z_x, Z_x_expected);
+}
+
+/**
+ * @brief Test full Prover/Verifier protocol for proving single multilinear evaluation
+ *
+ */
+TYPED_TEST(ZeroMorphTest, ProveAndVerifySingle)
+{
+    size_t num_unshifted = 1;
+    size_t num_shifted = 0;
+    auto verified = this->execute_zeromorph_protocol(num_unshifted, num_shifted);
+    EXPECT_TRUE(verified);
+}
+
+/**
+ * @brief Test full Prover/Verifier protocol for proving batched multilinear evaluation with shifts
+ *
+ */
+TYPED_TEST(ZeroMorphTest, ProveAndVerifyBatchedWithShifts)
+{
+    size_t num_unshifted = 3;
+    size_t num_shifted = 2;
+    auto verified = this->execute_zeromorph_protocol(num_unshifted, num_shifted);
+    EXPECT_TRUE(verified);
+}
+
+} // namespace proof_system::honk::pcs::zeromorph
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/composer_lib.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/composer_lib.hpp
index 557570d90d9c..1219b2a586b9 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/composer_lib.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/composer_lib.hpp
@@ -26,7 +26,7 @@ std::shared_ptr<typename Flavor::VerificationKey> compute_verification_key_commo
 
     auto commitment_key = typename Flavor::CommitmentKey(proving_key->circuit_size, proving_key->crs);
 
-    size_t poly_idx = 0; // TODO(#391) zip
+    size_t poly_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
     for (auto& polynomial : proving_key) {
         verification_key[poly_idx] = commitment_key.commit(polynomial);
         ++polynomial_idx;
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.cpp
index c44589b05780..9f5143ba028e 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.cpp
@@ -33,8 +33,7 @@ template <ECCVMFlavor Flavor>
 ECCVMProver_<Flavor>::ECCVMProver_(std::shared_ptr<typename Flavor::ProvingKey> input_key,
                                    std::shared_ptr<PCSCommitmentKey> commitment_key)
     : key(input_key)
-    , queue(commitment_key, transcript)
-    , pcs_commitment_key(commitment_key)
+    , commitment_key(commitment_key)
 {
 
     // TODO(@zac-williamson) Future work; is there a cleaner way of doing this? #2213
@@ -144,19 +143,7 @@ ECCVMProver_<Flavor>::ECCVMProver_(std::shared_ptr<typename Flavor::ProvingKey>
     prover_polynomials.lookup_inverses = key->lookup_inverses;
     key->z_perm = Polynomial(key->circuit_size);
     prover_polynomials.z_perm = key->z_perm;
-}
-
-/**
- * @brief Commit to the first three wires only
- *
- */
-template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::compute_wire_commitments()
-{
-    auto wire_polys = key->get_wires();
-    auto labels = commitment_labels.get_wires();
-    for (size_t idx = 0; idx < wire_polys.size(); ++idx) {
-        queue.add_commitment(wire_polys[idx], labels[idx]);
-    }
+    prover_polynomials.z_perm_shift = key->z_perm; // this will be initialized properly later
 }
 
 /**
@@ -179,7 +166,7 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_wire_commitment
     auto wire_polys = key->get_wires();
     auto labels = commitment_labels.get_wires();
     for (size_t idx = 0; idx < wire_polys.size(); ++idx) {
-        queue.add_commitment(wire_polys[idx], labels[idx]);
+        transcript.send_to_verifier(labels[idx], commitment_key->commit(wire_polys[idx]));
     }
 }
 
@@ -203,7 +190,7 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_log_derivative_
     // Compute inverse polynomial for our logarithmic-derivative lookup method
     lookup_library::compute_logderivative_inverse<Flavor, typename Flavor::LookupRelation>(
         prover_polynomials, relation_parameters, key->circuit_size);
-    queue.add_commitment(key->lookup_inverses, commitment_labels.lookup_inverses);
+    transcript.send_to_verifier(commitment_labels.lookup_inverses, commitment_key->commit(key->lookup_inverses));
     prover_polynomials.lookup_inverses = key->lookup_inverses;
 }
 
@@ -216,7 +203,7 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_grand_product_c
     // Compute permutation grand product and their commitments
     permutation_library::compute_permutation_grand_products<Flavor>(key, prover_polynomials, relation_parameters);
 
-    queue.add_commitment(key->z_perm, commitment_labels.z_perm);
+    transcript.send_to_verifier(commitment_labels.z_perm, commitment_key->commit(key->z_perm));
 }
 
 /**
@@ -247,7 +234,7 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_univariatizatio
 
     // Batch the unshifted polynomials and the to-be-shifted polynomials using ρ
     Polynomial batched_poly_unshifted(key->circuit_size); // batched unshifted polynomials
-    size_t poly_idx = 0;                                  // TODO(#391) zip
+    size_t poly_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
     for (auto& unshifted_poly : prover_polynomials.get_unshifted()) {
         batched_poly_unshifted.add_scaled(unshifted_poly, rhos[poly_idx]);
         ++poly_idx;
@@ -265,7 +252,8 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_univariatizatio
 
     // Compute and add to trasnscript the commitments [Fold^(i)], i = 1, ..., d-1
     for (size_t l = 0; l < key->log_circuit_size - 1; ++l) {
-        queue.add_commitment(gemini_polynomials[l + 2], "Gemini:FOLD_" + std::to_string(l + 1));
+        transcript.send_to_verifier("Gemini:FOLD_" + std::to_string(l + 1),
+                                    commitment_key->commit(gemini_polynomials[l + 2]));
     }
 }
 
@@ -300,7 +288,7 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_shplonk_batched
         Shplonk::compute_batched_quotient(gemini_output.opening_pairs, gemini_output.witnesses, nu_challenge);
 
     // commit to Q(X) and add [Q] to the transcript
-    queue.add_commitment(batched_quotient_Q, "Shplonk:Q");
+    transcript.send_to_verifier("Shplonk:Q", commitment_key->commit(batched_quotient_Q));
 }
 
 /**
@@ -321,8 +309,7 @@ template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_shplonk_partial
  * */
 template <ECCVMFlavor Flavor> void ECCVMProver_<Flavor>::execute_final_pcs_round()
 {
-    PCS::compute_opening_proof(pcs_commitment_key, shplonk_output.opening_pair, shplonk_output.witness, transcript);
-    // queue.add_commitment(quotient_W, "KZG:W");
+    PCS::compute_opening_proof(commitment_key, shplonk_output.opening_pair, shplonk_output.witness, transcript);
 }
 
 template <ECCVMFlavor Flavor> plonk::proof& ECCVMProver_<Flavor>::export_proof()
@@ -338,16 +325,13 @@ template <ECCVMFlavor Flavor> plonk::proof& ECCVMProver_<Flavor>::construct_proo
 
     // Compute first three wire commitments
     execute_wire_commitments_round();
-    queue.process_queue();
 
     // Compute sorted list accumulator and commitment
     execute_log_derivative_commitments_round();
-    queue.process_queue();
 
     // Fiat-Shamir: bbeta & gamma
     // Compute grand product(s) and commitments.
     execute_grand_product_computation_round();
-    queue.process_queue();
 
     // Fiat-Shamir: alpha
     // Run sumcheck subprotocol.
@@ -356,7 +340,6 @@ template <ECCVMFlavor Flavor> plonk::proof& ECCVMProver_<Flavor>::construct_proo
     // Fiat-Shamir: rho
     // Compute Fold polynomials and their commitments.
     execute_univariatization_round();
-    queue.process_queue();
 
     // Fiat-Shamir: r
     // Compute Fold evaluations
@@ -365,7 +348,6 @@ template <ECCVMFlavor Flavor> plonk::proof& ECCVMProver_<Flavor>::construct_proo
     // Fiat-Shamir: nu
     // Compute Shplonk batched quotient commitment Q
     execute_shplonk_batched_quotient_round();
-    queue.process_queue();
 
     // Fiat-Shamir: z
     // Compute partial evaluation Q_z
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.hpp
index 0e5298b7f6a5..d781fcb86c26 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/eccvm_prover.hpp
@@ -2,7 +2,6 @@
 #include "barretenberg/honk/flavor/ecc_vm.hpp"
 #include "barretenberg/honk/pcs/gemini/gemini.hpp"
 #include "barretenberg/honk/pcs/shplonk/shplonk.hpp"
-#include "barretenberg/honk/proof_system/work_queue.hpp"
 #include "barretenberg/honk/sumcheck/sumcheck_output.hpp"
 #include "barretenberg/honk/transcript/transcript.hpp"
 #include "barretenberg/plonk/proof_system/types/proof.hpp"
@@ -37,8 +36,6 @@ template <ECCVMFlavor Flavor> class ECCVMProver_ {
     void execute_shplonk_partial_evaluation_round();
     void execute_final_pcs_round();
 
-    void compute_wire_commitments();
-
     plonk::proof& export_proof();
     plonk::proof& construct_proof();
 
@@ -63,12 +60,10 @@ template <ECCVMFlavor Flavor> class ECCVMProver_ {
 
     Polynomial quotient_W;
 
-    work_queue<Curve> queue;
-
     sumcheck::SumcheckOutput<Flavor> sumcheck_output;
     pcs::gemini::ProverOutput<Curve> gemini_output;
     pcs::shplonk::ProverOutput<Curve> shplonk_output;
-    std::shared_ptr<PCSCommitmentKey> pcs_commitment_key;
+    std::shared_ptr<PCSCommitmentKey> commitment_key;
 
     using Gemini = pcs::gemini::GeminiProver_<Curve>;
     using Shplonk = pcs::shplonk::ShplonkProver_<Curve>;
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_prover.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_prover.cpp
new file mode 100644
index 000000000000..ba5ed3909a70
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_prover.cpp
@@ -0,0 +1,119 @@
+#include "merge_prover.hpp"
+
+namespace proof_system::honk {
+
+/**
+ * Create MergeProver_
+ *
+ */
+template <typename Flavor>
+MergeProver_<Flavor>::MergeProver_(std::shared_ptr<CommitmentKey> commitment_key, std::shared_ptr<ECCOpQueue> op_queue)
+    : op_queue(op_queue)
+    , pcs_commitment_key(commitment_key)
+{}
+
+/**
+ * @brief Prove proper construction of the aggregate Goblin ECC op queue polynomials T_i^(j), j = 1,2,3,4.
+ * @details Let T_i^(j) be the jth column of the aggregate op queue after incorporating the contribution from the
+ * present circuit. T_{i-1}^(j) corresponds to the aggregate op queue at the previous stage and $t_i^(j)$ represents
+ * the contribution from the present circuit only. For each j, we have the relationship T_i = T_{i-1} + right_shift(t_i,
+ * M_{i-1}), where the shift magnitude M_{i-1} is the length of T_{i-1}. This protocol demonstrates that the aggregate
+ * op queue has been constructed correctly via a simple Schwartz-Zippel check. Evaluations are proven via batched KZG.
+ *
+ * TODO(#746): Prove connection between t_i^{shift}, committed to herein, and t_i, used in the main protocol. See issue
+ * for details (https://github.com/AztecProtocol/barretenberg/issues/746).
+ *
+ * @tparam Flavor
+ * @return plonk::proof&
+ */
+template <typename Flavor> plonk::proof& MergeProver_<Flavor>::construct_proof()
+{
+    size_t N = op_queue->get_current_size();
+
+    // Extract T_i, T_{i-1}
+    auto T_current = op_queue->get_aggregate_transcript();
+    auto T_prev = op_queue->get_previous_aggregate_transcript();
+    // TODO(#723): Cannot currently support an empty T_{i-1}. Need to be able to properly handle zero commitment.
+    ASSERT(T_prev[0].size() > 0);
+
+    // Construct t_i^{shift} as T_i - T_{i-1}
+    std::array<Polynomial, Flavor::NUM_WIRES> t_shift;
+    for (size_t i = 0; i < Flavor::NUM_WIRES; ++i) {
+        t_shift[i] = Polynomial(T_current[i]);
+        t_shift[i] -= T_prev[i];
+    }
+
+    // Compute/get commitments [t_i^{shift}], [T_{i-1}], and [T_i] and add to transcript
+    std::array<Commitment, Flavor::NUM_WIRES> C_T_current;
+    for (size_t idx = 0; idx < t_shift.size(); ++idx) {
+        // Get previous transcript commitment [T_{i-1}] from op queue
+        auto C_T_prev = op_queue->ultra_ops_commitments[idx];
+        // Compute commitment [t_i^{shift}] directly
+        auto C_t_shift = pcs_commitment_key->commit(t_shift[idx]);
+        // Compute updated aggregate transcript commitment as [T_i] = [T_{i-1}] + [t_i^{shift}]
+        C_T_current[idx] = C_T_prev + C_t_shift;
+
+        std::string suffix = std::to_string(idx + 1);
+        transcript.send_to_verifier("T_PREV_" + suffix, C_T_prev);
+        transcript.send_to_verifier("t_SHIFT_" + suffix, C_t_shift);
+        transcript.send_to_verifier("T_CURRENT_" + suffix, C_T_current[idx]);
+    }
+
+    // Store the commitments [T_{i}] (to be used later in subsequent iterations as [T_{i-1}]).
+    op_queue->set_commitment_data(C_T_current);
+
+    // Compute evaluations T_i(\kappa), T_{i-1}(\kappa), t_i^{shift}(\kappa), add to transcript. For each polynomial
+    // we add a univariate opening claim {p(X), (\kappa, p(\kappa))} to the set of claims to be checked via batched KZG.
+    auto kappa = transcript.get_challenge("kappa");
+
+    // Add univariate opening claims for each polynomial.
+    std::vector<OpeningClaim> opening_claims;
+    // Compute evaluation T_{i-1}(\kappa)
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        auto polynomial = Polynomial(T_prev[idx]);
+        auto evaluation = polynomial.evaluate(kappa);
+        transcript.send_to_verifier("T_prev_eval_" + std::to_string(idx + 1), evaluation);
+        opening_claims.emplace_back(OpeningClaim{ polynomial, { kappa, evaluation } });
+    }
+    // Compute evaluation t_i^{shift}(\kappa)
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        auto evaluation = t_shift[idx].evaluate(kappa);
+        transcript.send_to_verifier("t_shift_eval_" + std::to_string(idx + 1), evaluation);
+        opening_claims.emplace_back(OpeningClaim{ t_shift[idx], { kappa, evaluation } });
+    }
+    // Compute evaluation T_i(\kappa)
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        auto polynomial = Polynomial(T_current[idx]);
+        auto evaluation = polynomial.evaluate(kappa);
+        transcript.send_to_verifier("T_current_eval_" + std::to_string(idx + 1), evaluation);
+        opening_claims.emplace_back(OpeningClaim{ polynomial, { kappa, evaluation } });
+    }
+
+    auto alpha = transcript.get_challenge("alpha");
+
+    // Constuct batched polynomial to opened via KZG
+    auto batched_polynomial = Polynomial(N);
+    auto batched_eval = FF(0);
+    auto alpha_pow = FF(1);
+    for (auto& claim : opening_claims) {
+        batched_polynomial.add_scaled(claim.polynomial, alpha_pow);
+        batched_eval += alpha_pow * claim.opening_pair.evaluation;
+        alpha_pow *= alpha;
+    }
+
+    // Construct and commit to KZG quotient polynomial q = (f - v) / (X - kappa)
+    auto quotient = batched_polynomial;
+    quotient[0] -= batched_eval;
+    quotient.factor_roots(kappa);
+
+    auto quotient_commitment = pcs_commitment_key->commit(quotient);
+    transcript.send_to_verifier("KZG:W", quotient_commitment);
+
+    proof.proof_data = transcript.proof_data;
+    return proof;
+}
+
+template class MergeProver_<honk::flavor::Ultra>;
+template class MergeProver_<honk::flavor::GoblinUltra>;
+
+} // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_prover.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_prover.hpp
new file mode 100644
index 000000000000..7462018ec51f
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_prover.hpp
@@ -0,0 +1,42 @@
+#pragma once
+
+#include "barretenberg/honk/flavor/goblin_ultra.hpp"
+#include "barretenberg/honk/flavor/ultra.hpp"
+#include "barretenberg/honk/pcs/claim.hpp"
+#include "barretenberg/honk/transcript/transcript.hpp"
+#include "barretenberg/plonk/proof_system/types/proof.hpp"
+#include "barretenberg/proof_system/op_queue/ecc_op_queue.hpp"
+
+namespace proof_system::honk {
+
+/**
+ * @brief Prover class for the Goblin ECC op queue transcript merge protocol
+ *
+ * @tparam Flavor
+ */
+template <typename Flavor> class MergeProver_ {
+    using FF = typename Flavor::FF;
+    using Polynomial = typename Flavor::Polynomial;
+    using CommitmentKey = typename Flavor::CommitmentKey;
+    using Commitment = typename Flavor::Commitment;
+    using PCS = typename Flavor::PCS;
+    using Curve = typename Flavor::Curve;
+    using OpeningClaim = typename pcs::ProverOpeningClaim<Curve>;
+    using OpeningPair = typename pcs::OpeningPair<Curve>;
+
+  public:
+    ProverTranscript<FF> transcript;
+    std::shared_ptr<ECCOpQueue> op_queue;
+    std::shared_ptr<CommitmentKey> pcs_commitment_key;
+
+    explicit MergeProver_(std::shared_ptr<CommitmentKey>, std::shared_ptr<ECCOpQueue>);
+    plonk::proof& construct_proof();
+
+  private:
+    plonk::proof proof;
+};
+
+extern template class MergeProver_<honk::flavor::Ultra>;
+extern template class MergeProver_<honk::flavor::GoblinUltra>;
+
+} // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_verifier.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_verifier.cpp
new file mode 100644
index 000000000000..ca477c49eb6f
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_verifier.cpp
@@ -0,0 +1,83 @@
+#include "merge_verifier.hpp"
+
+namespace proof_system::honk {
+
+template <typename Flavor>
+MergeVerifier_<Flavor>::MergeVerifier_(std::unique_ptr<VerifierCommitmentKey> verification_key)
+    : pcs_verification_key(std::move(verification_key)){};
+
+/**
+ * @brief Verify proper construction of the aggregate Goblin ECC op queue polynomials T_i^(j), j = 1,2,3,4.
+ * @details Let T_i^(j) be the jth column of the aggregate op queue after incorporating the contribution from the
+ * present circuit. T_{i-1}^(j) corresponds to the aggregate op queue at the previous stage and $t_i^(j)$ represents
+ * the contribution from the present circuit only. For each j, we have the relationship T_i = T_{i-1} + right_shift(t_i,
+ * M_{i-1}), where the shift magnitude M_{i-1} is the length of T_{i-1}. This protocol verfies that the aggregate op
+ * queue has been constructed correctly via a simple Schwartz-Zippel check. Evaluations are checked via batched KZG.
+ *
+ * @tparam Flavor
+ * @return plonk::proof&
+ */
+template <typename Flavor> bool MergeVerifier_<Flavor>::verify_proof(const plonk::proof& proof)
+{
+    transcript = VerifierTranscript<FF>{ proof.proof_data };
+
+    // Receive commitments [t_i^{shift}], [T_{i-1}], and [T_i]
+    std::array<Commitment, Flavor::NUM_WIRES> C_T_prev;
+    std::array<Commitment, Flavor::NUM_WIRES> C_t_shift;
+    std::array<Commitment, Flavor::NUM_WIRES> C_T_current;
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        C_T_prev[idx] = transcript.template receive_from_prover<Commitment>("T_PREV_" + std::to_string(idx + 1));
+        C_t_shift[idx] = transcript.template receive_from_prover<Commitment>("t_SHIFT_" + std::to_string(idx + 1));
+        C_T_current[idx] = transcript.template receive_from_prover<Commitment>("T_CURRENT_" + std::to_string(idx + 1));
+    }
+
+    FF kappa = transcript.get_challenge("kappa");
+
+    // Receive transcript poly evaluations and add corresponding univariate opening claims {(\kappa, p(\kappa), [p(X)]}
+    std::array<FF, Flavor::NUM_WIRES> T_prev_evals;
+    std::array<FF, Flavor::NUM_WIRES> t_shift_evals;
+    std::array<FF, Flavor::NUM_WIRES> T_current_evals;
+    std::vector<OpeningClaim> opening_claims;
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        T_prev_evals[idx] = transcript.template receive_from_prover<FF>("T_prev_eval_" + std::to_string(idx + 1));
+        opening_claims.emplace_back(pcs::OpeningClaim<Curve>{ { kappa, T_prev_evals[idx] }, C_T_prev[idx] });
+    }
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        t_shift_evals[idx] = transcript.template receive_from_prover<FF>("t_shift_eval_" + std::to_string(idx + 1));
+        opening_claims.emplace_back(pcs::OpeningClaim<Curve>{ { kappa, t_shift_evals[idx] }, C_t_shift[idx] });
+    }
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        T_current_evals[idx] = transcript.template receive_from_prover<FF>("T_current_eval_" + std::to_string(idx + 1));
+        opening_claims.emplace_back(pcs::OpeningClaim<Curve>{ { kappa, T_current_evals[idx] }, C_T_current[idx] });
+    }
+
+    // Check the identity T_i(\kappa) = T_{i-1}(\kappa) + t_i^{shift}(\kappa). If it fails, return false
+    bool identity_checked = true;
+    for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
+        identity_checked = identity_checked && (T_current_evals[idx] == T_prev_evals[idx] + t_shift_evals[idx]);
+    }
+
+    auto alpha = transcript.get_challenge("alpha");
+
+    // Constuct batched commitment and evaluation from constituents
+    auto batched_commitment = opening_claims[0].commitment;
+    auto batched_eval = opening_claims[0].opening_pair.evaluation;
+    auto alpha_pow = alpha;
+    for (size_t idx = 1; idx < opening_claims.size(); ++idx) {
+        auto& claim = opening_claims[idx];
+        batched_commitment = batched_commitment + (claim.commitment * alpha_pow);
+        batched_eval += alpha_pow * claim.opening_pair.evaluation;
+        alpha_pow *= alpha;
+    }
+
+    OpeningClaim batched_claim = { { kappa, batched_eval }, batched_commitment };
+
+    auto verified = PCS::verify(pcs_verification_key, batched_claim, transcript);
+
+    return identity_checked && verified;
+}
+
+template class MergeVerifier_<honk::flavor::Ultra>;
+template class MergeVerifier_<honk::flavor::GoblinUltra>;
+
+} // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_verifier.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_verifier.hpp
new file mode 100644
index 000000000000..b195cd92a1ed
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/goblin_merge/merge_verifier.hpp
@@ -0,0 +1,40 @@
+#pragma once
+
+#include "barretenberg/honk/flavor/goblin_ultra.hpp"
+#include "barretenberg/honk/flavor/ultra.hpp"
+#include "barretenberg/honk/pcs/claim.hpp"
+#include "barretenberg/honk/transcript/transcript.hpp"
+#include "barretenberg/plonk/proof_system/types/proof.hpp"
+#include "barretenberg/proof_system/op_queue/ecc_op_queue.hpp"
+
+namespace proof_system::honk {
+
+/**
+ * @brief Verifier class for the Goblin ECC op queue transcript merge protocol
+ *
+ * @tparam Flavor
+ */
+template <typename Flavor> class MergeVerifier_ {
+    using FF = typename Flavor::FF;
+    using Polynomial = typename Flavor::Polynomial;
+    using CommitmentKey = typename Flavor::CommitmentKey;
+    using Commitment = typename Flavor::Commitment;
+    using PCS = typename Flavor::PCS;
+    using Curve = typename Flavor::Curve;
+    using OpeningClaim = typename pcs::OpeningClaim<Curve>;
+    using VerificationKey = typename Flavor::VerificationKey;
+    using VerifierCommitmentKey = typename Flavor::VerifierCommitmentKey;
+
+  public:
+    VerifierTranscript<FF> transcript;
+    std::shared_ptr<ECCOpQueue> op_queue;
+    std::shared_ptr<VerifierCommitmentKey> pcs_verification_key;
+
+    explicit MergeVerifier_(std::unique_ptr<VerifierCommitmentKey> verification_key);
+    bool verify_proof(const plonk::proof& proof);
+};
+
+extern template class MergeVerifier_<honk::flavor::Ultra>;
+extern template class MergeVerifier_<honk::flavor::GoblinUltra>;
+
+} // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/grand_product_library.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/grand_product_library.hpp
index cd15a36c1f48..fa6334e23032 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/grand_product_library.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/grand_product_library.hpp
@@ -47,12 +47,12 @@ namespace proof_system::honk::grand_product_library {
  */
 template <typename Flavor, typename GrandProdRelation>
 void compute_grand_product(const size_t circuit_size,
-                           auto& full_polynomials,
+                           typename Flavor::ProverPolynomials& full_polynomials,
                            proof_system::RelationParameters<typename Flavor::FF>& relation_parameters)
 {
     using FF = typename Flavor::FF;
     using Polynomial = typename Flavor::Polynomial;
-    using ValueAccumulatorsAndViews = typename GrandProdRelation::ValueAccumulatorsAndViews;
+    using Accumulator = std::tuple_element_t<0, typename GrandProdRelation::ArrayOfValuesOverSubrelations>;
 
     // Allocate numerator/denominator polynomials that will serve as scratch space
     // TODO(zac) we can re-use the permutation polynomial as the numerator polynomial. Reduces readability
@@ -67,15 +67,14 @@ void compute_grand_product(const size_t circuit_size,
         const size_t start = thread_idx * block_size;
         const size_t end = (thread_idx + 1) * block_size;
         for (size_t i = start; i < end; ++i) {
-
-            typename Flavor::ProverPolynomialsEvaluations evaluations;
+            typename Flavor::AllValues evaluations;
             for (size_t k = 0; k < Flavor::NUM_ALL_ENTITIES; ++k) {
                 evaluations[k] = full_polynomials[k].size() > i ? full_polynomials[k][i] : 0;
             }
-            numerator[i] = GrandProdRelation::template compute_grand_product_numerator<ValueAccumulatorsAndViews>(
-                evaluations, relation_parameters, i);
-            denominator[i] = GrandProdRelation::template compute_grand_product_denominator<ValueAccumulatorsAndViews>(
-                evaluations, relation_parameters, i);
+            numerator[i] = GrandProdRelation::template compute_grand_product_numerator<Accumulator>(
+                evaluations, relation_parameters);
+            denominator[i] = GrandProdRelation::template compute_grand_product_denominator<Accumulator>(
+                evaluations, relation_parameters);
         }
     });
 
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/lookup_library.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/lookup_library.hpp
index bb590b49a52c..a2c83cfc8d8a 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/lookup_library.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/lookup_library.hpp
@@ -23,33 +23,33 @@ namespace proof_system::honk::lookup_library {
  * The specific algebraic relations that define read terms and write terms are defined in Flavor::LookupRelation
  *
  */
-template <typename Flavor, typename Relation>
-void compute_logderivative_inverse(auto& polynomials,
+template <typename Flavor, typename Relation, typename Polynomials>
+void compute_logderivative_inverse(Polynomials& polynomials,
                                    proof_system::RelationParameters<typename Flavor::FF>& relation_parameters,
                                    const size_t circuit_size)
 {
     using FF = typename Flavor::FF;
-    using Accumulator = typename Relation::ValueAccumulatorsAndViews;
+    using Accumulator = typename Relation::ValueAccumulator0;
     constexpr size_t READ_TERMS = Relation::READ_TERMS;
     constexpr size_t WRITE_TERMS = Relation::WRITE_TERMS;
     auto& inverse_polynomial = polynomials.lookup_inverses;
 
     auto lookup_relation = Relation();
     for (size_t i = 0; i < circuit_size; ++i) {
-        bool has_inverse =
-            lookup_relation.template lookup_exists_at_row_index<Accumulator>(polynomials, relation_parameters, i);
+        auto row = polynomials.get_row(i);
+        bool has_inverse = lookup_relation.lookup_exists_at_row(row);
         if (!has_inverse) {
             continue;
         }
         FF denominator = 1;
         barretenberg::constexpr_for<0, READ_TERMS, 1>([&]<size_t read_index> {
-            auto denominator_term = lookup_relation.template compute_read_term<Accumulator, read_index>(
-                polynomials, relation_parameters, i);
+            auto denominator_term =
+                lookup_relation.template compute_read_term<Accumulator, read_index>(row, relation_parameters);
             denominator *= denominator_term;
         });
         barretenberg::constexpr_for<0, WRITE_TERMS, 1>([&]<size_t write_index> {
-            auto denominator_term = lookup_relation.template compute_write_term<Accumulator, write_index>(
-                polynomials, relation_parameters, i);
+            auto denominator_term =
+                lookup_relation.template compute_write_term<Accumulator, write_index>(row, relation_parameters);
             denominator *= denominator_term;
         });
         inverse_polynomial[i] = denominator;
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/permutation_library.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/permutation_library.hpp
index 91c72d224b50..e61c4a311d23 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/permutation_library.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/permutation_library.hpp
@@ -42,14 +42,14 @@ namespace proof_system::honk::permutation_library {
  *
  * Note: Step (3) utilizes Montgomery batch inversion to replace n-many inversions with
  */
-template <typename Flavor, typename PermutationRelation>
+template <typename Flavor, typename GrandProdRelation>
 void compute_permutation_grand_product(const size_t circuit_size,
                                        auto& full_polynomials,
                                        proof_system::RelationParameters<typename Flavor::FF>& relation_parameters)
 {
     using FF = typename Flavor::FF;
     using Polynomial = typename Flavor::Polynomial;
-    using ValueAccumulatorsAndViews = typename PermutationRelation::ValueAccumulatorsAndViews;
+    using Accumulator = std::tuple_element_t<0, typename GrandProdRelation::ArrayOfValuesOverSubrelations>;
 
     // Allocate numerator/denominator polynomials that will serve as scratch space
     // TODO(zac) we can re-use the permutation polynomial as the numerator polynomial.
@@ -58,7 +58,7 @@ void compute_permutation_grand_product(const size_t circuit_size,
     Polynomial denominator = Polynomial{ circuit_size };
 
     // Step (1)
-    // Populate `numerator` and `denominator` with the algebra described by PermutationRelation
+    // Populate `numerator` and `denominator` with the algebra described by GrandProdRelation
     static constexpr size_t MIN_CIRCUIT_SIZE_TO_MULTITHREAD = 64;
     const size_t num_threads = circuit_size >= MIN_CIRCUIT_SIZE_TO_MULTITHREAD
                                    ? (circuit_size >= get_num_cpus_pow2() ? get_num_cpus_pow2() : 1)
@@ -69,14 +69,14 @@ void compute_permutation_grand_product(const size_t circuit_size,
         const size_t end = (thread_idx + 1) * block_size;
         for (size_t i = start; i < end; ++i) {
 
-            typename Flavor::ProverPolynomialsEvaluations evaluations;
+            typename Flavor::AllValues evaluations;
             for (size_t k = 0; k < Flavor::NUM_ALL_ENTITIES; ++k) {
                 evaluations[k] = full_polynomials[k].size() > i ? full_polynomials[k][i] : 0;
             }
-            numerator[i] = PermutationRelation::template compute_permutation_numerator<ValueAccumulatorsAndViews>(
-                evaluations, relation_parameters, i);
-            denominator[i] = PermutationRelation::template compute_permutation_denominator<ValueAccumulatorsAndViews>(
-                evaluations, relation_parameters, i);
+            numerator[i] = GrandProdRelation::template compute_permutation_numerator<Accumulator>(evaluations,
+                                                                                                  relation_parameters);
+            denominator[i] = GrandProdRelation::template compute_permutation_denominator<Accumulator>(
+                evaluations, relation_parameters);
         }
     });
 
@@ -128,7 +128,7 @@ void compute_permutation_grand_product(const size_t circuit_size,
     });
 
     // Step (3) Compute z_perm[i] = numerator[i] / denominator[i]
-    auto& grand_product_polynomial = PermutationRelation::get_grand_product_polynomial(full_polynomials);
+    auto& grand_product_polynomial = GrandProdRelation::get_grand_product_polynomial(full_polynomials);
     grand_product_polynomial[0] = 0;
     parallel_for(num_threads, [&](size_t thread_idx) {
         const size_t start = thread_idx * block_size;
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.cpp
index d14858bd80a3..ceea8fc7863c 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.cpp
@@ -2,12 +2,6 @@
 #include "barretenberg/proof_system/flavor/flavor.hpp"
 namespace proof_system::honk {
 
-/**
- * @brief Prior to folding we need to add all the public inputs to the transcript, labelled by their corresponding
- * instance index, compute all the instance's polynomials and record the relation parameters involved in computing these
- * polynomials in the transcript.
- *
- */
 template <class ProverInstances> void ProtoGalaxyProver_<ProverInstances>::prepare_for_folding()
 {
     // this doesnt work in the current format
@@ -54,15 +48,11 @@ ProverFoldingResult<typename ProverInstances::Flavor> ProtoGalaxyProver_<ProverI
     for (size_t idx = 0; idx <= log_instance_size; idx++) {
         transcript.send_to_verifier("perturbator_" + std::to_string(idx), perturbator[idx]);
     }
-    // auto value = transcript.get_challenge("evaluation_point");
-    // Compute F(α)
-    // auto evalutation = perturbator.evaluate(value);
-    // transcript.send_to_verifier("perturbator_eval", evalutation);
+
     ProverFoldingResult<Flavor> res;
     res.folding_data = transcript.proof_data;
     return res;
 }
 template class ProtoGalaxyProver_<ProverInstances_<honk::flavor::Ultra, 2>>;
-template class ProtoGalaxyProver_<ProverInstances_<honk::flavor::UltraGrumpkin, 2>>;
 template class ProtoGalaxyProver_<ProverInstances_<honk::flavor::GoblinUltra, 2>>;
 } // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.hpp
index 95e36f659025..7dc2f192a33a 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_prover.hpp
@@ -1,7 +1,6 @@
 #pragma once
 #include "barretenberg/honk/flavor/goblin_ultra.hpp"
 #include "barretenberg/honk/flavor/ultra.hpp"
-#include "barretenberg/honk/flavor/ultra_grumpkin.hpp"
 #include "barretenberg/honk/instance/instances.hpp"
 #include "barretenberg/honk/proof_system/folding_result.hpp"
 #include "barretenberg/proof_system/flavor/flavor.hpp"
@@ -12,10 +11,10 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
     using Flavor = typename ProverInstances::Flavor;
     using Instance = typename ProverInstances::Instance;
     using Utils = barretenberg::RelationUtils<Flavor>;
-    using RowEvaluations = typename Flavor::ProverPolynomialsEvaluations;
-    using RelationEvaluations = typename Flavor::RelationValues;
-    using FF = typename Flavor::FF;
+    using RowEvaluations = typename Flavor::AllValues;
     using ProverPolynomials = typename Flavor::ProverPolynomials;
+    using FF = typename Flavor::FF;
+    using TupleOfArraysOfValues = typename Flavor::TupleOfArraysOfValues;
 
     ProverInstances instances;
     ProverTranscript<FF> transcript;
@@ -24,6 +23,12 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
         : instances(insts){};
     ~ProtoGalaxyProver_() = default;
 
+    /**
+     * @brief Prior to folding we need to add all the public inputs to the transcript, labelled by their corresponding
+     * instance index, compute all the instance's polynomials and record the relation parameters involved in computing
+     * these polynomials in the transcript.
+     *
+     */
     void prepare_for_folding();
 
     /**
@@ -40,22 +45,12 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
         return pows;
     }
 
+    // Returns the accumulator, which is the first element in ProverInstances. The accumulator is assumed to have the
+    // FoldingParameters set and be the result of a previous round of folding.
+    // TODO(https://github.com/AztecProtocol/barretenberg/issues/740): handle the case when the accumulator is empty
+    // (i.e. we are in the first round of folding)/
     std::shared_ptr<Instance> get_accumulator() { return instances[0]; }
 
-    /**
-     * @brief Compute the value of the full Honk relation at a row in the execution trace.
-     */
-    static RowEvaluations get_execution_row(ProverPolynomials instance_polynomials, size_t row)
-    {
-        RowEvaluations row_evals;
-        size_t idx = 0;
-        for (auto& poly : instance_polynomials) {
-            row_evals[idx] = poly[row];
-            idx++;
-        }
-        return row_evals;
-    }
-
     /**
      * @brief Compute the values of the full Honk relation at each row in the execution trace, f_i(ω) in the
      * ProtoGalaxy paper, given the evaluations of all the prover polynomials and α (the parameter that helps establish
@@ -69,8 +64,8 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
 
         std::vector<FF> full_honk_evaluations(instance_size);
         for (size_t row = 0; row < instance_size; row++) {
-            auto row_evaluations = get_execution_row(instance_polynomials, row);
-            RelationEvaluations relation_evaluations;
+            auto row_evaluations = instance_polynomials.get_row(row);
+            TupleOfArraysOfValues relation_evaluations;
             Utils::zero_elements(relation_evaluations);
 
             // Note that the evaluations are accumulated with the gate separation challenge being 1 at this stage, as
@@ -87,13 +82,14 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
     }
 
     /**
-     * @brief  Compute the parent nodes at the current level. Note that the resulting parent nodes will be polynomials
-     * degree (level + 1) as at each level we multiply by an additional factor of X.
+     * @brief  Recursively compute the parent nodes of each level in there, starting from the leaves. Note that at each
+     * level, the resulting parent nodes will be polynomials of degree (level + 1) because we multiply by an additional
+     * factor of X.
      */
-    static std::vector<FF> compute_level(size_t level,
-                                         std::vector<FF> betas,
-                                         std::vector<FF> deltas,
-                                         std::vector<std::vector<FF>> prev_level_coeffs)
+    static std::vector<FF> compute_coefficients_tree(size_t level,
+                                                     std::vector<FF> betas,
+                                                     std::vector<FF> deltas,
+                                                     std::vector<std::vector<FF>> prev_level_coeffs)
     {
         // if we are at level t in the tree, where t = logn and n is the instance size, we have reached the root which
         // contains the coefficients of the perturbator polynomial
@@ -104,16 +100,16 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
         auto degree = level + 1;
         auto prev_level_width = prev_level_coeffs.size();
         // we need degree + 1 terms to represent the intermediate polynomials
-        std::vector<std::vector<FF>> level_coeffs(prev_level_width / 2, std::vector<FF>(degree + 1, 0));
+        std::vector<std::vector<FF>> level_coeffs(prev_level_width >> 1, std::vector<FF>(degree + 1, 0));
         for (size_t node = 0; node < prev_level_width; node += 2) {
-            auto parent = node / 2;
+            auto parent = node >> 1;
             std::copy(prev_level_coeffs[node].begin(), prev_level_coeffs[node].end(), level_coeffs[parent].begin());
             for (size_t d = 0; d < degree; d++) {
                 level_coeffs[parent][d] += prev_level_coeffs[node + 1][d] * betas[level];
                 level_coeffs[parent][d + 1] += prev_level_coeffs[node + 1][d] * deltas[level];
             }
         }
-        return compute_level(level + 1, betas, deltas, level_coeffs);
+        return compute_coefficients_tree(level + 1, betas, deltas, level_coeffs);
     }
 
     /**
@@ -132,13 +128,13 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
     {
 
         auto width = full_honk_evaluations.size();
-        std::vector<std::vector<FF>> first_level_coeffs(width / 2, std::vector<FF>(2, 0));
+        std::vector<std::vector<FF>> first_level_coeffs(width >> 1, std::vector<FF>(2, 0));
         for (size_t node = 0; node < width; node += 2) {
-            auto parent = node / 2;
+            auto parent = node >> 1;
             first_level_coeffs[parent][0] = full_honk_evaluations[node] + full_honk_evaluations[node + 1] * betas[0];
             first_level_coeffs[parent][1] = full_honk_evaluations[node + 1] * deltas[0];
         }
-        return compute_level(1, betas, deltas, first_level_coeffs);
+        return compute_coefficients_tree(1, betas, deltas, first_level_coeffs);
     }
 
     /**
@@ -149,7 +145,7 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
     {
         auto full_honk_evaluations =
             compute_full_honk_evaluations(accumulator->prover_polynomials, alpha, accumulator->relation_parameters);
-        auto betas = accumulator->folding_params.gate_separation_challenges;
+        auto betas = accumulator->folding_parameters.gate_separation_challenges;
         assert(betas.size() == deltas.size());
         auto coeffs = construct_perturbator_coeffs(betas, deltas, full_honk_evaluations);
         return Polynomial<FF>(coeffs);
@@ -159,6 +155,5 @@ template <class ProverInstances> class ProtoGalaxyProver_ {
 };
 
 extern template class ProtoGalaxyProver_<ProverInstances_<honk::flavor::Ultra, 2>>;
-extern template class ProtoGalaxyProver_<ProverInstances_<honk::flavor::UltraGrumpkin, 2>>;
 extern template class ProtoGalaxyProver_<ProverInstances_<honk::flavor::GoblinUltra, 2>>;
 } // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.cpp
index b04cd7ad7d4a..57397318541e 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.cpp
@@ -46,6 +46,5 @@ VerifierFoldingResult<typename VerifierInstances::Flavor> ProtoGalaxyVerifier_<
 }
 
 template class ProtoGalaxyVerifier_<VerifierInstances_<honk::flavor::Ultra, 2>>;
-template class ProtoGalaxyVerifier_<VerifierInstances_<honk::flavor::UltraGrumpkin, 2>>;
 template class ProtoGalaxyVerifier_<VerifierInstances_<honk::flavor::GoblinUltra, 2>>;
 } // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.hpp
index 81b026acf032..309fcadcdd58 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/protogalaxy_verifier.hpp
@@ -1,7 +1,6 @@
 #pragma once
 #include "barretenberg/honk/flavor/goblin_ultra.hpp"
 #include "barretenberg/honk/flavor/ultra.hpp"
-#include "barretenberg/honk/flavor/ultra_grumpkin.hpp"
 #include "barretenberg/honk/instance/instances.hpp"
 #include "barretenberg/honk/proof_system/folding_result.hpp"
 #include "barretenberg/honk/transcript/transcript.hpp"
@@ -40,6 +39,5 @@ template <class VerifierInstances> class ProtoGalaxyVerifier_ {
 };
 
 extern template class ProtoGalaxyVerifier_<VerifierInstances_<honk::flavor::Ultra, 2>>;
-extern template class ProtoGalaxyVerifier_<VerifierInstances_<honk::flavor::UltraGrumpkin, 2>>;
 extern template class ProtoGalaxyVerifier_<VerifierInstances_<honk::flavor::GoblinUltra, 2>>;
 } // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.cpp
index ad3151b45bda..fbfc5d5fc111 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.cpp
@@ -1,9 +1,6 @@
 #include "ultra_prover.hpp"
-#include "barretenberg/honk/pcs/claim.hpp"
 #include "barretenberg/honk/sumcheck/sumcheck.hpp"
 #include "barretenberg/honk/utils/power_polynomial.hpp"
-#include "barretenberg/polynomials/polynomial.hpp"
-#include "barretenberg/transcript/transcript_wrappers.hpp"
 
 namespace proof_system::honk {
 
@@ -16,9 +13,8 @@ namespace proof_system::honk {
  * */
 template <UltraFlavor Flavor>
 UltraProver_<Flavor>::UltraProver_(std::shared_ptr<Instance> inst)
-    : queue(inst->commitment_key, transcript)
-    , instance(std::move(inst))
-    , pcs_commitment_key(instance->commitment_key)
+    : instance(std::move(inst))
+    , commitment_key(instance->commitment_key)
 {
     instance->initialise_prover_polynomials();
 }
@@ -54,14 +50,14 @@ template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_wire_commitment
     auto wire_polys = instance->proving_key->get_wires();
     auto labels = commitment_labels.get_wires();
     for (size_t idx = 0; idx < 3; ++idx) {
-        queue.add_commitment(wire_polys[idx], labels[idx]);
+        transcript.send_to_verifier(labels[idx], commitment_key->commit(wire_polys[idx]));
     }
 
     if constexpr (IsGoblinFlavor<Flavor>) {
         auto op_wire_polys = instance->proving_key->get_ecc_op_wires();
         auto labels = commitment_labels.get_ecc_op_wires();
         for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            queue.add_commitment(op_wire_polys[idx], labels[idx]);
+            transcript.send_to_verifier(labels[idx], commitment_key->commit(op_wire_polys[idx]));
         }
     }
 }
@@ -78,8 +74,10 @@ template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_sorted_list_acc
 
     // Commit to the sorted withness-table accumulator and the finalised (i.e. with memory records) fourth wire
     // polynomial
-    queue.add_commitment(instance->proving_key->sorted_accum, commitment_labels.sorted_accum);
-    queue.add_commitment(instance->proving_key->w_4, commitment_labels.w_4);
+    auto sorted_accum_commitment = commitment_key->commit(instance->proving_key->sorted_accum);
+    auto w_4_commitment = commitment_key->commit(instance->proving_key->w_4);
+    transcript.send_to_verifier(commitment_labels.sorted_accum, sorted_accum_commitment);
+    transcript.send_to_verifier(commitment_labels.w_4, w_4_commitment);
 }
 
 /**
@@ -93,8 +91,10 @@ template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_grand_product_c
 
     instance->compute_grand_product_polynomials(beta, gamma);
 
-    queue.add_commitment(instance->proving_key->z_perm, commitment_labels.z_perm);
-    queue.add_commitment(instance->proving_key->z_lookup, commitment_labels.z_lookup);
+    auto z_perm_commitment = commitment_key->commit(instance->proving_key->z_perm);
+    auto z_lookup_commitment = commitment_key->commit(instance->proving_key->z_lookup);
+    transcript.send_to_verifier(commitment_labels.z_perm, z_perm_commitment);
+    transcript.send_to_verifier(commitment_labels.z_lookup, z_lookup_commitment);
 }
 
 /**
@@ -111,202 +111,18 @@ template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_relation_check_
 }
 
 /**
- * - Get rho challenge
- * - Compute d+1 Fold polynomials and their evaluations.
+ * @brief Execute the ZeroMorph protocol to prove the multilinear evaluations produced by Sumcheck
+ * @details See https://hackmd.io/dlf9xEwhTQyE3hiGbq4FsA?view for a complete description of the unrolled protocol.
  *
  * */
-template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_univariatization_round()
+template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_zeromorph_rounds()
 {
-    const size_t NUM_POLYNOMIALS = Flavor::NUM_ALL_ENTITIES;
-
-    // Generate batching challenge ρ and powers 1,ρ,…,ρᵐ⁻¹
-    FF rho = transcript.get_challenge("rho");
-    std::vector<FF> rhos = pcs::gemini::powers_of_rho(rho, NUM_POLYNOMIALS);
-
-    // Batch the unshifted polynomials and the to-be-shifted polynomials using ρ
-    Polynomial batched_poly_unshifted(instance->proving_key->circuit_size); // batched unshifted polynomials
-    size_t poly_idx = 0;                                                    // TODO(#391) zip
-    for (auto& unshifted_poly : instance->prover_polynomials.get_unshifted()) {
-        batched_poly_unshifted.add_scaled(unshifted_poly, rhos[poly_idx]);
-        ++poly_idx;
-    }
-
-    Polynomial batched_poly_to_be_shifted(instance->proving_key->circuit_size); // batched to-be-shifted polynomials
-    for (auto& to_be_shifted_poly : instance->prover_polynomials.get_to_be_shifted()) {
-        batched_poly_to_be_shifted.add_scaled(to_be_shifted_poly, rhos[poly_idx]);
-        ++poly_idx;
-    };
-
-    // Compute d-1 polynomials Fold^(i), i = 1, ..., d-1.
-    gemini_polynomials = Gemini::compute_gemini_polynomials(
-        sumcheck_output.challenge, std::move(batched_poly_unshifted), std::move(batched_poly_to_be_shifted));
-
-    // Compute and add to trasnscript the commitments [Fold^(i)], i = 1, ..., d-1
-    for (size_t l = 0; l < instance->proving_key->log_circuit_size - 1; ++l) {
-        queue.add_commitment(gemini_polynomials[l + 2], "Gemini:FOLD_" + std::to_string(l + 1));
-    }
-}
-
-/**
- * - Do Fiat-Shamir to get "r" challenge
- * - Compute remaining two partially evaluated Fold polynomials Fold_{r}^(0) and Fold_{-r}^(0).
- * - Compute and aggregate opening pairs (challenge, evaluation) for each of d Fold polynomials.
- * - Add d-many Fold evaluations a_i, i = 0, ..., d-1 to the transcript, excluding eval of Fold_{r}^(0)
- * */
-template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_pcs_evaluation_round()
-{
-    const FF r_challenge = transcript.get_challenge("Gemini:r");
-    univariate_openings = Gemini::compute_fold_polynomial_evaluations(
-        sumcheck_output.challenge, std::move(gemini_polynomials), r_challenge);
-
-    for (size_t l = 0; l < instance->proving_key->log_circuit_size; ++l) {
-        std::string label = "Gemini:a_" + std::to_string(l);
-        const auto& evaluation = univariate_openings.opening_pairs[l + 1].evaluation;
-        transcript.send_to_verifier(label, evaluation);
-    }
-}
-
-/**
- * @brief Prove proper construction of the aggregate Goblin ECC op queue polynomials T_i^(j), j = 1,2,3,4.
- * @details Let T_i^(j) be the jth column of the aggregate op queue after incorporating the contribution from the
- * present circuit. T_{i-1}^(j) corresponds to the aggregate op queue at the previous stage and $t_i^(j)$ represents
- * the contribution from the present circuit only. For each j, we have the relationship T_i = T_{i-1} + right_shift(t_i,
- * M_{i-1}), where the shift magnitude M_{i-1} is the length of T_{i-1}. This stage of the protocol demonstrates that
- * the aggregate op queue has been constructed correctly.
- *
- */
-template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_op_queue_transcript_aggregation_round()
-{
-    if constexpr (IsGoblinFlavor<Flavor>) {
-        // Extract size M_{i-1} of T_{i-1} from op_queue
-        size_t prev_op_queue_size = instance->proving_key->op_queue->get_previous_size(); // M_{i-1}
-        // TODO(#723): Cannot currently support an empty T_{i-1}. Need to be able to properly handle zero commitment.
-        ASSERT(prev_op_queue_size > 0);
-
-        auto circuit_size = instance->proving_key->circuit_size;
-
-        // TODO(#723): The below assert ensures that M_{i-1} + m_i < n, i.e. the right shifted result can be expressed
-        // as a size n polynomial. If this is not the case then we should still be able to proceed without increasing
-        // the circuit size but need to handle with care.
-        ASSERT(prev_op_queue_size + instance->proving_key->num_ecc_op_gates < circuit_size); // M_{i-1} + m_i < n
-
-        // Construct right-shift of op wires t_i^{shift} so that T_i(X) = T_{i-1}(X) + t_i^{shift}(X).
-        // Note: The op_wire polynomials (like all others) have constant coefficient equal to zero. Thus to obtain
-        // t_i^{shift} we must left-shift by 1 then right-shift by M_{i-1}, or equivalently, right-shift by
-        // M_{i-1} - 1.
-        std::array<Polynomial, Flavor::NUM_WIRES> right_shifted_op_wires;
-        auto op_wires = instance->proving_key->get_ecc_op_wires();
-        for (size_t i = 0; i < op_wires.size(); ++i) {
-            // Right shift by M_{i-1} - 1.
-            right_shifted_op_wires[i].set_to_right_shifted(op_wires[i], prev_op_queue_size - 1);
-        }
-
-        // Compute/get commitments [t_i^{shift}], [T_{i-1}], and [T_i] and add to transcript
-        std::array<Commitment, Flavor::NUM_WIRES> prev_aggregate_op_queue_commitments;
-        std::array<Commitment, Flavor::NUM_WIRES> shifted_op_wire_commitments;
-        std::array<Commitment, Flavor::NUM_WIRES> aggregate_op_queue_commitments;
-        for (size_t idx = 0; idx < right_shifted_op_wires.size(); ++idx) {
-            // Get previous transcript commitment [T_{i-1}] from op queue
-            prev_aggregate_op_queue_commitments[idx] = instance->proving_key->op_queue->ultra_ops_commitments[idx];
-            // Compute commitment [t_i^{shift}] directly
-            shifted_op_wire_commitments[idx] = pcs_commitment_key->commit(right_shifted_op_wires[idx]);
-            // Compute updated aggregate transcript commitmen as [T_i] = [T_{i-1}] + [t_i^{shift}]
-            aggregate_op_queue_commitments[idx] =
-                prev_aggregate_op_queue_commitments[idx] + shifted_op_wire_commitments[idx];
-
-            std::string suffix = std::to_string(idx + 1);
-            transcript.send_to_verifier("PREV_AGG_OP_QUEUE_" + suffix, prev_aggregate_op_queue_commitments[idx]);
-            transcript.send_to_verifier("SHIFTED_OP_WIRE_" + suffix, shifted_op_wire_commitments[idx]);
-            transcript.send_to_verifier("AGG_OP_QUEUE_" + suffix, aggregate_op_queue_commitments[idx]);
-        }
-
-        // Store the commitments [T_{i}] (to be used later in subsequent iterations as [T_{i-1}]).
-        instance->proving_key->op_queue->set_commitment_data(aggregate_op_queue_commitments);
-
-        // Compute evaluations T_i(\kappa), T_{i-1}(\kappa), t_i^{shift}(\kappa), add to transcript. For each polynomial
-        // we add a univariate opening claim {(\kappa, p(\kappa)), p(X)} to the set of claims to be combined in the
-        // batch univariate polynomial Q in Shplonk. (The other univariate claims come from the output of Gemini).
-        // TODO(#729): It should be possible to reuse the opening challenge from Gemini rather than generate a new one.
-        auto kappa = transcript.get_challenge("kappa");
-        auto prev_aggregate_ecc_op_transcript = instance->proving_key->op_queue->get_previous_aggregate_transcript();
-        auto aggregate_ecc_op_transcript = instance->proving_key->op_queue->get_aggregate_transcript();
-        std::array<FF, Flavor::NUM_WIRES> prev_agg_op_queue_evals;
-        std::array<FF, Flavor::NUM_WIRES> right_shifted_op_wire_evals;
-        std::array<FF, Flavor::NUM_WIRES> agg_op_queue_evals;
-        std::array<Polynomial, Flavor::NUM_WIRES> prev_agg_op_queue_polynomials;
-        std::array<Polynomial, Flavor::NUM_WIRES> agg_op_queue_polynomials;
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            std::string suffix = std::to_string(idx + 1);
-
-            // Compute evaluation T_{i-1}(\kappa)
-            prev_agg_op_queue_polynomials[idx] = Polynomial(prev_aggregate_ecc_op_transcript[idx]);
-            prev_agg_op_queue_evals[idx] = prev_agg_op_queue_polynomials[idx].evaluate(kappa);
-            transcript.send_to_verifier("prev_agg_op_queue_eval_" + suffix, prev_agg_op_queue_evals[idx]);
-
-            // Compute evaluation t_i^{shift}(\kappa)
-            right_shifted_op_wire_evals[idx] = right_shifted_op_wires[idx].evaluate(kappa);
-            transcript.send_to_verifier("op_wire_eval_" + suffix, right_shifted_op_wire_evals[idx]);
-
-            // Compute evaluation T_i(\kappa)
-            agg_op_queue_polynomials[idx] = Polynomial(aggregate_ecc_op_transcript[idx]);
-            agg_op_queue_evals[idx] = agg_op_queue_polynomials[idx].evaluate(kappa);
-            transcript.send_to_verifier("agg_op_queue_eval_" + suffix, agg_op_queue_evals[idx]);
-        }
-
-        // Add univariate opening claims for each polynomial.
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_openings.opening_pairs.emplace_back(OpenPair{ kappa, prev_agg_op_queue_evals[idx] });
-            univariate_openings.witnesses.emplace_back(std::move(prev_agg_op_queue_polynomials[idx]));
-        }
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_openings.opening_pairs.emplace_back(OpenPair{ kappa, right_shifted_op_wire_evals[idx] });
-            univariate_openings.witnesses.emplace_back(std::move(right_shifted_op_wires[idx]));
-        }
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_openings.opening_pairs.emplace_back(OpenPair{ kappa, agg_op_queue_evals[idx] });
-            univariate_openings.witnesses.emplace_back(std::move(agg_op_queue_polynomials[idx]));
-        }
-    }
-}
-
-/**
- * - Do Fiat-Shamir to get "nu" challenge.
- * - Compute commitment [Q]_1
- * */
-template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_shplonk_batched_quotient_round()
-{
-    nu_challenge = transcript.get_challenge("Shplonk:nu");
-
-    batched_quotient_Q = Shplonk::compute_batched_quotient(
-        univariate_openings.opening_pairs, univariate_openings.witnesses, nu_challenge);
-
-    // commit to Q(X) and add [Q] to the transcript
-    queue.add_commitment(batched_quotient_Q, "Shplonk:Q");
-}
-
-/**
- * - Do Fiat-Shamir to get "z" challenge.
- * - Compute polynomial Q(X) - Q_z(X)
- * */
-template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_shplonk_partial_evaluation_round()
-{
-    const FF z_challenge = transcript.get_challenge("Shplonk:z");
-
-    shplonk_output = Shplonk::compute_partially_evaluated_batched_quotient(univariate_openings.opening_pairs,
-                                                                           univariate_openings.witnesses,
-                                                                           std::move(batched_quotient_Q),
-                                                                           nu_challenge,
-                                                                           z_challenge);
-}
-/**
- * - Compute final PCS opening proof:
- * - For KZG, this is the quotient commitmecnt [W]_1
- * - For IPA, the vectors L and R
- * */
-template <UltraFlavor Flavor> void UltraProver_<Flavor>::execute_final_pcs_round()
-{
-    PCS::compute_opening_proof(pcs_commitment_key, shplonk_output.opening_pair, shplonk_output.witness, transcript);
-    // queue.add_commitment(quotient_W, "KZG:W");
+    ZeroMorph::prove(instance->prover_polynomials.get_unshifted(),
+                     instance->prover_polynomials.get_to_be_shifted(),
+                     sumcheck_output.claimed_evaluations,
+                     sumcheck_output.challenge,
+                     commitment_key,
+                     transcript);
 }
 
 template <UltraFlavor Flavor> plonk::proof& UltraProver_<Flavor>::export_proof()
@@ -322,51 +138,26 @@ template <UltraFlavor Flavor> plonk::proof& UltraProver_<Flavor>::construct_proo
 
     // Compute first three wire commitments
     execute_wire_commitments_round();
-    queue.process_queue();
 
     // Compute sorted list accumulator and commitment
     execute_sorted_list_accumulator_round();
-    queue.process_queue();
 
     // Fiat-Shamir: beta & gamma
     // Compute grand product(s) and commitments.
     execute_grand_product_computation_round();
-    queue.process_queue();
 
     // Fiat-Shamir: alpha
     // Run sumcheck subprotocol.
     execute_relation_check_rounds();
 
-    // Fiat-Shamir: rho
-    // Compute Fold polynomials and their commitments.
-    execute_univariatization_round();
-    queue.process_queue();
-
-    // Fiat-Shamir: r
-    // Compute Fold evaluations
-    execute_pcs_evaluation_round();
-
-    // ECC op queue transcript aggregation
-    execute_op_queue_transcript_aggregation_round();
-
-    // Fiat-Shamir: nu
-    // Compute Shplonk batched quotient commitment Q
-    execute_shplonk_batched_quotient_round();
-    queue.process_queue();
-
-    // Fiat-Shamir: z
-    // Compute partial evaluation Q_z
-    execute_shplonk_partial_evaluation_round();
-
-    // Fiat-Shamir: z
-    // Compute PCS opening proof (either KZG quotient commitment or IPA opening proof)
-    execute_final_pcs_round();
+    // Fiat-Shamir: rho, y, x, z
+    // Execute Zeromorph multilinear PCS
+    execute_zeromorph_rounds();
 
     return export_proof();
 }
 
 template class UltraProver_<honk::flavor::Ultra>;
-template class UltraProver_<honk::flavor::UltraGrumpkin>;
 template class UltraProver_<honk::flavor::GoblinUltra>;
 
 } // namespace proof_system::honk
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.hpp
index 43388fa380a0..4be07e693a87 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_prover.hpp
@@ -1,11 +1,8 @@
 #pragma once
 #include "barretenberg/honk/flavor/goblin_ultra.hpp"
 #include "barretenberg/honk/flavor/ultra.hpp"
-#include "barretenberg/honk/flavor/ultra_grumpkin.hpp"
 #include "barretenberg/honk/instance/prover_instance.hpp"
-#include "barretenberg/honk/pcs/gemini/gemini.hpp"
-#include "barretenberg/honk/pcs/shplonk/shplonk.hpp"
-#include "barretenberg/honk/proof_system/work_queue.hpp"
+#include "barretenberg/honk/pcs/zeromorph/zeromorph.hpp"
 #include "barretenberg/honk/sumcheck/sumcheck_output.hpp"
 #include "barretenberg/honk/transcript/transcript.hpp"
 #include "barretenberg/plonk/proof_system/types/proof.hpp"
@@ -16,7 +13,6 @@ namespace proof_system::honk {
 template <UltraFlavor Flavor> class UltraProver_ {
     using FF = typename Flavor::FF;
     using Commitment = typename Flavor::Commitment;
-    using PCS = typename Flavor::PCS;
     using CommitmentKey = typename Flavor::CommitmentKey;
     using ProvingKey = typename Flavor::ProvingKey;
     using Polynomial = typename Flavor::Polynomial;
@@ -24,7 +20,6 @@ template <UltraFlavor Flavor> class UltraProver_ {
     using CommitmentLabels = typename Flavor::CommitmentLabels;
     using Curve = typename Flavor::Curve;
     using Instance = ProverInstance_<Flavor>;
-    using OpenPair = pcs::OpeningPair<Curve>;
 
   public:
     explicit UltraProver_(std::shared_ptr<Instance>);
@@ -33,12 +28,7 @@ template <UltraFlavor Flavor> class UltraProver_ {
     void execute_sorted_list_accumulator_round();
     void execute_grand_product_computation_round();
     void execute_relation_check_rounds();
-    void execute_univariatization_round();
-    void execute_pcs_evaluation_round();
-    void execute_op_queue_transcript_aggregation_round();
-    void execute_shplonk_batched_quotient_round();
-    void execute_shplonk_partial_evaluation_round();
-    void execute_final_pcs_round();
+    void execute_zeromorph_rounds();
 
     plonk::proof& export_proof();
     plonk::proof& construct_proof();
@@ -50,32 +40,21 @@ template <UltraFlavor Flavor> class UltraProver_ {
 
     CommitmentLabels commitment_labels;
 
-    // Container for d + 1 Fold polynomials produced by Gemini
-    std::vector<Polynomial> gemini_polynomials;
-
-    Polynomial batched_quotient_Q; // batched quotient poly computed by Shplonk
-    FF nu_challenge;               // needed in both Shplonk rounds
-
     Polynomial quotient_W;
 
-    work_queue<Curve> queue;
-
     std::shared_ptr<Instance> instance;
 
     sumcheck::SumcheckOutput<Flavor> sumcheck_output;
-    pcs::gemini::ProverOutput<Curve> univariate_openings;
-    pcs::shplonk::ProverOutput<Curve> shplonk_output;
-    std::shared_ptr<CommitmentKey> pcs_commitment_key;
 
-    using Gemini = pcs::gemini::GeminiProver_<Curve>;
-    using Shplonk = pcs::shplonk::ShplonkProver_<Curve>;
+    std::shared_ptr<CommitmentKey> commitment_key;
+
+    using ZeroMorph = pcs::zeromorph::ZeroMorphProver_<Curve>;
 
   private:
     plonk::proof proof;
 };
 
 extern template class UltraProver_<honk::flavor::Ultra>;
-extern template class UltraProver_<honk::flavor::UltraGrumpkin>;
 extern template class UltraProver_<honk::flavor::GoblinUltra>;
 
 using UltraProver = UltraProver_<honk::flavor::Ultra>;
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.cpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.cpp
index 4d304709c0ba..b876b31947bb 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.cpp
@@ -1,7 +1,5 @@
 #include "./ultra_verifier.hpp"
-#include "barretenberg/honk/pcs/claim.hpp"
-#include "barretenberg/honk/pcs/gemini/gemini.hpp"
-#include "barretenberg/honk/pcs/shplonk/shplonk.hpp"
+#include "barretenberg/honk/pcs/zeromorph/zeromorph.hpp"
 #include "barretenberg/honk/transcript/transcript.hpp"
 #include "barretenberg/honk/utils/power_polynomial.hpp"
 #include "barretenberg/numeric/bitop/get_msb.hpp"
@@ -36,12 +34,9 @@ template <typename Flavor> UltraVerifier_<Flavor>& UltraVerifier_<Flavor>::opera
 template <typename Flavor> bool UltraVerifier_<Flavor>::verify_proof(const plonk::proof& proof)
 {
     using FF = typename Flavor::FF;
-    using GroupElement = typename Flavor::GroupElement;
     using Commitment = typename Flavor::Commitment;
-    using PCS = typename Flavor::PCS;
     using Curve = typename Flavor::Curve;
-    using Gemini = pcs::gemini::GeminiVerifier_<Curve>;
-    using Shplonk = pcs::shplonk::ShplonkVerifier_<Curve>;
+    using ZeroMorph = pcs::zeromorph::ZeroMorphVerifier_<Curve>;
     using VerifierCommitments = typename Flavor::VerifierCommitments;
     using CommitmentLabels = typename Flavor::CommitmentLabels;
 
@@ -114,7 +109,7 @@ template <typename Flavor> bool UltraVerifier_<Flavor>::verify_proof(const plonk
     // Execute Sumcheck Verifier
     auto sumcheck = SumcheckVerifier<Flavor>(circuit_size);
 
-    auto [multivariate_challenge, purported_evaluations, sumcheck_verified] =
+    auto [multivariate_challenge, claimed_evaluations, sumcheck_verified] =
         sumcheck.verify(relation_parameters, transcript);
 
     // If Sumcheck did not verify, return false
@@ -122,108 +117,16 @@ template <typename Flavor> bool UltraVerifier_<Flavor>::verify_proof(const plonk
         return false;
     }
 
-    // Execute Gemini/Shplonk verification:
+    // Execute ZeroMorph rounds. See https://hackmd.io/dlf9xEwhTQyE3hiGbq4FsA?view for a complete description of the
+    // unrolled protocol.
+    auto pairing_points = ZeroMorph::verify(commitments, claimed_evaluations, multivariate_challenge, transcript);
 
-    // Construct inputs for Gemini verifier:
-    // - Multivariate opening point u = (u_0, ..., u_{d-1})
-    // - batched unshifted and to-be-shifted polynomial commitments
-    auto batched_commitment_unshifted = GroupElement::zero();
-    auto batched_commitment_to_be_shifted = GroupElement::zero();
-
-    // Compute powers of batching challenge rho
-    FF rho = transcript.get_challenge("rho");
-    std::vector<FF> rhos = pcs::gemini::powers_of_rho(rho, Flavor::NUM_ALL_ENTITIES);
-
-    // Compute batched multivariate evaluation
-    FF batched_evaluation = FF::zero();
-    size_t evaluation_idx = 0;
-    for (auto& value : purported_evaluations.get_unshifted_then_shifted()) {
-        batched_evaluation += value * rhos[evaluation_idx];
-        ++evaluation_idx;
-    }
-
-    // Construct batched commitment for NON-shifted polynomials
-    size_t commitment_idx = 0;
-    for (auto& commitment : commitments.get_unshifted()) {
-        batched_commitment_unshifted += commitment * rhos[commitment_idx];
-        ++commitment_idx;
-    }
-
-    // Construct batched commitment for to-be-shifted polynomials
-    for (auto& commitment : commitments.get_to_be_shifted()) {
-        batched_commitment_to_be_shifted += commitment * rhos[commitment_idx];
-        ++commitment_idx;
-    }
-
-    // Produce a Gemini claim consisting of:
-    // - d+1 commitments [Fold_{r}^(0)], [Fold_{-r}^(0)], and [Fold^(l)], l = 1:d-1
-    // - d+1 evaluations a_0_pos, and a_l, l = 0:d-1
-    auto univariate_opening_claims = Gemini::reduce_verification(multivariate_challenge,
-                                                                 batched_evaluation,
-                                                                 batched_commitment_unshifted,
-                                                                 batched_commitment_to_be_shifted,
-                                                                 transcript);
-
-    // Perform ECC op queue transcript aggregation protocol
-    if constexpr (IsGoblinFlavor<Flavor>) {
-        // Receive commitments [t_i^{shift}], [T_{i-1}], and [T_i]
-        std::array<Commitment, Flavor::NUM_WIRES> prev_agg_op_queue_commitments;
-        std::array<Commitment, Flavor::NUM_WIRES> shifted_op_wire_commitments;
-        std::array<Commitment, Flavor::NUM_WIRES> agg_op_queue_commitments;
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            prev_agg_op_queue_commitments[idx] =
-                transcript.template receive_from_prover<Commitment>("PREV_AGG_OP_QUEUE_" + std::to_string(idx + 1));
-            shifted_op_wire_commitments[idx] =
-                transcript.template receive_from_prover<Commitment>("SHIFTED_OP_WIRE_" + std::to_string(idx + 1));
-            agg_op_queue_commitments[idx] =
-                transcript.template receive_from_prover<Commitment>("AGG_OP_QUEUE_" + std::to_string(idx + 1));
-        }
-
-        // Receive transcript poly evaluations
-        FF kappa = transcript.get_challenge("kappa");
-        std::array<FF, Flavor::NUM_WIRES> prev_agg_op_queue_evals;
-        std::array<FF, Flavor::NUM_WIRES> shifted_op_wire_evals;
-        std::array<FF, Flavor::NUM_WIRES> agg_op_queue_evals;
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            prev_agg_op_queue_evals[idx] =
-                transcript.template receive_from_prover<FF>("prev_agg_op_queue_eval_" + std::to_string(idx + 1));
-            shifted_op_wire_evals[idx] =
-                transcript.template receive_from_prover<FF>("op_wire_eval_" + std::to_string(idx + 1));
-            agg_op_queue_evals[idx] =
-                transcript.template receive_from_prover<FF>("agg_op_queue_eval_" + std::to_string(idx + 1));
-
-            // Check the identity T_i(\kappa) = T_{i-1}(\kappa) + t_i^{shift}(\kappa). If it fails, return false
-            if (agg_op_queue_evals[idx] != prev_agg_op_queue_evals[idx] + shifted_op_wire_evals[idx]) {
-                return false;
-            }
-        }
-
-        // Add corresponding univariate opening claims {(\kappa, p(\kappa), [p(X)]}
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_opening_claims.emplace_back(pcs::OpeningClaim<Curve>{ { kappa, prev_agg_op_queue_evals[idx] },
-                                                                             prev_agg_op_queue_commitments[idx] });
-        }
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_opening_claims.emplace_back(
-                pcs::OpeningClaim<Curve>{ { kappa, shifted_op_wire_evals[idx] }, shifted_op_wire_commitments[idx] });
-        }
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_opening_claims.emplace_back(
-                pcs::OpeningClaim<Curve>{ { kappa, agg_op_queue_evals[idx] }, agg_op_queue_commitments[idx] });
-        }
-    }
-
-    // Produce a Shplonk claim: commitment [Q] - [Q_z], evaluation zero (at random challenge z)
-    auto shplonk_claim = Shplonk::reduce_verification(pcs_verification_key, univariate_opening_claims, transcript);
-
-    // Verify the Shplonk claim with KZG or IPA
-    auto verified = PCS::verify(pcs_verification_key, shplonk_claim, transcript);
+    auto verified = pcs_verification_key->pairing_check(pairing_points[0], pairing_points[1]);
 
     return sumcheck_verified.value() && verified;
 }
 
 template class UltraVerifier_<honk::flavor::Ultra>;
-template class UltraVerifier_<honk::flavor::UltraGrumpkin>;
 template class UltraVerifier_<honk::flavor::GoblinUltra>;
 
 } // namespace proof_system::honk
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.hpp
index 339630386c36..34c524672d52 100644
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/proof_system/ultra_verifier.hpp
@@ -1,7 +1,6 @@
 #pragma once
 #include "barretenberg/honk/flavor/goblin_ultra.hpp"
 #include "barretenberg/honk/flavor/ultra.hpp"
-#include "barretenberg/honk/flavor/ultra_grumpkin.hpp"
 #include "barretenberg/honk/sumcheck/sumcheck.hpp"
 #include "barretenberg/plonk/proof_system/types/proof.hpp"
 
@@ -28,7 +27,6 @@ template <typename Flavor> class UltraVerifier_ {
 };
 
 extern template class UltraVerifier_<honk::flavor::Ultra>;
-extern template class UltraVerifier_<honk::flavor::UltraGrumpkin>;
 extern template class UltraVerifier_<honk::flavor::GoblinUltra>;
 
 using UltraVerifier = UltraVerifier_<honk::flavor::Ultra>;
diff --git a/barretenberg/cpp/src/barretenberg/honk/proof_system/work_queue.hpp b/barretenberg/cpp/src/barretenberg/honk/proof_system/work_queue.hpp
deleted file mode 100644
index a95e40e45aa5..000000000000
--- a/barretenberg/cpp/src/barretenberg/honk/proof_system/work_queue.hpp
+++ /dev/null
@@ -1,137 +0,0 @@
-#pragma once
-
-#include "barretenberg/honk/transcript/transcript.hpp"
-#include "barretenberg/srs/global_crs.hpp"
-#include <cstddef>
-#include <memory>
-
-namespace proof_system::honk {
-
-// Currently only one type of work queue operation but there will likely be others related to Sumcheck
-enum WorkType { SCALAR_MULTIPLICATION };
-
-template <typename Curve> class work_queue {
-
-    using CommitmentKey = pcs::CommitmentKey<Curve>;
-    using FF = typename Curve::ScalarField;
-    using Commitment = typename Curve::AffineElement;
-
-    struct work_item_info {
-        uint32_t num_scalar_multiplications;
-    };
-
-    struct work_item {
-        WorkType work_type = SCALAR_MULTIPLICATION;
-        std::span<FF> mul_scalars;
-        std::string label;
-    };
-
-  private:
-    proof_system::honk::ProverTranscript<FF>& transcript;
-    std::shared_ptr<CommitmentKey> commitment_key;
-    std::vector<work_item> work_item_queue;
-
-  public:
-    explicit work_queue(auto commitment_key, proof_system::honk::ProverTranscript<FF>& prover_transcript)
-        : transcript(prover_transcript)
-        , commitment_key(commitment_key){};
-
-    work_queue(const work_queue& other) = default;
-    work_queue(work_queue&& other) noexcept = default;
-    ~work_queue() = default;
-
-    [[nodiscard]] work_item_info get_queued_work_item_info() const
-    {
-        uint32_t scalar_mul_count = 0;
-        for (const auto& item : work_item_queue) {
-            if (item.work_type == WorkType::SCALAR_MULTIPLICATION) {
-                ++scalar_mul_count;
-            }
-        }
-        return work_item_info{ scalar_mul_count };
-    };
-
-    [[nodiscard]] FF* get_scalar_multiplication_data(size_t work_item_number) const
-    {
-        size_t count = 0;
-        for (const auto& item : work_item_queue) {
-            if (item.work_type == WorkType::SCALAR_MULTIPLICATION) {
-                if (count == work_item_number) {
-                    return const_cast<FF*>(item.mul_scalars.data());
-                }
-                ++count;
-            }
-        }
-        return nullptr;
-    };
-
-    [[nodiscard]] size_t get_scalar_multiplication_size(size_t work_item_number) const
-    {
-        size_t count = 0;
-        for (const auto& item : work_item_queue) {
-            if (item.work_type == WorkType::SCALAR_MULTIPLICATION) {
-                if (count == work_item_number) {
-                    return item.mul_scalars.size();
-                }
-                ++count;
-            }
-        }
-        return 0;
-    };
-
-    void put_scalar_multiplication_data(const Commitment& result, size_t work_item_number)
-    {
-        size_t count = 0;
-        for (const auto& item : work_item_queue) {
-            if (item.work_type == WorkType::SCALAR_MULTIPLICATION) {
-                if (count == work_item_number) {
-                    transcript.send_to_verifier(item.label, result);
-                    return;
-                }
-                ++count;
-            }
-        }
-    };
-
-    void flush_queue() { work_item_queue = std::vector<work_item>(); };
-
-    void add_commitment(std::span<FF> polynomial, std::string label)
-    {
-        add_to_queue({ SCALAR_MULTIPLICATION, polynomial, label });
-    }
-
-    void process_queue()
-    {
-        for (const auto& item : work_item_queue) {
-            switch (item.work_type) {
-
-            case WorkType::SCALAR_MULTIPLICATION: {
-
-                // Run pippenger multi-scalar multiplication.
-                auto commitment = commitment_key->commit(item.mul_scalars);
-
-                transcript.send_to_verifier(item.label, commitment);
-
-                break;
-            }
-            default: {
-            }
-            }
-        }
-        work_item_queue = std::vector<work_item>();
-    };
-
-    [[nodiscard]] std::vector<work_item> get_queue() const { return work_item_queue; };
-
-  private:
-    void add_to_queue(const work_item& item)
-    {
-        // Note: currently no difference between wasm and native but may be in the future
-#if defined(__wasm__)
-        work_item_queue.push_back(item);
-#else
-        work_item_queue.push_back(item);
-#endif
-    };
-};
-} // namespace proof_system::honk
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_correctness.test.cpp b/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_correctness.test.cpp
index 8e713ac7dfec..ed902506b03b 100644
--- a/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_correctness.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_correctness.test.cpp
@@ -29,28 +29,28 @@ void ensure_non_zero(auto& polynomial)
  * @tparam relation_idx Index into a tuple of provided relations
  * @tparam Flavor
  */
-template <typename Flavor> void check_relation(auto relation, auto circuit_size, auto polynomials, auto params)
+template <typename Flavor, typename Relation> void check_relation(auto circuit_size, auto polynomials, auto params)
 {
-    using ClaimedEvaluations = typename Flavor::ProverPolynomialsEvaluations;
+    using AllValues = typename Flavor::AllValues;
     for (size_t i = 0; i < circuit_size; i++) {
 
         // Extract an array containing all the polynomial evaluations at a given row i
-        ClaimedEvaluations evaluations_at_index_i;
+        AllValues evaluations_at_index_i;
         size_t poly_idx = 0;
         for (auto& poly : polynomials) {
             evaluations_at_index_i[poly_idx] = poly[i];
             ++poly_idx;
         }
 
-        // Define the appropriate RelationValues type for this relation and initialize to zero
-        using RelationValues = typename decltype(relation)::RelationValues;
-        RelationValues result;
+        // Define the appropriate ArrayOfValuesOverSubrelations type for this relation and initialize to zero
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
+        ArrayOfValuesOverSubrelations result;
         for (auto& element : result) {
             element = 0;
         }
 
         // Evaluate each constraint in the relation and check that each is satisfied
-        relation.add_full_relation_value_contribution(result, evaluations_at_index_i, params);
+        Relation::accumulate(result, evaluations_at_index_i, params, 1);
         for (auto& element : result) {
             ASSERT_EQ(element, 0);
         }
@@ -253,22 +253,17 @@ TEST_F(RelationCorrectnessTests, UltraRelationCorrectness)
     ensure_non_zero(proving_key->q_aux);
 
     // Construct the round for applying sumcheck relations and results for storing computed results
-    auto relations = std::tuple(proof_system::UltraArithmeticRelation<FF>(),
-                                proof_system::UltraPermutationRelation<FF>(),
-                                proof_system::LookupRelation<FF>(),
-                                proof_system::GenPermSortRelation<FF>(),
-                                proof_system::EllipticRelation<FF>(),
-                                proof_system::AuxiliaryRelation<FF>());
+    using Relations = typename Flavor::Relations;
 
     auto prover_polynomials = instance->prover_polynomials;
     auto params = instance->relation_parameters;
     // Check that each relation is satisfied across each row of the prover polynomials
-    check_relation<Flavor>(std::get<0>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<1>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<2>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<3>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<4>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<5>(relations), circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<0, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<1, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<2, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<3, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<4, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<5, Relations>>(circuit_size, prover_polynomials, params);
 }
 
 TEST_F(RelationCorrectnessTests, GoblinUltraRelationCorrectness)
@@ -311,25 +306,18 @@ TEST_F(RelationCorrectnessTests, GoblinUltraRelationCorrectness)
     ensure_non_zero(proving_key->q_aux);
 
     // Construct the round for applying sumcheck relations and results for storing computed results
-    auto relations = std::tuple(proof_system::UltraArithmeticRelation<FF>(),
-                                proof_system::UltraPermutationRelation<FF>(),
-                                proof_system::LookupRelation<FF>(),
-                                proof_system::GenPermSortRelation<FF>(),
-                                proof_system::EllipticRelation<FF>(),
-                                proof_system::AuxiliaryRelation<FF>(),
-                                proof_system::EccOpQueueRelation<FF>());
-
+    using Relations = typename Flavor::Relations;
     auto prover_polynomials = instance->prover_polynomials;
     auto params = instance->relation_parameters;
 
     // Check that each relation is satisfied across each row of the prover polynomials
-    check_relation<Flavor>(std::get<0>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<1>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<2>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<3>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<4>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<5>(relations), circuit_size, prover_polynomials, params);
-    check_relation<Flavor>(std::get<6>(relations), circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<0, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<1, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<2, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<3, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<4, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<5, Relations>>(circuit_size, prover_polynomials, params);
+    check_relation<Flavor, std::tuple_element_t<6, Relations>>(circuit_size, prover_polynomials, params);
 }
 
 } // namespace test_honk_relations
diff --git a/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_definitions_fwd.hpp b/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_definitions_fwd.hpp
index 73fa459a4fa3..1f7d3f0d5202 100644
--- a/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_definitions_fwd.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/sumcheck/relation_definitions_fwd.hpp
@@ -3,32 +3,31 @@
 #include "barretenberg/proof_system/relations/relation_types.hpp"
 
 #define ExtendedEdge(Flavor) Flavor::ExtendedEdges<Flavor::MAX_RELATION_LENGTH>
-#define EvaluationEdge(Flavor) Flavor::ProverPolynomialsEvaluations
+#define EvaluationEdge(Flavor) Flavor::AllValues
 #define EntityEdge(Flavor) Flavor::AllEntities<Flavor::FF, Flavor::FF>
 
-#define ADD_EDGE_CONTRIBUTION(...) _ADD_EDGE_CONTRIBUTION(__VA_ARGS__)
-#define _ADD_EDGE_CONTRIBUTION(Preface, RelationBase, Flavor, AccumulatorType, EdgeType)                               \
+#define ACCUMULATE(...) _ACCUMULATE(__VA_ARGS__)
+#define _ACCUMULATE(Preface, RelationBase, Flavor, AccumulatorType, EdgeType)                                          \
     Preface template void                                                                                              \
     RelationBase<Flavor::FF>::accumulate<proof_system::Relation<RelationBase<Flavor::FF>>::AccumulatorType,            \
                                          EdgeType(Flavor)>(                                                            \
-        proof_system::Relation<RelationBase<Flavor::FF>>::AccumulatorType::Accumulators&,                              \
+        proof_system::Relation<RelationBase<Flavor::FF>>::AccumulatorType&,                                            \
         EdgeType(Flavor) const&,                                                                                       \
         RelationParameters<Flavor::FF> const&,                                                                         \
         Flavor::FF const&);
 
 #define PERMUTATION_METHOD(...) _PERMUTATION_METHOD(__VA_ARGS__)
 #define _PERMUTATION_METHOD(Preface, MethodName, RelationBase, Flavor, AccumulatorType, EdgeType)                      \
-    Preface template RelationBase<Flavor::FF>::template Accumulator<                                                   \
-        proof_system::Relation<RelationBase<Flavor::FF>>::AccumulatorType>                                             \
+    Preface template typename proof_system::Relation<RelationBase<Flavor::FF>>::AccumulatorType                        \
     RelationBase<Flavor::FF>::MethodName<proof_system::Relation<RelationBase<Flavor::FF>>::AccumulatorType,            \
-                                         EdgeType(Flavor)>(                                                            \
-        EdgeType(Flavor) const&, RelationParameters<Flavor::FF> const&, size_t const);
+                                         EdgeType(Flavor)>(EdgeType(Flavor) const&,                                    \
+                                                           RelationParameters<Flavor::FF> const&);
 
 #define SUMCHECK_RELATION_CLASS(...) _SUMCHECK_RELATION_CLASS(__VA_ARGS__)
 #define _SUMCHECK_RELATION_CLASS(Preface, RelationBase, Flavor)                                                        \
-    ADD_EDGE_CONTRIBUTION(Preface, RelationBase, Flavor, UnivariateAccumulatorsAndViews, ExtendedEdge)                 \
-    ADD_EDGE_CONTRIBUTION(Preface, RelationBase, Flavor, ValueAccumulatorsAndViews, EvaluationEdge)                    \
-    ADD_EDGE_CONTRIBUTION(Preface, RelationBase, Flavor, ValueAccumulatorsAndViews, EntityEdge)
+    ACCUMULATE(Preface, RelationBase, Flavor, TupleOfUnivariatesOverSubrelations, ExtendedEdge)                        \
+    ACCUMULATE(Preface, RelationBase, Flavor, ArrayOfValuesOverSubrelations, EvaluationEdge)                           \
+    ACCUMULATE(Preface, RelationBase, Flavor, ArrayOfValuesOverSubrelations, EntityEdge)
 
 #define DECLARE_SUMCHECK_RELATION_CLASS(RelationBase, Flavor) SUMCHECK_RELATION_CLASS(extern, RelationBase, Flavor)
 #define DEFINE_SUMCHECK_RELATION_CLASS(RelationBase, Flavor) SUMCHECK_RELATION_CLASS(, RelationBase, Flavor)
@@ -36,17 +35,15 @@
 #define SUMCHECK_PERMUTATION_CLASS(...) _SUMCHECK_PERMUTATION_CLASS(__VA_ARGS__)
 #define _SUMCHECK_PERMUTATION_CLASS(Preface, RelationBase, Flavor)                                                     \
     PERMUTATION_METHOD(                                                                                                \
-        Preface, compute_permutation_numerator, RelationBase, Flavor, UnivariateAccumulatorsAndViews, ExtendedEdge)    \
-    PERMUTATION_METHOD(                                                                                                \
-        Preface, compute_permutation_numerator, RelationBase, Flavor, ValueAccumulatorsAndViews, EvaluationEdge)       \
-    PERMUTATION_METHOD(                                                                                                \
-        Preface, compute_permutation_numerator, RelationBase, Flavor, ValueAccumulatorsAndViews, EntityEdge)           \
+        Preface, compute_permutation_numerator, RelationBase, Flavor, UnivariateAccumulator0, ExtendedEdge)            \
     PERMUTATION_METHOD(                                                                                                \
-        Preface, compute_permutation_denominator, RelationBase, Flavor, UnivariateAccumulatorsAndViews, ExtendedEdge)  \
+        Preface, compute_permutation_numerator, RelationBase, Flavor, ValueAccumulator0, EvaluationEdge)               \
+    PERMUTATION_METHOD(Preface, compute_permutation_numerator, RelationBase, Flavor, ValueAccumulator0, EntityEdge)    \
     PERMUTATION_METHOD(                                                                                                \
-        Preface, compute_permutation_denominator, RelationBase, Flavor, ValueAccumulatorsAndViews, EvaluationEdge)     \
+        Preface, compute_permutation_denominator, RelationBase, Flavor, UnivariateAccumulator0, ExtendedEdge)          \
     PERMUTATION_METHOD(                                                                                                \
-        Preface, compute_permutation_denominator, RelationBase, Flavor, ValueAccumulatorsAndViews, EntityEdge)
+        Preface, compute_permutation_denominator, RelationBase, Flavor, ValueAccumulator0, EvaluationEdge)             \
+    PERMUTATION_METHOD(Preface, compute_permutation_denominator, RelationBase, Flavor, ValueAccumulator0, EntityEdge)
 
 #define DECLARE_SUMCHECK_PERMUTATION_CLASS(RelationBase, Flavor)                                                       \
     SUMCHECK_PERMUTATION_CLASS(extern, RelationBase, Flavor)
diff --git a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.hpp b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.hpp
index de28b0792792..c3dcf58abef4 100644
--- a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.hpp
@@ -15,7 +15,7 @@ template <typename Flavor> class SumcheckProver {
   public:
     using FF = typename Flavor::FF;
     using PartiallyEvaluatedMultivariates = typename Flavor::PartiallyEvaluatedMultivariates;
-    using ClaimedEvaluations = typename Flavor::ProverPolynomialsEvaluations;
+    using ClaimedEvaluations = typename Flavor::AllValues;
 
     ProverTranscript<FF>& transcript;
     const size_t multivariate_n;
@@ -108,7 +108,8 @@ template <typename Flavor> class SumcheckProver {
         // Final round: Extract multivariate evaluations from partially_evaluated_polynomials and add to transcript
         ClaimedEvaluations multivariate_evaluations;
         size_t evaluation_idx = 0;
-        for (auto& polynomial : partially_evaluated_polynomials) { // TODO(#391) zip
+        // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
+        for (auto& polynomial : partially_evaluated_polynomials) {
             multivariate_evaluations[evaluation_idx] = polynomial[0];
             ++evaluation_idx;
         }
@@ -151,7 +152,7 @@ template <typename Flavor> class SumcheckVerifier {
   public:
     using Utils = barretenberg::RelationUtils<Flavor>;
     using FF = typename Flavor::FF;
-    using ClaimedEvaluations = typename Flavor::ProverPolynomialsEvaluations;
+    using ClaimedEvaluations = typename Flavor::AllValues;
 
     static constexpr size_t MAX_RANDOM_RELATION_LENGTH = Flavor::MAX_RANDOM_RELATION_LENGTH;
     static constexpr size_t NUM_POLYNOMIALS = Flavor::NUM_ALL_ENTITIES;
diff --git a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.test.cpp b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.test.cpp
index f8ae29e46e33..963a271201fc 100644
--- a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck.test.cpp
@@ -143,6 +143,16 @@ TEST_F(SumcheckTests, PolynomialNormalization)
                               l_6 * full_polynomials[i][6] + l_7 * full_polynomials[i][7];
         EXPECT_EQ(hand_computed_value, sumcheck.partially_evaluated_polynomials[i][0]);
     }
+
+    // We can also check the correctness of the multilinear evaluations produced by Sumcheck by directly evaluating the
+    // full polynomials at challenge u via the evaluate_mle() function
+    std::vector<FF> u_challenge = { u_0, u_1, u_2 };
+    for (size_t i = 0; i < NUM_POLYNOMIALS; i++) {
+        barretenberg::Polynomial<FF> poly(full_polynomials[i]);
+        auto v_expected = poly.evaluate_mle(u_challenge);
+        auto v_result = output.claimed_evaluations[i];
+        EXPECT_EQ(v_expected, v_result);
+    }
 }
 
 TEST_F(SumcheckTests, Prover)
diff --git a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_output.hpp b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_output.hpp
index 38b4311a9465..d300d6d4d728 100644
--- a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_output.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_output.hpp
@@ -11,7 +11,7 @@ namespace proof_system::honk::sumcheck {
  */
 template <typename Flavor> struct SumcheckOutput {
     using FF = typename Flavor::FF;
-    using ClaimedEvaluations = typename Flavor::ProverPolynomialsEvaluations;
+    using ClaimedEvaluations = typename Flavor::AllValues;
     // u = (u_0, ..., u_{d-1})
     std::vector<FF> challenge;
     // Evaluations in `u` of the polynomials used in Sumcheck
diff --git a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_round.hpp b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_round.hpp
index 8a6722777ffe..1453c338f1aa 100644
--- a/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_round.hpp
+++ b/barretenberg/cpp/src/barretenberg/honk/sumcheck/sumcheck_round.hpp
@@ -6,6 +6,7 @@
 #include "barretenberg/polynomials/pow.hpp"
 #include "barretenberg/proof_system/flavor/flavor.hpp"
 #include "barretenberg/proof_system/relations/relation_parameters.hpp"
+#include "barretenberg/proof_system/relations/relation_types.hpp"
 #include "barretenberg/proof_system/relations/utils.hpp"
 
 namespace proof_system::honk::sumcheck {
@@ -55,7 +56,7 @@ namespace proof_system::honk::sumcheck {
 template <typename Flavor> class SumcheckProverRound {
 
     using Relations = typename Flavor::Relations;
-    using RelationUnivariates = typename Flavor::RelationUnivariates;
+    using TupleOfTuplesOfUnivariates = typename Flavor::TupleOfTuplesOfUnivariates;
 
   public:
     using FF = typename Flavor::FF;
@@ -64,12 +65,11 @@ template <typename Flavor> class SumcheckProverRound {
 
     size_t round_size; // a power of 2
 
-    Relations relations;
     static constexpr size_t NUM_RELATIONS = Flavor::NUM_RELATIONS;
     static constexpr size_t MAX_RELATION_LENGTH = Flavor::MAX_RELATION_LENGTH;
     static constexpr size_t MAX_RANDOM_RELATION_LENGTH = Flavor::MAX_RANDOM_RELATION_LENGTH;
 
-    RelationUnivariates univariate_accumulators;
+    TupleOfTuplesOfUnivariates univariate_accumulators;
 
     // TODO(#224)(Cody): this should go away
     barretenberg::BarycentricData<FF, 2, MAX_RELATION_LENGTH> barycentric_2_to_max;
@@ -111,7 +111,7 @@ template <typename Flavor> class SumcheckProverRound {
      */
     void extend_edges(auto& extended_edges, auto& multivariates, size_t edge_idx)
     {
-        size_t univariate_idx = 0; // TODO(#391) zip
+        size_t univariate_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
         for (auto& poly : multivariates) {
             auto edge = barretenberg::Univariate<FF, 2>({ poly[edge_idx], poly[edge_idx + 1] });
             extended_edges[univariate_idx] = barycentric_2_to_max.extend(edge);
@@ -148,7 +148,7 @@ template <typename Flavor> class SumcheckProverRound {
         size_t iterations_per_thread = round_size / num_threads; // actual iterations per thread
 
         // Constuct univariate accumulator containers; one per thread
-        std::vector<RelationUnivariates> thread_univariate_accumulators(num_threads);
+        std::vector<TupleOfTuplesOfUnivariates> thread_univariate_accumulators(num_threads);
         for (auto& accum : thread_univariate_accumulators) {
             zero_univariates(accum);
         }
@@ -205,12 +205,13 @@ template <typename Flavor> class SumcheckProverRound {
      * appropriate scaling factors, produces S_l.
      */
     template <size_t relation_idx = 0>
-    void accumulate_relation_univariates(RelationUnivariates& univariate_accumulators,
+    void accumulate_relation_univariates(TupleOfTuplesOfUnivariates& univariate_accumulators,
                                          const auto& extended_edges,
                                          const proof_system::RelationParameters<FF>& relation_parameters,
                                          const FF& scaling_factor)
     {
-        std::get<relation_idx>(relations).add_edge_contribution(
+        using Relation = std::tuple_element_t<relation_idx, Relations>;
+        Relation::accumulate(
             std::get<relation_idx>(univariate_accumulators), extended_edges, relation_parameters, scaling_factor);
 
         // Repeat for the next relation.
@@ -221,9 +222,8 @@ template <typename Flavor> class SumcheckProverRound {
     }
 
   public:
-    // TODO(luke): Potentially make RelationUnivarites (tuple of tuples of Univariates) a class and make these utility
-    // functions class methods. Alternatively, move all of these tuple utilities (and the ones living elsewhere) to
-    // their own module.
+    // TODO(luke): Potentially make TupleOfTuplesOfUnivariates a class and make these utility functions class methods.
+    // Alternatively, move all of these tuple utilities (and the ones living elsewhere) to their own module.
     /**
      * Utility methods for tuple of tuples of Univariates
      */
@@ -254,9 +254,7 @@ template <typename Flavor> class SumcheckProverRound {
             barretenberg::BarycentricData<FF, Element::LENGTH, extended_size> barycentric_utils;
             auto extended = barycentric_utils.extend(element);
 
-            const bool is_subrelation_linearly_independent =
-                Relation::template is_subrelation_linearly_independent<subrelation_idx>();
-            if (is_subrelation_linearly_independent) {
+            if constexpr (subrelation_is_linearly_independent<Relation, subrelation_idx>()) {
                 // if subrelation is linearly independent, multiply by random polynomial
                 result += extended * extended_random_polynomial_edge;
             } else {
@@ -369,11 +367,11 @@ template <typename Flavor> class SumcheckProverRound {
 template <typename Flavor> class SumcheckVerifierRound {
     using Utils = barretenberg::RelationUtils<Flavor>;
     using Relations = typename Flavor::Relations;
-    using RelationEvaluations = typename Flavor::RelationValues;
+    using TupleOfArraysOfValues = typename Flavor::TupleOfArraysOfValues;
 
   public:
     using FF = typename Flavor::FF;
-    using ClaimedEvaluations = typename Flavor::ProverPolynomialsEvaluations;
+    using ClaimedEvaluations = typename Flavor::AllValues;
 
     bool round_failed = false;
 
@@ -382,8 +380,7 @@ template <typename Flavor> class SumcheckVerifierRound {
 
     FF target_total_sum = 0;
 
-    Relations relations;
-    RelationEvaluations relation_evaluations;
+    TupleOfArraysOfValues relation_evaluations;
 
     // Verifier constructor
     explicit SumcheckVerifierRound() { Utils::zero_elements(relation_evaluations); };
@@ -429,12 +426,10 @@ template <typename Flavor> class SumcheckVerifierRound {
     }
 
     /**
-     * @brief Calculate the contribution of each relation to the expected value of the full Honk relation.
+     * @brief General purpose method for applying a tuple of arrays (of FFs)
      *
-     * @details For each relation, use the purported values (supplied by the prover) of the multivariates to calculate
-     * a contribution to the purported value of the full Honk relation. These are stored in `evaluations`. Adding these
-     * together, with appropriate scaling factors, produces the expected value of the full Honk relation. This value is
-     * checked against the final value of the target total sum, defined as sigma_d.
+     * @tparam Operation Any operation valid on elements of the inner arrays (FFs)
+     * @param tuple Tuple of arrays (of FFs)
      */
     // also copy paste in PG
     // so instead of having claimed evaluations of each relation in part  you have the actual evaluations
diff --git a/barretenberg/cpp/src/barretenberg/honk/transcript/transcript.test.cpp b/barretenberg/cpp/src/barretenberg/honk/transcript/transcript.test.cpp
index b2e8127180be..833fb0e673e0 100644
--- a/barretenberg/cpp/src/barretenberg/honk/transcript/transcript.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/honk/transcript/transcript.test.cpp
@@ -72,23 +72,16 @@ class UltraTranscriptTests : public ::testing::Test {
         manifest_expected.add_entry(round, "Sumcheck:evaluations", size_evals);
         manifest_expected.add_challenge(round, "rho");
 
-        round++;
-        for (size_t i = 1; i < log_n; ++i) {
-            std::string idx = std::to_string(i);
-            manifest_expected.add_entry(round, "Gemini:FOLD_" + idx, size_G);
-        }
-        manifest_expected.add_challenge(round, "Gemini:r");
-
         round++;
         for (size_t i = 0; i < log_n; ++i) {
             std::string idx = std::to_string(i);
-            manifest_expected.add_entry(round, "Gemini:a_" + idx, size_FF);
+            manifest_expected.add_entry(round, "ZM:C_q_" + idx, size_G);
         }
-        manifest_expected.add_challenge(round, "Shplonk:nu");
+        manifest_expected.add_challenge(round, "ZM:y");
 
         round++;
-        manifest_expected.add_entry(round, "Shplonk:Q", size_G);
-        manifest_expected.add_challenge(round, "Shplonk:z");
+        manifest_expected.add_entry(round, "ZM:C_q", size_G);
+        manifest_expected.add_challenge(round, "ZM:x", "ZM:z");
 
         round++;
         // TODO(Mara): Make testing more flavor agnostic so we can test this with all flavors
@@ -108,7 +101,7 @@ class UltraTranscriptTests : public ::testing::Test {
             round++;
             manifest_expected.add_entry(round, "IPA:a_0", size_FF);
         } else {
-            manifest_expected.add_entry(round, "KZG:W", size_G);
+            manifest_expected.add_entry(round, "ZM:PI", size_G);
         }
 
         manifest_expected.add_challenge(round); // no challenge
@@ -207,40 +200,36 @@ TEST_F(UltraTranscriptTests, ChallengeGenerationTest)
 TEST_F(UltraTranscriptTests, FoldingManifestTest)
 {
     using Flavor = flavor::Ultra;
-    auto builder_one = proof_system::UltraCircuitBuilder();
-    auto a = 2;
-    auto b = 3;
-    builder_one.add_variable(a);
-    builder_one.add_public_variable(a);
-    builder_one.add_public_variable(b);
-
-    auto builder_two = proof_system::UltraCircuitBuilder();
-    a = 3;
-    b = 4;
-    builder_two.add_variable(a);
-    builder_two.add_variable(b);
-    builder_two.add_public_variable(a);
-    builder_two.add_public_variable(b);
-
     auto composer = UltraComposer();
-    auto instance_one = composer.create_instance(builder_one);
+
+    std::vector<std::shared_ptr<ProverInstance_<Flavor>>> insts(2);
+    std::generate(insts.begin(), insts.end(), [&]() {
+        auto builder = proof_system::UltraCircuitBuilder();
+        auto a = FF::random_element();
+        auto b = FF::random_element();
+        builder.add_variable(a);
+        builder.add_public_variable(a);
+        builder.add_public_variable(b);
+        return composer.create_instance(builder);
+    });
+    info("here");
+
     // artificially make first instance relaxed
-    auto log_instance_size = static_cast<size_t>(numeric::get_msb(instance_one->proving_key->circuit_size));
+    auto log_instance_size = static_cast<size_t>(numeric::get_msb(insts[0]->proving_key->circuit_size));
+    info("here");
     std::vector<FF> betas(log_instance_size);
     for (size_t idx = 0; idx < log_instance_size; idx++) {
         betas[idx] = FF::random_element();
     }
-    instance_one->folding_params = { betas, FF(1) };
-    auto instance_two = composer.create_instance(builder_two);
+    insts[0]->folding_parameters = { betas, FF(1) };
+    info("here");
 
-    std::vector<std::shared_ptr<ProverInstance_<Flavor>>> insts;
-    insts.emplace_back(instance_one);
-    insts.emplace_back(instance_two);
     auto prover = composer.create_folding_prover(insts);
     auto verifier = composer.create_folding_verifier(insts);
 
     auto prover_res = prover.fold_instances();
     verifier.fold_public_parameters(prover_res.folding_data);
+    info("here");
 
     // Check consistency between the manifests generated by the prover and verifier
     auto prover_manifest = prover.transcript.get_manifest();
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/compute_circuit_data.hpp b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/compute_circuit_data.hpp
index 40f39d24e4e9..cdf0dbeb1712 100644
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/compute_circuit_data.hpp
+++ b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/compute_circuit_data.hpp
@@ -56,9 +56,9 @@ circuit_data get_circuit_data(std::string const& name,
     circuit_data data;
     data.srs = srs;
     data.mock = mock;
-    Composer composer(srs);
+    Composer composer;
     Builder builder;
-    Composer mock_proof_composer(srs);
+    Composer mock_proof_composer;
     Builder mock_builder;
     BenchmarkInfoCollator benchmark_collator;
 
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/c_bind.cpp b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/c_bind.cpp
deleted file mode 100644
index fcddcbfdb942..000000000000
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/c_bind.cpp
+++ /dev/null
@@ -1,98 +0,0 @@
-#include <cstdint>
-#include <sstream>
-
-#include "../mock/mock_circuit.hpp"
-#include "barretenberg/common/container.hpp"
-#include "barretenberg/common/mem.hpp"
-#include "barretenberg/common/streams.hpp"
-#include "barretenberg/ecc/curves/grumpkin/grumpkin.hpp"
-#include "barretenberg/join_split_example/types.hpp"
-#include "barretenberg/plonk/proof_system/proving_key/serialize.hpp"
-#include "barretenberg/srs/global_crs.hpp"
-#include "c_bind.h"
-#include "compute_signing_data.hpp"
-#include "join_split.hpp"
-
-using namespace barretenberg;
-using namespace join_split_example::proofs::join_split;
-
-WASM_EXPORT void join_split__init_proving_key(bool mock)
-{
-    init_proving_key(barretenberg::srs::get_crs_factory(), mock);
-}
-
-// WASM_EXPORT void join_split__init_proving_key_from_buffer(uint8_t const* pk_buf)
-// {
-//     std::shared_ptr<barretenberg::srs::factories::ProverCrs> crs;
-//     plonk::proving_key_data pk_data;
-//     read(pk_buf, pk_data);
-//     init_proving_key(crs, std::move(pk_data));
-// }
-
-WASM_EXPORT void join_split__release_key()
-{
-    release_proving_key();
-}
-
-WASM_EXPORT uint32_t join_split__get_new_proving_key_data(uint8_t** output)
-{
-    // Computing the size of the serialized key is non trivial. We know it's ~331mb.
-    // Allocate a buffer large enough to hold it, and abort if we overflow.
-    // This is to keep memory usage down.
-
-    auto proving_key = get_proving_key();
-    auto buffer = to_buffer(*proving_key);
-    auto raw_buf = (uint8_t*)malloc(buffer.size());
-    memcpy(raw_buf, (void*)buffer.data(), buffer.size());
-    *output = raw_buf;
-
-    return static_cast<uint32_t>(buffer.size());
-}
-
-WASM_EXPORT void join_split__init_verification_key(void* /*unused*/, uint8_t const* /*unused*/)
-{
-    init_verification_key(barretenberg::srs::get_crs_factory());
-}
-
-// WASM_EXPORT void join_split__init_verification_key_from_buffer(uint8_t const* vk_buf, uint8_t const* g2x)
-// {
-//     auto crs = std::make_shared<proof_system::VerifierMemReferenceString>(g2x);
-//     plonk::verification_key_data vk_data;
-//     read(vk_buf, vk_data);
-//     init_verification_key(crs, std::move(vk_data));
-// }
-
-WASM_EXPORT uint32_t join_split__get_new_verification_key_data(uint8_t** output)
-{
-    auto buffer = to_buffer(*get_verification_key());
-    auto raw_buf = (uint8_t*)malloc(buffer.size());
-    memcpy(raw_buf, (void*)buffer.data(), buffer.size());
-    *output = raw_buf;
-    return static_cast<uint32_t>(buffer.size());
-}
-
-WASM_EXPORT void join_split__compute_signing_data(uint8_t const* join_split_tx_buf, uint8_t* output)
-{
-    auto tx = from_buffer<join_split_tx>(join_split_tx_buf);
-    auto signing_data = compute_signing_data(tx);
-    barretenberg::fr::serialize_to_buffer(signing_data, output);
-}
-
-WASM_EXPORT void* join_split__new_prover(uint8_t const* join_split_buf, bool mock)
-{
-    auto tx = from_buffer<join_split_tx>(join_split_buf);
-    auto prover = new_join_split_prover(tx, mock);
-    auto heapProver = new join_split_example::Prover(std::move(prover));
-    return heapProver;
-}
-
-WASM_EXPORT void join_split__delete_prover(void* prover)
-{
-    delete reinterpret_cast<join_split_example::Prover*>(prover);
-}
-
-WASM_EXPORT bool join_split__verify_proof(uint8_t* proof, uint32_t length)
-{
-    plonk::proof pp = { std::vector<uint8_t>(proof, proof + length) };
-    return verify_proof(pp);
-}
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/c_bind.h b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/c_bind.h
deleted file mode 100644
index cd7390b1dad1..000000000000
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/c_bind.h
+++ /dev/null
@@ -1,3 +0,0 @@
-#include <cstdint>
-
-WASM_EXPORT uint32_t join_split__get_new_proving_key_data(uint8_t** output);
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.cpp b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.cpp
index 1da1caee45fe..c4c52a1be381 100644
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.cpp
+++ b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.cpp
@@ -14,8 +14,7 @@ using namespace proof_system::plonk::stdlib::merkle_tree;
 static std::shared_ptr<plonk::proving_key> proving_key;
 static std::shared_ptr<plonk::verification_key> verification_key;
 
-void init_proving_key(std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-                      bool mock)
+void init_proving_key(bool mock)
 {
     if (proving_key) {
         return;
@@ -27,12 +26,12 @@ void init_proving_key(std::shared_ptr<barretenberg::srs::factories::CrsFactory<c
     if (!mock) {
         Builder builder;
         join_split_circuit(builder, tx);
-        Composer composer(crs_factory);
+        Composer composer;
         proving_key = composer.compute_proving_key(builder);
     } else {
         Builder builder;
         join_split_circuit(builder, tx);
-        Composer composer(crs_factory);
+        Composer composer;
         join_split_example::proofs::mock::mock_circuit(builder, builder.get_public_inputs());
         proving_key = composer.compute_proving_key(builder);
     }
@@ -43,16 +42,14 @@ void release_proving_key()
     proving_key.reset();
 }
 
-void init_verification_key(std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory)
+void init_verification_key()
 {
     if (!proving_key) {
         std::abort();
     }
-    // Patch the 'nothing' reference string fed to init_proving_key.
-    proving_key->reference_string = crs_factory->get_prover_crs(proving_key->circuit_size + 1);
 
     verification_key =
-        proof_system::plonk::compute_verification_key_common(proving_key, crs_factory->get_verifier_crs());
+        proof_system::plonk::compute_verification_key_common(proving_key, srs::get_crs_factory()->get_verifier_crs());
 }
 
 Prover new_join_split_prover(join_split_tx const& tx, bool mock)
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.hpp b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.hpp
index 1d4a1dd5fa7a..a436d99f884a 100644
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.hpp
+++ b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.hpp
@@ -7,12 +7,11 @@ namespace join_split_example {
 namespace proofs {
 namespace join_split {
 
-void init_proving_key(std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory,
-                      bool mock);
+void init_proving_key(bool mock);
 
 void release_proving_key();
 
-void init_verification_key(std::shared_ptr<barretenberg::srs::factories::CrsFactory<curve::BN254>> const& crs_factory);
+void init_verification_key();
 
 Prover new_join_split_prover(join_split_tx const& tx, bool mock);
 
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.test.cpp b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.test.cpp
index 8b86c4d1641a..b018a9cd7b8d 100644
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split.test.cpp
@@ -44,11 +44,10 @@ class join_split_tests : public ::testing::Test {
     static void SetUpTestCase()
     {
         barretenberg::srs::init_crs_factory("../srs_db/ignition");
-        auto null_crs_factory = std::make_shared<barretenberg::srs::factories::CrsFactory<curve::BN254>>();
-        init_proving_key(null_crs_factory, false);
+        init_proving_key(false);
         auto crs_factory =
             std::make_unique<barretenberg::srs::factories::FileCrsFactory<curve::BN254>>("../srs_db/ignition");
-        init_verification_key(std::move(crs_factory));
+        init_verification_key();
         info("vk hash: ", get_verification_key()->sha256_hash());
     }
 
@@ -213,7 +212,7 @@ class join_split_tests : public ::testing::Test {
                                uint32_t account_note_index = 0,
                                bool account_required = false)
     {
-        // The tree, user and notes are initialised in SetUp().
+        // The tree, user and notes are initialized in SetUp().
         preload_value_notes();
         preload_account_notes(); // indices: [ACCOUNT_INDEX, ACCOUNT_INDEX + 1]
         return create_join_split_tx(input_indices,
diff --git a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split_js_parity.test.cpp b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split_js_parity.test.cpp
index f23bceef85f2..ba601d934474 100644
--- a/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split_js_parity.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/join_split_example/proofs/join_split/join_split_js_parity.test.cpp
@@ -25,11 +25,9 @@ class join_split_js_parity_tests : public ::testing::Test {
   protected:
     static void SetUpTestCase()
     {
-        auto null_crs_factory = std::make_shared<barretenberg::srs::factories::CrsFactory<curve::BN254>>();
-        init_proving_key(null_crs_factory, false);
-        auto crs_factory =
-            std::make_unique<barretenberg::srs::factories::FileCrsFactory<curve::BN254>>("../srs_db/ignition");
-        init_verification_key(std::move(crs_factory));
+        srs::init_crs_factory("../srs_db/ignition");
+        init_proving_key(false);
+        init_verification_key();
         info("vk hash: ", get_verification_key()->sha256_hash());
     }
 
diff --git a/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.cpp b/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.cpp
index 7b0ded945c83..1026193bdf7e 100644
--- a/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.cpp
+++ b/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.cpp
@@ -375,10 +375,11 @@ std::shared_ptr<proving_key> UltraComposer::compute_proving_key(CircuitBuilder&
 
     const size_t minimum_circuit_size = tables_size + lookups_size;
     const size_t num_randomized_gates = NUM_RESERVED_GATES;
+    auto crs_factory = srs::get_crs_factory();
     // Initialize circuit_proving_key
     // TODO(#392)(Kesha): replace composer types.
     circuit_proving_key = initialize_proving_key(
-        circuit_constructor, crs_factory_.get(), minimum_circuit_size, num_randomized_gates, CircuitType::ULTRA);
+        circuit_constructor, crs_factory.get(), minimum_circuit_size, num_randomized_gates, CircuitType::ULTRA);
 
     construct_selector_polynomials<Flavor>(circuit_constructor, circuit_proving_key.get());
 
@@ -491,10 +492,12 @@ std::shared_ptr<plonk::verification_key> UltraComposer::compute_verification_key
         return circuit_verification_key;
     }
 
+    auto crs_factory = srs::get_crs_factory();
+
     if (!circuit_proving_key) {
         compute_proving_key(circuit_constructor);
     }
-    circuit_verification_key = compute_verification_key_common(circuit_proving_key, crs_factory_->get_verifier_crs());
+    circuit_verification_key = compute_verification_key_common(circuit_proving_key, crs_factory->get_verifier_crs());
 
     circuit_verification_key->circuit_type = CircuitType::ULTRA;
 
diff --git a/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.hpp b/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.hpp
index fcea9028d830..0d365a6c0c4c 100644
--- a/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.hpp
+++ b/barretenberg/cpp/src/barretenberg/plonk/composer/ultra_composer.hpp
@@ -27,7 +27,6 @@ class UltraComposer {
     std::shared_ptr<plonk::verification_key> circuit_verification_key;
 
     // The crs_factory holds the path to the srs and exposes methods to extract the srs elements
-    std::shared_ptr<barretenberg::srs::factories::CrsFactory<Curve>> crs_factory_;
 
     bool computed_witness = false;
 
@@ -37,11 +36,7 @@ class UltraComposer {
     // vanishing_polynomial cannot be trivially fetched here, I am directly setting this to 4 - 1 = 3.
     static constexpr size_t s_randomness = 3;
 
-    UltraComposer() { crs_factory_ = barretenberg::srs::get_crs_factory(); }
-
-    explicit UltraComposer(std::shared_ptr<barretenberg::srs::factories::CrsFactory<Curve>> crs_factory)
-        : crs_factory_(std::move(crs_factory))
-    {}
+    UltraComposer() = default;
 
     UltraComposer(std::shared_ptr<proving_key> p_key, std::shared_ptr<verification_key> v_key)
         : circuit_proving_key(std::move(p_key))
diff --git a/barretenberg/cpp/src/barretenberg/polynomials/polynomial.cpp b/barretenberg/cpp/src/barretenberg/polynomials/polynomial.cpp
index c898d9d8a6f5..e3f94e9c8720 100644
--- a/barretenberg/cpp/src/barretenberg/polynomials/polynomial.cpp
+++ b/barretenberg/cpp/src/barretenberg/polynomials/polynomial.cpp
@@ -3,6 +3,7 @@
 #include "barretenberg/common/slab_allocator.hpp"
 #include "barretenberg/common/thread.hpp"
 #include "barretenberg/common/thread_utils.hpp"
+#include "barretenberg/numeric/bitop/pow.hpp"
 #include "polynomial_arithmetic.hpp"
 #include <cstddef>
 #include <fcntl.h>
@@ -129,7 +130,7 @@ template <typename Fr> Fr Polynomial<Fr>::evaluate(const Fr& z) const
 /**
  * @brief sets a block of memory to all zeroes
  * Used to zero out unintialized memory to ensure that, when writing to the polynomial in future,
- * memory requests made to the OS do not return virtual pages (performance optimisation).
+ * memory requests made to the OS do not return virtual pages (performance optimization).
  * Used, for example, when one polynomial is instantiated from another one with size_>= other.size_.
  *
  * @param opening_proof Opening proof computed by `batch_open`
@@ -417,6 +418,49 @@ template <typename Fr> Fr Polynomial<Fr>::evaluate_mle(std::span<const Fr> evalu
     return result;
 }
 
+template <typename Fr> Polynomial<Fr> Polynomial<Fr>::partial_evaluate_mle(std::span<const Fr> evaluation_points) const
+{
+    // Get size of partial evaluation point u = (u_0,...,u_{m-1})
+    const size_t m = evaluation_points.size();
+
+    // Assert that the size of the polynomial being evaluated is a power of 2 greater than (1 << m)
+    ASSERT(numeric::is_power_of_two(size_));
+    ASSERT(size_ >= static_cast<size_t>(1 << m));
+    size_t n = numeric::get_msb(size_);
+
+    // Partial evaluation is done in m rounds l = 0,...,m-1. At the end of round l, the polynomial has been partially
+    // evaluated at u_{m-l-1}, ..., u_{m-1} in variables X_{n-l-1}, ..., X_{n-1}. The size of this polynomial is n_l.
+    size_t n_l = 1 << (n - 1);
+
+    // Temporary buffer of half the size of the polynomial
+    pointer tmp_ptr = allocate_aligned_memory(sizeof(Fr) * n_l);
+    auto tmp = tmp_ptr.get();
+
+    Fr* prev = coefficients_.get();
+
+    // Evaluate variable X_{n-1} at u_{m-1}
+    Fr u_l = evaluation_points[m - 1];
+    for (size_t i = 0; i < n_l; ++i) {
+        tmp[i] = prev[i] + u_l * (prev[i + n_l] - prev[i]);
+    }
+    // Evaluate m-1 variables X_{n-l-1}, ..., X_{n-2} at m-1 remaining values u_0,...,u_{m-2})
+    for (size_t l = 1; l < m; ++l) {
+        n_l = 1 << (n - l - 1);
+        u_l = evaluation_points[m - l - 1];
+        for (size_t i = 0; i < n_l; ++i) {
+            tmp[i] = tmp[i] + u_l * (tmp[i + n_l] - tmp[i]);
+        }
+    }
+
+    // Construct resulting polynomial g(X_0,…,X_{n-m-1})) = p(X_0,…,X_{n-m-1},u_0,...u_{m-1}) from buffer
+    auto result = Polynomial<Fr>(n_l);
+    for (size_t idx = 0; idx < n_l; ++idx) {
+        result[idx] = tmp[idx];
+    }
+
+    return result;
+}
+
 template <typename Fr> typename Polynomial<Fr>::pointer Polynomial<Fr>::allocate_aligned_memory(const size_t size) const
 {
     return std::static_pointer_cast<Fr[]>(get_mem_slab(size));
diff --git a/barretenberg/cpp/src/barretenberg/polynomials/polynomial.hpp b/barretenberg/cpp/src/barretenberg/polynomials/polynomial.hpp
index d22f47c5f738..b0ebaae33f62 100644
--- a/barretenberg/cpp/src/barretenberg/polynomials/polynomial.hpp
+++ b/barretenberg/cpp/src/barretenberg/polynomials/polynomial.hpp
@@ -202,6 +202,25 @@ template <typename Fr> class Polynomial {
      */
     Fr evaluate_mle(std::span<const Fr> evaluation_points, bool shift = false) const;
 
+    /**
+     * @brief Partially evaluates in the last k variables a polynomial interpreted as a multilinear extension.
+     *
+     * @details Partially evaluates p(X) = (a_0, ..., a_{2^n-1}) considered as multilinear extension p(X_0,…,X_{n-1}) =
+     * \sum_i a_i*L_i(X_0,…,X_{n-1}) at u = (u_0,…,u_{m-1}), m < n, in the last m variables X_n-m,…,X_{n-1}. The result
+     * is a multilinear polynomial in n-m variables g(X_0,…,X_{n-m-1})) = p(X_0,…,X_{n-m-1},u_0,...u_{m-1}).
+     *
+     * @note Intuitively, partially evaluating in one variable collapses the hypercube in one dimension, halving the
+     * number of coefficients needed to represent the result. To partially evaluate starting with the first variable (as
+     * is done in evaluate_mle), the vector of coefficents is halved by combining adjacent rows in a pairwise
+     * fashion (similar to what is done in Sumcheck via "edges"). To evaluate starting from the last variable, we
+     * instead bisect the whole vector and combine the two halves. I.e. rather than coefficents being combined with
+     * their immediate neighbor, they are combined with the coefficient that lives n/2 indices away.
+     *
+     * @param evaluation_points an MLE partial evaluation point u = (u_0,…,u_{m-1})
+     * @return Polynomial<Fr> g(X_0,…,X_{n-m-1})) = p(X_0,…,X_{n-m-1},u_0,...u_{m-1})
+     */
+    Polynomial<Fr> partial_evaluate_mle(std::span<const Fr> evaluation_points) const;
+
     /**
      * @brief Divides p(X) by (X-r₁)⋯(X−rₘ) in-place.
      * Assumes that p(rⱼ)=0 for all j
diff --git a/barretenberg/cpp/src/barretenberg/polynomials/polynomial_arithmetic.test.cpp b/barretenberg/cpp/src/barretenberg/polynomials/polynomial_arithmetic.test.cpp
index e462c1d2ca16..b0a57e135d8d 100644
--- a/barretenberg/cpp/src/barretenberg/polynomials/polynomial_arithmetic.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/polynomials/polynomial_arithmetic.test.cpp
@@ -1095,6 +1095,43 @@ TYPED_TEST(PolynomialTests, evaluate_mle)
     test_case(2);
 }
 
+/**
+ * @brief Test the function for partially evaluating MLE polynomials
+ *
+ */
+TYPED_TEST(PolynomialTests, partial_evaluate_mle)
+{
+    // Initialize a random polynomial
+    using FF = TypeParam;
+    size_t N = 32;
+    Polynomial<FF> poly(N);
+    for (auto& coeff : poly) {
+        coeff = FF::random_element();
+    }
+
+    // Define a random multivariate evaluation point u = (u_0, u_1, u_2, u_3, u_4)
+    auto u_0 = FF::random_element();
+    auto u_1 = FF::random_element();
+    auto u_2 = FF::random_element();
+    auto u_3 = FF::random_element();
+    auto u_4 = FF::random_element();
+    std::vector<FF> u_challenge = { u_0, u_1, u_2, u_3, u_4 };
+
+    // Show that directly computing v = p(u_0,...,u_4) yields the same result as first computing the partial evaluation
+    // in the last 3 variables g(X_0,X_1) = p(X_0,X_1,u_2,u_3,u_4), then v = g(u_0,u_1)
+
+    // Compute v = p(u_0,...,u_4)
+    auto v_expected = poly.evaluate_mle(u_challenge);
+
+    // Compute g(X_0,X_1) = p(X_0,X_1,u_2,u_3,u_4), then v = g(u_0,u_1)
+    std::vector<FF> u_part_1 = { u_0, u_1 };
+    std::vector<FF> u_part_2 = { u_2, u_3, u_4 };
+    auto partial_evaluated_poly = poly.partial_evaluate_mle(u_part_2);
+    auto v_result = partial_evaluated_poly.evaluate_mle(u_part_1);
+
+    EXPECT_EQ(v_result, v_expected);
+}
+
 TYPED_TEST(PolynomialTests, factor_roots)
 {
     using FF = TypeParam;
diff --git a/barretenberg/cpp/src/barretenberg/polynomials/univariate.hpp b/barretenberg/cpp/src/barretenberg/polynomials/univariate.hpp
index 42f6090f329e..afa5aa5c0b38 100644
--- a/barretenberg/cpp/src/barretenberg/polynomials/univariate.hpp
+++ b/barretenberg/cpp/src/barretenberg/polynomials/univariate.hpp
@@ -21,6 +21,7 @@ template <class Fr, size_t view_length> class UnivariateView;
 template <class Fr, size_t _length> class Univariate {
   public:
     static constexpr size_t LENGTH = _length;
+    using View = UnivariateView<Fr, LENGTH>;
 
     // TODO(https://github.com/AztecProtocol/barretenberg/issues/714) Try out std::valarray?
     std::array<Fr, _length> evaluations;
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/arithmetization/arithmetization.hpp b/barretenberg/cpp/src/barretenberg/proof_system/arithmetization/arithmetization.hpp
index 671ab2e43044..59c573229f7a 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/arithmetization/arithmetization.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/arithmetization/arithmetization.hpp
@@ -174,7 +174,7 @@ template <typename _FF> class Ultra : public Arithmetization</*NUM_WIRES =*/4, /
         // ~Selectors() = default;
     };
 };
-class GoblinTranslator : public Arithmetization</*NUM_WIRES =*/78, /*num_selectors =*/0> {
+class GoblinTranslator : public Arithmetization</*NUM_WIRES =*/81, /*num_selectors =*/0> {
   public:
     // Dirty hack
     using Selectors = bool;
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_builder_types.hpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_builder_types.hpp
index 978d0bed55b7..3c9a39fd80a3 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_builder_types.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_builder_types.hpp
@@ -21,6 +21,17 @@ template <typename CycleGroup> struct VMOperation {
     uint256_t z1 = 0;
     uint256_t z2 = 0;
     typename CycleGroup::subgroup_field mul_scalar_full = 0;
+    [[nodiscard]] uint32_t get_opcode_value() const
+    {
+        auto res = static_cast<uint32_t>(add);
+        res += res;
+        res += static_cast<uint32_t>(mul);
+        res += res;
+        res += static_cast<uint32_t>(eq);
+        res += res;
+        res += static_cast<uint32_t>(reset);
+        return res;
+    }
 };
 template <typename CycleGroup> struct ScalarMul {
     uint32_t pc;
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_circuit_builder.hpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_circuit_builder.hpp
index 119b84100403..8f71dd6244c0 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_circuit_builder.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/eccvm/eccvm_circuit_builder.hpp
@@ -17,10 +17,13 @@ namespace proof_system {
 template <typename Flavor> class ECCVMCircuitBuilder {
   public:
     using CycleGroup = typename Flavor::CycleGroup;
-    using CycleScalar = typename CycleGroup::subgroup_field;
     using FF = typename Flavor::FF;
+    using Polynomial = typename Flavor::Polynomial;
+
+    using CycleScalar = typename CycleGroup::subgroup_field;
     using Element = typename CycleGroup::element;
     using AffineElement = typename CycleGroup::affine_element;
+
     static constexpr size_t NUM_SCALAR_BITS = proof_system_eccvm::NUM_SCALAR_BITS;
     static constexpr size_t WNAF_SLICE_BITS = proof_system_eccvm::WNAF_SLICE_BITS;
     static constexpr size_t NUM_WNAF_SLICES = proof_system_eccvm::NUM_WNAF_SLICES;
@@ -36,8 +39,7 @@ template <typename Flavor> class ECCVMCircuitBuilder {
     using VMOperation = proof_system_eccvm::VMOperation<CycleGroup>;
     std::vector<VMOperation> vm_operations;
     using ScalarMul = proof_system_eccvm::ScalarMul<CycleGroup>;
-    using RawPolynomials = typename Flavor::RawPolynomials;
-    using Polynomial = barretenberg::Polynomial<FF>;
+    using AllPolynomials = typename Flavor::AllPolynomials;
 
     ECCVMCircuitBuilder() = default;
 
@@ -312,9 +314,9 @@ template <typename Flavor> class ECCVMCircuitBuilder {
      (reads come from msm_x/y1, msm_x/y2)
      *          lookup_read_counts_1: stores number of times a point has been read from a Straus precomputation table
      (reads come from msm_x/y3, msm_x/y4)
-     * @return RawPolynomials
+     * @return AllPolynomials
      */
-    RawPolynomials compute_full_polynomials()
+    AllPolynomials compute_polynomials()
     {
         const auto msms = get_msms();
         const auto flattened_muls = get_flattened_scalar_muls(msms);
@@ -336,14 +338,14 @@ template <typename Flavor> class ECCVMCircuitBuilder {
         const auto num_rows_log2 = static_cast<size_t>(numeric::get_msb64(num_rows));
         size_t num_rows_pow2 = 1UL << (num_rows_log2 + (1UL << num_rows_log2 == num_rows ? 0 : 1));
 
-        RawPolynomials rows;
+        AllPolynomials polys;
         for (size_t j = 0; j < NUM_POLYNOMIALS; ++j) {
-            rows[j] = Polynomial(num_rows_pow2);
+            polys[j] = Polynomial(num_rows_pow2);
         }
 
-        rows.lagrange_first[0] = 1;
-        rows.lagrange_second[1] = 1;
-        rows.lagrange_last[rows.lagrange_last.size() - 1] = 1;
+        polys.lagrange_first[0] = 1;
+        polys.lagrange_second[1] = 1;
+        polys.lagrange_last[polys.lagrange_last.size() - 1] = 1;
 
         for (size_t i = 0; i < point_table_read_counts[0].size(); ++i) {
             // Explanation of off-by-one offset
@@ -352,30 +354,30 @@ template <typename Flavor> class ECCVMCircuitBuilder {
             // `lookup_read_counts`. We do this mapping in `ecc_msm_relation`. We are off-by-one because we add an empty
             // row at the start of the WNAF columns that is not accounted for (index of lookup_read_counts maps to the
             // row in our WNAF columns that computes a slice for a given value of pc and round)
-            rows.lookup_read_counts_0[i + 1] = point_table_read_counts[0][i];
-            rows.lookup_read_counts_1[i + 1] = point_table_read_counts[1][i];
+            polys.lookup_read_counts_0[i + 1] = point_table_read_counts[0][i];
+            polys.lookup_read_counts_1[i + 1] = point_table_read_counts[1][i];
         }
         for (size_t i = 0; i < transcript_state.size(); ++i) {
-            rows.transcript_accumulator_empty[i] = transcript_state[i].accumulator_empty;
-            rows.transcript_add[i] = transcript_state[i].q_add;
-            rows.transcript_mul[i] = transcript_state[i].q_mul;
-            rows.transcript_eq[i] = transcript_state[i].q_eq;
-            rows.transcript_reset_accumulator[i] = transcript_state[i].q_reset_accumulator;
-            rows.transcript_msm_transition[i] = transcript_state[i].msm_transition;
-            rows.transcript_pc[i] = transcript_state[i].pc;
-            rows.transcript_msm_count[i] = transcript_state[i].msm_count;
-            rows.transcript_x[i] = transcript_state[i].base_x;
-            rows.transcript_y[i] = transcript_state[i].base_y;
-            rows.transcript_z1[i] = transcript_state[i].z1;
-            rows.transcript_z2[i] = transcript_state[i].z2;
-            rows.transcript_z1zero[i] = transcript_state[i].z1_zero;
-            rows.transcript_z2zero[i] = transcript_state[i].z2_zero;
-            rows.transcript_op[i] = transcript_state[i].opcode;
-            rows.transcript_accumulator_x[i] = transcript_state[i].accumulator_x;
-            rows.transcript_accumulator_y[i] = transcript_state[i].accumulator_y;
-            rows.transcript_msm_x[i] = transcript_state[i].msm_output_x;
-            rows.transcript_msm_y[i] = transcript_state[i].msm_output_y;
-            rows.transcript_collision_check[i] = transcript_state[i].collision_check;
+            polys.transcript_accumulator_empty[i] = transcript_state[i].accumulator_empty;
+            polys.transcript_add[i] = transcript_state[i].q_add;
+            polys.transcript_mul[i] = transcript_state[i].q_mul;
+            polys.transcript_eq[i] = transcript_state[i].q_eq;
+            polys.transcript_reset_accumulator[i] = transcript_state[i].q_reset_accumulator;
+            polys.transcript_msm_transition[i] = transcript_state[i].msm_transition;
+            polys.transcript_pc[i] = transcript_state[i].pc;
+            polys.transcript_msm_count[i] = transcript_state[i].msm_count;
+            polys.transcript_x[i] = transcript_state[i].base_x;
+            polys.transcript_y[i] = transcript_state[i].base_y;
+            polys.transcript_z1[i] = transcript_state[i].z1;
+            polys.transcript_z2[i] = transcript_state[i].z2;
+            polys.transcript_z1zero[i] = transcript_state[i].z1_zero;
+            polys.transcript_z2zero[i] = transcript_state[i].z2_zero;
+            polys.transcript_op[i] = transcript_state[i].opcode;
+            polys.transcript_accumulator_x[i] = transcript_state[i].accumulator_x;
+            polys.transcript_accumulator_y[i] = transcript_state[i].accumulator_y;
+            polys.transcript_msm_x[i] = transcript_state[i].msm_output_x;
+            polys.transcript_msm_y[i] = transcript_state[i].msm_output_y;
+            polys.transcript_collision_check[i] = transcript_state[i].collision_check;
         }
 
         // TODO(@zac-williamson) if final opcode resets accumulator, all subsequent "is_accumulator_empty" row values
@@ -383,102 +385,101 @@ template <typename Flavor> class ECCVMCircuitBuilder {
         // all zero (issue #2217)
         if (transcript_state[transcript_state.size() - 1].accumulator_empty == 1) {
             for (size_t i = transcript_state.size(); i < num_rows_pow2; ++i) {
-                rows.transcript_accumulator_empty[i] = 1;
+                polys.transcript_accumulator_empty[i] = 1;
             }
         }
         for (size_t i = 0; i < precompute_table_state.size(); ++i) {
             // first row is always an empty row (to accomodate shifted polynomials which must have 0 as 1st
             // coefficient). All other rows in the precompute_table_state represent active wnaf gates (i.e.
             // precompute_select = 1)
-            rows.precompute_select[i] = (i != 0) ? 1 : 0;
-            rows.precompute_pc[i] = precompute_table_state[i].pc;
-            rows.precompute_point_transition[i] = static_cast<uint64_t>(precompute_table_state[i].point_transition);
-            rows.precompute_round[i] = precompute_table_state[i].round;
-            rows.precompute_scalar_sum[i] = precompute_table_state[i].scalar_sum;
-
-            rows.precompute_s1hi[i] = precompute_table_state[i].s1;
-            rows.precompute_s1lo[i] = precompute_table_state[i].s2;
-            rows.precompute_s2hi[i] = precompute_table_state[i].s3;
-            rows.precompute_s2lo[i] = precompute_table_state[i].s4;
-            rows.precompute_s3hi[i] = precompute_table_state[i].s5;
-            rows.precompute_s3lo[i] = precompute_table_state[i].s6;
-            rows.precompute_s4hi[i] = precompute_table_state[i].s7;
-            rows.precompute_s4lo[i] = precompute_table_state[i].s8;
+            polys.precompute_select[i] = (i != 0) ? 1 : 0;
+            polys.precompute_pc[i] = precompute_table_state[i].pc;
+            polys.precompute_point_transition[i] = static_cast<uint64_t>(precompute_table_state[i].point_transition);
+            polys.precompute_round[i] = precompute_table_state[i].round;
+            polys.precompute_scalar_sum[i] = precompute_table_state[i].scalar_sum;
+
+            polys.precompute_s1hi[i] = precompute_table_state[i].s1;
+            polys.precompute_s1lo[i] = precompute_table_state[i].s2;
+            polys.precompute_s2hi[i] = precompute_table_state[i].s3;
+            polys.precompute_s2lo[i] = precompute_table_state[i].s4;
+            polys.precompute_s3hi[i] = precompute_table_state[i].s5;
+            polys.precompute_s3lo[i] = precompute_table_state[i].s6;
+            polys.precompute_s4hi[i] = precompute_table_state[i].s7;
+            polys.precompute_s4lo[i] = precompute_table_state[i].s8;
             // If skew is active (i.e. we need to subtract a base point from the msm result),
             // write `7` into rows.precompute_skew. `7`, in binary representation, equals `-1` when converted into WNAF
             // form
-            rows.precompute_skew[i] = precompute_table_state[i].skew ? 7 : 0;
+            polys.precompute_skew[i] = precompute_table_state[i].skew ? 7 : 0;
 
-            rows.precompute_dx[i] = precompute_table_state[i].precompute_double.x;
-            rows.precompute_dy[i] = precompute_table_state[i].precompute_double.y;
-            rows.precompute_tx[i] = precompute_table_state[i].precompute_accumulator.x;
-            rows.precompute_ty[i] = precompute_table_state[i].precompute_accumulator.y;
+            polys.precompute_dx[i] = precompute_table_state[i].precompute_double.x;
+            polys.precompute_dy[i] = precompute_table_state[i].precompute_double.y;
+            polys.precompute_tx[i] = precompute_table_state[i].precompute_accumulator.x;
+            polys.precompute_ty[i] = precompute_table_state[i].precompute_accumulator.y;
         }
 
         for (size_t i = 0; i < msm_state.size(); ++i) {
-            rows.msm_transition[i] = static_cast<int>(msm_state[i].msm_transition);
-            rows.msm_add[i] = static_cast<int>(msm_state[i].q_add);
-            rows.msm_double[i] = static_cast<int>(msm_state[i].q_double);
-            rows.msm_skew[i] = static_cast<int>(msm_state[i].q_skew);
-            rows.msm_accumulator_x[i] = msm_state[i].accumulator_x;
-            rows.msm_accumulator_y[i] = msm_state[i].accumulator_y;
-            rows.msm_pc[i] = msm_state[i].pc;
-            rows.msm_size_of_msm[i] = msm_state[i].msm_size;
-            rows.msm_count[i] = msm_state[i].msm_count;
-            rows.msm_round[i] = msm_state[i].msm_round;
-            rows.msm_add1[i] = static_cast<int>(msm_state[i].add_state[0].add);
-            rows.msm_add2[i] = static_cast<int>(msm_state[i].add_state[1].add);
-            rows.msm_add3[i] = static_cast<int>(msm_state[i].add_state[2].add);
-            rows.msm_add4[i] = static_cast<int>(msm_state[i].add_state[3].add);
-            rows.msm_x1[i] = msm_state[i].add_state[0].point.x;
-            rows.msm_y1[i] = msm_state[i].add_state[0].point.y;
-            rows.msm_x2[i] = msm_state[i].add_state[1].point.x;
-            rows.msm_y2[i] = msm_state[i].add_state[1].point.y;
-            rows.msm_x3[i] = msm_state[i].add_state[2].point.x;
-            rows.msm_y3[i] = msm_state[i].add_state[2].point.y;
-            rows.msm_x4[i] = msm_state[i].add_state[3].point.x;
-            rows.msm_y4[i] = msm_state[i].add_state[3].point.y;
-            rows.msm_collision_x1[i] = msm_state[i].add_state[0].collision_inverse;
-            rows.msm_collision_x2[i] = msm_state[i].add_state[1].collision_inverse;
-            rows.msm_collision_x3[i] = msm_state[i].add_state[2].collision_inverse;
-            rows.msm_collision_x4[i] = msm_state[i].add_state[3].collision_inverse;
-            rows.msm_lambda1[i] = msm_state[i].add_state[0].lambda;
-            rows.msm_lambda2[i] = msm_state[i].add_state[1].lambda;
-            rows.msm_lambda3[i] = msm_state[i].add_state[2].lambda;
-            rows.msm_lambda4[i] = msm_state[i].add_state[3].lambda;
-            rows.msm_slice1[i] = msm_state[i].add_state[0].slice;
-            rows.msm_slice2[i] = msm_state[i].add_state[1].slice;
-            rows.msm_slice3[i] = msm_state[i].add_state[2].slice;
-            rows.msm_slice4[i] = msm_state[i].add_state[3].slice;
+            polys.msm_transition[i] = static_cast<int>(msm_state[i].msm_transition);
+            polys.msm_add[i] = static_cast<int>(msm_state[i].q_add);
+            polys.msm_double[i] = static_cast<int>(msm_state[i].q_double);
+            polys.msm_skew[i] = static_cast<int>(msm_state[i].q_skew);
+            polys.msm_accumulator_x[i] = msm_state[i].accumulator_x;
+            polys.msm_accumulator_y[i] = msm_state[i].accumulator_y;
+            polys.msm_pc[i] = msm_state[i].pc;
+            polys.msm_size_of_msm[i] = msm_state[i].msm_size;
+            polys.msm_count[i] = msm_state[i].msm_count;
+            polys.msm_round[i] = msm_state[i].msm_round;
+            polys.msm_add1[i] = static_cast<int>(msm_state[i].add_state[0].add);
+            polys.msm_add2[i] = static_cast<int>(msm_state[i].add_state[1].add);
+            polys.msm_add3[i] = static_cast<int>(msm_state[i].add_state[2].add);
+            polys.msm_add4[i] = static_cast<int>(msm_state[i].add_state[3].add);
+            polys.msm_x1[i] = msm_state[i].add_state[0].point.x;
+            polys.msm_y1[i] = msm_state[i].add_state[0].point.y;
+            polys.msm_x2[i] = msm_state[i].add_state[1].point.x;
+            polys.msm_y2[i] = msm_state[i].add_state[1].point.y;
+            polys.msm_x3[i] = msm_state[i].add_state[2].point.x;
+            polys.msm_y3[i] = msm_state[i].add_state[2].point.y;
+            polys.msm_x4[i] = msm_state[i].add_state[3].point.x;
+            polys.msm_y4[i] = msm_state[i].add_state[3].point.y;
+            polys.msm_collision_x1[i] = msm_state[i].add_state[0].collision_inverse;
+            polys.msm_collision_x2[i] = msm_state[i].add_state[1].collision_inverse;
+            polys.msm_collision_x3[i] = msm_state[i].add_state[2].collision_inverse;
+            polys.msm_collision_x4[i] = msm_state[i].add_state[3].collision_inverse;
+            polys.msm_lambda1[i] = msm_state[i].add_state[0].lambda;
+            polys.msm_lambda2[i] = msm_state[i].add_state[1].lambda;
+            polys.msm_lambda3[i] = msm_state[i].add_state[2].lambda;
+            polys.msm_lambda4[i] = msm_state[i].add_state[3].lambda;
+            polys.msm_slice1[i] = msm_state[i].add_state[0].slice;
+            polys.msm_slice2[i] = msm_state[i].add_state[1].slice;
+            polys.msm_slice3[i] = msm_state[i].add_state[2].slice;
+            polys.msm_slice4[i] = msm_state[i].add_state[3].slice;
         }
 
-        rows.transcript_mul_shift = typename Flavor::Polynomial(rows.transcript_mul.shifted());
-        rows.transcript_msm_count_shift = typename Flavor::Polynomial(rows.transcript_msm_count.shifted());
-        rows.transcript_accumulator_x_shift = typename Flavor::Polynomial(rows.transcript_accumulator_x.shifted());
-        rows.transcript_accumulator_y_shift = typename Flavor::Polynomial(rows.transcript_accumulator_y.shifted());
-        rows.precompute_scalar_sum_shift = typename Flavor::Polynomial(rows.precompute_scalar_sum.shifted());
-        rows.precompute_s1hi_shift = typename Flavor::Polynomial(rows.precompute_s1hi.shifted());
-        rows.precompute_dx_shift = typename Flavor::Polynomial(rows.precompute_dx.shifted());
-        rows.precompute_dy_shift = typename Flavor::Polynomial(rows.precompute_dy.shifted());
-        rows.precompute_tx_shift = typename Flavor::Polynomial(rows.precompute_tx.shifted());
-        rows.precompute_ty_shift = typename Flavor::Polynomial(rows.precompute_ty.shifted());
-        rows.msm_transition_shift = typename Flavor::Polynomial(rows.msm_transition.shifted());
-        rows.msm_add_shift = typename Flavor::Polynomial(rows.msm_add.shifted());
-        rows.msm_double_shift = typename Flavor::Polynomial(rows.msm_double.shifted());
-        rows.msm_skew_shift = typename Flavor::Polynomial(rows.msm_skew.shifted());
-        rows.msm_accumulator_x_shift = typename Flavor::Polynomial(rows.msm_accumulator_x.shifted());
-        rows.msm_accumulator_y_shift = typename Flavor::Polynomial(rows.msm_accumulator_y.shifted());
-        rows.msm_count_shift = typename Flavor::Polynomial(rows.msm_count.shifted());
-        rows.msm_round_shift = typename Flavor::Polynomial(rows.msm_round.shifted());
-        rows.msm_add1_shift = typename Flavor::Polynomial(rows.msm_add1.shifted());
-        rows.msm_pc_shift = typename Flavor::Polynomial(rows.msm_pc.shifted());
-        rows.precompute_pc_shift = typename Flavor::Polynomial(rows.precompute_pc.shifted());
-        rows.transcript_pc_shift = typename Flavor::Polynomial(rows.transcript_pc.shifted());
-        rows.precompute_round_shift = typename Flavor::Polynomial(rows.precompute_round.shifted());
-        rows.transcript_accumulator_empty_shift =
-            typename Flavor::Polynomial(rows.transcript_accumulator_empty.shifted());
-        rows.precompute_select_shift = typename Flavor::Polynomial(rows.precompute_select.shifted());
-        return rows;
+        polys.transcript_mul_shift = Polynomial(polys.transcript_mul.shifted());
+        polys.transcript_msm_count_shift = Polynomial(polys.transcript_msm_count.shifted());
+        polys.transcript_accumulator_x_shift = Polynomial(polys.transcript_accumulator_x.shifted());
+        polys.transcript_accumulator_y_shift = Polynomial(polys.transcript_accumulator_y.shifted());
+        polys.precompute_scalar_sum_shift = Polynomial(polys.precompute_scalar_sum.shifted());
+        polys.precompute_s1hi_shift = Polynomial(polys.precompute_s1hi.shifted());
+        polys.precompute_dx_shift = Polynomial(polys.precompute_dx.shifted());
+        polys.precompute_dy_shift = Polynomial(polys.precompute_dy.shifted());
+        polys.precompute_tx_shift = Polynomial(polys.precompute_tx.shifted());
+        polys.precompute_ty_shift = Polynomial(polys.precompute_ty.shifted());
+        polys.msm_transition_shift = Polynomial(polys.msm_transition.shifted());
+        polys.msm_add_shift = Polynomial(polys.msm_add.shifted());
+        polys.msm_double_shift = Polynomial(polys.msm_double.shifted());
+        polys.msm_skew_shift = Polynomial(polys.msm_skew.shifted());
+        polys.msm_accumulator_x_shift = Polynomial(polys.msm_accumulator_x.shifted());
+        polys.msm_accumulator_y_shift = Polynomial(polys.msm_accumulator_y.shifted());
+        polys.msm_count_shift = Polynomial(polys.msm_count.shifted());
+        polys.msm_round_shift = Polynomial(polys.msm_round.shifted());
+        polys.msm_add1_shift = Polynomial(polys.msm_add1.shifted());
+        polys.msm_pc_shift = Polynomial(polys.msm_pc.shifted());
+        polys.precompute_pc_shift = Polynomial(polys.precompute_pc.shifted());
+        polys.transcript_pc_shift = Polynomial(polys.transcript_pc.shifted());
+        polys.precompute_round_shift = Polynomial(polys.precompute_round.shifted());
+        polys.transcript_accumulator_empty_shift = Polynomial(polys.transcript_accumulator_empty.shifted());
+        polys.precompute_select_shift = Polynomial(polys.precompute_select.shifted());
+        return polys;
     }
 
     bool check_circuit()
@@ -501,31 +502,26 @@ template <typename Flavor> class ECCVMCircuitBuilder {
             .eccvm_set_permutation_delta = eccvm_set_permutation_delta,
         };
 
-        auto rows = compute_full_polynomials();
-        const size_t num_rows = rows[0].size();
+        auto polynomials = compute_polynomials();
+        const size_t num_rows = polynomials[0].size();
         proof_system::honk::lookup_library::compute_logderivative_inverse<Flavor,
                                                                           honk::sumcheck::ECCVMLookupRelation<FF>>(
-            rows, params, num_rows);
+            polynomials, params, num_rows);
 
         honk::permutation_library::compute_permutation_grand_product<Flavor, honk::sumcheck::ECCVMSetRelation<FF>>(
-            num_rows, rows, params);
+            num_rows, polynomials, params);
 
-        rows.z_perm_shift = typename Flavor::Polynomial(rows.z_perm.shifted());
+        polynomials.z_perm_shift = Polynomial(polynomials.z_perm.shifted());
 
         const auto evaluate_relation = [&]<typename Relation>(const std::string& relation_name) {
-            auto relation = Relation();
-            typename Relation::RelationValues result;
+            typename Relation::ArrayOfValuesOverSubrelations result;
             for (auto& r : result) {
                 r = 0;
             }
             constexpr size_t NUM_SUBRELATIONS = result.size();
 
             for (size_t i = 0; i < num_rows; ++i) {
-                typename Flavor::RowPolynomials row;
-                for (size_t j = 0; j < NUM_POLYNOMIALS; ++j) {
-                    row[j] = rows[j][i];
-                }
-                relation.add_full_relation_value_contribution(result, row, params, 1);
+                Relation::accumulate(result, polynomials.get_row(i), params, 1);
 
                 bool x = true;
                 for (size_t j = 0; j < NUM_SUBRELATIONS; ++j) {
@@ -553,19 +549,13 @@ template <typename Flavor> class ECCVMCircuitBuilder {
         result =
             result && evaluate_relation.template operator()<honk::sumcheck::ECCVMSetRelation<FF>>("ECCVMSetRelation");
 
-        auto lookup_relation = honk::sumcheck::ECCVMLookupRelation<FF>();
-        typename honk::sumcheck::ECCVMLookupRelation<typename Flavor::FF>::RelationValues lookup_result;
+        using LookupRelation = honk::sumcheck::ECCVMLookupRelation<FF>;
+        typename honk::sumcheck::ECCVMLookupRelation<typename Flavor::FF>::ArrayOfValuesOverSubrelations lookup_result;
         for (auto& r : lookup_result) {
             r = 0;
         }
         for (size_t i = 0; i < num_rows; ++i) {
-            typename Flavor::RowPolynomials row;
-            for (size_t j = 0; j < NUM_POLYNOMIALS; ++j) {
-                row[j] = rows[j][i];
-            }
-            {
-                lookup_relation.add_full_relation_value_contribution(lookup_result, row, params, 1);
-            }
+            LookupRelation::accumulate(lookup_result, polynomials.get_row(i), params, 1);
         }
         for (auto r : lookup_result) {
             if (r != 0) {
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.cpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.cpp
index 445e10cfd495..9384ef1f86db 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.cpp
@@ -9,42 +9,85 @@
  */
 #include "goblin_translator_circuit_builder.hpp"
 #include "barretenberg/ecc/curves/bn254/fr.hpp"
+#include "barretenberg/numeric/uint256/uint256.hpp"
+#include "barretenberg/plonk/proof_system/constants.hpp"
+#include "barretenberg/proof_system/op_queue/ecc_op_queue.hpp"
+#include <cstddef>
 namespace proof_system {
+using ECCVMOperation = ECCOpQueue::ECCVMOperation;
+
+/**
+ * @brief Given the transcript values from the EccOpQueue, the values of the previous accumulator, batching challenge
+ * and input x, compute witness for one step of accumulation
+ *
+ * @tparam Fq
+ * @tparam Fr
+ * @param op_code Opcode value
+ * @param p_x_lo Low 136 bits of P.x
+ * @param p_x_hi High 118 bits of P.x
+ * @param p_y_lo Low 136 bits of P.y
+ * @param p_y_hi High 118 bits of P.y
+ * @param z1 z1 scalar
+ * @param z2 z2 scalar
+ * @param previous_accumulator The value of the previous accumulator (we assume standard decomposition into limbs)
+ * @param batching_challenge_v The value of the challenge for batching polynomial evaluations
+ * @param evaluation_input_x The value at which we evaluate the polynomials
+ * @return GoblinTranslatorCircuitBuilder::AccumulationInput
+ */
 template <typename Fq, typename Fr>
-GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
-    Fr op_code, Fr p_x_lo, Fr p_x_hi, Fr p_y_lo, Fr p_y_hi, Fr z_1, Fr z_2, Fq previous_accumulator, Fq v, Fq x)
+GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(Fr op_code,
+                                                                          Fr p_x_lo,
+                                                                          Fr p_x_hi,
+                                                                          Fr p_y_lo,
+                                                                          Fr p_y_hi,
+                                                                          Fr z1,
+                                                                          Fr z2,
+                                                                          Fq previous_accumulator,
+                                                                          Fq batching_challenge_v,
+                                                                          Fq evaluation_input_x)
 {
+    // All parameters are well-described in the header, this is just for convenience
     constexpr size_t NUM_LIMB_BITS = GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS;
+    constexpr size_t NUM_BINARY_LIMBS = GoblinTranslatorCircuitBuilder::NUM_BINARY_LIMBS;
+    constexpr size_t NUM_MICRO_LIMBS = GoblinTranslatorCircuitBuilder::NUM_MICRO_LIMBS;
+    constexpr size_t NUM_LAST_LIMB_BITS = GoblinTranslatorCircuitBuilder::NUM_LAST_LIMB_BITS;
     constexpr size_t MICRO_LIMB_BITS = GoblinTranslatorCircuitBuilder::MICRO_LIMB_BITS;
+    constexpr size_t TOP_STANDARD_MICROLIMB_BITS = NUM_LAST_LIMB_BITS % MICRO_LIMB_BITS;
+    constexpr size_t NUM_Z_BITS = GoblinTranslatorCircuitBuilder::NUM_Z_BITS;
+    constexpr size_t TOP_Z_MICROLIMB_BITS = (NUM_Z_BITS % NUM_LIMB_BITS) % MICRO_LIMB_BITS;
+    constexpr size_t TOP_QUOTIENT_MICROLIMB_BITS =
+        (GoblinTranslatorCircuitBuilder::NUM_QUOTIENT_BITS % NUM_LIMB_BITS) % MICRO_LIMB_BITS;
     constexpr auto shift_1 = GoblinTranslatorCircuitBuilder::SHIFT_1;
-    constexpr auto shift_2 = GoblinTranslatorCircuitBuilder::SHIFT_2;
-    // constexpr auto modulus_u512 = GoblinTranslatorCircuitBuilder::MODULUS_U512;
     constexpr auto neg_modulus_limbs = GoblinTranslatorCircuitBuilder::NEGATIVE_MODULUS_LIMBS;
     constexpr auto shift_2_inverse = GoblinTranslatorCircuitBuilder::SHIFT_2_INVERSE;
 
     /**
-     * @brief A small function to transform a native element Fq into its bigfield representation  in Fr scalars
+     * @brief A small function to transform a native element Fq into its bigfield representation in Fr scalars
+     *
+     * @details We transform Fq into an integer and then split it into 68-bit limbs, then convert them to Fr.
      *
      */
-    auto base_element_to_bigfield = [](Fq& original) {
+    auto base_element_to_limbs = [](Fq& original) {
         uint256_t original_uint = original;
-        return std::array<Fr, 5>({ Fr(original_uint.slice(0, NUM_LIMB_BITS)),
-                                   Fr(original_uint.slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS)),
-                                   Fr(original_uint.slice(2 * NUM_LIMB_BITS, 3 * NUM_LIMB_BITS)),
-                                   Fr(original_uint.slice(3 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS)),
-                                   Fr(original_uint) });
+        return std::array<Fr, NUM_BINARY_LIMBS>({
+            Fr(original_uint.slice(0, NUM_LIMB_BITS)),
+            Fr(original_uint.slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS)),
+            Fr(original_uint.slice(2 * NUM_LIMB_BITS, 3 * NUM_LIMB_BITS)),
+            Fr(original_uint.slice(3 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS)),
+        });
     };
     /**
-     * @brief A small function to transform a uint512_t element into its bigfield representation  in Fr scalars
+     * @brief A small function to transform a uint512_t element into its 4 68-bit limbs in Fr scalars
+     *
+     * @details Split and integer stored in uint512_T into 4 68-bit chunks (we assume that it is lower than 2²⁷²),
+     * convert to Fr
      *
      */
-    auto uint512_t_to_bigfield = [&shift_2](uint512_t& original) {
-        return std::make_tuple(Fr(original.slice(0, NUM_LIMB_BITS).lo),
-                               Fr(original.slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS).lo),
-                               Fr(original.slice(2 * NUM_LIMB_BITS, 3 * NUM_LIMB_BITS).lo),
-                               Fr(original.slice(3 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS).lo),
-                               Fr(original.slice(0, NUM_LIMB_BITS * 2).lo) +
-                                   Fr(original.slice(NUM_LIMB_BITS * 2, NUM_LIMB_BITS * 4).lo) * shift_2);
+    auto uint512_t_to_limbs = [](uint512_t& original) {
+        return std::array<Fr, NUM_BINARY_LIMBS>{ Fr(original.slice(0, NUM_LIMB_BITS).lo),
+                                                 Fr(original.slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS).lo),
+                                                 Fr(original.slice(2 * NUM_LIMB_BITS, 3 * NUM_LIMB_BITS).lo),
+                                                 Fr(original.slice(3 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS).lo) };
     };
 
     /**
@@ -52,10 +95,67 @@ GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
      *
      */
     auto split_wide_limb_into_2_limbs = [](Fr& wide_limb) {
-        return std::make_tuple(Fr(uint256_t(wide_limb).slice(0, NUM_LIMB_BITS)),
-                               Fr(uint256_t(wide_limb).slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS)));
+        return std::array<Fr, GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS>{
+            Fr(uint256_t(wide_limb).slice(0, NUM_LIMB_BITS)),
+            Fr(uint256_t(wide_limb).slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS))
+        };
     };
+    /**
+     * @brief A method to split a full 68-bit limb into 5 14-bit limb and 1 shifted limb for a more secure constraint
+     *
+     */
     auto split_standard_limb_into_micro_limbs = [](Fr& limb) {
+        static_assert(MICRO_LIMB_BITS == 14);
+        return std::array<Fr, NUM_MICRO_LIMBS>{
+            uint256_t(limb).slice(0, MICRO_LIMB_BITS),
+            uint256_t(limb).slice(MICRO_LIMB_BITS, 2 * MICRO_LIMB_BITS),
+            uint256_t(limb).slice(2 * MICRO_LIMB_BITS, 3 * MICRO_LIMB_BITS),
+            uint256_t(limb).slice(3 * MICRO_LIMB_BITS, 4 * MICRO_LIMB_BITS),
+            uint256_t(limb).slice(4 * MICRO_LIMB_BITS, 5 * MICRO_LIMB_BITS),
+            uint256_t(limb).slice(4 * MICRO_LIMB_BITS, 5 * MICRO_LIMB_BITS)
+                << (MICRO_LIMB_BITS - (NUM_LIMB_BITS % MICRO_LIMB_BITS)),
+        };
+    };
+
+    /**
+     * @brief A method to split the top 50-bit limb into 4 14-bit limbs and 1 shifted limb for a more secure constraint
+     * (plus there is 1 extra space for other constraints)
+     *
+     */
+    auto split_top_limb_into_micro_limbs = [](Fr& limb, size_t last_limb_bits) {
+        static_assert(MICRO_LIMB_BITS == 14);
+        return std::array<Fr, NUM_MICRO_LIMBS>{ uint256_t(limb).slice(0, MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(MICRO_LIMB_BITS, 2 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(2 * MICRO_LIMB_BITS, 3 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(3 * MICRO_LIMB_BITS, 4 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(3 * MICRO_LIMB_BITS, 4 * MICRO_LIMB_BITS)
+                                                    << (MICRO_LIMB_BITS - (last_limb_bits % MICRO_LIMB_BITS)),
+                                                0 };
+    };
+
+    /**
+     * @brief A method for splitting the top 60-bit z limb into microlimbs (differs from the 68-bit limb by the shift in
+     * the last limb)
+     *
+     */
+    auto split_top_z_limb_into_micro_limbs = [](Fr& limb, size_t last_limb_bits) {
+        static_assert(MICRO_LIMB_BITS == 14);
+        return std::array<Fr, NUM_MICRO_LIMBS>{ uint256_t(limb).slice(0, MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(MICRO_LIMB_BITS, 2 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(2 * MICRO_LIMB_BITS, 3 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(3 * MICRO_LIMB_BITS, 4 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(4 * MICRO_LIMB_BITS, 5 * MICRO_LIMB_BITS),
+                                                uint256_t(limb).slice(4 * MICRO_LIMB_BITS, 5 * MICRO_LIMB_BITS)
+                                                    << (MICRO_LIMB_BITS - (last_limb_bits % MICRO_LIMB_BITS)) };
+    };
+
+    /**
+     * @brief Split a 72-bit relation limb into 6 14-bit limbs (we can allow the slack here, since we only need to
+     * ensure non-overflow of the modulus)
+     *
+     */
+    auto split_relation_limb_into_micro_limbs = [](Fr& limb) {
+        static_assert(MICRO_LIMB_BITS == 14);
         return std::array<Fr, 6>{
             uint256_t(limb).slice(0, MICRO_LIMB_BITS),
             uint256_t(limb).slice(MICRO_LIMB_BITS, 2 * MICRO_LIMB_BITS),
@@ -65,32 +165,32 @@ GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
             uint256_t(limb).slice(5 * MICRO_LIMB_BITS, 6 * MICRO_LIMB_BITS),
         };
     };
-    //  x and powers of v are given to use in challenge form, so the verifier has to deal with this :)
+    //  x and powers of v are given to us in challenge form, so the verifier has to deal with this :)
     Fq v_squared;
     Fq v_cubed;
     Fq v_quarted;
-    v_squared = v * v;
-    v_cubed = v_squared * v;
-    v_quarted = v_cubed * v;
+    v_squared = batching_challenge_v * batching_challenge_v;
+    v_cubed = v_squared * batching_challenge_v;
+    v_quarted = v_cubed * batching_challenge_v;
 
     // Convert the accumulator, powers of v and x into "bigfield" form
-    auto previous_accumulator_witnesses = base_element_to_bigfield(previous_accumulator);
-    auto v_witnesses = base_element_to_bigfield(v);
-    auto v_squared_witnesses = base_element_to_bigfield(v_squared);
-    auto v_cubed_witnesses = base_element_to_bigfield(v_cubed);
-    auto v_quarted_witnesses = base_element_to_bigfield(v_quarted);
-    auto x_witnesses = base_element_to_bigfield(x);
+    auto previous_accumulator_limbs = base_element_to_limbs(previous_accumulator);
+    auto v_witnesses = base_element_to_limbs(batching_challenge_v);
+    auto v_squared_witnesses = base_element_to_limbs(v_squared);
+    auto v_cubed_witnesses = base_element_to_limbs(v_cubed);
+    auto v_quarted_witnesses = base_element_to_limbs(v_quarted);
+    auto x_witnesses = base_element_to_limbs(evaluation_input_x);
 
     // To calculate the quotient, we need to evaluate the expression in integers. So we need uint512_t versions of all
     // elements involved
     auto uint_previous_accumulator = uint512_t(previous_accumulator);
-    auto uint_x = uint512_t(x);
+    auto uint_x = uint512_t(evaluation_input_x);
     auto uint_op = uint512_t(op_code);
     auto uint_p_x = uint512_t(uint256_t(p_x_lo) + (uint256_t(p_x_hi) << (NUM_LIMB_BITS << 1)));
     auto uint_p_y = uint512_t(uint256_t(p_y_lo) + (uint256_t(p_y_hi) << (NUM_LIMB_BITS << 1)));
-    auto uint_z_1 = uint512_t(z_1);
-    auto uint_z_2 = uint512_t(z_2);
-    auto uint_v = uint512_t(v);
+    auto uint_z1 = uint512_t(z1);
+    auto uint_z2 = uint512_t(z2);
+    auto uint_v = uint512_t(batching_challenge_v);
     auto uint_v_squared = uint512_t(v_squared);
     auto uint_v_cubed = uint512_t(v_cubed);
     auto uint_v_quarted = uint512_t(v_quarted);
@@ -99,140 +199,164 @@ GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
     Fq base_op = Fq(uint256_t(op_code));
     Fq base_p_x = Fq(uint256_t(p_x_lo) + (uint256_t(p_x_hi) << (NUM_LIMB_BITS << 1)));
     Fq base_p_y = Fq(uint256_t(p_y_lo) + (uint256_t(p_y_hi) << (NUM_LIMB_BITS << 1)));
-    Fq base_z_1 = Fq(uint256_t(z_1));
-    Fq base_z_2 = Fq(uint256_t(z_2));
+    Fq base_z_1 = Fq(uint256_t(z1));
+    Fq base_z_2 = Fq(uint256_t(z2));
 
     // Construct bigfield representations of P.x and P.y
     auto [p_x_0, p_x_1] = split_wide_limb_into_2_limbs(p_x_lo);
     auto [p_x_2, p_x_3] = split_wide_limb_into_2_limbs(p_x_hi);
-    Fr p_x_prime = p_x_lo + p_x_hi * Fr(shift_2);
-    std::array<Fr, 5> p_x_witnesses = { p_x_0, p_x_1, p_x_2, p_x_3, p_x_prime };
+    std::array<Fr, NUM_BINARY_LIMBS> p_x_limbs = { p_x_0, p_x_1, p_x_2, p_x_3 };
     auto [p_y_0, p_y_1] = split_wide_limb_into_2_limbs(p_y_lo);
     auto [p_y_2, p_y_3] = split_wide_limb_into_2_limbs(p_y_hi);
-    Fr p_y_prime = p_y_lo + p_y_hi * Fr(shift_2);
-    std::array<Fr, 5> p_y_witnesses = { p_y_0, p_y_1, p_y_2, p_y_3, p_y_prime };
+    std::array<Fr, NUM_BINARY_LIMBS> p_y_limbs = { p_y_0, p_y_1, p_y_2, p_y_3 };
 
     // Construct bigfield representations of z1 and z2 only using 2 limbs each
-    // z_1 and z_2 are low enough to act as their own prime limbs
-    auto [z_1_lo, z_1_hi] = split_wide_limb_into_2_limbs(z_1);
-    auto [z_2_lo, z_2_hi] = split_wide_limb_into_2_limbs(z_2);
+    auto z_1_limbs = split_wide_limb_into_2_limbs(z1);
+    auto z_2_limbs = split_wide_limb_into_2_limbs(z2);
 
     // The formula is `accumulator = accumulator⋅x + (op + v⋅p.x + v²⋅p.y + v³⋅z₁ + v⁴z₂)`. We need to compute the
     // remainder (new accumulator value)
 
-    Fq remainder = previous_accumulator * x + base_z_2 * v_quarted + base_z_1 * v_cubed + base_p_y * v_squared +
-                   base_p_x * v + base_op;
-    uint512_t quotient_by_modulus = uint_previous_accumulator * uint_x + uint_z_2 * uint_v_quarted +
-                                    uint_z_1 * uint_v_cubed + uint_p_y * uint_v_squared + uint_p_x * uint_v + uint_op -
+    Fq remainder = previous_accumulator * evaluation_input_x + base_z_2 * v_quarted + base_z_1 * v_cubed +
+                   base_p_y * v_squared + base_p_x * batching_challenge_v + base_op;
+
+    // We also need to compute the quotient
+    uint512_t quotient_by_modulus = uint_previous_accumulator * uint_x + uint_z2 * uint_v_quarted +
+                                    uint_z1 * uint_v_cubed + uint_p_y * uint_v_squared + uint_p_x * uint_v + uint_op -
                                     uint512_t(remainder);
 
     uint512_t quotient = quotient_by_modulus / uint512_t(Fq::modulus);
-    // constexpr uint512_t MAX_CONSTRAINED_SIZE = uint512_t(1) << 254;
-    // constexpr uint512_t MAX_Z_SIZE = uint512_t(1) << (NUM_LIMB_BITS * 2);
-    //  numeric::uint1024_t max_quotient =
-    //      (uint1024_t(MAX_CONSTRAINED_SIZE) * MAX_CONSTRAINED_SIZE * 3 + MAX_Z_SIZE * MAX_CONSTRAINED_SIZE * 2 + 4) /
-    //      modulus_u512;
-    //  info("Max quotient: ", max_quotient);
-    //  info("Max quotient range constraint: ", max_quotient.get_msb() + 1);
-
-    auto [remainder_0, remainder_1, remainder_2, remainder_3, remainder_prime] = base_element_to_bigfield(remainder);
-    std::array<Fr, 5> remainder_witnesses = { remainder_0, remainder_1, remainder_2, remainder_3, remainder_prime };
-    auto [quotient_0, quotient_1, quotient_2, quotient_3, quotient_prime] = uint512_t_to_bigfield(quotient);
-    std::array<Fr, 5> quotient_witnesses = { quotient_0, quotient_1, quotient_2, quotient_3, quotient_prime };
+
+    ASSERT(quotient_by_modulus == (quotient * uint512_t(Fq::modulus)));
+
+    // Compute quotient and remainder bigfield representation
+    auto remainder_limbs = base_element_to_limbs(remainder);
+    std::array<Fr, NUM_BINARY_LIMBS> quotient_limbs = uint512_t_to_limbs(quotient);
 
     // We will divide by shift_2 instantly in the relation itself, but first we need to compute the low part (0*0) and
-    // the high part (0*1, 1*0) multiplied by a signle limb shift
-    Fr low_wide_relation_limb_part_1 =
-        previous_accumulator_witnesses[0] * x_witnesses[0] + op_code + v_witnesses[0] * p_x_witnesses[0] +
-        v_squared_witnesses[0] * p_y_witnesses[0] + v_cubed_witnesses[0] * z_1_lo + v_quarted_witnesses[0] * z_2_lo +
-        quotient_witnesses[0] * neg_modulus_limbs[0] - remainder_witnesses[0]; // This covers the lowest limb
-    // info("LW1:", low_wide_relation_limb_part_1);
+    // the high part (0*1, 1*0) multiplied by a single limb shift
+    Fr low_wide_relation_limb_part_1 = previous_accumulator_limbs[0] * x_witnesses[0] + op_code +
+                                       v_witnesses[0] * p_x_limbs[0] + v_squared_witnesses[0] * p_y_limbs[0] +
+                                       v_cubed_witnesses[0] * z_1_limbs[0] + v_quarted_witnesses[0] * z_2_limbs[0] +
+                                       quotient_limbs[0] * neg_modulus_limbs[0] -
+                                       remainder_limbs[0]; // This covers the lowest limb
+
     Fr low_wide_relation_limb =
         low_wide_relation_limb_part_1 +
-        (previous_accumulator_witnesses[1] * x_witnesses[0] + previous_accumulator_witnesses[0] * x_witnesses[1] +
-         v_witnesses[1] * p_x_witnesses[0] + p_x_witnesses[1] * v_witnesses[0] +
-         v_squared_witnesses[1] * p_y_witnesses[0] + v_squared_witnesses[0] * p_y_witnesses[1] +
-         v_cubed_witnesses[1] * z_1_lo + z_1_hi * v_cubed_witnesses[0] + v_quarted_witnesses[1] * z_2_lo +
-         v_quarted_witnesses[0] * z_2_hi + quotient_witnesses[0] * neg_modulus_limbs[1] +
-         quotient_witnesses[1] * neg_modulus_limbs[0] - remainder_witnesses[1]) *
-            shift_1; // And this covers the limb shifted by 68
-    // for (auto& limb : quotient_witnesses) {
-    //     info("Q: ", limb);
-    // }
-    // Treating accumulator as 254-bit constrained value
-    // constexpr auto max_limb_size = (uint512_t(1) << NUM_LIMB_BITS) - 1;
-    // constexpr auto shift_1_u512 = uint512_t(shift_1);
-    // constexpr auto op_max_size = uint512_t(4);
-    // constexpr uint512_t low_wide_limb_maximum_value =
-    //     op_max_size + (max_limb_size * max_limb_size) * ((shift_1_u512 * 12) + 6);
-    // constexpr uint512_t low_wide_limb_maximum_value_constraint =
-    //     (low_wide_limb_maximum_value >> (2 * NUM_LIMB_BITS)).lo +
-    //     uint256_t(uint64_t((low_wide_limb_maximum_value % uint512_t(1) << (2 * NUM_LIMB_BITS)) != 0));
-    // constexpr auto low_wide_limb_range_consraint_size = low_wide_limb_maximum_value_constraint.get_msb() + 1;
-    // info("Low limb range constraint: ", low_wide_limb_range_consraint_size);
-    //  Low bits have to be zero
+        (previous_accumulator_limbs[1] * x_witnesses[0] + previous_accumulator_limbs[0] * x_witnesses[1] +
+         v_witnesses[1] * p_x_limbs[0] + p_x_limbs[1] * v_witnesses[0] + v_squared_witnesses[1] * p_y_limbs[0] +
+         v_squared_witnesses[0] * p_y_limbs[1] + v_cubed_witnesses[1] * z_1_limbs[0] +
+         z_1_limbs[1] * v_cubed_witnesses[0] + v_quarted_witnesses[1] * z_2_limbs[0] +
+         v_quarted_witnesses[0] * z_2_limbs[1] + quotient_limbs[0] * neg_modulus_limbs[1] +
+         quotient_limbs[1] * neg_modulus_limbs[0] - remainder_limbs[1]) *
+            shift_1;
+
+    // Low bits have to be zero
     ASSERT(uint256_t(low_wide_relation_limb).slice(0, 2 * NUM_LIMB_BITS) == 0);
 
     Fr low_wide_relation_limb_divided = low_wide_relation_limb * shift_2_inverse;
-    // We need to range constrain the low_wide_relation_limb_divided
-    // constexpr size_t NUM_LAST_BN254_LIMB_BITS = modulus_u512.get_msb() + 1 - NUM_LIMB_BITS * 3;
-
-    // constexpr auto max_high_limb_size = (uint512_t(1) << NUM_LAST_BN254_LIMB_BITS) - 1;
-    // constexpr uint512_t high_wide_limb_maximum_value =
-    //     low_wide_limb_maximum_value_constraint + (max_limb_size * max_limb_size) * 16 +
-    //     (max_limb_size * max_limb_size * 10 + max_limb_size * max_high_limb_size * 10) * shift_1_u512;
-    // constexpr uint512_t high_wide_limb_maximum_value_constraint =
-    //     (high_wide_limb_maximum_value >> (2 * NUM_LIMB_BITS)).lo +
-    //     uint256_t(uint64_t((high_wide_limb_maximum_value % uint512_t(1) << (2 * NUM_LIMB_BITS)) != 0));
-    // constexpr auto high_wide_limb_range_constraint_size = high_wide_limb_maximum_value_constraint.get_msb() + 1;
-    // info(high_wide_limb_range_constraint_size);
-    //  4 high combinations = 8 ml*ml + 8 ml*last_ml. 2 low combinations = 2*ml*ml + 2*ml*last_ml
+
+    // The high relation limb is the accumulation of the low limb divided by 2¹³⁶ and the combination of limbs with
+    // indices (0*2,1*1,2*0) with limbs with indices (0*3,1*2,2*1,3*0) multiplied by 2⁶⁸
+
     Fr high_wide_relation_limb =
-        low_wide_relation_limb_divided + previous_accumulator_witnesses[2] * x_witnesses[0] +
-        previous_accumulator_witnesses[1] * x_witnesses[1] + previous_accumulator_witnesses[0] * x_witnesses[2] +
-        v_witnesses[2] * p_x_witnesses[0] + v_witnesses[1] * p_x_witnesses[1] + v_witnesses[0] * p_x_witnesses[2] +
-        v_squared_witnesses[2] * p_y_witnesses[0] + v_squared_witnesses[1] * p_y_witnesses[1] +
-        v_squared_witnesses[0] * p_y_witnesses[2] + v_cubed_witnesses[2] * z_1_lo + v_cubed_witnesses[1] * z_1_hi +
-        v_quarted_witnesses[2] * z_2_lo + v_quarted_witnesses[1] * z_2_hi +
-        quotient_witnesses[2] * neg_modulus_limbs[0] + quotient_witnesses[1] * neg_modulus_limbs[1] +
-        quotient_witnesses[0] * neg_modulus_limbs[2] - remainder_witnesses[2] +
-        (previous_accumulator_witnesses[3] * x_witnesses[0] + previous_accumulator_witnesses[2] * x_witnesses[1] +
-         previous_accumulator_witnesses[1] * x_witnesses[2] + previous_accumulator_witnesses[0] * x_witnesses[3] +
-         v_witnesses[3] * p_x_witnesses[0] + v_witnesses[2] * p_x_witnesses[1] + v_witnesses[1] * p_x_witnesses[2] +
-         v_witnesses[0] * p_x_witnesses[3] + v_squared_witnesses[3] * p_y_witnesses[0] +
-         v_squared_witnesses[2] * p_y_witnesses[1] + v_squared_witnesses[1] * p_y_witnesses[2] +
-         v_squared_witnesses[0] * p_y_witnesses[3] + v_cubed_witnesses[3] * z_1_lo + v_cubed_witnesses[2] * z_1_hi +
-         v_quarted_witnesses[3] * z_2_lo + v_quarted_witnesses[2] * z_2_hi +
-         quotient_witnesses[3] * neg_modulus_limbs[0] + quotient_witnesses[2] * neg_modulus_limbs[1] +
-         quotient_witnesses[1] * neg_modulus_limbs[2] + quotient_witnesses[0] * neg_modulus_limbs[3] -
-         remainder_witnesses[3]) *
+        low_wide_relation_limb_divided + previous_accumulator_limbs[2] * x_witnesses[0] +
+        previous_accumulator_limbs[1] * x_witnesses[1] + previous_accumulator_limbs[0] * x_witnesses[2] +
+        v_witnesses[2] * p_x_limbs[0] + v_witnesses[1] * p_x_limbs[1] + v_witnesses[0] * p_x_limbs[2] +
+        v_squared_witnesses[2] * p_y_limbs[0] + v_squared_witnesses[1] * p_y_limbs[1] +
+        v_squared_witnesses[0] * p_y_limbs[2] + v_cubed_witnesses[2] * z_1_limbs[0] +
+        v_cubed_witnesses[1] * z_1_limbs[1] + v_quarted_witnesses[2] * z_2_limbs[0] +
+        v_quarted_witnesses[1] * z_2_limbs[1] + quotient_limbs[2] * neg_modulus_limbs[0] +
+        quotient_limbs[1] * neg_modulus_limbs[1] + quotient_limbs[0] * neg_modulus_limbs[2] - remainder_limbs[2] +
+        (previous_accumulator_limbs[3] * x_witnesses[0] + previous_accumulator_limbs[2] * x_witnesses[1] +
+         previous_accumulator_limbs[1] * x_witnesses[2] + previous_accumulator_limbs[0] * x_witnesses[3] +
+         v_witnesses[3] * p_x_limbs[0] + v_witnesses[2] * p_x_limbs[1] + v_witnesses[1] * p_x_limbs[2] +
+         v_witnesses[0] * p_x_limbs[3] + v_squared_witnesses[3] * p_y_limbs[0] + v_squared_witnesses[2] * p_y_limbs[1] +
+         v_squared_witnesses[1] * p_y_limbs[2] + v_squared_witnesses[0] * p_y_limbs[3] +
+         v_cubed_witnesses[3] * z_1_limbs[0] + v_cubed_witnesses[2] * z_1_limbs[1] +
+         v_quarted_witnesses[3] * z_2_limbs[0] + v_quarted_witnesses[2] * z_2_limbs[1] +
+         quotient_limbs[3] * neg_modulus_limbs[0] + quotient_limbs[2] * neg_modulus_limbs[1] +
+         quotient_limbs[1] * neg_modulus_limbs[2] + quotient_limbs[0] * neg_modulus_limbs[3] - remainder_limbs[3]) *
             shift_1;
-    // info("Value: ", high_wide_relation_limb);
-    // info("Value: ", high_wide_relation_limb * shift_2_inverse);
+
+    // Check that the results lower 136 bits are zero
     ASSERT(uint256_t(high_wide_relation_limb).slice(0, 2 * NUM_LIMB_BITS) == 0);
 
+    // Get divided version
+    auto high_wide_relation_limb_divided = high_wide_relation_limb * shift_2_inverse;
+
+    const auto last_limb_index = GoblinTranslatorCircuitBuilder::NUM_BINARY_LIMBS - 1;
+
+    const auto NUM_Z_LIMBS = GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS;
+    std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> P_x_microlimbs;
+    std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> P_y_microlimbs;
+    std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_Z_LIMBS> z_1_microlimbs;
+    std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_Z_LIMBS> z_2_microlimbs;
+    std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> current_accumulator_microlimbs;
+    std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> quotient_microlimbs;
+    // Split P_x into microlimbs for range constraining
+    for (size_t i = 0; i < last_limb_index; i++) {
+        P_x_microlimbs[i] = split_standard_limb_into_micro_limbs(p_x_limbs[i]);
+    }
+    P_x_microlimbs[last_limb_index] =
+        split_top_limb_into_micro_limbs(p_x_limbs[last_limb_index], TOP_STANDARD_MICROLIMB_BITS);
+
+    // Split P_y into microlimbs for range constraining
+    for (size_t i = 0; i < last_limb_index; i++) {
+        P_y_microlimbs[i] = split_standard_limb_into_micro_limbs(p_y_limbs[i]);
+    }
+    P_y_microlimbs[last_limb_index] =
+        split_top_limb_into_micro_limbs(p_y_limbs[last_limb_index], TOP_STANDARD_MICROLIMB_BITS);
+
+    // Split z scalars into microlimbs for range constraining
+    for (size_t i = 0; i < NUM_Z_LIMBS - 1; i++) {
+        z_1_microlimbs[i] = split_standard_limb_into_micro_limbs(z_1_limbs[i]);
+        z_2_microlimbs[i] = split_standard_limb_into_micro_limbs(z_2_limbs[i]);
+    }
+    z_1_microlimbs[GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS - 1] = split_top_z_limb_into_micro_limbs(
+        z_1_limbs[GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS - 1], TOP_Z_MICROLIMB_BITS);
+    z_2_microlimbs[GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS - 1] = split_top_z_limb_into_micro_limbs(
+        z_2_limbs[GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS - 1], TOP_Z_MICROLIMB_BITS);
+
+    // Split current accumulator into microlimbs for range constraining
+    for (size_t i = 0; i < last_limb_index; i++) {
+        current_accumulator_microlimbs[i] = split_standard_limb_into_micro_limbs(remainder_limbs[i]);
+    }
+    current_accumulator_microlimbs[last_limb_index] =
+        split_top_limb_into_micro_limbs(remainder_limbs[last_limb_index], TOP_STANDARD_MICROLIMB_BITS);
+
+    // Split quotient into microlimbs for range constraining
+    for (size_t i = 0; i < last_limb_index; i++) {
+        quotient_microlimbs[i] = split_standard_limb_into_micro_limbs(quotient_limbs[i]);
+    }
+    quotient_microlimbs[last_limb_index] =
+        split_top_limb_into_micro_limbs(quotient_limbs[last_limb_index], TOP_QUOTIENT_MICROLIMB_BITS);
+
+    // Start filling the witness container
     GoblinTranslatorCircuitBuilder::AccumulationInput input{
         .op_code = op_code,
         .P_x_lo = p_x_lo,
         .P_x_hi = p_x_hi,
-        .P_x_limbs = p_x_witnesses,
-        .P_x_microlimbs = {},
+        .P_x_limbs = p_x_limbs,
+        .P_x_microlimbs = P_x_microlimbs,
         .P_y_lo = p_y_lo,
         .P_y_hi = p_y_hi,
-        .P_y_limbs = p_y_witnesses,
-        .P_y_microlimbs = {},
-        .z_1 = z_1,
-        .z_1_limbs = { z_1_lo, z_1_hi },
-        .z_1_microlimbs = {},
-        .z_2 = z_2,
-        .z_2_limbs = { z_2_lo, z_2_hi },
-        .z_2_microlimbs = {},
-        .previous_accumulator = previous_accumulator_witnesses,
-        .current_accumulator = remainder_witnesses,
-        .current_accumulator_microlimbs = {},
-        .quotient_binary_limbs = quotient_witnesses,
-        .quotient_microlimbs = {},
-        .relation_wide_limbs = { low_wide_relation_limb_divided, high_wide_relation_limb * shift_2_inverse },
+        .P_y_limbs = p_y_limbs,
+        .P_y_microlimbs = P_y_microlimbs,
+        .z_1 = z1,
+        .z_1_limbs = z_1_limbs,
+        .z_1_microlimbs = z_1_microlimbs,
+        .z_2 = z2,
+        .z_2_limbs = z_2_limbs,
+        .z_2_microlimbs = z_2_microlimbs,
+        .previous_accumulator = previous_accumulator_limbs,
+        .current_accumulator = remainder_limbs,
+        .current_accumulator_microlimbs = current_accumulator_microlimbs,
+        .quotient_binary_limbs = quotient_limbs,
+        .quotient_microlimbs = quotient_microlimbs,
+        .relation_wide_limbs = { low_wide_relation_limb_divided, high_wide_relation_limb_divided },
+        .relation_wide_microlimbs = { split_relation_limb_into_micro_limbs(low_wide_relation_limb_divided),
+                                      split_relation_limb_into_micro_limbs(high_wide_relation_limb_divided) },
         .x_limbs = x_witnesses,
         .v_limbs = v_witnesses,
         .v_squared_limbs = v_squared_witnesses,
@@ -240,36 +364,715 @@ GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
         .v_quarted_limbs = v_quarted_witnesses,
 
     };
-    for (size_t i = 0; i < GoblinTranslatorCircuitBuilder::NUM_BINARY_LIMBS; i++) {
-        input.P_x_microlimbs[i] = split_standard_limb_into_micro_limbs(input.P_x_limbs[i]);
-    }
-    for (size_t i = 0; i < GoblinTranslatorCircuitBuilder::NUM_BINARY_LIMBS; i++) {
-        input.P_y_microlimbs[i] = split_standard_limb_into_micro_limbs(input.P_y_limbs[i]);
-    }
 
-    for (size_t i = 0; i < GoblinTranslatorCircuitBuilder::NUM_Z_LIMBS; i++) {
-        input.z_1_microlimbs[i] = split_standard_limb_into_micro_limbs(input.z_1_limbs[i]);
-        input.z_2_microlimbs[i] = split_standard_limb_into_micro_limbs(input.z_2_limbs[i]);
+    return input;
+}
+/**
+ * @brief Create a single accumulation gate
+ *
+ * @param acc_step
+ */
+void GoblinTranslatorCircuitBuilder::create_accumulation_gate(const AccumulationInput acc_step)
+{
+    // The first wires OpQueue/Transcript wires
+    // Opcode should be {0,1,2,3,4,8}
+    ASSERT(acc_step.op_code == 0 || acc_step.op_code == 1 || acc_step.op_code == 2 || acc_step.op_code == 3 ||
+           acc_step.op_code == 4 || acc_step.op_code == 8);
+
+    auto& op_wire = std::get<WireIds::OP>(wires);
+    op_wire.push_back(add_variable(acc_step.op_code));
+    // Every second op value in the transcript (indices 3, 5, etc) are not defined so let's just put zero there
+    op_wire.push_back(zero_idx);
+
+    /**
+     * @brief Insert two values into the same wire sequentially
+     *
+     */
+    auto insert_pair_into_wire = [this](WireIds wire_index, Fr first, Fr second) {
+        auto& current_wire = wires[wire_index];
+        current_wire.push_back(add_variable(first));
+        current_wire.push_back(add_variable(second));
+    };
+
+    // Check and insert P_x_lo and P_y_hi into wire 1
+    ASSERT(uint256_t(acc_step.P_x_lo) <= MAX_LOW_WIDE_LIMB_SIZE);
+    ASSERT(uint256_t(acc_step.P_y_hi) <= MAX_HIGH_WIDE_LIMB_SIZE);
+    insert_pair_into_wire(WireIds::X_LOW_Y_HI, acc_step.P_x_lo, acc_step.P_y_hi);
+
+    // Check and insert P_x_hi and z_1 into wire 2
+    ASSERT(uint256_t(acc_step.P_x_hi) <= MAX_HIGH_WIDE_LIMB_SIZE);
+    ASSERT(uint256_t(acc_step.z_1) <= MAX_LOW_WIDE_LIMB_SIZE);
+    insert_pair_into_wire(WireIds::X_HIGH_Z_1, acc_step.P_x_hi, acc_step.z_1);
+
+    // Check and insert P_y_lo and z_2 into wire 3
+    ASSERT(uint256_t(acc_step.P_y_lo) <= MAX_LOW_WIDE_LIMB_SIZE);
+    ASSERT(uint256_t(acc_step.z_2) <= MAX_LOW_WIDE_LIMB_SIZE);
+    insert_pair_into_wire(WireIds::Y_LOW_Z_2, acc_step.P_y_lo, acc_step.z_2);
+
+    // Check decomposition of values from the Queue into limbs used in bigfield evaluations
+    ASSERT(acc_step.P_x_lo == (acc_step.P_x_limbs[0] + acc_step.P_x_limbs[1] * SHIFT_1));
+    ASSERT(acc_step.P_x_hi == (acc_step.P_x_limbs[2] + acc_step.P_x_limbs[3] * SHIFT_1));
+    ASSERT(acc_step.P_y_lo == (acc_step.P_y_limbs[0] + acc_step.P_y_limbs[1] * SHIFT_1));
+    ASSERT(acc_step.P_y_hi == (acc_step.P_y_limbs[2] + acc_step.P_y_limbs[3] * SHIFT_1));
+    ASSERT(acc_step.z_1 == (acc_step.z_1_limbs[0] + acc_step.z_1_limbs[1] * SHIFT_1));
+    ASSERT(acc_step.z_2 == (acc_step.z_2_limbs[0] + acc_step.z_2_limbs[1] * SHIFT_1));
+
+    /**
+     * @brief Check correctness of limbs values
+     *
+     */
+    auto check_binary_limbs_maximum_values = []<size_t total_limbs>(const std::array<Fr, total_limbs>& limbs,
+                                                                    const uint256_t& MAX_LAST_LIMB =
+                                                                        (uint256_t(1) << NUM_LAST_LIMB_BITS)) {
+        for (size_t i = 0; i < total_limbs - 1; i++) {
+            ASSERT(uint256_t(limbs[i]) < SHIFT_1);
+        }
+        ASSERT(uint256_t(limbs[total_limbs - 1]) < MAX_LAST_LIMB);
+    };
+    /**
+     * @brief Check correctness of values for range constraint limbs
+     *
+     */
+    auto check_micro_limbs_maximum_values =
+        []<size_t binary_limb_count, size_t micro_limb_count>(
+            const std::array<std::array<Fr, micro_limb_count>, binary_limb_count>& limbs) {
+            for (size_t i = 0; i < binary_limb_count; i++) {
+                for (size_t j = 0; j < micro_limb_count; j++) {
+                    ASSERT(uint256_t(limbs[i][j]) < MICRO_SHIFT);
+                }
+            }
+        };
+
+    const auto MAX_Z_LAST_LIMB = uint256_t(1) << (NUM_Z_BITS - NUM_LIMB_BITS);
+    const auto MAX_QUOTIENT_LAST_LIMB = uint256_t(1) << (NUM_LAST_QUOTIENT_LIMB_BITS);
+    // Check limb values are in 68-bit range
+    check_binary_limbs_maximum_values(acc_step.P_x_limbs);
+    check_binary_limbs_maximum_values(acc_step.P_y_limbs);
+    check_binary_limbs_maximum_values(acc_step.z_1_limbs, /*MAX_LAST_LIMB=*/MAX_Z_LAST_LIMB);
+    check_binary_limbs_maximum_values(acc_step.z_2_limbs, /*MAX_LAST_LIMB=*/MAX_Z_LAST_LIMB);
+    check_binary_limbs_maximum_values(acc_step.previous_accumulator);
+    check_binary_limbs_maximum_values(acc_step.current_accumulator);
+    check_binary_limbs_maximum_values(acc_step.quotient_binary_limbs, /*MAX_LAST_LIMB=*/MAX_QUOTIENT_LAST_LIMB);
+
+    // Insert limbs used in bigfield evaluations
+    insert_pair_into_wire(P_X_LOW_LIMBS, acc_step.P_x_limbs[0], acc_step.P_x_limbs[1]);
+    insert_pair_into_wire(P_X_HIGH_LIMBS, acc_step.P_x_limbs[2], acc_step.P_x_limbs[3]);
+    insert_pair_into_wire(P_Y_LOW_LIMBS, acc_step.P_y_limbs[0], acc_step.P_y_limbs[1]);
+    insert_pair_into_wire(P_Y_HIGH_LIMBS, acc_step.P_y_limbs[2], acc_step.P_y_limbs[3]);
+    insert_pair_into_wire(Z_LOW_LIMBS, acc_step.z_1_limbs[0], acc_step.z_2_limbs[0]);
+    insert_pair_into_wire(Z_HIGH_LIMBS, acc_step.z_1_limbs[1], acc_step.z_2_limbs[1]);
+    insert_pair_into_wire(
+        QUOTIENT_LOW_BINARY_LIMBS, acc_step.quotient_binary_limbs[0], acc_step.quotient_binary_limbs[1]);
+    insert_pair_into_wire(
+        QUOTIENT_HIGH_BINARY_LIMBS, acc_step.quotient_binary_limbs[2], acc_step.quotient_binary_limbs[3]);
+    insert_pair_into_wire(RELATION_WIDE_LIMBS, acc_step.relation_wide_limbs[0], acc_step.relation_wide_limbs[1]);
+
+    // Check limbs used in range constraints are in range
+    check_micro_limbs_maximum_values(acc_step.P_x_microlimbs);
+    check_micro_limbs_maximum_values(acc_step.P_y_microlimbs);
+    check_micro_limbs_maximum_values(acc_step.z_1_microlimbs);
+    check_micro_limbs_maximum_values(acc_step.z_2_microlimbs);
+    check_micro_limbs_maximum_values(acc_step.current_accumulator_microlimbs);
+
+    // Check that relation limbs are in range
+    ASSERT(uint256_t(acc_step.relation_wide_limbs[0]) < MAX_RELATION_WIDE_LIMB_SIZE);
+    ASSERT(uint256_t(acc_step.relation_wide_limbs[1]) < MAX_RELATION_WIDE_LIMB_SIZE);
+
+    /**
+     * @brief Put several values in sequential wires
+     *
+     */
+    auto lay_limbs_in_row =
+        [this]<size_t array_size>(std::array<Fr, array_size> input, WireIds starting_wire, size_t number_of_elements) {
+            ASSERT(number_of_elements <= array_size);
+            for (size_t i = 0; i < number_of_elements; i++) {
+                wires[starting_wire + i].push_back(add_variable(input[i]));
+            }
+        };
+
+    // We are using some leftover crevices for relation_wide_microlimbs
+    auto low_relation_microlimbs = acc_step.relation_wide_microlimbs[0];
+    auto high_relation_microlimbs = acc_step.relation_wide_microlimbs[1];
+
+    // We have 4 wires specifically for the relation microlimbs
+    insert_pair_into_wire(
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_0, low_relation_microlimbs[0], high_relation_microlimbs[0]);
+    insert_pair_into_wire(
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_1, low_relation_microlimbs[1], high_relation_microlimbs[1]);
+    insert_pair_into_wire(
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_2, low_relation_microlimbs[2], high_relation_microlimbs[2]);
+    insert_pair_into_wire(
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_3, low_relation_microlimbs[3], high_relation_microlimbs[3]);
+
+    // Next ones go into top P_x and P_y, current accumulator and quotient unused microlimbs
+
+    // Insert the second highest low relation microlimb into the space left in P_x range constraints highest wire
+    auto top_p_x_microlimbs = acc_step.P_x_microlimbs[NUM_BINARY_LIMBS - 1];
+    top_p_x_microlimbs[NUM_MICRO_LIMBS - 1] = low_relation_microlimbs[NUM_MICRO_LIMBS - 2];
+
+    // Insert the second highest high relation microlimb into the space left in P_y range constraints highest wire
+    auto top_p_y_microlimbs = acc_step.P_y_microlimbs[NUM_BINARY_LIMBS - 1];
+    top_p_y_microlimbs[NUM_MICRO_LIMBS - 1] = high_relation_microlimbs[NUM_MICRO_LIMBS - 2];
+
+    // The highest low relation microlimb goes into the crevice left in current accumulator microlimbs
+    auto top_current_accumulator_microlimbs = acc_step.current_accumulator_microlimbs[NUM_BINARY_LIMBS - 1];
+    top_current_accumulator_microlimbs[NUM_MICRO_LIMBS - 1] = low_relation_microlimbs[NUM_MICRO_LIMBS - 1];
+
+    // The highest high relation microlimb goes into the quotient crevice
+    auto top_quotient_microlimbs = acc_step.quotient_microlimbs[NUM_BINARY_LIMBS - 1];
+    top_quotient_microlimbs[NUM_MICRO_LIMBS - 1] = high_relation_microlimbs[NUM_MICRO_LIMBS - 1];
+
+    // Now put all microlimbs into appropriate wires
+    lay_limbs_in_row(acc_step.P_x_microlimbs[0], P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.P_x_microlimbs[1], P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.P_x_microlimbs[2], P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(top_p_x_microlimbs, P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.P_y_microlimbs[0], P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.P_y_microlimbs[1], P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.P_y_microlimbs[2], P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(top_p_y_microlimbs, P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.z_1_microlimbs[0], Z_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.z_2_microlimbs[0], Z_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.z_1_microlimbs[1], Z_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.z_2_microlimbs[1], Z_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.current_accumulator, ACCUMULATORS_BINARY_LIMBS_0, NUM_BINARY_LIMBS);
+    lay_limbs_in_row(acc_step.previous_accumulator, ACCUMULATORS_BINARY_LIMBS_0, NUM_BINARY_LIMBS);
+    lay_limbs_in_row(
+        acc_step.current_accumulator_microlimbs[0], ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(
+        acc_step.current_accumulator_microlimbs[1], ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(
+        acc_step.current_accumulator_microlimbs[2], ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(top_current_accumulator_microlimbs, ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.quotient_microlimbs[0], QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.quotient_microlimbs[1], QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(acc_step.quotient_microlimbs[2], QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
+    lay_limbs_in_row(top_quotient_microlimbs, QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
+
+    num_gates += 2;
+
+    // Check that all the wires are filled equally
+    barretenberg::constexpr_for<0, TOTAL_COUNT, 1>([&]<size_t i>() { ASSERT(std::get<i>(wires).size() == num_gates); });
+}
+
+/**
+ * @brief Given an ECCVM operation, previous accumulator and necessary challenges, compute witnesses for one
+ * accumulation
+ *
+ * @tparam Fq
+ * @return GoblinTranslatorCircuitBuilder::AccumulationInput
+ */
+template <typename Fq>
+GoblinTranslatorCircuitBuilder::AccumulationInput compute_witness_values_for_one_ecc_op(const ECCVMOperation& ecc_op,
+                                                                                        Fq previous_accumulator,
+                                                                                        Fq batching_challenge_v,
+                                                                                        Fq evaluation_input_x)
+{
+    using Fr = barretenberg::fr;
+
+    // Get the Opcode value
+    Fr op(ecc_op.get_opcode_value());
+    Fr p_x_lo(0);
+    Fr p_x_hi(0);
+    Fr p_y_lo(0);
+    Fr p_y_hi(0);
+
+    // Split P.x and P.y into their representations in bn254 transcript
+    p_x_lo = Fr(uint256_t(ecc_op.base_point.x).slice(0, 2 * GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS));
+    p_x_hi = Fr(uint256_t(ecc_op.base_point.x)
+                    .slice(2 * GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS,
+                           4 * GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS));
+    p_y_lo = Fr(uint256_t(ecc_op.base_point.y).slice(0, 2 * GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS));
+    p_y_hi = Fr(uint256_t(ecc_op.base_point.y)
+                    .slice(2 * GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS,
+                           4 * GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS));
+
+    // Generate the full witness values
+    return generate_witness_values(op,
+                                   p_x_lo,
+                                   p_x_hi,
+                                   p_y_lo,
+                                   p_y_hi,
+                                   Fr(ecc_op.z1),
+                                   Fr(ecc_op.z2),
+                                   previous_accumulator,
+                                   batching_challenge_v,
+                                   evaluation_input_x);
+}
+void GoblinTranslatorCircuitBuilder::feed_ecc_op_queue_into_circuit(ECCOpQueue& ecc_op_queue)
+{
+    using Fq = barretenberg::fq;
+    std::vector<Fq> accumulator_trace;
+    Fq current_accumulator(0);
+    if (ecc_op_queue.raw_ops.empty()) {
+        return;
     }
-    for (size_t i = 0; i < GoblinTranslatorCircuitBuilder::NUM_BINARY_LIMBS; i++) {
-        input.current_accumulator_microlimbs[i] = split_standard_limb_into_micro_limbs(input.current_accumulator[i]);
-        // info("Stored: ", single_accumulation_step.current_accumulator_microlimbs[i][5], " at ", i);
+    // Rename for ease of use
+    auto x = evaluation_input_x;
+    auto v = batching_challenge_v;
+
+    // We need to precompute the accumulators at each step, because in the actual circuit we compute the values starting
+    // from the later indices. We need to know the previous accumulator to create the gate
+    for (size_t i = 0; i < ecc_op_queue.raw_ops.size(); i++) {
+        auto& ecc_op = ecc_op_queue.raw_ops[ecc_op_queue.raw_ops.size() - 1 - i];
+        current_accumulator *= x;
+        current_accumulator +=
+            (Fq(ecc_op.get_opcode_value()) +
+             v * (ecc_op.base_point.x + v * (ecc_op.base_point.y + v * (ecc_op.z1 + v * ecc_op.z2))));
+        accumulator_trace.push_back(current_accumulator);
     }
-    for (size_t i = 0; i < GoblinTranslatorCircuitBuilder::NUM_BINARY_LIMBS; i++) {
-        input.quotient_microlimbs[i] = split_standard_limb_into_micro_limbs(input.quotient_binary_limbs[i]);
-        // info("Stored: ", single_accumulation_step.current_accumulator_microlimbs[i][5], " at ", i);
+
+    // We don't care about the last value since we'll recompute it during witness generation anyway
+    accumulator_trace.pop_back();
+
+    for (auto& raw_op : ecc_op_queue.raw_ops) {
+        Fq previous_accumulator = 0;
+        // Pop the last value from accumulator trace and use it as previous accumulator
+        if (!accumulator_trace.empty()) {
+            previous_accumulator = accumulator_trace.back();
+            accumulator_trace.pop_back();
+        }
+        // Compute witness values
+        auto one_accumulation_step = compute_witness_values_for_one_ecc_op(raw_op, previous_accumulator, v, x);
+
+        // And put them into the wires
+        create_accumulation_gate(one_accumulation_step);
     }
-    return input;
 }
-template GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
-    barretenberg::fr op_code,
-    barretenberg::fr p_x_lo,
-    barretenberg::fr p_x_hi,
-    barretenberg::fr p_y_lo,
-    barretenberg::fr p_y_hi,
-    barretenberg::fr z_1,
-    barretenberg::fr z_2,
-    barretenberg::fq previous_accumulator,
-    barretenberg::fq v,
-    barretenberg::fq x);
+bool GoblinTranslatorCircuitBuilder::check_circuit()
+{
+    // Compute the limbs of evaluation_input_x and powers of batching_challenge_v (these go into the relation)
+    RelationInputs relation_inputs = compute_relation_inputs_limbs(batching_challenge_v, evaluation_input_x);
+    // Get the main wires (we will operate with range constraint wires mainly through indices, since this is easier)
+    auto& op_wire = std::get<OP>(wires);
+    auto& x_lo_y_hi_wire = std::get<X_LOW_Y_HI>(wires);
+    auto& x_hi_z_1_wire = std::get<X_HIGH_Z_1>(wires);
+    auto& y_lo_z_2_wire = std::get<Y_LOW_Z_2>(wires);
+    auto& p_x_0_p_x_1_wire = std::get<P_X_LOW_LIMBS>(wires);
+    auto& p_x_2_p_x_3_wire = std::get<P_X_HIGH_LIMBS>(wires);
+    auto& p_y_0_p_y_1_wire = std::get<P_Y_LOW_LIMBS>(wires);
+    auto& p_y_2_p_y_3_wire = std::get<P_Y_HIGH_LIMBS>(wires);
+    auto& z_lo_wire = std::get<Z_LOW_LIMBS>(wires);
+    auto& z_hi_wire = std::get<Z_HIGH_LIMBS>(wires);
+    auto& accumulators_binary_limbs_0_wire = std::get<ACCUMULATORS_BINARY_LIMBS_0>(wires);
+    auto& accumulators_binary_limbs_1_wire = std::get<ACCUMULATORS_BINARY_LIMBS_1>(wires);
+    auto& accumulators_binary_limbs_2_wire = std::get<ACCUMULATORS_BINARY_LIMBS_2>(wires);
+    auto& accumulators_binary_limbs_3_wire = std::get<ACCUMULATORS_BINARY_LIMBS_3>(wires);
+    auto& quotient_low_binary_limbs = std::get<QUOTIENT_LOW_BINARY_LIMBS>(wires);
+    auto& quotient_high_binary_limbs = std::get<QUOTIENT_HIGH_BINARY_LIMBS>(wires);
+    auto& relation_wide_limbs_wire = std::get<RELATION_WIDE_LIMBS>(wires);
+    auto reconstructed_evaluation_input_x = Fr(uint256_t(evaluation_input_x));
+    auto reconstructed_batching_evaluation_v = Fr(uint256_t(batching_challenge_v));
+    auto reconstructed_batching_evaluation_v2 = Fr(uint256_t(batching_challenge_v.pow(2)));
+    auto reconstructed_batching_evaluation_v3 = Fr(uint256_t(batching_challenge_v.pow(3)));
+    auto reconstructed_batching_evaluation_v4 = Fr(uint256_t(batching_challenge_v.pow(4)));
+    /**
+     * @brief Get elements at the same index from several sequential wires and put them into a vector
+     *
+     */
+    auto get_sequential_micro_chunks = [this](size_t gate_index, WireIds starting_wire_index, size_t chunk_count) {
+        std::vector<Fr> chunks;
+        for (size_t i = starting_wire_index; i < starting_wire_index + chunk_count; i++) {
+            chunks.push_back(get_variable(wires[i][gate_index]));
+        }
+        return chunks;
+    };
+
+    /**
+     * @brief Reconstruct the value of one regular limb used in relation computation from micro chunks used to
+     * create range constraints
+     *
+     * @details We might ant to skip several items at the end, since those will be shifted or used
+     * for another decomposition
+     *
+     */
+    auto accumulate_limb_from_micro_chunks = [](const std::vector<Fr>& chunks, const int skipped_at_end = 1) {
+        Fr mini_accumulator(0);
+        auto end = chunks.end();
+        std::advance(end, -skipped_at_end);
+        for (auto it = end; it != chunks.begin();) {
+            --it;
+            mini_accumulator = mini_accumulator * MICRO_SHIFT + *it;
+        }
+        return mini_accumulator;
+    };
+    /**
+     * @brief Go through each gate
+     *
+     */
+    for (size_t i = 1; i < num_gates - 1; i++) {
+        bool gate_is_odd = i & 1;
+        // The main relation is computed between odd and the next even indices. For example, 1 and 2
+        if (gate_is_odd) {
+            // Get the values of P.x
+            Fr op_code = get_variable(op_wire[i]);
+            Fr p_x_lo = get_variable(x_lo_y_hi_wire[i]);
+            Fr p_x_hi = get_variable(x_hi_z_1_wire[i]);
+            Fr p_x_0 = get_variable(p_x_0_p_x_1_wire[i]);
+            Fr p_x_1 = get_variable(p_x_0_p_x_1_wire[i + 1]);
+            Fr p_x_2 = get_variable(p_x_2_p_x_3_wire[i]);
+            Fr p_x_3 = get_variable(p_x_2_p_x_3_wire[i + 1]);
+            const std::vector p_x_binary_limbs = { p_x_0, p_x_1, p_x_2, p_x_3 };
+
+            // P.y
+            Fr p_y_lo = get_variable(y_lo_z_2_wire[i]);
+            Fr p_y_hi = get_variable(x_lo_y_hi_wire[i + 1]);
+            Fr p_y_0 = get_variable(p_y_0_p_y_1_wire[i]);
+            Fr p_y_1 = get_variable(p_y_0_p_y_1_wire[i + 1]);
+            Fr p_y_2 = get_variable(p_y_2_p_y_3_wire[i]);
+            Fr p_y_3 = get_variable(p_y_2_p_y_3_wire[i + 1]);
+            const std::vector p_y_binary_limbs = { p_y_0, p_y_1, p_y_2, p_y_3 };
+            // z1, z2
+            Fr z_1 = get_variable(x_hi_z_1_wire[i + 1]);
+            Fr z_2 = get_variable(y_lo_z_2_wire[i + 1]);
+
+            Fr z_1_lo = get_variable(z_lo_wire[i]);
+            Fr z_2_lo = get_variable(z_lo_wire[i + 1]);
+            Fr z_1_hi = get_variable(z_hi_wire[i]);
+            Fr z_2_hi = get_variable(z_hi_wire[i + 1]);
+
+            const std::vector z_1_binary_limbs = { z_1_lo, z_1_hi };
+            const std::vector z_2_binary_limbs = { z_2_lo, z_2_hi };
+            // Relation limbs
+            Fr low_wide_relation_limb = get_variable(relation_wide_limbs_wire[i]);
+            Fr high_wide_relation_limb = get_variable(relation_wide_limbs_wire[i + 1]);
+
+            // Current accumulator (updated value)
+            const std::vector current_accumulator_binary_limbs = {
+                get_variable(accumulators_binary_limbs_0_wire[i]),
+                get_variable(accumulators_binary_limbs_1_wire[i]),
+                get_variable(accumulators_binary_limbs_2_wire[i]),
+                get_variable(accumulators_binary_limbs_3_wire[i]),
+            };
+
+            // Previous accumulator
+            const std::vector previous_accumulator_binary_limbs = {
+                get_variable(accumulators_binary_limbs_0_wire[i + 1]),
+                get_variable(accumulators_binary_limbs_1_wire[i + 1]),
+                get_variable(accumulators_binary_limbs_2_wire[i + 1]),
+                get_variable(accumulators_binary_limbs_3_wire[i + 1]),
+            };
+
+            // Quotient
+            const std::vector quotient_binary_limbs = {
+                get_variable(quotient_low_binary_limbs[i]),
+                get_variable(quotient_low_binary_limbs[i + 1]),
+                get_variable(quotient_high_binary_limbs[i]),
+                get_variable(quotient_high_binary_limbs[i + 1]),
+            };
+
+            // Get micro chunks for checking decomposition and range
+            auto p_x_micro_chunks = {
+                get_sequential_micro_chunks(i, P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i, P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS)
+            };
+            auto p_y_micro_chunks = {
+                get_sequential_micro_chunks(i, P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i, P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS)
+            };
+            auto z_1_micro_chunks = {
+                get_sequential_micro_chunks(i, Z_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i, Z_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+            };
+
+            auto z_2_micro_chunks = {
+
+                get_sequential_micro_chunks(i + 1, Z_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, Z_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS)
+            };
+
+            auto current_accumulator_micro_chunks = {
+                get_sequential_micro_chunks(i, ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i, ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
+            };
+            auto quotient_micro_chunks = {
+                get_sequential_micro_chunks(i, QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i, QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
+                get_sequential_micro_chunks(i + 1, QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
+            };
+
+            // Lambda for checking the correctness of decomposition of values in the Queue into limbs for checking
+            // the relation
+            auto check_wide_limb_into_binary_limb_relation = [](const std::vector<Fr>& wide_limbs,
+                                                                const std::vector<Fr>& binary_limbs) {
+                ASSERT(wide_limbs.size() * 2 == binary_limbs.size());
+                for (size_t i = 0; i < wide_limbs.size(); i++) {
+                    if ((binary_limbs[i * 2] + Fr(SHIFT_1) * binary_limbs[i * 2 + 1]) != wide_limbs[i]) {
+                        return false;
+                    }
+                }
+                return true;
+            };
+            // Check that everything has been decomposed correctly
+            // P.xₗₒ = P.xₗₒ_0 + SHIFT_1 * P.xₗₒ_1
+            // P.xₕᵢ  = P.xₕᵢ_0 + SHIFT_1 * P.xₕᵢ_1
+            // z_1 = z_1ₗₒ + SHIFT_1 * z_1ₕᵢ
+            // z_2 = z_2ₗₒ + SHIFT_2 * z_1ₕᵢ
+            if (!(check_wide_limb_into_binary_limb_relation({ p_x_lo, p_x_hi }, p_x_binary_limbs) &&
+                  check_wide_limb_into_binary_limb_relation({ p_y_lo, p_y_hi }, p_y_binary_limbs) &&
+                  check_wide_limb_into_binary_limb_relation({ z_1 }, z_1_binary_limbs) &&
+                  check_wide_limb_into_binary_limb_relation({ z_2 }, z_2_binary_limbs))) {
+                return false;
+            }
+
+            enum LimbSeriesType { STANDARD_COORDINATE, Z_SCALAR, QUOTIENT };
+
+            // Check that limbs have been decomposed into microlimbs correctly
+            // value = ∑ (2ˡ)ⁱ⋅ chunkᵢ, where 2ˡ is the shift
+            auto check_micro_limb_decomposition_correctness = [&accumulate_limb_from_micro_chunks](
+                                                                  const std::vector<Fr>& binary_limbs,
+                                                                  const std::vector<std::vector<Fr>>& micro_limbs,
+                                                                  const LimbSeriesType limb_series_type) {
+                // Shifts for decompositions
+                constexpr auto SHIFT_12_TO_14 = Fr(4);
+                constexpr auto SHIFT_10_TO_14 = Fr(16);
+                constexpr auto SHIFT_8_TO_14 = Fr(64);
+                constexpr auto SHIFT_4_TO_14 = Fr(1024);
+
+                ASSERT(binary_limbs.size() == micro_limbs.size());
+                // First check that all the microlimbs are properly range constrained
+                for (auto& micro_limb_series : micro_limbs) {
+                    for (auto& micro_limb : micro_limb_series) {
+                        if (uint256_t(micro_limb) > MAX_MICRO_LIMB_SIZE) {
+                            return false;
+                        }
+                    }
+                }
+                // For low limbs the last microlimb is used with the shift, so we skip it when reconstructing
+                // the limb
+                const size_t SKIPPED_FOR_LOW_LIMBS = 1;
+                for (size_t i = 0; i < binary_limbs.size() - 1; i++) {
+                    if (binary_limbs[i] != accumulate_limb_from_micro_chunks(micro_limbs[i], SKIPPED_FOR_LOW_LIMBS)) {
+                        return false;
+                    }
+                    // Check last additional constraint (68->70)
+                    if (micro_limbs[i][NUM_MICRO_LIMBS - 1] != (SHIFT_12_TO_14 * micro_limbs[i][NUM_MICRO_LIMBS - 2])) {
+                        return false;
+                    }
+                }
+
+                const size_t SKIPPED_FOR_STANDARD = 2;
+                const size_t SKIPPED_FOR_Z_SCALARS = 1;
+                const size_t SKIPPED_FOR_QUOTIENT = 2;
+                switch (limb_series_type) {
+                case STANDARD_COORDINATE:
+                    // For standard Fq value the highest limb is 50 bits, so we skip the top 2 microlimbs
+                    if (binary_limbs[binary_limbs.size() - 1] !=
+                        accumulate_limb_from_micro_chunks(micro_limbs[binary_limbs.size() - 1], SKIPPED_FOR_STANDARD)) {
+                        return false;
+                    }
+                    // Check last additional constraint (50->56)
+                    if (micro_limbs[binary_limbs.size() - 1][NUM_MICRO_LIMBS - SKIPPED_FOR_STANDARD] !=
+                        (SHIFT_8_TO_14 *
+                         micro_limbs[binary_limbs.size() - 1][NUM_MICRO_LIMBS - SKIPPED_FOR_STANDARD - 1])) {
+
+                        return false;
+                    }
+                    break;
+                // For z top limbs we need as many microlimbs as for the low limbs
+                case Z_SCALAR:
+                    if (binary_limbs[binary_limbs.size() - 1] !=
+                        accumulate_limb_from_micro_chunks(micro_limbs[binary_limbs.size() - 1],
+                                                          SKIPPED_FOR_Z_SCALARS)) {
+                        return false;
+                    }
+                    // Check last additional constraint (60->70)
+                    if (micro_limbs[binary_limbs.size() - 1][NUM_MICRO_LIMBS - SKIPPED_FOR_Z_SCALARS] !=
+                        (SHIFT_4_TO_14 *
+                         micro_limbs[binary_limbs.size() - 1][NUM_MICRO_LIMBS - SKIPPED_FOR_Z_SCALARS - 1])) {
+                        return false;
+                    }
+                    break;
+                // Quotient also doesn't need the top 2
+                case QUOTIENT:
+                    if (binary_limbs[binary_limbs.size() - 1] !=
+                        accumulate_limb_from_micro_chunks(micro_limbs[binary_limbs.size() - 1], SKIPPED_FOR_QUOTIENT)) {
+                        return false;
+                    }
+                    // Check last additional constraint (52->56)
+                    if (micro_limbs[binary_limbs.size() - 1][NUM_MICRO_LIMBS - SKIPPED_FOR_QUOTIENT] !=
+                        (SHIFT_10_TO_14 *
+                         micro_limbs[binary_limbs.size() - 1][NUM_MICRO_LIMBS - SKIPPED_FOR_QUOTIENT - 1])) {
+                        return false;
+                    }
+                    break;
+                default:
+                    abort();
+                }
+
+                return true;
+            };
+            // Check all micro limb decompositions
+            if (!check_micro_limb_decomposition_correctness(p_x_binary_limbs, p_x_micro_chunks, STANDARD_COORDINATE)) {
+                return false;
+            }
+            if (!check_micro_limb_decomposition_correctness(p_y_binary_limbs, p_y_micro_chunks, STANDARD_COORDINATE)) {
+                return false;
+            }
+            if (!check_micro_limb_decomposition_correctness(z_1_binary_limbs, z_1_micro_chunks, Z_SCALAR)) {
+                return false;
+            }
+            if (!check_micro_limb_decomposition_correctness(z_2_binary_limbs, z_2_micro_chunks, Z_SCALAR)) {
+                return false;
+            }
+            if (!check_micro_limb_decomposition_correctness(
+                    current_accumulator_binary_limbs, current_accumulator_micro_chunks, STANDARD_COORDINATE)) {
+                return false;
+            }
+            if (!check_micro_limb_decomposition_correctness(quotient_binary_limbs, quotient_micro_chunks, QUOTIENT)) {
+                return false;
+            }
+
+            // The logic we are trying to enforce is:
+            // current_accumulator = previous_accumulator ⋅ x + op_code + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴
+            // mod Fq To ensure this we transform the relation into the form: previous_accumulator ⋅ x + op + P.x ⋅
+            // v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ - quotient ⋅ p - current_accumulator = 0 However, we don't have
+            // integers. Despite that, we can approximate integers for a certain range, if we know that there will
+            // not be any overflows. For now we set the range to 2²⁷² ⋅ r. We can evaluate the logic modulo 2²⁷²
+            // with range constraints and r is native.
+            //
+            // previous_accumulator ⋅ x + op + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ - quotient ⋅ p -
+            // current_accumulator = 0 =>
+            // 1. previous_accumulator ⋅ x + op + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ + quotient ⋅ (-p mod
+            // 2²⁷²) - current_accumulator = 0 mod 2²⁷²
+            // 2. previous_accumulator ⋅ x + op + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ - quotient ⋅ p -
+            // current_accumulator = 0 mod r
+            //
+            // The second relation is straightforward and easy to check. The first, not so much. We have to evaluate
+            // certain bit chunks of the equation and ensure that they are zero. For example, for the lowest limb it
+            // would be (inclusive ranges):
+            //
+            // previous_accumulator[0:67] ⋅ x[0:67] + op + P.x[0:67] ⋅ v[0:67] + P.y[0:67] ⋅ v²[0:67] + z_1[0:67] ⋅
+            // v³[0:67] + z_2[0:67] ⋅ v⁴[0:67] + quotient[0:67] ⋅ (-p mod 2²⁷²)[0:67] - current_accumulator[0:67] =
+            // intermediate_value; (we don't take parts of op, because it's supposed to be between 0 and 3)
+            //
+            // We could check that this intermediate_value is equal to  0 mod 2⁶⁸ by dividing it by 2⁶⁸ and
+            // constraining it. For efficiency, we actually compute wider evaluations for 136 bits, which require us
+            // to also obtain and shift products of [68:135] by [0:67] and [0:67] by [68:135] bits.
+            // The result of division goes into the next evaluation (the same as a carry flag would)
+            // So the lowest wide limb is : (∑everything[0:67]⋅everything[0:67] +
+            // 2⁶⁸⋅(∑everything[0:67]⋅everything[68:135]))/ 2¹³⁶
+            //
+            // The high is:
+            // (low_limb + ∑everything[0:67]⋅everything[136:203] + ∑everything[68:135]⋅everything[68:135] +
+            // 2⁶⁸(∑everything[0:67]⋅everything[204:271] + ∑everything[68:135]⋅everything[136:203])) / 2¹³⁶
+            //
+            // We also limit computation on limbs of op, z_1 and z_2, since we know that op has only the lowest limb
+            // and z_1 and z_2 have only the two lowest limbs
+            Fr low_wide_limb_relation_check =
+
+                (previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[0] + op_code +
+                 relation_inputs.v_limbs[0] * p_x_0 + relation_inputs.v_squared_limbs[0] * p_y_0 +
+                 relation_inputs.v_cubed_limbs[0] * z_1_lo + relation_inputs.v_quarted_limbs[0] * z_2_lo +
+                 quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[0] - current_accumulator_binary_limbs[0]) +
+                (previous_accumulator_binary_limbs[1] * relation_inputs.x_limbs[0] +
+                 relation_inputs.v_limbs[1] * p_x_0 + relation_inputs.v_squared_limbs[1] * p_y_0 +
+                 relation_inputs.v_cubed_limbs[1] * z_1_lo + relation_inputs.v_quarted_limbs[1] * z_2_lo +
+                 quotient_binary_limbs[1] * NEGATIVE_MODULUS_LIMBS[0] +
+                 previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[1] +
+                 relation_inputs.v_limbs[0] * p_x_1 + relation_inputs.v_squared_limbs[0] * p_y_1 +
+                 relation_inputs.v_cubed_limbs[0] * z_1_hi + relation_inputs.v_quarted_limbs[0] * z_2_hi +
+                 quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[1] - current_accumulator_binary_limbs[1]) *
+                    Fr(SHIFT_1);
+            if (low_wide_limb_relation_check != (low_wide_relation_limb * SHIFT_2)) {
+                return false;
+            }
+            Fr high_wide_relation_limb_check =
+                low_wide_relation_limb + previous_accumulator_binary_limbs[2] * relation_inputs.x_limbs[0] +
+                previous_accumulator_binary_limbs[1] * relation_inputs.x_limbs[1] +
+                previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[2] + relation_inputs.v_limbs[2] * p_x_0 +
+                relation_inputs.v_limbs[1] * p_x_1 + relation_inputs.v_limbs[0] * p_x_2 +
+                relation_inputs.v_squared_limbs[2] * p_y_0 + relation_inputs.v_squared_limbs[1] * p_y_1 +
+                relation_inputs.v_squared_limbs[0] * p_y_2 + relation_inputs.v_cubed_limbs[2] * z_1_lo +
+                relation_inputs.v_cubed_limbs[1] * z_1_hi + relation_inputs.v_quarted_limbs[2] * z_2_lo +
+                relation_inputs.v_quarted_limbs[1] * z_2_hi + quotient_binary_limbs[2] * NEGATIVE_MODULUS_LIMBS[0] +
+                quotient_binary_limbs[1] * NEGATIVE_MODULUS_LIMBS[1] +
+                quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[2] - current_accumulator_binary_limbs[2] +
+                (previous_accumulator_binary_limbs[3] * relation_inputs.x_limbs[0] +
+                 previous_accumulator_binary_limbs[2] * relation_inputs.x_limbs[1] +
+                 previous_accumulator_binary_limbs[1] * relation_inputs.x_limbs[2] +
+                 previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[3] +
+                 relation_inputs.v_limbs[3] * p_x_0 + relation_inputs.v_limbs[2] * p_x_1 +
+                 relation_inputs.v_limbs[1] * p_x_2 + relation_inputs.v_limbs[0] * p_x_3 +
+                 relation_inputs.v_squared_limbs[3] * p_y_0 + relation_inputs.v_squared_limbs[2] * p_y_1 +
+                 relation_inputs.v_squared_limbs[1] * p_y_2 + relation_inputs.v_squared_limbs[0] * p_y_3 +
+                 relation_inputs.v_cubed_limbs[3] * z_1_lo + relation_inputs.v_cubed_limbs[2] * z_1_hi +
+                 relation_inputs.v_quarted_limbs[3] * z_2_lo + relation_inputs.v_quarted_limbs[2] * z_2_hi +
+                 quotient_binary_limbs[3] * NEGATIVE_MODULUS_LIMBS[0] +
+                 quotient_binary_limbs[2] * NEGATIVE_MODULUS_LIMBS[1] +
+                 quotient_binary_limbs[1] * NEGATIVE_MODULUS_LIMBS[2] +
+                 quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[3] - current_accumulator_binary_limbs[3]) *
+                    SHIFT_1;
+            if (high_wide_relation_limb_check != (high_wide_relation_limb * SHIFT_2)) {
+                return false;
+            }
+            // Apart from checking the correctness of the evaluation modulo 2²⁷² we also need to ensure that the
+            // logic works in our scalar field. For this we reconstruct the scalar field values from individual
+            // limbs
+            auto reconstructed_p_x = (p_x_0 + p_x_1 * SHIFT_1 + p_x_2 * SHIFT_2 + p_x_3 * SHIFT_3);
+            auto reconstructed_p_y = (p_y_0 + p_y_1 * SHIFT_1 + p_y_2 * SHIFT_2 + p_y_3 * SHIFT_3);
+            auto reconstructed_current_accumulator =
+                (current_accumulator_binary_limbs[0] + current_accumulator_binary_limbs[1] * SHIFT_1 +
+                 current_accumulator_binary_limbs[2] * SHIFT_2 + current_accumulator_binary_limbs[3] * SHIFT_3);
+            auto reconstructed_previous_accumulator =
+                (previous_accumulator_binary_limbs[0] + previous_accumulator_binary_limbs[1] * SHIFT_1 +
+                 previous_accumulator_binary_limbs[2] * SHIFT_2 + previous_accumulator_binary_limbs[3] * SHIFT_3);
+
+            auto reconstructed_z1 = (z_1_lo + z_1_hi * SHIFT_1);
+            auto reconstructed_z2 = (z_2_lo + z_2_hi * SHIFT_1);
+            auto reconstructed_quotient = (quotient_binary_limbs[0] + quotient_binary_limbs[1] * SHIFT_1 +
+                                           quotient_binary_limbs[2] * SHIFT_2 + quotient_binary_limbs[3] * SHIFT_3);
+
+            // Check the relation
+            if (!(reconstructed_previous_accumulator * reconstructed_evaluation_input_x + op_code +
+                  reconstructed_p_x * reconstructed_batching_evaluation_v +
+                  reconstructed_p_y * reconstructed_batching_evaluation_v2 +
+                  reconstructed_z1 * reconstructed_batching_evaluation_v3 +
+                  reconstructed_z2 * reconstructed_batching_evaluation_v4 +
+                  reconstructed_quotient * NEGATIVE_MODULUS_LIMBS[4] - reconstructed_current_accumulator)
+                     .is_zero()) {
+                return false;
+            };
+
+        } else {
+            // Check the accumulator is copied correctly
+            const std::vector current_accumulator_binary_limbs_copy = {
+                get_variable(accumulators_binary_limbs_0_wire[i]),
+                get_variable(accumulators_binary_limbs_1_wire[i]),
+                get_variable(accumulators_binary_limbs_2_wire[i]),
+                get_variable(accumulators_binary_limbs_3_wire[i]),
+            };
+            const std::vector current_accumulator_binary_limbs = {
+                get_variable(accumulators_binary_limbs_0_wire[i + 1]),
+                get_variable(accumulators_binary_limbs_1_wire[i + 1]),
+                get_variable(accumulators_binary_limbs_2_wire[i + 1]),
+                get_variable(accumulators_binary_limbs_3_wire[i + 1]),
+            };
+
+            for (size_t j = 0; j < current_accumulator_binary_limbs.size(); j++) {
+                if (current_accumulator_binary_limbs_copy[j] != current_accumulator_binary_limbs[j]) {
+                    return false;
+                }
+            }
+        }
+    }
+    return true;
+};
+template GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(barretenberg::fr,
+                                                                                   barretenberg::fr,
+                                                                                   barretenberg::fr,
+                                                                                   barretenberg::fr,
+                                                                                   barretenberg::fr,
+                                                                                   barretenberg::fr,
+                                                                                   barretenberg::fr,
+                                                                                   barretenberg::fq,
+                                                                                   barretenberg::fq,
+                                                                                   barretenberg::fq);
 } // namespace proof_system
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.hpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.hpp
index 052a986238a1..04c13069c915 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.hpp
@@ -8,13 +8,72 @@
  * @copyright Copyright (c) 2023
  *
  */
+#include "barretenberg/common/constexpr_utils.hpp"
 #include "barretenberg/ecc/curves/bn254/fq.hpp"
+#include "barretenberg/numeric/uint256/uint256.hpp"
 #include "barretenberg/proof_system/arithmetization/arithmetization.hpp"
+#include "barretenberg/proof_system/op_queue/ecc_op_queue.hpp"
 #include "circuit_builder_base.hpp"
 #include <array>
 #include <cstddef>
+#include <cstdlib>
+#include <iterator>
+#include <tuple>
 namespace proof_system {
-class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::GoblinTranslator> {
+/**
+ * @brief GoblinTranslatorCircuitBuilder creates a circuit that evaluates the correctness of the evaluation of
+ * EccOpQueue in Fq while operating in the Fr scalar field (r is the modulus of Fr and p is the modulus of Fp)
+ *
+ * @details Goblin Translator Circuit Builder builds a circuit the purpose of which is to calculate the batched
+ * evaluation of 5 polynomials in non-native field represented through coefficients in 4 native polynomials (op,
+ * x_lo_y_hi, x_hi_z_1, y_lo_z_2):
+ *
+ * OP | X_LO | X_HI | Y_LO
+ * 0  | Y_HI | Z1   | Z2
+ *
+ *  OP is supposed to be { 0, 1, 2, 3, 4, 8 }. X_LO and Y_LO need to be < 2¹³⁶, X_HI and Y_LO < 2¹¹⁸, Z1 and Z2 < 2¹²⁸.
+ *  X_* and Y_* are supposed to be the decompositions of bn254 base fields elements P.x and P.y and are split into two
+ * chunks each because the scalar field we are operating on can't fit them
+ *
+ * Goblin Translator calculates the result of evaluation of a polynomial op + P.x⋅v +P.y⋅v² + z1 ⋅ v³ + z2⋅v⁴ at the
+ * given challenge x (evaluation_input_x). For this it uses logic similar to the stdlib bigfield class. We operate in Fr
+ * while trying to calculate values in Fq. To show that a⋅b=c mod p, we:
+ * 1) Compute a⋅b in integers
+ * 2) Compute quotient=a⋅b/p
+ * 3) Show that a⋅b - quotient⋅p - c = 0 mod 2²⁷²
+ * 4) Show that a⋅b - quotient⋅p - c = 0 mod r (scalar field modulus)
+ * This ensures that the logic is sound modulo 2²⁷²⋅r, which means it's correct in integers, if all the values are
+ * sufficiently constrained (there is no way to undeflow or overflow)
+ *
+ * Concretely, Goblin Translator computes one accumulation every two gates:
+ * previous_accumulator⋅x + op + P.x⋅v +P.y⋅v² + z1⋅v³ + z2⋅v⁴ = current_accumulator mod p. Because of the nature of
+ * polynomial commitment, previous_accumulator is located at higher index than the current_accumulator. Values of x
+ * (evaluation_input_x) and v (batching_challenge_v) are precomputed and considered inputs to the relations.
+ *
+ * P.x and P.y are deconstructed into 4 limbs (3 68-bit and 1 50-bit) for non-native arithmetic
+ * z1 and z2 are deconstructed into 2 limbs each (68 and 60 bits)
+ * op is small and doesn't have to be deconstructed
+ *
+ * To show the accumulation is correct we also need to provide the quotient and accumulators as witnesses. Accumulator
+ * is split the same way as P.x and P.y, but quotient is 256 bits,so the top limb is 52 bits.
+ *
+ * Ensuring that the relation mod 2²⁷² is correct is done through splitting this check into two checks modulo 2¹³⁶.
+ * First, we check that a proper combination of the values in the lower limbs gives the correct result modulo 2¹³⁶ (by
+ * dividing the result by 2¹³⁶ and range constraining it). Then we use the overlow and higher limbs to prove the same
+ * modulo 2¹³⁶ again and as a result we get correctness modulo 2²⁷².
+ *
+ * One big issue are range constraints. In Goblin Translator we check ranges by decomposing LIMBS into special other
+ * range constrained MICROLIMBS (have "_CONSTRAINT_" in the name of their wires). These wires always have the range of
+ * 14 bits, so when we need to constrain something further we use two wires at once and scale the values (for example,
+ * 68 bits are decomposed into 5 14-bit limbs + 1 shifted limb, which is equal to the highest microlimb multiplied by
+ * 4). The shifted wires usually have "_TAIL" in the name, but that is not a strict rule. To save space and because of
+ * the proving system requirements we put some of the decomposed values from relation limbs (limbs which compute the
+ * result of computation modulo 2²⁷² divided by shifts) into constraint wires named after P.x, P.y, accumulator and
+ * quotient. This is due to the fact that the highest limb in these four is less than 56 bits, which frees up an extra
+ * microlimb.
+ *
+ */
+class GoblinTranslatorCircuitBuilder : public CircuitBuilderBase<arithmetization::GoblinTranslator> {
     // We don't need templating for Goblin
     using Fr = barretenberg::fr;
     using Fq = barretenberg::fq;
@@ -36,9 +95,9 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
      */
     enum WireIds : size_t {
         OP, // The first 4 wires contain the standard values from the EccQueue wire
-        X_LO_Y_HI,
-        X_HI_Z_1,
-        Y_LO_Z_2,
+        X_LOW_Y_HI,
+        X_HIGH_Z_1,
+        Y_LOW_Z_2,
         P_X_LOW_LIMBS,                    // P.xₗₒ split into 2 68 bit limbs
         P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, // Low limbs split further into smaller chunks for range constraints
         P_X_LOW_LIMBS_RANGE_CONSTRAINT_1,
@@ -46,7 +105,7 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
         P_X_LOW_LIMBS_RANGE_CONSTRAINT_3,
         P_X_LOW_LIMBS_RANGE_CONSTRAINT_4,
         P_X_LOW_LIMBS_RANGE_CONSTRAINT_TAIL,
-        P_X_HIGH_LIMBS,                    // P.xₕᵢ split into 2 68 bit limbs
+        P_X_HIGH_LIMBS,                    // P.xₕᵢ split into a 68 and a 50 bit limb
         P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, // High limbs split into chunks for range constraints
         P_X_HIGH_LIMBS_RANGE_CONSTRAINT_1,
         P_X_HIGH_LIMBS_RANGE_CONSTRAINT_2,
@@ -60,82 +119,147 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
         P_Y_LOW_LIMBS_RANGE_CONSTRAINT_3,
         P_Y_LOW_LIMBS_RANGE_CONSTRAINT_4,
         P_Y_LOW_LIMBS_RANGE_CONSTRAINT_TAIL,
-        P_Y_HIGH_LIMBS,                    // P.yₕᵢ split into 2 68 bit limbs
+        P_Y_HIGH_LIMBS,                    // P.yₕᵢ split into a 68 and a 50 bit limb
         P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, // High limbs split into chunks for range constraints
         P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_1,
         P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_2,
         P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_3,
         P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_4,
         P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_TAIL,
-        Z_LO_LIMBS,                    // Low limbs of z_1 and z_2
-        Z_LO_LIMBS_RANGE_CONSTRAINT_0, // Range constraints for low limbs of z_1 and z_2
-        Z_LO_LIMBS_RANGE_CONSTRAINT_1,
-        Z_LO_LIMBS_RANGE_CONSTRAINT_2,
-        Z_LO_LIMBS_RANGE_CONSTRAINT_3,
-        Z_LO_LIMBS_RANGE_CONSTRAINT_4,
-        Z_LO_LIMBS_RANGE_CONSTRAINT_TAIL,
-        Z_HI_LIMBS,                    // Hi Limbs of z_1 and z_2
-        Z_HI_LIMBS_RANGE_CONSTRAINT_0, // Range constraints for high limbs of z_1 and z_2
-        Z_HI_LIMBS_RANGE_CONSTRAINT_1,
-        Z_HI_LIMBS_RANGE_CONSTRAINT_2,
-        Z_HI_LIMBS_RANGE_CONSTRAINT_3,
-        Z_HI_LIMBS_RANGE_CONSTRAINT_4,
-        Z_HI_LIMBS_RANGE_CONSTRAINT_TAIL,
+        Z_LOW_LIMBS,                    // Low limbs of z_1 and z_2 (68 bits each)
+        Z_LOW_LIMBS_RANGE_CONSTRAINT_0, // Range constraints for low limbs of z_1 and z_2
+        Z_LOW_LIMBS_RANGE_CONSTRAINT_1,
+        Z_LOW_LIMBS_RANGE_CONSTRAINT_2,
+        Z_LOW_LIMBS_RANGE_CONSTRAINT_3,
+        Z_LOW_LIMBS_RANGE_CONSTRAINT_4,
+        Z_LOW_LIMBS_RANGE_CONSTRAINT_TAIL,
+        Z_HIGH_LIMBS,                    // High Limbs of z_1 and z_2 (60 bits each)
+        Z_HIGH_LIMBS_RANGE_CONSTRAINT_0, // Range constraints for high limbs of z_1 and z_2
+        Z_HIGH_LIMBS_RANGE_CONSTRAINT_1,
+        Z_HIGH_LIMBS_RANGE_CONSTRAINT_2,
+        Z_HIGH_LIMBS_RANGE_CONSTRAINT_3,
+        Z_HIGH_LIMBS_RANGE_CONSTRAINT_4,
+        Z_HIGH_LIMBS_RANGE_CONSTRAINT_TAIL,
         ACCUMULATORS_BINARY_LIMBS_0, // Contain 68-bit limbs of current and previous accumulator (previous at higher
-                                     // indices because of the nuances of KZG commitment)
+                                     // indices because of the nuances of KZG commitment).
         ACCUMULATORS_BINARY_LIMBS_1,
         ACCUMULATORS_BINARY_LIMBS_2,
-        ACCUMULATORS_BINARY_LIMBS_3,
-        ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_0, // Range constraints for the current accumulator limbs (no need to redo
-                                                 // previous accumulator)
-        ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_1,
-        ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_2,
-        ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_3,
-        ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_4,
-        ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_TAIL,
-        ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_0,
-        ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_1,
-        ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_2,
-        ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_3,
-        ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_4,
-        ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_TAIL,
-        QUOTIENT_LO_BINARY_LIMBS, // Quotient limbs
-        QUOTIENT_HI_BINARY_LIMBS,
-        QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_0, // Range constraints for quotient
-        QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_1,
-        QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_2,
-        QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_3,
-        QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_4,
-        QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_TAIL,
-        QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_0,
-        QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_1,
-        QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_2,
-        QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_3,
-        QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_4,
-        QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_TAIL,
-        RELATION_WIDE_LIMBS, // Limbs for checking the correctness of  mod 2²⁷² relations. TODO(kesha): add range
-                             // constraints
+        ACCUMULATORS_BINARY_LIMBS_3,              // Highest limb is 50 bits (254 mod 68)
+        ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_0, // Range constraints for the current accumulator limbs (no need to
+                                                  // redo previous accumulator)
+        ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_1,
+        ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_2,
+        ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_3,
+        ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_4,
+        ACCUMULATOR_LOW_LIMBS_RANGE_CONSTRAINT_TAIL,
+        ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_0,
+        ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_1,
+        ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_2,
+        ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_3,
+        ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_4,
+        ACCUMULATOR_HIGH_LIMBS_RANGE_CONSTRAINT_TAIL,
+        QUOTIENT_LOW_BINARY_LIMBS, // Quotient limbs
+        QUOTIENT_HIGH_BINARY_LIMBS,
+        QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_0, // Range constraints for quotient
+        QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_1,
+        QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_2,
+        QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_3,
+        QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_4,
+        QUOTIENT_LOW_LIMBS_RANGE_CONSTRAIN_TAIL,
+        QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_0,
+        QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_1,
+        QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_2,
+        QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_3,
+        QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_4,
+        QUOTIENT_HIGH_LIMBS_RANGE_CONSTRAIN_TAIL,
+        RELATION_WIDE_LIMBS, // Limbs for checking the correctness of  mod 2²⁷² relations.
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_0,
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_1,
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_2,
+        RELATION_WIDE_LIMBS_RANGE_CONSTRAINT_3,
+
+        TOTAL_COUNT
 
     };
-    static constexpr size_t MAX_OPERAND = 3;
+
+    // Basic goblin translator has the minicircuit size of 2048, so optimize for that case
+    // For context, minicircuit is the part of the final polynomials fed into the proving system, where we have all the
+    // arithmetic logic. However, the full circuit is several times larger (we use a trick to bring down the degree of
+    // the permutation argument)
+    static constexpr size_t DEFAULT_TRANSLATOR_VM_LENGTH = 2048;
+
+    // Maximum size of a single limb is 68 bits
     static constexpr size_t NUM_LIMB_BITS = 68;
+
+    // For soundness we need to constrain the highest limb so that the whole value is at most 50 bits
+    static constexpr size_t NUM_LAST_LIMB_BITS = Fq::modulus.get_msb() + 1 - 3 * NUM_LIMB_BITS;
+
+    // 128-bit z_1 and z_2 are split into 2 limbs each
     static constexpr size_t NUM_Z_LIMBS = 2;
-    static constexpr size_t MICRO_LIMB_BITS = 12;
-    static constexpr size_t LEFTOVER_CHUNK_BITS = 8;
+
+    // Number of bits in the quotient representation
+    static constexpr size_t NUM_QUOTIENT_BITS = 256;
+
+    // Number of bits in the quotient highest limb
+    static constexpr size_t NUM_LAST_QUOTIENT_LIMB_BITS = 256 - 3 * NUM_LIMB_BITS;
+
+    // Number of bits in Z scalars
+    static constexpr size_t NUM_Z_BITS = 128;
+    // The circuit builder has a default range constraint mechanism that is used throughout. It range cosntrains the
+    // values to < 2¹⁴
+    static constexpr size_t MICRO_LIMB_BITS = 14;
+
+    // Maximum size of a micro limb used for range constraints
+    static constexpr auto MAX_MICRO_LIMB_SIZE = (uint256_t(1) << MICRO_LIMB_BITS) - 1;
+
+    // To range constrain a limb to 68 bits we need 6 limbs: 5 for 14-bit windowed chunks and 1 to range constrain the
+    // highest to a more restrictive range (0 <= a < 2¹⁴ && 0 <= 4*a < 2¹⁴ ) ~ ( 0 <= a < 2¹² )
     static constexpr size_t NUM_MICRO_LIMBS = 6;
+
+    // How many limbs we split the 254-bit value in
     static constexpr size_t NUM_BINARY_LIMBS = 4;
-    static constexpr size_t WIDE_RELATION_LIMB_BITS = 72;
+
+    // How many limbs we use for computation of result modulo 2²⁷²
+    static constexpr size_t NUM_RELATION_WIDE_LIMBS = 2;
+
+    // Range constraint of relation limbs
+    static constexpr size_t RELATION_WIDE_LIMB_BITS = 84;
+
+    // Maximum size of each relation limb (in accordance with range constraints)
+    static constexpr uint256_t MAX_RELATION_WIDE_LIMB_SIZE = uint256_t(1) << RELATION_WIDE_LIMB_BITS;
+
+    // Shift of a single micro (range constraint) limb
     static constexpr auto MICRO_SHIFT = uint256_t(1) << MICRO_LIMB_BITS;
-    static constexpr auto MAXIMUM_LEFTOVER_LIMB_SIZE = (uint256_t(1) << LEFTOVER_CHUNK_BITS) - 1;
-    static constexpr size_t NUM_LAST_LIMB_BITS = Fq::modulus.get_msb() + 1 - 3 * NUM_LIMB_BITS;
+
+    // Maximum size of 2 lower limbs concatenated
     static constexpr auto MAX_LOW_WIDE_LIMB_SIZE = (uint256_t(1) << (NUM_LIMB_BITS * 2)) - 1;
+
+    // Maximum size of 2 higher limbs concatenated
     static constexpr auto MAX_HIGH_WIDE_LIMB_SIZE = (uint256_t(1) << (NUM_LIMB_BITS + NUM_LAST_LIMB_BITS)) - 1;
+
+    // How much you'd need to multiply a value by to perform a shift to a higher binary limb
     static constexpr auto SHIFT_1 = uint256_t(1) << NUM_LIMB_BITS;
+
+    // Shift by 2 binary limbs
     static constexpr auto SHIFT_2 = uint256_t(1) << (NUM_LIMB_BITS << 1);
+
+    // Precomputed inverse to easily divide by the shift by 2 limbs
     static constexpr auto SHIFT_2_INVERSE = Fr(SHIFT_2).invert();
+
+    // Shift by 3 binary limbs
+    static constexpr auto SHIFT_3 = uint256_t(1) << (NUM_LIMB_BITS * 3);
+
+    // The modulus of the target emulated field as a 512-bit integer
     static constexpr uint512_t MODULUS_U512 = uint512_t(Fq::modulus);
+
+    // The binary modulus used in the CRT computation
     static constexpr uint512_t BINARY_BASIS_MODULUS = uint512_t(1) << (NUM_LIMB_BITS << 2);
+
+    // Negated modulus of the target emulated field in the binary modulus
     static constexpr uint512_t NEGATIVE_PRIME_MODULUS = BINARY_BASIS_MODULUS - MODULUS_U512;
+
+    // Negated modulus of the target emulated field in the binary modulus split into 4 binary limbs + the final limb is
+    // the negated modulus of the target emulated field in the scalar field
     static constexpr std::array<Fr, 5> NEGATIVE_MODULUS_LIMBS = {
         Fr(NEGATIVE_PRIME_MODULUS.slice(0, NUM_LIMB_BITS).lo),
         Fr(NEGATIVE_PRIME_MODULUS.slice(NUM_LIMB_BITS, NUM_LIMB_BITS * 2).lo),
@@ -143,27 +267,6 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
         Fr(NEGATIVE_PRIME_MODULUS.slice(NUM_LIMB_BITS * 3, NUM_LIMB_BITS * 4).lo),
         -Fr(Fq::modulus)
     };
-    static constexpr std::string_view NAME_STRING = "GoblinTranslatorArithmetization";
-    // TODO(kesha): fix size hints
-    GoblinTranslatorCircuitBuilder()
-        : CircuitBuilderBase({}, 0)
-    {
-        // We'll have to shift all wires, so we need the starting element to be zero
-        for (auto& wire : wires) {
-            wire.push_back(0);
-        }
-    };
-    GoblinTranslatorCircuitBuilder(const GoblinTranslatorCircuitBuilder& other) = delete;
-    GoblinTranslatorCircuitBuilder(GoblinTranslatorCircuitBuilder&& other) noexcept
-        : CircuitBuilderBase(std::move(other)){};
-    GoblinTranslatorCircuitBuilder& operator=(const GoblinTranslatorCircuitBuilder& other) = delete;
-    GoblinTranslatorCircuitBuilder& operator=(GoblinTranslatorCircuitBuilder&& other) noexcept
-    {
-        CircuitBuilderBase::operator=(std::move(other));
-        return *this;
-    };
-    ~GoblinTranslatorCircuitBuilder() override = default;
-
     /**
      * @brief The accumulation input structure contains all the necessary values to initalize an accumulation gate as
      * well as additional values for checking its correctness
@@ -177,11 +280,11 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
         Fr op_code; // Operator
         Fr P_x_lo;
         Fr P_x_hi;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> P_x_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> P_x_limbs;
         std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> P_x_microlimbs;
         Fr P_y_lo;
         Fr P_y_hi;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> P_y_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> P_y_limbs;
         std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> P_y_microlimbs;
 
         Fr z_1;
@@ -191,49 +294,109 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
         std::array<Fr, NUM_Z_LIMBS> z_2_limbs;
         std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_Z_LIMBS> z_2_microlimbs;
 
-        std::array<Fr, NUM_BINARY_LIMBS + 1> previous_accumulator;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> current_accumulator;
+        std::array<Fr, NUM_BINARY_LIMBS> previous_accumulator;
+        std::array<Fr, NUM_BINARY_LIMBS> current_accumulator;
         std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> current_accumulator_microlimbs;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> quotient_binary_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> quotient_binary_limbs;
         std::array<std::array<Fr, NUM_MICRO_LIMBS>, NUM_BINARY_LIMBS> quotient_microlimbs;
-        std::array<Fr, 2> relation_wide_limbs;
+        std::array<Fr, NUM_RELATION_WIDE_LIMBS> relation_wide_limbs;
+        std::array<std::array<Fr, NUM_MICRO_LIMBS>, 2> relation_wide_microlimbs;
 
         // Additional
-        std::array<Fr, NUM_BINARY_LIMBS + 1> x_limbs;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_limbs;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_squared_limbs = { 0 };
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_cubed_limbs = { 0 };
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_quarted_limbs = { 0 };
+        std::array<Fr, NUM_BINARY_LIMBS> x_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> v_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> v_squared_limbs = { 0 };
+        std::array<Fr, NUM_BINARY_LIMBS> v_cubed_limbs = { 0 };
+        std::array<Fr, NUM_BINARY_LIMBS> v_quarted_limbs = { 0 };
     };
     struct RelationInputs {
-        std::array<Fr, NUM_BINARY_LIMBS + 1> x_limbs;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_limbs;
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_squared_limbs = { 0 };
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_cubed_limbs = { 0 };
-        std::array<Fr, NUM_BINARY_LIMBS + 1> v_quarted_limbs = { 0 };
+        std::array<Fr, NUM_BINARY_LIMBS> x_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> v_limbs;
+        std::array<Fr, NUM_BINARY_LIMBS> v_squared_limbs = { 0 };
+        std::array<Fr, NUM_BINARY_LIMBS> v_cubed_limbs = { 0 };
+        std::array<Fr, NUM_BINARY_LIMBS> v_quarted_limbs = { 0 };
     };
+    static constexpr std::string_view NAME_STRING = "GoblinTranslatorArithmetization";
+
+    // The challenge that is used for batching together evaluations of several polynomials
+    Fq batching_challenge_v;
+
+    // The input we evaluate polynomials on
+    Fq evaluation_input_x;
 
     /**
-     * @brief Create bigfield representations of x and powers of v
+     * @brief Construct a new Goblin Translator Circuit Builder object
+     *
+     * @details Goblin Translator Circuit builder has to be initializaed with evaluation input and batching challenge
+     * (they are used to compute witness and to store the value for the prover)
      *
-     * @param x The point at which the polynomials are being evaluated
-     * @param v The batching challenge
+     * @param batching_challenge_v_
+     * @param evaluation_input_x_
+     */
+    GoblinTranslatorCircuitBuilder(Fq batching_challenge_v_, Fq evaluation_input_x_)
+        : CircuitBuilderBase({}, DEFAULT_TRANSLATOR_VM_LENGTH)
+        , batching_challenge_v(batching_challenge_v_)
+        , evaluation_input_x(evaluation_input_x_)
+    {
+        add_variable(FF::zero());
+        for (auto& wire : wires) {
+            wire.emplace_back(0);
+        }
+        num_gates++;
+    };
+
+    /**
+     * @brief Construct a new Goblin Translator Circuit Builder object and feed op_queue inside
+     *
+     * @details Goblin Translator Circuit builder has to be initialized with evaluation input and batching challenge
+     * (they are used to compute witness and to store the value for the prover)
+     *
+     * @param batching_challenge_v_
+     * @param evaluation_input_x_
+     * @param op_queue
+     */
+    GoblinTranslatorCircuitBuilder(Fq batching_challenge_v_, Fq evaluation_input_x_, ECCOpQueue op_queue)
+        : GoblinTranslatorCircuitBuilder(batching_challenge_v_, evaluation_input_x_)
+    {
+        feed_ecc_op_queue_into_circuit(op_queue);
+    }
+
+    GoblinTranslatorCircuitBuilder(const GoblinTranslatorCircuitBuilder& other) = delete;
+    GoblinTranslatorCircuitBuilder(GoblinTranslatorCircuitBuilder&& other) noexcept
+        : CircuitBuilderBase(std::move(other)){};
+    GoblinTranslatorCircuitBuilder& operator=(const GoblinTranslatorCircuitBuilder& other) = delete;
+    GoblinTranslatorCircuitBuilder& operator=(GoblinTranslatorCircuitBuilder&& other) noexcept
+    {
+        CircuitBuilderBase::operator=(std::move(other));
+        return *this;
+    };
+    ~GoblinTranslatorCircuitBuilder() override = default;
+
+    /**
+     * @brief Create limb representations of x and powers of v that are needed to compute the witness or check
+     * circuit correctness
+     *
+     * @param evaluation_input_x The point at which the polynomials are being evaluated
+     * @param batching_challenge_v The batching challenge
      * @return RelationInputs
      */
-    static RelationInputs compute_relation_inputs_limbs(Fq x, Fq v)
+    static RelationInputs compute_relation_inputs_limbs(Fq batching_challenge_v, Fq evaluation_input_x)
     {
         /**
          * @brief A small function to transform a native element Fq into its bigfield representation  in Fr scalars
          *
          */
-        auto base_element_to_bigfield = [](Fq& original) {
+        auto base_element_to_limbs = [](Fq& original) {
             uint256_t original_uint = original;
-            return std::array<Fr, 5>({ Fr(original_uint.slice(0, NUM_LIMB_BITS)),
-                                       Fr(original_uint.slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS)),
-                                       Fr(original_uint.slice(2 * NUM_LIMB_BITS, 3 * NUM_LIMB_BITS)),
-                                       Fr(original_uint.slice(3 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS)),
-                                       Fr(original_uint) });
+            return std::array<Fr, NUM_BINARY_LIMBS>({
+                Fr(original_uint.slice(0, NUM_LIMB_BITS)),
+                Fr(original_uint.slice(NUM_LIMB_BITS, 2 * NUM_LIMB_BITS)),
+                Fr(original_uint.slice(2 * NUM_LIMB_BITS, 3 * NUM_LIMB_BITS)),
+                Fr(original_uint.slice(3 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS)),
+            });
         };
+        Fq& v = batching_challenge_v;
+        Fq& x = evaluation_input_x;
         Fq v_squared;
         Fq v_cubed;
         Fq v_quarted;
@@ -241,479 +404,75 @@ class GoblinTranslatorCircuitBuilder : CircuitBuilderBase<arithmetization::Gobli
         v_cubed = v_squared * v;
         v_quarted = v_cubed * v;
         RelationInputs result;
-        result.x_limbs = base_element_to_bigfield(x);
-        result.v_limbs = base_element_to_bigfield(v);
-        result.v_squared_limbs = base_element_to_bigfield(v_squared);
-        result.v_cubed_limbs = base_element_to_bigfield(v_cubed);
-        result.v_quarted_limbs = base_element_to_bigfield(v_quarted);
+        result.x_limbs = base_element_to_limbs(x);
+        result.v_limbs = base_element_to_limbs(v);
+        result.v_squared_limbs = base_element_to_limbs(v_squared);
+        result.v_cubed_limbs = base_element_to_limbs(v_cubed);
+        result.v_quarted_limbs = base_element_to_limbs(v_quarted);
         return result;
     }
 
     /**
      * @brief Create a single accumulation gate
      *
+     * @details An accumulation gate adds 2 rows from the op queue computing the accumulation of a single EccOpQueue
+     * step
+     *
      * @param acc_step
      */
-    void create_accumulation_gate(const AccumulationInput acc_step)
-    {
-        // The first wires OpQueue/Transcript wires
-        ASSERT(uint256_t(acc_step.op_code) <= MAX_OPERAND);
-        auto& op_wire = std::get<WireIds::OP>(wires);
-        op_wire.push_back(add_variable(acc_step.op_code));
-        op_wire.push_back(zero_idx);
-
-        /**
-         * @brief Insert two values into the same wire sequentially
-         *
-         */
-        auto insert_pair_into_wire = [this](WireIds wire_index, Fr first, Fr second) {
-            auto& current_wire = wires[wire_index];
-            current_wire.push_back(add_variable(first));
-            current_wire.push_back(add_variable(second));
-        };
-
-        // Check and insert P_x_lo and P_y_hi into wire 1
-        ASSERT(uint256_t(acc_step.P_x_lo) <= MAX_LOW_WIDE_LIMB_SIZE);
-        ASSERT(uint256_t(acc_step.P_y_hi) <= MAX_HIGH_WIDE_LIMB_SIZE);
-        insert_pair_into_wire(WireIds::X_LO_Y_HI, acc_step.P_x_lo, acc_step.P_y_hi);
-
-        // Check and insert P_x_hi and z_1 into wire 2
-        ASSERT(uint256_t(acc_step.P_x_hi) <= MAX_HIGH_WIDE_LIMB_SIZE);
-        ASSERT(uint256_t(acc_step.z_1) <= MAX_LOW_WIDE_LIMB_SIZE);
-        insert_pair_into_wire(WireIds::X_HI_Z_1, acc_step.P_x_hi, acc_step.z_1);
-
-        // Check and insert P_y_lo and z_2 into wire 3
-        ASSERT(uint256_t(acc_step.P_y_lo) <= MAX_LOW_WIDE_LIMB_SIZE);
-        ASSERT(uint256_t(acc_step.z_2) <= MAX_LOW_WIDE_LIMB_SIZE);
-        insert_pair_into_wire(WireIds::Y_LO_Z_2, acc_step.P_y_lo, acc_step.z_2);
-
-        // Check decomposition of values from the Queue into limbs used in bigfield evaluations
-        ASSERT(acc_step.P_x_lo == (acc_step.P_x_limbs[0] + acc_step.P_x_limbs[1] * SHIFT_1));
-        ASSERT(acc_step.P_x_hi == (acc_step.P_x_limbs[2] + acc_step.P_x_limbs[3] * SHIFT_1));
-        ASSERT(acc_step.P_y_lo == (acc_step.P_y_limbs[0] + acc_step.P_y_limbs[1] * SHIFT_1));
-        ASSERT(acc_step.P_y_hi == (acc_step.P_y_limbs[2] + acc_step.P_y_limbs[3] * SHIFT_1));
-        ASSERT(acc_step.z_1 == (acc_step.z_1_limbs[0] + acc_step.z_1_limbs[1] * SHIFT_1));
-        ASSERT(acc_step.z_2 == (acc_step.z_2_limbs[0] + acc_step.z_2_limbs[1] * SHIFT_1));
+    void create_accumulation_gate(AccumulationInput acc_step);
 
-        /**
-         * @brief Check correctness of limbs values
-         *
-         */
-        auto check_binary_limbs_maximum_values = []<size_t total_limbs>(const std::array<Fr, total_limbs>& limbs,
-                                                                        bool relaxed_last_limb = false) {
-            if constexpr (total_limbs == (NUM_BINARY_LIMBS + 1)) {
-                for (size_t i = 0; i < NUM_BINARY_LIMBS - 1; i++) {
-                    ASSERT(uint256_t(limbs[i]) < SHIFT_1);
-                }
-                if (!relaxed_last_limb) {
-                    ASSERT(uint256_t(limbs[NUM_BINARY_LIMBS - 1]) < (uint256_t(1) << NUM_LAST_LIMB_BITS));
-                } else {
-
-                    ASSERT(uint256_t(limbs[NUM_BINARY_LIMBS - 1]) < (SHIFT_1));
-                }
-            } else {
-                for (size_t i = 0; i < total_limbs; i++) {
-                    ASSERT(uint256_t(limbs[i]) < SHIFT_1);
-                }
-            }
-        };
-        /**
-         * @brief Check correctness of values for range constraint limbs
-         *
-         */
-        auto check_micro_limbs_maximum_values =
-            []<size_t binary_limb_count, size_t micro_limb_count>(
-                const std::array<std::array<Fr, micro_limb_count>, binary_limb_count>& limbs) {
-                for (size_t i = 0; i < binary_limb_count; i++) {
-                    for (size_t j = 0; j < micro_limb_count; j++) {
-                        ASSERT(uint256_t(limbs[i][j]) < MICRO_SHIFT);
-                    }
-                }
-            };
-
-        // Check limb values are in range
-        check_binary_limbs_maximum_values(acc_step.P_x_limbs);
-        check_binary_limbs_maximum_values(acc_step.P_y_limbs);
-        check_binary_limbs_maximum_values(acc_step.z_1_limbs);
-        check_binary_limbs_maximum_values(acc_step.z_2_limbs);
-        check_binary_limbs_maximum_values(acc_step.previous_accumulator);
-        check_binary_limbs_maximum_values(acc_step.current_accumulator);
-        check_binary_limbs_maximum_values(acc_step.quotient_binary_limbs, /*relaxed_last_limb=*/true);
-
-        // Insert limbs used in bigfield evaluations
-        insert_pair_into_wire(P_X_LOW_LIMBS, acc_step.P_x_limbs[0], acc_step.P_x_limbs[1]);
-        insert_pair_into_wire(P_X_HIGH_LIMBS, acc_step.P_x_limbs[2], acc_step.P_x_limbs[3]);
-        insert_pair_into_wire(P_Y_LOW_LIMBS, acc_step.P_y_limbs[0], acc_step.P_y_limbs[1]);
-        insert_pair_into_wire(P_Y_HIGH_LIMBS, acc_step.P_y_limbs[2], acc_step.P_y_limbs[3]);
-        insert_pair_into_wire(Z_LO_LIMBS, acc_step.z_1_limbs[0], acc_step.z_2_limbs[0]);
-        insert_pair_into_wire(Z_HI_LIMBS, acc_step.z_1_limbs[1], acc_step.z_2_limbs[1]);
-        insert_pair_into_wire(
-            QUOTIENT_LO_BINARY_LIMBS, acc_step.quotient_binary_limbs[0], acc_step.quotient_binary_limbs[1]);
-        insert_pair_into_wire(
-            QUOTIENT_HI_BINARY_LIMBS, acc_step.quotient_binary_limbs[2], acc_step.quotient_binary_limbs[3]);
-        insert_pair_into_wire(RELATION_WIDE_LIMBS, acc_step.relation_wide_limbs[0], acc_step.relation_wide_limbs[1]);
-
-        // Check limbs used in range constraints are in range
-        check_micro_limbs_maximum_values(acc_step.P_x_microlimbs);
-        check_micro_limbs_maximum_values(acc_step.P_y_microlimbs);
-        check_micro_limbs_maximum_values(acc_step.z_1_microlimbs);
-        check_micro_limbs_maximum_values(acc_step.z_2_microlimbs);
-        check_micro_limbs_maximum_values(acc_step.current_accumulator_microlimbs);
-
-        // Check that relation limbs are in range
-        ASSERT(uint256_t(acc_step.relation_wide_limbs[0]).get_msb() < WIDE_RELATION_LIMB_BITS);
-        ASSERT(uint256_t(acc_step.relation_wide_limbs[1]).get_msb() < WIDE_RELATION_LIMB_BITS);
-
-        /**
-         * @brief Put several values in sequential wires
-         *
-         */
-        auto lay_limbs_in_row = [this]<size_t array_size>(std::array<Fr, array_size> input,
-                                                          WireIds starting_wire,
-                                                          size_t number_of_elements) {
-            ASSERT(number_of_elements <= array_size);
-            for (size_t i = 0; i < number_of_elements; i++) {
-                wires[starting_wire + i].push_back(add_variable(input[i]));
-            }
-        };
-        lay_limbs_in_row(acc_step.P_x_microlimbs[0], P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_x_microlimbs[1], P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_x_microlimbs[2], P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_x_microlimbs[3], P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_y_microlimbs[0], P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_y_microlimbs[1], P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_y_microlimbs[2], P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.P_y_microlimbs[3], P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.z_1_microlimbs[0], Z_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.z_2_microlimbs[0], Z_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.z_1_microlimbs[1], Z_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.z_2_microlimbs[1], Z_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.current_accumulator, ACCUMULATORS_BINARY_LIMBS_0, NUM_BINARY_LIMBS);
-        lay_limbs_in_row(acc_step.previous_accumulator, ACCUMULATORS_BINARY_LIMBS_0, NUM_BINARY_LIMBS);
-        lay_limbs_in_row(
-            acc_step.current_accumulator_microlimbs[0], ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(
-            acc_step.current_accumulator_microlimbs[1], ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(
-            acc_step.current_accumulator_microlimbs[2], ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(
-            acc_step.current_accumulator_microlimbs[3], ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.quotient_microlimbs[0], QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.quotient_microlimbs[1], QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.quotient_microlimbs[2], QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
-        lay_limbs_in_row(acc_step.quotient_microlimbs[3], QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS);
-
-        num_gates += 2;
+    /**
+     * @brief Get the result of accumulation
+     *
+     * @return barretenberg::fq
+     */
+    barretenberg::fq get_computation_result()
+    {
+        const size_t RESULT_ROW = 1;
+        ASSERT(num_gates > RESULT_ROW);
+        return (uint256_t(get_variable(wires[WireIds::ACCUMULATORS_BINARY_LIMBS_0][RESULT_ROW])) +
+                uint256_t(get_variable(wires[WireIds::ACCUMULATORS_BINARY_LIMBS_1][RESULT_ROW])) * SHIFT_1 +
+                uint256_t(get_variable(wires[WireIds::ACCUMULATORS_BINARY_LIMBS_2][RESULT_ROW])) * SHIFT_2 +
+                uint256_t(get_variable(wires[WireIds::ACCUMULATORS_BINARY_LIMBS_3][RESULT_ROW])) * SHIFT_3);
     }
+    /**
+     * @brief Generate all the gates required to prove the correctness of batched evalution of polynomials representing
+     * commitments to ECCOpQueue
+     *
+     * @param ecc_op_queue The queue
+     */
+    void feed_ecc_op_queue_into_circuit(ECCOpQueue& ecc_op_queue);
 
     /**
      * @brief Check the witness satisifies the circuit
      *
-     * @details Does one gate for now
+     * @details Goes through each gate and checks the correctness of accumulation
      *
-     * @param x
-     * @param v
      * @return true
      * @return false
      */
-    bool check_circuit(Fq x, Fq v)
-    {
-        // Compute the limbs of x and powers of v (these go into the relation)
-        RelationInputs relation_inputs = compute_relation_inputs_limbs(x, v);
-
-        // Get the wires
-        auto& op_wire = std::get<OP>(wires);
-        auto& x_lo_y_hi_wire = std::get<X_LO_Y_HI>(wires);
-        auto& x_hi_z_1_wire = std::get<X_HI_Z_1>(wires);
-        auto& y_lo_z_2_wire = std::get<Y_LO_Z_2>(wires);
-        auto& p_x_0_p_x_1_wire = std::get<P_X_LOW_LIMBS>(wires);
-        auto& p_x_2_p_x_3_wire = std::get<P_X_HIGH_LIMBS>(wires);
-        auto& p_y_0_p_y_1_wire = std::get<P_Y_LOW_LIMBS>(wires);
-        auto& p_y_2_p_y_3_wire = std::get<P_Y_HIGH_LIMBS>(wires);
-        auto& z_lo_wire = std::get<Z_LO_LIMBS>(wires);
-        auto& z_hi_wire = std::get<Z_HI_LIMBS>(wires);
-        auto& accumulators_binary_limbs_0_wire = std::get<ACCUMULATORS_BINARY_LIMBS_0>(wires);
-        auto& accumulators_binary_limbs_1_wire = std::get<ACCUMULATORS_BINARY_LIMBS_1>(wires);
-        auto& accumulators_binary_limbs_2_wire = std::get<ACCUMULATORS_BINARY_LIMBS_2>(wires);
-        auto& accumulators_binary_limbs_3_wire = std::get<ACCUMULATORS_BINARY_LIMBS_3>(wires);
-        auto& quotient_low_binary_limbs = std::get<QUOTIENT_LO_BINARY_LIMBS>(wires);
-        auto& quotient_high_binary_limbs = std::get<QUOTIENT_HI_BINARY_LIMBS>(wires);
-        auto& relation_wide_limbs_wire = std::get<RELATION_WIDE_LIMBS>(wires);
-
-        /**
-         * @brief Get elements at the same index from several sequential wires and put them into a vector
-         *
-         */
-        auto get_sequential_micro_chunks = [this](size_t gate_index, WireIds starting_wire_index, size_t chunk_count) {
-            std::vector<Fr> chunks;
-            for (size_t i = starting_wire_index; i < starting_wire_index + chunk_count; i++) {
-                chunks.push_back(get_variable(wires[i][gate_index]));
-            }
-            return chunks;
-        };
-
-        /**
-         * @brief Reconstruct the value of one regular limb used in relation computation from micro chunks used to
-         * create range constraints
-         *
-         */
-        auto accumulate_limb_from_micro_chunks = [](const std::vector<Fr>& chunks) {
-            Fr mini_accumulator(0);
-            for (auto it = chunks.end(); it != chunks.begin();) {
-                --it;
-                mini_accumulator = mini_accumulator * MICRO_SHIFT + *it;
-            }
-            return mini_accumulator;
-        };
-        /**
-         * @brief Enumerate through the gates
-         *
-         */
-        for (size_t i = 0; i < num_gates; i++) {
-            // The main relation is computed between odd and the next even indices. For example, 1 and 2
-            if (i & 1) {
-                // Get the values
-                Fr op_code = get_variable(op_wire[i]);
-                Fr p_x_lo = get_variable(x_lo_y_hi_wire[i]);
-                Fr p_x_hi = get_variable(x_hi_z_1_wire[i]);
-                Fr p_x_0 = get_variable(p_x_0_p_x_1_wire[i]);
-                Fr p_x_1 = get_variable(p_x_0_p_x_1_wire[i + 1]);
-                Fr p_x_2 = get_variable(p_x_2_p_x_3_wire[i]);
-                Fr p_x_3 = get_variable(p_x_2_p_x_3_wire[i + 1]);
-                const std::vector p_x_binary_limbs = { p_x_0, p_x_1, p_x_2, p_x_3 };
-                Fr p_y_lo = get_variable(y_lo_z_2_wire[i]);
-                Fr p_y_hi = get_variable(x_lo_y_hi_wire[i + 1]);
-                Fr p_y_0 = get_variable(p_y_0_p_y_1_wire[i]);
-                Fr p_y_1 = get_variable(p_y_0_p_y_1_wire[i + 1]);
-                Fr p_y_2 = get_variable(p_y_2_p_y_3_wire[i]);
-                Fr p_y_3 = get_variable(p_y_2_p_y_3_wire[i + 1]);
-                const std::vector p_y_binary_limbs = { p_y_0, p_y_1, p_y_2, p_y_3 };
-                Fr z_1 = get_variable(x_hi_z_1_wire[i + 1]);
-                Fr z_2 = get_variable(y_lo_z_2_wire[i + 1]);
-                Fr z_1_lo = get_variable(z_lo_wire[i]);
-                Fr z_2_lo = get_variable(z_lo_wire[i + 1]);
-                Fr z_1_hi = get_variable(z_hi_wire[i]);
-                Fr z_2_hi = get_variable(z_hi_wire[i + 1]);
-                Fr low_wide_relation_limb = get_variable(relation_wide_limbs_wire[i]);
-                Fr high_wide_relation_limb = get_variable(relation_wide_limbs_wire[i + 1]);
-                const std::vector z_1_binary_limbs = { z_1_lo, z_1_hi };
-                const std::vector z_2_binary_limbs = { z_2_lo, z_2_hi };
-                const std::vector current_accumulator_binary_limbs = {
-                    get_variable(accumulators_binary_limbs_0_wire[i]),
-                    get_variable(accumulators_binary_limbs_1_wire[i]),
-                    get_variable(accumulators_binary_limbs_2_wire[i]),
-                    get_variable(accumulators_binary_limbs_3_wire[i]),
-                };
-                const std::vector previous_accumulator_binary_limbs = {
-                    get_variable(accumulators_binary_limbs_0_wire[i + 1]),
-                    get_variable(accumulators_binary_limbs_1_wire[i + 1]),
-                    get_variable(accumulators_binary_limbs_2_wire[i + 1]),
-                    get_variable(accumulators_binary_limbs_3_wire[i + 1]),
-                };
-                const std::vector quotient_binary_limbs = {
-                    get_variable(quotient_low_binary_limbs[i]),
-                    get_variable(quotient_low_binary_limbs[i + 1]),
-                    get_variable(quotient_high_binary_limbs[i]),
-                    get_variable(quotient_high_binary_limbs[i + 1]),
-                };
-
-                // These need to be range constrained, but that logic is not present yet
-                auto p_x_micro_chunks = {
-                    get_sequential_micro_chunks(i, P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, P_X_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i, P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, P_X_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS)
-                };
-                auto p_y_micro_chunks = {
-                    get_sequential_micro_chunks(i, P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, P_Y_LOW_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i, P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, P_Y_HIGH_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS)
-                };
-                auto z_1_micro_chunks = {
-                    get_sequential_micro_chunks(i, Z_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-
-                    get_sequential_micro_chunks(i, Z_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                };
-
-                auto z_2_micro_chunks = {
-
-                    get_sequential_micro_chunks(i + 1, Z_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, Z_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS)
-                };
-
-                auto current_accumulator_micro_chunks = {
-                    get_sequential_micro_chunks(i, ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, ACCUMULATOR_LO_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i, ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, ACCUMULATOR_HI_LIMBS_RANGE_CONSTRAINT_0, NUM_MICRO_LIMBS),
-                };
-                auto quotient_micro_chunks = {
-                    get_sequential_micro_chunks(i, QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, QUOTIENT_LO_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i, QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
-                    get_sequential_micro_chunks(i + 1, QUOTIENT_HI_LIMBS_RANGE_CONSTRAIN_0, NUM_MICRO_LIMBS),
-                };
-
-                // Lambda for checking the correctness of decomposition of values in the Queue into limbs for checking
-                // the relation
-                auto check_wide_limb_into_binary_limb_relation = [](const std::vector<Fr>& wide_limbs,
-                                                                    const std::vector<Fr>& binary_limbs) {
-                    ASSERT(wide_limbs.size() * 2 == binary_limbs.size());
-                    for (size_t i = 0; i < wide_limbs.size(); i++) {
-                        if ((binary_limbs[i * 2] + Fr(SHIFT_1) * binary_limbs[i * 2 + 1]) != wide_limbs[i]) {
-                            return false;
-                        }
-                    }
-                    return true;
-                };
-                // Check that everything has been decomposed correctly
-                // P.xₗₒ = P.xₗₒ_0 + SHIFT_1 * P.xₗₒ_1
-                // P.xₕᵢ  = P.xₕᵢ_0 + SHIFT_1 * P.xₕᵢ_1
-                // z_1 = z_1ₗₒ + SHIFT_1 * z_1ₕᵢ
-                // z_2 = z_2ₗₒ + SHIFT_2 * z_1ₕᵢ
-                if (!(check_wide_limb_into_binary_limb_relation({ p_x_lo, p_x_hi }, p_x_binary_limbs) &&
-                      check_wide_limb_into_binary_limb_relation({ p_y_lo, p_y_hi }, p_y_binary_limbs) &&
-                      check_wide_limb_into_binary_limb_relation({ z_1 }, z_1_binary_limbs) &&
-                      check_wide_limb_into_binary_limb_relation({ z_2 }, z_2_binary_limbs))) {
-                    return false;
-                }
-
-                // Check that limbs have been decomposed into microlimbs correctly
-                // value = ∑ (2ˡ)ⁱ⋅ chunkᵢ, where 2ˡ is the shift
-                auto check_micro_limb_decomposition_correctness =
-                    [&accumulate_limb_from_micro_chunks](const std::vector<Fr>& binary_limbs,
-                                                         const std::vector<std::vector<Fr>>& micro_limbs) {
-                        ASSERT(binary_limbs.size() == micro_limbs.size());
-                        for (size_t i = 0; i < binary_limbs.size(); i++) {
-                            if (binary_limbs[i] != accumulate_limb_from_micro_chunks(micro_limbs[i])) {
-                                return false;
-                            }
-                        }
-                        return true;
-                    };
-                // Check all micro limb decompositions
-                if (!check_micro_limb_decomposition_correctness(p_x_binary_limbs, p_x_micro_chunks)) {
-                    return false;
-                }
-                if (!check_micro_limb_decomposition_correctness(p_y_binary_limbs, p_y_micro_chunks)) {
-                    return false;
-                }
-                if (!check_micro_limb_decomposition_correctness(z_1_binary_limbs, z_1_micro_chunks)) {
-                    return false;
-                }
-                if (!check_micro_limb_decomposition_correctness(z_2_binary_limbs, z_2_micro_chunks)) {
-                    return false;
-                }
-                if (!check_micro_limb_decomposition_correctness(current_accumulator_binary_limbs,
-                                                                current_accumulator_micro_chunks)) {
-                    return false;
-                }
-                if (!check_micro_limb_decomposition_correctness(quotient_binary_limbs, quotient_micro_chunks)) {
-                    return false;
-                }
-
-                // The logic we are trying to enforce is:
-                // current_accumulator = previous_accumulator ⋅ x + op_code + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴
-                // mod Fq To ensure this we transform the relation into the form: previous_accumulator ⋅ x + op + P.x ⋅
-                // v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ - quotient ⋅ p - current_accumulator = 0 However, we don't have
-                // integers. Despite that, we can approximate integers for a certain range, if we know that there will
-                // not be any overflows. For now we set the range to 2²⁷² ⋅ r. We can evaluate the logic modulo 2²⁷²
-                // with range constraints and r is native.
-                //
-                // previous_accumulator ⋅ x + op + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ - quotient ⋅ p -
-                // current_accumulator = 0 =>
-                // 1. previous_accumulator ⋅ x + op + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ + quotient ⋅ (-p mod
-                // 2²⁷²) - current_accumulator = 0 mod 2²⁷²
-                // 2. previous_accumulator ⋅ x + op + P.x ⋅ v + P.y ⋅ v² + z_1 ⋅ v³ + z_2 ⋅ v⁴ - quotient ⋅ p -
-                // current_accumulator = 0 mod r
-                //
-                // The second relation is straightforward and easy to check. The first, not so much. We have to evaluate
-                // certain bit chunks of the equation and ensure that they are zero. For example, for the lowest limb it
-                // would be (inclusive ranges):
-                //
-                // previous_accumulator[0:67] ⋅ x[0:67] + op + P.x[0:67] ⋅ v[0:67] + P.y[0:67] ⋅ v²[0:67] + z_1[0:67] ⋅
-                // v³[0:67] + z_2[0:67] ⋅ v⁴[0:67] + quotient[0:67] ⋅ (-p mod 2²⁷²)[0:67] - current_accumulator[0:67] =
-                // intermediate_value; (we don't take parts of op, because it's supposed to be between 0 and 3)
-                //
-                // We could check that this intermediate_value is equal to  0 mod 2⁶⁸ by dividing it by 2⁶⁸ and
-                // constraining it. For efficiency, we actually compute wider evaluations for 136 bits, which require us
-                // to also obtain and shift products of [68:135] by [0:67] and [0:67] by [68:135] bits.
-                // The result of division goes into the next evaluation (the same as a carry flag would)
-                // So the lowest wide limb is : (∑everything[0:67]⋅everything[0:67] +
-                // 2⁶⁸⋅(∑everything[0:67]⋅everything[68:135]))/ 2¹³⁶
-                //
-                // The high is:
-                // (low_limb + ∑everything[0:67]⋅everything[136:203] + ∑everything[68:135]⋅everything[68:135] +
-                // 2⁶⁸(∑everything[0:67]⋅everything[204:271] + ∑everything[68:135]⋅everything[136:203])) / 2¹³⁶
-                //
-                // We also limit computation on limbs of op, z_1 and z_2, since we know that op has only the lowest limb
-                // and z_1 and z_2 have only the two lowest limbs
-                Fr low_wide_limb_relation_check =
-
-                    (previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[0] + op_code +
-                     relation_inputs.v_limbs[0] * p_x_0 + relation_inputs.v_squared_limbs[0] * p_y_0 +
-                     relation_inputs.v_cubed_limbs[0] * z_1_lo + relation_inputs.v_quarted_limbs[0] * z_2_lo +
-                     quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[0] - current_accumulator_binary_limbs[0]) +
-                    (previous_accumulator_binary_limbs[1] * relation_inputs.x_limbs[0] +
-                     relation_inputs.v_limbs[1] * p_x_0 + relation_inputs.v_squared_limbs[1] * p_y_0 +
-                     relation_inputs.v_cubed_limbs[1] * z_1_lo + relation_inputs.v_quarted_limbs[1] * z_2_lo +
-                     quotient_binary_limbs[1] * NEGATIVE_MODULUS_LIMBS[0] +
-                     previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[1] +
-                     relation_inputs.v_limbs[0] * p_x_1 + relation_inputs.v_squared_limbs[0] * p_y_1 +
-                     relation_inputs.v_cubed_limbs[0] * z_1_hi + relation_inputs.v_quarted_limbs[0] * z_2_hi +
-                     quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[1] - current_accumulator_binary_limbs[1]) *
-                        Fr(SHIFT_1);
-                if (low_wide_limb_relation_check != (low_wide_relation_limb * SHIFT_2)) {
-                    return false;
-                }
-                Fr high_wide_relation_limb_check =
-                    low_wide_relation_limb + previous_accumulator_binary_limbs[2] * relation_inputs.x_limbs[0] +
-                    previous_accumulator_binary_limbs[1] * relation_inputs.x_limbs[1] +
-                    previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[2] +
-                    relation_inputs.v_limbs[2] * p_x_0 + relation_inputs.v_limbs[1] * p_x_1 +
-                    relation_inputs.v_limbs[0] * p_x_2 + relation_inputs.v_squared_limbs[2] * p_y_0 +
-                    relation_inputs.v_squared_limbs[1] * p_y_1 + relation_inputs.v_squared_limbs[0] * p_y_2 +
-                    relation_inputs.v_cubed_limbs[2] * z_1_lo + relation_inputs.v_cubed_limbs[1] * z_1_hi +
-                    relation_inputs.v_quarted_limbs[2] * z_2_lo + relation_inputs.v_quarted_limbs[1] * z_2_hi +
-                    quotient_binary_limbs[2] * NEGATIVE_MODULUS_LIMBS[0] +
-                    quotient_binary_limbs[1] * NEGATIVE_MODULUS_LIMBS[1] +
-                    quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[2] - current_accumulator_binary_limbs[2] +
-                    (previous_accumulator_binary_limbs[3] * relation_inputs.x_limbs[0] +
-                     previous_accumulator_binary_limbs[2] * relation_inputs.x_limbs[1] +
-                     previous_accumulator_binary_limbs[1] * relation_inputs.x_limbs[2] +
-                     previous_accumulator_binary_limbs[0] * relation_inputs.x_limbs[3] +
-                     relation_inputs.v_limbs[3] * p_x_0 + relation_inputs.v_limbs[2] * p_x_1 +
-                     relation_inputs.v_limbs[1] * p_x_2 + relation_inputs.v_limbs[0] * p_x_3 +
-                     relation_inputs.v_squared_limbs[3] * p_y_0 + relation_inputs.v_squared_limbs[2] * p_y_1 +
-                     relation_inputs.v_squared_limbs[1] * p_y_2 + relation_inputs.v_squared_limbs[0] * p_y_3 +
-                     relation_inputs.v_cubed_limbs[3] * z_1_lo + relation_inputs.v_cubed_limbs[2] * z_1_hi +
-                     relation_inputs.v_quarted_limbs[3] * z_2_lo + relation_inputs.v_quarted_limbs[2] * z_2_hi +
-                     quotient_binary_limbs[3] * NEGATIVE_MODULUS_LIMBS[0] +
-                     quotient_binary_limbs[2] * NEGATIVE_MODULUS_LIMBS[1] +
-                     quotient_binary_limbs[1] * NEGATIVE_MODULUS_LIMBS[2] +
-                     quotient_binary_limbs[0] * NEGATIVE_MODULUS_LIMBS[3] - current_accumulator_binary_limbs[3]) *
-                        SHIFT_1;
-                if (high_wide_relation_limb_check != (high_wide_relation_limb * SHIFT_2)) {
-                    return false;
-                }
-            }
-        }
-        return true;
-    }
+    bool check_circuit();
 };
 template <typename Fq, typename Fr>
-GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
-    Fr op_code, Fr p_x_lo, Fr p_x_hi, Fr p_y_lo, Fr p_y_hi, Fr z_1, Fr z_2, Fq previous_accumulator, Fq v, Fq x);
-extern template GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(
-    barretenberg::fr op_code,
-    barretenberg::fr p_x_lo,
-    barretenberg::fr p_x_hi,
-    barretenberg::fr p_y_lo,
-    barretenberg::fr p_y_hi,
-    barretenberg::fr z_1,
-    barretenberg::fr z_2,
-    barretenberg::fq previous_accumulator,
-    barretenberg::fq v,
-    barretenberg::fq x);
+GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(Fr op_code,
+                                                                          Fr p_x_lo,
+                                                                          Fr p_x_hi,
+                                                                          Fr p_y_lo,
+                                                                          Fr p_y_hi,
+                                                                          Fr z1,
+                                                                          Fr z2,
+                                                                          Fq previous_accumulator,
+                                                                          Fq batching_challenge_v,
+                                                                          Fq evaluation_input_x);
+extern template GoblinTranslatorCircuitBuilder::AccumulationInput generate_witness_values(barretenberg::fr,
+                                                                                          barretenberg::fr,
+                                                                                          barretenberg::fr,
+                                                                                          barretenberg::fr,
+                                                                                          barretenberg::fr,
+                                                                                          barretenberg::fr,
+                                                                                          barretenberg::fr,
+                                                                                          barretenberg::fq,
+                                                                                          barretenberg::fq,
+                                                                                          barretenberg::fq);
 } // namespace proof_system
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.test.cpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.test.cpp
index ca4ac215e785..6c3b10b33c46 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_circuit_builder.test.cpp
@@ -1,5 +1,6 @@
 #include "goblin_translator_circuit_builder.hpp"
 #include "barretenberg/ecc/curves/bn254/bn254.hpp"
+#include "barretenberg/proof_system/op_queue/ecc_op_queue.hpp"
 #include <array>
 #include <cstddef>
 #include <gtest/gtest.h>
@@ -10,173 +11,122 @@ auto& engine = numeric::random::get_debug_engine();
 }
 namespace proof_system {
 
-TEST(translator_circuit_builder, scoping_out_the_circuit)
+/**
+ * @brief Check that a single accumulation gate is created correctly
+ *
+ */
+TEST(GoblinTranslatorCircuitBuilder, CircuitBuilderBaseCase)
 {
-    // Questions:
-    // 1. Do we need 68-bit limbs at all?
     using Fr = ::curve::BN254::ScalarField;
     using Fq = ::curve::BN254::BaseField;
 
-    constexpr size_t NUM_LIMB_BITS = 68;
-
-    constexpr std::array<Fr, 5> neg_modulus_limbs = GoblinTranslatorCircuitBuilder::NEGATIVE_MODULUS_LIMBS;
-    // x is the value (challenge) at which we are evaluating the polynomials
-    // y is the end result of the whole combination (I don't know why we use y for domain and x for evalutation in
-    // the pepe paper) v is the polynomial batching challenge
-
-    // 2 rows:
-    // OP | P.xₗₒ | P.xₕᵢ | P.yₗₒ
-    // -  | P.yₕᵢ | z₁    | z₂
-
-    // Rows written vertically:
-    // 0	 |  -       |   OP      |
-    // 1	 |  P.yₕᵢ   |   P.xₗₒ   |
-    // 2	 |  z₁      |   P.xₕᵢ   |
-    // 3	 |  z₂      |   P.yₗₒ   |
-    // 4	 |  p_x_1   |   p_x_0   | 68-bit limbs
-    // 5	 |  p_x_1_0 |   p_x_0_0 | 12 bit limbs
-    // 6	 |  p_x_1_1 |   p_x_0_1 | 12 bit limbs
-    // 7	 |  p_x_1_2 |   p_x_0_2 | 12 bit limbs
-    // 8	 |  p_x_1_3 |   p_x_0_3 | 12 bit limbs
-    // 9	 |  p_x_1_4 |   p_x_0_4 | 12 bit limbs
-    // 10	 |  p_x_1_5 |   p_x_0_5 | 8 bit limns
-    // 11	 |  p_x_3   |   p_x_2   | 68-bit limbs
-    // 12	 |  p_x_3_0 |   p_x_2_0 | 12 bit limbs
-    // 13	 |  p_x_3_1 |   p_x_2_1 | 12 bit limbs
-    // 14	 |  p_x_3_2 |   p_x_2_2 | 12 bit limbs
-    // 15	 |  p_x_3_3 |   p_x_2_3 | 12 bit limbs
-    // 16	 |  p_x_3_4 |   p_x_2_4 | p_x_3_4 is 2 bits and enforced with a relation. p_x_2_4 is 12 bits
-    // 17	 |  -       |   p_x_2_5 | 8 bit limb
-    // 18	 |  p_y_1   |   p_y_0   | 68-bit limbs
-    // 19	 |  p_y_1_0 |   p_y_0_0 | 12 bit limbs
-    // 20	 |  p_y_1_1 |   p_y_0_1 | 12 bit limbs
-    // 21	 |  p_y_1_2 |   p_y_0_2 | 12 bit limbs
-    // 22	 |  p_y_1_3 |   p_y_0_3 | 12 bit limbs
-    // 23	 |  p_y_1_4 |   p_y_0_4 | 12 bit limbs
-    // 24	 |  p_y_1_5 |   p_y_0_5 | 8 bit limns
-    // 25	 |  p_y_3   |   p_y_2   | 68-bit limbs
-    // 26	 |  p_y_3_0 |   p_y_2_0 | 12 bit limbs
-    // 27	 |  p_y_3_1 |   p_y_2_1 | 12 bit limbs
-    // 28	 |  p_y_3_2 |   p_y_2_2 | 12 bit limbs
-    // 29	 |  p_y_3_3 |   p_y_2_3 | 12 bit limbs
-    // 30	 |  p_y_3_4 |   p_y_2_4 | p_y_3_4 is 2 bits and enforced with a relation. p_y_2_4 is 12 bits
-    // 31	 |  -       |   p_y_2_5 | 8 bit limb
-    // 32	 |  z_1_hi  |   z_1_lo  | 68 bit limbs
-    // 33	 |  z_1_hi_0|   z_1_lo_0| 12 bit limbs
-    // 34	 |  z_1_hi_1|   z_1_lo_1| 12 bit limbs
-    // 35	 |  z_1_hi_2|   z_1_lo_2| 12 bit limbs
-    // 36	 |  z_1_hi_3|   z_1_lo_3| 12 bit limbs
-    // 37	 |  z_1_hi_4|   z_1_lo_4| 12 bit limbs
-    // 38	 |  z_1_hi_5|   z_1_lo_5| 8 bit limbs
-    // 39	 |  z_2_hi  |   z_2_lo  | 68 bit limbs
-    // 40	 |  z_2_hi_0|   z_2_lo_0| 12 bit limbs
-    // 41	 |  z_2_hi_1|   z_2_lo_1| 12 bit limbs
-    // 42	 |  z_2_hi_2|   z_2_lo_2| 12 bit limbs
-    // 43	 |  z_2_hi_3|   z_2_lo_3| 12 bit limbs
-    // 44	 |  z_2_hi_4|   z_2_lo_4| 12 bit limbs
-    // 45	 |  z_2_hi_5|   z_2_lo_5| 8 bit limbs
-    // 46	 |  Aₚᵣₑᵥ_₀ |   A₀      | 68
-    // 47	 |  Aₚᵣₑᵥ_₁ |   A₁      | 68
-    // 48	 |  Aₚᵣₑᵥ_₂ |   A₂      | 68
-    // 49	 |  Aₚᵣₑᵥ_₃ |   A₃      | 68
-    // 50	 |  A_1_0   |   A_0_0   | 12
-    // 51	 |  A_1_1   |   A_0_1   | 12
-    // 52	 |  A_1_2   |   A_0_2   | 12
-    // 53	 |  A_1_3   |   A_0_3   | 12
-    // 54	 |  A_1_4   |   A_0_4   | 12
-    // 55	 |  A_1_5   |   A_0_5   | 8
-    // 56	 |  A_3_0   |   A_2_0   | 12
-    // 57	 |  A_3_1   |   A_2_1   | 12
-    // 58	 |  A_3_2   |   A_2_2   | 12
-    // 59	 |  A_3_3   |   A_2_3   | 12
-    // 60	 |  A_3_4   |   A_2_4   | 2/12
-    // 61	 |  -       |   A_2_5   | 12
-    // 62    |  Q_1     |   Q_0     | 68
-    // 63    |  Q_1_0   |   Q_0_0   | 12
-    // 64    |  Q_1_1   |   Q_0_1   | 12
-    // 65    |  Q_1_2   |   Q_0_2   | 12
-    // 66    |  Q_1_3   |   Q_0_3   | 12
-    // 67    |  Q_1_4   |   Q_0_4   | 12
-    // 68    |  Q_1_5   |   Q_0_5   | 8
-    // 69    |  Q_3     |   Q_2     | 68
-    // 70    |  Q_3_0   |   Q_2_0   | 12
-    // 71    |  Q_3_1   |   Q_2_1   | 12
-    // 72    |  Q_3_2   |   Q_2_2   | 12
-    // 73    |  Q_3_3   |   Q_2_3   | 12
-    // 74    |  Q_3_4   |   Q_2_4   | 4
-    // 75    |  -       |   Q_2_5   | 8
-    Fr op;
-    Fr p_x_lo;
-    Fr p_x_hi;
-    Fr p_y_lo;
-    Fr p_y_hi;
-    Fr z_1;
-    Fr z_2;
-    op = Fr::random_element();
-    auto get_random_wide_limb = []() { return Fr(engine.get_random_uint256() >> (256 - NUM_LIMB_BITS * 2)); };
-    auto get_random_shortened_wide_limb = []() { return uint256_t(Fq::random_element()) >> (NUM_LIMB_BITS * 2); };
-    p_x_lo = get_random_wide_limb();
-    p_x_hi = get_random_shortened_wide_limb();
-    p_y_lo = get_random_wide_limb();
-    p_y_hi = get_random_shortened_wide_limb();
-    z_1 = get_random_wide_limb();
-    z_2 = get_random_wide_limb();
-
-    Fq accumulator;
-    accumulator = Fq::random_element();
-    Fq v = Fq::random_element();
-    Fq x = Fq::random_element();
-    // p_y_lo = get_random_wide_limb();
-    //  Creating a bigfield representation from (binary_limb_0, binary_limb_1, binary_limb_2, binary_limb_3, prime_limb)
-
-    // Range constrain all the individual limbs
-
-    // Low bits have to be zero
-    // And we'll need to range constrain it
-    // 68 can be treated as 12/12/12/12/12/8
-    // 68 can be treated as 12/12/12/12/12/8
-    GoblinTranslatorCircuitBuilder::AccumulationInput witnesses =
-        generate_witness_values(op, p_x_lo, p_x_hi, p_y_lo, p_y_hi, z_1, z_2, accumulator, v, x);
-    // Prime relation
-    Fr prime_relation = witnesses.previous_accumulator[4] * witnesses.x_limbs[4] + witnesses.op_code +
-                        witnesses.v_limbs[4] * witnesses.P_x_limbs[4] +
-                        witnesses.v_squared_limbs[4] * witnesses.P_y_limbs[4] + witnesses.v_cubed_limbs[4] * z_1 +
-                        witnesses.v_quarted_limbs[4] * z_2 + witnesses.quotient_binary_limbs[4] * neg_modulus_limbs[4] -
-                        witnesses.current_accumulator[4];
-    EXPECT_EQ(prime_relation, 0);
-}
-
-TEST(translator_circuit_builder, circuit_builder_base_case)
-{
-    // Questions:
-    // 1. Do we need 68-bit limbs at all?
-    using Fr = ::curve::BN254::ScalarField;
-    using Fq = ::curve::BN254::BaseField;
-    // using Fq = ::curve::BN254::BaseField;
-
     constexpr size_t NUM_LIMB_BITS = GoblinTranslatorCircuitBuilder::NUM_LIMB_BITS;
+    constexpr size_t NUM_Z_BITS = GoblinTranslatorCircuitBuilder::NUM_Z_BITS;
 
+    // Generate random EccOpQueue transcript values
     Fr op;
-    op = Fr(engine.get_random_uint8() & 3);
-    auto get_random_wide_limb = []() { return Fr(engine.get_random_uint256().slice(0, 2 * NUM_LIMB_BITS)); };
-    //  auto get_random_shortened_wide_limb = []() { return uint256_t(Fq::random_element()) >> (NUM_LIMB_BITS * 2); };
+    switch (engine.get_random_uint8() % 6) {
+    case 0:
+        op = 0;
+        break;
+    case 1:
+        op = 1;
+        break;
+    case 2:
+        op = 2;
+        break;
+    case 3:
+        op = 3;
+        break;
+    case 4:
+        op = 4;
+        break;
+    case 5:
+        op = 8;
+        break;
+    }
+    auto get_random_z_scalar = []() { return Fr(engine.get_random_uint256().slice(0, NUM_Z_BITS)); };
+
     Fq p_x = Fq::random_element();
     Fr p_x_lo = uint256_t(p_x).slice(0, 2 * NUM_LIMB_BITS);
     Fr p_x_hi = uint256_t(p_x).slice(2 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS);
     Fq p_y = Fq::random_element();
     Fr p_y_lo = uint256_t(p_y).slice(0, 2 * NUM_LIMB_BITS);
     Fr p_y_hi = uint256_t(p_y).slice(2 * NUM_LIMB_BITS, 4 * NUM_LIMB_BITS);
-    Fr z_1 = get_random_wide_limb();
-    Fr z_2 = get_random_wide_limb();
+    Fr z_1 = get_random_z_scalar();
+    Fr z_2 = get_random_z_scalar();
     Fq v = Fq::random_element();
     Fq x = Fq::random_element();
 
     Fq previous_accumulator = Fq::random_element();
+
+    // Generate the witness for a single step
     GoblinTranslatorCircuitBuilder::AccumulationInput single_accumulation_step =
         generate_witness_values(op, p_x_lo, p_x_hi, p_y_lo, p_y_hi, z_1, z_2, previous_accumulator, v, x);
 
-    auto circuit_builder = GoblinTranslatorCircuitBuilder();
+    // Create a circuit builder
+    auto circuit_builder = GoblinTranslatorCircuitBuilder(v, x);
+    // Submit one accumulation step in the builder
     circuit_builder.create_accumulation_gate(single_accumulation_step);
-    EXPECT_TRUE(circuit_builder.check_circuit(x, v));
+    // Check if the circuit fails
+    EXPECT_TRUE(circuit_builder.check_circuit());
+}
+
+/**
+ * @brief Check that the circuit can handle several accumulations
+ *
+ */
+TEST(GoblinTranslatorCircuitBuilder, SeveralOperationCorrectness)
+{
+    using point = barretenberg::g1::affine_element;
+    using scalar = barretenberg::fr;
+    using Fq = barretenberg::fq;
+
+    auto P1 = point::random_element();
+    auto P2 = point::random_element();
+    auto z = scalar::random_element();
+
+    // Add the same operations to the ECC op queue; the native computation is performed under the hood.
+    ECCOpQueue op_queue;
+    op_queue.add_accumulate(P1);
+    op_queue.mul_accumulate(P2, z);
+    Fq op_accumulator = 0;
+    Fq p_x_accumulator = 0;
+    Fq p_y_accumulator = 0;
+    Fq z_1_accumulator = 0;
+    Fq z_2_accumulator = 0;
+    Fq batching_challenge = fq::random_element();
+
+    op_queue.eq();
+    op_queue.empty_row();
+
+    // Sample the evaluation input x
+    Fq x = Fq::random_element();
+    // Get an inverse
+    Fq x_inv = x.invert();
+    // Compute the batched evaluation of polynomials (multiplying by inverse to go from lower to higher)
+    for (auto& ecc_op : op_queue.raw_ops) {
+        op_accumulator = op_accumulator * x_inv + ecc_op.get_opcode_value();
+        p_x_accumulator = p_x_accumulator * x_inv + ecc_op.base_point.x;
+        p_y_accumulator = p_y_accumulator * x_inv + ecc_op.base_point.y;
+        z_1_accumulator = z_1_accumulator * x_inv + ecc_op.z1;
+        z_2_accumulator = z_2_accumulator * x_inv + ecc_op.z2;
+    }
+    Fq x_pow = x.pow(op_queue.raw_ops.size() - 1);
+
+    // Multiply by an appropriate power of x to get rid of the inverses
+    Fq result = ((((z_2_accumulator * batching_challenge + z_1_accumulator) * batching_challenge + p_y_accumulator) *
+                      batching_challenge +
+                  p_x_accumulator) *
+                     batching_challenge +
+                 op_accumulator) *
+                x_pow;
+
+    // Create circuit builder and feed the queue inside
+    auto circuit_builder = GoblinTranslatorCircuitBuilder(batching_challenge, x, op_queue);
+    // Check that the circuit passes
+    EXPECT_TRUE(circuit_builder.check_circuit());
+    // Check the computation result is in line with what we've computed
+    EXPECT_EQ(result, circuit_builder.get_computation_result());
 }
 } // namespace proof_system
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_mini.fuzzer.cpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_mini.fuzzer.cpp
index 7aeec7e4f011..c5366ab47a36 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_mini.fuzzer.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_translator_mini.fuzzer.cpp
@@ -35,9 +35,9 @@ extern "C" int LLVMFuzzerTestOneInput(const unsigned char* data, size_t size)
     proof_system::GoblinTranslatorCircuitBuilder::AccumulationInput single_accumulation_step =
         proof_system::generate_witness_values(op, p_x_lo, p_x_hi, p_y_lo, p_y_hi, z_1, z_2, previous_accumulator, v, x);
 
-    auto circuit_builder = proof_system::GoblinTranslatorCircuitBuilder();
+    auto circuit_builder = proof_system::GoblinTranslatorCircuitBuilder(v, x);
     circuit_builder.create_accumulation_gate(single_accumulation_step);
-    if (!circuit_builder.check_circuit(x, v)) {
+    if (!circuit_builder.check_circuit()) {
         return 1;
     }
     return 0;
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_ultra_circuit_builder.cpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_ultra_circuit_builder.cpp
index 58da2674ec54..da24f8238871 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_ultra_circuit_builder.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/goblin_ultra_circuit_builder.cpp
@@ -10,9 +10,6 @@ namespace proof_system {
 template <typename FF> void GoblinUltraCircuitBuilder_<FF>::finalize_circuit()
 {
     UltraCircuitBuilder_<FF>::finalize_circuit();
-
-    // Set internally the current and previous size of the aggregate op queue transcript
-    op_queue->set_size_data();
 }
 
 /**
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.cpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.cpp
index 76fdd6e87dd9..9149df90b85b 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.cpp
@@ -3334,7 +3334,6 @@ template <typename FF> bool UltraCircuitBuilder_<FF>::check_circuit()
         FF w_3_shifted_value;
         FF w_4_shifted_value;
         if (i < (this->num_gates - 1)) {
-
             w_1_shifted_value = this->get_variable(w_l[i + 1]);
             w_2_shifted_value = this->get_variable(w_r[i + 1]);
             w_3_shifted_value = this->get_variable(w_o[i + 1]);
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.hpp b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.hpp
index f97b281b6ccb..9c3f25ee6090 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/circuit_builder/ultra_circuit_builder.hpp
@@ -1040,8 +1040,5 @@ template <typename FF> class UltraCircuitBuilder_ : public CircuitBuilderBase<ar
     bool check_circuit();
 };
 extern template class UltraCircuitBuilder_<barretenberg::fr>;
-// TODO: template plookup to be able to be able to have UltraCircuitBuilder on Grumpkin
-// extern template class UltraCircuitBuilder_<grumpkin::fr>;
 using UltraCircuitBuilder = UltraCircuitBuilder_<barretenberg::fr>;
-// using UltraGrumpkinCircuitBuilder = UltraCircuitBuilder_<grumpkin::fr>;
 } // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/composer/composer_lib.hpp b/barretenberg/cpp/src/barretenberg/proof_system/composer/composer_lib.hpp
index df2c83ce6f4a..8f7db1a3327d 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/composer/composer_lib.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/composer/composer_lib.hpp
@@ -38,7 +38,7 @@ void construct_selector_polynomials(const typename Flavor::CircuitBuilder& circu
     }
 
     // TODO(#398): Loose coupling here! Would rather build up pk from arithmetization
-    size_t selector_idx = 0; // TODO(#391) zip
+    size_t selector_idx = 0; // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
     for (auto& selector_values : circuit_constructor.selectors) {
         ASSERT(proving_key->circuit_size >= selector_values.size());
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/composer/permutation_lib.hpp b/barretenberg/cpp/src/barretenberg/proof_system/composer/permutation_lib.hpp
index 73750323b9a2..82ae802c1e47 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/composer/permutation_lib.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/composer/permutation_lib.hpp
@@ -183,7 +183,8 @@ PermutationMapping<Flavor::NUM_WIRES> compute_permutation_mapping(
     PermutationMapping<Flavor::NUM_WIRES> mapping;
 
     // Initialize the table of permutations so that every element points to itself
-    for (size_t i = 0; i < Flavor::NUM_WIRES; ++i) { // TODO(#391) zip and split
+    // TODO(https://github.com/AztecProtocol/barretenberg/issues/391) zip
+    for (size_t i = 0; i < Flavor::NUM_WIRES; ++i) {
         mapping.sigmas[i].reserve(proving_key->circuit_size);
         if constexpr (generalized) {
             mapping.ids[i].reserve(proving_key->circuit_size);
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/flavor/flavor.hpp b/barretenberg/cpp/src/barretenberg/proof_system/flavor/flavor.hpp
index d981da35ca82..463c1c3c01af 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/flavor/flavor.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/flavor/flavor.hpp
@@ -227,7 +227,7 @@ template <class FF, typename Tuple, std::size_t Index = 0> static constexpr auto
     if constexpr (Index >= std::tuple_size<Tuple>::value) {
         return std::tuple<>{}; // Return empty when reach end of the tuple
     } else {
-        using UnivariateTuple = typename std::tuple_element_t<Index, Tuple>::RelationUnivariates;
+        using UnivariateTuple = typename std::tuple_element_t<Index, Tuple>::TupleOfUnivariatesOverSubrelations;
         return std::tuple_cat(std::tuple<UnivariateTuple>{},
                               create_relation_univariates_container<FF, Tuple, Index + 1>());
     }
@@ -243,8 +243,8 @@ template <class FF, typename Tuple, std::size_t Index = 0> static constexpr auto
     if constexpr (Index >= std::tuple_size<Tuple>::value) {
         return std::tuple<>{}; // Return empty when reach end of the tuple
     } else {
-        using ValuesArray = typename std::tuple_element_t<Index, Tuple>::RelationValues;
-        return std::tuple_cat(std::tuple<ValuesArray>{}, create_relation_values_container<FF, Tuple, Index + 1>());
+        using Values = typename std::tuple_element_t<Index, Tuple>::ArrayOfValuesOverSubrelations;
+        return std::tuple_cat(std::tuple<Values>{}, create_relation_values_container<FF, Tuple, Index + 1>());
     }
 }
 
@@ -253,7 +253,6 @@ template <class FF, typename Tuple, std::size_t Index = 0> static constexpr auto
 // Forward declare honk flavors
 namespace proof_system::honk::flavor {
 class Ultra;
-class UltraGrumpkin;
 class ECCVM;
 class ECCVMGrumpkin;
 class GoblinUltra;
@@ -281,10 +280,10 @@ template <typename T>
 concept IsPlonkFlavor = IsAnyOf<T, plonk::flavor::Standard, plonk::flavor::Ultra>;
 
 template <typename T> 
-concept IsHonkFlavor = IsAnyOf<T, honk::flavor::Ultra, honk::flavor::UltraGrumpkin, honk::flavor::GoblinUltra>;
+concept IsHonkFlavor = IsAnyOf<T, honk::flavor::Ultra, honk::flavor::GoblinUltra>;
 
 template <typename T> 
-concept IsUltraFlavor = IsAnyOf<T, honk::flavor::Ultra, honk::flavor::UltraGrumpkin, honk::flavor::GoblinUltra>;
+concept IsUltraFlavor = IsAnyOf<T, honk::flavor::Ultra, honk::flavor::GoblinUltra>;
 
 template <typename T> 
 concept IsGoblinFlavor = IsAnyOf<T, honk::flavor::GoblinUltra,
@@ -297,9 +296,9 @@ concept IsRecursiveFlavor = IsAnyOf<T, honk::flavor::UltraRecursive_<UltraCircui
                                        honk::flavor::GoblinUltraRecursive_<UltraCircuitBuilder>, 
                                        honk::flavor::GoblinUltraRecursive_<GoblinUltraCircuitBuilder>>;
 
-template <typename T> concept IsGrumpkinFlavor = IsAnyOf<T, honk::flavor::UltraGrumpkin>;
+template <typename T> concept IsGrumpkinFlavor = IsAnyOf<T, honk::flavor::ECCVMGrumpkin>;
 
-template <typename T> concept UltraFlavor = IsAnyOf<T, honk::flavor::Ultra, honk::flavor::UltraGrumpkin, honk::flavor::GoblinUltra>;
+template <typename T> concept UltraFlavor = IsAnyOf<T, honk::flavor::Ultra, honk::flavor::GoblinUltra>;
 
 template <typename T> concept ECCVMFlavor = IsAnyOf<T, honk::flavor::ECCVM, honk::flavor::ECCVMGrumpkin>;
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/op_queue/ecc_op_queue.hpp b/barretenberg/cpp/src/barretenberg/proof_system/op_queue/ecc_op_queue.hpp
index 2bd01127b5eb..88169a75366e 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/op_queue/ecc_op_queue.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/op_queue/ecc_op_queue.hpp
@@ -20,13 +20,13 @@ class ECCOpQueue {
     using Point = Curve::AffineElement;
     using Fr = Curve::ScalarField;
     using Fq = Curve::BaseField; // Grumpkin's scalar field
-    using ECCVMOperation = proof_system_eccvm::VMOperation<Curve::Group>;
     Point point_at_infinity = Curve::Group::affine_point_at_infinity;
 
     // The operations written to the queue are also performed natively; the result is stored in accumulator
     Point accumulator = point_at_infinity;
 
   public:
+    using ECCVMOperation = proof_system_eccvm::VMOperation<Curve::Group>;
     std::vector<ECCVMOperation> raw_ops;
     std::array<std::vector<Fr>, 4> ultra_ops; // ops encoded in the width-4 Ultra format
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/auxiliary_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/auxiliary_relation.hpp
index 05078bf638fd..a9b66cfa450c 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/auxiliary_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/auxiliary_relation.hpp
@@ -9,17 +9,14 @@ template <typename FF_> class AuxiliaryRelationImpl {
   public:
     using FF = FF_;
 
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6;
-
-    static constexpr size_t LEN_1 = 6; // auxiliary sub-relation
-    static constexpr size_t LEN_2 = 6; // ROM consistency sub-relation 1
-    static constexpr size_t LEN_3 = 6; // ROM consistency sub-relation 2
-    static constexpr size_t LEN_4 = 6; // RAM consistency sub-relation 1
-    static constexpr size_t LEN_5 = 6; // RAM consistency sub-relation 2
-    static constexpr size_t LEN_6 = 6; // RAM consistency sub-relation 3
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2, LEN_3, LEN_4, LEN_5, LEN_6>;
+    static constexpr std::array<size_t, 6> SUBRELATION_LENGTHS{
+        6, // auxiliary sub-relation
+        6, // ROM consistency sub-relation 1
+        6, // ROM consistency sub-relation 2
+        6, // RAM consistency sub-relation 1
+        6, // RAM consistency sub-relation 2
+        6  // RAM consistency sub-relation 3
+    };
 
     /**
      * @brief Expression for the generalized permutation sort gate.
@@ -50,41 +47,40 @@ template <typename FF_> class AuxiliaryRelationImpl {
      *
      * N.B.2 The q_c selector is used to store circuit-specific values in the RAM/ROM access gate
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    inline static void accumulate(typename AccumulatorTypes::Accumulators& accumulators,
-                                  const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    inline static void accumulate(ContainerOverSubrelations& accumulators,
+                                  const AllEntities& in,
                                   const RelationParameters<FF>& relation_parameters,
                                   const FF& scaling_factor)
     {
-        // OPTIMIZATION?: Karatsuba in general, at least for some degrees?
-        //       See https://hackmd.io/xGLuj6biSsCjzQnYN-pEiA?both
-
         const auto& eta = relation_parameters.eta;
 
         // All subrelations have the same length so we use the same length view for all calculations
-        using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-        auto w_1 = View(extended_edges.w_l);
-        auto w_2 = View(extended_edges.w_r);
-        auto w_3 = View(extended_edges.w_o);
-        auto w_4 = View(extended_edges.w_4);
-        auto w_1_shift = View(extended_edges.w_l_shift);
-        auto w_2_shift = View(extended_edges.w_r_shift);
-        auto w_3_shift = View(extended_edges.w_o_shift);
-        auto w_4_shift = View(extended_edges.w_4_shift);
+        using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+
+        auto w_1 = View(in.w_l);
+        auto w_2 = View(in.w_r);
+        auto w_3 = View(in.w_o);
+        auto w_4 = View(in.w_4);
+        auto w_1_shift = View(in.w_l_shift);
+        auto w_2_shift = View(in.w_r_shift);
+        auto w_3_shift = View(in.w_o_shift);
+        auto w_4_shift = View(in.w_4_shift);
 
-        auto q_1 = View(extended_edges.q_l);
-        auto q_2 = View(extended_edges.q_r);
-        auto q_3 = View(extended_edges.q_o);
-        auto q_4 = View(extended_edges.q_4);
-        auto q_m = View(extended_edges.q_m);
-        auto q_c = View(extended_edges.q_c);
-        auto q_arith = View(extended_edges.q_arith);
-        auto q_aux = View(extended_edges.q_aux);
+        auto q_1 = View(in.q_l);
+        auto q_2 = View(in.q_r);
+        auto q_3 = View(in.q_o);
+        auto q_4 = View(in.q_4);
+        auto q_m = View(in.q_m);
+        auto q_c = View(in.q_c);
+        auto q_arith = View(in.q_arith);
+        auto q_aux = View(in.q_aux);
 
         const FF LIMB_SIZE(uint256_t(1) << 68);
         const FF SUBLIMB_SHIFT(uint256_t(1) << 14);
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/decomposition_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/decomposition_relation.hpp
new file mode 100644
index 000000000000..d295dd0a46db
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/decomposition_relation.hpp
@@ -0,0 +1,695 @@
+#pragma once
+#include "barretenberg/numeric/uint256/uint256.hpp"
+#include "relation_parameters.hpp"
+#include "relation_types.hpp"
+
+namespace proof_system {
+
+template <typename FF_> class GoblinTranslatorDecompositionRelationImpl {
+  public:
+    using FF = FF_;
+
+    // 1 + polynomial degree of this relation
+    static constexpr size_t RELATION_LENGTH = 3; // degree(lagrange_odd(a - a_0 - a_1*2¹⁴ ... - a_l⋅2¹⁴ˡ )) = 2
+    static constexpr std::array<size_t, 48> SUBRELATION_LENGTHS{
+        3, // decomposition of P.x limb 0 into microlimbs subrelation
+        3, // decomposition of P.x limb 1 into microlimbs subrelation
+        3, // decomposition of P.x limb 2 into microlimbs subrelation
+        3, // decomposition of P.x limb 3 into microlimbs subrelation
+        3, // decomposition of P.y limb 0 into microlimbs subrelation
+        3, // decomposition of P.y limb 1 into microlimbs subrelation
+        3, // decomposition of P.y limb 2 into microlimbs subrelation
+        3, // decomposition of P.y limb 3 into microlimbs subrelation
+        3, // decomposition of z1 limb 0 into microlimbs subrelation
+        3, // decomposition of z2 limb 0 into microlimbs subrelation
+        3, // decomposition of z1 limb 1 into microlimbs subrelation
+        3, // decomposition of z2 limb 1 into microlimbs subrelation
+        3, // decomposition of accumulator limb 0 into microlimbs subrelation
+        3, // decomposition of accumulator limb 1 into microlimbs subrelation
+        3, // decomposition of accumulator limb 2 into microlimbs subrelation
+        3, // decomposition of accumulator limb 3 into microlimbs subrelation
+        3, // decomposition of quotient limb 0 into microlimbs subrelation
+        3, // decomposition of quotient limb 1 into microlimbs subrelation
+        3, // decomposition of quotient limb 2 into microlimbs subrelation
+        3, // decomposition of quotient limb 3 into microlimbs subrelation
+        3, // decomposition of low relation wide limb into microlimbs subrelation
+        3, // decomposition of high relation wide limb into microlimbs subrelation
+        3, // stricter constraint on highest microlimb of P.x limb 0 subrelation
+        3, // stricter constraint on highest microlimb of P.x limb 1 subrelation
+        3, // stricter constraint on highest microlimb of P.x limb 2 subrelation
+        3, // stricter constraint on highest microlimb of P.x limb 3 subrelation
+        3, // stricter constraint on highest microlimb of P.y limb 0 subrelation
+        3, // stricter constraint on highest microlimb of P.y limb 1 subrelation
+        3, // stricter constraint on highest microlimb of P.y limb 2 subrelation
+        3, // stricter constraint on highest microlimb of P.y limb 3 subrelation
+        3, // stricter constraint on highest microlimb of z1 limb 0 subrelation
+        3, // stricter constraint on highest microlimb of z2 limb 0 subrelation
+        3, // stricter constraint on highest microlimb of z1 limb 1 subrelation
+        3, // stricter constraint on highest microlimb of z2 limb 1 subrelation
+        3, // stricter constraint on highest microlimb of accumulator limb 0 subrelation
+        3, // stricter constraint on highest microlimb of accumulator limb 1 subrelation
+        3, // stricter constraint on highest microlimb of accumulator limb 2 subrelation
+        3, // stricter constraint on highest microlimb of accumulator limb 3 subrelation
+        3, // stricter constraint on highest microlimb of quotient limb 0 subrelation
+        3, // stricter constraint on highest microlimb of quotient limb 1 subrelation
+        3, // stricter constraint on highest microlimb of quotient limb 2 subrelation
+        3, // stricter constraint on highest microlimb of quotient limb 3 subrelation
+        3, // decomposition of x_lo into 2 limbs subrelation
+        3, // decomposition of x_hi into 2 limbs subrelation
+        3, // decomposition of y_lo into 2 limbs subrelation
+        3, // decomposition of y_hi into 2 limbs subrelation
+        3, // decomposition of z1 into 2 limbs subrelation
+        3  // decomposition of z2 into 2 limbs subrelation
+    };
+
+    /**
+     * @brief Expression for decomposition of various values into smaller limbs or microlimbs.
+     * @details This relation enforces three types of subrelations:
+     * 1) A subrelation decomposing a value from the transcript (for example, z1) into 68-bit limbs. These relations
+     * will have the structure `lagrange_odd⋅(a - a_low - a_high⋅2⁶⁸)`
+     * 2) A subrelation decomposing a value  of one of the limbs used in bigfield computation (for example, the lower
+     * wide relation limb) into 14-bit limbs. These relations will have the structure `lagrange_odd⋅(a - a_0 - a_1⋅2¹⁴ -
+     * ....)` 3) A subrelation making a microlimb range constraint more constraining. For example, we want to constrain
+     * some values to 12 bits instead of 14. So we add a constraint `lagrange_odd⋅(a_highest⋅4 - a_tail)`. In a separate
+     * relation both a_highest and a_tail are constrained to be 14 bits, but this relation changes the constraint on
+     * a_highest to be 12 bits.
+     *
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
+     * @param parameters contains beta, gamma, and public_input_delta, ....
+     * @param scaling_factor optional term to scale the evaluation before adding to evals.
+     */
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    inline static void accumulate(ContainerOverSubrelations& accumulators,
+                                  const AllEntities& in,
+                                  const RelationParameters<FF>&,
+                                  const FF& scaling_factor)
+    {
+        static constexpr size_t NUM_LIMB_BITS = 68; // Number of bits in a standard limb used for bigfield operations
+        static constexpr size_t NUM_MICRO_LIMB_BITS =
+            14; // Number of bits in a standard limb used for bigfield operations
+
+        // Value to multiply an element by to perform an appropriate shift
+        static constexpr auto LIMB_SHIFT = FF(uint256_t(1) << NUM_LIMB_BITS);
+
+        // Values to multiply an element by to perform an appropriate shift
+        static constexpr auto MICRO_LIMB_SHIFT = FF(uint256_t(1) << NUM_MICRO_LIMB_BITS);
+        static constexpr auto MICRO_LIMB_SHIFTx2 = MICRO_LIMB_SHIFT * MICRO_LIMB_SHIFT;
+        static constexpr auto MICRO_LIMB_SHIFTx3 = MICRO_LIMB_SHIFTx2 * MICRO_LIMB_SHIFT;
+        static constexpr auto MICRO_LIMB_SHIFTx4 = MICRO_LIMB_SHIFTx3 * MICRO_LIMB_SHIFT;
+        static constexpr auto MICRO_LIMB_SHIFTx5 = MICRO_LIMB_SHIFTx4 * MICRO_LIMB_SHIFT;
+
+        // Shifts used to constrain ranges further
+        static constexpr auto SHIFT_12_TO_14 =
+            FF(4); // Shift used to range constrain the last microlimb of 68-bit limbs (standard limbs)
+        static constexpr auto SHIFT_10_TO_14 =
+            FF(16); // Shift used to range constrain the last microlimb of 52-bit limb (top quotient limb)
+        static constexpr auto SHIFT_8_TO_14 = FF(64); // Shift used to range constrain the last microlimb of 50-bit
+                                                      // limbs (top limb of standard 254-bit value)
+        static constexpr auto SHIFT_4_TO_14 =
+            FF(1024); // Shift used to range constrain the last mircrolimb of 60-bit limbs from z scalars
+
+        using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+
+        auto p_x_low_limbs = View(in.p_x_low_limbs);
+        auto p_x_low_limbs_range_constraint_0 = View(in.p_x_low_limbs_range_constraint_0);
+        auto p_x_low_limbs_range_constraint_1 = View(in.p_x_low_limbs_range_constraint_1);
+        auto p_x_low_limbs_range_constraint_2 = View(in.p_x_low_limbs_range_constraint_2);
+        auto p_x_low_limbs_range_constraint_3 = View(in.p_x_low_limbs_range_constraint_3);
+        auto p_x_low_limbs_range_constraint_4 = View(in.p_x_low_limbs_range_constraint_4);
+        auto p_x_low_limbs_shift = View(in.p_x_low_limbs_shift);
+        auto p_x_low_limbs_range_constraint_0_shift = View(in.p_x_low_limbs_range_constraint_0_shift);
+        auto p_x_low_limbs_range_constraint_1_shift = View(in.p_x_low_limbs_range_constraint_1_shift);
+        auto p_x_low_limbs_range_constraint_2_shift = View(in.p_x_low_limbs_range_constraint_2_shift);
+        auto p_x_low_limbs_range_constraint_3_shift = View(in.p_x_low_limbs_range_constraint_3_shift);
+        auto p_x_low_limbs_range_constraint_4_shift = View(in.p_x_low_limbs_range_constraint_4_shift);
+        auto p_x_high_limbs = View(in.p_x_high_limbs);
+        auto p_x_high_limbs_range_constraint_0 = View(in.p_x_high_limbs_range_constraint_0);
+        auto p_x_high_limbs_range_constraint_1 = View(in.p_x_high_limbs_range_constraint_1);
+        auto p_x_high_limbs_range_constraint_2 = View(in.p_x_high_limbs_range_constraint_2);
+        auto p_x_high_limbs_range_constraint_3 = View(in.p_x_high_limbs_range_constraint_3);
+        auto p_x_high_limbs_range_constraint_4 = View(in.p_x_high_limbs_range_constraint_4);
+        auto p_x_high_limbs_shift = View(in.p_x_high_limbs_shift);
+        auto p_x_high_limbs_range_constraint_0_shift = View(in.p_x_high_limbs_range_constraint_0_shift);
+        auto p_x_high_limbs_range_constraint_1_shift = View(in.p_x_high_limbs_range_constraint_1_shift);
+        auto p_x_high_limbs_range_constraint_2_shift = View(in.p_x_high_limbs_range_constraint_2_shift);
+        auto p_x_high_limbs_range_constraint_3_shift = View(in.p_x_high_limbs_range_constraint_3_shift);
+        auto p_y_low_limbs = View(in.p_y_low_limbs);
+        auto p_y_low_limbs_range_constraint_0 = View(in.p_y_low_limbs_range_constraint_0);
+        auto p_y_low_limbs_range_constraint_1 = View(in.p_y_low_limbs_range_constraint_1);
+        auto p_y_low_limbs_range_constraint_2 = View(in.p_y_low_limbs_range_constraint_2);
+        auto p_y_low_limbs_range_constraint_3 = View(in.p_y_low_limbs_range_constraint_3);
+        auto p_y_low_limbs_range_constraint_4 = View(in.p_y_low_limbs_range_constraint_4);
+        auto p_y_low_limbs_shift = View(in.p_y_low_limbs_shift);
+        auto p_y_low_limbs_range_constraint_0_shift = View(in.p_y_low_limbs_range_constraint_0_shift);
+        auto p_y_low_limbs_range_constraint_1_shift = View(in.p_y_low_limbs_range_constraint_1_shift);
+        auto p_y_low_limbs_range_constraint_2_shift = View(in.p_y_low_limbs_range_constraint_2_shift);
+        auto p_y_low_limbs_range_constraint_3_shift = View(in.p_y_low_limbs_range_constraint_3_shift);
+        auto p_y_low_limbs_range_constraint_4_shift = View(in.p_y_low_limbs_range_constraint_4_shift);
+        auto p_y_high_limbs = View(in.p_y_high_limbs);
+        auto p_y_high_limbs_range_constraint_0 = View(in.p_y_high_limbs_range_constraint_0);
+        auto p_y_high_limbs_range_constraint_1 = View(in.p_y_high_limbs_range_constraint_1);
+        auto p_y_high_limbs_range_constraint_2 = View(in.p_y_high_limbs_range_constraint_2);
+        auto p_y_high_limbs_range_constraint_3 = View(in.p_y_high_limbs_range_constraint_3);
+        auto p_y_high_limbs_range_constraint_4 = View(in.p_y_high_limbs_range_constraint_4);
+        auto p_y_high_limbs_shift = View(in.p_y_high_limbs_shift);
+        auto p_y_high_limbs_range_constraint_0_shift = View(in.p_y_high_limbs_range_constraint_0_shift);
+        auto p_y_high_limbs_range_constraint_1_shift = View(in.p_y_high_limbs_range_constraint_1_shift);
+        auto p_y_high_limbs_range_constraint_2_shift = View(in.p_y_high_limbs_range_constraint_2_shift);
+        auto p_y_high_limbs_range_constraint_3_shift = View(in.p_y_high_limbs_range_constraint_3_shift);
+        auto z_low_limbs = View(in.z_low_limbs);
+        auto z_low_limbs_range_constraint_0 = View(in.z_low_limbs_range_constraint_0);
+        auto z_low_limbs_range_constraint_1 = View(in.z_low_limbs_range_constraint_1);
+        auto z_low_limbs_range_constraint_2 = View(in.z_low_limbs_range_constraint_2);
+        auto z_low_limbs_range_constraint_3 = View(in.z_low_limbs_range_constraint_3);
+        auto z_low_limbs_range_constraint_4 = View(in.z_low_limbs_range_constraint_4);
+        auto z_low_limbs_shift = View(in.z_low_limbs_shift);
+        auto z_low_limbs_range_constraint_0_shift = View(in.z_low_limbs_range_constraint_0_shift);
+        auto z_low_limbs_range_constraint_1_shift = View(in.z_low_limbs_range_constraint_1_shift);
+        auto z_low_limbs_range_constraint_2_shift = View(in.z_low_limbs_range_constraint_2_shift);
+        auto z_low_limbs_range_constraint_3_shift = View(in.z_low_limbs_range_constraint_3_shift);
+        auto z_low_limbs_range_constraint_4_shift = View(in.z_low_limbs_range_constraint_4_shift);
+        auto z_high_limbs = View(in.z_high_limbs);
+        auto z_high_limbs_range_constraint_0 = View(in.z_high_limbs_range_constraint_0);
+        auto z_high_limbs_range_constraint_1 = View(in.z_high_limbs_range_constraint_1);
+        auto z_high_limbs_range_constraint_2 = View(in.z_high_limbs_range_constraint_2);
+        auto z_high_limbs_range_constraint_3 = View(in.z_high_limbs_range_constraint_3);
+        auto z_high_limbs_range_constraint_4 = View(in.z_high_limbs_range_constraint_4);
+        auto z_high_limbs_shift = View(in.z_high_limbs_shift);
+        auto z_high_limbs_range_constraint_0_shift = View(in.z_high_limbs_range_constraint_0_shift);
+        auto z_high_limbs_range_constraint_1_shift = View(in.z_high_limbs_range_constraint_1_shift);
+        auto z_high_limbs_range_constraint_2_shift = View(in.z_high_limbs_range_constraint_2_shift);
+        auto z_high_limbs_range_constraint_3_shift = View(in.z_high_limbs_range_constraint_3_shift);
+        auto z_high_limbs_range_constraint_4_shift = View(in.z_high_limbs_range_constraint_4_shift);
+        auto accumulators_binary_limbs_0 = View(in.accumulators_binary_limbs_0);
+        auto accumulators_binary_limbs_1 = View(in.accumulators_binary_limbs_1);
+        auto accumulators_binary_limbs_2 = View(in.accumulators_binary_limbs_2);
+        auto accumulators_binary_limbs_3 = View(in.accumulators_binary_limbs_3);
+        auto accumulator_low_limbs_range_constraint_0 = View(in.accumulator_low_limbs_range_constraint_0);
+        auto accumulator_low_limbs_range_constraint_1 = View(in.accumulator_low_limbs_range_constraint_1);
+        auto accumulator_low_limbs_range_constraint_2 = View(in.accumulator_low_limbs_range_constraint_2);
+        auto accumulator_low_limbs_range_constraint_3 = View(in.accumulator_low_limbs_range_constraint_3);
+        auto accumulator_low_limbs_range_constraint_4 = View(in.accumulator_low_limbs_range_constraint_4);
+        auto accumulator_low_limbs_range_constraint_0_shift = View(in.accumulator_low_limbs_range_constraint_0_shift);
+        auto accumulator_low_limbs_range_constraint_1_shift = View(in.accumulator_low_limbs_range_constraint_1_shift);
+        auto accumulator_low_limbs_range_constraint_2_shift = View(in.accumulator_low_limbs_range_constraint_2_shift);
+        auto accumulator_low_limbs_range_constraint_3_shift = View(in.accumulator_low_limbs_range_constraint_3_shift);
+        auto accumulator_low_limbs_range_constraint_4_shift = View(in.accumulator_low_limbs_range_constraint_4_shift);
+        auto accumulator_high_limbs_range_constraint_0 = View(in.accumulator_high_limbs_range_constraint_0);
+        auto accumulator_high_limbs_range_constraint_1 = View(in.accumulator_high_limbs_range_constraint_1);
+        auto accumulator_high_limbs_range_constraint_2 = View(in.accumulator_high_limbs_range_constraint_2);
+        auto accumulator_high_limbs_range_constraint_3 = View(in.accumulator_high_limbs_range_constraint_3);
+        auto accumulator_high_limbs_range_constraint_4 = View(in.accumulator_high_limbs_range_constraint_4);
+        auto accumulator_high_limbs_range_constraint_0_shift = View(in.accumulator_high_limbs_range_constraint_0_shift);
+        auto accumulator_high_limbs_range_constraint_1_shift = View(in.accumulator_high_limbs_range_constraint_1_shift);
+        auto accumulator_high_limbs_range_constraint_2_shift = View(in.accumulator_high_limbs_range_constraint_2_shift);
+        auto accumulator_high_limbs_range_constraint_3_shift = View(in.accumulator_high_limbs_range_constraint_3_shift);
+        auto quotient_low_binary_limbs = View(in.quotient_low_binary_limbs);
+        auto quotient_low_limbs_range_constraint_0 = View(in.quotient_low_limbs_range_constraint_0);
+        auto quotient_low_limbs_range_constraint_1 = View(in.quotient_low_limbs_range_constraint_1);
+        auto quotient_low_limbs_range_constraint_2 = View(in.quotient_low_limbs_range_constraint_2);
+        auto quotient_low_limbs_range_constraint_3 = View(in.quotient_low_limbs_range_constraint_3);
+        auto quotient_low_limbs_range_constraint_4 = View(in.quotient_low_limbs_range_constraint_4);
+        auto quotient_low_binary_limbs_shift = View(in.quotient_low_binary_limbs_shift);
+        auto quotient_low_limbs_range_constraint_0_shift = View(in.quotient_low_limbs_range_constraint_0_shift);
+        auto quotient_low_limbs_range_constraint_1_shift = View(in.quotient_low_limbs_range_constraint_1_shift);
+        auto quotient_low_limbs_range_constraint_2_shift = View(in.quotient_low_limbs_range_constraint_2_shift);
+        auto quotient_low_limbs_range_constraint_3_shift = View(in.quotient_low_limbs_range_constraint_3_shift);
+        auto quotient_low_limbs_range_constraint_4_shift = View(in.quotient_low_limbs_range_constraint_4_shift);
+        auto quotient_high_binary_limbs = View(in.quotient_high_binary_limbs);
+        auto quotient_high_limbs_range_constraint_0 = View(in.quotient_high_limbs_range_constraint_0);
+        auto quotient_high_limbs_range_constraint_1 = View(in.quotient_high_limbs_range_constraint_1);
+        auto quotient_high_limbs_range_constraint_2 = View(in.quotient_high_limbs_range_constraint_2);
+        auto quotient_high_limbs_range_constraint_3 = View(in.quotient_high_limbs_range_constraint_3);
+        auto quotient_high_limbs_range_constraint_4 = View(in.quotient_high_limbs_range_constraint_4);
+        auto quotient_high_binary_limbs_shift = View(in.quotient_high_binary_limbs_shift);
+        auto quotient_high_limbs_range_constraint_0_shift = View(in.quotient_high_limbs_range_constraint_0_shift);
+        auto quotient_high_limbs_range_constraint_1_shift = View(in.quotient_high_limbs_range_constraint_1_shift);
+        auto quotient_high_limbs_range_constraint_2_shift = View(in.quotient_high_limbs_range_constraint_2_shift);
+        auto quotient_high_limbs_range_constraint_3_shift = View(in.quotient_high_limbs_range_constraint_3_shift);
+        auto relation_wide_limbs = View(in.relation_wide_limbs);
+        auto relation_wide_limbs_range_constraint_0 = View(in.relation_wide_limbs_range_constraint_0);
+        auto relation_wide_limbs_range_constraint_1 = View(in.relation_wide_limbs_range_constraint_1);
+        auto relation_wide_limbs_range_constraint_2 = View(in.relation_wide_limbs_range_constraint_2);
+        auto relation_wide_limbs_range_constraint_3 = View(in.relation_wide_limbs_range_constraint_3);
+        auto p_x_high_limbs_range_constraint_tail_shift = View(in.p_x_high_limbs_range_constraint_tail_shift);
+        auto accumulator_high_limbs_range_constraint_tail_shift =
+            View(in.accumulator_high_limbs_range_constraint_tail_shift);
+        auto relation_wide_limbs_shift = View(in.relation_wide_limbs_shift);
+        auto relation_wide_limbs_range_constraint_0_shift = View(in.relation_wide_limbs_range_constraint_0_shift);
+        auto relation_wide_limbs_range_constraint_1_shift = View(in.relation_wide_limbs_range_constraint_1_shift);
+        auto relation_wide_limbs_range_constraint_2_shift = View(in.relation_wide_limbs_range_constraint_2_shift);
+        auto relation_wide_limbs_range_constraint_3_shift = View(in.relation_wide_limbs_range_constraint_3_shift);
+        auto p_y_high_limbs_range_constraint_tail_shift = View(in.p_y_high_limbs_range_constraint_tail_shift);
+        auto quotient_high_limbs_range_constraint_tail_shift = View(in.quotient_high_limbs_range_constraint_tail_shift);
+        auto p_x_low_limbs_range_constraint_tail = View(in.p_x_low_limbs_range_constraint_tail);
+        auto p_x_low_limbs_range_constraint_tail_shift = View(in.p_x_low_limbs_range_constraint_tail_shift);
+        auto p_x_high_limbs_range_constraint_tail = View(in.p_x_high_limbs_range_constraint_tail);
+        auto p_x_high_limbs_range_constraint_4_shift = View(in.p_x_high_limbs_range_constraint_4_shift);
+        auto p_y_low_limbs_range_constraint_tail = View(in.p_y_low_limbs_range_constraint_tail);
+        auto p_y_low_limbs_range_constraint_tail_shift = View(in.p_y_low_limbs_range_constraint_tail_shift);
+        auto p_y_high_limbs_range_constraint_tail = View(in.p_y_high_limbs_range_constraint_tail);
+        auto p_y_high_limbs_range_constraint_4_shift = View(in.p_y_high_limbs_range_constraint_4_shift);
+        auto z_low_limbs_range_constraint_tail = View(in.z_low_limbs_range_constraint_tail);
+        auto z_low_limbs_range_constraint_tail_shift = View(in.z_low_limbs_range_constraint_tail_shift);
+        auto z_high_limbs_range_constraint_tail = View(in.z_high_limbs_range_constraint_tail);
+        auto z_high_limbs_range_constraint_tail_shift = View(in.z_high_limbs_range_constraint_tail_shift);
+        auto accumulator_low_limbs_range_constraint_tail = View(in.accumulator_low_limbs_range_constraint_tail);
+        auto accumulator_low_limbs_range_constraint_tail_shift =
+            View(in.accumulator_low_limbs_range_constraint_tail_shift);
+        auto accumulator_high_limbs_range_constraint_tail = View(in.accumulator_high_limbs_range_constraint_tail);
+        auto accumulator_high_limbs_range_constraint_4_shift = View(in.accumulator_high_limbs_range_constraint_4_shift);
+        auto quotient_low_limbs_range_constraint_tail = View(in.quotient_low_limbs_range_constraint_tail);
+        auto quotient_low_limbs_range_constraint_tail_shift = View(in.quotient_low_limbs_range_constraint_tail_shift);
+        auto quotient_high_limbs_range_constraint_tail = View(in.quotient_high_limbs_range_constraint_tail);
+        auto quotient_high_limbs_range_constraint_4_shift = View(in.quotient_high_limbs_range_constraint_4_shift);
+        auto x_lo_y_hi = View(in.x_lo_y_hi);
+        auto x_hi_z_1 = View(in.x_hi_z_1);
+        auto y_lo_z_2 = View(in.y_lo_z_2);
+        auto x_lo_y_hi_shift = View(in.x_lo_y_hi_shift);
+        auto x_hi_z_1_shift = View(in.x_hi_z_1_shift);
+        auto y_lo_z_2_shift = View(in.y_lo_z_2_shift);
+        auto lagrange_odd = View(in.lagrange_odd);
+
+        // Contributions that decompose 50, 52, 68 or 84 bit limbs used for computation into range-constrained chunks
+        // Contribution 1 , P_x lowest limb decomposition
+        auto tmp_1 = ((p_x_low_limbs_range_constraint_0 + p_x_low_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+                       p_x_low_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+                       p_x_low_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+                       p_x_low_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+                      p_x_low_limbs);
+        tmp_1 *= lagrange_odd;
+        tmp_1 *= scaling_factor;
+        std::get<0>(accumulators) += tmp_1;
+
+        // Contribution 2 , P_x second lowest limb decomposition
+        auto tmp_2 =
+            ((p_x_low_limbs_range_constraint_0_shift + p_x_low_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+              p_x_low_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+              p_x_low_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+              p_x_low_limbs_range_constraint_4_shift * MICRO_LIMB_SHIFTx4) -
+             p_x_low_limbs_shift);
+        tmp_2 *= lagrange_odd;
+        tmp_2 *= scaling_factor;
+        std::get<1>(accumulators) += tmp_2;
+
+        // Contribution 3 , P_x third limb decomposition
+        auto tmp_3 = ((p_x_high_limbs_range_constraint_0 + p_x_high_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+                       p_x_high_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+                       p_x_high_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+                       p_x_high_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+                      p_x_high_limbs);
+        tmp_3 *= lagrange_odd;
+        tmp_3 *= scaling_factor;
+        std::get<2>(accumulators) += tmp_3;
+
+        // Contribution 4 , P_x highest limb decomposition
+        auto tmp_4 =
+            ((p_x_high_limbs_range_constraint_0_shift + p_x_high_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+              p_x_high_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+              p_x_high_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3) -
+             p_x_high_limbs_shift);
+        tmp_4 *= lagrange_odd;
+        tmp_4 *= scaling_factor;
+        std::get<3>(accumulators) += tmp_4;
+
+        // Contribution 5 , P_y lowest limb decomposition
+        auto tmp_5 = ((p_y_low_limbs_range_constraint_0 + p_y_low_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+                       p_y_low_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+                       p_y_low_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+                       p_y_low_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+                      p_y_low_limbs);
+        tmp_5 *= lagrange_odd;
+        tmp_5 *= scaling_factor;
+        std::get<4>(accumulators) += tmp_5;
+
+        // Contribution 6 , P_y second lowest limb decomposition
+        auto tmp_6 =
+            ((p_y_low_limbs_range_constraint_0_shift + p_y_low_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+              p_y_low_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+              p_y_low_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+              p_y_low_limbs_range_constraint_4_shift * MICRO_LIMB_SHIFTx4) -
+             p_y_low_limbs_shift);
+        tmp_6 *= lagrange_odd;
+        tmp_6 *= scaling_factor;
+        std::get<5>(accumulators) += tmp_6;
+
+        // Contribution 7 , P_y third limb decomposition
+        auto tmp_7 = ((p_y_high_limbs_range_constraint_0 + p_y_high_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+                       p_y_high_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+                       p_y_high_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+                       p_y_high_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+                      p_y_high_limbs);
+        tmp_7 *= lagrange_odd;
+        tmp_7 *= scaling_factor;
+        std::get<6>(accumulators) += tmp_7;
+
+        // Contribution 8 , P_y highest limb decomposition
+        auto tmp_8 =
+            ((p_y_high_limbs_range_constraint_0_shift + p_y_high_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+              p_y_high_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+              p_y_high_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3) -
+             p_y_high_limbs_shift);
+        tmp_8 *= lagrange_odd;
+        tmp_8 *= scaling_factor;
+        std::get<7>(accumulators) += tmp_8;
+
+        // Contribution 9 , z_1 low limb decomposition
+        auto tmp_9 = ((z_low_limbs_range_constraint_0 + z_low_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+                       z_low_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+                       z_low_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+                       z_low_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+                      z_low_limbs);
+        tmp_9 *= lagrange_odd;
+        tmp_9 *= scaling_factor;
+        std::get<8>(accumulators) += tmp_9;
+
+        // Contribution 10 , z_2 low limb decomposition
+        auto tmp_10 = ((z_low_limbs_range_constraint_0_shift + z_low_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+                        z_low_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+                        z_low_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+                        z_low_limbs_range_constraint_4_shift * MICRO_LIMB_SHIFTx4) -
+                       z_low_limbs_shift);
+        tmp_10 *= lagrange_odd;
+        tmp_10 *= scaling_factor;
+        std::get<9>(accumulators) += tmp_10;
+
+        // Contribution 11 , z_1 high limb decomposition
+        auto tmp_11 = ((z_high_limbs_range_constraint_0 + z_high_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+                        z_high_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+                        z_high_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+                        z_high_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+                       z_high_limbs);
+        tmp_11 *= lagrange_odd;
+        tmp_11 *= scaling_factor;
+        std::get<10>(accumulators) += tmp_11;
+
+        // Contribution 12 , z_2 high limb decomposition
+        auto tmp_12 =
+            ((z_high_limbs_range_constraint_0_shift + z_high_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+              z_high_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+              z_high_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+              z_high_limbs_range_constraint_4_shift * MICRO_LIMB_SHIFTx4) -
+             z_high_limbs_shift);
+        tmp_12 *= lagrange_odd;
+        tmp_12 *= scaling_factor;
+        std::get<11>(accumulators) += tmp_12;
+
+        // Contribution 13 , accumulator lowest limb decomposition
+        auto tmp_13 =
+            ((accumulator_low_limbs_range_constraint_0 + accumulator_low_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+              accumulator_low_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+              accumulator_low_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+              accumulator_low_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+             accumulators_binary_limbs_0);
+        tmp_13 *= lagrange_odd;
+        tmp_13 *= scaling_factor;
+        std::get<12>(accumulators) += tmp_13;
+        // Contribution 14 , accumulator second limb decomposition
+        auto tmp_14 = ((accumulator_low_limbs_range_constraint_0_shift +
+                        accumulator_low_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+                        accumulator_low_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+                        accumulator_low_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+                        accumulator_low_limbs_range_constraint_4_shift * MICRO_LIMB_SHIFTx4) -
+                       accumulators_binary_limbs_1);
+        tmp_14 *= lagrange_odd;
+        tmp_14 *= scaling_factor;
+        std::get<13>(accumulators) += tmp_14;
+
+        // Contribution 15 , accumulator second highest limb decomposition
+        auto tmp_15 =
+            ((accumulator_high_limbs_range_constraint_0 + accumulator_high_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+              accumulator_high_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+              accumulator_high_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+              accumulator_high_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+             accumulators_binary_limbs_2);
+        tmp_15 *= lagrange_odd;
+        tmp_15 *= scaling_factor;
+        std::get<14>(accumulators) += tmp_15;
+        // Contribution 16 , accumulator highest limb decomposition
+        auto tmp_16 = ((accumulator_high_limbs_range_constraint_0_shift +
+                        accumulator_high_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+                        accumulator_high_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+                        accumulator_high_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3) -
+                       accumulators_binary_limbs_3);
+        tmp_16 *= lagrange_odd;
+        tmp_16 *= scaling_factor;
+        std::get<15>(accumulators) += tmp_16;
+
+        // Contribution 15 , quotient lowest limb decomposition
+        auto tmp_17 =
+            ((quotient_low_limbs_range_constraint_0 + quotient_low_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+              quotient_low_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+              quotient_low_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+              quotient_low_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+             quotient_low_binary_limbs);
+        tmp_17 *= lagrange_odd;
+        tmp_17 *= scaling_factor;
+        std::get<16>(accumulators) += tmp_17;
+        // Contribution 16 , quotient second lowest limb decomposition
+        auto tmp_18 = ((quotient_low_limbs_range_constraint_0_shift +
+                        quotient_low_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+                        quotient_low_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+                        quotient_low_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+                        quotient_low_limbs_range_constraint_4_shift * MICRO_LIMB_SHIFTx4) -
+                       quotient_low_binary_limbs_shift);
+        tmp_18 *= lagrange_odd;
+        tmp_18 *= scaling_factor;
+        std::get<17>(accumulators) += tmp_18;
+
+        // Contribution 19 , quotient second highest limb decomposition
+        auto tmp_19 =
+            ((quotient_high_limbs_range_constraint_0 + quotient_high_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+              quotient_high_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+              quotient_high_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+              quotient_high_limbs_range_constraint_4 * MICRO_LIMB_SHIFTx4) -
+             quotient_high_binary_limbs);
+        tmp_19 *= lagrange_odd;
+        tmp_19 *= scaling_factor;
+        std::get<18>(accumulators) += tmp_19;
+        // Contribution 20 , quotient highest limb decomposition
+        auto tmp_20 = ((quotient_high_limbs_range_constraint_0_shift +
+                        quotient_high_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+                        quotient_high_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+                        quotient_high_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3) -
+                       quotient_high_binary_limbs_shift);
+        tmp_20 *= lagrange_odd;
+        tmp_20 *= scaling_factor;
+        std::get<19>(accumulators) += tmp_20;
+
+        // Contribution 21 , decomposition of the low wide relation limb used for the bigfield relation.
+        // N.B. top microlimbs of relation wide limbs are stored in microlimbs for range constraints of P_x, P_y,
+        // accumulator and quotient. This is to save space and because these microlimbs are not used by their namesakes,
+        // since top limbs in 254/6-bit values use one less microlimb for the top 50/52-bit limb
+        auto tmp_21 =
+            ((relation_wide_limbs_range_constraint_0 + relation_wide_limbs_range_constraint_1 * MICRO_LIMB_SHIFT +
+              relation_wide_limbs_range_constraint_2 * MICRO_LIMB_SHIFTx2 +
+              relation_wide_limbs_range_constraint_3 * MICRO_LIMB_SHIFTx3 +
+              p_x_high_limbs_range_constraint_tail_shift * MICRO_LIMB_SHIFTx4 +
+              accumulator_high_limbs_range_constraint_tail_shift * MICRO_LIMB_SHIFTx5) -
+             relation_wide_limbs);
+        tmp_21 *= lagrange_odd;
+        tmp_21 *= scaling_factor;
+        std::get<20>(accumulators) += tmp_21;
+
+        // Contribution 22 , decomposition of high relation limb
+        auto tmp_22 = ((relation_wide_limbs_range_constraint_0_shift +
+                        relation_wide_limbs_range_constraint_1_shift * MICRO_LIMB_SHIFT +
+                        relation_wide_limbs_range_constraint_2_shift * MICRO_LIMB_SHIFTx2 +
+                        relation_wide_limbs_range_constraint_3_shift * MICRO_LIMB_SHIFTx3 +
+                        p_y_high_limbs_range_constraint_tail_shift * MICRO_LIMB_SHIFTx4 +
+                        quotient_high_limbs_range_constraint_tail_shift * MICRO_LIMB_SHIFTx5) -
+                       relation_wide_limbs_shift);
+        tmp_22 *= lagrange_odd;
+        tmp_22 *= scaling_factor;
+        std::get<21>(accumulators) += tmp_22;
+
+        // Contributions enfocing a reduced range constraint on high limbs (these relation force the last microlimb in
+        // each limb to be more severely range constrained)
+
+        // Contribution 23, range constrain the highest microlimb of lowest P.x limb to be 12 bits (68 % 14 = 12)
+        auto tmp_23 = p_x_low_limbs_range_constraint_4 * SHIFT_12_TO_14 - p_x_low_limbs_range_constraint_tail;
+        tmp_23 *= lagrange_odd;
+        tmp_23 *= scaling_factor;
+        std::get<22>(accumulators) += tmp_23;
+
+        // Contribution 24, range constrain the highest microlimb of second lowest P.x limb to be 12 bits
+        auto tmp_24 =
+            p_x_low_limbs_range_constraint_4_shift * SHIFT_12_TO_14 - p_x_low_limbs_range_constraint_tail_shift;
+        tmp_24 *= lagrange_odd;
+        tmp_24 *= scaling_factor;
+        std::get<23>(accumulators) += tmp_24;
+
+        // Contribution 25, range constrain the highest microlimb of second highest P.x limb to be 12 bits
+        auto tmp_25 = p_x_high_limbs_range_constraint_4 * SHIFT_12_TO_14 - p_x_high_limbs_range_constraint_tail;
+        tmp_25 *= lagrange_odd;
+        tmp_25 *= scaling_factor;
+        std::get<24>(accumulators) += tmp_25;
+
+        // Contribution 26, range constrain the highest microilmb of highest P.x limb to be 8 bits (50 % 14 = 8)
+        auto tmp_26 =
+            (p_x_high_limbs_range_constraint_3_shift * SHIFT_8_TO_14 - p_x_high_limbs_range_constraint_4_shift);
+
+        tmp_26 *= lagrange_odd;
+        tmp_26 *= scaling_factor;
+        std::get<25>(accumulators) += tmp_26;
+
+        // Contribution 27, range constrain the highest microlimb of lowest P.y limb to be 12 bits (68 % 14 = 12)
+        auto tmp_27 = p_y_low_limbs_range_constraint_4 * SHIFT_12_TO_14 - p_y_low_limbs_range_constraint_tail;
+        tmp_27 *= lagrange_odd;
+        tmp_27 *= scaling_factor;
+        std::get<26>(accumulators) += tmp_27;
+
+        // Contribution 28, range constrain the highest microlimb of second lowest P.y limb to be 12 bits (68 % 14 = 12)
+        auto tmp_28 =
+            p_y_low_limbs_range_constraint_4_shift * SHIFT_12_TO_14 - p_y_low_limbs_range_constraint_tail_shift;
+        tmp_28 *= lagrange_odd;
+        tmp_28 *= scaling_factor;
+        std::get<27>(accumulators) += tmp_28;
+
+        // Contribution 29, range constrain the highest microlimb of second highest P.y limb to be 12 bits (68 % 14 =
+        // 12)
+        auto tmp_29 = p_y_high_limbs_range_constraint_4 * SHIFT_12_TO_14 - p_y_high_limbs_range_constraint_tail;
+        tmp_29 *= lagrange_odd;
+        tmp_29 *= scaling_factor;
+        std::get<28>(accumulators) += tmp_29;
+
+        // Contribution 30, range constrain the highest microlimb of highest P.y limb to be 8 bits (50 % 14 = 8)
+        auto tmp_30 =
+            (p_y_high_limbs_range_constraint_3_shift * SHIFT_8_TO_14 - p_y_high_limbs_range_constraint_4_shift);
+
+        tmp_30 *= lagrange_odd;
+        tmp_30 *= scaling_factor;
+        std::get<29>(accumulators) += tmp_30;
+
+        // Contribution 31, range constrain the highest microlimb of low z1 limb to be 12 bits (68 % 14 = 12)
+        auto tmp_31 = (z_low_limbs_range_constraint_4 * SHIFT_12_TO_14 - z_low_limbs_range_constraint_tail);
+        tmp_31 *= lagrange_odd;
+        tmp_31 *= scaling_factor;
+        std::get<30>(accumulators) += tmp_31;
+
+        // Contribution 32, range constrain the highest microlimb of low z2 limb to be 12 bits (68 % 14 = 12)
+        auto tmp_32 = (z_low_limbs_range_constraint_4_shift * SHIFT_12_TO_14 - z_low_limbs_range_constraint_tail_shift);
+        tmp_32 *= lagrange_odd;
+        tmp_32 *= scaling_factor;
+        std::get<31>(accumulators) += tmp_32;
+
+        // Contribution 33, range constrain the highest microlimb of high z1 limb to be 4 bits (60 % 14 = 12)
+        auto tmp_33 = (z_high_limbs_range_constraint_4 * SHIFT_4_TO_14 - z_high_limbs_range_constraint_tail);
+        tmp_33 *= lagrange_odd;
+        tmp_33 *= scaling_factor;
+        std::get<32>(accumulators) += tmp_33;
+
+        // Contribution 34, range constrain the highest microlimb of high z2 limb to be 4 bits (60 % 14 = 12)
+        auto tmp_34 =
+            (z_high_limbs_range_constraint_4_shift * SHIFT_4_TO_14 - z_high_limbs_range_constraint_tail_shift);
+        tmp_34 *= lagrange_odd;
+        tmp_34 *= scaling_factor;
+        std::get<33>(accumulators) += tmp_34;
+
+        // Contribution 35, range constrain the highest microlimb of lowest current accumulator limb to be 12 bits (68 %
+        // 14 = 12)
+        auto tmp_35 =
+            (accumulator_low_limbs_range_constraint_4 * SHIFT_12_TO_14 - accumulator_low_limbs_range_constraint_tail);
+        tmp_35 *= lagrange_odd;
+        tmp_35 *= scaling_factor;
+        std::get<34>(accumulators) += tmp_35;
+
+        // Contribution 36, range constrain the highest microlimb of second lowest current accumulator limb to be 12
+        // bits (68 % 14 = 12)
+        auto tmp_36 = (accumulator_low_limbs_range_constraint_4_shift * SHIFT_12_TO_14 -
+                       accumulator_low_limbs_range_constraint_tail_shift);
+        tmp_36 *= lagrange_odd;
+        tmp_36 *= scaling_factor;
+        std::get<35>(accumulators) += tmp_36;
+
+        // Contribution 37, range constrain the highest microlimb of second highest current accumulator limb to be 12
+        // bits (68 % 14 = 12)
+        auto tmp_37 =
+            (accumulator_high_limbs_range_constraint_4 * SHIFT_12_TO_14 - accumulator_high_limbs_range_constraint_tail);
+        tmp_37 *= lagrange_odd;
+        tmp_37 *= scaling_factor;
+        std::get<36>(accumulators) += tmp_37;
+
+        // Contribution 38, range constrain the highest microlimb of highest current accumulator limb to be 8 bits (50 %
+        // 14 = 12)
+        auto tmp_38 = (accumulator_high_limbs_range_constraint_3_shift * SHIFT_8_TO_14 -
+                       accumulator_high_limbs_range_constraint_4_shift);
+        tmp_38 *= lagrange_odd;
+        tmp_38 *= scaling_factor;
+        std::get<37>(accumulators) += tmp_38;
+
+        // Contribution 39, range constrain the highest microlimb of lowest quotient limb to be 12 bits (68 % 14 = 12)
+        auto tmp_39 =
+            (quotient_low_limbs_range_constraint_4 * SHIFT_12_TO_14 - quotient_low_limbs_range_constraint_tail);
+        tmp_39 *= lagrange_odd;
+        tmp_39 *= scaling_factor;
+        std::get<38>(accumulators) += tmp_39;
+
+        // Contribution 40, range constrain the highest microlimb of second lowest quotient limb to be 12 bits (68 % 14
+        // = 12)
+        auto tmp_40 = (quotient_low_limbs_range_constraint_4_shift * SHIFT_12_TO_14 -
+                       quotient_low_limbs_range_constraint_tail_shift);
+        tmp_40 *= lagrange_odd;
+        tmp_40 *= scaling_factor;
+        std::get<39>(accumulators) += tmp_40;
+
+        // Contribution 41, range constrain the highest microlimb of second highest quotient limb to be 12 bits (68 % 14
+        // = 12)
+        auto tmp_41 =
+            (quotient_high_limbs_range_constraint_4 * SHIFT_12_TO_14 - quotient_high_limbs_range_constraint_tail);
+        tmp_41 *= lagrange_odd;
+        tmp_41 *= scaling_factor;
+        std::get<40>(accumulators) += tmp_41;
+
+        // Contribution 42, range constrain the highest microlimb of highest quotient limb to be 10 bits (52 % 14 = 12)
+        auto tmp_42 = (quotient_high_limbs_range_constraint_3_shift * SHIFT_10_TO_14 -
+                       quotient_high_limbs_range_constraint_4_shift);
+        tmp_42 *= lagrange_odd;
+        tmp_42 *= scaling_factor;
+        std::get<41>(accumulators) += tmp_42;
+
+        // Contributions where we decompose initial EccOpQueue values into 68-bit limbs
+
+        // Contribution 43, decompose x_lo
+        auto tmp_43 = (p_x_low_limbs + p_x_low_limbs_shift * LIMB_SHIFT) - x_lo_y_hi;
+        tmp_43 *= lagrange_odd;
+        tmp_43 *= scaling_factor;
+        std::get<42>(accumulators) += tmp_43;
+
+        // Contribution 44, decompose x_hi
+        auto tmp_44 = (p_x_high_limbs + p_x_high_limbs_shift * LIMB_SHIFT) - x_hi_z_1;
+        tmp_44 *= lagrange_odd;
+        tmp_44 *= scaling_factor;
+        std::get<43>(accumulators) += tmp_44;
+        // Contribution 45, decompose y_lo
+        auto tmp_45 = (p_y_low_limbs + p_y_low_limbs_shift * LIMB_SHIFT) - y_lo_z_2;
+        tmp_45 *= lagrange_odd;
+        tmp_45 *= scaling_factor;
+        std::get<44>(accumulators) += tmp_45;
+
+        // Contribution 46, decompose y_hi
+        auto tmp_46 = (p_y_high_limbs + p_y_high_limbs_shift * LIMB_SHIFT) - x_lo_y_hi_shift;
+        tmp_46 *= lagrange_odd;
+        tmp_46 *= scaling_factor;
+        std::get<45>(accumulators) += tmp_46;
+
+        // Contribution 47, decompose z1
+        auto tmp_47 = (z_low_limbs + z_high_limbs * LIMB_SHIFT) - x_hi_z_1_shift;
+        tmp_47 *= lagrange_odd;
+        tmp_47 *= scaling_factor;
+        std::get<46>(accumulators) += tmp_47;
+
+        // Contribution 48, decompose z2
+        auto tmp_48 = (z_low_limbs_shift + z_high_limbs_shift * LIMB_SHIFT) - y_lo_z_2_shift;
+        tmp_48 *= lagrange_odd;
+        tmp_48 *= scaling_factor;
+        std::get<47>(accumulators) += tmp_48;
+    };
+};
+
+template <typename FF>
+using GoblinTranslatorDecompositionRelation = Relation<GoblinTranslatorDecompositionRelationImpl<FF>>;
+
+} // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_op_queue_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_op_queue_relation.hpp
index 0dc0fcd3ab60..6c65b045f795 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_op_queue_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_op_queue_relation.hpp
@@ -7,23 +7,21 @@ namespace proof_system {
 template <typename FF_> class EccOpQueueRelationImpl {
   public:
     using FF = FF_;
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 3; // degree(q * (w - w_op_queue)) = 2
-
-    static constexpr size_t LEN_1 = 3; // wire - op-queue-wire consistency sub-relation 1
-    static constexpr size_t LEN_2 = 3; // wire - op-queue-wire consistency sub-relation 2
-    static constexpr size_t LEN_3 = 3; // wire - op-queue-wire consistency sub-relation 3
-    static constexpr size_t LEN_4 = 3; // wire - op-queue-wire consistency sub-relation 4
-    static constexpr size_t LEN_5 = 3; // op-queue-wire vanishes sub-relation 1
-    static constexpr size_t LEN_6 = 3; // op-queue-wire vanishes sub-relation 2
-    static constexpr size_t LEN_7 = 3; // op-queue-wire vanishes sub-relation 3
-    static constexpr size_t LEN_8 = 3; // op-queue-wire vanishes sub-relation 4
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2, LEN_3, LEN_4, LEN_5, LEN_6, LEN_7, LEN_8>;
+
+    static constexpr std::array<size_t, 8> SUBRELATION_LENGTHS{
+        3, // wire - op-queue-wire consistency sub-relation 1
+        3, // wire - op-queue-wire consistency sub-relation 2
+        3, // wire - op-queue-wire consistency sub-relation 3
+        3, // wire - op-queue-wire consistency sub-relation 4
+        3, // op-queue-wire vanishes sub-relation 1
+        3, // op-queue-wire vanishes sub-relation 2
+        3, // op-queue-wire vanishes sub-relation 3
+        3  // op-queue-wire vanishes sub-relation 4
+    };
 
     /**
      * @brief Expression for the generalized permutation sort gate.
-     * @details The relation is defined as C(extended_edges(X)...) =
+     * @details The relation is defined as C(in(X)...) =
      *    \alpha_{base} *
      *       ( \Sum_{i=0}^3 \alpha^i * (w_i - w_{op,i}) * \chi_{ecc_op} +
      *         \Sum_{i=0}^3 \alpha^{i+4} w_{op,i} * \bar{\chi}_{ecc_op} )
@@ -35,29 +33,29 @@ template <typename FF_> class EccOpQueueRelationImpl {
      * ecc op wires over the portion of the execution trace representing ECC op queue gates. The next four check
      * that the op wire polynomials are identically zero everywhere else.
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    void static accumulate(typename AccumulatorTypes::Accumulators& accumulators,
-                           const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    void static accumulate(ContainerOverSubrelations& accumulators,
+                           const AllEntities& in,
                            const RelationParameters<FF>&,
                            const FF& scaling_factor)
     {
-        // OPTIMIZATION?: Karatsuba in general, at least for some degrees?
-        //       See https://hackmd.io/xGLuj6biSsCjzQnYN-pEiA?both
-        using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-        auto w_1 = View(extended_edges.w_l);
-        auto w_2 = View(extended_edges.w_r);
-        auto w_3 = View(extended_edges.w_o);
-        auto w_4 = View(extended_edges.w_4);
-        auto op_wire_1 = View(extended_edges.ecc_op_wire_1);
-        auto op_wire_2 = View(extended_edges.ecc_op_wire_2);
-        auto op_wire_3 = View(extended_edges.ecc_op_wire_3);
-        auto op_wire_4 = View(extended_edges.ecc_op_wire_4);
-        auto lagrange_ecc_op = View(extended_edges.lagrange_ecc_op);
+        using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+
+        auto w_1 = View(in.w_l);
+        auto w_2 = View(in.w_r);
+        auto w_3 = View(in.w_o);
+        auto w_4 = View(in.w_4);
+        auto op_wire_1 = View(in.ecc_op_wire_1);
+        auto op_wire_2 = View(in.ecc_op_wire_2);
+        auto op_wire_3 = View(in.ecc_op_wire_3);
+        auto op_wire_4 = View(in.ecc_op_wire_4);
+        auto lagrange_ecc_op = View(in.lagrange_ecc_op);
 
         // If lagrange_ecc_op is the indicator for ecc_op_gates, this is the indicator for the complement
         auto complement_ecc_op = lagrange_ecc_op * FF(-1) + FF(1);
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.cpp
index db758f2c6339..41103bb1b0dd 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.cpp
@@ -13,22 +13,22 @@ namespace proof_system::honk::sumcheck {
  * write source: { precompute_round, precompute_tx, precompute_ty }
  * Table reads: ECCVMMSM columns. Each row adds up to 4 points into MSM accumulator
  * read source: { msm_slice1, msm_x1, msm_y1 }, ..., { msm_slice4, msm_x4, msm_y4 }
- * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
- * @param extended_edges an std::array containing the fully extended Accumulator edges.
+ * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+ * @param in an std::array containing the fully extended Accumulator edges.
  * @param parameters contains beta, gamma, and public_input_delta, ....
  * @param scaling_factor optional term to scale the evaluation before adding to evals.
  */
 template <typename FF>
-template <typename AccumulatorTypes>
-void ECCVMLookupRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                                             const auto& extended_edges,
+template <typename ContainerOverSubrelations, typename AllEntities>
+void ECCVMLookupRelationBase<FF>::accumulate(ContainerOverSubrelations& accumulator,
+                                             const AllEntities& in,
                                              const RelationParameters<FF>& relation_params,
-                                             const FF& scaling_factor)
+                                             [[maybe_unused]] const FF& scaling_factor)
 {
-    using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-    using Accumulator = typename std::tuple_element<0, typename AccumulatorTypes::Accumulators>::type;
+    using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+    using View = typename Accumulator::View;
 
-    auto lookup_inverses = View(extended_edges.lookup_inverses);
+    auto lookup_inverses = View(in.lookup_inverses);
 
     constexpr size_t NUM_TOTAL_TERMS = READ_TERMS + WRITE_TERMS;
     std::array<Accumulator, NUM_TOTAL_TERMS> lookup_terms;
@@ -40,12 +40,10 @@ void ECCVMLookupRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumula
     // The purpose of this next section is to derive individual inverse terms using `lookup_inverses`
     // i.e. (1 / read_term[i]) = lookup_inverse * \prod_{j /ne i} (read_term[j]) * \prod_k (write_term[k])
     //      (1 / write_term[i]) = lookup_inverse * \prod_j (read_term[j]) * \prod_{k ne i} (write_term[k])
-    barretenberg::constexpr_for<0, READ_TERMS, 1>([&]<size_t i>() {
-        lookup_terms[i] = compute_read_term<AccumulatorTypes, i>(extended_edges, relation_params, 0);
-    });
-    barretenberg::constexpr_for<0, WRITE_TERMS, 1>([&]<size_t i>() {
-        lookup_terms[i + READ_TERMS] = compute_write_term<AccumulatorTypes, i>(extended_edges, relation_params, 0);
-    });
+    barretenberg::constexpr_for<0, READ_TERMS, 1>(
+        [&]<size_t i>() { lookup_terms[i] = compute_read_term<Accumulator, i>(in, relation_params); });
+    barretenberg::constexpr_for<0, WRITE_TERMS, 1>(
+        [&]<size_t i>() { lookup_terms[i + READ_TERMS] = compute_write_term<Accumulator, i>(in, relation_params); });
 
     barretenberg::constexpr_for<0, NUM_TOTAL_TERMS, 1>(
         [&]<size_t i>() { denominator_accumulator[i] = lookup_terms[i]; });
@@ -55,8 +53,8 @@ void ECCVMLookupRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumula
 
     auto inverse_accumulator = Accumulator(lookup_inverses); // denominator_accumulator[NUM_TOTAL_TERMS - 1];
 
-    const auto row_has_write = View(extended_edges.precompute_select);
-    const auto row_has_read = View(extended_edges.msm_add) + View(extended_edges.msm_skew);
+    const auto row_has_write = View(in.precompute_select);
+    const auto row_has_read = View(in.msm_add) + View(in.msm_skew);
     const auto inverse_exists = row_has_write + row_has_read - (row_has_write * row_has_read);
 
     std::get<0>(accumulator) +=
@@ -73,19 +71,18 @@ void ECCVMLookupRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumula
     // each predicate is degree-1
     // degree of relation at this point = NUM_TOTAL_TERMS + 1
     barretenberg::constexpr_for<0, READ_TERMS, 1>([&]<size_t i>() {
-        std::get<1>(accumulator) +=
-            compute_read_term_predicate<AccumulatorTypes, i>(extended_edges, relation_params, 0) *
-            denominator_accumulator[i];
+        std::get<1>(accumulator) += compute_read_term_predicate<Accumulator, i>(in) * denominator_accumulator[i];
     });
 
     // each predicate is degree-1, `lookup_read_counts` is degree-1
     // degree of relation = NUM_TOTAL_TERMS + 2 = 6 + 2
     barretenberg::constexpr_for<0, WRITE_TERMS, 1>([&]<size_t i>() {
-        const auto p = compute_write_term_predicate<AccumulatorTypes, i>(extended_edges, relation_params, 0);
-        const auto lookup_read_count = View(extended_edges.template lookup_read_counts<i>());
+        const auto p = compute_write_term_predicate<Accumulator, i>(in);
+        const auto lookup_read_count = View(in.template lookup_read_counts<i>());
         std::get<1>(accumulator) -= p * (denominator_accumulator[i + READ_TERMS] * lookup_read_count);
     });
 }
+
 template class ECCVMLookupRelationBase<barretenberg::fr>;
 template class ECCVMLookupRelationBase<grumpkin::fr>;
 DEFINE_SUMCHECK_RELATION_CLASS(ECCVMLookupRelationBase, flavor::ECCVM);
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.hpp
index d982f85d8ddc..c023279c844f 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_lookup_relation.hpp
@@ -16,100 +16,61 @@ template <typename FF_> class ECCVMLookupRelationBase {
     static constexpr size_t READ_TERMS = 4;
     static constexpr size_t WRITE_TERMS = 2;
     // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = READ_TERMS + WRITE_TERMS + 3; // 9
+    static constexpr size_t LENGTH = READ_TERMS + WRITE_TERMS + 3; // 9
 
-    static constexpr size_t LEN_1 = RELATION_LENGTH; // grand product construction sub-relation
-    static constexpr size_t LEN_2 = RELATION_LENGTH; // left-shiftable polynomial sub-relation
-    template <template <size_t...> typename AccumulatorTypesContainer>
-    using GetAccumulatorTypes = AccumulatorTypesContainer<LEN_1, LEN_2>;
-    template <typename T> using Accumulator = typename std::tuple_element<0, typename T::Accumulators>::type;
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        LENGTH, // grand product construction sub-relation
+        LENGTH  // left-shiftable polynomial sub-relation
+    };
 
     static constexpr std::array<bool, 2> SUBRELATION_LINEARLY_INDEPENDENT = { true, false };
 
-    template <typename AccumulatorTypes>
-    static Accumulator<AccumulatorTypes> convert_to_wnaf(const auto& s0, const auto& s1)
-    {
-        auto t = s0 + s0;
-        t += t;
-        t += s1;
-
-        auto naf = t + t - 15;
-        return naf;
-    }
-
-    /**
-     * @brief
-     *
-     * @tparam read_index
-     * @param extended_edges
-     * @param relation_params
-     * @param index
-     * @return Univariate
-     */
-    template <typename AccumulatorTypes>
-    static bool lookup_exists_at_row_index(const auto& extended_edges,
-                                           const RelationParameters<FF>& /*unused*/,
-                                           const size_t index = 0)
+    template <typename AllValues> static bool lookup_exists_at_row(const AllValues& row)
 
     {
-        auto msm_add = get_view<FF, AccumulatorTypes>(extended_edges.msm_add, index);
-        auto msm_skew = get_view<FF, AccumulatorTypes>(extended_edges.msm_skew, index);
-        auto precompute_select = get_view<FF, AccumulatorTypes>(extended_edges.precompute_select, index);
-        return (msm_add == 1) || (msm_skew == 1) || (precompute_select == 1);
+        return (row.msm_add == 1) || (row.msm_skew == 1) || (row.precompute_select == 1);
     }
 
-    /**
-     * @brief
-     *
-     * @tparam read_index
-     * @param extended_edges
-     * @param relation_params
-     * @param index
-     * @return Univariate
-     */
-    template <typename AccumulatorTypes, size_t read_index>
-    static Accumulator<AccumulatorTypes> compute_read_term_predicate(const auto& extended_edges,
-                                                                     const RelationParameters<FF>& /*unused*/,
-                                                                     const size_t index = 0)
+    template <typename Accumulator0, size_t read_index, typename AllEntities>
+    static Accumulator0 compute_read_term_predicate(const AllEntities& in)
 
     {
+        using View = typename Accumulator0::View;
+
         if constexpr (read_index == 0) {
-            return Accumulator<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.msm_add1, index));
+            return Accumulator0(View(in.msm_add1));
         }
         if constexpr (read_index == 1) {
-            return Accumulator<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.msm_add2, index));
+            return Accumulator0(View(in.msm_add2));
         }
         if constexpr (read_index == 2) {
-            return Accumulator<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.msm_add3, index));
+            return Accumulator0(View(in.msm_add3));
         }
         if constexpr (read_index == 3) {
-            return Accumulator<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.msm_add4, index));
+            return Accumulator0(View(in.msm_add4));
         }
-        return Accumulator<AccumulatorTypes>(1);
+        return Accumulator0(1);
     }
 
-    template <typename AccumulatorTypes, size_t write_index>
-    static Accumulator<AccumulatorTypes> compute_write_term_predicate(const auto& extended_edges,
-                                                                      const RelationParameters<FF>& /*unused*/,
-                                                                      const size_t index = 0)
-
+    template <typename Accumulator0, size_t write_index, typename AllEntities>
+    static Accumulator0 compute_write_term_predicate(const AllEntities& in)
     {
+        using View = typename Accumulator0::View;
+
         if constexpr (write_index == 0) {
-            return Accumulator<AccumulatorTypes>(
-                get_view<FF, AccumulatorTypes>(extended_edges.precompute_select, index));
+            return Accumulator0(View(in.precompute_select));
         }
         if constexpr (write_index == 1) {
-            return Accumulator<AccumulatorTypes>(
-                get_view<FF, AccumulatorTypes>(extended_edges.precompute_select, index));
+            return Accumulator0(View(in.precompute_select)); // WORKTODO is this a bug?
         }
-        return Accumulator<AccumulatorTypes>(1);
+        return Accumulator0(1);
     }
 
-    template <typename AccumulatorTypes, size_t write_index>
-    static Accumulator<AccumulatorTypes> compute_write_term(const auto& extended_edges,
-                                                            const RelationParameters<FF>& relation_params,
-                                                            const size_t index = 0)
+    template <typename Accumulator0, size_t write_index, typename AllEntities>
+    static Accumulator0 compute_write_term(const AllEntities& in, const RelationParameters<FF>& relation_params)
     {
+        using View = typename Accumulator0::View;
+
         static_assert(write_index < WRITE_TERMS);
 
         // what are we looking up?
@@ -129,10 +90,10 @@ template <typename FF_> class ECCVMLookupRelationBase {
         // 15 -> 15[P]
         // negative points map pc, round, x, -y
         // positive points map pc, 15 - (round * 2), x, y
-        const auto& precompute_pc = get_view<FF, AccumulatorTypes>(extended_edges.precompute_pc, index);
-        const auto& tx = get_view<FF, AccumulatorTypes>(extended_edges.precompute_tx, index);
-        const auto& ty = get_view<FF, AccumulatorTypes>(extended_edges.precompute_ty, index);
-        const auto& precompute_round = get_view<FF, AccumulatorTypes>(extended_edges.precompute_round, index);
+        const auto& precompute_pc = View(in.precompute_pc);
+        const auto& tx = View(in.precompute_tx);
+        const auto& ty = View(in.precompute_ty);
+        const auto& precompute_round = View(in.precompute_round);
         const auto& gamma = relation_params.gamma;
         const auto& beta = relation_params.beta;
         const auto& beta_sqr = relation_params.beta_sqr;
@@ -173,23 +134,14 @@ template <typename FF_> class ECCVMLookupRelationBase {
         if constexpr (write_index == 1) {
             return negative_term; // degree 1
         }
-        return Accumulator<AccumulatorTypes>(1);
+        return Accumulator0(1);
     }
 
-    /**
-     * @brief
-     *
-     * @tparam read_index
-     * @param extended_edges
-     * @param relation_params
-     * @param index
-     * @return Univariate
-     */
-    template <typename AccumulatorTypes, size_t read_index>
-    static Accumulator<AccumulatorTypes> compute_read_term(const auto& extended_edges,
-                                                           const RelationParameters<FF>& relation_params,
-                                                           const size_t index = 0)
+    template <typename Accumulator0, size_t read_index, typename AllEntities>
+    static Accumulator0 compute_read_term(const AllEntities& in, const RelationParameters<FF>& relation_params)
     {
+        using View = typename Accumulator0::View;
+
         // read term:
         // pc, slice, x, y
         static_assert(read_index < READ_TERMS);
@@ -197,20 +149,20 @@ template <typename FF_> class ECCVMLookupRelationBase {
         const auto& beta = relation_params.beta;
         const auto& beta_sqr = relation_params.beta_sqr;
         const auto& beta_cube = relation_params.beta_cube;
-        const auto& msm_pc = get_view<FF, AccumulatorTypes>(extended_edges.msm_pc, index);
-        const auto& msm_count = get_view<FF, AccumulatorTypes>(extended_edges.msm_count, index);
-        const auto& msm_slice1 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice1, index);
-        const auto& msm_slice2 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice2, index);
-        const auto& msm_slice3 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice3, index);
-        const auto& msm_slice4 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice4, index);
-        const auto& msm_x1 = get_view<FF, AccumulatorTypes>(extended_edges.msm_x1, index);
-        const auto& msm_x2 = get_view<FF, AccumulatorTypes>(extended_edges.msm_x2, index);
-        const auto& msm_x3 = get_view<FF, AccumulatorTypes>(extended_edges.msm_x3, index);
-        const auto& msm_x4 = get_view<FF, AccumulatorTypes>(extended_edges.msm_x4, index);
-        const auto& msm_y1 = get_view<FF, AccumulatorTypes>(extended_edges.msm_y1, index);
-        const auto& msm_y2 = get_view<FF, AccumulatorTypes>(extended_edges.msm_y2, index);
-        const auto& msm_y3 = get_view<FF, AccumulatorTypes>(extended_edges.msm_y3, index);
-        const auto& msm_y4 = get_view<FF, AccumulatorTypes>(extended_edges.msm_y4, index);
+        const auto& msm_pc = View(in.msm_pc);
+        const auto& msm_count = View(in.msm_count);
+        const auto& msm_slice1 = View(in.msm_slice1);
+        const auto& msm_slice2 = View(in.msm_slice2);
+        const auto& msm_slice3 = View(in.msm_slice3);
+        const auto& msm_slice4 = View(in.msm_slice4);
+        const auto& msm_x1 = View(in.msm_x1);
+        const auto& msm_x2 = View(in.msm_x2);
+        const auto& msm_x3 = View(in.msm_x3);
+        const auto& msm_x4 = View(in.msm_x4);
+        const auto& msm_y1 = View(in.msm_y1);
+        const auto& msm_y2 = View(in.msm_y2);
+        const auto& msm_y3 = View(in.msm_y3);
+        const auto& msm_y4 = View(in.msm_y4);
 
         // how do we get pc value
         // row pc = value of pc after msm
@@ -237,7 +189,7 @@ template <typename FF_> class ECCVMLookupRelationBase {
         if constexpr (read_index == 3) {
             return read_term4; // degree 1
         }
-        return Accumulator<AccumulatorTypes>(1);
+        return Accumulator0(1);
     }
 
     /**
@@ -248,14 +200,14 @@ template <typename FF_> class ECCVMLookupRelationBase {
      * write source: { precompute_round, precompute_tx, precompute_ty }
      * Table reads: ECCVMMSM columns. Each row adds up to 4 points into MSM accumulator
      * read source: { msm_slice1, msm_x1, msm_y1 }, ..., { msm_slice4, msm_x4, msm_y4 }
-     * @param accumulator transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Accumulator edges.
+     * @param accumulator transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Accumulator edges.
      * @param relation_params contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                           const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulator,
+                           const AllEntities& in,
                            const RelationParameters<FF>& relation_params,
                            const FF& /*unused*/);
 };
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.cpp
index aa0589eb7d0e..a0bead445012 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.cpp
@@ -31,67 +31,67 @@ namespace proof_system::honk::sumcheck {
  * If skew_i == 1, [Acc] = [Acc] - [P_i] for all i in [0, ..., k - 1]
  *
  * The relations in ECCVMMSMRelationBase constrain the ADDITION, DOUBLE and SKEW rounds
- * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
- * @param extended_edges an std::array containing the fully extended Accumulator edges.
+ * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+ * @param in an std::array containing the fully extended Accumulator edges.
  * @param parameters contains beta, gamma, and public_input_delta, ....
  * @param scaling_factor optional term to scale the evaluation before adding to evals.
  */
 template <typename FF>
-template <typename AccumulatorTypes>
-void ECCVMMSMRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                                          const auto& extended_edges,
+template <typename ContainerOverSubrelations, typename AllEntities>
+void ECCVMMSMRelationBase<FF>::accumulate(ContainerOverSubrelations& accumulator,
+                                          const AllEntities& in,
                                           const RelationParameters<FF>& /*unused*/,
                                           const FF& scaling_factor)
 {
-    using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-    using Accumulator = typename std::tuple_element<0, typename AccumulatorTypes::Accumulators>::type;
-
-    const auto& x1 = View(extended_edges.msm_x1);
-    const auto& y1 = View(extended_edges.msm_y1);
-    const auto& x2 = View(extended_edges.msm_x2);
-    const auto& y2 = View(extended_edges.msm_y2);
-    const auto& x3 = View(extended_edges.msm_x3);
-    const auto& y3 = View(extended_edges.msm_y3);
-    const auto& x4 = View(extended_edges.msm_x4);
-    const auto& y4 = View(extended_edges.msm_y4);
-    const auto& collision_inverse1 = View(extended_edges.msm_collision_x1);
-    const auto& collision_inverse2 = View(extended_edges.msm_collision_x2);
-    const auto& collision_inverse3 = View(extended_edges.msm_collision_x3);
-    const auto& collision_inverse4 = View(extended_edges.msm_collision_x4);
-    const auto& lambda1 = View(extended_edges.msm_lambda1);
-    const auto& lambda2 = View(extended_edges.msm_lambda2);
-    const auto& lambda3 = View(extended_edges.msm_lambda3);
-    const auto& lambda4 = View(extended_edges.msm_lambda4);
-    const auto& lagrange_first = View(extended_edges.lagrange_first);
-    const auto& add1 = View(extended_edges.msm_add1);
-    const auto& add1_shift = View(extended_edges.msm_add1_shift);
-    const auto& add2 = View(extended_edges.msm_add2);
-    const auto& add3 = View(extended_edges.msm_add3);
-    const auto& add4 = View(extended_edges.msm_add4);
-    const auto& acc_x = View(extended_edges.msm_accumulator_x);
-    const auto& acc_y = View(extended_edges.msm_accumulator_y);
-    const auto& acc_x_shift = View(extended_edges.msm_accumulator_x_shift);
-    const auto& acc_y_shift = View(extended_edges.msm_accumulator_y_shift);
-    const auto& slice1 = View(extended_edges.msm_slice1);
-    const auto& slice2 = View(extended_edges.msm_slice2);
-    const auto& slice3 = View(extended_edges.msm_slice3);
-    const auto& slice4 = View(extended_edges.msm_slice4);
-    const auto& msm_transition = View(extended_edges.msm_transition);
-    const auto& msm_transition_shift = View(extended_edges.msm_transition_shift);
-    const auto& round = View(extended_edges.msm_round);
-    const auto& round_shift = View(extended_edges.msm_round_shift);
-    const auto& q_add = View(extended_edges.msm_add);
-    const auto& q_add_shift = View(extended_edges.msm_add_shift);
-    const auto& q_skew = View(extended_edges.msm_skew);
-    const auto& q_skew_shift = View(extended_edges.msm_skew_shift);
-    const auto& q_double = View(extended_edges.msm_double);
-    const auto& q_double_shift = View(extended_edges.msm_double_shift);
-    const auto& msm_size = View(extended_edges.msm_size_of_msm);
-    // const auto& msm_size_shift = View(extended_edges.msm_size_of_msm_shift);
-    const auto& pc = View(extended_edges.msm_pc);
-    const auto& pc_shift = View(extended_edges.msm_pc_shift);
-    const auto& count = View(extended_edges.msm_count);
-    const auto& count_shift = View(extended_edges.msm_count_shift);
+    using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+    using View = typename Accumulator::View;
+
+    const auto& x1 = View(in.msm_x1);
+    const auto& y1 = View(in.msm_y1);
+    const auto& x2 = View(in.msm_x2);
+    const auto& y2 = View(in.msm_y2);
+    const auto& x3 = View(in.msm_x3);
+    const auto& y3 = View(in.msm_y3);
+    const auto& x4 = View(in.msm_x4);
+    const auto& y4 = View(in.msm_y4);
+    const auto& collision_inverse1 = View(in.msm_collision_x1);
+    const auto& collision_inverse2 = View(in.msm_collision_x2);
+    const auto& collision_inverse3 = View(in.msm_collision_x3);
+    const auto& collision_inverse4 = View(in.msm_collision_x4);
+    const auto& lambda1 = View(in.msm_lambda1);
+    const auto& lambda2 = View(in.msm_lambda2);
+    const auto& lambda3 = View(in.msm_lambda3);
+    const auto& lambda4 = View(in.msm_lambda4);
+    const auto& lagrange_first = View(in.lagrange_first);
+    const auto& add1 = View(in.msm_add1);
+    const auto& add1_shift = View(in.msm_add1_shift);
+    const auto& add2 = View(in.msm_add2);
+    const auto& add3 = View(in.msm_add3);
+    const auto& add4 = View(in.msm_add4);
+    const auto& acc_x = View(in.msm_accumulator_x);
+    const auto& acc_y = View(in.msm_accumulator_y);
+    const auto& acc_x_shift = View(in.msm_accumulator_x_shift);
+    const auto& acc_y_shift = View(in.msm_accumulator_y_shift);
+    const auto& slice1 = View(in.msm_slice1);
+    const auto& slice2 = View(in.msm_slice2);
+    const auto& slice3 = View(in.msm_slice3);
+    const auto& slice4 = View(in.msm_slice4);
+    const auto& msm_transition = View(in.msm_transition);
+    const auto& msm_transition_shift = View(in.msm_transition_shift);
+    const auto& round = View(in.msm_round);
+    const auto& round_shift = View(in.msm_round_shift);
+    const auto& q_add = View(in.msm_add);
+    const auto& q_add_shift = View(in.msm_add_shift);
+    const auto& q_skew = View(in.msm_skew);
+    const auto& q_skew_shift = View(in.msm_skew_shift);
+    const auto& q_double = View(in.msm_double);
+    const auto& q_double_shift = View(in.msm_double_shift);
+    const auto& msm_size = View(in.msm_size_of_msm);
+    // const auto& msm_size_shift = View(in.msm_size_of_msm_shift);
+    const auto& pc = View(in.msm_pc);
+    const auto& pc_shift = View(in.msm_pc_shift);
+    const auto& count = View(in.msm_count);
+    const auto& count_shift = View(in.msm_count_shift);
     auto is_not_first_row = (-lagrange_first + 1);
 
     /**
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.hpp
index 01c7d704005d..cd7c43aa1dbe 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_msm_relation.hpp
@@ -29,61 +29,22 @@ namespace proof_system::honk::sumcheck {
  * If skew_i == 1, [Acc] = [Acc] - [P_i] for all i in [0, ..., k - 1]
  *
  * The relations in ECCVMMSMRelationBase constrain the ADDITION, DOUBLE and SKEW rounds
- * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
- * @param extended_edges an std::array containing the fully extended Accumulator edges.
+ * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+ * @param in an std::array containing the fully extended Accumulator edges.
  * @param parameters contains beta, gamma, and public_input_delta, ....
  * @param scaling_factor optional term to scale the evaluation before adding to evals.
  */
 template <typename FF_> class ECCVMMSMRelationBase {
   public:
     using FF = FF_;
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 8;
 
-    // blarp... add
-    static constexpr size_t LEN_1 = 8; // arithmetic sub-relation
-    template <template <size_t...> typename AccumulatorTypesContainer>
-    using GetAccumulatorTypes = AccumulatorTypesContainer<LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1>;
+    static constexpr std::array<size_t, 36> SUBRELATION_LENGTHS{ 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8,
+                                                                 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8 };
 
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                           const auto& extended_edges,
-                           const RelationParameters<FF>& /*unused*/,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulator,
+                           const AllEntities& in,
+                           const RelationParameters<FF>& /* unused */,
                            const FF& scaling_factor);
 };
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.cpp
index a1506da941cd..0656e8c492f0 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.cpp
@@ -12,29 +12,31 @@ namespace proof_system::honk::sumcheck {
  * table out of the following points: { -15[P], -13[P], -11[P], -9[P], -7[P], -5[P], -3[P], -[P] }
  * ECCVMPointTableRelationBase defines relations that define the lookup table.
  *
- * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
- * @param extended_edges an std::array containing the fully extended Accumulator edges.
+ * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+ * @param in an std::array containing the fully extended Accumulator edges.
  * @param parameters contains beta, gamma, and public_input_delta, ....
  * @param scaling_factor optional term to scale the evaluation before adding to evals.
  */
 template <typename FF>
-template <typename AccumulatorTypes>
-void ECCVMPointTableRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                                                 const auto& extended_edges,
+template <typename ContainerOverSubrelations, typename AllEntities>
+void ECCVMPointTableRelationBase<FF>::accumulate(ContainerOverSubrelations& accumulator,
+                                                 const AllEntities& in,
                                                  const RelationParameters<FF>& /*unused*/,
                                                  const FF& scaling_factor)
 {
-    using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-    const auto& Tx = View(extended_edges.precompute_tx);
-    const auto& Tx_shift = View(extended_edges.precompute_tx_shift);
-    const auto& Ty = View(extended_edges.precompute_ty);
-    const auto& Ty_shift = View(extended_edges.precompute_ty_shift);
-    const auto& Dx = View(extended_edges.precompute_dx);
-    const auto& Dx_shift = View(extended_edges.precompute_dx_shift);
-    const auto& Dy = View(extended_edges.precompute_dy);
-    const auto& Dy_shift = View(extended_edges.precompute_dy_shift);
-    const auto& precompute_point_transition = View(extended_edges.precompute_point_transition);
-    const auto& lagrange_first = View(extended_edges.lagrange_first);
+    using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+    using View = typename Accumulator::View;
+
+    const auto& Tx = View(in.precompute_tx);
+    const auto& Tx_shift = View(in.precompute_tx_shift);
+    const auto& Ty = View(in.precompute_ty);
+    const auto& Ty_shift = View(in.precompute_ty_shift);
+    const auto& Dx = View(in.precompute_dx);
+    const auto& Dx_shift = View(in.precompute_dx_shift);
+    const auto& Dy = View(in.precompute_dy);
+    const auto& Dy_shift = View(in.precompute_dy_shift);
+    const auto& precompute_point_transition = View(in.precompute_point_transition);
+    const auto& lagrange_first = View(in.lagrange_first);
 
     /**
      * @brief Row structure
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.hpp
index a5b960b421a1..404570417094 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_point_table_relation.hpp
@@ -10,26 +10,21 @@ namespace proof_system::honk::sumcheck {
  * table out of the following points: { -15[P], -13[P], -11[P], -9[P], -7[P], -5[P], -3[P], -[P] }
  * ECCVMPointTableRelationBase defines relations that define the lookup table.
  *
- * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
- * @param extended_edges an std::array containing the fully extended Accumulator edges.
+ * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+ * @param in an std::array containing the fully extended Accumulator edges.
  * @param parameters contains beta, gamma, and public_input_delta, ....
  * @param scaling_factor optional term to scale the evaluation before adding to evals.
  */
 template <typename FF_> class ECCVMPointTableRelationBase {
   public:
     using FF = FF_;
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6;
 
-    // blarp... add
-    static constexpr size_t LEN_1 = 6; // arithmetic sub-relation
-    template <template <size_t...> typename AccumulatorTypesContainer>
-    using GetAccumulatorTypes = AccumulatorTypesContainer<LEN_1, LEN_1, LEN_1, LEN_1, LEN_1, LEN_1>;
+    static constexpr std::array<size_t, 6> SUBRELATION_LENGTHS{ 6, 6, 6, 6, 6, 6 };
 
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                           const auto& extended_edges,
-                           const RelationParameters<FF>& /*unused*/,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulator,
+                           const AllEntities& in,
+                           const RelationParameters<FF>& /* unused */,
                            const FF& scaling_factor);
 };
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.cpp
index e68b8d541b70..4e6e0680db95 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.cpp
@@ -28,21 +28,19 @@ namespace proof_system::honk::sumcheck {
  *
  * @tparam FF
  * @tparam AccumulatorTypes
- * @param extended_edges
+ * @param in
  * @param relation_params
  * @param index
  * @return ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes>
  */
 template <typename FF>
-template <typename AccumulatorTypes>
-typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMSetRelationBase<
-    FF>::compute_permutation_numerator(const auto& extended_edges,
-                                       const RelationParameters<FF>& relation_params,
-                                       const size_t index)
+template <typename Accumulator, typename AllEntities>
+Accumulator ECCVMSetRelationBase<FF>::compute_permutation_numerator(const AllEntities& in,
+                                                                    const RelationParameters<FF>& relation_params)
 {
-    using Accumulator = typename std::tuple_element<0, typename AccumulatorTypes::Accumulators>::type;
+    using View = typename Accumulator::View;
 
-    const auto& precompute_round = get_view<FF, AccumulatorTypes>(extended_edges.precompute_round, index);
+    const auto& precompute_round = View(in.precompute_round);
     const auto precompute_round2 = precompute_round + precompute_round;
     const auto precompute_round4 = precompute_round2 + precompute_round2;
 
@@ -50,8 +48,8 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
     const auto& beta = relation_params.beta;
     const auto& beta_sqr = relation_params.beta_sqr;
     const auto& beta_cube = relation_params.beta_cube;
-    const auto& precompute_pc = get_view<FF, AccumulatorTypes>(extended_edges.precompute_pc, index);
-    const auto& precompute_select = get_view<FF, AccumulatorTypes>(extended_edges.precompute_select, index);
+    const auto& precompute_pc = View(in.precompute_pc);
+    const auto& precompute_select = View(in.precompute_select);
 
     /**
      * @brief First term: tuple of (pc, round, wnaf_slice), computed when slicing scalar multipliers into slices,
@@ -61,8 +59,8 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
      */
     Accumulator numerator(1); // degree-0
     {
-        const auto& s0 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s1hi, index);
-        const auto& s1 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s1lo, index);
+        const auto& s0 = View(in.precompute_s1hi);
+        const auto& s1 = View(in.precompute_s1lo);
 
         auto wnaf_slice = s0 + s0;
         wnaf_slice += wnaf_slice;
@@ -73,8 +71,8 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
         numerator *= wnaf_slice_input0; // degree-1
     }
     {
-        const auto& s0 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s2hi, index);
-        const auto& s1 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s2lo, index);
+        const auto& s0 = View(in.precompute_s2hi);
+        const auto& s1 = View(in.precompute_s2lo);
 
         auto wnaf_slice = s0 + s0;
         wnaf_slice += wnaf_slice;
@@ -85,8 +83,8 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
         numerator *= wnaf_slice_input1; // degree-2
     }
     {
-        const auto& s0 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s3hi, index);
-        const auto& s1 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s3lo, index);
+        const auto& s0 = View(in.precompute_s3hi);
+        const auto& s1 = View(in.precompute_s3lo);
 
         auto wnaf_slice = s0 + s0;
         wnaf_slice += wnaf_slice;
@@ -97,8 +95,8 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
         numerator *= wnaf_slice_input2; // degree-3
     }
     {
-        const auto& s0 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s4hi, index);
-        const auto& s1 = get_view<FF, AccumulatorTypes>(extended_edges.precompute_s4lo, index);
+        const auto& s0 = View(in.precompute_s4hi);
+        const auto& s1 = View(in.precompute_s4lo);
 
         auto wnaf_slice = s0 + s0;
         wnaf_slice += wnaf_slice;
@@ -109,9 +107,8 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
     }
     {
         // skew product if relevant
-        const auto& skew = get_view<FF, AccumulatorTypes>(extended_edges.precompute_skew, index);
-        const auto& precompute_point_transition =
-            get_view<FF, AccumulatorTypes>(extended_edges.precompute_point_transition, index);
+        const auto& skew = View(in.precompute_skew);
+        const auto& precompute_point_transition = View(in.precompute_point_transition);
         const auto skew_input =
             precompute_point_transition * (skew + gamma + precompute_pc * beta + (precompute_round4 + 4) * beta_sqr) +
             (-precompute_point_transition + 1);
@@ -130,26 +127,18 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
      * columns.
      */
     {
-        const auto& table_x = get_view<FF, AccumulatorTypes>(extended_edges.precompute_tx, index);
-        const auto& table_y = get_view<FF, AccumulatorTypes>(extended_edges.precompute_ty, index);
+        const auto& table_x = View(in.precompute_tx);
+        const auto& table_y = View(in.precompute_ty);
 
-        const auto& precompute_skew = get_view<FF, AccumulatorTypes>(extended_edges.precompute_skew, index);
+        const auto& precompute_skew = View(in.precompute_skew);
         static constexpr FF negative_inverse_seven = FF(-7).invert();
         auto adjusted_skew = precompute_skew * negative_inverse_seven;
 
-        const auto& wnaf_scalar_sum = get_view<FF, AccumulatorTypes>(extended_edges.precompute_scalar_sum, index);
-        const auto w0 =
-            convert_to_wnaf<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.precompute_s1hi, index),
-                                              get_view<FF, AccumulatorTypes>(extended_edges.precompute_s1lo, index));
-        const auto w1 =
-            convert_to_wnaf<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.precompute_s2hi, index),
-                                              get_view<FF, AccumulatorTypes>(extended_edges.precompute_s2lo, index));
-        const auto w2 =
-            convert_to_wnaf<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.precompute_s3hi, index),
-                                              get_view<FF, AccumulatorTypes>(extended_edges.precompute_s3lo, index));
-        const auto w3 =
-            convert_to_wnaf<AccumulatorTypes>(get_view<FF, AccumulatorTypes>(extended_edges.precompute_s4hi, index),
-                                              get_view<FF, AccumulatorTypes>(extended_edges.precompute_s4lo, index));
+        const auto& wnaf_scalar_sum = View(in.precompute_scalar_sum);
+        const auto w0 = convert_to_wnaf<Accumulator>(View(in.precompute_s1hi), View(in.precompute_s1lo));
+        const auto w1 = convert_to_wnaf<Accumulator>(View(in.precompute_s2hi), View(in.precompute_s2lo));
+        const auto w2 = convert_to_wnaf<Accumulator>(View(in.precompute_s3hi), View(in.precompute_s3lo));
+        const auto w3 = convert_to_wnaf<Accumulator>(View(in.precompute_s4hi), View(in.precompute_s4lo));
 
         auto row_slice = w0;
         row_slice += row_slice;
@@ -186,8 +175,7 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
         scalar_sum_full += scalar_sum_full;
         scalar_sum_full += row_slice + adjusted_skew;
 
-        auto precompute_point_transition =
-            get_view<FF, AccumulatorTypes>(extended_edges.precompute_point_transition, index);
+        auto precompute_point_transition = View(in.precompute_point_transition);
 
         auto point_table_init_read =
             (precompute_pc + table_x * beta + table_y * beta_sqr + scalar_sum_full * beta_cube);
@@ -209,15 +197,14 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
      * transcript_pc, transcript_msm_count` present in the Transcript columns
      */
     {
-        const auto& lagrange_first = get_view<FF, AccumulatorTypes>(extended_edges.lagrange_first, index);
-        const auto& partial_msm_transition_shift =
-            get_view<FF, AccumulatorTypes>(extended_edges.msm_transition_shift, index);
+        const auto& lagrange_first = View(in.lagrange_first);
+        const auto& partial_msm_transition_shift = View(in.msm_transition_shift);
         const auto msm_transition_shift = (-lagrange_first + 1) * partial_msm_transition_shift;
-        const auto& msm_pc_shift = get_view<FF, AccumulatorTypes>(extended_edges.msm_pc_shift, index);
+        const auto& msm_pc_shift = View(in.msm_pc_shift);
 
-        const auto& msm_x_shift = get_view<FF, AccumulatorTypes>(extended_edges.msm_accumulator_x_shift, index);
-        const auto& msm_y_shift = get_view<FF, AccumulatorTypes>(extended_edges.msm_accumulator_y_shift, index);
-        const auto& msm_size = get_view<FF, AccumulatorTypes>(extended_edges.msm_size_of_msm, index);
+        const auto& msm_x_shift = View(in.msm_accumulator_x_shift);
+        const auto& msm_y_shift = View(in.msm_accumulator_y_shift);
+        const auto& msm_size = View(in.msm_size_of_msm);
 
         // msm_transition = 1 when a row BEGINS a new msm
         //
@@ -241,13 +228,11 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
 }
 
 template <typename FF>
-template <typename AccumulatorTypes>
-typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMSetRelationBase<
-    FF>::compute_permutation_denominator(const auto& extended_edges,
-                                         const RelationParameters<FF>& relation_params,
-                                         const size_t index)
+template <typename Accumulator, typename AllEntities>
+Accumulator ECCVMSetRelationBase<FF>::compute_permutation_denominator(const AllEntities& in,
+                                                                      const RelationParameters<FF>& relation_params)
 {
-    using Accumulator = typename std::tuple_element<0, typename AccumulatorTypes::Accumulators>::type;
+    using View = typename Accumulator::View;
 
     // TODO(@zac-williamson). The degree of this contribution is 17! makes overall relation degree 19.
     // Can optimise by refining the algebra, once we have a stable base to iterate off of.
@@ -255,9 +240,9 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
     const auto& beta = relation_params.beta;
     const auto& beta_sqr = relation_params.beta_sqr;
     const auto& beta_cube = relation_params.beta_cube;
-    const auto& msm_pc = get_view<FF, AccumulatorTypes>(extended_edges.msm_pc, index);
-    const auto& msm_count = get_view<FF, AccumulatorTypes>(extended_edges.msm_count, index);
-    const auto& msm_round = get_view<FF, AccumulatorTypes>(extended_edges.msm_round, index);
+    const auto& msm_pc = View(in.msm_pc);
+    const auto& msm_count = View(in.msm_count);
+    const auto& msm_round = View(in.msm_round);
 
     /**
      * @brief First term: tuple of (pc, round, wnaf_slice), used to determine which points we extract from lookup tables
@@ -266,32 +251,32 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
      */
     Accumulator denominator(1); // degree-0
     {
-        const auto& add1 = get_view<FF, AccumulatorTypes>(extended_edges.msm_add1, index);
-        const auto& msm_slice1 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice1, index);
+        const auto& add1 = View(in.msm_add1);
+        const auto& msm_slice1 = View(in.msm_slice1);
 
         auto wnaf_slice_output1 =
             add1 * (msm_slice1 + gamma + (msm_pc - msm_count) * beta + msm_round * beta_sqr) + (-add1 + 1);
         denominator *= wnaf_slice_output1; // degree-2
     }
     {
-        const auto& add2 = get_view<FF, AccumulatorTypes>(extended_edges.msm_add2, index);
-        const auto& msm_slice2 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice2, index);
+        const auto& add2 = View(in.msm_add2);
+        const auto& msm_slice2 = View(in.msm_slice2);
 
         auto wnaf_slice_output2 =
             add2 * (msm_slice2 + gamma + (msm_pc - msm_count - 1) * beta + msm_round * beta_sqr) + (-add2 + 1);
         denominator *= wnaf_slice_output2; // degree-4
     }
     {
-        const auto& add3 = get_view<FF, AccumulatorTypes>(extended_edges.msm_add3, index);
-        const auto& msm_slice3 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice3, index);
+        const auto& add3 = View(in.msm_add3);
+        const auto& msm_slice3 = View(in.msm_slice3);
 
         auto wnaf_slice_output3 =
             add3 * (msm_slice3 + gamma + (msm_pc - msm_count - 2) * beta + msm_round * beta_sqr) + (-add3 + 1);
         denominator *= wnaf_slice_output3; // degree-6
     }
     {
-        const auto& add4 = get_view<FF, AccumulatorTypes>(extended_edges.msm_add4, index);
-        const auto& msm_slice4 = get_view<FF, AccumulatorTypes>(extended_edges.msm_slice4, index);
+        const auto& add4 = View(in.msm_add4);
+        const auto& msm_slice4 = View(in.msm_slice4);
         auto wnaf_slice_output4 =
             add4 * (msm_slice4 + gamma + (msm_pc - msm_count - 3) * beta + msm_round * beta_sqr) + (-add4 + 1);
         denominator *= wnaf_slice_output4; // degree-8
@@ -304,15 +289,15 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
      * term values in `compute_permutation_numerator`
      */
     {
-        const auto& transcript_pc = get_view<FF, AccumulatorTypes>(extended_edges.transcript_pc, index);
+        const auto& transcript_pc = View(in.transcript_pc);
 
-        auto transcript_x = get_view<FF, AccumulatorTypes>(extended_edges.transcript_x, index);
-        auto transcript_y = get_view<FF, AccumulatorTypes>(extended_edges.transcript_y, index);
-        auto z1 = get_view<FF, AccumulatorTypes>(extended_edges.transcript_z1, index);
-        auto z2 = get_view<FF, AccumulatorTypes>(extended_edges.transcript_z2, index);
-        auto z1_zero = get_view<FF, AccumulatorTypes>(extended_edges.transcript_z1zero, index);
-        auto z2_zero = get_view<FF, AccumulatorTypes>(extended_edges.transcript_z2zero, index);
-        auto transcript_mul = get_view<FF, AccumulatorTypes>(extended_edges.transcript_mul, index);
+        auto transcript_x = View(in.transcript_x);
+        auto transcript_y = View(in.transcript_y);
+        auto z1 = View(in.transcript_z1);
+        auto z2 = View(in.transcript_z2);
+        auto z1_zero = View(in.transcript_z1zero);
+        auto z2_zero = View(in.transcript_z2zero);
+        auto transcript_mul = View(in.transcript_mul);
 
         auto lookup_first = (-z1_zero + 1);
         auto lookup_second = (-z2_zero + 1);
@@ -349,15 +334,14 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
      * `transcript_pc` and has size `transcript_msm_count`
      */
     {
-        auto transcript_pc_shift = get_view<FF, AccumulatorTypes>(extended_edges.transcript_pc_shift, index);
-        auto transcript_msm_x = get_view<FF, AccumulatorTypes>(extended_edges.transcript_msm_x, index);
-        auto transcript_msm_y = get_view<FF, AccumulatorTypes>(extended_edges.transcript_msm_y, index);
-        auto transcript_msm_transition =
-            get_view<FF, AccumulatorTypes>(extended_edges.transcript_msm_transition, index);
-        auto transcript_msm_count = get_view<FF, AccumulatorTypes>(extended_edges.transcript_msm_count, index);
-        auto z1_zero = get_view<FF, AccumulatorTypes>(extended_edges.transcript_z1zero, index);
-        auto z2_zero = get_view<FF, AccumulatorTypes>(extended_edges.transcript_z2zero, index);
-        auto transcript_mul = get_view<FF, AccumulatorTypes>(extended_edges.transcript_mul, index);
+        auto transcript_pc_shift = View(in.transcript_pc_shift);
+        auto transcript_msm_x = View(in.transcript_msm_x);
+        auto transcript_msm_y = View(in.transcript_msm_y);
+        auto transcript_msm_transition = View(in.transcript_msm_transition);
+        auto transcript_msm_count = View(in.transcript_msm_count);
+        auto z1_zero = View(in.transcript_z1zero);
+        auto z2_zero = View(in.transcript_z2zero);
+        auto transcript_mul = View(in.transcript_mul);
 
         auto full_msm_count = transcript_msm_count + transcript_mul * ((-z1_zero + 1) + (-z2_zero + 1));
         //      auto count_test = transcript_msm_count
@@ -373,37 +357,35 @@ typename ECCVMSetRelationBase<FF>::template Accumulator<AccumulatorTypes> ECCVMS
 
 /**
  * @brief Expression for the StandardArithmetic gate.
- * @dbetails The relation is defined as C(extended_edges(X)...) =
+ * @dbetails The relation is defined as C(in(X)...) =
  *    (q_m * w_r * w_l) + (q_l * w_l) + (q_r * w_r) + (q_o * w_o) + q_c
  *
- * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
- * @param extended_edges an std::array containing the fully extended Accumulator edges.
+ * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+ * @param in an std::array containing the fully extended Accumulator edges.
  * @param parameters contains bbeta, gamma, and public_input_delta, ....
  * @param scaling_factor optional term to scale the evaluation before adding to evals.
  */
 template <typename FF>
-template <typename AccumulatorTypes>
-void ECCVMSetRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                                          const auto& extended_edges,
+template <typename ContainerOverSubrelations, typename AllEntities>
+void ECCVMSetRelationBase<FF>::accumulate(ContainerOverSubrelations& accumulator,
+                                          const AllEntities& in,
                                           const RelationParameters<FF>& relation_params,
                                           const FF& scaling_factor)
 {
-    using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-    using Accumulator = typename std::tuple_element<0, typename AccumulatorTypes::Accumulators>::type;
+    using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+    using View = typename Accumulator::View;
 
     // degree-11
-    Accumulator numerator_evaluation =
-        compute_permutation_numerator<AccumulatorTypes>(extended_edges, relation_params, 0);
+    Accumulator numerator_evaluation = compute_permutation_numerator<Accumulator>(in, relation_params);
 
     // degree-17
-    Accumulator denominator_evaluation =
-        compute_permutation_denominator<AccumulatorTypes>(extended_edges, relation_params, 0);
+    Accumulator denominator_evaluation = compute_permutation_denominator<Accumulator>(in, relation_params);
 
-    const auto& lagrange_first = View(extended_edges.lagrange_first);
-    const auto& lagrange_last = View(extended_edges.lagrange_last);
+    const auto& lagrange_first = View(in.lagrange_first);
+    const auto& lagrange_last = View(in.lagrange_last);
 
-    const auto& z_perm = View(extended_edges.z_perm);
-    const auto& z_perm_shift = View(extended_edges.z_perm_shift);
+    const auto& z_perm = View(in.z_perm);
+    const auto& z_perm_shift = View(in.z_perm_shift);
 
     // degree-18
     std::get<0>(accumulator) +=
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.hpp
index 68357ccffe92..de75aaf67b63 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_set_relation.hpp
@@ -13,17 +13,13 @@ namespace proof_system::honk::sumcheck {
 template <typename FF_> class ECCVMSetRelationBase {
   public:
     using FF = FF_;
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 19;
 
-    static constexpr size_t LEN_1 = RELATION_LENGTH; // grand product construction sub-relation
-    static constexpr size_t LEN_2 = RELATION_LENGTH; // left-shiftable polynomial sub-relation
-    template <template <size_t...> typename AccumulatorTypesContainer>
-    using GetAccumulatorTypes = AccumulatorTypesContainer<LEN_1, LEN_1>;
-    template <typename T> using Accumulator = typename std::tuple_element<0, typename T::Accumulators>::type;
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        19, // grand product construction sub-relation
+        19  // left-shiftable polynomial sub-relation
+    };
 
-    template <typename AccumulatorTypes>
-    static Accumulator<AccumulatorTypes> convert_to_wnaf(const auto& s0, const auto& s1)
+    template <typename Accumulator> static Accumulator convert_to_wnaf(const auto& s0, const auto& s1)
     {
         auto t = s0 + s0;
         t += t;
@@ -36,19 +32,17 @@ template <typename FF_> class ECCVMSetRelationBase {
     inline static auto& get_grand_product_polynomial(auto& input) { return input.z_perm; }
     inline static auto& get_shifted_grand_product_polynomial(auto& input) { return input.z_perm_shift; }
 
-    template <typename AccumulatorTypes>
-    static Accumulator<AccumulatorTypes> compute_permutation_numerator(const auto& extended_edges,
-                                                                       const RelationParameters<FF>& relation_params,
-                                                                       size_t index = 0);
+    template <typename Accumulator, typename AllEntities>
+    static Accumulator compute_permutation_numerator(const AllEntities& in,
+                                                     const RelationParameters<FF>& relation_params);
 
-    template <typename AccumulatorTypes>
-    static Accumulator<AccumulatorTypes> compute_permutation_denominator(const auto& extended_edges,
-                                                                         const RelationParameters<FF>& relation_params,
-                                                                         size_t index = 0);
+    template <typename Accumulator, typename AllEntities>
+    static Accumulator compute_permutation_denominator(const AllEntities& in,
+                                                       const RelationParameters<FF>& relation_params);
 
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                           const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulator,
+                           const AllEntities& in,
                            const RelationParameters<FF>& relation_params,
                            const FF& scaling_factor);
 };
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.cpp
index f3aee06c2be6..53a5b1c22f49 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.cpp
@@ -31,44 +31,44 @@ namespace proof_system::honk::sumcheck {
  * @tparam PolynomialTypes
  */
 template <typename FF>
-template <typename AccumulatorTypes, typename PolynomialTypes>
-void ECCVMTranscriptRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                                                 const PolynomialTypes& extended_edges,
+template <typename ContainerOverSubrelations, typename PolynomialTypes>
+void ECCVMTranscriptRelationBase<FF>::accumulate(ContainerOverSubrelations& accumulator,
+                                                 const PolynomialTypes& in,
                                                  const RelationParameters<FF>& /*unused*/,
                                                  const FF& scaling_factor)
 {
-    using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-    using Accumulator = typename std::tuple_element<0, typename AccumulatorTypes::Accumulators>::type;
+    using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+    using View = typename Accumulator::View;
 
-    auto z1 = View(extended_edges.transcript_z1);
-    auto z2 = View(extended_edges.transcript_z2);
-    auto z1_zero = View(extended_edges.transcript_z1zero);
-    auto z2_zero = View(extended_edges.transcript_z2zero);
-    auto op = View(extended_edges.transcript_op);
-    auto q_add = View(extended_edges.transcript_add);
-    auto q_mul = View(extended_edges.transcript_mul);
-    auto q_mul_shift = View(extended_edges.transcript_mul_shift);
-    auto q_eq = View(extended_edges.transcript_eq);
-    auto msm_transition = View(extended_edges.transcript_msm_transition);
-    auto msm_count = View(extended_edges.transcript_msm_count);
-    auto msm_count_shift = View(extended_edges.transcript_msm_count_shift);
-    auto pc = View(extended_edges.transcript_pc);
-    auto pc_shift = View(extended_edges.transcript_pc_shift);
-    auto transcript_accumulator_x_shift = View(extended_edges.transcript_accumulator_x_shift);
-    auto transcript_accumulator_y_shift = View(extended_edges.transcript_accumulator_y_shift);
-    auto transcript_accumulator_x = View(extended_edges.transcript_accumulator_x);
-    auto transcript_accumulator_y = View(extended_edges.transcript_accumulator_y);
-    auto transcript_msm_x = View(extended_edges.transcript_msm_x);
-    auto transcript_msm_y = View(extended_edges.transcript_msm_y);
-    auto transcript_x = View(extended_edges.transcript_x);
-    auto transcript_y = View(extended_edges.transcript_y);
-    auto is_accumulator_empty = View(extended_edges.transcript_accumulator_empty);
-    auto lagrange_first = View(extended_edges.lagrange_first);
-    auto lagrange_last = View(extended_edges.lagrange_last);
-    auto is_accumulator_empty_shift = View(extended_edges.transcript_accumulator_empty_shift);
-    auto q_reset_accumulator = View(extended_edges.transcript_reset_accumulator);
-    auto lagrange_second = View(extended_edges.lagrange_second);
-    auto transcript_collision_check = View(extended_edges.transcript_collision_check);
+    auto z1 = View(in.transcript_z1);
+    auto z2 = View(in.transcript_z2);
+    auto z1_zero = View(in.transcript_z1zero);
+    auto z2_zero = View(in.transcript_z2zero);
+    auto op = View(in.transcript_op);
+    auto q_add = View(in.transcript_add);
+    auto q_mul = View(in.transcript_mul);
+    auto q_mul_shift = View(in.transcript_mul_shift);
+    auto q_eq = View(in.transcript_eq);
+    auto msm_transition = View(in.transcript_msm_transition);
+    auto msm_count = View(in.transcript_msm_count);
+    auto msm_count_shift = View(in.transcript_msm_count_shift);
+    auto pc = View(in.transcript_pc);
+    auto pc_shift = View(in.transcript_pc_shift);
+    auto transcript_accumulator_x_shift = View(in.transcript_accumulator_x_shift);
+    auto transcript_accumulator_y_shift = View(in.transcript_accumulator_y_shift);
+    auto transcript_accumulator_x = View(in.transcript_accumulator_x);
+    auto transcript_accumulator_y = View(in.transcript_accumulator_y);
+    auto transcript_msm_x = View(in.transcript_msm_x);
+    auto transcript_msm_y = View(in.transcript_msm_y);
+    auto transcript_x = View(in.transcript_x);
+    auto transcript_y = View(in.transcript_y);
+    auto is_accumulator_empty = View(in.transcript_accumulator_empty);
+    auto lagrange_first = View(in.lagrange_first);
+    auto lagrange_last = View(in.lagrange_last);
+    auto is_accumulator_empty_shift = View(in.transcript_accumulator_empty_shift);
+    auto q_reset_accumulator = View(in.transcript_reset_accumulator);
+    auto lagrange_second = View(in.lagrange_second);
+    auto transcript_collision_check = View(in.transcript_collision_check);
 
     auto is_not_first_row = (-lagrange_first + 1);
     auto is_not_first_or_last_row = (-lagrange_first + -lagrange_last + 1);
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.hpp
index 5f0d656268b2..58c4ca6c57a3 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_transcript_relation.hpp
@@ -29,51 +29,16 @@ namespace proof_system::honk::sumcheck {
 template <typename FF_> class ECCVMTranscriptRelationBase {
   public:
     using FF = FF_;
-    static constexpr size_t RELATION_LENGTH = 6;
 
-    static constexpr size_t LEN_1 = 6; // arithmetic sub-relation
-    template <template <size_t...> typename AccumulatorTypesContainer>
-    using GetAccumulatorTypes = AccumulatorTypesContainer<LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1>;
+    static constexpr std::array<size_t, 35> SUBRELATION_LENGTHS{
+        6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6,
+    };
 
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& /*unused*/,
-                           const auto& /*unused*/,
-                           const RelationParameters<FF>& /*unused*/,
-                           const FF& /*unused*/);
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulator,
+                           const AllEntities& in,
+                           const RelationParameters<FF>& /* unused */,
+                           const FF& scaling_factor);
 
     // TODO(@zac-williamson #2609 find more generic way of doing this)
     static constexpr FF get_curve_b()
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.cpp
index ef65cae5e3cc..c294bceaca80 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.cpp
@@ -36,32 +36,32 @@ namespace proof_system::honk::sumcheck {
  * @tparam AccumulatorTypes
  */
 template <typename FF>
-template <typename AccumulatorTypes>
-void ECCVMWnafRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                                           const auto& extended_edges,
+template <typename ContainerOverSubrelations, typename AllEntities>
+void ECCVMWnafRelationBase<FF>::accumulate(ContainerOverSubrelations& accumulator,
+                                           const AllEntities& in,
                                            const RelationParameters<FF>& /*unused*/,
                                            const FF& scaling_factor)
 {
-    using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-    auto scalar_sum = View(extended_edges.precompute_scalar_sum);
-    auto scalar_sum_new = View(extended_edges.precompute_scalar_sum_shift);
-    auto q_transition = View(extended_edges.precompute_point_transition);
-    auto round = View(extended_edges.precompute_round);
-    auto round_shift = View(extended_edges.precompute_round_shift);
-    auto pc = View(extended_edges.precompute_pc);
-    auto pc_shift = View(extended_edges.precompute_pc_shift);
+    using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+    using View = typename Accumulator::View;
+
+    auto scalar_sum = View(in.precompute_scalar_sum);
+    auto scalar_sum_new = View(in.precompute_scalar_sum_shift);
+    auto q_transition = View(in.precompute_point_transition);
+    auto round = View(in.precompute_round);
+    auto round_shift = View(in.precompute_round_shift);
+    auto pc = View(in.precompute_pc);
+    auto pc_shift = View(in.precompute_pc_shift);
     // precompute_select is a boolean column. We only evaluate the ecc_wnaf_relation and the ecc_point_table_relation if
     // `precompute_select=1`
-    auto precompute_select = View(extended_edges.precompute_select);
-    auto precompute_select_shift = View(extended_edges.precompute_select_shift);
+    auto precompute_select = View(in.precompute_select);
+    auto precompute_select_shift = View(in.precompute_select_shift);
 
-    const auto& precompute_skew = View(extended_edges.precompute_skew);
+    const auto& precompute_skew = View(in.precompute_skew);
 
     const std::array<View, 8> slices{
-        View(extended_edges.precompute_s1hi), View(extended_edges.precompute_s1lo),
-        View(extended_edges.precompute_s2hi), View(extended_edges.precompute_s2lo),
-        View(extended_edges.precompute_s3hi), View(extended_edges.precompute_s3lo),
-        View(extended_edges.precompute_s4hi), View(extended_edges.precompute_s4lo),
+        View(in.precompute_s1hi), View(in.precompute_s1lo), View(in.precompute_s2hi), View(in.precompute_s2lo),
+        View(in.precompute_s3hi), View(in.precompute_s3lo), View(in.precompute_s4hi), View(in.precompute_s4lo),
     };
 
     const auto range_constraint_slice_to_2_bits = [&scaling_factor](const View& s, auto& acc) {
@@ -100,7 +100,7 @@ void ECCVMWnafRelationBase<FF>::accumulate(typename AccumulatorTypes::Accumulato
      *        We already know slice1 is in the range [0, ..., 15]
      *        To check the range [8, ..., 15] we validate the most significant 2 bits (s1) are >=2
      */
-    const auto s1_shift = View(extended_edges.precompute_s1hi_shift);
+    const auto s1_shift = View(in.precompute_s1hi_shift);
     const auto s1_shift_msb_set = (s1_shift - 2) * (s1_shift - 3);
     std::get<20>(accumulator) += scaled_transition * precompute_select_shift * s1_shift_msb_set;
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.hpp
index 6a4878ec5614..7567b1be70fd 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ecc_vm/ecc_wnaf_relation.hpp
@@ -34,37 +34,15 @@ namespace proof_system::honk::sumcheck {
 template <typename FF_> class ECCVMWnafRelationBase {
   public:
     using FF = FF_;
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 5;
 
-    static constexpr size_t LEN_1 = 5;
-    template <template <size_t...> typename AccumulatorTypesContainer>
-    using GetAccumulatorTypes = AccumulatorTypesContainer<LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1,
-                                                          LEN_1>;
+    static constexpr std::array<size_t, 21> SUBRELATION_LENGTHS{
+        5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5,
+    };
 
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& accumulator,
-                           const auto& extended_edges,
-                           const RelationParameters<FF>& /*unused*/,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulator,
+                           const AllEntities& in,
+                           const RelationParameters<FF>& /* unused */,
                            const FF& scaling_factor);
 };
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/elliptic_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/elliptic_relation.hpp
index c7e9e9fc5c61..6b13f01f84e7 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/elliptic_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/elliptic_relation.hpp
@@ -11,13 +11,10 @@ template <typename FF_> class EllipticRelationImpl {
   public:
     using FF = FF_;
 
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6; // degree(q_elliptic * q_beta * x^3) = 5
-
-    static constexpr size_t LEN_1 = 6; // x-coordinate sub-relation
-    static constexpr size_t LEN_2 = 6; // y-coordinate sub-relation
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2>;
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        6, // x-coordinate sub-relation
+        6, // y-coordinate sub-relation
+    };
 
     // TODO(@zac-williamson #2609 find more generic way of doing this)
     static constexpr FF get_curve_b()
@@ -33,40 +30,37 @@ template <typename FF_> class EllipticRelationImpl {
 
     /**
      * @brief Expression for the Ultra Arithmetic gate.
-     * @details The relation is defined as C(extended_edges(X)...) =
+     * @details The relation is defined as C(in(X)...) =
      *    TODO(#429): steal description from elliptic_widget.hpp
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    static void accumulate(typename AccumulatorTypes::Accumulators& accumulators,
-                           const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    static void accumulate(ContainerOverSubrelations& accumulators,
+                           const AllEntities& in,
                            const RelationParameters<FF>&,
                            const FF& scaling_factor)
     {
-        // OPTIMIZATION?: Karatsuba in general, at least for some degrees?
-        //       See https://hackmd.io/xGLuj6biSsCjzQnYN-pEiA?both
-        // Note: Formatter turned off since it doesnt properly handle the explicit scoping below.
-
         // TODO(@zac - williamson #2608 when Pedersen refactor is completed,
         // replace old addition relations with these ones and
         // remove endomorphism coefficient in ecc add gate(not used))
 
-        using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-        auto x_1 = View(extended_edges.w_r);
-        auto y_1 = View(extended_edges.w_o);
+        using Accumulator = typename std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+        auto x_1 = View(in.w_r);
+        auto y_1 = View(in.w_o);
 
-        auto x_2 = View(extended_edges.w_l_shift);
-        auto y_2 = View(extended_edges.w_4_shift);
-        auto y_3 = View(extended_edges.w_o_shift);
-        auto x_3 = View(extended_edges.w_r_shift);
+        auto x_2 = View(in.w_l_shift);
+        auto y_2 = View(in.w_4_shift);
+        auto y_3 = View(in.w_o_shift);
+        auto x_3 = View(in.w_r_shift);
 
-        auto q_sign = View(extended_edges.q_l);
-        auto q_elliptic = View(extended_edges.q_elliptic);
-        auto q_is_double = View(extended_edges.q_m);
+        auto q_sign = View(in.q_l);
+        auto q_elliptic = View(in.q_elliptic);
+        auto q_is_double = View(in.q_m);
 
         // Contribution (1) point addition, x-coordinate check
         // q_elliptic * (x3 + x2 + x1)(x2 - x1)(x2 - x1) - y2^2 - y1^2 + 2(y2y1)*q_sign = 0
@@ -104,5 +98,4 @@ template <typename FF_> class EllipticRelationImpl {
 };
 
 template <typename FF> using EllipticRelation = Relation<EllipticRelationImpl<FF>>;
-// clang-format on
 } // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/extra_relations.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/extra_relations.hpp
new file mode 100644
index 000000000000..edd78f453776
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/extra_relations.hpp
@@ -0,0 +1,188 @@
+#pragma once
+#include "barretenberg/numeric/uint256/uint256.hpp"
+#include "relation_parameters.hpp"
+#include "relation_types.hpp"
+
+namespace proof_system {
+
+template <typename FF_> class GoblinTranslatorOpcodeConstraintRelationImpl {
+  public:
+    using FF = FF_;
+
+    // 1 + polynomial degree of this relation
+    static constexpr size_t RELATION_LENGTH = 7; // degree(op(op - 1)(op - 2)(op - 3)(op - 4)(op - 8)) = 6
+    static constexpr std::array<size_t, 1> SUBRELATION_LENGTHS{
+        7 // opcode constraint relation
+    };
+
+    /**
+     * @brief Expression for enforcing the value of the Opcode to be {0,1,2,3,4,8}
+     * @details This relation enforces the opcode to be one of described values. Since we don't care about even
+     * values in the opcode wire and usually just set them to zero, we don't use a lagrange polynomial to specify
+     * the relation to be enforced just at odd indices, which brings the degree down by 1.
+     *
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
+     * @param parameters contains beta, gamma, and public_input_delta, ....
+     * @param scaling_factor optional term to scale the evaluation before adding to evals.
+     */
+    template <typename ContainerOverSubrelations, typename AllEntitites>
+    void static accumulate(ContainerOverSubrelations& accumulators,
+                           const AllEntitites& in,
+                           const RelationParameters<FF>&,
+                           const FF& scaling_factor)
+    {
+
+        using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+
+        auto op = View(in.op);
+        static const FF minus_one = FF(-1);
+        static const FF minus_two = FF(-2);
+        static const FF minus_three = FF(-3);
+        static const FF minus_four = FF(-4);
+        static const FF minus_eight = FF(-8);
+
+        // Contribution (1) (op(op-1)(op-2)(op-3)(op-4)(op-8))
+        auto tmp_1 = op * (op + minus_one);
+        tmp_1 *= (op + minus_two);
+        tmp_1 *= (op + minus_three);
+        tmp_1 *= (op + minus_four);
+        tmp_1 *= (op + minus_eight);
+        tmp_1 *= scaling_factor;
+        std::get<0>(accumulators) += tmp_1;
+    };
+};
+
+template <typename FF_> class GoblinTranslatorAccumulatorTransferRelationImpl {
+  public:
+    using FF = FF_;
+
+    // 1 + polynomial degree of this relation
+    static constexpr size_t RELATION_LENGTH = 3; // degree((SOME_LAGRANGE)(A-B)) = 2
+    static constexpr std::array<size_t, 12> SUBRELATION_LENGTHS{
+        3, // transfer accumulator limb 0 at even index subrelation
+        3, // transfer accumulator limb 1 at even index subrelation
+        3, // transfer accumulator limb 2 at even index subrelation
+        3, // transfer accumulator limb 3 at even index subrelation
+        3, // accumulator limb 0 is zero at the start of accumulation subrelation
+        3, // accumulator limb 1 is zero at the start of accumulation subrelation
+        3, // accumulator limb 2 is zero at the start of accumulation subrelation
+        3, // accumulator limb 3 is zero at the start of accumulation subrelation
+        3, // accumulator limb 0 is equal to given result at the end of accumulation subrelation
+        3, // accumulator limb 1 is equal to given result at the end of accumulation subrelation
+        3, // accumulator limb 2 is equal to given result at the end of accumulation subrelation
+        3  // accumulator limb 3 is equal to given result at the end of accumulation subrelation
+
+    };
+
+    /**
+     * @brief Relation enforcing non-arithmetic transitions of accumulator (value that is tracking the batched
+     * evaluation of polynomials in non-native field)
+     * @details This relation enforces three pieces of logic:
+     * 1) Accumulator starts as zero before we start accumulating stuff
+     * 2) Accumulator limbs stay the same if accumulation is not occurring (at even indices)
+     * 3) Accumulator limbs result in the values specified by relation parameters after accumulation
+     *
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
+     * @param parameters contains beta, gamma, and public_input_delta, ....
+     * @param scaling_factor optional term to scale the evaluation before adding to evals.
+     */
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    void static accumulate(ContainerOverSubrelations& accumulators,
+                           const AllEntities& in,
+                           const RelationParameters<FF>& relation_parameters,
+                           const FF& scaling_factor)
+    {
+        using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+        // We use combination of lagrange polynomials at even indices in the minicircuit for copying the accumulator
+        auto lagrange_even = View(in.lagrange_even);
+
+        // Lagrange at index 1 is used to confirm the accumulator result
+        auto lagrange_second = View(in.lagrange_second);
+
+        // Lagrange at index (size of minicircuit - 2) is used to enforce that it starts with zero
+        auto lagrange_second_to_last_in_minicircuit = View(in.lagrange_second_to_last_in_minicircuit);
+
+        auto accumulators_binary_limbs_0 = View(in.accumulators_binary_limbs_0);
+        auto accumulators_binary_limbs_1 = View(in.accumulators_binary_limbs_1);
+        auto accumulators_binary_limbs_2 = View(in.accumulators_binary_limbs_2);
+        auto accumulators_binary_limbs_3 = View(in.accumulators_binary_limbs_3);
+        auto accumulators_binary_limbs_0_shift = View(in.accumulators_binary_limbs_0_shift);
+        auto accumulators_binary_limbs_1_shift = View(in.accumulators_binary_limbs_1_shift);
+        auto accumulators_binary_limbs_2_shift = View(in.accumulators_binary_limbs_2_shift);
+        auto accumulators_binary_limbs_3_shift = View(in.accumulators_binary_limbs_3_shift);
+
+        // Contribution (1) (1-4 ensure transfer of accumulator limbs at even indices of the minicircuit)
+        auto tmp_1 = accumulators_binary_limbs_0 - accumulators_binary_limbs_0_shift;
+        tmp_1 *= lagrange_even;
+        tmp_1 *= scaling_factor;
+        std::get<0>(accumulators) += tmp_1;
+
+        // Contribution (2)
+        auto tmp_2 = accumulators_binary_limbs_1 - accumulators_binary_limbs_1_shift;
+        tmp_2 *= lagrange_even;
+        tmp_2 *= scaling_factor;
+        std::get<1>(accumulators) += tmp_2;
+        // Contribution (3)
+        auto tmp_3 = accumulators_binary_limbs_2 - accumulators_binary_limbs_2_shift;
+        tmp_3 *= lagrange_even;
+        tmp_3 *= scaling_factor;
+        std::get<2>(accumulators) += tmp_3;
+        // Contribution (4)
+        auto tmp_4 = accumulators_binary_limbs_3 - accumulators_binary_limbs_3_shift;
+        tmp_4 *= lagrange_even;
+        tmp_4 *= scaling_factor;
+        std::get<3>(accumulators) += tmp_4;
+
+        // Contribution (5) (5-9 ensure that accumulator starts with zeroed-out limbs)
+        auto tmp_5 = accumulators_binary_limbs_0 * lagrange_second_to_last_in_minicircuit;
+        tmp_5 *= scaling_factor;
+        std::get<4>(accumulators) += tmp_5;
+
+        // Contribution (6)
+        auto tmp_6 = accumulators_binary_limbs_1 * lagrange_second_to_last_in_minicircuit;
+        tmp_6 *= scaling_factor;
+        std::get<5>(accumulators) += tmp_6;
+
+        // Contribution (7)
+        auto tmp_7 = accumulators_binary_limbs_2 * lagrange_second_to_last_in_minicircuit;
+        tmp_7 *= scaling_factor;
+        std::get<6>(accumulators) += tmp_7;
+
+        // Contribution (8)
+        auto tmp_8 = accumulators_binary_limbs_3 * lagrange_second_to_last_in_minicircuit;
+        tmp_8 *= scaling_factor;
+        std::get<7>(accumulators) += tmp_8;
+
+        // Contribution (9) (9-12 ensure the output is as stated, we basically use this to get the result out of the
+        // proof)
+        auto tmp_9 = (accumulators_binary_limbs_0 - relation_parameters.accumulated_result[0]) * lagrange_second;
+        tmp_9 *= scaling_factor;
+        std::get<8>(accumulators) += tmp_9;
+
+        // Contribution (10)
+        auto tmp_10 = (accumulators_binary_limbs_1 - relation_parameters.accumulated_result[1]) * lagrange_second;
+        tmp_10 *= scaling_factor;
+        std::get<9>(accumulators) += tmp_10;
+
+        // Contribution (11)
+        auto tmp_11 = (accumulators_binary_limbs_2 - relation_parameters.accumulated_result[2]) * lagrange_second;
+        tmp_11 *= scaling_factor;
+        std::get<10>(accumulators) += tmp_11;
+
+        // Contribution (12)
+        auto tmp_12 = (accumulators_binary_limbs_3 - relation_parameters.accumulated_result[3]) * lagrange_second;
+        tmp_12 *= scaling_factor;
+        std::get<11>(accumulators) += tmp_12;
+    };
+};
+template <typename FF>
+using GoblinTranslatorOpcodeConstraintRelation = Relation<GoblinTranslatorOpcodeConstraintRelationImpl<FF>>;
+
+template <typename FF>
+using GoblinTranslatorAccumulatorTransferRelation = Relation<GoblinTranslatorAccumulatorTransferRelationImpl<FF>>;
+
+} // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/gen_perm_sort_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/gen_perm_sort_relation.hpp
index dd7e4cda102d..ac25d184d231 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/gen_perm_sort_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/gen_perm_sort_relation.hpp
@@ -8,19 +8,16 @@ template <typename FF_> class GenPermSortRelationImpl {
   public:
     using FF = FF_;
 
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6; // degree(q_sort * D(D - 1)(D - 2)(D - 3)) = 5
-
-    static constexpr size_t LEN_1 = 6; // range constrain sub-relation 1
-    static constexpr size_t LEN_2 = 6; // range constrain sub-relation 2
-    static constexpr size_t LEN_3 = 6; // range constrain sub-relation 3
-    static constexpr size_t LEN_4 = 6; // range constrain sub-relation 4
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2, LEN_3, LEN_4>;
+    static constexpr std::array<size_t, 4> SUBRELATION_LENGTHS{
+        6, // range constrain sub-relation 1
+        6, // range constrain sub-relation 2
+        6, // range constrain sub-relation 3
+        6  // range constrain sub-relation 4
+    };
 
     /**
      * @brief Expression for the generalized permutation sort gate.
-     * @details The relation is defined as C(extended_edges(X)...) =
+     * @details The relation is defined as C(in(X)...) =
      *    q_sort * \sum{ i = [0, 3]} \alpha^i D_i(D_i - 1)(D_i - 2)(D_i - 3)
      *      where
      *      D_0 = w_2 - w_1
@@ -28,27 +25,25 @@ template <typename FF_> class GenPermSortRelationImpl {
      *      D_2 = w_4 - w_3
      *      D_3 = w_1_shift - w_4
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    void static accumulate(typename AccumulatorTypes::Accumulators& accumulators,
-                           const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    void static accumulate(ContainerOverSubrelations& accumulators,
+                           const AllEntities& in,
                            const RelationParameters<FF>&,
                            const FF& scaling_factor)
     {
-        // OPTIMIZATION?: Karatsuba in general, at least for some degrees?
-        //       See https://hackmd.io/xGLuj6biSsCjzQnYN-pEiA?both
-
-        using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-        auto w_1 = View(extended_edges.w_l);
-        auto w_2 = View(extended_edges.w_r);
-        auto w_3 = View(extended_edges.w_o);
-        auto w_4 = View(extended_edges.w_4);
-        auto w_1_shift = View(extended_edges.w_l_shift);
-        auto q_sort = View(extended_edges.q_sort);
+        using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+        auto w_1 = View(in.w_l);
+        auto w_2 = View(in.w_r);
+        auto w_3 = View(in.w_o);
+        auto w_4 = View(in.w_4);
+        auto w_1_shift = View(in.w_l_shift);
+        auto q_sort = View(in.q_sort);
 
         static const FF minus_one = FF(-1);
         static const FF minus_two = FF(-2);
@@ -98,6 +93,137 @@ template <typename FF_> class GenPermSortRelationImpl {
     };
 };
 
+template <typename FF_> class GoblinTranslatorGenPermSortRelationImpl {
+  public:
+    using FF = FF_;
+
+    // 1 + polynomial degree of this relation
+    static constexpr size_t RELATION_LENGTH = 6; // degree((lagrange_last-1) * D(D - 1)(D - 2)(D - 3)) = 5
+
+    static constexpr std::array<size_t, 10> SUBRELATION_LENGTHS{
+        6, // ordered_range_constraints_0 step in {0,1,2,3} subrelation
+        6, // ordered_range_constraints_1 step in {0,1,2,3} subrelation
+        6, // ordered_range_constraints_2 step in {0,1,2,3} subrelation
+        6, // ordered_range_constraints_3 step in {0,1,2,3} subrelation
+        6, // ordered_range_constraints_4 step in {0,1,2,3} subrelation
+        3, // ordered_range_constraints_0 ends with defined maximum value subrelation
+        3, // ordered_range_constraints_1 ends with defined maximum value subrelation
+        3, // ordered_range_constraints_2 ends with defined maximum value subrelation
+        3, // ordered_range_constraints_3 ends with defined maximum value subrelation
+        3  // ordered_range_constraints_4 ends with defined maximum value subrelation
+
+    };
+
+    /**
+     * @brief Expression for the generalized permutation sort relation
+     *
+     * @details The relation enforces 2 constraints on each of the ordered_range_constraints wires:
+     * 1) 2 sequential values are non-descending and have a difference of at most 3, except for the value at last index
+     * 2) The value at last index is  2¹⁴ - 1
+     *
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
+     * @param parameters contains beta, gamma, and public_input_delta, ....
+     * @param scaling_factor optional term to scale the evaluation before adding to evals.
+     */
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    inline static void accumulate(ContainerOverSubrelations& accumulators,
+                                  const AllEntities& in,
+                                  const RelationParameters<FF>&,
+                                  const FF& scaling_factor)
+    {
+        using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+        using View = typename Accumulator::View;
+        auto ordered_range_constraints_0 = View(in.ordered_range_constraints_0);
+        auto ordered_range_constraints_1 = View(in.ordered_range_constraints_1);
+        auto ordered_range_constraints_2 = View(in.ordered_range_constraints_2);
+        auto ordered_range_constraints_3 = View(in.ordered_range_constraints_3);
+        auto ordered_range_constraints_4 = View(in.ordered_range_constraints_4);
+        auto ordered_range_constraints_0_shift = View(in.ordered_range_constraints_0_shift);
+        auto ordered_range_constraints_1_shift = View(in.ordered_range_constraints_1_shift);
+        auto ordered_range_constraints_2_shift = View(in.ordered_range_constraints_2_shift);
+        auto ordered_range_constraints_3_shift = View(in.ordered_range_constraints_3_shift);
+        auto ordered_range_constraints_4_shift = View(in.ordered_range_constraints_4_shift);
+        auto lagrange_last = View(in.lagrange_last);
+
+        static const FF minus_one = FF(-1);
+        static const FF minus_two = FF(-2);
+        static const FF minus_three = FF(-3);
+        static const size_t micro_limb_bits = 14;
+        static const auto maximum_sort_value = -FF((1 << micro_limb_bits) - 1);
+        // Compute wire differences
+        auto delta_1 = ordered_range_constraints_0_shift - ordered_range_constraints_0;
+        auto delta_2 = ordered_range_constraints_1_shift - ordered_range_constraints_1;
+        auto delta_3 = ordered_range_constraints_2_shift - ordered_range_constraints_2;
+        auto delta_4 = ordered_range_constraints_3_shift - ordered_range_constraints_3;
+        auto delta_5 = ordered_range_constraints_4_shift - ordered_range_constraints_4;
+
+        // Contribution (1) (contributions 1-5 ensure that the sequential values have a difference of {0,1,2,3})
+        auto tmp_1 = delta_1;
+        tmp_1 *= (delta_1 + minus_one);
+        tmp_1 *= (delta_1 + minus_two);
+        tmp_1 *= (delta_1 + minus_three);
+        tmp_1 *= (lagrange_last + minus_one);
+        tmp_1 *= scaling_factor;
+        std::get<0>(accumulators) += tmp_1;
+
+        // Contribution (2)
+        auto tmp_2 = delta_2;
+        tmp_2 *= (delta_2 + minus_one);
+        tmp_2 *= (delta_2 + minus_two);
+        tmp_2 *= (delta_2 + minus_three);
+        tmp_2 *= (lagrange_last + minus_one);
+        tmp_2 *= scaling_factor;
+
+        std::get<1>(accumulators) += tmp_2;
+
+        // Contribution (3)
+        auto tmp_3 = delta_3;
+        tmp_3 *= (delta_3 + minus_one);
+        tmp_3 *= (delta_3 + minus_two);
+        tmp_3 *= (delta_3 + minus_three);
+        tmp_3 *= (lagrange_last + minus_one);
+        tmp_3 *= scaling_factor;
+        std::get<2>(accumulators) += tmp_3;
+
+        // Contribution (4)
+        auto tmp_4 = delta_4;
+        tmp_4 *= (delta_4 + minus_one);
+        tmp_4 *= (delta_4 + minus_two);
+        tmp_4 *= (delta_4 + minus_three);
+        tmp_4 *= (lagrange_last + minus_one);
+        tmp_4 *= scaling_factor;
+        std::get<3>(accumulators) += tmp_4;
+
+        // Contribution (5)
+        auto tmp_5 = delta_5;
+        tmp_5 *= (delta_5 + minus_one);
+        tmp_5 *= (delta_5 + minus_two);
+        tmp_5 *= (delta_5 + minus_three);
+        tmp_5 *= (lagrange_last + minus_one);
+        tmp_5 *= scaling_factor;
+        std::get<4>(accumulators) += tmp_5;
+
+        // Contribution (6) (Contributions 6-10 ensure that the last value is the designated maximum value. We don't
+        // need to constrain the first value to be 0, because the shift mechanic does this for us)
+        std::get<5>(accumulators) +=
+            lagrange_last * (ordered_range_constraints_0 + maximum_sort_value) * scaling_factor;
+        // Contribution (7)
+        std::get<6>(accumulators) +=
+            lagrange_last * (ordered_range_constraints_1 + maximum_sort_value) * scaling_factor;
+        // Contribution (8)
+        std::get<7>(accumulators) +=
+            lagrange_last * (ordered_range_constraints_2 + maximum_sort_value) * scaling_factor;
+        // Contribution (9)
+        std::get<8>(accumulators) +=
+            lagrange_last * (ordered_range_constraints_3 + maximum_sort_value) * scaling_factor;
+        // Contribution (10)
+        std::get<9>(accumulators) +=
+            lagrange_last * (ordered_range_constraints_4 + maximum_sort_value) * scaling_factor;
+    };
+};
 template <typename FF> using GenPermSortRelation = Relation<GenPermSortRelationImpl<FF>>;
+template <typename FF>
+using GoblinTranslatorGenPermSortRelation = Relation<GoblinTranslatorGenPermSortRelationImpl<FF>>;
 
 } // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/goblin_translator_relation_consistency.test.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/goblin_translator_relation_consistency.test.cpp
new file mode 100644
index 000000000000..d404f7adf0a4
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/goblin_translator_relation_consistency.test.cpp
@@ -0,0 +1,983 @@
+/**
+ * @file goblin_translator_relation_consistency.test.cpp
+ * @brief Show that relation arithmetic has a simple form.
+ * @details The purpose of this test suite is to show that the identity arithmetic implemented in the Relations is
+ * equivalent to a simpler unoptimized version implemented in the tests themselves. This is useful 1) as documentation
+ * since the simple implementations here should make the underlying arithmetic easier to see, and 2) as a check that
+ * optimizations introduced into the Relations have not changed the result.
+ *
+ * For this purpose, we simply feed (the same) random inputs into each of the two implementations and confirm that
+ * the outputs match. This does not confirm the correctness of the identity arithmetic (the identities will not be
+ * satisfied in general by random inputs) only that the two implementations are equivalent.
+ *
+ */
+#include "barretenberg/ecc/curves/bn254/fr.hpp"
+#include "barretenberg/proof_system/relations/decomposition_relation.hpp"
+#include "barretenberg/proof_system/relations/extra_relations.hpp"
+#include "barretenberg/proof_system/relations/gen_perm_sort_relation.hpp"
+#include "barretenberg/proof_system/relations/permutation_relation.hpp"
+#include "decomposition_relation.hpp"
+#include "extra_relations.hpp"
+#include <gtest/gtest.h>
+
+using namespace proof_system;
+
+namespace proof_system::ultra_relation_consistency_tests {
+
+using FF = barretenberg::fr;
+struct InputElements {
+    static constexpr size_t NUM_ELEMENTS = 184;
+    std::array<FF, NUM_ELEMENTS> _data;
+
+    static InputElements get_random()
+    {
+        InputElements result;
+        std::generate(result._data.begin(), result._data.end(), [] { return FF::random_element(); });
+        return result;
+    }
+
+    static InputElements get_special() // use non-random values
+    {
+        InputElements result;
+        FF idx = 0;
+        std::generate(result._data.begin(), result._data.end(), [&] {
+            idx += FF(1);
+            return idx;
+        });
+        return result;
+    }
+    FF& op = std::get<0>(this->_data);
+    FF& x_lo_y_hi = std::get<1>(this->_data);
+    FF& x_hi_z_1 = std::get<2>(this->_data);
+    FF& y_lo_z_2 = std::get<3>(this->_data);
+    FF& p_x_low_limbs = std::get<4>(this->_data);
+    FF& p_x_low_limbs_range_constraint_0 = std::get<5>(this->_data);
+    FF& p_x_low_limbs_range_constraint_1 = std::get<6>(this->_data);
+    FF& p_x_low_limbs_range_constraint_2 = std::get<7>(this->_data);
+    FF& p_x_low_limbs_range_constraint_3 = std::get<8>(this->_data);
+    FF& p_x_low_limbs_range_constraint_4 = std::get<9>(this->_data);
+    FF& p_x_low_limbs_range_constraint_tail = std::get<10>(this->_data);
+    FF& p_x_high_limbs = std::get<11>(this->_data);
+    FF& p_x_high_limbs_range_constraint_0 = std::get<12>(this->_data);
+    FF& p_x_high_limbs_range_constraint_1 = std::get<13>(this->_data);
+    FF& p_x_high_limbs_range_constraint_2 = std::get<14>(this->_data);
+    FF& p_x_high_limbs_range_constraint_3 = std::get<15>(this->_data);
+    FF& p_x_high_limbs_range_constraint_4 = std::get<16>(this->_data);
+    FF& p_x_high_limbs_range_constraint_tail = std::get<17>(this->_data);
+    FF& p_y_low_limbs = std::get<18>(this->_data);
+    FF& p_y_low_limbs_range_constraint_0 = std::get<19>(this->_data);
+    FF& p_y_low_limbs_range_constraint_1 = std::get<20>(this->_data);
+    FF& p_y_low_limbs_range_constraint_2 = std::get<21>(this->_data);
+    FF& p_y_low_limbs_range_constraint_3 = std::get<22>(this->_data);
+    FF& p_y_low_limbs_range_constraint_4 = std::get<23>(this->_data);
+    FF& p_y_low_limbs_range_constraint_tail = std::get<24>(this->_data);
+    FF& p_y_high_limbs = std::get<25>(this->_data);
+    FF& p_y_high_limbs_range_constraint_0 = std::get<26>(this->_data);
+    FF& p_y_high_limbs_range_constraint_1 = std::get<27>(this->_data);
+    FF& p_y_high_limbs_range_constraint_2 = std::get<28>(this->_data);
+    FF& p_y_high_limbs_range_constraint_3 = std::get<29>(this->_data);
+    FF& p_y_high_limbs_range_constraint_4 = std::get<30>(this->_data);
+    FF& p_y_high_limbs_range_constraint_tail = std::get<31>(this->_data);
+    FF& z_low_limbs = std::get<32>(this->_data);
+    FF& z_low_limbs_range_constraint_0 = std::get<33>(this->_data);
+    FF& z_low_limbs_range_constraint_1 = std::get<34>(this->_data);
+    FF& z_low_limbs_range_constraint_2 = std::get<35>(this->_data);
+    FF& z_low_limbs_range_constraint_3 = std::get<36>(this->_data);
+    FF& z_low_limbs_range_constraint_4 = std::get<37>(this->_data);
+    FF& z_low_limbs_range_constraint_tail = std::get<38>(this->_data);
+    FF& z_high_limbs = std::get<39>(this->_data);
+    FF& z_high_limbs_range_constraint_0 = std::get<40>(this->_data);
+    FF& z_high_limbs_range_constraint_1 = std::get<41>(this->_data);
+    FF& z_high_limbs_range_constraint_2 = std::get<42>(this->_data);
+    FF& z_high_limbs_range_constraint_3 = std::get<43>(this->_data);
+    FF& z_high_limbs_range_constraint_4 = std::get<44>(this->_data);
+    FF& z_high_limbs_range_constraint_tail = std::get<45>(this->_data);
+    FF& accumulators_binary_limbs_0 = std::get<46>(this->_data);
+    FF& accumulators_binary_limbs_1 = std::get<47>(this->_data);
+    FF& accumulators_binary_limbs_2 = std::get<48>(this->_data);
+    FF& accumulators_binary_limbs_3 = std::get<49>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_0 = std::get<50>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_1 = std::get<51>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_2 = std::get<52>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_3 = std::get<53>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_4 = std::get<54>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_tail = std::get<55>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_0 = std::get<56>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_1 = std::get<57>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_2 = std::get<58>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_3 = std::get<59>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_4 = std::get<60>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_tail = std::get<61>(this->_data);
+    FF& quotient_low_binary_limbs = std::get<62>(this->_data);
+    FF& quotient_high_binary_limbs = std::get<63>(this->_data);
+    FF& quotient_low_limbs_range_constraint_0 = std::get<64>(this->_data);
+    FF& quotient_low_limbs_range_constraint_1 = std::get<65>(this->_data);
+    FF& quotient_low_limbs_range_constraint_2 = std::get<66>(this->_data);
+    FF& quotient_low_limbs_range_constraint_3 = std::get<67>(this->_data);
+    FF& quotient_low_limbs_range_constraint_4 = std::get<68>(this->_data);
+    FF& quotient_low_limbs_range_constraint_tail = std::get<69>(this->_data);
+    FF& quotient_high_limbs_range_constraint_0 = std::get<70>(this->_data);
+    FF& quotient_high_limbs_range_constraint_1 = std::get<71>(this->_data);
+    FF& quotient_high_limbs_range_constraint_2 = std::get<72>(this->_data);
+    FF& quotient_high_limbs_range_constraint_3 = std::get<73>(this->_data);
+    FF& quotient_high_limbs_range_constraint_4 = std::get<74>(this->_data);
+    FF& quotient_high_limbs_range_constraint_tail = std::get<75>(this->_data);
+    FF& relation_wide_limbs = std::get<76>(this->_data);
+    FF& relation_wide_limbs_range_constraint_0 = std::get<77>(this->_data);
+    FF& relation_wide_limbs_range_constraint_1 = std::get<78>(this->_data);
+    FF& relation_wide_limbs_range_constraint_2 = std::get<79>(this->_data);
+    FF& relation_wide_limbs_range_constraint_3 = std::get<80>(this->_data);
+    FF& concatenated_range_constraints_0 = std::get<81>(this->_data);
+    FF& concatenated_range_constraints_1 = std::get<82>(this->_data);
+    FF& concatenated_range_constraints_2 = std::get<83>(this->_data);
+    FF& concatenated_range_constraints_3 = std::get<84>(this->_data);
+    FF& ordered_range_constraints_0 = std::get<85>(this->_data);
+    FF& ordered_range_constraints_1 = std::get<86>(this->_data);
+    FF& ordered_range_constraints_2 = std::get<87>(this->_data);
+    FF& ordered_range_constraints_3 = std::get<88>(this->_data);
+    FF& ordered_range_constraints_4 = std::get<89>(this->_data);
+    FF& z_perm = std::get<90>(this->_data);
+    FF& x_lo_y_hi_shift = std::get<91>(this->_data);
+    FF& x_hi_z_1_shift = std::get<92>(this->_data);
+    FF& y_lo_z_2_shift = std::get<93>(this->_data);
+    FF& p_x_low_limbs_shift = std::get<94>(this->_data);
+    FF& p_x_low_limbs_range_constraint_0_shift = std::get<95>(this->_data);
+    FF& p_x_low_limbs_range_constraint_1_shift = std::get<96>(this->_data);
+    FF& p_x_low_limbs_range_constraint_2_shift = std::get<97>(this->_data);
+    FF& p_x_low_limbs_range_constraint_3_shift = std::get<98>(this->_data);
+    FF& p_x_low_limbs_range_constraint_4_shift = std::get<99>(this->_data);
+    FF& p_x_low_limbs_range_constraint_tail_shift = std::get<100>(this->_data);
+    FF& p_x_high_limbs_shift = std::get<101>(this->_data);
+    FF& p_x_high_limbs_range_constraint_0_shift = std::get<102>(this->_data);
+    FF& p_x_high_limbs_range_constraint_1_shift = std::get<103>(this->_data);
+    FF& p_x_high_limbs_range_constraint_2_shift = std::get<104>(this->_data);
+    FF& p_x_high_limbs_range_constraint_3_shift = std::get<105>(this->_data);
+    FF& p_x_high_limbs_range_constraint_4_shift = std::get<106>(this->_data);
+    FF& p_x_high_limbs_range_constraint_tail_shift = std::get<107>(this->_data);
+    FF& p_y_low_limbs_shift = std::get<108>(this->_data);
+    FF& p_y_low_limbs_range_constraint_0_shift = std::get<109>(this->_data);
+    FF& p_y_low_limbs_range_constraint_1_shift = std::get<110>(this->_data);
+    FF& p_y_low_limbs_range_constraint_2_shift = std::get<111>(this->_data);
+    FF& p_y_low_limbs_range_constraint_3_shift = std::get<112>(this->_data);
+    FF& p_y_low_limbs_range_constraint_4_shift = std::get<113>(this->_data);
+    FF& p_y_low_limbs_range_constraint_tail_shift = std::get<114>(this->_data);
+    FF& p_y_high_limbs_shift = std::get<115>(this->_data);
+    FF& p_y_high_limbs_range_constraint_0_shift = std::get<116>(this->_data);
+    FF& p_y_high_limbs_range_constraint_1_shift = std::get<117>(this->_data);
+    FF& p_y_high_limbs_range_constraint_2_shift = std::get<118>(this->_data);
+    FF& p_y_high_limbs_range_constraint_3_shift = std::get<119>(this->_data);
+    FF& p_y_high_limbs_range_constraint_4_shift = std::get<120>(this->_data);
+    FF& p_y_high_limbs_range_constraint_tail_shift = std::get<121>(this->_data);
+    FF& z_low_limbs_shift = std::get<122>(this->_data);
+    FF& z_low_limbs_range_constraint_0_shift = std::get<123>(this->_data);
+    FF& z_low_limbs_range_constraint_1_shift = std::get<124>(this->_data);
+    FF& z_low_limbs_range_constraint_2_shift = std::get<125>(this->_data);
+    FF& z_low_limbs_range_constraint_3_shift = std::get<126>(this->_data);
+    FF& z_low_limbs_range_constraint_4_shift = std::get<127>(this->_data);
+    FF& z_low_limbs_range_constraint_tail_shift = std::get<128>(this->_data);
+    FF& z_high_limbs_shift = std::get<129>(this->_data);
+    FF& z_high_limbs_range_constraint_0_shift = std::get<130>(this->_data);
+    FF& z_high_limbs_range_constraint_1_shift = std::get<131>(this->_data);
+    FF& z_high_limbs_range_constraint_2_shift = std::get<132>(this->_data);
+    FF& z_high_limbs_range_constraint_3_shift = std::get<133>(this->_data);
+    FF& z_high_limbs_range_constraint_4_shift = std::get<134>(this->_data);
+    FF& z_high_limbs_range_constraint_tail_shift = std::get<135>(this->_data);
+    FF& accumulators_binary_limbs_0_shift = std::get<136>(this->_data);
+    FF& accumulators_binary_limbs_1_shift = std::get<137>(this->_data);
+    FF& accumulators_binary_limbs_2_shift = std::get<138>(this->_data);
+    FF& accumulators_binary_limbs_3_shift = std::get<139>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_0_shift = std::get<140>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_1_shift = std::get<141>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_2_shift = std::get<142>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_3_shift = std::get<143>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_4_shift = std::get<144>(this->_data);
+    FF& accumulator_low_limbs_range_constraint_tail_shift = std::get<145>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_0_shift = std::get<146>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_1_shift = std::get<147>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_2_shift = std::get<148>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_3_shift = std::get<149>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_4_shift = std::get<150>(this->_data);
+    FF& accumulator_high_limbs_range_constraint_tail_shift = std::get<151>(this->_data);
+    FF& quotient_low_binary_limbs_shift = std::get<152>(this->_data);
+    FF& quotient_high_binary_limbs_shift = std::get<153>(this->_data);
+    FF& quotient_low_limbs_range_constraint_0_shift = std::get<154>(this->_data);
+    FF& quotient_low_limbs_range_constraint_1_shift = std::get<155>(this->_data);
+    FF& quotient_low_limbs_range_constraint_2_shift = std::get<156>(this->_data);
+    FF& quotient_low_limbs_range_constraint_3_shift = std::get<157>(this->_data);
+    FF& quotient_low_limbs_range_constraint_4_shift = std::get<158>(this->_data);
+    FF& quotient_low_limbs_range_constraint_tail_shift = std::get<159>(this->_data);
+    FF& quotient_high_limbs_range_constraint_0_shift = std::get<160>(this->_data);
+    FF& quotient_high_limbs_range_constraint_1_shift = std::get<161>(this->_data);
+    FF& quotient_high_limbs_range_constraint_2_shift = std::get<162>(this->_data);
+    FF& quotient_high_limbs_range_constraint_3_shift = std::get<163>(this->_data);
+    FF& quotient_high_limbs_range_constraint_4_shift = std::get<164>(this->_data);
+    FF& quotient_high_limbs_range_constraint_tail_shift = std::get<165>(this->_data);
+    FF& relation_wide_limbs_shift = std::get<166>(this->_data);
+    FF& relation_wide_limbs_range_constraint_0_shift = std::get<167>(this->_data);
+    FF& relation_wide_limbs_range_constraint_1_shift = std::get<168>(this->_data);
+    FF& relation_wide_limbs_range_constraint_2_shift = std::get<169>(this->_data);
+    FF& relation_wide_limbs_range_constraint_3_shift = std::get<170>(this->_data);
+    FF& ordered_range_constraints_0_shift = std::get<171>(this->_data);
+    FF& ordered_range_constraints_1_shift = std::get<172>(this->_data);
+    FF& ordered_range_constraints_2_shift = std::get<173>(this->_data);
+    FF& ordered_range_constraints_3_shift = std::get<174>(this->_data);
+    FF& ordered_range_constraints_4_shift = std::get<175>(this->_data);
+    FF& z_perm_shift = std::get<176>(this->_data);
+    FF& lagrange_first = std::get<177>(this->_data);
+    FF& lagrange_last = std::get<178>(this->_data);
+    FF& lagrange_odd = std::get<179>(this->_data);
+    FF& lagrange_even = std::get<180>(this->_data);
+    FF& lagrange_second = std::get<181>(this->_data);
+    FF& lagrange_second_to_last_in_minicircuit = std::get<182>(this->_data);
+    FF& ordered_extra_range_constraints_numerator = std::get<183>(this->_data);
+};
+
+class GoblinTranslatorRelationConsistency : public testing::Test {
+  public:
+    template <typename Relation>
+    static void validate_relation_execution(const auto& expected_values,
+                                            const InputElements& input_elements,
+                                            const auto& parameters)
+    {
+        typename Relation::ArrayOfValuesOverSubrelations accumulator;
+        std::fill(accumulator.begin(), accumulator.end(), FF(0));
+        Relation::accumulate(accumulator, input_elements, parameters, 1);
+        EXPECT_EQ(accumulator, expected_values);
+    };
+};
+
+TEST_F(GoblinTranslatorRelationConsistency, PermutationRelation)
+{
+    const auto run_test = [](bool random_inputs) {
+        using Relation = GoblinTranslatorPermutationRelation<FF>;
+        using RelationValues = typename Relation::ArrayOfValuesOverSubrelations;
+
+        const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
+        const auto& concatenated_range_constraints_0 = input_elements.concatenated_range_constraints_0;
+        const auto& concatenated_range_constraints_1 = input_elements.concatenated_range_constraints_1;
+        const auto& concatenated_range_constraints_2 = input_elements.concatenated_range_constraints_2;
+        const auto& concatenated_range_constraints_3 = input_elements.concatenated_range_constraints_3;
+        const auto& ordered_range_constraints_0 = input_elements.ordered_range_constraints_0;
+        const auto& ordered_range_constraints_1 = input_elements.ordered_range_constraints_1;
+        const auto& ordered_range_constraints_2 = input_elements.ordered_range_constraints_2;
+        const auto& ordered_range_constraints_3 = input_elements.ordered_range_constraints_3;
+        const auto& ordered_range_constraints_4 = input_elements.ordered_range_constraints_4;
+        const auto& ordered_extra_range_constraints_numerator =
+            input_elements.ordered_extra_range_constraints_numerator;
+        const auto& z_perm = input_elements.z_perm;
+        const auto& z_perm_shift = input_elements.z_perm_shift;
+        const auto& lagrange_first = input_elements.lagrange_first;
+        const auto& lagrange_last = input_elements.lagrange_last;
+
+        RelationValues expected_values;
+
+        const auto parameters = RelationParameters<FF>::get_random();
+        const auto& gamma = parameters.gamma;
+
+        // (Contribution 1)
+        auto contribution_1 =
+            (z_perm + lagrange_first) * (concatenated_range_constraints_0 + gamma) *
+                (concatenated_range_constraints_1 + gamma) * (concatenated_range_constraints_2 + gamma) *
+                (concatenated_range_constraints_3 + gamma) * (ordered_extra_range_constraints_numerator + gamma) -
+            (z_perm_shift + lagrange_last) * (ordered_range_constraints_0 + gamma) *
+                (ordered_range_constraints_1 + gamma) * (ordered_range_constraints_2 + gamma) *
+                (ordered_range_constraints_3 + gamma) * (ordered_range_constraints_4 + gamma);
+        expected_values[0] = contribution_1;
+
+        // (Contribution 2)
+        auto contribution_2 = z_perm_shift * lagrange_last;
+        expected_values[1] = contribution_2;
+
+        validate_relation_execution<Relation>(expected_values, input_elements, parameters);
+    };
+    run_test(/*random_inputs=*/false);
+    run_test(/*random_inputs=*/true);
+};
+
+TEST_F(GoblinTranslatorRelationConsistency, GenPermSortRelation)
+{
+    const auto run_test = [](bool random_inputs) {
+        using Relation = GoblinTranslatorGenPermSortRelation<FF>;
+        using RelationValues = typename Relation::ArrayOfValuesOverSubrelations;
+
+        const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
+
+        const auto& ordered_range_constraints_0 = input_elements.ordered_range_constraints_0;
+        const auto& ordered_range_constraints_1 = input_elements.ordered_range_constraints_1;
+        const auto& ordered_range_constraints_2 = input_elements.ordered_range_constraints_2;
+        const auto& ordered_range_constraints_3 = input_elements.ordered_range_constraints_3;
+        const auto& ordered_range_constraints_4 = input_elements.ordered_range_constraints_4;
+        const auto& ordered_range_constraints_0_shift = input_elements.ordered_range_constraints_0_shift;
+        const auto& ordered_range_constraints_1_shift = input_elements.ordered_range_constraints_1_shift;
+        const auto& ordered_range_constraints_2_shift = input_elements.ordered_range_constraints_2_shift;
+        const auto& ordered_range_constraints_3_shift = input_elements.ordered_range_constraints_3_shift;
+        const auto& ordered_range_constraints_4_shift = input_elements.ordered_range_constraints_4_shift;
+        const auto& lagrange_last = input_elements.lagrange_last;
+
+        RelationValues expected_values;
+
+        const auto parameters = RelationParameters<FF>::get_random();
+
+        const size_t MICRO_LIMB_BITS = 14;
+        const auto minus_one = FF(-1);
+        const auto minus_two = FF(-2);
+        const auto minus_three = FF(-3);
+        const auto maximum_value = -FF((1 << MICRO_LIMB_BITS) - 1);
+
+        // First compute individual deltas
+        const auto delta_1 = ordered_range_constraints_0_shift - ordered_range_constraints_0;
+        const auto delta_2 = ordered_range_constraints_1_shift - ordered_range_constraints_1;
+        const auto delta_3 = ordered_range_constraints_2_shift - ordered_range_constraints_2;
+        const auto delta_4 = ordered_range_constraints_3_shift - ordered_range_constraints_3;
+        const auto delta_5 = ordered_range_constraints_4_shift - ordered_range_constraints_4;
+
+        const auto not_last = lagrange_last + minus_one;
+
+        // Check the delta is {0,1,2,3}
+        auto delta_in_range = [not_last, minus_one, minus_two, minus_three](auto delta) {
+            return not_last * delta * (delta + minus_one) * (delta + minus_two) * (delta + minus_three);
+        };
+
+        // Check delta correctness
+        expected_values[0] = delta_in_range(delta_1);
+        expected_values[1] = delta_in_range(delta_2);
+        expected_values[2] = delta_in_range(delta_3);
+        expected_values[3] = delta_in_range(delta_4);
+        expected_values[4] = delta_in_range(delta_5);
+        // Check that the last value is maximum allowed
+        expected_values[5] = lagrange_last * (ordered_range_constraints_0 + maximum_value);
+        expected_values[6] = lagrange_last * (ordered_range_constraints_1 + maximum_value);
+        expected_values[7] = lagrange_last * (ordered_range_constraints_2 + maximum_value);
+        expected_values[8] = lagrange_last * (ordered_range_constraints_3 + maximum_value);
+        expected_values[9] = lagrange_last * (ordered_range_constraints_4 + maximum_value);
+        // We don't check that the first value is zero, because the shift mechanism already ensures it
+
+        validate_relation_execution<Relation>(expected_values, input_elements, parameters);
+    };
+    run_test(/*random_inputs=*/false);
+    run_test(/*random_inputs=*/true);
+};
+
+TEST_F(GoblinTranslatorRelationConsistency, DecompositionRelation)
+{
+    const auto run_test = [](bool random_inputs) {
+        using Relation = GoblinTranslatorDecompositionRelation<FF>;
+        using RelationValues = typename Relation::ArrayOfValuesOverSubrelations;
+
+        const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
+
+        // Get all the wires
+        const auto& p_x_low_limbs_range_constraint_0 = input_elements.p_x_low_limbs_range_constraint_0;
+        const auto& p_x_low_limbs_range_constraint_1 = input_elements.p_x_low_limbs_range_constraint_1;
+        const auto& p_x_low_limbs_range_constraint_2 = input_elements.p_x_low_limbs_range_constraint_2;
+        const auto& p_x_low_limbs_range_constraint_3 = input_elements.p_x_low_limbs_range_constraint_3;
+        const auto& p_x_low_limbs_range_constraint_4 = input_elements.p_x_low_limbs_range_constraint_4;
+        const auto& p_x_low_limbs_range_constraint_tail = input_elements.p_x_low_limbs_range_constraint_tail;
+        const auto& p_x_low_limbs = input_elements.p_x_low_limbs;
+        const auto& p_x_high_limbs_range_constraint_0 = input_elements.p_x_high_limbs_range_constraint_0;
+        const auto& p_x_high_limbs_range_constraint_1 = input_elements.p_x_high_limbs_range_constraint_1;
+        const auto& p_x_high_limbs_range_constraint_2 = input_elements.p_x_high_limbs_range_constraint_2;
+        const auto& p_x_high_limbs_range_constraint_3 = input_elements.p_x_high_limbs_range_constraint_3;
+        const auto& p_x_high_limbs_range_constraint_4 = input_elements.p_x_high_limbs_range_constraint_4;
+        const auto& p_x_high_limbs_range_constraint_tail = input_elements.p_x_high_limbs_range_constraint_tail;
+        const auto& p_x_high_limbs = input_elements.p_x_high_limbs;
+        const auto& p_x_low_limbs_range_constraint_0_shift = input_elements.p_x_low_limbs_range_constraint_0_shift;
+        const auto& p_x_low_limbs_range_constraint_1_shift = input_elements.p_x_low_limbs_range_constraint_1_shift;
+        const auto& p_x_low_limbs_range_constraint_2_shift = input_elements.p_x_low_limbs_range_constraint_2_shift;
+        const auto& p_x_low_limbs_range_constraint_3_shift = input_elements.p_x_low_limbs_range_constraint_3_shift;
+        const auto& p_x_low_limbs_range_constraint_4_shift = input_elements.p_x_low_limbs_range_constraint_4_shift;
+        const auto& p_x_low_limbs_range_constraint_tail_shift =
+            input_elements.p_x_low_limbs_range_constraint_tail_shift;
+        const auto& p_x_low_limbs_shift = input_elements.p_x_low_limbs_shift;
+        const auto& p_x_high_limbs_range_constraint_0_shift = input_elements.p_x_high_limbs_range_constraint_0_shift;
+        const auto& p_x_high_limbs_range_constraint_1_shift = input_elements.p_x_high_limbs_range_constraint_1_shift;
+        const auto& p_x_high_limbs_range_constraint_2_shift = input_elements.p_x_high_limbs_range_constraint_2_shift;
+        const auto& p_x_high_limbs_range_constraint_3_shift = input_elements.p_x_high_limbs_range_constraint_3_shift;
+        const auto& p_x_high_limbs_range_constraint_4_shift = input_elements.p_x_high_limbs_range_constraint_4_shift;
+        const auto& p_x_high_limbs_range_constraint_tail_shift =
+            input_elements.p_x_high_limbs_range_constraint_tail_shift;
+        const auto& p_x_high_limbs_shift = input_elements.p_x_high_limbs_shift;
+        const auto& p_y_low_limbs_range_constraint_0 = input_elements.p_y_low_limbs_range_constraint_0;
+        const auto& p_y_low_limbs_range_constraint_1 = input_elements.p_y_low_limbs_range_constraint_1;
+        const auto& p_y_low_limbs_range_constraint_2 = input_elements.p_y_low_limbs_range_constraint_2;
+        const auto& p_y_low_limbs_range_constraint_3 = input_elements.p_y_low_limbs_range_constraint_3;
+        const auto& p_y_low_limbs_range_constraint_4 = input_elements.p_y_low_limbs_range_constraint_4;
+        const auto& p_y_low_limbs_range_constraint_tail = input_elements.p_y_low_limbs_range_constraint_tail;
+        const auto& p_y_low_limbs = input_elements.p_y_low_limbs;
+        const auto& p_y_high_limbs_range_constraint_0 = input_elements.p_y_high_limbs_range_constraint_0;
+        const auto& p_y_high_limbs_range_constraint_1 = input_elements.p_y_high_limbs_range_constraint_1;
+        const auto& p_y_high_limbs_range_constraint_2 = input_elements.p_y_high_limbs_range_constraint_2;
+        const auto& p_y_high_limbs_range_constraint_3 = input_elements.p_y_high_limbs_range_constraint_3;
+        const auto& p_y_high_limbs_range_constraint_4 = input_elements.p_y_high_limbs_range_constraint_4;
+        const auto& p_y_high_limbs_range_constraint_tail = input_elements.p_y_high_limbs_range_constraint_tail;
+        const auto& p_y_high_limbs = input_elements.p_y_high_limbs;
+        const auto& p_y_low_limbs_range_constraint_0_shift = input_elements.p_y_low_limbs_range_constraint_0_shift;
+        const auto& p_y_low_limbs_range_constraint_1_shift = input_elements.p_y_low_limbs_range_constraint_1_shift;
+        const auto& p_y_low_limbs_range_constraint_2_shift = input_elements.p_y_low_limbs_range_constraint_2_shift;
+        const auto& p_y_low_limbs_range_constraint_3_shift = input_elements.p_y_low_limbs_range_constraint_3_shift;
+        const auto& p_y_low_limbs_range_constraint_4_shift = input_elements.p_y_low_limbs_range_constraint_4_shift;
+        const auto& p_y_low_limbs_range_constraint_tail_shift =
+            input_elements.p_y_low_limbs_range_constraint_tail_shift;
+        const auto& p_y_low_limbs_shift = input_elements.p_y_low_limbs_shift;
+        const auto& p_y_high_limbs_range_constraint_0_shift = input_elements.p_y_high_limbs_range_constraint_0_shift;
+        const auto& p_y_high_limbs_range_constraint_1_shift = input_elements.p_y_high_limbs_range_constraint_1_shift;
+        const auto& p_y_high_limbs_range_constraint_2_shift = input_elements.p_y_high_limbs_range_constraint_2_shift;
+        const auto& p_y_high_limbs_range_constraint_3_shift = input_elements.p_y_high_limbs_range_constraint_3_shift;
+        const auto& p_y_high_limbs_range_constraint_4_shift = input_elements.p_y_high_limbs_range_constraint_4_shift;
+        const auto& p_y_high_limbs_range_constraint_tail_shift =
+            input_elements.p_y_high_limbs_range_constraint_tail_shift;
+        const auto& p_y_high_limbs_shift = input_elements.p_y_high_limbs_shift;
+        const auto& z_low_limbs_range_constraint_0 = input_elements.z_low_limbs_range_constraint_0;
+        const auto& z_low_limbs_range_constraint_1 = input_elements.z_low_limbs_range_constraint_1;
+        const auto& z_low_limbs_range_constraint_2 = input_elements.z_low_limbs_range_constraint_2;
+        const auto& z_low_limbs_range_constraint_3 = input_elements.z_low_limbs_range_constraint_3;
+        const auto& z_low_limbs_range_constraint_4 = input_elements.z_low_limbs_range_constraint_4;
+        const auto& z_low_limbs_range_constraint_tail = input_elements.z_low_limbs_range_constraint_tail;
+        const auto& z_low_limbs = input_elements.z_low_limbs;
+        const auto& z_low_limbs_range_constraint_0_shift = input_elements.z_low_limbs_range_constraint_0_shift;
+        const auto& z_low_limbs_range_constraint_1_shift = input_elements.z_low_limbs_range_constraint_1_shift;
+        const auto& z_low_limbs_range_constraint_2_shift = input_elements.z_low_limbs_range_constraint_2_shift;
+        const auto& z_low_limbs_range_constraint_3_shift = input_elements.z_low_limbs_range_constraint_3_shift;
+        const auto& z_low_limbs_range_constraint_4_shift = input_elements.z_low_limbs_range_constraint_4_shift;
+        const auto& z_low_limbs_range_constraint_tail_shift = input_elements.z_low_limbs_range_constraint_tail_shift;
+        const auto& z_low_limbs_shift = input_elements.z_low_limbs_shift;
+        const auto& z_high_limbs_range_constraint_0 = input_elements.z_high_limbs_range_constraint_0;
+        const auto& z_high_limbs_range_constraint_1 = input_elements.z_high_limbs_range_constraint_1;
+        const auto& z_high_limbs_range_constraint_2 = input_elements.z_high_limbs_range_constraint_2;
+        const auto& z_high_limbs_range_constraint_3 = input_elements.z_high_limbs_range_constraint_3;
+        const auto& z_high_limbs_range_constraint_4 = input_elements.z_high_limbs_range_constraint_4;
+        const auto& z_high_limbs_range_constraint_tail = input_elements.z_high_limbs_range_constraint_tail;
+        const auto& z_high_limbs = input_elements.z_high_limbs;
+        const auto& z_high_limbs_range_constraint_0_shift = input_elements.z_high_limbs_range_constraint_0_shift;
+        const auto& z_high_limbs_range_constraint_1_shift = input_elements.z_high_limbs_range_constraint_1_shift;
+        const auto& z_high_limbs_range_constraint_2_shift = input_elements.z_high_limbs_range_constraint_2_shift;
+        const auto& z_high_limbs_range_constraint_3_shift = input_elements.z_high_limbs_range_constraint_3_shift;
+        const auto& z_high_limbs_range_constraint_4_shift = input_elements.z_high_limbs_range_constraint_4_shift;
+        const auto& z_high_limbs_range_constraint_tail_shift = input_elements.z_high_limbs_range_constraint_tail_shift;
+        const auto& z_high_limbs_shift = input_elements.z_high_limbs_shift;
+        const auto& accumulator_low_limbs_range_constraint_0 = input_elements.accumulator_low_limbs_range_constraint_0;
+        const auto& accumulator_low_limbs_range_constraint_1 = input_elements.accumulator_low_limbs_range_constraint_1;
+        const auto& accumulator_low_limbs_range_constraint_2 = input_elements.accumulator_low_limbs_range_constraint_2;
+        const auto& accumulator_low_limbs_range_constraint_3 = input_elements.accumulator_low_limbs_range_constraint_3;
+        const auto& accumulator_low_limbs_range_constraint_4 = input_elements.accumulator_low_limbs_range_constraint_4;
+        const auto& accumulator_low_limbs_range_constraint_tail =
+            input_elements.accumulator_low_limbs_range_constraint_tail;
+        const auto& accumulator_low_limbs_range_constraint_0_shift =
+            input_elements.accumulator_low_limbs_range_constraint_0_shift;
+        const auto& accumulator_low_limbs_range_constraint_1_shift =
+            input_elements.accumulator_low_limbs_range_constraint_1_shift;
+        const auto& accumulator_low_limbs_range_constraint_2_shift =
+            input_elements.accumulator_low_limbs_range_constraint_2_shift;
+        const auto& accumulator_low_limbs_range_constraint_3_shift =
+            input_elements.accumulator_low_limbs_range_constraint_3_shift;
+        const auto& accumulator_low_limbs_range_constraint_4_shift =
+            input_elements.accumulator_low_limbs_range_constraint_4_shift;
+        const auto& accumulator_low_limbs_range_constraint_tail_shift =
+            input_elements.accumulator_low_limbs_range_constraint_tail_shift;
+        const auto& accumulator_high_limbs_range_constraint_0 =
+            input_elements.accumulator_high_limbs_range_constraint_0;
+        const auto& accumulator_high_limbs_range_constraint_1 =
+            input_elements.accumulator_high_limbs_range_constraint_1;
+        const auto& accumulator_high_limbs_range_constraint_2 =
+            input_elements.accumulator_high_limbs_range_constraint_2;
+        const auto& accumulator_high_limbs_range_constraint_3 =
+            input_elements.accumulator_high_limbs_range_constraint_3;
+        const auto& accumulator_high_limbs_range_constraint_4 =
+            input_elements.accumulator_high_limbs_range_constraint_4;
+        const auto& accumulator_high_limbs_range_constraint_tail =
+            input_elements.accumulator_high_limbs_range_constraint_tail;
+        const auto& accumulator_high_limbs_range_constraint_0_shift =
+            input_elements.accumulator_high_limbs_range_constraint_0_shift;
+        const auto& accumulator_high_limbs_range_constraint_1_shift =
+            input_elements.accumulator_high_limbs_range_constraint_1_shift;
+        const auto& accumulator_high_limbs_range_constraint_2_shift =
+            input_elements.accumulator_high_limbs_range_constraint_2_shift;
+        const auto& accumulator_high_limbs_range_constraint_3_shift =
+            input_elements.accumulator_high_limbs_range_constraint_3_shift;
+        const auto& accumulator_high_limbs_range_constraint_4_shift =
+            input_elements.accumulator_high_limbs_range_constraint_4_shift;
+        const auto& accumulator_high_limbs_range_constraint_tail_shift =
+            input_elements.accumulator_high_limbs_range_constraint_tail_shift;
+        const auto& accumulators_binary_limbs_0 = input_elements.accumulators_binary_limbs_0;
+        const auto& accumulators_binary_limbs_1 = input_elements.accumulators_binary_limbs_1;
+        const auto& accumulators_binary_limbs_2 = input_elements.accumulators_binary_limbs_2;
+        const auto& accumulators_binary_limbs_3 = input_elements.accumulators_binary_limbs_3;
+        const auto& quotient_low_limbs_range_constraint_0 = input_elements.quotient_low_limbs_range_constraint_0;
+        const auto& quotient_low_limbs_range_constraint_1 = input_elements.quotient_low_limbs_range_constraint_1;
+        const auto& quotient_low_limbs_range_constraint_2 = input_elements.quotient_low_limbs_range_constraint_2;
+        const auto& quotient_low_limbs_range_constraint_3 = input_elements.quotient_low_limbs_range_constraint_3;
+        const auto& quotient_low_limbs_range_constraint_4 = input_elements.quotient_low_limbs_range_constraint_4;
+        const auto& quotient_low_limbs_range_constraint_tail = input_elements.quotient_low_limbs_range_constraint_tail;
+        const auto& quotient_low_limbs_range_constraint_0_shift =
+            input_elements.quotient_low_limbs_range_constraint_0_shift;
+        const auto& quotient_low_limbs_range_constraint_1_shift =
+            input_elements.quotient_low_limbs_range_constraint_1_shift;
+        const auto& quotient_low_limbs_range_constraint_2_shift =
+            input_elements.quotient_low_limbs_range_constraint_2_shift;
+        const auto& quotient_low_limbs_range_constraint_3_shift =
+            input_elements.quotient_low_limbs_range_constraint_3_shift;
+        const auto& quotient_low_limbs_range_constraint_4_shift =
+            input_elements.quotient_low_limbs_range_constraint_4_shift;
+        const auto& quotient_low_limbs_range_constraint_tail_shift =
+            input_elements.quotient_low_limbs_range_constraint_tail_shift;
+        const auto& quotient_high_limbs_range_constraint_0 = input_elements.quotient_high_limbs_range_constraint_0;
+        const auto& quotient_high_limbs_range_constraint_1 = input_elements.quotient_high_limbs_range_constraint_1;
+        const auto& quotient_high_limbs_range_constraint_2 = input_elements.quotient_high_limbs_range_constraint_2;
+        const auto& quotient_high_limbs_range_constraint_3 = input_elements.quotient_high_limbs_range_constraint_3;
+        const auto& quotient_high_limbs_range_constraint_4 = input_elements.quotient_high_limbs_range_constraint_4;
+        const auto& quotient_high_limbs_range_constraint_tail =
+            input_elements.quotient_high_limbs_range_constraint_tail;
+        const auto& quotient_high_limbs_range_constraint_0_shift =
+            input_elements.quotient_high_limbs_range_constraint_0_shift;
+        const auto& quotient_high_limbs_range_constraint_1_shift =
+            input_elements.quotient_high_limbs_range_constraint_1_shift;
+        const auto& quotient_high_limbs_range_constraint_2_shift =
+            input_elements.quotient_high_limbs_range_constraint_2_shift;
+        const auto& quotient_high_limbs_range_constraint_3_shift =
+            input_elements.quotient_high_limbs_range_constraint_3_shift;
+        const auto& quotient_high_limbs_range_constraint_4_shift =
+            input_elements.quotient_high_limbs_range_constraint_4_shift;
+        const auto& quotient_high_limbs_range_constraint_tail_shift =
+            input_elements.quotient_high_limbs_range_constraint_tail_shift;
+        const auto& quotient_low_binary_limbs = input_elements.quotient_low_binary_limbs;
+        const auto& quotient_low_binary_limbs_shift = input_elements.quotient_low_binary_limbs_shift;
+        const auto& quotient_high_binary_limbs = input_elements.quotient_high_binary_limbs;
+        const auto& quotient_high_binary_limbs_shift = input_elements.quotient_high_binary_limbs_shift;
+        const auto& relation_wide_limbs_range_constraint_0 = input_elements.relation_wide_limbs_range_constraint_0;
+        const auto& relation_wide_limbs_range_constraint_1 = input_elements.relation_wide_limbs_range_constraint_1;
+        const auto& relation_wide_limbs_range_constraint_2 = input_elements.relation_wide_limbs_range_constraint_2;
+        const auto& relation_wide_limbs_range_constraint_3 = input_elements.relation_wide_limbs_range_constraint_3;
+        const auto& relation_wide_limbs_range_constraint_0_shift =
+            input_elements.relation_wide_limbs_range_constraint_0_shift;
+        const auto& relation_wide_limbs_range_constraint_1_shift =
+            input_elements.relation_wide_limbs_range_constraint_1_shift;
+        const auto& relation_wide_limbs_range_constraint_2_shift =
+            input_elements.relation_wide_limbs_range_constraint_2_shift;
+        const auto& relation_wide_limbs_range_constraint_3_shift =
+            input_elements.relation_wide_limbs_range_constraint_3_shift;
+        const auto& relation_wide_limbs = input_elements.relation_wide_limbs;
+        const auto& relation_wide_limbs_shift = input_elements.relation_wide_limbs_shift;
+
+        const auto& x_lo_y_hi = input_elements.x_lo_y_hi;
+        const auto& x_hi_z_1 = input_elements.x_hi_z_1;
+        const auto& y_lo_z_2 = input_elements.y_lo_z_2;
+        const auto& x_lo_y_hi_shift = input_elements.x_lo_y_hi_shift;
+        const auto& x_hi_z_1_shift = input_elements.x_hi_z_1_shift;
+        const auto& y_lo_z_2_shift = input_elements.y_lo_z_2_shift;
+
+        const auto& lagrange_odd = input_elements.lagrange_odd;
+
+        RelationValues expected_values;
+
+        const auto parameters = RelationParameters<FF>::get_random();
+
+        const size_t NUM_MICRO_LIMB_BITS = 14;
+        const size_t NUM_LIMB_BITS = 68;
+        const auto MICRO_LIMB_SHIFT = FF(uint256_t(1) << NUM_MICRO_LIMB_BITS);
+        const auto MICRO_LIMB_SHIFTx2 = MICRO_LIMB_SHIFT * MICRO_LIMB_SHIFT;
+        const auto MICRO_LIMB_SHIFTx3 = MICRO_LIMB_SHIFTx2 * MICRO_LIMB_SHIFT;
+        const auto MICRO_LIMB_SHIFTx4 = MICRO_LIMB_SHIFTx3 * MICRO_LIMB_SHIFT;
+        const auto MICRO_LIMB_SHIFTx5 = MICRO_LIMB_SHIFTx4 * MICRO_LIMB_SHIFT;
+
+        const auto SHIFT_10_TO_14 = FF(1 << 4);
+        const auto SHIFT_12_TO_14 = FF(1 << 2);
+        const auto SHIFT_4_TO_14 = FF(1 << 10);
+        const auto SHIFT_8_TO_14 = FF(1 << 6);
+        const auto LIMB_SHIFT = FF(uint256_t(1) << NUM_LIMB_BITS);
+
+        // All decomposition happen only at odd indices, so we use lagrange odd
+        /**
+         * @brief Check decomposition of a relation limb. Relation limbs are 84 bits, so the decompositon takes 6
+         * 14-bit microlimbs
+         *
+         */
+        auto check_relation_limb_decomposition = [MICRO_LIMB_SHIFT,
+                                                  MICRO_LIMB_SHIFTx2,
+                                                  MICRO_LIMB_SHIFTx3,
+                                                  MICRO_LIMB_SHIFTx4,
+                                                  MICRO_LIMB_SHIFTx5,
+                                                  lagrange_odd](auto& micro_limb_0,
+                                                                auto& micro_limb_1,
+                                                                auto& micro_limb_2,
+                                                                auto& micro_limb_3,
+                                                                auto& micro_limb_4,
+                                                                auto& micro_limb_5,
+                                                                auto& decomposed_limb) {
+            return (micro_limb_0 + micro_limb_1 * MICRO_LIMB_SHIFT + micro_limb_2 * MICRO_LIMB_SHIFTx2 +
+                    micro_limb_3 * MICRO_LIMB_SHIFTx3 + micro_limb_4 * MICRO_LIMB_SHIFTx4 +
+                    micro_limb_5 * MICRO_LIMB_SHIFTx5 - decomposed_limb) *
+                   lagrange_odd;
+        };
+
+        /**
+         * @brief Check the decomposition of a standard limb. Standard limbs are 68 bits, so we decompose them into
+         * 5 14-bit microlimbs
+         *
+         */
+        auto check_standard_limb_decomposition =
+            [MICRO_LIMB_SHIFT, MICRO_LIMB_SHIFTx2, MICRO_LIMB_SHIFTx3, MICRO_LIMB_SHIFTx4, lagrange_odd](
+                auto& micro_limb_0,
+                auto& micro_limb_1,
+                auto& micro_limb_2,
+                auto& micro_limb_3,
+                auto& micro_limb_4,
+                auto& decomposed_limb) {
+                return (micro_limb_0 + micro_limb_1 * MICRO_LIMB_SHIFT + micro_limb_2 * MICRO_LIMB_SHIFTx2 +
+                        micro_limb_3 * MICRO_LIMB_SHIFTx3 + micro_limb_4 * MICRO_LIMB_SHIFTx4 - decomposed_limb) *
+                       lagrange_odd;
+            };
+
+        /**
+         * @brief Check the decomposition of a standard top limb. Standard top limb is 50 bits (254 = 68 * 3 + 50)
+         *
+         */
+        auto check_standard_top_limb_decomposition =
+            [MICRO_LIMB_SHIFT, MICRO_LIMB_SHIFTx2, MICRO_LIMB_SHIFTx3, lagrange_odd](
+                auto& micro_limb_0, auto& micro_limb_1, auto& micro_limb_2, auto& micro_limb_3, auto& decomposed_limb) {
+                return (micro_limb_0 + micro_limb_1 * MICRO_LIMB_SHIFT + micro_limb_2 * MICRO_LIMB_SHIFTx2 +
+                        micro_limb_3 * MICRO_LIMB_SHIFTx3 - decomposed_limb) *
+                       lagrange_odd;
+            };
+
+        /**
+         * @brief Ensure that the last microlimb of a standard limb decomposition is 12 bits by checking a shifted
+         * version.
+         *
+         */
+        auto check_standard_tail_micro_limb_correctness = [SHIFT_12_TO_14, lagrange_odd](auto& nonshifted_micro_limb,
+                                                                                         auto shifted_micro_limb) {
+            return (nonshifted_micro_limb * SHIFT_12_TO_14 - shifted_micro_limb) * lagrange_odd;
+        };
+
+        /**
+         * @brief Ensure that the last microlimb of a standard top limb decomposition is 8 bits by checking a
+         * shifted version.
+         *
+         */
+        auto check_top_tail_micro_limb_correctness = [SHIFT_8_TO_14, lagrange_odd](auto& nonshifted_micro_limb,
+                                                                                   auto shifted_micro_limb) {
+            return (nonshifted_micro_limb * SHIFT_8_TO_14 - shifted_micro_limb) * lagrange_odd;
+        };
+
+        /**
+         * @brief Ensure that the last microlimb of z top limb decomposition is 4 bits by checking a shifted
+         * version.
+         *
+         */
+        auto check_z_top_tail_micro_limb_correctness = [SHIFT_4_TO_14, lagrange_odd](auto& nonshifted_micro_limb,
+                                                                                     auto shifted_micro_limb) {
+            return (nonshifted_micro_limb * SHIFT_4_TO_14 - shifted_micro_limb) * lagrange_odd;
+        };
+
+        /**
+         * @brief Ensure that the last microlimb of quotient top limb decomposition is 10 bits by checking a shifted
+         * version.
+         *
+         */
+        auto check_quotient_top_tail_micro_limb_correctness =
+            [SHIFT_10_TO_14, lagrange_odd](auto& nonshifted_micro_limb, auto shifted_micro_limb) {
+                return (nonshifted_micro_limb * SHIFT_10_TO_14 - shifted_micro_limb) * lagrange_odd;
+            };
+
+        /**
+         * @brief Check decomposition of wide 128-bit limbs into two 68-bit limbs.
+         *
+         */
+        auto check_wide_limb_into_regular_limb_correctness =
+            [LIMB_SHIFT, lagrange_odd](auto& low_limb, auto& high_limb, auto& wide_limb) {
+                return (low_limb + high_limb * LIMB_SHIFT - wide_limb) * lagrange_odd;
+            };
+
+        // Check decomposition 50-72 bit limbs into microlimbs
+        expected_values[0] = check_standard_limb_decomposition(p_x_low_limbs_range_constraint_0,
+                                                               p_x_low_limbs_range_constraint_1,
+                                                               p_x_low_limbs_range_constraint_2,
+                                                               p_x_low_limbs_range_constraint_3,
+                                                               p_x_low_limbs_range_constraint_4,
+                                                               p_x_low_limbs);
+        expected_values[1] = check_standard_limb_decomposition(p_x_low_limbs_range_constraint_0_shift,
+                                                               p_x_low_limbs_range_constraint_1_shift,
+                                                               p_x_low_limbs_range_constraint_2_shift,
+                                                               p_x_low_limbs_range_constraint_3_shift,
+                                                               p_x_low_limbs_range_constraint_4_shift,
+                                                               p_x_low_limbs_shift);
+        expected_values[2] = check_standard_limb_decomposition(p_x_high_limbs_range_constraint_0,
+                                                               p_x_high_limbs_range_constraint_1,
+                                                               p_x_high_limbs_range_constraint_2,
+                                                               p_x_high_limbs_range_constraint_3,
+                                                               p_x_high_limbs_range_constraint_4,
+                                                               p_x_high_limbs);
+        expected_values[3] = check_standard_top_limb_decomposition(p_x_high_limbs_range_constraint_0_shift,
+                                                                   p_x_high_limbs_range_constraint_1_shift,
+                                                                   p_x_high_limbs_range_constraint_2_shift,
+                                                                   p_x_high_limbs_range_constraint_3_shift,
+                                                                   p_x_high_limbs_shift);
+
+        expected_values[4] = check_standard_limb_decomposition(p_y_low_limbs_range_constraint_0,
+                                                               p_y_low_limbs_range_constraint_1,
+                                                               p_y_low_limbs_range_constraint_2,
+                                                               p_y_low_limbs_range_constraint_3,
+                                                               p_y_low_limbs_range_constraint_4,
+                                                               p_y_low_limbs);
+        expected_values[5] = check_standard_limb_decomposition(p_y_low_limbs_range_constraint_0_shift,
+                                                               p_y_low_limbs_range_constraint_1_shift,
+                                                               p_y_low_limbs_range_constraint_2_shift,
+                                                               p_y_low_limbs_range_constraint_3_shift,
+                                                               p_y_low_limbs_range_constraint_4_shift,
+                                                               p_y_low_limbs_shift);
+        expected_values[6] = check_standard_limb_decomposition(p_y_high_limbs_range_constraint_0,
+                                                               p_y_high_limbs_range_constraint_1,
+                                                               p_y_high_limbs_range_constraint_2,
+                                                               p_y_high_limbs_range_constraint_3,
+                                                               p_y_high_limbs_range_constraint_4,
+                                                               p_y_high_limbs);
+        expected_values[7] = check_standard_top_limb_decomposition(p_y_high_limbs_range_constraint_0_shift,
+                                                                   p_y_high_limbs_range_constraint_1_shift,
+                                                                   p_y_high_limbs_range_constraint_2_shift,
+                                                                   p_y_high_limbs_range_constraint_3_shift,
+                                                                   p_y_high_limbs_shift);
+        expected_values[8] = check_standard_limb_decomposition(z_low_limbs_range_constraint_0,
+                                                               z_low_limbs_range_constraint_1,
+                                                               z_low_limbs_range_constraint_2,
+                                                               z_low_limbs_range_constraint_3,
+                                                               z_low_limbs_range_constraint_4,
+                                                               z_low_limbs);
+        expected_values[9] = check_standard_limb_decomposition(z_low_limbs_range_constraint_0_shift,
+                                                               z_low_limbs_range_constraint_1_shift,
+                                                               z_low_limbs_range_constraint_2_shift,
+                                                               z_low_limbs_range_constraint_3_shift,
+                                                               z_low_limbs_range_constraint_4_shift,
+                                                               z_low_limbs_shift);
+        expected_values[10] = check_standard_limb_decomposition(z_high_limbs_range_constraint_0,
+                                                                z_high_limbs_range_constraint_1,
+                                                                z_high_limbs_range_constraint_2,
+                                                                z_high_limbs_range_constraint_3,
+                                                                z_high_limbs_range_constraint_4,
+                                                                z_high_limbs);
+        expected_values[11] = check_standard_limb_decomposition(z_high_limbs_range_constraint_0_shift,
+                                                                z_high_limbs_range_constraint_1_shift,
+                                                                z_high_limbs_range_constraint_2_shift,
+                                                                z_high_limbs_range_constraint_3_shift,
+                                                                z_high_limbs_range_constraint_4_shift,
+                                                                z_high_limbs_shift);
+        expected_values[12] = check_standard_limb_decomposition(accumulator_low_limbs_range_constraint_0,
+                                                                accumulator_low_limbs_range_constraint_1,
+                                                                accumulator_low_limbs_range_constraint_2,
+                                                                accumulator_low_limbs_range_constraint_3,
+                                                                accumulator_low_limbs_range_constraint_4,
+                                                                accumulators_binary_limbs_0);
+        expected_values[13] = check_standard_limb_decomposition(accumulator_low_limbs_range_constraint_0_shift,
+                                                                accumulator_low_limbs_range_constraint_1_shift,
+                                                                accumulator_low_limbs_range_constraint_2_shift,
+                                                                accumulator_low_limbs_range_constraint_3_shift,
+                                                                accumulator_low_limbs_range_constraint_4_shift,
+                                                                accumulators_binary_limbs_1);
+        expected_values[14] = check_standard_limb_decomposition(accumulator_high_limbs_range_constraint_0,
+                                                                accumulator_high_limbs_range_constraint_1,
+                                                                accumulator_high_limbs_range_constraint_2,
+                                                                accumulator_high_limbs_range_constraint_3,
+                                                                accumulator_high_limbs_range_constraint_4,
+                                                                accumulators_binary_limbs_2);
+        expected_values[15] = check_standard_top_limb_decomposition(accumulator_high_limbs_range_constraint_0_shift,
+                                                                    accumulator_high_limbs_range_constraint_1_shift,
+                                                                    accumulator_high_limbs_range_constraint_2_shift,
+                                                                    accumulator_high_limbs_range_constraint_3_shift,
+                                                                    accumulators_binary_limbs_3);
+        expected_values[16] = check_standard_limb_decomposition(quotient_low_limbs_range_constraint_0,
+                                                                quotient_low_limbs_range_constraint_1,
+                                                                quotient_low_limbs_range_constraint_2,
+                                                                quotient_low_limbs_range_constraint_3,
+                                                                quotient_low_limbs_range_constraint_4,
+                                                                quotient_low_binary_limbs);
+        expected_values[17] = check_standard_limb_decomposition(quotient_low_limbs_range_constraint_0_shift,
+                                                                quotient_low_limbs_range_constraint_1_shift,
+                                                                quotient_low_limbs_range_constraint_2_shift,
+                                                                quotient_low_limbs_range_constraint_3_shift,
+                                                                quotient_low_limbs_range_constraint_4_shift,
+                                                                quotient_low_binary_limbs_shift);
+        expected_values[18] = check_standard_limb_decomposition(quotient_high_limbs_range_constraint_0,
+                                                                quotient_high_limbs_range_constraint_1,
+                                                                quotient_high_limbs_range_constraint_2,
+                                                                quotient_high_limbs_range_constraint_3,
+                                                                quotient_high_limbs_range_constraint_4,
+                                                                quotient_high_binary_limbs);
+        expected_values[19] = check_standard_top_limb_decomposition(quotient_high_limbs_range_constraint_0_shift,
+                                                                    quotient_high_limbs_range_constraint_1_shift,
+                                                                    quotient_high_limbs_range_constraint_2_shift,
+                                                                    quotient_high_limbs_range_constraint_3_shift,
+                                                                    quotient_high_binary_limbs_shift);
+
+        expected_values[20] = check_relation_limb_decomposition(relation_wide_limbs_range_constraint_0,
+                                                                relation_wide_limbs_range_constraint_1,
+                                                                relation_wide_limbs_range_constraint_2,
+                                                                relation_wide_limbs_range_constraint_3,
+                                                                p_x_high_limbs_range_constraint_tail_shift,
+                                                                accumulator_high_limbs_range_constraint_tail_shift,
+                                                                relation_wide_limbs);
+        expected_values[21] = check_relation_limb_decomposition(relation_wide_limbs_range_constraint_0_shift,
+                                                                relation_wide_limbs_range_constraint_1_shift,
+                                                                relation_wide_limbs_range_constraint_2_shift,
+                                                                relation_wide_limbs_range_constraint_3_shift,
+                                                                p_y_high_limbs_range_constraint_tail_shift,
+                                                                quotient_high_limbs_range_constraint_tail_shift,
+                                                                relation_wide_limbs_shift);
+
+        // Contributions enforcing tail range constraints (range constraints less than 14 bits)
+        expected_values[22] = check_standard_tail_micro_limb_correctness(p_x_low_limbs_range_constraint_4,
+                                                                         p_x_low_limbs_range_constraint_tail);
+
+        expected_values[23] = check_standard_tail_micro_limb_correctness(p_x_low_limbs_range_constraint_4_shift,
+                                                                         p_x_low_limbs_range_constraint_tail_shift);
+
+        expected_values[24] = check_standard_tail_micro_limb_correctness(p_x_high_limbs_range_constraint_4,
+                                                                         p_x_high_limbs_range_constraint_tail);
+
+        expected_values[25] = check_top_tail_micro_limb_correctness(p_x_high_limbs_range_constraint_3_shift,
+                                                                    p_x_high_limbs_range_constraint_4_shift);
+
+        expected_values[26] = check_standard_tail_micro_limb_correctness(p_y_low_limbs_range_constraint_4,
+                                                                         p_y_low_limbs_range_constraint_tail);
+
+        expected_values[27] = check_standard_tail_micro_limb_correctness(p_y_low_limbs_range_constraint_4_shift,
+                                                                         p_y_low_limbs_range_constraint_tail_shift);
+
+        expected_values[28] = check_standard_tail_micro_limb_correctness(p_y_high_limbs_range_constraint_4,
+                                                                         p_y_high_limbs_range_constraint_tail);
+
+        expected_values[29] = check_top_tail_micro_limb_correctness(p_y_high_limbs_range_constraint_3_shift,
+                                                                    p_y_high_limbs_range_constraint_4_shift);
+
+        expected_values[30] = check_standard_tail_micro_limb_correctness(z_low_limbs_range_constraint_4,
+                                                                         z_low_limbs_range_constraint_tail);
+
+        expected_values[31] = check_standard_tail_micro_limb_correctness(z_low_limbs_range_constraint_4_shift,
+                                                                         z_low_limbs_range_constraint_tail_shift);
+
+        expected_values[32] = check_z_top_tail_micro_limb_correctness(z_high_limbs_range_constraint_4,
+                                                                      z_high_limbs_range_constraint_tail);
+
+        expected_values[33] = check_z_top_tail_micro_limb_correctness(z_high_limbs_range_constraint_4_shift,
+                                                                      z_high_limbs_range_constraint_tail_shift);
+
+        expected_values[34] = check_standard_tail_micro_limb_correctness(accumulator_low_limbs_range_constraint_4,
+                                                                         accumulator_low_limbs_range_constraint_tail);
+        expected_values[35] = check_standard_tail_micro_limb_correctness(
+            accumulator_low_limbs_range_constraint_4_shift, accumulator_low_limbs_range_constraint_tail_shift);
+
+        expected_values[36] = check_standard_tail_micro_limb_correctness(accumulator_high_limbs_range_constraint_4,
+                                                                         accumulator_high_limbs_range_constraint_tail);
+
+        expected_values[37] = check_top_tail_micro_limb_correctness(accumulator_high_limbs_range_constraint_3_shift,
+                                                                    accumulator_high_limbs_range_constraint_4_shift);
+
+        expected_values[38] = check_standard_tail_micro_limb_correctness(quotient_low_limbs_range_constraint_4,
+                                                                         quotient_low_limbs_range_constraint_tail);
+
+        expected_values[39] = check_standard_tail_micro_limb_correctness(
+            quotient_low_limbs_range_constraint_4_shift, quotient_low_limbs_range_constraint_tail_shift);
+
+        expected_values[40] = check_standard_tail_micro_limb_correctness(quotient_high_limbs_range_constraint_4,
+                                                                         quotient_high_limbs_range_constraint_tail);
+
+        expected_values[41] = check_quotient_top_tail_micro_limb_correctness(
+            quotient_high_limbs_range_constraint_3_shift, quotient_high_limbs_range_constraint_4_shift);
+
+        // Constraints for decomposition of EccOpQueue values
+
+        expected_values[42] =
+            check_wide_limb_into_regular_limb_correctness(p_x_low_limbs, p_x_low_limbs_shift, x_lo_y_hi);
+
+        expected_values[43] =
+            check_wide_limb_into_regular_limb_correctness(p_x_high_limbs, p_x_high_limbs_shift, x_hi_z_1);
+
+        expected_values[44] =
+            check_wide_limb_into_regular_limb_correctness(p_y_low_limbs, p_y_low_limbs_shift, y_lo_z_2);
+
+        expected_values[45] =
+            check_wide_limb_into_regular_limb_correctness(p_y_high_limbs, p_y_high_limbs_shift, x_lo_y_hi_shift);
+
+        expected_values[46] = check_wide_limb_into_regular_limb_correctness(z_low_limbs, z_high_limbs, x_hi_z_1_shift);
+
+        expected_values[47] =
+            check_wide_limb_into_regular_limb_correctness(z_low_limbs_shift, z_high_limbs_shift, y_lo_z_2_shift);
+
+        validate_relation_execution<Relation>(expected_values, input_elements, parameters);
+    };
+    run_test(/*random_inputs=*/false);
+    run_test(/*random_inputs=*/true);
+};
+
+TEST_F(GoblinTranslatorRelationConsistency, OpcodeConstraintRelation)
+{
+    const auto run_test = [](bool random_inputs) {
+        using Relation = GoblinTranslatorOpcodeConstraintRelation<FF>;
+        using RelationValues = typename Relation::ArrayOfValuesOverSubrelations;
+
+        const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
+        const auto& op = input_elements.op;
+
+        RelationValues expected_values;
+
+        const auto parameters = RelationParameters<FF>::get_random();
+
+        // (Contribution 1)
+        auto contribution_1 = op * (op - FF(1)) * (op - FF(2)) * (op - FF(3)) * (op - FF(4)) * (op - FF(8));
+        expected_values[0] = contribution_1;
+
+        validate_relation_execution<Relation>(expected_values, input_elements, parameters);
+    };
+    run_test(/*random_inputs=*/false);
+    run_test(/*random_inputs=*/true);
+};
+
+TEST_F(GoblinTranslatorRelationConsistency, AccumulatorTransferRelation)
+{
+    const auto run_test = [](bool random_inputs) {
+        using Relation = GoblinTranslatorAccumulatorTransferRelation<FF>;
+        using RelationValues = typename Relation::ArrayOfValuesOverSubrelations;
+
+        const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
+
+        const auto& lagrange_even = input_elements.lagrange_even;
+        const auto& lagrange_second = input_elements.lagrange_second;
+        const auto& lagrange_second_to_last_in_minicircuit = input_elements.lagrange_second_to_last_in_minicircuit;
+        const auto& accumulators_binary_limbs_0 = input_elements.accumulators_binary_limbs_0;
+        const auto& accumulators_binary_limbs_0_shift = input_elements.accumulators_binary_limbs_0_shift;
+        const auto& accumulators_binary_limbs_1 = input_elements.accumulators_binary_limbs_1;
+        const auto& accumulators_binary_limbs_1_shift = input_elements.accumulators_binary_limbs_1_shift;
+        const auto& accumulators_binary_limbs_2 = input_elements.accumulators_binary_limbs_2;
+        const auto& accumulators_binary_limbs_2_shift = input_elements.accumulators_binary_limbs_2_shift;
+        const auto& accumulators_binary_limbs_3 = input_elements.accumulators_binary_limbs_3;
+        const auto& accumulators_binary_limbs_3_shift = input_elements.accumulators_binary_limbs_3_shift;
+
+        RelationValues expected_values;
+
+        const auto parameters = RelationParameters<FF>::get_random();
+
+        const auto [accumulated_result_0, accumulated_result_1, accumulated_result_2, accumulated_result_3] =
+            parameters.accumulated_result;
+
+        // Check transfer of accumulator at even indices
+        expected_values[0] = lagrange_even * (accumulators_binary_limbs_0 - accumulators_binary_limbs_0_shift);
+        expected_values[1] = lagrange_even * (accumulators_binary_limbs_1 - accumulators_binary_limbs_1_shift);
+        expected_values[2] = lagrange_even * (accumulators_binary_limbs_2 - accumulators_binary_limbs_2_shift);
+        expected_values[3] = lagrange_even * (accumulators_binary_limbs_3 - accumulators_binary_limbs_3_shift);
+
+        // Check the accumulator starts as zero
+        expected_values[4] = accumulators_binary_limbs_0 * lagrange_second_to_last_in_minicircuit;
+        expected_values[5] = accumulators_binary_limbs_1 * lagrange_second_to_last_in_minicircuit;
+        expected_values[6] = accumulators_binary_limbs_2 * lagrange_second_to_last_in_minicircuit;
+        expected_values[7] = accumulators_binary_limbs_3 * lagrange_second_to_last_in_minicircuit;
+
+        // Check the accumulator results in submitted value
+        expected_values[8] = (accumulators_binary_limbs_0 - accumulated_result_0) * lagrange_second;
+        expected_values[9] = (accumulators_binary_limbs_1 - accumulated_result_1) * lagrange_second;
+        expected_values[10] = (accumulators_binary_limbs_2 - accumulated_result_2) * lagrange_second;
+        expected_values[11] = (accumulators_binary_limbs_3 - accumulated_result_3) * lagrange_second;
+        validate_relation_execution<Relation>(expected_values, input_elements, parameters);
+    };
+    run_test(/*random_inputs=*/false);
+    run_test(/*random_inputs=*/true);
+};
+
+} // namespace proof_system::ultra_relation_consistency_tests
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/lookup_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/lookup_relation.hpp
index 336acc0e8cfa..493d6f3d9772 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/lookup_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/lookup_relation.hpp
@@ -23,14 +23,10 @@ template <typename FF_> class LookupRelationImpl {
   public:
     using FF = FF_;
 
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6; // deg(z_lookup * column_selector * wire * q_lookup * table) = 5
-
-    static constexpr size_t LEN_1 = 6; // grand product construction sub-relation
-    static constexpr size_t LEN_2 = 3; // left-shiftable polynomial sub-relation
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2>;
-    template <typename T> using Accumulator = typename std::tuple_element<0, typename T::Accumulators>::type;
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        6, // grand product construction sub-relation
+        3  // left-shiftable polynomial sub-relation
+    };
 
     /**
      * @brief Get the grand product polynomial object (either from the proving key or AllEntities depending on context)
@@ -55,14 +51,13 @@ template <typename FF_> class LookupRelationImpl {
      *     N_{index} = (1 + β) ⋅ ∏ (q_lookup*f_k + γ) ⋅ (t_k + βt_{k+1} + γ(1 + β))
      *
      * @tparam AccumulatorTypes
-     * @param extended_edges
+     * @param in
      * @param relation_parameters
      * @param index If calling this method over vector inputs, index >= 0
-     * @return Accumulator<AccumulatorTypes> either Univariate or FF depending on context
      */
-    template <typename AccumulatorTypes>
-    inline static Accumulator<AccumulatorTypes> compute_grand_product_numerator(
-        const auto& extended_edges, const RelationParameters<FF>& relation_parameters, const size_t index)
+    template <typename Accumulator, typename AllEntities>
+    inline static Accumulator compute_grand_product_numerator(const AllEntities& in,
+                                                              const RelationParameters<FF>& relation_parameters)
     {
         const auto& beta = relation_parameters.beta;
         const auto& gamma = relation_parameters.gamma;
@@ -73,29 +68,30 @@ template <typename FF_> class LookupRelationImpl {
         const auto one_plus_beta = FF(1) + beta;
         const auto gamma_by_one_plus_beta = gamma * one_plus_beta;
 
-        auto w_1 = get_view<FF, AccumulatorTypes>(extended_edges.w_l, index);
-        auto w_2 = get_view<FF, AccumulatorTypes>(extended_edges.w_r, index);
-        auto w_3 = get_view<FF, AccumulatorTypes>(extended_edges.w_o, index);
+        using View = typename Accumulator::View;
+        auto w_1 = View(in.w_l);
+        auto w_2 = View(in.w_r);
+        auto w_3 = View(in.w_o);
 
-        auto w_1_shift = get_view<FF, AccumulatorTypes>(extended_edges.w_l_shift, index);
-        auto w_2_shift = get_view<FF, AccumulatorTypes>(extended_edges.w_r_shift, index);
-        auto w_3_shift = get_view<FF, AccumulatorTypes>(extended_edges.w_o_shift, index);
+        auto w_1_shift = View(in.w_l_shift);
+        auto w_2_shift = View(in.w_r_shift);
+        auto w_3_shift = View(in.w_o_shift);
 
-        auto table_1 = get_view<FF, AccumulatorTypes>(extended_edges.table_1, index);
-        auto table_2 = get_view<FF, AccumulatorTypes>(extended_edges.table_2, index);
-        auto table_3 = get_view<FF, AccumulatorTypes>(extended_edges.table_3, index);
-        auto table_4 = get_view<FF, AccumulatorTypes>(extended_edges.table_4, index);
+        auto table_1 = View(in.table_1);
+        auto table_2 = View(in.table_2);
+        auto table_3 = View(in.table_3);
+        auto table_4 = View(in.table_4);
 
-        auto table_1_shift = get_view<FF, AccumulatorTypes>(extended_edges.table_1_shift, index);
-        auto table_2_shift = get_view<FF, AccumulatorTypes>(extended_edges.table_2_shift, index);
-        auto table_3_shift = get_view<FF, AccumulatorTypes>(extended_edges.table_3_shift, index);
-        auto table_4_shift = get_view<FF, AccumulatorTypes>(extended_edges.table_4_shift, index);
+        auto table_1_shift = View(in.table_1_shift);
+        auto table_2_shift = View(in.table_2_shift);
+        auto table_3_shift = View(in.table_3_shift);
+        auto table_4_shift = View(in.table_4_shift);
 
-        auto table_index = get_view<FF, AccumulatorTypes>(extended_edges.q_o, index);
-        auto column_1_step_size = get_view<FF, AccumulatorTypes>(extended_edges.q_r, index);
-        auto column_2_step_size = get_view<FF, AccumulatorTypes>(extended_edges.q_m, index);
-        auto column_3_step_size = get_view<FF, AccumulatorTypes>(extended_edges.q_c, index);
-        auto q_lookup = get_view<FF, AccumulatorTypes>(extended_edges.q_lookup, index);
+        auto table_index = View(in.q_o);
+        auto column_1_step_size = View(in.q_r);
+        auto column_2_step_size = View(in.q_m);
+        auto column_3_step_size = View(in.q_c);
+        auto q_lookup = View(in.q_lookup);
 
         // (w_1 + q_2*w_1_shift) + η(w_2 + q_m*w_2_shift) + η²(w_3 + q_c*w_3_shift) + η³q_index.
         auto wire_accum = (w_1 + column_1_step_size * w_1_shift) + (w_2 + column_2_step_size * w_2_shift) * eta +
@@ -119,24 +115,26 @@ template <typename FF_> class LookupRelationImpl {
      *      (s_k + βs_{k+1} + γ(1 + β))
      *
      * @tparam AccumulatorTypes
-     * @param extended_edges
+     * @param in
      * @param relation_parameters
      * @param index
-     * @return Accumulator<AccumulatorTypes> either Univariate or FF depending on context
      */
-    template <typename AccumulatorTypes>
-    inline static Accumulator<AccumulatorTypes> compute_grand_product_denominator(
-        const auto& extended_edges, const RelationParameters<FF>& relation_parameters, const size_t index)
+    template <typename Accumulator, typename AllEntities>
+    inline static Accumulator compute_grand_product_denominator(const AllEntities& in,
+                                                                const RelationParameters<FF>& relation_parameters)
     {
+
         const auto& beta = relation_parameters.beta;
         const auto& gamma = relation_parameters.gamma;
 
         const auto one_plus_beta = FF(1) + beta;
         const auto gamma_by_one_plus_beta = gamma * one_plus_beta;
 
+        using View = typename Accumulator::View;
+
         // Contribution (1)
-        auto s_accum = get_view<FF, AccumulatorTypes>(extended_edges.sorted_accum, index);
-        auto s_accum_shift = get_view<FF, AccumulatorTypes>(extended_edges.sorted_accum_shift, index);
+        auto s_accum = View(in.sorted_accum);
+        auto s_accum_shift = View(in.sorted_accum_shift);
 
         auto tmp = (s_accum + s_accum_shift * beta + gamma_by_one_plus_beta);
         return tmp;
@@ -155,45 +153,46 @@ template <typename FF_> class LookupRelationImpl {
      *      s_accum = s_1 + ηs_2 + η²s_3 + η³s_4.
      * Note: Selectors q_2, q_m and q_c are repurposed as 'column step size' for lookup gates.
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    inline static void accumulate(typename AccumulatorTypes::Accumulators& accumulators,
-                                  const auto& extended_edges,
-                                  const RelationParameters<FF>& relation_parameters,
-                                  const FF& scaling_factor)
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    void static accumulate(ContainerOverSubrelations& accumulators,
+                           const AllEntities& in,
+                           const RelationParameters<FF>& relation_parameters,
+                           const FF& scaling_factor)
     {
         const auto& grand_product_delta = relation_parameters.lookup_grand_product_delta;
 
-        // Contribution (1)
         {
-            using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
+            using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
 
-            auto z_lookup = View(extended_edges.z_lookup);
-            auto z_lookup_shift = View(extended_edges.z_lookup_shift);
+            auto z_lookup = View(in.z_lookup);
+            auto z_lookup_shift = View(in.z_lookup_shift);
 
-            auto lagrange_first = View(extended_edges.lagrange_first);
-            auto lagrange_last = View(extended_edges.lagrange_last);
+            auto lagrange_first = View(in.lagrange_first);
+            auto lagrange_last = View(in.lagrange_last);
 
-            const auto lhs = compute_grand_product_numerator<AccumulatorTypes>(extended_edges, relation_parameters, 0);
-            const auto rhs =
-                compute_grand_product_denominator<AccumulatorTypes>(extended_edges, relation_parameters, 0);
+            const auto lhs = compute_grand_product_numerator<Accumulator>(in, relation_parameters);
+            const auto rhs = compute_grand_product_denominator<Accumulator>(in, relation_parameters);
 
             const auto tmp =
                 lhs * (z_lookup + lagrange_first) - rhs * (z_lookup_shift + lagrange_last * grand_product_delta);
             std::get<0>(accumulators) += tmp * scaling_factor;
-        }
+        };
+
         {
-            using View = typename std::tuple_element<1, typename AccumulatorTypes::AccumulatorViews>::type;
-            auto z_lookup_shift = View(extended_edges.z_lookup_shift);
-            auto lagrange_last = View(extended_edges.lagrange_last);
+            using Accumulator = std::tuple_element_t<1, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+            auto z_lookup_shift = View(in.z_lookup_shift);
+            auto lagrange_last = View(in.lagrange_last);
 
             // Contribution (2)
             std::get<1>(accumulators) += (lagrange_last * z_lookup_shift) * scaling_factor;
-        }
+        };
     };
 };
 
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/nested_containers.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/nested_containers.hpp
new file mode 100644
index 000000000000..601d4f35a839
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/nested_containers.hpp
@@ -0,0 +1,38 @@
+#pragma once
+#include "barretenberg/polynomials/univariate.hpp"
+#include <tuple>
+
+namespace proof_system {
+
+/**
+ * @brief Generic templates for constructing a container of containers of varying length, where the various lengths are
+ * specified in an array.
+ *
+ * @details Credit: https://stackoverflow.com/a/60440611
+ */
+template <template <typename, size_t> typename InnerContainer,
+          typename ValueType,
+          auto LENGTHS,
+          typename IS = decltype(std::make_index_sequence<LENGTHS.size()>())>
+struct TupleOfContainersOverArray;
+template <template <typename, size_t> typename InnerContainer, typename ValueType, auto LENGTHS, std::size_t... I>
+struct TupleOfContainersOverArray<InnerContainer, ValueType, LENGTHS, std::index_sequence<I...>> {
+    using type = std::tuple<InnerContainer<ValueType, LENGTHS[I]>...>;
+};
+
+// Helpers
+template <typename ValueType, size_t> using ExtractValueType = ValueType;
+
+template <typename Tuple>
+using HomogeneousTupleToArray = std::array<std::tuple_element_t<0, Tuple>, std::tuple_size_v<Tuple>>;
+
+// Types needed for sumcheck and folding.
+template <typename FF, auto LENGTHS>
+using TupleOfUnivariates = typename TupleOfContainersOverArray<barretenberg::Univariate, FF, LENGTHS>::type;
+
+template <typename FF, auto LENGTHS>
+using TupleOfValues = typename TupleOfContainersOverArray<ExtractValueType, FF, LENGTHS>::type;
+
+template <typename FF, auto LENGTHS> using ArrayOfValues = HomogeneousTupleToArray<TupleOfValues<FF, LENGTHS>>;
+
+} // namespace proof_system
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/nested_containers.test.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/nested_containers.test.cpp
new file mode 100644
index 000000000000..0272431c3c78
--- /dev/null
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/nested_containers.test.cpp
@@ -0,0 +1,26 @@
+#include "barretenberg/proof_system/relations/nested_containers.hpp"
+#include "barretenberg/ecc/curves/bn254/fr.hpp"
+#include "barretenberg/polynomials/univariate.hpp"
+#include <gtest/gtest.h>
+
+using namespace proof_system;
+
+namespace proof_system::nested_contianers_tests {
+
+using FF = barretenberg::fr;
+
+class NestedContainers : public testing::Test {};
+
+TEST_F(NestedContainers, Univariate)
+{
+    static constexpr std::array<size_t, 3> LENGTHS = { 0, 1, 2 };
+    static constexpr TupleOfUnivariates<FF, LENGTHS> tuple;
+    static constexpr auto result0 = barretenberg::Univariate<FF, 0>();
+    static constexpr auto result1 = barretenberg::Univariate<FF, 1>();
+    static constexpr auto result2 = barretenberg::Univariate<FF, 2>();
+    EXPECT_EQ(std::get<0>(tuple), result0);
+    EXPECT_EQ(std::get<1>(tuple), result1);
+    EXPECT_EQ(std::get<2>(tuple), result2);
+}
+
+} // namespace proof_system::nested_contianers_tests
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/permutation_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/permutation_relation.hpp
index 8b625f972928..c542000c1275 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/permutation_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/permutation_relation.hpp
@@ -8,30 +8,28 @@ template <typename FF_> class UltraPermutationRelationImpl {
   public:
     using FF = FF_;
 
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6;
-
-    static constexpr size_t LEN_1 = 6; // grand product construction sub-relation
-    static constexpr size_t LEN_2 = 3; // left-shiftable polynomial sub-relation
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2>;
-    template <typename T> using Accumulator = typename std::tuple_element<0, typename T::Accumulators>::type;
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        6, // grand product construction sub-relation
+        3  // left-shiftable polynomial sub-relation
+    };
 
-    inline static auto& get_grand_product_polynomial(auto& input) { return input.z_perm; }
-    inline static auto& get_shifted_grand_product_polynomial(auto& input) { return input.z_perm_shift; }
+    inline static auto& get_grand_product_polynomial(auto& in) { return in.z_perm; }
+    inline static auto& get_shifted_grand_product_polynomial(auto& in) { return in.z_perm_shift; }
 
-    template <typename AccumulatorTypes>
-    inline static Accumulator<AccumulatorTypes> compute_grand_product_numerator(
-        const auto& input, const RelationParameters<FF>& relation_parameters, const size_t index)
+    template <typename Accumulator, typename AllEntities>
+    inline static Accumulator compute_grand_product_numerator(const AllEntities& in,
+                                                              const RelationParameters<FF>& relation_parameters)
     {
-        auto w_1 = get_view<FF, AccumulatorTypes>(input.w_l, index);
-        auto w_2 = get_view<FF, AccumulatorTypes>(input.w_r, index);
-        auto w_3 = get_view<FF, AccumulatorTypes>(input.w_o, index);
-        auto w_4 = get_view<FF, AccumulatorTypes>(input.w_4, index);
-        auto id_1 = get_view<FF, AccumulatorTypes>(input.id_1, index);
-        auto id_2 = get_view<FF, AccumulatorTypes>(input.id_2, index);
-        auto id_3 = get_view<FF, AccumulatorTypes>(input.id_3, index);
-        auto id_4 = get_view<FF, AccumulatorTypes>(input.id_4, index);
+        using View = typename Accumulator::View;
+
+        auto w_1 = View(in.w_l);
+        auto w_2 = View(in.w_r);
+        auto w_3 = View(in.w_o);
+        auto w_4 = View(in.w_4);
+        auto id_1 = View(in.id_1);
+        auto id_2 = View(in.id_2);
+        auto id_3 = View(in.id_3);
+        auto id_4 = View(in.id_4);
 
         const auto& beta = relation_parameters.beta;
         const auto& gamma = relation_parameters.gamma;
@@ -40,19 +38,21 @@ template <typename FF_> class UltraPermutationRelationImpl {
                (w_4 + id_4 * beta + gamma);
     }
 
-    template <typename AccumulatorTypes>
-    inline static Accumulator<AccumulatorTypes> compute_grand_product_denominator(
-        const auto& input, const RelationParameters<FF>& relation_parameters, const size_t index)
+    template <typename Accumulator, typename AllEntities>
+    inline static Accumulator compute_grand_product_denominator(const AllEntities& in,
+                                                                const RelationParameters<FF>& relation_parameters)
     {
-        auto w_1 = get_view<FF, AccumulatorTypes>(input.w_l, index);
-        auto w_2 = get_view<FF, AccumulatorTypes>(input.w_r, index);
-        auto w_3 = get_view<FF, AccumulatorTypes>(input.w_o, index);
-        auto w_4 = get_view<FF, AccumulatorTypes>(input.w_4, index);
+        using View = typename Accumulator::View;
 
-        auto sigma_1 = get_view<FF, AccumulatorTypes>(input.sigma_1, index);
-        auto sigma_2 = get_view<FF, AccumulatorTypes>(input.sigma_2, index);
-        auto sigma_3 = get_view<FF, AccumulatorTypes>(input.sigma_3, index);
-        auto sigma_4 = get_view<FF, AccumulatorTypes>(input.sigma_4, index);
+        auto w_1 = View(in.w_l);
+        auto w_2 = View(in.w_r);
+        auto w_3 = View(in.w_o);
+        auto w_4 = View(in.w_4);
+
+        auto sigma_1 = View(in.sigma_1);
+        auto sigma_2 = View(in.sigma_2);
+        auto sigma_3 = View(in.sigma_3);
+        auto sigma_4 = View(in.sigma_4);
 
         const auto& beta = relation_parameters.beta;
         const auto& gamma = relation_parameters.gamma;
@@ -67,14 +67,14 @@ template <typename FF_> class UltraPermutationRelationImpl {
      * @details This the relation confirms faithful calculation of the grand
      * product polynomial Z_perm.
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    inline static void accumulate(typename AccumulatorTypes::Accumulators& accumulators,
-                                  const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    inline static void accumulate(ContainerOverSubrelations& accumulators,
+                                  const AllEntities& in,
                                   const RelationParameters<FF>& relation_parameters,
                                   const FF& scaling_factor)
     {
@@ -82,31 +82,142 @@ template <typename FF_> class UltraPermutationRelationImpl {
 
         // Contribution (1)
         {
-            using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-            auto z_perm = View(extended_edges.z_perm);
-            auto z_perm_shift = View(extended_edges.z_perm_shift);
-            auto lagrange_first = View(extended_edges.lagrange_first);
-            auto lagrange_last = View(extended_edges.lagrange_last);
+            using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+            auto z_perm = View(in.z_perm);
+            auto z_perm_shift = View(in.z_perm_shift);
+            auto lagrange_first = View(in.lagrange_first);
+            auto lagrange_last = View(in.lagrange_last);
 
             // Contribution (1)
             std::get<0>(accumulators) +=
-                (((z_perm + lagrange_first) *
-                  compute_grand_product_numerator<AccumulatorTypes>(extended_edges, relation_parameters, 0)) -
+                (((z_perm + lagrange_first) * compute_grand_product_numerator<Accumulator>(in, relation_parameters)) -
                  ((z_perm_shift + lagrange_last * public_input_delta) *
-                  compute_grand_product_denominator<AccumulatorTypes>(extended_edges, relation_parameters, 0))) *
+                  compute_grand_product_denominator<Accumulator>(in, relation_parameters))) *
                 scaling_factor;
         }
         // Contribution (2)
         {
-            using View = typename std::tuple_element<1, typename AccumulatorTypes::AccumulatorViews>::type;
-            auto z_perm_shift = View(extended_edges.z_perm_shift);
-            auto lagrange_last = View(extended_edges.lagrange_last);
+            using Accumulator = std::tuple_element_t<1, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+            auto z_perm_shift = View(in.z_perm_shift);
+            auto lagrange_last = View(in.lagrange_last);
 
             std::get<1>(accumulators) += (lagrange_last * z_perm_shift) * scaling_factor;
         }
     };
 };
 
+template <typename FF_> class GoblinTranslatorPermutationRelationImpl {
+  public:
+    using FF = FF_;
+    // 1 + polynomial degree of this relation
+    static constexpr size_t RELATION_LENGTH = 7;
+
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        7, // grand product construction sub-relation
+        3  // left-shiftable polynomial sub-relation
+    };
+
+    inline static auto& get_grand_product_polynomial(auto& in) { return in.z_perm; }
+    inline static auto& get_shifted_grand_product_polynomial(auto& in) { return in.z_perm_shift; }
+
+    template <typename Accumulator, typename AllEntities>
+    inline static Accumulator compute_grand_product_numerator(const AllEntities& in,
+                                                              const RelationParameters<FF>& relation_parameters)
+    {
+        using View = typename Accumulator::View;
+
+        auto concatenated_range_constraints_0 = View(in.concatenated_range_constraints_0);
+        auto concatenated_range_constraints_1 = View(in.concatenated_range_constraints_1);
+        auto concatenated_range_constraints_2 = View(in.concatenated_range_constraints_2);
+        auto concatenated_range_constraints_3 = View(in.concatenated_range_constraints_3);
+
+        auto ordered_extra_range_constraints_numerator = View(in.ordered_extra_range_constraints_numerator);
+
+        const auto& gamma = relation_parameters.gamma;
+        return (concatenated_range_constraints_0 + gamma) * (concatenated_range_constraints_1 + gamma) *
+               (concatenated_range_constraints_2 + gamma) * (concatenated_range_constraints_3 + gamma) *
+               (ordered_extra_range_constraints_numerator + gamma);
+    }
+
+    template <typename Accumulator, typename AllEntities>
+    inline static Accumulator compute_grand_product_denominator(const AllEntities& in,
+                                                                const RelationParameters<FF>& relation_parameters)
+    {
+        using View = typename Accumulator::View;
+
+        auto ordered_range_constraints_0 = View(in.ordered_range_constraints_0);
+        auto ordered_range_constraints_1 = View(in.ordered_range_constraints_1);
+        auto ordered_range_constraints_2 = View(in.ordered_range_constraints_2);
+        auto ordered_range_constraints_3 = View(in.ordered_range_constraints_3);
+        auto ordered_range_constraints_4 = View(in.ordered_range_constraints_4);
+
+        const auto& gamma = relation_parameters.gamma;
+
+        return (ordered_range_constraints_0 + gamma) * (ordered_range_constraints_1 + gamma) *
+               (ordered_range_constraints_2 + gamma) * (ordered_range_constraints_3 + gamma) *
+               (ordered_range_constraints_4 + gamma);
+    }
+    /**
+     * @brief Compute contribution of the goblin translator permutation relation for a given edge (internal function)
+     *
+     * @details There are 2 relations associated with enforcing the set permutation relation
+     * This file handles the relation that confirms faithful calculation of the grand
+     * product polynomial Z_perm.
+     *
+     *  C(in(X)...) =
+     *      ( z_perm(X) + lagrange_first(X) )*P(X)
+     *         - ( z_perm_shift(X) + lagrange_last(X))*Q(X),
+     * where P(X) = Prod_{i=0:4} numerator_polynomial_i(X) + γ
+     *       Q(X) = Prod_{i=0:4} ordered_range_constraint_i(X) + γ
+     * the first 4 numerator polynomials are concatenated range constraint polynomials and the last one is the constant
+     * extra numerator
+     *
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
+     * @param parameters contains beta, gamma, and public_input_delta, ....
+     * @param scaling_factor optional term to scale the evaluation before adding to evals.
+     */
+
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    inline static void accumulate(ContainerOverSubrelations& accumulators,
+                                  const AllEntities& in,
+                                  const RelationParameters<FF>& relation_parameters,
+                                  const FF& scaling_factor)
+    {
+        [&]() {
+            using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+
+            auto z_perm = View(in.z_perm);
+            auto z_perm_shift = View(in.z_perm_shift);
+            auto lagrange_first = View(in.lagrange_first);
+            auto lagrange_last = View(in.lagrange_last);
+
+            // Contribution (1)
+            std::get<0>(accumulators) +=
+                (((z_perm + lagrange_first) * compute_grand_product_numerator<Accumulator>(in, relation_parameters)) -
+                 ((z_perm_shift + lagrange_last) *
+                  compute_grand_product_denominator<Accumulator>(in, relation_parameters))) *
+                scaling_factor;
+        }();
+
+        [&]() {
+            using Accumulator = std::tuple_element_t<1, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+
+            auto z_perm_shift = View(in.z_perm_shift);
+            auto lagrange_last = View(in.lagrange_last);
+
+            // Contribution (2)
+            std::get<1>(accumulators) += (lagrange_last * z_perm_shift) * scaling_factor;
+        }();
+    };
+};
+
 template <typename FF> using UltraPermutationRelation = Relation<UltraPermutationRelationImpl<FF>>;
+template <typename FF>
+using GoblinTranslatorPermutationRelation = Relation<GoblinTranslatorPermutationRelationImpl<FF>>;
 
 } // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_parameters.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_parameters.hpp
index cd6325587e1f..4f218c0b7097 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_parameters.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_parameters.hpp
@@ -1,5 +1,5 @@
 #pragma once
-
+#include <array>
 namespace proof_system {
 
 /**
@@ -8,6 +8,7 @@ namespace proof_system {
  * @tparam FF
  */
 template <typename FF> struct RelationParameters {
+    static const int NUM_BINARY_LIMBS_IN_GOBLIN_TRANSLATOR = 4;
     FF eta = FF(0);                        // Lookup
     FF beta = FF(0);                       // Permutation + Lookup
     FF gamma = FF(0);                      // Permutation + Lookup
@@ -18,6 +19,7 @@ template <typename FF> struct RelationParameters {
     // eccvm_set_permutation_delta is used in the set membership gadget in eccvm/ecc_set_relation.hpp
     // We can remove this by modifying the relation, but increases complexity
     FF eccvm_set_permutation_delta = 0;
+    std::array<FF, NUM_BINARY_LIMBS_IN_GOBLIN_TRANSLATOR> accumulated_result = { FF(0) }; // Goblin Translator
 
     static RelationParameters get_random()
     {
@@ -32,6 +34,10 @@ template <typename FF> struct RelationParameters {
         result.eccvm_set_permutation_delta = result.gamma * (result.gamma + result.beta_sqr) *
                                              (result.gamma + result.beta_sqr + result.beta_sqr) *
                                              (result.gamma + result.beta_sqr + result.beta_sqr + result.beta_sqr);
+        result.accumulated_result = {
+            FF::random_element(), FF::random_element(), FF::random_element(), FF::random_element()
+        };
+
         return result;
     }
 };
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_types.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_types.hpp
index 4ccc69ab1eba..da38600bb077 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_types.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/relation_types.hpp
@@ -1,6 +1,7 @@
 #pragma once
-#include "barretenberg/polynomials/univariate.hpp"
+#include "nested_containers.hpp"
 #include "relation_parameters.hpp"
+#include <algorithm>
 
 namespace barretenberg {
 template <typename FF> class Polynomial;
@@ -15,6 +16,24 @@ concept HasSubrelationLinearlyIndependentMember = requires(T) {
                                                           std::get<subrelation_idx>(T::SUBRELATION_LINEARLY_INDEPENDENT)
                                                           } -> std::convertible_to<bool>;
                                                   };
+
+/**
+ * @brief Check whether a given subrelation is linearly independent from the other subrelations.
+ *
+ * @details More often than not, we want multiply each subrelation contribution by a power of the relation separator
+ * challenge. In cases where we wish to define a subrelation that merges into another, we encode this in a boolean array
+ * `SUBRELATION_LINEARLY_INDEPENDENT` in the relation. If no such array is defined, then the default case where all
+ * subrelations are independent is engaged.
+ */
+template <typename Relation, size_t subrelation_index> constexpr bool subrelation_is_linearly_independent()
+{
+    if constexpr (HasSubrelationLinearlyIndependentMember<Relation, subrelation_index>) {
+        return std::get<subrelation_index>(Relation::SUBRELATION_LINEARLY_INDEPENDENT);
+    } else {
+        return true;
+    }
+}
+
 /**
  * @brief The templates defined herein facilitate sharing the relation arithmetic between the prover and the verifier.
  *
@@ -33,49 +52,6 @@ concept HasSubrelationLinearlyIndependentMember = requires(T) {
  *
  */
 
-/**
- * @brief Getter method that will return `input[index]` iff `input` is a std::span container
- *
- * @return requires
- */
-template <typename FF, typename AccumulatorTypes, typename T>
-    requires std::is_same<std::span<FF>, T>::value
-inline typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type get_view(const T& input,
-                                                                                                  const size_t index)
-{
-    return input[index];
-}
-
-/**
- * @brief Getter method that will return `input[index]` iff `input` is a Polynomial container
- *
- * @tparam FF
- * @tparam TypeMuncher
- * @tparam T
- * @param input
- * @param index
- * @return requires
- */
-template <typename FF, typename AccumulatorTypes, typename T>
-    requires std::is_same<barretenberg::Polynomial<FF>, T>::value
-inline typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type get_view(const T& input,
-                                                                                                  const size_t index)
-{
-    return input[index];
-}
-
-/**
- * @brief Getter method that will return `input[index]` iff `input` is not a std::span or a Polynomial container
- *
- * @return requires
- */
-template <typename FF, typename AccumulatorTypes, typename T>
-inline typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type get_view(
-    const T& input, const size_t /*unused*/)
-{
-    return typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type(input);
-}
-
 /**
  * @brief A wrapper for Relations to expose methods used by the Sumcheck prover or verifier to add the contribution of
  * a given relation to the corresponding accumulator.
@@ -84,70 +60,18 @@ inline typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorView
  * @tparam RelationImpl Base class that implements the arithmetic for a given relation (or set of sub-relations)
  */
 template <typename RelationImpl> class Relation : public RelationImpl {
-  private:
-    using FF = typename RelationImpl::FF;
-    template <size_t... subrelation_lengths> struct UnivariateAccumulatorsAndViewsTemplate {
-        using Accumulators = std::tuple<barretenberg::Univariate<FF, subrelation_lengths>...>;
-        using AccumulatorViews = std::tuple<barretenberg::UnivariateView<FF, subrelation_lengths>...>;
-    };
-    template <size_t... subrelation_lengths> struct ValueAccumulatorsAndViewsTemplate {
-        using Accumulators = std::array<FF, sizeof...(subrelation_lengths)>;
-        using AccumulatorViews = std::array<FF, sizeof...(subrelation_lengths)>; // there is no "view" type here
-    };
-
   public:
-    // Each `RelationImpl` defines a template `GetAccumulatorTypes` that supplies the `subrelation_lengths` parameters
-    // of the different `AccumulatorsAndViewsTemplate`s.
-    using UnivariateAccumulatorsAndViews =
-        typename RelationImpl::template GetAccumulatorTypes<UnivariateAccumulatorsAndViewsTemplate>;
-    // In the case of the value accumulator types, only the number of subrelations (not their lengths) has an effect.
-    using ValueAccumulatorsAndViews =
-        typename RelationImpl::template GetAccumulatorTypes<ValueAccumulatorsAndViewsTemplate>;
+    using FF = typename RelationImpl::FF;
 
-    using RelationUnivariates = typename UnivariateAccumulatorsAndViews::Accumulators;
-    using RelationValues = typename ValueAccumulatorsAndViews::Accumulators;
-    static constexpr size_t RELATION_LENGTH = RelationImpl::RELATION_LENGTH;
+    static constexpr size_t RELATION_LENGTH =
+        *std::max_element(RelationImpl::SUBRELATION_LENGTHS.begin(), RelationImpl::SUBRELATION_LENGTHS.end());
 
-    static inline void add_edge_contribution(RelationUnivariates& accumulator,
-                                             const auto& input,
-                                             const RelationParameters<FF>& relation_parameters,
-                                             const FF& scaling_factor)
-    {
-        Relation::template accumulate<UnivariateAccumulatorsAndViews>(
-            accumulator, input, relation_parameters, scaling_factor);
-    }
+    using TupleOfUnivariatesOverSubrelations = TupleOfUnivariates<FF, RelationImpl::SUBRELATION_LENGTHS>;
+    using ArrayOfValuesOverSubrelations = ArrayOfValues<FF, RelationImpl::SUBRELATION_LENGTHS>;
 
-    static inline void add_full_relation_value_contribution(RelationValues& accumulator,
-                                                            auto& input,
-                                                            const RelationParameters<FF>& relation_parameters,
-                                                            const FF& scaling_factor = 1)
-    {
-        Relation::template accumulate<ValueAccumulatorsAndViews>(
-            accumulator, input, relation_parameters, scaling_factor);
-    }
-    /**
-     * @brief Check is subrelation is linearly independent
-     * Method is active if relation has SUBRELATION_LINEARLY_INDEPENDENT array defined
-     * @tparam size_t
-     */
-    template <size_t subrelation_index>
-    static constexpr bool is_subrelation_linearly_independent()
-        requires(!HasSubrelationLinearlyIndependentMember<Relation, subrelation_index>)
-    {
-        return true;
-    }
-
-    /**
-     * @brief Check is subrelation is linearly independent
-     * Method is active if relation has SUBRELATION_LINEARLY_INDEPENDENT array defined
-     * @tparam size_t
-     */
-    template <size_t subrelation_index>
-    static constexpr bool is_subrelation_linearly_independent()
-        requires(HasSubrelationLinearlyIndependentMember<Relation, subrelation_index>)
-    {
-        return std::get<subrelation_index>(Relation::SUBRELATION_LINEARLY_INDEPENDENT);
-    }
+    // These are commonly needed, most importantly, for explicitly instantiating compute_foo_numerator/denomintor.
+    using UnivariateAccumulator0 = std::tuple_element_t<0, TupleOfUnivariatesOverSubrelations>;
+    using ValueAccumulator0 = std::tuple_element_t<0, ArrayOfValuesOverSubrelations>;
 };
 
 } // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_arithmetic_relation.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_arithmetic_relation.hpp
index e751dfad64f4..9ac92c227f92 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_arithmetic_relation.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_arithmetic_relation.hpp
@@ -8,13 +8,10 @@ template <typename FF_> class UltraArithmeticRelationImpl {
   public:
     using FF = FF_;
 
-    // 1 + polynomial degree of this relation
-    static constexpr size_t RELATION_LENGTH = 6; // degree(q_arith^2 * q_m * w_r * w_l) = 5
-
-    static constexpr size_t LEN_1 = 6; // primary arithmetic sub-relation
-    static constexpr size_t LEN_2 = 5; // secondary arithmetic sub-relation
-    template <template <size_t...> typename SubrelationAccumulatorsTemplate>
-    using GetAccumulatorTypes = SubrelationAccumulatorsTemplate<LEN_1, LEN_2>;
+    static constexpr std::array<size_t, 2> SUBRELATION_LENGTHS{
+        6, // primary arithmetic sub-relation
+        5  // secondary arithmetic sub-relation
+    };
 
     /**
      * @brief Expression for the Ultra Arithmetic gate.
@@ -56,40 +53,38 @@ template <typename FF_> class UltraArithmeticRelationImpl {
      * 3) at product.
      *
      * The The relation is
-     * defined as C(extended_edges(X)...) = q_arith * [ -1/2(q_arith - 3)(q_m * w_r * w_l) + (q_l * w_l) + (q_r * w_r) +
+     * defined as C(in(X)...) = q_arith * [ -1/2(q_arith - 3)(q_m * w_r * w_l) + (q_l * w_l) + (q_r * w_r) +
      * (q_o * w_o) + (q_4 * w_4) + q_c + (q_arith - 1)w_4_shift ]
      *
      *    q_arith *
      *      (q_arith - 2) * (q_arith - 1) * (w_l + w_4 - w_l_shift + q_m)
      *
-     * @param evals transformed to `evals + C(extended_edges(X)...)*scaling_factor`
-     * @param extended_edges an std::array containing the fully extended Univariate edges.
+     * @param evals transformed to `evals + C(in(X)...)*scaling_factor`
+     * @param in an std::array containing the fully extended Univariate edges.
      * @param parameters contains beta, gamma, and public_input_delta, ....
      * @param scaling_factor optional term to scale the evaluation before adding to evals.
      */
-    template <typename AccumulatorTypes>
-    void static accumulate(typename AccumulatorTypes::Accumulators& evals,
-                           const auto& extended_edges,
+    template <typename ContainerOverSubrelations, typename AllEntities>
+    void static accumulate(ContainerOverSubrelations& evals,
+                           const AllEntities& in,
                            const RelationParameters<FF>&,
-                           const FF& scaling_factor){
-        // OPTIMIZATION?: Karatsuba in general, at least for some degrees?
-        //       See https://hackmd.io/xGLuj6biSsCjzQnYN-pEiA?both
-        // clang-format off
-        // Contribution 1
-        {   
-            using View = typename std::tuple_element<0, typename AccumulatorTypes::AccumulatorViews>::type;
-            auto w_l = View(extended_edges.w_l);
-            auto w_r = View(extended_edges.w_r);
-            auto w_o = View(extended_edges.w_o);
-            auto w_4 = View(extended_edges.w_4);
-            auto w_4_shift = View(extended_edges.w_4_shift);
-            auto q_m = View(extended_edges.q_m);
-            auto q_l = View(extended_edges.q_l);
-            auto q_r = View(extended_edges.q_r);
-            auto q_o = View(extended_edges.q_o);
-            auto q_4 = View(extended_edges.q_4);
-            auto q_c = View(extended_edges.q_c);
-            auto q_arith = View(extended_edges.q_arith);
+                           const FF& scaling_factor)
+    {
+        {
+            using Accumulator = std::tuple_element_t<0, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+            auto w_l = View(in.w_l);
+            auto w_r = View(in.w_r);
+            auto w_o = View(in.w_o);
+            auto w_4 = View(in.w_4);
+            auto w_4_shift = View(in.w_4_shift);
+            auto q_m = View(in.q_m);
+            auto q_l = View(in.q_l);
+            auto q_r = View(in.q_r);
+            auto q_o = View(in.q_o);
+            auto q_4 = View(in.q_4);
+            auto q_c = View(in.q_c);
+            auto q_arith = View(in.q_arith);
 
             static const FF neg_half = FF(-2).invert();
 
@@ -100,14 +95,14 @@ template <typename FF_> class UltraArithmeticRelationImpl {
             tmp *= scaling_factor;
             std::get<0>(evals) += tmp;
         }
-        // Contribution 2
         {
-            using View = typename std::tuple_element<1, typename AccumulatorTypes::AccumulatorViews>::type;
-            auto w_l = View(extended_edges.w_l);
-            auto w_4 = View(extended_edges.w_4);
-            auto w_l_shift = View(extended_edges.w_l_shift);
-            auto q_m = View(extended_edges.q_m);
-            auto q_arith = View(extended_edges.q_arith);
+            using Accumulator = std::tuple_element_t<1, ContainerOverSubrelations>;
+            using View = typename Accumulator::View;
+            auto w_l = View(in.w_l);
+            auto w_4 = View(in.w_4);
+            auto w_l_shift = View(in.w_l_shift);
+            auto q_m = View(in.q_m);
+            auto q_arith = View(in.q_arith);
 
             auto tmp = w_l + w_4 - w_l_shift + q_m;
             tmp *= (q_arith - 2);
@@ -115,12 +110,9 @@ template <typename FF_> class UltraArithmeticRelationImpl {
             tmp *= q_arith;
             tmp *= scaling_factor;
             std::get<1>(evals) += tmp;
-        }
-    }; // namespace proof_system::honk::sumcheck
+        };
+    };
 };
 
-template <typename FF>
-using UltraArithmeticRelation = Relation<UltraArithmeticRelationImpl<FF>>;
-
-// clang-format on
+template <typename FF> using UltraArithmeticRelation = Relation<UltraArithmeticRelationImpl<FF>>;
 } // namespace proof_system
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_relation_consistency.test.cpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_relation_consistency.test.cpp
index e6747b1695d2..d57a551fa1ed 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_relation_consistency.test.cpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/ultra_relation_consistency.test.cpp
@@ -96,13 +96,13 @@ struct InputElements {
 class UltraRelationConsistency : public testing::Test {
   public:
     template <typename Relation>
-    static void validate_relation_execution(const auto& expected_values,
+    static void validate_relation_execution(const typename Relation::ArrayOfValuesOverSubrelations& expected_values,
                                             const InputElements& input_elements,
                                             const auto& parameters)
     {
-        typename Relation::RelationValues accumulator;
+        typename Relation::ArrayOfValuesOverSubrelations accumulator;
         std::fill(accumulator.begin(), accumulator.end(), FF(0));
-        Relation::add_full_relation_value_contribution(accumulator, input_elements, parameters);
+        Relation::accumulate(accumulator, input_elements, parameters, 1);
         EXPECT_EQ(accumulator, expected_values);
     };
 };
@@ -111,7 +111,7 @@ TEST_F(UltraRelationConsistency, UltraArithmeticRelation)
 {
     const auto run_test = [](bool random_inputs) {
         using Relation = UltraArithmeticRelation<FF>;
-        using RelationValues = typename Relation::RelationValues;
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
         const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
         const auto& w_1 = input_elements.w_l;
@@ -128,7 +128,7 @@ TEST_F(UltraRelationConsistency, UltraArithmeticRelation)
         const auto& q_c = input_elements.q_c;
         const auto& q_arith = input_elements.q_arith;
 
-        RelationValues expected_values;
+        ArrayOfValuesOverSubrelations expected_values;
         static const FF neg_half = FF(-2).invert();
 
         // Contribution 1
@@ -155,7 +155,7 @@ TEST_F(UltraRelationConsistency, UltraPermutationRelation)
 {
     const auto run_test = [](bool random_inputs) {
         using Relation = UltraPermutationRelation<FF>;
-        using RelationValues = typename Relation::RelationValues;
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
         const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
         const auto& w_1 = input_elements.w_l;
@@ -175,7 +175,7 @@ TEST_F(UltraRelationConsistency, UltraPermutationRelation)
         const auto& lagrange_first = input_elements.lagrange_first;
         const auto& lagrange_last = input_elements.lagrange_last;
 
-        RelationValues expected_values;
+        ArrayOfValuesOverSubrelations expected_values;
 
         const auto parameters = RelationParameters<FF>::get_random();
         const auto& beta = parameters.beta;
@@ -204,7 +204,7 @@ TEST_F(UltraRelationConsistency, LookupRelation)
 {
     const auto run_test = [](bool random_inputs) {
         using Relation = LookupRelation<FF>;
-        using RelationValues = typename Relation::RelationValues;
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
         const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
         const auto& w_1 = input_elements.w_l;
@@ -239,7 +239,7 @@ TEST_F(UltraRelationConsistency, LookupRelation)
         const auto& lagrange_first = input_elements.lagrange_first;
         const auto& lagrange_last = input_elements.lagrange_last;
 
-        RelationValues expected_values;
+        ArrayOfValuesOverSubrelations expected_values;
 
         const auto parameters = RelationParameters<FF>::get_random();
 
@@ -282,7 +282,7 @@ TEST_F(UltraRelationConsistency, GenPermSortRelation)
 {
     const auto run_test = [](bool random_inputs) {
         using Relation = GenPermSortRelation<FF>;
-        using RelationValues = typename Relation::RelationValues;
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
         const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
         const auto& w_1 = input_elements.w_l;
@@ -302,7 +302,7 @@ TEST_F(UltraRelationConsistency, GenPermSortRelation)
         auto contribution_3 = delta_3 * (delta_3 - 1) * (delta_3 - 2) * (delta_3 - 3);
         auto contribution_4 = delta_4 * (delta_4 - 1) * (delta_4 - 2) * (delta_4 - 3);
 
-        RelationValues expected_values;
+        ArrayOfValuesOverSubrelations expected_values;
 
         expected_values[0] = contribution_1 * q_sort;
         expected_values[1] = contribution_2 * q_sort;
@@ -321,7 +321,7 @@ TEST_F(UltraRelationConsistency, EllipticRelation)
 {
     const auto run_test = [](bool random_inputs) {
         using Relation = EllipticRelation<FF>;
-        using RelationValues = typename Relation::RelationValues;
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
         const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
         const auto& x_1 = input_elements.w_r;
@@ -336,7 +336,7 @@ TEST_F(UltraRelationConsistency, EllipticRelation)
         const auto& q_elliptic = input_elements.q_elliptic;
         const auto& q_is_double = input_elements.q_m;
 
-        RelationValues expected_values;
+        ArrayOfValuesOverSubrelations expected_values;
         // Compute x/y coordinate identities
 
         {
@@ -384,7 +384,7 @@ TEST_F(UltraRelationConsistency, AuxiliaryRelation)
 {
     const auto run_test = [](bool random_inputs) {
         using Relation = AuxiliaryRelation<FF>;
-        using RelationValues = typename Relation::RelationValues;
+        using ArrayOfValuesOverSubrelations = typename Relation::ArrayOfValuesOverSubrelations;
 
         const InputElements input_elements = random_inputs ? InputElements::get_random() : InputElements::get_special();
         const auto& w_1 = input_elements.w_l;
@@ -414,7 +414,7 @@ TEST_F(UltraRelationConsistency, AuxiliaryRelation)
         const auto parameters = RelationParameters<FF>::get_random();
         const auto& eta = parameters.eta;
 
-        RelationValues expected_values;
+        ArrayOfValuesOverSubrelations expected_values;
         /**
          * Non native field arithmetic gate 2
          *
diff --git a/barretenberg/cpp/src/barretenberg/proof_system/relations/utils.hpp b/barretenberg/cpp/src/barretenberg/proof_system/relations/utils.hpp
index 5f3af0054526..77d4e62814af 100644
--- a/barretenberg/cpp/src/barretenberg/proof_system/relations/utils.hpp
+++ b/barretenberg/cpp/src/barretenberg/proof_system/relations/utils.hpp
@@ -8,15 +8,43 @@
 namespace barretenberg {
 template <typename Flavor> class RelationUtils {
     using FF = typename Flavor::FF;
-    using PolynomialEvaluations = typename Flavor::ProverPolynomialsEvaluations;
+    using PolynomialEvaluations = typename Flavor::AllValues;
     using Relations = typename Flavor::Relations;
-    using RelationEvaluations = typename Flavor::RelationValues;
+    using RelationEvaluations = typename Flavor::TupleOfArraysOfValues;
 
     static constexpr size_t NUM_RELATIONS = Flavor::NUM_RELATIONS;
 
   public:
     /**
-     * Shared utility methods for tuple of arrays and accumulating relations.
+     * @brief Calculate the contribution of each relation to the expected value of the full Honk relation.
+     *
+     * @details For each relation, use the purported values (supplied by the prover) of the multivariates to calculate
+     * a contribution to the purported value of the full Honk relation. These are stored in `evaluations`. Adding these
+     * together, with appropriate scaling factors, produces the expected value of the full Honk relation. This value is
+     * checked against the final value of the target total sum (called sigma_0 in the thesis).
+     */
+    template <size_t relation_idx = 0>
+    // TODO(#224)(Cody): Input should be an array?
+    static void accumulate_relation_evaluations(PolynomialEvaluations evaluations,
+                                                RelationEvaluations relation_evaluations,
+                                                const proof_system::RelationParameters<FF>& relation_parameters,
+                                                const FF& partial_evaluation_constant)
+    {
+        using Relation = std::tuple_element_t<relation_idx, Relations>;
+        Relation::accumulate(std::get<relation_idx>(relation_evaluations),
+                             evaluations,
+                             relation_parameters,
+                             partial_evaluation_constant);
+
+        // Repeat for the next relation.
+        if constexpr (relation_idx + 1 < NUM_RELATIONS) {
+            accumulate_relation_evaluations<relation_idx + 1>(
+                evaluations, relation_evaluations, relation_parameters, partial_evaluation_constant);
+        }
+    }
+
+    /**
+     * Utility methods for tuple of arrays
      */
 
     /**
@@ -62,36 +90,5 @@ template <typename Flavor> class RelationUtils {
             apply_to_tuple_of_arrays<Operation, idx + 1>(operation, tuple);
         }
     }
-
-    // TODO(#224)(Cody): make uniform with accumulate_relation_univariates
-    /**
-     * @brief Calculate the contribution of each relation to the expected value of the full Honk relation.
-     *
-     * @details For each relation, use the purported values (supplied by the prover) of the multivariates to calculate
-     * a contribution to the purported value of the full Honk relation. These are stored in `evaluations`. Adding these
-     * together, with appropriate scaling factors, produces the expected value of the full Honk relation. This value is
-     * checked against the final value of the target total sum (called sigma_0 in the thesis).
-     */
-    template <size_t relation_idx = 0>
-    // TODO(#224)(Cody): Input should be an array?
-    // These claimed evaluations would be Claimed evaluations for sumcheck and proper evaluation for ProtoGalaxy
-    // copy paste in pg no other choice
-    static void accumulate_relation_evaluations(PolynomialEvaluations purported_evaluations,
-                                                RelationEvaluations& relation_evaluations,
-                                                const proof_system::RelationParameters<FF>& relation_parameters,
-                                                const FF& partial_evaluation_constant)
-    {
-        using Relation = std::tuple_element_t<relation_idx, Relations>;
-        Relation::add_full_relation_value_contribution(std::get<relation_idx>(relation_evaluations),
-                                                       purported_evaluations,
-                                                       relation_parameters,
-                                                       partial_evaluation_constant);
-
-        // Repeat for the next relation.
-        if constexpr (relation_idx + 1 < NUM_RELATIONS) {
-            accumulate_relation_evaluations<relation_idx + 1>(
-                purported_evaluations, relation_evaluations, relation_parameters, partial_evaluation_constant);
-        }
-    }
 };
 } // namespace barretenberg
\ No newline at end of file
diff --git a/barretenberg/cpp/src/barretenberg/stdlib/primitives/bool/bool.cpp b/barretenberg/cpp/src/barretenberg/stdlib/primitives/bool/bool.cpp
index 75d41f19d7b0..2ae1043f6b4d 100644
--- a/barretenberg/cpp/src/barretenberg/stdlib/primitives/bool/bool.cpp
+++ b/barretenberg/cpp/src/barretenberg/stdlib/primitives/bool/bool.cpp
@@ -450,7 +450,7 @@ template <typename Builder> void bool_t<Builder>::must_imply(const bool_t& other
 }
 
 /**
- * Process many implications all at once, for readablity, and as an optimisation.
+ * Process many implications all at once, for readablity, and as an optimization.
  * @param conds - each pair is a boolean condition that we want to constrain to be "implied", and an error message if it
  * is not implied.
  *
diff --git a/barretenberg/cpp/src/barretenberg/stdlib/primitives/field/field.hpp b/barretenberg/cpp/src/barretenberg/stdlib/primitives/field/field.hpp
index baa0d15d388f..c37a5ebf1a28 100644
--- a/barretenberg/cpp/src/barretenberg/stdlib/primitives/field/field.hpp
+++ b/barretenberg/cpp/src/barretenberg/stdlib/primitives/field/field.hpp
@@ -9,6 +9,8 @@ namespace proof_system::plonk::stdlib {
 template <typename Builder> class bool_t;
 template <typename Builder> class field_t {
   public:
+    using View = field_t;
+
     field_t(Builder* parent_context = nullptr);
     field_t(Builder* parent_context, const barretenberg::fr& value);
 
diff --git a/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/transcript/transcript.hpp b/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/transcript/transcript.hpp
index f02354207cb8..3b25af820c1a 100644
--- a/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/transcript/transcript.hpp
+++ b/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/transcript/transcript.hpp
@@ -60,7 +60,7 @@ template <typename Builder> class Transcript {
          */
         std::array<field_ct, num_challenges> challenges;
         for (size_t i = 0; i < num_challenges; ++i) {
-            challenges[i] = native_challenges[i];
+            challenges[i] = field_ct::from_witness(builder, native_challenges[i]);
         }
 
         return challenges;
diff --git a/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.cpp b/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.cpp
index 4b97dd1c1aba..068a62ca1c89 100644
--- a/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.cpp
+++ b/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.cpp
@@ -1,6 +1,5 @@
 #include "barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.hpp"
-#include "barretenberg/honk/pcs/gemini/gemini.hpp"
-#include "barretenberg/honk/pcs/shplonk/shplonk.hpp"
+#include "barretenberg/honk/pcs/zeromorph/zeromorph.hpp"
 #include "barretenberg/honk/transcript/transcript.hpp"
 #include "barretenberg/honk/utils/grand_product_delta.hpp"
 #include "barretenberg/honk/utils/power_polynomial.hpp"
@@ -24,13 +23,10 @@ std::array<typename Flavor::GroupElement, 2> UltraRecursiveVerifier_<Flavor>::ve
 {
     using Sumcheck = ::proof_system::honk::sumcheck::SumcheckVerifier<Flavor>;
     using Curve = typename Flavor::Curve;
-    using Gemini = ::proof_system::honk::pcs::gemini::GeminiVerifier_<Curve>;
-    using Shplonk = ::proof_system::honk::pcs::shplonk::ShplonkVerifier_<Curve>;
-    using KZG = ::proof_system::honk::pcs::kzg::KZG<Curve>; // note: This can only be KZG
+    using ZeroMorph = ::proof_system::honk::pcs::zeromorph::ZeroMorphVerifier_<Curve>;
     using VerifierCommitments = typename Flavor::VerifierCommitments;
     using CommitmentLabels = typename Flavor::CommitmentLabels;
     using RelationParams = ::proof_system::RelationParameters<FF>;
-    using UnivariateClaim = ::proof_system::honk::pcs::OpeningClaim<Curve>;
 
     RelationParams relation_parameters;
 
@@ -101,7 +97,7 @@ std::array<typename Flavor::GroupElement, 2> UltraRecursiveVerifier_<Flavor>::ve
     // Execute Sumcheck Verifier and extract multivariate opening point u = (u_0, ..., u_{d-1}) and purported
     // multivariate evaluations at u
     auto sumcheck = Sumcheck(key->circuit_size);
-    auto [multivariate_challenge, purported_evaluations, verified] = sumcheck.verify(relation_parameters, transcript);
+    auto [multivariate_challenge, claimed_evaluations, verified] = sumcheck.verify(relation_parameters, transcript);
 
     info("Sumcheck: num gates = ",
          builder->get_num_gates() - prev_num_gates,
@@ -110,144 +106,8 @@ std::array<typename Flavor::GroupElement, 2> UltraRecursiveVerifier_<Flavor>::ve
          ")");
     prev_num_gates = builder->get_num_gates();
 
-    // Compute powers of batching challenge rho
-    FF rho = transcript.get_challenge("rho");
-    std::vector<FF> rhos = ::proof_system::honk::pcs::gemini::powers_of_rho(rho, Flavor::NUM_ALL_ENTITIES);
-
-    // Compute batched multivariate evaluation
-    FF batched_evaluation = FF(0);
-    size_t evaluation_idx = 0;
-    for (auto& value : purported_evaluations.get_unshifted_then_shifted()) {
-        batched_evaluation += value * rhos[evaluation_idx];
-        ++evaluation_idx;
-    }
-
-    info("Batched eval: num gates = ",
-         builder->get_num_gates() - prev_num_gates,
-         ", (total = ",
-         builder->get_num_gates(),
-         ")");
-    prev_num_gates = builder->get_num_gates();
-
-    // Compute batched commitments needed for input to Gemini.
-    // Note: For efficiency in emulating the construction of the batched commitments, we want to perform a batch mul
-    // rather than naively accumulate the points one by one. To do this, we collect the points and scalars required for
-    // each MSM then perform the two batch muls.
-    const size_t NUM_UNSHIFTED = commitments.get_unshifted().size();
-    const size_t NUM_TO_BE_SHIFTED = commitments.get_to_be_shifted().size();
-    std::vector<FF> scalars_unshifted;
-    std::vector<FF> scalars_to_be_shifted;
-    size_t idx = 0;
-    for (size_t i = 0; i < NUM_UNSHIFTED; ++i) {
-        scalars_unshifted.emplace_back(rhos[idx++]);
-    }
-    for (size_t i = 0; i < NUM_TO_BE_SHIFTED; ++i) {
-        scalars_to_be_shifted.emplace_back(rhos[idx++]);
-    }
-    // TODO(luke): The powers_of_rho fctn does not set the context of rhos[0] = FF(1) so we do it explicitly here. Can
-    // we do something silly like set it to rho.pow(0) in the fctn to make it work both native and stdlib?
-    scalars_unshifted[0] = FF(builder, 1);
-
-    // Batch the commitments to the unshifted and to-be-shifted polynomials using powers of rho
-    auto batched_commitment_unshifted = GroupElement::batch_mul(commitments.get_unshifted(), scalars_unshifted);
-
-    info("Batch mul (unshifted): num gates = ",
-         builder->get_num_gates() - prev_num_gates,
-         ", (total = ",
-         builder->get_num_gates(),
-         ")");
-    prev_num_gates = builder->get_num_gates();
-
-    auto batched_commitment_to_be_shifted =
-        GroupElement::batch_mul(commitments.get_to_be_shifted(), scalars_to_be_shifted);
-
-    info("Batch mul (to-be-shited): num gates = ",
-         builder->get_num_gates() - prev_num_gates,
-         ", (total = ",
-         builder->get_num_gates(),
-         ")");
-    prev_num_gates = builder->get_num_gates();
-
-    // Produce a Gemini claim consisting of:
-    // - d+1 commitments [Fold_{r}^(0)], [Fold_{-r}^(0)], and [Fold^(l)], l = 1:d-1
-    // - d+1 evaluations a_0_pos, and a_l, l = 0:d-1
-    auto univariate_opening_claims = Gemini::reduce_verification(multivariate_challenge,
-                                                                 batched_evaluation,
-                                                                 batched_commitment_unshifted,
-                                                                 batched_commitment_to_be_shifted,
-                                                                 transcript);
-
-    info("Gemini: num gates = ",
-         builder->get_num_gates() - prev_num_gates,
-         ", (total = ",
-         builder->get_num_gates(),
-         ")");
-    prev_num_gates = builder->get_num_gates();
-
-    // Perform ECC op queue transcript aggregation protocol
-    if constexpr (IsGoblinFlavor<Flavor>) {
-        // Receive commitments [t_i^{shift}], [T_{i-1}], and [T_i]
-        std::array<Commitment, Flavor::NUM_WIRES> prev_agg_op_queue_commitments;
-        std::array<Commitment, Flavor::NUM_WIRES> shifted_op_wire_commitments;
-        std::array<Commitment, Flavor::NUM_WIRES> agg_op_queue_commitments;
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            std::string suffix = std::to_string(idx + 1);
-            prev_agg_op_queue_commitments[idx] =
-                transcript.template receive_from_prover<Commitment>("PREV_AGG_OP_QUEUE_" + suffix);
-            shifted_op_wire_commitments[idx] =
-                transcript.template receive_from_prover<Commitment>("SHIFTED_OP_WIRE_" + suffix);
-            agg_op_queue_commitments[idx] =
-                transcript.template receive_from_prover<Commitment>("AGG_OP_QUEUE_" + suffix);
-        }
-
-        // Receive claimed evaluations of t_i^{shift}, T_{i-1}, and T_i
-        FF kappa = transcript.get_challenge("kappa");
-        std::array<FF, Flavor::NUM_WIRES> prev_agg_op_queue_evals;
-        std::array<FF, Flavor::NUM_WIRES> shifted_op_wire_evals;
-        std::array<FF, Flavor::NUM_WIRES> agg_op_queue_evals;
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            std::string suffix = std::to_string(idx + 1);
-            prev_agg_op_queue_evals[idx] =
-                transcript.template receive_from_prover<FF>("prev_agg_op_queue_eval_" + suffix);
-            shifted_op_wire_evals[idx] = transcript.template receive_from_prover<FF>("op_wire_eval_" + suffix);
-            agg_op_queue_evals[idx] = transcript.template receive_from_prover<FF>("agg_op_queue_eval_" + suffix);
-
-            ASSERT(agg_op_queue_evals[idx].get_value() ==
-                   prev_agg_op_queue_evals[idx].get_value() + shifted_op_wire_evals[idx].get_value());
-
-            // Check the identity T_i(\kappa) = T_{i-1}(\kappa) + t_i^{shift}(\kappa).
-            agg_op_queue_evals[idx].assert_equal(prev_agg_op_queue_evals[idx] + shifted_op_wire_evals[idx]);
-        }
-
-        // Add corresponding univariate opening claims {(\kappa, p(\kappa), [p(X)]}
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_opening_claims.emplace_back(
-                UnivariateClaim{ { kappa, prev_agg_op_queue_evals[idx] }, prev_agg_op_queue_commitments[idx] });
-        }
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_opening_claims.emplace_back(
-                UnivariateClaim{ { kappa, shifted_op_wire_evals[idx] }, shifted_op_wire_commitments[idx] });
-        }
-        for (size_t idx = 0; idx < Flavor::NUM_WIRES; ++idx) {
-            univariate_opening_claims.emplace_back(
-                UnivariateClaim{ { kappa, agg_op_queue_evals[idx] }, agg_op_queue_commitments[idx] });
-        }
-    }
-
-    // Produce a Shplonk claim: commitment [Q] - [Q_z], evaluation zero (at random challenge z)
-    auto shplonk_claim = Shplonk::reduce_verification(pcs_verification_key, univariate_opening_claims, transcript);
-
-    info("Shplonk: num gates = ",
-         builder->get_num_gates() - prev_num_gates,
-         ", (total = ",
-         builder->get_num_gates(),
-         ")");
-    prev_num_gates = builder->get_num_gates();
-
-    // Constuct the inputs to the final KZG pairing check
-    auto pairing_points = KZG::compute_pairing_points(shplonk_claim, transcript);
-
-    info("KZG: num gates = ", builder->get_num_gates() - prev_num_gates, ", (total = ", builder->get_num_gates(), ")");
+    // Execute ZeroMorph multilinear PCS evaluation verifier
+    auto pairing_points = ZeroMorph::verify(commitments, claimed_evaluations, multivariate_challenge, transcript);
 
     return pairing_points;
 }
diff --git a/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.hpp b/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.hpp
index 298e60427cad..8d02fde7def9 100644
--- a/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.hpp
+++ b/barretenberg/cpp/src/barretenberg/stdlib/recursion/honk/verifier/ultra_recursive_verifier.hpp
@@ -2,7 +2,6 @@
 #include "barretenberg/honk/flavor/goblin_ultra.hpp"
 #include "barretenberg/honk/flavor/goblin_ultra_recursive.hpp"
 #include "barretenberg/honk/flavor/ultra.hpp"
-#include "barretenberg/honk/flavor/ultra_grumpkin.hpp"
 #include "barretenberg/honk/flavor/ultra_recursive.hpp"
 #include "barretenberg/honk/sumcheck/sumcheck.hpp"
 #include "barretenberg/plonk/proof_system/types/proof.hpp"
diff --git a/barretenberg/ts/CHANGELOG.md b/barretenberg/ts/CHANGELOG.md
index 9f5aef25af1c..a86d67501e0a 100644
--- a/barretenberg/ts/CHANGELOG.md
+++ b/barretenberg/ts/CHANGELOG.md
@@ -1,5 +1,54 @@
 # Changelog
 
+## [0.8.14](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.13...barretenberg.js-v0.8.14) (2023-10-13)
+
+
+### Miscellaneous
+
+* **barretenberg.js:** Synchronize aztec-packages versions
+
+## [0.8.13](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.12...barretenberg.js-v0.8.13) (2023-10-13)
+
+
+### Miscellaneous
+
+* **barretenberg.js:** Synchronize aztec-packages versions
+
+## [0.8.12](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.11...barretenberg.js-v0.8.12) (2023-10-13)
+
+
+### Miscellaneous
+
+* **barretenberg.js:** Synchronize aztec-packages versions
+
+## [0.8.11](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.10...barretenberg.js-v0.8.11) (2023-10-13)
+
+
+### Miscellaneous
+
+* **barretenberg.js:** Synchronize aztec-packages versions
+
+## [0.8.10](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.9...barretenberg.js-v0.8.10) (2023-10-11)
+
+
+### Features
+
+* Adding Fr back as a BB export (ts) ([#2770](https://github.com/AztecProtocol/aztec-packages/issues/2770)) ([d9ac808](https://github.com/AztecProtocol/aztec-packages/commit/d9ac8080a5525b9792b7b3f10c40583536bb256c))
+
+## [0.8.9](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.8...barretenberg.js-v0.8.9) (2023-10-10)
+
+
+### Miscellaneous
+
+* **barretenberg.js:** Synchronize aztec-packages versions
+
+## [0.8.8](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.7...barretenberg.js-v0.8.8) (2023-10-09)
+
+
+### Miscellaneous
+
+* **barretenberg.js:** Synchronize aztec-packages versions
+
 ## [0.8.7](https://github.com/AztecProtocol/aztec-packages/compare/barretenberg.js-v0.8.6...barretenberg.js-v0.8.7) (2023-10-04)
 
 
diff --git a/barretenberg/ts/package.json b/barretenberg/ts/package.json
index 24257ffda977..51114e18385c 100644
--- a/barretenberg/ts/package.json
+++ b/barretenberg/ts/package.json
@@ -1,6 +1,6 @@
 {
   "name": "@aztec/bb.js",
-  "version": "0.8.7",
+  "version": "0.8.14",
   "homepage": "https://github.com/AztecProtocol/aztec-packages/tree/master/barretenberg/ts",
   "license": "MIT",
   "type": "module",
diff --git a/barretenberg/ts/src/index.ts b/barretenberg/ts/src/index.ts
index 973998ba4c41..0998072f1de6 100644
--- a/barretenberg/ts/src/index.ts
+++ b/barretenberg/ts/src/index.ts
@@ -1,3 +1,3 @@
 export { Crs } from './crs/index.js';
 export { Barretenberg } from './barretenberg/index.js';
-export { RawBuffer } from './types/index.js';
+export { RawBuffer, Fr } from './types/index.js';
diff --git a/bootstrap_docker.sh b/bootstrap_docker.sh
index 45dbc3fe70d2..bbc081d0b591 100755
--- a/bootstrap_docker.sh
+++ b/bootstrap_docker.sh
@@ -36,5 +36,5 @@ build_local $PROJECT_NAME
 if [ -z "$PROJECT_NAME" ]; then
   echo
   echo "Success! You could now run e.g.:"
-  echo "  docker run -ti --rm aztecprotocol/end-to-end:latest e2e_private_token_contract.test"
+  echo "  docker run -ti --rm aztecprotocol/end-to-end:latest e2e_token_contract.test"
 fi
diff --git a/build-system/.gitrepo b/build-system/.gitrepo
index cf3c47d2f6a1..8ae6b0f5cc75 100644
--- a/build-system/.gitrepo
+++ b/build-system/.gitrepo
@@ -6,7 +6,7 @@
 [subrepo]
 	remote = https://github.com/AztecProtocol/build-system
 	branch = master
-	commit = 31b355e78cceb1094f4fde67459d6cabdbc077e7
-	parent = 68c1fab51e3a339032b719ce966ed34787f33dab
+	commit = 9591cdeab903d13430e91dfd0c069c8722ec1b20
+	parent = 3e5c4b195fa61a72e1eb6dce068120c98b17fb62
 	method = merge
 	cmdver = 0.4.6
diff --git a/build-system/scripts/calculate_content_hash b/build-system/scripts/calculate_content_hash
index 1d107c69d37b..8b6e85e8e7eb 100755
--- a/build-system/scripts/calculate_content_hash
+++ b/build-system/scripts/calculate_content_hash
@@ -6,10 +6,9 @@ set -eu
 REPOSITORY=$1
 COMMIT_HASH=${2:-${COMMIT_HASH:-$(git rev-parse HEAD)}}
 
-# Compute REBUILD_PATTERNS from the build manifest
-REBUILD_PATTERNS=$(query_manifest rebuildPatterns $REPOSITORY)
+# Get list of rebuild patterns, concat them with regex 'or' (|), and double escape \ for awk -v.
+AWK_PATTERN=$(query_manifest rebuildPatterns $REPOSITORY | tr '\n' '|' | sed 's/\\/\\\\/g')
 
-AWK_PATTERN=$(echo $REBUILD_PATTERNS | sed 's/ /|/g')
 cd "$(git rev-parse --show-toplevel)"
 
 # an example line is
diff --git a/build-system/scripts/create_dockerhub_manifest b/build-system/scripts/create_dockerhub_manifest
index 0efec6711218..118eeaf60c74 100755
--- a/build-system/scripts/create_dockerhub_manifest
+++ b/build-system/scripts/create_dockerhub_manifest
@@ -15,6 +15,7 @@ fi
 
 REPOSITORY=$1
 ARCH_LIST=$2
+DIST_TAG=${3:-"latest"}
 
 echo "Repo: $REPOSITORY"
 echo "Arch list: $ARCH_LIST"
@@ -26,7 +27,7 @@ USERNAME="aztecprotocolci"
 IMAGE_TAG=$(extract_tag_version $REPOSITORY true)
 
 MANIFEST_DEPLOY_URI=$ACCOUNT/$REPOSITORY:$IMAGE_TAG
-MANIFEST_LATEST_URI=$ACCOUNT/$REPOSITORY:latest
+MANIFEST_DIST_URI=$ACCOUNT/$REPOSITORY:$DIST_TAG
 
 # Login to dockerhub.
 dockerhub_login
@@ -42,11 +43,11 @@ do
   IMAGE_DEPLOY_URI=$ACCOUNT/$REPOSITORY:$IMAGE_TAG-$A
   echo "Adding image $IMAGE_DEPLOY_URI to manifest list $MANIFEST_DEPLOY_URI"
   docker_or_dryrun manifest create $MANIFEST_DEPLOY_URI \
-  --amend $IMAGE_DEPLOY_URI
-  
-  echo "Adding image $IMAGE_DEPLOY_URI to manifest list $MANIFEST_LATEST_URI"
-  docker_or_dryrun manifest create $MANIFEST_LATEST_URI \
-  --amend $IMAGE_DEPLOY_URI
+    --amend $IMAGE_DEPLOY_URI
+
+  echo "Adding image $IMAGE_DEPLOY_URI to manifest list $MANIFEST_DIST_URI"
+  docker_or_dryrun manifest create $MANIFEST_DIST_URI \
+    --amend $IMAGE_DEPLOY_URI
 done
 
 IFS=$OLD_IFS
@@ -56,6 +57,6 @@ echo "Pushing manifest list $MANIFEST_DEPLOY_URI..."
 # Push the version tagged list
 docker_or_dryrun manifest push --purge $MANIFEST_DEPLOY_URI
 
-echo "Pushing manifest list $MANIFEST_LATEST_URI..."
+echo "Pushing manifest list $MANIFEST_DIST_URI..."
 # Push the latest tagged list
-docker_or_dryrun manifest push --purge $MANIFEST_LATEST_URI
+docker_or_dryrun manifest push --purge $MANIFEST_DIST_URI
diff --git a/build-system/scripts/deploy_dockerhub b/build-system/scripts/deploy_dockerhub
index 21d6a0e64062..e5782d970baf 100755
--- a/build-system/scripts/deploy_dockerhub
+++ b/build-system/scripts/deploy_dockerhub
@@ -9,6 +9,7 @@ fi
 
 REPOSITORY=$1
 ARCH=${2:-""}
+DIST_TAG=${3:-"latest"}
 
 echo "Repo: $REPOSITORY"
 echo "Arch: $ARCH"
@@ -18,10 +19,10 @@ USERNAME="aztecprotocolci"
 
 IMAGE_COMMIT_URI=$(calculate_image_uri $REPOSITORY)
 
-IMAGE_LATEST_URI=$ACCOUNT/$REPOSITORY:latest
+IMAGE_DIST_URI=$ACCOUNT/$REPOSITORY:$DIST_TAG
 if [[ -n "$ARCH" ]]; then
   IMAGE_COMMIT_URI=$IMAGE_COMMIT_URI-$ARCH
-  IMAGE_LATEST_URI=$IMAGE_LATEST_URI-$ARCH
+  IMAGE_DIST_URI=$IMAGE_DIST_URI-$ARCH
 fi
 
 COMMIT_TAG_VERSION=$(extract_tag_version $REPOSITORY true)
@@ -49,11 +50,11 @@ echo "Tagging $IMAGE_COMMIT_URI as $IMAGE_DEPLOY_URI"
 # Tag with commit tag
 docker_or_dryrun tag $IMAGE_COMMIT_URI $IMAGE_DEPLOY_URI
 
-echo "Tagging $IMAGE_COMMIT_URI as $IMAGE_LATEST_URI"
-# Tag with :latest
-docker_or_dryrun tag $IMAGE_COMMIT_URI $IMAGE_LATEST_URI
+echo "Tagging $IMAGE_COMMIT_URI as $IMAGE_DIST_URI"
+# Tag with :$DIST_TAG (latest or canary)
+docker_or_dryrun tag $IMAGE_COMMIT_URI $IMAGE_DIST_URI
 
 # Push tagged image to dockerhub.
 docker_or_dryrun push $IMAGE_DEPLOY_URI
-# Push :latest image to dockerhub
-docker_or_dryrun push $IMAGE_LATEST_URI
+# Push :latest or :canary image to dockerhub
+docker_or_dryrun push $IMAGE_DIST_URI
diff --git a/build_manifest.yml b/build_manifest.yml
index 54b6c81fcc9e..e1c9d907f78c 100644
--- a/build_manifest.yml
+++ b/build_manifest.yml
@@ -101,7 +101,7 @@ yarn-project-base:
 yarn-project:
   buildDir: yarn-project
   rebuildPatterns:
-    - ^yarn-project/.*\\.(ts|js|cjs|mjs|json|html)$
+    - ^yarn-project/.*\.(ts|js|cjs|mjs|json|html|md|sh)$
     - ^yarn-project/Dockerfile
   dependencies:
     - yarn-project-base
@@ -131,9 +131,9 @@ boxes-blank:
   dependencies:
     - aztec-sandbox
 
-boxes-private-token:
+boxes-token:
   buildDir: yarn-project
-  projectDir: yarn-project/boxes/private-token
+  projectDir: yarn-project/boxes/token
   dependencies:
     - aztec-sandbox
 
@@ -156,6 +156,18 @@ end-to-end:
   dependencies:
     - yarn-project
 
+aztec-node:
+  buildDir: yarn-project
+  projectDir: yarn-project/aztec-node
+  dependencies:
+    - yarn-project
+
+p2p-bootstrap:
+  buildDir: yarn-project
+  projectDir: yarn-project/p2p-bootstrap
+  dependencies:
+    - yarn-project
+
 docs:
   buildDir: .
   dockerfile: docs/Dockerfile
diff --git a/circuits/cpp/.rebuild_patterns b/circuits/cpp/.rebuild_patterns
index 8b81b83403cb..d2edf385649d 100644
--- a/circuits/cpp/.rebuild_patterns
+++ b/circuits/cpp/.rebuild_patterns
@@ -1,3 +1,3 @@
-^circuits/.*\\.(cpp|cc|cxx|c\\+\\+|h|hpp|hxx|h\\+\\+|c|h|inl|inc|ipp|tpp|cmake)$
-^circuits/.*CMakeLists\\.txt$
+^circuits/.*\.(cpp|cc|cxx|c\+\+|h|hpp|hxx|h\+\+|c|h|inl|inc|ipp|tpp|cmake)$
+^circuits/.*CMakeLists\.txt$
 ^circuits/.*Dockerfile.*$
\ No newline at end of file
diff --git a/circuits/cpp/CMakeLists.txt b/circuits/cpp/CMakeLists.txt
index a3286d6121fd..e7350df4d343 100644
--- a/circuits/cpp/CMakeLists.txt
+++ b/circuits/cpp/CMakeLists.txt
@@ -129,7 +129,7 @@ if(COVERAGE)
         message(FATAL_ERROR "Couldn't find ${COV_EXECUTABLE_NAME}")
     endif()
 
-    # Add profiling compile options and disable optimisations
+    # Add profiling compile options and disable optimizations
     add_compile_options(-fprofile-instr-generate -fcoverage-mapping -O0)
 
     # Add a custom target for creating the report
diff --git a/circuits/cpp/cmake/module.cmake b/circuits/cpp/cmake/module.cmake
index 60b265c1d9c3..aaa9655c3445 100644
--- a/circuits/cpp/cmake/module.cmake
+++ b/circuits/cpp/cmake/module.cmake
@@ -6,11 +6,11 @@
 # Scans for all .test.cpp files in a subdirectory, and creates a gtest binary named <module name>_tests.
 # Scans for all .bench.cpp files in a subdirectory, and creates a benchmark binary named <module name>_bench.
 #
-# We have to get a bit complicated here, due to the fact CMake will not parallelise the building of object files
+# We have to get a bit complicated here, due to the fact CMake will not parallelize the building of object files
 # between dependent targets, due to the potential of post-build code generation steps etc.
 # To work around this, we create "object libraries" containing the object files.
 # Then we declare executables/libraries that are to be built from these object files.
-# These assets will only be linked as their dependencies complete, but we can parallelise the compilation at least.
+# These assets will only be linked as their dependencies complete, but we can parallelize the compilation at least.
 
 function(circuits_cmake_module MODULE_NAME)
     file(GLOB_RECURSE SOURCE_FILES *.cpp)
diff --git a/circuits/cpp/src/aztec3/circuits/abis/function_leaf_preimage.hpp b/circuits/cpp/src/aztec3/circuits/abis/function_leaf_preimage.hpp
index b81c2bf45230..bb82a8c69aa2 100644
--- a/circuits/cpp/src/aztec3/circuits/abis/function_leaf_preimage.hpp
+++ b/circuits/cpp/src/aztec3/circuits/abis/function_leaf_preimage.hpp
@@ -24,7 +24,7 @@ using std::is_same;
  * This struct includes a `hash()` function for computing its pedersen compression.
  * There are also static functions for:
  * - converting preimages between native/circuit types
- * - serialising and deserialising preimages
+ * - serializing and deserializing preimages
  * - writing a preimage to an ostream
  */
 template <typename NCT> struct FunctionLeafPreimage {
diff --git a/circuits/cpp/src/aztec3/circuits/abis/packers.hpp b/circuits/cpp/src/aztec3/circuits/abis/packers.hpp
index fb001b0f049a..8742e8956773 100644
--- a/circuits/cpp/src/aztec3/circuits/abis/packers.hpp
+++ b/circuits/cpp/src/aztec3/circuits/abis/packers.hpp
@@ -107,7 +107,7 @@ struct GeneratorIndexPacker {
         int UNIQUE_COMMITMENT = GeneratorIndex::UNIQUE_COMMITMENT;
         int SILOED_COMMITMENT = GeneratorIndex::SILOED_COMMITMENT;
         int NULLIFIER = GeneratorIndex::NULLIFIER;
-        int INITIALISATION_NULLIFIER = GeneratorIndex::INITIALISATION_NULLIFIER;
+        int INITIALIZATION_NULLIFIER = GeneratorIndex::INITIALIZATION_NULLIFIER;
         int OUTER_NULLIFIER = GeneratorIndex::OUTER_NULLIFIER;
         int PUBLIC_DATA_READ = GeneratorIndex::PUBLIC_DATA_READ;
         int PUBLIC_DATA_UPDATE_REQUEST = GeneratorIndex::PUBLIC_DATA_UPDATE_REQUEST;
@@ -144,7 +144,7 @@ struct GeneratorIndexPacker {
                  UNIQUE_COMMITMENT,
                  SILOED_COMMITMENT,
                  NULLIFIER,
-                 INITIALISATION_NULLIFIER,
+                 INITIALIZATION_NULLIFIER,
                  OUTER_NULLIFIER,
                  PUBLIC_DATA_READ,
                  PUBLIC_DATA_UPDATE_REQUEST,
diff --git a/circuits/cpp/src/aztec3/circuits/apps/.test.cpp b/circuits/cpp/src/aztec3/circuits/apps/.test.cpp
index d847c14c699a..9fd343b13660 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/.test.cpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/.test.cpp
@@ -300,7 +300,7 @@ TEST_F(state_var_tests, circuit_initialise_utxo_of_default_singleton_private_not
     // FUNCTION:
 
     // This time we use a slightly different Note type, which is tailored towards singleton UTXO use-cases. In
-    // particular, it copes with the distinction between initialisation of the UTXO, vs future modification of the UTXO.
+    // particular, it copes with the distinction between initialization of the UTXO, vs future modification of the UTXO.
     using Note = DefaultSingletonPrivateNote<C, CT::fr>;
 
     UTXO<Note> my_utxo(&exec_ctx, "my_utxo");
@@ -315,9 +315,9 @@ TEST_F(state_var_tests, circuit_initialise_utxo_of_default_singleton_private_not
     // The person who may initialise the note might be different from the person who's actually given the note to own.
     // (E.g. the caller of this function might be the deployer of the contract, who is initialising notes on behalf of
     // other users)
-    CT::address owner_of_initialised_note = 888888;
+    CT::address owner_of_initialized_note = 888888;
 
-    my_utxo.initialise({ .value = 100, .owner = owner_of_initialised_note });
+    my_utxo.initialise({ .value = 100, .owner = owner_of_initialized_note });
 
     exec_ctx.finalize();
 
@@ -348,7 +348,7 @@ TEST_F(state_var_tests, circuit_modify_utxo_of_default_singleton_private_note_fr
     // FUNCTION:
 
     // This time we use a slightly different Note type, which is tailored towards singleton UTXO use-cases. In
-    // particular, it copes with the distinction between initialisation of the UTXO, vs future modification of the UTXO.
+    // particular, it copes with the distinction between initialization of the UTXO, vs future modification of the UTXO.
     using Note = DefaultSingletonPrivateNote<C, CT::fr>;
 
     UTXO<Note> my_utxo(&exec_ctx, "my_utxo");
diff --git a/circuits/cpp/src/aztec3/circuits/apps/function_execution_context.hpp b/circuits/cpp/src/aztec3/circuits/apps/function_execution_context.hpp
index c01074301091..9e41bf07bf35 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/function_execution_context.hpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/function_execution_context.hpp
@@ -256,7 +256,7 @@ template <typename Builder> class FunctionExecutionContext {
     }
 
     /**
-     * @brief This is an important optimisation, to save on the number of emitted nullifiers.
+     * @brief This is an important optimization, to save on the number of emitted nullifiers.
      *
      * A nullifier is ideal to serve as a nonce for a new note commitment, because its uniqueness is enforced by the
      * Rollup circuit. But we won't know how many non-dummy nullifiers we have at our disposal (to inject into
@@ -268,7 +268,7 @@ template <typename Builder> class FunctionExecutionContext {
      * nullifiers created within the function. Now, at that point, we _could_ generate a dummy nullifier and use that as
      * a nonce. But that uses up a precious slot in the circuit's nullifiers array (part of the circuit's public inputs
      * abi). And it might be the case that later in the function, a load of non-dummy nullifiers get created. So as an
-     * optimisation, it would be better if we could use _those_ nullifiers, so as to minimise dummy values in the
+     * optimization, it would be better if we could use _those_ nullifiers, so as to minimise dummy values in the
      * circuit's public inputs.
      *
      * And so, we provide the option here of deferring the injection of nonces into note_preimages (and hence deferring
diff --git a/circuits/cpp/src/aztec3/circuits/apps/notes/default_private_note/note.hpp b/circuits/cpp/src/aztec3/circuits/apps/notes/default_private_note/note.hpp
index 2dcff2259d6f..6c2837c5447d 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/notes/default_private_note/note.hpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/notes/default_private_note/note.hpp
@@ -85,16 +85,16 @@ template <typename Builder, typename ValueType> class DefaultPrivateNote : publi
 
     fr generate_nonce() override;
 
-    fr get_initialisation_nullifier() override
+    fr get_initialization_nullifier() override
     {
         throw_or_abort(
-            "DefaultPrivateNote does not support initialisation. Maybe use DefaultSingletonPrivateNote instead?");
+            "DefaultPrivateNote does not support initialization. Maybe use DefaultSingletonPrivateNote instead?");
     };
 
-    fr get_initialisation_commitment() override
+    fr get_initialization_commitment() override
     {
         throw_or_abort(
-            "DefaultPrivateNote does not support initialisation. Maybe use DefaultSingletonPrivateNote instead?");
+            "DefaultPrivateNote does not support initialization. Maybe use DefaultSingletonPrivateNote instead?");
     };
 
     // CUSTOM METHODS
diff --git a/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.hpp b/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.hpp
index a5389838cd3d..df09571661c0 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.hpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.hpp
@@ -74,9 +74,9 @@ template <typename Builder, typename ValueType> class DefaultSingletonPrivateNot
 
     fr generate_nonce() override;
 
-    fr get_initialisation_nullifier() override;
+    fr get_initialization_nullifier() override;
 
-    fr get_initialisation_commitment() override;
+    fr get_initialization_commitment() override;
 
     // CUSTOM METHODS
 
diff --git a/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.tpp b/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.tpp
index 76742963edf2..ee976b4eba47 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.tpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/notes/default_singleton_private_note/note.tpp
@@ -188,13 +188,13 @@ typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::gene
 };
 
 template <typename Builder, typename V>
-typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_initialisation_nullifier()
+typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_initialization_nullifier()
 {
     auto& oracle = get_oracle();
 
     const fr& owner_private_key = oracle.get_msg_sender_private_key();
 
-    // We prevent this storage slot from even being initialised again:
+    // We prevent this storage slot from even being initialized again:
     auto& storage_slot_point = state_var->storage_slot_point;
 
     const std::vector<fr> hash_inputs{
@@ -205,7 +205,7 @@ typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_
     const bool is_dummy = false;
 
     // We compress the hash_inputs with Pedersen, because that's cheap.
-    const fr compressed_storage_slot_point = CT::compress(hash_inputs, GeneratorIndex::INITIALISATION_NULLIFIER);
+    const fr compressed_storage_slot_point = CT::compress(hash_inputs, GeneratorIndex::INITIALIZATION_NULLIFIER);
 
     // For now, we piggy-back on the regular nullifier function.
     return DefaultSingletonPrivateNote<Builder, V>::compute_nullifier(
@@ -213,15 +213,15 @@ typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_
 };
 
 template <typename Builder, typename V>
-typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_initialisation_commitment()
+typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_initialization_commitment()
 {
     /**
-     * TODO: Get rid of this temporary fix of including owner_private_key while computing the initialisation commitment.
-     * Details: We need to add the initialisation commitment value to the `nullified_commitments`.
-     * In this case, since the actual note data is not yet available, we compute the initialisation nullifier as:
+     * TODO: Get rid of this temporary fix of including owner_private_key while computing the initialization commitment.
+     * Details: We need to add the initialization commitment value to the `nullified_commitments`.
+     * In this case, since the actual note data is not yet available, we compute the initialization nullifier as:
      * null = hash(compressed_storage_slot, owner_private_key, false)
      *
-     * Thus, the initialisation commitment here is `compressed_storage_slot`. But since the storage slot is not a real
+     * Thus, the initialization commitment here is `compressed_storage_slot`. But since the storage slot is not a real
      * circuit variable, `compressed_storage_slot` would be a circuit constant. The compiler doesn't allow us
      * to make a circuit constant as a public input of the circuit, it just crashes at runtime.
      * To avoid this, we compute the initial commitment as:
@@ -233,7 +233,7 @@ typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_
 
     const fr& owner_private_key = oracle.get_msg_sender_private_key();
 
-    // We prevent this storage slot from even being initialised again:
+    // We prevent this storage slot from even being initialized again:
     auto& storage_slot_point = state_var->storage_slot_point;
 
     const std::vector<fr> hash_inputs{
@@ -243,7 +243,7 @@ typename CircuitTypes<Builder>::fr DefaultSingletonPrivateNote<Builder, V>::get_
     };
 
     // We compress the hash_inputs with Pedersen, because that's cheap.
-    fr compressed_storage_slot_point = CT::compress(hash_inputs, GeneratorIndex::INITIALISATION_NULLIFIER);
+    fr compressed_storage_slot_point = CT::compress(hash_inputs, GeneratorIndex::INITIALIZATION_NULLIFIER);
 
     return compressed_storage_slot_point;
 };
diff --git a/circuits/cpp/src/aztec3/circuits/apps/notes/note_interface.hpp b/circuits/cpp/src/aztec3/circuits/apps/notes/note_interface.hpp
index a56982bb6827..f9bfb3c7e943 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/notes/note_interface.hpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/notes/note_interface.hpp
@@ -38,9 +38,9 @@ template <typename Builder> class NoteInterface {
 
     virtual fr get_nullifier() = 0;
 
-    virtual fr get_initialisation_nullifier() = 0;
+    virtual fr get_initialization_nullifier() = 0;
 
-    virtual fr get_initialisation_commitment() = 0;
+    virtual fr get_initialization_commitment() = 0;
 
     virtual void constrain_against_advice(NoteInterface<Builder> const& advice_note) = 0;
 
diff --git a/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.hpp b/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.hpp
index 59e715f1d0f4..bf6b7630f772 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.hpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.hpp
@@ -62,7 +62,7 @@ template <typename Builder> class Opcodes {
 
     /**
      * @brief Compute and push a new commitment to the public inputs of this exec_ctx, BUT ALSO compute and produce an
-     * initialisation nullifier, to prevent this note from being initialised again in the future.
+     * initialization nullifier, to prevent this note from being initialized again in the future.
      */
     template <typename Note> static void UTXO_INIT(StateVar<Builder>* state_var, Note& note_to_initialise);
 
diff --git a/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.tpp b/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.tpp
index a44bdd044003..7a4d3d1f4904 100644
--- a/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.tpp
+++ b/circuits/cpp/src/aztec3/circuits/apps/opcodes/opcodes.tpp
@@ -122,8 +122,8 @@ void Opcodes<Builder>::UTXO_NULL(StateVar<Builder>* state_var, Note& note_to_nul
 template <typename Builder> template <typename Note>
 void Opcodes<Builder>::UTXO_INIT(StateVar<Builder>* state_var, Note& note_to_initialise)
 {
-    typename CT::fr const init_nullifier = note_to_initialise.get_initialisation_nullifier();
-    typename CT::fr const init_commitment = note_to_initialise.get_initialisation_commitment();
+    typename CT::fr const init_nullifier = note_to_initialise.get_initialization_nullifier();
+    typename CT::fr const init_commitment = note_to_initialise.get_initialization_commitment();
 
     auto& exec_ctx = state_var->exec_ctx;
 
diff --git a/circuits/cpp/src/aztec3/circuits/hash.hpp b/circuits/cpp/src/aztec3/circuits/hash.hpp
index e29810bce0f9..bf23853d1d79 100644
--- a/circuits/cpp/src/aztec3/circuits/hash.hpp
+++ b/circuits/cpp/src/aztec3/circuits/hash.hpp
@@ -381,10 +381,10 @@ template <typename NCT> typename NCT::fr compute_public_data_tree_value(typename
  * @param storage_slot The storage slot to which the inserted element belongs
  * @return The index for insertion into the public data tree
  */
-template <typename NCT> typename NCT::fr compute_public_data_tree_index(typename NCT::fr const& contract_address,
+template <typename NCT> typename NCT::fr compute_public_data_tree_index(typename NCT::address const& contract_address,
                                                                         typename NCT::fr const& storage_slot)
 {
-    return NCT::compress({ contract_address, storage_slot }, GeneratorIndex::PUBLIC_LEAF_INDEX);
+    return NCT::compress({ contract_address.to_field(), storage_slot }, GeneratorIndex::PUBLIC_LEAF_INDEX);
 }
 
 template <typename NCT> typename NCT::fr compute_l2_to_l1_hash(typename NCT::address const& contract_address,
diff --git a/circuits/cpp/src/aztec3/circuits/kernel/private/common.cpp b/circuits/cpp/src/aztec3/circuits/kernel/private/common.cpp
index 29d1d020a2df..45cba2b8af05 100644
--- a/circuits/cpp/src/aztec3/circuits/kernel/private/common.cpp
+++ b/circuits/cpp/src/aztec3/circuits/kernel/private/common.cpp
@@ -340,7 +340,6 @@ void common_contract_logic(DummyBuilder& builder,
 
     const auto is_contract_deployment = public_inputs.constants.tx_context.is_contract_deployment_tx;
 
-    // input storage contract address must be 0 if its a constructor call and non-zero otherwise
     if (is_contract_deployment) {
         auto constructor_hash =
             compute_constructor_hash(function_data, private_call_public_inputs.args_hash, private_call_vk_hash);
@@ -429,4 +428,4 @@ void common_contract_logic(DummyBuilder& builder,
     }
 }
 
-}  // namespace aztec3::circuits::kernel::private_kernel
\ No newline at end of file
+}  // namespace aztec3::circuits::kernel::private_kernel
diff --git a/circuits/cpp/src/aztec3/circuits/kernel/public/common.hpp b/circuits/cpp/src/aztec3/circuits/kernel/public/common.hpp
index 7ee34f3d6144..a252b5970e07 100644
--- a/circuits/cpp/src/aztec3/circuits/kernel/public/common.hpp
+++ b/circuits/cpp/src/aztec3/circuits/kernel/public/common.hpp
@@ -442,7 +442,7 @@ void common_update_public_end_values(Builder& builder,
 /**
  * @brief Initialises the circuit output end state from provided inputs
  * @param public_kernel_inputs The inputs to this iteration of the kernel circuit
- * @param circuit_outputs The circuit outputs to be initialised
+ * @param circuit_outputs The circuit outputs to be initialized
  */
 void common_initialise_end_values(PublicKernelInputs<NT> const& public_kernel_inputs,
                                   KernelCircuitPublicInputs<NT>& circuit_outputs);
diff --git a/circuits/cpp/src/aztec3/constants.hpp b/circuits/cpp/src/aztec3/constants.hpp
index 152c5ce6b566..a9bf9e8bfd1b 100644
--- a/circuits/cpp/src/aztec3/constants.hpp
+++ b/circuits/cpp/src/aztec3/constants.hpp
@@ -146,7 +146,7 @@ enum GeneratorIndex {
     UNIQUE_COMMITMENT,           // Size = 2
     SILOED_COMMITMENT,           // Size = 2
     NULLIFIER,                   // Size = 4 (unused)
-    INITIALISATION_NULLIFIER,    // Size = 2 (unused)
+    INITIALIZATION_NULLIFIER,    // Size = 2 (unused)
     OUTER_NULLIFIER,             // Size = 2
     PUBLIC_DATA_READ,            // Size = 2
     PUBLIC_DATA_UPDATE_REQUEST,  // Size = 3
diff --git a/cspell.json b/cspell.json
new file mode 100644
index 000000000000..78b0a83f371f
--- /dev/null
+++ b/cspell.json
@@ -0,0 +1,177 @@
+{
+  "words": [
+    "tparam",
+    "abitype",
+    "acir",
+    "acvm",
+    "barretenberg",
+    "Brillig",
+    "Bufferable",
+    "camelcase",
+    "cbind",
+    "cbinds",
+    "composability",
+    "Daos",
+    "decrementation",
+    "delegatecall",
+    "entrypoints",
+    "grumpkin",
+    "hasher",
+    "keccak",
+    "keypairs",
+    "Merkle",
+    "msgpack",
+    "Nargo",
+    "Pedersen",
+    "Plookup",
+    "Pokeable",
+    "preimage",
+    "preimages",
+    "pxes",
+    "rethrown",
+    "rollup",
+    "rollups",
+    "schnorr",
+    "Signerless",
+    "struct",
+    "structs",
+    "viem",
+    "fullpath",
+    "unexclude",
+    "hardlinks",
+    "yarnrc",
+    "memdown",
+    "tsbuildinfo",
+    "leveldown",
+    "isequal",
+    "rushstack",
+    "messagebox",
+    "buildkit",
+    "unexcluded",
+    "devs",
+    "overlayfs",
+    "wasms",
+    "interruptible",
+    "clonedeep",
+    "callstack",
+    "callstacks",
+    "cheatcode",
+    "flatmap",
+    "toplevel",
+    "productionify",
+    "repr",
+    "bufs",
+    "aztecprotocol",
+    "dbanks",
+    "rahul",
+    "herskind",
+    "danlee",
+    "suyash",
+    "diffie",
+    "bootnode",
+    "fargate",
+    "awslogs",
+    "awsvpc",
+    "multivalue",
+    "snakecase",
+    "upperfirst",
+    "authwit",
+    "nullifer",
+    "unshield",
+    "codegen",
+    "secp",
+    "accum",
+    "bytecodes",
+    "yamux",
+    "libp",
+    "mplex",
+    "protobuf",
+    "pnat",
+    "chainsafe",
+    "mockify",
+    "vals",
+    "pubkey",
+    "noirup",
+    "direnv",
+    "nixpkgs",
+    "outdir",
+    "pako",
+    "webassembly",
+    "asyncify",
+    "indexeddb",
+    "leveljs",
+    "filestat",
+    "prestat",
+    "transferables",
+    "proxify",
+    "proxified",
+    "proxied",
+    "typeparam",
+    "preauthenticated",
+    "trivago",
+    "jsons",
+    "autonat",
+    "muxers",
+    "Kademlia",
+    "mimc",
+    "gitrepo",
+    "subrepo",
+    "typecheck",
+    "fuzzer",
+    "fuzzers",
+    "gtest",
+    "dockerfiles",
+    "gitmodules",
+    "dockerhub",
+    "utxo",
+    "sload",
+    "quickstart",
+    "otterscan",
+    "cheatcodes",
+    "permissionless",
+    "parallelizable",
+    "solhint",
+    "foundryup",
+    "concat",
+    "mload",
+    "calldatacopy",
+    "ierc",
+    "erc",
+    "bbmalloc",
+    "bbfree",
+    "archiver",
+    "sigchld",
+    "pids",
+    "comlink",
+    "checksummed",
+    "tsdoc",
+    "muldiv",
+    "clonedeepwith",
+    "bodyparser",
+    "pkgs",
+    "mktemp",
+    "unshielding",
+    "workdir",
+    "leveldb"
+  ],
+  "ignorePaths": [
+    "node_modules/",
+    "dist/",
+    "build/",
+    "dest/",
+    "barretenberg",
+    "dest",
+    "node_modules",
+    ".cache",
+    ".pnp.cjs",
+    ".pnp.loader.mjs",
+    "cmake-build-debug",
+    ".terraform*",
+    ".bootstrapped",
+    "*.svg",
+    "*.otf",
+    "git-subrepo/",
+    "*.snap",
+    "package.json"
+  ]
+}
diff --git a/docs/.gitrepo b/docs/.gitrepo
index bba05a9c5884..2e1a17112a15 100644
--- a/docs/.gitrepo
+++ b/docs/.gitrepo
@@ -6,7 +6,7 @@
 [subrepo]
 	remote = https://github.com/AztecProtocol/docs
 	branch = main
-	commit = 2dcf08948bd56fa6bb673604b1c47099a5b2e2a5
-	parent = 68c1fab51e3a339032b719ce966ed34787f33dab
+	commit = 4a7532550e5976b2fb092d1f91cf9b4ec2763ae9
+	parent = 3e5c4b195fa61a72e1eb6dce068120c98b17fb62
 	method = merge
 	cmdver = 0.4.6
diff --git a/docs/docs/about_aztec/history/differences_to_aztec_connect.md b/docs/docs/about_aztec/history/differences_to_aztec_connect.md
index d27074853f8a..1f24420a9baa 100644
--- a/docs/docs/about_aztec/history/differences_to_aztec_connect.md
+++ b/docs/docs/about_aztec/history/differences_to_aztec_connect.md
@@ -4,9 +4,9 @@
 
 In Connect, we had multiple circuits that could each create/destroy a unified set of value notes. This was acceptable because all Connect circuits had a single author (us!).
 
-In Aztec our architecture must process arbitrary circuits written by potentially dishonest actors. Contract state must therefore be siloed at the architecture level similar to Ethereum. Fortunately, this does not require splitting up the anonymity set.
+In Aztec our architecture must process arbitrary circuits written by potentially dishonest actors. Contract state must therefore be siloed at the architecture level similar to Ethereum. Fortunately, this does not require splitting up the privacy set.
 
-**Anonymity set must be shared across all contracts**
+**Privacy set must be shared across all contracts**
 
 In Connect observers knew when different note types were being created (value note, account note etc). This cannot be the case in Aztec, as we want to provide strong privacy gaurantees to all private contracts even if they have few transactions interacting with their contract.
 
diff --git a/docs/docs/about_aztec/history/history.mdx b/docs/docs/about_aztec/history/history.mdx
index 4a037c9cf8b7..9bd9c2995a11 100644
--- a/docs/docs/about_aztec/history/history.mdx
+++ b/docs/docs/about_aztec/history/history.mdx
@@ -60,11 +60,11 @@ The original blockchain.
 
 **Programmability**:  
 - The functionality of zk.money, plus:  
-- Tokens can be sent from the L2 shielded pool to many L1 defi contracts, and the resulting tokens can be re-shielded. This gives anonymity to L1 defi users.
+- Tokens can be sent from the L2 shielded pool to many L1 defi contracts, and the resulting tokens can be re-shielded. This gives privacy to L1 defi users.
 
 **Privacy**:  
 - Transfers of the ERC20 tokens within the L2 are private.  
-- User defi interactions are anonymous.
+- User defi interactions are private.
 
 ---
 
@@ -80,5 +80,5 @@ The original blockchain.
 - Executing private functions grants:
   - Function privacy
   - Input privacy
-  - User anonymity
+  - User privacy
 - Executing a private function which calls a public function grants varying degrees of privacy, depending on the application someone deploys. (Similar to how deposits and withdrawals to/from shielded pools can leak privacy).
diff --git a/docs/docs/about_aztec/overview.mdx b/docs/docs/about_aztec/overview.mdx
index 0e38c8a1dbd4..cb727d367322 100644
--- a/docs/docs/about_aztec/overview.mdx
+++ b/docs/docs/about_aztec/overview.mdx
@@ -12,7 +12,7 @@ A smart contract on Aztec is a collection of functions, written as ZK-SNARK circ
 
 1. Secret Functions -- can read and write private state, read historic public state, consume or send messages to / from L1, and read Ethereum state. Can call other secret functions in the same contract, or other contracts. They can call public functions.
 2. Public Functions -- can read and write public state, write private state, consume or send messages to / from L1 and read Ethereum state. Can call other public functions on the same or other contracts.
-3. Portal Contracts -- these are contracts on L1 that can receive messages from L2 or send allow messages to be sent to L2 from L1 contracts.
+3. Portal Contracts -- these are contracts on L1 that can receive messages from L2 or allow messages to be sent to L2 from L1 contracts.
 
 Using these different modes of execution, developers can build applications with user privacy, data privacy and code privacy.
 
diff --git a/docs/docs/about_aztec/roadmap/engineering_roadmap.md b/docs/docs/about_aztec/roadmap/engineering_roadmap.md
index 55756a69fd66..7f8455187f24 100644
--- a/docs/docs/about_aztec/roadmap/engineering_roadmap.md
+++ b/docs/docs/about_aztec/roadmap/engineering_roadmap.md
@@ -180,7 +180,7 @@ Some example features:
     - Revisit the current topology:
         - We can make the rollup trees 'wonky' (rather than balanced), meaning a sequencer doesn't need to prove a load of pointless 'padding' proofs?
             - This would also enable new txs (entering the tx pool) to be added to a rollup block 'on-the-fly' (mid way through a rollup being proven) - but of course, the sequencer selection protocol might require an up-front commitment, so this might not be possible for that reason (sad face).
-        - We can definitely redesign the public kernel circuit to be a '2x2' topology (i.e. a tree of public kernel proofs), to get a logarithmic speed-up (parallelism). The question is, with folding schemes, do we need that optimisation?
+        - We can definitely redesign the public kernel circuit to be a '2x2' topology (i.e. a tree of public kernel proofs), to get a logarithmic speed-up (parallelism). The question is, with folding schemes, do we need that optimization?
 
 #### Refactor of packing & unpacking data in circuits
 
diff --git a/docs/docs/about_aztec/roadmap/features_initial_ldt.md b/docs/docs/about_aztec/roadmap/features_initial_ldt.md
index 34b86912cba7..7b7f96d40d82 100644
--- a/docs/docs/about_aztec/roadmap/features_initial_ldt.md
+++ b/docs/docs/about_aztec/roadmap/features_initial_ldt.md
@@ -52,7 +52,7 @@ A typescript wrapper for making RPC calls to an Aztec Sandbox node. See the sour
 
 - Similar in purpose to `web3.js`/`ethers.js`/`viem`, but for interacting with Aztec Network nodes. The RPC interface for an Aztec node is necessarily different from that of an Ethereum node, because it deals with encrypted transactions and state variables.
 - A library for public/private key management.
-- Construct `Contract` instances from a Aztec.nr contract's JSON ABI.
+- Construct `Contract` instances from a Aztec.nr contract's JSON artifact.
 - Deploy new contracts to the Aztec Sandbox.
 - Construct tx requests, passing arguments to a function of a contract.
 - Sign tx requests.
diff --git a/docs/docs/concepts/advanced/acir_simulator.md b/docs/docs/concepts/advanced/acir_simulator.md
new file mode 100644
index 000000000000..bae95f54ff11
--- /dev/null
+++ b/docs/docs/concepts/advanced/acir_simulator.md
@@ -0,0 +1,35 @@
+---
+title: ACIR Simulator
+---
+
+The ACIR Simulator is responsible for simulation Aztec smart contract function execution. This component helps with correct execution of Aztec transactions.
+
+Simulating a function implies generating the partial witness and the public inputs of the function, as well as collecting all the data (such as created notes or nullifiers, or state changes) that are necessary for components upstream.
+
+## Simulating functions
+
+It simulates three types of functions:
+
+### Private Functions
+
+Private functions are simulated and proved client-side, and verified client-side in the private kernel circuit.
+
+They are run with the assistance of a DB oracle that provides any private data requested by the function. You can read more about oracle functions in the smart contract section [here](../../dev_docs/contracts/syntax/functions.md#oracle-functions).
+
+Private functions can call other private functions and can request to call a public function. The public function execution will be performed by the sequencer asynchronously, so private functions don't have direct access to the return values of public functions.
+
+### Public Functions
+
+Public functions are simulated and proved on the [sequencer](../foundation/nodes_clients/sequencer.md) side, and verified by the [public kernel circuit](./circuits/kernels/public_kernel.md).
+
+They are run with the assistance of an oracle that provides any value read from the public state tree.
+
+Public functions can call other public functions as well as private functions. Public function composability can happen atomically, but public to private function calls happen asynchronously (the private function call must happen in a future block).
+
+### Unconstrained Functions
+
+Unconstrained functions are used to extract useful data for users, such as the user balance. They are not proved, and are simulated client-side.
+
+They are run with the assistance of a DB oracle that provides any private data requested by the function.
+
+At the moment, unconstrained functions cannot call any other function. It is not possible for them to call constrained functions, but it is on the roadmap to allow them to call other unconstrained functions.
diff --git a/docs/docs/concepts/advanced/circuits/rollup_circuits/main.md b/docs/docs/concepts/advanced/circuits/rollup_circuits/main.md
index 6f76754b97dc..b1a4f99be70d 100644
--- a/docs/docs/concepts/advanced/circuits/rollup_circuits/main.md
+++ b/docs/docs/concepts/advanced/circuits/rollup_circuits/main.md
@@ -10,7 +10,7 @@ The way we 'squish' all this data is in a 'binary tree of proofs' topology.
 
 > Example: If there were 16 txs in a rollup, we'd arrange the 16 kernel proofs into 8 pairs and merge each pair into a single proof (using zk-snark recursion techniques), resulting in 8 output proofs. We'd then arrange those 8 proofs into pairs and again merge each pair into a single proof, resulting in 4 output proofs. And so on until we'd be left with a single proof, which represents the correctness of the original 16 txs.
 
-This 'binary tree of proofs' topology allows proof generation to be greatly parallelised across prover instances. Each layer of the tree can be computed in parallel. Or alternatively, subtrees can be coordinated to be computed in parallel.
+This 'binary tree of proofs' topology allows proof generation to be greatly parallelized across prover instances. Each layer of the tree can be computed in parallel. Or alternatively, subtrees can be coordinated to be computed in parallel.
 
 > Note: 'binary tree of proofs' is actually an over simlification. The Rollup Circuits are designed so that a Sequencer can actually deviate from a neat, symmetrical tree, for the purposes of efficiency, and instead sometimes create wonky trees.
 
diff --git a/docs/docs/concepts/advanced/contract_creation.md b/docs/docs/concepts/advanced/contract_creation.md
index 9e054f5eacb7..bbf269146c5d 100644
--- a/docs/docs/concepts/advanced/contract_creation.md
+++ b/docs/docs/concepts/advanced/contract_creation.md
@@ -40,7 +40,7 @@ Each contract's function data is stored in a Merkle tree, where each leaf contai
 
 ### How are function signatures defined?
 
-We can take a leaf from Ethereum and make them the first 4 bytes of a hash of the function definition (defined according to the contract ABI, TBD).
+We can take a leaf from Ethereum and make them the first 4 bytes of a hash of the function definition (defined according to the contract artifact, TBD).
 
 ## Contract Representation in Aztec
 
@@ -153,7 +153,7 @@ The contract address is calculated by the contract deployer, deterministically,
 
 > The EVM's CREATE2 does `contractAddress = hash(0xff, deployerAddress, salt, keccak(bytecode))` - we've taken this as inspiration.
 
-- `deployerAddress` is included to prevent frontrunning of deployment requests, but it does reveal who is deploying the contract. To remain anonymous a user would have to use a burner address, or deploy a contract _through_ a private contract which can deploy contracts.
+- `deployerAddress` is included to prevent frontrunning of deployment requests, but it does reveal who is deploying the contract. To remain private a user would have to use a burner address, or deploy a contract _through_ a private contract which can deploy contracts.
 - :question: Why does CREATE2 include a deployerAddress?
 - :exclamation: So that contracts can deploy contracts to deterministic addresses. Original goal was to enable pre-funding contracts before they were deployed. Not v. relevant for us though
 - `salt` gives the deployer some 'choice' over the eventual contract address; they can loop through salts until they find an address they like.
@@ -284,7 +284,7 @@ The set of functions of a contract is represented as a mini Merkle tree of verif
 - Distributing L2 contract data
 - Linking to an L1 Portal Contract
 
-These topics are reflected in the layout of the contract deployment ABI:
+These topics are reflected in the layout of the contract deployment artifact:
 
 ```js
 publicInputs = {
diff --git a/docs/docs/concepts/advanced/data_structures/trees.md b/docs/docs/concepts/advanced/data_structures/trees.md
index d2d4034b4775..ad801b6a0511 100644
--- a/docs/docs/concepts/advanced/data_structures/trees.md
+++ b/docs/docs/concepts/advanced/data_structures/trees.md
@@ -100,7 +100,7 @@ If a function of a smart contract generates this Nullifier and submits it to the
 
 'Singleton Note' is a term we've been using to mean: "A single Note which contains the whole of a private state's current value, and must be deleted and replaced with another single Note, if one ever wishes to edit that state". It's in contrast to a Note which only contains a small fragment of a Private State's current value. <!-- TODO: write about fragmented private state, somewhere. -->
 
-We've found that such notes require an 'Initialisation Nullifier'; a nullifier which, when emitted, signals the initialisation of this state variable. I.e. the very first time the state variable has been written-to.
+We've found that such notes require an 'Initialisation Nullifier'; a nullifier which, when emitted, signals the initialization of this state variable. I.e. the very first time the state variable has been written-to.
 
 > There's more on this topic in [the Aztec forum](https://discourse.aztec.network/t/utxo-syntax-2-initialising-singleton-utxos/47).
 
diff --git a/docs/docs/concepts/advanced/sequencer_selection.md b/docs/docs/concepts/advanced/sequencer_selection.md
new file mode 100644
index 000000000000..6f1bdffc410e
--- /dev/null
+++ b/docs/docs/concepts/advanced/sequencer_selection.md
@@ -0,0 +1,100 @@
+---
+title: Sequencer Selection
+---
+
+## Fernet
+
+_A protocol for random sequencer selection for the Aztec Network. Prior versions:_
+
+- [Fernet 52 (Aug 2023)](https://hackmd.io/0cI_xVsaSVi7PToCJ9A2Ew?view)
+- [Sequencer Selection: Fernet (Jun 2023)](https://hackmd.io/0FwyoEjKSUiHQsmowXnJPw?both)
+- [Sequencer Selection: Fernet (Jun 2023, Forum)](https://discourse.aztec.network/t/proposal-sequencer-selection-fernet/533)
+
+## Introduction
+
+_Fair Election Randomized Natively on Ethereum Trustlessly_ (**Fernet**) is a protocol for random _sequencer_ selection. In each iteration, it relies on a VRF to assign a random score to each sequencer in order to rank them. The sequencer with the highest score can propose an ordering for transactions and the block they build upon, and then reveal its contents for the chain to advance under soft finality. _Provers_ must then assemble a proof for this block and submit it to L1 for the block to be finalised.
+
+## Staking
+
+Sequencers are required to stake on L1 in order to participate in the protocol. Each sequencer registers a public key when they stake, which will be used to verify their VRF submission. After staking, a sequencer needs to wait for an activation period of N L1 blocks until they can start proposing new blocks. Unstaking also requires a delay to allow for slashing of dishonest behaviour.
+
+## Randomness
+
+We use a verifiable random function to rank each sequencer. We propose a SNARK of a hash over the sequencer private key and a public input, borrowing [this proposal from the Espresso team](https://discourse.aztec.network/t/proposal-sequencer-selection-irish-coffee/483#vrf-specification-4). The public input is the current block number and a random beacon value from RANDAO. The value sourced from RANDAO should be old enough to prevent L1 reorgs from affecting sequencer selection on L2. This approach allows each individual proposer to secretly calculate the likelihood of being elected for a given block with enough anticipation.
+
+Alternatively, we can compute the VRF over the _public_ key of each sequencer. This opens the door to DoS attacks, since the leader for each block becomes public in advance, but it also provides clarity to all sequencers as to who the expected leader is, and facilitates off-protocol PBS.
+
+## Protocol phases
+
+Each block goes through three main phases in L1: proposal, reveal, and proving. Transactions can achieve soft finality at the end of the reveal phase.
+
+![](https://hackmd.io/_uploads/SyReMn1An.png)
+
+### Proposal phase
+
+During the initial proposal phase, proposers submit to L1 a **block commitment**, which includes a commitment to the transaction ordering in the proposed block, the previous block being built upon, and any additional metadata required by the protocol.
+
+**Block commitment contents:**
+
+- Hash of the ordered list of transaction identifiers for the block (with an optional salt).
+- Identifier of the previous block in the chain.
+- The output of the VRF for this sequencer.
+
+At the end of the proposal phase, the sequencer with the highest score submitted becomes the leader for this cycle, and has exclusive rights to deciding the contents of the block. Note that this plays nicely with private mempools, since having exclusive rights allows the leader to disclose private transaction data in the reveal phase.
+
+> _In the original version of Fernet, multiple competing proposals could enter the proving phase. Read more about the rationale for this change [here](https://hackmd.io/0cI_xVsaSVi7PToCJ9A2Ew?both#Mitigation-Elect-single-leader-after-proposal-phase)._
+
+### Reveal phase
+
+The sequencer with the highest score in the proposal phase must then upload the block contents to either L1 or a verifiable DA layer. This guarantees that the next sequencer will have all data available to start building the next block, and clients will have the updated state to create new txs upon. It should be safe to assume that, in the happy path, this block would be proven and become final, so this provides early soft finality to transactions in the L2.
+
+> _This phase is a recent addition and a detour from the original version of Fernet. Read more about the rationale for this addition [here](https://hackmd.io/0cI_xVsaSVi7PToCJ9A2Ew?both#Mitigation-Block-reveal-phase)._
+
+Should the leading sequencer fail to reveal the block contents, we flag that block as skipped, and the next sequencer is expected to build from the previous one. We could consider this to be a slashing condition for the sequencer.
+
+![](https://hackmd.io/_uploads/B1njcnJCn.png)
+
+### Proving phase
+
+During this phase, provers work to assemble an aggregated proof of the winning block. Before the end of this phase, it is expected for the block proof to be published to L1 for verification.
+
+> Prover selection is still being worked on and out of scope of this sequencer selection protocol.
+
+Once the proof for the winning block is submitted to L1, the block becomes final, assuming its parent block in the chain is also final. This triggers payouts to sequencer and provers (if applicable depending on the proving network design).
+
+**Canonical block selection:**
+
+- Has been proven during the proving phase.
+- Its contents have been submitted to the DA layer in the reveal phase.
+- It had the highest score on the proposal phase.
+- Its referenced previous block is also canonical.
+
+## Next block
+
+The cycle for block N+1 (ie from the start of the proposal phase until the end of the proving phase) can start at the end of block N reveal phase, where the network has all data available on L1 or a DA to construct the next block.
+
+![](https://hackmd.io/_uploads/SJbPKJe0n.png)
+
+The only way to trigger an L2 reorg (without an L1 one) is if block N is revealed but doesn't get proven. In this case, all subsequent blocks become invalidated and the chain needs to restart from block N-1.
+
+![](https://hackmd.io/_uploads/HkMDHxxC2.png)
+
+To mitigate the effect of wasted effort by all sequencers from block N+1 until the reorg, we could implement uncle rewards for these sequencers. And if we are comfortable with slashing, take those rewards out of the pocket of the sequencer that failed to finalise their block.
+
+## Batching
+
+> _Read more approaches to batching [here](https://hackmd.io/0cI_xVsaSVi7PToCJ9A2Ew?both#Batching)._
+
+As an extension to the protocol, we can bake in batching of multiple blocks. Rather than creating one proof per block, we can aggregate multiple blocks into a single proof, in order to amortise the cost of verifying the root rollup ZKP on L1, thus reducing fees.
+
+The tradeoff in batching is delayed finalisation: if we are not posting proofs to L1 for every block, then the network needs to wait until the batch proof is submitted for finalisation. This can also lead to deeper L2 reorgs.
+
+In a batching model, proving for each block happens immediately as the block is revealed, same as usual. But the resulting proof is not submitted to L1: instead, it is aggregated into the proof of the next block.
+
+![](https://hackmd.io/_uploads/H1Y61ABJT.png)
+
+Here all individual block proofs are valid as candidates to finalise the current batch. This opens the door to dynamic batch sizes, so the proof could be verified on L1 when it's economically convenient.
+
+## Resources
+
+- [Excalidraw diagrams](https://excalidraw.com/#json=DZcYDUKVImApNjj17KhAf,fMbieqJpOysX9obVitUDEA)
diff --git a/docs/docs/concepts/foundation/accounts/authwit.md b/docs/docs/concepts/foundation/accounts/authwit.md
new file mode 100644
index 000000000000..bb0e5ca367f7
--- /dev/null
+++ b/docs/docs/concepts/foundation/accounts/authwit.md
@@ -0,0 +1,199 @@
+---
+title: Authentication Witness
+---
+
+Authentication Witness is a scheme for authenticating actions on Aztec, so users can allow third-parties (eg protocols or other users) to execute an action on their behalf.
+
+## Background
+
+When building DeFi or other smart contracts, it is often desired to interact with other contracts to execute some action on behalf of the user. For example, when you want to deposit funds into a lending protocol, the protocol wants to perform a transfer of [ERC20](https://eips.ethereum.org/EIPS/eip-20) tokens from the user's account to the protocol's account.
+
+In the EVM world, this is often accomplished by having the user `approve` the protocol to transfer funds from their account, and then calling a `deposit` function on it afterwards.
+
+```mermaid
+sequenceDiagram
+    actor Alice
+    Alice->>Token: approve(Defi, 1000);
+    Alice->>Defi: deposit(Token, 1000);
+    activate Defi
+    Defi->>Token: transferFrom(Alice, Defi, 1000);
+    deactivate Defi
+```
+
+This flow makes it rather simple for the application developer to implement the deposit function, but does not come without its downsides.
+
+One main downside, which births a bunch of other issues, is that the user needs to send two transactions to make the deposit - first the `approve` and then the `deposit`.
+
+To limit the annoyance for return-users, some front-ends will use the `approve` function with an infinite amount, which means that the user will only has to sign the `approve` transaction once, and every future `deposit` with then use some of that "allowance" to transfer funds from the user's account to the protocol's account.
+
+This can lead to a series of issues though, eg:
+
+- The user is not aware of how much they have allowed the protocol to transfer.
+- The protocol can transfer funds from the user's account at any time. This means that if the protocol is rugged or exploited, it can transfer funds from the user's account without the user having to sign any transaction. This is especially an issue if the protocol is upgradable, as it could be made to steal the user's approved funds at any time in the future.
+
+To avoid this, many protocols implement the `permit` flow, which uses a meta-transaction to let the user sign the approval off-chain, and pass it as an input to the `deposit` function, that way the user only have to send one transaction to make the deposit.
+
+```mermaid
+sequenceDiagram
+    actor Alice
+    Alice->>Alice: sign permit(Defi, 1000);
+    Alice->>Defi: deposit(Token, 1000, signature);
+    activate Defi
+    Defi->>Token: permit(Alice, Defi, 1000, signature);
+    Defi->>Token: transferFrom(Alice, Defi, 1000);
+    deactivate Defi
+```
+
+This is a great improvement to infinite approvals, but still has its own sets of issues. For example, if the user is using a smart-contract wallet (such as Argent or Gnosis Safe), they will not be able to sign the permit message since the usual signature validation does not work well with contracts. [EIP-1271](https://eips.ethereum.org/EIPS/eip-1271) was proposed to give contracts a way to emulate this, but it is not widely adopted.
+
+Separately, the message that the user signs can seem opaque to the user and they might not understand what they are signing. This is generally an issue with `approve` as well.
+
+All of these issues have been discussed in the community for a while, and there are many proposals to solve them. However, none of them have been widely adopted - ERC20 is so commonly used and changing a standard is hard.
+
+## In Aztec
+
+Adopting ERC20 for Aztec is not as simple as it might seem because of private state.
+
+If you recall from [State model](./../state_model.md), private state is generally only known by its owner and those they have shared it with. Because it relies on secrets, private state might be "owned" by a contract, but it needs someone with knowledge of these secrets to actually spend it. You might see where this is going.
+
+If we were to implement the `approve` with an allowance in private, you might know the allowance, but unless you also know about the individual notes that make up the user's balances, it would be of no use to you! It is private after all. To spend the user's funds you would need to know the decryption key, see [keys for more](../accounts/keys.md). 
+
+While this might sound limiting in what we can actually do, the main use of approvals have been for simplifying contract interactions that the user is doing. In the case of private transactions, this is executed on the user device, so it is not a blocker that the user need to tell the executor a secret - the user is the executor!
+### So what can we do?
+
+A few more things we need to remember about private execution:
+
+- To stay private, it all happens on the user device.
+- Because it happens on the user device, additional user-provided information can be passed to the contract mid-execution via an oracle call.
+
+For example, when executing a private transfer, the wallet will be providing the notes that the user wants to transfer through one of these oracle calls instead of the function arguments. This allows us to keep the function signature simple, and have the user provide the notes they want to transfer through the oracle call.
+
+For a transfer, it could be the notes provided, but we could also use the oracle to provide any type of data to the contract. So we can borrow the idea from `permit` that the user can provide a signature (or witness) to the contract which allows it to perform some action on behalf of the user.
+
+:::info Witness or signature?
+The doc refers to a witness instead of a signature because it is not necessarily a signature that is required to convince the account contract that we are allowed to perform the action. It depends on the contract implementation, and could also be a password or something similar.
+:::
+
+Since the witness is used to authenticate that someone can execute an action on behalf of the user, we call it an Authentication Witness or `AuthWit` for short. An "action", in this meaning, is a blob of data that specifies what call is approved, what arguments it is approved with, and the actor that is authenticated to perform the call.
+
+In practice, this blob is currently outlined to be a hash of the content mentioned, but it might change over time to make ["simulating simulations"](https://discourse.aztec.network/t/simulating-simulations/2218) easier.
+
+Outlined more clearly, we have the following, where the `H` is a SNARK-friendly hash function and `argsHash` is the hash of function arguments:
+
+```rust
+authentication_witness_action = H(
+    caller: AztecAddress,
+    contract: AztecAddress,
+    selector: Field,
+    argsHash: Field
+);
+```
+
+To outline an example as mentioned earlier, let's say that we have a token that implements `AuthWit` such that transfer funds from A to B is valid if A is doing the transfer, or there is a witness that authenticates the caller to transfer funds from A's account. While this specifies the spending rules, one must also know of the notes to use them for anything. This means that a witness in itself is only half the information.
+
+Creating the authentication action for the transfer of funds to the Defi contract would look like this:
+
+```rust
+action = H(defi, token, transfer_selector, H(alice_account, defi, 1000));
+```
+
+This can be read as "defi is allowed to call token transfer function with the arguments (alice_account, defi, 1000)".
+
+With this out of the way, let's look at how this would work in the graph below. The exact contents of the witness will differ between implementations as mentioned before, but for the sake of simplicity you can think of it as a signature, which the account contract can then use to validate if it really should allow the action.
+
+```mermaid
+sequenceDiagram
+    actor Alice
+    participant AC as Alice Account
+    participant Token
+    Alice->>AC: Defi.deposit(Token, 1000);
+    activate AC
+    AC->>Defi: deposit(Token, 1000);
+    activate Defi
+    Defi->>Token: transfer(Alice, Defi, 1000);
+    activate Token
+    Token->>AC: Check if Defi may call transfer(Alice, Defi, 1000);
+    AC-->>Alice: Please give me AuthWit for DeFi<br/> calling transfer(Alice, Defi, 1000);
+    activate Alice
+    Alice-->>Alice: Produces Authentication witness
+    Alice-->>AC: AuthWit for transfer(Alice, Defi, 1000);
+    AC->>Token: AuthWit validity
+    deactivate Alice
+    Token->>Token: throw if invalid AuthWit
+    Token->>Token: transfer(Alice, Defi, 1000);
+    Token->>Defi: success
+    deactivate Token
+    Defi->>Defi: deposit(Token, 1000);
+    deactivate Defi
+    deactivate AC
+```
+
+:::info Static call for AuthWit checks
+The call to the account contract for checking authentication should be a static call, meaning that it cannot change state or make calls that change state. If this call is not static, it could be used to re-enter the flow and change the state of the contract.
+:::
+
+:::danger Static call currently unsupported
+The current execution layer does not implement static call. So currently you will be passing along the control flow :grimacing:.
+:::
+
+:::danger Re-entries
+The above flow could be re-entered at token transfer. It is mainly for show to illustrate a logic outline.
+:::
+
+### What about public
+
+As noted earlier, we could use the ERC20 standard for public. But this seems like a waste when we have the ability to try righting some wrongs. Instead, we can expand our AuthWit scheme to also work in public. This is actually quite simple, instead of asking an oracle (which we can't do as easily because not private execution) we can just store the AuthWit in the account contract, and look it up when we need it. While this needs the storage to be updated ahead of time, we can quite easily do so by batching the AuthWit updates with the interaction - a benefit of Account Contracts.
+
+```mermaid
+sequenceDiagram
+    actor Alice
+    participant AC as Alice Account
+    participant Token
+    rect rgb(191, 223, 255)
+    note right of Alice: Alice sends a batch
+    Alice->>AC: Allow Defi to call transfer(Alice, Defi, 1000);
+    activate AC
+    Alice->>AC: Defi.deposit(Token, 1000);
+    end
+    AC->>Defi: deposit(Token, 1000);
+    activate Defi
+    Defi->>Token: transfer(Alice, Defi, 1000);
+    activate Token
+    Token->>AC: Check if Defi may call transfer(Alice, Defi, 1000);
+    AC->>Token: AuthWit validity
+    Token->>Token: throw if invalid AuthWit
+    Token->>Token: transfer(Alice, Defi, 1000);
+    Token->>Defi: success
+    deactivate Token
+    Defi->>Defi: deposit(Token, 1000);
+    deactivate Defi
+    deactivate AC
+```
+
+### Replays
+
+To ensure that the authentication witness can only be used once, we can emit the action itself as a nullifier. This way, the authentication witness can only be used once. This is similar to how notes are used, and we can use the same nullifier scheme for this.
+
+Note however, that it means that the same action cannot be authenticated twice, so if you want to allow the same action to be authenticated multiple times, we should include a nonce in the arguments, such that the action is different each time.
+
+For the transfer, this could be done simply by appending a nonce to the arguments.
+
+```rust
+action = H(defi, token, transfer_selector, H(alice_account, defi, 1000, nonce));
+```
+
+Beware that since the the account contract will be unable to emit the nullifier since it is checked with a static call, so the calling contract must do it. This is similar to nonces in ERC20 tokens today. We provide a small library that handles this which we will see in the [developer documentation](./../../../dev_docs/contracts/resources/common_patterns/authwit.md).
+
+### Differences to approval
+
+The main difference is that we are not setting up an allowance, but allowing the execution of a specific action. We decided on this option as the default since it is more explicit and the user can agree exactly what they are signing.
+
+Also, most uses of the approvals are for contracts where the following interactions are called by the user themselves, so it is not a big issue that they are not as easily "transferrable" as the `permit`s.
+
+### Other use-cases
+
+We don't need to limit ourselves to the `transfer` function, we can use the same scheme for any function that requires authentication. For example, for authenticating to burn or shield assets or to vote in a governance contract or perform an operation on a lending protocol.
+
+### Next Steps
+
+Check out the [developer documentation](./../../../dev_docs/contracts/resources/common_patterns/authwit.md) to see how to implement this in your own contracts.
\ No newline at end of file
diff --git a/docs/docs/concepts/foundation/contracts.md b/docs/docs/concepts/foundation/contracts.md
index 03435fcf9ebb..49321bcb9ed3 100644
--- a/docs/docs/concepts/foundation/contracts.md
+++ b/docs/docs/concepts/foundation/contracts.md
@@ -2,10 +2,6 @@
 title: Smart Contracts
 ---
 
-import Disclaimer from '../../misc/common/\_disclaimer.mdx';
-
-<Disclaimer/>
-
 A "smart contract" is defined as a set of public and private functions written as Noir circuits. These functions operate on public and private state stored by a contract. Each function is represented as a ZK SNARK verification key, where the contract is uniquely described by the set of its verification keys, and stored in the Aztec Contracts tree.
 
 [Noir](https://noir-lang.org) is a programming language designed for converting high-level programs into ZK circuits. Based on Rust, the goal is to present an idiomatic way of writing private smart contracts that is familiar to Ethereum developers. Noir is under active development adding features such as contracts, functions and storage variables.
@@ -14,27 +10,6 @@ The end goal is a language that is intuitive to use for developers with no crypt
 
 There are no plans for EVM compatibility or to support Solidity in Aztec. The privacy-first nature of Aztec is fundamentally incompatible with the EVM architecture and Solidity's semantics. In addition, the heavy use of client-side proof construction makes this impractical.
 
-## Enabling Transaction Semantics: The Aztec Kernel
-
-There are two kernel circuits in Aztec, the private kernel and the public kernel. Each circuit validates the correct execution of a particular function call.
-
-A transaction is built up by generating proofs for multiple recursive iterations of kernel circuits. Each call in the call stack is modelled as new iteration of the kernel circuit and are managed by a [FIFO](<https://en.wikipedia.org/wiki/FIFO_(computing_and_electronics)>) queue containing pending function calls. There are two call stacks, one for private calls and one for public calls.
-
-One iteration of a kernel circuit will pop a call off of the stack and execute the call. If the call triggers subsequent contract calls, these are pushed onto the stack.
-
-Private kernel proofs are generated first. The transaction is ready to move to the next phase when the private call stack is empty.
-
-The public kernel circuit takes in proof of a public/private kernel circuit with an empty private call stack, and operates recursively until the public call stack is also empty.
-
-A transaction is considered complete when both call stacks are empty.
-
-The only information leaked about the transaction is:
-
-1. The number of private state updates triggered
-2. The set of public calls generated
-
-The addresses of all private calls are hidden from observers.
-
 ## Further reading
 
 Read more about writing Aztec contracts [here](../../dev_docs/contracts/main.md).
diff --git a/docs/docs/concepts/foundation/main.md b/docs/docs/concepts/foundation/main.md
index 2f3509e5e791..80427ba3eba5 100644
--- a/docs/docs/concepts/foundation/main.md
+++ b/docs/docs/concepts/foundation/main.md
@@ -1,5 +1,48 @@
-import DocCardList from '@theme/DocCardList';
+---
+title: Foundational Concepts
+---
 
-# Foundational Concepts
+As a layer 2 rollup on Ethereum, the Aztec network includes components that look similar to other layer 2 networks, but since it handles private state it also includes many new components.
 
-<DocCardList />
+On this page we will introduce the high level network architecture for Aztec with an emphasis on the concepts that are core to understanding Aztec, including:
+
+- [The state model](./state_model.md)
+- [Accounts](./accounts/main.md)
+- [Aztec Smart Contracts](./contracts.md)
+- [Transactions](./transactions.md)
+- [Communication between network components](./communication/main.md)
+
+## High level network architecture
+
+An overview of the Aztec network architecture will help contextualize the concepts introduced in this section.
+
+<img src="/img/aztec_high_level_network_architecture.svg" alt="network architecture" />
+
+### Aztec.js
+
+A user of the Aztec network will interact with the network through Aztec.js. Aztec.js is a library that provides APIs for managing accounts and interacting with smart contracts (including account contracts) on the Aztec network. It communicates with the [Private eXecution Environment (PXE)](../../apis/pxe/interfaces/PXE) through a `PXE` implementation, allowing developers to easily register new accounts, deploy contracts, view functions, and send transactions.
+
+### Private Execution Environment
+
+The PXE provides a secure environment for the execution of sensitive operations, ensuring private information and decrypted data are not accessible to unauthorized applications. It hides the details of the [state model](./state_model.md) from end users, but the state model is important for Aztec developers to understand as it has implications for [private/public execution](./communication/public_private_calls.md) and [L1/L2 communication](./communication/cross_chain_calls.md). The PXE also includes the [ACIR Simulator](../advanced/acir_simulator.md) for private executions and the KeyStore for secure key management.
+
+Procedurally, the PXE sends results of private function execution and requests for public function executions to the [sequencer](./nodes_clients/sequencer.md), which will update the state of the rollup.
+
+### Sequencer
+
+The sequencer aggregates transactions into a block, generates proofs of the state updates (or delegates proof generate to the prover network) and posts it to the rollup contract on Ethereum, along with any required public data for data availability.
+
+## Further Reading
+
+Here are links to pages with more information about the network components mentioned above:
+
+- Aztec.js
+  - [Dapp tutorial](../../dev_docs/tutorials/writing_dapp/main.md)
+  - [API reference](../../apis/aztec-js)
+- Private Execution Environment (PXE)
+  - [Dapp tutorial](../../dev_docs/tutorials/writing_dapp/pxe_service.md)
+  - [API reference](../../apis/pxe/index.md)
+- [Private Kernel Circuit](../advanced/circuits/kernels/private_kernel.md)
+- [Sequencer](./nodes_clients/sequencer.md)
+- Prover Network (coming soon<sup>tm</sup>)
+- [Rollup Circuit](../advanced/circuits/rollup_circuits/main.md) -- a component of the rollup contract
diff --git a/docs/docs/concepts/foundation/nodes_clients/sequencer.md b/docs/docs/concepts/foundation/nodes_clients/sequencer.md
new file mode 100644
index 000000000000..e9a200812235
--- /dev/null
+++ b/docs/docs/concepts/foundation/nodes_clients/sequencer.md
@@ -0,0 +1,43 @@
+---
+title: Sequencer
+---
+
+The sequencer is a module responsible for creating and publishing new rollup blocks. This involves fetching txs from the P2P pool, ordering them, executing any public functions, running them through the rollup circuits, assembling the L2 block, and posting it to the L1 rollup contract along with any contract deployment public data.
+
+On every new block assembled, it modifies the world state database to reflect the txs processed, but these changes are only committed once the world state synchronizer sees the new block on L1.
+
+## Components
+
+The **block builder** is responsible for assembling an L2 block out of a set of processed transactions (we say a tx has been processed if all its function calls have been executed). This involves running the txs through the base, merge, and rollup circuits, updating the world state trees, and building the L2 block object.
+
+The **prover** generates proofs for every circuit used. For the time being, no proofs are being actually generated, so the only implementation is an empty one.
+
+The **publisher** deals with sending L1 transactions to the rollup and contract deployment emitter contracts. It is responsible for assembling the Ethereum tx, choosing reasonable gas settings, and monitoring the tx until it gets mined. Note that the current implementation does not handle unstable network conditions (gas price spikes, reorgs, etc).
+
+The **public processor** executes any public function calls in the transactions. Unlike private function calls, which are resolved in the client, public functions require access to the latest data trees, so they are executed by the sequencer, much like in any non-private L2.
+
+The **simulator** is an interface to the wasm implementations of the circuits used by the sequencer.
+
+The **sequencer** pulls txs from the P2P pool, orchestrates all the components above to assemble and publish a block, and updates the world state database.
+
+## Circuits
+
+What circuits does the sequencer depend on?
+
+The **public circuit** is responsible for proving the execution of Brillig (public function bytecode). At the moment, we are using a fake version that actually runs ACIR (intermediate representation for private functions) and does not emit any proofs.
+
+The **public kernel circuit** then validates the output of the public circuit, and outputs a set of changes to the world state in the same format as the private kernel circuit, meaning we get a standard representation for all txs, regardless of whether public or private functions (or both) were run. The kernel circuits are run iteratively for every recursive call in the transaction.
+
+The **base rollup circuit** aggregates the changes from two txs (more precisely, the outputs from their kernel circuits once all call stacks are emptied) into a single output.
+
+The **merge rollup circuit** aggregates two outputs from base rollup circuits into a single one. This circuit is executed recursively until only two outputs are left. This setup means that an L2 block needs to contain always a power-of-two number of txs; if there are not enough, then empty txs are added.
+
+The **root rollup circuit** consumes two outputs from base or merge rollups and outputs the data to assemble an L2 block. The L1 rollup contract then verifies the proof from this circuit, which implies that all txs included in it were correct.
+
+## Source code
+
+You can view the current implementation on Github [here](https://github.com/AztecProtocol/aztec-packages/tree/master/yarn-project/sequencer-client).
+
+## Further Reading
+
+- [Sequencer Selection](../../advanced/sequencer_selection.md)
diff --git a/docs/docs/concepts/foundation/state_model.md b/docs/docs/concepts/foundation/state_model.md
index 5041e310ca63..1ecc52700bb4 100644
--- a/docs/docs/concepts/foundation/state_model.md
+++ b/docs/docs/concepts/foundation/state_model.md
@@ -2,9 +2,13 @@
 title: State Model
 ---
 
-import Disclaimer from '../../misc/common/\_disclaimer.mdx';
+Aztec has a hybrid public/private state model. Aztec contract developers can specify which data is public and which data is private, as well as the functions that can operate on that data.
 
-<Disclaimer/>
+## Public State
+
+Aztec has public state that will be familiar to developers coming that have worked on other blockchains. Public state is transparent is managed by the associated smart contract logic.
+
+Internal to the Aztec network, public state is stored and updated by the sequencer. The sequencer executes state transitions, generates proofs of correct execution (or delegates proof generation to the prover network), and publishes the associated data to Ethereum.
 
 ## Private State
 
@@ -27,9 +31,8 @@ This is achieved with two main features:
 1. Users sign over transactions, not over specific UTXO's
 2. Aztec.nr contracts support developer defined `unconstrained` getter functions to help dApp's make sense of UTXO's. e.g `getBalance()`. These functions can be called outside of a transaction context to read private state.
 
-## Coming soon
+## To be documented soon
 
-- Public State
 - The lifecycle of a note
 - Custom notes
 - Injection of data by the kernel
diff --git a/docs/docs/concepts/foundation/transactions.md b/docs/docs/concepts/foundation/transactions.md
index d6cdc1816615..5b5974802fab 100644
--- a/docs/docs/concepts/foundation/transactions.md
+++ b/docs/docs/concepts/foundation/transactions.md
@@ -2,12 +2,29 @@
 title: Transactions
 ---
 
-import Disclaimer from '../../misc/common/\_disclaimer.mdx';
+<a href="https://raw.githubusercontent.com/AztecProtocol/aztec-packages/2fa143e4d88b3089ebbe2a9e53645edf66157dc8/docs/static/img/sandbox_sending_a_tx.svg"><img src="/img/sandbox_sending_a_tx.svg" alt="Sending a transaction" /></a>
 
-<Disclaimer/>
+See [this diagram](https://raw.githubusercontent.com/AztecProtocol/aztec-packages/2fa143e4d88b3089ebbe2a9e53645edf66157dc8/docs/static/img/sandbox_sending_a_tx.svg) for an in-depth overview of the transaction execution process. It highlights 3 different types of transaction execution: contract deployments, private transactions and public transactions.
 
-See [here](https://miro.com/app/board/uXjVMQbDwNk=/?share_link_id=47681418582) for a gigantic diagram (readonly) showing the flow from user to L2, to L1, back to user.
+See the page on [contract communication](./communication/main.md) for more context on transactions execution.
 
-> Note: the protocol and its implementation are rapidly evolving, so some info in this diagram will be out of date.
+## Enabling Transaction Semantics: The Aztec Kernel
 
-See the page on [contract communication](./communication/main.md) for more context on transactions execute.
+There are two kernel circuits in Aztec, the private kernel and the public kernel. Each circuit validates the correct execution of a particular function call.
+
+A transaction is built up by generating proofs for multiple recursive iterations of kernel circuits. Each call in the call stack is modelled as new iteration of the kernel circuit and are managed by a [FIFO](<https://en.wikipedia.org/wiki/FIFO_(computing_and_electronics)>) queue containing pending function calls. There are two call stacks, one for private calls and one for public calls.
+
+One iteration of a kernel circuit will pop a call off of the stack and execute the call. If the call triggers subsequent contract calls, these are pushed onto the stack.
+
+Private kernel proofs are generated first. The transaction is ready to move to the next phase when the private call stack is empty.
+
+The public kernel circuit takes in proof of a public/private kernel circuit with an empty private call stack, and operates recursively until the public call stack is also empty.
+
+A transaction is considered complete when both call stacks are empty.
+
+The only information leaked about the transaction is:
+
+1. The number of private state updates triggered
+2. The set of public calls generated
+
+The addresses of all private calls are hidden from observers.
diff --git a/docs/docs/dev_docs/cli/main.md b/docs/docs/dev_docs/cli/main.md
index 8f6d0a584ce1..d74ff15b1cd5 100644
--- a/docs/docs/dev_docs/cli/main.md
+++ b/docs/docs/dev_docs/cli/main.md
@@ -52,7 +52,7 @@ We have shipped a number of example contracts in the `@aztec/noir-contracts` npm
 
 You can see all of our example contracts in the monorepo [here](https://github.com/AztecProtocol/aztec-packages/tree/master/yarn-project/noir-contracts/src/contracts).
 
-In the following sections there will be commands that require contracts as options. You can either specify the full directory path to the contract abi, or you can use the name of one of these examples as the option value. This will become clearer later on.
+In the following sections there will be commands that require contracts as options. You can either specify the full directory path to the contract artifact, or you can use the name of one of these examples as the option value. This will become clearer later on.
 
 ## Creating Accounts
 
@@ -87,7 +87,8 @@ export ADDRESS2=<Account address printed by the above command>
 
 ## Deploying a Token Contract
 
-We will now deploy the private token contract using the `deploy` command, minting 1000000 initial tokens to address `0x175310d40cd3412477db1c2a2188efd586b63d6830115fbb46c592a6303dbf6c`. Make sure to replace this address with one of the two you created earlier.
+We will now deploy a token contract using the `deploy` command, and set an address of the admin via a constructor argument.
+Make sure to replace this address with one of the two you created earlier.
 
 #include_code deploy yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
 
@@ -97,52 +98,41 @@ Save the contract address as an environment variable. We will use it later.
 export CONTRACT_ADDRESS=<Your new contract address>
 ```
 
-:::info
-If you use a different address in the constructor above, you will get an error when running the deployment. This is because you need to register an account in the sandbox before it can receive private notes. When you create a new account, it gets automatically registered. Alternatively, you can register an account you do not own along with its public key using the `register-recipient` command.
-:::
-
-This command takes 1 mandatory positional argument which is the path to the contract ABI file in a JSON format (e.g. `contracts/target/PrivateToken.json`).
-Alternatively you can pass the name of an example contract as exported by `@aztec/noir-contracts` (run `aztec-cli example-contracts` to see the full list of contracts available).
-
-The command takes a few optional arguments while the most important one is:
-
-- `--args` - Arguments to the constructor of the contract. In this case we have minted 1000000 initial tokens to the aztec address 0x20d3321707d53cebb168568e25c5c62a853ae1f0766d965e00d6f6c4eb05d599.
+- `--args` - Arguments to the constructor of the contract. In this case we have set an address as admin.
 
 The CLI tells us that the contract was successfully deployed. We can use the `check-deploy` command to verify that a contract has been successfully deployed to that address:
 
 #include_code check-deploy yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
 
-## Calling a View Method
-
-When we deployed the token contract, an initial supply of tokens was minted to the address provided in the constructor. We can now query the `getBalance()` method on the contract to retrieve the balance of that address. Make sure to replace the `contract-address` with the deployment address you got from the previous command, and the `args` with the account you used in the constructor.
+## Sending a Transaction
 
-#include_code call yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
+We can now send a transaction to the network. We will mint funds in the public domain.
+To form and submit the transaction we will use the `send` command of `aztec-cli`.
+The `send` command expect the function name as the first unnamed argument and the following named arguments:
 
-The `call` command calls a read-only method on a contract, one that will not generate a transaction to be sent to the network. The arguments here are:
+- `--args` - The list of arguments to the function call.
+- `--contract-artifact` - The artifact of the contract to call.
+- `--contract-address` - The deployed address of the contract to call.
+- `--private-key` - The private key of the sender.
 
-- `--args` - The address for which we want to retrieve the balance.
-- `--contract-abi` - The abi of the contract we are calling.
-- `--contract-address` - The address of the deployed contract
+#include_code send yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
 
-As you can see from the result, this address has a balance of 1000000, as expected. When using the Sandbox, you are able to query the balance of any account that has been created in the system, even the accounts created by default. You may wonder why this is, as you haven't provided the private keys for these accounts. The Sandbox contains a component known as the Private Execution Environment (PXE). When an account is created, this component stores the provided encryption private key and is able to read the account's private state meaning that the Sandbox can report the balance of any of it's accounts. More information about the account model can be found [here](../../concepts/foundation/accounts/main.md).
+We called the `mint_public` function and provided it with the 2 arguments it expects: the recipient's address and the amount to be minted. Make sure to replace all addresses in this command with yours.
 
-## Sending a Transaction
-
-We can now send a transaction to the network. We will transfer funds from the owner of the initial minted tokens to our other account. For this we will use the `send` command, which expects as arguments the quantity of tokens to be transferred, the sender's address, and the recipient's address. Make sure to replace all addresses in this command with the ones for your run.
+The command output tells us the details of the transaction such as its hash and status. We can use this hash to query the receipt of the transaction at a later time:
 
-#include_code send yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
+#include_code get-tx-receipt yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
 
-We called the `transfer` function of the contract and provided these arguments:
+## Calling an Unconstrained (View) Function
 
-- `--args` - The list of arguments to the function call.
-- `--contract-abi` - The abi of the contract to call.
-- `--contract-address` - The deployed address of the contract to call.
-- `--private-key` - The private key of the sender
+Now that the `mint_public` tx has been settled we can call the `balance_of_public` unconstrained function:
 
-The command output tells us the details of the transaction such as its hash and status. We can use this hash to query the receipt of the transaction at a later time:
+#include_code call yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
 
-#include_code get-tx-receipt yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
+The `call` command calls a read-only method on a contract, one that will not generate a transaction to be sent to the network. The arguments here are:
 
-Let's now call `getBalance()` on each of our accounts and we should see updated values:
+- `--args` - The address for which we want to retrieve the balance.
+- `--contract-artifact` - The artifact of the contract we are calling.
+- `--contract-address` - The address of the deployed contract
 
-#include_code calls yarn-project/end-to-end/src/cli_docs_sandbox.test.ts bash
+As you can see from the result, this address has a public balance of 543, as expected.
\ No newline at end of file
diff --git a/docs/docs/dev_docs/contracts/compiling.md b/docs/docs/dev_docs/contracts/compiling.md
index a9c1a346954e..78a871a76c1a 100644
--- a/docs/docs/dev_docs/contracts/compiling.md
+++ b/docs/docs/dev_docs/contracts/compiling.md
@@ -28,11 +28,11 @@ Then run the `compile` command with the path to your [contract project folder](.
 aztec-cli compile ./path/to/my_aztec_contract_project
 ```
 
-This will output a JSON [artifact](./artifacts.md) for each contract in the project to a `target` folder containing their ABI, which you can use for deploying or interacting with your contracts.
+This will output a JSON [artifact](./artifacts.md) for each contract in the project to a `target` folder containing their artifact, which you can use for deploying or interacting with your contracts.
 
 ### Typescript Interfaces
 
-You can use the compiler to autogenerate type-safe typescript classes for each of your contracts. These classes define type-safe methods for deploying and interacting with your contract based on their ABI.
+You can use the compiler to autogenerate type-safe typescript classes for each of your contracts. These classes define type-safe methods for deploying and interacting with your contract based on their artifact.
 
 To generate them, include a `--typescript` option in the compile command with a path to the target folder for the typescript files:
 
@@ -46,27 +46,85 @@ You can also generate these interfaces from prebuilt artifacts using the `genera
 aztec-cli generate-typescript ./path/to/my_aztec_contract_project
 ```
 
-Example code generated from the [PrivateToken](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr) contract:
+Below is typescript code generated from the [Token](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr) contract:
 
 ```ts showLineNumbers
-export class PrivateTokenContract extends ContractBase {
-  /** Creates a contract instance at the given address. */
-  public static async at(address: AztecAddress, wallet: Wallet) { ... }
+export class TokenContract extends ContractBase {
+  private constructor(completeAddress: CompleteAddress, wallet: Wallet, portalContract = EthAddress.ZERO) {
+    super(completeAddress, TokenContractArtifact, wallet, portalContract);
+  }
+
+  /**
+   * Creates a contract instance.
+   * @param address - The deployed contract's address.
+   * @param wallet - The wallet to use when interacting with the contract.
+   * @returns A promise that resolves to a new Contract instance.
+   */
+  public static async at(address: AztecAddress, wallet: Wallet) {
+    return Contract.at(address, TokenContract.artifact, wallet) as Promise<TokenContract>;
+  }
+
+  /**
+   * Creates a tx to deploy a new instance of this contract.
+   */
+  public static deploy(pxe: PXE, admin: AztecAddressLike) {
+    return new DeployMethod<TokenContract>(Point.ZERO, pxe, TokenContractArtifact, Array.from(arguments).slice(1));
+  }
+
+  /**
+   * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
+   */
+  public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey, admin: AztecAddressLike) {
+    return new DeployMethod<TokenContract>(publicKey, pxe, TokenContractArtifact, Array.from(arguments).slice(2));
+  }
 
-  /** Creates a tx to deploy a new instance of this contract. */
-  public static deploy(pxe: PXE, initial_supply: FieldLike, owner: FieldLike) { ... }
+  /**
+   * Returns this contract's artifact.
+   */
+  public static get artifact(): ContractArtifact {
+    return TokenContractArtifact;
+  }
 
   /** Type-safe wrappers for the public methods exposed by the contract. */
   public methods!: {
-    /** getBalance(owner: field) */
-    getBalance: ((owner: FieldLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
 
-    /** mint(amount: field, owner: field) */
-    mint: ((amount: FieldLike, owner: FieldLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+    /** balance_of_private(owner: struct) */
+    balance_of_private: ((owner: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** balance_of_public(owner: struct) */
+    balance_of_public: ((owner: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** shield(from: struct, amount: field, secret_hash: field, nonce: field) */
+    shield: ((
+      from: AztecAddressLike,
+      amount: FieldLike,
+      secret_hash: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** total_supply() */
+    total_supply: (() => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** transfer(from: struct, to: struct, amount: field, nonce: field) */
+    transfer: ((
+      from: AztecAddressLike,
+      to: AztecAddressLike,
+      amount: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
 
-    /** transfer(amount: field, sender: field, recipient: field) */
-    transfer: ((amount: FieldLike, sender: FieldLike, recipient: FieldLike) => ContractFunctionInteraction) &
+    /** transfer_public(from: struct, to: struct, amount: field, nonce: field) */
+    transfer_public: ((
+      from: AztecAddressLike,
+      to: AztecAddressLike,
+      amount: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
       Pick<ContractMethod, 'selector'>;
+    
+    ...
   };
 }
 ```
@@ -75,9 +133,9 @@ Read more about interacting with contracts using `aztec.js` [here](../getting_st
 
 ### Aztec.nr interfaces
 
-An Aztec.nr contract can [call a function](./syntax/functions.md) in another contract via `context.call_private_function` or `context.call_public_function`. However, this requires manually assembling the function selector and manually serialising the arguments, which is not type-safe.
+An Aztec.nr contract can [call a function](./syntax/functions.md) in another contract via `context.call_private_function` or `context.call_public_function`. However, this requires manually assembling the function selector and manually serializing the arguments, which is not type-safe.
 
-To make this easier, the compiler can generate contract interface structs that expose a convenience method for each function listed in a given contract ABI. These structs are intended to be used from another contract project that calls into the current one. For each contract, two interface structs are generated: one to be used from private functions with a `PrivateContext`, and one to be used from open functions with a `PublicContext`.
+To make this easier, the compiler can generate contract interface structs that expose a convenience method for each function listed in a given contract artifact. These structs are intended to be used from another contract project that calls into the current one. For each contract, two interface structs are generated: one to be used from private functions with a `PrivateContext`, and one to be used from open functions with a `PublicContext`.
 
 To generate them, include a `--interface` option in the compile command with a path to the target folder for the generated Aztec.nr interface files:
 
@@ -91,37 +149,87 @@ You can also generate these interfaces from prebuilt artifacts using the `genera
 aztec-cli generate-noir-interface ./path/to/my_aztec_contract_project
 ```
 
-Example code generated from the [PrivateToken](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr) contract:
+Below is an example interface, also generated from the [Token](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr) contract:
 
 ```rust
-impl PrivateTokenPrivateContextInterface {
-  fn at(address: Field) -> Self {
-      Self { address }
+impl TokenPrivateContextInterface {
+  pub fn at(address: Field) -> Self {
+      Self {
+          address,
+      }
   }
-
-  fn mint(
-    self, context: &mut PrivateContext, amount: Field, owner: Field
+  
+  pub fn burn(
+    self,
+    context: &mut PrivateContext,
+    from: FromBurnStruct,
+    amount: Field,
+    nonce: Field
   ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = owner;
+    let mut serialized_args = [0; 3];
+    serialized_args[0] = from.address;
+    serialized_args[1] = amount;
+    serialized_args[2] = nonce;
 
-    // 0x1dc9c3c0 is the function selector for `mint(field,field)`
-    context.call_private_function(self.address, 0x1dc9c3c0, serialized_args)
+    context.call_private_function(self.address, 0xd4fcc96e, serialized_args)
   }
+  
+
+  pub fn burn_public(
+    self,
+    context: &mut PrivateContext,
+    from: FromBurnPublicStruct,
+    amount: Field,
+    nonce: Field
+  ) {
+    let mut serialized_args = [0; 3];
+    serialized_args[0] = from.address;
+    serialized_args[1] = amount;
+    serialized_args[2] = nonce;
 
+    context.call_public_function(self.address, 0xb0e964d5, serialized_args)
+  }
+  ...
+  
+}
 
-  fn transfer(
-    self, context: &mut PrivateContext, amount: Field, sender: Field, recipient: Field
+impl TokenPublicContextInterface {
+  pub fn at(address: Field) -> Self {
+      Self {
+          address,
+      }
+  }
+  
+  pub fn burn_public(
+    self,
+    context: PublicContext,
+    from: FromBurnPublicStruct,
+    amount: Field,
+    nonce: Field
   ) -> [Field; RETURN_VALUES_LENGTH] {
     let mut serialized_args = [0; 3];
+    serialized_args[0] = from.address;
+    serialized_args[1] = amount;
+    serialized_args[2] = nonce;
+
+    context.call_public_function(self.address, 0xb0e964d5, serialized_args)
+  }
+  
+
+  pub fn mint_private(
+    self,
+    context: PublicContext,
+    amount: Field,
+    secret_hash: Field
+  ) -> [Field; RETURN_VALUES_LENGTH] {
+    let mut serialized_args = [0; 2];
     serialized_args[0] = amount;
-    serialized_args[1] = sender;
-    serialized_args[2] = recipient;
+    serialized_args[1] = secret_hash;
 
-    // 0xdcd4c318 is the function selector for `transfer(field,field,field)`
-    context.call_private_function(self.address, 0xdcd4c318, serialized_args)
+    context.call_public_function(self.address, 0x10763932, serialized_args)
   }
+
+  
 }
 ```
 
@@ -140,8 +248,8 @@ You can also programmatically access the compiler via the `@aztec/noir-compiler`
 The compiler exposes the following functions:
 
 - `compileUsingNargo`: Compiles an Aztec.nr project in the target folder using the `nargo` binary available on the shell `PATH` and returns the generated ABIs.
-- `generateTypescriptContractInterface`: Generates a typescript class for the given contract ABI.
-- `generateNoirContractInterface`: Generates a Aztec.nr interface struct for the given contract ABI.
+- `generateTypescriptContractInterface`: Generates a typescript class for the given contract artifact.
+- `generateNoirContractInterface`: Generates a Aztec.nr interface struct for the given contract artifact.
 
 ## Next steps
 
diff --git a/docs/docs/dev_docs/contracts/deploying.md b/docs/docs/dev_docs/contracts/deploying.md
index 0753fa10c615..07c0f00586cb 100644
--- a/docs/docs/dev_docs/contracts/deploying.md
+++ b/docs/docs/dev_docs/contracts/deploying.md
@@ -19,7 +19,7 @@ import TabItem from '@theme/TabItem';
 <TabItem value="cli" label="Aztec CLI">
 
 ```bash
-aztec-cli deploy /path/to/contract/abi.json
+aztec-cli deploy /path/to/contract/artifact.json
 ```
 
 </TabItem>
@@ -31,7 +31,7 @@ Pre-requisite - Generate type-safe typescript classes for your contract when com
 import { readFileSync, writeFileSync } from 'fs';
 import { compileUsingNargo, generateTypescriptContractInterface} from '@aztec/noir-compiler';
 
-const compiled: ContractAbi[] = await compileUsingNargo(projectPathToContractFolder);
+const compiled: ContractArtifact[] = await compileUsingNargo(projectPathToContractFolder);
 const abiImportPath = "../target/Example.json";
 writeFileSync(tsInterfaceDestFilePath, generateTypescriptContractInterface(compiled[0], abiImportPath));
 ```
@@ -54,7 +54,7 @@ There are several optional arguments that can be passed:
 <Tabs groupId="deployment-methods">
 <TabItem value="cli" label="Aztec CLI">
 
-`aztec-cli deploy` takes 1 mandatory argument which is the path to the contract ABI file in a JSON format (e.g. `contracts/target/PrivateToken.json`). Alternatively you can pass the name of an example contract as exported by `@aztec/noir-contracts` (run `aztec-cli example-contracts` to see the full list of contracts available).
+`aztec-cli deploy` takes 1 mandatory argument which is the path to the contract artifact file in a JSON format (e.g. `contracts/target/PrivateToken.json`). Alternatively you can pass the name of an example contract as exported by `@aztec/noir-contracts` (run `aztec-cli example-contracts` to see the full list of contracts available).
 
 The command also takes the following optional arguments:
 - `-args <constructorArgs...>` (default: `[]`): Arguments to pass to the contract constructor.
@@ -87,58 +87,26 @@ const tx = ExampleContract.deploy(pxe).send({
 </TabItem>
 </Tabs>
 
-### Deploying private token contract
-To give you a more complete example we will deploy the `PrivateToken` contract whose artifacts are included in the `@aztec/noir-contracts` package.
+### Deploying token contract
+To give you a more complete example we will deploy a `Token` contract whose artifacts are included in the `@aztec/noir-contracts` package.
 
-The contract has `initial_supply` and `owner` as constructor arguments.
-Because the contract sends a note to the owner specified inside the constructor, we need their public key to encrypt the note with. For this, we first need to register the owner as a recipient inside the PXE with the following command:
+The contract has `admin` as a constructor argument.
+We will deploy the contract with the `aztec-cli` and pass the `admin` address as an argument.
 
 <Tabs groupId="deployment-methods">
 <TabItem value="cli" label="Aztec CLI">
 
 ```bash
-aztec-cli register-recipient --address 0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529 --public-key 0x26e193aef4f83c70651485b5526c6d01a36d763223ab24efd1f9ff91b394ac0c20ad99d0ef669dc0dde8d5f5996c63105de8e15c2c87d8260b9e6f02f72af622 --partial-address 0x200e9a6c2d2e8352012e51c6637659713d336405c29386c7c4ac56779ab54fa7
+aztec-cli deploy TokenContractArtifact --args 0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529
 ```
 
 </TabItem>
 <TabItem value="js" label="Aztec.js">
 
 ```ts
-const aztecAddress = AztecAddress.fromString("0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529");
-const publicKey = Point.fromString("0x26e193aef4f83c70651485b5526c6d01a36d763223ab24efd1f9ff91b394ac0c20ad99d0ef669dc0dde8d5f5996c63105de8e15c2c87d8260b9e6f02f72af622");
-const partialAddress = Fr.fromString("0x200e9a6c2d2e8352012e51c6637659713d336405c29386c7c4ac56779ab54fa7");
-
-const completeAddress = CompleteAddress.create(aztecAddress, publicKey, partialKey); 
-await pxe.registerRecipient(completeAddress);
-```
-
-
-</TabItem>
-</Tabs>
-
-When you create a new account, it gets automatically registered. It can be verified by calling `aztec-cli get-accounts` OR in aztec.js by using `await pxe.getRegisteredAccounts()`
-
-> **NOTE 1**: If we didn't register owner as a recipient we could not encrypt a note for the owner and the contract deployment would fail because constructor execution would fail (we need owner's public key to encrypt a note).
-
-> **NOTE 2**: If a note recipient is one of the accounts inside the PXE, we don't need to register it as a recipient because we already have the public key available.
-
-Once the recipient is registered we can deploy the contract:
-
-<Tabs groupId="deployment-methods">
-<TabItem value="cli" label="Aztec CLI">
-
-```bash
-aztec-cli deploy PrivateTokenContractAbi --args 1000 0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529
-```
-
-</TabItem>
-<TabItem value="js" label="Aztec.js">
-
-```ts
-// PrivateTokenContract is the TS interface that is automatically generated when compiling the contract with the `-ts` flag.
-const initialBalance = 1000n;
-const owner = AztecAddress.from("0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529");
-const contract = await PrivateTokenContract.deploy(wallet, initialBalance, owner).send().deployed();
+const admin = AztecAddress.from("0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529");
+// TokenContract is the TS interface that is automatically generated when compiling the contract with the `-ts` flag.
+const contract = await TokenContract.deploy(wallet, admin).send().deployed();
 logger(`Contract deployed at ${contract.address}`);
 ```
 
@@ -154,14 +122,14 @@ If we pass the salt as an argument:
 <TabItem value="cli" label="Aztec CLI">
 
 ```bash
-aztec-cli deploy PrivateTokenContractAbi --args 1000 0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529 --salt 0x123
+aztec-cli deploy TokenContractArtifact --args 0x147392a39e593189902458f4303bc6e0a39128c5a1c1612f76527a162d36d529 --salt 0x123
 ```
 
 </TabItem>
 <TabItem value="js" label="Aztec.js">
 
 ```ts
-const contract = await PrivateTokenContract.deploy(wallet, initialBalance, owner).send({ contractAddressSalt: Fr.fromString("0x123") }).deployed();
+const contract = await TokenContract.deploy(wallet, admin).send({ contractAddressSalt: Fr.fromString("0x123") }).deployed();
 ```
 
 </TabItem>
diff --git a/docs/docs/dev_docs/contracts/portals/main.md b/docs/docs/dev_docs/contracts/portals/main.md
index e1450b98140a..a7b7340f17c0 100644
--- a/docs/docs/dev_docs/contracts/portals/main.md
+++ b/docs/docs/dev_docs/contracts/portals/main.md
@@ -5,9 +5,9 @@ description: Documentation of Aztec's Portals and Cross-chain communication.
 
 ## What is a portal
 
-A portal is the point of contact between L1 and a specific contract on Aztec. For applications such as token bridges, this is the point where the tokens are are held on L1 while used in L2. 
+A portal is the point of contact between L1 and a specific contract on Aztec. For applications such as token bridges, this is the point where the tokens are held on L1 while used in L2. 
 
-As outlined in the [foundational concepts](../../../concepts/foundation/communication/cross_chain_calls.md), an Aztec L2 contract is linked to *ONE* L1 address at time of deployment (specified by the developer). This L1 address is the only address that can send messages to that specific L2 contract, and the only address that can receive messages sent from the L2 contract to L1. Note, that a portal don't actually need to be a contract, it could be any address on L1. We say that an Aztec contract is attached to a portal.
+As outlined in the [foundational concepts](../../../concepts/foundation/communication/cross_chain_calls.md), an Aztec L2 contract is linked to *ONE* L1 address at time of deployment (specified by the developer). This L1 address is the only address that can send messages to that specific L2 contract, and the only address that can receive messages sent from the L2 contract to L1. Note, that a portal doesn't actually need to be a contract; a portal could be any address on L1. We say that an Aztec contract is attached to a portal.
 
 ## Passing data to the rollup
 
@@ -50,7 +50,7 @@ Computing the `content` must be done manually in its current form, as we are sti
 :::info
 The `content_hash` is a sha256 truncated to a field element (~ 254 bits). In Aztec-nr, you can use our `sha256_to_field()` to do a sha256 hash which fits in one field element:
 
-#include_code mint_public_content_hash_nr /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/util.nr rust
+#include_code mint_public_content_hash_nr /yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr rust
 
 In solidity, you can use our `Hash.sha256ToField()` method:
 
@@ -73,7 +73,7 @@ Similarly to messages going to L2 from L1, a message can only be consumed by the
 
 Recall that we mentioned the Aztec contract specifies what portal it is attached to at deployment. This value is stored in the rollup's contract tree, hence these links are not directly readable on L1. Also, it is possible to attach multiple aztec contracts to the same portal.
 
-The portal must ensure that the sender is as expected. One way to do this, is to compute the addresses before deployment and store them as constants in the contract, however a more flexible solution is to have an `initialize` function in the portal contract which can be used to set the address of the Aztec contract. In this model, the portal contract can check that the sender matches the value it has in storage.
+The portal must ensure that the sender is as expected. One way to do this is to compute the addresses before deployment and store them as constants in the contract. However, a more flexible solution is to have an `initialize` function in the portal contract which can be used to set the address of the Aztec contract. In this model, the portal contract can check that the sender matches the value it has in storage.
 
 To send a message to L1 from your Aztec contract, you must use the `message_portal` function on the `context`. When messaging to L1, only the `content` is required (as a `Field`). 
 
@@ -170,7 +170,7 @@ Designating a caller grants the ability to specify who should be able to call a
 
 When performing multiple cross-chain calls in one action it is important to consider the order of the calls. Say for example, that you want to perform a uniswap trade on L1 because you are a whale and slippage on L2 is too damn high. 
 
-You would practically, withdraw funds from the rollup, swap them on L1, and then deposit the swapped funds back into the rollup. This is a fairly simple process, but it requires that the calls are done in the correct order. For one, if the swap is called before the funds are withdrawn, the swap will fail. And if the deposit is called before the swap, the funds might get lost! 
+Practically, you would withdraw funds from the rollup, swap them on L1, and then deposit the swapped funds back into the rollup. This is a fairly simple process, but it requires that the calls are done in the correct order. For one, if the swap is called before the funds are withdrawn, the swap will fail. And if the deposit is called before the swap, the funds might get lost! 
 
 As message boxes only will allow the recipient portal to consume the message, we can use this to our advantage to ensure that the calls are done in the correct order. Say that we include a designated "caller" in the messages, and that the portal contract checks that the caller matches the designated caller or designated is address(0) (anyone can call). When the message are to be consumed on L1, it can compute the message as seen below:
 
@@ -185,8 +185,7 @@ bytes memory message = abi.encodeWithSignature(
 
 This way, the message can be consumed by the portal contract, but only if the caller is the designated caller. By being a bit clever when specifying the designated caller, we can ensure that the calls are done in the correct order. For the Uniswap example, say that we have token portals implemented as we have done throughout this page, and a Uniswap portal implementing the designated caller.
 
-We require that the Uniswap portal is the caller of the withdraw, and that the uniswap portal implementation is executing the withdraw before the swap.  
-The order of execution can be constrained in the contract. Since all of the messages are emitted to L1 in the same transaction, we can leverage transaction atomicity to ensure success of failure of all messages. 
+We require that the Uniswap portal is the caller of the withdraw, and that the uniswap portal implementation is executing the withdraw before the swap. The order of execution can be constrained in the contract. Since all of the messages are emitted to L1 in the same transaction, we can leverage transaction atomicity to ensure success of failure of all messages. 
 
 Note, that crossing the L1/L2 chasm is asynchronous, so there could be a situation where the user has burned their assets on L2 but the swap fails on L1! This could be due to major price movements or the like. In such a case, the user could be stuck with funds on L1 that they cannot get back to L2 unless the portal contract implements a way to properly handle such errors.
 
diff --git a/docs/docs/dev_docs/contracts/resources/common_patterns/authwit.md b/docs/docs/dev_docs/contracts/resources/common_patterns/authwit.md
new file mode 100644
index 000000000000..6beb7ea887a4
--- /dev/null
+++ b/docs/docs/dev_docs/contracts/resources/common_patterns/authwit.md
@@ -0,0 +1,232 @@
+---
+title: Authentication Witness
+description: Developer Documentation to use Authentication Witness for authentication actions on Aztec.
+---
+## Prerequisite reading
+- [Authwit from Foundational Concepts](./../../../../concepts/foundation/accounts/authwit.md)
+
+## Introduction
+
+Authentication Witness is a scheme for authentication actions on Aztec, so users can allow third-parties (eg protocols or other users) to execute an action on their behalf.
+
+How it works logically is explained in the [foundational concepts](./../../../../concepts/foundation/accounts/authwit.md) but we will do a short recap here.
+
+An authentication witness is defined for a specific action, such as allowing a Defi protocol to transfer funds on behalf of the user. An action is here something that could be explained as `A is allowed to perform X operation on behalf of B` and we define it as a hash computed as such:
+
+```rust
+authentication_witness_action = H(
+    caller: AztecAddress,
+    contract: AztecAddress,
+    selector: Field,
+    argsHash: Field
+);
+
+// Example action that authenticates:
+// defi contract to transfer 1000 tokens to itself on behalf of alice_account
+authentication_witness_action = H(
+  defi,
+  token,
+  transfer_selector,
+  H(alice_account, defi, 1000)
+);
+```
+
+Given the action, the developer can ask the `on_behalf_of` account contract if the action is authenticated or not.
+
+```mermaid
+sequenceDiagram
+    actor Alice
+    participant AC as Alice Account
+    participant Token
+    Alice->>AC: Defi.deposit(Token, 1000);
+    activate AC
+    AC->>Defi: deposit(Token, 1000);
+    activate Defi
+    Defi->>Token: transfer(Alice, Defi, 1000);
+    activate Token
+    Token->>AC: Check if Defi may call transfer(Alice, Defi, 1000);
+    AC-->>Alice: Please give me AuthWit for DeFi<br/> calling transfer(Alice, Defi, 1000);
+    activate Alice
+    Alice-->>Alice: Produces Authentication witness
+    Alice-->>AC: AuthWit for transfer(Alice, Defi, 1000);
+    AC->>Token: AuthWit validity
+    deactivate Alice
+    Token->>Token: throw if invalid AuthWit
+    Token->>Token: transfer(Alice, Defi, 1000);
+    Token->>Defi: success
+    deactivate Token
+    Defi->>Defi: deposit(Token, 1000);
+    deactivate Defi
+    deactivate AC
+```
+
+:::info
+Note in particular that the request for a witness is done by the token contract, and the user will have to provide it to the contract before it can continue execution. Since the request is made all the way into the contract where it is to be used, we don't need to pass it along as an extra input to the functions before it which gives us a cleaner interface.
+:::
+
+As part of `AuthWit` we are assuming that the `on_behalf_of` implements the private and/or public functions:
+
+```rust
+#[aztec(private)]
+fn is_valid(message_hash: Field) -> Field;
+
+#[aztec(public)]
+fn is_valid_public(message_hash: Field) -> Field;
+```
+
+Both return the value `0xe86ab4ff` (`is_valid` selector) for a successful authentication, and `0x00000000` for a failed authentication. You might be wondering why we are expecting the return value to be a selector instead of a boolean. This is mainly to account for a case of selector collisions where the same selector is used for different functions, and we don't want an account to mistakenly allow a different function to be called on its behalf - it is hard to return the selector by mistake, but you might have other functions returning a bool.
+
+## The `AuthWit` library.
+
+As part of [Aztec.nr](https://aztec.nr), we are providing a library that can be used to implement authentication witness for your contracts.
+
+This library also provides a basis for account implementations such that these can more easily implement authentication witness. For more on the wallets, see [writing an account contract](./../../../wallets/writing_an_account_contract.md).
+
+For our purposes here (not building a wallet), the most important part of the library is the `auth` utility which exposes a couple of helper methods for computing the action hash, retrieving witnesses, validating them and emitting the nullifier.
+
+### General utilities
+
+The primary general utility is the `compute_authwit_message_hash` function which computes the action hash from its components. This is useful for when you need to generate a hash that is not for the current call, such as when you want to update a public approval state value that is later used for [authentication in public](#updating-approval-state-in-noir).
+
+#include_code compute_authwit_message_hash /yarn-project/aztec-nr/authwit/src/auth.nr rust
+
+#### TypeScript utilities
+
+To make it convenient to compute the message hashes in TypeScript, the `aztec.js` package includes a `computeAuthWitMessageHash` function that you can use.
+
+#include_code authwit_computeAuthWitMessageHash /yarn-project/aztec.js/src/utils/authwit.ts typescript
+
+As you can see above, this function takes a `caller` and a `request`. So let's quickly see how we can get those. Luckily for us, the `request` can be easily prepared similarly to how we are making contract calls from TypeScript.
+
+#include_code authwit_computeAuthWitMessageHash /yarn-project/end-to-end/src/e2e_token_contract.test.ts typescript
+
+### Utilities for private calls
+
+For private calls where we allow execution on behalf of others, we generally want to check if the current call is authenticated by `on_behalf_of`. To easily do so, we can use the `assert_current_call_valid_authwit` which fetches information from the current context without us needing to provide much beyond the `on_behalf_of`.
+
+#include_code assert_current_call_valid_authwit /yarn-project/aztec-nr/authwit/src/auth.nr rust
+
+As seen above, we mainly compute the message hash, and then forward the call to the more generic `assert_valid_authwit`. This validating function will then:
+
+- make a call to `on_behalf_of` to validate that the call is authenticated
+- emit a nullifier for the action to prevent replay attacks
+- throw if the action is not authenticated by `on_behalf_of`
+
+#include_code assert_valid_authwit /yarn-project/aztec-nr/authwit/src/auth.nr rust
+
+### Utilities for public calls
+
+Very similar to above, we have variations that work in the public domain. These functions are wrapped to give a similar flow for both cases, but behind the scenes the logic of the account contracts is slightly different since they cannot use the oracle as they are not in the private domain.
+
+#include_code assert_current_call_valid_authwit_public /yarn-project/aztec-nr/authwit/src/auth.nr rust
+
+#include_code assert_valid_authwit_public /yarn-project/aztec-nr/authwit/src/auth.nr rust
+
+## Usage
+
+Ok, enough talking, how the hell do we use this?
+
+### Importing it
+
+To add it to your project, add the `authwit` library to your `Nargo.toml` file.
+
+```toml
+[dependencies]
+aztec = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/aztec" }
+authwit = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/authwit"}
+```
+
+Then you will be able to import it into your contracts as follows.
+
+#include_code import_authwit /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
+
+### Private Functions
+
+#### Checking if the current call is authenticated
+
+Based on the diagram earlier on this page let's take a look at how we can implement the `transfer` function such that it checks if the tokens are to be transferred `from` the caller or needs to be authenticated with an authentication witness.
+
+#include_code transfer /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
+
+The first thing we see in the snippet above, is that if `from` is not the call we are calling the `assert_current_call_valid_authwit` function from [earlier](#private-functions). If the call is not throwing, we are all good and can continue with the transfer.
+
+In the snippet we are constraining the `else` case such that only `nonce = 0` is supported. This is not strictly necessary, but because I can't stand dangling useless values. By making it constrained, we can limit what people guess it does, I hope.
+
+#### Authenticating an action in TypeScript
+
+Cool, so we have a function that checks if the current call is authenticated, but how do we actually authenticate it? Well, assuming that we use a wallet that is following the spec, we import `computeAuthWitMessageHash` from `aztec.js` to help us compute the hash, and then we simply `addAuthWitness` to the wallet. Behind the scenes this will make the witness available to the oracle.
+
+#include_code authwit_transfer_example /yarn-project/end-to-end/src/e2e_token_contract.test.ts typescript
+
+### Public Functions
+
+With private functions covered, how can we use this in a public function? Well, the answer is that we simply change one name of a function and then we are good to go :eyes: (almost).
+
+#### Checking if the current call is authenticated
+
+#include_code transfer_public /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
+
+#### Authenticating an action in TypeScript
+
+Authenticating an action in the public domain is quite similar to the private domain, with the difference that we are executing a function on the account contract to add the witness, if you recall, this is because we don't have access to the oracle in the public domain.
+
+In the snippet below, this is done as a separate contract call, but can also be done as part of a batch as mentioned in the [foundational concepts](./../../../../concepts/foundation/accounts/authwit.md#what-about-public).
+
+#include_code authwit_public_transfer_example /yarn-project/end-to-end/src/e2e_token_contract.test.ts typescript
+
+#### Updating approval state in Noir
+
+We have cases where we need a non-wallet contract to approve an action to be executed by another contract. One of the cases could be when making more complex defi where funds are passed along. When doing so, we need the intermediate contracts to support approving of actions on their behalf.
+
+To support this, we must implement the `is_valid_public` function as seen in the snippet below.
+
+#include_code authwit_uniswap_get /yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+It also needs a way to update those storage values. Since we want the updates to be trustless, we can compute the action based on the function inputs, and then have the contract compute the key at which it must add a `true` to approve the action.
+
+An example of this would be our Uniswap example which performs a cross chain swap on L1. In here, we both do private and public auth witnesses, where the public is set by the uniswap L2 contract itself. In the below snippet, you can see that we compute the action hash, and then update an `approved_action` mapping with the hash as key and `true` as value. When we then call the `token_bridge` to execute afterwards, it reads this value, burns the tokens, and consumes the authentication.
+
+#include_code authwit_uniswap_set /yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+Outlining more of the `swap` flow: this simplified diagram shows how it will look for contracts that are not wallets but also need to support authentication witnesses.
+
+```mermaid
+sequenceDiagram
+    actor A as Alice
+    participant AC as Alice Account
+    participant CC as Crosschain Swap
+    participant TB as Token Bridge
+    participant T as Token
+
+    A->>AC: Swap 1000 token A to B on Uniswap L1
+    activate AC;
+    AC->>CC: Swap 1000 token A to B
+    activate CC;
+    CC->>T: unshield 1000 tokens from Alice Account to CCS
+    activate T;
+    T->>AC: Have you approved this??
+    AC-->>A: Please give me an AuthWit
+    A-->>AC: Here is AuthWit
+    AC-->>AC: Validate AuthWit
+    AC->>T: Yes
+    deactivate T;
+    CC-->>CC: Setting flag to true
+    CC->>TB: Exit 1000 tokens to CCS
+    activate TB;
+    TB->>T: Burn 1000 tokens from CCS
+    activate T;
+    T->>CC: Have you approved this?
+    CC->>T: Yes
+    T-->>T: Burn
+    Token->>Defi: success
+    deactivate T;
+    TB-->>TB: Emit L2->L1 message
+    deactivate TB;
+    CC-->>CC: Emit L2->L1 message
+    deactivate CC;
+    deactivate AC;
+```
+
+:::info **TODO**
+Add a link to the blog-posts.
+:::
diff --git a/docs/docs/dev_docs/contracts/syntax/context.mdx b/docs/docs/dev_docs/contracts/syntax/context.mdx
index 3b8afffd983c..e772b3866e2e 100644
--- a/docs/docs/dev_docs/contracts/syntax/context.mdx
+++ b/docs/docs/dev_docs/contracts/syntax/context.mdx
@@ -94,7 +94,7 @@ New commitments contains an array of all of the commitments created in the curre
 New nullifiers contains an array of the new nullifiers emitted from the current execution context.
 
 ### Nullified Commitments
-Nullified commitments is an optimisation for introduced to help reduce state growth. There are often cases where commitments are created and nullified within the same transaction.  
+Nullified commitments is an optimization for introduced to help reduce state growth. There are often cases where commitments are created and nullified within the same transaction.  
 In these cases there is no reason that these commitments should take up space on the node's commitment/nullifier trees. Keeping track of nullified commitments allows us to "cancel out" and prove these cases.
 
 ### Private Call Stack
diff --git a/docs/docs/dev_docs/contracts/syntax/events.md b/docs/docs/dev_docs/contracts/syntax/events.md
index 77bd761d968e..97c24de0c42c 100644
--- a/docs/docs/dev_docs/contracts/syntax/events.md
+++ b/docs/docs/dev_docs/contracts/syntax/events.md
@@ -111,7 +111,7 @@ Once emitted, unencrypted events are stored in AztecNode and can be queried by a
 <TabItem value="cli" label="Aztec CLI">
 
 ```bash
-aztec-cli get-logs --from 5 --limit 1
+aztec-cli get-logs --fromBlock 5
 ```
 
 </TabItem>
@@ -122,6 +122,13 @@ aztec-cli get-logs --from 5 --limit 1
 </TabItem>
 </Tabs>
 
+Get logs functionality provides a variety of filtering options.
+To display them run:
+
+```bash
+aztec-cli get-logs --help
+```
+
 ## Costs
 
 All event data is pushed to Ethereum as calldata by the sequencer and for this reason the cost of emitting an event is non-trivial.
diff --git a/docs/docs/dev_docs/contracts/syntax/storage.md b/docs/docs/dev_docs/contracts/syntax/storage.md
index 88447a7a3c58..77ae0b61338a 100644
--- a/docs/docs/dev_docs/contracts/syntax/storage.md
+++ b/docs/docs/dev_docs/contracts/syntax/storage.md
@@ -2,14 +2,14 @@
 title: Storage
 ---
 
-In an Aztec.nr contract, storage is to be defined as a single struct, that contains both public and private state variables.
+In an Aztec.nr contract, storage is contained in a single struct that contains both public and private state variables.
 
-As their name indicates, public state variables can be read by anyone, while private state variables can only be read by their owner, or people whom the owner has shared the data with.
+Public state variables can be read by anyone, while private state variables can only be read by their owner (or people whom the owner has shared the decrypted data/note viewing key with).
 
-As mentioned earlier in the foundational concepts ([state model](./../../../concepts/foundation/state_model.md) and [private/public execution](./../../../concepts/foundation/communication/public_private_calls.md)) private state follows a UTXO model. Where note pre-images are only known to those able to decrypt them.
+Public state follows the ethereum style account model, where each contract has its own key-value datastore. Private state follows a UTXO model, where note contents (pre-images) are only known by the sender and those able to decrypt them - see ([state model](./../../../concepts/foundation/state_model.md) and [private/public execution](./../../../concepts/foundation/communication/public_private_calls.md)) for more background.
 
 :::info
-The struct **must** be called `Storage` for the Aztec.nr library to properly handle it (will be fixed in the future to support more flexibility).
+The struct **must** be called `Storage` for the Aztec.nr library to properly handle it (this will be relaxed in the future).
 :::
 
 ```rust
@@ -20,10 +20,10 @@ struct Storage {
 ```
 
 :::info
-If your storage includes private state variables it must include a `compute_note_hash_and_nullifier` function to allow the RPC to process encrypted events, see [encrypted events](./events.md#processing-encrypted-events) for more.
+If your contract storage includes private state variables, it must include a `compute_note_hash_and_nullifier` function to allow the RPC to process encrypted events. See [encrypted events](./events.md#processing-encrypted-events) for more.
 :::
 
-Since Aztec.nr is written in Noir, which on its own is state-less, we need to specify how the storage struct should be initialized to read and write data correctly. This is done by specifying an `init` function that is run in functions that rely on reading or altering the state variables. This `init` function should declare the storage struct with an actual instantiation defining how variables are accessed and manipulated. The function MUST be called `init` for the Aztec.nr library to properly handle it (will be fixed in the future to support more flexibility).
+Since Aztec.nr is written in Noir, which on its own is state-less, we need to specify how the storage struct should be initialized to read and write data correctly. This is done by specifying an `init` function that is run in functions that rely on reading or altering the state variables. This `init` function must declare the storage struct with an instantiation defining how variables are accessed and manipulated. The function MUST be called `init` for the Aztec.nr library to properly handle it (this will be relaxed in the future).
 
 ```rust
 impl Storage {
@@ -39,12 +39,36 @@ impl Storage {
 If you have defined a `Storage` struct following this naming scheme, then it will be made available to you through the reserved `storage` keyword within your contract functions.
 
 :::warning Using slot `0` is not supported!
-No storage values should be initialized at slot `0`. This is a known issue that will be fixed in the future.
+No storage values should be initialized at slot `0` - storage slots begin at `1`. This is a known issue that will be fixed in the future.
 :::
 
+## Storage Slots
+
+Public state in Aztec is implemented as a single global merkle tree of depth 254, with each contract's internal storage slot combined with its contract address to generate its position in the global tree as `global_storage_slot = pedersen_hash(contract_storage_slot, contract_address)`.
+
+A contract's state is represented by mapping its own storage slots to each variable. For now, storage slot positions for each variable must be explicitly assigned inside the `Storage impl`. Although variables can be arrays or structs that are stored internally as contiguous blocks, each variable in the storage definition takes just 1 block, so you can increment the storage slot by 1 each time you add another variable, whether it is public or private.
+
+When assigning contract storage slots, `Map`s are also treated as occupying only 1 storage slot (its "base_slot"), because the actual values in the global state tree are stored in derived slots calculated as `map_value_storage_slot = pedersen_hash(base_slot, key)`.
+
+Private state is stored in a separate UTXO tree, but each private variable is still assigned a storage slot to track the meaning of the note. Each private variable's storage slot is contained in a contract's bytecode, but they do not appear at all in the global storage tree. Each contract private variable can be associated with 0, 1, or multiple notes in the UTXO tree (and some of those may have already been spent, if their nullifier is already present in the nullifier tree).
+The position of each note in the UTXO tree does not matter - the relationship to contract state is contained entirely in its note header.
+
+:::info
+Private variables only require one single slot, because all notes are linked their contract variable through the `storage slot` attribute in their note header (which also contains the contract address and nonce). :::
+
+We currently do not support any "bit packing" type optimizations as in most EVM languages.
+
+Note: The choice of hash function for global slot position is subject to change in later versions.
+
 ## Map
 
-A `map` is a state variable that "maps" a key to a value. In Aztec.nr, keys are `Field`s (or values that are convertible to Fields) and values can be any type - even other maps. The map is a struct defined as follows:
+A `map` is a state variable that "maps" a key to a value.
+
+:::info
+In Aztec.nr, keys are always `Field`s (or types that can be serialized as Fields) and values can be any type - even other maps.
+:::
+
+The map is a struct defined as follows:
 
 #include_code map /yarn-project/aztec-nr/aztec/src/state_vars/map.nr rust
 
@@ -113,15 +137,15 @@ When declaring the storage for `T` as a persistent public storage variable, we u
 
 #### Single value example
 
-Say that we wish to add `admin` public state variable into our storage struct. In the struct we can add it as follows:
+Say that we wish to add `admin` public state variable into our storage struct. In the struct we can define it as:
 
 #include_code storage_admin /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
 
-And then when initializing it in the `Storage::init` function we can do it as follows:
+And then when initializing it in the `Storage::init` function we can do:
 
 #include_code storage_admin_init /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
 
-In this case, specifying that we are dealing with a Field, and that it should be put at slot 1. This is just a single value, and would be similar to the following in solidity:
+We have specified that we are storing a `Field` that should be placed in storage slot `1`. This is just a single value, and is similar to the following in solidity:
 
 ```solidity
 address internal admin;
diff --git a/docs/docs/dev_docs/getting_started/sandbox.md b/docs/docs/dev_docs/getting_started/sandbox.md
index c855b41f545b..43acfa7f9244 100644
--- a/docs/docs/dev_docs/getting_started/sandbox.md
+++ b/docs/docs/dev_docs/getting_started/sandbox.md
@@ -12,7 +12,7 @@ The Aztec Sandbox aims to provide a local development system against which you c
 For a quickstart checkout [the Quickstart section](./quickstart.md)
 :::
 
-Here we will walkthrough the process of retrieving the Sandbox, installing the client libraries and using it to deploy and use a fully private token contract on the Aztec network using Aztec.js.
+Here we will walkthrough the process of retrieving the Sandbox, installing the client libraries and using it to deploy and use a fully token contract on the Aztec network using Aztec.js.
 
 You can find the [complete tutorial code here](https://github.com/AztecProtocol/dev-rel/tree/main/tutorials/sandbox-tutorial/token).
 
@@ -46,6 +46,16 @@ Within a few seconds the Sandbox should be up and running!
 
 <Image img={require("/img/sandbox.png")} />
 
+:::info
+To start anvil in a fork mode set `FORK_URL` and `FORK_BLOCK_NUMBER` environment variables before running the script.
+You can do so by running:
+```sh
+export FORK_URL=https://mainnet.infura.io/v3/your-infura-key
+export FORK_BLOCK_NUMBER=13300000
+```
+If `FORK_BLOCK_NUMBER` is not set, it defaults to genesis block number.
+:::
+
 ## Project setup
 
 We will deploy a pre-compiled token contract, and send tokens privately, using the Sandbox.
@@ -118,7 +128,7 @@ yarn add @aztec/aztec.js @aztec/noir-contracts typescript @types/node
   "version": "1.0.0",
   "description": "My first token contract",
   "main": "index.js",
-  "author": "Phil",
+  "author": "1000x Dev",
   "license": "MIT",
   "type": "module",
   "scripts": {
@@ -128,21 +138,15 @@ yarn add @aztec/aztec.js @aztec/noir-contracts typescript @types/node
     "start": "yarn build && DEBUG='token' node ./dest/index.js"
   },
   "dependencies": {
-    "@aztec/aztec.js": "^0.8.7",
-    "@aztec/noir-contracts": "^0.8.7",
+    "@aztec/aztec.js": "latest",
+    "@aztec/noir-contracts": "latest",
     "@types/node": "^20.6.3",
     "typescript": "^5.2.2"
   }
 }
 ```
 
-7. Next, install Aztec related dependencies
-
-```sh
-yarn add @aztec/aztec.js @aztec/noir-contracts
-```
-
-8. Create an `index.ts` file in the `src` directory with the following sandbox connection setup:
+7. Create an `index.ts` file in the `src` directory with the following sandbox connection setup:
 
 ```ts
 #include_code imports /yarn-project/end-to-end/src/e2e_sandbox_example.test.ts raw
@@ -154,7 +158,7 @@ async function main() {
 main();
 ```
 
-9. Finally, run the package:
+8. Finally, run the package:
 
 In the project root, run
 
@@ -166,14 +170,31 @@ A successful run should show:
 
 ```
   token Aztec Sandbox Info  {
-    version: 1,
-    chainId: 31337,
-    rollupAddress: EthAddress {
-      buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
-    },
-    client: 'pxe@0.1.0',
-    compatibleNargoVersion: '0.11.1-aztec.0'
-  }
+  token   sandboxVersion: '#include_aztec_short_version',
+  token   compatibleNargoVersion: '#include_noir_version',
+  token   chainId: 31337,
+  token   protocolVersion: 1,
+  token   l1ContractAddresses: {
+  token     rollupAddress: EthAddress {
+  token       buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
+  token     },
+  token     registryAddress: EthAddress {
+  token       buffer: <Buffer 5f bd b2 31 56 78 af ec b3 67 f0 32 d9 3f 64 2f 64 18 0a a3>
+  token     },
+  token     inboxAddress: EthAddress {
+  token       buffer: <Buffer e7 f1 72 5e 77 34 ce 28 8f 83 67 e1 bb 14 3e 90 bb 3f 05 12>
+  token     },
+  token     outboxAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     },
+  token     contractDeploymentEmitterAddress: EthAddress {
+  token       buffer: <Buffer 5f c8 d3 26 90 cc 91 d4 c3 9d 9d 3a bc bd 16 98 9f 87 57 07>
+  token     },
+  token     decoderHelperAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     }
+  token   }
+  token } +0ms
 ```
 
 Great! The Sandbox is running and we are able to interact with it.
@@ -200,19 +221,37 @@ Now that we have our accounts loaded, let's move on to deploy our pre-compiled t
 
 ```
   token Aztec Sandbox Info  {
-    version: 1,
-    chainId: 31337,
-    rollupAddress: EthAddress {
-      buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
-    },
-    client: 'pxe@0.1.0',
-    compatibleNargoVersion: '0.11.1-aztec.0'
-  }
-  token Creating accounts using schnorr signers... +3ms
-  token Created Alice's account at 0x1509b252...0027 +10s
-  token Created Bob's account at 0x031862e8...e7a3 +0ms
-  token Deploying token contract minting an initial 1000000 tokens to Alice... +1ms
-  token Contract successfully deployed at address 0x1c3dc2ed...1362 +15s
+  token   sandboxVersion: '#include_aztec_short_version',
+  token   compatibleNargoVersion: '#include_noir_version',
+  token   chainId: 31337,
+  token   protocolVersion: 1,
+  token   l1ContractAddresses: {
+  token     rollupAddress: EthAddress {
+  token       buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
+  token     },
+  token     registryAddress: EthAddress {
+  token       buffer: <Buffer 5f bd b2 31 56 78 af ec b3 67 f0 32 d9 3f 64 2f 64 18 0a a3>
+  token     },
+  token     inboxAddress: EthAddress {
+  token       buffer: <Buffer e7 f1 72 5e 77 34 ce 28 8f 83 67 e1 bb 14 3e 90 bb 3f 05 12>
+  token     },
+  token     outboxAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     },
+  token     contractDeploymentEmitterAddress: EthAddress {
+  token       buffer: <Buffer 5f c8 d3 26 90 cc 91 d4 c3 9d 9d 3a bc bd 16 98 9f 87 57 07>
+  token     },
+  token     decoderHelperAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     }
+  token   }
+  token } +0ms
+  token Loaded alice's account at 0x25048e8c...70d0 +4s
+  token Loaded bob's account at 0x115f123b...6483 +0ms
+  token Deploying token contract... +0ms
+  token Contract successfully deployed at address 0x11a03dce...afc7 +5s
+  token Minting tokens to Alice... +18ms
+  token 1000000 tokens were successfully minted and redeemed by Alice +10s
 ```
 
 We can break this down as follows:
@@ -222,15 +261,14 @@ We can break this down as follows:
 3. We retrieve the transaction receipt containing the transaction status and contract address.
 4. We connect to the contract with Alice
 5. Alice initialize the contract with herself as the admin and a minter.
-6. Alice adds Bob as minter.
-7. Alice mints 1,000,000 tokens to be claimed by herself in private.
-8. Alice claims the tokens privately.
+6. Alice mints 1,000,000 tokens to be claimed by herself in private.
+7. Alice redeems the tokens privately.
 
 ## Viewing the balance of an account
 
 A token contract wouldn't be very useful if you aren't able to query the balance of an account. As part of the deployment, tokens were minted to Alice. We can now call the contract's `balance_of_private()` function to retrieve the balances of the accounts.
 
-Here is the `balance_of_private` code from the contract (no need to paste it into `index.ts`):
+Here is the `balance_of_private` code from the contract (do not to paste it into `index.ts`):
 
 #include_code balance_of_private /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
 
@@ -242,28 +280,52 @@ Running now should yield output:
 
 ```
   token Aztec Sandbox Info  {
-    version: 1,
-    chainId: 31337,
-    rollupAddress: EthAddress {
-      buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
-    },
-    client: 'pxe@0.1.0',
-    compatibleNargoVersion: '0.11.1-aztec.0'
-  }
-  token Creating accounts using schnorr signers... +3ms
-  token Created Alice's account at 0x1509b252...0027 +10s
-  token Created Bob's account at 0x031862e8...e7a3 +0ms
-  token Deploying token contract minting an initial 1000000 tokens to Alice... +1ms
-  token Contract successfully deployed at address 0x1c3dc2ed...1362 +15s
-  token Alice's balance 1000000 +9s
-  token Bob's balance 0 +33ms
+  token   sandboxVersion: '#include_aztec_short_version',
+  token   compatibleNargoVersion: '#include_noir_version',
+  token   chainId: 31337,
+  token   protocolVersion: 1,
+  token   l1ContractAddresses: {
+  token     rollupAddress: EthAddress {
+  token       buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
+  token     },
+  token     registryAddress: EthAddress {
+  token       buffer: <Buffer 5f bd b2 31 56 78 af ec b3 67 f0 32 d9 3f 64 2f 64 18 0a a3>
+  token     },
+  token     inboxAddress: EthAddress {
+  token       buffer: <Buffer e7 f1 72 5e 77 34 ce 28 8f 83 67 e1 bb 14 3e 90 bb 3f 05 12>
+  token     },
+  token     outboxAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     },
+  token     contractDeploymentEmitterAddress: EthAddress {
+  token       buffer: <Buffer 5f c8 d3 26 90 cc 91 d4 c3 9d 9d 3a bc bd 16 98 9f 87 57 07>
+  token     },
+  token     decoderHelperAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     }
+  token   }
+  token } +0ms
+  token Loaded alice's account at 0x25048e8c...70d0 +4s
+  token Loaded bob's account at 0x115f123b...6483 +0ms
+  token Deploying token contract... +0ms
+  token Contract successfully deployed at address 0x1b388d99...4b55 +4s
+  token Minting tokens to Alice... +10ms
+  token 1000000 tokens were successfully minted and redeemed by Alice +10s
+  token Alice's balance 1000000 +80ms
+  token Bob's balance 0 +31ms
 ```
 
-In this section, we created 2 instances of the `TokenContract` contract abstraction, one for each of our deployed accounts. This contract abstraction offers a Typescript interface reflecting the abi of the contract. We then call `getBalance()` as a `view` method. View methods can be thought as read-only. No transaction is submitted as a result but a user's state can be queried.
+Above, we created a second instance of the `TokenContract` contract class.
+This time pertaining to Bob.
+This class offers a TypeScript bindings of our `Token` contract..
+We then call `balance_of_private()` as a `view` method.
+View methods can be thought as read-only.
+No transaction is submitted as a result but a user's state can be queried.
 
 We can see that each account has the expected balance of tokens.
 
 ### Diagram of calling an unconstrained (view) function
+
 <img src="/img/sandbox_unconstrained_function.svg" alt="Unconstrained function call" />
 
 ## Creating and submitting transactions
@@ -287,38 +349,68 @@ Our output should now look like this:
 
 ```
   token Aztec Sandbox Info  {
-    version: 1,
-    chainId: 31337,
-    rollupAddress: EthAddress {
-      buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
-    },
-    client: 'pxe@0.1.0',
-    compatibleNargoVersion: '0.11.1-aztec.0'
-  }
-  token Creating accounts using schnorr signers... +3ms
-  token Created Alice's account at 0x1509b252...0027 +10s
-  token Created Bob's account at 0x031862e8...e7a3 +0ms
-  token Deploying token contract minting an initial 1000000 tokens to Alice... +1ms
-  token Contract successfully deployed at address 0x1c3dc2ed...1362 +15s
-  token Alice's balance 1000000 +9s
+  token   sandboxVersion: '#include_aztec_short_version',
+  token   compatibleNargoVersion: '#include_noir_version',
+  token   chainId: 31337,
+  token   protocolVersion: 1,
+  token   l1ContractAddresses: {
+  token     rollupAddress: EthAddress {
+  token       buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
+  token     },
+  token     registryAddress: EthAddress {
+  token       buffer: <Buffer 5f bd b2 31 56 78 af ec b3 67 f0 32 d9 3f 64 2f 64 18 0a a3>
+  token     },
+  token     inboxAddress: EthAddress {
+  token       buffer: <Buffer e7 f1 72 5e 77 34 ce 28 8f 83 67 e1 bb 14 3e 90 bb 3f 05 12>
+  token     },
+  token     outboxAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     },
+  token     contractDeploymentEmitterAddress: EthAddress {
+  token       buffer: <Buffer 5f c8 d3 26 90 cc 91 d4 c3 9d 9d 3a bc bd 16 98 9f 87 57 07>
+  token     },
+  token     decoderHelperAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     }
+  token   }
+  token } +0ms
+  token Loaded alice's account at 0x25048e8c...70d0 +4s
+  token Loaded bob's account at 0x115f123b...6483 +0ms
+  token Deploying token contract... +0ms
+  token Contract successfully deployed at address 0x01d8af7d...9a4d +5s
+  token Minting tokens to Alice... +18ms
+  token 1000000 tokens were successfully minted and redeemed by Alice +11s
+  token Alice's balance 1000000 +59ms
   token Bob's balance 0 +33ms
   token Transferring 543 tokens from Alice to Bob... +0ms
-  token Alice's balance 999457 +5s
-  token Bob's balance 543 +40ms
+  token Alice's balance 999457 +6s
+  token Bob's balance 543 +39ms
 ```
 
 Here, we used the same contract abstraction as was previously used for reading Alice's balance. But this time we called `send()` generating and sending a transaction to the network. After waiting for the transaction to settle we were able to check the new balance values.
 
-Finally, the contract has a `mint` function that can be used to generate new tokens for an account. This takes 2 arguments:
+Finally, the contract has 2 `mint` functions that can be used to generate new tokens for an account.
+We will focus only on `mint_private`.
+This function is public but it mints tokens privately.
+This function takes:
 
-1. The quantity of tokens to be minted.
-2. The recipient of the new tokens.
+1. A quantity of tokens to be minted.
+2. A secret hash.
 
 Here is the Noir code:
 
-#include_code mint /yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr rust
+#include_code mint_private /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
+
+This function is public and it inserts a new note into the private data tree and increases the total token supply by the amount minted.
+
+To make the note spendable the note has to be redeemed.
+A user can do that by calling the `redeem_shield` function:
 
-Let's mint some tokens to Bob's account using Typescript, add this to `index.ts`:
+#include_code redeem_shield /yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr rust
+
+Notice that this function is private and that it takes a secret as an input argument.
+
+Let's now use these functions to mint some tokens to Bob's account using Typescript, add this to `index.ts`:
 
 #include_code Mint /yarn-project/end-to-end/src/e2e_sandbox_example.test.ts typescript
 
@@ -326,34 +418,53 @@ Our complete output should now be:
 
 ```
   token Aztec Sandbox Info  {
-    version: 1,
-    chainId: 31337,
-    rollupAddress: EthAddress {
-      buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
-    },
-    client: 'pxe@0.1.0',
-    compatibleNargoVersion: '0.11.1-aztec.0'
-  }
-  token Creating accounts using schnorr signers... +3ms
-  token Created Alice's account at 0x1509b252...0027 +10s
-  token Created Bob's account at 0x031862e8...e7a3 +0ms
-  token Deploying token contract minting an initial 1000000 tokens to Alice... +1ms
-  token Contract successfully deployed at address 0x1c3dc2ed...1362 +15s
-  token Alice's balance 1000000 +9s
-  token Bob's balance 0 +33ms
+  token   sandboxVersion: '#include_aztec_short_version',
+  token   compatibleNargoVersion: '#include_noir_version',
+  token   chainId: 31337,
+  token   protocolVersion: 1,
+  token   l1ContractAddresses: {
+  token     rollupAddress: EthAddress {
+  token       buffer: <Buffer cf 7e d3 ac ca 5a 46 7e 9e 70 4c 70 3e 8d 87 f6 34 fb 0f c9>
+  token     },
+  token     registryAddress: EthAddress {
+  token       buffer: <Buffer 5f bd b2 31 56 78 af ec b3 67 f0 32 d9 3f 64 2f 64 18 0a a3>
+  token     },
+  token     inboxAddress: EthAddress {
+  token       buffer: <Buffer e7 f1 72 5e 77 34 ce 28 8f 83 67 e1 bb 14 3e 90 bb 3f 05 12>
+  token     },
+  token     outboxAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     },
+  token     contractDeploymentEmitterAddress: EthAddress {
+  token       buffer: <Buffer 5f c8 d3 26 90 cc 91 d4 c3 9d 9d 3a bc bd 16 98 9f 87 57 07>
+  token     },
+  token     decoderHelperAddress: EthAddress {
+  token       buffer: <Buffer 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00>
+  token     }
+  token   }
+  token } +0ms
+  token Loaded alice's account at 0x25048e8c...70d0 +4s
+  token Loaded bob's account at 0x115f123b...6483 +0ms
+  token Deploying token contract... +0ms
+  token Contract successfully deployed at address 0x03a0bb2c...02c2 +7s
+  token Minting tokens to Alice... +19ms
+  token 1000000 tokens were successfully minted and redeemed by Alice +9s
+  token Alice's balance 1000000 +43ms
+  token Bob's balance 0 +31ms
   token Transferring 543 tokens from Alice to Bob... +0ms
-  token Alice's balance 999457 +5s
-  token Bob's balance 543 +40ms
-  token Minting 10000 tokens to Bob... +0ms
+  token Alice's balance 999457 +6s
+  token Bob's balance 543 +36ms
+  token Minting 10000 tokens to Bob... +5s
   token Alice's balance 999457 +9s
-  token Bob's balance 10543 +47ms
+  token Bob's balance 10543 +43ms
 ```
 
-That's it! We have successfully deployed a private token contract to an instance of the Aztec network and mined private state-transitioning transactions. We have also queried the resulting state all via the interfaces provided by the contract.
+That's it! We have successfully deployed a token contract to an instance of the Aztec network and mined private state-transitioning transactions. We have also queried the resulting state all via the interfaces provided by the contract.
 
 You can find the [complete tutorial code here](https://github.com/AztecProtocol/dev-rel/tree/main/tutorials/sandbox-tutorial/token).
 
 ### Diagram of sending a transaction
+
 <img src="/img/sandbox_sending_a_tx.svg" alt="Sending a transaction" />
 
 ## Next Steps
diff --git a/docs/docs/dev_docs/privacy/main.md b/docs/docs/dev_docs/privacy/main.md
index 38debb833e81..7ba987daeaa6 100644
--- a/docs/docs/dev_docs/privacy/main.md
+++ b/docs/docs/dev_docs/privacy/main.md
@@ -45,7 +45,7 @@ There are many caveats to the above. Since Aztec also enables interaction with t
 Any time a private function makes a call to a public function, information is leaked. Now, that might be perfectly fine in some use cases (it's up to the smart contract developer). Indeed, most interesting apps will require some public state. But let's have a look at some leaky patterns:
 
 - Calling a public function from a private function. The public function execution will be publicly visible.
-- Calling a public function from a private function, without anonymising the `msg_sender` of that call. (Otherwise the `msg_sender` will be publicly visible).
+- Calling a public function from a private function, without revealing the `msg_sender` of that call. (Otherwise the `msg_sender` will be publicly visible).
 - Passing arguments to a public function from a private function. All of those arguments will be publicly visible.
 - Calling an internal public function from a private function. The fact that the call originated from a private function of that same contract will be trivially known.
 - Emitting unencrypted events from a private function. The unencrypted event name and arguments will be publicly visible.
@@ -118,7 +118,7 @@ App developers should be aware of this avenue for private data leakage. **Whenev
 
 To read a private state is to read a note from the private data tree. To read a note is to prove existence of that note in the private data tree. And to prove existence is to re-compute the root of the private data tree using the leaf value, the leaf index, and the sibling path of that leaf. This computed root is then exposed to the world, as a way of saying "This note exists", or more precisely "This note has existed at least since this historic snapshot time".
 
-If an old historic snapshot is used, then that old historic root will be exposed, and this leaks some information about the nature of your transaction: it leaks that your note was created before the snapshot date. It shrinks the 'anonymity set' of the transaction to a smaller window of time than the entire history of the network.
+If an old historic snapshot is used, then that old historic root will be exposed, and this leaks some information about the nature of your transaction: it leaks that your note was created before the snapshot date. It shrinks the 'privacy set' of the transaction to a smaller window of time than the entire history of the network.
 
 So for maximal privacy, it's in a user's best interest to read from the very-latest snapshot of the data tree.
 
@@ -130,7 +130,7 @@ But if a user is not running their own node, they would need to query the very-l
 
 We're [researching](../../about_aztec/roadmap/engineering_roadmap.md) cryptographic ways to enable users to retrieve sibling paths from 3rd-parties without revealing leaf indices.
 
-> \* Note: due to the non-uniformity of Aztec transactions, the 'anonymity set' of a transaction might not be the entire set of transactions that came before. See here (LINK).
+> \* Note: due to the non-uniformity of Aztec transactions, the 'privacy set' of a transaction might not be the entire set of transactions that came before. See here (LINK).
 
 ##### Any query
 
diff --git a/docs/docs/dev_docs/tutorials/testing.md b/docs/docs/dev_docs/tutorials/testing.md
index 5a5780de271f..bc6275ea0ee5 100644
--- a/docs/docs/dev_docs/tutorials/testing.md
+++ b/docs/docs/dev_docs/tutorials/testing.md
@@ -12,48 +12,65 @@ Let's start with a simple example for a test using the [Sandbox](../getting_star
 
 #include_code sandbox-example /yarn-project/end-to-end/src/guides/dapp_testing.test.ts typescript
 
-This test sets up the environment by creating a client to the Private Execution Environment (PXE) running on the Sandbox on port 8080. It then creates two new accounts, dubbed `owner` and `recipient`. Last, it deploys an instance of the [`PrivateTokenContract`](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr), minting an initial 100 tokens to the owner.
+This test sets up the environment by creating a client to the Private Execution Environment (PXE) running on the Sandbox on port 8080. It then creates two new accounts, dubbed `owner` and `recipient`. Last, it deploys an instance of the [Token contract](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr), minting an initial 100 tokens to the owner.
 
 Once we have this setup, the test itself is simple. We check the balance of the `recipient` user to ensure it has no tokens, send and await a deployment transaction, and then check the balance again to ensure it was increased. Note that all numeric values are represented as [native bigints](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/BigInt) to avoid loss of precision.
 
 :::info
-We are using the `PrivateTokenContract` [typescript interface](../contracts/compiling.md#typescript-interfaces) to get type-safe methods for deploying and interacting with the token contract.
+We are using the `Token` contract's typescript interface. Follow the [typescript interface section](../contracts/compiling.md#typescript-interfaces) to get type-safe methods for deploying and interacting with the token contract.
 :::
 
 To run the test, first make sure the Sandbox is running on port 8080, and then [run your tests using jest](https://jestjs.io/docs/getting-started#running-from-command-line). Your test should pass, and you should see the following output in the Sandbox logs, where each chunk corresponds to a transaction. Note how this test run has a total of four transactions: two for deploying the account contracts for the `owner` and `recipient`, another for deploying the token contract, and a last one for actually executing the transfer.
 
 ```text
-pxe_service Registered account 0x2efa51d2e67581aef4578e8cc647a1af2e3f40e9872deeda0919e5f77cb8b2d2
-pxe_service Added contract SchnorrAccount at 0x2efa51d2e67581aef4578e8cc647a1af2e3f40e9872deeda0919e5f77cb8b2d2
-node Simulating tx 19bfe4fb2569be2168f01eefe5e5a4284d6c1678f17ab5e94c6ba9c811bcb214
-node Simulated tx 19bfe4fb2569be2168f01eefe5e5a4284d6c1678f17ab5e94c6ba9c811bcb214 succeeds
-pxe_service Executed local simulation for 19bfe4fb2569be2168f01eefe5e5a4284d6c1678f17ab5e94c6ba9c811bcb214
-pxe_service Sending transaction 19bfe4fb2569be2168f01eefe5e5a4284d6c1678f17ab5e94c6ba9c811bcb214
-node Received tx 19bfe4fb2569be2168f01eefe5e5a4284d6c1678f17ab5e94c6ba9c811bcb214
+pxe_service Registered account 0x061c94e053745973521de1826db5a1ee24af60a3c203c294570a35bd5afa3286
+pxe_service Added contract SchnorrAccount at 0x061c94e053745973521de1826db5a1ee24af60a3c203c294570a35bd5afa3286
+node Simulating tx 09023befa12d01db063235ef6d611ed1c7ba4625dac9d14cc0f1ff4dd8a00264
+node Simulated tx 09023befa12d01db063235ef6d611ed1c7ba4625dac9d14cc0f1ff4dd8a00264 succeeds
+pxe_service Executed local simulation for 09023befa12d01db063235ef6d611ed1c7ba4625dac9d14cc0f1ff4dd8a00264
+pxe_service Sending transaction 09023befa12d01db063235ef6d611ed1c7ba4625dac9d14cc0f1ff4dd8a00264
+node Received tx 09023befa12d01db063235ef6d611ed1c7ba4625dac9d14cc0f1ff4dd8a00264
+sequencer Retrieved 1 txs from P2P pool
+sequencer Building block 1 with 1 transactions
+sequencer Submitted rollup block 1 with 1 transactions
+
+pxe_service Registered account 0x109e72d06371d98cef1a10ec137e01139edb64b3b399c1b761d12d06de15af3c
+pxe_service Added contract SchnorrAccount at 0x109e72d06371d98cef1a10ec137e01139edb64b3b399c1b761d12d06de15af3c
+node Simulating tx 179d347ff45fc8da90155c38c7fd4358737fc7447b1f2ea2b3ff1fbc9dfb3d47
+node Simulated tx 179d347ff45fc8da90155c38c7fd4358737fc7447b1f2ea2b3ff1fbc9dfb3d47 succeeds
+pxe_service Executed local simulation for 179d347ff45fc8da90155c38c7fd4358737fc7447b1f2ea2b3ff1fbc9dfb3d47
+pxe_service Sending transaction 179d347ff45fc8da90155c38c7fd4358737fc7447b1f2ea2b3ff1fbc9dfb3d47
+node Received tx 179d347ff45fc8da90155c38c7fd4358737fc7447b1f2ea2b3ff1fbc9dfb3d47
+sequencer Retrieved 1 txs from P2P pool
+sequencer Building block 2 with 1 transactions
 sequencer Submitted rollup block 2 with 1 transactions
 
-pxe_service Registered account 0x12ef7ceb5064da3a729f598a6a50585059794fdcf347a6fc9bb317002162e3db
-pxe_service Added contract SchnorrAccount at 0x12ef7ceb5064da3a729f598a6a50585059794fdcf347a6fc9bb317002162e3db
-node Simulating tx 0f195f8f6fb8fe29cf8159c5c664c1288788f1151a5413ec0e35cf378de74794
-node Simulated tx 0f195f8f6fb8fe29cf8159c5c664c1288788f1151a5413ec0e35cf378de74794 succeeds
-pxe_service Executed local simulation for 0f195f8f6fb8fe29cf8159c5c664c1288788f1151a5413ec0e35cf378de74794
-pxe_service Sending transaction 0f195f8f6fb8fe29cf8159c5c664c1288788f1151a5413ec0e35cf378de74794
-node Received tx 0f195f8f6fb8fe29cf8159c5c664c1288788f1151a5413ec0e35cf378de74794
+pxe_service Added contract Token at 0x1345499a3f8325d614fa1d49cc2a6f21211d608c74728439076943f92340b936
+node Simulating tx 0298295963669a4a1ccaddb40d78722c00136aad196b85306d63e4885799b1d8
+node Simulated tx 0298295963669a4a1ccaddb40d78722c00136aad196b85306d63e4885799b1d8 succeeds
+pxe_service Executed local simulation for 0298295963669a4a1ccaddb40d78722c00136aad196b85306d63e4885799b1d8
+pxe_service Sending transaction 0298295963669a4a1ccaddb40d78722c00136aad196b85306d63e4885799b1d8
+node Received tx 0298295963669a4a1ccaddb40d78722c00136aad196b85306d63e4885799b1d8
+sequencer Retrieved 1 txs from P2P pool
+sequencer Building block 3 with 1 transactions
 sequencer Submitted rollup block 3 with 1 transactions
 
-pxe_service Added contract PrivateToken at 0x24e691d8bde970ab9e84fe669ea5ac8019c32c199a55aaa8a3e704db763af88f
-node Simulating tx 0101e1a3d73c3a112a18b7e4954edfe611d74ae0dc59e1688221ecda982ba943
-node Simulated tx 0101e1a3d73c3a112a18b7e4954edfe611d74ae0dc59e1688221ecda982ba943 succeeds
-pxe_service Executed local simulation for 0101e1a3d73c3a112a18b7e4954edfe611d74ae0dc59e1688221ecda982ba943
-pxe_service Sending transaction 0101e1a3d73c3a112a18b7e4954edfe611d74ae0dc59e1688221ecda982ba943
-node Received tx 0101e1a3d73c3a112a18b7e4954edfe611d74ae0dc59e1688221ecda982ba943
+node Simulating tx 085665fbbad776a727cb92c4b62fbe2f57c83dfbccd191852e3c17efc12fdd4b
+node Simulated tx 085665fbbad776a727cb92c4b62fbe2f57c83dfbccd191852e3c17efc12fdd4b succeeds
+pxe_service Executed local simulation for 085665fbbad776a727cb92c4b62fbe2f57c83dfbccd191852e3c17efc12fdd4b
+pxe_service Sending transaction 085665fbbad776a727cb92c4b62fbe2f57c83dfbccd191852e3c17efc12fdd4b
+node Received tx 085665fbbad776a727cb92c4b62fbe2f57c83dfbccd191852e3c17efc12fdd4b
+sequencer Retrieved 1 txs from P2P pool
+sequencer Building block 4 with 1 transactions
 sequencer Submitted rollup block 4 with 1 transactions
 
-node Simulating tx 2132767911fbbe67e24a3e51bc769ba2ae874eb1ba56e69cef8fc9e2c5eba04c
-node Simulated tx 2132767911fbbe67e24a3e51bc769ba2ae874eb1ba56e69cef8fc9e2c5eba04c succeeds
-pxe_service Executed local simulation for 2132767911fbbe67e24a3e51bc769ba2ae874eb1ba56e69cef8fc9e2c5eba04c
-pxe_service Sending transaction 2132767911fbbe67e24a3e51bc769ba2ae874eb1ba56e69cef8fc9e2c5eba04c
-node Received tx 2132767911fbbe67e24a3e51bc769ba2ae874eb1ba56e69cef8fc9e2c5eba04c
+node Simulating tx 2755e9f5ad308fd135f606daf6208f5d711a3a6de6e4630d15d269af59f03e1c
+node Simulated tx 2755e9f5ad308fd135f606daf6208f5d711a3a6de6e4630d15d269af59f03e1c succeeds
+pxe_service Executed local simulation for 2755e9f5ad308fd135f606daf6208f5d711a3a6de6e4630d15d269af59f03e1c
+pxe_service Sending transaction 2755e9f5ad308fd135f606daf6208f5d711a3a6de6e4630d15d269af59f03e1c
+node Received tx 2755e9f5ad308fd135f606daf6208f5d711a3a6de6e4630d15d269af59f03e1c
+sequencer Retrieved 1 txs from P2P pool
+sequencer Building block 5 with 1 transactions
 sequencer Submitted rollup block 5 with 1 transactions
 ```
 
diff --git a/docs/docs/dev_docs/tutorials/token_portal/cancelling_deposits.md b/docs/docs/dev_docs/tutorials/token_portal/cancelling_deposits.md
new file mode 100644
index 000000000000..a1f2e490c5a1
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/cancelling_deposits.md
@@ -0,0 +1,21 @@
+---
+title: Cancelling Deposits
+---
+
+A special type of error is an _underpriced transaction_ - it means that a message is inserted on L1, but the attached fee is too low to be included in a rollup block. In such a case your funds could be stuck in the portal and not minted on L2 (lost forever!)
+
+To address this, the Inbox supports cancelling messages after a deadline. However, this must be called by the portal itself, as it will need to "undo" the state changes is made (for example by sending the tokens back to the user).
+
+In your `TokenPortal.sol` smart contract, paste this:
+
+#include_code token_portal_cancel /l1-contracts/test/portals/TokenPortal.sol solidity
+
+To cancel a message, the portal must reconstruct it - this way we avoid storing messages in the portal itself. Note that just as with deposits we need to support cancelling messages for minting privately and publicly.
+
+Note that the portal uses `msg.sender` as the canceller when computing the secret hash. This is an access control mechanism to restrict only the intended address to cancel a message.
+
+Once the message is cancelled on the inbox, we return the funds back to the user.
+
+The inbox requires each message to provide a deadline by which a message must be consumed. After this time, if the message is still not consumed, the message can be cancelled.
+
+In the next step we will write L1 and L2 logic to withdraw funds from L2 to L1.
diff --git a/docs/docs/dev_docs/tutorials/token_portal/depositing_to_aztec.md b/docs/docs/dev_docs/tutorials/token_portal/depositing_to_aztec.md
new file mode 100644
index 000000000000..4592cc2e0f6c
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/depositing_to_aztec.md
@@ -0,0 +1,115 @@
+---
+title: Depositing Tokens to Aztec
+---
+
+In this step, we will write our token portal contract on L1.
+
+## Initialize Solidity contract
+
+In `l1-contracts/contracts` in your file called `TokenPortal.sol` paste this:
+
+```solidity
+pragma solidity ^0.8.20;
+
+import {IERC20} from "@openzeppelin/contracts/token/ERC20/IERC20.sol";
+import {SafeERC20} from "@openzeppelin/contracts/token/ERC20/utils/SafeERC20.sol";
+
+// Messaging
+import {IRegistry} from "@aztec/l1-contracts/src/core/interfaces/messagebridge/IRegistry.sol";
+import {IInbox} from "@aztec/l1-contracts/src/core/interfaces/messagebridge/IInbox.sol";
+import {DataStructures} from "@aztec/l1-contracts/src/core/libraries/DataStructures.sol";
+import {Hash} from "@aztec/l1-contracts/src/core/libraries/Hash.sol";
+
+contract TokenPortal {
+  using SafeERC20 for IERC20;
+
+  IRegistry public registry;
+  IERC20 public underlying;
+  bytes32 public l2TokenAddress;
+
+  function initialize(address _registry, address _underlying, bytes32 _l2TokenAddress) external {
+    registry = IRegistry(_registry);
+    underlying = IERC20(_underlying);
+    l2TokenAddress = _l2TokenAddress;
+  }
+}
+```
+
+This imports relevant files including the interfaces used by the Aztec rollup. And initializes the contract with the following parameters:
+
+- rollup registry address (that stores the current rollup, inbox and outbox contract addresses)
+- The ERC20 token the portal corresponds to
+- The address of the sister contract on Aztec to where the token will send messages to (for depositing tokens or from where to withdraw the tokens)
+
+Create a basic ERC20 contract that can mint tokens to anyone. We will use this to test.
+
+Create a file `PortalERC20.sol` in the same folder and add:
+
+```solidity
+// SPDX-License-Identifier: Apache-2.0
+pragma solidity ^0.8.0;
+
+import "@openzeppelin/contracts/token/ERC20/ERC20.sol";
+
+contract PortalERC20 is ERC20 {
+  constructor() ERC20("Portal", "PORTAL") {}
+
+  function mint(address to, uint256 amount) external {
+    _mint(to, amount);
+  }
+}
+```
+
+## Depositing tokens to Aztec publicly
+
+Next, we will write a function that is used to deposit funds on L1 that a user may have into an Aztec portal and send a message to the Aztec rollup to mint tokens _publicly_ on Aztec.
+
+Paste this in `TokenPortal.sol`
+
+#include_code deposit_public /l1-contracts/test/portals/TokenPortal.sol solidity
+
+Here is an explanation of what it is doing:
+
+1. We first ask the registry for the inbox contract address (to which we send messages to)
+2. We construct the “content” of the message we need to send to the recipient on Aztec.
+   - The content is limited to a single field (~254 bits). So if the content is larger, we have to hash it and the hash can be passed along.
+     - We use our utility method that creates a sha256 hash but truncates it to fit into a field
+   - Since we want to mint tokens on Aztec publicly, the content here is the amount to mint and the address on Aztec who will receive the tokens. We also include the L1 address that can cancel the L1->L2 message. Adding this into the content hash makes it so that only the appropriate person can cancel the message and not just any malicious 3rd party.
+     - More on cancellers can be found in [this upcoming section](./cancelling_deposits.md)
+   - We encode this message as a mint_public function call, to specify the exact intentions and parameters we want to execute on L2.
+     - In reality the content can be constructed in any manner as long as the sister contract on L2 can also create it. But for clarity, we are constructing the content like a abi encoded function call.
+     - It is good practice to include all parameters used by L2 into this content (like the amount and to) so that a malicious actor can’t change the to to themselves when consuming the message.
+3. The tokens are transferred from the user to the portal using `underlying.safeTransferFrom()`. This puts the funds under the portal's control.
+4. Next we send the message to the inbox contract. The inbox expects the following parameters:
+   - recipient (called `actor` here), a struct:
+     - the sister contract address on L2 that can consume the message.
+     - The version - akin to THE chainID of Ethereum. By including a version, an ID, we can prevent replay attacks of the message (without this the same message might be replayable on other aztec networks that might exist).
+   - Deadline by which the sequencer on L2 must consume the method. After this time, the message can be canceled by the “canceller”. We will implement this functionality later in the doc.
+   - A secret hash (fit to a field element). This is mainly used in the private domain and the preimage of the hash doesn’t need to be secret for the public flow. When consuming the message, one must provide the preimage. More on this when we create the private flow for depositing tokens.
+   - We also pass a fee to the sequencer for including the message. It is a uint64.
+5. It returns a `bytes32 key` which is the id for this message in the Inbox.
+
+So in summary, it deposits tokens to the portal, encodes a mint message, hashes it, and sends it to the Aztec rollup via the Inbox. The L2 token contract can then mint the tokens when it processes the message.
+
+## Depositing tokens to Aztec privately
+
+Let’s do the similar for the private flow:
+
+#include_code deposit_private /l1-contracts/test/portals/TokenPortal.sol solidity
+
+Here we want to send a message to mint tokens privately on Aztec! Some key differences from the previous method are:
+
+- The content hash uses a different function name - `mint_private`. This is done to make it easy to separate concerns. If the contentHash between the public and private message was the same, then an attacker could consume a private message publicly!
+- Since we want to mint tokens privately, we shouldn’t specify a `to` Aztec address (remember that Ethereum is completely public). Instead, we will use a secret hash - `secretHashForRedeemingMintedNotes`. Only he who knows the preimage to the secret hash can actually mint the notes. This is similar to the mechanism we use for message consumption on L2
+- Like with the public flow, we move the user’s funds to the portal
+- We now send the message to the inbox with the `fee`, `deadline`, the `recipient` (the sister contract on L2 along with the version of aztec the message is intended for) and the `secretHashForL2MessageConsumption` (such that on L2, the consumption of the message can be private).
+
+Note that because L1 is public, everyone can inspect and figure out the fee, contentHash, deadline, recipient contract address.
+
+**So how do we privately consume the message on Aztec?**
+
+On Aztec, anytime something is consumed, we emit a nullifier hash and add it to the nullifier tree. This prevents double-spends. The nullifier hash is a hash of the message that is consumed. So without the secret, one could reverse engineer the expected nullifier hash that might be emitted on L2 upon message consumption. Hence, to consume the message on L2, the user provides a secret to the private noir function, which computes the hash and asserts that it matches to what was provided in the L1->L2 message. This secret is then included in the nullifier hash computation and emits this nullifier. This way, anyone inspecting the blockchain, won’t know which nullifier hash corresponds to the L1->L2 message consumption.
+
+Note: the secret hashes are Pedersen hashes since the hash has to be computed on L2, and sha256 hash is very expensive for zk circuits. The content hash however is a sha256 hash truncated to a field as clearly shown before.
+
+In the next step we will start writing our L2 smart contract to mint these tokens on L2.
diff --git a/docs/docs/dev_docs/tutorials/token_portal/main.md b/docs/docs/dev_docs/tutorials/token_portal/main.md
new file mode 100644
index 000000000000..5e9caf8ce54c
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/main.md
@@ -0,0 +1,64 @@
+---
+title: Build a Token Bridge
+---
+
+import Image from "@theme/IdealImage";
+
+In this tutorial, we will learn how to build the entire flow of a cross-chain token using portals. If this is your first time hearing the word portal, you’ll want to read [this](../../contracts/portals/main).
+
+## A refresher on Portals
+
+A portal is the point of contact between L1 and a specific contract on Aztec. It allows for arbitrary message passing between L1 and Aztec, siloed just for the portal contract and its sister contract on Aztec. For applications such as token bridges, this is the point where the tokens are held on L1 while used in L2.
+
+### But why?
+
+Before portals, you had legos either just on L1 or just on L2. But for cross-chain, there was no arbitrary message passing bridge that didn’t introduce their own trust assumptions.
+
+Portals change this. With portals you can now have arbitrary execution across L1 and L2, paving the ground for seamless trustless composability with L1 and L2 legos, without introducing any additional trust assumptions across the L1 or Aztec network.
+
+That means your L1 application can have a sister application residing on L2 and both of them can work together across the two networks.
+
+<Image img={require("/img/tutorials/portals_shilling.png")} />
+
+### Cheap and private access to Ethereum
+
+Using portals, you could implement Aztec Connect-like functionality where you could deposit funds into a variety of DeFi protocols that reside on Ethereum even though your funds are on Aztec. This enables cheaper and private usage of existing dapps on Ethereum and prevents liquidity fragmentation.
+
+You could swap your L2 WETH into DAI on Uniswap on Ethereum and get the DAI on Aztec. Similarly, you could stake your L2 ETH into Lido on Ethereum and get stETH on Aztec!
+
+### L1<\>L2 communication on Aztec
+
+Aztec has the following core smart contracts on L1 that we need to know about:
+
+- `Rollup.sol` - stores the current state of the rollup and includes logic to progress the rollup (i.e. the state transition function)
+- `Inbox.sol` - a mailbox to the rollup for L1 to L2 messages (e.g. depositing tokens). Portals put messages into the box, and the sequencers then decide which of these messages they want to include in their blocks, based on the inclusion fees they receive.
+- `Outbox.sol` - a mailbox to the rollup for L2 to L1 messages (e.g. withdrawing tokens). Aztec contracts emit these messages and the sequencer adds these to the outbox. Portals then consume these messages.
+- `Registry.sol` - just like L1, we assume there will be various versions of Aztec (due to upgrades, forks etc). In such a case messages must not be replayable in other Aztec “domains”. A portal must decide which version/ID of Aztec the message is for. The registry stores the rollup, inbox and outbox address for each version of Aztec deployments, so the portal can find out the address of the mailbox it wants to talk to
+
+For more information, read [cross-chain calls](../../../concepts/foundation/communication/cross_chain_calls).
+
+## Building a Token Bridge with Portals
+
+The goal for this tutorial is to create functionality such that a token can be bridged to and from Aztec. We’ll be using L1 to refer to Ethereum and L2 to refer to Aztec.
+
+This is just a reference implementation for educational purposes only. It has not been through an in-depth security audit.
+
+Let’s assume a token exists on Ethereum and Aztec (see a [guide on writing a token contract on Aztec here](../writing_token_contract)).
+
+We will build:
+
+- a `Token Portal` solidity contract on L1 that will be responsible for sending messages to the Inbox and consuming from the Outbox.
+- a `Token Bridge` aztec-nr contract on L2 that can consume L1 to L2 messages to mint tokens on L2 and create L2 to L1 messages to withdraw tokens back to L1.
+- Some TypeScript code that can call the methods on the contracts and communicate with the sandbox.
+
+Our contracts will be able to work with _both_ private and public state i.e. how to deposit tokens into Aztec privately and publicly and withdraw tokens privately and publicly.
+
+<Image img={require("/img/tutorials/token_bridge_diagram.png")} />
+
+This just shows the private flow. The green is the deposit to L2 flow, while the red is the withdrawal from L2 flow. The blue user represents an operator - a 3rd person who can act on behalf of the user!
+
+The token portal resides on L1 and must be able to deposit tokens to Aztec (both privately and publicly). It must also be able to withdraw funds from Aztec and cancel any deposit messages (L1->L2 messages) should the user change their mind or if the message wasn’t picked up on time.
+
+The token bridge resides on L2 and is the “sister” contract that can claim the deposit message to mint tokens on L2 (publicly or privately). Similarly, it should be able to burn tokens on L2 and withdraw them on L1.
+
+More about the flow will be clear as we code along! In the next section, we’ll set up our Ethereum and Aztec environments.
diff --git a/docs/docs/dev_docs/tutorials/token_portal/minting_on_aztec.md b/docs/docs/dev_docs/tutorials/token_portal/minting_on_aztec.md
new file mode 100644
index 000000000000..e09a68929c87
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/minting_on_aztec.md
@@ -0,0 +1,67 @@
+---
+title: Minting tokens on Aztec
+---
+
+In this step we will start writing our Aztec.nr bridge smart contract and write a function to consume the message from the token portal to mint funds on Aztec
+
+## Initial contract setup
+
+In our `token-bridge` nargo project in `aztec-contracts`, under `src` there is an example `main.nr` file. Delete all the code in here and paste this to define imports and initialize the constructor:
+
+```rust
+mod util;
+#include_code token_bridge_imports /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust raw
+  use crate::token_interface::Token;
+  use crate::util::{get_mint_public_content_hash, get_mint_private_content_hash, get_withdraw_content_hash};
+#include_code token_bridge_storage_and_constructor /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust raw
+```
+This imports Aztec-related dependencies and our two helper files `token_interface.nr` and `util.nr`.
+(The code above will give errors right now - this is because we haven't implemented util and token_interface yet.)
+
+In `token_interface.nr`, add this:
+#include_code token_brodge_token_interface /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/token_interface.nr rust
+
+We will write `util.nr` as needed.
+
+## Consume the L1 message
+
+In the previous step, we have moved our funds to the portal and created a L1->L2 message. Upon building the next rollup, the sequencer asks the inbox for any incoming messages and adds them to Aztec’s L1->L2 message tree, so an application on L2 can prove that the message exists and consumes it.
+
+In `main.nr`, now paste this `claim_public` function:
+#include_code claim_public /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust
+
+In your `util.nr` paste this `mint_public_content_hash` function:
+#include_code mint_public_content_hash_nr /yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr rust
+
+The `claim_public` function enables anyone to consume the message on the user's behalf and mint tokens for them on L2. This is fine as the minting of tokens is done publicly anyway.
+
+**What’s happening here?**
+
+1. We first recompute the L1->L2 message content by calling `get_mint_public_content_hash()`. Note that the method does exactly the same as what the TokenPortal contract does in `depositToAztecPublic()` to create the content hash.
+2. We then attempt to consume the L1->L2 message by passing the `msg_key`, the the content hash, and the "secret". Since we are depositing to Aztec publicly, this secret is public, anyone can know this and is usually 0.
+   - `context.consume_l1_to_l2_message()` takes in the content_hash and secret to recreate the original message. The L1 to L2 message consists of:
+     - Sender - who on L1 sent the message + chain ID of L1. The context variable knows the portal address on L1 and adds that
+     - Recipient - i.e. this aztec contract address which is consuming the message + the current version of the aztec rollup.
+     - The content - which is reconstructed in the `get_mint_public_content_hash()`
+   - Note that the `content_hash` requires `to`, `amount` and `canceller`. If a malicious user tries to mint tokens to their address by changing the to address, the content hash will be different to what the token portal had calculated on L1 and the `msg_Key` will also be different, thus preventing the L1->L2 message from being consumed. This is why we add these parameters into the content.
+3. Then we call `Token::at(storage.token.read()).mint_public()` to mint the tokens to the to address.
+
+## Private flow
+
+Now we will create a function to mint the amount privately. Paste this into your `main.nr`
+
+#include_code claim_private /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust
+
+#include_code call_mint_on_token /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust
+
+Then inside your `util.nr`, paste this:
+
+#include_code get_mint_private_content_hash /yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr rust
+
+If the content hashes were constructed similarly for `mint_private` and `mint_publicly`, then content intended for private execution could have been consumed by calling the `claim_public` method. By making these two content hashes distinct, we prevent this scenario.
+
+While we mint the tokens on L2, we _still don’t actually mint them to a certain address_. Instead we continue to pass the `secret_hash_for_redeeming_minted_notes` like we did on L1. This means that a user could reveal their secret for L2 message consumption for anyone to mint tokens on L2 but they can redeem these notes at a later time. **This enables a paradigm where an app can manage user’s secrets for L2 message consumption on their behalf**. **The app or any external party can also mint tokens on the user’s behalf should they be comfortable with leaking the secret for L2 Message consumption.** This doesn’t leak any new information to the app because their smart contract on L1 knew that a user wanted to move some amount of tokens to L2. The app still doesn’t know which address on L2 the user wants these notes to be in, but they can mint tokens nevertheless on their behalf.
+
+To mint tokens privately, `claim_private` calls an internal function `_call_mint_on_token()` which then calls [token.mint_private()](../writing_token_contract.md#mint_private) which is a public method since it operates on public storage. Note that mint_private (on the token contract) is public because it too reads from public storage. Since the `secret_hash_for_redeeming_minted_notes` is passed publicly (and not the secret), nothing that should be leaked is, and the only the person that knows the secret can actually redeem their notes at a later time by calling [`Token.redeem_shield(secret, amount)`](../writing_token_contract.md#redeem_shield).
+
+In the next step we will see how we can cancel a message.
diff --git a/docs/docs/dev_docs/tutorials/token_portal/setup.md b/docs/docs/dev_docs/tutorials/token_portal/setup.md
new file mode 100644
index 000000000000..4c72b1e6545d
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/setup.md
@@ -0,0 +1,261 @@
+---
+title: Setup and Installation
+---
+
+In this step, we’re going to
+
+1. Install prerequisites
+2. Create a yarn project to house everything
+3. Create a nargo project for our Aztec contract
+4. Create a hardhat project for our Ethereum contract(s)
+5. Import all the Ethereum contracts we need
+6. Create a yarn project that will interact with our contracts on L1 and the sandbox
+
+We recommend going through this setup to fully understand where things live.
+
+However if you’d rather skip this part, our dev-rels repo contains the starter code here.
+
+# Prerequisites
+
+- [node v18+](https://github.com/tj/n)
+- [docker](https://docs.docker.com/)
+- [Aztec sandbox](https://docs.aztec.network/dev_docs/getting_started/sandbox) - you should have this running before starting the tutorial
+
+```sh
+/bin/sh -c "$(curl -fsSL 'https://sandbox.aztec.network')"
+```
+
+- Nargo
+
+```sh
+curl -L https://raw.githubusercontent.com/noir-lang/noirup/main/install | sh
+noirup -v #include_noir_version
+```
+
+# Create the root project
+
+Our root project will house everything ✨
+
+```sh
+mkdir aztec-token-bridge
+```
+
+# Create a nargo project
+
+Now inside `aztec-token-bridge` create a new directory called `aztec-contracts`
+
+Inside `aztec-contracts`, create a nargo contract project by running
+
+```sh
+mkdir aztec-contracts
+cd aztec-contracts
+nargo new --contract token_bridge
+```
+
+Your structure will look something like this
+
+```
+aztec-contracts
+└── token_bridge
+    ├── Nargo.toml
+    ├── src
+       ├── main
+```
+
+Inside `Nargo.toml` you will need to add some dependencies. Put this at the bottom:
+
+```toml
+[dependencies]
+aztec = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/aztec" }
+value_note = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/value-note"}
+safe_math = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/safe-math"}
+```
+
+Inside `src` you will see a `main.nr` file. This is where our main smart contract will go.
+
+We will also be writing some helper functions that should exist elsewhere so we don't overcomplicated our contract. In `src` create two more files - one called `util.nr` and one called `token_interface` - so your dir structure should now look like this:
+
+```
+aztec-contracts
+└── token_bridge
+    ├── Nargo.toml
+    ├── src
+      ├── main.nr
+      ├── token_interface.nr
+      ├── util.nr
+```
+
+# Create a JS hardhat project
+
+In the root dir `aztec-token-bridge`, create a new directory called `l1-contracts` and run `npx hardhat init` inside of it. Keep hitting enter so you get the default setup (Javascript project)
+
+```sh
+mkdir l1-contracts
+cd l1-contracts
+npx hardhat init
+```
+
+Once you have a hardhat project set up, delete the existing contracts and create a `TokenPortal.sol`:
+
+```sh
+cd contracts
+rm *.sol
+touch TokenPortal.sol
+```
+
+Now add dependencies that are required. These include interfaces to Aztec Inbox, Outbox and Registry smart contracts, OpenZeppelin contracts, and NomicFoundation.
+
+```sh
+yarn add @aztec/l1-contracts @nomicfoundation/hardhat-network-helpers @nomicfoundation/hardhat-chai-matchers @nomiclabs/hardhat-ethers @nomiclabs/hardhat-etherscan @types/chai @types/mocha @typechain/ethers-v5 @typechain/hardhat chai hardhat-gas-reporter solidity-coverage ts-node typechain typescript @openzeppelin/contracts
+
+```
+
+This is what your `l1-contracts` should look like:
+
+```tree
+├── README.md
+├── artifacts
+├── cache
+├── contracts
+├── hardhat.config.js
+├── node_modules
+└── package.json
+```
+
+We will need to ensure we are using the correct Solidity version. Inside your `hardhat.config.js` update `solidity` version to this:
+
+```json
+  solidity: "0.8.20",
+```
+
+# Create src yarn project
+
+In this directory, we will write TS code that will interact with our L1 and L2 contracts and run them against the sandbox.
+
+We will use `viem` in this tutorial and `jest` for testing.
+
+Inside the root directory, run
+
+```sh
+mkdir src && cd src && yarn init -yp
+yarn add @aztec/aztec.js @aztec/noir-contracts @aztec/types @aztec/foundation @aztec/l1-artifacts viem "@types/node@^20.8.2"
+yarn add -D jest @jest/globals ts-jest
+```
+
+In `package.json`, add:
+
+```json
+"type": "module",
+"scripts": {
+  "test": "NODE_NO_WARNINGS=1 node --experimental-vm-modules $(yarn bin jest)"
+}
+```
+
+Your `package.json` should look something like this:
+
+```json
+{
+  "name": "src",
+  "version": "1.0.0",
+  "main": "index.js",
+  "license": "MIT",
+  "private": true,
+  "type": "module",
+  "dependencies": {
+    "@aztec/aztec.js": "^0.8.7",
+    "@aztec/foundation": "^0.8.7",
+    "@aztec/noir-contracts": "^0.8.7",
+    "@aztec/types": "^0.8.7",
+    "@types/node": "^20.8.2",
+    "ethers": "^5.7"
+  },
+  "devDependencies": {
+    "@jest/globals": "^29.7.0",
+    "jest": "^29.7.0",
+    "ts-jest": "^29.1.1"
+  },
+  "scripts": {
+    "test": "NODE_NO_WARNINGS=1 node --experimental-vm-modules $(yarn bin jest)"
+  }
+}
+```
+
+Create a `tsconfig.json` and paste this:
+
+```json
+{
+  "compilerOptions": {
+    "rootDir": "../",
+    "outDir": "./dest",
+    "target": "es2020",
+    "lib": ["dom", "esnext", "es2017.object"],
+    "module": "NodeNext",
+    "moduleResolution": "NodeNext",
+    "strict": true,
+    "declaration": true,
+    "allowSyntheticDefaultImports": true,
+    "esModuleInterop": true,
+    "downlevelIteration": true,
+    "inlineSourceMap": true,
+    "declarationMap": true,
+    "importHelpers": true,
+    "resolveJsonModule": true,
+    "composite": true,
+    "skipLibCheck": true
+  },
+  "include": [
+    "packages/src/**/*",
+    "contracts/**/*.json",
+    "packages/src/**/*",
+    "packages/aztec-contracts/token_bridge/target/*.json"
+  ],
+  "exclude": ["node_modules", "**/*.spec.ts", "contracts/**/*.ts"],
+  "references": []
+}
+```
+
+The main thing this will allow us to do is to access TS artifacts that we generate later from our test.
+
+Then create a jest config file: `jest.config.json`
+
+```json
+{
+  "preset": "ts-jest/presets/default-esm",
+  "globals": {
+    "ts-jest": {
+      "useESM": true
+    }
+  },
+  "moduleNameMapper": {
+    "^(\\.{1,2}/.*)\\.js$": "$1"
+  },
+  "testRegex": "./test/.*\\.test\\.ts$",
+  "rootDir": "./test"
+}
+```
+
+You will also need to install some dependencies:
+
+```sh
+yarn add --dev typescript @types/jest ts-jest
+```
+
+Finally, we will create a test file. Run this in the `src` directory.:
+
+```sh
+mkdir test && cd test
+touch cross_chain_messaging.test.ts
+```
+
+Your `src` dir should look like:
+
+```tree
+src
+├── node_modules
+└── test
+    └── cross_chain_messaging.test.ts
+├── jest.config.json
+├── package.json
+```
+
+In the next step, we’ll start writing our L1 smart contract with some logic to deposit tokens to Aztec from L1.
diff --git a/docs/docs/dev_docs/tutorials/token_portal/typescript_glue_code.md b/docs/docs/dev_docs/tutorials/token_portal/typescript_glue_code.md
new file mode 100644
index 000000000000..ae99c000411d
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/typescript_glue_code.md
@@ -0,0 +1,173 @@
+---
+title: Deploy & Call Contracts with Typescript
+---
+
+In this step we will write a Typescript test to interact with the sandbox and call our contracts!
+
+Go to the `src/test` directory in your root dir and create a new file called `cross_chain_messaging.test.ts`:
+
+```sh
+cd src/test
+touch cross_chain_messaging.test.ts
+```
+
+Open `cross_chain_messaging.test.ts`.
+
+We will write two tests:
+
+1. Test the deposit and withdraw in the private flow
+2. Do the same in the public flow
+
+## Test imports and setup
+
+We need some helper files that can keep our code clean. Inside your `src/test` directory:
+
+```bash
+cd fixtures
+touch utils.ts
+touch cross_chain_test_harness.ts
+```
+
+In `utils.ts`, put:
+
+```typescript
+import * as fs from "fs";
+import { AztecAddress, EthAddress, TxStatus, Wallet } from "@aztec/aztec.js";
+import { TokenContract } from "@aztec/noir-contracts/types";
+import {
+  Account,
+  Chain,
+  Hex,
+  HttpTransport,
+  PublicClient,
+  WalletClient,
+  getContract,
+} from "viem";
+import type { Abi, Narrow } from "abitype";
+
+import { TokenBridgeContract } from "./TokenBridge.js";
+
+const PATH = "../../packages/l1-contracts/artifacts/contracts";
+const EXT = ".sol";
+function getL1ContractABIAndBytecode(contractName: string) {
+  const pathToArtifact = `${PATH}/${contractName}${EXT}/${contractName}.json`;
+  const artifacts = JSON.parse(fs.readFileSync(pathToArtifact, "utf-8"));
+  return [artifacts.abi, artifacts.bytecode];
+}
+
+const [PortalERC20Abi, PortalERC20Bytecode] =
+  getL1ContractABIAndBytecode("PortalERC20");
+const [TokenPortalAbi, TokenPortalBytecode] =
+  getL1ContractABIAndBytecode("TokenPortal");
+
+#include_code deployL1Contract /yarn-project/ethereum/src/deploy_l1_contracts.ts typescript raw
+
+#include_code deployAndInitializeTokenAndBridgeContracts /yarn-project/end-to-end/src/fixtures/utils.ts typescript raw
+
+#include_code delay /yarn-project/end-to-end/src/fixtures/utils.ts typescript raw
+```
+
+This code
+
+- gets your Solidity contract ABIs
+- uses viem to deploy them to Ethereum
+- uses Aztec.js to deploy the token and token bridge contract on L2, sets the bridge's portal address to `tokenPortalAddress` and initializes all the contracts
+
+Now let's create another util file to can handle interaction with these contracts to mint/deposit the functions:
+
+In `cross_chain_test_harness.ts`, add:
+
+#include_code cross_chain_test_harness /yarn-project/end-to-end/src/fixtures/cross_chain_test_harness.ts typescript
+
+This is a class that holds all contracts as objects and exposes easy to use helper methods to interact with our contracts.
+
+Now let's write our tests.
+
+Open `cross_chain_messaging.test.ts` and paste the initial description of the test:
+
+```typescript
+import { expect, jest} from '@jest/globals'
+import { AccountWallet, AztecAddress, DebugLogger, EthAddress, Fr, computeAuthWitMessageHash, createDebugLogger, createPXEClient, getSandboxAccountsWallets, waitForSandbox } from '@aztec/aztec.js';
+import { TokenBridgeContract, TokenContract } from '@aztec/noir-contracts/types';
+
+import { CrossChainTestHarness } from './fixtures/cross_chain_test_harness.js';
+import { delay } from './fixtures/utils.js';
+import { mnemonicToAccount } from 'viem/accounts';
+import { createPublicClient, createWalletClient, http } from 'viem';
+import { foundry } from 'viem/chains';
+
+const { PXE_URL = 'http://localhost:8080', ETHEREUM_HOST = 'http://localhost:8545' } = process.env;
+const MNEMONIC = 'test test test test test test test test test test test junk';
+const hdAccount = mnemonicToAccount(MNEMONIC);
+
+describe('e2e_cross_chain_messaging', () => {
+  jest.setTimeout(90_000);
+
+  let logger: DebugLogger;
+  // include code:
+  let user1Wallet: AccountWallet;
+  let user2Wallet: AccountWallet;
+  let ethAccount: EthAddress;
+  let ownerAddress: AztecAddress;
+
+  let crossChainTestHarness: CrossChainTestHarness;
+  let l2Token: TokenContract;
+  let l2Bridge: TokenBridgeContract;
+  let outbox: any;
+
+  beforeEach(async () => {
+    logger = createDebugLogger('aztec:canary_uniswap');
+    const pxe = createPXEClient(PXE_URL);
+    await waitForSandbox(pxe);
+    const wallets = await getSandboxAccountsWallets(pxe);
+
+    const walletClient = createWalletClient({
+      account: hdAccount,
+      chain: foundry,
+      transport: http(ETHEREUM_HOST),
+    });
+    const publicClient = createPublicClient({
+      chain: foundry,
+      transport: http(ETHEREUM_HOST),
+    });
+
+    crossChainTestHarness = await CrossChainTestHarness.new(
+      pxe,
+      publicClient,
+      walletClient,
+      wallets[0],
+      logger,
+    );
+
+    l2Token = crossChainTestHarness.l2Token;
+    l2Bridge = crossChainTestHarness.l2Bridge;
+    ethAccount = crossChainTestHarness.ethAccount;
+    ownerAddress = crossChainTestHarness.ownerAddress;
+    outbox = crossChainTestHarness.outbox;
+    user1Wallet = wallets[0];
+    user2Wallet = wallets[1];
+    logger = logger;
+    logger('Successfully deployed contracts and initialized portal');
+  });
+```
+
+This fetches the wallets from the sandbox and deploys our cross chain harness on the sandbox!
+
+## Private flow test
+
+#include_code e2e_private_cross_chain /yarn-project/end-to-end/src/e2e_cross_chain_messaging.test.ts typescript
+
+## Public flow test
+
+#include_code e2e_public_cross_chain /yarn-project/end-to-end/src/e2e_public_cross_chain_messaging.test.ts typescript
+
+## Running the test
+
+```bash
+cd packages/src
+yarn test
+```
+
+### Error handling
+
+Note - you might have a jest error at the end of each test saying "expected 1-2 arguments but got 3". In case case simply remove the "120_000" at the end of each test. We have already set the timeout at the top so this shouldn't be a problem.
diff --git a/docs/docs/dev_docs/tutorials/token_portal/withdrawing_to_l1.md b/docs/docs/dev_docs/tutorials/token_portal/withdrawing_to_l1.md
new file mode 100644
index 000000000000..9e0a4aad9e5c
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/token_portal/withdrawing_to_l1.md
@@ -0,0 +1,76 @@
+---
+title: Withdrawing to L1
+---
+
+This is where we have tokens on Aztec and want to withdraw them back to L1 (i.e. burn them on L2 and mint on L1). Withdrawing from L1 will be public.
+
+## Withdrawing publicly
+
+Go back to your `main.nr` and paste this:
+
+#include_code exit_to_l1_public /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust
+
+For this to work we will need this helper function, in `util.nr`:
+
+#include_code get_withdraw_content_hash /yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr rust
+
+**What’s happening here?**
+
+The `exit_to_l1_public` function enables anyone to withdraw their L2 tokens back to L1 publicly. This is done by burning tokens on L2 and then creating an L2->L1 message.
+
+1. Like with our deposit function, we need to create the L2 to L1 message. The content is the _amount_ to burn, the recipient address, and who can execute the withdraw on the L1 portal on behalf of the user. It can be `0x0` for anyone, or a specified address.
+2. `context.message_portal()` passes this content to the [kernel circuit](../../../concepts/advanced/circuits/kernels/public_kernel.md) which creates the proof for the transaction. The kernel circuit then adds the sender (the L2 address of the bridge + version of aztec) and the recipient (the portal to the L2 address + the chain ID of L1) under the hood, to create the message which gets added as rollup calldata by the sequencer and is stored in the outbox for consumption.
+3. Finally, you also burn the tokens on L2! Note that it burning is done at the end to follow the check effects interaction pattern. Note that the caller has to first approve the bridge contract to burn tokens on its behalf. Refer to [burn_public function on the token contract](../writing_token_contract.md#burn_public). The nonce parameter refers to the approval message that the user creates - also refer to [authorizing token spends here](../writing_token_contract.md#authorizing-token-spends).
+   - We burn the tokens from the `msg_sender()`. Otherwise, a malicious user could burn someone else’s tokens and mint tokens on L1 to themselves. One could add another approval flow on the bridge but that might make it complex for other applications to call the bridge.
+
+## Withdrawing Privately
+
+This function works very similarly to the public version, except here we burn user’s private notes. Under the public function in your `main.nr`, paste this:
+
+#include_code exit_to_l1_private /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust
+
+#include_code assert_token_is_same /yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr rust
+
+Since this is a private method, it can't read what token is publicly stored. So instead the user passes a token address, and `_assert_token_is_same()` checks that this user provided address is same as the one in storage.
+
+Because public functions are executed by the sequencer while private methods are executed locally, all public calls are always done _after_ all private calls are completed. So first the burn would happen and only later the sequencer asserts that the token is same. The sequencer just sees a request to `execute_assert_token_is_same` and therefore has no context on what the appropriate private method was. If the assertion fails, then the kernel circuit will fail to create a proof and hence the transaction will be dropped.
+
+Once again, a user must sign an approval message to let the contract burn tokens on their behalf. The nonce refers to this approval message.
+
+For both the public and private flow, we use the same mechanism to determine the content hash. This is because on L1, things are public anyway. The only different between the two functions is that in the private domain we have to nullify user’s notes where as in the public domain we subtract the balance from the user.
+
+## Withdrawing on L1
+
+After the transaction is completed on L2, the portal must call the outbox to successfully transfer funds to the user on L1. Like with deposits, things can be complex here. For example, what happens if the transaction was done on L2 to burn tokens but can’t be withdrawn to L1? Then the funds are lost forever! How do we prevent this?
+
+Paste this in your `TokenPortal.sol`:
+
+#include_code token_portal_withdraw /l1-contracts/test/portals/TokenPortal.sol solidity
+
+Here we reconstruct the L2 to L1 message and check that this message exists on the outbox. If so, we consume it and transfer the funds to the recipient. As part of the reconstruction, the content hash looks similar to what we did in our bridge contract on aztec where we pass the amount and recipient to the the hash. This way a malicious actor can’t change the recipient parameter to the address and withdraw funds to themselves.
+
+We also use a `_withCaller` parameter to determine the appropriate party that can execute this function on behalf of the recipient. If `withCaller` is false, then anyone can call the method and hence we use address(0), otherwise only msg.sender should be able to execute. This address should match the `callerOnL1` address we passed in aztec when withdrawing from L2.
+
+We call this pattern _designed caller_ which enables a new paradigm **where we can construct other such portals that talk to the token portal and therefore create more seamless crosschain legos** between L1 and L2.
+
+## Compile code
+
+Congratulations, you have written all the contracts we need for this tutorial! Now let's compile them.
+
+Compile your Solidity contracts using hardhat. Run this in the root of your project:
+
+```bash
+cd l1-contracts
+npx hardhat compile
+```
+
+And compile your Aztec.nr contracts like this:
+
+```bash
+cd aztec-contracts
+aztec-cli compile --typescript ../../src/test/fixtures token_bridge
+```
+
+This will create a TS interface in our `src/test` folder!
+
+In the next step we will write the TypeScript code to deploy our contracts and call on both L1 and L2 so we can see how everything works together.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/execute_private_swap_on_l1.md b/docs/docs/dev_docs/tutorials/uniswap/execute_private_swap_on_l1.md
new file mode 100644
index 000000000000..834e1c18039c
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/execute_private_swap_on_l1.md
@@ -0,0 +1,9 @@
+---
+title: Executing Private Swap on L1
+---
+
+To execute the swaps on L1, go back to the `UniswapPortal.sol` we [created earlier](./l1_portal.md) in `l1-contracts`.
+
+#include_code solidity_uniswap_swap_private l1-contracts/test/portals/UniswapPortal.sol solidity
+
+This works very similarly to the public flow.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/execute_public_swap_on_l1.md b/docs/docs/dev_docs/tutorials/uniswap/execute_public_swap_on_l1.md
new file mode 100644
index 000000000000..9b92eb92c65e
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/execute_public_swap_on_l1.md
@@ -0,0 +1,28 @@
+---
+title: Solidity Code to Execute Swap on L1
+---
+
+To execute the swaps on L1, go back to the `UniswapPortal.sol` we [created earlier](./l1_portal.md) in `l1-contracts`.
+
+Under the struct, paste this code that will manage the public flow:
+
+#include_code solidity_uniswap_swap_public l1-contracts/test/portals/UniswapPortal.sol solidity
+
+**What’s happening here?**
+
+1. It fetches the input and output tokens we are swapping. The Uniswap portal only needs to know the portal addresses of the input and output as they store the underlying ERC20 token address.
+2. Consumes the `withdraw` message to get input tokens on L1 to itself. This is needed to execute the swap.
+
+   Before it actually can swap, it checks if the provided swap parameters were what the user actually wanted by creating a message content hash (similar to what we did in the L2 contract) to ensure the right parameters are used.
+
+3. Executes the swap and receives the output funds to itself.
+
+   The deadline by which the funds should be swapped is `block.timestamp` i.e. this block itself. This makes things atomic on the L1 side.
+
+4. The portal must deposit the output funds back to L2 using the output token’s portal. For this we first approve the token portal to move Uniswap funds, and then call the portal’s `depositToAztecPublic()` method to transfer funds to the portal and create a L1 → l2 message to mint the right amount of output tokens on L2.
+
+   To incentivize the sequencer to pick up this message, we pass a fee to the deposit message.
+
+This concludes the public flow.
+
+In the next step, we will code a private flow in the Aztec.nr contract.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/l1_portal.md b/docs/docs/dev_docs/tutorials/uniswap/l1_portal.md
new file mode 100644
index 000000000000..48623f896ed6
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/l1_portal.md
@@ -0,0 +1,31 @@
+---
+title: Uniswap Portal on L1
+---
+
+In this step we will set up our Solidity portal contract.
+
+In `l1-tokens` create a new file called `UniswapPortal.sol`
+
+```sh
+cd l1-contracts/contracts && touch UniswapPortal.sol
+```
+
+and paste this inside:
+
+```solidity
+pragma solidity ^0.8.20;
+
+import {IERC20} from "@openzeppelin/contracts/token/ERC20/IERC20.sol";
+
+import {IRegistry} from "@aztec/l1-contracts/src/core/interfaces/messagebridge/IRegistry.sol";
+import {DataStructures} from "@aztec/l1-contracts/src/core/libraries/DataStructures.sol";
+import {Hash} from "@aztec/l1-contracts/src/core/libraries/Hash.sol";
+```
+
+#include_code setup l1-contracts/test/portals/UniswapPortal.sol solidity raw
+
+In this set up we defined the `initialize()` function and a struct (`LocalSwapVars`) to manage assets being swapped.
+
+Like we saw in the [TokenPortal](../token_portal/depositing_to_aztec.md), we initialize this portal with the registry contract address (to fetch the appropriate inbox and outbox) and the portal’s sister contract address on L2.
+
+In the next step we will set up the appropriate L2 Uniswap contract!
diff --git a/docs/docs/dev_docs/tutorials/uniswap/l2_contract_setup.md b/docs/docs/dev_docs/tutorials/uniswap/l2_contract_setup.md
new file mode 100644
index 000000000000..0e451114328d
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/l2_contract_setup.md
@@ -0,0 +1,34 @@
+---
+title: L2 Contract Setup
+---
+
+As we mentioned in [the overview](./main.md), the Uniswap L2 contract will receive funds from the user and then burn funds on L2 to withdraw. To do this it calls `TokenBridge.exit_to_l1_public()` which burns funds on the Uniswap contract. The bridge needs approval from the Uniswap contract to burn its funds.
+
+In this step, we will set up the storage struct for our Uniswap contract and define the functions to approve and validate burn actions.
+
+Our main contract will live inside `uniswap/src/main.nr`. In `main.nr`, paste this initial setup code:
+
+#include_code uniswap_setup yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+**What’s happening here?**
+
+Because Uniswap has to approve the bridge to withdraw funds, it has to handle the approvals. So it stores a map of all the actions that are approved. The approval message is hashed to a field and stored in the contract’s storage in the `approved_action` map.
+
+To ensure there are no collisions (i.e. when the contract wants to approve the bridge of the exact same amount, the message hash would be the same), we also keep a nonce that gets incremented each time after use in a message.
+
+## Building the approval flow
+Next, paste this function:
+
+#include_code authwit_uniswap_get yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+In this function, the token contract calls the Uniswap contract to check if Uniswap has indeed done the approval. The token contract expects a `is_valid()` function to exit for private approvals and `is_valid_public()` for public approvals. If the action is indeed approved, it expects that the contract would return the function selector for `is_valid()`  in both cases. The Aztec.nr library exposes this constant for ease of use. The token contract also emits a nullifier for this message so that this approval (with the nonce) can’t be used again.
+
+This is similar to the [Authwit flow](../../contracts/resources/common_patterns/authwit.md).
+
+However we don't have a function that actually creates the approved message and stores the action. This method should be responsible for creating the approval and then calling the token bridge to withdraw the funds to L1:
+
+#include_code authwit_uniswap_set yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+Notice how the nonce also gets incremented.
+
+In the next step we’ll go through a public swapping flow.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/main.md b/docs/docs/dev_docs/tutorials/uniswap/main.md
new file mode 100644
index 000000000000..d265f44c3166
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/main.md
@@ -0,0 +1,35 @@
+---
+title: Build an Aztec Connect-style Uniswap
+---
+
+import Image from "@theme/IdealImage";
+
+:::note
+💡 Before going through this tutorial, you will need to have completed the [Token Bridge tutorial](../token_portal/main.md)
+:::
+
+Our goal here is for someone with funds on L2 to be able to swap using L1 Uniswap and then get the swapped assets back to L2. In this tutorial, L1 will refer to Ethereum and L2 will refer to Aztec.
+
+The flow will be:
+
+1. The user withdraws their “input” assets to L1 (i.e. burn them on L2 and create a L2 to L1 message to withdraw)
+2. We create an L2 → L1 message to swap on L1
+3. On L1, the user gets their input tokens, consumes the swap message, and executes the swap
+4. The user deposits the “output” tokens to the output token portal so it can be deposited into L2
+
+We will assume that token portals and token bridges for the input and output tokens must exist. These are what we built in the previous tutorial.
+
+The execution of swap on L1 should be designed such that any 3rd party can execute the swap on behalf of the user.
+
+In this tutorial, we will code both the private and public flow!
+
+We will create:
+
+1. Uniswap Portal - a contract on L1 that talks to the input token portal to withdraw the assets, executes the swap, and deposits the swapped tokens back to L2
+2. Uniswap L2 contract - a contract on L2 that creates the needed messages to perform the swap on L1
+
+<Image img={require("/img/tutorials/uniswap_flow.png")} />
+
+This diagram describes the private flow.
+
+Let’s get to the setup!
diff --git a/docs/docs/dev_docs/tutorials/uniswap/redeeming_swapped_assets_on_l2.md b/docs/docs/dev_docs/tutorials/uniswap/redeeming_swapped_assets_on_l2.md
new file mode 100644
index 000000000000..befecf8b2263
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/redeeming_swapped_assets_on_l2.md
@@ -0,0 +1,12 @@
+---
+title: Redeeming Swapped Assets on L2
+---
+So you emitted a message to withdraw input tokens to L1 and a message to swap. Then you or someone on your behalf can swap on L1 and emit a message to deposit swapped assets to L2,
+
+You still need to "claim" these swapped funds on L2.
+
+In the public flow, you can call [`claim_public()`](../token_portal/minting_on_aztec.md) on the output token bridge which consumes the deposit message and mints your assets.
+
+In the private flow, you can choose to leak your secret for L1 → L2 message consumption to let someone mint the notes on L2 (by calling [`claim_private()`](../token_portal/minting_on_aztec.md) on the output token bridge) and then you can later redeem these notes to yourself by presenting the preimage to `secret_hash_for_redeeming_minted_notes` and calling the `redeem_shield()` method on the token contract.
+
+In the next step we will write the typescript code that interacts with all these contracts on the sandbox to actually execute the swaps!
\ No newline at end of file
diff --git a/docs/docs/dev_docs/tutorials/uniswap/setup.md b/docs/docs/dev_docs/tutorials/uniswap/setup.md
new file mode 100644
index 000000000000..5fce5ff89bd0
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/setup.md
@@ -0,0 +1,82 @@
+---
+title: Setup & Installation
+---
+
+This tutorial builds on top of the project created in the previous tutorial. It can exist on its own, but for our sake it is much easier to utilize the existing L1 contracts that we already have in place.
+
+If you don’t have this, you can find the code for it [in our dev-rels repo](https://github.com/AztecProtocol/dev-rel/tree/main/tutorials/token-bridge-e2e).
+
+# Uniswap contract
+
+To interact with Uniswap we need to add its interface. In the root repo we created in the [token bridge tutorial](../token_portal/main.md), run this:
+
+```bash
+cd l1-contracts
+mkdir external && cd external
+touch ISwapRouter.sol
+```
+
+Inside `ISwapRouter.sol` paste this:
+
+#include_code iswaprouter /l1-contracts/test/external/ISwapRouter.sol solidity
+
+This is an interface for the Uniswap V3 Router, providing token swapping functionality. The contract defines methods for token swaps, both between two tokens or via a multi-hop path. Our portal will interact with the Uniswap V3 Router via this interface to perform token swaps on L1. We’ll see more about this in the next step.
+
+# Create another nargo project
+
+In `aztec-contracts` create a new nargo project.
+
+```bash
+cd aztec-contracts && nargo new --contract uniswap
+```
+
+Now your `aztec-contracts` will look like this:
+
+```bash
+aztec-contracts
+└── token_bridge
+    ├── Nargo.toml
+    ├── src
+      ├── main.nr
+└── uniswap
+    ├── Nargo.toml
+    ├── src
+      ├── main.nr
+```
+
+Inside `uniswap/Nargo.toml` paste this in `[dependencies]`:
+
+```json
+[dependencies]
+aztec = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/aztec" }
+value_note = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/value-note"}
+safe_math = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/safe-math"}
+authwit = { git="https://github.com/AztecProtocol/aztec-packages/", tag="#include_aztec_version", directory="yarn-project/aztec-nr/authwit"}
+```
+
+# L2 contracts
+
+The `main.nr` will utilize a few helper functions that are outside the scope of this tutorial. Inside `uniswap/src` create two new files:
+
+```bash
+cd uniswap/src && touch util.nr && touch interfaces.nr
+```
+
+Inside `interfaces.nr` paste this:
+
+#include_code interfaces yarn-project/noir-contracts/src/contracts/uniswap_contract/src/interfaces.nr rust
+
+This creates interfaces for the `Token` contract and `TokenBridge` contract
+
+- `Token` is a reference implementation for a token on Aztec. Here we just need two methods - [`transfer_public`](../writing_token_contract.md#transfer_public) and [`unshield()`](../writing_token_contract.md#unshield).
+- The `TokenBridge` facilitates interactions with our [bridge contract](../token_portal/main.md). Here we just need its [`exit_to_l1_public`](../token_portal/withdrawing_to_l1.md)
+
+# Run Aztec sandbox
+
+You will need a running sandbox.
+
+```bash
+/bin/bash -c "$(curl -fsSL 'https://sandbox.aztec.network')"
+```
+
+In the next step, we will write the L1 Uniswap Portal.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/swap_privately.md b/docs/docs/dev_docs/tutorials/uniswap/swap_privately.md
new file mode 100644
index 000000000000..a0fa6d52b433
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/swap_privately.md
@@ -0,0 +1,23 @@
+---
+title: Swapping Privately
+---
+
+In the `uniswap/src/main.nr` contract we created [previously](./l2_contract_setup.md) in `aztec-contracts/uniswap`, paste these functions:
+
+#include_code swap_private yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+#include_code assert_token_is_same yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+This uses a util function `compute_swap_private_content_hash()` - let's add that.
+
+In `util.nr`, add:
+#include_code compute_swap_private_content_hash yarn-project/noir-contracts/src/contracts/uniswap_contract/src/util.nr rust
+
+This flow works similarly to the public flow with a few notable changes:
+
+- Notice how in the `swap_private()`, user has to pass in `token` address which they didn't in the public flow? Since `swap_private()` is a private method, it can't read what token is publicly stored on the token bridge, so instead the user passes a token address, and `_assert_token_is_same()` checks that this user provided address is same as the one in storage. Note that because public functions are executed by the sequencer while private methods are executed locally, all public calls are always done after all private calls are done. So first the burn would happen and only later the sequencer asserts that the token is same. Note that the sequencer just sees a request to `execute_assert_token_is_same` and therefore has no context on what the appropriate private method was. If the assertion fails, then the kernel circuit will fail to create a proof and hence the transaction will be dropped.
+- In the public flow, the user calls `transfer_public()`. Here instead, the user calls `unshield()`. Why? The user can't directly transfer their private tokens, their notes to the uniswap contract, because later the Uniswap contract has to approve the bridge to burn these notes and withdraw to L1. The authwit flow for the private domain requires a signature from the `sender`, which in this case would be the Uniswap contract. For the contract to sign, it would need a private key associated to it. But who would operate this key?
+- To work around this, the user can unshield their private tokens into Uniswap L2 contract. Unshielding would convert user's private notes to public balance. It is a private method on the token contract that reduces a user’s private balance and then calls a public method to increase the recipient’s (ie Uniswap) public balance. **Remember that first all private methods are executed and then later all public methods will be - so the Uniswap contract won’t have the funds until public execution begins.**
+- Now uniswap has public balance (like with the public flow). Hence, `swap_private()` calls the internal public method which approves the input token bridge to burn Uniswap’s tokens and calls `exit_to_l1_public` to create an L2 → L1 message to exit to L1.
+- Constructing the message content for swapping works exactly as the public flow except instead of specifying who would be the Aztec address that receives the swapped funds, we specify a secret hash (`secret_hash_for_redeeming_minted_notes`). Only those who know the preimage to the secret can later redeem the minted notes to themselves.
+
+In the next step we will write the code to execute this swap on L1.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/swap_publicly.md b/docs/docs/dev_docs/tutorials/uniswap/swap_publicly.md
new file mode 100644
index 000000000000..f5f1c984d7c4
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/swap_publicly.md
@@ -0,0 +1,41 @@
+---
+title: Swapping Publicly
+---
+
+In this step we will create the flow for allowing a user to swap their tokens publicly on L1. It will have the functionality of letting anyone call this method on behalf of the user, assuming they have appropriate approvals. This means that an operator can pay gas fees on behalf of the user!
+
+In `main.nr` paste this:
+
+#include_code swap_public yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr rust
+
+This uses a util function `compute_swap_public_content_hash()` - let's add that.
+
+In `util.nr`, add:
+#include_code uniswap_public_content_hash yarn-project/noir-contracts/src/contracts/uniswap_contract/src/util.nr rust
+
+**What’s happening here?**
+
+1. We check that `msg.sender()` has appropriate approval to call this on behalf of the sender by constructing an authwit message and checking if `from` has given the approval (read more about authwit [here](../../contracts/resources/common_patterns/authwit.md)).
+2. We fetch the underlying aztec token that needs to be swapped.
+3. We transfer the user’s funds to the Uniswap contract. Like with Ethereum, the user must have provided approval to the Uniswap contract to do so. The user must provide the nonce they used in the approval for transfer, so that Uniswap can send it to the token contract, to prove it has appropriate approval.
+4. Funds are added to the Uniswap contract.
+5. Uniswap must exit the input tokens to L1. For this it has to approve the bridge to burn its tokens on its behalf and then actually exit the funds. We call the [`exit_to_l1_public()` method on the token bridge](../token_portal/withdrawing_to_l1.md). We use the public flow for exiting since we are operating on public state.
+6. It is not enough for us to simply emit a message to withdraw the funds. We also need to emit a message to display our swap intention. If we do not do this, there is nothing stopping a third party from calling the Uniswap portal with their own parameters and consuming our message.
+
+So the Uniswap portal (on L1) needs to know:
+
+- The token portals for the input and output token (to withdraw the input token to L1 and later deposit the output token to L2)
+- The amount of input tokens they want to swap
+- The Uniswap fee tier they want to use
+- The minimum output amount they can accept (for slippage protection)
+
+The Uniswap portal must first withdraw the input tokens, then check that the swap message exists in the outbox, execute the swap, and then call the output token to deposit the swapped tokens to L2. So the Uniswap portal must also be pass any parameters needed to complete the deposit of swapped tokens to L2. From the tutorial on building token bridges we know these are:
+
+- The address on L2 which must receive the output tokens (remember this is public flow)
+- The secret hash for consume the L1 to L2 message. Since this is the public flow the preimage doesn’t need to be a secret
+- The deadline to consume the l1 to l2 message (this is so funds aren’t stuck in the processing state forever and the message can be cancelled. Else the swapped tokens would be stuck forever)
+- The address that can cancel the message (and receive the swapped tokens)
+
+6. We include these params in the L2 → L1 `swap_public message content` too. Under the hood, the protocol adds the sender (the Uniswap l2 contract) and the recipient (the Uniswap portal contract on L1).
+
+In the next step we will write the code to execute this swap on L1.
diff --git a/docs/docs/dev_docs/tutorials/uniswap/typescript_glue_code.md b/docs/docs/dev_docs/tutorials/uniswap/typescript_glue_code.md
new file mode 100644
index 000000000000..887786a5a9d5
--- /dev/null
+++ b/docs/docs/dev_docs/tutorials/uniswap/typescript_glue_code.md
@@ -0,0 +1,142 @@
+---
+title: Deploy & Call Contracts with Typescript
+---
+
+In this step, we We will now write a Typescript to interact with the sandbox and see our Solidity and Aztec.nr contracts in action.
+
+In the root folder, go to `src` dir we created in [the token bridge tutorial](../token_portal/setup.md).
+
+```sh
+cd src/test
+touch uniswap.test.ts
+```
+
+Open `uniswap.test.ts` in your editor.
+
+We will write two tests:
+
+1. Test the private flow (i.e. mint tokens on L1, deposit them to L2, give your intention to swap L2 asset on L1, swap on L1, bridge swapped assets back to L2)
+2. Do the same in the public flow
+
+## Compile our contracts
+
+To compile the Solidity contracts, run this:
+
+```sh
+cd l1-contracts
+npx hardhat compile
+```
+
+and the Aztec.nr contracts:
+
+```sh
+cd aztec-contracts
+aztec-cli compile --typescript ../../src/test/fixtures uniswap
+```
+
+This will create a TS interface in our `src/test` folder that will help us write our test.
+
+## Test imports and setup
+
+We will use the same `utils.ts` and `cross_chain_test_harness.ts` we created in the tutorial [here](../token_portal/typescript_glue_code.md#test-imports-and-setup).
+
+In `utils.ts`, add:
+
+```typescript
+export const [UniswapPortalAbi, UniswapPortalBytecode] =
+  getL1ContractABIAndBytecode("UniswapPortal");
+```
+
+### Setup the fork
+
+Since we want to use L1 Uniswap, we need the sandbox to execute against a fork of L1. This has be easily done:
+in your terminal add the following variables:
+
+```
+export FORK_BLOCK_NUMBER=17514288
+export FORK_URL=<YOUR_RPC_URL e.g. https://mainnet.infura.io/v3/API_KEY>
+```
+
+Now rerun the sandbox:
+```sh
+/bin/sh -c "$(curl -fsSL 'https://sandbox.aztec.network')"
+```
+
+### Back to test setup
+
+Okay now we are ready to write our tests:
+
+open `uniswap.test.ts` and lets do the initial description of the test:
+
+```typescript
+import {
+  AccountWallet,
+  AztecAddress,
+  DebugLogger,
+  EthAddress,
+  Fr,
+  PXE,
+  TxStatus,
+  computeAuthWitMessageHash,
+  createDebugLogger,
+  createPXEClient,
+  getSandboxAccountsWallets,
+  waitForSandbox,
+} from "@aztec/aztec.js";
+import {
+  Chain,
+  HttpTransport,
+  PublicClient,
+  createPublicClient,
+  createWalletClient,
+  getContract,
+  http,
+  parseEther,
+} from "viem";
+import { foundry } from "viem/chains";
+import { CrossChainTestHarness } from "./fixtures/cross_chain_test_harness.js";
+import { UniswapContract } from "./fixtures/Uniswap.js";
+import { beforeAll, expect, jest } from "@jest/globals";
+import {
+  UniswapPortalAbi,
+  UniswapPortalBytecode,
+  delay,
+  deployL1Contract,
+} from "./fixtures/utils.js";
+import { mnemonicToAccount } from "viem/accounts";
+
+const {
+  PXE_URL = "http://localhost:8080",
+  ETHEREUM_HOST = "http://localhost:8545",
+} = process.env;
+const MNEMONIC = "test test test test test test test test test test test junk";
+const hdAccount = mnemonicToAccount(MNEMONIC);
+const expectedForkBlockNumber = 17514288;
+
+#include_code uniswap_l1_l2_test_setup_const yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts typescript raw
+#include_code uniswap_setup yarn-project/canary/src/uniswap_trade_on_l1_from_l2.test.ts typescript raw
+#include_code uniswap_l1_l2_test_beforeAll yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts typescript raw
+```
+
+## Private flow test
+
+#include_code uniswap_private yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts typescript
+
+## Public flow test
+
+#include_code uniswap_public yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts typescript
+
+## Running the test
+
+Make sure your sandbox is running.
+
+```sh
+cd ~/.aztec && docker-compose up
+```
+
+Then run this in the root directory.
+
+```bash
+cd src
+yarn test uniswap
+```
diff --git a/docs/docs/dev_docs/tutorials/writing_dapp/contract_deployment.md b/docs/docs/dev_docs/tutorials/writing_dapp/contract_deployment.md
index d91c0b3db30e..5e4557e2dc84 100644
--- a/docs/docs/dev_docs/tutorials/writing_dapp/contract_deployment.md
+++ b/docs/docs/dev_docs/tutorials/writing_dapp/contract_deployment.md
@@ -64,7 +64,7 @@ Create a new file `src/deploy.mjs`:
 // src/deploy.mjs
 import { writeFileSync } from 'fs';
 import { Contract, ContractDeployer, createPXEClient, getSandboxAccountsWallets } from '@aztec/aztec.js';
-import TokenContractAbi from "../contracts/token/target/Token.json" assert { type: "json" };
+import TokenContractArtifact from "../contracts/token/target/Token.json" assert { type: "json" };
 
 #include_code dapp-deploy yarn-project/end-to-end/src/sample-dapp/deploy.mjs raw
 
diff --git a/docs/docs/dev_docs/tutorials/writing_dapp/contract_interaction.md b/docs/docs/dev_docs/tutorials/writing_dapp/contract_interaction.md
index daed14e63fba..4d3d2ae0e220 100644
--- a/docs/docs/dev_docs/tutorials/writing_dapp/contract_interaction.md
+++ b/docs/docs/dev_docs/tutorials/writing_dapp/contract_interaction.md
@@ -18,7 +18,7 @@ To do this, let's first initialize a new `Contract` instance using `aztec.js` th
 // src/contracts.mjs
 import { Contract } from "@aztec/aztec.js";
 import { readFileSync } from "fs";
-import TokenContractAbi from "../contracts/token/target/Token.json" assert { type: "json" };
+import TokenContractArtifact from "../contracts/token/target/Token.json" assert { type: "json" };
 ```
 
 And then add the following code for initialising the `Contract` instances:
diff --git a/docs/docs/dev_docs/tutorials/writing_dapp/testing.md b/docs/docs/dev_docs/tutorials/writing_dapp/testing.md
index ff9732be801f..4c1a5e947b60 100644
--- a/docs/docs/dev_docs/tutorials/writing_dapp/testing.md
+++ b/docs/docs/dev_docs/tutorials/writing_dapp/testing.md
@@ -27,7 +27,7 @@ Create a new file `src/index.test.mjs` with the imports we'll be using and an em
 ```js
 import { createSandbox } from "@aztec/aztec-sandbox";
 import { Contract, createAccount } from "@aztec/aztec.js";
-import TokenContractAbi from "../contracts/token/target/Token.json" assert { type: "json" };
+import TokenContractArtifact from "../contracts/token/target/Token.json" assert { type: "json" };
 
 describe("token", () => {});
 ```
diff --git a/docs/docs/dev_docs/wallets/main.md b/docs/docs/dev_docs/wallets/main.md
index b346c8976e4b..66da29e8824d 100644
--- a/docs/docs/dev_docs/wallets/main.md
+++ b/docs/docs/dev_docs/wallets/main.md
@@ -14,7 +14,7 @@ The first step for any wallet is to let the user set up their [accounts](../../c
 
 A wallet must support at least one specific [account contract implementation](./writing_an_account_contract.md), which means being able to deploy such a contract, as well as interacting with it when sending transactions. Code-wise, this requires [implementing the `AccountContract` interface](https://github.com/AztecProtocol/aztec-packages/blob/master/yarn-project/aztec.js/src/account/contract/index.ts).
 
-Note that users must be able to receive funds in Aztec before deploying their account. A wallet should let a user generate a [deterministic complete address](../../concepts/foundation/accounts/keys.md#addresses-partial-addresses-and-public-keys) without having to interact with the network, so they can share it with others to receive funds. This requires that the wallet pins a specific contract implementation, its initialisation arguments, a deployment salt, and a privacy key. These values yield a deterministic address, so when the account contract is actually deployed, it is available at the precalculated address. Once the account contract is deployed, the user can start sending transactions using it as the transaction origin.
+Note that users must be able to receive funds in Aztec before deploying their account. A wallet should let a user generate a [deterministic complete address](../../concepts/foundation/accounts/keys.md#addresses-partial-addresses-and-public-keys) without having to interact with the network, so they can share it with others to receive funds. This requires that the wallet pins a specific contract implementation, its initialization arguments, a deployment salt, and a privacy key. These values yield a deterministic address, so when the account contract is actually deployed, it is available at the precalculated address. Once the account contract is deployed, the user can start sending transactions using it as the transaction origin.
 
 ## Transaction lifecycle
 
diff --git a/docs/docs/intro.md b/docs/docs/intro.md
index 455a99adee28..f7dce2c8e8fe 100644
--- a/docs/docs/intro.md
+++ b/docs/docs/intro.md
@@ -2,6 +2,7 @@
 slug: "/"
 id: "intro"
 title: What is Aztec?
+description: "Aztec introduces a privacy-centric zkRollup solution for Ethereum, enhancing confidentiality and scalability within the Ethereum ecosystem."
 ---
 
 # Aztec: Ethereum, encrypted
diff --git a/docs/docs/misc/aztec_connect_sunset.mdx b/docs/docs/misc/aztec_connect_sunset.mdx
index 332a7c992981..70b2311d723d 100644
--- a/docs/docs/misc/aztec_connect_sunset.mdx
+++ b/docs/docs/misc/aztec_connect_sunset.mdx
@@ -10,9 +10,9 @@ Aztec Connect is no longer being actively developed.
 
 :::
 
-The rollup instance operated by Aztec will stop accepting deposits on March 21st, 2023. Read the full announcement [here](https://medium.com/aztec-protocol/sunsetting-aztec-connect-a786edce5cae).
+The rollup instance operated by Aztec stopped accepting deposits on March 21st, 2023. Read the full announcement [here](https://medium.com/aztec-protocol/sunsetting-aztec-connect-a786edce5cae).
 
-We will continue to process transactions and withdrawals for funds that are already in the rollup until March 2024, at which point we will stop running the sequencer. See the [zk.money](#zkmoney) section below for details on how to withdraw funds.
+We will continue to process transactions and withdrawals for funds that are already in the rollup until March 31st, 2024, at which point we will stop running the sequencer. Users should withdraw funds immediately. See the [zk.money](#zkmoney) section below for details on how to withdraw funds.
 
 ## Run your own AC
 
diff --git a/docs/docusaurus.config.js b/docs/docusaurus.config.js
index 19ab13a3b201..945bcc5ccf5d 100644
--- a/docs/docusaurus.config.js
+++ b/docs/docusaurus.config.js
@@ -10,8 +10,9 @@ const fs = require("fs");
 
 /** @type {import('@docusaurus/types').Config} */
 const config = {
-  title: "Aztec Docs",
-  tagline: "Ethereum, encrypted",
+  title: "Privacy-first zkRollup | Aztec Documentation",
+  tagline:
+    "Aztec introduces a privacy-centric zkRollup solution for Ethereum, enhancing confidentiality and scalability within the Ethereum ecosystem.",
   url: "https://docs.aztec.network/",
   baseUrl: "/",
   trailingSlash: false,
@@ -159,6 +160,7 @@ const config = {
           content: "aztec, noir, privacy, encrypted, ethereum, blockchain",
         },
       ],
+      image: "img/docs-preview-image.png",
       algolia: {
         appId: "CL4NK79B0W",
         apiKey: "21d89dadaa37a4d1b6bf4b17978dcf7f",
diff --git a/docs/internal_notes/dev_docs/sandbox/components.md b/docs/internal_notes/dev_docs/sandbox/components.md
index cc3f335c7847..313eff2e1d0f 100644
--- a/docs/internal_notes/dev_docs/sandbox/components.md
+++ b/docs/internal_notes/dev_docs/sandbox/components.md
@@ -56,7 +56,7 @@ Responsibilities:
 Responsibilities:
 
 - Returns the sibling path for the given `tree_id` at the given leaf `index`.
-- Can be injected into any context that requires path queries for a particular tree. Might be backed by implementations that call out to a server (where privacy doesn't matter, or during early development), or leverages some privacy tech (query via Nym), or could just point to a local `WorldStateSynchroniser`.
+- Can be injected into any context that requires path queries for a particular tree. Might be backed by implementations that call out to a server (where privacy doesn't matter, or during early development), or leverages some privacy tech (query via Nym), or could just point to a local `WorldStateSynchronizer`.
 
 ### RollupSource
 
@@ -89,9 +89,9 @@ Responsibilities:
 These tasks are lower priority than providing a handcrafted ABI.
 
 - The ability for a dev to enclose a collection of Aztec.nr functions in a 'contract scope'.
-- The ability to create an Aztec.nr contract abi from the above.
+- The ability to create an Aztec.nr contract artifact from the above.
 
-Design an Aztec.nr Contract ABI, similar to a Solidity ABI which is output by Solc (see [here](https://docs.soliditylang.org/en/v0.8.13/abi-spec.html#json)). It might include for each function:
+Design an Aztec.nr contract artifact, similar to a Solidity ABI which is output by Solc (see [here](https://docs.soliditylang.org/en/v0.8.13/abi-spec.html#json)). It might include for each function:
 
 - ACIR opcodes (akin to Solidity bytecode).
 - Function name and parameter names & types.
@@ -113,7 +113,7 @@ aztec.js should always be stateless. It offers the ability to interact with stat
 The analogous AC component would be the AztecSdk (wraps the CoreSdk which is more analogous to the private client).
 
 - Allows a user to create an Aztec keypair. Call `create_account` on Wallet.
-- Create a `Contract` instance (similar to web3.js), given a path to an Aztec.nr Contract ABI.
+- Create a `Contract` instance (similar to web3.js), given a path to an Aztec.nr contract artifact.
 - Construct `tx_request` by calling e.g. `contract.get_deployment_request(constructor_args)`.
 - Call wallet `sign_tx_request(tx_request)` to get signature.
 - Call `simulate_tx(signed_tx_request)` on the Private Client. In future this would help compute gas, for now we won't actually return gas (it's hard). Returns success or failure, so client knows if it should proceed, and computed kernel circuit public outputs.
@@ -182,7 +182,7 @@ Injected:
 Implementation notes for this milestone:
 
 - Mostly acting as a facade for other components, forwards requests as necessary.
-- A `WorldStateSynchroniser` will ingest rollups from the `RollupSource` and maintain an up-to-date `MerkleTreeDb`.
+- A `WorldStateSynchronizer` will ingest rollups from the `RollupSource` and maintain an up-to-date `MerkleTreeDb`.
 
 <!--
 Mikes bullets. Some of these in wrong place (sequencer does publishing)
@@ -259,7 +259,7 @@ Interface:
 - `get_sibling_path`
 - `append_leaves`
 
-### WorldStateSynchroniser
+### WorldStateSynchronizer
 
 Injected:
 
diff --git a/docs/sidebars.js b/docs/sidebars.js
index ab75b2abe2a6..f8934b0138cb 100644
--- a/docs/sidebars.js
+++ b/docs/sidebars.js
@@ -80,11 +80,13 @@ const sidebars = {
           label: "Accounts",
           type: "category",
           link: { type: "doc", id: "concepts/foundation/accounts/main" },
-          items: ["concepts/foundation/accounts/keys"],
+          items: [
+            "concepts/foundation/accounts/keys",
+            "concepts/foundation/accounts/authwit",
+          ],
         },
         "concepts/foundation/contracts",
         "concepts/foundation/transactions",
-        // "concepts/foundation/blocks",
         // "concepts/foundation/globals",
         {
           label: "Communication",
@@ -98,19 +100,19 @@ const sidebars = {
             "concepts/foundation/communication/cross_chain_calls",
           ],
         },
-        // {
-        //   label: "Nodes and Clients",
-        //   type: "category",
-        //   link: {
-        //     type: "doc",
-        //     id: "concepts/foundation/nodes_clients/main",
-        //   },
-        //   items: [
-        //     "concepts/foundation/nodes_clients/execution_client",
-        //     "concepts/foundation/nodes_clients/prover_client",
-        //     "concepts/foundation/nodes_clients/sequencer_client",
-        //   ],
-        // },
+        {
+          label: "Nodes and Clients",
+          type: "category",
+          // link: {
+          //   type: "doc",
+          //   id: "concepts/foundation/nodes_clients/main",
+          // },
+          items: [
+            // "concepts/foundation/nodes_clients/execution_client",
+            // "concepts/foundation/nodes_clients/prover_client",
+            "concepts/foundation/nodes_clients/sequencer",
+          ],
+        },
         // "concepts/foundation/block_production",
         // "concepts/foundation/upgrade_mechanism",
       ],
@@ -169,6 +171,8 @@ const sidebars = {
         },
         "concepts/advanced/public_vm",
         "concepts/advanced/contract_creation",
+        "concepts/advanced/sequencer_selection",
+        "concepts/advanced/acir_simulator",
       ],
     },
 
@@ -224,6 +228,41 @@ const sidebars = {
             "dev_docs/tutorials/writing_dapp/testing",
           ],
         },
+        {
+          label: "Build a Token Bridge",
+          type: "category",
+          link: {
+            type: "doc",
+            id: "dev_docs/tutorials/token_portal/main",
+          },
+          items: [
+            "dev_docs/tutorials/token_portal/setup",
+            "dev_docs/tutorials/token_portal/depositing_to_aztec",
+            "dev_docs/tutorials/token_portal/minting_on_aztec",
+            "dev_docs/tutorials/token_portal/cancelling_deposits",
+            "dev_docs/tutorials/token_portal/withdrawing_to_l1",
+            "dev_docs/tutorials/token_portal/typescript_glue_code",
+          ],
+        },
+        {
+          label: "Build Uniswap with Portals",
+          type: "category",
+          link: {
+            type: "doc",
+            id: "dev_docs/tutorials/uniswap/main",
+          },
+          items: [
+            "dev_docs/tutorials/uniswap/setup",
+            "dev_docs/tutorials/uniswap/l1_portal",
+            "dev_docs/tutorials/uniswap/l2_contract_setup",
+            "dev_docs/tutorials/uniswap/swap_publicly",
+            "dev_docs/tutorials/uniswap/execute_public_swap_on_l1",
+            "dev_docs/tutorials/uniswap/swap_privately",
+            "dev_docs/tutorials/uniswap/execute_private_swap_on_l1",
+            "dev_docs/tutorials/uniswap/redeeming_swapped_assets_on_l2",
+            "dev_docs/tutorials/uniswap/typescript_glue_code",
+          ],
+        },
         "dev_docs/tutorials/testing",
       ],
     },
@@ -272,27 +311,28 @@ const sidebars = {
           ],
         },
         "dev_docs/contracts/common_errors",
-        // {
-        //   label: "Resources",
-        //   type: "category",
-        //   items: [
-        //     "dev_docs/contracts/resources/style_guide",
-        //     {
-        //       label: "Common Patterns",
-        //       type: "category",
+        {
+           label: "Resources",
+           type: "category",
+           items: [
+             //"dev_docs/contracts/resources/style_guide",
+             {
+               label: "Common Patterns",
+               type: "category",
         //       link: {
         //         type: "doc",
         //         id: "dev_docs/contracts/resources/common_patterns/main",
         //       },
-        //       items: [
+               items: [
+                "dev_docs/contracts/resources/common_patterns/authwit",
         //         "dev_docs/contracts/resources/common_patterns/sending_tokens_to_user",
         //         "dev_docs/contracts/resources/common_patterns/sending_tokens_to_contract",
         //         "dev_docs/contracts/resources/common_patterns/access_control",
         //         "dev_docs/contracts/resources/common_patterns/interacting_with_l1",
-        //       ],
-        //     },
-        //   ],
-        // },
+               ],
+             },
+           ],
+         },
         // {
         //   label: "Security Considerations",
         //   type: "category",
diff --git a/docs/src/components/GithubCode/index.js b/docs/src/components/GithubCode/index.js
index f7c41e9797c4..7cbb04d66290 100644
--- a/docs/src/components/GithubCode/index.js
+++ b/docs/src/components/GithubCode/index.js
@@ -12,7 +12,7 @@ import github from "prism-react-renderer/themes/github";
  * Inside a markdown file:
  *
  * import GithubCode from '../src/components/GithubCode';
- * <GithubCode owner="AztecProtocol" language="rust" repo="aztec-packages" branch="master" filePath="yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr" startLine={2} endLine={30000} />
+ * <GithubCode owner="AztecProtocol" language="rust" repo="aztec-packages" branch="master" filePath="yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr" startLine={2} endLine={30000} />
  */
 
 const GithubCode = ({
diff --git a/docs/static/img/aztec_high_level_network_architecture.png b/docs/static/img/aztec_high_level_network_architecture.png
new file mode 100644
index 000000000000..db7401112ff1
Binary files /dev/null and b/docs/static/img/aztec_high_level_network_architecture.png differ
diff --git a/docs/static/img/aztec_high_level_network_architecture.svg b/docs/static/img/aztec_high_level_network_architecture.svg
new file mode 100644
index 000000000000..9e3aca8d6b23
--- /dev/null
+++ b/docs/static/img/aztec_high_level_network_architecture.svg
@@ -0,0 +1,17 @@
+<svg version="1.1" xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1449.1188149999996 606.5" width="2898.237629999999" height="1213">
+  <!-- svg-source:excalidraw -->
+  
+  <defs>
+    <style class="style-fonts">
+      @font-face {
+        font-family: "Virgil";
+        src: url("https://excalidraw.com/Virgil.woff2");
+      }
+      @font-face {
+        font-family: "Cascadia";
+        src: url("https://excalidraw.com/Cascadia.woff2");
+      }
+    </style>
+    
+  </defs>
+  <rect x="0" y="0" width="1449.1188149999996" height="606.5" fill="#ffffff"></rect><g stroke-linecap="round" transform="translate(795.3810099999998 10) rotate(0 177.75 293.25)"><path d="M32 0 M32 0 C134.63 2.81, 238.83 1.72, 323.5 0 M32 0 C129.77 -0.37, 227.09 -0.35, 323.5 0 M323.5 0 C344.7 1.39, 354.42 9.25, 355.5 32 M323.5 0 C346.7 -1.19, 354.44 9.73, 355.5 32 M355.5 32 C354.28 176.27, 354.16 319.53, 355.5 554.5 M355.5 32 C354.15 225.14, 354.19 417.81, 355.5 554.5 M355.5 554.5 C353.65 574.49, 344.05 584.93, 323.5 586.5 M355.5 554.5 C356.79 576.46, 344.63 584.45, 323.5 586.5 M323.5 586.5 C228.07 585.41, 131.46 585.42, 32 586.5 M323.5 586.5 C231.35 586.29, 140.77 587.54, 32 586.5 M32 586.5 C11.35 588.14, 1.32 574.97, 0 554.5 M32 586.5 C11.17 585.91, 0.28 577.07, 0 554.5 M0 554.5 C-0.53 389.65, -1.6 223.57, 0 32 M0 554.5 C0.53 366.04, 0.62 178.08, 0 32 M0 32 C0.59 9.2, 9.68 -1.82, 32 0 M0 32 C1.3 12.29, 11.56 0.49, 32 0" stroke="#1e1e1e" stroke-width="1" fill="none"></path></g><g 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diff --git a/docs/static/img/sandbox_sending_a_tx.svg b/docs/static/img/sandbox_sending_a_tx.svg
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        aria-label="using oracle calls in Noir."
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        style="fill:#1a1a1a;fill-opacity:1;fill-rule:nonzero;stroke:none"
        aria-label="Start"
-       transform="matrix(0.14541749,0,0,0.14531621,55.356767,205.03973)"
+       transform="matrix(0.14541749,0,0,0.14531621,55.076772,204.47014)"
        clip-path="url(#clipPath224)" />
   </g>
 </svg>
diff --git a/docs/static/img/tutorials/portals_shilling.png b/docs/static/img/tutorials/portals_shilling.png
new file mode 100644
index 000000000000..1bedd29b603c
Binary files /dev/null and b/docs/static/img/tutorials/portals_shilling.png differ
diff --git a/docs/static/img/tutorials/token_bridge_diagram.png b/docs/static/img/tutorials/token_bridge_diagram.png
new file mode 100644
index 000000000000..f5ff115d61d4
Binary files /dev/null and b/docs/static/img/tutorials/token_bridge_diagram.png differ
diff --git a/docs/static/img/tutorials/uniswap_flow.png b/docs/static/img/tutorials/uniswap_flow.png
new file mode 100644
index 000000000000..381f814e4680
Binary files /dev/null and b/docs/static/img/tutorials/uniswap_flow.png differ
diff --git a/iac/main.tf b/iac/main.tf
new file mode 100644
index 000000000000..6c088f4042d7
--- /dev/null
+++ b/iac/main.tf
@@ -0,0 +1,61 @@
+terraform {
+  backend "s3" {
+    bucket = "aztec-terraform"
+    key    = "aztec-network/iac"
+    region = "eu-west-2"
+  }
+  required_providers {
+    aws = {
+      source  = "hashicorp/aws"
+      version = "3.74.2"
+    }
+  }
+}
+
+data "terraform_remote_state" "setup_iac" {
+  backend = "s3"
+  config = {
+    bucket = "aztec-terraform"
+    key    = "setup/setup-iac"
+    region = "eu-west-2"
+  }
+}
+
+provider "aws" {
+  profile = "default"
+  region  = "eu-west-2"
+}
+
+# Create our load balancer.
+resource "aws_lb" "aztec-network" {
+  name               = "aztec-network"
+  internal           = false
+  load_balancer_type = "network"
+  security_groups = [
+    data.terraform_remote_state.setup_iac.outputs.security_group_public_id, aws_security_group.security-group-p2p.id
+  ]
+  subnets = [
+    data.terraform_remote_state.setup_iac.outputs.subnet_az1_id,
+    data.terraform_remote_state.setup_iac.outputs.subnet_az2_id
+  ]
+
+  access_logs {
+    bucket  = "aztec-logs"
+    prefix  = "aztec-network-nlb-logs"
+    enabled = false
+  }
+
+  tags = {
+    Name = "aztec-network"
+  }
+}
+
+resource "aws_security_group" "security-group-p2p" {
+  name        = "security-group-p2p"
+  description = "Allow inbound p2p traffic"
+  vpc_id      = data.terraform_remote_state.setup_iac.outputs.vpc_id
+
+  tags = {
+    Name = "allow-p2p"
+  }
+}
diff --git a/iac/output.tf b/iac/output.tf
new file mode 100644
index 000000000000..1c99c747e1b4
--- /dev/null
+++ b/iac/output.tf
@@ -0,0 +1,11 @@
+output "nlb_arn" {
+  value = "${aws_lb.aztec-network.arn}"
+}
+
+output "nlb_dns" {
+  value = "${aws_lb.aztec-network.dns_name}"
+}
+
+output "p2p_security_group_id" {
+  value = "${aws_security_group.security-group-p2p.id}"
+}
diff --git a/l1-contracts/foundry.toml b/l1-contracts/foundry.toml
index f88f8755d7e1..04c6ee0c90d9 100644
--- a/l1-contracts/foundry.toml
+++ b/l1-contracts/foundry.toml
@@ -5,11 +5,7 @@ libs = ['lib']
 solc = "0.8.21"
 
 remappings = [
-  "@oz/=lib/openzeppelin-contracts/contracts/",
-  "@aztec/core/=src/core/",
-  "@aztec/periphery/=src/periphery/",
-  "@aztec/mock/=src/mock/",
-  "@aztec/verifier/=lib/aztec-verifier-contracts/src/"
+  "@oz/=lib/openzeppelin-contracts/contracts/"
 ]
 
 # See more config options https://github.com/foundry-rs/foundry/tree/master/config
diff --git a/l1-contracts/src/core/Rollup.sol b/l1-contracts/src/core/Rollup.sol
index 391af51b1df0..ca03d1cf753d 100644
--- a/l1-contracts/src/core/Rollup.sol
+++ b/l1-contracts/src/core/Rollup.sol
@@ -3,17 +3,17 @@
 pragma solidity >=0.8.18;
 
 // Interfaces
-import {IRollup} from "@aztec/core/interfaces/IRollup.sol";
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
-import {IOutbox} from "@aztec/core/interfaces/messagebridge/IOutbox.sol";
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
+import {IRollup} from "./interfaces/IRollup.sol";
+import {IInbox} from "./interfaces/messagebridge/IInbox.sol";
+import {IOutbox} from "./interfaces/messagebridge/IOutbox.sol";
+import {IRegistry} from "./interfaces/messagebridge/IRegistry.sol";
 
 // Libraries
-import {Decoder} from "@aztec/core/libraries/Decoder.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
+import {Decoder} from "./libraries/Decoder.sol";
+import {Errors} from "./libraries/Errors.sol";
 
 // Contracts
-import {MockVerifier} from "@aztec/mock/MockVerifier.sol";
+import {MockVerifier} from "../mock/MockVerifier.sol";
 
 /**
  * @title Rollup
diff --git a/l1-contracts/src/core/interfaces/messagebridge/IInbox.sol b/l1-contracts/src/core/interfaces/messagebridge/IInbox.sol
index da3fba36088b..74f21425397a 100644
--- a/l1-contracts/src/core/interfaces/messagebridge/IInbox.sol
+++ b/l1-contracts/src/core/interfaces/messagebridge/IInbox.sol
@@ -2,7 +2,7 @@
 // Copyright 2023 Aztec Labs.
 pragma solidity >=0.8.18;
 
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
+import {DataStructures} from "../../libraries/DataStructures.sol";
 
 /**
  * @title Inbox
diff --git a/l1-contracts/src/core/libraries/Decoder.sol b/l1-contracts/src/core/libraries/Decoder.sol
index b5f604437fc1..a8c847bd5e7a 100644
--- a/l1-contracts/src/core/libraries/Decoder.sol
+++ b/l1-contracts/src/core/libraries/Decoder.sol
@@ -3,8 +3,8 @@
 pragma solidity >=0.8.18;
 
 // Libraries
-import {Constants} from "@aztec/core/libraries/ConstantsGen.sol";
-import {Hash} from "@aztec/core/libraries/Hash.sol";
+import {Constants} from "./ConstantsGen.sol";
+import {Hash} from "./Hash.sol";
 
 /**
  * @title Decoder Library
diff --git a/l1-contracts/src/core/messagebridge/Inbox.sol b/l1-contracts/src/core/messagebridge/Inbox.sol
index 412bdbc713f0..f00d0dba1007 100644
--- a/l1-contracts/src/core/messagebridge/Inbox.sol
+++ b/l1-contracts/src/core/messagebridge/Inbox.sol
@@ -3,15 +3,15 @@
 pragma solidity >=0.8.18;
 
 // Interfaces
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
+import {IInbox} from "../interfaces/messagebridge/IInbox.sol";
+import {IRegistry} from "../interfaces/messagebridge/IRegistry.sol";
 
 // Libraries
-import {Constants} from "@aztec/core/libraries/ConstantsGen.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
-import {Hash} from "@aztec/core/libraries/Hash.sol";
-import {MessageBox} from "@aztec/core/libraries/MessageBox.sol";
+import {Constants} from "../libraries/ConstantsGen.sol";
+import {DataStructures} from "../libraries/DataStructures.sol";
+import {Errors} from "../libraries/Errors.sol";
+import {Hash} from "../libraries/Hash.sol";
+import {MessageBox} from "../libraries/MessageBox.sol";
 
 /**
  * @title Inbox
diff --git a/l1-contracts/src/core/messagebridge/Outbox.sol b/l1-contracts/src/core/messagebridge/Outbox.sol
index 33e2a1a9fba3..bdb9774c53d9 100644
--- a/l1-contracts/src/core/messagebridge/Outbox.sol
+++ b/l1-contracts/src/core/messagebridge/Outbox.sol
@@ -3,14 +3,14 @@
 pragma solidity >=0.8.18;
 
 // Interfaces
-import {IOutbox} from "@aztec/core/interfaces/messagebridge/IOutbox.sol";
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
+import {IOutbox} from "../interfaces/messagebridge/IOutbox.sol";
+import {IRegistry} from "../interfaces/messagebridge/IRegistry.sol";
 
 // Libraries
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
-import {Hash} from "@aztec/core/libraries/Hash.sol";
-import {MessageBox} from "@aztec/core/libraries/MessageBox.sol";
+import {DataStructures} from "../libraries/DataStructures.sol";
+import {Errors} from "../libraries/Errors.sol";
+import {Hash} from "../libraries/Hash.sol";
+import {MessageBox} from "../libraries/MessageBox.sol";
 
 /**
  * @title Outbox
diff --git a/l1-contracts/src/core/messagebridge/Registry.sol b/l1-contracts/src/core/messagebridge/Registry.sol
index 21dff5e821da..15f6ce6b2c8f 100644
--- a/l1-contracts/src/core/messagebridge/Registry.sol
+++ b/l1-contracts/src/core/messagebridge/Registry.sol
@@ -3,14 +3,14 @@
 pragma solidity >=0.8.18;
 
 // Interfaces
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
-import {IRollup} from "@aztec/core/interfaces/IRollup.sol";
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
-import {IOutbox} from "@aztec/core/interfaces/messagebridge/IOutbox.sol";
+import {IRegistry} from "../interfaces/messagebridge/IRegistry.sol";
+import {IRollup} from "../interfaces/IRollup.sol";
+import {IInbox} from "../interfaces/messagebridge/IInbox.sol";
+import {IOutbox} from "../interfaces/messagebridge/IOutbox.sol";
 
 // Libraries
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
+import {DataStructures} from "../libraries/DataStructures.sol";
+import {Errors} from "../libraries/Errors.sol";
 
 /**
  * @title Registry
diff --git a/l1-contracts/test/Decoder.t.sol b/l1-contracts/test/Decoder.t.sol
index c23474607e47..0a01e0431c8d 100644
--- a/l1-contracts/test/Decoder.t.sol
+++ b/l1-contracts/test/Decoder.t.sol
@@ -4,13 +4,13 @@ pragma solidity >=0.8.18;
 
 import {Test} from "forge-std/Test.sol";
 
-import {Hash} from "@aztec/core/libraries/Hash.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
+import {Hash} from "../src/core/libraries/Hash.sol";
+import {DataStructures} from "../src/core/libraries/DataStructures.sol";
 import {DecoderHelper} from "./DecoderHelper.sol";
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Inbox} from "@aztec/core/messagebridge/Inbox.sol";
-import {Outbox} from "@aztec/core/messagebridge/Outbox.sol";
-import {Rollup} from "@aztec/core/Rollup.sol";
+import {Registry} from "../src/core/messagebridge/Registry.sol";
+import {Inbox} from "../src/core/messagebridge/Inbox.sol";
+import {Outbox} from "../src/core/messagebridge/Outbox.sol";
+import {Rollup} from "../src/core/Rollup.sol";
 
 /**
  * Blocks are generated using the `integration_l1_publisher.test.ts` tests.
diff --git a/l1-contracts/test/DecoderHelper.sol b/l1-contracts/test/DecoderHelper.sol
index 18dd4be77bfe..fc911d5c7ad4 100644
--- a/l1-contracts/test/DecoderHelper.sol
+++ b/l1-contracts/test/DecoderHelper.sol
@@ -2,8 +2,8 @@
 // Copyright 2023 Aztec Labs.
 pragma solidity >=0.8.18;
 
-import {Decoder} from "@aztec/core/libraries/Decoder.sol";
-import {Rollup} from "@aztec/core/Rollup.sol";
+import {Decoder} from "../src/core/libraries/Decoder.sol";
+import {Rollup} from "../src/core/Rollup.sol";
 
 contract DecoderHelper {
   function decode(bytes calldata _l2Block)
diff --git a/l1-contracts/test/Inbox.t.sol b/l1-contracts/test/Inbox.t.sol
index 72cc3be430cc..a120aa0bb394 100644
--- a/l1-contracts/test/Inbox.t.sol
+++ b/l1-contracts/test/Inbox.t.sol
@@ -3,14 +3,14 @@
 pragma solidity >=0.8.18;
 
 import {Test} from "forge-std/Test.sol";
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
-import {Inbox} from "@aztec/core/messagebridge/Inbox.sol";
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Constants} from "@aztec/core/libraries/ConstantsGen.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
-
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {MessageBox} from "@aztec/core/libraries/MessageBox.sol";
+import {IInbox} from "../src/core/interfaces/messagebridge/IInbox.sol";
+import {Inbox} from "../src/core/messagebridge/Inbox.sol";
+import {Registry} from "../src/core/messagebridge/Registry.sol";
+import {Constants} from "../src/core/libraries/ConstantsGen.sol";
+import {Errors} from "../src/core/libraries/Errors.sol";
+
+import {DataStructures} from "../src/core/libraries/DataStructures.sol";
+import {MessageBox} from "../src/core/libraries/MessageBox.sol";
 
 contract InboxTest is Test {
   event MessageAdded(
diff --git a/l1-contracts/test/Outbox.t.sol b/l1-contracts/test/Outbox.t.sol
index fb67f192822c..4ad45b5abc3f 100644
--- a/l1-contracts/test/Outbox.t.sol
+++ b/l1-contracts/test/Outbox.t.sol
@@ -3,12 +3,12 @@
 pragma solidity >=0.8.18;
 
 import {Test} from "forge-std/Test.sol";
-import {IOutbox} from "@aztec/core/interfaces/messagebridge/IOutbox.sol";
-import {Outbox} from "@aztec/core/messagebridge/Outbox.sol";
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {MessageBox} from "@aztec/core/libraries/MessageBox.sol";
+import {IOutbox} from "../src/core/interfaces/messagebridge/IOutbox.sol";
+import {Outbox} from "../src/core/messagebridge/Outbox.sol";
+import {Registry} from "../src/core/messagebridge/Registry.sol";
+import {Errors} from "../src/core/libraries/Errors.sol";
+import {DataStructures} from "../src/core/libraries/DataStructures.sol";
+import {MessageBox} from "../src/core/libraries/MessageBox.sol";
 
 contract OutboxTest is Test {
   Registry internal registry;
diff --git a/l1-contracts/test/Registry.t.sol b/l1-contracts/test/Registry.t.sol
index 6befb21d4362..6d844c478aff 100644
--- a/l1-contracts/test/Registry.t.sol
+++ b/l1-contracts/test/Registry.t.sol
@@ -3,13 +3,13 @@
 pragma solidity >=0.8.18;
 
 import {Test} from "forge-std/Test.sol";
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
-import {Inbox} from "@aztec/core/messagebridge/Inbox.sol";
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
+import {IInbox} from "../src/core/interfaces/messagebridge/IInbox.sol";
+import {Inbox} from "../src/core/messagebridge/Inbox.sol";
+import {Registry} from "../src/core/messagebridge/Registry.sol";
+import {Errors} from "../src/core/libraries/Errors.sol";
 
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {MessageBox} from "@aztec/core/libraries/MessageBox.sol";
+import {DataStructures} from "../src/core/libraries/DataStructures.sol";
+import {MessageBox} from "../src/core/libraries/MessageBox.sol";
 
 contract RegistryTest is Test {
   address internal constant DEAD = address(0xdead);
diff --git a/l1-contracts/test/Rollup.t.sol b/l1-contracts/test/Rollup.t.sol
index f038b40ee209..c4882ed7db67 100644
--- a/l1-contracts/test/Rollup.t.sol
+++ b/l1-contracts/test/Rollup.t.sol
@@ -6,13 +6,13 @@ import {Test} from "forge-std/Test.sol";
 
 import {DecoderTest} from "./Decoder.t.sol";
 
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
+import {DataStructures} from "../src/core/libraries/DataStructures.sol";
 
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Inbox} from "@aztec/core/messagebridge/Inbox.sol";
-import {Outbox} from "@aztec/core/messagebridge/Outbox.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
-import {Rollup} from "@aztec/core/Rollup.sol";
+import {Registry} from "../src/core/messagebridge/Registry.sol";
+import {Inbox} from "../src/core/messagebridge/Inbox.sol";
+import {Outbox} from "../src/core/messagebridge/Outbox.sol";
+import {Errors} from "../src/core/libraries/Errors.sol";
+import {Rollup} from "../src/core/Rollup.sol";
 
 /**
  * Blocks are generated using the `integration_l1_publisher.test.ts` tests.
diff --git a/l1-contracts/test/external/ISwapRouter.sol b/l1-contracts/test/external/ISwapRouter.sol
index 93c84a2d0aa8..daf041a19f0f 100644
--- a/l1-contracts/test/external/ISwapRouter.sol
+++ b/l1-contracts/test/external/ISwapRouter.sol
@@ -1,3 +1,4 @@
+// docs:start:iswaprouter
 // SPDX-License-Identifier: GPL-2.0-or-later
 pragma solidity >=0.7.5;
 pragma abicoder v2;
@@ -75,3 +76,4 @@ interface ISwapRouter {
     payable
     returns (uint256 amountIn);
 }
+// docs:end:iswaprouter
diff --git a/l1-contracts/test/portals/TokenPortal.sol b/l1-contracts/test/portals/TokenPortal.sol
index ed04aa8dd600..c3afb268351c 100644
--- a/l1-contracts/test/portals/TokenPortal.sol
+++ b/l1-contracts/test/portals/TokenPortal.sol
@@ -4,11 +4,11 @@ import {IERC20} from "@oz/token/ERC20/IERC20.sol";
 import {SafeERC20} from "@oz/token/ERC20/utils/SafeERC20.sol";
 
 // Messaging
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
+import {IRegistry} from "../../src/core/interfaces/messagebridge/IRegistry.sol";
+import {IInbox} from "../../src/core/interfaces/messagebridge/IInbox.sol";
+import {DataStructures} from "../../src/core/libraries/DataStructures.sol";
 // docs:start:content_hash_sol_import
-import {Hash} from "@aztec/core/libraries/Hash.sol";
+import {Hash} from "../../src/core/libraries/Hash.sol";
 // docs:end:content_hash_sol_import
 
 contract TokenPortal {
@@ -27,16 +27,16 @@ contract TokenPortal {
   // docs:start:deposit_public
   /**
    * @notice Deposit funds into the portal and adds an L2 message which can only be consumed publicly on Aztec
-   * @param _amount - The amount to deposit
    * @param _to - The aztec address of the recipient
+   * @param _amount - The amount to deposit
    * @param _canceller - The address that can cancel the L1 to L2 message
    * @param _deadline - The timestamp after which the entry can be cancelled
    * @param _secretHash - The hash of the secret consumable message. The hash should be 254 bits (so it can fit in a Field element)
    * @return The key of the entry in the Inbox
    */
   function depositToAztecPublic(
-    uint256 _amount,
     bytes32 _to,
+    uint256 _amount,
     address _canceller,
     uint32 _deadline,
     bytes32 _secretHash
@@ -47,7 +47,7 @@ contract TokenPortal {
 
     // Hash the message content to be reconstructed in the receiving contract
     bytes32 contentHash = Hash.sha256ToField(
-      abi.encodeWithSignature("mint_public(uint256,bytes32,address)", _amount, _to, _canceller)
+      abi.encodeWithSignature("mint_public(bytes32,uint256,address)", _to, _amount, _canceller)
     );
 
     // Hold the tokens in the portal
@@ -58,18 +58,19 @@ contract TokenPortal {
   }
   // docs:end:deposit_public
 
+  // docs:start:deposit_private
   /**
    * @notice Deposit funds into the portal and adds an L2 message which can only be consumed privately on Aztec
-   * @param _amount - The amount to deposit
    * @param _secretHashForRedeemingMintedNotes - The hash of the secret to redeem minted notes privately on Aztec. The hash should be 254 bits (so it can fit in a Field element)
+   * @param _amount - The amount to deposit
    * @param _canceller - The address that can cancel the L1 to L2 message
    * @param _deadline - The timestamp after which the entry can be cancelled
    * @param _secretHashForL2MessageConsumption - The hash of the secret consumable L1 to L2 message. The hash should be 254 bits (so it can fit in a Field element)
    * @return The key of the entry in the Inbox
    */
   function depositToAztecPrivate(
-    uint256 _amount,
     bytes32 _secretHashForRedeemingMintedNotes,
+    uint256 _amount,
     address _canceller,
     uint32 _deadline,
     bytes32 _secretHashForL2MessageConsumption
@@ -81,9 +82,9 @@ contract TokenPortal {
     // Hash the message content to be reconstructed in the receiving contract
     bytes32 contentHash = Hash.sha256ToField(
       abi.encodeWithSignature(
-        "mint_private(uint256,bytes32,address)",
-        _amount,
+        "mint_private(bytes32,uint256,address)",
         _secretHashForRedeemingMintedNotes,
+        _amount,
         _canceller
       )
     );
@@ -96,21 +97,22 @@ contract TokenPortal {
       actor, _deadline, contentHash, _secretHashForL2MessageConsumption
     );
   }
+  // docs:end:deposit_private
 
   // docs:start:token_portal_cancel
   /**
    * @notice Cancel a public depositToAztec L1 to L2 message
    * @dev only callable by the `canceller` of the message
-   * @param _amount - The amount to deposit per the original message
    * @param _to - The aztec address of the recipient in the original message
+   * @param _amount - The amount to deposit per the original message
    * @param _deadline - The timestamp after which the entry can be cancelled
    * @param _secretHash - The hash of the secret consumable message in the original message
    * @param _fee - The fee paid to the sequencer
    * @return The key of the entry in the Inbox
    */
   function cancelL1ToAztecMessagePublic(
-    uint256 _amount,
     bytes32 _to,
+    uint256 _amount,
     uint32 _deadline,
     bytes32 _secretHash,
     uint64 _fee
@@ -122,7 +124,7 @@ contract TokenPortal {
       sender: l1Actor,
       recipient: l2Actor,
       content: Hash.sha256ToField(
-        abi.encodeWithSignature("mint_public(uint256,bytes32,address)", _amount, _to, msg.sender)
+        abi.encodeWithSignature("mint_public(bytes32,uint256,address)", _to, _amount, msg.sender)
         ),
       secretHash: _secretHash,
       deadline: _deadline,
@@ -138,16 +140,16 @@ contract TokenPortal {
   /**
    * @notice Cancel a private depositToAztec L1 to L2 message
    * @dev only callable by the `canceller` of the message
-   * @param _amount - The amount to deposit per the original message
    * @param _secretHashForRedeemingMintedNotes - The hash of the secret to redeem minted notes privately on Aztec
+   * @param _amount - The amount to deposit per the original message
    * @param _deadline - The timestamp after which the entry can be cancelled
    * @param _secretHashForL2MessageConsumption - The hash of the secret consumable L1 to L2 message
    * @param _fee - The fee paid to the sequencer
    * @return The key of the entry in the Inbox
    */
   function cancelL1ToAztecMessagePrivate(
-    uint256 _amount,
     bytes32 _secretHashForRedeemingMintedNotes,
+    uint256 _amount,
     uint32 _deadline,
     bytes32 _secretHashForL2MessageConsumption,
     uint64 _fee
@@ -160,9 +162,9 @@ contract TokenPortal {
       recipient: l2Actor,
       content: Hash.sha256ToField(
         abi.encodeWithSignature(
-          "mint_private(uint256,bytes32,address)",
-          _amount,
+          "mint_private(bytes32,uint256,address)",
           _secretHashForRedeemingMintedNotes,
+          _amount,
           msg.sender
         )
         ),
@@ -183,13 +185,13 @@ contract TokenPortal {
   /**
    * @notice Withdraw funds from the portal
    * @dev Second part of withdraw, must be initiated from L2 first as it will consume a message from outbox
-   * @param _amount - The amount to withdraw
    * @param _recipient - The address to send the funds to
+   * @param _amount - The amount to withdraw
    * @param _withCaller - Flag to use `msg.sender` as caller, otherwise address(0)
    * Must match the caller of the message (specified from L2) to consume it.
    * @return The key of the entry in the Outbox
    */
-  function withdraw(uint256 _amount, address _recipient, bool _withCaller)
+  function withdraw(address _recipient, uint256 _amount, bool _withCaller)
     external
     returns (bytes32)
   {
@@ -198,9 +200,9 @@ contract TokenPortal {
       recipient: DataStructures.L1Actor(address(this), block.chainid),
       content: Hash.sha256ToField(
         abi.encodeWithSignature(
-          "withdraw(uint256,address,address)",
-          _amount,
+          "withdraw(address,uint256,address)",
           _recipient,
+          _amount,
           _withCaller ? msg.sender : address(0)
         )
         )
diff --git a/l1-contracts/test/portals/TokenPortal.t.sol b/l1-contracts/test/portals/TokenPortal.t.sol
index 4b3d35e32a23..aeb110fb8305 100644
--- a/l1-contracts/test/portals/TokenPortal.t.sol
+++ b/l1-contracts/test/portals/TokenPortal.t.sol
@@ -3,17 +3,17 @@ pragma solidity >=0.8.18;
 import "forge-std/Test.sol";
 
 // Rollup Proccessor
-import {Rollup} from "@aztec/core/Rollup.sol";
-import {Inbox} from "@aztec/core/messagebridge/Inbox.sol";
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Outbox} from "@aztec/core/messagebridge/Outbox.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {Hash} from "@aztec/core/libraries/Hash.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
+import {Rollup} from "../../src/core/Rollup.sol";
+import {Inbox} from "../../src/core/messagebridge/Inbox.sol";
+import {Registry} from "../../src/core/messagebridge/Registry.sol";
+import {Outbox} from "../../src/core/messagebridge/Outbox.sol";
+import {DataStructures} from "../../src/core/libraries/DataStructures.sol";
+import {Hash} from "../../src/core/libraries/Hash.sol";
+import {Errors} from "../../src/core/libraries/Errors.sol";
 
 // Interfaces
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
-import {IInbox} from "@aztec/core/interfaces/messagebridge/IInbox.sol";
+import {IRegistry} from "../../src/core/interfaces/messagebridge/IRegistry.sol";
+import {IInbox} from "../../src/core/interfaces/messagebridge/IInbox.sol";
 
 // Portal tokens
 import {TokenPortal} from "./TokenPortal.sol";
@@ -86,9 +86,9 @@ contract TokenPortalTest is Test {
       recipient: DataStructures.L2Actor(l2TokenAddress, 1),
       content: Hash.sha256ToField(
         abi.encodeWithSignature(
-          "mint_private(uint256,bytes32,address)",
-          amount,
+          "mint_private(bytes32,uint256,address)",
           secretHashForRedeemingMintedNotes,
+          amount,
           _canceller
         )
         ),
@@ -107,7 +107,7 @@ contract TokenPortalTest is Test {
       sender: DataStructures.L1Actor(address(tokenPortal), block.chainid),
       recipient: DataStructures.L2Actor(l2TokenAddress, 1),
       content: Hash.sha256ToField(
-        abi.encodeWithSignature("mint_public(uint256,bytes32,address)", amount, to, _canceller)
+        abi.encodeWithSignature("mint_public(bytes32,uint256,address)", to, amount, _canceller)
         ),
       secretHash: secretHashForL2MessageConsumption,
       deadline: deadline,
@@ -142,8 +142,8 @@ contract TokenPortalTest is Test {
 
     // Perform op
     bytes32 entryKey = tokenPortal.depositToAztecPrivate{value: bid}(
-      amount,
       secretHashForRedeemingMintedNotes,
+      amount,
       address(this),
       deadline,
       secretHashForL2MessageConsumption
@@ -185,7 +185,7 @@ contract TokenPortalTest is Test {
 
     // Perform op
     bytes32 entryKey = tokenPortal.depositToAztecPublic{value: bid}(
-      amount, to, address(this), deadline, secretHashForL2MessageConsumption
+      to, amount, address(this), deadline, secretHashForL2MessageConsumption
     );
 
     assertEq(entryKey, expectedEntryKey, "returned entry key and calculated entryKey should match");
@@ -210,7 +210,7 @@ contract TokenPortalTest is Test {
       abi.encodeWithSelector(Errors.Inbox__NothingToConsume.selector, expectedWrongEntryKey)
     );
     tokenPortal.cancelL1ToAztecMessagePublic(
-      amount, to, deadline, secretHashForL2MessageConsumption, bid
+      to, amount, deadline, secretHashForL2MessageConsumption, bid
     );
     vm.stopPrank();
 
@@ -221,7 +221,7 @@ contract TokenPortalTest is Test {
       abi.encodeWithSelector(Errors.Inbox__NothingToConsume.selector, expectedWrongEntryKey)
     );
     tokenPortal.cancelL1ToAztecMessagePrivate(
-      amount, secretHashForRedeemingMintedNotes, deadline, secretHashForL2MessageConsumption, bid
+      secretHashForRedeemingMintedNotes, amount, deadline, secretHashForL2MessageConsumption, bid
     );
 
     // actually cancel the message
@@ -231,7 +231,7 @@ contract TokenPortalTest is Test {
     emit L1ToL2MessageCancelled(expectedEntryKey);
     // perform op
     bytes32 entryKey = tokenPortal.cancelL1ToAztecMessagePublic(
-      amount, to, deadline, secretHashForL2MessageConsumption, bid
+      to, amount, deadline, secretHashForL2MessageConsumption, bid
     );
 
     assertEq(entryKey, expectedEntryKey, "returned entry key and calculated entryKey should match");
@@ -257,7 +257,7 @@ contract TokenPortalTest is Test {
       abi.encodeWithSelector(Errors.Inbox__NothingToConsume.selector, expectedWrongEntryKey)
     );
     tokenPortal.cancelL1ToAztecMessagePrivate(
-      amount, secretHashForRedeemingMintedNotes, deadline, secretHashForL2MessageConsumption, bid
+      secretHashForRedeemingMintedNotes, amount, deadline, secretHashForL2MessageConsumption, bid
     );
     vm.stopPrank();
 
@@ -268,7 +268,7 @@ contract TokenPortalTest is Test {
       abi.encodeWithSelector(Errors.Inbox__NothingToConsume.selector, expectedWrongEntryKey)
     );
     tokenPortal.cancelL1ToAztecMessagePublic(
-      amount, to, deadline, secretHashForL2MessageConsumption, bid
+      to, amount, deadline, secretHashForL2MessageConsumption, bid
     );
 
     // actually cancel the message
@@ -278,7 +278,7 @@ contract TokenPortalTest is Test {
     emit L1ToL2MessageCancelled(expectedEntryKey);
     // perform op
     bytes32 entryKey = tokenPortal.cancelL1ToAztecMessagePrivate(
-      amount, secretHashForRedeemingMintedNotes, deadline, secretHashForL2MessageConsumption, bid
+      secretHashForRedeemingMintedNotes, amount, deadline, secretHashForL2MessageConsumption, bid
     );
 
     assertEq(entryKey, expectedEntryKey, "returned entry key and calculated entryKey should match");
@@ -302,7 +302,7 @@ contract TokenPortalTest is Test {
         recipient: DataStructures.L1Actor({actor: address(tokenPortal), chainId: block.chainid}),
         content: Hash.sha256ToField(
           abi.encodeWithSignature(
-            "withdraw(uint256,address,address)", withdrawAmount, recipient, _designatedCaller
+            "withdraw(address,uint256,address)", recipient, withdrawAmount, _designatedCaller
           )
           )
       })
@@ -331,7 +331,7 @@ contract TokenPortalTest is Test {
     vm.startPrank(_caller);
     vm.expectEmit(true, true, true, true);
     emit MessageConsumed(expectedEntryKey, address(tokenPortal));
-    bytes32 actualEntryKey = tokenPortal.withdraw(withdrawAmount, recipient, false);
+    bytes32 actualEntryKey = tokenPortal.withdraw(recipient, withdrawAmount, false);
     assertEq(expectedEntryKey, actualEntryKey);
     // Should have received 654 RNA tokens
     assertEq(portalERC20.balanceOf(recipient), withdrawAmount);
@@ -340,7 +340,7 @@ contract TokenPortalTest is Test {
     vm.expectRevert(
       abi.encodeWithSelector(Errors.Outbox__NothingToConsume.selector, actualEntryKey)
     );
-    tokenPortal.withdraw(withdrawAmount, recipient, false);
+    tokenPortal.withdraw(recipient, withdrawAmount, false);
     vm.stopPrank();
   }
 
@@ -354,13 +354,13 @@ contract TokenPortalTest is Test {
     vm.expectRevert(
       abi.encodeWithSelector(Errors.Outbox__NothingToConsume.selector, entryKeyPortalChecksAgainst)
     );
-    tokenPortal.withdraw(withdrawAmount, recipient, true);
+    tokenPortal.withdraw(recipient, withdrawAmount, true);
 
     entryKeyPortalChecksAgainst = _createWithdrawMessageForOutbox(address(0));
     vm.expectRevert(
       abi.encodeWithSelector(Errors.Outbox__NothingToConsume.selector, entryKeyPortalChecksAgainst)
     );
-    tokenPortal.withdraw(withdrawAmount, recipient, false);
+    tokenPortal.withdraw(recipient, withdrawAmount, false);
     vm.stopPrank();
   }
 
@@ -370,7 +370,7 @@ contract TokenPortalTest is Test {
 
     vm.expectEmit(true, true, true, true);
     emit MessageConsumed(expectedEntryKey, address(tokenPortal));
-    bytes32 actualEntryKey = tokenPortal.withdraw(withdrawAmount, recipient, true);
+    bytes32 actualEntryKey = tokenPortal.withdraw(recipient, withdrawAmount, true);
     assertEq(expectedEntryKey, actualEntryKey);
     // Should have received 654 RNA tokens
     assertEq(portalERC20.balanceOf(recipient), withdrawAmount);
diff --git a/l1-contracts/test/portals/UniswapPortal.sol b/l1-contracts/test/portals/UniswapPortal.sol
index 76b0287c2fb3..75e32f22c43f 100644
--- a/l1-contracts/test/portals/UniswapPortal.sol
+++ b/l1-contracts/test/portals/UniswapPortal.sol
@@ -1,12 +1,14 @@
 pragma solidity >=0.8.18;
 
 import {IERC20} from "@oz/token/ERC20/IERC20.sol";
-import {IRegistry} from "@aztec/core/interfaces/messagebridge/IRegistry.sol";
 
+import {IRegistry} from "../../src/core/interfaces/messagebridge/IRegistry.sol";
+import {DataStructures} from "../../src/core/libraries/DataStructures.sol";
+import {Hash} from "../../src/core/libraries/Hash.sol";
+
+// docs:start:setup
 import {TokenPortal} from "./TokenPortal.sol";
 import {ISwapRouter} from "../external/ISwapRouter.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {Hash} from "@aztec/core/libraries/Hash.sol";
 
 /**
  * @title UniswapPortal
@@ -33,8 +35,9 @@ contract UniswapPortal {
     IERC20 outputAsset;
     bytes32 contentHash;
   }
+  // docs:end:setup
 
-  // docs:start:solidity_uniswap_swap
+  // docs:start:solidity_uniswap_swap_public
   /**
    * @notice Exit with funds from L2, perform swap on L1 and deposit output asset to L2 again publicly
    * @dev `msg.value` indicates fee to submit message to inbox. Currently, anyone can call this method on your behalf.
@@ -70,7 +73,7 @@ contract UniswapPortal {
     vars.outputAsset = TokenPortal(_outputTokenPortal).underlying();
 
     // Withdraw the input asset from the portal
-    TokenPortal(_inputTokenPortal).withdraw(_inAmount, address(this), true);
+    TokenPortal(_inputTokenPortal).withdraw(address(this), _inAmount, true);
     {
       // prevent stack too deep errors
       vars.contentHash = Hash.sha256ToField(
@@ -123,11 +126,12 @@ contract UniswapPortal {
 
     // Deposit the output asset to the L2 via its portal
     return TokenPortal(_outputTokenPortal).depositToAztecPublic{value: msg.value}(
-      amountOut, _aztecRecipient, _canceller, _deadlineForL1ToL2Message, _secretHashForL1ToL2Message
+      _aztecRecipient, amountOut, _canceller, _deadlineForL1ToL2Message, _secretHashForL1ToL2Message
     );
   }
-  // docs:end:solidity_uniswap_swap
+  // docs:end:solidity_uniswap_swap_public
 
+  // docs:start:solidity_uniswap_swap_private
   /**
    * @notice Exit with funds from L2, perform swap on L1 and deposit output asset to L2 again privately
    * @dev `msg.value` indicates fee to submit message to inbox. Currently, anyone can call this method on your behalf.
@@ -163,7 +167,7 @@ contract UniswapPortal {
     vars.outputAsset = TokenPortal(_outputTokenPortal).underlying();
 
     // Withdraw the input asset from the portal
-    TokenPortal(_inputTokenPortal).withdraw(_inAmount, address(this), true);
+    TokenPortal(_inputTokenPortal).withdraw(address(this), _inAmount, true);
     {
       // prevent stack too deep errors
       vars.contentHash = Hash.sha256ToField(
@@ -216,11 +220,12 @@ contract UniswapPortal {
 
     // Deposit the output asset to the L2 via its portal
     return TokenPortal(_outputTokenPortal).depositToAztecPrivate{value: msg.value}(
-      amountOut,
       _secretHashForRedeemingMintedNotes,
+      amountOut,
       _canceller,
       _deadlineForL1ToL2Message,
       _secretHashForL1ToL2Message
     );
   }
 }
+// docs:end:solidity_uniswap_swap_private
diff --git a/l1-contracts/test/portals/UniswapPortal.t.sol b/l1-contracts/test/portals/UniswapPortal.t.sol
index 02318a95c842..0e769074408f 100644
--- a/l1-contracts/test/portals/UniswapPortal.t.sol
+++ b/l1-contracts/test/portals/UniswapPortal.t.sol
@@ -3,13 +3,13 @@ pragma solidity >=0.8.18;
 import "forge-std/Test.sol";
 
 // Rollup Proccessor
-import {Rollup} from "@aztec/core/Rollup.sol";
-import {Inbox} from "@aztec/core/messagebridge/Inbox.sol";
-import {Registry} from "@aztec/core/messagebridge/Registry.sol";
-import {Outbox} from "@aztec/core/messagebridge/Outbox.sol";
-import {DataStructures} from "@aztec/core/libraries/DataStructures.sol";
-import {Hash} from "@aztec/core/libraries/Hash.sol";
-import {Errors} from "@aztec/core/libraries/Errors.sol";
+import {Rollup} from "../../src/core/Rollup.sol";
+import {Inbox} from "../../src/core/messagebridge/Inbox.sol";
+import {Registry} from "../../src/core/messagebridge/Registry.sol";
+import {Outbox} from "../../src/core/messagebridge/Outbox.sol";
+import {DataStructures} from "../../src/core/libraries/DataStructures.sol";
+import {Hash} from "../../src/core/libraries/Hash.sol";
+import {Errors} from "../../src/core/libraries/Errors.sol";
 
 // Interfaces
 import {IERC20} from "@oz/token/ERC20/IERC20.sol";
@@ -82,7 +82,7 @@ contract UniswapPortalTest is Test {
       sender: DataStructures.L2Actor(l2TokenAddress, 1),
       recipient: DataStructures.L1Actor(address(daiTokenPortal), block.chainid),
       content: Hash.sha256ToField(
-        abi.encodeWithSignature("withdraw(uint256,address,address)", amount, _recipient, _caller)
+        abi.encodeWithSignature("withdraw(address,uint256,address)", _recipient, amount, _caller)
         )
     });
     entryKey = outbox.computeEntryKey(message);
@@ -379,7 +379,7 @@ contract UniswapPortalTest is Test {
     // perform op
     // TODO(2167) - Update UniswapPortal properly with new portal standard.
     bytes32 entryKey = wethTokenPortal.cancelL1ToAztecMessagePublic(
-      wethAmountOut, aztecRecipient, deadlineForL1ToL2Message, secretHash, 1 ether
+      aztecRecipient, wethAmountOut, deadlineForL1ToL2Message, secretHash, 1 ether
     );
     assertEq(entryKey, l1ToL2MessageKey, "returned entry key and calculated entryKey should match");
     assertFalse(inbox.contains(entryKey), "entry still in inbox");
diff --git a/scripts/ci/aggregate_e2e_benchmark.js b/scripts/ci/aggregate_e2e_benchmark.js
deleted file mode 100644
index d59a13309107..000000000000
--- a/scripts/ci/aggregate_e2e_benchmark.js
+++ /dev/null
@@ -1,147 +0,0 @@
-// Given a local folder with the e2e benchmark files, generates a single file
-// output with the grouped metrics to be published. This script can probably
-// be replaced by a single call to jq, but I found this easier to write,
-// and pretty much every CI comes with a working version of node.
-//
-// To test this locally, first run the benchmark tests from the yarn-project/end-to-end folder
-// BENCHMARK=1 ROLLUP_SIZES=8 yarn test bench
-//
-// And then run this script from the root of the project:
-// LOGS_DIR=./yarn-project/end-to-end/log/ node ./scripts/ci/aggregate_e2e_benchmark.js 
-
-const fs = require("fs");
-const path = require("path");
-const readline = require("readline");
-
-const {
-  L1_ROLLUP_CALLDATA_SIZE_IN_BYTES,
-  L1_ROLLUP_CALLDATA_GAS,
-  L1_ROLLUP_EXECUTION_GAS,
-  L2_BLOCK_PROCESSING_TIME,
-  L2_BLOCK_SYNCED,
-  L2_BLOCK_PUBLISHED_TO_L1,
-  CIRCUIT_SIMULATION_TIME,
-  CIRCUIT_OUTPUT_SIZE,
-  CIRCUIT_INPUT_SIZE,
-  CIRCUIT_SIMULATED,
-  NOTE_SUCCESSFUL_DECRYPTING_TIME,
-  NOTE_TRIAL_DECRYPTING_TIME,
-  NOTE_PROCESSOR_CAUGHT_UP,
-  ROLLUP_SIZES,
-  BENCHMARK_FILE_JSON,
-} = require("./benchmark_shared.js");
-
-// Folder where to load logs from
-const logsDir = process.env.LOGS_DIR ?? `log`;
-
-// Appends a datapoint to the final results for the given metric in the given bucket
-function append(results, metric, bucket, value) {
-  if (value === undefined) {
-    console.error(`Undefined value for ${metric} in bucket ${bucket}`);
-    return;
-  }
-  const numeric = Number(value);
-  if (Number.isNaN(numeric)) {
-    console.error(`Value ${value} for ${metric} in ${bucket} is not a number`);
-    return;
-  }
-  if (!results[metric]) results[metric] = {};
-  if (!results[metric][bucket]) results[metric][bucket] = [];
-  results[metric][bucket].push(numeric);
-}
-
-// Processes an entry with event name 'rollup-published-to-l1' and updates results
-function processRollupPublished(entry, results) {
-  const bucket = entry.txCount;
-  if (!ROLLUP_SIZES.includes(bucket)) return;
-  append(results, L1_ROLLUP_CALLDATA_GAS, bucket, entry.calldataGas);
-  append(results, L1_ROLLUP_CALLDATA_SIZE_IN_BYTES, bucket, entry.calldataSize);
-  append(results, L1_ROLLUP_EXECUTION_GAS, bucket, entry.gasUsed);
-}
-
-// Processes an entry with event name 'l2-block-handled' and updates results
-// Skips instances where the block was emitted by the same node where the processing is skipped
-function processRollupBlockSynced(entry, results) {
-  const bucket = entry.txCount;
-  if (!ROLLUP_SIZES.includes(bucket)) return;
-  if (entry.isBlockOurs) return;
-  append(results, L2_BLOCK_PROCESSING_TIME, bucket, entry.duration);
-}
-
-// Processes an entry with event name 'circuit-simulated' and updates results
-// Buckets are circuit names
-function processCircuitSimulation(entry, results) {
-  const bucket = entry.circuitName;
-  if (!bucket) return;
-  append(results, CIRCUIT_SIMULATION_TIME, bucket, entry.duration);
-  append(results, CIRCUIT_INPUT_SIZE, bucket, entry.inputSize);
-  append(results, CIRCUIT_OUTPUT_SIZE, bucket, entry.outputSize);
-}
-
-// Processes an entry with event name 'note-processor-caught-up' and updates results
-// Buckets are rollup sizes
-function processNoteProcessorCaughtUp(entry, results) {
-  const { seen, decrypted } = entry;
-  if (ROLLUP_SIZES.includes(decrypted))
-    append(results, NOTE_SUCCESSFUL_DECRYPTING_TIME, decrypted, entry.duration);
-  if (ROLLUP_SIZES.includes(seen) && decrypted === 0)
-    append(results, NOTE_TRIAL_DECRYPTING_TIME, seen, entry.duration);
-}
-
-// Processes a parsed entry from a logfile and updates results
-function processEntry(entry, results) {
-  switch (entry.eventName) {
-    case L2_BLOCK_PUBLISHED_TO_L1:
-      return processRollupPublished(entry, results);
-    case L2_BLOCK_SYNCED:
-      return processRollupBlockSynced(entry, results);
-    case CIRCUIT_SIMULATED:
-      return processCircuitSimulation(entry, results);
-    case NOTE_PROCESSOR_CAUGHT_UP:
-      return processNoteProcessorCaughtUp(entry, results);
-    default:
-      return;
-  }
-}
-
-// Parses all jsonl files downloaded and aggregates them into a single results object
-async function main() {
-  const results = {};
-
-  // Get all jsonl files in the logs dir
-  const files = fs.readdirSync(logsDir).filter((f) => f.endsWith(".jsonl"));
-
-  // Iterate over each .jsonl file
-  for (const file of files) {
-    const filePath = path.join(logsDir, file);
-    const fileStream = fs.createReadStream(filePath);
-    const rl = readline.createInterface({ input: fileStream });
-
-    for await (const line of rl) {
-      const entry = JSON.parse(line);
-      processEntry(entry, results);
-    }
-  }
-
-  console.log(`Collected entries:`, JSON.stringify(results, null, 2));
-
-  // For each bucket of each metric compute the average all collected datapoints
-  for (const metricName in results) {
-    const metric = results[metricName];
-    for (const bucketName in metric) {
-      const bucket = metric[bucketName];
-      let avg = bucket.reduce((acc, val) => acc + val, 0) / bucket.length;
-      if (avg > 100) avg = Math.floor(avg);
-      metric[bucketName] = avg;
-    }
-  }
-
-  // Throw in a timestamp
-  results.timestamp = new Date().toISOString();
-
-  // Write results to disk
-  console.log(`Aggregated results:`, JSON.stringify(results, null, 2));
-  fs.writeFileSync(BENCHMARK_FILE_JSON, JSON.stringify(results, null, 2));
-}
-
-main();
diff --git a/scripts/ci/assemble_e2e_benchmark.sh b/scripts/ci/assemble_e2e_benchmark.sh
index aed3ed71975d..7456d4e1cbca 100755
--- a/scripts/ci/assemble_e2e_benchmark.sh
+++ b/scripts/ci/assemble_e2e_benchmark.sh
@@ -8,8 +8,11 @@ set -eu
 
 BUCKET_NAME="aztec-ci-artifacts"
 LOG_FOLDER="${LOG_FOLDER:-log}"
+BENCH_FOLDER="${BENCH_FOLDER:-bench}"
 COMMIT_HASH="${COMMIT_HASH:-$(git rev-parse HEAD)}"
-BENCHMARK_FILE_JSON="benchmark.json"
+BASE_COMMIT_HASH=""
+BENCHMARK_FILE_JSON="${BENCH_FOLDER}/benchmark.json"
+BASE_BENCHMARK_FILE_JSON="${BENCH_FOLDER}/base-benchmark.json"
 
 # Adapted from yarn-project/end-to-end/scripts/upload_logs_to_s3.sh
 if [ "${CIRCLE_BRANCH:-}" = "master" ]; then
@@ -37,15 +40,26 @@ aws s3 cp "s3://${BUCKET_NAME}/${LOG_SOURCE_FOLDER}/" $LOG_FOLDER --exclude '*'
 # this skips the whole aggregation. For now, that's fine because all benchmark files have the
 # same rebuild pattern rules. But if that changes, then we'd need to go up in the commit history
 # to find the latest log files for the unchanged benchmarks.
-EXPECTED_BENCHMARK_COUNT=$(find yarn-project/end-to-end/src -type f -name "bench*.test.ts" | wc -l)
-DOWNLOADED_BENCHMARK_COUNT=$(find $LOG_FOLDER -type f -name "*.jsonl" | wc -l)
-if [ "$DOWNLOADED_BENCHMARK_COUNT" -lt "$EXPECTED_BENCHMARK_COUNT" ]; then
-  echo Found $DOWNLOADED_BENCHMARK_COUNT out of $EXPECTED_BENCHMARK_COUNT benchmark log files in s3://${BUCKET_NAME}/${LOG_SOURCE_FOLDER}/. Exiting.
+EXPECTED_LOGS_COUNT=$(find yarn-project/end-to-end/src -type f -name "bench*.test.ts" | wc -l)
+DOWNLOADED_LOGS_COUNT=$(find $LOG_FOLDER -type f -name "*.jsonl" | wc -l)
+if [ "$DOWNLOADED_LOGS_COUNT" -lt "$EXPECTED_LOGS_COUNT" ]; then
+  echo Found $DOWNLOADED_LOGS_COUNT out of $EXPECTED_LOGS_COUNT benchmark log files in s3://${BUCKET_NAME}/${LOG_SOURCE_FOLDER}/. Exiting.
   exit 0
 fi
 
 # Generate the aggregated benchmark file
-node scripts/ci/aggregate_e2e_benchmark.js
+mkdir -p $BENCH_FOLDER
+CONTAINER_BENCH_FOLDER="/usr/src/yarn-project/bench"
+CONTAINER_LOG_FOLDER="/usr/src/yarn-project/log"
+export DOCKER_RUN_OPTS="\
+ -v $(realpath $BENCH_FOLDER):${CONTAINER_BENCH_FOLDER}:rw \
+ -e BENCH_FOLDER=${CONTAINER_BENCH_FOLDER} \
+ -v $(realpath $LOG_FOLDER):${CONTAINER_LOG_FOLDER}:rw \
+ -e LOG_FOLDER=${CONTAINER_LOG_FOLDER} \
+ -e BASE_COMMIT_HASH \
+ -e AZTEC_BOT_COMMENTER_GITHUB_TOKEN \
+ -e CIRCLE_PULL_REQUEST"
+yarn-project/scripts/run_script.sh workspace @aztec/scripts bench-aggregate
 echo "generated: $BENCHMARK_FILE_JSON"
 
 # Upload it to master or pulls
@@ -56,9 +70,29 @@ if [ -n "${BENCHMARK_LATEST_FILE:-}" ]; then
   aws s3 cp $BENCHMARK_FILE_JSON "s3://${BUCKET_NAME}/${BENCHMARK_LATEST_FILE}"
 fi
 
-# If on a pull request, comment on it
+# If on a pull request, get the data from the most recent commit on master where it's available, 
+# generate a markdown comment, and post it on the pull request
 if [ -n "${CIRCLE_PULL_REQUEST:-}" ]; then
-  (node scripts/ci/comment_e2e_benchmark.js && echo "commented on pr $CIRCLE_PULL_REQUEST") || echo "failed commenting on pr"
+  MASTER_COMMIT_HASH=$(curl -s "https://api.github.com/repos/AztecProtocol/aztec-packages/pulls/${CIRCLE_PULL_REQUEST##*/}" | jq -r '.base.sha')
+  MASTER_COMMIT_HASHES=($(git log $MASTER_COMMIT_HASH --format="%H" -n 50))
+
+  set +e
+  echo "Searching for base benchmark data starting from commit $MASTER_COMMIT_HASH"
+  for commit_hash in "${MASTER_COMMIT_HASHES[@]}"; do
+    aws s3 cp "s3://${BUCKET_NAME}/benchmarks-v1/master/$commit_hash.json" $BASE_BENCHMARK_FILE_JSON
+    if [ $? -eq 0 ]; then
+      echo "Downloaded base data from commit $commit_hash"
+      export BASE_COMMIT_HASH=$commit_hash
+      break;
+    fi
+  done
+  set -e
+
+  if [ -z "${BASE_COMMIT_HASH:-}" ]; then 
+    echo "No base commit data found"
+  fi
+
+  (yarn-project/scripts/run_script.sh workspace @aztec/scripts bench-comment && echo "commented on pr $CIRCLE_PULL_REQUEST") || echo "failed commenting on pr"
 fi
 
 
diff --git a/scripts/ci/benchmark_shared.js b/scripts/ci/benchmark_shared.js
deleted file mode 100644
index df0548eab1cf..000000000000
--- a/scripts/ci/benchmark_shared.js
+++ /dev/null
@@ -1,28 +0,0 @@
-// Rollup sizes to track (duplicated from yarn-project/end-to-end/src/benchmarks/bench_publish_rollup.test.ts)
-const ROLLUP_SIZES = process.env.ROLLUP_SIZES
-  ? process.env.ROLLUP_SIZES.split(",").map(Number)
-  : [8, 32, 128];
-
-// Output files
-const BENCHMARK_FILE_JSON = process.env.BENCHMARK_FILE_JSON ?? "benchmark.json";
-
-module.exports = {
-  // Metrics to capture
-  L1_ROLLUP_CALLDATA_SIZE_IN_BYTES: "l1_rollup_calldata_size_in_bytes",
-  L1_ROLLUP_CALLDATA_GAS: "l1_rollup_calldata_gas",
-  L1_ROLLUP_EXECUTION_GAS: "l1_rollup_execution_gas",
-  L2_BLOCK_PROCESSING_TIME: "l2_block_processing_time_in_ms",
-  CIRCUIT_SIMULATION_TIME: "circuit_simulation_time_in_ms",
-  CIRCUIT_INPUT_SIZE: "circuit_input_size_in_bytes",
-  CIRCUIT_OUTPUT_SIZE: "circuit_output_size_in_bytes",
-  NOTE_SUCCESSFUL_DECRYPTING_TIME: "note_successful_decrypting_time",
-  NOTE_TRIAL_DECRYPTING_TIME: "note_unsuccessful_decrypting_time",
-  // Events to track
-  L2_BLOCK_PUBLISHED_TO_L1: "rollup-published-to-l1",
-  L2_BLOCK_SYNCED: "l2-block-handled",
-  CIRCUIT_SIMULATED: "circuit-simulation",
-  NOTE_PROCESSOR_CAUGHT_UP: "note-processor-caught-up",
-  // Other
-  ROLLUP_SIZES,
-  BENCHMARK_FILE_JSON,
-};
diff --git a/scripts/ci/comment_e2e_benchmark.js b/scripts/ci/comment_e2e_benchmark.js
deleted file mode 100644
index 16f6541a048b..000000000000
--- a/scripts/ci/comment_e2e_benchmark.js
+++ /dev/null
@@ -1,141 +0,0 @@
-// Given a local benchmark json aggregated file, reformats it in markdown
-// and comments on the PR that prompted it. If the CI is rerun, the comment
-// is updated.
-
-const https = require("https");
-const fs = require("fs");
-
-const GITHUB_TOKEN = process.env.GITHUB_TOKEN;
-const OWNER = "AztecProtocol";
-const REPO = "aztec3-packages";
-const COMMENT_MARK = "<!-- AUTOGENERATED BENCHMARK COMMENT -->";
-
-const { ROLLUP_SIZES, BENCHMARK_FILE_JSON } = require("./benchmark_shared.js");
-
-// Returns the md content to post
-function getContent() {
-  const benchmark = JSON.parse(fs.readFileSync(BENCHMARK_FILE_JSON, "utf-8"));
-  delete benchmark.timestamp;
-
-  const sizes = ROLLUP_SIZES;
-  const header = `| Metric | ${sizes.map((i) => `${i} txs`).join(" | ")} |`;
-  const separator = `| - | ${sizes.map(() => "-").join(" | ")} |`;
-  const rows = Object.keys(benchmark).map((key) => {
-    const metric = benchmark[key];
-    return `${key} | ${sizes.map((i) => metric[i]).join(" | ")} |`;
-  });
-
-  return `
-## Benchmark results
-
-### Rollup published to L1
-
-${header}
-${separator}
-${rows.join("\n")}
-
-${COMMENT_MARK}
-`;
-}
-
-// Returns the number of the current PR
-function getPrNumber() {
-  if (!process.env.CIRCLE_PULL_REQUEST) throw new Error(`Not in Circle PR`);
-  const fragments = process.env.CIRCLE_PULL_REQUEST.split("/");
-  return fragments[fragments.length - 1];
-}
-
-// Function to check if a bench comment already exists
-async function getExistingComment() {
-  try {
-    const response = await sendGitHubRequest(
-      `/repos/${OWNER}/${REPO}/issues/${getPrNumber()}/comments`
-    );
-    const comments = JSON.parse(response);
-    return comments.find((comment) => comment.body.includes(COMMENT_MARK));
-  } catch (error) {
-    throw new Error("Error checking for existing comments: " + error.message);
-  }
-}
-
-// Function to create or update a comment
-async function upsertComment(existingCommentId) {
-  try {
-    const commentContent = getContent();
-    const commentData = { body: commentContent };
-
-    const requestMethod = existingCommentId ? "PATCH" : "POST";
-    const requestUrl = existingCommentId
-      ? `/repos/${OWNER}/${REPO}/issues/comments/${existingCommentId}`
-      : `/repos/${OWNER}/${REPO}/issues/${getPrNumber()}/comments`;
-
-    await sendGitHubRequest(requestUrl, requestMethod, commentData);
-    console.log("Comment added or updated successfully.");
-  } catch (error) {
-    throw new Error("Error adding or updating comment: " + error.message);
-  }
-}
-
-// Function to send a request to the GitHub API
-async function sendGitHubRequest(url, method = "GET", data = null) {
-  const apiUrl = url.startsWith("http") ? url : `https://api.github.com${url}`;
-  const headers = {
-    Authorization: `Bearer ${GITHUB_TOKEN}`,
-    Accept: "application/vnd.github+json",
-    "X-GitHub-Api-Version": "2022-11-28",
-    "User-Agent": OWNER,
-  };
-  if (data) headers["Content-Type"] = "application/json";
-  const requestOptions = { method, headers };
-
-  return new Promise((resolve, reject) => {
-    const req = https.request(apiUrl, requestOptions, (res) => {
-      if (
-        res.statusCode === 301 ||
-        res.statusCode === 302 ||
-        res.statusCode === 307
-      ) {
-        sendGitHubRequest(res.headers.location, method, data)
-          .then(resolve)
-          .catch(reject);
-        return;
-      } else {
-        let data = "";
-        res.on("data", (chunk) => {
-          data += chunk;
-        });
-
-        res.on("end", () => {
-          if (res.statusCode >= 200 && res.statusCode < 300) {
-            resolve(data);
-          } else {
-            reject(
-              new Error(
-                `GitHub API request failed with ${res.statusCode}: ${data}`
-              )
-            );
-          }
-        });
-      }
-    });
-
-    req.on("error", (error) => {
-      reject(error);
-    });
-
-    if (data) req.write(JSON.stringify(data));
-    req.end();
-  });
-}
-
-async function main() {
-  try {
-    const existingComment = await getExistingComment();
-    await upsertComment(existingComment?.id);
-  } catch (err) {
-    console.error(`error while commenting on pull request:`, err);
-    process.exit(1);
-  }
-}
-
-main();
diff --git a/yarn-project/Dockerfile b/yarn-project/Dockerfile
index 57e3ba2bca35..331795d6dc09 100644
--- a/yarn-project/Dockerfile
+++ b/yarn-project/Dockerfile
@@ -8,7 +8,7 @@ COPY . .
 
 # Generate Noir contract TypeScript artifacts.
 COPY --from=noir /usr/src/yarn-project/noir-contracts/target /usr/src/yarn-project/noir-contracts/target
-# Run yarn build to have the json ABIs available for the types generator, generate types, build again.
+# Run yarn build to have the json artifacts available for the types generator, generate types, build again.
 RUN apk add perl
 RUN cd /usr/src/yarn-project/noir-contracts && yarn build && ./scripts/types_all.sh && yarn build
 # Cleanup to reduce final image size.
diff --git a/yarn-project/README.md b/yarn-project/README.md
index 2561fc4b85ab..d5b5201d71b9 100644
--- a/yarn-project/README.md
+++ b/yarn-project/README.md
@@ -40,3 +40,25 @@ To add a new package, make sure to add it to the `build_manifest.json`, to the `
 - `tsconfig.json`
 
 You may also need to modify the [Dockerfile](yarn-project/yarn-project-base/Dockerfile) to copy your new `package.json` into the container to get CI to pass.
+
+## Deploying npm packages
+`deploy-npm` script handles the releases of npm packages within yarn-project. But the initial release is a manual process:
+
+1. Ensure relevant folders are copied in by docker in `yarn-project/yarn-project-base/Dockerfile` and `yarn-project/Dockerfile`
+2. SSH into the CI
+3. Run the following:
+```sh
+cd project
+./build-system/scripts/setup_env "$(git rev-parse HEAD)" "" "" ""
+source /tmp/.bash_env*
+BUILD_SYSTEM_DEBUG=1
+COMMIT_TAG=<RELEASE_TAG_NUMBER_YOU_WANT e.g. aztec-packages-v0.8.8>
+```
+4. Follow the [`deploy-npm` script](./deploy_npm.sh). 
+    - Best to run the `deploy_package()` method line by line by manually setting `REPOSITORY` var.
+    - Extract `VERSION` as the script shows (in the eg it should be 0.8.8)
+    - Skip the version existing checks like `if [ "$VERSION" == "$PUBLISHED_VERSION" ]` and `if [ "$VERSION" != "$HIGHER_VERSION" ]`. Since this is our first time deploying the package, `PUBLISHED_VERSION` and `HIGHER_VERSION` will be empty and hence these checks would fail. These checks are necessary in the CI for continual releases.
+    - Locally update the package version in package.json using `jq` as shown in the script
+    - Do a dry-run
+    - If dry run succeeds, publish the package!
+5. Create a PR by adding your package into the `deploy-npm` script so next release onwards, CI can cut releases for your package.
\ No newline at end of file
diff --git a/yarn-project/acir-simulator/package.json b/yarn-project/acir-simulator/package.json
index dab0530657fe..fffee9b0428b 100644
--- a/yarn-project/acir-simulator/package.json
+++ b/yarn-project/acir-simulator/package.json
@@ -52,7 +52,8 @@
     "toml": "^3.0.0",
     "ts-jest": "^29.1.0",
     "ts-node": "^10.9.1",
-    "typescript": "^5.0.4"
+    "typescript": "^5.0.4",
+    "viem": "^1.2.5"
   },
   "files": [
     "dest",
diff --git a/yarn-project/acir-simulator/src/acvm/oracle/oracle.ts b/yarn-project/acir-simulator/src/acvm/oracle/oracle.ts
index 14c2d9736a37..c7589b816746 100644
--- a/yarn-project/acir-simulator/src/acvm/oracle/oracle.ts
+++ b/yarn-project/acir-simulator/src/acvm/oracle/oracle.ts
@@ -161,11 +161,10 @@ export class Oracle {
   }
 
   emitUnencryptedLog([contractAddress]: ACVMField[], [eventSelector]: ACVMField[], message: ACVMField[]): ACVMField {
-    // https://github.com/AztecProtocol/aztec-packages/issues/885
     const logPayload = Buffer.concat(message.map(charBuffer => convertACVMFieldToBuffer(charBuffer).subarray(-1)));
     const log = new UnencryptedL2Log(
       AztecAddress.fromString(contractAddress),
-      FunctionSelector.fromField(fromACVMField(eventSelector)),
+      FunctionSelector.fromField(fromACVMField(eventSelector)), // TODO https://github.com/AztecProtocol/aztec-packages/issues/2632
       logPayload,
     );
 
diff --git a/yarn-project/acir-simulator/src/client/client_execution_context.ts b/yarn-project/acir-simulator/src/client/client_execution_context.ts
index 2627802ef89f..6e21f43e9d73 100644
--- a/yarn-project/acir-simulator/src/client/client_execution_context.ts
+++ b/yarn-project/acir-simulator/src/client/client_execution_context.ts
@@ -11,7 +11,7 @@ import {
 } from '@aztec/circuits.js';
 import { computeUniqueCommitment, siloCommitment } from '@aztec/circuits.js/abis';
 import { Grumpkin } from '@aztec/circuits.js/barretenberg';
-import { FunctionAbi } from '@aztec/foundation/abi';
+import { FunctionArtifact } from '@aztec/foundation/abi';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { Fr, Point } from '@aztec/foundation/fields';
 import { createDebugLogger } from '@aztec/foundation/log';
@@ -306,8 +306,8 @@ export class ClientExecutionContext extends ViewDataOracle {
       `Calling private function ${this.contractAddress}:${functionSelector} from ${this.callContext.storageContractAddress}`,
     );
 
-    const targetAbi = await this.db.getFunctionABI(targetContractAddress, functionSelector);
-    const targetFunctionData = FunctionData.fromAbi(targetAbi);
+    const targetArtifact = await this.db.getFunctionArtifact(targetContractAddress, functionSelector);
+    const targetFunctionData = FunctionData.fromAbi(targetArtifact);
 
     const derivedTxContext = new TxContext(
       false,
@@ -318,7 +318,7 @@ export class ClientExecutionContext extends ViewDataOracle {
       this.txContext.version,
     );
 
-    const derivedCallContext = await this.deriveCallContext(targetContractAddress, targetAbi, false, false);
+    const derivedCallContext = await this.deriveCallContext(targetContractAddress, targetArtifact, false, false);
 
     const context = new ClientExecutionContext(
       targetContractAddress,
@@ -336,7 +336,7 @@ export class ClientExecutionContext extends ViewDataOracle {
 
     const childExecutionResult = await executePrivateFunction(
       context,
-      targetAbi,
+      targetArtifact,
       targetContractAddress,
       targetFunctionData,
     );
@@ -360,14 +360,14 @@ export class ClientExecutionContext extends ViewDataOracle {
     functionSelector: FunctionSelector,
     argsHash: Fr,
   ): Promise<PublicCallRequest> {
-    const targetAbi = await this.db.getFunctionABI(targetContractAddress, functionSelector);
-    const derivedCallContext = await this.deriveCallContext(targetContractAddress, targetAbi, false, false);
+    const targetArtifact = await this.db.getFunctionArtifact(targetContractAddress, functionSelector);
+    const derivedCallContext = await this.deriveCallContext(targetContractAddress, targetArtifact, false, false);
     const args = this.packedArgsCache.unpack(argsHash);
     const sideEffectCounter = this.sideEffectCounter.count();
     const enqueuedRequest = PublicCallRequest.from({
       args,
       callContext: derivedCallContext,
-      functionData: FunctionData.fromAbi(targetAbi),
+      functionData: FunctionData.fromAbi(targetArtifact),
       contractAddress: targetContractAddress,
       sideEffectCounter,
     });
@@ -388,14 +388,14 @@ export class ClientExecutionContext extends ViewDataOracle {
   /**
    * Derives the call context for a nested execution.
    * @param targetContractAddress - The address of the contract being called.
-   * @param targetAbi - The ABI of the function being called.
+   * @param targetArtifact - The artifact of the function being called.
    * @param isDelegateCall - Whether the call is a delegate call.
    * @param isStaticCall - Whether the call is a static call.
    * @returns The derived call context.
    */
   private async deriveCallContext(
     targetContractAddress: AztecAddress,
-    targetAbi: FunctionAbi,
+    targetArtifact: FunctionArtifact,
     isDelegateCall = false,
     isStaticCall = false,
   ) {
@@ -404,7 +404,7 @@ export class ClientExecutionContext extends ViewDataOracle {
       this.contractAddress,
       targetContractAddress,
       portalContractAddress,
-      FunctionSelector.fromNameAndParameters(targetAbi.name, targetAbi.parameters),
+      FunctionSelector.fromNameAndParameters(targetArtifact.name, targetArtifact.parameters),
       isDelegateCall,
       isStaticCall,
       false,
diff --git a/yarn-project/acir-simulator/src/client/db_oracle.ts b/yarn-project/acir-simulator/src/client/db_oracle.ts
index 3a259db86932..da9233c5453a 100644
--- a/yarn-project/acir-simulator/src/client/db_oracle.ts
+++ b/yarn-project/acir-simulator/src/client/db_oracle.ts
@@ -1,5 +1,5 @@
 import { CompleteAddress, GrumpkinPrivateKey, HistoricBlockData, PublicKey } from '@aztec/circuits.js';
-import { FunctionAbi, FunctionDebugMetadata, FunctionSelector } from '@aztec/foundation/abi';
+import { FunctionArtifact, FunctionDebugMetadata, FunctionSelector } from '@aztec/foundation/abi';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
@@ -8,9 +8,9 @@ import { NoteData } from '../acvm/index.js';
 import { CommitmentsDB } from '../public/index.js';
 
 /**
- * A function ABI with optional debug metadata
+ * A function artifact with optional debug metadata
  */
-export interface FunctionAbiWithDebugMetadata extends FunctionAbi {
+export interface FunctionArtifactWithDebugMetadata extends FunctionArtifact {
   /**
    * Debug metadata for the function.
    */
@@ -59,14 +59,17 @@ export interface DBOracle extends CommitmentsDB {
   getNotes(contractAddress: AztecAddress, storageSlot: Fr): Promise<NoteData[]>;
 
   /**
-   * Retrieve the ABI information of a specific function within a contract.
+   * Retrieve the artifact information of a specific function within a contract.
    * The function is identified by its selector, which is a unique identifier generated from the function signature.
    *
    * @param contractAddress - The contract address.
    * @param selector - The corresponding function selector.
-   * @returns A Promise that resolves to a FunctionAbi object containing the ABI information of the target function.
+   * @returns A Promise that resolves to a FunctionArtifact object.
    */
-  getFunctionABI(contractAddress: AztecAddress, selector: FunctionSelector): Promise<FunctionAbiWithDebugMetadata>;
+  getFunctionArtifact(
+    contractAddress: AztecAddress,
+    selector: FunctionSelector,
+  ): Promise<FunctionArtifactWithDebugMetadata>;
 
   /**
    * Retrieves the portal contract address associated with the given contract address.
diff --git a/yarn-project/acir-simulator/src/client/private_execution.test.ts b/yarn-project/acir-simulator/src/client/private_execution.test.ts
index d861fa8c6bfa..58b7c5d49ae6 100644
--- a/yarn-project/acir-simulator/src/client/private_execution.test.ts
+++ b/yarn-project/acir-simulator/src/client/private_execution.test.ts
@@ -24,7 +24,7 @@ import {
 } from '@aztec/circuits.js/abis';
 import { pedersenPlookupCommitInputs } from '@aztec/circuits.js/barretenberg';
 import { makeContractDeploymentData } from '@aztec/circuits.js/factories';
-import { FunctionAbi, FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
+import { FunctionArtifact, FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
 import { asyncMap } from '@aztec/foundation/async-map';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { toBufferBE } from '@aztec/foundation/bigint-buffer';
@@ -33,14 +33,14 @@ import { Fr, GrumpkinScalar } from '@aztec/foundation/fields';
 import { DebugLogger, createDebugLogger } from '@aztec/foundation/log';
 import { AppendOnlyTree, Pedersen, StandardTree, newTree } from '@aztec/merkle-tree';
 import {
-  ChildContractAbi,
-  ImportTestContractAbi,
-  NonNativeTokenContractAbi,
-  ParentContractAbi,
-  PendingCommitmentsContractAbi,
-  PrivateTokenAirdropContractAbi,
-  StatefulTestContractAbi,
-  TestContractAbi,
+  ChildContractArtifact,
+  ImportTestContractArtifact,
+  ParentContractArtifact,
+  PendingCommitmentsContractArtifact,
+  PrivateTokenAirdropContractArtifact,
+  StatefulTestContractArtifact,
+  TestContractArtifact,
+  TokenContractArtifact,
 } from '@aztec/noir-contracts/artifacts';
 import { PackedArguments, TxExecutionRequest } from '@aztec/types';
 
@@ -48,8 +48,9 @@ import { jest } from '@jest/globals';
 import { MockProxy, mock } from 'jest-mock-extended';
 import { default as levelup } from 'levelup';
 import { type MemDown, default as memdown } from 'memdown';
+import { getFunctionSelector } from 'viem';
 
-import { buildL1ToL2Message, getFunctionAbi } from '../test/utils.js';
+import { buildL1ToL2Message, getFunctionArtifact } from '../test/utils.js';
 import { computeSlotForMapping } from '../utils.js';
 import { DBOracle } from './db_oracle.js';
 import { AcirSimulator } from './simulator.js';
@@ -90,22 +91,22 @@ describe('Private Execution test suite', () => {
   };
 
   const runSimulator = async ({
-    abi,
+    artifact,
     args = [],
     msgSender = AztecAddress.ZERO,
     contractAddress = defaultContractAddress,
     portalContractAddress = EthAddress.ZERO,
     txContext = {},
   }: {
-    abi: FunctionAbi;
+    artifact: FunctionArtifact;
     msgSender?: AztecAddress;
     contractAddress?: AztecAddress;
     portalContractAddress?: EthAddress;
     args?: any[];
     txContext?: Partial<FieldsOf<TxContext>>;
   }) => {
-    const packedArguments = await PackedArguments.fromArgs(encodeArguments(abi, args), circuitsWasm);
-    const functionData = FunctionData.fromAbi(abi);
+    const packedArguments = await PackedArguments.fromArgs(encodeArguments(artifact, args), circuitsWasm);
+    const functionData = FunctionData.fromAbi(artifact);
     const txRequest = TxExecutionRequest.from({
       origin: contractAddress,
       argsHash: packedArguments.hash,
@@ -117,7 +118,7 @@ describe('Private Execution test suite', () => {
 
     return acirSimulator.run(
       txRequest,
-      abi,
+      artifact,
       functionData.isConstructor ? AztecAddress.ZERO : contractAddress,
       portalContractAddress,
       msgSender,
@@ -179,10 +180,10 @@ describe('Private Execution test suite', () => {
 
   describe('empty constructor', () => {
     it('should run the empty constructor', async () => {
-      const abi = getFunctionAbi(TestContractAbi, 'constructor');
+      const artifact = getFunctionArtifact(TestContractArtifact, 'constructor');
       const contractDeploymentData = makeContractDeploymentData(100);
       const txContext = { isContractDeploymentTx: true, contractDeploymentData };
-      const result = await runSimulator({ abi, txContext });
+      const result = await runSimulator({ artifact, txContext });
 
       const emptyCommitments = new Array(MAX_NEW_COMMITMENTS_PER_CALL).fill(Fr.ZERO);
       expect(result.callStackItem.publicInputs.newCommitments).toEqual(emptyCommitments);
@@ -226,16 +227,16 @@ describe('Private Execution test suite', () => {
         throw new Error(`Unknown address ${address}`);
       });
 
-      oracle.getFunctionABI.mockImplementation((_, selector) =>
+      oracle.getFunctionArtifact.mockImplementation((_, selector) =>
         Promise.resolve(
-          PrivateTokenAirdropContractAbi.functions.find(f =>
+          PrivateTokenAirdropContractArtifact.functions.find(f =>
             selector.equals(FunctionSelector.fromNameAndParameters(f.name, f.parameters)),
           )!,
         ),
       );
     });
 
-    it('should have an abi for computing note hash and nullifier', async () => {
+    it('should have an artifact for computing note hash and nullifier', async () => {
       const storageSlot = Fr.random();
       const note = buildNote(60n, owner, storageSlot);
 
@@ -262,9 +263,9 @@ describe('Private Execution test suite', () => {
     });
 
     it('should a constructor with arguments that inserts notes', async () => {
-      const abi = getFunctionAbi(PrivateTokenAirdropContractAbi, 'constructor');
+      const artifact = getFunctionArtifact(PrivateTokenAirdropContractArtifact, 'constructor');
 
-      const result = await runSimulator({ args: [140, owner], abi });
+      const result = await runSimulator({ args: [140, owner], artifact });
 
       expect(result.newNotes).toHaveLength(1);
       const newNote = result.newNotes[0];
@@ -280,9 +281,9 @@ describe('Private Execution test suite', () => {
     });
 
     it('should run the mint function', async () => {
-      const abi = getFunctionAbi(PrivateTokenAirdropContractAbi, 'mint');
+      const artifact = getFunctionArtifact(PrivateTokenAirdropContractArtifact, 'mint');
 
-      const result = await runSimulator({ args: [140, owner], abi });
+      const result = await runSimulator({ args: [140, owner], artifact });
 
       expect(result.newNotes).toHaveLength(1);
       const newNote = result.newNotes[0];
@@ -299,7 +300,7 @@ describe('Private Execution test suite', () => {
 
     it('should run the transfer function', async () => {
       const amountToTransfer = 100n;
-      const abi = getFunctionAbi(PrivateTokenAirdropContractAbi, 'transfer');
+      const artifact = getFunctionArtifact(PrivateTokenAirdropContractArtifact, 'transfer');
 
       const storageSlot = computeSlotForMapping(new Fr(1n), owner.toField(), circuitsWasm);
       const recipientStorageSlot = computeSlotForMapping(new Fr(1n), recipient.toField(), circuitsWasm);
@@ -313,7 +314,7 @@ describe('Private Execution test suite', () => {
       await insertLeaves(consumedNotes.map(n => n.siloedNoteHash));
 
       const args = [amountToTransfer, recipient];
-      const result = await runSimulator({ args, abi, msgSender: owner });
+      const result = await runSimulator({ args, artifact, msgSender: owner });
 
       // The two notes were nullified
       const newNullifiers = result.callStackItem.publicInputs.newNullifiers.filter(field => !field.equals(Fr.ZERO));
@@ -346,7 +347,7 @@ describe('Private Execution test suite', () => {
     it('should be able to transfer with dummy notes', async () => {
       const amountToTransfer = 100n;
       const balance = 160n;
-      const abi = getFunctionAbi(PrivateTokenAirdropContractAbi, 'transfer');
+      const artifact = getFunctionArtifact(PrivateTokenAirdropContractArtifact, 'transfer');
 
       const storageSlot = computeSlotForMapping(new Fr(1n), owner.toField(), circuitsWasm);
 
@@ -359,7 +360,7 @@ describe('Private Execution test suite', () => {
       await insertLeaves(consumedNotes.map(n => n.siloedNoteHash));
 
       const args = [amountToTransfer, recipient];
-      const result = await runSimulator({ args, abi, msgSender: owner });
+      const result = await runSimulator({ args, artifact, msgSender: owner });
 
       const newNullifiers = result.callStackItem.publicInputs.newNullifiers.filter(field => !field.equals(Fr.ZERO));
       expect(newNullifiers).toEqual(consumedNotes.map(n => n.innerNullifier));
@@ -407,16 +408,16 @@ describe('Private Execution test suite', () => {
         throw new Error(`Unknown address ${address}`);
       });
 
-      oracle.getFunctionABI.mockImplementation((_, selector) =>
+      oracle.getFunctionArtifact.mockImplementation((_, selector) =>
         Promise.resolve(
-          StatefulTestContractAbi.functions.find(f =>
+          StatefulTestContractArtifact.functions.find(f =>
             selector.equals(FunctionSelector.fromNameAndParameters(f.name, f.parameters)),
           )!,
         ),
       );
     });
 
-    it('should have an abi for computing note hash and nullifier', async () => {
+    it('should have an artifact for computing note hash and nullifier', async () => {
       const storageSlot = Fr.random();
       const note = buildNote(60n, owner, storageSlot);
 
@@ -443,9 +444,9 @@ describe('Private Execution test suite', () => {
     });
 
     it('should a constructor with arguments that inserts notes', async () => {
-      const abi = getFunctionAbi(StatefulTestContractAbi, 'constructor');
+      const artifact = getFunctionArtifact(StatefulTestContractArtifact, 'constructor');
 
-      const result = await runSimulator({ args: [owner, 140], abi });
+      const result = await runSimulator({ args: [owner, 140], artifact });
 
       expect(result.newNotes).toHaveLength(1);
       const newNote = result.newNotes[0];
@@ -461,9 +462,9 @@ describe('Private Execution test suite', () => {
     });
 
     it('should run the create_note function', async () => {
-      const abi = getFunctionAbi(StatefulTestContractAbi, 'create_note');
+      const artifact = getFunctionArtifact(StatefulTestContractArtifact, 'create_note');
 
-      const result = await runSimulator({ args: [owner, 140], abi });
+      const result = await runSimulator({ args: [owner, 140], artifact });
 
       expect(result.newNotes).toHaveLength(1);
       const newNote = result.newNotes[0];
@@ -480,7 +481,7 @@ describe('Private Execution test suite', () => {
 
     it('should run the destroy_and_create function', async () => {
       const amountToTransfer = 100n;
-      const abi = getFunctionAbi(StatefulTestContractAbi, 'destroy_and_create');
+      const artifact = getFunctionArtifact(StatefulTestContractArtifact, 'destroy_and_create');
 
       const storageSlot = computeSlotForMapping(new Fr(1n), owner.toField(), circuitsWasm);
       const recipientStorageSlot = computeSlotForMapping(new Fr(1n), recipient.toField(), circuitsWasm);
@@ -494,7 +495,7 @@ describe('Private Execution test suite', () => {
       await insertLeaves(consumedNotes.map(n => n.siloedNoteHash));
 
       const args = [recipient, amountToTransfer];
-      const result = await runSimulator({ args, abi, msgSender: owner });
+      const result = await runSimulator({ args, artifact, msgSender: owner });
 
       // The two notes were nullified
       const newNullifiers = result.callStackItem.publicInputs.newNullifiers.filter(field => !field.equals(Fr.ZERO));
@@ -527,7 +528,7 @@ describe('Private Execution test suite', () => {
     it('should be able to destroy_and_create with dummy notes', async () => {
       const amountToTransfer = 100n;
       const balance = 160n;
-      const abi = getFunctionAbi(StatefulTestContractAbi, 'destroy_and_create');
+      const artifact = getFunctionArtifact(StatefulTestContractArtifact, 'destroy_and_create');
 
       const storageSlot = computeSlotForMapping(new Fr(1n), owner.toField(), circuitsWasm);
 
@@ -540,7 +541,7 @@ describe('Private Execution test suite', () => {
       await insertLeaves(consumedNotes.map(n => n.siloedNoteHash));
 
       const args = [recipient, amountToTransfer];
-      const result = await runSimulator({ args, abi, msgSender: owner });
+      const result = await runSimulator({ args, artifact, msgSender: owner });
 
       const newNullifiers = result.callStackItem.publicInputs.newNullifiers.filter(field => !field.equals(Fr.ZERO));
       expect(newNullifiers).toEqual(consumedNotes.map(n => n.innerNullifier));
@@ -557,30 +558,30 @@ describe('Private Execution test suite', () => {
 
     it('child function should be callable', async () => {
       const initialValue = 100n;
-      const abi = getFunctionAbi(ChildContractAbi, 'value');
-      const result = await runSimulator({ args: [initialValue], abi });
+      const artifact = getFunctionArtifact(ChildContractArtifact, 'value');
+      const result = await runSimulator({ args: [initialValue], artifact });
 
       expect(result.callStackItem.publicInputs.returnValues[0]).toEqual(new Fr(initialValue + privateIncrement));
     });
 
     it('parent should call child', async () => {
-      const childAbi = getFunctionAbi(ChildContractAbi, 'value');
-      const parentAbi = getFunctionAbi(ParentContractAbi, 'entryPoint');
+      const childArtifact = getFunctionArtifact(ChildContractArtifact, 'value');
+      const parentArtifact = getFunctionArtifact(ParentContractArtifact, 'entryPoint');
       const parentAddress = AztecAddress.random();
       const childAddress = AztecAddress.random();
-      const childSelector = FunctionSelector.fromNameAndParameters(childAbi.name, childAbi.parameters);
+      const childSelector = FunctionSelector.fromNameAndParameters(childArtifact.name, childArtifact.parameters);
 
-      oracle.getFunctionABI.mockImplementation(() => Promise.resolve(childAbi));
+      oracle.getFunctionArtifact.mockImplementation(() => Promise.resolve(childArtifact));
       oracle.getPortalContractAddress.mockImplementation(() => Promise.resolve(EthAddress.ZERO));
 
       logger(`Parent deployed at ${parentAddress.toShortString()}`);
       logger(`Calling child function ${childSelector.toString()} at ${childAddress.toShortString()}`);
 
       const args = [Fr.fromBuffer(childAddress.toBuffer()), Fr.fromBuffer(childSelector.toBuffer())];
-      const result = await runSimulator({ args, abi: parentAbi });
+      const result = await runSimulator({ args, artifact: parentArtifact });
 
       expect(result.callStackItem.publicInputs.returnValues[0]).toEqual(new Fr(privateIncrement));
-      expect(oracle.getFunctionABI.mock.calls[0]).toEqual([childAddress, childSelector]);
+      expect(oracle.getFunctionArtifact.mock.calls[0]).toEqual([childAddress, childSelector]);
       expect(oracle.getPortalContractAddress.mock.calls[0]).toEqual([childAddress]);
       expect(result.nestedExecutions).toHaveLength(1);
       expect(result.nestedExecutions[0].callStackItem.publicInputs.returnValues[0]).toEqual(new Fr(privateIncrement));
@@ -595,42 +596,42 @@ describe('Private Execution test suite', () => {
   describe('nested calls through autogenerated interface', () => {
     let args: any[];
     let argsHash: Fr;
-    let testCodeGenAbi: FunctionAbi;
+    let testCodeGenArtifact: FunctionArtifact;
 
     beforeAll(async () => {
       // These args should match the ones hardcoded in importer contract
       const dummyNote = { amount: 1, secretHash: 2 };
       const deepStruct = { aField: 1, aBool: true, aNote: dummyNote, manyNotes: [dummyNote, dummyNote, dummyNote] };
       args = [1, true, 1, [1, 2], dummyNote, deepStruct];
-      testCodeGenAbi = TestContractAbi.functions.find(f => f.name === 'testCodeGen')!;
-      const serializedArgs = encodeArguments(testCodeGenAbi, args);
+      testCodeGenArtifact = TestContractArtifact.functions.find(f => f.name === 'testCodeGen')!;
+      const serializedArgs = encodeArguments(testCodeGenArtifact, args);
       argsHash = await computeVarArgsHash(await CircuitsWasm.get(), serializedArgs);
     });
 
     it('test function should be directly callable', async () => {
       logger(`Calling testCodeGen function`);
-      const result = await runSimulator({ args, abi: testCodeGenAbi });
+      const result = await runSimulator({ args, artifact: testCodeGenArtifact });
 
       expect(result.callStackItem.publicInputs.returnValues[0]).toEqual(argsHash);
     });
 
     it('test function should be callable through autogenerated interface', async () => {
       const testAddress = AztecAddress.random();
-      const parentAbi = ImportTestContractAbi.functions.find(f => f.name === 'main')!;
+      const parentArtifact = ImportTestContractArtifact.functions.find(f => f.name === 'main')!;
       const testCodeGenSelector = FunctionSelector.fromNameAndParameters(
-        testCodeGenAbi.name,
-        testCodeGenAbi.parameters,
+        testCodeGenArtifact.name,
+        testCodeGenArtifact.parameters,
       );
 
-      oracle.getFunctionABI.mockResolvedValue(testCodeGenAbi);
+      oracle.getFunctionArtifact.mockResolvedValue(testCodeGenArtifact);
       oracle.getPortalContractAddress.mockResolvedValue(EthAddress.ZERO);
 
       logger(`Calling importer main function`);
       const args = [testAddress];
-      const result = await runSimulator({ args, abi: parentAbi });
+      const result = await runSimulator({ args, artifact: parentArtifact });
 
       expect(result.callStackItem.publicInputs.returnValues[0]).toEqual(argsHash);
-      expect(oracle.getFunctionABI.mock.calls[0]).toEqual([testAddress, testCodeGenSelector]);
+      expect(oracle.getFunctionArtifact.mock.calls[0]).toEqual([testAddress, testCodeGenSelector]);
       expect(oracle.getPortalContractAddress.mock.calls[0]).toEqual([testAddress]);
       expect(result.nestedExecutions).toHaveLength(1);
       expect(result.nestedExecutions[0].callStackItem.publicInputs.returnValues[0]).toEqual(argsHash);
@@ -649,16 +650,16 @@ describe('Private Execution test suite', () => {
 
     it('Should be able to consume a dummy cross chain message', async () => {
       const bridgedAmount = 100n;
-      const abi = getFunctionAbi(NonNativeTokenContractAbi, 'mint');
+      const artifact = getFunctionArtifact(TestContractArtifact, 'consume_mint_private_message');
 
-      const secret = new Fr(1n);
+      const secretForL1ToL2MessageConsumption = new Fr(1n);
+      const secretHashForRedeemingNotes = new Fr(2n);
       const canceller = EthAddress.random();
-      // Function selector: 0xeeb73071 keccak256('mint(uint256,bytes32,address)')
       const preimage = await buildL1ToL2Message(
-        'eeb73071',
-        [new Fr(bridgedAmount), recipient.toField(), canceller.toField()],
+        getFunctionSelector('mint_private(bytes32,uint256,address)').substring(2),
+        [secretHashForRedeemingNotes, new Fr(bridgedAmount), canceller.toField()],
         contractAddress,
-        secret,
+        secretForL1ToL2MessageConsumption,
       );
 
       // stub message key
@@ -673,8 +674,14 @@ describe('Private Execution test suite', () => {
         });
       });
 
-      const args = [bridgedAmount, recipient, messageKey, secret, canceller.toField()];
-      const result = await runSimulator({ contractAddress, abi, args });
+      const args = [
+        secretHashForRedeemingNotes,
+        bridgedAmount,
+        canceller.toField(),
+        messageKey,
+        secretForL1ToL2MessageConsumption,
+      ];
+      const result = await runSimulator({ contractAddress, artifact, args });
 
       // Check a nullifier has been inserted
       const newNullifiers = result.callStackItem.publicInputs.newNullifiers.filter(field => !field.equals(Fr.ZERO));
@@ -683,14 +690,14 @@ describe('Private Execution test suite', () => {
 
     it('Should be able to consume a dummy public to private message', async () => {
       const amount = 100n;
-      const abi = getFunctionAbi(NonNativeTokenContractAbi, 'redeemShield');
+      const artifact = getFunctionArtifact(TokenContractArtifact, 'redeem_shield');
 
       const wasm = await CircuitsWasm.get();
       const secret = new Fr(1n);
       const secretHash = computeSecretMessageHash(wasm, secret);
       const preimage = [toBufferBE(amount, 32), secretHash.toBuffer()];
       const noteHash = Fr.fromBuffer(hash(preimage));
-      const storageSlot = new Fr(2);
+      const storageSlot = new Fr(5);
       const innerNoteHash = Fr.fromBuffer(hash([storageSlot.toBuffer(), noteHash.toBuffer()]));
       const siloedNoteHash = siloCommitment(wasm, contractAddress, innerNoteHash);
       oracle.getNotes.mockResolvedValue([
@@ -706,8 +713,8 @@ describe('Private Execution test suite', () => {
       ]);
 
       const result = await runSimulator({
-        abi,
-        args: [amount, secret, recipient],
+        artifact,
+        args: [recipient, amount, secret],
       });
 
       // Check a nullifier has been inserted.
@@ -723,26 +730,29 @@ describe('Private Execution test suite', () => {
 
   describe('enqueued calls', () => {
     it.each([false, true])('parent should enqueue call to child (internal %p)', async isInternal => {
-      const parentAbi = ParentContractAbi.functions.find(f => f.name === 'enqueueCallToChild')!;
-      const childContractAbi = ParentContractAbi.functions[0];
+      const parentArtifact = ParentContractArtifact.functions.find(f => f.name === 'enqueueCallToChild')!;
+      const childContractArtifact = ParentContractArtifact.functions[0];
       const childAddress = AztecAddress.random();
       const childPortalContractAddress = EthAddress.random();
-      const childSelector = FunctionSelector.fromNameAndParameters(childContractAbi.name, childContractAbi.parameters);
+      const childSelector = FunctionSelector.fromNameAndParameters(
+        childContractArtifact.name,
+        childContractArtifact.parameters,
+      );
       const parentAddress = AztecAddress.random();
 
       oracle.getPortalContractAddress.mockImplementation(() => Promise.resolve(childPortalContractAddress));
-      oracle.getFunctionABI.mockImplementation(() => Promise.resolve({ ...childContractAbi, isInternal }));
+      oracle.getFunctionArtifact.mockImplementation(() => Promise.resolve({ ...childContractArtifact, isInternal }));
 
       const args = [Fr.fromBuffer(childAddress.toBuffer()), childSelector.toField(), 42n];
       const result = await runSimulator({
         msgSender: parentAddress,
         contractAddress: parentAddress,
-        abi: parentAbi,
+        artifact: parentArtifact,
         args,
       });
 
-      // Alter function data (abi) to match the manipulated oracle
-      const functionData = FunctionData.fromAbi(childContractAbi);
+      // Alter function data to match the manipulated oracle
+      const functionData = FunctionData.fromAbi(childContractArtifact);
       functionData.isInternal = isInternal;
 
       const publicCallRequest = PublicCallRequest.from({
@@ -781,9 +791,9 @@ describe('Private Execution test suite', () => {
     });
 
     beforeEach(() => {
-      oracle.getFunctionABI.mockImplementation((_, selector) =>
+      oracle.getFunctionArtifact.mockImplementation((_, selector) =>
         Promise.resolve(
-          PendingCommitmentsContractAbi.functions.find(f =>
+          PendingCommitmentsContractArtifact.functions.find(f =>
             selector.equals(FunctionSelector.fromNameAndParameters(f.name, f.parameters)),
           )!,
         ),
@@ -796,14 +806,14 @@ describe('Private Execution test suite', () => {
       const amountToTransfer = 100n;
 
       const contractAddress = AztecAddress.random();
-      const abi = PendingCommitmentsContractAbi.functions.find(
+      const artifact = PendingCommitmentsContractArtifact.functions.find(
         f => f.name === 'test_insert_then_get_then_nullify_flat',
       )!;
 
       const args = [amountToTransfer, owner];
       const result = await runSimulator({
         args: args,
-        abi: abi,
+        artifact: artifact,
         contractAddress,
       });
 
@@ -839,19 +849,26 @@ describe('Private Execution test suite', () => {
       const amountToTransfer = 100n;
 
       const contractAddress = AztecAddress.random();
-      const abi = PendingCommitmentsContractAbi.functions.find(
+      const artifact = PendingCommitmentsContractArtifact.functions.find(
         f => f.name === 'test_insert_then_get_then_nullify_all_in_nested_calls',
       )!;
-      const insertAbi = PendingCommitmentsContractAbi.functions.find(f => f.name === 'insert_note')!;
-      const getThenNullifyAbi = PendingCommitmentsContractAbi.functions.find(f => f.name === 'get_then_nullify_note')!;
-      const getZeroAbi = PendingCommitmentsContractAbi.functions.find(f => f.name === 'get_note_zero_balance')!;
+      const insertArtifact = PendingCommitmentsContractArtifact.functions.find(f => f.name === 'insert_note')!;
+      const getThenNullifyArtifact = PendingCommitmentsContractArtifact.functions.find(
+        f => f.name === 'get_then_nullify_note',
+      )!;
+      const getZeroArtifact = PendingCommitmentsContractArtifact.functions.find(
+        f => f.name === 'get_note_zero_balance',
+      )!;
 
-      const insertFnSelector = FunctionSelector.fromNameAndParameters(insertAbi.name, insertAbi.parameters);
+      const insertFnSelector = FunctionSelector.fromNameAndParameters(insertArtifact.name, insertArtifact.parameters);
       const getThenNullifyFnSelector = FunctionSelector.fromNameAndParameters(
-        getThenNullifyAbi.name,
-        getThenNullifyAbi.parameters,
+        getThenNullifyArtifact.name,
+        getThenNullifyArtifact.parameters,
+      );
+      const getZeroFnSelector = FunctionSelector.fromNameAndParameters(
+        getZeroArtifact.name,
+        getZeroArtifact.parameters,
       );
-      const getZeroFnSelector = FunctionSelector.fromNameAndParameters(getZeroAbi.name, getZeroAbi.parameters);
 
       oracle.getPortalContractAddress.mockImplementation(() => Promise.resolve(EthAddress.ZERO));
 
@@ -864,7 +881,7 @@ describe('Private Execution test suite', () => {
       ];
       const result = await runSimulator({
         args: args,
-        abi: abi,
+        artifact: artifact,
         contractAddress: contractAddress,
       });
 
@@ -910,12 +927,14 @@ describe('Private Execution test suite', () => {
       const amountToTransfer = 100n;
 
       const contractAddress = AztecAddress.random();
-      const abi = PendingCommitmentsContractAbi.functions.find(f => f.name === 'test_bad_get_then_insert_flat')!;
+      const artifact = PendingCommitmentsContractArtifact.functions.find(
+        f => f.name === 'test_bad_get_then_insert_flat',
+      )!;
 
       const args = [amountToTransfer, owner];
       const result = await runSimulator({
         args: args,
-        abi: abi,
+        artifact: artifact,
         contractAddress,
       });
 
@@ -948,9 +967,9 @@ describe('Private Execution test suite', () => {
 
   describe('get public key', () => {
     it('gets the public key for an address', async () => {
-      // Tweak the contract ABI so we can extract return values
-      const abi = getFunctionAbi(TestContractAbi, 'getPublicKey');
-      abi.returnTypes = [{ kind: 'array', length: 2, type: { kind: 'field' } }];
+      // Tweak the contract artifact so we can extract return values
+      const artifact = getFunctionArtifact(TestContractArtifact, 'getPublicKey');
+      artifact.returnTypes = [{ kind: 'array', length: 2, type: { kind: 'field' } }];
 
       // Generate a partial address, pubkey, and resulting address
       const completeAddress = await CompleteAddress.random();
@@ -958,7 +977,7 @@ describe('Private Execution test suite', () => {
       const pubKey = completeAddress.publicKey;
 
       oracle.getCompleteAddress.mockResolvedValue(completeAddress);
-      const result = await runSimulator({ abi, args });
+      const result = await runSimulator({ artifact, args });
       expect(result.returnValues).toEqual([pubKey.x.value, pubKey.y.value]);
     });
   });
@@ -968,39 +987,39 @@ describe('Private Execution test suite', () => {
       const portalContractAddress = EthAddress.random();
       const aztecAddressToQuery = AztecAddress.random();
 
-      // Tweak the contract ABI so we can extract return values
-      const abi = getFunctionAbi(TestContractAbi, 'getPortalContractAddress');
-      abi.returnTypes = [{ kind: 'field' }];
+      // Tweak the contract artifact so we can extract return values
+      const artifact = getFunctionArtifact(TestContractArtifact, 'getPortalContractAddress');
+      artifact.returnTypes = [{ kind: 'field' }];
 
       const args = [aztecAddressToQuery.toField()];
 
       // Overwrite the oracle return value
       oracle.getPortalContractAddress.mockResolvedValue(portalContractAddress);
-      const result = await runSimulator({ abi, args });
+      const result = await runSimulator({ artifact, args });
       expect(result.returnValues).toEqual(portalContractAddress.toField().value);
     });
 
     it('this_address should return the current context address', async () => {
       const contractAddress = AztecAddress.random();
 
-      // Tweak the contract ABI so we can extract return values
-      const abi = getFunctionAbi(TestContractAbi, 'getThisAddress');
-      abi.returnTypes = [{ kind: 'field' }];
+      // Tweak the contract artifact so we can extract return values
+      const artifact = getFunctionArtifact(TestContractArtifact, 'getThisAddress');
+      artifact.returnTypes = [{ kind: 'field' }];
 
       // Overwrite the oracle return value
-      const result = await runSimulator({ abi, args: [], contractAddress });
+      const result = await runSimulator({ artifact, args: [], contractAddress });
       expect(result.returnValues).toEqual(contractAddress.toField().value);
     });
 
     it("this_portal_address should return the current context's portal address", async () => {
       const portalContractAddress = EthAddress.random();
 
-      // Tweak the contract ABI so we can extract return values
-      const abi = getFunctionAbi(TestContractAbi, 'getThisPortalAddress');
-      abi.returnTypes = [{ kind: 'field' }];
+      // Tweak the contract artifact so we can extract return values
+      const artifact = getFunctionArtifact(TestContractArtifact, 'getThisPortalAddress');
+      artifact.returnTypes = [{ kind: 'field' }];
 
       // Overwrite the oracle return value
-      const result = await runSimulator({ abi, args: [], portalContractAddress });
+      const result = await runSimulator({ artifact, args: [], portalContractAddress });
       expect(result.returnValues).toEqual(portalContractAddress.toField().value);
     });
   });
diff --git a/yarn-project/acir-simulator/src/client/private_execution.ts b/yarn-project/acir-simulator/src/client/private_execution.ts
index 3de7e625b5f7..c6e8483641ac 100644
--- a/yarn-project/acir-simulator/src/client/private_execution.ts
+++ b/yarn-project/acir-simulator/src/client/private_execution.ts
@@ -9,7 +9,7 @@ import { extractPrivateCircuitPublicInputs } from '../acvm/deserialize.js';
 import { Oracle, acvm, extractCallStack } from '../acvm/index.js';
 import { ExecutionError } from '../common/errors.js';
 import { ClientExecutionContext } from './client_execution_context.js';
-import { FunctionAbiWithDebugMetadata } from './db_oracle.js';
+import { FunctionArtifactWithDebugMetadata } from './db_oracle.js';
 import { ExecutionResult } from './execution_result.js';
 import { AcirSimulator } from './simulator.js';
 
@@ -18,7 +18,7 @@ import { AcirSimulator } from './simulator.js';
  */
 export async function executePrivateFunction(
   context: ClientExecutionContext,
-  abi: FunctionAbiWithDebugMetadata,
+  artifact: FunctionArtifactWithDebugMetadata,
   contractAddress: AztecAddress,
   functionData: FunctionData,
   log = createDebugLogger('aztec:simulator:secret_execution'),
@@ -26,7 +26,7 @@ export async function executePrivateFunction(
   const functionSelector = functionData.selector;
   log(`Executing external function ${contractAddress}:${functionSelector}`);
 
-  const acir = Buffer.from(abi.bytecode, 'base64');
+  const acir = Buffer.from(artifact.bytecode, 'base64');
   const initialWitness = context.getInitialWitness();
   const acvmCallback = new Oracle(context);
   const { partialWitness } = await acvm(await AcirSimulator.getSolver(), acir, initialWitness, acvmCallback).catch(
@@ -37,7 +37,7 @@ export async function executePrivateFunction(
           contractAddress,
           functionSelector,
         },
-        extractCallStack(err, abi.debug),
+        extractCallStack(err, artifact.debug),
         { cause: err },
       );
     },
@@ -54,7 +54,7 @@ export async function executePrivateFunction(
   publicInputs.unencryptedLogPreimagesLength = new Fr(unencryptedLogs.getSerializedLength());
 
   const callStackItem = new PrivateCallStackItem(contractAddress, functionData, publicInputs, false);
-  const returnValues = decodeReturnValues(abi, publicInputs.returnValues);
+  const returnValues = decodeReturnValues(artifact, publicInputs.returnValues);
   const readRequestPartialWitnesses = context.getReadRequestPartialWitnesses(publicInputs.readRequests);
   const newNotes = context.getNewNotes();
   const nestedExecutions = context.getNestedExecutions();
@@ -69,7 +69,7 @@ export async function executePrivateFunction(
     returnValues,
     readRequestPartialWitnesses,
     newNotes,
-    vk: Buffer.from(abi.verificationKey!, 'hex'),
+    vk: Buffer.from(artifact.verificationKey!, 'hex'),
     nestedExecutions,
     enqueuedPublicFunctionCalls,
     encryptedLogs,
diff --git a/yarn-project/acir-simulator/src/client/simulator.ts b/yarn-project/acir-simulator/src/client/simulator.ts
index 2679f15e02a2..46521e35c606 100644
--- a/yarn-project/acir-simulator/src/client/simulator.ts
+++ b/yarn-project/acir-simulator/src/client/simulator.ts
@@ -13,7 +13,7 @@ import { createSimulationError } from '../common/errors.js';
 import { SideEffectCounter } from '../common/index.js';
 import { PackedArgsCache } from '../common/packed_args_cache.js';
 import { ClientExecutionContext } from './client_execution_context.js';
-import { DBOracle, FunctionAbiWithDebugMetadata } from './db_oracle.js';
+import { DBOracle, FunctionArtifactWithDebugMetadata } from './db_oracle.js';
 import { ExecutionNoteCache } from './execution_note_cache.js';
 import { ExecutionResult } from './execution_result.js';
 import { executePrivateFunction } from './private_execution.js';
@@ -52,7 +52,7 @@ export class AcirSimulator {
   /**
    * Runs a private function.
    * @param request - The transaction request.
-   * @param entryPointABI - The ABI of the entry point function.
+   * @param entryPointArtifact - The artifact of the entry point function.
    * @param contractAddress - The address of the contract (should match request.origin)
    * @param portalContractAddress - The address of the portal contract.
    * @param msgSender - The address calling the function. This can be replaced to simulate a call from another contract or a specific account.
@@ -60,13 +60,13 @@ export class AcirSimulator {
    */
   public async run(
     request: TxExecutionRequest,
-    entryPointABI: FunctionAbiWithDebugMetadata,
+    entryPointArtifact: FunctionArtifactWithDebugMetadata,
     contractAddress: AztecAddress,
     portalContractAddress: EthAddress,
     msgSender = AztecAddress.ZERO,
   ): Promise<ExecutionResult> {
-    if (entryPointABI.functionType !== FunctionType.SECRET) {
-      throw new Error(`Cannot run ${entryPointABI.functionType} function as secret`);
+    if (entryPointArtifact.functionType !== FunctionType.SECRET) {
+      throw new Error(`Cannot run ${entryPointArtifact.functionType} function as secret`);
     }
 
     if (request.origin !== contractAddress) {
@@ -82,7 +82,7 @@ export class AcirSimulator {
       msgSender,
       contractAddress,
       portalContractAddress,
-      FunctionSelector.fromNameAndParameters(entryPointABI.name, entryPointABI.parameters),
+      FunctionSelector.fromNameAndParameters(entryPointArtifact.name, entryPointArtifact.parameters),
       false,
       false,
       request.functionData.isConstructor,
@@ -104,7 +104,7 @@ export class AcirSimulator {
     try {
       const executionResult = await executePrivateFunction(
         context,
-        entryPointABI,
+        entryPointArtifact,
         contractAddress,
         request.functionData,
       );
@@ -117,18 +117,18 @@ export class AcirSimulator {
   /**
    * Runs an unconstrained function.
    * @param request - The transaction request.
-   * @param entryPointABI - The ABI of the entry point function.
+   * @param entryPointArtifact - The artifact of the entry point function.
    * @param contractAddress - The address of the contract.
    * @param aztecNode - The AztecNode instance.
    */
   public async runUnconstrained(
     request: FunctionCall,
-    entryPointABI: FunctionAbiWithDebugMetadata,
+    entryPointArtifact: FunctionArtifactWithDebugMetadata,
     contractAddress: AztecAddress,
     aztecNode?: AztecNode,
   ) {
-    if (entryPointABI.functionType !== FunctionType.UNCONSTRAINED) {
-      throw new Error(`Cannot run ${entryPointABI.functionType} function as constrained`);
+    if (entryPointArtifact.functionType !== FunctionType.UNCONSTRAINED) {
+      throw new Error(`Cannot run ${entryPointArtifact.functionType} function as constrained`);
     }
 
     const historicBlockData = await this.db.getHistoricBlockData();
@@ -137,7 +137,7 @@ export class AcirSimulator {
     try {
       return await executeUnconstrainedFunction(
         context,
-        entryPointABI,
+        entryPointArtifact,
         contractAddress,
         request.functionData,
         request.args,
@@ -161,38 +161,38 @@ export class AcirSimulator {
     storageSlot: Fr,
     notePreimage: Fr[],
   ) {
-    let abi: FunctionAbiWithDebugMetadata | undefined = undefined;
+    let artifact: FunctionArtifactWithDebugMetadata | undefined = undefined;
 
     // Brute force
     for (let i = notePreimage.length; i < MAX_NOTE_FIELDS_LENGTH; i++) {
       const signature = `compute_note_hash_and_nullifier(Field,Field,Field,[Field;${i}])`;
       const selector = FunctionSelector.fromSignature(signature);
       try {
-        abi = await this.db.getFunctionABI(contractAddress, selector);
-        if (abi !== undefined) break;
+        artifact = await this.db.getFunctionArtifact(contractAddress, selector);
+        if (artifact !== undefined) break;
       } catch (e) {
         // ignore
       }
     }
 
-    if (abi == undefined) {
+    if (artifact == undefined) {
       throw new Error(
         `Mandatory implementation of "compute_note_hash_and_nullifier" missing in noir contract ${contractAddress.toString()}.`,
       );
     }
 
-    const preimageLen = (abi.parameters[3].type as ArrayType).length;
+    const preimageLen = (artifact.parameters[3].type as ArrayType).length;
     const extendedPreimage = notePreimage.concat(Array(preimageLen - notePreimage.length).fill(Fr.ZERO));
 
     const execRequest: FunctionCall = {
       to: AztecAddress.ZERO,
       functionData: FunctionData.empty(),
-      args: encodeArguments(abi, [contractAddress, nonce, storageSlot, extendedPreimage]),
+      args: encodeArguments(artifact, [contractAddress, nonce, storageSlot, extendedPreimage]),
     };
 
     const [innerNoteHash, siloedNoteHash, uniqueSiloedNoteHash, innerNullifier] = (await this.runUnconstrained(
       execRequest,
-      abi,
+      artifact,
       AztecAddress.ZERO,
     )) as bigint[];
 
@@ -209,7 +209,6 @@ export class AcirSimulator {
    * @param contractAddress - The address of the contract.
    * @param storageSlot - The storage slot.
    * @param notePreimage - The note preimage.
-   * @param abi - The ABI of the function `compute_note_hash`.
    * @returns The note hash.
    */
   public async computeInnerNoteHash(contractAddress: AztecAddress, storageSlot: Fr, notePreimage: Fr[]) {
@@ -228,7 +227,6 @@ export class AcirSimulator {
    * @param nonce - The nonce of the note hash.
    * @param storageSlot - The storage slot.
    * @param notePreimage - The note preimage.
-   * @param abi - The ABI of the function `compute_note_hash`.
    * @returns The note hash.
    */
   public async computeUniqueSiloedNoteHash(
@@ -252,7 +250,6 @@ export class AcirSimulator {
    * @param nonce - The nonce of the note hash.
    * @param storageSlot - The storage slot.
    * @param notePreimage - The note preimage.
-   * @param abi - The ABI of the function `compute_note_hash`.
    * @returns The note hash.
    */
   public async computeSiloedNoteHash(contractAddress: AztecAddress, nonce: Fr, storageSlot: Fr, notePreimage: Fr[]) {
@@ -271,7 +268,6 @@ export class AcirSimulator {
    * @param nonce - The nonce of the unique note hash.
    * @param storageSlot - The storage slot.
    * @param notePreimage - The note preimage.
-   * @param abi - The ABI of the function `compute_note_hash`.
    * @returns The note hash.
    */
   public async computeInnerNullifier(contractAddress: AztecAddress, nonce: Fr, storageSlot: Fr, notePreimage: Fr[]) {
diff --git a/yarn-project/acir-simulator/src/client/unconstrained_execution.test.ts b/yarn-project/acir-simulator/src/client/unconstrained_execution.test.ts
index 2cb8fa654ac3..34a4a9ced6e8 100644
--- a/yarn-project/acir-simulator/src/client/unconstrained_execution.test.ts
+++ b/yarn-project/acir-simulator/src/client/unconstrained_execution.test.ts
@@ -2,7 +2,7 @@ import { CompleteAddress, FunctionData, HistoricBlockData } from '@aztec/circuit
 import { FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { Fr, GrumpkinScalar } from '@aztec/foundation/fields';
-import { StatefulTestContractAbi } from '@aztec/noir-contracts/artifacts';
+import { StatefulTestContractArtifact } from '@aztec/noir-contracts/artifacts';
 import { FunctionCall } from '@aztec/types';
 
 import { mock } from 'jest-mock-extended';
@@ -40,7 +40,7 @@ describe('Unconstrained Execution test suite', () => {
 
     it('should run the summed_values function', async () => {
       const contractAddress = AztecAddress.random();
-      const abi = StatefulTestContractAbi.functions.find(f => f.name === 'summed_values')!;
+      const artifact = StatefulTestContractArtifact.functions.find(f => f.name === 'summed_values')!;
 
       const preimages = [...Array(5).fill(buildNote(1n, owner)), ...Array(2).fill(buildNote(2n, owner))];
 
@@ -61,10 +61,10 @@ describe('Unconstrained Execution test suite', () => {
       const execRequest: FunctionCall = {
         to: contractAddress,
         functionData: new FunctionData(FunctionSelector.empty(), false, true, true),
-        args: encodeArguments(abi, [owner]),
+        args: encodeArguments(artifact, [owner]),
       };
 
-      const result = await acirSimulator.runUnconstrained(execRequest, abi, AztecAddress.random());
+      const result = await acirSimulator.runUnconstrained(execRequest, artifact, AztecAddress.random());
 
       expect(result).toEqual(9n);
     }, 30_000);
diff --git a/yarn-project/acir-simulator/src/client/unconstrained_execution.ts b/yarn-project/acir-simulator/src/client/unconstrained_execution.ts
index 85504664c83a..d197ec386fbc 100644
--- a/yarn-project/acir-simulator/src/client/unconstrained_execution.ts
+++ b/yarn-project/acir-simulator/src/client/unconstrained_execution.ts
@@ -8,7 +8,7 @@ import { extractReturnWitness } from '../acvm/deserialize.js';
 import { ACVMField, Oracle, acvm, extractCallStack, fromACVMField, toACVMWitness } from '../acvm/index.js';
 import { ExecutionError } from '../common/errors.js';
 import { AcirSimulator } from '../index.js';
-import { FunctionAbiWithDebugMetadata } from './db_oracle.js';
+import { FunctionArtifactWithDebugMetadata } from './db_oracle.js';
 import { ViewDataOracle } from './view_data_oracle.js';
 
 /**
@@ -16,7 +16,7 @@ import { ViewDataOracle } from './view_data_oracle.js';
  */
 export async function executeUnconstrainedFunction(
   oracle: ViewDataOracle,
-  abi: FunctionAbiWithDebugMetadata,
+  artifact: FunctionArtifactWithDebugMetadata,
   contractAddress: AztecAddress,
   functionData: FunctionData,
   args: Fr[],
@@ -25,7 +25,7 @@ export async function executeUnconstrainedFunction(
   const functionSelector = functionData.selector;
   log(`Executing unconstrained function ${contractAddress}:${functionSelector}`);
 
-  const acir = Buffer.from(abi.bytecode, 'base64');
+  const acir = Buffer.from(artifact.bytecode, 'base64');
   const initialWitness = toACVMWitness(1, args);
   const { partialWitness } = await acvm(
     await AcirSimulator.getSolver(),
@@ -39,11 +39,11 @@ export async function executeUnconstrainedFunction(
         contractAddress,
         functionSelector,
       },
-      extractCallStack(err, abi.debug),
+      extractCallStack(err, artifact.debug),
       { cause: err },
     );
   });
 
   const returnValues: ACVMField[] = extractReturnWitness(acir, partialWitness);
-  return decodeReturnValues(abi, returnValues.map(fromACVMField));
+  return decodeReturnValues(artifact, returnValues.map(fromACVMField));
 }
diff --git a/yarn-project/acir-simulator/src/index.ts b/yarn-project/acir-simulator/src/index.ts
index d51150943c6b..e166c532bdd2 100644
--- a/yarn-project/acir-simulator/src/index.ts
+++ b/yarn-project/acir-simulator/src/index.ts
@@ -1,4 +1,3 @@
 export * from './client/index.js';
 export * from './acvm/index.js';
 export * from './public/index.js';
-export { computeSlotForMapping } from './utils.js';
diff --git a/yarn-project/acir-simulator/src/public/execution.ts b/yarn-project/acir-simulator/src/public/execution.ts
index e26dba8831d9..e5a8bf43aea6 100644
--- a/yarn-project/acir-simulator/src/public/execution.ts
+++ b/yarn-project/acir-simulator/src/public/execution.ts
@@ -122,7 +122,7 @@ function contractStorageReadToPublicDataRead(
   contractAddress: AztecAddress,
 ): PublicDataRead {
   return new PublicDataRead(
-    computePublicDataTreeIndex(wasm, contractAddress.toField(), read.storageSlot),
+    computePublicDataTreeIndex(wasm, contractAddress, read.storageSlot),
     computePublicDataTreeValue(wasm, read.currentValue),
     read.sideEffectCounter!,
   );
@@ -141,7 +141,7 @@ function contractStorageUpdateRequestToPublicDataUpdateRequest(
   contractAddress: AztecAddress,
 ): PublicDataUpdateRequest {
   return new PublicDataUpdateRequest(
-    computePublicDataTreeIndex(wasm, contractAddress.toField(), update.storageSlot),
+    computePublicDataTreeIndex(wasm, contractAddress, update.storageSlot),
     computePublicDataTreeValue(wasm, update.oldValue),
     computePublicDataTreeValue(wasm, update.newValue),
     update.sideEffectCounter!,
diff --git a/yarn-project/acir-simulator/src/public/index.test.ts b/yarn-project/acir-simulator/src/public/index.test.ts
index 24fb47cad497..bda1757eccc8 100644
--- a/yarn-project/acir-simulator/src/public/index.test.ts
+++ b/yarn-project/acir-simulator/src/public/index.test.ts
@@ -8,21 +8,22 @@ import {
   L1_TO_L2_MSG_TREE_HEIGHT,
 } from '@aztec/circuits.js';
 import { pedersenPlookupCommitInputs } from '@aztec/circuits.js/barretenberg';
-import { FunctionAbi, FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
+import { FunctionArtifact, FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
 import { toBigInt } from '@aztec/foundation/serialize';
 import {
-  ChildContractAbi,
-  NonNativeTokenContractAbi,
-  ParentContractAbi,
-  PublicTokenContractAbi,
-  TestContractAbi,
+  ChildContractArtifact,
+  ParentContractArtifact,
+  PublicTokenContractArtifact,
+  TestContractArtifact,
+  TokenContractArtifact,
 } from '@aztec/noir-contracts/artifacts';
 
 import { MockProxy, mock } from 'jest-mock-extended';
 import { type MemDown, default as memdown } from 'memdown';
+import { getFunctionSelector } from 'viem';
 
 import { buildL1ToL2Message } from '../test/utils.js';
 import { computeSlotForMapping } from '../utils.js';
@@ -63,9 +64,9 @@ describe('ACIR public execution simulator', () => {
     describe('mint', () => {
       it('should run the mint function', async () => {
         const contractAddress = AztecAddress.random();
-        const mintAbi = PublicTokenContractAbi.functions.find(f => f.name === 'mint')!;
-        const functionData = FunctionData.fromAbi(mintAbi);
-        const args = encodeArguments(mintAbi, [140, recipient]);
+        const mintArtifact = PublicTokenContractArtifact.functions.find(f => f.name === 'mint')!;
+        const functionData = FunctionData.fromAbi(mintArtifact);
+        const args = encodeArguments(mintArtifact, [140, recipient]);
 
         const callContext = CallContext.from({
           msgSender: AztecAddress.random(),
@@ -77,7 +78,7 @@ describe('ACIR public execution simulator', () => {
           isStaticCall: false,
         });
 
-        publicContracts.getBytecode.mockResolvedValue(Buffer.from(mintAbi.bytecode, 'base64'));
+        publicContracts.getBytecode.mockResolvedValue(Buffer.from(mintArtifact.bytecode, 'base64'));
 
         // Mock the old value for the recipient balance to be 20
         const previousBalance = new Fr(20n);
@@ -100,7 +101,7 @@ describe('ACIR public execution simulator', () => {
 
     describe('transfer', () => {
       let contractAddress: AztecAddress;
-      let abi: FunctionAbi;
+      let artifact: FunctionArtifact;
       let functionData: FunctionData;
       let args: Fr[];
       let sender: AztecAddress;
@@ -111,9 +112,9 @@ describe('ACIR public execution simulator', () => {
 
       beforeEach(() => {
         contractAddress = AztecAddress.random();
-        abi = PublicTokenContractAbi.functions.find(f => f.name === 'transfer')!;
+        artifact = PublicTokenContractArtifact.functions.find(f => f.name === 'transfer')!;
         functionData = new FunctionData(FunctionSelector.empty(), false, false, false);
-        args = encodeArguments(abi, [140, recipient]);
+        args = encodeArguments(artifact, [140, recipient]);
         sender = AztecAddress.random();
 
         callContext = CallContext.from({
@@ -129,7 +130,7 @@ describe('ACIR public execution simulator', () => {
         recipientStorageSlot = computeSlotForMapping(new Fr(1n), recipient.toField(), circuitsWasm);
         senderStorageSlot = computeSlotForMapping(new Fr(1n), Fr.fromBuffer(sender.toBuffer()), circuitsWasm);
 
-        publicContracts.getBytecode.mockResolvedValue(Buffer.from(abi.bytecode, 'base64'));
+        publicContracts.getBytecode.mockResolvedValue(Buffer.from(artifact.bytecode, 'base64'));
 
         execution = { contractAddress, functionData, args, callContext };
       });
@@ -202,14 +203,14 @@ describe('ACIR public execution simulator', () => {
       'calls the public entry point in the parent',
       async isInternal => {
         const parentContractAddress = AztecAddress.random();
-        const parentEntryPointFn = ParentContractAbi.functions.find(f => f.name === 'pubEntryPoint')!;
+        const parentEntryPointFn = ParentContractArtifact.functions.find(f => f.name === 'pubEntryPoint')!;
         const parentEntryPointFnSelector = FunctionSelector.fromNameAndParameters(
           parentEntryPointFn.name,
           parentEntryPointFn.parameters,
         );
 
         const childContractAddress = AztecAddress.random();
-        const childValueFn = ChildContractAbi.functions.find(f => f.name === 'pubGetValue')!;
+        const childValueFn = ChildContractArtifact.functions.find(f => f.name === 'pubGetValue')!;
         const childValueFnSelector = FunctionSelector.fromNameAndParameters(childValueFn.name, childValueFn.parameters);
 
         const initialValue = 3n;
@@ -285,11 +286,14 @@ describe('ACIR public execution simulator', () => {
     });
 
     it('Should be able to create a commitment from the public context', async () => {
-      const shieldAbi = NonNativeTokenContractAbi.functions.find(f => f.name === 'shield')!;
-      const args = encodeArguments(shieldAbi, params);
+      const shieldArtifact = TokenContractArtifact.functions.find(f => f.name === 'shield')!;
+      const msgSender = AztecAddress.random();
+      const secretHash = Fr.random();
+
+      const args = encodeArguments(shieldArtifact, [msgSender.toField(), amount, secretHash, Fr.ZERO]);
 
       const callContext = CallContext.from({
-        msgSender: AztecAddress.random(),
+        msgSender: msgSender,
         storageContractAddress: contractAddress,
         portalContractAddress: EthAddress.random(),
         functionSelector: FunctionSelector.empty(),
@@ -298,7 +302,7 @@ describe('ACIR public execution simulator', () => {
         isStaticCall: false,
       });
 
-      publicContracts.getBytecode.mockResolvedValue(Buffer.from(shieldAbi.bytecode, 'base64'));
+      publicContracts.getBytecode.mockResolvedValue(Buffer.from(shieldArtifact.bytecode, 'base64'));
       // mock initial balance to be greater than the amount being sent
       publicState.storageRead.mockResolvedValue(amount);
 
@@ -308,18 +312,17 @@ describe('ACIR public execution simulator', () => {
       // Assert the commitment was created
       expect(result.newCommitments.length).toEqual(1);
 
-      const expectedNoteHash = pedersenPlookupCommitInputs(
-        wasm,
-        params.map(a => a.toBuffer()),
-      );
-      const storageSlot = new Fr(2); // matches storage.nr
+      const expectedNoteHash = pedersenPlookupCommitInputs(wasm, [amount.toBuffer(), secretHash.toBuffer()]);
+      const storageSlot = new Fr(5); // for pending_shields
       const expectedInnerNoteHash = pedersenPlookupCommitInputs(wasm, [storageSlot.toBuffer(), expectedNoteHash]);
       expect(result.newCommitments[0].toBuffer()).toEqual(expectedInnerNoteHash);
     });
 
     it('Should be able to create a L2 to L1 message from the public context', async () => {
-      const createL2ToL1MessagePublicAbi = TestContractAbi.functions.find(f => f.name === 'createL2ToL1MessagePublic')!;
-      const args = encodeArguments(createL2ToL1MessagePublicAbi, params);
+      const createL2ToL1MessagePublicArtifact = TestContractArtifact.functions.find(
+        f => f.name === 'createL2ToL1MessagePublic',
+      )!;
+      const args = encodeArguments(createL2ToL1MessagePublicArtifact, params);
 
       const callContext = CallContext.from({
         msgSender: AztecAddress.random(),
@@ -331,7 +334,7 @@ describe('ACIR public execution simulator', () => {
         isStaticCall: false,
       });
 
-      publicContracts.getBytecode.mockResolvedValue(Buffer.from(createL2ToL1MessagePublicAbi.bytecode, 'base64'));
+      publicContracts.getBytecode.mockResolvedValue(Buffer.from(createL2ToL1MessagePublicArtifact.bytecode, 'base64'));
 
       const execution: PublicExecution = { contractAddress, functionData, args, callContext };
       const result = await executor.simulate(execution, GlobalVariables.empty());
@@ -346,8 +349,8 @@ describe('ACIR public execution simulator', () => {
       expect(result.newL2ToL1Messages[0].toBuffer()).toEqual(expectedNewMessageValue);
     });
 
-    it('Should be able to consume an Ll to L2 message in the public context', async () => {
-      const mintPublicAbi = NonNativeTokenContractAbi.functions.find(f => f.name === 'mintPublic')!;
+    it('Should be able to consume an L1 to L2 message in the public context', async () => {
+      const mintPublicArtifact = TestContractArtifact.functions.find(f => f.name === 'consume_mint_public_message')!;
 
       // Set up cross chain message
       const canceller = EthAddress.random();
@@ -356,22 +359,21 @@ describe('ACIR public execution simulator', () => {
       const secret = new Fr(1n);
       const recipient = AztecAddress.random();
 
-      // Function selector: 0xeeb73071 keccak256('mint(uint256,bytes32,address)')
       const preimage = await buildL1ToL2Message(
-        'eeb73071',
-        [new Fr(bridgedAmount), recipient.toField(), canceller.toField()],
+        getFunctionSelector('mint_public(bytes32,uint256,address)').substring(2),
+        [recipient.toField(), new Fr(bridgedAmount), canceller.toField()],
         contractAddress,
         secret,
       );
 
       // Stub message key
       const messageKey = Fr.random();
-      const args = encodeArguments(mintPublicAbi, [
-        bridgedAmount,
+      const args = encodeArguments(mintPublicArtifact, [
         recipient.toField(),
+        bridgedAmount,
+        canceller.toField(),
         messageKey,
         secret,
-        canceller.toField(),
       ]);
 
       const callContext = CallContext.from({
@@ -384,7 +386,7 @@ describe('ACIR public execution simulator', () => {
         isStaticCall: false,
       });
 
-      publicContracts.getBytecode.mockResolvedValue(Buffer.from(mintPublicAbi.bytecode, 'base64'));
+      publicContracts.getBytecode.mockResolvedValue(Buffer.from(mintPublicArtifact.bytecode, 'base64'));
       publicState.storageRead.mockResolvedValue(Fr.ZERO);
 
       // Mock response
@@ -403,9 +405,11 @@ describe('ACIR public execution simulator', () => {
     });
 
     it('Should be able to create a nullifier from the public context', async () => {
-      const createNullifierPublicAbi = TestContractAbi.functions.find(f => f.name === 'createNullifierPublic')!;
+      const createNullifierPublicArtifact = TestContractArtifact.functions.find(
+        f => f.name === 'createNullifierPublic',
+      )!;
 
-      const args = encodeArguments(createNullifierPublicAbi, params);
+      const args = encodeArguments(createNullifierPublicArtifact, params);
 
       const callContext = CallContext.from({
         msgSender: AztecAddress.random(),
@@ -417,7 +421,7 @@ describe('ACIR public execution simulator', () => {
         isStaticCall: false,
       });
 
-      publicContracts.getBytecode.mockResolvedValue(Buffer.from(createNullifierPublicAbi.bytecode, 'base64'));
+      publicContracts.getBytecode.mockResolvedValue(Buffer.from(createNullifierPublicArtifact.bytecode, 'base64'));
 
       const execution: PublicExecution = { contractAddress, functionData, args, callContext };
       const result = await executor.simulate(execution, GlobalVariables.empty());
diff --git a/yarn-project/acir-simulator/src/test/utils.ts b/yarn-project/acir-simulator/src/test/utils.ts
index 7b0baafe2aed..6ba0b9d013e1 100644
--- a/yarn-project/acir-simulator/src/test/utils.ts
+++ b/yarn-project/acir-simulator/src/test/utils.ts
@@ -1,10 +1,10 @@
 import { AztecAddress, CircuitsWasm, EthAddress, Fr } from '@aztec/circuits.js';
 import { computeSecretMessageHash } from '@aztec/circuits.js/abis';
-import { ContractAbi, getFunctionDebugMetadata } from '@aztec/foundation/abi';
+import { ContractArtifact, getFunctionDebugMetadata } from '@aztec/foundation/abi';
 import { sha256ToField } from '@aztec/foundation/crypto';
 import { L1Actor, L1ToL2Message, L2Actor } from '@aztec/types';
 
-import { FunctionAbiWithDebugMetadata } from '../index.js';
+import { FunctionArtifactWithDebugMetadata } from '../index.js';
 
 /**
  * Test utility function to craft an L1 to L2 message.
@@ -42,14 +42,17 @@ export const buildL1ToL2Message = async (
   );
 };
 
-export const getFunctionAbi = (abi: ContractAbi, functionName: string): FunctionAbiWithDebugMetadata => {
-  const functionIndex = abi.functions.findIndex(f => f.name === functionName);
+export const getFunctionArtifact = (
+  artifact: ContractArtifact,
+  functionName: string,
+): FunctionArtifactWithDebugMetadata => {
+  const functionIndex = artifact.functions.findIndex(f => f.name === functionName);
   if (functionIndex < 0) {
     throw new Error(`Unknown function ${functionName}`);
   }
-  const functionAbi = abi.functions[functionIndex];
+  const functionArtifact = artifact.functions[functionIndex];
 
-  const debug = getFunctionDebugMetadata(abi, functionName);
+  const debug = getFunctionDebugMetadata(artifact, functionName);
 
-  return { ...functionAbi, debug };
+  return { ...functionArtifact, debug };
 };
diff --git a/yarn-project/archiver/src/archiver/archiver.test.ts b/yarn-project/archiver/src/archiver/archiver.test.ts
index 89dd1a0a4334..5b19fbc742d1 100644
--- a/yarn-project/archiver/src/archiver/archiver.test.ts
+++ b/yarn-project/archiver/src/archiver/archiver.test.ts
@@ -22,7 +22,7 @@ describe('Archiver', () => {
 
   beforeEach(() => {
     publicClient = mock<PublicClient<HttpTransport, Chain>>();
-    archiverStore = new MemoryArchiverStore();
+    archiverStore = new MemoryArchiverStore(1000);
   });
 
   it('can start, sync and stop and handle l1 to l2 messages and logs', async () => {
diff --git a/yarn-project/archiver/src/archiver/archiver.ts b/yarn-project/archiver/src/archiver/archiver.ts
index ea9c82d3822b..fcf397b63ba2 100644
--- a/yarn-project/archiver/src/archiver/archiver.ts
+++ b/yarn-project/archiver/src/archiver/archiver.ts
@@ -5,12 +5,13 @@ import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
 import { DebugLogger, createDebugLogger } from '@aztec/foundation/log';
 import { RunningPromise } from '@aztec/foundation/running-promise';
+import { RegistryAbi } from '@aztec/l1-artifacts';
 import {
   ContractData,
   ContractDataSource,
   EncodedContractFunction,
   ExtendedContractData,
-  INITIAL_L2_BLOCK_NUM,
+  GetUnencryptedLogsResponse,
   L1ToL2Message,
   L1ToL2MessageSource,
   L2Block,
@@ -18,12 +19,13 @@ import {
   L2BlockSource,
   L2LogsSource,
   L2Tx,
+  LogFilter,
   LogType,
   TxHash,
 } from '@aztec/types';
 
 import omit from 'lodash.omit';
-import { Chain, HttpTransport, PublicClient, createPublicClient, http } from 'viem';
+import { Chain, HttpTransport, PublicClient, createPublicClient, getContract, http } from 'viem';
 
 import { ArchiverDataStore, MemoryArchiverStore } from './archiver_store.js';
 import { ArchiverConfig } from './config.js';
@@ -48,17 +50,17 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
   /**
    * Next L1 block number to fetch `L2BlockProcessed` logs from (i.e. `fromBlock` in eth_getLogs).
    */
-  private nextL2BlockFromBlock = 0n;
+  private nextL2BlockFromL1Block = 0n;
 
   /**
    * Last Processed Block Number
    */
-  private lastProcessedBlockNumber = 0n;
+  private lastProcessedL1BlockNumber = 0n;
 
   /**
    * Use this to track logged block in order to avoid repeating the same message.
    */
-  private lastLoggedBlockNumber = 0n;
+  private lastLoggedL1BlockNumber = 0n;
 
   /**
    * Creates a new instance of the Archiver.
@@ -83,8 +85,8 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
     private readonly pollingIntervalMs = 10_000,
     private readonly log: DebugLogger = createDebugLogger('aztec:archiver'),
   ) {
-    this.nextL2BlockFromBlock = BigInt(searchStartBlock);
-    this.lastProcessedBlockNumber = BigInt(searchStartBlock);
+    this.nextL2BlockFromL1Block = BigInt(searchStartBlock);
+    this.lastProcessedL1BlockNumber = BigInt(searchStartBlock);
   }
 
   /**
@@ -100,14 +102,24 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
       transport: http(chain.rpcUrl),
       pollingInterval: config.viemPollingIntervalMS,
     });
-    const archiverStore = new MemoryArchiverStore();
+
+    // ask the registry for the block number when the rollup was deployed
+    // this is the block from which archiver has to search from
+    const registryContract = getContract({
+      address: config.l1Contracts.registryAddress.toString(),
+      abi: RegistryAbi,
+      publicClient,
+    });
+    const searchStartBlock = Number((await registryContract.read.getCurrentSnapshot()).blockNumber);
+
+    const archiverStore = new MemoryArchiverStore(config.maxLogs ?? 1000);
     const archiver = new Archiver(
       publicClient,
       config.l1Contracts.rollupAddress,
       config.l1Contracts.inboxAddress,
       config.l1Contracts.registryAddress,
       config.l1Contracts.contractDeploymentEmitterAddress,
-      config.searchStartBlock,
+      searchStartBlock,
       archiverStore,
       config.archiverPollingIntervalMS,
     );
@@ -138,12 +150,12 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
    * @param blockUntilSynced - If true, blocks until the archiver has fully synced.
    */
   private async sync(blockUntilSynced: boolean) {
-    const currentBlockNumber = await this.publicClient.getBlockNumber();
-    if (currentBlockNumber <= this.lastProcessedBlockNumber) {
+    const currentL1BlockNumber = await this.publicClient.getBlockNumber();
+    if (currentL1BlockNumber <= this.lastProcessedL1BlockNumber) {
       // reducing logs, otherwise this gets triggered on every loop (1s)
-      if (currentBlockNumber !== this.lastLoggedBlockNumber) {
-        this.log(`No new blocks to process, current block number: ${currentBlockNumber}`);
-        this.lastLoggedBlockNumber = currentBlockNumber;
+      if (currentL1BlockNumber !== this.lastLoggedL1BlockNumber) {
+        this.log(`No new blocks to process, current block number: ${currentL1BlockNumber}`);
+        this.lastLoggedL1BlockNumber = currentL1BlockNumber;
       }
       return;
     }
@@ -165,7 +177,7 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
      * This is a problem for example when setting the last block number marker for L1 to L2 messages -
      * this.lastProcessedBlockNumber = currentBlockNumber;
      * It's possible that we actually received messages in block currentBlockNumber + 1 meaning the next time
-     * we do this sync we get the same message again. Addtionally, the call to get cancelled L1 to L2 messages
+     * we do this sync we get the same message again. Additionally, the call to get cancelled L1 to L2 messages
      * could read from a block not present when retrieving pending messages. If a message was added and cancelled
      * in the same eth block then we could try and cancel a non-existent pending message.
      *
@@ -182,15 +194,15 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
       this.publicClient,
       this.inboxAddress,
       blockUntilSynced,
-      this.lastProcessedBlockNumber + 1n, // + 1 to prevent re-including messages from the last processed block
-      currentBlockNumber,
+      this.lastProcessedL1BlockNumber + 1n, // + 1 to prevent re-including messages from the last processed block
+      currentL1BlockNumber,
     );
     const retrievedCancelledL1ToL2Messages = await retrieveNewCancelledL1ToL2Messages(
       this.publicClient,
       this.inboxAddress,
       blockUntilSynced,
-      this.lastProcessedBlockNumber + 1n,
-      currentBlockNumber,
+      this.lastProcessedL1BlockNumber + 1n,
+      currentL1BlockNumber,
     );
 
     // TODO (#717): optimise this - there could be messages in confirmed that are also in pending.
@@ -202,21 +214,21 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
     this.log('Removing pending l1 to l2 messages from store where messages were cancelled');
     await this.store.cancelPendingL1ToL2Messages(retrievedCancelledL1ToL2Messages.retrievedData);
 
-    this.lastProcessedBlockNumber = currentBlockNumber;
+    this.lastProcessedL1BlockNumber = currentL1BlockNumber;
 
     // ********** Events that are processed per block **********
 
     // Read all data from chain and then write to our stores at the end
-    const nextExpectedL2BlockNum = BigInt(this.store.getBlocksLength() + INITIAL_L2_BLOCK_NUM);
+    const nextExpectedL2BlockNum = BigInt((await this.store.getBlockNumber()) + 1);
     this.log(
-      `Retrieving chain state from L1 block: ${this.nextL2BlockFromBlock}, next expected l2 block number: ${nextExpectedL2BlockNum}`,
+      `Retrieving chain state from L1 block: ${this.nextL2BlockFromL1Block}, next expected l2 block number: ${nextExpectedL2BlockNum}`,
     );
     const retrievedBlocks = await retrieveBlocks(
       this.publicClient,
       this.rollupAddress,
       blockUntilSynced,
-      this.nextL2BlockFromBlock,
-      currentBlockNumber,
+      this.nextL2BlockFromL1Block,
+      currentL1BlockNumber,
       nextExpectedL2BlockNum,
     );
 
@@ -229,8 +241,8 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
       this.publicClient,
       this.contractDeploymentEmitterAddress,
       blockUntilSynced,
-      this.nextL2BlockFromBlock,
-      currentBlockNumber,
+      this.nextL2BlockFromL1Block,
+      currentL1BlockNumber,
       blockHashMapping,
     );
     if (retrievedBlocks.retrievedData.length === 0) {
@@ -268,14 +280,14 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
 
     // store retrieved L2 blocks after removing new logs information.
     // remove logs to serve "lightweight" block information. Logs can be fetched separately if needed.
-    await this.store.addL2Blocks(
+    await this.store.addBlocks(
       retrievedBlocks.retrievedData.map(block =>
         L2Block.fromFields(omit(block, ['newEncryptedLogs', 'newUnencryptedLogs']), block.getBlockHash()),
       ),
     );
 
     // set the L1 block for the next search
-    this.nextL2BlockFromBlock = retrievedBlocks.nextEthBlockNumber;
+    this.nextL2BlockFromL1Block = retrievedBlocks.nextEthBlockNumber;
   }
 
   /**
@@ -304,8 +316,8 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
    * @param limit - The number of blocks to return.
    * @returns The requested L2 blocks.
    */
-  public getL2Blocks(from: number, limit: number): Promise<L2Block[]> {
-    return this.store.getL2Blocks(from, limit);
+  public getBlocks(from: number, limit: number): Promise<L2Block[]> {
+    return this.store.getBlocks(from, limit);
   }
 
   /**
@@ -313,12 +325,12 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
    * @param number - The block number to return (inclusive).
    * @returns The requested L2 block.
    */
-  public async getL2Block(number: number): Promise<L2Block | undefined> {
+  public async getBlock(number: number): Promise<L2Block | undefined> {
     // If the number provided is -ve, then return the latest block.
     if (number < 0) {
-      number = this.store.getBlocksLength();
+      number = await this.store.getBlockNumber();
     }
-    const blocks = await this.store.getL2Blocks(number, 1);
+    const blocks = await this.store.getBlocks(number, 1);
     return blocks.length === 0 ? undefined : blocks[0];
   }
 
@@ -389,6 +401,15 @@ export class Archiver implements L2BlockSource, L2LogsSource, ContractDataSource
     return this.store.getLogs(from, limit, logType);
   }
 
+  /**
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
+   */
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse> {
+    return this.store.getUnencryptedLogs(filter);
+  }
+
   /**
    * Gets the number of the latest L2 block processed by the block source implementation.
    * @returns The number of the latest L2 block processed by the block source implementation.
diff --git a/yarn-project/archiver/src/archiver/archiver_store.test.ts b/yarn-project/archiver/src/archiver/archiver_store.test.ts
index 036af5976f86..f4e6aae5a13f 100644
--- a/yarn-project/archiver/src/archiver/archiver_store.test.ts
+++ b/yarn-project/archiver/src/archiver/archiver_store.test.ts
@@ -1,4 +1,15 @@
-import { INITIAL_L2_BLOCK_NUM, L2Block, L2BlockL2Logs, LogType } from '@aztec/types';
+import {
+  INITIAL_L2_BLOCK_NUM,
+  L2Block,
+  L2BlockContext,
+  L2BlockL2Logs,
+  LogId,
+  LogType,
+  TxHash,
+  UnencryptedL2Log,
+} from '@aztec/types';
+
+import { randomBytes } from 'crypto';
 
 import { ArchiverDataStore, MemoryArchiverStore } from './archiver_store.js';
 
@@ -6,15 +17,15 @@ describe('Archiver Memory Store', () => {
   let archiverStore: ArchiverDataStore;
 
   beforeEach(() => {
-    archiverStore = new MemoryArchiverStore();
+    archiverStore = new MemoryArchiverStore(1000);
   });
 
   it('can store and retrieve blocks', async () => {
     const blocks = Array(10)
       .fill(0)
       .map((_, index) => L2Block.random(index));
-    await archiverStore.addL2Blocks(blocks);
-    // Offset indices by INTIAL_L2_BLOCK_NUM to ensure we are correctly aligned
+    await archiverStore.addBlocks(blocks);
+    // Offset indices by INITIAL_L2_BLOCK_NUM to ensure we are correctly aligned
     for (const [from, limit] of [
       [0 + INITIAL_L2_BLOCK_NUM, 10],
       [3 + INITIAL_L2_BLOCK_NUM, 3],
@@ -24,7 +35,7 @@ describe('Archiver Memory Store', () => {
       [11 + INITIAL_L2_BLOCK_NUM, 1],
     ]) {
       const expected = blocks.slice(from - INITIAL_L2_BLOCK_NUM, from - INITIAL_L2_BLOCK_NUM + limit);
-      const actual = await archiverStore.getL2Blocks(from, limit);
+      const actual = await archiverStore.getBlocks(from, limit);
       expect(expected).toEqual(actual);
     }
   });
@@ -34,7 +45,7 @@ describe('Archiver Memory Store', () => {
       .fill(0)
       .map(_ => L2BlockL2Logs.random(6, 3, 2));
     await archiverStore.addLogs(logs, logType);
-    // Offset indices by INTIAL_L2_BLOCK_NUM to ensure we are correctly aligned
+    // Offset indices by INITIAL_L2_BLOCK_NUM to ensure we are correctly aligned
     for (const [from, limit] of [
       [0 + INITIAL_L2_BLOCK_NUM, 10],
       [3 + INITIAL_L2_BLOCK_NUM, 3],
@@ -53,10 +64,20 @@ describe('Archiver Memory Store', () => {
     const blocks = Array(10)
       .fill(0)
       .map((_, index) => L2Block.random(index));
-    await archiverStore.addL2Blocks(blocks);
-    await expect(async () => await archiverStore.getL2Blocks(1, 0)).rejects.toThrow(
-      `Invalid block range from: 1, limit: 0`,
-    );
+    await archiverStore.addBlocks(blocks);
+    await expect(async () => await archiverStore.getBlocks(1, 0)).rejects.toThrow(`Invalid limit: 0`);
+  });
+
+  it('returns from the beginning when "from" < genesis block', async () => {
+    const blocks = Array(10)
+      .fill(0)
+      .map((_, index) => L2Block.random(index));
+    await archiverStore.addBlocks(blocks);
+    const from = -5;
+    const limit = 1;
+    const retrievedBlocks = await archiverStore.getBlocks(from, limit);
+    expect(retrievedBlocks.length).toEqual(1);
+    expect(retrievedBlocks[0]).toEqual(blocks[0]);
   });
 
   test.each([LogType.ENCRYPTED, LogType.UNENCRYPTED])(
@@ -66,9 +87,226 @@ describe('Archiver Memory Store', () => {
         .fill(0)
         .map(_ => L2BlockL2Logs.random(6, 3, 2));
       await archiverStore.addLogs(logs, logType);
-      await expect(async () => await archiverStore.getLogs(1, 0, logType)).rejects.toThrow(
-        `Invalid block range from: 1, limit: 0`,
-      );
+      await expect(async () => await archiverStore.getLogs(1, 0, logType)).rejects.toThrow(`Invalid limit: 0`);
     },
   );
+
+  describe('getUnencryptedLogs config', () => {
+    it('does not return more than "maxLogs" logs', async () => {
+      const maxLogs = 5;
+      archiverStore = new MemoryArchiverStore(maxLogs);
+      const blocks = Array(10)
+        .fill(0)
+        .map((_, index: number) => L2Block.random(index + 1, 4, 2, 3, 2, 2));
+
+      await archiverStore.addBlocks(blocks);
+      await archiverStore.addLogs(
+        blocks.map(block => block.newUnencryptedLogs!),
+        LogType.UNENCRYPTED,
+      );
+
+      const response = await archiverStore.getUnencryptedLogs({});
+
+      expect(response.maxLogsHit).toBeTruthy();
+      expect(response.logs.length).toEqual(maxLogs);
+    });
+  });
+
+  describe('getUnencryptedLogs filtering', () => {
+    const txsPerBlock = 4;
+    const numPublicFunctionCalls = 3;
+    const numUnencryptedLogs = 4;
+    const numBlocks = 10;
+    let blocks: L2Block[];
+
+    beforeEach(async () => {
+      blocks = Array(numBlocks)
+        .fill(0)
+        .map((_, index: number) =>
+          L2Block.random(index + 1, txsPerBlock, 2, numPublicFunctionCalls, 2, numUnencryptedLogs),
+        );
+
+      await archiverStore.addBlocks(blocks);
+      await archiverStore.addLogs(
+        blocks.map(block => block.newUnencryptedLogs!),
+        LogType.UNENCRYPTED,
+      );
+    });
+
+    it('"txHash" filter param is respected', async () => {
+      // get random tx
+      const targetBlockIndex = Math.floor(Math.random() * numBlocks);
+      const targetTxIndex = Math.floor(Math.random() * txsPerBlock);
+      const targetTxHash = new L2BlockContext(blocks[targetBlockIndex]).getTxHash(targetTxIndex);
+
+      const response = await archiverStore.getUnencryptedLogs({ txHash: targetTxHash });
+      const logs = response.logs;
+
+      expect(response.maxLogsHit).toBeFalsy();
+
+      const expectedNumLogs = numPublicFunctionCalls * numUnencryptedLogs;
+      expect(logs.length).toEqual(expectedNumLogs);
+
+      const targeBlockNumber = targetBlockIndex + INITIAL_L2_BLOCK_NUM;
+      for (const log of logs) {
+        expect(log.id.blockNumber).toEqual(targeBlockNumber);
+        expect(log.id.txIndex).toEqual(targetTxIndex);
+      }
+    });
+
+    it('"fromBlock" and "toBlock" filter params are respected', async () => {
+      // Set "fromBlock" and "toBlock"
+      const fromBlock = 3;
+      const toBlock = 7;
+
+      const response = await archiverStore.getUnencryptedLogs({ fromBlock, toBlock });
+      const logs = response.logs;
+
+      expect(response.maxLogsHit).toBeFalsy();
+
+      const expectedNumLogs = txsPerBlock * numPublicFunctionCalls * numUnencryptedLogs * (toBlock - fromBlock);
+      expect(logs.length).toEqual(expectedNumLogs);
+
+      for (const log of logs) {
+        const blockNumber = log.id.blockNumber;
+        expect(blockNumber).toBeGreaterThanOrEqual(fromBlock);
+        expect(blockNumber).toBeLessThan(toBlock);
+      }
+    });
+
+    it('"afterLog" filter param is respected', async () => {
+      // Get a random log as reference
+      const targetBlockIndex = Math.floor(Math.random() * numBlocks);
+      const targetTxIndex = Math.floor(Math.random() * txsPerBlock);
+      const targetLogIndex = Math.floor(Math.random() * numUnencryptedLogs);
+
+      const afterLog = new LogId(targetBlockIndex + INITIAL_L2_BLOCK_NUM, targetTxIndex, targetLogIndex);
+
+      const response = await archiverStore.getUnencryptedLogs({ afterLog });
+      const logs = response.logs;
+
+      expect(response.maxLogsHit).toBeFalsy();
+
+      for (const log of logs) {
+        const logId = log.id;
+        expect(logId.blockNumber).toBeGreaterThanOrEqual(afterLog.blockNumber);
+        if (logId.blockNumber === afterLog.blockNumber) {
+          expect(logId.txIndex).toBeGreaterThanOrEqual(afterLog.txIndex);
+          if (logId.txIndex === afterLog.txIndex) {
+            expect(logId.logIndex).toBeGreaterThan(afterLog.logIndex);
+          }
+        }
+      }
+    });
+
+    it('"contractAddress" filter param is respected', async () => {
+      // Get a random contract address from the logs
+      const targetBlockIndex = Math.floor(Math.random() * numBlocks);
+      const targetTxIndex = Math.floor(Math.random() * txsPerBlock);
+      const targetFunctionLogIndex = Math.floor(Math.random() * numPublicFunctionCalls);
+      const targetLogIndex = Math.floor(Math.random() * numUnencryptedLogs);
+      const targetContractAddress = UnencryptedL2Log.fromBuffer(
+        blocks[targetBlockIndex].newUnencryptedLogs!.txLogs[targetTxIndex].functionLogs[targetFunctionLogIndex].logs[
+          targetLogIndex
+        ],
+      ).contractAddress;
+
+      const response = await archiverStore.getUnencryptedLogs({ contractAddress: targetContractAddress });
+
+      expect(response.maxLogsHit).toBeFalsy();
+
+      for (const extendedLog of response.logs) {
+        expect(extendedLog.log.contractAddress.equals(targetContractAddress)).toBeTruthy();
+      }
+    });
+
+    it('"selector" filter param is respected', async () => {
+      // Get a random selector from the logs
+      const targetBlockIndex = Math.floor(Math.random() * numBlocks);
+      const targetTxIndex = Math.floor(Math.random() * txsPerBlock);
+      const targetFunctionLogIndex = Math.floor(Math.random() * numPublicFunctionCalls);
+      const targetLogIndex = Math.floor(Math.random() * numUnencryptedLogs);
+      const targetSelector = UnencryptedL2Log.fromBuffer(
+        blocks[targetBlockIndex].newUnencryptedLogs!.txLogs[targetTxIndex].functionLogs[targetFunctionLogIndex].logs[
+          targetLogIndex
+        ],
+      ).selector;
+
+      const response = await archiverStore.getUnencryptedLogs({ selector: targetSelector });
+
+      expect(response.maxLogsHit).toBeFalsy();
+
+      for (const extendedLog of response.logs) {
+        expect(extendedLog.log.selector.equals(targetSelector)).toBeTruthy();
+      }
+    });
+
+    it('"txHash" filter param is ignored when "afterLog" is set', async () => {
+      // Get random txHash
+      const txHash = new TxHash(randomBytes(TxHash.SIZE));
+      const afterLog = new LogId(1, 0, 0);
+
+      const response = await archiverStore.getUnencryptedLogs({ txHash, afterLog });
+      expect(response.logs.length).toBeGreaterThan(1);
+    });
+
+    it('intersecting works', async () => {
+      let logs = (await archiverStore.getUnencryptedLogs({ fromBlock: -10, toBlock: -5 })).logs;
+      expect(logs.length).toBe(0);
+
+      // "fromBlock" gets correctly trimmed to range and "toBlock" is exclusive
+      logs = (await archiverStore.getUnencryptedLogs({ fromBlock: -10, toBlock: 5 })).logs;
+      let blockNumbers = new Set(logs.map(log => log.id.blockNumber));
+      expect(blockNumbers).toEqual(new Set([1, 2, 3, 4]));
+
+      // "toBlock" should be exclusive
+      logs = (await archiverStore.getUnencryptedLogs({ fromBlock: 1, toBlock: 1 })).logs;
+      expect(logs.length).toBe(0);
+
+      logs = (await archiverStore.getUnencryptedLogs({ fromBlock: 10, toBlock: 5 })).logs;
+      expect(logs.length).toBe(0);
+
+      // both "fromBlock" and "toBlock" get correctly capped to range and logs from all blocks are returned
+      logs = (await archiverStore.getUnencryptedLogs({ fromBlock: -100, toBlock: +100 })).logs;
+      blockNumbers = new Set(logs.map(log => log.id.blockNumber));
+      expect(blockNumbers.size).toBe(numBlocks);
+
+      // intersecting with "afterLog" works
+      logs = (await archiverStore.getUnencryptedLogs({ fromBlock: 2, toBlock: 5, afterLog: new LogId(4, 0, 0) })).logs;
+      blockNumbers = new Set(logs.map(log => log.id.blockNumber));
+      expect(blockNumbers).toEqual(new Set([4]));
+
+      logs = (await archiverStore.getUnencryptedLogs({ toBlock: 5, afterLog: new LogId(5, 1, 0) })).logs;
+      expect(logs.length).toBe(0);
+
+      logs = (await archiverStore.getUnencryptedLogs({ fromBlock: 2, toBlock: 5, afterLog: new LogId(100, 0, 0) }))
+        .logs;
+      expect(logs.length).toBe(0);
+    });
+
+    it('"txIndex" and "logIndex" are respected when "afterLog.blockNumber" is equal to "fromBlock"', async () => {
+      // Get a random log as reference
+      const targetBlockIndex = Math.floor(Math.random() * numBlocks);
+      const targetTxIndex = Math.floor(Math.random() * txsPerBlock);
+      const targetLogIndex = Math.floor(Math.random() * numUnencryptedLogs);
+
+      const afterLog = new LogId(targetBlockIndex + INITIAL_L2_BLOCK_NUM, targetTxIndex, targetLogIndex);
+
+      const response = await archiverStore.getUnencryptedLogs({ afterLog, fromBlock: afterLog.blockNumber });
+      const logs = response.logs;
+
+      expect(response.maxLogsHit).toBeFalsy();
+
+      for (const log of logs) {
+        const logId = log.id;
+        expect(logId.blockNumber).toBeGreaterThanOrEqual(afterLog.blockNumber);
+        if (logId.blockNumber === afterLog.blockNumber) {
+          expect(logId.txIndex).toBeGreaterThanOrEqual(afterLog.txIndex);
+          if (logId.txIndex === afterLog.txIndex) {
+            expect(logId.logIndex).toBeGreaterThan(afterLog.logIndex);
+          }
+        }
+      }
+    });
+  });
 });
diff --git a/yarn-project/archiver/src/archiver/archiver_store.ts b/yarn-project/archiver/src/archiver/archiver_store.ts
index b64a973f6774..21f1c655ce9e 100644
--- a/yarn-project/archiver/src/archiver/archiver_store.ts
+++ b/yarn-project/archiver/src/archiver/archiver_store.ts
@@ -3,13 +3,19 @@ import { AztecAddress } from '@aztec/foundation/aztec-address';
 import {
   ContractData,
   ExtendedContractData,
+  ExtendedUnencryptedL2Log,
+  GetUnencryptedLogsResponse,
   INITIAL_L2_BLOCK_NUM,
   L1ToL2Message,
   L2Block,
+  L2BlockContext,
   L2BlockL2Logs,
   L2Tx,
+  LogFilter,
+  LogId,
   LogType,
   TxHash,
+  UnencryptedL2Log,
 } from '@aztec/types';
 
 import { L1ToL2MessageStore, PendingL1ToL2MessageStore } from './l1_to_l2_message_store.js';
@@ -24,7 +30,7 @@ export interface ArchiverDataStore {
    * @param blocks - The L2 blocks to be added to the store.
    * @returns True if the operation is successful.
    */
-  addL2Blocks(blocks: L2Block[]): Promise<boolean>;
+  addBlocks(blocks: L2Block[]): Promise<boolean>;
 
   /**
    * Gets up to `limit` amount of L2 blocks starting from `from`.
@@ -32,7 +38,7 @@ export interface ArchiverDataStore {
    * @param limit - The number of blocks to return.
    * @returns The requested L2 blocks.
    */
-  getL2Blocks(from: number, limit: number): Promise<L2Block[]>;
+  getBlocks(from: number, limit: number): Promise<L2Block[]>;
 
   /**
    * Gets an l2 tx.
@@ -94,6 +100,13 @@ export interface ArchiverDataStore {
    */
   getLogs(from: number, limit: number, logType: LogType): Promise<L2BlockL2Logs[]>;
 
+  /**
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
+   */
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse>;
+
   /**
    * Add new extended contract data from an L2 block to the store's list.
    * @param data - List of contracts' data to be added.
@@ -137,12 +150,6 @@ export interface ArchiverDataStore {
    * @returns The number of the latest L2 block processed.
    */
   getBlockNumber(): Promise<number>;
-
-  /**
-   * Gets the length of L2 blocks in store.
-   * @returns The length of L2 Blocks stored.
-   */
-  getBlocksLength(): number;
 }
 
 /**
@@ -152,7 +159,7 @@ export class MemoryArchiverStore implements ArchiverDataStore {
   /**
    * An array containing all the L2 blocks that have been fetched so far.
    */
-  private l2Blocks: L2Block[] = [];
+  private l2BlockContexts: L2BlockContext[] = [];
 
   /**
    * An array containing all the L2 Txs in the L2 blocks that have been fetched so far.
@@ -163,13 +170,13 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    * An array containing all the encrypted logs that have been fetched so far.
    * Note: Index in the "outer" array equals to (corresponding L2 block's number - INITIAL_L2_BLOCK_NUM).
    */
-  private encryptedLogs: L2BlockL2Logs[] = [];
+  private encryptedLogsPerBlock: L2BlockL2Logs[] = [];
 
   /**
    * An array containing all the unencrypted logs that have been fetched so far.
    * Note: Index in the "outer" array equals to (corresponding L2 block's number - INITIAL_L2_BLOCK_NUM).
    */
-  private unencryptedLogs: L2BlockL2Logs[] = [];
+  private unencryptedLogsPerBlock: L2BlockL2Logs[] = [];
 
   /**
    * A sparse array containing all the extended contract data that have been fetched so far.
@@ -192,15 +199,18 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    */
   private pendingL1ToL2Messages: PendingL1ToL2MessageStore = new PendingL1ToL2MessageStore();
 
-  constructor() {}
+  constructor(
+    /** The max number of logs that can be obtained in 1 "getUnencryptedLogs" call. */
+    public readonly maxLogs: number,
+  ) {}
 
   /**
    * Append new blocks to the store's list.
    * @param blocks - The L2 blocks to be added to the store.
    * @returns True if the operation is successful (always in this implementation).
    */
-  public addL2Blocks(blocks: L2Block[]): Promise<boolean> {
-    this.l2Blocks.push(...blocks);
+  public addBlocks(blocks: L2Block[]): Promise<boolean> {
+    this.l2BlockContexts.push(...blocks.map(block => new L2BlockContext(block)));
     this.l2Txs.push(...blocks.flatMap(b => b.getTxs()));
     return Promise.resolve(true);
   }
@@ -212,7 +222,9 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    * @returns True if the operation is successful.
    */
   addLogs(data: L2BlockL2Logs[], logType: LogType): Promise<boolean> {
-    logType === LogType.ENCRYPTED ? this.encryptedLogs.push(...data) : this.unencryptedLogs.push(...data);
+    logType === LogType.ENCRYPTED
+      ? this.encryptedLogsPerBlock.push(...data)
+      : this.unencryptedLogsPerBlock.push(...data);
     return Promise.resolve(true);
   }
 
@@ -281,18 +293,21 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    * @param from - Number of the first block to return (inclusive).
    * @param limit - The number of blocks to return.
    * @returns The requested L2 blocks.
+   * @remarks When "from" is smaller than genesis block number, blocks from the beginning are returned.
    */
-  public getL2Blocks(from: number, limit: number): Promise<L2Block[]> {
+  public getBlocks(from: number, limit: number): Promise<L2Block[]> {
     // Return an empty array if we are outside of range
     if (limit < 1) {
-      throw new Error(`Invalid block range from: ${from}, limit: ${limit}`);
+      throw new Error(`Invalid limit: ${limit}`);
     }
-    if (from < INITIAL_L2_BLOCK_NUM || from > this.l2Blocks.length) {
+
+    const fromIndex = Math.max(from - INITIAL_L2_BLOCK_NUM, 0);
+    if (fromIndex >= this.l2BlockContexts.length) {
       return Promise.resolve([]);
     }
-    const startIndex = from - INITIAL_L2_BLOCK_NUM;
-    const endIndex = startIndex + limit;
-    return Promise.resolve(this.l2Blocks.slice(startIndex, endIndex));
+
+    const toIndex = fromIndex + limit;
+    return Promise.resolve(this.l2BlockContexts.slice(fromIndex, toIndex).map(blockContext => blockContext.block));
   }
 
   /**
@@ -336,9 +351,9 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    */
   getLogs(from: number, limit: number, logType: LogType): Promise<L2BlockL2Logs[]> {
     if (from < INITIAL_L2_BLOCK_NUM || limit < 1) {
-      throw new Error(`Invalid block range from: ${from}, limit: ${limit}`);
+      throw new Error(`Invalid limit: ${limit}`);
     }
-    const logs = logType === LogType.ENCRYPTED ? this.encryptedLogs : this.unencryptedLogs;
+    const logs = logType === LogType.ENCRYPTED ? this.encryptedLogsPerBlock : this.unencryptedLogsPerBlock;
     if (from > logs.length) {
       return Promise.resolve([]);
     }
@@ -347,6 +362,90 @@ export class MemoryArchiverStore implements ArchiverDataStore {
     return Promise.resolve(logs.slice(startIndex, endIndex));
   }
 
+  /**
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
+   * @remarks Works by doing an intersection of all params in the filter.
+   */
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse> {
+    let txHash: TxHash | undefined;
+    let fromBlockIndex = 0;
+    let toBlockIndex = this.unencryptedLogsPerBlock.length;
+    let txIndexInBlock = 0;
+    let logIndexInTx = 0;
+
+    if (filter.afterLog) {
+      // Continuation parameter is set --> tx hash is ignored
+      if (filter.fromBlock == undefined || filter.fromBlock <= filter.afterLog.blockNumber) {
+        fromBlockIndex = filter.afterLog.blockNumber - INITIAL_L2_BLOCK_NUM;
+        txIndexInBlock = filter.afterLog.txIndex;
+        logIndexInTx = filter.afterLog.logIndex + 1; // We want to start from the next log
+      } else {
+        fromBlockIndex = filter.fromBlock - INITIAL_L2_BLOCK_NUM;
+      }
+    } else {
+      txHash = filter.txHash;
+
+      if (filter.fromBlock !== undefined) {
+        fromBlockIndex = filter.fromBlock - INITIAL_L2_BLOCK_NUM;
+      }
+    }
+
+    if (filter.toBlock !== undefined) {
+      toBlockIndex = filter.toBlock - INITIAL_L2_BLOCK_NUM;
+    }
+
+    // Ensure the indices are within block array bounds
+    fromBlockIndex = Math.max(fromBlockIndex, 0);
+    toBlockIndex = Math.min(toBlockIndex, this.unencryptedLogsPerBlock.length);
+
+    if (fromBlockIndex > this.unencryptedLogsPerBlock.length || toBlockIndex < fromBlockIndex || toBlockIndex <= 0) {
+      return Promise.resolve({
+        logs: [],
+        maxLogsHit: false,
+      });
+    }
+
+    const contractAddress = filter.contractAddress;
+    const selector = filter.selector;
+
+    const logs: ExtendedUnencryptedL2Log[] = [];
+
+    for (; fromBlockIndex < toBlockIndex; fromBlockIndex++) {
+      const blockContext = this.l2BlockContexts[fromBlockIndex];
+      const blockLogs = this.unencryptedLogsPerBlock[fromBlockIndex];
+      for (; txIndexInBlock < blockLogs.txLogs.length; txIndexInBlock++) {
+        const txLogs = blockLogs.txLogs[txIndexInBlock].unrollLogs().map(log => UnencryptedL2Log.fromBuffer(log));
+        for (; logIndexInTx < txLogs.length; logIndexInTx++) {
+          const log = txLogs[logIndexInTx];
+          if (
+            (!txHash || blockContext.getTxHash(txIndexInBlock).equals(txHash)) &&
+            (!contractAddress || log.contractAddress.equals(contractAddress)) &&
+            (!selector || log.selector.equals(selector))
+          ) {
+            logs.push(
+              new ExtendedUnencryptedL2Log(new LogId(blockContext.block.number, txIndexInBlock, logIndexInTx), log),
+            );
+            if (logs.length === this.maxLogs) {
+              return Promise.resolve({
+                logs,
+                maxLogsHit: true,
+              });
+            }
+          }
+        }
+        logIndexInTx = 0;
+      }
+      txIndexInBlock = 0;
+    }
+
+    return Promise.resolve({
+      logs,
+      maxLogsHit: false,
+    });
+  }
+
   /**
    * Get the extended contract data for this contract.
    * @param contractAddress - The contract data address.
@@ -363,7 +462,7 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    * @returns All extended contract data in the block (if found).
    */
   public getExtendedContractDataInBlock(blockNum: number): Promise<ExtendedContractData[]> {
-    if (blockNum > this.l2Blocks.length) {
+    if (blockNum > this.l2BlockContexts.length) {
       return Promise.resolve([]);
     }
     return Promise.resolve(this.extendedContractDataByBlock[blockNum] || []);
@@ -379,8 +478,8 @@ export class MemoryArchiverStore implements ArchiverDataStore {
     if (contractAddress.isZero()) {
       return Promise.resolve(undefined);
     }
-    for (const block of this.l2Blocks) {
-      for (const contractData of block.newContractData) {
+    for (const blockContext of this.l2BlockContexts) {
+      for (const contractData of blockContext.block.newContractData) {
         if (contractData.contractAddress.equals(contractAddress)) {
           return Promise.resolve(contractData);
         }
@@ -396,10 +495,10 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    * @returns ContractData with the portal address (if we didn't throw an error).
    */
   public getContractDataInBlock(l2BlockNum: number): Promise<ContractData[] | undefined> {
-    if (l2BlockNum > this.l2Blocks.length) {
+    if (l2BlockNum > this.l2BlockContexts.length) {
       return Promise.resolve([]);
     }
-    const block = this.l2Blocks[l2BlockNum];
+    const block = this.l2BlockContexts[l2BlockNum].block;
     return Promise.resolve(block.newContractData);
   }
 
@@ -408,15 +507,7 @@ export class MemoryArchiverStore implements ArchiverDataStore {
    * @returns The number of the latest L2 block processed.
    */
   public getBlockNumber(): Promise<number> {
-    if (this.l2Blocks.length === 0) return Promise.resolve(INITIAL_L2_BLOCK_NUM - 1);
-    return Promise.resolve(this.l2Blocks[this.l2Blocks.length - 1].number);
-  }
-
-  /**
-   * Gets the length of L2 blocks in store.
-   * @returns The length of L2 Blocks array.
-   */
-  public getBlocksLength(): number {
-    return this.l2Blocks.length;
+    if (this.l2BlockContexts.length === 0) return Promise.resolve(INITIAL_L2_BLOCK_NUM - 1);
+    return Promise.resolve(this.l2BlockContexts[this.l2BlockContexts.length - 1].block.number);
   }
 }
diff --git a/yarn-project/archiver/src/archiver/config.ts b/yarn-project/archiver/src/archiver/config.ts
index 46652800e266..669827c685ab 100644
--- a/yarn-project/archiver/src/archiver/config.ts
+++ b/yarn-project/archiver/src/archiver/config.ts
@@ -32,11 +32,6 @@ export interface ArchiverConfig {
    */
   viemPollingIntervalMS?: number;
 
-  /**
-   * Eth block from which we start scanning for L2Blocks.
-   */
-  searchStartBlock: number;
-
   /**
    * The deployed L1 contract addresses
    */
@@ -46,6 +41,9 @@ export interface ArchiverConfig {
    * Optional dir to store data. If omitted will store in memory.
    */
   dataDirectory?: string;
+
+  /** The max number of logs that can be obtained in 1 "getUnencryptedLogs" call. */
+  maxLogs?: number;
 }
 
 /**
@@ -60,9 +58,9 @@ export function getConfigEnvVars(): ArchiverConfig {
     ARCHIVER_VIEM_POLLING_INTERVAL_MS,
     ROLLUP_CONTRACT_ADDRESS,
     CONTRACT_DEPLOYMENT_EMITTER_ADDRESS,
-    SEARCH_START_BLOCK,
     API_KEY,
     INBOX_CONTRACT_ADDRESS,
+    OUTBOX_CONTRACT_ADDRESS,
     REGISTRY_CONTRACT_ADDRESS,
     DATA_DIRECTORY,
   } = process.env;
@@ -71,7 +69,7 @@ export function getConfigEnvVars(): ArchiverConfig {
     rollupAddress: ROLLUP_CONTRACT_ADDRESS ? EthAddress.fromString(ROLLUP_CONTRACT_ADDRESS) : EthAddress.ZERO,
     registryAddress: REGISTRY_CONTRACT_ADDRESS ? EthAddress.fromString(REGISTRY_CONTRACT_ADDRESS) : EthAddress.ZERO,
     inboxAddress: INBOX_CONTRACT_ADDRESS ? EthAddress.fromString(INBOX_CONTRACT_ADDRESS) : EthAddress.ZERO,
-    outboxAddress: EthAddress.ZERO,
+    outboxAddress: OUTBOX_CONTRACT_ADDRESS ? EthAddress.fromString(OUTBOX_CONTRACT_ADDRESS) : EthAddress.ZERO,
     contractDeploymentEmitterAddress: CONTRACT_DEPLOYMENT_EMITTER_ADDRESS
       ? EthAddress.fromString(CONTRACT_DEPLOYMENT_EMITTER_ADDRESS)
       : EthAddress.ZERO,
@@ -81,7 +79,6 @@ export function getConfigEnvVars(): ArchiverConfig {
     rpcUrl: ETHEREUM_HOST || 'http://127.0.0.1:8545/',
     archiverPollingIntervalMS: ARCHIVER_POLLING_INTERVAL_MS ? +ARCHIVER_POLLING_INTERVAL_MS : 1_000,
     viemPollingIntervalMS: ARCHIVER_VIEM_POLLING_INTERVAL_MS ? +ARCHIVER_VIEM_POLLING_INTERVAL_MS : 1_000,
-    searchStartBlock: SEARCH_START_BLOCK ? +SEARCH_START_BLOCK : 0,
     apiKey: API_KEY,
     l1Contracts: addresses,
     dataDirectory: DATA_DIRECTORY,
diff --git a/yarn-project/archiver/src/index.ts b/yarn-project/archiver/src/index.ts
index b327c5f9bb40..144cd9210a7e 100644
--- a/yarn-project/archiver/src/index.ts
+++ b/yarn-project/archiver/src/index.ts
@@ -17,14 +17,14 @@ const log = createDebugLogger('aztec:archiver');
 // eslint-disable-next-line require-await
 async function main() {
   const config = getConfigEnvVars();
-  const { rpcUrl, l1Contracts, searchStartBlock } = config;
+  const { rpcUrl, l1Contracts } = config;
 
   const publicClient = createPublicClient({
     chain: localhost,
     transport: http(rpcUrl),
   });
 
-  const archiverStore = new MemoryArchiverStore();
+  const archiverStore = new MemoryArchiverStore(1000);
 
   const archiver = new Archiver(
     publicClient,
@@ -32,7 +32,7 @@ async function main() {
     l1Contracts.inboxAddress,
     l1Contracts.registryAddress,
     l1Contracts.contractDeploymentEmitterAddress,
-    searchStartBlock,
+    0, // searchStartBlock
     archiverStore,
   );
 
diff --git a/yarn-project/aztec-node/Dockerfile b/yarn-project/aztec-node/Dockerfile
new file mode 100644
index 000000000000..d01aa4ede316
--- /dev/null
+++ b/yarn-project/aztec-node/Dockerfile
@@ -0,0 +1,14 @@
+FROM 278380418400.dkr.ecr.eu-west-2.amazonaws.com/yarn-project AS builder
+
+WORKDIR /usr/src/yarn-project/aztec-node
+
+# Productionify. See comment in yarn-project-base/Dockerfile.
+RUN yarn cache clean && yarn workspaces focus --production
+
+# Create final, minimal size image.
+FROM node:18-alpine
+COPY --from=builder /usr/src/ /usr/src/
+WORKDIR /usr/src/yarn-project/aztec-node
+ENTRYPOINT ["yarn"]
+CMD [ "start" ]
+EXPOSE 8080
diff --git a/yarn-project/aztec-node/src/aztec-node/http_rpc_server.ts b/yarn-project/aztec-node/src/aztec-node/http_rpc_server.ts
index 51205c979af5..03f94ab8252a 100644
--- a/yarn-project/aztec-node/src/aztec-node/http_rpc_server.ts
+++ b/yarn-project/aztec-node/src/aztec-node/http_rpc_server.ts
@@ -1,4 +1,4 @@
-import { HistoricBlockData } from '@aztec/circuits.js';
+import { FunctionSelector, HistoricBlockData } from '@aztec/circuits.js';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
@@ -7,10 +7,12 @@ import {
   AztecNode,
   ContractData,
   ExtendedContractData,
+  ExtendedUnencryptedL2Log,
   L1ToL2MessageAndIndex,
   L2Block,
   L2BlockL2Logs,
   L2Tx,
+  LogId,
   SiblingPath,
   Tx,
   TxHash,
@@ -28,11 +30,14 @@ export function createAztecNodeRpcServer(node: AztecNode) {
       AztecAddress,
       EthAddress,
       ExtendedContractData,
+      ExtendedUnencryptedL2Log,
       ContractData,
       Fr,
+      FunctionSelector,
       HistoricBlockData,
       L2Block,
       L2Tx,
+      LogId,
       TxHash,
       SiblingPath,
       L1ToL2MessageAndIndex,
diff --git a/yarn-project/aztec-node/src/aztec-node/server.test.ts b/yarn-project/aztec-node/src/aztec-node/server.test.ts
new file mode 100644
index 000000000000..a972190d03b5
--- /dev/null
+++ b/yarn-project/aztec-node/src/aztec-node/server.test.ts
@@ -0,0 +1,17 @@
+import { createEthereumChain } from '@aztec/ethereum';
+
+import { AztecNodeConfig, AztecNodeService } from '../index.js';
+
+describe('aztec node service', () => {
+  it('fails to create Aztec Node if given incorrect chain id', async () => {
+    const config: Partial<AztecNodeConfig> = {
+      rpcUrl: 'testnet',
+      apiKey: '12345',
+      chainId: 12345, // not the testnet chain id
+    };
+    const ethereumChain = createEthereumChain(config.rpcUrl!, config.apiKey);
+    await expect(() => AztecNodeService.createAndSync(config as AztecNodeConfig)).rejects.toThrow(
+      `RPC URL configured for chain id ${ethereumChain.chainInfo.id} but expected id ${config.chainId}`,
+    );
+  });
+});
diff --git a/yarn-project/aztec-node/src/aztec-node/server.ts b/yarn-project/aztec-node/src/aztec-node/server.ts
index 9b7c610fda71..029415a467ae 100644
--- a/yarn-project/aztec-node/src/aztec-node/server.ts
+++ b/yarn-project/aztec-node/src/aztec-node/server.ts
@@ -8,7 +8,8 @@ import {
   L1_TO_L2_MSG_TREE_HEIGHT,
   PRIVATE_DATA_TREE_HEIGHT,
 } from '@aztec/circuits.js';
-import { L1ContractAddresses } from '@aztec/ethereum';
+import { computePublicDataTreeIndex } from '@aztec/circuits.js/abis';
+import { L1ContractAddresses, createEthereumChain } from '@aztec/ethereum';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { InMemoryTxPool, P2P, createP2PClient } from '@aztec/p2p';
@@ -23,6 +24,7 @@ import {
   ContractData,
   ContractDataSource,
   ExtendedContractData,
+  GetUnencryptedLogsResponse,
   L1ToL2MessageAndIndex,
   L1ToL2MessageSource,
   L2Block,
@@ -30,6 +32,7 @@ import {
   L2BlockSource,
   L2LogsSource,
   L2Tx,
+  LogFilter,
   LogType,
   MerkleTreeId,
   SiblingPath,
@@ -41,7 +44,6 @@ import {
   ServerWorldStateSynchronizer,
   WorldStateConfig,
   WorldStateSynchronizer,
-  computePublicDataTreeLeafIndex,
   getConfigEnvVars as getWorldStateConfig,
 } from '@aztec/world-state';
 
@@ -69,7 +71,16 @@ export class AztecNodeService implements AztecNode {
     protected readonly globalVariableBuilder: GlobalVariableBuilder,
     protected readonly merkleTreesDb: levelup.LevelUp,
     private log = createDebugLogger('aztec:node'),
-  ) {}
+  ) {
+    const message =
+      `Started Aztec Node against chain 0x${chainId.toString(16)} with contracts - \n` +
+      `Rollup: ${config.l1Contracts.rollupAddress.toString()}\n` +
+      `Registry: ${config.l1Contracts.registryAddress.toString()}\n` +
+      `Inbox: ${config.l1Contracts.inboxAddress.toString()}\n` +
+      `Outbox: ${config.l1Contracts.outboxAddress.toString()}\n` +
+      `Contract Emitter: ${config.l1Contracts.contractDeploymentEmitterAddress.toString()}`;
+    this.log(message);
+  }
 
   /**
    * initializes the Aztec Node, wait for component to sync.
@@ -77,6 +88,13 @@ export class AztecNodeService implements AztecNode {
    * @returns - A fully synced Aztec Node for use in development/testing.
    */
   public static async createAndSync(config: AztecNodeConfig) {
+    const ethereumChain = createEthereumChain(config.rpcUrl, config.apiKey);
+    //validate that the actual chain id matches that specified in configuration
+    if (config.chainId !== ethereumChain.chainInfo.id) {
+      throw new Error(
+        `RPC URL configured for chain id ${ethereumChain.chainInfo.id} but expected id ${config.chainId}`,
+      );
+    }
     // first create and sync the archiver
     const archiver = await Archiver.createAndSync(config);
 
@@ -111,7 +129,7 @@ export class AztecNodeService implements AztecNode {
       archiver,
       worldStateSynchronizer,
       sequencer,
-      config.chainId,
+      ethereumChain.chainInfo.id,
       config.version,
       getGlobalVariableBuilder(config),
       db,
@@ -148,7 +166,7 @@ export class AztecNodeService implements AztecNode {
    * @returns The blocks requested.
    */
   public async getBlock(number: number): Promise<L2Block | undefined> {
-    return await this.blockSource.getL2Block(number);
+    return await this.blockSource.getBlock(number);
   }
 
   /**
@@ -158,7 +176,7 @@ export class AztecNodeService implements AztecNode {
    * @returns The blocks requested.
    */
   public async getBlocks(from: number, limit: number): Promise<L2Block[]> {
-    return (await this.blockSource.getL2Blocks(from, limit)) ?? [];
+    return (await this.blockSource.getBlocks(from, limit)) ?? [];
   }
 
   /**
@@ -216,6 +234,15 @@ export class AztecNodeService implements AztecNode {
     return logSource.getLogs(from, limit, logType);
   }
 
+  /**
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
+   */
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse> {
+    return this.unencryptedLogsSource.getUnencryptedLogs(filter);
+  }
+
   /**
    * Method to submit a transaction to the p2p pool.
    * @param tx - The transaction to be submitted.
@@ -321,8 +348,8 @@ export class AztecNodeService implements AztecNode {
    */
   public async getPublicStorageAt(contract: AztecAddress, slot: bigint): Promise<Buffer | undefined> {
     const committedDb = await this.#getWorldState();
-    const leafIndex = computePublicDataTreeLeafIndex(contract, new Fr(slot), await CircuitsWasm.get());
-    return committedDb.getLeafValue(MerkleTreeId.PUBLIC_DATA_TREE, leafIndex);
+    const leafIndex = computePublicDataTreeIndex(await CircuitsWasm.get(), contract, new Fr(slot));
+    return committedDb.getLeafValue(MerkleTreeId.PUBLIC_DATA_TREE, leafIndex.value);
   }
 
   /**
@@ -381,7 +408,7 @@ export class AztecNodeService implements AztecNode {
     this.log.info(`Simulating tx ${await tx.getTxHash()}`);
     const blockNumber = (await this.blockSource.getBlockNumber()) + 1;
     const newGlobalVariables = await this.globalVariableBuilder.buildGlobalVariables(new Fr(blockNumber));
-    const prevGlobalVariables = (await this.blockSource.getL2Block(-1))?.globalVariables ?? GlobalVariables.empty();
+    const prevGlobalVariables = (await this.blockSource.getBlock(-1))?.globalVariables ?? GlobalVariables.empty();
 
     // Instantiate merkle trees so uncommitted updates by this simulation are local to it.
     // TODO we should be able to remove this after https://github.com/AztecProtocol/aztec-packages/issues/1869
diff --git a/yarn-project/aztec-node/terraform/main.tf b/yarn-project/aztec-node/terraform/main.tf
index 38fff0a2d9e2..8a279d533035 100644
--- a/yarn-project/aztec-node/terraform/main.tf
+++ b/yarn-project/aztec-node/terraform/main.tf
@@ -1,3 +1,9 @@
+# Terraform to setup a prototype network of Aztec Nodes in AWS
+# It sets up 2 full nodes with different ports/keys etc.
+# Some duplication across the 2 defined services, could possibly 
+# be refactored to use modules as and when we build out infrastructure for real
+
+
 terraform {
   backend "s3" {
     bucket = "aztec-terraform"
@@ -34,14 +40,23 @@ data "terraform_remote_state" "aztec2_iac" {
   }
 }
 
+data "terraform_remote_state" "aztec-network_iac" {
+  backend = "s3"
+  config = {
+    bucket = "aztec-terraform"
+    key    = "aztec-network/iac"
+    region = "eu-west-2"
+  }
+}
+
 
-resource "aws_cloudwatch_log_group" "aztec_node_log_group" {
-  name              = "/fargate/service/${var.DEPLOY_TAG}/aztec-node"
+resource "aws_cloudwatch_log_group" "aztec-node-log-group-1" {
+  name              = "/fargate/service/${var.DEPLOY_TAG}/aztec-node-1"
   retention_in_days = 14
 }
 
-resource "aws_service_discovery_service" "aztec-node" {
-  name = "${var.DEPLOY_TAG}-aztec-node"
+resource "aws_service_discovery_service" "aztec-node-1" {
+  name = "${var.DEPLOY_TAG}-aztec-node-1"
 
   health_check_custom_config {
     failure_threshold = 1
@@ -72,7 +87,7 @@ resource "aws_service_discovery_service" "aztec-node" {
 
 # Define task definition and service.
 resource "aws_ecs_task_definition" "aztec-node-1" {
-  family                   = "${var.DEPLOY_TAG}-aztec-node"
+  family                   = "${var.DEPLOY_TAG}-aztec-node-1"
   requires_compatibilities = ["FARGATE"]
   network_mode             = "awsvpc"
   cpu                      = "2048"
@@ -83,13 +98,16 @@ resource "aws_ecs_task_definition" "aztec-node-1" {
   container_definitions = <<DEFINITIONS
 [
   {
-    "name": "${var.DEPLOY_TAG}-aztec-node",
-    "image": "aztecprotocol/aztec-node:latest",
+    "name": "${var.DEPLOY_TAG}-aztec-node-1",
+    "image": "${var.ECR_URL}/aztec-node:aztec3-packages-prod",
     "essential": true,
     "memoryReservation": 3776,
     "portMappings": [
       {
         "containerPort": 80
+      },
+      {
+        "containerPort": ${var.NODE_1_TCP_PORT}
       }
     ],
     "environment": [
@@ -127,7 +145,7 @@ resource "aws_ecs_task_definition" "aztec-node-1" {
       },
       {
         "name": "SEQ_PUBLISHER_PRIVATE_KEY",
-        "value": "${var.SEQ_PUBLISHER_PRIVATE_KEY}"
+        "value": "${var.SEQ_1_PUBLISHER_PRIVATE_KEY}"
       },
       {
         "name": "CONTRACT_DEPLOYMENT_EMITTER_ADDRESS",
@@ -141,31 +159,55 @@ resource "aws_ecs_task_definition" "aztec-node-1" {
         "name": "INBOX_CONTRACT_ADDRESS",
         "value": "${var.INBOX_CONTRACT_ADDRESS}"
       },
+      {
+        "name": "REGISTRY_CONTRACT_ADDRESS",
+        "value": "${var.REGISTRY_CONTRACT_ADDRESS}"
+      },
       {
         "name": "API_KEY",
         "value": "${var.API_KEY}"
       },
       {
         "name": "API_PREFIX",
-        "value": "/${var.DEPLOY_TAG}/aztec-node"
+        "value": "/${var.DEPLOY_TAG}/aztec-node-1"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_PORT",
+        "value": "${var.NODE_1_TCP_PORT}"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_IP",
+        "value": "0.0.0.0"
+      },
+      {
+        "name": "P2P_ANNOUNCE_HOSTNAME",
+        "value": "/dns4/${data.terraform_remote_state.aztec-network_iac.outputs.nlb_dns}"
+      },
+      {
+        "name": "P2P_ANNOUNCE_PORT",
+        "value": "${var.NODE_1_TCP_PORT}"
       },
       {
-        "name": "SEARCH_START_BLOCK",
-        "value": "15918000"
+        "name": "BOOTSTRAP_NODES",
+        "value": "/dns4/aztec-dev-aztec-bootstrap-2.local/tcp/${var.BOOTNODE_2_LISTEN_PORT}/p2p/${var.BOOTNODE_2_PEER_ID},/dns4/aztec-dev-aztec-bootstrap-1.local/tcp/${var.BOOTNODE_1_LISTEN_PORT}/p2p/${var.BOOTNODE_1_PEER_ID}"
       },
       {
         "name": "P2P_ENABLED",
-        "value": "false"
+        "value": "true"
       },
       {
         "name": "CHAIN_ID",
         "value": "${var.CHAIN_ID}"
+      },
+      {
+        "name": "PEER_ID_PRIVATE_KEY",
+        "value": "${var.NODE_1_PRIVATE_KEY}"
       }
     ],
     "logConfiguration": {
       "logDriver": "awslogs",
       "options": {
-        "awslogs-group": "/fargate/service/${var.DEPLOY_TAG}/aztec-node",
+        "awslogs-group": "/fargate/service/${var.DEPLOY_TAG}/aztec-node-1",
         "awslogs-region": "eu-west-2",
         "awslogs-stream-prefix": "ecs"
       }
@@ -189,18 +231,24 @@ resource "aws_ecs_service" "aztec-node-1" {
       data.terraform_remote_state.setup_iac.outputs.subnet_az1_private_id,
       data.terraform_remote_state.setup_iac.outputs.subnet_az2_private_id
     ]
-    security_groups = [data.terraform_remote_state.setup_iac.outputs.security_group_private_id]
+    security_groups = [data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id, data.terraform_remote_state.setup_iac.outputs.security_group_private_id]
   }
 
   load_balancer {
-    target_group_arn = aws_alb_target_group.aztec-node.arn
-    container_name   = "${var.DEPLOY_TAG}-aztec-node"
+    target_group_arn = aws_alb_target_group.aztec-node-1.arn
+    container_name   = "${var.DEPLOY_TAG}-aztec-node-1"
     container_port   = 80
   }
 
+  load_balancer {
+    target_group_arn = aws_lb_target_group.aztec-node-1-target-group.arn
+    container_name   = "${var.DEPLOY_TAG}-aztec-node-1"
+    container_port   = var.NODE_1_TCP_PORT
+  }
+
   service_registries {
-    registry_arn   = aws_service_discovery_service.aztec-node.arn
-    container_name = "${var.DEPLOY_TAG}-aztec-node"
+    registry_arn   = aws_service_discovery_service.aztec-node-1.arn
+    container_name = "${var.DEPLOY_TAG}-aztec-node-1"
     container_port = 80
   }
 
@@ -208,16 +256,16 @@ resource "aws_ecs_service" "aztec-node-1" {
 }
 
 # Configure ALB to route /aztec-node to server.
-resource "aws_alb_target_group" "aztec-node" {
-  name                 = "${var.DEPLOY_TAG}-aztec-node"
-  port                 = "80"
+resource "aws_alb_target_group" "aztec-node-1" {
+  name                 = "${var.DEPLOY_TAG}-node-1-http-target"
+  port                 = 80
   protocol             = "HTTP"
   target_type          = "ip"
   vpc_id               = data.terraform_remote_state.setup_iac.outputs.vpc_id
   deregistration_delay = 5
 
   health_check {
-    path                = "/${var.DEPLOY_TAG}/aztec-node/status"
+    path                = "/${var.DEPLOY_TAG}/aztec-node-1/status"
     matcher             = "200"
     interval            = 10
     healthy_threshold   = 2
@@ -226,22 +274,364 @@ resource "aws_alb_target_group" "aztec-node" {
   }
 
   tags = {
-    name = "${var.DEPLOY_TAG}-aztec-node"
+    name = "${var.DEPLOY_TAG}-aztec-node-1"
   }
 }
 
-resource "aws_lb_listener_rule" "api" {
+resource "aws_lb_listener_rule" "api-1" {
   listener_arn = data.terraform_remote_state.aztec2_iac.outputs.alb_listener_arn
   priority     = 500
 
   action {
     type             = "forward"
-    target_group_arn = aws_alb_target_group.aztec-node.arn
+    target_group_arn = aws_alb_target_group.aztec-node-1.arn
   }
 
   condition {
     path_pattern {
-      values = ["/${var.DEPLOY_TAG}/aztec-node*"]
+      values = ["/${var.DEPLOY_TAG}/aztec-node-1*"]
+    }
+  }
+}
+
+resource "aws_lb_target_group" "aztec-node-1-target-group" {
+  name        = "${var.DEPLOY_TAG}-node-1-p2p-target"
+  port        = var.NODE_1_TCP_PORT
+  protocol    = "TCP"
+  target_type = "ip"
+  vpc_id      = data.terraform_remote_state.setup_iac.outputs.vpc_id
+
+  health_check {
+    protocol            = "TCP"
+    interval            = 10
+    healthy_threshold   = 2
+    unhealthy_threshold = 2
+    port                = var.NODE_1_TCP_PORT
+  }
+}
+
+resource "aws_security_group_rule" "allow-node-1-tcp" {
+  type              = "ingress"
+  from_port         = var.NODE_1_TCP_PORT
+  to_port           = var.NODE_1_TCP_PORT
+  protocol          = "tcp"
+  cidr_blocks       = ["0.0.0.0/0"]
+  security_group_id = data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id
+}
+
+## Commented out here and setup manually as terraform (or the aws provider version we are using) has a bug
+## NLB listeners can't have a 'weight' property defined. You will see there isn't one here but that doesn't
+## stop it trying to automatically specify one and giving an error
+
+# resource "aws_lb_listener" "aztec-node-1-tcp-listener" {
+#   load_balancer_arn = data.terraform_remote_state.aztec-network_iac.outputs.nlb_arn
+#   port              = "${var.NODE_1_TCP_PORT}"
+#   protocol          = "TCP"
+
+#   tags = {
+#     name = "aztec-node-1-tcp-listener"
+#   }
+
+#   default_action {
+#     type = "forward"
+
+#     forward {
+#       target_group {
+#         arn    = aws_lb_target_group.aztec-bootstrap-1-target-group.arn
+#       }
+#     }
+#   }
+# }
+
+resource "aws_cloudwatch_log_group" "aztec-node-log-group-2" {
+  name              = "/fargate/service/${var.DEPLOY_TAG}/aztec-node-2"
+  retention_in_days = 14
+}
+
+resource "aws_service_discovery_service" "aztec-node-2" {
+  name = "${var.DEPLOY_TAG}-aztec-node-2"
+
+  health_check_custom_config {
+    failure_threshold = 1
+  }
+
+  dns_config {
+    namespace_id = data.terraform_remote_state.setup_iac.outputs.local_service_discovery_id
+
+    dns_records {
+      ttl  = 60
+      type = "A"
+    }
+
+    dns_records {
+      ttl  = 60
+      type = "SRV"
     }
+
+    routing_policy = "MULTIVALUE"
+  }
+
+  # Terraform just fails if this resource changes and you have registered instances.
+  provisioner "local-exec" {
+    when    = destroy
+    command = "${path.module}/../servicediscovery-drain.sh ${self.id}"
   }
 }
+
+# Define task definition and service.
+resource "aws_ecs_task_definition" "aztec-node-2" {
+  family                   = "${var.DEPLOY_TAG}-aztec-node-2"
+  requires_compatibilities = ["FARGATE"]
+  network_mode             = "awsvpc"
+  cpu                      = "2048"
+  memory                   = "4096"
+  execution_role_arn       = data.terraform_remote_state.setup_iac.outputs.ecs_task_execution_role_arn
+  task_role_arn            = data.terraform_remote_state.aztec2_iac.outputs.cloudwatch_logging_ecs_role_arn
+
+  container_definitions = <<DEFINITIONS
+[
+  {
+    "name": "${var.DEPLOY_TAG}-aztec-node-2",
+    "image": "${var.ECR_URL}/aztec-node:aztec3-packages-prod",
+    "essential": true,
+    "memoryReservation": 3776,
+    "portMappings": [
+      {
+        "containerPort": 80
+      },
+      {
+        "containerPort": ${var.NODE_2_TCP_PORT}
+      }
+    ],
+    "environment": [
+      {
+        "name": "NODE_ENV",
+        "value": "production"
+      },
+      {
+        "name": "AZTEC_NODE_PORT",
+        "value": "80"
+      },
+      {
+        "name": "DEBUG",
+        "value": "aztec:*"
+      },
+      {
+        "name": "ETHEREUM_HOST",
+        "value": "testnet"
+      },
+      {
+        "name": "ARCHIVER_POLLING_INTERVAL",
+        "value": "10000"
+      },
+      {
+        "name": "SEQ_RETRY_INTERVAL",
+        "value": "10000"
+      },
+      {
+        "name": "SEQ_MAX_TX_PER_BLOCK",
+        "value": "32"
+      },
+      {
+        "name": "SEQ_MIN_TX_PER_BLOCK",
+        "value": "4"
+      },
+      {
+        "name": "SEQ_PUBLISHER_PRIVATE_KEY",
+        "value": "${var.SEQ_2_PUBLISHER_PRIVATE_KEY}"
+      },
+      {
+        "name": "CONTRACT_DEPLOYMENT_EMITTER_ADDRESS",
+        "value": "${var.CONTRACT_DEPLOYMENT_EMITTER_ADDRESS}"
+      },
+      {
+        "name": "ROLLUP_CONTRACT_ADDRESS",
+        "value": "${var.ROLLUP_CONTRACT_ADDRESS}"
+      },
+      {
+        "name": "INBOX_CONTRACT_ADDRESS",
+        "value": "${var.INBOX_CONTRACT_ADDRESS}"
+      },
+      {
+        "name": "REGISTRY_CONTRACT_ADDRESS",
+        "value": "${var.REGISTRY_CONTRACT_ADDRESS}"
+      },
+      {
+        "name": "API_KEY",
+        "value": "${var.API_KEY}"
+      },
+      {
+        "name": "API_PREFIX",
+        "value": "/${var.DEPLOY_TAG}/aztec-node-2"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_PORT",
+        "value": "${var.NODE_2_TCP_PORT}"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_IP",
+        "value": "0.0.0.0"
+      },
+      {
+        "name": "P2P_ANNOUNCE_HOSTNAME",
+        "value": "/dns4/${data.terraform_remote_state.aztec-network_iac.outputs.nlb_dns}"
+      },
+      {
+        "name": "P2P_ANNOUNCE_PORT",
+        "value": "${var.NODE_2_TCP_PORT}"
+      },
+      {
+        "name": "BOOTSTRAP_NODES",
+        "value": "/dns4/aztec-dev-aztec-bootstrap-2.local/tcp/${var.BOOTNODE_2_LISTEN_PORT}/p2p/${var.BOOTNODE_2_PEER_ID},/dns4/aztec-dev-aztec-bootstrap-1.local/tcp/${var.BOOTNODE_1_LISTEN_PORT}/p2p/${var.BOOTNODE_1_PEER_ID}"
+      },
+      {
+        "name": "P2P_ENABLED",
+        "value": "true"
+      },
+      {
+        "name": "CHAIN_ID",
+        "value": "${var.CHAIN_ID}"
+      },
+      {
+        "name": "PEER_ID_PRIVATE_KEY",
+        "value": "${var.NODE_2_PRIVATE_KEY}"
+      }
+    ],
+    "logConfiguration": {
+      "logDriver": "awslogs",
+      "options": {
+        "awslogs-group": "/fargate/service/${var.DEPLOY_TAG}/aztec-node-2",
+        "awslogs-region": "eu-west-2",
+        "awslogs-stream-prefix": "ecs"
+      }
+    }
+  }
+]
+DEFINITIONS
+}
+
+resource "aws_ecs_service" "aztec-node-2" {
+  name                               = "${var.DEPLOY_TAG}-aztec-node-2"
+  cluster                            = data.terraform_remote_state.setup_iac.outputs.ecs_cluster_id
+  launch_type                        = "FARGATE"
+  desired_count                      = 1
+  deployment_maximum_percent         = 100
+  deployment_minimum_healthy_percent = 0
+  platform_version                   = "1.4.0"
+
+  network_configuration {
+    subnets = [
+      data.terraform_remote_state.setup_iac.outputs.subnet_az1_private_id,
+      data.terraform_remote_state.setup_iac.outputs.subnet_az2_private_id
+    ]
+    security_groups = [data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id, data.terraform_remote_state.setup_iac.outputs.security_group_private_id]
+  }
+
+  load_balancer {
+    target_group_arn = aws_lb_target_group.aztec-node-2-target-group.arn
+    container_name   = "${var.DEPLOY_TAG}-aztec-node-2"
+    container_port   = var.NODE_2_TCP_PORT
+  }
+
+  load_balancer {
+    target_group_arn = aws_alb_target_group.aztec-node-2.arn
+    container_name   = "${var.DEPLOY_TAG}-aztec-node-2"
+    container_port   = 80
+  }
+
+  service_registries {
+    registry_arn   = aws_service_discovery_service.aztec-node-2.arn
+    container_name = "${var.DEPLOY_TAG}-aztec-node-2"
+    container_port = 80
+  }
+
+  task_definition = aws_ecs_task_definition.aztec-node-2.family
+}
+
+# Configure ALB to route /aztec-node to server.
+resource "aws_alb_target_group" "aztec-node-2" {
+  name                 = "${var.DEPLOY_TAG}-node-2-http-target"
+  port                 = 80
+  protocol             = "HTTP"
+  target_type          = "ip"
+  vpc_id               = data.terraform_remote_state.setup_iac.outputs.vpc_id
+  deregistration_delay = 5
+
+  health_check {
+    path                = "/${var.DEPLOY_TAG}/aztec-node-2/status"
+    matcher             = "200"
+    interval            = 10
+    healthy_threshold   = 2
+    unhealthy_threshold = 5
+    timeout             = 5
+  }
+
+  tags = {
+    name = "${var.DEPLOY_TAG}-aztec-node-2"
+  }
+}
+
+resource "aws_lb_listener_rule" "api-2" {
+  listener_arn = data.terraform_remote_state.aztec2_iac.outputs.alb_listener_arn
+  priority     = 501
+
+  action {
+    type             = "forward"
+    target_group_arn = aws_alb_target_group.aztec-node-2.arn
+  }
+
+  condition {
+    path_pattern {
+      values = ["/${var.DEPLOY_TAG}/aztec-node-2*"]
+    }
+  }
+}
+
+resource "aws_lb_target_group" "aztec-node-2-target-group" {
+  name        = "${var.DEPLOY_TAG}-node-2-p2p-target"
+  port        = var.NODE_2_TCP_PORT
+  protocol    = "TCP"
+  target_type = "ip"
+  vpc_id      = data.terraform_remote_state.setup_iac.outputs.vpc_id
+
+  health_check {
+    protocol            = "TCP"
+    interval            = 10
+    healthy_threshold   = 2
+    unhealthy_threshold = 2
+    port                = var.NODE_2_TCP_PORT
+  }
+}
+
+resource "aws_security_group_rule" "allow-node-2-tcp" {
+  type              = "ingress"
+  from_port         = var.NODE_2_TCP_PORT
+  to_port           = var.NODE_2_TCP_PORT
+  protocol          = "tcp"
+  cidr_blocks       = ["0.0.0.0/0"]
+  security_group_id = data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id
+}
+
+## Commented out here and setup manually as terraform (or the aws provider version we are using) has a bug
+## NLB listeners can't have a 'weight' property defined. You will see there isn't one here but that doesn't
+## stop it trying to automatically specify one and giving an error
+
+# resource "aws_lb_listener" "aztec-node-2-tcp-listener" {
+#   load_balancer_arn = data.terraform_remote_state.aztec-network_iac.outputs.nlb_arn
+#   port              = "${var.NODE_2_TCP_PORT}"
+#   protocol          = "TCP"
+
+#   tags = {
+#     name = "aztec-node-2-tcp-listener"
+#   }
+
+#   default_action {
+#     type = "forward"
+
+#     forward {
+#       target_group {
+#         arn    = aws_lb_target_group.aztec-bootstrap-2-target-group.arn
+#       }
+#     }
+#   }
+# }
diff --git a/yarn-project/aztec-node/terraform/variables.tf b/yarn-project/aztec-node/terraform/variables.tf
index c70372f65614..33128ae2f5b7 100644
--- a/yarn-project/aztec-node/terraform/variables.tf
+++ b/yarn-project/aztec-node/terraform/variables.tf
@@ -18,11 +18,54 @@ variable "INBOX_CONTRACT_ADDRESS" {
   type = string
 }
 
-variable "SEQ_PUBLISHER_PRIVATE_KEY" {
+variable "REGISTRY_CONTRACT_ADDRESS" {
+  type = string
+}
+
+variable "SEQ_1_PUBLISHER_PRIVATE_KEY" {
+  type = string
+}
+
+variable "SEQ_2_PUBLISHER_PRIVATE_KEY" {
   type = string
 }
 
 variable "CHAIN_ID" {
   type = string
 }
- 
\ No newline at end of file
+
+variable "BOOTNODE_1_LISTEN_PORT" {
+  type = string
+}
+
+variable "BOOTNODE_2_LISTEN_PORT" {
+  type = string
+}
+
+variable "BOOTNODE_1_PEER_ID" {
+  type = string
+}
+
+variable "BOOTNODE_2_PEER_ID" {
+  type = string
+}
+
+variable "NODE_1_TCP_PORT" {
+  type = string
+}
+
+variable "NODE_2_TCP_PORT" {
+  type = string
+}
+
+variable "NODE_1_PRIVATE_KEY" {
+  type = string
+}
+
+variable "NODE_2_PRIVATE_KEY" {
+  type = string
+}
+
+variable "ECR_URL" {
+  type = string
+}
diff --git a/yarn-project/aztec-nr/.gitrepo b/yarn-project/aztec-nr/.gitrepo
index eed7d227f32c..7062fe57f3a2 100644
--- a/yarn-project/aztec-nr/.gitrepo
+++ b/yarn-project/aztec-nr/.gitrepo
@@ -6,7 +6,7 @@
 [subrepo]
 	remote = https://github.com/AztecProtocol/aztec-nr
 	branch = master
-	commit = 97da6f0e117115b91bcfb685a7b1f3a16f0110d9
+	commit = 749abe8672d0fec28d597e086d5bae3c81464ecd
 	method = merge
 	cmdver = 0.4.6
-	parent = 68c1fab51e3a339032b719ce966ed34787f33dab
+	parent = 3e5c4b195fa61a72e1eb6dce068120c98b17fb62
diff --git a/yarn-project/aztec-nr/address-note/Nargo.toml b/yarn-project/aztec-nr/address-note/Nargo.toml
new file mode 100644
index 000000000000..1d50983678b9
--- /dev/null
+++ b/yarn-project/aztec-nr/address-note/Nargo.toml
@@ -0,0 +1,8 @@
+[package]
+name = "address_note"
+authors = ["aztec-labs"]
+compiler_version = "0.7.1"
+type = "lib"
+
+[dependencies]
+aztec = { path = "../aztec" }
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/escrow_contract/src/address_note.nr b/yarn-project/aztec-nr/address-note/src/address_note.nr
similarity index 89%
rename from yarn-project/noir-contracts/src/contracts/escrow_contract/src/address_note.nr
rename to yarn-project/aztec-nr/address-note/src/address_note.nr
index 6d83dcff9f96..f7c8f9807c85 100644
--- a/yarn-project/noir-contracts/src/contracts/escrow_contract/src/address_note.nr
+++ b/yarn-project/aztec-nr/address-note/src/address_note.nr
@@ -13,7 +13,7 @@ struct AddressNote {
 }
 
 impl AddressNote {
-    fn new(address: Field, owner: Field) -> Self {
+    pub fn new(address: Field, owner: Field) -> Self {
         AddressNote {
             address,
             owner,
@@ -21,11 +21,11 @@ impl AddressNote {
         }
     }
 
-    fn serialize(self) -> [Field; ADDRESS_NOTE_LEN]{
+    pub fn serialize(self) -> [Field; ADDRESS_NOTE_LEN]{
         [self.address, self.owner]
     }
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let siloed_note_hash = compute_siloed_note_hash(AddressNoteMethods, self);
         let secret = get_secret_key(self.owner);
         // TODO(#1205) Should use a non-zero generator index.
@@ -36,7 +36,7 @@ impl AddressNote {
         ])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/aztec-nr/address-note/src/lib.nr b/yarn-project/aztec-nr/address-note/src/lib.nr
new file mode 100644
index 000000000000..f016584e48cf
--- /dev/null
+++ b/yarn-project/aztec-nr/address-note/src/lib.nr
@@ -0,0 +1 @@
+mod address_note;
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/authwit/src/account.nr b/yarn-project/aztec-nr/authwit/src/account.nr
index 28a982fd4d0e..d2f541c5dff2 100644
--- a/yarn-project/aztec-nr/authwit/src/account.nr
+++ b/yarn-project/aztec-nr/authwit/src/account.nr
@@ -13,7 +13,7 @@ struct AccountActions {
 }
 
 impl AccountActions {
-  fn init(context: Context, approved_action_storage_slot: Field, is_valid_impl: fn(&mut PrivateContext, Field) -> bool) -> Self {
+  pub fn init(context: Context, approved_action_storage_slot: Field, is_valid_impl: fn(&mut PrivateContext, Field) -> bool) -> Self {
     AccountActions {
       context: context,
       is_valid_impl: is_valid_impl,
@@ -27,16 +27,16 @@ impl AccountActions {
     }
   }
 
-  fn private(context: &mut PrivateContext, approved_action_storage_slot: Field, is_valid_impl: fn(&mut PrivateContext, Field) -> bool) -> Self {
+  pub fn private(context: &mut PrivateContext, approved_action_storage_slot: Field, is_valid_impl: fn(&mut PrivateContext, Field) -> bool) -> Self {
     AccountActions::init(Context::private(context), approved_action_storage_slot, is_valid_impl)
   }
 
-  fn public(context: &mut PublicContext, approved_action_storage_slot: Field, is_valid_impl: fn(&mut PrivateContext, Field) -> bool) -> Self {
+  pub fn public(context: &mut PublicContext, approved_action_storage_slot: Field, is_valid_impl: fn(&mut PrivateContext, Field) -> bool) -> Self {
     AccountActions::init(Context::public(context), approved_action_storage_slot, is_valid_impl)
   }
   
   // docs:start:entrypoint
-  fn entrypoint(self, payload: EntrypointPayload) {
+  pub fn entrypoint(self, payload: EntrypointPayload) {
     let message_hash = payload.hash();
     let valid_fn = self.is_valid_impl;
     let private_context = self.context.private.unwrap();
@@ -45,7 +45,7 @@ impl AccountActions {
   }
   // docs:end:entrypoint
 
-  fn is_valid(self, message_hash: Field) -> Field {
+  pub fn is_valid(self, message_hash: Field) -> Field {
     let valid_fn = self.is_valid_impl;
     if (valid_fn(self.context.private.unwrap(), message_hash)) {
         IS_VALID_SELECTOR
@@ -54,7 +54,7 @@ impl AccountActions {
     }
   }
 
-  fn is_valid_public(self, message_hash: Field) -> Field {
+  pub fn is_valid_public(self, message_hash: Field) -> Field {
     let value = self.approved_action.at(message_hash).read();
     if (value){
         IS_VALID_SELECTOR
@@ -63,7 +63,7 @@ impl AccountActions {
     }
   }
 
-  fn internal_set_is_valid_storage(self, message_hash: Field, value: bool) {
+  pub fn internal_set_is_valid_storage(self, message_hash: Field, value: bool) {
     self.approved_action.at(message_hash).write(value);
   }
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/authwit/src/auth.nr b/yarn-project/aztec-nr/authwit/src/auth.nr
index 45adb83a6a02..2844308f52f8 100644
--- a/yarn-project/aztec-nr/authwit/src/auth.nr
+++ b/yarn-project/aztec-nr/authwit/src/auth.nr
@@ -12,36 +12,57 @@ global IS_VALID_PUBLIC_SELECTOR = 0xf3661153;
 
 // @todo #2676 Should use different generator than the payload to limit probability of collisions.
 
-// Assert that `whom` have authorized `message_hash` with a valid authentication witness
-fn assert_valid_authwit(context: &mut PrivateContext, whom: AztecAddress, message_hash: Field) {
-  let result = context.call_private_function(whom.address, IS_VALID_SELECTOR, [message_hash])[0];
+// docs:start:assert_valid_authwit
+// Assert that `on_behalf_of` have authorized `message_hash` with a valid authentication witness
+pub fn assert_valid_authwit(context: &mut PrivateContext, on_behalf_of: AztecAddress, message_hash: Field) {
+  let result = context.call_private_function(on_behalf_of.address, IS_VALID_SELECTOR, [message_hash])[0];
   context.push_new_nullifier(message_hash, EMPTY_NULLIFIED_COMMITMENT);
   assert(result == IS_VALID_SELECTOR, "Message not authorized by account");
 }
+// docs:end:assert_valid_authwit
 
-// Assert that `whom` have authorized the current call with a valid authentication witness
-fn assert_current_call_valid_authwit(context: &mut PrivateContext, whom: AztecAddress) {
-  let args = [context.msg_sender(), context.this_address(), context.selector(), context.args_hash];
-  let message_hash = pedersen_with_separator(args, GENERATOR_INDEX__SIGNATURE_PAYLOAD)[0];
-  assert_valid_authwit(context, whom, message_hash);
+// docs:start:assert_current_call_valid_authwit
+// Assert that `on_behalf_of` have authorized the current call with a valid authentication witness
+pub fn assert_current_call_valid_authwit(context: &mut PrivateContext, on_behalf_of: AztecAddress) {
+  // message_hash = H(caller, contract_this, selector, args_hash)
+  let message_hash = pedersen_with_separator(
+    [context.msg_sender(), context.this_address(), context.selector(), context.args_hash],
+    GENERATOR_INDEX__SIGNATURE_PAYLOAD
+  )[0];
+  assert_valid_authwit(context, on_behalf_of, message_hash);
 }
+// docs:end:assert_current_call_valid_authwit
 
-// Assert that `whom` have authorized `message_hash` in a public context
-fn assert_valid_authwit_public(context: &mut PublicContext, whom: AztecAddress, message_hash: Field) {
-  let result = context.call_public_function(whom.address, IS_VALID_PUBLIC_SELECTOR, [message_hash])[0];
+// docs:start:assert_valid_authwit_public
+// Assert that `on_behalf_of` have authorized `message_hash` in a public context
+pub fn assert_valid_authwit_public(context: &mut PublicContext, on_behalf_of: AztecAddress, message_hash: Field) {
+  let result = context.call_public_function(on_behalf_of.address, IS_VALID_PUBLIC_SELECTOR, [message_hash])[0];
   context.push_new_nullifier(message_hash, EMPTY_NULLIFIED_COMMITMENT);
   assert(result == IS_VALID_SELECTOR, "Message not authorized by account");
 }
+// docs:end:assert_valid_authwit_public
 
-// Assert that `whom` have authorized the current call in a public context
-fn assert_current_call_valid_authwit_public(context: &mut PublicContext, whom: AztecAddress) {
-  let args = [context.msg_sender(), context.this_address(), context.selector(), context.args_hash];
-  let message_hash = pedersen_with_separator(args, GENERATOR_INDEX__SIGNATURE_PAYLOAD)[0];
-  assert_valid_authwit_public(context, whom, message_hash);
+// docs:start:assert_current_call_valid_authwit_public
+// Assert that `on_behalf_of` have authorized the current call in a public context
+pub fn assert_current_call_valid_authwit_public(context: &mut PublicContext, on_behalf_of: AztecAddress) {
+  // message_hash = H(caller, contract_this, selector, args_hash)
+  let message_hash = pedersen_with_separator(
+    [context.msg_sender(), context.this_address(), context.selector(), context.args_hash],
+    GENERATOR_INDEX__SIGNATURE_PAYLOAD
+  )[0];
+  assert_valid_authwit_public(context, on_behalf_of, message_hash);
 }
+// docs:end:assert_current_call_valid_authwit_public
 
+// docs:start:compute_authwit_message_hash
 // Compute the message hash to be used by an authentication witness 
-fn compute_authwit_message_hash<N>(caller: AztecAddress, target: AztecAddress, selector: Field, args: [Field; N]) -> Field {
+pub fn compute_authwit_message_hash<N>(
+  caller: AztecAddress, 
+  target: AztecAddress, 
+  selector: Field, 
+  args: [Field; N]
+) -> Field {
   let args_hash = hash_args(args);
   pedersen_with_separator([caller.address, target.address, selector, args_hash], GENERATOR_INDEX__SIGNATURE_PAYLOAD)[0]
-}
\ No newline at end of file
+}
+// docs:end:compute_authwit_message_hash
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/authwit/src/auth_witness.nr b/yarn-project/aztec-nr/authwit/src/auth_witness.nr
index d3ee1bd132c6..7ef0577f28ee 100644
--- a/yarn-project/aztec-nr/authwit/src/auth_witness.nr
+++ b/yarn-project/aztec-nr/authwit/src/auth_witness.nr
@@ -1,6 +1,6 @@
 #[oracle(getAuthWitness)]
 fn get_auth_witness_oracle<N>(_message_hash: Field) -> [Field; N] {}
 
-unconstrained fn get_auth_witness<N>(message_hash: Field) -> [Field; N] {
+unconstrained pub fn get_auth_witness<N>(message_hash: Field) -> [Field; N] {
     get_auth_witness_oracle(message_hash)
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/abi.nr b/yarn-project/aztec-nr/aztec/src/abi.nr
index f7936fc0985a..fc8a0c50cb14 100644
--- a/yarn-project/aztec-nr/aztec/src/abi.nr
+++ b/yarn-project/aztec-nr/aztec/src/abi.nr
@@ -153,7 +153,7 @@ struct HistoricBlockData {
 
 impl HistoricBlockData {
     // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`
-    fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {
+    pub fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {
         [
             self.private_data_tree_root,
             self.nullifier_tree_root,
@@ -165,7 +165,7 @@ impl HistoricBlockData {
         ]
     }
 
-    fn empty() -> Self {
+    pub fn empty() -> Self {
         Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }
     }
 }
@@ -265,15 +265,15 @@ struct ContractStorageRead {
 }
 
 impl ContractStorageRead {
-    fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {
+    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {
         [self.storage_slot, self.value]
     }
 
-    fn hash(self) -> Field {
+    pub fn hash(self) -> Field {
         dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]
     }
 
-    fn empty() -> Self {
+    pub fn empty() -> Self {
         Self { storage_slot: 0, value: 0 }
     }
 }
@@ -285,15 +285,15 @@ struct ContractStorageUpdateRequest {
 }
 
 impl ContractStorageUpdateRequest {
-    fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {
+    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {
         [self.storage_slot, self.old_value, self.new_value]
     }
 
-    fn hash(self) -> Field {
+    pub fn hash(self) -> Field {
         dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]
     }
 
-    fn empty() -> Self {
+    pub fn empty() -> Self {
         Self { storage_slot: 0, old_value: 0, new_value: 0 }
     }
 }
@@ -313,14 +313,11 @@ struct PublicCircuitPublicInputs {
     unencrypted_log_preimages_length: Field,
     block_data: HistoricBlockData,
     prover_address: Field,
-
-    // TODO: include globals in here and check them elsewhere
-    // https://github.com/AztecProtocol/aztec-packages/issues/1567
 }
 
 impl PublicCircuitPublicInputs {
     
-    fn hash(self) -> Field {
+    pub fn hash(self) -> Field {
         let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);
         inputs.push(self.call_context.hash());
         inputs.push(self.args_hash);
@@ -336,17 +333,15 @@ impl PublicCircuitPublicInputs {
         inputs.push_array(self.new_nullifiers);
         inputs.push_array(self.new_l2_to_l1_msgs);
 
-        // We do not include block_data since it's not in the cpp hash
-
         inputs.push_array(self.unencrypted_logs_hash);
         inputs.push(self.unencrypted_log_preimages_length);
-        inputs.push_array(self.block_data.serialize()); // see https://github.com/AztecProtocol/aztec-packages/issues/1473
+        inputs.push_array(self.block_data.serialize());
         inputs.push(self.prover_address);
 
         dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]
     }
 
-    fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {
+    pub fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {
         let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); 
         fields.push_array(self.call_context.serialize());   
         fields.push(self.args_hash);
@@ -374,21 +369,21 @@ struct Hasher {
 }
 
 impl Hasher {
-    fn new()-> Self {
+    pub fn new()-> Self {
         Self { fields: [] }
     }
 
-    fn add(&mut self, field: Field) {
+    pub fn add(&mut self, field: Field) {
         self.fields = self.fields.push_back(field);
     }
 
-    fn add_multiple<N>(&mut self, fields: [Field; N]) {
+    pub fn add_multiple<N>(&mut self, fields: [Field; N]) {
         for i in 0..N {
             self.fields = self.fields.push_back(fields[i]);
         }
     }
 
-    fn hash(self) -> Field {
+    pub fn hash(self) -> Field {
         hash_args(self.fields)
     }
 }
@@ -396,7 +391,7 @@ impl Hasher {
 global ARGS_HASH_CHUNK_LENGTH: u32 = 32;
 global ARGS_HASH_CHUNK_COUNT: u32 = 16;
 
-fn hash_args<N>(args: [Field; N]) -> Field {
+pub fn hash_args<N>(args: [Field; N]) -> Field {
     if args.len() == 0 {
         0
     } else {
diff --git a/yarn-project/aztec-nr/aztec/src/address.nr b/yarn-project/aztec-nr/aztec/src/address.nr
index 6d0767741ced..1cb0ed933bca 100644
--- a/yarn-project/aztec-nr/aztec/src/address.nr
+++ b/yarn-project/aztec-nr/aztec/src/address.nr
@@ -1,6 +1,6 @@
 use dep::std::hash;
 use crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;
 
-fn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {
+pub fn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {
   hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/constants_gen.nr b/yarn-project/aztec-nr/aztec/src/constants_gen.nr
index c0680c8b2c62..bafa6e36b35c 100644
--- a/yarn-project/aztec-nr/aztec/src/constants_gen.nr
+++ b/yarn-project/aztec-nr/aztec/src/constants_gen.nr
@@ -78,7 +78,7 @@ global GENERATOR_INDEX__COMMITMENT_NONCE = 2;
 global GENERATOR_INDEX__UNIQUE_COMMITMENT = 3;
 global GENERATOR_INDEX__SILOED_COMMITMENT = 4;
 global GENERATOR_INDEX__NULLIFIER = 5;
-global GENERATOR_INDEX__INITIALISATION_NULLIFIER = 6;
+global GENERATOR_INDEX__INITIALIZATION_NULLIFIER = 6;
 global GENERATOR_INDEX__OUTER_NULLIFIER = 7;
 global GENERATOR_INDEX__PUBLIC_DATA_READ = 8;
 global GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST = 9;
diff --git a/yarn-project/aztec-nr/aztec/src/context.nr b/yarn-project/aztec-nr/aztec/src/context.nr
index 3acda3e2a8e5..68d378123a85 100644
--- a/yarn-project/aztec-nr/aztec/src/context.nr
+++ b/yarn-project/aztec-nr/aztec/src/context.nr
@@ -76,7 +76,7 @@ struct PrivateContext {
 }
 
 impl PrivateContext {
-    fn new(inputs: abi::PrivateContextInputs, args_hash: Field) -> PrivateContext {
+    pub fn new(inputs: abi::PrivateContextInputs, args_hash: Field) -> PrivateContext {
         PrivateContext {
             inputs: inputs,
 
@@ -101,31 +101,31 @@ impl PrivateContext {
         }
     }
 
-    fn msg_sender(self) -> Field {
+    pub fn msg_sender(self) -> Field {
         self.inputs.call_context.msg_sender
     }
 
-    fn this_address(self) -> Field {
+    pub fn this_address(self) -> Field {
         self.inputs.call_context.storage_contract_address
     }
 
-    fn this_portal_address(self) -> Field {
+    pub fn this_portal_address(self) -> Field {
         self.inputs.call_context.portal_contract_address
     }
 
-    fn chain_id(self) -> Field {
+    pub fn chain_id(self) -> Field {
         self.inputs.private_global_variables.chain_id
     }
 
-    fn version(self) -> Field {
+    pub fn version(self) -> Field {
         self.inputs.private_global_variables.version
     }
 
-    fn selector(self) -> Field {
+    pub fn selector(self) -> Field {
         self.inputs.call_context.function_selector
     }
 
-    fn finish(self) -> abi::PrivateCircuitPublicInputs {
+    pub fn finish(self) -> abi::PrivateCircuitPublicInputs {
         // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)
         let encrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];
         let unencrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];
@@ -155,18 +155,18 @@ impl PrivateContext {
         priv_circuit_pub_inputs
     }
 
-    fn push_read_request(&mut self, read_request: Field) {
+    pub fn push_read_request(&mut self, read_request: Field) {
         self.read_requests.push(read_request);
     }
 
-    fn push_new_note_hash(&mut self, note_hash: Field) {
+    pub fn push_new_note_hash(&mut self, note_hash: Field) {
         self.new_commitments.push(note_hash);
     }
 
     // We never push a zero nullified_commitment as zero is used to indicate the end
     // of a field array in private kernel. This routine transparently replaces a
     // zero value into the special placeholder: EMPTY_NULLIFIED_COMMITMENT.
-    fn push_new_nullifier(&mut self, nullifier: Field, nullified_commitment: Field) {
+    pub fn push_new_nullifier(&mut self, nullifier: Field, nullified_commitment: Field) {
         self.new_nullifiers.push(nullifier);
         let mut non_zero_nullified = nullified_commitment;
         if (non_zero_nullified == 0) {
@@ -176,7 +176,7 @@ impl PrivateContext {
     }
 
     // docs:start:context_message_portal
-    fn message_portal(&mut self, content: Field) 
+    pub fn message_portal(&mut self, content: Field) 
     // docs:end:context_message_portal
     {
         self.new_l2_to_l1_msgs.push(content);
@@ -186,7 +186,7 @@ impl PrivateContext {
     // Note this returns self to get around an issue where mutable structs do not maintain mutations unless reassigned
     // docs:start:context_consume_l1_to_l2_message
     // docs:start:consume_l1_to_l2_message
-    fn consume_l1_to_l2_message(
+    pub fn consume_l1_to_l2_message(
         &mut self,
         msg_key: Field,
         content: Field,
@@ -201,19 +201,19 @@ impl PrivateContext {
     }
     // docs:end:consume_l1_to_l2_message
 
-    fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {
+    pub fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {
         let _void1 = self.inputs;
         let _void2 = log;
         // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)
     }
 
-    fn accumulate_unencrypted_logs<T>(&mut self, log: T) {
+    pub fn accumulate_unencrypted_logs<T>(&mut self, log: T) {
         let _void1 = self.inputs;
         let _void2 = log;
         // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)
     }
 
-    fn call_private_function<ARGS_COUNT>(
+    pub fn call_private_function<ARGS_COUNT>(
         &mut self,
         contract_address: Field, 
         function_selector: Field, 
@@ -224,7 +224,7 @@ impl PrivateContext {
         self.call_private_function_with_packed_args(contract_address, function_selector, args_hash)
     }
 
-    fn call_private_function_no_args(
+    pub fn call_private_function_no_args(
         &mut self,
         contract_address: Field, 
         function_selector: Field, 
@@ -232,7 +232,7 @@ impl PrivateContext {
         self.call_private_function_with_packed_args(contract_address, function_selector, 0)
     }
 
-    fn call_private_function_with_packed_args(
+    pub fn call_private_function_with_packed_args(
         &mut self,
         contract_address: Field,
         function_selector: Field,
@@ -319,7 +319,7 @@ impl PrivateContext {
         item.public_inputs.return_values
     }
 
-    fn call_public_function<ARGS_COUNT>(
+    pub fn call_public_function<ARGS_COUNT>(
         &mut self,
         contract_address: Field, 
         function_selector: Field, 
@@ -330,7 +330,7 @@ impl PrivateContext {
         self.call_public_function_with_packed_args(contract_address, function_selector, args_hash)
     }
 
-    fn call_public_function_no_args(
+    pub fn call_public_function_no_args(
         &mut self,
         contract_address: Field, 
         function_selector: Field,
@@ -338,7 +338,7 @@ impl PrivateContext {
         self.call_public_function_with_packed_args(contract_address, function_selector, 0)
     }
 
-    fn call_public_function_with_packed_args(
+    pub fn call_public_function_with_packed_args(
         &mut self,
         contract_address: Field,
         function_selector: Field,
@@ -430,7 +430,7 @@ struct PublicContext {
 }
 
 impl PublicContext {
-    fn new(inputs: abi::PublicContextInputs, args_hash: Field) -> PublicContext {
+    pub fn new(inputs: abi::PublicContextInputs, args_hash: Field) -> PublicContext {
         let empty_storage_read = ContractStorageRead::empty();
         let empty_storage_update = ContractStorageUpdateRequest::empty();
         PublicContext {
@@ -461,39 +461,39 @@ impl PublicContext {
         }
     }
 
-    fn msg_sender(self) -> Field {
+    pub fn msg_sender(self) -> Field {
         self.inputs.call_context.msg_sender
     }
 
-    fn this_address(self) -> Field {
+    pub fn this_address(self) -> Field {
         self.inputs.call_context.storage_contract_address
     }
 
-    fn this_portal_address(self) -> Field {
+    pub fn this_portal_address(self) -> Field {
         self.inputs.call_context.portal_contract_address
     }
 
-    fn chain_id(self) -> Field {
+    pub fn chain_id(self) -> Field {
         self.inputs.public_global_variables.chain_id
     }
 
-    fn version(self) -> Field {
+    pub fn version(self) -> Field {
         self.inputs.public_global_variables.version
     }
 
-    fn selector(self) -> Field {
+    pub fn selector(self) -> Field {
         self.inputs.call_context.function_selector
     }
 
-    fn block_number(self) -> Field {
+    pub fn block_number(self) -> Field {
         self.inputs.public_global_variables.block_number
     }
 
-    fn timestamp(self) -> Field {
+    pub fn timestamp(self) -> Field {
         self.inputs.public_global_variables.timestamp
     }
 
-    fn finish(self) -> abi::PublicCircuitPublicInputs {
+    pub fn finish(self) -> abi::PublicCircuitPublicInputs {
         // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)
         let unencrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];
         let unencrypted_log_preimages_length = 0;
@@ -518,21 +518,21 @@ impl PublicContext {
         pub_circuit_pub_inputs
     }
 
-    fn push_new_note_hash(&mut self, note_hash: Field) {
+    pub fn push_new_note_hash(&mut self, note_hash: Field) {
         self.new_commitments.push(note_hash);
     }
 
-    fn push_new_nullifier(&mut self, nullifier: Field, _nullified_commitment: Field) {
+    pub fn push_new_nullifier(&mut self, nullifier: Field, _nullified_commitment: Field) {
         self.new_nullifiers.push(nullifier);
     }
 
-    fn message_portal(&mut self, content: Field) {
+    pub fn message_portal(&mut self, content: Field) {
         self.new_l2_to_l1_msgs.push(content);
     }
 
     // PrivateContextInputs must be temporarily passed in to prevent too many unknowns
     // Note this returns self to get around an issue where mutable structs do not maintain mutations unless reassigned
-    fn consume_l1_to_l2_message(&mut self, msg_key: Field, content: Field, secret: Field) {
+    pub fn consume_l1_to_l2_message(&mut self, msg_key: Field, content: Field, secret: Field) {
         let this = (*self).this_address();
         let nullifier = process_l1_to_l2_message(self.block_data.l1_to_l2_messages_tree_root, this, msg_key, content, secret);
 
@@ -540,19 +540,19 @@ impl PublicContext {
         self.push_new_nullifier(nullifier, EMPTY_NULLIFIED_COMMITMENT)
     }
 
-    fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {
+    pub fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {
         let _void1 = self;
         let _void2 = log;
         // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)
     }
 
-    fn accumulate_unencrypted_logs<T>(&mut self, log: T) {
+    pub fn accumulate_unencrypted_logs<T>(&mut self, log: T) {
         let _void1 = self;
         let _void2 = log;
         // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)
     }
 
-    fn call_public_function<ARGS_COUNT>(
+    pub fn call_public_function<ARGS_COUNT>(
         _self: Self,
         contract_address: Field, 
         function_selector: Field,
@@ -567,7 +567,7 @@ impl PublicContext {
         )
     }
 
-    fn call_public_function_no_args(
+    pub fn call_public_function_no_args(
         _self: Self,
         contract_address: Field, 
         function_selector: Field,
@@ -587,21 +587,21 @@ struct Context {
 }
 
 impl Context {
-    fn private(context: &mut PrivateContext) -> Context {
+    pub fn private(context: &mut PrivateContext) -> Context {
         Context {
             private: Option::some(context),
             public: Option::none()
         }
     }
 
-    fn public(context: &mut PublicContext) -> Context {
+    pub fn public(context: &mut PublicContext) -> Context {
         Context {
             public: Option::some(context),
             private: Option::none()
         }
     }
 
-    fn none() -> Context {
+    pub fn none() -> Context {
         Context {
             public: Option::none(),
             private: Option::none()
diff --git a/yarn-project/aztec-nr/aztec/src/hash.nr b/yarn-project/aztec-nr/aztec/src/hash.nr
index 9ddcb02c5330..5e528af34386 100644
--- a/yarn-project/aztec-nr/aztec/src/hash.nr
+++ b/yarn-project/aztec-nr/aztec/src/hash.nr
@@ -4,7 +4,7 @@ use crate::constants_gen::{
   GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET,
 };
 
-fn sha256_to_field<N>(bytes_to_hash: [u8; N]) -> Field {
+pub fn sha256_to_field<N>(bytes_to_hash: [u8; N]) -> Field {
   let sha256_hashed = sha256(bytes_to_hash);
 
   // Convert it to a field element
@@ -24,7 +24,7 @@ fn sha256_to_field<N>(bytes_to_hash: [u8; N]) -> Field {
   hash_in_a_field
 }
 
-fn compute_secret_hash(secret: Field) -> Field {
+pub fn compute_secret_hash(secret: Field) -> Field {
   // TODO(#1205) This is probably not the right index to use
   pedersen_with_separator([secret], GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET)[0]
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/log.nr b/yarn-project/aztec-nr/aztec/src/log.nr
index 1c483b767023..d38775dcb728 100644
--- a/yarn-project/aztec-nr/aztec/src/log.nr
+++ b/yarn-project/aztec-nr/aztec/src/log.nr
@@ -2,7 +2,7 @@ use crate::context::{PrivateContext, PublicContext};
 use crate::oracle;
 use crate::types::point::Point;
 
-fn emit_encrypted_log<N>(
+pub fn emit_encrypted_log<N>(
     context: &mut PrivateContext,
     contract_address: Field,
     storage_slot: Field,
@@ -13,7 +13,7 @@ fn emit_encrypted_log<N>(
     context.accumulate_encrypted_logs(log);
 }
 
-fn emit_unencrypted_log<T>(
+pub fn emit_unencrypted_log<T>(
     context: &mut PublicContext,
     log: T,
 ) {
@@ -27,7 +27,7 @@ fn emit_unencrypted_log<T>(
 // --> might be a better approach to force devs to make a public function call that emits the log if needed then
 // it would be less easy to accidentally leak information.
 // If we decide to keep this function around would make sense to wait for traits and then merge it with emit_unencrypted_log.
-fn emit_unencrypted_log_from_private<T>(
+pub fn emit_unencrypted_log_from_private<T>(
     context: &mut PrivateContext,
     log: T,
 ) {
diff --git a/yarn-project/aztec-nr/aztec/src/messaging.nr b/yarn-project/aztec-nr/aztec/src/messaging.nr
index 8f41c29c9435..7e7aeae4500b 100644
--- a/yarn-project/aztec-nr/aztec/src/messaging.nr
+++ b/yarn-project/aztec-nr/aztec/src/messaging.nr
@@ -8,7 +8,7 @@ use crate::oracle::get_l1_to_l2_message::get_l1_to_l2_message_call;
 
 
 // Returns the nullifier for the message
-fn process_l1_to_l2_message(l1_to_l2_root: Field, storage_contract_address: Field, msg_key: Field, content: Field, secret: Field) -> Field{
+pub fn process_l1_to_l2_message(l1_to_l2_root: Field, storage_contract_address: Field, msg_key: Field, content: Field, secret: Field) -> Field{
 
     let returned_message = get_l1_to_l2_message_call(msg_key);
     let l1_to_l2_message_data = make_l1_to_l2_message_getter_data(returned_message, 0, secret);
diff --git a/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message.nr b/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message.nr
index 8ac1a9324908..9762bfc341e1 100644
--- a/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message.nr
+++ b/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message.nr
@@ -19,7 +19,7 @@ struct L1ToL2Message {
 }
 
 impl L1ToL2Message {
-    fn deserialize(
+    pub fn deserialize(
         fields: [Field; L1_TO_L2_MESSAGE_LENGTH],
         secret: Field,
         tree_index: Field
@@ -38,7 +38,7 @@ impl L1ToL2Message {
         }
     }
 
-    fn validate_message_secret(self: Self) {
+    pub fn validate_message_secret(self: Self) {
         let recomputed_hash = dep::std::hash::pedersen_with_separator([self.secret], GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET)[0];
         assert(self.secret_hash == recomputed_hash);
     }
@@ -71,7 +71,7 @@ impl L1ToL2Message {
 
     // The nullifier of a l1 to l2 message is the hash of the message salted with the secret and tree index
     // docs:start:l1_to_l2_message_compute_nullifier
-    fn compute_nullifier(self: Self) -> Field {
+    pub fn compute_nullifier(self: Self) -> Field {
         let message_hash = self.message_hash();
         dep::std::hash::pedersen_with_separator([message_hash, self.secret, self.tree_index], GENERATOR_INDEX__NULLIFIER)[0]
     }
diff --git a/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message_getter_data.nr b/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message_getter_data.nr
index 70ae8137ae8a..c8bd586e0539 100644
--- a/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message_getter_data.nr
+++ b/yarn-project/aztec-nr/aztec/src/messaging/l1_to_l2_message_getter_data.nr
@@ -12,11 +12,11 @@ struct L1ToL2MessageGetterData {
     root: Field,
 }
 
-fn l1_to_l2_message_getter_len() -> Field {
+pub fn l1_to_l2_message_getter_len() -> Field {
     L1_TO_L2_MESSAGE_LENGTH + 1 + L1_TO_L2_MSG_TREE_HEIGHT + 1
 }
 
-fn make_l1_to_l2_message_getter_data<N>(fields: [Field; N], start: Field, secret: Field) -> L1ToL2MessageGetterData {
+pub fn make_l1_to_l2_message_getter_data<N>(fields: [Field; N], start: Field, secret: Field) -> L1ToL2MessageGetterData {
     L1ToL2MessageGetterData {
         message: L1ToL2Message::deserialize(arr_copy_slice(fields, [0; L1_TO_L2_MESSAGE_LENGTH], start), secret, fields[start + L1_TO_L2_MESSAGE_LENGTH]),
         leaf_index: fields[start + L1_TO_L2_MESSAGE_LENGTH],
diff --git a/yarn-project/aztec-nr/aztec/src/note/lifecycle.nr b/yarn-project/aztec-nr/aztec/src/note/lifecycle.nr
index 6df1ef8ad582..bc15b4dec4a3 100644
--- a/yarn-project/aztec-nr/aztec/src/note/lifecycle.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/lifecycle.nr
@@ -12,7 +12,7 @@ use crate::note::{
 use crate::oracle::notes::{notify_created_note, notify_nullified_note};
 use crate::constants_gen::EMPTY_NULLIFIED_COMMITMENT;
 
-fn create_note<Note, N>(
+pub fn create_note<Note, N>(
     context: &mut PrivateContext,
     storage_slot: Field,
     note: &mut Note,
@@ -32,7 +32,7 @@ fn create_note<Note, N>(
     context.push_new_note_hash(inner_note_hash);
 }
 
-fn create_note_hash_from_public<Note, N>(
+pub fn create_note_hash_from_public<Note, N>(
     context: &mut PublicContext,
     storage_slot: Field,
     note: &mut Note,
@@ -48,7 +48,7 @@ fn create_note_hash_from_public<Note, N>(
     context.push_new_note_hash(inner_note_hash);
 }
 
-fn destroy_note<Note, N>(
+pub fn destroy_note<Note, N>(
     context: &mut PrivateContext,
     note: Note,
     note_interface: NoteInterface<Note, N>,
diff --git a/yarn-project/aztec-nr/aztec/src/note/note_getter.nr b/yarn-project/aztec-nr/aztec/src/note/note_getter.nr
index cfac7ed9986a..1ed8b14830df 100644
--- a/yarn-project/aztec-nr/aztec/src/note/note_getter.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/note_getter.nr
@@ -52,7 +52,7 @@ fn check_notes_order<N>(fields_0: [Field; N], fields_1: [Field; N], sorts: Bound
     }
 }
 
-fn get_note<Note, N>(
+pub fn get_note<Note, N>(
     context: &mut PrivateContext,
     storage_slot: Field,
     note_interface: NoteInterface<Note, N>,
@@ -67,7 +67,7 @@ fn get_note<Note, N>(
     note
 }
 
-fn get_notes<Note, N, FILTER_ARGS>(
+pub fn get_notes<Note, N, FILTER_ARGS>(
     context: &mut PrivateContext,
     storage_slot: Field,
     note_interface: NoteInterface<Note, N>,
@@ -151,7 +151,7 @@ unconstrained fn get_notes_internal<Note, N, FILTER_ARGS>(
     filter(opt_notes, filter_args)
 }
 
-unconstrained fn view_notes<Note, N>(
+unconstrained pub fn view_notes<Note, N>(
     storage_slot: Field,
     note_interface: NoteInterface<Note, N>,
     options: NoteViewerOptions<Note, N>,
diff --git a/yarn-project/aztec-nr/aztec/src/note/note_getter_options.nr b/yarn-project/aztec-nr/aztec/src/note/note_getter_options.nr
index d8905b2452e3..c43fd996850d 100644
--- a/yarn-project/aztec-nr/aztec/src/note/note_getter_options.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/note_getter_options.nr
@@ -8,7 +8,7 @@ struct Select {
 }
 
 impl Select {
-    fn new(field_index: u8, value: Field) -> Self {
+    pub fn new(field_index: u8, value: Field) -> Self {
         Select { field_index, value }
     }
 }
@@ -29,7 +29,7 @@ struct Sort {
 }
 
 impl Sort {
-    fn new(field_index: u8, order: u2) -> Self {
+    pub fn new(field_index: u8, order: u2) -> Self {
         Sort { field_index, order }
     }
 }
@@ -55,7 +55,7 @@ struct NoteGetterOptions<Note, N, FILTER_ARGS> {
 // And finally, a custom filter to refine the outcome further.
 impl<Note, N, FILTER_ARGS> NoteGetterOptions<Note, N, FILTER_ARGS> {
     // This function initializes a NoteGetterOptions that simply returns the maximum number of notes allowed in a call.
-    fn new() -> NoteGetterOptions<Note, N, Field> {
+    pub fn new() -> NoteGetterOptions<Note, N, Field> {
         NoteGetterOptions {
             selects: BoundedVec::new(Option::none()),
             sorts: BoundedVec::new(Option::none()),
@@ -68,7 +68,7 @@ impl<Note, N, FILTER_ARGS> NoteGetterOptions<Note, N, FILTER_ARGS> {
 
     // This function initializes a NoteGetterOptions with a filter, which takes the notes returned from the database and filter_args as its parameters.
     // `filter_args` allows you to provide additional data or context to the custom filter.
-    fn with_filter(
+    pub fn with_filter(
         filter: fn ([Option<Note>; MAX_READ_REQUESTS_PER_CALL], FILTER_ARGS) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL],
         filter_args: FILTER_ARGS,
     ) -> Self {
@@ -84,27 +84,27 @@ impl<Note, N, FILTER_ARGS> NoteGetterOptions<Note, N, FILTER_ARGS> {
 
     // This method adds a `Select` criterion to the options.
     // It takes a field_index indicating which field to select and a value representing the specific value to match in that field.
-    fn select(&mut self, field_index: u8, value: Field) -> Self {
+    pub fn select(&mut self, field_index: u8, value: Field) -> Self {
         self.selects.push(Option::some(Select::new(field_index, value)));
         *self
     }
 
     // This method adds a `Sort` criterion to the options.
     // It takes a field_index indicating which field to sort by and an order (SortOrder) to determine the sorting direction.
-    fn sort(&mut self, field_index: u8, order: u2) -> Self {
+    pub fn sort(&mut self, field_index: u8, order: u2) -> Self {
         self.sorts.push(Option::some(Sort::new(field_index, order)));
         *self
     }
 
     // This method lets you set a limit for the maximum number of notes to be retrieved in a single query result. 
-    fn set_limit(&mut self, limit: u32) -> Self {
+    pub fn set_limit(&mut self, limit: u32) -> Self {
         assert(limit <= MAX_READ_REQUESTS_PER_CALL as u32);
         self.limit = limit;
         *self
     }
 
     // This method sets the offset value, which determines where to start retrieving notes in the query results. 
-    fn set_offset(&mut self, offset: u32) -> Self {
+    pub fn set_offset(&mut self, offset: u32) -> Self {
         self.offset = offset;
         *self
     }
diff --git a/yarn-project/aztec-nr/aztec/src/note/note_hash.nr b/yarn-project/aztec-nr/aztec/src/note/note_hash.nr
index 8b507a404f93..5c28cca92736 100644
--- a/yarn-project/aztec-nr/aztec/src/note/note_hash.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/note_hash.nr
@@ -1,17 +1,17 @@
 use dep::std::hash::{pedersen, pedersen_with_separator};
 use crate::constants_gen::{GENERATOR_INDEX__UNIQUE_COMMITMENT, GENERATOR_INDEX__SILOED_COMMITMENT};
 
-fn compute_inner_hash(storage_slot: Field, note_hash: Field) -> Field {
+pub fn compute_inner_hash(storage_slot: Field, note_hash: Field) -> Field {
     // TODO(#1205) Do we need a generator index here?
     pedersen([storage_slot, note_hash])[0]
 }
 
-fn compute_siloed_hash(contract_address: Field, inner_note_hash: Field) -> Field {
+pub fn compute_siloed_hash(contract_address: Field, inner_note_hash: Field) -> Field {
     let inputs = [contract_address, inner_note_hash];
     pedersen_with_separator(inputs, GENERATOR_INDEX__SILOED_COMMITMENT)[0]
 }
 
-fn compute_unique_hash(nonce: Field, siloed_note_hash: Field) -> Field {
+pub fn compute_unique_hash(nonce: Field, siloed_note_hash: Field) -> Field {
     let inputs = [nonce, siloed_note_hash];
     pedersen_with_separator(inputs, GENERATOR_INDEX__UNIQUE_COMMITMENT)[0]
 }
diff --git a/yarn-project/aztec-nr/aztec/src/note/note_header.nr b/yarn-project/aztec-nr/aztec/src/note/note_header.nr
index 66ba4e9261dc..6f82cebf1498 100644
--- a/yarn-project/aztec-nr/aztec/src/note/note_header.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/note_header.nr
@@ -8,11 +8,11 @@ struct NoteHeader {
 }
 
 impl NoteHeader {
-    fn new(contract_address: Field, nonce: Field, storage_slot: Field) -> Self {
+    pub fn new(contract_address: Field, nonce: Field, storage_slot: Field) -> Self {
         NoteHeader { contract_address, nonce, storage_slot, is_transient: false }
     }
 
-    fn empty() -> Self {
+    pub fn empty() -> Self {
         NoteHeader { contract_address: 0, nonce: 0, storage_slot: 0, is_transient: false }
     }
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/note/note_viewer_options.nr b/yarn-project/aztec-nr/aztec/src/note/note_viewer_options.nr
index b4ce1a9a6a6c..709237c44373 100644
--- a/yarn-project/aztec-nr/aztec/src/note/note_viewer_options.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/note_viewer_options.nr
@@ -13,7 +13,7 @@ struct NoteViewerOptions<Note, N> {
 // docs:end:NoteViewerOptions
 
 impl<Note, N> NoteViewerOptions<Note, N> {
-    fn new() -> NoteViewerOptions<Note, N> {
+    pub fn new() -> NoteViewerOptions<Note, N> {
         NoteViewerOptions {
             selects: BoundedVec::new(Option::none()),
             sorts: BoundedVec::new(Option::none()),
@@ -22,23 +22,23 @@ impl<Note, N> NoteViewerOptions<Note, N> {
         }
     }
 
-   fn select(&mut self, field_index: u8, value: Field) -> Self {
+    pub fn select(&mut self, field_index: u8, value: Field) -> Self {
         self.selects.push(Option::some(Select::new(field_index, value)));
         *self
     }
 
-    fn sort(&mut self, field_index: u8, order: u2) -> Self {
+    pub fn sort(&mut self, field_index: u8, order: u2) -> Self {
         self.sorts.push(Option::some(Sort::new(field_index, order)));
         *self
     }
 
-    fn set_limit(&mut self, limit: u32) -> Self {
+    pub fn set_limit(&mut self, limit: u32) -> Self {
         assert(limit <= MAX_NOTES_PER_PAGE as u32);
         self.limit = limit;
         *self
     }
 
-    fn set_offset(&mut self, offset: u32) -> Self {
+    pub fn set_offset(&mut self, offset: u32) -> Self {
         self.offset = offset;
         *self
     }
diff --git a/yarn-project/aztec-nr/aztec/src/note/utils.nr b/yarn-project/aztec-nr/aztec/src/note/utils.nr
index 8750cab7d050..115ba675237f 100644
--- a/yarn-project/aztec-nr/aztec/src/note/utils.nr
+++ b/yarn-project/aztec-nr/aztec/src/note/utils.nr
@@ -5,7 +5,7 @@ use crate::note::{
 };
 use crate::utils::arr_copy_slice;
 
-fn compute_inner_note_hash<Note, N>(
+pub fn compute_inner_note_hash<Note, N>(
     note_interface: NoteInterface<Note, N>,
     note: Note,
 ) -> Field {
@@ -18,7 +18,7 @@ fn compute_inner_note_hash<Note, N>(
     compute_inner_hash(header.storage_slot, note_hash)
 }
 
-fn compute_siloed_note_hash<Note, N>(
+pub fn compute_siloed_note_hash<Note, N>(
     note_interface: NoteInterface<Note, N>,
     note_with_header: Note,
 ) -> Field {
@@ -30,7 +30,7 @@ fn compute_siloed_note_hash<Note, N>(
     compute_siloed_hash(header.contract_address, inner_note_hash)
 }
 
-fn compute_unique_siloed_note_hash<Note, N>(
+pub fn compute_unique_siloed_note_hash<Note, N>(
     note_interface: NoteInterface<Note, N>,
     note_with_header: Note,
 ) -> Field {
@@ -42,7 +42,7 @@ fn compute_unique_siloed_note_hash<Note, N>(
     compute_unique_hash(header.nonce, siloed_note_hash)
 }
 
-fn compute_note_hash_for_read_or_nullify<Note, N>(
+pub fn compute_note_hash_for_read_or_nullify<Note, N>(
     note_interface: NoteInterface<Note, N>,
     note_with_header: Note,
 ) -> Field {
@@ -66,7 +66,7 @@ fn compute_note_hash_for_read_or_nullify<Note, N>(
 
 }
 
-fn compute_note_hash_and_nullifier<Note, N, S>(
+pub fn compute_note_hash_and_nullifier<Note, N, S>(
     note_interface: NoteInterface<Note, N>,
     note_header: NoteHeader,
     preimage: [Field; S],
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/arguments.nr b/yarn-project/aztec-nr/aztec/src/oracle/arguments.nr
index b8ab424835c0..f5bd28312913 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/arguments.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/arguments.nr
@@ -2,6 +2,6 @@
 fn pack_arguments_oracle<N>(_args: [Field; N]) -> Field {}
 
 // TODO: explain what this does.
-unconstrained fn pack_arguments<N>(args: [Field; N]) -> Field {
+unconstrained pub fn pack_arguments<N>(args: [Field; N]) -> Field {
     pack_arguments_oracle(args)
 }
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/call_private_function.nr b/yarn-project/aztec-nr/aztec/src/oracle/call_private_function.nr
index 86aa18079e6b..13a9e5f24c50 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/call_private_function.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/call_private_function.nr
@@ -7,7 +7,7 @@ fn call_private_function_oracle(
     _args_hash: Field
 ) -> [Field; CALL_PRIVATE_FUNCTION_RETURN_SIZE] {}
 
-unconstrained fn call_private_function_internal(
+unconstrained pub fn call_private_function_internal(
     contract_address: Field,
     function_selector: Field,
     args_hash: Field
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/context.nr b/yarn-project/aztec-nr/aztec/src/oracle/context.nr
index 1b70c476d9af..8200f9fe18a4 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/context.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/context.nr
@@ -1,7 +1,7 @@
 #[oracle(getPortalContractAddress)]
 fn _get_portal_address(_contract_address: Field) -> Field {}
 
-unconstrained fn get_portal_address(contract_address: Field) -> Field {
+unconstrained pub fn get_portal_address(contract_address: Field) -> Field {
     let portal_address = _get_portal_address(contract_address);
     portal_address
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/create_commitment.nr b/yarn-project/aztec-nr/aztec/src/oracle/create_commitment.nr
index 2e72a633e316..4f9b99cf716a 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/create_commitment.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/create_commitment.nr
@@ -2,6 +2,6 @@
 #[oracle(createCommitment)]
 fn create_commitment_oracle(_commitment: Field) -> Field {}
 
-unconstrained fn create_commitment(commitment: Field) {
+unconstrained pub fn create_commitment(commitment: Field) {
     assert(create_commitment_oracle(commitment) == 0);
 }
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/debug_log.nr b/yarn-project/aztec-nr/aztec/src/oracle/debug_log.nr
index 5be0cc39ffc5..f18c6a341ea9 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/debug_log.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/debug_log.nr
@@ -15,7 +15,7 @@ fn debug_log_array_with_prefix_oracle<S, T, N>(_prefix: S, _arbitrary_array: [T;
 /// NOTE: call this with a str<N> msg of length > 1
 /// Example:
 /// `debug_log("blah blah this is a debug string");`
-unconstrained fn debug_log<T>(msg: T) {
+unconstrained pub fn debug_log<T>(msg: T) {
     assert(debug_log_oracle(msg, 0) == 0);
 }
 
@@ -25,13 +25,13 @@ unconstrained fn debug_log<T>(msg: T) {
 /// into the string in the simulator.
 /// Example:
 /// debug_log_format("get_2(slot:{0}) =>\n\t0:{1}\n\t1:{2}", [storage_slot, note0_hash, note1_hash]);
-unconstrained fn debug_log_format<T, N>(msg: T, args: [Field; N]) {
+unconstrained pub fn debug_log_format<T, N>(msg: T, args: [Field; N]) {
     assert(debug_log_format_oracle(msg, args, args.len()) == 0);
 }
 
 /// Example:
 /// `debug_log_field(my_field);`
-unconstrained fn debug_log_field(field: Field) {
+unconstrained pub fn debug_log_field(field: Field) {
     assert(debug_log_field_oracle(field) == 0);
 }
 
@@ -43,6 +43,6 @@ unconstrained fn debug_log_array<T, N>(arbitrary_array: [T; N]) {
 
 /// Example:
 /// `debug_log_array_with_prefix("Prefix", my_array);`
-unconstrained fn debug_log_array_with_prefix<S, T, N>(prefix: S, arbitrary_array: [T; N]) {
+unconstrained pub fn debug_log_array_with_prefix<S, T, N>(prefix: S, arbitrary_array: [T; N]) {
     assert(debug_log_array_with_prefix_oracle(prefix, arbitrary_array) == 0);
 }
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/enqueue_public_function_call.nr b/yarn-project/aztec-nr/aztec/src/oracle/enqueue_public_function_call.nr
index 994909633fb4..17ea7f2f67b4 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/enqueue_public_function_call.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/enqueue_public_function_call.nr
@@ -13,7 +13,7 @@ fn enqueue_public_function_call_oracle(
     _args_hash: Field,
 ) -> [Field; ENQUEUE_PUBLIC_FUNCTION_CALL_RETURN_SIZE] {}
 
-unconstrained fn enqueue_public_function_call_internal(
+unconstrained pub fn enqueue_public_function_call_internal(
     contract_address: Field, 
     function_selector: Field,
     args_hash: Field
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/get_l1_to_l2_message.nr b/yarn-project/aztec-nr/aztec/src/oracle/get_l1_to_l2_message.nr
index 6ed3ad7fd8af..32a1f0e719d5 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/get_l1_to_l2_message.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/get_l1_to_l2_message.nr
@@ -5,6 +5,6 @@ use crate::constants_gen::L1_TO_L2_MESSAGE_ORACLE_CALL_LENGTH;
 #[oracle(getL1ToL2Message)]
 fn get_l1_to_l2_msg_oracle(_msg_key: Field) -> [Field; L1_TO_L2_MESSAGE_ORACLE_CALL_LENGTH] {}
 
-unconstrained fn get_l1_to_l2_message_call(msg_key: Field) -> [Field; L1_TO_L2_MESSAGE_ORACLE_CALL_LENGTH] {
+unconstrained pub fn get_l1_to_l2_message_call(msg_key: Field) -> [Field; L1_TO_L2_MESSAGE_ORACLE_CALL_LENGTH] {
     get_l1_to_l2_msg_oracle(msg_key)
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/get_public_key.nr b/yarn-project/aztec-nr/aztec/src/oracle/get_public_key.nr
index 42d1080da6d1..f98d0dfb53ea 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/get_public_key.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/get_public_key.nr
@@ -8,7 +8,7 @@ unconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {
   get_public_key_oracle(address)
 }
 
-fn get_public_key(address: Field) -> Point {
+pub fn get_public_key(address: Field) -> Point {
   let result = get_public_key_internal(address);
   let pub_key_x = result[0];
   let pub_key_y = result[1];
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/get_secret_key.nr b/yarn-project/aztec-nr/aztec/src/oracle/get_secret_key.nr
index 2ffa3ece98af..4ec21bcf5e82 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/get_secret_key.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/get_secret_key.nr
@@ -11,7 +11,7 @@ unconstrained fn get_secret_key_internal(owner_public_key: Point) -> dep::std::g
     dep::std::grumpkin_scalar::deserialize_grumpkin_scalar(get_secret_key_oracle(owner_public_key))
 }
 
-fn get_secret_key(owner: Field) -> dep::std::grumpkin_scalar::GrumpkinScalar {
+pub fn get_secret_key(owner: Field) -> dep::std::grumpkin_scalar::GrumpkinScalar {
     let owner_public_key = get_public_key(owner);
     let secret = get_secret_key_internal(owner_public_key);
 
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/logs.nr b/yarn-project/aztec-nr/aztec/src/oracle/logs.nr
index c5cf55724adb..bc658e67bddb 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/logs.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/logs.nr
@@ -10,7 +10,7 @@ fn emit_encrypted_log_oracle<N>(
     _preimage: [Field; N],
 )  -> Field {}
 
-unconstrained fn emit_encrypted_log<N>(
+unconstrained pub fn emit_encrypted_log<N>(
     contract_address: Field,
     storage_slot: Field,
     encryption_pub_key: Point,
@@ -27,7 +27,7 @@ unconstrained fn emit_encrypted_log<N>(
 #[oracle(emitUnencryptedLog)]
 fn emit_unencrypted_log_oracle<T>(_contract_address: Field, _event_selector: Field, _message: T)  -> Field {}
 
-unconstrained fn emit_unencrypted_log<T>(contract_address: Field, event_selector: Field, message: T) -> [Field; NUM_FIELDS_PER_SHA256] {
+unconstrained pub fn emit_unencrypted_log<T>(contract_address: Field, event_selector: Field, message: T) -> [Field; NUM_FIELDS_PER_SHA256] {
     // https://github.com/AztecProtocol/aztec-packages/issues/885
     [emit_unencrypted_log_oracle(contract_address, event_selector, message), 0]
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/notes.nr b/yarn-project/aztec-nr/aztec/src/oracle/notes.nr
index 68670b95f8a5..ed62bdcd1d1b 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/notes.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/notes.nr
@@ -12,7 +12,7 @@ fn notify_created_note_oracle<N>(
     _inner_note_hash: Field,
 ) -> Field {}
 
-unconstrained fn notify_created_note<N>(
+unconstrained pub fn notify_created_note<N>(
     storage_slot: Field,
     preimage: [Field; N],
     inner_note_hash: Field,
@@ -26,7 +26,7 @@ fn notify_nullified_note_oracle<N>(
     _inner_note_hash: Field,
 ) -> Field {}
 
-unconstrained fn notify_nullified_note<N>(
+unconstrained pub fn notify_nullified_note<N>(
     nullifier: Field,
     inner_note_hash: Field,
 ) -> Field {
@@ -62,7 +62,7 @@ unconstrained fn get_notes_oracle_wrapper<N, S>(
     get_notes_oracle(storage_slot, num_selects, select_by, select_values, sort_by, sort_order, limit, offset, return_size, placeholder_fields)
 }
 
-unconstrained fn get_notes<Note, N, M, S, NS>(
+unconstrained pub fn get_notes<Note, N, M, S, NS>(
     storage_slot: Field,
     note_interface: NoteInterface<Note, N>,
     num_selects: u8,
@@ -103,6 +103,6 @@ fn check_nullifier_exists_oracle(
     _inner_nullifier: Field,
 ) -> Field {}
 
-unconstrained fn check_nullifier_exists(inner_nullifier: Field) -> bool {
+unconstrained pub fn check_nullifier_exists(inner_nullifier: Field) -> bool {
     check_nullifier_exists_oracle(inner_nullifier) == 1
 }
\ No newline at end of file
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/public_call.nr b/yarn-project/aztec-nr/aztec/src/oracle/public_call.nr
index 2a25b85930f2..a2caf7ef23f7 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/public_call.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/public_call.nr
@@ -7,7 +7,7 @@ fn call_public_function_oracle(
     _args_hash: Field
 ) -> [Field; RETURN_VALUES_LENGTH] {}
 
-unconstrained fn call_public_function_internal(
+unconstrained pub fn call_public_function_internal(
     contract_address: Field, 
     function_selector: Field,
     args_hash: Field
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/rand.nr b/yarn-project/aztec-nr/aztec/src/oracle/rand.nr
index 2f0f35583ea7..b21f6ad93afe 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/rand.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/rand.nr
@@ -3,6 +3,6 @@
 #[oracle(getRandomField)]
 fn rand_oracle() -> Field {}
 
-unconstrained fn rand() -> Field {
+unconstrained pub fn rand() -> Field {
     rand_oracle()
 }
diff --git a/yarn-project/aztec-nr/aztec/src/oracle/storage.nr b/yarn-project/aztec-nr/aztec/src/oracle/storage.nr
index 7b367360cd42..0b5d96997d20 100644
--- a/yarn-project/aztec-nr/aztec/src/oracle/storage.nr
+++ b/yarn-project/aztec-nr/aztec/src/oracle/storage.nr
@@ -9,7 +9,7 @@ unconstrained fn storage_read_oracle_wrapper<N>(_storage_slot: Field)-> [Field;
     storage_read_oracle(_storage_slot, N)
 }
 
-fn storage_read<T, N>(
+pub fn storage_read<T, N>(
     storage_slot: Field,
     deserialize: fn ([Field; N]) -> T,
 ) -> T {
@@ -24,7 +24,7 @@ fn storage_write_oracle<N>(
 ) -> [Field; N] {}
 
 // TODO: Remove return value.
-unconstrained fn storage_write<N>(
+unconstrained pub fn storage_write<N>(
     storage_slot: Field,
     fields: [Field; N]
 ) {
diff --git a/yarn-project/aztec-nr/aztec/src/private_call_stack_item.nr b/yarn-project/aztec-nr/aztec/src/private_call_stack_item.nr
index 77d702667b62..a28bcd894776 100644
--- a/yarn-project/aztec-nr/aztec/src/private_call_stack_item.nr
+++ b/yarn-project/aztec-nr/aztec/src/private_call_stack_item.nr
@@ -10,7 +10,7 @@ struct PrivateCallStackItem {
 }
 
 impl PrivateCallStackItem {
-    fn hash(self) -> Field {
+    pub fn hash(self) -> Field {
         dep::std::hash::pedersen_with_separator([
             self.contract_address,
             self.function_data.hash(),
diff --git a/yarn-project/aztec-nr/aztec/src/public_call_stack_item.nr b/yarn-project/aztec-nr/aztec/src/public_call_stack_item.nr
index 25318b221c31..c1c0d2a2251d 100644
--- a/yarn-project/aztec-nr/aztec/src/public_call_stack_item.nr
+++ b/yarn-project/aztec-nr/aztec/src/public_call_stack_item.nr
@@ -23,7 +23,7 @@ struct PublicCallStackItem {
 }
 
 impl PublicCallStackItem {
-    fn hash(self) -> Field {
+    pub fn hash(self) -> Field {
         dep::std::hash::pedersen_with_separator([
             self.contract_address,
             self.function_data.hash(),
diff --git a/yarn-project/aztec-nr/aztec/src/selector.nr b/yarn-project/aztec-nr/aztec/src/selector.nr
index 39951a264ecb..9f5d368e5d7c 100644
--- a/yarn-project/aztec-nr/aztec/src/selector.nr
+++ b/yarn-project/aztec-nr/aztec/src/selector.nr
@@ -2,7 +2,7 @@ use crate::utils::field_from_bytes;
 
 global SELECTOR_SIZE = 4;
 
-fn compute_selector<N>(signature: str<N>) -> Field {
+pub fn compute_selector<N>(signature: str<N>) -> Field {
     let bytes = signature.as_bytes();
     let hash = dep::std::hash::keccak256(bytes, bytes.len() as u32);
     
diff --git a/yarn-project/aztec-nr/aztec/src/state_vars/immutable_singleton.nr b/yarn-project/aztec-nr/aztec/src/state_vars/immutable_singleton.nr
index edc8b7883c04..0dad78df1c66 100644
--- a/yarn-project/aztec-nr/aztec/src/state_vars/immutable_singleton.nr
+++ b/yarn-project/aztec-nr/aztec/src/state_vars/immutable_singleton.nr
@@ -21,7 +21,7 @@ struct ImmutableSingleton<Note, N> {
 
 impl<Note, N> ImmutableSingleton<Note, N> {
     // docs:start:new
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
         note_interface: NoteInterface<Note, N>,
@@ -37,7 +37,7 @@ impl<Note, N> ImmutableSingleton<Note, N> {
     // docs:end:new
 
     // docs:start:is_initialized
-    unconstrained fn is_initialized(self, owner: Option<Field>) -> bool {
+    unconstrained pub fn is_initialized(self, owner: Option<Field>) -> bool {
         let compute_initialization_nullifier = self.compute_initialization_nullifier;
         let nullifier = compute_initialization_nullifier(self.storage_slot, owner);
         check_nullifier_exists(nullifier)
@@ -45,7 +45,7 @@ impl<Note, N> ImmutableSingleton<Note, N> {
     // docs:end:is_initialized
 
     // docs:start:initialize
-    fn initialize(self, note: &mut Note, owner: Option<Field>) {
+    pub fn initialize(self, note: &mut Note, owner: Option<Field>) {
         let context = self.context.unwrap();
 
         // Nullify the storage slot.
@@ -63,14 +63,14 @@ impl<Note, N> ImmutableSingleton<Note, N> {
     // docs:end:initialize
 
     // docs:start:get_note
-    fn get_note(self) -> Note {
+    pub fn get_note(self) -> Note {
         let context = self.context.unwrap();
         let storage_slot = self.storage_slot;
         get_note(context, storage_slot, self.note_interface)
     }
     // docs:end:get_note
 
-    unconstrained fn view_note(self) -> Note {
+    unconstrained pub fn view_note(self) -> Note {
         let options = NoteViewerOptions::new().set_limit(1);
         view_notes(self.storage_slot, self.note_interface, options)[0].unwrap()
     }
diff --git a/yarn-project/aztec-nr/aztec/src/state_vars/map.nr b/yarn-project/aztec-nr/aztec/src/state_vars/map.nr
index 5ee97e8b6812..9aa49a47354a 100644
--- a/yarn-project/aztec-nr/aztec/src/state_vars/map.nr
+++ b/yarn-project/aztec-nr/aztec/src/state_vars/map.nr
@@ -11,7 +11,7 @@ struct Map<V> {
 
 impl<V> Map<V> {
     // docs:start:new
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
         state_var_constructor: fn(Context, Field) -> V,
@@ -26,7 +26,7 @@ impl<V> Map<V> {
     // docs:end:new
 
     // docs:start:at
-    fn at(self, key: Field) -> V {
+    pub fn at(self, key: Field) -> V {
         // TODO(#1204): use a generator index for the storage slot
         let derived_storage_slot = dep::std::hash::pedersen([self.storage_slot, key])[0];
 
diff --git a/yarn-project/aztec-nr/aztec/src/state_vars/public_state.nr b/yarn-project/aztec-nr/aztec/src/state_vars/public_state.nr
index fb1962227a71..b24c4a3323e0 100644
--- a/yarn-project/aztec-nr/aztec/src/state_vars/public_state.nr
+++ b/yarn-project/aztec-nr/aztec/src/state_vars/public_state.nr
@@ -6,6 +6,7 @@ use dep::std::option::Option;
 
 // docs:start:public_state_struct
 struct PublicState<T, T_SERIALIZED_LEN> {
+    context: Context,
     storage_slot: Field,
     serialization_methods: TypeSerializationInterface<T, T_SERIALIZED_LEN>,
 }
@@ -13,14 +14,15 @@ struct PublicState<T, T_SERIALIZED_LEN> {
 
 impl<T, T_SERIALIZED_LEN> PublicState<T, T_SERIALIZED_LEN> {
     // docs:start:public_state_struct_new
-    fn new(
+    pub fn new(
         // Note: Passing the contexts to new(...) just to have an interface compatible with a Map.
-        _: Context,
+        context: Context,
         storage_slot: Field,
         serialization_methods: TypeSerializationInterface<T, T_SERIALIZED_LEN>,
     ) -> Self {
         assert(storage_slot != 0, "Storage slot 0 not allowed. Storage slots must start from 1.");
         PublicState {
+            context,
             storage_slot,
             serialization_methods,
         }
@@ -28,13 +30,15 @@ impl<T, T_SERIALIZED_LEN> PublicState<T, T_SERIALIZED_LEN> {
     // docs:end:public_state_struct_new
 
     // docs:start:public_state_struct_read
-    fn read(self) -> T {
+    pub fn read(self) -> T {
+        assert(self.context.private.is_none(), "Public state writes only supported in public functions");
         storage_read(self.storage_slot, self.serialization_methods.deserialize)
     }
     // docs:end:public_state_struct_read
 
     // docs:start:public_state_struct_write
-    fn write(self, value: T) {
+    pub fn write(self, value: T) {
+        assert(self.context.private.is_none(), "Public state writes only supported in public functions");
         let serialize = self.serialization_methods.serialize;
         let fields = serialize(value);
         storage_write(self.storage_slot, fields);
diff --git a/yarn-project/aztec-nr/aztec/src/state_vars/set.nr b/yarn-project/aztec-nr/aztec/src/state_vars/set.nr
index 162c670058fd..68fe16dd3b6f 100644
--- a/yarn-project/aztec-nr/aztec/src/state_vars/set.nr
+++ b/yarn-project/aztec-nr/aztec/src/state_vars/set.nr
@@ -22,7 +22,7 @@ struct Set<Note, N> {
 
 impl<Note, N> Set<Note, N> {
     // docs:start:new
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
         note_interface: NoteInterface<Note, N>,
@@ -37,7 +37,7 @@ impl<Note, N> Set<Note, N> {
     // docs:end:new
 
     // docs:start:insert
-    fn insert(self, note: &mut Note) {
+    pub fn insert(self, note: &mut Note) {
         create_note(
             self.context.private.unwrap(),
             self.storage_slot,
@@ -48,7 +48,7 @@ impl<Note, N> Set<Note, N> {
     // docs:end:insert
 
     // docs:start:insert_from_public
-    fn insert_from_public(self, note: &mut Note) {
+    pub fn insert_from_public(self, note: &mut Note) {
         create_note_hash_from_public(
             self.context.public.unwrap(),
             self.storage_slot,
@@ -69,7 +69,7 @@ impl<Note, N> Set<Note, N> {
     }
 
     // docs:start:remove
-    fn remove(self, note: Note) {
+    pub fn remove(self, note: Note) {
         let context = self.context.private.unwrap();
         let note_hash = compute_note_hash_for_read_or_nullify(self.note_interface, note);
         let has_been_read = context.read_requests.any(|r| r == note_hash);
@@ -84,7 +84,7 @@ impl<Note, N> Set<Note, N> {
     // docs:end:remove
 
     // docs:start:get_notes
-    fn get_notes<FILTER_ARGS>(
+    pub fn get_notes<FILTER_ARGS>(
         self,
         options: NoteGetterOptions<Note, N, FILTER_ARGS>,
     ) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {
@@ -100,7 +100,7 @@ impl<Note, N> Set<Note, N> {
     // docs:end:get_notes
 
     // docs:start:view_notes
-    unconstrained fn view_notes(
+    unconstrained pub fn view_notes(
         self,
         options: NoteViewerOptions<Note, N>,
     ) -> [Option<Note>; MAX_NOTES_PER_PAGE] {
diff --git a/yarn-project/aztec-nr/aztec/src/state_vars/singleton.nr b/yarn-project/aztec-nr/aztec/src/state_vars/singleton.nr
index 19eb92664a62..d1ce9e44593e 100644
--- a/yarn-project/aztec-nr/aztec/src/state_vars/singleton.nr
+++ b/yarn-project/aztec-nr/aztec/src/state_vars/singleton.nr
@@ -1,5 +1,5 @@
 use dep::std::option::Option;
-use crate::constants_gen::{EMPTY_NULLIFIED_COMMITMENT, GENERATOR_INDEX__INITIALISATION_NULLIFIER};
+use crate::constants_gen::{EMPTY_NULLIFIED_COMMITMENT, GENERATOR_INDEX__INITIALIZATION_NULLIFIER};
 use crate::context::{PrivateContext, PublicContext, Context};
 use crate::note::{
     lifecycle::{create_note, destroy_note},
@@ -13,17 +13,17 @@ use crate::oracle::{
 };
 use dep::std::hash::pedersen_with_separator;
 
-fn compute_singleton_initialization_nullifier(storage_slot: Field, owner: Option<Field>) -> Field {
+pub fn compute_singleton_initialization_nullifier(storage_slot: Field, owner: Option<Field>) -> Field {
     if owner.is_some() {
         let secret = get_secret_key(owner.unwrap_unchecked());
         pedersen_with_separator(
             [storage_slot, secret.low, secret.high],
-            GENERATOR_INDEX__INITIALISATION_NULLIFIER,
+            GENERATOR_INDEX__INITIALIZATION_NULLIFIER,
         )[0]
     } else {
         pedersen_with_separator(
             [storage_slot],
-            GENERATOR_INDEX__INITIALISATION_NULLIFIER,
+            GENERATOR_INDEX__INITIALIZATION_NULLIFIER,
         )[0]
     }
 }
@@ -39,7 +39,7 @@ struct Singleton<Note, N> {
 
 impl<Note, N> Singleton<Note, N> {
     // docs:start:new
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
         note_interface: NoteInterface<Note, N>,
@@ -55,7 +55,7 @@ impl<Note, N> Singleton<Note, N> {
     // docs:end:new
 
     // docs:start:is_initialized
-    unconstrained fn is_initialized(self, owner: Option<Field>) -> bool {
+    unconstrained pub fn is_initialized(self, owner: Option<Field>) -> bool {
         let compute_initialization_nullifier = self.compute_initialization_nullifier;
         let nullifier = compute_initialization_nullifier(self.storage_slot, owner);
         check_nullifier_exists(nullifier)
@@ -63,7 +63,7 @@ impl<Note, N> Singleton<Note, N> {
     // docs:end:is_initialized
 
     // docs:start:initialize
-    fn initialize(self, note: &mut Note, owner: Option<Field>) {
+    pub fn initialize(self, note: &mut Note, owner: Option<Field>) {
         let context = self.context.unwrap();
 
         // Nullify the storage slot.
@@ -76,7 +76,7 @@ impl<Note, N> Singleton<Note, N> {
     // docs:end:initialize
 
     // docs:start:replace
-    fn replace(self, new_note: &mut Note) {
+    pub fn replace(self, new_note: &mut Note) {
         let context = self.context.unwrap();
         let prev_note = get_note(context, self.storage_slot, self.note_interface);
 
@@ -89,7 +89,7 @@ impl<Note, N> Singleton<Note, N> {
     // docs:end:replace
 
     // docs:start:get_note
-    fn get_note(self) -> Note {
+    pub fn get_note(self) -> Note {
         let context = self.context.unwrap();
         let mut note = get_note(context, self.storage_slot, self.note_interface);
 
@@ -104,7 +104,7 @@ impl<Note, N> Singleton<Note, N> {
     }
     // docs:end:get_note
 
-    unconstrained fn view_note(self) -> Note {
+    unconstrained pub fn view_note(self) -> Note {
         let options = NoteViewerOptions::new().set_limit(1);
         view_notes(self.storage_slot, self.note_interface, options)[0].unwrap()
     }
diff --git a/yarn-project/aztec-nr/aztec/src/types/address.nr b/yarn-project/aztec-nr/aztec/src/types/address.nr
index 79a8f1bd3436..c238b4919509 100644
--- a/yarn-project/aztec-nr/aztec/src/types/address.nr
+++ b/yarn-project/aztec-nr/aztec/src/types/address.nr
@@ -3,21 +3,21 @@ struct AztecAddress {
 }
 
 impl AztecAddress {
-  fn new(address: Field) -> Self {
+  pub fn new(address: Field) -> Self {
     Self {
       address
     }
   }
 
-  fn eq(self: Self, other: Self) -> bool {
+  pub fn eq(self: Self, other: Self) -> bool {
     self.address == other.address
   }
 
-  fn serialize(self: Self) -> [Field; 1] {
+  pub fn serialize(self: Self) -> [Field; 1] {
     [self.address]
   }
 
-  fn deserialize(fields: [Field; 1]) -> Self {
+  pub fn deserialize(fields: [Field; 1]) -> Self {
     Self {
       address: fields[0]
     }
@@ -29,7 +29,7 @@ struct EthereumAddress {
 }
 
 impl EthereumAddress {
-  fn new(address: Field) -> Self {
+  pub fn new(address: Field) -> Self {
     // Check that it actually will fit. Spending a lot of constraints here :grimacing:
     let bytes = address.to_be_bytes(32);
     for i in 0..12 {
@@ -41,11 +41,11 @@ impl EthereumAddress {
   }
 
 
-  fn serialize(self: Self) -> [Field; 1] {
+  pub fn serialize(self: Self) -> [Field; 1] {
     [self.address]
   }
 
-  fn deserialize(fields: [Field; 1]) -> Self {
+  pub fn deserialize(fields: [Field; 1]) -> Self {
     Self {
       address: fields[0]
     }
diff --git a/yarn-project/aztec-nr/aztec/src/types/point.nr b/yarn-project/aztec-nr/aztec/src/types/point.nr
index 6b3913548747..5a51780a81b4 100644
--- a/yarn-project/aztec-nr/aztec/src/types/point.nr
+++ b/yarn-project/aztec-nr/aztec/src/types/point.nr
@@ -6,7 +6,7 @@ struct Point {
 }
 
 impl Point {
-    fn new(x: Field, y: Field) -> Self {
+    pub fn new(x: Field, y: Field) -> Self {
         Point { x, y }
     } 
 }
diff --git a/yarn-project/aztec-nr/aztec/src/types/vec.nr b/yarn-project/aztec-nr/aztec/src/types/vec.nr
index 589159eb805b..4851a1200c3d 100644
--- a/yarn-project/aztec-nr/aztec/src/types/vec.nr
+++ b/yarn-project/aztec-nr/aztec/src/types/vec.nr
@@ -5,27 +5,27 @@ struct BoundedVec<T, MaxLen> {
 }
 
 impl<T, MaxLen> BoundedVec<T, MaxLen> {
-    fn new(initial_value: T) -> Self {
+    pub fn new(initial_value: T) -> Self {
         BoundedVec { storage: [initial_value; MaxLen], len: 0 }
     }
 
-    fn get(mut self: Self, index: Field) -> T {
+    pub fn get(mut self: Self, index: Field) -> T {
         assert(index as u64 < self.len as u64);
         self.storage[index]
     }
 
-    fn get_unchecked(mut self: Self, index: Field) -> T {
+    pub fn get_unchecked(mut self: Self, index: Field) -> T {
         self.storage[index]
     }
 
-    fn push(&mut self, elem: T) {
+    pub fn push(&mut self, elem: T) {
         assert(self.len as u64 < MaxLen as u64);
 
         self.storage[self.len] = elem;
         self.len += 1;
     }
 
-    fn push_array<Len>(&mut self, array: [T; Len]) {
+    pub fn push_array<Len>(&mut self, array: [T; Len]) {
         let newLen = self.len + array.len();
         assert(newLen as u64 <= MaxLen as u64);
         for i in 0..array.len() {
@@ -34,7 +34,7 @@ impl<T, MaxLen> BoundedVec<T, MaxLen> {
         self.len = newLen;
     }
 
-    fn pop(&mut self) -> T {
+    pub fn pop(&mut self) -> T {
         assert(self.len as u64 > 0);
 
         let elem = self.storage[self.len - 1];
@@ -42,7 +42,7 @@ impl<T, MaxLen> BoundedVec<T, MaxLen> {
         elem
     }
 
-    fn any<Env>(self, predicate: fn[Env](T) -> bool) -> bool {
+    pub fn any<Env>(self, predicate: fn[Env](T) -> bool) -> bool {
         let mut ret = false;
         let mut exceeded_len = false;
         for i in 0..MaxLen {
diff --git a/yarn-project/aztec-nr/aztec/src/utils.nr b/yarn-project/aztec-nr/aztec/src/utils.nr
index 9d32901bc2c9..c80e360de564 100644
--- a/yarn-project/aztec-nr/aztec/src/utils.nr
+++ b/yarn-project/aztec-nr/aztec/src/utils.nr
@@ -1,4 +1,4 @@
-fn arr_copy_slice<T, N, M>(
+pub fn arr_copy_slice<T, N, M>(
     src: [T; N],
     mut dst: [T; M],
     offset: Field,
@@ -9,7 +9,7 @@ fn arr_copy_slice<T, N, M>(
     dst
 }
 
-fn field_from_bytes<N>(bytes: [u8; N], big_endian: bool) -> Field {
+pub fn field_from_bytes<N>(bytes: [u8; N], big_endian: bool) -> Field {
     assert(bytes.len() as u32 < 32, "field_from_bytes: N must be less than 32");
     let mut as_field = 0;
     let mut offset = 1;
diff --git a/yarn-project/aztec-nr/easy-private-state/src/easy_private_state.nr b/yarn-project/aztec-nr/easy-private-state/src/easy_private_state.nr
index 69ec2eea87fe..be293eb960b6 100644
--- a/yarn-project/aztec-nr/easy-private-state/src/easy_private_state.nr
+++ b/yarn-project/aztec-nr/easy-private-state/src/easy_private_state.nr
@@ -19,7 +19,7 @@ struct EasyPrivateUint {
 }
 
 impl EasyPrivateUint {
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
     ) -> Self {
@@ -37,7 +37,7 @@ impl EasyPrivateUint {
     }
 
     // Very similar to `value_note::utils::increment`.
-    fn add(self, addend: u120, owner: Field) {
+    pub fn add(self, addend: u120, owner: Field) {
         // Creates new note for the owner.
         let mut addend_note = ValueNote::new(addend as Field, owner);
 
@@ -59,7 +59,7 @@ impl EasyPrivateUint {
     }
 
     // Very similar to `value_note::utils::decrement`.
-    fn sub(self, subtrahend: u120, owner: Field) {
+    pub fn sub(self, subtrahend: u120, owner: Field) {
         // docs:start:get_notes
         let options = NoteGetterOptions::with_filter(filter_notes_min_sum, subtrahend as Field);
         let maybe_notes = self.set.get_notes(options);
diff --git a/yarn-project/aztec-nr/safe-math/src/safe_u120.nr b/yarn-project/aztec-nr/safe-math/src/safe_u120.nr
index a36c05ac3cdd..b7ebfa2de829 100644
--- a/yarn-project/aztec-nr/safe-math/src/safe_u120.nr
+++ b/yarn-project/aztec-nr/safe-math/src/safe_u120.nr
@@ -3,19 +3,19 @@ struct SafeU120 {
 }
 
 impl SafeU120 {
-    fn min() -> Self {
+    pub fn min() -> Self {
         Self {
             value: 0
         }
     }
 
-    fn max() -> Self {
+    pub fn max() -> Self {
         Self {
             value: 0xffffffffffffffffffffffffffffff
         }
     }
 
-    fn new(
+    pub fn new(
         value: Field,
     ) -> Self {
         // Check that it actually will fit. Spending a lot of constraints here :grimacing:
@@ -28,36 +28,36 @@ impl SafeU120 {
         }
     }
 
-    fn is_zero(
+    pub fn is_zero(
         self: Self,
     ) -> bool {
         self.value == 0
     }
 
-    fn eq(
+    pub fn eq(
         self: Self,
         other: Self
     ) -> bool {
         self.value == other.value
     }
 
-    fn lt(self: Self, other: Self) -> bool {
+    pub fn lt(self: Self, other: Self) -> bool {
         self.value < other.value
     }
 
-    fn le(self: Self, other: Self) -> bool {
+    pub fn le(self: Self, other: Self) -> bool {
         self.value <= other.value
     }
 
-    fn gt(self: Self, other: Self) -> bool {
+    pub fn gt(self: Self, other: Self) -> bool {
         self.value > other.value
     }
 
-    fn ge(self: Self, other: Self) -> bool {
+    pub fn ge(self: Self, other: Self) -> bool {
         self.value >= other.value
     }
 
-    fn sub(
+    pub fn sub(
       self: Self,
       b: Self,
     ) -> Self {
@@ -67,7 +67,7 @@ impl SafeU120 {
         }
     }
 
-    fn add(
+    pub fn add(
         self: Self,
         b: Self,
     ) -> Self {
@@ -78,7 +78,7 @@ impl SafeU120 {
         }
     }
 
-    fn mul(
+    pub fn mul(
         self: Self,
         b: Self,
     ) -> Self {
@@ -91,7 +91,7 @@ impl SafeU120 {
         }
     }
 
-    fn div(
+    pub fn div(
         self: Self,
         b: Self,
     ) -> Self {
@@ -101,7 +101,7 @@ impl SafeU120 {
         }
     }
 
-    fn mul_div(
+    pub fn mul_div(
         self: Self,
         b: Self,
         divisor: Self
@@ -109,7 +109,7 @@ impl SafeU120 {
         self.mul(b).div(divisor)
     }
 
-     fn mul_div_up(
+    pub fn mul_div_up(
         self: Self,
         b: Self,
         divisor: Self
diff --git a/yarn-project/aztec-nr/value-note/src/balance_utils.nr b/yarn-project/aztec-nr/value-note/src/balance_utils.nr
index 0b8f04b61e4f..eedefb3c27ee 100644
--- a/yarn-project/aztec-nr/value-note/src/balance_utils.nr
+++ b/yarn-project/aztec-nr/value-note/src/balance_utils.nr
@@ -5,11 +5,11 @@ use dep::aztec::note::{
 use dep::aztec::state_vars::set::Set;
 use crate::value_note::{VALUE_NOTE_LEN, ValueNote};
 
-unconstrained fn get_balance(set: Set<ValueNote, VALUE_NOTE_LEN>) -> Field {
+unconstrained pub fn get_balance(set: Set<ValueNote, VALUE_NOTE_LEN>) -> Field {
     get_balance_with_offset(set, 0)
 }
 
-unconstrained fn get_balance_with_offset(set: Set<ValueNote, VALUE_NOTE_LEN>, offset: u32) -> Field {
+unconstrained pub fn get_balance_with_offset(set: Set<ValueNote, VALUE_NOTE_LEN>, offset: u32) -> Field {
     let mut balance = 0;
     // docs:start:view_notes
     let options = NoteViewerOptions::new().set_offset(offset);
diff --git a/yarn-project/aztec-nr/value-note/src/filter.nr b/yarn-project/aztec-nr/value-note/src/filter.nr
index 7849747f3f15..05424756218f 100644
--- a/yarn-project/aztec-nr/value-note/src/filter.nr
+++ b/yarn-project/aztec-nr/value-note/src/filter.nr
@@ -2,7 +2,7 @@ use dep::std::option::Option;
 use dep::aztec::constants_gen::MAX_READ_REQUESTS_PER_CALL;
 use crate::value_note::ValueNote;
 
-fn filter_notes_min_sum(notes: [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: Field) -> [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL] {
+pub fn filter_notes_min_sum(notes: [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: Field) -> [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL] {
     let mut selected = [Option::none(); MAX_READ_REQUESTS_PER_CALL];
     let mut sum = 0;
     for i in 0..notes.len() {
diff --git a/yarn-project/aztec-nr/value-note/src/utils.nr b/yarn-project/aztec-nr/value-note/src/utils.nr
index 56204cdd97ac..0d54f9961a0c 100644
--- a/yarn-project/aztec-nr/value-note/src/utils.nr
+++ b/yarn-project/aztec-nr/value-note/src/utils.nr
@@ -15,13 +15,13 @@ use crate::{
 
 // Sort the note values (0th field) in descending order.
 // Pick the fewest notes whose sum is equal to or greater than `amount`.
-fn create_note_getter_options_for_decreasing_balance(amount: Field) -> NoteGetterOptions<ValueNote, VALUE_NOTE_LEN, Field> {
+pub fn create_note_getter_options_for_decreasing_balance(amount: Field) -> NoteGetterOptions<ValueNote, VALUE_NOTE_LEN, Field> {
     NoteGetterOptions::with_filter(filter_notes_min_sum, amount).sort(0, SortOrder.DESC)
 }
 
 // Creates a new note for the recipient.
 // Inserts it to the recipient's set of notes.
-fn increment(
+pub fn increment(
     balance: Set<ValueNote, VALUE_NOTE_LEN>,
     amount: Field,
     recipient: Field,
@@ -39,7 +39,7 @@ fn increment(
 // Remove those notes.
 // If the value of the removed notes exceeds the requested `amount`, create a new note containing the excess value, so that exactly `amount` is removed.
 // Fail if the sum of the selected notes is less than the amount.
-fn decrement(
+pub fn decrement(
     balance: Set<ValueNote, VALUE_NOTE_LEN>,
     amount: Field,
     owner: Field,
@@ -56,7 +56,7 @@ fn decrement(
 // equal `amount`.
 //
 // It returns the decremented amount, which should be less than or equal to max_amount.
-fn decrement_by_at_most(
+pub fn decrement_by_at_most(
     balance: Set<ValueNote, VALUE_NOTE_LEN>,
     max_amount: Field,
     owner: Field,
@@ -82,7 +82,7 @@ fn decrement_by_at_most(
     decremented
 }
 
-fn create_note(
+pub fn create_note(
     balance: Set<ValueNote, VALUE_NOTE_LEN>,
     owner: Field,
     note: &mut ValueNote,
@@ -113,7 +113,7 @@ fn create_note(
 
 // Removes the note from the owner's set of notes.
 // Returns the value of the destroyed note.
-fn destroy_note(
+pub fn destroy_note(
     balance: Set<ValueNote, VALUE_NOTE_LEN>,
     owner: Field,
     note: ValueNote,
diff --git a/yarn-project/aztec-nr/value-note/src/value_note.nr b/yarn-project/aztec-nr/value-note/src/value_note.nr
index 7b7855e37f39..df35dd97fc0d 100644
--- a/yarn-project/aztec-nr/value-note/src/value_note.nr
+++ b/yarn-project/aztec-nr/value-note/src/value_note.nr
@@ -20,7 +20,7 @@ struct ValueNote {
 // docs:end:value-note-def
 
 impl ValueNote {
-    fn new(value: Field, owner: Field) -> Self {
+    pub fn new(value: Field, owner: Field) -> Self {
         let randomness = rand();
         let header = NoteHeader::empty();
         ValueNote {
@@ -31,11 +31,11 @@ impl ValueNote {
         }
     }
 
-    fn serialize(self) -> [Field; VALUE_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; VALUE_NOTE_LEN] {
         [self.value, self.owner, self.randomness]
     }
 
-    fn deserialize(preimage: [Field; VALUE_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; VALUE_NOTE_LEN]) -> Self {
         ValueNote {
             value: preimage[0],
             owner: preimage[1],
@@ -44,7 +44,7 @@ impl ValueNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         // TODO(#1205) Should use a non-zero generator index.
         dep::std::hash::pedersen([
             self.value, 
@@ -55,7 +55,7 @@ impl ValueNote {
 
     // docs:start:nullifier
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(ValueNoteMethods, self);
         let secret = get_secret_key(self.owner);
         // TODO(#1205) Should use a non-zero generator index.
@@ -68,7 +68,7 @@ impl ValueNote {
 
     // docs:end:nullifier
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/aztec-sandbox/docker-compose-fork.yml b/yarn-project/aztec-sandbox/docker-compose-fork.yml
index 33c6c94416c4..696602980299 100644
--- a/yarn-project/aztec-sandbox/docker-compose-fork.yml
+++ b/yarn-project/aztec-sandbox/docker-compose-fork.yml
@@ -19,4 +19,3 @@ services:
       SEQ_TX_POLLING_INTERVAL_MS: 50
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: 17514288
diff --git a/yarn-project/aztec-sandbox/docker-compose.yml b/yarn-project/aztec-sandbox/docker-compose.yml
index 5e66423bb295..d44102dbcacf 100644
--- a/yarn-project/aztec-sandbox/docker-compose.yml
+++ b/yarn-project/aztec-sandbox/docker-compose.yml
@@ -2,7 +2,15 @@ version: '3'
 services:
   ethereum:
     image: ghcr.io/foundry-rs/foundry@sha256:29ba6e34379e79c342ec02d437beb7929c9e254261e8032b17e187be71a2609f
-    command: '"anvil --silent -p 8545 --host 0.0.0.0 --chain-id 31337"'
+    entrypoint: >
+      sh -c '
+      if [ -n "$FORK_BLOCK_NUMBER" ] && [ -n "$FORK_URL" ]; then
+        exec anvil -p 8545 --host 0.0.0.0 --chain-id 31337 --fork-url "$FORK_URL" --fork-block-number "$FORK_BLOCK_NUMBER"
+      elif [ -n "$FORK_URL" ]; then
+        exec anvil -p 8545 --host 0.0.0.0 --chain-id 31337 --fork-url "$FORK_URL" 
+      else
+        exec anvil -p 8545 --host 0.0.0.0 --chain-id 31337
+      fi'
     ports:
       - '${SANDBOX_ANVIL_PORT:-8545}:8545'
 
diff --git a/yarn-project/aztec-sandbox/package.json b/yarn-project/aztec-sandbox/package.json
index 8e263193536d..1427b98fe917 100644
--- a/yarn-project/aztec-sandbox/package.json
+++ b/yarn-project/aztec-sandbox/package.json
@@ -21,7 +21,7 @@
     "formatting:fix": "run -T prettier -w ./src",
     "build:dev": "tsc -b --watch",
     "test": "NODE_NO_WARNINGS=1 node --experimental-vm-modules $(yarn bin jest) --passWithNoTests",
-    "run:example:token": "DEBUG='aztec:*' node ./dest/examples/private_token_contract.js"
+    "run:example:token": "DEBUG='aztec:*' node ./dest/examples/token.js"
   },
   "inherits": [
     "../package.common.json"
diff --git a/yarn-project/aztec-sandbox/src/bin/index.ts b/yarn-project/aztec-sandbox/src/bin/index.ts
index 184ca5ad7071..ca1aa4d16b92 100644
--- a/yarn-project/aztec-sandbox/src/bin/index.ts
+++ b/yarn-project/aztec-sandbox/src/bin/index.ts
@@ -22,11 +22,21 @@ const logger = createDebugLogger('aztec:sandbox');
  * Creates the sandbox from provided config and deploys any initial L1 and L2 contracts
  */
 async function createAndInitialiseSandbox() {
-  const { l1Contracts, node, pxe, stop } = await createSandbox();
+  const { aztecNodeConfig, node, pxe, stop } = await createSandbox();
+  if (aztecNodeConfig.p2pEnabled) {
+    logger.info(`Not setting up test accounts as we are connecting to a network`);
+    return {
+      aztecNodeConfig,
+      pxe,
+      node,
+      stop,
+      accounts: [],
+    };
+  }
   logger.info('Setting up test accounts...');
   const accounts = await deployInitialSandboxAccounts(pxe);
   return {
-    l1Contracts,
+    aztecNodeConfig,
     pxe,
     node,
     stop,
@@ -60,7 +70,7 @@ async function main() {
   startHttpRpcServer(pxe, createPXERpcServer, PXE_PORT);
   logger.info(`PXE JSON-RPC Server listening on port ${PXE_PORT}`);
   logger.info(`Debug logs will be written to ${logPath}`);
-  const accountStrings = [`Initial Accounts:\n\n`];
+  const accountStrings = accounts.length ? [`Initial Accounts:\n\n`] : [];
 
   const registeredAccounts = await pxe.getRegisteredAccounts();
   for (const account of accounts) {
diff --git a/yarn-project/aztec-sandbox/src/examples/private_token_contract.ts b/yarn-project/aztec-sandbox/src/examples/private_token_contract.ts
deleted file mode 100644
index 1617c170a08e..000000000000
--- a/yarn-project/aztec-sandbox/src/examples/private_token_contract.ts
+++ /dev/null
@@ -1,86 +0,0 @@
-import {
-  AccountWallet,
-  AztecAddress,
-  Contract,
-  GrumpkinScalar,
-  createPXEClient,
-  createRecipient,
-  getUnsafeSchnorrAccount,
-} from '@aztec/aztec.js';
-import { createDebugLogger } from '@aztec/foundation/log';
-import { PrivateTokenContract } from '@aztec/noir-contracts/types';
-
-const logger = createDebugLogger('aztec:http-rpc-client');
-
-export const privateKey = GrumpkinScalar.fromString('ac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80');
-
-const url = 'http://localhost:8080';
-
-const pxe = createPXEClient(url);
-let wallet: AccountWallet;
-
-const INITIAL_BALANCE = 333n;
-const SECONDARY_AMOUNT = 33n;
-
-/**
- * Deploys the Private Token contract.
- * @param owner - The address that the initial balance will belong to.
- * @returns An Aztec Contract object with the private token's ABI.
- */
-async function deployZKContract(owner: AztecAddress) {
-  logger('Deploying L2 contract...');
-  const contract = await PrivateTokenContract.deploy(pxe, INITIAL_BALANCE, owner).send().deployed();
-  logger('L2 contract deployed');
-  return contract;
-}
-
-/**
- * Gets a user's balance from a Private Token contract.
- * @param contract - The Private Token contract.
- * @param ownerAddress - Balance owner's Aztec Address.
- * @returns The owner's current balance of the token.
- */
-async function getBalance(contract: Contract, ownerAddress: AztecAddress) {
-  return await contract.methods.getBalance(ownerAddress).view({ from: ownerAddress });
-}
-
-/**
- * Main function.
- */
-async function main() {
-  logger('Running ZK contract test on HTTP interface.');
-
-  wallet = await getUnsafeSchnorrAccount(pxe, privateKey).waitDeploy();
-  const owner = wallet.getCompleteAddress();
-  const recipient = await createRecipient(pxe);
-
-  logger(`Created Owner account ${owner.toString()}`);
-
-  const zkContract = await deployZKContract(owner.address);
-  const [balance1] = await zkContract.methods.getBalance(owner.address).view({ from: owner.address });
-  logger(`Initial owner balance: ${balance1}`);
-
-  // Mint more tokens
-  logger(`Minting ${SECONDARY_AMOUNT} more coins`);
-  await zkContract.methods.mint(SECONDARY_AMOUNT, owner.address).send().wait({ interval: 0.5 });
-  const balanceAfterMint = await getBalance(zkContract, owner.address);
-  logger(`Owner's balance is now: ${balanceAfterMint}`);
-
-  // Perform a transfer
-  logger(`Transferring ${SECONDARY_AMOUNT} tokens from owner to another account.`);
-  await zkContract.methods.transfer(SECONDARY_AMOUNT, recipient.address).send().wait({ interval: 0.5 });
-  const balanceAfterTransfer = await getBalance(zkContract, owner.address);
-  const receiverBalance = await getBalance(zkContract, recipient.address);
-  logger(`Owner's balance is now ${balanceAfterTransfer}`);
-  logger(`The transfer receiver's balance is ${receiverBalance}`);
-}
-
-main()
-  .then(() => {
-    logger('Finished running successfully.');
-    process.exit(0);
-  })
-  .catch(err => {
-    logger.error('Error in main fn: ', err);
-    process.exit(1);
-  });
diff --git a/yarn-project/aztec-sandbox/src/examples/token.ts b/yarn-project/aztec-sandbox/src/examples/token.ts
new file mode 100644
index 000000000000..ac549ee64365
--- /dev/null
+++ b/yarn-project/aztec-sandbox/src/examples/token.ts
@@ -0,0 +1,90 @@
+import {
+  AccountWallet,
+  Fr,
+  GrumpkinScalar,
+  NotePreimage,
+  computeMessageSecretHash,
+  createPXEClient,
+  getUnsafeSchnorrAccount,
+} from '@aztec/aztec.js';
+import { createDebugLogger } from '@aztec/foundation/log';
+import { TokenContract } from '@aztec/noir-contracts/types';
+
+const logger = createDebugLogger('aztec:http-rpc-client');
+
+export const alicePrivateKey = GrumpkinScalar.random();
+export const bobPrivateKey = GrumpkinScalar.random();
+
+const url = 'http://localhost:8080';
+
+const pxe = createPXEClient(url);
+
+let aliceWallet: AccountWallet;
+let bobWallet: AccountWallet;
+
+const ALICE_MINT_BALANCE = 333n;
+const TRANSFER_AMOUNT = 33n;
+
+/**
+ * Main function.
+ */
+async function main() {
+  logger('Running token contract test on HTTP interface.');
+
+  aliceWallet = await getUnsafeSchnorrAccount(pxe, alicePrivateKey).waitDeploy();
+  bobWallet = await getUnsafeSchnorrAccount(pxe, bobPrivateKey).waitDeploy();
+  const alice = aliceWallet.getCompleteAddress();
+  const bob = bobWallet.getCompleteAddress();
+
+  logger(`Created Alice and Bob accounts: ${alice.address.toString()}, ${bob.address.toString()}`);
+
+  logger('Deploying Token...');
+  const token = await TokenContract.deploy(pxe, alice).send().deployed();
+  logger('Token deployed');
+
+  // Create the contract abstraction and link it to Alice's and Bob's wallet for future signing
+  const tokenAlice = await TokenContract.at(token.address, aliceWallet);
+  const tokenBob = await TokenContract.at(token.address, bobWallet);
+
+  // Mint tokens to Alice
+  logger(`Minting ${ALICE_MINT_BALANCE} more coins to Alice...`);
+
+  // Create a secret and a corresponding hash that will be used to mint funds privately
+  const aliceSecret = Fr.random();
+  const aliceSecretHash = await computeMessageSecretHash(aliceSecret);
+  const receipt = await tokenAlice.methods.mint_private(ALICE_MINT_BALANCE, aliceSecretHash).send().wait();
+
+  // Add the newly created "pending shield" note to PXE
+  const pendingShieldsStorageSlot = new Fr(5); // The storage slot of `pending_shields` is 5.
+  const preimage = new NotePreimage([new Fr(ALICE_MINT_BALANCE), aliceSecretHash]);
+  await pxe.addNote(alice.address, token.address, pendingShieldsStorageSlot, preimage, receipt.txHash);
+
+  // Make the tokens spendable by redeeming them using the secret (converts the "pending shield note" created above
+  // to a "token note")
+  await tokenAlice.methods.redeem_shield(alice, ALICE_MINT_BALANCE, aliceSecret).send().wait();
+  logger(`${ALICE_MINT_BALANCE} tokens were successfully minted and redeemed by Alice`);
+
+  const balanceAfterMint = await tokenAlice.methods.balance_of_private(alice).view();
+  logger(`Tokens successfully minted. New Alice's balance: ${balanceAfterMint}`);
+
+  // We will now transfer tokens from Alice to Bob
+  logger(`Transferring ${TRANSFER_AMOUNT} tokens from Alice to Bob...`);
+  await tokenAlice.methods.transfer(alice, bob, TRANSFER_AMOUNT, 0).send().wait();
+
+  // Check the new balances
+  const aliceBalance = await tokenAlice.methods.balance_of_private(alice).view();
+  logger(`Alice's balance ${aliceBalance}`);
+
+  const bobBalance = await tokenBob.methods.balance_of_private(bob).view();
+  logger(`Bob's balance ${bobBalance}`);
+}
+
+main()
+  .then(() => {
+    logger('Finished running successfully.');
+    process.exit(0);
+  })
+  .catch(err => {
+    logger.error('Error in main fn: ', err);
+    process.exit(1);
+  });
diff --git a/yarn-project/aztec-sandbox/src/examples/util.ts b/yarn-project/aztec-sandbox/src/examples/util.ts
index 581e16514fdb..a008e15dbd0b 100644
--- a/yarn-project/aztec-sandbox/src/examples/util.ts
+++ b/yarn-project/aztec-sandbox/src/examples/util.ts
@@ -1,63 +1,7 @@
-import { AztecAddress, EthAddress, Wallet } from '@aztec/aztec.js';
-import { PortalERC20Abi, PortalERC20Bytecode, TokenPortalAbi, TokenPortalBytecode } from '@aztec/l1-artifacts';
-import { NonNativeTokenContract } from '@aztec/noir-contracts/types';
+import { EthAddress } from '@aztec/aztec.js';
 
 import type { Abi, Narrow } from 'abitype';
-import { Account, Chain, Hex, HttpTransport, PublicClient, WalletClient, getContract } from 'viem';
-
-/**
- * Deploy L1 token and portal, initialize portal, deploy a non native l2 token contract and attach is to the portal.
- * @param wallet - A wallet instance.
- * @param walletClient - A viem WalletClient.
- * @param publicClient - A viem PublicClient.
- * @param rollupRegistryAddress - address of rollup registry to pass to initialize the token portal
- * @param initialBalance - initial balance of the owner of the L2 contract
- * @param owner - owner of the L2 contract
- * @param underlyingERC20Address - address of the underlying ERC20 contract to use (if none supplied, it deploys one)
- * @returns l2 contract instance, token portal instance, token portal address and the underlying ERC20 instance
- */
-export async function deployAndInitializeNonNativeL2TokenContracts(
-  wallet: Wallet,
-  walletClient: WalletClient<HttpTransport, Chain, Account>,
-  publicClient: PublicClient<HttpTransport, Chain>,
-  rollupRegistryAddress: EthAddress,
-  initialBalance = 0n,
-  owner = AztecAddress.ZERO,
-  underlyingERC20Address?: EthAddress,
-) {
-  // deploy underlying contract if no address supplied
-  if (!underlyingERC20Address) {
-    underlyingERC20Address = await deployL1Contract(walletClient, publicClient, PortalERC20Abi, PortalERC20Bytecode);
-  }
-  const underlyingERC20: any = getContract({
-    address: underlyingERC20Address.toString(),
-    abi: PortalERC20Abi,
-    walletClient,
-    publicClient,
-  });
-
-  // deploy the token portal
-  const tokenPortalAddress = await deployL1Contract(walletClient, publicClient, TokenPortalAbi, TokenPortalBytecode);
-  const tokenPortal: any = getContract({
-    address: tokenPortalAddress.toString(),
-    abi: TokenPortalAbi,
-    walletClient,
-    publicClient,
-  });
-
-  // deploy l2 contract and attach to portal
-  const l2Contract = await NonNativeTokenContract.deploy(wallet, initialBalance, owner)
-    .send({ portalContract: tokenPortalAddress })
-    .deployed();
-  const l2TokenAddress = l2Contract.address.toString() as `0x${string}`;
-
-  // initialize portal
-  await tokenPortal.write.initialize(
-    [rollupRegistryAddress.toString(), underlyingERC20Address.toString(), l2TokenAddress],
-    {} as any,
-  );
-  return { l2Contract, tokenPortalAddress, tokenPortal, underlyingERC20 };
-}
+import { Account, Chain, Hex, HttpTransport, PublicClient, WalletClient } from 'viem';
 
 /**
  * Helper function to deploy ETH contracts.
diff --git a/yarn-project/aztec-sandbox/src/sandbox.ts b/yarn-project/aztec-sandbox/src/sandbox.ts
index 81ba9429050c..2e2d6b0c9f42 100644
--- a/yarn-project/aztec-sandbox/src/sandbox.ts
+++ b/yarn-project/aztec-sandbox/src/sandbox.ts
@@ -3,6 +3,7 @@ import { AztecNodeConfig, AztecNodeService, getConfigEnvVars } from '@aztec/azte
 import {
   DeployL1Contracts,
   L1ContractArtifactsForDeployment,
+  NULL_KEY,
   createEthereumChain,
   deployL1Contracts,
 } from '@aztec/ethereum';
@@ -22,7 +23,7 @@ import {
 } from '@aztec/l1-artifacts';
 import { createPXEService, getPXEServiceConfig } from '@aztec/pxe';
 
-import { createPublicClient, http as httpViemTransport } from 'viem';
+import { HDAccount, createPublicClient, http as httpViemTransport } from 'viem';
 import { mnemonicToAccount } from 'viem/accounts';
 import { foundry } from 'viem/chains';
 
@@ -65,23 +66,12 @@ async function waitThenDeploy(config: AztecNodeConfig, deployFunction: () => Pro
   return await deployFunction();
 }
 
-/** Sandbox settings. */
-export type SandboxConfig = AztecNodeConfig & {
-  /** Mnemonic used to derive the L1 deployer private key.*/
-  l1Mnemonic: string;
-};
-
 /**
- * Create and start a new Aztec Node and PXE. Deploys L1 contracts.
- * Does not start any HTTP services nor populate any initial accounts.
- * @param config - Optional Sandbox settings.
+ * Function to deploy our L1 contracts to the sandbox L1
+ * @param aztecNodeConfig - The Aztec Node Config
+ * @param hdAccount - Account for publishing L1 contracts
  */
-export async function createSandbox(config: Partial<SandboxConfig> = {}) {
-  const aztecNodeConfig: AztecNodeConfig = { ...getConfigEnvVars(), ...config };
-  const pxeServiceConfig = getPXEServiceConfig();
-  const hdAccount = mnemonicToAccount(config.l1Mnemonic ?? MNEMONIC);
-  const privKey = hdAccount.getHdKey().privateKey;
-
+async function deployContractsToL1(aztecNodeConfig: AztecNodeConfig, hdAccount: HDAccount) {
   const l1Artifacts: L1ContractArtifactsForDeployment = {
     contractDeploymentEmitter: {
       contractAbi: ContractDeploymentEmitterAbi,
@@ -108,12 +98,37 @@ export async function createSandbox(config: Partial<SandboxConfig> = {}) {
   const l1Contracts = await waitThenDeploy(aztecNodeConfig, () =>
     deployL1Contracts(aztecNodeConfig.rpcUrl, hdAccount, localAnvil, logger, l1Artifacts),
   );
-  aztecNodeConfig.publisherPrivateKey = `0x${Buffer.from(privKey!).toString('hex')}`;
   aztecNodeConfig.l1Contracts.rollupAddress = l1Contracts.l1ContractAddresses.rollupAddress;
   aztecNodeConfig.l1Contracts.contractDeploymentEmitterAddress =
     l1Contracts.l1ContractAddresses.contractDeploymentEmitterAddress;
   aztecNodeConfig.l1Contracts.inboxAddress = l1Contracts.l1ContractAddresses.inboxAddress;
   aztecNodeConfig.l1Contracts.registryAddress = l1Contracts.l1ContractAddresses.registryAddress;
+  return l1Contracts;
+}
+
+/** Sandbox settings. */
+export type SandboxConfig = AztecNodeConfig & {
+  /** Mnemonic used to derive the L1 deployer private key.*/
+  l1Mnemonic: string;
+};
+
+/**
+ * Create and start a new Aztec Node and PXE. Deploys L1 contracts.
+ * Does not start any HTTP services nor populate any initial accounts.
+ * @param config - Optional Sandbox settings.
+ */
+export async function createSandbox(config: Partial<SandboxConfig> = {}) {
+  const aztecNodeConfig: AztecNodeConfig = { ...getConfigEnvVars(), ...config };
+  const pxeServiceConfig = getPXEServiceConfig();
+  const hdAccount = mnemonicToAccount(config.l1Mnemonic ?? MNEMONIC);
+  if (aztecNodeConfig.publisherPrivateKey === NULL_KEY) {
+    const privKey = hdAccount.getHdKey().privateKey;
+    aztecNodeConfig.publisherPrivateKey = `0x${Buffer.from(privKey!).toString('hex')}`;
+  }
+
+  if (!aztecNodeConfig.p2pEnabled) {
+    await deployContractsToL1(aztecNodeConfig, hdAccount);
+  }
 
   const node = await AztecNodeService.createAndSync(aztecNodeConfig);
   const pxe = await createPXEService(node, pxeServiceConfig);
@@ -123,5 +138,5 @@ export async function createSandbox(config: Partial<SandboxConfig> = {}) {
     await node.stop();
   };
 
-  return { node, pxe, l1Contracts, stop };
+  return { node, pxe, aztecNodeConfig, stop };
 }
diff --git a/yarn-project/aztec.js/README.md b/yarn-project/aztec.js/README.md
index d031fb53bb03..e1041cab73f0 100644
--- a/yarn-project/aztec.js/README.md
+++ b/yarn-project/aztec.js/README.md
@@ -21,7 +21,7 @@ console.log(`New account deployed at ${wallet.getAddress()}`);
 ```typescript
 import { Contract } from '@aztec/aztec.js';
 
-const contract = await Contract.deploy(wallet, MyContractAbi, [...constructorArgs]).send().deployed();
+const contract = await Contract.deploy(wallet, MyContractArtifact, [...constructorArgs]).send().deployed();
 console.log(`Contract deployed at ${contract.address}`);
 ```
 
@@ -30,7 +30,7 @@ console.log(`Contract deployed at ${contract.address}`);
 ```typescript
 import { Contract } from '@aztec/aztec.js';
 
-const contract = await Contract.at(contractAddress, MyContractAbi, wallet);
+const contract = await Contract.at(contractAddress, MyContractArtifact, wallet);
 const tx = await contract.methods.transfer(amount, recipientAddress).send().wait();
 console.log(`Transferred ${amount} to ${recipientAddress} on block ${tx.blockNumber}`);
 ```
@@ -40,7 +40,7 @@ console.log(`Transferred ${amount} to ${recipientAddress} on block ${tx.blockNum
 ```typescript
 import { Contract } from '@aztec/aztec.js';
 
-const contract = await Contract.at(contractAddress, MyContractAbi, wallet);
+const contract = await Contract.at(contractAddress, MyContractArtifact, wallet);
 const balance = await contract.methods.getBalance(wallet.getAddress()).view();
 console.log(`Account balance is ${balance}`);
 ```
diff --git a/yarn-project/aztec.js/src/account/contract/base_account_contract.ts b/yarn-project/aztec.js/src/account/contract/base_account_contract.ts
index 42c76f1380a5..d749a767fe80 100644
--- a/yarn-project/aztec.js/src/account/contract/base_account_contract.ts
+++ b/yarn-project/aztec.js/src/account/contract/base_account_contract.ts
@@ -1,4 +1,4 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { CompleteAddress, NodeInfo } from '@aztec/types';
 
 import { DefaultAccountInterface } from '../defaults/default_interface.js';
@@ -13,10 +13,10 @@ export abstract class BaseAccountContract implements AccountContract {
   abstract getAuthWitnessProvider(address: CompleteAddress): AuthWitnessProvider;
   abstract getDeploymentArgs(): Promise<any[]>;
 
-  constructor(private abi: ContractAbi) {}
+  constructor(private artifact: ContractArtifact) {}
 
-  getContractAbi(): ContractAbi {
-    return this.abi;
+  getContractArtifact(): ContractArtifact {
+    return this.artifact;
   }
 
   getInterface(address: CompleteAddress, nodeInfo: NodeInfo): Promise<AccountInterface> {
diff --git a/yarn-project/aztec.js/src/account/contract/ecdsa_account_contract.ts b/yarn-project/aztec.js/src/account/contract/ecdsa_account_contract.ts
index 3d057db434f5..d238b8c417f0 100644
--- a/yarn-project/aztec.js/src/account/contract/ecdsa_account_contract.ts
+++ b/yarn-project/aztec.js/src/account/contract/ecdsa_account_contract.ts
@@ -1,9 +1,9 @@
 import { Ecdsa } from '@aztec/circuits.js/barretenberg';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { Fr } from '@aztec/foundation/fields';
 import { AuthWitness, CompleteAddress } from '@aztec/types';
 
-import EcdsaAccountContractAbi from '../../abis/ecdsa_account_contract.json' assert { type: 'json' };
+import EcdsaAccountContractArtifact from '../../artifacts/ecdsa_account_contract.json' assert { type: 'json' };
 import { AuthWitnessProvider } from '../interface.js';
 import { BaseAccountContract } from './base_account_contract.js';
 
@@ -13,7 +13,7 @@ import { BaseAccountContract } from './base_account_contract.js';
  */
 export class EcdsaAccountContract extends BaseAccountContract {
   constructor(private signingPrivateKey: Buffer) {
-    super(EcdsaAccountContractAbi as ContractAbi);
+    super(EcdsaAccountContractArtifact as ContractArtifact);
   }
 
   async getDeploymentArgs() {
diff --git a/yarn-project/aztec.js/src/account/contract/index.ts b/yarn-project/aztec.js/src/account/contract/index.ts
index 730acfda80b7..611721b64c8c 100644
--- a/yarn-project/aztec.js/src/account/contract/index.ts
+++ b/yarn-project/aztec.js/src/account/contract/index.ts
@@ -1,4 +1,4 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { CompleteAddress, NodeInfo } from '@aztec/types';
 
 import { AccountInterface } from '../interface.js';
@@ -10,14 +10,14 @@ export * from './base_account_contract.js';
 
 // docs:start:account-contract-interface
 /**
- * An account contract instance. Knows its ABI, deployment arguments, how to create
+ * An account contract instance. Knows its artifact, deployment arguments, how to create
  * transaction execution requests out of function calls, and how to authorize actions.
  */
 export interface AccountContract {
   /**
-   * Returns the ABI of this account contract.
+   * Returns the artifact of this account contract.
    */
-  getContractAbi(): ContractAbi;
+  getContractArtifact(): ContractArtifact;
 
   /**
    * Returns the deployment arguments for this instance.
diff --git a/yarn-project/aztec.js/src/account/contract/schnorr_account_contract.ts b/yarn-project/aztec.js/src/account/contract/schnorr_account_contract.ts
index d185a5a70c40..2f963a468de1 100644
--- a/yarn-project/aztec.js/src/account/contract/schnorr_account_contract.ts
+++ b/yarn-project/aztec.js/src/account/contract/schnorr_account_contract.ts
@@ -1,9 +1,9 @@
 import { Schnorr } from '@aztec/circuits.js/barretenberg';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { Fr } from '@aztec/foundation/fields';
 import { AuthWitness, CompleteAddress, GrumpkinPrivateKey } from '@aztec/types';
 
-import SchnorrAccountContractAbi from '../../abis/schnorr_account_contract.json' assert { type: 'json' };
+import SchnorrAccountContractArtifact from '../../artifacts/schnorr_account_contract.json' assert { type: 'json' };
 import { AuthWitnessProvider } from '../interface.js';
 import { BaseAccountContract } from './base_account_contract.js';
 
@@ -13,7 +13,7 @@ import { BaseAccountContract } from './base_account_contract.js';
  */
 export class SchnorrAccountContract extends BaseAccountContract {
   constructor(private signingPrivateKey: GrumpkinPrivateKey) {
-    super(SchnorrAccountContractAbi as ContractAbi);
+    super(SchnorrAccountContractArtifact as ContractArtifact);
   }
 
   async getDeploymentArgs() {
diff --git a/yarn-project/aztec.js/src/account/contract/single_key_account_contract.ts b/yarn-project/aztec.js/src/account/contract/single_key_account_contract.ts
index 5b8f8c9c199d..63cfc44524e0 100644
--- a/yarn-project/aztec.js/src/account/contract/single_key_account_contract.ts
+++ b/yarn-project/aztec.js/src/account/contract/single_key_account_contract.ts
@@ -1,10 +1,10 @@
 import { PartialAddress } from '@aztec/circuits.js';
 import { Schnorr } from '@aztec/circuits.js/barretenberg';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { Fr } from '@aztec/foundation/fields';
 import { AuthWitness, CompleteAddress, GrumpkinPrivateKey } from '@aztec/types';
 
-import SchnorrSingleKeyAccountContractAbi from '../../abis/schnorr_single_key_account_contract.json' assert { type: 'json' };
+import SchnorrSingleKeyAccountContractArtifact from '../../artifacts/schnorr_single_key_account_contract.json' assert { type: 'json' };
 import { generatePublicKey } from '../../index.js';
 import { AuthWitnessProvider } from '../interface.js';
 import { BaseAccountContract } from './base_account_contract.js';
@@ -15,7 +15,7 @@ import { BaseAccountContract } from './base_account_contract.js';
  */
 export class SingleKeyAccountContract extends BaseAccountContract {
   constructor(private encryptionPrivateKey: GrumpkinPrivateKey) {
-    super(SchnorrSingleKeyAccountContractAbi as ContractAbi);
+    super(SchnorrSingleKeyAccountContractArtifact as ContractArtifact);
   }
 
   getDeploymentArgs(): Promise<any[]> {
diff --git a/yarn-project/aztec.js/src/account/defaults/default_entrypoint.ts b/yarn-project/aztec.js/src/account/defaults/default_entrypoint.ts
index d036f1fbade4..974d0fa6bdee 100644
--- a/yarn-project/aztec.js/src/account/defaults/default_entrypoint.ts
+++ b/yarn-project/aztec.js/src/account/defaults/default_entrypoint.ts
@@ -1,5 +1,5 @@
 import { AztecAddress, Fr, FunctionData, TxContext } from '@aztec/circuits.js';
-import { FunctionAbiHeader, encodeArguments } from '@aztec/foundation/abi';
+import { FunctionAbi, encodeArguments } from '@aztec/foundation/abi';
 import { FunctionCall, PackedArguments, TxExecutionRequest } from '@aztec/types';
 
 import { DEFAULT_CHAIN_ID, DEFAULT_VERSION } from '../../utils/defaults.js';
@@ -97,6 +97,6 @@ export class DefaultAccountEntrypoint implements EntrypointInterface {
         },
       ],
       returnTypes: [],
-    } as FunctionAbiHeader;
+    } as FunctionAbi;
   }
 }
diff --git a/yarn-project/aztec.js/src/account/manager/index.ts b/yarn-project/aztec.js/src/account/manager/index.ts
index 3e8248d935b1..69f73ebea8db 100644
--- a/yarn-project/aztec.js/src/account/manager/index.ts
+++ b/yarn-project/aztec.js/src/account/manager/index.ts
@@ -64,7 +64,7 @@ export class AccountManager {
     if (!this.completeAddress) {
       const encryptionPublicKey = await generatePublicKey(this.encryptionPrivateKey);
       const contractDeploymentInfo = await getContractDeploymentInfo(
-        this.accountContract.getContractAbi(),
+        this.accountContract.getContractArtifact(),
         await this.accountContract.getDeploymentArgs(),
         this.salt!,
         encryptionPublicKey,
@@ -107,7 +107,7 @@ export class AccountManager {
       if (!this.salt) throw new Error(`Cannot deploy account contract without known salt.`);
       await this.register();
       const encryptionPublicKey = await this.getEncryptionPublicKey();
-      const deployer = new ContractDeployer(this.accountContract.getContractAbi(), this.pxe, encryptionPublicKey);
+      const deployer = new ContractDeployer(this.accountContract.getContractArtifact(), this.pxe, encryptionPublicKey);
       const args = await this.accountContract.getDeploymentArgs();
       this.deployMethod = deployer.deploy(...args);
     }
diff --git a/yarn-project/aztec.js/src/abis/ecdsa_account_contract.json b/yarn-project/aztec.js/src/artifacts/ecdsa_account_contract.json
similarity index 96%
rename from yarn-project/aztec.js/src/abis/ecdsa_account_contract.json
rename to yarn-project/aztec.js/src/artifacts/ecdsa_account_contract.json
index f8617f768f29..06e4e33b3c2d 100644
--- a/yarn-project/aztec.js/src/abis/ecdsa_account_contract.json
+++ b/yarn-project/aztec.js/src/artifacts/ecdsa_account_contract.json
@@ -424,7 +424,7 @@
           ]
         }
       ],
-      "bytecode": 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",
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",
       "verificationKey": "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"
     },
     {
@@ -691,8 +691,9 @@
           ]
         }
       ],
-      "bytecode": 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",
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",
       "verificationKey": "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"
     }
-  ]
+  ],
+  "events": []
 }
diff --git a/yarn-project/aztec.js/src/abis/schnorr_account_contract.json b/yarn-project/aztec.js/src/artifacts/schnorr_account_contract.json
similarity index 95%
rename from yarn-project/aztec.js/src/abis/schnorr_account_contract.json
rename to yarn-project/aztec.js/src/artifacts/schnorr_account_contract.json
index a050dcc129c9..c39571222411 100644
--- a/yarn-project/aztec.js/src/abis/schnorr_account_contract.json
+++ b/yarn-project/aztec.js/src/artifacts/schnorr_account_contract.json
@@ -412,7 +412,7 @@
           ]
         }
       ],
-      "bytecode": 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",
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",
       "verificationKey": "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"
     },
     {
@@ -679,8 +679,9 @@
           ]
         }
       ],
-      "bytecode": 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",
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1FFlsQltBxxmRc2hNnkA/nPfp2P9x4vtPmetQkQ7WxRhaXKuWIotNaCvoOCNyDq3JE2b5TF6W+m87/MQwWD5DLJ/Ny1L/n8HPkRa4oGPpOO+Dz+XlqPfkZ0X+GDNfYR3brIbmPj3CLPzY9RN6LPXfdpDaCjrOiJxDa3pcYk8+H/ufJb7/nJev9uTzggVjaHGtWoosNqGtoOOMyDm0Jk+Y5aeysrj6e1A/OQyWnyKWL2RlaT9v/TRpgQs6lo7zPvjpvBz1nvyCyB9j5iushbWwFtbCWlgLa2EtrIW1sBbWwlpYC2thLayFtbAW1tHCamju8yPMwu/F/6Qai6t/p7vUVsjZGZFzaE3vs7MnX4z9LxDff8nLV3vyRcGCMbS4Vi1FFpvQVtBxRuQcWpMnzPKzWVnaf5vsZ4bB8rPE8qWsLO3PYX6OtMAFHUvHeR/8XF6Oek9+SeSPMfMV1sJaWAtrYS2shbWwFtaxzWpo7osjzMLXMj+jxtL+22RSWyFnZ0TOoVViPEB99uTLsf8l4vuveflqT74sWDCGFteqpchiE9oKOs6InENr8oRZfiErS/s69ueHwfILxPKVrCzt69hfJC1wQcfScd4Hv5iXo96TXxH5Y8x8hbWwFtbCWlgLa2EtrIV1bLMamvvyCLPwtczPq7G0r2OltkLOzoicQ2u6TmFPvhr7XyG+/5aXr/bkq4IFY2hxrVqKLDahraDjjMg5tCZPmOWXs7K0r2N/aRgsv0wsX8vK0r6O/RXSAhd0LB3nffAreTnqPfk1kT/GzFdYC2thLayFtbAW1sJaWMc2q6G5r44wC1/L/JIaS/s6Vmor5OyMyDm0pusU9uTrsf814vvveflqT74uWDCGFteqpchiE9oKOs6InENr8oRZfi0vS/17yX51GCy/RizfyMtSX8f+OmmBCzqWjvM++PW8HPWe/IbIH2PmK6xjm9XQ3NdHmIUfu35Vj6X+vWRSW0HHGZFzaE2PS+zJN2P/G8T3G3n5ak++KVgwhhbXqqXIYhPaCjrOiJxDa/KEWX4zL0v9vPWtYbD8JrF8Oy9L/bz1W6QFLuhYOs774LfyctR78tsif4yZr7CObVZDc98cYRZ+7PqWHkv9vCW1FXScETmH1vS4xJ58J/a/TXz/Iy9f7cl3BAvG0OJatRRZbEJbQccZkXNoTZ4wy+8osPz2MFh+h1i+m5elft76HmmBCzqWjvM++F5ejnpPflfkj/H3aH60sBqa+84Is/B97Lf1WJxNaGvocG3Rmu4/34u34bzvx/53ie9/5uWrPfm+YMEYWlyrliKLTWgr6Dgjcg6tyRPoh/N+N/a/T3z/K3MdKtLBuhhDi2vVUmSxCW0FHWdEzqE1eQL9cN7vxf7vEt//zlyHinSwLsbQ4lq1FFlsQltBxxmRc2hNnkA/nPf7sf97xPd/MtehIh2sizG0uFYtRRab0FbQcUbkHFqTJ9AP5/1B7P8+8f3fzHWoSAfrYgwtrlVLkcUmtBV0nBE5h9bkCfTDeX8Y+39AfP8vcx0q0sG6GEOLa9VSZLEJbQUdZ0TOoTV5Av1w3h/F/h8S3//PXIeKdLAuxtDiWrUUWWxCW0HHGZFzaE2eQD+c98ex/0fE9yeZ61CRDtbFGFpcq5Yii01oK+g4I3IOrckT6Ifz/jT2/5j4/ixzHSrSwboYQ4tr1VJksQltBR1nRM6hNXkC/XDen8f+nxLfX2SuQ0U6WBdjaHGtWoosNqGtoOOMyDm0Jk+gH877y9j/c+L7q8x1qEgH62IMLa5VS5HFJrQVdJwROYfW5An0w3l/Hft/SXx/k7kOFelgXYyhxbVqKbLYhLaCjjMi59CaPIF+OO9vY/+vie/vMtehIh2sizG0uFYHFFlsQltBxxmRc2hNnkA/nPf3sf+3xPcPmetQkQ7WxRhaXKsDiiw2oa2g44zIObQmT6AfzvvH2P974vunzHWoSAfrYgwtrtUBRRab0FbQcUbkHFqTJ9AP570Z+/9IfDg5E1/tyZuC5U0ByrVqKbLYhLaCjjMiZ5IYVAd5MJxXxf6bVIduBU+qajALxt3kyZsJT7oVPJHaCjrOiJyp7IPqgNZNnvTEfkV84xQ86RGeYDyOPAEDezJOwROpraDjjMh5KE/GkSfjY7+H+CYoeDJeeILxBPKkJ+HJBAVPpLaCjjMi56E8mUCeTIz98cQ3ScGTicITjCeRJ+MTnkxS8ERqK+g4I3IeypNJ5ImJ/YnEN1nBEyM8wXgyeTIx4clkBU+ktoKOMyLnoTyZTJ5Y9IlvioInVniC8RTyxCQ8maLgidRW0HFG5DyUJ1PIk6moCfFNU/BkqvAE42nkiU14Mk3BE6mtoOOMyHkoT6aRJ9NjfyrxzVDwZLrwBOMZ5MnUhCczFDyR2go6zoich/JkBnlyUOxPJ76DFTw5SHiC8cHkyfSEJwcreCK1FXScETkP5cnB5MkhsX8Q8c1U8OQQ4QnGM8mTgxKezFTwRGor6Dgjch7Kk5nkyaGxfwjxzVLw5FDhCcazyJNDEp7MUvBEaivoOCNyHsqTWeTJ7Ng/lPjmKHgyW3iC8Rzy5NCEJ3MUPJHaCjrOiJyH8mQOeTI39mcT3zwFT+YKTzCeR57MTngyT8ETqa2g44zIeShP5pEn82N/LvEtUPBkvvAE4wXkydyEJwsUPJHaCjrOiJyH8mQBebIw9ucT3yIFTxYKTzBeRJ7MT3iySMETqa2g44zIeShPmKU3L0v9/20XD4Oll1iW5GWp/9/SUhIH1xLaB0sT+2Cpwp5cIvYkxsxXWMc2q6G5hdXIsvBj12I9lvr/20ptBR1nRM6hNT0usSeHiT0T+A5X8OQw4QnGh5MnSxJ7NTeLTWgr6Dgjch7KE2ZZnpXF1b+nd9kwWJYTy4q8damft44gcXCtoH1wRGIfHKGwJ1eIPYkx8xXWwlpYC2thLayFtbAW1sJaWAtrYS2shbWwFtbCWlgL62hhNTSH96dHioXfi1+mxuLqvzMhtRVydkbkHJoYDnqfnT05UuyZwHeUgidHCk8wPoo8WZHYq7lZbEJbQccZkfNQnjDLMVlZ2n8v8ehhsBxDLMfmrUv9OcxxJA6uY2kfHJfYB8cp7MljxZ7EmPkKa2EtrIW1sBbWwlpYC+vYZjU0h9f3I8XC1zJHq7G0/16i1FbI2RmRc2hiOOg6hT05XuyZwNen4MnxwhOM+8iTYxN7NTeLTWgr6Dgjch7KE2ZxmfdhYOkfBosjlpV561Jfx64icXCtpH2wKrEPVinsyZViT2LMfIW1sBbWwlpYC2thLayFdWyzGprD6/uRYuFrmX41lvZ1rNRWyNkZkXNoYjjoOoU9OUHsmcB3ooInJwhPMD6RPFmZ2Ku5WWxCW0HHGZHzUJ4wy8mZ92FgOWkYLCcTyyl561Jfx55K4uA6hfbBqYl9cKrCnjxF7EmMma+wFtbCWlgLa2EtrIW1sI5tVkNzeH0/Uix8LXOSGkv7OlZqK+TsjMg5NDEcdJ3Cnpwm9kzgO13Bk9OEJxifTp6cktiruVlsQltBxxmR81CeMMuZeVnq30t2xjBYziSW1XlZ6uvYARIH12raBwOJfTCgsCdXiz35g1x5vrCOaVZDc6dVI8vCj11n6LHUv5dMaivoOCNyDq3pcYk9OUvsmcB3toInZwlPMD6bPFmd2Ku5WWxCW0HHGZHzUJ4wS0vheeucYbC0iGVNXpb6eetcEgfXGtoH5yb2wbkKe3KN2JMYM19hHdushubOqkaWhR+7ztFjqZ+3pLaCjjMi59CaHpfYk/PEngl85yt4cp7wBOPzyZM1ib2am8UmtBV0nBE5D+UJs1yowHLBMFguJJaL8rLUz1sXkzi4LqJ9cHFiH1yssCcvEnsSY+YbLayG5s6rRpaF72MX6LE4m9DW0DEi59Ca7j/sySVizwS+SxU8uUR4gvGl5MlFib2am8UmtBV0nBE5D+XJpeTJZbF/CfGtVfDkMuEJxmvJk0sSnqxV8ERqK+g4I3IeypO15MnlsX8Z8a1T8ORy4QnG68iTyxKerFPwRGor6Dgjch7Kk3XkyRWxfznxXangyRXCE4yvJE8uT3hypYInUltBxxmR81CeXEmeXBX7VxDfegVPrhKeYLyePLki4cl6BU+ktoKOMyLnoTxZT55siP2riG+jgicbhCcYbyRPrkp4slHBE6mtoOOMyHkoTzaSJ1fH/gbi26TgydXCE4w3kScbEp5sUvBEaivoOCNyHsqTTeTJNbF/NfFdq+DJNcITjK8lT65OeHKtgidSW0HHGZHzUJ4wy3V5WfrCmtdnzi+scQMlhFyvIz9x/HrK7QaFvXWd2FsYM987ZZ3ZNbKsWv7fqLC/bxjG/r6R8tucmWWKX2Mi+bpZ+AvObuK5KbE38Lgz2ceW6u0/h/44Os6PVdsU9svWuGYVY5vgCro3K+hCZ3zUBQe0euhnvjW5fTu1q/2cgvlDqTa3ZmYMOrcMY//dSvXanvn+FdbYQeLg2k6PLzi+jTh2KPi2XTy+YLyDWNBwf1CoSX+TF9sTLNM7iGVKB7GYDmKZ0EEsPR3Esk3vsWXYLFs6iGVqV+ewTO4glokdxDKug1jmdBDL7A5imdVBLNM6iMV2EMukDmIZ30Es1QizmK63XxcYOr6Ffg6vkW+hue7EenjtsYOukT497e3raOfOOgM0htZkYtih/LrgnbCM7yCWSR3EYjuIZVoHsczqIJbZHcQyp4NYxnUQy8QOYpncQSxTO4gFz7edwLKtg1h6OsijCR3EYjqIZUoHsUzvIJbuBMtteVlW8Wt2NDEc9Pr/NmLZmZel/jzt9sxrhjV2UULIFeyWjt9Oue1S8HxnNbimGDNfYR3brPl1V9a/S23nMO7jzLJb4f54B4mDazd5cUfCizsUvNgtvMCY+QprYS2shbWwFtbCWlgLa2EtrIW1sBbWwlpYC2thLayFtbAW1sJaWAtrYS2shbWwFtbCmp81v66rvx/BuqGJ4Q+0JMudeWtQfz9iD4mD607yYk/Ciz0KXtwpvMCY+QprYS2shbWwFtbCWlgLa2EtrIW1sBbWwlpYC2thLayFdbSwKujW/8eWdUMTw0HvLzPL3rws9fvL+0gcXHvJi30JL/YpeLFXeIEx8xXWsc2aX7e//rxn7zDuj8yyX+H+eBeJg2s/eXFXwou7FLzYL7zAmPkKa2EtrIW1sBbWwlpYC+vYZs2v2359zrqhieGg1+fMcnfeGtSvz+8hcXDdTV7ck/DiHgUv7hZeYMx8hbWwFtbCWlgLa2EtrIV1bLMq6NZ/o5B1QxPDQa/PmeXevCz16/P7SBxc95IX9yW8uE/Bi3uFFxgz32hhVdCt9829w9g3zHK/wr55gMTBdT958UDCiwcUvLhfeIEx840WVkNz3V1vzeF4D809GOfG0dxDcW48zT1MOWHukTg3keYejXOTaO6xODeb5h6Pc/y3Z56I/Z0092Ts76a5p2L/Tpp7Ovb30twzsb+f5p4VzxNh7jnxGBDmnhdehrkD1MftC3FuMs29SHsCcy/FuSk093Kcm0pzr8S5aTT3apybTnOvJfjg9f00B695b8DrB2kOXj9Ec/D6YZqD14/QHLx+lOZQo8doDjV6nOZQoydoDjV6kuZQo6doDjV6muZQo2dobkace5bmDopzz9HcwXHueZo7JM6x9/g7yi/QHP4e7Is0h7/x8hLN4T7wMs3hb568QnNz49yrNDcvzr1G97vg0eI4PxBv+95dq58jersGt6bnCOgHlkV5Wer3IRfEtXpJZ35enfpxdYHID2NoWWJYpMhiE9r5dVwf59wdc5sldHnfLSCWpXlzdoFlLq3fS7rQ6qGf+Ux8QAiPZZumvXVe5v1X3xewv9Ga7gt6+8INui+8ExbeO/OysrT/TsTczGuGNZYSP3IFu6XjvFcy78X6sWBe1+Cayr1YWAtrYS2shbWwFtbCWlgLa2EtrIW1sBbWwlpYC2thLayjiZXf6188wiyWGPQ+d3B9NqGt8X45f86HtcNnF2vos4sFmXMLdebPI3qJAVo99DN3T3uL64LYn0zHeU9kZr1Joeb1Zzf4DASt6fOSeZRf3s82XF/4THsi1XKu8AGc3cRwWFaG9ucrh1O+0IRO8Br3AfycoX4vsS3Ly1Y/JjDbAI2hxZ+/LlVksQlt/pwx1An3hSVUu0WJOuX9DLD/XX0GmPvzukr4MEAarJt5H/ezbhUDGpjvof5t+KII/Vxo8BDMwcN5iZ/j/gJxjqXj85RznkscAzSGVtijN1Ku8xLcs4gbx/k5IvNjcM3Nj8G9xAAt/r7LEmLReN3xL9WQX3csETXLz9Jfv+6Q2vydIdQsePoGcWi+RugW/iwgLvDgZ+VruF76mTl0HnJUvG84+TjU2/X2+wY/HjxCr3M+NcTrnMzf7XH8nRvJyo+Zmq+5w3f9mIMfM/EzT8e6TI08h2eug+ka/Lja1dX8PHY41Sbz8339umg5aYGLX3fg+EziWJ6Xo/ZomcgfY+Z7p6wLO4B1WYI19Xy7TI21/b0p5gitaa8tJ5YjsrK0XzMdSesPkAbrHpVXt5918ZoJGpjvof4P0+uIo97q/uAxEszBwxWJn+P+MnGOpeMrlHM+gjgGaAyt8BzwOuW6IsE9h7hxnF+7wDd+3lihkMtykctywczvmSxTY2m/ZyK1+bk0/+uUdv6Lut5qvV1vfy+D32NZRFz8Hsv4zFz8fXq0pscW6IfvzON77nv37d6z+ZZtG/Zs37etojXGifW6aZ1uOtYjfm5i19sZsiU8k8S6o/i4mNiEKB6Swxf+bUw0vJAIPoQv6Icv5Icv4Icv3Icv2M8kzhfibfhCfXghGr4wH0wNTxrhThdeJAXDw5NbMDls+N6u9ov28EImPMmEFwvhDhA2adig4U4fHtjCnf5oH8f4ONbHcT6ODzXx0e/D+VjpY5WPE3yc6OMkHyf7OMXHqT5O83G6jzN8nOljdaztWT7O9nGOj5aPNT7O9XGej/N9XODjQh8X+bjYxyU+LvVxmY+1Pi73sc7HFT6u9HGVj/U+NvjY6ONqH5t8XOPjWh/X+bjexw0+bvSx2ccWHzf52Opjm4+bfdzi41Yf233s8HGbj50+bvexy8duH3f4uNPHHh97fezzsd/HXT7u9nGPj3t93Ofjfh8P+HjQx0M+HvbxiI9HfTzm43EfT/h40sdTPp728YyPZ3085+N5Hwe62j6/6OMlHy/7eMXHqz5e8/EeH+/18T4f7/fxAR+v+/igjw/5+LCPj/j4qI+P+fh4V/siie8UaL8R/9fJ6XF8RfvO1rt35+59vX29u/y/m3fu3H33tq3H9fKxvb2379+7r3fvvs179vXevGf37b39x/G6T8UHFfwHkQt2bd12T+/u/ft6d9/cu2X3/l1b9/4zSWYZtPCVAgA=",
       "verificationKey": "0000000200000800000000740000000f00000003515f3109623eb3c25aa5b16a1a79fd558bac7a7ce62c4560a8c537c77ce80dd339128d1d37b6582ee9e6df9567efb64313471dfa18f520f9ce53161b50dbf7731bc5f900000003515f322bc4cce83a486a92c92fd59bd84e0f92595baa639fc2ed86b00ffa0dfded2a092a669a3bdb7a273a015eda494457cc7ed5236f26cee330c290d45a33b9daa94800000003515f332729426c008c085a81bd34d8ef12dd31e80130339ef99d50013a89e4558eee6d0fa4ffe2ee7b7b62eb92608b2251ac31396a718f9b34978888789042b790a30100000003515f342be6b6824a913eb7a57b03cb1ee7bfb4de02f2f65fe8a4e97baa7766ddb353a82a8a25c49dc63778cd9fe96173f12a2bc77f3682f4c4448f98f1df82c75234a100000003515f351f85760d6ab567465aadc2f180af9eae3800e6958fec96aef53fd8a7b195d7c000c6267a0dd5cfc22b3fe804f53e266069c0e36f51885baec1e7e67650c62e170000000c515f41524954484d455449430d9d0f8ece2aa12012fa21e6e5c859e97bd5704e5c122064a66051294bc5e04213f61f54a0ebdf6fee4d4a6ecf693478191de0c2899bcd8e86a636c8d3eff43400000003515f43224a99d02c86336737c8dd5b746c40d2be6aead8393889a76a18d664029096e90f7fe81adcc92a74350eada9622ac453f49ebac24a066a1f83b394df54dfa0130000000c515f46495845445f42415345060e8a013ed289c2f9fd7473b04f6594b138ddb4b4cf6b901622a14088f04b8d2c83ff74fce56e3d5573b99c7b26d85d5046ce0c6559506acb7a675e7713eb3a00000007515f4c4f4749430721a91cb8da4b917e054f72147e1760cfe0ef3d45090ac0f4961d84ec1996961a25e787b26bd8b50b1a99450f77a424a83513c2b33af268cd253b0587ff50c700000003515f4d05dbd8623b8652511e1eb38d38887a69eceb082f807514f09e127237c5213b401b9325b48c6c225968002318095f89d0ef9cf629b2b7f0172e03bc39aacf6ed800000007515f52414e474504b57a3805e41df328f5ca9aefa40fad5917391543b7b65c6476e60b8f72e9ad07c92f3b3e11c8feae96dedc4b14a6226ef3201244f37cfc1ee5b96781f48d2b000000075349474d415f3125001d1954a18571eaa007144c5a567bb0d2be4def08a8be918b8c05e3b27d312c59ed41e09e144eab5de77ca89a2fd783be702a47c951d3112e3de02ce6e47c000000075349474d415f3223994e6a23618e60fa01c449a7ab88378709197e186d48d604bfb6931ffb15ad11c5ec7a0700570f80088fd5198ab5d5c227f2ad2a455a6edeec024156bb7beb000000075349474d415f3300cda5845f23468a13275d18bddae27c6bb189cf9aa95b6a03a0cb6688c7e8d829639b45cf8607c525cc400b55ebf90205f2f378626dc3406cc59b2d1b474fba000000075349474d415f342d299e7928496ea2d37f10b43afd6a80c90a33b483090d18069ffa275eedb2fc2f82121e8de43dc036d99b478b6227ceef34248939987a19011f065d8b5cef5c0000000010000000000000000100000002000000030000000400000005000000060000000700000008000000090000000a0000000b0000000c0000000d0000000e0000000f"
     }
-  ]
+  ],
+  "events": []
 }
diff --git a/yarn-project/aztec.js/src/abis/schnorr_single_key_account_contract.json b/yarn-project/aztec.js/src/artifacts/schnorr_single_key_account_contract.json
similarity index 89%
rename from yarn-project/aztec.js/src/abis/schnorr_single_key_account_contract.json
rename to yarn-project/aztec.js/src/artifacts/schnorr_single_key_account_contract.json
index 6f79711a6ab2..cf5457aae8f9 100644
--- a/yarn-project/aztec.js/src/abis/schnorr_single_key_account_contract.json
+++ b/yarn-project/aztec.js/src/artifacts/schnorr_single_key_account_contract.json
@@ -347,7 +347,7 @@
           ]
         }
       ],
-      "bytecode": 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",
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     },
     {
@@ -614,8 +614,9 @@
           ]
         }
       ],
-      "bytecode": 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",
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",
       "verificationKey": "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"
     }
-  ]
+  ],
+  "events": []
 }
diff --git a/yarn-project/aztec.js/src/contract/checker.test.ts b/yarn-project/aztec.js/src/contract/checker.test.ts
index b4ae515188cd..7214f924f86b 100644
--- a/yarn-project/aztec.js/src/contract/checker.test.ts
+++ b/yarn-project/aztec.js/src/contract/checker.test.ts
@@ -7,12 +7,12 @@ describe('abiChecker', () => {
     abi = {
       name: 'TEST_ABI',
     };
-    expect(() => abiChecker(abi)).toThrowError('ABI has no functions');
+    expect(() => abiChecker(abi)).toThrowError('artifact has no functions');
     abi = {
       name: 'TEST_ABI',
       functions: [],
     };
-    expect(() => abiChecker(abi)).toThrowError('ABI has no functions');
+    expect(() => abiChecker(abi)).toThrowError('artifact has no functions');
   });
 
   it('should error if ABI has no names', () => {
diff --git a/yarn-project/aztec.js/src/contract/checker.ts b/yarn-project/aztec.js/src/contract/checker.ts
index b90c3845845a..616b4840ae70 100644
--- a/yarn-project/aztec.js/src/contract/checker.ts
+++ b/yarn-project/aztec.js/src/contract/checker.ts
@@ -1,4 +1,4 @@
-import { ABIType, BasicType, ContractAbi, StructType } from '@aztec/foundation/abi';
+import { ABIType, BasicType, ContractArtifact, StructType } from '@aztec/foundation/abi';
 
 /**
  * Represents a type derived from input type T with the 'kind' property removed.
@@ -7,19 +7,19 @@ import { ABIType, BasicType, ContractAbi, StructType } from '@aztec/foundation/a
 type TypeWithoutKind<T> = Omit<{ [key in keyof T]: any }, 'kind'>;
 
 /**
- * Validates the given ContractAbi object by checking its functions and their parameters.
+ * Validates the given ContractArtifact object by checking its functions and their parameters.
  * Ensures that the ABI has at least one function, a constructor, valid bytecode, and correct parameter types.
  * Throws an error if any inconsistency is detected during the validation process.
  *
- * @param abi - The ContractAbi object to be validated.
- * @returns A boolean value indicating whether the ABI is valid or not.
+ * @param artifact - The ContractArtifact object to be validated.
+ * @returns A boolean value indicating whether the artifact is valid or not.
  */
-export function abiChecker(abi: ContractAbi) {
-  if (!abi.functions || abi.functions.length === 0) {
-    throw new Error('ABI has no functions');
+export function abiChecker(artifact: ContractArtifact) {
+  if (!artifact.functions || artifact.functions.length === 0) {
+    throw new Error('artifact has no functions');
   }
 
-  abi.functions.forEach(func => {
+  artifact.functions.forEach(func => {
     if (!('name' in func && typeof func.name === 'string' && func.name.length > 0)) {
       throw new Error('ABI function has no name');
     }
@@ -39,7 +39,7 @@ export function abiChecker(abi: ContractAbi) {
   });
 
   // TODO: implement a better check for constructor (right now only checks if it has it or not)
-  if (!abi.functions.find(func => func.name === 'constructor')) {
+  if (!artifact.functions.find(func => func.name === 'constructor')) {
     throw new Error('ABI has no constructor');
   }
 
diff --git a/yarn-project/aztec.js/src/contract/contract.test.ts b/yarn-project/aztec.js/src/contract/contract.test.ts
index 541a9c588b70..4852169b3a52 100644
--- a/yarn-project/aztec.js/src/contract/contract.test.ts
+++ b/yarn-project/aztec.js/src/contract/contract.test.ts
@@ -1,6 +1,6 @@
 import { AztecAddress, CompleteAddress, EthAddress } from '@aztec/circuits.js';
 import { L1ContractAddresses } from '@aztec/ethereum';
-import { ABIParameterVisibility, ContractAbi, FunctionType } from '@aztec/foundation/abi';
+import { ABIParameterVisibility, ContractArtifact, FunctionType } from '@aztec/foundation/abi';
 import { ExtendedContractData, NodeInfo, Tx, TxExecutionRequest, TxHash, TxReceipt } from '@aztec/types';
 
 import { MockProxy, mock } from 'jest-mock-extended';
@@ -35,7 +35,7 @@ describe('Contract Class', () => {
     l1ContractAddresses: l1Addresses,
   };
 
-  const defaultAbi: ContractAbi = {
+  const defaultArtifact: ContractArtifact = {
     name: 'FooContract',
     functions: [
       {
@@ -92,6 +92,7 @@ describe('Contract Class', () => {
         bytecode: '0cd',
       },
     ],
+    events: [],
   };
 
   beforeEach(async () => {
@@ -111,7 +112,7 @@ describe('Contract Class', () => {
   });
 
   it('should create and send a contract method tx', async () => {
-    const fooContract = await Contract.at(contractAddress, defaultAbi, wallet);
+    const fooContract = await Contract.at(contractAddress, defaultArtifact, wallet);
     const param0 = 12;
     const param1 = 345n;
     const sentTx = fooContract.methods.bar(param0, param1).send();
@@ -126,7 +127,7 @@ describe('Contract Class', () => {
   });
 
   it('should call view on an unconstrained function', async () => {
-    const fooContract = await Contract.at(contractAddress, defaultAbi, wallet);
+    const fooContract = await Contract.at(contractAddress, defaultArtifact, wallet);
     const result = await fooContract.methods.qux(123n).view({
       from: account.address,
     });
@@ -136,12 +137,12 @@ describe('Contract Class', () => {
   });
 
   it('should not call create on an unconstrained function', async () => {
-    const fooContract = await Contract.at(contractAddress, defaultAbi, wallet);
+    const fooContract = await Contract.at(contractAddress, defaultArtifact, wallet);
     await expect(fooContract.methods.qux().create()).rejects.toThrow();
   });
 
   it('should not call view on a secret or open function', async () => {
-    const fooContract = await Contract.at(contractAddress, defaultAbi, wallet);
+    const fooContract = await Contract.at(contractAddress, defaultArtifact, wallet);
     expect(() => fooContract.methods.bar().view()).toThrow();
     expect(() => fooContract.methods.baz().view()).toThrow();
   });
diff --git a/yarn-project/aztec.js/src/contract/contract.ts b/yarn-project/aztec.js/src/contract/contract.ts
index 9249184c4915..47dc389c7eb2 100644
--- a/yarn-project/aztec.js/src/contract/contract.ts
+++ b/yarn-project/aztec.js/src/contract/contract.ts
@@ -1,4 +1,4 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { PublicKey } from '@aztec/types';
 
@@ -17,19 +17,19 @@ export class Contract extends ContractBase {
   /**
    * Creates a contract instance.
    * @param address - The deployed contract's address.
-   * @param abi - The Application Binary Interface for the contract.
+   * @param artifact - Build artifact of the contract.
    * @param wallet - The wallet to use when interacting with the contract.
    * @param portalContract - The portal contract address on L1, if any.
    * @returns A promise that resolves to a new Contract instance.
    */
-  public static async at(address: AztecAddress, abi: ContractAbi, wallet: Wallet): Promise<Contract> {
+  public static async at(address: AztecAddress, artifact: ContractArtifact, wallet: Wallet): Promise<Contract> {
     const extendedContractData = await wallet.getExtendedContractData(address);
     if (extendedContractData === undefined) {
       throw new Error('Contract ' + address.toString() + ' is not deployed');
     }
     return new Contract(
       extendedContractData.getCompleteAddress(),
-      abi,
+      artifact,
       wallet,
       extendedContractData.contractData.portalContractAddress,
     );
@@ -38,21 +38,21 @@ export class Contract extends ContractBase {
   /**
    * Creates a tx to deploy a new instance of a contract.
    * @param wallet - The wallet for executing the deployment.
-   * @param abi - ABI of the contract to deploy.
+   * @param artifact - Build artifact of the contract to deploy
    * @param args - Arguments for the constructor.
    */
-  public static deploy(wallet: Wallet, abi: ContractAbi, args: any[]) {
-    return new DeployMethod(Point.ZERO, wallet, abi, args);
+  public static deploy(wallet: Wallet, artifact: ContractArtifact, args: any[]) {
+    return new DeployMethod(Point.ZERO, wallet, artifact, args);
   }
 
   /**
    * Creates a tx to deploy a new instance of a contract using the specified public key to derive the address.
    * @param publicKey - Public key for deriving the address.
    * @param wallet - The wallet for executing the deployment.
-   * @param abi - ABI of the contract to deploy.
+   * @param artifact - Build artifact of the contract.
    * @param args - Arguments for the constructor.
    */
-  public static deployWithPublicKey(publicKey: PublicKey, wallet: Wallet, abi: ContractAbi, args: any[]) {
-    return new DeployMethod(publicKey, wallet, abi, args);
+  public static deployWithPublicKey(publicKey: PublicKey, wallet: Wallet, artifact: ContractArtifact, args: any[]) {
+    return new DeployMethod(publicKey, wallet, artifact, args);
   }
 }
diff --git a/yarn-project/aztec.js/src/contract/contract_base.ts b/yarn-project/aztec.js/src/contract/contract_base.ts
index 4ac143fc47a1..584529573d80 100644
--- a/yarn-project/aztec.js/src/contract/contract_base.ts
+++ b/yarn-project/aztec.js/src/contract/contract_base.ts
@@ -1,4 +1,4 @@
-import { ContractAbi, FunctionAbi, FunctionSelector } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionArtifact, FunctionSelector } from '@aztec/foundation/abi';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { CompleteAddress, DeployedContract } from '@aztec/types';
 
@@ -29,13 +29,13 @@ export class ContractBase implements DeployedContract {
     /** The deployed contract's complete address. */
     public readonly completeAddress: CompleteAddress,
     /** The Application Binary Interface for the contract. */
-    public readonly abi: ContractAbi,
+    public readonly artifact: ContractArtifact,
     /** The wallet used for interacting with this contract. */
     protected wallet: Wallet,
     /** The portal contract address on L1, if any. */
     public readonly portalContract: EthAddress,
   ) {
-    abi.functions.forEach((f: FunctionAbi) => {
+    artifact.functions.forEach((f: FunctionArtifact) => {
       const interactionFunction = (...args: any[]) => {
         return new ContractFunctionInteraction(this.wallet, this.completeAddress.address!, f, args);
       };
@@ -65,6 +65,6 @@ export class ContractBase implements DeployedContract {
    * @returns A new contract instance.
    */
   public withWallet(wallet: Wallet): this {
-    return new ContractBase(this.completeAddress, this.abi, wallet, this.portalContract) as this;
+    return new ContractBase(this.completeAddress, this.artifact, wallet, this.portalContract) as this;
   }
 }
diff --git a/yarn-project/aztec.js/src/contract/contract_function_interaction.ts b/yarn-project/aztec.js/src/contract/contract_function_interaction.ts
index e8a58728fe4c..da6932b1b917 100644
--- a/yarn-project/aztec.js/src/contract/contract_function_interaction.ts
+++ b/yarn-project/aztec.js/src/contract/contract_function_interaction.ts
@@ -1,5 +1,5 @@
 import { AztecAddress, FunctionData } from '@aztec/circuits.js';
-import { FunctionAbiHeader, FunctionType, encodeArguments } from '@aztec/foundation/abi';
+import { FunctionAbi, FunctionType, encodeArguments } from '@aztec/foundation/abi';
 import { FunctionCall, TxExecutionRequest } from '@aztec/types';
 
 import { Wallet } from '../wallet/index.js';
@@ -26,7 +26,7 @@ export class ContractFunctionInteraction extends BaseContractInteraction {
   constructor(
     protected wallet: Wallet,
     protected contractAddress: AztecAddress,
-    protected functionDao: FunctionAbiHeader,
+    protected functionDao: FunctionAbi,
     protected args: any[],
   ) {
     super(wallet);
diff --git a/yarn-project/aztec.js/src/contract/index.ts b/yarn-project/aztec.js/src/contract/index.ts
index 620c4d1e968a..a2a3bf8db634 100644
--- a/yarn-project/aztec.js/src/contract/index.ts
+++ b/yarn-project/aztec.js/src/contract/index.ts
@@ -10,12 +10,12 @@
  * or can be queried via `view()`.
  *
  * ```ts
- * const contract = await Contract.deploy(wallet, MyContractAbi, [...constructorArgs]).send().deployed();
+ * const contract = await Contract.deploy(wallet, MyContractArtifact, [...constructorArgs]).send().deployed();
  * console.log(`Contract deployed at ${contract.address}`);
  * ```
  *
  * ```ts
- * const contract = await Contract.at(address, MyContractAbi, wallet);
+ * const contract = await Contract.at(address, MyContractArtifact, wallet);
  * await contract.methods.mint(1000, owner).send().wait();
  * console.log(`Total supply is now ${await contract.methods.totalSupply().view()}`);
  * ```
@@ -27,7 +27,7 @@
  *
  * The result of `send`ing a transaction is a {@link SentTx} object, from which you can get the
  * transaction hash, or simply `wait` until the transaction is mined and the local PXE Service
- * has synchronised its changes.
+ * has synchronized its changes.
  *
  * @remarks If you are using typescript, consider using the
  * {@link https://docs.aztec.network/dev_docs/contracts/compiling#typescript-interfaces | autogenerated type-safe interfaces}
diff --git a/yarn-project/aztec.js/src/contract/sent_tx.ts b/yarn-project/aztec.js/src/contract/sent_tx.ts
index 9ab94c115e3a..8f920177d28c 100644
--- a/yarn-project/aztec.js/src/contract/sent_tx.ts
+++ b/yarn-project/aztec.js/src/contract/sent_tx.ts
@@ -1,6 +1,6 @@
 import { FieldsOf } from '@aztec/circuits.js';
 import { retryUntil } from '@aztec/foundation/retry';
-import { PXE, TxHash, TxReceipt, TxStatus } from '@aztec/types';
+import { GetUnencryptedLogsResponse, PXE, TxHash, TxReceipt, TxStatus } from '@aztec/types';
 
 import every from 'lodash.every';
 
@@ -80,6 +80,16 @@ export class SentTx {
     return receipt.status === TxStatus.MINED;
   }
 
+  /**
+   * Gets unencrypted logs emitted by this tx.
+   * @remarks This function will wait for the tx to be mined if it hasn't been already.
+   * @returns The requested logs.
+   */
+  public async getUnencryptedLogs(): Promise<GetUnencryptedLogsResponse> {
+    await this.wait();
+    return this.pxe.getUnencryptedLogs({ txHash: await this.getTxHash() });
+  }
+
   protected async waitForReceipt(opts?: WaitOpts): Promise<TxReceipt> {
     const txHash = await this.getTxHash();
     return await retryUntil(
diff --git a/yarn-project/aztec.js/src/contract_deployer/contract_deployer.test.ts b/yarn-project/aztec.js/src/contract_deployer/contract_deployer.test.ts
index a95e6c45b970..8622f29e6f71 100644
--- a/yarn-project/aztec.js/src/contract_deployer/contract_deployer.test.ts
+++ b/yarn-project/aztec.js/src/contract_deployer/contract_deployer.test.ts
@@ -1,5 +1,5 @@
 import { EthAddress, Fr, Point } from '@aztec/circuits.js';
-import { ContractAbi, FunctionType } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionType } from '@aztec/foundation/abi';
 import { PXE, PublicKey, Tx, TxHash, TxReceipt } from '@aztec/types';
 
 import { MockProxy, mock } from 'jest-mock-extended';
@@ -9,7 +9,7 @@ import { ContractDeployer } from './contract_deployer.js';
 describe.skip('Contract Deployer', () => {
   let pxe: MockProxy<PXE>;
 
-  const abi: ContractAbi = {
+  const artifact: ContractArtifact = {
     name: 'MyContract',
     functions: [
       {
@@ -21,6 +21,7 @@ describe.skip('Contract Deployer', () => {
         bytecode: '0af',
       },
     ],
+    events: [],
   };
 
   const publicKey: PublicKey = Point.random();
@@ -39,7 +40,7 @@ describe.skip('Contract Deployer', () => {
   });
 
   it('should create and send a contract deployment tx', async () => {
-    const deployer = new ContractDeployer(abi, pxe, publicKey);
+    const deployer = new ContractDeployer(artifact, pxe, publicKey);
     const sentTx = deployer.deploy(args[0], args[1]).send({
       portalContract,
       contractAddressSalt,
diff --git a/yarn-project/aztec.js/src/contract_deployer/contract_deployer.ts b/yarn-project/aztec.js/src/contract_deployer/contract_deployer.ts
index 92ed8e23fc69..3bc720d72be5 100644
--- a/yarn-project/aztec.js/src/contract_deployer/contract_deployer.ts
+++ b/yarn-project/aztec.js/src/contract_deployer/contract_deployer.ts
@@ -1,5 +1,5 @@
-import { Point } from '@aztec/circuits.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
+import { Point } from '@aztec/foundation/fields';
 import { PXE, PublicKey } from '@aztec/types';
 
 import { DeployMethod } from './deploy_method.js';
@@ -9,7 +9,7 @@ import { DeployMethod } from './deploy_method.js';
  * @remarks Keeping this around even though we have Aztec.nr contract types because it can be useful for non-TS users.
  */
 export class ContractDeployer {
-  constructor(private abi: ContractAbi, private pxe: PXE, private publicKey?: PublicKey) {}
+  constructor(private artifact: ContractArtifact, private pxe: PXE, private publicKey?: PublicKey) {}
 
   /**
    * Deploy a contract using the provided ABI and constructor arguments.
@@ -21,6 +21,6 @@ export class ContractDeployer {
    * @returns A DeployMethod instance configured with the ABI, PXE, and constructor arguments.
    */
   public deploy(...args: any[]) {
-    return new DeployMethod(this.publicKey ?? Point.ZERO, this.pxe, this.abi, args);
+    return new DeployMethod(this.publicKey ?? Point.ZERO, this.pxe, this.artifact, args);
   }
 }
diff --git a/yarn-project/aztec.js/src/contract_deployer/deploy_method.ts b/yarn-project/aztec.js/src/contract_deployer/deploy_method.ts
index 2cf6dbd9ad6e..a97ae9fc6cb7 100644
--- a/yarn-project/aztec.js/src/contract_deployer/deploy_method.ts
+++ b/yarn-project/aztec.js/src/contract_deployer/deploy_method.ts
@@ -5,7 +5,7 @@ import {
   TxContext,
   getContractDeploymentInfo,
 } from '@aztec/circuits.js';
-import { ContractAbi, FunctionAbi, encodeArguments } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionArtifact, encodeArguments } from '@aztec/foundation/abi';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
 import { PXE, PackedArguments, PublicKey, Tx, TxExecutionRequest } from '@aztec/types';
@@ -38,13 +38,18 @@ export class DeployMethod<TContract extends ContractBase = Contract> extends Bas
   public completeAddress?: CompleteAddress = undefined;
 
   /** Constructor function to call. */
-  private constructorAbi: FunctionAbi;
-
-  constructor(private publicKey: PublicKey, protected pxe: PXE, private abi: ContractAbi, private args: any[] = []) {
+  private constructorArtifact: FunctionArtifact;
+
+  constructor(
+    private publicKey: PublicKey,
+    protected pxe: PXE,
+    private artifact: ContractArtifact,
+    private args: any[] = [],
+  ) {
     super(pxe);
-    const constructorAbi = abi.functions.find(f => f.name === 'constructor');
-    if (!constructorAbi) throw new Error('Cannot find constructor in the ABI.');
-    this.constructorAbi = constructorAbi;
+    const constructorArtifact = artifact.functions.find(f => f.name === 'constructor');
+    if (!constructorArtifact) throw new Error('Cannot find constructor in the artifact.');
+    this.constructorArtifact = constructorArtifact;
   }
 
   /**
@@ -63,7 +68,7 @@ export class DeployMethod<TContract extends ContractBase = Contract> extends Bas
     const { chainId, protocolVersion } = await this.pxe.getNodeInfo();
 
     const { completeAddress, constructorHash, functionTreeRoot } = await getContractDeploymentInfo(
-      this.abi,
+      this.artifact,
       this.args,
       contractAddressSalt,
       this.publicKey,
@@ -85,8 +90,8 @@ export class DeployMethod<TContract extends ContractBase = Contract> extends Bas
       new Fr(chainId),
       new Fr(protocolVersion),
     );
-    const args = encodeArguments(this.constructorAbi, this.args);
-    const functionData = FunctionData.fromAbi(this.constructorAbi);
+    const args = encodeArguments(this.constructorArtifact, this.args);
+    const functionData = FunctionData.fromAbi(this.constructorArtifact);
     const execution = { args, functionData, to: completeAddress.address };
     const packedArguments = await PackedArguments.fromArgs(execution.args);
 
@@ -103,7 +108,7 @@ export class DeployMethod<TContract extends ContractBase = Contract> extends Bas
     this.completeAddress = completeAddress;
 
     // TODO: Should we add the contracts to the DB here, or once the tx has been sent or mined?
-    await this.pxe.addContracts([{ abi: this.abi, completeAddress, portalContract }]);
+    await this.pxe.addContracts([{ artifact: this.artifact, completeAddress, portalContract }]);
 
     return this.txRequest;
   }
@@ -118,7 +123,7 @@ export class DeployMethod<TContract extends ContractBase = Contract> extends Bas
    */
   public send(options: DeployOptions = {}): DeploySentTx<TContract> {
     const txHashPromise = super.send(options).getTxHash();
-    return new DeploySentTx(this.abi, this.pxe, txHashPromise);
+    return new DeploySentTx(this.artifact, this.pxe, txHashPromise, this.completeAddress);
   }
 
   /**
diff --git a/yarn-project/aztec.js/src/contract_deployer/deploy_sent_tx.ts b/yarn-project/aztec.js/src/contract_deployer/deploy_sent_tx.ts
index 8b0fc0a2a0f5..93c16ad56a99 100644
--- a/yarn-project/aztec.js/src/contract_deployer/deploy_sent_tx.ts
+++ b/yarn-project/aztec.js/src/contract_deployer/deploy_sent_tx.ts
@@ -1,5 +1,5 @@
-import { FieldsOf } from '@aztec/circuits.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { CompleteAddress, FieldsOf } from '@aztec/circuits.js';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { TxHash, TxReceipt } from '@aztec/types';
 
 import { AztecAddress, Contract, ContractBase, PXE, SentTx, WaitOpts, Wallet } from '../index.js';
@@ -20,7 +20,16 @@ export type DeployTxReceipt<TContract extends ContractBase = Contract> = FieldsO
  * A contract deployment transaction sent to the network, extending SentTx with methods to create a contract instance.
  */
 export class DeploySentTx<TContract extends Contract = Contract> extends SentTx {
-  constructor(private abi: ContractAbi, wallet: PXE | Wallet, txHashPromise: Promise<TxHash>) {
+  constructor(
+    private artifact: ContractArtifact,
+    wallet: PXE | Wallet,
+    txHashPromise: Promise<TxHash>,
+
+    /**
+     * The complete address of the deployed contract
+     */
+    public completeContractAddress?: CompleteAddress,
+  ) {
     super(wallet, txHashPromise);
   }
 
@@ -50,6 +59,6 @@ export class DeploySentTx<TContract extends Contract = Contract> extends SentTx
     const contractWallet = wallet ?? (isWallet(this.pxe) && this.pxe);
     if (!contractWallet) throw new Error(`A wallet is required for creating a contract instance`);
     if (!address) throw new Error(`Contract address is missing from transaction receipt`);
-    return Contract.at(address, this.abi, contractWallet) as Promise<TContract>;
+    return Contract.at(address, this.artifact, contractWallet) as Promise<TContract>;
   }
 }
diff --git a/yarn-project/aztec.js/src/index.ts b/yarn-project/aztec.js/src/index.ts
index eade673bd6a8..dd8d2ecc845c 100644
--- a/yarn-project/aztec.js/src/index.ts
+++ b/yarn-project/aztec.js/src/index.ts
@@ -7,7 +7,9 @@ export * from './contract_deployer/deploy_method.js';
 export * from './sandbox/index.js';
 export * from './wallet/index.js';
 
-export { AztecAddress, EthAddress, Point, Fr, GrumpkinScalar } from '@aztec/circuits.js';
+// TODO https://github.com/AztecProtocol/aztec-packages/issues/2632 --> FunctionSelector might not need to be exposed
+// here once the issue is resolved.
+export { AztecAddress, EthAddress, Point, Fr, FunctionSelector, GrumpkinScalar } from '@aztec/circuits.js';
 export {
   PXE,
   ContractData,
@@ -15,6 +17,7 @@ export {
   DeployedContract,
   FunctionCall,
   L2BlockL2Logs,
+  LogFilter,
   UnencryptedL2Log,
   NodeInfo,
   NotePreimage,
diff --git a/yarn-project/aztec.js/src/pxe_client.ts b/yarn-project/aztec.js/src/pxe_client.ts
index 0514626c1a9e..4e03af4ffbce 100644
--- a/yarn-project/aztec.js/src/pxe_client.ts
+++ b/yarn-project/aztec.js/src/pxe_client.ts
@@ -1,11 +1,21 @@
-import { AztecAddress, CompleteAddress, EthAddress, Fr, GrumpkinScalar, Point } from '@aztec/circuits.js';
+import {
+  AztecAddress,
+  CompleteAddress,
+  EthAddress,
+  Fr,
+  FunctionSelector,
+  GrumpkinScalar,
+  Point,
+} from '@aztec/circuits.js';
 import { createJsonRpcClient, makeFetch } from '@aztec/foundation/json-rpc/client';
 import {
   AuthWitness,
   ContractData,
   ExtendedContractData,
+  ExtendedUnencryptedL2Log,
   L2BlockL2Logs,
   L2Tx,
+  LogId,
   NotePreimage,
   PXE,
   Tx,
@@ -21,10 +31,12 @@ export const createPXEClient = (url: string, fetch = makeFetch([1, 2, 3], true))
     url,
     {
       CompleteAddress,
+      FunctionSelector,
       AztecAddress,
       TxExecutionRequest,
       ContractData,
       ExtendedContractData,
+      ExtendedUnencryptedL2Log,
       TxHash,
       EthAddress,
       Point,
@@ -33,6 +45,7 @@ export const createPXEClient = (url: string, fetch = makeFetch([1, 2, 3], true))
       NotePreimage,
       AuthWitness,
       L2Tx,
+      LogId,
     },
     { Tx, TxReceipt, L2BlockL2Logs },
     false,
diff --git a/yarn-project/aztec.js/src/sandbox/index.ts b/yarn-project/aztec.js/src/sandbox/index.ts
index 89470f7ea967..23d0b438a0f8 100644
--- a/yarn-project/aztec.js/src/sandbox/index.ts
+++ b/yarn-project/aztec.js/src/sandbox/index.ts
@@ -3,7 +3,7 @@ import { sleep } from '@aztec/foundation/sleep';
 
 import zip from 'lodash.zip';
 
-import SchnorrAccountContractAbi from '../abis/schnorr_account_contract.json' assert { type: 'json' };
+import SchnorrAccountContractArtifact from '../artifacts/schnorr_account_contract.json' assert { type: 'json' };
 import { AccountWalletWithPrivateKey, PXE, createPXEClient, getSchnorrAccount } from '../index.js';
 
 export const INITIAL_SANDBOX_ENCRYPTION_KEYS = [
@@ -16,7 +16,7 @@ export const INITIAL_SANDBOX_SIGNING_KEYS = INITIAL_SANDBOX_ENCRYPTION_KEYS;
 
 export const INITIAL_SANDBOX_SALTS = [Fr.ZERO, Fr.ZERO, Fr.ZERO];
 
-export const INITIAL_SANDBOX_ACCOUNT_CONTRACT_ABI = SchnorrAccountContractAbi;
+export const INITIAL_SANDBOX_ACCOUNT_CONTRACT_ABI = SchnorrAccountContractArtifact;
 
 export const { PXE_URL = 'http://localhost:8080' } = process.env;
 
diff --git a/yarn-project/aztec.js/src/utils/authwit.ts b/yarn-project/aztec.js/src/utils/authwit.ts
index cbad0a84c947..7f38fd271f3d 100644
--- a/yarn-project/aztec.js/src/utils/authwit.ts
+++ b/yarn-project/aztec.js/src/utils/authwit.ts
@@ -2,6 +2,7 @@ import { AztecAddress, CircuitsWasm, GeneratorIndex } from '@aztec/circuits.js';
 import { pedersenPlookupCompressWithHashIndex } from '@aztec/circuits.js/barretenberg';
 import { FunctionCall, PackedArguments } from '@aztec/types';
 
+// docs:start:authwit_computeAuthWitMessageHash
 /**
  * Compute an authentication witness message hash from a caller and a request
  * H(caller: AztecAddress, target: AztecAddress, selector: Field, args_hash: Field)
@@ -22,3 +23,4 @@ export const computeAuthWitMessageHash = async (caller: AztecAddress, request: F
     GeneratorIndex.SIGNATURE_PAYLOAD,
   );
 };
+// docs:end:authwit_computeAuthWitMessageHash
diff --git a/yarn-project/aztec.js/src/wallet/account_wallet.ts b/yarn-project/aztec.js/src/wallet/account_wallet.ts
index 829f7e16bc43..9df782b76dfe 100644
--- a/yarn-project/aztec.js/src/wallet/account_wallet.ts
+++ b/yarn-project/aztec.js/src/wallet/account_wallet.ts
@@ -1,5 +1,5 @@
 import { Fr, GrumpkinPrivateKey } from '@aztec/circuits.js';
-import { ABIParameterVisibility, FunctionAbiHeader, FunctionType } from '@aztec/foundation/abi';
+import { ABIParameterVisibility, FunctionAbi, FunctionType } from '@aztec/foundation/abi';
 import { AuthWitness, FunctionCall, PXE, TxExecutionRequest } from '@aztec/types';
 
 import { AccountInterface } from '../account/interface.js';
@@ -47,7 +47,7 @@ export class AccountWallet extends BaseWallet {
     return this.getCompleteAddress().address;
   }
 
-  private getSetIsValidStorageAbi(): FunctionAbiHeader {
+  private getSetIsValidStorageAbi(): FunctionAbi {
     return {
       name: 'set_is_valid_storage',
       functionType: 'open' as FunctionType,
diff --git a/yarn-project/aztec.js/src/wallet/base_wallet.ts b/yarn-project/aztec.js/src/wallet/base_wallet.ts
index fb7949db8b33..6b215ee3ea6f 100644
--- a/yarn-project/aztec.js/src/wallet/base_wallet.ts
+++ b/yarn-project/aztec.js/src/wallet/base_wallet.ts
@@ -5,8 +5,9 @@ import {
   DeployedContract,
   ExtendedContractData,
   FunctionCall,
-  L2BlockL2Logs,
+  GetUnencryptedLogsResponse,
   L2Tx,
+  LogFilter,
   NodeInfo,
   NotePreimage,
   PXE,
@@ -96,8 +97,8 @@ export abstract class BaseWallet implements Wallet {
   getContractData(contractAddress: AztecAddress): Promise<ContractData | undefined> {
     return this.pxe.getContractData(contractAddress);
   }
-  getUnencryptedLogs(from: number, limit: number): Promise<L2BlockL2Logs[]> {
-    return this.pxe.getUnencryptedLogs(from, limit);
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse> {
+    return this.pxe.getUnencryptedLogs(filter);
   }
   getBlockNumber(): Promise<number> {
     return this.pxe.getBlockNumber();
diff --git a/yarn-project/bootstrap.sh b/yarn-project/bootstrap.sh
index 81b933d0bf7e..a5fff3dedbe0 100755
--- a/yarn-project/bootstrap.sh
+++ b/yarn-project/bootstrap.sh
@@ -6,7 +6,7 @@ cd "$(dirname "$0")"
 
 if [ "$(uname)" = "Darwin" ]; then
   # works around https://github.com/AztecProtocol/aztec3-packages/issues/158
-  echo "Note: not sourcing nvm on Mac, see github #158"
+    echo "Note: not sourcing nvm on Mac, see github #158"
 else
   \. ~/.nvm/nvm.sh
 fi
@@ -29,6 +29,7 @@ yarn --cwd circuits.js remake-bindings
 yarn --cwd circuits.js remake-constants
 
 (cd noir-contracts && ./bootstrap.sh)
+(cd boxes && ./bootstrap.sh)
 (cd .. && l1-contracts/bootstrap.sh)
 
 # Until we push .yarn/cache, we still need to install.
diff --git a/yarn-project/boxes/README.md b/yarn-project/boxes/README.md
new file mode 100644
index 000000000000..ad57029c9080
--- /dev/null
+++ b/yarn-project/boxes/README.md
@@ -0,0 +1,3 @@
+This contains the "boxes" that are meant for quickstarts for Aztec smart contract developers, containing simple Noir smart contracts and frontends.
+
+If CI is failing, it may be due to incompatibility with previous build artifacts - running "./bootstrap.sh" inside this boxes folder should regenerate the artifacts.
diff --git a/yarn-project/boxes/blank-react/README.md b/yarn-project/boxes/blank-react/README.md
index f6d7be7983f3..3a1035d8a792 100644
--- a/yarn-project/boxes/blank-react/README.md
+++ b/yarn-project/boxes/blank-react/README.md
@@ -62,12 +62,12 @@ This will generate a [Contract ABI](src/artifacts/test_contract.json) and TypeSc
 Note: the `compile` command seems to generate a Typescript file which needs a single change -
 
 ```
-import TestContractAbiJson from 'text_contract.json' assert { type: 'json' };
+import TestContractArtifactJson from 'text_contract.json' assert { type: 'json' };
 // need to update the relative import to
-import TestContractAbiJson from './test_contract.json' assert { type: 'json' };
+import TestContractArtifactJson from './test_contract.json' assert { type: 'json' };
 ```
 
-After compiling, you can re-deploy the upated noir smart contract from the web UI. The function interaction forms are generated from parsing the ContractABI, so they should update automatically after you recompile.
+After compiling, you can re-deploy the updated noir smart contract from the web UI. The function interaction forms are generated from parsing the contract artifacts, so they should update automatically after you recompile.
 
 ## Learn More
 
diff --git a/yarn-project/boxes/blank-react/package.json b/yarn-project/boxes/blank-react/package.json
index 60abb15a1c70..5948e40c4e10 100644
--- a/yarn-project/boxes/blank-react/package.json
+++ b/yarn-project/boxes/blank-react/package.json
@@ -37,7 +37,6 @@
     "@aztec/aztec-ui": "^0.1.14",
     "@aztec/aztec.js": "workspace:^",
     "@aztec/circuits.js": "workspace:^",
-    "@aztec/cli": "workspace:^",
     "@aztec/foundation": "workspace:^",
     "@aztec/types": "workspace:^",
     "classnames": "^2.3.2",
diff --git a/yarn-project/boxes/blank-react/src/app/components/contract_function_form.tsx b/yarn-project/boxes/blank-react/src/app/components/contract_function_form.tsx
index 6c4e6b1d5ff8..484a7b10207e 100644
--- a/yarn-project/boxes/blank-react/src/app/components/contract_function_form.tsx
+++ b/yarn-project/boxes/blank-react/src/app/components/contract_function_form.tsx
@@ -1,12 +1,12 @@
-import { Button, Loader } from '@aztec/aztec-ui';
-import { AztecAddress, CompleteAddress, Fr } from '@aztec/aztec.js';
-import { ContractAbi, FunctionAbi } from '@aztec/foundation/abi';
-import { useFormik } from 'formik';
-import * as Yup from 'yup';
 import { CONTRACT_ADDRESS_PARAM_NAMES, pxe } from '../../config.js';
 import { callContractFunction, deployContract, viewContractFunction } from '../../scripts/index.js';
 import { convertArgs } from '../../scripts/util.js';
 import styles from './contract_function_form.module.scss';
+import { Button, Loader } from '@aztec/aztec-ui';
+import { AztecAddress, CompleteAddress, Fr } from '@aztec/aztec.js';
+import { ContractArtifact, FunctionArtifact } from '@aztec/foundation/abi';
+import { useFormik } from 'formik';
+import * as Yup from 'yup';
 
 type NoirFunctionYupSchema = {
   // hack: add `any` at the end to get the array schema to typecheck
@@ -18,7 +18,7 @@ type NoirFunctionFormValues = {
   [key: string]: string | number | number[] | boolean;
 };
 
-function generateYupSchema(functionAbi: FunctionAbi, defaultAddress: string) {
+function generateYupSchema(functionAbi: FunctionArtifact, defaultAddress: string) {
   const parameterSchema: NoirFunctionYupSchema = {};
   const initialValues: NoirFunctionFormValues = {};
   for (const param of functionAbi.parameters) {
@@ -62,12 +62,12 @@ function generateYupSchema(functionAbi: FunctionAbi, defaultAddress: string) {
 
 async function handleFunctionCall(
   contractAddress: AztecAddress | undefined,
-  contractAbi: ContractAbi,
+  contractArtifact: ContractArtifact,
   functionName: string,
   args: any,
   wallet: CompleteAddress,
 ) {
-  const functionAbi = contractAbi.functions.find(f => f.name === functionName)!;
+  const functionAbi = contractArtifact.functions.find(f => f.name === functionName)!;
   const typedArgs: any[] = convertArgs(functionAbi, args);
 
   if (functionName === 'constructor' && !!wallet) {
@@ -80,13 +80,20 @@ async function handleFunctionCall(
     // for now, dont let user change the salt.  requires some change to the form generation if we want to let user choose one
     // since everything is currently based on parsing the contractABI, and the salt parameter is not present there
     const salt = Fr.random();
-    return await deployContract(wallet, contractAbi, typedArgs, salt, pxe);
+    return await deployContract(wallet, contractArtifact, typedArgs, salt, pxe);
   }
 
   if (functionAbi.functionType === 'unconstrained') {
-    return await viewContractFunction(contractAddress!, contractAbi, functionName, typedArgs, pxe, wallet);
+    return await viewContractFunction(contractAddress!, contractArtifact, functionName, typedArgs, pxe, wallet);
   } else {
-    const txnReceipt = await callContractFunction(contractAddress!, contractAbi, functionName, typedArgs, pxe, wallet);
+    const txnReceipt = await callContractFunction(
+      contractAddress!,
+      contractArtifact,
+      functionName,
+      typedArgs,
+      pxe,
+      wallet,
+    );
     return `Transaction ${txnReceipt.status} on block number ${txnReceipt.blockNumber}`;
   }
 }
@@ -94,8 +101,8 @@ async function handleFunctionCall(
 interface ContractFunctionFormProps {
   wallet: CompleteAddress;
   contractAddress?: AztecAddress;
-  contractAbi: ContractAbi;
-  functionAbi: FunctionAbi;
+  contractArtifact: ContractArtifact;
+  functionArtifact: FunctionArtifact;
   defaultAddress: string;
   title?: string;
   buttonText?: string;
@@ -109,8 +116,8 @@ interface ContractFunctionFormProps {
 export function ContractFunctionForm({
   wallet,
   contractAddress,
-  contractAbi,
-  functionAbi,
+  contractArtifact,
+  functionArtifact,
   defaultAddress,
   buttonText = 'Submit',
   isLoading,
@@ -119,14 +126,20 @@ export function ContractFunctionForm({
   onSuccess,
   onError,
 }: ContractFunctionFormProps) {
-  const { validationSchema, initialValues } = generateYupSchema(functionAbi, defaultAddress);
+  const { validationSchema, initialValues } = generateYupSchema(functionArtifact, defaultAddress);
   const formik = useFormik({
     initialValues: initialValues,
     validationSchema: validationSchema,
     onSubmit: async (values: any) => {
       onSubmit();
       try {
-        const result = await handleFunctionCall(contractAddress, contractAbi, functionAbi.name, values, wallet);
+        const result = await handleFunctionCall(
+          contractAddress,
+          contractArtifact,
+          functionArtifact.name,
+          values,
+          wallet,
+        );
         onSuccess(result);
       } catch (e: any) {
         onError(e.message);
@@ -136,7 +149,7 @@ export function ContractFunctionForm({
 
   return (
     <form onSubmit={formik.handleSubmit} className={styles.content}>
-      {functionAbi.parameters.map(input => (
+      {functionArtifact.parameters.map(input => (
         <div key={input.name} className={styles.field}>
           <label className={styles.label} htmlFor={input.name}>
             {input.name} ({input.type.kind})
diff --git a/yarn-project/boxes/blank-react/src/app/components/copy.tsx b/yarn-project/boxes/blank-react/src/app/components/copy.tsx
index 4c497833bab2..6caa33121595 100644
--- a/yarn-project/boxes/blank-react/src/app/components/copy.tsx
+++ b/yarn-project/boxes/blank-react/src/app/components/copy.tsx
@@ -1,5 +1,5 @@
-import { useState } from 'react';
 import styles from './copy.module.scss';
+import { useState } from 'react';
 
 export function Copy({ value }: { value: string }) {
   const [copied, setCopied] = useState(false);
diff --git a/yarn-project/boxes/blank-react/src/app/components/dropdown.tsx b/yarn-project/boxes/blank-react/src/app/components/dropdown.tsx
index 2d74e687c93d..6470d2c80f3f 100644
--- a/yarn-project/boxes/blank-react/src/app/components/dropdown.tsx
+++ b/yarn-project/boxes/blank-react/src/app/components/dropdown.tsx
@@ -1,7 +1,6 @@
-import { CSSProperties, useEffect, useRef } from 'react';
-import classnames from 'classnames';
-
 import style from './dropdown.module.scss';
+import classnames from 'classnames';
+import { CSSProperties, useEffect, useRef } from 'react';
 
 export enum DropdownType {
   Simple = 'Simple',
diff --git a/yarn-project/boxes/blank-react/src/app/components/popup.tsx b/yarn-project/boxes/blank-react/src/app/components/popup.tsx
index cf9a1d8962a5..bfbdc7d3f58e 100644
--- a/yarn-project/boxes/blank-react/src/app/components/popup.tsx
+++ b/yarn-project/boxes/blank-react/src/app/components/popup.tsx
@@ -1,5 +1,5 @@
-import { Button } from '@aztec/aztec-ui';
 import styles from './popup.module.scss';
+import { Button } from '@aztec/aztec-ui';
 
 interface Props {
   children: string;
diff --git a/yarn-project/boxes/blank-react/src/app/components/select.tsx b/yarn-project/boxes/blank-react/src/app/components/select.tsx
index 81a4c0c7a97f..562f5e12fdf7 100644
--- a/yarn-project/boxes/blank-react/src/app/components/select.tsx
+++ b/yarn-project/boxes/blank-react/src/app/components/select.tsx
@@ -1,8 +1,7 @@
-import { useState, useEffect, useRef } from 'react';
-import classnames from 'classnames';
-
 import { DropdownOption, DropdownType, Dropdown } from './dropdown.js';
 import style from './select.module.scss';
+import classnames from 'classnames';
+import { useState, useEffect, useRef } from 'react';
 
 interface SelectProps<T> {
   options: DropdownOption<T>[];
diff --git a/yarn-project/boxes/blank-react/src/app/components/wallet_dropdown.tsx b/yarn-project/boxes/blank-react/src/app/components/wallet_dropdown.tsx
index 852ae9ffcb45..28cba3e570a6 100644
--- a/yarn-project/boxes/blank-react/src/app/components/wallet_dropdown.tsx
+++ b/yarn-project/boxes/blank-react/src/app/components/wallet_dropdown.tsx
@@ -1,10 +1,10 @@
-import { Loader } from '@aztec/aztec-ui';
-import { CompleteAddress } from '@aztec/aztec.js';
-import { useEffect, useState } from 'react';
 import { pxe } from '../../config.js';
+import { Copy } from './copy.js';
 import { Select } from './select.js';
 import styles from './wallet_dropdown.module.scss';
-import { Copy } from './copy.js';
+import { Loader } from '@aztec/aztec-ui';
+import { CompleteAddress } from '@aztec/aztec.js';
+import { useEffect, useState } from 'react';
 
 interface Props {
   selected: CompleteAddress | undefined;
diff --git a/yarn-project/boxes/blank-react/src/app/contract.tsx b/yarn-project/boxes/blank-react/src/app/contract.tsx
index 04003d01c400..3f1bd5269569 100644
--- a/yarn-project/boxes/blank-react/src/app/contract.tsx
+++ b/yarn-project/boxes/blank-react/src/app/contract.tsx
@@ -1,11 +1,11 @@
-import { Button, ButtonSize, ButtonTheme, Card, CardTheme, ImageButton, ImageButtonIcon } from '@aztec/aztec-ui';
-import { AztecAddress, CompleteAddress } from '@aztec/aztec.js';
-import { FunctionAbi } from '@aztec/foundation/abi';
-import { ReactNode, useState } from 'react';
-import { contractAbi } from '../config.js';
+import { contractArtifact } from '../config.js';
 import { Copy } from './components/copy.js';
 import { ContractFunctionForm, Popup } from './components/index.js';
 import styles from './contract.module.scss';
+import { Button, ButtonSize, ButtonTheme, Card, CardTheme, ImageButton, ImageButtonIcon } from '@aztec/aztec-ui';
+import { AztecAddress, CompleteAddress } from '@aztec/aztec.js';
+import { FunctionArtifact } from '@aztec/foundation/abi';
+import { ReactNode, useState } from 'react';
 
 const functionTypeSortOrder = {
   secret: 0,
@@ -40,12 +40,12 @@ export function Contract({ wallet }: Props) {
     setProcessingFunction('');
   };
 
-  const constructorAbi = contractAbi.functions.find(f => f.name === 'constructor')!;
+  const constructorAbi = contractArtifact.functions.find(f => f.name === 'constructor')!;
   const hasResult = !!(result || errorMsg);
 
   function renderCardContent(contractAddress?: AztecAddress): { content: ReactNode; header: string } {
     if (contractAddress) {
-      const functions = contractAbi.functions
+      const functions = contractArtifact.functions
         .filter(f => f.name !== 'constructor' && !f.isInternal)
         .sort((a, b) => functionTypeSortOrder[a.functionType] - functionTypeSortOrder[b.functionType]);
 
@@ -55,7 +55,7 @@ export function Contract({ wallet }: Props) {
           content: (
             <div className={styles.selectorWrapper}>
               <div className={styles.tag}>
-                <div className={styles.title}>{`${contractAbi.name}`}</div>
+                <div className={styles.title}>{`${contractArtifact.name}`}</div>
                 {!!contractAddress && (
                   <div className={styles.address}>
                     {`${contractAddress.toShortString()}`}
@@ -64,7 +64,7 @@ export function Contract({ wallet }: Props) {
                 )}
               </div>
               <div className={styles.functions}>
-                {functions.map((functionAbi: FunctionAbi, index: number) => (
+                {functions.map((functionAbi: FunctionArtifact, index: number) => (
                   <ImageButton
                     icon={ImageButtonIcon.Wallet}
                     label={functionAbi.name}
@@ -96,8 +96,8 @@ export function Contract({ wallet }: Props) {
               key={selectedFunctionAbi.name}
               wallet={wallet}
               contractAddress={contractAddress}
-              contractAbi={contractAbi}
-              functionAbi={selectedFunctionAbi}
+              contractArtifact={contractArtifact}
+              functionArtifact={selectedFunctionAbi}
               defaultAddress={wallet.address.toString()}
               isLoading={processingFunction === selectedFunctionAbi.name && !hasResult}
               disabled={processingFunction === selectedFunctionAbi.name && hasResult}
@@ -111,12 +111,12 @@ export function Contract({ wallet }: Props) {
     }
 
     return {
-      header: `Deploy Contract (${contractAbi.name})`,
+      header: `Deploy Contract (${contractArtifact.name})`,
       content: (
         <ContractFunctionForm
           wallet={wallet}
-          contractAbi={contractAbi}
-          functionAbi={constructorAbi}
+          contractArtifact={contractArtifact}
+          functionArtifact={constructorAbi}
           defaultAddress={wallet.address.toString()}
           buttonText="Deploy"
           isLoading={!!processingFunction && !hasResult}
diff --git a/yarn-project/boxes/blank-react/src/app/home.tsx b/yarn-project/boxes/blank-react/src/app/home.tsx
index b1535b94d4fe..8475b2afe55a 100644
--- a/yarn-project/boxes/blank-react/src/app/home.tsx
+++ b/yarn-project/boxes/blank-react/src/app/home.tsx
@@ -1,10 +1,10 @@
-import { Loader } from '@aztec/aztec-ui';
-import { CompleteAddress } from '@aztec/aztec.js';
-import { useEffect, useRef, useState } from 'react';
 import { PXE_URL } from '../config.js';
 import { WalletDropdown } from './components/wallet_dropdown.js';
 import { Contract } from './contract.js';
 import styles from './home.module.scss';
+import { Loader } from '@aztec/aztec-ui';
+import { CompleteAddress } from '@aztec/aztec.js';
+import { useEffect, useRef, useState } from 'react';
 
 export function Home() {
   const [isLoadingWallet, setIsLoadingWallet] = useState(true);
diff --git a/yarn-project/boxes/blank-react/src/app/index.tsx b/yarn-project/boxes/blank-react/src/app/index.tsx
index c5f7c020418f..451c1c89648e 100644
--- a/yarn-project/boxes/blank-react/src/app/index.tsx
+++ b/yarn-project/boxes/blank-react/src/app/index.tsx
@@ -1,7 +1,7 @@
-import * as React from 'react';
-import * as ReactDOM from 'react-dom/client';
 import { Home } from './home.js';
 import './index.css';
+import * as React from 'react';
+import * as ReactDOM from 'react-dom/client';
 
 const root = ReactDOM.createRoot(document.getElementById('root') as HTMLElement);
 root.render(
diff --git a/yarn-project/boxes/blank-react/src/artifacts/Blank.json b/yarn-project/boxes/blank-react/src/artifacts/Blank.json
new file mode 100644
index 000000000000..c0c7b983be1e
--- /dev/null
+++ b/yarn-project/boxes/blank-react/src/artifacts/Blank.json
@@ -0,0 +1,52 @@
+{
+  "name": "Blank",
+  "functions": [
+    {
+      "name": "constructor",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [],
+      "returnTypes": [],
+      "bytecode": "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",
+      "verificationKey": "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"
+    },
+    {
+      "name": "getPublicKey",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "address",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
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+      "34": {
+        "source": "use crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    MAX_READ_REQUESTS_PER_CALL,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    GENERATOR_INDEX__FUNCTION_ARGS,\n    HISTORIC_BLOCK_DATA_LENGTH,\n    CONTRACT_DEPLOYMENT_DATA_LENGTH,\n    CALL_CONTEXT_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH,\n    CONTRACT_STORAGE_READ_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__FUNCTION_DATA,\n    GENERATOR_INDEX__PUBLIC_DATA_READ,\n    GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST,\n    GENERATOR_INDEX__CALL_CONTEXT,\n    GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA,\n};\n\nuse crate::oracle::debug_log;\nuse crate::types::vec::BoundedVec;\nuse crate::types::point::Point;\n\n\n// docs:start:private-global-variables\nstruct PrivateGlobalVariables {\n    chain_id: Field,\n    version: Field,\n}\n// docs:end:private-global-variables\n\nimpl PrivateGlobalVariables {\n    fn serialize(self) -> [Field; 2] {\n        [self.chain_id, self.version]\n    }\n}\n\n// docs:start:public-global-variables\nstruct PublicGlobalVariables {\n    chain_id: Field,\n    version: Field,\n    block_number: Field,\n    timestamp: Field,\n}\n// docs:end:public-global-variables\n\nimpl PublicGlobalVariables {\n    fn serialize(self) -> [Field; 4] {\n        [self.chain_id, self.version, self.block_number, self.timestamp]\n    }\n}\n\n// docs:start:contract-deployment-data\nstruct ContractDeploymentData {\n    deployer_public_key: Point,\n    constructor_vk_hash : Field,\n    function_tree_root : Field,\n    contract_address_salt : Field,\n    portal_contract_address : Field,\n}\n// docs:end:contract-deployment-data\n\nimpl ContractDeploymentData {\n    fn serialize(self) -> [Field; CONTRACT_DEPLOYMENT_DATA_LENGTH] {\n        [\n            self.deployer_public_key.x,\n            self.deployer_public_key.y,\n            self.constructor_vk_hash,\n            self.function_tree_root,\n            self.contract_address_salt,\n            self.portal_contract_address,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA)[0]\n    }\n}\n\n// PrivateContextInputs are expected to be provided to each private function\n// docs:start:private-context-inputs\nstruct PrivateContextInputs {\n    call_context : CallContext,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    private_global_variables: PrivateGlobalVariables,\n}\n// docs:end:private-context-inputs\n\n// PublicContextInputs are expected to be provided to each public function\n// docs:start:public-context-inputs\nstruct PublicContextInputs {\n    call_context: CallContext,\n    block_data: HistoricBlockData,\n\n    public_global_variables: PublicGlobalVariables,\n}\n// docs:end:public-context-inputs\n\n// docs:start:call-context\nstruct CallContext {\n    msg_sender : Field,\n    storage_contract_address : Field,\n    portal_contract_address : Field,\n    function_selector: Field,\n\n    is_delegate_call : bool,\n    is_static_call : bool,\n    is_contract_deployment: bool,\n}\n// docs:end:call-context\n\nimpl CallContext {\n    fn serialize(self) -> [Field; CALL_CONTEXT_LENGTH] {\n        [\n            self.msg_sender,\n            self.storage_contract_address,\n            self.portal_contract_address,\n            self.function_selector,\n            self.is_delegate_call as Field,\n            self.is_static_call as Field,\n            self.is_contract_deployment as Field,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CALL_CONTEXT)[0]\n    }\n}\n\n// docs:start:historic-block-data\nstruct HistoricBlockData {\n    private_data_tree_root : Field,\n    nullifier_tree_root : Field,\n    contract_tree_root : Field,\n    l1_to_l2_messages_tree_root : Field,\n    blocks_tree_root: Field,\n    public_data_tree_root: Field,\n    global_variables_hash: Field,\n}\n// docs:end:historic-block-data\n\nimpl HistoricBlockData {\n    // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`\n    pub fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {\n        [\n            self.private_data_tree_root,\n            self.nullifier_tree_root,\n            self.contract_tree_root,\n            self.l1_to_l2_messages_tree_root,\n            self.blocks_tree_root,\n            self.public_data_tree_root,\n            self.global_variables_hash,\n        ]\n    }\n\n    pub fn empty() -> Self {\n        Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }\n    }\n}\n\nstruct FunctionData {\n    function_selector: Field,\n    is_internal: bool,\n    is_private: bool,\n    is_constructor: bool,\n}\n\nimpl FunctionData {\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.function_selector,\n            self.is_internal as Field,\n            self.is_private as Field,\n            self.is_constructor as Field,\n        ], GENERATOR_INDEX__FUNCTION_DATA)[0]\n    }\n}\n\nstruct PrivateCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    read_requests: [Field; crate::abi::MAX_READ_REQUESTS_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    nullified_commitments: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    private_call_stack: [Field; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_l2_to_l1_msgs: [Field; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    // Explore introducing a new type like uint256 (similar to Point), so it's more explicit that\n    // we're talking about a single number backed by two field elements.\n    encrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    encrypted_log_preimages_length: Field,\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    chain_id: Field,\n    version: Field,\n}\n\nimpl PrivateCircuitPublicInputs {\n    fn hash(self) -> Field {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0); \n        fields.push(self.call_context.hash());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.nullified_commitments);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.contract_deployment_data.hash());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n\n        dep::std::hash::pedersen_with_separator(fields.storage, GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push_array(self.contract_deployment_data.serialize());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n        fields.storage\n    }\n}\n\nstruct ContractStorageRead {\n    storage_slot: Field,\n    value: Field,\n}\n\nimpl ContractStorageRead {\n    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {\n        [self.storage_slot, self.value]\n    }\n\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]\n    }\n\n    pub fn empty() -> Self {\n        Self { storage_slot: 0, value: 0 }\n    }\n}\n\nstruct ContractStorageUpdateRequest {\n    storage_slot: Field,\n    old_value: Field,\n    new_value: Field,\n}\n\nimpl ContractStorageUpdateRequest {\n    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {\n        [self.storage_slot, self.old_value, self.new_value]\n    }\n\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]\n    }\n\n    pub fn empty() -> Self {\n        Self { storage_slot: 0, old_value: 0, new_value: 0 }\n    }\n}\n\n\nstruct PublicCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    contract_storage_update_requests: [ContractStorageUpdateRequest; MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n    contract_storage_read: [ContractStorageRead; MAX_PUBLIC_DATA_READS_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; crate::abi::MAX_NEW_NULLIFIERS_PER_CALL],\n    new_l2_to_l1_msgs: [Field; crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    prover_address: Field,\n\n    // TODO: include globals in here and check them elsewhere\n    // https://github.com/AztecProtocol/aztec-packages/issues/1567\n}\n\nimpl PublicCircuitPublicInputs {\n    \n    pub fn hash(self) -> Field {\n        let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);\n        inputs.push(self.call_context.hash());\n        inputs.push(self.args_hash);\n        inputs.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            inputs.push(self.contract_storage_update_requests[i].hash());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            inputs.push(self.contract_storage_read[i].hash());\n        }\n        inputs.push_array(self.public_call_stack);\n        inputs.push_array(self.new_commitments);\n        inputs.push_array(self.new_nullifiers);\n        inputs.push_array(self.new_l2_to_l1_msgs);\n\n        // We do not include block_data since it's not in the cpp hash\n\n        inputs.push_array(self.unencrypted_logs_hash);\n        inputs.push(self.unencrypted_log_preimages_length);\n        inputs.push_array(self.block_data.serialize()); // see https://github.com/AztecProtocol/aztec-packages/issues/1473\n        inputs.push(self.prover_address);\n\n        dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    pub fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());   \n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            fields.push_array(self.contract_storage_update_requests[i].serialize());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            fields.push_array(self.contract_storage_read[i].serialize());\n        }\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.prover_address);\n        fields.storage\n    }\n}\n\nstruct Hasher {\n    fields: [Field],\n}\n\nimpl Hasher {\n    pub fn new()-> Self {\n        Self { fields: [] }\n    }\n\n    pub fn add(&mut self, field: Field) {\n        self.fields = self.fields.push_back(field);\n    }\n\n    pub fn add_multiple<N>(&mut self, fields: [Field; N]) {\n        for i in 0..N {\n            self.fields = self.fields.push_back(fields[i]);\n        }\n    }\n\n    pub fn hash(self) -> Field {\n        hash_args(self.fields)\n    }\n}\n\nglobal ARGS_HASH_CHUNK_LENGTH: u32 = 32;\nglobal ARGS_HASH_CHUNK_COUNT: u32 = 16;\n\npub fn hash_args<N>(args: [Field; N]) -> Field {\n    if args.len() == 0 {\n        0\n    } else {\n        let mut chunks_hashes = [0; ARGS_HASH_CHUNK_COUNT];\n        for i in 0..ARGS_HASH_CHUNK_COUNT {\n            let mut chunk_hash = 0;\n            let start_chunk_index = i * ARGS_HASH_CHUNK_LENGTH;\n            if start_chunk_index < (args.len() as u32) {\n                let mut chunk_args = [0; ARGS_HASH_CHUNK_LENGTH];\n                for j in 0..ARGS_HASH_CHUNK_LENGTH {\n                    let item_index = i * ARGS_HASH_CHUNK_LENGTH + j;\n                    if item_index < (args.len() as u32) {\n                        chunk_args[j] = args[item_index];\n                    }\n                }\n                chunk_hash = dep::std::hash::pedersen_with_separator(chunk_args, GENERATOR_INDEX__FUNCTION_ARGS)[0];\n            }\n            chunks_hashes[i] = chunk_hash;\n        }\n        dep::std::hash::pedersen_with_separator(chunks_hashes, GENERATOR_INDEX__FUNCTION_ARGS)[0]\n    }\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/abi"
+      },
+      "35": {
+        "source": "use dep::std::hash;\nuse crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;\n\npub fn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {\n  hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/address"
+      },
+      "58": {
+        "source": "use crate::types::point::Point;\nuse crate::address::compute_address;\n\n#[oracle(getPublicKey)]\nfn get_public_key_oracle(_address: Field) -> [Field; 3] {}\n\nunconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {\n  get_public_key_oracle(address)\n}\n\npub fn get_public_key(address: Field) -> Point {\n  let result = get_public_key_internal(address);\n  let pub_key_x = result[0];\n  let pub_key_y = result[1];\n  let partial_address = result[2];\n  \n  let calculated_address = compute_address(pub_key_x, pub_key_y, partial_address);\n  assert(calculated_address == address);\n  \n  Point::new(pub_key_x, pub_key_y)\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/get_public_key"
+      }
+    }
+  }
+}
diff --git a/yarn-project/boxes/blank-react/src/artifacts/blank.ts b/yarn-project/boxes/blank-react/src/artifacts/Blank.ts
similarity index 72%
rename from yarn-project/boxes/blank-react/src/artifacts/blank.ts
rename to yarn-project/boxes/blank-react/src/artifacts/Blank.ts
index 672d4ba566af..264ab2c785aa 100644
--- a/yarn-project/boxes/blank-react/src/artifacts/blank.ts
+++ b/yarn-project/boxes/blank-react/src/artifacts/Blank.ts
@@ -17,16 +17,16 @@ import {
 } from '@aztec/aztec.js';
 import { Fr, Point } from '@aztec/foundation/fields';
 import { PXE, PublicKey } from '@aztec/types';
-import { ContractAbi } from '@aztec/foundation/abi';
-import BlankContractAbiJson from './blank_contract.json' assert { type: 'json' };
-export const BlankContractAbi = BlankContractAbiJson as ContractAbi;
+import { ContractArtifact } from '@aztec/foundation/abi';
+import BlankContractArtifactJson from './Blank.json' assert { type: 'json' };
+export const BlankContractArtifact = BlankContractArtifactJson as ContractArtifact;
 
 /**
  * Type-safe interface for contract Blank;
  */
 export class BlankContract extends ContractBase {
   private constructor(completeAddress: CompleteAddress, wallet: Wallet, portalContract = EthAddress.ZERO) {
-    super(completeAddress, BlankContractAbi, wallet, portalContract);
+    super(completeAddress, BlankContractArtifact, wallet, portalContract);
   }
 
   /**
@@ -36,28 +36,28 @@ export class BlankContract extends ContractBase {
    * @returns A promise that resolves to a new Contract instance.
    */
   public static async at(address: AztecAddress, wallet: Wallet) {
-    return Contract.at(address, BlankContract.abi, wallet) as Promise<BlankContract>;
+    return Contract.at(address, BlankContract.artifact, wallet) as Promise<BlankContract>;
   }
 
   /**
    * Creates a tx to deploy a new instance of this contract.
    */
   public static deploy(pxe: PXE) {
-    return new DeployMethod<BlankContract>(Point.ZERO, pxe, BlankContractAbi, Array.from(arguments).slice(1));
+    return new DeployMethod<BlankContract>(Point.ZERO, pxe, BlankContractArtifact, Array.from(arguments).slice(1));
   }
 
   /**
    * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
    */
   public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey) {
-    return new DeployMethod<BlankContract>(publicKey, pxe, BlankContractAbi, Array.from(arguments).slice(2));
+    return new DeployMethod<BlankContract>(publicKey, pxe, BlankContractArtifact, Array.from(arguments).slice(2));
   }
 
   /**
-   * Returns this contract's ABI.
+   * Returns this contract's artifact.
    */
-  public static get abi(): ContractAbi {
-    return BlankContractAbi;
+  public static get artifact(): ContractArtifact {
+    return BlankContractArtifact;
   }
 
   /** Type-safe wrappers for the public methods exposed by the contract. */
diff --git a/yarn-project/boxes/blank-react/src/artifacts/blank_contract.json b/yarn-project/boxes/blank-react/src/artifacts/blank_contract.json
deleted file mode 100644
index e853e0ea4aec..000000000000
--- a/yarn-project/boxes/blank-react/src/artifacts/blank_contract.json
+++ /dev/null
@@ -1,51 +0,0 @@
-{
-  "name": "Blank",
-  "functions": [
-    {
-      "name": "constructor",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [],
-      "returnTypes": [],
-      "bytecode": "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",
-      "verificationKey": "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"
-    },
-    {
-      "name": "getPublicKey",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "address",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        }
-      ],
-      "returnTypes": [],
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-        "source": "use crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    MAX_READ_REQUESTS_PER_CALL,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    GENERATOR_INDEX__FUNCTION_ARGS,\n    HISTORIC_BLOCK_DATA_LENGTH,\n    CONTRACT_DEPLOYMENT_DATA_LENGTH,\n    CALL_CONTEXT_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH,\n    CONTRACT_STORAGE_READ_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__FUNCTION_DATA,\n    GENERATOR_INDEX__PUBLIC_DATA_READ,\n    GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST,\n    GENERATOR_INDEX__CALL_CONTEXT,\n    GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA,\n};\n\nuse crate::oracle::debug_log;\nuse crate::types::vec::BoundedVec;\nuse crate::types::point::Point;\n\n\n// docs:start:private-global-variables\nstruct PrivateGlobalVariables {\n    chain_id: Field,\n    version: Field,\n}\n// docs:end:private-global-variables\n\nimpl PrivateGlobalVariables {\n    fn serialize(self) -> [Field; 2] {\n        [self.chain_id, self.version]\n    }\n}\n\n// docs:start:public-global-variables\nstruct PublicGlobalVariables {\n    chain_id: Field,\n    version: Field,\n    block_number: Field,\n    timestamp: Field,\n}\n// docs:end:public-global-variables\n\nimpl PublicGlobalVariables {\n    fn serialize(self) -> [Field; 4] {\n        [self.chain_id, self.version, self.block_number, self.timestamp]\n    }\n}\n\n// docs:start:contract-deployment-data\nstruct ContractDeploymentData {\n    deployer_public_key: Point,\n    constructor_vk_hash : Field,\n    function_tree_root : Field,\n    contract_address_salt : Field,\n    portal_contract_address : Field,\n}\n// docs:end:contract-deployment-data\n\nimpl ContractDeploymentData {\n    fn serialize(self) -> [Field; CONTRACT_DEPLOYMENT_DATA_LENGTH] {\n        [\n            self.deployer_public_key.x,\n            self.deployer_public_key.y,\n            self.constructor_vk_hash,\n            self.function_tree_root,\n            self.contract_address_salt,\n            self.portal_contract_address,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA)[0]\n    }\n}\n\n// PrivateContextInputs are expected to be provided to each private function\n// docs:start:private-context-inputs\nstruct PrivateContextInputs {\n    call_context : CallContext,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    private_global_variables: PrivateGlobalVariables,\n}\n// docs:end:private-context-inputs\n\n// PublicContextInputs are expected to be provided to each public function\n// docs:start:public-context-inputs\nstruct PublicContextInputs {\n    call_context: CallContext,\n    block_data: HistoricBlockData,\n\n    public_global_variables: PublicGlobalVariables,\n}\n// docs:end:public-context-inputs\n\n// docs:start:call-context\nstruct CallContext {\n    msg_sender : Field,\n    storage_contract_address : Field,\n    portal_contract_address : Field,\n    function_selector: Field,\n\n    is_delegate_call : bool,\n    is_static_call : bool,\n    is_contract_deployment: bool,\n}\n// docs:end:call-context\n\nimpl CallContext {\n    fn serialize(self) -> [Field; CALL_CONTEXT_LENGTH] {\n        [\n            self.msg_sender,\n            self.storage_contract_address,\n            self.portal_contract_address,\n            self.function_selector,\n            self.is_delegate_call as Field,\n            self.is_static_call as Field,\n            self.is_contract_deployment as Field,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CALL_CONTEXT)[0]\n    }\n}\n\n// docs:start:historic-block-data\nstruct HistoricBlockData {\n    private_data_tree_root : Field,\n    nullifier_tree_root : Field,\n    contract_tree_root : Field,\n    l1_to_l2_messages_tree_root : Field,\n    blocks_tree_root: Field,\n    public_data_tree_root: Field,\n    global_variables_hash: Field,\n}\n// docs:end:historic-block-data\n\nimpl HistoricBlockData {\n    // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`\n    fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {\n        [\n            self.private_data_tree_root,\n            self.nullifier_tree_root,\n            self.contract_tree_root,\n            self.l1_to_l2_messages_tree_root,\n            self.blocks_tree_root,\n            self.public_data_tree_root,\n            self.global_variables_hash,\n        ]\n    }\n\n    fn empty() -> Self {\n        Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }\n    }\n}\n\nstruct FunctionData {\n    function_selector: Field,\n    is_internal: bool,\n    is_private: bool,\n    is_constructor: bool,\n}\n\nimpl FunctionData {\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.function_selector,\n            self.is_internal as Field,\n            self.is_private as Field,\n            self.is_constructor as Field,\n        ], GENERATOR_INDEX__FUNCTION_DATA)[0]\n    }\n}\n\nstruct PrivateCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    read_requests: [Field; crate::abi::MAX_READ_REQUESTS_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    nullified_commitments: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    private_call_stack: [Field; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_l2_to_l1_msgs: [Field; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    // Explore introducing a new type like uint256 (similar to Point), so it's more explicit that\n    // we're talking about a single number backed by two field elements.\n    encrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    encrypted_log_preimages_length: Field,\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    chain_id: Field,\n    version: Field,\n}\n\nimpl PrivateCircuitPublicInputs {\n    fn hash(self) -> Field {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0); \n        fields.push(self.call_context.hash());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.nullified_commitments);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.contract_deployment_data.hash());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n\n        dep::std::hash::pedersen_with_separator(fields.storage, GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push_array(self.contract_deployment_data.serialize());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n        fields.storage\n    }\n}\n\nstruct ContractStorageRead {\n    storage_slot: Field,\n    value: Field,\n}\n\nimpl ContractStorageRead {\n    fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {\n        [self.storage_slot, self.value]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]\n    }\n\n    fn empty() -> Self {\n        Self { storage_slot: 0, value: 0 }\n    }\n}\n\nstruct ContractStorageUpdateRequest {\n    storage_slot: Field,\n    old_value: Field,\n    new_value: Field,\n}\n\nimpl ContractStorageUpdateRequest {\n    fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {\n        [self.storage_slot, self.old_value, self.new_value]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]\n    }\n\n    fn empty() -> Self {\n        Self { storage_slot: 0, old_value: 0, new_value: 0 }\n    }\n}\n\n\nstruct PublicCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    contract_storage_update_requests: [ContractStorageUpdateRequest; MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n    contract_storage_read: [ContractStorageRead; MAX_PUBLIC_DATA_READS_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; crate::abi::MAX_NEW_NULLIFIERS_PER_CALL],\n    new_l2_to_l1_msgs: [Field; crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    prover_address: Field,\n\n    // TODO: include globals in here and check them elsewhere\n    // https://github.com/AztecProtocol/aztec-packages/issues/1567\n}\n\nimpl PublicCircuitPublicInputs {\n    \n    fn hash(self) -> Field {\n        let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);\n        inputs.push(self.call_context.hash());\n        inputs.push(self.args_hash);\n        inputs.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            inputs.push(self.contract_storage_update_requests[i].hash());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            inputs.push(self.contract_storage_read[i].hash());\n        }\n        inputs.push_array(self.public_call_stack);\n        inputs.push_array(self.new_commitments);\n        inputs.push_array(self.new_nullifiers);\n        inputs.push_array(self.new_l2_to_l1_msgs);\n\n        // We do not include block_data since it's not in the cpp hash\n\n        inputs.push_array(self.unencrypted_logs_hash);\n        inputs.push(self.unencrypted_log_preimages_length);\n        inputs.push_array(self.block_data.serialize()); // see https://github.com/AztecProtocol/aztec-packages/issues/1473\n        inputs.push(self.prover_address);\n\n        dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());   \n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            fields.push_array(self.contract_storage_update_requests[i].serialize());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            fields.push_array(self.contract_storage_read[i].serialize());\n        }\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.prover_address);\n        fields.storage\n    }\n}\n\nstruct Hasher {\n    fields: [Field],\n}\n\nimpl Hasher {\n    fn new()-> Self {\n        Self { fields: [] }\n    }\n\n    fn add(&mut self, field: Field) {\n        self.fields = self.fields.push_back(field);\n    }\n\n    fn add_multiple<N>(&mut self, fields: [Field; N]) {\n        for i in 0..N {\n            self.fields = self.fields.push_back(fields[i]);\n        }\n    }\n\n    fn hash(self) -> Field {\n        hash_args(self.fields)\n    }\n}\n\nglobal ARGS_HASH_CHUNK_LENGTH: u32 = 32;\nglobal ARGS_HASH_CHUNK_COUNT: u32 = 16;\n\nfn hash_args<N>(args: [Field; N]) -> Field {\n    if args.len() == 0 {\n        0\n    } else {\n        let mut chunks_hashes = [0; ARGS_HASH_CHUNK_COUNT];\n        for i in 0..ARGS_HASH_CHUNK_COUNT {\n            let mut chunk_hash = 0;\n            let start_chunk_index = i * ARGS_HASH_CHUNK_LENGTH;\n            if start_chunk_index < (args.len() as u32) {\n                let mut chunk_args = [0; ARGS_HASH_CHUNK_LENGTH];\n                for j in 0..ARGS_HASH_CHUNK_LENGTH {\n                    let item_index = i * ARGS_HASH_CHUNK_LENGTH + j;\n                    if item_index < (args.len() as u32) {\n                        chunk_args[j] = args[item_index];\n                    }\n                }\n                chunk_hash = dep::std::hash::pedersen_with_separator(chunk_args, GENERATOR_INDEX__FUNCTION_ARGS)[0];\n            }\n            chunks_hashes[i] = chunk_hash;\n        }\n        dep::std::hash::pedersen_with_separator(chunks_hashes, GENERATOR_INDEX__FUNCTION_ARGS)[0]\n    }\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/abi"
-      },
-      "35": {
-        "source": "use dep::std::hash;\nuse crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;\n\nfn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {\n  hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/address"
-      },
-      "60": {
-        "source": "use crate::types::point::Point;\nuse crate::address::compute_address;\n\n#[oracle(getPublicKey)]\nfn get_public_key_oracle(_address: Field) -> [Field; 3] {}\n\nunconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {\n  get_public_key_oracle(address)\n}\n\nfn get_public_key(address: Field) -> Point {\n  let result = get_public_key_internal(address);\n  let pub_key_x = result[0];\n  let pub_key_y = result[1];\n  let partial_address = result[2];\n  \n  let calculated_address = compute_address(pub_key_x, pub_key_y, partial_address);\n  assert(calculated_address == address);\n  \n  Point::new(pub_key_x, pub_key_y)\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/get_public_key"
-      }
-    }
-  }
-}
diff --git a/yarn-project/boxes/blank-react/src/config.ts b/yarn-project/boxes/blank-react/src/config.ts
index b2405997b7d4..f693a4c7fe92 100644
--- a/yarn-project/boxes/blank-react/src/config.ts
+++ b/yarn-project/boxes/blank-react/src/config.ts
@@ -1,10 +1,10 @@
+import { BlankContractArtifact } from './artifacts/Blank.js';
 import { PXE, createPXEClient } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
-import { BlankContractAbi } from './artifacts/blank.js';
+import { ContractArtifact } from '@aztec/foundation/abi';
 
 // update this if using a different contract
 
-export const contractAbi: ContractAbi = BlankContractAbi;
+export const contractArtifact: ContractArtifact = BlankContractArtifact;
 
 export const PXE_URL: string = process.env.PXE_URL || 'http://localhost:8080';
 export const pxe: PXE = createPXEClient(PXE_URL);
diff --git a/yarn-project/boxes/blank-react/src/contracts/Nargo.toml b/yarn-project/boxes/blank-react/src/contracts/Nargo.toml
index 9cddcab43ee0..e107237136fa 100644
--- a/yarn-project/boxes/blank-react/src/contracts/Nargo.toml
+++ b/yarn-project/boxes/blank-react/src/contracts/Nargo.toml
@@ -5,4 +5,4 @@ compiler_version = "0.1"
 type = "contract"
 
 [dependencies]
-aztec = { git="https://github.com/AztecProtocol/aztec-packages", tag="master", directory="yarn-project/aztec-nr/aztec" }
+aztec = { path = "../../../../aztec-nr/aztec" }
diff --git a/yarn-project/boxes/blank-react/src/scripts/call_contract_function.ts b/yarn-project/boxes/blank-react/src/scripts/call_contract_function.ts
index eee3953023a7..54e971ff68db 100644
--- a/yarn-project/boxes/blank-react/src/scripts/call_contract_function.ts
+++ b/yarn-project/boxes/blank-react/src/scripts/call_contract_function.ts
@@ -1,11 +1,11 @@
+import { getWallet } from './util.js';
 import { AztecAddress, PXE, CompleteAddress, Contract, TxReceipt } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { FieldsOf } from '@aztec/foundation/types';
-import { getWallet } from './util.js';
 
 export async function callContractFunction(
   address: AztecAddress,
-  abi: ContractAbi,
+  artifact: ContractArtifact,
   functionName: string,
   typedArgs: any[], // for the exposed functions, this is an array of field elements Fr[]
   pxe: PXE,
@@ -15,7 +15,7 @@ export async function callContractFunction(
   const selectedWallet = await getWallet(wallet, pxe);
 
   // TODO: switch to the generated typescript class?
-  const contract = await Contract.at(address, abi, selectedWallet);
+  const contract = await Contract.at(address, artifact, selectedWallet);
 
   return contract.methods[functionName](...typedArgs)
     .send()
diff --git a/yarn-project/boxes/blank-react/src/scripts/deploy_contract.ts b/yarn-project/boxes/blank-react/src/scripts/deploy_contract.ts
index 7a0dc7d4d76b..08725e90dd66 100644
--- a/yarn-project/boxes/blank-react/src/scripts/deploy_contract.ts
+++ b/yarn-project/boxes/blank-react/src/scripts/deploy_contract.ts
@@ -1,15 +1,15 @@
 import { AztecAddress, CompleteAddress, DeployMethod, Fr } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { PXE } from '@aztec/types';
 
 export async function deployContract(
   activeWallet: CompleteAddress,
-  contractAbi: ContractAbi,
+  contractArtifact: ContractArtifact,
   typedArgs: Fr[], // encode prior to passing in
   salt: Fr,
   pxe: PXE,
 ): Promise<AztecAddress> {
-  const tx = new DeployMethod(activeWallet.publicKey, pxe, contractAbi, typedArgs).send({
+  const tx = new DeployMethod(activeWallet.publicKey, pxe, contractArtifact, typedArgs).send({
     contractAddressSalt: salt,
   });
   await tx.wait();
diff --git a/yarn-project/boxes/blank-react/src/scripts/util.ts b/yarn-project/boxes/blank-react/src/scripts/util.ts
index cac4d8afddcb..bea2bcba47f5 100644
--- a/yarn-project/boxes/blank-react/src/scripts/util.ts
+++ b/yarn-project/boxes/blank-react/src/scripts/util.ts
@@ -1,8 +1,8 @@
 import { AccountWallet, Fr, getSandboxAccountsWallets } from '@aztec/aztec.js';
-import { FunctionAbi, encodeArguments } from '@aztec/foundation/abi';
+import { FunctionArtifact, encodeArguments } from '@aztec/foundation/abi';
 import { PXE, CompleteAddress } from '@aztec/types';
 
-export function convertArgs(functionAbi: FunctionAbi, args: any): Fr[] {
+export function convertArgs(functionAbi: FunctionArtifact, args: any): Fr[] {
   const untypedArgs = functionAbi.parameters.map(param => {
     switch (param.type.kind) {
       case 'field':
diff --git a/yarn-project/boxes/blank-react/src/scripts/view_contract_function.ts b/yarn-project/boxes/blank-react/src/scripts/view_contract_function.ts
index 79bd9b16f928..8b3bfd8e901f 100644
--- a/yarn-project/boxes/blank-react/src/scripts/view_contract_function.ts
+++ b/yarn-project/boxes/blank-react/src/scripts/view_contract_function.ts
@@ -1,10 +1,10 @@
 import { getWallet } from './util.js';
 import { AztecAddress, PXE, CompleteAddress, Contract } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 
 export async function viewContractFunction(
   address: AztecAddress,
-  abi: ContractAbi,
+  artifact: ContractArtifact,
   functionName: string,
   typedArgs: any[],
   pxe: PXE,
@@ -12,7 +12,7 @@ export async function viewContractFunction(
 ) {
   // we specify the account that is calling the view function by passing in the wallet to the Contract
   const selectedWallet = await getWallet(wallet, pxe);
-  const contract = await Contract.at(address, abi, selectedWallet);
+  const contract = await Contract.at(address, artifact, selectedWallet);
 
   return await contract.methods[functionName](...typedArgs).view({ from: wallet.address });
 }
diff --git a/yarn-project/boxes/blank-react/src/tests/blank.contract.test.ts b/yarn-project/boxes/blank-react/src/tests/blank.contract.test.ts
index 035deced39ce..6f906bfe35c2 100644
--- a/yarn-project/boxes/blank-react/src/tests/blank.contract.test.ts
+++ b/yarn-project/boxes/blank-react/src/tests/blank.contract.test.ts
@@ -1,12 +1,12 @@
-import { BlankContract } from '../artifacts/blank.js';
+import { BlankContract } from '../artifacts/Blank.js';
 import { callContractFunction, deployContract, getWallet } from '../scripts/index.js';
 import {
   AccountWallet,
   AztecAddress,
-  PXE,
   CompleteAddress,
   Contract,
   Fr,
+  PXE,
   TxStatus,
   Wallet,
   createPXEClient,
@@ -28,7 +28,7 @@ const setupSandbox = async () => {
 
 async function deployZKContract(owner: CompleteAddress, wallet: Wallet, pxe: PXE) {
   logger('Deploying Blank contract...');
-  const contractAddress = await deployContract(owner, BlankContract.abi, [], Fr.random(), pxe);
+  const contractAddress = await deployContract(owner, BlankContract.artifact, [], Fr.random(), pxe);
 
   logger(`L2 contract deployed at ${contractAddress}`);
   return BlankContract.at(contractAddress, wallet);
@@ -57,7 +57,7 @@ describe('ZK Contract Tests', () => {
   test('call succeeds after deploy', async () => {
     const callTxReceipt = await callContractFunction(
       contractAddress,
-      contract.abi,
+      contract.artifact,
       'getPublicKey',
       [owner.address.toField()],
       pxe,
diff --git a/yarn-project/boxes/blank-react/tsconfig.dest.json b/yarn-project/boxes/blank-react/tsconfig.dest.json
index 6c11c57e0ebc..0ae51db04507 100644
--- a/yarn-project/boxes/blank-react/tsconfig.dest.json
+++ b/yarn-project/boxes/blank-react/tsconfig.dest.json
@@ -2,7 +2,6 @@
   "extends": ".",
   "references": [
     { "path": "../../aztec.js" },
-    { "path": "../../cli" },
     { "path": "../../foundation" },
     { "path": "../../types" }
   ],
diff --git a/yarn-project/boxes/blank-react/tsconfig.json b/yarn-project/boxes/blank-react/tsconfig.json
index 5598551378cf..c206f6242290 100644
--- a/yarn-project/boxes/blank-react/tsconfig.json
+++ b/yarn-project/boxes/blank-react/tsconfig.json
@@ -36,9 +36,6 @@
     {
       "path": "../../circuits.js"
     },
-    {
-      "path": "../../cli"
-    },
     {
       "path": "../../foundation"
     },
diff --git a/yarn-project/boxes/blank-react/webpack.config.js b/yarn-project/boxes/blank-react/webpack.config.js
index f489a6bc0082..b5f4f902bd38 100644
--- a/yarn-project/boxes/blank-react/webpack.config.js
+++ b/yarn-project/boxes/blank-react/webpack.config.js
@@ -10,7 +10,7 @@ const require = createRequire(import.meta.url);
 export default (_, argv) => ({
   target: 'web',
   mode: 'production',
-  devtool: false,
+  devtool: 'source-map',
   entry: {
     main: './src/app/index.tsx',
   },
diff --git a/yarn-project/boxes/blank/README.md b/yarn-project/boxes/blank/README.md
index 95931b291cd9..36504fefc830 100644
--- a/yarn-project/boxes/blank/README.md
+++ b/yarn-project/boxes/blank/README.md
@@ -53,17 +53,17 @@ The `src/artifacts` folder can be re-generated from the command line
 yarn compile
 ```
 
-This will generate a [Contract ABI](src/artifacts/test_contract.json) and TypeScript class for the [Aztec smart contract](src/contracts/main.nr), which the frontend uses to generate the UI.
+This will generate a [contract artifact](src/artifacts/test_contract.json) and TypeScript class for the [Aztec smart contract](src/contracts/main.nr), which the frontend uses to generate the UI.
 
 Note: the `compile` command seems to generate a Typescript file which needs a single change -
 
 ```
-import TestContractAbiJson from 'text_contract.json' assert { type: 'json' };
+import TestContractArtifactJson from 'text_contract.json' assert { type: 'json' };
 // need to update the relative import to
-import TestContractAbiJson from './test_contract.json' assert { type: 'json' };
+import TestContractArtifactJson from './test_contract.json' assert { type: 'json' };
 ```
 
-After compiling, you can re-deploy the upated noir smart contract from the web UI. The function interaction forms are generated from parsing the ContractABI, so they should update automatically after you recompile.
+After compiling, you can re-deploy the updated noir smart contract from the web UI. The function interaction forms are generated from parsing the contract artifact, so they should update automatically after you recompile.
 
 ## Learn More
 
diff --git a/yarn-project/boxes/blank/package.json b/yarn-project/boxes/blank/package.json
index 08d6e006d07b..180b6aa4a04e 100644
--- a/yarn-project/boxes/blank/package.json
+++ b/yarn-project/boxes/blank/package.json
@@ -37,7 +37,6 @@
     "@aztec/aztec-ui": "^0.1.14",
     "@aztec/aztec.js": "workspace:^",
     "@aztec/circuits.js": "workspace:^",
-    "@aztec/cli": "workspace:^",
     "@aztec/foundation": "workspace:^",
     "serve": "^14.2.1"
   },
diff --git a/yarn-project/boxes/blank/src/artifacts/Blank.json b/yarn-project/boxes/blank/src/artifacts/Blank.json
new file mode 100644
index 000000000000..c0c7b983be1e
--- /dev/null
+++ b/yarn-project/boxes/blank/src/artifacts/Blank.json
@@ -0,0 +1,52 @@
+{
+  "name": "Blank",
+  "functions": [
+    {
+      "name": "constructor",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [],
+      "returnTypes": [],
+      "bytecode": "H4sIAAAAAAAA/9XdVXBUZxyG8U1aoO4N7u6r2bNocHd3smSDu5MKpe7UvaXUnbq3lLpT95ZC3QW55bzDMmS45eXi2ZkzJDeZ5wdkd8+e7/y/XZFIZFtkz6MgPArDo0r+673fV93v+2r5rys/9n5fkv8zES1OJnPpeC6WiJVG45lskIomU9niIBbEUkGqLB4kErkgGaQz2Uw6moklE7lYeSqTKI/ueVSv9LOiB/g4mJ01IJ01IZ21IJ21IZ11IJ11IZ31IJ31IZ0NIJ0NIZ2NIJ2NIZ1NIJ1NIZ3NIJ3NIZ0tIJ0tIZ2tIJ2tIZ1tIJ1tIZ3tIJ3tIZ1RSGcM0hmHdCYgnUlIZwrSWQzpTEM6A0hnBtLZAdLZEdLZCdLZGdLZBdLZFdJZAunsBunsDunsAensCensBensDensA+nsC+nsB+nsD+kcAOkcCOkcBOkcDOkcAukcCukcBukcDukcAekcCekcBekcDekcA+kcC+kcB+kcD+mcAOmcCOmcBOmcDOmcAumcCukshXRmIZ3TIJ1lkM4cpLMc0jkd0jkD0jkT0jkL0jkb0jkH0jkX0jkP0jkf0rkA0rkQ0rkI0rkY0rkE0rkU0rkM0rkc0rkC0rkS0rkK0llxkDoL9+uMHtgjVmA0nwIxFxrNp0LMhxjNp0HMhxrNp0PMVYzm1RBzVaP5DIi5mtG8BmKubjSfCTHXMJrPgphrGs1nQ8y1jOZzIObaRvO5EHMdo/k8iLmu0Xw+xFzPaL4AYq5vNF8IMTcwmi+CmBsazRdDzI2M5ksg5sZG86UQcxOjeS3E3NRovgxibmY0Xw4xNzear4CYWxjNV0LMLY3mqyDmVkbz1RBza6P5Goi5jdF8LcTc1mi+DmJuZzRfDzG3N5pvgJijRvONEHPMaL4JYo4bzTdDzAmj+RaIOWk0r4OYU0bzrRBzsdG8HmJOG823QcyB0Xw7xJwxmu+AmDsYzXdCzB2N5rsg5k5G890Qc2ej+R6IuYvRfC/E3NVovg9iLjGa74eYuxnND0DM3Y3mByHmHkbzQxBzT6N5A8Tcy2h+GGLubTQ/AjH3MZofhZj7Gs2PQcz9jObHIeb+RvMTEPMAo/lJiHmg0fwUxDzIaH4aYh5sND8DMQ8xmp+FmIcazc9BzMOM5uch5uFG8wsQ8wij+UWIeaTRvBFiHmU0vwQxjzaaN0HMY4zmlyHmsUbzKxDzOKP5VYh5vNH8GsQ8wWh+HWKeaDS/ATFPMprfhJgnG81vQcxTjOa3IeapRvM7EHOp0fwuxJw1mt+DmKcZze9DzGVG82aIOWc0fwAxlxvNH0LM043mjyDmGUbzxxDzTKP5E4h5ltH8KcQ822j+DGKeYzR/DjHPNZq/gJjnGc1fQszzjeavIOYFRvPXEPNCo/kbiHmR0fwtxLzYaP4OYl5iNG+BmJcazd9DzMuM5q0Q83KjeRvEvMJo/gFiXmk0/wgxrzKaf4KYK4zmnyHmw4zmXyDmw43mXyHmI4zm3yDmI43m3yHmo4zmPyDmo43mPyHmY4zmvyDmY43mvyHm44zmfyDm443mfyHmE4zm/yDmE43m/yHmk4zm7RDzyUbzDoi5yGjeaTQX5X9OQd6sfTC1L6T2SdS+gdpHT+eEOkfSOYPeQ+s9pd5j6T2HXoP1mqTnaD1n6XdY/6f1b1xU6e+zIv+n9kDVnqDaI1N7Rq4OD+0puCY8tOec9mDTnmTao0t7VmkPJ+1ppD1+tOeN9oDRnijaI0R7ZqwND+2poD0GNHNfM+g1k10zyjWzWzOsNdNZM44181czcDUTVjNSNTN0XXhopuT68NDMQc3g00w6zWjTzDLN8NJMK8140swjzQDSTBzNiNHMlA3hoZkamjGhmQuaQaB78nWPuu7Z1j3MuqdX97jqnk/dA6l7AnWPnO4Z2xgeuqdoU3jonhPdg6F7ErRGX2vWtYZba5q1xldrXrUGVGsitUZQa+Y2h4fWVGmNkdbcaA2K1mRojYKu2esatq7p6hqnrvnpGpiuCekaia4ZbAkPfaa8NTz0maM+g9NnUvqMRp9Z6Bxe57Q6x9M5j84B9J5Y7xH1nknvIfSaqtcYPefqOUi/kzsj+x67AeA6V5skugAA",
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+    },
+    {
+      "name": "getPublicKey",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "address",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
+      "bytecode": "H4sIAAAAAAAA/9WdZ3QUVRiGl4QAUZqiht47qLvZBBIr9oIFey8EAqLYQaX33nvvvWPvCtg79q6AvWPv4Lxyc1hj/vHy45lz7nk3JzmT55nZnZ1y73dblorFqkRNiyItahnhddHPZYr9XDa8Tl2Kfm4TMhlvlZNT2Dq7MJFMtI9n5xfk5cZzcgta5SXyErl5uR2z85LJwrycvNb5Bfmt4/mJnGRholNufrJTfNdSNWVd8T1c9iZnNQhndQhnDQhnTQhnLQhnbQhnHQhnXQhnPQhnfQhnAwhnQwhnIwhnYwhnEwhnUwhnMwhncwhnCwhnSwjnwRDOQyCch0I44xDOBIQzG8KZhHDmQDhzIZytjJxi0z3HumF9WVHbEbWqIauFrB6yRsiaIWuFrB2yTsi6IeuFrB+yQciGIRuFbByyScimIZuFbB6yRciWIQ8OeUjIQ0PGQyZCZodMhswJmRuyVcp6W0ctL/bfxb0P82OM99phEM7DIZxHQDiPhHAeBeE8GsLZBsJ5DITzWAjncRDO4yGcJ0A4T4RwnhTzn/NWDuvT+Z7O/fJDHhby8JBHhDwy5FEhjw7ZJuQxIY8NeVzI40OeEPLEkCfFdp9znhy1U6KWHvv/8/6Stmd8z5ZEVsy7PYsY08PrU6PWNmqnpThUCJkZ29W3IXUpk/K6jYmrqC+Fc50ZKayZKcxFPhXD70t7/28yM2XbxlK2d6yE7RZL+f/lolY+vO5c2K1d94KuXTq0LexR0j5LL2G9aSmuGcX+LnU/Fv2upP4qtjdt0Qc39U2mD1DbkKeFrBS106N2RjGOtGI8e3pQMn6IEqfHGAfiMyGc7SCcZ0E4z4ZwngPhPBfCeR6E83wI5wUQzgshnBdBOC+GcF4C4bwUwnkZhPNyCOcVEM4rIZztIZwFEM4OEM6OEM5CCGcnCGdnCOdVEM4uEM6rIZzXQDi7QjivhXBeB+G8HsJ5A4TzRgjnTRDOmyGc3SCc3SGct0A4b4Vw3gbh7AHh7Anh7AXh7A3h7APh7Avh7Afh7A/hHADhHAjhHAThHAzhHALhHArhHAbhHA7hHAHhHAnhHAXhHA3hHAPhHAvhHAfhHA/hnADhnAjhnAThnAzhnALhnArhnAbhnA7hnAHhnAnhnAXhnA3hnAPhnAvhnAfhnA/hXADhXAjhXAThXAzhXALhXArhXAbhXA7hXAHhXAnhXAXhXA3hXAPhXAvhXAfhXL+XONOKccb3bPm3poPL+XaIc5rR+Q6Ic7rR+U6Ic2mj810Q5wyj890Q5zJG53sgzmWNzvdCnE82Ot8HcT7V6Hw/xLmt0fkBiPOZRucHIc7tjM4PQZzPMjo/DHE+2+j8CMT5HKPzoxDnc43OGyDO5xmdN0Kczzc6b4I4X2B0fgzifKHR+XGI80VG5ycgzhcbnZ+EOF9idH4K4nyp0flpiPNlRudnIM6XG52fhThfYXR+DuJ8pdH5eYhze6PzCxDnAqPzixDnDkbnlyDOHY3OmyHOhUbnlyHOnYzOr0CcOxudX4U4X2V0fg3i3MXo/DrE+Wqj8xsQ52uMzm9CnLsand+COF9rdH4b4nyd0fkdiPP1Rud3Ic43GJ3fgzjfaHR+H+J8k9H5A4jzzUbnDyHO3YzOWyDO3Y3OWyHOtxidt0GcbzU6fwRxvs3o/DHEuYfR+ROIc0+j86cQ515G588gzr2Nzp9DnPsYnb+AOPc1On8Jce5ndP4K4tzf6Pw1xHmA0fkbiPNAo/O3EOdBRufvIM6Djc7bIc5DjM7fQ5yHGp1/gDgPMzr/CHEebnT+CeI8wuj8M8R5pNH5F4jzKKPzrxDn0Ubn3yDOY4zOv0Ocxxqd/4A4jzM6/wlxHm90/gviPMHo/DfEeaLReQfEeZLReSfEebLRWQXJCM5TjM6lIM5Tjc5pEOdpRud0iPN0o3NpiPMMo3MGxHmm0bkMxHmW0bksxHm20bkcxHmO0TkT4jzX6LwPxHme0XlfiPN8o3N5iPMCo3MFiPNCo3NFiPMio3MliPNio3NliPMSo/N+EOelRuf9Ic7LjM5VIM7Ljc4HQJxXGJ0PhDivNDofBHFeZXTOgjivNjpXhTivMTpXgzivNTpXhzivMzrXgDivNzrXhDiXMzrXgjhnGp1rQ5z3MTrXgTjva3SuC3Eub3SuB3GuYHSuD3GuaHRuAHGuZHRuCHGubHRuBHHez+jcGOK8v9G5CcS5itG5KcT5AKNzM4jzgUbn5hDng4zOLYzOWWE9pYKz5sHUvJCaJ1HzBmoePV0T6hpJ1ww6h9Y5pc6xdM6h72B9J+kYrWOWPsN6T2sfyzkrZZv2Cql5UDUvqObJ1LyRmkdR8wpqnj3NO6d52DQvmebp0rxVmsdJ8xppnp8NUdsYtU1R0zwhmjdD80hoXgXNM6C6+6pDr7rsqlOuut2qY626zqpzvDlqqoOrurCqk6q6oaqjqbqSqrOouoOqw6e6dKrTprplquOlulaq87Qlalujti1qqhOjuimqI6K6GqozoboLqkOgcfkap65x2xrHrHG9Gue6PWoaB6lxgRonp3FjGkelcUUaZ6NxJxqHoXEJ6qevfuvqx61+zTvDjlI/UPWLVD9B9ZtTPzL1q1I/I/W7UT8U9ctQPwU9t9dzbD3X1XNOPffTczA9F9JzEj030H103VfWfVbdd9R9ON2X0n0a3bfQdbyua3Wdp+seXQfovFjniTpv0nmEvlf1PaPjro5D+ly2KLV73/8D48mvyF3cAAA=",
+      "verificationKey": "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"
+    }
+  ],
+  "events": [],
+  "debug": {
+    "debugSymbols": [
+      "eJyrVsrJT04syczPK1ayqq6tBQAz9wY7",
+      "eJzN1s1qwkAUhuF7mXWQnL/MTG6ldBFaC4LE0mQXcu9aSWzQqeNq+FYqnDm8EefByR1PH914OPWDaycnrn2b3PDd9b+fhrH7GV1bV27ff15e58p9HY5719JcPUyRmLdl8vI++tu0aGpcldfFpFbLdvy9cgpTYjAlDUyJhykJMCURpoRqnBTCSWGcFBxnCQdawpGWcKglHGsJB1vC0ZZxtGUcbRlHW8bRlnG0ZRxtGUdbxtGWcbRlHG0FR1vB0VZwtBUcbQVHWymprQW5pTRNvE8pqW0mpaS2mZSS2mZSSmr7PEVLaptJKaltJqWktpmUktpmUkpqm0nB0VZxtFUcbRVHW8XR1nC0taS2HNcYIXmaI+zXSfvbbeG6O8nn67s16DJpEra7E4/pwzLKYfOXzK4ZSTpfzzCNa4YP949Iu+S9Z17P8OPXQrvkBc2cSd6kzJnkT/7/M/N8BopaM4w="
+    ],
+    "fileMap": {
+      "34": {
+        "source": "use crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    MAX_READ_REQUESTS_PER_CALL,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    GENERATOR_INDEX__FUNCTION_ARGS,\n    HISTORIC_BLOCK_DATA_LENGTH,\n    CONTRACT_DEPLOYMENT_DATA_LENGTH,\n    CALL_CONTEXT_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH,\n    CONTRACT_STORAGE_READ_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__FUNCTION_DATA,\n    GENERATOR_INDEX__PUBLIC_DATA_READ,\n    GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST,\n    GENERATOR_INDEX__CALL_CONTEXT,\n    GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA,\n};\n\nuse crate::oracle::debug_log;\nuse crate::types::vec::BoundedVec;\nuse crate::types::point::Point;\n\n\n// docs:start:private-global-variables\nstruct PrivateGlobalVariables {\n    chain_id: Field,\n    version: Field,\n}\n// docs:end:private-global-variables\n\nimpl PrivateGlobalVariables {\n    fn serialize(self) -> [Field; 2] {\n        [self.chain_id, self.version]\n    }\n}\n\n// docs:start:public-global-variables\nstruct PublicGlobalVariables {\n    chain_id: Field,\n    version: Field,\n    block_number: Field,\n    timestamp: Field,\n}\n// docs:end:public-global-variables\n\nimpl PublicGlobalVariables {\n    fn serialize(self) -> [Field; 4] {\n        [self.chain_id, self.version, self.block_number, self.timestamp]\n    }\n}\n\n// docs:start:contract-deployment-data\nstruct ContractDeploymentData {\n    deployer_public_key: Point,\n    constructor_vk_hash : Field,\n    function_tree_root : Field,\n    contract_address_salt : Field,\n    portal_contract_address : Field,\n}\n// docs:end:contract-deployment-data\n\nimpl ContractDeploymentData {\n    fn serialize(self) -> [Field; CONTRACT_DEPLOYMENT_DATA_LENGTH] {\n        [\n            self.deployer_public_key.x,\n            self.deployer_public_key.y,\n            self.constructor_vk_hash,\n            self.function_tree_root,\n            self.contract_address_salt,\n            self.portal_contract_address,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA)[0]\n    }\n}\n\n// PrivateContextInputs are expected to be provided to each private function\n// docs:start:private-context-inputs\nstruct PrivateContextInputs {\n    call_context : CallContext,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    private_global_variables: PrivateGlobalVariables,\n}\n// docs:end:private-context-inputs\n\n// PublicContextInputs are expected to be provided to each public function\n// docs:start:public-context-inputs\nstruct PublicContextInputs {\n    call_context: CallContext,\n    block_data: HistoricBlockData,\n\n    public_global_variables: PublicGlobalVariables,\n}\n// docs:end:public-context-inputs\n\n// docs:start:call-context\nstruct CallContext {\n    msg_sender : Field,\n    storage_contract_address : Field,\n    portal_contract_address : Field,\n    function_selector: Field,\n\n    is_delegate_call : bool,\n    is_static_call : bool,\n    is_contract_deployment: bool,\n}\n// docs:end:call-context\n\nimpl CallContext {\n    fn serialize(self) -> [Field; CALL_CONTEXT_LENGTH] {\n        [\n            self.msg_sender,\n            self.storage_contract_address,\n            self.portal_contract_address,\n            self.function_selector,\n            self.is_delegate_call as Field,\n            self.is_static_call as Field,\n            self.is_contract_deployment as Field,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CALL_CONTEXT)[0]\n    }\n}\n\n// docs:start:historic-block-data\nstruct HistoricBlockData {\n    private_data_tree_root : Field,\n    nullifier_tree_root : Field,\n    contract_tree_root : Field,\n    l1_to_l2_messages_tree_root : Field,\n    blocks_tree_root: Field,\n    public_data_tree_root: Field,\n    global_variables_hash: Field,\n}\n// docs:end:historic-block-data\n\nimpl HistoricBlockData {\n    // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`\n    pub fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {\n        [\n            self.private_data_tree_root,\n            self.nullifier_tree_root,\n            self.contract_tree_root,\n            self.l1_to_l2_messages_tree_root,\n            self.blocks_tree_root,\n            self.public_data_tree_root,\n            self.global_variables_hash,\n        ]\n    }\n\n    pub fn empty() -> Self {\n        Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }\n    }\n}\n\nstruct FunctionData {\n    function_selector: Field,\n    is_internal: bool,\n    is_private: bool,\n    is_constructor: bool,\n}\n\nimpl FunctionData {\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.function_selector,\n            self.is_internal as Field,\n            self.is_private as Field,\n            self.is_constructor as Field,\n        ], GENERATOR_INDEX__FUNCTION_DATA)[0]\n    }\n}\n\nstruct PrivateCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    read_requests: [Field; crate::abi::MAX_READ_REQUESTS_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    nullified_commitments: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    private_call_stack: [Field; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_l2_to_l1_msgs: [Field; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    // Explore introducing a new type like uint256 (similar to Point), so it's more explicit that\n    // we're talking about a single number backed by two field elements.\n    encrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    encrypted_log_preimages_length: Field,\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    chain_id: Field,\n    version: Field,\n}\n\nimpl PrivateCircuitPublicInputs {\n    fn hash(self) -> Field {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0); \n        fields.push(self.call_context.hash());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.nullified_commitments);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.contract_deployment_data.hash());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n\n        dep::std::hash::pedersen_with_separator(fields.storage, GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push_array(self.contract_deployment_data.serialize());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n        fields.storage\n    }\n}\n\nstruct ContractStorageRead {\n    storage_slot: Field,\n    value: Field,\n}\n\nimpl ContractStorageRead {\n    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {\n        [self.storage_slot, self.value]\n    }\n\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]\n    }\n\n    pub fn empty() -> Self {\n        Self { storage_slot: 0, value: 0 }\n    }\n}\n\nstruct ContractStorageUpdateRequest {\n    storage_slot: Field,\n    old_value: Field,\n    new_value: Field,\n}\n\nimpl ContractStorageUpdateRequest {\n    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {\n        [self.storage_slot, self.old_value, self.new_value]\n    }\n\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]\n    }\n\n    pub fn empty() -> Self {\n        Self { storage_slot: 0, old_value: 0, new_value: 0 }\n    }\n}\n\n\nstruct PublicCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    contract_storage_update_requests: [ContractStorageUpdateRequest; MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n    contract_storage_read: [ContractStorageRead; MAX_PUBLIC_DATA_READS_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; crate::abi::MAX_NEW_NULLIFIERS_PER_CALL],\n    new_l2_to_l1_msgs: [Field; crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    prover_address: Field,\n\n    // TODO: include globals in here and check them elsewhere\n    // https://github.com/AztecProtocol/aztec-packages/issues/1567\n}\n\nimpl PublicCircuitPublicInputs {\n    \n    pub fn hash(self) -> Field {\n        let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);\n        inputs.push(self.call_context.hash());\n        inputs.push(self.args_hash);\n        inputs.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            inputs.push(self.contract_storage_update_requests[i].hash());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            inputs.push(self.contract_storage_read[i].hash());\n        }\n        inputs.push_array(self.public_call_stack);\n        inputs.push_array(self.new_commitments);\n        inputs.push_array(self.new_nullifiers);\n        inputs.push_array(self.new_l2_to_l1_msgs);\n\n        // We do not include block_data since it's not in the cpp hash\n\n        inputs.push_array(self.unencrypted_logs_hash);\n        inputs.push(self.unencrypted_log_preimages_length);\n        inputs.push_array(self.block_data.serialize()); // see https://github.com/AztecProtocol/aztec-packages/issues/1473\n        inputs.push(self.prover_address);\n\n        dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    pub fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());   \n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            fields.push_array(self.contract_storage_update_requests[i].serialize());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            fields.push_array(self.contract_storage_read[i].serialize());\n        }\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.prover_address);\n        fields.storage\n    }\n}\n\nstruct Hasher {\n    fields: [Field],\n}\n\nimpl Hasher {\n    pub fn new()-> Self {\n        Self { fields: [] }\n    }\n\n    pub fn add(&mut self, field: Field) {\n        self.fields = self.fields.push_back(field);\n    }\n\n    pub fn add_multiple<N>(&mut self, fields: [Field; N]) {\n        for i in 0..N {\n            self.fields = self.fields.push_back(fields[i]);\n        }\n    }\n\n    pub fn hash(self) -> Field {\n        hash_args(self.fields)\n    }\n}\n\nglobal ARGS_HASH_CHUNK_LENGTH: u32 = 32;\nglobal ARGS_HASH_CHUNK_COUNT: u32 = 16;\n\npub fn hash_args<N>(args: [Field; N]) -> Field {\n    if args.len() == 0 {\n        0\n    } else {\n        let mut chunks_hashes = [0; ARGS_HASH_CHUNK_COUNT];\n        for i in 0..ARGS_HASH_CHUNK_COUNT {\n            let mut chunk_hash = 0;\n            let start_chunk_index = i * ARGS_HASH_CHUNK_LENGTH;\n            if start_chunk_index < (args.len() as u32) {\n                let mut chunk_args = [0; ARGS_HASH_CHUNK_LENGTH];\n                for j in 0..ARGS_HASH_CHUNK_LENGTH {\n                    let item_index = i * ARGS_HASH_CHUNK_LENGTH + j;\n                    if item_index < (args.len() as u32) {\n                        chunk_args[j] = args[item_index];\n                    }\n                }\n                chunk_hash = dep::std::hash::pedersen_with_separator(chunk_args, GENERATOR_INDEX__FUNCTION_ARGS)[0];\n            }\n            chunks_hashes[i] = chunk_hash;\n        }\n        dep::std::hash::pedersen_with_separator(chunks_hashes, GENERATOR_INDEX__FUNCTION_ARGS)[0]\n    }\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/abi"
+      },
+      "35": {
+        "source": "use dep::std::hash;\nuse crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;\n\npub fn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {\n  hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/address"
+      },
+      "58": {
+        "source": "use crate::types::point::Point;\nuse crate::address::compute_address;\n\n#[oracle(getPublicKey)]\nfn get_public_key_oracle(_address: Field) -> [Field; 3] {}\n\nunconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {\n  get_public_key_oracle(address)\n}\n\npub fn get_public_key(address: Field) -> Point {\n  let result = get_public_key_internal(address);\n  let pub_key_x = result[0];\n  let pub_key_y = result[1];\n  let partial_address = result[2];\n  \n  let calculated_address = compute_address(pub_key_x, pub_key_y, partial_address);\n  assert(calculated_address == address);\n  \n  Point::new(pub_key_x, pub_key_y)\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/get_public_key"
+      }
+    }
+  }
+}
diff --git a/yarn-project/boxes/blank/src/artifacts/blank.ts b/yarn-project/boxes/blank/src/artifacts/Blank.ts
similarity index 72%
rename from yarn-project/boxes/blank/src/artifacts/blank.ts
rename to yarn-project/boxes/blank/src/artifacts/Blank.ts
index 672d4ba566af..264ab2c785aa 100644
--- a/yarn-project/boxes/blank/src/artifacts/blank.ts
+++ b/yarn-project/boxes/blank/src/artifacts/Blank.ts
@@ -17,16 +17,16 @@ import {
 } from '@aztec/aztec.js';
 import { Fr, Point } from '@aztec/foundation/fields';
 import { PXE, PublicKey } from '@aztec/types';
-import { ContractAbi } from '@aztec/foundation/abi';
-import BlankContractAbiJson from './blank_contract.json' assert { type: 'json' };
-export const BlankContractAbi = BlankContractAbiJson as ContractAbi;
+import { ContractArtifact } from '@aztec/foundation/abi';
+import BlankContractArtifactJson from './Blank.json' assert { type: 'json' };
+export const BlankContractArtifact = BlankContractArtifactJson as ContractArtifact;
 
 /**
  * Type-safe interface for contract Blank;
  */
 export class BlankContract extends ContractBase {
   private constructor(completeAddress: CompleteAddress, wallet: Wallet, portalContract = EthAddress.ZERO) {
-    super(completeAddress, BlankContractAbi, wallet, portalContract);
+    super(completeAddress, BlankContractArtifact, wallet, portalContract);
   }
 
   /**
@@ -36,28 +36,28 @@ export class BlankContract extends ContractBase {
    * @returns A promise that resolves to a new Contract instance.
    */
   public static async at(address: AztecAddress, wallet: Wallet) {
-    return Contract.at(address, BlankContract.abi, wallet) as Promise<BlankContract>;
+    return Contract.at(address, BlankContract.artifact, wallet) as Promise<BlankContract>;
   }
 
   /**
    * Creates a tx to deploy a new instance of this contract.
    */
   public static deploy(pxe: PXE) {
-    return new DeployMethod<BlankContract>(Point.ZERO, pxe, BlankContractAbi, Array.from(arguments).slice(1));
+    return new DeployMethod<BlankContract>(Point.ZERO, pxe, BlankContractArtifact, Array.from(arguments).slice(1));
   }
 
   /**
    * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
    */
   public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey) {
-    return new DeployMethod<BlankContract>(publicKey, pxe, BlankContractAbi, Array.from(arguments).slice(2));
+    return new DeployMethod<BlankContract>(publicKey, pxe, BlankContractArtifact, Array.from(arguments).slice(2));
   }
 
   /**
-   * Returns this contract's ABI.
+   * Returns this contract's artifact.
    */
-  public static get abi(): ContractAbi {
-    return BlankContractAbi;
+  public static get artifact(): ContractArtifact {
+    return BlankContractArtifact;
   }
 
   /** Type-safe wrappers for the public methods exposed by the contract. */
diff --git a/yarn-project/boxes/blank/src/artifacts/blank_contract.json b/yarn-project/boxes/blank/src/artifacts/blank_contract.json
deleted file mode 100644
index e853e0ea4aec..000000000000
--- a/yarn-project/boxes/blank/src/artifacts/blank_contract.json
+++ /dev/null
@@ -1,51 +0,0 @@
-{
-  "name": "Blank",
-  "functions": [
-    {
-      "name": "constructor",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [],
-      "returnTypes": [],
-      "bytecode": "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",
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-    {
-      "name": "getPublicKey",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "address",
-          "type": {
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-  "debug": {
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-        "source": "use crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    MAX_READ_REQUESTS_PER_CALL,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    GENERATOR_INDEX__FUNCTION_ARGS,\n    HISTORIC_BLOCK_DATA_LENGTH,\n    CONTRACT_DEPLOYMENT_DATA_LENGTH,\n    CALL_CONTEXT_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH,\n    CONTRACT_STORAGE_READ_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__FUNCTION_DATA,\n    GENERATOR_INDEX__PUBLIC_DATA_READ,\n    GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST,\n    GENERATOR_INDEX__CALL_CONTEXT,\n    GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA,\n};\n\nuse crate::oracle::debug_log;\nuse crate::types::vec::BoundedVec;\nuse crate::types::point::Point;\n\n\n// docs:start:private-global-variables\nstruct PrivateGlobalVariables {\n    chain_id: Field,\n    version: Field,\n}\n// docs:end:private-global-variables\n\nimpl PrivateGlobalVariables {\n    fn serialize(self) -> [Field; 2] {\n        [self.chain_id, self.version]\n    }\n}\n\n// docs:start:public-global-variables\nstruct PublicGlobalVariables {\n    chain_id: Field,\n    version: Field,\n    block_number: Field,\n    timestamp: Field,\n}\n// docs:end:public-global-variables\n\nimpl PublicGlobalVariables {\n    fn serialize(self) -> [Field; 4] {\n        [self.chain_id, self.version, self.block_number, self.timestamp]\n    }\n}\n\n// docs:start:contract-deployment-data\nstruct ContractDeploymentData {\n    deployer_public_key: Point,\n    constructor_vk_hash : Field,\n    function_tree_root : Field,\n    contract_address_salt : Field,\n    portal_contract_address : Field,\n}\n// docs:end:contract-deployment-data\n\nimpl ContractDeploymentData {\n    fn serialize(self) -> [Field; CONTRACT_DEPLOYMENT_DATA_LENGTH] {\n        [\n            self.deployer_public_key.x,\n            self.deployer_public_key.y,\n            self.constructor_vk_hash,\n            self.function_tree_root,\n            self.contract_address_salt,\n            self.portal_contract_address,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA)[0]\n    }\n}\n\n// PrivateContextInputs are expected to be provided to each private function\n// docs:start:private-context-inputs\nstruct PrivateContextInputs {\n    call_context : CallContext,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    private_global_variables: PrivateGlobalVariables,\n}\n// docs:end:private-context-inputs\n\n// PublicContextInputs are expected to be provided to each public function\n// docs:start:public-context-inputs\nstruct PublicContextInputs {\n    call_context: CallContext,\n    block_data: HistoricBlockData,\n\n    public_global_variables: PublicGlobalVariables,\n}\n// docs:end:public-context-inputs\n\n// docs:start:call-context\nstruct CallContext {\n    msg_sender : Field,\n    storage_contract_address : Field,\n    portal_contract_address : Field,\n    function_selector: Field,\n\n    is_delegate_call : bool,\n    is_static_call : bool,\n    is_contract_deployment: bool,\n}\n// docs:end:call-context\n\nimpl CallContext {\n    fn serialize(self) -> [Field; CALL_CONTEXT_LENGTH] {\n        [\n            self.msg_sender,\n            self.storage_contract_address,\n            self.portal_contract_address,\n            self.function_selector,\n            self.is_delegate_call as Field,\n            self.is_static_call as Field,\n            self.is_contract_deployment as Field,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CALL_CONTEXT)[0]\n    }\n}\n\n// docs:start:historic-block-data\nstruct HistoricBlockData {\n    private_data_tree_root : Field,\n    nullifier_tree_root : Field,\n    contract_tree_root : Field,\n    l1_to_l2_messages_tree_root : Field,\n    blocks_tree_root: Field,\n    public_data_tree_root: Field,\n    global_variables_hash: Field,\n}\n// docs:end:historic-block-data\n\nimpl HistoricBlockData {\n    // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`\n    fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {\n        [\n            self.private_data_tree_root,\n            self.nullifier_tree_root,\n            self.contract_tree_root,\n            self.l1_to_l2_messages_tree_root,\n            self.blocks_tree_root,\n            self.public_data_tree_root,\n            self.global_variables_hash,\n        ]\n    }\n\n    fn empty() -> Self {\n        Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }\n    }\n}\n\nstruct FunctionData {\n    function_selector: Field,\n    is_internal: bool,\n    is_private: bool,\n    is_constructor: bool,\n}\n\nimpl FunctionData {\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.function_selector,\n            self.is_internal as Field,\n            self.is_private as Field,\n            self.is_constructor as Field,\n        ], GENERATOR_INDEX__FUNCTION_DATA)[0]\n    }\n}\n\nstruct PrivateCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    read_requests: [Field; crate::abi::MAX_READ_REQUESTS_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    nullified_commitments: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    private_call_stack: [Field; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_l2_to_l1_msgs: [Field; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    // Explore introducing a new type like uint256 (similar to Point), so it's more explicit that\n    // we're talking about a single number backed by two field elements.\n    encrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    encrypted_log_preimages_length: Field,\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    chain_id: Field,\n    version: Field,\n}\n\nimpl PrivateCircuitPublicInputs {\n    fn hash(self) -> Field {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0); \n        fields.push(self.call_context.hash());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.nullified_commitments);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.contract_deployment_data.hash());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n\n        dep::std::hash::pedersen_with_separator(fields.storage, GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push_array(self.contract_deployment_data.serialize());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n        fields.storage\n    }\n}\n\nstruct ContractStorageRead {\n    storage_slot: Field,\n    value: Field,\n}\n\nimpl ContractStorageRead {\n    fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {\n        [self.storage_slot, self.value]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]\n    }\n\n    fn empty() -> Self {\n        Self { storage_slot: 0, value: 0 }\n    }\n}\n\nstruct ContractStorageUpdateRequest {\n    storage_slot: Field,\n    old_value: Field,\n    new_value: Field,\n}\n\nimpl ContractStorageUpdateRequest {\n    fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {\n        [self.storage_slot, self.old_value, self.new_value]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]\n    }\n\n    fn empty() -> Self {\n        Self { storage_slot: 0, old_value: 0, new_value: 0 }\n    }\n}\n\n\nstruct PublicCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    contract_storage_update_requests: [ContractStorageUpdateRequest; MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n    contract_storage_read: [ContractStorageRead; MAX_PUBLIC_DATA_READS_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; crate::abi::MAX_NEW_NULLIFIERS_PER_CALL],\n    new_l2_to_l1_msgs: [Field; crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    prover_address: Field,\n\n    // TODO: include globals in here and check them elsewhere\n    // https://github.com/AztecProtocol/aztec-packages/issues/1567\n}\n\nimpl PublicCircuitPublicInputs {\n    \n    fn hash(self) -> Field {\n        let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);\n        inputs.push(self.call_context.hash());\n        inputs.push(self.args_hash);\n        inputs.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            inputs.push(self.contract_storage_update_requests[i].hash());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            inputs.push(self.contract_storage_read[i].hash());\n        }\n        inputs.push_array(self.public_call_stack);\n        inputs.push_array(self.new_commitments);\n        inputs.push_array(self.new_nullifiers);\n        inputs.push_array(self.new_l2_to_l1_msgs);\n\n        // We do not include block_data since it's not in the cpp hash\n\n        inputs.push_array(self.unencrypted_logs_hash);\n        inputs.push(self.unencrypted_log_preimages_length);\n        inputs.push_array(self.block_data.serialize()); // see https://github.com/AztecProtocol/aztec-packages/issues/1473\n        inputs.push(self.prover_address);\n\n        dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());   \n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            fields.push_array(self.contract_storage_update_requests[i].serialize());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            fields.push_array(self.contract_storage_read[i].serialize());\n        }\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.prover_address);\n        fields.storage\n    }\n}\n\nstruct Hasher {\n    fields: [Field],\n}\n\nimpl Hasher {\n    fn new()-> Self {\n        Self { fields: [] }\n    }\n\n    fn add(&mut self, field: Field) {\n        self.fields = self.fields.push_back(field);\n    }\n\n    fn add_multiple<N>(&mut self, fields: [Field; N]) {\n        for i in 0..N {\n            self.fields = self.fields.push_back(fields[i]);\n        }\n    }\n\n    fn hash(self) -> Field {\n        hash_args(self.fields)\n    }\n}\n\nglobal ARGS_HASH_CHUNK_LENGTH: u32 = 32;\nglobal ARGS_HASH_CHUNK_COUNT: u32 = 16;\n\nfn hash_args<N>(args: [Field; N]) -> Field {\n    if args.len() == 0 {\n        0\n    } else {\n        let mut chunks_hashes = [0; ARGS_HASH_CHUNK_COUNT];\n        for i in 0..ARGS_HASH_CHUNK_COUNT {\n            let mut chunk_hash = 0;\n            let start_chunk_index = i * ARGS_HASH_CHUNK_LENGTH;\n            if start_chunk_index < (args.len() as u32) {\n                let mut chunk_args = [0; ARGS_HASH_CHUNK_LENGTH];\n                for j in 0..ARGS_HASH_CHUNK_LENGTH {\n                    let item_index = i * ARGS_HASH_CHUNK_LENGTH + j;\n                    if item_index < (args.len() as u32) {\n                        chunk_args[j] = args[item_index];\n                    }\n                }\n                chunk_hash = dep::std::hash::pedersen_with_separator(chunk_args, GENERATOR_INDEX__FUNCTION_ARGS)[0];\n            }\n            chunks_hashes[i] = chunk_hash;\n        }\n        dep::std::hash::pedersen_with_separator(chunks_hashes, GENERATOR_INDEX__FUNCTION_ARGS)[0]\n    }\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/abi"
-      },
-      "35": {
-        "source": "use dep::std::hash;\nuse crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;\n\nfn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {\n  hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/address"
-      },
-      "60": {
-        "source": "use crate::types::point::Point;\nuse crate::address::compute_address;\n\n#[oracle(getPublicKey)]\nfn get_public_key_oracle(_address: Field) -> [Field; 3] {}\n\nunconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {\n  get_public_key_oracle(address)\n}\n\nfn get_public_key(address: Field) -> Point {\n  let result = get_public_key_internal(address);\n  let pub_key_x = result[0];\n  let pub_key_y = result[1];\n  let partial_address = result[2];\n  \n  let calculated_address = compute_address(pub_key_x, pub_key_y, partial_address);\n  assert(calculated_address == address);\n  \n  Point::new(pub_key_x, pub_key_y)\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/get_public_key"
-      }
-    }
-  }
-}
diff --git a/yarn-project/boxes/blank/src/contracts/Nargo.toml b/yarn-project/boxes/blank/src/contracts/Nargo.toml
index 9cddcab43ee0..e107237136fa 100644
--- a/yarn-project/boxes/blank/src/contracts/Nargo.toml
+++ b/yarn-project/boxes/blank/src/contracts/Nargo.toml
@@ -5,4 +5,4 @@ compiler_version = "0.1"
 type = "contract"
 
 [dependencies]
-aztec = { git="https://github.com/AztecProtocol/aztec-packages", tag="master", directory="yarn-project/aztec-nr/aztec" }
+aztec = { path = "../../../../aztec-nr/aztec" }
diff --git a/yarn-project/boxes/blank/src/index.ts b/yarn-project/boxes/blank/src/index.ts
index a273bcabf70f..98bdda3c8305 100644
--- a/yarn-project/boxes/blank/src/index.ts
+++ b/yarn-project/boxes/blank/src/index.ts
@@ -1,3 +1,4 @@
+import { BlankContractArtifact } from './artifacts/Blank.js';
 import {
   AccountWallet,
   AztecAddress,
@@ -10,10 +11,10 @@ import {
   createPXEClient,
   getSandboxAccountsWallets,
 } from '@aztec/aztec.js';
-import { ContractAbi, FunctionAbi, encodeArguments } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionArtifact, encodeArguments } from '@aztec/foundation/abi';
 import { FieldsOf } from '@aztec/foundation/types';
-import { BlankContractAbi } from './artifacts/blank.js';
-export const contractAbi: ContractAbi = BlankContractAbi;
+
+export const contractArtifact: ContractArtifact = BlankContractArtifact;
 
 export const PXE_URL: string = process.env.PXE_URL || 'http://localhost:8080';
 export const pxe: PXE = createPXEClient(PXE_URL);
@@ -40,7 +41,13 @@ export async function handleDeployClick(): Promise<string> {
   console.log('Deploying Contract');
   const [wallet, ..._rest] = await getSandboxAccountsWallets(pxe);
 
-  const contractAztecAddress = await deployContract(wallet.getCompleteAddress(), contractAbi, [], Fr.random(), pxe);
+  const contractAztecAddress = await deployContract(
+    wallet.getCompleteAddress(),
+    contractArtifact,
+    [],
+    Fr.random(),
+    pxe,
+  );
 
   return contractAztecAddress.toString();
 }
@@ -48,7 +55,7 @@ export async function handleDeployClick(): Promise<string> {
 export async function handleInteractClick(contractAddress: string) {
   const [wallet, ..._rest] = await getSandboxAccountsWallets(pxe);
   const callArgs = { address: wallet.getCompleteAddress().address };
-  const getPkAbi = getFunctionAbi(BlankContractAbi, 'getPublicKey');
+  const getPkAbi = getFunctionAbi(BlankContractArtifact, 'getPublicKey');
   const typedArgs = convertArgs(getPkAbi, callArgs);
 
   // eslint-disable-next-line no-console
@@ -56,7 +63,7 @@ export async function handleInteractClick(contractAddress: string) {
 
   return await callContractFunction(
     AztecAddress.fromString(contractAddress),
-    contractAbi,
+    contractArtifact,
     'getPublicKey',
     typedArgs,
     pxe,
@@ -65,14 +72,14 @@ export async function handleInteractClick(contractAddress: string) {
 }
 
 export const getFunctionAbi = (contractAbi: any, functionName: string) => {
-  const functionAbi = contractAbi.functions.find((f: FunctionAbi) => f.name === functionName);
+  const functionAbi = contractAbi.functions.find((f: FunctionArtifact) => f.name === functionName);
   if (!functionAbi) throw new Error(`Function ${functionName} not found in abi`);
   return functionAbi;
 };
 
 export async function callContractFunction(
   address: AztecAddress,
-  abi: ContractAbi,
+  artifact: ContractArtifact,
   functionName: string,
   typedArgs: any[], // for the exposed functions, this is an array of field elements Fr[]
   pxe: PXE,
@@ -85,7 +92,7 @@ export async function callContractFunction(
   // to use the typescript class for your contract generated by the `yarn compile` command,
   // which provides an object with methods corresponding to the noir contract functions
   // that are named and typed and can be called directly.
-  const contract = await Contract.at(address, abi, selectedWallet);
+  const contract = await Contract.at(address, artifact, selectedWallet);
 
   return contract.methods[functionName](...typedArgs)
     .send()
@@ -111,12 +118,12 @@ export async function getWallet(account: CompleteAddress, pxe: PXE): Promise<Acc
 
 export async function deployContract(
   activeWallet: CompleteAddress,
-  contractAbi: ContractAbi,
+  artifact: ContractArtifact,
   typedArgs: Fr[], // encode prior to passing in
   salt: Fr,
   client: PXE,
 ): Promise<AztecAddress> {
-  const tx = new DeployMethod(activeWallet.publicKey, client, contractAbi, typedArgs).send({
+  const tx = new DeployMethod(activeWallet.publicKey, client, artifact, typedArgs).send({
     contractAddressSalt: salt,
   });
   await tx.wait();
@@ -128,8 +135,8 @@ export async function deployContract(
   }
 }
 
-export function convertArgs(functionAbi: FunctionAbi, args: any): Fr[] {
-  const untypedArgs = functionAbi.parameters.map(param => {
+export function convertArgs(functionArtifact: FunctionArtifact, args: any): Fr[] {
+  const untypedArgs = functionArtifact.parameters.map(param => {
     switch (param.type.kind) {
       case 'field':
         // hack: addresses are stored as string in the form to avoid bigint compatibility issues with formik
@@ -141,5 +148,5 @@ export function convertArgs(functionAbi: FunctionAbi, args: any): Fr[] {
     }
   });
 
-  return encodeArguments(functionAbi, untypedArgs);
+  return encodeArguments(functionArtifact, untypedArgs);
 }
diff --git a/yarn-project/boxes/blank/src/tests/blank.contract.test.ts b/yarn-project/boxes/blank/src/tests/blank.contract.test.ts
index ac9cff71b87e..eea833f0fb6d 100644
--- a/yarn-project/boxes/blank/src/tests/blank.contract.test.ts
+++ b/yarn-project/boxes/blank/src/tests/blank.contract.test.ts
@@ -1,17 +1,17 @@
 import {
   AccountWallet,
   AztecAddress,
-  PXE,
   CompleteAddress,
   Contract,
   Fr,
+  PXE,
   TxStatus,
   Wallet,
   createPXEClient,
   waitForSandbox,
 } from '@aztec/aztec.js';
 import { createDebugLogger } from '@aztec/foundation/log';
-import { BlankContract } from '../artifacts/blank.js';
+import { BlankContract } from '../artifacts/Blank.js';
 import { callContractFunction, deployContract, getWallet } from '../index.js';
 const logger = createDebugLogger('aztec:blank-box-test');
 
@@ -26,7 +26,7 @@ const setupSandbox = async () => {
 
 async function deployZKContract(owner: CompleteAddress, wallet: Wallet, pxe: PXE) {
   logger('Deploying Blank contract...');
-  const contractAddress = await deployContract(owner, BlankContract.abi, [], Fr.random(), pxe);
+  const contractAddress = await deployContract(owner, BlankContract.artifact, [], Fr.random(), pxe);
 
   logger(`L2 contract deployed at ${contractAddress}`);
   return BlankContract.at(contractAddress, wallet);
@@ -55,7 +55,7 @@ describe('ZK Contract Tests', () => {
   test('call succeeds after deploy', async () => {
     const callTxReceipt = await callContractFunction(
       contractAddress,
-      contract.abi,
+      contract.artifact,
       'getPublicKey',
       [owner.address.toField()],
       pxe,
diff --git a/yarn-project/boxes/blank/tsconfig.dest.json b/yarn-project/boxes/blank/tsconfig.dest.json
index 6c11c57e0ebc..0ae51db04507 100644
--- a/yarn-project/boxes/blank/tsconfig.dest.json
+++ b/yarn-project/boxes/blank/tsconfig.dest.json
@@ -2,7 +2,6 @@
   "extends": ".",
   "references": [
     { "path": "../../aztec.js" },
-    { "path": "../../cli" },
     { "path": "../../foundation" },
     { "path": "../../types" }
   ],
diff --git a/yarn-project/boxes/blank/tsconfig.json b/yarn-project/boxes/blank/tsconfig.json
index cc958d6c6f18..2863a36a61db 100644
--- a/yarn-project/boxes/blank/tsconfig.json
+++ b/yarn-project/boxes/blank/tsconfig.json
@@ -36,9 +36,6 @@
     {
       "path": "../../circuits.js"
     },
-    {
-      "path": "../../cli"
-    },
     {
       "path": "../../foundation"
     }
diff --git a/yarn-project/boxes/blank/webpack.config.js b/yarn-project/boxes/blank/webpack.config.js
index 642f8be612c1..429d2a52154e 100644
--- a/yarn-project/boxes/blank/webpack.config.js
+++ b/yarn-project/boxes/blank/webpack.config.js
@@ -10,7 +10,7 @@ const require = createRequire(import.meta.url);
 export default (_, argv) => ({
   target: 'web',
   mode: 'production',
-  devtool: false,
+  devtool: 'source-map',
   entry: {
     main: './src/index.ts',
   },
diff --git a/yarn-project/boxes/bootstrap.sh b/yarn-project/boxes/bootstrap.sh
new file mode 100755
index 000000000000..169f42d1f73e
--- /dev/null
+++ b/yarn-project/boxes/bootstrap.sh
@@ -0,0 +1,25 @@
+#!/bin/bash
+
+
+# should be run from yarn-project/boxes
+original_path=$(pwd)
+
+# Loop through all directories in 'boxes'
+for dir in *; do
+  # Check if it's a directory
+  if [ -d "${dir}" ]; then
+    
+    # Run the compile command
+    echo "Running compile command inside ${dir}..."
+
+    # Change directory to ../cli
+    cd ../cli
+    
+    # Run ts-node command to use latest "compile" code
+    ts-node --esm src/bin/index.ts compile "${original_path}/${dir}/src/contracts" --outdir "${original_path}/${dir}/src/artifacts" --typescript "${original_path}/${dir}/src/artifacts"
+    
+    # Change back to the original directory
+    cd "${original_path}"
+    
+  fi
+done
diff --git a/yarn-project/boxes/private-token/src/app/components/contract_function_form.tsx b/yarn-project/boxes/private-token/src/app/components/contract_function_form.tsx
deleted file mode 100644
index 860c99e45b03..000000000000
--- a/yarn-project/boxes/private-token/src/app/components/contract_function_form.tsx
+++ /dev/null
@@ -1,165 +0,0 @@
-import { CONTRACT_ADDRESS_PARAM_NAMES, pxe } from '../../config.js';
-import { callContractFunction, deployContract, viewContractFunction } from '../../scripts/index.js';
-import { convertArgs } from '../../scripts/util.js';
-import styles from './contract_function_form.module.scss';
-import { Button, Loader } from '@aztec/aztec-ui';
-import { AztecAddress, CompleteAddress, Fr } from '@aztec/aztec.js';
-import { ContractAbi, FunctionAbi } from '@aztec/foundation/abi';
-import { useFormik } from 'formik';
-import * as Yup from 'yup';
-
-type NoirFunctionYupSchema = {
-  // hack: add `any` at the end to get the array schema to typecheck
-  // eslint-disable-next-line @typescript-eslint/no-explicit-any
-  [key: string]: Yup.NumberSchema | Yup.ArraySchema<number[], object> | Yup.BooleanSchema | any;
-};
-
-type NoirFunctionFormValues = {
-  [key: string]: string | number | number[] | boolean;
-};
-
-function generateYupSchema(functionAbi: FunctionAbi, defaultAddress: string) {
-  const parameterSchema: NoirFunctionYupSchema = {};
-  const initialValues: NoirFunctionFormValues = {};
-  for (const param of functionAbi.parameters) {
-    if (CONTRACT_ADDRESS_PARAM_NAMES.includes(param.name)) {
-      // these are hex strings instead, but yup doesn't support bigint so we convert back to bigint on execution
-      parameterSchema[param.name] = Yup.string().required();
-      initialValues[param.name] = defaultAddress;
-      continue;
-    }
-    switch (param.type.kind) {
-      case 'field':
-        parameterSchema[param.name] = Yup.number().required();
-        initialValues[param.name] = 100;
-        break;
-      // not really needed for private token, since we hide the nullifier helper method which has the array input
-      case 'array':
-        // eslint-disable-next-line no-case-declarations
-        const arrayLength = param.type.length;
-        parameterSchema[param.name] = Yup.array()
-          .of(Yup.number())
-          .min(arrayLength)
-          .max(arrayLength)
-          .transform(function (value: number[], originalValue: string) {
-            if (typeof originalValue === 'string') {
-              return originalValue.split(',').map(Number);
-            }
-            return value;
-          });
-        initialValues[param.name] = Array(arrayLength).fill(
-          CONTRACT_ADDRESS_PARAM_NAMES.includes(param.name) ? defaultAddress : 200,
-        );
-        break;
-      case 'boolean':
-        parameterSchema[param.name] = Yup.boolean().required();
-        initialValues[param.name] = false;
-        break;
-    }
-  }
-  return { validationSchema: Yup.object().shape(parameterSchema), initialValues };
-}
-
-async function handleFunctionCall(
-  contractAddress: AztecAddress | undefined,
-  contractAbi: ContractAbi,
-  functionName: string,
-  args: any,
-  wallet: CompleteAddress,
-) {
-  const functionAbi = contractAbi.functions.find(f => f.name === functionName)!;
-  const typedArgs: any[] = convertArgs(functionAbi, args);
-
-  if (functionName === 'constructor' && !!wallet) {
-    if (functionAbi === undefined) {
-      throw new Error('Cannot find constructor in the ABI.');
-    }
-    // hack: addresses are stored as string in the form to avoid bigint compatibility issues with formik
-    // convert those back to bigints before sending
-
-    // for now, dont let user change the salt.  requires some change to the form generation if we want to let user choose one
-    // since everything is currently based on parsing the contractABI, and the salt parameter is not present there
-    const salt = Fr.random();
-    return await deployContract(wallet, contractAbi, typedArgs, salt, pxe);
-  }
-
-  if (functionAbi.functionType === 'unconstrained') {
-    return await viewContractFunction(contractAddress!, contractAbi, functionName, typedArgs, pxe, wallet);
-  } else {
-    const txnReceipt = await callContractFunction(contractAddress!, contractAbi, functionName, typedArgs, pxe, wallet);
-    return `Transaction ${txnReceipt.status} on block number ${txnReceipt.blockNumber}`;
-  }
-}
-
-interface ContractFunctionFormProps {
-  wallet: CompleteAddress;
-  contractAddress?: AztecAddress;
-  contractAbi: ContractAbi;
-  functionAbi: FunctionAbi;
-  defaultAddress: string;
-  title?: string;
-  buttonText?: string;
-  isLoading: boolean;
-  disabled: boolean;
-  onSubmit: () => void;
-  onSuccess: (result: any) => void;
-  onError: (msg: string) => void;
-}
-
-export function ContractFunctionForm({
-  wallet,
-  contractAddress,
-  contractAbi,
-  functionAbi,
-  defaultAddress,
-  buttonText = 'Submit',
-  isLoading,
-  disabled,
-  onSubmit,
-  onSuccess,
-  onError,
-}: ContractFunctionFormProps) {
-  const { validationSchema, initialValues } = generateYupSchema(functionAbi, defaultAddress);
-  const formik = useFormik({
-    initialValues: initialValues,
-    validationSchema: validationSchema,
-    onSubmit: async (values: any) => {
-      onSubmit();
-      try {
-        const result = await handleFunctionCall(contractAddress, contractAbi, functionAbi.name, values, wallet);
-        onSuccess(result);
-      } catch (e: any) {
-        onError(e.message);
-      }
-    },
-  });
-
-  return (
-    <form onSubmit={formik.handleSubmit} className={styles.content}>
-      {functionAbi.parameters.map(input => (
-        <div key={input.name} className={styles.field}>
-          <label className={styles.label} htmlFor={input.name}>
-            {input.name} ({input.type.kind})
-          </label>
-          <input
-            className={styles.input}
-            id={input.name}
-            name={input.name}
-            disabled={isLoading}
-            type="text"
-            onChange={formik.handleChange}
-            value={formik.values[input.name]}
-          />
-          {formik.touched[input.name] && formik.errors[input.name] && (
-            <div>{formik.errors[input.name]?.toString()}</div>
-          )}
-        </div>
-      ))}
-      {isLoading ? (
-        <Loader />
-      ) : (
-        <Button disabled={disabled} text={buttonText} className={styles.actionButton} type="submit" />
-      )}
-    </form>
-  );
-}
diff --git a/yarn-project/boxes/private-token/src/artifacts/private_token.ts b/yarn-project/boxes/private-token/src/artifacts/private_token.ts
deleted file mode 100644
index 4812265609d9..000000000000
--- a/yarn-project/boxes/private-token/src/artifacts/private_token.ts
+++ /dev/null
@@ -1,94 +0,0 @@
-/* Autogenerated file, do not edit! */
-
-/* eslint-disable */
-import {
-  AztecAddress,
-  CompleteAddress,
-  Contract,
-  ContractBase,
-  ContractFunctionInteraction,
-  ContractMethod,
-  DeployMethod,
-  EthAddress,
-  FieldLike,
-  AztecAddressLike,
-  EthAddressLike,
-  Wallet,
-} from '@aztec/aztec.js';
-import { Fr, Point } from '@aztec/foundation/fields';
-import { PXE, PublicKey } from '@aztec/types';
-import { ContractAbi } from '@aztec/foundation/abi';
-import PrivateTokenContractAbiJson from './private_token_contract.json' assert { type: 'json' };
-export const PrivateTokenContractAbi = PrivateTokenContractAbiJson as ContractAbi;
-
-/**
- * Type-safe interface for contract PrivateToken;
- */
-export class PrivateTokenContract extends ContractBase {
-  private constructor(completeAddress: CompleteAddress, wallet: Wallet, portalContract = EthAddress.ZERO) {
-    super(completeAddress, PrivateTokenContractAbi, wallet, portalContract);
-  }
-
-  /**
-   * Creates a contract instance.
-   * @param address - The deployed contract's address.
-   * @param wallet - The wallet to use when interacting with the contract.
-   * @returns A promise that resolves to a new Contract instance.
-   */
-  public static async at(address: AztecAddress, wallet: Wallet) {
-    return Contract.at(address, PrivateTokenContract.abi, wallet) as Promise<PrivateTokenContract>;
-  }
-
-  /**
-   * Creates a tx to deploy a new instance of this contract.
-   */
-  public static deploy(pxe: PXE, initial_supply: FieldLike, owner: FieldLike) {
-    return new DeployMethod<PrivateTokenContract>(
-      Point.ZERO,
-      pxe,
-      PrivateTokenContractAbi,
-      Array.from(arguments).slice(1),
-    );
-  }
-
-  /**
-   * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
-   */
-  public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey, initial_supply: FieldLike, owner: FieldLike) {
-    return new DeployMethod<PrivateTokenContract>(
-      publicKey,
-      pxe,
-      PrivateTokenContractAbi,
-      Array.from(arguments).slice(2),
-    );
-  }
-
-  /**
-   * Returns this contract's ABI.
-   */
-  public static get abi(): ContractAbi {
-    return PrivateTokenContractAbi;
-  }
-
-  /** Type-safe wrappers for the public methods exposed by the contract. */
-  public methods!: {
-    /** compute_note_hash_and_nullifier(contract_address: field, nonce: field, storage_slot: field, preimage: array) */
-    compute_note_hash_and_nullifier: ((
-      contract_address: FieldLike,
-      nonce: FieldLike,
-      storage_slot: FieldLike,
-      preimage: FieldLike[],
-    ) => ContractFunctionInteraction) &
-      Pick<ContractMethod, 'selector'>;
-
-    /** getBalance(owner: field) */
-    getBalance: ((owner: FieldLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
-
-    /** mint(amount: field, owner: field) */
-    mint: ((amount: FieldLike, owner: FieldLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
-
-    /** transfer(amount: field, recipient: field) */
-    transfer: ((amount: FieldLike, recipient: FieldLike) => ContractFunctionInteraction) &
-      Pick<ContractMethod, 'selector'>;
-  };
-}
diff --git a/yarn-project/boxes/private-token/src/artifacts/private_token_contract.json b/yarn-project/boxes/private-token/src/artifacts/private_token_contract.json
deleted file mode 100644
index e4124e66a0d8..000000000000
--- a/yarn-project/boxes/private-token/src/artifacts/private_token_contract.json
+++ /dev/null
@@ -1,263 +0,0 @@
-{
-  "name": "PrivateToken",
-  "functions": [
-    {
-      "name": "compute_note_hash_and_nullifier",
-      "functionType": "unconstrained",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "contract_address",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        },
-        {
-          "name": "nonce",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        },
-        {
-          "name": "storage_slot",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        },
-        {
-          "name": "preimage",
-          "type": {
-            "kind": "array",
-            "length": 3,
-            "type": {
-              "kind": "field"
-            }
-          },
-          "visibility": "private"
-        }
-      ],
-      "returnTypes": [
-        {
-          "kind": "array",
-          "length": 4,
-          "type": {
-            "kind": "field"
-          }
-        }
-      ],
-      "bytecode": 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",
-      "verificationKey": "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"
-    },
-    {
-      "name": "constructor",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "initial_supply",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        },
-        {
-          "name": "owner",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        }
-      ],
-      "returnTypes": [],
-      "bytecode": "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",
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-    },
-    {
-      "name": "getBalance",
-      "functionType": "unconstrained",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "owner",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        }
-      ],
-      "returnTypes": [
-        {
-          "kind": "field"
-        }
-      ],
-      "bytecode": 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H5EmLHye+p/zyVcbkyQwLtuHFfVUMyJLmeAfwKXHfolQbk6eI5Rm/LJW89XQbWJ4hlmf9slTy1tfIC1zwSWk/z4Ov+eWozMlnM+3HNvNF1nc3a0Lak+3Mwueup8OxVPJW1juATynJtNmVauclHpPnLH6W+L7ul68yJs9lWLANL+6rYkCWNMc7gE8pybTZlWpjwizfDMDyjTawfJNYnvfLUslb3yIvcMEnpf08D77ll6MyJ5/PtB/bzPdOYU1Ie66dWfg59o1wLKU0xzuET5JpsyvVnj88Ji9Y/DzxfdsvX2VMXsiwYBte3FfFgCxpjncAn1KSabMr1cYE/u64Fy1+gfi+47kfCuSDerENL+6rYkCWNMc7gE8pybTZlWpjAn933EsWv0h83/XcDwXyQb3Yhhf3VTEgS5rjHcCnlGTa7Eq1MYG/O+5li18ivj/z3A8F8kG92IYX91UxIEua4x3Ap5Rk2uxKtTGBvzvuexa/THzf99wPBfJBvdiGF/dVMSBLmuMdwKeUZNrsSrUxgb877gcWf4/4/txzPxTIB/ViG17cV8WALGmOdwCfUpJpsyvVxgT+7rgfWvwD4vsLz/1QIB/Ui214cV8VA7KkOd4BfEpJps2uVBsT+LvjfmTxD4nvLz33Q4F8UC+24cV9VQzIkuZ4B/ApJZk2u1JtTJjlx35Zml2dP/Hcj66OnxI/2gr2lPb/hNr2U88cBfJEvdhmvrfKWtvOrKHG/2d+66zMb+5TV6rN759R+/7KM0uX/62jU03ruKL+bN/WEs8vKMZ+nHfq//ffz3Meh7gD7edz1St+21WZL7+0ugr275UMi/P9VQDfV6h9zAGvOnrM7zru/9sQpB9KJVfnq37rnOrqfM1vndNcnb/2W+d0V+dv/NY5w9X5ut86Z6Y1reX4mta5+VuvPvvnJpcyxfBilg1CLEuEWH4gxNIixPK8EMsIIZZHhVj6CrHcKcRSL8RygxDLVUIsFwqxnCHEskOIZaMQywohlh8KsUwXYnlBiGWUEMtjQiz9hVjuFmLpIsRyoxDL1UIs+4RY9gix7BRi2STEskqIZaYQy4tCLGOEWB4XYhkoxHKfEEs3IZabhFiuEWK5RIjlLCGWXUIsm4VY1gqx/FyIZa4Qy0tCLOOEWJ4UYhksxPKAEEsPIZabhVjqhFiuFWK5TIjlHCGWk4VYtgixrBNimS/E8rIQywQhlmeFWIYKsTwoxNJLiOVWIZaOQizXCbFcLsRyrhDLqUIs24RY1guxLBJi+Z4QyxQhlueEWIYJsTwsxNJbiOV2IZbOQizXC7FcIcRyvhDLbiGWQjuzJDVv/D5ZQvu7kvZ/LD6VtL+2eDdpf2PxGaT9rcV7SPs7i88i7e8tPoe0f7D4XNL+0eLzSfsniy8k7Z8t3kfav1h8CWm/s/gy0v7V4stJ+zeLryDt3y2+irTfW3w1af9h8TWk/afF15L2XxZfR9p/W3w9af9j8Q2kYTBvJK1g2k2k1Zp2M2l1pt1KWgfTbietaNqdpHU07W7SOpl2H2mdTXuAtMS0B0mrN+1h0lLTHiWti2mPkdZg2uOkdTXtSdK6mfYsad1Ne460HqY9T1pP014grZdpL5LWaNpLpPU27WXS+pj2PdL6mvYD0vqZ9kPS+pvGz9UBptWRNtC0jqQNMq0zaYNNqydtiGldSBtqWjfSmkzrQdow03qRNty03qSNMK0vaSNN60/aKNMGkjbatMGkjTFtKGljTRtG2jjTRpA23rRRpE0wbQxpE00bR9ok0yaQNtm0KaRNMa2FtGbTppOGE/lM0kqmzSVtqmnzSZtm2iLSppu2hLQZpq0gbaZpq0ibZdpa0mabto60OaatJ22uaRtIm2faRtLmm7aJtAWmbSZtoWlbSCubto20RaYdT9pi03aQtsS0naQtNW0XactMO5m05ab9nLQVpr1C2krTXiVtlWmvkXaQab8mbbVpvyFtjWmvk1ZrMed4nAf+D2kdLP5r0vA9678hDeeLvyWtk8V/RxrOIX9PWmLxP5CG88o/koY10T+RhnPNP5PWYPG/kIbz3u9IwznpX0nrbvG/kYbz1L+T1tPi35OGc9d/kNZo8X+ShvPZf5HWx+L/Jg3nuP8hrZ/FyOGVczsk0gaYVksazoV1pA0yrQNpOD8WSRtiWkfScM7sRFqTaZ1JGwZ+0oabVk8azq0paSNN60IazrcNpI02rStpOAd3I22sad1JG2daD9LGm9aTNJyre5E20bRG0iaZ1pu0yab1IQ3n+b6kNZvWjzSc+/uTVjJtAGlTTRtI2jTTBpGGvDGYtBmmDSENuWQoabNMayJttmnDSJtj2nDSkIdGkDbPtJGkITeNIm2BaaNJW2jaGNLKpo0lbZFp40hbbNp40pDrJpC21LSJpC0zbRJpy02bTBry5BTSVprWTNoq01pIO8i0EmmrTZtK2hrTppGGvDudtINNm0EacvFM0g4xbRZph5o2m7TDTJtDGvL4XNION20eacjt80k7wrQFpB1p2kLSjjKtTBrWBYtIO9q0xaRhrbCEtGNMW0oa1g/LSDvWtOWkYU2xgrStpq0kbZtpq0g7zrSDSMPaYzVp201DDne59x+T1v14LPI553uuB7H9qeRreJdNa357pTJ92adM2/CqJwbsa0+W3UIs5wuxXCHEcr0QS2chltuFWHoLsTwsxDJMiOU5IZYpQizfE2JZJMSyXohlmxDLqUIs5wqxXC7Ecp0QS0chlluFWHoJsTwoxDJUiOVZIZYJQiwvC7HMF2JZJ8SyRYjlZCGWc4RYLhNiuVaIpU6I5WYhlh5CLA8IsQwWYnlSiGWcEMtLQixzhVh+LsSyVohlsxDLLiGWs4RYLhFiuUaI5SYhlm5CLPcJsQwUYnlciGWMEMuLQiwzhVhWCbFsEmLZKcSyR4hlnxDL1UIsNwqxdBFiuVuIpb8Qy2NCLKOEWF4QYpkuxPJDIZYVQiwbhVh2CLGcIcRyoRDLVUIsNwix1Aux3CnE0leI5VEhlhFCLM8LsbQIsfxAiGWJEMsGIZa876pg/xrSamsOPLaTcWPNUfbD3cy/lwFP53OCX5+qv5cBL2ZZKMQyW4hlqhDLJCGWMUIs24VYhgmxHCvEMlCI5Sghlt5CLIcJsXQTYlkjxJIIsSwXYqkTYikLscwRYpkmxDJZiGWsEMtwIZYtQiyDhFg2CrH0EWJZL8TSXYhlrRBLvRDLCiGWDkIsi4RY5gqxTBdimSLEMk6IZYQQy1YhlsFCLEcLsfQVYjlciKWHEMvBQiypEMtKIZaiEMtiIZZ5QiwzhFiahVjGC7GMFGLZJsQyRIhlkxBLPyGWDUIsPYVY1gmxdBFiWSXE0lGIZYkQy3whlplCLC1CLBOEWEYJsRwnxDJUiOUYIZb+QixHCLH0EmI5RIilQYjlICGWTkIsS4VYFgixzBJiKQmxTBRiGS3EcrwQS5MQy2YhlgFCLEcKsTQKsRwqxNJViGW1EEtnIZZlQiyFdmZJavLvqYz9taThN334Pq0nWtyBNPxGX5G0k6id0E62uBNpp1jM93jlezjj72kW831fcQ+llLTTLeZ7weK7/Q2knWkx35cWvxvE94zda3F30vA7gHwf2bMt7kkafu+Y7y37HosbScO9FPh+s+dZ3Ic03KeJ70F7gcX9SMPvB/B9aS+yeABp+G0ivlftxRYPIu0Si/n+tZdaPIQ0/KYy39P2vRY3kYb7NQwj7X0WDycN94Lie99eafFI0q6ymO+H+36LR5N2tcV8j9wPWDyWNPye4TjSPmjxeNLwu80TSPuQxRNJwz0hJpH2YYsnk4b7TfF9eD9icTNp+B0EvjfvRy0ukYbfWJpK2scsnkYafjOR7+v7cYtnkIbfY+Z7/X7C4lmk3WLxbNI+afEc0nBPCL5P8G0WzyPtdov53sGfsngBaXdYvJC0T1tcJg2/l7CItLssXkwafouJ70X8GYuXknaPxctIu9fi5aTdZzHfx/h+i1eSht93XkXaZy0+iLTPWbyatM9bvIY03GOC74v8kMUHk4b7V/G9kr9g8SGkfdHiQ0l7xOLDSMPvL/B9lr9k8eGk4bed+N7LX7b4CNK+YvGRpH3V4qNIw2868n2bn7D4aNLwe9F8L+enLD6GtKct5vs7P2PxsaThnhV8z+evWbyVNNwPaxtpX7f4ONK+YTHfG/qbFm8n7XmL+X7RyOOc95HH+R7SyOMnkoY8vos05PGTSEMeP5k05PFTSEMe57yOPH4aacjju0lDHj+dNOTxM0hDHj+TNOTxPaQhj+8lDXn8LNKQx88mDXn8HNKQx99DGvL4uaQhj59HGvL4+aQhj19AGvL4haQhj19EGvL4PtKQxy8mDXn8EtKQxy8lDXn8MtKaLH4vacjjl5OGPP4+0pDHryANefxK0pDHryINefz9pCGPX00a8vgHSBtn8TWkIY9/kDTk8WtJQx7/EGnI49eRhjz+YdKQx68nDXn8I6Qhj99AGvL4R0lDHr+RNOTxj5GGPH4TacjjHycNefxm0pDHP0Ea8vgtpCGPf5I05PFbSUMev4005PHbSUMe/xRpyON3kFa2+NOkIY/fSRry+F2kIY/fTRry+GdIQx6/hzTk8XtJQx6/jzTk8ftJW2XxA6Qhj3+WNOTxz5GGPP550pDHHyQNefwh0pDHHyYNefwLpCGPf5E05PFHSEMef5Q05PEvkYY8/hhpyONfJg15/CukIY9/lTTk8cdJQx5/gjTk8SdJQx5/ijTk8adJQx5/hjTk8WdJ22rx10hDHn+ONOTxr5OGPP4N0pDHv0ka8vjz9tfl44ENrfvxWH6t/nxOPYj5mgO8y/a3+e2VyjUH9inTNrz43svfFGBZJsTSWYhltRBLVyGWQ4VYGoVYjhRiGSDEslmIpUmI5XghltFCLBOFWEpCLLOEWBYIsSwVYukkxHKQEEuDEMshQiy9hFiOEGLpL8RyjBDLUCGW44RYRgmxTBBiaRFimSnEMl+IZYkQS0chllVCLF2EWNYJsfQUYtkgxNJPiGWTEMsQIZZtQiwjhVjGC7E0C7HMEGKZJ8SyWIilKMSyUoglFWI5WIilhxDL4UIsfYVYjhZiGSzEslWIZYQQyzghlilCLNOFWOYKsSwSYukgxLJCiKVeiGWtEEt3IZb1Qix9hFg2CrEMEmLZIsQyXIhlrBDLZCGWaUIsc4RYykIsdUIsy4VYEiGWNUIs3YRYDhNi6S3EcpQQy0AhlmOFWIYJsWwXYhkjxDJJiGWqEMtsIZaFQiy1GRb+DvzzpNVmju1k3Cf65S45r501B5ZCZrtM8YnUh7v8sjQ7lpOsrp3kc7Jfn8pYnZRpH7bhlRLDroAsaY53AJ9SkmmzK9XGmVlODcByShtYTiWW3QFYTmsDy25iOSMAy+ltYDmDWPYEYDmzDSx7iOWsACx728ByFrGc45dltmM5uw0s5xDLe/yyNLs6z/Vcp6vjPOJHW8Ge0v5zqW3n+eWonKPfU3Ngn2L7vHC+lfaf/0faf34Ox/l/wvYz31tl3fUOYj33HcQa50AY1jgHwrC29xxISDupnVl47X12OJbZ6R/ph1ME+gEMIedHXj+E6O8k02ZXqq3RmOUCvyyV9cSF5AWuC6jvsZ/PeRd67vsCeaJebDPfW2U9r51ZA/hWxuqiP9L+i3I4LvoTtp/53irrue8g1vPeQaxxDoRhjXPgrbMmpJ3WziwpMbwnHEtlPVWtH04X6Acw7ArIktcPAdYw2xKq/0zy2Regby/K9C2291HfguGCgCxpjjf3w16BfgDDjj9xPwTwmZ1k2uxKtTU7s1zsl6WyDryEvMB1MfU99nNevcRz3xfIE/Vim/neKut57yDWXe8g1jgHwrDGORCGNc6Bt84awLeS69jXlWq5jlku9ctSyXWXkdfF9hc+Ke3nOX6ZX47KWFyaaT+2me+tsp73DmK98B3EGudAGNY4B8Kwxjnw1ln5Hn61xOI557RUy3WX5rAsFGLZKcQyW4hlqhDLJCGWMUIs24VYhgmxHCvEMlCI5Sghlt5CLIcJsXQTYlkjxJIIsSwXYqkTYikLsZwgxDJHiGWaEMtkIZaxQiw7hFiGC7FsEWIZJMSyUYiljxDLeiGW7kIsa4VY6oVYVgixdBBiWSTEMleIZboQyxQhlnFCLCOEWLYKsQwWYjlaiKWvEMvhQiw9hFgOFmJJhVhWCrEUhVgWC7HME2KZIcTSLMQyXohlpBDLNiGWIUIsm4RY+gmxbBBi6SnEsk6IpYsQyyohlo5CLEuEWOYLscwUYmkRYpkgxDJKiOU4IZahQizHCLH0F2I5QoillxDLIUIsDUIsBwmxdBJiWSrEskCIZZYQS0mIZaIQy2ghluOFWJqEWDYLsQwQYjlSiKVRiOVQIZauQiyrhVg6C7EsE2IptDNLUvPG77YntL+WNHwPsY6091rcgbTLLS6S9j5qJ7QrLO5E2pUWdybtKorx9/0W15N2tcUpaR+wuAtp11jcQNoHLe5K2rUWdyPtQxZ3J+06i3uQ9mGLe5J2vcW9SPuIxY2k3WBxb9I+anEf0m60uC9pH7O4H2k3WdyftI9bPIC0my0eSNonLB5E2i0WDybtkxYPIe1Wi4eSdpvFTaTdbvEw0j5l8XDS7rB4BGmftngkaXdaPIq0uyweTdrdFo8h7TMWjyXtHovHkXavxeNJu8/iCaTdb/FE0h6weBJpn7V4Mmmfs3gKaZ+3uJm0By1uIe0hi0ukPWzxVNK+YPE00r5o8XTSHrF4BmmPWjyTtC9ZPIu0xyyeTdqXLZ5D2lcsnkvaVy2eR9rjFs8n7QmLF5D2pMULSXvK4jJpT1u8iLRnLF5M2rMWLyHtaxYvJe05i5eR9nWLl5OGe8esIA33nVlJ2vMWryLtWxYfRNoLFq8m7dsWryHtRYvXkvYdiw8m7SWL15H2XYsPIe1liw8l7c8sPoy071m8nrTvW3w4aT+weANpf27xEaT90OIjSfsLi48i7UcWbyTtLy0+mrQfW7yJtJ9YfAxpP7V4M2k/s/hY0v7K4i2k/dziraT9wuJtpP3S4uNIe8Xi40n7lcXbSXvVYv7txdcs3kXary2+mLTf5DzudYsvIO23Fu8gDWsFXltgrXAZaVgrvJc0rBUuJw1rhfeRhrXCFaRhrXAlaVgrXEUa1grvJw1rhatJw1rhA6RhrXANaVgrfJA0rBWuJQ1rhQ+RhrXCdaRhrfBh0rBWuJ40rBU+QhrWCjeQhrXCR0nDWuFG0rBW+BhpWCvcRBrWCh8nDWuFm0nDWuETpGGtcAtpWCt8kjSsFW4lrcni20jDWuF20rBW+BRpWCvcQRrWCp8mDWuFO0nDWuEu0rBWuJs0rBU+Q9o4i+8hDWuFe0nDWuE+0rBWuJ80rBUeIA1rhc+ShrXC50jDWuHzpGGt8CBpWCs8RBrWCg+ThrXCF0jDWuGLpGGt8AhpWCs8ShrWCl8iDWuFx0jDWuHLpGGt8BXSsFb4KmlYKzxOGtYKT5CGtcKTpJUtfoo0rBWeJg1rhWdIw1rhWdKwVvgaaVgrPEca1gpfJw1rhW+QhrUC37NulcXPk4a1wrdIw1rhBdKwVvg2aVgrvEga1grfIQ1rhZdIw1rhu6RhrfAyaVgr/BlpWCt8jzSsFb5PGtYKPyANa4U/Jw1rhR+ShrXCX5CGtcKPSMNa4S9Jw1rhx6RhrfAT0rBW+ClpWCv8jDSsFf6KtK0W/5w0rBV+QRrWCr8kDWuFV0jDWuFXpCGPv0raCRa/Rhp+X+fXpOGeg78hbZfFr5OGe3lg7eBy/iONrfvxWL7m8NucehDztRN4l+1v89srlWsn7FOmbXjVE8PrAizLhFg6C7GsFmLpKsRyqBBLoxDLkUIsA4RYNguxNAmxHC/EMlqIZaIQS0mIZZYQywIhlqVCLJ2EWA4SYmkQYjlEiKWXEMsRQiz9hViOEWIZKsRynBDLKCGWCUIsLUIsM4VY5guxLBFi6SjEskqIpYsQyzohlp5CLBuEWPoJsWwSYhkixLJNiGWkEMt4IZZmIZYZQizzhFgWC7EUhVhWCrGkQiwHC7H0EGI5XIilrxDL0UIsg4VYtgqxjBBiGSfEMkWIZboQy1whlkVCLB2EWFYIsdQLsawVYukuxLJeiKWPEMtGIZZBQixbhFiGC7HsEGIZK8QyWYhlmhDLHCGWE4RYykIsdUIsy4VYEiGWNUIs3YRYDhNi6S3EcpQQy0AhlmOFWIYJsWwXYhkjxDJJiGWqEMtsIZadQiwLhVhqw7M0JzWt62rU7a4TLukRzHObq/NVz+1w/Yjvf7qyj9r1KvVfCN/XMr6/yfgWMmO4j1hxbB095pbG1nFYHWwcplW+8sF99lv7y3MQTL/O4TykRyvnTY2tx5xo+3dSm0/yyt68zfXpLmJvqmm9tgEvN7dPthiP5d85qyW+U/zyVf2ds1NyWGYLsUwSYtkuxDJMiOUoIZbeQixrhFgSIZayEMs0IZaThVjGCrFsEWIZJMSyXoiluxDLCiGWDkIsc4VYpgixjBBiOVqIpa8Qy8FCLKkQy2IhlhlCLOOFWLYJsQwRYtkgxNJTiGWVEEtHIZb5QiwtQiyjhFiOEWLpL8RyiBBLgxDLUiGWWUIsE4VYjhdiaRJi2SnEcqQQS6MQy2ohls5CLAuFWKYKsYwRYjlWiGWgEMthQizdhFhOEGJZLsRSJ8QyR4hlshDLcCGWjUIsfYRY1gqx1AuxLBJimS7EMk6IZasQy2AhlsOFWHoIsawUYikKscwTYmkWYhkpxLJJiKWfEMs6IZYuQixLhFhmCrFMEGI5TohlqBDLEUIsvYRYDhJi6STEskCIpSTEcqIQy2ghls1CLAOEWA4VYukqxLJMiKXQziwJMdSQhv21pJ1qcR1pp1ncgbTdFhdJO53aCe0MizuRdqbFnUnbQzH+7rW4nrSzLE5JO9viLqSdY3EDae+xuCtp51rcjbTzLO5O2vkW9yAN95nvSdqFFvciDfe3byRtn8W9SbvY4j6kXWJxX9IutbgfabhvfX/ScN/6AaThvvUDSXufxYNIw33rB5N2pcVDSLvK4qGkvd/iJtKutngYaR+weDhpuG/9CNJw3/qRpOG+9aNIw33rR5OG+9aPIQ33rR9LGu5bP4403Ld+PGm4b/0E0nDf+omk4b71k0jDfesnk4b71k8hDfetbyYN961vIQ33rS+RhvvWTyUN962fRhruWz+dtNssnkHa7RbPJO1TFs8iDfetn00a7ls/hzTct34uaXdZPI803Ld+PmmfsXgBafdYvJC0ey0uk3afxYtIu9/ixaThvvVLSMN965eShvvWLyMN961fThruW7+CNNy3fiVpuG/9KtJw3/qDSMN961eThvvWryEN961fSxruW38wabhv/TrScN/6Q0jDfesPJQ33rT+MNNy3fj1puG/94aThvvUbSHvK4iNIe9riI0l7xuKjSMN96zeShvvWH00a7lu/ibSvW3wMabhv/WbSvmnxsaQ9b/EW0r5l8VbSXrB4G2nftvg40nDf+uNJw33rt5OG+9afTBryOOd95PFTSUMeP4005PHdpCGPn04a8vgZpCGPn0ka8jjndeTxvaQhj59FGvL42aQhj59DGvL4e0hDHj+XNOTx80hDHj+fNOTxC0hDHr+QNOTxi0hDHt9HGvL4xaQhj19CGvL4paQhj19GGvL4e0lDHr+cNOTx95GGPH4FacjjV5KGPH4VaU0Wv5805PGrSUMe/wBpyOPXkIY8/kHSkMevJQ15/EOkIY9fRxry+IdJG2fx9aQhj3+ENOTxG0hDHv8oacjjN5KGPP4x0pDHbyINefzjpCGP30wa8vgnSEMev4U05PFPkoY8fitpyOO3kYY8fjtpyOOfIg15/A7SkMc/TRry+J2kIY/fRRry+N2kIY9/hjTk8XtIK1t8L2nI4/eRhjx+P2nI4w+Qhjz+WdKQxz9HGvL450lDHn+QNOTxh0hbZfHDpCGPf4E05PEvkoY8/ghpyOOPkoY8/iXSkMcfIw15/MukIY9/hTTk8a+Shjz+OGnI40+Qhjz+JGnI40+Rhjz+NGnI48+Qhjz+LGnI418jDXn8OdKQx79OGvL4N0hDHv8macjjz5O21eJvkYY8/gJpyOPfJg15/EXSkMe/Qxp+pwh53eXjgQ2t+/FYfq3+Uk49iPmaA7zL9rf57ZXKNQf2KdM2vOqJ4TsCLMuEWLoKsRwqxDJAiGWzEMtoIZYThVhKQiwLhFg6CbEcJMTSS4jlCCGWoUIsxwmxTBBimSnEskSIpYsQyzohln5CLJuEWEYKsTQLscwTYikKsawUYukhxHK4EMtgIZatQizjhFimC7EsEmKpF2JZK8TSR4hloxDLcCGWyUIsc4RY6oRYlguxnCDE0k2I5TAhloFCLMcKsYwRYpkqxLJQiKWzEMtqIZZGIZYjhVh2CrE0CbEcL8QyUYhllhDLUiGWBiGWQ4RY+guxHCPEMkqIpUWIZb4QS0chllVCLD2FWDYIsQwRYtkmxDJeiGWGEMtiIZZUiOVgIZa+QixHC7GMEGKZIsQyV4ilgxDLCiGW7kIs64VYBgmxbBFiGSvEcrIQyzQhlrIQSyLEskaIpbcQy1FCLMOEWLYLsUwSYpktxFKbYeH9ruD7SfhuJP/OAt8n6IUA/N8mjjJtwyslhhcDsqQ53m49fFNjaz+emOkT10+7Mn3IvymBfZ2M+Td+mStvrbxudTnPEyyGjyuvUfxb+4tjXJt+nXlcHWl3NLb2w0PUD69n+qEjHVP22Lbf5LTt1+T5ql/PFu4H9n+VtFdq3tifr1F//irncRyj7/A4N19+aTH35y88t61APqgX2/Di59orAVnSHG+eYwGeKy3c965knysJaa8T05IerX2DUkt9c7JnzkLNgaVMMbze7F5Y7c0yW4hlqhDLJCGWk4RYxgixbBdiGSbEcqwQy0AhlqOEWHoLsRwmxNJNiGWNEEsixLJciKVOiKUsxDJHiGWaEMtkIZaxQiw7hFiGC7FsEWIZJMSyUYiljxDLeiGW7kIsa4VY6oVYVgixdBBiWSTEMleIZboQyxQhlnFCLCcIsYwQYtkqxDJYiOVoIZa+QiyHC7H0EGI5WIglFWJZKcRSFGJZLMQyT4hlhhBLsxDLeCGWnUIsI4VYtgmxDBFi2STE0k+IZYMQS08hlnVCLF2EWFYJsXQUYlkixDJfiGWmEEuLEMsEIZYThVhGCbEcJ8QyVIjlGCGW/kIsRwix9BJiOUSIpUGI5SAhlk5CLEuFWBYIscwSYikJsUwUYtklxDJaiOV4IZYmIZbNQiwDhFiOFGJpFGI5VIilqxDLaiGWzkIsy4RYCu3MkhBDDWnYfyxpp1i8hbRTLd5K2mkWbyNtt8XHkXa6xceTdobF20k70+IdpO2x+ATS9lrM318/y2L+/vrZFu8i7RyLTyKt1mLuK3yH4hTS8FnAU0nDe9qnkYZrs7tJw2uM00nDc+UM0vCdljNJw2cz95CGubWXNFwrP4s0vOY7mzScu9AXrg2H923dj8fW0jHn5NSDmOc2vMv2t/ntlcrcZp8ybcOL7zd9tgDLMiGWzkIsq4VYugqxHCrE0ijEcqQQywAhls1CLE1CLMcLsYwWYtklxDJRiKUkxDJLiGWBEMtSIZZOQiwHCbE0CLEcIsTSS4jlCCGW/kIsxwixDBViOU6IZZQQy4lCLBOEWFqEWGYKscwXYlkixNJRiGWVEEsXIZZ1Qiw9hVg2CLH0E2LZJMQyRIhlmxDLSCGWnUIs44VYmoVYZgixzBNiWSzEUhRiWSnEkgqxHCzE0kOI5XAhlr5CLEcLsQwWYtkqxDJCiOUEIZZxQixThFimC7HMFWJZJMTSQYhlhRBLvRDLWiGW7kIs64VY+gixbBRiGSTEskWIZbgQyw4hlrFCLJOFWKYJscwRYikLsdQJsSwXYkmEWNYIsXQTYjlMiKW3EMtRQiwDhViOFWIZJsSyXYhljBDLSUIsk4RYpgqxzBZiWSjEUpth4e/fnkNabeZY9/l5/k50LbWlW4C2cClTDK83+53J9mZJhFg6CrHUCbE0CLHUC7F0EmLpIMTSVYglFWLpLMRSFGIptDPLm/1eCO/HX7wHUk9aj0ybnIbP8HYhrTbHF+f57qThudyDNIwX6nXbPxrUuh/fZa+lY/Bauo60PhZ3IK0v1QmNf7s826ZG0sDYmzS0pQ9paHNf0vCdsX45vjwncEzZ/ja/vVKZE+xTpm148e9s9BNgKQqxdBZiSYVYugqxdBBi6STEUi/E0iDEUifE0lGIJRFi6SLEUpvD0scry/RmXpvUEBOXMsV9iKW3V5bmZldno+c6XR39iR9tBXtK+/m3Kfv75aiMee+aA/sU2/3D+VbaP+CPtH9ADseAP2H7mS+yRtbI2r6sjZE1CGucr5E1skbWeH4Nwxrna2SNrJE1nl/DsMb5Glkja2SN59cwrHG+RtbIGlnj+TUMa5yvkTWyRtZ4fg3DGudrZI2skTWeX8OwxvkaWSNrZI3n1zCscb5G1sgaWeP5NQxrnK+RNbJG1vY+Z/n33T4tyfi6Uu17dMwy0CvL/u98DSIvcMEnpf08bwb55aiMxcBM+7HNfJE1skbWyBpZI2tkjayRNbJG1sgaWSNrZI2skTWyRtbIGlkja2SNrJE1skbWyBpZI2tkjayRNbJG1sgaWSNrZI2skTWyRtbIGlkja2SNrJE1skbWyBpZI2tkjayRNbJG1sgaWSNrZI2skTWyRtbIGlkja2SNrJE1skbWyBpZI2tkjayRNbJG1sgaWSNrZI2skTWyRtbIGlkja2SNrJE1skbWyBpZI2tkjayRNbJG1sgaWSNrZI2skTWyRtbIGlkja2SNrJE1skbWyBpZI2tkjayRNbJG1sgaWSNrZI2skTWyRtbI+k5hTWl/LbEMDMBSk2GpyekXlB5CLL2EWBqEWDoJsXQQYukmxNJTiKWjEEudEEt3IZauQiydhViKQiyFdmZJiKGGNOyvJQ3rjDrSBlvcgbQhFhdJG0rthNZkcSfShlncmbThFvckbYTFPUgbaXF30kZZ3I200Rb3Im2MxQ2kjbW4K2njLO5L2niLe5OGfuN+Rr8NIg39Npg09NsQ0tBvQ0lDvzWRhn4bRlpi8XDS6i0eQRrm5UjSulg8ijT00WjS0EdjSEOfjyUNYzOONIwh+tG1f/qQ1v14LM/F8Tn1IObnFLzL9rf57ZXKc4p9yrQNr3piGCfAUhRi6SzE0lWIpbsQS50QS0chlp5CLN2EWDoIsXQSYmkQYuklxNJDiKU2w5LQ/vGk1WaO7WTciV/uEq/haoifS5nihPqw3i9LM68J+fVbF78+lbFKM+3DNrxSYqgPyJLmeAfwKSWZNrtSbZyZpatflqm8pn8rLHxdoZtflmZXR3fyAhd8UtrP86C7X47KnOyWaT+2mS+y+mdNMlztycLng4ZwLFPTHO8APqUk02ZXqj3XmaWn5zbza/+3wsLXv3v5ZWl2dTZ6rtPV0Zv40Vawp7S/kdrW2y9HZZ73qjmwT7HNfJHVP2tCWrd2ZuFzTI9wLJVzWV4/dMyMiXvd2G9wK4fv9avrE17X7CMGznEhfLtkfOsyvu4xvI7aR6w4to4e88Lg1j4bSn3W4Je9xNdya4iVS5nihnD9OJWvP78VFh5Tz6/LmgPk4kp+4PyHtoI9pf2ch3v45aicO5KaA/sU28wXWf2z8vszXduZJSWGLuFYKvkh6x3Ap5Rk2uxKtfMHs3heX1bOZT3bwMKfU/K9Lg2Q8yvnsj7Ej7aCPaX9valtffxyVOZ5Y82BfYpt5ous/lkT0pJ2ZuFzTM9wLJVzWdY7xHOW3+/n9fMRtBb0vT7JW8eCIeA1iopvfca3mPHltT3Wz2DFsXX0mFNp/bx5cOvjsJ+vLfM1Z2iosxtpYOlKGud1/MX848+W4PzOa5NGqgcantN8bQzzjL3w/gR/RgavOfhzLnivjp+n6Nu812rwwvsdIa6Dt+XaM/cX+ingdbmW7Fws0zZfIwRDh3Ass9Mc71DXCLnNrryVa4R8PY9fi3m+blgZkx4ZFmzDi/uqGJAlzfEO4NOc1+ZOOb6+r4sWag5ct5apP+HF1546vsl4hLrmhfNYMcMBrzp6zJV23m+oCbMWqCGvWhofXr/1ozh7LnbztW/mcY6zv+d+y3LAvz9pA3M4+xHngMzjAnznpZTlACd/H2dIDudA4hyceZybD+jjj9Ka4Bu0JkD9/Hrc8xhUXg9y21ypdo7l7xb19ctSeY7z2rVMHuwb4vnbh9peIA/odRTfhcGsOfD6P8YLzG4M++U8juOBmWP4PYN+gdvclzjKtA0vNx9vprb2y+HuRNzYj+ekm1sYN57D/QK0pX+mLf0zzHxNaWA4lsrrsKx3PWn8etTz86fyXOYxcqXac7kvsfi+DsM5Ec/l3jm+ntcJB+RiPJfhAZ1z8RM0v/l9K4wXmN0Y9sl5HMfZ5zq//9QncJv5nFKmbXi55/LD1Na8tQA/l7Gfvw/A3zVAW0JcU3mz81LeNZV+4Vgqz+WsN+foEJ/7cnXw61CMCb/ehMav9Y4QfC+O3zfj87/n9+dasteHyjVvvAbD5//acCyV18ZZ7wA+pf/X9yT5vQh+byXE9Yo3e5+Hr1fwe8yhWNIc71DXC7Nt7pjj6/n9pYpv94wv+hNe/Lq945uMR6jchNfexQwHvOroMa9lXht7vn5deW0Mr9qaN34WxBXOjdnrme55lH1tEGAt15LlgD/nxv45nH2Is1/mcY5zgF/OUpYDnANIG5TD2Z84s78f4eYD+vif6bVxy5DWY1A/XxtHnfwZcd9rAl4HoVQ774Z8Lybvelfee0AhrnvyNTd+jvNzGnGRLo7wNTyMIV936p3zOI77Zo5JaX/vwG1+s/f64OXm6O/f5NpA9jpG3ut8fk+FP28c8noH6s2+d8ufNw74OnFq3vvG/FqL3+fCfn5+h/h8BI+zK2/18xEh83r2ejb7ev4eRgv74vkND+h1FA+h5ze/Tsi+P8jfXeTHcdyYOYbX7T0Dt/nN3suBl3t+93qTcxm4+fmD/fzd+7zP4IY8P6PeXhlm/gxuYziWAz6Dy2soaPxcDvFZMx6jzuTL71l3z/Dx613m8/y6uoWfV6gX2/Di75t1D8iS5njzmiuEZ02m/R0z/vz+Pz8H+bPanvNRqa3nf/6sAs53/Hzy/bqgWu7m9xDA0D0Yy/Tm9E28Ufg6S4jrhDWZfkDpk8PSKMTSIMRSL8TSSYilgxBLwM8NtpmlmxBLFyGW0O+JtIWlI/1tb5Y6IZZeQiw9hFi6CrGkQiwBryO2maUoxFJoZ5akJv+3ArG/lrTse9b8GQl+T4yvy0HD9Ul+7xWv5fk1SvZzWk7DZUD+vT9cOsj7vDS3DedMZs9+9o0/L82fLcG5nz+Dg3UVX4fA3ObfAEQf8Xv+6CP+LcX+TTVvaGdtTju5HsQ8d0L8NjX7lGkbXvybeIMFWIpCLJ2FWFIhlq5CLD2EWHoJsdQJsXQUYkmEWLoIsXQTYukpxNJBiKWTEEu9EEuDEEujEEttDovn3zKvfL+cP9uCtS5/1wNMA4jD8/c2Ku8NM0dTTf79X3x/1t7V0Ten/XmfdefXL9n3Qt155mV6b8nznNkW6vsp/F2ZfTVv/FxWKN9+Gd/sd034OYLvIQ/MjE0dPeanQ1rH4Uf0uars71Xx6+q835XPfi/X8zg2c7tcaapp7fNB1PZB1PYmOmYAtR2P+SW1/XdDW4/zzD69pubA18dZ7gDPzzd8Vw31cx/y+4d556/sZ95DfAYpywF//sxUUw4nf75xaOZxjnOYX87K/GOOAvkOI31YTlv4uwkj/HJV3qceXnNgqXbtbASxjPLLUvnM1Mg2sIwiltF+WSq/KTPGc52ujrHEj7aCPaX9Y6htIX5LenTNgX2KbeaLrP5ZE9KGtzNLSgwjw7FUPruV1w+9MmPi8mhKeXSwZ44AebKZ1wyu7KN28Xk7hG92DTk448s5Bms5sOLYOnrM74e2jkMvi11+RE7i+ep5bCrnRu5HeMKH8zSve3zfY4r7jznyXpcF/M5gZf3VO4cj73sZ/Hn1EOsD5nClndYHpbezPvCcy0t8Hn8rLJx3xgVgGdsGFr5PxYQALOPbwDKBWCYFYJnYBpZJxDIlAMvkNrDA3x3XbDE/z1v88lXWC80ZFmzDi79rMjQgS5rjzf0wUqAfwDCoHfthtEA/gKFfO/bDWIF+AEP/duyH8QL9AIa+7dgPEwX6AQy17dgPkwX6AQxNf+J+qCeNP7Nf8us9iz352myJPKd6bq+rc7rXOqdXfo91Ws2Bpdr6ZDq1b6bf9lVe286i+svkwb6zPfcr++L7ivCAXkfxbiyC6HEVDvsLZjcXZ+Q8juNpmWNS2j8jcJtnEkeZtuHlrgdsp7bOyOHm5zz2T6XHTacYj+Xfz/I7h/bPZ+Z0pdp8nkksnvu4Mp/nUP1l8mDfuX59W9gX8xke0OsovoTGeG5r+IcxBrObz7NyHsdxdr6ntH9W4Dbz86pM2/By8/lsauusHO7pxI39dMgBzxk8luez3zm0fz4zpyvV5vNsYvHcx5X5PI/qL5MH+87369vCvpjP8IBeR/H1NGDzW8M/jDGY3Xyek/M4jrPzPaX9cwK3mZ9XZdqGl5vPV1Jb5+Rwc17Bfr7eys8ZPJbns985tH8+M6cr1ebzXGLx3MeV+byA6i+TB/su9Ovbwr6Yz/CAXkfxnTTGC1vDP4wxmN18npfzOI6z8z2l/fMCt5mfV2Xahpebzx+nts7L4ea8gv183Z6fM3gsz2e/c2j/fGZOV6rN5/nE4rmPmwtUF+bzwhzfRX59W9gX8znrUUfxozTGi1rDP4wxmN18XpDzOI6z8z2l/QsCt5mfV2Xahpebz/dTWxfkcHNewX7+PSx+zuCxPJ/9zqH985k5Xak2nxcSi+c+rsznxVR/mTzYd4lf3xb2xXyGB/Q6ip+nMV7SGv5hjMFcT4z8OI6z8z3NaV+oNvPzqkzb8HLz+YmhBz4my815Bfv58578nMFjeT77nUP753O55sBSbT4vIhbPfVyZz0up/jJ5sO8yv74t7Iv5DA/odRT/mMZ4WWv4hzEGs5vPi3Mex3E5c0xK+xcHbvOSDMeSDJ+bz9+lti7OPN4VzivYX0uP4+cMHsvz2e8c2j+fmdOVavN5CbF47uPKfF5O9ZfJg31X+PVtYV/MZ3hAr6P4b2iMV9S8sZ/A7Obz0pzHcZyd7yntXxq4zdnn1bIMn5vPv6S2Ls3h5ryC/U32180tjBtfO18aoC1v9txcSnyNGXb/LPt/gyjrHfhz3ZXLoPx56uznuvn7DoOJ6WX6nD2GeTjVw3Xis2jDSOPPjWW/Y82fbwp5f4O23i8k4D0sKucv/txSuSb/3hkj/fq2sC/OX/CAXkdxQ1PNHwp/DgpzIO93L/lxHGc/J8+faegTuM1vdo8BeLk5XtvU+pi8z/fzvdGxnz+L4fv3JFwdfH0hez8G/pzccOLw/Hm8qv03gvpkeKa/ArBMTXO8+XO96K/s53pTrxzbp7k6GzzX2dbfxef7LuL3D3bu2Hvw7r079hToeNT5fftbT3XwerKOjumQoxVztI45WqeMBkaUhOKUjqvPcPJvWfLvmIAZ+zrVvLGfvE7+mowB4lqKef+/WK/gRfj6vbvP3LZzR9OeU3bvbWpuOu1//992yim7z9mxfXIT79vTdOpZe/Y27dm77cy9TSecufvUppbJ/xcqsr0sPUsFAA==",
-      "verificationKey": "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"
-    },
-    {
-      "name": "mint",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "amount",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        },
-        {
-          "name": "owner",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        }
-      ],
-      "returnTypes": [],
-      "bytecode": "H4sIAAAAAAAA/+2dd3gbRRrG15YtxyWNZqcrvTuS5SInIXEICRyBJBc44DjuwI5lY7CtYCsEE3rvvffee+/teud6vwOud65XAvuabx8PQsAfejdP3gfmeSafrFVWv9+udnZmdndmWZHnzfczEkKxn0vtdfB3NOfvMnvtpuDvFovJeGN9fbqpLp1IJlrjdc1tqYZ4fUNbYyqRSjSkGtrrUslkOlWfampua26KNyfqk+lER0NzsiP+VhrjrCteYAqTc6wI5zgRzvEinBNEOCeKcE4S4YyJcE4W4ZwiwjlVhHOaCOd0Ec4ZIpwzRThniXDOFuGcI8I5V4RzngjnfBHOWhHOBSKccRHOhAhnnQhnUoSzXoSzQYSzkcgJNvTlxWx91X7e4ucai2MsjrU4zuJ4ixMsTrQ4yWLM4mSLUyxOtTjN4nSLMyzOtDjL4myLcyzOtTjP4nyLtRYXWIxbTFiss5i0WG+xwWKjs94mP6e8t/o8kYotBu+HuW+bPY3f4EIRzkUinItFOHcW4VwiwrlUhLNFhHOZCOcuIpzLRTh3FeFcIcK5UoRzN49fFx5l60N9D3XCZosLLS6yuNjizhaXWFxqscXiMou7WFxucVeLKyyutLibN1QX3d3PH/GGrr8HddHg/TC37R68bZsItm3Av4f39nYG0io/72muxc5ng/cj3jvvMcjnHS8sJVZ53N9UkPZyXpdYLHbei1iMhuDk5XxP7nYckec96peHsZP2CmG9qz3eARSW92r+Pgq1kF5N5Izk4URa47wutxgNYTuFcHDGUeCV5rAjBYUDDs5hFpE609l1rb3tmZ6VXenu9qI8/8PdEpGcZeXO62BZvtu36GV/8GW5fUxrvKFzwFo/f9Q2R8QBDd7PPY+ssv+71lnHOj/vbesocT4bvB9xWNy0rZ9HIiHzVnv84oTNWCPAuCYExjA413nh1HP2cV5XWUShk1vncQunIue93EIshGI8GVYxPszx8HJ8g2J8tP3dm8l2dQws70u3ZtPtqzPZtLsRg/NBJM+K3MLAXV7ifHk0Zz3uhg2WhVrqu+tk/3L38bgViq3RqmCWri7vx5zXH7YqClxntW1Q9nr39bbtVgW89+Xvo612cDGrBUUOY3Dw7Ofn/f38ccdhuMWtdMoKreURdTyC5J6ysLyE+71J99TvOdvby7PdPOf7cfoMqhR+K2jtxrburvWr0gP59lkkz3rdqkfuGdbdj8Gyt50h2c1it1CIF5YSQRMy3w82t/2FZVts+Rb7DOJIPx/g50/Yutx2VvC+l2djtoSwPQpd14FeuCeaQvlQYB0YwnqXFHHbHuyC+oCQvJeSvd/tNx4vLCWI+yfBdEbZUOq9M7H3f7EXzn7alvtuwuTcT4Rzf49bQfuwL+yD1xfmVvKCcvmTfv6UN5TGWXS7QNxukXyVvg9Cv1SF4+Hl+Ab9UsF173RPV3ZF7/q+gQ1+v9SemU63Al1msTTPetztilTivC51tmc057NRh6uF41xX7g31xXnOd7upxXntXjKq4LIMHluVzncFXMH3VDrLyxyOSi7H4HWYihx/lyGk7x30r3of/6o8HFVb0d/tp67I4XSP/WDZezYM44WlBLHxMnjwl3nvXmDm4y+0Mn6Qxz8xhcF5sAhnqwhnmwjnehHOdhHOtAhnhwhnpwjnISKcXSKch4pwHibC2S3C2SPC2SvCmRHh3CDCebgIZ58IZ78IZ1aEc6MI5xEinJtEOI8U4RwQ4TxKhHOzCOfRIpzHiHAeK8J5nAjn8SKcJ4hwnijCeZII58kinKeIcJ4qwnmaCOfpIpxniHCeKcJ5lgjn2SKc54hwnivCeZ4I5/kinBeIcF4ownmRCOfFIpyXiHBeKsJ5mQjn5SKcV4hwXinCeZUI59UinNeIcF4rwnmdCOf1Ipw3iHDeKMJ5kwjnzSKct4hw3irCeZsI5+0inHeIcN4pwnmXCOfdIpz3iHDeK8J5nwjn/SKcD4hwPijC+ZAI58MinI+IcD4qwvmYCOfjIpxPiHA+KcL5lAjn0yKcz4hwPivC+ZwI5/MinC+ExFmcwxkvLA0OMMFyflHEuZjo/GkR5wjR+TMiziVE58+KOJcSnT8n4hwlOn9exLmM6PwFEefdic5fFHE+iOj8JRHng4nOXxZxbiU6f0XEuY3o/FUR5/VE56+JOLcTnb8u4pwmOr8k4txBdP6GiHMn0fmbIs6HEJ2/JeLcRXT+tojzoUTn74g4H0Z0/q6IczfR+Xsizj1E5++LOPcSnX8g4pwhOv9QxHkD0flHIs6HE51/LOLcR3T+iYhzP9H5pyLOWaLzz0ScNxKdXxZxPoLo/IqI8yai86sizkcSnX8u4jxAdP6FiPNRROdfijhvJjr/SsT5aKLzr0WcjyE6/0bE+Vii829FnI8jOv9OxPl4ovPvRZxPIDr/QcT5RKLzH0Wc1xGd/yTifBLR+c8izicTnV8TcT6F6PwXEedTic5/FXE+jej8NxHn04nOfxdxPoPo/A8R5zOJzv8UcT6L6PwvEeezic7/FnE+h+j8HxHnc4nO/xVxPo/o/D8R5/OJzv8Xcb6A6Py6iPOFROctIs4XEZ3fEHG+mOiMh4sVnC8hOheJOF9KdC4Wcb6M6BwRcb6c6Fwi4nwF0blUxPlKonNUxPkqonOZiPPVROdhIs7XEJ3LRZyvJTpXiDhfR3SuFHG+nuhcJeJ8A9F5uIjzjUTnESLONxGdR4o430x0HiXifAvRebSI861E5+1EnG8jOm8v4nw70XkHEec7iM47ijjfSXTeScT5LqJztYjz3UTnGhHne4jOY0Sc7yU6jxVxvo/oPE7E+X6i83gR5weIzhNEnB8kOk8UcX6I6DxJxPlhonNMxPkRovNkEedHic5TRJwfIzpPFXF+nOg8TcT5CaLzdBHnJ4nOM0ScnyI6zxRxfproPEvE+Rmi82wR52eJznNEnJ8jOs8VcX6e6DxPxPkFovN8EedhROdaEedyovMCEecKonNcxLmS6JwQca4iOteJOA8nOidFnEcQnetFnEcSnRtEnEcRnRtFnEcTnZtEnLcjOqdEnLcnOjeLOO9AdF4o4rwj0XmRiPNOROfFROcaW0+ROWMeTMwLiXkSMW8g5tFDmxBtJLQZUIdGnRJ1LNQ5cA7GOQllNMosHMP4TWMfw7nazzXOdt1s8UU/Y25QzJWJuSMxlyLmFsRce5h7DnOxYW4yzNWFuaswlxPmNnrJz5j7BnPBYG4UzBWCuTMwlwTmVsBcAxh7H2PRY2x2jFWOsbsxljXGdn7Zz6/4+VU/Y2xYjJWKsUMxlibGlsRYixh7EGPxYWw6jNWGscswlhfGtnrNzxj7CGMBYWwcjBWDsVMwlgjG1sBYExh7AWMR4Nl8PKuOZ7fxLPMbtqHx7CeehcSzgXhWDs+O4VkqPFuEZ23w7AmexcCzCbhXH/eu415u3NuMe31x7yvuBcW9kbhXEPfO4V4y3FuFe41w7w3uRcG9GbhXAdfucS0b13ZxrRPX/nAtDNeGcK0E1w7Ql46+ZfS1ou8RfXHom0JfDfou0JZH2xZtPbR90BZA3Rh1RdSdUJfAuRXnGpS9KItwbOK3WuTs/4UWF1vcO5vpa+1Mx/q7M9lYPNbr/9va3Z3ZlG6vjbnL+mM9G/uzsf5sa1821tGX6Yklat8En00ZctX6AAA=",
-      "verificationKey": "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"
-    },
-    {
-      "name": "transfer",
-      "functionType": "secret",
-      "isInternal": false,
-      "parameters": [
-        {
-          "name": "amount",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        },
-        {
-          "name": "recipient",
-          "type": {
-            "kind": "field"
-          },
-          "visibility": "private"
-        }
-      ],
-      "returnTypes": [],
-      "bytecode": 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PWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWLZPWbZPWbZPWbZPWbZPF1QqK8v2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Kcv2Gcv2Gcv2Gcv2Gcv22YJKZWPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmPZPmfZPmfZPmfZPmfZPl9Qqews2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2+cs2xcs2xcs2xcs2xcs2xcLKpWDZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuCZfuSZfuSZfuSZfuSZftyQaVysmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfsmxfYdm+wrJ9hWX7Csv2lQWVyoVl+wrL9hWW7Sss21dYtq+wbF9h2b7Csn2FZfsKy/YVlu0rLNtXWLavsGxfYdm+wrJ9hWX7Csv2FZbtKyzbV1i2r7BsX2HZvsKyfYVl+wrL9hWW7Sss21dYtq+wbF9h2b7Csn2FZfsKy/YVlu0rLNtXWLavsGxfYdm+wrJ9hWX7Csv2FZbtKyzbV1i2r7BsX2HZvsKyfYVl+wrL9hWW7Sss21f2bZ+ZxK8/aLau3y+qrM/ParWP7wjf+bCZ6+sXZ3z+8LOg3Vw+s6DdZD6xoH3hd2ZBu+l8ZkG7+XxmQbsJfWZBuxl9ZkG7KX1mQbs5fWZBtKTeF39nFkRL6n31d2ZBtKTel39nFkRL6n39d2ZBtKTeF4BnFkRL6n0FeGZBtKTel4BnFkRL6n3v9mUFyev3ivrro7W+ynlvCh2W894MOiznvQl0WM578+ewnPemz1E5+6Lr68qx9VmOL3vldJiAqn2UIwfl1PV5j0pWra8Pr7rz4VXk18+uqp8/+qy9Q0idVnuHRDut9g7x92W1+/MXr+F7tXfIytNq7xCsp9XeIYW/rPb6vCG/rrKtve5juIvU3mGyPK32DpfKf1n78zu+8vr3/I6vvE49v+MrryfP7/jK3H9+x1fm8/M7vjJHn9/xlXn363fsc7DO3/GV+fH8jjf8Od/XWJ2/4w1/zvfdVOfveMOf833h1Pk73vDnfN8i9f2OfWDU+Tve8Od8nwJ1/o72P+fVyus7ysG8o7a8zuJ2NO9858PP6tsT5Mzq27PpzOrbU+/M6tvz9Mzq25P6zOrbrwEnVr8PpS5Tfft168zq26+IZ1Z/6WvtPvK6TPWXvtbuE7LLVH/pa+0+ULtM9Ze+1u7zt8tUf+lr7T6uu0z1l77W7tO9y1R/6WvtPgy8TPWXvtbus8PLVH/pa+0+arxM9Ze+1u6TyctUf+lr7T7IvEz1l77W7nPPy1R/6WttB0p6ZvWXvtZ2QKpnVn/pa20H/npm9Ze+1naAtWdWf+lrbQeyu8brgQlrWQ+qX7I+P7ys+v3qRfL57xREy9FSF3+ttLw++voXDR0k8DXW2X79vsY626/0l1hnBw59jXW2Tw/XWGf7nHGNdbZPJNdYZ/vsco11tk8511jnIPNQB29/jXUOMg91eDrAJdbZ4aED11jnIPPQ/guTb7jOQeahDo+8uMY6B5mHOjyk4xrrHGQe6vBYkfess8rnDz+rv8qUs1v9/ku6f0v1tizPO8W2pB5UX5/Fm9rHR5ff/h/N/uu8r1B483RxVuHN48JZhTdf/88qvPmCflbhzVfoswpvvuSeVXjzNfSswpsvn+cUvrY/O+aswi965VzbnxpzVuEXvXKuy0WvnGv7Q3POKvyiV861/fE+/3bh+bnwZznnXQ93y+lwlVtfT3aVqN8vx8vzOX9hdaec9ucL9S2nwxWpZzkdrjM9y+lw9ehZTodrQs9yOiR9z3I65HfPcjqkcs9yOqRyz3JYqdz+NKi+5bBSuf0ZU33LYaVy+/Ol+pbDSuX2J0D1Lee0VHbZK+e0VN4vpz2V5fUcddM4+Mfrmc+/fClmO+W0P0Wpbzntqdy1nPZU7lpOeyp3Lac9lbuW057KXctpT+Wu5bSnctdy2lO5azmsVG5/3k7fclip3P5EnL7lsFK5/Zk1fcthpXL7U2X6lnNeKu/dyG1/7kvfctpT+V+/MWznNrf486VDKuVju/b/8ZF9vDHCoxx8uNqzjH88nuZzGb8utf3JI5ClqusLwPp6+NKp+vxbCFE/qLm+ZG09+gsLL8+CfV0POnHSvwtc25/WMnf8YjvefmWeO36tHW8ffuaOX2vH2+fLuePX2vH2EX7u+LV2vP2UNHf8Wjt+l4Po3PEf3PH2J8PNHb/Yjrff5J47fq0dn/fcRtvxec9ttB2f99xG2/F5z220HZ/33Ebb8XnPbbQdn/fcRtvxec9tsB1vf/Ly3PGL7fi85zbajs97bqPt+LznNtqOz3tuV9vxvacnru1PoJ/7iNjHeX/sHvs473p13MdYngVH5EEnuj1Hqv3lCHMLz97CeV/q6lvY/kqLuYVnb+G8c3T5LZy3gi6/hfPezuW3cN6sufwWzvs0l9/CeYvm8ls4785cfgvn3ZnLb+G8O3P1Lezw0q65hSdv4bw7c/ktnHdnLr+F8+7M5bdw3p05fwv3Hk3Y4eWFc2O+ZGPmnZTDjclnyasd/N6jZ/13eKPk7PaPd3ven3hnt+ethLd1W5cOLxyd3f7xbs8D+ju7Pc/S7+z2PPa+s9vzhPrObs9j5zu7Pc+S7+z2PEu+s9vzLPnObs+z5Bu73eEF4LPbP97teZZ8Z7fnWfKd3Z5nyXd2e54lv6bbO28ifnR7niXf2e0xz5Iarxff2WLf//D3X5b4aOGYB8SuLRzz1Ne1hWMe5Xq2UMc8n3Vt4ZiHrq4tHPMk1bWFYx6PurZwzDNP1xaOeZDp2sJ5Omlu4TydNLdwnk6aWzhPJ60ttHk6aW7hPJ00t3CeTppbOE8nzS2cp5Pf0sItSHq0cJ5Omlt4l7lQ1o/fvCzl+2XQnknc9FT4xybeZTIdeRP9LrPx0Jt4l+l86E28y/lg6E28ywll6E28yxlp6E28yylt6E28y99iDb2Jd/l7tKE3cd6xucEmzjs219/EmHdsbrCJ847NDTZx3rG5wSbOOzY32MR5x+YGmzjv2NxgE+cdmxts4rxjc4NNnHdsbrCJ847N9Tcx5x0bwCZW+fzh59bM+zDYrZl3V7BbM++ZfP+jJ7xa5rEr8yYIcVfmXQ3irszbFMRdmfcdiLsybyQQd2XeGQDuSplHfeKuzFM+cVfmAZ+4K/NsT9yVebYn7so82xN3ZZ7tibsyz/bEXZlne+KuzLM9cFfqPNt/ya7sPSCozhP7+3o95jm831tu6phH5o4NHPN027GBYx5EOzZwzDNjxwaOebzr2MAxT2IdGzjmoalfA9cxzzcdGzjmoaVjA+dJpLGB8yTS2MB5Emls4DyJNDZwnkQaGzhPIo0NnCeRxgbOk0hTA2WZJ5EfbuDeu6llmSeRxgaSr8Jel2cDY8nvfzheb+2IT7839z5q+mR/Fh/1prx6Qr6wntUT8rXyrJ6QL38n9UTIV7SzekK+SJ3VE/IdsLN6Qr6pdVZPyPepzuoJ+dbTWT2Zc+y2J3OO3fZkzrHbnsw5dtMTnXPstidzjt32ZM6x257MOXbbkznHbnsy59htT+Ycu+3JnGO3PZlz7LYnc47d9MTmHLvtyZxjtz2Zc+y2J3OO3fZkzrHbnsw5dtuTOcduezLn2G1P5hy77cmcYzc98TnHbnsy59htT+Ycu+3JnGO3PZlz7LYnc47d9mTOsduezDl225M5x257MufYTU/QLzU/qydzjt32ZM6x257MOXbbkznHbnsy59htT+Ycu+3JnGO3PZlz7LYnc47d9AT9qtezejLn2G1P5hy77cmcY7c9mXPstidzjt32ZM6x257MOXbbkznHbnsy59hNT9DvMTyrJ3OO3fZkzrHbnsw5dtuTOcduezLn2G1P5hy77cmcY7c9mXPstidzjt30BP3OrrN6MufYbU/mHLvtyZxjtz2Zc+y2JyPOseW1uOp7PRlxjj3qyYhz7FFPBpxj/fWaVRfb68mAc+xRT9DvZjqrJwPOsW7PGtzrXk8GnGMPezLgHHvYkwHn2I9fG/ZP1+KdEsrrTeDlow2Wr/YNOPL2bN+A03HP9g04SPds34gzd8f2jTied2ufot9tdIH2jTj0d2zfiOeDju0b8SjRsX3z1NHUvnnqaGrfPHU0tW+eOpraN08dTe2bp46W9o34/rme7Zunjqb2zVNHU/vmqaOpffPU0dS+eepoat88dfxg+6rutW+eOpraN+CpIzxeH935N1c64nv9jnoy4nv9Dntym6F/fVaR9k89eS70NuP50UJvM0gfLfQ2I+/RQm8znB4t9DZj5NFCbzPwHS30NqPZ0UJvM28dLPQ+L5U7Wugok9F9Xv92tNBRJqP7vKjtaKGjTEb3eaXa0UJHmYzu8/Kzo4WOMhnd5zVlRwsdZTK6zwvFjhY6ymR0n1d/HS10lMnoPi/pOlroKJPRfV6ndbTQUSaj+7z46miho0xG93lF1dFCR5mM7vMyqaOFjjIZ3ee1T0cLHWUyus8Lmo4WOspkdJ9XKR0tdJTJ6D4vPTpa6CiT0X1eT3S00FEmo/u8SOhooaNMRvd55c/RQkeZjO7zcp6jhY4yGd3nNTpHCx1lMrrPC2+OFjrKZHSfV9McLXSUyeg+L5E5Wugok9F9XvdytNBRJqP7vJjlaKGjTEb3eYXK0UJHmYzu87KTo4WOMhnd57UkRwsdZTK6zwtEjhY6ymR0n1d9HC10lMnoPi/lOFroKJPRfV50cbTQUSaj+7w84mihg0xGdp8XMhwtdJDJyO7zkoOjhQ4yGdkyyGRk93nE/9FCB5mM7D6PzT9a6CCTkd3nUfQHC73NQ+NreX521fp5oTtFhDwLXuRjbeXVk7sMUT17cpd5q2dP7jKa9ezJXaa4Ne3Zkxq/7ATnXaa4w4XeZYo7XOhdprjV5fsLvcsUd7jQu0xxRwu9zaO9ZdHnSmXxvYH1Nk/s/oGl3mXm+oGl3mWUWtf1YKW3GZAOV3qbCelwpeQRKUp9Vp+fqtj9sC6vV41YeX3UX+skT0g910kekHqukzwfdVwn+qHdPddJno16rpM8GPVcJ3kq6rlO8kzUc53kiajnOgeZh9BP6+65zkHmIfSzujuuE/2o7p7rHGQeQj+ou+c6B5mH0I/p7rnOQeYh9EO6e65zkHkI/YjuT+ssi37+8LP6i0w5+9W3P11Gy/r8rFZbvl+9vH6vqL8+WuurnOao/m3l+PM/TIl1r5zmRO1bTnPw/bZy7HWj3pe9cprzqW85zTHSt5zmXOhaTvtzPvqW03yW6FtO88jft5w3p/JROW9O5aNy3pzKR+WwUrn9iQt9y2GlcvvTC7qW0/6Mgb7lsFK53ev3LYeVyu32vW85rFRud+R9y2GlcrvJ7lsOKpW93Tf3LWc3d1Rf9wE+HRZTXj+1Gw+HP7X7p/jwp3b/sB391D6W8uV5M8T9g0S8/nWY73Oiw5/avZQc/tRu5w9/aj+Yvbx+Sj//1PY/CDd/ffTjDo/k6wv2o7bjF+yHZ8cv2I/D3/AFLzjjuex9wX7AdfyC/cjq8QW//PJ32k/H/w==",
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1Od77b0frVH5tkPf+29E6lV+b5L3/drRO5ddGee+/Ha1T+bVZ3vtvR+tUlhrmXbejdSpLTfOu29E6laXGedftaJ3KUvO863a0TmWpgd51O1qnstRE77odrVNZaqR33Y7WqSw107tuR+tUlhrqXbejdSpLTfWu29E6laXGetftaJ3KUnO963a0TmWpwd51O1qnstRk77odrVNZarR33Y7WqSw127tuR+tUlhruXbejdSpLTfeu29E6laXGe9ftaJ3KUvO963a0TmWpAd91O1qnstSE77odrVNZasR33Y7WqSw147tuR+tUlhryXbejdSpLTfmu29E6laXGfNftaJ3KUnO+63a0TmWpQd91O1qnstSk77odrVNZatR33Y7WqSw167tuR+tUlhr2XbejdSpLTfuu25E6lU1r22da2z7T2vaZ1rbPvqROZdPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvbZ1rbPtPa9pnWts+0tn2mte0zrW2faW37TGvb51rbPtfa9rnWts+1tn3+JXUqu9a2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWts+19r2uda2z7W2fa617XOtbZ9rbftca9vnWtu+0Nr2hda2L7S2faG17YsvqVM5tLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vaF1rYvtLZ9obXtC61tX2ht+0Jr2xda277Q2vYNrW3f0Nr2Da1t39Da9o0vqVN5aG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfuG1rZvaG37hta2b2ht+4bWtm9obfum1rZvam37pta2b2pt++aX1Kk8tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn1Ta9s3tbZ9U2vbN7W2fVNr2ze1tn2pte1LrW1fam37Umvbl19Sp3JqbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17UutbV9qbftSa9uXWtu+1Nr2pda2L7W2fam17SutbV9pbftKa9tXWtu++pI6lUtr21da277S2vaV1ravtLZ9pbXtK61tX2lt+0pr21da277S2vaV1ravtLZ9pbXtK61tX2lt+0pr21da277S2vaV1ravtLZ9pbXtK61tX2lt+0pr21da277S2vaV1ravtLZ9pbXtK61tX2lt+0pr21da277S2vaV1ravtLZ9pbXtK61tX2lt+0pr21da277S2vaV1ravtLZ9pbXtK61tX2lt+0pr21f7bZ9n1s9grvjTm2qbP/5o5/z1J2vubuhr/Lqd+vVHx6972R7J33Qv2/P4m+5lexh/071sT+JvupftMfw997Jf8n3TvWwP4G+6l+3p+033sj16v+lehM7d/XTvm+5F6Nzdj/a+6V6Ezt39XO977mW/1fumexE6d/crvW+6l7eeu/3He/l5hbeeptsrvHxGrhE//qh9fX39+V9ox6+7qfzz+17rx59c9vufrPp13y+fp9903y+fvd903y+f09903y+f6d9z3/tV4P8P7vvlf1Z8033v/7ly/bv7z/uu9ccr/Izt/xFwjO3P9WNsf1gfY/uz8hjbH1XH2P6kOMb2D+optt9pnWP7mh5jrCX7fdI5xlqy3/ucY6wl+/3MOcZast+jnGK9342cY6glvd9hnGOoJf2FWtL7/cE5hlrS++/5zzHUkt5/H3+M7b9jP8dYS/bfhZ9jrCX776zPMdaS/XfL5xhryf474HOMtWT/Xe05xlqy/071HGMt2X/3eY6xluy/ozzHWEv23yWeY6wl++/8zjHWkv13c+cYa8n+O7RzjLVk/13XOcZasv9O6hxjLdl/d3SOsZbsv+M5x1hL9t/FnGOsJfvvTM4x1pL9dxvnGGvJ/juIc4y1ZP9dwTnGWnLznv4YYy25eft9jLGW3LxTPsZYS27e1B5jrCU37z+PMdaSm7eKxxhryc27umOMteTmDdgxxlpy817pGGMtuXlbc4yxlty8LTnGWEtu3kAcY6wlN/5+jLGW3OjzMcZawuy1mb02s9dm9trMXpvZazN7bWavzey1mb02s9dm9trMXpvZazN7bWavzey1mb0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqYvS5mr4vZ62L2upi9Lmavi9nrYva6mL0uZq+L2eti9rqQvfoXstcrRlpyxUhLrhhpyRUjLblipCVXjLTkipGWXDHSkivGWoLs9YqxliB7vWKsJcherxhrCbLXK8Zaguz1irGWIHu9YqwlyF6vGGsJstcrxlqC7PWKsZYge71irCXIXq8Yawmy1yvGWoLs9YqxliB7vWKsJcherxhrCbLXK8Zaguz1irGWIHu9YqwlyF6vGGsJstcrxlqC7PWKsZYge71irCXIXq8Yawmy1yvGWoLs9YqxliB7vWKsJcherxhrCbLXK8Zaguz1irGWIHu9YqwlyF6vGGsJstcrxlqC7PWKsZYge71irCXIXq8Yawmy1yvGWoLs9YqxliB7vWKsJcherxhrCbLXK8Zaguz1irGWIHu9YqwlyF6vGGsJstcrxlqC7PWKoZYYs1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzF7NWavxuzVmL0as1dj9mrMXo3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb06s1dn9urMXp3ZqzN7dWavzuzVmb0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZazB7DWavwew1mL0Gs9dg9hrMXoPZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrYPY6mL0OZq+D2etg9jqYvQ5mr4PZ62D2Opi9Dmavg9nrZPY6mb1OZq+T2etk9jqZvU5mr5PZ62T2Opm9Tmavk9nrZPY6mb1OZq+T2etk9jqZvU5mr5PZ62T2Opm9Tmavk9nrZPY6mb1OZq+T2etk9jqZvU5mr5PZ62T2Opm9Tmavk9nrZPY6mb1OZq+T2etk9jqZvU5mr/OONf1HKr7iV6jXr9TN3/8hdfPXf0jd/O3/eeqONA+pm7/7Q+rmr/6Qunk+D6mbx/OQunk6DynUjTvLPKRQN+4k889Td5B5SKFu3DHmIYW6cYeYhxTqxh1hHlKoG3eAeUihbtzx5SGFunGHl4cU6sYdXR5SqBt3cHlIoW7cseUhhbpxh5aHFOrGHVkeUqgbd2B5SKFu3HHlIYW6cYeVhxTqxh1VHlKoG3dQeUihbtwx5SGFunGHlIcU6sYdUR5SpBt5B5SHFOlG3vHkIUW6kXc4eUiRbuQdTR5SpBt5B5OHFOrGHUseUqgbdyh5SKFu3JHkIYW6cQeShxTqxh1HHlKoG3cYeUihbtxR5CGFunEHkYcU6sYdQx5SqBt3CHlIoW7cEeQhhbpxB5CHFOrGHT8eUqgbd/h4SKFu3NHjIYW6cQePhxTqxh07HlKoG3cffB5SqBvIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqIi8YXcdErBbpxpUA3rhToxpUC3bhSoBtXCnTjSoFuXCnQjSuFukFc9EqhbhAXvVKoG8RFrxTqBnHRK4W6QVz0SqFuEBe9UqgbxEWvFOoGcdErhbpBXPRKoW4QF71SqBvERa//DHWDuOj1n6FuEBe9/jPUDeKi13+GukFc9PrPUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiVwp1g7jolULdIC56pVA3iIteKdQN4qJXCnWDuOiVQt0gLnqlUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiVwp1g7jolULdIC56pVA3iIteKdQN4qJXCnWDuOiVQt0gLnqlUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiV4p0w5CLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUNuaghFzXkooZc1JCLGnJRQy5qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5c1JGLOnJRRy7qyEUduagjF3Xkoo5cNJCLBnLRQC4ayEUDuWggFw3kooFcNJCLBnLRQC4ayEUDuWggFw3kooFcNJCLBnLRQC4ayEUDuWggFw3kooFcNJCLBnLRQC4ayEUDuWggFw3kooFcNJCLBnLRQC4ayEUDuWggFw3kooFcNJCLBnLRQC4ayEUDuWggFw3kooFcNJCLBnLRQC4ayEUDqWMgdQykjoHUMZA6BlLHQOoYSB0DqWMgdYy9Oo62H6n5NXepbTeOqW03jqltN46pbTdOqb06HlPbbhxT224cU9tuHFPbbhxTqBt7dTymUDf26nhMoW7s1fGYQt3Yq+MxdeqGjz+m/vFf/mj6/PFHc379+qMzfl3gVKOXL3Bq3MsXOJXz5QucevzyBU6Vf/kCp6fj1QvsifadFzg9cy9f4PR4vnyBTz/Je05+5wU+/STvkfqdF/j0k7yn73de4MNP8tiD+jsv8OEneeyZ/p0X+PCTPPb4/84LfPhJHvtXCu+8wIef5LF/UfHOC3z6Sd6//njnBT79JO9fqrzzAp9+kvevat55gU8/yfsXQO+8wKef5P1rpXde4NNP8v5l1Tsv8Oknef8K7J0X+PSTvH+x9s4LfPpJ3r+ue+cFPv0k718CvvMCn36S968W33mBTz/J+xeW77zAp5/k/WvQd17g00/y/uXqOy/w6Sd5/8r2nRf49JO8fxH8zgt8+knev15+5wU+/STvX1q/8wKffpL3r8LfeYFPP8n7F+zvvMCnn+T9a/t3XuDTT/J+JPXOC3z6Sd5Pr955gU8/yftPK955gU8/yfsPNt55gU8/yfvPQN55gU8/yfuPS955gU8/yftPVt55gU8/yccPYV6+wKef5OPnNS9f4NNP8vGjnZcv8Okn+fgp0MsX+PSTfPzA6OULfPpJPn629PIFPv0kHz+GevkCn36Sj59YvXyBTz/Jxw+3Xr7Ap5/kT3/jNT79jdf49Dde49PfeI1Pf+M1Pv2N1/j0N17j0994jU9/4zU+/Y3X+PQ3XuPT33iNT3/jNT79jdf49Dde49PfeM1Pf+M1P/2N1/z0N15z/43XHPnzArn+eIGfqe3jeUxtn7ljavsgHVPbp+OY2lb+mNr2+JTaf7Z0TG0bd0xta3RMoW7sPwU6plA39h/tHFOoG/vPa44p1I39hzDHFOrG/pOVYwp1Y/9xyTGFurH/DOSYQt3Yf7BxTKFu7D+tOKZQN/YfQRxTqBv7zxWOKdSN/YcFxxTqxv4TgGMKdWP/sv6YQt3Yv1Y/plA39i/AjynUjf2r6mMKdWP/UvmYQt3Yv/49plA39i9qjynUjf0r1WMKdWP/8vOYQt3Yv6Y8plA39i8UjynUjf2rv2MKdWP/ku6YQt3Yv047plA39i++jinUjf0rqmMKdWP/MumYQt3Yv/Y5plA39i9ojinUjf2rlGMKdWP/0uOYQt3Yv544plA39i8SjinUjT35H1OoG3ucP6ZQN/aMfkyhbuzB+5hC3djT9DGFurFH5GMKdWPPvccU6UbuYfaYIt3IPaEeU6QbiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu5KILuehCLrqQiy7kogu56EIuupCLLuSiC7noQi66kIsu4qLji7jolQLduFKgG1cKdONKgW5cKdCNKwW6caVAN64U6MaVQt0gLnqlUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiVwp1g7jolULdIC56pVA3iIteKdQN4qJXCnWDuOiVQt0gLnqlUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiVwp1g7jolULdIC56pVA3iIteKdQN4qJXCnWDuOiVQt0gLnqlUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiVwp1g7jolULdIC56pVA3iIteKdQN4qJXCnWDuOiVQt0gLnqlUDeIi14p1A3iolcKdYO46JVC3SAueqVQN4iLXinUDeKiVwp1g7jolULdIC56pUg3DLmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXDSQiwZy0UAuGshFA7loIBcN5KKBXHQgFx3IRQdy0YFcdCAXHchFB3LRgVx0IBcdyEUHctGBXHQgFx3IRQdy0YFcdOzVMcf8kcrRm9ReHY+p7d/8MbX9mz+mtn/zx9T2b/6Y2j4pVfEjVct2qe2Tckxtf16n1F7nfk/11za1/Tvs+SvVY5fa/h0eU9v2HlPbk619/ErNXWr78zqmtj+vY2r78zql9jp3TG2fr2Nq241jat+NU2rfjVNq341TCnVjr3PHFOrGXudOqb3OHVOoG3udO6ZQN/Y6d0yhbux17phC3djr3DGFurHXuWMKdWOvc8cU6sZe544p1I29zh1TqBt7nTumUDf2OndMoW7sde6YQt3Y69wxhbqx17ljCnVjr3PHFOrGXueOKdSNvc4dU6gbe507plA39jp3TKFu7HXumELd2OvcMYW6sde5Ywp1Y69zxxTqxl7njinUjb3OHVOkG3Ovc8cU6cbc69wxRbox9zp3TJFuzL3OHVOkG3Ovc8cU6sZe544p1I29zh1TqBt7nTumUDf2Xy0eU6gb+68WjynUjb0fHlOoG3s/PKZQN/Z+eEyhbuy/WjymUDf2VnlMoW7sv1o8plA39i56TKFu3LjoKYW6gVx0IhedyEUnctGJXHQiF53IRSdy0YlcdCIXnchFJ3LRiVx0IhedyEUnctGJXHQiF53IRSdy0YlcdCIXnchFJ3LRiVx0IhedyEUnctGJXHQiF53IRSdy0YlcdCIXnchFJ3LRiVx0IhedyEUnctGJXHQiF53IRSdy0YlcdCIXnchFJ3LRiVx0IhedyEUnctGJXHQiF53IRSdy0YlcdCIXnchFJ3LRiVx0IhedyEUnctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXTeSiiVw0kYsmctFELprIRRO5aCIXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFCLlrIRQu5aCEXLeSihVy0kIsWctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXbeSijVy0kYs2ctFGLtrIRRu5aCMXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0IRddyEUXctGFXHQhF13IRRdy0YVcdCEXXchFF3LRhVx0ERedX8RFrxToxpUC3bhSoBtXCnTjSoFuXCnQjSsFunGlQDeuFOoGcdErhbpBXPRKoW4QF71SqBvERa8U6gZx0SuFukFc9EqhbhAXvVKoG8RFrxTqBnHRK4W6QVz0SqFuEBe9UqgbxEWvFOoGcdErhbpBXPRKoW4QF71SqBvERa8U6gZx0SuFukFc9EqhbhAXvVKoG8RFrxTqBnHRK4W6QVz0SqFuEBe9UqgbxEWvFOoGcdErhbpBXPRKoW4QF71SqBvERa8U6gZx0SuFukFc9EqhbhAXvVKoG8RFrxTqBnHRK4W6QVz0SqFuEBe9UqgbxEWvFOoGcdErhbpBXPRKoW4QF71SqBvERa8U6gZx0SuFukFc9EqhbhAXvVKoG8RFrxTqBnHRK0W6YchFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKGXNSQixpyUUMuashFDbmoIRc15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNSRizpyUUcu6shFHbmoIxd15KKOXNRvXNTiz1P7bpxS+26cUvtunFL7bhxSNy56Su27cUrtf8qn1PbvMNN/pLLGLrX9Ozymtn+Hp9TeD4+p7d/GH1K9TW07X/b1I1Xuu9S288fUtvPH1PbndUxtf17H1PbndUrtTS/X+pkatUttO39Mbc/DY2rfjVNq241jatuNY2rbjWNq/1SeUvun8s9TsRezGGU/YnH9mV+5ql+57d/9g9z2b/9Bbvv3/yC3/Qk8yG2fzwe57c/uQW770zvn9oL2ILd9Th/kYF/2jvYgB/uyt7QHOdiXvac9yMG+7E3tnNur2oMc7Mte1h7kYF/2uvYgB/uyF7YHOdiXvbI9yMG+7KXtQQ72Za9tD3KwL3txe5CDfdmr24Mc7Mte3h7kYF/2+vYgB/uyF7gHOdiXvcI9yMG+7CXuQQ72Za9xD3KwL3uRe5CDfdmr3IMc7Mte5h7kYF/2OvcgB/uyF7oHOdiXvdI9yMG+7KXuQQ72Za91D3KwL3uxe5CDfdmr3YMc7Mte7h7kYF/2XzU+yMG+7L9sfJCDfdl/3fggB/uyF8oHOdiXvVI+yMG+7L90fJCDfdnL6IMc7MteRx/kYF/2QvogB/uyV9IHOdiXvZQ+yMG+7LX0QQ72ZS+mD3KwL3trfZBjfRn7ryEf5FhfBvTdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13QN8d0HcH9N0BfXdA3x3Qdwf03QF9d0DfHdB3B/TdAX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfXdC353Qdyf03Ql9d0LfndB3J/TdCX13Qt+d0Hcn9N0JfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3E/puQt9N6LsJfTeh7yb03YS+m9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeg7xb03YK+W9B3C/puQd8t6LsFfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3F/TdBX13Qd9d0HcX9N0FfXdB313Qdxf03QV9d0HfXdB3F/TdBX13Qd9d0HcX9N0FfXdB313Qdxf03QV9d0HfXdB3F/TdBX13Qd9d0HcX9N0FfXdB313Qdxf03QV9d0HfXdB3F/TdBX13Qd9d0HcX9N0FfXdB313Qdxf03QV9d0HfXdB3F/TdBX13Qd9d0HcX9N0FfXdB313Qdxf03QV9d0HfXdB3F/TdBX13Qd9d0HcX9N0FfXdB313Qdxf03bV30/E1v37kxteqX7nRv3Lbn8OD3Pbn8CC3/Tk8yG1/Dg9y25/Dg9z25/Agt31uz7m9mz7IbZ/bBznYl72bPsjBvuzd9EEO9mXvpg9ysC97Nz3n9m76IAf7snfTBznYl72bPsjBvuzd9EEO9mXvpg9yqC/5tXfTBznUlyuH+nLlUF+uHOrLlUN9uXKoL1cO9eXKob5cOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF/2bvogB/uyd9MHOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF/2bvogB/uyd9MHOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF/2bvogB/uyd9MHOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF/238U+yMG+MN+9crAvzHevHOwL890rt++Lx/qZm+673L4v59y+L8fcje+ec/u+nHP7vpxz+76cc/u+nHP7vpxz+76cc7AvN757zsG+3PjuOQf7cuO75xzsy43vnnOwLze+e87Bvtz47jnH+mI3vnvOsb7Yje+ec6wvduO75xzri9347jnH+mI3vnvOwb7c+O45B/ty47vnHOzLje+ec7AvN757zsG+3PjuOQf7cuO75xzsy43vnnOwLze+e87Bvtz47jkH+3Lju+cc7MuN755zsC83vnvOwb7c+O45B/ty47vnHOzLje+ec7AvN757zsG+3PjuOQf7cuO75xzsy43vnnOwLze+e87Bvtz47jkH+3Lju+cc7MuN755zsC83vnvOwb7c+O45B/ty47vnHOzLje+ec7AvN757zsG+3PjuOQf7cuO75xzsy43vnnOwLze+e87Bvtz47jkH+3Lju+cc7Av0XYO+a9B3DfquQd816LsGfdeg7xr0XYO+a9B3DfquQd816LsGfdeg7xr0XYO+a9B3DfquQd816LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+69B3HfquQ9916LsOfdeh7zr0XYe+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsBfTeg7wb03YC+G9B3A/puQN8N6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouwP67oC+O6DvDui7A/rugL47oO8O6LsD+u6Avjug7w7ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7E/ruhL47oe9O6LsT+u6Evjuh707ouxP67oS+O6HvTui7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvpvQdxP6bkLfTei7CX03oe8m9N2EvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7BX23oO8W9N2CvlvQdwv6bkHfLei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2GvtvQdxv6bkPfbei7DX23oe829N2Gvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67oK+u6DvLui7C/rugr67oO8u6LsL+u6Cvrug7y7ouwv67mK+W1/Md68c6suVQ325cqgvVw715cqhvlw51Jcrh/py5VBfrhzsC/PdKwf7wnz3ysG+MN+9crAvzHevHOwL890rB/vCfPfKwb4w371ysC/Md68c7Avz3SsH+8J898rBvjDfvXKwL8x3rxzsC/PdKwf7wnz3ysG+MN+9crAvzHevHOwL890rB/vCfPfKwb4w371ysC/Md68c7Avz3SsH+8J898rBvjDfvXKwL8x3rxzsC/PdKwf7wnz3ysG+MN+9crAvzHevHOwL890rB/vCfPfKwb4w371ysC/Md68c7Avz3SsH+8J898rBvjDfvXKwL8x3rxzsC/PdKwf7wnz3ysG+MN+9crAvzHevHOwL890rB/vCfPfKwb4w371ysC/Md68c7Avz3SvH+mLQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Bn3XoO8a9F2DvmvQdw36rkHfNei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvuvQdx36rkPfdei7Dn3Xoe869F2HvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6bkDfDei7AX03oO8G9N2AvhvQdwP6buzd1EbPHzlLj1+5zF+57c/hQW77c3iQ2/4cHuS2P4dzbu+mD3Lbn8OD3Pa5fZDbPrcPctvn9kEO9mXvpg9ysC97N32QY30Zezd9kGN9GXs3fZBjfRl7N32QY30Zezd9kGN9GXs3fZCDfdm76YMc7MveTR/kYF/2bvogB/uyd9MHOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF/2bvogB/uyd9MHOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF9uHLOtfv77WHv/138fGzeOeczdOOY5t//3xnNu7wzn3Pbvc37l14/c/Krc5bbP34Pc9vl7kNv+/B7ktj+/c27vig9y25/fg9z25/cgt33+HuS2z9+DHOzL3hUf5GBf9q74IAf7snfFBznYl70rPsjBvuxd8UEO9mXvig9ysC97V3yQg33Zu+KDHOzL/rvRBznYl/13ow9ysC97/3yQg33Z++eDHOzL3j8f5GBf9v75IAf7svfPBznYl71/PsjBvuz980GO9WXu/fNBjvVl7v3zQY71Ze7980GO9WXu/fOc27vitMqfOeu5y+1/Dufc/udwzu1/Dufc/udwzu2fo4jxMxexze2fo3Nu/xwdc3vne5Db//yOub2/XLfx89/jrv/L64+5f5CL7H9ob77I/kl780X2j+WbL7Lv6psvsi/2my+yfwree5E9Xb37Ivvn680X2R+mb77I3/HE77nt3Rf5O574/QeQ777I3/HE70ny3Rf5O574PXa++yKvP/G+fv63tfj6/eOb9l+XeP15P17i9ac9vn5ad/jX7hKvP+vHS7z+pP/hL2p/idef8+MlXn/Kj5d4/Rk/XuL1J/x0iRsM/0uNCvt5ibm9xOtP9/ESrz/dx0u84ek+XeINT/fpEq8/3cdLvP50Hy/x+tN9vMTrT/fxEq8/3adL3Ly6eOslPv9037yg8PBflxg7oLl5QeG5fuXqa5e7afAxd1PLY+6ma8fcTYFOuZsXFOfczY/6mLs5nY+5myP3mLvpyzEH+3LzguKcg325eUFxzsG+3LygOOdgX25eUJxzsC83LyjOOdiXmxcU5xzsy80LinOOwWrevKA45xis5s0LinNu35dzbt+Xc27fl3Nu35dzjkF87j/QfpCDfbl5kXLOwb7cvEg552Bfbl6knHOwL/sPtB/kYF/gi5uEL24SvrhJ+OIm9x9aP8jBn/vNL4zo+fO/747O//Tfd//yf6XOm98t8dZL3Hxe+cZL3PzGirde4uajzXde4ub7zndeYj85fesltmV/7yX2Q9a3XmK/eX3rJT7/dN/8JpC3XuLzT/fN7xd56yU+/3Tf/NaSt17i80/3ze9CeeslXn+6D29o8uY3rLz1Em94uv/8DU3e7R3eeYnXn+7Di4e8W1G88xKvP93HS7z+dB8v8frTfbzE55/um19y89ZLfP6f3Te/Ouetl/j8P7tvfiHPOy9x87t73nqJz/+z++Y3Ar31Ep//Z/fN7xl66yU+/3Tf/Dahrl+/daXX7l+mb36b0DF389uElv88SscK2+X2tTzn9l075/YFOuf2rTjn9j/qc25/Op9z+yP3nNv35Zzb9+WYu/ltQucc7MvNb4s/52Bfbn5b/DkH+3Lz2+LPOdiXm98Wf87Bvtz8tvhzDvbl5rfFn3OwLze/Lf6cu1lxfP2+xrBt7mbFcczdrH6OuZvVzzF3s/o55Opu9XPM3ax+jrmb1c8xd7P6Oeb2WH7Osb7U3ernmGN9qZuXaucc7MvNS7VzDvbl5qXaOQf7cvNS7ZyDfbl5qXbOwb7cvFQ759iqsG5eqp1zbFVY+9969CDHVoV18zLunGOrwtr/1qMHObZCrf3rtnNu/w7tQY79FtOCv4W94G9hL/hb2Av+FvaCv4W94G9hL/hb2Av+Fvbav89wm/0j575+P5d+/Zae2r+keJDb9uVBbtuXB7ltXx7ktn15kNv25UFu25dzbu/uD3LbvjzIwb7s2ftBDvZlD9QPcrAve0p+kIN92aPvObeX3Ac52Je9uT7Iwb7sdfRBDvZlP494kIN92bvpgxzsy95NH+RgX/Zu+iAH+7J30wc52Je9mz7Iwb7s3fRBDvZl76YPcrAvezd9kIN92bvpgxzsy95NH+RgX/Zu+iAH+7J30wc52Je9mz7Iwb7s3fRBDvZl76YPcrAvezd9kGN96b2bPsixvvTeTR/kWF9676YPcqwvvXfTBznWl9676YMc7MveTR/kYF/2bvogB/uyd9MHOdiXvZs+yMG+7N30QQ72Ze+mD3KwL3s3fZCDfdm76YMc7MveTR/kYF/2S4gHOdiXvbc+yMG+7NcFD3KwL3vffZCDfdn77oMc7Mvedx/kYF/2vvsgB/sCfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3G/puQ99t6LsNfbeh7zb03Ya+29B3+8Z3w+JnLv7wvvj33I3vnnP7vpxz+778p9za5fZ9Oef2fYnf/z4ja5fb9+Wc2/flnNv//Eb/+n/ftK9N7sZbz7n9z++c2//8zrn9z++c2//8zrnt8xc+f59azc1ztG5ccfr4db3Y9HrduOI5t/97+WNujF1u37O2n5MOv/5VYZfbn0vn3P5cuv6iD7l9r4+5G+fr/D3Xvcvtf37n3P7nt/zXc7vG5n/dat043zm37/Vy+z23+7nfON85t+/LH3Nz+3PY9+Wc2/Yl7Pdlq/nmuV1754uvGr/n/tNzu5kqHR/yPQq++yLbJr77Itvavvsi246/+yLbB+LdF9k+Pe++yPZRe/dF9v98e/NF9g/xmy/ydzzxe9Z990X+jid+D8bvvsjf8cTvKfrdF/k7nvg9cr/7In/HE7/n83df5O944vcw/+6L/B1P/J78332Rv+OJ379MePdFXn9OzH79b9r67/9luvvXJV5/So6XeP0ZOV1i/yrivZd4/fk4XuL1p+N4idf/GWK/dhs2vnaX2P8TxH4vu9XpEr1+/i9/2frD/+Lw8s0fvv49+cefXX9guuW/7mf/EH3f/dz86+S33c/+8fzc/Yyf3rXm2NzP/jXRN97P/sH/vvvZnxKfu5/++X94/YHr/3A/+3/cft/97P/J/H33sz9y7+/nZ+6vnqM/c3/1vPuZ+6vn0s/cXz0/fuT2r/ce5P7q8/gz91efm5+5v9rvn7m/2sOfOdiX/eu9BznYl/3rvQc52Jf9670HOdiX/eu9BznYl/3rvQc52Jf9672w/v0XNtp/4vfNb/v7/bc7epzOyT/5wz/v6KaJ33hHNx3/xju6eXq+7472r22/9Y5unvhvvKObs+Qb7+jmlPrGO7o5/77xjm5O1m+8I7kz++bjhO+8I7kzez8o+7476q/9VO1b70jszL7uSOzMvu5I7My+7kjszL7uSOzMvu5I7My+7kjszL7uSOzMvu5I7szef0b2rXckd2bvP3371juSO7P3n+t96x3Jndn7Twy/9Y7kzuy7zyK/8Y7kzuybrzO/847kzuyb7z6/847kzuybL0q/847kzuybb1W/847kzuybr2Dv7+hnbn+yHj5g6q+bb1XPuf0pdc7tz5Jzbv/En3P75/Kc2z8959y+4+ccmhBduX1fzjnYl5svHc852Jeb7xHPOdiXm68GzznYl/2vIHiQg325+ZrwnIN9ufnu75yDfbn5Qu+cg33Z/wqCBznYl5tv98452Jebb+HOOdiXm2/LzjnYl5tvtc452Jebb5/OOdiXm2+UzjnYl5tvlM452Jebb5TOOdiXm2+UzjnYl5tvlM452Jebb5TOOdiXm2+UzjnYl5tvlM452Jebb5TOOdiXm2+UzjnYl5tvlM452Jeb733OOdiXm29nzjnYl5vvUM452JebbzrOOdiXm+8jzjnYl5tvDc451he7eW9/zrG+2M078HOO9cW+WF/s5q3vOcf6YjdvUM851he7eRt5zN28MzznYF9u3r+dc7AvN++yzjnYl5v3Qucc7MvNO5ZzDvbl5n3FOQf7cmP/5xzsy42jn3OwLzcmfc7Bvtz47jkH+wJ916DvGvRdg75r0HcN+q5B3zXouwZ916DvGvRdg75r0HcN+q5B3zXouwZ916DvGvRdg75r0HcN+q5B3zXouwZ916DvGvRdg75r0HcN+q5B3zXouwZ916DvGvRdg75r0HcN+q5B3zXouwZ916DvGvRdg75r0HcN+q5B3zXouwZ916DvGvRdg05r0Gntxk3f95tErku84XfTjJ+/WfL6B8XuEm/43TRj/LrE2l3iDb+b5nCJG+N9369cuS7xht9Nc7rEG343zekSr//epuMl9ufhWy/x6d+wc13iDU/36RJveLpPl3jD0326xBue7j+/hN+I/Fsv8fGn22+c/62X+PjT7TdvD956iY8/3X7zTuKtl/j40+03bzreeonPP90370/eeonPP903b2XeeonPP90373reeontc3H919Rf/1U4/b/+BvQrty37g9y2wefc/jXNg9y2a3+W+4//+F/q46LE",
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P5md/MD/7g/nZH8zP/mB+9gfzsz+Yn/3B/OwP4rf6/HPoZ38wP/uD+dkfzM/+YH72B/OzP5if/cH87A/mZ38gP59/Dv3sD+ZnfzA/+4P52R/Mz/5gfvYH87M/mJ/9wfzsD+Tn88+hn/3B/OwP5md/MD/7g/nZH8zP/mB+9gfzsz+Yn/2B/Hz+OfSzP5if/cH87A/mZ38wP/uD+dkfzM/+YH72B/OzP5Cfzz+HfvYH8cvJN/BjwLpua1O5AwzzDs513H7OvOZyDFjL9o3rPNwufTOJ8q680iRK6V9pEqXez5ksy/vaP5a+mUQp8itNolT2lSZRyjmv87a4pLwem+Rl2gFrnvfF0/jZL+5l3nY+63q8tKS57gexfmj//PL+IPK+pcrl1uKzxSXtAxk+jMf3IUbJ966HGOUawvOGOKVtiNP0YGmpdT/gj+Od0umpRAmbUFOZwpTBqanUoexTGX87i72phGmDS1XC1MGlKmH2wqdU1n3jXFJajk9WNU17dJbjpa+/u5j63Of3O+8+k+BJ826xxekzBwINsM9yODXAeVu7DunRGXe7LTMN9XYqv6znMHdPvoF1l5VRxrKdbMq4PgDMuW7XXHMZp8vOYq+/7Zi7jC1fHH/34hh9cTR6cTTY/8xdXmHodtpdXl944rQv2651eSHgOwymy8A/N5iyH3Me0nC8eJ63k94yDPfaXdZ4K+2lzx7/grum8711n/dC21h3ee2jkXWUSwlP/Eh52vYtY7n/SPkSJbebAUYp2GaAUaKwGWCUeGsGGCWymgFG6aZWgDVKCjUDjNI3zQCjREszQEsEAloiENASgYCWCAS0RCCgJQIBLREGuFoiENASgYCWyAnAm88M7ICWCAS0RCCgJQIBLREIaIlAQEsEAloiCPDHIQrIAC0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0R9HfLfwgKyAAtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQZYLBEIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwwMESgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAMcLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwwMkSgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAOcLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwwDAPeW8GaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCWCAIvPWKeAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAQ6+hR8D1nVbm8o9YJS3cK7j9nPmNZdjwFq2b1zn4Xbpm0mUd+WVJlGS/0qTKBV/zmRZ3tf+sfSXSYkS5leaRGntK02i5HNe521xSXk9NsnLtAPWPO+Lp/GzX9zLvO181vV4aUlz3Q9i/dD++eX9QeR9S5XLrcVni0vaBzJ8GI/vQ4yS8F0PMcplhOcNcUrbEKfpwdJS637AH8c7pdNTiRI2saYSpgxOTaUOZZ/K+NtZ7E0lTBtcqhKmDq5UCfMc+3Mq675xLiktxyermqY9Osvx0tffXQx97vP7nXefSfCkeTfY4gx95kCgAfZZDqcGOG9r1yE9OuNut2Wmod5O5c06zN2Tb2DdZWWUsWwnmzKuDwB//rmP/df4OF12FvsG244uY8sXx1+9OMYw96S+3Yujwf5n7PIKQ7fT7vL6whOnfdV2bezyQsB3GEyXgX9uMGU/5jyk4XjxPG8nvWUY7rW7rPFm2n32+BfcNZ3vrfu8F9rGustrH42so1xKeOJHytO2bxnL/UfKpyi53QwwSsE2A4wShc0Ao8RbM8AokdUMMEo3NQOMkkLNAKP0TTPAKNHSDNASYYCzJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJXIC8OYzAzugJcIAF0sEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDLBaIhDQEoGAlggEtEQgoCUCAS0R9nfLqyUCAS0RCGiJQEBLhAGulggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQQ4JgsEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTDAbIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEARZLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIgxwsEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAEdLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIgzQZ6xTQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEAfqMdQpoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTBAn7FOAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBugz1imgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAfcY6BbREIKAlAgEtEQQ4+RZ+DFjXbW0q94BR3sK5jtvPmddcjgFr2b5xnYfbpW8mUd6VV5pESf4rTaJU/DmTZXlf+8fSN5MoYX6lSZTWvtIkSj7ndd4Wl5TXY5O8TDtgzfO+eBo/+8W9zNvOZ12Pl5Y01/0g1g/tn1/eH0Tet1S53Fp8trikfSDDh/H4PsQoCd/xEOcU5TLC84Y4pW2I0/Rgaal1P+CP453S6alECZtYUwlTBqemUoeyT2X87Sz2phKmDS5VCVMHl6qE2QufUln3jXNJaTk+WdU07dFZjpd+g91Fn/v8fufdZxI8ad4Ntji5zxwINMA+y+HUAOdt7TqkR2fc7bbMNNTbqbxZh7l78g2su6yMMpbtZFPG9QFgznW75prLOF12Fnv9bUfuMrZ8cfzdiyPMPalv9+Josf/p8gpDt9Pu8vrCE6d92XatywsB32AwpcvAPzeYsh9zHtJwvHiet5PeMgz32l3WeDPtPnv8C+6azvfWfd4LbWPd5bWPRtZRLiU88SPladu3jOXuI+VziZLbzQCjFGwzwChR2AwwSry1AhyiRFYzwCjd1AwwSgo1A4zSN80Ao0RLM0BLBAJaIhDQEoGAlggEtEQY4GiJQEBLBAJaIhDQEoGAlsgJwJvPDOyAlggEtEQgoCUCAS0RCGiJMMDJEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDnC0RCGiJoL9bPs+WCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYCLJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGWC0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMDVEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggCXJIlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQaYLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwwDCPj28GaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAH3GOgW0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBigz1ingJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIAqy+hR8D1nVbm8o9YJS3cK7j9nPmNZdjwFq2b1zn4Xbpm0mUd+WFJkuU5L/SJErFnzNZlve1fyx9M4kS5leaRGntK02i5HNe521xSXk9Nvl57Xk75prnffE0fvaLe5m3nc+6Hi8taa77Qawf2j+/vD+IvG+pcrm1+GxxSftAhg/j8X2IURK+6yFGuYzwvCFOaRviND1YWmrdD/jjeKd0eipRwibWVMKUwamp1KHsUxl/O4v9Uqlh2uBSlTB1cKlKmL3wKZV13ziXlJbjk1VN0x6d5Xjp6+8uap/7/H7n3WcSPGneDbY4tc8cCDTAPsvh1ADnbe06pEdn3O22zDTU26m8WYe5e/L61muXlVHGsp1syrg+AMw/CnX/NT5Ol53FXn/bsXYZW744/u7FEeae1Ld7cTTY/6xdXmHodtpdXl944rQv2651eSHgOwymy8A/N5iyH3Me0nC8eJ63k94yDPfaXdZ4M+0+e/wL7prO99Z93gttYb2mLq99NLKOcinhiR8pT9u+ZSx3HylfU5TcbgYYpWCbAUaJwmaAUeKtGWCUyGoGGKWbmgFGSaFmgFH6phVgjhItzQAtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQZYLJETgDefGdgBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGOFgiENASgYCWCAS0RCCgJQIBLREIaIlAQEsE/d3ydbBEIKAlwgBHSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLJEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgBnSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLFEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgCrJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGuFoiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASIYAlhXkcezNASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QB+ox1CmiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMECfsU4BLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREG6DPWKaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgB9xjoFtEQgoCUCAS0RCGiJQEBLBAFm38KPAeu6rU3lHjDKWzjXcfs585rLMWAt2zeu83C79M0kyrvySpMoyX+lSZSKP2eyLO9r/1j6ZhIlzK80idLaF5pMUfL555NFt++c8npskpdpB6x53hdP42e/uJd52/ms6/HSkua6H8T6of3zy/uDyPuWKpdbi88W/9ijbt94+DAe34cYJeG7HmKUywjPG+KUtiFO04Olpdb9gD+Od0qnpxIlbGJNJUwZnJpKHco+lfG3s9ibSpg2uFQlTB1cqhJmL3xKZd03zj//NMfxyaqmaY/Ocrz09XcXc5/7/H7n3WcSPGneDbY4c585EGiAfZbDqQHO29p1SI/OuNttmWmot1N5sx61/jLrLiujjGU72ZRxfQCYc92uueYyTpedxb7BtqPL2PLF8XcvjjD3pL7di6PF/qfLKwy9Tnvp8vrCE6d91XZt6fJCwHcYTJeBf24wZT/mPKThePE8bye9ZRjutbus8Wbaffb4F9w1ne+t+7wX2sa6y2sfjayjXEp44kfK07ZvGcv9R8qXKLndDDBKwbYCrFGisBlglHhrBhglspoBRummZoBRUqgZYJS+aQYYJVqaAVoiENASgYCWCANcLREIaIlAQEsEAloiENASgYCWCAS0RE4A3nxmYAe0RCCgJQIBLREEWJIlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQaYLREIaIlAQEsEAloi6O+Wl2yJQEBLBAJaIhDQEoGAlggEtEQYYLFEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAHSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAnSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLZEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgDDPO6+GaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgB9xjoFtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYoM9Yp4CWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAIcfMY6BbREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGKDPWKeAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASQYCjb+HHgHXd1qZyBxjmLZzruP2cec3lGLCW7RvXebhd+mYS5V15pUmU5L/SJErFnzNZlve1fyx9M4kS5leaRGntK02i5HNe521xSXk9NsnLtAPWPO+Lp/GzX9zLvO181vV4aUlz3Q9i/dD++eX9QeR9S5XLrcVni0vaBzJ8GI/vQ4yS8F0PMcplhOcNcUrbEKfpwdJS637AH8c7pdNTiRI2oaYyhCmDU1OpQ9mnMv52FntTCdMGl6qEqYNLVcLshU+prPvGuaS0HJ+sapr26CzHS19/dzH0uc/vd959JsGT5t1ii9NnDgQaYJ/lcGqA87Z2HdKjM+52W2Ya6u1UflmPYe6efAPrLivj59XjbfG4PgDMuW7XXHMZp8vOYq+/7Ri7jC1fHH/34hh9cTR6cTTY/4xdXmHodtpdXl944rQv2651eSHgOwymy8A/N5iyH3Me0nC8eJ63k94yDPfaXdZ4K+2pzx7/grum8711n/dC21h3ee2jkXWUSwlP/Eh52vYtY7n/SPkUJbebAUYp2GaAUaKwGWCUeGsGGCWymgFG6aZWgHOUFGoGGKVvmgFGiZZmgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLFEIKAlAgEtkROAN58Z2AEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGGC1RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcL+bvlqiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQBTskSgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAPMlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYYLFEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAHSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgDDPOS9GaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgB9xjoFtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYoM9Yp4CWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAP0GesU0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgD5jnQJaIhDQEoGAlggEtEQgoCUCAS0RCGiJIMDZt/BjwLpua1O5B4zyFs513H7OvOZyDFjL9o3rPNwufTOJ8q680iRK8l9pEqXiz5ksy/vaP5b+NFlSlDC/0iRKa19pEiWf8zpvi0vK67FJXqYdsOZ5XzyNn/3iXuZt57Oux0tLmut+EOuH9s8v7w8i71uqXG4tPltc0j6Q4cN4fB9ilITveohRLiM8b4hT2oY4TQ+Wllr3A/443imdnkqUsIk1lTBlcGoqdSj7VMbfzmJvKmHa4FKVMHVwpUqY59ifU1n3jXNJaTk+WdU07dFZjpe+/u4i97nP73fefSbBk+bdYIuT+8yBQAPssxxODXDe1q5DenTG3W7LTEO9ncqbdZi7J9/AusvKKGPZTjZlXB8A5ly3a665jNNlZ7FvsO3oMrZ8cfzVi6OEuSf17V4cDfY/pcsrDN1Ou8vrC0+c9lXbtdLlhYDvMJguA//cYMp+zHlIw/Hied5Oessw3Gt3WePNtPvs8S+4azrfW/d5L7SNdZfXPhpZR7mU8MSPlKdt3zKWu4+UL0OU3G4GGKVgmwFGicJmgFHirRlglMhqBhilm5oBRkmhZoBR+qYZYJRoaQZoiTDA0RKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BI5AXjzmYEd0BJhgJMlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQY4WyIQ0BKBgJYIBLREIKAlAgEtEfR3y5fZEoGAlggEtEQgoCXCABdLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIgywWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgKslAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQRYkyUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBpgtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTDAYolAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEAfqMdQpoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTBAn7FOAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBugz1imgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAfcY6BbREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGKDPWKeAlggEtEQgoCWCAFffwo8B67qtTeUeMMpbONdx+znzmssxYC3bN67zcLv0zSTKu/JKkyjJf6VJlIo/Z7Is72v/WPpmEiXMrzSJ0tpXmkTJ57zO2+KS8npskpdpB6x53hdP42e/uJd52/ms6/HSkua6H8T6of3zy/uDyPuWKpdbi88Wl7QPZPgwHt+HGCXhex5ijXIZ4XlDnNI2xGl6sLTUuh/wx/FO6fRUooRNrKmEKYNTU6lD2acy/nYWe1MJ0waXqoSpg0tVwuyFT6ms+8a5pLQcn6xqmvboLMdLv8Huos99fr/z7jMJnjTvBluctc8cCDTAPsvh1ADnbe06pEdn3O22zDTU26m8WYe5e/INrLusjDKW7WRTxvUBYM51u+aayzhddhZ7/W3H2mVs+eL4uxdHmHtS3+7F0WL/0+UVhm6n3eX1hSdO+7LtWpcXAl5+MENKXQb+ucGU/ZjzkIbjxfO8nfSWYbjX7rLGm2n32eNfcNd0vrfu815oG+sur300so5yKeGJHylP275lLH9+pPwHYJTcbgYYpWCbAUaJwmaAUeKtFWCOElnNAKN0UzPAKCnUDDBK3zQDjBItzQAtEQhoiUBASwQCWiIQ0BJhgMUSgYCWCAS0RCCgJQIBLZETgDefGdgBLREIaIlAQEsEAloiENASYYCDJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGOFoiENASIX+3/AegJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBjgZIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEAc6WCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBjgYolAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEAVZLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIgxwtUQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCWCAHOYx8c3A7REIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGKDPWKeAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYA+Y50CWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIM0GesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAEW38KPAeu6rU3lHjDKWzjXcfs585rLMWAt2zeu83C79M0kyrvyQpMpSvJfaRKl4s+ZLMv72j+WvplECfMrTaK09pUmUfI5r/O2uKS8HpvkZdoBa573xdP42S/uZd52Put6vLSkue4HsX5o//zy/iDyvqXK5dbis8Ul7QMZPozH9yFGSfiuhxjlMsLzhjilbYjT9GBpqXU/4I/jndLpqUQJm1hTCVMGp6ZSh7JPZfztLPZLZQ7TBpeqhKmDS1XC7IVPqaz7xrmktByfrGqa9ugsx0tff3cx97nP73fefSbBk+bdYIsz95kDgQbYZzmcGuC8rV2H9OiMu92WmYZ6O5U36zB3T17feumyMspYtpNNGdcHgDnX7ZprLuN02Vns9bcdS5ex5Yvj714cYe5JfbsXR4P9z9LlFYZup93l9YUnTvuy7VqXFwK+w2C6DPxzgyn7MechDceL53k76S3DcK/dZY030+6zx7/grul8b93nvdAm1rXLax+NrKNcSnjiR8rTtm8Zy/1HymuU3G4GGKVgmwFGicJmgFHirRlglMhqBhilm5oBRkmhZoBR+qYV4BolWpoBWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIIcEiWyAnAm88M7ICWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAPMlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEkF/t3zIlggEtEQYYLFEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAHSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAnSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLZEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAXSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMMMzj2JsBWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIM0GesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAGOPmOdAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDNBnrFNASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QB+ox1CmiJQEBLBAJaIhDQEoGAlggCnHwLPwas67Y2lXvAKG/hXMft58xrLseAtWzfuM7D7dI3kyjvyitNoiT/lSZRKv6cybK8r/1j6ZtJlDC/0iRKa19oMkTJ57zO2+KS8npskpdpB6x53hdP42e/uJd52/ms6/HSkua6H8T6of3zy/uDyPuWKpdbi88Wl7QPZPgwHt+HGCXhux5ilMsIzxvilLYhTtODpaXW/YA/jndKp6cSJWxiTSVMGZyaSh3KPpXxt7PYm0qYNrhUJUwdXKoSZi98SmXdN84lpeX4ZFXTtEdnOV76+ruLsc99fr/z7jMJnjTvBlucsc8cCDTAPsvh1ADnbe06pEdn3O22zDTU26m8WY9af5l1l5VRxrKdbMq4PgDMuW7XXHMZp8vOYt9g29FlbPni+LsXR5h7Ut/uxdFi/9PlFYZepz11eX3hidO+ars2dXkh4DsMpsvAPzeYsh9zHtJwvHiet5PeMgz32l3WeDPtPnv8C+6azvfWfd4LbWPd5bWPRtZRLiU88SPladu3jOX+I+VTlNxuBhilYFsBzlGisBlglHhrBhglspoBRummZoBRUqgZYJS+aQYYJVqaAVoiENASgYCWCANcLBEIaIlAQEsEAloiENASgYCWCAS0RE4A3nxmYAe0RCCgJQIBLREGWC0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMDVEoGAlggEtEQgoCXC/m75aolAQEsEAloiENASgYCWCAS0RBDgnCwRCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMBsiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBFksEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDHCwRCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAR0sEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDDDM4+6bAVoiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDNBnrFNASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QB+ox1CmiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMECfsU4BLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREG6DPWKaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlggAXn7FOAS0RBuhb+DFgXbe1qfwJWMO8hXMdt58zr7kcA9ayfeM6D7dL30yivCuvNImS/FeaRKn4cybL8r72j6VvJlHC/EqTKK19pUmUfM7rvC0uKa/HJnmZdsCa533xNH72i3uZt53Puh4vLWmu+0GsH9o/v7w/iLxvqXK5tfhscUn7QIYP4/F9iFESvushRrmM8LwhTmkb4jQ9WFpq3Q/443indHoqUcIm1FRymDI4NZU6lH0q429nsTeVMG1wqUqYOrhUJcxe+JTKum+cS0rL8cnqRy/s0VmOl77+7iL3uc/vd959JsGT5t1ii9NnDgQaYJ/lcGqA87Z2HdKjM+52W2Ya6u1UflmXMHdPvoF1l5VRxrKdbMq4PgDMuW7XXHMZp8vOYq+/7ShdxpYvjr97cYy+OBq9OBrsf0qXVxi6nXaX1xeeOO3LtmtdXgj4DoPpMvDPDabsx5yHNBwvnuftpLcMw712lzXeSnvos8e/4K7pfG/d573QNtZdXvtoZB3lUsITP1Ketn3LWO4/Uj5Eye1mgFEKthlglChsBhgl3poBRomsZoBRuqkV4BglhZoBRumbZoBRoqUZoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDnCwRCGiJQEBL5ATgzWcGdkBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBjhbIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEkF/t7wulggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYYLVEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgBXSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIIcE2WCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBhgtkQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAIslAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQYY5iHvzQAtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAH3GOgW0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBigz1ingJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIA/QZ6xTQEoGAlggEtEQgoCUCAS0RCGiJQEBLhACOybfwY8C6bmtTuQeM8hbOddx+zrzmcgxYy/aN6zzcLn0zifKuvNIkSvJfaRKl4s+ZLMv72j+W/jKpUcL8SpMorX2lSZR8zuu8LS4pr8cmeZl2wJrnffE0fvaLe5m3nc+6Hi8taa77Qawf2j+/vD+IvG+pcrm1+GxxSftAhg/j8X2IURK+6yFGuYzwvCFOaRviND1YWmrdD/jjeKd0eipRwibWVMKUwamp1KHsUxl/O4u9qYRpg0tVwtTBlSphnmN/TmXdN84lpeX4ZFXTtEdnOV76+ruLtc99fr/z7jMJnjTvBluctc8cCDTAPsvh1ADnbe06pEdn3O22zDTU26m8WYe5e/INrLusjDKW7WRTxvUBYM51u+aayzhddhb7BtuOLmPLF8ffvDh+8PviaPTi+Pr9T05dXmHodtpdXl944rQv2q7l1OWFgO8wmC4D/9xgyn7MeUjD8eJ53k56yzDca3dZ4820++zxL7hrOt9b93kvtI11l9c+GllHuZTwxI+Up23fMpa7j5TnHCW3mwFGKdhmgFGisBlglHhrBhglspoBRummZoBRUqgZYJS+aQYYJVqaAVoiDLBYIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIicAbz4zsANaIgxwsEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAEdLBAJaIhDQEoGAlggEtEQgoCWC/m55Hi0RCGiJQEBLBAJaIgxwskQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAGdLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIgxwsUQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAKslAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQa4WiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJBgCVZIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAPmOdAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDNBnrFNASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QB+ox1CmiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMECfsU4BLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREG6DPWKaAlAgEtEQhoiSDAwbfwY8C6bmtTuQeM8hbOddx+zrzmcgxYy/aN6zzcLn0zifKuvNIkSvJfaRKl4s+ZLMv72j+WvplECfMrTaK09pUmUfI5r/O2uKS8HpvkZdoBa573xdP42S/uZd52Put6vLSkue4HsX5o//zy/iDyvqXK5dbis8Ul7QMZPozH9yFGSfiehzhHuYzwvCFOaRviND1YWmrdD/jjeKd0eipRwibWVMKUwamp1KHsUxl/O4u9qYRpg0tVwtTBpSph9sKnVNZ941xSWo5PVjVNe3SW46XfYHfR5z6/33n3mQRPmneDLc7SZw4EGmCf5XBqgPO2dh3SozPudltmGurtVN6sw9w9+QbWXVZGGct2sinj+gAw57pdc81lnC47i73+tmPpMrZ8cfzdiyPMPalv9+Josf/p8gpDt9Pu8vrCE6d92XatywsB32AwtcvAPzeYsh9zHtJwvHiet5PeMgz32l3WeDPtPnv8C+6azvfWfd4LbWPd5bWPRtZRLiU88SPladu3jOX+I+U1Sm43A4xSsM0Ao0RhM8Ao8dYKcI0SWc0Ao3RTM8AoKdQMMErfNAOMEi3NAC0RCGiJQEBLBAJaIhDQEkGAY7JEIKAlAgEtEQhoiUBAS+QE4M1nBnZASwQCWiIQ0BKBgJYIBLREGGC2RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAiyUCAS0R9HfLx2KJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBjhYIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAoyUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBjhZIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAsyUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBrhYIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAYR4f3wzQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAPmOdAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiCHDyGesU0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgD5jnQJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIgzQZ6xTQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAc6+hR8D1nVbm8o9YJS3cK7j9nPmNZdjwFq2b1zn4Xbpm0mUd+WFJkOU5L/SJErFnzNZlve1fyx9M4kS5leaRGntK02i5HNe521xSXk9NsnLtAPWPO+Lp/GzX9zLvO181vV4aUlz3Q9i/dD++eX9QeR9S5XLrcVni0vaBzJ8GI/vQ4yS8F0PMcplhOcNcUrbEKfpwdJS637AH8c7pdNTiRI2saYSpgxOTaUOZZ/K+NtZ7JfKGKYNLlUJUweXqoTZC59SWfeNc0lpOT5Z1TTt0VmOl77+7mLsc5/f77z7TIInzbvBFmfsMwcCDbDPcjg1wHlbuw7p0Rl3uy0zDfV2Km/WYe6evL711GVllLFsJ5syrg8Ac67bNddcxumys9jrbzumLmPLF8ffvTjC3JP6di+OBvufqcsrDN1Ou8vrC0+c9mXbtS4vBHyHwXQZ+OcGU/ZjzkMajhfP83bSW4bhXrvLGm+m3WePf8Fd0/neus97oU2s5y6vfTSyjnIp4YkfKU/bvmUs9x8pn6PkdjPAKAXbDDBKFDYDjBJvzQCjRFYzwCjd1AwwSgo1A4zSN60AlyjR0gzQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGA1RI5AXjzmYEd0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgKslAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLRE2N8tXy0RCGiJIMAlWSIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgNkSgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAMslggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQY4GCJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAGOlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQY4GSJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAGGeRx7M0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAH6jHUKaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCWCAKvPWKeAlggEtEQgoCUCAS0RCGiJIMDVt/BjwLpua1O5B4zyFs513H7OvOZyDFjL9o3rPNwufTOJ8q680iRK8l9pEqXiz5ksy/vaP5a+mUQJ8ytNorT2hSY5Sj7ndd4Wl5TXY5O8TDtgzfO+eBo/+8W9zNvOZ12Pl5Y01/0g1g/tn1/eH0Tet1S53Fp8trikfSDDh/H4PsQoCd/1EKNcRnjeEKe0DXGaHiwtte4H/HG8Uzo9lShhE2sqYcrg1FTqUPapjL+dxd5UwrTBpSph6uBSlTB74VMq675xLiktxyermqY9Osvx0tffXZQ+9/n9zrvPJHjSvBtscUqfORBogH2Ww6kBztvadUiPzrjbbZlpqLdTebMetf4y6y4ro4xlO9mUcX0AmHPdrrnmMk6XncW+wbajy9jyxfF3L44w96S+3Yujxf6nyysMvU576PL6whOnfdV2bejyQsB3GEyXgX9uMGU/5jyk4XjxPG8nvWUY7rW7rPFm2n32+BfcNZ3vrfu8F9rGustrH42so1xKeOJHytO2bxnL/UfKhyi53QwwSsG2AhyjRGEzwCjx1gwwSmQ1A4zSTc0Ao6RQM8AofdMMMEq0NAO0RCCgJQIBLREGOFkiENASgYCWCAS0RCCgJQIBLREIaImcALz5zMAOaIlAQEsEAloiDHC2RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAF0sEAloiENASgYCWCPu75YslAgEtEQhoiUBASwQCWiIQ0BJhgNUSgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCANcLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkQwCklSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMMFsiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYDFEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDDPO4+2aAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYA+Y50CWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIM0GesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAH6jHUKaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQSYfQs/BqzrtjaVO8Awb+Fcx+3nzGsux4C1bN+4zsPt0jeTKO/KK02iJP+VJlEq/pzJsryv/WPpm0mUML/SJEprX2kSJZ/zOm+LS8rrsUleph2w5nlfPI2f/eJe5m3ns67HS0ua634Q64f2zy/vDyLvW6pcbi0+W1zSPpDhw3h8H2KUhO96iFEuIzxviFPahjhND5aWWvcD/jjeKZ2eSpSwCTWVNUwZnJpKHco+lfG3s9ibSpg2uFQlTB1cqhJmL3xKZd03ziWl5fhkVdO0R2c5Xvr6u4u1z31+v/PuMwmeNO8WW5w+cyDQAPssh1MDnLe165AenXG32zLTUG+n8tP6xz9J6y+z7rIyyli2k00Z1weAOdftmmsu43TZWezltx0ldRlbvjj+7sUx+uJo9OL4+v3Pj1E67Y6m3eX1hSdO+7LtWpcXAr7DYLoM/HODKfsx5yENx4vneTvpLcNwr91ljbfSzn32+BfcNZ3vrfu8F9rGustrH42so1xKeOJHytO2bxnL3UfKS46S280AoxRsM8AoUdgMMEq8NQOMElnNAKN0UyvAEiWFmgFG6ZtmgFGipRmgJQIBLREIaIlAQEsEAloiENASgYCWCAMcLBEIaIlAQEvkBODNZwZ2QEsEAloiENASgYCWCAS0RCCgJQIBLREGOFoiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASQX+3vEyWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBjgbIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEAS6WCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBhgtUQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAFdLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIghwSJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGGCYh7w3A7REIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGKDPWKeAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYA+Y50CWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIM0GesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RBDj6Fn4MWNdtbSr3gFHewrmO28+Z11yOAWvZvnGdh9ulbyZR3pVXmkRJ/itNolT8OZNleV/7x9JfJnOUML/SJEprX2kSJZ/zOm+LS8rrsUleph2w5nlfPI2f/eJe5m3ns67HS0ua634Q64f2zy/vDyLvW6pcbi0+W1zSPpDhw3h8H2KUhO96iFEuIzxviFPahjhND5aWWvcD/jjeKZ2eSpSwiTWVMGVwaip1KPtUxt/OYm8qYdrgUpUwdXClSpjn2J9TWfeNc0lpOT5Z1TTt0VmOl77+7mLpc5/f77z7TIInzbvBFmfpMwcCDbDPcjg1wHlbuw7p0Rl3uy0zDfV2Km/WYe6efAPrLiujjGU72ZRxfQCYc92uueYyTpedxb7BtqPL2PLF8VcvjhrmntS3e3E02P/ULq8wdDvtLq8vPHHaV23XapcXAr7DYLoM/HODKfsx5yENx4vneTvpLcNwr91ljTfT7rPHv+Cu6Xxv3ee90DbWXV77aGQd5VLCEz9SnrZ9y1juP1K+RsntZoBRCrYZYJQobAYYJd6aAUaJrGaAUbqpGWCUFGoGGKVvmgFGiZZmgJYIApySJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJXIC8OYzAzugJcIAsyUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RBlgsEQhoiUBASwQCWiIQ0BKBgJYI+rvlU7FEIKAlAgEtEQhoiTDAwRKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIAxwtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTDAyRKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIA5wtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTDAxRKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIA6yWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBigz1ingJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIApx9xjoFtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYoM9Yp4CWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAP0GesU0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgD5jnQJaIhDQEoGAlggCXHwLPwas67Y2lXvAKG/hXMft58xrLseAtWzfuM7D7dI3kyjvyitNoiT/lSZRKv6cybK8r/1j6ZtJlDC/0iRKa19pEiWf8zpvi0vK67FJXqYdsOZ5XzyNn/3iXuZt57Oux0tLmut+EOuH9s8v7w8i71uqXG4tPltc0j6Q4cN4fB9ilITveYhjlMsIzxvilLYhTtODpaXW/YA/jndKp6cSJWxiTSVMGZyaSh3KPpXxt7PYm0qYNrhUJUwdXKoSZi98SmXdN84lpeX4ZFXTtEdnOV76DXYXfe7z+513n0nwpHk32OJMfeZAoAH2WQ6nBjhva9chPTrjbrdlpqHeTuXNOszdk29g3WVllLFsJ5syrg8Ac67bNddcxumys9jrbzumLmPLF8ffvTjC3JP6di+OFvufLq8wdDvtLq8vPHHal23XurwQ8A0GM3cZ+OcGU/ZjzkMajhfP83bSW4bhXrvLGm+m3WePf8Fd0/neus97oW2su7z20cg6yqWEJ36kPG37lrHcf6R8jpLbzQCjFGwzwChR2AwwSry1AlyiRFYzwCjd1AwwSgo1A4zSN80Ao0RLM0BLBAJaIhDQEoGAlggEtEQYYLVEIKAlAgEtEQhoiUBAS+QE4M1nBnZASwQCWiIQ0BKBgJYIBLREGOBqiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQB1mSJQEBLBP3d8posEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgCzJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGWCwRCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMDBEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDHC0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMDJEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDDPP4+GaAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYA+Y50CWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIM0GesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAGuPmOdAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiBHBOvoUfA9Z1W5vKPWCUt3Cu4/Zz5jWXY8Batm9c5+F26ZtJlHflhSY5SvJfaRKl4s+ZLMv72j+WvplECfMrTaK09pUmUfI5r/O2uKS8HpvkZdoBa573xdP42S/uZd52Put6vLSkue4HsX5o//zy/iDyvqXK5dbis8Ul7QMZPozH9yFGSfiuhxjlMsLzhjilbYjT9GBpqXU/4I/jndLpqUQJm1hTCVMGp6ZSh7JPZfztLPZLpYRpg0tVwtTBpSph9sKnVNZ941xSWo5PVjVNe3SW46Wvv7sofe7z+513n0nwpHk32OKUPnMg0AD7LIdTA5y3teuQHp1xt9sy01Bvp/JmHebuyetbD11WRhnLdrIp4/oAMOe6XXPNZZwuO4u9/rZj6DK2fHH83YsjzD2pb/fiaLD/Gbq8wtDttLu8vvDEaV+2XevyQsB3GEyXgX9uMGU/5jyk4XjxPG8nvWUY7rW7rPFm2n32+BfcNZ3vrfu8F9rEeuzy2kcj6yiXEp74kfK07VvGcv+R8jFKbjcDjFKwzQCjRGEzwCjx1gwwSmQ1A4zSTc0Ao6RQM8AofdMKcIoSLc0ALREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGOFsiJwBvPjOwA1oiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDHCxRCCgJQIBLREIaIlAQEsEAloiENASgYCWCPu75YslAgEtEQZYLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwwNUSgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAL8cYgCMkBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAFmSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMsFgiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYCDJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREGGOZx7M0ALREIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREG6DPWKaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgB9xjoFtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYoM9Yp4CWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAP0GesU0BKBgJYIBLREIKAlAgEtEQRYfAs/BqzrtjaVe8Aob+EfJ6Pt58xrLseAtWzfuM7D7dI3kyjvyitNoiT/lSZRKv6cybK8r/1j6ZtJlDC/0iRKa19oskbJ57zO2+KS8npskpdpB6x53hdP42e/uJd52/ms6/HSkua6H8T6of3zy/uDyPuWKpdbi88Wl7QPZPgwHt+HGCXhux5ilMsIzxvilLYhTtODpT9+Ae4H/HG8Uzo9lShhE2sqYcrg1FTqUPapjL+dxd5UwrTBpSph6uBSlTB74VMq675xLiktxyermqY9Osvx0pffXQypz31+v/PuMwmeNO+v3+IMqc8cCDTAPsvh1ADnbe06pEdn3O22zDTU26m8WY9af5l1l5VRxrKdbMq4PgDMuW7XXHMZp8vOYt9g29FlbPni+LsXR5h7Ut/uxdFi/9PlFYZep527vL7wxGlftV3LXV4I+A6D6TLwzw2m7Mecf/T08eJ53k56yzDca3dZ4820++zxL7hrOt9b93kvtI11l9c+GllHuZTwxI+Up23fMpa7j5QPOUpuNwOMUrCtAEuUKGwGGCXemgFGiaxmgFG6qRlglBRqBhilb5oBRomWZoCWCAS0RCCgJcIAB0sEAloiENASgYCWCAS0RCCgJQIBLZETgDefGdgBLREIaIlAQEuEAY6WCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBjgZIlAQEsEAloiENASQX+3fJgsEQhoiUBASwQCWiIQ0BKBgJYIA5wtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiTDAxRKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIA6yWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBjgaolAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAY7JEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDDPO4+2aAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYA+Y50CWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIM0GesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAH6jHUKaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQQ4+RZ+DFjXbW0qd4Bh3sK5jtvPmddcjgFr2b5xnYfbpW8mUd6VV5pESf4rTaJU/DmTZXlf+8fSN5MoYX6lSZTWvtIkSj7ndd4Wl5TXY5O8TDtgzfO+eBo/+8W9zNvOZ12Pl5Y01/0g1g/tn1/eH0Tet1S53Fp8trikfSDDh/H4PsQoCd/1EKNcRnjeEKe0DXGaHiwtte4H/HG8Uzo9lShhE2oqS5gyODWVOpR9KuNvZ7E3lTBtcKlKmDq4VCXMXviUyrpvnEtKy/HJqqZpj85yvPT1dxdLn/v8fufdZxI8ad4ttjh95kCgAfZZDqcGOG9r1yE9OuNut2Wmod5O5Zd1DXP35BtYd1kZZSzbyaaM6wPAnOt2zTWXcbrsLPb6247aZWz54vi7F8foi6PRi6PB/qd2eYWh22l3eX3hidO+bLvW5YWA7zCYLgP/3GDKfsx5SMPx4nneTnrLMNxrd1njrbTXPnv8C+6azvfWfd4LbWPd5bWPRtZRLiU88SPladu3jOX+I+VrlNxuBhilYJsBRonCZoBR4q0ZYJTIagYYpZsaAc4pSgo1A4zSN80Ao0RLM0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RBpgtEQhoiUBAS+QE4M1nBnZASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQZYLBEIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaImgv1s+D5YIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGOBoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBTpYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGOBsiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBLpYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGGC1RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAwzzkvRmgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJYIAF5+xTgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAH3GOgW0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RBigz1ingJYIBLREIKAlAgEtEQhoiUBASwQCWiIIsPoWfgxY121tKveAUd7CuY7bz5nXXI4Ba9m+cZ2H26VvJlHelVeaREn+K02iVPw5k2V5X/vH0l8mY5Qwv9IkSmtfaRIln/M6b4tLyuuxSV6mHbDmeV88jZ/94l7mbeezrsdLS5rrfhDrh/bPL+8PIu9bqlxuLT5bXNI+kOHDeHwfYpSE73qIUS4jPG+IU9qGOE0PlpZa9wP+ON4pnZ5KlLCJNZUwZXBqKnUo+1TG385ibyph2uBSlTB1cKVKmOfYn1NZ941zSWk5PlnVNO3RWY6Xvv7uYupzn9/vvPtMgifNu8EWZ+ozBwINsM9yODXAeVu7DunRGXe7LTMN9XYqb9Zh7p58A+suK6OMZTvZlHF9AJhz3a655jJOl53FvsG2o8vY8sXxVy+OOcw9qW/34miw/5m7vMLQ7bS7vL7wxGlftV2bu7wQ8B0G02XgnxtM2Y85D2k4XjzP20lvGYZ77S5rvJl2nz3+BXdN53vrPu+FtrHu8tpHI+solxKe+JHytO1bxnL/kfIlSm43A4xSsM0Ao0RhM8Ao8dYMMEpkNQOM0k3NAKOkUDPAKH3TDDBKtDQDtEQYYLVEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLRETgDefGZgB7REGOBqiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQBrskSgYCWCAS0RCCgJQIBLREIaImgv1u+JksEAloiENASgYCWCAPMlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYYLFEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAHSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgAnSwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIMcLZEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgB9xjoFtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYoM9Yp4CWCAS0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAP0GesU0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BIhgEvyGesU0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJhgD5jnQJaIhDQEoGAlggCzL6FHwPWdVubyj1glLdwruP2c+Y1l2PAWrZvXOfhdumbSZR35ZUmUZL/SpMoFX/OZFne1/6x9M0kSphfaRKlta80iZLPeZ23xSXl9dgkL9MOWPO8L57Gz35xL/O281nX46UlzXU/iPVD++eX9weR9y1VLrcWny0uaR/I8GE8vg8xSsL3PMQS5TLC84Y4pW2I0/Rgaal1P+CP453S6alECZtYUwlTBqemUoeyT2X87Sz2phKmDS5VCVMHl6qE2QufUln3jXNJaTk+WdU07dFZjpd+g91Fn/v8fufdZxI8ad4NtjhDnzkQaIB9lsOpAc7b2nVIj864222Zaai3U3mzDnP35BtYd1kZZSzbyaaM6wPAnOt2zfVHlE2XncVef9sxdBlbvjj+7sUR5p7Ut3txtNj/dHmFodtpd3l94YnTvmy71uWFgG8wmLHLwD83mLIfcx7ScLx4nreT3jIM99pd1ngz7T57/Avums731n3eC21j3eW1j0bWUS4lPPEj5Wnbt4zl/iPlY5TcbgYYpWCbAUaJwmaAUeKtFeAUJbKaAUbppmaAUVKoGWCUvmkGGCVamgFaIhDQEoGAlggEtEQgoCXCAGdLBAJaIhDQEoGAlggEtEROAN58ZmAHtEQgoCUCAS0RCGiJQEBLhAEulggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQYYLVEIKAlwv5uebVEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIA1wtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiSDAkiwRCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMBsiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBFksEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDHCwRCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAwzw+vhmgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAfcY6BbREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGKDPWKeAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASYYA+Y50CWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBASwQCWiIIcPAt/BiwrtvaVO4Bo7yFcx23nzOvuRwD1rJ94zoPt0vfTKK8Ky80WaMk/5UmUSr+nMmyvK/9Y+mbSZQwv9IkSmtfaRIln/M6b4tLyuuxSV6mHbDmeV88jZ/94l7mbeezrsdLS5rrfhDrh/bPL+8PIu9bqlxuLT5bXNI+kOHDeHwfYpSE73qIUS4jPG+IU9qGOE0Plv5o4v2AP453SqenEiVsYk0lTBmcmkodyj6V8bez2E+VMYVpg0tVwtTBpSph9sKnVNZ941xSWo5PVjVNe3SW46Uvv7sYU5/7/H7n3WcSPGneX7/FGVOfORBogH2Ww6kBztvadUiPzrjbbZlpqLdTebMOc/fk9a1zl5VRxrKdbMq4PgDMuW7XXHMZp8vOYq+/7chdxpYvjr97cYS5J/XtXhwN9j+5yysM3U67y+sLT5z2Zdu1Li8EfIfBdBn45wZT9mPOQxqOF8/zdtJbhuFeu8sab6bdZ49/wV3T+d66z3uhTaxLl9c+GllHuZTwxI+Up23fMpa7j5T/+J8EZIBRCrYZYJQobAYYJd6aAUaJrGaAUbqpGWCUFGoGGKVvWgEOUaKlGaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlwgBHS+QE4M1nBnZASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBTpYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BJBf7d8nCwRCGiJMMDZEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDXCwRCGiJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJMMBqiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBrpYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREEOCULBEIaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwwGyJQEBLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAGGeRx7M0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAH6jHUKaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAH3GOgW0RCCgJQIBLREIaIlAQEsEAc6+hR8D1nVbm8o9YJS3cK7j9nPmNZdjwFq2b1zn4Xbpm0mUd+WVJlGS/0qTKBV/zmRZ3tf+sfTNJEqYX2kSpbUvNFmi5HNe521xSXk9NsnLtAPWPO+Lp/GzX9zLvO181vV4aUlz3Q9i/dD++eX9QeR9S5XLrcVni0vaBzJ8GI/vQ4yS8F0PMcplhOcNcUrbEKfpwdJS637AH8c7pdNTiRI2saYSpgxOTaUOZZ/K+NtZ7E0lTBtcqhKmDi5VCbMXPqWy7hvnktJyfLKqadqjsxwvff3dRe1zn9/vvPtMgifNu8EWp/aZA4EG2Gc5nBrgvK1dh/TojLvdlpmGejuVN+tR6y+z7rIyyli2k00Z1weAOdftmmsu43TZWewbbDu6jC1fHH/34ghzT+rbvTha7H+6vMLQ67TXLq8vPHHaV23X1i4vBHyHwXQZ+OcGU/ZjzkMajhfP83bSW4bhXrvLGm+m3WePf8Fd0/neus97oW2su7z20cg6yqWEJ36kPG37lrHcf6R8jZLbzQCjFGwjwCVFicJmgFHirRlglMhqBhilm5oBRkmhZoBR+qYZYJRoaQZoiUBASwQCWiIMMFsiENASgYCWCAS0RCCgJQIBLREIaImcALz5zMAOaIlAQEsEAloiDLBYIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAgyUCAS0RCGiJQEBLBP3d8mWwRCCgJQIBLREIaIlAQEsEAloiDHC0RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAJ0sEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDHC2RCCgJQIBLREIaIlAQEsEAloiENASgYCWCAS0RCCgJcIAF0sEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiDLBaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEmGAYR533wzQEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEkGA1WesU0BLBAJaIhDQEoGAlggEtEQgoCUCAS0RCGiJQEBLhAH6jHUKaIlAQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIkwQJ+xTgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQboM9YpoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggEtEQgoCXCAH3GOgW0RBDg6lv4MWBdt7Wp3AGGeQvnOm4/Z15zOQasZfvGdR5ul76ZRHlXXmkSJfmvNIlS8edMluV97R9L30yihPmVJlFa+0qTKPmc13lbXFJej03yMu2ANc/74mn87Bf3Mm87n3U9XlrSXPeDWD+0f355fxB531Llcmvx2eKS9oEMH8bj+xCjJHzXQ4xyGeF5Q5zSNsRperC01Lof8MfxTun0VKKETaipTGHK4NRU6lD2qYy/ncXeVMK0waUqYergUpUwe+FTKuu+cS4pLccnq5qmPTrL8dLX311Mfe7z+513n0nwpHm32OL0mQOBBthnOZwa4LytXYf06Iy73ZaZhno7lV/Wc5i7J9/AusvKKGPZTjZlXB8A5ly3a665jNNlZ7HX33bMXcaWL46/e3GMvjgavTga7H/mLq8wdDvtLq8vPHHal23XurwQ8B0G02XgnxtM2Y85D2k4XjzP20lvGYZ77S5rvJX20mePf8Fd0/neus97oW2su7z20cg6yqWEJ36kPG37lrHcf6R8iZLbzQCjFGwzwChR2AwwSrw1A4wSWc0Ao3RTK8AaJYWaAUbpm2aAUaKlGaAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIA1wtEQhoiUBAS+QE4M1nBnZASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQJYU7JEIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREIKAlQv5ueU3ZEoGAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggDLJYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGOBgiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBjpYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGOBkiUBASwQCWiIQ0BKBgJYIBLREIKAlAgEtEQhoiUBAS4QBzpYIBLREIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGGCYh7w3A7REIKAlAgEtEQhoiUBASwQCWiIQ0BKBgJYIBLREGKDPWKeAlggEtEQgoCUCAS0RCGiJQEBLBAJaIhDQEoGAlggD9BnrFNASgYCWCAS0RCCgJQIBLREIaIlAQEsEAloiENASQYDZZ6xTQEsEAloiENASgYCWCAS0RCCgJQIBLREIaIlAQEuEAfqMdQpoiUBASwQCWiIQ0BKBgJYIBLREIKAlggCLb+HHgHXd1qZyDxjlLZzruP2cec3lGLCW7RvXebhd+mYS5V15pUmU5L/SJErFnzNZlve1fyz9ZVKihPmVJlFa+0qTKPmc13lbXFJej03yMu2ANc/74mn87Bf3Mm87n3U9XlrSXPeDWD+0f355fxB531Llcmvx2eKS9oEMH8bj+xCjJHzXQ4xyGeF5Q5zSNsRperC01Lof8MfxTun0VKKETayphCmDU1OpQ9mnMv52FntTCdMGl6qEqYMrVcI8x/6cyrpvnEtKy/HJqqZpj85yvPT1dxdDn/v8fufdZxI8ad4NtjhDnzkQaIB9lsOpAc7b2nVIj864222Zaai3U3mzDnP35BtYd1kZZSzbyaaM6wPAnOt2zTWXcbrsLPYNth1dxpYvjr96cYxh7kl9uxdHg/3P2OUVhm6n3eX1hSdO+6rt2tjlhYDvMJguA//cYMp+zHlIw/Hied5Oessw3Gt3WePNtPvs8S+4azrfW/d5L7SNdZfXPhpZR7mU8MSPlKdt3zKW+4+UT1FyuxlglIJtBhglCpsBRom3ZoBRIqsZYJRuagYYJYWaAUbpm2aAUaKlGaAlwgBnSwQCWiIQ0BKBgJbI/8/evWW3zfRst+4SWdz3v2PL74pJKX/wCPEHBJTqnuccGvRVtDRR3lQQkEkkCMgkEgRkEgkCMokEAZlEfgD49DsDFyCTSAxwYxIJAjKJBAGZRIKATCJBQCaRICCTSBCQSSQIyCQSBGQSCQIyicQAdyaRICCTSBCQSSQIyCQSBGQSCQIyicT+b/nOJBIEZBIJAjKJBAGZRGKAB5NIEJBJJAjIJBIEZBIJAjKJBAGZRIKATCJBQCaRICCTSBCQSSQEOA1MIkFAJpEgIJNIEJBJJAjIJBIEZBIJAjKJBAGZRIKATCJBQCaRGODIJBIEZBIJAjKJBAGZRIKATCJBQCaRICCTSBCQSSQIyCQSBGQSiQE2JpEgIJNIEJBJJAjIJBIEZBIJAjKJBAGZRIKATCJBQCaRICCTSAxwYhIJAjKJBAGZRIKATCJBQCaRICCTSBCQSSQIyCQSBGQSCQIyicQAZyaRICCTSBCQSSQIyCQSBGQSCQIyiQQBmUSCgEwiQUAmkSAgk0gMkDPWo4BMIkFAJpEgIJNIEJBJJAjIJBIEZBIJAjKJBAGZRIKATCIxQM5YjwIyiQQBmUSCgEwiQUAmkSAgk0gQkEkkCMgkEgRkEgkCMonEADljPQrIJBIEZBIJAjKJBAGZRIKATCJBQCaRICCTSBCQSSQIyCQSA+SM9Sggk0gQkEkkCMgkEgRkEgkCMokEAZlEgoBMIkFAJpEgIJNIDJAz1qOATCJBQCaRICCTSAhw5lvYB9yP89qh/QlY/C28D9v5wvvqAM7zvpxrvwzz88W/7r34uyf13otH6NR7L55ef3Tvy9iue5+a88rztp+vvMzt9XfouC3nN9K4j+t18TJbt7Gt510cx+tL27BeNzEcT3fcrJsYr7fDsT2/AVkXt+FakOlhPH8vYvEEzSL+i0UsnuI/cBGX4VzEZXEubft5D1N7fFwvw49XpXhrgFX5q1Up3m94k1U55uN6Yxq219T7cH7u72v78PfGZSjeHmG9b17v4lGw7/Wuf4P+mk5ZwM9ewHeex99kAdfz2mMavHfcc0NomfbnVfll/c77B71ZS+53tLmdbzZtPhzAcdzPex7bvKS9i31Adkjuo/Bw/N3DIbk/8xYPxx39I7nvI7vakvtJ/3C1s3JtlNz4+YSFkdyh+dnCtOsXDMZpmF5fvK7nm942TX9qS26n3KatufdR8DOf9U9rzb2Pe6wl9z5usu5mK2HZHr8m93QbtvXXW+95z+PTr8l9/4baMnYzQ6eqdDNrpqp0M5NlqrRuBqJUlW6mkVSVbjr2RyptOAfXsbXtWcV45XV4euX1+ZV/EXaTp/cRdlOd9xFqxmQqoWZ5phJqZmoqoWbTZhJOmgGcSqhZy6mE3WzI30eoOZ04M9ukOXB4KpozhKeiORZ4KmRq+K2ZTI0SzmRqmJBMDROSqWFCzUxNJdRs2lRCzQBOJRSt5WP+D8JfKpr74p6K5gzhqWiOBY7Koln6nopmvHsqmj3u7NgsmontqWhWs6eiGcKeimbFZY4Hi2bypRJq9mEm4aoZk6mEmuWZSqiZqamEmk2bSqgZwKmEorX8egpf2Qm2VDRnCE9FcyzwVDRL31HZNOPdU9HscU9FM7E9Fc1qdnb3Ns0Q9lRE29ZREW1bR0Wz4jJHyerD5jskrD5uvkdCzZhMJdQsz1RCzUxNJdRs2lRCzQBOJRSt5ddTePV58h+iojlDeCqaY4GjUn2c+4eoaMa7p6LZ456KZmJ7KprV7Ozu9XOGdaqKaNs6KqJt66hoVlziKLn2c0TtfYSafZhKqBmTqYSa5ZlKqJmpqYSaTZtKqBnAqYSitfxyCl/7ORsyVUVzhnBU+jnAMFVFs/Q9Fc1491Q0e9xT0UxsT0Wzml/v7q2cRWeqiLatoyLatq9VRE9dyxwlRY9oSyXU7MNUQs2YTCXULM9UQs1MTSXUbNpUQs0ATiUUreXXU7joKXeOiujBdZ6K5ljgqWiWvqeiGe+eimaPeyqaie2paFazs7s3aYawpyLato6KaNu+VuGotvAoyVFtcULNPkwl1IzJVELN8kwl1MzUVELNpk0l1AzgVELRWn49hXNinKmiOUN4KppjgaeiWfqeima8eyqaPe6paCa2p6JZzc7unujReJ6KaNu+VhE9wM5T0ay4zFGSA9XihJp9mEqoGZOphJrlmUqomamphJpNm0qoGcCZhJwYZ03hnBhnqmjOEJ6K5ljgqWiWvqeiGe+eimaPeyqaie2paFazs7snejSeoyJ62p2nItq2jopmxWWOkhyoFifU7MNUQs2YTCXULM9UQs1MTSXUbNpMQtFD4FIJRWv59RTOiXGmiuYM4alojgWeimbpeyqa8e6paPa4p6KZ2J6KZjW/3t3bRI/G81RE29ZREW1bR0Wz4hJHyY0D1eKEmn2YSqgZk6mEmuWZSqiZqZmEoue6pRJqBnAqoWgtv5zCN06MM1U0ZwhPRXMs8FQ0S99T0Yx3T0Wzxz0VzcR2VETP0XN290SPxvNURNvWURFtW0dFs+IyR0kOVIsTavZhKqFmTKYSapZnJqHoUW2phJpNm0qoGcCphKK1/HoK58Q4U0VzhvBUNMcCT0Wz9D0VzXj3VDR73FGZNRPbU9GsZmd3T/RoPE9FtG0dFdG2dVQ0Ky5zlORAtTihZh+mEmrGZCah6OlrqYSamZpKqNm0qYSaAZxKKFrLr6dwTowzVTRnCE9FcyzwVDRL31PRjHdHRfXEOEdFM7E9Fc1qdnb3RI/G81RE29ZREW1bR0Wz4jJHSQ5UixNq9mEmoeiBaqmEmuWZSqiZqamEmk2bSqgZwKmEorX8egrnxDhTRXOG8FQ0xwJPRbP0HRXVE+McFc0e91Q0E9tT0axmZ3dP9Gg8T0W0bR0V0bZ1VDQrLnOU5EC1MCEHqsUJNWMylVCzPFMJNTM1lVCzaVMJNQM4lVC0ll9P4ZwYZ6pozhCeiuZY8FplVz0xzlHRjHdPRbPHPRXNxPZUNKv59e7eLno0nqci2raOimjbOiqaFZc4Su4cqBYn1OzDVELNmEwl1CzPVELNTE0l1GzaVELNAE4lFK3l11M4J8aZKpozhKOiemKco6JZ+p6KZrx7Kpo97qloJranolnNzu6e6NF4nopo2zoqom37WoUD1cKjJAeqxQk1+zCVUDMmUwk1yzOVUDNTUwk1mzaVUDOAUwlFa/n1FM6JcZYKJ8aZKppjgaeiWfqeima8eyqaPe6paCa2p6JZzc7unujReJ6KaNs6KqJt+1qFA9XCoyQHqsUJNfswlVAzJlMJNcszlVAzU1MJNZs2lVAzgFMJRWv59RTOiXGmiuYM4alojgWeimbpeyqa8e6paPa4p6KZ2J6KZjU7u3uiR+N5KqJt+1pF9AA7T0Wz4jJHSQ5UixNq9mEqoWZMphJqlmcqoWamphJqNm0qoWYAZxJyYpw1hXNinKmiOUN4KppjgaeiWfqeima8eyqaPe6paCa2p6JZzc7unujReI6K6Gl3nopo2zoqmhWXOUpyoFqcULMPUwk1YzKVULM8Uwk1MzWVULNpEwkP0UPgUglFa/nlFH5wYpypojlDeCqaY4Gnoln6nopmvHsqmj3uqWgmtqeiWc2vd/cO0aPxPBXRtnVURNvWUdGsuMxRkgPV4oSafZhKqBmTqYSa5ZlKqJmpmYSi57qlEmoGcCqhaC2/nsI5Mc5U0ZwhPBXNscBT0Sx9T0Uz3j0VzR73VDQT21ERPUfP2d0TPRrPUxFtW0dFtG0dFc2KyxwlOVAtTqjZh6mEmjGZSqhZnpmEoke1pRJqNm0qoWYApxKK1vLrKZwT40wVzRnCU9EcCzwVzdL3VDTj3VPR7HFHZdFMbE9Fs5qd3T3Ro/E8FdG2dVRE29ZR0ay4zFGSA9XihJp9mEqoGZOZhKKnr6USamZqKqFm06YSagZwKqFoLb+ewjkxzlTRnCE8Fc2xwFPRLH1PRTPeHRXVE+McFc3E9lQ0q9nZ3RM9Gs9TEW1bR0W0bR0VzYrLHCU5UC1OqNmHmYSiB6qlEmqWZyqhZqamEmo2bSqhZgCnEorW8uspnBPjTBXNGcJT0RwLPBXN0ndUVE+Mc1Q0e9xT0UxsT0Wzmp3dPdGj8TwV0bZ1VETb1lHRrLjMUZID1YKEx8CBanFCzZhMJdQsz1RCzUxNJdRs2lRCzQBOJRSt5VdT+JcKO8GWiuYM4alojgWOiuqJcY6KZrx7Kpo97qloJranolnNL3f3vlQ0Q9hTEW1bR0W0bR0VzYrLHCU5UC1OqNmHqYSaMZlKqFmeqYSamZpKqNm0qYSaAZxKKFrLr6dwTowzVTRnCEdF9cQ4R0Wz9D0VzXj3VDR73FPRTGxPRbOand090aPxPBXRtnVURNv2tQoHqoVHSQ5UixNq9mEqoWZMphJqlmcqoWamphJqNm0qoWYApxKK1vLrKZwT4ywVTowzVTTHAk9Fs/Q9Fc1491Q0e9xT0UxsT0Wzmp3dPdGj8TwV0bZ1VETb9rUKB6qFR0kOVIsTavZhKqFmTKYSapZnKqFmpqYSajZtKqFmAKcSitby6ymcE+NMFc0ZwlPRHAs8Fc3S91Q0491T0exxT0UzsT0VzWp2dvdEj8bzVETb9rWK6AF2nopmxWWOkhyoFifU7MNUQs2YTCXULM9UQs1MTSXUbNpUQs0AziTkxDhrCufEOFNFc4bwVDTHAk9Fs/Q9Fc1491Q0e9xT0UxsT0Wzmp3dPdGj8V6rjKKn3Xkqom3rqGhWXOIoOQ6ayZdKqNmHqYSaMZlKqFmeqYSamZpKqNm0mYSih8ClEorW8sspfOTEOFNFc4bwVDTHAk9Fs/Q9Fc1491Q0e9xT0UxsT0Wzmp3dPdGj8TwV0bZ1VETb1lHRrLjMUZID1eKEmn2YSqgZk6mEmuWZSqiZqZmEoue6pRJqBnAqoWgtv57COTHOVNGcITwVzbHAU9EsfU9FM949Fc0e91Q0E9tRET1Hz9ndEz0az1MRbVtHRbRtHRXNisscJTlQLU6o2YephJoxmUqoWZ6ZhKJHtaUSajZtKqFmAKcSitby6ymcE+NMFc0ZwlPRHAs8Fc3S91Q0491T0exxR2XVTGxPRbOand090aPxPBXRtnVURNvWUdGsuMxRkgPV4oSafZhKqBmTmYSip6+lEmpmaiqhZtOmEmoGcCqhaC2/nsI5Mc5U0ZwhPBXNscBT0Sx9T0Uz3h0V1RPjHBXNxPZUuqnmdbpueZ1/U/n1hXbTtt4X2k2Bel9oN1HpfaHddOI27tcrj5PzzrVfb3Pjfjy+vtm6uI3zcb7y1xj7uA1rhhunYz1feV425+JtOa7beBr4ltnS2M4Xno/j9aVtWC+L4WjOTYzrtX5t219f3IbruZgeX9z8/Sx1U9c8S7c/S93MJL0/S8twvvCyOJe2/aSY2uN+l+HHD0c3oxkPR/rD0c8pjZ/4cByPVx6G7fWK78Pyfe2+tteXvv8HVj/HYPLYfdJj180eC4/drZ+a3Wxh8Rzd+hx1s0PY/XO0ntce0+B9DJ6/xLBM+/PD8WvJu9krZcn/dsnZNb5vydvczk+ANh/OOo5fN32V5rw4z0dXZcxuNM/ouz+j7HKLP6N3JDq75zx0xQ9d6+d8eR66fzBRtIHtc56PV88H+9yf8ny05brnaZheX7yu511s0/TnorMpLbjo7CD3/csd659Lzg6y3JKzgyy35GzI5i75vF//RuZrkV5fvFyfz8vT667WpV+D/rmKy+N+1/F7Fdmy7GEV2QP8iFV8vOwyzc+raL2pX2u3PX7aMa2/Fnxk/01swdlQ+4gFX+bluvS3Bf+1imx79bCK7GPduIrHeRfr9Nsq/loadpvuW5p9O6892v76G6wt508HpmF8rMf2vYpsIPWwiuwJ3beKx3wuzbEvf75NsnfztkvDhszbLg27LDcuzXHtcQ/zn+HX2BB537Vh7+J914Ydidy1WbbzNsb16dfUf/zL5K2xy/CuK8Mmw7uuDBsH77oybAa868pI7gW09WGyzsfrlXn7vzxrTXLXoLdFlNxf+NEi3vCnTpPkzsLbr4rknkJbH29MW2vPq/JLRXKa/11l+1NFcpJu23T9wcd2zM538HFtKa3D0x98TMc3oeTIm0soOZvmEkoOkbmEmtNeJuGsGYSphJr1lkr4zqk378tFOMzPF/+693cOMu/e37mEvHvvJkHma/ezLXN7/W3X11EKbe4mgpQXsZsM+2eLeMOm0tzNLnpXq9LNtviPVkX1f+C3pZv5ivX+q/XuZhh8h/W+4Q16eedRlAX8iwV853n8TRYw6z/fLe+8f9CbteR+x1v8T9oPyA7JfRQejr97OCT3Z97i4bijfyT3fWRXW3I/6QP+KfQqufHzCQsjuUNz139MXiW3U27T1tz7uOVfxq6aex/3WEvufdxk3c1WwnL9veLXh/7mWLfhjIaxPf3a/W5O2+vw9Mrr8yv/Iuxm4L6PsJsp9j7CbkbD2wi3boa4+wi7GbfuI+xmhrqPsJvB6D7Cbuad+wi7GWPuI2Q6CRMynYQJmU7ChEwnUcJdczoZj/k/CH+paA4cnormDOGpaI4Fnopm6XsqxHv4A4t4DxMS72FC4j1MSLxHCQ/NeE8lpPSNTjkofUuF0rdUKH1LRbP0PRXNePdUNHvcUyGxw3FDYgcJp4HEDhNqJnYqoWaPpxJqxnsqIaX/Z6dMA6VvqVD6lgqlb6lolr6nohnvjsqo2eOeCokdjZuRxA4TkthhQs3ETiXU7PFUQs14TyWk9K1OofQtFUrfUGmUvqWiWfqeima8eyqaPe6pkNjRuGkkdpiQxA4TaiZ2KqFmj6cSasZ7JmE/B8pndko/B7qnqlD6lgqlb6lolr6nohnvnopmj3sqJHY4bkjsMCGJHSWcNRM7lVCzx1MJNeM9lZDSNzplpvQtFUrfUqH0LRXN0vdUNOPdU9HscUeln1Pab4ubfg4+v4+QxA4TaiZ2KqFmj6cSasZ7KiGlb3UKpW+pUPqWCqVvqPRzLG+qima8eyqaPe6pkNjRuOnn6Nj7CEnsMKFmYqcSavZ4KqFmvKcSUvpGp4ie3eqpUPqWCqVvqWiWvqeiGe+eimaPeyokdjRuOK00Tkhihwk1EzuTUPS00lRCzXhPJaT0jU7hHFRThdK3VCh9S0Wz9D0VzXj3VDR73FMhsaNxw5micUISO0yomdiphJo9nkqoGe+phJS+0Smcg2qqUPqWCqVvqWiW/muVWfS0Uk9Fs8c9FRI7GDczZ4rGCUnsMKFmYqcSavZ4KqFmvKcSUvpWp1D6hgrnoJoqlL6loln6nopmvHsqmj3uqZDY0bjhTNE4IYkdJtRM7FRCzR7PJBQ92jSVkNI3OoVzUE0VSt9SofQtFc3S91Q0491T0exxT4XEDscNiR0lFD1TNJVQM7FTCTV7PJVQM95TCSl9o1M4B9VUofQtFUrfUtEsfU9FM94dFdEDSD0VEjsaN5wpGickscOEmomdSqjZ46mEmvGeSkjpW51C6VsqlL6hInoOqqeiWfqeima8eyqaPe6pkNjRuOFM0TghiR0m1EzsVELNHk8l1Iz3TELOQbU6hXNQTRVK31Kh9C0VzdL3VDTj3VPR7HFPhcQOxw2JHSYksaOEogeQphJq9ngqoWa8pxJS+kancA6qqULpWyqUvqWiWfqeima8eyqaPe6ocKZoOG44UzROSGKHCTUTO5VQs8dTCTXjPZWQ0rc6hdK3VCh9S4XSN1REjzb1VDTj3VPR7HFPhcSOxg1nisYJSewwoWZipxJq9ngqoWa8pxJS+n92ysI5qKYKpW+pUPqWimbpeyqa8e6paPa4p0JiB+Nm4UzROCGJHSbUTOxMQtHTSlMJNeM9lZDSNzqFc1BNFUrfUqH0LRXN0vdUNOPdU9HscU+FxI7GDWeKxglJ7DChZmKnEmr2eCqhZrynElL6RqdwDqqpQulbKpS+paJZ+o6K6Gmlnopmj3sqJHY0bjhTNE5IYocJNRM7lVCzx1MJNeM9lZDStzqF0jdUOAfVVKH0LRXN0vdUNOPdU9HscU+FxI7GDWeKxglJ7DChZmKnEmr2eCah6NGmqYSUvtEpnINqqlD6lgqlb6lolr6nohnvnopmj3sqJHY4bkjsKKHomaKphJqJnUqo2eOphJrxnkpI6Rudwjmopgqlb6lQ+paKZul7Kprx7qiIHkDqqZDY0bjhTNE4IYkdJtRM7FRCzR5PJdSM91RCSt/qFErfUqH0DRXRc1A9Fc3S91Q0491T0exxT4XEjsYNZ4rGCUnsMKFmYqcSavZ4KqFmvGcScg6q1Smcg2qqUPqWCqVvqWiWvqeiGe+eimaPeyokdjhuSOwwIYkdJFxFDyBNJdTs8VRCzXhPJaT0/+yUdaD0LRVK31Kh9C0VzdL3VDTj3VPR7HFHhTNFw3HDmaJxQhI7TKiZ2KmEmj2eSqgZ76mElL7VKZS+pULpWyqUvqEierSpp6IZ756KZo97KiR2NG44UzROSGKHCTUTO5VQs8dTCTXjPZWQ0jc6hXNQTRVK31Kh9C0VzdL3VDTj3VPR7HFPhcSOxg1nisYJSewwoWZiZxKKnlaaSqgZ76mElL7RKZyDaqpQ+pYKpW+paJa+p6IZ756KZo97KiR2NG44UzROSGKHCTUTO5VQs8dTCTXjPZWQ0jc6hXNQTRVK31Kh9C0VzdJ3VERPK/VUNHvcUyGxo3HDmaJxQhI7TKiZ2KmEmj2eSqgZ76mElL7VKZS+ocI5qKYKpW+paJa+p6IZ756KZo97Kt0k9jpdt7zOv6n8+kK7CWHvC+0mV70vtJuo9L7QbjpxG/frlcfJeefar7e5cT8eX99sXdzG+Thfedwer3xY08o4Hev5yvOyORdvy3HdxtNos8yWxna+8Hwcry9tw3pZDEdzbmJcr/Vr2/764jZcz8X0+OLmX89SP2eP8izd/ix1M5P0/iwtw/nCy+Jc2vaTYmqP+12GHz8c3YxmPBz5D0c3E+onPhzH45WHYXu94vuwfF+7r+31pR/wgdXNFgCP3Sc9dt3ssfDY3fqp2c0WFs/Rrc9RNzuE3T9H63ntMQ3ex+D54/pl2p8fjl9L3s1eKUv+t0vOrvF9S97mdn4CtPlw1nH8uumrNOfFeT56KuOD3Wie0Xd/RtnlFn9Gb0j0g91zHrryh45d+S4fuqyJ4ph5Png+Xjwf7HN/yvPRluuep2F6ffG6nnexTdOfi86mtOCis4Pc9y93rH8uOTvIckvODrLYkm8DG7K5Sz7vw/nKX4v0+uLl+nxenl53tS79GvTPVVwe97uO36vIlmUPq8ge4Ees4uNll2l+XkXrTf1au+3x045p/V5w9t/EFpwNtY9Y8GVerkt/W/Bfq8i2Vw+ryD7Wjat4nHexTr+t4q+lYbfpvqXZt/Pao+2vv8Hacv50YBrGx3ps36vIBlIPq8ie0H2reMzn0hz78sfb5MjezdsuDRsyb7s07LLcuDTHtcc9zH+G38iGyPuuDXsX77s27Ejkrs2ynbcxrk+/pv7jXybfRnYZ3nVl2GR415Vh4+BdV4bNgDddmSa5F9DWh8k6H69X5u3/8mxrkrsGvS2i5P7Cjxax/k+dtia5s/D2qyK5p9DWxxvT19vF86r8UpGc5n9X2f5UkZyk2zZdf/CxHbPzHfwI1eV4+r8j02Hd8/X1zU9/2vX9b+K/FgDtQm3Jifc2bckp9i7tSXMyvUtbc4S8S1tz1rtLW3OGu0tbcza7S1tz5rtLm1myUptZslKbWbJSm1myUHtmlqzUZpas1GaWzNW+fqA7b+Of2sySldrMkpXazJKV2sySldrMkpXazJKV2syShdoLs2SlNrNkpTazZKU2s2SlNrNkpTazZKU2s2SlNrNkpTazZKU2s2Sh9sosWanNLFmpzSxZqc0sWanNLFmpzSxZqc0sWanNLOlqH9c/PFuHp+PIvrR/ETIghgmZ+qKEG6NcmJD5LExImHqE67Cf/69kHafQh/dGmFZqE6aV2oRppTYNW6lN7hZq75RxpTYRXanNDzkqtfkhR6U2s2SlNrNkpTazZKU2s2SlNrNkpTazZKH2wSxZqc0sWanNLFmpzSxZqc0sWanNLFmpzSxZqc0sWanNLFmpzSxZp70PzJKF2tW/6Pw1Tv2H9q/bKX5j826n+DvfuZ23/mXWeV+ub41h/vPe33nTwrv3d94C8O69m4F6vg5Xbcv8uNg+43VbrhPW99E5/u7tD6Hc+/n9YeVF7Gb8/2eLWH9m5d7Pry93tSrdbCf8aFWOx2Hjw9MfMJrU+3B+7u9r+/j3xm42NFjvv1rvbrZU3mG9b3iD7ue3x1UX8J3n8TdZwPW89pgG7x13PBfw6SyQr1X5Zf3O+we9WUvud7S5XdvH8+EAjuN+3vPY5iXtXez9s6Of353n4ch/OCT3Z97i4bijfyT3fWRXW3I/6R+udlquSW78fMLCSO7Q/Gxh2nLexjg9/dcf8+J1Pd/0tmn6Q7ufP6D4CG3NvY+Cn/msf1pr7n3cYy2593GTdTdbCcv1X1Pb+nQbtnUbzmgYW3tcvJvT9jo8vfL6/Mq/CLsZuO8j7GaKvY+wm9HwPsJuhrj7CLsZt+4iPPr5w4H7CLsZjO4j7GbeuY+wmzHmPkKmkzAh00mYkOkkTMh0EibUnE7GY/4Pwl8qmgOHozJqzhCeiuZY4Klolr6nQrxHP7BG4j1MSLyHCYn3MCHxHibUjPdUQkrf6JRG6VsqlL6lQulbKpql76loxrunotnjngqJHY2bRmKHCUnsMKFmYmcSTpo9nkqoGe+phJS+0SkTpW+pUPqWCqVvqWiWvqeiGe+eimaPeyokdjRuZhI7TEhihwk1EzuVULPHUwk14z2VkNI3OmWm9C0VSt9SofQtFc3Sd1QWzXj3VDR73FMhsaNxs5DYYUISO0yomdiphJo9nkqoGe+phJS+1SmUvqGyUvqWCqVvqWiWvqeiGe+eimaPeyokdjRuVhI7TEhihwk1EzuVULPHMwk3zXhPJaT0jU7ZKH1LhdK3VCh9S0Wz9D0VzXj3VDR73FMhscNxQ2JHCfs5evw+Qs3ETiXU7PFUQs14TyWk9I1O6eck51QVSt9SofQtFc3S91Q0491R6efs2lQVEjsaN/0cHXsfIYkdJtRM7FRCzR5PJdSM91RCSt/qFErfUqH0/1AZh0H0iFWXRbP1XRbNfndZNJvcZaGzY4XzP0NCO25IaccNNVM711AzzHMNNTM+1ZAjUc1c4UxUm4XmN1lofpNFs/ldFs2Md1k0y9xlIbbjkUNsxw2J7bCh6KmkuYaaZZ5rqJnxuYY0v5UrHJBqs9D8JgvNb7JoNr/LopnxLotmmXssHDkajxzOHE0wJLbjhpqxnWuoWea5hpoZn2tI85u5QvObLDS/yULzWyyiZ6C6LJoZ77JolrnLQmyHI4cDSBMMie24oWZs5xpqlnmuoWbG5xrS/FaucHSqzULzmyw0v8mi2fwui2bGuyyaZe6yENvhyOE00gRDYjtuqBnbqYaiR53mGmpmfK4hzW/lCueo2iw0v8lC85ssms3vsmhmvMuiWeYuC7EdjhyOJk0wJLbjhpqxnWuoWea5hpoZn2tI81u5wqGqNgvNb7LQ/CaLZvN7LKLHn7osmmXushDb4cjhnNIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/xcIRqzYLzW+yaDa/y6KZ8S6LZpm7LMR2OHI4tDTBkNiOG2rGdq6hZplnGo6ix6fmGtL8Rq6MnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY8cojtsKHouaW5hpqxnWuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77GIHnLqshDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/yULzWyyiZ626LJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9qyFmrZq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2/HIIbbjhsR22FD0kNNcQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32XRzHiXRbPMPRbOLY1HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+U0Wmt9kofktFtHjU10WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1UQ9ETUXMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5GTuPc0gRDYjtuqBnbuYaaZZ5rqJnxuYY0v5ErjbNWbRaa32Sh+U0Wzeb3WERPRHVZNMvcZSG2w5HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+i4WzVm0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTJPNRQ9PjXXkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR02FD23NNdQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+M9FtFDTl0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15DmN3OF5jdZaH6LRfSsVZdFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjUw05a9XMFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HjnEdtyQ2A4bih5ymmuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnHwrml8cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/yULzmyw0v8EyiR6f6rJoZrzLolnmLks3sb1O1y2v828s319pN0nsfqXdhKv7lXaTl+5X2k0xbuN+vfI4OW9f+/VeN+7H4+ubrYvbOB/nK4/b45UPa3IZp2M9X3leNufibTmu23gac5bZ0tjOF56P4/WlbVgvi+Fozk2M67V+bdtfX9yG67mYHl/cfD5M3XQ2D9P9D1M300nvD9MynC+8LM6lbT8ppva432X48dPRz+G4PB3/4OnoZlb9xKfjeLzyMGyvl3wflu9r97W9vvQDPrP6OYSZ5+6jnrtudlt47u794OxmM4sH6d4HqZu9wu4fpPW89pgG75Pw/BH+Mu3PT8f3mneza8qa//Was39835q3uZ0fAm0+nIUcv276ys15cR6QvvKYfWke0rd/SNnvFn9I7+j0xj46T139U8f+fJdPXdpY0dhI5wF5+YCw4/0pD0hbrnuehun1xet63sU2Tcaqz6y64Kqzl9z373qsxpqzl6y35uwl6605W7O5az7vw/nKX6v0+uLl+oxenl53tS79Cu5zGZfH/a7juYxsXvawjBO7gR+xjI+XXab5eRmt9/Vr7bbHTz6m9VxxduLUVpyttY9Y8WVerkt/W/HvZWQDrItlZEfrxmU8zrtYp9+W8Xtt2He6b2327bz2aPvrb7G2nD8qmIbxsR7nnzhPbCV1sYzsDt23jMd8rs2xL8Y7Jbs477s2bM287drM7LfcuDbHteE9zEb+zWyNvPHisIvxxovD3kTu4izbeRvj+vT76/+H3zKf2W9426Vhu+Ftl4YthLddGrYF3nZpJHcF2vpAWefj9dJ8wN+lzZL7B72t4iK50/CjVbzjD6EWyT2G918Wyd2Ftj7em7bWnpflm0Vyrv+dZTNYJGfqtk3Xn4Nsx+x8Ez96dTme/jvJdFj3fH1989Offl3/Wn6RnJPv45acfe/jlpxn7+PWnFFv49YcJu/iXjWnvtu4Nae527g1p7TbuDWnv9u4mSpLuZkqS7mZKku5mSpLuZkqS7mZKiu5N6bKXO7rp7zzNhrcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcO1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffBVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVTpch/X/wBch6cz+764vw0ZFeOGzH9Rw3lgqIsbMqnFDQlUz3Ad9vPf96zjFPoInwcCtZSbQC3lJlBLuWnZUm6yt5J7pJBLuYnpUm5+7FHKzY89SrmZKku5mSpLuZkqS7mZKku5mSpLuZkqK7kbU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98RUWcrNVFnKzVRZyL1Uv3dvR/sP7l/3U/3m5t5P8Xe/ez/F3x7u/RTvSrj3885j+7wv19vHMBs3/85DsHvz7zxSujffzYA2X8eRt2V+XGyfir4t50Hn4z46h8W+/6HNy9TN3Ce9it2Mk/9sFW8443mZuxk7+1qWbsbTHy3LMR/Xe9PTXzqb1vtwfvjva/v4t8e5mwGZBf+7Be/mB7/vsOC3vEe/81DKCv7NCr7zZP4mK7ie1x7T4L3pjucKPp2X9bUs39jvvJPQHbbkzkeb27XfPh+O4Dju5z2PbV7S3sg+oT0kd1R4Ov7y6ZDcqXmLp+OOCFokd4B0l1tyZ+kfLndasy2SW0AfsTKSezU/W5m2nLcxTk//Jcy8eF3P971tmgxuyY2V+7g1d0EKfgS0GtiauyA3YUvugtyF3c2mwnL9v+W2Pt2Gjd2GMx3G1h4X7+bcvQ5Pr7w+v/K3YTej932Gazfz7I2G3QyJNxp2M87daNjN4HWjYTfT1I2G3YxINxp2M/ncaNjNQHOjIXNK3JA5JWy4MafEDZlT4oaac8p4zP9h+M2iOXq4LJrThMuiOSC4LJrN77KQ8fGPLTI+bkjGhw13Mj5uSMbHDTUzPteQ5rdyZaf5TRaa32Sh+U0WzeZ3WTQz3mXRLHOP5SC2w5FzENtxQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/yULzmyw0v8GyDprN77JoZrzLolnmLguxHY2cdSC244bEdtxQM7ZzDTXLPNdQM+NzDWl+K1dGmt9koflNFprfZNFsfpdFM+NdFs0yd1mI7XDkjMR23JDYjhtqxnaqYdMs81xDzYzPNaT5rVxpNL/JQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2+HIqT42vUtDYjtuqBnbuYaaZZ5rqJnxuYY0v5UrE81vstD8JgvNb7JoNr/HMmtmvMuiWeYuC7Edjpx+Dle/0ZDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7H0c6pyLgvNb7JoNr/LopnxLotmmbssxHY4cvo5nvZGQ2I7bqgZ27mGmmWeashhsgmGNL+VK6Lnw7osNL/JQvObLJrN77JoZrzLolnmLguxHY8cYjtsyImoCYaasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+xiB5y6rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/mSs0v8lC81ssometuiyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5rmGmhmfabhx1qqVKxtnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY8cYjtuSGyHDUUPOc011CzzXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcY+Hc0njkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+U0Wmt9iET0+1WXRzHiXRbPMXRZiOxw5nFuaYEhsxw01YzvXULPMcw01Mz7XkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYDkcO55YmGBLbcUPN2E41FD0RNddQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32MRPRHVZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+S0Wzlq1WWh+k0Wz+V0WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNVQ9PjUXEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjseOcR21HAXPbc011AztnMNNcs811Az43MNaX4jV3bOWrVZaH6TheY3WTSb32XRzHiPRfSQU5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+U0Wmt9iET1r1WXRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4VEPOWjVzhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdiORw6xHTcktsOGooec5hpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6xcG5pPHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vstD8JgvNb7GIHp/qsmhmvMuiWeYuC7EdjhzOLU0wJLbjhpqxnWuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZspxqKnoiaa6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsByiJ6K6LJpl7rIQ29HIOTi3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+xcNaqzULzmyyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5qmGosen5hrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG2w4ai55bmGmrGdq6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsmhmvMciesipy0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8JgvNb7GInrXqsmg2v8uimfEui2aZuyzEdjhyOLc0wZDYjhtqxnauoWaZ5xpqZnyqIWetmrnCWas2C81vstD8Jotm87ssmhnvsmiWucvSTWyv03XL6/wby/dX2k0Su19pN+HqfaX9HOvpfqXdFOM27tcrj5Pz9rVf73Xjfjy+vtm6uI3zcb7yuD1e+bAml3E61vOV52VzLt6W47qNpzFnmS2N7Xzh+TheX9qG9bIYjubcxLhe69e2/fXFbbiei+nxxc3nw9RNZ/Mw3f8wdTOd9P4wLcP5wsviXNr2k2Jqj/tdhp8/Hd0MaTwd/+Dp6GZW/cSn43i88jBsr5d8H5bva/e1vb70Ez6zutkM4Ln7qOeum90Wnrt7Pzi72cziQbr3Qepmr7D7B2k9rz2mwfskPH+Ev0z789Pxa837OXKdNf/rNWf/+L41b3M7PwTafDgLOX7d9JWb8+I8IF3l8c6+NA/p2z+k7HeLP6R3dPo+89Tx1JU/dezPd/nU5Y0VbKTzgLx8QNjx/pQHpC3XPU/D9PridT3vYpsmY9XZnlZcdfaS+/5dj/XPNT/YS9Zbc/aS9dacrdncNZ/34Xzlr1V6ffFyfUYvT6+7Wpd+DfznMi6P+13HcxnZvOxiGdkN/IhlfLzsMs3Py2i9r19rtz1+8jGt54qzE6e24mytfcSKL/NyXfrbin8vIxtgXSwjO1o3LuNx3sU6/baM32vDvtN9a7Nv57VH219/i7Xl/FHBNIyP9fj1J87jMLCV1MUysjt03zIe87k2x778v++UX2vDLs77rg1bM++7Nuy33Lg2x7XhPcx/5N/X4rA18saLwy7GGy8OexO5i7Ns522M69Pvr//4t8y/lob9hrddGrYb3nVpRrYQ3nZp2BZ426WR3BVo6wNlnY/XS/P2f5f2tYqS+wfdraLkTsOPVrH+D6G+lkVyj+H9l0Vyd6Gtj/emrbXnZflmkZzrf2fZDBbJmbpt0/XnINsxO9/Ej15djqf/TjId1j1fX9/89Kdf+7m7NErOybdxN8nZ9z5uyXn2Pm7NGfU2bs1h8jZuzanvNm7Nae42bs0p7TZuzenvNm6mylJupspK7ompspSbqbKUm6mylJupspSbqTKX+/op77yNBjdTZSk3U2UpN1NlKTdTZSk3U2Ul98xUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcm9MFWWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWcq9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcG1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffOVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnJfTBVlnIzVbrcx3UK9joM0zP3tyGjYtyQ+S9uyFAXN2RSixsSqJ7h+jWjnobjFPwIJ1ALuceBQC3lJlBLuWnZUm6yt5SbQi7lJqZLufmxRyk3P/Yo5WaqLOVmqqzkHpkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqK7kbU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98RUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWck9M1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWci9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlYXcrfq9ezvaf3B/30/xm5t7P8Xf/e79FH97uPdTvCvh3s87j+3zvlxvH8Ns3Pw7D8Heza/vPFK6N9/NgDZv16fOMj8uNj91xm05znvex/W6eJmt29jOD535OF5f2ob1uonheLrjZt3EeH1CjW3bX1/chmtBnj745nMVu5n7pFexm3Hyn63iMpyruCzOpW0/72Fqjwhdhp8vSzdjZ1/L0s14+qNlOebjem96OuvHtN6H88N/X9vnvz12MyCz4H+34N384PcdFvyW9+h3HkpZwb9ZwXeezN9kBdfz2mMavDfd8VzBaX9ell/Y2zvvJHSHLbnz0eZ27bfPhyM4jvt5z2Obl7Q3sg9oj01yR4Wn4y+fDsmdmrd4Ou6IoE1yB0h3uSV3lv7hcuc1m+QW0EesjORezc9Wpi3nbYzT0zm55sXrer7vbdNkcEturNzHrbkLUvAjoPVP7F1zF+QmbMldkLuwu9lUWLbrt9HWp9uwsdtwpsPY2uPi3Zy71+HpldfnV/427Gb0vtGwm3n2RsNuhsQbDbsZ52407GbwutGwm2nqRsNuRqT7DI9uJp8bDbsZaG40ZE6JGzKnxA2ZU+KGzClxQ805ZTzm/zD8ZtEcPVwWzWnCZdEcEByWadBsfpeFjI9+bE0DGR83JOPjhmR83JCMjxtqZnyuIc1v5grNb7LQ/BbLSPObLJrN77JoZrzLolnmLguxHY6ckdiOGxLbcUPN2M411CzzXEPNjE81bDS/lSuN5jdZaH6TheY3WTSb32XRzHiXRbPMXRZiOx45xHbckNgOG06asZ1rqFnmuYaaGZ9rSPNbuTLR/CYLzW+y0Pwmi2bzuyyaGe+yaJa5xzIT2+HImYntuCGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+U0Wmt9iWTSb32XRzHiXRbPMXRZiOxw51cemd2lIbMcNNWM711CzzHMNNTM+15Dmt3JlpflNFprfZKH5TRbN5ndZNDPeZdEsc5eF2A5HTj+Hq99oSGzHDTVjO9Wwn3PDbzTUzPhcQ5rfypV+TovOZaH5TRaa32TRbH6XRTPjXRbNMndZiO1w5PRzPO2NhsR23FAztnMNNcs811Az43MNaX4rV0TPh3VZaH6TheY3WTSb32MRPWvVZdEsc5eF2A5HDieiJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+Q2WmbNWbRaa32TRbH6XRTPjXRbNMndZiO1o5MycW5pgSGzHDTVjO9dQs8xTDUWPT801pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcZSG245FDbIcNRc8tzTXUjO1cQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32XRzHiPRfSQU5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+U0Wmt9iET1r1WXRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4VEPOWjVzhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdiORw6xHTcktsOGooec5hpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6xcG5pPHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vstD8JgvNb7GIHp/qsmhmvMuiWeYuC7EdjhzOLU0wJLbjhpqxnWuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZsZxouoiei5hpqZnyuIc1v5MrCWas2C81vstD8Jotm87ssmhnvsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/B6L6ImoLotmmbssxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+xcNaqzULzmyyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5qmGosen5hrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG2w4ai55bmGmrGdq6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsmhmvMciesipy0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8JgvNb7GInrXqsmg2v8uimfEui2aZuyzEdjhyOLc0wZDYjhtqxnauoWaZ5xpqZnyqIWetmrnCWas2C81vstD8Jotm87ssmhnvsmiWuctCbMcjh9iOGxLbYUPRQ05zDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1hWzi0NR87KuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+k4XmN1lofotF9PhUl0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTLPNdTM+FxDmt/KFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9VQ9ETUXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcZSG2w5HDuaUJhsR23FAztnMNNcs811Az43MNaX4rVzhr1Wah+U0Wmt9k0Wx+j0X0RFSXRbPMXRZiOxw5nFuaYEhsxw01YzvXULPMcw01Mz7XkOY3c4Xmt1g4a9VmoflNFs3md1k0M95l0Sxzl4XYDkcO55YmGBLbcUPN2M411CzzVEPR41NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XjkENthQ9FzS3MNNWM711CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeYxE95NRl6Sa21+m65XX+jeX7K+0mid2vtJtwdb/SbvLS/Uq7KcZt3K9XHifn7Wu/3uvG/Xh8fbN1cRvn43zlcXu88mFNLuN0rOcrz8vmXLwtx3UbT2POMlsa2/nC83G8vrQN62UxHM25iXG91q9t++uL23A9F9Pji5vPh6mbzuZhuv9h6mY66f1hWobzhZfFubTtJ8XUHve7DD9/OroZ0ng6/sHT0c2s+olPx/F45WHYXi/5Pizf1+5re33p+39mbf0cwsxz91HPXTe7LTx3d35wbv2c3s2DdO+D1M1eYfcP0npee0yD90l4/gh/mfbnp+N7zbvZNWXN/3rN2T++b83b3M4PgTYfzkKOXzd95ea8OA9IX3nMvjQP6ds/pOx3iz+kt3Q6++g8dfVPHfvzXT51aWPFyEY6D8jLB4Qd7095QNpy3fM0TK8vXtfzLrZpMlad7WnFVWcvue/f9ViNNWcvWW/N2UvWW3O2ZnPXfN6H85W/Vun1xcv1Gb08ve5qXfo18J/LuDzudx3PZWTzsotlZDfwI5bx8bLLND8vo/W+fq3d9vjJx7SeK85OnNiKN7bWPmLFl3m5Lv1txb+XkQ2wLpaRHa0bl/E472KdflvG77Vh3+m+tdm389qj7a+/xdpy/qhgGsbHemznMrKV1MUysjt03zIe87k2x74Y75Ts4rzv2rA1875rw37LjWtzXBvew2zlH1sj77s4E7sYb7w47E3kLs6ynbfxv/9t8Pri1795ObHf8LZLw3bD2y4NWwhvuzRsC7zt0kjuCrT1gbLOx+ul+YC/S5sk9w+6W0XJnYYfreIdfwg1Se4xvP2yzJK7C219vDdtrT0vyzeL5Fz/O8tmsEjO1O0rvS+WY3a+iR+9uhxP/51kOqx7vr6++elPv85/Lb/NknPyfdySs+993JLz7H3cmjPqbdyaw+Rt3JpT323cmtPcXdyL5pR2G7fm9HcbN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlLvf1U955Gw1upspK7pWpspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspJ7Y6os5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqqs5N6ZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKiu5D6bKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKQu59YKos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqqs5B6ZKku5mSpLuZkqS7mZKku5mSpLuZkqXe7jOgV7HYbpmfvbkFExbsj8FzdkqIsbMqmFDRuB6hmuw34eYLmOU+wjvBGopdwEaik3gVrKTcuWcpO9pdwUcik3MV3JPfFjj1JufuxRys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnJPTNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVVnIvTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWV3CtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3xlRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyb0zVRZyH9Xv3dvR/oP7+36K39zc+yn+7vfup/rbw72f4l0J937eeWyf9+V6+xhm4+bfeQh2b/6dR0r35rsZ0Obt+tRZ5sfF5qfOuC3Hec/7uF4XL7N1G9v5oTMfx+tL27BeNzEcT3fcrJsYr0+osW3764vbcC3I0wfffK5iN3Of9Cp2M07+s1VchnMVl8W5tO3nPUztEaHL8PNl6Wbs7GtZuhlPf7Qsx3xc701PZ/2Y1vtwfvjva/v4t8ejmwGZBf+7Be/mB7/vsOB3vEcf7zyUsoJ/s4LvPJm/yQqu57XHNHhvuuO5gtP+vCzf2O+8k9AdtuTOR5vbtd8+H47g/34IdH2Wz0vaG9kntIfkjgpPx18+HZI7NW/xdNwSQZI7QLrLLbmz9A+XO6nZvupQcgvoI1ZGcq/mZyvTlvM2xunpnFzz4nU93/e2aTK4JTdW7uPW3AUp+BHQamBr7oLchC25C3IXdjebCst2/Tba+nQbNnYbznQYW3tcvJtz9zo8vfL6/Mrfht2M3jcadjPP3mjYzZB4n+HYzTh3o2E3g9eNht1MUzcadjMi3WjYzeRzo2E3A82NhswpcUPmlLghc0rckDklbNg055TxmP/D8JtFc/RwWTSnCZdFc0BwWTSb32Uh4+MfW2R83JCMjxuS8XFDMj5sOGlmfK4hzW/lykTzmyw0v8lC85ssms3vsmhmvMuiWeYuC7EdjxxiO2w4E9txQ83YzjXULPNcQ82MzzWk+a1cmWl+k4XmN1lofpNFs/ldFs2M91gWzTJ3WYjtcOQsxHbckNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vstD8FstK85ssms3vsmhmvMuiWeYuC7EdjpyV2I4bEttxQ83YzjXULPNcQ82MTzXcaH4rVzaa32Sh+U0Wmt9k0Wx+l0Uz410WzTJ3WYjteOQQ23FDYjtsWH08fZeGmmWea6iZ8bmGNL+VKzvNb7LQ/CYLzW+yaDa/y6KZ8S6LZpl7LP2cBH9f5PRzuPqNhsR23FAztnMNNcs811Az43MNaX4zV2h+k4XmN1lofoNl7Ofo31wWzYx3WTTL3GUhtqORMw7EdtyQ2I4basZ2rqFmmecaamZ8riHNb+WK6PmwLgvNb7LQ/CaLZvO7LJoZ77JolrnLQmyHI4cTURMMie24oWZspxqKnoiaa6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsYieiOqyaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8FgtnrdosNL/Jotn8LotmxrssmmXushDb4cjh3NIEQ2I7bqgZ27mGmmWeaih6fGquIc1v5QpnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY8cYjtsKHpuaa6hZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsZ7LKKHnLosxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+y0PwWi+hZqy6LZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbGZxo2zlq1cqVx1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2/HIIbbjhsR22FD0kNNcQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32XRzHiXRbPMPRbOLY1HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+U0Wmt9kofktFtHjU10WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1UQ9ETUXMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5rVzhrFWbheY3WWh+k0Wz+T0W0RNRXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4XEOa38wVmt9i4axVm4XmN1k0m99l0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM711CzzFMNRY9PzTWk+a1c4axVm4XmN1lofpNFs/ldFs2Md1k0y9xlIbbjkUNsRw0n0XNLcw01YzvXULPMcw01Mz7XkOY3cmXirFWbheY3WWh+k0Wz+V0WzYz3WEQPOXVZiO1w5HBuaYIhsR031IztXEPNMs811Mz4XEOa38wVmt9kofktFtGzVl0WzeZ3WTQz3mXRLHOXhdgORw7nliYYEttxQ83YzjXULPNcQ82MTzXkrFUzVzhr1Wah+U0Wmt9k0Wx+l0Uz410WzTJ3WYjteOQQ23FDYjtsKHrIaa6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsmhmvMuiWeYeC+eWxiOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8JgvNb7LQ/BaL6PGpLotmxrssmmXushDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2OHI4tzTBkNiOG2rGdqqh6ImouYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8DssseiKqy6JZ5i4LsR2NnJlzSxMMie24oWZs5xpqlnmuoWbG5xrS/Gau0PwWC2et2iw0v8mi2fwui2bGuyyaZe6ydBPb63Td8jr/xvL9lXaTxO5X2k24ul9pN3npfqXdFOM27tcrj5Pz9rVf73Xjfjy+vtm6uI3zcb7yuD1e+bAml3E61vOV52VzLt6W47qNpzFnmS2N7Xzh+TheX9qG9bIYjubcxLhe69e2/fXFbbiei+nxxc3fD1M/55vyMN3/MHUznfT+MC3D+cLL4lza9pNiao/7XYafPx3dDGk8Hf/g6ehmVv3Ep+N4vPIwbK+XfB+W72v3tb2+9BM+s7rZDOC5+6jnrpvdFp67ez84u9nM4kG690HqZq+w+wdpPa89psH7JDx/hL9M+/PT8b3m3eyasuZ/vebsH9+35v8Lv/OV58NZyPHrpq/cnBfnAekqjyf2pXlI3/4hZb9b/CG9o9Mn9tF56uqfOvbnu3zq0saKaeYB4QF59YCw4/0pD0hbrnuehun1xet63sU2Tcaqsz2tuOrsJff9ux6rsebsJeutOXvJcms+szWbu+bzPpyv/LVKry9ers/o5el1V+vSr4H/XMblcb/reC4jm5ddLCO7gR+xjI+XXab5eRmt9/Vr7bbHTz6m9VxxduLUVpyttY9Y8WVerkt/W/HvZWQDrItlZEfrxmU8zrtYp9+W8Xtt2He6b2327bz2aPvrb7G2nD8qmIbxsR7nnzjPbCV1sYzsDt23jMd8rs2xL3++Uy7s4rzv2rA1875rw37LjWtzXBvew2zk38LWyBsvDrsYb7w47E3kLs6ynbcxrk+/v/5/+C3zhf2Gt10athvedmnYQnjbpWFb4F2XZpXcFWjrA2Wdj9dL8wF/l7ZK7h90t4qSOw0/WsU7/hBqldxjeP9lkdxdaOvjvWlr7XlZvlkk5/rfWTaDRXKmbtt0/TnIdszON/GjV5fj6b+TTId1z9fXNz/96df1r+VXyTn5Pm7J2fc+bsl59jbuTXNGvY1bc5i8jVtz6ruNW3Oau41bc0q7jVtz+ruNm6mylJupspSbqbKUm6mykntnqizlZqos5WaqzOW+fso7b6PBzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyX0wVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVRZyLwNTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3yFRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyd2YKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKiu5J6bKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqZKl/u4TsFeh2F65v5lODMqxg2Z/+KGDHVxQya1uCGB6hmuw34eYLmOU+wjfCZQS7kJ1FJuArWSe6FlS7nJ3lJuCrmUm5gu5Z7hruTmxx6l3EyVpdxMlaXcTJWl3EyVldwrU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98ZUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcm9M1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWch9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlYXc68BUWcrNVFnKzVRZys1UWcrNVFnIvVW/d29H+w/u7/spfnNz76f4u9+9n+JvD/d+incl3Pt557F93pfr7WOYjZt/5yHYvfl3Hindm+9mQJu361NnmR8Xm58647Yc5z3v43pdvMzWbWznh858HK8vbcN63cRwPN1xs25ivD6hvhZif31xG64Fefrgm79Xcexm7pNexW7GyX+2istwruKyOJe2/byHqT0idBl+vizdjJ19LUs34+mPluWYj+u96emsH9N6H84P/31tn//22M2AzIL/3YJ384Pfd1jwW96j33koZQX/ZgXfeTJ/kxVcz2uPafDedMdzBaf9eVm+sd95J6E7bMmdjza3a799PhzBcdzPex7bvKS9kX1AezTJHRWejr98OiR3at7i6bgjgprkDpDuckvuLP3D5U5rtia5BfQRKyO5V/OzlWnLeRvj9HROrnnxup7ve9s0GdySGyv3cWvughT8CGg1sDV3QW7CltwFuQl76mZTYdmu30Zbn27Dxm7DmQ5ja4+Ld3PuXoenV16fX/nbsJvR+0bDbubZGw27GRJvNOxmnLvRsJvB60bDbqapGw27GZFuNOxm8rnRsJuB5j7DmTklbsicEjdkTokbMqfEDTXnlPGY/8Pwm0Vz9HBZNKcJl0VzQHBZNJvfZSHjwx9bCxkfNyTj44ZkfNyQjI8bamZ8riHNb+XKQvObLDS/yULzmyyaze+xrJoZ77JolrnLQmyHI2cltuOGxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6LZaP5TRaa32TRbH6XRTPjXRbNMndZiO1w5GzEdtyQ2I4basZ2rqFmmaca7poZn2tI81u5stP8JgvNb7LQ/CaLZvO7LJoZ77JolrnLQmzHI4fYDhsexHbcUDO2cw01yzzXUDPjcw1pfitXDprfZKH5TRaa32TRbH6XRTPjHZZ90Cxzl4XYjkbOXn1sepeGxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6Thea3WEaa32TRbH6XRTPjXRbNMndZiO1w5PRzuPqNhsR23FAztnMNNcs811Az41MN+zk0OzVX+jktOpeF5jdZaH6TRbP5XRbNjHdZNMvcZSG245FDbMcNie2wIYfJJhhqlnmuoWbG5xrS/FauiJ4P67LQ/CYLzW+yaDa/y6KZ8S6LZpl7LJyIGo8cTkRNMCS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8lC81ssosenuiyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXushDb4cjh3NIEQ2I7bqgZ26mGoiei5hpqZnyuIc1v5QpnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzeyyiJ6K6LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/mSs0v8FycNaqzULzmyyaze+yaGa8y6JZ5i4LsR2NnINzSxMMie24oWZs5xpqlnmqoejxqbmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2PHKI7bCh6LmluYaasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+xiB5y6rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/mSs0v8lC81ssometuiyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5rmGmhmfashZq2aucNaqzULzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG244bEdthQ9JDTXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzD0Wzi2NRw7nliYYEttxQ83YzjXULPNcQ82MzzWk+c1coflNFprfZKH5LRbR41NdFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztRMNpED0RNddQM+NzDWn+P3Pli4XmN1lofpOF5jdZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9dQs8xzDTUzPteQ5rdyhbNWbRaa32Sh+U0Wzeb3WERPRHVZNMvcZSG2w5HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+i4WzVm0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTJPNRQ9PjXXkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR02FD23NNdQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+M9FtFDTl0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15DmN3OF5jdZaH6LRfSsVZdFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjUw05a9XMFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HjnEdtyQ2A4bih5ymmuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnDMnJuaThyRs4tTTAktuOGmrGda6hZ5rmGmhmfa0jzm7lC85ssNL/JQvNbLKLHp7osmhnvsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGduphqInouYaamZ8riHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5i5LN7G9Ttctr/NvLL++0n5OF3W/0m7C1f1Ku8lL9yvtphi3cb9eeZyct6/9eq8b9+Px9c3WxW2cj/OVx+3xyoc1uXy98a3nK8/L5ly8Lcd1G09jzjJbGtv5wvNxvL60DetlMRzNuYlxvdavbfvri9twPRfT44ubz4epm87mYbr/YepmOun9YVqG84WXxbm07SfF1B73uww/fzq6GdJ4Ov7B09HNrPqJT8fxeOVh2F4v+T4s39fua3t96Sd8ZnWzGcBz91HPXTe7LTx3t35w9nN6Nw/SvQ9SN3uF3T9I63ntMQ3eJ+H5I/xl2p+fju8172bXlDX/6zVn//i+NW9zOz8E2nw4Czl+3fSVm/PiPCBd5fEy85DykL77Q8p+t/hDekuns4/OU1f/1LE/3+VTlzdWsJHOA/LyAWHH+1MekLZc9zwN0+uL1/W8i22a/lz1le1pxVVnL7nv3/VYjTVnL1lvzdlL1ltztmZz13zeh/OVv1bp9cXL9Rm9PL3ual36NfCfy7g87ncdz2Vk87KLZWQ38COW8fGyyzQ/L6P1vn6t3fb4yce0nivOTpzairO19hErvszLdelvK/69jGyA9bCMGztaNy7jcd7FOv22jN9rw77TfWuzb+e1R9tff4u15fxRwTSMj/U4/8R5Yyupi2Vkd+i+ZTzmc22OfTHeKdnFed+1YWvmfdeG/ZYb1+a4NryH2co/tkbeeHHYxXjjxWFvIndxlu28jXF9+v31/8Nvme/sN7zt0rDd8LZLwxbC2y4N2wJvuzSSuwJtfaCs8/F6aT7g79J2yf2D7lZRcqfhR6t4xx9C7ZJ7DO+/LJK7C219vDdtrT0vyzeL5Fz/O8v2J8shOVO3bbr+HGQ7Zueb+NGry/H030mmw7rn6+ubn/706/rX8ofknHwft+Tsex+35Dx7H7fmjHobt+YweRu35tR3G7fmNHcbt+aUdhu35vR3E3cbmCpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpzua+f8s7baHAzVZZyM1WWcjNVVnKPTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWV3I2pspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspJ7Yqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqqs5J6ZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKiu5F6bKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSu6VqbKUm6mylJupspSbqdLlPq5TsNdhmJ65vw0ZFeOGzH9xQ4a6uCGTWthwI1A9w3XYzwMs13GKfYRvBGopN4Fayk2glnLTsqXcZG8pN4Vcyk1Ml3LzY49Sbn7sUcm9M1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWch9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlYXc08BUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWck9MlWWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWcjemylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKQu65+r17O9p/cH/fT/Gbm3s/xd/97v0Uf3u491O8K+Hdz/TOY/u8L9fbxzAbN//OQ7B78+88Uro3382ANm/Xp84yPy42P3XGbTnOe97H9bp4ma3b2M4Pnfk4Xl/ahvW6ieF4uuNm3cR4fUKNbdtfX9yGa0GePvjmcxW7mfukV7GbcfKfreIynKu4LM6lbT/vYWqPCF2Gny9LN2NnX8vSzXj6o2U55uN6b3o668e03ofzw39f2+e/PXYzILPgf7fg3fzg9x0W/I736Pmdh1JW8G9W8J0n8zdZwfW89pgG7013PFdw2p+X5Rv7nXcSusOW3Ploc7v22+fDERzH/bznsc1L2hvZB7THLLmjwtPxl0+H5E7NWzwdt0SQ5A6Q7nJL7iz9w+XOazbJLaCPWBnJvZqfrUxbztsYp6dzcs2L1/V839um6U/uRXJj5T5uzV2Qgh8BrQa25i7ITdiSuyB3YXezqbBs12+jrU+3YWO34UyHsbXHxbs5d6/D0yuvz6/8bdjN6H2jYTfz7I2G3QyJNxp2M87daNjN4HWf4drNNHWjYTcj0o2G3Uw+Nxp2M9DcaMicEjdkTokbMqfEDZlT4oaac8p4zP9h+M2iOXp4LJvmNOGyaA4ILotm87ssZHz4Y2sj4+OGZHzckIyPG5LxcUPNjM81pPmtXNlpfpOF5jdZaH6TRbP5XRbNjHdZNMvcZSG2w5GzE9txQ2I7bqgZ26mGh2aZ5xpqZnyuIc1v5cpB85ssNL/JQvObLJrN77JoZrzLolnmLguxHY2cZSC244bEdtxQM7ZzDTXLPNdQM+NzDWl+I1eWgeY3WWh+k4XmN1k0m99jGTUz3mXRLHOXhdgOR85IbMcNie24oWZs5xpqlnmuoWbG5xrS/Gau0PwWS6P5TRaa32TRbH6XRTPjXRbNMndZiO1w5FQfm96lIbEdN9SM7VxDzTJPNZw0Mz7XkOa3cmWi+U0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR027Od48xsNNWM711CzzHMNNTM+15Dmt3Kln9Oic1lofpOF5jdZNJvfZdHMeI+ln/Nxc1mI7XDk9HM87Y2GxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6Thea3WERPcXVZNJvfZdHMeJdFs8xdFmI7HDmciJpgSGzHDTVjO9dQs8xzDTUzPtWQs1bNXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcZSG245FDbMcNie2woeghp7mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpl7LJxbGo8czi1NMCS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8lC8xssq+jxqS6LZsa7LJpl7rIQ29HIWQdiO25IbMcNNWM711CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2A5HDueWJhgS23FDzdhONRQ9ETXXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99jET0R1WXRLHOXhdgORw7nliYYEttxQ83YzjXULPNcQ82MzzWk+c1cofktFs5atVlofpNFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzVUPT41FxDmt/KFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HjnEdthQ9NzSXEPN2M411CzzXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5XRbNjPdYRA85dVmI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+S0W0bNWXRbN5ndZNDPeZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNNw4a9XKlY2zVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR03JLbDhqKHnOYaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXusXBuaTxyOLc0wZDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7LQ/CYLzW+xiB6f6rJoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+yaJa5y0JshyOHc0sTDIntuKFmbKcaip6ImmuomfG5hjS/lSuctWqz0PwmC81vsmg2v8uimfEui2aZuyzEdjhyOLc0wZDYjhtqxnauoWaZ5xpqZnyuIc1v5QpnrdosNL/JQvObLJrN77GInojqsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Zq7Q/BYLZ63aLDS/yaLZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmooenxqriHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5i4LsR2PHGI7ariLnluaa6gZ27mGmmWea6iZ8bmGNL+RKztnrdosNL/JQvObLJrN77JoZrzHInrIqctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Zq7Q/CYLzW+xiJ616rJoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8qiFnrZq5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmzHI4fYjhsS22FD0UNOcw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMvdYOLc0HjmcW5pgSGzHDTVjO9dQs8xzDTUzPteQ5jdzheY3WWh+k4Xmt1hEj091WTQz3mXRLHOXpZvYXqfrltf5N5bvr7SbJHa/0m7C1f1Ku8lL9yvtphi3cb9eeZyct6/9eq8b9+Px9c3WxW2cj/OVx+3xyoc1uYzTsZ6vPC+bc/G2HNdtPI05y2xpbOcLz8fx+tI2rJfFcDTnJsb1Wr+27a8vbsP1XEyPL24+H6ZuOpuH6f6HqZvppPeHaRnOF14W59K2nxRTe9zvMvz46ejncFyejn/wdHQzq37i03E8XnkYttdLvg/L97Vfk/THf2b1cwgzz91HPXfd7Lbw3N37wdnNZhYP0r0PUjd7hd0/SOt57TEN3ifh+SP8Zdqfn47vNe9m15Q1/+s1Z//4vjVvczs/BNp8OAs5ft30lZvz4jwgfeUx+9I8pG//kLLfLf6Q3tHpO/voPHX1Tx37810+dWljxc5GOg/IyweEHe9PeUDact3zNEyvL17X8y62aTJWfWbVBVedveS+f9djNdacvWS9NWcvWW/N2ZrNXfN5H85X/lql1xcv12f08vS6q3Xp18B/LuPyuN91PJeRzcselvFgN/AjlvHxsss0Py+j9b5+rd32+MnHtJ4rzk6c2oqztfYRK77My3Xpbyv+vYxsgHWxjOxo3biMx3kX6/TbMn6vDftO963Nvp3XHm1//S3WlvNHBdMwPtbj/BPng62kLpaR3aH7lvGYz7U59sV4p2QX533Xhq2Zd12bY2C/5ca1Oa4N72H+M/+Oga2RN14cdjHeeHHYm8hdnGU7b2Ncn35//ee/ZX4M7De87dKw3fC2S8MWwtsuDdsCb7s0krsCbX2grPPxemne/+/SjkFy/6C3VRwldxp+tIo3/CHUMUruMbz/skjuLrT18d60tfa8LN8sknP97yybwSI5U7dtuv4cZDtm55v40avL8fTfSabDuufr65uf/vTr/Nfyxyg5J9/HLTn73sctOc/ex605o97GrTlM3sXdNKe+27g1p7nbuDWntNu4Nae/27iZKku5mSpLuZkqS7mZKku5mSpLuZkqK7knpspc7uunvPM2GtxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVldwzU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98JUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcm9MlWWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWcm9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcO1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTpct9XKdgr8MwPXN/GzIqxg2Z/8KGB0Nd3JBJLW5IoHqG67CfB1iu4xT7CD8I1FJuArWUm0At5aZlS7nJ3jrueRgo5FJuYrqUmx97lHLzY49SbqbKUm6mylJupspSbqbKUm6mylJupspK7pGpspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspK7MVWWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWck9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcM1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffCVFnKzVRZys1UWcg9Vr93b0f7D+5f91P95ubeT/F3v3s/xd8e7v0U70q49/POY/u8L9fbxzAbN//OQ7B78+88Uro3382ANm/Xp84yPy42P3XGbTnOe97H9bp4ma3b2M4Pnfk4Xl/ahvW6ieF4uuNm3cR4fUKNbdtfX9yGa0GePvjmcxW7mfukV7GbcfKfreIynKu4LM6lbT/vYWqPCF2GHy/L2s3Y2deydDOe/mhZjvm43puezvoxrffh/PDf1/bxb49rNwMyC/53C97ND37fYcFveY9+56GUFfybFXznyfxNVnA9rz2mwXvTHc8VnPbnZfnGfuedhO6wJXc+2tyu/fb5cATHcT/veWzzkvZG9gntIbmjwtPxl0+H5E7NWzwdd0TQJrkDpLvckjtL/3C505ptk9wC+oiVkdyr+dnKtOW8jXF6OifXvHhdz/e9bZoMbsmNlfu4NXdBCn4EtBrYmrsgN2FL7oLchd3NpsKyXb+Ntj7dho3dhjMdxtYeF+/m3L0OT6+8Pr/yt2E3o/d9hns38+yNht0MiTcadjPO3WjYzeB1o2E309SNht2MSDcadjP53GjYzUBzoyFzStyQOSVseDCnxA2ZU+KGmnPKeMz/YfjNojl6uCya04TLojkguCyaze+ykPHxjy0yPm5IxkcN20DGxw3J+LihZsbnGtL8Rq60geY3WWh+k4XmN1k0m99l0cx4l0WzzD2WkdgOR85IbMcNie24oWZs5xpqlnmuoWbG5xrS/Gau0PwmC81vstD8FkvTbH6XRTPjXRbNMndZiO1w5DRiO25IbMcNNWM711CzzHMNNTM+15Dmt3JlovlNFprfZKH5TRbN5ndZNDPeZdEsc5eF2A5HzkRsxw2J7bihZmynGs6aZZ5rqJnxuYY0v5UrM81vstD8JgvNb7JoNr/LopnxLotmmbssxHY4cqqPTe/SkNiOG2rGdq6hZpnnGmpmfK4hzW/lykLzmyw0v8lC85ssms3vsayaGe+yaJa5y0JshyOnn8PVbzQktuOGmrGda6hZ5rmGmhmfa0jzm7lC81ss/ZyqnMtC85ssms3vsmhmvMuiWeYuC7Edjpx+jqe90ZDYjhtqxnauoWaZpxpymGyCIc1v5Yro+bAuC81vstD8Jotm87ssmhnvsmiWuctCbMcjh9gOG3IiaoKhZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsY7LJPoIacuC7EdjZyJc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8JgvNb7GInrXqsmg2v8uimfEui2aZuyzEdjhyOLc0wZDYjhtqxnauoWaZ5xpqZnyqIWetmrnCWas2C81vstD8Jotm87ssmhnvsmiWuctCbMcjh9iOGxLbYUPRQ05zDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0y91g4tzQeOZxbmmBIbMcNNWM711CzzHMNNTM+15DmN3OF5jdZaH6Thea3WESPT3VZNDPeZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5rVzhrFWbheY3WWh+k0Wz+V0WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZTDUVPRM011Mz4XEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5vdYRE9EdVk0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6DZeasVZuF5jdZNJvfZdHMeJdFs8xdFmI7Gjkz55YmGBLbcUPN2M411CzzVEPR41NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XjkENthQ9FzS3MNNWM711CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeYxE95NRlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6Thea3WETPWnVZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9dQs8xzDTUzPtWQs1bNXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcZSG245FDbMcNie2woeghp7mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpl7LJxbGo8czi1NMCS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8lC81ssosenuiyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXushDb4cjh3NIEQ2I7bqgZ25mGi+iJqLmGmhmfa0jzG7mycNaqzULzmyw0v8mi2fwui2bGuyyaZe6yENvhyOHc0gRDYjtuqBnbuYaaZZ5rqJnxuYY0v5UrnLVqs9D8JgvNb7JoNr/HInoiqsuiWeYuC7EdjhzOLU0wJLbjhpqxnWuoWea5hpoZn2tI85u5QvNbLJy1arPQ/CaLZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmqoejxqbmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2PHKI7bCh6LmluYaasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+xiB5y6rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/mSs0v8lC81ssometuiyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5rmGmhmfashZq2aucNaqzULzmyw0v8mi2fwui2bGuyyaZe6ydBPb63Td8jr/xvL9lXaTxO5X2k24el9pP8d6ul9pN8W4jfv1yuPkvH3t13vduB+Pr2+2Lm7jfJyvPG6PVz6syWWcjvV85a9Rz7l4W47rNp7GnGW2NLbzhefjeH1pG9bLYjiacxPjeq1f2/bXF7fhei6mxxc3nw9TN53Nw3T/w9TNdNL7w7QM5wsvi3Np20+KqT3udxl+/nR0M6TxdPyDp6ObWfUTn47j8crDsL1e8n1Yvq/d1/b60k/4zOpmM4Dn7qOeu252W3ju7v3g7GYziwfp3gepm73C7h+k9bz2mAbvk/D8Ef4y7c9Px/+/5ms/R66z5n+95uwf37fmbW7nh0CbD2chx6+bvnJzXpwHpKc8Xgf2pXlI3/4hZb9b/CG9odPXYeap46krf+rYn+/yqcsbK9hI5wF5+YCw4/0pD0hbrnuehun1xet63sU2Tcaqsz2tuOrsJff9ux7rn2s+spest+bsJeutOVuzuWs+78P5yl+r9Pri5fqMXp5ed7Uu/Rr4z2VcHve7jucysnnZxTKyG/gRy/h42WWan5fRel+/1m57/ORjWs8VZydObcXZWvuIFV/m5br0txX/XkY2wLpYRna0blzG47yLdfptGb/Xhn2n+9Zm385rj7a//hZry/mjgmkYH+vx/SfOa2MrqYtlZHfovmU85nNtjn35852ysYvzvmvD1sz7rg37LTeuzXFteA+zkX+NrZE3Xhx2Md54cdibyF2cZTtvY1yffn/9//Bb5o39hrddGrYb3nVpJrYQ3nZp2BZ426WR3BVo6wNlnY/XS/MBf5c2Se4fdLeKkjsNP1rFO/4QapLcY3j/ZZHcXWjr471pa+15Wb5ZJOf631k2g0Vypm7bdP05yHbMzjfxo1eX4+m/k0yHdc/X1zc//enX+a/l10lyTr6Ne5acfe/jlpxn7+PWnFFv49YcJm/j1pz6buPWnOZu49ac0m7j1pz+buNmqizlZqqs5F6YKku5mSpLuZkqS7mZKku5mSpzua+f8s7baHAzVZZyM1WWcjNVlnIzVZZyM1VWcq9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcG1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffOVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnJfTBVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVFnJvA1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffIVFnKzVTpch/XKdjrMEzP3N+GjIpxQ+a/uCFDXdyQSS1uSKB6huuwnwdYruMU/AgnUCu5G4Fayk2glnLTsqXcZG8pN4Vcyk1Ml3LzY49Sbn7sUcrNVFnKzVRZyT0xVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVVZyz0yVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVldwLU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98pUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcm9MVWWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1UWcu/V793b0f6D+/t+it/c3Psp/u5376f428O9n+JdCfd+3nlsn/flevsYZuPm33kI9m5+f+eR0r35bga0ebs+dZb5cbH5qTNuy3He8z6u18XLbN3Gdn7ozMfx+tI2rNdNDMfTHTfrJsbrE2ps2/764jZcC/L0wTefq9jN3Ce9it2Mk/9sFZfhXMVlcS5t+3kPU3tE6DL8fFm6GTv7WpZuxtMfLcsxH9d709NZP6b1Ppwf/vvaPv/tsZsBmQX/uwXv5ge/77Dgt7xHv/NQygr+zQq+82T+Jiu4ntce0+C96Y7nCk7787L8wj7eeSehO2zJnY82t2u/fT4cwXHcz3se27ykvZF9QHsckjsqPB1/+XRI7tS8xdNxRwQdkjtAusstubP0D5c7r9kkt4A+YmUk92p+tjJtOW9jnJ7OyTUvXtfzfW+bJoNbcmPlPm7NXZCCHwGtf2Afg+YuyE3Ykrsgd2F3s6mwbNdvo61Pt2Fjt+FMh7G1x8W7OXevw9Mrr8+v/G3Yzeh9o2E38+yNht0MiTcadjPO3WjYzeB1o2E309SNht2MSPcZjt1MPjcadjPQ3GjInBI3ZE6JGzKnxA2ZU+KGmnPKeMz/YfjNojl6uCya04TLojkgeCxNs/ldFjI+/LHVyPi4IRkfNyTj44ZkfNxQM+NzDWl+M1dofpOF5rdYJprfZNFsfpdFM+NdFs0yd1mI7XDkTMR23JDYjhtqxnauoWaZ5xpqZnyq4UzzW7ky0/wmC81vstD8Jotm87ssmhnvsmiWuctCbMcjh9iOGxLbYcNFM7ZzDTXLPNdQM+NzDWl+K1cWmt9koflNFprfZNFsfpdFM+NdFs0y91hWYjscOSuxHTcktuOGmrGda6hZ5rmGmhmfa0jzm7lC85ssNL/JQvNbLJtm87ssmhnvsmiWuctCbIcjp/rY9C4Nie24oWZs5xpqlnmuoWbG5xrS/Fau7DS/yULzmyw0v8mi2fwui2bGuyyaZe6yENvhyOnncPUbDYntuKFmbKca9nNu+I2Gmhmfa0jzW7nSz2nRuSw0v8lC85ssms3vsmhmvMuiWeYuC7EdjJxl6Od42hsNie24oWZs5xpqlnmuoWbG5xrS/H/myhcLzW+y0PwmC81vsmg2v8cietaqy6JZ5i4LsR2OHE5ETTAktuOGmrGda6hZ5rmGmhmfa0jzm7lC81ssnLVqs9D8Jotm87ssmhnvsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWeaqh6PGpuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY8cojtsKHouaW5hpqxnWuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77GIHnLqshDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/yULzWyyiZ626LJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9qyFmrZq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2/HIIbbjhsR22FD0kNNcQ80yzzXUzPj/j727TXIc17UoOiWJ+p7/xF69aEt2RaONygsUZPPs/q1wKBdV9gad2cw1pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcY+Hc0njkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+U0Wmt9gGUWPT3VZNDPeZdEsc5eF2I5GzjgQ23FDYjtuqBnbuYaaZZ5rqJnxuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2qqHoiai5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwei+iJqC6LZpm7LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vsXDWqs1C85ssms3vsmhmvMuiWeYuC7EdjhzOLU0wJLbjhpqxnWuoWeaphqLHp+Ya0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXushDb8cghtsOGoueW5hpqxnauoWaZ5xpqZnyuIc1v5QpnrdosNL/JQvObLJrN77JoZrzHInrIqctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Zq7Q/CYLzW+xiJ616rJoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8pmHjrFUrVxpnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY8cYjtuSGyHDUUPOc011CzzXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcY+Hc0njkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+U0Wmt9iET0+1WXRzHiXRbPMXRZiOxw5nFuaYEhsxw01YzvXULPMcw01Mz7XkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYDkcO55YmGBLbcUPN2E41FD0RNddQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32MRPRHVZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+S0Wzlq1WWh+k0Wz+V0WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNVQ9PjUXEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjseOcR21HASPbc011AztnMNNcs811Az43MNaX4jVybOWrVZaH6TheY3WTSb32XRzHiPRfSQU5elm9hep+uW1/k3lsdP2k0Suz9pN+Hq/qTd5KX7k3ZTjNu4X688Ts7b136914378fz5ZuviNs7H+crj9nzlw5pcxulYz1eel825eFuO6zZexpxltjS284Xn43h/aRvWy2I4mnMT43qtX9v29xe34XoupucPN58PUzedzcN0/8PUzXTS+8O0DOcLL4tzadtPiqk973cZfv50dDOk8XT8haejm1n1G5+O4/nKw7C9X/J9WB7X7mt7f+kXfGb1cwgzz91XPXfd7Lbw3N36wdnP6d08SPc+SN3sFXb/IK3ntcc0eJ+E51f4y7S/Ph2PNe9m15Q1/+M1Z//4vjVvczs/BNp8OAs5/rrpKzfnxXlA+spj9qV5SD/+IWW/W/whvaXT2Ufnqat/6tif7/KpSxsrJjbSeUDePiDseH/LA9KW656nYXp/8bqed7FNk7HqbE8rrjp7yX3/rsdqrDl7yXprzl6y3pqzNZu75vM+nK/8a5XeX7xcn9HLy+uu1qW/Bv5zGZfn/a7juYxsXnaxjOwGfsUyPl92mebXZbTe16+1257ffEzrueLsxImt+MzW2les+DIv16W/rfhjGdkA62IZ2dG6cRmP8y7W6bdlfKwN+073rc2+ndcebX//T6wt51cF0zA+1+P8E+eZraQulpHdofuW8ZjPtTn2xXinZBfnc9eGrZnPXRv2W25cm+Pa8B5mK//YGvncxVnYxfjgxWFvIndxlu28jXF9+f31/+G3zBf2Gz52adhu+NilYQvhY5eGbYGPXRrJXYG2PlHW+Xi/NF/wd2mL5P5Bd6soudPwo1W84w+hFsk9ho9fllVyd6Gtz/emrbXXZXmwSM71v7NsBovkTN226fpzkO2YnX/Ez15djpf/O8l0WPd8/Xzzy59+Xf9r+VVyTr6PW3L2vY9bcp69j1tzRr2NW3OYvI1bc+q7jVtzmruLe9Oc0m7j1pz+buNmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqszlvr7lnbfR4GaqrOTemSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruQ+mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mykLueWCqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqrOQemSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruRtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3xFRZys1UWcrNVFnKzVRZys1UWcrNVOlyH9cp2OswTK/cD0NGxbgh81/ckKEubsikFjacCVTPcB328wDLdZxiH+EzgVrKTaCWchOopdy0bCk32VvKTSGXchPTldwLX3uUcvO1Ryk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffKVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnJvTFVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVVnLvTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWV3AdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSH3MjBVVnJXv3dvR/sP7sf9FL+5ufdT/K/fuZ+1+p+Hez/FuxLu/Xzy2D7vy/X2MczGzX/yEOze/CePlO7NdzOgzdv1qbPMz4vNT51xW47znvdxvS5eZus2tvND51cSvb+0Det1E8PxcsfNuonx+oQa27a/v7gN14K8fPDN5yp2M/dJr2I34+RfW8VlOFdxWZxL237ew9SeEboMP1+WbsbOvpalm/H0R8tyzMf13vRy1o9pvQ/nh/++tq9/exy7GZBZ8D9b8G6++P2EBb/jPXr85KGUFfyTFfzkyfxDVnA9rz2mwXvTHc8VnPbXZXlgf/JOQnfYkjsfbW7Xfvt8OILjuJ/3PLZ5SXsj+4b2kNxR4en4w6dDcqfmI56OWyJIcgdId7kld5b+4nKnNVuT3AL6ipWR3Kv52cq05byNcXo5J9e8eF3P971tmgxuyY2V+7g1d0EKvgJaDWzNXZCbsCV3Qe7C7mZTYdmu30ZbX27Dxm7DmQ5ja8+Ld3PuXoeXV15fX/lh2M3ofaNhN/PsjYbdDIn3GU7djHM3GnYzeN1o2M00daNhNyPSjYbdTD43GnYz0NxoyJwSN2ROiRsyp8QNmVPChrPmnDIe838YPlg0Rw+XRXOacFk0BwSXRbP5XRYyPv6xRcbHDcn4uCEZHzck48OGi2bG5xrS/FauLDS/yULzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG2w4YrsR031IztXEPNMs811Mz4XEOa38qVleY3WWh+k4XmN1k0m99l0cx4j2XTLHOXhdgOR85GbMcNie24oWZs5xpqlnmuoWbG5xrS/Gau0PwmC81vsew0v8mi2fwui2bGuyyaZe6yENvhyNmJ7bghsR031IztXEPNMs811Mz4VMOD5rdy5aD5TRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdiORw6xHTcktqOGW/Xx9F0aapZ5rqFmxuca0vxGrmwDzW+y0PwmC81vsmg2v8uimfEui2aZeyz9nAR/X+T0c7j6jYbEdtxQM7ZzDTXLPNdQM+NzDWl+M1dofpOF5jdZaH6LpZ+jf3NZNDPeZdEsc5eF2A5HTj/H095oSGzHDTVjO9dQs8xzDTUzPteQ5rdyRfR8WJeF5jdZaH6TRbP5XRbNjHdZNMvcZSG2w5HDiagJhsR23FAztlMNRU9EzTXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32XRzHiXRbPMXRZiOxw5nFuaYEhsxw01YzvXULPMcw01Mz7XkOa3coWzVm0Wmt9koflNFs3m91hET0R1WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNdQM+NzDWl+M1dofouFs1ZtFprfZNFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1cQ80yTzUUPT4115Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5HDrEdNhQ9tzTXUDO2cw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjHZZd9JBTl4XYjkbOzrmlCYbEdtxQM7ZzDTXLPNdQM+NzDWl+M1dofpOF5rdYRM9adVk0m99l0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+1ZCzVs1c4axVm4XmN1lofpNFs/ldFs2Md1k0y9xlIbbjkUNsxw2J7bCh6CGnuYaaZZ5rqJnxuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxLotmmXssnFsajxzOLU0wJLbjhpqxnWuoWea5hpoZn2tI85u5QvObLDS/yULzWyyix6e6LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6yENvhyOHc0gRDYjtuqBnbqYaiJ6LmGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsmhmvMuiWeYuC7EdjhzOLU0wJLbjhpqxnWuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvN7LKInorosmmXushDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/wXJw1qrNQvObLJrN77JoZrzLolnmLguxHY2cg3NLEwyJ7bihZmznGmqWeaqh6PGpuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY8cojtsKHouaW5hpqxnWuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77GIHnLqshDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/yULzWyyiZ626LJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9qyFmrZq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2/HIIbbjhsR22FD0kNNcQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32XRzHiXRbPMPRbOLY1HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+U0Wmt9kofktFtHjU10WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1Ew3UQPRE111Az43MNaf5/58ovFprfZKH5TRaa32TRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99jET0R1WXRLHOXhdgORw7nliYYEttxQ83YzjXULPNcQ82MzzWk+c1cofktFs5atVlofpNFs/ldFs2Md1k0y9xl6Sa21+m65XX+jeXxk3aTxO5P2k24uj9pN3np/qTdFOM27tcrj5Pz9rVf73Xjfjx/vtm6uI3zcb7yuD1f+bAml3E61vOV52VzLt6W47qNlzFnmS2N7Xzh+TjeX9qG9bIYjubcxLhe69e2/f3Fbbiei+n5w82Ph6mf8015mO5/mLqZTnp/mJbhfOFlcS5t+0kxtef9LsPPn45uhjSejr/wdHQzq37j03E8X3kYtvdLvg/L49p9be8v/YbPrG42A3juvuq562a3hefu3g/ObjazeJDufZC62Svs/kFaz2uPafA+Cc+v8Jdpf306Hmveza4pa/7Ha87+8X1r3uZ2fgi0+XAWcvx101duzovzgHSVxwv70jykH/+Qst8t/pDe0ekL++g8dfVPHfvzXT51aWPFMvOA8IC8e0DY8f6WB6Qt1z1Pw/T+4nU972KbJmPV2Z5WXHX2kvv+XY/VWHP2kvXWnL1kuTVf2ZrNXfN5H85X/rVK7y9ers/o5eV1V+vSXwP/uYzL837X8VxGNi+7WEZ2A79iGZ8vu0zz6zJa7+vX2m3Pbz6m9VxxduLUVpytta9Y8WVerkt/W/HHMrIB1sUysqN14zIe512s02/L+Fgb9p3uW5t9O6892v7+n1hbzq8KpmF8rsf5J84rW0ldLCO7Q/ct4zGfa3Psy7/fKTd2cT53bdia+dy1Yb/lxrU5rg3vYTbyb2Nr5IMXh12MD14c9iZyF2fZztsY15ffX/8ffst8Y7/hY5eG7YaPXRq2ED52adgW+NSl2SV3Bdr6RFnn4/3SfMHfpe2S+wfdraLkTsOPVvGOP4TaJfcYPn9ZJHcX2vp8b9pae12WB4vkXP87y2awSM7UbZuuPwfZjtn5R/zs1eV4+b+TTId1z9fPN7/86df1v5bfJefk+7glZ9/7uCXn2du4D80Z9TZuzWHyNm7Nqe82bs1p7jZuzSntNm7N6e82bqbKUm6mylJupspSbqbKQu5xYKos5WaqLOVmqszlvr7lnbfR4GaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqrOQemSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruRtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3xFRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyT0zVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVVZyL0yVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVLvdxnYK9DsP0yv2P4cqoGDdk/osbMtTFDZnU4oYEqmf4/+cDnobjFPsIXwnUUm4CtZSbQK3k3mjZUm6yt5SbQi7lJqZLuWe4K7n52qOUm6mylJupspSbqbKUm6mykntnqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqqzkPpgqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqC7nbwFRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyT0yVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVVZyN6bKUm6mylJupspSbqbKUm6mykLuqfq9ezvaf3A/7qf4zc29n+J//e79FP/zcO+neFfCvZ9PHtvnfbnePobZuPlPHoLdm//kkdK9+W4GtHm7PnWW+Xmx+akzbstx3vM+rtfFy2zdxnZ+6MzH8f7SNqzXTQzHyx036ybG6xNqbNv+/uI2XAvy8sE3P1Zx6mbuk17FbsbJv7aKy3Cu4rI4l7b9vIdfLfO8dPj5snQzdva1LN2Mpz9almM+rveml7N+TOt9OD/897V9/9tjNwMyC/5nC97NF7+fsOC3vEd/8lDKCv7JCn7yZP4hK7ie1x7T4L3pjucKTvvrsjywP3knoTtsyZ2PNrdrv30+HMFx3M97Htu8pL2RfUF7zJI7Kjwdf/h0SO7UfMTTcUcEzZI7QLrLLbmz9BeXO63ZZsktoK9YGcm9mp+tTFvO2xinl3NyzYvX9Xzf26bJ4JbcWLmPW3MXpOAroNXA1twFuQlbchfkJuylm02FZbt+G219uQ0buw1nOoytPS/ezbl7HV5eeX195YdhN6P3jYbdzLM3GnYzJN5o2M04d6NhN4PXjYbdTFM3GnYzIt1o2M3kc6NhNwPNfYYrc0rckDklbsicEjdkTokbas4p4zH/h+GDRXP0cFk0pwmXRXNAcFk0m99lIePDH1sbGR83JOPjhmR83JCMjxtqZnyuIc1v5cpG85ssNL/JQvObLJrN77HsmhnvsmiWuctCbIcjZye244bEdtxQM7ZzDTXLPNdQM+NzDWl+M1dofovloPlNFprfZNFsfpdFM+NdFs0yd1mI7XDkHMR23JDYjhtqxnauoWaZZxrOg2bG5xrS/EauzAPNb7LQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2PHKI7bDhSGzHDTVjO9dQs8xzDTUzPteQ5rdyZaT5TRaa32Sh+U0WzeZ3WTQz3mNpmmXushDb4cipPja9S0NiO26oGdu5hpplnmuomfG5hjS/mSs0v8lC81ssE81vsmg2v8uimfEui2aZuyzEdjhy+jlc/UZDYjtuqBnbuYaaZZ5rqJnxqYb9HJqdmiv9nBady0Lzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG244bEdtiQw2QTDDXLPNdQM+NzDWl+K1dEz4d1WWh+k4XmN1k0m99l0cx4l0WzzD0WTkSNRw4noiYYEttxQ83YzjXULPNcQ82MzzWk+c1coflNFprfZKH5LRbR41NdFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztVEPRE1FzDTUzPteQ5rdyhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdiORs7CuaUJhsR23FAztnMNNcs811Az43MNaX4jVxbOWrVZaH6TheY3WTSb32MRPRHVZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+S0Wzlq1WWh+k0Wz+V0WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNVQ9PjUXEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjseOcR22FD03NJcQ83YzjXULPNcQ82MzzWk+a1c4axVm4XmN1lofpNFs/ldFs2M91hEDzl1WYjtcORwbmmCIbEdN9SM7VxDzTLPNdTM+FxDmt/MFZrfZKH5LRbRs1ZdFs3md1k0M95l0Sxzl4XYDkcO55YmGBLbcUPN2M411CzzXEPNjE815KxVM1c4a9VmoflNFprfZNFsfpdFM+NdFs0yd1mI7XjkENtxQ2I7bCh6yGmuoWaZ5xpqZnyuIc1v5QpnrdosNL/JQvObLJrN77JoZrzLolnmHgvnlsYjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Zq7Q/CYLzW+y0PwGyyp6fKrLopnxLotmmbssxHY0ctaB2I4bEttxQ83YzjXULPNcQ82MzzWk+a1c4axVm4XmN1lofpNFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2Uw1FT0TNNdTM+FxDmt/KFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9dQs8xzDTUzPteQ5rdyhbNWbRaa32Sh+U0Wzeb3WERPRHVZNMvcZSG2w5HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+i4WzVm0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTJPNRQ9PjXXkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR02FD23NNdQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+M9FtFDTl0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15DmN3OF5jdZaH6LRfSsVZdFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjMw03zlq1cmXjrFWbheY3WWh+k0Wz+V0WzYx3WTTL3GUhtuORQ2zHDYntsKHoIae5hpplnmuomfG5hjS/lSuctWqz0PwmC81vsmg2v8uimfEui2aZeyycWxqPHM4tTTAktuOGmrGda6hZ5rmGmhmfa0jzm7lC85ssNL/JQvNbLKLHp7osmhnvsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGduphqInouYaamZ8riHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5i5LN7G9Ttctr/NvLP/8pP2cLur+pN2Eq/uTdpOX7k/aTTFu43698jg5b1/79V437sfz55uti9s4H+crj9vzlQ9rchmnYz1feV425+Jfb5PXbbyMOctsaWznC8/H8f7SNqyXxXA05ybG9Vq/tu3vL27D9VxMzx9uPh+mbjqbh+n+h6mb6aT3h2kZzhdeFufStp8UU3ve7zL8/OnoZkjj6fgLT0c3s+o3Ph3H85WHYXu/5PuwPK7d1/b+0m/4zOpmM4Dn7queu252W3jubv3g7Of0bh6kex+kbvYKu3+Q1vPaYxq8T8LzK/xl2l+fjsead7Nrypr/8Zqzf3zfmre5nR8CbT6chRx/3fSVm/PiPCBd5fE285DykH76Q8p+t/hDekuns4/OU1f/1LE/3+VTlzdWsJHOA/L2AWHH+1sekLZc9zwN0/uL1/W8i22a/r3qO9vTiqvOXnLfv+uxGmvOXrLemrOXrLfmbM3mrvm8D+cr/1ql9xcv12f08vK6q3Xpr4H/XMbleb/reC4jm5ddLCO7gV+xjM+XXab5dRmt9/Vr7bbnNx/Teq44O3FqK87W2les+DIv16W/rfhjGdkA62EZD3a0blzG47yLdfptGR9rw77TfWuzb+e1R9vf/xNry/lVwTSMz/U4/8T5YCupi2Vkd+i+ZTzmc22OfTHeKdnF+dy1YWvmc9eG/ZYb1+a4NryH2co/tkY+eHHYxfjgxWFvIndxlu28jXF9+f31n/+W+T6w3/CxS8N2w8cuDVsIH7s0bAt87NJI7gq09Ymyzsf7pfn8v0vbB8n9g+5WUXKn4UereMMfQv1SYlk+cVkkdxfa+nxv2lp7XZYHi+Rc/zvL9m+WUXKmbtt0/TnIdszOP+Jnry7Hy/+dZDqse75+vvnlT7/O/7X8PkrOyfdxS86+93FLzrP3cWvOqLdxaw6Tt3FrTn23cWtOc7dxa05pt3FrTn93cTemylJupspSbqbKUm6mylJupspSbqbKUm6mylzu61veeRsNbqbKUm6mylJupspK7ompspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspJ7Zqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqqs5F6YKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKiu5V6bKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSu6NqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSe2eqLOVmqizlZqos5WaqdLmP6xTsdRimV+6HIaNi3JD5L27IUBc3ZFILGx4Eqme4Dvt5gOU6TrGP8INALeUmUEu5CdRSblq2lJvsLeWmkEu5ielSbr72KOXma49C7mNgqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqqzkHpkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqK7kbU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98RUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWck9M1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVdZxb0P1e/d2tP/gftxP8Zubez/F//rd+yn+5+HeT/GuhHc/yyeP7fO+XG8fw2zc/CcPwe7Nf/JI6d58NwPavF2fOsv8vNj81Bm35TjveR/X6+Jltm5jOz905uN4f2kb1usmhuPljpt1E+P1CTW2bX9/cRuuBXn54JvPVexm7pNexW7Gyb+2istwruKyOJe2/byHqT0jdBl+vizdjJ19LUs34+mPluWYj+u96eWsH9N6H84P/31t3//22M2AzIL/2YJ388XvJyz4He/R6ycPpazgn6zgJ0/mH7KC63ntMQ3em+54ruC0vy7LA/uTdxK6w5bc+Whzu/bb58MRHMf9vOexzUvaG9kXtMcquaPC0/GHT4fkTs1HPB23RJDkDpDuckvuLP3F5c5rNsktoK9YGcm9mp+tTFvO2xinl3NyzYvX9Xzf26bp39yb5MbKfdyauyAFXwGtBrbmLshN2JK7IHdhd7OpsGzXb6OtL7dhY7fhTIextefFuzl3r8PLK6+vr/ww7Gb0vtGwm3n2RsNuhsQbDbsZ52407Gbwus9w72aautGwmxHpRsNuJp8bDbsZaG40ZE6JGzKnxA2ZU+KGzClxQ805ZTzm/zB8sGiOHh7LoTlNuCyaA4LLotn8LgsZH/7YOsj4uCEZHzck4+OGZHzcUDPjcw1pfiNXxoHmN1lofpOF5jdZNJvfZdHMeJdFs8xdFmI7GjnjQGzHDYntuKFmbKcajpplnmuomfG5hjS/lSsjzW+y0PwmC81vsmg2v8uimfEui2aZuyzEdjhyGrEdNyS244aasZ1rqFnmuYaaGZ9rSPNbudJofpOF5jdZaH6TRbP5PZZJM+NdFs0yd1mI7XDkTMR23JDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7HMNL/JQvObLJrN77JoZrzLolnmLguxHY6c6mPTuzQktuOGmrGda6hZ5qmGi2bG5xrS/FauLDS/yULzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG2w4b9HG9+o6FmbOcaapZ5rqFmxuca0vxWrvRzWnQuC81vstD8Jotm87ssmhnvsfRzPm4uC7Edjpx+jqe90ZDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7LQ/BaL6CmuLotm87ssmhnvsmiWuctCbIcjhxNREwyJ7bihZmznGmqWea6hZsanGnLWqpkrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY8cojtuCGxHTVsooec5hpqlnmuoWbG5xrS/EautIHmN1lofpOF5jdZNJvfZdHMeJdFs8w9Fs4tjUcO55YmGBLbcUPN2M411CzzXEPNjM81pPnNXKH5TRaa32Sh+S0W0eNTXRbNjHdZNMvcZSG2w5HDuaUJhsR23FAztnMNNcs811Az43MNaX4rVzhr1Wah+U0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VRD0RNRcw01Mz7XkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYDkcO55YmGBLbcUPN2M411CzzXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5PRbRE1FdFs0yd1mI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32LhrFWbheY3WTSb32XRzHiXRbPMXRZiOxw5nFuaYEhsxw01YzvXULPMUw1Fj0/NNaT5rVzhrFWbheY3WWh+k0Wz+V0WzYx3WTTL3GUhtuORQ2yHDUXPLc011IztXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99l0cx4h2USPeTUZSG2o5EzcW5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+S0W0bNWXRbN5ndZNDPeZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYxPNeSsVTNXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO145BDbcUNiO2woeshprqFmmecaamZ8riHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5h4L55bGI4dzSxMMie24oWZs5xpqlnmuoWbG5xrS/Gau0PwmC81vstD8Fovo8akui2bGuyyaZe6yENvhyOHc0gRDYjtuqBnbuYaaZZ5rqJnxuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2qqHoiai5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwei+iJqC6LZpm7LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vsMyctWqz0Pwmi2bzuyyaGe+yaJa5y0JsRyNn5tzSBENiO26oGdu5hpplnmooenxqriHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5i4LsR2PHGI7bCh6bmmuoWZs5xpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwui2bGeyyih5y6LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vstD8FovoWasui2bzuyyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxqcactaqmSuctWqz0PwmC81vsmg2v8uimfEui2aZuyzEdjxyiO24IbEdNhQ95DTXULPMcw01Mz7XkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzj4VzS+ORw7mlCYbEdtxQM7ZzDTXLPNdQM+NzDWl+M1dofpOF5jdZaH6LRfT4VJdFM+NdFs0yd1m6ie11um55nX9jefyk3SSx+5N2E67uT9pNXro/aTfFuI379crj5Lx97dd73bgfz59vti5u43ycrzxuz1c+rMllnI71fOV52ZyLt+W4buNlzFlmS2M7X3g+jveXtmG9LIajOTcxrtf6tW1/f3Ebrudiev5w8/kwddPZPEz3P0zdTCe9P0zLcL7wsjiXtv2kmNrzfpfhx09HP4fj8nT8haejm1n1G5+O4/nKw7C9X/J9WB7X7mt7f+kXfGb1cwgzz91XPXfd7Lbw3N37wdnNZhYP0r0PUjd7hd0/SOt57TEN3ifh+RX+Mu2vT8djzbvZNWXN/3jN2T++b83b3M4PgTYfzkKOv276ys15cR6QvvKYfWke0o9/SNnvFn9Ib+j0ZWAfnaeu/qljf77Lpy5rrFgGNtJ5QN4+IOx4f8sD0pbrnqdhen/xup53sU2Tseozqy646uwl9/27Hqux5uwl6605e8l6a87WbO6az/twvvKvVXp/8XJ9Ri8vr7tal/4a+M9lXJ73u47nMrJ52cMyjuwGfsUyPl92mebXZbTe16+1257ffEzrueLsxKmtOFtrX7Hiy7xcl/624o9lZAOsi2VkR+vGZTzOu1in35bxsTbsO923Nvt2Xnu0/f0/sbacXxVMw/hcj+1cRraSulhGdofuW8ZjPtfm2BfjnZJdnM9dG7ZmPnZtGvstN67NcW14D7ORf42tkQ9eHHYxPnhx2JvIXZxlO29jXF9+f/3nv2W+NPYbPnZp2G742KVhC+Fjl4ZtgY9dGsldgbY+Udb5eL80n/93aUuT3D/obRUnyZ2GH63iHX8INUnuMXz+skjuLrT1+d60tfa6LA8Wybn+d5bNYJGcqds2XX8Osh2z84/42avL8fJ/J5kO656vn29++dOv838tv0ySc/J93JKz733ckvPsfdyaM+pt3JrD5F3cs+bUdxu35jR3G7fmlHYbt+b0dxs3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3wlSZy319yztvo8HNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcm9MlWWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWcm9MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcO1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlJffBVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnIvQ5MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJUu93Gdgv2rm6dX7ocho2LckPkvbDgy1MUNmdTihgSqZ/jrM+M8wHIdp9hH+EiglnITqKXcBGopNy1byk32VnI3CrmUm5gu5eZrj1JuvvYo5WaqLOVmqizlZqos5WaqLOVmqizlZqqs5J6YKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKiu5Z6bKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSu6FqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSe2WqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqrOTemCpLuZkqS7mZKgu5t+r37u1o/8H9z/1Uv7m591P8r9+9n+J/Hu79FO9KuPfzyWP7vC/X28cwGzf/yUOwe/OfPFK6N9/NgDZv16fOMj8vNj91/v+AsfOe93G9Ll5m6za280NnPo73l7ZhvW5iOF7uuFk3MV6fUGPb9vcXt+FakJcPvvlcxW7mPulV7Gac/GuruAznKi6Lc2nbz3uY2jNCl+HHy7J3M3b2tSzdjKc/WpZjPq73ppezfkzrfTg//Pe1ff3b497NgMyC/9mCd/PF7ycs+C3v0Z88lLKCf7KCnzyZf8gKrue1xzR4b7rjuYLT/rosD+xP3knoDlty56PN7dpvnw9HcBz3857HNi9pb2Tf0B6SOyo8HX/4dEju1HzE03FHBB2SO0C6yy25s/QXlzut2Q7JLaCvWBnJvZqfrUxbztsYp5dzcs2L1/V839umyeCW3Fi5j1tzF6TgK6DVwNbcBbkJW3IX5C7sbjYVlu36bbT15TZs7Dac6TC29rx4N+fudXh55fX1lR+G3YzetxnuQzfz7I2G3QyJNxp2M87daNjN4HWjYTfT1I2G3YxINxp2M/ncaNjNQHOjIXNK3JA5JWw4MqfEDZlT4oaac8p4zP9h+GDRHD1cFs1pwmXRHBBcFs3md1nI+PjHFhkfNyTjw4aNjI8bkvFxQ82MzzWk+a1caTS/yULzmyw0v8mi2fwui2bGuyyaZe6xTMR2OHImYjtuSGzHDTVjO9dQs8xzDTUzPteQ5jdzheY3WWh+k4Xmt1hmzeZ3WTQz3mXRLHOXhdgOR85MbMcNie24oWZs5xpqlnmuoWbG5xrS/FauLDS/yULzmyw0v8mi2fwui2bGuyyaZe6yENvhyFmI7bghsR031IztVMNVs8xzDTUzPteQ5rdyZaX5TRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdgOR071seldGhLbcUPN2M411CzzXEPNjM81pPmtXNlofpOF5jdZaH6TRbP5PZZdM+NdFs0yd1mI7XDk9HO4+o2GxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6LpZ9TlXNZaH6TRbP5XRbNjHdZNMvcZSG2w5HTz/G0NxoS23FDzdjONdQs80zDg8NkEwxpfiNXDtHzYV0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR025ETUBEPN2M411CzzXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5XRbNjPdYRA85dVmI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfzBWa32Sh+S0W0bNWXRbN5ndZNDPeZdEsc5eF2A5HDueWJhgS23FDzdjONdQs81xDzYxPNeSsVTNXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO145BDbcUNiO2woeshprqFmmecaamZ8riHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5h4L55bGI4dzSxMMie24oWZs5xpqlnmuoWbG5xrS/Gau0PwmC81vstD8Fovo8akui2bGuyyaZe6yENvhyOHc0gRDYjtuqBnbuYaaZZ5rqJnxuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2qqHoiai5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmwHI2cfOLc0wZDYjhtqxnauoWaZ5xpqZnyuIc3/71z5xULzmyw0v8lC85ssms3vsYieiOqyaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8FgtnrdosNL/Jotn8LotmxrssmmXushDb4cjh3NIEQ2I7bqgZ27mGmmWeaih6fGquIc1v5QpnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY8cYjtsKHpuaa6hZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsZ7LKKHnLosxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+y0PwWi+hZqy6LZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbGpxpy1qqZK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2PHKI7bghsR02FD3kNNdQs8xzDTUzPteQ5rdyhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOPhXNL45HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+k4XmN1lofoNlFD0+1WXRzHiXRbPMXRZiOxo540Bsxw2J7bihZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGduphqInouYaamZ8riHNb+UKZ63aLDS/yULzmyyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5rmGmhmfa0jzW7nCWas2C81vstD8Jotm83ssoieiuiyaZe6yENvhyOHc0gRDYjtuqBnbuYaaZZ5rqJnxuYY0v5krNL/FwlmrNgvNb7JoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2rqFmmacaih6fmmtI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmzHI4fYDhuKnluaa6gZ27mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8R6L6CGnLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8Uietaqy6LZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfGZho2zVq1caZy1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LN3E9jpdt7zOv7E8ftJuktj9SbsJV+8n7edYT/cn7aYYt3G/XnmcnLev/XqvG/fj+fPN1sVtnI/zlcft+cqHNbmM07Gerzwvm3PxthzXbbyMOctsaWznC8/H8f7SXx9Kl8VwNOcmxvVav7bt7y/+FUfnC0/PH24+H6ZuOpuH6f6HqZvppPeHaRnOF14W59K2nxRTe97vMvz86ehmSOPp+AtPRzez6jc+HcfzlYdhe7/k+7A8rt3X9v7Sb/jM6mYzgOfuq567bnZbeO7u/eDsZjOLB+neB6mbvcLuH6T1vPaYBu+T8PwKf5n216fjnzXv58h11vyP15z94/vWvM3t/BBo8+Es5Pjrpq/cnBfnAekqjxv70jykH/+Qst8t/pDe0elt5qnjqSt/6tif7/Kpyxsr2EjnAXn7gLDj/S0PSFuue56G6f3F63rexTZNxqqzPa246uwl9/27Huu/13xiL1lvzdlL1ltztmZz13zeh/OVf63S+4uX6zN6eXnd1br018B/LuPyvN91PJeRzcsulpHdwK9YxufLLtP8uozW+/q1dtvzm49pPVecnTi1FWdr7StWfJmX69LfVvyxjGyAdbGM7GjduIzHeRfr9NsyPtaGfaf71mbfzmuPtr//J9aW86uCaRif63H+ifPMVlIXy8ju0H3LeMzn2hz78u93ypldnM9dG7ZmPndt2G+5cW2Oa8N7mI38m9ka+eDFYRfjgxeHvYncxVm28zbG9eX31/+H3zKf2W/42KVhu+FTl2ZhC+Fjl4ZtgY9dGsldgbY+Udb5eL80X/B3aYvk/kF3qyi50/CjVbzjD6EWyT2Gz18Wyd2Ftj7fm7bWXpflwSI51//OshkskjN126brz0G2Y3b+ET97dTle/u8k02Hd8/XzzS9/+nX9r+UXyTn5Nu5Vcva9j1tynr2PW3NGvY1bc5i8jVtz6ruNW3Oau41bc0q7jVtz+ruNm6mylJupspJ7Y6os5WaqLOVmqizlZqos5WaqzOW+vuWdt9HgZqos5WaqLOVmqizlZqos5WaqrOTemSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruQ+mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mykLuaWCqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqrOQemSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruRtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3xFRZys1U6XIf1ynY6zBMr9wPQ0bFuCHzX9yQoS5uyKQWNyRQPcN12M8DLNdxCn6EE6iV3DOBWspNoJZy07Kl3GRvKTeFXMpNTJdy87VHKTdfe5RyM1WWcjNVVnIvTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWV3CtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3xlRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyb0zVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVVZyH0yVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVhdxz9Xv3drT/4H7cT/Gbm3s/xf/63fsp/ufh3k/xroR7P588ts/7cr19DLNx8588BDs3vwyfPFK6N9/NgDZv16fOMj8vNj91xm05znvex/W6eJmt29jOD51fz+n7S9uwXjcxHC933KybGK9PqLFt+/uL23AtyMsH33yuYjdzn/QqdjNO/rVVXIZzFZfFubTt5z1M7Rmhy/DzZelm7OxrWboZT3+0LMd8XO9NL2f9mNb7cH7472v7/rfHbgZkFvzPFrybL34/YcFveY/+5KGUFfyTFfzkyfxDVnA9rz2mwXvTHc8VnPbXZfkHe/zknYTusCV3Ptrcrv32+XAEx3E/73ls85L2RvYF7TFK7qjwdPzh0yG5U/MRT8cdETRK7gDpLrfkztJfXO68ZpPcAvqKlZHcq/nZyrTlvI1xejkn17x4Xc/3vW2aDG7JjZX7uDV3QQq+Alr/jd00d0FuwpbcBbkLu5tNhWW7fhttfbkNG7sNZzqMrT0v3s25ex1eXnl9feWHYTej942G3cyzNxp2MyTeaNjNOHejYTeD142G3UxTNxp2MyLdZzh1M/ncaNjNQHOjIXNK3JA5JW7InBI3ZE6JG2rOKeMx/4fhg0Vz9HBZNKcJl0VzQPBYZs3md1nI+PDH1kzGxw3J+LghGR83JOPjhpoZn2tI85u5QvObLDS/xbLQ/CaLZvO7LJoZ77JolrnLQmyHI2chtuOGxHbcUDO2cw01yzzXUDPjUw1Xmt/KlZXmN1lofpOF5jdZNJvfZdHMeJdFs8xdFmI7HjnEdtyQ2A4bbpqxnWuoWea5hpoZn2tI81u5stH8JgvNb7LQ/CaLZvO7LJoZ77JolrnHshPb4cjZie24IbEdN9SM7VxDzTLPNdTM+FxDmt/MFZrfZKH5TRaa32I5NJvfZdHMeJdFs8xdFmI7HDnVx6Z3aUhsxw01YzvXULPMcw01Mz7XkOY3cmUdaH6TheY3WWh+k0Wz+V0WzYx3WTTL3GUhtqORs/ZzuPqNhsR23FAztlMN+zk3/EZDzYzPNaT5rVzp57ToXBaa32Sh+U0WzeZ3WTQz3mXRLHOXhdgOR04/x9PeaEhsxw01YzvXULPMcw01Mz7XkOa3ckX0fFiXheY3WWh+k0Wz+T0W0bNWXRbNMndZiO1w5HAiaoIhsR031IztXEPNMs811Mz4XEOa38wVmt9i4axVm4XmN1k0m99l0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM711CzzFMNRY9PzTWk+a1c4axVm4XmN1lofpNFs/ldFs2Md1k0y9xlIbbjkUNshw1Fzy3NNdSM7VxDzTLPNdTM+FxDmt/KFc5atVlofpOF5jdZNJvfZdHMeI9F9JBTl4XYDkcO55YmGBLbcUPN2M411CzzXEPNjM81pPnNXKH5TRaa32IRPWvVZdFsfpdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhUQ85aNXOFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5HDrEdNyS2o4ab6CGnuYaaZZ5rqJnxuYY0v5Er20Dzmyw0v8lC85ssms3vsmhmvMuiWeYeC+eWxiOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxmrtD8JgvNb7LQ/BaL6PGpLotmxrssmmXushDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2OHI4tzTBkNiOG2rGdqqh6ImouYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8Hovoiagui2aZuyzEdjhyOLc0wZDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7Fw1qrNQvObLJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmqYaix6fmGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2/HIIbbDhqLnluYaasZ2rqFmmecaamZ8riHNb+UKZ63aLDS/yULzmyyaze+yaGa8w7KLHnLqshDb0cjZObc0wZDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7LQ/BaL6FmrLotm87ssmhnvsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsanGnLWqpkrnLVqs9D8JgvNb7JoNr/LopnxLotmmbssxHY8cojtuCGxHTYUPeQ011CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc4+Fc0vjkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6TheY3WWh+i0X0+FSXRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM71VD0RNRcQ82MzzWk+a1c4axVm4XmN1lofpNFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6PRfREVJdFs8xdFmI7HDmcW5pgSGzHDTVjO9dQs8xzDTUzPteQ5jdzheY3WA7OWrVZaH6TRbP5XRbNjHdZNMvcZSG2o5FzcG5pgiGxHTfUjO1cQ80yTzUUPT4115Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5HDrEdNhQ9tzTXUDO2cw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjPRbRQ05dlm5ie52uW17n31geP2k3Sez+pN2Eq/uTdpOX7k/aTTFu43698jg5b1/79V73y+D5883WxW2cj/OVx+35yoc1uYzTsZ6vPC+bc/G2HNdtvIw5y2xpbOcLz8fx/tI2rJfFcDTnJsb1Wr+27e8vbsP1XEzPH24+H6ZuOpuH6f6HqZvppPeHaRnOF14W59K2nxRTe97vMvz86ehmSOPp+AtPRzez6jc+HcfzlYdhe7/k+7A8rt3X9v7SL/jM6ucQZp67r3ruutlt4bm79YOzn9O7eZDufZC62Svs/kFaz2uPafA+Cc+v8Jdpf306Hmveza4pa/7Ha87+8X1r3uZ2fgi0+XAWcvx101duzovzgPSVx+xL85B+/EPKfrf4Q3pLp7OPzlNX/9SxP9/lU5c2VixspPOAvH1A2PH+lgekLdc9T8P0/uJ1Pe9imyZj1dmeVlx19pL7/l2P1Vhz9pL11py9ZL01Z2s2d83nfThf+dcqvb94uT6jl5fXXa1Lfw385zIuz/tdx3MZ2bzsYhnZDfyKZXy+7DLNr8tova9fa7c9v/mY1nPF2YkTW/GVrbWvWPFlXq5Lf1vxxzKyAdbFMrKjdeMyHuddrNNvy/hYG/ad7lubfTuvPdr+/p9YW86vCqZhfK7H+SfOK1tJXSwju0P3LeMxn2tz7IvxTskuzueuDVszn7s27LfcuDbHteE9zFb+sTXyuYuzsYvxwYvD3kTu4izbeRvj+vL76//Db5lv7Dd87NKw3fCxS8MWwscuDdsCH7s0krsCbX2irPPxfmm+4O/SNsn9g+5WUXKn4UereMcfQm2Sewwfvyy75O5CW5/vTVtrr8vyYJGc639n2QwWyZm6bdP15yDbMTv/iJ+9uhwv/3eS6bDu+fr55pc//br+1/K75Jx8H7fk7Hsft+Q8ex+35ox6G7fmMHkbt+bUdxu35jR3F/ehOaXdxq05/d3GzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVSZy319yztvo8HNVFnHfQwDU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98hUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcndmCpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruSemylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mykrumamylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6myknthqizlZqos5WaqLOVmqizlZqos5WaqdLmP6xTsdRimV+6HIaNi3JD5L27IUBc3ZFILG64Eqme4Dvt5gOU6TrGP8JVALeUmUEu5CdRSblq2lJvsLeWmkEu5ielK7o2vPUq5+dqjlJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSe2eqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqrOQ+mCpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoLuceBqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKSe2SqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqrORuTJWF3K36vXs72n9wP+6n+M3NvZ/if/3e/VT/83Dvp3hXwr2fTx7b53253j6G2bj5Tx6C3Zv/5JHSvfluBrR5uz51lvl5sfmpM27Lcd7zPq7Xxcts3cZ2fujMx/H+0jas100Mx8sdN+smxusTamzb/v7iNlwL8vLBN5+r2M3cJ72K3YyTf20Vl+FcxWVxLm37eQ9Te0boMvx8WboZO/talm7G0x8tyzEf13vTy1k/pvU+nB/++9q+/u1x6mZAZsH/bMG7+eL3Exb8jvfo6ZOHUlbwT1bwkyfzD1nB9bz2mAbvTXc8V3DaX5flgf3JOwndYUvufLS5Xfvt8+EIjuN+3vPY5iXtjewb2kNyR4Wn4w+fDsmdmo94Om6JIMkdIN3lltxZ+ovLndZss+QW0FesjORezc9Wpi3nbYzTyzm55sXrer7vbdNkcEturNzHrbkLUvAV0Gpga+6C3IQtuQtyF3Y3mwrLdv022vpyGzZ2G850GFt7Xrybc/c6vLzy+vrKD8NuRu8bDbuZZ2807GZIvM9w6Wacu9Gwm8HrRsNupqkbDbsZkW407GbyudGwm4HmRkPmlLghc0rckDklbsicEjZcNeeU8Zj/w/DBojl6uCya04TLojkguCyaze+ykPHxjy0yPm5IxscNyfi4IRkfNtw0Mz7XkOa3cmWj+U0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR023IntuKFmbOcaapZ5rqFmxuca0vxWruw0v8lC85ssNL/Jotn8Lotmxnssh2aZuyzEdjhyDmI7bkhsxw01YzvXULPMcw01Mz7XkOY3c4XmN1lofoNlGmh+k0Wz+V0WzYx3WTTL3GUhtqORMw3EdtyQ2I4basZ2rqFmmecaamZ8quFI81u5MtL8JgvNb7LQ/CaLZvO7LJoZ77JolrnLQmzHI4fYjhsS22HD6uPpuzTULPNcQ82MzzWk+a1caTS/yULzmyw0v8mi2fwui2bGuyyaZe6x9HMS/H2R08/h6jcaEttxQ83YzjXULPNcQ82MzzWk+c1coflNFprfZKH5LZZ+jv7NZdHMeJdFs8xdFmI7HDn9HE97oyGxHTfUjO1cQ80yzzXUzPhcQ5rfyhXR82FdFprfZKH5TRbN5ndZNDPeZdEsc5eF2A5HDieiJhgS23FDzdhONRQ9ETXXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99jET0R1WXRLHOXhdgORw7nliYYEttxQ83YzjXULPNcQ82MzzWk+c1cofktFs5atVlofpNFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzTcBY9PjXXkOY3cmXmrFWbheY3WWh+k0Wz+V0WzYx3WTTL3GUhtuORQ2yHDUXPLc011IztXEPNMs811Mz4XEOa38oVzlq1WWh+k4XmN1k0m99l0cx4j0X0kFOXhdgORw7nliYYEttxQ83YzjXULPNcQ82MzzWk+c1coflNFprfYhE9a9Vl0Wx+l0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTLPNdTM+FRDzlo1c4WzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR03JLbDhqKHnOYaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXusXBuaTxyOLc0wZDYjhtqxnauoWaZ5xpqZnyuIc1v5grNb7LQ/CYLzW+xiB6f6rJoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzuyyaGe+yaJa5y0JshyOHc0sTDIntuKFmbKcaip6ImmuomfG5hjS/lSuctWqz0PwmC81vsmg2v8uimfEui2aZuyzEdjRyFs4tTTAktuOGmrGda6hZ5rmGmhmfa0jzG7mycNaqzULzmyw0v8mi2fwei+iJqC6LZpm7LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vsXDWqs1C85ssms3vsmhmvMuiWeYuC7EdjhzOLU0wJLbjhpqxnWuoWeaphqLHp+Ya0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXushDb8cghtsOGoueW5hpqxnauoWaZ5xpqZnyuIc1v5QpnrdosNL/JQvObLJrN77JoZrzHInrIqctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Zq7Q/CYLzW+xiJ616rJoNr/LopnxLotmmbssxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8qiFnrZq5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmzHI4fYjhsS22FD0UNOcw01yzzXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMvdYOLc0HjmcW5pgSGzHDTVjO9dQs8xzDTUzPteQ5jdzheY3WWh+k4XmN1hW0eNTXRbNjHdZNMvcZSG2o5GzDsR23JDYjhtqxnauoWaZ5xpqZnyuIc1v5QpnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1qKHoiaq6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/lSuctWqz0PwmC81vsmg2v8cieiKqy6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5rmGmhmfa0jzm7lC81ssnLVqs9D8Jotm87ssmhnvsmiWucvSTWyv03XLv9Lt3ynSz+mi7k/aTbi6P2k3een+pN0U4zbu1yuPk/P2tV/vdeN+PH++2bq4jfNxvvK4PV/5sCaXcTrW85XnZXMu3pbjuo2XMWeZLY3tfOH5ON5f2ob1shiO5tzEuF7r17b9/cVtuJ6L6fnDzY+HqZ/zTXmY7n+YuplOen+YluF84WVxLm37STG15/0uw8+fjm6GNJ6Ov/B0dDOrfuPTcTxfeRi290u+D8vj2n1t7y/9hs+sbjYDeO6+6rnrZreF5+7eD85uNrN4kO59kLrZK+z+QVrPa49p8D4Jz6/wl2l/fToea97Nrilr/sdrzv7xfWve5nZ+CLT5cBZy/HXTV27Oi/OAdJXHG/vSPKQf/5Cy3y3+kN7R6Rv76Dx19U8d+/NdPnVpY8U284DwgLx7QNjx/pYHpC3XPU/D9P7idT3vYpsmY9XZnlZcdfaS+/5dj9VYc/aS9dacvWS5Nd/Zms1d83kfzlf+tUrvL16uz+jl5XVX69JfA/+5jMvzftfxXEY2L7tYRnYDv2IZny+7TPPrMlrv69fabc9vPqb1XHF24tRWnK21r1jxZV6uS39b8ccysgHWxTKyo3XjMh7nXazTb8v4WBv2ne5bm307rz3a/v6fWFvOrwqmYXyux/knzjtbSV0sI7tD9y3jMZ9rc+zLv98pD3ZxPndt2Jr53LVhv+XGtTmuDe9hNvLvYGvkgxeHXYwPXhz2JnIXZ9nO2xjXl99f/x9+y/xgv+Fjl4btho9dGrYQPnZp2Bb40KXZBsldgbY+Udb5eL80n/93adsguX/Q3SpK7jT8aBVv+EOobZDcY/j8ZZHcXWjr871pa+11WR4sknP97yybwSI5U7dtuv4cZDtm5x/xs1eX4+X/TjId1j1fP9/88qdf5/9afhsk5+T7uCVn3/u4JefZ27hHzRn1Nm7NYfI2bs2p7zZuzWnuNm7NKe02bs3p7zZupspSbqbKUm6mylJupspK7sZUWcrNVFnKzVSZy319yztvo8HNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnJPTFVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVVnLPTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWV3AtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3ylRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyb0xVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVbrcx3UK9joM0yv3P4Y7o2LckPkvbshQFzdkUosbEqie4Trs5wGW6zjFPsJ3ArWUm0At5SZQK7kPWraUm+wt5aaQS7mJ6VLuGe5Kbr72KOVmqizlZqos5WaqLOVmqizk3gemylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mykrukamylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mykrsxVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVVZyT0yVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVldwzU2UpN1NlKTdTZSk3U2UpN1NlIfdR/d69He0/uB/3U/zm5t5P8b9+936K/3m491O8K+HezyeP7fO+XG8fw2zc/CcPwe7Nf/JI6d58NwPavF2fOsv8vNj81Bm35TjveR/X6+Jltm5jOz905uN4f2kb1usmhuPljpt1E+P1CTW2bX9/cRuuBXn54Jsfq7h0M/dJr2I34+RfW8VlOFdxWZxL237ew9SeEboMP1+WbsbOvpalm/H0R8vy6xP7em96OevHtN6H88N/X9v3vz12MyCz4H+24N188fsJC37Le/QnD6Ws4J+s4CdP5h+ygut57TEN3pvueK7gtL8uywP7k3cSusOW3Ploc7v22+fDERzH/bznsc1L2hvZF7THKrmjwtPxh0+H5E7NRzwdd0TQKrkDpLvckjtLf3G505ptldwC+oqVkdyr+dnKtOW8jXF6OSfXvHhdz/e9bZoMbsmNlfu4NXdBCr4CWg1szV2Qm7Ald0Fuwt662VRYtuu30daX27Cx23Cmw9ja8+LdnLvX4eWV19dXfhh2M3rfaNjNPHujYTdD4o2G3YxzNxp2M3jdaNjNNHWjYTcj0o2G3Uw+Nxp2M9DcZ7gzp8QNmVPihswpcUPmlLih5pwyHvN/GD5YNEcPl0VzmnBZNAcEl0Wz+V0WMj78sXWQ8XFDMj5uSMbHDcn4uKFmxuca0vxWrhw0v8lC85ssNL/Jotn8b1na8Os/WCwWzTJ3WYjtWOT8vyGxHTcktuOGmrGda6hZ5rmGmhmfa0jzm7lC81ssI81vstD8Jotm87ssmhnvsmiWuctCbIcjZyS244bEdtxQM7ZzDTXLPNWwaWZ8riHNb+VKo/lNFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5HDrEdNpyI7bihZmznGmqWea6hZsbnGtL8Vq5MNL/JQvObLDS/yaLZ/C6LZsZ7LLNmmbssxHY4cqqPTe/SkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vstD8FstC85ssms3vsmhmvMuiWeYuC7Edjpx+Dle/0ZDYjhtqxnauoWaZ5xpqZnyqYT+HZqfmSj+nReey0PwmC81vsmg2v8uimfEui2aZuyzEdjxyiO24IbEdNuQw2QRDzTLPNdTM+FxDmt/KFdHzYV0Wmt9koflNFs3md1k0M95l0Sxzj4UTUeORw4moCYbEdtxQM7ZzDTXLPNdQM+NzDWl+M1dofpOF5jdZaH6LRfT4VJdFM+NdFs0yd1mI7XDkcG5pgiGxHTfUjO1cQ80yzzXUzPhcQ5rfyJWRs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5Gzsi5pQmGxHbcUDO2Uw1FT0TNNdTM+FxDmt/KFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9dQs8xzDTUzPteQ5rdyhbNWbRaa32Sh+U0Wzeb3WERPRHVZNMvcZSG2w5HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+i4WzVm0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTJPNRQ9PjXXkOa3coWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkcOsR02FD23NNdQM7ZzDTXLPNdQM+NzDWl+K1c4a9VmoflNFprfZNFsfpdFM+M9FtFDTl0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15DmN3OF5jdZaH6LRfSsVZdFs/ldFs2Md1k0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjUw05a9XMFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HjnEdtyQ2I4aNtFDTnMNNcs811Az43MNaX4jV9pA85ssNL/JQvObLJrN77JoZrzLolnmHgvnlsYjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Zq7Q/CYLzW+y0PwWi+jxqS6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/lSuctWqz0PwmC81vsmg2v8uimfEui2aZuyzEdjhyOLc0wZDYjhtqxnaqoeiJqLmGmhmfa0jzW7nCWas2C81vstD8Jotm87ssmhnvsmiWuctCbIcjh3NLEwyJ7bihZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/B6L6ImoLotmmbssxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+xcNaqzULzmyyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5qmGosen5hrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6yENvxyCG2w4ai55bmGmrGdq6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsmhmvMMyiR5y6rIQ29HImTi3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+y0PwWi+hZqy6LZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbGpxpy1qqZK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2PHKI7bghsR02FD3kNNdQs8xzDTUzPteQ5rdyhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOPhXNL45HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+k4XmN1lofotF9PhUl0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTLPNdTM+FxDmt/KFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9VQ9ETUXEPNjM81pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcZekmttfpuuV1/o3ln5+0n9NF3Z+0m3B1f9Ju8tL9Sbspxm3cr1ceJ+fta7/e68b9eP58s3VxG+fjfOVxe77yYU0u43Ss5yvPy+ZcvC3HdRsvY84yWxrb+cLzcby/tA3rZTEczbmJcb3Wr237+4vbcD0X0/OHm8+HqZvO5mG6/2HqZjrp/WFahvOFl8W5tO0nxdSe97sMP386uhnSeDr+wtPRzaz6jU/H8XzlYdjeL/k+LI9r97W9v/QbPrO62Qzgufuq566b3Raeu1s/OPs5vZsH6d4HqZu9wu4fpPW89pgG75Pw/Ap/mfbXp+Ox5t3smrLmf7zm7B/ft+ZtbueHQJsPZyHHXzd95ea8OA9IV3l8zDykPKSf/pCy3y3+kN7S6eyj89TVP3Xsz3f51OWNFWyk84C8fUDY8f6WB6Qt1z1Pw/T+4nU972Kbpn+t+jywPa246uwl9/27Hqux5uwl6605e8l6a87WbO6az/twvvKvVXp/8XJ9Ri8vr7tal/4a+M9lXJ73u47nMrJ52cUyshv4Fcv4fNllml+X0Xpfv9Zue37zMa3nirMTp7bibK19xYov83Jd+tuKP5aRDbAelnFkR+vGZTzOu1in35bxsTbsO923Nvt2Xnu0/f0/sbacXxVMw/hcj+1cRraSulhGdofuW8ZjPtfm2BfjnZJdnM9dG7ZmPndt2G+5cW2Oa8N7mK38Y2vkgxeHXYwPXhz2JnIXZ9nO2xjXl99f//lvmc+N/YaPXRq2Gz52adhC+NilYVvgY5dGclegrU+UdT7eL83n/13a3CT3D7pbRcmdhh+t4g1/CDU3yT2Gz18Wyd2Ftj7fm7bWXpflwSI51//Osv2bZZKcqds2XX8Osh2z84/42avL8fJ/J5kO656vn29++dOv838tP0+Sc/J93JKz733ckvPsfdyaM+pt3JrD5G3cmlPfbdya09xt3JpT2m3cmtPfXdwzU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Uu9/Ut77yNBjdTZSk3U2UpN1NlJffCVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnJvTJVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVVnJvTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWV3DtTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3wVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyL0MTJWl3EyVpdxMlaXcTJUu93Gdgr0Ow/TK/TBkVIwbMv/FDRnq4oZMamHDkUD1DNdhPw+wXMcp9hE+Eqil3ARqKTeBWspNy5Zyk72l3BRyKTcxXcrN1x6l3HztUcndmCpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoruSemylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mykrumamylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6myknthqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqqzkXpkqS7mZKku5mSpLuZkqS7mZKku5mSpLuZkqS7mZKku5mSoLudfq9+7taP/B/bif4jc3936K//W791P8z8O9n+JdCe9+tk8e2+d9ud4+htm4+U8egt2b/+SR0r35bga0ebs+dZb5ebH5qTNuy3He8z6u18XLbN3Gdn7ozMfx/tJfoNdNDMfLHTfrJsbrE2ps2/7+4jZcC/LywTefq9jN3Ce9it2Mk39tFZfhXMVlcS5t+3kPU3tG6DL8fFm6GTv7WpZuxtMfLcsxH9d708tZP6b1Ppwf/vvavv/tsZsBmQX/swXv5ovfT1jwO96j908eSlnBP1nBT57MP2QF1/PaYxq8N93xXMFpf12WB/Yn7yR0hy2589Hmdu23z4cjOI77ec9jm5e0N7IvaI9dckeFp+MPnw7JnZqPeDpuiSDJHSDd5ZbcWfqLy53XbJJbQF+xMpJ7NT9bmbactzFOL+fkmhev6/m+t03Tv7kPyY2V+7g1d0EKvgJaDWzNXZCbsCV3Qe7C7mZTYdmu30ZbX27Dxm7DmQ5ja8+Ld3PuXoeXV15fX/lh2M3ofaNhN/PsjYbdDIk3GnYzzt1o2M3gdZvhNnQzTd1o2M2IdKNhN5PPjYbdDDQ3GjKnxA2ZU+KGzClxQ+aUuKHmnDIe838YPlg0Rw+PZdScJlwWzQHBZdFsfpeFjA9/bI1kfNyQjI8bkvFxQzI+bqiZ8bmGNL+VK43mN1lofpOF5jdZNJvfZdHMeJdFs8xdFmI7HDmN2I4bEttxQ83YTjWcNMs811Az43MNaX4rVyaa32Sh+U0Wmt9k0Wx+l0Uz410WzTJ3WYjtcOTMxHbckNiOG2rGdq6hZpnnGmpmfK4hzW/lykzzmyw0v8lC85ssms3vsSyaGe+yaJa5y0JshyNnIbbjhsR23FAztnMNNcs811Az43MNaX4zV2h+i2Wl+U0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORUH5vepSGxHTfUjO1cQ80yTzXcNDM+15Dmt3Jlo/lNFprfZKH5TRbN5ndZNDPeZdEsc5eF2I5HDrEdNuznePMbDTVjO9dQs8xzDTUzPteQ5rdypZ/TonNZaH6TheY3WTSb32XRzHiPpZ/zcXNZiO1w5PRzPO2NhsR23FAztnMNNcs811Az43MNaX4zV2h+k4XmN1h20VNcXRbN5ndZNDPeZdEsc5eF2I5Gzs6JqAmGxHbcUDO2cw01yzzXUDPjUw05a9XMFc5atVlofpOF5jdZNJvfZdHMeJdFs8xdFmI7HjnEdtyQ2A4bih5ymmuoWea5hpoZn2tI81u5wlmrNgvNb7LQ/CaLZvO7LJoZ77JolrnHwrml8cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+ZKzS/yULzmyw0v8Uienyqy6KZ8S6LZpm7LMR2OHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/lCmet2iw0v8lC85ssms3vsmhmvMuiWeYuC7EdjhzOLU0wJLbjhpqxnWooeiJqrqFmxuca0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXushDb4cjh3NIEQ2I7bqgZ27mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/xyJ6IqrLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPObuULzWyyctWqz0Pwmi2bzuyyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5puEhenxqriHNb+TKwVmrNgvNb7LQ/CaLZvO7LJoZ77JolrnLQmzHI4fYDhuKnluaa6gZ27mGmmWea6iZ8bmGNL+VK5y1arPQ/CYLzW+yaDa/y6KZ8R6L6CGnLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8Uietaqy6LZ/C6LZsa7LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfGphpy1auYKZ63aLDS/yULzmyyaze+yaGa8y6JZ5i4LsR2PHGI7bkhshw1FDznNNdQs81xDzYzPNaT5rVzhrFWbheY3WWh+k0Wz+V0WzYx3WTTL3GPh3NJ45HBuaYIhsR031IztXEPNMs811Mz4XEOa38wVmt9koflNFprfYhE9PtVl0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5ndZNDPeZdEsc5eF2A5HDueWJhgS23FDzdhONRQ9ETXXUDPjcw1pfitXOGvVZqH5TRaa32TRbH6XRTPjXRbNMndZiO1g5IwD55YmGBLbcUPN2M411CzzXEPNjM81pPn/nSu/WGh+k4XmN1lofpNFs/k9FtETUV0WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTLPNdTM+FxDmt/MFZrfYuGsVZuF5jdZNJvfZdHMeJdFs8xdFmI7HDmcW5pgSGzHDTVjO9dQs8xTDUWPT801pPmtXOGsVZuF5jdZaH6TRbP5XRbNjHdZNMvcZSG245FDbIcNRc8tzTXUjO1cQ80yzzXUzPhcQ5rfyhXOWrVZaH6TheY3WTSb32XRzHiPRfSQU5eF2A5HDueWJhgS23FDzdjONdQs81xDzYzPNaT5zVyh+U0Wmt9iET1r1WXRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMs811Mz4VEPOWjVzhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdiORw6xHTcktsOGooec5hpqlnmuoWbG5xrS/FaucNaqzULzmyw0v8mi2fwui2bGuyyaZe6xcG5pPHI4tzTBkNiOG2rGdq6hZpnnGmpmfK4hzW/mCs1vstD8JgvNb7CMosenuiyaGe+yaJa5y9JNbK/Tdcvr/BvL4yftJondn7SbcHV/0m7y0v1JuynGbdyvVx4n5+1rv97rxv14/nyzdXEb5+N85XF7vvJhTS7jdKznK8/L5ly8Lcd1Gy9jzjJbGtv5wvNxvL+0DetlMRzNuYlxvdavbfv7i9twPRfT84ebz4epm87mYbr/YepmOun9YVqG84WXxbm07SfF1J73uww/fjr6ORyXp+MvPB3dzKrf+HQcz1cehu39ku/D8rh2X9v7S7/gM6ufQ5h57r7quetmt4Xn7t4Pzm42s3iQ7n2Qutkr7P5BWs9rj2nwPgnPr/CXaX99Oh5r3s2uKWv+x2vO/vF9a97mdn4ItPlwFnL8ddNXbs6L84D0lcfsS/OQfvxDyn63+EN6R6c39tF56uqfOvbnu3zq0saKxkY6D8jbB4Qd7295QNpy3fM0TO8vXtfzLrZpMlZ9ZtUFV5295L5/12M11py9ZL01Zy9Zb83Zms1d83kfzlf+tUrvL16uz+jl5XVX69JfA/+5jMvzftfxXEY2L3tYxondwK9YxufLLtP8uozW+/q1dtvzm49pPVecnTi1FWdr7StWfJmX69LfVvyxjGyAdbGM7GjduIzHeRfr9NsyPtaGfaf71mbfzmuPtr//J9aW86uCaRif63H+ifPEVlIXy8ju0H3LeMzn2hz7YrxTsovzuWvD1szHrs3MfsuNa3NcG97DbOTfzNbIBy8OuxgfvDjsTeQuzrKdtzGuL7+//j/8lvnMfsPHLg3bDR+7NGwhfOzSsC3wsUsjuSvQ1ifKOh/vl+YL/i5tltw/6G0VF8mdhh+t4h1/CLVI7jF8/rJI7i609fnetLX2uiwPFsm5/neWzWCRnKnbNl1/DrIds/OP+Nmry/HyfyeZDuuer59vfvnTr+t/Lb9Izsn3cUvOvvdxS86z93Frzqi3cWsOk3dxr5pT323cmtPcbdyaU9pt3JrT323cTJWl3EyVpdxMlaXcTJWl3EyVpdxMlZXcG1NlLvf1Le+8jQY3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSX3zlRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZyX0wVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVRZyt4GpspSbqbKUm6mylJupspSbqbKUm6mylJupspSbqbKUm6mylJupspJ7ZKos5WaqLOVmqizlZqos5WaqLOVmqizlZqos5WaqLOVmqizlZqqs5G5MlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJUu93Gdgr0Ow/TK/TBkVIwbMv+FDSeGurghk1rckED1DNdhPw+wXMcp9hE+Eail3ARqKTeBWspNy5Zyk72V3DOFXMpNTJdy87VHKTdfe5RyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVVZyL0yVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVpdxMlaXcTJWl3EyVldwrU2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2UpN1NlKTdTZSk3U2Ul98ZUWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcrNVFnKzVRZys1UWcm9M1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1WWcjNVlnIzVZZyM1VWch9MlaXcTJWl3EyVhdxT9Xv3drT/4P7nfqrf3Nz7Kf7X795P8T8P936KdyXc+/nksX3el+vtY5iNm//kIdi9+U8eKd2b72ZAm7frU2eZnxebnzrjthznPe/jel28zNZtbOeHznwc7y9tw3rdxHC83HGzbmK8PqH+//vA9xe34VqQlw+++VzFbuY+6VXsZpz8a6u4DOcqLotzadvPe5jaM0KX4afLMg/djJ19LUs34+mPluWYj+u96eWsH9N6H84P/31t3/72OA/dDMgs+J8teDdf/H7Cgt/yHv3JQykr+Ccr+MmT+Yes4Hpee0yD96Y7nis47a/L8sD+5J2E7rAldz7a3K799vlwBMdxP+/5//8H4FLtIbmjwtPxh0+H5E7NRzwdd0TQKLkDpLvckjtLf3G505ptlNwC+oqVkdyr+dnKtOW8jXF6OSfXvHhdz/e9bZoMbsmNlfu4NXdBCr4CWg1szV2Qm7Ald0Huwu5mU2HZrt9GW19uw8Zuw5kOY2vPi3dz7l6Hl1deX1/5YdjN6H2fYetmnr3RsJsh8UbDbsa5Gw27GbxuNOxmmrrRsJsR6UbDbiafGw27GWhuNGROiRsyp4QNJ+aUuCFzStxQc04Zj/k/DB8smqOHy6I5TbgsmgOCy6LZ/C4LGR//2CLj44ZkfNhwJuPjhmR83FAz43MNaX4rV2aa32Sh+U0Wmt9k0Wx+l0Uz410WzTL3WBZiOxw5C7EdNyS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8lC81ssq2bzuyyaGe+yaJa5y0JshyNnJbbjhsR23FAztnMNNcs811Az43MNaX4rVzaa32Sh+U0Wmt9k0Wx+l0Uz410WzTJ3WYjtcORsxHbckNiOG2rGdqrhrlnmuYaaGZ9rSPNbubLT/CYLzW+y0Pwmi2bzuyyaGe+yaJa5y0JshyOn+tj0Lg2J7bihZmznGmqWea6hZsbnGtL8Vq4cNL/JQvObLDS/yaLZ/A7LMmhmvMuiWeYuC7EdjZyln8PVbzQktuOGmrGda6hZ5rmGmhmfa0jzm7lC81ss/ZyqnMtC85ssms3vsmhmvMuiWeYuC7Edjpx+jqe90ZDYjhtqxnauoWaZpxpymGyCIc1v5Yro+bAuC81vstD8Jotm87ssmhnvsmiWuctCbMcjh9gOG3IiaoKhZmznGmqWea6hZsbnGtL8Vq5w1qrNQvObLDS/yaLZ/C6LZsZ7LKKHnLosxHY4cji3NMGQ2I4basZ2rqFmmecaamZ8riHNb+YKzW+y0PwWi+hZqy6LZvO7LJoZ77JolrnLQmyHI4dzSxMMie24oWZs5xpqlnmuoWbGpxpy1qqZK5y1arPQ/CYLzW+yaDa/y6KZ8S6LZpm7LMR2PHKI7bghsR02FD3kNNdQs8xzDTUzPteQ5rdyhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOPhXNL45HDuaUJhsR23FAztnMNNcs811Az43MNaX4zV2h+k4XmN1lofotF9PhUl0Uz410WzTJ3WYjtcORwbmmCIbEdN9SM7VxDzTLPNdTM+FxDmt/IlZWzVm0Wmt9koflNFs3md1k0M95l0Sxzl4XYjkbOyrmlCYbEdtxQM7ZTDUVPRM011Mz4XEOa38oVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjscOZxbmmBIbMcNNWM711CzzHMNNTM+15Dmt3KFs1ZtFprfZKH5TRbN5vdYRE9EdVk0y9xlIbbDkcO5pQmGxHbcUDO2cw01yzzXUDPjcw1pfjNXaH6LhbNWbRaa32TRbH6XRTPjXRbNMndZiO1w5HBuaYIhsR031IztXEPNMk81FD0+NdeQ5rdyhbNWbRaa32Sh+U0WzeZ3WTQz3mXRLHOXhdiORw6xHTYUPbc011AztnMNNcs811Az43MNaX4rVzhr1Wah+U0Wmt9k0Wx+l0Uz4z0W0UNOXRZiOxw5nFuaYEhsxw01YzvXULPMcw01Mz7XkOY3c4XmN1lofotF9KxVl0Wz+V0WzYx3WTTL3GUhtsORw7mlCYbEdtxQM7ZzDTXLPNdQM+NTDTlr1cwVzlq1WWh+k4XmN1k0m99l0cx4l0WzzF0WYjseOcR23JDYjhpuooec5hpqlnmuoWbG5xrS/EaubAPNb7LQ/CYLzW+yaDa/y6KZ8S6LZpl7LJxbGo8czi1NMCS244aasZ1rqFnmuYaaGZ9rSPObuULzmyw0v8lC81ssosenuiyaGe+yaJa5y0JshyOHc0sTDIntuKFmbOcaapZ5rqFmxuca0vxWrnDWqs1C85ssNL/Jotn8LotmxrssmmXushDb4cjh3NIEQ2I7bqgZ26mGoiei5hpqZnyuIc1v5QpnrdosNL/JQvObLJrN77JoZrzLolnmLguxHY4czi1NMCS244aasZ1rqFnmuYaaGZ9rSPNbucJZqzYLzW+y0Pwmi2bzeyyiJ6K6LJpl7rIQ2+HI4dzSBENiO26oGdu5hpplnmuomfG5hjS/mSs0v8XCWas2C81vsmg2v8uimfEui2aZuyzEdjhyOLc0wZDYjhtqxnauoWaZpxqKHp+aa0jzW7nCWas2C81vstD8Jotm87ssmhnvsmiWuctCbMcjh9gOG4qeW5prqBnbuYaaZZ5rqJnxuYY0v5UrnLVqs9D8JgvNb7JoNr/LopnxDssuesipy0JsRyNn59zSBENiO26oGdu5hpplnmuomfG5hjS/mSs0v8lC81ssometuiyaze+yaGa8y6JZ5i4LsR2OHM4tTTAktuOGmrGda6hZ5rmGmhmfashZq2aucNaqzULzmyw0v8mi2fwui2bGuyyaZe6ydBPb63Td8jr/xvL4SbtJYvcn7SZcvZ+0n2M93Z+0m2Lcxv165XFy3r72671u3I/nzzdbF7dxPs5XHrfnKx/W5DJOx3q+8rxszsXbcly38TLmLLOlsZ0vPB/H+0vbsF4Ww9GcmxjXa/3atr+/uA3XczE9f7j5fJi66Wwepvsfpm6mk94fpmU4X3hZnEvbflJM7Xm/y/Dzp6ObIY2n4y88Hd3Mqt/4dBzPVx6G7f2S78Pyf+y9XZbjOM81OyWJ+p//xE5+57Vk12q0UfkADdnccc/SogNMKTZkFx5r97W9X/oNz6xumgGcu686d910Wzh39z44u2lmcZDuPUjd9Aq7P0jrufaYBu9JeL7CX6b99XT8X837GblOzf+65vSP76t5m9v5EGjz4RRy/Nn0pZvz4hyQrvR4pi/NIf34Q0q/W/yQ3uHp88yp49SVnzr6812eurxYQSOdA/L2gNDx/pYD0pZrz9MwvV+8rucutmkyqk57WrHq9JL7/q7H+s+aL/SS9WpOL1mv5rRmc2s+78N55Z8qvV+8XM/o5eW6q7X0J/CfZVye+13Hs4w0L7soI93Aryjj87LLNL+W0bqvX7Xbnm8+pvWsOJ04tYrTWvuKii/zci39o+KPMtIA66KMdLRuLONx7mKd/ijjozb0ne6rzb6da4+2v/8Ta8v5qmAaxmc9zp84r7SSuigj3aH7ynjMZ22OffnnnXKli/O5taE187m1od9yY22Oq+E9zIb+rbRGPrg4dDE+uDj0JnKLs2znNsb15fvr/8O3zFf6DR9bGtoNn1qajRbCx5aGtsDHlkayK9DWJ5R1Pt6X5gt+l7ZJ9g+6q6Jkp+FXVbzjh1CbZI/h88si2V1o6/PetLX2WpYHFslc/yeWzcAimanbNl0/B9mO2fkjfvrqcrz87yTTYe35+nzzy0+/rv9afpPMybfh3iWz7324JfPsfbg1M+ptuDXD5G24NVPfbbg109xtuDVT2m24NdPfbbhJlaW4SZWVuA9SZSluUmUpblJlKW5SZSluUmUu7ust77yNBm5SZSluUmUpblJlKW5SZSluUmUh7mMgVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbiHkmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbgbqbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIS90SqLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qrMQ9kypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkyorcS+kylLcpEoX93FNwV6HYXrF/WBIVIwzJP/FGRLq4gxJanGGCKrHcB32c4DlOk7BRziCWol7RVBLcSOopbhx2VLcaG8pbgy5FDcyXYqb1x6luHntUYqbVFmKm1RZiXsjVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbi3kmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbgPUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUd7jYMpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpK3COpshQ3qbIUN6myFDepshQ3qbIUN6myFDepshD3WH3v3o72L7gf+ym+ubn7Kf7rd/dT/Ofh7qe4K+Hu55Nj+7wv1+1jmI3Nf3II9jbfPjlSupvvJqDN2/XUWebnYvOpM27Lce55H9dr8TJb29jOh858HO+XtmG9NjEcLztu1ibG6wk1tm1/v7gNV0FeHnzzWcVucp90FbuJk/9ZFZfhrOKyOEvbfu5hak8JXYbfl6Wb2NlXWbqJp78qyzEf173pZdaPyXofzof/vrbvvz12E5Ap+N8VvJsXv59Q8Fvu0Z8cSqng31Twk5P5h1RwPdce0+DddMezgtP+Wpb/gz19ciehO9iSnY82t6vfPh8OwXHczz3/pKAl7Ub2Be4xSXZUOB1/eTokOzUfcTrukKBJsgOkW27JztJ/WO48Z5NsAX1FZSR7Nb+rTFvObfwkven94nU973vbNBm4JRsr9+HW7IIUvAJa/wl71uyC3ARbsgtyF+xumgrLdn0bbX3Zhg27Dac6jK09F+9m7l6Hlyuvr1d+MOwmet/IsJs8eyPDbkLijQy7iXM3MuwmeN3IsJs0dSPDbiLSfQyXbpLPjQy7CTQ3MiSnxBmSU+IMySlxhuSUOEPNnDIe878wfGDRjB4uFs004WLRDAgellXT+V0saHz4sbWi8XGGaHycIRofZ4jGxxlqanwuQ5zf1BWc38SC81tYNpzfxKLp/C4WTY13sWiauYsF2Q5LzoZsxxki23GGmrKdy1DTzHMZamp8KsMd57d0Zcf5TSw4v4kF5zexaDq/i0VT410smmbuYkG245KDbMcZItthhoembOcy1DTzXIaaGp/LEOe3dOXA+U0sOL+JBec3sWg6v4tFU+NdLJpm7mBpA7IdlZyfa8EwzBDZjjPUlO1chppmnstQU+NzGeL8pq7g/CYWnN/EgvNbWEZN53exaGq8i0XTzF0syHZYcqrHpnfJENmOM9SU7VyGmmaey1BT43MZ4vyWrjSc38SC85tYcH4Ti6bzu1g0Nd7FomnmLhZkOyw5/QxXv5Ehsh1nqCnbqQz7mRt+I0NNjc9liPNbutLPtOhcLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbDktPPeNobGSLbcYaasp3LUNPMcxlqanwuQ5zf0hXR+bAuFpzfxILzm1g0nd/DIjpr1cWiaeYuFmQ7LDlMRE1giGzHGWrKdi5DTTPPZaip8bkMcX5TV3B+CwuzVm0sOL+JRdP5XSyaGu9i0TRzFwuyHZYc5pYmMES24ww1ZTuXoaaZpzIUHZ+ayxDnt3SFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINtxyUG2wwxF55bmMtSU7VyGmmaey1BT43MZ4vyWrjBr1caC85tYcH4Ti6bzu1g0Nd7DIjrk1MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+oKzm9iwfkNLJPorFUXi6bzu1g0Nd7FomnmLhZkOyo5E3NLExgi23GGmrKdy1DTzHMZamp8KkNmrZq6wqxVGwvOb2LB+U0sms7vYtHUeBeLppm7WJDtuOQg23GGyHaYoeiQ01yGmmaey1BT43MZ4vyWrjBr1caC85tYcH4Ti6bzu1g0Nd7FomnmHhbmlsYlh7mlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+oKzm9iwflNLDi/hUV0fKqLRVPjXSyaZu5iQbbDksPc0gSGyHacoaZs5zLUNPNchpoan8sQ57d0hVmrNhac38SC85tYNJ3fxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtlMZik5EzWWoqfG5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cxcLsh2WHOaWJjBEtuMMNWU7l6Gmmecy1NT4XIY4v6UrzFq1seD8Jhac38Si6fweFtGJqC4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPObuoLzW1iYtWpjwflNLJrO72LR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdu5DDXNPJPhLDo+NZchzm/oysysVRsLzm9iwflNLJrO72LR1HgXi6aZu1iQ7bjkINthhqJzS3MZasp2LkNNM89lqKnxuQxxfktXmLVqY8H5TSw4v4lF0/ldLJoa72ERHXLqYkG2w5LD3NIEhsh2nKGmbOcy1DTzXIaaGp/LEOc3dQXnN7Hg/BYW0VmrLhZN53exaGq8i0XTzF0syHZYcphbmsAQ2Y4z1JTtXIaaZp7LUFPjUxkya9XUFWat2lhwfhMLzm9i0XR+F4umxrtYNM3cxYJsxyUH2Y4zRLbDDEWHnOYy1DTzXIaaGp/LEOe3dIVZqzYWnN/EgvObWDSd38WiqfEuFk0z97AwtzQuOcwtTWCIbMcZasp2LkNNM89lqKnxuQxxflNXcH4TC85vYsH5LSyi41NdLJoa72LRNHMXC7IdlhzmliYwRLbjDDVlO5ehppnnMtTU+FyGOL+lK8xatbHg/CYWnN/Eoun8LhZNjXexaJq5iwXZDksOc0sTGCLbcYaasp3KUHQiai5DTY3PZYjzW7rCrFUbC85vYsH5TSyazu9i0dR4F4ummbtYkO2o5CzMLU1giGzHGWrKdi5DTTPPZaip8bkMcX5DVxZmrdpYcH4TC85vYtF0fg+L6ERUF4ummbtYkO2w5DC3NIEhsh1nqCnbuQw1zTyXoabG5zLE+U1dwfktLMxatbHg/CYWTed3sWhqvItF08xdLMh2WHKYW5rAENmOM9SU7VyGmmaeylB0fGouQ5zf0hVmrdpYcH4TC85vYtF0fheLpsa7WDTN3MWCbMclB9kOMxSdW5rLUFO2cxlqmnkuQ02Nz2WI81u6wqxVGwvOb2LB+U0sms7vYtHUeA+L6JBTF0s3sr1O15bX+Q8sj0/ajRK7n7QbcXU/aTd66X7SboxxG/fryuPk3L7261437sfz883W4jbOx3nlcXte+bCSyzgd63nledmcxdtyXNt4iTnLbNHYzgvPx/F+aRvWi8VwNGcT43rVr237+8VtuM7F9Pxw83mYuvFsDtP9h6mbdNL7YVqG88I/dwDnMO0niqk997sMvz8d3YQ0Tsd/cDq6yarfeDqO55WHYXtf8n1YHmv3tb1f+gXPrH6GMHPuvurcddNt4dzd+uDsZ3o3B+neg9RNr7D7g7Sea49p8J6E5yv8ZdpfT8ej5t10Tan5X9ec/vF9NW9zOx8C/2/8xPtCjj+bvnRzXpwD0pce05fmkH78IaXfLX5Ib/F0+uicuvpTR3++y1OXFis2GukckLcHhI73txyQtlx7nobp/eJ1PXexTZNRddrTilWnl9z3dz1Wo+b0kvVqTi9Zr+a0ZnNrPu/DeeWfKr1fvFzP6OXluqu19Cfwn2Vcnvtdx7OMNC+7KCPdwK8o4/OyyzS/ltG6r1+1255vPqb1rDidOLGK77TWvqLiy7xcS/+o+KOMNMC6KCMdrRvLeJy7WKc/yvioDX2n+2qzb+fao+3v/8Tacr4qmIbxWY/zJ847raQuykh36L4yHvNZm2NfjDslXZzPrQ2tmc+tDf2WG2tzXA3vYbb0j9bI5xbnoIvxwcWhN5FbnGU7tzGuL99f/x++ZX7Qb/jY0tBu+NjS0EL42NLQFvjY0kh2Bdr6hLLOx/vSfMHv0g7J/kF3VZTsNPyqinf8EOqQ7DF8elnWQbK70NbnvWlr7bUsDyySuf5PLJuBRTJTt226fg6yHbPzR/z01eV4+d9JpsPa8/X55peffp3/tfw6SObk+3BLZt/7cEvm2ftwa2bU23BrhsnbcGumvttwa6a5u3CPmintNtya6e823KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKXNzXW955Gw3cpMpK3I1UWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYl7IlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlVW4p5JlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlZW4F1JlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlJe6VVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmJeyNVluImVZbiJlWW4iZVluImVZbiJlW6uI9rCvY6DNMr7gdDomKcIfkvzpBQF2dIUgsz3BFUj+E67OcAy3WcYo/wHUEtxY2gluJGUEtx47KluNHeUtwYciluZLoS98Frj1LcvPYoxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizEvQ2kylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykykrcI6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myEncjVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbinkiVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbhnUmUh7r363r0d7V9wP/ZTfHNz91P81+/tp/rPw91PcVfC3c8nx/Z5X67bxzAbm//kEOxu/pMjpbv5bgLavF1PnWV+LjafOuO2HOee93G9Fi+ztY3tfOjMx/F+aRvWaxPD8bLjZm1ivJ5QY9v294vbcBXk5cE3n1XsJvdJV7GbOPmfVXEZzioui7O07ecepvaU0GX4fVm6iZ19laWbePqrshzzcd2bXmb9mKz34Xz472v7+tvj0k1ApuB/V/BuXvx+QsHvuEcvnxxKqeDfVPCTk/mHVHA91x7T4N10x7OC0/5algfsT+4kdAdbsvPR5nb12+fDITiO+7nnsc1L2o3sG9xDsqPC6fjL0yHZqfmI03GLBEl2gHTLLdlZ+g/LneZsq2QL6CsqI9mr+V1l2nJuY5xe5uSai9f1vO9t02Tglmys3IdbswtS8ApoNWBrdkFugi3ZBbkLdjdNhWW7vo22vmzDht2GUx3G1p6LdzN3r8PLldfXKz8YdhO9b2TYTZ69kWE3IfE+hls3ce5Ght0ErxsZdpOmbmTYTUS6kWE3yedGht0EmhsZklPiDMkpcYbklDhDckqY4a6ZU8Zj/heGDyya0cPFopkmXCyaAcHFoun8LhY0Pv7YQuPjDNH4OEM0Ps4QjQ8zPDQ1Ppchzm/pyoHzm1hwfhMLzm9i0XR+F4umxrtYNM3cxYJsxyUH2Y4yPAZkO85QU7ZzGWqaeS5DTY3PZYjzG7pyDDi/iQXnN7Hg/CYWTed3sWhqvIdl1DRzFwuyHZacEdmOM0S24ww1ZTuXoaaZ5zLU1Phchji/qSs4v4kF57ewNJzfxKLp/C4WTY13sWiauYsF2Q5LTkO24wyR7ThDTdnOZahp5rkMNTU+leGE81u6MuH8Jhac38SC85tYNJ3fxaKp8S4WTTN3sSDbcclBtuMMke0ww+rx9F0y1DTzXIaaGp/LEOe3dGXG+U0sOL+JBec3sWg6v4tFU+NdLJpm7mHpZxL8fZLTz3D1Gxki23GGmrKdy1DTzHMZamp8LkOc39QVnN/EgvObWHB+C0s/o39zsWhqvItF08xdLMh2WHL6GU97I0NkO85QU7ZzGWqaeS5DTY3PZYjzW7oiOh/WxYLzm1hwfhOLpvO7WDQ13sWiaeYuFmQ7LDlMRE1giGzHGWrKdipD0YmouQw1NT6XIc5v6QqzVm0sOL+JBec3sWg6v4tFU+NdLJpm7mJBtsOSw9zSBIbIdpyhpmznMtQ081yGmhqfyxDnt3SFWas2FpzfxILzm1g0nf89lmkQnYjqYtE0cxcLsh2UnB+GyHacIbIdZ6gp27kMNc08l6GmxucyxPlNXcH5LSzMWrWx4PwmFk3nd7FoaryLRdPMXSzIdlhymFuawBDZjjPUlO1chppmnspQdHxqLkOc39IVZq3aWHB+EwvOb2LRdH4Xi6bGu1g0zdzFgmzHJQfZDjMUnVuay1BTtnMZapp5LkNNjc9liPNbusKsVRsLzm9iwflNLJrO72LR1HgPi+iQUxcLsh2WHOaWJjBEtuMMNWU7l6Gmmecy1NT4XIY4v6krOL+JBee3sIjOWnWxaDq/i0VT410smmbuYkG2w5LD3NIEhsh2nKGmbOcy1DTzXIaaGp/KkFmrpq4wa9XGgvObWHB+E4um87tYNDXexaJp5i4WZDsuOch2nCGyHWYoOuQ0l6Gmmecy1NT4XIY4v6UrzFq1seD8Jhac38Si6fwuFk2Nd7FomrmHhbmlcclhbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPObuoLzm1hwfhMLzm9hER2f6mLR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdu5DDXNPJehpsbnMsT5DV0ZmbVqY8H5TSw4v4lF0/ldLJoa72LRNHMXC7IdlZyRuaUJDJHtOENN2U5lKDoRNZehpsbnMsT5LV1h1qqNBec3seD8JhZN53exaGq8i0XTzF0syHZYcphbmsAQ2Y4z1JTtXIaaZp7LUFPjcxni/JauMGvVxoLzm1hwfhOLpvN7WEQnorpYNM3cxYJshyWHuaUJDJHtOENN2c5lqGnmuQw1NT6XIc5v6grOb2Fh1qqNBec3sWg6v4tFU+NdLJpm7mJBtsOSw9zSBIbIdpyhpmznMtQ081SGouNTcxni/JauMGvVxoLzm1hwfhOLpvO7WDQ13sWiaeYuFmQ7LjnIdpih6NzSXIaasp3LUNPMcxlqanwuQ5zf0hVmrdpYcH4TC85vYtF0fheLpsZ7WESHnLpYkO2w5DC3NIEhsh1nqCnbuQw1zTyXoabG5zLE+U1dwflNLDi/hUV01qqLRdP5XSyaGu9i0TRzFwuyHZYc5pYmMES24ww1ZTuXoaaZ5zLU1PhUhsxaNXWFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINtxyUG24wyR7SjDJjrkNJehppnnMtTU+FyGOL+hK23A+U0sOL+JBec3sWg6v4tFU+NdLJpm7mFhbmlccphbmsAQ2Y4z1JTtXIaaZp7LUFPjcxni/Kau4PwmFpzfxILzW1hEx6e6WDQ13sWiaeYuFmQ7LDnMLU1giGzHGWrKdi5DTTPPZaip8bkMcX5LV5i1amPB+U0sOL+JRdP5XSyaGu9i0TRzFwuyHZYc5pYmMES24ww1ZTuVoehE1FyGmhqfyxDnt3SFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINthyWFuaQJDZDvOUFO2cxlqmnkuQ02Nz2WI81u6wqxVGwvOb2LB+U0sms7vYRGdiOpi0TRzFwuyHZYc5pYmMES24ww1ZTuXoaaZ5zLU1Phchji/qSs4v4WFWas2FpzfxKLp/C4WTY13sWiauYulG9lep2vL6/wHlscn7UaJ3U/ajbi6n7QbvXQ/aTfGuI37deVxcm5f+3WvG/fj+flma3Eb5+O88rg9r3xYyWWcjvW88rxszuJtOa5tvMScZbZobOeF5+N4v7QN68ViOJqziXG96vdz8N8vbsN1Lqbnh5sfh6mf+aYcpvsPUzfppPfDtAznhZfFWdr2E8XUnvtdht+fjm5CGqfjPzgd3WTVbzwdx/PKw7C9L/k+LI+1+9reL/2GZ1Y3zQDO3Vedu266LZy7ex+c3TSzOEj3HqRueoXdH6T1XHtMg/ckPF/hL9P+ejoeNe+ma0rN/7rm9I/vq3mb2/kQaPPhFHL82fSlm/PiHJCu9PigL80h/fhDSr9b/JDe4ekHfXROXf2poz/f5alLixXHzAHhgLw7IHS8v+WAtOXa8zRM7xev67mLbZqMqtOeVqw6veS+v+uxGjWnl6xXc3rJajWfBlqzuTWf9+G88k+V3i9ermf08nLd1Vr6E/jPMi7P/a7jWUaal12UkW7gV5Txedllml/LaN3Xr9ptzzcf03pWnE6cWsVprX1FxZd5uZb+UfFHGWmAdVFGOlo3lvE4d7FOf5TxURv6TvfVZt/OtUfb3/+JteV8VfCTQ5712M4y0krqoox0h+4r4zGftTn25Z93ypEuzufWhtbM59aGfsuNtTmuhvcwG/o30hr54OLQxfjg4tCbyC3Osp3bGNeX76///lvm00i/4WNLQ7vhY0tDC+FjS0Nb4FNL0yS7Am19Qlnn431pPv93aVOT7B90V0XJTsOvqnjDD6F+/jVl+cSySHYX2vq8N22tvZblgUUy1/+JZTOwSGbqtk3Xz0G2Y3b+iJ++uhwv/zvJdFh7vj7f/PLTr/O/lp+aZE6+D7dk9r0Pt2SevQ33pJlRb8OtGSZvw62Z+m7DrZnmbsOtmdJuw62Z/m7DTaosxU2qLMVNqizFTaqsxD2TKktxkypLcZMqc3Ffb3nnbTRwkypLcZMqS3GTKktxkypLcZMqS3GTKktxkyorcS+kylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykykrcK6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myEvdGqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqqzEvZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqK3EfpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpEoX93FNwV6HYXrF/f8znAeiYpwh+S/OkFAXZ0hSizNEUD2G67CfAyzXcQo9wucBQS3FjaCW4kZQK3GPuGwpbrS3FDeGXIobmS7FPYO7EjevPUpxkypLcZMqS3GTKktxkyorcTdSZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSXuiVRZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiXsmVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbiXkiVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbhXUmUpblJlKW5SZSluUmUpblJlIe6l+t69He1fcD/2U3xzc/dT/Nfv7qf4z8PdT3FXwt3PJ8f2eV+u28cwG5v/5BDsbv6TI6W7+W4C2rxdT51lfi42nzrjthznnvdxvRYvs7WN7XzozMfxfmkb1msTw/Gy42ZtYryeUGPb9veL23AV5OXBNz+quHWT+6Sr2E2c/M+quAxnFZfFWdr2cw9Te0roMvy+LN3Ezr7K0k08/VVZjvm47k0vs35M1vtwPvz3tX3/7bGbgEzB/67g3bz4/YSC33KP/uRQSgX/poKfnMw/pILrufaYBu+mO54VnPbXsjxgf3InoTvYkp2PNrer3z4fDsFx3M89j21e0m5kX+Aeu2RHhdPxl6dDslPzEafjDgnaJTtAuuWW7Cz9h+VOc7ZdsgX0FZWR7NX8rjJtObcxTi9zcs3F63re97ZpMnBLNlbuw63ZBSl4BbQasDW7IDfBluyC3AT76KapsGzXt9HWl23YsNtwqsPY2nPxbubudXi58vp65QfDbqL3jQy7ybM3MuwmJN7IsJs4dyPDboLXjQy7SVM3MuwmIt3IsJvkcyPDbgLNbQzXgZwSZ0hOiTMkp8QZklPiDDVzynjM/8LwgUUzerhYNNOEi0UzILhYNJ3fxYLGhx9bIxofZ4jGxxmi8XGGaHycoabG5zLE+S1dGXF+EwvOb2LB+U0sms7vYWmaGu9i0TRzFwuyHZachmzHGSLbcYaasp3LUNPMcxlqanwuQ5zf1BWc38Iy4fwmFpzfxKLp/C4WTY13sWiauYsF2Q5LzoRsxxki23GGmrKdy1DTzFMZzpoan8sQ57d0Zcb5TSw4v4kF5zexaDq/i0VT410smmbuYkG245KDbIcZLsh2nKGmbOcy1DTzXIaaGp/LEOe3dGXB+U0sOL+JBec3sWg6v4tFU+M9LKummbtYkO2w5FSPTe+SIbIdZ6gp27kMNc08l6GmxucyxPlNXcH5TSw4v4Vlw/lNLJrO72LR1HgXi6aZu1iQ7bDk9DNc/UaGyHacoaZs5zLUNPNchpoan8qwn6HZqbrSz7ToXCw4v4kF5zexaDq/i0VT410smmbuYkG245KDbMcZItthhgyTTWCoaea5DDU1Ppchzm/piuh8WBcLzm9iwflNLJrO72LR1HgXi6aZO1g2JqKGJWdjImoCQ2Q7zlBTtnMZapp5LkNNjc9liPObuoLzm1hwfhMLzm9hER2f6mLR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdu5DDXNPJehpsbnMsT5LV1h1qqNBec3seD8JhZN53exaGq8i0XTzF0syHZYcphbmsAQ2Y4z1JTtVIaiE1FzGWpqfC5DnN/SFWat2lhwfhMLzm9i0XR+F4umxrtYNM3cxYJshyWHuaUJDJHtOENN2c5lqGnmuQw1NT6XIc5v6QqzVm0sOL+JBec3sWg6v4dFdCKqi0XTzF0syHZYcphbmsAQ2Y4z1JTtXIaaZp7LUFPjcxni/Kau4PwWFmat2lhwfhOLpvO7WDQ13sWiaeYuFmQ7LDnMLU1giGzHGWrKdi5DTTNPZSg6PjWXIc5v6QqzVm0sOL+JBec3sWg6v4tFU+NdLJpm7mJBtuOSg2yHGYrOLc1lqCnbuQw1zTyXoabG5zLE+S1dYdaqjQXnN7Hg/CYWTed3sWhqvIdFdMipiwXZDksOc0sTGCLbcYaasp3LUNPMcxlqanwuQ5zf1BWc38SC8xtYdtFZqy4WTed3sWhqvItF08xdLMh2VHJ25pYmMES24ww1ZTuXoaaZ5zLU1PhUhsxaNXWFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINtxyUG24wyR7TBD0SGnuQw1zTyXoabG5zLE+S1dYdaqjQXnN7Hg/CYWTed3sWhqvItF08w9LMwtjUsOc0sTGCLbcYaasp3LUNPMcxlqanwuQ5zf1BWc38SC85tYcH4Li+j4VBeLpsa7WDTN3MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+kKs1ZtLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbDksPc0gSGyHacoaZspzIUnYiay1BT43MZ4vyWrjBr1caC85tYcH4Ti6bzu1g0Nd7FomnmLhZkOyw5zC1NYIhsxxlqynYuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+T0sohNRXSyaZu5iQbbDksPc0gSGyHacoaZs5zLUNPNchpoan8sQ5zd1Bee3sDBr1caC85tYNJ3fxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5JsNDdHxqLkOc39CVg1mrNhac38SC85tYNJ3fxaKp8S4WTTN3sSDbcclBtsMMReeW5jLUlO1chppmnstQU+NzGeL8lq4wa9XGgvObWHB+E4um87tYNDXewyI65NTFgmyHJYe5pQkMke04Q03ZzmWoaea5DDU1Ppchzm/qCs5vYsH5LSyis1ZdLJrO72LR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdu5DDXNPJehpsanMmTWqqkrzFq1seD8Jhac38Si6fwuFk2Nd7FomrmLBdmOSw6yHWeIbIcZig45zWWoaea5DDU1Ppchzm/pCrNWbSw4v4kF5zexaDq/i0VT410smmbuYWFuaVxymFuawBDZjjPUlO1chppmnstQU+NzGeL8pq7g/CYWnN/EgvNbWETHp7pYNDXexaJp5i4WZDssOcwtTWCIbMcZasp2LkNNM89lqKnxuQxxfktXmLVqY8H5TSw4v4lF0/ldLJoa72LRNHMXC7IdlhzmliYwRLbjDDVlO5Wh6ETUXIaaGp/LEOe3dIVZqzYWnN/EgvObWDSd38WiqfEuFk0zd7F0I9vrdG15nf/A8v8+6Tz0M13U/aTdiKv7SbvRS/eTdmOM27hfVx4n5/a1X/e6cT+en2+2FrdxPs4rj9vzyoeVXMbpWM8rz8vmLN6W49rGS8xZZovGdl54Po73S9uwXiyGozmbGNerfm3b3y9uw3UupueHm8/D1I1nc5juP0zdpJPeD9MynBdeFmdp208UU3vudxl+fzq6CWmcjv/gdHSTVb/xdBzPK/9U4n3J92F5rN3X9n7pNzyzumkGcO6+6tx1023h3N364OxnejcH6d6D1E2vsPuDtJ5rj2nwnoTnK/xl2l9Px6Pm3XRNqflf15z+8X01b3M7HwJtPpxCjj+bvnRzXpwD0pUejzOHlEP66YeUfrf4Ib3F0+mjc+rqTx39+S5PXV6soJHOAXl7QOh4f8sBacu152mY3i9e13MX2zT9s+qN9rRi1ekl9/1dj9WoOb1kvZrTS9arOa3Z3JrP+3Be+adK7xcv1zN6ebnuai39CfxnGZfnftfxLCPNyy7KSDfwK8r4vOwyza9ltO7rV+2255uPaT0rTidOreK01r6i4su8XEv/qPijjDTAeijjREfrxjIe5y7W6Y8yPmpD3+m+2uzbufZo+/s/sbacrwqmYXzW4/yJ80QrqYsy0h26r4zHfNbm2BfjTkkX53NrQ2vmc2tDv+XG2hxXw3uYLf2jNfLBxaGL8cHFoTeRW5xlO7cxri/fX/8fvmU+02/42NLQbvjY0tBC+NjS0Bb42NJIdgXa+oSyzsf70nzB79Jmyf5Bd1WU7DT8qop3/BBqluwxfH5ZJLsLbX3em7bWXsvywCKZ6//Esv0TyyKZqds2XT8H2Y7Z+SN++upyvPzvJNNh7fn6fPPLT7/2s7u0SObk+3BLZt/7cEvm2ftwa2bU23BrhsnbcGumvttwa6a523BrprTbcGumv7twr6TKUtykylLcpMpS3KTKUtykylLcpMpS3KTKXNzXW955Gw3cpMpS3KTKUtykykrcG6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myEvdOqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqqzEfZAqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqC3GPA6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myEvdIqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqqzE3UiVpbhJlaW4SZWluEmVLu7jmoK9DsP0ivvBkKgYZ0j+izMk1MUZktTCDCcE1WO4Dvs5wHIdp9gjfEJQS3EjqKW4EdRS3LhsKW60txQ3hlyKG5kuxc1rj1LcvPaoxD2TKktxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKitxL6TKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKStwrqbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIS90aqLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qrMS9kypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKgtxt+p793a0f8H92E/xzc3dT/Ffv7uf4j8Pdz/FXQlvP8cnx/Z5X67bxzAbm//kEOxu/pMjpbv5bgLavF1PnWV+LjafOuO2HOee93G9Fi+ztY3tfOjMx/F+aRvWaxPD8bLjZm1ivJ5QY9v294vbcBXk5cE3n1XsJvdJV7GbOPmfVXEZzioui7P0xxgeS6f2lNBl+H1ZuomdfZWlm3j6q7Ic83Hdm15m/Zis9+F8+O9r+/7bYzcBmYL/XcG7efH7CQW/4R49DZ8cSqng31Twk5P5h1RwPdce0+DddMezgtP+WpYH7E/uJHQHW7Lz8fNYvfrt8+EQHMf93PPY5iXtRvb57jENkh0VTsdfng7JTs1HnI5bJEiyA6RbbsnO0n9Y7jxnk2wBfUVlJHs1v6tMW85tjNPLnFxz8bqe971tmv6Je5RsrNyHW7MLUvAKaDVga3ZBboIt2QW5C3Y3TYVlu76Ntr5sw4bdhlMdxtaei3czd6/Dy5XX1ys/GHYTvW9k2E2evZFhNyHxRobdxLkbGXYTvO5j2LpJUzcy7CYi3ciwm+RzI8NuAs2NDMkpcYbklDhDckqcITklzlAzp4zH/C8MH1g0o4eHZdJMEy4WzYDgYtF0fhcLGh9+bE1ofJwhGh9niMbHGaLxcYaaGp/LEOe3dGXG+U0sOL+JBec3sWg6v4tFU+NdLJpm7mJBtsOSMyPbcYbIdpyhpmynMlw0zTyXoabG5zLE+S1dWXB+EwvOb2LB+U0sms7vYtHUeBeLppm7WJDtsOSsyHacIbIdZ6gp27kMNc08l6GmxucyxPktXVlxfhMLzm9iwflNLJrO72HZNDXexaJp5i4WZDssORuyHWeIbMcZasp2LkNNM89lqKnxuQxxflNXcH4Ly47zm1hwfhOLpvO7WDQ13sWiaeYuFmQ7LDnVY9O7ZIhsxxlqynYuQ00zT2V4aGp8LkOc39KVA+c3seD8Jhac38Si6fwuFk2Nd7FomrmLBdmOSw6yHWU49zPe/EaGmrKdy1DTzHMZamp8LkOc39CVuZ9p0blYcH4TC85vYtF0fheLpsZ7WPqZj5uLBdkOS04/42lvZIhsxxlqynYuQ00zz2WoqfG5DHF+U1dwfhMLzm9hEZ3i6mLRdH4Xi6bGu1g0zdzFgmyHJYeJqAkMke04Q03ZzmWoaea5DDU1PpUhs1ZNXWHWqo0F5zex4PwmFk3nd7FoaryLRdPMXSzIdlxykO04Q2Q7zFB0yGkuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cw8Lc0vjksPc0gSGyHacoaZs5zLUNPNchpoan8sQ5zd1Bec3seD8Jhac38IiOj7VxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPNbusKsVRsLzm9iwflNLJrO72LR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdupDEUnouYy1NT4XIY4v6UrzFq1seD8Jhac38Si6fwuFk2Nd7FomrmLBdkOSw5zSxMYIttxhpqynctQ08xzGWpqfC5DnN/SFWat2lhwfhMLzm9i0XR+B8siOhHVxaJp5i4WZDsqOQtzSxMYIttxhpqynctQ08xzGWpqfC5DnN/UFZzfwsKsVRsLzm9i0XR+F4umxrtYNM3cxYJshyWHuaUJDJHtOENN2c5lqGnmqQxFx6fmMsT5LV1h1qqNBec3seD8JhZN53exaGq8i0XTzF0syHZccpDtMEPRuaW5DDVlO5ehppnnMtTU+FyGOL+lK8xatbHg/CYWnN/Eoun8LhZNjfewiA45dbEg22HJYW5pAkNkO85QU7ZzGWqaeS5DTY3PZYjzm7qC85tYcH4Li+isVReLpvO7WDQ13sWiaeYuFmQ7LDnMLU1giGzHGWrKdi5DTTPPZaip8akMmbVq6gqzVm0sOL+JBec3sWg6v4tFU+NdLJpm7mJBtuOSg2zHGSLbYYaiQ05zGWqaeS5DTY3PZYjzW7rCrFUbC85vYsH5TSyazu9i0dR4F4ummXtYmFsalxzmliYwRLbjDDVlO5ehppnnMtTU+FyGOL+pKzi/iQXnN7Hg/BYW0fGpLhZNjXexaJq5iwXZDksOc0sTGCLbcYaasp3LUNPMcxlqanwuQ5zf0JWVWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINtRyVmZW5rAENmOM9SU7VSGohNRcxlqanwuQ5zf0hVmrdpYcH4TC85vYtF0fheLpsa7WDTN3MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+kKs1ZtLDi/iQXnN7FoOr+HRXQiqotF08xdLMh2WHKYW5rAENmOM9SU7VyGmmaey1BT43MZ4vymruD8FhZmrdpYcH4Ti6bzu1g0Nd7FomnmLhZkOyw5zC1NYIhsxxlqynYuQ00zT2UoOj41lyHOb+kKs1ZtLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbjkoNshxmKzi3NZagp27kMNc08l6GmxucyxPktXWHWqo0F5zex4PwmFk3nd7FoaryHRXTIqYsF2Q5LDnNLExgi23GGmrKdy1DTzHMZamp8LkOc39QVnN/EgvNbWERnrbpYNJ3fxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5LkNNjU9lyKxVU1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cxcLsh2XHGQ7zhDZjjLcRIec5jLUNPNchpoan8sQ5zd0ZRtwfhMLzm9iwflNLJrO72LR1HgXi6aZe1iYWxqXHOaWJjBEtuMMNWU7l6Gmmecy1NT4XIY4v6krOL+JBec3seD8FhbR8akuFk2Nd7FomrmLpRvZXqdry+v8B5bHJ+1Gid1P2o24up+0G710P2k3xvhjedeVx8m5fe3XvW7cj+fnm63FbZyP88rj9rzyYSWXcTrW88rzsjmLt+W4tvESc5bZorGdF56P4/3SNqwXi+FozibG9apf2/b3i9twnYvp+eHm8zB149kcpvsPUzfppPfDtAznhZfFWdr2E8XUnvtdhl+fjn6G43I6/oPT0U1W/cbTcTyvPAzb+5Lvw/JYu6/t/dIveGb1M4SZc/dV566bbgvn7t4HZzfNLA7SvQepm15h9wdpPdce0+A9Cc9X+Mu0v56OR8276ZpS87+uOf3j+2re5nY+BNp8OIUcfzZ96ea8OAekLz2mL80h/fhDSr9b/JDe4ekzfXROXf2poz/f5alLixUzjXQOyNsDQsf7Ww5IW649T8P0fvG6nrvYpsmo+kzVBatOL7nv73qsRs3pJevVnF6yXs1pzebWfN6H88o/VXq/eLme0cvLdVdr6U/gP8u4PPe7jmcZaV72UMaFbuBXlPF52WWaX8to3dev2m3PNx/TelacTpxaxWmtfUXFl3m5lv5R8UcZaYB1UUY6WjeW8Th3sU5/lPFRG/pO99Vm3861R9vf/4m15XxVMA3jsx7nT5wXWkldlJHu0H1lPOazNse+GHdKujifWxtaMx9bm5V+y421Oa6G9zAb+rfSGvng4tDF+ODi0JvILc6yndsY15fvr/8P3zJf6Td8bGloN3xsaWghfGxpaAt8bGkkuwJtfUJZ5+N9ab7gd2mrZP+gtypukp2GX1Xxjh9CbZI9hs8vi2R3oa3Pe9PW2mtZHlgkc/2fWDYDi2Smbtt0/RxkO2bnj/jpq8vx8r+TTIe15+vzzS8//br+a/lNMiffh1sy+96HWzLP3odbM6PehlszTN6Fe9dMfbfh1kxzt+HWTGm34dZMf7fhJlWW4iZVluImVZbiJlWW4iZVluImVVbiPkiVubivt7zzNhq4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlYW494FUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYl7JFWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlVW4m6kylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykykrcE6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myEvdMqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTap0cR/XFOx1GKZX3A+GRMU4Q/JfmOFCqIszJKnFGSKoHsN12M8Blus4xR7hC4JaihtBLcWNoJbixmVLcaO9lbhXDLkUNzJdipvXHqW4ee1RiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiXsjVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbi3kmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbgPUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUh7mMgVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbiHkmVpbhJlaW4SZV1uJeh+t69He1fcP/ffqpvbu5+iv/63f0U/3m4+ynuSrj7+eTYPu/LdfsYZmPznxyC3c1/cqR0N99NQJu366mzzM/F5lNn3Jbj3PM+rtfiZba2sZ0Pnfk43i9tw3ptYjhedtysTYzXE2ps2/5+cRuugrw8+Oazit3kPukqdhMn/7MqLsNZxWVxlrb93MPUnhK6DL8uS+smdvZVlm7i6a/KcszHdW96mfVjst6H8+G/r+3rb4+tm4BMwf+u4N28+P2Egt9yj/7kUEoF/6aCn5zMP6SC67n2mAbvpjueFZz217I8YH9yJ6E72JKdjza3q98+Hw7BcdzPPY9tXtJuZN/gHpIdFU7HX54OyU7NR5yOOyRokuwA6ZZbsrP0H5Y7zdkmyRbQV1RGslfzu8q05dzGOL3MyTUXr+t539umycAt2Vi5D7dmF6TgFdBqwNbsgtwEW7ILchfsbpoKy3Z9G2192YYNuw2nOoytPRfvZu5eh5crr69XfjDsJnrfx3DuJs/eyLCbkHgjw27i3I0MuwleNzLsJk3dyLCbiHQjw26Sz40Muwk0NzIkp8QZklPCDBdySpwhOSXOUDOnjMf8LwwfWDSjh4tFM024WDQDgotF0/ldLGh8/LGFxscZovFhhisaH2eIxscZamp8LkOc39KVFec3seD8Jhac38Si6fwuFk2Nd7FomrmHZUO2w5KzIdtxhsh2nKGmbOcy1DTzXIaaGp/LEOc3dQXnN7Hg/CYWnN/Csms6v4tFU+NdLJpm7mJBtsOSsyPbcYbIdpyhpmznMtQ081yGmhqfyxDnt3TlwPlNLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbDknMg23GGyHacoaZsZzIcB00zz2WoqfG5DHF+Q1fGAec3seD8Jhac38Si6fwuFk2Nd7FomrmLBdkOS0712PQuGSLbcYaasp3LUNPMcxlqanwuQ5zf0pUR5zex4PwmFpzfxKLp/B6WpqnxLhZNM3exINthyelnuPqNDJHtOENN2c5lqGnmuQw1NT6XIc5v6grOb2HpZ6pyLhac38Si6fwuFk2Nd7FomrmLBdkOS04/42lvZIhsxxlqynYuQ00zT2XIMNkEhji/pSui82FdLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbjkoNshxkyETWBoaZs5zLUNPNchpoan8sQ57d0hVmrNhac38SC85tYNJ3fxaKp8R4W0SGnLhZkOyw5zC1NYIhsxxlqynYuQ00zz2WoqfG5DHF+U1dwfhMLzm9hEZ216mLRdH4Xi6bGu1g0zdzFgmyHJYe5pQkMke04Q03ZzmWoaea5DDU1PpUhs1ZNXWHWqo0F5zex4PwmFk3nd7FoaryLRdPMXSzIdlxykO04Q2Q7zFB0yGkuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cwdLY25pWHIac0sTGCLbcYaasp3LUNPMcxlqanwuQ5zf1BWc38SC85tYcH4Li+j4VBeLpsa7WDTN3MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+kKs1ZtLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbDksPc0gSGyHacoaZspzIUnYiay1BT43MZ4vyWrjBr1caC85tYcH4Ti6bzu1g0Nd7FomnmLhZkOyw5zC1NYIhsxxlqynYuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+T0sohNRXSyaZu5iQbbDksPc0gSGyHacoaZs5zLUNPNchpoan8sQ5zd1Bee3sDBr1caC85tYNJ3fxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5KkPR8am5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cxcLsh2XHGQ7zFB0bmkuQ03ZzmWoaea5DDU1Ppchzm/pCrNWbSw4v4kF5zexaDq/i0VT4z0sokNOXSzIdlhymFuawBDZjjPUlO1chppmnstQU+NzGeL8pq7g/CYWnN/AMonOWnWxaDq/i0VT410smmbuYkG2o5IzMbc0gSGyHWeoKdu5DDXNPJehpsanMmTWqqkrzFq1seD8Jhac38Si6fwuFk2Nd7FomrmLBdmOSw6yHWeIbIcZig45zWWoaea5DDU1Ppchzm/pCrNWbSw4v4kF5zexaDq/i0VT410smmbuYWFuaVxymFuawBDZjjPUlO1chppmnstQU+NzGeL8pq7g/CYWnN/EgvNbWETHp7pYNDXexaJp5i4WZDssOcwtTWCIbMcZasp2LkNNM89lqKnxuQxxfktXmLVqY8H5TSw4v4lF0/ldLJoa72LRNHMXC7IdlhzmliYwRLbjDDVlO5Wh6ETUXIaaGp/LEOe3dIVZqzYWnN/EgvObWDSd38WiqfEuFk0zd7Eg22HJYW5pAkNkO85QU7ZzGWqaeS5DTY3PZYjzW7rCrFUbC85vYsH5TSyazu9hEZ2I6mLRNHMXC7IdlhzmliYwRLbjDDVlO5ehppnnMtTU+FyGOL+pKzi/hYVZqzYWnN/Eoun8LhZNjXexaJq5iwXZDksOc0sTGCLbcYaasp3LUNPMMxnOouNTcxni/IauzMxatbHg/CYWnN/Eoun8LhZNjXexaJq5iwXZjksOsh1mKDq3NJehpmznMtQ081yGmhqfyxDnt3SFWas2FpzfxILzm1g0nd/FoqnxHhbRIacuFmQ7LDnMLU1giGzHGWrKdi5DTTPPZaip8bkMcX5TV3B+EwvOb2ERnbXqYtF0fheLpsa7WDTN3MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lSGzVk1dYdaqjQXnN7Hg/CYWTed3sWhqvItF08xdLN3I9jpdW17nP7A8Pmk3Sux+0m7E1fuk/Yz1dD9pN8a4jft15XFybl/7da8b9+P5+WZrcRvn47zyuD2vfFjJZZyO9bzyvGzO4m05rm28xJxltmhs54Xn43i/tA3rxWI4mrOJcb3q17b9/eI2XOdien64+TxM3Xg2h+n+w9RNOun9MC3DeeFlcZa2/UQxted+l+H3p6ObkMbp+A9ORzdZ9RtPx/G88jBs70u+D8tj7b6290u/4ZnVTTOAc/dV566bbgvn7t4HZzfNLA7SvQepm15h9wdpPdce0+A9Cc9X+Mu0v56O/6t5PyPXqflf15z+8X01b3M7HwJtPpxCjj+bvnRzXpwD0pUer/SlOaQff0jpd4sf0js8fZ05dZy68lNHf77LU5cXK2ikc0DeHhA63t9yQNpy7XkapveL1/XcxTZNRtVpTytWnV5y39/1WP9Z841esl7N6SXr1ZzWbG7N5304r/xTpfeLl+sZvbxcd7WW/gT+s4zLc7/reJaR5mUXZaQb+BVlfF52mebXMlr39at22/PNx7SeFacTp1ZxWmtfUfFlXq6lf1T8UUYaYF2UkY7WjWU8zl2s0x9lfNSGvtN9tdm3c+3R9vd/Ym05XxVMw/isx/kT551WUhdlpDt0XxmP+azNsS//vFPudHE+tza0Zj63NvRbbqzNcTW8h9nQv53WyAcXhy7GBxeH3kRucZbt3Ma4vnx//X/4lvlOv+FjS0O74VNLc9BC+NjS0Bb42NJIdgXa+oSyzsf70nzB79IOyf5Bd1WU7DT8qop3/BDqkOwxfH5ZJLsLbX3em7bWXsvywCKZ6//EshlYJDN126br5yDbMTt/xE9fXY6X/51kOqw9X59vfvnp1/Vfyx+SOfku3MsgmX3vwy2ZZ+/DrZlRb8OtGSZvw62Z+m7DrZnmbsOtmdJuw62Z/m7DTaosxU2qrMQ9kipLcZMqS3GTKktxkypLcZMqc3Ffb3nnbTRwkypLcZMqS3GTKktxkypLcZMqK3E3UmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUl7olUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYl7JlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlVW4l5IlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlZW4V1JlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlJe6NVFmKm1Tp4j6uKdjrMEyvuB8MiYpxhuS/OENCXZwhSS3OEEH1GK7Dfg6wXMcp+AhHUCtx7whqKW4EtRQ3LluKG+0txY0hl+JGpktx89qjFDevPUpxkypLcZMqK3EfpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpC3OtAqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqqzEPZIqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqK3E3UmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUl7olUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYh7q753b0f7F9yP/RTf3Nz9FP/1u/sp/vNw91PclXD388mxfd6X6/YxzMbmPzkEe5ufPzlSupvvJqDN2/XUWebnYvOpM27Lce55H9dr8TJb29jOh858HO+XtmG9NjEcLztu1ibG6wk1tm1/v7gNV0FeHnzzWcVucp90FbuJk/9ZFZfhrOKyOEvbfu5hak8JXYbfl6Wb2NlXWbqJp78qyzEf173pZdaPyXofzof/vrbvvz12E5Ap+N8VvJsXv59Q8Fvu0Z8cSqng31Twk5P5h1RwPdce0+DddMezgtP+Wpb/g718ciehO9iSnY82t6vfPh8OwXHczz2PbV7SbmRf4B6LZEeF0/GXp0OyU/MRp+MOCVokO0C65ZbsLP2H5c5zNskW0FdURrJX87vKtOXcxji9zMk1F6/red/bpsnALdlYuQ+3Zhek4BXQ+k/Yq2YX5CbYkl2Qu2B301RYtuvbaOvLNmzYbTjVYWztuXg3c/c6vFx5fb3yg2E30ftGht3k2RsZdhMSb2TYTZy7kWE3wetGht2kqRsZdhOR7mO4dZN8bmTYTaC5kSE5Jc6QnBJnSE6JMySnxBlq5pTxmP+F4QOLZvRwsWimCReLZkDwsOyazu9iQePDj60djY8zROPjDNH4OEM0Ps5QU+NzGeL8pq7g/CYWnN/CcuD8JhZN53exaGq8i0XTzF0syHZYcg5kO84Q2Y4z1JTtXIaaZp7LUFPjMxnuA85v6Mo+4PwmFpzfxILzm1g0nd/FoqnxLhZNM3exINtxyUG24wyR7TDDUVO2cxlqmnkuQ02Nz2WI81u6MuL8Jhac38SC85tYNJ3fxaKp8S4WTTP3sDRkOyw5DdmOM0S24ww1ZTuXoaaZ5zLU1Phchji/qSs4v4kF5zex4PwWlknT+V0smhrvYtE0cxcLsh2WnOqx6V0yRLbjDDVlO5ehppnnMtTU+FyGOL+lKzPOb2LB+U0sOL+JRdP5XSyaGu9i0TRzFwuyHZacfoar38gQ2Y4z1JTtVIb9zA2/kaGmxucyxPktXelnWnQuFpzfxILzm1g0nd/FoqnxLhZNM3exINthyelnPO2NDJHtOENN2c5lqGnmuQw1NT6XIc5v6YrofFgXC85vYsH5TSyazu9hEZ216mLRNHMXC7IdlhwmoiYwRLbjDDVlO5ehppnnMtTU+FyGOL+pKzi/hYVZqzYWnN/Eoun8LhZNjXexaJq5iwXZDksOc0sTGCLbcYaasp3LUNPMUxmKjk/NZYjzW7rCrFUbC85vYsH5TSyazu9i0dR4F4ummbtYkO245CDbUYaH6NzSXIaasp3LUNPMcxlqanwuQ5zf0JWDWas2FpzfxILzm1g0nd/FoqnxHhbRIacuFmQ7LDnMLU1giGzHGWrKdi5DTTPPZaip8bkMcX5TV3B+EwvOb2ERnbXqYtF0fheLpsa7WDTN3MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lSGzVk1dYdaqjQXnN7Hg/CYWTed3sWhqvItF08xdLMh2XHKQ7ThDZDvMUHTIaS5DTTPPZaip8bkMcX5LV5i1amPB+U0sOL+JRdP5XSyaGu9i0TRzDwtzS+OSw9zSBIbIdpyhpmznMtQ081yGmhqfyxDnN3UF5zex4PwmFpzfwiI6PtXFoqnxLhZNM3exINthyWFuaQJDZDvOUFO2cxlqmnkuQ02Nz2WI81u6wqxVGwvOb2LB+U0sms7vYtHUeBeLppm7WJDtsOQwtzSBIbIdZ6gp26kMRSei5jLU1Phchji/pSvMWrWx4PwmFpzfxKLp/C4WTY13sWiauYsF2Q5LDnNLExgi23GGmrKdy1DTzHMZamp8LkOc39IVZq3aWHB+EwvOb2LRdP73WNZBdCKqi0XTzF0syHZQcn4YIttxhsh2nKGmbOcy1DTzXIaaGp/LEOc3dQXnt7Awa9XGgvObWDSd38WiqfEuFk0zd7Eg22HJYW5pAkNkO85QU7ZzGWqaeSpD0fGpuQxxfktXmLVqY8H5TSw4v4lF0/ldLJoa72LRNHMXC7IdlxxkO8xQdG5pLkNN2c5lqGnmuQw1NT6XIc5v6QqzVm0sOL+JBec3sWg6v4tFU+M9LKJDTl0syHZYcphbmsAQ2Y4z1JTtXIaaZp7LUFPjcxni/Kau4PwmFpzfwiI6a9XFoun8LhZNjXexaJq5iwXZDksOc0sTGCLbcYaasp3LUNPMcxlqanwqQ2atmrrCrFUbC85vYsH5TSyazu9i0dR4F4ummbtYkO245CDbcYbIdpih6JDTXIaaZp7LUFPjcxni/JauMGvVxoLzm1hwfhOLpvO7WDQ13sWiaeYeFuaWxiWHuaUJDJHtOENN2c5lqGnmuQw1NT6XIc5v6grOb2LB+U0sOL+FRXR8qotFU+NdLJpm7mJBtsOSw9zSBIbIdpyhpmznMtQ081yGmhqfyxDnN3RlZNaqjQXnN7Hg/CYWTed3sWhqvItF08xdLMh2VHJG5pYmMES24ww1ZTuVoehE1FyGmhqfyxDnt3SFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINthyWFuaQJDZDvOUFO2cxlqmnkuQ02Nz2WI81u6wqxVGwvOb2LB+U0sms7vYRGdiOpi0TRzFwuyHZYc5pYmMES24ww1ZTuXoaaZ5zLU1Phchji/qSs4v4WFWas2FpzfxKLp/C4WTY13sWiauYsF2Q5LDnNLExgi23GGmrKdy1DTzFMZio5PzWWI81u6wqxVGwvOb2LB+U0sms7vYtHUeBeLppm7WJDtuOQg22GGonNLcxlqynYuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYREdcupi6Ua21+na8jr/geXxSbtRYveTdiOu7iftRi/dT9qNMW7jfl15nJzb137d68b9eH6+2Vrcxvk4r/zzN/DchpVcxulYzyvPy+Ys3pbj2sZLzFlmi8Z2Xng+jvdL27BeLIajOZv4CaTXrXzb3y9uw3UupueHm8/D1I1nc5juP0zdpJPeD9MynBdeFmdp208UU3vudxl+fzq6CWmcjv/gdHSTVb/xdBzPKw/D9r7k+7A81u5re7/0C55Z/Qxh5tx91bnrptvCubv1wdnP9G4O0r0HqZteYfcHaT3XHtPgPQnPV/jLtL+ejkfNu+maUvO/rjn94/tq3uZ2PgTafDiFHH82fenmvDgHpC89pi/NIf34Q0q/W/yQ3uLp9NE5dfWnjv58l6cuLVYcNNI5IG8PCB3vbzkgbbn2PA3T+8Xreu5imyaj6rSnFatOL7nv73qsRs3pJevVnF6yXs1pzebWfN6H88o/VXq/eLme0cvLdVdr6U/gP8u4PPe7jmcZaV52UUa6gV9Rxudll2l+LaN1X79qtz3ffEzrWXE6cVoVbwOtta+o+DIv19I/Kv4oIw2wLspIR+vGMh7nLtbpjzI+akPf6b7a7Nu59mj7+z+xtpyvCqZhfNZjO8tIK6mLMtIduq+Mx3zW5tgX405JF+dza0Nr5nNrQ7/lxtocV8N7mC39ozXyucUZ6WJ8cHHoTeQWZ9nObYzry/fXf/8t8zbSb/jY0tBu+NjS0EL42NLQFvjY0kh2Bdr6hLLOx/vSfP7v0n5ODFXsoIqSnYZfVfGGH0K1UbLH8PFlaZLdhbY+701ba69leWCRzPV/YtkMLJKZum3T9XOQ7ZidP+Knry7Hy/9OMh3Wnq/PN7/89Ov8r+Vbk8zJ9+GWzL734ZbMs/fh1syot+HWDJO34dZMfbfh1kxzd+GeNFPabbg1099tuEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVubivt7zzNhq4SZWVuGdSZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSXuhVRZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiXslVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbi3kiVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbh3UmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUl7oNUWYqbVFmKm1RZiptUWYqbVFmKm1Tp4j6uKdjrMEyvuB8MiYpxhuS/OENCXZwhSS3KcBoQVI/hOuznAMt1nEKP8GlAUEtxI6iluBHUUty4bClutLcUN4ZcihuZrsQ98tqjFDevPUpxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqK3E3UmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUl7olUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYl7JlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlVW4l5IlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlZW4V1JlIe65+t69He1fcD/2U3xzc/dT/Nfv7af6z8PdT3FXwt3PJ8f2eV+u28cwG5v/5BDsbv6TI6W7+W4C2rxdT51lfi42nzrjthznnvdxvRYvs7WN7XzozMfxfmkb1msTw/Gy42ZtYryeUGPb9veL23AV5OXBN59V7Cb3SVexmzj5n1VxGc4qLouztO3nHqb2lNBl+H1ZuomdfZWlm3j6q7Ic83Hdm15m/Zis9+F8+O9r+/rb49ZNQKbgf1fwbl78fkLB77hHb58cSqng31Twk5P5h1RwPdce0+DddMezgtP+WpYH7E/uJHQHW7Lz0eZ29dvnwyE4jvu557HNS9qN7BvcQ7Kjwun4y9Mh2an5iNNxiwRJdoB0yy3ZWfoPy53mbLtkC+grKiPZq/ldZdpybmOcXubkmovX9bzvbdNk4JZsrNyHW7MLUvAKaDVga3ZBboIt2QW5C3Y3TYVlu76Ntr5sw4bdhlMdxtaei3czd6/Dy5XX1ys/GHYTvW9k2E2evZFhNyHxPoZHN3HuRobdBK8bGXaTpm5k2E1EupFhN8nnRobdBJobGZJT4gzJKXGG5JQ4Q3JKlOEyaOaU8Zj/heEDi2b0cLFopgkXi2ZAcLFoOr+LBY2PP7bQ+DhDND7OEI2PM0TjwwxHTY3PZYjzW7oy4vwmFpzfxILzm1g0nd/FoqnxLhZNM3exINtxyUG2wwwbsh1nqCnbuQw1zTyXoabG5zLE+S1daTi/iQXnN7Hg/CYWTed3sWhqvIdl0jRzFwuyHZacCdmOM0S24ww1ZTuXoaaZ5zLU1Phchji/qSs4v4kF57ewzDi/iUXT+V0smhrvYtE0cxcLsh2WnBnZjjNEtuMMNWU7l6Gmmecy1NT4VIYLzm/pyoLzm1hwfhMLzm9i0XR+F4umxrtYNM3cxYJsxyUH2Y4zRLbDDKvH03fJUNPMcxlqanwuQ5zf0pUV5zex4PwmFpzfxKLp/C4WTY13sWiauYeln0nw90lOP8PVb2SIbMcZasp2LkNNM89lqKnxuQxxflNXcH4TC85vYsH5LSz9jP7NxaKp8S4WTTN3sSDbYcnpZzztjQyR7ThDTdnOZahp5rkMNTU+lyHOb+mK6HxYFwvOb2LB+U0sms7vYtHUeBeLppm7WJDtsOQwETWBIbIdZ6gp25kMV9GJqLkMNTU+lyHOb+jKyqxVGwvOb2LB+U0sms7vYtHUeBeLppm7WJDtsOQwtzSBIbIdZ6gp27kMNc08l6GmxucyxPktXWHWqo0F5zex4PwmFk3n97CITkR1sWiauYsF2Q5LDnNLExgi23GGmrKdy1DTzHMZamp8LkOc39QVnN/CwqxVGwvOb2LRdH4Xi6bGu1g0zdzFgmyHJYe5pQkMke04Q03ZzmWoaeapDEXHp+YyxPktXWHWqo0F5zex4PwmFk3nd7FoaryLRdPMXSzIdlxykO0wQ9G5pbkMNWU7l6Gmmecy1NT4XIY4v6UrzFq1seD8Jhac38Si6fwuFk2N97CIDjl1sSDbYclhbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPObuoLzm1hwfguL6KxVF4um87tYNDXexaJp5i4WZDssOcwtTWCIbMcZasp2LkNNM89lqKnxqQyZtWrqCrNWbSw4v4kF5zexaDq/i0VT410smmbuYkG245KDbMcZItthhqJDTnMZapp5LkNNjc9liPNbusKsVRsLzm9iwflNLJrO72LR1HgXi6aZO1g25paGJWdjbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPObuoLzm1hwfhMLzm9hER2f6mLR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdu5DDXNPJehpsbnMsT5LV1h1qqNBec3seD8JhZN53exaGq8i0XTzF0syHZYcphbmsAQ2Y4z1JTtVIaiE1FzGWpqfC5DnN/SFWat2lhwfhMLzm9i0XR+F4umxrtYNM3cxYJshyWHuaUJDJHtOENN2c5lqGnmuQw1NT6XIc5v6QqzVm0sOL+JBec3sWg6v4dFdCKqi0XTzF0syHZYcphbmsAQ2Y4z1JTtXIaaZp7LUFPjcxni/Kau4PwWFmat2lhwfhOLpvO7WDQ13sWiaeYuFmQ7LDnMLU1giGzHGWrKdi5DTTNPZSg6PjWXIc5v6QqzVm0sOL+JBec3sWg6v4tFU+NdLJpm7mJBtuOSg2yHGYrOLc1lqCnbuQw1zTyXoabG5zLE+S1dYdaqjQXnN7Hg/CYWTed3sWhqvIdFdMipiwXZDksOc0sTGCLbcYaasp3LUNPMcxlqanwuQ5zf1BWc38SC8xtYdtFZqy4WTed3sWhqvItF08xdLMh2VHJ25pYmMES24ww1ZTuXoaaZ5zLU1PhUhsxaNXWFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINtxyUG24wyR7TBD0SGnuQw1zTyXoabG5zLE+S1dYdaqjQXnN7Hg/CYWTed3sWhqvItF08w9LMwtjUsOc0sTGCLbcYaasp3LUNPMcxlqanwuQ5zf1BWc38SC85tYcH4Li+j4VBeLpsa7WDTN3MWCbIclh7mlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+kKs1ZtLDi/iQXnN7FoOr+LRVPjXSyaZu5iQbbDksPc0gSGyHacoaZspzIUnYiay1BT43MZ4vyWrjBr1caC85tYcH4Ti6bzu1g0Nd7FomnmLhZkOyw5zC1NYIhsxxlqynYuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+T0sohNRXSyaZu5iQbbDksPc0gSGyHacoaZs5zLUNPNchpoan8sQ5zd1Bee3sDBr1caC85tYNJ3fxaKp8S4WTTN3sXQj2+t0bXmd/8Dy+KTdKLH7SbsRV/eTdqOX7iftxhi3cb+uPE7O7Wu/7nXjz63qWjxbi9s4H+eVx+155cNKLuN0rOeV52VzFm/LcW3jJeYss0VjOy88H8f7pW1YLxbD0ZxNjOtVv7bt7xe34ToX0/PDzf93mI5+5ptymO4/TN2kk94P0zKcF14WZ2nbTxRTe+53GX5/OroJaZyO/+B0dJNVv/F0HM8rD8P2vuT7sDzW7mt7v/QbnlndNAM4d1917rrptnDu7n1wdtPM4iDde5C66RV2f5DWc+0xDd6T8HyFv0z76+l41Lybrik1/+ua0z++r+ZtbudDoM2HU8jxZ9OXbs6Lc0C60uORvjSH9OMPKf1u8UN6h6eP9NE5dfWnjv58l6cuLVaMMweEA/LugNDx/pYD0pZrz9MwvV+8rucutmkyqk57WrHq9JL7/q7HatScXrJezekly9W80ZrNrfm8D+eVf6r0fvFyPaOXl+uu1tKfwH+WcXnudx3PMtK87KKMdAO/oozPyy7T/FpG675+1W57vvmY1rPidOLUKk5r7SsqvszLtfSPij/KSAOsizLS0bqxjMe5i3X6o4yP2tB3uq82+3auPdr+/k+sLeergmkYn/XYzjLSSuqijHSH7ivjMZ+1Ofbln3fKiS7O59aG1szn1oZ+y421Oa6G9zAb+jfRGvng4tDF+ODi0JvILc6yndsY15fvr/8P3zKf6Dd8bGloN3xsaWghfGxpaAt8amlmya5AW59Q1vl4X5ov+F3aLNk/6K6Kkp2GX1Xxjh9CzZI9hs8vi2R3oa3Pe9PW2mtZHlgkc/2fWDYDi2Smbtt0/RxkO2bnj/jpq8vx8r+TTIe15+vzzS8//Tr/a/ljlszJ9+GWzL734ZbMs7fhXjQz6m24NcPkbbg1U99tuDXT3G24NVPabbg1099tuEmVpbhJlaW4SZWluEmVlbhXUmUpblJlKW5SZS7u6y3vvI0GblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlJe6NVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmJeydVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVVuI+SJWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZV1uLdhIFWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlVW4h5JlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlS7u45qCvQ7D9Ir7/xg2omKcIfkvzpBQF2dIUoszRFA9huuwnwMs13GKPcIbglqKG0EtxY2gVuKecNlS3GhvKW4MuRQ3Ml2KewZ3JW5ee5TiJlWW4iZVluImVZbiJlVW4p5JlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlZW4F1JlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlJe6VVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmJeyNVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVVuLeSZWluEmVpbhJlaW4SZWluEmVhbjH6nv3drR/wf3YT/HNzd1P8V+/u5/iPw93P8VdCXc/nxzb5325bh/DbGz+k0Owu/lPjpTu5rsJaPN2PXWW+bnYfOqM23Kce97H9Vq8zNY2tvOhMx/H+6VtWK9NDMfLjpu1ifF6Qo1t298vbsNVkJcH3/yo4tFN7pOuYjdx8j+r4jKcVVwWZ2nbzz1M7Smhy/D7snQTO/sqSzfx9FdlOebjuje9zPoxWe/D+fDf1/b9t8duAjIF/7uCd/Pi9xMKfss9+pNDKRX8mwp+cjL/kAqu59pjGryb7nhWcNpfy/KA/cmdhO5gS3Y+2tyufvt8OATHcT/3PLZ5SbuRfb57/BxETgen419Ph2Sn5iNOxw0S1AbJDpBuuSU7S/9hubOc7adsVOZDKyPZq/ldZdpybmOcXubkmovX9bzvbdNk4JZsrNyHW7MLUvAKaDVga3ZBboIt2QW5CfbYTVNh2a5vo60v27Bh/8Tly0jac/Fu5u51eLny+nrlB8NuoveNDLvJszcy7CYk3siwmzh3I8NugteNDLtJUzcy7CYi3ciwm+RzI8NuAs19DBs5Jc6QnBJnSE6JMySnxBlq5pTxmP+F4QOLZvRwsWimCReLZkBwsWg6v4sFjQ8/tiY0Ps4QjY8zROPjDNH4OENNjc9liPNbujLh/CYWnN/EgvObWDSd38Mya2q8i0XTzF0syHZYcmZkO84Q2Y4z1JTtXIaaZp7LUFPjcxni/Kau4PwWlgXnN7Hg/CYWTed3sWhqvItF08xdLMh2WHIWZDvOENmOM9SU7VyGmmaeynDV1Phchji/pSsrzm9iwflNLDi/iUXT+V0smhrvYtE0cxcLsh2XHGQ7zHBDtuMMNWU7l6Gmmecy1NT4XIY4v6UrG85vYsH5TSw4v4lF0/ldLJoa72HZNc3cxYJshyWnemx6lwyR7ThDTdnOZahp5rkMNTU+lyHOb+oKzm9iwfktLAfOb2LRdH4Xi6bGu1g0zdzFgmyHJaef4eo3MkS24ww1ZTuXoaaZ5zLU1PhMhlM/Q7MzdWXqZ1p0Lhac38SC85tYNJ3fxaKp8S4WTTN3sSDbcclBtuMMke0wQ4bJJjDUNPNchpoan8sQ57d0RXQ+rIsF5zex4PwmFk3nd7FoaryLRdPMPSxMRI1LDhNRExgi23GGmrKdy1DTzHMZamp8LkOc39QVnN/EgvObWHB+C4vo+FQXi6bGu1g0zdzFgmyHJYe5pQkMke04Q03ZzmWoaea5DDU1Ppchzm/pCrNWbSw4v4kF5zexaDq/i0VT410smmbuYkG2w5LD3NIEhsh2nKGmbKcyFJ2ImstQU+NzGeL8lq4wa9XGgvObWHB+E4um87tYNDXexaJp5i4WZDssOcwtTWCIbMcZasp2LkNNM89lqKnxuQxxfktXmLVqY8H5TSw4v4lF0/k9LKITUV0smmbuYkG2w5LD3NIEhsh2nKGmbOcy1DTzXIaaGp/LEOc3dQXnt7Awa9XGgvObWDSd38WiqfEuFk0zd7Eg22HJYW5pAkNkO85QU7ZzGWqaeSpD0fGpuQxxfktXmLVqY8H5TSw4v4lF0/ldLJoa72LRNHMXC7IdlxxkO8pwFp1bmstQU7ZzGWqaeS5DTY3PZYjzG7oyM2vVxoLzm1hwfhOLpvO7WDQ13sMiOuTUxYJshyWHuaUJDJHtOENN2c5lqGnmuQw1NT6XIc5v6grOb2LB+S0sorNWXSyazu9i0dR4F4ummbtYkO2w5DC3NIEhsh1nqCnbuQw1zTyXoabGpzJk1qqpK8xatbHg/CYWnN/Eoun8LhZNjXexaJq5iwXZjksOsh1niGyHGYoOOc1lqGnmuQw1NT6XIc5v6QqzVm0sOL+JBec3sWg6v4tFU+NdLJpm7mFhbmlccphbmsAQ2Y4z1JTtXIaaZp7LUFPjcxni/Kau4PwmFpzfxILzW1hEx6e6WDQ13sWiaeYuFmQ7LDnMLU1giGzHGWrKdi5DTTPPZaip8bkMcX5LV5i1amPB+U0sOL+JRdP5XSyaGu9i0TRzFwuyHZYc5pYmMES24ww1ZTuVoehE1FyGmhqfyxDnt3SFWas2FpzfxILzm1g0nd/FoqnxLhZNM3exINthyWFuaQJDZDvOUFO2cxlqmnkuQ02Nz2WI81u6wqxVGwvOb2LB+U0sms7vYFlEJ6K6WDTN3MWCbEclZ2FuaQJDZDvOUFO2cxlqmnkuQ02Nz2WI85u6gvNbWJi1amPB+U0sms7vYtHUeBeLppm7WJDtsOQwtzSBIbIdZ6gp27kMNc08laHo+NRchji/pSvMWrWx4PwmFpzfxKLp/C4WTY13sWiauYsF2Y5LDrIdZig6tzSXoaZs5zLUNPNchpoan8sQ57d0hVmrNhac38SC85tYNJ3fxaKp8R4W0SGnLhZkOyw5zC1NYIhsxxlqynYuQ00zz2WoqfG5DHF+U1dwfhMLzm9hEZ216mLRdH4Xi6bGu1g0zdzFgmyHJYe5pQkMke04Q03ZzmWoaea5DDU1PpUhs1ZNXWHWqo0F5zex4PwmFk3nd7FoaryLRdPMXSzIdlxykO04Q2Q7zFB0yGkuQ00zz2WoqfG5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cw8Lc0vjksPc0gSGyHacoaZs5zLUNPNchpoan8sQ5zd1Bec3seD8Jhac38IiOj7VxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPMburIya9XGgvObWHB+E4um87tYNDXexaJp5i4WZDsqOStzSxMYIttxhpqyncpQdCJqLkNNjc9liPNbusKsVRsLzm9iwflNLJrO72LR1HgXi6aZu1i6ke11ura8zn9g+b9P2s90UfeTdiOu7iftRi/dT9qNMW7jfl15nJzb137d68b9eH6+2Vrcxvk4rzxuzysfVnIZp2M9rzwvm7N4W45rGy8xZ5ktGtt54fk43i9tw3qxGI7mbGJcr/q1bX+/uA3XuZieH24+D1M3ns1huv8wdZNOej9My3BeeFmcpW0/UUztud9l+P3p6CakcTr+g9PRTVb9xtNxPK88DNv7ku/D8li7r+390m94ZnXTDODcfdW566bbwrm79cHZz/RuDtK9B6mbXmH3B2k91x7T4D0Jz1f4y7S/no5HzbvpmlLzv645/eP7at7mdj4E2nw4hRx/Nn3p5rw4B6QrPZ5mDimH9NMPKf1u8UN6i6fTR+fU1Z86+vNdnrq8WEEjnQPy9oDQ8f6WA9KWa8/TML1fvK7nLrZp+mfVZ9rTilWnl9z3dz1Wo+b0kvVqTi9Zr+a0ZnNrPu/DeeWfKr1fvFzP6OXluqu19Cfwn2Vcnvtdx7OMNC+7KCPdwK8o4/OyyzS/ltG6r1+1255vPqb1rDidOLWK01r7ioov83It/aPijzLSAOuhjAsdrRvLeJy7WKc/yvioDX2n+2qzb+fao+3v/8Tacr4qmIbxWY/zJ84LraQuykh36L4yHvNZm2NfjDslXZzPrQ2tmc+tDf2WG2tzXA3vYbb0j9bIBxeHLsYHF4feRG5xlu3cxri+fH/9f/iW+Uq/4WNLQ7vhY0tDC+FjS0Nb4GNLI9kVaOsTyjof70vzBb9LWyX7B91VUbLT8Ksq3vFDqFWyx/D5ZZHsLrT1eW/aWnstywOLZK7/E8v2TyybZKZu23T9HGQ7ZueP+Omry/Hyv5NMh7Xn6/PNLz/9uv5r+U0yJ9+HWzL73odbMs/eh1szo96GWzNM3oZbM/Xdhlszzd2GWzOl3YZbM/3dhXsnVZbiJlWW4iZVluImVZbiJlWW4iZVluImVebivt7yztto4CZVluImVZbiJlVW4j5IlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlYW4t4FUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYl7JFWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlVW4m6kylLcpMpS3KTKUtykylLcpMpS3KTKUtykylLcpMpS3KTKUtykykrcE6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myEvdMqizFTaosxU2qLMVNqnRxH9cU7HUYplfcD4ZExThD8l+cIaEuzpCkFma4IKgew3XYzwGW6zjFHuELglqKG0EtxY2gluLGZUtxo72luDHkUtzIdCluXnuU4ua1RyXulVRZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiXsjVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVVbi3kmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVlbgPUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUh7n0gVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVFuI+qu/d29H+BfdjP8U3N3c/xX/97n6K/zzc/RR3Jbz9jJ8c2+d9uW4fw2xs/pNDsLv5T46U7ua7CWjzdj11lvm52HzqjNtynHvex/VavMzWNrbzoTMfx/ulbVivTQzHy46btYnxekKNP8//94vbcBXk5cE3n1XsJvdJV7GbOPmfVXEZzioui7O07ecepvaU0GX4fVm6iZ19laWbePqrshzzcd2bXmb9mKz34Xz472v7/ttjNwGZgv9dwbt58fsJBb/jHt0+OZRSwb+p4Ccn8w+p4HquPabBu+mOZwWn/bUsD9if3EnoDrZk56PN7eq3z4dDcBz3c89jm5e0G9kXuEeT7KhwOv7ydEh2aj7idNwiQZIdIN1yS3aW/sNy5zmbZAvoKyoj2av5XWXacm5jnF7m5JqL1/W8723T9E/ck2Rj5T7cml2QgldAqwFbswtyE2zJLshdsLtpKizb9W209WUbNuw2nOowtvZcvJu5ex1erry+XvnBsJvofSPDbvLsjQy7CYk3Muwmzt3IsJvgdR/DuZs0dSPDbiLSjQy7ST43Muwm0NzIkJwSZ0hOiTMkp8QZklPiDDVzynjM/8LwgUUzenhYFs004WLRDAguFk3nd7Gg8eHH1oLGxxmi8XGGaHycIRofZ6ip8bkMcX5LV1ac38SC85tYcH4Ti6bzu1g0Nd7FomnmLhZkOyw5K7IdZ4hsxxlqynYqw03TzHMZamp8LkOc39KVDec3seD8Jhac38Si6fwuFk2Nd7FomrmLBdkOS86ObMcZIttxhpqynctQ08xzGWpqfC5DnN/SlR3nN7Hg/CYWnN/Eoun8HpZDU+NdLJpm7mJBtsOScyDbcYbIdpyhpmznMtQ081yGmhqfyxDnN3UF5/8nln0YcH4TC85vYtF0fheLpsa7WDTN3MWCbAcl54chsh1niGzHGWrKdi5DTTNPZThqanwuQ5zf0pUR5zex4PwmFpzfxKLp/C4WTY13sWiauYsF2Y5LDrIdZtjPePMbGWrKdi5DTTPPZaip8bkMcX5LV/qZFp2LBec3seD8JhZN53exaGq8h6Wf+bi5WJDtsOT0M572RobIdpyhpmznMtQ081yGmhqfyxDnN3UF5zex4PwWFtEpri4WTed3sWhqvItF08xdLMh2WHKYiJrAENmOM9SU7VyGmmaey1BT41MZMmvV1BVmrdpYcH4TC85vYtF0fheLpsa7WDTN3MWCbMclB9mOM0S2wwxFh5zmMtQ081yGmhqfyxDnt3SFWas2FpzfxILzm1g0nd/FoqnxLhZNM/ewMLc0LjnMLU1giGzHGWrKdi5DTTPPZaip8bkMcX5TV3B+EwvOb2LB+S0souNTXSyaGu9i0TRzFwuyHZYc5pYmMES24ww1ZTuXoaaZ5zLU1Phchji/pSvMWrWx4PwmFpzfxKLp/C4WTY13sWiauYsF2Q5LDnNLExgi23GGmrKdyXAUnYiay1BT43MZ4vyGrozMWrWx4PwmFpzfxKLp/C4WTY13sWiauYsF2Q5LDnNLExgi23GGmrKdy1DTzHMZamp8LkOc39IVZq3aWHB+EwvOb2LRdH4Pi+hEVBeLppm7WJDtsOQwtzSBIbIdZ6gp27kMNc08l6GmxucyxPlNXcH5LSzMWrWx4PwmFk3nd7FoaryLRdPMXSzIdlhymFuawBDZjjPUlO1chppmnspQdHxqLkOc39IVZq3aWHB+EwvOb2LRdH4Xi6bGu1g0zdzFgmzHJQfZDjMUnVuay1BTtnMZapp5LkNNjc9liPNbusKsVRsLzm9iwflNLJrO72LR1HgPi+iQUxcLsh2WHOaWJjBEtuMMNWU7l6Gmmecy1NT4XIY4v6krOL+JBee3sIjOWnWxaDq/i0VT410smmbuYkG2w5LD3NIEhsh2nKGmbOcy1DTzXIaaGp/KkFmrpq4wa9XGgvObWHB+E4um87tYNDXexaJp5i4WZDsuOch2nCGyHWYoOuQ0l6Gmmecy1NT4XIY4v6UrzFq1seD8Jhac38Si6fwuFk2Nd7FomrmDpTG3NCw5jbmlCQyR7ThDTdnOZahp5rkMNTU+lyHOb+oKzm9iwflNLDi/hUV0fKqLRVPjXSyaZu5iQbbDksPc0gSGyHacoaZs5zLUNPNchpoan8sQ57d0hVmrNhac38SC85tYNJ3fxaKp8S4WTTN3sSDbYclhbmkCQ2Q7zlBTtlMZik5EzWWoqfG5DHF+S1eYtWpjwflNLDi/iUXT+V0smhrvYtE0cxcLsh2WHOaWJjBEtuMMNWU7l6Gmmecy1NT4XIY4v6UrzFq1seD8Jhac38Si6fweFtGJqC4WTTN3sSDbYclhbmkCQ2Q7zlBTtnMZapp5LkNNjc9liPObuoLzW1iYtWpjwflNLJrO72LR1HgXi6aZu1iQ7bDkMLc0gSGyHWeoKdu5DDXNPJWh6PjUXIY4v6UrzFq1seD8Jhac38Si6fwuFk2Nd7FomrmLBdmOSw6yHWYoOrc0l6GmbOcy1DTzXIaaGp/LEOe3dIVZqzYWnN/EgvObWDSd38WiqfEeFtEhpy4WZDssOcwtTWCIbMcZasp2LkNNM89lqKnxuQxxflNXcH4TC85vYJlEZ626WDSd38WiqfEuFk0zd7Eg21HJmZhbmsAQ2Y4z1JTtXIaaZp7LUFPjUxkya9XUFWat2lhwfhMLzm9i0XR+F4umxrtYNM3cxYJsxyUH2Y4zRLbDDEWHnOYy1DTzXIaaGp/LEOe3dIVZqzYWnN/EgvObWDSd38WiqfEuFk0z97AwtzQuOcwtTWCIbMcZasp2LkNNM89lqKnxuQxxflNXcH4TC85vYsH5LSyi41NdLJoa72LRNHMXSzeyvU7Xltf5DyyPT9qNEruftBtxdT9pN3rpftJujHEb9+vK4+TcvvbrXjfux/PzzdbiNs7HeeVxe175sJLLOB3reeV52ZzF23Jc23iJOcts0djOC8/H8X5pG9aLxXA0ZxPjetWvbfv7xW24zsX0/HDzeZi68WwO0/2HqZt00vthWobzwsviLG37iWJqz/0uw69PRz/DcTkd/8Hp6CarfuPpOJ5XHobtfcn3YXms3df2fukXPLP6GcLMufuqc9dNt4Vzd++Ds5tmFgfp3oPUTa+w+4O0nmuPafCehOcr/GXaX0/Ho+bddE2p+V/XnP7xfTVvczsfAm0+nEKOP5u+dHNenAPSlx7Tl+aQfvwhpd8tfkjv8PSVPjqnrv7U0Z/v8tSlxYqVRjoH5O0BoeP9LQekLdeep2F6v3hdz11s02RUfabqglWnl9z3dz1Wo+b0kvVqTi9Zr+a0ZnNrPu/DeeWfKr1fvFzP6OXluqu19Cfwn2Vcnvtdx7OMNC97KONGN/Aryvi87DLNr2W07utX7bbnm49pPStOJ06t4rTWvqLiy7xcS/+o+KOMNMC6KCMdrRvLeJy7WKc/yvioDX2n+2qzb+fao+3v/8Tacr4qmIbxWY/zJ84braQuykh36L4yHvNZm2NfjDslXZzPrQ2tmY+tzU6/5cbaHFfDe5gN/dtpjXxwcehifHBx6E3kFmfZzm2M68v31/+Hb5nv9Bs+tjS0Gz62NLQQPrY0tAU+tjSSXYG2PqGs8/G+NF/wu7Rdsn/QWxUPyU7Dr6p4xw+hDskew+eXRbK70NbnvWlr7bUsDyySuf5PLJuBRTJTt226fg6yHbPzR/z01eV4+d9JpsPa8/X55peffl3/tfwhmZPvwy2Zfe/DLZln78OtmVFvw60ZJm/CPQ+aqe823Jpp7jbcmintNtya6e823KTKUtykylLcpMpS3KTKUtykylLcpMpK3COpMhf39ZZ33kYDN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbISdyNVluImVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlWW4iZVVuKeSJWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWVuGdSZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSluUmUpblJlKW5SZSXuhVRZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiptUWYqbVFmKm1RZiXslVZbiJlWW4iZVluImVZbiJlWW4iZVluImVZbiJlW6uI9rCvY6DNMr7gdDomKcIfkvzHAj1MUZktTiDBFUj+E67OcAy3WcYo/wDUEtxY2gluJGUEtx47KluNHeStw7hlyKG5kuxc1rj1LcvPYoxU2qLMVNqizFTaosxU2qLMVNqizFTaqsxH2QKktxkypLcZMqS3GTKktxkypLcZMqS3GTKktxkypLcZMqS3GTKgtxLwOpshQ3qbIUN6myFDepshQ3qbIUN6myFDepshQ3qbIUN6myFDepshL3SKosxU2qLMVNqizFTaosxU2qLMVNqizFTaosxU2qLMVNqizFTaqsxN1IlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlaW4SZWluEmVpbhJlZW4J1JlKW5SZSluUmUh7rX63r0d7f9j722TFNmZLsgNjY2hb2n/G5scewuKa48odXuqAyrj/E9BliuAE04UeoH7/+7H+s1teT/Gr/7l/Ri/PJb3Y2wllvfzyW177uXx9nHLk5v/5CZ4efOf3FIub/4yDVpuj0+dkr8vnn7qhFbG/Z57qI+LS57dRrt/6OQxfr403urjJm7j6Y7j7CbC4xMqxNZ/vjjeHhvy9MGX77t4mb7P9S5epp38Z7tYbvddLGVxaez3e0jxO4SW219vS75M23mtbblMe/pX2zLyeLw3PZ31M2Xdb/cP/6Pf+fVvj/kyDbI2/M82/DJf/H7Chr/lPfqTm1Lt4J/s4Cd35h+yg/V+7Ui31ZtuuO9g6s/b8gX7k03C5WC7NB8xx4dvz2NBMIR+v+cQc9n2RvYbsodLo6Lq+MPqcGlqPqI63hGCiksD5He7XZqlf7jd2zJbcamAfsXOuHQ1f7czsdxvI6Snc3KnF9d6f99rKU1wuxQr78Pt04IYfAVUJ7B9WpA3wXZpQd4F+zJSobTHNFp9uo057Hi7R4cQ4/fFfdp319vTI9fnR/5ieJnW+30M62X62TcyvEyT+EaGl2nn3sjwMo3XGxleppt6I8PLtEhvZHiZzueNDC/T0LyRofqU8wzVp5xm2NSnnGeoPuU8Q599Shj5BcMvLD5bjyUWn93EEovPBmGJxWfmX2JRjD//saUYf56hYvxphl0x/jxDxfjzDH3G+L0MlflncaUr80+xKPNPsSjzT7H4zPxLLD5j/BKLz2S+wjIUtk+HnKGwfZ6hwvZ5hj7D9l6GPpP5XoY+Y/xehsr807iizD/Fosw/xaLMP8HSbj4z/xKLzxi/xOIzmS+xKGyfDTntprB9nqHC9nmGPsP2XoY+k/lehj5j/F6GyvyzuBKU+adYlPmnWJT5p1h8Zv4lFp8xfonFZzJfYlHYPh1ygsL2eYYK2+cZ+gzbWxlGn8l8L0OfMX4vQ2X+WVyJyvxTLMr8UyzK/FMsPjP/EovPGL/E4jOZL7EobJ8OOdbHpl+SocL2eYY+w/Zehj6T+V6GPmP8XobK/LO4kpT5p1iU+adYlPmnWHxm/hWW7DPGL7H4TOZLLArbp0POdQ5XfyNDhe3zDH2G7b0MfSbzvQx9xvi9DJX5p3FFmX+G5TqnKu/Fosw/xeIz8y+x+IzxSyw+k/kSi8L26ZBzneNp38hQYfs8Q59hey9Dn8l8K0MdJruBoTL/LK44PR92iUWZf4pFmX+KxWfmX2LxGeOXWHwm8yUWhe3zIUdh+zRDnYi6gaHPsL2Xoc9kvpehzxi/l6Ey/yyu6KzVORZl/ikWZf4pFp+Zf4nFZ4xfYXF6yOkSi8L26ZCjc0s3MFTYPs/QZ9jey9BnMt/L0GeM38tQmX8aV5T5p1iU+WdYnJ61usTiM/MvsfiM8UssPpP5EovC9umQo3NLNzBU2D7P0GfY3svQZzLfy9BnjN/JsOus1Vlc6TprdY5FmX+KRZl/isVn5l9i8Rnjl1h8JvMlFoXt8yFHYfs8Q4Xt0wydHnK6l6HPZL6Xoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcxXWHRu6fmQo3NLNzBU2D7P0GfY3svQZzLfy9BnjN/LUJl/GleU+adYlPmnWJT5Z1icHp+6xOIzxi+x+EzmSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+WVzRWatzLMr8UyzK/FMsPjP/EovPGL/E4jOZL7EobJ8OOTq3dANDhe3zDH2G7a0MnZ6Iupehzxi/l6Ey/yyu6KzVORZl/ikWZf4pFp+Zf4nFZ4xfYvGZzJdYFLZPhxydW7qBocL2eYY+w/Zehj6T+V6GPmP8XobK/LO4orNW51iU+adYlPmnWHxm/hUWpyeiLrH4TOZLLArbp0OOzi3dwFBh+zxDn2F7L0OfyXwvQ58xfi9DZf5pXFHmn2HRWatzLMr8Uyw+M/8Si88Yv8TiM5kvsShsnw45Ord0A0OF7fMMfYbtvQx9JvOtDJ0en7qXoTL/LK7orNU5FmX+KRZl/ikWn5l/icVnjF9i8ZnMl1gUts+HHIXtswyH03NL9zL0Gbb3MvSZzPcy9Bnj9zJU5p/ElaGzVudYlPmnWJT5p1h8Zv4lFp8xfoXF6SGnSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+aVxR5p9iUeafYXF61uoSi8/Mv8TiM8YvsfhM5kssCtunQ47OLd3AUGH7PEOfYXsvQ5/JfC9DnzF+K0OdtTqNKzprdY5FmX+KRZl/isVn5l9i8Rnjl1h8JvMlFoXt8yFHYfs8Q4Xt0wydHnK6l6HPZL6Xoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcxXWHRu6fmQo3NLNzBU2D7P0GfY3svQZzLfy9BnjN/LUJl/GleU+adYlPmnWJT5Z1icHp+6xOIzxi+x+EzmSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+WVzRWatzLMr8UyzK/FMsPjP/EovPGL/E4jOZL7EobJ8OOTq3dANDhe3zDH2G7a0MnZ6Iupehzxi/l6Ey/yyu6KzVORZl/ikWZf4pFp+Zf4nFZ4xfYvGZzJdYFLZPhxydW7qBocL2eYY+w/Zehj6T+V6GPmP8XobK/LO4orNW51iU+adYlPmnWHxm/p+xjJvTE1GXWHwm8yUWhe2TIedgqLB9nqHC9nmGPsP2XoY+k/lehj5j/F6GyvzTuKLMP8Ois1bnWJT5p1h8Zv4lFp8xfonFZzJfYlHYPh1ydG7pBoYK2+cZ+gzbexn6TOZbGTo9PnUvQ2X+WVzRWatzLMr8UyzK/FMsPjP/EovPGL/E4jOZL7EobJ8POQrbpxk6Pbd0L0OfYXsvQ5/JfC9DnzF+L0Nl/llc0VmrcyzK/FMsyvxTLD4z/xKLzxi/wuL0kNMlFoXt0yFH55ZuYKiwfZ6hz7C9l6HPZL6Xoc8Yv5ehMv80rijzT7Eo88+wOD1rdYnFZ+ZfYvEZ45dYfCbzJRaF7dMhR+eWbmCosH2eoc+wvZehz2S+l6HPGL+Voc5ancYVnbU6x6LMP8WizD/F4jPzL7H4jPFLLD6T+RLLZcJ2TY9brvk/WL7+0stE4uVfepnguvpLr3Os5/IvvUxibKE/HjmkxdtXf7zXhT6+/748uziGPO6PHNr3I49Z5xLSqPdHzqUtLm5lPG7jqc0peUaj3R84j/HzpfF4U7rf8W3ExU2E+ti/2PrPF8fboy7S9x+X78V0mZytYnp/MV2mO7l6MZXb/YFLWVwa+x1Fit/3W25/Xx2XadJUHf+gOi7Tq/7G6hjfj3y7tZ+3vN/K17W9xp8v/Q2fWZeRAaq7X1V3l7Etqrv3fnBeRmapkN5bSJdxhZcvpHq/dqTb6pPw/hV+Sf25Ov5vz69z5Lr2/I/3XP74fXsec7x/CMQ8FhsZjpt+xM1cFgVyqXjc5aVVpB9fpPLdzov0HTm9Z1Wdqs686uTnL1l1+9oKiXQVyI8FIuP9Wwoklsc9p1v6+eJa73fRUprsuvS0x12XS772rEf93z0fcsn+9lwu2d+eS83u3fPcb/dHPnbp54vL4zO6PD1unV16NPz3bSzf91vDfRslLy+xjbKBv2Ibvx+2pPy8jbP39cfete9vPlK977hMnLcdl1r7FTtecnlc+p8d/9pGCbBLbKOM1hu3cdzvoqb/bOPX3sg7vW9vertfO2L/+SUWy/2rgnQL3/vx9S/O4SaVdIltlB163zaOfN+b0cv/vFOGmyzO5+6N1Mzn7o18yxv3ZjyE9y3/b/wLN6mRD94cWYwP3hy5ib2bU9r9NkJ9ml//+ynzcJNv+NitkW741K0JUggfuzXSAh+7NS6tQKzfUGoeP2/N5/9fWggu/cHldtGlafirXXzDP0KF4NIxfP62uLQLsX6/N7UYn7flC4vLvv6/WNoEi8ueOrb0+HeQNvLiRfydV8t4+nWSNGb3/Pj78tO/ft1/Wj4El33y23BHl73v+3C77Gffh9tnj/o23D6bybfh9tn1vQ23z27ubbh9dmlvw+2z+3sbbnWVprjVVVriTuoqTXGrqzTFra7SFLe6SlPc6ir34n58y5tbmOBWV2mKW12lKW51laa41VWa4lZXaYk7q6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6ipNcaurNMWtrtISd1FXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lJe6qrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SkvcTV2lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWWuLu6SlPc6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqLXEPdZWmuNVVLnGPxynY9XZLz7i/GKpVPM9Q/d95hmrqzjNUp3aeoQLqimG99fsBljWkkx/hCqiGuONNAdUUtwKqKW5lWVPcir2muJWQTXErTJvi1tceprj1tYcpbnWVprjVVVriDuoqTXGrqzTFra7SFLe6SlPc6ipNcaurNMWtrtIUt7pKU9zqKk1xq6u0xB3VVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lKW51laa41VWa4lZXaYk7qas0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6ipNcaurNMWtrtISd1ZXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lJe6irtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqDXEn6/fuNuIL3F/3Y/zmtrwf41f/8n6MXx7L+zG2Esv7+eS2PffyePu45cnNf3ITvLr5+skt5fLmL9Og5fb41Cn5++Lpp05oZdzvuYf6uLjk2W20+4dOHuPnS+OtPm7iNp7uOM5uIjw+oUJs/eeL4+2xIU8ffPm+i5fp+1zv4mXayX+2i+V238VSFpfGfr+HFL9DaLn9/bZcpu281rZcpj39q20ZeTzem57O+pmy7rf7h3+v8fe/PV6mQdaG/9mGX+aL30/Y8Le8R39yU6od/JMd/OTO/EN2sN6vHem2etMN9x1M/Xlb/g92+2STcDnYLs1HzPHh2/NYEAyh3+85xFy2vZH9guzRXBoVVccfVodLU/MR1fGOENRcGiC/2+3SLP3D7d6X2VwqoF+xMy5dzd/tTCz32wjp6Zzc6cW13t/3WkoT3C7Fyvtw+7QgBl8B1f+F3X1akDfBdmlB3gX7MlKhtMc0Wn26jTnseLtHhxDj98V92nfX29Mj1+dH/mJ4mdb7jQwv08++keFlmsQ3MrxMO/dGhpdpvN7I8DLd1BsZXqZFeh/DcZnO540ML9PQvJGh+pTzDNWnnGeoPuU8Q/Up5xn67FPCyC8YfmHx2XossfjsJpZYfDYICyz55jPzL7Eoxp/92Mo3xfjzDBXjzzNUjD/PUDH+PEOfMX4vQ2X+aVxR5p9iUeafYQnK/FMsPjP/EovPGL/E4jOZL7EobJ8OOUFh+zxDhe3zDH2G7b0MfSbzvQx9xvitDKMy/yyuRGX+KRZl/ikWZf4pFp+Zf4nFZ4xfYvGZzJdYFLbPhxyF7fMMFbZPM0w+w/Zehj6T+V6GPmP8XobK/LO4kpT5p1iU+adYlPmnWHxm/iUWnzF+icVnMl9hyQrbp0NOVtg+z1Bh+zxDn2F7L0OfyXwvQ58xfi9DZf5pXFHmn2JR5p9iUeafYSk+M/8Si88Yv8TiM5kvsShsnw451semX5KhwvZ5hj7D9l6GPpP5XoY+Y/xehsr8s7hSlfmnWJT5p1iU+adYfGb+JRafMX6JxWcyX2JR2D4dcq5zuPobGSpsn2foM2xvZXidc8PfyNBnjN/LUJl/Fleuc1r0XizK/FMsyvxTLD4z/xKLzxi/xOIzmS+xKGyfDjnXOZ72jQwVts8z9Bm29zL0mcz3MvQZ4/cyVOafxRWn58MusSjzT7Eo80+x+Mz8KyxOz1pdYvGZzJdYFLZPhxydiLqBocL2eYY+w/Zehj6T+V6GPmP8XobK/NO4osw/wVJ01uocizL/FIvPzL/E4jPGL7H4TOZLLArbZ0NO0bmlGxgqbJ9n6DNs72XoM5lvZej0+NS9DJX5Z3FFZ63OsSjzT7Eo80+x+Mz8Syw+Y/wSi89kvsSisH0+5Chsn2bo9NzSvQx9hu29DH0m870Mfcb4vQyV+WdxRWetzrEo80+xKPNPsfjM/EssPmP8CovTQ06XWBS2T4ccnVu6gaHC9nmGPsP2XoY+k/lehj5j/F6GyvzTuKLMP8WizD/D4vSs1SUWn5l/icVnjF9i8ZnMl1gUtk+HHJ1buoGhwvZ5hj7D9l6GPpP5XoY+Y/xWhjprdRpXdNbqHIsy/xSLMv8Ui8/Mv8TiM8YvsfhM5kssCtvnQ47C9nmGCtunGTo95HQvQ5/JfC9DnzF+L0Nl/llc0VmrcyzK/FMsyvxTLD4z/xKLzxi/xOIzma+w6NzS8yFH55ZuYKiwfZ6hz7C9l6HPZL6Xoc8Yv5ehMv80rijzT7Eo80+xKPPPsDg9PnWJxWeMX2LxmcyXWBS2T4ccnVu6gaHC9nmGPsP2XoY+k/lehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4lFp8xfonFZzJfYlHYPh1ydG7pBoYK2+cZ+gzbOxlWpyei7mXoM8bvZajMP4krVWetzrEo80+xKPNPsfjM/EssPmP8EovPZL7EorB9OuTo3NINDBW2zzP0Gbb3MvSZzPcy9Bnj9zJU5p/FFZ21OseizD/Fosw/xeIz86+wOD0RdYnFZzJfYlHYPh1ydG7pBoYK2+cZ+gzbexn6TOZ7GfqM8XsZKvNP44oy/wyLzlqdY1Hmn2LxmfmXWHzG+CUWn8l8iUVh+3TI0bmlGxgqbJ9n6DNs72XoM5lvZej0+NS9DJX5Z3FFZ63OsSjzT7Eo80+x+Mz8Syw+Y/wSi89kvsSisH0+5Chsn2bo9NzSvQx9hu29DH0m870Mfcb4vQyV+WdxRWetzrEo80+xKPNPsfjM/EssPmP8CovTQ06XWBS2T4ccnVu6gaHC9nmGPsP2XoY+k/lehj5j/F6GyvzTuKLMP8WizD/D4vSs1SUWn5l/icVnjF9i8ZnMl1gUtk+HHJ1buoGhwvZ5hj7D9l6GPpP5XoY+Y/xWhjprdRpXdNbqHIsy/xSLMv8Ui8/Mv8TiM8YvsfhM5kssCtvnQ47C9nmGCtunGTo95HQvQ5/JfC9DnzF+L0Nl/llc0VmrcyzK/FMsyvxTLD4z/xKLzxi/xOIzmS+wNJ1bejrkNJ1buoGhwvZ5hj7D9l6GPpP5XoY+Y/xehsr807iizD/Fosw/xaLMP8Pi9PjUJRafMX6JxWcyX2JR2D4dcnRu6QaGCtvnGfoM23sZ+kzmexn6jPF7GSrzz+KKzlqdY1Hmn2JR5p9i8Zn5l1h8xvglFp/JfIlFYft0yNG5pRsYKmyfZ+gzbG9l6PRE1L0Mfcb4vQyV+WdxRWetzrEo80+xKPNPsfjM/EssPmP8EovPZL7EorB9OuTo3NINDBW2zzP0Gbb3MvSZzPcy9Bnj9zJU5p/FFZ21OseizD/Fosw/xeIz86+wOD0RdYnFZzJfYlHYPh1ydG7pBoYK2+cZ+gzbexn6TOZ7GfqM8XsZKvNP44oy/wyLzlqdY1Hmn2LxmfmXWHzG+CUWn8l8iUVh+3TI0bmlGxgqbJ9n6DNs72XoM5lvZej0+NS9DJX5Z3FFZ63OsSjzT7Eo80+x+Mz8Syw+Y/wSi89kvsSisH0+5Chsn2bo9NzSvQx9hu29DH0m870Mfcb4vQyV+WdxRWetzrEo80+xKPNPsfjM/EssPmP8CovTQ06XWC4Ttmt63HLN/8Hy9ZdeJhIv/9LLBNflX3qZeLn8Sy+TGFvoj0cOafH21R/vdaGP778vzy6OIY/7I4f2/chj1rmENOr9kXNpi4tbGY/beGpzSp7RaPcHzmP8fGm81QeL24iLmwj1sX+x9Z8vjrdHXaTvPy7fi+kyOVvF9P5iukx3cvViKrf7A5eyuDT2O4oUv++33P6+Oi7TpKk6/kF1XKZX/Y3VMb4f+XZrP295v5Wva3uNP1/6+Z9Z/TqHMKvuflXdXca2qO7e+cHZr3N6twrpvYV0GVd4+UKq92tHuq0+Ce9f4ZfUn6vja88vY02153+85/LH79vzmOP9QyDmsdjIcNz0I27msiiQa8VjeWkV6ccXqXy38yJ9S06XR1fV2Ved/Pwlq25bWxEk0lUgPxaIjPdvKZBYHvecbunni2u930VLabLr0tMed10u+dqzHnWy53LJ/vZcLtnfnkvN7t3z3G/3Rz526eeLy+Mzujw9bp1dejT8920s3/dbw30bJS8vsY2ygb9iG78ftqT8vI2z9/XH3rXvbz5Sve+4TJyzHY9Sa79ix0suj0v/s+Nf2ygBdoltlNF64zaO+13U9J9t/Nobeaf37U1v92tH7D+/xGK5f1WQbuF7P9p9G6WSLrGNskPv28aR73szepm8U8rifO7eSM187t7It7xxb8ZDeN/yLP5JjXzu5iRZjA/eHLmJvZtT2v02Qn2aXwdT5km+4WO3RrrhY7dGCuFjt0Za4GO3xqUViPUbSs3j5635Bf+Xllz6g8vtokvT8Fe7+I5/hEouHcPHb0t2aRdi/X5vajE+b8sXFpd9/X+xtAkWlz11bOnx7yBt5MWL+DuvlvH06yRpzO758fflp3/9uv+0fM8u++T34XbZ+74Pt8t+9n24ffaob8Pts5l8G26fXd/bcPvs5t6Fu/js0t6G22f39zbc6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2uci/ux7e8uYUJbnWVlrirukpT3OoqTXGrqzTFra7SFLe6SlPc6ipNcaurNMWtrtIUt7pKU9zqKi1xN3WVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lKW51laa41VVa4u7qKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6ipNcaurtMQ91FWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mIe9zUVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lKW51laa41VWa4lZXaYk7qKs0xa2u0hS3ukpT3OoqTXGrqzTFra5yiXs8TsGut1t6xv3FUK3ieYbq/84zVFN3nqE6tdMMowLqimG99fsBljWkcx/hUQHVFLcCqiluBVRT3MqyprgVe01xKyGb4laYtsSd9LWHKW597WGKW12lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiTurqzTFra7SFLe6SlPc6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hJ3UVdpiltdpSludZWmuNVVmuJWV2mKW12lKW51laa41VWa4lZXaYpbXaUl7qqu0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6ipNcaurNMWtrtIUt7pKS9xNXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lKW51lZa4u7pKM9zpdrN+724jvsD9dT/Gb27L+zF+9a/ux/rlsbwfYyuxvJ9PbttzL4+3j1ue3PwnN8HLm//klnJ585dp0HJ7fOqU/H3x9FMntDLu99xDfVxc8uw22v1DJ4/x86XxVh83cRtPdxxnNxEen1Ahtv7zxfH22JCnD75838XL9H2ud/Ey7eQ/28Vyu+9iKYtLY7/fQ4rfIbTc/n5bLtN2XmtbLtOe/tW2jDwe701PZ/1MWffb/cO/1/jr3x7HZRpkbfifbfhlvvj9hA1/x3v0+OSmVDv4Jzv4yZ35h+xgvV870m31phvuO5j687Z8wf5kk3A52C7NR8zx4dvzWBAMod/vOcRctr2R/Ybs4dKoqDr+sDpcmpqPqI63hCCXBsjvdrs0S/9wu3dltnBzqYB+xc64dDV/tzOx3G8jpKdzcqcX13p/32spTXC7FCvvw+3Tghh8BVQnsH1akDfBdmlB3gX7MlKhtMc0Wn26jTnseLtHhxDj98V92nfX29Mj1+dH/mJ4mdb7jQwv08++keFlmsT3MQyXaefeyPAyjdcbGV6mm3ojw8u0SG9keJnO540ML9PQvJGh+pTzDNWnnGeoPuU8Q/UppxlGn31KGPkFwy8sPluPJRaf3cQSi88GYYnFZ+ZfYlGMP/+xpRh/nqFi/HmGivHnGSrGn2aYfMb4vQyV+WdxJSnzT7Eo80+xKPNPsfjM/EssPmP8EovPZL7EorB9PuQobJ9mmBW2zzP0Gbb3MvSZzPcy9Bnj9zJU5p/FlazMP8WizD/Fosw/xeIz8y+x+IzxKyzFZzJfYlHYPh1yisL2eYYK2+cZ+gzbexn6TOZ7GfqM8XsZKvNP44oy/xSLMv8MS1Xmn2LxmfmXWHzG+CUWn8l8iUVh+3TIqQrb5xkqbJ9n6DNs72XoM5nvZegzxm9l2JT5Z3GlKfNPsSjzT7Eo80+x+Mz8Syw+Y/wSi89kvsSisH0+5Chsn2eosH2aofXx9Jdk6DOZ72XoM8bvZajMP4srXZl/ikWZf4pFmX+KxWfmX2LxGeOXWHwm8xWW65wE/76Qc53D1d/IUGH7PEOfYXsvQ5/JfC9DnzF+L0Nl/mlcUeafYlHmn2JR5p9gidc5+ncvFp8xfonFZzJfYlHYPhty4k1h+zxDhe3zDH2G7b0MfSbzvQx9xvi9DJX5Z3HF6fmwSyzK/FMsyvxTLD4z/xKLzxi/xOIzmS+xKGyfDjk6EXUDQ4Xt8wx9hu2tDJ2eiLqXoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcyXWBS2T4ccnVu6gaHC9nmGPsP2XoY+k/lehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4VFqcnoi6x+EzmSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+aVxR5p9h0VmrcyzK/FMsPjP/EovPGL/E4jOZL7EobJ8OOTq3dANDhe3zDH2G7b0MfSbzrQydHp+6l6Ey/yyu6KzVORZl/ikWZf4pFp+Zf4nFZ4xfYvGZzJdYFLbPhxyF7dMMnZ5bupehz7C9l6HPZL6Xoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2FxesjpEovC9umQo3NLNzBU2D7P0GfY3svQZzLfy9BnjN/LUJl/GleU+adYlPlnWJyetbrE4jPzL7H4jPFLLD6T+RKLwvbpkKNzSzcwVNg+z9Bn2N7L0Gcy38vQZ4zfyTDprNVZXEk6a3WORZl/ikWZf4rFZ+ZfYvEZ45dYfCbzJRaF7fMhR2H7PEOF7dMMnR5yupehz2S+l6HPGL+XoTL/LK7orNU5FmX+KRZl/ikWn5l/icVnjF9i8ZnMV1h0bun5kKNzSzcwVNg+z9Bn2N7L0Gcy38vQZ4zfy1CZfxpXlPmnWJT5p1iU+WdYnB6fusTiM8YvsfhM5kssCtunQ47OLd3AUGH7PEOfYXsvQ5/JfC9DnzF+L0Nl/llc0VmrcyzK/FMsyvxTLD4z/xKLzxi/xOIzmS+xKGyfDjk6t3QDQ4Xt8wx9hu2tDJ2eiLqXoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcyXWBS2T4ccnVu6gaHC9nmGPsP2XoY+k/lehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4VFqcnoi6x+EzmSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+aVxR5p9h0VmrcyzK/FMsPjP/EovPGL/E4jOZL7EobJ8OOTq3dANDhe3zDH2G7b0MfSbzrQydHp+6l6Ey/yyu6KzVORZl/ikWZf4pFp+Zf4nFZ4xfYvGZzJdYFLbPhxyF7bMMs9NzS/cy9Bm29zL0mcz3MvQZ4/cyVOafxJWss1bnWJT5p1iU+adYfGb+JRafMX6Fxekhp0ssCtunQ47OLd3AUGH7PEOfYXsvQ5/JfC9DnzF+L0Nl/mlcUeafYlHmn2FxetbqEovPzL/E4jPGL7H4TOZLLArbp0OOzi3dwFBh+zxDn2F7L0OfyXwvQ58xfitDnbU6jSs6a3WORZl/ikWZf4rFZ+ZfYvEZ45dYfCbzJRaF7fMhR2H7PEOF7dMMnR5yupehz2S+l6HPGL+XoTL/LK7orNU5FmX+KRZl/ikWn5l/icVnjF9i8ZnMV1h0bun5kKNzSzcwVNg+z9Bn2N7L0Gcy38vQZ4zfy1CZfxpXlPmnWJT5p1iU+WdYnB6fusTiM8YvsfhM5kssCtunQ47OLd3AUGH7PEOfYXsvQ5/JfC9DnzF+L0Nl/llc0VmrcyzK/FMsyvxTLD4z/xKLzxi/xOIzmS+xKGyfDjk6t3QDQ4Xt8wx9hu2tDJ2eiLqXoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcyXWBS2T4ccnVu6gaHC9nmGPsP2XoY+k/lehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4FluL0RNQlFp/JfIlFYftsyCk6t3QDQ4Xt8wx9hu29DH0m870Mfcb4vQyV+adxRZl/hkVnrc6xKPNPsfjM/EssPmP8EovPZL7EcpmwXdPjlmv+D5avv/QykXj5l14muC7/0svEy+VfepnE2EJ/PHJIi7ev/nivC318/315dnEMedwfObTvRx6zziWkUe+PnEtbXNzKeNzGU5tT8oxGuz9wHuPnS+OtPljcRlzcRKiP/Yut/3xxvD3qIn3/cfmrmK5zvqmK6f3FdJnu5OrFVG73By5lcWnsdxQpft9vuf19dVymSVN1/IPquEyv+hurY3w/8u3Wft7yfitf1/Yaf770N3xmXUYGqO5+Vd1dxrao7t77wXkZmaVCem8hXcYVXr6Q6v3akW6rT8L7V/gl9efq+Nrzy1hT7fkf77n88fv2POZ4/xCIeSw2Mhw3/YibuSwK5FLxOMlLq0g/vkjlu50X6TtyepJHV9XZV538/CWrbltbkbIKRAXyU4HIeP+WAonlcc/pln6+uNb7XbSUJrsuPe1x1+WSrz3rUSd7Lpfsb8/lkt3teZaa3bvnud/uj3zs0s8Xl8dndHl63Dq79Gj479tYvu+3hvs2Sl5eYhtlA3/FNn4/bEn5eRtn7+uPvWvf33yket9xmThvOy619it2vOTyuPQ/O/61jRJgl9hGGa03buO430VN/9nGr72Rd3rf3vR2v3bE/vNLLJb7VwXpFr734/4vzlkq6RLbKDv0vm0c+b43o5f/facssjifuzdSM5+7N/Itb9yb8RDetzyJf0Vq5IM3RxbjgzdHbmLv5pR2v41Qn+bXwZR5kW/42K2RbvjYrZFC+NitkRb41K2pLq1ArN9Qah4/b80v+L+06tIfXG4XXZqGv9rFd/wjVHXpGD5/W1zahVi/35tajM/b8oXFZV//XyxtgsVlTx1bevw7SBt58SL+zqtlPP06SRqze378ffnpX78ePy1fXfbJ78Ptsvd9H26X/ezbcDefPerbcPtsJt+G22fX9zbcPru5t+H22aW9DbfP7u9tuNVVmuJWV2mKW12lKW51lZa4u7pKU9zqKk1xq6vci/vxLW9uYYJbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVWuIe6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTEXW/qKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6ipNcaurtMQd1FWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mJO6qrNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SEndSV2mKW12lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiltd5RL3eJyCXW+39Iz7/xhmtYrnGar/O89QTd15hurUzjNUQF0xrLd+P8CyhnTuIzwroJriVkA1xa2Aaom7KMua4lbsNcWthGyKW2HaFHcWbkvc+trDFLe6SlPc6ipNcaurNMWtrtISd1VXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lJe6mrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SkvcXV2lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWWuIe6SlPc6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqDXG3m7pKU9zqKk1xq6s0xa2u0hS3ukpD3N36vbuN+AL31/0Yv7kt78f41b+8H+OXx/J+jK3E8n4+uW3PvTzePm55cvOf3AQvb/6TW8rlzV+mQcvt8alT8vfF00+d0Mq433MP9XFxybPbaPcPnTzGz5fGW33cxG083XGc3UR4fEKF2PrPF8fbY0OePvjy1y6Gy/R9rnfxMu3kP9vFcrvvYimLS2O/30OK3yG03P5+Wy7Tdl5rWy7Tnv7Vtow8Hu9NT2f9TFkfIfXr2l7j7397vEyDrA3/sw2/zBe/n7Dhb3mP/uSmVDv4Jzv4yZ35h+xgvV870m31phvuO5j687Z8wf5kk3A52C7NR8zx4dvzWBAMod/vOcRctr2R/YLsEV0aFVXHH1aHS1PzEdXxjhAUXRogv9vt0iz9w+3eltmiSwX0K3bGpav5u52J5X4bIT2dkzu9uNb7+15LaYLbpVh5H26fFsTgK6A6ge3TgrwJtksL8ibY6TJSobTHNFp9uo057Hi7R4cQ4/fFfdp319vTI9fnR/5ieJnW+40ML9PPvpHhZZrENzK8TDv3RoaXabzeyPAy3dQbGV6mRXojw8t0Pm9keJmG5n0Ms/qU8wzVp5xnqD7lPEP1KecZ+uxTwsgvGH5h8dl6LLH47CaWWHw2CEssPjP/Eoti/OmPraIYf56hYvx5horx5xkqxp9n6DPG72WozD+LK0WZf4pFmX+KRZl/isVn5l9hqT5j/BKLz2S+xKKwfTrkVIXt8wwVts8z9Bm29zL0mcz3MvQZ4/cyVOafxhVl/hmWpsw/xaLMP8XiM/MvsfiM8UssPpP5EovC9umQ0xS2zzNU2D7P0GfY3svQZzLfyrD7jPF7GSrzz+JKV+afYlHmn2JR5p9i8Zn5l1h8xvglFp/JfIlFYft8yFHYPs1wKGyfZ+gzbO9l6DOZ72XoM8bvZajMP4srQ5l/ikWZf4pFmX+KxWfmX2LxGeMXWMbNZzJfYlHYPhtyhvWx6ZdkqLB9nqHPsL2Xoc9kvpehzxi/l6Ey/zSuKPNPsSjzz7AEZf4pFp+Zf4nFZ4xfYvGZzJdYFLZPh5zrHK7+RoYK2+cZ+gzbexn6TOZ7GfqM8VsZXufQ7K1x5TqnRe/Fosw/xaLMP8XiM/MvsfiM8UssPpP5EovC9vmQo7B9nqHC9mmGOkx2A0OfyXwvQ58xfi9DZf5ZXHF6PuwSizL/FIsy/xSLz8y/xOIzxi+x+EzmKyw6EfV8yNGJqBsYKmyfZ+gzbO9l6DOZ72XoM8bvZajMP40ryvxTLMr8UyzK/DMsTo9PXWLxGeOXWHwm8yUWhe3TIUfnlm5gqLB9nqHPsL2Xoc9kvpehzxi/l6Ey/yyu6KzVORZl/ikWZf4pFp+Zf4nFZ4xfYvGZzJdYFLZPhxydW7qBocL2eYY+w/ZWhk5PRN3L0GeM38tQmX8WV3TW6hyLMv8UizL/FIvPzL/E4jPGL7H4TOZLLArbp0OOzi3dwFBh+zxDn2F7L0OfyXwvQ58xfi9DZf5ZXNFZq3MsyvxTLMr8Uyw+M/8Ki9MTUZdYfCbzJRaF7dMhR+eWbmCosH2eoc+wvZehz2S+l6HPGL+XoTL/NK4o8/8vlnDTWatzLMr8Uyw+M/8Si88Yv8TiM5kvsShsnww5B0OF7fMMFbbPM/QZtvcy9JnMtzJ0enzqXobK/LO4orNW51iU+adYlPmnWHxm/iUWnzF+icVnMl9iUdg+H3IUtk8zdHpu6V6GPsP2XoY+k/lehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4lFp8xfoXF6SGnSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+aVxR5p9iUeafYXF61uoSi8/Mv8TiM8YvsfhM5kssCtunQ47OLd3AUGH7PEOfYXsvQ5/JfC9DnzF+K0OdtTqNKzprdY5FmX+KRZl/isVn5l9i8Rnjl1h8JvMlFoXt8yFHYfs8Q4Xt0wydHnK6l6HPZL6Xoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcxXWHRu6fmQo3NLNzBU2D7P0GfY3svQZzLfy9BnjN/LUJl/GleU+adYlPmnWJT5Z1icHp+6xOIzxi+x+EzmSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+WVzRWatzLMr8UyzK/FMsPjP/EovPGL/E4jOZL7EobJ8OOTq3dANDhe3zDH2G7Z0Mg9MTUfcy9Bnj9zJU5p/ElaCzVudYlPmnWJT5p1h8Zv4lFp8xfonFZzJfYlHYPh1ydG7pBoYK2+cZ+gzbexn6TOZ7GfqM8XsZKvPP4orOWp1jUeafYlHmn2LxmflXWJyeiLrE4jOZL7EobJ8OOTq3dANDhe3zDH2G7b0MfSbzvQx9xvi9DJX5p3FFmX+GRWetzrEo80+x+Mz8Syw+Y/wSi89kvsSisH065Ojc0g0MFbbPM/QZtvcy9JnMtzJ0enzqXobK/LO4orNW51iU+adYlPmnWHxm/iUWnzF+icVnMl9iUdg+H3IUtk8zdHpu6V6GPsP2XoY+k/lehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4lFp8xfoXF6SGnSywK26dDjs4t3cBQYfs8Q59hey9Dn8l8L0OfMX4vQ2X+aVxR5p9iUeafYXF61uoSi8/Mv8TiM8YvsfhM5kssCtunQ47OLd3AUGH7PEOfYXsvQ5/JfC9DnzF+K0OdtTqNKzprdY5FmX+KRZl/isVn5l9i8Rnjl1h8JvMlFoXt8yFHYfs8Q4Xt0wydHnK6l6HPZL6Xoc8Yv5ehMv8sruis1TkWZf4pFmX+KRafmX+JxWeMX2LxmcwXWKLOLT0dcqLOLd3AUGH7PEOfYXsvQ5/JfC9DnzF+L0Nl/mlcUeafYlHmn2JR5p9hcXp86hKLzxi/xOIzmS+xKGyfDjk6t3QDQ4Xt8wx9hu29DH0m870Mfcb4vQyV+WdxRWetzrEo80+xKPNPsfjM/EssPmP8EovPZL7EorB9OuTo3NINDBW2zzP0Gba3MnR6Iupehj5j/F6GyvyzuKKzVudYlPmnWJT5p1h8Zv4lFp8xfonFZzJfYrlM2K7pccs1/wfL//2l1zlddPmXXia4Lv/Sy8TL5V96mcTYQn88ckiLt6/+eK8LfXz/fXl2cQx53B85tO9HHrPOJaRR74+cS1tc3Mp43MZTm1PyjEa7P3Ae4+dL460+WNxGXNxEqI/9i63/fHG8Peoiff9x+V5Ml8nZKqb3F9NlupOrF1O53R+4lMWlsd9RpPh9v+X299VxmSZN1fEPquMyvepvrI7x/ci3W/t5y/utfF3ba/z50t/wmXUZGaC6+1V1dxnborp76wfndU7vViG9t5Au4wovX0j1fu1It9Un4f0r/JL6c3V87fllrKn2/I/3XP74fXsec7x/CBwRcLGR///vDj/iZi6LArlUPC5ZRaoi/fQile92XqRvyeny6Ko6+6qTn79k1e1rKyTSVSA/FoiM928pkFge95xu6eeLa73fRUvpf3e9Sk973HW55GvPetTJnssl+9tzuWR/ey41u3fPc7/dH/nYpZ8vLo/P6PL0uHV26dHw37exfN9vDfdtlLy8xDbKBv6Kbfx+2JLy8zbO3tcfe9e+v/lI9b7jMnHedlxq7VfseMnlcel/dvxrGyXArrCNTUbrjds47ndR03+28Wtv5J3etze93a8dsf/8Eovl/lVBuoXv/bj/i3OTSrrENsoOvW8bR77vzehl8k4pi/O5eyM187l7I9/yxr0ZD+F9y7P4JzXywZsji/HBmyM3sXdzSrvfRqhP8+tgyrzLN3zs1kg3fOzWSCF87NZIC3zs1ri0ArF+Q6l5/Lw1v+D/0rpLf3C5XXRpGv5qF9/xj1DdpWP4/G1xaRdi/X5vajE+b8sXFpd9/X+xtP/FMlz21LGlx7+DtJEXL+LvvFrG06+TpDG758ffl5/+9evx0/LDZZ/8Ptwue9/34XbZz74Pt88e9W24fTaTb8Pts+t7G26f3dzbcPvs0t6G22f39ybc6aau0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6ir34n58y5tbmOBWV2mKW12lKW51lZa4g7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SlPc6iotcUd1laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVWuJO6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrq7TEndVVmuJWV2mKW12lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpibuoqzTFra7SFLe6SlPc6ipNcaurNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hJ3VVdpiltdpSludZWmuNVVLnGPxynY9XZLz7i/GKpVPM9Q/d95hmrqzjNUp3aaYVNAXTGst34/wLKGdO4jvCmgmuJWQDXFrYBqiltZ1hS3Yq8pbiVkU9wK06a49bWHKW597WGJu6urNMWtrtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SEvdQV2mKW12lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSHufFNXaYpbXaUpbnWVprjVVZriVldpiltdpSludZWmuNVVmuJWV2mKW12lJe6grtIUt7pKU9zqKk1xq6s0xa2u0hS3ukpT3OoqTXGrqzTFra7SFLe6SkvcUV2lKW51laa41VWa4lZXaYpbXaUpbnWVprjVVZriVldpiltdpSHuYv3e3UZ8gfvrfozf3Jb3Y/zqX96P8ctjeT/GVmJ1P8m4bR89fF2cbrfb5H6M+9rl/Rg3fsv7Me6Mlvdj3Dos78f4/Xl5P8bvz8v7MX5/Xt6P8fvz8n6M359X95M/7P05f9j7c/6w9+f8Ye/P+cPen/OHvT/nD3t/tj44fnk/H/b+bHz0+HET6XE/Mfzv/Rifzb2+H9v35/X92L4/r+/H9v15fT+278/r+7F9f17fj+378/p+bN+f1/dj+/68vp8Pe382PuVyfT8f9v5sfE7i+n4+7P3Z+FC+9f28MT9P7+eN+Xl6P2/Mz9P7eWN+nt7PG/3G7H6sD3lb3s8b/cb0ft7oN6b380a/Mb2fN/qN6f1Y5+fv+wm3yfc7xkcVre/HOj/n9tivNtsv6/y8uh/j/Bzi7bFfZfx88Rj3ew+3dPv52pLuj1tS/b70/jW68Sksf/VnHn9cffydbTHikFJ5PHJqCyghPF4dIcXvR56OOLTH0EJ/Gp2YDjjkdr80j+8/ruTZG9itPqYsbiM+78zsfh/DECE+k5hdHG+PvXuascj3DTfue7Th795w48ZSG/7uDTfu3K+94eV2v7SUutjwft/vFL/H5srt73fQ2HVoB7fvoHH38Qt3cMTxde3o43kHvwga90u/m+B/J2+/CBp3eP+OYH7cRsp90ssaH2nzzr/0g7vSvX+p8UEu7/xLL9OR9fD4S3vKi4vj49ry/dfVB5TLdC07oVwm2f8NlNy/DVZ+hjK5ifYg0b7vN9U7v8vk6jfxu0yq/Rt+Jd//w6m0PHlRXiao7oRymey5E8plYupOKJdJtH3c/9C8vDi2x1083UT++lamGp838UugnM/J7fFl2PFJl57v5uspzqfO5VOcz3DLp5jHnNgf/zCcnipi9hQ93Het1++baeVvPVh98Wvwb7mV+ef0W25l/un4F7cy8uPV/TydP72X/vgP7d7qz3/geAil8H1la/fbnn9+ffxtzz9hPv22X/w69Mff9vxdOsXv236KAf92uqG++A3iv7iZD1G9l/qGsr74rWJty5u3ZZ4bLr0tb/hysL74MWNx3s15nvh+H+efvyqtL34++Ff/nZMvNOuL3+39Z3/n4oub+uKHbd92Py9++fV993M6Cr7rm5b64mdGf8WtG4ert3wVUV/8UubV/krjpLDP69YXv4f2K27d+PN0560bf0TuvHXjT9ONZvrFb7d9/K2X8f/OM0MKj241xacQnvt92fSjfb1s+rG6Xjb9SFsvm35GrJdN33TXy6ZveOtl0zeb9bLpC329bPoiWy6bF/h6GauS+U/9rZexKpn/cN56GauS+c/QrZexKpn/qNt6GauS+U+krZexKpn/4Nh6GauS+c93rZexKpn/GNZ6GauS+U9LrZexKpn/UNN6GauS+c8erZexKpn/iNB6GauS+U/yrJexKpn/wM16GauS+c/FrJexKpn/+Mp6GauS+U+ZrJexKpn/MMh6GauS+c9srJexKpn/aMV6GauS+U9ArJexKpn/oMJ6GauS+c8TrJexKpn/s/96GauS+f+4r5exKpn/v+16GauS+b8KrpexKpn/U9Z6GauS+b/1rJexKpn/w8l6GauS+f83rJexKpkPvq+XsSqZT0Svl7EqmU/VrpexKgnz0cw/WMfqJMxHEv9gHauUcGOlEuaTfn+wjhVLmM/Q/cE6Vi5hPkW2Xjcf4/qDdbBe5iNPf7AO1st8aOQP1sF6mX+p/wfrYL3Mv3T+g3WwXqCQDdDIBqhkA3SyAUrZAK1sgFo2QC8boJgN0MwGqGYDdLMBytkA7WyAejZAPxugoA3Q0AaoaAN0tAFK2gAtbYCaNrzwtKnfR4RSbXG2bl4v63Xzelmvm9fLet28Xtbr5vWyXjevl+W6F7p2vW5eL+t183pZr4P18kLZrtfBenkhbdfrYL280LbrdbBeXojb9TpYLy/U7XodrJcX8na9DtbLC327Xgfr5YXAXa+D9fJC4a7XwXp5IXHX62C9vNC463WwXl6I3PU6WC8vVO56HayXFzJ3vQ7Wywudu14H6+WF0F2vg/XyQumu18F6eSF11+tgvbzQuut1sF5eiN31OlgvL9Tueh2slxdyd70O1ssLvbtex+olvvC763WsXuILv7tex+olvvC763WsXuILv7tex+olvvC763WwXl743fU6WC8v/O56HayXF353vQ7Wywu/u14H6+WF312vg/Xywu+u18F6eeF31+tgvbzwu+t1sF5e+N31OlgvL/zueh2slxd+d70O1ssLv7teB+vlhd9dr4P18sLvrtfBennhd9frYL288LvrdbBeXvjd9TpYL9DvRuh3I/S7EfrdCP1uhH43Qr8bod+N0O9G6Hcj9LsR+t0I/W6EfjdCvxuh343Q70bodyP0uxH63Qj9boR+N0K/G6HfjdDvRuh3I/S7EfrdCP1uhH43Qr8bod+N0O9G6Hcj9LsR+t0I/W6EfjdCvxuh343Q70bodyP0uxH63Qj9boR+N0K/G6HfjdDvRuh3I/S7EfrdCP1uhH43Qr8bod9N0O8m6HcT9LsJ+t0E/W6CfjdBv5ug303Q7ybodxP0uwn63QT9boJ+N0G/m6DfTdDvJuh3E/S7CfrdBP1ugn43Qb+boN9N0O8m6HcT9LsJ+t0E/W6CfjdBv5ug303Q7ybodxP0uwn63QT9boJ+N0G/m6DfTdDvJuh3E/S7CfrdBP1ugn43Qb+boN9N0O8m6HcT9LsJ+t0E/W6CfjdBv5ug303Q7ybodxP0uwn63QT9boJ+N0G/m6DfTdDvJuh3E/S7CfrdBP1ugn43Qb+boN9N0O8m6HcT9LsJ+t0E/W6CfjdBv5ug303Q7ybodxP0uwn63QT9boJ+N0G/m6DfTdDvJuh3E/S7CfrdBP1ugn43Qb+boN9N0O8m6HcT9LsJ+t0M/W6GfjdDv5uh383Q72bodzP0uxn63Qz9boZ+N0O/m6HfzdDvZuh3M/S7GfrdDP1uhn43Q7+bod/N0O9m6Hcz9LsZ+t0M/W6GfjdDv5uh383Q72bodzP0uxn63Qz9boZ+N0O/m6HfzdDvZuh3M/S7GfrdDP1uhn43Q7+bod/N0O9m6Hcz9LsZ+t0M/W6GfjdDv5uh383Q72bodzP0uxn63Qz9boZ+N0O/m6HfzdDvZuh3M/S7GfrdDP1uhn43Q7+bod/N0O9m6Hcz9LsZ+t0M/W6GfjdDv5uh383Q72bodzP0uxn63Qz9boZ+N0O/m6HfzdDvZuh3M/S7GfrdDP1uhn43Q7+bod/N0O9m6Hcz9LsZ+t0M/W6GfjdDv5uh3y3Q7xbodwv0uwX63QL9boF+t0C/W6DfLdDvFuh3C/S7BfrdAv1ugX63QL9boN8t0O8W6HcL9LsF+t0C/W6BfrdAv1ug3y3Q7xbodwv0uwX63QL9boF+t0C/W6DfLdDvFuh3C/S7BfrdAv1ugX63QL9boN8t0O8W6HcL9LsF+t0C/W6BfrdAv1ug3y3Q7xbodwv0uwX63QL9boF+t0C/W6DfLdDvFuh3C/S7BfrdAv1ugX63QL9boN8t0O8W6HcL9LsF+t0C/W6BfrdAv1ug3y3Q7xbodwv0uwX63QL9boF+t0C/W6DfLdDvFuh3C/S7BfrdAv1ugX63QL9boN8t0O8W6HcL9LsF+t0C/W6BfrdAv1ug3y3Q7xbodwv0uwX63Qr9boV+t0K/W6HfrdDvVuh3K/S7FfrdCv1uhX63Qr9bod+t0O9W6Hcr9LsV+t0K/W6FfrdCv1uh363Q71bodyv0uxX63Qr9boV+t0K/W6HfrdDvVuh3K/S7FfrdCv1uhX63Qr9bod+t0O9W6Hcr9LsV+t0K/W6FfrdCv1uh363Q71bodyv0uxX63Qr9boV+t0K/W6HfrdDvVuh3K/S7FfrdCv1uhX63Qr9bod+t0O9W6Hcr9LsV+t0K/W6FfrdCv1uh363Q71bodyv0uxX63Qr9boV+t0K/W6HfrdDvVuh3K/S7FfrdCv1uhX63Qr9bod+t0O9W6Hcr9LsV+t0K/W6FfrdCv1uh363Q71bodyv0uxX63Qr9boV+t0K/W6HfbdDvNuh3G/S7DfrdBv1ug363Qb/boN9t0O826Hcb9LsN+t0G/W6DfrdBv9ug323Q7zbodxv0uw363Qb9boN+t0G/26DfbdDvNuh3G/S7DfrdBv1ug363Qb/boN9t0O826Hcb9LsN+t0G/W6DfrdBv9ug323Q7zbodxv0uw363Qb9boN+t0G/26DfbdDvNuh3G/S7DfrdBv1ug363Qb/boN9t0O826Hcb9LsN+t0G/W6DfrdBv9ug323Q7zbodxv0uw363Qb9boN+t0G/26DfbdDvNuh3G/S7DfrdBv1ug363Qb/boN9t0O826Hcb9LsN+t0G/W6DfrdBv9ug323Q7zbodxv0uw363Qb9boN+t0G/26DfbdDvNuh3G/S7DfrdDv1uh363Q7/bod/t0O926Hc79Lsd+t0O/W6HfrdDv9uh3+3Q73bodzv0ux363Q79bod+t0O/26Hf7dDvduh3O/S7HfrdDv1uh363Q7/bod/t0O926Hc79Lsd+t0O/W6HfrdDv9uh3+3Q73bodzv0ux363Q79bod+t0O/26Hf7dDvduh3O/S7HfrdDv1uh363Q7/bod/t0O926Hc79Lsd+t0O/W6HfrdDv9uh3+3Q73bodzv0ux363Q79bod+t0O/26Hf7dDvduh3O/S7HfrdDv1uh363Q7/bod/t0O926Hc79Lsd+t0O/W6HfrdDv9uh3+3Q73bodzv0ux363Q79bod+t0O/26Hf7dDvduh3O/S7HfrdDv1uh363Q7/bod8d0O8O6HcH9LsD+t0B/e6AfndAvzug3x3Q7w7odwf0uwP63QH97oB+d0C/O6DfHdDvDuh3B/S7A/rdAf3ugH53QL87oN8d0O8O6HcH9LsD+t0B/e6AfndAvzug3x3Q7w7odwf0uwP63QH97oB+d0C/O6DfHdDvDuh3B/S7A/rdAf3ugH53QL87oN8d0O8O6HcH9LsD+t0B/e6AfndAvzug3x3Q7w7odwf0uwP63QH97oB+d0C/O6DfHdDvDuh3B/S7A/rdAf3ugH53QL87oN8d0O8O6HcH9LsD+t0B/e6AfndAvzug3x3Q7w7odwf0uwP63QH97oB+d0C/O6DfHdDvDuh3B/S7A/rdAf3ugH53QL87oN8d0O8O6HcH9LsD+t1wg4L3WMgq5ljISuZYyGrmWMiK5ljIquZYyMrmWMjq5ljICudYSCsHqt5jIa0cKHuPhbRyoO49FtLKgcL3WEgrByrfYyGtHCh9j4W0cqD2PRbSyoHi91hIKweq32MhrRwof4+FtHKg/j0W0sqBAvhYSCsHKuBjIa0cKIGPhbRyoAY+FtLKgSL4WEgrB6rgYyGtHCiDj4W0cqAOPhbSyoFC+FhIKwcq4WMhrRwohY+FtHKgFj4W0sqBYvhYSCsHquFjIa0cKIePhbRyoB4+FtLKgYL4WEgrByriYyGtHCiJj4W0cqAmPhbSyoGi+FhIKweq4mMhrRwoi4+FtHKgLj4W0sqBwvhYSCsHKuNjIa0cKI2PhbRyoDY+FtLKgeL4WEgrB6rjYyGtHCiPj4W0cqA+PhbSyoEC+VhIKwcq5GMhrJxAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKBDjjfokI+FrHKOhaxyjoWsco6FrHKOhaxyjoWsco6FrHKOhaxyjoW0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FsLKCdQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUNO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdcgDOuR0gw75WMgq51jIKudYyCrnWMgq51jIKudYyCrnWMgq51jIKudYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHKgQz4W0sqBDvlYSCsHOuRjIa0c6JCPhbRyoEM+FtLKgQ75WEgrBzrkYyGtHOiQj4W0cqBDPhbSyoEO+VhIKwc65GMhrJxAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQw7UIQfqkAN1yIE65EAdcqAOOVCHHKhDDtQhB+qQA3XIgTrkQB1yoA45UIccqEMO1CEH6pADdciBOuRAHXKgDjlQhxyoQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EgdcqQOOVKHHKlDjtQhR+qQI3XIkTrkSB1ypA45UoccqUOO1CFH6pAjdciROuRIHXKkDjlShxypQ47UIUfqkCN1yJE65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDTtQhJ+qQE3XIiTrkRB1yog45UYecqENO1CEn6pATdciJOuREHXKiDjlRh5yoQ07UISfqkBN1yIk65EQdcqIOOVGHnKhDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkTB1ypg45U4ecqUPO1CFn6pAzdciZOuRMHXKmDjlTh5ypQ87UIWfqkDN1yJk65EwdcqYOOVOHnKlDztQhZ+qQM3XImTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEMu1CEX6pALdciFOuRCHXKhDrlQh1yoQy7UIRfqkAt1yIU65EIdcqEOuVCHXKhDLtQhF+qQC3XIhTrkQh1yoQ65UIdcqEOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRKHXKlDrlSh1ypQ67UIVfqkCt1yJU65EodcqUOuVKHXKlDrtQhV+qQK3XIlTrkSh1ypQ65UodcqUOu1CFX6pArdciVOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ27UITfqkBt1yI065EYdcqMOuVGH3KhDbtQhN+qQG3XIjTrkRh1yow65UYfcqENu1CE36pAbdciNOuRGHXKjDrlRh9yoQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065E4dcqcOuVOH3KlD7tQhd+qQO3XInTrkTh1ypw65U4fcqUPu1CF36pA7dcidOuROHXKnDrlTh9ypQ+7UIXfqkDt1yJ065EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKhDHtQhD+qQB3XIgzrkQR3yoA55UIc8qEMe1CEP6pAHdciDOuRBHfKgDnlQhzyoQx7UIQ/qkAd1yIM65EEd8qAOeVCHPKBDzjfokI+FrHKOhaxyjoWsco6FrHKOhaxyjoWsco6FrHKOhaxyjoW0cqBDPhbSyoEO+VhIKwc65GMhrRzokI+FtHJeOORWyn1h6+V54f/zPxfH0e7XhvC4dNy+n2NeZFuf44WZ3vsc89Ld+xzzKt/7HPMXxN7nmL929j7H/GW29znmr8i9zzF/8e59DoPX+YsvB7Y+x4vvEfY+h8Hr/MW3E3ufw+B1/uI7j73PYfA6f/FNyt7nMHidv/h+Zu9zGLzOX3zrs/c5DF7nL75L2vscBq/zF99Q7X0Og9f5i++99j6Hwev8xbdpe5/D4HX+4ju6vc9h8Dp/8c3f3ucweJ2/+D5x73MYvM5ffEu59zkMXucvvvvc+xwGr/MX36jufQ6D1/mL72n3PofB6/zFt797n8Pgdf7iO+W9z2HwOn/xTfXe5zB4nb/4/nvvcxi8zl98q773OQxe5y++q9/7HAav8xcTAHufw+B1/mKuYO9zGLzOX0wr7H0Og9f5ixmIvc9h8Dp/MVmx9zkMXucv5jX2PofB6/zFFMje5zB4nb+YLdn7HAav8xcTK3ufw+B1/mIOZu9zGLzOX0zX7H0Og9f5i5mdvc/x71/n4cUk0N7n+Pev8/Bivmjvc/z713m4/fvXeXgx4LT3Of796zy8GJva+xz//nUeXgxjbX2OF3Nbe5/D4HX+Yhps73MYvM5fzJjtfQ6D1/mLybW9z2HwOjeYhwsG83DBYB4uGMzDBYN5uGAwDxcM5uGCwTxcMJiHCwbzcMFgHi4YzMMFg3m4YDAPFwzm4YLBPFwwmIcLBvNwwWAeLhjMwwWDebhgMA8XDObhgsE8XDCYhwsG83DBYB4uGMzDBYN5uGAwDxcM5uGCwTxcMJiHCwbzcMFgHi4YzMMFg3m4YDAPFwzm4YLBPFwwmIcLBvNwwWAeLhjMwwWDebhgMA8XDObhgsE8XDCYhwsG83DBYB4uGMzDBYN5uGAwDxcM5uGCwTxcMJiHCwbzcMFgHi4YzMMFg3m4YDAPFwzm4YLBPFwwmIcLBvNwwWAeLhjMwwWDebhgMA8XDObhgsE8XDCYhwsG83DBYB4uGMzDBYN5uGAwDxcM5uGCwTxcMJiHCwbzcNFgHi4azMNFg3m4aDAPF2///nUeDebhosE8XDSYh4sG83DRYB4uGszDRYN5uGgwDxcN5uGiwTxcNJiHiwbzcNFgHi4azMNFg3m4aDAPFw3m4aLBPFw0mIeLBvNw0WAeLhrMw0WDebhoMA8XDebhosE8XDSYh4sG83DRYB4uGszDRYN5uGgwDxcN5uGiwTxcNJiHiwbzcNFgHi4azMNFg3m4aDAPFw3m4aLBPFw0mIeLBvNw0WAeLhrMw0WDebhoMA8XDebhosE8XDSYh4sG83DRYB4uGszDRYN5uGgwDxcN5uGiwTxcNJiHiwbzcNFgHi4azMNFg3m4aDAPFw3m4aLBPFw0mIeLBvNw0WAeLhrMw0WDebhoMA8XDebhosE8XDSYh4sG83DRYB4uGszDRYN5uGgwDxcN5uGiwTxcNJiHiwbzcNFgHi4azMNFg3m4aDAPFw3m4aLBPFw0mIeLBvNw0WAeLhrMw0WDebhkMA+XDObhksE8XDKYh0u3f/86TwbzcMlgHi4ZzMMlg3m4ZDAPlwzm4ZLBPFwymIdLBvNwyWAeLhnMwyWDebhkMA+XDObhksE8XDKYh0sG83DJYB4uGczDJYN5uGQwD5cM5uGSwTxcMpiHSwbzcMlgHi4ZzMMlg3m4ZDAPlwzm4ZLBPFwymIdLBvNwyWAeLhnMwyWDebhkMA+XDObhksE8XDKYh0sG83DJYB4uGczDJYN5uGQwD5cM5uGSwTxcMpiHSwbzcMlgHi4ZzMMlg3m4ZDAPlwzm4ZLBPFwymIdLBvNwyWAeLhnMwyWDebhkMA+XDObhksE8XDKYh0sG83DJYB4uGczDJYN5uGQwD5cM5uGSwTxcMpiHSwbzcMlgHi4ZzMMlg3m4ZDAPlwzm4ZLBPFwymIdLBvNwyWAeLhnMwyWDebhkMA+XDObhksE8XDKYh0sG83DJYB4uGczDJYN5uGQwD5cM5uGSwTxcNpiHywbzcNlgHi4bzMPl279/nWeDebhsMA+XDebhssE8XDaYh8sG83DZYB4uG8zDZYN5uGwwD5cN5uGywTxcNpiHywbzcNlgHi4bzMNlg3m4bDAPlw3m4bLBPFw2mIfLBvNw2WAeLhvMw2WDebhsMA+XDebhssE8XDaYh8sG83DZYB4uG8zDZYN5uGwwD5cN5uGywTxcNpiHywbzcNlgHi4bzMNlg3m4bDAPlw3m4bLBPFw2mIfLBvNw2WAeLhvMw2WDebhsMA+XDebhssE8XDaYh8sG83DZYB4uG8zDZYN5uGwwD5cN5uGywTxcNpiHywbzcNlgHi4bzMNlg3m4bDAPlw3m4bLBPFw2mIfLBvNw2WAeLhvMw2WDebhsMA+XDebhssE8XDaYh8sG83DZYB4uG8zDZYN5uGwwD5cN5uGywTxcNpiHywbzcNlgHi4bzMNlg3m4bDAPlw3m4bLBPFw2mIfLBvNw2WAerhjMwxWDebhiMA9XDObhyu3fv86LwTxcMZiHKwbzcMVgHq4YzMMVg3m4YjAPVwzm4YrBPFwxmIcrBvNwxWAerhjMwxWDebhiMA9XDObhisE8XDGYhysG83DFYB6uGMzDFYN5uGIwD1cM5uGKwTxcMZiHKwbzcMVgHq4YzMMVg3m4YjAPVwzm4YrBPFwxmIcrBvNwxWAerhjMwxWDebhiMA9XDObhisE8XDGYhysG83DFYB6uGMzDFYN5uGIwD1cM5uGKwTxcMZiHKwbzcMVgHq4YzMMVg3m4YjAPVwzm4YrBPFwxmIcrBvNwxWAerhjMwxWDebhiMA9XDObhisE8XDGYhysG83DFYB6uGMzDFYN5uGIwD1cM5uGKwTxcMZiHKwbzcMVgHq78f82da5rjOo5Ed9SfRUkEubje+1CkH1nTYBIMEeH8f8+Epw1EVUHHNsGHOwk+3Enw4U6CD3cSfLiT4MOdBB/uJPhwJ8GHOwk+3Enw4U6CD3cSfLiT4MOdBB/uJPhwJ8GHOwk+3Enw4SLBh4sEHy4SfLhI8OHiw3/PI8GHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEny4SPDhIsGHiwQfLhJ8uEjw4SLBh4sEHy4SfLhI8OEiwYeLBB8uEnw4IfhwQvDhhODDCcGHk4f/ngvBhxOCDycEH04IPpwQfDgh+HBC8OGE4MMJwYcTgg8nBB9OCD6cEHw4IfhwQvDhhODDCcGHE4IPJwQfTgg+nBB8OCH4cELw4YTgwwnBhxOCDycEH04IPpwQfDgh+HBC8OGE4MMJwYcTgg8nBB9OCD6cEHw4IfhwQvDhhODDCcGHE4IPJwQfTgg+nBB8OCH4cELw4YTgwwnBhxOCDycEH04IPpwQfDgh+HBC8OGE4MMJwYcTgg8nBB9OCD6cEHw4IfhwQvDhhODDCcGHE4IPJwQfTgg+nBB8OCH4cELw4YTgwwnBhxOCDycEH04IPpwQfDgh+HBC8OGE4MMJwYcTgg8nBB9OCD6cEHw4IfhwQvDhhODDCcGHE4IPJwQfTgg+nBB8OCH4cELw4RLBh0sEHy4RfLhE8OHSw3/PE8GHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4RPDhEsGHSwQfLhF8uETw4RLBh0sEHy4RfLhE8OESwYdLBB8uEXy4TPDhMsGHywQfLhN8uPzw3/NM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8sEHy4TfLhM8OEywYfLBB8uE3y4TPDhMsGHywQfLhN8uEzw4TLBh8v+Ptz58PfhSob7npcM9z0vGe57XjLc97xkuO95yXDf85Lhvuclw33PSwZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJB2HN/H65kEPbc34crGYQ99/fhSgZhz/19uJJxfz92ya//tvwfVjIWeGTjjPv7Mc64vx/jjPv7Mc64vx/jjPt/fpxxe/63Z4paxgKn6Hgcz//22IKacf89H2fcf8/HGfff83HG/U78kRH0jPudeOzhlXGImnF/dscZ9//uc4Q4yLjf7T/eDz1jgYtzyDsjqe/5AhdnnLFgP4YZC/ZjmLFgP4YZC/ZjmLFgP4YZC/ZjkLEtcHHGGQv+HBxm+O/5tsDFGWf47/m2wMUZZ/jv+bbAxRln+O/5tsDFGWYscHHGGYQ9X+DijDMIe77AxRlnEPZ8gYszziDs+QIXZ5xB2PMFLs44g7DnC1ycT8b50G5L2wIX5wzvjHCqGff3fJxxf8/HGff3fJyx4CYzzLi/5+OM+3s+zFjg4owz7u/5OOP+no8zCHu+wMUZZxD2fIGLM84g7PkCF2ecQdjzBS7OOIOw5wtcnHEGYc8XuDjjDMKeL3BxxhmEPV/g4owzCHu+wMUZZxD2fIGLM84g7PkCF2ecQdjzBS7OOIOw5wtcnHEGYc8XuDjjDMKeL3BxxhmEPV/g4owzCHu+wMUZZxD2fMF3U40zCHu+wCkaZxD2fIFTNM4g7PkCp2icQdjzBd9NNc4g7PmC76YaZxD2fMF3U40zCHu+wCMbZxD2fIFHNs4g7PkCj2ycQdjzBR7ZOIOw5wu+m2qcQdjzBT7cOIOw5wt8uHEGYc8X+HDjDMKeL/Dhxhn+ex4W+HDjDP89Dwt8uHGG/56Hh/+ehwU+3DjDf8/DAh9unOG/52GBDzfMWODDjTMIe77AhxtnEPZ8gQ83ziDs+QIfbpxB2PMFPtw4g7DnC3y4cQZhzxf4cOMMwp4TfLhA8OECwYcLBB8uEHy4QPDhAsGHCwQfLhB8uEDw4QLBhwsEHy4QfLhA8OECwYcLBB8uEHy4QPDhAsGHCwQfLhB8uEDw4QLBhwsEHy4QfLhA8OECwYcLBB8uEHy4QPDhAsGHCwQfLhB8uEDw4QLBhwsEHy4QfLhA8OECwYcLBB8uEHy4QPDhAsGHCwQfLhB8uEDw4QLBhwsEHy4QfLiwwoeL6ZWhfjdVWOHDDTMW7PngO7bCCh9umOH/XWFhhQ83zFiw56OMFT7cMGPBng8zFuz5MGPFDo4yCDuoO17bkV4ZWwz7G4zxA6oDaQB1G8sCqqNjAdV5sIBqmVtAdTosoPqWW0C1Sy2gWpAWEJ0cXQUag7vu91hAcHJ23cSxgODk7A9wcnZdhLGA4OTsurJiAcHJ2XW5xADqxogFRCdHdzssIDo5uoVhAdHJ0X0JC4hOjm42WEB0cnQHwQKik6PbAhYQnRz9ub4FRCdHfwJvAdHJ0Z+VW0B0cvSn2hYQnRz9+bMFRCdHf1JsAdHJ0Z/pWkB0cvSnrxYQnRz9OakFRCdHf6JpAdHJ0Z89WkB0cvSnhBYQnRz9eZ4B1B9uHWl7feH+kUL6+Q+/N6i+jxZQfR8toPo+WkD1fbSA6v+q1y9lvP6l+5Coguo+GkD9OYcFVN9HC6i+jxZQfR8toPo+WkD1fbSA6j5aQHUfLSA6OfqR3QDql3MLiE6OfuO2gOjk6NdoC4hOjn43toDo5OgXXguITo5+i7WA6OToV1MLiE6OfkO1gOjk6J/MtYDo5Oj3VQuITo5+X7WA6OTo91ULiE6Ofl+1gOjk6PdVC4hOjn5ftYDg5Bz6fdUCgpNz6PdVCwhOzqHfVy0gODmHfl+1gODkHPp91QKik6MfLa9vPHmB279Pqt6g/nYYQP3tMID622EA9bdjDOonxOt48gL3XQf1tTKA+loZQP19NID6+zgG9XvO9XnYFxi2/BNUnnEaUvT3bnWKvnerU/QlXZyi36CWp+gTvjpFX4fVKfrurE7RF211it6uq1Mou6+f75anUHZft/dXp+j+/vIUyu7rF9HlKZTd12+tUykhv/4qtz8+v92Rwifj/uaPM+7v/f54O1DhoWbc3/pxxv2d//G/VSfj/sYPMzr37bUZ97d9nHF/18cZ9zd9319O3n7qGff3fJxxf8/HGQv2fJixYM+HGff3fJxxf8+HGZ2nEWsz7u/5OOP+no8zCHveeXKyNqOzH+/fEL4+Pqv9ZaPzyCPE/AbloYKdSR6CnUceBrAzc2OwM0hjsDMdY7Dzlo/BTl+PwU4Jj8HO5IxBdHI6jzzGYOeRhwFEJ6fzyMMAopPTeeRhANHJ6TzyMIDo5HQeeRhAcHLOziMPAwhOztl55DH819/ZeeRhAMHb7Nl55GEA9ckxgPrkGEB9cgygPjljUFfKLSB41T91pdwCopPTeTpjANHJ6TydMYDo5OhKuQVEJwd9HnSiz4NO9HnQiT4POtHnQaduhltAdAB0T7v8hev1N+TyV6h//oY8/7fwU1e6F2d03M+lGR1NdGmGOjqLMzry6dIMdZIXZ6hDvzhDLcjFGWqXrs3Qn2guziDsuf40c3EGYc/1J5mLMwh7rj/FXJxB2HP9CeZUxujJz6k/v1yboT+9nPvfavDk5+x9QGNpxv09Hz3NOHsf+1iacX/Pxxn393yccX/PxxmEPdefWi7OIPx5rj+1XJxB+PNcf2q5OIPw57n+1HJxBuHPc/2p5eIMwp7rTy3XZuhP+44k+Z2R1X9064/wLKA+yTm8mvXI+6aC+ngaQH3mDKA+SAZQnw4DqL/lBlDv6zGoP7OzgPrkGEB9cgwgOjn6MzsLiE6O/szOAqKToz+zs4Do5OjP7CwgOjn6MzsLiE6O/szOAqKToz+zs4Do5PQ+pvT4fGZk08HOh01GYOx9TGkMdj6mNAY7H1Mag52PKY1B/X5uADsfUxqDnY8pjcHOx5TGIDg5sfcxpSHYeWZnANHJ6TyzM4Do5HSe2RlAdHI6z+wMIDo5nWd2BhCdnM4zOwOITk7nmd3ws3ix88zOAHYmZwyCH42MnYd9BhD8aGTUvwbKAoIfjYz640ULiA6A/pDOAs5+H+8bnP2S3Tc4+825b3D263Bf4PRv0LzB2S+ufYOz30b7Bme/SvoNqotsAdVFDtv5+rLoEPKnrD5fWBT1ZyAWUJ0cC6hOjgVUJ8cA6s8VLKA6ORZQnRwLqE6OBVQnxwKik6Nf1S0gOjn6/dsCopOjX6otIDo5+k3ZAqKTo19/LSA6Ofqd1gKik6NfVC0gOjn6JzYsIDo5+mHWAqKTox9mLSA6Ofph1gKik6MfZi0gOjn6YdYCopOjH2YtIDo5+mHWAqKTox9mLSA6Ofph1gKik6MfZi0gOjn6YdYCopOjH2YtIDo5+mHWAqKTox9mLSA4OaIfZi0gODmiH2YtIDg5oh9mLSA4OaIfZi0gODmiH2YtIDo5+mHWAqKTox9mLSA6Ofph1gKik6MfZi0gOjn6YdYCopOjH2YtIDo5+mHWAqKTox9mLSA6Ofph1gKik6MfZi0gOjn6YdYCopOjX3QtIDo5+mcpLCA6OfoN2QKik6PfkC0gOjn6DdkCopOj35AtIDo5+g3ZAqKTg96QBb0hC3pDFvSGLOgNWdAbsqA3ZEFvyILekAW9IQt6Qxb0hizoDVnQG7KgN2RBb8iC3pAFvSELekMW9IYs6A1Z0BuyoDdkQW/Igt6QBb0hC3pDFvSGLOgNWdAbsqA3ZEFvyILekAW9IQt6Qxb0hiydG/K+7S9wD0EF9ckxgPrkGEB9cv4Bswrqk2MA9cnZP/+r7lFUUJ8cA6hPzhjsXHSP9P7/8dweKqi/jwZQfx8NoP4+GkD9fTSA+vs4BJN+X93D+flU2amtVeocLT8/Zh7OXRvy1DlaGkD9f5yf4HGooD5yaXt9aiWkQ03snBANoF5WZfhHoD7kBlAf8hQ/YEoqqL+PBlB/H3N4L3I+tF8iS50TogHUhzyH7QOqA9A5IRpAfXJ+gqf6dnROiAZQV8K2zyd7t6Ausn5C3B9yfMB/Fln5aNZ46/V74/IUdSaXp+g/hb46RRcgV6fotuTqFF2tXJ2ie5iLU/RT7fIUfZ1Xp1B2X78YL0+h7L5+i16eQtn9jim9OoWy+x0He3FKR9henULZ/Y4KvjqFsvsdyXx1CmX39UcPy1Mou68/YphK2bb3DxSHz1+1U/pk3N+Wccb9XRln3N+Uccb9PRln3N+Sccb9P1O2/fXv1O14qBn6nyjbZ+g3GWWk/Po9ti3/+AHpHJT/OG+vf+LlH0e+/P5+i6Q/dfnmC+r8k/N7L0hfU78XdLyuZPk81Bek7/QXX5BeAF98QXpb+L2g9Po/nH9c/X++IP2P3y++IP1P6i++IL18+y/oDc426gvUnxpawNmGeoOzTfIGZzf+Dc5u5huc3aA3ODvpb3B2It8gOjn6U0MDqD81tIDo5OhPDS0gOjn6U0MLiE6O/tTQAqKToz81tICdyUmfL7zc/rngK1+U+Pl2zLCP2vOX//j1kvTPtHz3JXWm/ZsvqbNH33xJnQ395kvq7P43X1KnVb75kjp99c2X1GnCb76kTsd+8yX9ufbOHe/hqy/pz7V31j8L992X9OfaOz/+XHtnXbL57kv6c+2d9U8zfvcl/bn2zro+9dWXpItZ331Jf6+9dZnsuy/p77W3LsB99yX9vfbWpb3vvqS/1966aPjdl/T32luXI7/7kv5ee3eEzq++pL/X3h1V9Ksv6e+1d0dC/epL+nvt3dFbv/qS/l57d8TZr76k2fZ+g3rHDo2o3HFhDaDeVwZQbxUDqO++AdQ31ADqe2QA9Wkfgx2h0wDqk2MA0cnpmJQGEJ2cju9oANHJ6ViJBhCdHP3bEwxgR200gOjkdCREA4hOTkcXNIDo5OjfnmAB0cnpqIQGEJ2cjsdnANHJ6XhxBhCdnI5nZgDRyel4WwYQnZyOB2UA0cnpeFAGEJ2cjgdlANHJ6XhQBhCdnI4HZQDRyel4UAYQnZyOB2UA0cnpeFAGEJ2cjgdlANHJ6XhQBhCdnI4HZQDRyenYSgYQnZyO+WMA0cnpWDQGEJ2cjpFiANHJ6dgdBhCbnPgAvyGigNjkFBCbnAJik1NAbHIKiE1OAbHJKSA2OQXEJqeA6OR0ntIaQHRyOk88DSA6OZ2nhwYQnZzOkzgDiE5O56mWAUQnp/OEyACik9N52mIA0cnpPLkwgOjkdJ4CGEB0cjoXdQOITk7nOm0A0ckBb8gFRCcHvCEXEJ0c8IZcQHRywBtyAdHJAW/IBUQnB7whFxCdHPCGXEB0csAbcgHRyQFvyAVEJwe8IRcQnRzwhlxAdHLAG3IB0ckBb8gFRCcHvCEXEJ0c8IZcQHRywBtyAdHJAW/IBUQnB7whFxCdHPCGXEB0csAbcgHRyQFvyAVEJwe8IRcQnRzwhlxAdHLAG3IB0ckBb8gFRCcHvCEXEJ0c8BRcQHQAOofZhV+XEh+dG+5UxvH6ks3tTGrGgq/hOY53RlYzFnwNzzBjwdfw/P7VMiVD76e1GQu+hmeYcf+rqsYZ97+oapzh/nVCJWPBng8yts7FfW3Ggj0fZizY82GG/55vnacDazP893zrPHNYm+G/51vnScbaDMKed56PrM0g7HnnqcvaDMKed57lrM0g7HnnCdHaDMKe60+Byl9h339PjkH5ovgCqkNvAdVJtoDqeFpAdeZ+B3N4yH/0L9EP72/t//HX4ri9Kf0b9EeU/vX5I0r/7vxfqW3Xs47H6xcXjuPHVIU3pWYNKb2Ax5g6XmNMr8lD3lj4if3vwhz78f5PPzOxxU+CXpIrE/SKXJmgF+REwvn6eskjPtQEvR5XJujluCph3/Q9lvj6lsa0/f9f+8nyeACdcVHznXFR851xUfOdIY8IdMZFzXfGRQGdUbH5zqiYa2fUBNfOqAmunVETXDujJrh2Rk1w7QwJx3xnlH9chzRfGg2bbo2GTddGw6Z7o2D7MV8cDZtujobNV8eTm+6OJ+dZHs8Iz/Z4RnjWxzPCsz+eEZ4F8ozwbJAScQakQnIOSIVcGFAhFwZUyIUBFZJzp7B+380LAyrkwpAKqRxQIZXzrZAa4VshNcK3QmqEb4XUCN8KqRGuFbI9tghUyCYFm6+Qis1XSMXmK6Ri8xWySegU1q+7WbH5CqkYUCGNm6+QxrlWSItwrZAW4VohLcK1QlqEa4W0CN8KkaNzkPi1QsJxANePhs1XSMXmK6Ri8xVSMOAC0rD5CqkYUCGNm6+QxrlWSItwrZAW4VohLcK1QlqEa4W0CNcKCUdEbiH7VrD5CqnYfIVUbL5CKjZfIfsmncL6dTcrNl8hFQMqpHHzFdI41wppEa4V0iJcK6RFuFZIi3CtkBbhWiH7ljoHzt8rJCXknFoxoEIuDKiQCwMqJGXknFoxoEIuDKmQygEVUjnfCqkRvhVSI3wrpEb4VkiN8K2QGuFbIXlDzqlH3JBzasXmK6Ri8xVSsfkKKRhyTq3YfIVUDKiQxs1XSONcK6RFuFZIi3CtkBbhWiEtwrVCWoRrhRxxR86p574j59SKzVdIxeYrpGLzFXLuB3JOrdh8hVQMqJDGzVdI41wrpEW4VkiLcK2QFuFaIS3CtUJahGuFnHtEzqnXB5eBCqnYfIVUbL5CKjZfIdfHh4EKqdh8hVQMqJDGzVdI41wrpEW4VkiLcK2QFuFaIS3CtUJahGuFxEdCzqlREnJOrRhQIRcGVMiFARUiGTmnVgyokAtDKqRyQIVUzrdCaoRvhdQI3wqpEb4VUiN8K6RG+FZIeiDnVDkfyDm1YvMVUrH5CqnYfIXIuSHn1IrNV0jFgApp3HyFNM61QlqEa4W0CNcKaRGuFdIiXCukRbhWiJw7ck5NYUfOqRWbr5CKzVdIxeYrpGDIObVi8xVSMaBCGjdfIY1zrZAW4VohLcK1QlqEa4W0CNcKaRGuFZLCiZxTUz6Rc2rFgAq5MKBCLgyokByRc2rFgAq5MKRCKgdUSOV8K6RG+FZIjfCtkBrhWyE1wrdCaoRvheSEnFNz+QcQUCEVm6+Qis1XSMXmK6RgyDm1YvMVUjGgQho3XyGNc62QFuFaIS3CtUJahGuFtAjXCmkRrhWS5QGcU8PjeADn1IZNV0jDpiukYdMVUrANOKc2bLpCGjZfIU9uukKenGeFPCM8K+QZ4VkhzwjPCnlGeFbIM8KzQkpE7+P3v1bItiEf9m/YfIVUbL5CKjZfIduGfNi/YfMVUjGgQho3XyGNc62QFuFaIS3CtUJahGuFtAjXCmkRrhWybciH/cOWTuCc2jCgQi4MqJALAyokncA5tWFAhVwYUiGVAyqkcr4VUiN8K6RG+FZIjfCtkBrhWyE1wrdCkgDn1BBOAc6pDZuvkIrNV0jF5isknAk4pzZsvkIqBlRI4+YrpHGuFdIiXCukRbhWSItwrZAW4VohLcK1QkLsffvgrxWy78hXHTZsvkIqNl8hFZuvkIIB59SGzVdIxYAKadx8hTTOtUJahGuFtAjXCmkRrhXSIlwrpEW4Vsi+I198GMqUIufUis1XSMXmK6Ri8xVyPHbknFqx+QqpGFAhjZuvkMa5VkiLcK2QFuFaIS3CtUJahGuFtAjXCjkeB3JOPeRAzqkVAyrkwoAKuTCgQuREzqkVAyrkwpAKqRxQIZXzrZAa4VshNcK3QmqEb4XUCN8KqRG+FSKCnFPPQ5BzasXmK6Ri8xVSsfkKKRhyTq3YfIVUDKiQxs1XSONcK6RFuFZIi3CtkBbhWiEtwrVCWoRrhZxHRs6pccvIObVi8xVSsfkKqdh8hcTwQM6pFZuvkIoBFdK4+QppnGuFtAjXCmkRrhXSIlwrpEW4VkiLcK2QGAJyTo05IOfUigEVcmFAhVwYUCE5IOfUigEVcmFIhVQOqJDK+VZIjfCtkBrhWyE1wrdCaoRvhdQI3wrJB3JOlXgg59SKzVdIxeYrpGLzFSLxRM6pFZuvkIoBFdK4+QppnGuFtAjXCmkRrhXSIlwrpEW4VkiLcK0QiRE5p6Y9IufUis1XSMXmK6Ri8xWSdkHOqRWbr5CKARXSuPkKaZxrhbQI1wppEa4V0iJcK6RFuFZIi3CtkLT3fhzq1wrJD+SnqBo2XyEVm6+Qis1XSMGQc2rF5iukYkCFNG6+QhrnWiEtwrVCWoRrhbQI1wppEa4V0iJcKyRvyE9RhZyQn6JqGFAhCfkpqoYBFZKQn6JqGFAhCfopqicHVEjy/imqZ4RvhSTvn6J6RvhWSPL+KapnhG+FJOSnqPbHifwUVcOmK6Rh0xXSsOkKuTDgnNqw6Qpp2HyFPLnpCnlynhXyjPCskGeEZ4U8Izwr5BnhWSHPCM8KKRHIT1HtW0B+iqph8xVSsfkKqdh8hWwB+Smqhs1XSMWACmncfIU0zrVCWoRrhbQI1wppEa4V0iJcK6RFuFbIFpCfotq3U/J/1P958+t1bdsnLO5PKp2d5TzSEzu383/D8ob01YUBfXVhQF9dGNBXZ86dBjkf55OL+48mSI2L2wa8AbH3L8Lf34AYoDfgwoA34MKAN+DCgDcghvk34L///T94UqP3"
-    ],
-    "fileMap": {
-      "1": {
-        "source": "contract PrivateToken {\n    use dep::std::option::Option;\n    use dep::value_note::{\n        balance_utils,\n        utils::{increment, decrement},\n        value_note::{VALUE_NOTE_LEN, ValueNote, ValueNoteMethods},\n    };\n    use dep::aztec::{\n        context::{PrivateContext, PublicContext, Context},\n        note::{\n            note_header::NoteHeader,\n            utils as note_utils,\n        },\n        state_vars::{map::Map, set::Set},\n    };\n\n    struct Storage {\n        // maps an aztec address to its balance\n        balances: Map<Set<ValueNote, VALUE_NOTE_LEN>>,\n    }\n\n    impl Storage {\n        fn init(context: Context) -> pub Self {\n            Storage {\n                balances: Map::new(\n                    context,\n                    1, // Storage slot\n                    |context, slot| {\n                        Set::new(context, slot, ValueNoteMethods)\n                    },\n                ),\n            }\n        }\n    }\n\n    // Constructs the contract and sets `initial_supply` which is fully owned by `owner`.\n    #[aztec(private)]\n    fn constructor(\n        initial_supply: Field, \n        owner: Field\n    )  {\n        \n        // Insert new note to a set of user notes and emit the newly created encrypted note preimage via oracle call.\n        let owner_balance = storage.balances.at(owner);\n        if (initial_supply != 0) {\n            increment(owner_balance, initial_supply, owner);\n        }\n    }\n\n    // Mints `amount` of tokens to `owner`.\n    #[aztec(private)]\n    fn mint(\n        amount: Field, \n        owner: Field\n    )  {\n        \n\n        // Insert new note to a set of user notes and emit the newly created encrypted note preimage via oracle call.\n        let owner_balance = storage.balances.at(owner);\n        increment(owner_balance, amount, owner);\n    }\n\n    // Transfers `amount` of tokens from msg_sender to a `recipient`.\n    #[aztec(private)]\n    fn transfer(\n        amount: Field, \n        recipient: Field,\n    )  {\n        \n        let sender = context.msg_sender();\n\n        // Pick from the set of sender's notes to spend amount.\n        let sender_balance = storage.balances.at(sender);\n        decrement(sender_balance, amount, sender);\n\n        // Creates new note for the recipient.\n        let recipient_balance = storage.balances.at(recipient);\n        increment(recipient_balance, amount, recipient);\n    }\n\n    // Helper function to get the balance of a user (\"unconstrained\" is a Noir alternative of Solidity's \"view\" function).\n    unconstrained fn getBalance(\n        owner: Field,\n    ) -> Field {\n        \n\n        // Get the set of notes owned by the user.\n        let owner_balance = storage.balances.at(owner);\n\n        // Return the sum of all notes in the set.\n        balance_utils::get_balance(owner_balance)\n    }\n\n    // Computes note hash and nullifier.\n    // Note 1: Needs to be defined by every contract producing logs.\n    // Note 2: Having it in all the contracts gives us the ability to compute the note hash and nullifier differently for different kind of notes.\n    unconstrained fn compute_note_hash_and_nullifier(contract_address: Field, nonce: Field, storage_slot: Field, preimage: [Field; VALUE_NOTE_LEN]) -> [Field; 4] {\n        let note_header = NoteHeader::new(contract_address, nonce, storage_slot);\n        note_utils::compute_note_hash_and_nullifier(ValueNoteMethods, note_header, preimage)\n    }\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/boxes/private-token/src/contracts/src/main"
-      },
-      "4": {
-        "source": "mod poseidon;\n\n#[foreign(sha256)]\nfn sha256<N>(_input : [u8; N]) -> [u8; 32] {}\n\n#[foreign(blake2s)]\nfn blake2s<N>(_input : [u8; N]) -> [u8; 32] {}\n\nfn pedersen<N>(input : [Field; N]) -> [Field; 2] {\n    pedersen_with_separator(input, 0)\n}\n\n#[foreign(pedersen)]\nfn pedersen_with_separator<N>(_input : [Field; N], _separator : u32) -> [Field; 2] {}\n\n#[foreign(hash_to_field_128_security)]\nfn hash_to_field<N>(_input : [Field; N]) -> Field {}\n\n#[foreign(keccak256)]\nfn keccak256<N>(_input : [u8; N], _message_size: u32) -> [u8; 32] {}\n\n// mimc-p/p implementation\n// constants are (publicly generated) random numbers, for instance using keccak as a ROM.\n// You must use constants generated for the native field\n// Rounds number should be ~ log(p)/log(exp)\n// For 254 bit primes, exponent 7 and 91 rounds seems to be recommended\nfn mimc<N>(x: Field, k: Field, constants: [Field; N], exp : Field) -> Field {\n    //round 0\n    let mut t = x + k;\n    let mut h = t.pow_32(exp);\n    //next rounds\n    for i in 1 .. constants.len() {\n        t = h + k + constants[i];\n        h = t.pow_32(exp);\n    };\n    h + k\n}\n\nglobal MIMC_BN254_ROUNDS = 91;\n\n//mimc implementation with hardcoded parameters for BN254 curve.\nfn mimc_bn254<N>(array: [Field; N]) -> Field {\n    //mimc parameters\n    let exponent = 7;\n    //generated from seed \"mimc\" using keccak256 \n    let constants: [Field; MIMC_BN254_ROUNDS] = [\n        0, \n        20888961410941983456478427210666206549300505294776164667214940546594746570981,\n        15265126113435022738560151911929040668591755459209400716467504685752745317193,\n        8334177627492981984476504167502758309043212251641796197711684499645635709656,\n        1374324219480165500871639364801692115397519265181803854177629327624133579404,\n        11442588683664344394633565859260176446561886575962616332903193988751292992472,\n        2558901189096558760448896669327086721003508630712968559048179091037845349145,\n        11189978595292752354820141775598510151189959177917284797737745690127318076389,\n        3262966573163560839685415914157855077211340576201936620532175028036746741754,\n        17029914891543225301403832095880481731551830725367286980611178737703889171730,\n        4614037031668406927330683909387957156531244689520944789503628527855167665518,\n        19647356996769918391113967168615123299113119185942498194367262335168397100658,\n        5040699236106090655289931820723926657076483236860546282406111821875672148900,\n        2632385916954580941368956176626336146806721642583847728103570779270161510514,\n        17691411851977575435597871505860208507285462834710151833948561098560743654671,\n        11482807709115676646560379017491661435505951727793345550942389701970904563183,\n        8360838254132998143349158726141014535383109403565779450210746881879715734773,\n        12663821244032248511491386323242575231591777785787269938928497649288048289525,\n        3067001377342968891237590775929219083706800062321980129409398033259904188058,\n        8536471869378957766675292398190944925664113548202769136103887479787957959589,\n        19825444354178182240559170937204690272111734703605805530888940813160705385792,\n        16703465144013840124940690347975638755097486902749048533167980887413919317592,\n        13061236261277650370863439564453267964462486225679643020432589226741411380501,\n        10864774797625152707517901967943775867717907803542223029967000416969007792571,\n        10035653564014594269791753415727486340557376923045841607746250017541686319774,\n        3446968588058668564420958894889124905706353937375068998436129414772610003289,\n        4653317306466493184743870159523234588955994456998076243468148492375236846006,\n        8486711143589723036499933521576871883500223198263343024003617825616410932026,\n        250710584458582618659378487568129931785810765264752039738223488321597070280,\n        2104159799604932521291371026105311735948154964200596636974609406977292675173,\n        16313562605837709339799839901240652934758303521543693857533755376563489378839,\n        6032365105133504724925793806318578936233045029919447519826248813478479197288,\n        14025118133847866722315446277964222215118620050302054655768867040006542798474,\n        7400123822125662712777833064081316757896757785777291653271747396958201309118,\n        1744432620323851751204287974553233986555641872755053103823939564833813704825,\n        8316378125659383262515151597439205374263247719876250938893842106722210729522,\n        6739722627047123650704294650168547689199576889424317598327664349670094847386,\n        21211457866117465531949733809706514799713333930924902519246949506964470524162,\n        13718112532745211817410303291774369209520657938741992779396229864894885156527,\n        5264534817993325015357427094323255342713527811596856940387954546330728068658,\n        18884137497114307927425084003812022333609937761793387700010402412840002189451,\n        5148596049900083984813839872929010525572543381981952060869301611018636120248,\n        19799686398774806587970184652860783461860993790013219899147141137827718662674,\n        19240878651604412704364448729659032944342952609050243268894572835672205984837,\n        10546185249390392695582524554167530669949955276893453512788278945742408153192,\n        5507959600969845538113649209272736011390582494851145043668969080335346810411,\n        18177751737739153338153217698774510185696788019377850245260475034576050820091,\n        19603444733183990109492724100282114612026332366576932662794133334264283907557,\n        10548274686824425401349248282213580046351514091431715597441736281987273193140,\n        1823201861560942974198127384034483127920205835821334101215923769688644479957,\n        11867589662193422187545516240823411225342068709600734253659804646934346124945,\n        18718569356736340558616379408444812528964066420519677106145092918482774343613,\n        10530777752259630125564678480897857853807637120039176813174150229243735996839,\n        20486583726592018813337145844457018474256372770211860618687961310422228379031,\n        12690713110714036569415168795200156516217175005650145422920562694422306200486,\n        17386427286863519095301372413760745749282643730629659997153085139065756667205,\n        2216432659854733047132347621569505613620980842043977268828076165669557467682,\n        6309765381643925252238633914530877025934201680691496500372265330505506717193,\n        20806323192073945401862788605803131761175139076694468214027227878952047793390,\n        4037040458505567977365391535756875199663510397600316887746139396052445718861,\n        19948974083684238245321361840704327952464170097132407924861169241740046562673,\n        845322671528508199439318170916419179535949348988022948153107378280175750024,\n        16222384601744433420585982239113457177459602187868460608565289920306145389382,\n        10232118865851112229330353999139005145127746617219324244541194256766741433339,\n        6699067738555349409504843460654299019000594109597429103342076743347235369120,\n        6220784880752427143725783746407285094967584864656399181815603544365010379208,\n        6129250029437675212264306655559561251995722990149771051304736001195288083309,\n        10773245783118750721454994239248013870822765715268323522295722350908043393604,\n        4490242021765793917495398271905043433053432245571325177153467194570741607167,\n        19596995117319480189066041930051006586888908165330319666010398892494684778526,\n        837850695495734270707668553360118467905109360511302468085569220634750561083,\n        11803922811376367215191737026157445294481406304781326649717082177394185903907,\n        10201298324909697255105265958780781450978049256931478989759448189112393506592,\n        13564695482314888817576351063608519127702411536552857463682060761575100923924,\n        9262808208636973454201420823766139682381973240743541030659775288508921362724,\n        173271062536305557219323722062711383294158572562695717740068656098441040230,\n        18120430890549410286417591505529104700901943324772175772035648111937818237369,\n        20484495168135072493552514219686101965206843697794133766912991150184337935627,\n        19155651295705203459475805213866664350848604323501251939850063308319753686505,\n        11971299749478202793661982361798418342615500543489781306376058267926437157297,\n        18285310723116790056148596536349375622245669010373674803854111592441823052978,\n        7069216248902547653615508023941692395371990416048967468982099270925308100727,\n        6465151453746412132599596984628739550147379072443683076388208843341824127379,\n        16143532858389170960690347742477978826830511669766530042104134302796355145785,\n        19362583304414853660976404410208489566967618125972377176980367224623492419647,\n        1702213613534733786921602839210290505213503664731919006932367875629005980493,\n        10781825404476535814285389902565833897646945212027592373510689209734812292327,\n        4212716923652881254737947578600828255798948993302968210248673545442808456151,\n        7594017890037021425366623750593200398174488805473151513558919864633711506220,\n        18979889247746272055963929241596362599320706910852082477600815822482192194401,\n        13602139229813231349386885113156901793661719180900395818909719758150455500533,\n    ];\n\n    let mut r = 0;\n    for elem in array {\n        let h = mimc(elem, r, constants, exponent);\n        r = r + elem + h;\n    }\n    r\n}\n",
-        "path": "std/hash"
-      },
-      "16": {
-        "source": "struct GrumpkinScalar {\n    low: Field,\n    high: Field,\n}\n\nimpl GrumpkinScalar {\n    fn new(low: Field, high: Field) -> Self {\n        // TODO: check that the low and high value fit within the grumpkin modulus\n        GrumpkinScalar { low, high }\n    }\n}\n\nglobal GRUMPKIN_SCALAR_SERIALIZED_LEN: Field = 2;\n\nfn deserialize_grumpkin_scalar(fields: [Field; GRUMPKIN_SCALAR_SERIALIZED_LEN]) -> GrumpkinScalar {\n    GrumpkinScalar { low: fields[0], high: fields[1] }\n}\n\nfn serialize_grumpkin_scalar(scalar: GrumpkinScalar) -> [Field; GRUMPKIN_SCALAR_SERIALIZED_LEN] {\n    [scalar.low, scalar.high]\n}\n",
-        "path": "std/grumpkin_scalar"
-      },
-      "17": {
-        "source": "use crate::grumpkin_scalar::GrumpkinScalar;\nuse crate::scalar_mul::fixed_base_embedded_curve;\n\nfn grumpkin_fixed_base(scalar: GrumpkinScalar) -> [Field; 2] {\n    // TODO: this should use both the low and high limbs to do the scalar multiplication\n    fixed_base_embedded_curve(scalar.low, scalar.high)\n}\n",
-        "path": "std/grumpkin_scalar_mul"
-      },
-      "34": {
-        "source": "use crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    MAX_READ_REQUESTS_PER_CALL,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    GENERATOR_INDEX__FUNCTION_ARGS,\n    HISTORIC_BLOCK_DATA_LENGTH,\n    CONTRACT_DEPLOYMENT_DATA_LENGTH,\n    CALL_CONTEXT_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH,\n    CONTRACT_STORAGE_READ_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__FUNCTION_DATA,\n    GENERATOR_INDEX__PUBLIC_DATA_READ,\n    GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST,\n    GENERATOR_INDEX__CALL_CONTEXT,\n    GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA,\n};\n\nuse crate::oracle::debug_log;\nuse crate::types::vec::BoundedVec;\nuse crate::types::point::Point;\n\n\n// docs:start:private-global-variables\nstruct PrivateGlobalVariables {\n    chain_id: Field,\n    version: Field,\n}\n// docs:end:private-global-variables\n\nimpl PrivateGlobalVariables {\n    fn serialize(self) -> [Field; 2] {\n        [self.chain_id, self.version]\n    }\n}\n\n// docs:start:public-global-variables\nstruct PublicGlobalVariables {\n    chain_id: Field,\n    version: Field,\n    block_number: Field,\n    timestamp: Field,\n}\n// docs:end:public-global-variables\n\nimpl PublicGlobalVariables {\n    fn serialize(self) -> [Field; 4] {\n        [self.chain_id, self.version, self.block_number, self.timestamp]\n    }\n}\n\n// docs:start:contract-deployment-data\nstruct ContractDeploymentData {\n    deployer_public_key: Point,\n    constructor_vk_hash : Field,\n    function_tree_root : Field,\n    contract_address_salt : Field,\n    portal_contract_address : Field,\n}\n// docs:end:contract-deployment-data\n\nimpl ContractDeploymentData {\n    fn serialize(self) -> [Field; CONTRACT_DEPLOYMENT_DATA_LENGTH] {\n        [\n            self.deployer_public_key.x,\n            self.deployer_public_key.y,\n            self.constructor_vk_hash,\n            self.function_tree_root,\n            self.contract_address_salt,\n            self.portal_contract_address,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA)[0]\n    }\n}\n\n// PrivateContextInputs are expected to be provided to each private function\n// docs:start:private-context-inputs\nstruct PrivateContextInputs {\n    call_context : CallContext,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    private_global_variables: PrivateGlobalVariables,\n}\n// docs:end:private-context-inputs\n\n// PublicContextInputs are expected to be provided to each public function\n// docs:start:public-context-inputs\nstruct PublicContextInputs {\n    call_context: CallContext,\n    block_data: HistoricBlockData,\n\n    public_global_variables: PublicGlobalVariables,\n}\n// docs:end:public-context-inputs\n\n// docs:start:call-context\nstruct CallContext {\n    msg_sender : Field,\n    storage_contract_address : Field,\n    portal_contract_address : Field,\n    function_selector: Field,\n\n    is_delegate_call : bool,\n    is_static_call : bool,\n    is_contract_deployment: bool,\n}\n// docs:end:call-context\n\nimpl CallContext {\n    fn serialize(self) -> [Field; CALL_CONTEXT_LENGTH] {\n        [\n            self.msg_sender,\n            self.storage_contract_address,\n            self.portal_contract_address,\n            self.function_selector,\n            self.is_delegate_call as Field,\n            self.is_static_call as Field,\n            self.is_contract_deployment as Field,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CALL_CONTEXT)[0]\n    }\n}\n\n// docs:start:historic-block-data\nstruct HistoricBlockData {\n    private_data_tree_root : Field,\n    nullifier_tree_root : Field,\n    contract_tree_root : Field,\n    l1_to_l2_messages_tree_root : Field,\n    blocks_tree_root: Field,\n    public_data_tree_root: Field,\n    global_variables_hash: Field,\n}\n// docs:end:historic-block-data\n\nimpl HistoricBlockData {\n    // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`\n    fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {\n        [\n            self.private_data_tree_root,\n            self.nullifier_tree_root,\n            self.contract_tree_root,\n            self.l1_to_l2_messages_tree_root,\n            self.blocks_tree_root,\n            self.public_data_tree_root,\n            self.global_variables_hash,\n        ]\n    }\n\n    fn empty() -> Self {\n        Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }\n    }\n}\n\nstruct FunctionData {\n    function_selector: Field,\n    is_internal: bool,\n    is_private: bool,\n    is_constructor: bool,\n}\n\nimpl FunctionData {\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.function_selector,\n            self.is_internal as Field,\n            self.is_private as Field,\n            self.is_constructor as Field,\n        ], GENERATOR_INDEX__FUNCTION_DATA)[0]\n    }\n}\n\nstruct PrivateCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    read_requests: [Field; crate::abi::MAX_READ_REQUESTS_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    nullified_commitments: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    private_call_stack: [Field; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_l2_to_l1_msgs: [Field; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    // Explore introducing a new type like uint256 (similar to Point), so it's more explicit that\n    // we're talking about a single number backed by two field elements.\n    encrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    encrypted_log_preimages_length: Field,\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    chain_id: Field,\n    version: Field,\n}\n\nimpl PrivateCircuitPublicInputs {\n    fn hash(self) -> Field {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0); \n        fields.push(self.call_context.hash());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.nullified_commitments);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.contract_deployment_data.hash());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n\n        dep::std::hash::pedersen_with_separator(fields.storage, GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push_array(self.contract_deployment_data.serialize());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n        fields.storage\n    }\n}\n\nstruct ContractStorageRead {\n    storage_slot: Field,\n    value: Field,\n}\n\nimpl ContractStorageRead {\n    fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {\n        [self.storage_slot, self.value]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]\n    }\n\n    fn empty() -> Self {\n        Self { storage_slot: 0, value: 0 }\n    }\n}\n\nstruct ContractStorageUpdateRequest {\n    storage_slot: Field,\n    old_value: Field,\n    new_value: Field,\n}\n\nimpl ContractStorageUpdateRequest {\n    fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {\n        [self.storage_slot, self.old_value, self.new_value]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]\n    }\n\n    fn empty() -> Self {\n        Self { storage_slot: 0, old_value: 0, new_value: 0 }\n    }\n}\n\n\nstruct PublicCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    contract_storage_update_requests: [ContractStorageUpdateRequest; MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n    contract_storage_read: [ContractStorageRead; MAX_PUBLIC_DATA_READS_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; crate::abi::MAX_NEW_NULLIFIERS_PER_CALL],\n    new_l2_to_l1_msgs: [Field; crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    prover_address: Field,\n\n    // TODO: include globals in here and check them elsewhere\n    // https://github.com/AztecProtocol/aztec-packages/issues/1567\n}\n\nimpl PublicCircuitPublicInputs {\n    \n    fn hash(self) -> Field {\n        let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);\n        inputs.push(self.call_context.hash());\n        inputs.push(self.args_hash);\n        inputs.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            inputs.push(self.contract_storage_update_requests[i].hash());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            inputs.push(self.contract_storage_read[i].hash());\n        }\n        inputs.push_array(self.public_call_stack);\n        inputs.push_array(self.new_commitments);\n        inputs.push_array(self.new_nullifiers);\n        inputs.push_array(self.new_l2_to_l1_msgs);\n\n        // We do not include block_data since it's not in the cpp hash\n\n        inputs.push_array(self.unencrypted_logs_hash);\n        inputs.push(self.unencrypted_log_preimages_length);\n        inputs.push_array(self.block_data.serialize()); // see https://github.com/AztecProtocol/aztec-packages/issues/1473\n        inputs.push(self.prover_address);\n\n        dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());   \n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            fields.push_array(self.contract_storage_update_requests[i].serialize());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            fields.push_array(self.contract_storage_read[i].serialize());\n        }\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.prover_address);\n        fields.storage\n    }\n}\n\nstruct Hasher {\n    fields: [Field],\n}\n\nimpl Hasher {\n    fn new()-> Self {\n        Self { fields: [] }\n    }\n\n    fn add(&mut self, field: Field) {\n        self.fields = self.fields.push_back(field);\n    }\n\n    fn add_multiple<N>(&mut self, fields: [Field; N]) {\n        for i in 0..N {\n            self.fields = self.fields.push_back(fields[i]);\n        }\n    }\n\n    fn hash(self) -> Field {\n        hash_args(self.fields)\n    }\n}\n\nglobal ARGS_HASH_CHUNK_LENGTH: u32 = 32;\nglobal ARGS_HASH_CHUNK_COUNT: u32 = 16;\n\nfn hash_args<N>(args: [Field; N]) -> Field {\n    if args.len() == 0 {\n        0\n    } else {\n        let mut chunks_hashes = [0; ARGS_HASH_CHUNK_COUNT];\n        for i in 0..ARGS_HASH_CHUNK_COUNT {\n            let mut chunk_hash = 0;\n            let start_chunk_index = i * ARGS_HASH_CHUNK_LENGTH;\n            if start_chunk_index < (args.len() as u32) {\n                let mut chunk_args = [0; ARGS_HASH_CHUNK_LENGTH];\n                for j in 0..ARGS_HASH_CHUNK_LENGTH {\n                    let item_index = i * ARGS_HASH_CHUNK_LENGTH + j;\n                    if item_index < (args.len() as u32) {\n                        chunk_args[j] = args[item_index];\n                    }\n                }\n                chunk_hash = dep::std::hash::pedersen_with_separator(chunk_args, GENERATOR_INDEX__FUNCTION_ARGS)[0];\n            }\n            chunks_hashes[i] = chunk_hash;\n        }\n        dep::std::hash::pedersen_with_separator(chunks_hashes, GENERATOR_INDEX__FUNCTION_ARGS)[0]\n    }\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/abi"
-      },
-      "36": {
-        "source": "use dep::std::hash;\nuse crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;\n\nfn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {\n  hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/address"
-      },
-      "39": {
-        "source": "use crate::constants_gen::{\n    EMPTY_NULLIFIED_COMMITMENT,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_READ_REQUESTS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    RETURN_VALUES_LENGTH,\n};\n\nuse crate::abi;\n\nuse crate::abi::{\n    hash_args,\n    CallContext,\n    ContractDeploymentData,\n    HistoricBlockData,\n    FunctionData,\n    PrivateCircuitPublicInputs,\n    PublicCircuitPublicInputs,\n};\n\n// TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n// use dep::std::collections::vec::Vec;\n\n// l1 to l2 messaging\nuse crate::messaging::process_l1_to_l2_message;\nuse crate::private_call_stack_item::PrivateCallStackItem;\nuse crate::public_call_stack_item::PublicCallStackItem;\n\nuse crate::types::{\n    vec::BoundedVec,\n    point::Point,\n};\n\nuse crate::utils::arr_copy_slice;\n\nuse crate::oracle::{\n    arguments,\n    call_private_function::call_private_function_internal,\n    public_call::call_public_function_internal,\n    enqueue_public_function_call::enqueue_public_function_call_internal,\n    context::get_portal_address,\n};\n\nuse dep::std::option::Option;\n\n// When finished, one can call .finish() to convert back to the abi\nstruct PrivateContext {\n    // docs:start:private-context\n    inputs: abi::PrivateContextInputs,\n\n    args_hash : Field,\n    return_values : BoundedVec<Field, RETURN_VALUES_LENGTH>,\n\n    read_requests: BoundedVec<Field, MAX_READ_REQUESTS_PER_CALL>,\n\n    new_commitments: BoundedVec<Field, MAX_NEW_COMMITMENTS_PER_CALL>,\n    new_nullifiers: BoundedVec<Field, MAX_NEW_NULLIFIERS_PER_CALL>,\n    nullified_commitments: BoundedVec<Field, MAX_NEW_NULLIFIERS_PER_CALL>,\n\n    private_call_stack : BoundedVec<Field, MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL>,\n    public_call_stack : BoundedVec<Field, MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL>,\n    new_l2_to_l1_msgs : BoundedVec<Field, MAX_NEW_L2_TO_L1_MSGS_PER_CALL>,\n    // docs:end:private-context\n\n    block_data: HistoricBlockData,\n\n    // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    // encrypted_logs_preimages: Vec<Field>,\n    // unencrypted_logs_preimages: Vec<Field>,\n}\n\nimpl PrivateContext {\n    fn new(inputs: abi::PrivateContextInputs, args_hash: Field) -> PrivateContext {\n        PrivateContext {\n            inputs: inputs,\n\n            args_hash: args_hash,\n            return_values: BoundedVec::new(0),\n\n            read_requests: BoundedVec::new(0),\n\n            new_commitments: BoundedVec::new(0),\n            new_nullifiers: BoundedVec::new(0),\n            nullified_commitments: BoundedVec::new(0),\n\n            block_data: inputs.block_data,\n\n            private_call_stack: BoundedVec::new(0),\n            public_call_stack: BoundedVec::new(0),\n            new_l2_to_l1_msgs: BoundedVec::new(0),\n\n            // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n            // encrypted_logs_preimages: Vec::new(),\n            // unencrypted_logs_preimages: Vec::new(),\n        }\n    }\n\n    fn msg_sender(self) -> Field {\n        self.inputs.call_context.msg_sender\n    }\n\n    fn this_address(self) -> Field {\n        self.inputs.call_context.storage_contract_address\n    }\n\n    fn this_portal_address(self) -> Field {\n        self.inputs.call_context.portal_contract_address\n    }\n\n    fn chain_id(self) -> Field {\n        self.inputs.private_global_variables.chain_id\n    }\n\n    fn version(self) -> Field {\n        self.inputs.private_global_variables.version\n    }\n\n    fn selector(self) -> Field {\n        self.inputs.call_context.function_selector\n    }\n\n    fn finish(self) -> abi::PrivateCircuitPublicInputs {\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n        let encrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];\n        let unencrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];\n        let encrypted_log_preimages_length = 0;\n        let unencrypted_log_preimages_length = 0;\n\n        let priv_circuit_pub_inputs = abi::PrivateCircuitPublicInputs {\n            call_context: self.inputs.call_context,\n            args_hash: self.args_hash,\n            return_values: self.return_values.storage,\n            read_requests: self.read_requests.storage,\n            new_commitments: self.new_commitments.storage,\n            new_nullifiers: self.new_nullifiers.storage,\n            nullified_commitments: self.nullified_commitments.storage,\n            private_call_stack: self.private_call_stack.storage,\n            public_call_stack: self.public_call_stack.storage,\n            new_l2_to_l1_msgs: self.new_l2_to_l1_msgs.storage,\n            encrypted_logs_hash: encrypted_logs_hash,\n            unencrypted_logs_hash: unencrypted_logs_hash,\n            encrypted_log_preimages_length: encrypted_log_preimages_length,\n            unencrypted_log_preimages_length: unencrypted_log_preimages_length,\n            block_data: self.block_data,\n            contract_deployment_data: self.inputs.contract_deployment_data,\n            chain_id: self.inputs.private_global_variables.chain_id,\n            version: self.inputs.private_global_variables.version,\n        };\n        priv_circuit_pub_inputs\n    }\n\n    fn push_read_request(&mut self, read_request: Field) {\n        self.read_requests.push(read_request);\n    }\n\n    fn push_new_note_hash(&mut self, note_hash: Field) {\n        self.new_commitments.push(note_hash);\n    }\n\n    // We never push a zero nullified_commitment as zero is used to indicate the end\n    // of a field array in private kernel. This routine transparently replaces a\n    // zero value into the special placeholder: EMPTY_NULLIFIED_COMMITMENT.\n    fn push_new_nullifier(&mut self, nullifier: Field, nullified_commitment: Field) {\n        self.new_nullifiers.push(nullifier);\n        let mut non_zero_nullified = nullified_commitment;\n        if (non_zero_nullified == 0) {\n            non_zero_nullified = EMPTY_NULLIFIED_COMMITMENT;\n        }\n        self.nullified_commitments.push(non_zero_nullified);\n    }\n\n    // docs:start:context_message_portal\n    fn message_portal(&mut self, content: Field) \n    // docs:end:context_message_portal\n    {\n        self.new_l2_to_l1_msgs.push(content);\n    }\n\n    // PrivateContextInputs must be temporarily passed in to prevent too many unknowns\n    // Note this returns self to get around an issue where mutable structs do not maintain mutations unless reassigned\n    // docs:start:context_consume_l1_to_l2_message\n    // docs:start:consume_l1_to_l2_message\n    fn consume_l1_to_l2_message(\n        &mut self,\n        msg_key: Field,\n        content: Field,\n        secret: Field\n    ) \n    // docs:end:context_consume_l1_to_l2_message\n    {\n        let nullifier = process_l1_to_l2_message(self.block_data.l1_to_l2_messages_tree_root, self.this_address(), msg_key, content, secret);\n\n        // Push nullifier (and the \"commitment\" corresponding to this can be \"empty\")\n        self.push_new_nullifier(nullifier, EMPTY_NULLIFIED_COMMITMENT)\n    }\n    // docs:end:consume_l1_to_l2_message\n\n    fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {\n        let _void1 = self.inputs;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    fn accumulate_unencrypted_logs<T>(&mut self, log: T) {\n        let _void1 = self.inputs;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    fn call_private_function<ARGS_COUNT>(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field, \n        args: [Field; ARGS_COUNT]\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        let args_hash = hash_args(args);\n        assert(args_hash == arguments::pack_arguments(args));\n        self.call_private_function_with_packed_args(contract_address, function_selector, args_hash)\n    }\n\n    fn call_private_function_no_args(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field, \n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        self.call_private_function_with_packed_args(contract_address, function_selector, 0)\n    }\n\n    fn call_private_function_with_packed_args(\n        &mut self,\n        contract_address: Field,\n        function_selector: Field,\n        args_hash: Field\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        let fields = call_private_function_internal(\n            contract_address, \n            function_selector, \n            args_hash\n        );\n        let item = PrivateCallStackItem {\n            contract_address: fields[0],\n            function_data: FunctionData {\n                function_selector: fields[1],\n                is_internal: fields[2] as bool,\n                is_private: fields[3] as bool,\n                is_constructor: fields[4] as bool,\n            },\n            public_inputs: PrivateCircuitPublicInputs {\n                call_context: CallContext {\n                    msg_sender : fields[5],\n                    storage_contract_address : fields[6],\n                    portal_contract_address : fields[7],\n                    function_selector: fields[8], // practically same as fields[1]\n                    is_delegate_call : fields[9] as bool,\n                    is_static_call : fields[10] as bool,\n                    is_contract_deployment: fields[11] as bool,\n                },\n                // TODO handle the offsets as a variable incremented during extraction?\n                args_hash: fields[12],\n                return_values: arr_copy_slice(fields, [0; RETURN_VALUES_LENGTH], 13),\n                read_requests: arr_copy_slice(fields, [0; MAX_READ_REQUESTS_PER_CALL], 17),\n                new_commitments: arr_copy_slice(fields, [0; MAX_NEW_COMMITMENTS_PER_CALL], 49),\n                new_nullifiers: arr_copy_slice(fields, [0; MAX_NEW_NULLIFIERS_PER_CALL], 65),\n                nullified_commitments: arr_copy_slice(fields, [0; MAX_NEW_NULLIFIERS_PER_CALL], 81),\n                private_call_stack: arr_copy_slice(fields, [0; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL], 97),\n                public_call_stack: arr_copy_slice(fields, [0; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL], 101),\n                new_l2_to_l1_msgs: arr_copy_slice(fields, [0; MAX_NEW_L2_TO_L1_MSGS_PER_CALL], 105),\n                encrypted_logs_hash: arr_copy_slice(fields, [0; NUM_FIELDS_PER_SHA256], 107),\n                unencrypted_logs_hash: arr_copy_slice(fields, [0; NUM_FIELDS_PER_SHA256], 109),\n                encrypted_log_preimages_length: fields[111],\n                unencrypted_log_preimages_length: fields[112],\n                block_data: HistoricBlockData {\n                    // Must match order in `private_circuit_public_inputs.hpp`\n                    private_data_tree_root : fields[113],\n                    nullifier_tree_root : fields[114],\n                    contract_tree_root : fields[115],\n                    l1_to_l2_messages_tree_root : fields[116],\n                    blocks_tree_root : fields[117],\n                    public_data_tree_root: fields[118],\n                    global_variables_hash: fields[119],\n                },\n                contract_deployment_data: ContractDeploymentData {\n                    deployer_public_key: Point::new(fields[120], fields[121]),\n                    constructor_vk_hash : fields[122],\n                    function_tree_root : fields[123],\n                    contract_address_salt : fields[124],\n                    portal_contract_address : fields[125],\n                },\n                chain_id: fields[126],\n                version: fields[127],\n            },\n            is_execution_request: fields[128] as bool,\n        };\n        assert(contract_address == item.contract_address);\n        assert(function_selector == item.function_data.function_selector);\n\n        assert(args_hash == item.public_inputs.args_hash);\n\n        assert(item.is_execution_request == false);\n\n        // Assert that the call context of the enqueued call generated by the oracle matches our request.\n        // We are issuing a regular call which is not delegate, static, or deployment. We also constrain\n        // the msg_sender in the nested call to be equal to our address, and the execution context address\n        // for the nested call to be equal to the address we actually called.\n        assert(item.public_inputs.call_context.is_delegate_call == false);\n        assert(item.public_inputs.call_context.is_static_call == false);\n        assert(item.public_inputs.call_context.is_contract_deployment == false);\n        assert(item.public_inputs.call_context.msg_sender == self.inputs.call_context.storage_contract_address);\n        assert(item.public_inputs.call_context.storage_contract_address == contract_address);\n\n        self.private_call_stack.push(item.hash());\n\n        item.public_inputs.return_values\n    }\n\n    fn call_public_function<ARGS_COUNT>(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field, \n        args: [Field; ARGS_COUNT]\n    ) {\n        let args_hash = hash_args(args);\n        assert(args_hash == arguments::pack_arguments(args));\n        self.call_public_function_with_packed_args(contract_address, function_selector, args_hash)\n    }\n\n    fn call_public_function_no_args(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field,\n    ) {\n        self.call_public_function_with_packed_args(contract_address, function_selector, 0)\n    }\n\n    fn call_public_function_with_packed_args(\n        &mut self,\n        contract_address: Field,\n        function_selector: Field,\n        args_hash: Field\n    ) {\n        let fields = enqueue_public_function_call_internal(\n            contract_address, \n            function_selector, \n            args_hash\n        );\n        let item = PublicCallStackItem {\n            contract_address: fields[0],\n            function_data: FunctionData {\n                function_selector: fields[1],\n                is_internal: fields[2] as bool,\n                is_private: fields[3] as bool,\n                is_constructor: fields[4] as bool,\n            },\n            public_inputs: PublicCircuitPublicInputs {\n                call_context: CallContext {\n                    msg_sender : fields[5],\n                    storage_contract_address : fields[6],\n                    portal_contract_address : fields[7],\n                    function_selector: fields[8], // practically same as fields[1]\n                    is_delegate_call : fields[9] as bool,\n                    is_static_call : fields[10] as bool,\n                    is_contract_deployment: fields[11] as bool,\n                },\n                args_hash: fields[12],\n                return_values: [0; RETURN_VALUES_LENGTH],\n                contract_storage_update_requests: [ContractStorageUpdateRequest::empty(); MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n                contract_storage_read: [ContractStorageRead::empty(); MAX_PUBLIC_DATA_READS_PER_CALL],\n                public_call_stack: [0; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n                new_commitments: [0; MAX_NEW_COMMITMENTS_PER_CALL],\n                new_nullifiers: [0; MAX_NEW_NULLIFIERS_PER_CALL],\n                new_l2_to_l1_msgs:[0; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n                unencrypted_logs_hash:[0; NUM_FIELDS_PER_SHA256],\n                unencrypted_log_preimages_length: 0,\n                block_data: HistoricBlockData::empty(),\n                prover_address: 0,\n            },\n            is_execution_request: true,\n        };\n\n        assert(contract_address == item.contract_address);\n        assert(function_selector == item.function_data.function_selector);\n        \n        assert(args_hash == item.public_inputs.args_hash);\n\n        // Assert that the call context of the enqueued call generated by the oracle matches our request.\n        // We are issuing a regular call which is not delegate, static, or deployment. We also constrain\n        // the msg_sender in the nested call to be equal to our address, and the execution context address\n        // for the nested call to be equal to the address we actually called.\n        assert(item.public_inputs.call_context.is_delegate_call == false);\n        assert(item.public_inputs.call_context.is_static_call == false);\n        assert(item.public_inputs.call_context.is_contract_deployment == false);\n        assert(item.public_inputs.call_context.msg_sender == self.inputs.call_context.storage_contract_address);\n        assert(item.public_inputs.call_context.storage_contract_address == contract_address);\n\n        self.public_call_stack.push(item.hash());\n    }\n}\n\nuse crate::abi::{\n    ContractStorageRead,\n    ContractStorageUpdateRequest\n};\n\nstruct PublicContext {\n    inputs: abi::PublicContextInputs,\n\n    args_hash : Field,\n    return_values : BoundedVec<Field, RETURN_VALUES_LENGTH>,\n\n    contract_storage_update_requests: BoundedVec<ContractStorageUpdateRequest, MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL>,\n    contract_storage_read: BoundedVec<ContractStorageRead, MAX_PUBLIC_DATA_READS_PER_CALL>,\n    public_call_stack: BoundedVec<Field, MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL>,\n\n    new_commitments: BoundedVec<Field, MAX_NEW_COMMITMENTS_PER_CALL>,\n    new_nullifiers: BoundedVec<Field, crate::abi::MAX_NEW_NULLIFIERS_PER_CALL>,\n\n    new_l2_to_l1_msgs: BoundedVec<Field, crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL>,\n\n    unencrypted_logs_hash: BoundedVec<Field, NUM_FIELDS_PER_SHA256>,\n    unencrypted_logs_preimages_length: Field,\n\n    block_data: HistoricBlockData,\n    prover_address: Field,\n}\n\nimpl PublicContext {\n    fn new(inputs: abi::PublicContextInputs, args_hash: Field) -> PublicContext {\n        let empty_storage_read = ContractStorageRead::empty();\n        let empty_storage_update = ContractStorageUpdateRequest::empty();\n        PublicContext {\n            inputs: inputs,\n\n            args_hash: args_hash,\n            return_values: BoundedVec::new(0),\n\n            contract_storage_update_requests: BoundedVec::new(empty_storage_update),\n            contract_storage_read: BoundedVec::new(empty_storage_read),\n            public_call_stack: BoundedVec::new(0),\n\n            new_commitments: BoundedVec::new(0),\n            new_nullifiers: BoundedVec::new(0),\n\n            new_l2_to_l1_msgs: BoundedVec::new(0),\n\n            \n            unencrypted_logs_hash: BoundedVec::new(0),\n            unencrypted_logs_preimages_length: 0,\n\n            block_data: inputs.block_data,\n            prover_address: 0,\n\n            // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n            // encrypted_logs_preimages: Vec::new(),\n            // unencrypted_logs_preimages: Vec::new(),\n        }\n    }\n\n    fn msg_sender(self) -> Field {\n        self.inputs.call_context.msg_sender\n    }\n\n    fn this_address(self) -> Field {\n        self.inputs.call_context.storage_contract_address\n    }\n\n    fn this_portal_address(self) -> Field {\n        self.inputs.call_context.portal_contract_address\n    }\n\n    fn chain_id(self) -> Field {\n        self.inputs.public_global_variables.chain_id\n    }\n\n    fn version(self) -> Field {\n        self.inputs.public_global_variables.version\n    }\n\n    fn selector(self) -> Field {\n        self.inputs.call_context.function_selector\n    }\n\n    fn block_number(self) -> Field {\n        self.inputs.public_global_variables.block_number\n    }\n\n    fn timestamp(self) -> Field {\n        self.inputs.public_global_variables.timestamp\n    }\n\n    fn finish(self) -> abi::PublicCircuitPublicInputs {\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n        let unencrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];\n        let unencrypted_log_preimages_length = 0;\n\n\n        // Compute the public call stack hashes\n        let pub_circuit_pub_inputs = abi::PublicCircuitPublicInputs {\n            call_context: self.inputs.call_context, // Done\n            args_hash: self.args_hash, // Done\n            contract_storage_update_requests: self.contract_storage_update_requests.storage,\n            contract_storage_read: self.contract_storage_read.storage,\n            return_values: self.return_values.storage,\n            new_commitments: self.new_commitments.storage,\n            new_nullifiers: self.new_nullifiers.storage,\n            public_call_stack: self.public_call_stack.storage,\n            new_l2_to_l1_msgs: self.new_l2_to_l1_msgs.storage,\n            unencrypted_logs_hash: unencrypted_logs_hash,\n            unencrypted_log_preimages_length: unencrypted_log_preimages_length,\n            block_data: self.inputs.block_data,\n            prover_address: self.prover_address,\n        };\n        pub_circuit_pub_inputs\n    }\n\n    fn push_new_note_hash(&mut self, note_hash: Field) {\n        self.new_commitments.push(note_hash);\n    }\n\n    fn push_new_nullifier(&mut self, nullifier: Field, _nullified_commitment: Field) {\n        self.new_nullifiers.push(nullifier);\n    }\n\n    fn message_portal(&mut self, content: Field) {\n        self.new_l2_to_l1_msgs.push(content);\n    }\n\n    // PrivateContextInputs must be temporarily passed in to prevent too many unknowns\n    // Note this returns self to get around an issue where mutable structs do not maintain mutations unless reassigned\n    fn consume_l1_to_l2_message(&mut self, msg_key: Field, content: Field, secret: Field) {\n        let this = (*self).this_address();\n        let nullifier = process_l1_to_l2_message(self.block_data.l1_to_l2_messages_tree_root, this, msg_key, content, secret);\n\n        // Push nullifier (and the \"commitment\" corresponding to this can be \"empty\")\n        self.push_new_nullifier(nullifier, EMPTY_NULLIFIED_COMMITMENT)\n    }\n\n    fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {\n        let _void1 = self;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    fn accumulate_unencrypted_logs<T>(&mut self, log: T) {\n        let _void1 = self;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    fn call_public_function<ARGS_COUNT>(\n        _self: Self,\n        contract_address: Field, \n        function_selector: Field,\n        args: [Field; ARGS_COUNT],\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        let args_hash = abi::hash_args(args);\n        assert(args_hash == arguments::pack_arguments(args));\n        call_public_function_internal(\n            contract_address, \n            function_selector, \n            args_hash,\n        )\n    }\n\n    fn call_public_function_no_args(\n        _self: Self,\n        contract_address: Field, \n        function_selector: Field,\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        call_public_function_internal(\n            contract_address, \n            function_selector, \n            0,\n        )\n    }\n\n}\n\nstruct Context {\n    private: Option<&mut PrivateContext>,\n    public: Option<&mut PublicContext>,\n}\n\nimpl Context {\n    fn private(context: &mut PrivateContext) -> Context {\n        Context {\n            private: Option::some(context),\n            public: Option::none()\n        }\n    }\n\n    fn public(context: &mut PublicContext) -> Context {\n        Context {\n            public: Option::some(context),\n            private: Option::none()\n        }\n    }\n\n    fn none() -> Context {\n        Context {\n            public: Option::none(),\n            private: Option::none()\n        }\n    }\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/context"
-      },
-      "42": {
-        "source": "use crate::context::PrivateContext;\nuse crate::oracle;\nuse crate::types::point::Point;\n\nfn emit_encrypted_log<N>(\n    context: &mut PrivateContext,\n    contract_address: Field,\n    storage_slot: Field,\n    encryption_pub_key: Point,\n    log: [Field; N],\n) {\n    let _ = oracle::logs::emit_encrypted_log(contract_address, storage_slot, encryption_pub_key, log);\n    context.accumulate_encrypted_logs(log);\n}\n\nfn emit_unencrypted_log<T>(\n    context: &mut PrivateContext,\n    log: T,\n) {\n    let _ = oracle::logs::emit_unencrypted_log(log);\n    context.accumulate_unencrypted_logs(log);\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/log"
-      },
-      "47": {
-        "source": "use dep::std::option::Option;\nuse crate::abi::PublicContextInputs;\nuse crate::context::{\n    PrivateContext,\n    PublicContext,\n};\nuse crate::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    utils::compute_inner_note_hash,\n};\nuse crate::oracle::notes::{notify_created_note, notify_nullified_note};\nuse crate::constants_gen::EMPTY_NULLIFIED_COMMITMENT;\n\nfn create_note<Note, N>(\n    context: &mut PrivateContext,\n    storage_slot: Field,\n    note: &mut Note,\n    note_interface: NoteInterface<Note, N>,\n) {\n    let contract_address = (*context).this_address();\n\n    let header = NoteHeader { contract_address, storage_slot, nonce: 0, is_transient: true };\n    let set_header = note_interface.set_header;\n    set_header(note, header);\n    let inner_note_hash = compute_inner_note_hash(note_interface, *note);\n\n    let serialize = note_interface.serialize;\n    let preimage = serialize(*note);\n    assert(notify_created_note(storage_slot, preimage, inner_note_hash) == 0);\n\n    context.push_new_note_hash(inner_note_hash);\n}\n\nfn create_note_hash_from_public<Note, N>(\n    context: &mut PublicContext,\n    storage_slot: Field,\n    note: &mut Note,\n    note_interface: NoteInterface<Note, N>,\n) {\n    let contract_address = (*context).this_address();\n\n    let header = NoteHeader { contract_address, storage_slot, nonce: 0, is_transient: true };\n    let set_header = note_interface.set_header;\n    set_header(note, header);\n    let inner_note_hash = compute_inner_note_hash(note_interface, *note);\n\n    context.push_new_note_hash(inner_note_hash);\n}\n\nfn destroy_note<Note, N>(\n    context: &mut PrivateContext,\n    note: Note,\n    note_interface: NoteInterface<Note, N>,\n) {\n    let mut nullifier = 0;\n    let mut nullified_commitment: Field = EMPTY_NULLIFIED_COMMITMENT;\n    let compute_nullifier = note_interface.compute_nullifier;\n    nullifier = compute_nullifier(note);\n\n    // We also need the note commitment corresponding to the \"nullifier\"\n    let get_header = note_interface.get_header;\n    let header = get_header(note);\n    // `nullified_commitment` is used to inform the kernel which pending commitment\n    // the nullifier corresponds to so they can be matched and both squashed/deleted.\n    // nonzero nonce implies \"persistable\" nullifier (nullifies a persistent/in-tree\n    // commitment) in which case `nullified_commitment` is not used since the kernel\n    // just siloes and forwards the nullier to its output.\n    if (header.is_transient) {\n        // TODO(1718): Can we reuse the note commitment computed in `compute_nullifier`?\n        nullified_commitment = compute_inner_note_hash(note_interface, note);\n    }\n    assert(notify_nullified_note(nullifier, nullified_commitment) == 0);\n\n    context.push_new_nullifier(nullifier, nullified_commitment)\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/note/lifecycle"
-      },
-      "48": {
-        "source": "use dep::std::option::Option;\nuse crate::constants_gen::{\n    MAX_READ_REQUESTS_PER_CALL,\n    GET_NOTE_ORACLE_RETURN_LENGTH,\n    GET_NOTES_ORACLE_RETURN_LENGTH,\n    MAX_NOTES_PER_PAGE,\n    VIEW_NOTE_ORACLE_RETURN_LENGTH,\n};\nuse crate::context::PrivateContext;\nuse crate::note::{\n    note_getter_options::{NoteGetterOptions, Select, Sort},\n    note_interface::NoteInterface,\n    note_viewer_options::NoteViewerOptions,\n    utils::compute_note_hash_for_read_or_nullify,\n};\nuse crate::oracle;\nuse crate::types::vec::BoundedVec;\n\nfn check_note_header<Note, N>(\n    context: PrivateContext,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    note: Note,\n) {\n    let get_header = note_interface.get_header;\n    let header = get_header(note);\n    let contract_address = context.this_address();\n    assert(header.contract_address == contract_address);\n    assert(header.storage_slot == storage_slot);\n}\n\nfn get_note<Note, N>(\n    context: &mut PrivateContext,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n) -> Note {\n    let note = get_note_internal(storage_slot, note_interface);\n\n    check_note_header(*context, storage_slot, note_interface, note);\n\n    let note_hash_for_read_request = compute_note_hash_for_read_or_nullify(note_interface, note);\n\n    context.push_read_request(note_hash_for_read_request);\n    note\n}\n\nfn get_notes<Note, N, FILTER_ARGS>(\n    context: &mut PrivateContext,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    options: NoteGetterOptions<Note, N, FILTER_ARGS>,\n) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {\n    let opt_notes = get_notes_internal(storage_slot, note_interface, options);\n    for i in 0..opt_notes.len() {\n        let opt_note = opt_notes[i];\n        if opt_note.is_some() {\n            let note = opt_note.unwrap_unchecked();\n            check_note_header(*context, storage_slot, note_interface, note);\n\n            let note_hash_for_read_request = compute_note_hash_for_read_or_nullify(note_interface, note);\n            // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1410): test to ensure\n            // failure if malicious oracle injects 0 nonce here for a \"pre-existing\" note.\n            context.push_read_request(note_hash_for_read_request);\n        };\n    };\n    opt_notes\n}\n\nunconstrained fn get_note_internal<Note, N>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n) -> Note {\n    let placeholder_note = [Option::none()];\n    let placeholder_fields = [0; GET_NOTE_ORACLE_RETURN_LENGTH];\n    oracle::notes::get_notes(\n        storage_slot,\n        note_interface,\n        0,\n        [],\n        [],\n        [],\n        [],\n        1, // limit\n        0, // offset\n        placeholder_note,\n        placeholder_fields,\n    )[0].unwrap() // Notice: we don't allow dummies to be returned from get_note (singular).\n}\n\nunconstrained fn get_notes_internal<Note, N, FILTER_ARGS>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    options: NoteGetterOptions<Note, N, FILTER_ARGS>,\n) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {\n    let (num_selects, select_by, select_values, sort_by, sort_order) = flatten_options(options.selects, options.sorts);\n    let placeholder_opt_notes = [Option::none(); MAX_READ_REQUESTS_PER_CALL];\n    let placeholder_fields = [0; GET_NOTES_ORACLE_RETURN_LENGTH];\n    let opt_notes = oracle::notes::get_notes(\n        storage_slot,\n        note_interface,\n        num_selects,\n        select_by,\n        select_values,\n        sort_by,\n        sort_order,\n        options.limit,\n        options.offset,\n        placeholder_opt_notes,\n        placeholder_fields,\n    );\n\n    let filter = options.filter;\n    let filter_args = options.filter_args;\n    filter(opt_notes, filter_args)\n}\n\nunconstrained fn view_notes<Note, N>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    options: NoteViewerOptions<Note, N>,\n) -> [Option<Note>; MAX_NOTES_PER_PAGE] {\n    let (num_selects, select_by, select_values, sort_by, sort_order) = flatten_options(options.selects, options.sorts);\n    let placeholder_opt_notes = [Option::none(); MAX_NOTES_PER_PAGE];\n    let placeholder_fields = [0; VIEW_NOTE_ORACLE_RETURN_LENGTH];\n    oracle::notes::get_notes(\n        storage_slot,\n        note_interface,\n        num_selects,\n        select_by,\n        select_values,\n        sort_by,\n        sort_order,\n        options.limit,\n        options.offset,\n        placeholder_opt_notes,\n        placeholder_fields,\n    )\n}\n\nunconstrained fn flatten_options<Note, N>(\n    selects: BoundedVec<Option<Select>, N>,\n    sorts: BoundedVec<Option<Sort>, N>,\n) -> (u8, [u8; N], [Field; N], [u8; N], [u2; N]) {\n    let mut num_selects = 0;\n    let mut select_by = [0; N];\n    let mut select_values = [0; N];\n    for i in 0..selects.len {\n        let select = selects.get(i);\n        if select.is_some() {\n            select_by[num_selects] = select.unwrap_unchecked().field_index;\n            select_values[num_selects] = select.unwrap_unchecked().value;\n            num_selects += 1;\n        };\n    };\n\n    let mut sort_by = [0; N];\n    let mut sort_order = [0; N];\n    for i in 0..sorts.len {\n        let sort = sorts.get(i);\n        if sort.is_some() {\n            sort_by[i] = sort.unwrap_unchecked().field_index;\n            sort_order[i] = sort.unwrap_unchecked().order;\n        };\n    };\n\n    (num_selects, select_by, select_values, sort_by, sort_order)\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/note/note_getter"
-      },
-      "50": {
-        "source": "use dep::std::hash::{pedersen, pedersen_with_separator};\nuse crate::constants_gen::{GENERATOR_INDEX__UNIQUE_COMMITMENT, GENERATOR_INDEX__SILOED_COMMITMENT};\n\nfn compute_inner_hash(storage_slot: Field, note_hash: Field) -> Field {\n    // TODO(#1205) Do we need a generator index here?\n    pedersen([storage_slot, note_hash])[0]\n}\n\nfn compute_siloed_hash(contract_address: Field, inner_note_hash: Field) -> Field {\n    let inputs = [contract_address, inner_note_hash];\n    pedersen_with_separator(inputs, GENERATOR_INDEX__SILOED_COMMITMENT)[0]\n}\n\nfn compute_unique_hash(nonce: Field, siloed_note_hash: Field) -> Field {\n    let inputs = [nonce, siloed_note_hash];\n    pedersen_with_separator(inputs, GENERATOR_INDEX__UNIQUE_COMMITMENT)[0]\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/note/note_hash"
-      },
-      "53": {
-        "source": "use dep::std::option::Option;\nuse crate::constants_gen::MAX_NOTES_PER_PAGE;\nuse crate::note::note_getter_options::{Select, Sort};\nuse crate::types::vec::BoundedVec;\n\n// docs:start:NoteViewerOptions\nstruct NoteViewerOptions<Note, N> {\n    selects: BoundedVec<Option<Select>, N>,\n    sorts: BoundedVec<Option<Sort>, N>,\n    limit: u32,\n    offset: u32,\n}\n// docs:end:NoteViewerOptions\n\nimpl<Note, N> NoteViewerOptions<Note, N> {\n    fn new() -> NoteViewerOptions<Note, N> {\n        NoteViewerOptions {\n            selects: BoundedVec::new(Option::none()),\n            sorts: BoundedVec::new(Option::none()),\n            limit: MAX_NOTES_PER_PAGE as u32,\n            offset: 0,\n        }\n    }\n\n   fn select(&mut self, field_index: u8, value: Field) -> Self {\n        self.selects.push(Option::some(Select::new(field_index, value)));\n        *self\n    }\n\n    fn sort(&mut self, field_index: u8, order: u2) -> Self {\n        self.sorts.push(Option::some(Sort::new(field_index, order)));\n        *self\n    }\n\n    fn set_limit(&mut self, limit: u32) -> Self {\n        assert(limit <= MAX_NOTES_PER_PAGE as u32);\n        self.limit = limit;\n        *self\n    }\n\n    fn set_offset(&mut self, offset: u32) -> Self {\n        self.offset = offset;\n        *self\n    }\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/note/note_viewer_options"
-      },
-      "54": {
-        "source": "use crate::note::{\n    note_hash::{compute_inner_hash, compute_siloed_hash, compute_unique_hash},\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n};\nuse crate::utils::arr_copy_slice;\n\nfn compute_inner_note_hash<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note);\n\n    let compute_note_hash = note_interface.compute_note_hash;\n    let note_hash = compute_note_hash(note);\n\n    compute_inner_hash(header.storage_slot, note_hash)\n}\n\nfn compute_siloed_note_hash<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note_with_header: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note_with_header);\n\n    let inner_note_hash = compute_inner_note_hash(note_interface, note_with_header);\n\n    compute_siloed_hash(header.contract_address, inner_note_hash)\n}\n\nfn compute_unique_siloed_note_hash<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note_with_header: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note_with_header);\n\n    let siloed_note_hash = compute_siloed_note_hash(note_interface, note_with_header);\n\n    compute_unique_hash(header.nonce, siloed_note_hash)\n}\n\nfn compute_note_hash_for_read_or_nullify<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note_with_header: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note_with_header);\n\n    // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1386)\n    if (header.is_transient) {\n        // If a note is transient, we just read the inner_note_hash (kernel will silo by contract address).\n        compute_inner_note_hash(note_interface, note_with_header)\n    } else if (header.nonce == 0) {\n        // If not transient and nonce is zero, that means we are reading a public note.\n        compute_siloed_note_hash(note_interface, note_with_header)\n    } else {\n        // When nonce is nonzero, that means we are reading a settled note (from tree) created in a\n        // previous TX. So we need the unique_siloed_note_hash which has already been hashed with\n        // contract address and then nonce. This hash will match the existing leaf in the private\n        // data tree, so the kernel can just perform a membership check directly on this hash/leaf.\n        compute_unique_siloed_note_hash(note_interface, note_with_header)\n    }\n\n}\n\nfn compute_note_hash_and_nullifier<Note, N, S>(\n    note_interface: NoteInterface<Note, N>,\n    note_header: NoteHeader,\n    preimage: [Field; S],\n) -> [Field; 4] {\n    let deserialize = note_interface.deserialize;\n    let set_header = note_interface.set_header;\n    let mut note = deserialize(arr_copy_slice(preimage, [0; N], 0));\n    set_header(&mut note, note_header);\n\n    let compute_note_hash = note_interface.compute_note_hash;\n    let note_hash = compute_note_hash(note);\n    let inner_note_hash = compute_inner_hash(note_header.storage_slot, note_hash);\n\n    let siloed_note_hash = compute_siloed_hash(note_header.contract_address, inner_note_hash);\n\n    let unique_siloed_note_hash = compute_unique_hash(note_header.nonce, siloed_note_hash);\n\n    let compute_nullifier = note_interface.compute_nullifier;\n    let inner_nullifier = compute_nullifier(note);\n\n    [inner_note_hash, siloed_note_hash, unique_siloed_note_hash, inner_nullifier]\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/note/utils"
-      },
-      "61": {
-        "source": "use crate::types::point::Point;\nuse crate::address::compute_address;\n\n#[oracle(getPublicKey)]\nfn get_public_key_oracle(_address: Field) -> [Field; 3] {}\n\nunconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {\n  get_public_key_oracle(address)\n}\n\nfn get_public_key(address: Field) -> Point {\n  let result = get_public_key_internal(address);\n  let pub_key_x = result[0];\n  let pub_key_y = result[1];\n  let partial_address = result[2];\n  \n  let calculated_address = compute_address(pub_key_x, pub_key_y, partial_address);\n  assert(calculated_address == address);\n  \n  Point::new(pub_key_x, pub_key_y)\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/get_public_key"
-      },
-      "62": {
-        "source": "use crate::oracle::get_public_key::get_public_key;\nuse crate::types::point::Point;\n\n#[oracle(getSecretKey)]\nfn get_secret_key_oracle(\n    _owner: Point,\n) -> [Field; dep::std::grumpkin_scalar::GRUMPKIN_SCALAR_SERIALIZED_LEN] {\n}\n\nunconstrained fn get_secret_key_internal(owner_public_key: Point) -> dep::std::grumpkin_scalar::GrumpkinScalar {\n    dep::std::grumpkin_scalar::deserialize_grumpkin_scalar(get_secret_key_oracle(owner_public_key))\n}\n\nfn get_secret_key(owner: Field) -> dep::std::grumpkin_scalar::GrumpkinScalar {\n    let owner_public_key = get_public_key(owner);\n    let secret = get_secret_key_internal(owner_public_key);\n\n    // Constrain the owner - Nullifier secret key is currently just the encryption private key so we can constrain\n    // the owner by deriving the public key from the secret key and checking the result.\n    let computed_public_key = dep::std::grumpkin_scalar_mul::grumpkin_fixed_base(secret);\n    assert(owner_public_key.x == computed_public_key[0]);\n    assert(owner_public_key.y == computed_public_key[1]);\n\n    secret\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/get_secret_key"
-      },
-      "63": {
-        "source": "\n\n#[oracle(getRandomField)]\nfn rand_oracle() -> Field {}\n\nunconstrained fn rand() -> Field {\n    rand_oracle()\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/rand"
-      },
-      "66": {
-        "source": "use dep::std::option::Option;\nuse crate::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n};\nuse crate::utils::arr_copy_slice;\n\n#[oracle(notifyCreatedNote)]\nfn notify_created_note_oracle<N>(\n    _storage_slot: Field,\n    _preimage: [Field; N],\n    _inner_note_hash: Field,\n) -> Field {}\n\nunconstrained fn notify_created_note<N>(\n    storage_slot: Field,\n    preimage: [Field; N],\n    inner_note_hash: Field,\n) -> Field {\n    notify_created_note_oracle(storage_slot, preimage, inner_note_hash)\n}\n\n#[oracle(notifyNullifiedNote)]\nfn notify_nullified_note_oracle<N>(\n    _nullifier: Field,\n    _inner_note_hash: Field,\n) -> Field {}\n\nunconstrained fn notify_nullified_note<N>(\n    nullifier: Field,\n    inner_note_hash: Field,\n) -> Field {\n    notify_nullified_note_oracle(nullifier, inner_note_hash)\n}\n\n#[oracle(getNotes)]\nfn get_notes_oracle<N, S>(\n    _storage_slot: Field,\n    _num_selects: u8,\n    _select_by: [u8; N],\n    _select_values: [Field; N],\n    _sort_by: [u8; N],\n    _sort_order: [u2; N],\n    _limit: u32,\n    _offset: u32,\n    _return_size: u32,\n    _placeholder_fields: [Field; S],\n) -> [Field; S] {}\n\nunconstrained fn get_notes_oracle_wrapper<N, S>(\n    storage_slot: Field,\n    num_selects: u8,\n    select_by: [u8; N],\n    select_values: [Field; N],\n    sort_by: [u8; N],\n    sort_order: [u2; N],\n    limit: u32,\n    offset: u32,\n    mut placeholder_fields: [Field; S],\n)-> [Field; S] {\n    let return_size = placeholder_fields.len() as u32;\n    get_notes_oracle(storage_slot, num_selects, select_by, select_values, sort_by, sort_order, limit, offset, return_size, placeholder_fields)\n}\n\nunconstrained fn get_notes<Note, N, M, S, NS>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    num_selects: u8,\n    select_by: [u8; M],\n    select_values: [Field; M],\n    sort_by: [u8; M],\n    sort_order: [u2; M],\n    limit: u32,\n    offset: u32,\n    mut placeholder_opt_notes: [Option<Note>; S], // TODO: Remove it and use `limit` to initialize the note array.\n    placeholder_fields: [Field; NS], // TODO: Remove it and use `limit` to initialize the note array.\n) -> [Option<Note>; S] {\n    let fields = get_notes_oracle_wrapper(storage_slot, num_selects, select_by, select_values, sort_by, sort_order, limit, offset, placeholder_fields);\n    let num_notes = fields[0] as u32;\n    let contract_address = fields[1];\n    let deserialize = note_interface.deserialize;\n    let set_header = note_interface.set_header;\n    for i in 0..placeholder_opt_notes.len() {\n        if i as u32 < num_notes {\n            // lengths named as per typescript.\n            let return_header_length: Field = 2; // num_notes & contract_address.\n            let extra_preimage_length: Field = 2; // nonce & is_transient.\n            let read_offset: Field = return_header_length + i * (N + extra_preimage_length);\n            let nonce = fields[read_offset];\n            let is_transient = fields[read_offset + 1] as bool;\n            let header = NoteHeader { contract_address, nonce, storage_slot, is_transient };\n            let preimage = arr_copy_slice(fields, [0; N], read_offset + 2);\n            let mut note = deserialize(preimage);\n            set_header(&mut note, header);\n            placeholder_opt_notes[i] = Option::some(note);\n        };\n    };\n    placeholder_opt_notes\n}\n\nunconstrained fn is_nullifier_emitted(nullifier: Field) -> bool {\n    // TODO\n    nullifier == 0\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/notes"
-      },
-      "68": {
-        "source": "use crate::types::point::Point;\nuse crate::constants_gen::NUM_FIELDS_PER_SHA256;\n\n// TODO: Should take encrypted data.\n#[oracle(emitEncryptedLog)]\nfn emit_encrypted_log_oracle<N>(\n    _contract_address: Field,\n    _storage_slot: Field,\n    _encryption_pub_key: Point,\n    _preimage: [Field; N],\n)  -> Field {}\n\nunconstrained fn emit_encrypted_log<N>(\n    contract_address: Field,\n    storage_slot: Field,\n    encryption_pub_key: Point,\n    preimage: [Field; N],\n) -> [Field; NUM_FIELDS_PER_SHA256] {\n    [emit_encrypted_log_oracle(\n        contract_address,\n        storage_slot,\n        encryption_pub_key,\n        preimage,\n    ), 0]\n}\n\n#[oracle(emitUnencryptedLog)]\nfn emit_unencrypted_log_oracle<T>(_message: T)  -> Field {}\n\nunconstrained fn emit_unencrypted_log<T>(message: T) -> [Field; NUM_FIELDS_PER_SHA256] {\n    // https://github.com/AztecProtocol/aztec-packages/issues/885\n    [emit_unencrypted_log_oracle(message), 0]\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/oracle/logs"
-      },
-      "75": {
-        "source": "use crate::context::{PrivateContext, PublicContext, Context};\nuse dep::std::option::Option;\n\n// docs:start:map\nstruct Map<V> {\n    context: Context,\n    storage_slot: Field,\n    state_var_constructor: fn(Context, Field) -> V,\n}\n// docs:end:map\n\nimpl<V> Map<V> {\n    // docs:start:new\n    fn new(\n        context: Context,\n        storage_slot: Field,\n        state_var_constructor: fn(Context, Field) -> V,\n    ) -> Map<V> {\n        assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n        Map {\n            context,\n            storage_slot,\n            state_var_constructor,\n        }\n    }\n    // docs:end:new\n\n    // docs:start:at\n    fn at(self, key: Field) -> V {\n        // TODO(#1204): use a generator index for the storage slot\n        let derived_storage_slot = dep::std::hash::pedersen([self.storage_slot, key])[0];\n\n        let state_var_constructor = self.state_var_constructor;\n        state_var_constructor(self.context, derived_storage_slot)\n    }\n    // docs:end:at\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/state_vars/map"
-      },
-      "77": {
-        "source": "use dep::std::option::Option;\nuse crate::abi::PublicContextInputs;\nuse crate::constants_gen::{MAX_NOTES_PER_PAGE, MAX_READ_REQUESTS_PER_CALL};\nuse crate::context::{PrivateContext, PublicContext, Context};\nuse crate::note::{\n    lifecycle::{create_note, create_note_hash_from_public, destroy_note},\n    note_getter::{get_notes, view_notes},\n    note_getter_options::NoteGetterOptions,\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    note_viewer_options::NoteViewerOptions,\n    utils::compute_note_hash_for_read_or_nullify,\n};\n\n// docs:start:struct\nstruct Set<Note, N> {\n    context: Context,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n}\n// docs:end:struct\n\nimpl<Note, N> Set<Note, N> {\n    // docs:start:new\n    fn new(\n        context: Context,\n        storage_slot: Field,\n        note_interface: NoteInterface<Note, N>,\n    ) -> Self {\n        assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n        Set {\n            context,\n            storage_slot,\n            note_interface,\n        }\n    }\n    // docs:end:new\n\n    // docs:start:insert\n    fn insert(self, note: &mut Note) {\n        create_note(\n            self.context.private.unwrap(),\n            self.storage_slot,\n            note,\n            self.note_interface,\n        );\n    }\n    // docs:end:insert\n\n    // docs:start:insert_from_public\n    fn insert_from_public(self, note: &mut Note) {\n        create_note_hash_from_public(\n            self.context.public.unwrap(),\n            self.storage_slot,\n            note,\n            self.note_interface,\n        );\n    }\n    // docs:end:insert_from_public\n    \n    // DEPRECATED\n    fn assert_contains_and_remove(_self: Self, _note: &mut Note, _nonce: Field) {\n        assert(false, \"`assert_contains_and_remove` has been deprecated. Please call PXE.addNote() to add a note to the database. Then use Set.get_notes() and Set.remove() in your contract to verify and remove a note.\");\n    }\n\n    // DEPRECATED\n    fn assert_contains_and_remove_publicly_created(_self: Self, _note: &mut Note) {\n        assert(false, \"`assert_contains_and_remove_publicly_created` has been deprecated. Please call PXE.addNote() to add a note to the database. Then use Set.get_notes() and Set.remove() in your contract to verify and remove a note.\");\n    }\n\n    // docs:start:remove\n    fn remove(self, note: Note) {\n        let context = self.context.private.unwrap();\n        let note_hash = compute_note_hash_for_read_or_nullify(self.note_interface, note);\n        let has_been_read = context.read_requests.any(|r| r == note_hash);\n        assert(has_been_read, \"Can only remove a note that has been read from the set.\");\n\n        destroy_note(\n            context,\n            note,\n            self.note_interface,\n        );\n    }\n    // docs:end:remove\n\n    // docs:start:get_notes\n    fn get_notes<FILTER_ARGS>(\n        self,\n        options: NoteGetterOptions<Note, N, FILTER_ARGS>,\n    ) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {\n        let storage_slot = self.storage_slot;\n        let opt_notes = get_notes(\n            self.context.private.unwrap(),\n            storage_slot,\n            self.note_interface,\n            options,\n        );\n        opt_notes\n    }\n    // docs:end:get_notes\n\n    // docs:start:view_notes\n    unconstrained fn view_notes(\n        self,\n        options: NoteViewerOptions<Note, N>,\n    ) -> [Option<Note>; MAX_NOTES_PER_PAGE] {\n        view_notes(self.storage_slot, self.note_interface, options)\n    }\n    // docs:end:view_notes\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/state_vars/set"
-      },
-      "82": {
-        "source": "\nstruct BoundedVec<T, MaxLen> {\n    storage: [T; MaxLen],\n    len: Field,\n}\n\nimpl<T, MaxLen> BoundedVec<T, MaxLen> {\n    fn new(initial_value: T) -> Self {\n        BoundedVec { storage: [initial_value; MaxLen], len: 0 }\n    }\n\n    fn get(mut self: Self, index: Field) -> T {\n        assert(index as u64 < self.len as u64);\n        self.storage[index]\n    }\n\n    fn push(&mut self, elem: T) {\n        assert(self.len as u64 < MaxLen as u64);\n\n        self.storage[self.len] = elem;\n        self.len += 1;\n    }\n\n    fn push_array<Len>(&mut self, array: [T; Len]) {\n        let newLen = self.len + array.len();\n        assert(newLen as u64 <= MaxLen as u64);\n        for i in 0..array.len() {\n            self.storage[self.len + i] = array[i];\n        }\n        self.len = newLen;\n    }\n\n    fn pop(&mut self) -> T {\n        assert(self.len as u64 > 0);\n\n        let elem = self.storage[self.len - 1];\n        self.len -= 1;\n        elem\n    }\n\n    fn any<Env>(self, predicate: fn[Env](T) -> bool) -> bool {\n        let mut ret = false;\n        let mut exceeded_len = false;\n        for i in 0..MaxLen {\n            exceeded_len |= i == self.len;\n            if (!exceeded_len) {\n                ret |= predicate(self.storage[i]);\n            }\n        }\n        ret\n    }\n}\n\n#[test]\nfn test_vec_push_pop() {\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(0);\n    assert(vec.len == 0);\n    vec.push(2);\n    assert(vec.len == 1);\n    vec.push(4);\n    assert(vec.len == 2);\n    vec.push(6);\n    assert(vec.len == 3);\n    let x = vec.pop();\n    assert(x == 6);\n    assert(vec.len == 2);\n    assert(vec.get(0) == 2);\n    assert(vec.get(1) == 4);\n}\n\n#[test]\nfn test_vec_push_array() {\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(0);\n    vec.push_array([2, 4]);\n    assert(vec.len == 2);\n    assert(vec.get(0) == 2);\n    assert(vec.get(1) == 4);\n}\n\n#[test(should_fail)]\nfn test_vec_get_out_of_bound() {\n    let mut vec: BoundedVec<Field, 2> = BoundedVec::new(0);\n    vec.push_array([2, 4]);\n    let _x = vec.get(2);\n}\n\n#[test(should_fail)]\nfn test_vec_get_not_declared() {\n    let mut vec: BoundedVec<Field, 2> = BoundedVec::new(0);\n    vec.push_array([2]);\n    let _x = vec.get(1);\n}\n\n#[test(should_fail)]\nfn test_vec_get_uninitialized() {\n    let mut vec: BoundedVec<Field, 2> = BoundedVec::new(0);\n    let _x = vec.get(0);\n}\n\n#[test(should_fail)]\nfn test_vec_push_overflow() {\n    let mut vec: BoundedVec<Field, 1> = BoundedVec::new(0);\n    vec.push(1);\n    vec.push(2);\n}\n\n#[test]\nfn test_vec_any() {\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(0);\n    vec.push_array([2, 4, 6]);\n    assert(vec.any(|v| v == 2) == true);\n    assert(vec.any(|v| v == 4) == true);\n    assert(vec.any(|v| v == 6) == true);\n    assert(vec.any(|v| v == 3) == false);\n}\n\n#[test]\nfn test_vec_any_not_default() {\n    let default_value = 1;\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(default_value);\n    vec.push_array([2, 4]);\n    assert(vec.any(|v| v == default_value) == false);\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/types/vec"
-      },
-      "88": {
-        "source": "fn arr_copy_slice<T, N, M>(\n    src: [T; N],\n    mut dst: [T; M],\n    offset: Field,\n) -> [T; M] {\n    for i in 0..dst.len() {\n        dst[i] = src[i + offset];\n    }\n    dst\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/aztec/src/utils"
-      },
-      "89": {
-        "source": "use dep::aztec::note::{\n    note_getter::view_notes,\n    note_viewer_options::NoteViewerOptions,\n};\nuse dep::aztec::state_vars::set::Set;\nuse crate::value_note::{VALUE_NOTE_LEN, ValueNote};\n\nunconstrained fn get_balance(set: Set<ValueNote, VALUE_NOTE_LEN>) -> Field {\n    get_balance_with_offset(set, 0)\n}\n\nunconstrained fn get_balance_with_offset(set: Set<ValueNote, VALUE_NOTE_LEN>, offset: u32) -> Field {\n    let mut balance = 0;\n    // docs:start:view_notes\n    let options = NoteViewerOptions::new().set_offset(offset);\n    let opt_notes = set.view_notes(options);\n    // docs:end:view_notes\n    let len = opt_notes.len();\n    for i in 0..len {\n        if opt_notes[i].is_some() {\n            balance += opt_notes[i].unwrap_unchecked().value;\n        }\n    }\n    if (opt_notes[len - 1].is_some()) {\n        balance += get_balance_with_offset(set, offset + opt_notes.len() as u32);\n    }\n\n    balance\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/value-note/src/balance_utils"
-      },
-      "90": {
-        "source": "use dep::std::option::Option;\nuse dep::aztec::constants_gen::MAX_READ_REQUESTS_PER_CALL;\nuse crate::value_note::ValueNote;\n\nfn filter_notes_min_sum(notes: [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: Field) -> [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL] {\n    let mut selected = [Option::none(); MAX_READ_REQUESTS_PER_CALL];\n    let mut sum = 0;\n    for i in 0..notes.len() {\n        if notes[i].is_some() & (sum < min_sum as u120) {\n            let note = notes[i].unwrap_unchecked();\n            selected[i] = Option::some(note);\n            sum += note.value as u120;\n        }\n    }\n    selected\n}",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/value-note/src/filter"
-      },
-      "91": {
-        "source": "use dep::std::option::Option;\nuse dep::aztec::context::PrivateContext;\n// docs:start:encrypted_import\n\nuse dep::aztec::log::emit_encrypted_log;\n\n// docs:end:encrypted_import\nuse dep::aztec::note::note_getter_options::{NoteGetterOptions, SortOrder};\nuse dep::aztec::oracle::get_public_key::get_public_key;\nuse dep::aztec::state_vars::set::Set;\nuse crate::{\n    filter::filter_notes_min_sum,\n    value_note::{ValueNote, VALUE_NOTE_LEN},\n};\n\n// Sort the note values (0th field) in descending order.\n// Pick the fewest notes whose sum is equal to or greater than `amount`.\nfn create_note_getter_options_for_decreasing_balance(amount: Field) -> NoteGetterOptions<ValueNote, VALUE_NOTE_LEN, Field> {\n    NoteGetterOptions::with_filter(filter_notes_min_sum, amount).sort(0, SortOrder.DESC)\n}\n\n// Creates a new note for the recipient.\n// Inserts it to the recipient's set of notes.\nfn increment(\n    balance: Set<ValueNote, VALUE_NOTE_LEN>,\n    amount: Field,\n    recipient: Field,\n) {\n    let mut note = ValueNote::new(amount, recipient);\n    create_note(balance, recipient, &mut note);\n\n    // It won't compile if Set.insert() is in an if statement :(\n    // if amount as u120 > 0 {\n    //     create_note(balance, recipient, &mut note);\n    // }\n}\n\n// Find some of the `owner`'s notes whose values add up to the `amount`.\n// Remove those notes.\n// If the value of the removed notes exceeds the requested `amount`, create a new note containing the excess value, so that exactly `amount` is removed.\n// Fail if the sum of the selected notes is less than the amount.\nfn decrement(\n    balance: Set<ValueNote, VALUE_NOTE_LEN>,\n    amount: Field,\n    owner: Field,\n) {\n    let sum = decrement_by_at_most(balance, amount, owner);\n    assert(sum == amount, \"Balance too low\");\n}\n\n// Similar to `decrement`, except that it doesn't fail if the decremented amount is less than max_amount.\n// The motivation behind this function is that there is an upper-bound on the number of notes a function may\n// read and nullify. The requested decrementation `amount` might be spread across too many of the `owner`'s\n// notes to 'fit' within this upper-bound, so we might have to remove an amount less than `amount`. A common\n// pattern is to repeatedly call this function across many function calls, until enough notes have been nullified to\n// equal `amount`.\n//\n// It returns the decremented amount, which should be less than or equal to max_amount.\nfn decrement_by_at_most(\n    balance: Set<ValueNote, VALUE_NOTE_LEN>,\n    max_amount: Field,\n    owner: Field,\n) -> Field {\n    let options = create_note_getter_options_for_decreasing_balance(max_amount);\n    let opt_notes = balance.get_notes(options);\n\n    let mut decremented = 0;\n    for i in 0..opt_notes.len() {\n        if opt_notes[i].is_some() {\n            decremented += destroy_note(balance, owner, opt_notes[i].unwrap_unchecked());\n        }\n    }\n\n    // Add the change value back to the owner's balance.\n    let mut change_value = 0;\n    if decremented as u120 > max_amount as u120 {\n        change_value = decremented - max_amount;\n        decremented -= change_value;\n    }\n    increment(balance, change_value, owner);\n\n    decremented\n}\n\nfn create_note(\n    balance: Set<ValueNote, VALUE_NOTE_LEN>,\n    owner: Field,\n    note: &mut ValueNote,\n) {\n    // Insert the new note to the owner's set of notes.\n    balance.insert(note);\n\n    // Remove this if statement if we can wrap this create_note function in an if statement.\n    if note.value != 0 {\n        // Emit the newly created encrypted note preimages via oracle calls.\n        // docs:start:encrypted\n        let context = balance.context.private.unwrap();\n        let application_contract_address = (*context).this_address();\n        let note_storage_slot = balance.storage_slot;\n        let encryption_pub_key = get_public_key(owner);\n        let encrypted_data = (*note).serialize();\n\n        emit_encrypted_log(\n            context,\n            application_contract_address,\n            note_storage_slot,\n            encryption_pub_key,\n            encrypted_data,\n        );\n        // docs:end:encrypted\n    }\n}\n\n// Removes the note from the owner's set of notes.\n// Returns the value of the destroyed note.\nfn destroy_note(\n    balance: Set<ValueNote, VALUE_NOTE_LEN>,\n    owner: Field,\n    note: ValueNote,\n) -> Field {\n    // Ensure the note is actually owned by the owner (to prevent user from generating a valid proof while\n    // spending someone else's notes).\n    assert(note.owner == owner);\n\n    balance.remove(note);\n    \n    note.value\n}\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/value-note/src/utils"
-      },
-      "92": {
-        "source": "use dep::aztec::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    utils::compute_note_hash_for_read_or_nullify,\n};\nuse dep::aztec::oracle::{\n    rand::rand,\n    get_secret_key::get_secret_key,\n};\n\nglobal VALUE_NOTE_LEN: Field = 3; // 3 plus a header.\n\n// docs:start:value-note-def\nstruct ValueNote {\n    value: Field,\n    owner: Field,\n    randomness: Field,\n    header: NoteHeader,\n}\n// docs:end:value-note-def\n\nimpl ValueNote {\n    fn new(value: Field, owner: Field) -> Self {\n        let randomness = rand();\n        let header = NoteHeader::empty();\n        ValueNote {\n            value,\n            owner,\n            randomness,\n            header,\n        }\n    }\n\n    fn serialize(self) -> [Field; VALUE_NOTE_LEN] {\n        [self.value, self.owner, self.randomness]\n    }\n\n    fn deserialize(preimage: [Field; VALUE_NOTE_LEN]) -> Self {\n        ValueNote {\n            value: preimage[0],\n            owner: preimage[1],\n            randomness: preimage[2],\n            header: NoteHeader::empty(),\n        }\n    }\n\n    fn compute_note_hash(self) -> Field {\n        // TODO(#1205) Should use a non-zero generator index.\n        dep::std::hash::pedersen([\n            self.value, \n            self.owner,\n            self.randomness,\n        ])[0]\n    }\n\n    // docs:start:nullifier\n\n    fn compute_nullifier(self) -> Field {\n        let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(ValueNoteMethods, self);\n        let secret = get_secret_key(self.owner);\n        // TODO(#1205) Should use a non-zero generator index.\n        dep::std::hash::pedersen([\n            note_hash_for_nullify,\n            secret.low,\n            secret.high,\n        ])[0]\n    }\n\n    // docs:end:nullifier\n\n    fn set_header(&mut self, header: NoteHeader) {\n        self.header = header;\n    }\n}\n\nfn deserialize(preimage: [Field; VALUE_NOTE_LEN]) -> ValueNote {\n    ValueNote::deserialize(preimage)\n}\n\nfn serialize(note: ValueNote) -> [Field; VALUE_NOTE_LEN] {\n    note.serialize()\n}\n\nfn compute_note_hash(note: ValueNote) -> Field {\n    note.compute_note_hash()\n}\n\nfn compute_nullifier(note: ValueNote) -> Field {\n    note.compute_nullifier()\n}\n\nfn get_header(note: ValueNote) -> NoteHeader {\n    note.header\n}\n\nfn set_header(note: &mut ValueNote, header: NoteHeader) {\n    note.set_header(header)\n}\n\nglobal ValueNoteMethods = NoteInterface {\n    deserialize,\n    serialize,\n    compute_note_hash,\n    compute_nullifier,\n    get_header,\n    set_header,\n};\n",
-        "path": "/mnt/user-data/lasse/aztec3-packages/yarn-project/aztec-nr/value-note/src/value_note"
-      }
-    }
-  }
-}
diff --git a/yarn-project/boxes/private-token/src/contracts/Nargo.toml b/yarn-project/boxes/private-token/src/contracts/Nargo.toml
deleted file mode 100644
index 433e7ba3cfdd..000000000000
--- a/yarn-project/boxes/private-token/src/contracts/Nargo.toml
+++ /dev/null
@@ -1,9 +0,0 @@
-[package]
-name = "private_token_contract"
-authors = [""]
-compiler_version = "0.1"
-type = "contract"
-
-[dependencies]
-aztec = { git="https://github.com/AztecProtocol/aztec-packages", tag="master", directory="yarn-project/aztec-nr/aztec" }
-value_note = { git="https://github.com/AztecProtocol/aztec-packages", tag="master", directory="yarn-project/aztec-nr/value-note" }
\ No newline at end of file
diff --git a/yarn-project/boxes/private-token/src/contracts/src/main.nr b/yarn-project/boxes/private-token/src/contracts/src/main.nr
deleted file mode 100644
index 4b9b2402d535..000000000000
--- a/yarn-project/boxes/private-token/src/contracts/src/main.nr
+++ /dev/null
@@ -1,101 +0,0 @@
-contract PrivateToken {
-    use dep::std::option::Option;
-    use dep::value_note::{
-        balance_utils,
-        utils::{increment, decrement},
-        value_note::{VALUE_NOTE_LEN, ValueNote, ValueNoteMethods},
-    };
-    use dep::aztec::{
-        context::{PrivateContext, PublicContext, Context},
-        note::{
-            note_header::NoteHeader,
-            utils as note_utils,
-        },
-        state_vars::{map::Map, set::Set},
-    };
-
-    struct Storage {
-        // maps an aztec address to its balance
-        balances: Map<Set<ValueNote, VALUE_NOTE_LEN>>,
-    }
-
-    impl Storage {
-        fn init(context: Context) -> pub Self {
-            Storage {
-                balances: Map::new(
-                    context,
-                    1, // Storage slot
-                    |context, slot| {
-                        Set::new(context, slot, ValueNoteMethods)
-                    },
-                ),
-            }
-        }
-    }
-
-    // Constructs the contract and sets `initial_supply` which is fully owned by `owner`.
-    #[aztec(private)]
-    fn constructor(
-        initial_supply: Field, 
-        owner: Field
-    )  {
-        
-        // Insert new note to a set of user notes and emit the newly created encrypted note preimage via oracle call.
-        let owner_balance = storage.balances.at(owner);
-        if (initial_supply != 0) {
-            increment(owner_balance, initial_supply, owner);
-        }
-    }
-
-    // Mints `amount` of tokens to `owner`.
-    #[aztec(private)]
-    fn mint(
-        amount: Field, 
-        owner: Field
-    )  {
-        
-
-        // Insert new note to a set of user notes and emit the newly created encrypted note preimage via oracle call.
-        let owner_balance = storage.balances.at(owner);
-        increment(owner_balance, amount, owner);
-    }
-
-    // Transfers `amount` of tokens from msg_sender to a `recipient`.
-    #[aztec(private)]
-    fn transfer(
-        amount: Field, 
-        recipient: Field,
-    )  {
-        
-        let sender = context.msg_sender();
-
-        // Pick from the set of sender's notes to spend amount.
-        let sender_balance = storage.balances.at(sender);
-        decrement(sender_balance, amount, sender);
-
-        // Creates new note for the recipient.
-        let recipient_balance = storage.balances.at(recipient);
-        increment(recipient_balance, amount, recipient);
-    }
-
-    // Helper function to get the balance of a user ("unconstrained" is a Noir alternative of Solidity's "view" function).
-    unconstrained fn getBalance(
-        owner: Field,
-    ) -> Field {
-        
-
-        // Get the set of notes owned by the user.
-        let owner_balance = storage.balances.at(owner);
-
-        // Return the sum of all notes in the set.
-        balance_utils::get_balance(owner_balance)
-    }
-
-    // Computes note hash and nullifier.
-    // Note 1: Needs to be defined by every contract producing logs.
-    // Note 2: Having it in all the contracts gives us the ability to compute the note hash and nullifier differently for different kind of notes.
-    unconstrained fn compute_note_hash_and_nullifier(contract_address: Field, nonce: Field, storage_slot: Field, preimage: [Field; VALUE_NOTE_LEN]) -> [Field; 4] {
-        let note_header = NoteHeader::new(contract_address, nonce, storage_slot);
-        note_utils::compute_note_hash_and_nullifier(ValueNoteMethods, note_header, preimage)
-    }
-}
\ No newline at end of file
diff --git a/yarn-project/boxes/private-token/src/scripts/util.ts b/yarn-project/boxes/private-token/src/scripts/util.ts
deleted file mode 100644
index cac4d8afddcb..000000000000
--- a/yarn-project/boxes/private-token/src/scripts/util.ts
+++ /dev/null
@@ -1,36 +0,0 @@
-import { AccountWallet, Fr, getSandboxAccountsWallets } from '@aztec/aztec.js';
-import { FunctionAbi, encodeArguments } from '@aztec/foundation/abi';
-import { PXE, CompleteAddress } from '@aztec/types';
-
-export function convertArgs(functionAbi: FunctionAbi, args: any): Fr[] {
-  const untypedArgs = functionAbi.parameters.map(param => {
-    switch (param.type.kind) {
-      case 'field':
-        // hack: addresses are stored as string in the form to avoid bigint compatibility issues with formik
-        // convert those back to bigints before turning into Fr
-        return BigInt(args[param.name]);
-      default:
-        // they are all fields in the privatetoken contract, need more testing on other types
-        return args[param.name];
-    }
-  });
-
-  return encodeArguments(functionAbi, untypedArgs);
-}
-
-/**
- * terminology is confusing, but the `account` points to a smart contract's public key information
- * while the "wallet" has the account's private key and is used to sign transactions
- * we need the "wallet" to actually submit transactions using the "account" identity
- * @param account
- * @param pxe
- * @returns
- */
-export async function getWallet(account: CompleteAddress, pxe: PXE): Promise<AccountWallet> {
-  const accountWallets: AccountWallet[] = await getSandboxAccountsWallets(pxe);
-  const selectedWallet: AccountWallet = accountWallets.find(w => w.getAddress().equals(account.address))!;
-  if (!selectedWallet) {
-    throw new Error(`Wallet for account ${account.address.toShortString()} not found in the PXE.`);
-  }
-  return selectedWallet;
-}
diff --git a/yarn-project/boxes/private-token/src/tests/privatetoken.sandbox.test.ts b/yarn-project/boxes/private-token/src/tests/privatetoken.sandbox.test.ts
deleted file mode 100644
index 367e0fb60f43..000000000000
--- a/yarn-project/boxes/private-token/src/tests/privatetoken.sandbox.test.ts
+++ /dev/null
@@ -1,115 +0,0 @@
-import { PrivateTokenContract } from '../artifacts/private_token.js';
-import { pxe } from '../config.js';
-import { callContractFunction, deployContract, getWallet, viewContractFunction } from '../scripts/index.js';
-import {
-  AccountWallet,
-  AztecAddress,
-  PXE,
-  CompleteAddress,
-  Contract,
-  Fr,
-  Wallet,
-  createPXEClient,
-  waitForSandbox,
-} from '@aztec/aztec.js';
-import { createDebugLogger } from '@aztec/foundation/log';
-
-const logger = createDebugLogger('aztec:private-token-box-sandbox-test');
-
-const INITIAL_BALANCE = 444n;
-const TRANSFER_AMOUNT = 44n;
-const MINT_AMOUNT = 11n;
-
-// assumes sandbox is running locally, which this script does not trigger
-// as well as anvil.  anvil can be started with yarn test:integration
-const setupSandbox = async () => {
-  const { PXE_URL = 'http://localhost:8080' } = process.env;
-  const pxe = createPXEClient(PXE_URL);
-  await waitForSandbox(pxe);
-  return pxe;
-};
-
-async function deployZKContract(owner: CompleteAddress, wallet: Wallet, pxe: PXE) {
-  logger('Deploying PrivateToken contract...');
-  const typedArgs = [new Fr(INITIAL_BALANCE), owner.address.toField()];
-
-  const contractAddress = await deployContract(owner, PrivateTokenContract.abi, typedArgs, Fr.random(), pxe);
-
-  logger(`L2 contract deployed at ${contractAddress}`);
-  return PrivateTokenContract.at(contractAddress, wallet);
-}
-
-async function getBalance(contractAddress: AztecAddress, privateTokenContract: Contract, owner: CompleteAddress) {
-  const typedArgs = [owner.address.toField()];
-
-  return await viewContractFunction(contractAddress, privateTokenContract.abi, 'getBalance', typedArgs, pxe, owner);
-}
-
-async function mint(
-  contractAddress: AztecAddress,
-  privateTokenContract: Contract,
-  from: CompleteAddress,
-  to: CompleteAddress,
-  amount: bigint,
-) {
-  const typedArgs = [new Fr(amount), to.address.toField()];
-
-  return await callContractFunction(contractAddress, privateTokenContract.abi, 'mint', typedArgs, pxe, from);
-}
-
-async function transfer(
-  contractAddress: AztecAddress,
-  privateTokenContract: Contract,
-  from: CompleteAddress,
-  to: CompleteAddress,
-  amount: bigint,
-) {
-  const typedArgs = [new Fr(amount), to.address.toField()];
-
-  return await callContractFunction(contractAddress, privateTokenContract.abi, 'transfer', typedArgs, pxe, from);
-}
-
-describe('ZK Contract Tests', () => {
-  let wallet: AccountWallet;
-  let owner: CompleteAddress;
-  let account2: CompleteAddress;
-  let _account3: CompleteAddress;
-  let privateTokenContract: Contract;
-  let contractAddress: AztecAddress;
-  let pxe: PXE;
-
-  beforeAll(async () => {
-    pxe = await setupSandbox();
-    const accounts = await pxe.getRegisteredAccounts();
-    [owner, account2, _account3] = accounts;
-
-    wallet = await getWallet(owner, pxe);
-
-    privateTokenContract = await deployZKContract(owner, wallet, pxe);
-    contractAddress = privateTokenContract.address;
-  }, 60000);
-
-  test('Initial balance is correct', async () => {
-    const balance = await getBalance(contractAddress, privateTokenContract, owner);
-    expect(balance).toEqual(INITIAL_BALANCE);
-  }, 40000);
-
-  test('Balance after mint is correct', async () => {
-    const mintTx = mint(contractAddress, privateTokenContract, owner, owner, MINT_AMOUNT);
-    await mintTx;
-
-    const balanceAfterMint = await getBalance(contractAddress, privateTokenContract, owner);
-    expect(balanceAfterMint).toEqual(INITIAL_BALANCE + MINT_AMOUNT);
-  }, 40000);
-
-  test('Balance after transfer is correct for both sender and receiver', async () => {
-    const transferTx = transfer(contractAddress, privateTokenContract, owner, account2, TRANSFER_AMOUNT);
-    await transferTx;
-
-    const balanceAfterTransfer = await getBalance(contractAddress, privateTokenContract, owner);
-    expect(balanceAfterTransfer).toEqual(INITIAL_BALANCE + MINT_AMOUNT - TRANSFER_AMOUNT);
-
-    const receiverBalance = await getBalance(contractAddress, privateTokenContract, account2);
-    expect(receiverBalance).toEqual(TRANSFER_AMOUNT);
-  }, 40000);
-});
diff --git a/yarn-project/boxes/private-token/.eslintrc.cjs b/yarn-project/boxes/token/.eslintrc.cjs
similarity index 100%
rename from yarn-project/boxes/private-token/.eslintrc.cjs
rename to yarn-project/boxes/token/.eslintrc.cjs
diff --git a/yarn-project/boxes/private-token/.gitignore b/yarn-project/boxes/token/.gitignore
similarity index 100%
rename from yarn-project/boxes/private-token/.gitignore
rename to yarn-project/boxes/token/.gitignore
diff --git a/yarn-project/boxes/private-token/.prettierrc.json b/yarn-project/boxes/token/.prettierrc.json
similarity index 100%
rename from yarn-project/boxes/private-token/.prettierrc.json
rename to yarn-project/boxes/token/.prettierrc.json
diff --git a/yarn-project/boxes/private-token/README.md b/yarn-project/boxes/token/README.md
similarity index 89%
rename from yarn-project/boxes/private-token/README.md
rename to yarn-project/boxes/token/README.md
index 75f385ccb7e3..99b8eb3fe685 100644
--- a/yarn-project/boxes/private-token/README.md
+++ b/yarn-project/boxes/token/README.md
@@ -60,9 +60,9 @@ Most relevant to you is likely `src/contracts/main.nr` (and the build config `sr
 
 The `src/artifacts` folder can be re-generated from the command line with `yarn compile`.
 
-This will generate a [Contract ABI](src/artifacts/test_contract.json) and TypeScript class for the Aztec smart contract in `src/contracts/main.nr`, which the frontend uses to generate the UI.
+This will generate a [contract artifact](src/artifacts/test_contract.json) and TypeScript class for the Aztec smart contract in `src/contracts/main.nr`, which the frontend uses to generate the UI.
 
-After compiling, you can re-deploy the upated noir smart contract from the web UI. The function interaction forms are generated from parsing the ContractABI, so they should update automatically after you recompile.
+After compiling, you can re-deploy the updated noir smart contract from the web UI. The function interaction forms are generated from parsing the contract artifact, so they should update automatically after you recompile.
 
 ## Learn More
 
diff --git a/yarn-project/boxes/private-token/docker-compose.yml b/yarn-project/boxes/token/docker-compose.yml
similarity index 92%
rename from yarn-project/boxes/private-token/docker-compose.yml
rename to yarn-project/boxes/token/docker-compose.yml
index 9ad3d4e954c7..7efab9bef52b 100644
--- a/yarn-project/boxes/private-token/docker-compose.yml
+++ b/yarn-project/boxes/token/docker-compose.yml
@@ -25,10 +25,10 @@ services:
     volumes:
       - ./log:/usr/src/yarn-project/aztec-sandbox/log:rw
 
-  boxes-private-token:
+  boxes-token:
     image: aztecprotocol/yarn-project:latest
     entrypoint: sh
-    command: -c "cd boxes/private-token && yarn test:integration"
+    command: -c "cd boxes/token && yarn test:integration"
     environment:
       ETHEREUM_HOST: http://ethereum:8545
       CHAIN_ID: 31337
diff --git a/yarn-project/boxes/private-token/package.json b/yarn-project/boxes/token/package.json
similarity index 98%
rename from yarn-project/boxes/private-token/package.json
rename to yarn-project/boxes/token/package.json
index 8631f25b2c70..3bdccccf02d6 100644
--- a/yarn-project/boxes/private-token/package.json
+++ b/yarn-project/boxes/token/package.json
@@ -1,5 +1,5 @@
 {
-  "name": "private-token",
+  "name": "token",
   "private": true,
   "version": "0.1.0",
   "type": "module",
@@ -37,7 +37,6 @@
     "@aztec/aztec-ui": "^0.1.14",
     "@aztec/aztec.js": "workspace:^",
     "@aztec/circuits.js": "workspace:^",
-    "@aztec/cli": "workspace:^",
     "@aztec/foundation": "workspace:^",
     "@aztec/types": "workspace:^",
     "classnames": "^2.3.2",
@@ -50,6 +49,7 @@
     "yup": "^1.2.0"
   },
   "devDependencies": {
+    "@jest/globals": "^29.6.4",
     "@types/node": "^20.5.9",
     "@types/react": "^18.2.15",
     "@types/react-dom": "^18.2.7",
diff --git a/yarn-project/boxes/private-token/postcss.config.cjs b/yarn-project/boxes/token/postcss.config.cjs
similarity index 100%
rename from yarn-project/boxes/private-token/postcss.config.cjs
rename to yarn-project/boxes/token/postcss.config.cjs
diff --git a/yarn-project/boxes/private-token/run_tests b/yarn-project/boxes/token/run_tests
similarity index 91%
rename from yarn-project/boxes/private-token/run_tests
rename to yarn-project/boxes/token/run_tests
index b3c100dd24c8..f4b797520e8a 100755
--- a/yarn-project/boxes/private-token/run_tests
+++ b/yarn-project/boxes/token/run_tests
@@ -21,4 +21,4 @@ retry docker pull $(calculate_image_uri $REPO)
 retry docker tag $(calculate_image_uri $REPO) aztecprotocol/$REPO:latest
 
 docker-compose rm -f
-docker-compose -f $COMPOSE_FILE up --exit-code-from boxes-private-token
\ No newline at end of file
+docker-compose -f $COMPOSE_FILE up --exit-code-from boxes-token
\ No newline at end of file
diff --git a/yarn-project/boxes/private-token/src/@types/index.d.ts b/yarn-project/boxes/token/src/@types/index.d.ts
similarity index 100%
rename from yarn-project/boxes/private-token/src/@types/index.d.ts
rename to yarn-project/boxes/token/src/@types/index.d.ts
diff --git a/yarn-project/boxes/private-token/src/app/components/contract_function_form.module.scss b/yarn-project/boxes/token/src/app/components/contract_function_form.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/contract_function_form.module.scss
rename to yarn-project/boxes/token/src/app/components/contract_function_form.module.scss
diff --git a/yarn-project/boxes/token/src/app/components/contract_function_form.tsx b/yarn-project/boxes/token/src/app/components/contract_function_form.tsx
new file mode 100644
index 000000000000..f6262af04552
--- /dev/null
+++ b/yarn-project/boxes/token/src/app/components/contract_function_form.tsx
@@ -0,0 +1,225 @@
+import { Button, Loader } from '@aztec/aztec-ui';
+import { AztecAddress, CompleteAddress, Fr } from '@aztec/aztec.js';
+import { ContractArtifact, FunctionArtifact } from '@aztec/foundation/abi';
+import { useFormik } from 'formik';
+import * as Yup from 'yup';
+import { CONTRACT_ADDRESS_PARAM_NAMES, pxe } from '../../config.js';
+import { callContractFunction, deployContract, viewContractFunction } from '../../scripts/index.js';
+import { convertArgs } from '../../scripts/util.js';
+import styles from './contract_function_form.module.scss';
+
+const DEFAULT_FIELD_VALUE = 100;
+interface BasicParamDef {
+  name: string;
+  type: {
+    kind: string;
+    path?: string;
+  };
+}
+interface ParamDef {
+  name: string;
+  type: {
+    kind: string;
+    path?: string;
+    fields?: BasicParamDef[];
+  };
+}
+
+type NoirFunctionYupSchema = {
+  // hack: add `any` at the end to get the array schema to typecheck
+  // eslint-disable-next-line @typescript-eslint/no-explicit-any
+  [key: string]: Yup.NumberSchema | Yup.ArraySchema<number[], object> | Yup.BooleanSchema | any;
+};
+
+type NoirFunctionFormValues = {
+  [key: string]: string | number | number[] | boolean | undefined;
+};
+
+// returns an object where first value is the yup type, second value is the default value
+// this handles "base cases", which can be the parameters directly, or used
+// in a recursive manner to handle structs
+function generateYupDefaultValue(param: any, defaultAddress: string) {
+  if (CONTRACT_ADDRESS_PARAM_NAMES.includes(param.name)) {
+    // these are actually fields, which should be numbers, but yup doesn't support bigint so we convert back to bigint on execution
+    return { yupType: Yup.string().required(), defaultValue: defaultAddress };
+  } else if (param.type.kind === 'field') {
+    return { yupType: Yup.number().required(), defaultValue: DEFAULT_FIELD_VALUE };
+  } else if (param.type.kind === 'array') {
+    const arrayLength = param.type.length;
+    return {
+      yupType: Yup.array()
+        .of(Yup.number())
+        .min(arrayLength)
+        .max(arrayLength)
+        .transform(function (value: number[], originalValue: string) {
+          if (typeof originalValue === 'string') {
+            return originalValue.split(',').map(Number);
+          }
+          return value;
+        }),
+      defaultValue: Array(arrayLength).fill(CONTRACT_ADDRESS_PARAM_NAMES.includes(param.name) ? defaultAddress : 200),
+    };
+  } else if (param.type.kind === 'boolean') {
+    return { yupType: Yup.boolean().required(), defaultValue: false };
+  } else {
+    throw new Error('Unsupported type', param);
+  }
+}
+
+function generateYupSchema(functionAbi: FunctionArtifact, defaultAddress: string) {
+  const parameterSchema: NoirFunctionYupSchema = {};
+  const initialValues: NoirFunctionFormValues = {};
+  for (const param of functionAbi.parameters) {
+    // use helper function for non struct-types
+    if (['field', 'array', 'boolean'].includes(param.type.kind)) {
+      const { yupType, defaultValue } = generateYupDefaultValue(param, defaultAddress);
+      parameterSchema[param.name] = yupType;
+      initialValues[param.name] = defaultValue;
+      continue;
+    } else if (param.type.kind === 'struct') {
+      // for type checking, can't annotate left side of "for X of Y" statement
+      const paramFields: ParamDef[] = param.type.fields!;
+      const structParamSchema: any = {};
+      const structInitialValues: any = {};
+      for (const structParam of paramFields) {
+        const { yupType, defaultValue } = generateYupDefaultValue(structParam, defaultAddress);
+        structParamSchema[structParam.name] = yupType;
+        structInitialValues[structParam.name] = defaultValue;
+      }
+      parameterSchema[param.name] = Yup.object().shape(structParamSchema);
+      initialValues[param.name] = structInitialValues;
+      continue;
+    }
+  }
+  return { validationSchema: Yup.object().shape(parameterSchema), initialValues };
+}
+
+async function handleFunctionCall(
+  contractAddress: AztecAddress | undefined,
+  artifact: ContractArtifact,
+  functionName: string,
+  args: any,
+  wallet: CompleteAddress,
+) {
+  const functionAbi = artifact.functions.find(f => f.name === functionName)!;
+  const typedArgs: any[] = convertArgs(functionAbi, args);
+
+  if (functionName === 'constructor' && !!wallet) {
+    if (functionAbi === undefined) {
+      throw new Error('Cannot find constructor in the ABI.');
+    }
+    // hack: addresses are stored as string in the form to avoid bigint compatibility issues with formik
+    // convert those back to bigints before sending
+
+    // for now, dont let user change the salt.  requires some change to the form generation if we want to let user choose one
+    // since everything is currently based on parsing the contractABI, and the salt parameter is not present there
+    const salt = Fr.random();
+    return await deployContract(wallet, artifact, typedArgs, salt, pxe);
+  }
+
+  if (functionAbi.functionType === 'unconstrained') {
+    return await viewContractFunction(contractAddress!, artifact, functionName, typedArgs, pxe, wallet);
+  } else {
+    const txnReceipt = await callContractFunction(contractAddress!, artifact, functionName, typedArgs, pxe, wallet);
+    return `Transaction ${txnReceipt.status} on block number ${txnReceipt.blockNumber}`;
+  }
+}
+
+interface ContractFunctionFormProps {
+  wallet: CompleteAddress;
+  contractAddress?: AztecAddress;
+  artifact: ContractArtifact;
+  functionAbi: FunctionArtifact;
+  defaultAddress: string;
+  title?: string;
+  buttonText?: string;
+  isLoading: boolean;
+  disabled: boolean;
+  onSubmit: () => void;
+  onSuccess: (result: any) => void;
+  onError: (msg: string) => void;
+}
+
+export function ContractFunctionForm({
+  wallet,
+  contractAddress,
+  artifact,
+  functionAbi,
+  defaultAddress,
+  buttonText = 'Submit',
+  isLoading,
+  disabled,
+  onSubmit,
+  onSuccess,
+  onError,
+}: ContractFunctionFormProps) {
+  const { validationSchema, initialValues } = generateYupSchema(functionAbi, defaultAddress);
+  const formik = useFormik({
+    initialValues: initialValues,
+    validationSchema: validationSchema,
+    onSubmit: async (values: any) => {
+      onSubmit();
+      try {
+        const result = await handleFunctionCall(contractAddress, artifact, functionAbi.name, values, wallet);
+        onSuccess(result);
+      } catch (e: any) {
+        onError(e.message);
+      }
+    },
+  });
+  return (
+    <form onSubmit={formik.handleSubmit} className={styles.content}>
+      {functionAbi.parameters.map(input => (
+        <div key={input.name} className={styles.field}>
+          {input.type.kind !== 'struct' ? (
+            <>
+              <label className={styles.label} htmlFor={input.name}>
+                {input.name} ({input.type.kind})
+              </label>
+              <input
+                className={styles.input}
+                id={input.name}
+                name={input.name}
+                disabled={isLoading}
+                type="text"
+                onChange={formik.handleChange}
+                value={formik.values[input.name]}
+              />
+              {formik.touched[input.name] && formik.errors[input.name] && (
+                <div>{formik.errors[input.name]?.toString()}</div>
+              )}
+            </>
+          ) : (
+            // Rendering object properties if the kind is 'struct'
+            // find a better way to represent that these are part of the same input
+            // than the text label `${input.name}.${field.name}`
+            input.type.fields.map(field => (
+              <div key={field.name}>
+                <label className={styles.label} htmlFor={`${input.name}.${field.name}`}>
+                  {`${input.name}.${field.name}`}
+                </label>
+                <input
+                  className={styles.input}
+                  id={`${input.name}.${field.name}`}
+                  name={`${input.name}.${field.name}`}
+                  disabled={isLoading}
+                  type="text"
+                  onChange={formik.handleChange}
+                  value={formik.values[input.name] ? formik.values[input.name][field.name] : ''}
+                />
+                {/* {formik.touched[input.name] && formik.touched[input.name] && formik.errors[input.name] && formik.errors[input.name][field.name] && (
+                <div>{formik.errors[input.name][field.name]?.toString()}</div>
+              )} */}
+              </div>
+            ))
+          )}
+        </div>
+      ))}
+      {isLoading ? (
+        <Loader />
+      ) : (
+        <Button disabled={disabled} text={buttonText} className={styles.actionButton} type="submit" />
+      )}
+    </form>
+  );
+}
diff --git a/yarn-project/boxes/private-token/src/app/components/copy.module.scss b/yarn-project/boxes/token/src/app/components/copy.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/copy.module.scss
rename to yarn-project/boxes/token/src/app/components/copy.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/components/copy.tsx b/yarn-project/boxes/token/src/app/components/copy.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/copy.tsx
rename to yarn-project/boxes/token/src/app/components/copy.tsx
diff --git a/yarn-project/boxes/private-token/src/app/components/dropdown.module.scss b/yarn-project/boxes/token/src/app/components/dropdown.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/dropdown.module.scss
rename to yarn-project/boxes/token/src/app/components/dropdown.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/components/dropdown.tsx b/yarn-project/boxes/token/src/app/components/dropdown.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/dropdown.tsx
rename to yarn-project/boxes/token/src/app/components/dropdown.tsx
diff --git a/yarn-project/boxes/private-token/src/app/components/index.ts b/yarn-project/boxes/token/src/app/components/index.ts
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/index.ts
rename to yarn-project/boxes/token/src/app/components/index.ts
diff --git a/yarn-project/boxes/private-token/src/app/components/popup.module.scss b/yarn-project/boxes/token/src/app/components/popup.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/popup.module.scss
rename to yarn-project/boxes/token/src/app/components/popup.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/components/popup.tsx b/yarn-project/boxes/token/src/app/components/popup.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/popup.tsx
rename to yarn-project/boxes/token/src/app/components/popup.tsx
diff --git a/yarn-project/boxes/private-token/src/app/components/select.module.scss b/yarn-project/boxes/token/src/app/components/select.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/select.module.scss
rename to yarn-project/boxes/token/src/app/components/select.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/components/select.tsx b/yarn-project/boxes/token/src/app/components/select.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/select.tsx
rename to yarn-project/boxes/token/src/app/components/select.tsx
diff --git a/yarn-project/boxes/private-token/src/app/components/terms.tsx b/yarn-project/boxes/token/src/app/components/terms.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/terms.tsx
rename to yarn-project/boxes/token/src/app/components/terms.tsx
diff --git a/yarn-project/boxes/private-token/src/app/components/wallet_dropdown.module.scss b/yarn-project/boxes/token/src/app/components/wallet_dropdown.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/wallet_dropdown.module.scss
rename to yarn-project/boxes/token/src/app/components/wallet_dropdown.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/components/wallet_dropdown.tsx b/yarn-project/boxes/token/src/app/components/wallet_dropdown.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/components/wallet_dropdown.tsx
rename to yarn-project/boxes/token/src/app/components/wallet_dropdown.tsx
diff --git a/yarn-project/boxes/private-token/src/app/contract.module.scss b/yarn-project/boxes/token/src/app/contract.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/contract.module.scss
rename to yarn-project/boxes/token/src/app/contract.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/contract.tsx b/yarn-project/boxes/token/src/app/contract.tsx
similarity index 90%
rename from yarn-project/boxes/private-token/src/app/contract.tsx
rename to yarn-project/boxes/token/src/app/contract.tsx
index 3b9e3c3c80b7..3bf292a5b4bc 100644
--- a/yarn-project/boxes/private-token/src/app/contract.tsx
+++ b/yarn-project/boxes/token/src/app/contract.tsx
@@ -1,10 +1,10 @@
-import { FILTERED_FUNCTION_NAMES, contractAbi } from '../config.js';
+import { FILTERED_FUNCTION_NAMES, contractArtifact } from '../config.js';
 import { Copy } from './components/copy.js';
 import { ContractFunctionForm, Popup } from './components/index.js';
 import styles from './contract.module.scss';
 import { Button, ButtonSize, ButtonTheme, Card, CardTheme, ImageButton, ImageButtonIcon } from '@aztec/aztec-ui';
 import { AztecAddress, CompleteAddress } from '@aztec/aztec.js';
-import { FunctionAbi } from '@aztec/foundation/abi';
+import { FunctionArtifact } from '@aztec/foundation/abi';
 import { ReactNode, useState } from 'react';
 
 const functionTypeSortOrder = {
@@ -40,12 +40,12 @@ export function Contract({ wallet }: Props) {
     setProcessingFunction('');
   };
 
-  const constructorAbi = contractAbi.functions.find(f => f.name === 'constructor')!;
+  const constructorAbi = contractArtifact.functions.find(f => f.name === 'constructor')!;
   const hasResult = !!(result || errorMsg);
 
   function renderCardContent(contractAddress?: AztecAddress): { content: ReactNode; header: string } {
     if (contractAddress) {
-      const functions = contractAbi.functions
+      const functions = contractArtifact.functions
         .filter(f => f.name !== 'constructor' && !f.isInternal && !FILTERED_FUNCTION_NAMES.includes(f.name))
         .sort((a, b) => functionTypeSortOrder[a.functionType] - functionTypeSortOrder[b.functionType]);
 
@@ -55,7 +55,7 @@ export function Contract({ wallet }: Props) {
           content: (
             <div className={styles.selectorWrapper}>
               <div className={styles.tag}>
-                <div className={styles.title}>{`${contractAbi.name}`}</div>
+                <div className={styles.title}>{`${contractArtifact.name}`}</div>
                 {!!contractAddress && (
                   <div className={styles.address}>
                     {`${contractAddress.toShortString()}`}
@@ -64,7 +64,7 @@ export function Contract({ wallet }: Props) {
                 )}
               </div>
               <div className={styles.functions}>
-                {functions.map((functionAbi: FunctionAbi, index: number) => (
+                {functions.map((functionAbi: FunctionArtifact, index: number) => (
                   <ImageButton
                     icon={ImageButtonIcon.Wallet}
                     label={functionAbi.name}
@@ -96,7 +96,7 @@ export function Contract({ wallet }: Props) {
               key={selectedFunctionAbi.name}
               wallet={wallet}
               contractAddress={contractAddress}
-              contractAbi={contractAbi}
+              artifact={contractArtifact}
               functionAbi={selectedFunctionAbi}
               defaultAddress={wallet.address.toString()}
               isLoading={processingFunction === selectedFunctionAbi.name && !hasResult}
@@ -111,11 +111,11 @@ export function Contract({ wallet }: Props) {
     }
 
     return {
-      header: `Deploy Contract (${contractAbi.name})`,
+      header: `Deploy Contract (${contractArtifact.name})`,
       content: (
         <ContractFunctionForm
           wallet={wallet}
-          contractAbi={contractAbi}
+          artifact={contractArtifact}
           functionAbi={constructorAbi}
           defaultAddress={wallet.address.toString()}
           buttonText="Deploy"
diff --git a/yarn-project/boxes/private-token/src/app/home.module.scss b/yarn-project/boxes/token/src/app/home.module.scss
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/home.module.scss
rename to yarn-project/boxes/token/src/app/home.module.scss
diff --git a/yarn-project/boxes/private-token/src/app/home.tsx b/yarn-project/boxes/token/src/app/home.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/home.tsx
rename to yarn-project/boxes/token/src/app/home.tsx
diff --git a/yarn-project/boxes/private-token/src/app/index.css b/yarn-project/boxes/token/src/app/index.css
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/index.css
rename to yarn-project/boxes/token/src/app/index.css
diff --git a/yarn-project/boxes/private-token/src/app/index.html b/yarn-project/boxes/token/src/app/index.html
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/index.html
rename to yarn-project/boxes/token/src/app/index.html
diff --git a/yarn-project/boxes/private-token/src/app/index.tsx b/yarn-project/boxes/token/src/app/index.tsx
similarity index 100%
rename from yarn-project/boxes/private-token/src/app/index.tsx
rename to yarn-project/boxes/token/src/app/index.tsx
diff --git a/yarn-project/boxes/token/src/artifacts/Token.json b/yarn-project/boxes/token/src/artifacts/Token.json
new file mode 100644
index 000000000000..4836973d0b3c
--- /dev/null
+++ b/yarn-project/boxes/token/src/artifacts/Token.json
@@ -0,0 +1,3360 @@
+{
+  "name": "Token",
+  "functions": [
+    {
+      "name": "_increase_public_balance",
+      "functionType": "open",
+      "isInternal": true,
+      "parameters": [
+        {
+          "name": "to",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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+      "verificationKey": "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"
+    },
+    {
+      "name": "_initialize",
+      "functionType": "open",
+      "isInternal": true,
+      "parameters": [
+        {
+          "name": "new_admin",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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+    },
+    {
+      "name": "_reduce_total_supply",
+      "functionType": "open",
+      "isInternal": true,
+      "parameters": [
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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+    },
+    {
+      "name": "admin",
+      "functionType": "unconstrained",
+      "isInternal": false,
+      "parameters": [],
+      "returnTypes": [
+        {
+          "kind": "field"
+        }
+      ],
+      "bytecode": "H4sIAAAAAAAA/7VTWw7CIBBcKA/RxH8/vUG9Qc/gDZrY+Gmi3j+WyKQjoj+FTZqlQGdmZ7daRJS8o5Ml1I/1MWVHe0PK/cpwxFUL084YNmEF0qxT3qdadF3e067gnyOPa/FwbxhXiCvIZw+x12VeBFrjLHp3oHNT+AZ3TeEe124b1M48A72Da0saDGlxdbX0EcPLEh1xQQc0efLJZ3q5B55yi9lp0RPuPeLfjIJ/Mz/4Zx7P2328TudpvCiCyEdKEwyveexhP48m7uLMy7fEan7kuCrLMV4lLa+7hAUAAA==",
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+    },
+    {
+      "name": "balance_of_private",
+      "functionType": "unconstrained",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "owner",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "integer",
+          "sign": "unsigned",
+          "width": 120
+        }
+      ],
+      "bytecode": 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",
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+    },
+    {
+      "name": "balance_of_public",
+      "functionType": "unconstrained",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "owner",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "integer",
+          "sign": "unsigned",
+          "width": 120
+        }
+      ],
+      "bytecode": "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",
+      "verificationKey": "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"
+    },
+    {
+      "name": "burn",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "from",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
+      "bytecode": 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XCWoVcPzWMBk/IM+p1cDx+4vJ+AHnafUHcPz+ZjJ+wHlGrQGO3z9Mxg+YJwoYMwo5fvproPSHigpMf5PN/Y2Hm/sdDzP3Px5i7oecYO6PPMjcL1lh7p8cZ+6n1DVLXavVtV9d89Y1dH3vgL4XQd+Doe/p0Pey6Htj9D1B+h4jfW+VvldL36NmH2khfyYbd1OA95NEddP8FJwGGLhp/kjridw0n2Sf2kl6QNH9TgWK3lR2T02D+4j0OwenAhNqY985mOx4VAaOCuT3BKrwCzb+o8xgH235dGPfEzg0VtVHabHg9wQOjf379wQm6meLfU/gUWkbAKabgRgcumZ66NrJMslRwCQ/Oo0m6NBMfFRaNJNFsjiPYYLzWGClUCd8vhXnegyOJV6ZTQPmQFQrs2lEK7PjZGWGddJxBCuz4x1fmWm7j2e2MjuewcosfBD2rWz8J5jBPnETVmZtY1V9FF6ZtY39+8osUT9bbGWmB6DAMvbEBFN8kiuzKol5AjDJT2SykpjOkImnEzHxDGFirJNmEDDxSY4zsbb7JGZMfJIwsX0EmHimGexZqcrEM0NMPCsCJp4JTPJZwODWTs6vaj48qNEJjhwDKownE62Y4EumU4DiC9eAOoVBQJ2KxogGqPcbp6bhA7TVYzzq7ScDZ/nTgEmJHD+d4LViVQ+0f9CxeRqDBD89KsaIJ3eQAUVPHGdsfkJusRsmziASA84UMQDrpDMJxICzHBcDtN1nMRMDzmIgBoRq1wrYd7U3TJxtBvucTRADhsaq+igsBrC7YeLstOANE+dYwRIG5L+eLJOcDUzyc9Jogg7NxGczWTGcy7B8cC7RiuE8WTFgnXQewYrhfMdXDNru85mtGM5nsGIIY6bs28Z/gRns2alaPrggVD6YnWCKR5cPLgAm+ew0mqBDM/Echkw8h4iJLxQmxjrpQgImvshxJtZ2X8SMiS8SJg70beO/2Az2JanKxBeHmPiSCJj4YmCSXwJkYq51V+AYkGG8lABjQqDJBtRlElDqMgYBdTkaIxqg3m9cnoYP0DZMCvmXAmf5K4BJ2UYK+eoKBgl+ZVSMEU/uIAOKnjiu2vyE3GKF/KuIxICrRQzAOulqAjHgGsfFAG33NczEgGsYiAGhmmohsO9qC/nXmsG+bhPEgKGxqj4KiwHsCvnXpgUL+ddZwRIG5L+eLJNcC0zy69Jogg7NxNcyWTHMZVg+mEu0YpgnKwask+YRrBiud3zFoO2+ntmK4XoGK4bQgVwxhI9A+eAGM9jzU7V8cEOofDA/wRSPLh/cAEzy+Wk0QYdm4gUMmXgBERPfKEyMddKNBEx8k+NMrO2+iRkT3yRMbB8BJr7ZDPYtqcrEN4eY+JYImPhmYJLfAmRirnVX4BiQYbyVAGNCoMkG1G04oGwL+bcxCKjb0RjRAPV+4/Y0fIC2ZVLIvxU4y98BTMq2UshXdzBI8DujYox4cgcZUPTEcdfmJ+QWK+TfRSQG3C1iANZJdxOIAfc4LgZou+9hJgbcw0AMCNVUi4B9V1vIv9cM9n2bIAYMjVX1UVgMYFfIvzctWMi/zwqWMCD/9WSZ5F5gkt+XRhN0aCa+l8mK4X6G5YP7iVYMD8iKAeukBwhWDA86vmLQdj/IbMXwIIMVQ+hArhjCR6B88JAZ7IdTtXzwUKh88HCCKR5dPngImOQPp9EEHZqJH2HIxI8QMfGjwsRYJz1KwMSPOc7E2u7HmDHxY8LE9hFg4oVmsBelKhMvDDHxogiYeCEwyRcBmZhr3RU4BmQYHyfAmBBosgH1BA4o20L+EwwC6kk0RjRAvd94Mg0foO2ZFPIfB87yi4FJ2V4K+WoxgwR/KirGiCd3kAFFTxxPb35CbrFC/tNEYsAzIgZgnfQMgRjwrONigLb7WWZiwLMMxIBQTbUY2He1hfznzGA/vwliwNBYVR+FxQB2hfzn0oKF/OetYAkD8l9PlkmeAyb582k0QYdm4ueYrBheYFg+eIFoxfCirBiwTnqRYMXwkuMrBm33S8xWDC8xWDGEDuSKIXwEygcvm8F+JVXLBy+HygevJJji0eWDl4FJ/koaTdChmfhVhkz8KhETvyZMjHXSawRM/LrjTKztfp0ZE78uTGwfASZeYgb7jVRl4iUhJn4jAiZeAkzyN4BMzLXuChwDMoxvEmBMCDTZgHoLB5RtIf8tBgH1NhojGqDeb7ydhg/QjkwK+W8CZ/l3gEnZUQr56h0GCf5uVIwRT+4gA4qeON7b/ITcYoX894jEgPdFDMA66X0CMeADx8UAbfcHzMSADxiIAaGaah9g39UW8j80g/3RJogBQ2NVfRQWA9gV8j9MCxbyP7KCJQzIfz1ZJvkQmOQfpdEEHZqJP2SyYviYYfngY6IVwyeyYsA66ROCFcOnjq8YtN2fMlsxfMpgxRA6kCuG8BEoH3xmBntpqpYPPguVD5YmmOLR5YPPgEm+NI0m6NBM/DlDJv6ciIm/ECbGOukLAib+0nEm1nZ/yYyJvxQmto8AE39lBvvrVGXir0JM/HUETPwVMMm/BjIx17orcAzIMC4jwJgQaLIB9Q0OKNtC/jcMAupbNEY0QL3f+DYNH6CdmRTylwFn+e+ASdlZCvnqOwYJ/n1UjBFP7iADip44ftj8hNxihfwfiMSA5SIGYJ20nEAM+NFxMUDb/SMzMeBHBmJAqKbaF9h3tYX8FWawf9oEMWBorKqPwmIAu0L+irRgIf8nK1jCgPzXk2WSFcAk/ymNJujQTLyCyYphJcPywUqiFcPPsmLAOulnghXDL46vGLTdvzBbMfzCYMUQOpArhvARKB/8agZ7VaqWD34NlQ9WJZji0eWDX4FJviqNJujQTPwbQyb+jYiJVwsTY520moCJf3ecibXdvzNj4t+Fie0jwMR/mMH+M1WZ+I8QE/8ZARP/AUzyP4FMzLXuChwDMoxrCDAmBJpsQP2FA8q2kP8Xg4D6G40RDVDvN/5OwwdoVyaF/DXAWf4fYFJ2lUK++odBgq+NijHiyR1kQNETh17HbWZfW6yQb2OOJ3nYeNOsTYCIAcn2mf6/AUX3m54ODH4iu9PT4T4iFQPSgQkVUSG/BNh3tYX8GuZJTevFlCrk10gPFvJrWsESBuS/njSTAJO8ZjpN0KGZuEZ6NJNFsjgzgL6JasWQQbRiyJQVA9ZJmQQrhizHVwza7ixmK4YsBiuG0IFcMYSPQPkg2zzJ2YQVQ9tYVR+xLx/oASiwjM1J4F10+SAbmOQ56TRBh2biXIZMnEvExHnCxFgn5REwcS3HmVjbXYsZE9cSJraPABPnmye1U5WJ80NMXDsCJs4HJnltIBNzrbsCx4AMYx0CjAmBJhtQdXFA2Rby6zIIqHpojGiAer9RLx0foN2ZFPLrAGf5+sCk7C6FfFWfQYI3iIox4skdZEDRE0fDzU/ILVbIb0gkBjSylrkiBiTZp3ZSIwIxoLHjYoC2uzEzMaAxAzEgVFMtBfZdbSG/iXnSdBPEgKGxqj5iX8hvkh4s5De1giUMyH89WSZpAkzypuk0QYdm4iZMVgzNgL6JasXQjGjF0FxWDFgnNSdYMbRwfMWg7W7BbMXQgsGKIXQgVwzhI1A+aGmetNqEFUPbWFUfsS8f6AEosIxtlcC7Sa4YqiRmS2CSt0qnCbo0sM2tGTJxayImbiNMjHVSGwImLnCcibXdBcyYuECY2D4CTNzWPGmXqkzcNsTE7SJg4rbAJG8HZGKudVfgGJBhbE+AMSHQZAOqAw4o20J+BwYB1RGNEQ1Q7zc6puMDtCeTQn574CzfCZiUPaWQrzoxSPDOUTFGPLmDDCh64uiy+Qm5xQr5XYjEgK7WMlfEgCT71E7qSiAGdHNcDNB2d2MmBnRjIAaEaqr9gH1XW8jvbp702AQxYGisqo/CYsDQGLNCfvf0YCG/hxUsYUD+68kySXdgkvdIpwk6NBN3Z7Ji6An0TVQrhp5EK4ZesmLAOqkXwYqht+MrBm13b2Yrht4MVgyhA7liCB+B8oG/fFCbsGJoG6vqI/blAz0ABZaxKoF3k1wxVEnMODDJVTpN0KGZuJAhExcSMXGRMDHWSUUETFzsOBNru4uZMXGxMLF9BLimj3nSN1WZuE+IiftGwMR9gEneF8jEXOuuwDEgw1hCgDEh0GQDqhQHlG0hv5RBQPVDY0QD1PuNfun4AO3NpJBfApzltwImZW8p5KutGCR4/6gYI57cQQYUPXEM2PyE3GKF/AFEYsBAa5krYkCSfWonDSQQAwY5LgZouwcxEwMGMRADQjXVMmDf1RbytzZPBm+CGDA0VtVH7Av5W6cHC/mDrWAJA/JfT5ZJtgYm+eB0mqBDM/HWTFYMQ4C+iWrFMIRoxTBUVgxYJw0lWDFs4/iKQdu9DbMVwzYMVgyhA7liCB+B8sG25sl2m7BiaBur6iP25QM9AAWWsdsl8G6SK4YqibktMMm3S6cJOjQTb8+QibcnYuIdhImxTtqBgIl3dJyJtd07MmPiHYWJ7SPAxDuZJzunKhPvFGLinSNg4p2ASb4zkIm51l2BY0CGcRcCjAmBJhtQu+KAsi3k78ogoHZDY0QD1PuN3dLxAaqYFPJ3Ac7yw4BJqaSQr4YxSPDdo2KMeHIHGVD0xLHH5ifkFivk70EkBgy3lrkiBiTZp3bScAIxYITjYoC2ewQzMWAEAzEgVFMtB/ZdbSF/T/Nkr00QA4bGqvqIfSF/z/RgIX8vK1jCgPzXk2WSPYFJvlc6TdChmXhPJiuGkUDfRLViGEm0YhglKwask0YRrBj2dnzFoO3em9mKYW8GK4bQgVwxhI9A+WAf82T0JqwY2saq+oh9+UAPQIFl7OgE3k1yxVAlMfcBJvnodJqgQzPxGIZMPIaIifcVJsY6aV8CJt7PcSbWdu/HjIn3Eya2jwAT72+ejE1VJt4/xMRjI2Di/YFJPhbIxFzrrsAxIMN4AAHGhECTDagDcUDZFvIPZBBQZWiMaIB6v1GWjg/QIiaF/AOAs3w5MCmLpJCvyhkk+LioGCOe3EEGFD1xjN/8hNxihfzxRGJAhbXMFTEgyT61kyoIxIBKx8UAbXclMzGgkoEYEKqpjgP2XW0h/yDz5OBNEAOGxqr6iH0h/6D0YCH/YCtYwoD815NlkoOASX5wOk3QoZn4ICYrhglA30S1YphAtGKYKCsGrJMmEqwYDnF8xaDtPoTZiuEQBiuG0IFcMYSPQPngUPPksE1YMbSNVfUR+/KBHoACy9jDEng3yRVDlcQ8FJjkh6XTBB2aiScxZOJJREx8uDAx1kmHEzDxEY4zsbb7CGZMfIQwsX0EmHiyeTIlVZl4coiJp0TAxJOBST4FyMRc667AMSDDeCQBxoRAkw2oqTigbAv5UxkE1FFojGiAer9xVDo+QPswKeQfCZzljwYmZR8p5KujGST4MVExRjy5gwwoeuI4dvMTcosV8o8lEgOmWctcEQOS7FM7aRqBGHCc42KAtvs4ZmLAcQzEgFBNdTyw72oL+cebJydsghgwNFbVR+wL+cenBwv5J1jBEgbkv54skxwPTPIT0mmCDs3ExzNZMZwI9E1UK4YTiVYM02XFgHXSdIIVwwzHVwza7hnMVgwzGKwYQgdyxRA+AuWDk8yTmZuwYmgbq+oj9uUDPQAFlrEzE3g3yRVDlcQ8CZjkM9Npgg7NxLMYMvEsIiY+WZgY66STCZj4FMeZWNt9CjMmPkWY2D4CTHyqeXJaqjLxqSEmPi0CJj4VmOSnAZmYa90VOAZkGE8nwJgQaLIBdQYOKNtC/hkMAupMNEY0QL3fODMdH6AlTAr5pwNn+bOASVkihXx1FoMEPzsqxognd5ABRU8c52x+Qm6xQv45RGLAudYyV8SAJPvUTjqXQAw4z3ExQNt9HjMx4DwGYkCoploB7LvaQv755skFmyAGDI1V9RH7Qv756cFC/gVWsIQB+a8nyyTnA5P8gnSaoEMz8flMVgyzgb6JasUwm2jFMEdWDFgnzSFYMVzo+IpB230hsxXDhQxWDKEDuWIIH4HywUXmycWbsGJoG6vqI/blAz0ABZaxFyfwbpIrhiqJeREwyS9Opwk6NBNfwpCJLyFi4kuFibFOupSAiS9znIm13ZcxY+LLhIntI8DEl5snV6QqE18eYuIrImDiy4FJfgWQibnWXYFjQIbxSgKMCYEmG1BX4YCyLeRfxSCgrkZjRAPU+42r0/EB2o9JIf9K4Cx/DTAp+0khX13DIMGvjYox4skdZEDRE8d1m5+QW6yQfx2RGDDXWuaKGJBkn9pJcwnEgHmOiwHa7nnMxIB5DMSAUE21Eth3tYX8682TGzZBDBgaq+oj9oX869ODhfwbrGAJA/JfT5ZJrgcm+Q3pNEGHZuLrmawY5gN9E9WKYT7RimGBrBiwTlpAsGK40fEVg7b7RmYrhhsZrBhCB3LFED4C5YObzJObN2HF0DZW1Ufsywd6AAosY29O4N0kVwxVEvMmYJLfnE4TdGgmvoUhE99CxMS3ChNjnXQrARPf5jgTa7tvY8bEtwkT20eAiW83T+5IVSa+PcTEd0TAxLcDk/wOIBNzrbsCx4AM450EGBMCTTag7sIBZVvIv4tBQN2NxogGqPcbd6fjA7Q/k0L+ncBZ/h5gUvaXQr66h0GC3xsVY8STO8iAoieO+zY/IbdYIf8+IjHgfmuZK2JAkn1qJ91PIAY84LgYoO1+gJkY8AADMSBYU62MA/uutpD/oHny0CaIAUNjVX3EvpD/YHqwkP+QFSxhQP7ryTLJg8AkfyidJujQTPwgkxXDw0DfRLVieJhoxfCIrBiwTnqEYMXwqOMrBm33o8xWDI8yWDGEICNXDFU6t/E/Zp4s3IQVQ9tYVR+xLx/oASiwjF2YwLtJrhiqJOZjwCRfmE4TdGgmXsSQiRcRMfHjwsRYJz1OwMRPOM7E2u4nmDHxE8LEgc5t/E+aJ4tTlYmfDDHx4giY+Elgki8GMjHXuuvidPcxPkWAMSHQZAPqaRxQtoX8pxkE1DNojGiAer/xTDo+QAcyKeQ/BZzlnwUm5UAp5KtnGST4c1ExRjy5gwwoeuJ4/r8kZEm1fUVWyH+eSAx4wVrmihiQZJ/aSS8QiAEvOi4GaLtfZCYGvBiBGIDG3DRGxAT/Faeq/s/2WLxknry8CcLC2gRjFxYW1sb+XVhI1M8WExb0AJxmGasH4tjQNdPB134JOGG8ssl9FY4bV1TRp6RP35LiUtWvuO/40sqifuOKKlVh34qykrLC8f2iYstXiNjyVWFLrJNeJWDL1xxnS233a0RsiV4qv2ywovvd2pm9e/U4kbH0OnDvjhw/n5g0vmmx4IHWQpr+lxj6l60XkuReBq8G68SqHuh5ZFiaI6vBao9Cwi+VLiT8nGsR4ZgUKcK+Cwn7LtIxnBNLfGCuUTUWpV/pl3O/yL4l/6Rf6fe/9cuj70KmuIur/SWleHKHQq7LbYXQB7rE6/8Nr73ptbe89rbX3vHau157z2vve+0Dr33otY+89rHXPvHap177zGtLvfa5177w2pde+8prX3ttmde+8dq3XvvOa9977QevLffaj15b4bWfvLbSaz977Rev/eq1VV77zWurvfa71/7w2p9eW+O1v7z2t9f+8dpar+nNWZrX0r1Ww2s1vZbhtUyvZXkt22s5Xsv1Wp7Xankt32u1vVbHa3W9Vs9r9b3WwGsNvdbIa4291sRrTb3WzGvNvdbCay291sprrb3WxmsFXmvrtXZea++1Dl7r6LVOXuvstS5e6+q1bl7r7rUeXuvptV5e6+01vVHS9bNCrxV5rdhrfbzW12slXiv1mlYMt/Jaf68N8NpArw3y2tZeG+y1IV4b6rVtvLat17bz2vZe28FrO3ptJ6/t7LVdvLar13bz2jCv7e61Pbw23GsjvLan1/by2kivjfLa3l7bx2ujvTbGa/t6bT+v7e+1sV47wGsHeq3Ma+VeG+e18V6r8Fql1w7y2sFem+C1iV47xGuHeu0wr03y2uFeO8Jrk702xWtHem2q147y2tFeO8Zrx3ptmteO89rxXjvBayd6bbrXZnjtJK/N9Nosr53stVO8dqrXTvPa6V47w2tneu0sr53ttXO8dq7XzvPa+V67wGuzvTbHaxd67SKvXey1S7x2qdcu89rlXrvCa1d67SqvXe21a7x2rdeu89pcr83z2vVeu8Fr8722wGs3eu0mr93stVu8dqvXbvPa7V67w2t3eu0ur93ttXu8dq/X7vPa/V57wGsPeu0hrz3stUe89qjXHvPaQq8t8trjXnvCa096bbHXnvLa0157xmvPeu05rz3vtRe89qLXXvLay157xWuveu01r71eY8O8dWbT/5312qquea12bMNr/n4+33rN/3st6zX/73nWa/7fc63X7L/7Z//v2dZr/t+zrNf8v2dar/l/z7Be8/9e03rN/3sN67WwkJ1j/d2unvh/j4Wur4/B5hxP6lCFBMJ5XNvc0LIjFrJX+zEvwesaS30sFhUW6Adbj/1r2VjqOoQl3yEsuQ5hyXIIS02HsNRxCEsth7DkOIQl0yEsNRzCUs8hLLUdwpLnEJZsh7BkOIQlbQtjyYlVvREhJ/R3/9zAPLbXxg1DNunXGpnH9lo7PcF1/TmkgfWaz4n2GtD3l9+vfn5jww1/b2Jet9fEZosQWDs3M4/tNXZzq0//tRbmcWYCm5pYr/kYm1qv+bY0s17zbW5uvdbYPG6R4Lp2TPj/Z7A5x5M71sWEfZ3B1nP/WrkWhhYOYMlwCEu2Q1jyHMJS2yEs9RzCUsMhLJkOYclxCEsth7DUcQhLTYewZDmEJdchLPkOYanrEJb0BFiaIbGoeNxeP8YsTPYx2HrczMLSFInFO3SfTcB96j5aWvh9W33sedbfm1i2tcTiWOfzprHgmPrPW9Jdd539rf7F/lYJcLSK0P5WdNddZ3/rf7G/dQIcrSO038YnWAXr/0esTQQrCdaWjLBKbglWwUqDVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCdUvPWfDrFpYV5oSuq4+00PPBsapjpbG0QWLxDt1HgXUtH5d/nTzr73bcFGBxrPNFm5D9/vMC63XBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVi5Y86y/p1tY2hBgiYWwxBKMi380cAhLXYew5DuEJcshLDUdwtLQISyNHcJSxyEsmQ5hqeEQlnoOYWnkEJb6DmGp7RCWbIewZDiEJW0LY8mxMMSs1/y/p1uvFZjHNazX2prHNa3X2pnHGdZr7S07/dc6mMdZ1msdzeNs67VO5nEj67XO5nFD67Uu5nED67Wu5nF967Vu5nFj67Xu5nG+9VoP87i29VpP87i59Vov87ip9Zo/bvY4++NWYL3mj1tb6zV/3NpZr/nj1t56zR+3DtZr/rh1tF7LMY87Wa/lmsedrdf8uOxivVbLPO5qveaPUTfrNX+Muluv+Tzew3rNXyP3tF7zucQfR23/mkYb/u6/147FXgn68R/bOeVfe7A5x5M71uWUfZ3B1nP/WrkWhp4OYMlwCEu2Q1hqO4SlvkNYGjmEpZ5DWGo4hCXTISx1HMLS2CEsDR3CUtMhLFkOYcl3CEtdh7A0cAhLegIs3bFYCu31fszCZB+DrcfdLSxdkVhUPG7vUTYFS1cLSxckFu/QfXYG96n76GTh9231sedZf+9s2dYJi2Nd/HWJBcfUf96J7rrr7O/4L/Z3TICjY4T2d6S77jr7O/yL/R0S4OgQof02PsEqWP8/Yu0sWEmwdmKEVXJLsApWGqwyv9JglflVsApWwSrzKw1WmV8Fq2AVrDK/0mCV+VWwClbBKvMrDVaZXwWrYBWsMr/SYJX5VbAKVsEq8ysNVplfBatgFawyv9JglflVsArWdYfMr4JV5lfBKlgFq8yvTLDK/CpYBatglfmVBqvMr4JVsApWmV9psMr8KlgFq2CV+ZUGq8yvglWwClaZX2mwyvwqWAWrYJX5lQarzK+CVbAKVplfabDK/CpYBatglfmVBqvMr4JVsApWmV9psMr8KlgFq2CV+ZUGq8yvglWwClaZX2mwyvwqWAWrYJX5lQarzK+CVbAKVplfabDK/CpYBatglfmVBqvMr4JVsApWmV9psMr8KlgFq2CV+ZUGq8yvglWwClaZX2mwyvwqWAWrYJX5lQarzK+CVbAKVplfabDK/CpYBatglfmVBqvMr4JVsApWmV9psMr8KlgFq2CV+ZUGq8yvglWwCtYtPWflWK/12MJY8iwM3aiwqHg8L8G1CWwuzAnZrI+00PPB1mPbJ+3N4y4WvnZYfOt80j6ExX/uX8seq06EWPISXFuPQz3z2M/pml57tcEGHN2hOArjekx6WnbOsDD416phveedBhtwvWEe51rv7WHZ0i3Uj34t3Tz2/5ZFYle8NGZhTk9gkz66Wo97mbP/f3ItjF2t1/zHfozo8bPntGOt99S13tPJwpJm9e3/3xrWez61xvj6hhv6jnqMMi1bQNdUMct2+/q2LzpZj32/+P8n1xozOz87YnEWhnH4ODtar7VPgLOThbND6H0E80hRGIePs531WkECnO0tnG1D79M422BxFodx+DjbWK+1SoCzwMLZOvQ+jbMlFmefMA4fZ0vrteYJcLaycLYIvU/jbIbF2TeMw8fZzHqtSQKczS2cTUPv0zgbY3GWhHH4OBtbrzVMgLOJhbNR6H251mN7DdcAi13pPnsj+/TWYpoD68eCR3VrpN6WfQpr3zruL7T6H2xdw75uEXhc7eummeZfw3+9hvW4thUgRRsero8BH7OOi3iC99mP64f+T5719zixzcrCMdh67l9L830Ny9Z4Atw9Ldz+3xtYuONI3CZee8eCR3Xxao9hIRJL/H/xWmT1P9i6hn3dYux1lX1dP179a/iv17Aet7F8WLzh4Xof+ph1vKoE77Mf9w79nzzr74rY5kILx2DruX8tHa8NLVtVAtzdLNz+3ztb77NjPLzehseQiWcbpz6qi2d7fgSP8bp47mP1P9i6hn3dvtjrKvu6fjz71/Bfr2E9VpaP+254uN7HPmYdz0UJ3mc/Dsd7nvX3ImKb7bwabD33r6XjudNGuMbHHbdw+3+3tS87Z/z32vEMjSETzzZOfVQXz8UWFvAYr4vnEqv/wdY17OuWYq+r7Ov68exfw3+9hvV4G8vHpRservexj1nHc58E77Mfh+M9z/p7H2Kb7bwabD33r6XjudSytU8C3Dav+H9va73Pzhn/vXY8Q2PIxLONUx/VxXNfCwt4jNfFcz+r/8HWNezrboW9rrKv68ezfw3/9RrW45GWj7fa8HC9j33MOp5LErzPfhyO9zzr7yXENtt5Ndh67l9Lx/POlq0lCXDbvOL/vbX1Pjtn/Pfa8QyNIRPPNk59VBfPpRYW8Bivi+f+Vv+DrWvY1x2Ava6yr+vHs38N//Ua1uODLB8P2PBwvY99zDqe+yV4n/04HO951t/7Edts59Vg67l/LR3P+1m29kuA2+YV/+8trPfZOeO/145naAyZeLZx6qO6eN7KwgIe43XxPNDqf7B1Dfu6g7DXVfZ1/Xj2r+G/XsN6PM3y8aAND9f72Mes47l/gvfZj8Pxnmf9vT+xzXZeDbae+9fS8TzJsrV/Atw2r/h/b2q9z84Z/712PENjyMSzjVMf1cXzAAsLeIzXxfPWVv+DrWsMCL0OvK6yr+vHs9+3/3oN6/HZDROPje9jH7OO54EJ3mc/Dsd7nvX3cG6jbR4UwhT2p47nkyxbBybAbfOK/3dfr9ax5fvN1qkHEtiysdwcaOHrEcIOx2LuNQhfO9d6za6b2uN5rPWeztb4hefVcI4cG0ucI0OQdpkxHmxhSLOuYeeO/1pGLJhHvkZbw3rPVSa28o2tQ0JjpO0YSmCHfx2/X/+5fy37HohBhFjyElybuOa9bovva+j6CNe87XswelqY7HswcrCY1t03kx0LHtVxkH99jSUXi2UdH+aZvrKt69TCXmddHOaF7POf+9fKszDkEmLJS3BtgusU5oRs1kd1frax1MZiKdJY8v8DltoWljpYLOtk0rrWtXxc/nXyrL/bcVAXi2NdTNYJ2e8/t/EJVjzWnBCuLYnFng/y6bAU5SW4NsF1CnNCNuujuly3sdQH22zz66ZgqW9hAd/fEdd9NgT3qftoZOH3bfWx58Wq3s+Sab02GINjXZw3iAXH1H9u4xOseKw51mt1tjAWe46pR4dl3VyWaBwyY0Gf6LX01+aJxm+vK2ZY769hnf33zG60oY9vrT1CPtaWdfOlf03/qG6OsjkCvB5fN1/W+g9YbB4H71PiBNy0br60+cC31ceeZ/3d5qV6WBzrciknFhxT/7mNT7DiseZYr9XewljyLAy16LCsmy/D1ya4TmFOyGZ9VDd/2FjA662i/3rvq31fI3qdRsCB6+Yy+75m31Yfe57190aWbeB7rtfFecPQmPrPbXyCFY81x3otZwtjseeY+nRY1s1l4WtT5Ky2Jcv0Za8nC4zT9ZjYa7EZ1vszzLmG9Z4iaz3Z3jzOtf5ua4+2Jum/5q+16liv+Vxa23rN5jn/7Psj33rNn+9srrY/8+C/5se4rZ34425fK908rm+95q+rG1iv1TSP7bj1xyvRWt6/lv/ZPQqd9L9ok/Z4+eNEqNusy73cEBb/ua0h+Rhq0mHpl5fg2lQakm2zPjZFQ7L1HntvAtaV1vmkXgiL/9y/lj1WGYRY8hJcm+A68UQ2ZyW4Llo3S4sF13GDrfH0r2VrE5kb8QeVJuLPYxkhHP61aljvGWZezI/RcGPMula65R97PWPf/xKei3W8Ngm9j+DzhCqMw7++/XnCFglwNrVwNg+9j+DzmYVhHD5O+/OZrRPgbGHhbBV6n44Hf4z3s9YE51prAr9/e38K9sG6/ZFtmz6qm2ObWViaYLGsy3F7LTfYuoZ9XYr8bWzZnmZdw3+9hvX4UEsUtvVh31/250ibJnif/bhF6P/YmnJTYpvtz8gOtp7719LxWGaBbZoAd5aF2/+7n5M6tny/2THclMCWZiFbmoUw2xpLCzos6/Yl4WvnWq/Z+zNw/qzLZdtH+qgul+3PYKN1CZsT/VxulOC66M9P29f1c9m/hv+6zcWnWPFt1zV8f/l/1j5snOB99uNwrtv1icbENttzymDruX8tncvTrDclWgvYuez/3ectHVtNrMe+LRQaw8bmpUQaQ1M6LOtyOXxtm6Mp7gvSfdj7UN8n9n7Tf83e6xVYmFypTdl1JHv+B9er1sVMrRAW/7l/LXv+T6fDsm5vHL42wXUKN7dGZ2vzdq2BQq/YWN3D1it8DDUIseQluDZFXTGRzZkJrguut6y7bt3Qdf3x9K9l79szN+IPKm7y994ZIRz2/cn+e24L7Y3Beu66vbF/rfRY1XsF9GFzY1jPtL8bxuZ08FpOhXH417e5sVkCnI0tnE1D79M4m2NxFoZx+Djt7wlqmQBnMwtni9D7dDz4Y/yItTdebe2N/f5tbdzv076HGL0msNdB/lHdvEtZm0ikdyWqiVDonrbmZue4ndP+45esdaet4fk+tHWnRgneZz9uEvo/edbfGxHbvLHal38tHaNPbEQbCOsYifb5dk3Fvh+VUu/w+w3XMu37UQn3iUWJ6qj2Xsuuc/l/t/Ob4n4B28/62NT7BSh5Paxn29cF36ev7Ov6+e1fw3+9hvX4SyvQ7X1CuD6ofVg/wfvsxw1D/8det9cntnljtRz/Wjq/39/IXObjtvPH/7vPbxu7R5Nyfvb7bRDCbN+j2ZAOS+AeTXsN5b9m5zLFvVe2j7Kt69o167ohfPZ+18YH3lcrO6/8fv3n/rXszyPVJcSSl+Da9pqL4pqxkP2Zoevb9X87B7+27sMFr+8K7Xsd/GNT1nf2utBeh1Bo3RvTx2ytO3y/BhyL+dxtomv7h62zoPdHm6Jr21gaOYQl3yEsuQ5hyXIIS02HsNR3CEsdh7DUcggLYV3vP2PJdAhLDYewNHQISwOHsNRzCEtth7DkOYQl2yEsGQ5hSdvCWHJiVfcH9l4g3XrN1vn8s62D+6+FtW37Hi27Duzr5fZ+ya/X17Ze8+85q2O95v8GQqJ7t23b/Pnbxu6vjex7WvyYsO/98XnI1j/8NV5L6zU/tu17Dfwxam295o+Rj11fc2bTqnamJ7DT7sd/bMeOf+3B5hxP7lgXO/Z1Bseq/pZEroWhtQNYMhzCku0QljyHsNR2CEs9h7A0cAhLQ4ew1HAIS6ZDWHIcwlLLISx1HMJS3yEsNR3CkuUQllyHsOQ7hKWRQ1jSE2ABf0Zm3efQ7c+R+OvulhYOH5N9/z34fqR1NXMbR4F1XcLfRqvyWSbffnt/51/f3kvVD42TnmeubrwBJzZm/vfbm3YczLAw+NeqYb1nfuMNuOY23mBL+J4Ne89r18TCe8osErviAbv0UZDArrRY8Hf8Cqz/08Ky3X/PLZbtuzfd8P/A2PvEYsG9axg3Qbyuu2/Pvi/P798eQ7vOmCifI/gtPxXG4V/fvn+pbQKc9mewCkLv0zjbYXGuiz8bR5p13XbW6+0S2GLfn0nx+8j2b3X62OxjsPXY/q3mTlgs6+6t6vgfsHSysHTGYln3XSxdwH3qPrpa+H1bfex5saq/5ZsZw//ebVos+Htng63nNj7BiseaY73WfgtjsX/vuyMdlnX3eCUahwYhn2gefdNa27QG47DnXH9tE9aFaljvKW+6Ade71trGn6Nt/4Gxrpsr7N/8bRfCafOWvQ6Arj3U/+ZB7F6gMG7XNWydv3GC12xu18em3mvl81SBNTZgvorbOebff9sphIWARwK57d9/61/D/u12//FPjTe81861f6xxstfAfo6mm/d0SfCejtZju5+Nzcm+H/3xsedkuy+/n43ho5orO1lYB1vPu1p4vrDmJvQ6zB7TmqZfP4Y60Nket2PCj+GwX/Tr3QjG3P7djTTrGv7rNWxs1kTQbcPD9XHlY7Z/495/n54PEuUlhU2dLJsGW8+7Wa9v7D12viSysZNlY+cE76tuXPKsv3fexOvY/8eOQYpxs20fbD33r6Vz4hcr/9Bzuf25jk7WNXOabLgmdl+vVFhrGWxhSKS17GmtR/LJcFXVSvTv2RSEcBFohOv28vZnBf01TyKNkPB7ZtZpH40T4LA1A//69nzSHowjJ4RDH9Wtf/zr2+sfG19HLD5l87Xfr//cv5b9+a3WhFjyElyb4DqFOSGb9VGdT/zr2xxkz6Vg3aLatYy9H060rkJjyUtwbYLrFOaEbNZHdT6xf8vLX1/YWhLF+rJLCIv/3OZnH0MzQix5Ca5NcJ3CnJDN+qjOJzYW8PpiHbd3N33Za90e4LFNs67j9+s/969lj383Qix5Ca5NcJ3CnJDN+qjOz/719f/zf8usu4WvF3gc0mLB31YbbD33r2WPVTdCLHkJrk1wncKckM36qM4n/vX1/+ttHve08MXB45BmXcfv13/uX8seq26EWPISXJvgOoU5IZv1UZ1PbCwKi2XdfFho+uptXacIPLZp1nX8fv3n/rXs8VeEWPISXBt/naJ13fnX0fu07NA1a1h/P7PJhveNsfZz2Dm6rFz30SsBph4WJv/vYw0O//c//depdRP/On6//nP/WhvbR6Cx5CW4tj0O1DrIpoxDorV71OPQyYFxSLRejnocujgwDj6G5ltwHLo7MA4+hqZbcBx6OjAOPob0LTgOvR0YBx9D24jHQXPsfU2qjonNoRR7z42Nib33TMShFHvP8LU3xqFbahwScWjU49DJgXFIxKFRjwO1JrMp45CIQ6Meh+4OjEMiDo16HHo6MA6JODTqcejtwDgk4tAoxsHmUPteJ8Lv6SnVffi1Ru338HeqUty/DK8bqv/pO37N0j82pW5IUC+L2/Uov8bdMcF1Ketg/v0l/jX812tYj5+z7i+x748oMGcfs31/if0++3G70P+x73+krv3Z908PjlW9F1bn1WOWrR0S4G5p4U5URwbf+7RO9rPvQW+ZYKyg93uYHNnce83R94Xb97/4OZKoLkl53034Hiz/9RrW4w82cg+WHzc+5k25P6lj6P8kuj+J+r4zv99wPU7nyGsbmQ/Cc5ed2/Y9M52sx/577XiGxpCJZxunPqqLZ0LdKm7XQf147pbgupT1Vz+e/Wv4r9ewHv9g+bjHhofrfexj1vHcNcH77MfheM+z/t6V2GY7rwZbz+211FLL1q4JcCe6L9e+/9zOmUT3sUBjyMSzjVMf1cUzYS09bteQ/XjukeC6lLVrP57De6Qa1uN/LB/ba3vfxz5mHc/dE7zPfhyOd3uNTl2vt/NqsPXcrmH9YtnaPQFum1f8v9v3Fto547+XTJdSwXtQ/GNT7pMgGOO4XX/347lXgutS1v39ePav4b9ew3pc1/rAdHzDw/U+9jHreO6Z4H3243C851l/p77XYWP7bP9aOp4zLFt7JsCdSN+3f0PDzplE92xDY8jE8+bcY0Iwxuvi2b53YLB1Dfu6hdjrKvu6fjz71/Bfr2E9bmf52L4vwvexj1nHc+8E77Mfh+Pdvr+hN7HNdl4Ntp7b9z00sWztnQB3Io3J/n4EO2f899rxDI0hE8+be38OeIzXxbN9j8pg6xr2dYux11X2df149q9h37/iPy62HFa84eF6H/uYdTyrBO+zH4fjPc/6uyK2eWP3KPnX0vHc1bJVJcBt84r/93TrfXbOJKqDQWPIxLONUx/VxXOhhQU8xuviuY/V/2DrGvZ1+2Kvq+zr+vHsX8N/vYb1eHvLx303PFzvYx+zjueiBO+zH4fjPc/6exGxzXZeDbae+9fS8dzfsrUoAW6bV/y/tzVn+/5BW4/fUvcPNgphh2Mxv2UQvjbx976sM8fWlMLf+2J/P1BrC9PV1ud9N/b5Mrvei/4cl/09OhkhHPZvuPnv2ceMof/9XLYWHP49L/szYHb9AKxJr5uz2ls2ZFvX7WDZ4L9nrGUDQR1F2Xj8fv0xsT9j1DA0NvZnGO06mt2XHWP+9yHY9SP7e4DC35dr+8N/n7af4nfobRz6qI7P7PgG1+zi9ufe/LxqnOC6lJ+38/nMv4Ydk/7jo6w53q51FJiz/VuQTRK8z34c/l6lPOvvTYht3thv0dmfl59o2Zro+6AaWLj9v9v3/lD8PqetNzUIYbM/20k4j1U7fh2sMWkfGi8CLIHf8utgjYM/Nv54hb8HJg+Jo7CsUPeZD+5T21ErFjyqm5/862fHNtyPf1DF1GGHT604Ms36/36f88xmItfqw95f1LD+T80Er2UkeC0zwWtZodd8jP6RYz3Os/5fbginfl9t85r9nfQ+Zv9vWbGq4wRNwrRQn0XxvsXFFSWFFapIlcUL+5WX9okX9ynvW6pKVZ/SPuMLS4uKKkqLS0v6lfcrifdTxUUVqrJPv6JK06k2YEk6vt8hj+EIKpHd8eQOpW1+m8DuoWC7/SMdbD/QP2oosa+T9cmwNJoY345BjL9LYPf2TGIc6B+FtNknK5+U3kj/35dDvWnOb5mzPpZ4b3qjxgaC88foXfMe/Xf/vW96j9+ymS7BmCbr+/fScX29XQPnnxqxBMQbw+fUO+nYOPCPdyy/1Qz5LhYL/rAY2qZY6Drhcawdi3hRE0/uWOekd2rg+323Bi74qex+twbcR3QLsBp4cnqvxpaZqN/33vRBNRP1+9ZE/aH3+KME733bvPdD8149EXzsPf6EeFJHxvWnwEn9v4z/Z96bllYz/p9Z4/+59/iLasb/c2v8v/Qef5Xgve+Y935p3qsxfu39s8yApZh7PibIl50cX8TqePqawO6diRaxNcA4vwHmE9DXamfH40YvVN8kiJvdHLdbc+o3BHYPY5Iv3wLzBehrNcxxkUTz2vsEYsFwx/NF2/wxgd0jmIgkQP+oEQyEQIoYH8kgxj8lsHsUkxgH+keNIhQCP/D3f+b8UfqGPct33pu+T7AP+dS85ztrf/OD93g58Z7xM6AQ+CNDIfATIiFwhQiBWCetIBACf3JcCNR2/8RECNTk9CPBhmVljS0zUf/svemXaibqn62J+lfv8aoE7/3YvPdXS4j6zXu8mnhSR8b174RCYHXj/4f3pj+rGf8/rPFf4z3+q5rxX2ON/9/6cYL3fmLe+7clBK6tEVs/e1PMPb8R5MtoxxexOp7WEtg9homwkVYTN5ZAXyuq8YMLHDU3u694qK/IFpnpNbEctj42a254LIvMJPvUTtIDiu63Zk1c8FPZXbMm3EfVTgLx5I7AmMaTPHTw2klDhXlJOs3YJuk3FX7BHosMExeZVnxkWOPjv1f/eW2CsUuzHqeb96RX8560jfRj39/r/3/SCcY3Tg/AIsvYTCvwwoBQ184AThhZ1fRVWlJRXllSXFQWL64s9/rpW1lRVFbYT1WWFnndFxWr8rKK+Pji8pK+xX1LK0viUbFlFhFbZgtbYp2UTcCWOY6zpbY7h4gt0UvlTIMV3e/+EW214v/xCONExlIucNu2P7j2oCcxjW9ILHgkO55h3Es2v1ZQZeuFJLnMmjTxiM6bPIZb1zwiMq4lZIx1Ui0CMs53nIy13fkRkXE8uWNdfYQCa1Tb12Qm2crAURHZ9rW2Ge86m7B9HZpg7MLb16Gxf9++JurnX7evFMEG6mv9CqN2zQ3GpptBpV5xAO1QdYCTWV1YMlRW+uNZ1xpPinjIJNgJHODWnWJVVkna7toEdh/o+B1y2u46BHaXObrzCxMMct6wYzzZ8St3dPxChwLGtwLGjCqP6E7FZP1cG8g19YDKg+6Dglvq1aSZw5C+pqjnfEtwI0N9JmpGAyY4GzLB2YgJzsZMcDZhgrMpE5zNmOBszgRnCyY4WzLB2YoJztZMcLZhgrOACc62THC2Y4KzPROcHZjg7MgEZycmODszwdmFCc6uTHB2Y4KzOxOcPZjg7MkEZy8mOHszwRlnglMBceoieluvFZj+tGap9UCttWkdS2tEWn/R2obWDfSeXO939V5S79P0HkjvL/TaXa+L9ZpTr+f0WkmvQzTHa/7U3KTnfT2n6vlKzwU6z3QM6/jQY69qxmKU41bIxL9FwDqB9m+72Ia6iB6DIuJxLgbWTKK6O66Y6O64PnJ3HNZJfQjujusLDFgqu/syujuOAmuKf7irCk57LErMeJduwt1xbROMXfjuuLaxf787LlE//y/ujtODWWANXGnNqrOky3fHlQIns3418ePbr2YwkJDjqJOX4vvEDmJwl1gJwZ0bBzOwu5TA7glM7u4CxqUC+lpNYPIVFFsx3KlsRbRT6S87FayT+hPsVAY4vlPRdg9gtFMZIDuVdUcCuCQ7lYFmvAfJTmXzD3+gBoZ2KoOY7VQGASezrQl2KltXs1NBrFwHEqxcD2OwYh9EYPekFFyxA32tkOOnJ+92saoH2j/oOXpQTfcxDiaqYcETcgiwiMU1oIYwCKihaIxogFrXGkrAGJOZMMZg4CppG2BSTmbwGwvbEMTNtjWxTGlvT2LYMSCbNLZlMLFt5/rE9ln6/34YAh2gRzqemOu+W54gMacy+d7o7YGTMNDXaiqTj2TbEkSyfe0A9AVFrlCR2I413Sfv7QnsPsbxuVGT1g4Edh/LZG7cCZiPQF+rYx9js+hbX0xDx+aODBZ9O9WkiXN4Qu6c/K6uMOpvkNyZqPK8i1SesU7ahaDyvKvjlWdt965ElWf/oBzTeJIHw6qzSgA32b7Xf4ukPRa7mbgYtglV53YJxi5cdW4X+/eqc6J+ttiPH+xWcwPAdDMQBaFrOvQd01UYbjfg5DOsJk0Ao1cIuzP5tNIe4E8rtY9tSA49BnsQf1ppOMN7AIcTrcRGyEoM66QRBCuxPR1fiWm792S2EtszgpUY5XiA+w7cs7eX8eVI1+/ZQw+Cb9xeofvsRtaMVTnQIvdewCQfyWQlMYohE48iYuK9hYmxTtqbgIn3cZyJtd37MGPifYSJ7SPAxKONL8ekKhOPDjHxmAiYeDQwyceA7x1qX9V850s0Y2q6j3FfLmWk/cB32XIMqP0YBNT+rt+Mpvcb+xPceHA8k7ts9wXO8mOBSXk8nxsPyJJnLIMEP4CKMdDLGeTdcwc6fvcc1Q97lDERVMoZCirlRILKOBFUsE4aRyCojHdcUNF2j2cmqIznJ6hQ3Biyvm8bf4XxZWWqCioVIUGlMgJBpQKY5JVMbuY4iCETH0TExAcLE2OddDABE09wnIm13ROYMfEEYeJA3zb+icaXh6QqE08MMfEhETDxRGCSHyJKtAKOARnGQ7mUNg6TgFKHMQioSa6XNvR+YxJBaeNEJqWNQ4Gz/OHApDxRShvqcAYJfgQXxpjMcJM9mWiTPUU22VgnTSHYZB/p+CZb230ks032kfw22YWEfQc22VONL49K1U321NAm+6gINtlTgUl+VE2aoEMz8dEMmfhoIiY+RpgY66RjCJj4WMeZWNt9LDMmPlaY2D4CTDzN+PK4VGXiaSEmPi4CJp4GTPLjgEzMVZ0EjgEZxuO5iBcniNytTmAQUCe6Lnfr/caJBHL3DCZy9/HAWX46MClniNytpjNI8BlcGOMkhpvsk4g22TNlk4110kyCTfYsxzfZ2u5ZzDbZs/htsosI+w5ssk82vjwlVTfZJ4c22adEsMk+GZjkp9SkCTo0E5/KkIlPJWLi04SJsU46jYCJT3ecibXdpzNj4tOFie0jwMRnGF+emapMfEaIic+MgInPACb5mUAm5qpOAseADONZXMSLs0XuVmczCKhzXJe79X7jHAK5eyYTufss4Cx/LjApZ4rcrc5lkODncWGM8xluss8n2mRfIJtsrJMuINhkz3Z8k63tns1skz2b3ya7mLDvwCZ7jvHlham6yZ4T2mRfGMEmew4wyS+sSRN0aCa+iCETX0TExBcLE2OddDEBE1/iOBNruy9hxsSXCBPbR4CJLzW+vCxVmfjSEBNfFgETXwpM8suATMxVnQSOARnGy7mIF1eI3K2uYBBQV7oud+v9xpUEcvfJTOTuy4Gz/FXApDxZ5G51FYMEv5oLY1zDcJN9DdEm+1rZZGOddC3BJvs6xzfZ2u7rmG2yr+O3ye5D2Hdgkz3X+HJeqm6y54Y22fMi2GTPBSb5vJo0QYdm4usZMvH1REx8gzAx1kk3EDDxfMeZWNs9nxkTzxcmto8AEy8wvrwxVZl4QYiJb4yAiRcAk/xGIBNzVSeBY0CG8SYu4sXNInermxkE1C2uy916v3ELgdx9KhO5+ybgLH8rMClPFblb3cogwW/jwhi3M9xk3060yb5DNtlYJ91BsMm+0/FNtrb7Tmab7Dv5bbL7EvYd2GTfZXx5d6pusu8KbbLvjmCTfRcwye+uSRN0aCa+hyET30PExPcKE2OddC8BE9/nOBNru+9jxsT3CRPbR4CJ7ze+fCBVmfj+EBM/EAET3w9M8geATMxVnQSOARnGB7mIFw+J3K0eYhBQD7sud+v9xsMEcvfpTOTuB4Gz/CPApDxd5G71CIMEf5QLYzzGcJP9GNEme6FssrFOWkiwyV7k+CZb272I2SZ7Eb9Ndglh34FN9uPGl0+k6ib78dAm+4kINtmPA5P8iZo0QYdm4icZMvGTREy8WJgY66TFBEz8lONMrO1+ihkTPyVMbB8BJn7a+PKZVGXip0NM/EwETPw0MMmfATIxV3USOAZkGJ/lIl48J3K3eo5BQD3vutyt9xvPE8jdZzKRu58FzvIvAJPyTJG71QsMEvxFLozxEsNN9ktEm+yXZZONddLLBJvsVxzfZGu7X2G2yX6F3ya7lLDvwCb7VePL11J1k/1qaJP9WgSb7FeBSf5aTZqgQzPx6wyZ+HUiJl4iTIx10hICJn7DcSbWdr/BjInfECa2jwATv2l8+VaqMvGbISZ+KwImfhOY5G8BmZirOgkcAzKMb3MRL94RuVu9wyCg3nVd7tb7jXcJ5O6zmcjdbwNn+feASXm2yN3qPQYJ/j4XxviA4Sb7A6JN9oeyycY66UOCTfZHjm+ytd0fMdtkf8Rvk92PsO/AJvtj48tPUnWT/XFok/1JBJvsj4FJ/klNmqBDM/GnDJn4UyIm/kyYGOukzwiYeKnjTKztXsqMiZcKE9tHgIk/N778IlWZ+PMQE38RARN/DkzyL4BMzFWdBI4BGcYvuYgXX4ncrb5iEFBfuy536/3G1wRy97lM5O4vgbP8MmBSnityt1rGIMG/4cIY3zLcZH9LtMn+TjbZWCd9R7DJ/t7xTba2+3tmm+zv+W2yywj7DmyyfzC+XJ6qm+wfQpvs5RFssn8AJvnymjRBh2biHxky8Y9ETLxCmBjrpBUETPyT40ys7f6JGRP/JExsHwEmXml8+XOqMvHKEBP/HAETrwQm+c9AJuaqTgLHgAzjL1zEi19F7la/MgioVa7L3Xq/sYpA7j6fidz9C3CW/w2YlOeL3K1+Y5Dgq7kwxu8MN9m/E22y/5BNNtZJfxBssv90fJOt7f6T2Sb7T36b7HLCvgOb7DXGl3+l6iZ7TWiT/VcEm+w1wCT/qyZN0KGZ+G+GTPw3ERP/I0yMddI/BEy81nEm1navZcbEa4WJ7SPAxD7tpmVUeSk1mFhbW2AZaw9EGJB/7aQTMwPXV1oGLui4qpPAMSDDmE6AMSHQpJc5OKBs5e4aDAKqJhojGqDeb2iQ6ACdzUTuTgfO8hnApJwtcrfKYJDgmVwYIwsY6FFtsrOAg2vjzbaWj7LJTrJP7aTsDHy/OcCApbI7JwPuI9JNdg4woSLaZI8j7Duwyc41vsxL1U12bmiTnRfBJjsXmOR5GTRBh2biWgyZuBYRE+cLE2OdlE/AxLUdZ2Jtd21mTFxbmNg+Akxcx/iybqoycZ0QE9eNgInrAJO8LpCJuaqTwDEgw1iPi3hRX+RuVZ9BQDVwXe7W+40GBHL3hUzk7nrAWb4hMCkvFLlbNWSQ4I24MEZjhpvsxkSb7CayycY6qQnBJrup45tsbXdTZpvspvw22eMJ+w5sspsZXzZP1U12s9Amu3kEm+xmwCRvnkETdGgmbsGQiVsQMXFLYWKsk1oSMHErx5lY292KGRO3Eia2jwATtza+bJOqTNw6xMRtImDi1sAkbwNkYq7qJHAMyDAWcBEv2orcrdoyCKh2rsvder/RjkDuvpiJ3F0AnOXbA5PyYpG7VXsGCd6BC2N0ZLjJ7ki0ye4km2yskzoRbLI7O77J1nZ3ZrbJ7sxvk11B2Hdgk93F+LJrqm6yu4Q22V0j2GR3ASZ51wyaoEMzcTeGTNyNiIm7CxNjndSdgIl7OM7E2u4ezJi4hzCxfQSYuKfxZa9UZeKeISbuFQET9wQmeS8gE3NVJ4FjQIaxNxfxIi5yt4ozCCjlutyt9xuKQO6+lInc3Rs4yxcCk/JSkbtVIYMEL+LCGMUMN9nFRJvsPrLJxjqpD8Emu6/jm2xtd19mm+y+/DbZlYR9BzbZJcaXpam6yS4JbbJLI9hklwCTvDSDJujQTNyPIRP3I2LirYSJsU7aioCJ+zvOxNru/syYuL8wsX0EmHiA8eXAVGXiASEmHhgBEw8AJvlAIBNzVSeBY0CGcRAX8WJrkbvV1gwCarDrcve6/QaB3H05E7l7EHCWHwJMystF7lZDGCT4UC6MsQ3DTfY2RJvsbWWTjXXStgSb7O0c32Rru7djtsnejt0mW8Xp+g5usrc3vtwhVTfZ24c22TtEsMneHpjkO2TQBB2aiXdkyMQ7EjHxTsLEWCftRMDEOzvOxNrunZkx8c7CxIHObfy7GF/umqpMvEuIiXeNgIl3ASb5rkAm5qpO7prhPsbduIgXw0TuVsMYBNTursvder+xO4HcfSUTuXs34Cy/BzAprxS5W+3BIMGHc2GMEQw32SOINtl7yiYb66Q9CTbZezm+ydZ278Vsk70Xv022ous7uMkeaXw5KlU32SNDm+xREWyyRwKTfFQGTdChmXhvhky8NxET7yNMjHXSPgRMPNpxJtZ2j2bGxKOFiQOd2/jHGF/um6pMPCbExPtGwMRjgEm+L5CJuaqT+2a4j3E/LuLF/iJ3q/0ZBNRY1+Vuvd8YSyB3X81E7t4POMsfAEzKq0XuVgcwSPADuTBGGcNNdhnRJrtcNtlYJ5UTbLLHOb7J1naPY7bJHsdvk11I13dwkz3e+LIiVTfZ40Ob7IoINtnjgUlekUETdGgmrmTIxJVETHyQMDHWSQcRMPHBjjOxtvtgZkx8sDBxoHMb/wTjy4mpysQTQkw8MQImngBM8olAJuaqTk7McB/jIVzEi0NF7laHMgiow1yXu/V+4zACuftaJnL3IcBZfhIwKa8VuVtNYpDgh3NhjCMYbrKPINpkT5ZNNtZJkwk22VMc32Rru6cw22RP4bfJLqLrO7jJPtL4cmqqbrKPDG2yp0awyT4SmORTM2iCDs3ERzFk4qOImPhoYWKsk44mYOJjHGdibfcxzJj4GGHiQOc2/mONL6elKhMfG2LiaREw8bHAJJ8GZGKu6uS0DPcxHsdFvDhe5G51PIOAOsF1uVvvN04gkLvnMpG7jwPO8icCk3KuyN3qRAYJPp0LY8xguMmeQbTJPkk22VgnnUSwyZ7p+CZb2z2T2SZ7Jr9NdjFd38FN9izjy5NTdZM9K7TJPjmCTfYsYJKfnEETdGgmPoUhE59CxMSnChNjnXQqAROf5jgTa7tPY8bEpwkTBzq38Z9ufHlGqjLx6SEmPiMCJj4dmORnAJmYqzp5Rob7GM/kIl6cJXK3OotBQJ3tutyt9xtnE8jd1zORu88EzvLnAJPyepG71TkMEvxcLoxxHsNN9nlEm+zzZZONddL5BJvsCxzfZGu7L2C2yb6A3ya7D13fwU32bOPLOam6yZ4d2mTPiWCTPRuY5HMyaIIOzcQXMmTiC4mY+CJhYqyTLiJg4osdZ2Jt98XMmPhiYeJA5zb+S4wvL01VJr4kxMSXRsDElwCT/FIgE3NVJy/NcB/jZVzEi8tF7laXMwioK1yXu/V+4woCuXs+E7n7MuAsfyUwKeeL3K2uZJDgV3FhjKsZbrKvJtpkXyObbKyTriHYZF/r+CZb230ts032tfw22X3p+g5usq8zvpybqpvs60Kb7LkRbLKvAyb53AyaoEMz8TyGTDyPiImvFybGOul6Aia+wXEm1nbfwIyJbxAmDnRu459vfLkgVZl4foiJF0TAxPOBSb4AyMRc1ckFGe5jvJGLeHGTyN3qJgYBdbPrcrfeb9xMIHffyETuvhE4y98CTMobRe5WtzBI8Fu5MMZtDDfZtxFtsm+XTTbWSbcTbLLvcHyTre2+g9km+w5+m+wSur6Dm+w7jS/vStVN9p2hTfZdEWyy7wQm+V0ZNEGHZuK7GTLx3URMfI8wMdZJ9xAw8b2OM7G2+15mTHyvMHGgcxv/fcaX96cqE98XYuL7I2Di+4BJfj+Qibmqk/dnuI/xAS7ixYMid6sHGQTUQ67L3Xq/8RCB3H0zE7n7AeAs/zAwKW8WuVs9zCDBH+HCGI8y3GQ/SrTJfkw22VgnPUawyV7o+CZb272Q2SZ7Ib9Ndild38FN9iLjy8dTdZO9KLTJfjyCTfYiYJI/nkETdGgmfoIhEz9BxMRPChNjnfQkARMvdpyJtd2LmTHxYmHiQOc2/qeML59OVSZ+KsTET0fAxE8Bk/xpIBNzVSefznAf4zNcxItnRe5WzzIIqOdcl7v1fuM5Arn7ViZy9zPAWf55YFLeKnK3ep5Bgr/AhTFeZLjJfpFok/2SbLKxTnqJYJP9suObbG33y8w22S/z22T3o+s7uMl+xfjy1VTdZL8S2mS/GsEm+xVgkr+aQRN0aCZ+jSETv0bExK8LE2Od9DoBEy9xnIm13UuYMfESYeJA5zb+N4wv30xVJn4jxMRvRsDEbwCT/E0gE3NVJ9/McB/jW1zEi7dF7lZvMwiod1yXu/V+4x0Cuft2JnL3W8BZ/l1gUt4ucrd6l0GCv8eFMd5nuMl+n2iT/YFssrFO+oBgk/2h45tsbfeHzDbZH/LbZJfR9R3cZH9kfPlxqm6yPwptsj+OYJP9ETDJP86gCTo0E3/CkIk/IWLiT4WJsU76lICJP3OcibXdnzFj4s+EiQOd2/iXGl9+nqpMvDTExJ9HwMRLgUn+OZCJuaqTn2e4j/ELLuLFlyJ3qy8ZBNRXrsvder/xFYHcfScTufsL4Cz/NTAp7xS5W33NIMGXcWGMbxhusr8h2mR/K5tsrJO+Jdhkf+f4Jlvb/R2zTfZ3/DbZ5XR9BzfZ3xtf/pCqm+zvQ5vsHyLYZH8PTPIfMmiCDs3Eyxky8XIiJv5RmBjrpB8JmHiF40ys7V7BjIlXCBMHOrfx/2R8uTJVmfinEBOvjICJfwIm+UogE3NVJ1dmuI/xZy7ixS8id6tfGATUr67L3Xq/8SuB3H03E7n7Z+AsvwqYlHeL3K1WMUjw37gwxmqGm+zVRJvs32WTjXXS7wSb7D8c32Rru/9gtsn+g98mexxd38FN9p/Gl2tSdZP9Z2iTvSaCTfafwCRfk0ETdGgm/oshE/9FxMR/CxNjnfQ3ARP/4zgTa7v/YcbE/wgTBzq38a/1fZm54bWUYuK1ISa2ByIMyL92som5Fpnkmbig46pO4saADmMaAcaEQJMNqHQcULZydzqDgKqBxogGqPcbGiQ6QO9lInfbGZ+szTWBSXmvyN2qJoMEz+DCGJnAQI9qk50JHFwbb5a1fJRNdpJ9aidlZeL7zQYGLJXd2ZlwH5FusrOBCRXRJns8Xd/BTXaO8WVuqm6y9QAUWMbmRrDJzgEmeW4mTdChmTiPIRPnETFxLWFirJNqETBxvuNMrO3OZ8bE+cLEgc5t/LWNL+ukKhPXDjFxnQiYuDYwyesAmZirOlkn032MdbmIF/VE7lb1GARUfdflbr3fqE8gd9/PRO6uC5zlGwCT8n6Ru1UDBgnekAtjNGK4yW5EtMluLJtsrJMaE2yymzi+ydZ2N2G2yW7Cb5NdQdd3cJPd1PiyWapuspuGNtnNIthkNwUmebNMmqBDM3FzhkzcnIiJWwgTY53UgoCJWzrOxNrulsyYuKUwcaBzG38r48vWqcrErUJM3DoCJm4FTPLWQCbmqk62znQfYxsu4kWByN2qgEFAtXVd7tb7jbYEcveDTOTuNsBZvh0wKR8UuVu1Y5Dg7bkwRgeGm+wORJvsjrLJxjqpI8Emu5Pjm2xtdydmm+xO/DbZlXR9BzfZnY0vu6TqJrtzaJPdJYJNdmdgknfJpAk6NBN3ZcjEXYmYuJswMdZJ3QiYuLvjTKzt7s6MibsLEwc6t/H3ML7smapM3CPExD0jYOIewCTvCWRirupkz0z3MfbiIl70Frlb9WYQUHHX5W6934gTyN0PM5G7ewFneQVMyodF7laKQYIXUjFGOhjoknRcoBcBAz2RU5L+qi+vj6Xp+H4fBU9q6GDUNn9FYPdjRJM5OsaB/lGPEfs6WZ8MS6OJ8ccZxPgyArufYBLjQP8opM3aH3pX7i/QPvcM/8c7f2HOX5qzPoq9N/Yxi85Ma4yWmffov/vv7es9Lglt99Fb/W+A3FgK5MaoxOyv02nE7H4iZmOd1I9AzN7KcTFb270VkZhNQU6lBLvp/plbZqIe4L1xYDUT9QBroh7kPd46wXu/Mu8dZN6rJ4LB3uMhxJM6Mq6HAif1/zL+23hv3Laa8d/GGv/tvMfbVzP+21njv4P3eMcE7/3avHcH816NcSfv8c7GVyRzD0G+POX4IlbH004Edj8dkeqWLM5dgPkE9LWiGj+0n3fd/LktHuorskXmrkR3TOwmi0ysk3YjWGQOc3yRqe0exuyOiWGEd0ygVYv3vQ6RqvGBXqYvSaf1V5J9q/AL9vjubmJtj024o2NtrGoMhe/oWBv79zs6EvWzxe7o0AOwyDJ2Dys4woBQ194dOAkNr6av0pKK8sqS4qKyeHFluddP38qKorLCfqqytMjrvqhYlZdVxMcXl5f0Le5bWlkS2T2Lw4kYeIQwMNZJIwgYeE/HGVjbvWdEMk+y9u9hsKL7fc7RmybCOJGxtBdwVfAcuJ6hJzGNb4jpEx3zegWjVzLoOHrBcfnDXw2i7X7RTfmjypYbuRDZA9jXS0xu2gLGtwLGjHqJiXw0kqF8NJJo8TpKFq9YJ40iWLzu7fjiVdu9N6MaJQXWjX3oBo1/jyQmgsrAURGZ3LOPGe/RmyD3DE0wdmG5Z2js3+WeRP38q9xDEWygvtavyPfJ3GBsuhnUIbHggV5xAO1Qo4GT2RhYMlRW+uM5hnDHo8dxD4KV/2tu3a1ZZZWk7d6HwO7XHb9LVds9msDuJY7uVMIEg5w37BhPdvzeYLLTA8a3AsaMeiOiu4WT9fM+QK7Zl/hTH/HkjnVz7L6ZNHMY0tcUatoBBCriu46riFo5LSOw+z0mN1HtB8xHoK/VewzU5yMI4mb/TPftnkFg91gGdp9HYPcBDOy+msDuAxnYfRuB3WUM7H6UwO5yBna/SGD3OAZ2v09g93gGdn9DYHcFA7tXE9hdycDuzAy83QcxsLsRgd0HM7C7A4HdExjYXURg90QGdg8lsPsQBnYPJ7D7UAZ2H0hg92EM7D6cwO5JDOyeTmD34QzsPpfA7iMY2H0Vgd2TGdh9K4HdUxjY/QiB3UcysPsFArunMrD7PQK7j2Jg9zICu49mYPdvBHYfw8DuDIJ68rEM7G5IYPc0Bna3J7D7OAZ2FxLYfTzQbn2zbE+vFZj+dO1b11t17VHX4XRNStdndK1C6/Zaw9Z6rtY2tc6nNS+t/2gtROsCeo+s94t676T3EXpNrdeXeq2l1x2agzUf6blZz1M6Z3X8al8eb93Em8gfyY7bCeB4ocJ5IvD+A+3fXrEN9z/pMTiReJynA++NiupTMNOJPgUzQz4Fg3XSDIJPwZwEDFgqu09i9CkYCqzyRSr/O2IJDhRme3xnGh/O2oRP1rS1/t/GPlnTNkb00zgUAQzqa/0na/RgFlgDNyuz6szr8idrZgEnyJMz8eN78iaMZ7K4TwFODo5+zprskyozCXZBHzKwexaB3R8x+B75Uwjs/pjJJ2uAcamAvlYfM/kOhVMZ7h5PJdo9nia7R6yTTiPYPZ7u+O5R2306o93j6bJ7ZL97PMP48EzZPW7+4Q/UGaHd45nMdo9nAifIswh2j2dFsHs8W3aPm72LOoPis8cM7D6TwO7PGewezyaw+wsmu0dgXCqgrxVy/DTp94pVPdD+QcfmmZnuYzyHqMYNT8hzgYTINaDOZRBQ56ExogFqbfk8AsZYxoQxzgGurs8HJuUyBiuN8wni5oJMLFP2jFU9kONKMbYXMJjYZrs+sekfT+1LEKDfOp6Y+ncedyGw+zsmXz80BzgJA32tvmPy1Wy2dJVsXxcCfUGRK1QkdpHjt1Zru+cQ2L3c8blRk9aFBHb/yGRuvBiYj0Bfqx8fY7PoW1/YRcfmRQwWfRdn0sQ5PCEvSX5XVxj1L0lcQnQXxKVyFwTWSZcS3AVxmeN3QWi7LyO6C8I/KMc0nuQRxR0Qw2o6fwdEIKFBfa//hQp7fC83sXbFJtwB0S5WNYbCd0C0i/37HRCJ+tliP0R6eeYGgOlmIApC4FDX9IMPzcIr3V4Wr2f4y4GT7xXAvn5Owd89A8aMAo5fYOJD58mVTD5ZexX4k7W9YxsmVT0GVxF/svZqhvdGX020K7hGdgVYJ11DsCu41vFdgbb7Wma7gmsJdwVEMRvZfcfXGV/Odf2+Y/Qg+MZdF7pXeG5mrMqBLrhcB0zyuUxWEvMYMvE8Iia+XpgY66TrCZj4BseZWNt9AzMmvkGY2D4CTDzf+HJBqjLx/BATL4iAiecDk3wB+D623lXNd75cuCDTfYw3cilp3gS+45tjQN3EIKBudv3GSL3fuJngJphVTNTqG4Gz/C3ApFzF5yYYsuS5hUGC30rFGOjlDPJOztvAd3L6B/oOt9uBOF3+8dGNBXey43cHQ2HmDiJh5k4RZrBOupNAmLnLcWFG230XM2HmLn7CDMWNSev7tvHfbXx5T6oKM3eHhJl7IhBm7gYm+T1EKxk0E9/LkInvJWLi+4SJsU66j4CJ73ecibXd9zNj4vuFiQN92/gfML58MFWZ+IEQEz8YARM/AEzyB0XRVsAxIMP4EJcSycMSUOphBgH1iOslEr3feISgRLKaSYnkIeAs/ygwKVdLiUQ9yiDBH3M9wfUnno4g+MTTQib3Xy5iKC4sIhIXHhdxAeukxwnEhSccFxe03U8wExee4CcuFBL2HRAXnjS+XJyq4sKTIXFhcQTiwpPAJF+cSRN0aCZ+iiETP0XExE8LE2Od9DQBEz/jOBNru59hxsTPCBPbR4CJnzW+fC5VmfjZEBM/FwETPwtM8ueATMxVlQWOARnG57nI/C+IzK9eYBBQL7quAur9xosEMv8fTGT+54Gz/EvApPxDZH71EoMEf5mDzD+DQOZ/hYnM/ypDceFVInHhNREXsE56jUBceN1xcUHb/TozceF1fuJCEWHfAXFhifHlG6kqLiwJiQtvRCAuLAEm+RuZNEGHZuI3GTLxm0RM/JYwMdZJbxEw8duOM7G2+21mTPy2MLF9BJj4HePLd1OVid8JMfG7ETDxO8AkfxfIxFxVWeAYkGF8j4vM/77I/Op9BgH1gesqoN5vfEAg869hIvO/B5zlPwQm5RqR+dWHDBL8Iw4y/3kEMv/HTGT+TxiKC58QiQufiriAddKnBOLCZ46LC9ruz5iJC5/xExeKCfsOiAtLjS8/T1VxYWlIXPg8AnFhKTDJP8+kCTo0E3/BkIm/IGLiL4WJsU76koCJv3KcibXdXzFj4q+Eie0jwMRfG18uS1Um/jrExMsiYOKvgUm+DMjEXFVZ4BiQYfyGi8z/rcj86lsGAfWd6yqg3m98RyDz/81E5v8GOMt/D0zKv0XmV98zSPAfOMj8VxPI/MuZyPw/MhQXfiQSF1aIuIB10goCceEnx8UFbfdPzMSFn/iJC30I+w6ICyuNL39OVXFhZUhc+DkCcWElMMl/zqQJOjQT/8KQiX8hYuJfhYmxTvqVgIlXOc7E2u5VzJh4lTCxfQSY+Dfjy9WpysS/hZh4dQRM/BswyVcDmZirKgscAzKMv3OR+f8QmV/9wSCg/nRdBdT7jT8JZP61TGT+34Gz/BpgUq4VmV+tYZDgf3GQ+W8jkPn/ZiLz/8NQXPiHSFxYK+IC1klrCcSFWJbb4oK2W2ME+4hUXLDHNJ7kEZG40Jew74C4kGZ8mW75NKXEBT0ABZax9kCEAfnXTjYx04BJnp5FE3RoJq6RxY+Ja2TRMHFNK8aEiZPsUztJDyi63wzHmVjbncGMiTOEie0jwMSZxpdZqcrEmSEmzoqAiTOBSZ4FZGKuqixwDMgwZhNgTAg02YDKwQFlK/PnMAioXDRGNEC938jNwgdo2kIeMn82cJbPAyYlcvy4yvx5DBK8lusJrmX+Rwlk/nwiqkTjrM1QXKhNJC7UEXEB66Q6BOJCXcfFBW13XWbiQl1+4kIJYd8BcaGe8WX9VBUX6oXEhfoRiAv1gEleP4sm6NBM3IAhEzcgYuKGwsRYJzUkYOJGjjOxtrsRMyZuJExsHwEmbmx82SRVmbhxiImbRMDEjYFJ3gTIxFxV2SZZ7mNsykXmbyYyv2rGIKCau64C6v1GcwKZvwYTmb8pcJZvAUzKGiLzqxYMErwlB5n/RQKZvxUTmb81Q3GhNZG40EbEBayT2hCICwWOiwva7gJm4kIBP3GhlLDvgLjQ1viyXaqKC21D4kK7CMSFtsAkb5dFE3RoJm7PkInbEzFxB2FirJM6EDBxR8eZWNvdkRkTdxQmto8AE3cyvuycqkzcKcTEnSNg4k7AJO8MZGKuqmznLPcxduEi83cVmV91ZRBQ3VxXAfV+oxuBzJ/BRObvApzluwOTMkNkftWdQYL34CDzv08g8/dkIvP3Yigu9CISF3qLuIB1Um8CcSHuuLig7Y4zExfi/MSFfoR9B8QFZXxZmKriggqJC4URiAsKmOSFWTRBh2biIoZMXETExMXCxFgnFRMwcR/HmVjb3YcZE/cRJraPABP3Nb4sSVUm7hti4pIImLgvMMlLgEzMVZUtyXIfYykXmb+fyPyqH4OA2sp1FVDvN7YikPmzmMj8pcBZvj8wKbNE5lf9GST4AA4y/zcEMv9AJjL/IIbiwiAicWFrERewTtqaQFwY7Li4sC44mYkLg/mJC2WEfQfEhSHGl0NTVVwYEhIXhkYgLgwBJvnQLJqgQzPxNgyZeBsiJt5WmBjrpG0JmHg7x5lY270dMybeTpjYPgJMvL3x5Q6pysTbh5h4hwiYeHtgku8AZGKuquwOWe5j3JGLzL+TyPxqJwYBtbPrKqDeb+xMIPPnMJH5dwTO8rsAkzJHZH61C4ME35WDzL+aQObfjYnMP4yhuDCMSFzYXcQFrJN2JxAX9nBcXNB278FMXNiDn7hQTth3QFwYbnw5IlXFheEhcWFEBOLCcGCSj8iiCTo0E+/JkIn3JGLivYSJsU7ai4CJRzrOxNrukcyYeKQwsX0EmHiU8eXeqcrEo0JMvHcETDwKmOR7A5mYqyq7d5b7GPfhIvOPFplfjWYQUGNcVwH1fmMMgcyfx0Tm3wc4y+8LTMo8kfnVvgwSfD8OMn9mBj7B92ci849lKC6MJRIXDhBxAeukAwjEhQMdFxe03QcyExcO5CcujCPsOyAulBlflqequFAWEhfKIxAXyoBJXp5FE3RoJh7HkInHETHxeGFirJPGEzBxheNMrO2uYMbEFcLE9hFg4krjy4NSlYkrQ0x8UARMXAlM8oOATMxVlT0oy32MB3OR+SeIzK8mMAioia6rgHq/MZFA5s9nIvMfDJzlDwEmZb7I/OoQBgl+KAeZvxGBzH8YE5l/EkNxYRKRuHC4iAtYJx1OIC4c4bi4oO0+gpm4cAQ/cWE8Yd8BcWGy8eWUVBUXJofEhSkRiAuTgUk+JYsm6NBMfCRDJj6SiImnChNjnTSVgImPcpyJtd1HMWPio4SJ7SPAxEcbXx6Tqkx8dIiJj4mAiY8GJvkxQCbmqsoek+U+xmO5yPzTROZX0xgE1HGuq4B6v3Ecgcxfh4nMfyxwlj8emJR1ROZXxzNI8BM4yPwdCGT+E5nI/NMZigvTicSFGSIuYJ00g0BcOMlxcUHbfRIzceEkfuJCBWHfAXFhpvHlrFQVF2aGxIVZEYgLM4FJPiuLJujQTHwyQyY+mYiJTxEmxjrpFAImPtVxJtZ2n8qMiU8VJraPABOfZnx5eqoy8WkhJj49AiY+DZjkpwOZmKsqe3qW+xjP4CLznykyvzqTQUCd5boKqPcbZxHI/PWYyPxnAGf5s4FJWU9kfnU2gwQ/h4PMX0Qg85/LROY/j6G4cB6RuHC+iAtYJ51PIC5c4Li4oO2+gJm4cAE/caGSsO+AuDDb+HJOqooLs0PiwpwIxIXZwCSfk0UTdGgmvpAhE19IxMQXCRNjnXQRARNf7DgTa7svZsbEFwsT20eAiS8xvrw0VZn4khATXxoBE18CTPJLgUzMVZW9NMt9jJdxkfkvF5lfXc4goK5wXQXU+40rCGT+Bkxk/suAs/yVwKRsIDK/upJBgl/FQeYfSiDzX81E5r+GobhwDZG4cK2IC1gnXUsgLlznuLig7b6OmbhwHTtxQcXp+g6KC3ONL+elqrgwNyQuzItAXJgLTPJ5WTRBh2bi6xky8fVETHyDMDHWSTcQMPF8x5lY2z2fGRPPFyYOdG7jX2B8eWOqMvGCEBPfGAETLwAm+Y1AJuaqyt6Y5T7Gm7jI/DeLzK9uZhBQt7iuAur9xi0EMn8jJjL/TcBZ/lZgUjYSmV/dyiDBb+Mg8w8nkPlvZyLz38FQXLiDSFy4U8QFrJPuJBAX7nJcXNB238VMXLiLn7ig6PoOigt3G1/ek6riwt0hceGeCMSFu4FJfk8WTdChmfhehkx8LxET3ydMjHXSfQRMfL/jTKztvp8ZE98vTBzo3Mb/gPHlg6nKxA+EmPjBCJj4AWCSPwhkYq6q7INZ7mN8iIvM/7DI/OphBgH1iOsqoN5vPEIg8zdhIvM/BJzlHwUmZROR+dWjDBL8MQ4y/4EEMv9CJjL/IobiwiIiceFxERewTnqcQFx4wnFxQdv9BDNx4Ql+4kIhXd9BceFJ48vFqSouPBkSFxZHIC48CUzyxVk0QYdm4qcYMvFTREz8tDAx1klPEzDxM44zsbb7GWZM/IwwcaBzG/+zxpfPpSoTPxti4uciYOJngUn+HJCJuaqyz2W5j/F5LjL/CyLzqxcYBNSLrquAer/xIoHM34yJzP88cJZ/CZiUzUTmVy8xSPCXOcj8hxPI/K8wkflfZSguvEokLrwm4gLWSa8RiAuvOy4uaLtfZyYuvM5PXCii6zsoLiwxvnwjVcWFJSFx4Y0IxIUlwCR/I4sm6NBM/CZDJn6TiInfEibGOuktAiZ+23Em1na/zYyJ3xYmDnRu43/H+PLdVGXid0JM/G4ETPwOMMnfBTIxV1X23Sz3Mb7HReZ/X2R+9T6DgPrAdRVQ7zc+IJD5WzCR+d8DzvIfApOyhcj86kMGCf4RB5l/OoHM/zETmf8ThuLCJ0TiwqciLmCd9CmBuPCZ4+KCtvszZuLCZ/zEhWK6voPiwlLjy89TVVxYGhIXPo9AXFgKTPLPs2iCDs3EXzBk4i+ImPhLYWKsk74kYOKvHGdibfdXzJj4K2HiQOc2/q+NL5elKhN/HWLiZREw8dfAJF8GZGKuquyyLPcxfsNF5v9WZH71LYOA+s51FVDvN74jkPlbMZH5vwHO8t8Dk7KVyPzqewYJ/gMHmf9cApl/OROZ/0eG4sKPROLCChEXsE5aQSAu/OS4uKDt/omZuPATP3GhD13fQXFhpfHlz6kqLqwMiQs/RyAurAQm+c9ZNEGHZuJfGDLxL0RM/KswMdZJvxIw8SrHmVjbvYoZE68SJg50buP/zfhydaoy8W8hJl4dARP/Bkzy1UAm5qrKrs5yH+PvXGT+P0TmV38wCKg/XVcB9X7jTwKZvw0Tmf934Cy/BpiUbUTmV2sYJPhfHGT+qwhk/r+ZyPz/MBQX/iESF9aKuIB10loCcSGW7ba4oO3WGME+IhUX7DGNJ3lEJC70pes7KC6kGV+mWz5NKXFBD0CBZaw9EGFA/rWTTcw0YJKnZ9MEHZqJa2TzY+Ia2TRMXNOKMWHiJPvUTtIDiu43w3Em1nZnMGPiDGHiQOc2/kzjy6xUZeLMEBNnRcDEmcAkzwIyMVdVNivbfYzZBBgTAk02oHJwQNnK/DkMAioXjRENUO83crPxAdqWicyfDZzl84BJ2VZkfpXHIMFruZ7gWua/lUDmzyeiSjTO2gzFhdpE4kIdERewTqpDIC7UdVxc0HbXZSYu1OUnLpTQ9R0UF+oZX9ZPVXGhXkhcqB+BuFAPmOT1s2mCDs3EDRgycQMiJm4oTIx1UkMCJm7kOBNruxsxY+JGwsSBzm38jY0vm6QqEzcOMXGTCJi4MTDJmwCZmKsq2yTbfYxNucj8zUTmV80YBFRz11VAvd9oTiDzt2ci8zcFzvItgEnZXmR+1YJBgrfkIPM/QiDzt2Ii87dmKC60JhIX2oi4gHVSGwJxocBxcUHbXcBMXCjgJy6U0vUdFBfaGl+2S1VxoW1IXGgXgbjQFpjk7bJpgg6+JWDIxO2JmLiDMDHWSR0ImLij40ys7e7IjIk7ChMHOrfxdzK+7JyqTNwpxMSdI2DiTsAk7wxkYq6qbOds9zF24SLzdxWZX3VlEFDdXFcB9X6jG4HM35GJzN8FOMt3ByZlR5H5VXcGCd6Dg8z/AoHM35OJzN+LobjQi0hc6C3iAtZJvQnEhbjj4oK2O85MXIjzExf60fUdFBeU8WVhqooLKiQuFEYgLihgkhdm0wQdmomLGDJxERETFwsTY51UTMDEfRxnYm13H2ZM3EeYONC5jb+v8WVJqjJx3xATl0TAxH2BSV4CZGKuqmxJtvsYS7nI/P1E5lf9GATUVq6rgHq/sRWBzN+ZicxfCpzl+wOTsrPI/Ko/gwQfwEHmf49A5h/IROYfxFBcGEQkLmwt4gLWSVsTiAuDHRcX1gUnM3FhMD9xoYyu76C4MMT4cmiqigtDQuLC0AjEhSHAJB+aTRN0aCbehiETb0PExNsKE2OdtC0BE2/nOBNru7djxsTbCRMHOrfxb298uUOqMvH2ISbeIQIm3h6Y5DsAmZirKrtDtvsYd+Qi8+8kMr/aiUFA7ey6Cqj3GzsTyPxdmcj8OwJn+V2ASdlVZH61C4ME35WDzL+MQObfjYnMP4yhuDCMSFzYXcQFrJN2JxAX9nBcXNB278FMXNiDn7hQTtd3UFwYbnw5IlXFheEhcWFEBOLCcGCSj8imCTo0E+/JkIn3JGLivYSJsU7ai4CJRzrOxNrukcyYeKQwcaBzG/8o48u9U5WJR4WYeO8ImHgUMMn3BjIxV1V272z3Me7DReYfLTK/Gs0goMa4rgLq/cYYApm/OxOZfx/gLL8vMCm7i8yv9mWQ4PtxkPl/I5D592ci849lKC6MJRIXDhBxAeukAwjEhQMdFxe03QcyExcO5CcujKPrOygulBlflqequFAWEhfKIxAXyoBJXp5NE3RoJh7HkInHETHxeGFirJPGEzBxheNMrO2uYMbEFcLEgc5t/JXGlwelKhNXhpj4oAiYuBKY5AcBmZirKntQtvsYD+Yi808QmV9NYBBQE11XAfV+YyKBzN+Ticx/MHCWPwSYlD1F5leHMEjwQznI/BmZ+AQ/jInMP4mhuDCJSFw4XMQFrJMOJxAXjnBcXNB2H8FMXDiCn7gwnq7voLgw2fhySqqKC5ND4sKUCMSFycAkn5JNE3RoJj6SIRMfScTEU4WJsU6aSsDERznOxNruo5gx8VHCxIHObfxHG18ek6pMfHSIiY+JgImPBib5MUAm5qrKHpPtPsZjucj800TmV9MYBNRxrquAer9xHIHM35uJzH8scJY/HpiUvUXmV8czSPATOMj8DQlk/hOZyPzTGYoL04nEhRkiLmCdNINAXDjJcXFB230SM3HhJH7iQgVd30FxYabx5axUFRdmhsSFWRGICzOBST4rmybo0Ex8MkMmPpmIiU8RJsY66RQCJj7VcSbWdp/KjIlPFSYOdG7jP8348vRUZeLTQkx8egRMfBowyU8HMjFXVfb0bPcxnsFF5j9TZH51JoOAOst1FVDvN84ikPkVE5n/DOAsfzYwKZXI/OpsBgl+DgeZvz2BzH8uE5n/PIbiwnlE4sL5Ii5gnXQ+gbhwgePigrb7AmbiwgX8xIVKur6D4sJs48s5qSouzA6JC3MiEBdmA5N8TjZN0KGZ+EKGTHwhERNfJEyMddJFBEx8seNMrO2+mBkTXyxMHOjcxn+J8eWlqcrEl4SY+NIImPgSYJJfCmRirqrspdnuY7yMi8x/ucj86nIGAXWF6yqg3m9cQSDzFzGR+S8DzvJXApOySGR+dSWDBL+Kg8xfSCDzX50dTYIni/MaYFK+8BiurxeBfVGO37X//8ePNP6uc3T8VoLHDz2/6O3ct+n4fvsspLU7ntyhtM3LCezuS7QgSwfbD/SP6rvQ7RgflkYT4/0YxPgKAru3YhLjQP8opM3aH7qw4HPgd57h/3jn7835B3PWx1yP1+aZjWOmNUYrzHv03/33Xu89viEk2aHlup/ScX3NB3J2VAWpH9NpClILpCCFddICgoLUjY4XpLTdNxIVpCjIaT6BInZT9paZqG/2rntLNRP1zdZEfav3+LYE711u3nurea+eCG73Ht9BPKkj4/pO4KT+X8b/Lu+6d1cz/ndZ43+P9/jeasb/Hmv87/Me35/gvT+a995n3qsxPuA9ftD4imLuuZ0gXwY6vojV8fQAgd2DIlLOk8X5EDCfgL5WVOOH9vPDmz+3xUN9RbbIfJjorqdHZJGJddIjBIvMRx1fZGq7H2V219OjhHc9oVWLpV6HyGrKbV42X0vsryT7VuEX7PF9zGBfuAl3Za2NVY2h8F1Za2P/fldWon622F1ZegAWWcYutIIjDAh17ceAk9CiavoqLakorywpLiqLF1eWe/30rawoKivspypLi7zui4pVeVlFfHxxeUnf4r6llSWR3Xe8iIiBHxcGxjrpcQIGfsJxBtZ2PxGRzJOs/QsNVnS/Qxy98SmMExlLTwJXBUPA9Qw9iWl8Q0yf6Jj3V0XoONrGcfnDX72h7d7WTfmjypYbuRBZCOxrOyY3XgLjWwFjRm3HRD5azFA+Wky0eH1KFq9YJz1FsHh92vHFq7b7aUY1SgqsG/vgHBr/wiQmgsrAURGZ3POMGe9nN0HuGZpg7MJyz9DYv8s9ifr5V7mHIthAfa1fkT+TvcHYdDOoQ2LBA73iANqhngVOZs/BkqGy0h/P5wh3PHocFxKs/Hdy627NKqskbfczBHbv7PhdqtruZwns3sXRnUqYYJDzhh3jyY7frkx2esD4VsCYUbtGdLdwsn5+Bsg1zwOVOt0HBbc8n00zhyF9TaEi3krwKb3hDFTE2wnsHsHkJqoXgPkI9LUa4Xjc6Hx5jCBuRjLIl4UEdo9iki8vAvMF6Gs1ikG+vEwQN6MZ5MsrBHaPYZIvLwHzBehrNYZBvnxEEDf7M8iXjwnsHsskX14G5gvQ12osg3z5gSBuyhjky3ICu8uZ5MsrwHwB+lqVM8iXvwjipoJBvvxNYHclk3x5FZgvQF+rSgb5UisLHzcTGORLPoHdE5nky2vAfAH6Wk1kkC8tCeLmMAb50orA7klM8uV1YL4Afa0mMciXHgRxM5lBvvQksHsKk3xZAswXoK/VFAb5MoAgbo5ikC8DCew+mkm+vAHMF6Cv1dEM8mVXgriZxiBfdiOw+zgm+fImMF+AvlbHMciX/Qji5kQG+bI/gd3TmeTLW8B8AfpaTWeQL4cSxM1MBvlyGIHds5jky9vAfAH6Ws1ikC8nEMTNqQzy5UQCu09jki/vAPMF6Gt1GoN8OYcgbs5kkC/nEth9FpN8eReYL0Bfq7MY5MtVBHFzLoN8uZrA7vOY5Mt7wHwB+lqdxyBfbiOIm9kcPv9CYPccJvnyPjBfgL5Wcxjky2MEcXMxh8+/ENh9CZN8+QCYL0Bfq0sY5MvLBHFzOYfPvxDYfQWTfPkQmC9AX6srGOTLRwRxczWHz78Q2H0Nk3z5CJgvQF+raxjkyw8EcTOXw+dfCOyexyRfPgbmC9DXah6DfPmLIG7mc/j8C4HdC5jkyyfAfAH6Wi1gkC+1CL4X52YOn38hsPsWJvnyKTBfgL5WtzDIl5YEcXM7h8+/ENh9B5N8+QyYL0BfqzsY5EsPgri5m8PnXwjsvodJviwF5gvQ1+oeBvkygCBu7ufw+RcCux9gki+fA/MF6Gv1AIN82ZUgbh7m8PkXArsfYZIvXwDzBehr9QiDfNmPIG4Wcvj8C4Hdi5jky5fAfAH6Wi1ikC+HEsTNkxw+/0Jg92Im+fIVMF+AvlaLGeTLCQRx8wyHz78Q2P0sk3z5GpgvQF+rZxnkyzkEcfMCh8+/ENj9IpN8WQbMF6Cv1YsM8uUqgrh5hcPnXwjsfpVJvnwDzBegrxVy/PSP/vXzWoHpT/+Gh/5dAv1d6/r7o/V34urv+dTfXai/j01/x5T+3hz9XSD6+w30Z7b151D1Z+v054X0ZyD0fd36XlV9/52+p0jfJ6Frv7qepTV6rTtqLUXvD/WaV/O4npu+yY4FDnTcfZtNE3donN8B4077d6vYht9x0mPwHfE4fw/8jaeofs33e6Jf8/1Bfs0X66QfCH7Nd7njv+ar7V6eDfcR2a/5UmAN/5pvOhi3XuRdk41dPF1L5LPwgcJsj++PBvuKTfiF4LbW/0uzzmmWr9rG/v0XghP18//iF4L1YBZYA7ciu+rM6/IvBK8ATpA/ZePH96dNGM9kca8ETg7bAHcD2xLvIhG/VvkjwS5yCQO7VxDY/YbjqoG2eyWB3W9GpBrEkzsUMC4V0NeKavzQfv6Z4e7xZ6Ld4y+ye8Q66ReC3eOvju8etd2/Mto9/iq7R/a7x1UG+2+ye9z8wx+oVaHd42/Mdo+/ASfI1QS7x9UR7B5/l93jZu+iVhHsJt5lYPdvBHa/x2D3+DuB3e8z2T0C41IBfa2Q46dJf6tY1QPtH3Rs/pbtPsY/iGrc8IT8E0iIXAPqTwYBtQaNEQ1Qa8trCBjjYyaM8Qdwdf0XMCk/ZrDS+Isgbv7OxjJlv1jVAzmuFGP7N4OJ7R/XJ7afvAC9niBAP3U8Med7Nj9EYPdnTG47XQuchIG+VlTjlw4eP1u6SlqPz3G7pkFFYmk57pP3WgK7v3B8btSkpWMSbfeXTObGdGA+An2tvlzIZtG3vrCLjk30nEGBMT2HJs7hCVkjJ+m+Ck1fKqq7IGoAB9fGW9Oq4sldEEn2qZ1UMwffb0YOLvip7M7Igfuo2luh4skdgTGNJ3lEcQfEFZnYOyCuw98BEUhoUN/Kf2CPb6aJtSwr5jZ2B0S7WNUYCt8B0S7273dAJOrnX++AAA3C+sHwjcvM2QAw3QxEQQgc6pp+8KFZeBmDT+heR7AN+sbt7cD6lU0mkHSygH19y6R2AIxvBYwZBRy/wISPzpNsou0EGmcOcNusSax/bAOZ6DHIsVmGAH8uMDej2g3lEu2G8mQ3hHVSHsFuqJbjuyFtdy1mu6FahLshopiN7H7rfOPL2puw22gbq+qjyO63Rg+Cb1x+TvAe6do5sSoHutCUD0zy2kxWEnUYMnEdIiauK0yMdVJdAiau5zgTa7vrMWPiesLE9hFg4vrGlw1SlYnrh5i4QQRMXB+Y5A2Awa2d3L+q+c6XSRvkuI+xIZdSbiOg+MI1oBoxCKjGaIxogHq/0Zjg5p/lTNTqhsBZvgkwKZfzufmHLHmaMEjwplSMgV7OIO9gbQa+g9U/0Hf2NQfiHA4sH41g8rU5LRgKMy2IhJmWIsxgndSSQJhp5bgwo+1uxUyYacVPmKG4IWt93zb+1saXbVJVmGkdEmbaRCDMtAYmeRuilQyaiQsYMnEBERO3FSbGOqktARO3c5yJtd3tmDFxO2HiQN82/vbGlx1SlYnbh5i4QwRM3B6Y5B1E0VbAMSDD2JFLiaSTBJTqxCCgOrteItH7jc4EJZIVTEokHYGzfBdgUq6QEonqwiDBu1IxBrpc0A0YnCOB5YJRTMoF3RmKFN2JRIoeIlJgndSDQKTo6bhIoe3uyUyk6MlPpCgk7DsgUvQyvuydqiJFr5BI0TsCkaIXMMl759AEHZqJ4wyZOE7ExEqYGOskRcDEhY4zsba7kBkTFwoT20eAiYuML4tTlYmLQkxcHAETFwGTvBjIxFzVXeAYkGHsw6Vc0FfKBaovg4Aqcb1coPcbJQTlgpVMygV9gLN8KTApV0q5QJUySPB+XMoFWwGDczSwXDCGSbmgP0ORoj+RSDFARAqskwYQiBQDHRcptN0DmYkUA/mJFEWEfQdEikHGl1unqkgxKCRSbB2BSDEImORb59AEHZqJBzNk4sFETDxEmBjrpCEETDzUcSbWdg9lxsRDhYntI8DE2xhfbpuqTLxNiIm3jYCJtwEm+bZAJuaq7gLHgAzjdlzKBdtLuUBtzyCgdnC9XKD3GzsQlAt+YVIu2A44y+8ITMpfpFygdmSQ4DtxKRfsDAzO/YHlgrFMygW7MBQpdiESKXYVkQLrpF0JRIrdHBcptN27MRMpduMnUhQT9h0QKYYZX+6eqiLFsJBIsXsEIsUwYJLvnkMTdGgm3oMhE+9BxMTDhYmxThpOwMQjHGdibfcIZkw8QpjYPgJMvKfx5V6pysR7hph4rwiYeE9gku8FZGKu6i5wDMgwjuRSLhgl5QI1ikFA7e16uUDvN/YmKBesYlIuGAmc5fcBJuUqKReofRgk+Ggu5YIxwOAsA5YLypmUC/ZlKFLsSyRS7CciBdZJ+xGIFPs7LlJou/dnJlLsz0+k6EPYd0CkGGt8eUCqihRjQyLFARGIFGOBSX5ADk3QoZn4QIZMfCARE5cJE2OdVEbAxOWOM7G2u5wZE5cLE9tHgInHGV+OT1UmHhdi4vERMPE4YJKPBzIxV3UXOAZkGCu4lAsqpVygKhkE1EGulwv0fuMggnLBaiblggrgLH8wMClXS7lAHcwgwSdwKRdMBAZnBbBcUMmkXHAIQ5HiECKR4lARKbBOOpRApDjMcZFC230YM5HiMH4iRV/CvgMixSTjy8NTVaSYFBIpDo9ApJgETPLDc2iCDs3ERzBk4iOImHiyMDHWSZMJmHiK40ys7Z7CjImnCBPbR4CJjzS+nJqqTHxkiImnRsDERwKTfCqQibmqu8AxIMN4FJdywdFSLlBHMwioY1wvF+j9xjEE5YI/mJQLjgLO8scCk/IPKReoYxkk+DQu5YLjgME5AVgumMikXHA8Q5HieCKR4gQRKbBOOoFApDjRcZFC230iM5HiRH4iRQlh3wGRYrrx5YxUFSmmh0SKGRGIFNOBST4jhybo0Ex8EkMmPomIiWcKE2OdNJOAiWc5zsTa7lnMmHiWMLF9BJj4ZOPLU1KViU8OMfEpETDxycAkPwXIxFzVXeAYkGE8lUu54DQpF6jTGATU6a6XC/R+43SCcsEaJuWCU4Gz/BnApFwj5QJ1BoMEP5NLueAsYHAeBiwXTGJSLjiboUhxNpFIcY6IFFgnnUMgUpzruEih7T6XmUhxLj+RopSw74BIcZ7x5fmpKlKcFxIpzo9ApDgPmOTn59AEHZqJL2DIxBcQMfFsYWKsk2YTMPEcx5lY2z2HGRPPESa2jwATX2h8eVGqMvGFISa+KAImvhCY5BcBmZirugscAzKMF3MpF1wi5QJ1CYOAutT1coHeb1xKUC74m0m54GLgLH8ZMCn/lnKBuoxBgl/OpVxwBTA4JwPLBVOYlAuuZChSXEkkUlwlIgXWSVcRiBRXOy5SaLuvZiZSXM1PpOhH2HdApLjG+PLaVBUprgmJFNdGIFJcA0zya3Nogg7NxNcxZOLriJh4rjAx1klzCZh4nuNMrO2ex4yJ5wkT20eAia83vrwhVZn4+hAT3xABE18PTPIbgEzMVd0FjgEZxvlcygULpFygFjAIqBtdLxfo/caNBOWCtUzKBfOBs/xNwKRcK+UCdRODBL+ZS7ngFmBwHgUsFxzNpFxwK0OR4lYikeI2ESmwTrqNQKS43XGRQtt9OzOR4nZ+IkUZYd8BkeIO48s7U1WkuCMkUtwZgUhxBzDJ78yhCTo0E9/FkInvImLiu4WJsU66m4CJ73GcibXd9zBj4nuEie0jwMT3Gl/el6pMfG+Iie+LgInvBSb5fUAm5qruAseADOP9XMoFD0i5QD3AIKAedL1coPcbDxKUC9IW8SgX3A+c5R8CJiVy/LiWCx5ikOAPcykXPAIMzmnAcsFxTMoFjzIUKR4lEikeE5EC66THCESKhY6LFNruhcxEioX8RIpywr4DIsUi48vHU1WkWBQSKR6PQKRYBEzyx3Nogg7NxE8wZOIniJj4SWFirJOeJGDixY4zsbZ7MTMmXixMbB8BJn7K+PLpVGXip0JM/HQETPwUMMmfBjIxV3UXOAZkGJ/hUi54VsoF6lkGAfWc6+UCvd94jqBcUINJueAZ4Cz/PDApa0i5QD3PIMFf4FIueBEYnCcCywXTmZQLXmIoUrxEJFK8LCIF1kkvE4gUrzguUmi7X2EmUrzCT6QYR9h3QKR41fjytVQVKV4NiRSvRSBSvApM8tdyaIIOzcSvM2Ti14mYeIkwMdZJSwiY+A3HmVjb/QYzJn5DmNg+Akz8pvHlW6nKxG+GmPitCJj4TWCSvwVkYq7qLnAMyDC+zaVc8I6UC9Q7DALqXdfLBXq/8S5BuSCDSbngbeAs/x4wKTOkXKDeY5Dg73MpF3wADM6ZwHLBLCblgg8ZihQfEokUH4lIgXXSRwQixceOixTa7o+ZiRQf8xMpxhP2HRApPjG+/DRVRYpPQiLFpxGIFJ8Ak/zTHJqgQzPxZwyZ+DMiJl4qTIx10lICJv7ccSbWdn/OjIk/Fya2jwATf2F8+WWqMvEXISb+MgIm/gKY5F8CmZirugscAzKMX3EpF3wt5QL1NYOAWuZ6uUDvN5YRlAuymJQLvgLO8t8AkzJLygXqGwYJ/i2XcsF3wOA8FVguOI1JueB7hiLF90QixQ8iUmCd9AOBSLHccZFC272cmUixnJ9IUUHYd0Ck+NH4ckWqihQ/hkSKFRGIFD8Ck3xFDk3QoZn4J4ZM/BMRE68UJsY6aSUBE//sOBNru39mxsQ/CxPbR4CJfzG+/DVVmfiXEBP/GgET/wJM8l+BTMxV3QWOARnGVVzKBb9JuUD9xiCgVrteLtD7jdUE5YIcJuWCVcBZ/ndgUuZIuUD9ziDB/+BSLvgTGJxnAssFZzEpF6xhKFKsIRIp/hKRAuukvwhEir8dFym03X8zEyn+5idSVBL2HRAp/jG+XJuqIsU/IZFibQQixT/AJF+bQxN0aCaO5fJjYhtzPMnDxpuWu+GxMHGyfeb+b0DR/aYDA5bK7vRcuI9ImTg9V5jYOgJMXMP4sqbl05RiYj0ABZax9kCEAfnXTppJgEleExfclVzVXeAYkGHMIMCYEGiyAZWZC3QM04DKZBBQWWiMaIB6v5GViw/QPCblggzgLJ8NTMo8KReobAYJnkPFGOhyQS4wOM8FlgvOY1IuyGMoUuQRiRS1RKTAOqkWgUiR77hIoe3OZyZS5LMTKVScru+gSFHb+LJOqooUtUMiRZ0IRIrawCSvk0sTdGgmrsuQiesSMXE9YWKsk+oRMHF9x5lY212fGRPXFyYOdG7jb2B82TBVmbhBiIkbRsDEDYBJ3hDIxFzV3Ya57mNsxKVc0FjKBaoxg4Bq4nq5QO83mhCUC/KZlAsaAWf5psCkzJdygWrKIMGbcSkXNAcG52xguWAOk3JBC4YiRQsikaKliBRYJ7UkEClaOS5SaLtbMRMpWvETKRRd30GRorXxZZtUFSlah0SKNhGIFK2BSd4mlybo0ExcwJCJC4iYuK0wMdZJbQmYuJ3jTKztbseMidsJEwc6t/G3N77skKpM3D7ExB0iYOL2wCTvAGRirupuh1z3MXbkUi7oJOUC1YlBQHV2vVyg9xudCcoFdZiUCzoCZ/kuwKSsI+UC1YVBgnflUi7oBgzOi4HlgkuYlAu6MxQpuhOJFD1EpMA6qQeBSNHTcZFC292TmUjRk59IUUjXd1Ck6GV82TtVRYpeIZGidwQiRS9gkvfOpQk6NBPHGTJxnIiJlTAx1kmKgIkLHWdibXchMyYuFCYOdG7jLzK+LE5VJi4KMXFxBExcBEzyYiATc1V3i3Pdx9iHS7mgr5QLVF8GAVXierlA7zdKCMoF9ZiUC/oAZ/lSYFLWk3KBKmWQ4P24lAu2Agbn5cBywRVMygX9GYoU/YlEigEiUmCdNIBApBjouEih7R7ITKQYyE+kKKLrOyhSDDK+3DpVRYpBIZFi6whEikHAJN86lybo0Ew8mCETDyZi4iHCxFgnDSFg4qGOM7G2eygzJh4qTBzo3Ma/jfHltqnKxNuEmHjbCJh4G2CSbwtkYq7q7ra57mPcjku5YHspF6jtGQTUDq6XC/R+YweCckEDJuWC7YCz/I7ApGwg5QK1I4ME34lLuWBnYHBeDSwXXMOkXLALQ5FiFyKRYlcRKbBO2pVApNjNcZFC270bM5FiN34iRTFd30GRYpjx5e6pKlIMC4kUu0cgUgwDJvnuuTRBh2biPRgy8R5ETDxcmBjrpOEETDzCcSbWdo9gxsQjhIkDndv49zS+3CtVmXjPEBPvFQET7wlM8r2ATMxV3d0r132MI7mUC0ZJuUCNYhBQe7teLtD7jb0JygWNmJQLRgJn+X2ASdlIygVqHwYJPppLuWAMMDjnAssF85iUC/ZlKFLsSyRS7CciBdZJ+xGIFPs7LlJou/dnJlLsz0+k6EPXd1CkGGt8eUCqihRjQyLFARGIFGOBSX5ALk3QoZn4QIZMfCARE5cJE2OdVEbAxOWOM7G2u5wZE5cLEwc6t/GPM74cn6pMPC7ExOMjYOJxwCQfD2Riruru+Fz3MVZwKRdUSrlAVTIIqINcLxfo/cZBBOWCJkzKBRXAWf5gYFI2kXKBOphBgk/gUi6YCAzO+cBywQIm5YJDGIoUhxCJFIeKSIF10qEEIsVhjosU2u7DmIkUh/ETKfrS9R0UKSYZXx6eqiLFpJBIcXgEIsUkYJIfnksTdGgmPoIhEx9BxMSThYmxTppMwMRTHGdibfcUZkw8RZg40LmN/0jjy6mpysRHhph4agRMfCQwyacCmZirujs1132MR3EpFxwt5QJ1NIOAOsb1coHebxxDUC5oxqRccBRwlj8WmJTNpFygjmWQ4NO4lAuOAwbnzcBywS1MygXHMxQpjicSKU4QkQLrpBMIRIoTHRcptN0nMhMpTuQnUpTQ9R0UKaYbX85IVZFiekikmBGBSDEdmOQzcmmCDs3EJzFk4pOImHimMDHWSTMJmHiW40ys7Z7FjIlnCRMHOrfxn2x8eUqqMvHJISY+JQImPhmY5KcAmZiruntKrvsYT+VSLjhNygXqNAYBdbrr5QK93zidoFzQgkm54FTgLH8GMClbSLlAncEgwc/kUi44CxictwPLBXcwKReczVCkOJtIpDhHRAqsk84hECnOdVyk0Hafy0ykOJefSFFK13dQpDjP+PL8VBUpzguJFOdHIFKcB0zy83Npgg7NxBcwZOILiJh4tjAx1kmzCZh4juNMrO2ew4yJ5wgTBzq38V9ofHlRqjLxhSEmvigCJr4QmOQXAZmYq7p7Ua77GC/mUi64RMoF6hIGAXWp6+UCvd+4lKBc0IpJueBi4Cx/GTApW0m5QF3GIMEv51IuuAIYnHcDywX3MCkXXMlQpLiSSKS4SkQKrJOuIhAprnZcpNB2X81MpLian0jRj67voEhxjfHltakqUlwTEimujUCkuAaY5Nfm0gQdmomvY8jE1xEx8VxhYqyT5hIw8TzHmVjbPY8ZE88TJg50buO/3vjyhlRl4utDTHxDBEx8PTDJbwAyMVd194Zc9zHO51IuWCDlArWAQUDd6Hq5QO83biQoF7RhUi6YD5zlbwImZRspF6ibGCT4zVzKBbcAg/N+YLngASblglsZihS3EokUt4lIgXXSbQQixe2OixTa7tuZiRS38xMpyuj6DooUdxhf3pmqIsUdIZHizghEijuASX5nLk3QoZn4LoZMfBcRE98tTIx10t0ETHyP40ys7b6HGRPfI0wc6NzGf6/x5X2pysT3hpj4vgiY+F5gkt8HZGKu6u59ue5jvJ9LueABKReoBxgE1IOulwv0fuNBgnJBWyblgvuBs/xDwKRsK+UC9RCDBH+YS7ngEWBwPgwsFzzCpFzwKEOR4lEikeIxESmwTnqMQKRY6LhIoe1eyEykWMhPpCin6zsoUiwyvnw8VUWKRSGR4vEIRIpFwCR/PJcm6NBM/ARDJn6CiImfFCbGOulJAiZe7DgTa7sXM2PixcLEgc5t/E8ZXz6dqkz8VIiJn46AiZ8CJvnTQCbmqu4+nes+xme4lAuelXKBepZBQD3nerlA7zeeIygXtGdSLngGOMs/D0zK9lIuUM8zSPAXuJQLXgQG50JguWARk3LBSwxFipeIRIqXRaTAOullApHiFcdFCm33K8xEilf4iRTj6PoOihSvGl++lqoixashkeK1CESKV4FJ/louTdChmfh1hkz8OhETLxEmxjppCQETv+E4E2u732DGxG8IEwc6t/G/aXz5Vqoy8ZshJn4rAiZ+E5jkbwGZmKu6+1au+xjf5lIueEfKBeodBgH1ruvlAr3feJegXNCRSbngbeAs/x4wKTtKuUC9xyDB3+dSLvgAGJxPAssFi5mUCz5kKFJ8SCRSfCQiBdZJHxGIFB87LlJouz9mJlJ8zE+kGE/Xd1Ck+MT48tNUFSk+CYkUn0YgUnwCTPJPc2mCDs3EnzFk4s+ImHipMDHWSUsJmPhzx5lY2/05Myb+XJg40LmN/wvjyy9TlYm/CDHxlxEw8RfAJP8SyMRc1d0vc93H+BWXcsHXUi5QXzMIqGWulwv0fmMZQbmgM5NywVfAWf4bYFJ2lnKB+oZBgn/LpVzwHTA4nwGWC55lUi74nqFI8T2RSPGDiBRYJ/1AIFIsd1yk0HYvZyZSLOcnUlTQ9R0UKX40vlyRqiLFjyGRYkUEIsWPwCRfkUsTdGgm/okhE/9ExMQrhYmxTlpJwMQ/O87E2u6fmTHxz8LEgc5t/L8YX/6aqkz8S4iJf42AiX8BJvmvQCbmqu7+mus+xlVcygW/SblA/cYgoFa7Xi7Q+43VBOWCrkzKBauAs/zvwKTsKuUC9TuDBP+DS7ngT2BwvgAsF7zIpFywhqFIsYZIpPhLRAqsk/4iECn+dlyk0Hb/zUyk+JufSFFJ13dQpPjH+HJtqooU/4REirURiBT/AJN8bS5N0KGZOJbHj4ltzPEkDxtvWt6Gx8LEyfaZ978BRfebDgxYKrvT8+A+ImXi9DxhYrvzQNIbX9a0fJpSTKwHoMAy1h6IMCD/2kkzCTDJa+bhgo6rulszz32MGQQYEwJNNqAy84COYRpQmQwCKguNEQ1Q7zey8vAB2p1JuSADOMtnA5Oyu5QLVDaDBM+hYgx0uSAXGJyvAMsFry6MZqJIdvzygOO3DXD8tgX2RTl+tf7/jx9p/OUDx28ZcPy+AY8feiGit4Ur0/H99lxEa3c8uUNpm1cR2N2LaGGXDrYf6B/Va5HbMT4sjSbGFYMYX01gdyGTGAf6RyFt1v7QBQqfA3/2DP/HO/9izr+asz5qe7xWx2xAM60xWm3eo//uv7eu97heSPpDy36/p+P6qg/k7KgKW7+l0xS2GkhhC+ukBgSFrYaOF7a03Q2JClsU5FSfQFlrlLdlJurG3nWbVDNRN7Ym6qbe42YJ3rvKvLepea+eCJp7j1sQT+rIuG4JnNT/y/i38q7buprxb2WNfxtdL6tm/NtY49/We9wuwXt/M+9ta96rMbb3HncwvqKYe5oT5EsfxxexOp7aE9jdNyIFPumfLQDmE9DXimr80H7utPlzWzzUV2SLzE5Ed091lkUm1kmdCRaZXRxfZGq7uzC7e6oL4d1TaNXiW69DZDWlWU4sVovYX0n2rcIv2OPb1WDvtgl3d62NVY2h8N1da2P/fndXon622N1degAWWcZ2s4IjDAh17a7ASah7NX2VllSUV5YUF5XFiyvLvX76VlYUlRX2U5WlRV73RcWqvKwiPr64vKRvcd/SypLI7l/uTsTAPYSBsU7qQcDAPR1nYG13z4hknmTt72awovvt5+gNVFXqoMBY6gVcFfQD1zP0JKbxDTF9omPeXxWh46i/4/KHv3pD2z3ATfmjypYbuRDpBuxrIJMbOIHxrYAxowYykY96M5SPehMtXuOyeMU6KU6weFWOL1613YpRjZIC68Y+gIfG3y2JiaAycFREJvcUmvEu2gS5Z2iCsQvLPUNj/y73JOrnX+UeimAD9bV+RV6Yt8HYdDOoQ2LBA73iANqhioCTWTEsGSor/fEsJtzx6HHsRrDyH+LW3ZpVVkna7kICu4c6fpeqtruIwO5tHN2phAkGOW/YMZ7s+G3LZKcHjG8FjBlFNX7p4DwpBHJNH6BSp/ug4JY+eTRzGNLXFCpi0xy83TsxUBGbE9i9M5ObqPoC8xHoa7Wz43Gj86UrQdzsxiBfuhHYPYxJvpQA8wXoazWMQb70I4ib4QzyZSsCu0cwyZdSYL4Afa1GMMiXnQjiZiSDfNmZwO5RTPKlHzBfgL5Woxjky2iCuBnNIF/GENg9hkm+bAXMF6Cv1RgG+TKBIG72Z5AvEwnsHsskX/oD8wXoazWWQb5MI4ibMgb5chyB3eVM8mUAMF+AvlblDPLlTIK4qWCQL2cR2F3JJF8GAvMF6GtVySBfLieImwkM8uUKArsnMsmXQcB8AfpaTWSQLzcTxM1hDPLlFgK7JzHJl62B+QL0tZrEIF8eJoibyQzy5RECu6cwyZfBwHwB+lpNYZAvLxDEzVEM8uVFAruPZpIvQ4D5AvS1OppBvrxPEDfTGOTLBwR2H8ckX4YC8wXoa3Ucg3z5liBuTmSQL98R2D2dSb5sA8wXoK/VdAb58gdB3MxkkC9/Etg9i0m+bAvMF6Cv1SwG+ZKTi4+bUxnkSy6B3acxyZftgPkC9LU6jUG+NCOImzM5fP6FwO6zmOTL9sB8AfpancUgX7oSxM25HD7/QmD3eUzyZQdgvgB9rc5jkC/9COJmNofPvxDYPYdJvuwIzBegr9UcBvmyE0HcXMzh8y8Edl/CJF92AuYL0NfqEgb5Mpogbi7n8PkXAruvYJIvOwPzBehrdQWDfJlAEDdXc/j8C4Hd1zDJl12A+QL0tbqGQb5MI4ibuRw+/0Jg9zwm+bIrMF+AvlbzGOTLmQRxM5/D518I7F7AJF92A+YL0NdqAYN8uZwgbm7m8PkXArtvYZIvw4D5AvS1uoVBvtxMEDe3c/j8C4HddzDJl92B+QL0tbqDQb48TBA3d3P4/AuB3fcwyZc9gPkC9LW6h0G+vEAQN/dz+PwLgd0PMMmX4cB8AfpaPcAgX94niJuHOXz+hcDuR5jkywhgvgB9rR5hkC/fEsTNQg6ffyGwexGTfNkTmC9AX6tFDPLlD4K4eZLD518I7F7MJF/2AuYL0NdqMYN8ySH4HY9nOHz+hcDuZ5nky0hgvgB9rZDjp3/0bzuvFZj+9G946N8l0N+1rr8/Wn8nrv6eT/3dhfr72PR3TK373hz9m2xe05/Z1p9D1Z+t058X0p+B0Pd163tV9f13+p4ifZ+Erv3qepbW6LXuqLUUvT/Ua17N43puGpkXCxzw7+3Oo4k7NM69gXGn/bt9bMPvOOkx2Jt4nPcB/sZTVL/muw/Rr/mOll/zxTppNMGv+Y5x/Nd8td1jGP2aLwXW8K/5poNx60VeXh528VSLyGfhA4XZHt99Dfb9NuEXgtta/y/NOqdZvmob+/dfCE7Uz/+LXwjWg1lgDdx+eVVnXpd/IXg/4AS5fx5+fPffhPFM+lv5gZNDf+BuYADxLhLxa5X7EuwiX2Bg934Edr/ouGqg7R5LYPdLEakG8eQOBYxLBfS1oho/tJ8PYLh7PIBo93ig7B6xTjqQYPdY5vjuUdtdxmj3WCa7R/a7x3KDfZzsHjf/8AeqPLR7HMds9zgOOEGOJ9g9jo9g91ghu8fN3kWVE+wmXmNg9zgCu19nsHusILB7CZPdIzAuFdDXCjl+mvS3j1U90P5Bx+a4PPcxVhLVuOEJeRCQELkG1EEMAupgNEY0QK0tH0zAGG8zYYxK4Op6AjAp32aw0phAEDcT87BMuV2s6oEcV4qxnchgYjvE9Yntdy9A6xIE6LuOJ2Z9z+aOBHa/x+S200OBkzDQ14pq/NLB42dLV0n/hCfQFxS5QkVik/LcJ+9DCez+0PG5UZPWYQR2f8RkbjwcmI9AX6uPFrFZ9K0v7KJjcxKDRd/heTRxDk/II5Lf1RWavlRUd0EcQXQXxGS5CwLrpMkEd0FMcfwuCG33FOKKOuWYxpM8orgDIisHewdEPt5fgYQG9a38B/b4HmmwT92EOyDaxarGUPgOiHaxf78DIlE//3oHBGgQ1g+Gb9yReRsAppuBKAiBQ13TDz40C3/K4BO6+QTbgc/c3g6sX9kcCSSdqcC+ljKpHQDjWwFjRgHHLzDho/PkKCafKD46DzeemsR2iG0gEz0Gun9K/Mfk4fqKajd0DG7MA7uhY62xlt1Qkn1qJ+kBRfc7DRiwVHZPy4P7iHQ3NA2YUOHdEFHMRna/9XHGl8dbPnXyfmv0IPjG6QEosIw9Pi9W5UAXmo4DJvnxeTEWK4kTGDLxCURMfKIwMdZJJxIw8XTHmVjbPZ0ZE08XJraPABPPML48KVWZeEaIiU+KgIlnAJP8JGBwayfvUNV858ukJ+W5j3Em0YoJvmSaBRRfuAbULAYBdTIaIxqg3m+cnIcP0K+YqNUzgbP8KcCk/IrPzT9kyXMKgwQ/lYox0MsZ5B2spwED3bYZfWff6UCcOwHLRzsz+dqcMxgKM2cQCTNnijCDddKZBMLMWY4LM9rus5gJM2fxE2Yobsha37eN/2zjy3NSVZg5OyTMnBOBMHM2MMnPIVrJoJn4XIZMfC4RE58nTIx10nkETHy+40ys7T6fGROfL0wc6NvGf4Hx5exUZeILQkw8OwImvgCY5LNF0VbAMSDDOIdLieRCCSh1IYOAusj1Eoneb1xEUCJZxqREMgc4y18MTMplUiJRFzNI8EuoGANdLrgUGJy7AcsFw5iUCy5jKFJcRiRSXC4iBdZJlxOIFFc4LlJou69gJlJcwU+kKCTsOyBSXGl8eVWqihRXhkSKqyIQKa4EJvlVeTRBh2biqxky8dVETHyNMDHWSdcQMPG1jjOxtvtaZkx8rTCxfQSY+Drjy7mpysTXhZh4bgRMfB0wyecCmZirugscAzKM87iUC66XcoG6nkFA3eB6uUDvN24gKBd8y6RcMA84y88HJuW3Ui5Q8xkk+AIu5YIbgcE5HFguGMGkXHATQ5HiJiKR4mYRKbBOuplApLjFcZFC230LM5HiFn4iRRFh3wGR4lbjy9tSVaS4NSRS3BaBSHErMMlvy6MJOjQT386QiW8nYuI7hImxTrqDgInvdJyJtd13MmPiO4WJ7SPAxHcZX96dqkx8V4iJ746Aie8CJvndQCbmqu4Cx4AM4z1cygX3SrlA3csgoO5zvVyg9xv3EZQLvmdSLrgHOMvfD0zK76VcoO5nkOAPcCkXPAgMzpHAcsEoJuWChxiKFA8RiRQPi0iBddLDBCLFI46LFNruR5iJFI/wEymKCfsOiBSPGl8+lqoixaMhkeKxCESKR4FJ/lgeTdChmXghQyZeSMTEi4SJsU5aRMDEjzvOxNrux5kx8ePCxPYRYOInjC+fTFUmfiLExE9GwMRPAJP8SSATc1V3gWNAhnExl3LBU1IuUE8xCKinXS8X6P3G0wTlguVMygWLgbP8M8CkXC7lAvUMgwR/lku54DlgcI4GlgvGMCkXPM9QpHieSKR4QUQKrJNeIBApXnRcpNB2v8hMpHiRn0jRh7DvgEjxkvHly6kqUrwUEilejkCkeAmY5C/n0QQdmolfYcjErxAx8avCxFgnvUrAxK85zsTa7teYMfFrwsT2EWDi140vl6QqE78eYuIlETDx68AkXwJkYq7qLnAMyDC+waVc8KaUC9SbDALqLdfLBXq/8RZBuWAFk3LBG8BZ/m1gUq6QcoF6m0GCv8OlXPAuMDj3B5YLxjIpF7zHUKR4j0ikeF9ECqyT3icQKT5wXKTQdn/ATKT4gJ9I0Zew74BI8aHx5UepKlJ8GBIpPopApPgQmOQf5dEEHZqJP2bIxB8TMfEnwsRYJ31CwMSfOs7E2u5PmTHxp8LE9hFg4s+ML5emKhN/FmLipREw8WfAJF8KZGKu6i5wDMgwfs6lXPCFlAvUFwwC6kvXywV6v/ElQblgJZNywefAWf4rYFKulHKB+opBgn/NpVywDBicZcByQTmTcsE3DEWKb4hEim9FpMA66VsCkeI7x0UKbfd3zESK7/iJFCWEfQdEiu+NL39IVZHi+5BI8UMEIsX3wCT/IY8m6NBMvJwhEy8nYuIfhYmxTvqRgIlXOM7E2u4VzJh4hTCxfQSY+Cfjy5WpysQ/hZh4ZQRM/BMwyVcCmZirugscAzKMP3MpF/wi5QL1C4OA+tX1coHeb/xKUC74hUm54GfgLL8KmJS/SLlArWKQ4L9xKResBgZnBbBcUMmkXPA7Q5HidyKR4g8RKbBO+oNApPjTcZFC2/0nM5HiT34iRSlh3wGRYo3x5V+pKlKsCYkUf0UgUqwBJvlfeTRBh2bivxky8d9ETPyPMDHWSf8QMPFax5lY272WGROvFSa2jwATx2qZMa+14aWUYmI9AAWWsfZAhAH51046MWvh+kqrhQs6ruoucAzIMKYTYEwINOllDg4o23JBDQYBVRONEQ1Q7zc0SHSArmJSLkgHzvIZwKRcJeUClcEgwTOpGANdLsgCBucEYLlgIpNyQTZwoohKpMgGBqeNN8dafotIkWSf2kk5tfD95gIDlsru3FpwH5GKFLnAhIpIpOhH2HdApMgzvqyVqiJFXkikqBWBSJEHTPJatWiCDs3E+QyZOJ+IiWsLE2OdVJuAies4zsTa7jrMmLiOMLF9BJi4rvFlvVRl4rohJq4XARPXBSZ5PSATc1V3gWNAhrE+l3JBAykXqAYMAqqh6+UCvd9oSFAuWM2kXFAfOMs3AiblaikXqEYMErwxl3JBE2BwHgYsF0xiUi5oylCkaEokUjQTkQLrpGYEIkVzx0UKbXdzZiJFc34iRRlh3wGRooXxZctUFSlahESKlhGIFC2ASd6yFk3QoZm4FUMmbkXExK2FibFOak3AxG0cZ2JtdxtmTNxGmNg+AkxcYHzZNlWZuCDExG0jYOICYJK3BTIxV3UXOAZkGNtxKRe0l3KBas8goDq4Xi7Q+40OBOWCP5iUC9oBZ/mOwKT8Q8oFqiODBO/EpVzQGRick4HlgilMygVdGIoUXYhEiq4iUmCd1JVApOjmuEih7e7GTKToxk+kKCfsOyBSdDe+7JGqIkX3kEjRIwKRojswyXvUogk6NBP3ZMjEPYmYuJcwMdZJvQiYuLfjTKzt7s2MiXsLE9tHgInjxpcqVZk4HmJiFQETx4FJroBMzFXdBY4BGcZCLuWCIikXqCIGAVXserlA7zeKCcoFa5iUCwqBs3wfYFKukXKB6sMgwftyKReUAIPzKGC54Ggm5YJShiJFKZFI0U9ECqyT+hGIFFs5LlJou7diJlJsxU+kGEfYd0Ck6G98OSBVRYr+IZFiQAQiRX9gkg+oRRN0aCYeyJCJBxIx8SBhYqyTBhEw8daOM7G2e2tmTLy1MLF9BJh4sPHlkFRl4sEhJh4SARMPBib5ECATc1V3gWNAhnEol3LBNlIuUNswCKhtXS8X6P3GtgTlgr+ZlAuGAmf57YBJ+beUC9R2DBJ8ey7lgh2AwTkNWC44jkm5YEeGIsWORCLFTiJSYJ20E4FIsbPjIoW2e2dmIsXO/ESK8YR9B0SKXYwvd01VkWKXkEixawQixS7AJN+1Fk3QoZl4N4ZMvBsREw8TJsY6aRgBE+/uOBNru3dnxsS7CxPbR4CJ9zC+HJ6qTLxHiImHR8DEewCTfDiQibmqu8AxIMM4gku5YE8pF6g9GQTUXq6XC/R+Yy+CcsFaJuWCEcBZfiQwKddKuUCNZJDgo7iUC/YGBueJwHLBdCblgn0YihT7EIkUo0WkwDppNIFIMcZxkULbPYaZSDGGn0hRQdh3QKTY1/hyv1QVKfYNiRT7RSBS7AtM8v1q0QQdmon3Z8jE+xMx8VhhYqyTxhIw8QGOM7G2+wBmTHyAMLF9BJj4QOPLslRl4gNDTFwWARMfCEzyMiATc1V3gWNAhrGcS7lgnJQL1DgGATXe9XKB3m+MJygXpD3Oo1xQDpzlK4BJiRw/ruWCCgYJXsmlXHAQMDhnAssFs5iUCw5mKFIcTCRSTBCRAuukCQQixUTHRQpt90RmIsVEfiJFJWHfAZHiEOPLQ1NVpDgkJFIcGoFIcQgwyQ+tRRN0aCY+jCETH0bExJOEibFOmkTAxIc7zsTa7sOZMfHhwsT2EWDiI4wvJ6cqEx8RYuLJETDxEcAknwxkYq7qLnAMyDBO4VIuOFLKBepIBgE11fVygd5vTCUoF9RgUi6YApzljwImZQ0pF6ijGCT40VzKBccAg/NUYLngNCblgmMZihTHEokU00SkwDppGoFIcZzjIoW2+zhmIsVx7EQKFafrOyhSHG98eUKqihTHh0SKEyIQKY4HJvkJtWiCDs3EJzJk4hOJmHi6MDHWSdMJmHiG40ys7Z7BjIlnCBMHOrfxn2R8OTNVmfikEBPPjICJTwIm+UwgE3NVd2fWch/jLC7lgpOlXKBOZhBQp7heLtD7jVMIygUZTMoFs4Cz/KnApMyQcoE6lUGCn8alXHA6MDjPBJYLzmJSLjiDoUhxBpFIcaaIFFgnnUkgUpzluEih7T6LmUhxFj+RQtH1HRQpzja+PCdVRYqzQyLFORGIFGcDk/ycWjRBh2bicxky8blETHyeMDHWSecRMPH5jjOxtvt8Zkx8vjBxoHMb/wXGl7NTlYkvCDHx7AiY+AJgks8GMjFXdXd2LfcxzuFSLrhQygXqQgYBdZHr5QK937iIoFyQxaRcMAc4y18MTMosKReoixkk+CVcygWXAoPzXGC54Dwm5YLLGIoUlxGJFJeLSIF10uUEIsUVjosU2u4rmIkUV/ATKQrp+g6KFFcaX16VqiLFlSGR4qoIRIorgUl+VS2aoEMz8dUMmfhqIia+RpgY66RrCJj4WseZWNt9LTMmvlaYONC5jf8648u5qcrE14WYeG4ETHwdMMnnApmYq7o7t5b7GOdxKRdcL+UCdT2DgLrB9XKB3m/cQFAuyGFSLpgHnOXnA5MyR8oFaj6DBF/ApVxwIzA4ZwPLBXOYlAtuYihS3EQkUtwsIgXWSTcTiBS3OC5SaLtvYSZS3MJPpCii6zsoUtxqfHlbqooUt4ZEitsiECluBSb5bbVogg7NxLczZOLbiZj4DmFirJPuIGDiOx1nYm33ncyY+E5h4kDnNv67jC/vTlUmvivExHdHwMR3AZP8biATc1V3767lPsZ7uJQL7pVygbqXQUDd53q5QO837iMoF+QxKRfcA5zl7wcmZZ6UC9T9DBL8AS7lggeBwXkxsFxwCZNywUMMRYqHiESKh0WkwDrpYQKR4hHHRQpt9yPMRIpH+IkUxXR9B0WKR40vH0tVkeLRkEjxWAQixaPAJH+sFk3QoZl4IUMmXkjExIuEibFOWkTAxI87zsTa7seZMfHjwsSBzm38TxhfPpmqTPxEiImfjICJnwAm+ZNAJuaq7j5Zy32Mi7mUC56ScoF6ikFAPe16uUDvN54mKBfkMykXLAbO8s8AkzJfygXqGQYJ/iyXcsFzwOC8HFguuIJJueB5hiLF80QixQsiUmCd9AKBSPGi4yKFtvtFZiLFi/xEij50fQdFipeML19OVZHipZBI8XIEIsVLwCR/uRZN0KGZ+BWGTPwKERO/KkyMddKrBEz8muNMrO1+jRkTvyZMHOjcxv+68eWSVGXi10NMvCQCJn4dmORLgEzMVd1dUst9jG9wKRe8KeUC9SaDgHrL9XKB3m+8RVAuqMOkXPAGcJZ/G5iUdaRcoN5mkODvcCkXvAsMzquB5YJrmJQL3mMoUrxHJFK8LyIF1knvE4gUHzguUmi7P2AmUnzAT6ToS9d3UKT40Pjyo1QVKT4MiRQfRSBSfAhM8o9q0QQdmok/ZsjEHxMx8SfCxFgnfULAxJ86zsTa7k+ZMfGnwsSBzm38nxlfLk1VJv4sxMRLI2Diz4BJvhTIxFzV3aW13Mf4OZdywRdSLlBfMAioL10vF+j9xpcE5YJ6TMoFnwNn+a+ASVlPygXqKwYJ/jWXcsEyYHDOBZYL5jEpF3zDUKT4hkik+FZECqyTviUQKb5zXKTQdn/HTKT4jp9IUULXd1Ck+N748odUFSm+D4kUP0QgUnwPTPIfatEEHZqJlzNk4uVETPyjMDHWST8SMPEKx5lY272CGROvECYOdG7j/8n4cmWqMvFPISZeGQET/wRM8pVAJuaq7q6s5T7Gn7mUC36RcoH6hUFA/ep6uUDvN34lKBc0YFIu+Bk4y68CJmUDKReoVQwS/Dcu5YLVwOCcDywXLGBSLvidoUjxO5FI8YeIFFgn/UEgUvzpuEih7f6TmUjxJz+RopSu76BIscb48q9UFSnWhESKvyIQKdYAk/yvWjRBh2bivxky8d9ETPyPMDHWSf8QMPFax5lY272WGROvFSYOdB7An2/GPH/DSynFxHoACixj7YEIA/KvnXRi5uP6SsvHBR1XdRc3BnQY0wkwJgSa9DIHB5RtuaAGg4CqicaIBqj3GxokOkAbMSkXpANn+QxgUjaScoHKYJDgmVSMgS4XZAGD82ZgueAWJuWCbOBEEZVIkQ0MThtvjrX8FpEiyT61k3Ly8f3mAgOWyu7cfLiPSEWKXGBCRSRS9KPrOyhS5Blf1kpVkSIvJFLUikCkyAMmea18mqBDM3E+QybOJ2Li2sLEWCfVJmDiOo4zsba7DjMmriNMHOjcxl/X+LJeqjJx3RAT14uAiesCk7wekIm5qrv18t3HWJ9LuaCBlAtUAwYB1dD1coHebzQkKBc0YVIuqA+c5RsBk7KJlAtUIwYJ3phLuaAJMDhvB5YL7mBSLmjKUKRoSiRSNBORAuukZgQiRXPHRQptd3NmIkVzfiJFGV3fQZGihfFly1QVKVqERIqWEYgULYBJ3jKfJujQTNyKIRO3ImLi1sLEWCe1JmDiNo4zsba7DTMmbiNMHOjcxl9gfNk2VZm4IMTEbSNg4gJgkrcFMjFXdbdtvvsY23EpF7SXcoFqzyCgOrheLtD7jQ4E5YJmTMoF7YCzfEdgUjaTcoHqyCDBO3EpF3QGBufdwHLBPUzKBV0YihRdiESKriJSYJ3UlUCk6Oa4SKHt7sZMpOjGT6Qop+s7KFJ0N77skaoiRfeQSNEjApGiOzDJe+TTBB2aiXsyZOKeREzcS5gY66ReBEzc23Em1nb3ZsbEvYWJA53b+OPGlypVmTgeYmIVARPHgUmugEzMVd1V+e5jLORSLiiScoEqYhBQxa6XC/R+o5igXNCCSbmgEDjL9wEmZQspF6g+DBK8L5dyQQkwOO8HlgseYFIuKGUoUpQSiRT9RKTAOqkfgUixleMihbZ7K2YixVb8RIpxdH0HRYr+xpcDUlWk6B8SKQZEIFL0Byb5gHyaoEMz8UCGTDyQiIkHCRNjnTSIgIm3dpyJtd1bM2PirYWJA53b+AcbXw5JVSYeHGLiIREw8WBgkg8BMjFXdXdIvvsYh3IpF2wj5QK1DYOA2tb1coHeb2xLUC5oxaRcMBQ4y28HTMpWUi5Q2zFI8O25lAt2AAbnw8BywSNMygU7MhQpdiQSKXYSkQLrpJ0IRIqdHRcptN07MxMpduYnUoyn6zsoUuxifLlrqooUu4REil0jECl2ASb5rvk0QYdm4t0YMvFuREw8TJgY66RhBEy8u+NMrO3enRkT7y5MHOjcxr+H8eXwVGXiPUJMPDwCJt4DmOTDgUzMVd0dnu8+xhFcygV7SrlA7ckgoPZyvVyg9xt7EZQL2jApF4wAzvIjgUnZRsoFaiSDBB/FpVywNzA4FwLLBYuYlAv2YShS7EMkUowWkQLrpNEEIsUYx0UKbfcYZiLFGH4iRQVd30GRYl/jy/1SVaTYNyRS7BeBSLEvMMn3y6cJOjQT78+QifcnYuKxwsRYJ40lYOIDHGdibfcBzJj4AGHiQOc2/gONL8tSlYkPDDFxWQRMfCAwycuATMxV3S3Ldx9jOZdywTgpF6hxDAJqvOvlAr3fGE9QLmjLpFxQDpzlK4BJ2VbKBaqCQYJXcikXHAQMzieB5YLFTMoFBzMUKQ4mEikmiEiBddIEApFiouMihbZ7IjORYiI/kaKSru+gSHGI8eWhqSpSHBISKQ6NQKQ4BJjkh+bTBB2aiQ9jyMSHETHxJGFirJMmETDx4Y4zsbb7cGZMfLgwcaBzG/8RxpeTU5WJjwgx8eQImPgIYJJPBjIxV3V3cr77GKdwKRccKeUCdSSDgJrqerlA7zemEpQL2jMpF0wBzvJHAZOyvZQL1FEMEvxoLuWCY4DB+QywXPDsomgmimTH71jg+PUHjt8AYF+U4zft///4kcbfccDx+xQ4fp+Bxw+9ENHbwj/S8f12fJzW7nhyh9I2/01gdyeihV062H6gf1Snx92O8WFpNDHelUGMryWwuxuTGAf6RyFt1v7QBQqfA//0DP/HO68x57/MWR/He7x2gtmAZlpjtNa8R//df++J3uPpIekPLftp0Ki+ZgA5O6rC1j/pNIWtk6SwhXXSSQSFrZmOF7a03TOJClsU5DSDQFmblb9lJuqTveueUs1EfbI1UZ/qPT4twXv/Nu891bxXTwSne4/PIJ7UkXF9JnBS/y/jf5Z33bOrGf+zrPE/x3t8bjXjf441/ud5j89P8N5/zHvPM+/VGC/wHs82vqKYe04nyJeeji9idTxdQGB3r4gU+GRxzgHmE9DXimr80H6+cPPntnior8gWmRcS3T11kSwysU66iGCRebHji0xt98XM7p66mPDuKbRqsdLrEFlNOS0vFptG7K8k+1bhF+zxvcRgv3QT7u5aG6saQ+G7u9bG/v3urkT9bLG7u/QALLKMvdQKjjAg1LUvAU5Cl1XTV2lJRXllSXFRWby4stzrp29lRVFZYT9VWVrkdV9UrMrLKuLji8tL+hb3La0siez+5cuIGPhyYWCsky4nYOArHGdgbfcVEck8ydp/qcGK7lc5egNVGCcylq4ErgoUuJ6hJzGNb4jpEx3z/qoIHUdFjssf/uoNbXexm/JHlS03ciFyKbCvPkxu4ATGtwLGjOrDRD66iqF8dBXR4vVqWbxinXQ1weL1GscXr9ruaxjVKCmwbuwDeGj8lyYxEVQGjorI5J5rzXhftwlyz9AEYxeWe4bG/l3uSdTPv8o9FMEG6mv9ivza/A3GpptBHRILHugVB9AOdR1wMpsLS4bKSn885xLuePQ4Xkqw8u/n1t2aVVZJ2u5rCezeyvG7VLXd1xHY3d/RnUqYYJDzhh3jyY7fACY7PWB8K2DMqAER3S2crJ+vBXLNPKBSp/ug4JZ5+TRzGNLXFCriqXl4u4cwUBFPJ7B7KJObqK4H5iPQ12qo43Gj8+USgrjZjkG+XEpg9/ZM8uUGYL4Afa22Z5AvCwjiZicG+XIjgd07M8mX+cB8Afpa7cwgXx4giJvdGOTLgwR2D2OSLwuA+QL0tRrGIF+eJYib4Qzy5TkCu0cwyZcbgfkC9LUawSBf3iGIm5EM8uVdArtHMcmXm4D5AvS1GsUgX74miJvRDPJlGYHdY5jky83AfAH6Wo1hkC+/EcTN/gzyZTWB3WOZ5MstwHwB+lqNZZAvmbXwcVPGIF+yCOwuZ5IvtwLzBehrVc4gXxoTxE0Fg3xpQmB3JZN8uQ2YL0Bfq0oG+dKJIG4mMMiXzgR2T2SSL7cD8wXoazWRQb70JYibwxjkSwmB3ZOY5MsdwHwB+lpNYpAv2xPEzWQG+bIDgd1TmOTLncB8AfpaTWGQL6MI4uYoBvmyN4HdRzPJl7uA+QL0tTqaQb5UEsTNNAb5chCB3ccxyZe7gfkC9LU6jkG+HE0QNycyyJdjCOyeziRf7gHmC9DXajqDfDmNIG5mcvj8C4Hds5jky73AfAH6Ws1ikC+XEMTNqRw+/0Jg92lM8uU+YL4Afa1OY5AvCwji5kwOn38hsPssJvlyPzBfgL5WZzHIlwcI4uZcDp9/IbD7PCb58gAwX4C+VucxyJdnCeJmNofPvxDYPYdJvjwIzBegr9UcBvnyDkHcXMzh8y8Edl/CJF8eAuYL0NfqEgb58jVB3FzO4fMvBHZfwSRfHgbmC9DX6goG+fIbQdxczeHzLwR2X8MkXx4B5gvQ1+oaBvmSSfC9a3M5fP6FwO55TPLlUWC+AH2t5jHIl8YEcTOfw+dfCOxewCRfHgPmC9DXagGDfOlEEDc3c/j8C4HdtzDJl4XAfAH6Wt3CIF/6EsTN7Rw+/0Jg9x1M8mURMF+AvlZ3MMiX7Qni5m4On38hsPseJvnyODBfgL5W9zDIl1EEcXM/h8+/ENj9AJN8eQKYL0BfqwcY5EslQdw8zOHzLwR2P8IkX54E5gvQ1+oRBvlyNEHcLOTw+RcCuxcxyZfFwHwB+lohx0//6N9wrxWY/vRveOjfJdDfta6/P1p/J67+nk/93YX6+9j0d0zp783R3wWiv99Af2Zbfw5Vf7ZOf15IfwZC39et71XV99/pe4r0fRK69qvrWVqj17qj1lL0/lCveTWP67lpcX4scKDj7ql8mrhD43waGHfavyNiG37HSY/B08Tj/AzwN56i+jXfZ4h+zfdZ+TVfrJOeJfg13+cc/zVfbfdz+XAfkf2aLwXW8K/5poNx60XesfnYxdM0Ip+FDxRme3yfN9hf2IRfCG5r/b8065xm+apt7N9/IThRP/8vfiFYD2aBNXAv5FedeV3+heAXgBPki/n48X1xE8YzWdwvASeHIuBuoJh4F4n4tcrnCXaRTzKw+wUCuxc7rhpou18isPupiFSDeHKHAsalAvpaUY0f2s8vM9w9vky0e3xFdo9YJ71CsHt81fHdo7b7VUa7x1dl98h+9/iawf667B43//AH6rXQ7vF1ZrvH14ET5BKC3eOSCHaPb8jucbN3Ua8R7CaeY2D36wR2P89g9/gGgd0vMNk9AuNSAX2tkOOnSX9ErOqB9g86Nl/Pdx/jm0Q1bnhCvgUkRK4B9RaDgHobjRENUGvLbxMwxitMGONN4Or6HWBSvsJgpfEOQdy8m49lyuGxqgdyXCnG9l0GE9t7rk9seqY4kSBAX3M8MWd4Ns8hsPt1Jredvg+chIG+VlTjlw4eP1u6SravD4C+oMgVKhL7MN998n6fwO43HZ8bNWl9QGD3W0zmxo+A+Qj0tXrrcTaLvvWFXXRsfshg0fdRPk2cwxPy4+R3dYWmLxXVXRAfE90F8YncBYF10icEd0F86vhdENruT4kr6pRjGk/yiOIOiKl52DsgjsP7K5DQoL6V/8Ae388M9qWbcAdEu1jVGArfAdEu9u93QCTq51/vgAANwvrB8I37LH8DwHQzEAUhcKhr+sEH1/IYfEL3OILtwHtubwfWr2w+A5LOUmBf7zOpHQDjWwFjRgHHLzDho/PkcyafKP4C/IniPWMbyESPwRfEnyj+kuE94V8S7Ya+kt0Q1klfEeyGvnZ8N6Tt/prZbuhrwt0QUcxGdr/1MuPLb1y/3xo9CL5xy0L3SH+TH6tyoAtNy4BJ/g2TlcS3DJn4WyIm/k6YGOuk7wiY+HvHmVjb/T0zJv5emNg+Akz8g/Hl8lRl4h9CTLw8Aib+AZjky8H37+1Z1Xzny6TL893H+COXUu4K8J3uHANqBYOA+sn1G0L1fuMnArX/YyZq9Y/AWX4lMCk/5nPzD1nyrGSQ4D9TMQZ6OYO8g/UX8B2s/oG+s+9XIM4hwPLRUCZfm7OKoTCzikiY+U2EGayTfiMQZlY7Lsxou1czE2ZW8xNmKG7IWt+3jf9348s/UlWY+T0kzPwRgTDzOzDJ/yBayaCZ+E+GTPwnEROvESbGOmkNARP/5TgTa7v/YsbEfwkTB/q28f9tfPlPqjLx3yEm/icCJv4bmOT/iKKtgGNAhnEtlxKJTrtUDyjgGJBhTENjRAPU+w0NEh2gnzIpkawFzvLpwKT8VEokKp1BgteoTRPn8HJBTWBwbgcsF2zPpFyQUZufSJEBDE4bb2btDY9FpEiyT+2kzNr4frOAAUtld1ZtuI9IRYosYEJFJFIUEvYdECmyjS9zLJ+mlEihB6DAMtYeiDAg/9rJJmY2MMlzatMEHZqJcxkycS4RE+cJE2OdlEfAxLUcZ2Jtdy1mTFxLmNg+Akycb3xZO1WZOD/ExLUjYOJ8YJLXBjIxV3UXOAZkGOtQiT/oJVNdKReougwCqp7r5QK936hHUC5YyqRcUAc4y9cHJuVSKReo+gwSvAGXckFDYHDuBCwX7MykXNCIoUjRiEikaCwiBdZJjQlEiiaOixTa7ibMRIom/ESKIsK+AyJFU+PLZqkqUjQNiRTNIhApmgKTvFltmqBDM3FzhkzcnIiJWwgTY53UgoCJWzrOxNrulsyYuKUwsX0EmLiV8WXrVGXiViEmbh0BE7cCJnlrIBNzVXeBY0CGsQ2XckGBlAtUAYOAaut6uUDvN9oSlAu+YFIuaAOc5dsBk/ILKReodgwSvD2XckEHYHDuBiwXDGNSLujIUKToSCRSdBKRAuukTgQiRWfHRQptd2dmIkVnfiJFMWHfAZGii/Fl11QVKbqERIquEYgUXYBJ3rU2TdChmbgbQybuRsTE3YWJsU7qTsDEPRxnYm13D2ZM3EOY2D4CTNzT+LJXqjJxzxAT94qAiXsCk7wXkIm5qrvAMSDD2JtLuSAu5QIVZxBQyvVygd5vKIJywVdMygW9gbN8ITApv5JygSpkkOBFXMoFxcDgHA4sF4xgUi7ow1Ck6EMkUvQVkQLrpL4EIkWJ4yKFtruEmUhRwk+k6EPYd0CkKDW+7JeqIkVpSKToF4FIUQpM8n61aYIOzcRbMWTirYiYuL8wMdZJ/QmYeIDjTKztHsCMiQcIE9tHgIkHGl8OSlUmHhhi4kERMPFAYJIPAjIxV3UXOAZkGLfmUi4YLOUCNZhBQA1xvVyg9xtDCMoFy5iUC7YGzvJDgUm5TMoFaiiDBN+GS7lgW2BwjgSWC0YxKRdsx1Ck2I5IpNheRAqsk7YnECl2cFyk0HbvwEyk2IGfSNGXsO+ASLGj8eVOqSpS7BgSKXaKQKTYEZjkO9WmCTo0E+/MkIl3JmLiXYSJsU7ahYCJd3WcibXduzJj4l2Fie0jwMS7GV8OS1Um3i3ExMMiYOLdgEk+DMjEXNVd4BiQYdydS7lgDykXqD0YBNRw18sFer8xnKBc8C2TcsHuwFl+BDApv5VygRrBIMH35FIu2AsYnKOB5YIxTMoFIxmKFCOJRIpRIlJgnTSKQKTY23GRQtu9NzORYm9+IkUJYd8BkWIf48vRqSpS7BMSKUZHIFLsA0zy0bVpgg7NxGMYMvEYIibeV5gY66R9CZh4P8eZWNu9HzMm3k+Y2D4CTLy/8eXYVGXi/UNMPDYCJt4fmORjgUzMVd0FjgEZxgO4lAsOlHKBOpBBQJW5Xi7Q+40ygnLB90zKBQcAZ/lyYFJ+L+UCVc4gwcdxKReMBwbn/sBywVgm5YIKhiJFBZFIUSkiBdZJlQQixUGOixTa7oOYiRQH8RMpSgn7DogUBxtfTkhVkeLgkEgxIQKR4mBgkk+oTRN0aCaeyJCJJxIx8SHCxFgnHULAxIc6zsTa7kOZMfGhwsT2EWDiw4wvJ6UqEx8WYuJJETDxYcAknwRkYq7qLnAMyDAezqVccISUC9QRDAJqsuvlAr3fmExQLljOpFxwOHCWnwJMyuVSLlBTGCT4kVzKBVOBwVkGLBeUMykXHMVQpDiKSKQ4WkQKrJOOJhApjnFcpNB2H8NMpDiGn0jRj7DvgEhxrPHltFQVKY4NiRTTIhApjgUm+bTaNEGHZuLjGDLxcURMfLwwMdZJxxMw8QmOM7G2+wRmTHyCMLF9BJj4ROPL6anKxCeGmHh6BEx8IjDJpwOZmKu6CxwDMowzuJQL/o+9b4Hzqeq7H0TJ/TaMWwjl2mzGuBRFUYhCFEXNMFMURVEURVEUotzvyv2Wyj38JiFJkiQJSUiSJCThP7v/mTrn8FZPs77n2es5+3w+78e8zzPPnv3d67v2Onutc36/Z2xcoJ4haKi+pscF+rzRVyAuOEoSFzwN3OX7AUl51MYFqh8BwZ9liQueAzZnEjAuSCaJC/oTmhT9hUyKAdakwII0QMCkeN5wk0LX/TyZSfE8n0mRIDi2x6R4wcFyYFhNihd8JsXAAEyKF4AkH5hTpunQSjyIUIkHCSnxi1aJsSC9KKDELxmuxLrul8iU+CWrxO7Lo8SDHSyHhFWJB/uUeEgASjwYSPIhQCVmdXeBayA2x6EsccHLNi5QLxM01DDT4wJ93hgmEBccI4kLhgJ3+eFAUh6zcYEaTkDwV1jigleBzdkRGBd0IokLRhCaFCOETIqR1qTAgjRSwKQYZbhJoeseRWZSjOIzKRIFx/aYFKMdLMeE1aQY7TMpxgRgUowGknxMTpmmQyvxWEIlHiukxOOsEmNBGiegxOMNV2Jd93gyJR5vldh9eZR4goPlxLAq8QSfEk8MQIknAEk+EajErO4ucA3E5jiJJS6YbOMCNZmgoaaYHhfo88YUgbjgOElcMAm4y08FkvK4jQvUVAKCv8YSF7wObM7OwLigC0lcMI3QpJgmZFJMtyYFFqTpAibFDMNNCl33DDKTYgafSdFecGyPSTHTwXJWWE2KmT6TYlYAJsVMIMln5ZRpOrQSzyZU4tlCSjzHKjEWpDkCSjzXcCXWdc8lU+K5Vondl0eJ5zlYzg+rEs/zKfH8AJR4HpDk84FKzOruAtdAbI4LWOKCN2xcoN4gaKiFpscF+ryxUCAuOEESFywA7vJvAkl5wsYF6k0Cgr/FEhe8DWzOrsC4oBtJXLCI0KRYJGRSLLYmBRakxQImxRLDTQpd9xIyk2IJn0nRQXBsj0mx1MFyWVhNiqU+k2JZACbFUiDJl+WUaTq0Ei8nVOLlQkq8wioxFqQVAkr8juFKrOt+h0yJ37FK7L48SrzSwXJVWJV4pU+JVwWgxCuBJF8FVGJWdxe4BmJzXM0SF0RsXKAiBA2VYnpcoM8bKQJxwSmSuGA1cJd/F0jKUzYuUO8SEHwNS1zwHrA5uwPjgh4kccFaQpNirZBJsc6aFFiQ1gmYFOsNNyl03evJTIr1fCZFkuDYHpPifQfLDWE1Kd73mRQbAjAp3geSfENOmaZDK/EHhEr8gZASb7RKjAVpo4ASf2i4Euu6PyRT4g+tErsvjxJvcrD8KKxKvMmnxB8FoMSbgCT/CKjErO4ucA3E5riZJS742MYF6mOChtpielygzxtbBOKC0yRxwWbgLv8JkJSnbVygPiEg+FaWuOBTYHP2BMYFvUjigm2EJsU2IZPiM2tSYEH6TMCk2G64SaHr3k5mUmznMymSBcf2mBSfO1juCKtJ8bnPpNgRgEnxOZDkO3LKNB1aib8gVOIvhJR4p1ViLEg7BZT4S8OVWNf9JZkSf2mV2H15lHiXg+XusCrxLp8S7w5AiXcBSb4bqMSs7i5wDcTmuIclLvjKxgXqK4KG2mt6XKDPG3sF4oIzJHHBHuAu/zWQlGdsXKC+JiD4Ppa44Btgc/YGxgV9SOKC/YQmxX4hk+KANSmwIB0QMCkOGm5S6LoPkpkUB+lMChUrN7bXpPjWwfJQWE2Kb30mxaEATIpvgSQ/lFOm6dBK/B2hEn8npMSHrRJjQTosoMTfG67Euu7vyZT4e6vEnsHd8z/iYPlDWJX4iE+JfwhAiY8ASf4DUIlZ3d0fcpo/x6MsccGPNi5QPxI01DHT4wJ93jgmEBecJYkLjgJ3+Z+ApDxr4wL1EwHBj7PEBT8Dm7MvMC7oRxIXnCA0KU4ImRQnrUmBBemkgElxynCTQtd9isykOMVnUii5sb0mxS8OlqfDalL84jMpTgdgUvwCJPnpnDJNh1biXwmV+FchJT5jlRgL0hkBJf7NcCXWdf9GpsS/WSX2DO6e/1kHy3NhVeKzPiU+F4ASnwWS/BxQiVnd3XM5zZ/jeZa4ICqXjQuAayA2xwzoOaInqM8bepLoBj1PEhecB+7yGYGkPG/jApWRgOCZcsn0OTwuuATYnP2BccEAkrggcy4+kyIzsDnd882S68+frUmRzjE1SFly4ce9FNiwUnVfmguOkahJcSmQUAGZFFXkxvaaFJc5WGZ1YRoqk0IvQAlXse6F8E8o7W+nl5iXAUmeNZdM06GV+HJCJb5cSImzWSXGgpRNQImzG67Euu7sZEqc3SqxZ3D3/HM4WOYMqxLn8ClxzgCUOAeQ5DmBSszq7ubMZf4cc0mZP+hbptw2LlC5CRoqj+lxgT5v5BGICzJEOOKCXMBdPi+QlMj1Y40L8hIQPB9LXJAf2JwDgXHBIJK4oAChSVFAyKSItiYFFqRoAZOioOEmha67IJlJUZDPpKgqN7bXpCjkYBkTVpOikM+kiAnApCgEJHlMLpmmQytxYUIlLiykxEWsEmNBKiKgxEUNV2Jdd1EyJS5qldgzuHv+xRwsi4dViYv5lLh4AEpcDEjy4kAlZnV3i+cyf45XsMQFJWxcoEoQNFRJ0+MCfd4oKRAXZIpwxAVXAHf5UkBSItePNS4oRUDwK1nigtLA5hwMjAuGkMQFZQhNijJCJkVZa1JgQSorYFJcZbhJoeu+isykuIrPpIiTG9trUlztYFkurCbF1T6TolwAJsXVQJKXyyXTdGglLk+oxOWFlLiCVWIsSBUElLii4Uqs665IpsQVrRJ7BnfPv5KDZeWwKnElnxJXDkCJKwFJXhmoxKzubuVc5s/xGpa4INbGBSqWoKGU6XGBPm8ogbggc4QjLrgGuMtXAZISuX6scUEVAoJXZYkL4oDNOQwYFwwniQuqEZoU1YRMinhrUmBBihcwKaobblLouquTmRTV+UyKanJje02KGg6WNcNqUtTwmRQ1AzApagBJXjOXTNOhlbgWoRLXElLia60SY0G6VkCJrzNciXXd15Ep8XVWiT2Du+df28GyTliVuLZPiesEoMS1gSSvA1RiVne3Ti7z53g9S1xwg40L1A0EDVXX9LhAnzfqCsQFl0Y44oLrgbt8PSApkevHGhfUIyD4jSxxwU3A5hwBjAtGksQF9QlNivpCJkUDa1JgQWogYFLcbLhJoeu+mcykuJnPpIiXG9trUtziYNkwrCbFLT6TomEAJsUtQJI3zCXTdGglbkSoxI2ElLixVWIsSI0FlPhWw5VY130rmRLfapXYM7h7/k0cLJuGVYmb+JS4aQBK3ARI8qZAJWZ1d5vmMn+Ot7HEBbfbuEDdTtBQzUyPC/R5o5lAXJA1whEX3Abc5ZsDSYlcP9a4oDkBwVuwxAV3AJtzDDAuGEsSF7QkNClaCpkUraxJgQWplYBJcafhJoWu+04yk+JOPpOiutzYXpPiLgfL1mE1Ke7ymRStAzAp7gKSvHUumaZDK3EbQiVuI6TEd1slxoJ0t4AS32O4Euu67yFT4nusEnsGd8+/rYNlu7AqcVufErcLQInbAkneDqjErO5uu1zmz/FelrjgPhsXqPsIGirB9LhAnzcSBOKCbBGOuOBe4C6fCCQlcv1Y44JEAoK3Z4kLOgCbcwIwLphIEhckEZoUSUImRbI1KbAgJQuYFPcbblLouu8nMynu5zMpasiN7TUpHnCw7BhWk+IBn0nRMQCT4gEgyTvmkmk6tBJ3IlTiTkJK/KBVYixIDwoo8UOGK7Gu+yEyJX7IKrFncPf8OztYdgmrEnf2KXGXAJS4M5DkXYBKzOrudsll/hwfZokLHrFxgXqEoKG6mh4X6PNGV4G4IEeEIy54GLjLdwOSErl+rHFBNwKCP8oSFzwGbM4pwLhgKklc0J3QpOguZFL0sCYFFqQeAibF44abFLrux8lMisf5TIqacmN7TYonHCx7htWkeMJnUvQMwKR4Akjynrlkmg6txL0IlbiXkBI/aZUYC9KTAkr8lOFKrOt+ikyJn7JK7BncPf/eDpZ9wqrEvX1K3CcAJe4NJHkfoBKzurt9cpk/x6dZ4oJnbFygniFoqL6mxwX6vNFXIC7IFeGIC54G7vL9gKRErh9rXNCPgODPssQFzwGbcxowLphOEhf0JzQp+guZFAOsSYEFaYCASfG84SaFrvt5MpPieT6TIkFubK9J8YKD5cCwmhQv+EyKgQGYFC8AST4wl0zToZV4EKESDxJS4hetEmNBelFAiV8yXIl13S+RKfFLVok9g7vnP9jBckhYlXiwT4mHBKDEg4EkHwJUYlZ3d0gu8+c4lCUueNnGBeplgoYaZnpcoM8bwwTigjwRjrhgKHCXHw4kJXL9WOOC4QQEf4UlLngV2JyzgHHBbJK4YAShSTFCyKQYaU0KLEgjBUyKUYabFLruUWQmxSg+kyJRbmyvSTHawXJMWE2K0T6TYkwAJsVoIMnH5JJpOrQSjyVU4rFCSjzOKjEWpHECSjzecCXWdY8nU+LxVok9g7vnP8HBcmJYlXiCT4knBqDEE4AknwhUYlZ3d2Iu8+c4iSUumGzjAjWZoKGmmB4X6PPGFIG4IF+EIy6YBNzlpwJJiVw/1rhgKgHBX2OJC14HNuc8YFwwnyQumEZoUkwTMimmW5MCC9J0AZNihuEmha57BplJMYPPpGgvN7bXpJjpYDkrrCbFTJ9JMSsAk2ImkOSzcsk0HVqJZxMq8WwhJZ5jlRgL0hwBJZ5ruBLruueSKfFcq8Sewd3zn+dgOT+sSjzPp8TzA1DieUCSzwcqMau7Oz+X+XNcwBIXvGHjAvUGQUMtND0u0OeNhQJxQYEIR1ywALjLvwkkJXL9WOOCNwkI/hZLXPA2sDkXAuOCN0nigkWEJsUiIZNisTUpsCAtFjAplhhuUui6l5CZFEv4TIoOcmN7TYqlDpbLwmpSLPWZFMsCMCmWAkm+LJdM06GVeDmhEi8XUuIVVomxIK0QUOJ3DFdiXfc7ZEr8jlViz+Du+a90sFwVViVe6VPiVQEo8UogyVcBlZjV3V2Vy/w5rmaJCyI2LlARgoZKMT0u0OeNFIG4oGCEIy5YDdzl3wWSErl+rHHBuwQEX8MSF7wHbM5FwLhgMUlcsJbQpFgrZFKssyYFFqR1AibFesNNCl33ejKTYj2fSZEkN7bXpHjfwXJDWE2K930mxYYATIr3gSTfkEum6dBK/AGhEn8gpMQbrRJjQdoooMQfGq7Euu4PyZT4Q6vEnsHd89/kYPlRWJV4k0+JPwpAiTcBSf4RUIlZ3d2Pcpk/x80sccHHNi5QHxM01BbT4wJ93tgiEBfERDjigs3AXf4TICmR68caF3xCQPCtLHHBp8DmXAaMC5aTxAXbCE2KbUImxWfWpMCC9JmASbHdcJNC172dzKTYzmdSJMuN7TUpPnew3BFWk+Jzn0mxIwCT4nMgyXfkkmk6tBJ/QajEXwgp8U6rxFiQdgoo8ZeGK7Gu+0syJf7SKrFncPf8dzlY7g6rEu/yKfHuAJR4F5Dku4FKzOru7s5l/hz3sMQFX9m4QH1F0FB7TY8L9Hljr0BcUCTCERfsAe7yXwNJiVw/1rjgawKC72OJC74BNudKYFywanUwG0V6128/cP2qAtcvDjiW5Pod+N9fP9H+Owhcv+3A9fscvH7oGxF9LMyQCT9usYhs3bHpu5SuObNA3cUjMnzJCK4fiI9C14zGpGkGmR4vGTG/xy8VqLtUhKPHgfgoZM0aDx1QpGlgxtQfzun/3/n3EudffX2bqmuHnANoFtcaXer8jv7v0373u9SfD/usP7Ttd1km3FjfAzU7qGArSyaZYOuIDbawIB0RCLZ+MDzY0nX/IBRsSYjT9wLO2tFc/52N+sfUv3vsLzbqH10b9U+pPx+/yO9mdn73J+d39Ubwc+rPJ4Q3dWRfnwRu6v/J+p9K/bu//MX6n3Kt/+nUn3/9i/U/7Vr/M6k//3aR383i/O4Z53f1HM/qnx2sJPaenwX4UiZi9j6h++msQN1lwXWnXWhj4zyQT0CsldT6oXGOyv2vx4r1jRXYTaZ7zrHpvNzzzZD7z5/tTWZ6x8z9/xcUPW7G3MDmF6o7Y244RqJPT2UEEsr/9BTatTidOiAyTTmeIyrqgPDTbukcW/n/A8+m5PTaJa6e+7+e7jofdWEP+Z/uOh/19093XWyc/9rTXXoBVrmKvcTVzP4Jof52JuAmlPkvxqpRPSkxuXpc1YTYuOTE1HHik5OqJlSpqZJrVE0dvmqcSkxIiu0Ql1g9Pi6+RnL1wJ5fziykwFmsAmNByiKgwJcarsC67kuFFBh9+32JM1f0uOUiwRzfYv/Dyz9PZC9dhtuUFHL90oRJz6+uMya659PuitB9VCEiy5/Y9F1/3L2h664YCYY/6T5y58buRaixKkXM3H98lwL2twL2jJJaPzRPshLaR1mFbl4vtzevWJAuF7h5zWb4zauuO1tAN6+x6bt+zygl5vp/vYCHnv8l6dgIkj1XUmB2T3ZnvXP8A7un3kXWzm/31Iv6e7vnYuP8rd0j0Wygsf64I8+e+89iMzqLWjfKe6HvOIB1qBzAzSwnjAzJyWnrmVPwxKPX8RKBk7OKGOUYXHCXpOvOLlB3FbPqvmB+uu4cAnVXBdeddqV33/ALDHLfcPd4etcvztD1810K2N8K2DNKav0ygnmSHag1uYBOnR5DQlty5ZbZw5BYS7iIP+XA110zYr6L+LNA3bUiweyN6Z1nbiAfgVgr9PpJ8CVTTnzf1Da8bs2XSwTqrhPh4EseIF+AWCv0+knwJZ9A39Q1vG7Nl/wCddeLcPAlL5AvQKwVev0k+HKlQN/UN7xuzZfSAnU3iHDwJR+QL0CsFXr9JPhSVaBvGhpet+ZLnEDdjSIcfMkP5AsQa4VePwm+3CjQN00Mr1vz5SaBuptGOPhSAMgXINYKvX4SfGkh0DfNDK9b8+UOgbqbRzj4Eg3kCxBrhV4/Cb60F+iblobXrfnSQaDuVhEOvhQE8gWItUKvnwRfHhXom9aG16358phA3W0iHHwpBOQLEGuFXj8Jvjwr0DdtDa9b8+U5gbrbRTj4EgPkCxBrhV4/Cb68ItA3CYbXrfnyqkDdiREOvhQG8gWItUKvnwRfXhPomyTD69Z8eV2g7uQIB1+KAPkCxFqh10+CL28J9E1Hw+vWfHlboO5OEQ6+FAXyBYi1Qq+fBF/WCPRNZ8Pr1nx5T6DuLhEOvhQD8gWItUKvnwRftgr0TVfD69Z8+VSg7m4RDr4UB/IFiLVCr58EX/YJ9E13w+vWfPlGoO4eEQ6+XAHkCxBrhV4/Cb4cF+ibnobX/fv7LwJ194pw8KUEkC9ArBV6/UTefxH49KXehtf9+/svAnX3iXDwpSSQL0CsFXr9RN5/EeibvobX/fv7LwJ194tw8KUUkC9ArBV6/UTefxHom/6G1/37+y8CdQ+IcPDlSiBfgFgr9PqJvP8i0DcDDa/79/dfBOoeFOHgS2kgX4BYK/T6ibz/ItA3gw2v+/f3XwTqHhLh4EsZIF+AWCv0+om8/yLQN8MMr/v3918E6h4e4eBLWSBfgFgr9PqJvP8i0DcjDK/79/dfBOoeGeHgy1VAvgCxVuj1E3n/RaBvxhhe9+/vvwjUPTbCwZergXwBYq3Q6yfy/otA30wwvO7f338RqHtihIMv5YB8AWKt0Osn8v6LQN9MMbzu399/Eah7aoSDL+WBfAFirdDrJ/L+i0DfTDO87t/ffxGoe3qEgy8VgHwBYq3Q6yfy/otA38wyvO7f338RqHt2hIMvFYF8AWKt0Osn8v6LQN/MM7zu399/Eah7foSDL5WAfAFirdDrJ/L+i0DfLDS87t/ffxGo+80IB18qA/kCxFqh10/k/ReBvllkeN2/v/8iUPfiCAdfrgHyBYi1Qq6f/tK/tqn/V8IZT3+Hh/5eAv1Z6/rzo/Vn4urP+dSfXag/j01/xpT+3Bz9WSD68w30O9v6PVT9bp1+X0i/A6Gf69bPqurn7/QzRfo5CZ396jxLe/Tad9Reij4f6ntereN6b9Lr7b7QfRebW6bv0PNUwL7T+LaL+vN7nPQaKOF1rpIbN1ZQ3+ZbBdgb7vlWda21/TbfdI6pQdILih43DtiwUnXH5YZjJDJX/eVkEnP1f5tvRvC89U3e/lzYm6cDuWQw81+oObvXt5qDYbwLy//rG4JLuv53GVz/ZnBhVTLq778h+GLj/E98Q7BezBKuhYvPfeHOa/I3BMcDN8jqufHrW/0frGd6510DeFdWIYIbq2JEVhAQ31ZZLTd+3GUEdccL1L1cuO7Y9F2/7zs1BOpeAa477ULvu8C+VECsldT6oXGuSXh6rCl0eqxlT49YkGoJnB6vNfz0qOu+luj0eK09PdKfHq9zMKxtT4///kpbqOt8p8faZKfH2sANso7A6bFOAKfH6+3p8V+foq4TOE2sJqi7tkDdEeG6Y9N3/b7vXC9Qdwq47rQLve8C+1IBsVbI9dOi3y7qwguND7o3a+c2f443CGXccELWBQoia0PVJWioeug5oieoveV6AoqxNsKhGDcA765vBJISvX4Sdxo3CvTNTbmxStk26sILua4Sa3sTwcZW3/SN7bLUBv1O4PHL9RGzifl9as3nBep+PxLMhp7eeTYAbsJArJXU+mUEr5/bukrvWDcDsZDgipSI3ZLbfPFuIFD3xojZdWvRulmg7g8jHHtjQyAfgVgr5PoJ3/T9Eeyie/MWgpu+hrll+hxOyEbpP9VVccZSQT0F0UjoKYjG9ikILEiNBZ6CuNXwpyB03bcKPQWRdkmuaWw6ryCegNibA/sExEH8ExAeQoPGVmk/uNe3idNrTf/BExCloi7sIf8TEKWi/v4JiIuN87dPQIAW4Y/FSCuuSe4/J5jRWYgSvsmh/mZa86FVeHPE7ONAGknQdX8ckdkgQceBP+5smgBFpylwrC0BrV9s+i4F7G8F7BkFXD/Pho/myW1Cxwn0PG8Hv1F8b9SfYqLX4PbcUVGS829G+Ex4M6HTUHN7GsKC1FzgNNTC8NOQrrsF2WmoheBpSKhnYwXH9jxvfYeDZUvTn7dGL0JacXf4npFumTvqggsdNN0BJHlLkjuJVoRK3EpIie+0SowF6U4BJb7LcCXWdd9FpsR3WSV2Xx4lbu1g2SasStzap8RtAlDi1kCStwE/v3fvheUbH5O2yW3+HO9miXLvAT/pzthQ9xA0VFvTHwjV5422Ag//bItwuNV3A3f5dkBSIteP9YnvdgQEv1dKMdC3M8gnWO8DP8GadqGf7EsAzrNmBDdWrYhM06A38URCYyZRyJhpb40ZLEjtBYyZDoYbM7ruDmTGTAc+Y0bigaw/xnbPP8nBMjmsxkySz5hJDsCYSQKSPFnoTgatxPcTKvH9Qkr8gFViLEgPCChxR8OVWNfdkUyJO1ol9oztnn8nB8sHw6rEnXxK/GAAStwJSPIHraOtgGsgNseHWCKSzrahVGeChupiekSizxtdBCKS7RGOiOQh4C7/MJCUyPVjjUgeJiD4I1KKgY4LugKbs3YEN1adiMwCoje0boQmRTchk+JRa1JgQXpUwKR4zHCTQtf9GJlJ8RifSVFFcGyPSdHdwbJHWE2K7j6TokcAJkV3IMl75JZpOrQSP06oxI8LKfETVomxID0hoMQ9DVdiXXdPMiXuaZXYfXmUuJeD5ZNhVeJePiV+MgAl7gUk+ZNAJWZ1d4FrIDbHp1jigt42LlC9CRqqj+lxgT5v9BGIC3ZEOOKCp4C7/NNAUiLXjzUueJqA4M+wxAV9gc1ZN4Ibq15EZgHRG1o/QpOin5BJ8aw1KbAgPStgUjxnuEmh636OzKR4js+kqCo4tsek6O9gOSCsJkV/n0kxIACToj+Q5ANyyzQdWomfJ1Ti54WU+AWrxFiQXhBQ4oGGK7GueyCZEg+0Suy+PEo8yMHyxbAq8SCfEr8YgBIPApL8RaASs7q7wDUQm+NLLHHBYBsXqMEEDTXE9LhAnzeGCMQFOyMcccFLwF1+KJCUyPVjjQuGEhD8ZZa4YBiwOetHcGM1iMgsIHpDG05oUgwXMilesSYFFqRXBEyKVw03KXTdr5KZFK/ymRRxgmN7TIoRDpYjw2pSjPCZFCMDMClGAEk+MrdM06GVeBShEo8SUuLRVomxII0WUOIxhiuxrnsMmRKPsUrsvjxKPNbBclxYlXisT4nHBaDEY4EkHwdUYlZ3F7gGYnMczxIXTLBxgZpA0FATTY8L9HljokBcsCvCEReMB+7yk4CkRK4fa1wwiYDgk1niginA5mwYwY3VKCKzgOgNbSqhSTFVyKR4zZoUWJBeEzApXjfcpNB1v05mUrzOZ1JUExzbY1JMc7CcHlaTYprPpJgegEkxDUjy6bllmg6txDMIlXiGkBLPtEqMBWmmgBLPMlyJdd2zyJR4llVi9+VR4tkOlnPCqsSzfUo8JwAlng0k+RygErO6u8A1EJvjXJa4YJ6NC9Q8goaab3pcoM8b8wXigj0RjrhgLnCXXwAkJXL9WOOCBQQEf4MlLlgIbM4mEdxYTSMyC4je0N4kNCneFDIp3rImBRaktwRMircNNyl03W+TmRRv85kU8YJje0yKRQ6Wi8NqUizymRSLAzApFgFJvji3TNOhlXgJoRIvEVLipVaJsSAtFVDiZYYrsa57GZkSL7NK7L48SrzcwXJFWJV4uU+JVwSgxMuBJF8BVGJWdxe4BmJzfIclLlhp4wK1kqChVpkeF+jzxiqBuGBvhCMueAe4y68GkhK5fqxxwWoCgkdY4oIUYHM2i+DGah6RWUD0hvYuoUnxrpBJscaaFFiQ1giYFO8ZblLout8jMyne4zMpqguO7TEp1jpYrgurSbHWZ1KsC8CkWAsk+brcMk2HVuL1hEq8XkiJ37dKjAXpfQEl3mC4Euu6N5Ap8QarxO7Lo8QfOFhuDKsSf+BT4o0BKPEHQJJvBCoxq7sLXAOxOX7IEhdssnGB2kTQUB+ZHhfo88ZHAnHBvghHXPAhcJffDCQlcv1Y44LNBAT/mCUu2AJszpYR3FitIjILiN7QPiE0KT4RMim2WpMCC9JWAZPiU8NNCl33p2Qmxad8JkUNwbE9JsU2B8vPwmpSbPOZFJ8FYFJsA5L8s9wyTYdW4u2ESrxdSIk/t0qMBelzASXeYbgS67p3kCnxDqvE7sujxF84WO4MqxJ/4VPinQEo8RdAku8EKjGruwtcA7E5fskSF+yycYHaRdBQu02PC/R5Y7dAXLA/whEXfAnc5fcASYlcP9a4YA8Bwb9iiQv2ApuzdQQ3VpuIzAKiN7SvCU2Kr4VMin3WpMCCtE/ApPjGcJNC1/0NmUnxDZ9JUVNwbI9Jsd/B8kBYTYr9PpPiQAAmxX4gyQ/klmk6tBIfJFTig0JK/K1VYixI3woo8SHDlVjXfYhMiQ9ZJXZfHiX+zsHycFiV+DufEh8OQIm/A5L8MFCJWd1d4BqIzfF7lrjgiI0L1BGChvrB9LhAnzd+EIgLDkY44oLvgbv8USApkevHGhccJSD4jyxxwTFgc7aN4MZqF5FZQPSG9hOhSfGTkElx3JoUWJCOC5gUPxtuUui6fyYzKX7mMykSBMf2mBQnHCxPhtWkOOEzKU4GYFKcAJL8ZG6ZpkMr8SlCJT4lpMS/WCXGgvSLgBKfNlyJdd2nyZT4tFVi9+VR4l8dLM+EVYl/9SnxmQCU+Fcgyc8AlZjV3QWugdgcf2OJC87auECdJWioc6bHBfq8cU4gLjgU4YgLfgPu8ueBpESuH2tccJ6A4FF5SOKCDLiJqoQIbqzEiMwCoje0jHn4TIqMwOZ0zzdTnj9/tiZFOsfUIOkFRY97CbBhpeq+JA8cI1GT4hIgoQIyKRIFx/aYFJkdLLO4MA2VSaEXoISrWPdC+CeU9rfTS8zMQJJnySPTdGglvpRQiS8VUuLLrBJjQbpMQImzGq7Euu6sZEqc1Sqx+/Io8eUOltnCqsSX+5Q4WwBKfDmQ5NmASszq7gLXQGyO2aXMH/QtUw6g+cPaUDkIGioneo7oCerzRs48+AY9HOGIC7IDd/lcQFIi1481LshFQPDcLHFBHmBzJkVwYyVHZBYQvaHlJTQp8gqZFPmsSYEFKZ+ASZHfcJNC152fzKTIz2dStBcc22NSFHCwjA6rSVHAZ1JEB2BSFACSPDqPTNOhlbggoRIXFFLiQlaJsSAVElDiGMOVWNcdQ6bEMVaJ3ZdHiQs7WBYJqxIX9ilxkQCUuDCQ5EWASszq7gLXQGyORVnigmI2LlDFCBqquOlxgT5vFBeIC45EOOKCosBd/gogKZHrxxoXXEFA8BIscUFJYHN2jODG6hSRWUD0hlaK0KQoJWRSXGlNCixIVwqYFKUNNyl03aXJTIrSfCZFB8GxPSZFGQfLsmE1Kcr4TIqyAZgUZYAkL5tHpunQSnwVoRJfJaTEV1slxoJ0tYASlzNciXXd5ciUuJxVYvflUeLyDpYVwqrE5X1KXCEAJS4PJHkFoBKzurvANRCbY0WWuKCSjQtUJYKGqmx6XKDPG5UF4oKjEY64oCJwl78GSErk+rHGBdcQEDyWJS5QwObsHMGN1SUis4DoDa0KoUlRRcikqGpNCixIVQVMijjDTQpddxyZSRHHZ1IkCY7tMSmqOVjGh9WkqOYzKeIDMCmqAUken0em6dBKXJ1QiasLKXENq8RYkGoIKHFNw5VY112TTIlrWiV2Xx4lruVgeW1YlbiWT4mvDUCJawFJfi1QiVndXeAaiM3xOpa4oLaNC1RtgoaqY3pcoM8bdQTigmMRjrjgOuAufz2QlMj1Y40Lricg+A0scUFdYHN2jeDG6haRWUD0hlaP0KSoJ2RS3GhNCixINwqYFDcZblLoum8iMylu4jMpkgXH9pgU9R0sG4TVpKjvMykaBGBS1AeSvEEemaZDK/HNhEp8s5AS32KVGAvSLQJK3NBwJdZ1NyRT4oZWid2XR4kbOVg2DqsSN/IpceMAlLgRkOSNgUrM6u4C10BsjreyxAVNbFygmhA0VFPT4wJ93mgqEBccj3DEBbcCd/nbgKRErh9rXHAbAcFvZ4kLmgGbs3sEN1aPiMwCoje05oQmRXMhk6KFNSmwILUQMCnuMNyk0HXfQWZS3EFnUqhYubG9JkVLB8tWYTUpWvpMilYBmBQtgSRvlUem6dBKfCehEt8ppMR3WSXGgnSXgBK3NlyJdd2tyZS4tVViz+Du+bdxsLw7rErcxqfEdwegxG2AJL8bqMSs7u7decyf4z0scUFbGxeotgQN1c70uECfN9oJxAUnIhxxwT3AXf5eICmR68caF9xLQPD7WOKCBGBz9ozgxuoVkVlA9IaWSGhSJAqZFO2tSYEFqb2ASdHBcJNC192BzKTowGdSKLmxvSZFkoNlclhNiiSfSZEcgEmRBCR5ch6ZpkMr8f2ESny/kBI/YJUYC9IDAkrc0XAl1nV3JFPijlaJPYO759/JwfLBsCpxJ58SPxiAEncCkvxBoBKzursP5jF/jg+xxAWdbVygOhM0VBfT4wJ93ugiEBecinDEBQ8Bd/mHgaRErh9rXPAwAcEfYYkLugKbs3cEN1afiMwCoje0boQmRTchk+JRa1JgQXpUwKR4zHCTQtf9GJlJ8RifSVFFbmyvSdHdwbJHWE2K7j6TokcAJkV3IMl75JFpOrQSP06oxI8LKfETVomxID0hoMQ9DVdiXXdPMiXuaZXYM7h7/r0cLJ8MqxL38inxkwEocS8gyZ8EKjGru/tkHvPn+BRLXNDbxgWqN0FD9TE9LtDnjT4CccHpCEdc8BRwl38aSErk+rHGBU8TEPwZlrigL7A5+0ZwY/WLyCwgekPrR2hS9BMyKZ61JgUWpGcFTIrnDDcpdN3PkZkUz/GZFFXlxvaaFP0dLAeE1aTo7zMpBgRgUvQHknxAHpmmQyvx84RK/LyQEr9glRgL0gsCSjzQcCXWdQ8kU+KBVok9g7vnP8jB8sWwKvEgnxK/GIASDwKS/EWgErO6uy/mMX+OL7HEBYNtXKAGEzTUENPjAn3eGCIQF5yJcMQFLwF3+aFAUiLXjzUuGEpA8JdZ4oJhwObsH8GNNSAis4DoDW04oUkxXMikeMWaFFiQXhEwKV413KTQdb9KZlK8ymdSxMmN7TUpRjhYjgyrSTHCZ1KMDMCkGAEk+cg8Mk2HVuJRhEo8SkiJR1slxoI0WkCJxxiuxLruMWRKPMYqsWdw9/zHOliOC6sSj/Up8bgAlHgskOTjgErM6u6Oy2P+HMezxAUTbFygJhA01ETT4wJ93pgoEBecjXDEBeOBu/wkICmR68caF0wiIPhklrhgCrA5B0ZwYw2KyCwgekObSmhSTBUyKV6zJgUWpNcETIrXDTcpdN2vk5kUr/OZFNXkxvaaFNMcLKeH1aSY5jMppgdgUkwDknx6HpmmQyvxDEIlniGkxDOtEmNBmimgxLMMV2Jd9ywyJZ5lldgzuHv+sx0s54RViWf7lHhOAEo8G0jyOUAlZnV35+Qxf45zWeKCeTYuUPMIGmq+6XGBPm/MF4gLzkc44oK5wF1+AZCUyPVjjQsWEBD8DZa4YCGwOQdHcGMNicgsIHpDe5PQpHhTyKR4y5oUWJDeEjAp3jbcpNB1v01mUrzNZ1LEy43tNSkWOVguDqtJschnUiwOwKRYBCT54jwyTYdW4iWESrxESImXWiXGgrRUQImXGa7Euu5lZEq8zCqxZ3D3/Jc7WK4IqxIv9ynxigCUeDmQ5CuASszq7q7IY/4c32GJC1bauECtJGioVabHBfq8sUogLsiQwhEXvAPc5VcDSYlcP9a4YDUBwSMscUEKsDmHRXBjDY/ILCB6Q3uX0KR4V8ikWGNNCixIawRMivcMNyl03e+RmRTv8ZkU1eXG9poUax0s14XVpFjrMynWBWBSrAWSfF0emaZDK/F6QiVeL6TE71slxoL0voASbzBciXXdG8iUeINVYs/g7vl/4GC5MaxK/IFPiTcGoMQfAEm+EajErO7uxjzmz/FDlrhgk40L1CaChvrI9LhAnzc+EogLMqVwxAUfAnf5zUBSItePNS7YTEDwj1nigi3A5hwRwY01MiKzgOgN7RNCk+ITIZNiqzUpsCBtFTApPjXcpNB1f0pmUnzKZ1LUkBvba1Jsc7D8LKwmxTafSfFZACbFNiDJP8sj03RoJd5OqMTbhZT4c6vEWJA+F1DiHYYrsa57B5kS77BK7BncPf8vHCx3hlWJv/Ap8c4AlPgLIMl3ApWY1d3dmcf8OX7JEhfssnGB2kXQULtNjwv0eWO3QFyQOYUjLvgSuMvvAZISuX6sccEeAoJ/xRIX7AU255gIbqyxEZkFRG9oXxOaFF8LmRT7rEmBBWmfgEnxjeEmha77GzKT4hs+k6Km3Nhek2K/g+WBsJoU+30mxYEATIr9QJIfyCPTdGglPkioxAeFlPhbq8RYkL4VUOJDhiuxrvsQmRIfskrsGdw9/+8cLA+HVYm/8ynx4QCU+DsgyQ8DlZjV3T2cx/w5fs8SFxyxcYE6QtBQP5geF+jzxg8CccGlKRxxwffAXf4okJTI9WONC44SEPxHlrjgGLA5J0RwY02MyCwgekP7idCk+EnIpDhuTQosSMcFTIqfDTcpdN0/k5kUP/OZFAlyY3tNihMOlifDalKc8JkUJwMwKU4ASX4yj0zToZX4FKESnxJS4l+sEmNB+kVAiU8brsS67tNkSnzaKrFncPf8f3WwPBNWJf7Vp8RnAlDiX4EkPwNUYlZ390we8+f4G0tccNbGBeosQUOdMz0u0OeNcwJxQdYUjrjgN+Aufx5ISuT6scYF5wkIHpWXJC7IgJuomhLBjTU1IrOA6A0tY14+kyIjsDnd882U98+frUmRzjE1SHpB0eNeAmxYqbovyQvHSNSkuARIqIBMikS5sb0mRWYHyywuTENlUugFKOEq1r0Q/gml/e10v8QLJHmWvDJNB38SiVCJLxVS4susEmNBukxAibMarsS67qxkSpzVKrFncPf8L3ewzBZWJb7cp8TZAlDiy4EkzwZUYlZ3N1te8+eYXcr8Qd8y5QCaP6wNlYOgoXKi54ieoD5v5MyLb9BsKRxxQXbgLp8LSErk+rHGBbkICJ6bJS7IA2zOaRHcWNMjMguI3tDyEpoUeYVMinzWpMCClE/ApMhvuEmh685PZlLk5zMp2suN7TUpCjhYRofVpCjgMymiAzApCgBJHp1XpunQSlyQUIkLCilxIavEWJAKCShxjOFKrOuOIVPiGKvEnsHd8y/sYFkkrEpc2KfERQJQ4sJAkhcBKjGru1skr/lzLMoSFxSzcYEqRtBQxU2PC/R5o7hAXJAjhSMuKArc5a8AkhK5fqxxwRUEBC/BEheUBDbnrAhurNkRmQVEb2ilCE2KUkImxZXWpMCCdKWASVHacJNC112azKQozWdSdJAb22tSlHGwLBtWk6KMz6QoG4BJUQZI8rJ5ZZoOrcRXESrxVUJKfLVVYixIVwsocTnDlVjXXY5MictZJfYM7p5/eQfLCmFV4vI+Ja4QgBKXB5K8AlCJWd3dCnnNn2NFlrigko0LVCWChqpselygzxuVBeKCXCkccUFF4C5/DZCUyPVjjQuuISB4LEtcoIDNOS+CG2t+RGYB0RtaFUKTooqQSVHVmhRYkKoKmBRxhpsUuu44MpMijs+kSJIb22tSVHOwjA+rSVHNZ1LEB2BSVAOSPD6vTNOhlbg6oRJXF1LiGlaJsSDVEFDimoYrsa67JpkS17RK7BncPf9aDpbXhlWJa/mU+NoAlLgWkOTXApWY1d29Nq/5c7yOJS6obeMCVZugoeqYHhfo80YdgbggTwpHXHAdcJe/HkhK5PqxxgXXExD8Bpa4oC6wORdGcGO9GZFZQPSGVo/QpKgnZFLcaE0KLEg3CpgUNxluUui6byIzKW7iMymS5cb2mhT1HSwbhNWkqO8zKRoEYFLUB5K8QV6ZpkMr8c2ESnyzkBLfYpUYC9ItAkrc0HAl1nU3JFPihlaJPYO759/IwbJxWJW4kU+JGwegxI2AJG8MVGJWd7dxXvPneCtLXNDExgWqCUFDNTU9LtDnjaYCcUG+FI644FbgLn8bkJTI9WONC24jIPjtLHFBM2BzLorgxlocCWajSO/6NQeuXwXg+lUEjiW5fi3+99dPtP/uAK7fZuD6fQxeP/SNiD4WZs2EH7dAimzdsem7lK45h0Dd0UI3dhnB9QPxUdEpZvd40wwyPR5D0OO5BOouTNLjQHwUsmaNhw4o0jTw8tQfzqX+m835N7vzr75apupaK+cAmsW1Rrmc39H/fdrv3pn6810+6w9t++XOhBurNVCzgwq2cmaSCbba2GALC1IbgWDrbsODLV333ULBloQ4tRZw1u7J+9/ZqNum/t12f7FRt3Vt1Pem/nzfRX43h/O79zq/qzeChNSfE4U3dWRftwdu6v/J+ndI/btJf7H+HVzrn5z68/1/sf7JrvV/IPXnjhf53ZzO7z7g/K6eY6fUnx90sJLYexIE+FLM8JtY3U+dBOouHpADn955PgTkExBrJbV+aJw7//u9LdY3VmA3mZ2Fnp7qYm8ysSB1EbjJfNjwm0xd98NkT089LPj0FNq1yJD6B5Bpyn25o6JaCOOVzrGV/z9wr+8jzty7/oOnu85HXdhD/qe7zkf9/dNdFxvnv/Z0l16AVa5iu7qawz8h1N9+BLgJdfuLsWpUT0pMrh5XNSE2LjkxdZz45KSqCVVqquQaVVOHrxqnEhOSYjvEJVaPj4uvkVw9sOeXuwkp8KNWgbEgPSqgwI8ZrsC67scCsnnSW39XZ67ocUsGdHyL/Q8v/zyRvdQdeFeAXL80YdLzq+uMie75tLsidB9dabj9kXb3hq67tJn2xwVHbuSNSFfgWGUM3X98lwL2twL2jJJaPzRPehDaRz2Ebl4ftzevWJAeF7h5fcLwm1dd9xNEGaXEXP+vF/DQ8++ajo0g2XMlBWb39HTWu9c/sHvqXWTt/HZPvai/t3suNs7f2j0SzQYa64878p55/yw2o7OodaO8F/qOA1iH6gXczJ6EkSE5OW09nxQ88eh17Cpw519O+MST3rskXXdPgbrLG/6Uqq67l0DdFQw9qfgFBrlvuHs8vetXkeSkB+xvBewZJbV+GcE86QnUmqeATp0eQ0Jbnsors4chsZZwEe/Nja9bEbiICQJ1VyF5iKo3kI9ArFUVw/tG8+URgb6pRsCXrgJ1x5PwpQ+QL0CsVTwBX54R6JuaBHzpK1B3LRK+PA3kCxBrVYuALy8L9E1tAr4ME6i7DglfngHyBYi1qkPAl8kCfVOXgC9TBOquR8KXvkC+ALFW9Qj48oZA39Qn4MtCgbobkPClH5AvQKxVAwK+RAT6piEBX1IE6m5EwpdngXwBYq0aEfDlY4G+aULAly0CdTcl4ctzQL4AsVZNCfjylUDfNCPgy16BupuT8KU/kC9ArFVzAr78KNA3LQn4ckyg7lYkfBkA5AsQa9WKgC9RefB905qALxkE6m5DwpfngXwBYq3aEPAlt0DftCXgSx6ButuR8OUFIF+AWKt2BHwpIdA3CQR8KSlQdyIJXwYC+QLEWiUS8CVWoG+SCPiiBOpOJuHLICBfgFirZAK+3CDQNx0J+FJXoO5OJHx5EcgXINaqEwFfbhfom84EfGkmUHcXEr68BOQLEGvVhYAv9wn0TVcCviQI1N2NhC+DgXwBYq26EfDlEYG+6U7Al64Cdfcg4csQIF+AWKseBHx5RqBvehLwpa9A3b1I+DIUyBcg1qoXAV9eFuib3gR8GSZQdx8SvrwM5AsQa9WHgC+TBfqmLwFfpgjU3Y+EL8OAfAFirfoR8OUNgb7pT8CXhQJ1DyDhy3AgX4BYqwEEfIkI9M1AAr6kCNQ9iIQvrwD5AsRaDSLgy8cCfTOYgC9bBOoeQsKXV4F8AWKthhDw5SuBvhlGwJe9AnUPJ+HLCCBfgFir4QR8+VGgb0YQ8OWYQN0jSfgyEsgXINZqJAFfogQ+13MMAV8yCNQ9loQvo4B8AWKtxhLwJbdA30wg4EsegbonkvBlNJAvQKzVRAK+lBDomykEfCkpUPdUEr6MAfIFiLWaSsCXWIG+mUbAFyVQ93QSvowF8gWItZpOwJcbBPpmFgFf6grUPZuEL+OAfAFirWYT8OV2gb6ZR8CXZgJ1zyfhy3ggX4BYK+T66S/965j6fyWc8fR3eOjvJdCfta4/P1p/Jq7+nE/92YX689j0Z0zpz83RnwWiP99Av7Ot30PV79bp94X0OxD6uW79rKp+/k4/U6Sfk9DZr86ztEevfUftpejzob7n1Tqu96bxeaM8F9wvyCvTd/DzPbDvNL6dov78Hie9BhOF13kS8Duegvo230lC3+Y72X6bLxakyQLf5jvF8G/z1XVPIfo2X4m5+r/NNyN43vomr3le7M1TCyHM/Bdqzu71nerM/bV/8A3BJV3/uwyufzO4sCoZ9fffEHyxcf4nviFYL2YJ18K9lvfCndfkbwh+DbhBvp4Xv76v/4P1TLcbCNwcrgSeBkoLnyIR31Y5VeAUuZCg7tcE6n7TcNdA1z1NoO63AnINYtN3KWBfKiDWSmr94OkD4elxutDpcYY9PWJBmiFwepxp+OlR1z2T6PQ4054e6U+Ps5y5z7anx39/pS3ULN/pcTbZ6XE2cIOcI3B6nBPA6XGuPT3+61PULIHTxBKCumcL1L2U4PQ4V6DuZSSnR2BfKiDWCrl+WvQ7RV14ofFB9+bsvObPcZ5Qxo1/CAQoiKwNNZ+goRag54ieoPaWFwgoxkoSxZgHvLt+A0jKlQR3Gm9I5BJ5sUrZMerCC7muEmu7kGBje9P0jS13aoPeKdCgqw0nZuvUmh8SqDtC8tjpW8BNGIi1klq/jOD1c1tX6R3rbSAWElyRErFFec0X77cE6l5j+N6oRettgbrfI9kbFwP5CMRavZdCc9P3R7CL7s1FBDd9i/PK9Dnen07/qa6KM5YK6imIJUJPQSy1T0FgQVoq8BTEMsOfgtB1LxNO1CXXNDadVxBPQDTNjX0C4g48Xh5Cg8ZWaT+413e5M/cV/+AJiFJRF/aQ/wmIUlF//wTExcb52ycgQIvwx2KkFbc8758TzOgsRAnf5GB/02k+tAqvN/w4kEYSdN3vm30c+OPOZjlQdFYAx9pAkh0A+1sBe0YB18+z4aN58g7JG8UrwW8UPxj1p5joNVgp/EbxKsJnwlcJnYZW29MQFqTVAqehiOGnIV13hOw0FBE8DQn1bGDPW6c4WL5r+vPW6EVIKy7F94z0u3mjLrjQQVMKkOTvktxJrCFU4jVCSvyeVWIsSO8JKPFaw5VY172WTInXWiV2Xx4lXudguT6sSrzOp8TrA1DidUCSrwc/v/fgheUbH5Ouz2v+HN9niXI3gJ90Z2yoDQQN9YHpD4Tq88YHAm7/phQOt/p94C6/EUhK5PqxPvG9kYDgH0opBvp2BvkE6ybwE6xpF/rJvo+A81TA+KiK0OaI3sQ3Exozm4WMmY+tMYMF6WMBY2aL4caMrnsLmTGzhc+YkXgg64+x3fP/xMFya1iNmU98xszWAIyZT4Ak3yp0J4NW4k8JlfhTISXeZpUYC9I2ASX+zHAl1nV/RqbEn1kl9oztnv92B8vPw6rE231K/HkASrwdSPLPraOtgGsgNscdLBHJF7ah1BcEDbXT9IhEnzd2CkQkm1M4IpIdwF3+SyApkevHGpF8SUDwXVKKgY4LdgObsxowLogniQv2EJoUe4RMiq+sSYEF6SsBk2Kv4SaFrnsvmUmxl8+kqCI4tsek+NrBcl9YTYqvfSbFvgBMiq+BJN+XV6bp0Er8DaESfyOkxPutEmNB2i+gxAcMV2Jd9wEyJT5gldh9eZT4oIPlt2FV4oM+Jf42ACU+CCT5t0AlZnV3gWsgNsdDLHHBdzYuUN8RNNRh0+MCfd44LBAXbEnhiAsOAXf574GkRK4fa1zwPQHBj7DEBT8Am7MmMC6oRRIXHCU0KY4KmRQ/WpMCC9KPAibFMcNNCl33MTKT4hifSVFVcGyPSfGTg+XxsJoUP/lMiuMBmBQ/AUl+PK9M06GV+GdCJf5ZSIlPWCXGgnRCQIlPGq7Euu6TZEp80iqx+/Io8SkHy1/CqsSnfEr8SwBKfApI8l+ASszq7gLXQGyOp1nigl9tXKB+JWioM6bHBfq8cUYgLtiawhEXnAbu8r8BSYlcP9a44DcCgp9liQvOAZuzNjAuqEMSF5wnNCnOC5kUUfn+/NGaFOkcU4OkFxQ9boZ8ZpsUuu4M+eAYiZoU7jWNTecVkEkRJzi2x6TI6GCZyYVpqEwKvQAlXMW6F8I/obS/nV5iZgSSPFM+maZDK/ElyJqjglHiS/LJKHFmq8RYkDILKHEWw5VY152FTImzWCV2Xx4lvtTB8rKwKvGlPiW+LAAlvhRI8suASszq7gLXQGyOWQXmeNGJprehLs8HVAvShrqcoKGyoeeInqA+b2TLh2/QbSkccUFW4C6fHUhK5PqxxgXZCQieQ0ox0HFBTmBz1gXGBfVI4oJchCZFLiGTIrc1KbAg5RYwKfIYblLouvOQmRR5+EyKaoJje0yKvA6W+cJqUuT1mRT5AjAp8gJJni+fTNOhlTg/oRLnF1LiAlaJsSAVEFDiaMOVWNcdTabE0VaJ3ZdHiQs6WBYKqxIX9ClxoQCUuCCQ5IWASszq7gLXQGyOMSxxQWEbF6jCBA1VxPS4QJ83igjEBdtTOOKCGOAuXxRISuT6scYFRQkIXowlLigObM76wLigAUlccAWhSXGFkElRwpoUWJBKCJgUJQ03KXTdJclMipJ8JkW84Ngek6KUg+WVYTUpSvlMiisDMClKAUl+ZT6ZpkMrcWlCJS4tpMRlrBJjQSojoMRlDVdiXXdZMiUua5XYfXmU+CoHy6vDqsRX+ZT46gCU+Cogya8GKjGruwtcA7E5lmOJC8rbuECVJ2ioCqbHBfq8UUEgLtiRwhEXlAPu8hWBpESuH2tcUJGA4JVY4oLKwOZsCIwLGpHEBdcQmhTXCJkUsdakwIIUK2BSKMNNCl23IjMpFJ9JUV1wbI9JUcXBsmpYTYoqPpOiagAmRRUgyavmk2k6tBLHESpxnJASV7NKjAWpmoASxxuuxLrueDIljrdK7L48SlzdwbJGWJW4uk+JawSgxNWBJK8BVGJWdxe4BmJzrMkSF9SycYGqRdBQ15oeF+jzxrUCccHOFI64oCZwl78OSErk+rHGBdcRELw2S1xQB9icTYBxQVOSuOB6QpPieiGT4gZrUoBBEjAp6hpuUui665KZFHX5TIoagmN7TIp6DpY3htWkqOczKW4MwKSoByT5jflkmg6txDcRKvFNQkpc3yoxFqT6AkrcwHAl1nU3IFPiBlaJ3ZdHiW92sLwlrEp8s0+JbwlAiW8GkvwWoBKzurvANRCbY0OWuKCRjQtUI4KGamx6XKDPG40F4oJdKRxxQUPgLn8rkJTI9WONC24lIHgTlrigKbA5mwHjguYkccFthCbFbUImxe3WpMCCdLuASdHMcJNC192MzKRoxmdS1BQc22NSNHewbBFWk6K5z6RoEYBJ0RxI8hb5ZJoOrcR3ECrxHUJK3NIqMRaklgJK3MpwJdZ1tyJT4lZWid2XR4nvdLC8K6xKfKdPie8KQInvBJL8LqASs7q7wDUQm2NrlrigjY0LVBuChrrb9LhAnzfuFogL9qRwxAWtgbv8PUBSItePNS64h4DgbVnignbA5mwJjAtakcQF9xKaFPcKmRT3WZMCC9J9AiZFguEmha47gcykSOAzKRIEx/aYFIkOlu3DalIk+kyK9gGYFIlAkrfPJ9N0aCXuQKjEHYSUOMkqMRakJAElTjZciXXdyWRKnGyV2H15lPh+B8sHwqrE9/uU+IEAlPh+IMkfACoxq7sLXAOxOXZkiQs62bhAdSJoqAdNjwv0eeNBgbhgbwpHXNARuMs/BCQlcv1Y44KHCAjemSUu6AJsztbAuKANSVzwMKFJ8bCQSfGINSmwID0iYFJ0Ndyk0HV3JTMpuvKZFImCY3tMim4Olo+G1aTo5jMpHg3ApOgGJPmj+WSaDq3EjxEq8WNCStzdKjEWpO4CStzDcCXWdfcgU+IeVondl0eJH3ewfCKsSvy4T4mfCECJHweS/AmgErO6u8A1EJtjT5a4oJeNC1QvgoZ60vS4QJ83nhSIC/alcMQFPYG7/FNAUiLXjzUueIqA4L1Z4oI+wOZsC4wL2pHEBU8TmhRPC5kUz1iTAgvSMwImRV/DTQpdd18yk6Ivn0nRXnBsj0nRz8Hy2bCaFP18JsWzAZgU/YAkfzafTNOhlfg5QiV+TkiJ+1slxoLUX0CJBxiuxLruAWRKPMAqsfvyKPHzDpYvhFWJn/cp8QsBKPHzQJK/AFRiVncXuAZicxzIEhcMsnGBGkTQUC+aHhfo88aLAnHB/hSOuGAgcJd/CUhK5PqxxgUvERB8MEtcMATYnAnAuCCRJC4YSmhSDBUyKV62JgUWpJcFTIphhpsUuu5hZCbFMD6TooPg2B6TYriD5SthNSmG+0yKVwIwKYYDSf5KPpmmQyvxq4RK/KqQEo+wSowFaYSAEo80XIl13SPJlHikVWL35VHiUQ6Wo8OqxKN8Sjw6ACUeBST5aKASs7q7wDUQm+MYlrhgrI0L1FiChhpnelygzxvjBOKCgykcccEY4C4/HkhK5PqxxgXjCQg+gSUumAhsziRgXJBMEhdMIjQpJgmZFJOtSYEFabKASTHFcJNC1z2FzKSYwmdSJAmO7TEppjpYvhZWk2Kqz6R4LQCTYiqQ5K/lk2k6tBK/TqjErwsp8TSrxFiQpgko8XTDlVjXPZ1MiadbJXZfHiWe4WA5M6xKPMOnxDMDUOIZQJLPBCoxq7sLXAOxOc5iiQtm27hAzSZoqDmmxwX6vDFHIC44lMIRF8wC7vJzgaRErh9rXDCXgODzWOKC+cDm7AiMCzqRxAULCE2KBUImxRvWpMCC9IaASbHQcJNC172QzKRYyGdSJAuO7TEp3nSwfCusJsWbPpPirQBMijeBJH8rn0zToZX4bUIlfltIiRdZJcaCtEhAiRcbrsS67sVkSrzYKrH78ijxEgfLpWFV4iU+JV4agBIvAZJ8KVCJWd1d4BqIzXEZS1yw3MYFajlBQ60wPS7Q540VAnHB4RSOuGAZcJd/B0hK5PqxxgXvEBB8JUtcsArYnJ2BcUEXkrhgNaFJsVrIpIhYkwILUkTApEgx3KTQdaeQmRQpdCaFipUb22tSvOtguSasJsW7PpNiTQAmxbtAkq/JJ9N0aCV+j1CJ3xNS4rVWibEgrRVQ4nWGK7Guex2ZEq+zSuwZ3D3/9Q6W74dVidf7lPj9AJR4PZDk7wOVmNXdfT+f+XPcwBIXfGDjAvUBQUNtND0u0OeNjQJxwZEUjrhgA3CX/xBISuT6scYFHxIQfBNLXPARsDm7AuOCbiRxwWZCk2KzkEnxsTUpsCB9LGBSbDHcpNB1byEzKbbwmRRKbmyvSfGJg+XWsJoUn/hMiq0BmBSfAEm+NZ9M06GV+FNCJf5USIm3WSXGgrRNQIk/M1yJdd2fkSnxZ1aJPYO757/dwfLzsCrxdp8Sfx6AEm8HkvxzoBKzuruf5zN/jjtY4oIvbFygviBoqJ2mxwX6vLFTIC44msIRF+wA7vJfAkmJXD/WuOBLAoLvYokLdgObszswLuhBEhfsITQp9giZFF9ZkwIL0lcCJsVew00KXfdeMpNiL59JUUVubK9J8bWD5b6wmhRf+0yKfQGYFF8DSb4vn0zToZX4G0Il/kZIifdbJcaCtF9AiQ8YrsS67gNkSnzAKrFncPf8DzpYfhtWJT7oU+JvA1Dig0CSfwtUYlZ399t85s/xEEtc8J2NC9R3BA112PS4QJ83DgvEBcdSOOKCQ8Bd/nsgKZHrxxoXfE9A8CMsccEPwObsCYwLepHEBUcJTYqjQibFj9akwIL0o4BJccxwk0LXfYzMpDjGZ1JUlRvba1L85GB5PKwmxU8+k+J4ACbFT0CSH88n03RoJf6ZUIl/FlLiE1aJsSCdEFDik4Yrsa77JJkSn7RK7BncPf9TDpa/hFWJT/mU+JcAlPgUkOS/AJWY1d39JZ/5czzNEhf8auMC9StBQ50xPS7Q540zAnHB8RSOuOA0cJf/DUhK5PqxxgW/ERD8LEtccA7YnL2BcUEfkrjgPKFJcV7IpIjK/+eP1qRI55gaJL2g6HEz5DfbpNB1Z8gPx0jUpHCvaWw6r4BMiji5sb0mRUYHy0wuTENlUugFKOEq1r0Q/gml/e30EjMjkOSZ8ss0HVqJL0HWHBWMEl+SX0aJM1slxoKUWUCJsxiuxLruLGRKnMUqsWdw9/wvdbC8LKxKfKlPiS8LQIkvBZL8MqASs7q7l+U3f45ZBeZ40Ymmt6Euzw9UC9KGupygobKh54ieoD5vZMuPb9ATKRxxQVbgLp8dSErk+rHGBdkJCJ5DSjHQcUFOYHP2BcYF/UjiglyEJkUuIZMitzUpsCDlFjAp8hhuUui685CZFHn4TIpqcmN7TYq8Dpb5wmpS5PWZFPkCMCnyAkmeL79M06GVOD+hEucXUuICVomxIBUQUOJow5VY1x1NpsTRVok9g7vnX9DBslBYlbigT4kLBaDEBYEkLwRUYlZ3t1B+8+cYwxIXFLZxgSpM0FBFTI8L9HmjiEBccCqFIy6IAe7yRYGkRK4fa1xQlIDgxVjiguLA5uwPjAsGkMQFVxCaFFcImRQlrEmBBamEgElR0nCTQtddksykKMlnUsTLje01KUo5WF4ZVpOilM+kuDIAk6IUkORX5pdpOrQSlyZU4tJCSlzGKjEWpDICSlzWcCXWdZclU+KyVok9g7vnf5WD5dVhVeKrfEp8dQBKfBWQ5FcDlZjV3b06v/lzLMcSF5S3cYEqT9BQFUyPC/R5o4JAXHA6hSMuKAfc5SsCSYlcP9a4oCIBwSuxxAWVgc05EBgXDCKJC64hNCmuETIpYq1JgQUpVsCkUIabFLpuRWZSKD6Torrc2F6TooqDZdWwmhRVfCZF1QBMiipAklfNL9N0aCWOI1TiOCElrmaVGAtSNQEljjdciXXd8WRKHG+V2DO4e/7VHSxrhFWJq/uUuEYASlwdSPIaQCVmdXdr5Dd/jjVZ4oJaNi5QtQga6lrT4wJ93rhWIC44k8IRF9QE7vLXAUmJXD/WuOA6AoLXZokL6gCbczAwLhhCEhdcT2hSXC9kUtxgTQowSAImRV3DTQpdd10yk6Iun0lRQ25sr0lRz8HyxrCaFPV8JsWNAZgU9YAkvzG/TNOhlfgmQiW+SUiJ61slxoJUX0CJGxiuxLruBmRK3MAqsWdw9/xvdrC8JaxKfLNPiW8JQIlvBpL8FqASs7q7t+Q3f44NWeKCRjYuUI0IGqqx6XGBPm80FogLzqZwxAUNgbv8rUBSItePNS64lYDgTVjigqbA5hwGjAuGk8QFtxGaFLcJmRS3W5MCC9LtAiZFM8NNCl13MzKTohmfSVFTbmyvSdHcwbJFWE2K5j6TokUAJkVzIMlb5JdpOrQS30GoxHcIKXFLq8RYkFoKKHErw5VY192KTIlbWSX2DO6e/50OlneFVYnv9CnxXQEo8Z1Akt8FVGJWd/eu/ObPsTVLXNDGxgWqDUFD3W16XKDPG3cLxAXnUzjigtbAXf4eICmR68caF9xDQPC2LHFBO2BzjgDGBSNJ4oJ7CU2Ke4VMivusSYEF6T4BkyLBcJNC151AZlIk8JkUCXJje02KRAfL9mE1KRJ9JkX7AEyKRCDJ2+eXaTq0EncgVOIOQkqcZJUYC1KSgBInG67Euu5kMiVOtkrsGdw9//sdLB8IqxLf71PiBwJQ4vuBJH8AqMSs7u4D+c2fY0eWuKCTjQtUJ4KGetD0uECfNx4UiAsyvMsRF3QE7vIPAUmJXD/WuOAhAoJ3ZokLugCbc0wKbqyxKTILiN7QHiY0KR4WMikesSYFFqRHBEyKroabFLrurmQmRVc+kyJRbmyvSdHNwfLRsJoU3XwmxaMBmBTdgCR/NL9M06GV+DFCJX5MSIm7WyXGgtRdQIl7GK7Euu4eZErcwyqxZ3D3/B93sHwirEr8uE+JnwhAiR8HkvwJoBKzurtP5Dd/jj1Z4oJeNi5QvQga6knT4wJ93nhSIC7IRBIX9ATu8k8BSYlcP9a44CkCgvdmiQv6AJtzQgpurIkpMguI3tCeJjQpnhYyKZ6xJgUWpGcETIq+hpsUuu6+ZCZFXz6Tor3c2F6Top+D5bNhNSn6+UyKZwMwKfoBSf5sfpmmQyvxc4RK/JyQEve3SowFqb+AEg8wXIl13QPIlHiAVWLP4O75P+9g+UJYlfh5nxK/EIASPw8k+QtAJWZ1d1/Ib/4cB7LEBYNsXKAGETTUi6bHBfq88aJAXJCZJC4YCNzlXwKSErl+rHHBSwQEH8wSFwwBNueUFNxYU1NkFhC9oQ0lNCmGCpkUL1uTAgvSywImxTDDTQpd9zAyk2IYn0nRQW5sr0kx3MHylbCaFMN9JsUrAZgUw4EkfyW/TNOhlfhVQiV+VUiJR1glxoI0QkCJRxquxLrukWRKPNIqsWdw9/xHOViODqsSj/Ip8egAlHgUkOSjgUrM6u6Ozm/+HMewxAVjbVygxhI01DjT4wJ93hgnEBdcShIXjAHu8uOBpESuH2tcMJ6A4BNY4oKJwOacloIba3qKzAKiN7RJhCbFJCGTYrI1KbAgTRYwKaYYblLouqeQmRRT+EyKJLmxvSbFVAfL18JqUkz1mRSvBWBSTAWS/LX8Mk2HVuLXCZX4dSElnmaVGAvSNAElnm64Euu6p5Mp8XSrxJ7B3fOf4WA5M6xKPMOnxDMDUOIZQJLPBCoxq7s7M7/5c5zFEhfMtnGBmk3QUHNMjwv0eWOOQFyQlSQumAXc5ecCSYlcP9a4YC4BweexxAXzgc05KwW4i6fILCB6Q1tAaFIsEDIp3rAmBRakNwRMioWGmxS67oVkJsVCPpMiWW5sr0nxpoPlW2E1Kd70mRRvBWBSvAkk+Vv5ZZoOrcRvEyrx20JKvMgqMRakRQJKvNhwJdZ1LyZT4sVWiT2Du+e/xMFyaViVeIlPiZcGoMRLgCRfClRiVnd3aX7z57iMJS5YbuMCtZygoVaYHhfo88YKgbggG0lcsAy4y78DJCVy/VjjgncICL6SJS5YBWzOeSm4seanBLNRpHf9VgPX70rg+pUGjiW5fpH//fUT7b8U4PqtB67f++D1Q9+I6GNhnkz4cXO8K1t3bPoupWsuIFB3TqEbu4zg+oH4qJzvmt3jTTPI9Hgegh4vKFB3XpIeB+KjkDVrPHRAkaaBeVN/OJf6bz7n3/zOv/p6N1XX1jgH0CyuNSro/I7+79N+973Un9f6rD+07VcoE26sdUDNDirYis4kE2ytt8EWFqT1AsHW+4YHW7ru94WCLQlxWifgrG3I/9/ZqD9I/bsb/2Kj/sC1UX+Y+vOmi/xuAed3P3R+V28EH6X+vFl4U0f29cfATf0/Wf8tqX/3k79Y/y2u9d+a+vOnf7H+W13rvy31588u8rvRzu9uc35Xz3F76s+fO1hJ7D0fCfClgOE3sbqftgvUHR2QA5/eee4A8gmItZJaPzTOX/z7vS3WN1ZgN5lfCD09tdPeZGJB2ilwk/ml4TeZuu4vyZ6e+lLw6Sm0a5E19Q8g05RNeaOiIsJ4pXNs5f8P3Ou7y5n77n/wdNf5qAt7yP901/mov3+662Lj/Nee7tILsMpV7G5Xc/gnhPrbu4Cb0J6/GKtG9aTE5OpxVRNi45ITU8eJT06qmlClpkquUTV1+KpxKjEhKbZDXGL1+Lj4GsnVA3t+eY+QAn9lFRgL0lcCCrzXcAXWde8NyOZJb/27nbmix40J6PgW+x9e/nkie+lr4F0Bcv3ShEnPr64zJrrn0+6K0H1UxHD7I+3uDV13UTPtjwuO3Mgbkd3AsYoZuv/4LgXsbwXsGSW1fmie7CO0j/YJ3bx+Y29esSB9I3Dzut/wm1dd936ijFJirv/XC3jo+e9Ox0aQ7LmSArN7DjjrffAf2D31LrJ2frunXtTf2z0XG+dv7R6JZgON9ccd+YH8fxab0VnUulHeC33HAaxDHQRuZt/CyJCcnLae3wqeePQ67ha48y8pfOJJ712SrvuAQN2lzKr7wqdJM/1/fqLHvdLQk4pfYJD7hrvH07t+pUlOesD+VsCeUVLrlxHMkwNArTkEdOr0GBLacii/zB6GxFrCRfwwL77ucgQu4kcCdZc300W8YJ7fAfkIxFqVN7xvNF92CfRNJQK+7BaouzIJXw4D+QLEWlUm4MsRgb5RBHz5QaDuKiR8+R7IFyDWqgoBX84K9E01Ar6cE6g7noQvR4B8AWKt4gn4kiMfvm9qEvAlp0DdtUj48gOQL0CsVS0CvhQT6JvaBHwpLlB3HRK+HAXyBYi1qkPAl0oCfVOXgC+VBequR8KXH4F8AWKt6hHwpbZA39Qn4EsdgbobkPDlGJAvQKxVAwK+NBHom4YEfGkqUHcjEr78BOQLEGvViIAvbQX6pgkBX9oJ1N2UhC/HgXwBYq2aEvCls0DfNCPgSxeBupuT8OVnIF+AWKvmBHzpLdA3LQn40keg7lYkfDkB5AsQa9WKgC+DBfqmNQFfhgjU3YaELyeBfAFirdoQ8GWCQN+0JeDLRIG625Hw5RSQL0CsVTsCvswT6JsEAr7MF6g7kYQvvwD5AsRaJRLwZaVA3yQR8GWVQN3JJHw5DeQLEGuVTMCXTQJ905GALx8J1N2JhC+/AvkCxFp1IuDLLoG+6UzAl90CdXch4csZIF+AWKsuBHw5ItA3XQn48oNA3d1I+PIbkC9ArFU3Ar6cFeib7gR8OSdQdw8SvpwF8gWItepBwJccAp9b0JOALzkF6u5FwpdzQL4AsVa9CPhSTKBvehPwpbhA3X1I+HIeyBcg1qoPAV8qCfRNXwK+VBaoux8JX6IK4NYSiLXqR8CX2gJ905+AL3UE6h5AwpcMQL4AsVYDCPjSRKBvBhLwpalA3YNI+JIRyBcg1moQAV/aCvTNYAK+tBOoewgJXzIB+QLEWg0h4Etngb4ZRsCXLgJ1DyfhyyVAvgCxVsMJ+NJboG9GEPClj0DdI0n4khnIFyDWaiQBXwYL9M0YAr4MEah7LAlfsgD5AsRajSXgywSBvplAwJeJAnVPJOHLpUC+ALFWEwn4Mk+gb6YQ8GW+QN1TSfhyGZAvQKzVVAK+rBTom2kEfFklUPd0Er5kBfIFiLVCrp/+0r/uqf9XwhlPf4eH/l4C/Vnr+vOj9Wfi6s/51J9dqD+PTX/GlP7cHP1ZIPrzDfQ72/o9VP1unX5fSL8DoZ/r1s+q6ufv9DNF+jkJnf3qPEt79Np31F6KPh/qe16t43pv0uvtvtB9d3kBmb5DzzMbsO80vj2i/vweJ70G2YTXOXsBoEftmt9fzTk2fZfKDuwN93xzuNbafptvOsfUIOkFRY+bE9iwUnXnLADHSOzbfCXm6v8234zgeeubvNX5sTdPEaFvYPZfqDm71zeXg2FuF5b/1zcEl3T97zK4/s3gwqpk1N9/Q/DFxvmf+IZgvZglXAuXu8CFO6/J3xCcG7hB5imAX988/2A90zvvvMC7siLA00BR4VMk4tsqcxXAjzuLoO7cAnXPNtw10HXnFah7TkCuQWz6LgXsSwXEWkmtHxrnfISnx3xCp8f89vSIBSm/wOmxgOGnR113AaLTYwF7eqQ/PUY7GBa0p8d/f6UtVLTv9FiQ7PRYELhBFhI4PRYK4PQYY0+P//oUFS1wmlhAUHdBgbrfIDg9xgjUvZDk9AjsSwXEWiHXT4t+j6gLLzQ+6N4sWMD8ORYWyrjhhCwCFETWhipC0FBF0XNET1B7y0UFFGMRiWIUBt5dFwOSchHBnUYxgb4pXgCrlN2jLryQ6yqxtsUJNrYrTN/YCqU26HsCj18uMZyY61Jr3iFQ99KANvT0zrMEcBMGYq2k1i8jeP3c1lV6xyoJxEKCK1IiVqqA+eJdQqDuFYbvjVq0SgrU/Q7J3nglkI9ArBVy/YRv+v4IdtG9WYrgpu/KAjJ9Didk6fSf6qo4Y6mgnoIoLfQURBn7FAQWpDICT0GUNfwpCF13WaGnINIuyTWNTecVxBMQK/Jin4BIwT8B4SE0aGyV9oN7fa9yeu3qf/AERKmoC3vI/wREqai/fwLiYuP87RMQoEX4YzHSiruqwJ8TzOgsRAnf5FB/M6350Cq82vDjQBpJ0HVHzD4O/HFncxVQdK4GjpVCkh0A+1sBe0YB18+z4aN5Uo7kjeLy4DeKH4/6U0z0GpQXfqO4AuEz4RWETkMV7WkIC1JFgdNQJcNPQ7ruSmSnoUqCpyGhng3seevKDpbXmP68NXoR0oqr7HtG+poCURdc6KCpMpDk15DcScQSKnGskBIrq8RYkJSAElcxXIl13VXIlLiKVWL35VHiqg6WcWFV4qo+JY4LQImrAkkeB35+7/ELyzc+Jo0rYP4cq7FEufHgJ90ZGyqeoKGqm/5AqD5vVBd4+GctiVtdDbjL1wCSErl+rE981yAgeE0pxUDfziCfYK0FfoI17UI/2XctcJ7lgPFReaHNEb2JX0dozFwnZMzUtsYMFqTaAsZMHcONGV13HTJjpg6fMSPxQNYfY7vnf72D5Q1hNWau9xkzNwRgzFwPJPkNQncyaCWuS6jEdYWUuJ5VYixI9QSU+EbDlVjXfSOZEt9oldgztnv+NzlY1g+rEt/kU+L6ASjxTUCS17eOtgKugdgcG7BEJDfbhlI3EzTULaZHJPq8cYtARLKeJCJpANzlGwJJiVw/1oikIQHBG0kpBjouaAxszkrAuKAySVxwK6FJcauQSdHEmhRYkJoImBRNDTcpdN1NyUyKpnwmRRXBsT0mxW0OlreH1aS4zWdS3B6ASXEbkOS3F5BpOrQSNyNU4mZCStzcKjEWpOYCStzCcCXWdbcgU+IWVondl0eJ73CwbBlWJb7Dp8QtA1DiO4AkbwlUYlZ3F7gGYnNsxRIX3GnjAnUnQUPdZXpcoM8bdwnEBRtI4oJWwF2+NZCUyPVjjQtaExC8DUtccDewORUwLqhCEhfcQ2hS3CNkUrS1JgUWpLYCJkU7w00KXXc7MpOiHZ9JUVVwbI9Jca+D5X1hNSnu9ZkU9wVgUtwLJPl9BWSaDq3ECYRKnCCkxIlWibEgJQoocXvDlVjX3Z5MidtbJXZfHiXu4GCZFFYl7uBT4qQAlLgDkORJQCVmdXeBayA2x2SWuOB+Gxeo+wka6gHT4wJ93nhAIC7YSBIXJAN3+Y5AUiLXjzUu6EhA8E4sccGDwOasBowL4knigocITYqHhEyKztakwILUWcCk6GK4SaHr7kJmUnThMyniBMf2mBQPO1g+ElaT4mGfSfFIACbFw0CSP1JApunQStyVUIm7CilxN6vEWJC6CSjxo4Yrsa77UTIlftQqsfvyKPFjDpbdw6rEj/mUuHsASvwYkOTdgUrM6u4C10Bsjj1Y4oLHbVygHidoqCdMjwv0eeMJgbhgE0lc0AO4y/cEkhK5fqxxQU8CgvdiiQueBDZnTWBcUIskLniK0KR4Ssik6G1NCixIvQVMij6GmxS67j5kJkUfPpOimuDYHpPiaQfLZ8JqUjztMymeCcCkeBpI8mcKyDQdWon7EipxXyEl7meVGAtSPwElftZwJdZ1P0umxM9aJXZfHiV+zsGyf1iV+DmfEvcPQImfA5K8P1CJWd1d4BqIzXEAS1zwvI0L1PMEDfWC6XGBPm+8IBAXbCaJCwYAd/mBQFIi1481LhhIQPBBLHHBi8DmrA2MC+qQxAUvEZoULwmZFIOtSYEFabCASTHEcJNC1z2EzKQYwmdSxAuO7TEphjpYvhxWk2Koz6R4OQCTYiiQ5C8XkGk6tBIPI1TiYUJKPNwqMRak4QJK/IrhSqzrfoVMiV+xSuy+PEr8qoPliLAq8as+JR4RgBK/CiT5CKASs7q7wDUQm+NIlrhglI0L1CiChhptelygzxujBeKCLSRxwUjgLj8GSErk+rHGBWMICD6WJS4YB2zOusC4oB5JXDCe0KQYL2RSTLAmBRakCQImxUTDTQpd90Qyk2Iin0lRXXBsj0kxycFyclhNikk+k2JyACbFJCDJJxeQaTq0Ek8hVOIpQko81SoxFqSpAkr8muFKrOt+jUyJX7NK7L48Svy6g+W0sCrx6z4lnhaAEr8OJPk0oBKzurvANRCb43SWuGCGjQvUDIKGmml6XKDPGzMF4oKtJHHBdOAuPwtISuT6scYFswgIPpslLpgDbM76wLigAUlcMJfQpJgrZFLMsyYFFqR5AibFfMNNCl33fDKTYj6fSVFDcGyPSbHAwfKNsJoUC3wmxRsBmBQLgCR/o4BM06GVeCGhEi8UUuI3rRJjQXpTQInfMlyJdd1vkSnxW1aJ3ZdHid92sFwUViV+26fEiwJQ4reBJF8EVGJWdxe4BmJzXMwSFyyxcYFaQtBQS02PC/R5Y6lAXLCNJC5YDNzllwFJiVw/1rhgGQHBl7PEBSuAzdkQGBc0IokL3iE0Kd4RMilWWpMCC9JKAZNileEmha57FZlJsYrPpKgpOLbHpFjtYBkJq0mx2mdSRAIwKVYDSR4pINN0aCVOIVTiFCElftcqMRakdwWUeI3hSqzrXkOmxGusErsvjxK/52C5NqxK/J5PidcGoMTvAUm+FqjErO4ucA3E5riOJS5Yb+MCtZ6god43PS7Q5433BeKC7SRxwTrgLr8BSErk+rHGBRsICP4BS1ywEdicTYBxQVOSuOBDQpPiQyGTYpM1KbAgbRIwKT4y3KTQdX9EZlJ8xGdSJAiO7TEpNjtYfhxWk2Kzz6T4OACTYjOQ5B8XkGk6tBJvIVTiLUJK/IlVYixInwgo8VbDlVjXvZVMibdaJXZfHiX+1MFyW1iV+FOfEm8LQIk/BZJ8G1CJWd1d4BqIzfEzlrhgu40L1HaChvrc9LhAnzc+F4gLdpDEBZ8Bd/kdQFIi1481LthBQPAvWOKCncDmbAaMC5qTxAVfEpoUXwqZFLusSYEFaZeASbHbcJNC172bzKTYzWdSJAqO7TEp9jhYfhVWk2KPz6T4KgCTYg+Q5F8VkGk6tBLvJVTivUJK/LVVYixIXwso8T7DlVjXvY9MifdZJXZfHiX+xsFyf1iV+BufEu8PQIm/AZJ8P1CJWd1d4BqIzfEAS1xw0MYF6iBBQ31relygzxvfCsQFO4VcQHRccAC4yx8CkhK5fqxxwSECgn/HEhccBjZnS2Bc0IokLvie0KT4XsikOGJNCixIRwRMih8MNyl03T+QmRQ/8JkU7QXH9pgURx0sfwyrSXHUZ1L8GIBJcRRI8h8LyDQdWomPESrxMSEl/skqMRaknwSU+LjhSqzrPk6mxMetErsvjxL/7GB5IqxK/LNPiU8EoMQ/A0l+AqjErO4ucA3E5niSJS44ZeMCdYqgoX4xPS7Q541fBOKCXSRxwUngLn8aSErk+rHGBacJCP4rS1xwBticrYFxQRuSuOA3QpPiNyGT4qw1KbAgnRUwKc4ZblLous+RmRTn+EyKDoJje0yK82lYRv/5n4XKpDjvMyncC+GfUNrfTi8xzyNJHi3TdGglzhDNp8QZomWUOKOrx6wSp3NMDZJeUPS4mYANK1V3pmg4RqJKnCnaKrHr8ijxJQ6WmcOqxHoBSriKzRyAEl8CJHlmoBKzurvANRCbYxaBOV50oultqEtxE6WNCy4laKjL0HNET1CfNy6LxjfoHpK4IAtwl88KJCVy/VjjgqwEBL9cSjHQcUE2YHO2BcYF7UjiguyEJkV2IZMihzUpsCDlEDApchpuUui6c5KZFDn5TIokwbE9JkUuB8vcYTUpcvlMitwBmBS5gCTPHS3TdGglzkOoxHmElDivVWIsSHkFlDif4Uqs685HpsT5rBK7L48S53ewLBBWJc7vU+ICAShxfiDJCwCVmNXdBa6B2ByjWeKCgjYuUAUJGqqQ6XGBPm8UEogL9pLEBdHAXT4GSErk+rHGBTEEBC/MEhcUATZnAjAuSCSJC4oSmhRFhUyKYtakwIJUTMCkKG64SaHrLk5mUhTnMymSBcf2mBRXOFiWCKtJcYXPpCgRgElxBZDkJaJlmg6txCUJlbikkBKXskqMBamUgBJfabgS67qvJFPiK60Suy+PEpd2sCwTViUu7VPiMgEocWkgycsAlZjV3QWugdgcy7LEBVfZuEBdRdBQV5seF+jzxtUCccE+krigLHCXLwckJXL9WOOCcgQEL88SF1QANmcSMC5IJokLKhKaFBWFTIpK1qTAglRJwKSobLhJoeuuTGZSVKYzKVSs3Nhek+IaB8vYsJoU1/hMitgATIprgCSPjZZpOrQSK0IlVkJKXMUqMRakKgJKXNVwJdZ1VyVT4qpWiT2Du+cf52BZLaxKHOdT4moBKHEckOTVgErM6u5WizZ/jvEscUF1Gxeo6gQNVcP0uECfN2oIxAX7SeKCeOAuXxNISuT6scYFNQkIXoslLrgW2JwdgXFBJ5K44DpCk+I6IZOitjUpsCDVFjAp6hhuUui665CZFHX4TAolN7bXpLjewfKGsJoU1/tMihsCMCmuB5L8hmiZpkMrcV1CJa4rpMT1rBJjQaonoMQ3Gq7Euu4byZT4RqvEnsHd87/JwbJ+WJX4Jp8S1w9AiW8Ckrw+UIlZ3d360ebPsQFLXHCzjQvUzQQNdYvpcYE+b9wiEBccJIkLGgB3+YZAUiLXjzUuaEhA8EYscUFjYHN2BsYFXUjiglsJTYpbhUyKJtakwILURMCkaGq4SaHrbkpmUjTlMymqyI3tNSluc7C8PawmxW0+k+L2AEyK24Akvz1apunQStyMUImbCSlxc6vEWJCaCyhxC8OVWNfdgkyJW1gl9gzunv8dDpYtw6rEd/iUuGUASnwHkOQtgUrM6u62jDZ/jq1Y4oI7bVyg7iRoqLtMjwv0eeMugbjgEElc0Aq4y7cGkhK5fqxxQWsCgrdhiQvuBjZnV2Bc0I0kLriH0KS4R8ikaGtNCixIbQVMinaGmxS67nZkJkU7PpOiqtzYXpPiXgfL+8JqUtzrMynuC8CkuBdI8vuiZZoOrcQJhEqcIKTEiVaJsSAlCihxe8OVWNfdnkyJ21sl9gzunn8HB8uksCpxB58SJwWgxB2AJE8CKjGru5sUbf4ck1nigvttXKDuJ2ioB0yPC/R54wGBuOAwSVyQDNzlOwJJiVw/1rigIwHBO7HEBQ8Cm7M7MC7oQRIXPERoUjwkZFJ0tiYFFqTOAiZFF8NNCl13FzKTogufSREnN7bXpHjYwfKRsJoUD/tMikcCMCkeBpL8kWiZpkMrcVdCJe4qpMTdrBJjQeomoMSPGq7Euu5HyZT4UavEnsHd83/MwbJ7WJX4MZ8Sdw9AiR8Dkrw7UIlZ3d3u0ebPsQdLXPC4jQvU4wQN9YTpcYE+bzwhEBccIYkLegB3+Z5AUiLXjzUu6ElA8F4sccGTwObsCYwLepHEBU8RmhRPCZkUva1JgQWpt4BJ0cdwk0LX3YfMpOjDZ1JUkxvba1I87WD5TFhNiqd9JsUzAZgUTwNJ/ky0TNOhlbgvoRL3FVLiflaJsSD1E1DiZw1XYl33s2RK/KxVYs/g7vk/52DZP6xK/JxPifsHoMTPAUneH6jErO5u/2jz5ziAJS543sYF6nmChnrB9LhAnzdeEIgLjpLEBQOAu/xAICmR68caFwwkIPgglrjgRWBz9gbGBX1I4oKXCE2Kl4RMisHWpMCCNFjApBhiuEmh6x5CZlIM4TMp4uXG9poUQx0sXw6rSTHUZ1K8HIBJMRRI8pejZZoOrcTDCJV4mJASD7dKjAVpuIASv2K4Euu6XyFT4lesEnsGd8//VQfLEWFV4ld9SjwiACV+FUjyEUAlZnV3R0SbP8eRLHHBKBsXqFEEDTXa9LhAnzdGC8QFx0jigpHAXX4MkJTI9WONC8YQEHwsS1wwDticfYFxQT+SuGA8oUkxXsikmGBNCixIEwRMiomGmxS67olkJsVEPpOiutzYXpNikoPl5LCaFJN8JsXkAEyKSUCST46WaTq0Ek8hVOIpQko81SoxFqSpAkr8muFKrOt+jUyJX7NK7BncPf/XHSynhVWJX/cp8bQAlPh1IMmnAZWY1d2dFm3+HKezxAUzbFygZhA01EzT4wJ93pgpEBccJ4kLpgN3+VlAUiLXjzUumEVA8NksccEcYHP2B8YFA0jigrmEJsVcIZNinjUpsCDNEzAp5htuUui655OZFPP5TIoacmN7TYoFDpZvhNWkWOAzKd4IwKRYACT5G9EyTYdW4oWESrxQSInftEqMBelNASV+y3Al1nW/RabEb1kl9gzunv/bDpaLwqrEb/uUeFEASvw2kOSLgErM6u4uijZ/jotZ4oIlNi5QSwgaaqnpcYE+bywViAtOkMQFi4G7/DIgKZHrxxoXLCMg+HKWuGAFsDkHAuOCQSRxwTuEJsU7QibFSmtSYEFaKWBSrDLcpNB1ryIzKVbxmRQ15cb2mhSrHSwjYTUpVvtMikgAJsVqIMkj0TJNh1biFEIlThFS4netEmNBeldAidcYrsS67jVkSrzGKrFncPf833OwXBtWJX7Pp8RrA1Di94AkXwtUYlZ3d220+XNcxxIXrLdxgVpP0FDvmx4X6PPG+wJxwSmSuGAdcJffACQlcv1Y44INBAT/gCUu2AhszsHAuGAISVzwIaFJ8aGQSbHJmhRYkDYJmBQfGW5S6Lo/IjMpPuIzKRLkxvaaFJsdLD8Oq0mx2WdSfByASbEZSPKPo2WaDq3EWwiVeIuQEn9ilRgL0icCSrzVcCXWdW8lU+KtVok9g7vn/6mD5bawKvGnPiXeFoASfwok+TagErO6u9uizZ/jZyxxwXYbF6jtBA31uelxgT5vfC4QF5wmiQs+A+7yO4CkRK4fa1ywg4DgX7DEBTuBzTkMGBcMJ4kLviQ0Kb4UMil2WZMCC9IuAZNit+Emha57N5lJsZvPpEiUG9trUuxxsPwqrCbFHp9J8VUAJsUeIMm/ipZpOrQS7yVU4r1CSvy1VWIsSF8LKPE+w5VY172PTIn3WSX2DO6e/zcOlvvDqsTf+JR4fwBK/A2Q5PuBSszq7u6PNn+OB1jigoM2LlAHCRrqW9PjAn3e+FYgLjgj5AKi44IDwF3+EJCUyPVjjQsOERD8O5a44DCwOUcA44KRJHHB94QmxfdCJsURa1JgQToiYFL8YLhJoev+gcyk+IHPpGgvN7bXpDjqYPljWE2Koz6T4scATIqjQJL/GC3TdGglPkaoxMeElPgnq8RYkH4SUOLjhiuxrvs4mRIft0rsGdw9/58dLE+EVYl/9inxiQCU+GcgyU8AlZjV3T0Rbf4cT7LEBadsXKBOETTUL6bHBfq88YtAXHCWJC44CdzlTwNJiVw/1rjgNAHBf2WJC84Am3MMMC4YSxIX/EZoUvwmZFKctSYFFqSzAibFOcNNCl33OTKT4hyfSdFBbmyvSXE+DcuCf/5noTIpzvtMCvdC+CeU9rfTS8zzSJIXlGk6tBJnKMinxBkKRokocUZXj1klTueYGiS9oOhxMwEbVqruTAXhGIkqcaaCVondg7vnf4mDZeawKrFegBKuYjMHoMSXAEmeGajErO5u5oLmzzGLwBwvOtH0NtSluInSxgWXEjTUZeg5oieozxuXFcQ36HmSuCALcJfPCiQlcv1Y44KsBAS/XEox0HFBNmBzTgDGBRNJ4oLshCZFdiGTIoc1KbAg5RAwKXIablLounOSmRQ5+UyKJLmxvSZFLgfL3GE1KXL5TIrcAZgUuYAkz11QpunQSpyHUInzCClxXqvEWJDyCihxPsOVWNedj0yJ81kl9gzunn9+B8sCYVXi/D4lLhCAEucHkrwAUIlZ3d0CBc2fYzRLXFDQxgWqIEFDFTI9LtDnjUICcUGGNRxxQTRwl48BkhK5fqxxQQwBwQuzxAVFgM05BRgXTCWJC4oSmhRFhUyKYtakwIJUTMCkKG64SaHrLk5mUhTnMymS5cb2mhRXOFiWCKtJcYXPpCgRgElxBZDkJQrKNB1aiUsSKnFJISUuZZUYC1IpASW+0nAl1nVfSabEV1ol9gzunn9pB8syYVXi0j4lLhOAEpcGkrwMUIlZ3d0yBc2fY1mWuOAqGxeoqwga6mrT4wJ93rhaIC7IRBIXlAXu8uWApMxk4wJVjoDg5VniggrA5pwGjAumvxvMRpHe9asIXL8iwPUrChxLcv0q/e+vn2j/VQau32rg+kXA64e+EdHHwphM+HEzr5GtOzZ9l9I1FxOoO4vQjV1GcP1AfFSWNWb3eNMMMj2elaDHrxCo+3KSHgfio5A1azx0QJGmgYVTfziX+m8R59+izr/6uiZV12KdA2gW1xpd4fyO/u/Tflel/lzFZ/2hbb8SmXBjVUUeCKOCCbaKZ5IJtuJssIUFKU4g2KpmeLCl664mFGxJiFNVAWctvuB/Z6Ounvp3a/zFRl3dtVHXTP251kV+t5jzuzWd39UbwbWpP18nvKkj+7o28qHg/2D966T+3ev/Yv3ruNb/htSf6/7F+t/gWv96qT/feJHfLe78bj3nd/Ucb0r9ub6DlcTec60AX3IYfhOr++kmgbpzBuTAp3eeDYB8AmKtpNYPjfPN/35vi/WNFdhN5s1CT0/dYm8ysSDdInCT2dDwm0xdd0Oyp6caCj49hXYt8qT+AWSaUqtAVFQlYbzSObby/wfu9W3kzL3xP3i663zUhT3kf7rrfNTfP911sXH+a0936QVY5Sq2sas5/BNC/e1GwE3o1r8Yq0b1pMTk6nFVE2LjkhNTx4lPTqqaUKWmSq5RNXX4qnEqMSEptkNcYvX4uPgaydUDe375ViEFbmIVGAtSEwEFbmq4Auu6mwZk86S3/sbOXNHj5jH0AaoLsidgL90GvCtArl+aMOn51XXGRPd82l0Ruo/yGW5/pN29oevOb6b9ccGRG3kj0hg4VgGSBziB/a2APaMKkNhHtxPaR7cL3bw2szevWJCaCdy8Njf85lXX3Zwoo5SY6//1Ah56/o3TsREke66kwOyeFs563/EP7J56F1k7v91TL+rv7Z6LjfO3do9Es4HG+uOOvEXBP4vN6Cxq3Sjvhb7jANah7gBuZi1hZEhOTlvPloInHr2OjQXu/GPMelrzgrskXXcLgboLG/6Uqq77DoG6ixh6UvELDHLfcPd4uj8Ii+SkB+xvBewZJbV+GcE8aQHUmlZAp06PIaEtrQrK7GFIrCVcxJoF8HWXJHARrxWouxTJQ1R3AvkIxFqVMrxvNF8aCfRNGQK+NBaouywJX+4C8gWItSpLwJc2An1TjoAvdwvUXZ6EL62BfAFircoT8KWTQN9UIuDLgwJ1VybhSxsgX4BYq8oEfOkl0DeKgC9PCtRdhYQvdwP5AsRaVSHgyyCBvqlGwJcXBeqOJ+HLPUC+ALFW8QR8GSvQNzUJ+DJOoO5aJHxpC+QLEGtVi4AvswX6pjYBX+YI1F2HhC/tgHwBYq3qEPBluUDf1CXgywqBuuuR8OVeIF+AWKt6BHz5QKBv6hPwZaNA3Q1I+HIfkC9ArFUDAr58IdA3DQn4slOg7kYkfEkA8gWItWpEwJfvBPqmCQFfDgvU3ZSEL4lAvgCxVk0J+PKrQN80I+DLGYG6m5PwpT2QL0CsVXMCvlweje+blgR8ySZQdysSvnQA8gWItWpFwJfCAn3TmoAvRQTqbkPClyQgX4BYqzYEfCkv0DdtCfhSQaDudiR8SQbyBYi1akfAl1oCfZPA8P6LQN2JJHy5H8gXINYqkYAvjQT6Jonh/ReBupNJ+PIAkC9ArFUyAV/aCPRNR4b3XwTq7kTCl45AvgCxVp0I+NJJoG86M7z/IlB3FxK+dALyBYi16kLAl14CfdOV4f0Xgbq7kfDlQSBfgFirbgR8GSTQN90Z3n8RqLsHCV8eAvIFiLXqQcCXsQJ905Ph/ReBunuR8KUzkC9ArFUvAr7MFuib3gzvvwjU3YeEL12AfAFirfoQ8GW5QN/0ZXj/RaDufiR8eRjIFyDWqh8BXz4Q6Jv+DO+/CNQ9gIQvjwD5AsRaDSDgyxcCfTOQ4f0XgboHkfClK5AvQKzVIAK+fCfQN4MZ3n8RqHsICV+6AfkCxFoNIeDLrwJ9M4zh/ReBuoeT8OVRIF+AWKvhBHy5XOBz1kcwvP8iUPdIEr48BuQLEGs1koAvhQX6ZgzD+y8CdY8l4Ut3IF+AWKuxBHwpL9A3ExjefxGoeyIJX3oA+QLEWiHXT3/pX9/U/yvhjKe/w0N/L4H+rHX9+dH6M3H153zqzy7Un8emP2NKf26O/iwQ/fkG+p1t/R6qfrdOvy+k34HQz3XrZ1X183f6mSL9nITOfnWepT167TtqL0WfD/U9r9ZxvTf1KBjludB993hBmb5Dz/MJYN9pfPtF/fk9TnoNnhBe557A73jK5JrfX805Nn2X6in0bb697Lf5YkHqJfBtvk8a/m2+uu4nib7NV2KuuoHdxMkInre+yatYEHvzVEkIM/+FmrN7fZ9y5t77H3xDcEnX/y6D698MLqxKRv39NwRfbJz/iW8I1otZwrVwvQteuPNmMrcO1Ru4QfYpiF/fPv9gPdM776eBm0M+4Gkgv/ApEvFtlU8JnCKnENTdW6DuqYa7BrrupwXqfi0g1yA2fZcC9qUCYq2k1g+N8zOEp8dnhE6Pfe3pEQtSX4HTYz/DT4+67n5Ep8d+9vRIf3p81pn7c/b0+O+vtIV61nd6fI7s9PgccIPsL3B67B/A6XGAPT3+61PUswKniRkEdT8nUPdMgtPjAIG6Z5GcHoF9qYBYK+T6adHvF3XhhcYH3ZvPFTR/js8LZdxwQr4AFETWhnqBoKEGoueInqD2lgcKKMY8EsV4Hnh3PQhIynkEdxqDBPrmxYJYpewbdeGFXFeJtX2RYGN7yfSNrURqgyqBBl1gODGrptbcQKDuN0geOx0M3ISBWCup9csIXj+3dZXuVy2BWEhwRUrEhhY0X7wHC9T9luF7oxatIQJ1v02yN74M5CMQa/X2Gpqbvj+CXXRvDiW46Xu5oEyf49/VTv+proozlgrqKYhhQk9BDLdPQWBBGi7wFMQrhj8Foet+RThRl1zT2HReQTwBcXUB7BMQlfF4eQgNGlul/eBe31eduY/4B09AlIq6sIf8T0CUivr7JyAuNs7fPgEBWoQ/FiOtuFcL/jnBjM5ClPBNDvU305oPrcJLCN7QrSxwHFhq9nHgjzubV4GiMwI41jKS7ADY3wrYMwq4fp4NH82TkSRvFI8Cv1H8bNSfYqLXYJTwG8WjCZ8JHy10GhpjT0NYkMYInIbGGn4a0nWPJTsNjRU8DQn1bGDPW49zsBxv+vPW6EVIK26c7xnp8QWjLrjQQdM4IMnHk9xJTCBU4glCSjzRKjEWpIkCSjzJcCXWdU8iU+JJVondl0eJJztYTgmrEk/2KfGUAJR4MpDkU8DP7z17YfnGx6RTCpo/x6ksUe5r4CfdGRvqNYKGet30B0L1eeN1Abd/JYlbPRW4y08DknIlz8M/YuSZRkDw6VKKgb6dQT7BOgP8BGvahX6ybyZwniWB8VEpko/NmUVozMwSMmZmW2MGC9JsAWNmjuHGjK57DpkxM4fPmJF4IOuPsd3zn+tgOS+sxsxcnzEzLwBjZi6Q5POE7mTQSjyfUInnCynxAqvEWJAWCCjxG4Yrsa77DTIlfsMqsWds9/wXOli+GVYlXuhT4jcDUOKFQJK/aR1tBVwDsTm+xRKRvG0bSr1N0FCLTI9I9HljkUBEspokInkLuMsvBpJytY1I1GICgi+RUgx0XLAU2JxlgHFBWZK4YBmhSbFMyKRYbk0KLEjLBUyKFYabFLruFWQmxQo+k6KK4Ngek+IdB8uVYTUp3vGZFCsDMCneAZJ8ZUGZpkMr8SpCJV4lpMSrrRJjQVotoMQRw5VY1x0hU+KIVWL35VHiFAfLd8OqxCk+JX43ACVOAZL8XaASs7q7wDUQm+MalrjgPRsXqPcIGmqt6XGBPm+sFYgLUkjigjXAXX4dkJQpNi5Q6wgIvp4lLngf2JzlgHFBeZK4YAOhSbFByKT4wJoUWJA+EDApNhpuUui6N5KZFBv5TIqqgmN7TIoPHSw3hdWk+NBnUmwKwKT4EEjyTQVlmg6txB8RKvFHQkq82SoxFqTNAkr8seFKrOv+mEyJP7ZK7L48SrzFwfKTsCrxFp8SfxKAEm8BkvwToBKzurvANRCb41aWuOBTGxeoTwkaapvpcYE+b2wTiAvWkMQFW4G7/GdAUq6xcYH6jIDg21nigs+BzVkJGBdUJokLdhCaFDuETIovrEmBBekLAZNip+Emha57J5lJsZPPpIgTHNtjUnzpYLkrrCbFlz6TYlcAJsWXQJLvKijTdGgl3k2oxLuFlHiPVWIsSHsElPgrw5VY1/0VmRJ/ZZXYfXmUeK+D5ddhVeK9PiX+OgAl3gsk+ddAJWZ1d4FrIDbHfSxxwTc2LlDfEDTUftPjAn3e2C8QF6wliQv2AXf5A0BSrrVxgTpAQPCDLHHBt8DmVMC4oApJXHCI0KQ4JGRSfGdNCixI3wmYFIcNNyl03YfJTIrDfCZFNcGxPSbF9w6WR8JqUnzvMymOBGBSfA8k+ZGCMk2HVuIfCJX4ByElPmqVGAvSUQEl/tFwJdZ1/0imxD9aJXZfHiU+5mD5U1iV+JhPiX8KQImPAUn+E1CJWd1d4BqIzfE4S1zws40L1M8EDXXC9LhAnzdOCMQF60niguPAXf4kkJTrbVygThIQ/BRLXPALsDmrAeOCeJK44DShSXFayKT41ZoUWJB+FTApzhhuUui6z5CZFGf4TIp4wbE9JsVvDpZnw2pS/OYzKc4GYFL8BiT52YIyTYdW4nOESnxOSInPWyXGgnReQImjCpmtxLpuPUcwRqJK7F7T2HRe/2tKnMHBMqML01ApsV6AEq5i3Qvhn1Da304vMTMASZ4R19zxrO4ucA3E5phJYI4XnWh6G+oS3ERp44JLCBoqM3qO6Anq84aeJLpBN5DEBZmAu3wWICk32LhAZSEg+KVSioGOCy4DNmdNYFxQiyQuyArcKIIyKbICm9M938tdt9/WpEjnmBqkywvhx81muEmh685GZlJk4zMpqguO7TEpsjtY5girSZHdZ1LkCMCkyA4keY5CMk2HVuKchEqcU0iJc1klxoKUS0CJcxuuxLru3GRKnNsqsfvyKHEeB8u8YVXiPD4lzhuAEucBkjwvUIlZ3V3gGojNMR9LXJDfxgUqP0FDFTA9LtDnjQICccFGkrggH3CXjwaScqONC1Q0AcELssQFhYDNWRsYF9QhiQtiCE2KGCGTorA1KbAgFRYwKYoYblLououQmRRF+EyKGoJje0yKog6WxcJqUhT1mRTFAjApigJJXqyQTNOhlbg4oRIXF1LiK6wSY0G6QkCJSxiuxLruEmRKXMIqsfvyKHFJB8tSYVXikj4lLhWAEpcEkrwUUIlZ3V3gGojN8UqWuKC0jQtUaYKGKmN6XKDPG2UE4oJNJHHBlcBdviyQlJtsXKDKEhD8Kpa44Gpgc9YFxgX1SOKCcoQmRTkhk6K8NSmwIJUXMCkqGG5S6LorkJkUFfhMipqCY3tMiooOlpXCalJU9JkUlQIwKSoCSV6pkEzToZW4MqESVxZS4musEmNBukZAiWMNV2JddyyZEsdaJXZfHiVWDpZVwqrEyqfEVQJQYgUkeRWgErO6u8A1EJtjVZa4IM7GBSqOoKGqmR4X6PNGNYG4YDNJXFAVuMvHA0m52cYFKp6A4NVZ4oIawOasD4wLGpDEBTUJTYqaQiZFLWtSYEGqJWBSXGu4SaHrvpbMpLiWz6RIEBzbY1Jc52BZO6wmxXU+k6J2ACbFdUCS1y4k03RoJa5DqMR1hJT4eqvEWJCuF1DiGwxX4t+bk0yJb7BK7L48SlzXwbJeWJW4rk+J6wWgxHWBJK8HVGJWdxe4BmJzvJElLrjJxgXqJoKGqm96XKDPG/UF4oItJHHBjcBdvgGQlFtsXKAaEBD8Zpa44BZgczYExgWNSOKChoQmRUMhk6KRNSmwIDUSMCkaG25S6Lobk5kUjflMikTBsT0mxa0Olk3CalLc6jMpmgRgUtwKJHmTQjJNh1bipoRK3FRIiW+zSowF6TYBJb7dcCXWdd9OpsS3WyV2Xx4lbuZg2TysStzMp8TNA1DiZkCSNwcqMau7C1wDsTm2YIkL7rBxgbqDoKFamh4X6PNGS4G4YCtJXNACuMu3ApJyq40LVCsCgt/JEhfcBWzOJsC4oClJXNCa0KRoLWRStLEmBRakNgImxd2GmxS67rvJTIq7+UyK9oJje0yKexws24bVpLjHZ1K0DcCkuAdI8raFZJoOrcTtCJW4nZAS32uVGAvSvQJKfJ/hSqzrvo9Mie+zSuy+PEqc4GCZGFYlTvApcWIASpwAJHkiUIlZ3V3gGojNsT1LXNDBxgWqA0FDJZkeF+jzRpJAXLCNJC5oD9zlk4Gk3GbjApVMQPD7WeKCB4DN2QwYFzQniQs6EpoUHYVMik7WpMCC1EnApHjQcJNC1/0gmUnxIJ9J0UFwbI9J8ZCDZeewmhQP+UyKzgGYFA8BSd65kEzToZW4C6ESdxFS4oetEmNBelhAiR8xXIl13Y+QKfEjVondl0eJuzpYdgurEnf1KXG3AJS4K5Dk3YBKzOruAtdAbI6PssQFj9m4QD1G0FDdTY8L9Hmju0BcsJ0kLngUuMv3AJJyu40LVA8Cgj/OEhc8AWzOlsC4oBVJXNCT0KToKWRS9LImBRakXgImxZOGmxS67ifJTIon+UyKJMGxPSbFUw6WvcNqUjzlMyl6B2BSPAUkee9CMk2HVuI+hErcR0iJn7ZKjAXpaQElfsZwJdZ1P0OmxM9YJXZfHiXu62DZL6xK3NenxP0CUOK+QJL3Ayoxq7sLXAOxOT7LEhc8Z+MC9RxBQ/U3PS7Q543+AnHBDpK44FngLj8ASModNi5QAwgI/jxLXPACsDlbA+OCNiRxwUBCk2KgkEkxyJoUWJAGCZgULxpuUui6XyQzKV7kMymSBcf2mBQvOVgODqtJ8ZLPpBgcgEnxEpDkgwvJNB1aiYcQKvEQISUeapUYC9JQASV+2XAl1nW/TKbEL1sldl8eJR7mYDk8rEo8zKfEwwNQ4mFAkg8HKjGruwtcA7E5vsISF7xq4wL1KkFDjTA9LtDnjRECccFOkrjgFeAuPxJIyp02LlAjCQg+iiUuGA1szrbAuKAdSVwwhtCkGCNkUoy1JgUWpLECJsU4w00KXfc4MpNiHJ1JoWLlxvaaFOMdLCeE1aQY7zMpJgRgUowHknxCIZmmQyvxREIlniikxJOsEmNBmiSgxJMNV2Jd92QyJZ5sldgzuHv+Uxwsp4ZViaf4lHhqAEo8BUjyqUAlZnV3pxYyf46vscQFr9u4QL1O0FDTTI8L9HljmkBcsIskLngNuMtPB5Jyl40L1HQCgs9giQtmApszARgXJJLEBbMITYpZQibFbGtSYEGaLWBSzDHcpNB1zyEzKebwmRRKbmyvSTHXwXJeWE2KuT6TYl4AJsVcIMnnFZJpOrQSzydU4vlCSrzAKjEWpAUCSvyG4Uqs636DTInfsErsGdw9/4UOlm+GVYkX+pT4zQCUeCGQ5G8ClZjV3X2zkPlzfIslLnjbxgXqbYKGWmR6XKDPG4sE4oI9JHHBW8BdfjGQlHtsXKAWExB8CUtcsBTYnEnAuCCZJC5YRmhSLBMyKZZbkwIL0nIBk2KF4SaFrnsFmUmxgs+kqCI3ttekeMfBcmVYTYp3fCbFygBMineAJF9ZSKbp0Eq8ilCJVwkp8WqrxFiQVgsoccRwJdZ1R8iUOGKV2DO4e/4pDpbvhlWJU3xK/G4ASpwCJPm7QCVmdXffLWT+HNewxAXv2bhAvUfQUGtNjwv0eWOtQFywlyQuWAPc5dcBSbnXxgVqHQHB17PEBe8Dm7MjMC7oRBIXbCA0KTYImRQfWJMCC9IHAibFRsNNCl33RjKTYiOfSVFVbmyvSfGhg+WmsJoUH/pMik0BmBQfAkm+qZBM06GV+CNCJf5ISIk3WyXGgrRZQIk/NlyJdd0fkynxx1aJPYO757/FwfKTsCrxFp8SfxKAEm8BkvwToBKzurufFDJ/jltZ4oJPbVygPiVoqG2mxwX6vLFNIC7YRxIXbAXu8p8BSbnPxgXqMwKCb2eJCz4HNmdnYFzQhSQu2EFoUuwQMim+sCYFFqQvBEyKnYabFLrunWQmxU4+kyJObmyvSfGlg+WusJoUX/pMil0BmBRfAkm+q5BM06GVeDehEu8WUuI9VomxIO0RUOKvDFdiXfdXZEr8lVViz+Du+e91sPw6rEq816fEXwegxHuBJP8aqMSs7u7Xhcyf4z6WuOAbGxeobwgaar/pcYE+b+wXiAv2k8QF+4C7/AEgKffbuEAdICD4QZa44Ftgc3YFxgXdSOKCQ4QmxSEhk+I7a1JgQfpOwKQ4bLhJoes+TGZSHOYzKarJje01Kb53sDwSVpPie59JcSQAk+J7IMmPFJJpOrQS/0CoxD8IKfFRq8RYkI4KKPGPhiuxrvtHMiX+0SqxZ3D3/I85WP4UViU+5lPinwJQ4mNAkv8EVGJWd/enQubP8ThLXPCzjQvUzwQNdcL0uECfN04IxAUHSeKC48Bd/iSQlAdtXKBOEhD8FEtc8AuwObsD44IeJHHBaUKT4rSQSfGrNSmwIP0qYFKcMdyk0HWfITMpzvCZFPFyY3tNit8cLM+G1aT4zWdSnA3ApPgNSPKzhWSaDq3E5wiV+JyQEp+3SowF6byAEkfFmK3Eum49RzBGokrsXtPYdF7/a0qcwcEyowvTUCmxXoASrmLdC+GfUNrfTi8xMwBJnjEG13Ss7m7GGPPnmElgjhedaHob6hLcRGnjgksIGiozeo7oCerzhp4k/GFckrggE3CXzwIk5SEbF6gsBAS/VEox0HHBZcDm7AmMC3qRxAVZgRtFUCZFVmBzuud7uev225oU6RxTg3R5DH7cbIabFLrubGQmRTY+k6K63NhekyK7g2WOsJoU2X0mRY4ATIrsQJLniJFpOrQS5yRU4pxCSpzLKjEWpFwCSpzbcCXWdecmU+LcVok9g7vnn8fBMm9YlTiPT4nzBqDEeYAkzwtUYlZ3N2+M+XPMxxIX5LdxgcpP0FAFTI8L9HmjgEBccJgkLsgH3OWjgaQ8bOMCFU1A8IIscUEhYHP2BsYFfUjighhCkyJGyKQobE0KLEiFBUyKIoabFLruImQmRRE+k6KG3Nhek6Kog2WxsJoURX0mRbEATIqiQJIXi5FpOrQSFydU4uJCSnyFVWIsSFcIKHEJw5VY112CTIlLWCX2DO6ef0kHy1JhVeKSPiUuFYASlwSSvBRQiVnd3VIx5s/xSpa4oLSNC1RpgoYqY3pcoM8bZQTigiMkccGVwF2+LJCUR2xcoMoSEPwqlrjgamBz9gXGBf1I4oJyhCZFOSGTorw1KbAglRcwKSoYblLouiuQmRQV+EyKmnJje02Kig6WlcJqUlT0mRSVAjApKgJJXilGpunQSlyZUIkrCynxNVaJsSBdI6DEsYYrsa47lkyJY60SewZ3z185WFYJqxIrnxJXCUCJFZDkVYBKzOruVokxf45VWeKCOBsXqDiChqpmelygzxvVBOKCoyRxQVXgLh8PJOVRGxeoeAKCV2eJC2oAm7M/MC4YQBIX1CQ0KWoKmRS1rEmBBamWgElxreEmha77WjKT4lo+kyJBbmyvSXGdg2XtsJoU1/lMitoBmBTXAUleO0am6dBKXIdQiesIKfH1VomxIF0voMQ3GK7EvzcnmRLfYJXYM7h7/nUdLOuFVYnr+pS4XgBKXBdI8npAJWZ1d+vFmD/HG1nigptsXKBuImio+qbHBfq8UV8gLjhGEhfcCNzlGwBJeczGBaoBAcFvZokLbgE250BgXDCIJC5oSGhSNBQyKRpZkwILUiMBk6Kx4SaFrrsxmUnRmM+kSJQb22tS3Opg2SSsJsWtPpOiSQAmxa1AkjeJkWk6tBI3JVTipkJKfJtVYixItwko8e2GK7Gu+3YyJb7dKrFncPf8mzlYNg+rEjfzKXHzAJS4GZDkzYFKzOruNo8xf44tWOKCO2xcoO4gaKiWpscF+rzRUiAuOE4SF7QA7vKtgKQ8buMC1YqA4HeyxAV3AZtzMDAuGEISF7QmNClaC5kUbaxJgQWpjYBJcbfhJoWu+24yk+JuPpOivdzYXpPiHgfLtmE1Ke7xmRRtAzAp7gGSvG2MTNOhlbgdoRK3E1Lie60SY0G6V0CJ7zNciXXd95Ep8X1WiT2Du+ef4GCZGFYlTvApcWIASpwAJHkiUIlZ3d3EGPPn2J4lLuhg4wLVgaChkkyPC/R5I0kgLjhBEhe0B+7yyUBSnrBxgUomIPj9LHHBA8DmHAaMC4aTxAUdCU2KjkImRSdrUmBB6iRgUjxouEmh636QzKR4kM+k6CA3ttekeMjBsnNYTYqHfCZF5wBMioeAJO8cI9N0aCXuQqjEXYSU+GGrxFiQHhZQ4kcMV2Jd9yNkSvyIVWLP4O75d3Ww7BZWJe7qU+JuAShxVyDJuwGVmNXd7RZj/hwfZYkLHrNxgXqMoKG6mx4X6PNGd4G44BRJXPAocJfvASTlKRsXqB4EBH+cJS54AticI4BxwUiSuKAnoUnRU8ik6GVNCixIvQRMiicNNyl03U+SmRRP8pkUSXJje02Kpxwse4fVpHjKZ1L0DsCkeApI8t4xMk2HVuI+hErcR0iJn7ZKjAXpaQElfsZwJdZ1P0OmxM9YJfYM7p5/XwfLfmFV4r4+Je4XgBL3BZK8H1CJWd3dfjHmz/FZlrjgORsXqOcIGqq/6XGBPm/0F4gLTpPEBc8Cd/kBQFKetnGBGkBA8OdZ4oIXgM05BhgXjCWJCwYSmhQDhUyKQdakwII0SMCkeNFwk0LX/SKZSfEin0mRLDe216R4ycFycFhNipd8JsXgAEyKl4AkHxwj03RoJR5CqMRDhJR4qFViLEhDBZT4ZcOVWNf9MpkSv2yV2DO4e/7DHCyHh1WJh/mUeHgASjwMSPLhQCVmdXeHx5g/x1dY4oJXbVygXiVoqBGmxwX6vDFCIC44QxIXvALc5UcCSXnGxgVqJAHBR7HEBaOBzTkBGBdMDGijSO/6jQGuXz7g+uUHjiW5fmP/99dPtP/GAddvCXD9loLXD30j8vt5NxN+3LPCdcem71K65jICdZ8T4ktGcP1AfNQ5w3u8aQaZHs/wnvk9fpVA3Rnf4+hxID4KWbPGQwcUaRpYKvWHc6n/Xun8W9r5V1/jU3VtgnMAzeJao6uc39H/fdrvTkz9eZLP+kPbfldnwo01GajZQQVbZTPJBFtTbLCFBWmKQLA11fBgS9c9VSjYkhCnyQLO2msx/52N+vXUvzvtLzbq110b9fTUn2dc5HfLOL873fldvRHMTP15lvCmjuzr2cBN/T9Z/zmpf3fuX6z/HNf6z0v9ef5frP881/ovSP35jYv8blnndxc4v6vnuDD15zcdrCT2npkCfMls+E2s7qeFAnVnEbqJRRsbbwH5BMRaSa0fGue3//3eFusbK7CbzLeFnp5aZG8ysSAtErjJXGz4TaauezHZ01OLBZ+eQrsWMal/AJmmzCgYFTVWGK90jq38/4F7fZc4c1/6D57uOh91YQ/5n+46H/X3T3ddbJz/2tNdegFWuYpd6moO/4RQf3sJcBNa9hdj1aielJhcPa5qQmxccmLqOPHJSVUTqtRUyTWqpg5fNU4lJiTFdohLrB4fF18juXpgzy8vE1Lg5VaBsSAtF1DgFYYrsK57RUA2T3rrX+rMFT1u1oCOb7H/4eWfJ7KX3gHeFWQF5xl6E9Pzq+uMie75tLsidB9lM9z+SLt7Q9ed3Uz744IjN/JGZClwrByG7j++SwH7WwF7RuUgsY9WEtpHK4VuXlfZm1csSKsEbl5XG37zquteTZRRSsz1/3oBDz3/penYCJI9V1Jgdk/EWe+Uf2D31LvI2vntnnpRf2/3XGycv7V7JJoNNNYfd+SRmD+Lzegsat0o74W+4wDWoVKAm9m7MDIkJ6et57uCJx69jksF7vzzCJ940nuXpOuOCNSd16y6L5ifrjtFoO58hp5U/AKD3DfcPZ7e9ctPctID9rcC9ozKH9DTwunFOQLUmjVAp06PIaEta2Jk9jAk1hIu4vSC+LpjCFzEmQJ1FyZ5iOo9IB+BWKvChveN5ssSgb4pRsCXpQJ1Fyfhy1ogX4BYq+IEfFkv0DclCfjyvkDdpUj4sg7IFyDWqhQBX7YL9E0ZAr58LlB3WRK+rAfyBYi1KkvAl4MCfVOOgC/fCtRdnoQv7wP5AsRalSfgyymBvqlEwJdfBOquTMKXDUC+ALFWlQn4cmkhfN8oAr5cJlB3FRK+fADkCxBrVYWALwUF+qYaAV8KCdQdT8KXjUC+ALFW8QR8uUqgb2oS8OVqgbprkfDlQyBfgFirWgR8qS7QN7UJ+FJDoO46JHzZBOQLEGtVh4AvNwv0TV0CvtwiUHc9Er58BOQLEGtVj4Avdwr0TX0CvtwlUHcDEr5sBvIFiLVqQMCX+wX6piEBXx4QqLsRCV8+BvIFiLVqRMCXxwX6pgkBX54QqLspCV+2APkCxFo1JeDL8wJ904yALy8I1N2chC+fAPkCxFo1J+DLKIG+aUnAl9ECdbci4ctWIF+AWKtWBHyZIdA3rRnefxGouw0JXz4F8gWItWpDwJclAn3TluH9F4G625HwZRuQL0CsVTsCvqwX6JsEhvdfBOpOJOHLZ0C+ALFWiQR82S7QN0kM778I1J1MwpftQL4AsVbJBHw5KNA3HRnefxGouxMJXz4H8gWItepEwJdTAn3TmeH9F4G6u5DwZQeQL0CsVRcCvlwq8Lk4XRnefxGouxsJX74A8gWItepGwJeCAn3TneH9F4G6e5DwZSeQL0CsVQ8Cvlwl0Dc9Gd5/Eai7FwlfvgTyBYi16kXAl+oCfdOb4f0Xgbr7kPBlF5AvQKxVHwK+3CzQN30Z3n8RqLsfCV92A/kCxFr1I+DLnQJ905/h/ReBugeQ8GUPkC9ArNUAAr7cL9A3AxnefxGoexAJX74C8gWItRpEwJfHBfpmMMP7LwJ1DyHhy14gX4BYqyEEfHleoG+GMbz/IlD3cBK+fA3kCxBrNZyAL6ME+mYEw/svAnWPJOHLPiBfgFgr5PrpL/0bnPp/JZzx9Hd46O8l0J+1rj8/Wn8mrv6cT/3Zhfrz2PRnTOnPzdGfBaI/30C/s63fQ9Xv1un3hfQ7EPq5bv2sqn7+Tj9TpJ+T0NmvzrO0R699R+2l6POhvufVOq73pn0xUZ4L3XffxMj0HXqe+4F9p/EdEvXn9zjpNdgvvM4HgN/xFNS3+R4Q+jbfg/bbfLEgHRT4Nt9vDf82X133tzFwjMS+zVdirv5v880Inre+yRsTg715GiuEmf9Czdm9voecuX/3D74huKTrf5fB9W8GF1Ylo/7+G4IvNs7/xDcE68Us4Vq472Iu3HlN/obg74Ab5OEY/Poe/gfrmd55fw/cHLIBTwPZhU+RiG+rPCRwihxDUPd3AnWPNdw10HV/L1D3uIBcg9j0XQrYlwqItZJaPzTORwhPj0eETo8/2NMjFqQfBE6PRw0/Peq6jxKdHo/a0yP96fFHZ+7H7Onx319pC/Wj7/R4jOz0eAy4Qf4kcHr8KYDT43F7evzXp6gfBU4TkwjqPiZQ92SC0+NxgbqnkJwegX2pgFgr5Ppp0R8SdeGFxgfdm8dizJ/jz0IZN5yQJ4CCyNpQJwga6iR6jugJam/5pIBiTCNRjJ+Bd9engKScRnCncUqgb36JwSrl4KgLL+S6SqztLwQb22nTN7arUxt0okCDzjCcmJNTa35LoO6ZJI+d/or0EYFHAKn1ywheP7d1ld6xzgCxkOCKlIj9FmO+eP8qUPccw/dGLVpnBOqeS7I3ngXyEYi1mvsezU3fH8Euujd/I7jpOxsj0+dwQp5L/6muijOWCuopiHNCT0Gct09BYEE6L/AURFRhXPNL1a3nCMboLx+Fik3f5VnT2HReQTwBMaIg9gmIcfgnIDyEBo2t0n5wr28Gp9cyunru/3oCopT7f+f61/0ERKmov38C4mLj/O0TEKBF+GMx0orTC5DBVaxeiBK+yaH+ZlrzoVV4AcEbuuMEjgNvmH0c+OPOJgNQdDICx1pIkh0A+1sBe0YB18+z4aN5kqmwDM7oeV6Cm+fvbxQPjfpTTPQaXFI4Kkpy/pmB3AzqNJQZ2Bvu+WZxrbU9DaVzTA1SlsL4cS81/DSk676U7DR0qeBpSKhnA3ve+jIHy6z/4LRRMupCjAJ73hq9CGnFXVbY+4x01sJRF1zooOkyIMmzktxJXE6oxJcLKXE2q8RYkLIJKHF2w5VY152dTImzWyV2Xx4lzuFgmTOsSpzDp8Q5A1DiHECS5wQ2twZ56IXlGx+T5ixs/hxzCd0xwW+ZcgPNF9aGyk3QUHnQc0RPUJ838hTGN+giErc6F3CXzwsk5SKeh3/EyJOXgOD5pBQDfTuDfII1P7DR3TWjn+wrAJxnDDA+KkzysTnRhMZMtJAxU9AaM1iQCgoYM4UMN2Z03YXIjJlCfMaMxANZf4ztnn+Mg2XhsBozMT5jpnAAxkwMkOSFhe5k0EpchFCJiwgpcVGrxFiQigoocTHDlVjXXYxMiYtZJfaM7Z5/cQfLK8KqxMV9SnxFAEpcHEjyK6yjrYBrIDbHEiwRSUnbUKokQUOVMj0i0eeNUgIRyRKSiKQEcJe/EkjKJTYiUVcSELy0lGKg44IywOYsBowLipPEBWUJTYqyQibFVdakwIJ0lYBJcbXhJoWu+2oyk+JqPpOiiuDYHpOinINl+bCaFOV8JkX5AEyKckCSly8s03RoJa5AqMQVhJS4olViLEgVBZS4kuFKrOuuRKbElawSuy+PEld2sLwmrEpc2afE1wSgxJWBJL8GqMSs7i5wDcTmGMsSFygbFyhF0FBVTI8L9HmjikBcsIwkLogF7vJVgaRcZuMCVZWA4HEscUE1YHOWBMYFpUjignhCkyJeyKSobk0KLEjVBUyKGoabFLruGmQmRQ0+k6Kq4Ngek6Kmg2WtsJoUNX0mRa0ATIqaQJLXKizTdGglvpZQia8VUuLrrBJjQbpOQIlrG67Euu7aZEpc2yqx+/IocR0Hy+vDqsR1fEp8fQBKXAdI8uuBSszq7gLXQGyON7DEBXVtXKDqEjRUPdPjAn3eqCcQF6wgiQtuAO7yNwJJucLGBepGAoLfxBIX1Ac2ZxlgXFCWJC5oQGhSNBAyKW62JgUWpJsFTIpbDDcpdN23kJkUt/CZFHGCY3tMioYOlo3CalI09JkUjQIwKRoCSd6osEzToZW4MaESNxZS4lutEmNBulVAiZsYrsS67iZkStzEKrH78ihxUwfL28KqxE19SnxbAErcFEjy24BKzOruAtdAbI63s8QFzWxcoJoRNFRz0+MCfd5oLhAXrCSJC24H7vItgKRcaeMC1YKA4HewxAUtgc1ZDhgXlCeJC1oRmhSthEyKO61JgQXpTgGT4i7DTQpd911kJsVdfCZFNcGxPSZFawfLNmE1KVr7TIo2AZgUrYEkb1NYpunQSnw3oRLfLaTE91glxoJ0j4AStzVciXXdbcmUuK1VYvflUeJ2Dpb3hlWJ2/mU+N4AlLgdkOT3ApWY1d0FroHYHO9jiQsSbFygEggaKtH0uECfNxIF4oLVJHHBfcBdvj2QlKttXKDaExC8A0tckARszkrAuKAySVyQTGhSJAuZFPdbkwIL0v0CJsUDhpsUuu4HyEyKB/hMinjBsT0mRUcHy05hNSk6+kyKTgGYFB2BJO9UWKbp0Er8IKESPyikxA9ZJcaC9JCAEnc2XIl13Z3JlLizVWL35VHiLg6WD4dVibv4lPjhAJS4C5DkDwOVmNXdBa6B2BwfYYkLutq4QHUlaKhupscF+rzRTSAuSCGJCx4B7vKPAkmZYuMC9SgBwR9jiQu6A5tTAeOCKiRxQQ9Ck6KHkEnxuDUpsCA9LmBSPGG4SaHrfoLMpHiCz6SoLji2x6To6WDZK6wmRU+fSdErAJOiJ5DkvQrLNB1aiZ8kVOInhZT4KavEWJCeElDi3oYrsa67N5kS97ZK7L48StzHwfLpsCpxH58SPx2AEvcBkvxpoBKzurvANRCb4zMscUFfGxeovgQN1c/0uECfN/oJxAVrSOKCZ4C7/LNAUq6xcYF6loDgz7HEBf2BzVkNGBfEk8QFAwhNigFCJsXz1qTAgvS8gEnxguEmha77BTKT4gU+k6KG4Ngek2Kgg+WgsJoUA30mxaAATIqBQJIPKizTdGglfpFQiV8UUuKXrBJjQXpJQIkHG67Euu7BZEo82Cqx+/Io8RAHy6FhVeIhPiUeGoASDwGSfChQiVndXeAaiM3xZZa4YJiNC9QwgoYabnpcoM8bwwXigrUkccHLwF3+FSAp19q4QL1CQPBXWeKCEcDmrAmMC2qRxAUjCU2KkUImxShrUmBBGiVgUow23KTQdY8mMylG85kUNQXH9pgUYxwsx4bVpBjjMynGBmBSjAGSfGxhmaZDK/E4QiUeJ6TE460SY0EaL6DEEwxXYl33BDIlnmCV2H15lHiig+WksCrxRJ8STwpAiScCST4JqMSs7i5wDcTmOJklLphi4wI1haChppoeF+jzxlSBuGA9SVwwGbjLvwYk5XobF6jXCAj+OktcMA3YnLWBcUEdkrhgOqFJMV3IpJhhTQosSDMETIqZhpsUuu6ZZCbFTD6TIkFwbI9JMcvBcnZYTYpZPpNidgAmxSwgyWcXlmk6tBLPIVTiOUJKPNcqMRakuQJKPM9wJdZ1zyNT4nlWid2XR4nnO1guCKsSz/cp8YIAlHg+kOQLgErM6u4C10Bsjm+wxAULbVygFhI01JumxwX6vPGmQFywgSQueAO4y78FJOUGGxeotwgI/jZLXLAI2Jx1gXFBPZK4YDGhSbFYyKRYYk0KLEhLBEyKpYabFLrupWQmxVI+kyJRcGyPSbHMwXJ5WE2KZT6TYnkAJsUyIMmXF5ZpOrQSryBU4hVCSvyOVWIsSO8IKPFKw5VY172STIlXWiV2Xx4lXuVguTqsSrzKp8SrA1DiVUCSrwYqMau7C1wDsTlGWOKCFBsXqBSChnrX9LhAnzfeFYgLNpLEBRHgLr8GSMqNNi5QawgI/h5LXLAW2Jz1gXFBA5K4YB2hSbFOyKRYb00KLEjrBUyK9w03KXTd75OZFO/zmRTtBcf2mBQbHCw/CKtJscFnUnwQgEmxAUjyDwrLNB38aEGoxBuFlPhDq8RYkD4UUOJNhiuxrnsTmRJvskrsvjxK/JGD5eawKvFHPiXeHIASfwQk+WagErO6u8A1EJvjxyxxwRYbF6gtBA31ielxgT5vfCIQF2wiiQs+Bu7yW4Gk3GTjArWVgOCfssQF24DN2RAYFzQiiQs+IzQpPhMyKbZbkwIL0nYBk+Jzw00KXffnZCbF53wmRQfBsT0mxQ4Hyy/CalLs8JkUXwRgUuwAkvyLwjJNh1binYRKvFNIib+0SowF6UsBJd5luBLruneRKfEuq8Tuy6PEux0s94RViXf7lHhPAEq8G0jyPUAlZnV3gWsgNsevWOKCvTYuUHsJGupr0+MCfd74WiAu2EwSF3wF3OX3AUm52cYFah8Bwb9hiQv2A5uzCTAuaEoSFxwgNCkOCJkUB61JgQXpoIBJ8a3hJoWu+1syk+JbPpMiSXBsj0lxyMHyu7CaFId8JsV3AZgUh4Ak/66wTNOhlfgwoRIfFlLi760SY0H6XkCJjxiuxLruI2RKfMQqsfvyKPEPDpZHw6rEP/iU+GgASvwDkORHgUrM6u4C10Bsjj+yxAXHbFygjhE01E+mxwX6vPGTQFywhSQu+BG4yx8HknKLjQvUcQKC/8wSF5wANmczYFzQnCQuOEloUpwUMilOWZMCC9IpAZPiF8NNCl33L2QmxS98JkWy4Ngek+K0g+WvYTUpTvtMil8DMClOA0n+a2GZpkMr8RlCJT4jpMS/WSXGgvSbgBKfNVyJdd1nyZT4rFVi9+VR4nMOlufDqsTnfEp8PgAlPgck+XmgErO6u8A1EJtjVBGSuCADbqK0cUGGIubPMSN6jugJ6vOGniS6QbeSxAVuxqf77AEk5VYbF6hMBAS/REox0HFBZmBztgTGBa1I4oIsyI0iKhiTIguwOd3zvbTInz9bkyKdY2qQLi2CH/cyYMNK1X1ZEThGoibFZUBCBWNSqFi5sb0mRVYHy8tdmIbKpNALUMJVrHsh/BNK+9vpJWZWIMkvLyLTdGglzkaoxNmElDi7VWIsSNkFlDiH4Uqs685BpsQ5rBJ7BnfPP6eDZa6wKnFOnxLnCkCJcwJJnguoxKzubq4i5s8xN0tckMfGBSoPQUPlNT0u0OeNvAJxwTaSuCA3cJfPByTlNhsXqHwEBM/PEhcUADZna2Bc0IYkLogmNCmihUyKgtakwIJUUMCkKGS4SaHrLkRmUhTiMymU3NhekyLGwbJwWE2KGJ9JUTgAkyIGSPLCRWSaDq3ERQiVuIiQEhe1SowFqaiAEhczXIl13cXIlLiYVWLP4O75F3ewvCKsSlzcp8RXBKDExYEkvwKoxKzu7hVFzJ9jCZa4oKSNC1RJgoYqZXpcoM8bpQTigu0kcUEJ4C5/JZCU221coK4kIHhplrigDLA52wLjgnYkcUFZQpOirJBJcZU1KbAgXSVgUlxtuEmh676azKS4ms+kqCI3ttekKOdgWT6sJkU5n0lRPgCTohyQ5OWLyDQdWokrECpxBSElrmiVGAtSRQElrmS4Euu6K5EpcSWrxJ7B3fOv7GB5TViVuLJPia8JQIkrA0l+DVCJWd3da4qYP8dYlrhA2bhAKYKGqmJ6XKDPG1UE4oIdJHFBLHCXrwok5Q4bF6iqBASPY4kLqgGbMwEYFySSxAXxhCZFvJBJUd2aFFiQqguYFDUMNyl03TXITIoafCZFVbmxvSZFTQfLWmE1KWr6TIpaAZgUNYEkr1VEpunQSnwtoRJfK6TE11klxoJ0nYAS1zZciXXdtcmUuLZVYs/g7vnXcbC8PqxKXMenxNcHoMR1gCS/HqjErO7u9UXMn+MNLHFBXRsXqLoEDVXP9LhAnzfqCcQFO0nighuAu/yNQFLutHGBupGA4DexxAX1gc2ZBIwLkkniggaEJkUDIZPiZmtSYEG6WcCkuMVwk0LXfQuZSXELn0kRJze216Ro6GDZKKwmRUOfSdEoAJOiIZDkjYrINB1aiRsTKnFjISW+1SoxFqRbBZS4ieFKrOtuQqbETawSewZ3z7+pg+VtYVXipj4lvi0AJW4KJPltQCVmdXdvK2L+HG9niQua2bhANSNoqOamxwX6vNFcIC7YRRIX3A7c5VsASbnLxgWqBQHB72CJC1oCm7MjMC7oRBIXtCI0KVoJmRR3WpMCC9KdAibFXYabFLruu8hMirv4TIpqcmN7TYrWDpZtwmpStPaZFG0CMClaA0nepohM06GV+G5CJb5bSInvsUqMBekeASVua7gS67rbkilxW6vEnsHd82/nYHlvWJW4nU+J7w1AidsBSX4vUIlZ3d17i5g/x/tY4oIEGxeoBIKGSjQ9LtDnjUSBuGAPSVxwH3CXbw8k5R4bF6j2BATvwBIXJAGbszMwLuhCEhckE5oUyUImxf3WpMCCdL+ASfGA4SaFrvsBMpPiAT6TIl5ubK9J0dHBslNYTYqOPpOiUwAmRUcgyTsVkWk6tBI/SKjEDwop8UNWibEgPSSgxJ0NV2Jdd2cyJe5sldgzuHv+XRwsHw6rEnfxKfHDAShxFyDJHwYqMau7+3AR8+f4CEtc0NXGBaorQUN1Mz0u0OeNbgJxwV6SuOAR4C7/KJCUe21coB4lIPhjLHFBd2BzdgXGBd1I4oIehCZFDyGT4nFrUmBBelzApHjCcJNC1/0EmUnxBJ9JUV1ubK9J0dPBsldYTYqePpOiVwAmRU8gyXsVkWk6tBI/SajETwop8VNWibEgPSWgxL0NV2Jdd28yJe5tldgzuHv+fRwsnw6rEvfxKfHTAShxHyDJnwYqMau7+3QR8+f4DEtc0NfGBaovQUP1Mz0u0OeNfgJxwT6SuOAZ4C7/LJCU+2xcoJ4lIPhzLHFBf2BzdgfGBT1I4oIBhCbFACGT4nlrUmBBel7ApHjBcJNC1/0CmUnxAp9JUUNubK9JMdDBclBYTYqBPpNiUAAmxUAgyQcVkWk6tBK/SKjELwop8UtWibEgvSSgxIMNV2Jd92AyJR5sldgzuHv+Qxwsh4ZViYf4lHhoAEo8BEjyoUAlZnV3hxYxf44vs8QFw2xcoIYRNNRw0+MCfd4YLhAX7CeJC14G7vKvAEm538YF6hUCgr/KEheMADZnT2Bc0IskLhhJaFKMFDIpRlmTAgvSKAGTYrThJoWuezSZSTGaz6SoKTe216QY42A5NqwmxRifSTE2AJNiDJDkY4vINB1aiccRKvE4ISUeb5UYC9J4ASWeYLgS67onkCnxBKvEnsHd85/oYDkprEo80afEkwJQ4olAkk8CKjGruzupiPlznMwSF0yxcYGaQtBQU02PC/R5Y6pAXHCQJC6YDNzlXwOS8qCNC9RrBAR/nSUumAZszt7AuKAPSVwwndCkmC5kUsywJgUWpBkCJsVMw00KXfdMMpNiJp9JkSA3ttekmOVgOTusJsUsn0kxOwCTYhaQ5LOLyDQdWonnECrxHCElnmuVGAvSXAElnme4Euu655Ep8TyrxJ7B3fOf72C5IKxKPN+nxAsCUOL5QJIvACoxq7u7oIj5c3yDJS5YaOMCtZCgod40PS7Q5403BeKCQyRxwRvAXf4tICkP2bhAvUVA8LdZ4oJFwObsC4wL+pHEBYsJTYrFQibFEmtSYEFaImBSLDXcpNB1LyUzKZbymRSJcmN7TYplDpbLw2pSLPOZFMsDMCmWAUm+vIhM06GVeAWhEq8QUuJ3rBJjQXpHQIlXGq7Euu6VZEq80iqxZ3D3/Fc5WK4OqxKv8inx6gCUeBWQ5KuBSszq7q4uYv4cIyxxQYqNC1QKQUO9a3pcoM8b7wrEBYdJ4oIIcJdfAyTlYRsXqDUEBH+PJS5YC2zO/sC4YABJXLCO0KRYJ2RSrLcmBRak9QImxfuGmxS67vfJTIr3+UyK9nJje02KDQ6WH4TVpNjgMyk+CMCk2AAk+QdFZJoOrcQbCZV4o5ASf2iVGAvShwJKvMlwJdZ1byJT4k1WiT2Du+f/kYPl5rAq8Uc+Jd4cgBJ/BCT5ZqASs7q7m4uYP8ePWeKCLTYuUFsIGuoT0+MCfd74RCAuOEISF3wM3OW3Akl5xMYFaisBwT9liQu2AZtzIDAuGEQSF3xGaFJ8JmRSbLcmBRak7QImxeeGmxS67s/JTIrP+UyKDnJje02KHQ6WX4TVpNjhMym+CMCk2AEk+RdFZJoOrcQ7CZV4p5ASf2mVGAvSlwJKvMtwJdZ17yJT4l1WiT2Du+e/28FyT1iVeLdPifcEoMS7gSTfA1RiVnd3TxHz5/gVS1yw18YFai9BQ31telygzxtfC8QFR0nigq+Au/w+ICmP2rhA7SMg+DcsccF+YHMOBsYFQ0jiggOEJsUBIZPioDUpsCAdFDApvjXcpNB1f0tmUnzLZ1IkyY3tNSkOOVh+F1aT4pDPpPguAJPiEJDk3xWRaTq0Eh8mVOLDQkr8vVViLEjfCyjxEcOVWNd9hEyJj1gl9gzunv8PDpZHw6rEP/iU+GgASvwDkORHgUrM6u4eLWL+HH9kiQuO2bhAHSNoqJ9Mjwv0eeMngbjgGElc8CNwlz8OJOUxGxeo4wQE/5klLjgBbM5hwLhgOElccJLQpDgpZFKcsiYFFqRTAibFL4abFLruX8hMil/4TIpkubG9JsVpB8tfw2pSnPaZFL8GYFKcBpL81yIyTYdW4jOESnxGSIl/s0qMBek3ASU+a7gS67rPkinxWavEnsHd8z/nYHk+rEp8zqfE5wNQ4nNAkp8HKjGru3u+iPlzjCpKEhdkwE2UNi7IUNT8OWZEzxE9QX3e0JNEN+hxkrjAzfh0nz2ApDxu4wKViYDgl0gpBjouyAxszhHAuGBkQBtFetcvC3D9sgHXLztwLMn1u/R/f/1E++8y4PotAK7fG+D1Q9+I6GNhuUz4cU8I1x2bvkvpmisJ1H1SiC8ZwfUD8VEnDe/xphlkevw0QY9fI1D3ryQ9DsRHIWvWeOiAIk0Dy6f+cC713wrOvxWdf/WVNVXXLncOoFlca3SN8zv6v0/73WypP2cvGhX1V2uaXuy1eYwaKwdQs4MKtipnkgm2crpws8FWOsfUIOUsih83F9ANkao7V1E4RmLilEPAWctd9L+zUedJ/bt5/2KjzuPaqPOl/pz/Ir9byfndfM7v6o2gQOrP0cKbOrKvCwI39f9k/Qul/t2Yv1j/Qq71L5z6c5G/WP/CrvUvmvpzsYv8bmXnd4s6v6vnWDz15yscrCT2ngICfDlr+E2s7qfiAnWfIzE2SgD5BMRanSN5jrnkv9/bYn1jBXaTWRKsYWlXKXuTiQWplMBN5pWG32Tquq8UuslMuyTXNDadl//pKbRrUTL1DyDTlPyFo6IuFcYrnWMr/3/gXt/SztzLuGr4v57uOh91YQ/5n+46H/X3T3ddbJz/2tNdegFWuYot42oO/4RQf7s0cBMq+xdj1aielJhcPa5qQmxccmLqOPHJSVUTqtRUyTWqpg5fNU4lJiTFdohLrB4fF18juXpgzy+XFVLgq6wCY0G6SkCBrzZcgXXdVwdk86S3/jLOXOFP+K0N5vgW+x9e/nkie6kc0lpZi93gfs+RU+dX1xkTftfp3BWh+yjTWln+xKbv+uPuDV33JQHxJ71HbuSNSBngWJkN3X98lwL2twL2jJJaPzRPyhPaR+WFbl4r2JtXLEgVBG5eKxp+86rrrkiUUUrM9f96AQ89/zLp2AiSPVdSYHZPJWe9K/8Du6feRdbOb/fUi/p7u+di4/yt3SPRbKCx/rgjr1T0z2IzOotaN8p7oe84gHWoysDN7BoYGZKT09bzGsETj17HMgJ3/lmFTzzpvUv6/clcgbovN6vuC0/3mf4/P9HjZjP0pOIXGOS+4e7x9K5fdpKTHrC/FbBnlNT6ZQTzpBJQa2KBTp0eQ0JbYovK7GFIrCVcxHyF8XXnIXARCwjUnddMF/GCeSogH4FYq7yG943mS2mBvilAwJcyAnVHk/ClCpAvQKxVNAFf4gT6JoaAL9UE6i5MwpeqQL4AsVaFCfhyk0DfFCPgS32BuouT8CUOyBcg1qo4AV/uEOibkgR8aSlQdykSvlQD8gWItSpFwJcOAn1ThoAvSQJ1lyXhSzyQL0CsVVkCvjwm0DflCPjSXaDu8iR8qQ7kCxBrVZ6AL88J9E0lAr70F6i7MglfagD5AsRaVSbgy6sCfaMI+DJCoO4qJHypCeQLEGtVhYAvrwv0TTUCvkwTqDuehC+1gHwBYq3iCfjytkDf1CTgyyKBumuR8OVaIF+AWKtaBHx5T6BvahPwZa1A3XVI+HIdkC9ArFUdAr58KtA3dQn4sk2g7nokfKkN5AsQa1WPgC/fCPRNfQK+7BeouwEJX+oA+QLEWjUg4MvPAn3TkIAvJwTqbkTCl+uBfAFirRoR8OWSIvi+aULAl8wCdTcl4csNQL4AsVZNCfiSX6BvmjG8/yJQd3MSvtQF8gWItWpOwJfSAn3TkuH9F4G6W5HwpR6QL0CsVSsCvsQJ9E1rhvdfBOpuQ8KXG4F8AWKt2hDw5SaBvmnL8P6LQN3tSPhyE5AvQKxVOwK+3CHQNwkM778I1J1Iwpf6QL4AsVaJBHzpINA3SQzvvwjUnUzClwZAvgCxVskEfHlMoG86Mrz/IlB3JxK+3AzkCxBr1YmAL88J9E1nhvdfBOruQsKXW4B8AWKtuhDw5VWBvunK8P6LQN3dSPjSEMgXINaqGwFfXhfom+4M778I1N2DhC+NgHwBYq16EPDlbYG+6cnw/otA3b1I+NIYyBcg1qoXAV/eE+ib3gzvvwjU3YeEL7cC+QLEWvUh4MunAn3Tl+H9F4G6+5HwpQmQL0CsVT8Cvnwj0Df9Gd5/Eah7AAlfmgL5AsRaDSDgy88CfTOQ4f0XgboHkfDlNiBfgFirQQR8uUTgezwGM7z/IlD3EBK+3A7kCxBrhVy/zKljjEn9vxLOePo7PPT3EujPWtefH60/E1d/zqf+7EL9eWz6M6b05+bozwLRn2+g39nW76H+/m6d/p621P/Tz3XrZ1X183f6mSL9nITOfnWepT167TtqL0WfD/U9r9ZxvTfdXjTKc8Hfnykq03fw912AfafxHRv15/c46TVoLrzOLYDf8RTUt/m2EPo23zvst/liQbpD4Nt8Wxr+bb667pZE3+YrMVf/t/lmBM9b3+RlKYq9ebpUCDP/hZqze31bOXO/8x98Q3BJ1/8ug+vfDC6sSkb9/TcEX2yc/4lvCNaLWcK1cHcWvXDnNfkbgu8EbpB3FcWv713/YD3T/XYccHPIBDwNXCJ8ikR8W2UrgVPkMIK67xSoe7jhroGuu7VA3a8E5BrEpu9SwL5UQKyV1PrB38YlPD22ETo93m1Pj1iQ7hY4Pd5j+OlR130P0enxHnt6pD89tnXm3s6eHv/9lbZQbX2nx3Zkp8d2wA3yXoHT470BnB7vs6fHf32KaitwmhhFUHc7gbpHE5we7xOoewzJ6RHYlwqItUKunxb9sVEXXmh80L3Zrqj5c0wQyrjxH4oCFETWhkokaKj26DmiJ6i95fYCijGBRDESgHfXHYCknEBwp9FBoG+SimKVckzUhRdyXSXWNolgY0s2fWPTplU2gQadZDgxc2i7Q6DuySSPnd4P3ISBWCup9csIXj+3dZXesR4AYiHBFSkR61jUfPG+X6Du1wzfG7VoPSBQ9+ske2MnIB+BWKvX19Lc9P0R7KJ7syPBTV+nojJ9Difkg+k/1VVxxlJBPQXxoNBTEA/ZpyCwID0k8BREZ8OfgtB1dxZO1CXXNDadVxBPQGQsjH0C4jI8Xh5Cg8ZWaT+417eLM/eH/8ETEKWiLuwh/xMQpaL+/gmIi43zt09AgBbhj8VIK65L0T8nmNFZiBK+yaH+ZlrzoVV4BsEbupcJHAdmmn0c+OPOpgtQdB4GjjWLJDsA9rcC9owCrp9nw0fz5BGSN4q7gt8oHhf1p5joNegq/EZxN8JnwrsJnYYetachLEiPCpyGHjP8NKTrfozsNPSY4GlIqGcDe966u4NlD9Oft0YvQlpx3X3PSPcoGnXBhQ6augNJ3oPkTuJxQiV+XEiJn7BKjAXpCQEl7mm4Euu6e5IpcU+rxO7Lo8S9HCyfDKsS9/Ip8ZMBKHEvIMmfBD+/N+7C8o2PSZ8sav4cn2KJcnuDn3RnbKjeBA3Vx/QHQvV5o4+A2z+PxK1+CrjLPw0k5Tyeh3/EyPM0AcGfkVIM9O0M8gnWvuAnWNMu9JN9/YDzzAOMj/KSfGzOs4TGzLNCxsxz1pjBgvScgDHT33BjRtfdn8yY6c9nzEg8kPXH2O75D3CwfD6sxswAnzHzfADGzAAgyZ8XupNBK/ELhEr8gpASD7RKjAVpoIASDzJciXXdg8iUeJBVYs/Y7vm/6GD5UliV+EWfEr8UgBK/CCT5S9bRVsA1EJvjYJaIZIhtKDWEoKGGmh6R6PPGUIGIZAFJRDIYuMu/DCTlAhuRqJcJCD5MSjHQccFwYHMWAMYF0SRxwSuEJsUrQibFq9akwIL0qoBJMcJwk0LXPYLMpBjBZ1JUERzbY1KMdLAcFVaTYqTPpBgVgEkxEkjyUUVlmg6txKMJlXi0kBKPsUqMBWmMgBKPNVyJdd1jyZR4rFVi9+VR4nEOluPDqsTjfEo8PgAlHgck+XigErO6u8A1EJvjBJa4YKKNC9REgoaaZHpcoM8bkwTigoUkccEE4C4/GUjKhTYuUJMJCD6FJS6YCmzOGGBcUJgkLniN0KR4TcikeN2aFFiQXhcwKaYZblLouqeRmRTT+EyKqoJje0yK6Q6WM8JqUkz3mRQzAjAppgNJPqOoTNOhlXgmoRLPFFLiWVaJsSDNElDi2YYrsa57NpkSz7ZK7L48SjzHwXJuWJV4jk+J5wagxHOAJJ8LVGJWdxe4BmJznMcSF8y3cYGaT9BQC0yPC/R5Y4FAXPAWSVwwD7jLvwEk5Vs2LlBvEBB8IUtc8CawOYsB44LiJHHBW4QmxVtCJsXb1qTAgvS2gEmxyHCTQte9iMykWMRnUsQJju0xKRY7WC4Jq0mx2GdSLAnApFgMJPmSojJNh1bipYRKvFRIiZdZJcaCtExAiZcbrsS67uVkSrzcKrH78ijxCgfLd8KqxCt8SvxOAEq8Akjyd4BKzOruAtdAbI4rWeKCVTYuUKsIGmq16XGBPm+sFogLFpHEBSuBu3wESMpFNi5QEQKCp7DEBe8Cm7MkMC4oRRIXrCE0KdYImRTvWZMCC9J7AibFWsNNCl33WjKTYi2fSVFNcGyPSbHOwXJ9WE2KdT6TYn0AJsU6IMnXF5VpOrQSv0+oxO8LKfEGq8RYkDYIKPEHhiuxrvsDMiX+wCqx+/Io8UYHyw/DqsQbfUr8YQBKvBFI8g+BSszq7gLXQGyOm1jigo9sXKA+ImiozabHBfq8sVkgLlhCEhdsAu7yHwNJucTGBepjAoJvYYkLPgE2ZxlgXFCWJC7YSmhSbBUyKT61JgUWpE8FTIpthpsUuu5tZCbFNj6TIl5wbI9J8ZmD5fawmhSf+UyK7QGYFJ8BSb69qEzToZX4c0Il/lxIiXdYJcaCtENAib8wXIl13V+QKfEXVondl0eJdzpYfhlWJd7pU+IvA1DinUCSfwlUYlZ3F7gGYnPcxRIX7LZxgdpN0FB7TI8L9Hljj0BcsIwkLtgF3OW/ApJymY0L1FcEBN/LEhd8DWzOcsC4oDxJXLCP0KTYJ2RSfGNNCixI3wiYFPsNNyl03fvJTIr9fCZFdcGxPSbFAQfLg2E1KQ74TIqDAZgUB4AkP1hUpunQSvwtoRJ/K6TEh6wSY0E6JKDE3xmuxLru78iU+DurxO7Lo8SHHSy/D6sSH/Yp8fcBKPFhIMm/Byoxq7sLXAOxOR5hiQt+sHGB+oGgoY6aHhfo88ZRgbhgBUlccAS4y/8IJOUKGxeoHwkIfowlLvgJ2JyVgHFBZZK44DihSXFcyKT42ZoUWJB+FjApThhuUui6T5CZFCf4TIoagmN7TIqTDpanwmpSnPSZFKcCMClOAkl+qqhM06GV+BdCJf5FSIlPWyXGgnRaQIl/NVyJdd2/kinxr1aJ3ZdHic84WP4WViU+41Pi3wJQ4jNAkv8GVGJWdxe4BmJzPMsSF5yzcYE6R9BQ502PC/R547xAXLCSJC44i7yVK4ab10obFyjgeorNMUMxmT6HxwUZgc2pgHFBFZK4IFMxPpMiE7A53fO9pJjrZ+dfa1L8yzE1SHpB0eNmBjasVN2Zi8ExEjUpMgMJFZBJUVNwbI9JkcXB8lIXpqEyKfQClHAV614I/4TS/nZ6iZkFSPJLi8k0HVqJLyNU4suElDirVWIsSFkFlPhyw5VY1305mRJfbpXYfXmUOJuDZfawKnE2nxJnD0CJswFJnh2oxKzuLnANxOaYQ8r8Qd8y5QSaP6wNlZOgoXKh54ieoD5v5CqGb9DVJHFBDuAunxtIytU2LlC5CQiehyUuyAtszmrAuCCeJC7IR2hS5BMyKfJbkwILUn4Bk6KA4SaFrrsAmUlRgM+kSBAc22NSRDtYFgyrSRHtMykKBmBSRANJXrCYTNOhlbgQoRIXElLiGKvEWJBiBJS4sOFKrOsuTKbEha0Suy+PEhdxsCwaViUu4lPiogEocREgyYsClZjV3QWugdgci7HEBcVtXKCKEzTUFabHBfq8cYVAXJBCEhcUA+7yJYCkTLFxgSpBQPCSLHFBKWBz1gTGBbVI4oIrCU2KK4VMitLWpMCCVFrApChjuEmh6y5DZlKU4TMpEgXH9pgUZR0srwqrSVHWZ1JcFYBJURZI8quKyTQdWomvJlTiq4WUuJxVYixI5QSUuLzhSqzrLk+mxOWtErsvjxJXcLCsGFYlruBT4ooBKHEFIMkrApWY1d0FroHYHCuxxAWVbVygKhM01DWmxwX6vHGNQFywhiQuqATc5WOBpFxj4wIVS0BwxRIXVAE2Z21gXFCHJC6oSmhSVBUyKeKsSYEFKU7ApKhmuEmh665GZlJU4zMp2guO7TEp4h0sq4fVpIj3mRTVAzAp4oEkr15MpunQSlyDUIlrCClxTavEWJBqCihxLcOVWNddi0yJa1kldl8eJb7WwfK6sCrxtT4lvi4AJb4WSPLrgErM6u4C10BsjrVZ4oI6Ni5QdQga6nrT4wJ93rheIC5YSxIX1Abu8jcASbnWxgXqBgKC12WJC+oBm7MuMC6oRxIX3EhoUtwoZFLcZE0KLEg3CZgU9Q03KXTd9clMivp8JkUHwbE9JkUDB8ubw2pSNPCZFDcHYFI0AJL85mIyTYdW4lsIlfgWISVuaJUYC1JDASVuZLgS67obkSlxI6vE7sujxI0dLG8NqxI39inxrQEocWMgyW8FKjGruwtcA7E5NmGJC5rauEA1JWio20yPC/R54zaBuGA9SVzQBLjL3w4k5XobF6jbCQjejCUuaA5szvrAuKABSVzQgtCkaCFkUtxhTQosSHcImBQtDTcpdN0tyUyKlnwmRZLg2B6TopWD5Z1hNSla+UyKOwMwKVoBSX5nMZmmQyvxXYRKfJeQEre2SowFqbWAErcxXIl13W3IlLiNVWL35VHiux0s7wmrEt/tU+J7AlDiu4EkvweoxKzuLnANxObYliUuaGfjAtWOoKHuNT0u0OeNewXigg0kcUFb4C5/H5CUG2xcoO4jIHgCS1yQCGzOhsC4oBFJXNCe0KRoL2RSdLAmBRakDgImRZLhJoWuO4nMpEjiMymSBcf2mBTJDpb3h9WkSPaZFPcHYFIkA0l+fzGZpkMr8QOESvyAkBJ3tEqMBamjgBJ3MlyJdd2dyJS4k1Vi9+VR4gcdLB8KqxI/6FPihwJQ4geBJH8IqMSs7i5wDcTm2JklLuhi4wLVhaChHjY9LtDnjYcF4oKNJHFBZ+Au/wiQlBttXKAeISB4V5a4oBuwOZsA44KmJHHBo4QmxaNCJsVj1qTAgvSYgEnR3XCTQtfdncyk6E5nUqhYubG9JkUPB8vHw2pS9PCZFI8HYFL0AJL88WIyTYdW4icIlfgJISXuaZUYC1JPASXuZbgS67p7kSlxL6vEnsHd83/SwfKpsCrxkz4lfioAJX4SSPKngErM6u4+Vcz8OfZmiQv62LhA9SFoqKdNjwv0eeNpgbhgE0lc0Bu4yz8DJOUmGxeoZwgI3pclLugHbM5mwLigOUlc8CyhSfGskEnxnDUpsCA9J2BS9DfcpNB19yczKfrzmRRKbmyvSTHAwfL5sJoUA3wmxfMBmBQDgCR/vphM06GV+AVCJX5BSIkHWiXGgjRQQIkHGa7Euu5BZEo8yCqxZ3D3/F90sHwprEr8ok+JXwpAiV8EkvwloBKzursvFTN/joNZ4oIhNi5QQwgaaqjpcYE+bwwViAs2k8QFg4G7/MtAUm62cYF6mYDgw1jiguHA5mwJjAtakcQFrxCaFK8ImRSvWpMCC9KrAibFCMNNCl33CDKTYgSfSVFFbmyvSTHSwXJUWE2KkT6TYlQAJsVIIMlHFZNpOrQSjyZU4tFCSjzGKjEWpDECSjzWcCXWdY8lU+KxVok9g7vnP87BcnxYlXicT4nHB6DE44AkHw9UYlZ3d3wx8+c4gSUumGjjAjWRoKEmmR4X6PPGJIG4YAtJXDABuMtPBpJyi40L1GQCgk9hiQumApuzNTAuaEMSF7xGaFK8JmRSvG5NCixIrwuYFNMMNyl03dPITIppfCZFVbmxvSbFdAfLGWE1Kab7TIoZAZgU04Ekn1FMpunQSjyTUIlnCinxLKvEWJBmCSjxbMOVWNc9m0yJZ1sl9gzunv8cB8u5YVXiOT4lnhuAEs8BknwuUIlZ3d25xcyf4zyWuGC+jQvUfIKGWmB6XKDPGwsE4oKtJHHBPOAu/waQlFttXKDeICD4Qpa44E1gc7YFxgXtSOKCtwhNireETIq3rUmBBeltAZNikeEmha57EZlJsYjPpIiTG9trUix2sFwSVpNisc+kWBKASbEYSPIlxWSaDq3ESwmVeKmQEi+zSowFaZmAEi83XIl13cvJlHi5VWLP4O75r3CwfCesSrzCp8TvBKDEK4AkfweoxKzu7jvFzJ/jSpa4YJWNC9QqgoZabXpcoM8bqwXigm0kccFK4C4fAZJym40LVISA4CksccG7wOZMAMYFiSRxwRpCk2KNkEnxnjUpsCC9J2BSrDXcpNB1ryUzKdbymRTV5Mb2mhTrHCzXh9WkWOczKdYHYFKsA5J8fTGZpkMr8fuESvy+kBJvsEqMBWmDgBJ/YLgS67o/IFPiD6wSewZ3z3+jg+WHYVXijT4l/jAAJd4IJPmHQCVmdXc/LGb+HDexxAUf2bhAfUTQUJtNjwv0eWOzQFywnSQu2ATc5T8GknK7jQvUxwQE38ISF3wCbM4kYFyQTBIXbCU0KbYKmRSfWpMCC9KnAibFNsNNCl33NjKTYhufSREvN7bXpPjMwXJ7WE2Kz3wmxfYATIrPgCTfXkym6dBK/DmhEn8upMQ7rBJjQdohoMRfGK7Euu4vyJT4C6vEnsHd89/pYPllWJV4p0+JvwxAiXcCSf4lUIlZ3d0vi5k/x10sccFuGxeo3QQNtcf0uECfN/YIxAU7SOKCXcBd/isgKXfYuEB9RUDwvSxxwdfA5uwIjAs6kcQF+whNin1CJsU31qTAgvSNgEmx33CTQte9n8yk2M9nUlSXG9trUhxwsDwYVpPigM+kOBiASXEASPKDxWSaDq3E3xIq8bdCSnzIKjEWpEMCSvyd4Uqs6/6OTIm/s0rsGdw9/8MOlt+HVYkP+5T4+wCU+DCQ5N8DlZjV3f2+mPlzPMISF/xg4wL1A0FDHTU9LtDnjaMCccFOkrjgCHCX/xFIyp02LlA/EhD8GEtc8BOwOTsD44IuJHHBcUKT4riQSfGzNSmwIP0sYFKcMNyk0HWfIDMpTvCZFDXkxvaaFCcdLE+F1aQ46TMpTgVgUpwEkvxUMZmmQyvxL4RK/IuQEp+2SowF6bSAEv9quBLrun8lU+JfrRJ7BnfP/4yD5W9hVeIzPiX+LQAlPgMk+W9AJWZ1d38rZv4cz7LEBedsXKDOETTUedPjAn3eOC8QF+wiiQvOIm/liuPmtcvGBQq4nmJzzFBcps/hcUFGYHN2BcYF3UjigkzF+UyKTMDmdM/3kuKun51/rUnxL8fUIOkFRY+bGdiwUnVnLg7HSNSkyAwkVEAmRU25sb0mRRYHy0tdmIbKpNALUMJVrHsh/BNK+9vpJWYWIMkvLS7TdGglvoxQiS8TUuKsVomxIGUVUOLLDVdiXfflZEp8uVViz+Du+WdzsMweViXO5lPi7AEocTYgybMDlZjV3c1e3Pw55pAyf9C3TDmB5g9rQ+UkaKhc6DmiJ6jPG7mK4xt0D0lckAO4y+cGknKPjQtUbgKC52GJC/ICm7M7MC7oQRIX5CM0KfIJmRT5rUmBBSm/gElRwHCTQtddgMykKMBnUiTIje01KaIdLAuG1aSI9pkUBQMwKaKBJC9YXKbp0EpciFCJCwkpcYxVYixIMQJKXNhwJdZ1FyZT4sJWiT2Du+dfxMGyaFiVuIhPiYsGoMRFgCQvClRiVne3aHHz51iMJS4obuMCVZygoa4wPS7Q540rBOKCvSRxQTHgLl8CSMq9Ni5QJQgIXpIlLigFbM6ewLigF0lccCWhSXGlkElR2poUWJBKC5gUZQw3KXTdZchMijJ8JkWi3Nhek6Ksg+VVYTUpyvpMiqsCMCnKAkl+VXGZpkMr8dWESny1kBKXs0qMBamcgBKXN1yJdd3lyZS4vFViz+Du+VdwsKwYViWu4FPiigEocQUgySsClZjV3a1Y3Pw5VmKJCyrbuEBVJmioa0yPC/R54xqBuGAfSVxQCbjLxwJJuc/GBSqWgOCKJS6oAmzO3sC4oA9JXFCV0KSoKmRSxFmTAgtSnIBJUc1wk0LXXY3MpKjGZ1K0lxvba1LEO1hWD6tJEe8zKaoHYFLEA0levbhM06GVuAahEtcQUuKaVomxINUUUOJahiuxrrsWmRLXskrsGdw9/2sdLK8LqxJf61Pi6wJQ4muBJL8OqMSs7u51xc2fY22WuKCOjQtUHYKGut70uECfN64XiAv2k8QFtYG7/A1AUu63cYG6gYDgdVnignrA5uwLjAv6kcQFNxKaFDcKmRQ3WZMCC9JNAiZFfcNNCl13fTKToj6fSdFBbmyvSdHAwfLmsJoUDXwmxc0BmBQNgCS/ubhM06GV+BZCJb5FSIkbWiXGgtRQQIkbGa7Euu5GZErcyCqxZ3D3/Bs7WN4aViVu7FPiWwNQ4sZAkt8KVGJWd/fW4ubPsQlLXNDUxgWqKUFD3WZ6XKDPG7cJxAUHSeKCJsBd/nYgKQ/auEDdTkDwZixxQXNgc/YHxgUDSOKCFoQmRQshk+IOa1JgQbpDwKRoabhJoetuSWZStOQzKZLkxvaaFK0cLO8Mq0nRymdS3BmASdEKSPI7i8s0HVqJ7yJU4ruElLi1VWIsSK0FlLiN4Uqs625DpsRtrBJ7BnfP/24Hy3vCqsR3+5T4ngCU+G4gye8BKjGru3tPcfPn2JYlLmhn4wLVjqCh7jU9LtDnjXsF4oJDJHFBW+Aufx+QlIdsXKDuIyB4AktckAhszoHAuGAQSVzQntCkaC9kUnSwJgUWpA4CJkWS4SaFrjuJzKRI4jMpkuXG9poUyQ6W94fVpEj2mRT3B2BSJANJfn9xmaZDK/EDhEr8gJASd7RKjAWpo4ASdzJciXXdnciUuJNVYs/g7vk/6GD5UFiV+EGfEj8UgBI/CCT5Q0AlZnV3Hypu/hw7s8QFXWxcoLoQNNTDpscF+rzxsEBccJgkLugM3OUfAZLysI0L1CMEBO/KEhd0AzbnYGBcMCSgjSK96/cocP0yAdfvEuBYkuv32P/++on2X3fg+s0Art9M8Pqhb0T0sVBlwo97RLju2PRdStdcTaDuH4T4khFcPxAf9YPhPd40g0yPHyPo8eoCdf9E0uNAfBSyZo2HDijSNLBK6g/nNC7Ov3HOv/rqkaprjzsH0CyuNaru/I7+79N+94nUn3v6rD+07VcjE26sXsh7nqhggq34TDLB1pM22MKC9KRAsPWU4cGWrvspoWBLQpx6CThrvYv/dzbqPql/9+m/2Kj7uDbqZ1J/7nuR363m/O4zzu/qjaBf6s/PCm/qyL5+Drip/yfr3z/17w74i/Xv71r/51N/fuEv1v951/oPTP150EV+N9753YHO7+o5vpj680sOVhJ7Tz8Bvpww/CZW99OLAnWfJDE2BgP5BMRanSR5jnnIv9/bYn1jBXaTOUTo6amh9iYTC9JQgZvMlw2/ydR1v0z29NTLgk9PoV2Lcql/AJmm9C0aFfWYMF7pHFv5/wP3+g5z5j78HzzddT7qwh7yP911Purvn+662Dj/tae79AKschU73NUc/gmh/vYw4Cb0yl+MVaN6UmJy9biqCbFxyYmp48QnJ1VNqFJTJdeomjp81TiVmJAU2yEusXp8XHyN5OqBPb/8ipACv2oVGAvSqwIKPMJwBdZ1jwjI5klv/cOduaLHPW3oA1T+eSJ7aSTwruA0OM/Qm5ieX11nTHTPp90VofvojOH2R9rdG7ru38y0Py44ciNvRIYDxzpL8gAnsL8VsGfUWRL7aBShfTRK6OZ1tL15xYI0WuDmdYzhN6+67jFEGaXEXP+vF/DQ8x+ejo0g2XMlBWb3jHXWe9w/sHvqXWTt/HZPvai/t3suNs7f2j0SzQYa64878rHF/yw2o7OodaO8F/qOA1iHGgfczMbDyJCcnLae4wVPPHodhwvc+WdYZ5RjcMFdkq57rEDdGc2q+4L56brHCdSdCVx32pXefcMvMMh9w93j6V2/SwxdP9+lgP2tgD2jpNYvI5gnY4FaMwHo1OkxJLRlQnGZPQyJtYSL+ExRfN1Z15ldt3YR+wnUfXlAe2N65zkRyEcg1upyw/tG82WYQN/kIODLcIG6c5LwZRKQL0CsVU4CvkwR6Js8BHyZKlB3XhK+TAbyBYi1ykvAl4UCfVOAgC9vCtQdTcKXKUC+ALFW0QR8SRHomxgCvrwrUHdhEr5MBfIFiLUqTMCXLQJ9U4yAL58I1F2chC+vAfkCxFoVJ+DLXoG+KUnAl68F6i5FwpfXgXwBYq1KEfDlmEDflCHgy08CdZcl4cs0IF+AWKuyBHzJUAzfN+UI+JJRoO7yJHyZDuQLEGtVnoAveQT6phIBX/IK1F2ZhC8zgHwBYq0qE/ClpEDfKAK+lBKouwoJX2YC+QLEWlUh4IsS6JtqBHypIlB3PAlfZgH5AsRaxRPwpa5A39Qk4Es9gbprkfBlNpAvQKxVLQK+NBPom9oEfGkuUHcdEr7MAfIFiLWqQ8CXBIG+qUvAl0SBuuuR8GUukC9ArFU9Ar50Feib+gR8+X/sfQucTlX//RhRFEVRFM7MmGHGpdku41IURVEURVGUYaYoilCUpFKpJJVKkiRJkiRJQhJCKgmhlGsRyrUo/Gf/OtOcc8xb/d9nfc+7V2efz+f9zHy8036+t7XX2Wud53l6CeTdlAQvk4F4AfZaNSXAyyCBuWnG8P4Xgbybk+DlDSBegL1WzQnwMlxgblowvP9FIO+WJHiZAsQLsNeqJQFexgrMTSuG978I5N2aBC9vAvEC7LVqTYCXqQJz04bh/S8CebclwctUIF6AvVZtCfAyT2Bu2jG8/0Ug7/YkeHkLiBdgr1V7ArwsF5ibDgzvfxHIuyMJXqYB8QLstepIgJcNAnPTieH9LwJ5Z5Lg5W0gXoC9VpkEeNktMDdZDO9/Ecg7mwQv04F4AfZaZRPgpYDA5651ZXj/i0De3Ujw8g4QL8Beq24EeCkhMDfdGd7/IpB3DxK8zADiBdhr1YMALwkCc9OT4f0vAnn3IsHLu0C8AHutehHgRQnMTR+G978I5N2XBC8zgXgB9lr1JcBLI4G56cfw/heBvPuT4OU9IF6AvVb9CfDSSmBuBjC8/0Ug77tJ8DILiBdgr9XdBHjpJDA3gxje/yKQ970keHkf+X33QLzcS4CXngJzM5jh/S8CeT9AgpfZQLwAe62Q9dNf+jc+53+Ou57+Dg/9vQT6s9b150frz8TVn/OpP7tQfx6b/owp/bk5+rNA9Ocb6Pds6/eh6vfW6fcL6fdA6Oe69bOq+vk7/UyRfk5Ce7/az9IavdYdtZaiz4f6nlfzuN6bZpeP813ouZtTXmbu0HHOBc6d7u8rcXnf46RrMFe4zh8Av+MprG/z/UDo23zn2W/zxTZpnsC3+X5o+Lf56rw/LA/vkdi3+UrEGvw233hw3Pom77by2Jun3kI9C16omL31ne/G/tE/+IbgBM9/V8Dzs4CnVwlxf/8Nwfmt86/4hmBdTMdTuI/KH7vzmvwNwR8BN8gF5fH1XfAP6hlr3AuBm8NvC3Br/b5AlhAQ31Y5X+AUOWSh+Xl/JJD3w4arBjrvhQJ5PxKSapAe26WAc6mAvVZS9UP3eRHh6XGR0OnxY3t6xDbpY4HT42LDT48678VEp8fF9vRIf3pc4sa+1J4e//srt1BLAqfHpWSnx6XADfITgdPjJyGcHpfZ0+N/fYpaInCaGEZwelwqkPfjBKfHZQJ5Dyc5PQLnUgF7rZD106T/StyxF7o/6NlcWt78GD8V8rjhgPwMSIisA/UZwUB9jo4RHaDWlj8XYIwRJIzxKfDuejkQlCMI7jSWC8zNF+WxTDk+7tgLWVeJ2n5BsLGtMH1jq5szoHcIDOgzhgOzf07OQwXyfpbksdMvgZswsNdKqn7x4Pp5patY11oJ7IUEVqRIbFV588n7S4G8Rxm+N2rSWimQ9/Mke+NqIB6BvVbPL6S56fvT2EXP5iqCm77V5WXmHA7Ir2I/1dVw11JhPQXxldBTEGvsUxDYJq0ReApireFPQei81wo76pI1TY/xCuMJiFvOwj4B0QffLx+gQWur3F+89V3nxv71P3gCIjHu2BkKPgGRGPf3T0Dkt87fPgEBKsKfxchNbl35vADj3UI4geBQr5k7fGgWHkPwDt0+AseBF80+Dvx5Z7MOSDpfA9caS+IdAOdbAWdGAevn2/DROPmG5B3F68HvKJ4Ql0cmugbrhd9R/C3hM+HfCp2GvrOnIWyTvhM4DW0w/DSk895AdhraIHgaEprZ0J633uj2cpPpz1uji5Cb3MbAM9Kbyscdc6GNpo1AkG8iuZPYTMjEm4WYeItlYmyTtggw8VbDmVjnvZWMibdaJvZePib+3u3lD1Fl4u8DTPxDCEz8PRDkP4Cf35twbPrG26Q/lDc/xm0sVu528JPujAO1nWCgfjT9gVB93vhRQO0fT6JWbwPu8juAoBzP8/CPGHh2EAB8pxRjoG9nkE+w7gI/wZp7oZ/s+wkYZxGgfVSU5GNzfiYUZn4WEmZ2W2EG26TdAsLMHsOFGZ33HjJhZg+fMCPxQNafa3vj3+v2cl9UhZm9AWFmXwjCzF4gyPcJ3cmgmXg/IRPvF2LiA5aJsU06IMDEvxjOxDrvX8iY+BfLxL61vfH/6vbyYFSZ+NcAEx8MgYl/BYL8oFW0FbAGYjEeYrFIfrMDpX4jGKjfTbdI9HnjdwGLZAKJRXIIuMsfBoJygrVI1GECgB+RYgy0XXAUOJzFgHZBcRK7IK4Cn0jhjTk9xssbb4EKeb9bkSLWNSv8UVD0uvHAgZXKO74CvEeiIkU8EFAhiRQ1BNf2iRQF3V4e5+lppEQKXQDHk6y3EMGAcl87ZiYBgvy4CjJDh2biQoRMXEiIiQtbJsY2qbAAEx9vOBPrvI8nY+LjLRN7Lx8Tn+D2skhUmfiEABMXCYGJTwCCvAiQiVnVXWANxGIsKhBjvoHGOlAn4gKltQtOJBiok9AxogPU542TKuAHdCKJXVAUuMsXA4JyorULVDECgBeXYgy0XXAycDhLAO2CkiR2wSmEIsUpQiJFCStSYJtUQkCkKGm4SKHzLkkmUpTkEylqCq7tEylOdXt5WlRFilMDIsVpIYgUpwJBfloFmaFDM3EpQiYuJcTEpS0TY5tUWoCJTzeciXXep5Mx8emWib2Xj4nPcHtZJqpMfEaAicuEwMRnAEFeBsjErOousAZiMZZlsQvOtHaBOpNgoM4y3S7Q542zBOyCSSR2QVngLl8OCMpJ1i5Q5QgAXp7FLqgAHM5SQLugNIld4BCKFI6QSJFgRQpskxIERIpEw0UKnXcimUiRyCdS1BJc2ydSJLm9rBhVkSIpIFJUDEGkSAKCvGIFmaFDM3EyIRMnCzFximVibJNSBJi4kuFMrPOuRMbElSwTey8fE1d2e5kaVSauHGDi1BCYuDIQ5KlAJmZVd4E1EIsxjcUuqGLtAlWFYKCqmm4X6PNGVQG7YDKJXZAG3OWrAUE52doFqhoBwKuz2AVnA4ezDNAuKEtiF6QTihTpQiKFsiIFtklKQKSoYbhIofOuQSZS1OATKWoLru0TKWq6vawVVZGiZkCkqBWCSFETCPJaFWSGDs3EtQmZuLYQE2dYJsY2KUOAiesYzsQ67zpkTFzHMrH38jFxXbeX9aLKxHUDTFwvBCauCwR5PSATs6q7wBqIxVifxS44x9oF6hyCgTrXdLtAnzfOFbALppDYBfWBu3wDICinWLtANSAAeEMWu+A84HCWA9oF5UnsgvMJRYrzhUSKRlakwDapkYBI0dhwkULn3ZhMpGjMJ1JkCK7tEykucHt5YVRFigsCIsWFIYgUFwBBfmEFmaFDM3ETQiZuIsTETS0TY5vUVICJLzKciXXeF5Ex8UWWib2Xj4kvdnvZLKpMfHGAiZuFwMQXA0HeDMjErOousAZiMTZnsQsusXaBuoRgoC413S7Q541LBeyCqSR2QXPgLt8CCMqp1i5QLQgA3pLFLrgMOJwJQLsgkcQuuJxQpLhcSKRoZUUKbJNaCYgUrQ0XKXTerclEitZ8IkUdwbV9IsUVbi+vjKpIcUVApLgyBJHiCiDIr6wgM3RoJm5DyMRthJi4rWVibJPaCjDxVYYzsc77KjImvsoysffyMfHVbi/bRZWJrw4wcbsQmPhqIMjbAZmYVd0F1kAsxvYsdsE11i5Q1xAM1LWm2wX6vHGtgF0wjcQuaA/c5TsAQTnN2gWqAwHAO7LYBdcBhzMZaBekkNgF1xOKFNcLiRSdrEiBbVInAZEi03CRQuedSSZSZPKJFHUF1/aJFJ3dXnaJqkjROSBSdAlBpOgMBHmXCjJDh2biLEImzhJi4mzLxNgmZQsw8Q2GM7HO+wYyJr7BMrH38jHxjW4vu0aViW8MMHHXEJj4RiDIuwKZmFXdBdZALMZuLHbBTdYuUDcRDNTNptsF+rxxs4BdMJ3ELugG3OW7A0E53doFqjsBwHuw2AW3AIczFWgXpJHYBbcSihS3CokUPa1IgW1STwGRopfhIoXOuxeZSNGLT6SoJ7i2T6S4ze1l76iKFLcFRIreIYgUtwFB3ruCzNChmbgPIRP3EWLivpaJsU3qK8DEtxvOxDrv28mY+HbLxN7Lx8R3uL3sF1UmviPAxP1CYOI7gCDvB2RiVnUXWAOxGPuz2AV3WrtA3UkwUHeZbhfo88ZdAnbBDBK7oD9wlx8ABOUMaxeoAQQAv5vFLhgIHM5qQLugOoldcA+hSHGPkEgxyIoU2CYNEhAp7jVcpNB530smUtzLJ1J0ElzbJ1Lc5/by/qiKFPcFRIr7QxAp7gOC/P4KMkOHZuLBhEw8WIiJH7BMjG3SAwJM/KDhTKzzfpCMiR+0TOy9fEz8kNvLIVFl4ocCTDwkBCZ+CAjyIUAmZlV3gTUQi/FhFrvgEWsXqEcIBupR0+0Cfd54VMAumEliFzwM3OWHAkE509oFaigBwB9jsQuGAYdTAe2CGiR2weOEIsXjQiLFcCtSYJs0XECkeMJwkULn/QSZSPEEn0iRKbi2T6R40u3lU1EVKZ4MiBRPhSBSPAkE+VMVZIYOzcQjCJl4hBATP22ZGNukpwWY+BnDmVjn/QwZEz9jmdh7+Zj4WbeXI6PKxM8GmHhkCEz8LBDkI4FMzKruAmsgFuNzLHbBKGsXqFEEA/W86XaBPm88L2AXzCKxC54D7vKjgaCcZe0CNZoA4C+w2AVjgMNZG2gXZJDYBS8SihQvCokUY61IgW3SWAGR4iXDRQqd90tkIsVLfCJFZ8G1fSLFOLeXL0dVpBgXECleDkGkGAcE+csVZIYOzcTjCZl4vBATv2KZGNukVwSYeILhTKzznkDGxBMsE3svHxO/6vZyYlSZ+NUAE08MgYlfBYJ8IpCJWdVdYA3EYnyNxS6YZO0CNYlgoF433S7Q543XBeyC2SR2wWvAXX4yEJSzrV2gJhMA/A0Wu2AKcDjrAe2C+iR2wZuEIsWbQiLFVCtSYJs0VUCkeMtwkULn/RaZSPEWn0jRRXBtn0gxze3l21EVKaYFRIq3QxAppgFB/nYFmaFDM/F0QiaeLsTE71gmxjbpHQEmnmE4E+u8Z5Ax8QzLxN7Lx8Tvur2cGVUmfjfAxDNDYOJ3gSCfCWRiVnUXWAOxGN9jsQtmWbtAzSIYqPdNtwv0eeN9AbtgLold8B5wl58NBOVcaxeo2QQAn8NiF8wFDmcDoF3QkMQu+IBQpPhASKSYZ0UKbJPmCYgUHxouUui8PyQTKT7kEymyBNf2iRTz3V5+FFWRYn5ApPgoBJFiPhDkH1WQGTo0Ey8gZOIFQky80DIxtkkLBZh4keFMrPNeRMbEiywTey8fE3/s9nJxVJn44wATLw6BiT8GgnwxkIlZ1V1gDcRiXMJiFyy1doFaSjBQn5huF+jzxicCdsE8ErtgCXCXXwYE5TxrF6hlBAD/lMUu+Aw4nI2AdkFjErvgc0KR4nMhkWK5FSmwTVouIFJ8YbhIofP+gkyk+IJPpMgWXNsnUqxwe/llVEWKFQGR4ssQRIoVQJB/WUFm6NBMvJKQiVcKMfEqy8TYJq0SYOLVhjOxzns1GROvtkzsvXxM/JXbyzVRZeKvAky8JgQm/goI8jVAJmZVd4E1EItxLYtdsM7aBWodwUB9bbpdoM8bXwvYBfNJ7IK1wF3+GyAo51u7QH1DAPD1LHbBt8DhbAK0C5qS2AXfEYoU3wmJFBusSIFt0gYBkWKj4SKFznsjmUixkU6kUOlya/tFik1uLzdHVaTYFBApNocgUmwCgnxzBZmhQzPxFkIm3iLExFstE2ObtFWAib83nIl13t+TMfH3lol9i3vj/8Ht5baoMvEPASbeFgIT/wAE+TYgE7Oqu9sqmB/jdha74EdrF6gfCQZqh+l2gT5v7BCwCxaQ2AXbgbv8TiAoF1i7QO0kAPguFrvgJ+BwNgPaBc1J7IKfCUWKn4VEit1WpMA2abeASLHHcJFC572HTKTYwydSKLm1/SLFXreX+6IqUuwNiBT7QhAp9gJBvq+CzNChmXg/IRPvF2LiA5aJsU06IMDEvxjOxDrvX8iY+BfLxL7FvfH/6vbyYFSZ+NcAEx8MgYl/BYL8IJCJWdXdgxXMj/EQi13wm7UL1G8EA/W76XaBPm/8LmAXLCKxCw4Bd/nDQFAusnaBOkwA8CMsdsFR4HC2ANoFLUnsAn3/iVorLJHCG3N6jJc33gJO3u9WpIh1TeePgqLXjXfMFil03jpGcI9ERQpvTdNjvEISKWrIre0XKQo6f/w8zsn7t0iJFLoAjidZbyGCAeW+dsxM4uDWOs6RGTo0Exdy+Ji4kBMnwsSFnbzfLRPHuKZuki4oet3jHbOZWOetYwT3SJSJvTVNj/H6tzHxCc4fP4s4ef8WKSbWBXA8yXoLEQwo97VjBaZ+TdRaRRzc0LGqu7gayMVYVCDGfAONdaBOxAVKaxcAayAW40noGNEB6vOGDhI9oItJ7AIv4mPNuRiu2WqxtQsUsJ5iMRZ3ZOYcbhecjAtUtQLaBa1J7IJTHD6R4hRcz30iRQkn73crUsS4pm6SLih63ZKO2SKFzlvHCO6RqEjhrWl6jFdIIkVNubX9IsWpzh8/T3Py/i1SIoUugONJ1luIYEC5rx0rMPVrotY6zZEZOjQTl3L4mLiUEyfCxKWdvN8tE8e4pm6SLih63dMds5lY561jBPdIlIm9NU2P8fq3MfEZzh8/yzh5/xYpJtYFcDzJegsRDCj3tWMFpn5N1FplHNzQsaq7uBrIxVhWIMZ8A411oM7EBUprFwBrIBbjWegY0QHq84YOEj2gS0nsAi/iY825HK7Zaqm1CxSwnmIxlndk5hxuF1TABaraAO2CtiR2gePwiRQOruc+kSLByfvdihQxrqmbpAuKXjfRMVuk0HnrGME9EhUpvDVNj/EKSaSoJbe2X6RIcv74WdHJ+7dIiRS6AI4nWW8hggHlvnaswNSviVqroiMzdGgmTnb4mDjZiRNh4hQn73fLxDGuqZukC4pet5JjNhPrvHWM4B6JMrG3pukxXv82Jq7s/PEz1cn7t0gxsS6A40nWW4hgQLmvHSsw9Wui1kp1cEPHqu7iaiAXY5pAjPkGGutAVcEFSmsXAGsgFmNVdIzoAPV5QweJHtBlJHaBF/Gx5lwN12y1zNoFClhPsRirOzJzDrcLzsYFqtoB7YL2JHZBusMnUqTjeu4TKZST97sVKWJcUzdJFxS9bg3HbJFC561jBPdIVKTw1jQ9xiskkaK23Np+kaKm88fPWk7ev0VKpNAFcDzJegsRDCj3tWMFpn5N1Fq1HJmhQzNxbYePiWs7cSJMnOHk/W6ZOMY1dZN0QdHr1nHMZmKdt44R3CNRJvbWND3G69/GxHWdP37Wc/L+LVJMrAvgeJL1FiIYUO5rxwpM/Zqoteo5uKFjVXdxNZCLsb5AjPkGGutAnYMLlNYuANZALMZz0TGiA9TnDR0kekA/I7ELvIiPNecGuGarz6xdoID1FIuxoSMz53C74DxcoKoD0C7oSGIXnO/wiRTn43ruEykaOXm/W5EixjV1k3RB0es2dswWKXTeOkZwj0RFCm9N02O8QhIpMuTW9osUFzh//LzQyfu3SIkUugCOJ1lvIYIB5b52rMDUr4la60JHZujQTNzE4WPiJg5u4/DG29TJ+90ycYxr6ibpgqLXvcgxm4l13jpGcI9Emdhb0/QYr38bE1/s/PGzmZP3b5FiYl0Ax5OstxDBgHJfO1Zg6tdErdXMwQ0dq7qLq4FcjM0FYsw30FgH6hJcoLR2AbAGYjFeio4RHaA+b+gg0QO6nMQu8CI+1pxb4Jqtllu7QAHrKRZjS0dmzuF2wWW4QFUnoF2QSWIXXO7wiRSX43ruEylaOXm/W5EixjV1k3RB0eu2dswWKXTeOkZwj0RFCm9N02O8QhIp6sit7RcprnD++Hmlk/dvkRIpdAEcT7LeQgQDyn3tWIGpXxO11pWOzNChmbiNw8fEbZw4ESZu6+T9bpk4xjV1k3RB0ete5ZjNxDpvHSO4R6JM7K1peozXv42Jr3b++NnOyfu3SDGxLoDjSdZbiGBAua8dKzD1a6LWaufgho5V3cXVQC7G9gIx5htorAN1DS5QWrsAWAOxGK9Fx4gOUJ83dJDoAV1BYhd4ER9rzh1wzVYrrF2ggPUUi7GjIzPncLvgOlygKgtoF2ST2AXXO3wixfW4nvtEik5O3u9WpIhxTd0kXVD0upmO2SKFzlvHCO6RqEjhrWl6jFdIIkVdubX9IkVn54+fXZy8f4uUSKEL4HiS9RYiGFDua8cKTP2aqLW6ODJDh2biLIePibOcOBEmznbyfrdMHOOaukm6oOh1b3DMZmKdt44R3CNRJvbWND3G69/GxDc6f/zs6uT9W6SYWBfA8STrLUQwoNzXjhWY+jVRa3V1cEPHqu7iaiAXYzeBGPMNNNaBugkXKK1dAKyBWIw3o2NEB6jPGzpI9ICuJLELvIiPNefuuGarldYuUMB6isXYw5GZc7hdcIsDpHKgXdCNxC641eETKW7F9dwnUvR08n63IkWMa+om6YKi1+3lmC1S6Lx1jOAeiYoU3pqmx3iFJFLUk1vbL1Lc5vzxs7eT92+REil0ARxPst5CBAPKfe1YgalfE7VWb0dm6NBM3MfhY+I+TpwIE/d18n63TBzjmrpJuqDodW93zGZinbeOEdwjUSb21jQ9xuvfxsR3OH/87Ofk/VukmFgXwPEk6y1EMKDc144VmPo1UWv1c3BDx6ru4mogF2N/gRjzDTTWgboTFyitXQCsgViMd6FjRAeozxs6SPSAriaxC7yIjzXnAbhmq9XWLlDAeorFeLcjM+dwu2AgLlDVHWgX9CCxC+5x+ESKe3A994kUg5y8361IEeOaukm6oOh173XMFil03jpGcI9ERQpvTdNjvEISKTrJre0XKe5z/vh5v5P3b5ESKXQBHE+y3kIEA8p97ViBqV8Ttdb9jszQoZl4sMPHxIOdOBEmfsDJ+90ycYxr6ibpgqLXfdAxm4l13jpGcI9Emdhb0/QYr38bEz/k/PFziJP3b5FiYl0Ax5OstxDBgHJfO1Zg6tdErTXEwQ0dq7qLq4FcjA8LxJhvoLEO1CO4QGntAmANxGJ8FB0jOkB93tBBogd0DYld4EV8rDkPxTVbrbF2gQLWUyzGxxyZOYfbBcNwgaqeQLugF4ld8LjDJ1I8juu5T6QY7uT9bkWKGNfUTdIFRa/7hGO2SKHz1jGCeyQqUnhrmh7jFZJIkSm3tl+keNL54+dTTt6/RUqk0AVwPMl6CxEMKPe1YwWmfk3UWk85MkOHZuIRDh8Tj3DiRJj4aSfvd8vEMa6pm6QLil73GcdsJtZ56xjBPRJlYm9N02O8/m1M/Kzzx8+RTt6/RYqJdQEcT7LeQgQDyn3tWIGpXxO11kgHN3Ss6i6uBnIxPicQY76BxjpQo3CB0toFwBqIxfg8OkZ0gPq8oYNED+g6ErvAi/hYcx6Na7ZaZ+0CBaynWIwvODJzDrcLxuACVX2AdkFfErvgRYdPpHgR13OfSDHWyfvdihQxrqmbpAuKXvclx2yRQuetYwT3SFSk8NY0PcYrJJGis9zafpFinPPHz5edvH+LlEihC+B4kvUWIhhQ7mvHCkz9mqi1XnZkhg7NxOMdPiYe78SJMPErTt7vloljXFM3SRcUve4Ex2wm1nnrGME9EmVib03TY7z+bUz8qvPHz4lO3r9Fiol1ARxPst5CBAPKfe1YgalfE7XWRAc3dKzqLq4GcjG+JhBjvoHGOlCTcIHS2gXAGojF+Do6RnSA+ryhg0QP6DckdoEX8bHmPBnXbPWNtQsUsJ5iMb7hyMw53C6YggtU9QPaBf1J7II3HT6R4k1cz30ixVQn73crUsS4pm6SLih63bccs0UKnbeOEdwjUZHCW9P0GK+QRIoucmv7RYppzh8/33by/i1SIoUugONJ1luIYEC5rx0rMPVrotZ625EZOjQTT3f4mHi6EyfCxO84eb9bJo5xTd0kXVD0ujMcs5lY561jBPdIlIm9NU2P8fq3MfG7zh8/Zzp5/xYpJtYFcDzJegsRDCj3tWMFpn5N1FozHdzQsaq7uBrIxfieQIz5BhrrQM3CBUprFwBrIBbj++gY0QHq84YOEj2g35LYBV7Ex5rzbFyz1bfWLlDAeorFOMeRmXO4XTAXF6gaALQL7iaxCz5w+ESKD3A994kU85y8361IEeOaukm6oOh1P3TMFil03jpGcI9ERQpvTdNjvEISKbLk1vaLFPOdP35+5OT9W6RECl0Ax5OstxDBgHJfO1Zg6tdErfWRIzN0aCZe4PAx8QInToSJFzp5v1smjnFN3SRdUPS6ixyzmVjnrWME90iUib01TY/x+rcx8cfOHz8XO3n/Fikm1gVwPMl6CxEMKPe1YwWmfk3UWosd3NCxqru4GsjFuEQgxnwDjXWgluICpbULgDUQi/ETdIzoAPV5QweJHtANJHaBF/Gx5rwM12y1wdoFClhPsRg/dWTmHG4XfIYLVA0C2gX3ktgFnzt8IsXnuJ77RIrlTt7vVqSIcU3dJF1Q9LpfOGaLFDpvHSO4R6Iihbem6TFeBeNCESmy5db2ixQrnD9+funk/VukRApdAMeTrLcQwYByXztWYOrXRK31pSMzdGgmXunwMfFKJ06EiVc5eb9bJo5xTd0kXVD0uqsds5lY561jBPdIlIm9NU2P8fq3MfFXzh8/1zh5/xYpJtYFcDzJegsRDCj3tWMFpn5N1FprHNzQsaq7uBrIxbhWIMZ8A435o+FxgdLaBcAaiMX4NTpGdID6vKGDRA/oJhK7wIv4mD+ACddstcnaBQpYT7EY1zsycw63C77FBaoGA+2CB0LaKGKt33fA+v22ALfW78C1JOu34d9fP9H52wis3xggfl8E4xd9I6KPhfUK4tfdIpx3emyX0jk3EMh7q9B+HQ/OH9gftdXwGW9ZQGbGtxHM+HkCeW8nmXFgfxQyZ90PbVDkcmD9nF+O5Pw8x/15rvtTX5ucuLjNzh89LOyp0Xnu3+j/P/dvt+T8vtWJi/urmsba+/ML4tb63sH1Jyxjq2FBGWPrByfvd2tsxbimbpIuKHrdbY7ZxpbOW8cI7pEYOX3vCJCT87/ZqH/Med0dzn/eqPX/n/u3O3N+35XP3zZw/3an+7d6I/gp5/efnTjfhd7UkXO9G1d/9f9T/z05r7v3L+q/x1P/fTm/7/+L+u/z1P9Azu+/5PO3Dd2/PeD+rY7x15zfDzp//P8Se89PDh4vOw2/idXz9KtA3rtIhLVDDq6WwF4rqfqh+/yb81+vlR5YK7SbzN8cLIflXr87eb/bm8wY19RN0gVFr3vYMfsmU+etYwT3SPTpKW9N02O8gk9PoVULvcsg3ZRd5ePiNjiy/YpxbRX8B299jzh//DzqyeE/Pd111PPf/aenu47G/f3TXfmt8z97uksXYI4nWV2I8wOviR7CIw5wE0r4z2vVrZOVmV2nVs1O6bWyM3PWycjOqtmpRj2VXbdmzvI1a6nMTlnpXWpl1smolVE3u05ozy97Y06P8fLGWyAh73fLwLGumfBHQdHrxieYzcA67/gEeI9EvBe9WcUn4NfdbegDVMf4q8BZKojblNRusJ+hNzEdXyN3TfTM594Voedor+HyR+7dGzrvfWbKH8ccuZE3IkeBa+0neYATON8KODNqP4l8dFwCbpbDunk9TujmtZC9ecU2qZDAzWthw29edd6FQ7p5TY/t+j+PUiLW//QGPHT8XsJL//+8sn1XVmhyz/FuvU/w1P0/yT2N86ldUO5pHPf3ck9+6/yt3CMxbKC1/rwjPz4hL9l4t6iN4vwX+o4DmIc6AbiZFUlAgSE7O7eeRQRPPLqOGsDoO5qDZj2tecxdks77eAHF4JDhT6nqvE8QyPs3Q08qQYJB7hveGY+1fr+TnPSA862AM6Ok6hcPxsnxQK4pClTq9BoS3FI0QWYPQ/ZaQkXcWR6fd4FF5quIPwnkHb8onL0x1jhPBOIR2GsVb/jcaLwcEZibQgR4OSqQd2ESvJwExAuw16owAV6KV8DPTRECvJwskHdRErwUA+IF2GtVlAAv5QXmphgBXioI5F2cBC/FgXgB9loVJ8BLdYG5KUGAl7MF8i5JgpeTgXgB9lqVJMBLQ4G5KUWAl/ME8i5NgpdTgHgB9lqVJsBLS4G5KUOAl8sE8i5LgpcSQLwAe63KEuClo8DclCPAy3UCeZcnwUtJIF6AvVblCfDSQ2BuEgjwcotA3okkeDkViBdgr1UiAV7uFpibZAK8DBTIO4UEL6cB8QLstUohwMtjAnOTSoCXYQJ5p5HgpRQQL8BeqzQCvLwgMDfVCPAyRiDv6iR4KQ3EC7DXqjoBXt4QmBtFgJcpAnnXIMHL6UC8AHutahDgZY7A3NQmwMtcgbwzSPByBhAvwF6rDAK8fCowN/UI8PKZQN71SfBSBogXYK9VfQK8rBeYmwYEePlWIO+GJHgpC8QLsNeqIQFedgnMTSOG978I5N2YBC9nAvEC7LVqTICXIwJz04Th/S8CeTclwctZQLwAe62aEuCluIOfm2YM738RyLs5CV7KAfEC7LVqToCX8g5+blowvP9FIO+WJHgpD8QLsNeqJQFeqjv4uWnF8P4Xgbxbk+ClAhAvwF6r1gR4aejg56YNw/tfBPJuS4IXB4gXYK9VWwK8tHTwc9OO4f0vAnm3J8FLAhAvwF6r9gR46ejg56YDw/tfBPLuSIKXRCBegL1WHQnw0sPBz00nhve/COSdSYKXJCBegL1WmQR4udvBz00Ww/tfBPLOJsFLRSBegL1W2QR4eczBz01Xhve/COTdjQQvyUC8AHutuhHg5QUHPzfdGd7/IpB3DxK8pADxAuy16kGAlzcc/Nz0ZHj/i0DevUjwUgmIF2CvVS8CvMxx8HPTh+H9LwJ59yXBS2UgXoC9Vn0J8PKpg5+bfgzvfxHIuz8JXlKBeAH2WvUnwMt6Bz83Axje/yKQ990keEkD4gXYa4Wsn/7Sv6k5/3Pc9fR3eOjvJdCfta4/P1p/Jq7+nE/92YX689j0Z0zpz83RnwWiP99Av2dbvw9Vv7dOv19IvwdCP9etn1XVz9/pZ4r0cxLa+9V+ltbote6otRR9PtT3vJrH9d6k6+290HNXJUFm7tBxVgXOne7vW3F53+Oka1BVuM7VEnBrhfVtvtWAs+GNt7qn1vbbfGNcUzdJFxS97tnAgZXK++wEeI/Evs1XItbgt/nGg+PWN3nfOdibpw2OTM+CFypmb33T3R4qTy//0zcEe/mkgOdnAU+vEuL+/huC81vnX/ENwbqYjqdwKuHYndfkbwhWwA2yRgK+vjX+QT1jjbsm8K5sL/CbP/cRfONuegJ+3UGLzM9bCeR9r+Gqgc67pkDe94WkGqTHdingXCpgr5VU/dB9rkV4eqwldHqsbU+P2CbVFjg9Zhh+etR5ZxCdHiVitafHP664fC5UzN761nF7WNeeHv/7K7dQdQKnx7pkp8e6wA2ynsDpsV4Ip8f69vT4X5+i6gicJh4kOD3WFcj7IYLTY32BvIeQnB6Bc6mAvVbI+mnSfyvu2AvdH/Rs1k0wP8ZzEmTmHA7Ic4GEyDpQ5xIMVAN0jOgAtbbcQIAxhpIwxjnAu+uGQFAOJbjTaCgwN+clYJlyatyxF7KuErU9j2BjO9/0je38nAHd4uAHdJjhwPw+J+dDAnk/TvLYaSPgJgzstZKqXzy4fl7pKuaPHgf2QgIrUiR2QYL55N1IIO8nDd8bNWk1Fsj7KZK98UIgHoG9Vk8tornp+9PYRc/mBQQ3fRcmyMw5HJBNYj/V1XDXUmE9BdFE6CmIpgl5v9unIGJcUzepqcBTEBcZ/hSEzvsioacgci/JmqbHeIXxBMTX5bFPQGx04P3yARq0tsr9xVvfi91Za/YPnoBIjDt2hoJPQCTG/f0TEPmt87dPQICK8GcxcpO7OCEvwHi3EE4gONRr5g4fmoWfIXiHrgYJOu9nzT4O/HlnczGQdJoB1xpJ4h0A51sBZ0YB6+fb8NE4aS50nEDHeQnw2KxJbFpcHpnoGlySEBcnGf+lQGyGdRq6VOg01MKehrBNaiFwGmpp+GlI592S7DTUUvA0JDSzoT1vfZnby8v/wWkjIZ8eBU8bCXFCz1uji5Cb3GUJ/mekL0+IO+ZCG02XAUF+OcmdRCtCJm4lxMStLRNjm9RagImvMJyJdd5XkDHxFZaJvZePia90e9kmqkx8ZYCJ24TAxFcCQd4GONy6ydOOTd94mxRZA6kY2yYIbQ4FwMN5FS5QxTpQVxEM1NXoGNEB6vOGDhI9oKNJ1Gov4mP+rkggKEfzPPwjBp52BABvL8UY6NsZ5BOs1wAH3Zsz+sm+a4FxFgDaR/EkH5vTAbg5hiXMdAAC0htvx4S8360wE+OaukkdE/DrXgccWKm8r0uA90hUmLkOCKiQhBmJB7L+XNsb//VuLzt5ehopYUYXwPEk6y1EMKDc144VmNcDQd5J6E4GzcSZhEycKcTEnS0TY5vUWYCJuxjOxDrvLmRM3MUysW9tb/xZbi+zo8rEWQEmzg6BibOAIM+2irYC1kAsxhsEYsw30FgH6kY7UOpGgoHqarpFos8bXQUskjEkFskNwF2+GxCUY6xForoRAPwmKcZA2wU3A4ezENAuKExiF3QnFCm6C4kUPaxIgW1SDwGR4hbDRQqd9y1kIsUtfCJFDcG1fSLFrW4ve0ZVpLg1IFL0DEGkuBUI8p4JMkOHZuJehEzcS4iJb7NMjG3SbQJM3NtwJtZ59yZj4t6Wib2Xj4n7uL3sG1Um7hNg4r4hMHEfIMj7ApmYVd0F1kAsxtsFYsw30FgH6g5rF6g7CAaqn+l2gT5v9BOwC8aS2AW3A3f5/kBQjrV2gepPAPA7WeyCu4DDWQRoFxQlsQsGEIoUA4REirutSIFt0t0CIsVAw0UKnfdAMpFiIJ9IUVNwbZ9IcY/by0FRFSnuCYgUg0IQKe4BgnxQgszQoZn4XkImvleIie+zTIxt0n0CTHy/4Uys876fjInvt0zsvXxMPNjt5QNRZeLBASZ+IAQmHgwE+QNAJmZVd4E1EIvxQYEY8w005u88t3aBeohgoIaYbhfo88YQAbtgHMuX0wN3+YeBoBxn7QL1MAHAH2GxCx4FDmcxoF1QnMQuGEooUgwVEikesyIFtkmPCYgUwwwXKXTew8hEimF8IkUtwbV9IsXjbi+HR1WkeDwgUgwPQaR4HAjy4QkyQ4dm4icImfgJISZ+0jIxtklPCjDxU4Yzsc77KTImfsoysffyMfEIt5dPR5WJRwSY+OkQmHgEEORPA5mYVd0F1kAsxmcEYsw30Ji//NbaBepZgoEaabpdoM8bIwXsgvEs3y4M3OWfA4JyvLUL1HMEAB/FYhc8DxzOEkC7oCSJXTCaUKQYLSRSvGBFCmyTXhAQKcYYLlLovMeQiRRj+ESK2oJr+0SKF91ejo2qSPFiQKQYG4JI8SIQ5GMTZIYOzcQvETLxS0JMPM4yMbZJ4wSY+GXDmVjn/TIZE79smdh7+Zh4vNvLV6LKxOMDTPxKCEw8HgjyV4BMzKruAmsgFuMEgRjzDTTWgXrV2gXqVYKBmmi6XaDPGxMF7IIJJHbBBOAu/xoQlBOsXaBeIwD4JBa74HXgcJYC2gWlSeyCyYQixWQhkeINK1Jgm/SGgEgxxXCRQuc9hUykmMInUmQIru0TKd50ezk1qiLFmwGRYmoIIsWbQJBPTZAZOjQTv0XIxG8JMfE0y8TYJk0TYOK3DWdinffbZEz8tmVi7+Vj4uluL9+JKhNPDzDxOyEw8XQgyN8BMjGrugusgViMMwRizDfQWAfqXWsXqHcJBmqm6XaBPm/MFLALJpLYBTOAu/x7QFBOtHaBeo8A4LNY7IL3gcNZBmgXlCWxC2YTihSzhUSKOVakwDZpjoBIMddwkULnPZdMpJjLJ1LUEVzbJ1J84PZyXlRFig8CIsW8EESKD4Agn5cgM3RoJv6QkIk/FGLi+ZaJsU2aL8DEHxnOxDrvj8iY+CPLxN7Lx8QL3F4ujCoTLwgw8cIQmHgBEOQLgUzMqu4CayAW4yKBGPMNNNaB+tjaBepjgoFabLpdoM8biwXsgkkkdsEi4C6/BAjKSdYuUEsIAL6UxS74BDic5YB2QXkSu2AZoUixTEik+NSKFNgmfSogUnxmuEih8/6MTKT4jE+kqCu4tk+k+Nzt5fKoihSfB0SK5SGIFJ8DQb48QWbo0Ez8BSETfyHExCssE2ObtEKAib80nIl13l+SMfGXlom9l4+JV7q9XBVVJl4ZYOJVITDxSiDIVwGZmFXdBdZALMbVAjHmG2isA/WVtQvUVwQDtcZ0u0CfN9YI2AWTSeyC1cBdfi0QlJOtXaDWEgB8HYtd8DVwOBOAdkEiiV3wDaFI8Y2QSLHeihTYJq0XECm+NVyk0Hl/SyZSfMsnUtQTXNsnUnzn9nJDVEWK7wIixYYQRIrvgCDfkCAzdGgm3kjIxBuFmHiTZWJskzYJMPFmw5lY572ZjIk3Wyb2Xj4m3uL2cmtUmXhLgIm3hsDEW4Ag3wpkYlZ1F1gDsRi/F4gx30BjHagfrF2gfiAYqG2m2wX6vLFNwC6YQmIXfA/c5bcDQTnF2gVqOwHAf2SxC3YAhzMZaBekkNgFOwlFip1CIsUuK1Jgm7RLQKT4yXCRQuf9E5lI8ROfSNFJcG2fSPGz28vdURUpfg6IFLtDECl+BoJ8d4LM0KGZeA8hE+8RYuK9lomxTdorwMT7DGdinfc+MibeZ5nYe/mYeL/bywNRZeL9ASY+EAIT7weC/ACQiVnVXWANxGL8RSDGfAONdaB+tXaB+pVgoA6abhfo88ZBAbtgKold8Atwlz8EBOVUaxeoQwQA/02KMdB2we/A4UwF2gVpJHbBYUKR4rCQSHHEihTYJh0RECmOGi5S6LyPkokUR/lEikzBtX0iRVyiW/PEvH+KlEihC+B4kvUWIhhQ7mvHDMxE3FoFEmWGDs3E8Yl8TByfKMPEBT0zZpk4xjV1k3RB0eseBxxYqbyPS4T3SJSJj0u0TOy5fExcyO1l4agycaEAExcOgYkLAUFeGMjErOousAZiMR4vEGO+gcY6UCckAnde0oE6gWCgiqBjhN/z5QRYJBE/oNNI7ILjgbt8USAop1m7QBUlAPiJUoyBtgtOAg5nNaBdUJ3ELihGKFIUExIpintuv61IEeOauknFBUSKkw0XKXTeJ5OJFCfziRSdBdf2iRSnuL0sEVWR4pSASFEiBJHiFCDISyTKDB2aiUsSMnFJISY+1TIxtkmnCjDxaYYzsc77NDImPs0ysffyMXEpt5elo8rEpQJMXDoEJi4FBHlpIBOzqrvAGojFeLpAjPkGGutAnQEUf1gH6gyCgSpjul2gzxtlBOyC6SR2wenAXb4sEJTTrV2gyhIA/EwpxkDbBWcBh1MB7YIaJHZBOUKRopyQSFHec/ttRYoY19RNKi8gUlQwXKTQeVcgEykq8IkUXQTX9okUjtvLhKiKFE5ApEgIQaRwgCBPSJQZOjQTJxIycaIQEydZJsY2KUmAiSsazsQ674pkTFzRMrH38jFxstvLlKgycXKAiVNCYOJkIMhTgEzMqu4CayAWYyWBGPMNNNaBqgwUf1gHqjLBQKWabhfo80aqgF0wg8QuqATc5dOAoJxh7QKVRgDwKlKMgbYLqgKHszbQLsggsQuqEYoU1YREiuqe228rUsS4pm5SdQGR4mzDRQqd99lkIsXZfCJFluDaPpEi3e2liqpIkR4QKVQIIkU6EOQqUWbo0Excg5CJawgxcU3LxNgm1RRg4lqGM7HOuxYZE9eyTOy9fExc2+1lRlSZuHaAiTNCYOLaQJBnAJmYVd0F1kAsxjoCMeYbaKwDVRco/rAOVF2Cgapnul2gzxv1BOyCmSR2QR3gLl8fCMqZ1i5Q9QkAfo4UY6DtgnOBw1kPaBfUJ7ELGhCKFA2ERIqGnttvK1LEuKZuUkMBkeI8w0UKnfd5ZCLFeXwiRbbg2j6R4ny3l42iKlKcHxApGoUgUpwPBHmjRJmhQzNxY0ImbizExBdYJsY26QIBJr7QcCbWeV9IxsQXWib2Xj4mbuL2smlUmbhJgImbhsDETYAgbwpkYlZ1F1gDsRgvEogx30BjHaiLgeIP60BdTDBQzUy3C/R5o5mAXTCLxC64CLjLNweCcpa1C1RzAoBfIsUYaLvgUuBwNgDaBQ1J7IIWhCJFCyGRoqXn9tuKFDGuqZvUUkCkuMxwkULnfRmZSHEZnUih0uXW9osUl7u9bBVVkeLygEjRKgSR4nIgyFslygwdmolbEzJxayEmvsIyMbZJVwgw8ZWGM7HO+0oyJr7SMrFvcW/8bdxeto0qE7cJMHHbEJi4DRDkbYFMzKrutk00P8arBGLMN9BYB+pqoPjDOlBXEwxUO9PtAn3eaCdgF8wmsQuuAu7y7YGgnG3tAtWeAODXSDEG2i64FjicjYB2QWMSu6ADoUjRQUik6Oi5/bYiRYxr6iZ1FBAprjNcpNB5X0cmUlzHJ1IoubX9IsX1bi87RVWkuD4gUnQKQaS4HgjyTokyQ4dm4kxCJs4UYuLOlomxTeoswMRdDGdinXcXMibuYpnYt7g3/iy3l9lRZeKsABNnh8DEWUCQZwOZmFXdzU40P8YbBGLMN9BYB+pGoPjDOlA3EgxUV9PtAn3e6CpgF8wlsQtuAO7y3YCgnGvtAtWNAOA3STEG2i64GTicTYB2QVMSu6A7oUjRXUik6OG5/bYiRYxr6ib1EBApbjFcpNB530ImUtzCJ1LUkFvbL1Lc6vayZ1RFilsDIkXPEESKW4Eg75koM3RoJu5FyMS9hJj4NsvE2CbdJsDEvQ1nYp13bzIm7m2Z2Le4N/4+bi/7RpWJ+wSYuG8ITNwHCPK+QCZmVXf7Jpof4+0CMeYbaKwDdQdQ/GEdqDsIBqqf6XaBPm/0E7AL5pHYBbcDd/n+QFDOs3aB6k8A8DulGANtF9wFHM5mQLugOYldMIBQpBggJFLc7bn9tiJFjGvqJt0tIFIMNFyk0HkPJBMpBvKJFDXl1vaLFPe4vRwUVZHinoBIMSgEkeIeIMgHJcoMHZqJ7yVk4nuFmPg+y8TYJt0nwMT3G87EOu/7yZj4fsvEvsW98Q92e/lAVJl4cICJHwiBiQcDQf4AkIlZ1d0HEs2P8UGBGPMNNNaBeggo/rAO1EMEAzXEdLtAnzeGCNgF80nsggeBu/zDQFDOt3aBepgA4I9IMQbaLngUOJwtgHZBSxK7YCihSDFUSKR4zHP7bUWKGNfUTXpMQKQYZrhIofMeRiZSDOMTKWrJre0XKR53ezk8qiLF4wGRYngIIsXjQJAPT5QZOjQTP0HIxE8IMfGTlomxTXpSgImfMpyJdd5PkTHxU5aJfYt74x/h9vLpqDLxiAATPx0CE48AgvxpIBOzqrtPJ5of4zMCMeYbaKwD9SxQ/GEdqGcJBmqk6XaBPm+MFLALFpDYBc8Ad/nngKBcYO0C9RwBwEdJMQbaLngeOJytgHZBaxK7YDShSDFaSKR4wXP7bUWKGNfUTXpBQKQYY7hIofMeQyZSjOETKWrLre0XKV50ezk2qiLFiwGRYmwIIsWLQJCPTZQZOjQTv0TIxC8JMfE4y8TYJo0TYOKXDWdinffLZEz8smVi3+Le+Me7vXwlqkw8PsDEr4TAxOOBIH8FyMSs6u4riebHOEEgxnwDjXWgXgWKP6wD9SrBQE003S7Q542JAnbBIhK7YAJwl38NCMpF1i5QrxEAfJIUY6DtgteBw9kGaBe0JbELJhOKFJOFRIo3PLffVqSIcU3dpDcERIophosUOu8pZCLFFD6RIkNubb9I8abby6lRFSneDIgUU0MQKd4EgnxqoszQoZn4LUImfkuIiadZJsY2aZoAE79tOBPrvN8mY+K3LRP7FvfGP93t5TtRZeLpASZ+JwQmng4E+TtAJmZVd99JND/GGQIx5htorAP1LlD8YR2odwkGaqbpdoE+b8wUsAsWk9gFM4C7/HtAUC62doF6jwDgs6QYA20XvA8cznZAu6A9iV0wm1CkmC0kUszx3H5bkSLGNXWT5giIFHMNFyl03nPJRIq5fCJFHbm1/SLFB24v50VVpPggIFLMC0Gk+AAI8nmJMkOHZuIPCZn4QyEmnm+ZGNuk+QJM/JHhTKzz/oiMiT+yTOxb3Bv/AreXC6PKxAsCTLwwBCZeAAT5QiATs6q7CxPNj3GRQIz5BhrrQH0MFH9YB+pjgoFabLpdoM8biwXsgqUkdsEi4C6/BAjKpdYuUEsIAL5UijHQdsEnwOHsALQLOpLYBcsIRYplQiLFp57bbytSxLimbtKnAiLFZ4aLFDrvz8hEis/4RIq6cmv7RYrP3V4uj6pI8XlApFgegkjxORDkyxNlhg7NxF8QMvEXQky8wjIxtkkrBJj4S8OZWOf9JRkTf2mZ2Le4N/6Vbi9XRZWJVwaYeFUITLwSCPJVQCZmVXdXJZof42qBGPMNNNaB+goo/rAO1FcEA7XGdLtAnzfWCNgFy0jsgtXAXX4tEJTLrF2g1hIAfJ0UY6Dtgq+Bw9kJaBdkktgF3xCKFN8IiRTrPbffVqSIcU3dpPUCIsW3hosUOu9vyUSKb/lEinpya/tFiu/cXm6IqkjxXUCk2BCCSPEdEOQbEmWGDs3EGwmZeKMQE2+yTIxt0iYBJt5sOBPrvDeTMfFmy8S+xb3xb3F7uTWqTLwlwMRbQ2DiLUCQbwUyMau6uzXR/Bi/F4gx30BjHagfgOIP60D9QDBQ20y3C/R5Y5uAXfAZiV3wPXCX3w4E5WfWLlDbCQD+oxRjoO2CHcDhzALaBdkkdsFOQpFip5BIsctz+21FihjX1E3aJSBS/GS4SKHz/olMpPiJT6ToJLe2X6T42e3l7qiKFD8HRIrdIYgUPwNBvjtRZujQTLyHkIn3CDHxXsvE2CbtFWDifYYzsc57HxkT77NM7FvcG/9+t5cHosrE+wNMfCAEJt4PBPkBIBOzqrsHEs2P8ReBGPMNNNaB+hUo/rAO1K8EA3XQdLtAnzcOCtgFy0nsgl+Au/whICiXW7tAHSIA+G9SjIG2C34HDmdXoF3QjcQuOEwoUhwWEimOeG6/rUgR45q6SUcERIqjhosUOu+jZCLFUT6RIlNubb9IEZfk1jwp758iJVLoAjieZL2FCAaU+9oxAzMJt1aBJJmhQzNxfBIfE8cn4TYOb7wFPTNmmTjGNXWTdEHR6x4HHFipvI9LgvdIlImPS7JM7F3cG38ht5eFo8rEhQJMXDgEJi4EBHlhIBOzqruFk8yP8XiBGPMNNNaBOiEJuPOSDtQJBANVBB0j/J4vJ8AiSfgBXUFiFxwP3OWLAkG5wtoFqigBwE+UYgy0XXAScDi7A+2CHiR2QTFCkaKYkEhR3IoU2CYVFxApTjZcpNB5n0wmUpzMJ1J0llvbL1Kc4vayRFRFilMCIkWJEESKU4AgL5EkM3RoJi5JyMQlhZj4VMvE2CadKsDEpxnOxDrv08iY+DTLxL7FvfGXcntZOqpMXCrAxKVDYOJSQJCXBjIxq7pbOsn8GE9nsQvOsHaBOoNgoMqYbhfo80YZAbtgJYldcDpwly8LBOVKaxeosgQAP5PFLjgLOJw9gXZBLxK7oByhSFFOSKQob0UKbJPKC4gUFQwXKXTeFchEigp8IkUXubX9IoXj9jIhqiKFExApEkIQKRwgyBOSZIYOzcSJhEycKMTESZaJsU1KEmDiioYzsc67IhkTV7RM7FvcG3+y28uUqDJxcoCJU0Jg4mQgyFOATMyq7qYkmR9jJRa7oLK1C1RlgoFKNd0u0OeNVAG7YDWJXVAJuMunAUG52toFKo0A4FVY7IKqwOHsA7QL+pLYBdUIRYpqQiJFdStSYJtUXUCkONtwkULnfTaZSHE2n0iRJbe2X6RId3upoipSpAdEChWCSJEOBLlKkhk6NBPXIGTiGkJMXNMyMbZJNQWYuJbhTKzzrkXGxLUsE/sW98Zf2+1lRlSZuHaAiTNCYOLaQJBnAJmYVd3NSDI/xjosdkFdaxeougQDVc90u0CfN+oJ2AVrSOyCOsBdvj4QlGusXaDqEwD8HBa74FzgcPYD2gX9SeyCBoQiRQMhkaKhFSmwTWooIFKcZ7hIofM+j0ykOI9PpMiWW9svUpzv9rJRVEWK8wMiRaMQRIrzgSBvlCQzdGgmbkzIxI2FmPgCy8TYJl0gwMQXGs7EOu8LyZj4QsvEvsW98Tdxe9k0qkzcJMDETUNg4iZAkDcFMjGruts0yfwYL2KxCy62doG6mGCgmpluF+jzRjMBu2AdiV1wEXCXbw4E5TprF6jmBAC/hMUuuBQ4nAOAdsHdIW0UsdavBbB+exfi1toHXEuyfi3//fUTnb/LgPV7BojfZ8H4Rd+I/J9wWxC/7jfCeafHdimdcxOBvNcL7dfx4PyB/VHrDZ/xlgVkZnwDwYxfJJD3RpIZB/ZHIXPW/dAGRUF3vcY5vxzJ+XmB+/NC96e+Lk+Ki2uV9EcPC3tqdJH7N/r/z/3b1jm/X5EUF/dXNY1ZWSmIW+vKJFx/CsaFY2w1LShjbLXx9M0aWzGuqZvUJgm/btsks40tnXfbJHiPxMjpyiQ8OV2V9L/ZqK/Oed12f7FRX+3ZqNvn/H5NPn/bxP3b9u7f6o3g2pzfOwhv6si57gjc1P9/6n9dzute/xf1v85T/045v2f+Rf07eerfOef3Lvn8bVP3bzu7f6tjzMr5PdvtlcTec60AXrYYfhOr5ylLIO+tJMLaDUA8AXuttpI8x3zjf7+3pQfWCu0m80Ywh+VeXe1NJrZJXQVuMrsZfpOp8+4mdJOZe0nWND3GSw+vFzRo1aJezgsg3ZRrEuLiWgr3K8a1VfAfvPW9yY39Zk8O/+nprqNxx85Q8Omuo3F//3RXfuv8z57u0gWY40n2Zs9wBANCvfZNwE2o+1+sVbdOVmZ2nVo1O6XXys7MWScjO6tmpxr1VHbdmjnL16ylMjtlpXeplVkno1ZG3ew6oT2/3F2IgXtYBsY2qYcAA99iOAPrvG8JSeaJNf+b3VjR624z9AGqYJzIWboVeFewDexn6E1Mx9fIXRM987l3Reg5+tFw+SP37g2d9w4z5Y9jjtzIG5GbgWvtJHmAEzjfCjgzaieJfNSTUD7qKXTz2svevGKb1Evg5vU2w29edd63EXmUErEGJaTcCx3/zTFsBNm+Kys0uae3W+8+/0DuaZxP7YJyT+O4v5d78lvnb+UeiWEDrfXnHXnvpLxk492iNorzX+g7DmAeqg9wM+sLA0N2dm49+wqeeHQdbxa4899t1tOax9wl6bx7C+S9x/CnVHXefQTy3mvoSSVIMMh9wzvjsdZvH8lJDzjfCjgzal9ITwvH2ufeQK65HajU6TUkuOX2JJk9DNlrCRWxfQI+74MEKuK1AnkfInmI6g4gHoG9VocMnxuNl5sE5uYwAV5uFsj7CAle+gHxAuy1OkKAlzsF5qbAx+bj5S6BvOM/5sBLf+RD77icVbzhc6Px8ojA3BQiwMujAnkXJsHLnUC8AHutChPgZZTA3BQhwMvzAnkXJcHLXUC8AHutihLgZZLA3BQjwMvrAnkXJ8HLACBegL1WxQnwMktgbkoQ4OV9gbxLkuDlbiBegL1WJQnwslRgbkoR4OUTgbxLk+BlIBAvwF6r0gR4WScwN2UI8PK1QN5lSfByDxAvwF6rsgR4+VFgbsoR4GWHQN7lSfAyCIgXYK9VeQK8/CYwNwkEePldIO9EErzcC8QLsNcqkQAvJybi5yaZAC8nCeSdQoKX+4B4AfZapRDg5UyBuUklwMtZAnmnkeDlfiBegL1WaQR4qSIwN9UI8FJVIO/qJHgZDMQLsNeqOgFezhGYG0WAl3MF8q5BgpcHgHgB9lrVIMDLJQJzU5sAL5cK5J1BgpcHgXgB9lplEODlGoG5qUeAl2sF8q5PgpeHgHgB9lrVJ8DLTQJz04AALzcL5N2QBC9DgHgB9lo1JMDLnQJz04jh/S8CeTcmwcvDQLwAe60aE+DlEYG5acLw/heBvJuS4OURIF6AvVZNCfAySmBumjG8/0Ug7+YkeHkUiBdgr1VzArxMEpibFgzvfxHIuyUJXoYC8QLstWpJgJdZAnPTiuH9LwJ5tybBy2NAvAB7rVoT4GWpwNy0YXj/i0DebUnwMgyIF2CvVVsCvKwTmJt2DO9/Eci7PQleHgfiBdhr1Z4ALz8KzE0Hhve/COTdkQQvw4F4AfZadSTAy28Cc9OJ4f0vAnlnkuDlCSBegL1WmQR4OVHgc3CzGN7/IpB3NglengTiBdhrlU2AlzMF5qYrw/tfBPLuRoKXp4B4AfZadSPASxWBuenO8P4Xgbx7kOBlBBAvwF6rHgR4OUdgbnoyvP9FIO9eJHh5GogXYK9VLwK8XCIwN30Y3v8ikHdfErw8A8QLsNcKWT/9pX+zc/7nuOvp7/DQ30ugP2tdf360/kxc/Tmf+rML9eex6c+Y0p+boz8LRH++gX7Ptn4fqn5vnX6/kH4PhH6uWz+rqp+/088U6ecktPer/Syt0WvdUWsp+nyo73k1j+u9Sdfbe6Hn7tkkmblDxzkSOHe6v3Pi8r7HSddgpHCdn0vCrVXQE99fxZwe26WeA86GN95Rnlrbb/ONcU3dpFFJ+HWfBw6sVN7PJ8F7JPZtvhKx6gH2AiceHLe+yWuRhL15ainUs+CFitlb39Fu7C94cvhP3xCc4PnvCnh+FvD0KiHu778hOL91/hXfEKyL6XgK90LSsTtvQXPzUC8AN8gxSfj6jvkH9Yw17heBm8OPwG/r2kHwjbujBU6R/T42P+8XBPLub7hqoPN+USDvO0NSDdJjuxRwLhWw10qqfug+jyU8PY4VOj2+ZE+P2Ca9JHB6HGf46VHnPY7o9CgRqz09/nHF5XOhYvbW92U39vH29PjfX7mFejlwehxPdnocD9wgXxE4Pb4Swulxgj09/tenqJcFThMDCU6P4wXyvofg9DhBIO9BJKdH4FwqYK8Vsn6a9OfEHXuh+4OezfFJ5sf4qpDHDQfkRCAhsg7URIKBeg0dIzpArS2/JsAYg0kY41Xg3fUkICgHE9xpTBKYm9eTsEw5O+7YC1lXidq+TrCxTTZ9Y7s4Z0BbCwzog4YD88qcnG8QyPshksdO3wBuwsBeK6n6xYPr55WuYl1rCrAXEliRIrE3k8wn7zcE8n7E8L1Rk9YUgbwfJdkbpwLxCOy1evRjmpu+P41d9Gy+SXDTNzVJZs7hgHwr9lNdDXctFdZTEG8JPQUxzT4FgW3SNIGnIN42/CkInffbwo66ZE3TY7zCeAKiWQL2CYjL8P3yARq0tsr9xVvf6W7s7/yDJyAS446doeATEIlxf/8ERH7r/O0TEKAi/FmM3OSmJ+UFGO8WwgkEh3rN3OFDs/AwgnfoXiZwHHjc7OPAn3c204Gk8w5wreEk3gFwvhVwZhSwfr4NH42TGULHCXSc7wKPzZrE5sblkYmuwbtJcXGS8c8kfCZ8ptBp6D17GsI26T2B09Asw09DOu9ZZKehWYKnIaGZDe156/fdXs42/XlrdBFyk3s/8Iz07KS4Yy600fQ+EOSzSe4k5hAy8RwhJp5rmRjbpLkCTPyB4Uys8/6AjIk/sEzsvXxMPM/t5YdRZeJ5ASb+MAQmngcE+Yfg5/fmHpu+8Tbph0nmxzifxcr9CPykO+NAfUQwUAtMfyBUnzcWCKj9I0jU6vnAXX4hEJQjeB7+EQPPQgKAL5JiDPTtDPIJ1o/BT7DmXugn+xYD4zwIfIP0oUUyQ4PexJcQCjNLhISZpVaYwTZpqYAw84nhwozO+xMyYeYTPmFG4oGsP9f2xr/M7eWnURVmlgWEmU9DEGaWAUH+qdCdDJqJPyNk4s+EmPhzy8TYJn0uwMTLDWdinfdyMiZebpnYt7Y3/i/cXq6IKhN/EWDiFSEw8RdAkK+wirYC1kAsxi9ZLJKVdqDUSoKBWmW6RaLPG6sELJJnSCySL4G7/GogKJ+xFolaTQDwr6QYA20XrAEO52GgXXCExC5YSyhSrBUSKdZZkQLbpHUCIsXXhosUOu+vyUSKr/lEihqCa/tEim/cXq6PqkjxTUCkWB+CSPENEOTrk2SGDs3E3xIy8bdCTPydZWJsk74TYOINhjOxznsDGRNvsEzsvXxMvNHt5aaoMvHGABNvCoGJNwJBvgnIxKzqLrAGYjFuZrELtli7QG0hGKitptsF+ryxVcAuGEliF2wG7vLfA0E50toF6nsCgP/AYhdsAw5nAeCHU8WTfCnvdkKRYruQSPGjFSmwTfpRQKTYYbhIofPeQSZS7OATKWoKru0TKXa6vdwVVZFiZ0Ck2BWCSLETCPJdSTJDh2binwiZ+CchJv7ZMjG2ST8LMPFuw5lY572bjIl3Wyb2Xj4m3uP2cm9UmXhPgIn3hsDEe4Ag3wtkYlZ1F1gDsRj3sdgF+61doPYTDNQB0+0Cfd44IGAXjCKxC/YBd/lfgKAcZe0C9QsBwH9lsQsOAoezENAuKExiFxwiFCkOCYkUv1mRAtuk3wREit8NFyl03r+TiRS/84kUtQTX9okUh91eHomqSHE4IFIcCUGkOAwE+ZEkmaFDM/FRQiY+KsTEcRXzfrVMHOOaukm6oOh1C1Q0m4l13gUqwnskysTemqbHeP3bmDje7WVBT08jxcS6AI4nWW8hggHlvnaswIwHgrwgbrhrsaq7wBqIxXicQIz5BhrrQBWqCEyadKAKEQxUYXSM6AD1eaNwRfyAjiaxC44D7vLHA0E52toF6ngCgJ8gxRhou6AIcDiLAO2CoiR2QVHk7WBcOCJFUeBweuM90YoU2CadKCBSnGS4SKHzPolMpDiJT6SoLbi2T6Qo5vayeFRFimIBkaJ4CCJFMSDIi1eUGTo0E59MyMQnCzHxKZaJsU06RYCJSxjOxDrvEmRMXMIysffyMXFJt5enRpWJSwaY+NQQmLgkEOSnApmYVd0F1kAsxtNY7IJS1i5QpQgGqrTpdoE+b5QWsAvGkNgFpwF3+dOBoBxj7QJ1OgHAz2CxC8oAh7MY0C4oTmIXlCUUKcoKiRRnWpEC26QzBUSKswwXKXTeZ5GJFGfxiRQZgmv7RIpybi/LR1WkKBcQKcqHIFKUA4K8fEWZoUMzcQVCJq4gxMSOZWJskxwBJk4wnIl13glkTJxgmdh7+Zg40e1lUlSZODHAxEkhMHEiEORJQCZmVXeBNRCLsSKLXZBs7QKVTDBQKabbBfq8kSJgF4wlsQsqAnf5SkBQjrV2gapEAPDKLHZBKnA4SwDtgpIkdkEaoUiRJiRSVLEiBbZJVQREiqqGixQ676pkIkVVPpGijuDaPpGimtvL6lEVKaoFRIrqIYgU1YAgr15RZujQTHw2IROfLcTE6ZaJsU1KF2BiZTgT67wVGRMry8Tey8fENdxe1owqE9cIMHHNEJi4BhDkNYFMzKruAmsgFmMtFrugtrULVG2Cgcow3S7Q540MAbtgHIldUAu4y9cBgnKctQtUHQKA12WxC+oBh7MU0C4oTWIX1CcUKeoLiRTnWJEC26RzBESKcw0XKXTe55KJFOfyiRR1Bdf2iRQN3F42jKpI0SAgUjQMQaRoAAR5w4oyQ4dm4vMImfg8ISY+3zIxuEkCTNzIcCbWeTciY+JGlom9l4+JG7u9vCCqTNw4wMQXhMDEjYEgvwDIxKzqLrAGYjFeyGIXNLF2gWpCMFBNTbcL9HmjqYBdMJ7ELrgQuMtfBATleGsXqIsIAH4xi13QDDicZYB2QVkSu6A5oUjRXEikuMSKFNgmXSIgUlxquEih876UTKS4lE+kqCe4tk+kaOH2smVURYoWAZGiZQgiRQsgyFtWlBk6NBNfRsjElwkx8eWWibFNulyAiVsZzsQ671ZkTNzKMrH38jFxa7eXV0SViVsHmPiKEJi4NRDkVwCZmFXdBdZALMYrWeyCNtYuUG0IBqqt6XaBPm+0FbALJpDYBVcCd/mrgKCcYO0CdRUBwK9msQvaAYezHNAuKE9iF7QnFCnaC4kU11iRAtukawREimsNFyl03teSiRTX8okUnQTX9okUHdxedoyqSNEhIFJ0DEGk6AAEeceKMkOHZuLrCJn4OiEmvt4yMbZJ1wswcSfDmVjn3YmMiTtZJvZePibOdHvZOapMnBlg4s4hMHEmEOSdgUzMqu4CayAWYxcWuyDL2gUqi2Cgsk23C/R5I1vALphIYhd0Ae7yNwBBOdHaBeoGAoDfyGIXdAUOZwLQLkgksQu6EYoU3YREipusSIFt0k0CIsXNhosUOu+byUSKm/lEikzBtX0iRXe3lz2iKlJ0D4gUPUIQKboDQd6joszQoZn4FkImvkWIiW+1TIxt0q0CTNzTcCbWefckY+Kelom9l4+Je7m9vC2qTNwrwMS3hcDEvYAgvw3IxKzqLrAGYjH2ZrEL+li7QPUhGKi+ptsF+rzRV8AumERiF/QG7vK3A0E5ydoF6nYCgN/BYhf0Aw5nMtAuSCGxC/oTihT9hUSKO61IgW3SnQIixV2GixQ677vIRIq7+ESKzoJr+0SKAW4v746qSDEgIFLcHYJIMQAI8rsrygwdmokHEjLxQCEmvscyMbZJ9wgw8SDDmVjnPYiMiQdZJvZePia+1+3lfVFl4nsDTHxfCEx8LxDk9wGZmFXdBdZALMb7WeyCwdYuUIMJBuoB0+0Cfd54QMAumExiF9wP3OUfBIJysrUL1IMEAH+IxS4YAhzOVKBdkEZiFzxMKFI8LCRSPGJFCmyTHhEQKR41XKTQeT9KJlI8yidSdBFc2ydSDHV7+VhURYqhAZHisRBEiqFAkD9WUWbo0Ew8jJCJhwkx8eOWibFNelyAiYcbzsQ67+FkTDzcMrH38jHxE24vn4wqEz8RYOInQ2DiJ4AgfxLIxKzqLrAGYjE+xWIXjLB2gRpBMFBPm24X6PPG0wJ2wRQSu+Ap4C7/DBCUU6xdoJ4hAPizLHbBSOBwVgPaBdVJ7ILnCEWK54REilFWpMA2aZSASPG84SKFzvt5MpHieT6RIktwbZ9IMdrt5QtRFSlGB0SKF0IQKUYDQf5CRZmhQzPxGEImHiPExC9aJsY26UUBJh5rOBPrvMeSMfFYy8Tey8fEL7m9HBdVJn4pwMTjQmDil4AgHwdkYlZ1F1gDsRhfZrELxlu7QI0nGKhXTLcL9HnjFQG7YCqJXfAycJefAATlVGsXqAkEAH+VxS6YCBxOBbQLapDYBa8RihSvCYkUk6xIgW3SJAGR4nXDRQqd9+tkIsXrfCJFtuDaPpFistvLN6IqUkwOiBRvhCBSTAaC/I2KMkMHfxKJkImnCDHxm5aJsU16U4CJpxrOxDrvqWRMPNUysffyMfFbbi+nRZWJ3wow8bQQmPgtIMinAZmYVd0F1kAsxrdZ7ILp1i5Q0wkG6h3T7QJ93nhHwC6YRmIXvA3c5WcAQTnN2gVqBgHA32WxC2YCh7M20C7IILEL3iMUKd4TEilmWZEC26RZAiLF+4aLFDrv98lEivfpRAqVLre2X6SY7fZyTlRFitkBkWJOCCLFbCDI51SUGTo0E88lZOK5Qkz8gWVibJM+EGDieYYzsc57HhkTz7NM7FvcG/+Hbi/nR5WJPwww8fwQmPhDIMjnA5mYVd2dX9H8GD9isQsWWLtALSAYqIWm2wX6vLFQwC6YTmIXfATc5RcBQTnd2gVqEQHAP2axCxYDh7Me0C6oT2IXLCEUKZYIiRRLrUiBbdJSAZHiE8NFCp33J2QixSd8IoWSW9svUixze/lpVEWKZQGR4tMQRIplQJB/WlFm6NBM/BkhE38mxMSfWybGNulzASZebjgT67yXkzHxcsvEvsW98X/h9nJFVJn4iwATrwiBib8AgnwFkIlZ1d0VFc2P8UsWu2CltQvUSoKBWmW6XaDPG6sE7IIZJHbBl8BdfjUQlDOsXaBWEwD8Kxa7YA1wOBsA7YKGJHbBWkKRYq2QSLHOihTYJq0TECm+Nlyk0Hl/TSZSfM0nUtSQW9svUnzj9nJ9VEWKbwIixfoQRIpvgCBfX1Fm6NBM/C0hE38rxMTfWSbGNuk7ASbeYDgT67w3kDHxBsvEvsW98W90e7kpqky8McDEm0Jg4o1AkG8CMjGrurupovkxbmaxC7ZYu0BtIRiorabbBfq8sVXALphJYhdsBu7y3wNBOdPaBep7AoD/wGIXbAMOZyOgXdCYxC7YTihSbBcSKX60IgW2ST8KiBQ7DBcpdN47yESKHXwiRU25tf0ixU63l7uiKlLsDIgUu0IQKXYCQb6roszQoZn4J0Im/kmIiX+2TIxt0s8CTLzbcCbWee8mY+Ldlol9i3vj3+P2cm9UmXhPgIn3hsDEe4Ag3wtkYlZ1d29F82Pcx2IX7Ld2gdpPMFAHTLcL9HnjgIBdMIvELtgH3OV/AYJylrUL1C8EAP+VxS44CBzOJkC7oCmJXXCIUKQ4JCRS/GZFCmyTfhMQKX43XKTQef9OJlL8zidS1JJb2y9SHHZ7eSSqIsXhgEhxJASR4jAQ5EcqygwdmomPEjLxUSEmjkvO+9UycYxr6ibpgqLXLZBsNhPrvAskw3skysTemqbHeP3bmDje7WVBT08jxcS6AI4nWW8hggHlvnaswIwHgrxgMm7oWNXdgsnmx3icQIz5BhrrQBVKBiZNOlCFCAaqMDpGdID6vFE4GT+gs0nsguOAu/zxQFDOtnaBOp4A4CdIMQbaLigCHM5mQLugOYldUBR5OxgXjkhRFDic3nhPtCIFtkknCogUJxkuUui8TyITKU7iEylqy63tFymKub0sHlWRolhApCgegkhRDAjy4skyQ4dm4pMJmfhkISY+xTIxtkmnCDBxCcOZWOddgoyJS1gm9i3ujb+k28tTo8rEJQNMfGoITFwSCPJTgUzMqu6emmx+jKex2AWlrF2gShEMVGnT7QJ93igtYBfMJbELTgPu8qcDQTnX2gXqdAKAn8FiF5QBDmcLoF3QksQuKEsoUpQVEinOtCIFtklnCogUZxkuUui8zyITKc7iEyky5Nb2ixTl3F6Wj6pIUS4gUpQPQaQoBwR5+WSZoUMzcQVCJq4gxMSOZWJskxwBJk4wnIl13glkTJxgmdi3uDf+RLeXSVFl4sQAEyeFwMSJQJAnAZmYVd1NSjY/xoosdkGytQtUMsFApZhuF+jzRoqAXTCPxC6oCNzlKwFBOc/aBaoSAcArs9gFqcDhbAW0C1qT2AVphCJFmpBIUcWKFNgmVREQKaoaLlLovKuSiRRV+USKOnJr+0WKam4vq0dVpKgWECmqhyBSVAOCvHqyzNChmfhsQiY+W4iJ0y0TY5uULsDEynAm1nkrMiZWlol9i3vjr+H2smZUmbhGgIlrhsDENYAgrwlkYlZ1t2ay+THWYrELalu7QNUmGKgM0+0Cfd7IELAL5pPYBbWAu3wdICjnW7tA1SEAeF0Wu6AecDjbAO2CtiR2QX1CkaK+kEhxjhUpsE06R0CkONdwkULnfS6ZSHEun0hRV25tv0jRwO1lw6iKFA0CIkXDEESKBkCQN0yWGTo0E59HyMTnCTHx+ZaJwU0SYOJGhjOxzrsRGRM3skzsW9wbf2O3lxdElYkbB5j4ghCYuDEQ5BcAmZhV3b0g2fwYL2SxC5pYu0A1IRiopqbbBfq80VTALlhAYhdcCNzlLwKCcoG1C9RFBAC/mMUuaAYcznZAu6A9iV3QnFCkaC4kUlxiRQpsky4RECkuNVyk0HlfSiZSXMonUtSTW9svUrRwe9kyqiJFi4BI0TIEkaIFEOQtk2WGDs3ElxEy8WVCTHy5ZWJsky4XYOJWhjOxzrsVGRO3skzsW9wbf2u3l1dElYlbB5j4ihCYuDUQ5FcAmZhV3b0i2fwYr2SxC9pYu0C1IRiotqbbBfq80VbALlhEYhdcCdzlrwKCcpG1C9RVBAC/msUuaAcczg5Au6AjiV3QnlCkaC8kUlxjRQpsk64RECmuNVyk0HlfSyZSXMsnUnSSW9svUnRwe9kxqiJFh4BI0TEEkaIDEOQdk2WGDs3E1xEy8XVCTHy9ZWJsk64XYOJOhjOxzrsTGRN3skzsW9wbf6bby85RZeLMABN3DoGJM4Eg7wxkYlZ1t3Oy+TF2YbELsqxdoLIIBirbdLtAnzeyBeyCxSR2QRfgLn8DEJSLrV2gbiAA+I0sdkFX4HB2AtoFmSR2QTdCkaKbkEhxkxUpsE26SUCkuNlwkULnfTOZSHEzn0iRKbe2X6To7vayR1RFiu4BkaJHCCJFdyDIeyTLDB2aiW8hZOJbhJj4VsvE2CbdKsDEPQ1nYp13TzIm7mmZ2Le4N/5ebi9viyoT9wow8W0hMHEvIMhvAzIxq7p7W7L5MfZmsQv6WLtA9SEYqL6m2wX6vNFXwC5YSmIX9Abu8rcDQbnU2gXqdgKA38FiF/QDDmcW0C7IJrEL+hOKFP2FRIo7rUiBbdKdAiLFXYaLFDrvu8hEirv4RIrOcmv7RYoBbi/vjqpIMSAgUtwdgkgxAAjyu5Nlhg7NxAMJmXigEBPfY5kY26R7BJh4kOFMrPMeRMbEgywT+xb3xn+v28v7osrE9waY+L4QmPheIMjvAzIxq7p7X7L5Md7PYhcMtnaBGkwwUA+Ybhfo88YDAnbBMhK74H7gLv8gEJTLrF2gHiQA+EMsdsEQ4HB2BdoF3UjsgocJRYqHhUSKR6xIgW3SIwIixaOGixQ670fJRIpH+USKLnJr+0WKoW4vH4uqSDE0IFI8FoJIMRQI8seSZYYOzcTDCJl4mBATP26ZGNukxwWYeLjhTKzzHk7GxMMtE/sW98b/hNvLJ6PKxE8EmPjJEJj4CSDInwQyMau6+2Sy+TE+xWIXjLB2gRpBMFBPm24X6PPG0wJ2wWckdsFTwF3+GSAoP7N2gXqGAODPstgFI4HD2R1oF/QgsQueIxQpnhMSKUZZkQLbpFECIsXzhosUOu/nyUSK5/lEiiy5tf0ixWi3ly9EVaQYHRApXghBpBgNBPkLyTJDh2biMYRMPEaIiV+0TIxt0osCTDzWcCbWeY8lY+Kxlol9i3vjf8nt5bioMvFLASYeFwITvwQE+TggE7Oqu+OSzY/xZRa7YLy1C9R4goF6xXS7QJ83XhGwC5aT2AUvA3f5CUBQLrd2gZpAAPBXWeyCicDh7Am0C3qR2AWvEYoUrwmJFJOsSIFt0iQBkeJ1w0UKnffrZCLF63wiRbbc2n6RYrLbyzeiKlJMDogUb4QgUkwGgvyNZJmhQzPxFEImniLExG9aJsY26U0BJp5qOBPrvKeSMfFUy8S+xb3xv+X2clpUmfitABNPC4GJ3wKCfBqQiVnV3WnJ5sf4NotdMN3aBWo6wUC9Y7pdoM8b7wjYBStI7IK3gbv8DCAoV1i7QM0gAPi7LHbBTOBw9gHaBX1D2ihird97wPr9uAi31g7gWpL1m/Xvr5/o/L0PrN8wIH4fB+MXfSOij4XNCuLXXSmcd3psl9I5txDIe5XQfh0Pzh/YH7XK8BlvWUBmxtcQzPhlAnmvJZlxYH8UMmfdD21Q5HJg85xfjuT8vMT9ean7U1+zc3htjnsALeyp0WXu3+j/P/dv5+b8/kFA+kPLfpcXxK01D8jZYRlbLQvKGFsfWmML26QPBYyt+YYbWzrv+ULGlgQ5zRNQ1j5K/t9s1AtyXnfhX2zUCzwb9aKc3z/O529buH+7yP1bvREszvl9ifCmjpzrpcBN/f+n/p/kvO6yv6j/J576f5rz+2d/Uf9PPfX/POf35fn8bUv3bz93/1bH+EXO7yvcXknsPYsF8PKN4Texep6+EMh7PYmw9iUQT8Beq/UkzzGv/O/3tvTAWqHdZK4Uenpqlb3JxDZplcBN5mrDbzJ13qvJnp5aLfj0FFq1aJTzAkg35eOkuLhZwv2KcW0V/Advfb9yY1/zD57uOhp37AwFn+46Gvf3T3flt87/7OkuXYA5nmTXeIYjGBDqtb8CbkJr/2KtunWyMrPr1KrZKb1WdmbOOhnZWTU71ainsuvWzFm+Zi2V2SkrvUutzDoZtTLqZtcJ7fnltUIMvM4yMLZJ6wQY+GvDGVjn/XVIMk/MHokbK3rdDYY+QBWMEzlL3wDvCjaA/Qy9ien4Grlromc+964IPUebDJc/cu/e0HlvNlP+OObIjbwRWQNcawvJA5zA+VbAmVFbSOSj9YTy0Xqhm9dv7c0rtknfCty8fmf4zavO+zsij1Ii1v/0Bjx0/Gti2AiyfVdWaHLPBrfeG/+B3NM4n9oF5Z7GcX8v9+S3zt/KPRLDBlrrzzvyDcl5yca7RW0U57/QdxzAPNRG4Ga2CQaG7Ozcem4SPPHoOq4RuPPfZtbTmsfcJem8Nwjkvd3wp1R13hsF8v7R0JNKkGCQ+4Z3xmOt3w6Skx5wvhVwZtSOkJ4WjllRBHLNZqBSp9eQ4JbNyTJ7GLLXEirioiR83rsJVMTFAnnvIXmIagsQj8Beqz2Gz43Gy1cCc7OfAC9rBPI+QIKXrUC8AHutDhDg5QeBuTlIgJdtAnkfIsHL90C8AHutDhHg5VeBuTlMgJeDAnkfIcHLD0C8AHutjhDg5YSK+LkpsNh8vBQRyDt+MQdetiHfVIXLWcUbPjcaL2cIzE0hAryUEci7MAletgPxAuy1KkyAl8oCc1OEAC+pAnkXJcHLj0C8AHutihLgpa7A3BQjwEs9gbyLk+BlBxAvwF6r4gR4uVhgbkoQ4KWZQN4lSfCyE4gXYK9VSQK8XC0wN6UI8NJOIO/SJHjZBcQLsNeqNAFebhSYmzIEeOkqkHdZErz8BMQLsNeqLAFe7hCYm3IEeOknkHd5Erz8DMQLsNeqPAFeHhKYmwQCvAwRyDuRBC+7gXgB9lolEuDlWYG5SSbAy0iBvFNI8LIHiBdgr1UKAV5eFZibVAK8TBTIO40EL3uBeAH2WqUR4OVdgbmpRoCXmQJ5VyfByz4gXoC9VtUJ8PKxwNwoArwsFsi7Bgle9gPxAuy1qkGAl68E5qY2AV7WCOSdQYKXA0C8AHutMgjw8oPA3NQjwMs2gbzrk+DlFyBegL1W9Qnw8qvA3DQgwMtBgbwbkuDlVyBegL1WDQnwcoLA5xY0Ynj/i0DejUnwchCIF2CvVWMCvJwhMDdNGN7/IpB3UxK8HALiBdhr1ZQAL5UlPheH4f0vAnk3J8HLb0C8AHutmhPgpa7A3LRgeP+LQN4tSfDyOxAvwF6rlgR4uVhgbloxvP9FIO/WJHg5DMQLsNeqNQFerhaYmzYM738RyLstCV6OAPEC7LVqS4CXGwXmph3D+18E8m5PgpejQLwAe63aE+DlDoG56cDw/heBvDuS4CUuBVdLYK9VRwK8PCQwN50Y3v8ikHcmCV4KAPEC7LXKJMDLswJzk8Xw/heBvLNJ8BIPxAuw1yqbAC+vCsxNV4b3vwjk3Y0ELwWBeAH2WnUjwMu7AnPTneH9LwJ59yDBy3FAvAB7rZD1K5SzRs5ycY67nv4OD/29BPqz1vXnR+vPxNWf86k/u1B/Hpv+jCn9uTn6s0D05xvo92zr96Hq99bp9wvp90Do57r1s6r6+Tv9TJF+TkJ7v9rP0hq91h21lqLPh/qeV/O43pt0vb0X/PNkU2TmDv75r8C50/1dEpf3PU66BoWF63x8CpCzPPH9VczpsV3qeOBseOM9wVNr+22+Ma6pm6QLil63CHBgpfIukgLvkdi3+UrEGvw233hw3Pom771k7M3TLKFvYA5eqJi99S3q9vBETy//0zcEJ3j+uwKenwU8vUqI+/tvCM5vnSKef8v97+m+IVgX0/EU7sSUY3dek78h+ETgBnlSCr6+J/2Desb8adHAu7JNwG9T2UzwjbtFU/Dr9lxsft4nCuTdy3DVQOddTCDv20JSDdJjuxRwLhWw10qqfug+Fyc8PRYXOj2ebE+P2CadLHB6PMXw06PO+xSi0+Mp9vRIf3os4fawpD09/vdXbqFKBE6PJclOjyWBG+SpAqfHU0M4PZ5mT4//9SmqhMBp4naC02NJgbzvIDg9niaQdz+S0yNwLhWw1wpZP036S+KOvdD9Qc9myRTzYywl5HHDAVkaSIisA1WaYKBOR8eIDlBry6cLMMYAEsYoBby7PgMIygEEdxpnCMxNmRQsUy6OO/ZC1lWitmUINraypm9sl+cM6FyBxy8HGg7MeTk5fymQ9z0kj52eCdyEgb1WUvWLB9fPK13FutZZwF5IYEWKxMqlmE/eZwrkfZ/he6MmrbME8r6fZG8sD8QjsNfq/sU0N31/Grvo2SxHcNNXPkVmzuGArBD7qa6Gu5YK6ymICkJPQTj2KQhskxyBpyASDH8KQuedIPQURO4lWdP0GK8wnoB4Jwn7BMT7+CcgfIAGra1yf/HWN9GdtaR/8AREYtyxMxR8AiIx7u+fgMhvnb99AgJUhD+LkZtcYkpegPFuIZxAcKjXzB0+NAs/SPAO3fcFpJKHzD4O/HlnkwgknSTgWkNIvAPgfCvgzChg/XwbPhonFUneUZwMfkfx0rg8MtE1SBZ+R3EK4TPhKUKnoUr2NIRtUiWB01Blw09DOu/KZKehyoKnIaGZDe1561S3l2mmP2+NLkJucqmBZ6TTUuKOudBGUyoQ5GkkdxJVCJm4ihATV7VMjG1SVQEmrmY4E+u8q5ExcTXLxN7Lx8TV3V6eHVUmrh5g4rNDYOLqQJCfDX5+b+mx6Rtvk56dYn6M6SxWrgI/6c44UIpgoGqY/kCoPm/UEHj4ZyiJWp0O3OVrAkE5lOfhHzHw1CQAeC0pxkDfziCfYK0NfoI190I/2ZcBjHM38A3Sez6WGRr0Jl6HUJipIyTM1LXCDLZJdQWEmXqGCzM673pkwkw9PmFG4oGsP9f2xl/f7eU5URVm6geEmXNCEGbqA0F+jtCdDJqJzyVk4nOFmLiBZWJskxoIMHFDw5lY592QjIkbWib2re2N/zy3l+dHlYnPCzDx+SEw8XlAkJ9vFW0FrIFYjI1YLJLGdqBUY4KBusB0i0SfNy4QsEiGkVgkjYC7/IVAUA6zFom6kADgTaQYA20XNAUO536gXXCAxC64iFCkuEhIpLjYihTYJl0sIFI0M1yk0Hk3IxMpmvGJFDUE1/aJFM3dXl4SVZGieUCkuCQEkaI5EOSXpMgMHZqJLyVk4kuFmLiFZWJsk1oIMHFLw5lY592SjIlbWib2Xj4mvszt5eVRZeLLAkx8eQhMfBkQ5JcDmZhV3QXWQCzGVix2QWtrF6jWBAN1hel2gT5vXCFgFwwnsQtaAXf5K4GgHG7tAnUlAcDbsNgFbYHDeRBoFxwisQuuIhQprhISKa62IgW2SVcLiBTtDBcpdN7tyESKdnwiRU3BtX0iRXu3l9dEVaRoHxAprglBpGgPBPk1KTJDh2biawmZ+FohJu5gmRjbpA4CTNzRcCbWeXckY+KOlom9l4+Jr3N7eX1Umfi6ABNfHwITXwcE+fVAJmZVd4E1EIuxE4tdkGntApVJMFCdTbcL9Hmjs4Bd8CSJXdAJuMt3AYLySWsXqC4EAM9isQuygcN5GGgXHCGxC24gFCluEBIpbrQiBbZJNwqIFF0NFyl03l3JRIqufCJFLcG1fSJFN7eXN0VVpOgWECluCkGk6AYE+U0pMkOHZuKbCZn4ZiEm7m6ZGNuk7gJM3MNwJtZ59yBj4h6Wib2Xj4lvcXt5a1SZ+JYAE98aAhPfAgT5rUAmZlV3gTUQi7Eni13Qy9oFqhfBQN1mul2gzxu3CdgFI0jsgp7AXb43EJQjrF2gehMAvA+LXdAXOJwFgF99HS+0UaA3tNsJRYrbhUSKO6xIgW3SHQIiRT/DRQqddz8ykaIfn0hRW3Btn0jR3+3lnVEVKfoHRIo7QxAp+gNBfmeKzNChmfguQia+S4iJB1gmxjZpgAAT3204E+u87yZj4rstE3svHxMPdHt5T1SZeGCAie8JgYkHAkF+D5CJWdVdYA3EYhzEYhfca+0CdS/BQN1nul2gzxv3CdgFz5DYBYOAu/z9QFA+Y+0CdT8BwAez2AUPAIezENAuKExiFzxIKFI8KCRSPGRFCmyTHhIQKYYYLlLovIeQiRRD+ESKDMG1fSLFw24vH4mqSPFwQKR4JASR4mEgyB9JkRk6NBM/SsjEjwox8VDLxNgmDRVg4scMZ2Kd92NkTPyYZWLv5WPiYW4vH48qEw8LMPHjITDxMCDIHwcyMau6C6yBWIzDWeyCJ6xdoJ4gGKgnTbcL9HnjSQG7YCSJXTAcuMs/BQTlSGsXqKcIAD6CxS54GjicRYB2QVESu+AZQpHiGSGR4lkrUmCb9KyASDHScJFC5z2STKQYySdS1BFc2ydSPOf2clRURYrnAiLFqBBEiueAIB+VIjN0aCZ+npCJnxdi4tGWibFNGi3AxC8YzsQ67xfImPgFy8Tey8fEY9xevhhVJh4TYOIXQ2DiMUCQvwhkYlZ1F1gDsRjHstgFL1m7QL1EMFDjTLcL9HljnIBdMIrELhgL3OVfBoJylLUL1MsEAB/PYhe8AhzOYkC7oDiJXTCBUKSYICRSvGpFCmyTXhUQKSYaLlLovCeSiRQT+USKuoJr+0SK19xeToqqSPFaQKSYFIJI8RoQ5JNSZIYOzcSvEzLx60JMPNkyMbZJkwWY+A3DmVjn/QYZE79hmdh7+Zh4itvLN6PKxFMCTPxmCEw8BQjyN4FMzKruAmsgFuNUFrvgLWsXqLcIBmqa6XaBPm9ME7ALRpPYBVOBu/zbQFCOtnaBepsA4NNZ7IJ3gMNZAmgXlCSxC2YQihQzhESKd61IgW3SuwIixUzDRQqd90wykWImn0hRT3Btn0jxntvLWVEVKd4LiBSzQhAp3gOCfFaKzNChmfh9QiZ+X4iJZ1smxjZptgATzzGciXXec8iYeI5lYu/lY+K5bi8/iCoTzw0w8QchMPFcIMg/ADIxq7oLrIFYjPNY7IIPrV2gPiQYqPmm2wX6vDFfwC4YQ2IXzAPu8h8BQTnG2gXqIwKAL2CxCxYCh7MU0C4oTWIXLCIUKRYJiRQfW5EC26SPBUSKxYaLFDrvxWQixWI+kaKT4No+kWKJ28ulURUplgREiqUhiBRLgCBfmiIzdGgm/oSQiT8RYuJllomxTVomwMSfGs7EOu9PyZj4U8vE3svHxJ+5vfw8qkz8WYCJPw+BiT8DgvxzIBOzqrvAGojFuJzFLvjC2gXqC4KBWmG6XaDPGysE7IKxJHbBcuAu/yUQlGOtXaC+JAD4Sha7YBVwOMsA7YKyJHbBakKRYrWQSPGVFSmwTfpKQKRYY7hIofNeQyZSrOETKTIF1/aJFGvdXq6LqkixNiBSrAtBpFgLBPm6FJmhQzPx14RM/LUQE39jmRjbpG8EmHi94Uys815PxsTrLRN7Lx8Tf+v28ruoMvG3ASb+LgQm/hYI8u+ATMyq7gJrIBbjBha7YKO1C9RGgoHaZLpdoM8bmwTsgnEkdsEG4C6/GQjKcdYuUJsJAL6FxS7YChzOckC7oDyJXfA9oUjxvZBI8YMVKbBN+kFApNhmuEih895GJlJs4xMpOguu7RMptru9/DGqIsX2gEjxYwgixXYgyH9MkRk6NBPvIGTiHUJMvNMyMbZJOwWYeJfhTKzz3kXGxLssE3svHxP/5Pby56gy8U8BJv45BCb+CQjyn4FMzKruAmsgFuNuFrtgj7UL1B6Cgdprul2gzxt7BeyC8SR2wW7gLr8PCMrx1i5Q+wgAvp/FLjgAHM4EoF2QSGIX/EIoUvwiJFL8akUKbJN+FRApDhouUui8D5KJFAf5RIougmv7RIpDbi9/i6pIcSggUvwWgkhxCAjy31Jkhg7NxL8TMvHvQkx82DIxtkmHBZj4iOFMrPM+QsbERywTey8fEx/N7WWlvH+LFBMfDTCxtxDBgHJfO1ZgHkWCvBJu6FjVXWANxGIsIBBjvoHGOlDxuEBp7YJ4goEqiI4RHaA+b+gg0QM6gcQu8CI+1pyPA4JygrUL1HEEAC8kxRhou6AwcDiTgXZBColdcDxwowhLpDgeOJzeeE/w3H5bkSLGNXWTTqiEX7cIcGCl8i5SCd4jUZGiCBBQIYkUWYJr+0SKom4vT4yqSKEL4HiSPTEEkaIoEOQnVpIZOjQTn0TIxCcJMXExy8TYJhUTYOLihjOxzrs4GRMXt0zsvXxMfLLby1OiysQnB5j4lBCY+GQgyE8BMjGrugusgViMJVjsgpLWLlAlCQbqVNPtAn3eOFXALphIYheUAO7ypwFBOdHaBeo0AoCXYrELSgOHMxVoF6SR2AWnE4oUpwuJFGdYkQLbpDMERIoyhosUOu8yZCJFGT6RIltwbZ9IUdbt5ZlRFSnKBkSKM0MQKcoCQX5mJZmhQzPxWYRMfJYQE5ezTIxtUjkBJi5vOBPrvMuTMXF5y8Tey8fEFdxeOlFl4goBJnZCYOIKQJA7QCZmVXeBNRCLMYHFLki0doFKJBioJNPtAn3eSBKwCyaR2AUJwF2+IhCUk6xdoCoSADyZxS5IAQ5nNaBdUJ3ELqhEKFJUEhIpKluRAtukygIiRarhIoXOO5VMpEilEylUutzafpEize1llaiKFGkBkaJKCCJFGhDkVSrJDB2aiasSMnFVISauZpkY26RqAkxc3XAm1nlXJ2Pi6paJfYt74z/b7WV6VJn47AATp4fAxGcDQZ4OZGJWdTe9kvkxKha7oIa1C1QNgoGqabpdoM8bNQXsgskkdoEC7vK1gKCcbO0CVYsA4LVZ7IIM4HAqoF1Qg8QuqEMoUtQREinqWpEC26S6AiJFPcNFCp13PTKRoh6fSKHk1vaLFPXdXp4TVZGifkCkOCcEkaI+EOTnVJIZOjQTn0vIxOcKMXEDy8TYJjUQYOKGhjOxzrshGRM3tEzsW9wb/3luL8+PKhOfF2Di80Ng4vOAID8fyMSs6u75lcyPsRGLXdDY2gWqMcFAXWC6XaDPGxcI2AVTSOyCRsBd/kIgKKdYu0BdSADwJix2QVPgcNYG2gUZJHbBRYQixUVCIsXFVqTANuliAZGimeEihc67GZlI0YxPpKght7ZfpGju9vKSqIoUzQMixSUhiBTNgSC/pJLM0KGZ+FJCJr5UiIlbWCbGNqmFABO3NJyJdd4tyZi4pWVi3+Le+C9ze3l5VJn4sgATXx4CE18GBPnlQCZmVXcvr2R+jK1Y7ILW1i5QrQkG6grT7QJ93rhCwC6YSmIXtALu8lcCQTnV2gXqSgKAt2GxC9oCh7Me0C6oT2IXXEUoUlwlJFJcbUUKbJOuFhAp2hkuUui825GJFO34RIqacmv7RYr2bi+viapI0T4gUlwTgkjRHgjyayrJDB2aia8lZOJrhZi4g2VibJM6CDBxR8OZWOfdkYyJO1om9i3ujf86t5fXR5WJrwsw8fUhMPF1QJBfD2RiVnX3+krmx9iJxS7ItHaByiQYqM6m2wX6vNFZwC6YRmIXdALu8l2AoJxm7QLVhQDgWSx2QTZwOBsA7YKGJHbBDYQixQ1CIsWNVqTANulGAZGiq+Eihc67K5lI0ZVPpKglt7ZfpOjm9vKmqIoU3QIixU0hiBTdgCC/qZLM0KGZ+GZCJr5ZiIm7WybGNqm7ABP3MJyJdd49yJi4h2Vi3+Le+G9xe3lrVJn4lgAT3xoCE98CBPmtQCZmVXdvrWR+jD1Z7IJe1i5QvQgG6jbT7QJ93rhNwC6YTmIX9ATu8r2BoJxu7QLVmwDgfVjsgr7A4WwEtAsak9gFtxOKFLcLiRR3WJEC26Q7BESKfoaLFDrvfmQiRT8+kaK23Np+kaK/28s7oypS9A+IFHeGIFL0B4L8zkoyQ4dm4rsImfguISYeYJkY26QBAkx8t+FMrPO+m4yJ77ZM7FvcG/9At5f3RJWJBwaY+J4QmHggEOT3AJmYVd29p5L5MQ5isQvutXaBupdgoO4z3S7Q5437BOyCGSR2wSDgLn8/EJQzrF2g7icA+GAWu+AB4HA2AdoFTUnsggcJRYoHhUSKh6xIgW3SQwIixRDDRQqd9xAykWIIn0iRIbe2X6R42O3lI1EVKR4OiBSPhCBSPAwE+SOVZIYOzcSPEjLxo0JMPNQyMbZJQwWY+DHDmVjn/RgZEz9mmdi3uDf+YW4vH48qEw8LMPHjITDxMCDIHwcyMau6+3gl82MczmIXPGHtAvUEwUA9abpdoM8bTwrYBTNJ7ILhwF3+KSAoZ1q7QD1FAPARLHbB08DhbAa0C5qT2AXPEIoUzwiJFM9akQLbpGcFRIqRhosUOu+RZCLFSD6Roo7c2n6R4jm3l6OiKlI8FxApRoUgUjwHBPmoSjJDh2bi5wmZ+HkhJh5tmRjbpNECTPyC4Uys836BjIlfsEzsW9wb/xi3ly9GlYnHBJj4xRCYeAwQ5C8CmZhV3X2xkvkxjmWxC16ydoF6iWCgxpluF+jzxjgBu2AWiV0wFrjLvwwE5SxrF6iXCQA+nsUueAU4nC2AdkFLErtgAqFIMUFIpHjVihTYJr0qIFJMNFyk0HlPJBMpJvKJFHXl1vaLFK+5vZwUVZHitYBIMSkEkeI1IMgnVZIZOjQTv07IxK8LMfFky8TYJk0WYOI3DGdinfcbZEz8hmVi3+Le+Ke4vXwzqkw8JcDEb4bAxFOAIH8TyMSs6u6blcyPcSqLXfCWtQvUWwQDNc10u0CfN6YJ2AWzSeyCqcBd/m0gKGdbu0C9TQDw6Sx2wTvA4WwFtAtak9gFMwhFihlCIsW7VqTANuldAZFipuEihc57JplIMZNPpKgnt7ZfpHjP7eWsqIoU7wVEilkhiBTvAUE+q5LM0KGZ+H1CJn5fiIlnWybGNmm2ABPPMZyJdd5zyJh4jmVi3+Le+Oe6vfwgqkw8N8DEH4TAxHOBIP8AyMSs6u4HlcyPcR6LXfChtQvUhwQDNd90u0CfN+YL2AVzSeyCecBd/iMgKOdau0B9RADwBSx2wULgcLYB2gVtSeyCRYQixSIhkeJjK1Jgm/SxgEix2HCRQue9mEykWMwnUnSSW9svUixxe7k0qiLFkoBIsTQEkWIJEORLK8kMHZqJPyFk4k+EmHiZZWJsk5YJMPGnhjOxzvtTMib+1DKxb3Fv/J+5vfw8qkz8WYCJPw+BiT8DgvxzIBOzqrufVzI/xuUsdsEX1i5QXxAM1ArT7QJ93lghYBfMI7ELlgN3+S+BoJxn7QL1JQHAV7LYBauAw9kOaBe0J7ELVhOKFKuFRIqvrEiBbdJXAiLFGsNFCp33GjKRYg2fSJEpt7ZfpFjr9nJdVEWKtQGRYl0IIsVaIMjXVZIZOjQTf03IxF8LMfE3lomxTfpGgInXG87EOu/1ZEy83jKxb3Fv/N+6vfwuqkz8bYCJvwuBib8Fgvw7IBOzqrvfVTI/xg0sdsFGaxeojQQDtcl0u0CfNzYJ2AXzSeyCDcBdfjMQlPOtXaA2EwB8C4tdsBU4nB2AdkFHErvge0KR4nshkeIHK1Jgm/SDgEixzXCRQue9jUyk2MYnUnSWW9svUmx3e/ljVEWK7QGR4scQRIrtQJD/WElm6NBMvIOQiXcIMfFOy8TYJu0UYOJdhjOxznsXGRPvskzsW9wb/09uL3+OKhP/FGDin0Ng4p+AIP8ZyMSs6u7PlcyPcTeLXbDH2gVqD8FA7TXdLtDnjb0CdsECErtgN3CX3wcE5QJrF6h9BADfz2IXHAAOZyegXZBJYhf8QihS/CIkUvxqRQpsk34VECkOGi5S6LwPkokUB/lEii5ya/tFikNuL3+LqkhxKCBS/BaCSHEICPLfKskMHZqJfydk4t+FmPiwZWJskw4LMPERw5lY532EjImPWCb2Le6N/2huLyvn/VukmPhogIm9hQgGlPvasQLzKBLklXFDx6ru4mogF2MBgRjzDTTWgYrHBUprF8QTDFRBdIzoAPV5QweJHtBFJHaBF/Gx5nwcEJSLrF2gjiMAeCEpxkDbBYWBw5kFtAuySeyC44EbRVgixfHA4fTGe4Ln9tuKFDGuqZt0QmX8ukWAAyuVd5HK8B6JihRFgIAKSaTIklvbL1IUdXt5YlRFCl0Ax5PsiSGIFEWBID+xsszQoZn4JEImPkmIiYtZJsY2qZgAExc3nIl13sXJmLi4ZWLf4t74T3Z7eUpUmfjkABOfEgITnwwE+SlAJmZVd0+pbH6MJVjsgpLWLlAlCQbqVNPtAn3eOFXALlhMYheUAO7ypwFBudjaBeo0AoCXYrELSgOHsyvQLuhGYhecTihSnC4kUpxhRQpsk84QECnKGC5S6LzLkIkUZfhEimy5tf0iRVm3l2dGVaQoGxApzgxBpCgLBPmZlWWGDs3EZxEy8VlCTFzOMjG2SeUEmLi84Uys8y5PxsTlLRP7FvfGX8HtpRNVJq4QYGInBCauAAS5A2RiVnXXqWx+jAksdkGitQtUIsFAJZluF+jzRpKAXbCUxC5IAO7yFYGgXGrtAlWRAODJLHZBCnA4uwPtgh4hbRSx1q8SsH6bPsattRm4lmT9Kv/76yc6f6nA+j0IxO9DYPyib0T0sbBVQfy6y4TzTo/tUjrnNgJ5fyq0X8eD8wf2R31q+Iy3LCAz48sJZvwqgby/IJlxYH8UMmfdD21Q5HJg65xfjuT8vML9eaX7U19pObxWxT2AFvbU6Cr3b/T/n/u3VXN+rxaQ/tCy39UFcWtVB3J2WMZW24IyxtbZ1tjCNulsAWMr3XBjS+edLmRsSZBTdQFlTVX+32zUNXJet+ZfbNQ1PBt1rZzfa+fzt23cv63l/q3eCDJyfq8jvKkj57oucFP//6l/vZzXrf8X9a/nqf85Ob+f+xf1P8dT/wY5vzfM52/bun/bwP1bHeN5One3VxJ7T4YAXlYafhOr5+k8gbxXkQhrjYB4AvZarSJ5jrnxf7+3pQfWCu0ms7HQ01MX2JtMbJMuELjJvNDwm0yd94VkT09dKPj0FFq1aJbzAkg3pXZKXFxl4X7FuLYK/oO3vk3c2Jv+g6e7jsYdO0PBp7uOxv390135rfM/e7pLF2COJ9mmnuEIBoR67SbATeiiv1irbp2szOw6tWp2Sq+VnZmzTkZ2Vs1ONeqp7Lo1c5avWUtldspK71Irs05GrYy62XVCe375IiEGvtgyMLZJFwswcDPDGVjn3SwkmSfW/Ju6saLXXWPoA1TBOJGz1Bx4V7AG7GfoTUzH18hdE45J964IPUfrDJc/cu/e0Hl/bab8ccyRG3kj0hS41jckD3AC51sBZ0Z9QyIfXUIoH10idPN6qb15xTbpUoGb1xaG37zqvFsQeZQSsf6nN+Ch428aw0aQ7buyQpN7Wrr1vuwfyD2N86ldUO5pHPf3ck9+6/yt3CMxbKC1/rwjb1k5L9l4t6iN4vwX+o4DmIe6DLiZXQ4DQ3Z2bj0vFzzx6Do2Fbjz32DW05rH3CXpvFsK5L3R8KdUdd6XCeS9ydCTSpBgkPuGd8Zjrd9mkpMecL4VcGbU5pCeFo75KXEg17QCKnV6DQluaVVZZg9D9lpCRayVgs97G4GKmCGQ93aSh6haA/EI7LXabvjcaLw0EZibnQR4aSqQ9y4SvFwBxAuw12oXAV7aCMzNbgK8tBXIew8JXq4E4gXYa7WHAC9ZAnOznwAv2QJ5HyDBSxsgXoC9VgcI8NJHYG4OEuClr0Deh0jw0haIF2Cv1SECvAwWmJvDBHh5QCDvIyR4uQqIF2Cv1RECvIwQmJsCS8zHy9MCeccv4cDL1cg37eJyVvGGz43Gy3iBuSlEgJdXBPIuTIKXdkC8AHutChPgZbrA3BQhwMs7AnkXJcFLeyBegL1WRQnwskBgbooR4GWhQN7FSfByDRAvwF6r4gR4WSkwNyUI8LJKIO+SJHi5FogXYK9VSQK8bBGYm1IEeNkqkHdpErx0AOIF2GtVmgAv+wXmpgwBXg4I5F2WBC8dgXgB9lqVJcBLoUr4uSlHgJfCAnmXJ8HLdUC8AHutyhPgpZTA3CQQ4KW0QN6JJHi5HogXYK9VIgFekgXmJpkALykCeaeQ4KUTEC/AXqsUArzUFpibVAK8ZAjknUaCl0wgXoC9VmkEeGkiMDfVCPDSVCDv6iR46QzEC7DXqjoBXtoIzI0iwEtbgbxrkOClCxAvwF6rGgR4yRKYm9oEeMkWyDuDBC9ZyM/3BuIlgwAvfQTmph4BXvoK5F2fBC/ZQLwAe63qE+BlsMDcNCDAywMCeTckwcsNQLwAe60aEuBlhMDcNGJ4/4tA3o1J8HIjEC/AXqvGBHgZLzA3TRje/yKQd1MSvHQF4gXYa9WUAC/TBeamGcP7XwTybk6Cl25AvAB7rZoT4GWBwNy0YHj/i0DeLUnwchMQL8Beq5YEeFkpMDetGN7/IpB3axK83AzEC7DXqjUBXrYIzE0bhve/COTdlgQv3YF4AfZatSXAy36BuWnH8P4Xgbzbk+ClBxAvwF6r9gR4KSTwOesdGN7/IpB3RxK83ALEC7DXqiMBXkoJzE0nhve/COSdSYKXW4F4AfZaZRLgJVlgbrIY3v8ikHc2CV56AvEC7LVC1k9/6d/KnP857nr6Ozz09xLoz1rXnx+tPxNXf86n/uxC/Xls+jOm9Ofm6M8C0Z9voN+zrd+Hqt9bp98vpN8DoZ/r1s+q6ufv9DNF+jkJ7f1qP0tr9Fp31FqKPh/qe17N43pv6lk5zneh565XZZm5Q8d5G/Jz73LWWBWX9z1Ouga3Cde5N/A7nsL6Nt/eQt/m28d+my+2SX0Evs23r+Hf5qvz7kv0bb4SsQa/zTceHLe+yatUGXvzVFmoZ8ELFbO3vre7sd/xD74hOMHz3xXw/Czg6VVC3N9/Q3B+6/wrviFYF9PxFO6OysfuvCZ/Q/AdwA2yX2V8ffv9g3rGGnd/4OawDvhp918TfOPu7QKnyK5LzM/7DoG8uxmuGui8+wvkfVNIqkF6bJcCzqUC9lpJ1Q/d5zsJT493Cp0e77KnR2yT7hI4PQ4w/PSo8x5AdHocYE+P9KfHu93YB9rT439/5Rbq7sDpcSDZ6XEgcIO8R+D0eE8Ip8dB9vT4X5+i7hY4TdxCcHocKJD3rQSnx0ECefckOT0C51IBe62Q9dOkvyru2AvdH/RsDqxsfoz3CnnccEDeByRE1oG6j2Cg7kfHiA5Qa8v3CzBGHxLGuBd4dz0YCMo+BHcagwXm5oHKWKZcGXfshayrRG0fINjYHjR9Y7s6Z0CrCgzo7YYDs3pOzo0E8r6D5LHTh4CbMLDXSqp+8eD6eaWrWNcaAuyFBFakSOzhyuaT90MCed9p+N6oSWuIQN53keyNjwDxCOy1umsJzU3fn8YuejYfJrjpe6SyzJzDAflo7Ke6Gu5aKqynIB4VegpiqH0KAtukoQJPQTxm+FMQOu/HhB11yZqmx3iF8QREUgr2CYhUfL98gAatrXJ/8dZ3mBv74//gCYjEuGNnKPgERGLc3z8Bkd86f/sEBKgIfxYjN7lhlfMCjHcL4QSCQ71m7vChWXggwTt0UwWOA/eYfRz4885mGJB0HgeuNYjEOwDOtwLOjALWz7fho3EynOQdxU+A31G8Oi6PTHQNnhB+R/GThM+EPyl0GnrKnoawTXpK4DQ0wvDTkM57BNlpaITgaUhoZkN73vppt5fPmP68NboIuck9HXhG+pnKccdcaKPpaSDInyG5k3iWkImfFWLikZaJsU0aKcDEzxnOxDrv58iY+DnLxN7Lx8Sj3F4+H1UmHhVg4udDYOJRQJA/D35+b/Wx6Rtvkz5f2fwYR7NYuS+An3RnHKgXCAZqjOkPhOrzxhgBtX8wiVo9GrjLvwgE5WCeh3/EwPMiAcDHSjEG+nYG+QTrS+AnWHMv9JN944BxbgO+QXr7YpmhQW/iLxMKMy8LCTPjrTCDbdJ4AWHmFcOFGZ33K2TCzCt8wozEA1l/ru2Nf4Lby1ejKsxMCAgzr4YgzEwAgvxVoTsZNBNPJGTiiUJM/JplYmyTXhNg4kmGM7HOexIZE0+yTOxb2xv/624vJ0eViV8PMPHkEJj4dSDIJ1tFWwFrIBbjGywWyRQ7UGoKwUC9abpFos8bbwpYJA+SWCRvAHf5qUBQPmgtEjWVAOBvSTEG2i6YBhzOnUC7YBeJXfA2oUjxtpBIMd2KFNgmTRcQKd4xXKTQeb9DJlK8wydS1BBc2ydSzHB7+W5URYoZAZHi3RBEihlAkL9bWWbo0Ew8k5CJZwox8XuWibFNek+AiWcZzsQ671lkTDzLMrH38jHx+24vZ0eVid8PMPHsEJj4fSDIZwOZmFXdBdZALMY5LHbBXGsXqLkEA/WB6XaBPm98IGAXDCGxC+YAd/l5QFAOsXaBmkcA8A9Z7IL5wOHcDbQL9pDYBR8RihQfCYkUC6xIgW3SAgGRYqHhIoXOeyGZSLGQT6SoKbi2T6RY5Pby46iKFIsCIsXHIYgUi4Ag/7iyzNChmXgxIRMvFmLiJZaJsU1aIsDESw1nYp33UjImXmqZ2Hv5mPgTt5fLosrEnwSYeFkITPwJEOTLgEzMqu4CayAW46csdsFn1i5QnxEM1Oem2wX6vPG5gF3wCIld8Clwl18OBOUj1i5QywkA/gWLXbACOJz7gXbBARK74EtCkeJLIZFipRUpsE1aKSBSrDJcpNB5ryITKVbxiRS1BNf2iRSr3V5+FVWRYnVApPgqBJFiNRDkX1WWGTo0E68hZOI1Qky81jIxtklrBZh4neFMrPNeR8bE6ywTey8fE3/t9vKbqDLx1wEm/iYEJv4aCPJvgEzMqu4CayAW43oWu+BbaxeobwkG6jvT7QJ93vhOwC4YSmIXrAfu8huAoBxq7QK1gQDgG1nsgk3A4TwItAsOkdgFmwlFis1CIsUWK1Jgm7RFQKTYarhIofPeSiZSbOUTKWoLru0TKb53e/lDVEWK7wMixQ8hiBTfA0H+Q2WZoUMz8TZCJt4mxMTbLRNjm7RdgIl/NJyJdd4/kjHxj5aJvZePiXe4vdwZVSbeEWDinSEw8Q4gyHcCmZhV3QXWQCzGXSx2wU/WLlA/EQzUz6bbBfq88bOAXTCMxC7YBdzldwNBOczaBWo3AcD3sNgFe4HDeRhoFxwhsQv2EYoU+4REiv1WpMA2ab+ASHHAcJFC532ATKQ4wCdSZAiu7RMpfnF7+WtURYpfAiLFryGIFL8AQf5rZZmhQzPxQUImPijExIcsE2ObdEiAiX8znIl13r+RMfFvlom9l4+Jf3d7eTiqTPx7gIkPh8DEvwNBfhjIxKzqLrAGYjEeYbELjlq7QB0lGKi4VMPtgv875KXiB3Q4iV1wBLjLF8A1Ww23doEqkGp+jPGpMnMOtwsKAoezwBJgAYU2CvSGdlwqn0hxHHA4vfEWSs373YoUMa6pm1QoFb9uYeDASuVdOBXeI1GRojAQUCGJFHUE1/aJFMe7vTzB09NIiRS6AI4nWW8hggHlvnaswDweCPITUmWGDs3ERQiZuIgQExe1TIxtUlEBJj7RcCbWeZ9IxsQnWib2Xj4mPsntZbGoMvFJASYuFgITnwQEeTEgE7Oqu8AaiMVYXEr8Qd8ynQwUf1gH6mSCgTrFdLtAnzdOEbALniSxC4oDd/kSQFA+ae0CVYIA4CVZ7IJTgcNZCGgXFCaxC04jFClOExIpSlmRAtukUgIiRWnDRQqdd2kykaI0n0hRV3Btn0hxutvLM6IqUpweECnOCEGkOB0I8jNSZYYOzcRlCJm4jBATl7VMjG1SWQEmPtNwJtZ5n0nGxGdaJvZePiY+y+1luagy8VkBJi4XAhOfBQR5OSATs6q7wBqIxViexS6oYO0CVYFgoBzT7YL/O+MI2AUjSOyC8sBdPgEIyhHWLlAJBABPZLELkoDDWQRoFxQlsQsqEooUFYVEimQrUmCblCwgUqQYLlLovFPIRIoUPpGinuDaPpGiktvLylEVKSoFRIrKIYgUlYAgr5wqM3RoJk4lZOJUISZOs0yMbVKaABNXMZyJdd5VyJi4imVi7+Vj4qpuL6tFlYmrBpi4WghMXBUI8mpAJmZVd4E1EIuxOotdcLa1C9TZBAOVbrpdoM8b6QJ2wTMkdkF14C6vgKB8xtoFShEAvAaLXVATOJzFgHZBcRK7oBahSFFLSKSobUUKbJNqC4gUGYaLFDrvDDKRIoNPpOgkuLZPpKjj9rJuVEWKOgGRom4IIkUdIMjrpsoMHZqJ6xEycT0hJq5vmRjbpPoCTHyO4Uys8z6HjInPsUzsvXxMfK7bywZRZeJzA0zcIAQmPhcI8gZAJmZVd4E1EIuxIYtdcJ61C9R5BAN1vul2wf+dNwTsgpEkdkFD4C7fCAjKkdYuUI0IAN6YxS64ADicJYB2QUkSu+BCQpHiQiGRookVKbBNaiIgUjQ1XKTQeTclEyma8okUmYJr+0SKi9xeXhxVkeKigEhxcQgixUVAkF+cKjN0aCZuRsjEzYSYuLllYmyTmgsw8SWGM7HO+xIyJr7EMrH38jHxpW4vW0SViS8NMHGLEJj4UiDIWwCZmFXdBdZALMaWLHbBZdYuUJcRDNTlptsF+rxxuYBdMIrELmgJ3OVbAUE5ytoFqhUBwFuz2AVXAIezFNAuKE1iF1xJKFJcKSRStLEiBbZJbQREiraGixQ677ZkIkVbPpGis+DaPpHiKreXV0dVpLgqIFJcHYJIcRUQ5FenygwdmonbETJxOyEmbm+ZGNuk9gJMfI3hTKzzvoaMia+xTOy9fEx8rdvLDlFl4msDTNwhBCa+FgjyDkAmZlV3gTUQi7Eji11wnbUL1HUEA3W96XaBPm9cL2AXjCaxCzoCd/lOQFCOtnaB6kQA8EwWu6AzcDjLAO2CsiR2QRdCkaKLkEiRZUUKbJOyBESKbMNFCp13NplIkc0nUnQRXNsnUtzg9vLGqIoUNwREihtDECluAIL8xlSZoUMzcVdCJu4qxMTdLBNjm9RNgIlvMpyJdd43kTHxTZaJvZePiW92e9k9qkx8c4CJu4fAxDcDQd4dyMSs6i6wBmIx9mCxC26xdoG6hWCgbjXdLtDnjVsF7IIxJHZBD+Au3xMIyjHWLlA9CQDei8UuuA04nOWAdkF5ErugN6FI0VtIpOhjRQpsk/oIiBR9DRcpdN59yUSKvnwiRZbg2j6R4na3l3dEVaS4PSBS3BGCSHE7EOR3pMoMHZqJ+xEycT8hJu5vmRjbpP4CTHyn4Uys876TjInvtEzsvXxMfJfbywFRZeK7Akw8IAQmvgsI8gFAJmZVd4E1EIvxbha7YKC1C9RAgoG6x3S7QJ837hGwC8aS2AV3A3f5QUBQjrV2gRpEAPB7WeyC+4DDmQC0CxJJ7IL7CUWK+4VEisFWpMA2abCASPGA4SKFzvsBMpHiAT6RIltwbZ9I8aDby4eiKlI8GBApHgpBpHgQCPKHUmWGDs3EQwiZeIgQEz9smRjbpIcFmPgRw5lY5/0IGRM/YpnYe/mY+FG3l0OjysSPBph4aAhM/CgQ5EOBTMyq7gJrIBbjYyx2wTBrF6hhBAP1uOl2gT5vPC5gF4wjsQseA+7yw4GgHGftAjWcAOBPsNgFTwKHMxloF6SQ2AVPEYoUTwmJFCOsSIFt0ggBkeJpw0UKnffTZCLF03QihUqXW9svUjzj9vLZqIoUzwREimdDECmeAYL82VSZoUMz8UhCJh4pxMTPWSbGNuk5ASYeZTgT67xHkTHxKMvEvsW98T/v9nJ0VJn4+QATjw6BiZ8Hgnw0kIlZ1d3RqebH+AKLXTDG2gVqDMFAvWi6XaDPGy8K2AXjSeyCF4C7/FggKMdbu0CNJQD4Syx2wTjgcKYC7YI0ErvgZUKR4mUhkWK8FSmwTRovIFK8YrhIofN+hUykeIVPpFBya/tFigluL1+NqkgxISBSvBqCSDEBCPJXU2WGDs3EEwmZeKIQE79mmRjbpNcEmHiS4Uys855ExsSTLBP7FvfG/7rby8lRZeLXA0w8OQQmfh0I8slAJmZVdyenmh/jGyx2wRRrF6gpBAP1pul2gT5vvClgF0wgsQveAO7yU4GgnGDtAjWVAOBvsdgF04DDWQ1oF1QnsQveJhQp3hYSKaZbkQLbpOkCIsU7hosUOu93yESKd/hEihpya/tFihluL9+NqkgxIyBSvBuCSDEDCPJ3U2WGDs3EMwmZeKYQE79nmRjbpPcEmHiW4Uys855FxsSzLBP7FvfG/77by9lRZeL3A0w8OwQmfh8I8tlAJmZVd2enmh/jHBa7YK61C9RcgoH6wHS7QJ83PhCwCyaS2AVzgLv8PCAoJ1q7QM0jAPiHLHbBfOBwKqBdUIPELviIUKT4SEikWGBFCmyTFgiIFAsNFyl03gvJRIqFfCJFTbm1/SLFIreXH0dVpFgUECk+DkGkWAQE+cepMkOHZuLFhEy8WIiJl1gmxjZpiQATLzWciXXeS8mYeKllYt/i3vg/cXu5LKpM/EmAiZeFwMSfAEG+DMjErOruslTzY/yUxS74zNoF6jOCgfrcdLtAnzc+F7ALJpHYBZ8Cd/nlQFBOsnaBWk4A8C9Y7IIVwOGsDbQLMkjsgi8JRYovhUSKlVakwDZppYBIscpwkULnvYpMpFjFJ1LUklvbL1Ksdnv5VVRFitUBkeKrEESK1UCQf5UqM3RoJl5DyMRrhJh4rWVibJPWCjDxOsOZWOe9joyJ11km9i3ujf9rt5ffRJWJvw4w8TchMPHXQJB/A2RiVnX3m1TzY1zPYhd8a+0C9S3BQH1nul2gzxvfCdgFk0nsgvXAXX4DEJSTrV2gNhAAfCOLXbAJOJz1gHZBfRK7YDOhSLFZSKTYYkUKbJO2CIgUWw0XKXTeW8lEiq18IkVtubX9IsX3bi9/iKpI8X1ApPghBJHieyDIf0iVGTo0E28jZOJtQky83TIxtknbBZj4R8OZWOf9IxkT/2iZ2Le4N/4dbi93RpWJdwSYeGcITLwDCPKdQCZmVXd3ppof4y4Wu+AnaxeonwgG6mfT7QJ93vhZwC6YQmIX7ALu8ruBoJxi7QK1mwDge1jsgr3A4WwAtAsaktgF+whFin1CIsV+K1Jgm7RfQKQ4YLhIofM+QCZSHOATKTLk1vaLFL+4vfw1qiLFLwGR4tcQRIpfgCD/NVVm6NBMfJCQiQ8KMfEhy8TYJh0SYOLfDGdinfdvZEz8m2Vi3+Le+H93e3k4qkz8e4CJD4fAxL8DQX4YyMSs6u7hVPNjPMJiFxy1doE6SjBQcWmG2wX/d8hLww/oVBK74Ahwly+Aa7aaau0CVSDN/Bjj02TmHG4XFAQOZyOgXdCYxC44Lo1PpDgOOJzeeAul5f1uRYoY19RNKpSGX7cwcGCl8i6cBu+RqEhRGAiokESKOnJr+0WK491enuDpaaRECl0Ax5OstxDBgHJfO1ZgHg8E+QlpMkOHZuIihExcRIiJi1omxjapqAATn2g4E+u8TyRj4hMtE/sW98Z/ktvLYlFl4pMCTFwsBCY+CQjyYkAmZlV3i6WZH2NxKfEHfct0MlD8YR2okwkG6hTT7QJ93jhFwC6YRmIXFAfu8iWAoETWj9UuKEEA8JIsdsGpwOFsArQLmpLYBacRihSnCYkUpaxIgW1SKQGRorThIoXOuzSZSFGaT6SoK7e2X6Q43e3lGVEVKU4PiBRnhCBSnA4E+RlpMkOHZuIyhExcRoiJy1omxjaprAATn2k4E+u8zyRj4jMtE/sW98Z/ltvLclFl4rMCTFwuBCY+CwjyckAmZlV3y6WZH2N5FruggrULVAWCgXJMtwv+74wjYBdMJ7ELygN3+QQgKJH1Y7ULEggAnshiFyQBh7MZ0C5oTmIXVCQUKSoKiRTJVqTANilZQKRIMVyk0HmnkIkUKXwiRT25tf0iRSW3l5WjKlJUCogUlUMQKSoBQV45TWbo0EycSsjEqUJMnGaZGNukNAEmrmI4E+u8q5AxcRXLxL7FvfFXdXtZLapMXDXAxNVCYOKqQJBXAzIxq7pbLc38GKuz2AVnW7tAnU0wUOmm2wX6vJEuYBfMILELqgN3eQUEJbJ+rHaBIgB4DRa7oCZwOFsA7YKWJHZBLUKRopaQSFHbihTYJtUWECkyDBcpdN4ZZCJFBp9I0Ulubb9IUcftZd2oihR1AiJF3RBEijpAkNdNkxk6NBPXI2TiekJMXN8yMbZJ9QWY+BzDmVjnfQ4ZE59jmdi3uDf+c91eNogqE58bYOIGITDxuUCQNwAyMau62yDN/BgbstgF51m7QJ1HMFDnm24X/N95Q8AumEliFzQE7vKNgKBE1o/VLmhEAPDGLHbBBcDhbAW0C1qT2AUXEooUFwqJFE2sSIFtUhMBkaKp4SKFzrspmUjRlE+kyJRb2y9SXOT28uKoihQXBUSKi0MQKS4CgvziNJmhQzNxM0ImbibExM0tE2Ob1FyAiS8xnIl13peQMfEllol9i3vjv9TtZYuoMvGlASZuEQITXwoEeQsgE7Oquy3SzI+xJYtdcJm1C9RlBAN1uel2gT5vXC5gF8wisQtaAnf5VkBQIuvHahe0IgB4axa74ArgcLYB2gVtSeyCKwlFiiuFRIo2VqTANqmNgEjR1nCRQufdlkykaMsnUnSWW9svUlzl9vLqqIoUVwVEiqtDECmuAoL86jSZoUMzcTtCJm4nxMTtLRNjm9RegImvMZyJdd7XkDHxNZaJfYt747/W7WWHqDLxtQEm7hACE18LBHkHIBOzqrsd0syPsSOLXXCdtQvUdQQDdb3pdoE+b1wvYBfMJrELOgJ3+U5AUCLrx2oXdCIAeCaLXdAZOJztgHZBexK7oAuhSNFFSKTIsiIFtklZAiJFtuEihc47m0ykyOYTKbrIre0XKW5we3ljVEWKGwIixY0hiBQ3AEF+Y5rM0KGZuCshE3cVYuJulomxTeomwMQ3Gc7EOu+byJj4JsvEvsW98d/s9rJ7VJn45gATdw+BiW8Ggrw7kIlZ1d3uaebH2IPFLrjF2gXqFoKButV0u0CfN24VsAvmktgFPYC7fE8gKJH1Y7ULehIAvBeLXXAbcDg7AO2CjiR2QW9CkaK3kEjRx4oU2Cb1ERAp+houUui8+5KJFH35RIosubX9IsXtbi/viKpIcXtApLgjBJHidiDI70iTGTo0E/cjZOJ+Qkzc3zIxtkn9BZj4TsOZWOd9JxkT32mZ2Le4N/673F4OiCoT3xVg4gEhMPFdQJAPADIxq7o7IM38GO9msQsGWrtADSQYqHtMtwv0eeMeAbtgHoldcDdwlx8EBCWyfqx2wSACgN/LYhfcBxzOTkC7IJPELrifUKS4X0ikGGxFCmyTBguIFA8YLlLovB8gEyke4BMpsuXW9osUD7q9fCiqIsWDAZHioRBEigeBIH8oTWbo0Ew8hJCJhwgx8cOWibFNeliAiR8xnIl13o+QMfEjlol9i3vjf9Tt5dCoMvGjASYeGgITPwoE+VAgE7Oqu0PTzI/xMRa7YJi1C9QwgoF63HS7QJ83HhewC+aT2AWPAXf54UBQIuvHahcMJwD4Eyx2wZPA4cwC2gXZIW0UsdbvKWD91i3GrfU1cC3J+o3499dPdP6eBtZvIBC/94Dxi74R0cfCdgXx6y4Qzjs9tkvpnDsI5L1QaL+OB+cP7I9aaPiMtywgM+OLCWb8OoG8l5DMOLA/Cpmz7oc2KHI5sH3OL0dyfl7j/rzW/amvZ3J47Vn3AFrYU6Pr3L/R/3/u347M+f25gPSHlv2uL4hbaxSQs8MytjoWlDG2nrfGFrZJzwsYW6MNN7Z03qOFjC0JcholoKy9kPa/2ajH5Lzui3+xUY/xbNRjc35/KZ+/7eD+7Vj3b/VGMC7n95eFN3XkXI8Hbur/P/V/Jed1J/xF/V/x1P/VnN8n/kX9X/XU/7Wc3yfl87cd3b99zf1bHePrOb9PdnslsfeME8DLMsNvYvU8vS6Q96ckwtobQDwBe62k6ofu85T/fm9LD6wV2k3mFKGnp960N5nYJr0pcJM51fCbTJ33VLKnp6YKPj2FVi1a5bwA0k15qXJc3AjhfsW4tgr+g7e+b7mxT/sHT3cdjTt2hoJPdx2N+/unu/Jb53/2dJcuwBxPstM8wxEMCPXabwE3obf/Yq26dbIys+vUqtkpvVZ2Zs46GdlZNTvVqKey69bMWb5mLZXZKSu9S63MOhm1Mupm1wnt+eW3hRh4umVgbJOmCzDwO4YzsM77nZBknljzn+bGil53eUjHt/T/zysYJ3KWZgDvCpD1yyUmHV8jd030zOfeFaHnaIXh8kfu3Rs67y/NlD+OOXIjb0SmAddaaej+E7gUcL4VcGaUVP3QOHmXUD56V+jmdaa9ecU2aabAzet7ht+86rzfI/IoJWL9T2/AQ8c/LYaNINt3ZYUm98xy6/3+P5B7GudTu6Dc0zju7+We/Nb5W7lHYthAa/15Rz4rLS/ZeLeojeL8F/qOA5iHeh+4mc2GgSE7O7eeswVPPLqO0wTu/NcIn3hivUvSec8SyHut4U+p6rzfF8h7naEnlSDBIPcN74zHWr+vSU56wPlWwJlRUvWLB+NkFpBr5gCVOr2GBLfMSZPZw5C9llARx1bG572BQEUcJ5D3RpKHqOYC8Qjstdpo+NxovLwlMDdbCPAyTSDvrSR4+QCIF2Cv1VYCvHwoMDfbCPAyXyDv7SR4mQfEC7DXajsBXr4QmJudBHhZIZD3LhK8fAjEC7DXahcBXjYKzM1uArxsEsh7Dwle5gPxAuy12kOAlz0Cc7OfAC97BfI+QIKXj4B4AfZaHSDAS3wqfm4OEuCloEDeh0jwsgCIF2Cv1SECvJQUmJvDBHg5VSDvIyR4WQjEC7DX6ggBXhIF5qbAUvPxkiSQd/xSDrwsAuIF2GsVb/jcaLzUEJibQgR4qSmQd2ESvHwMxAuw16owAV4aC8xNEQK8XCCQd1ESvCwG4gXYa1WUAC+tBeamGAFerhDIuzgJXpYA8QLstSpOgJdMgbkpQYCXzgJ5lyTBy1IgXoC9ViUJ8NJLYG5KEeDlNoG8S5Pg5RMgXoC9VqUJ8HKvwNyUIcDLfQJ5lyXByzIgXoC9VmUJ8PKEwNyUI8DLkwJ5lyfBy6dAvAB7rcoT4OUlgblJIMDLOIG8E0nw8hkQL8Beq0QCvLwlMDfJBHiZJpB3CglePgfiBdhrlUKAlw8F5iaVAC/zBfJOI8HLciBegL1WaQR4+UJgbqoR4GWFQN7VSfDyBRAvwF6r6gR42SgwN4oAL5sE8q5BgpcVQLwAe61qEOBlj8Dc1CbAy16BvDNI8PIlEC/AXqsMArzEC3wuTj0CvBQUyLs+CV5WAvEC7LWqT4CXkgJz04AAL6cK5N2QBC+rgHgB9lo1JMBLosDcNGJ4/4tA3o1J8LIaiBdgr1VjArzUEJibJgzvfxHIuykJXr4C4gXYa9WUAC+NBeamGcP7XwTybk6ClzVAvAB7rZoT4KW1wNy0YHj/i0DeLUnwshaIF2CvVUsCvGQKzE0rhve/COTdmgQv64B4AfZatSbASy+BuWnD8P4XgbzbkuDlayBegL1WbQnwcq/E9xIwvP9FIO/2JHj5BogXYK9VewK8PCEwNx0Y3v8ikHdHErysB+IF2GuFrJ/+0r8NOf9z3PX0d3jo7yXQn7WuPz9afyau/pxP/dmF+vPY9GdM6c/N0Z8Foj/fQL9nW78PVb+3Tr9fSL8HQj/XrZ9V1c/f6WeK9HMS2vvVfpbW6LXuqLUUfT7U97yax/XepOvtvdBz922azNyh4/wO+blEOWtsjMv7Hiddg++E67wB+B1PYX2b7wbgbHjj3eiptf023xjX1E3amIZfdxNwYKXy3pQG75HYt/lKxBr8Nt94cNz6Ju+pNOzN0wihngUvVMze+m52Y9/iyeE/fUNwgue/K+D5WcDTq4S4v/+G4PzW+Vd8Q7AupuMp3Ja0Y3dek78heAtwg9yahq/v1n9Qz1jj/h64OaxYglvrS+FPI0Z8W+VmgVNkp6Xm571FIO9Mw1UDnff3Anl3Dkk1SI/tUsC5VMBeK6n6ofv8A+Hp8Qeh0+M2e3rENmmbwOlxu+GnR533dqLT43Z7eqQ/Pf7oxr7Dnh7/+yu3UD8GTo87yE6PO4Ab5E6B0+POEE6Pu+zp8b8+Rf0ocJq4geD0uEMg7xsJTo+7BPLuSnJ6BM6lAvZaIeunSX9j3LEXuj/o2dyRZn6MPwl53HBA/gwkRNaB+plgoHajY0QHqLXl3QKM0Z2EMX4C3l3vAYKyO8Gdxh6BudmbhmXKDXHHXsi6StR2L8HGts/0je36nAEdKTCgtxgOzFE5Ob8hkPetJI+d7gduwsBeK6n6xYPr55WuYl3rALAXEliRIrFf0swn7/0Ced9m+N6oSeuAQN69SfbGX4F4BPZa9V5Kc9P3p7GLns1fCG76fk2TmXM4IA/Gfqqr4a6lwnoK4qDQUxCH7FMQ2CYdEngK4jfDn4LQef8m7KhL1jQ9xiuMJyAer4x9AuJpfL98gAatrXJ/8db3dzf2w//gCYjEuGNnKPgERGLc3z8Bkd86f/sEBKgIfxYjN7nf0/ICjHcL4QSCQ71m7vChWfh2gnfoPi1wHLjD7OPAn3c2vwNJ5zBwrX4k3gFwvhVwZhSwfr4NH42TIyTvKD4Kfkfxprg8MtE1OCr8juK4Kri1wjoNeWNOj/HyxlugSt7v9jQU65pV/igoet144MBK5R1fBd4j0dNQPBBQwdOQ0MyG9rx1QbeXx3l6auTz1ugi5CanC+B4kvUWIhhQ7mvHzCRAkB9XJY7iTqIQIRMXEmLiwpaJsU0qLMDExxvOxDrv48mY+HjLxN7Lx8QnuL0sElUmPiHAxEVCYOITgCAvAhxu3eRNx6ZvvE1apIr5MRYVumOC3zKdiAtUsQ7UiQQDdRI6RnSA+rxxUhX8gA4gUauLAnf5YkBQIuvH+sR3MQKAF5diDPTtDPIJ1pOBg+7NGf1k3ynAODcswa21cYnM0KA38RKEwkwJIWGmpBVmsE0qKSDMnGq4MKPzPpVMmDmVT5iReCDrz7W98Z/m9rJUVIWZ0wLCTKkQhJnTgCAvJXQng2bi0oRMXFqIiU+3TIxt0ukCTHyG4Uys8z6DjInPsEzsW9sbfxm3l2WjysRlAkxcNgQmLgMEeVmraCtgDcRiPJPFIjnLDpQ6i2CgyplukejzRjkBi2QgiUVyJnCXLw8EJbJ+rBZJeQKAV5BiDLRd4ACHcwvQLthKYhckEIoUCUIiRaIVKbBNShQQKZIMFyl03klkIkUSn0hRQ3Btn0hR0e1lclRFiooBkSI5BJGiIhDkyVVkhg7NxCmETJwixMSVLBNjm1RJgIkrG87EOu/KZExc2TKx9/Ixcarby7SoMnFqgInTQmDiVCDI04BMzKruAmsgFmMVFrugqrULVFWCgapmul2gzxvVBOyCQSR2QRXgLl8dCEpk/VjtguoEAD+bxS5IBw7nNqBdsJ3ELlCEIoUSEilqWJEC26QaAiJFTcNFCp13TTKRoiafSFFTcG2fSFHL7WXtqIoUtQIiRe0QRIpaQJDXriIzdGgmziBk4gwhJq5jmRjbpDoCTFzXcCbWedclY+K6lom9l4+J67m9rB9VJq4XYOL6ITBxPSDI6wOZmFXdBdZALMZzWOyCc61doM4lGKgGptsF+rzRQMAuuI/ELjgHuMs3BIISWT9Wu6AhAcDPY7ELzgcO506gXbCLxC5oRChSNBISKRpbkQLbpMYCIsUFhosUOu8LyESKC/hEilqCa/tEigvdXjaJqkhxYUCkaBKCSHEhEORNqsgMHZqJmxIycVMhJr7IMjG2SRcJMPHFhjOxzvtiMia+2DKx9/IxcTO3l82jysTNAkzcPAQmbgYEeXMgE7Oqu8AaiMV4CYtdcKm1C9SlBAPVwnS7QJ83WgjYBYNJ7IJLgLt8SyAokfVjtQtaEgD8Mha74HLgcO4G2gV7SOyCVoQiRSshkaK1FSmwTWotIFJcYbhIofO+gkykuIJPpKgtuLZPpLjS7WWbqIoUVwZEijYhiBRXAkHeporM0KGZuC0hE7cVYuKrLBNjm3SVABNfbTgT67yvJmPiqy0Tey8fE7dze9k+qkzcLsDE7UNg4nZAkLcHMjGrugusgViM17DYBddau0BdSzBQHUy3C/R5o4OAXfAgiV1wDXCX7wgEJbJ+rHZBRwKAX8diF1wPHM79QLvgAIld0IlQpOgkJFJkWpEC26RMAZGis+Eihc67M5lI0ZlPpMgQXNsnUnRxe5kVVZGiS0CkyApBpOgCBHlWFZmhQzNxNiETZwsx8Q2WibFNukGAiW80nIl13jeSMfGNlom9l4+Ju7q97BZVJu4aYOJuITBxVyDIuwGZmFXdBdZALMabWOyCm61doG4mGKjuptsF+rzRXcAuGEJiF9wE3OV7AEGJrB+rXdCDAOC3sNgFtwKH8yDQLjhEYhf0JBQpegqJFL2sSIFtUi8BkeI2w0UKnfdtZCLFbXwiRR3BtX0iRW+3l32iKlL0DogUfUIQKXoDQd6niszQoZm4LyET9xVi4tstE2ObdLsAE99hOBPrvO8gY+I7LBN7Lx8T93N72T+qTNwvwMT9Q2DifkCQ9wcyMau6C6yBWIx3stgFd1m7QN1FMFADTLcL9HljgIBd8AiJXXAncJe/GwhKZP1Y7YK7CQA+kMUuuAc4nIeBdsERErtgEKFIMUhIpLjXihTYJt0rIFLcZ7hIofO+j0ykuI9PpKgruLZPpLjf7eXgqIoU9wdEisEhiBT3A0E+uIrM0KGZ+AFCJn5AiIkftEyMbdKDAkz8kOFMrPN+iIyJH7JM7L18TDzE7eXDUWXiIQEmfjgEJh4CBPnDQCZmVXeBNRCL8REWu+BRaxeoRwkGaqjpdoE+bwwVsAuGktgFjwB3+ceAoETWj9UueIwA4MNY7ILHgcNZADecKl5oo0BvaMMJRYrhQiLFE1akwDbpCQGR4knDRQqd95NkIsWTfCJFPcG1fSLFU24vR0RVpHgqIFKMCEGkeAoI8hFVZIYOzcRPEzLx00JM/IxlYmyTnhFg4mcNZ2Kd97NkTPysZWLv5WPikW4vn4sqE48MMPFzITDxSCDInwMyMau6C6yBWIyjWOyC561doJ4nGKjRptsF+rwxWsAuGEZiF4wC7vIvAEGJrB+rXfACAcDHsNgFLwKHsxDQLihMYheMJRQpxgqJFC9ZkQLbpJcERIpxhosUOu9xZCLFOD6RopPg2j6R4mW3l+OjKlK8HBApxocgUrwMBPn4KjJDh2biVwiZ+BUhJp5gmRjbpAkCTPyq4Uys836VjIlftUzsvXxMPNHt5WtRZeKJASZ+LQQmnggE+WtAJmZVd4E1EItxEotd8Lq1C9TrBAM12XS7QJ83JgvYBcNJ7IJJwF3+DSAokfVjtQveIAD4FBa74E3gcBYB2gVFSeyCqYQixVQhkeItK1Jgm/SWgEgxzXCRQuc9jUykmMYnUmQKru0TKd52ezk9qiLF2wGRYnoIIsXbQJBPryIzdGgmfoeQid8RYuIZlomxTZohwMTvGs7EOu93yZj4XcvE3svHxDPdXr4XVSaeGWDi90Jg4plAkL8HZGJWdRdYA7EYZ7HYBe9bu0C9TzBQs023C/R5Y7aAXfAkiV0wC7jLzwGCElk/VrtgDgHA57LYBR8Ah7MY0C4oTmIXzCMUKeYJiRQfWpEC26QPBUSK+YaLFDrv+WQixXw+kaKz4No+keIjt5cLoipSfBQQKRaEIFJ8BAT5gioyQ4dm4oWETLxQiIkXWSbGNmmRABN/bDgT67w/JmPijy0Tey8fEy92e7kkqky8OMDES0Jg4sVAkC8BMjGrugusgViMS1nsgk+sXaA+IRioZabbBfq8sUzALhhBYhcsBe7ynwJBiawfq13wKQHAP2OxCz4HDmcJoF1QksQuWE4oUiwXEim+sCIFtklfCIgUKwwXKXTeK8hEihV8IkUXwbV9IsWXbi9XRlWk+DIgUqwMQaT4EgjylVVkhg7NxKsImXiVEBOvtkyMbdJqASb+ynAm1nl/RcbEX1km9l4+Jl7j9nJtVJl4TYCJ14bAxGuAIF8LZGJWdRdYA7EY17HYBV9bu0B9TTBQ35huF+jzxjcCdsEzJHbBOuAuvx4ISmT9WO2C9QQA/5bFLvgOOJylgHZBaRK7YAOhSLFBSKTYaEUKbJM2CogUmwwXKXTem8hEik18IkWW4No+kWKz28stURUpNgdEii0hiBSbgSDfUkVm6NBMvJWQibcKMfH3lomxTfpegIl/MJyJdd4/kDHxD5aJvZePibe5vdweVSbeFmDi7SEw8TYgyLcDmZhV3QXWQCzGH1nsgh3WLlA7CAZqp+l2gT5v7BSwC0aS2AU/Anf5XUBQIuvHahfsIgD4Tyx2wc/A4SwDtAvKktgFuwlFit1CIsUeK1Jgm7RHQKTYa7hIofPeSyZS7OUTKbIF1/aJFPvcXu6PqkixLyBS7A9BpNgHBPn+KjJDh2biA4RMfECIiX+xTIxt0i8CTPyr4Uys8/6VjIl/tUzsvXxMfNDt5aGoMvHBABMfCoGJDwJBfgjIxKzqLrAGYjH+xmIX/G7tAvU7wUAdNt0u0OeNwwJ2wSgSu+A34C5/BAhKZP1Y7YIjBAA/ymIXxFXFJV0OaBeUJ7ELClTlEykK4HruEyniq+b9bkWKGNfUTdIFRa9bEDiwUnkXrArvkahIURAIqHBECpUut7ZfpDjO7WUhT08jJVLoAjieZL2FCAaU+9qxAvM4IMgLVZUZOjQTFyZk4sJCTHy8ZWJsk44XYOITDGdinfcJZEx8gmVi3+Le+Iu4vSwaVSYuEmDioiEwcREgyIsCmZhV3S1a1fwYTxSIMd9AYx2ok4DiD+tAnUQwUMXQMaID1OeNYlXxAzqaxC44EbjLFweCcrS1C1RxAoCfLMUYaLvgFOBwJgDtgkQSu6AEoUhRQkikKGlFCmyTSgqIFKcaLlLovE8lEylO5RMplNzafpHiNLeXpaIqUpwWEClKhSBSnAYEeamqMkOHZuLShExcWoiJT7dMjG3S6QJMfIbhTKzzPoOMic+wTOxb3Bt/GbeXZaPKxGUCTFw2BCYuAwR5WSATs6q7ZauaH+OZLHbBWdYuUGcRDFQ50+0Cfd4oJ2AXjCGxC84E7vLlgaAcY+0CVZ4A4BVY7AIHOJzJQLsghcQuSCAUKRKERIpEK1Jgm5QoIFIkGS5S6LyTyESKJD6Roobc2n6RoqLby+SoihQVAyJFcggiRUUgyJOrygwdmolTCJk4RYiJK1kmxjapkgATVzaciXXelcmYuLJlYt/i3vhT3V6mRZWJUwNMnBYCE6cCQZ4GZGJWdTetqvkxVmGxC6pau0BVJRioaqbbBfq8UU3ALhhLYhdUAe7y1YGgHGvtAlWdAOBns9gF6cDhTAXaBWkkdoEiFCmUkEhRw4oU2CbVEBApahouUui8a5KJFDX5RIqacmv7RYpabi9rR1WkqBUQKWqHIFLUAoK8dlWZoUMzcQYhE2cIMXEdy8TYJtURYOK6hjOxzrsuGRPXtUzsW9wbfz23l/WjysT1AkxcPwQmrgcEeX0gE7Oqu/Wrmh/jOSx2wbnWLlDnEgxUA9PtAn3eaCBgF4wjsQvOAe7yDYGgHGftAtWQAODnsdgF5wOHsxrQLqhOYhc0IhQpGgmJFI2tSIFtUmMBkeICw0UKnfcFZCLFBXwiRS25tf0ixYVuL5tEVaS4MCBSNAlBpLgQCPImVWWGDs3ETQmZuKkQE19kmRjbpIsEmPhiw5lY530xGRNfbJnYt7g3/mZuL5tHlYmbBZi4eQhM3AwI8uZAJmZVd5tXNT/GS1jsgkutXaAuJRioFqbbBfq80ULALhhPYhdcAtzlWwJBOd7aBaolAcAvY7ELLgcOpwLaBTVI7IJWhCJFKyGRorUVKbBNai0gUlxhuEih876CTKS4gk+kqC23tl+kuNLtZZuoihRXBkSKNiGIFFcCQd6mqszQoZm4LSETtxVi4qssE2ObdJUAE19tOBPrvK8mY+KrLRP7FvfG387tZfuoMnG7ABO3D4GJ2wFB3h7IxKzqbvuq5sd4DYtdcK21C9S1BAPVwXS7QJ83OgjYBRNI7IJrgLt8RyAoJ1i7QHUkAPh1LHbB9cDhrA20CzJI7IJOhCJFJyGRItOKFNgmZQqIFJ0NFyl03p3JRIrOfCJFhtzafpGii9vLrKiKFF0CIkVWCCJFFyDIs6rKDB2aibMJmThbiIlvsEyMbdINAkx8o+FMrPO+kYyJb7RM7FvcG39Xt5fdosrEXQNM3C0EJu4KBHk3IBOzqrvdqpof400sdsHN1i5QNxMMVHfT7QJ93uguYBdMJLELbgLu8j2AoJxo7QLVgwDgt7DYBbcCh7Me0C6oT2IX9CQUKXoKiRS9rEiBbVIvAZHiNsNFCp33bWQixW18IkUdubX9IkVvt5d9oipS9A6IFH1CECl6A0Hep6rM0KGZuC8hE/cVYuLbLRNjm3S7ABPfYTgT67zvIGPiOywT+xb3xt/P7WX/qDJxvwAT9w+BifsBQd4fyMSs6m7/qubHeCeLXXCXtQvUXQQDNcB0u0CfNwYI2AWTSOyCO4G7/N1AUE6ydoG6mwDgA1nsgnuAw9kAaBc0JLELBhGKFIOERIp7rUiBbdK9AiLFfYaLFDrv+8hEivv4RIq6cmv7RYr73V4OjqpIcX9ApBgcgkhxPxDkg6vKDB2aiR8gZOIHhJj4QcvE2CY9KMDEDxnOxDrvh8iY+CHLxL7FvfEPcXv5cFSZeEiAiR8OgYmHAEH+MJCJWdXdh6uaH+MjLHbBo9YuUI8SDNRQ0+0Cfd4YKmAXTCaxCx4B7vKPAUE52doF6jECgA9jsQseBw5nI6Bd0JjELhhOKFIMFxIpnrAiBbZJTwiIFE8aLlLovJ8kEyme5BMp6smt7RcpnnJ7OSKqIsVTAZFiRAgixVNAkI+oKjN0aCZ+mpCJnxZi4mcsE2Ob9IwAEz9rOBPrvJ8lY+JnLRP7FvfGP9Lt5XNRZeKRASZ+LgQmHgkE+XNAJmZVd5+ran6Mo1jsguetXaCeJxio0abbBfq8MVrALphCYheMAu7yLwBBOcXaBeoFAoCPYbELXgQOZxOgXdCUxC4YSyhSjBUSKV6yIgW2SS8JiBTjDBcpdN7jyESKcXwiRSe5tf0ixctuL8dHVaR4OSBSjA9BpHgZCPLxVWWGDs3ErxAy8StCTDzBMjG2SRMEmPhVw5lY5/0qGRO/apnYt7g3/oluL1+LKhNPDDDxayEw8UQgyF8DMjGruvtaVfNjnMRiF7xu7QL1OsFATTbdLtDnjckCdsFUErtgEnCXfwMIyqnWLlBvEAB8Cotd8CZwOJsB7YLmJHbBVEKRYqqQSPGWFSmwTXpLQKSYZrhIofOeRiZSTOMTKTLl1vaLFG+7vZweVZHi7YBIMT0EkeJtIMinV5UZOjQTv0PIxO8IMfEMy8TYJs0QYOJ3DWdinfe7ZEz8rmVi3+Le+Ge6vXwvqkw8M8DE74XAxDOBIH8PyMSs6u57Vc2PcRaLXfC+tQvU+wQDNdt0u0CfN2YL2AXTSOyCWcBdfg4QlNOsXaDmEAB8Lotd8AFwOFsA7YKWJHbBPEKRYp6QSPGhFSmwTfpQQKSYb7hIofOeTyZSzOcTKTrLre0XKT5ye7kgqiLFRwGRYkEIIsVHQJAvqCozdGgmXkjIxAuFmHiRZWJskxYJMPHHhjOxzvtjMib+2DKxb3Fv/IvdXi6JKhMvDjDxkhCYeDEQ5EuATMyq7i6pan6MS1nsgk+sXaA+IRioZabbBfq8sUzALphOYhcsBe7ynwJBOd3aBepTAoB/xmIXfA4czlZAu6A1iV2wnFCkWC4kUnxhRQpsk74QEClWGC5S6LxXkIkUK/hEii5ya/tFii/dXq6MqkjxZUCkWBmCSPElEOQrq8oMHZqJVxEy8SohJl5tmRjbpNUCTPyV4Uys8/6KjIm/skzsW9wb/xq3l2ujysRrAky8NgQmXgME+VogE7Oqu2urmh/jOha74GtrF6ivCQbqG9PtAn3e+EbALphBYhesA+7y64GgnGHtArWeAODfstgF3wGHsw3QLmhLYhdsIBQpNgiJFButSIFt0kYBkWKT4SKFznsTmUixiU+kyJJb2y9SbHZ7uSWqIsXmgEixJQSRYjMQ5Fuqygwdmom3EjLxViEm/t4yMbZJ3wsw8Q+GM7HO+wcyJv7BMrFvcW/829xebo8qE28LMPH2EJh4GxDk24FMzKrubq9qfow/stgFO6xdoHYQDNRO0+0Cfd7YKWAXzCSxC34E7vK7gKCcae0CtYsA4D+x2AU/A4ezHdAuaE9iF+wmFCl2C4kUe6xIgW3SHgGRYq/hIoXOey+ZSLGXT6TIllvbL1Lsc3u5P6oixb6ASLE/BJFiHxDk+6vKDB2aiQ8QMvEBISb+xTIxtkm/CDDxr4Yzsc77VzIm/tUysW9xb/wH3V4eiioTHwww8aEQmPggEOSHgEzMqu4eqmp+jL+x2AW/W7tA/U4wUIdNtwv0eeOwgF0wi8Qu+A24yx8BgnKWtQvUEQKAH2WxC+Kq4ZLuALQLOoa0UcRavwLA+q1YglvrS+BakvWL//fXT3T+CgLrdzsQv3eA8Yu+EdHHwk4F8evOFs47PbZL6ZyzBPKeI7Rfx4PzB/ZHzTF8xlsWkJnxeQQzfoNA3h+SzDiwPwqZs+6HNihyOTAz55cjOT87uz+7uD/1dVwOrxWq9kcPC3tqdIP7N/r/z/3bwjm/H18tLu6vahpr728siFvrBCBnh2VsZReUMbaKePpmja0Y19RNKlINv27RamYbWzrvotXgPRIjpxOq4cnpxGr/m436pJzXLfYXG/VJno26eM7vJ+fzt1nu3xZ3/1ZvBKfk/F5CeFNHznVJ4Kb+/1P/U3Ne97S/qP+pnvqXyvm99F/Uv5Sn/qfn/H5GPn+b7f7t6e7f6hjL5Pxe1u2VxN5zigBeFhh+E6vnqYxA3gtJhLUzgXgC9lotJHmO+az/fm9LD6wV2k3mWWAOy73K2ZtMbJPKCdxkljf8JlPnXV7oJjP3kqxpeoxX8OkptGrRTis2wE3/5Co5MQr3K8a1VfAfvPWt4MbueHL4T093HY07doaCT3cdjfv7p7vyW+d/9nSXLsAcT7KOZziCAaFeuwJwE0r4i7Xq1snKzK5Tq2an9FrZmTnrZGRn1exUo57KrlszZ/matVRmp6z0LrUy62TUyqibXSe055cThBg40TIwtkmJAgycZDgD67yTQpJ5Ys3fcWNFr7vY0AeognEiZ6ki8K5gMdjP0JuYjq+RuyZ65nPvitBztNRw+SP37g2d9ydmyh/HHLmRNyIOcK1lLN8mCZR8gDOjlpHIR8mE8lGy0M1rir15xTYpReDmtZLhN68670pEHqVErP/pDXjo+J0YNoJs35UVmtxT2a136j+QexrnU7ug3NM47u/lnvzW+Vu5R2LYQGv9eUdeuVpesvFuURvF+S/0HQcwD5UK3MzSYGDIzs6tZ5rgiUfX0RG4819u1tOax9wl6bwrC+T9heFPqeq8UwXyXmHoSSVIMMh9wzvjMX+hKclJDzjfCjgz6suQnhaOtc+VgVxTBajU6TUkuKVKNZk9DNlrCRWxeBV83msIVMRTBPJeS/IQVVUgHoG9VmsNnxuNlwoCc/MNAV4cgbzXk+ClGhAvwF6r9QR4OVtgbjYQ4CVdIO+NJHipDsQLsNdqIwFezhOYmy0EeDlfIO+tJHg5G4gXYK/VVgK8XCYwN9sI8HK5QN7bSfCSDsQLsNdqOwFerhOYm50EeLleIO9dJHhRQLwAe612EeDlFoG52U2Al1sF8t5DgpcaQLwAe632EOBloMDc7CfAyz0CeR8gwUtNIF6AvVYHCPAyTGBuDhLg5XGBvA+R4KUWEC/AXqtDBHgZIzA3hwnw8qJA3kdI8FIbiBdgr9URArxMEZibAp+Yj5c3BfKO/4QDLxnIDx3C5aziDZ8bjZe5AnNTiAAvHwjkXZgEL3WAeAH2WhUmwMtnAnNThAAvnwvkXZQEL3WBeAH2WhUlwMu3AnNTjAAv3wnkXZwEL/WAeAH2WhUnwMtPAnNTggAvPwvkXZIEL/WBeAH2WpUkwMtRgbkpRYCXOIGvJStNgpdzgHgB9lqVJsDLyQJzU4YAL6cI5F2WBC/nAvEC7LUqS4CXCgJzU44AL45A3uVJ8NIAiBdgr1V5ArycLTA3CQR4SRfIO5EELw2BeAH2WiUS4OU8gblJJsDL+QJ5p5Dg5TwgXoC9VikEeLlMYG5SCfByuUDeaSR4OR+IF2CvVRoBXq4TmJtqBHi5XiDv6iR4aQTEC7DXqjoBXm4RmBtFgJdbBfKuQYKXxkC8AHutahDgZaDA3NQmwMs9AnlnkODlAiBegL1WGQR4GSYwN/UI8PK4QN71SfByIRAvwF6r+gR4GSMwNw0I8PKiQN4NSfDSBIgXYK9VQwK8TBGYm0YM738RyLsxCV6aAvEC7LVqTICXuQJz04Th/S8CeTclwctFQLwAe62aEuDlM4G5acbw/heBvJuT4OViIF6AvVbNCfDyrcDctGB4/4tA3i1J8NIMiBdgr1VLArz8JDA3rRje/yKQd2sSvDQH4gXYa9WaAC9HBeamDcP7XwS+v6QtCV4uAeIF2GuFrJ/+0r+dOf9z3PX0d3jo7yXQn7WuPz9afyau/pxP/dmF+vPY9GdM6c/N0Z8Foj/fQL9nW78PVb+3Tr9fSL8HQj/XrZ9V/b/n7/R3t+X8T3u/2s/SGr3WHbWWos+H+p5X87jemy6pFue70HN3aTWZuYPfdyI/NyJnjV1xed/jpGvQQrjOLYHf8RTWt/m2FPo238vst/lim3SZwLf5Xm74t/nqvC8n+jZfiViD3+YbD45b3+QVqIa9eYoX6lnwQsXsrW8rN/bW/+AbghM8/10Bz88Cnl4lxP39NwTnt86/4huCdTEdT+FaVzt25zX5G4JbAzfIK6rh63vFP6hnrHFfCdwclgI/LfITgm/cbSVwimz3ifl5txbIu73hqoHO+0qBvK8JSTVIj+1SwLlUwF4rqfrBVTHC02MbodNjW3t6xDaprcDp8SrDT48676uITo9X2dMj/enxajf2dvb0+N9fuYW6OnB6bEd2emwH3CDbC5we24dwerzGnh7/61PU1QKniesITo/tBPK+nuD0eI1A3p1ITo/AuVTAXitk/TTp74o79kL3B/4cSDXzY7xWyOOGA7IDkBBZB6oDwUB1RMeIDlBryx0FGCOLhDGuBd5dXwcEZRbBncZ1EndY1bBMuTPu2AtZV4naXk+wsXUyfWO7MWdACwsM6A2GA/OEnJzPFMj7RpLHTjOBmzCw10qqfvHg+nmlq1jX6gzshQRWpEisSzXzyTtTIO+bTL9pycm5s0DeN5PsjVlAPAJ7rW7+hOam709jFz2bXQhu+rKqycw5HJDZsZ/qarhrqbCegsgWegriBvsUBLZJNwg8BXGj4U9B6LxvFHbUJWuaHuMVxhMQh9OwT0AUxPfLB2jQ2ir3F299u7qxd/sHT0Akxh07Q8EnIBLj/v4JiPzW+dsnIEBF+LMYucl1rZYXYLxbCCcQHOo1c4cPzcK3ELxDt6DAceBWs48Df97ZdAWSTjfgWj1JvAPgfCvgzChg/XwbPlwuIHlH8c3gdxT/FJdHJroGNwu/o7g74TPh3YVOQz3saQjbpB4Cp6FbDD8N6bxvITsN3SJ4GhKa2dCet77V7WVP05+3RhchN7lbA89I96wWd8yFNppuRd4xktxJ9CJk4l5CTHybZWJsk24TYOLehjOxzrs3GRP3tkzsvXxM3MftZd+oMnGfABP3DYGJ+wBB3hf8/N5Px6ZvvE3at5r5Md7OYuXeAX7SnXGg7iAYqH6mPxCqzxv9BNT+PiRq9e3AXb4/EJR9eB7+EQNPfwKA3ynFGOjbGeQTrHeBn2DNvdBP9g0AxrkG+AbptUtlhga9id9NKMzcLSTMDLTCDLZJAwWEmXsMF2Z03veQCTP38AkzEg9k/bm2N/5Bbi/vjaowMyggzNwbgjAzCAjye4XuZNBMfB8hE98nxMT3WybGNul+ASYebDgT67wHkzHxYMvEvrW98T/g9vLBqDLxAwEmfjAEJn4ACPIHraKtgDUQi/EhFotkiB0oNYRgoB423SLR542HBSyS20kskoeAu/wjQFDebi0S9QgBwB+VYgy0XTAUOJzfAO2C9SR2wWOEIsVjQiLFMCtSYJs0TECkeNxwkULn/TiZSPE4n0hRQ3Btn0gx3O3lE1EVKYYHRIonQhAphgNB/kQ1maFDM/GThEz8pBATP2WZGNukpwSYeIThTKzzHkHGxCMsE3svHxM/7fbymagy8dMBJn4mBCZ+GgjyZ4BMzKruAmsgFuOzLHbBSGsXqJEEA/Wc6XaBPm88J2AX9COxC54F7vKjgKDsZ+0CNYoA4M+z2AWjgcO5AWgXbCSxC14gFCleEBIpxliRAtukMQIixYuGixQ67xfJRIoX+USKmoJr+0SKsW4vX4qqSDE2IFK8FIJIMRYI8peqyQwdmonHETLxOCEmftkyMbZJLwsw8XjDmVjnPZ6MicdbJvZePiZ+xe3lhKgy8SsBJp4QAhO/AgT5BCATs6q7wBqIxfgqi10w0doFaiLBQL1mul2gzxuvCdgFd5LYBa8Cd/lJQFDeae0CNYkA4K+z2AWTgcO5BWgXbCWxC94gFCneEBIppliRAtukKQIixZuGixQ67zfJRIo3+USKWoJr+0SKqW4v34qqSDE1IFK8FYJIMRUI8reqyQwdmomnETLxNCEmftsyMbZJbwsw8XTDmVjnPZ2MiadbJvZePiZ+x+3ljKgy8TsBJp4RAhO/AwT5DCATs6q7wBqIxfgui10w09oFaibBQL1nul2gzxvvCdgFA0jsgneBu/wsICgHWLtAzSIA+PssdsFs4HBuA9oF20nsgjmEIsUcIZFirhUpsE2aKyBSfGC4SKHz/oBMpPiAT6SoLbi2T6SY5/byw6iKFPMCIsWHIYgU84Ag/7CazNChmXg+IRPPF2LijywTY5v0kQATLzCciXXeC8iYeIFlYu/lY+KFbi8XRZWJFwaYeFEITLwQCPJFQCZmVXeBNRCL8WMWu2CxtQvUYoKBWmK6XaDPG0sE7IKBJHbBx8BdfikQlAOtXaCWEgD8Exa7YBlwOHcC7YJdJHbBp4QixadCIsVnVqTANukzAZHic8NFCp3352Qixed8IkWG4No+kWK528svoipSLA+IFF+EIFIsB4L8i2oyQ4dm4hWETLxCiIm/tEyMbdKXAky80nAm1nmvJGPilZaJvZePiVe5vVwdVSZeFWDi1SEw8SogyFcDmZhV3QXWQCzGr1jsgjXWLlBrCAZqrel2gT5vrBWwCwaR2AVfAXf5dUBQDrJ2gVpHAPCvWeyCb4DDuRtoF+whsQvWE4oU64VEim+tSIFt0rcCIsV3hosUOu/vyESK7/hEijqCa/tEig1uLzdGVaTYEBApNoYgUmwAgnxjNZmhQzPxJkIm3iTExJstE2ObtFmAibcYzsQ67y1kTLzFMrH38jHxVreX30eVibcGmPj7EJh4KxDk3wOZmFXdBdZALMYfWOyCbdYuUNsIBmq76XaBPm9sF7AL7iOxC34A7vI/AkF5n7UL1I8EAN/BYhfsBA7nfqBdcIDELthFKFLsEhIpfrIiBbZJPwmIFD8bLlLovH8mEyl+5hMp6gqu7RMpdru93BNVkWJ3QKTYE4JIsRsI8j3VZIYOzcR7CZl4rxAT77NMjG3SPgEm3m84E+u895Mx8X7LxN7Lx8QH3F7+ElUmPhBg4l9CYOIDQJD/AmRiVnUXWAOxGH9lsQsOWrtAHSQYqEOm2wX6vHFIwC4YTGIX/Arc5X8DgnKwtQvUbwQA/53FLjgMHM6DQLvgEIldcIRQpDgiJFIctSIFtklHBUSKuOpmixQ6bx0juEeiIoW3pukxXiGJFPUE1/aJFAXcXsZ7ehopkUIXwPEk6y1EMKDc144VmAWAII+vLjN0aCYuWJ2PiQtWl2Hi4zwzZpk4xjV1k3RB0esWMpyJdd6FyJi4kGVi7+Vj4sJuL4+PKhMXDjDx8SEwcWEgyI8HMjGrugusgViMJwjEmG+gsQ5UEVygtHZBEYKBKoqOER2gPm8UrY4f0AdJ7IITgLv8iUBQPmjtAnUiAcBPkmIMtF1QDDich4F2wRESu6A4oUhRXEikONmKFNgmnSwgUpxiuEih8z6FTKQ4hU+k6CS4tk+kKOH2smRURYoSAZGiZAgiRQkgyEtWlxk6NBOfSsjEpwox8WmWibFNOk2AiUsZzsQ671JkTFzKMrH38jFxabeXp0eViUsHmPj0EJi4NBDkpwOZmFXdBdZALMYzWOyCMtYuUGUIBqqs6XaBPm+UFbALhpDYBWcAd/kzgaAcYu0CdSYBwM9isQvKAYezAG44VbzQRoHe0MoTihTlhUSKClakwDapgoBI4RguUui8HTKRwuETKTIF1/aJFAluLxOjKlIkBESKxBBEigQgyBOrywwdmomTCJk4SYiJK1omxjapogATJxvOxDrvZDImTrZM7L18TJzi9rJSVJk4JcDElUJg4hQgyCsBmZhV3QXWQCzGyix2Qaq1C1QqwUClmW4X6PNGmoBd8AiJXVAZuMtXAYLyEWsXqCoEAK/KYhdUAw5nIaBdUJjELqhOKFJUFxIpzrYiBbZJZwuIFOmGixQ673QykSKdT6ToLLi2T6RQbi9rRFWkUAGRokYIIoUCgrxGdZmhQzNxTUImrinExLUsE2ObVEuAiWsbzsQ679pkTFzbMrH38jFxhtvLOlFl4owAE9cJgYkzgCCvA2RiVnUXWAOxGOuy2AX1rF2g6hEMVH3T7QJ93qgvYBcMJbEL6gJ3+XOAoBxq7QJ1DgHAz2WxCxoAh7MI0C4oSmIXNCQUKRoKiRTnWZEC26TzBESK8w0XKf5vOMlEivP5RIougmv7RIpGbi8bR1WkaBQQKRqHIFI0AoK8cXWZoUMz8QWETHyBEBNfaJkY26QLBZi4ieFMrPNuQsbETSwTey8fEzd1e3lRVJm4aYCJLwqBiZsCQX4RkIlZ1V1gDcRivJjFLmhm7QLVjGCgmptuF+jzRnMBu2AYiV1wMXCXvwQIymHWLlCXEAD8Uha7oAVwOIsB7YLiJHZBS0KRoqWQSHGZFSmwTbpMQKS43HCRQud9OZlIcTmfSJEluLZPpGjl9rJ1VEWKVgGRonUIIkUrIMhbV5cZOjQTX0HIxFcIMfGVlomxTbpSgInbGM7EOu82ZEzcxjKx9/IxcVu3l1dFlYnbBpj4qhCYuC0Q5FcBmZhV3QXWQCzGq1nsgnbWLlDtCAaqvel2gT5vtBewC4aT2AVXA3f5a4CgHG7tAnUNAcCvZbELOgCHswTQLihJYhd0JBQpOgqJFNdZkQLbpOsERIrrDRcpdN7Xk4kU1/OJFNmCa/tEik5uLzOjKlJ0CogUmSGIFJ2AIM+sLjN0aCbuTMjEnYWYuItlYmyTuggwcZbhTPz/2PsWMJ2qvv0xoiiKoihyiKIwa86DIYQoJCSV5DAjySlJEpJTklNOySk55ViORShCkfOpCEVRFEVRFP6zvv+e2nvzpa+5f/td97vXc13fZa7e+das37p/97r3uu/1PI+uO4VMiVOsErtfHiVOdbBsGVYlTvUpccsAlDgVSPKWQCVmdXeBayA2x8dZ4oJWNi5QrQga6gnT4wJ93nhCIC4YRhIXPA7c5VsDSTnMxgWqNQHBn2SJC9oAmzMPMC7ISxIXtCU0KdoKmRTtrEmBBamdgEnR3nCTQtfdnsykaE9nUqgoubG9JkUHB8unwmpSdPCZFE8FYFJ0AJL8qdIyTYdW4o6EStxRSImftkqMBelpASXuZLgS67o7kSlxJ6vEnsHd83/GwbJzWJX4GZ8Sdw5AiZ8BkrwzUIlZ3d3Opc2f47MscUEXGxeoLgQN9ZzpcYE+bzwnEBeMIIkLngXu8l2BpBxh4wLVlYDgz7PEBd2AzZkPGBfkJ4kLuhOaFN2FTIoe1qTAgtRDwKR4wXCTQtf9AplJ8QKfSaHkxvaaFD0dLF8Mq0nR02dSvBiASdETSPIXS8s0HVqJexEqcS8hJe5tlRgLUm8BJe5juBLruvuQKXEfq8Sewd3z7+tg2S+sStzXp8T9AlDivkCS9wMqMau726+0+XN8iSUu6G/jAtWfoKFeNj0u0OeNlwXiglEkccFLwF1+AJCUo2xcoAYQEPwVlrhgILA5CwDjgoIkccEgQpNikJBJMdiaFFiQBguYFEMMNyl03UPITIohfCZFtNzYXpNiqIPlq2E1KYb6TIpXAzAphgJJ/mppmaZDK/EwQiUeJqTEw60SY0EaLqDEIwxXYl33CDIlHmGV2DO4e/4jHSxHhVWJR/qUeFQASjwSSPJRQCVmdXdHlTZ/jq+xxAWjbVygRhM01OumxwX6vPG6QFwwmiQueA24y48BknK0jQvUGAKCj2WJC8YBm7MwMC4oQhIXjCc0KcYLmRQTrEmBBWmCgEnxhuEmha77DTKT4g0+kyJGbmyvSTHRwfLNsJoUE30mxZsBmBQTgSR/s7RM06GVeBKhEk8SUuLJVomxIE0WUOIphiuxrnsKmRJPsUrsGdw9/6kOltPCqsRTfUo8LQAlngok+TSgErO6u9NKmz/Ht1jiguk2LlDTCRpqhulxgT5vzBCIC8aQxAVvAXf5mUBSjrFxgZpJQPBZLHHBbGBzFgPGBcVJ4oI5hCbFHCGT4m1rUmBBelvApHjHcJNC1/0OmUnxDp9JESs3ttekmOtgOS+sJsVcn0kxLwCTYi6Q5PNKyzQdWonnEyrxfCElXmCVGAvSAgElXmi4Euu6F5Ip8UKrxJ7B3fNf5GD5bliVeJFPid8NQIkXAUn+LlCJWd3dd0ubP8f3WOKCxTYuUIsJGmqJ6XGBPm8sEYgLxpHEBe8Bd/n3gaQcZ+MC9T4BwZeyxAXLgM1ZAhgXlCSJC5YTmhTLhUyKD6xJgQXpAwGT4kPDTQpd94dkJsWHfCZFnNzYXpNihYPlyrCaFCt8JsXKAEyKFUCSrywt03RoJf6IUIk/ElLiVVaJsSCtElDi1YYrsa57NZkSr7ZK7BncPf81DpYfh1WJ1/iU+OMAlHgNkOQfA5WY1d39uLT5c/yEJS5Ya+MCtZagodaZHhfo88Y6gbhgAklc8Alwl/8USMoJNi5QnxIQfD1LXLAB2JylgHFBaZK4YCOhSbFRyKTYZE0KLEibBEyKzYabFLruzWQmxWY+kyJebmyvSbHFwXJrWE2KLT6TYmsAJsUWIMm3lpZpOrQSbyNU4m1CSrzdKjEWpO0CSrzDcCXWde8gU+IdVok9g7vnv9PB8rOwKvFOnxJ/FoAS7wSS/DOgErO6u5+VNn+On7PEBbtsXKB2ETTUbtPjAn3e2C0QF0wkiQs+B+7yXwBJOdHGBeoLAoLvYYkL9gKbUwHjgmiSuGAfoUmxT8ik+NKaFFiQvhQwKb4y3KTQdX9FZlJ8xWdSJMiN7TUp9jtYHgirSbHfZ1IcCMCk2A8k+YHSMk2HVuKvCZX4ayEl/sYqMRakbwSU+KDhSqzrPkimxAetEnsGd8//kIPlt2FV4kM+Jf42ACU+BCT5t0AlZnV3vy1t/hy/Y4kLDtu4QB0maKgjpscF+rxxRCAumEQSF3wH3OW/B5Jyko0L1PcEBP+BJS44CmzOOGBcEE8SFxwjNCmOCZkUP1qTAgvSjwImxU+GmxS67p/ITIqf+EyKRLmxvSbFcQfLE2E1KY77TIoTAZgUx4EkP1FapunQSvwzoRL/LKTEv1glxoL0i4ASnzRciXXdJ8mU+KRVYs/g7vmfcrD8NaxKfMqnxL8GoMSngCT/FajErO7ur6XNn+NvLHHBaRsXqNMEDXXG9LhAnzfOCMQFU0jigt+Au/zvQFJOsXGB+p2A4H+wxAVngc2ZBIwLypLEBecITYpzQibFeWtSYEE6L2BSRJQx26TQdes5gjESNSncaxqVwVdAJkWS3NhekyKTg2WkC9NQmRR6AQq5inUvhH9C6X87o8TMBCR5ZBmZpkMrceYyfEqcuYyMEl/m6jGrxBkcU4OkFxQ9bhbDlVjXnYVMibNYJfYM7p5/VgfLy8OqxFl9Snx5AEqcFUjyy4FKzOruXl7G/DleITDHi040ow2VDTdR2rggG0FDZUfPET1Bfd7IXgbfoNNI4oIrgLv8lUBSTrNxgbqSgOBXSSkGOi7IAWzOZGBcUIEkLshJaFLkFDIprrYmBRakqwVMimsMNyl03deQmRTX8JkUTeXG9poUuRwsc4fVpMjlMylyB2BS5AKSPHcZmaZDK/G1hEp8rZASX2eVGAvSdQJKnMdwJdZ15yFT4jxWiT2Du+ef18Hy+rAqcV6fEl8fgBLnBZL8eqASs7q715cxf443sMQF+WxcoPIRNFR+0+MCfd7ILxAXTCeJC24A7vI3Akk53cYF6kYCgt/EEhcUADZnJWBcUJkkLihIaFIUFDIpbrYmBRakmwVMikKGmxS67kJkJkUhPpOimdzYXpOisINlkbCaFIV9JkWRAEyKwkCSFykj03RoJS5KqMRFhZT4FqvEWJBuEVDiYoYrsa67GJkSF7NK7BncPf/iDpa3hlWJi/uU+NYAlLg4kOS3ApWY1d29tYz5c7yNJS4oYeMCVYKgoUqaHhfo80ZJgbhgJklccBtwl78dSMqZNi5QtxMQ/A6WuKAUsDmrAuOCaiRxQWlCk6K0kElRxpoUWJDKCJgUUYabFLruKDKTIorPpGguN7bXpFAOltFhNSmUz6SIDsCkUECSR5eRaTq0EscQKnGMkBLHWiXGghQroMRxhiuxrjuOTInjrBJ7BnfPP97BMiGsShzvU+KEAJQ4HkjyBKASs7q7CWXMn2MiS1yQZOMClUTQUGVNjwv0eaOsQFwwez1HXJAI3OXLAUmJXD/WuKAcAcHLs8QFycDmrIFrTlVTaKNAb2gVCE2KCkImRUVrUmBBqihgUtxpuEnxP81JZlLcyWdStJAb22tSVHKwrBxWk6KSz6SoHIBJUQlI8splZJoOrcRVCJW4ipAS32WVGAvSXQJKXNVwJdZ1VyVT4qpWiT2Du+dfzcGyeliVuJpPiasHoMTVgCSvDlRiVne3ehnz53g3S1xQw8YFqgZBQ9U0PS7Q542aAnHB2yRxwd3AXf4eICnftnGBuoeA4PeyxAW1gM1ZCxgX1CaJC2oTmhS1hUyKOtakwIJUR8CkuM9wk0LXfR+ZSXEfn0mRIje216So62B5f1hNiro+k+L+AEyKukCS319GpunQSlyPUInrCSlxfavEWJDqCyhxA8OVWNfdgEyJG1gl9gzunv8DDpYNw6rED/iUuGEASvwAkOQNgUrM6u42LGP+HB9kiQsa2bhANSJoqIdMjwv0eeMhgbhgLklc8CBwl38YSMq5Ni5QDxMQ/BGWuKAxsDnrAuOC+0nigkcJTYpHhUyKJtakwILURMCkeMxwk0LX/RiZSfEYn0mRKje216Ro6mDZLKwmRVOfSdEsAJOiKZDkzcrINB1aiZsTKnFzISVuYZUYC1ILASVOMVyJdd0pZEqcYpXYM7h7/qkOli3DqsSpPiVuGYASpwJJ3hKoxKzubssy5s/xcZa4oJWNC1QrgoZ6wvS4QJ83nhCIC+aTxAWPA3f51kBSzrdxgWpNQPAnWeKCNsDmbACMCx4IaKPI6Pq1Ba7fp5/ixloPHEty/dr996+faP+1B65fOyB/24P5i34Q0cfCVpnx4y4UrjsqYy+la24jUPciof06Elw/EB+1yPAer51JpscXE/R4O4G6l5D0OBAfhaxZ46EDinQNfCLth3Np/7Z2/n3S+Ve/OqTp2lPOATSra43aOb+j//f03+2Y9vPTPusPbfu1z4wbqxNQs4MKttpmlgm2nrHBFhakZwSCrc6GB1u67s5CwZaEOHUScNaeLfOf2ai7pP3d5/5mo+7i2qi7pv38/EV+t43zu12d39UbQbe0n7sLb+rIvu4B3NT/L+v/Qtrf7fk36/+Ca/1fTPu519+s/4uu9e+d9nOfi/xuW+d3ezu/q+fYN+3nfg5WEntPNwG+LDP8IVb3U1+BupeTGGsvAfkExFotJ7nH3P/f721RvrECe8jsL3R76mX7kIkF6WWBh8wBhj9k6roHkN2eGiB4ewrtWjRN+wPINOX5UmkPQcJ4ZXBs5f8P7vV9xZn7wH9wu+t8xIU95L/ddT7i0re7LjbOf+x2l16A5a5iB7qawz8h1N9+BbgJDfqbsRITUpqlJsTGNI2KTW2WNk58akpM0+gklZoYkzZ8TKxq1jQlqkVss4T42PjE1ITA7i8PElLgwVaBsSANFlDgIYYrsK57SEA2T0brH+jMFT3uCkMvUPnnieylocCnghXgPENvYnp+lZwx4RfxnKcidB99ZLj9kf70hq57lZn2xwVHbuSDyEDgWKtJLnAC+1sBe0atJrGPXiW0j14VengdZh9esSANE3h4HW74w6uuezhRRikx1//tDXjo+Q/MwEaQ6nmlBGb3jHDWe+Q/sHsqX2Tt/HZP5YhL2z0XG+eSdo9Es4HG+vOJfESZv4qNdBa1UoT3hX7iANahRgI3s1EwMqSmpq/nKMETj17HgQJP/mvNuq15wVOSrnuEQN3rDL+lquseKVD3p4aeVPwCg9w33D2e0fVbT3LSA/a3AvaMWh/QbeGM4jwCqDWvAZ06PYaEtrxWRmYPQ2It4SJ2LYWvewuBi9hNoO6tJJeoRgP5CMRabTW8bzRfXhHomx0EfBkoUPdOEr68DuQLEGu1k4AvYwX6ZhcBX8YJ1L2bhC9jgHwBYq12E/BllkDf7CXgy2yBuveR8GUskC9ArNU+Ar4sFeib/QR8WSZQ9wESvowD8gWItTpAwJf1An1zkIAvGwTqPkTCl/FAvgCxVocI+LJHoG8OE/Blr0DdR0j4MgHIFyDW6ggBX34Q6JujBHw5KlD3MRK+vAHkCxBrdYyAL38I9M1xAr6cFaj7BAlfJgL5AsRanSDgy1Wl8X1zkoAvOQTqPkXClzeBfAFirU4R8OUmgb45TcCXAgJ1nyHhyyQgX4BYqzMEfLlDoG/OEvCllEDd50j4MhnIFyDW6hwBX8oL9E2mDebzJVmg7sgNHHyZgvxQO1zNKtLwvtF8uVegb7IQ8KWWQN1ZSfgyFcgXINYqKwFfHhHom2wEfGksUHd2Er5MA/IFiLXKTsCXJwX6JgcBX9oI1J2ThC9vAfkCxFrlJODL8wJ9k4uAL90E6s5NwpfpQL4AsVa5CfjyikDf5CHgy0CBuvOS8GUGkC9ArFVeAr6MFeibfAR8GSdQd34SvswE8gWItcpPwJdZAn1TgIAvswXqLkjCl1lAvgCxVgUJ+LJUoG8KE/BlmUDdRUj4MhvIFyDWqggBX9YL9E0xAr5sEKi7OAlf5gD5AsRaFSfgyx6BvilBwJe9AnWXJOHL20C+ALFWJQn48oNA35Qi4MtRgbpLk/DlHSBfgFir0gR8+UOgbxQBX84K1B1Nwpe5QL4AsVbRBHy5SuBzCuMI+JJDoO54Er7MA/IFiLWKJ+DLTQJ9k0TAlwICdZcl4ct8IF+AWKuyBHy5Q6Bvkgn4Ukqg7gokfFkA5AsQa1WBgC/lBfqmEsP7XwTqrkzCl4VAvgCxVpUJ+HKvQN9UZXj/i0Dd1Uj4sgjIFyDWqhoBXx4R6JsaDO9/Eai7Jglf3gXyBYi1qknAlycF+qYWw/tfBOquTcKX94B8AWKtkOunv/TvdNr/FXLG09/hob+XQH/Wuv78aP2ZuPpzPvVnF+rPY9OfMaU/N0d/Foj+fAP9nm39PlT93jr9fiH9Hgh9r1vfVdX37/SdIn1PQme/Os/SHr32HbWXos+H+plX67jem94rE+F5oftucRmZvkPPcwnyfb1pY5yJ+Ot7nPQaLBFe5/eB3/EU1Lf5vi/0bb5L7bf5YkFaKvBtvssM/zZfXfeyMnCMxL7NV2Ku/m/zjQTPWz/ktS2DfXhqJ4SZ/4Was3t9lztz/+AffENwYdf/XybXv5lcWBWOuPQ3BF9snP+KbwjWi1nItXAflLlw5zX5G4I/AG6QH5bBr++H/2A9MzrvFcDN4SPgp3mtIvjG3eUCp8i6G8yv+wOBuu833DXQda8QqLteQK5BVMZeCtiXCoi1klo/NM4rCU+PK4VOjx/Z0yMWpI8ETo+rDD896rpXEZ0eV9nTI/3pcbUz9zX29PjvX+kLtdp3elxDdnpcA9wgPxY4PX4cwOnxE3t6/NenqNUCp4mGBKfHNQJ1P0hwevxEoO5GJKdHYF8qINYKuX5a9M9EXPhC44PuzTVlzJ/jWqGMG07IdUBBZG2odQQN9Sl6jugJam/5UwHFaEyiGGuBT9frgaRsTPCksV6gbzaUwSrl6YgLX8h1lVjbDQQb20bTN7b2aQ3aUaBBmxhOzE5pNb8kUPdjJNdONwE3YSDWSmr9IsHr57auMjrWZiAWElyRErEtZcwX700CdTc3fG/UorVZoO4WJHvjViAfgVirFhtoHvr+DHbRvbmF4KFvaxmZPocTclvGT3XRzlgqqFsQ24RuQWy3tyCwIG0XuAWxw/BbELruHcKJuuSaRmXwFcQNiCdKYW9AtMfj5SE0aGyV/oN7fXc6c//sH9yAKBJxYQ/5b0AUibj0DYiLjXPJGxCgRfhzMdKL21nmrwlGOgtRyDc51N9Mbz60CrckeIdue4HjwONmHwf+fLLZCRSdz4BjtSLJDoD9rYA9o4Dr59nw0Tz5nOQdxbvA7yj+PeIvMdFrsEv4HcW7Ce+E7xY6DX1hT0NYkL4QOA3tMfw0pOveQ3Ya2iN4GhLq2cDuW+91sNxn+n1r9CKkF7fXd0d6X5mIC17ooGkvkOT7SJ4kviRU4i+FlPgrq8RYkL4SUOL9hiuxrns/mRLvt0rsfnmU+ICD5ddhVeIDPiX+OgAlPgAk+dfg+3u/X1i+8THp12XMn+M3LFHuQfBNd8aGOkjQUIdMvxCqzxuHBNz+NiRu9TfAXf5bICnb8Fz+ESPPtwQE/05KMdCPM8gbrIfBN1jTX+ibfUeA89wCfIP01vUyTYPexL8nNGa+FzJmfrDGDBakHwSMmaOGGzO67qNkxsxRPmNG4kLWn2O753/MwfLHsBozx3zGzI8BGDPHgCT/UehJBq3EPxEq8U9CSnzcKjEWpOMCSnzCcCXWdZ8gU+ITVok9Y7vn/7OD5S9hVeKffUr8SwBK/DOQ5L9YR1sB10BsjidZIpJTtqHUKYKG+tX0iESfN34ViEjakUQkJ4G7/G9AUrazEYn6jYDgp6UUAx0XnAE25w5gXLCTJC74ndCk+F3IpPjDmhRYkP4QMCnOGm5S6LrPkpkUZ/lMimjBsT0mxTkHy/NhNSnO+UyK8wGYFOeAJD9fRqbp0EocEcWnxO45R2Xw5Z5vJtd2Z5U4o2NG/f8FRY8bCWxYqbojo+AYiSpxZJRVYtfLo8SZnZW/zIVAqJRYL0AhV7GXXeTNLGglzgwk+WW45o5mdXeBayA2xywCc7zoRDPaUFmjgMCQNlRWgoa6HD1H9AT1eePyKHyDdiCJC7IAd/krgKTsYOMCdQUBwbNJKQY6LsgObM5dwLhgN0lccCWhSXGlkElxlTUpsCBdJWBS5DDcpNB15yAzKXLwmRQxgmN7TIqczspfHVaTIqfPpLg6AJMiJ5DkV0fJNB1aia8hVOJrhJQ4l1ViLEi5BJQ4t+FKrOvOTabEua0Su18eJb7WWfnrwqrE1/qU+LoAlPhaIMmvAyoxq7sLXAOxOeZhiQvy2rhA5SVoqOtNjwv0eeN6gbigI0lckAe4y98AJGVHGxeoGwgIno8lLsgPbM69wLhgH0lccCOhSXGjkElxkzUpsCDdJGBSFDDcpNB1FyAzKQrwmRSxgmN7TIqCzsrfHFaToqDPpLg5AJOiIJDkN0fJNB1aiQsRKnEhISUubJUYC1JhASUuYrgS67qLkClxEavE7pdHiYs6K39LWJW4qE+JbwlAiYsCSX4LUIlZ3V3gGojNsRhLXFDcxgWqOEFD3Wp6XKDPG7cKxAWdSOKCYsBd/jYgKTvZuEDdRkDwEixxQUlgc+4HxgUHSOKC2wlNituFTIo7rEmBBekOAZOilOEmha67FJlJUYrPpIgTHNtjUpR2Vr5MWE2K0j6TokwAJkVpIMnLRMk0HVqJowiVOEpIiZVVYixISkCJow1XYj1qNJkSR1sldr88ShzjrHxsWJU4xqfEsQEocQyQ5LFAJWZ1d4FrIDbHOJa4IN7GBSqeoKESTI8L9HkjQSAu6EwSF8QBd/lEICk727hAJRIQPIklLigLbM6DwLjgEElcUI7QpCgnZFKUtyYFFqTyAiZFsuEmha47mcykSOYzKeIFx/aYFBWcla8YVpOigs+kqBiASVEBSPKKUTJNh1biOwmV+E4hJa5klRgLUiUBJa5suBLruiuTKXFlq8Tul0eJqzgrf1dYlbiKT4nvCkCJqwBJfhdQiVndXeAaiM2xKktcUM3GBaoaQUNVNz0u0OeN6gJxQReSuKAqcJe/G0jKLjYuUHcTELwGS1xQE9ich4FxwRGSuOAeQpPiHiGT4l5rUmBBulfApKhluEmh665FZlLU4jMpEgTH9pgUtZ2VrxNWk6K2z6SoE4BJURtI8jpRMk2HVuL7CJX4PiElrmuVGAtSXQElvt9wJdZ130+mxPdbJXa/PEpcz1n5+mFV4no+Ja4fgBLXA5K8PlCJWd1d4BqIzbEBS1zwgI0L1AMEDdXQ9LhAnzcaCsQFXUniggbAXf5BICm72rhAPUhA8EYsccFDwOY8CowLjpHEBQ8TmhQPC5kUj1iTAgvSIwImRWPDTQpdd2Myk6Ixn0mRKDi2x6R41Fn5JmE1KR71mRRNAjApHgWSvEmUTNOhlfgxQiV+TEiJm1olxoLUVECJmxmuxLruZmRK3MwqsfvlUeLmzsq3CKsSN/cpcYsAlLg5kOQtgErM6u4C10BsjikscUGqjQtUKkFDtTQ9LtDnjZYCcUE3krggBbjLPw4kZTcbF6jHCQjeiiUueALYnMeBccEJkrigNaFJ0VrIpHjSmhRYkJ4UMCnaGG5S6LrbkJkUbfhMiiTBsT0mRVtn5duF1aRo6zMp2gVgUrQFkrxdlEzToZW4PaEStxdS4g5WibEgdRBQ4qcMV2Jd91NkSvyUVWL3y6PEHZ2VfzqsStzRp8RPB6DEHYEkfxqoxKzuLnANxObYiSUueMbGBeoZgobqbHpcoM8bnQXigh4kcUEn4C7/LJCUPWxcoJ4lIHgXlrjgOWBzngTGBadI4oKuhCZFVyGT4nlrUmBBel7ApOhmuEmh6+5GZlJ04zMpmgqO7TEpujsr3yOsJkV3n0nRIwCTojuQ5D2iZJoOrcQvECrxC0JK3NMqMRakngJK/KLhSqzrfpFMiV+0Sux+eZS4l7PyvcOqxL18Stw7ACXuBSR5b6ASs7q7wDUQm2Mflrigr40LVF+Chupnelygzxv9BOKCniRxQR/gLv8SkJQ9bVygXiIgeH+WuOBlYHOeBsYFZ0jiggGEJsUAIZPiFWtSYEF6RcCkGGi4SaHrHkhmUgzkMymaCY7tMSkGOSs/OKwmxSCfSTE4AJNiEJDkg6Nkmg6txEMIlXiIkBIPtUqMBWmogBK/argS67pfJVPiV60Su18eJR7mrPzwsCrxMJ8SDw9AiYcBST4cqMSs7i5wDcTmOIIlLhhp4wI1kqChRpkeF+jzxiiBuKAXSVwwArjLvwYkZS8bF6jXCAg+miUueB3YnGeBccE5krhgDKFJMUbIpBhrTQosSGMFTIpxhpsUuu5xZCbFOD6Torng2B6TYryz8hPCalKM95kUEwIwKcYDST4hSqbp0Er8BqESvyGkxBOtEmNBmiigxG8arsS67jfJlPhNq8Tul0eJJzkrPzmsSjzJp8STA1DiSUCSTwYqMau7C1wDsTlOYYkLptq4QE0laKhppscF+rwxTSAu6EMSF0wB7vJvAUnZx8YF6i0Cgk9niQtmAJszE645VaTQRoHe0GYSmhQzhUyKWdakwII0S8CkmG24SaHrnk1mUszmMylaCI7tMSnmOCv/dlhNijk+k+LtAEyKOUCSvx0l03RoJX6HUInfEVLiuVaJsSDNFVDieYYrsa57HpkSz7NK7H55lHi+s/ILwqrE831KvCAAJZ4PJPkCoBKzurvANRCb40KWuGCRjQvUIoKGetf0uECfN94ViAv6kcQFC4G7/HtAUvazcYF6j4Dgi1nigiXA5swCjAuyksQF7xOaFO8LmRRLrUmBBWmpgEmxzHCTQte9jMykWMZnUqQIju0xKZY7K/9BWE2K5T6T4oMATIrlQJJ/ECXTdGgl/pBQiT8UUuIVVomxIK0QUOKVhiuxrnslmRKvtErsfnmU+CNn5VeFVYk/8inxqgCU+CMgyVcBlZjV3QWugdgcV7PEBWtsXKDWEDTUx6bHBfq88bFAXNCfJC5YDdzlPwGSsr+NC9QnBARfyxIXrAM2ZzZgXJCdJC74lNCk+FTIpFhvTQosSOsFTIoNhpsUuu4NZCbFBj6TIlVwbI9JsdFZ+U1hNSk2+kyKTQGYFBuBJN8UJdN0aCXeTKjEm4WUeItVYixIWwSUeKvhSqzr3kqmxFutErtfHiXe5qz89rAq8TafEm8PQIm3AUm+HajErO4ucA3E5riDJS7YaeMCtZOgoT4zPS7Q543PBOKCASRxwQ7gLv85kJQDbFygPicg+C6WuGA3sDlzAOOCnCRxwReEJsUXQibFHmtSYEHaI2BS7DXcpNB17yUzKfbSmRQqSm5sr0mxz/lLX4bVpNjnMym+DMCk2Ack+ZdRMk2HVuKvCJX4KyEl3m+VGAvSfgElPmC4Euu6D5Ap8QGrxJ7B3fP/2vlL34RVib/2KfE3ASjx10CSfwNUYlZ395so8+d4kCUuOGTjAnWIoKG+NT0u0OeNbwXigoEkccFB4C7/HZCUA21coL4jIPhhlrjgCLA5cwHjgtwkccH3hCbF90ImxQ/WpMCC9IOASXHUcJNC132UzKQ4ymdSKLmxvSbFMWflfwyrSXHMZ1L8GIBJcQxI8h+jZJoOrcQ/ESrxT0JKfNwqMRak4wJKfMJwJdZ1nyBT4hNWiT2Du+f/s7Pyv4RViX/2KfEvASjxz0CS/wJUYlZ395co8+d4kiUuOGXjAnWKoKF+NT0u0OeNXwXigsEkccFJ4C7/G5CUg21coH4jIPhplrjgDLA58wDjgrwkccHvhCbF70ImxR/WpMCC9IeASXHWcJNC132WzKQ4y2dSRMuN7TUpzjkrfz6sJsU5n0lxPgCT4hyQ5OejZJoOrcQRik+J3XOOyuDLPd9MLj20SpzRMdX/X1D0uJHAhpWqO1LBMRJV4khlldg9uIf0DpaXuTANlRLrBSjkKvayiyQ1aCXODCT5ZQrXdKzu7mXK/DlmEZjjRSea0YbKqoDAkDZUVoKGuhw9R/QE9XnjcoVv0KEkcUEW4C5/BZCUQ21coK4gIHg2KcVAxwXZgc2ZDxgX5CeJC64kNCmuFDIprrImBRakqwRMihyGmxS67hxkJkUOPpMiRm5sr0mR08Hy6rCaFDl9JsXVAZgUOYEkv1rJNB1aia8hVOJrhJQ4l1ViLEi5BJQ4t+FKrOvOTabEua0SewZ3z/9aB8vrwqrE1/qU+LoAlPhaIMmvAyoxq7t7nTJ/jnlY4oK8Ni5QeQka6nrT4wJ93rheIC4YRhIX5AHu8jcASTnMxgXqBgKC52OJC/IDm7MAMC4oSBIX3EhoUtwoZFLcZE0KLEg3CZgUBQw3KXTdBchMigJ8JkWs3Nhek6Kgg+XNYTUpCvpMipsDMCkKAkl+s5JpOrQSFyJU4kJCSlzYKjEWpMICSlzEcCXWdRchU+IiVok9g7vnX9TB8pawKnFRnxLfEoASFwWS/BagErO6u7co8+dYjCUuKG7jAlWcoKFuNT0u0OeNWwXighEkcUEx4C5/G5CUI2xcoG4jIHgJlrigJLA5CwPjgiIkccHthCbF7UImxR3WpMCCdIeASVHKcJNC112KzKQoxWdSxMmN7TUpSjtYlgmrSVHaZ1KUCcCkKA0keRkl03RoJY4iVOIoISVWVomxICkBJY42XIl13dFkShxtldgzuHv+MQ6WsWFV4hifEscGoMQxQJLHApWY1d2NVebPMY4lLoi3cYGKJ2ioBNPjAn3eSBCIC0aRxAVxwF0+EUjKUTYuUIkEBE9iiQvKApuzGDAuKE4SF5QjNCnKCZkU5a1JgQWpvIBJkWy4SaHrTiYzKZL5TIp4ubG9JkUFB8uKYTUpKvhMiooBmBQVgCSvqGSaDq3EdxIq8Z1CSlzJKjEWpEoCSlzZcCXWdVcmU+LKVok9g7vnX8XB8q6wKnEVnxLfFYASVwGS/C6gErO6u3cp8+dYlSUuqGbjAlWNoKGqmx4X6PNGdYG4YDRJXFAVuMvfDSTlaBsXqLsJCF6DJS6oCWzOEsC4oCRJXHAPoUlxj5BJca81KbAg3StgUtQy3KTQddciMylq8ZkUCXJje02K2g6WdcJqUtT2mRR1AjApagNJXkfJNB1aie8jVOL7hJS4rlViLEh1BZT4fsOVWNd9P5kS32+V2DO4e/71HCzrh1WJ6/mUuH4ASlwPSPL6QCVmdXfrK/Pn2IAlLnjAxgXqAYKGamh6XKDPGw0F4oIxJHFBA+Au/yCQlGNsXKAeJCB4I5a44CFgc5YCxgWlSeKChwlNioeFTIpHrEmBBekRAZOiseEmha67MZlJ0ZjPpEiUG9trUjzqYNkkrCbFoz6TokkAJsWjQJI3UTJNh1bixwiV+DEhJW5qlRgLUlMBJW5muBLrupuRKXEzq8Sewd3zb+5g2SKsStzcp8QtAlDi5kCStwAqMau720KZP8cUlrgg1cYFKpWgoVqaHhfo80ZLgbhgHElckALc5R8HknKcjQvU4wQEb8USFzwBbE4FjAuiSeKC1oQmRWshk+JJa1JgQXpSwKRoY7hJoetuQ2ZStOEzKZLkxvaaFG0dLNuF1aRo6zMp2gVgUrQFkrydkmk6tBK3J1Ti9kJK3MEqMRakDgJK/JThSqzrfopMiZ+ySuwZ3D3/jg6WT4dViTv6lPjpAJS4I5DkTwOVmNXdfVqZP8dOLHHBMzYuUM8QNFRn0+MCfd7oLBAXTCCJCzoBd/lngaScYOMC9SwBwbuwxAXPAZszDhgXxJPEBV0JTYquQibF89akwIL0vIBJ0c1wk0LX3Y3MpOjGZ1I0lRvba1J0d7DsEVaTorvPpOgRgEnRHUjyHkqm6dBK/AKhEr8gpMQ9rRJjQeopoMQvGq7Euu4XyZT4RavEnsHd8+/lYNk7rErcy6fEvQNQ4l5AkvcGKjGru9tbmT/HPixxQV8bF6i+BA3Vz/S4QJ83+gnEBRNJ4oI+wF3+JSApJ9q4QL1EQPD+LHHBy8DmTALGBWVJ4oIBhCbFACGT4hVrUmBBekXApBhouEmh6x5IZlIM5DMpmsmN7TUpBjlYDg6rSTHIZ1IMDsCkGAQk+WAl03RoJR5CqMRDhJR4qFViLEhDBZT4VcOVWNf9KpkSv2qV2DO4e/7DHCyHh1WJh/mUeHgASjwMSPLhQCVmdXeHK/PnOIIlLhhp4wI1kqChRpkeF+jzxiiBuGASSVwwArjLvwYk5SQbF6jXCAg+miUueB3YnMnAuKACSVwwhtCkGCNkUoy1JgUWpLECJsU4w00KXfc4MpNiHJ9J0VxubK9JMd7BckJYTYrxPpNiQgAmxXggyScomaZDK/EbhEr8hpAST7RKjAVpooASv2m4Euu63yRT4jetEnsGd89/koPl5LAq8SSfEk8OQIknAUk+GajErO7uZGX+HKewxAVTbVygphI01DTT4wJ93pgmEBdMIYkLpgB3+beApJxi4wL1FgHBp7PEBTOAzVkJGBdUJokLZhKaFDOFTIpZ1qTAgjRLwKSYbbhJoeueTWZSzOYzKVrIje01KeY4WL4dVpNijs+keDsAk2IOkORvK5mmQyvxO4RK/I6QEs+1SowFaa6AEs8zXIl13fPIlHieVWLP4O75z3ewXBBWJZ7vU+IFASjxfCDJFwCVmNXdXaDMn+NClrhgkY0L1CKChnrX9LhAnzfeFYgLppHEBQuBu/x7QFJOs3GBeo+A4ItZ4oIlwOasCowLqpHEBe8TmhTvC5kUS61JgQVpqYBJscxwk0LXvYzMpFjGZ1KkyI3tNSmWO1h+EFaTYrnPpPggAJNiOZDkHyiZpkMr8YeESvyhkBKvsEqMBWmFgBKvNFyJdd0ryZR4pVViz+Du+X/kYLkqrEr8kU+JVwWgxB8BSb4KqMSs7u4qZf4cV7PEBWtsXKDWEDTUx6bHBfq88bFAXDCdJC5YDdzlPwGScrqNC9QnBARfyxIXrAM2Zw1gXFCTJC74lNCk+FTIpFhvTQosSOsFTIoNhpsUuu4NZCbFBj6TIlVubK9JsdHBclNYTYqNPpNiUwAmxUYgyTcpmaZDK/FmQiXeLKTEW6wSY0HaIqDEWw1XYl33VjIl3mqV2DO4e/7bHCy3h1WJt/mUeHsASrwNSPLtQCVmdXe3K/PnuIMlLthp4wK1k6ChPjM9LtDnjc8E4oKZJHHBDuAu/zmQlDNtXKA+JyD4Lpa4YDewOWsB44LaAW0UGV2/L4Dr99F64C0M4FiS67fnv3/9RPtvL3D9WgL5+ziYv+gHEX0s7JAZP+5s4bqjMvZSuuZOAnXPEdqvI8H1A/FRcwzv8dqZZHp8LkGPdxaoex5JjwPxUciaNR46oEjXwKfSfjiX9m9H59+nnX/1a1+arn3pHECzutaos/M7+n9P/92v0n7e77P+0Lbfs5lxYx0AanZQwdYzmWWCra9tsIUF6WuBYOsbw4MtXfc3QsGWhDgdEHDWDqr/zEZ9KO3vfvs3G/Uh10b9XdrPhy/yu52c3/3O+V29ERxJ+/l74U0d2dc/ADf1/8v6H037u8f+Zv2Putb/x7Sff/qb9f/Rtf7H034+cZHffcb53ePO7+o5/pz28y8OVhJ7zxEBviw0/CFW99PPAnUvIjHWTgL5BMRaLSK5x3zq3+9tUb6xAnvIPCV0e+pX+5CJBelXgYfM3wx/yNR1/0Z2e+o3wdtTaNeiVdofQKYph8tEROwRxiuDYyv/f3Cv72ln7mf+we2u8xEX9pD/dtf5iEvf7rrYOP+x2116AZa7ij3jag7/hFB/+zRwE/r9b8ZKTEhplpoQG9M0Kja1Wdo48akpMU2jk1RqYkza8DGxqlnTlKgWsc0S4mPjE1MTAru//LuQAv9hFRgL0h8CCnzWcAXWdZ8NyObJaP1nnLmix11s6AUq/zyRvXQO+FSwGJxn6E1Mz6+SMya659OfitB99L7h9kf60xu67qVm2h8XHLmRDyJngGMtI7nACexvBewZtYzEPjpPaB+dF3p4jYj+60f78JrBMTVIekHR42aKNvvhVdedKRqOkVhGKTHX/+0NeOj5n8nARpDqeaUEZvdEOuud2bXu/5vdU/kia+e3eypHXNruudg4l7R7JJoNNNafT+SR0X8VG+ksaqUI7wv9xAGsQ2UGbmaXRaPIkJqavp6XRcudePQ6nhF48l9h1m3NC56SdN2R0fi6Vxp+S1XXnVmg7o8MPan4BQa5b7h7PMOfZUpy0gP2twL2jFoV0G3hDL8TAqg1WaJx66fHkNCWLNEyexgSawkX8bsy+LrXEriIRwTqXkdyiSorkI9ArNU6w/tG8+W0QN9sIODLGYG6N5Lw5XIgX4BYq40EfMkWhe+bLQR8yS5Q91YSvlwB5AsQa7WVgC/5BPpmBwFf8gvUvZOEL9mAfAFirXYS8KWEQN/sIuBLSYG6d5PwJTuQL0Cs1W4CviQJ9M1eAr6UFah7HwlfrgTyBYi12kfAlxoCfbOfgC81Beo+QMKXq4B8AWKtDhDwpZFA3xwk4MtDAnUfIuFLDiBfgFirQwR8aSXQN4cJ+PKEQN1HSPiSE8gXINbqCAFfugj0zVECvjwnUPcxEr5cDeQLEGt1jIAv/QX65jgBX14WqPsECV+uAfIFiLU6QcCX0QJ9c5KAL68L1H2KhC+5gHwBYq1OEfBlukDfnCbgywyBus+Q8CU3kC9ArNUZAr4sFuibswR8WSJQ9zkSvlwL5AsQa3WOgC9rBfom00bz+bJOoO7IjRx8uQ7IFyDWKtLwvtF82SXQN1kI+LJboO6sJHzJA+QLEGuVlYAvhwX6JhsBX44I1J2dhC95gXwBYq2yE/DltEDf5CDgyxmBunOS8OV6IF+AWKucBHzJJvCZBbkI+JJdoO7cJHy5AcgXINYqNwFf8gn0TR4CvuQXqDsvCV/yAfkCxFrlJeBLCYG+yUfAl5ICdecn4Ut+IF+AWKv8BHxJEuibAgR8KStQd0ESvtwI5AsQa1WQgC81BPqmMAFfagrUXYSELzcB+QLEWhUh4Esjgb4pRsCXhwTqLk7ClwJAvgCxVsUJ+NJKoG9KEPDlCYG6S5LwpSCQL0CsVUkCvnQR6JtSBHx5TqDu0iR8uRnIFyDWqjQBX/oL9I0i4MvLAnVHk/ClEJAvQKxVNAFfRgv0TRwBX14XqDuehC+FgXwBYq3iCfgyXaBvkgj4MkOg7rIkfCkC5AsQa1WWgC+LBfommYAvSwTqrkDCl6JAvgCxVhUI+LJWoG8qMbz/RaDuyiR8uQXIFyDWqjIBX3YJ9E1Vhve/CNRdjYQvxYB8AWKtkOunv/QvSxrAhZzx9Hd46O8l0J+1rj8/Wn8mrv6cT/3Zhfrz2PRnTOnPzdGfBaI/30C/Z1u/D1W/t06/X0i/B0Lf69Z3VfX9O32nSN+T0NmvzrO0R699R+2l6POhfubVOq73pmLREZ4XPPeLluk79DxvRb7vSmOa6a/vcdJrcKvwOt8G/I6noL7N9zZgb7jnW8J+my8WpBIC3+Zb0vBv89V1lyT6Nl+Jufq/zTcSPG/9kPeFwj487VEymPlfqDm71/d2B8M7/sE3BBd2/f9lcv2byYVV4YhLf0Pwxcb5r/iGYL2YhVwLd0f0hTuvyd8QfAdwgywVjV/fUv9gPTOc6gOfyt4HftrKUoJv3L1d4Fswa2w0v+47BOquabhroOsuLVD3PQG5BlEZeylgXyog1kpq/dA4lyE8PZYROj1G2dMjFqQogdOjMvz0qOtWRKdHZU+P9KfHaAfDGHt6/Pev9IWK9p0eY8hOjzHADTJW4PQYG8DpMc6eHv/1KSpa4DRRh+D0GCNQ930Ep8c4gbrrkpwegX2pgFgr5Ppp0c96kWMZGh90b8ZEmz/HeKGMG07IBKAgsjZUAkFDJaLniJ6g9pYTBRSjAYlixAOfrpOApGxA8KSRJNA3ZaOxSpmFcGMrS7CxlTN9Y3s2rUG/Erh+2dBwYh5Iq/mkQN0Pklw7LQ/chIFYK6n1iwSvn9u6yvBbgIBYSHBFSsQqRJsv3uUF6n7Y8L1Ri1ayQN2PkOyNFYF8BGKtHtlI89D3Z6qE7s0KBA99FaNl+hxOyDszfqqLdsZSQd2CuFPoFkQlewsCC1IlgVsQlQ2/BaHrrix0CyL9JbmmURl8BXED4rMy2BsQe/E3IDyEBo2t0n9wr28Vp9fu+gc3IIpEXNhD/hsQRSIufQPiYuNc8gYEaBH+XIz04qpE/zXBSGchCvkmh/qb6c2HVuEmBO/Q3StglTxm9nHgzyebKkDRuQs4VlOS7ADY3wrYMwq4fp4NH82TqiTvKK4Gfkfx5Zn+EhO9BtWE31FcnfBOeHWh09Dd9jSEBelugdNQDcNPQ7ruGmSnoRqCpyGhng3svnVNB8t7TL9vjV6E9OJq+u5I3xMdccELHTTVBJL8HpIniXsJlfheISWuZZUYC1ItASWubbgS67prkylxbavE7pdHies4WN4XViWu41Pi+wJQ4jpAkt8Hvr93OeH9vfuizZ9jXZYo937wTXfGhrqfoKHqmX4hVJ836glc/kkhcavrAnf5+kBSpvBc/hEjT30CgjeQUgz04wzyBusD4Bus6S/0zb6GwHmuBb5Bet0GmaaB324nNGYeFDJmGlljBgtSIwFj5iHDjRld90NkxsxDfMaMxIWsP8d2z/9hB8tHwmrMPOwzZh4JwJh5GEjyR4SeZNBK3JhQiRsLKfGjVomxID0qoMRNDFdiXXcTMiVuYpXYM7Z7/o85WDYNqxI/5lPipgEo8WPI663W0VbANRCbYzOWiKS5bSjVnKChWpgekejzRguBiKQlSUTSDLjLpwBJ2dJGJCqFgOCpUoqBjgtaAptzAzAu2EgSFzxOaFI8LmRStLImBRakVgImxROGmxS67ifITIon+EyKaMGxPSZFa+cvPRlWk6K1z6R4MgCTojWQ5E9GyzQdWonbECpxGyElbmuVGAtSWwElbme4Euu625EpcTurxO6XR4nbO3+pQ1iVuL1PiTsEoMTtgSTvAFRiVncXuAZic3yKJS7oaOMC1ZGgoZ42PS7Q542nBeKCViRxwVPAXb4TkJStbFygOhEQ/BmWuKAzsDm3AOOCrSRxwbOEJsWzQiZFF2tSYEHqImBSPGe4SaHrfo7MpHiOz6SIERzbY1J0dbB8PqwmRVefSfF8ACZFVyDJn4+WaTq0EncjVOJuQkrc3SoxFqTuAkrcw3Al1nX3IFPiHlaJ3S+PEr/gYNkzrEr8gk+JewagxC8ASd4TqMSs7i5wDcTm+CJLXNDLxgWqF0FD9TY9LtDnjd4CcUFrkrjgReAu3wdIytY2LlB9CAjelyUu6Adszh3AuGAnSVzwEqFJ8ZKQSdHfmhRYkPoLmBQvG25S6LpfJjMpXuYzKWIFx/aYFAMcLF8Jq0kxwGdSvBKASTEASPJXomWaDq3EAwmVeKCQEg+ySowFaZCAEg82XIl13YPJlHiwVWL3y6PEQxwsh4ZViYf4lHhoAEo8BEjyoUAlZnV3gWsgNsdXWeKCYTYuUMMIGmq46XGBPm8MF4gL2pDEBa8Cd/kRQFK2sXGBGkFA8JEsccEoYHPuAsYFu0nigtcITYrXhEyK0dakwII0WsCkeN1wk0LX/TqZSfE6n0kRJzi2x6QY42A5NqwmxRifSTE2AJNiDJDkY6Nlmg6txOMIlXickBKPt0qMBWm8gBJPMFyJdd0TyJR4glVi98ujxG84WE4MqxK/4VPiiQEo8RtAkk8EKjGruwtcA7E5vskSF0yycYGaRNBQk02PC/R5Y7JAXNCOJC54E7jLTwGSsp2NC9QUAoJPZYkLpgGbcy8wLthHEhe8RWhSvCVkUky3JgUWpOkCJsUMw00KXfcMMpNiBp9JES84tsekmOlgOSusJsVMn0kxKwCTYiaQ5LOiZZoOrcSzCZV4tpASz7FKjAVpjoASv224Euu63yZT4retErtfHiV+x8FybliV+B2fEs8NQInfAZJ8LlCJWd1d4BqIzXEeS1ww38YFaj5BQy0wPS7Q540FAnFBB5K4YB5wl18IJGUHGxeohQQEX8QSF7wLbM79wLjgAElc8B6hSfGekEmx2JoUWJAWC5gUSww3KXTdS8hMiiV8JkWC4Ngek+J9B8ulYTUp3veZFEsDMCneB5J8abRM06GVeBmhEi8TUuLlVomxIC0XUOIPDFdiXfcHZEr8gVVi98ujxB86WK4IqxJ/6FPiFQEo8YdAkq8AKjGruwtcA7E5rmSJCz6ycYH6iKChVpkeF+jzxiqBuKAjSVywErjLrwaSsqONC9RqAoKvYYkLPgY250FgXHCIJC74hNCk+ETIpFhrTQosSGsFTIp1hpsUuu51ZCbFOj6TIlFwbI9J8amD5fqwmhSf+kyK9QGYFJ8CSb4+Wqbp0Eq8gVCJNwgp8UarxFiQNgoo8SbDlVjXvYlMiTdZJXa/PEq82cFyS1iVeLNPibcEoMSbgSTfAlRiVncXuAZic9zKEhdss3GB2kbQUNtNjwv0eWO7QFzQiSQu2Arc5XcASdnJxgVqBwHBd7LEBZ8Bm/MwMC44QhIXfE5oUnwuZFLssiYFFqRdAibFbsNNCl33bjKTYjefSZEkOLbHpPjCwXJPWE2KL3wmxZ4ATIovgCTfEy3TdGgl3kuoxHuFlHifVWIsSPsElPhLw5VY1/0lmRJ/aZXY/fIo8VcOlvvDqsRf+ZR4fwBK/BWQ5PuBSszq7gLXQGyOB1jigq9tXKC+Jmiob0yPC/R54xuBuKAzSVxwALjLHwSSsrONC9RBAoIfYokLvgU251FgXHCMJC74jtCk+E7IpDhsTQosSIcFTIojhpsUuu4jZCbFET6Toqng2B6T4nsHyx/CalJ87zMpfgjApPgeSPIfomWaDq3ERwmV+KiQEh+zSowF6ZiAEv9ouBLrun8kU+IfrRK7Xx4l/snB8nhYlfgnnxIfD0CJfwKS/DhQiVndXeAaiM3xBEtc8LONC9TPBA31i+lxgT5v/CIQF3QhiQtOAHf5k0BSdrFxgTpJQPBTLHHBr8DmPA6MC06QxAW/EZoUvwmZFKetSYEF6bSASXHGcJNC132GzKQ4w2dSNBMc22NS/O5g+UdYTYrffSbFHwGYFL8DSf5HtEzToZX4LKESnxVS4nNWibEgnRNQ4vOGK7Gu+zyZEp+3Sux+eZQ4IsZZ85i//lOolFgvQCFXse6F8E8o/W9nmJgxuLEyxeCajtXdBa6B2BwjBeZ40Ylm+DEHN1HauCAzQUNdhp4jeoL6vKEniW7QriRxQSRwl88CJGVXGxeoLAQEzyqlGOi44HJgc54ExgWnSOKCK4AbRVAmxRXA5nTPN5vr8duaFBkcU4OULQY/bnZgw0rVnT0GjpGoSZEdSKiATIrmgmN7TIorHSyvCqtJcaXPpLgqAJPiSiDJr4qRaTq0EucgVOIcQkqc0yoxFqScAkp8teFKrOu+mkyJr7ZK7H55lPgaB8tcYVXia3xKnCsAJb4GSPJcQCVmdXeBayA2x9wsccG1Ni5Q1xI01HWmxwX6vHGdQFzQjSQuyA3c5fMASdnNxgUqDwHB87LEBdcDm/M0MC44QxIX3EBoUtwgZFLksyYFFqR8AiZFfsNNCl13fjKTIj+fSdFCcGyPSXGjg+VNYTUpbvSZFDcFYFLcCCT5TTEyTYdW4gKESlxASIkLWiXGglRQQIlvNlyJdd03kynxzVaJ3S+PEhdysCwcViUu5FPiwgEocSEgyQsDlZjV3QWugdgci7DEBUVtXKCKEjTULabHBfq8cYtAXNCDJC4oAtzliwFJ2cPGBaoYAcGLs8QFtwKb8ywwLjhHEhfcRmhS3CZkUpSwJgUWpBICJkVJw00KXXdJMpOiJJ9JkSI4tsekuN3B8o6wmhS3+0yKOwIwKW4HkvyOGJmmQytxKUIlLiWkxKWtEmNBKi2gxGUMV2JddxkyJS5jldj98ihxlIOlCqsSR/mUWAWgxFFAkiugErO6u8A1EJtjNEtcEGPjAhVD0FCxpscF+rwRKxAX9CSJC6KBu3wckJQ9bVyg4ggIHs8SFyQAmzMTrjlVpNBGgd7QEglNikQhkyLJmhRYkJIETIqyhpsUuu6yZCZFWT6TIlVwbI9JUc7BsnxYTYpyPpOifAAmRTkgycvHyDQdWomTCZU4WUiJK1glxoJUQUCJKxquxLruimRKXNEqsfvlUeI7HSwrhVWJ7/QpcaUAlPhOIMkrAZWY1d0FroHYHCuzxAVVbFygqhA01F2mxwX6vHGXQFzQiyQuqAzc5asCSdnLxgWqKgHBq7HEBdWBzZkFGBdkJYkL7iY0Ke4WMilqWJMCC1INAZOipuEmha67JplJUZPOpFBRcmN7TYp7HCzvDatJcY/PpLg3AJPiHiDJ742RaTq0EtciVOJaQkpc2yoxFqTaAkpcx3Al1nXXIVPiOlaJPYO753+fg2XdsCrxfT4lrhuAEt8HJHldoBKzurt1Y8yf4/0scUE9GxeoegQNVd/0uECfN+oLxAV9SOKC+4G7fAMgKfvYuEA1ICD4AyxxQUNgc2YDxgXZSeKCBwlNigeFTIpG1qTAgtRIwKR4yHCTQtf9EJlJ8RCfSaHkxvaaFA87WD4SVpPiYZ9J8UgAJsXDQJI/EiPTdGglbkyoxI2FlPhRq8RYkB4VUOImhiuxrrsJmRI3sUrsGdw9/8ccLJuGVYkf8ylx0wCU+DEgyZsClZjV3W0aY/4cm7HEBc1tXKCaEzRUC9PjAn3eaCEQF/QjiQuaAXf5FCAp+9m4QKUQEDyVJS5oCWzOHMC4ICdJXPA4oUnxuJBJ0cqaFFiQWgmYFE8YblLoup8gMyme4DMpouXG9poUrR0snwyrSdHaZ1I8GYBJ0RpI8idjZJoOrcRtCJW4jZASt7VKjAWprYAStzNciXXd7ciUuJ1VYs/g7vm3d7DsEFYlbu9T4g4BKHF7IMk7AJWY1d3tEGP+HJ9iiQs62rhAdSRoqKdNjwv0eeNpgbigP0lc8BRwl+8EJGV/GxeoTgQEf4YlLugMbM5cwLggN0lc8CyhSfGskEnRxZoUWJC6CJgUzxluUui6nyMzKZ7jMyli5Mb2mhRdnb/0fFhNiq4+k+L5AEyKrkCSPx8j03RoJe5GqMTdhJS4u1ViLEjdBZS4h+FKrOvuQabEPawSewZ3z/8F5y/1DKsSv+BT4p4BKPELQJL3BCoxq7vbM8b8Ob7IEhf0snGB6kXQUL1Njwv0eaO3QFwwgCQueBG4y/cBknKAjQtUHwKC92WJC/oBmzMPMC7ISxIXvERoUrwkZFL0tyYFFqT+AibFy4abFLrul8lMipf5TIpYubG9JsUAB8tXwmpSDPCZFK8EYFIMAJL8lRiZpkMr8UBCJR4opMSDrBJjQRokoMSDDVdiXfdgMiUebJXYM7h7/kMcLIeGVYmH+JR4aABKPARI8qFAJWZ1d4fGmD/HV1nigmE2LlDDCBpquOlxgT5vDBeICwaSxAWvAnf5EUBSDrRxgRpBQPCRLHHBKGBz5gPGBflJ4oLXCE2K14RMitHWpMCCNFrApHjdcJNC1/06mUnxOp9JESc3ttekGONgOTasJsUYn0kxNgCTYgyQ5GNjZJoOrcTjCJV4nJASj7dKjAVpvIASTzBciXXdE8iUeIJVYs/g7vm/4WA5MaxK/IZPiScGoMRvAEk+EajErO7uxBjz5/gmS1wwycYFahJBQ002PS7Q543JAnHBYJK44E3gLj8FSMrBNi5QUwgIPpUlLpgGbM4CwLigIElc8BahSfGWkEkx3ZoUWJCmC5gUMww3KXTdM8hMihl8JkW83Nhek2Kmg+WssJoUM30mxawATIqZQJLPipFpOrQSzyZU4tlCSjzHKjEWpDkCSvy24Uqs636bTInftkrsGdw9/3ccLOeGVYnf8Snx3ACU+B0gyecClZjV3Z0bY/4c57HEBfNtXKDmEzTUAtPjAn3eWCAQFwwliQvmAXf5hUBSDrVxgVpIQPBFLHHBu8DmLAyMC4qQxAXvEZoU7wmZFIutSYEFabGASbHEcJNC172EzKRYwmdSJMiN7TUp3newXBpWk+J9n0mxNACT4n0gyZfGyDQdWomXESrxMiElXm6VGAvScgEl/sBwJdZ1f0CmxB9YJfYM7p7/hw6WK8KqxB/6lHhFAEr8IZDkK4BKzOrurogxf44rWeKCj2xcoD4iaKhVpscF+ryxSiAuGEYSF6wE7vKrgaQcZuMCtZqA4GtY4oKPgc1ZDBgXFCeJCz4hNCk+ETIp1lqTAgvSWgGTYp3hJoWuex2ZSbGOz6RIlBvba1J86mC5Pqwmxac+k2J9ACbFp0CSr4+RaTq0Em8gVOINQkq80SoxFqSNAkq8yXAl1nVvIlPiTVaJPYO757/ZwXJLWJV4s0+JtwSgxJuBJN8CVGJWd3dLjPlz3MoSF2yzcYHaRtBQ202PC/R5Y7tAXDCCJC7YCtzldwBJOcLGBWoHAcF3ssQFnwGbswQwLihJEhd8TmhSfC5kUuyyJgUWpF0CJsVuw00KXfduMpNiN59JkSQ3ttek+MLBck9YTYovfCbFngBMii+AJN8TI9N0aCXeS6jEe4WUeJ9VYixI+wSU+EvDlVjX/SWZEn9pldgzuHv+XzlY7g+rEn/lU+L9ASjxV0CS7wcqMau7uz/G/DkeYIkLvrZxgfqaoKG+MT0u0OeNbwTiglEkccEB4C5/EEjKUTYuUAcJCH6IJS74FticpYBxQWmSuOA7QpPiOyGT4rA1KbAgHRYwKY4YblLouo+QmRRH+EyKpnJje02K7x0sfwirSfG9z6T4IQCT4nsgyX+IkWk6tBIfJVTio0JKfMwqMRakYwJK/KPhSqzr/pFMiX+0SuwZ3D3/nxwsj4dViX/yKfHxAJT4JyDJjwOVmNXdPR5j/hxPsMQFP9u4QP1M0FC/mB4X6PPGLwJxwWiSuOAEcJc/CSTlaBsXqJMEBD/FEhf8CmxOBYwLoknigt8ITYrfhEyK09akwIJ0WsCkOGO4SaHrPkNmUpzhMymayY3tNSl+d7D8I6wmxe8+k+KPAEyK34Ek/yNGpunQSnyWUInPCinxOavEWJDOCSjxecOVWNd9nkyJz1sl9gzumX+ss+axf/2nUCmxXoBCrmLdC+GfUPrfzjAxY3FjZYrFNR2ru4tbA7k5RgrM8aITzfBjDm6itHFBZoKGugw9R/QE9XlDTxLdoGNI4oJI4C6fBUjKMTYuUFkICJ5VSjHQccHlwOaMA8YF8SRxwRXAjSIok+IKYHO655vN9fhtTYoMjqlByhaLHzc7sGGl6s4eC8dI1KTIDiRUQCZFc7mxvSbFlQ6WV4XVpLjSZ1JcFYBJcSWQ5FfFyjQdWolzECpxDiElzmmVGAtSTgElvtpwJdZ1X02mxFdbJfYM7p7/NQ6WucKqxNf4lDhXAEp8DZDkuYBKzOru5oo1f465WeKCa21coK4laKjrTI8L9HnjOoG4YBxJXJAbuMvnAZJynI0LVB4CgudliQuuBzZnEjAuKEsSF9xAaFLcIGRS5LMmBRakfAImRX7DTQpdd34ykyI/n0nRQm5sr0lxo4PlTWE1KW70mRQ3BWBS3Agk+U2xMk2HVuIChEpcQEiJC1olxoJUUECJbzZciXXdN5Mp8c1WiT2Du+dfyMGycFiVuJBPiQsHoMSFgCQvDFRiVne3cKz5cyzCEhcUtXGBKkrQULeYHhfo88YtAnHBBJK4oAhwly8GJOUEGxeoYgQEL84SF9wKbM5kYFxQgSQuuI3QpLhNyKQoYU0KLEglBEyKkoabFLrukmQmRUk+kyJFbmyvSXG7g+UdYTUpbveZFHcEYFLcDiT5HbEyTYdW4lKESlxKSIlLWyXGglRaQInLGK7Euu4yZEpcxiqxZ3D3/KMcLFVYlTjKp8QqACWOApJcAZWY1d1VsebPMZolLoixcYGKIWioWNPjAn3eiBWICyaSxAXRwF0+DkjKiTYuUHEEBI9niQsSgM1ZCRgXVCaJCxIJTYpEIZMiyZoUWJCSBEyKsoabFLrusmQmRVk+kyJVbmyvSVHOwbJ8WE2Kcj6TonwAJkU5IMnLx8o0HVqJkwmVOFlIiStYJcaCVEFAiSsarsS67opkSlzRKrFncPf873SwrBRWJb7Tp8SVAlDiO4EkrwRUYlZ3t1Ks+XOszBIXVLFxgapC0FB3mR4X6PPGXQJxwSSSuKAycJevCiTlJBsXqKoEBK/GEhdUBzZnVWBcUC2gjSKj63c3cP3e34AbaylwLMn1q/Hfv36i/VcTuH5NgPx9DMxf9IOIPhZ2yYwfd4pw3VEZeyldczeBuqcK7deR4PqB+Kiphvd47UwyPT6doMd7CNQ9g6THgfgoZM0aDx1QpGvgc2k/nEv7t6vz7/POv/p1T5qu3escQLO61qiH8zv6f0//3VppP9f2WX9o2++FzLix6gA1O6hgq3tmmWDrPhtsYUG6TyDYqmt4sKXrrisUbEmIUx0BZ+3+2P/MRl0v7e/W/5uNup5ro26Q9vMDF/ndbs7vNnB+V28EDdN+flB4U0f2dSPgpv5/Wf+H0v7uw3+z/g+51v+RtJ8b/836P+Ja/0fTfm5ykd/t7vzuo87v6jk+lvZzUwcrib2noQBfZhv+EKv76TGBuueQGGvNgHwCYq3mkNxjbv7v97Yo31iBPWQ2F7o91cI+ZGJBaiHwkJli+EOmrjuF7PZUiuDtKbRr0SHtDyDTlAeiIyJqCOOVwbGV/z+41zfVmXvLf3C763zEhT3kv911PuLSt7suNs5/7HaXXoDlrmJbuprDPyHU304FbkKP/81YiQkpzVITYmOaRsWmNksbJz41JaZpdJJKTYxJGz4mVjVrmhLVIrZZQnxsfGJqQmD3lx8XUuBWVoGxILUSUOAnDFdgXfcTAdk8Ga2/pTNX9LhzDb1A5Z8nspdaA58K5oLzDL2J6flVcsZE93z6UxG6j+Ybbn+kP72h615gpv1xwZEb+SDSEjjWQpILnMD+VsCeUQtJ7KMnCe2jJ4UeXtvYh1csSG0EHl7bGv7wqutuS5RRSsz1f3sDHnr+LTOwEaR6XimB2T3tnPVu/w/snsoXWTu/3VM54tJ2z8XGuaTdI9FsoLH+fCJvF/tXsZHOolaK8L7QTxzAOlR74GbWAUaG1NT09ewgeOLR69hS4Ml/sVm3NS94StJ1txOoe4nht1R13e0F6n7f0JOKX2CQ+4a7xzO6fktJTnrA/lbAnlFLA7otnFGc2wG15imgU6fHkNCWp2Jl9jAk1hIuYoNofN0rCFzEhgJ1ryS5RNURyEcg1mql4X2j+ZIq0DerCfjSUqDuNSR8eRrIFyDWag0BX54R6Ju1BHzpLFD3OhK+dALyBYi1WkfAl74CfbOBgC/9BOreSMKXZ4B8AWKtNhLwZaRA32wh4Msogbq3kvClM5AvQKzVVgK+TBXomx0EfJkmUPdOEr48C+QLEGu1k4AviwT6ZhcBX94VqHs3CV+6APkCxFrtJuDLGoG+2UvAl48F6t5HwpfngHwBYq32EfBlp0Df7Cfgy2cCdR8g4UtXIF+AWKsDBHw5JNA3Bwn48q1A3YdI+PI8kC9ArNUhAr6cEuibwwR8+VWg7iMkfOkG5AsQa3WEgC9ZY/B9c5SAL5cL1H2MhC/dgXwBYq2OEfAlr0DfHCfgy/UCdZ8g4UsPIF+AWKsTBHwpLtA3Jwn4cqtA3adI+PICkC9ArNUpAr7EC/TNaQK+JAjUfYaELz2BfAFirc4Q8KWaQN+cJeBLdYG6z5Hw5UUgX4BYq3MEfHlAoG8ybTKfLw0F6o7cxMGXXsgP5cbVrCIN75v/ef+LQN9kIeBLS4G6s5LwpTeQL0CsVVYCvjwj0DfZCPjSWaDu7CR86QPkCxBrlZ2AL30F+iYHAV/6CdSdk4QvfYF8AWKtchLwZaRA3+Qi4Msogbpzk/ClH5AvQKxVbgK+TBXomzwEfJkmUHdeEr68BOQLEGuVl4AviwT6Jh8BX94VqDs/CV/6A/kCxFrlJ+DLGoG+KUDAl48F6i5IwpeXgXwBYq0KEvBlp0DfFCbgy2cCdRch4csAIF+AWKsiBHw5JNA3xQj48q1A3cVJ+PIKkC9ArFVxAr6cEuibEgR8+VWg7pIkfBkI5AsQa1WSgC9ZBT4HtxQBXy4XqLs0CV8GAfkCxFqVJuBLXoG+UQR8uV6g7mgSvgwG8gWItYom4Etxgb6JI+DLrQJ1x5PwZQiQL0CsVTwBX+IF+iaJgC8JAnWXJeHLUCBfgFirsgR8qSbQN8kEfKkuUHcFEr68CuQLEGuFXD/9pX+50gAu5Iynv8NDfy+B/qx1/fnR+jNx9ed86s8u1J/Hpj9jSn9ujv4sEP35Bvo92/p9qPq9dfr9Qvo9EPpet76rqu/f6TtF+p6Ezn51nqU9eu07ai9Fnw/1M6/Wcb03vRob4Xmh+25YrEzfoec5HHkvPm2M3Jn++h4nvQbDhdd5BPA7noL6Nt8RQt/mO9J+my8WpJEC3+Y7yvBv89V1jyL6Nl+Jufq/zTcSPG/9kHd3LPbhqYYQZv4Xas7u9X3Nmfvof/ANwYVd/3+ZXP9mcmFVOOLS3xB8sXH+K74hWC9mIdfCjY69cOc1+RuCRwM3yNdj8ev7+j9Yz4zOewxwc5gPfDf8AoJv3H1N4BRZaZP5dY8WqLuy4a6BrnuMQN1VAnINojL2UsC+VECsldT6oXEeS3h6HCt0ehxnT49YkMYJnB7HG3561HWPJzo9jrenR/rT4wRn7m/Y0+O/f6Uv1ATf6fENstPjG8ANcqLA6XFiAKfHN+3p8V+foiYInCaqE5we3xCo+26C0+ObAnXXIDk9AvtSAbFWyPXTop/7IscyND7o3nwj1vw5ThLKuOGEnAwURNaGmkzQUFPQc0RPUHvLUwQUoxaJYkwCPl1PBZKyFsGTxlSBvpkWi1XKXIQb2zSCje0t0ze2F9IatJZAg9YxnJh10mpuJlD3fSTXTqcDN2Eg1kpq/SLB6+e2rjI61gwgFhJckRKxmbHmi/d0gbrrGb43atGaIVB3fZK9cRaQj0CsVf1NNA99fwa76N6cSfDQNytWps/hhJyd8VNdtDOWCuoWxGyhWxBz7C0ILEhzBG5BvG34LQhd99vCibrkmkZl8BXEDYi7orE3IGri8fIQGjS2Sv/Bvb7vOHOf+w9uQBSJuLCH/DcgikRc+gbExca55A0I0CL8uRjpxb0T+9cEI52FKOSbHOpvpjcfWoUbErxDt6bAceBBs48Dfz7ZvAMUnbnAsRqRZAfA/lbAnlHA9fNs+GiezCN5R/F88DuKr830l5joNZgv/I7iBYR3whcInYYW2tMQFqSFAqehRYafhnTdi8hOQ4sET0NCPRvYfet3HSzfM/2+NXoR0ot713dH+r3YiAte6KDpXSDJ3yN5klhMqMSLhZR4iVViLEhLBJT4fcOVWNf9PpkSv2+V2P3yKPFSB8tlYVXipT4lXhaAEi8FknwZ+P7etYT395bFmj/H5SxR7gfgm+6MDfUBQUN9aPqFUH3e+FDA7W9M4lYvB+7yK4CkbMxz+UeMPCsICL5SSjHQjzPIG6wfgW+wpr/QN/tWAee5AvgG6ZUbZZoGvYmvJjRmVgsZM2usMYMFaY2AMfOx4caMrvtjMmPmYz5jRuJC1p9ju+f/iYPl2rAaM5/4jJm1ARgznwBJvlboSQatxOsIlXidkBJ/apUYC9KnAkq83nAl1nWvJ1Pi9VaJPWO757/BwXJjWJV4g0+JNwagxBuAJN9oHW0FXAOxOW5iiUg224ZSmwkaaovpEYk+b2wRiEiakEQkm4C7/FYgKZvYiERtJSD4NinFQMcF24HNuRoYF6whiQt2EJoUO4RMip3WpMCCtFPApPjMcJNC1/0ZmUnxGZ9JES04tsek+NzBcldYTYrPfSbFrgBMis+BJN8VK9N0aCXeTajEu4WU+AurxFiQvhBQ4j2GK7Guew+ZEu+xSux+eZR4r4PlvrAq8V6fEu8LQIn3Akm+D6jErO4ucA3E5vglS1zwlY0L1FcEDbXf9LhAnzf2C8QFTUnigi+Bu/wBICmb2rhAHSAg+NcsccE3wOZcC4wL1pHEBQcJTYqDQibFIWtSYEE6JGBSfGu4SaHr/pbMpPiWz6SIERzbY1J852B5OKwmxXc+k+JwACbFd0CSH46VaTq0Eh8hVOIjQkr8vVViLEjfCyjxD4Yrsa77BzIl/sEqsfvlUeKjDpbHwqrER31KfCwAJT4KJPkxoBKzurvANRCb448sccFPNi5QPxE01HHT4wJ93jguEBc0J4kLfgTu8ieApGxu4wJ1goDgP7PEBb8Am3MDMC7YSBIXnCQ0KU4KmRSnrEmBBemUgEnxq+Emha77VzKT4lc+kyJWcGyPSfGb85dOh9Wk+M1nUpwOwKT4DUjy07EyTYdW4jOESnxGSIl/t0qMBel3ASX+w3Al1nX/QabEf1gldr88SnzW+UvnwqrEZ31KfC4AJT4LJPk5oBKzurvANRCb43mWuCAizsYFwDUQm2Mm9BzRE9TnDT1JdIOmkMQF54G7fCSQlCk2LlCRBATPHCfT5/C44DJgc24BxgVbSeKCLHF8JkUWYHO655s17q+frUmRwTE1SFnj8ONeDmxYqbovj4NjJGpSXA4kVEAmRZzg2B6T4grnL2Vz/cVQmRR6AQq5is12kaVHmxRXAEmeLU6m6dBKnJ1QibMLKfGVVomxIF0poMRXGa7Euu6ryJT4KqvE7pdHiXM4fylnWJU4h0+JcwagxDmAJM8JVGJWdxe4BmJzvFrK/EE/Ml1j4wJ1DUFD5TI9LtDnjVwCcUFLkrjgauAunxtIypY2LlC5CQh+LUtccB2wOXcA44KdJHFBHkKTIo+QSZHXmhRYkPIKmBTXG25S6LqvJzMpruczKeIFx/aYFDc4WOYLq0lxg8+kyBeASXEDkOT54mSaDq3E+QmVOL+QEt9olRgL0o0CSnyT4Uqs676JTIlvskrsfnmUuICDZcGwKnEBnxIXDECJCwBJXhCoxKzuLnANxOZ4M0tcUMjGBaoQQUMVNj0u0OeNwgJxQSuSuOBm4C5fBEjKVjYuUEUICF6UJS64Bdicu4BxwW6SuKAYoUlRTMikKG5NCixIxQVMilsNNyl03beSmRS38pkUCYJje0yK2xwsS4TVpLjNZ1KUCMCkuA1I8hJxMk2HVuKShEpcUkiJb7dKjAXpdgElvsNwJdZ130GmxHdYJXa/PEpcysGydFiVuJRPiUsHoMSlgCQvDVRiVncXuAZicyzDEhdE2bhARRE0lDI9LtDnDSUQF7QmiQvKAHf5aCApW9u4QEUTEDyGJS6IBTbnXmBcsI8kLogjNCnihEyKeGtSYEGKFzApEgw3KXTdCWQmRQKfSZEoOLbHpEh0sEwKq0mR6DMpkgIwKRKBJE+Kk2k6tBKXJVTiskJKXM4qMRakcgJKXN5wJdZ1lydT4vJWid0vjxInO1hWCKsSJ/uUuEIASpwMJHkFoBKzurvANRCbY0WWuOBOGxeoOwkaqpLpcYE+b1QSiAvakMQFFYG7fGUgKdvYuEBVJiB4FZa44C5gc+4HxgUHSOKCqoQmRVUhk6KaNSmwIFUTMCmqG25S6Lqrk5kU1flMiiTBsT0mxd0OljXCalLc7TMpagRgUtwNJHmNOJmmQytxTUIlrimkxPdYJcaCdI+AEt9ruBLruu8lU+J7rRK7Xx4lruVgWTusSlzLp8S1A1DiWkCS1wYqMau7C1wDsTnWYYkL7rNxgbqPoKHqmh4X6PNGXYG4oB1JXFAHuMvfDyRlOxsXqPsJCF6PJS6oD2zOg8C44BBJXNCA0KRoIGRSPGBNCixIDwiYFA0NNyl03Q3JTIqGfCZFU8GxPSbFgw6WjcJqUjzoMykaBWBSPAgkeaM4maZDK/FDhEr8kJASP2yVGAvSwwJK/IjhSqzrfoRMiR+xSux+eZS4sYPlo2FV4sY+JX40ACVuDCT5o0AlZnV3gWsgNscmLHHBYzYuUI8RNFRT0+MCfd5oKhAXdCCJC5oAd/lmQFJ2sHGBakZA8OYscUELYHMeBsYFR0jighRCkyJFyKRItSYFFqRUAZOipeEmha67JZlJ0ZLPpGgmOLbHpHjcwbJVWE2Kx30mRasATIrHgSRvFSfTdGglfoJQiZ8QUuLWVomxILUWUOInDVdiXfeTZEr8pFVi98ujxG0cLNuGVYnb+JS4bQBK3AZI8rZAJWZ1d4FrIDbHdixxQXsbF6j2BA3VwfS4QJ83OgjEBR1J4oJ2wF3+KSApO9q4QD1FQPCOLHHB08DmPAqMC46RxAWdCE2KTkImxTPWpMCC9IyASdHZcJNC192ZzKTozGdSNBcc22NSPOtg2SWsJsWzPpOiSwAmxbNAkneJk2k6tBI/R6jEzwkpcVerxFiQugoo8fOGK7Gu+3kyJX7eKrH75VHibg6W3cOqxN18Stw9ACXuBiR5d6ASs7q7wDUQm2MPlrjgBRsXqBcIGqqn6XGBPm/0FIgLOpHEBT2Au/yLQFJ2snGBepGA4L1Y4oLewOY8DowLTpDEBX0ITYo+QiZFX2tSYEHqK2BS9DPcpNB19yMzKfrxmRQtBMf2mBQvOVj2D6tJ8ZLPpOgfgEnxEpDk/eNkmg6txC8TKvHLQko8wCoxFqQBAkr8iuFKrOt+hUyJX7FK7H55lHigg+WgsCrxQJ8SDwpAiQcCST4IqMSs7i5wDcTmOJglLhhi4wI1hKChhpoeF+jzxlCBuKAzSVwwGLjLvwokZWcbF6hXCQg+jCUuGA5szpPAuOAUSVwwgtCkGCFkUoy0JgUWpJECJsUow00KXfcoMpNiFJ9JkSI4tsekeM3BcnRYTYrXfCbF6ABMiteAJB8dJ9N0aCV+nVCJXxdS4jFWibEgjRFQ4rGGK7GueyyZEo+1Sux+eZR4nIPl+LAq8TifEo8PQInHAUk+HqjErO4ucA3E5jiBJS54w8YF6g2ChppoelygzxsTBeKCLiRxwQTgLv8mkJRdbFyg3iQg+CSWuGAysDlPA+OCMyRxwRRCk2KKkEkx1ZoUWJCmCpgU0ww3KXTd08hMiml8JkWq4Ngek+ItB8vpYTUp3vKZFNMDMCneApJ8epxM06GVeAahEs8QUuKZVomxIM0UUOJZhiuxrnsWmRLPskrsfnmUeLaD5ZywKvFsnxLPCUCJZwNJPgeoxKzuLnANxOb4Nktc8I6NC9Q7BA011/S4QJ835grEBV1J4oK3gbv8PCApu9q4QM0jIPh8lrhgAbA5zwLjgnMkccFCQpNioZBJsciaFFiQFgmYFO8ablLout8lMynepTMpVJTc2F6T4j0Hy8VhNSne85kUiwMwKd4DknxxnEzToZV4CaESLxFS4vetEmNBel9AiZcarsS67qVkSrzUKrFncPf8lzlYLg+rEi/zKfHyAJR4GZDky4FKzOruLo8zf44fsMQFH9q4QH1I0FArTI8L9HljhUBc0I0kLvgAuMuvBJKym40L1EoCgn/EEhesAjZnJlxzqkihjQK9oa0mNClWC5kUa6xJgQVpjYBJ8bHhJoWu+2Myk+JjPpNCyY3tNSk+cbBcG1aT4hOfSbE2AJPiEyDJ18bJNB1aidcRKvE6ISX+1CoxFqRPBZR4veFKrOteT6bE660SewZ3z3+Dg+XGsCrxBp8SbwxAiTcASb4RqMSs7u7GOPPnuIklLths4wK1maChtpgeF+jzxhaBuKAHSVywCbjLbwWSsoeNC9RWAoJvY4kLtgObMwswLshKEhfsIDQpdgiZFDutSYEFaaeASfGZ4SaFrvszMpPiMz6TIlpubK9J8bmD5a6wmhSf+0yKXQGYFJ8DSb4rTqbp0Eq8m1CJdwsp8RdWibEgfSGgxHsMV2Jd9x4yJd5jldgzuHv+ex0s94VViff6lHhfAEq8F0jyfUAlZnV398WZP8cvWeKCr2xcoL4iaKj9pscF+ryxXyAu6EkSF3wJ3OUPAEnZ08YF6gABwb9miQu+ATZnNmBckJ0kLjhIaFIcFDIpDlmTAgvSIQGT4lvDTQpd97dkJsW3fCZFjNzYXpPiOwfLw2E1Kb7zmRSHAzApvgOS/HCcTNOhlfgIoRIfEVLi760SY0H6XkCJfzBciXXdP5Ap8Q9WiT2Du+d/1MHyWFiV+KhPiY8FoMRHgSQ/BlRiVnf3WJz5c/yRJS74ycYF6ieChjpuelygzxvHBeKCXiRxwY/AXf4EkJS9bFygThAQ/GeWuOAXYHPmAMYFOUnigpOEJsVJIZPilDUpsCCdEjApfjXcpNB1/0pmUvzKZ1LEyo3tNSl+c7A8HVaT4jefSXE6AJPiNyDJT8fJNB1aic8QKvEZISX+3SoxFqTfBZT4D8OVWNf9B5kS/2GV2DO4e/5nHSzPhVWJz/qU+FwASnwWSPJzQCVmdXfPxZk/x/MscUFEvI0LgGsgNsdM6DmiJ6jPG3qS6AbtQxIXnAfu8pFAUvaxcYGKJCB45niZPofHBZcBmzMXMC7ITRIXZInnMymyAJvTPd+s8X/9bE2KDI6pQcoajx/3cmDDStV9eTwcI1GT4nIgoQIyKeLkxvaaFFc4WGZzYRoqk0IvQCFXse6F8E8o/W9nlJhXAEmeLV6m6dBKnJ1QibMLKfGVVomxIF0poMRXGa7Euu6ryJT4KqvEnsHd88/hYJkzrEqcw6fEOQNQ4hxAkucEKjGru5sz3vw5Xi1l/qAfma6xcYG6hqChcpkeF+jzRi6BuKAfSVxwNXCXzw0kZT8bF6jcBAS/liUuuA7YnHmAcUFekrggD6FJkUfIpMhrTQosSHkFTIrrDTcpdN3Xk5kU1/OZFPFyY3tNihucv5QvrCbFDT6TIl8AJsUNQJLni5dpOrQS5ydU4vxCSnyjVWIsSDcKKPFNhiuxrvsmMiW+ySqxZ3D3/As4f6lgWJW4gE+JCwagxAWAJC8IVGJWd7dgvPlzvJklLihk4wJViKChCpseF+jzRmGBuKA/SVxwM3CXLwIkZX8bF6giBAQvyhIX3AJsznzAuCA/SVxQjNCkKCZkUhS3JgUWpOICJsWthpsUuu5byUyKW/lMigS5sb0mxW0OliXCalLc5jMpSgRgUtwGJHmJeJmmQytxSUIlLimkxLdbJcaCdLuAEt9huBLruu8gU+I7rBJ7BnfPv5SDZemwKnEpnxKXDkCJSwFJXhqoxKzubul48+dYhiUuiLJxgYoiaChlelygzxtKIC4YQBIXlAHu8tFAUg6wcYGKJiB4DEtcEAtszgLAuKAgSVwQR2hSxAmZFPHWpMCCFC9gUiQYblLouhPITIoEPpMiUW5sr0mR6GCZFFaTItFnUiQFYFIkAkmeFC/TdGglLkuoxGWFlLicVWIsSOUElLi84Uqs6y5PpsTlrRJ7BnfPP9nBskJYlTjZp8QVAlDiZCDJKwCVmNXdrRBv/hwrssQFd9q4QN1J0FCVTI8L9HmjkkBcMJAkLqgI3OUrA0k50MYFqjIBwauwxAV3AZuzMDAuKEISF1QlNCmqCpkU1axJgQWpmoBJUd1wk0LXXZ3MpKjOZ1IkyY3tNSnudrCsEVaT4m6fSVEjAJPibiDJa8TLNB1aiWsSKnFNISW+xyoxFqR7BJT4XsOVWNd9L5kS32uV2DO4e/61HCxrh1WJa/mUuHYASlwLSPLaQCVmdXdrx5s/xzosccF9Ni5Q9xE0VF3T4wJ93qgrEBcMJokL6gB3+fuBpBxs4wJ1PwHB67HEBfWBzVkMGBcUJ4kLGhCaFA2ETIoHrEmBBekBAZOioeEmha67IZlJ0ZDPpGgqN7bXpHjQwbJRWE2KB30mRaMATIoHgSRvFC/TdGglfohQiR8SUuKHrRJjQXpYQIkfMVyJdd2PkCnxI1aJPYO759/YwfLRsCpxY58SPxqAEjcGkvxRoBKzuruPxps/xyYsccFjNi5QjxE0VFPT4wJ93mgqEBcMJYkLmgB3+WZAUg61cYFqRkDw5ixxQQtgc5YAxgUlSeKCFEKTIkXIpEi1JgUWpFQBk6Kl4SaFrrslmUnRks+kaCY3ttekeNzBslVYTYrHfSZFqwBMiseBJG8VL9N0aCV+glCJnxBS4tZWibEgtRZQ4icNV2Jd95NkSvykVWLP4O75t3GwbBtWJW7jU+K2AShxGyDJ2wKVmNXdbRtv/hzbscQF7W1coNoTNFQH0+MCfd7oIBAXDCOJC9oBd/mngKQcZuMC9RQBwTuyxAVPA5uzFDAuKE0SF3QiNCk6CZkUz1iTAgvSMwImRWfDTQpdd2cyk6Izn0nRXG5sr0nxrINll7CaFM/6TIouAZgUzwJJ3iVepunQSvwcoRI/J6TEXa0SY0HqKqDEzxuuxLru58mU+HmrxJ7B3fPv5mDZPaxK3M2nxN0DUOJuQJJ3Byoxq7vbPd78OfZgiQtesHGBeoGgoXqaHhfo80ZPgbhgBElc0AO4y78IJOUIGxeoFwkI3oslLugNbE4FjAuiSeKCPoQmRR8hk6KvNSmwIPUVMCn6GW5S6Lr7kZkU/fhMihZyY3tNipccLPuH1aR4yWdS9A/ApHgJSPL+8TJNh1bilwmV+GUhJR5glRgL0gABJX7FcCXWdb9CpsSvWCX2DO6e/0AHy0FhVeKBPiUeFIASDwSSfBBQiVnd3UHx5s9xMEtcMMTGBWoIQUMNNT0u0OeNoQJxwSiSuGAwcJd/FUjKUTYuUK8SEHwYS1wwHNicccC4IJ4kLhhBaFKMEDIpRlqTAgvSSAGTYpThJoWuexSZSTGKz6RIkRvba1K85mA5OqwmxWs+k2J0ACbFa0CSj46XaTq0Er9OqMSvCynxGKvEWJDGCCjxWMOVWNc9lkyJx1ol9gzunv84B8vxYVXicT4lHh+AEo8Dknw8UIlZ3d3x8ebPcQJLXPCGjQvUGwQNNdH0uECfNyYKxAWjSeKCCcBd/k0gKUfbuEC9SUDwSSxxwWRgcyYB44KyJHHBFEKTYoqQSTHVmhRYkKYKmBTTDDcpdN3TyEyKaXwmRarc2F6T4i0Hy+lhNSne8pkU0wMwKd4Cknx6vEzToZV4BqESzxBS4plWibEgzRRQ4lmGK7GuexaZEs+ySuwZ3D3/2Q6Wc8KqxLN9SjwnACWeDST5HKASs7q7c+LNn+PbLHHBOzYuUO8QNNRc0+MCfd6YKxAXjCGJC94G7vLzgKQcY+MCNY+A4PNZ4oIFwOZMBsYFFQLaKDK6fguB6zd/I26sBcCxJNdv0X//+on237vA9WsI5O+DYP6iH0T0sbBnZvy444TrjsrYS+ma+wjUPV5ov44E1w/ER403vMdrZ5Lp8YkEPd5PoO43SXociI9C1qzx0AFFuga+mPbDubR/ezn/9nb+1a/30nRtsXMAzepao37O7+j/Pf13l6T9/L7P+kPbfi9lxo21FKjZQQVbfTPLBFvLbLCFBWmZQLC13PBgS9e9XCjYkhCnpQLO2gfx/5mN+sO0v7vibzbqD10b9cq0nz+6yO/2cX53pfO7eiNYlfbzauFNHdnXa4Cb+v9l/T9O+7uf/M36f+xa/7VpP6/7m/Vf61r/T9N+Xn+R3+3r/O6nzu/qOW5I+3mjg5XE3rNKgC9TDH+I1f20QaDuqSTG2iYgn4BYq6kk95g3//u9Lco3VmAPmZuFbk9tsQ+ZWJC2CDxkbjX8IVPXvZXs9tRWwdtTaNeiS9ofQKYpH8VGRCwSxiuDYyv/f3Cv7zZn7tv/we2u8xEX9pD/dtf5iEvf7rrYOP+x2116AZa7it3uag7/hFB/extwE9rxN2MlJqQ0S02IjWkaFZvaLG2c+NSUmKbRSSo1MSZt+JhY1axpSlSL2GYJ8bHxiakJgd1f3iGkwDutAmNB2imgwJ8ZrsC67s8CsnkyWv92Z67ocacbeoHKP09kL30OfCqYDs4z9Cam51fJGRPd8+lPReg+mmm4/ZH+9Iaue5aZ9scFR27kg8h24FizSS5wAvtbAXtGzSaxj3YR2ke7hB5ed9uHVyxIuwUeXr8w/OFV1/0FUUYpMdf/7Q146Plvz8BGkOp5pQRm9+xx1nvvP7B7Kl9k7fx2T+WIS9s9FxvnknaPRLOBxvrziXxP/F/FRjqLWinC+0I/cQDrUHuBm9k+GBlSU9PXc5/giUev43aBJ/+5Zt3WvOApSde9R6DueYbfUtV17xWoe76hJxW/wCD3DXePZ/idQSQnPWB/K2DPqAUB3RbOKM57gFrzJdCp02NIaMuX8TJ7GBJrCRdxZSy+7sUELuIqgbqXkFyi+grIRyDWaonhfaP5sk2gb5YR8GW7QN3LSfiyH8gXINZqOQFfvhbomxUEfPlGoO6VJHw5AOQLEGu1koAvPwv0zWoCvvwiUPcaEr58DeQLEGu1hoAvmePwfbOWgC+XCdS9joQv3wD5AsRarSPgy7UCfbOBgC/XCdS9kYQvB4F8AWKtNhLwpahA32wh4MstAnVvJeHLISBfgFirrQR8iRHomx0EfIkVqHsnCV++BfIFiLXaScCXKgJ9s4uAL3cJ1L2bhC/fAfkCxFrtJuBLPYG+2UvAl/oCde8j4cthIF+AWKt9BHxpLtA3+wn40kKg7gMkfDkC5AsQa3WAgC8dBfrmIAFfnhao+xAJX74H8gWItTpEwJdeAn1zmIAvvQXqPkLClx+AfAFirY4Q8GWYQN8cJeDLcIG6j5Hw5SiQL0Cs1TECvkwS6JvjBHyZLFD3CRK+HAPyBYi1OkHAl/kCfXOSgC8LBOo+RcKXH4F8AWKtThHw5SOBvjnN8P4XgbrPkPDlJyBfgFirMwR82SbQN2cZ3v8iUPc5Er4cB/IFiLU6R8CXrwX6JtNm8/nyjUDdkZs5+HIC+aUPuJpVpOF98z/vfxHomywEfPlFoO6sJHz5GcgXINYqKwFfMgt8bkE2Ar5cJlB3dhK+/ALkCxBrlZ2AL9cK9E0OAr5cJ1B3ThK+nATyBYi1yknAl6ICfZOLgC+3CNSdm4Qvp4B8AWKtchPwJUagb/IQ8CVWoO68JHz5FcgXINYqLwFfqgj0TT4CvtwlUHd+Er78BuQLEGuVn4Av9QT6pgABX+oL1F2QhC+ngXwBYq0KEvCluUDfFCbgSwuBuouQ8OUMkC9ArFURAr50FOibYgR8eVqg7uIkfPkdyBcg1qo4AV96CfRNCQK+9BaouyQJX/4A8gWItSpJwJdhAn1TioAvwwXqLk3Cl7NAvgCxVqUJ+DJJoG8UAV8mC9QdTcKXc0C+ALFW0QR8mS/QN3EEfFkgUHc8CV/OA/kCxFoh109/6V+BNIALOePp7/DQ30ugP2tdf360/kxc/Tmf+rML9eex6c+Y0p+boz8LRH++gX7Ptn4fqn5vnX6/kH4PhL7Xre+q6vt3+k6Rviehs1+dZ2mPXvuO2kvR50P9zKt1XO9N5+MjPC9030UkyPQd/B42bp5K41swk+uLMNPG1uNLzj8yATdWUN/mGwnsDfd8M7vW2n6bbwbH1CDpBUWPexmwYaXqviwBjpHIXPWXk0nM1f9tvpHgeeuHvIXx2IenRfEymPlfqDm71zeLg2FWF5b/2zcEF3b9/2Vy/ZvJhVXhiEt/Q/DFxvmv+IZgvZiFXAuXNeHCndfkbwjOCtwgL0/Ar+/l/2A9MzrvK4BPZTOB71acRfCNu1kS8OMmbTa/7qwCdZc13DXQdV8hUHe5gFyDqIy9FLAvFRBrJbV+8HeJEZ4eswmdHrPb0yMWpOwCp8crDT896rqvJDo9XmlPj/Snx6scDHPY0+O/f6Uv1FW+02MOstNjDuAGmVPg9JgzgNPj1fb0+K9PUVcJnCYqEpwecwjUfSfB6fFqgborkZwegX2pgFgr5Ppp0S94kWMZGh90b+ZIMH+O1whl3Pg36wMFkbWhchE0VG70HNET1N5ybgHFqEqiGNcAn66vBZKyKsGTxrUCfXNdAlYpCxBubNcRbGx5TN/YXkpr0CUC1y+rG07MpWk1bxKo+26Sa6d5gZswEGsltX6R4PVzW1cZHet6IBYSXJESsRsSzBfvvAJ132P43qhF63qBuu8l2RvzAfkIxFrdu5nmoe/PYBfdmzcQPPTlS5Dpc/xnLmX8VBftjKWCugWRX+gWxI32FgQWpBsFbkHcZPgtCF33TUK3INJfkmsalcFXEDcg5sZib0C8i78B4SE0aGyV/oN7fQs4vVbwH9yAKBJxYQ/5b0AUibj0DYiLjXPJGxCgRfhzMdKLK5Dw1wQjnYUo5Jsc6m+mNx9ahesQvEP3XQGr5D6zjwN/PtkUAIpOQeBYdUmyA2B/K2DPKOD6eTZ8NE9uJnlHcSHwO4pvzvSXmOg1KCT8juLChHfCCwudhorY0xAWpCICp6Gihp+GdN1FyU5DRQVPQ0I9G9h961scLIuZft8avQjpxd3iuyNdLCHighc6aLoFSPJiJE8SxQmVuLiQEt9qlRgL0q0CSnyb4Uqs676NTIlvs0rsfnmUuISDZcmwKnEJnxKXDECJSwBJXhJ8f+9mwvt7JRPMn+PtLFHuHeCb7owNdQdBQ5Uy/UKoPm+UErj804DErb4duMuXBpKyAc/lHzHylCYgeBkpxUA/ziBvsEaBb7Cmv9A3+xRwnouBb5BeskmmadCbeDShMRMtZMzEWGMGC1KMgDETa7gxo+uOJTNmYvmMGYkLWX+O7Z5/nINlfFiNmTifMRMfgDETByR5vNCTDFqJEwiVOEFIiROtEmNBShRQ4iTDlVjXnUSmxElWiT1ju+df1sGyXFiVuKxPicsFoMRlgSQvZx1tBVwDsTmWZ4lIkm1DqWSChqpgekSizxsVBCKShiQRSXngLl8RSMqGNiJRFQkIfqeUYqDjgkrA5lwGjAuWk8QFlQlNispCJkUVa1JgQaoiYFLcZbhJoeu+i8ykuIvPpIgWHNtjUlR1sKwWVpOiqs+kqBaASVEVSPJqCTJNh1bi6oRKXF1Iie+2SowF6W4BJa5huBLrumuQKXENq8Tul0eJazpY3hNWJa7pU+J7AlDimkCS3wNUYlZ3F7gGYnO8lyUuqGXjAlWLoKFqmx4X6PNGbYG4oBFJXHAvcJevAyRlIxsXqDoEBL+PJS6oC2zOFcC4YCVJXHA/oUlxv5BJUc+aFFiQ6gmYFPUNNyl03fXJTIr6fCZFjODYHpOigYPlA2E1KRr4TIoHAjApGgBJ/kCCTNPBbyIRKnFDISV+0CoxFqQHBZS4keFKrOtuRKbEjawSu18eJX7IwfLhsCrxQz4lfjgAJX4ISPKHgUrM6u4C10Bsjo+wxAWNbVygGhM01KOmxwX6vPGoQFzwMElc8Ahwl28CJOXDNi5QTQgI/hhLXNAU2JyrgXHBGpK4oBmhSdFMyKRobk0KLEjNBUyKFoabFLruFmQmRQs+kyJWcGyPSZHiYJkaVpMixWdSpAZgUqQASZ6aINN0aCVuSajELYWU+HGrxFiQHhdQ4laGK7GuuxWZEreySux+eZT4CQfL1mFV4id8Stw6ACV+Akjy1kAlZnV3gWsgNscnWeKCNjYuUG0IGqqt6XGBPm+0FYgLGpPEBU8Cd/l2QFI2tnGBakdA8PYscUEHYHOuBcYF60jigqcITYqnhEyKjtakwILUUcCkeNpwk0LX/TSZSfE0n0kRJzi2x6To5GD5TFhNik4+k+KZAEyKTkCSP5Mg03RoJe5MqMSdhZT4WavEWJCeFVDiLoYrsa67C5kSd7FK7H55lPg5B8uuYVXi53xK3DUAJX4OSPKuQCVmdXeBayA2x+dZ4oJuNi5Q3QgaqrvpcYE+b3QXiAuakMQFzwN3+R5AUjaxcYHqQUDwF1jigp7A5twAjAs2ksQFLxKaFC8KmRS9rEmBBamXgEnR23CTQtfdm8yk6M1nUsQLju0xKfo4WPYNq0nRx2dS9A3ApOgDJHnfBJmmQytxP0Il7iekxC9ZJcaC9JKAEvc3XIl13f3JlLi/VWL3y6PELztYDgirEr/sU+IBASjxy0CSDwAqMau7C1wDsTm+whIXDLRxgRpI0FCDTI8L9HljkEBc0JQkLngFuMsPBpKyqY0L1GACgg9hiQuGAptzCzAu2EoSF7xKaFK8KmRSDLMmBRakYQImxXDDTQpd93Ayk2I4n0mRIDi2x6QY4fylkWE1KUb4TIqRAZgUI4AkH5kg03RoJR5FqMSjhJT4NavEWJBeE1Di0YYrsa57NJkSj7ZK7H55lPh15y+NCasSv+5T4jEBKPHrQJKPASoxq7sLXAOxOY5liQvG2bhAjSNoqPGmxwX6vDFeIC5oThIXjAXu8hOApGxu4wI1gYDgb7DEBROBzbkDGBfsJIkL3iQ0Kd4UMikmWZMCC9IkAZNisuEmha57MplJMZnPpEgUHNtjUkxxsJwaVpNiis+kmBqASTEFSPKpCTJNh1biaYRKPE1Iid+ySowF6S0BJZ5uuBLruqeTKfF0q8Tul0eJZzhYzgyrEs/wKfHMAJR4BpDkM4FKzOruAtdAbI6zWOKC2TYuULMJGmqO6XGBPm/MEYgLUkjiglnAXf5tIClTbFyg3iYg+DssccFcYHPuAsYFu0nignmEJsU8IZNivjUpsCDNFzApFhhuUui6F5CZFAv4TIokwbE9JsVCB8tFYTUpFvpMikUBmBQLgSRflCDTdGglfpdQid8VUuL3rBJjQXpPQIkXG67Euu7FZEq82Cqx++VR4iUOlu+HVYmX+JT4/QCUeAmQ5O8DlZjV3QWugdgcl7LEBctsXKCWETTUctPjAn3eWC4QF7QkiQuWAnf5D4CkbGnjAvUBAcE/ZIkLVgCbcy8wLthHEhesJDQpVgqZFB9ZkwIL0kcCJsUqw00KXfcqMpNiFZ9J0VRwbI9JsdrBck1YTYrVPpNiTQAmxWogydckyDQdWok/JlTij4WU+BOrxFiQPhFQ4rWGK7Guey2ZEq+1Sux+eZR4nYPlp2FV4nU+Jf40ACVeByT5p0AlZnV3gWsgNsf1LHHBBhsXqA0EDbXR9LhAnzc2CsQFrUjigvXAXX4TkJStbFygNhEQfDNLXLAF2Jz7gXHBAZK4YCuhSbFVyKTYZk0KLEjbBEyK7YabFLru7WQmxXY+k6KZ4Ngek2KHg+XOsJoUO3wmxc4ATIodQJLvTJBpOrQSf0aoxJ8JKfHnVomxIH0uoMS7DFdiXfcuMiXeZZXY/fIo8W4Hyy/CqsS7fUr8RQBKvBtI8i+ASszq7gLXQGyOe1jigr02LlB7CRpqn+lxgT5v7BOIC1qTxAV7gLv8l0BStrZxgfqSgOBfscQF+4HNeRAYFxwiiQsOEJoUB4RMiq+tSYEF6WsBk+Ibw00KXfc3ZCbFN3wmRXPBsT0mxUEHy0NhNSkO+kyKQwGYFAeBJD+UINN0aCX+llCJvxVS4u+sEmNB+k5AiQ8brsS67sNkSnzYKrH75VHiIw6W34dViY/4lPj7AJT4CJDk3wOVmNXdBa6B2Bx/YIkLjtq4QB0laKhjpscF+rxxTCAuaEMSF/wA3OV/BJKyjY0L1I8EBP+JJS44DmzOw8C44AhJXHCC0KQ4IWRS/GxNCixIPwuYFL8YblLoun8hMyl+4TMpWgiO7TEpTjpYngqrSXHSZ1KcCsCkOAkk+akEmaZDK/GvhEr8q5AS/2aVGAvSbwJKfNpwJdZ1nyZT4tNWid0vjxKfcbD8PaxKfManxL8HoMRngCT/HajErO4ucA3E5vgHS1xw1sYF6ixBQ50zPS7Q541zAnFBO5K44A/gLn8eSMp2Ni5Q5wkIHpFIEhdkwk1UHQXGBcdI4oLIRD6TIhLYnO75Zk7862drUmRwTA2SXlD0uJcBG1aq7ssS4RiJmhSXAQkVkEmRIji2x6TI4mCZ1YVpqEwKvQCFXMW6F8I/ofS/nVFiZgGSPGuiTNOhlfhyQiW+XEiJr7BKjAXpCgElzma4Euu6s5EpcTarxO6XR4mzO1heGVYlzu5T4isDUOLsQJJfCVRiVncXuAZic7xKyvxBPzLlAJo/rA2Vg6ChcqLniJ6gPm/kTMQ3aAeSuOAq4C5/NZCUHWxcoK4mIPg1LHFBLmBzHgfGBSdI4oLchCZFbiGT4lprUmBBulbApLjOcJNC130dmUlxHZ9JkSo4tsekyONgmTesJkUen0mRNwCTIg+Q5HkTZZoOrcTXEyrx9UJKfINVYixINwgocT7DlVjXnY9MifNZJXa/PEqc38HyxrAqcX6fEt8YgBLnB5L8RqASs7q7wDUQm+NNLHFBARsXqAIEDVXQ9LhAnzcKCsQFHUnigpuAu/zNQFJ2tHGBupmA4IVY4oLCwOY8CYwLTpHEBUUITYoiQiZFUWtSYEEqKmBS3GK4SaHrvoXMpLiFzqRQUXJje02KYg6WxcNqUhTzmRTFAzApigFJXjxRpunQSnwroRLfKqTEt1klxoJ0m4ASlzBciXXdJciUuIRVYs/g7vmXdLC8PaxKXNKnxLcHoMQlgSS/HajErO7u7Ynmz/EOlriglI0LVCmChiptelygzxulBeKCTiRxwR3AXb4MkJSdbFygyhAQPIolLlDA5jwNjAvOkMQF0YQmRbSQSRFjTQosSDECJkWs4SaFrjuWzKSI5TMplNzYXpMizsEyPqwmRZzPpIgPwKSIA5I8PlGm6dBKnECoxAlCSpxolRgLUqKAEicZrsS67iQyJU6ySuwZ3D3/sg6W5cKqxGV9SlwuACUuCyR5OaASs7q75RLNn2N5lrgg2cYFKpmgoSqYHhfo80YFgbigM0lcUB64y1cEkrKzjQtURQKC38kSF1QCNudZYFxwjiQuqExoUlQWMimqWJMCC1IVAZPiLsNNCl33XWQmxV18JkW03Nhek6Kqg2W1sJoUVX0mRbUATIqqQJJXS5RpOrQSVydU4upCSny3VWIsSHcLKHENw5VY112DTIlrWCX2DO6ef00Hy3vCqsQ1fUp8TwBKXBNI8nuASszq7t6TaP4c72WJC2rZuEDVImio2qbHBfq8UVsgLuhCEhfcC9zl6wBJ2cXGBaoOAcHvY4kL6gKbMxOuOVWk0EaB3tDuJzQp7hcyKepZkwILUj0Bk6K+4SaFrrs+mUlRn8+kiJEb22tSNHCwfCCsJkUDn0nxQAAmRQMgyR9IlGk6tBI3JFTihkJK/KBVYixIDwoocSPDlVjX3YhMiRtZJfYM7p7/Qw6WD4dViR/yKfHDASjxQ0CSPwxUYlZ39+FE8+f4CEtc0NjGBaoxQUM9anpcoM8bjwrEBV1J4oJHgLt8EyApu9q4QDUhIPhjLHFBU2BzZgHGBVlJ4oJmhCZFMyGTork1KbAgNRcwKVoYblLouluQmRQt+EyKWLmxvSZFioNlalhNihSfSZEagEmRAiR5aqJM06GVuCWhErcUUuLHrRJjQXpcQIlbGa7Euu5WZErcyiqxZ3D3/J9wsGwdViV+wqfErQNQ4ieAJG8NVGJWd7d1ovlzfJIlLmhj4wLVhqCh2poeF+jzRluBuKAbSVzwJHCXbwckZTcbF6h2BARvzxIXdAA2ZzZgXJCdJC54itCkeErIpOhoTQosSB0FTIqnDTcpdN1Pk5kUT/OZFHFyY3tNik4Ols+E1aTo5DMpngnApOgEJPkziTJNh1bizoRK3FlIiZ+1SowF6VkBJe5iuBLruruQKXEXq8Sewd3zf87BsmtYlfg5nxJ3DUCJnwOSvCtQiVnd3a6J5s/xeZa4oJuNC1Q3gobqbnpcoM8b3QXigh4kccHzwF2+B5CUPWxcoHoQEPwFlrigJ7A5cwDjgpwkccGLhCbFi0ImRS9rUmBB6iVgUvQ23KTQdfcmMyl685kU8XJje02KPg6WfcNqUvTxmRR9AzAp+gBJ3jdRpunQStyPUIn7CSnxS1aJsSC9JKDE/Q1XYl13fzIl7m+V2DO4e/4vO1gOCKsSv+xT4gEBKPHLQJIPACoxq7s7INH8Ob7CEhcMtHGBGkjQUINMjwv0eWOQQFzQkyQueAW4yw8GkrKnjQvUYAKCD2GJC4YCmzMXMC7ITRIXvEpoUrwqZFIMsyYFFqRhAibFcMNNCl33cDKTYjifSZEgN7bXpBjhYDkyrCbFCJ9JMTIAk2IEkOQjE2WaDq3EowiVeJSQEr9mlRgL0msCSjzacCXWdY8mU+LRVok9g7vn/7qD5ZiwKvHrPiUeE4ASvw4k+RigErO6u2MSzZ/jWJa4YJyNC9Q4goYab3pcoM8b4wXigl4kccFY4C4/AUjKXjYuUBMICP4GS1wwEdiceYBxQV6SuOBNQpPiTSGTYpI1KbAgTRIwKSYbblLouieTmRST+UyKRLmxvSbFFOcvTQ2rSTHFZ1JMDcCkmAIk+dREmaZDK/E0QiWeJqTEb1klxoL0loASTzdciXXd08mUeLpVYs/g7vnPcP7SzLAq8QyfEs8MQIlnAEk+E6jErO7uzETz5ziLJS6YbeMCNZugoeaYHhfo88YcgbigD0lcMAu4y78NJGUfGxeotwkI/g5LXDAX2Jz5gHFBfpK4YB6hSTFPyKSYb00KLEjzBUyKBYabFLruBWQmxQI+kyJJbmyvSbHQwXJRWE2KhT6TYlEAJsVCIMkXJco0HVqJ3yVU4neFlPg9q8RYkN4TUOLFhiuxrnsxmRIvtkrsGdw9/yUOlu+HVYmX+JT4/QCUeAmQ5O8DlZjV3X0/0fw5LmWJC5bZuEAtI2io5abHBfq8sVwgLuhHEhcsBe7yHwBJ2c/GBeoDAoJ/yBIXrAA2ZwFgXFCQJC5YSWhSrBQyKT6yJgUWpI8ETIpVhpsUuu5VZCbFKj6Toqnc2F6TYrWD5ZqwmhSrfSbFmgBMitVAkq9JlGk6tBJ/TKjEHwsp8SdWibEgfSKgxGsNV2Jd91oyJV5rldgzuHv+6xwsPw2rEq/zKfGnASjxOiDJPwUqMau7+2mi+XNczxIXbLBxgdpA0FAbTY8L9Hljo0Bc0J8kLlgP3OU3AUnZ38YFahMBwTezxAVbgM1ZGBgXFCGJC7YSmhRbhUyKbdakwIK0TcCk2G64SaHr3k5mUmznMymayY3tNSl2OFjuDKtJscNnUuwMwKTYAST5zkSZpkMr8WeESvyZkBJ/bpUYC9LnAkq8y3Al1nXvIlPiXVaJPYO757/bwfKLsCrxbp8SfxGAEu8GkvwLoBKzurtfJJo/xz0sccFeGxeovQQNtc/0uECfN/YJxAUDSOKCPcBd/ksgKQfYuEB9SUDwr1jigv3A5iwGjAuKk8QFBwhNigNCJsXX1qTAgvS1gEnxjeEmha77GzKT4hs+k6K53Nhek+Kgg+WhsJoUB30mxaEATIqDQJIfSpRpOrQSf0uoxN8KKfF3VomxIH0noMSHDVdiXfdhMiU+bJXYM7h7/kccLL8PqxIf8Snx9wEo8REgyb8HKjGru/t9ovlz/IElLjhq4wJ1lKChjpkeF+jzxjGBuGAgSVzwA3CX/xFIyoE2LlA/EhD8J5a44DiwOUsA44KSJHHBCUKT4oSQSfGzNSmwIP0sYFL8YrhJoev+hcyk+IXPpGghN7bXpDjpYHkqrCbFSZ9JcSoAk+IkkOSnEmWaDq3EvxIq8a9CSvybVWIsSL8JKPFpw5VY132aTIlPWyX2DO6e/xkHy9/DqsRnfEr8ewBKfAZI8t+BSszq7v6eaP4c/2CJC87auECdJWioc6bHBfq8cU4gLhhMEhf8AdzlzwNJOdjGBeo8AcEjkkjigky4iapSwLigNElcEJnEZ1JEApvTPd/Mrm9tsyZFBsfUIOkFRY97GbBhpeq+LAmOkahJcRmQUAGZFClyY3tNiiwOllldmIbKpNALUMhVbNaLfLcl2qTIAiR51iSZpkMr8eWESny5kBJfYZUYC9IVAkqczXAl1nVnI1PibFaJPYO755/dwfLKsCpxdp8SXxmAEmcHkvxKoBKzurtXJpk/x6ukzB/0I1MOoPnD2lA5CBoqJ3qO6Anq80bOJHyDDiWJC64C7vJXA0k51MYF6moCgl/DEhfkAjanAsYF0SRxQW5CkyK3kElxrTUpsCBdK2BSXGe4SaHrvo7MpLiOz6RIlRvba1LkcbDMG1aTIo/PpMgbgEmRB0jyvEkyTYdW4usJlfh6ISW+wSoxFqQbBJQ4n+FKrOvOR6bE+awSewZ3zz+/g+WNYVXi/D4lvjEAJc4PJPmNQCVmdXdvTDJ/jjexxAUFbFygChA0VEHT4wJ93igoEBcMI4kLbgLu8jcDSTnMxgXqZgKCF2KJCwoDmzMOGBfEB7RRZHT9igDXb+Ym3FizgGNJrl/R//71E+2/W4DrVwfI3/vA/EU/iOhjYf/M+HFHCNcdlbGX0jUPFKh7pNB+HQmuH4iPGml4j9fOJNPjowl6fLBA3a+T9DgQH4WsWeOhA4p0DXw57Ydzaf8OcP59xflXv4ql6Vpx5wCa1bVGg53f0f97+u/emvbzbT7rD237DcmMG6sEULODCrYGZZYJtkraYAsLUkmBYOt2w4MtXfftQsGWhDiVEHDW7kj6z2zUpdL+bum/2ahLuTbqMmk/R13kdwc6v1vG+V29Eai0n6OFN3VkX8cAN/X/y/rHpv3duL9Z/1jX+sen/ZzwN+sf71r/xLSfky7yu4Oc3010flfPsWzaz+UcrCT2HiXAl3GGP8TqfiorUPd4EmOtPJBPQKyV1PqhcU7+93tblG+swB4yk4VuT1WwD5lYkCoIPGRWNPwhU9ddkez2VEXB21No16Jn2h9ApilRCRERRYXxyuDYyv8f3Ot7pzP3Sv/gdtf5iAt7yH+763zEpW93XWyc/9jtLr0Ay13FVnI1h39CqL99J3ATqvw3YyUmpDRLTYiNaRoVm9osbZz41JSYptFJKjUxJm34mFjVrGlKVIvYZgnxsfGJqQmB3V+uLKTAVawCY0GqIqDAdxmuwLruuwKyeTJafyVnruhxJxp6gco/T2QvVQU+FUwE5xl6E9Pzq+SMie759KcidB9NMtz+SH96Q9c92Uz744IjN/JBpBJwrCkkFziB/a2APaOmkNhH1Qjto2pCD6/V7cMrFqTqAg+vdxv+8Krrvpsoo5SY6//2Bjz0/CtlYCNI9bxSArN7ajjrXfMf2D2VL7J2fruncsSl7Z6LjXNJu0ei2UBj/flEXiPpr2IjnUWtFOF9oZ84gHWomsDN7B4YGVJT09fzHsETj17HSgJP/tPNuq15wVOSrruGQN0zDL+lquuuKVD3TENPKn6BQe4b7h7P6PrNIjnpAftbAXtGSa1fJJgnNYBacy/QqdNjSGjLvUkyexgSawkXsUwCvu65BC6iEqh7HsklqlpAPgKxVvMM7xvNlzsF+mYhAV8qCdS9iIQvtYF8AWKtFhHw5T6BvllMwJe6AnUvIeFLHSBfgFirJQR8eUygb5YR8KWpQN3LSfhyH5AvQKzVcgK+tBfomxUEfOkgUPdKEr7UBfIFiLVaScCXFwT6ZjUBX3oK1L2GhC/3A/kCxFqtIeDLEIG+WUvAl6ECda8j4Us9IF+AWKt1BHx5Q6BvNhDwZaJA3RtJ+FIfyBcg1mojAV/eEeibLQR8mStQ91YSvjQA8gWItdpKwJcPBfpmBwFfVgjUvZOELw8A+QLEWu0k4Mtmgb7ZRcCXLQJ17ybhS0MgX4BYq90EfPlKoG/2EvBlv0Dd+0j48iCQL0Cs1T4Cvvwk0Df7CfhyXKDuAyR8aQTkCxBrdYCALxGJ+L45SMCXTAJ1HyLhy0NAvgCxVocI+HKNQN8cJuBLLoG6j5Dw5WEgX4BYqyMEfCkk0DdHCfhSWKDuYyR8eQTIFyDW6hgBX6IE+uY4w/tfBOo+QcKXxkC+ALFWJwj4cqdA35xkeP+LQN2nSPjyKJAvQKzVKQK+3CfQN6cZ3v8iUPcZEr40AfIFiLU6Q8CXxwT65izD+18E6j5HwpfHgHwBYq3OEfClvUDfZNpiPl86CNQduYWDL02RXyqEq1lFGt43//P+F4G+yULAl54CdWcl4UszIF+AWKusBHwZItA32Qj4MlSg7uwkfGkO5AsQa5WdgC9vCPRNDgK+TBSoOycJX1oA+QLEWuUk4Ms7An2Ti4AvcwXqzk3ClxQgX4BYq9wEfPlQoG/yEPBlhUDdeUn4kgrkCxBrlZeAL5sF+iYfAV+2CNSdn4QvLYF8AWKt8hPw5SuBvilAwJf9AnUXJOHL40C+ALFWBQn48pNA3xQm4MtxgbqLkPClFZAvQKxVEQK+RAh8znoxAr5kEqi7OAlfngDyBYi1Kk7Al2sE+qYEAV9yCdRdkoQvrYF8AWKtShLwpZBA35Qi4EthgbpLk/DlSSBfgFgr5PrpL/0rkQZwIWc8/R0e+nsJ9Get68+P1p+Jqz/nU392of48Nv0ZU/pzc/RngejPN9Dv2dbvQ9XvrdPvF9LvgdD3uvVdVX3/Tt8p0vckdPar8yzt0WvfUXsp+nyon3m1juu96cmkCM8L3XdtkmT6Dj3Ptsh7JWljlMz01/c46TVoK7zO7YDf8RTUt/m2E/o23/b223yxILUX+DbfDoZ/m6+uuwPRt/lKzNX/bb6R4Hnrh7wiSdiHp6JCmPlfqDm71/cpZ+4d/8E3BBd2/f9lcv2byYVV4YhLf0Pwxcb5r/iGYL2YhVwL1zHpwp3X5G8I7gjcIJ9Owq/v0/9gPTM6707AzWES8N0kk4XfTYL4tsqnBE6Raov5dXcUqDvacNdA191JoO6YgFyDqIy9FLAvFRBrJbV+aJyfITw9PiN0euxsT49YkDoLnB6fNfz0qOt+luj0+Kw9PdKfHrs4c3/Onh7//St9obr4To/PkZ0enwNukF0FTo9dAzg9Pm9Pj//6FNVF4DSRQHB6fE6g7kSC0+PzAnUnkZwegX2pgFgr5Ppp0S95kWMZGh90bz6XZP4cuwll3HBCdgcKImtDdSdoqB7oOaInqL3lHgKKkUyiGN2AT9cvAEmZTPCk8YJA3/RMwiplCcKNrSfBxvai6RvbkLQGvVWgQSsaTswSaTWXF6j7TpJrp72AmzAQayW1fpHg9XNbVxkdqzcQCwmuSIlYnyTzxbuXQN1VDN8btWj1Fqj7LpK9sS+Qj0Cs1V1baB76/gx20b3Zh+Chr2+STJ/DCdkv46e6aGcsFdQtiH5CtyBesrcgsCC9JHALor/htyB03f2FE3XJNY3K4CuIGxAFE7A3IG7B4+UhNGhslf6De31fduY+4B/cgCgScWEP+W9AFIm49A2Ii41zyRsQoEX4czHSi3s56a8JRjoLUcg3OdTfTG8+tApXJ3iH7i0Cx4G7zT4O/Plk8zJQdAYAx6pBkh0A+1sBe0YB18+z4aN58grJO4oHgt9RfHumv8REr8FA4XcUDyK8Ez5I6DQ02J6GsCANFjgNDTH8NKTrHkJ2GhoieBoS6tnA7lsPdbB81fT71uhFSC9uqO+O9KtJERe80EHTUCDJXyV5khhGqMTDhJR4uFViLEjDBZR4hOFKrOseQabEI6wSu18eJR7pYDkqrEo80qfEowJQ4pFAko8C39+7nfD+3qgk8+f4GkuUOxp8052xoUYTNNTrpl8I1eeN1wXc/lokbvVrwF1+DJCUtXgu/4iRZwwBwcdKKQb6cQZ5g3Uc+AZr+gt9s288cJ5zN+PGmrdZpmnQm/gEQmNmgpAx84Y1ZrAgvSFgzEw03JjRdU8kM2Ym8hkzEhey/hzbPf83HSwnhdWYedNnzEwKwJh5E0jySUJPMmglnkyoxJOFlHiKVWIsSFMElHiq4Uqs655KpsRTrRJ7xnbPf5qD5VthVeJpPiV+KwAlngYk+VvW0VbANRCb43SWiGSGbSg1g6ChZpoekejzxkyBiKQOSUQyHbjLzwKSso6NSNQsAoLPllIMdFwwB9icC4FxwSKSuOBtQpPibSGT4h1rUmBBekfApJhruEmh655LZlLM5TMpogXH9pgU8xws54fVpJjnMynmB2BSzAOSfH6STNOhlXgBoRIvEFLihVaJsSAtFFDiRYYrsa57EZkSL7JK7H55lPhdB8v3wqrE7/qU+L0AlPhdIMnfAyoxq7sLXAOxOS5miQuW2LhALSFoqPdNjwv0eeN9gbigLklcsBi4yy8FkrKujQvUUgKCL2OJC5YDm3MxMC5YQhIXfEBoUnwgZFJ8aE0KLEgfCpgUKww3KXTdK8hMihV8JkWM4Ngek2Klg+VHYTUpVvpMio8CMClWAkn+UZJM06GVeBWhEq8SUuLVVomxIK0WUOI1hiuxrnsNmRKvsUrsfnmU+GMHy0/CqsQf+5T4kwCU+GMgyT8BKjGruwtcA7E5rmWJC9bZuECtI2ioT02PC/R541OBuKAeSVywFrjLrweSsp6NC9R6AoJvYIkLNgKbcxkwLlhOEhdsIjQpNgmZFJutSYEFabOASbHFcJNC172FzKTYwmdSxAqO7TEptjpYbgurSbHVZ1JsC8Ck2Aok+bYkmaZDK/F2QiXeLqTEO6wSY0HaIaDEOw1XYl33TjIl3mmV2P3yKPFnDpafh1WJP/Mp8ecBKPFnQJJ/DlRiVncXuAZic9zFEhfstnGB2k3QUF+YHhfo88YXAnFBA5K4YBdwl98DJGUDGxeoPQQE38sSF+wDNucKYFywkiQu+JLQpPhSyKT4ypoUWJC+EjAp9htuUui695OZFPv5TIo4wbE9JsUBB8uvw2pSHPCZFF8HYFIcAJL86ySZpkMr8TeESvyNkBIftEqMBemggBIfMlyJdd2HyJT4kFVi98ujxN86WH4XViX+1qfE3wWgxN8CSf4dUIlZ3V3gGojN8TBLXHDExgXqCEFDfW96XKDPG98LxAUNSeKCw8Bd/gcgKRvauED9QEDwoyxxwTFgc64GxgVrSOKCHwlNih+FTIqfrEmBBeknAZPiuOEmha77OJlJcZzPpIgXHNtjUpxwsPw5rCbFCZ9J8XMAJsUJIMl/TpJpOrQS/0KoxL8IKfFJq8RYkE4KKPEpw5VY132KTIlPWSV2vzxK/KuD5W9hVeJffUr8WwBK/CuQ5L8BlZjV3QWugdgcT7PEBWdsXKDOEDTU76bHBfq88btAXNCIJC44Ddzl/wCSspGNC9QfBAQ/yxIXnAM251pgXLCOJC44T2hSnBcyKSLK/vWjNSkyOKYGSS8oetxMZc02KXTdmcrCMRI1KdxrGpXBV0AmRYLg2B6TItLBMrML01CZFHoBCrmKdS+Ef0LpfzujxIwEkjxzWZmmQyvxZciaI4JR4svKyihxFqvEWJCyCChxVsOVWNedlUyJs1oldr88Sny5g+UVYVXiy31KfEUASnw5kORXAJWY1d0FroHYHLMJzPGiE81oQ2UvC1QL0obKTtBQV6LniJ6gPm9cWRbfoA+TxAXZgLv8VUBSPmzjAnUVAcFzSCkGOi7ICWzODcC4YCNJXHA1oUlxtZBJcY01KbAgXSNgUuQy3KTQdeciMyly8ZkUiYJje0yK3A6W14bVpMjtMymuDcCkyA0k+bVlZZoOrcTXESrxdUJKnMcqMRakPAJKnNdwJdZ15yVT4rxWid0vjxJf72B5Q1iV+HqfEt8QgBJfDyT5DUAlZnV3gWsgNsd8LHFBfhsXqPwEDXWj6XGBPm/cKBAXNCaJC/IBd/mbgKRsbOMCdRMBwQuwxAUFgc25BRgXbCWJC24mNCluFjIpClmTAgtSIQGTorDhJoWuuzCZSVGYz6RIEhzbY1IUcbAsGlaToojPpCgagElRBEjyomVlmg6txLcQKvEtQkpczCoxFqRiAkpc3HAl1nUXJ1Pi4laJ3S+PEt/qYHlbWJX4Vp8S3xaAEt8KJPltQCVmdXeBayA2xxIscUFJGxeokgQNdbvpcYE+b9wuEBc0IYkLSgB3+TuApGxi4wJ1BwHBS7HEBaWBzbkDGBfsJIkLyhCaFGWETIooa1JgQYoSMCmU4SaFrluRmRSKz6RoKji2x6SIdrCMCatJEe0zKWICMCmigSSPKSvTdGgljiVU4lghJY6zSowFKU5AieMNV2JddzyZEsdbJXa/PEqc4GCZGFYlTvApcWIASpwAJHkiUIlZ3V3gGojNMYklLihr4wJVlqChypkeF+jzRjmBuKApSVyQBNzlywNJ2dTGBao8AcGTWeKCCsDm3AWMC3aTxAUVCU2KikImxZ3WpACDJGBSVDLcpNB1VyIzKSrxmRTNBMf2mBSVHSyrhNWkqOwzKaoEYFJUBpK8SlmZpkMr8V2ESnyXkBJXtUqMBamqgBJXM1yJdd3VyJS4mlVi98ujxNUdLO8OqxJX9ynx3QEocXUgye8GKjGruwtcA7E51mCJC2rauEDVJGioe0yPC/R54x6BuKA5SVxQA7jL3wskZXMbF6h7CQheiyUuqA1szr3AuGAfSVxQh9CkqCNkUtxnTQosSPcJmBR1DTcpdN11yUyKunwmRXPBsT0mxf0OlvXCalLc7zMp6gVgUtwPJHm9sjJNh1bi+oRKXF9IiRtYJcaC1EBAiR8wXIl13Q+QKfEDVondL48SN3SwfDCsStzQp8QPBqDEDYEkfxCoxKzuLnANxObYiCUueMjGBeohgoZ62PS4QJ83HhaIC1JI4oJGwF3+ESApU2xcoB4hIHhjlrjgUWBz7gfGBQdI4oImhCZFEyGT4jFrUmBBekzApGhquEmh625KZlI05TMpWgiO7TEpmjlYNg+rSdHMZ1I0D8CkaAYkefOyMk2HVuIWhErcQkiJU6wSY0FKEVDiVMOVWNedSqbEqVaJ3S+PErd0sHw8rErc0qfEjwegxC2BJH8cqMSs7i5wDcTm2IolLnjCxgXqCYKGam16XKDPG60F4oKWJHFBK+Au/ySQlC1tXKCeJCB4G5a4oC2wOQ8C44JDJHFBO0KTop2QSdHemhRYkNoLmBQdDDcpdN0dyEyKDnwmRYrg2B6T4ikHy45hNSme8pkUHQMwKZ4CkrxjWZmmQyvx04RK/LSQEneySowFqZOAEj9juBLrup8hU+JnrBK7Xx4l7uxg+WxYlbizT4mfDUCJOwNJ/ixQiVndXeAaiM2xC0tc8JyNC9RzBA3V1fS4QJ83ugrEBa1I4oIuwF3+eSApW9m4QD1PQPBuLHFBd2BzHgbGBUdI4oIehCZFDyGT4gVrUmBBekHApOhpuEmh6+5JZlL05DMpUgXH9pgULzpY9gqrSfGiz6ToFYBJ8SKQ5L3KyjQdWol7EypxbyEl7mOVGAtSHwEl7mu4Euu6+5IpcV+rxO6XR4n7OVi+FFYl7udT4pcCUOJ+QJK/BFRiVncXuAZic+zPEhe8bOMC9TJBQw0wPS7Q540BAnFBa5K4oD9wl38FSMrWNi5QrxAQfCBLXDAI2JxHgXHBMZK4YDChSTFYyKQYYk0KLEhDBEyKoYabFLruoWQmxVA6k0JFyY3tNSledbAcFlaT4lWfSTEsAJPiVSDJh5WVaTq0Eg8nVOLhQko8wioxFqQRAko80nAl1nWPJFPikVaJPYO75z/KwfK1sCrxKJ8SvxaAEo8Ckvw1oBKzuruvlTV/jqNZ4oLXbVygXidoqDGmxwX6vDFGIC5oQxIXjAbu8mOBpGxj4wI1loDg41jigvHA5jwOjAtOkMQFEwhNiglCJsUb1qTAgvSGgEkx0XCTQtc9kcykmMhnUii5sb0mxZsOlpPCalK86TMpJgVgUrwJJPmksjJNh1biyYRKPFlIiadYJcaCNEVAiacarsS67qlkSjzVKrFncPf8pzlYvhVWJZ7mU+K3AlDiaUCSvwVUYlZ3962y5s9xOktcMMPGBWoGQUPNND0u0OeNmQJxQTuSuGA6cJefBSRlOxsXqFkEBJ/NEhfMATbnSWBccIokLnib0KR4W8ikeMeaFFiQ3hEwKeYablLouueSmRRz+UyKaLmxvSbFPAfL+WE1Keb5TIr5AZgU84Akn19WpunQSryAUIkXCCnxQqvEWJAWCijxIsOVWNe9iEyJF1kl9gzunv+7DpbvhVWJ3/Up8XsBKPG7QJK/B1RiVnf3vbLmz3ExS1ywxMYFaglBQ71velygzxvvC8QFHUjigsXAXX4pkJQdbFyglhIQfBlLXLAc2JyngXHBGZK44ANCk+IDIZPiQ2tSYEH6UMCkWGG4SaHrXkFmUqzgMyli5Mb2mhQrHSw/CqtJsdJnUnwUgEmxEkjyj8rKNB1aiVcRKvEqISVebZUYC9JqASVeY7gS67rXkCnxGqvEnsHd8//YwfKTsCrxxz4l/iQAJf4YSPJPgErM6u5+Utb8Oa5liQvW2bhArSNoqE9Njwv0eeNTgbigI0lcsBa4y68HkrKjjQvUegKCb2CJCzYCm/MsMC44RxIXbCI0KTYJmRSbrUmBBWmzgEmxxXCTQte9hcyk2MJnUsTKje01KbY6WG4Lq0mx1WdSbAvApNgKJPm2sjJNh1bi7YRKvF1IiXdYJcaCtENAiXcarsS67p1kSrzTKrFncPf8P3Ow/DysSvyZT4k/D0CJPwOS/HOgErO6u5+XNX+Ou1jigt02LlC7CRrqC9PjAn3e+EIgLuhEEhfsAu7ye4Ck7GTjArWHgOB7WeKCfcDmzIRrThUptFGgN7QvCU2KL4VMiq+sSYEF6SsBk2K/4SaFrns/mUmxn8+kiJMb22tSHHCw/DqsJsUBn0nxdQAmxQEgyb8uK9N0aCX+hlCJvxFS4oNWibEgHRRQ4kOGK7Gu+xCZEh+ySuwZ3D3/bx0svwurEn/rU+LvAlDib4Ek/w6oxKzu7ndlzZ/jYZa44IiNC9QRgob63vS4QJ83vheICzqTxAWHgbv8D0BSdrZxgfqBgOBHWeKCY8DmzAKMC7KSxAU/EpoUPwqZFD9ZkwIL0k8CJsVxw00KXfdxMpPiOJ9JES83ttekOOFg+XNYTYoTPpPi5wBMihNAkv9cVqbp0Er8C6ES/yKkxCetEmNBOimgxKcMV2Jd9ykyJT5lldgzuHv+vzpY/hZWJf7Vp8S/BaDEvwJJ/htQiVnd3d/Kmj/H0yxxwRkbF6gzBA31u+lxgT5v/C4QF3QhiQtOA3f5P4Ck7GLjAvUHAcHPssQF54DNmQ0YF2QniQvOE5oU54VMiohyf/1oTYoMjqlB0guKHjdTObNNCl13pnJwjERNCveaRmXwFZBJkSA3ttekiHSwzOzCNFQmhV6AQq5i3Qvhn1D6384oMSOBJM9cTqbp0Ep8GbLmiGCU+LJyMkqcxSoxFqQsAkqc1XAl1nVnJVPirFaJPYO753+5g+UVYVXiy31KfEUASnw5kORXAJWY1d29opz5c8wmMMeLTjSjDZW9HFAtSBsqO0FDXYmeI3qC+rxxZTl8g3YliQuyAXf5q4Ck7GrjAnUVAcFzSCkGOi7ICWzOHMC4ICdJXHA1oUlxtZBJcY01KbAgXSNgUuQy3KTQdeciMyly8ZkUiXJje02K3A6W14bVpMjtMymuDcCkyA0k+bXlZJoOrcTXESrxdUJKnMcqMRakPAJKnNdwJdZ15yVT4rxWiT2Du+d/vYPlDWFV4ut9SnxDAEp8PZDkNwCVmNXdvaGc+XPMxxIX5LdxgcpP0FA3mh4X6PPGjQJxQTeSuCAfcJe/CUjKbjYuUDcRELwAS1xQENicuYBxQW6SuOBmQpPiZiGTopA1KbAgFRIwKQobblLouguTmRSF+UyKJLmxvSZFEQfLomE1KYr4TIqiAZgURYAkL1pOpunQSnwLoRLfIqTExawSY0EqJqDExQ1XYl13cTIlLm6V2DO4e/63OljeFlYlvtWnxLcFoMS3Akl+G1CJWd3d28qZP8cSLHFBSRsXqJIEDXW76XGBPm/cLhAX9CCJC0oAd/k7gKTsYeMCdQcBwUuxxAWlgc2ZBxgX5CWJC8oQmhRlhEyKKGtSYEGKEjAplOEmha5bkZkUis+kaCo3ttekiHawjAmrSRHtMyliAjApooEkjykn03RoJY4lVOJYISWOs0qMBSlOQInjDVdiXXc8mRLHWyX2DO6ef4KDZWJYlTjBp8SJAShxApDkiUAlZnV3E8uZP8cklrigrI0LVFmChipnelygzxvlBOKCniRxQRJwly8PJGVPGxeo8gQET2aJCyoAmzMfMC7ITxIXVCQ0KSoKmRR3WpMCDJKASVHJcJNC112JzKSoxGdSNJMb22tSVHawrBJWk6Kyz6SoEoBJURlI8irlZJoOrcR3ESrxXUJKXNUqMRakqgJKXM1wJdZ1VyNT4mpWiT2Du+df3cHy7rAqcXWfEt8dgBJXB5L8bqASs7q7d5czf441WOKCmjYuUDUJGuoe0+MCfd64RyAu6EUSF9QA7vL3AknZy8YF6l4CgtdiiQtqA5uzADAuKEgSF9QhNCnqCJkU91mTAgvSfQImRV3DTQpdd10yk6Iun0nRXG5sr0lxv4NlvbCaFPf7TIp6AZgU9wNJXq+cTNOhlbg+oRLXF1LiBlaJsSA1EFDiBwxXYl33A2RK/IBVYs/g7vk3dLB8MKxK3NCnxA8GoMQNgSR/EKjErO7ug+XMn2MjlrjgIRsXqIcIGuph0+MCfd54WCAu6EMSFzQC7vKPAEnZx8YF6hECgjdmiQseBTZnYWBcUIQkLmhCaFI0ETIpHrMmBRakxwRMiqaGmxS67qZkJkVTPpOihdzYXpOimYNl87CaFM18JkXzAEyKZkCSNy8n03RoJW5BqMQthJQ4xSoxFqQUASVONVyJdd2pZEqcapXYM7h7/i0dLB8PqxK39Cnx4wEocUsgyR8HKjGru/t4OfPn2IolLnjCxgXqCYKGam16XKDPG60F4oJ+JHFBK+Au/ySQlP1sXKCeJCB4G5a4oC2wOYsB44LiJHFBO0KTop2QSdHemhRYkNoLmBQdDDcpdN0dyEyKDnwmRYrc2F6T4ikHy45hNSme8pkUHQMwKZ4CkrxjOZmmQyvx04RK/LSQEneySowFqZOAEj9juBLrup8hU+JnrBJ7BnfPv7OD5bNhVeLOPiV+NgAl7gwk+bNAJWZ1d58tZ/4cu7DEBc/ZuEA9R9BQXU2PC/R5o6tAXNCfJC7oAtzlnweSsr+NC9TzBATvxhIXdAc2ZwlgXFCSJC7oQWhS9BAyKV6wJgUWpBcETIqehpsUuu6eZCZFTz6TIlVubK9J8aKDZa+wmhQv+kyKXgGYFC8CSd6rnEzToZW4N6ES9xZS4j5WibEg9RFQ4r6GK7Guuy+ZEve1SuwZ3D3/fg6WL4VVifv5lPilAJS4H5DkLwGVmNXdfamc+XPszxIXvGzjAvUyQUMNMD0u0OeNAQJxwQCSuKA/cJd/BUjKATYuUK8QEHwgS1wwCNicpYBxQemANoqMrt9g4PpN2owbazJwLMn1G/Lfv36i/TcUuH7Vgfy9G8xf9IOIPhYOzYwfd6Bw3VEZeyld8wiBugcJ7deR4PqB+KhBhvd47UwyPT6UoMdHCdT9KkmPA/FRyJo1HjqgSNfAV9N+OJf27zDn3+HOv//zv6Xp2jDnAJrVtUajnN/R/3v67w5P+3mEz/pD236vZcaNNRKo2UEFWyMzywRbo2ywhQVplECw9ZrhwZau+zWhYEtCnEYKOGujy/1nNurX0/7umL/ZqF93bdRj034ed5HfHeH87ljnd/VGMD7t5wnSmzqwr98Abur/l/WfmPZ33/yb9Z/oWv9JaT9P/pv1n+Ra/ylpP0+9yO+OdH53ivO7eo7T0n5+y8FKYu8ZL8CXEYY/xOp+miZQ90gSY206kE9ArNVIknvMM/793hblGyuwh8wZQrenZtqHTCxIMwUeMmcZ/pCp655FdntqluDtKbRr0T/tDyDTlHFJERFDhPHK4NjK/x/c6zvbmfucf3C763zEhT3kv911PuLSt7suNs5/7HaXXoDlrmLnuJrDPyHU354N3ITe/puxEhNSmqUmxMY0jYpNbZY2TnxqSkzT6CSVmhiTNnxMrGrWNCWqRWyzhPjY+MTUhMDuL78tpMDvWAXGgvSOgALPNVyBdd1zA7J5Mlr/HGeucJvH0AtU/nkie2ke8KlgNDjP0JuYnl8lZ0z41VPnqQjdR2MMtz/Sn97QdY810/644MiNfBCZAxxrHMkFTmB/K2DPqHEk9tF8QvtovtDD6wL78IoFaYHAw+tCwx9edd0LiTJKibn+b2/AQ89/TgY2glTPKyUwu2eRs97v/gO7p/JF1s5v91SOuLTdc7FxLmn3SDQbaKw/n8gXlfur2EhnUStFeF/oJw5gHepd4Gb2HowMqanp6/me4IlHr+McgSf/iWbd1rzgKUnXvUig7jcNv6Wq635XoO5Jhp5U/AKD3DfcPZ7R9ZtMctID9rcC9oyaHNBt4YzivAioNYuBTp0eQ0JbFpeT2cOQWEu4iGOT8HVPJ3ARxwvUPYPkEtUSIB+BWKsZhveN5stsgb6ZTcCXOQJ1zyHhy/tAvgCxVnMI+LJMoG/mEvBluUDd80j4shTIFyDWah4BXzYI9M1CAr5sFKh7EQlflgH5AsRaLSLgy16BvllMwJd9AnUvIeHLciBfgFirJQR8OSrQN8sI+HJMoO7lJHz5AMgXINZqOQFfzgr0zQoCvpwTqHslCV8+BPIFiLVaScCXHGXxfbOagC85BepeQ8KXFUC+ALFWawj4UkCgb9YS8KWgQN3rSPiyEsgXINZqHQFfSgn0zQYCvpQWqHsjCV8+AvIFiLXaSMCXZIG+2ULAlwoCdW8l4csqIF+AWKutBHypJdA3Owj4Ulug7p0kfFkN5AsQa7WTgC+NBfpmFwFfHhWoezcJX9YA+QLEWu0m4Esbgb7ZS8CXtgJ17yPhy8dAvgCxVvsI+NJNoG/2E/Clu0DdB0j48gmQL0Cs1QECvgwU6JuDBHwZJFD3IRK+rAXyBYi1OkTAl3ECfXOY4f0vAnUfIeHLOiBfgFirIwR8mS3QN0cZ3v8iUPcxEr58CuQLEGt1jIAvywT65jjD+18E6j5Bwpf1QL4AsVYnCPiyQaBvTjK8/0Wg7lMkfNkA5AsQa3WKgC97BfrmNMP7XwTqPkPCl41AvgCxVmcI+HJUoG/OMrz/RaDucyR82QTkCxBrdY6AL2cF+ibTVvP5ck6g7sitHHzZjPzSOlzNKtLwvvmf978IfI5UFgK+5BSoOysJX7YA+QLEWmUl4EsBgb7JRsCXggJ1Zyfhy1YgX4BYq+wEfCkl0Dc5CPhSWqDunCR82QbkCxBrlZOAL8kCfZOLgC8VBOrOTcKX7UC+ALFWuQn4Ukugb/IQ8KW2QN15SfiyA8gXINYqLwFfGgv0TT4CvjwqUHd+Er7sBPIFiLXKT8CXNgJ9U4CAL20F6i5IwpfPgHwBYq0KEvClm0DfFCbgS3eBuouQ8OVzIF+AWKsiBHwZKNA3xQj4Mkig7uIkfNkF5AsQa4VcP/2lf3FpABdyxtPf4aG/l0B/1rr+/Gj9mbj6cz71Zxfqz2PTnzGlPzdHfxaI/nwD/Z5t/T5U/d46/X4h/R4Ifa9b31XV9+/0nSJ9T0JnvzrP0h699h21l6LPh/qZV+u43pt2lYvwvODvgy8n03foeX6BzP3SxojP9Nf3OOk1+EJ4nfcAv+MpqG/z3SP0bb577bf5YkHaK/BtvvsM/zZfXfe+cnCMxL7NV2Ku/m/zjQTPWz/kDS6HfXgaIoSZ/4Was3t9v3Tm/tU/+Ibgwq7/v0yufzO5sCoccelvCL7YOP8V3xCsF7OQa+G+KnfhzmvyNwR/Bdwg95fDr+/+f7CeGf6UC+DmMAZ423cswTfufilwiiyx1fy6vxKou6ThroGu+4BA3bcH5BpEZeylgH2pgFgrqfVD4/w14enxa6HT4zf29IgF6RuB0+NBw0+Puu6DRKfHg/b0SH96POTM/Vt7evz3r/SFOuQ7PX5Ldnr8FrhBfidwevwugNPjYXt6/NenqEMCp4kyBKfHbwXqjiI4PR4WqFuRnB6BfamAWCvk+mnRj7/IsQyND7o3vy1n/hyPCGXccEJ+DxRE1ob6nqChfkDPET1B7S3/IKAYcSSKcQT4dH0USMo4gieNowJ9c6wcVinjCDe2YwQb24+mb2yvpTXocIEGTTCcmCPTap4uUHciybXTn4CbMBBrJbV+keD1c1tXGf5IXCAWElyRErET5cwX758E6i5n+N6oReu4QN3lSfbGn4F8BGKtym+leej7M9hF9+YJgoe+n8vJ9DmckL9k/FQX7YylgroF8YvQLYiT9hYEFqSTArcgThl+C0LXfUo4UZdc06gMvoK4ATEgCXsDYigeLw+hQWOr9B/c6/urM/ff/sENiCIRF/aQ/wZEkYhL34C42DiXvAEBWoQ/FyO9uF/L/TXBSGchCvkmh/qb6c2HVuGKBO/QHSpwHLjT7OPAn082vwJF5zfgWJVIsgNgfytgzyjg+nk2fDRPTpO8o/gM+B3FCZn+EhO9BmeE31H8O+Gd8N+FTkN/2NMQFqQ/BE5DZw0/Dem6z5Kdhs4KnoaEejaw+9bnHCzPm37fGr0I6cWd892RPl8u4oIXOmg6ByT5eZIniYjyfErsnnNUBl/u+WYq/9fPVokzOmb5/7+g6HEjgQ0rVXdkeThGokocWd4qsevlUeLMDpaXuTANlRLrBSjkKta9EP4Jpf/tDCsJkOSXAZtbg5xAeH8PuQZSc8xSXmhzQD8yZS0PBIa0obISNNTl6DmiJ6jPG5eXxzdoVRK3Ogtwl78CSMqqPJd/xMhzBQHBs0kpBvpxBnmDNTuw0d01o2/2XQmc53TgG6RnCH0ZMXoTv4rQmLlKyJjJYY0ZLEg5BIyZnIYbM7runGTGTE4+Y0biQtafY7vnf7WD5TVhNWau9hkz1wRgzFwNJPk1Qk8yaCXORajEuYSUOLdVYixIuQWU+FrDlVjXfS2ZEl9rldgztnv+1zlY5gmrEl/nU+I8ASjxdUCS57GOtgKugdgc87JEJNfbhlLXEzTUDaZHJPq8cYNARFKdJCLJC9zl8wFJWd1GJCofAcHzSykGOi64Edics4FxwRySuOAmQpPiJiGTooA1KbAgFRAwKQoablLouguSmRQF+UyKaMGxPSbFzQ6WhcJqUtzsMykKBWBS3AwkeaHyMk2HVuLChEpcWEiJi1glxoJURECJixquxLruomRKXNQqsfvlUeJbHCyLhVWJb/EpcbEAlPgWIMmLAZWY1d0FroHYHIuzxAW32rhA3UrQULeZHhfo88ZtAnFBDZK4oDhwly8BJGUNGxeoEgQEL8kSF9wObM65wLhgHklccAehSXGHkElRypoUWJBKCZgUpQ03KXTdpclMitJ8JkWM4Ngek6KMg2VUWE2KMj6TIioAk6IMkORR5WWaDq3EilCJlZASR1slxoIULaDEMYYrsa47hkyJY6wSu18eJY51sIwLqxLH+pQ4LgAljgWSPA6oxKzuLnANxOYYzxIXJNi4QCUQNFSi6XGBPm8kCsQF95DEBfHAXT4JSMp7bFygkggIXpYlLigHbM6FwLhgEUlcUJ7QpCgvZFIkW5MCC1KygElRwXCTQtddgcykqMBnUsQKju0xKSo6WN4ZVpOios+kuDMAk6IikOR3lpdpOrQSVyJU4kpCSlzZKjEWpMoCSlzFcCXWdVchU+IqVondL48S3+VgWTWsSnyXT4mrBqDEdwFJXhWoxKzuLnANxOZYjSUuqG7jAlWdoKHuNj0u0OeNuwXiglokcUE14C5fA0jKWjYuUDUICF6TJS64B9ici4FxwRKSuOBeQpPiXiGTopY1KbAg1RIwKWobblLoumuTmRS1+UyKOMGxPSZFHQfL+8JqUtTxmRT3BWBS1AGS/L7yMk2HVuK6hEpcV0iJ77dKjAXpfgElrme4Euu665EpcT2rxO6XR4nrO1g2CKsS1/cpcYMAlLg+kOQNgErM6u4C10Bsjg+wxAUNbVygGhI01IOmxwX6vPGgQFxQhyQueAC4yzcCkrKOjQtUIwKCP8QSFzwMbM5lwLhgOUlc8AihSfGIkEnR2JoUWJAaC5gUjxpuUui6HyUzKR7lMyniBcf2mBRNHCwfC6tJ0cRnUjwWgEnRBEjyx8rLNB1aiZsSKnFTISVuZpUYC1IzASVubrgS67qbkylxc6vE7pdHiVs4WKaEVYlb+JQ4JQAlbgEkeQpQiVndXeAaiM0xlSUuaGnjAtWSoKEeNz0u0OeNxwXigrokcUEqcJdvBSRlXRsXqFYEBH+CJS5oDWzOFcC4YCVJXPAkoUnxpJBJ0caaFFiQ2giYFG0NNyl03W3JTIq2fCZFguDYHpOinYNl+7CaFO18JkX7AEyKdkCSty8v03RoJe5AqMQdhJT4KavEWJCeElDijoYrsa67I5kSd7RK7H55lPhpB8tOYVXip31K3CkAJX4aSPJOQCVmdXeBayA2x2dY4oLONi5QnQka6lnT4wJ93nhWIC6oRxIXPAPc5bsASVnPxgWqCwHBn2OJC7oCm3M1MC5YQxIXPE9oUjwvZFJ0syYFFqRuAiZFd8NNCl13dzKTojufSZEoOLbHpOjhYPlCWE2KHj6T4oUATIoeQJK/UF6m6dBK3JNQiXsKKfGLVomxIL0ooMS9DFdiXXcvMiXuZZXY/fIocW8Hyz5hVeLePiXuE4AS9waSvA9QiVndXeAaiM2xL0tc0M/GBaofQUO9ZHpcoM8bLwnEBQ1I4oK+wF2+P5CUDWxcoPoTEPxllrhgALA51wLjgnUkccErhCbFK0ImxUBrUmBBGihgUgwy3KTQdQ8iMykG8ZkUSYJje0yKwQ6WQ8JqUgz2mRRDAjApBgNJPqS8TNOhlXgooRIPFVLiV60SY0F6VUCJhxmuxLruYWRKPMwqsfvlUeLhDpYjwqrEw31KPCIAJR4OJPkIoBKzurvANRCb40iWuGCUjQvUKIKGes30uECfN14TiAsaksQFI4G7/GggKRvauECNJiD46yxxwRhgc24AxgUbSeKCsYQmxVghk2KcNSmwII0TMCnGG25S6LrHk5kU4/lMiqaCY3tMigkOlm+E1aSY4DMp3gjApJgAJPkb5WWaDq3EEwmVeKKQEr9plRgL0psCSjzJcCXWdU8iU+JJVondL48ST3awnBJWJZ7sU+IpASjxZCDJpwCVmNXdBa6B2BynssQF02xcoKYRNNRbpscF+rzxlkBc0IgkLpgK3OWnA0nZyMYFajoBwWewxAUzgc25BRgXbCWJC2YRmhSzhEyK2dakwII0W8CkmGO4SaHrnkNmUszhMymaCY7tMSnedrB8J6wmxds+k+KdAEyKt4Ekf6e8TNOhlXguoRLPFVLieVaJsSDNE1Di+YYrsa57PpkSz7dK7H55lHiBg+XCsCrxAp8SLwxAiRcASb4QqMSs7i5wDcTmuIglLnjXxgXqXYKGes/0uECfN94TiAseJokLFgF3+cVAUj5s4wK1mIDgS1jigveBzbkDGBfsJIkLlhKaFEuFTIpl1qTAgrRMwKRYbrhJoeteTmZSLOczKZoLju0xKT5wsPwwrCbFBz6T4sMATIoPgCT/sLxM06GVeAWhEq8QUuKVVomxIK0UUOKPDFdiXfdHZEr8kVVi98ujxKscLFeHVYlX+ZR4dQBKvApI8tVAJWZ1d4FrIDbHNSxxwcc2LlAfEzTUJ6bHBfq88YlAXNCYJC5YA9zl1wJJ2djGBWotAcHXscQFnwKbcxcwLthNEhesJzQp1guZFBusSYEFaYOASbHRcJNC172RzKTYyGdStBAc22NSbHKw3BxWk2KTz6TYHIBJsQlI8s3lZZoOrcRbCJV4i5ASb7VKjAVpq4ASbzNciXXd28iUeJtVYvfLo8TbHSx3hFWJt/uUeEcASrwdSPIdQCVmdXeBayA2x50sccFnNi5QnxE01OemxwX6vPG5QFzQhCQu2Anc5XcBSdnExgVqFwHBd7PEBV8Am3MvMC7YRxIX7CE0KfYImRR7rUmBBWmvgEmxz3CTQte9j8yk2MdnUqQIju0xKb50sPwqrCbFlz6T4qsATIovgST/qrxM06GVeD+hEu8XUuIDVomxIB0QUOKvDVdiXffXZEr8tVVi98ujxN84WB4MqxJ/41PigwEo8TdAkh8EKjGruwtcA7E5HmKJC761cYH6lqChvjM9LtDnje8E4oKmJHHBIeAufxhIyqY2LlCHCQh+hCUu+B7YnPuBccEBkrjgB0KT4gchk+KoNSmwIB0VMCmOGW5S6LqPkZkUx/hMilTBsT0mxY8Olj+F1aT40WdS/BSASfEjkOQ/lZdpOrQSHydU4uNCSnzCKjEWpBMCSvyz4Uqs6/6ZTIl/tkrsfnmU+BcHy5NhVeJffEp8MgAl/gVI8pNAJWZ1d4FrIDbHUyxxwa82LlC/EjTUb6bHBfq88ZtAXNCcJC44BdzlTwNJ2dzGBeo0AcHPsMQFvwOb8yAwLjhEEhf8QWhS/CFkUpy1JgUWpLMCJsU5w00KXfc5MpPiHJ1JoaLkxvaaFOfTsUz+67+FyqQ47zMp3Avhn1D6384oMc8jSZ4s03RoJc6UzKfEmZIjRJQ40tVjVokzOKYGSS8oetzMwIaVqjtzMhwjUSXOnGyV2D24e/6XOVhmCasS6wUo5Co2SwBKfBmQ5FmASszq7mZJNn+OWQXmeNGJZrShLsdNlDYuuJygoa5AzxE9QX3euCIZ36ApJHFBVuAunw1IyhQbF6hsBATPLqUY6LjgSmBzHgbGBUdI4oKrCE2Kq4RMihzWpMCClEPApMhpuEmh685JZlLk5DMplNzYXpPiagfLa8JqUlztMymuCcCkuBpI8muSZZoOrcS5CJU4l5AS57ZKjAUpt4ASX2u4Euu6ryVT4mutEnsGd8//OgfLPGFV4ut8SpwnACW+DkjyPEAlZnV38ySbP8e8LHHB9TYuUNcTNNQNpscF+rxxg0Bc0JIkLsgL3OXzAUnZ0sYFKh8BwfOzxAU3ApvzKDAuOEYSF9xEaFLcJGRSFLAmBRakAgImRUHDTQpdd0Eyk6Ign0kRLTe216S42cGyUFhNipt9JkWhAEyKm4EkL5Qs03RoJS5MqMSFhZS4iFViLEhFBJS4qOFKrOsuSqbERa0SewZ3z/8WB8tiYVXiW3xKXCwAJb4FSPJiQCVmdXeLJZs/x+IsccGtNi5QtxI01G2mxwX6vHGbQFzQiiQuKA7c5UsASdnKxgWqBAHBS7LEBbcDm/M4MC44QRIX3EFoUtwhZFKUsiYFFqRSAiZFacNNCl13aTKTojSfSREjN7bXpCjjYBkVVpOijM+kiArApCgDJHlUskzToZVYESqxElLiaKvEWJCiBZQ4xnAl1nXHkClxjFViz+Du+cc6WMaFVYljfUocF4ASxwJJHgdUYlZ3Ny7Z/DnGs8QFCTYuUAkEDZVoelygzxuJAnFBa5K4IB64yycBSdnaxgUqiYDgZVnignLA5jwJjAtOkcQF5QlNivJCJkWyNSmwICULmBQVDDcpdN0VyEyKCnwmRazc2F6ToqKD5Z1hNSkq+kyKOwMwKSoCSX5nskzToZW4EqESVxJS4spWibEgVRZQ4iqGK7GuuwqZElexSuwZ3D3/uxwsq4ZVie/yKXHVAJT4LiDJqwKVmNXdrZps/hyrscQF1W1coKoTNNTdpscF+rxxt0Bc0IYkLqgG3OVrAEnZxsYFqgYBwWuyxAX3AJvzNDAuOEMSF9xLaFLcK2RS1LImBRakWgImRW3DTQpdd20yk6I2n0kRJze216So42B5X1hNijo+k+K+AEyKOkCS35cs03RoJa5LqMR1hZT4fqvEWJDuF1DieoYrsa67HpkS17NK7BncPf/6DpYNwqrE9X1K3CAAJa4PJHkDoBKzursNks2f4wMscUFDGxeohgQN9aDpcYE+bzwoEBe0I4kLHgDu8o2ApGxn4wLViIDgD7HEBQ8Dm/MsMC44RxIXPEJoUjwiZFI0tiYFFqTGAibFo4abFLruR8lMikf5TIp4ubG9JkUTB8vHwmpSNPGZFI8FYFI0AZL8sWSZpkMrcVNCJW4qpMTNrBJjQWomoMTNDVdiXXdzMiVubpXYM7h7/i0cLFPCqsQtfEqcEoAStwCSPAWoxKzubkqy+XNMZYkLWtq4QLUkaKjHTY8L9HnjcYG4oANJXJAK3OVbAUnZwcYFqhUBwZ9giQtaA5szE645VaTQRoHe0J4kNCmeFDIp2liTAgtSGwGToq3hJoWuuy2ZSdGWz6RIkBvba1K0c7BsH1aTop3PpGgfgEnRDkjy9skyTQc/WhAqcQchJX7KKjEWpKcElLij4Uqs6+5IpsQdrRJ7BnfP/2kHy05hVeKnfUrcKQAlfhpI8k5AJWZ1dzslmz/HZ1jigs42LlCdCRrqWdPjAn3eeFYgLuhIEhc8A9zluwBJ2dHGBaoLAcGfY4kLugKbMwswLshKEhc8T2hSPC9kUnSzJgUWpG4CJkV3w00KXXd3MpOiO59JkSg3ttek6OFg+UJYTYoePpPihQBMih5Akr+QLNN0aCXuSajEPYWU+EWrxFiQXhRQ4l6GK7GuuxeZEveySuwZ3D3/3g6WfcKqxL19StwnACXuDSR5H6ASs7q7fZLNn2Nflrign40LVD+ChnrJ9LhAnzdeEogLOpHEBX2Bu3x/ICk72bhA9Scg+MssccEAYHNmA8YF2UniglcITYpXhEyKgdakwII0UMCkGGS4SaHrHkRmUgziMymS5Mb2mhSDHSyHhNWkGOwzKYYEYFIMBpJ8SLJM06GVeCihEg8VUuJXrRJjQXpVQImHGa7Euu5hZEo8zCqxZ3D3/Ic7WI4IqxIP9ynxiACUeDiQ5COASszq7o5INn+OI1niglE2LlCjCBrqNdPjAn3eeE0gLuhMEheMBO7yo4Gk7GzjAjWagOCvs8QFY4DNmQMYF+QkiQvGEpoUY4VMinHWpMCCNE7ApBhvuEmh6x5PZlKM5zMpmsqN7TUpJjhYvhFWk2KCz6R4IwCTYgKQ5G8kyzQdWoknEirxRCElftMqMRakNwWUeJLhSqzrnkSmxJOsEnsGd89/soPllLAq8WSfEk8JQIknA0k+BajErO7ulGTz5ziVJS6YZuMCNY2god4yPS7Q5423BOKCLiRxwVTgLj8dSMouNi5Q0wkIPoMlLpgJbM5cwLggN0lcMIvQpJglZFLMtiYFFqTZAibFHMNNCl33HDKTYg6fSdFMbmyvSfG2g+U7YTUp3vaZFO8EYFK8DST5O8kyTYdW4rmESjxXSInnWSXGgjRPQInnG67Euu75ZEo83yqxZ3D3/Bc4WC4MqxIv8CnxwgCUeAGQ5AuBSszq7i5MNn+Oi1jigndtXKDeJWio90yPC/R54z2BuKArSVywCLjLLwaSsquNC9RiAoIvYYkL3gc2Zx5gXJCXJC5YSmhSLBUyKZZZkwIL0jIBk2K54SaFrns5mUmxnM+kaC43ttek+MDB8sOwmhQf+EyKDwMwKT4AkvzDZJmmQyvxCkIlXiGkxCutEmNBWimgxB8ZrsS67o/IlPgjq8Sewd3zX+VguTqsSrzKp8SrA1DiVUCSrwYqMau7uzrZ/DmuYYkLPrZxgfqYoKE+MT0u0OeNTwTigm4kccEa4C6/FkjKbjYuUGsJCL6OJS74FNic+YBxQX6SuGA9oUmxXsik2GBNCixIGwRMio2GmxS67o1kJsVGPpOihdzYXpNik4Pl5rCaFJt8JsXmAEyKTUCSb06WaTq0Em8hVOItQkq81SoxFqStAkq8zXAl1nVvI1PibVaJPYO757/dwXJHWJV4u0+JdwSgxNuBJN8BVGJWd3dHsvlz3MkSF3xm4wL1GUFDfW56XKDPG58LxAU9SOKCncBdfheQlD1sXKB2ERB8N0tc8AWwOQsA44KCJHHBHkKTYo+QSbHXmhRYkPYKmBT7DDcpdN37yEyKfXwmRYrc2F6T4ksHy6/CalJ86TMpvgrApPgSSPKvkmWaDq3E+wmVeL+QEh+wSowF6YCAEn9tuBLrur8mU+KvrRJ7BnfP/xsHy4NhVeJvfEp8MAAl/gZI8oNAJWZ1dw8mmz/HQyxxwbc2LlDfEjTUd6bHBfq88Z1AXNCTJC44BNzlDwNJ2dPGBeowAcGPsMQF3wObszAwLihCEhf8QGhS/CBkUhy1JgUWpKMCJsUxw00KXfcxMpPiGJ9JkSo3ttek+NHB8qewmhQ/+kyKnwIwKX4EkvynZJmmQyvxcUIlPi6kxCesEmNBOiGgxD8brsS67p/JlPhnq8Sewd3z/8XB8mRYlfgXnxKfDECJfwGS/CRQiVnd3ZPJ5s/xFEtc8KuNC9SvBA31m+lxgT5v/CYQF/QiiQtOAXf500BS9rJxgTpNQPAzLHHB78DmLAaMC4oHtFFkdP3+AK7fmC24scYCx5Jcv7P//esn2n/ngOtXEcjfO8H8RT+I6GPh6Mz4cfsI1x2VsZfSNY8TqLuv0H4dCa4fiI/qa3iP184k0+P9CXp8gkDdL5P0OBAfhaxZ46EDinQNfD3th3Np/45x/h3r/Ktf57WVV+H/Y5jVtUYTnN/R/3v672ZK+73IChERf7emGcX+jczAMKoCDp+ggq3xmWWCrctcuNlgK4NjapAuq4AfN0sFs4MtXXeWCnCMxMQpcwW8OGWt8J/ZqC9P+7tX/M1Grf/39N/NlvZz9ov87jjnd7M5v6s3givTfr5KeFNH9nUO4Kb+f1n/nGl/9+q/Wf+crvW/Ju3nXH+z/te41j932s/XXuR3xzu/m9v5XT3H69J+zuNgJbH3XCnAl4GGP8TqfrpOoO5BJMZaXiCfgFirQST3mK//93tblG+swB4yrwdrWPrrBvuQiQXpBoGHzHyGP2TquvMJPWSmvyTXNCqDL//tKbRrMTTtDyDTlOzlIyLOCt92y+DYyv8f3Oub3+m1G10997/d7jofcWEP+W93nY+49O2ui43zH7vdpRdguavYG13N7J8Q6m/nB25CN/3NWIkJKc1SE2JjmkbFpjZLGyc+NSWmaXSSSk2MSRs+JlY1a5oS1SK2WUJ8bHxiakJg95dvElLgAlaBsSAVEFDggoYrsK67YEA2T0brv9GZK3rcoYZeoPLPE9lLNwOPgkPBeYbexPT8Kjljons+/akI3UfDDLc/0p/e0HUPN9P+uODIjXwQuRE41giSC5zA/lbAnlEjSOyjQoT2USGhh9fC9uEVC1JhgYfXIoY/vOq6ixBllBJz/d/egIee/40Z2AhSPa+UwOyeos563/IP7J7KF1k7v91TOeLSds/Fxrmk3SPRbKCx/nwiL1rhr2IjnUWtFOF9oZ84gHWoW4CbWTEYGVJT09ezmOCJR6/jjQIn59Fm3da84ClJ111UoO7XDb+lquu+RaDuMYaeVPwCg9w33D2e0fUbS3LSA/a3AvaMGhvQbeGM4lwUqDXFgU6dHkNCW4pXkNnDkFhLuIjZyuPrnkjgIl4pUPebJJeobgXyEYi1etPwvtF8yS/QN1MI+HKjQN1TSfhyG5AvQKzVVAK+lBTom+kEfLldoO4ZJHwpAeQLEGs1g4AvZQX6ZjYBX8oJ1D2HhC8lgXwBYq3mEPClpkDfzCXgyz0Cdc8j4cvtQL4AsVbzCPjykEDfLCTgy8MCdS8i4csdQL4AsVaLCPjyhEDfLCbgS2uBupeQ8KUUkC9ArNUSAr48J9A3ywj40lWg7uUkfCkN5AsQa7WcgC8vC/TNCgK+DBCoeyUJX8oA+QLEWq0k4MvrAn2zmoAvYwTqXkPClyggX4BYqzUEfJkh0DdrCfgyU6DudSR8UUC+ALFW6wj4skSgbzYQ8OV9gbo3kvAlGsgXINZqIwFf1gn0zRYCvnwqUPdWEr7EAPkCxFptJeDLboG+2UHAly8E6t5JwpdYIF+AWKudBHw5ItA3uwj48r1A3btJ+BIH5AsQa7WbgC9nBPpmLwFffheoex8JX+KBfAFirfYR8CW7wKfJ7Gd4/4tA3QdI+JIA5AsQa3WAgC/5BfrmIMP7XwTqPkTCl0QgX4BYq0MEfCkp0DeHGd7/IlD3ERK+JAH5AsRaHSHgS1mBvjnK8P4XgbqPkfClLJAvQKzVMQK+1BTom+MM738RqPsECV/KAfkCxFqdIODLQwJ9c5Lh/S8CdZ8i4Ut5IF+AWKtTBHx5QqBvTjO8/0Wg7jMkfEkG8gWItTpDwJfnBPrmLMP7XwTqPkfClwpAvgCxVucI+PKyQN9k2mY+XwYI1B25jYMvFZFfioqrWUUa3jf/8/4Xgb7JQsCXMQJ1ZyXhy51AvgCxVlkJ+DJDoG+yEfBlpkDd2Un4UgnIFyDWKjsBX5YI9E0OAr68L1B3ThK+VAbyBYi1yknAl3UCfZOLgC+fCtSdm4QvVYB8AWKtchPwZbdA3+Qh4MsXAnXnJeHLXUC+ALFWeQn4ckSgb/IR8OV7gbrzk/ClKpAvQKxVfgK+nBHomwIEfPldoO6CJHypBuQLEGuFXD/9pX+V0gAu5Iynv8NDfy+B/qx1/fnR+jNx9ed86s8u1J/Hpj9jSn9ujv4sEP35Bvo92/p9qPq9dfr9Qvo9EPpet76rqu/f6TtF+p6Ezn51nvU/Hr3+Pre0/9PnQ/3Mq3Vc703VKkR4Xui+q15Bpu/Q87wb6cumjVE501/f46TX4G7hda4B/I6noL7Nt4bQt/nWtN/miwWppsC3+d5j+Lf56rrvIfo2X4m5+r/NNxI8b/2Q90cy9uHpbLIMZv4Xas7u9b3XwbDWP/iG4MKu/79Mrn8zubAqHHHpbwi+2Dj/Fd8QrBezkGvhalW4cOc1+RuCawE3yNoV8Otb+x+sZ0bnXQf4VDYMeBtrOME37t4r8C2YhbeZX3ctgbqLGO4a6LrrCNRdNCDXICpjLwXsSwXEWkmtHxrn+whPj/cJnR7r2tMjFqS6AqfH+w0/Peq67yc6Pd5vT4/0p8d6Dob17enx37/SF6qe7/RYn+z0WB+4QTYQOD02COD0+IA9Pf7rU1Q9gdPErQSnx/oCdd9GcHp8QKDuEiSnR2BfKiDWCrl+WvQrX+RYhsYH3Zv1K5g/x4ZCGTeckA8CBZG1oR4kaKhG6DmiJ6i95UYCilGKRDEaAp+uHwKSshTBk8ZDAn3zcAWsUlYi3NgeJtjYHjF9Y3sjrUEzCTRoGcOJmTmt5rwCdUeRXDttDNyEgVgrqfWLBK+f27rK6FiPArGQ4IqUiDWpYL54NxaoO8bwvVGL1qMCdceS7I2PAfkIxFrFbqN56Psz2EX3ZhOCh77HKsj0OZyQTTN+qot2xlJB3YJoKnQLopm9BYEFqZnALYjmht+C0HU3F7oFkf6SXNOoDL6CuAHxWznsDYhz+BsQHkKDxlbpP7jXt4XTayn/4AZEkYgLe8h/A6JIxKVvQFxsnEvegAAtwp+LkV5ciwp/TTDSWYhCvsmh/mZ686FVOIHgHbrnBN6hm2j2ceDPJ5sWQNFJAY6VRJIdAPtbAXtGAdfPs+GjeZJK8o7iluB3FFfJ9JeY6DVoKfyO4scJ74Q/LnQaamVPQ1iQWgmchp4w/DSk636C7DT0hOBpSKhnA7tv3drB8knT71ujFyG9uNa+O9JPVoi44IUOmloDSf4kyZNEG0IlbiOkxG2tEmNBaiugxO0MV2JddzsyJW5nldj98ihxewfLDmFV4vY+Je4QgBK3B5K8A/j+XhXC+3sdKpg/x6dYotyO4JvujA3VkaChnjb9Qqg+bzwtcPknmcStfgq4y3cCkjKZ5/KPGHk6ERD8GSnFQD/OIG+wdgbfYE1/oW/2PQuc50TgG6TfFPqySPQm3oXQmOkiZMw8Z40ZLEjPCRgzXQ03ZnTdXcmMma58xozEhaw/x3bP/3kHy25hNWae9xkz3QIwZp4Hkryb0JMMWom7EypxdyEl7mGVGAtSDwElfsFwJdZ1v0CmxC9YJfaM7Z5/TwfLF8OqxD19SvxiAErcE0jyF62jrYBrIDbHXiwRSW/bUKo3QUP1MT0i0eeNPgIRSUWSiKQXcJfvCyRlRRuRqL4EBO8npRjouOAlYHNOAcYFU0nigv6EJkV/IZPiZWtSYEF6WcCkGGC4SaHrHkBmUgzgMymiBcf2mBSvOFgODKtJ8YrPpBgYgEnxCpDkAyvINB1aiQcRKvEgISUebJUYC9JgASUeYrgS67qHkCnxEKvE7pdHiYc6WL4aViUe6lPiVwNQ4qFAkr8KVGJWdxe4BmJzHMYSFwy3cYEaTtBQI0yPC/R5Y4RAXFCJJC4YBtzlRwJJWcnGBf+PvW8B06l62x+UUiGdJMkgSZJZBkPCO8NgHJMkSXKYkXOO5ViO5VgUhQiFnA9FURRFUYgcoiiKoiiKovCf9f33ZO/d/Krv997P/tbdXvu6urwX0zPPs57nXvde973f91XjCQD+HItd8DxwOGcD7YI5JHbBBEKRYoKQSDHRihTYJk0UECkmGS5S6LonkYkUk/hEinjB2B6R4gWnl5PDKlK84BMpJgcgUrwABPnkyjJDh2biKYRMPEWIiV+0TIxt0osCTDzVcCbWdU8lY+Kplondl4eJpzm9nB5WJp7mY+LpATDxNCDIpwOZmFXdBa6BWI4vsdgFL1u7QL1MMFAzTLcL9HljhoBdUJXELngJuMvPBIKyqrUL1EwCgM9isQteAQ7nfKBdsIDELphNKFLMFhIp5liRAtukOQIixVzDRQpd91wykWIun0hRRjC2R6SY5/RyflhFink+kWJ+ACLFPCDI51eWGTo0Ey8gZOIFQky80DIxtkkLBZh4keFMrOteRMbEiywTuy8PEy92erkkrEy82MfESwJg4sVAkC8BMjGrugtcA7EcX2WxC16zdoF6jWCglppuF+jzxlIBuyCZxC54FbjLLwOCMtnaBWoZAcBfZ7EL3gAO52KgXbCExC5YTihSLBcSKVZYkQLbpBUCIsWbhosUuu43yUSKN/lEirKCsT0ixVtOL1eGVaR4yydSrAxApHgLCPKVlWWGDs3EqwiZeJUQE79tmRjbpLcFmPgdw5lY1/0OGRO/Y5nYfXmYeLXTyzVhZeLVPiZeEwATrwaCfA2QiVnVXeAaiOX4Lotd8J61C9R7BAO11nS7QJ831grYBTVI7IJ3gbv8OiAoa1i7QK0jAPj7LHbBB8DhXAq0C5aR2AXrCUWK9UIixQYrUmCbtEFApPjQcJFC1/0hmUjxIZ9IUU4wtkek+Mjp5cawihQf+USKjQGIFB8BQb6xsszQoZl4EyETbxJi4s2WibFN2izAxB8bzsS67o/JmPhjy8Tuy8PEW5xebg0rE2/xMfHWAJh4CxDkW4FMzKruAtdALMdPWOyCbdYuUNsIBmq76XaBPm9sF7ALUkjsgk+Au/wOIChTrF2gdhAAfCeLXfApcDiXA+2CFSR2wS5CkWKXkEix24oU2CbtFhApPjNcpNB1f0YmUnzGJ1IkCMb2iBSfO73cE1aR4nOfSLEnAJHicyDI91SWGTo0E+8lZOK9Qkz8hWVibJO+EGDiLw1nYl33l2RM/KVlYvflYeJ9Ti/3h5WJ9/mYeH8ATLwPCPL9QCZmVXeBayCW41csdsHX1i5QXxMM1AHT7QJ93jggYBfUJrELvgLu8geBoKxt7QJ1kADg37DYBd8Ch3Ml0C5YRWIXHCIUKQ4JiRSHrUiBbdJhAZHiO8NFCl33d2QixXd8IkV5wdgekeJ7p5dHwipSfO8TKY4EIFJ8DwT5kcoyQ4dm4qOETHxUiIl/sEyMbdIPAkz8o+FMrOv+kYyJf7RM7L48THzM6eXxsDLxMR8THw+AiY8BQX4cyMSs6i5wDcRy/InFLvjZ2gXqZ4KBOmG6XaDPGycE7IK6JHbBT8Bd/iQQlHWtXaBOEgD8Fxa74FfgcK4G2gVrSOyCU4QixSkhkeK0FSmwTTotIFL8ZrhIoev+jUyk+I1PpKggGNsjUvzu9PJMWEWK330ixZkARIrfgSA/U1lm6NBMfJaQic8KMfE5y8TYJp0TYOKYKmYzsa5b5wjukSgTu9c0Lsrr38bEWZxeZnX1NFRMrBcg1lWseyH8CWX87miBmQUI8qy44a7Aqu4C10Asx2wCOWaaaLQDdQEuUVq74AKCgboQnSM6QX3e0EmiB7Q+iV2QDbjLZweCsr61C1R2AoBfJMUYaLvgYuBwrgXaBetI7IIcwI0iKJEiB3A43fle4rr9tiJFlDF1ky6pgo97qeEiha77UjKR4lI+kaKFYGyPSHGZ08ucYRUpLvOJFDkDECkuA4I8ZxWZoUMzcS5CJs4lxMS5LRNjm5RbgIkvN5yJdd2XkzHx5ZaJ3ZeHifM4vbwirEycx8fEVwTAxHmAIL8CyMSs6i5wDcRyvJLFLrjK2gXqKoKButp0u0CfN64WsAsakNgFVwJ3+WuAoGxg7QJ1DQHA87LYBdcCh3M90C7YQGIX5CMUKfIJiRTXWZEC26TrBESK/IaLFLru/GQiRX4+kaKlYGyPSHG908sCYRUprveJFAUCECmuB4K8QBWZoUMz8Q2ETHyDEBMXtEyMbVJBASaONZyJdd2xZEwca5nYfXmYuJDTy8JhZeJCPiYuHAATFwKCvDCQiVnVXeAaiOVYhMUuuNHaBepGgoEqarpdoM8bRQXsgoYkdkER4C5/ExCUDa1doG4iAHgxFrvgZuBwbgTaBZtI7ILihCJFcSGR4hYrUmCbdIuASFHCcJFC112CTKQowSdStBKM7REpbnV6WTKsIsWtPpGiZAAixa1AkJesIjN0aCa+jZCJbxNi4lKWibFNKiXAxHGGM7GuO46MieMsE7svDxMrp5elw8rEysfEpQNgYgUEeWkgE7Oqu8A1EMsxnsUuKGPtAlWGYKDKmm4X6PNGWQG7oBGJXRAP3OXLAUHZyNoFqhwBwBNY7ILywOHcArQLtpLYBRUIRYoKQiLF7VakwDbpdgGRoqLhIoWuuyKZSFGRT6RoLRjbI1Lc4fSyUlhFijt8IkWlAESKO4Agr1RFZujQTFyZkIkrCzFxFcvE2CZVEWDiiOFM/D/DScbEEcvE7svDxIlOL5PCysSJPiZOCoCJE4EgTwIyMau6C1wDsRyrstgF1axdoKoRDFSy6XaBPm8kC9gFjUnsgqrAXb46EJSNrV2gqhMAvAaLXVATOJzbgXbBDhK7IIVQpEgREilqWZEC26RaAiJFbcNFCl13bTKRojafSJEqGNsjUtRxelk3rCJFHZ9IUTcAkaIOEOR1q8gMHZqJ6xEycT0hJq5vmRjbpPoCTHyn4Uys676TjInvtEzsvjxM3MDp5V1hZeIGPia+KwAmbgAE+V1AJmZVd4FrIJZjQxa74G5rF6i7CQaqkel2gT5vNBKwC5qQ2AUNgbv8PUBQNrF2gbqHAOCNWeyCe4HDuQtoF+wmsQuaEIoUTYREivusSIFt0n0CIkVTw0UKXXdTMpGiKZ9IkSYY2yNS3O/0sllYRYr7fSJFswBEivuBIG9WRWbo0Ez8ACETPyDExM0tE2Ob1FyAiR80nIl13Q+SMfGDlondl4eJWzi9bBlWJm7hY+KWATBxCyDIWwKZmFXdBa6BWI6tWOyC1tYuUK0JBirVdLtAnzdSBeyCpiR2QSvgLp8GBGVTaxeoNAKAt2GxCx4CDuceoF2wl8QuaEsoUrQVEinaWZEC26R2AiJFe8NFCl13ezKRoj2dSKHi5GJ7RYoOTi87hlWk6OATKToGIFJ0AIK8YxWZoUMzcSdCJu4kxMSdLRNjm9RZgIkfNpyJdd0PkzHxw5aJPcHd+Xdxetk1rEzcxcfEXQNg4i5AkHcFMjGrutu1ivk5dmOxC7pbu0B1JxioHqbbBfq80UPALmhGYhd0A+7yPYGgbGbtAtWTAOCPsNgFjwKHcx/QLthPYhf0IhQpegmJFL2tSIFtUm8BkaKP4SKFrrsPmUjRh0+kUHKxvSJFX6eX/cIqUvT1iRT9AhAp+gJB3q+KzNChmbg/IRP3F2LixywTY5v0mAATP244E+u6Hydj4sctE3uCu/Mf4PRyYFiZeICPiQcGwMQDgCAfCGRiVnV3YBXzcxzEYhcMtnaBGkwwUENMtwv0eWOIgF3QnMQuGATc5YcCQdnc2gVqKAHAn2CxC54EDucBoF1wkMQuGEYoUgwTEimGW5EC26ThAiLFCMNFCl33CDKRYgSfSFFaLrZXpBjp9HJUWEWKkT6RYlQAIsVIIMhHVZEZOjQTjyZk4tFCTPyUZWJsk54SYOKnDWdiXffTZEz8tGViT3B3/mOcXo4NKxOP8THx2ACYeAwQ5GOBTMyq7o6tYn6Oz7DYBc9au0A9SzBQ40y3C/R5Y5yAXdCCxC54BrjLjweCsoW1C9R4AoA/x2IXPA8czkNAu+AwiV0wgVCkmCAkUky0IgW2SRMFRIpJhosUuu5JZCLFJD6RIl4utlekeMHp5eSwihQv+ESKyQGIFC8AQT65iszQoZl4CiETTxFi4hctE2Ob9KIAE081nIl13VPJmHiqZWJPcHf+05xeTg8rE0/zMfH0AJh4GhDk04FMzKruTq9ifo4vsdgFL1u7QL1MMFAzTLcL9HljhoBd0IrELngJuMvPBIKylbUL1EwCgM9isQteAQ7nEaBdcJTELphNKFLMFhIp5liRAtukOQIixVzDRQpd91wykWIun0hRRi62V6SY5/RyflhFink+kWJ+ACLFPCDI51eRGTo0Ey8gZOIFQky80DIxtkkLBZh4keFMrOteRMbEiywTe4K781/s9HJJWJl4sY+JlwTAxIuBIF8CZGJWdXdJFfNzfJXFLnjN2gXqNYKBWmq6XaDPG0sF7IJUErvgVeAuvwwIylRrF6hlBAB/ncUueAM4nMeAdsFxErtgOaFIsVxIpFhhRQpsk1YIiBRvGi5S6LrfJBMp3uQTKcrKxfaKFG85vVwZVpHiLZ9IsTIAkeItIMhXVpEZOjQTryJk4lVCTPy2ZWJsk94WYOJ3DGdiXfc7ZEz8jmViT3B3/qudXq4JKxOv9jHxmgCYeDUQ5GuATMyq7q6pYn6O77LYBe9Zu0C9RzBQa023C/R5Y62AXdCGxC54F7jLrwOCso21C9Q6AoC/z2IXfAAczhNAu+AkiV2wnlCkWC8kUmywIgW2SRsERIoPDRcpdN0fkokUH/KJFOXkYntFio+cXm4Mq0jxkU+k2BiASPEREOQbq8gMHZqJNxEy8SYhJt5smRjbpM0CTPyx4Uys6/6YjIk/tkzsCe7Of4vTy61hZeItPibeGgATbwGCfCuQiVnV3a1VzM/xExa7YJu1C9Q2goHabrpdoM8b2wXsgrYkdsEnwF1+BxCUba1doHYQAHwni13wKXA4TwHtgtMkdsEuQpFil5BIsduKFNgm7RYQKT4zXKTQdX9GJlJ8xidSJMjF9ooUnzu93BNWkeJzn0ixJwCR4nMgyPdUkRk6NBPvJWTivUJM/IVlYmyTvhBg4i8NZ2Jd95dkTPylZWJPcHf++5xe7g8rE+/zMfH+AJh4HxDk+4FMzKru7q9ifo5fsdgFX1u7QH1NMFAHTLcL9HnjgIBd0J7ELvgKuMsfBIKyvbUL1EECgH/DYhd8CxzOM0C74CyJXXCIUKQ4JCRSHLYiBbZJhwVEiu8MFyl03d+RiRTf8YkU5eVie0WK751eHgmrSPG9T6Q4EoBI8T0Q5EeqyAwdmomPEjLxUSEm/sEyMbZJPwgw8Y+GM7Gu+0cyJv7RMrEnuDv/Y04vj4eViY/5mPh4AEx8DAjy40AmZlV3j1cxP8efWOyCn61doH4mGKgTptsF+rxxQsAu6EhiF/wE3OVPAkHZ0doF6iQBwH9hsQt+BQ5nFtxwqqxCGwV6QztFKFKcEhIpTluRAtuk0wIixW+GixS67t/IRIrf+ESKCnKxvSLF704vz4RVpPjdJ1KcCUCk+B0I8jNVZIYOzcRnCZn4rBATn7NMjG3SOQEm1oEyYpnIxLruP4LFcDCxe03jorz+bUycxQmaNXL+70LFxHoBYl3FuhfCn1DGP0ULTP07UbGyRnBDx6ru4tZALsdsAjlmmmi0A3UBLlFauwC4BmI5XojOEZ2gPm/oJNED2pnELnAjPtqas+OarTpbu0AB11Msx4siMnMOtwsuBg7nhUC7IDuJXZAjwidS5MD13CNSXBI5/9qKFFHG1E3SC4qOe2nEbJFC131pBN4jUZHCvaZxUV4BiRQt5GJ7RYrLnKA5I+f/LlQihV6AWFex7oXwJ5TxT9ECU/9OVKycEZmhQzNxrggfE+eKxIgwce7I+deWiaOMqZukFxQd9/KI2Uys6748Au+RKBO71zQuyuvfxsR5nKBXRM7/XaiYWC9ArKtY90L4E8r4p2iBqX8nKtYVEdzQsaq7uDWQy/FKgRwzTTTagboKlyitXQBcA7Ecr0bniE5Qnzd0kugB7UJiF7gRH23N1+CarbpYu0AB11Msx7wRmTmH2wXXAoczB9AuuITELsgX4RMp8uF67hEproucf21Fiihj6ibpBUXHzR8xW6TQdeePwHskKlK41zQuyisgkaKlXGyvSHG9E7RA5PzfhUqk0AsQ6yrWvRD+hDL+KVpg6t+JilUgIjN0aCa+IcLHxDdEYkSYuGDk/GvLxFHG1E3SC4qOGxsxm4l13bEReI9Emdi9pnFRXv82Ji7kBC0cOf93oWJivQCxrmLdC+FPKOOfogWm/p2oWIUjuKFjVXdxayCXYxGBHDNNNNqBuhGXKK1dAFwDsRyLonNEJ6jPGzpJ9IB2I7EL3IiPtuabcM1W3axdoIDrKZZjsYjMnMPtgpuBw5kTaBfkIrELikf4RIriuJ57RIpbIudfW5Eiypi6SXpB0XFLRMwWKXTdJSLwHomKFO41jYvyCkikaCUX2ytS3OoELRk5/3ehEin0AsS6inUvhD+hjH+KFpj6d6JilYzIDB2aiW+L8DHxbZEYESYuFTn/2jJxlDF1k/SCouPGRcxmYl13XATeI1Emdq9pXJTXv42JlRO0dOT834WKifUCxLqKdS+EP6GMf4oWmPp3omKVjuCGjlXdxa2BXI7xAjlmmmi0A1UGlyitXQBcA7Ecy6JzRCeozxs6SfSA9iCxC9yIj7bmcrhmqx7WLlDA9RTLMSEiM+dwu6A8cDjzAO2CK0jsggoRPpGiAq7nHpHi9sj511akiDKmbpJeUHTcihGzRQpdd8UIvEeiIoV7TeOivAISKVrLxfaKFHc4QStFzv9dqEQKvQCxrmLdC+FPKOOfogWm/p2oWJUiMkOHZuLKET4mrhyJEWHiKpHzry0TRxlTN0kvKDpuJGI2E//PcEbgPRJlYveaxkV5/duYONEJmhQ5/3ehYmK9ALGuYt0L4U8o45+iBab+nahYSRHc0LGqu7g1kMuxqkCOmSYa7UBVwyVKaxcA10Asx2R0jugE9XlDJ4ke0EdI7AI34qOtuTqu2eoRaxco4HqK5VgjIjPncLugJnA4rwbaBdeQ2AUpET6RIgXXc49IUSty/rUVKaKMqZukFxQdt3bEbJFC1107Au+RqEjhXtO4KK+ARIpUudhekaKOE7Ru5PzfhUqk0AsQ6yrWvRD+hDL+KVpg6t+JilU3IjN0aCauF+Fj4nqRGBEmrh85/9oycZQxdZP0gqLj3hkxm4l13XdG4D0SZWL3msZFef3bmLiBE/SuyPm/CxUT6wWIdRXrXgh/Qhn/FC0w9e9Exborghs6VnUXtwZyOTYUyDHTRKMdqLtxidLaBcA1EMuxETpHdIL6vKGTRA9oLxK7wI34aGu+B9ds1cvaBQq4nmI5No7IzDncLrgXOJz5gHbBdSR2QZMIn0jRBNdzj0hxX+T8aytSRBlTN0kvKDpu04jZIoWuu2kE3iNRkcK9pnFRXgGJFGlysb0ixf1O0GaR838XKpFCL0Csq1j3QvgTyvinaIGpfycqVrOIzNChmfiBCB8TPxCJEWHi5pHzry0TRxlTN0kvKDrugxGzmVjX/WAE3iNRJnavaVyU17+NiVs4QVtGzv9dqJhYL0Csq1j3QvgTyvinaIGpfycqVssIbuhY1V3cGsjl2Eogx0wTjXagWuMSpbULgGsglmMqOkd0gvq8oZNED2gfErvAjfhoa07DNVv1sXaBAq6nWI5tIjJzDrcLHgIOZwGgXXBDQBtFtOvXFrh+z2zFxXoWGEty/dr9+9dPdP7aA9cvAYjf8mD8om9E9LFwWjZ83H7CdcdFdyld8wyBuvsL7ddZwfUD+6P6Gz7j9bLIzPgAghmfJVD3QJIZB/ZHIWvW/dAGRQYHTk9/cTb9z5ecP192/tRXh/Rf2jHy/3uY3bVGs5yf0f+e8bOd0l93jsTE/NWaRtv7V7LhYj0cwfUnKGNrZjYZY6tL5Pxra2xFGVM3SS8oOm7XiNnGlq67awTeIzFyejiCJ6dukf+bjbp7+i/tEfnPG7X+94yf7Zn++pFMfnaG87M9nZ/VG8Gj6a97RWI8F3pTR851b9z6q//N+vdJ/6V9/2L9+7jWv1/66/5/sf79XOv/WPrrxzP52ZnOzz7m/KzOcUD664FO8RJ7z6MRPF6GGH4Tq+dpgEDdQ0mEtUER3FoCe62GkjzHPDjyX8eK88UK7CZzcATLYRnXkMj51/YmM8qYukl6QdFxh0bMvsnUdQ+NwHsk+vSUe03jorz8T0+hVYsJ6b8A6aY8Ujkmpl1Etl9Rxlb+v3Cv7xNO0CddNfynp7vOxfx5hvxPd52L+funuzKL83/2dJdegFWuYvVCRHy/Ez2ET0Rwm9Cwv4hVPiG1ZVpCmfgWcWXSWqbHKZeWGt+idAWVVj4+PXx8GdWyRWpc6zItE8qVKVc+LSGw55fdOcdFebnzHR45/9oycJQxdZP0gqLjjoiYzcC67hEReI9EvJcnnVzRcYcZ+gCVP0/kLI2MAGcI7GfoTUznl+jERM98xl0Reo5GGC5/ZNy9oeseaab88acjN/JG5ElgrFEkD3AC51sBZ0aNIpGPRkVwsxzUzas757goL3e+oyPnX9ub1yhj6ibpBUXHfSpi9s2rrvupCLxHYh6lRK7/6Q146PzdhBf3v7zSPFdqYHLP007QMZHzf/ef5J6kmD+vnV/uSYr5e7knszh/K/dIDBso1h935Hoxs7gWTi9qYoz3Qt9xAOtQOt+MWNFuZmMjKDCkpWWs59iI3IlHr+OTEfwdzRizntb8012SrvtpgbrHGv6Uqq57jEDdzxh6UvETDHTf+AS3fs+SnPSA862AM6OeDehp4Wj7rPccGOYiZh8+NNZ0jhJ7GLLXEipiz8r4uicQqIiPCtQ9keQhqmcjwBkC7o0TDZ8bjZcnBOZmMgFenhSoewoJXsYB8QLstZpCgJfnBOZmGgFenheoezoJXsYD8QLstZpOgJdZAnMzgwAvrwjUPZMEL88B8QLstZpJgJfXBeZmNgFe3hCoew4JXp4H4gXYazWHAC/vC8zNfAK8fCBQ9wISvEwA4gXYa7WAAC87BeZmMQFePhWoewkJXiYC8QLstVpCgJdvBOZmKQFevhWoexkJXiYB8QLstVpGgJdfBOZmOQFefhWoewUJXl4A4gXYa7WCAC8XVcHPzUoCvFwsUPcqErxMBuIF2Gu1igAveQXmZjUBXq4VqHsNCV6mAPEC7LVaQ4CXYgJzs5YALzcL1L2OBC8vAvEC7LVaR4CXBIG5WU+Al/ICdW8gwctUIF6AvVYbCPBSQ2BuNhLgpaZA3ZtI8DINiBdgr9UmArw0FpibLQR4uVeg7q0keJkOxAuw12orAV7aCMzNdgK8PCRQ9w4SvLwExAuw12oHAV4eEZibXQzvfxGoezcJXl4G4gXYa7WbAC9PCMzNHob3vwjUvZcELzOAeAH2Wu0lwMtzAnOzj+H9LwJ17yfBy0wgXoC9VvsJ8DJLYG4OMLz/RaDugyR4mQXEC7DX6iABXl4XmJtDDO9/Eaj7MAleXgHiBdhrdZgAL+8LzM0Rhve/CNR9lAQvs4F4AfZaHSXAy06BuTnG8P4XgbqPk+BlDhAvwF6r4wR4+UZgbk4wvP9FoO6TJHiZC8QLsNfqJAFefhGYm1MM738RqPs0CV7mAfEC7LU6TYCXiyL4uTnD8P4XgbrPkuBlPhAvwF6rswR4ySswN1m2mY+XawXqzrqNAy8LgHgB9lplNXxu/uf9LwJzcyEBXm4WqDs7CV4WAvEC7LXKToCXBIG5yUGAl/ICdV9CgpdFQLwAe60uIcBLDYG5yUmAl5oCdeciwctiIF6AvVa5CPDSWGBu8hDg5V6Buq8gwcsSIF6AvVZXEOCljcDcXE2Al4cE6r6GBC+vAvEC7LVCrp/+0r+66Q2OdeLp7/DQ30ugP2tdf360/kxc/Tmf+rML9eex6c+Y0p+boz8LRH++wdT0//T7UKen/6ffL6TfA6Gf69bPqurn7/QzRfo5Ce39aj9La/Rad9Raij4f6ntezeN6b3o1EuO50HP3WkRm7uCfSwicO93felnOf4+TXoOlEdl1XhbBxQrq23yX4dbc822+r0fOv7bf5htlTN0kvaDouG9EcAMrVfcbEXiPxL7NVyJX/7f5ZgXnrW/y2kawN0/thHrmv1A5u9d3uRN0hauG//QNwYVc/18W159ZXL0qFPP33xCcWZx/xTcE68WMdS2cXlT/zmvyNwTrfDNiRbtBvhnBr++b/2A9o837LVzeagTQLR9J8I27yyP4uPm2mV/3CoG6rzNcNdB1vyVQd/6AVIO46C4FnEsF7LWSWj90n1dG+E6P7pzjorzc+a6KnH9tT49RxtRN0guKjvt2xOzTo6777Qi8R2LkIZGrPT3+/ysmkwuVs3t933GCrnbVYE+P/8srY6H0Ysa6Fk4vKtPpUeebESvqz0qP4Nd3TUT+9PguLu/QnR7fieDjFiQ4Pa4WqDuW4PT4rkDdhUhOj8C5VMBeK+T6adKvl8mxDN0f9Gy6eSwuyksqx/ciMnMOB+RaXKKKdaCAayCW4zp0jugEtbask0QPaFESxnAjPtqa38c1WxUluNN4X2BuPohgmbIu4caGXAOpHNdHDN/YXkkf0E4CA1rMcGA+nB5okEDdN5M8droBN5gK2GsltX5Zwevnlq6ijfUhsBcSWJEisY8i5pP3BoG6Sxi+N2rS+lCg7ltJ9saNuLlUwF6rW7fR3PT9YeyiZxO9Z0jkuDEiM+dwQG6KRB2rtBNLBfUUxCbg4rrz3Rw5/9o+BRFlTN0kvaDouB9HcMMvVffHEXiP/vJRqLjoLs+axkV5BfEERGpl7BMQ7SPwfnkADYqtMl6413eLE3Srq4b/9ARE4Zg/z5D/CYjCMX//BERmcf72CQjQIvyxGBnF6QXI4ipWL0SsLznU78wYPjQLlyJ4h277CL7uOLOPA3/c2egZQ9W8FRhLkXgHwPlWwJlRwPXzbPhonHwSCeZGIto8t+Hy/J93FNfPcp5M9Bpsi8TESOa/PYKLFdRpaDtuzT2noR2R86/taSjKmLpJekHRcXdGzD4N6bp3RuA9Ej0Nudc0LsrLfxoSmtnAnrf+1Am6K3L+74x83hq9CBnF6QWIdRXrXgh/Qhn/FC0w9e9ExdoV4biT2B3hY+LdERkm/ixy/rVl4ihj6ibpBUXH/TxiNhPruj+PwHskysTuNY2L8vq3MfEeJ+jeyPm/CxUT6wWIdRXrXgh/Qhn/FPU3fUdwsfZGsFZufcLn95BrIJXjFxGhzQF9y/QlLlHFOlDANRDLcR86R3SC+ryhk0QPaFkStdqN+Ki/8x3XbFWW5+EfMfAA11Msx68iMnMOv51BPsH6Na7oPx06kTUfAOY5AfgG6YlCX+aF3sQPRviEmYO4nnuEmW8i519bYSbKmLpJekHRcb+NmC3M6Lq/jcB7JCrMuNc0LsorIGFG4oGsP2K78z/kBD0cOf93oRJm9ALEuop1L4Q/oYx/ihaY+neiYh2OcDwU8l2Ej4m/i8gw8feR868tE0cZUzdJLyg67pGI2Uys6z4SgfdIlIndaxoX5fVvY+KjTtAfIuf/LlRMrBcg1lWseyH8CWX8U7TA1L8TFeuHiFW0gWsgluOPAjlmmmi0A3XMDpQCroFYjsfROaIT1OcNnSR6QBNILBI34qOt+Sdcs1WCtUgUcD3Fcvw5IjPncLvgBHA4JwPtgikkdsHJCJ9IcRLXc49I8Uvk/GsrUkQZUzdJLyg67q8Rs0UKXfevEXiPREUK95rGRXkFJFKUFoztESlOOUFPR87/XahECr0Asa5i3QvhTyjjn6IFpv6dqFinIzJDh2bi3yJ8TPxbRIaJf4+cf22ZOMqYukl6QdFxz0TMZmJd95kIvEeiTOxe07gor38bE591gp6LnP+7UDGxXoBYV7HuhfAnlPFP0QJT/05UrHMR3NCxqrvANRDLMSaRxC7IgkuU1i7Ikmh+jlnROaIT1OcNnSR6QCuQ2AVuxEd99gCCsoK1C1Q2AoBfIMUYaLvgQuBwTgPaBdNJ7ILsyI0iJhiRIjtwON35XpR4/rUVKaKMqZt0USI+7sXAgZWq++JEeI9ERYqLgYAKSKSIF4ztESlyOL28xNXTUIkUegFiXcW6F8KfUMbvjhaYOYAgvyRRZujQTHwpIRNfKsTEl1kmxjbpMgEmzmk4E+u6c5IxcU7LxO7Lw8S5nF7mDisT5/Ixce4AmDgXEOS5gUzMqu4C10Asx8sFcsw00WgHKo+1C1QegoG6wnS7QJ83rhCwCyqS2AWXA3f5K4GgrGjtAnUlAcCvYrELrgYO5wygXTCTxC64hlCkuEZIpMhrRQpsk/IKiBTXGi5S6LqvJRMpruUTKcoIxvaIFPmcXl4XVpEin0+kuC4AkSIfEOTXJcoMHZqJ8xMycX4hJr7eMjG2SdcLMHEBw5lY112AjIkLWCZ2Xx4mvsHpZcGwMvENPiYuGAAT3wAEeUEgE7Oqu8A1EMsxViDHTBONdqAKWbtAFSIYqMKm2wX6vFFYwC6oRGIXxAJ3+SJAUFaydoEqQgDwG1nsgqLA4ZwNtAvmkNgFNxGKFDcJiRTFrEiBbVIxAZHiZsNFCl33zWQixc18IkVZwdgekaK408tbwipSFPeJFLcEIFIUB4L8lkSZoUMzcQlCJi4hxMS3WibGNulWASYuaTgT67pLkjFxScvE7svDxLc5vSwVVia+zcfEpQJg4tuAIC8FZGJWdRe4BmI5xgnkmGmi0Q6UsnaBUgQDVdp0u0CfN0oL2AVVSOyCOOAuHw8EZRVrF6h4AoCXYbELygKHcz7QLlhAYheUIxQpygmJFAlWpMA2KUFApChvuEih6y5PJlKU5xMpygnG9ogUFZxe3h5WkaKCT6S4PQCRogIQ5LcnygwdmokrEjJxRSEmvsMyMbZJdwgwcSXDmVjXXYmMiStZJnZfHiau7PSySliZuLKPiasEwMSVgSCvAmRiVnUXuAZiOUYEcsw00WgHKtHaBSqRYKCSTLcL9HkjScAuSCSxCyLAXb4qEJSJ1i5QVQkAXo3FLkgGDudioF2whMQuqE4oUlQXEilqWJEC26QaAiJFTcNFCl13TTKRoiafSJEgGNsjUqQ4vawVVpEixSdS1ApApEgBgrxWoszQoZm4NiET1xZi4jqWibFNqiPAxHUNZ2Jdd10yJq5rmdh9eZi4ntPL+mFl4no+Jq4fABPXA4K8PpCJWdVd4BqI5XinQI6ZJhrtQDWwdoFqQDBQd5luF+jzxl0CdkFVErvgTuAu3xAIyqrWLlANCQB+N4td0Ag4nEuBdsEyErvgHkKR4h4hkaKxFSmwTWosIFLca7hIoeu+l0ykuJdPpCgvGNsjUjRxenlfWEWKJj6R4r4ARIomQJDflygzdGgmbkrIxE2FmPh+y8TYJt0vwMTNDGdiXXczMiZuZpnYfXmY+AGnl83DysQP+Ji4eQBM/AAQ5M2BTMyq7gLXQCzHBwVyzDTRaAeqhbULVAuCgWppul2gzxstBeyCZBK74EHgLt8KCMpkaxeoVgQAb81iF6QCh3M50C5YQWIXpBGKFGlCIkUbK1Jgm9RGQKR4yHCRQtf9EJlI8RCfSFFBMLZHpGjr9LJdWEWKtj6Rol0AIkVbIMjbJcoMHZqJ2xMycXshJu5gmRjbpA4CTNzRcCbWdXckY+KOlondl4eJOzm97BxWJu7kY+LOATBxJyDIOwOZmFXdBa6BWI4PC+SYaaLRDlQXaxeoLgQD1dV0u0CfN7oK2AU1SOyCh4G7fDcgKGtYu0B1IwB4dxa7oAdwOFcC7YJVJHZBT0KRoqeQSPGIFSmwTXpEQKR41HCRQtf9KJlI8SifSNFCMLZHpOjl9LJ3WEWKXj6RoncAIkUvIMh7J8oMHZqJ+xAycR8hJu5rmRjbpL4CTNzPcCbWdfcjY+J+londl4eJ+zu9fCysTNzfx8SPBcDE/YEgfwzIxKzqLnANxHJ8XCDHTBONdqAGWLtADSAYqIGm2wX6vDFQwC5IIbELHgfu8oOAoEyxdoEaRADwwVKMgbYLhgCHczXQLlhDYhcMJRQphgqJFE9YkQLbpCcERIonDRcpdN1PkokUT/KJFC0FY3tEimFOL4eHVaQY5hMphgcgUgwDgnx4oszQoZl4BCETjxBi4pGWibFNGinAxKMMZ2Jd9ygyJh5lmdh9eZh4tNPLp8LKxKN9TPxUAEw8Ggjyp4BMzKruAtdALMenBXLMNNFoB2qMtQvUGIKBGmu6XaDPG2MF7ILaJHbB08Bd/hkgKGtbu0A9QwDwZ1nsgnHA4VwLtAvWkdgF4wlFivFCIsVzVqTANuk5AZHiecNFCl3382QixfN8IkUrwdgekWKC08uJYRUpJvhEiokBiBQTgCCfmCgzdGgmnkTIxJOEmPgFy8TYJr0gwMSTDWdiXfdkMiaebJnYfXmYeIrTyxfDysRTfEz8YgBMPAUI8heBTMyq7gLXQCzHqQI5ZppotAM1zdoFahrBQE033S7Q543pAnZBXRK7YCpwl38JCMq61i5QLxEA/GUWu2AGcDjXA+2CDSR2wUxCkWKmkEgxy4oU2CbNEhApXjFcpNB1v0ImUrzCJ1K0FoztESlmO72cE1aRYrZPpJgTgEgxGwjyOYkyQ4dm4rmETDxXiInnWSbGNmmeABPPN5yJdd3zyZh4vmVi9+Vh4gVOLxeGlYkX+Jh4YQBMvAAI8oVAJmZVd4FrIJbjIoEcM0002oFabO0CtZhgoJaYbhfo88YSAbugPoldsAi4y78KBGV9axeoVwkA/hqLXbAUOJwbgXbBJhK7YBmhSLFMSKR43YoU2Ca9LiBSvGG4SKHrfoNMpHiDT6RIFYztESmWO71cEVaRYrlPpFgRgEixHAjyFYkyQ4dm4jcJmfhNISZ+yzIxtklvCTDxSsOZWNe9koyJV1omdl8eJl7l9PLtsDLxKh8Tvx0AE68CgvxtIBOzqrvANRDL8R2BHDNNNNqBWm3tArWaYKDWmG4X6PPGGgG7oAGJXfAOcJd/FwjKBtYuUO8SAPw9FrtgLXA4twDtgq0kdsE6QpFinZBI8b4VKbBNel9ApPjAcJFC1/0BmUjxAZ9IkSYY2yNSrHd6uSGsIsV6n0ixIQCRYj0Q5BsSZYYOzcQfEjLxh0JM/JFlYmyTPhJg4o2GM7GueyMZE2+0TOy+PEy8yenl5rAy8SYfE28OgIk3AUG+GcjErOoucA3EcvxYIMdME412oLZYu0BtIRiorabbBfq8sVXALmhIYhd8DNzlPwGCsqG1C9QnBADfxmIXbAcO53agXbCDxC7YQShS7BASKXZakQLbpJ0CIsWnhosUuu5PyUSKT+lEChUnF9srUuxyerk7rCLFLp9IsTsAkWIXEOS7E2WGDs3EnxEy8WdCTPy5ZWJskz4XYOI9hjOxrnsPGRPvsUzsCe7Of6/Tyy/CysR7fUz8RQBMvBcI8i+ATMyq7uLWQC7HLwVyzDTRaAdqn7UL1D6Cgdpvul2gzxv7BeyCRiR2wZfAXf4rICgbWbtAfUUA8K9Z7IIDwOHcBbQLdpPYBQcJRYqDQiLFN1akwDbpGwGR4lvDRQpd97dkIsW3fCKFkovtFSkOOb08HFaR4pBPpDgcgEhxCAjyw4kyQ4dm4u8Imfg7ISb+3jIxtknfCzDxEcOZWNd9hIyJj1gm9gR353/U6eUPYWXioz4m/iEAJj4KBPkPQCZmVXdxayCX448COWaaaLQDdczaBeoYwUAdN90u0OeN4wJ2QWMSu+BH4C7/ExCUja1doH4iAPjPLHbBCeBw7gHaBXtJ7IKThCLFSSGR4hcrUmCb9IuASPGr4SKFrvtXMpHiVz6RorRcbK9Iccrp5emwihSnfCLF6QBEilNAkJ9OlBk6NBP/RsjEvwkx8e+WibFN+l2Aic8YzsS67jNkTHzGMrEnuDv/s04vz4WVic/6mPhcAEx8Fgjyc0AmZlV3cWsgl2NMEoldkAWXKK1dkCXJ/ByzonNEJ6jPGzpJ9IA2IbEL3IiP+uwBBGUTaxeobAQAv0CKMdB2wYXA4dwHtAv2k9gF2ZEbRUwwIkV24HC6870o6fxrK1JEGVM36aIkfNyLgQMrVffFSfAeiYoUFwMBFZBIES8X2ytS5HB6eYmrp6ESKfQCxLqKdS+EP6GM3x0tMHMAQX5JkszQoZn4UkImvlSIiS+zTIxt0mUCTJzTcCbWdeckY+Kclok9wd3553J6mTusTJzLx8S5A2DiXECQ5wYyMau6mzvJ/BwvF8gx00SjHag81i5QeQgG6grT7QJ93rhCwC5oSmIXXA7c5a8EgrKptQvUlQQAv0qKMdB2wdXA4TwAtAsOktgF1xCKFNcIiRR5XbffVqSIMqZuUl4BkeJaw0UKXfe1ZCLFtXwiRRm52F6RIp/Ty+vCKlLk84kU1wUgUuQDgvy6JJmhQzNxfkImzi/ExNdbJsY26XoBJi5gOBPruguQMXEBy8Se4O78b3B6WTCsTHyDj4kLBsDENwBBXhDIxKzqbsEk83OMFcgx00SjHahCQPGHdaAKEQxUYdPtAn3eKCxgFzQjsQtigbt8ESAom1m7QBUhAPiNUoyBtguKAofzENAuOExiF9xEKFLcJCRSFHPdfluRIsqYuknFBESKmw0XKXTdN5OJFDfziRRl5WJ7RYriTi9vCatIUdwnUtwSgEhRHAjyW5Jkhg7NxCUImbiEEBPfapkY26RbBZi4pOFMrOsuScbEJS0Te4K787/N6WWpsDLxbT4mLhUAE98GBHkpIBOzqrulkszPMU4gx0wTjXagFFD8YR0oRTBQpU23C/R5o7SAXdCcxC6IA+7y8UBQNrd2gYonAHgZKcZA2wVlgcN5BGgXHCWxC8oRihTlhESKBNfttxUpooypm5QgIFKUN1yk0HWXJxMpyvOJFOXkYntFigpOL28Pq0hRwSdS3B6ASFEBCPLbk2SGDs3EFQmZuKIQE99hmRjbpDsEmLiS4Uys665ExsSVLBN7grvzr+z0skpYmbiyj4mrBMDElYEgrwJkYlZ1t0qS+TlGBHLMNNFoByoRKP6wDlQiwUAlmW4X6PNGkoBd0ILELogAd/mqQFC2sHaBqkoA8GpSjIG2C5KBw3kMaBccJ7ELqhOKFNWFRIoarttvK1JEGVM3qYaASFHTcJFC112TTKSoySdSJMjF9ooUKU4va4VVpEjxiRS1AhApUoAgr5UkM3RoJq5NyMS1hZi4jmVibJPqCDBxXcOZWNddl4yJ61om9gR351/P6WX9sDJxPR8T1w+AiesBQV4fyMSs6m79JPNzvFMgx0wTjXagGgDFH9aBakAwUHeZbhfo88ZdAnZBKxK74E7gLt8QCMpW1i5QDQkAfrcUY6DtgkbA4TwBtAtOktgF9xCKFPcIiRSNXbffVqSIMqZuUmMBkeJew0UKXfe9ZCLFvXwiRXm52F6RoonTy/vCKlI08YkU9wUgUjQBgvy+JJmhQzNxU0ImbirExPdbJsY26X4BJm5mOBPrupuRMXEzy8Se4O78H3B62TysTPyAj4mbB8DEDwBB3hzIxKzqbvMk83N8UCDHTBON+uFtoPjDOlAtCAaqpel2gT5vtBSwC1JJ7IIHgbt8KyAoU61doFoRALy1FGOg7YJU4HCeAtoFp0nsgjRCkSJNSKRo47r9tiJFlDF1k9oIiBQPGS5S6LofIhMpHuITKSrIxfaKFG2dXrYLq0jR1idStAtApGgLBHm7JJmhQzNxe0Imbi/ExB0sE2Ob1EGAiTsazsS67o5kTNzRMrEnuDv/Tk4vO4eViTv5mLhzAEzcCQjyzkAmZlV3OyeZn+PDAjlmmmi0A9UFKP6wDlQXgoHqarpdoM8bXQXsgjYkdsHDwF2+GxCUbaxdoLoRALy7FGOg7YIewOE8A7QLzpLYBT0JRYqeQiLFI67bbytSRBlTN+kRAZHiUcNFCl33o2QixaN8IkULudhekaKX08veYRUpevlEit4BiBS9gCDvnSQzdGgm7kPIxH2EmLivZWJsk/oKMHE/w5lY192PjIn7WSb2BHfn39/p5WNhZeL+PiZ+LAAm7g8E+WNAJmZVdx9LMj/HxwVyzDTRaAdqAFD8YR2oAQQDNdB0u0CfNwYK2AVtSeyCx4G7/CAgKNtau0ANIgD4YCnGQNsFQ4DDmQU3nCqr0EaB3tCGEooUQ4VEiidct99WpIgypm7SEwIixZOGixS67ifJRIon+USKlnKxvSLFMKeXw8MqUgzziRTDAxAphgFBPjxJZujQTDyCkIlHCDHxSMvE2CaNFGDiUYYzsa57FBkTj7JM7Anuzn+008unwsrEo31M/FQATDwaCPKngEzMqu4+lWR+jk8L5JhpotEO1Big+MM6UGMIBmosOkd0gvq8MTYJP6DtSeyCp4G7/DNAULa3doF6hgDgz0oxBtouGAcczguBdkF2ErtgPKFIMV5IpHjOdfttRYooY+omPScgUjxvuEih636eTKR4nk+kaCUX2ytSTHB6OTGsIsUEn0gxMQCRYgIQ5BOTZIYOzcSTCJl4khATv2CZGNukFwSYeLLhTKzrnkzGxJMtE3uCu/Of4vTyxbAy8RQfE78YABNPAYL8RSATs6q7LyaZn+NUgRwzTTTagZoGFH9YB2oawUBNN90u0OeN6QJ2QUcSu2AqcJd/CQjKjtYuUC8RAPxlKcZA2wUzgMOZA2gXXEJiF8wkFClmCokUs1y331akiDKmbtIsAZHiFcNFCl33K2QixSt8IkVrudhekWK208s5YRUpZvtEijkBiBSzgSCfkyQzdGgmnkvIxHOFmHieZWJsk+YJMPF8w5lY1z2fjInnWyb2BHfnv8Dp5cKwMvECHxMvDICJFwBBvhDIxKzq7sIk83NcJJBjpolGO1CLgeIP60AtJhioJabbBfq8sUTALuhMYhcsAu7yrwJB2dnaBepVAoC/JsUYaLtgKXA4cwLtglwkdsEyQpFimZBI8brr9tuKFFHG1E16XUCkeMNwkULX/QaZSPEGn0iRKhfbK1Isd3q5IqwixXKfSLEiAJFiORDkK5Jkhg7NxG8SMvGbQkz8lmVibJPeEmDilYYzsa57JRkTr7RM7Anuzn+V08u3w8rEq3xM/HYATLwKCPK3gUzMqu6+nWR+ju8I5JhpotEO1Gqg+MM6UKsJBmqN6XaBPm+sEbALupDYBe8Ad/l3gaDsYu0C9S4BwN+TYgy0XbAWOJx5gHbBFSR2wTpCkWKdkEjxvuv224oUUcbUTXpfQKT4wHCRQtf9AZlI8QGfSJEmF9srUqx3erkhrCLFep9IsSEAkWI9EOQbkmSGDs3EHxIy8YdCTPyRZWJskz4SYOKNhjOxrnsjGRNvtEzsCe7Of5PTy81hZeJNPibeHAATbwKCfDOQiVnV3c1J5uf4sUCOmSYa7UBtAYo/rAO1hWCgtppuF+jzxlYBu6AbiV3wMXCX/wQIym7WLlCfEAB8mxRjoO2C7cDhvBpoF1wT0EYR7frtAK7fiE9wsUYCY0mu385///qJzt+nwPUrBcRvHBi/6BsRfSycnQ0ft4dw3XHRXUrXPF+g7p5C+3VWcP3A/qiehs94vSwyM96LYMYXCtTdm2TGgf1RyJp1P7RBkcGBc9JfnE3/c67z5zznT33tSue13c4BNLtrjRY6P6P/PeNnP0t//XlSTMxfrWm0vV+UDRdrD5CzgzK2FmSTMbb2uvpmja0oY+om7U3Cx/0CqIZI1f1FErxHYuS0R0BZ+zLp/2aj3pf+e/f/xUa9z7VRf5X++utMfna+87NfOT+rN4ID6a8PCm/qyLn+Brip/2/W/9v033voL9b/W9f6H05//d1frP9h1/p/n/76SCY/u8D52e+dn9U5Hk1//YPTK4m954AAXvoZfhOr5+moQN39SYS1H4F4AvZa9Sd5jvnYf7+3xfliBXaTeQzMYRnXcXuTiW3ScYGbzJ8Mv8nUdf8kdJOZcUmuaVyUl//pKbRqMS39FyDdlK/TA+0U7leUsZX/L9zr+7OT+wlXDf/p6a5zMX+eIf/TXedi/v7prszi/J893aUXYJWr2BOu4fAnhPrdPwM3oZN/Eat8QmrLtIQy8S3iyqS1TI9TLi01vkXpCiqtfHx6+PgyqmWL1LjWZVomlCtTrnxaQmDPL58UYuBfLANjm/SLAAP/ajgD67p/FdrR0bffJ5xc0XEHGPoAlT9P5CydAt4VDAD7GXoT0/klOjHRM59xV4Seo0GGyx8Zd2/ougebKX/86ciNvBE5AYw1hOQBTuB8K+DMqCEk8tFpQvnotNDN62/25hXbpN8Ebl5/N/zmVdf9e0A3r3HRXf/jUUrk+p/egIfO/0QUG0Ga50oNTO4546z32X8g9yRlsnZ+uScp5u/lnszi/K3cIzFsoFh/3JGfSTpfbFZnURNjvBf6jgNYhzoL3MzOwcCQlpaxnucETzx6HU8I3PkPM+tpzT/dJem6zwjUPdzwp1R13WcF6h5h6EnFTzDIfcM949Gu30iSkx5wvhVwZtTIgJ4WjrbPZ5A3zlXNPnxorOkcJfYwZK8lVMSvIvi6xxCoiAcE6h5L8hBVFiAegb1WYw2fG42XnwXmZhwBXk4I1D2eBC9ZgXgB9lqNJ8DLBYn4uZlAgJcLBeqeSIKXbEC8AHutJhLg5SqBuZlMgJerBeqeQoKXC4B4AfZaTSHAy40CczONAC9FBeqeToKXC4F4AfZaTSfASxmBuZlBgJeyAnXPJMFLdiBegL1WMwnwUk1gbmYT4CVZoO45JHi5CIgXYK/VHAK83C0wN/MJ8NJIoO4FJHi5GIgXYK/VAgK8tBaYm8UEeEkVqHsJCV5yAPEC7LVaQoCX7gJzs5QALz0E6l5GgpdLgHgB9lotI8DLYIG5WU6AlyECda8gwculQLwAe61WEODlWYG5WUmAl3ECda8iwctlQLwAe61WEeDlZYG5WU2AlxkCda8hwUtOIF6AvVZrCPDymsDcrCXAy1KButeR4CUXEC/AXqt1BHh5T2Bu1hPgZa1A3RtI8JIbiBdgr9UGArxsE5ibjQR42S5Q9yYSvFwOxAuw12oTAV6+FpibLQzvfxGoeysJXvIA8QLstdpKgJefBeZmO8P7XwTq3kGClyuAeAH2Wu0gwMsFSfi52cXw/heBuneT4OVKIF6AvVa7CfBylcDc7GF4/4tA3XtJ8HIVEC/AXqu9BHi5UWBu9jG8/0Wg7v0keLkaiBdgr9V+AryUEZibAwzvfxGo+yAJXq4B4gXYa3WQAC/VBObmEMP7XwTqPkyCl7xAvAB7rQ4T4OVugbk5wvD+F4G6j5Lg5VogXoC9VkcJ8NJaYG6OMbz/RaDu4yR4yQfEC7DX6jgBXroLzM0Jhve/CNR9kgQv1wHxAuy1OkmAl8ECc3OK4f0vAnWfJsFLfiBegL1Wpwnw8qzA3JxheP+LQN1nSfByPRAvwF6rswR4eVlgbrJsNx8vMwTqzrqdAy8FgHgB9lplNXxu/uf9LwJzcyEBXpYK1J2dBC83APEC7LXKToCX9wTmJgcBXtYK1H0JCV4KAvEC7LW6hAAv2wTmJicBXrYL1J2LBC+xQLwAe62Q66e/9K9JeoNjnXj6Ozz09xLoz1rXnx+tPxNXf86n/uxC/Xls+jOm9Ofm6M8C0Z9voN+zrd+Hqt9bp98vpN8DoZ/r1s+q6ufv9DNF+jkJ7f1qP0tr9Fp31FqKPh/qe17N43pv0uvtvtBzV6iqzNyh8yyMvK9Jj3FflvPf46TXoLDwOhepiouVzZXfX+UcF92ligBnw53vja61tt/mG2VM3SS9oOi4RYEDK1V30arwHol9m69ErnqA3cDJCs5b3+TtSMLePO1MkumZ/0Ll7F7fm5weFnP18j99Q3Ah1/+XxfVnFlevCsX8/TcEZxbnX/ENwXoxY10LV6zqn3febObWoYoBN8ibq+LX9+Z/sJ7R5l0ceFc2COhmDCb4xt2bquLj5tluft3FBOq+wnDVQNddXKDuKwNSDeKiuxRwLhWw10pq/dB9voXw9HiL0OmxhD09YptUQuD0eKvhp0dd961Ep0eJXO3p8f9fMZlcqJzd61vS6eFt9vT4318ZC1XSd3q8jez0eBtwgywlcHosFcDpMc6eHv/rU1RJgdNEXoLT420CdV9LcHqME6g7H8npETiXCthrhVw/Tfr3ZXIsQ/cHPZu3VTU/RyXkccMBWRpIiKwDVZpgoOLROaIT1NpyvABjFCBhDAW8uy4DBGUBgjuNMgJzU7YqlimbEG5sZQk2tnKmb2yL0gf0syT8gBY0HJh70mv+UaDuWJLHThOAmzCw10pq/bKC188tXUUbqzywFxJYkSKxClXNJ+8EgbqLGL43atIqL1D3jSR74+1APAJ7rW7cTnPT94exi57NCgQ3fbdXlZlzOCArRn+qK+3EUkE9BVFR6CmIO+xTENgm3SHwFEQlw5+C0HVXEnoKIuOSXNO4KK8gnoDYGsE+AfFpErxfHkCDYquMF+71rezMWpV/8ARE4Zg/z5D/CYjCMX//BERmcf72CQjQIvyxGBnFVa56PsGszkLE+pJD/c6M4UOzcDGCd+h+KiCV3Gz2ceCPO5vKQNKpAoxVnMQ7AM63As6MAq6fZ8NH4yQidJxA55kIfkdx0yyuG4j02IlVY2Ik808ifCY8Seg0VNWehrBNqipwGqpm+GlI112N7DRUTfA0JDSzgT1vnez0srrpz1ujFyGjuGTfM9LVq8b86UIbTclAkFcnuZOoQcjENYSYuKZlYmyTagowcYrhTKzrTiFj4hTLxO7Lw8S1nF7WDisT1/Ixce0AmLgWEOS1wc/vNSV8fq92VfNzrMNi5dYFP+nOOFB1CQaqnukPhOrzRj2Bh39KkqjVdYC7fH0gKEvyPPwjBp76BAC/U4ox0LczyCdYG4CfYM240E/23QXMcwzwDdJjhb5sBb2JNyQUZhoKCTN3W2EG26S7BYSZRoYLM7ruRmTCTCM+YUbigaw/Yrvzv8fpZeOwCjP3+ISZxgEIM/cAQd5Y6E4GzcT3EjLxvUJM3MQyMbZJTQSY+D7DmVjXfR8ZE99nmdgT251/U6eX94eViZv6mPj+AJi4KRDk91tFWwHXQCzHZiwWyQN2oNQDBAPV3HSLRJ83mgtYJKVILJJmwF3+QSAoS1mLRD1IAPAWUoyBtgtaAodzHNAuGE9iF7QiFClaCYkUra1IgW1SawGRItVwkULXnUomUqTyiRSlBWN7RIo0p5dtwipSpPlEijYBiBRpQJC3qSozdGgmfoiQiR8SYuK2lomxTWorwMTtDGdiXXc7MiZuZ5nYfXmYuL3Tyw5hZeL2PibuEAATtweCvAOQiVnVXeAaiOXYkcUu6GTtAtWJYKA6m24X6PNGZwG7QJHYBR2Bu/zDQFAqaxeohwkA3oXFLugKHM4JQLtgIold0I1QpOgmJFJ0tyIFtkndBUSKHoaLFLruHmQiRQ8+kSJeMLZHpOjp9PKRsIoUPX0ixSMBiBQ9gSB/pKrM0KGZ+FFCJn5UiIl7WSbGNqmXABP3NpyJdd29yZi4t2Vi9+Vh4j5OL/uGlYn7+Ji4bwBM3AcI8r5AJmZVd4FrIJZjPxa7oL+1C1R/goF6zHS7QJ83HhOwC+JJ7IJ+wF3+cSAo461doB4nAPgAFrtgIHA4JwPtgikkdsEgQpFikJBIMdiKFNgmDRYQKYYYLlLouoeQiRRD+ESKMoKxPSLFUKeXT4RVpBjqEymeCECkGAoE+RNVZYYOzcRPEjLxk0JMPMwyMbZJwwSYeLjhTKzrHk7GxMMtE7svDxOPcHo5MqxMPMLHxCMDYOIRQJCPBDIxq7oLXAOxHEex2AWjrV2gRhMM1FOm2wX6vPGUgF1QlsQuGAXc5Z8GgrKstQvU0wQAH8NiF4wFDuc0oF0wncQueIZQpHhGSKR41ooU2CY9KyBSjDNcpNB1jyMTKcbxiRRlBWN7RIrxTi+fC6tIMd4nUjwXgEgxHgjy56rKDB2aiZ8nZOLnhZh4gmVibJMmCDDxRMOZWNc9kYyJJ1omdl8eJp7k9PKFsDLxJB8TvxAAE08CgvwFIBOzqrvANRDLcTKLXTDF2gVqCsFAvWi6XaDPGy8K2AUJJHbBZOAuPxUIygRrF6ipBACfxmIXTAcO5wygXTCTxC54iVCkeElIpHjZihTYJr0sIFLMMFyk0HXPIBMpZvCJFOUEY3tEiplOL2eFVaSY6RMpZgUgUswEgnxWVZmhQzPxK4RM/IoQE8+2TIxt0mwBJp5jOBPruueQMfEcy8Tuy8PEc51ezgsrE8/1MfG8AJh4LhDk84BMzKruAtdALMf5LHbBAmsXqAUEA7XQdLtAnzcWCtgFFUjsgvnAXX4REJQVrF2gFhEAfDGLXbAEOJyzgXbBHBK74FVCkeJVIZHiNStSYJv0moBIsdRwkULXvZRMpFjKJ1IkCMb2iBTLnF6+HlaRYplPpHg9AJFiGRDkr1eVGTo0E79ByMRvCDHxcsvE2CYtF2DiFYYzsa57BRkTr7BM7L48TPym08u3wsrEb/qY+K0AmPhNIMjfAjIxq7oLXAOxHFey2AWrrF2gVhEM1Num2wX6vPG2gF1QkcQuWAnc5d8BgrKitQvUOwQAX81iF6wBDud8oF2wgMQueJdQpHhXSKR4z4oU2Ca9JyBSrDVcpNB1ryUTKdbyiRTlBWN7RIp1Ti/fD6tIsc4nUrwfgEixDgjy96vKDB2aiT8gZOIPhJh4vWVibJPWCzDxBsOZWNe9gYyJN1gmdl8eJv7Q6eVHYWXiD31M/FEATPwhEOQfAZmYVd0FroFYjhtZ7IJN1i5QmwgGarPpdoE+b2wWsAsqkdgFG4G7/MdAUFaydoH6mADgW1jsgq3A4VwMtAuWkNgFnxCKFJ8IiRTbrEiBbdI2AZFiu+Eiha57O5lIsZ1PpKggGNsjUuxwerkzrCLFDp9IsTMAkWIHEOQ7q8oMHZqJPyVk4k+FmHiXZWJsk3YJMPFuw5lY172bjIl3WyZ2Xx4m/szp5edhZeLPfEz8eQBM/BkQ5J8DmZhV3QWugViOe1jsgr3WLlB7CQbqC9PtAn3e+ELALqhCYhfsAe7yXwJBWcXaBepLAoDvY7EL9gOHcynQLlhGYhd8RShSfCUkUnxtRQpsk74WECkOGC5S6LoPkIkUB/hEihaCsT0ixUGnl9+EVaQ46BMpvglApDgIBPk3VWWGDs3E3xIy8bdCTHzIMjG2SYcEmPiw4Uys6z5MxsSHLRO7Lw8Tf+f08vuwMvF3Pib+PgAm/g4I8u+BTMyq7gLXQCzHIyx2wVFrF6ijBAP1g+l2gT5v/CBgFySS2AVHgLv8j0BQJlq7QP1IAPBjLHbBceBwLgfaBStI7IKfCEWKn4REip+tSIFt0s8CIsUJw0UKXfcJMpHiBJ9I0VIwtkekOOn08pewihQnfSLFLwGIFCeBIP+lqszQoZn4V0Im/lWIiU9ZJsY26ZQAE582nIl13afJmPi0ZWL35WHi35xe/h5WJv7Nx8S/B8DEvwFB/juQiVnVXeAaiOV4hsUuOGvtAnWWYKDOmW4X6PPGOQG7oCqJXXAGeStXDZdXVWsXKOB6iuWYpZrMnMPtgqzA4VwJtAtWkdgF2arxiRTZgMPpzveCaq7Xzp9WpPgvY+om6QVFx70QOLBSdV9YDd4jUZHiQiCgAhIpWgnG9ogU2Z1eXuTqaahECr0Asa5i3QvhTyjjd0cLzOxAkF9UTWbo0Ex8MSETXyzExDksE2OblEOAiS8xnIl13ZeQMfEllondl4eJL3V6eVlYmfhSHxNfFgATXwoE+WVAJmZVd4FrIJZjTinxB33LlAso/rAOVC6CgcqNzhGdoD5v5K6GH9BkErsgJ3CXvxwIymRrF6jLCQCeh8UuuAI4nKuBdsEaErvgSkKR4kohkeIqK1Jgm3SVgEhxteEiha77ajKR4mo+kaK1YGyPSHGN08u8YRUprvGJFHkDECmuAYI8bzWZoUMz8bWETHytEBPns0yMbVI+ASa+znAm1nVfR8bE11kmdl8eJs7v9PL6sDJxfh8TXx8AE+cHgvx6IBOzqrvANRDLsQCLXXCDtQvUDQQDVdB0u0CfNwoK2AU1SOyCAsBdPhYIyhrWLlCxBAAvxGIXFAYO51qgXbCOxC4oQihSFBESKW60IgW2STcKiBRFDRcpdN1FyUSKonwiRapgbI9IcZPTy2JhFSlu8okUxQIQKW4CgrxYNZmhQzPxzYRMfLMQExe3TIxtUnEBJr7FcCbWdd9CxsS3WCZ2Xx4mLuH08tawMnEJHxPfGgATlwCC/FYgE7Oqu8A1EMuxJItdcJu1C9RtBANVynS7QJ83SgnYBSkkdkFJ4C4fBwRlirULVBwBwBWLXVAaOJzrgXbBBhK7IJ5QpIgXEinKWJEC26QyAiJFWcNFCl13WTKRoiyfSJEmGNsjUpRzepkQVpGinE+kSAhApCgHBHlCNZmhQzNxeUImLi/ExBUsE2ObVEGAiW83nIl13beTMfHtlondl4eJKzq9vCOsTFzRx8R3BMDEFYEgvwPIxKzqLnANxHKsxGIXVLZ2gapMMFBVTLcL9HmjioBdUJvELqgE3OUjQFDWtnaBihAAPJHFLkgCDudGoF2wicQuqEooUlQVEimqWZEC26RqAiJFsuEiha47mUykSKYTKVScXGyvSFHd6WWNsIoU1X0iRY0ARIrqQJDXqCYzdGgmrknIxDWFmDjFMjG2SSkCTFzLcCbWddciY+Jalok9wd3513Z6WSesTFzbx8R1AmDi2kCQ1wEyMau6W6ea+TnWZbEL6lm7QNUjGKj6ptsF+rxRX8AuqEtiF9QF7vJ3AkFZ19oF6k4CgDdgsQvuAg7nFqBdsJXELmhIKFI0FBIp7rYiBbZJdwuIFI0MFyl03Y3IRIpGfCKFkovtFSnucXrZOKwixT0+kaJxACLFPUCQN64mM3RoJr6XkInvFWLiJpaJsU1qIsDE9xnOxLru+8iY+D7LxJ7g7vybOr28P6xM3NTHxPcHwMRNgSC/H8jErOru/dXMz7EZi13wgLUL1AMEA9XcdLtAnzeaC9gF9UnsgmbAXf5BICjrW7tAPUgA8BYsdkFL4HBuB9oFO0jsglaEIkUrIZGitRUpsE1qLSBSpBouUui6U8lEilQ+kaK0XGyvSJHm9LJNWEWKNJ9I0SYAkSINCPI21WSGDs3EDxEy8UNCTNzWMjG2SW0FmLid4Uys625HxsTtLBN7grvzb+/0skNYmbi9j4k7BMDE7YEg7wBkYlZ1t0M183PsyGIXdLJ2gepEMFCdTbcL9Hmjs4Bd0IDELugI3OUfBoKygbUL1MMEAO/CYhd0BQ7nLqBdsJvELuhGKFJ0ExIpuluRAtuk7gIiRQ/DRQpddw8ykaIHn0gRLxfbK1L0dHr5SFhFip4+keKRAESKnkCQP1JNZujQTPwoIRM/KsTEvSwTY5vUS4CJexvOxLru3mRM3NsysSe4O/8+Ti/7hpWJ+/iYuG8ATNwHCPK+QCZmVXf7VjM/x34sdkF/axeo/gQD9ZjpdoE+bzwmYBc0JLEL+gF3+ceBoGxo7QL1OAHAB7DYBQOBw7kHaBfsJbELBhGKFIOERIrBVqTANmmwgEgxxHCRQtc9hEykGMInUpSRi+0VKYY6vXwirCLFUJ9I8UQAIsVQIMifqCYzdGgmfpKQiZ8UYuJhlomxTRomwMTDDWdiXfdwMiYebpnYE9yd/winlyPDysQjfEw8MgAmHgEE+UggE7OquyOrmZ/jKBa7YLS1C9RogoF6ynS7QJ83nhKwCxqR2AWjgLv800BQNrJ2gXqaAOBjWOyCscDh3Ae0C/aT2AXPEIoUzwiJFM9akQLbpGcFRIpxhosUuu5xZCLFOD6RoqxcbK9IMd7p5XNhFSnG+0SK5wIQKcYDQf5cNZmhQzPx84RM/LwQE0+wTIxt0gQBJp5oOBPruieSMfFEy8Se4O78Jzm9fCGsTDzJx8QvBMDEk4AgfwHIxKzq7gvVzM9xMotdMMXaBWoKwUC9aLpdoM8bLwrYBY1J7ILJwF1+KhCUja1doKYSAHwai10wHTicB4B2wUESu+AlQpHiJSGR4mUrUmCb9LKASDHDcJFC1z2DTKSYwSdSlJOL7RUpZjq9nBVWkWKmT6SYFYBIMRMI8lnVZIYOzcSvEDLxK0JMPNsyMbZJswWYeI7hTKzrnkPGxHMsE3uCu/Of6/RyXliZeK6PiecFwMRzgSCfB2RiVnV3XjXzc5zPYhcssHaBWkAwUAtNtwv0eWOhgF3QhMQumA/c5RcBQdnE2gVqEQHAF7PYBUuAw3kIaBccJrELXiUUKV4VEilesyIFtkmvCYgUSw0XKXTdS8lEiqV8IkWCXGyvSLHM6eXrYRUplvlEitcDECmWAUH+ejWZoUMz8RuETPyGEBMvt0yMbdJyASZeYTgT67pXkDHxCsvEnuDu/N90evlWWJn4TR8TvxUAE78JBPlbQCZmVXffqmZ+jitZ7IJV1i5QqwgG6m3T7QJ93nhbwC5oSmIXrATu8u8AQdnU2gXqHQKAr2axC9YAh/MI0C44SmIXvEsoUrwrJFK8Z0UKbJPeExAp1houUui615KJFGv5RIrycrG9IsU6p5fvh1WkWOcTKd4PQKRYBwT5+9Vkhg7NxB8QMvEHQky83jIxtknrBZh4g+FMrOveQMbEGywTe4K78//Q6eVHYWXiD31M/FEATPwhEOQfAZmYVd39qJr5OW5ksQs2WbtAbSIYqM2m2wX6vLFZwC5oRmIXbATu8h8DQdnM2gXqYwKAb2GxC7YCh/MY0C44TmIXfEIoUnwiJFJssyIFtknbBESK7YaLFLru7WQixXY+kaKCXGyvSLHD6eXOsIoUO3wixc4ARIodQJDvrCYzdGgm/pSQiT8VYuJdlomxTdolwMS7DWdiXfduMibebZnYE9yd/2dOLz8PKxN/5mPizwNg4s+AIP8cyMSs6u7n1czPcQ+LXbDX2gVqL8FAfWG6XaDPG18I2AXNSeyCPcBd/ksgKJtbu0B9SQDwfSx2wX7gcJ4A2gUnSeyCrwhFiq+ERIqvrUiBbdLXAiLFAcNFCl33ATKR4gCfSNFCLrZXpDjo9PKbsIoUB30ixTcBiBQHgSD/pprM0KGZ+FtCJv5WiIkPWSbGNumQABMfNpyJdd2HyZj4sGViT3B3/t85vfw+rEz8nY+Jvw+Aib8Dgvx7IBOzqrvfVzM/xyMsdsFRaxeoowQD9YPpdoE+b/wgYBe0ILELjgB3+R+BoGxh7QL1IwHAj7HYBceBw3kKaBecJrELfiIUKX4SEil+tiIFtkk/C4gUJwwXKXTdJ8hEihN8IkVLudhekeKk08tfwipSnPSJFL8EIFKcBIL8l2oyQ4dm4l8JmfhXISY+ZZkY26RTAkx82nAm1nWfJmPi05aJPcHd+f/m9PL3sDLxbz4m/j0AJv4NCPLfgUzMqu7+Xs38HM+w2AVnrV2gzhIM1DnT7QJ93jgnYBe0IrELziBv5ZJxebWydoECrqdYjlmSZeYcbhdkBQ7nGaBdcJbELsiWzCdSZAMOpzvfC5Jdr50/rUjxX8bUTdILio57IXBgpeq+MBneI1GR4kIgoAISKVrJxfaKFNmdXl7k6mmoRAq9ALGuYt0L4U8o43dHC8zsQJBflCwzdGgmvpiQiS8WYuIclomxTcohwMSXGM7Euu5LyJj4EsvEnuDu/C91enlZWJn4Uh8TXxYAE18KBPllQCZmVXcvSzY/x5xS4g/6likXUPxhHahcBAOVG50jOkF93sidjB/QVBK7ICdwl78cCMpUaxeoywkAnofFLrgCOJxZcMOpsgptFOgN7UpCkeJKIZHiKitSYJt0lYBIcbXhIoWu+2oykeJqPpGitVxsr0hxjdPLvGEVKa7xiRR5AxAprgGCPG+yzNChmfhaQia+VoiJ81kmxjYpnwATX2c4E+u6ryNj4ussE3uCu/PP7/Ty+rAycX4fE18fABPnB4L8eiATs6q71yebn2MBFrvgBmsXqBsIBqqg6XaBPm8UFLAL2pDYBQWAu3wsEJRtrF2gYgkAXojFLigMHM4LgXZBdhK7oAihSFFESKS40YoU2CbdKCBSFDVcpNB1FyUTKYryiRSpcrG9IsVNTi+LhVWkuMknUhQLQKS4CQjyYskyQ4dm4psJmfhmISYubpkY26TiAkx8i+FMrOu+hYyJb7FM7Anuzr+E08tbw8rEJXxMfGsATFwCCPJbgUzMqu7emmx+jiVZ7ILbrF2gbiMYqFKm2wX6vFFKwC5oS2IXlATu8nFAULa1doGKIwC4YrELSgOHMwfQLriExC6IJxQp4oVEijJWpMA2qYyASFHWcJFC112WTKQoyydSpMnF9ooU5ZxeJoRVpCjnEykSAhApygFBnpAsM3RoJi5PyMTlhZi4gmVibJMqCDDx7YYzsa77djImvt0ysSe4O/+KTi/vCCsTV/Qx8R0BMHFFIMjvADIxq7p7R7L5OVZisQsqW7tAVSYYqCqm2wX6vFFFwC5oT2IXVALu8hEgKNtbu0BFCACeyGIXJAGHMyfQLsgV0EYR7fpVBa7fIOB3PwwGxpJcv2r//vUTnb9k4PoVA+L3ZjB+0Tci+li4OBs+bkfhuuOiu5SuealA3Z2E9uus4PqB/VGdDJ/xellkZrwLwYy/LlB3V5IZB/ZHIWvW/dAGRQYHLkl/cTb9z1edP19z/tRX9XReq+EcQLO71uh152f0v2f8bM301yk+6Q8t+72RDRerFpCzgzK2lmWTMbZqW2ML26TaAsZWHcONLV13HSFjS4Kcagkoa3WT/2826nrpv7f+X2zU9Vwb9Z3prxtk8rNLnZ+90/lZvRHclf66ofCmjpzru4Gb+v9m/Rul/957/mL9G7nWv3H663v/Yv0bu9a/Sfrr+zL52WXOzzZxflbn2DT99f1OryT2nrsE8NLD8JtYPU9NBeruSSKsNQPiCdhr1ZPkOeYH/vu9Lc4XK7CbzAeEnp5qbm8ysU1qLnCT+aDhN5m67gfJnp56UPDpKbRqMTv9FyDdlAZVY2KqCfcrytjK/xfu9W3h5N7yHzzddS7mzzPkf7rrXMzfP92VWZz/s6e79AKschXb0jUc/oRQv7sFcBNq9RexyiektkxLKBPfIq5MWsv0OOXSUuNblK6g0srHp4ePL6NatkiNa12mZUK5MuXKpyUE9vxyKyEGbm0ZGNuk1gIMnGo4A+u6UwOSeaKtv6WTKzpuL0MfoPrTt84BZykNeFfQC+xn6E1M55foxETPfMZdEXqO+hguf2TcvaHr7mum/PGnIzfyRqQlMFY/kgc4gfOtgDOj+pHIR20I5aM2QjevD9mbV2yTHhK4eW1r+M2rrrstkUcpket/egMeOv+WUWwEaZ4rNTC5p52z3u3/gdyTlMna+eWepJi/l3syi/O3co/EsIFi/XFH3i75fLFZnUVNjPFe6DsOYB2qPXAz6wADQ1paxnp2EDzx6HVsKXDnP8CspzX/dJek624nUPdAw59S1XW3F6h7kKEnFT/BIPcN94xHu36DSU56wPlWwJlRgwN6WjjaPrcDck1HoFKnY0hwS8dkmT0M2WsJFfHOqvi6hxGoiHcJ1D2c5CGqTkA8Anuthhs+NxovLQTmZhQBXloK1D2aBC+dgXgB9lqNJsBLF4G5GUOAl64CdY8lwcvDQLwAe63GEuBlgMDcjCPAy0CBuseT4KULEC/AXqvxBHgZIzA3EwjwMlag7okkeOkKxAuw12oiAV6mCczNZAK8TBeoewoJXroB8QLstZpCgJfFAnMzjQAvSwTqnk6Cl+5AvAB7raYT4GW1wNzMIMDLGoG6Z5LgpQcQL8Beq5kEeNkiMDezCfCyVaDuOSR46QnEC7DXag4BXvYJzM18ArzsF6h7AQleHgHiBdhrtYAAL8cE5mYxAV6OC9S9hAQvjwLxAuy1WkKAlyzV8HOzlAAvWQXqXkaCl15AvAB7rZYR4CWPwNwsJ8DLFQJ1ryDBS28gXoC9VisI8FJIYG5WEuClsEDdq0jw0geIF2Cv1SoCvCiBuVlNgJfSAnWvIcFLXyBegL1WawjwkigwN2sJ8JIkUPc6Erz0A+IF2Gu1jgAvDQTmZj3D+18E6t5Agpf+QLwAe602EOClhcDcbGR4/4tA3ZtI8PIYEC/AXqtNBHjpIjA3Wxje/yJQ91YSvDwOxAuw12orAV4GCMzNdob3vwjUvYMELwOAeAH2Wu0gwMsYgbnZxfD+F4G6d5PgZSAQL8Beq90EeJkmMDd7GN7/IlD3XhK8DALiBdhrtZcAL4sF5mYfw/tfBOreT4KXwUC8AHut9hPgZbXA3BxgeP+LQN0HSfAyBIgXYK/VQQK8bBGYm0MM738RqPswCV6GAvEC7LU6TICXfQJzc4Th/S8CdR8lwcsTQLwAe62OEuDlmMDcHGN4/4tA3cdJ8PIkEC/AXqvjBHjJIvA5uCcY3v8iUPdJErwMA+IF2Gt1kgAveQTm5hTD+18E6j5NgpfhQLwAe61OE+ClkMDcnGF4/4tA3WdJ8DICiBdgr9VZArwogbnJssN8vJQWqDvrDg68jATiBdhrldXwufmf978IzM2FBHhJEqg7OwleRgHxAuy1Qq7fhekxUtMbHOvE09/hob+XQH/Wuv78aP2ZuPpzPvVnF+rPY9OfMaU/N0d/Foj+fAP9nm39PlT93jr9fiH9Hgj9XLd+VlU/f6efKdLPSWjvV/tZWqPXuqPWUvT5UN/zah7Xe9Oo5BjPBf9eiGSZuUPn+RRy7tJj6C/Sy+rE02vwlPA6Pw38jqdsrvz+Kue46C71tNC3+Y6x3+aLbdIYgW/zHWv4t/nquscSfZuvRK56gN3AyQrOW9/kVU3G3jxVE+qZ/0Ll7F7fZ5zcn/0H3xBcyPX/ZXH9mcXVq0Ixf/8NwZnF+Vd8Q7BezFjXwj2b/OedN5u5dahngRvkuGT8+o77B+sZ9be+ADeHPkC1qa+w2oT4tspnBE6ROXaYX/ezAnVfYrhqoOseL1D3pQGpBnHRXQo4lwrYayW1fug+P0d4enxO6PT4vD09Ypv0vMDpcYLhp0dd9wSi0+MEe3qkPz1OdHKfZE+P//2VsVATfafHSWSnx0nADfIFgdPjCwGcHifb0+N/fYqaKHCayE1wepwkUPflBKfHyQJ15yE5PQLnUgF7rZDrp0k/LZNjGbo/6NmclGx+jlOEPG44IF8EEiLrQL1IMFBT0TmiE9Ta8lQBxriahDGmAO+upwFBeTXBncY0gbmZnoxlylTCjW06wcb2kukb2xvpA1pTYEDzGg7MWuk1NxOo+1qSx05fBm7CwF4rqfXLCl4/t3QV9VdEA3shgRUpEpuZbD55vyxQd37D90ZNWjME6r6eZG+cBcQjsNfq+h00N31/GLvo2ZxJcNM3K1lmzuGAfCX6U11pJ5YK6imIV4Segphtn4LANmm2wFMQcwx/CkLXPUfYUZdc07goryCegKhSFfsERDK+Xx5Ag2KrjBfu9Z3r5D7vHzwBUTjmzzPkfwKicMzfPwGRWZy/fQICtAh/LEZGcXOTzyeY1VmIWF9yqN+ZMXxoFi5I8A7dZIHjQKzZx4E/7mzmAklnHjBWIRLvADjfCjgzCrh+ng0fjZP5JO8oXgB+R3GbLOfJRK/BAuF3FC8kfCZ8odBpaJE9DWGbtEjgNLTY8NOQrnsx2WloseBpSGhmA3veeonTy1dNf94avQgZxS3xPSP9anLMny600bQECPJXSe4kXiNk4teEmHipZWJsk5YKMPEyw5lY172MjImXWSZ2Xx4mft3p5RthZeLXfUz8RgBM/DoQ5G+An99rQ/j83hvJ5ue4nMXKXQF+0p1xoFYQDNSbpj8Qqs8bbwqo/UVJ1OrlwF3+LSAoi/I8/CMGnrcIAL5SijHQtzPIJ1hXgZ9gzbjQT/a9DcxzGPAN0sOFPgwfvYm/QyjMvCMkzKy2wgy2SasFhJk1hgszuu41ZMLMGj5hRuKBrD9iu/N/1+nle2EVZt71CTPvBSDMvAsE+XtCdzJoJl5LyMRrhZh4nWVibJPWCTDx+4Yzsa77fTImft8ysSe2O/8PnF6uDysTf+Bj4vUBMPEHQJCvt4q2Aq6BWI4bWCySD+1AqQ8JBuoj0y0Sfd74SMAiKUZikWwA7vIbgaAsZi0StZEA4JukGANtF2wGDucooF0wmsQu+JhQpPhYSKTYYkUKbJO2CIgUWw0XKXTdW8lEiq18IkVpwdgekeITp5fbwipSfOITKbYFIFJ8AgT5tmSZoUMz8XZCJt4uxMQ7LBNjm7RDgIl3Gs7Euu6dZEy80zKx+/Iw8adOL3eFlYk/9THxrgCY+FMgyHcBmZhV3QWugViOu1nsgs+sXaA+Ixioz023C/R543MBu6A4iV2wG7jL7wGCsri1C9QeAoDvZbELvgAO5xigXTCWxC74klCk+FJIpNhnRQpsk/YJiBT7DRcpdN37yUSK/XwiRbxgbI9I8ZXTy6/DKlJ85RMpvg5ApPgKCPKvk2WGDs3EBwiZ+IAQEx+0TIxt0kEBJv7GcCbWdX9DxsTfWCZ2Xx4m/tbp5aGwMvG3PiY+FAATfwsE+SEgE7Oqu8A1EMvxMItd8J21C9R3BAP1vel2gT5vfC9gF5QgsQsOA3f5I0BQlrB2gTpCAPCjLHbBD8DhHAe0C8aT2AU/EooUPwqJFMesSIFt0jEBkeK44SKFrvs4mUhxnE+kKCMY2yNS/OT08uewihQ/+USKnwMQKX4CgvznZJmhQzPxCUImPiHExCctE2ObdFKAiX8xnIl13b+QMfEvlondl4eJf3V6eSqsTPyrj4lPBcDEvwJBfgrIxKzqLnANxHI8zWIX/GbtAvUbwUD9brpdoM8bvwvYBSVJ7ILTwF3+DBCUJa1doM4QAPwsi11wDjicE4B2wUQSuyCmOp9I4c45LsrLnW+W6udfW5Ei2pjV//+CouNmBQ6sVN1Zq8N7JCpSZAUCKiCRoqxgbI9Ikc3p5QWunoZKpNALEOsq1r0Q/oQyfnfUTAIE+QXVZYYOzcQXEjLxhUJMnN0yMbZJ2QWY+CLDmVjXfREZE19kmdh9eZj4YqeXOcLKxBf7mDhHAEx8MRDkOYBMzKruAtdALMdLBHLMNNFoB+pSXKK0dsGlBAN1GTpHdIL6vHFZdfyAliKxCy4B7vI5gaAsZe0ClZMA4LmkGANtF+QGDudkoF0whcQuuJxQpLhcSKTIY0UKbJPyCIgUVxguUui6ryATKa7gEynKCcb2iBRXOr28KqwixZU+keKqAESKK4Egv6q6zNChmfhqQia+WoiJr7FMjG3SNQJMnNdwJtZ15yVj4ryWid2Xh4mvdXqZL6xMfK2PifMFwMTXAkGeD8jErOoucA3EcryOxS7Ib+0ClZ9goK433S7Q543rBewCRWIXXAfc5QsAQamsXaAKEAD8Bha7oCBwOKcB7YLpJHZBLKFIESskUhSyIgW2SYUERIrChosUuu7CZCJFYT6RIkEwtkekKOL08sawihRFfCLFjQGIFEWAIL+xuszQoZm4KCETFxVi4pssE2ObdJMAExcznIl13cXImLiYZWL35WHim51eFg8rE9/sY+LiATDxzUCQFwcyMau6C1wDsRxvYbELSli7QJUgGKhbTbcL9HnjVgG7IJ7ELrgFuMuXBIIy3toFqiQBwG9jsQtKAYdzBtAumEliF8QRihRxQiKFsiIFtklKQKQobbhIoesuTSZSlOYTKcoLxvaIFPFOL8uEVaSI94kUZQIQKeKBIC9TXWbo0ExclpCJywoxcTnLxNgmlRNg4gTDmVjXnUDGxAmWid2Xh4nLO72sEFYmLu9j4goBMHF5IMgrAJmYVd0FroFYjrez2AUVrV2gKhIM1B2m2wX6vHGHgF1QlsQuuB24y1cCgrKstQtUJQKAV2axC6oAh3M20C6YQ2IXRAhFioiQSJFoRQpskxIFRIokw0UKXXcSmUiRxCdSVBCM7REpqjq9rBZWkaKqT6SoFoBIURUI8mrVZYYOzcTJhEycLMTE1S0TY5tUXYCJaxjOxLruGmRMXMMysfvyMHFNp5cpYWXimj4mTgmAiWsCQZ4CZGJWdRe4BmI51mKxC2pbu0DVJhioOqbbBfq8UUfALkggsQtqAXf5ukBQJli7QNUlAHg9FrugPnA45wPtggUkdsGdhCLFnUIiRQMrUmCb1EBApLjLcJFC130XmUhxF59I0UIwtkekaOj08u6wihQNfSLF3QGIFA2BIL+7uszQoZm4ESETNxJi4nssE2ObdI8AEzc2nIl13Y3JmLixZWL35WHie51eNgkrE9/rY+ImATDxvUCQNwEyMau6C1wDsRzvY7ELmlq7QDUlGKj7TbcL9HnjfgG7oAKJXXAfcJdvBgRlBWsXqGYEAH+AxS5oDhzOxUC7YAmJXfAgoUjxoJBI0cKKFNgmtRAQKVoaLlLouluSiRQt+USKloKxPSJFK6eXrcMqUrTyiRStAxApWgFB3rq6zNChmTiVkIlThZg4zTIxtklpAkzcxnAm1nW3IWPiNpaJ3ZeHiR9yetk2rEz8kI+J2wbAxA8BQd4WyMSs6i5wDcRybMdiF7S3doFqTzBQHUy3C/R5o4OAXVCRxC5oB9zlOwJBWdHaBaojAcA7sdgFnYHDuRRoFywjsQseJhQpHhYSKbpYkQLbpC4CIkVXw0UKXXdXMpGiK59I0Uowtkek6Ob0sntYRYpuPpGiewAiRTcgyLtXlxk6NBP3IGTiHkJM3NMyMbZJPQWY+BHDmVjX/QgZEz9imdh9eZj4UaeXvcLKxI/6mLhXAEz8KBDkvYBMzKruAtdALMfeLHZBH2sXqD4EA9XXdLtAnzf6CtgFlUjsgt7AXb4fEJSVrF2g+hEAvD+LXfAYcDiXA+2CFSR2weOEIsXjQiLFACtSYJs0QECkGGi4SKHrHkgmUgzkEylaC8b2iBSDnF4ODqtIMcgnUgwOQKQYBAT54OoyQ4dm4iGETDxEiImHWibGNmmoABM/YTgT67qfIGPiJywTuy8PEz/p9HJYWJn4SR8TDwuAiZ8EgnwYkIlZ1V3gGojlOJzFLhhh7QI1gmCgRppuF+jzxkgBu6AKiV0wHLjLjwKCsoq1C9QoAoCPZrELngIO50qgXbCKxC54mlCkeFpIpBhjRQpsk8YIiBRjDRcpdN1jyUSKsXwiRapgbI9I8YzTy2fDKlI84xMpng1ApHgGCPJnq8sMHZqJxxEy8TghJh5vmRjbpPECTPyc4Uys636OjImfs0zsvjxM/LzTywlhZeLnfUw8IQAmfh4I8glAJmZVd4FrIJbjRBa7YJK1C9QkgoF6wXS7QJ83XhCwCxJJ7IKJwF1+MhCUidYuUJMJAD6FxS54ETicq4F2wRoSu2AqoUgxVUikmGZFCmyTpgmIFNMNFyl03dPJRIrpfCJFmmBsj0jxktPLl8MqUrzkEyleDkCkeAkI8perywwdmolnEDLxDCEmnmmZGNukmQJMPMtwJtZ1zyJj4lmWid2Xh4lfcXo5O6xM/IqPiWcHwMSvAEE+G8jErOoucA3EcpzDYhfMtXaBmkswUPNMtwv0eWOegF1QlcQumAPc5ecDQVnV2gVqPgHAF7DYBQuBw7kWaBesI7ELFhGKFIuERIrFVqTANmmxgEixxHCRQte9hEykWEInUqg4udhekeJVp5evhVWkeNUnUrwWgEjxKhDkr1WXGTo0Ey8lZOKlQky8zDIxtknLBJj4dcOZWNf9OhkTv26Z2BPcnf8bTi+Xh5WJ3/Ax8fIAmPgNIMiXA5mYVd1dXt38HFew2AVvWrtAvUkwUG+Zbhfo88ZbAnZBMoldsAK4y68EgjLZ2gVqJQHAV7HYBW8Dh3M90C7YQGIXvEMoUrwjJFKstiIFtkmrBUSKNYaLFLruNWQixRo+kULJxfaKFO86vXwvrCLFuz6R4r0ARIp3gSB/r7rM0KGZeC0hE68VYuJ1lomxTVonwMTvG87Euu73yZj4fcvEnuDu/D9werk+rEz8gY+J1wfAxB8AQb4eyMSs6u766ubnuIHFLvjQ2gXqQ4KB+sh0u0CfNz4SsAtqkNgFG4C7/EYgKGtYu0BtJAD4Jha7YDNwODcC7YJNJHbBx4QixcdCIsUWK1Jgm7RFQKTYarhIoeveSiZSbOUTKUrLxfaKFJ84vdwWVpHiE59IsS0AkeITIMi3VZcZOjQTbydk4u1CTLzDMjG2STsEmHin4Uys695JxsQ7LRN7grvz/9Tp5a6wMvGnPibeFQATfwoE+S4gE7Oqu7uqm5/jbha74DNrF6jPCAbqc9PtAn3e+FzALkghsQt2A3f5PUBQpli7QO0hAPheFrvgC+BwbgHaBVtJ7IIvCUWKL4VEin1WpMA2aZ+ASLHfcJFC172fTKTYzydSxMvF9ooUXzm9/DqsIsVXPpHi6wBEiq+AIP+6uszQoZn4ACETHxBi4oOWibFNOijAxN8YzsS67m/ImPgby8Se4O78v3V6eSisTPytj4kPBcDE3wJBfgjIxKzq7qHq5ud4mMUu+M7aBeo7goH63nS7QJ83vhewC2qT2AWHgbv8ESAoa1u7QB0hAPhRFrvgB+BwbgfaBTtI7IIfCUWKH4VEimNWpMA26ZiASHHccJFC132cTKQ4zidSlJGL7RUpfnJ6+XNYRYqffCLFzwGIFD8BQf5zdZmhQzPxCUImPiHExCctE2ObdFKAiX8xnIl13b+QMfEvlok9wd35/+r08lRYmfhXHxOfCoCJfwWC/BSQiVnV3VPVzc/xNItd8Ju1C9RvBAP1u+l2gT5v/C5gF9QlsQtOA3f5M0BQ1rV2gTpDAPCzLHbBOeBw7gLaBbtJ7IKYGnwihTvnuCgvd75Zapx/bUWKaGPW+P8Lio6bFTiwUnVnrQHvkahIkRUIqIBEirJysb0iRTanlxe4ehoqkUIvQKyrWPdC+BPK+N1RMwkQ5BfUkBk6NBNfSMjEFwoxcXbLxNgmZRdg4osMZ2Jd90VkTHyRZWJPcHf+Fzu9zBFWJr7Yx8Q5AmDii4EgzwFkYlZ1N0cN83O8RCDHTBONdqAuxSVKaxdcSjBQl6FzRCeozxuX1cAPaH0Su+AS4C6fEwjK+tYuUDkJAJ5LijHQdkFu4HDuAdoFe0nsgssJRYrLhUSKPFakwDYpj4BIcYXhIoWu+woykeIKPpGinFxsr0hxpdPLq8IqUlzpEymuCkCkuBII8qtqyAwdmomvJmTiq4WY+BrLxNgmXSPAxHkNZ2Jdd14yJs5rmdgT3J3/tU4v84WVia/1MXG+AJj4WiDI8wGZmFXdzVfD/ByvY7EL8lu7QOUnGKjrTbcL9HnjegG7oAGJXXAdcJcvAARlA2sXqAIEAL+BxS4oCBzOfUC7YD+JXRBLKFLECokUhaxIgW1SIQGRorDhIoWuuzCZSFGYT6RIkIvtFSmKOL28MawiRRGfSHFjACJFESDIb6whM3RoJi5KyMRFhZj4JsvE2CbdJMDExQxnYl13MTImLmaZ2BPcnf/NTi+Lh5WJb/YxcfEAmPhmIMiLA5mYVd0tXsP8HG9hsQtKWLtAlSAYqFtNtwv0eeNWAbugIYldcAtwly8JBGVDaxeokgQAv43FLigFHM4DQLvgIIldEEcoUsQJiRTKihTYJikBkaK04SKFrrs0mUhRmk+kKC8X2ytSxDu9LBNWkSLeJ1KUCUCkiAeCvEwNmaFDM3FZQiYuK8TE5SwTY5tUToCJEwxnYl13AhkTJ1gm9gR351/e6WWFsDJxeR8TVwiAicsDQV4ByMSs6m6FGubneDuLXVDR2gWqIsFA3WG6XaDPG3cI2AWNSOyC24G7fCUgKBtZu0BVIgB4ZRa7oApwOA8B7YLDJHZBhFCkiAiJFIlWpMA2KVFApEgyXKTQdSeRiRRJfCJFBbnYXpGiqtPLamEVKar6RIpqAYgUVYEgr1ZDZujQTJxMyMTJQkxc3TIxtknVBZi4huFMrOuuQcbENSwTe4K786/p9DIlrExc08fEKQEwcU0gyFOATMyq7qbUMD/HWix2QW1rF6jaBANVx3S7QJ836gjYBY1J7IJawF2+LhCUja1doOoSALwei11QHzicR4B2wVESu+BOQpHiTiGRooEVKbBNaiAgUtxluEih676LTKS4i0+kaCEX2ytSNHR6eXdYRYqGPpHi7gBEioZAkN9dQ2bo4E8iETJxIyEmvscyMbZJ9wgwcWPDmVjX3ZiMiRtbJvYEd+d/r9PLJmFl4nt9TNwkACa+FwjyJkAmZlV3m9QwP8f7WOyCptYuUE0JBup+0+0Cfd64X8AuaEJiF9wH3OWbAUHZxNoFqhkBwB9gsQuaA4fzGNAuOE5iFzxIKFI8KCRStLAiBbZJLQREipaGixS67pZkIkVLPpGipVxsr0jRyull67CKFK18IkXrAESKVkCQt64hM3RoJk4lZOJUISZOs0yMbVKaABO3MZyJdd1tyJi4jWViT3B3/g85vWwbViZ+yMfEbQNg4oeAIG8LZGJWdbdtDfNzbMdiF7S3doFqTzBQHUy3C/R5o4OAXdCUxC5oB9zlOwJB2dTaBaojAcA7sdgFnYHDeQJoF5wksQseJhQpHhYSKbpYkQLbpC4CIkVXw0UKXXdXMpGiK59I0Uoutlek6Ob0sntYRYpuPpGiewAiRTcgyLvXkBk6NBP3IGTiHkJM3NMyMbZJPQWY+BHDmVjX/QgZEz9imdgT3J3/o04ve4WViR/1MXGvAJj4USDIewGZmFXd7VXD/Bx7s9gFfaxdoPoQDFRf0+0Cfd7oK2AXNCOxC3oDd/l+QFA2s3aB6kcA8P4sdsFjwOE8BbQLTpPYBY8TihSPC4kUA6xIgW3SAAGRYqDhIoWueyCZSDGQT6RoLRfbK1IMcno5OKwixSCfSDE4AJFiEBDkg2vIDB2aiYcQMvEQISYeapkY26ShAkz8hOFMrOt+goyJn7BM7Anuzv9Jp5fDwsrET/qYeFgATPwkEOTDgEzMqu4Oq2F+jsNZ7IIR1i5QIwgGaqTpdoE+b4wUsAuak9gFw4G7/CggKJtbu0CNIgD4aBa74CngcJ4B2gVnSeyCpwlFiqeFRIoxVqTANmmMgEgx1nCRQtc9lkykGMsnUqTKxfaKFM84vXw2rCLFMz6R4tkARIpngCB/tobM0KGZeBwhE48TYuLxlomxTRovwMTPGc7Euu7nyJj4OcvEnuDu/J93ejkhrEz8vI+JJwTAxM8DQT4ByMSs6u6EGubnOJHFLphk7QI1iWCgXjDdLtDnjRcE7IIWJHbBROAuPxkIyhbWLlCTCQA+hcUueBE4nFlww6myCm0U6A1tKqFIMVVIpJhmRQpsk6YJiBTTDRcpdN3TyUSK6XwiRZpcbK9I8ZLTy5fDKlK85BMpXg5ApHgJCPKXa8gMHZqJZxAy8QwhJp5pmRjbpJkCTDzLcCbWdc8iY+JZlok9wd35v+L0cnZYmfgVHxPPDoCJXwGCfDaQiVnV3dk1zM9xDotdMNfaBWouwUDNM90u0OeNeQJ2QSsSu2AOcJefDwRlK2sXqPkEAF/AYhcsBA7nhUC7IHtAG0W067cIuH59gO/O6AuMJbl+i//96yc6f0uA61cQiN9YMH7RNyL6WLg8Gz5uqnDdcdFdSte8UqDuNKH9Oiu4fmB/VJrhM14vi8yMtyWY8bcF6m5HMuPA/ihkzbof2qDI4MAV6S/Opv/5pvPnW86f+no1nddecw6g2V1r9LbzM/rfM352afrrZT7pDy37vZMNF+t1IGcHZWytyiZjbL1hjS1sk94QMLaWG25s6bqXCxlbEuT0uoCytqLG/81G/Wb6733rLzbqN10b9cr016sy+dmVzs+udH5WbwRvp79+R3hTR871auRzl/+L9V+T/nvf/Yv1X+Na//fSX6/9i/V/z7X+69Jfv5/Jz65yfnad87M6xw/SX693eiWx97wtgJeOht/E6nn6QKDuTiTC2gYgnoC9Vp1InmP+8L/f2+J8sQK7yfxQ6Ompj+xNJrZJHwncZG40/CZT172R7OmpjYJPT6FVi8XpvwDppqxKjolZLNyvKGMr/1+413eTk/vmf/B017mYP8+Q/+muczF//3RXZnH+z57u0guwylXsZtdw+BNC/e5NwE3o47+IVT4htWVaQpn4FnFl0lqmxymXlhrfonQFlVY+Pj18fBnVskVqXOsyLRPKlSlXPi0hsOeXPxZi4C2WgbFN2iLAwFsNZ2Bd99aAZJ5o69/s5IqO28XQB6j8eSJn6RPgXUEXsJ+hNzGdX6ITEz3zGXdF6DnqZrj8kXH3hq67u5nyx5+O3Mgbkc3AWD1IHuAEzrcCzozqQSIfbSOUj7YJ3bxutzev2CZtF7h53WH4zauueweRRymR6396Ax46/81RbARpnis1MLlnp7Pen/4DuScpk7Xzyz1JMX8v92QW52/lHolhA8X64458Z43zxWZ1FjUxxnuh7ziAdahPgZvZLhgY0tIy1nOX4IlHr+NmgTv/XmY9rfmnuyRd906Bunsb/pSqrvtTgbr7GHpS8RMMct9wz3i069eX5KQHnG8FnBnVN6CnhaPt804g1+wGKnU6hgS37K4hs4chey2hIq5Mxtc9gEBFfFug7oEkD1F9BsQjsNdqoOFzo/GySWBuhhDgZbNA3UNJ8PI5EC/AXquhBHjZKzA3wwjw8oVA3cNJ8LIHiBdgr9VwArwcFZibUQR4+UGg7tEkeNkLxAuw12o0AV7OCszNGAK8nBOoeywJXr4A4gXYazWWAC+5quPnZhwBXnIL1D2eBC9fAvEC7LUaT4CXGwTmZgIBXgoK1D2RBC/7gHgB9lpNJMDLbQJzM5kAL6UE6p5Cgpf9QLwAe62mEOClssDcTCPASxWBuqeT4OUrIF6AvVbTCfBST2BuZhDgpb5A3TNJ8PI1EC/AXquZBHh5QGBuZhPgpblA3XNI8HIAiBdgr9UcArx0Epib+QR46SxQ9wISvBwE4gXYa7WAAC/9BeZmMQFeHhOoewkJXr4B4gXYa7WEAC+jBeZmKQFenhKoexkJXr4F4gXYa7WMAC9TBOZmOQFeXhSoewUJXg4B8QLstVpBgJcFAnOzkgAvCwXqXkWCl8NAvAB7rVYR4GWVwNysZnj/i0Dda0jw8h0QL8BeqzUEeNkkMDdrGd7/IlD3OhK8fA/EC7DXah0BXvYKzM16hve/CNS9gQQvR4B4AfZabSDAy1GBudnI8P4Xgbo3keDlKBAvwF6rTQR4OSswN1sY3v8iUPdWErz8AMQLsNdqKwFecgl8zsd2hve/CNS9gwQvPwLxAuy12kGAlxsE5mYXw/tfBOreTYKXY0C8AHutdhPg5TaBudnD8P4Xgbr3kuDlOBAvwF6rvQR4qSwwN/sY3v8iUPd+Erz8BMQLsNdqPwFe6gnMzQGG978I1H2QBC8/A/EC7LU6SICXBwTm5hDD+18E6j5MgpcTQLwAe60OE+Clk8DcHGF4/4tA3UdJ8HISiBdgr9VRArz0F5ibYwzvfxGo+zgJXn4B4gXYa3WcAC+jBebmBMP7XwTqPkmCl1+BeAH2Wp0kwMsUgbk5xfD+F4G6T5Pg5RQQL8Beq9MEeFkgMDdnGN7/IlD3WRK8nAbiBdhrhVw//aV/XdIbHOvE09/hob+XQH/Wuv78aP2ZuPpzPvVnF+rPY9OfMaU/N0d/Foj+fAP9nm39PlT93jr9fiH9Hgj9XLd+VlU/f6efKdLPSWjvV/tZWqPXuqPWUvT5UN/zah7Xe9PpGjGeCz13v9WQmTt0nr8D5073t2uW89/jpNfgd+F1PgP8jqegvs33jNC3+Z613+aLbdJZgW/zPWf4t/nqus/VgPdI7Nt8JXL1f5tvVnDe+iZvUQ3szdNioZ75L1TO7vWNqfn//8hS8/xf/advCC7k+t+yuP7M4upVoZi//4bgzOL8K74hWC9mrGvh9KL6d16TvyFY55sRK9oNMmtN/Ppm/QfrGfWdCC5v1Q14GugufIpEfFtlTE183Cw7za87i0DdWYXrjovu+p99J5tA3dnAdWdc6H0XOJcK2GsltX7oPl8A5JqgTo8XgDkt47rQdfNlT49RxtRNurAmPm524MBK1Z29JrxHYuQhkas9Pf7/KyaTC5Wze30vcnp4sT09/vdXxkJd5Ds9Xkx2erwYuEHmEDg95gjg9HiJPT3+16eoiwROExcRnB4vFqj7YoLT4yUCdecgOT0C51IBe62Q66dJv2smxzJ0f9CzeXFN83O8tKbMnMMBeRmQEFkH6jKCgcqJzhGuU6QnmFOAMXKSMMalwLvrXEBQ5iS408glMDe5a2KZsgvhxpabYGO73PSN7Z30AV0q8PhlbsOB+Xp6zRsE6r48oA092jzzADdhYK+V1PplBa+fW7qKNtYVwF5IYEWKxK6saT5555Go2/C9UZPWFQJ1X0WyN14FxCOw1+qqnTQ3fX8Yu+jZvJLgpu+qmjJzDgfk1dGf6ko7sVRQT0FcLfQUxDX2KQhsk64ReAoir+FPQei68wo9BZFxSa5pXJRXEE9AzEvGPgGxBP8EhAfQoNgq44V7fa91Zi3fP3gConDMn2fI/wRE4Zi/fwIiszh/+wQEaBH+WIyM4q6teT7BrM5CxPqSQ/3OjOFDs3Bew48DGSBB132t2ceBP+5srgWSTj5kLBLvADjfCjgzCrh+ng0fjZPrhI4T6DzzA4/NmsS6ZTlPJnoN8teMiZHM/3rCZ8KvFzoNFbCnIWyTCgichm4w/DSk676B7DR0g+BpSGhmA3veuqDTy1jTn7dGL0JGcQV9z0jH1oz504U2mgoCQR5LcidRiJCJCwkxcWHLxNgmFRZg4iKGM7GuuwgZExexTOy+PEx8o9PLomFl4ht9TFw0ACa+EQjyouDn97oRPr9XtKb5Od7EYuUWAz/pzjhQxQgG6mbTHwjV542bBR7+KUCiVt8E3OWLA0FZgOfhHzHwFCcA+C1SjIG+nUE+wVoC/ARrxoV+su9WYJ4DgG+QHij0YcXoTbwkoTBTUkiYuc0KM9gm3SYgzJQyXJjRdZciE2ZK8QkzEg9k/RHbnX+c00sVVmEmzifMqACEmTggyJXQnQyaiUsTMnFpISaOt0yMbVK8ABOXMZyJdd1lyJi4jGViT2x3/mWdXpYLKxOX9TFxuQCYuCwQ5OWsoq2AayCWYwKLRVLeDpQqTzBQFUy3SPR5o4KARVKQxCJJAO7ytwNBWdBaJOp2AoBXlGIMtF1wB3A4hwDtgqEkdkElQpGikpBIUdmKFNgmVRYQKaoYLlLouquQiRRV+ESK0oKxPSJFxOllYlhFiohPpEgMQKSIAEGeWFNm6NBMnETIxElCTFzVMjG2SVUFmLia4Uys665GxsTVLBO7Lw8TJzu9rB5WJk72MXH1AJg4GQjy6kAmZlV3gWsglmMNFrugprULVE2CgUox3S7Q540UAbugEIldUAO4y9cCgrKQtQtULQKA12axC+oAh3MY0C4YTmIX1CUUKeoKiRT1rEiBbVI9AZGivuEiha67PplIUZ9PpIgXjO0RKe50etkgrCLFnT6RokEAIsWdQJA3qCkzdGgmvouQie8SYuKGlomxTWoowMR3G87Euu67yZj4bsvE7svDxI2cXt4TViZu5GPiewJg4kZAkN8DZGJWdRe4BmI5NmaxC+61doG6l2CgmphuF+jzRhMBu6AIiV3QGLjL3wcEZRFrF6j7CADelMUuuB84nKOAdsFoErugGaFI0UxIpHjAihTYJj0gIFI0N1yk0HU3JxMpmvOJFGUEY3tEigedXrYIq0jxoE+kaBGASPEgEOQtasoMHZqJWxIycUshJm5lmRjbpFYCTNzacCbWdbcmY+LWlondl4eJU51epoWViVN9TJwWABOnAkGeBmRiVnUXuAZiObZhsQsesnaBeohgoNqabhfo80ZbAbugKIld0Aa4y7cDgrKotQtUOwKAt2exCzoAh3MM0C4YS2IXdCQUKToKiRSdrEiBbVInAZGis+Eiha67M5lI0ZlPpCgrGNsjUjzs9LJLWEWKh30iRZcARIqHgSDvUlNm6NBM3JWQibsKMXE3y8TYJnUTYOLuhjOxrrs7GRN3t0zsvjxM3MPpZc+wMnEPHxP3DICJewBB3hPIxKzqLnANxHJ8hMUueNTaBepRgoHqZbpdoM8bvQTsgmIkdsEjwF2+NxCUxaxdoHoTALwPi13QFzic44B2wXgSu6AfoUjRT0ik6G9FCmyT+guIFI8ZLlLouh8jEyke4xMpygnG9ogUjzu9HBBWkeJxn0gxIACR4nEgyAfUlBk6NBMPJGTigUJMPMgyMbZJgwSYeLDhTKzrHkzGxIMtE7svDxMPcXo5NKxMPMTHxEMDYOIhQJAPBTIxq7oLXAOxHJ9gsQuetHaBepJgoIaZbhfo88YwAbugOIld8ARwlx8OBGVxaxeo4QQAH8FiF4wEDucEoF0wkcQuGEUoUowSEilGW5EC26TRAiLFU4aLFLrup8hEiqf4RIoEwdgekeJpp5djwipSPO0TKcYEIFI8DQT5mJoyQ4dm4rGETDxWiImfsUyMbdIzAkz8rOFMrOt+loyJn7VM7L48TDzO6eX4sDLxOB8Tjw+AiccBQT4eyMSs6i5wDcRyfI7FLnje2gXqeYKBmmC6XaDPGxME7IISJHbBc8BdfiIQlCWsXaAmEgB8Eotd8AJwOCcD7YIpJHbBZEKRYrKQSDHFihTYJk0RECleNFyk0HW/SCZSvMgnUpQXjO0RKaY6vZwWVpFiqk+kmBaASDEVCPJpNWWGDs3E0wmZeLoQE79kmRjbpJcEmPhlw5lY1/0yGRO/bJnYfXmYeIbTy5lhZeIZPiaeGQATzwCCfCaQiVnVXeAaiOU4i8UueMXaBeoVgoGabbpdoM8bswXsgpIkdsEs4C4/BwjKktYuUHMIAD6XxS6YBxzOaUC7YDqJXTCfUKSYLyRSLLAiBbZJCwREioWGixS67oVkIsVCPpGigmBsj0ixyOnl4rCKFIt8IsXiAESKRUCQL64pM3RoJl5CyMRLhJj4VcvE2Ca9KsDErxnOxLru18iY+DXLxO7Lw8RLnV4uCysTL/Ux8bIAmHgpEOTLgEzMqu4C10Asx9dZ7II3rF2g3iAYqOWm2wX6vLFcwC4oRWIXvA7c5VcAQVnK2gVqBQHA32SxC94CDucMoF0wk8QuWEkoUqwUEilWWZEC26RVAiLF24aLFLrut8lEirf5RIoWgrE9IsU7Ti9Xh1WkeMcnUqwOQKR4Bwjy1TVlhg7NxGsImXiNEBO/a5kY26R3BZj4PcOZWNf9HhkTv2eZ2H15mHit08t1YWXitT4mXhcAE68FgnwdkIlZ1V3gGojl+D6LXfCBtQvUBwQDtd50u0CfN9YL2AWKxC54H7jLbwCCUlm7QG0gAPiHLHbBR8DhnA20C+aQ2AUbCUWKjUIixSYrUmCbtElApNhsuEih695MJlJs5hMpWgrG9ogUHzu93BJWkeJjn0ixJQCR4mMgyLfUlBk6NBNvJWTirUJM/IllYmyTPhFg4m2GM7GuexsZE2+zTOy+PEy83enljrAy8XYfE+8IgIm3A0G+A8jErOoucA3EctzJYhd8au0C9SnBQO0y3S7Q541dAnZBPIldsBO4y+8GgjLe2gVqNwHAP2OxCz4HDud8oF2wgMQu2EMoUuwREin2WpEC26S9AiLFF4aLFLruL8hEii/4RIpWgrE9IsWXTi/3hVWk+NInUuwLQKT4EgjyfTVlhg7NxPsJmXi/EBN/ZZkY26SvBJj4a8OZWNf9NRkTf22Z2H15mPiA08uDYWXiAz4mPhgAEx8AgvwgkIlZ1V3gGojl+A2LXfCttQvUtwQDdch0u0CfNw4J2AVlSeyCb4C7/GEgKMtau0AdJgD4dyx2wffA4VwMtAuWkNgFRwhFiiNCIsVRK1Jgm3RUQKT4wXCRQtf9A5lI8QOfSNFaMLZHpPjR6eWxsIoUP/pEimMBiBQ/AkF+rKbM0KGZ+DghEx8XYuKfLBNjm/STABP/bDgT67p/JmPiny0Tuy8PE59wenkyrEx8wsfEJwNg4hNAkJ8EMjGrugtcA7Ecf2GxC361doH6lWCgTpluF+jzxikBuyCBxC74BbjLnwaCMsHaBeo0AcB/Y7ELfgcO51KgXbCMxC44QyhSnBESKc5akQLbpLMCIsU5w0UKXfc5MpHiHJ9IkSoY2yNSxKQ4a55y/q9CJVLoBYh1FeteCH9CGb87amCm4GJlSZEZOjQTZ03hY+KsKTJMnM01Y5aJo4ypm6QXFB33AuDAStV9QQq8R6JMfEGKZWLX5WHiC51eZg8rE1/oY+LsATDxhUCQZwcyMau6C1wDsRwvEsgx00SjHaiLU4A7L+lAXUwwUDnQOcLv+dITzJGCH9AKJHbBRcBd/hIgKCtYu0BdQgDwS6UYA20XXAYczuVAu2AFiV2Qk1CkyCkkUuSyIgW2SbkERIrchosUuu7cZCJFbj6RIk0wtkekuNzpZZ6wihSX+0SKPAGIFJcDQZ4nRWbo0Ex8BSETXyHExFdaJsY26UoBJr7KcCbWdV9FxsRXWSZ2Xx4mvtrp5TVhZeKrfUx8TQBMfDUQ5NcAmZhV3QWugViOeVnsgmutXaCuJRiofKbbBfq8kU/ALqhIYhfkBe7y1wFBWdHaBeo6AoDnZ7ELrgcO50qgXbCKxC4oQChSFBASKW6wIgW2STcIiBQFDRcpdN0FyUSKgnQihYqTi+0VKWKdXhYKq0gR6xMpCgUgUsQCQV4oRWbo0ExcmJCJCwsxcRHLxNgmFRFg4hsNZ2Jd941kTHyjZWJPcHf+RZ1e3hRWJi7qY+KbAmDiokCQ3wRkYlZ196YU83MsxmIX3GztAnUzwUAVN90u0OeN4gJ2QSUSu6AYcJe/BQjKStYuULcQALwEi11wK3A4VwPtgjUkdkFJQpGipJBIcZsVKbBNuk1ApChluEih6y5FJlKU4hMplFxsr0gR5/RShVWkiPOJFCoAkSIOCHKVIjN0aCYuTcjEpYWYON4yMbZJ8QJMXMZwJtZ1lyFj4jKWiT3B3fmXdXpZLqxMXNbHxOUCYOKyQJCXAzIxq7pbLsX8HBNY7ILy1i5Q5QkGqoLpdoE+b1QQsAuqkNgFCcBd/nYgKKtYu0DdTgDwiix2wR3A4VwLtAvWkdgFlQhFikpCIkVlK1Jgm1RZQKSoYrhIoeuuQiZSVOETKUrLxfaKFBGnl4lhFSkiPpEiMQCRIgIEeWKKzNChmTiJkImThJi4qmVibJOqCjBxNcOZWNddjYyJq1km9gR355/s9LJ6WJk42cfE1QNg4mQgyKsDmZhV3a2eYn6ONVjsgprWLlA1CQYqxXS7QJ83UgTsgkQSu6AGcJevBQRlorULVC0CgNdmsQvqAIdzPdAu2EBiF9QlFCnqCokU9axIgW1SPQGRor7hIoWuuz6ZSFGfT6SIl4vtFSnudHrZIKwixZ0+kaJBACLFnUCQN0iRGTo0E99FyMR3CTFxQ8vE2CY1FGDiuw1nYl333WRMfLdlYk9wd/6NnF7eE1YmbuRj4nsCYOJGQJDfA2RiVnX3nhTzc2zMYhfca+0CdS/BQDUx3S7Q540mAnZBVRK7oDFwl78PCMqq1i5Q9xEAvCmLXXA/cDg3Au2CTSR2QTNCkaKZkEjxgBUpsE16QECkaG64SKHrbk4mUjTnEynKyMX2ihQPOr1sEVaR4kGfSNEiAJHiQSDIW6TIDB2aiVsSMnFLISZuZZkY26RWAkzc2nAm1nW3JmPi1paJPcHd+ac6vUwLKxOn+pg4LQAmTgWCPA3IxKzqblqK+Tm2YbELHrJ2gXqIYKDamm4X6PNGWwG7IJnELmgD3OXbAUGZbO0C1Y4A4O1Z7IIOwOHcArQLtpLYBR0JRYqOQiJFJytSYJvUSUCk6Gy4SKHr7kwmUnTmEynKysX2ihQPO73sElaR4mGfSNElAJHiYSDIu6TIDB2aibsSMnFXISbuZpkY26RuAkzc3XAm1nV3J2Pi7paJPcHd+fdwetkzrEzcw8fEPQNg4h5AkPcEMjGrutszxfwcH2GxCx61doF6lGCgepluF+jzRi8Bu6AGiV3wCHCX7w0EZQ1rF6jeBADvw2IX9AUO53agXbCDxC7oRyhS9BMSKfpbkQLbpP4CIsVjhosUuu7HyESKx/hEinJysb0ixeNOLweEVaR43CdSDAhApHgcCPIBKTJDh2bigYRMPFCIiQdZJsY2aZAAEw82nIl13YPJmHiwZWJPcHf+Q5xeDg0rEw/xMfHQAJh4CBDkQ4FMzKruDk0xP8cnWOyCJ61doJ4kGKhhptsF+rwxTMAuSCGxC54A7vLDgaBMsXaBGk4A8BEsdsFI4HDuAtoFu0nsglGEIsUoIZFitBUpsE0aLSBSPGW4SKHrfopMpHiKT6RIkIvtFSmedno5JqwixdM+kWJMACLF00CQj0mRGTo0E48lZOKxQkz8jGVibJOeEWDiZw1nYl33s2RM/KxlYk9wd/7jnF6ODysTj/Mx8fgAmHgcEOTjgUzMqu6OTzE/x+dY7ILnrV2gnicYqAmm2wX6vDFBwC6oTWIXPAfc5ScCQVnb2gVqIgHAJ7HYBS8Ah3MP0C7YS2IXTCYUKSYLiRRTrEiBbdIUAZHiRcNFCl33i2QixYt8IkV5udhekWKq08tpYRUppvpEimkBiBRTgSCfliIzdGgmnk7IxNOFmPgly8TYJr0kwMQvG87Euu6XyZj4ZcvEnuDu/Gc4vZwZViae4WPimQEw8QwgyGcCmZhV3Z2ZYn6Os1jsglesXaBeIRio2abbBfq8MVvALqhLYhfMAu7yc4CgrGvtAjWHAOBzWeyCecDh3Ae0C/aT2AXzCUWK+UIixQIrUmCbtEBApFhouEih615IJlIs5BMpKsjF9ooUi5xeLg6rSLHIJ1IsDkCkWAQE+eIUmaFDM/ESQiZeIsTEr1omxjbpVQEmfs1wJtZ1v0bGxK9ZJvYEd+e/1OnlsrAy8VIfEy8LgImXAkG+DMjErOrushTzc3ydxS54w9oF6g2CgVpuul2gzxvLBeyC+iR2wevAXX4FEJT1rV2gVhAA/E0Wu+At4HAeANoFB0nsgpWEIsVKIZFilRUpsE1aJSBSvG24SKHrfptMpHibT6RoIRfbK1K84/RydVhFind8IsXqAESKd4AgX50iM3RoJl5DyMRrhJj4XcvE2Ca9K8DE7xnOxLru98iY+D3LxJ7g7vzXOr1cF1YmXutj4nUBMPFaIMjXAZmYVd1dl2J+ju+z2AUfWLtAfUAwUOtNtwv0eWO9gF3QgMQueB+4y28AgrKBtQvUBgKAf8hiF3wEHM5DQLvgMIldsJFQpNgoJFJssiIFtkmbBESKzYaLFLruzWQixWY+kaKlXGyvSPGx08stYRUpPvaJFFsCECk+BoJ8S4rM0KGZeCshE28VYuJPLBNjm/SJABNvM5yJdd3byJh4m2ViT3B3/tudXu4IKxNv9zHxjgCYeDsQ5DuATMyq7u5IMT/HnSx2wafWLlCfEgzULtPtAn3e2CVgFzQksQt2Anf53UBQNrR2gdpNAPDPWOyCz4HDeQRoFxwlsQv2EIoUe4REir1WpMA2aa+ASPGF4SKFrvsLMpHiCz6RopVcbK9I8aXTy31hFSm+9IkU+wIQKb4EgnxfiszQoZl4PyET7xdi4q8sE2Ob9JUAE39tOBPrur8mY+KvLRN7grvzP+D08mBYmfiAj4kPBsDEB4AgPwhkYlZ192CK+Tl+w2IXfGvtAvUtwUAdMt0u0OeNQwJ2QSMSu+Ab4C5/GAjKRtYuUIcJAP4di13wPXA4jwHtguMkdsERQpHiiJBIcdSKFNgmHRUQKX4wXKTQdf9AJlL8wCdStJaL7RUpfnR6eSysIsWPPpHiWAAixY9AkB9LkRk6NBMfJ2Ti40JM/JNlYmyTfhJg4p8NZ2Jd989kTPyzZWJPcHf+J5xengwrE5/wMfHJAJj4BBDkJ4FMzKrunkwxP8dfWOyCX61doH4lGKhTptsF+rxxSsAuaExiF/wC3OVPA0HZ2NoF6jQBwH9jsQt+Bw7nCaBdcJLELjhDKFKcERIpzlqRAtukswIixTnDRQpd9zkykeIcn0iRKhfbK1LE1HLWvNb5vwqVSKEXINZVrHsh/All/O6ogVkLFytLLZmhQzNx1lp8TJy1VowIE2dzzZhl4ihj6ibpBUXHvQA4sFJ1X1AL3iNRJr6glmVid3B3/hc6vcweVia+0MfE2QNg4guBIM8OZGJWdTd7LfNzvEggx0wTjXagLq4F3HlJB+pigoHKgc4Rfs+XnmCOWvgBbUJiF1wE3OUvAYKyibUL1CUEAL9UijHQdsFlwOE8BbQLTpPYBTkJRYqcQiJFLitSYJuUS0CkyG24SKHrzk0mUuTmEynS5GJ7RYrLnV7mCatIcblPpMgTgEhxORDkeWrJDB2aia8gZOIrhJj4SsvE2CZdKcDEVxnOxLruq8iY+CrLxJ7g7vyvdnp5TViZ+GofE18TABNfDQT5NUAmZlV3r6llfo55WeyCa61doK4lGKh8ptsF+ryRT8AuaEpiF+QF7vLXAUHZ1NoF6joCgOdnsQuuBw7nGaBdcHZHMBtFtOtXALh+3YDr1x0YS3L9bvj3r5/o/BUErl/encC7MDDRw59FTo+xOhs+bjPhuuOiu5Suea1A3Q8I3dhlBdcP7I96wPAZr5dFZsZbEMz4+wJ1tySZcWB/FLJm3Q9tUGRw4Jr0F2fT/3zX+fM95099xabzWiHnAJrdtUbvOz+j/z3jZwunvy7ik/7Qst8H2XCxbgRydlDG1rpsMsZWUWtsYZtUVMDYuslwY0vXfZOQsSVBTjcKKGvFav3fbNQ3p//e4n+xUd/s2qhvSX9dIpOfXev87C3Oz+qN4Nb01yWFN3XkXN8G3NT/N+tfKv33xv3F+pdyrb9Kf136L9ZfudY/Pv11mUx+dp3zs/HOz+ocy6a/LpfxLmJfj+Kiu/5n77lVAC+pht/E6nkqK1B3WkAKfLR5JgDxBOy1klo/dJ/L//d7W5wvVmA3meWFnp6qYG8ysU2qIHCTebvhN5m67tvJnp66XfDpKbRqsTz9FyDdlBI1Y2JuEO5XlLGV/y/c61vRyf2Of/B017mYP8+Q/+muczF//3RXZnH+z57u0guwylXsHa7h8CeE+t0VgZtQpb+IVT4htWVaQpn4FnFl0lqmxymXlhrfonQFlVY+Pj18fBnVskVqXOsyLRPKlSlXPi0hsOeXKwkxcGXLwNgmVRZg4CqGM7Cuu0pAMk+09d/h5IqO29bQB6j8eSJnKQK8K2gL9jP0JqbzS3Riomc+464IPUftDZc/Mu7e0HV3MFP++NORG3kjcgcwVkeSBziB862AM6M6kshHiYTyUaLQzWuSvXnFNilJ4Oa1quE3r7ruqkQepUSu/+kNeOj874hiI0jzXKmByT3VnPVO/gdyT1Ima+eXe5Ji/l7uySzO38o9EsMGivXHHXm1WueLzeosamKM90LfcQDrUMnAzaw6DAxpaRnrWV3wxKPX8Q6BO/8uZj2t+ae7JF13NYG6uxr+lKquO1mg7m6GnlT8BIPcN9wzHu36dSc56QHnWwFnRnUP6GnhaPtcDcg1NYBKnY4hwS01asnsYcheS6iIt9TE192LQEW8VaDu3iQPUdUE4hHYa9Xb8LnReKkoMDf9CPByh0Dd/UnwkgLEC7DXqj8BXmoLzM0AArzUEah7IAleagHxAuy1GkiAl6YCczOEAC/3C9Q9lAQvtYF4AfZaDSXAS3uBuRlGgJcOAnUPJ8FLHSBegL1Wwwnw0kdgbkYR4KWvQN2jSfBSF4gXYK/VaAK8jBCYmzEEeBkpUPdYErzUA+IF2Gs1lgAvkwTmZhwBXl4QqHs8CV7qA/EC7LUaT4CXuQJzM4EAL/ME6p5Igpc7gXgB9lpNJMDLmwJzM5kAL28J1D2FBC8NgHgB9lpNIcDLhwJzM40ALx8J1D2dBC93AfEC7LWaToCXzwTmZgYBXj4XqHsmCV4aAvEC7LWaSYCX7wTmZjYBXr4XqHsOCV7uBuIF2Gs1hwAvvwnMzXwCvPwuUPcCErw0AuIF2Gu1gAAvl6bg52YxAV4uE6h7CQle7gHiBdhrtYQAL/kF5mYpAV6uF6h7GQleGgPxAuy1WkaAlxICc7Oc4f0vAnWvIMHLvUC8AHutVhDgpaLA3KxkeP+LQN2rSPDSBIgXYK/VKgK81BaYm9UM738RqHsNCV7uA+IF2Gu1hgAvTQXmZi3D+18E6l5HgpemQLwAe63WEeClvcDcrGd4/4tA3RtI8HI/EC/AXqsNBHjpIzA3Gxne/yJQ9yYSvDQD4gXYa7WJAC8jBOZmC8P7XwTq3kqClweAeAH2Wm0lwMskgbnZzvD+F4G6d5DgpTkQL8Beqx0EeJkrMDe7GN7/IlD3bhK8PAjEC7DXajcBXt4UmJs9DO9/Eah7LwleWgDxAuy12kuAlw8F5mYfw/tfBOreT4KXlkC8AHut9hPg5TOBuTnA8P4XgboPkuClFRAvwF6rgwR4+U5gbg4xvP9FoO7DJHhpDcQLsNfqMAFefhOYmyMM738RqPsoCV5SgXgB9lodJcDLpQLfS3CM4f0vAnUfJ8FLGhAvwF6r4wR4yS8wNycY3v8iUPdJEry0AeIF2GuFXD/9pX/90hsc68TT3+Ghv5dAf9a6/vxo/Zm4+nM+9WcX6s9j058xpT83R38WiP58A/2ebf0+VP3eOv1+If0eCP1ct35WVT9/p58p0s9JaO9X+1lao9e6o9ZS9PlQ3/NqHtd7U5taMZ4LPXcP1ZKZO3SebYFzp/vbP8v573HSa9BWeJ3bAb/jKahv820n9G2+7e23+WKb1F7g23w7GP5tvrruDkTf5iuRq//bfLOC89Y3eQVqYW+ebhDqmf9C5exe345O7p3+wTcEF3L9f1lcf2Zx9apQzN9/Q3Bmcf4V3xCsFzPWtXCdav155zX5G4I7ATfIzrXw69v5H6xntHk/DNwc2gNPAx2ET5GIb6vsKHCKPEVQdyeBuk8brhrouh8WqPu3gFSDuOguBZxLBey1klo/dJ+7EJ4euwidHrva0yO2SV0FTo/dDD896rq7EZ0eu9nTI/3psbuTew97evzvr4yF6u47PfYgOz32AG6QPQVOjz0DOD0+Yk+P//UpqrvAaeIcQd09BOqO+dT8G4BHBOrOAq475j/sE3HRXQo4lwrYa4VcP036/TM5lqH7g57NHrXMz/FRIY8bDsheQEJkHaheBAPVG50jOkGtLfcWYIwLSRjjUeDddR/kkycEdxp9BOamby0sU/Yj3Nj6Emxs/Uzf2D5IH9DCAgN6keHAvDG95gSBui8OaEOPNs/+wE0Y2GsltX5Zwevnlq6ijfUYsBcSWJEiscdrmU/e/QXqvtTwvVGT1mMCdV9GsjcOAOIR2Gt12ac0N31/GLvo2Xyc4KZvQC2ZOYcDcmD0p7rSTiwV1FMQA4Weghhkn4LANmmQwFMQgw1/CkLXPVjYUZdc07goryCegMhXE/sEREF8vzyABsVWGS/c6zvEyX3oP3gConDMn2fI/wRE4Zi/fwIiszh/+wQEaBH+WIyM4obUOp9gVmchYn3JoX5nxvChWTi34ceBDJCg677c7OPAH3c2Q4CkMxQYKw+JdwCcbwWcGQVcP8+Gj8bJEyTvKH4S/I7ix7KcJxO9Bk8Kv6N4GOEz4cOETkPD7WkI26ThAqehEYafhnTdI8hOQyMET0NCMxvY89YjnV6OMv15a/QiZBQ30veM9KhaMX+60EbTSCDIR5HcSYwmZOLRQkz8lGVibJOeEmDipw1nYl3302RM/LRlYvflYeIxTi/HhpWJx/iYeGwATDwGCPKx4Of3HiN8fm9sLfNzfIbFyn0W/KQ740A9SzBQ40x/IFSfN8YJqP1Xk6jVzwB3+fFAUF7N8/CPGHjGEwD8OSnGQN/OIJ9gfR78BGvGhX6ybwIwz17AN1H2JvnYnImEwsxEIWFmkhVmsE2aJCDMvGC4MKPrfoFMmHmBT5iReCDrj9ju/Cc7vZwSVmFmsk+YmRKAMDMZCPIpQncyaCZ+kZCJXxRi4qmWibFNmirAxNMMZ2Jd9zQyJp5mmdgT253/dKeXL4WViaf7mPilAJh4OhDkL1lFWwHXQCzHl1kskhl2oNQMgoGaabpFos8bMwUskrwkFsnLwF1+FhCUea1FomYRAPwVKcZA2wWzgcPZD2gX9CexC+YQihRzhESKuVakwDZproBIMc9wkULXPY9MpJjHJ1KUFoztESnmO71cEFaRYr5PpFgQgEgxHwjyBbVkhg7NxAsJmXihEBMvskyMbdIiASZebDgT67oXkzHxYsvE7svDxEucXr4aViZe4mPiVwNg4iVAkL8KZGJWdRe4BmI5vsZiFyy1doFaSjBQy0y3C/R5Y5mAXZCPxC54DbjLvw4EZT5rF6jXCQD+BotdsBw4nAOAdsFAErtgBaFIsUJIpHjTihTYJr0pIFK8ZbhIoet+i0ykeItPpIgXjO0RKVY6vVwVVpFipU+kWBWASLESCPJVtWSGDs3EbxMy8dtCTPyOZWJsk94RYOLVhjOxrns1GROvtkzsvjxMvMbp5bthZeI1PiZ+NwAmXgME+btAJmZVd4FrIJbjeyx2wVprF6i1BAO1znS7QJ831gnYBflJ7IL3gLv8+0BQ5rd2gXqfAOAfsNgF64HDOQRoFwwlsQs2EIoUG4REig+tSIFt0ocCIsVHhosUuu6PyESKj/hEijKCsT0ixUanl5vCKlJs9IkUmwIQKTYCQb6plszQoZl4MyETbxZi4o8tE2Ob9LEAE28xnIl13VvImHiLZWL35WHirU4vPwkrE2/1MfEnATDxViDIPwEyMau6C1wDsRy3sdgF261doLYTDNQO0+0Cfd7YIWAXFCCxC7YBd/mdQFAWsHaB2kkA8E9Z7IJdwOEcBrQLhpPYBbsJRYrdQiLFZ1akwDbpMwGR4nPDRQpd9+dkIsXnfCJFWcHYHpFij9PLvWEVKfb4RIq9AYgUe4Ag31tLZujQTPwFIRN/IcTEX1omxjbpSwEm3mc4E+u695Ex8T7LxO7Lw8T7nV5+FVYm3u9j4q8CYOL9QJB/BWRiVnUXuAZiOX7NYhccsHaBOkAwUAdNtwv0eeOggF1QkMQu+Bq4y38DBGVBaxeobwgA/i2LXXAIOJyjgHbBaBK74DChSHFYSKT4zooU2CZ9JyBSfG+4SKHr/p5MpPieT6QoJxjbI1IccXp5NKwixRGfSHE0AJHiCBDkR2vJDB2aiX8gZOIfhJj4R8vE2Cb9KMDExwxnYl33MTImPmaZ2H15mPi408ufwsrEx31M/FMATHwcCPKfgEzMqu4C10Asx59Z7IIT1i5QJwgG6qTpdoE+b5wUsAsKkdgFPwN3+V+AoCxk7QL1CwHAf2WxC04Bh3MM0C4YS2IXnCYUKU4LiRS/WZEC26TfBESK3w0XKXTdv5OJFL/ziRQJgrE9IsUZp5dnwypSnPGJFGcDECnOAEF+tpbM0KGZ+BwhE58TYuKY2udfWiaOMqZukl5QdNwstc1mYl13ltrwHokysXtN46K8/m1MnNXpZTZXT0PFxHoBYl3FuhfCn1DG744WmFmBIM+GG+4EVnUXuAZiOV4gkGOmiUY7UBfWBhZNOlAXEgxUdnSO6AT1eSN7bfyAFiGxCy4A7vIXAUFZxNoF6iICgF8sxRhouyAHcDjHAe2C8SR2wSXI28GYYESKS4DD6c73UitSYJt0qYBIcZnhIoWu+zIykeIyPpGivGBsj0iR0+llrrCKFDl9IkWuAESKnECQ56otM3RoJs5NyMS5hZj4csvE2CZdLsDEeQxnYl13HjImzmOZ2H15mPgKp5dXhpWJr/Ax8ZUBMPEVQJBfCWRiVnUXuAZiOV7FYhdcbe0CdTXBQF1jul2gzxvXCNgFRUnsgquAu3xeICiLWrtA5SUA+LUsdkE+4HBOANoFE0nsgusIRYrrhESK/FakwDYpv4BIcb3hIoWu+3oykeJ6PpGigmBsj0hRwOnlDWEVKQr4RIobAhApCgBBfkNtmaFDM3FBQiYuKMTEsZaJsU2KFWDiQoYzsa67EBkTF7JM7L48TFzY6WWRsDJxYR8TFwmAiQsDQV4EyMSs6i5wDcRyvJHFLihq7QJVlGCgbjLdLtDnjZsE7IJiJHbBjcBdvhgQlMWsXaCKEQD8Zha7oDhwOCcD7YIpJHbBLYQixS1CIkUJK1Jgm1RCQKS41XCRQtd9K5lIcSufSNFCMLZHpCjp9PK2sIoUJX0ixW0BiBQlgSC/rbbM0KGZuBQhE5cSYuI4y8TYJsUJMLEynIl13YqMiZVlYvflYeLSTi/jw8rEpX1MHB8AE5cGgjweyMSs6i5wDcRyLMNiF5S1doEqSzBQ5Uy3C/R5o5yAXVCcxC4oA9zlE4CgLG7tApVAAPDyLHZBBeBwTgPaBdNJ7ILbCUWK24VEiopWpMA2qaKASHGH4SKFrvsOMpHiDj6RoqVgbI9IUcnpZeWwihSVfCJF5QBEikpAkFeuLTN0aCauQsjEVYSYOGKZGNwkASZONJyJdd2JZEycaJnYfXmYOMnpZdWwMnGSj4mrBsDESUCQVwUyMau6C1wDsRyrsdgFydYuUMkEA1XddLtAnzeqC9gFJUjsgmrAXb4GEJQlrF2gahAAvCaLXZACHM4ZQLtgJoldUItQpKglJFLUtiIFtkm1BUSKOoaLFLruOmQiRR0+kaKVYGyPSFHX6WW9sIoUdX0iRb0ARIq6QJDXqy0zdGgmrk/IxPWFmPhOy8TYJt0pwMQNDGdiXXcDMiZuYJnYfXmY+C6nlw3DysR3+Zi4YQBMfBcQ5A2BTMyq7gLXQCzHu1nsgkbWLlCNCAbqHtPtAn3euEfALihJYhfcDdzlGwNBWdLaBaoxAcDvZbELmgCHczbQLphDYhfcRyhS3CckUjS1IgW2SU0FRIr7DRcpdN33k4kU9/OJFK0FY3tEimZOLx8Iq0jRzCdSPBCASNEMCPIHassMHZqJmxMycXMhJn7QMjG2SQ8KMHELw5lY192CjIlbWCZ2Xx4mbun0slVYmbilj4lbBcDELYEgbwVkYlZ1F7gGYjm2ZrELUq1doFIJBirNdLtAnzfSBOyCUiR2QWvgLt8GCMpS1i5QbQgA/hCLXdAWOJzzgXbBAhK7oB2hSNFOSKRob0UKbJPaC4gUHQwXKXTdHchEig58IkWqYGyPSNHR6WWnsIoUHX0iRacARIqOQJB3qi0zdGgm7kzIxJ2FmPhhy8TYJj0swMRdDGdiXXcXMibuYpnYfXmYuKvTy25hZeKuPibuFgATdwWCvBuQiVnVXeAaiOXYncUu6GHtAtWDYKB6mm4X6PNGTwG7QJHYBd2Bu/wjQFAqaxeoRwgA/iiLXdALOJyLgXbBEhK7oDehSNFbSKToY0UKbJP6CIgUfQ0XKXTdfclEir58IkWaYGyPSNHP6WX/sIoU/XwiRf8ARIp+QJD3ry0zdGgmfoyQiR8TYuLHLRNjm/S4ABMPMJyJdd0DyJh4gGVi9+Vh4oFOLweFlYkH+ph4UABMPBAI8kFAJmZVd4FrIJbjYBa7YIi1C9QQgoEaarpdoM8bQwXsgngSu2AwcJd/AgjKeGsXqCcIAP4ki10wDDicS4F2wTISu2A4oUgxXEikGGFFCmyTRgiIFCMNFyl03SPJRIqRdCKFipOL7RUpRjm9HB1WkWKUT6QYHYBIMQoI8tG1ZYYOzcRPETLxU0JM/LRlYmyTnhZg4jGGM7GuewwZE4+xTOwJ7s5/rNPLZ8LKxGN9TPxMAEw8FgjyZ4BMzKruPlPb/ByfZbELxlm7QI0jGKjxptsF+rwxXsAuKEtiFzwL3OWfA4KyrLUL1HMEAH+exS6YABzO5UC7YAWJXTCRUKSYKCRSTLIiBbZJkwREihcMFyl03S+QiRQv8IkUSi62V6SY7PRySlhFisk+kWJKACLFZCDIp9SWGTo0E79IyMQvCjHxVMvE2CZNFWDiaYYzsa57GhkTT7NM7Anuzn+608uXwsrE031M/FIATDwdCPKXgEzMqu6+VNv8HF9msQtmWLtAzSAYqJmm2wX6vDFTwC5IILELXgbu8rOAoEywdoGaRQDwV1jsgtnA4VwJtAtWkdgFcwhFijlCIsVcK1JgmzRXQKSYZ7hIoeueRyZSzOMTKUrLxfaKFPOdXi4Iq0gx3ydSLAhApJgPBPmC2jJDh2bihYRMvFCIiRdZJsY2aZEAEy82nIl13YvJmHixZWJPcHf+S5xevhpWJl7iY+JXA2DiJUCQvwpkYlZ199Xa5uf4GotdsNTaBWopwUAtM90u0OeNZQJ2QQUSu+A14C7/OhCUFaxdoF4nAPgbLHbBcuBwrgbaBWtI7IIVhCLFCiGR4k0rUmCb9KaASPGW4SKFrvstMpHiLT6RIl4utlekWOn0clVYRYqVPpFiVQAixUogyFfVlhk6NBO/TcjEbwsx8TuWibFNekeAiVcbzsS67tVkTLzaMrEnuDv/NU4v3w0rE6/xMfG7ATDxGiDI3wUyMau6+25t83N8j8UuWGvtArWWYKDWmW4X6PPGOgG7oCKJXfAecJd/HwjKitYuUO8TAPwDFrtgPXA41wLtgnUkdsEGQpFig5BI8aEVKbBN+lBApPjIcJFC1/0RmUjxEZ9IUUYutlek2Oj0clNYRYqNPpFiUwAixUYgyDfVlhk6NBNvJmTizUJM/LFlYmyTPhZg4i2GM7GuewsZE2+xTOwJ7s5/q9PLT8LKxFt9TPxJAEy8FQjyT4BMzKruflLb/By3sdgF261doLYTDNQO0+0Cfd7YIWAXVCKxC7YBd/mdQFBWsnaB2kkA8E9Z7IJdwOFcD7QLNpDYBbsJRYrdQiLFZ1akwDbpMwGR4nPDRQpd9+dkIsXnfCJFWbnYXpFij9PLvWEVKfb4RIq9AYgUe4Ag31tbZujQTPwFIRN/IcTEX1omxjbpSwEm3mc4E+u695Ex8T7LxJ7g7vz3O738KqxMvN/HxF8FwMT7gSD/CsjErOruV7XNz/FrFrvggLUL1AGCgTpoul2gzxsHBeyCKiR2wdfAXf4bICirWLtAfUMA8G9Z7IJDwOHcCLQLNpHYBYcJRYrDQiLFd1akwDbpOwGR4nvDRQpd9/dkIsX3fCJFObnYXpHiiNPLo2EVKY74RIqjAYgUR4AgP1pbZujQTPwDIRP/IMTEP1omxjbpRwEmPmY4E+u6j5Ex8THLxJ7g7vyPO738KaxMfNzHxD8FwMTHgSD/CcjErOruT7XNz/FnFrvghLUL1AmCgTppul2gzxsnBeyCRBK74GfgLv8LEJSJ1i5QvxAA/FcWu+AUcDi3AO2CrSR2wWlCkeK0kEjxmxUpsE36TUCk+N1wkULX/TuZSPE7n0iRIBfbK1KccXp5NqwixRmfSHE2AJHiDBDkZ2vLDB2aic8RMvE5ISaOqXP+pWXiKGPqJukFRcfNUsdsJtZ1Z6kD75EoE7vXNC7K69/GxFmdXmZz9TRUTKwXINZVrHsh/All/O5ogZkVCPJsdXBDx6ruZqtjfo4XCOSYaaLRDtSFdYBFkw7UhQQDlR2dIzpBfd7IXgc/oFVJ7IILgLv8RUBQVrV2gbqIAOAXSzEG2i7IARzO7UC7YAeJXXAJ8nYwJhiR4hLgcLrzvdSKFNgmXSogUlxmuEih676MTKS4jE+kKC8X2ytS5HR6mSusIkVOn0iRKwCRIicQ5LnqyAwdmolzEzJxbiEmvtwyMbZJlwswcR7DmVjXnYeMifNYJvYEd+d/hdPLK8PKxFf4mPjKAJj4CiDIrwQyMau6e2Ud83O8isUuuNraBepqgoG6xnS7QJ83rhGwC5JJ7IKrgLt8XiAok61doPISAPxaFrsgH3A4dwHtgt0kdsF1hCLFdUIiRX4rUmCblF9ApLjecJFC1309mUhxPZ9IUUEutlekKOD08oawihQFfCLFDQGIFAWAIL+hjszQoZm4ICETFxRi4ljLxNgmxQowcSHDmVjXXYiMiQtZJvYEd+df2OllkbAycWEfExcJgIkLA0FeBMjErOpukTrm53gji11Q1NoFqijBQN1kul2gzxs3CdgFNUjsghuBu3wxIChrWLtAFSMA+M0sdkFx4HDuAdoFe0nsglsIRYpbhESKElakwDaphIBIcavhIoWu+1YykeJWPpGihVxsr0hR0unlbWEVKUr6RIrbAhApSgJBflsdmaFDM3EpQiYuJcTEcZaJsU2KE2BiZTgT67oVGRMry8Se4O78Szu9jA8rE5f2MXF8AExcGgjyeCATs6q78XXMz7EMi11Q1toFqizBQJUz3S7Q541yAnZBColdUAa4yycAQZli7QKVQADw8ix2QQXgcO4D2gX7SeyC2wlFituFRIqKVqTANqmigEhxh+Eiha77DjKR4g4+kaKlXGyvSFHJ6WXlsIoUlXwiReUARIpKQJBXriMzdGgmrkLIxFWEmDhimRjcJAEmTjSciXXdiWRMnGiZ2BPcnX+S08uqYWXiJB8TVw2AiZOAIK8KZGJWdbdqHfNzrMZiFyRbu0AlEwxUddPtAn3eqC5gF9QmsQuqAXf5GkBQ1rZ2gapBAPCaLHZBCnA4DwDtgoMkdkEtQpGilpBIUduKFNgm1RYQKeoYLlLouuuQiRR1+ESKVnKxvSJFXaeX9cIqUtT1iRT1AhAp6gJBXq+OzNChmbg+IRPXF2LiOy0TY5t0pwATNzCciXXdDciYuIFlYk9wd/53Ob1sGFYmvsvHxA0DYOK7gCBvCGRiVnW3YR3zc7ybxS5oZO0C1YhgoO4x3S7Q5417BOyCuiR2wd3AXb4xEJR1rV2gGhMA/F4Wu6AJcDgPAe2CwyR2wX2EIsV9QiJFUytSYJvUVECkuN9wkULXfT+ZSHE/n0jRWi62V6Ro5vTygbCKFM18IsUDAYgUzYAgf6COzNChmbg5IRM3F2LiBy0TY5v0oAATtzCciXXdLciYuIVlYk9wd/4tnV62CisTt/QxcasAmLglEOStgEzMqu62qmN+jq1Z7IJUaxeoVIKBSjPdLtDnjTQBu6A+iV3QGrjLtwGCsr61C1QbAoA/xGIXtAUO5xGgXXCUxC5oRyhStBMSKdpbkQLbpPYCIkUHw0UKXXcHMpGiA59IkSoX2ytSdHR62SmsIkVHn0jRKQCRoiMQ5J3qyAwdmok7EzJxZyEmftgyMbZJDwswcRfDmVjX3YWMibtYJvYEd+ff1ellt7AycVcfE3cLgIm7AkHeDcjErOputzrm59idxS7oYe0C1YNgoHqabhfo80ZPAbugAYld0B24yz8CBGUDaxeoRwgA/iiLXdALOJzHgHbBcRK7oDehSNFbSKToY0UKbJP6CIgUfQ0XKXTdfclEir58IkWaXGyvSNHP6WX/sIoU/XwiRf8ARIp+QJD3ryMzdGgmfoyQiR8TYuLHLRNjm/S4ABMPMJyJdd0DyJh4gGViT3B3/gOdXg4KKxMP9DHxoACYeCAQ5IOATMyq7g6qY36Og1nsgiHWLlBDCAZqqOl2gT5vDBWwCxqS2AWDgbv8E0BQNrR2gXqCAOBPstgFw4DDeQJoF5zcGcxGEe36DQeuX3vg+nUAxpJcvxH//vUTnb+RwPXLjSMXdTmY6NE3IvpYuD4bPm4j4brjoruUrnmjQN33CN3YZQXXD+yPusfwGa+XRWbGmxDM+GaBuu8jmXFgfxSyZt0PbVBkcOCG9Bdn0//80PnzI+dPfY1K57XRzgE0u2uNNjs/o/8942efSn/9tE/6Q8t+H2fDxRoD5OygjK1N2WSMrbHW2MI2aayAsfWM4caWrvsZIWNLgpzGCChrz9b5v9mox6X/3vF/sVGPc23Uz6W/fj6Tn93o/Oxzzs/qjWBC+uuJwps6cq4nATf1/836v5D+eyf/xfq/4Fr/KemvX/yL9Z/iWv+p6a+nZfKzm5yfner8rM5xevrrl5xeSew9EwTw0szwm1g9T9MF6n4gIAU+2jxfBuIJ2GsltX7oPs/47/e2OF+swG4yZwg9PTXT3mRimzRT4CZzluE3mbruWWRPT80SfHoKrVqsTv8FSDfl+VoxMSOE+xVlbOX/C/f6vuLkPvsfPN11LubPM+R/uutczN8/3ZVZnP+zp7v0AqxyFTvbNRz+hFC/+xXgJjTnL2KVT0htmZZQJr5FXJm0lulxyqWlxrcoXUGllY9PDx9fRrVskRrXukzLhHJlypVPSwjs+eU5Qgw81zIwtklzBRh4nuEMrOueF5DME239s51c0XFbGPoAlT9P5CzNB94VtAD7GXoT0/klOjHRM59xV4Seo1aGyx8Zd2/oulubKX/86ciNvBGZDYyVSvIAJ3C+FXBmVCqJfLSAUD5aIHTzutDevGKbtFDg5nWR4Tevuu5FRB6lRK7/6Q146PxnR7ERpHmu1MDknsXOei/5B3JPUiZr55d7kmL+Xu7JLM7fyj0SwwaK9ccd+eI654vN6ixqYoz3Qt9xAOtQS4Cb2aswMKSlZaznq4InHr2OswXu/Nua9bTmn+6SdN2LBepuZ/hTqrruJQJ1tzf0pOInGOS+4Z7xaNevA8lJDzjfCjgzqkNATwtH2+fFQK55DajU6RgS3PJaHZk9DNlrCRXxuVr4ursQqIgTBOruSvIQ1VIgHoG9Vl0NnxuNl1cE5qYHAV5mC9TdkwQvy4B4AfZa9STAyxsCc9OLAC/LBeruTYKX14F4AfZa9SbAywcCc9OPAC/rBeruT4KXN4B4AfZa9SfAy6cCczOAAC+7BOoeSIKX5UC8AHutBhLg5VuBuRlCgJdDAnUPJcHLCiBegL1WQwnw8qvA3AwjwMspgbqHk+DlTSBegL1WwwnwcnFt/NyMIsBLDoG6R5Pg5S0gXoC9VqMJ8HKtwNyMIcBLPoG6x5LgZSUQL8Beq7EEeLlZYG7GEeCluEDd40nwsgqIF2Cv1XgCvJQXmJsJBHipIFD3RBK8vA3EC7DXaiIBXmoKzM1kArykCNQ9hQQv7wDxAuy1mkKAl3sF5mYaAV6aCNQ9nQQvq4F4AfZaTSfAy0MCczODAC9tBeqeSYKXNUC8AHutZhLg5VGBuZlNgJdeAnXPIcHLu0C8AHut5hDg5UmBuZlPgJdhAnUvIMHLe0C8AHutFhDg5XmBuVnM8P4XgbqXkOBlLRAvwF6rJQR4eUVgbpYyvP9FoO5lJHhZB8QLsNdqGQFe3hCYm+UM738RqHsFCV7eB+IF2Gu1ggAvHwjMzUqG978I1L2KBC8fAPEC7LVaRYCXTwXmZjXD+18E6l5Dgpf1QLwAe63WEODlW4G5Wcvw/heButeR4GUDEC/AXqt1BHj5VWBu1jO8/0Wg7g0kePkQiBdgr9UGArxcLPA5UhsZ3v8iUPcmErx8BMQLsNdqEwFerhWYmy0M738RqHsrCV42AvEC7LXaSoCXmwXmZjvD+18E6t5BgpdNQLwAe612EOClvMDc7GJ4/4tA3btJ8LIZiBdgr9VuArzUFJibPQzvfxGoey8JXj4G4gXYa7WXAC/3CszNPob3vwjUvZ8EL1uAeAH2Wu0nwMtDAnNzgOH9LwJ1HyTBy1YgXoC9VgcJ8PKowNwcYnj/i0Ddh0nw8gkQL8Beq8MEeHlSYG6OMLz/RaDuoyR42QbEC7DXCrl++kv/hqU3ONaJp7/DQ38vgf6sdf350fozcfXnfOrPLtSfx6Y/Y0p/bo7+LBD9+Qb6Pdv6faj6vXX6/UL6PRD6uW79rKp+/k4/U6Sfk9Der/aztEavdUetpejzob7n1Tyu96ZtdWI8F1yPriMzd3D9GDh3ur/Ds5z/Hie9BjuE13kn8Duegvo2351C3+b7qf02X2yTPhX4Nt9dhn+br657Vx14j8S+zVciV/+3+WYF561v8obXwd48jRDqmf9C5exe391O7p/9g28ILuT6/7K4/szi6lWhmL//huDM4vwrviFYL2asa+E+q/Pnndfkbwj+DLhBfl4Hv76f/4P1jNptAm4OrYCngdbCp0jEt1XuFjhFHiOo+zOBuo8brhrouvcI1P1TQKpBXHSXAs6lAvZaSa0f3N0mPD3uFTo9fmFPj9gmfSFwevzS8NOjrvtLotPjl/b0SH963Ofkvt+eHv/7K2Oh9vlOj/vJTo/7gRvkVwKnx68COD1+bU+P//Upap/AaeIXgrr3C9T9K8Hp8WuBuk+RnB6Bc6mAvVbI9dOkPzyTYxm6P+jZ3F/H/BwPCHnc+IcMgYTIOlAHCQbqG3SO6AS1tvyNAGOcIWGMA8C762+BoDxDcKfxrcRTsHWwTDmMcGM7RLCxHTZ9Y/s4fUCfEhjQc4YDc0x6zS8L1B2zK5gNPdo8vwNuwsBeK6n1ywpeP7d0FW2s74G9kMCKFIkdqWM+eX8nUHe2XWbXrUnre4G6LyDZG48C8QjstUKun/BN3x/GLno2jxDc9B2tIzPncED+EP2prrQTSwX1FMQPQk9B/GifgsA26UeBpyCOGf4UhK77mLCjLrmmcVFeQTwBMbQW9gmIkfh+eQANiq0yXrjX97iT+0//4AmIwjF/niH/ExCFY/7+CYjM4vztExCgRfhjMTKKO17nfIJZnYWI9SWH+p0Zw4dm4YsMPw5kgARd98VmHwf+uLM5DiSdn4CxcgS0fnHRXQo43wo4Mwq4fp4NH42Tn0neUXwC/I7iEVnOk4legxPC7yg+SfhM+Emh09Av9jSEbdIvAqehXw0/Dem6fyU7Df0qeBoSmtnAnrc+5fTytOnPW6MXIaO4U75npE/XifnThTaaTgFBfprkTuI3Qib+TYiJf7dMjG3S7wJMfMZwJtZ1nyFj4jOWid2Xh4nPOr08F1YmPutj4nMBMPFZIMjPgZ/fG0H4/N65OubnGFOXxMrNgktUsQ5Ulrrm55gVnSM6QX3e0EmiBzQniVrtRnzUZw8gKHPyPPwjBp5sBAC/QIox0LczyCdYLwQOurtm9JN92YF5dgE+9dyV5GNzLkJujjHBCDMXAQHpzvfiuudfW2Emypi6SRfXxcfNARxYqbpz1IX3SFSYyQEEVEDCjMQDWX/Edud/idPLS109DZUwoxcg1lWseyH8CWX87miBeQkQ5JcK3cmgmfgyQia+TIiJc1omxjYppwAT5zKciXXduciYOJdlYk9sd/65nV5eHlYmzu1j4ssDYOLcQJBfbhVtBVwDsRzzsFgkV9iBUlcQDNSVplsk+rxxpYBFkpvEIskD3OWvAoIyt7VI1FUEAL9aijHQdsE1wOHsAbQLepLYBXkJRYq8QiLFtVakwDbpWgGRIp/hIoWuOx+ZSJGPT6QoLRjbI1Jc5/Qyf1hFiut8IkX+AESK64Agz19XZujQTHw9IRNfL8TEBSwTY5tUQICJbzCciXXdN5Ax8Q2Wid2Xh4kLOr2MDSsTF/QxcWwATFwQCPJYIBOzqrvANRDLsRCLXVDY2gWqMMFAFTHdLtDnjSICdkEeErugEHCXvxEIyjzWLlA3EgC8KItdcBNwOHsB7YLeJHZBMUKRopiQSHGzFSmwTbpZQKQobrhIoesuTiZSFOcTKeIFY3tEilucXpYIq0hxi0+kKBGASHELEOQl6soMHZqJbyVk4luFmLikZWJsk0oKMPFthjOxrvs2Mia+zTKx+/IwcSmnl3FhZeJSPiaOC4CJSwFBHgdkYlZ1F7gGYjkqFrugtLULVGmCgYo33S7Q5414AbvgShK7QAF3+TJAUF5p7QJVhgDgZVnsgnLA4ewHtAv6k9gFCYQiRYKQSFHeihTYJpUXECkqGC5S6LorkIkUFfhEijKCsT0ixe1OLyuGVaS43SdSVAxApLgdCPKKdWWGDs3EdxAy8R1CTFzJMjG2SZUEmLiy4Uys665MxsSVLRO7Lw8TV3F6GQkrE1fxMXEkACauAgR5BMjErOoucA3EckxksQuSrF2gkggGqqrpdoE+b1QVsAuuJrELEoG7fDUgKK+2doGqRgDwZBa7oDpwOAcA7YKBJHZBDUKRooaQSFHTihTYJtUUEClSDBcpdN0pZCJFCp9IUVYwtkekqOX0snZYRYpaPpGidgAiRS0gyGvXlRk6NBPXIWTiOkJMXNcyMbZJdQWYuJ7hTKzrrkfGxPUsE7svDxPXd3p5Z1iZuL6Pie8MgInrA0F+J5CJWdVd4BqI5diAxS64y9oF6i6CgWpoul2gzxsNBeyCvCR2QQPgLn83EJR5rV2g7iYAeCMWu+Ae4HAOAdoFQ0nsgsaEIkVjIZHiXitSYJt0r4BI0cRwkULX3YRMpGjCJ1KUE4ztESnuc3rZNKwixX0+kaJpACLFfUCQN60rM3RoJr6fkInvF2LiZpaJsU1qJsDEDxjOxLruB8iY+AHLxO7Lw8TNnV4+GFYmbu5j4gcDYOLmQJA/CGRiVnUXuAZiObZgsQtaWrtAtSQYqFam2wX6vNFKwC7IR2IXtADu8q2BoMxn7QLVmgDgqSx2QRpwOIcB7YLhJHZBG0KRoo2QSPGQFSmwTXpIQKRoa7hIoetuSyZStOUTKRIEY3tEinZOL9uHVaRo5xMp2gcgUrQDgrx9XZmhQzNxB0Im7iDExB0tE2Ob1FGAiTsZzsS67k5kTNzJMrH78jBxZ6eXD4eViTv7mPjhAJi4MxDkDwOZmFXdBa6BWI5dWOyCrtYuUF0JBqqb6XaBPm90E7AL8pPYBV2Au3x3ICjzW7tAdScAeA8Wu6AncDhHAe2C0SR2wSOEIsUjQiLFo1akwDbpUQGRopfhIoWuuxeZSNGLT6QoLxjbI1L0dnrZJ6wiRW+fSNEnAJGiNxDkferKDB2aifsSMnFfISbuZ5kY26R+Akzc33Am1nX3J2Pi/paJ3ZeHiR9zevl4WJn4MR8TPx4AEz8GBPnjQCZmVXeBayCW4wAWu2CgtQvUQIKBGmS6XaDPG4ME7IICJHbBAOAuPxgIygLWLlCDCQA+hMUuGAoczjFAu2AsiV3wBKFI8YSQSPGkFSmwTXpSQKQYZrhIoeseRiZSDOMTKSoIxvaIFMOdXo4Iq0gx3CdSjAhApBgOBPmIujJDh2bikYRMPFKIiUdZJsY2aZQAE482nIl13aPJmHi0ZWL35WHip5xePh1WJn7Kx8RPB8DETwFB/jSQiVnVXeAaiOU4hsUuGGvtAjWWYKCeMd0u0OeNZwTsgoIkdsEY4C7/LBCUBa1doJ4lAPg4FrtgPHA4xwHtgvEkdsFzhCLFc0IixfNWpMA26XkBkWKC4SKFrnsCmUgxgU+kaCEY2yNSTHR6OSmsIsVEn0gxKQCRYiIQ5JPqygwdmolfIGTiF4SYeLJlYmyTJgsw8RTDmVjXPYWMiadYJnZfHiZ+0enl1LAy8Ys+Jp4aABO/CAT5VCATs6q7wDUQy3Eai10w3doFajrBQL1kul2gzxsvCdgFhUjsgmnAXf5lICgLWbtAvUwA8BksdsFM4HBOANoFE0nsglmEIsUsIZHiFStSYJv0ioBIMdtwkULXPZtMpJjNJ1K0FIztESnmOL2cG1aRYo5PpJgbgEgxBwjyuXVlhg7NxPMImXieEBPPt0yMbdJ8ASZeYDgT67oXkDHxAsvE7svDxAudXi4KKxMv9DHxogCYeCEQ5IuATMyq7gLXQCzHxSx2wRJrF6glBAP1qul2gT5vvCpgFxQhsQsWA3f514CgLGLtAvUaAcCXstgFy4DDORloF0whsQteJxQpXhcSKd6wIgW2SW8IiBTLDRcpdN3LyUSK5XwiRSvB2B6RYoXTyzfDKlKs8IkUbwYgUqwAgvzNujJDh2bitwiZ+C0hJl5pmRjbpJUCTLzKcCbWda8iY+JVlondl4eJ33Z6+U5YmfhtHxO/EwATvw0E+TtAJmZVd4FrIJbjaha7YI21C9QagoF613S7QJ833hWwC4qS2AWrgbv8e0BQFrV2gXqPAOBrWeyCdcDhnAa0C6aT2AXvE4oU7wuJFB9YkQLbpA8ERIr1hosUuu71ZCLFej6RorVgbI9IscHp5YdhFSk2+ESKDwMQKTYAQf5hXZmhQzPxR4RM/JEQE2+0TIxt0kYBJt5kOBPrujeRMfEmy8Tuy8PEm51efhxWJt7sY+KPA2DizUCQfwxkYlZ1F7gGYjluYbELtlq7QG0lGKhPTLcL9HnjEwG7oBiJXbAFuMtvA4KymLUL1DYCgG9nsQt2AIdzBtAumEliF+wkFCl2CokUn1qRAtukTwVEil2GixS67l1kIsUuPpEiVTC2R6TY7fTys7CKFLt9IsVnAYgUu4Eg/6yuzNChmfhzQib+XIiJ91gmxjZpjwAT7zWciXXde8mYeK9lYvflYeIvnF5+GVYm/sLHxF8GwMRfAEH+JZCJWdVd4BqI5biPxS7Yb+0CtZ9goL4y3S7Q542vBOyC4iR2wT7gLv81EJTFrV2gviYA+AEWu+AgcDhnA+2COSR2wTeEIsU3QiLFt1akwDbpWwGR4pDhIoWu+xCZSHGIT6RIE4ztESkOO738LqwixWGfSPFdACLFYSDIv6srM3RoJv6ekIm/F2LiI5aJsU06IsDERw1nYl33UTImPmqZ2H15mPgHp5c/hpWJf/Ax8Y8BMPEPQJD/CGRiVnUXuAZiOR5jsQuOW7tAHScYqJ9Mtwv0eeMnAbugBIldcAy4y/8MBGUJaxeonwkAfoLFLjgJHM75QLtgAYld8AuhSPGLkEjxqxUpsE36VUCkOGW4SKHrPkUmUpyiEylUnFxsr0hx2unlb2EVKU77RIrfAhApTgNB/ltdmaFDM/HvhEz8uxATn7FMjG3SGQEmPms4E+u6z5Ix8VnLxJ7g7vzPZfSy3vm/CxUTn/MxsXsh/All/O5ogXkOCfJ6uKFjVXdxayCXYxaBHDNNNNqByopLlNYuyEowUNnQOaIT1OcNnSR6QEuS2AVuxEdb8wVAUJa0doG6gADgF0oxBtouyA4czsVAu2AJiV1wEXCjCEqkuAg4nO58L3bdfluRIsqYukkX18PHzQEcWKm6c9SD90hUpMgBBFRAIoWSi+0VKS5xenlpWEUKvQCxrmIvDUCkuAQI8kvryQwdmokvI2Tiy4SYOKdlYmyTcgowcS7DmVjXnYuMiXNZJvYEd+ef2+nl5WFl4tw+Jr48ACbODQT55UAmZlV3L69nfo55WOyCK6xdoK4gGKgrTbcL9HnjSgG7oBSJXZAHuMtfBQRlKWsXqKsIAH41i11wDXA4lwLtgmUkdkFeQpEir5BIca0VKbBNulZApMhnuEih685HJlLk4xMpSsvF9ooU1zm9zB9WkeI6n0iRPwCR4jogyPPXkxk6NBNfT8jE1wsxcQHLxNgmFRBg4hsMZ2Jd9w1kTHyDZWJPcHf+BZ1exoaViQv6mDg2ACYuCAR5LJCJWdXd2Hrm51iIxS4obO0CVZhgoIqYbhfo80YRAbtAkdgFhYC7/I1AUCprF6gbCQBelMUuuAk4nMuBdsEKErugGKFIUUxIpLjZihTYJt0sIFIUN1yk0HUXJxMpivOJFPFysb0ixS1OL0uEVaS4xSdSlAhApLgFCPIS9WSGDs3EtxIy8a1CTFzSMjG2SSUFmPg2w5lY130bGRPfZpnYE9ydfymnl3FhZeJSPiaOC4CJSwFBHgdkYlZ1N66e+TkqFrugtLULVGmCgYo33S7Q5414AbsgnsQuUMBdvgwQlPHWLlBlCABelsUuKAcczpVAu2AViV2QQChSJAiJFOWtSIFtUnkBkaKC4SKFrrsCmUhRgU+kKCMX2ytS3O70smJYRYrbfSJFxQBEituBIK9YT2bo0Ex8ByET3yHExJUsE2ObVEmAiSsbzsS67spkTFzZMrEnuDv/Kk4vI2Fl4io+Jo4EwMRVgCCPAJmYVd2N1DM/x0QWuyDJ2gUqiWCgqppuF+jzRlUBu6AsiV2QCNzlqwFBWdbaBaoaAcCTWeyC6sDhXA20C9aQ2AU1CEWKGkIiRU0rUmCbVFNApEgxXKTQdaeQiRQpfCJFWbnYXpGiltPL2mEVKWr5RIraAYgUtYAgr11PZujQTFyHkInrCDFxXcvE2CbVFWDieoYzsa67HhkT17NM7Anuzr++08s7w8rE9X1MfGcATFwfCPI7gUzMqu7eWc/8HBuw2AV3WbtA3UUwUA1Ntwv0eaOhgF2QQGIXNADu8ncDQZlg7QJ1NwHAG7HYBfcAh3Mt0C5YR2IXNCYUKRoLiRT3WpEC26R7BUSKJoaLFLruJmQiRRM+kaKcXGyvSHGf08umYRUp7vOJFE0DECnuA4K8aT2ZoUMz8f2ETHy/EBM3s0yMbVIzASZ+wHAm1nU/QMbED1gm9gR359/c6eWDYWXi5j4mfjAAJm4OBPmDQCZmVXcfrGd+ji1Y7IKW1i5QLQkGqpXpdoE+b7QSsAsqkNgFLYC7fGsgKCtYu0C1JgB4KotdkAYczvVAu2ADiV3QhlCkaCMkUjxkRQpskx4SECnaGi5S6LrbkokUbflEigS52F6Rop3Ty/ZhFSna+USK9gGIFO2AIG9fT2bo0EzcgZCJOwgxcUfLxNgmdRRg4k6GM7GuuxMZE3eyTOwJ7s6/s9PLh8PKxJ19TPxwAEzcGQjyh4FMzKruPlzP/By7sNgFXa1doLoSDFQ30+0Cfd7oJmAXVCSxC7oAd/nuQFBWtHaB6k4A8B4sdkFP4HBuBNoFm0jsgkcIRYpHhESKR61IgW3SowIiRS/DRQpddy8ykaIXn0hRXi62V6To7fSyT1hFit4+kaJPACJFbyDI+9STGTo0E/clZOK+QkzczzIxtkn9BJi4v+FMrOvuT8bE/S0Te4K783/M6eXjYWXix3xM/HgATPwYEOSPA5mYVd19vJ75OQ5gsQsGWrtADSQYqEGm2wX6vDFIwC6oRGIXDADu8oOBoKxk7QI1mADgQ1jsgqHA4dwCtAu2ktgFTxCKFE8IiRRPWpEC26QnBUSKYYaLFLruYWQixTA+kaKCXGyvSDHc6eWIsIoUw30ixYgARIrhQJCPqCczdGgmHknIxCOFmHiUZWJsk0YJMPFow5lY1z2ajIlHWyb2BHfn/5TTy6fDysRP+Zj46QCY+CkgyJ8GMjGruvt0PfNzHMNiF4y1doEaSzBQz5huF+jzxjMCdkEVErtgDHCXfxYIyirWLlDPEgB8HItdMB44nNuBdsEOErvgOUKR4jkhkeJ5K1Jgm/S8gEgxwXCRQtc9gUykmMAnUrSQi+0VKSY6vZwUVpFiok+kmBSASDERCPJJ9WSGDs3ELxAy8QtCTDzZMjG2SZMFmHiK4Uys655CxsRTLBN7grvzf9Hp5dSwMvGLPiaeGgATvwgE+VQgE7Oqu1PrmZ/jNBa7YLq1C9R0goF6yXS7QJ83XhKwCxJJ7IJpwF3+ZSAoE61doF4mAPgMFrtgJnA4dwHtgt0kdsEsQpFilpBI8YoVKbBNekVApJhtuEih655NJlLM5hMpWsrF9ooUc5xezg2rSDHHJ1LMDUCkmAME+dx6MkOHZuJ5hEw8T4iJ51smxjZpvgATLzCciXXdC8iYeIFlYk9wd/4LnV4uCisTL/Qx8aIAmHghEOSLgEzMqu4uqmd+jotZ7IIl1i5Q/4+9L4G3qXrfv66ZREmiiYoS1V1cczJndi+uWeZ7zUQIDRSVSGkwKw1m0qTMQzJkKIoyc0wJGQoh4X/Wt31/7bO7NJzn3f/1OGt/Pt/PPd8c+673fZ93Pet53n2OjwkA9Ynp4wKtNz4RGBdUJBkXfATc5WcDm7KiHReo2QQN/inLuOAzIDh3AscFu0jGBXMITYo5QibFXGtSYIs0V8CkmGe4SaHjnkdmUszjMynayN071KSY79RyQaSaFPM9JsUCH0yK+cAmX1BbBnRoJl5IyMQLhZh4kWVibJEWCTDxYsOZWMe9mIyJF1smDrm5e/1LnFoujVQmXuJh4qU+MPESYJMvBTIxq7u7tLb5a/ycZVywzI4L1DICQH1h+rhA640vBMYFlUnGBZ8Dd/nlwKasbMcFajlBg69gGResBIJzD3BcsJdkXLCK0KRYJWRSfGlNCmyRvhQwKVYbblLouFeTmRSr+UyKtnL3DjUp1ji1XBupJsUaj0mx1geTYg2wydfWlgEdmonXETLxOiEm/soyMbZIXwkw8deGM7GO+2syJv7aMnHIzd3rX+/UckOkMvF6DxNv8IGJ1wObfAOQiVnd3Q21zV/jNyzjgm/tuEB9SwCojaaPC7Te2CgwLqhCMi74BrjLbwI2ZRU7LlCbCBr8O5ZxwfdAcB4Ajgt+IBkXbCY0KTYLmRRbrEmBLdIWAZNiq+EmhY57K5lJsZXPpEiUu3eoSbHNqeX2SDUptnlMiu0+mBTbgE2+vbYM6NBMvIOQiXcIMfFOy8TYIu0UYOJdhjOxjnsXGRPvskwccnP3+nc7tQxEKhPv9jBxwAcm3g1s8gCQiVnd3UBt89e4h2VcsNeOC9ReAkDtM31coPXGPoFxQTWSccEe4C6/H9iU1ey4QO0naPADLOOCH4DgPAQcFxwmGRccJDQpDgqZFD9akwJbpB8FTIpDhpsUOu5DZCbFIT6TIknu3qEmxWGnlkci1aQ47DEpjvhgUhwGNvmR2jKgQzPxT4RM/JMQEx+1TIwt0lEBJj5mOBPruI+RMfExy8QhN3ev/7hTyxORysTHPUx8wgcmPg5s8hNAJmZ1d0/UNn+NP7OMC36x4wL1CwGgTpo+LtB646TAuKAGybjgZ+AufwrYlDXsuECdImjw0yzjgl+B4DwKHBcc2+LPRhFu/s4A89cGmL+2wHtJ5u/s1Z8/UfydA+YvPY5cVAYhokcfSH4Ln+gLO/dSfpmMvwmZjOetyYgt0nkBk/F3w01GHffvZCbj74ImI9p/Wh38BSdr4u6XtlZU1DlcvdQfPwqHnlqh946Jcef3grP2i//ABL0j6q8Y8pqgd0T9vQma0n3+v5mgF2r/ucBoJxF5PItL/p0o8KHvWwt8WkCvL7lJ0Pet7ZMdEu7J5gKQdC4C7xVHYicB8a2AmFGA/KW44aMJGok/vbZ0rhp/G9w0LwZ/bnR+bnJ+6uuSJpW4P+LRfyd5Y9/svEf/efJ7UwXfF+167z+5f+rg+9Nc4f76z5Pfmzb4Ol0K7/3OeW9a572a6NIHX2f4l2vJGHx/piusJaNrLZmDr6+5wloyu9aSJfj62hTe+73z3izOe/UaswZfZ4tz8um8r5zzMya8S21O/Ude0Ht4PWHuignvUrtT/5FXdNwJZnPX/63zujhcLoG1VgmG40af9c4InHkaGh63PuudFYi7EUm/XA/sF2CtFTJ/fjl1wFyGOHXZ4/58bZ26MO+pi5Q9Dn/fG+LMdup03DfEwWsUsjmh3S9kTnPEmY3LLdF/iAo0ETU13GzRB480tfD3bWb4weO7YNzXCdT7EQJzLZ1AvZuTmEPAflRujIebvxYk+QPiWzUH5q8lyYH/RiAPAjGjWhIe+G8UOvDntAd+bJFyChz4bzL8wK/jvkn4wI/enHIRuBEsH07MJbQ55babE7ZIuQU2p5sN35x03DcLbU4Szo5eK3qzQ7obyHrfIuyUIByDHAIKsh2Bcr5RIO72Eaic2wEJvUMEKuf2wPx1JFHOtwL3RSBmVEdC5Xyr0OH0Nns4xRbpNoHD6e2GH0513LeTHE5zOCoffSjIExeZcXcz/BCocZlHIO5HSQ4xtwNJuBvwENOd5BCTF5g/IGZUd8P77nImQEx4V8hjIzHhXVDT5444DjzfeRU7xolJf1x+HcrvFDqU32UP5dgi3SVwKM9n+KFcx52P5FB+h7NW9GZ3B7BGyHrnJ3CM8wk4p70IHOP8AnH3jkDHuBdQLDwegY5xb2D++pCIrbuB+yIQM6oPoWN8t9Dh9B57OMUW6R6Bw2kBww+nOu4CJIdTPd7PK+AgPmX4A/faNb1DIO6nScjoXiAZAWutnjb8EK37+l4B3DxDcggsIISbcPP3LEn+gPhWzwDzN5Bk3yoIxB8QM2qg4fvW5UyomPAuBZwMQE3HQiQTi/uu/olFol+i8D4hUXi/FYXYIt0vIAofMFwU6rgfIBGFhZy1oje7QsAaIesdQzCxKCrg3L9AMLEoJhD34AicWLwAFAsvRuDEYjAwf0NIxJYC7otAzKghhBMLJXQ4LWwPp9giFRY4nBYx/HCq4y5CcjjVj5cUFHBgXzF8YqFd50ICcQ8nIaNYIBkBa62GG36I1n0dK4Cb10kOgUWEcBNu/t4gyR8Q3+p1YP5GkOxbRYH4A2JGjTB837qcCRUT3qWAkwGo6ViMZGJR/OqfWLT1SxQWFxKFJawoxBaphIAoLGm4KNRxlyQRhcWctaI3u2LAGiHrXYpgYlFZwLkfQzCxeFgg7rEROLEYAxQL4yJwYjEWmL/xJGKrNHBfBGJGjSecWJQWOpw+aA+n2CI9KHA4LWP44VTHXYbkcKofLykq4MC+Y/jEQrvOxQTifpeEjB4CkhGw1updww/Ruq8fEsDNJJJDYBkh3ISbv8kk+QPiW00C5m8Kyb5VFog/IGbUFMP3rcuZUDHhXQo4GYCajuVIJhblr/6JRRu/RGF5IVFYwYpCbJEqCIjCioaLQh13RRJRWM5ZK3qzKwesEbLelQgmFvUFnPsZBBOLBgJxz4zAicUMoFh4PwInFjOB+ZtFIrYqA/dFIGbULMKJRWWhw+nD9nCKLdLDAofTKoYfTnXcVUgOp/rxkrICDuwnhk8s/ufYC8Q9m4SMqgLJCFhrNdvwQ7Tu66oCuJlDcgisIoSbcPM3lyR/QHyrOcD8zSPZt6oB8QfEjJpn+L51ORMqJrxLAScDUNOxOsnEosbVP7Fo7ZcorCEkCmtaUYgtUk0BUVjLcFGo465FIgqrO2tFb3bVgTVC1rs2wcQiUcC5X0QwsUgSiHtxBE4sFgHFwpIInFgsBuZvKYnYigPui0DMqKWEE4s4ocNpvD2cYosUL3A4rWP44VTHXYfkcKofL6km4MCuMHxioV3n6gJxryQho7pAMgLWWq00/BCt+7quAG5WkxwC6wjhJtz8rSHJHxDfajUwf2tJ9q16QPwBMaPWGr5vXc6EignvUsDJANR0TCCZWNS/+icWrfwShfWFRGEDKwqxRWogIAobGi4KddwNSURhgrNW9GaXAKwRst6NCCYWvQSc+/UEE4veAnFviMCJxXqgWPgmAicWG4D5+5ZEbDUG7otAzKhvCScWjYUOp03s4RRbpCYCh9Omhh9OddxNSQ6n+vGSegIO7GbDJxbadU4QiHsLCRk1A5IRsNZqi+GHaN3XzQRws53lEC2Em3Dzt4Mkf0B8q+3A/O0k2bceAeIPiBm10/B963ImVEx4l0pAOu7Ac11zkolFi6t/YlHSL1HYQkgUtrSiEFuklgKisJXholDH3YpEFDZ31ore7JoDa4Ssd2uCicVzAs79HoKJxfMCce+NwInFHqBY2BeBE4u9wPztJxFbbYD7IhAzaj/hxKKN0OG0rT2cYovUVuBwmmj44VTHnUhyONWPlzwi4MAeMnxioV3n5gJxHyYhoyQgGQFrrQ4bfojWfZ0kgJujJIfARCHchJu/YyT5A+JbHQXm7zjJvtUOiD8gZtRxw/ety5lQMeFdCjgZgJqO7UkmFh2u/olFCb9EYQchUdjRikJskToKiMJOhotCHXcnElHY3lkrerNrD6wRst6dCSYWIwSc+5MEE4uRAnGfisCJxUmgWDgdgROLU8D8/UoitroA90UgZtSvhBOLLkKH0672cIotUleBw2k3ww+nOu5uJIdT/XhJOwEH9rzhEwvtOrcXiPt3EjJ6FEhGwFqr3w0/ROu+flQAN5dIDoHdhHAT9j6+jSN/QHyrS8D8pdrGsW91R5oLuJgVOn/o/eVyJlRMeJcCTgagpmMPkonFY1f/xKK4X6LwMSFR2NOKQmyRegqIwl6Gi0Iddy8SUdjDWSt6s+sBrBGy3r0JJhaTBJz7tIYfWvTEYrJA3OlIxAJyYuGudbj5S0+SP+TEIh0wfxlIxNbjwH0RiBmFzJ9fh9PHhQ6nfezhFFukPgKH076GH0513H1JDqf68ZLuAg5slm1mx61d5x4CcV9LQkb9gGQErLW61vBDtO7rfgK4uY7kENhXCDfh5u96kvwB8a2uA+YvO8m+9QQQf0DMqOyG71uXM6FiwrsUcDIANR2fJJlYPHX1TyyK+SUKnxIShU9bUYgt0tMCorC/4aJQx92fRBQ+6awVvdk9CawRst4DCCYWnwo49zkJJhafCcR9UwROLHICxUKuCJxY3ATMX24SsfUMcF8EYkblJpxYPCN0OH3WHk6xRXpW4HA60PDDqY57IMnhVD9e8oSAA3u74RML7To/KRB3HhIyGgQkI2CtVR7DD9G6rwcJ4OZOkkPgQCHchJu/u0jyB8S3uhOYv3wk+9ZzQPwBMaPyGb5vXc6EignvUsDJANR0fJ5kYvHC1T+xKOqXKHxBSBQOtqIQW6TBAqLwRcNFoY77RRJR+LyzVvRm9zywRsh6DyGYWKwQcO4LEEwsVgrEfW8ETiwKAMVCwQicWNwLzF8hErE1FLgvAjGjChFOLIYKHU5fsodTbJFeEjicDjP8cKrjHkZyONWPlzwn4MAqwycW2nV+XiDuwiRk9DKQjIC1VoUNP0Trvn5ZADdFSQ6Bw4RwE27+ipHkD4hvVRSYv+Ik+9YrQPwBMaOKG75vXc6EignvUsDJANR0HE4ysXj16p9YxPolCl8VEoWvWVGILdJrAqLwdcNFoY77dRJRONxZK3qzGw6sEbLebxBMLL4TcO5LE0wsvheI+8EInFiUBoqFMhE4sXgQmL+HSMTWCOC+CMSMeohwYjFC6HA60h5OsUUaKXA4HWX44VTHPYrkcKofL3lFwIGtaPjEQrvOwwXirkRCRqOBZASstapk+CFa9/VoAdxUITkEjhLCTbj5q0qSPyC+VRVg/qqR7FtjgPgDYkZVM3zfupwJFRPepYCTAajpOJZkYjHu6p9YFPFLFI4TEoXjrSjEFmm8gCh803BRqON+k0QUjnXWit7sxgJrhKz3WwQTiwMCzn0tgonFDwJx147AiUUtoFiIi8CJRW1g/uJJxNYE4L4IxIyKJ5xYTBA6nL5tD6fYIr0tcDh9x/DDqY77HZLDqX68ZIyAA1vf8ImFdp3HCsTdgISM3gWSEbDWqoHhh2jd1+8K4KYxySHwHSHchJu/JiT5A+JbNQbmrynJvvUeEH9AzKimhu9blzOhYsK7FHAyADUdJ5JMLCZd/ROLwn6JwklConCyFYXYIk0WEIVTDBeFOu4pJKJworNW9GY3EVgjZL2nEkwsTgs49y0IJha/CsTdMgInFi2AYqFVBE4sWgLz15pEbE0D7otAzKjWhBOLaUKH0+n2cIot0nSBw+kMww+nOu4ZJIdT/XjJewIObDvDJxbadZ4oEHd7EjKaCSQjYK1Ve8MP0bqvZwrgphPJIXCGEG7CzV9nkvwB8a06AfPXhWTfeh+IPyBmVBfD963LmVAx4V0KOBmAmo6zSCYWH1z9Ewvllyj8QEgUfmhFIbZIHwqIwo8MF4U67o9IROEsZ63ozW4WsEbIen9MMLFIWxt/3+4EE4t0AnH3iMCJRXegWHgsAicWPYD560kitj4B7otAzKiehBOLT4QOp7Pt4RRbpNkCh9NPDT+c6rg/JTmc6sdL3hdwYPsaPrHQrvMsgbj7kZDRZ0AyAtZa9TP8EK37+jMB3DxFcgj8VAg34ebvaZL8AfGtngLmrz/JvjUHiD8gZlR/w/ety5lQMeFdCjgZgJqOc0kmFvOu/omFb6JwnpAonG9FIbZI8wVE4QLDRaGOewGJKJzrrBW92c0F1ghZ74UEE4scAs79QIKJxY0CcQ+KwInFQKBYeC4CJxaDgPl7nkRsLQLui0DMqOcJJxaLhA6ni+3hFFukxQKH0yWGH0513EtIDqf68ZI5Ag7sUMMnFtp1nisQ90skZLQUSEbAWquXDD9E675eKoCbV0gOgUuEcBP29/ST5A+Ib/UKMH+vkuxbnwPxB8SMetXwfetyJlRMeJcCTgagpuMykonFF1f9xCIxyS9R+IWQKFxuRSG2SMsFROEKw0WhjnsFiShc5qwVvdktA9YIWe+VBBOLfALO/QiCiUV+gbhHRuDEYgRQLIyKwInFSGD+RpOIrVXAfRGIGTWacGKxSuhw+qU9nGKL9KXA4XS14YdTHfdqksOpfrzkcwEH9k3DJxbadV4mEPdbJGS0BkhGwFqrtww/ROu+XiOAm3dIDoGrhXAT9r/LQpI/IL7VO8D8vUeyb60F4g+IGfWe4fvW5UyomPAuBZwMQE3HdSQTi6+u/olFol+i8CshUfi1FYXYIn0tIArXGy4KddzrSUThOmet6M1uHbBGyHpvIJhYFBVw7qcQTCyKCcQ9NQInFlOAYmFaBE4spgLzN51EbH0D3BeBmFHTCScW3wgdTr+1h1Nskb4VOJxuNPxwquPeSHI41Y+XrBVwYD8wfGKhXed1AnF/SEJGm4BkBKy1+tDwQ7Tu600CuPmE5BC4UQg34eZvNkn+gPhWnwDz9ynJvvUdEH9AzKhPDd+3LmdCxYR3KeBkAGo6fk8ysdh89U8s2volCjcLicItVhRii7RFQBRuNVwU6ri3kojC7521oje774E1QtZ7G8HEorKAcz+PYGLxsEDc8yNwYjEPKBYWRODEYj4wfwtJxNZ25AeogWJrIeHEYrvQ4XSHPZxii7RD4HC60/DDqY57J8nhVD9e8p2AA/u54RML7Tp/LxD3MhIy2gUkI2Ct1TLDD9G6r3cJ4GYFySFwpxBuwv5gP0n+gPhWK4D5W0Wyb+0G4g+IGbXK8H3rciZUTHiXAk4GoKZjgGRisefqn1i08UsU7hEShXutKMQWaa+AKNxnuCjUce8jEYUBZ63ozS4ArBGy3vsJJhb1BZz7tQQTiwYCca+LwInFWqBY+CoCJxbrgPn7mkRsHQDui0DMqK8JJxYHhA6nP9jDKbZIPwgcTg8afjjVcR8kOZzqx0t2CziwGw2fWGjXOSAQ9yYSMvoRSEbAWqtNhh+idV//KICbzSSHwINCuAk3f1tI8gfEt9oMzN9Wkn3rEBB/QMyorYbvW5czoWLCuxRwMgA1HQ+TTCyOXP0Ti9Z+icIjQqLwJysKsUX6SUAUHjVcFOq4j5KIwsPOWtGb3WFgjZD1PkYwsUgUcO53EkwskgTi3hWBE4udQLGwOwInFruA+QuQiK3jwH0RiBkVIJxYHBc6nJ6wh1NskU4IHE5/NvxwquP+meRwqh8vOSTgwB4wfGKhXefDAnH/QEJGvwDJCFhr9YPhh2jd178I4OYQySHwZyHchC2GSfIHxLc6BMzfEZJ96yQQf0DMqCOG71uXM6FiwrsUcDIANR1PkUwsTl/9E4tWfonC00Ki8FcrCrFF+lVAFJ4xXBTquM+QiMJTzlrRm90pYI2Q9T5LMLHoJeDcHyeYWPQWiPtEBE4sjgPFws8ROLE4AczfLyRi6xxwXwRiRv1COLE4J3Q4/c0eTrFF+k3gcHre8MOpjvs8yeFUP15yUsCBPWP4xEK7zqcE4j5LQka/A8kIWGt11vBDtO7r3wVwc57kEHheCDdh45kkf0B8q/PA/F0g2bcuAPEHxIy6YPi+dTkTKia8S51C7gfAc91FkonFpat/YlHSL1F4SUgURsX/+dKKwjDvqYukE4q+b6p4s0WhjjtVPLxGImu96KwVvdldBG7wyHpHx5s/sXhOwLlPtd38icXzAnFHb/fncBAT3gWdWLhrHW7+UpPkDzmxiAbmL812jsNpauC+CMSMQubPr8MpMJchh9M09nCKLVIagcNpWsMPpzrutCSHU/14yQUBBzbjdrPj1q7zRYG4M5GQUTogGQFrrTKZfogO5i1dPP6+WUgOgWmFcBNu/q4lyR8Q3yoLMH9ZSfat9ED8ATGjshq+b13OhIoJ71LAyQDUdMwQz4HnjEA8GzqxKOGXKMwoJAozWVGILVImAVGY2XBRqOPOTCIKMzhrRW92GYA1Qtb7GoKJxQgB5z47wcRipEDcN0TgxCI7UCzkiMCJxQ3A/N1IIrayAPdFIGbUjYQTiyxCh9Nr7eEUW6RrBQ6nWQ0/nOq4s5IcTvXjJekFHNibDZ9YaNc5g0Dct5CQUTYgGQFrrW4x/BCt+zqbAG5uJzkEZhXCTbj5y0OSPyC+1e3A/OUl2beuA+IPiBmV1/B963ImVEx4lwJOBqCm4/UkE4vsV//EorhfojC7kCi8wYpCbJFuEBCFOQwXhTruHCSi8HpnrejN7npgjZD1vpFgYjFJwLnPRzCxmCwQd/4InFjkA4qFuyNwYpEfmL97SMRWTuC+CMSMuodwYpFT6HB6kz2cYot0k8DhNJfhh1Mddy6Sw6l+vOQ6AQf2PsMnFtp1vl4g7vtJyCg3kIyAtVb3G36I1n2dWwA3iuQQmEsIN+HmrzBJ/oD4VgqYvyIk+9bNQPwBMaOKGL5vXc6EignvUsDJANR0vIVkYnHr1T+xKOaXKLxVSBTeZkUhtki3CYjC2w0XhTru20lE4S3OWtGb3S3AGiHrnYdgYvGpgHNfnGBi8ZlA3CUicGJRHCgWSkbgxKIEMH+lSMRWXuC+CMSMKkU4scgrdDi9wx5OsUW6Q+Bweqfhh1Md950kh1P9eMnNAg5sWcMnFtp1vkUg7nIkZHQXkIyAtVblDD9E676+SwA3FUkOgXcK4Sbc/FUiyR8Q36oiMH+VSfatfED8ATGjKhu+b13OhIoJ71LAyQDUdMxPMrG4++qfWBT1SxTeLSQK77GiEFukewREYQHDRaGOuwCJKMzvrBW92eUH1ghZ73sJJhYrBJz7agQTi5UCcVePwIlFNaBYqBGBE4vqwPzVJBFbBYH7IhAzqibhxKKg0OG0kD2cYotUSOBwep/hh1Md930kh1P9eEk+AQe2juETC+065xeIuy4JGd0PJCNgrVVdww/Ruq/vF8BNfZJD4H1CuAk3fw1I8gfEt6oPzF9Dkn3rASD+gJhRDQ3fty5nQsWEdyngZABqOsaQTCzU1T+xiPVLFCohUVjYikJskQoLiMIihotCHXcRElEY46wVvdnFAGuErHcswcTiOwHnvinBxOJ7gbibReDEoilQLDwSgROLZsD8NScRW0WB+yIQM6o54cSiqNDhtJg9nGKLVEzgcFrc8MOpjrs4yeFUP17ygIAD28bwiYV2nWME4m5LQkYlgGQErLVqa/ghWvd1CQHctCM5BBYXwk24+WtPkj8gvlU7YP46kOxbJYH4A2JGdTB837qcCRUT3qWAkwGo6ViKZGJR+uqfWBTxSxSWFhKFD1pRiC3SgwKisIzholDHXYZEFJZy1ore7EoBa4Ss90MEE4sDAs59F4KJxQ8CcXeNwIlFF6BY6BaBE4uuwPw9SiK2ygL3RSBm1KOEE4uyQofTcvZwCi6SwOG0vOGHUx13eZLDqX68pKSAA9vL8ImFdp1LCcTdm4SMKgDJCFhr1dvwQ7Tu6woCuOlLcggsL4SbcPPXjyR/QHyrvsD8PUGyb1UE4g+IGfWE4fvW5UyomPAuBZwMQE3HSiQTi8pX/8SisF+isLKQKHzYikJskR4WEIVVDBeFOu4qJKKwkrNW9GZXCVgjZL2rEkwsTgs49/0JJha/CsQ9IAInFv2BYuGZCJxYDADm71kSsVUNuC8CMaOeJZxYVBM6nFa3h1NskaoLHE5rGH441XHXIDmc6sdLKgo4sC8YPrHQrnMlgbgHk5BRTSAZAWutBht+iNZ9XVMAN0NJDoE1hHATbv5eIskfEN9qKDB/w0j2rVpA/AExo4YZvm9dzoSKCe9SwMkA1HSsHW/2+UObZLUEeORVw89dmjtrC8T9Gsn+FQfsF2Ct1WuG4+aboAqPE8CNvi8qbr22dC7MfBu898Xgz43Oz03OT33FB2Op48Sj/0608983O+/Rf5783rrB1/Vc7/0n908Ivr/+Fe6f4Lp/g+Drhim89zvnvQ2c92pDpFHwdeN/uZYmwfc3vcJamrjW0iz4+pErrKWZay3Ng69bpPDe7533Nnfeq9fYMvi6laPJ0djcnPqPvKCxOcLwntyd+o+8ouMeSbKXtwbu5cBaq5GEhu5G8D6cvMbkmrcJ1qpt8H+JLl8ui/MzY1SoyauvdK7X5UDrEjCNY9K61prRtebkeK51/jwN9vcWyejKbZQr31Ep5C3K9fszBP93jfO6XWLP+F6tO3doUyOxb0o1S53CfaNdsab1vM9dx+Q/S+/++xKHEtC9/nJ4aOOQV1vnZ6LzM2vwf0nB1+0uQ2aIA5FuRvR9xxAcMJMEyGysEJlFg+MH1keNBROQd3OWqH8boUcc0etsC1ynO6/tnf2kg4sgczo/3Zt9Ktd/YybNDK44ki83uST/zuS4k4k0LXYthfXvShMVel2JSJN/v4dI6yW26ZHY00Ok3gl2dAqxumPU8aXHxheTvNbkK3lNyb8nU9SfuMngWkdG7DpU8u/yriOjax0ZXK+T/yyTa03J/y2zZ73uXnD/3eS8ZnbFTHMY0YG0dw4dHZyfHYM/O8XLrb+NAAG/abgzr+PuKBD3WyQHD2B91FsEh8y2ArV+hwDjnQTifpcE48D6qHcNx/iW6D8ca3StJxke93dBtm8tEPdkEje0M9ANBdZaIfPnNWk6O+ci7zlJX12Cr7v+y0lJt+D7H73CpKSb6/7dg697OBN9rxCTwHcXwyfqet/pjn3aNCm2cGyM7mtU3G5h95hLaCcLhKtRaKd3xZF8ud1pLaKyO/+/a7eeHZL61u7VuXOHpA6JbWt365noTllKT2SnpGPd5nCaFNJIZw5Lre8xoaeUL5fTcDmm539/QijGcy/l12Srp9BHFXrZjypgi9QrHn/f3oZ/VEHH3dvnTSAmvCskpzFhXn4dnp6NksltmHVT3v/gzsXjDi76uPCR1pWf5PfqzedSCrlL5Xod7bwn+grvSXWZ+1zu4CC2wSQHpxOw2BVsn/hQK969INTvfhy4YfS9wr1KFE9snVQ8tkirmNik1sH7FEtKLNKqcEmVVKJI8PZFYlXrVokxbWNbFy8WW6xEUnHfngPpK8SW/SxbYovUT4AtnzCcLXXcTwixJfqo3MdZK/q+0wz9oM1fvoILiKUngdbWNLAdpTcxvb7yUaEX+oMez/53DP1FeiFJro9Pz22Eu86nCKXrU0Jk/LQlY2yRnhYg4/6Gk7GOu79PZBwT3vU/r01irX7J13A22aTQyzf5OsDJ9zP/QL5WSCF3XvlaIerv5WtK9/lb+Wr6g0DRTjJTuRL3jA8nDmAc6hngZvYsrhmSkvP5rCufEnjoI6AEZpj10MlfTkk67gECcc8keNjmGYG43zdU+XkJBrlvzAB+xcIskq+oAOJbATGjZvn0sFfY34cI5JqBQOdB30OCWwbGy+xhyFqj464VvMezUfi4B5G4Gc+RrPN5knW+QLLOwSTrfJFknUNI1jmUZJ0vkaxzGMk6XyZZ5ysk6xxOss5XSdb5Gsk6XweuU5uYE4MLzObcT58Z9XlMn3X0OUJztOY/zS1639Z7ot5vdC/rPtEY1PXVuXs9PipKMu43SOozAqizdH0mpfpTV+ocjBDO80ig5vRrujhSaLo4yk4XsUUaJTBdHG34dFHHPZpouiix1gh/OPYv63TnYoyT77H/YLqYN4XceaeLeaP+frqY0n2uiumiTmYeV+LGxv91lzR5ujgWuJmNi8fnd1x8KJCQedTNq3OJPtF8QjBlGyPgfM8miHusQNyfkkzHgLhUwForqfyh6zyeUKmMF1Iqb1qlgi3SmwJK5S3DlYqO+y0ipfKWVSr/u1JYrohSmeDk+22rVP77lZyoCR6l8jaZUnkbuJm9I6BU3rmCUkGcXCcInFznEZzY3xaIe34EntiBtVbI/OnNe1IKR2F0fdB79Nvx5q/xXaEZFrwh3wMOsVgB9R4BoCai14heoPa1JgowxiISxngXeEqaBGzKRQRfbzpJADeT47FMOZFwY5tMsLFNkWLKaDCg3JIq3HtNBTa4RFGkmnJavPmbUReBuJcYvgnrJpwqEPdSku+hnQ7sR2Ct1dLtNCT2f8MBNDanEZDYdOnTebgAv9wX3YZ73y8Mb/DEpKSY1m3bKPcX8ob9GWbgZoHMn1+TTWD8IZPNmXayiS3STIHJ5vuGTzZ13O8LTTaTL7SyQOZ0VrxcU4Dy+ZdvSA835g/izSe0aHD+ngXi70MhCY4+bHxEss6PSdb5Cck6Z5Os81OSdX5Gss45JOucS7LOeSTrnE+yzgUk61xIss5FJOtcTLLOJcB16qf/Jrs+QKzPjPo8ps86+hyhOVrzn+YWvW/rPVHvN7qXdZ9oDOr66twtiY+Kkox7KUl9PgdqNV2fKa4PEOscfC6c52VA3eWXebVMyLz6wppX2CJ9IWBeLTfcvNJxLxcyryRGpRJrtY/lh67TnYsVTr5XuvJuH8v/l1dyonQy87gStzKe67H8lcDNbFU8Pr+r4kOB5M4j4lmcFQLjzBUEj+WvFIh7ZQQ+lg+stVpJ8kHaLwlP7F8KndhX2xM7tkirBU7saww/seu41xCd2NfYE/v/rhSWK3JiX+vke509sf/3KzlRaz0n9nVkJ/Z1wM3sK4ET+1fCJ/a1AifX1QQn9nUCca+JwBM7sNZqDfjJ6ilyT1aLPbW8juDJ6q+FZjnwhlwPHOawAmo9AaA2oNeIXqD2tTYIMMZXJIzxNfCU9A2wKb8i+CDtNwK4+TYey5STCTe2bwk2to2mb2z60fQPBAC63vyN7X+PbCMf898E3NjW+/TIu0kfwP4OmD+JXpHazL+PN5/ENgnE/Y3h5K037+8kyJvkA9ibgf0IrLX6djvN4UfsA9jfExx+NsfL4Bz/Qex/cwgofsV7Kb8msFuEJrBb7QQWW6StAhPYbYZPYHXc24QmsMmXZE5jwrz8mr5+Gy20w/7bdaor/7E7F9sdXOz4B9PXfinkzjt97Rf199PXlO7zt9PXf52Ev0lRcnDb4/9cYLSTiD6e34n2776NxjHcduDms4PkUyE7Sda5C/zplamuT6/oHOyKj4qSXP9uwmfhdgudxAL2JIYtUkDgJLbH8JOYjnsP2Ulsjw8nMcl8gO8d8uzaXqeW+0x/dg2dhOTg9nqeN9sXH/WXC21y7wU2+T6Sk8R+QibeL8TEBywTY4t0QICJfzCciXXcP5Ax8Q+Wid1XCBMfdGr5Y6Qy8UEPE//oAxMfBDb5j+BnaKYSPkPzY7z5azzEMkY6DH7alBFQhwkAdcT0h7K03jgi8ODBdyRPmx4C7vI/AZvyO55vfhdrnp8IGvyoFGOgjzPIp+eOGf70XK3gPZ6Nwm9qx0kMlROEhsoJIUPlZ2uoYIv0s4Ch8ovhhoqO+xcyQ+UXPkNFSd7bvf6TTi1PRaqhctJjqJzywVA5CWzyU/EyoEMz8WlCJj4txMS/WibGFulXASY+YzgT67jPkDHxGcvEIfd2r/+sU8tzkcrEZz1MfM4HJj4LbPJz1olWwByIrfE3ltHGeQsodZ4AUL+bPtrQeuN3gdHGZpLRxm/AXf4CsCk329GGukDQ4BdZGOMSoci+JCSyo+r8+dKK7DDvqYukE4q+b6o6ZotsHXeqOvAaiYpsd05jwrx8EtmFBe8dIrKjnVqmdtU0okS2TkAeV7DuRHgXlPy7w23MaGCTp64jAzo0E6dBxhzlDxOnqSPDxGktE2OLlFaAidMZzsQ67nRkTJzOMrH7CmHi9E4tM0QqE6f3MHEGH5g4PbDJMwCZmNWdBOZAbI0ZBdaY4kLDBVSmOkC2IAVUJgJAZUavEb1ArTcy18EDdCuJ3Z0RuMtfA2zKrdbuVtcQNHgWFsa4llBkXysksrNakY0tUlYBkZ3NcJGt485GJrKz8YnsIoL3DhHZ1zm1vD5SRfZ1HpF9vQ8i+zpgk19fRwZ0aCbOTsjE2YWY+AbLxNgi3SDAxDkMZ2Iddw4yJs5hmdh9hTDxjU4tc0YqE9/oYeKcPjDxjcAmzwlkYlZ3EpgDsTXexGJe5LJ2t8pFAKjcptvdWm/kFrC7t5PY3TcBd/mbgU253drd6maCBr+FhTFuJRTZtwqJ7NusyMYW6TYBkX274SJbx307mci+nU9kxwreO0Rk53FqmTdSRXYej8jO64PIzgNs8rx1ZECHZuI7CJn4DiEmvtMyMbZIdwow8V2GM7GO+y4yJr7LMrH7CmHifE4t80cqE+fzMHF+H5g4H7DJ8wOZmNWdBOZAbI13s5gX91i7W91DAKgCptvdWm8UELC7d5LY3XcDd/l7gU2509rd6l6CBi/IwhiFCEV2ISGRfZ8V2dgi3Scgsu83XGTruO8nE9n384nsooL3DhHZDzi1jIlUkf2AR2TH+CCyHwA2eUwdGdChmVgRMrESYuLClomxRSoswMRFDGdiHXcRMiYuYpnYfYUwcaxTy6KRysSxHiYu6gMTxwKbvCiQiVndSWAOxNZYjMW8KG7tblWcAFAlTLe7td4oIWB37yaxu4sBd/mSwKbcbe1uVZKgwUuxMEZpQpFdWkhkP2hFNrZIDwqI7DKGi2wddxkykV2GT2QXE7x3iMh+yKll2UgV2Q95RHZZH0T2Q8AmL1tHBnRoJi5HyMTlhJi4vGVibJHKCzBxBcOZWMddgYyJK1gmdl8hTFzRqWWlSGXiih4mruQDE1cENnklIBOzupPAHIitsTKLefGwtbvVwwSAqmK63a31RhUBu3sPid1dGbjLVwU25R5rd6uqBA1ejYUxqhOK7OpCIruGFdnYItUQENk1DRfZOu6aZCK7Jp/ILi547xCRXcupZe1IFdm1PCK7tg8iuxawyWvXkQEdmonjCJk4ToiJ4y0TY4sUL8DEdQxnYh13HTImrmOZ2H2FMHFdp5b1IpWJ63qYuJ4PTFwX2OT1gEzM6k4CcyC2xgQW86K+tbtVfQJANTDd7tZ6o4GA3b2PxO5OAO7yDYFNuc/a3aohQYM3YmGMxoQiu7GQyG5iRTa2SE0ERHZTw0W2jrspmchuyieySwjeO0RkN3Nq+UikiuxmHpH9iA8iuxmwyR+pIwM6NBM3J2Ti5kJM3MIyMbZILQSYuKXhTKzjbknGxC0tE7uvECZu5dSydaQycSsPE7f2gYlbAZu8NZCJWd1JYA7E1tiGxbxoa+1u1ZYAUImm291abyQK2N0HSOzuNsBdPgnYlAes3a2SCBq8HQtjtCcU2e2FRHYHK7KxReogILI7Gi6yddwdyUR2Rz6RXVLw3iEiu5NTy86RKrI7eUR2Zx9Edidgk3euIwM6NBN3IWTiLkJM3NUyMbZIXQWYuJvhTKzj7kbGxN0sE7uvECZ+1Kll90hl4kc9TNzdByZ+FNjk3YFMzOpOAnMgtsYeLObFY9buVo8RAKqn6Xa31hs9BezugyR2dw/gLt8L2JQHrd2tehE0eG8WxnicUGQ/LiSy+1iRjS1SHwGR3ddwka3j7ksmsvvyiexWgvcOEdn9nFo+Eakiu59HZD/hg8juB2zyJ+rIgA7NxE8SMvGTQkz8lGVibJGeEmDipw1nYh3302RM/LRlYvcVwsT9nVoOiFQm7u9h4gE+MHF/YJMPADIxqzsJzIHYGp9hMS+etXa3epYAUANNt7u13hgoYHcfIrG7nwHu8oOATXnI2t1qEEGDP8fCGM8TiuznhUT2C1ZkY4v0goDIHmy4yNZxDyYT2YP5RHZrwXuHiOwXnVoOiVSR/aJHZA/xQWS/CGzyIXVkQIdm4qGETDxUiIlfskyMLdJLAkw8zHAm1nEPI2PiYZaJ3VcIE7/s1PKVSGXilz1M/IoPTPwysMlfATIxqzsJzIHYGoezmBevWrtbvUoAqNdMt7u13nhNwO4+QmJ3Dwfu8q8Dm/KItbvV6wQN/gYLY4wgFNkjhET2SCuysUUaKSCyRxkusnXco8hE9ig+kd1G8N4hInu0U8sxkSqyR3tE9hgfRPZoYJOPqSMDOjQTjyVk4rFCTDzOMjG2SOMEmHi84Uys4x5PxsTjLRO7rxAmftOp5VuRysRvepj4LR+Y+E1gk78FZGJWdxKYA7E1TmAxL962drd6mwBQ75hud2u98Y6A3X2UxO6eANzl3wU25VFrd6t3CRr8PRbGmEgosicKiexJVmRjizRJQGRPNlxk67gnk4nsyXwiu63gvUNE9hSnllMjVWRP8YjsqT6I7CnAJp9aRwZ0aCaeRsjE04SYeLplYmyRpgsw8QzDmVjHPYOMiWdYJnZfIUw806nl+5HKxDM9TPy+D0w8E9jk7wOZmNWdBOZAbI2zWMyLD6zdrT4gANSHptvdWm98KGB3Hyexu2cBd/mPgE153Nrd6iOCBv+YhTE+IRTZnwiJ7NlWZGOLNFtAZH9quMjWcX9KJrI/5RPZiYL3DhHZnzm1nBOpIvszj8ie44PI/gzY5HPqyIAOzcRzCZl4rhATz7NMjC3SPAEmnm84E+u455Mx8XzLxO4rhIkXOLVcGKlMvMDDxAt9YOIFwCZfCGRiVncSmAOxNS5iMS8WW7tbLSYA1BLT7W6tN5YI2N0/k9jdi4C7/FJgU/5s7W61lKDBP2dhjGWEInuZkMj+wopsbJG+EBDZyw0X2Tru5WQiezmfyE4SvHeIyF7h1HJlpIrsFR6RvdIHkb0C2OQr68iADs3EqwiZeJUQE39pmRhbpC8FmHi14Uys415NxsSrLRO7rxAmXuPUcm2kMvEaDxOv9YGJ1wCbfC2QiVndSWAOxNa4jsW8+Mra3eorAkB9bbrdrfXG1wJ290kSu3sdcJdfD2zKk9buVusJGnyDFGNEgxf6bBQO6N8Age6OGb0JfStUHPQ6NwLzqXXBtFR/4kfnYKPnuIxe/yZCA2eTkIHznTVwsEX6TsDA+d5wA0fH/T2ZgfM9n4ETI3jvEANns1PLLZFq4Gz2GDhbfDBwNgObfAvJSWIrIRNvFWLibZaJsUXaJsDE2w1nYh33djIm3m6Z2H2FMPEOp5Y7I5WJd3iYeKcPTLwD2OQ7geDWRZ5GaIztrGP+GnexjFJ2g0cpjIDaTQCogOmjFK03AgKjlNMko5RdwF1+D7ApT4NHKZMJG3wPQYPvJRilJMUWjo1BjlL2kRgL+wmNhf1CxsIBayxgi3RAwFj4wXBjQcf9A5mx8AOfsaAk7+1e/0Gnlj9GqrFw0GMs/OiDsXAQ2OQ/kjzUcIiQiQ8JMfFhy8TYIh0WYOIjhjOxjvsIGRMfsUwccm/3+n9yank0Upn4Jw8TH/WBiX8CNvlR68gqYA7E1niMxeI/bgGljhMA6oTpFr/WGycELP4zJBb/MeAu/zOwKc9Yi1/9TNDgv7AwxklCkX1SSGSfsiIbW6RTAiL7tOEiW8d9mkxkn+YT2YUF7x0isn91ankmUkX2rx6RfcYHkf0rsMnP1JEBHZqJzxIy8VkhJj5nmRhbpHMCTPyb4Uys4/6NjIl/s0zsvkKY+LxTy98jlYnPe5j4dx+Y+DywyX8HMjGrOwnMgdgaL7CYFxet3a0uEgDqkul2t9YblwTs7nMkdvcF5FGuLm5d56zdrYD5FFtjqrpRHIwRXZdPZEcDk+teb+q6f762IjvMe+oi6YSi75sGCFipuNPUhddIVGSnATaUTyK7iOC9Q0R2WqeW6Vw1jSiRrROQxxWsOxHeBSX/7nAbMy2wydPVlQEdmonTEzJxeiEmzmCZGFukDAJMnNFwJtZxZyRj4oyWid1XCBNncmqZOVKZOJOHiTP7wMSZgE2eGcjErO5k5rrmr/EaFvMiC9BZYwVUFgJAXYteI3qBWm9cWxcP0PMkdvc1wF0+K7Apz1u7W2UlaPBsLIxxHaHIvk5IZF9vRTa2SNcLiOzshotsHXd2MpGdnU9kxwreO0Rk3+DUMkekiuwbPCI7hw8i+wZgk+eoKwM6NBPfSMjENwoxcU7LxNgi5RRg4psMZ2Id901kTHyTZWL3FcLEuZxa5o5UJs7lYeLcPjBxLmCT5wYyMas7mbuu+Wu8mcW8uMXa3eoWAkDdarrdrfXGrQJ29wUSu/tm4C5/G7ApL1i7W91G0OC3szBGHkKRnUdIZOe1IhtbpLwCIvsOw0W2jvsOMpF9B5/ILip47xCRfadTy7siVWTf6RHZd/kgsu8ENvlddWVAh2bifIRMnE+IifNbJsYWKb8AE99tOBPruO8mY+K7LRO7rxAmvsepZYFIZeJ7PExcwAcmvgfY5AWATMzqThaoa/4a72UxLwpau1sVJABUIdPtbq03CgnY3ZdI7O57gbv8fcCmvGTtbnUfQYPfz8IYDxCK7AeERHaMFdnYIsUIiGxluMjWcSsyka34RHYxwXuHiOzCTi2LRKrILuwR2UV8ENmFgU1epK4M6NBMHEvIxLFCTFzUMjG2SEUFmLiY4Uys4y5GxsTFLBO7rxAmLu7UskSkMnFxDxOX8IGJiwObvASQiVndyRJ1zV9jSRbzopS1u1UpAkCVNt3u1nqjtIDdnWoHh91dErjLPwhsSmT+WO3uBwkavAwLYzxEKLIfEhLZZa3IxhaprIDILme4yP4fOMlEdjk+kV1c8N4hIru8U8sKkSqyy3tEdgUfRHZ5YJNXqCsDOjQTVyRk4opCTFzJMjG2SJUEmLiy4Uys465MxsSVLRO7rxAmftipZZVIZeKHPUxcxQcmfhjY5FWATMzqTlapa/4aq7KYF9Ws3a2qEQCquul2t9Yb1QXs7tQkdndV4C5fA9iUqa3drWoQNHhNFsaoRSiyawmJ7NpWZGOLVFtAZMcZLrJ13HFkIjuOT2SXELx3iMiOd2pZJ1JFdrxHZNfxQWTHA5u8Tl0Z0KGZuC4hE9cVYuJ6lomxRaonwMQJhjOxjjuBjIkTLBO7rxAmru/UskGkMnF9DxM38IGJ6wObvAGQiVndyQZ1zV9jQxbzopG1u1UjAkA1Nt3u1nqjsYDdnZbE7m4I3OWbAJsyrbW7VROCBm/KwhjNCEV2MyGR/YgV2dgiPSIgspsbLrJ13M3JRHZzPpFdUvDeISK7hVPLlpEqslt4RHZLH0R2C2CTt6wrAzo0E7ciZOJWQkzc2jIxtkitBZi4jeFMrONuQ8bEbSwTu68QJm7r1DIxUpm4rYeJE31g4rbAJk8EMjGrO5lY1/w1JrGYF+2s3a3aEQCqvel2t9Yb7QXs7vQkdncScJfvAGzK9NbuVh0IGrwjC2N0IhTZnYREdmcrsrFF6iwgsrsYLrJ13F3IRHYXPpHdSvDeISK7q1PLbpEqsrt6RHY3H0R2V2CTd6srAzo0Ez9KyMSPCjFxd8vE2CJ1F2DiHoYzsY67BxkT97BM7L5CmPgxp5Y9I5WJH/MwcU8fmPgxYJP3BDIxqzvZs675a+zFYl70tna36k0AqMdNt7u13nhcwO7OSGJ39wLu8n2ATZnR2t2qD0GD92VhjH6EIrufkMh+wopsbJGeEBDZTxousnXcT5KJ7Cf5RHZrwXuHiOynnFo+Haki+ymPyH7aB5H9FLDJn64rAzo0E/cnZOL+Qkw8wDIxtkgDBJj4GcOZWMf9DBkTP2OZ2H2FMPGzTi0HRioTP+th4oE+MPGzwCYfCGRiVndyYF3z1ziIxbx4ztrd6jkCQD1vut2t9cbzAnZ3ZhK7exBwl38B2JSZrd2tXiBo8MEsjPEioch+UUhkD7EiG1ukIQIie6jhIlvHPZRMZA/lE9ltBO8dIrJfcmo5LFJF9ksekT3MB5H9ErDJh9WVAR2aiV8mZOKXhZj4FcvE2CK9IsDEww1nYh33cDImHm6Z2H2FMPGrTi1fi1QmftXDxK/5wMSvApv8NSATs7qTr9U1f42vs5gXb1i7W71BAKgRptvdWm+MELC7s5DY3a8Dd/mRwKbMYu1uNZKgwUexMMZoQpE9Wkhkj7EiG1ukMQIie6zhIlvHPZZMZI/lE9ltBe8dIrLHObUcH6kie5xHZI/3QWSPAzb5+LoyoEMz8ZuETPymEBO/ZZkYW6S3BJh4guFMrOOeQMbEEywTu68QJn7bqeU7kcrEb3uY+B0fmPhtYJO/A2RiVnfynbrmr/FdFvPiPWt3q/cIADXRdLtb642JAnZ3VhK7+13gLj8J2JRZrd2tJhE0+GQWxphCKLKnCInsqVZkY4s0VUBkTzNcZOu4p5GJ7Gl8IjtR8N4hInu6U8sZkSqyp3tE9gwfRPZ0YJPPqCsDOjQTzyRk4plCTPy+ZWJskd4XYOJZhjOxjnsWGRPPskzsvkKY+AOnlh9GKhN/4GHiD31g4g+ATf4hkIlZ3ckP65q/xo9YzIuPrd2tPiYA1Cem291ab3wiYHdfR2J3fwTc5WcDm/I6a3er2QQN/ikLY3xGKLI/ExLZc6zIxhZpjoDInmu4yNZxzyUT2XP5RHaS4L1DRPY8p5bzI1Vkz/OI7Pk+iOx5wCafX1cGdGgmXkDIxAuEmHihZWJskRYKMPEiw5lYx72IjIkXWSZ2XyFMvNip5ZJIZeLFHiZe4gMTLwY2+RIgE7O6k0vqmr/GpSzmxefW7lafEwBqmel2t9YbywTs7uwkdvdS4C7/BbAps1u7W31B0ODLkWvUi0vnAvm24JnmYvDndufnDuenvlYEf/FKp3H130k+/ux23qP/PPm9q4Kvv3S995/cf3Xw/WuucP/VrvuvDb5el8J7dzrvXeu8VwPxq+Drr//lWtYH37/hCmtZ71rLN8HX315hLd+41rIx+HpTCu/d5bx3o/Nevcbvgq+/d46daBCdSP1HXtCbcA7wJoyO+2zqP/KKjvtGn8gn3HVuBhIGsNbqRsNxE4j+Y09D4yaX4XEfCwJws0DcuUkOa8224u7lrnW4+buZJH/NgfnLDczfLST79Rbgfg3EjELmz68BCjCXIQOUrXaAgi3SVoEByjbDByg67m3CAxT05t7OUHLMS0KO7Q0lxztIyHE7kByBmFF3EJLjdiFy3GHJEVukHQLkuNNwctRx7xQiR/Rac8T9QeRoxbyrbmTGnU/YIQl3fRqXuwTizk9yiNkJJOF8wEPM3SSHmN3A/AExo+4mwV8vQ0VIQZL89TZUhBQi6d8AsH+BmFGFCEVIQEiE7LEiBFukPQIiZK/hIkTHvZdEhNwSPIzvFjiUPmD4uPKOOJnDeAwJGe0DkhGw1irGcBGn+3qfAG6KkBwC9wrhJtz8xZLkD4hvVQSYv6Ik+9Z+IP6AmFFFSfD3gqEiuCRJ/gYbKoJLkfTvAWD/AjGjShGK4ANCIvgHK4KxRfpBQAQfNFwE67gPkojg/EExuF/gUF/GcBFcKE5GzDxEQkY/AskIWGv1kOEiWPf1jwK4KU9yCDwohJtw81eBJH9AfKvywPxVJNm3DgHxB8SMqkiCvzGGiuAqJPkba6gIrkrSv4eB/QvEjKpKKIIPC4ngI1YEY4t0REAE/2S4CNZx/0QigmOCYvCQwKG+huEiuFicjJipSUJGR4FkBKy1qmm4CNZ9fVQAN3Ekh8CfhHATbv7iSfIHxLeKA+avDsm+dQyIPyBmVB0S/M0wVATXJ8nfTENFcAOS/j0O7F8gZlQDQhF8XEgEn7AiGFukEwIi+GfDRbCO+2cSEVwqKAaPCRzqGxsugsvFyYiZJiRk9AuQjIC1Vk0MF8G6r38RwM0jJIfAn4VwE27+mpPkD4hv9Qgwfy1I9q2TQPwBMaNakOBvkaEiuA1J/hYbKoLbkvTvKWD/AjGj2hKK4FNCIvi0FcHYIp0WEMG/Gi6Cddy/kojgSkExeFLgUN/OcBFcPU5GzLQnIaMzQDIC1lq1N1wE674+I4CbTiSHwF+FcBNu/jqzfLsnsFc6AfPXhWTfOgvEHxAzqgsJ/tYbKoK7k+Rvg6EiuAdJ/54D9i8QM6oHoQg+JySCf7MiGFuk3wRE8HnDRbCO+zyJCK4dFINnBQ71vQwXwQlxMmKmNwkZ/Q4kI2CtVW/DRbDu698FcNOX5BB4Xgg34eavH8u3ywJ7pS8wf0+Q7FsXgPgDYkY9QYK/PYaK4P4sXwxoqAgeQNK/F4H9C8SMGkAogi8KieBLVgRji3RJQARH1TNbBOu49RrBNRJZa6OgGLwgcKgfaLgIbh4nI2YGkZBRqnq4XAJrrQYZLoJ1X+vcoe/7AskhMEoIN+HmbzBJ/oD4Vi8A8/ciyb4VDcQfEDPqRRL8nTRUBA8jyd8pQ0XwyyT9mxrYv0DMqJcJRTAwlyEiOI1Lu1gRHOY9dZHS1MPfN63hIljHnZZEBLcOisFogUP9q4aL4PZxMmLmNRIySgckI2Ct1WuGi2Dd1+kEcDOC5BCYVgg34eZvJEn+gPhWI4D5G0Wyb6UH4g+IGTWKpX+3mSmCx5HkLx0wf0gRPJ6kfzMA+xeIGTWeUARnEBLBGa0IxhYpo4AIzmS4CNZxZyIRwZ2DYjC9wKF+guEiuEecjJh5m4SMMgPJCFhr9bbhIlj3dWYB3LxHcgjMJISbcPM3kSR/QHyr94D5m0Syb10DxB8QM2oSCf5yGiqCp5Hk7yZDRfB0kv7NAuxfIGbUdEIRnEVIBF9rRTC2SNcKiOCshotgHXdWEhHcOygGrxE41L9vuAh+Mk5GzMwiIaNsQDIC1lrNMlwE677OJoCbj0gOgVmFcBNu/j4myR8Q3+ojYP4+Idm3rgPiD4gZ9QkJ/goYKoLnkOTvXkNF8FyS/r0e2L9AzKi5hCL4eiERnN2KYGyRsguI4BsMF8E67htIRPCAoBi8TuBQv8BwEfx8nIyYWUhCRjmAZASstVpouAjWfZ1DADdLSA6BNwjhJtz8LSXJHxDfagkwf5+T7Fs3AvEHxIz6nAR/pQ0VwStI8vegoSJ4JUn/5gT2LxAzaiWhCM4pJIJvsiIYW6SbBERwLsNFsI47F4kIHhIUgzcKHOpXGy6Ch8fJiJk1JGSUG0hGwFqrNYaLYN3XuQVw8xXJITCXEG7Czd/XJPkD4lt9BczfepJ962Yg/oCYUetJ8FfLUBG8kSR/tQ0VwZtI+vcWYP8CMaM2EYrgW4RE8K1WBGOLdKuACL7NcBGs476NRAS/ERSDNwsc6jcbLoLHxsmImS0kZHQ7kIyAtVZbDBfBuq9vF8DNdpJD4G1CuAk3fztI8gfEt9oOzN9Okn0rDxB/QMyonST4a2GoCN5Dkr+WhorgvST9mxfYv0DMqL2EIjivkAi+w4pgbJHuEBDBdxougnXcd5KI4LeCYjCPwKH+gOEieGKcjJj5gYSM7gKSEbDW6gfDRbDu67sEcHOI5BB4pxBuws3fYZL8AfGtDgHzd4Rk38oHxB8QM+oICf66GyqCj5Pkr4ehIvgESf/mB/YvEDPqBKEIzi8kgu+2IhhbpLsFRPA9hotgHfc9JCJ4alAM5hM41J80XATPipMRM6dIyKgAkIyAtVanDBfBuq8LCODmDMkh8B4h3ISbv7Mk+QPiW50B5u8cyb51LxB/QMyocyT4G2ioCL5Akr9BhorgiyT9WxDYv0DMqIuEIrigkAguZEUwtkiFBETwfYaLYB33fSQi+OOgGLxX4FCfaqfZcc+NkxEz0Ts5yOh+IBkBa62ihXETbt50X98vgJu0PuEmJrwrZO+NCe8KwU3Y/+41Sf6A+FZpgflLT7JvPQDEHxAzKj0J/kYYKoIzk+RvpKEi+BqS/o0B9i8QMwqZP79EcIyQCFZWBGOLpAREcGHDRbCOuzCJCF4YFIMPCBzqsxougpfFyYiZbCRkVARIRsBaq2yGi2Dd10UEcJOd5BBYWAg3YX9rN0n+gPhW2YH5y0Gyb8UC8QfEjMpBgr8phorgXCT5m2qoCM5N0r9Fgf0LxIzKTSiCiwqJ4GJWBGOLVExABBc3XATruIuTiOCVQTEYK3Cov9VwEbwuTkbM3EZCRiWAZASstbrNcBGs+7qEAG7ykhwCiwvhJtz83UGSPyC+VV5g/u4k2bdKAvEHxIy6kwR/8wwVwXeT5G++oSL4HpL+LQXsXyBm1D2EIriUkAgubUUwtkilBUTwg4aLYB33gyQieENQDJYUONQXNFwEfx8nI2YKkZBRGSAZAWutChkugnVflxHAzQMkh8AHhXAT9mN2JPkD4ls9AMyfItm3HgLiD4gZpUjwt9ZQEVyUJH/rDBXBxUj6tyywf4GYUcUIRXBZIRFczopgcJEERHB5w0Wwjrs8iQjeFhSDDwkc6ksaLoIDcTJiphQJGVUAkhGw1qqU4SJY93UFAdyUITkElhfCTdjiiCR/QHyrMsD8lSXZtyoC8QfEjCpLgr+dhorgiiT522WoCK5E0r+VgP0LxIyqRCiCKwmJ4MpWBGOLVFlABD9suAjWcT9MIoL3B8VgRYFDfRXDRfDhOBkxU5WEjKoAyQhYa1XVcBGs+7qKAG5qkBwCHxbCTbj5q0mSPyC+VQ1g/mqR7FtVgfgDYkbVIsHfcUNFcB2S/J0wVATXJenfasD+BWJG1SUUwdWERHB1K4KxRaouIIJrGC6Cddw1SETwsaAYrCpwqK9vuAg+FScjZhqQkFFNIBkBa60aGC6CdV/XFMBNY5JDYA0h3ISbvyYk+QPiWzUG5q8pyb5VC4g/IGZUUxL8pdpupghuwfLt7sD8IUVwS5L+rQ3sXyBmVEtCEVxbSATHWRGMLVKcgAiON1wE67jjSUTw2aAYrCVwqG9juAi+GCcjZtqSkFEdIBkBa63aGi6CdV/XEcBNO5JDYLwQbsLNX3uS/AHxrdoB89eBZN+qC8QfEDOqAwn+shsqgruQ5O8GQ0VwV5L+rQfsXyBmVFdCEVxPSAQnWBGMLVKCgAiub7gI1nHXJxHB0fFRUXUFDvXdDRfBGeJlxEwPEjJqACQjYK1VD8NFsO7rBgK46UVyCKwvhJtw89ebJH9AfKtewPw9TrJvNQTiD4gZ9TgJ/vIZKoKfIMlffkNF8JMk/dsI2L9AzKgnCUVwIyER3NiKYGyRGguI4CaGi2AddxMSEXxNUAw2FDjU9zdcBF8fLyNmBpCQUVMgGQFrrQYYLoJ1XzcVwM1AkkNgEyHchJu/QST5A+JbDQTm7zmSfasZEH9AzKjnSPBX3FAR/CJJ/koYKoKHkPTvI8D+BWJGDSEUwY8IieDmVgRji9RcQAS3MFwE67hbkIjgG4NisJnAoX6Y4SL4lngZMfMyCRm1BJIRsNbqZcNFsO7rlgK4eZXkENhCCDfh5u81kvwB8a1eBebvdZJ9qxUQf0DMqNdJ8FfNUBE8iiR/1Q0VwaNJ+rc1sH+BmFGjCUVwayER3MaKYGyR2giI4LaGi2Add1sSEZwnKAZbCRzqxxkugvPHy4iZ8SRklAgkI2Ct1XjDRbDu60QB3Exg+UyrEG7Czd/bJPkD4ltNAObvHZJ9KwmIPyBm1Dsk+GtqqAieRJK/ZoaK4Mkk/dsO2L9AzKjJhCK4nZAIbm9FMLZI7QVEcAfDRbCOuwOJCL43KAaTBA710wwXwTHxMmJmOgkZdQSSEbDWarrhIlj3dUcB3LxPcgjsIISbcPM3iyR/QHyr94H5+4Bk3+oExB8QM+oDEvx1MVQEf0KSv66GiuDZJP3bGdi/QMyo2YQiuLOQCO5iRTC2SF0ERHBXw0WwjrsriQiODYrBTgKH+jmGi+BS8TJiZi4JGXUDkhGw1mqu4SJY93U3AdwsYDkECuEm3PwtJMkfEN9qATB/i0j2rUeB+ANiRi0iwV9/Q0Xw5yyf6TdUBC8j6d/uwP4FYkYtIxTB3YVEcA8rgrFF6iEggh8zXATruB8jEcEPBcXgowKH+hWGi+BK8TJiZiUJGfUEkhGw1mql4SJY93VPAdysJjkEPiaEm3Dzt4Ykf0B8q9XA/K0l2bd6AfEHxIxaazjfVQ3yXS+BfWu94XHXjpfZrzeQ9EtvYL8Aa602GI6brUHV11sAN/q+qLj12tK5MLMteO+LwZ/bnZ87nJ/6ejwYSx8nHv13op3/vtt5j/7z5Pf2Db7u53rvP7n/E8H3P3mF+z/huv9TwddPp/Denc57n3LeqwV4/+DrAf9yLc8E3//sFdbyjGstA4OvB11hLQNda3ku+Pr5FN67y3nvc8579RpfCL4e7GhANDZPpP4jL2hsbjS8J8+m/iOv6Lg3kezlLwL3cmCt1SZCA3E7eB9OXmNyzYcEazU0+L+XXD5QFudnxqhQU1Ff6Vyvy4HWJWBSxqR1rTWja83J8Vzr/Hka7O8tktGV2yhXvqNSyFuU6/dnCP7vGud1u8Se8b1ad+7QpkZi35RqljqF+0a7Yk3reZ+7jsl/lt799yUOJaB7/eXwMMQhr6HOz5ecn1mD/xsWfP3yZcgMcSDSzYi+72aCA+YwATLbIkRm0eD4gfVRW8AE5N2cJeo/pJ5MndDrHApcpzuvrzj7yXAXQeZ0fro3+1Su/8ZMmhlccSRfbnJJ/p3JcScTaVrsWgrr35UmKvS6EpEm/34PkdZLbNMjsaeHSL0T0+gUYnXHqONLj40vJnmtyVfympJ/T6aoP3GTwbWOjNh1qOTf5V1HRtc6MrheJ/9ZJteakv9bZs963b3g/rvJec3sipnmMKIDecU5dAx3fr4a/PlaPbn1DxEg4O2GT7B03K8KxL2D5OABrI/aQXDIHCpQ690EGH9NIO4ACcaB9VEBwzEeiP7DsUbXep/hcR8Lsv2LAnHvJ3FDXwe6ocBaK2T+vCbN6865yHtO0tcbwdcj/uWkZGTw/aOuMCkZ6br/6ODrMfX+uK9XiEng+4165u87o7FPNybFFo6N0X2Nitst7Ma6hHayQLgahXZ6VxzJl9ud1iIqu/P/u3br2SGpb+1enTt3SOqQ2LZ2t56J7pSl9ARwSjrWbQ6nSSGNdOaw1PrGCj0Ve7mchv2lvv/9SeMYz72UX5OtcUKPxo+3j8ZjizS+Hv6+bxr+aLyO+02fN4GY8K6QnMaEeXkPT2jh903wht/UAYqM+KioZ6Nk6xXmvZX3P7jz+5aDtQkuzKV14ST5vXpDuxT1Vwylcr2Odt4TfYX3pLrMfS53GBHbtJKD0wlY7Ap2Qr1Qe9+9INTvfgu4Cb19hXuVKJ7YOql4bJFWMbFJrYP3KZaUWKRV4ZIqqUSR4O2LxKrWrRJj2sa2Ll4stliJpOK+PVvythADv2MZGFukdwQY+F3DGVjH/a5PH04L+98IcNaKvu9BQz8s4l0nEkvvAe2yg2CLS29ien3lnXuiMa9PMPokg8bRIcMt4uTTIDruw2ZaxH+R3MiDyATgvY6QfFgNiG8FxIySyh+6TyYS2kcThQ6vk+zhFVukSQKH18mGH1513JNJvllB+90Sa/Vr/jYhjI0gKfTyze6Z4uR76j+weyqkkDuv3VMh6u/tnpTu87d2j+kP40U7yUzlStxU1wk9+UKfOIBxqKnAzWwarhmSkvM5TVDx6DxOEFDOx8168OsvpyQd9xSBuE8QPPA2VSDunw1VKl6CQe4bx4Ffq/ELidID4lsBMaN+8emBy3DrPAXINdOBTp2+hwS3TDf8qxEk4tZu2lEBF/GM6Q+aBmM+LhD3WZIHTWcA+xFYa3WWwH2+KICbmYY/GKrjziLgur9PEPctAnHPIoi7oEDcHxDEXUog7g8J4q4mEPdHBHE3Eoj7Y4K42wnE/QlB3L0F4p5NEPdzAnF/ShD3GwJxf0YQ93sCcc8hiPtjgbjnEsT9uUDc8wji3iAQ93xg3HpYtyy4wGzO/bT21npPax+tA/SZWJ8P9VlJnxs0h2o+0Xur3md0z2n86VrMdw0BU8pn2P9ulU/f4BP2vw8F9C90fb5I9ad/qnOwUDjPi4Deql9P0SwSeopmsX2KBlukxQJP0Swx/CkaHfcSoqdoJNZqP4j1xxWVwoVaszu/S50afv4PnszJ6/p7l3syJ2/U3z+Zk9J9roonc3Qy87gS93m9v+68Jj+Z8zlwg1xWD5/fZf8gn+Gu+wvgqczQ57TFnnRZKjB9Pk8Q9+cCcf9O8BVmXwjEfYHkyRwgLhWw1uoCyWcwlhOqx+VC6nGFVY/YIq0QUI8rDVePOu6VROpxpVWP9OpxlVPDL616/O9XcqJWedTjl2Tq8UvgBrlaQD2u9kE9rrHq8T+rqFUCaiLVLvPj/lIg7mjhuGPCu/6376wRiDs1OO6oy+wTMeFdCohLBay1QuZPk/4XKcgydH3Q2PyynvlrXCs044Y35DogIbICah0BoL5CrxG9QO0tfyXAGOlJGGMt8HT9NbAp0xOcNL4WwM36elimXEa4sa0n2Ng2SDFlNBhQbike7r2+IfioqkRTfmv4o5467jcE4s5o+Casm/Abgbgz+UTeYf8L3sB+BNZaZdpFQ2L/N6hCY/NbAhLbKH06D/sf4IpO+R9dCfe+WQxv8MSkpJjWbdso9z8OE/Y/ew/cLJD582vKvgns/Sdf39kpO7ZI3wlM2b83fMqu4/5eaMqefKGVBTKnm+vJNQUon3/517rC/qfb65lLaBIfRtsr8GG0rIbHrZ/E2CcQdzYShbIV2NfAWqtsBP3yiwButhF8aDVVXXzc2wniziYQ9w6CuG8XiHsnQdz3C8S9iyDuMgJx7yaIu6ZA3AGCuJsKxL2HIO6OAnHvJYi7r0Dc+wjiHiwQ936CuEcJxH2AIO7JAnH/QBD3pwJxHySIe7lA3D+Cv0xneao/v0xHa2+t97T20TpAn4n1+VCflfS5QXOo5hO9t+p9Rvecxp+uxY/CX/JySOjxCfQ6D4O/TGdFqj99WJ2Dw8J5PkL4ccgjQoOan+ygBluknwQGNUcNH9TouI8SfRxSYq3245B/XFEpXKg1u/N7zKnhcftxyP9+JSfqmOfjkMfJPg55HLhBnhD4OOQJHz4O+bP9OOR/fhb4mMDjVNkJPg55XCDuGwg+pPCzQNw5SD7cAsSlAtZaSeUPXedfCNXjL0Lq8aRVj9ginRRQj6cMV4867lNE6vGUVY/06vG0U8NfrXr871dyok571OOvZOrxV+AGeUZAPZ7xQT2eterxP6uo0wJqIheBevxVIO7cBOrxrEDcN5OoRyAuFbDW6mbwpytXpCDL0PVBY/NXgk9XnpP6igB0Q/4G/jIdRkD9RgCo86Z/mY72ls8LMMbtJIxxDni6/h3YlLcTnDR+F8DNBfCX6Swn3NguEGxsF03f2PTHU7cIADSv+Rvb/z72ivyo7yXgxiaVv2hwnZFfwhSVYLa3L7WZp0own8QuCcR9p+HkrTdvjUl03HeRfMQ5GtiPwFqru3bRHH7EvoQJvWdIrDE6QQbn8IZMnfAv7lX8ivdSfj0NkBqYXPd60yS4Xjs/o11/bp8G+Bf31EVKk4C/b9oEHPil4k6bAK/RFR8JignvCslpTJiX90kAiQ9t7YjH33dbtNCO/W/Xqa78x+7cpnNwlt6Ft8s9BdAv6q818T4F0C/q758CSOk+f/sUwL9Owt+kKDm4dAl/LjDaSUQfz+JQv/NywAt3E7qbxAfdFo07KaQDbuL3kEiK9EBJAcSMuofkudUMhCfVDEIn1Yz2pIotUkaBk2omw0+qOu5MQidVCR9OYq1/d1oN+8v1hU6r/4pM/uZEGZXChbq3O7eZnfpdY/ppleGZ1cyek69Oat+o0MvkZ1avAW6OWf4VyyZd8UrOZxYf8pkemINrgff6V6fLf7C5/OtN9W9ObxqHmQWGEwUJnlm9RiDuQgRPklwrEPd9JMobiEsFrLW6jwA3EvsEks/duEGvM2sCxzqzAZ0RfaBcmerPg53OQbaEqCjJ9V8H5F6/nInrhJyJ660zgS3S9QLORHbDnQkdd3ayGVp2wRmaEGZ9+7TqDU4tc/wD5Z836q818ir/vFFCn1ZFJyE5OJ2APK5gcyRE/eWK9vzusL/HBNjkOUhOEjcSMvGNQkyc0zIxtkg5BZj4JsOZWMd9ExkT32SZ2H2FMHEup5a5I5WJc3mYOLcPTJwL2OS5geDWRV6ZAsWh7h/lKTqqlrkTzF/jzSwPAN8CNF9YAXULAaBuRa8RvUCtN24VcFsViUt/M3CXvw3YlAr8kZFlhA1+G0GD3y7FGOgHGfMAwXkG+FVLZ3fKJBC9oeUlNCnyCpkUd1iTAlukOwRMijsNNyl03HeSmRR38pkUSvLe7vXf5dQyX6SaFHd5TIp8PpgUdwGbPF+CDOjQTJyfkInzCzHx3ZaJsUW6W4CJ7zGciXXc95Ax8T2WiUPu7V5/AaeW90YqExfwMPG9PjBxAWCT32vdXQXMgdgaC7KMCwpZQKlCBIC6z/RxgdYb9wmMC4qwPNQP3OXvBzZlETsuUPcTNPgDpje4/ujrRYHvy4gheRZREZoLSshcKGzNBWyRCguYC0UMNxd03EXIzIUifOZCYcF7h5gLsU4ti0aquRDrMReK+mAuxAKbvGiCDOjQTFyMkImLCTFxccvE2CIVF2DiEoYzsY67BBkTl7BM7L5CmLikU8tSkcrEJT1MXMoHJi4JbPJSQCZmdWVLJZi/xtIsNv+D1uZXDxIAqozpLqDWG2UEbP6iJDZ/aeAu/xCwKYtam189RNDgZRls/ix18A1ejsTmL09oLpQXMhcqWHMBW6QKAuZCRcPNBR13RTJzoSKfuVBE8N4h5kIlp5aVI9VcqOQxFyr7YC5UAjZ55QQZ0KGZ+GFCJn5YiImrWCbGFqmKABNXNZyJddxVyZi4qmVi9xXCxNWcWlaPVCau5mHi6j4wcTVgk1cHMjGrK1s9wfw11mCx+Wtam1/VJABULdNdQK03agnY/MVJbP4awF2+NrApi1ubX9UmaPA4Bpv/FgGbP57E5q9DaC7UETIX6lpzAVukugLmQj3DzQUddz0yc6Een7kQK3jvEHMhwall/Ug1FxI85kJ9H8yFBGCT10+QAR2aiRsQMnEDISZuaJkYW6SGAkzcyHAm1nE3ImPiRpaJ3VcIEzd2atkkUpm4sYeJm/jAxI2BTd4EyMSsriwwB2JrbMpi8zezNr9qRgCoR0x3AbXeeETA5i9JYvM3Be7yzYFNWdLa/Ko5QYO3YLD5CwrY/C1JbP5WhOZCKyFzobU1F7BFai1gLrQx3FzQcbchMxfa8JkLRQXvHWIutHVqmRip5kJbj7mQ6IO50BbY5IkJMqBDM3ESIRMnCTFxO8vE2CK1E2Di9oYzsY67PRkTt7dM7L5CmLiDU8uOkcrEHTxM3NEHJu4AbPKOQCZmdWU7Jpi/xk4sNn9na/OrzgSA6mK6C6j1RhcBm780ic3fCbjLdwU2ZWlr86uuBA3ejcHmLyVg8z9KYvN3JzQXuguZCz2suYAtUg8Bc+Exw80FHfdjZObCY3zmQjHBe4eYCz2dWvaKVHOhp8dc6OWDudAT2OS9EmRAh2bi3oRM3FuIiR+3TIwt0uMCTNzHcCbWcfchY+I+londVwgT93Vq2S9Smbivh4n7+cDEfYFN3g/IxKyubL8E89f4BIvN/6S1+dWTBIB6ynQXUOuNpwRs/jIkNv8TwF3+aWBTlrE2v3qaoMH7M9j81QRs/gEkNv8zhObCM0LmwrPWXMAW6VkBc2Gg4eaCjnsgmbkwkM9cKC547xBzYZBTy+ci1VwY5DEXnvPBXBgEbPLnEmRAh2bi5wmZ+HkhJn7BMjG2SC8IMPFgw5lYxz2YjIkHWyZ2XyFM/KJTyyGRysQveph4iA9M/CKwyYcAmZjVlR2SYP4ah7LY/C9Zm1+9RACoYaa7gFpvDBOw+cuS2PxDgbv8y8CmLGttfvUyQYO/wmDzNxKw+YeT2PyvEpoLrwqZC69ZcwFbpNcEzIXXDTcXdNyvk5kLr/OZCyUE7x1iLrzh1HJEpJoLb3jMhRE+mAtvAJt8RIIM6NBMPJKQiUcKMfEoy8TYIo0SYOLRhjOxjns0GROPtkzsvkKYeIxTy7GRysRjPEw81gcmHgNs8rFAJmZ1ZccmmL/GcSw2/3hr86vxBIB603QXUOuNNwVs/vIkNv844C7/FrApy1ubX71F0OATGGz+dgI2/9skNv87hObCO0LmwrvWXMAW6V0Bc+E9w80FHfd7ZObCe3zmQknBe4eYCxOdWk6KVHNhosdcmOSDuTAR2OSTEmRAh2biyYRMPFmIiadYJsYWaYoAE081nIl13FPJmHiqZWL3FcLE05xaTo9UJp7mYeLpPjDxNGCTTwcyMasrOz3B/DXOYLH5Z1qbX80kANT7pruAWm+8L2DzVySx+WcAd/lZwKasaG1+NYugwT9gsPl7C9j8H5LY/B8RmgsfCZkLH1tzAVukjwXMhU8MNxd03J+QmQuf8JkLrQTvHWIuzHZq+WmkmguzPebCpz6YC7OBTf5pggzo0Ez8GSETfybExHMsE2OLNEeAiecazsQ67rlkTDzXMrH7CmHieU4t50cqE8/zMPF8H5h4HrDJ5wOZmNWVnZ9g/hoXsNj8C63NrxYSAGqR6S6g1huLBGz+yiQ2/wLgLr8Y2JSVrc2vFhM0+BIGm/85AZt/KYnN/zmhufC5kLmwzJoL2CItEzAXvjDcXNBxf0FmLnzBZy60Frx3iLmw3Knlikg1F5Z7zIUVPpgLy4FNviJBBnRoJl5JyMQrhZh4lWVibJFWCTDxl4YzsY77SzIm/tIysfsKYeLVTi3XRCoTr/Yw8RofmHg1sMnXAJmY1ZVdk2D+Gtey2PzrrM2v1hEA6ivTXUCtN74SsPmrkNj8a4G7/NfApqxibX71NUGDr2ew+d8QsPk3kNj83xCaC98ImQvfWnMBW6RvBcyFjYabCzrujWTmwkY+c6GN4L1DzIVNTi2/i1RzYZPHXPjOB3NhE7DJv0uQAR2aib8nZOLvhZh4s2VibJE2CzDxFsOZWMe9hYyJt1gmdl8hTLzVqeW2SGXirR4m3uYDE28FNvk2IBOzurLbEsxf43YWm3+HtfnVDgJA7TTdBdR6Y6eAzV+NxObfDtzldwGbspq1+dUuggbfzWDzvydg8wdIbP49hObCHiFzYa81F7BF2itgLuwz3FzQce8jMxf28ZkLbQXvHWIu7HdqeSBSzYX9HnPhgA/mwn5gkx9IkAEdmol/IGTiH4SY+KBlYmyRDgow8Y+GM7GO+0cyJv7RMrH7CmHiQ04tD0cqEx/yMPFhH5j4ELDJDwOZmNWVPZxg/hqPsNj8P1mbX/1EAKijpruAWm8cFbD5a5DY/EeAu/wxYFPWsDa/OkbQ4McZbP6PBWz+EyQ2/8+E5sLPQubCL9ZcwBbpFwFz4aTh5oKO+ySZuXCSz1xIFLx3iLlwyqnl6Ug1F055zIXTPpgLp4BNfjpBBnRoJv6VkIl/FWLiM5aJsUU6I8DEZw1nYh33WTImPmuZ2H2FMPE5p5a/RSoTn/Mw8W8+MPE5YJP/BmRiVlf2twTz13iexeb/3dr86ncCQF0w3QXUeuOCgM1fi8TmPw/c5S8Cm7KWtfnVRYIGv8Rg838uYPNH1eew+VPV5zMXUgFz615vdP0/X1tzIcx76iLphKLvmxoIWKm4U9eH10jUXEgNbCifzIUkwXuHmAtpnFqmddU0oswFnYA8rmDdifAuKPl3h9uYaYBNnra+DOjQTJyOkInTCTFxesvE2CKlF2DiDIYzsY47AxkTZ7BM7L5CmDijU8tMkcrEGT1MnMkHJs4IbPJMQCZmdWUz1Td/jZmFvAv4keka3EJpbf5rCACVBb1G9AK13shSHw/QOBKbPzNwl78W2JRx1uZX1xI0eFbTG1zb/BsEbP5s9f1p8HDXeR2wKQ/txN3rMPBekvm7/urPn+iYKTvJOOwGYJ21Nl2V6k9JpnNwg0eyodefg9BEzCFkIt5oTURskW4UMBFzGm4i6rhzkpmIOflMxBjBe4eYiDc5tcwVqSbiTR4TMZcPJuJNwCbPRXKSyE3IxLmFmPhmy8TYIt0swMS3GM7EOu5byJj4FsvE7iuEiW91anlbpDLxrR4mvs0HJr4V2OS3AcGti7yK0Jy9rb75a7ydZZyXBzzOYwRUHgJA5TXd7dd6I6/AOK8OyTjvduAufwewKeuAx3nLCRv8DoIGv1OKMdBjmbuA4MyKA6fKJrRRoDe0fIQmRT4hkyK/NSmwRcovYFLcbbhJoeO+m8ykuJvPpFCS93av/x6nlgUi1aS4x2NSFPDBpLgH2OQF6suADs3E9xIy8b1CTFzQMjG2SAUFmLiQ4Uys4y5ExsSFLBOH3Nu9/vucWt4fqUx8n4eJ7/eBie8DNvn91t1VwByIrfEBlnFBjAWUiiEAlDJ9XKD1hhIYF9QjGRc8ANzlCwObsp4dF6jCBA1ehOHTP78IfPonluRZxKKE5kJRIXOhmDUXsEUqJmAuFDfcXNBxFyczF4rzmQuFBe8dYi6UcGpZMlLNhRIec6GkD+ZCCWCTl6wvAzo0E5ciZOJSQkxc2jIxtkilBZj4QcOZWMf9IBkTP2iZ2H2FMHEZp5YPRSoTl/Ew8UM+MHEZYJM/BGRiVlf2ofrmr7Esi81fztr8qhwBoMqb7gJqvVFewOavT2LzlwXu8hWATVnf2vyqAkGDV2Sw+VPVxTd4JRKbvzKhuVBZyFx42JoL2CI9LGAuVDHcXNBxVyEzF6rwmQtFBO8dYi5UdWpZLVLNhaoec6GaD+ZCVWCTV6svAzo0E1cnZOLqQkxcwzIxtkg1BJi4puFMrOOuScbENS0Tu68QJq7l1LJ2pDJxLQ8T1/aBiWsBm7w2kIlZXdna9c1fYxyLzR9vbX4VTwCoOqa7gFpv1BGw+RuS2PxxwF2+LrApG1qbX9UlaPB6DDZ/NgGbP4HE5q9PaC7UFzIXGlhzAVukBgLmQkPDzQUdd0Myc6Ehn7kQK3jvEHOhkVPLxpFqLjTymAuNfTAXGgGbvHF9GdChmbgJIRM3EWLippaJsUVqKsDEzQxnYh13MzImbmaZ2H2FMPEjTi2bRyoTP+Jh4uY+MPEjwCZvDmRiVle2eX3z19iCxeZvaW1+1ZIAUK1MdwG13mglYPM3JrH5WwB3+dbApmxsbX7VmqDB2zDY/LcL2PxtSWz+REJzIVHIXEiy5gK2SEkC5kI7w80FHXc7MnOhHZ+5UFTw3iHmQnunlh0i1Vxo7zEXOvhgLrQHNnmH+jKgQzNxR0Im7ijExJ0sE2OL1EmAiTsbzsQ67s5kTNzZMrH7CmHiLk4tu0YqE3fxMHFXH5i4C7DJuwKZmNWVBeZAbI3dWGz+R63Nrx4lAFR3011ArTe6C9j8TUls/m7AXb4HsCmbWptf9SBo8McYbP77BWz+niQ2fy9Cc6GXkLnQ25oL2CL1FjAXHjfcXNBxP05mLjzOZy4UE7x3iLnQx6ll30g1F/p4zIW+PpgLfYBN3re+DOjQTNyPkIn7CTHxE5aJsUV6QoCJnzSciXXcT5Ix8ZOWid1XCBM/5dTy6Uhl4qc8TPy0D0z8FLDJnwYyMasr+3R989fYn8XmH2BtfjWAAFDPmO4Car3xjIDN/wiJzd8fuMs/C2zKR6zNr54laPCBDDZ/GQGbfxCJzf8cobnwnJC58Lw1F7BFel7AXHjBcHNBx/0CmbnwAp+5UFzw3iHmwmCnli9Gqrkw2GMuvOiDuTAY2OQv1pcBHZqJhxAy8RAhJh5qmRhbpKECTPyS4Uys436JjIlfskzsvkKYeJhTy5cjlYmHeZj4ZR+YeBiwyV8GMjGrK/tyffPX+AqLzT/c2vxqOAGgXjXdBdR641UBm78Fic3/CnCXfw3YlC2sza9eI2jw1xls/poCNv8bJDb/CEJzYYSQuTDSmgvYIo0UMBdGGW4u6LhHkZkLo/jMhRKC9w4xF0Y7tRwTqebCaI+5MMYHc2E0sMnH1JcBHZqJxxIy8VghJh5nmRhbpHECTDzecCbWcY8nY+LxlondVwgTv+nU8q1IZeI3PUz8lg9M/Cawyd8CMjGrK/tWffPXOIHF5n/b2vzqbQJAvWO6C6j1xjsCNn8rEpt/AnCXfxfYlK2sza/eJWjw9xhs/qYCNv9EEpt/EqG5MEnIXJhszQVskSYLmAtTDDcXdNxTyMyFKXzmQknBe4eYC1OdWk6LVHNhqsdcmOaDuTAV2OTT6suADs3E0wmZeLoQE8+wTIwt0gwBJp5pOBPruGeSMfFMy8TuK4SJ33dqOStSmfh9DxPP8oGJ3wc2+SwgE7O6srPqm7/GD1hs/g+tza8+JADUR6a7gFpvfCRg87chsfk/AO7yHwObso21+dXHBA3+CYPN31HA5p9NYvN/SmgufCpkLnxmzQVskT4TMBfmGG4u6LjnkJkLc/jMhVaC9w4xF+Y6tZwXqebCXI+5MM8Hc2EusMnn1ZcBHZqJ5xMy8XwhJl5gmRhbpAUCTLzQcCbWcS8kY+KFlondVwgTL3JquThSmXiRh4kX+8DEi4BNvhjIxKyu7OL65q9xCYvNv9Ta/GopAaA+N90F1HrjcwGbP5HE5l8C3OWXAZsy0dr8ahlBg3/BYPP3FbD5l5PY/CsIzYUVQubCSmsuYIu0UsBcWGW4uaDjXkVmLqziMxdaC947xFz40qnl6kg1F770mAurfTAXvgQ2+er6MqBDM/EaQiZeI8TEay0TY4u0VoCJ1xnOxDrudWRMvM4ysfsKYeKvnFp+HalM/JWHib/2gYm/Ajb510AmZnVlv65v/hrXs9j8G6zNrzYQAOob011ArTe+EbD525HY/OuBu/y3wKZsZ21+9S1Bg29ksPkHC9j8m0hs/u8IzYXvhMyF7625gC3S9wLmwmbDzQUd92Yyc2Ezn7nQRvDeIebCFqeWWyPVXNjiMRe2+mAubAE2+db6MqBDM/E2QibeJsTE2y0TY4u0XYCJdxjOxDruHWRMvMMysfsKYeKdTi13RSoT7/Qw8S4fmHgnsMl3AZmY1ZXdVd/8Ne5msfkD1uZXAQJA7THdBdR6Y4+Azd+BxObfDdzl9wKbsoO1+dVeggbfx2DzjxKw+feT2PwHCM2FA0Lmwg/WXMAW6QcBc+Gg4eaCjvsgmblwkM9caCt47xBz4Uenloci1Vz40WMuHPLBXPgR2OSH6suADs3EhwmZ+LAQEx+xTIwt0hEBJv7JcCbWcf9ExsQ/WSZ2XyFMfNSp5bFIZeKjHiY+5gMTHwU2+TEgE7O6ssfqm7/G4yw2/wlr86sTBID62XQXUOuNnwVs/k4kNv9x4C7/C7ApO1mbX/1C0OAnGWz+yQI2/ykSm/80oblwWshc+NWaC9gi/SpgLpwx3FzQcZ8hMxfO8JkLiYL3DjEXzjq1PBep5sJZj7lwzgdz4Sywyc/VlwEdmol/I2Ti34SY+LxlYmyRzgsw8e+GM7GO+3cyJv7dMrH7CmHiC04tL0YqE1/wMPFFH5j4ArDJLwKZmNWVvVjf/DVeYrH5oxpYmx+YA7E1pkKvEb1ArTf0ItEA7UJi818C7vLRwKbsYm1+FU3Q4KlNb3Bt838qYPOnaSDT4Oh1pm3AZy6kBebWvd50Df58bc2FMO+pi5SuAf6+6YGAlYo7fQN4jUTNhfTAhvLJXEgSvHeIuZDBqWVGV00jylzQCcjjCtadCO+Ckn93uI2ZAdjkGRvIgA7NxJkImTiTEBNntkyMLVJmASa+xnAm1nFfQ8bE11gmdl8hTJzFqeW1kcrEWTxMfK0PTJwF2OTXApmY1ZW9toH5a8wq5F3Aj0zZrM2vshEA6jrTXUCtN64TsPm7kdj8WYG7/PXApuxmbX51PUGDZ2ew+ZcL2Pw3gAOXiHtHPD7uHGDhr4V88qa2N7jmi8Gf+5yf+52f+rox+HtzOhu1/jvJx92Dznv0nye/96bg61yu9/6T++cOvv/mK9w/t+v+twRf35rCew84773Fea/eeG4Lvr79X64lT/D9ea+wljyutdwRfH3nFdZyh2stdwVf50vhvT84773Lea9eY/7g67sdmYHGZql0f+QFjc3uu8zuyQrp/sgrOu4ePh02wl3nPcADArDWqofhuPkx+o89DY2bXobHXSLYL/cIxN2b5HDebCvuXu5ah5u/x0ny1xyYv97A/PUh2a8LAPdrIGYUMn9+DcwKgM/Nyde9dmCGLdK9AgOzgoYPzHTcBYUHZujNvZ2h5PgUCTm2N5QcnyYhx0JAcgRiRj1NSI6FhMjxPkuO2CLdJ0CO9xtOjjru+4XIEb3WHHF/EDlaMT9guNstFfczwg5JuOvTuHxAIO5nSQ4x9wNJ+BngIWYgySEmBpg/IGbUQBL89TJUhLxAkr/ehoqQwST9q4D9C8SMGkwoQpSQCClsRQi2SIUFREgRw0WIjrsIiQi5JXgYjxE4lA41fFx5R5zMYfwlEjKKBZIRsNbqJcNFnO7rWAHcvEJyCCwihJtw8zecJH9AfKtXgPl7lWTfKgrEHxAz6lUS/L1gqAgeQZK/wYaK4JEk/VsM2L9AzKiRhCK4mJAILm5FMLZIxQVEcAnDRbCOuwSJCM4fFINFBQ71YwwXwYXiZMTMWBIyKgkkI2Ct1VjDRbDu65ICuHmT5BBYQgg34ebvLZL8AfGt3gTmbwLJvlUKiD8gZtQEEvyNMVQEv8fSv4aK4Ikk/Vsa2L9AzKiJhCK4tJAIftCKYGyRHhQQwWUMF8E67jIkIjgmKAZLCRzqpxgugovFyYiZqSRk9BCQjIC1VlMNF8G6rx8SwM0MkkNgGSHchJu/mST5A+JbzQDm732SfassEH9AzKj3SfA3w1AR/BFJ/mYaKoI/JunfcsD+BWJGfUwogssJieDyVgRji1ReQARXMFwE67grkIjgUkExWFbgUP+p4SK4XJyMmPmMhIwqAskIWGv1meEiWPd1RQHczCM5BFYQwk24+ZtPkj8gvtU8YP4WkOxblYD4A2JGLSDB3yJDRfASkvwtNlQELyXp38rA/gViRi0lFMGVhUTww1YEY4v0sIAIrmK4CNZxVyERwZWCYrCSwKH+C8NFcPU4GTGznISMqgLJCFhrtdxwEaz7uqoAblaRHAKrCOEm3Px9SZI/IL7VKmD+VpPsW9WA+ANiRq0mwd96Q0XwVyT522CoCP6apH+rA/sXiBn1NaEIri4kgmtYEYwtUg0BEVzTcBGs465JIoJrB8VgNYFD/TeGi+CEOBkx8y0JGdUCkhGw1upbw0Ww7utaArj5juQQWFMIN+Hm73uS/AHxrb4D5m8zyb5VG4g/IGbUZhL87TFUBG8nyd9eQ0XwDpL+jQP2LxAzagehCI4TEsHxVgRjixQvIILrGC6Cddx1SERwo6AYrC1wqN9tuAhuHicjZgIkZFQXSEbAWquA4SJY93VdAdzsIzkE1hHCTbj520+SPyC+1T5g/g6Q7Fv1gPgDYkYdIMHfSUNF8CGS/J0yVAQfJunfBGD/AjGjDhOK4AQhEVzfimBskeoLiOAGhotgHXcDEhHcOigG6wkc6o8aLoLbx8mImWMkZNQQSEbAWqtjhotg3dcNBXDzM8khsIEQbsLN3y8k+QPiW/0MzN9Jkn2rERB/QMyokyT4S7vNTBF8hiR/6YD5Q4rgsyT92xjYv0DMqLOEIrixkAhuYkUwtkhNBERwU8NFsI67KYkI7hwUg40EDvXnDRfBPeJkxMzvJGTUDEhGwFqr3w0Xwbqvmwng5hLJIbCpEG7C3sd3c+QPiG91CZi/VLs59q1HgPgDYkalIsFfTkNFcFqS/N1kqAhOR9K/zYH9C8SMQubPLxHcXEgEt7AiGFukFgIiuKXhIljH3ZJEBPcOisFHBA71GXebHfeTcTJiJhMJGbUCkhGw1iqTMG7CzZvu61YCuMlCcghsKYSbcPN3LUn+gPhWWYD5y0qyb7UG4g+IGZWVBH8FDBXB2Unyd6+hIvgGkv5tA+xfIGbUDYQiuI2QCG5rRTC2SG0FRHCi4SJYx51IIoIHBMVga4FDfU7DRfDzcTJi5iYSMkoCkhGw1uomw0Ww7uskAdzcTHIITBTCTbj5u4VlkgTslZuB+buVZN9qB8QfEDPqVhL8lTZUBOclyd+DhorgO0j6tz2wf4GYUXcQiuD2QiK4gxXB2CJ1EBDBHQ0XwTrujiQieEhQDLYTONTnM1wED4+TETP5ScioE5CMgLVW+Q0XwbqvOwngpgDJIbCjEG7Czd+9JPkD4lsVAOavIMm+1RmIPyBmVEES/NUyVAQ/QJK/2oaK4BiS/u0C7F8gZlQMoQjuIiSCu1oRjC1SVwER3M1wEazj7kYigt8IisHOAof6IoaL4LFxMmImloSMHgWSEbDWKtZwEaz7+lEB3BQnOQR2E8JNuPkrQZI/IL5VcWD+SpLsW92B+ANiRpUkwV8LQ0VwGZaPgxgqgh8i6d8ewP4FYkY9RCiCewiJ4MesCMYW6TEBEdzTcBGs4+5JIoLfCorB7gKH+vKGi+CJcTJipgIJGfUCkhGw1qqC4SJY93UvAdxUJjkE9hTCTbj5e5gkf0B8q8rA/FUh2bd6A/EHxIyqQoK/7oaK4Bok+ethqAiuSdK/jwP7F4gZVZNQBD8uJIL7WBGMLVIfARHc13ARrOPuSyKCpwbFYG+BQ32c4SJ4VpyMmIknIaN+QDIC1lrFGy6CdV/3E8BNPZJDYF8h3IT970+S5A+Ib1UPmL/6JPvWE0D8ATGj6pPgb6ChIrgxSf4GGSqCm5D075PA/gViRjUhFMFPCongp6wIxhbpKQER/LThIljH/TSJCP44KAafEDjUP2K4CJ4bJyNmmpOQUX8gGQFrrZobLoJ1X/cXwE0rkkPg00K4Cftbg0nyB8S3agXMXxuSfWsAEH9AzKg2JPgbYagIbkeSv5GGiuD2JP37DLB/gZhR7QlF8DNCIvhZK4KxRXpWQAQPNFwE67gHkojghUExOEDgUN/JcBG8LE5GzHQmIaNBQDIC1lp1NlwE674eJICbbiyTJCHchP0Zd5L8AfGtugHz151k33oOiD8gZlR3EvxNMVQE9yLJ31RDRXBvkv59Hti/QMyo3oQi+HkhEfyCFcHYIr0gIIIHGy6CddyDSUTwyqAYfE7gUN/XcBG8Lk5GzPQjIaMXgWQErLXqZ7gI1n39ogBuniI5BA4Wwk3YE3qS/AHxrZ4C5q8/yb41BIg/IGZUfxL8zTNUBA8kyd98Q0XwIJL+HQrsXyBm1CBCETxUSAS/ZEUwtkgvCYjgYYaLYB33MBIRvCEoBocIHOpfMFwEfx8nI2YGk5DRy0AyAtZaDTZcBOu+flkAN0NJDoHDhHATbv5eYjERgL0yFJi/YST71itA/AExo4aR4G+toSL4VZL8rTNUBL9G0r/Dgf0LxIx6jVAEDxcSwa9aEYwt0qsCIvg1w0Wwjvs1EhG8LSgGXxE41I8wXAQH4mTEzEgSMnodSEbAWquRhotg3devC+BmDMkh8DUh3ISbv7EsnykE9soYYP7GkexbbwDxB8SMGkeCv52GiuAJJPnbZagIfpukf0cA+xeIGfU2oQgeISSCR1oRjC3SSAERPMpwEazjHkUigvcHxeAbAof69wwXwYfjZMTMRBIyGg0kI2Ct1UTDRbDu69ECuJlCcggcJYSbcPM3lSR/QHyrKcD8TSPZt8YA8QfEjJpGgr/jhorg90nyd8JQETyLpH/HAvsXiBk1i1AEjxUSweOsCMYWaZyACB5vuAjWcY8nEcHHgmJwjMCh/iPDRfCpOBkx8zEJGb0JJCNgrdXHhotg3ddvCuDmU5JD4Hgh3ISbv89I8gfEt/oUmL85JPvWW0D8ATGj5pDgL9V2M0XwApL8RQPzhxTBC0n6dwKwf4GYUQsJRfAEIRH8thXB2CK9LSCC3zFcBOu43yERwWeDYvAtgUP9EsNF8MU4GTGzlISM3gWSEbDWaqnhIlj39bsCuPmC5BD4jhBuws3fcpL8AfGtvgDmbwXJvvUeEH9AzKgVJPjLbqgIXk2SvxsMFcFrSPp3IrB/gZhRawhF8EQhETzJimBskSYJiODJhotgHfdkEhEcHR8V9Z7Aof4rw0VwhngZMfM1CRlNAZIRsNbqa8NFsO7rKQK4+YbkEDhZCDfh5u9bkvwB8a2+AeZvI8m+NRWIPyBm1EYS/OUzVARvJslffkNF8BaS/p0G7F8gZtQWQhE8TUgET7ciGFuk6QIieIbhIljHPYNEBF8TFINTBQ712w0XwdfHy4iZHSRkNBNIRsBaqx2Gi2Dd1zMFcLOb5BA4Qwg34eYvQJI/IL7VbmD+9pDsW+8D8QfEjNpDgr/ihorgAyT5K2GoCP6BpH9nAfsXiBn1A6EIniUkgj+wIhhbpA8ERPCHhotgHfeHJCL4xqAYfF/gUH/IcBF8S7yMmDlMQkYfAckIWGt12HARrPv6IwHcHCU5BH4ohJtw83eMJH9AfKujwPwdJ9m3PgbiD4gZdZwEf9UMFcEnSfJX3VARfIqkfz8B9i8QM+oUoQj+REgEz7YiGFuk2QIi+FPDRbCO+1MSEZwnKAY/FjjUnzFcBOePlxEzZ0nI6DMgGQFrrc4aLoJ1X38mgJvzJIfAT4VwE27+fifJHxDf6jwwfxdI9q05QPwBMaMukOCvqaEiOFWAI3/NDBXB0QGO/p0L7F8gZhQyf36J4LlCInieFcHYIs0TEMHzDRfBOu75JCL43qAYnCNwqE8bMDvumHgZMZMuwEFGC4BkBKy1QucPXV/d1wsEcJMxwHEInC+Em3Dzl4kkf0B8q4zA/GUOcOxbC4H4A2JG+ZW/mPAu1cVQEZyVJH9dDRXB2QIc/bsI2L9AzChk/vwSwYuERPBiK4KxRVosIIKXGC6CddxLSERwbFAMLhQ41GcPmB13qXgZMXNDgIOMlgLJCFhrhc4f/FvPg3lbKoCbnAGOQ+ASIdyEm7+bSPIHxLfKCcxfrgDHvvU5EH9AzCi/8hcT3qX6GyqCbyXJ3wBDRfBtAY7+XQbsXyBmFDJ/fongZUIi+AsrgrFF+kJABC83XATruJeTiOCHgmLwc4FDfd6A2XFXipcRM3cEOMhoBZCMgLVW6Pyh66v7eoUAbvIFOA6By4VwE27+8pPkD4hvlQ+Yv7sDHPvWSiD+gJhR6Pyh+a5qkO9WCuxbBQ2Pu3a8zH5dKMDRL6uA/QKstULnD42bPUHVt0oAN/q+qLj12tK5MLM3eO+LwZ/7nJ/7nZ/6+jIYy2onHv13op3/ftB5j/7z5PeuCb5e63rvP7n/uuD7v7rC/de57v918PX6FN57wHnv1857tQDfEHz9zb9cy7fB92+8wlq+da1lU/D1d1dYyybXWr4Pvt6cwnt/cN77vfNevcYtwddbHQ0IH+Cl+yMvaGw+EDC7Jyuk+yOv6LhjAhx7+TbgXg6stULmzy8DcR94H05eY3LNtwdrtSP4v50uHyiL8zNjVKipqK90rtflQOsSMClj0rrWmtG15uR4rnX+PA329xbJ6MptlCvfUSnkLcr1+zME/3eN87pdYs/4Xq07d2hTI7FvSjVLncJ9o12xpvW8z13H5D9L7/77EocS0L3+cnjY7pDXDufnTudn1uD/dgVf774MmSEORLoZ0fctEjD/gLlLgMxiAzJkFg2OH1gfhYw5ddRfN2eJ+m9vIFMn9Dp3ANfpzmvA2U/2uAgyp/PTvdmncv03ZtLM4Ioj+XKTS/LvTI47mUjTYtdSWP+uNFGh15WINPn3e4i0XmKbHok9PUTqnZhGpxCrO0YdX3psfDHJa02+kteU/HsyRf2JmwyudWTErkMl/y7vOjK61pHB9Tr5zzK51pT83zJ71uvuBfffTc5rZlfMNIcRHUjAOXTscX7uDf7c10Bu/dsFCLh4wOwJlo57r0DcJQIcBw9gfRQ6ZgmM7xCodemA+RjfJxD3gwEOjAPro9AxozH+Y/QfjjW61mUNj7tE8ISwTSDucgEZjKPd0P1ANxRYa4XMn9ek2e+ci7znJH0dCL7+4V9OSg4G3//jFSYlB133PxR8fbjBH/f1CrEoAXwfaGD+vnMI+3RjUmzh2Bjd16i43cLuiEtoJwuEq1Fop3fFkXy53WktorI7/79rt54dkvrW7tW5c4ekDolta3frmehOWUpPAKekY93mcJoU0khnDkut74jQU7GXy2m4HPPTf3/SOMZzL+XXZOsnoUfjj9pH47FFOtoAf99jhj8ar+M+5vMmEBPeFZLTmDAv7+EJLfy2Bm94XX3c/VoGO/36+rL1CvPeyvsf3Pk97mDthAtzaV04SX6v3tAuRf0VQ6lcr6Od90Rf4T2pLnOfyx1GxDat5OB0Aha7gj3RINTedy8I9buPAzehn69wrxLFE1snFY8t0iomNql18D7FkhKLtCpcUiWVKBK8fZFY1bpVYkzb2NbFi8UWK5FU3LdnS34WYuBfLANji/SLAAOfNJyBddwnffpwWrjxn3DWir5vxYA/FlfMv7z+8g9lAbF0CmiXIfOXTEx6feWde6Ixn3wqQuOockC2f2LCu/7v9IaO++GAP/0TruRGHkROAO9VJWDm/uO5FBDfCogZJZU/dJ+cJrSPTgsdXn+1h1dskX4VOLyeMfzwquM+Q/LNCtrvllirX/O3E2FsBEmhl292z1kn3+f+gd1TIYXcee2eClF/b/ekdJ+/tXtMfxgv2klmKlfizrlO6MkX+sQBjEOdA25mv+GaISk5n78JKh6dxxMCyrlGwCjH4C+nJB33WYG4a5oVd4oPvJ0TiLsWOO7kK9x9w0swyH3DjfFw81fb0Px5LgXEtwJiRknlLxrcJ2eBXHMe6NTpe0hwy3nDvxpBIm7tIt6egI+7XsB8FzGPQNwJAX/2xrD/pV1gPwJrrdD5k+iXBwRw09DwuHW/xAjE3SjA0S8XgP0CrLVC50+iX8oK4Kap4XHrfiknEHezAEe/XAT2C7DWCp0/iX6JE8BNC8Pj1v0SLxB3ywBHv1wC9guw1gqdP4l+aSGAmzaGx637paVA3G0DHP0S1RCXS2CtFTp/Ev3STQA37QyPW/fLowJxtw9w9EsqYL8Aa63Q+ZPol/4CuOlkeNy6XwYIxN05wNEv0cB+AdZaofMn0S+vCOCmm+Fx634ZLhD3owGOfkkN7BdgrRU6fxL9MkEAN48ZHrful7cF4u4Z4OiXNMB+AdZaofMn0S8fCODmccPj1v3yoUDcfQIc/ZIW2C/AWit0/iT6ZYkAbp4wPG7dL0sF4n4ywNEv6YD9Aqy1QudPol/WC+Cmv+Fx637ZIBD3gABHv6QH9guw1gqdP4l+2S2Am4GGx637JSAQ96AAR79kAPYLsNYKnT+JfjkugJsXDI9b98sJgbgHBzj6JSOwX4C1Vuj8SfTLJQHcDDU8bt0vUQLfcvBSgKNfMgH7BVhrhc6fRL9kFcDNK4bHrfslm0DcwwMc/ZIZ2C/AWitk/vSHngPBAmdz7qc/w6Cfy9bPmurn5/QzQfo5Bz271fMo7bFr31B7IVrf6TOr5mG9t+h8uS80bq5pKIMb9DqzAHGj67Mn1Z+fQ9M5yCKc52sbAmeYUf58G8m1QGy415vVlWv7bSRh3lMXSScUfd9sQMBKxZ2tIbxGYt9GIrFW+4W2f1xRKVyoNbvze51Tw+tdtbzcN5zkdf29y33DSd6ov/+Gk5Tuc1V8w4lOZh5X4q5v+Ned1+RvOLkeuEFmb4jPb/Z/kM9w130D8FRWOYC718MBWUJAfNr+uob4+75OEPf1AnG/IRx3THjX//adGwTiHgGOO/lC77tAXCpgrZVU/tB1zkGoHnMIqccbrXrEFulGAfWY03D1qOPOSaQec1r1SK8eb3JqmMuqx/9+JSfqJo96zEWmHnMBN8jcAuoxtw/q8WarHv+zirpJQE2MIYg7l0DcY4Xjjgnv+t++c7NA3OPAcSdf6H0XiEsFrLVC5k+T/p4UZBm6Pmhs5mpo/hpvEZpxwxvyViAhsgLqVgJA3YZeI3qB2lu+TYAxJgQ4GOMW4On6dmBTovMncdK4XQA3eRpimTJAuLHlIdjY8koxZTQYUG4pHu697gA2uERRpJryzobmb0YHBL7q/J2A2XHrJrxDoN7vBvwh73DXeRewH4G1Vsj8CZPY/w2q0Ni8k4DE7pI+nYcL8B+DG9shgY1tUsDsBk9MSopp3baNKpEOF3M+4GaBzJ9fU/Z8YO8/+cpvp+zYIuUXmLLfbfiUXcd9t9CUPflCKwtkTu9pKNcUoHwmxRaOjUFuyAUamktoEh9ivFPgw3xTDI9bP4lxl0DcUwNmH2CS13kvsK+BtVbo/En0SxEB3MwwPG7dL7ECcc8McPRLQWC/AGut0PmT6JeKArj5wPC4db9UEoj7wwBHvxQC9guw1gqdP4l+qSeAm08Mj1v3S4JA3LMDHP1yH7BfgLVW6PxJ9EsbAdzMMTxu3S9tBeKeG+Dol/uB/QKstULnT6JfHhPAzQLD49b90lMg7oUBjn55ANgvwFordP4k+mWgAG6WGB637pdBAnEvDXD0SwywX4C1Vuj8SfTL6wK4+cLwuHW/vCEQ9/IAR78oYL8Aa63Q+ZPol/cEcLPK8Lh1v0wUiPvLAEe/FAb2C7DWCp0/iX75RAA3aw2PW/fLbIG41wU4+qUIsF+AtVbo/En0yxcCuFlveNy6X5YLxL0hwNEvscB+AdZaofMn0S8bBXCz0fC4db9sEoh7U4CjX4oC+wVYa4XOn0S/7BPAzWbD49b9sl8g7i0Bjn4pBuwXYK0VOn8S/XJSADfbDY9b98spgbh3BDj6pTiwX4C1Vuj8SfRLaoEPGu02PG7dL2kE4g4EOPqlBLBfgLVW6PxJ9Et2AdzsMzxu3S83CMS9P8DRLyWB/QKstULmT3/T5N5Uf/6jRPozDPq5bP2sqX5+Tj8TpJ9z0LNbPY/SHrv2DbUXovWdPrNqHtZ7S0nhfyynlNDXUKDXWRr8jxLtS/Xn59l0DkoL5/lBwq+VflDoA69l7AdesUUqI/CB14cM/8Crjvshoq+Vllir/VrpP66oFC7Umt35LevUsJz9Wun/fiUnqqzna6XLkX2tdDngBlle4Guly/vwtdIV7NdK/+fvVCsr8L1TBwniLicQ94/CcceEd/1v36kgEPchcNzJF3rfBeJSAWutpPKHrnNFQvVYUUg9VrLqEVukSgLqsbLh6lHHXZlIPVa26pFePT7s1LCKVY///UpO1MMe9ViFTD1WAW6QVQXUY1Uf1GM1qx7/s4p6WEBNHCWIu4pA3MeE444J7/rfvlNNIO7j4LiTL/S+C8SlAtZaIfOnSX9fCrIMXR80NqsQfEt1daEZN7wha4D/USJGQNUgAFRN0/9RIu0t1xRgjJMBDsaoDjxd1wI2JTp/EieNWgK4qQ3+R4n2Em5stQk2tjjTNzb9Nd8FBAB6OmD8xva/rw9HfmV6PHBjk8pfNLjOyH/Mqg7BP2YlsZnXJfjHrOIF4j4TMDtuvXnXEYj7bMCfvTHcddYD9iOw1gqZP+HDj9g/ZlWX4PBTr6EMzuENmfBvDgHFr3gv5dfTAAlCTwPUt08DYItUX+BpgAaGPw2g424g9DRA8iWZ05gwLz+eBEifgH0SIEcDfE73RgsxwL9dp7ryH7tr1dDBbaN/8FRBv6i/4tH7VEG/qL9/qiCl+/ztUwX/Ogl/k6Lk4Bo2/HOB0U4i+ngWh/qdyUBGM/r5gNnS4nINF27cvwdkGg7tJ+/9N7bB35y4GgLJ8IJP+Qt3nY2A0szdK+Gu6yIJ/oB9ooCYUVL5Q+8zjQkVU2MhxdTEKiZskZoIKKamhismHXdTouenJdb6d6op3Lp5VVO495NSTf+K3P9G2USlcKHu7a5VMwcPj5iumhiexW7mUWA6qX2jQi+Tn8V+BLjZNv9XrJ10xSs5n83/QT7DXXcLYA7cp1VfT+j/YHP51yfLvzkNahw2Exi6pd4jS6qIQfojAnGnEY47Jrzrf/VuIRB3WnDcyRd63wXiUgFrrdIS4EZin0DyuRs36HW2bMixzlbg7xnbn+rPg53OQSvh7xlrTfhJ8dZCTkcb63Rgi9RGwOloa7jToeNuSzYbbis4GxbCrG+fwk50aplk+qew0UlIDi7R88nppIZRf7nQVlYisMmTSE4S7QiZuJ0QE7e3TIwtUnsBJu5gOBPruDuQMXEHy8TuK4SJOzq17BSpTNzRw8SdfGDijsAm7wT+VN/+FCgOdf8oT9FRtezU0Pw1dmZ5sL0L+PPvjIDqQgCorqZ/TFTrja4CbmvGPRwufWfgLt8N2JTI/OkGDxA2eDeCBn9UijHQY+vuQHDWC+DulRCQSSB6Q+tBaFL0EDIpHrMmBbZIjwmYFD0NNyl03D3JTIqefCaFkry3e/29nFr2jlSTopfHpOjtg0nRC9jkvRvKgA7NxI8TMvHjQkzcxzIxtkh9BJi4r+FMrOPuS8bEfS0Th9zbvf5+Ti2fiFQm7udh4id8YOJ+wCZ/wrq7CpgDsTU+yTIueMoCSj1FAKinTR8XaL3xtMC4IPMejnHBk8Bdvj+wKZH5Yx0X9Cdo8AEs44JngOBsGMDdq1FAJoHoDe1ZQpPiWSGTYqA1KbBFGihgUgwy3KTQcQ8iMykG8ZkUhQXvHWJSPOfU8vlINSme85gUz/tgUjwHbPLnG8qADs3ELxAy8QtCTDzYMjG2SIMFmPhFw5lYx/0iGRO/aJnYfYUw8RCnlkMjlYmHeJh4qA9MPATY5EOBTMzq7gJzILbGl1jGBcPsuEANIwDUy6aPC7TeeFlgXJBlD8e44CXgLv8KsCmR+WMdF7xC0ODDWcYFrwLB2TSAu1ezgEwC0Rvaa4QmxWtCJsXr1qTAFul1AZPiDcNNCh33G2QmxRt8JkURwXuHmBQjnFqOjFSTYoTHpBjpg0kxAtjkIxvKgA7NxKMImXiUEBOPtkyMLdJoASYeYzgT67jHkDHxGMvE7iuEicc6tRwXqUw81sPE43xg4rHAJh8HZGJWdxeYA7E1jmcZF7xpxwXqTQJAvWX6uEDrjbcExgVZ93CMC8YDd/kJwKZE5o91XDCBoMHfZhkXvAMEZ4sA7l4tAzIJRG9o7xKaFO8KmRTvWZMCW6T3BEyKiYabFDruiWQmxUQ+kyJW8N4hJsUkp5aTI9WkmOQxKSb7YFJMAjb55IYyoEMz8RRCJp4ixMRTLRNjizRVgImnGc7EOu5pZEw8zTKx+wph4ulOLWdEKhNP9zDxDB+YeDqwyWcAmZjV3QXmQGyNM1nGBe/bcYF6nwBQs0wfF2i9MUtgXHDdHo5xwUzgLv8BsCmR+WMdF3xA0OAfsowLPgKCs00Ad6+2AZkEoje0jwlNio+FTIpPrEmBLdInAibFbMNNCh33bDKTYjafSVFU8N4hJsWnTi0/i1ST4lOPSfGZDybFp8Am/6yhDOjQTDyHkInnCDHxXMvE2CLNFWDieYYzsY57HhkTz7NM7L5CmHi+U8sFkcrE8z1MvMAHJp4PbPIFQCZmdXeBORBb40KWccEiOy5QiwgAtdj0cYHWG4sFxgXZ93CMCxYCd/klwKZE5o91XLCEoMGXsowLPgeCs10Ad6/2AZkEoje0ZYQmxTIhk+ILa1Jgi/SFgEmx3HCTQse9nMykWM5nUhQTvHeISbHCqeXKSDUpVnhMipU+mBQrgE2+sqEM6NBMvIqQiVcJMfGXlomxRfpSgIlXG87EOu7VZEy82jKx+wph4jVOLddGKhOv8TDxWh+YeA2wydcCmZjV3QXmQGyN61jGBV/ZcYH6igBQX5s+LtB642uBcUGOPRzjgnXAXX49sCmR+WMdF6wnaPANLOOCb4Dg7BTA3atzQCaB6A3tW0KT4lshk2KjNSmwRdooYFJsMtyk0HFvIjMpNvGZFMUF7x1iUnzn1PL7SDUpvvOYFN/7YFJ8B2zy7xvKgA7NxJsJmXizEBNvsUyMLdIWASbeajgT67i3kjHxVsvE7iuEibc5tdweqUy8zcPE231g4m3AJt8OZGJWdxeYA7E17mAZF+y04wK1kwBQu0wfF2i9sUtgXJBzD8e4YAdwl98NbEpk/ljHBbsJGjzAMi7YAwRntwDuXo8GZBKI3tD2EpoUe4VMin3WpMAWaZ+ASbHfcJNCx72fzKTYz2dSlBC8d4hJccCp5Q+RalIc8JgUP/hgUhwANvkPDWVAh2big4RMfFCIiX+0TIwt0o8CTHzIcCbWcR8iY+JDlondVwgTH3ZqeSRSmfiwh4mP+MDEh4FNfgTIxKzuLjAHYmv8iWVccNSOC9RRAkAdM31coPXGMYFxQa49HOOCn4C7/HFgUyLzxzouOE7Q4CdYxgU/A8H5WAB3r54BmQSiN7RfCE2KX4RMipPWpMAW6aSASXHKcJNCx32KzKQ4xWdSlBS8d4hJcdqp5a+RalKc9pgUv/pgUpwGNvmvDWVAh2biM4RMfEaIic9aJsYW6awAE58znIl13OfImPicZWL3FcLEvzm1PB+pTPybh4nP+8DEvwGb/DyQiVndXWAOxNb4O8u44IIdF6gLBIC6aPq4QOuNiwLjgpv3cIwLfgfu8peATYnMH+u44BJBg0c1IhkXpMItVD0ewN2rT0AmgegNLboRn0kRDQSne72pG/352poUYd5TF0knFH3fNEDASsWdphG8RqImRRpgQ/lkUrQSvHeISZHWqWU6V00jyqTQCcjjCtadCO+Ckn93uI2ZFtjk6RrJgA7NxOkJmTi9EBNnsEyMLVIGASbOaDgT67gzkjFxRsvE7iuEiTM5tcwcqUycycPEmX1g4kzAJs8MZGJWdxeYA7E1XiNl/qCPTFmA5g8roLIQAOpa9BrRC9R649pGeIDeuodjXHANcJfPCmxKZP5YxwVZCRo8G8u44DogOJ8I4O71ZEAmgegN7XpCk+J6IZMiuzUpsEXKLmBS3GC4SaHjvoHMpLiBz6RoLXjvEJMih1PLGyPVpMjhMSlu9MGkyAFs8hsbyYAOzcQ5CZk4pxAT32SZGFukmwSYOJfhTKzjzkXGxLksE7uvECbO7dTy5khl4tweJr7ZBybODWzym4FMzOruAnMgtsZbWMYFt9pxgbqVAFC3mT4u0HrjNoFxwe17OMYFtwB3+duBTYnMH+u44HaCBs/DMi7ICwRn/wDuXgMCMglEb2h3EJoUdwiZFHdakwJbpDsFTIq7DDcpdNx3kZkUd/GZFG0E7x1iUuRzapk/Uk2KfB6TIr8PJkU+YJPnbyQDOjQT303IxHcLMfE9lomxRbpHgIkLGM7EOu4CZExcwDKx+wph4nudWhaMVCa+18PEBX1g4nuBTV4QyMSs7i4wB2JrLMQyLrjPjgvUfQSAut/0cYHWG/cLjAvy7uEYFxQC7vIPAJsSmT/WccEDBA0ewzIuUEBwDgzg7jUoIJNA9IZWmNCkKCxkUhSxJgW2SEUETIpYw00KHXcsmUkRy2dStBW8d4hJUdSpZbFINSmKekyKYj6YFEWBTV6skQzo0ExcnJCJiwsxcQnLxNgilRBg4pKGM7GOuyQZE5e0TOy+Qpi4lFPL0pHKxKU8TFzaByYuBWzy0kAmZnV3gTkQW+ODLOOCMnZcoMoQAOoh08cFWm88JDAuuHMPx7jgQeAuXxbYlMj8sY4LyhI0eDmWcUF5IDhfCODuNTggk0D0hlaB0KSoIGRSVLQmBbZIFQVMikqGmxQ67kpkJkUlPpMiUfDeISZFZaeWD0eqSVHZY1I87INJURnY5A83kgEdmomrEDJxFSEmrmqZGFukqgJMXM1wJtZxVyNj4mqWid1XCBNXd2pZI1KZuLqHiWv4wMTVgU1eA8jErO4uMAdia6zJMi6oZccFqhYBoGqbPi7QeqO2wLgg3x6OcUFN4C4fB2xKZP5YxwVxBA0ezzIuqAME59AA7l4vBWQSiN7Q6hKaFHWFTIp61qTAFqmegEmRYLhJoeNOIDMpEvhMiiTBe4eYFPWdWjaIVJOivsekaOCDSVEf2OQNGsmADs3EDQmZuKEQEzeyTIwtUiMBJm5sOBPruBuTMXFjy8TuK4SJmzi1bBqpTNzEw8RNfWDiJsAmbwpkYlZ3F5gDsTU2YxkXPGLHBeoRAkA1N31coPVGc4Fxwd17OMYFzYC7fAtgUyLzxzouaEHQ4C1ZxgWtgOB8JYC71/CAPxtFuPlrDcxfZWD+HgbeSzJ/ba7+/ImOq9o24lhnIrDOWuMeSPWntNM5SPRIP/T6kwjNyCQhM7KdNSOxRWonYEa2N9yM1HG3JzMj2/OZkTGC9w4xIzs4tewYqWZkB48Z2dEHM7IDsMk7kpwkOhEycSchJu5smRhbpM4CTNzFcCbWcXchY+IulondVwgTd3Vq2S1Smbirh4m7+cDEXYFN3g0Ibl3kA4Qmb7dG5q/xUZaxYHfwWJARUN0JANXD9LGg1hs9BMaCBfZwjAUfBe7yjwGbEpk/3eB7CRv8MYIG78kyFuwFBOeUAO5eUwMyCURvaL0JTYreQibF49akwBbpcQGToo/hJoWOuw+ZSdGHz6RQkvd2r7+vU8t+kWpS9PWYFP18MCn6Apu8XyMZ0KGZ+AlCJn5CiImftEyMLdKTAkz8lOFMrON+ioyJn7JMHHJv9/qfdmrZP1KZ+GkPE/f3gYmfBjZ5f+vuKmAOxNY4gGVc8IwFlHqGAFDPmj4u0HrjWYFxQcE9HOOCAcBdfiCwKZH5Yx0XDCRo8EEs44LngOCcEcDda2ZAJoHoDe15QpPieSGT4gVrUmCL9IKASTHYcJNCxz2YzKQYzGdSFBa8d4hJ8aJTyyGRalK86DEphvhgUrwIbPIhjWRAh2bioYRMPFSIiV+yTIwt0ksCTDzMcCbWcQ8jY+JhlondVwgTv+zU8pVIZeKXPUz8ig9M/DKwyV8BMjGruwvMgdgah7OMC1614wL1KgGgXjN9XKD1xmsC44L79nCMC4YDd/nXgU2JzB/ruOB1ggZ/g2VcMAIIzg8CuHt9GJBJIHpDG0loUowUMilGWZMCW6RRAibFaMNNCh33aDKTYjSfSVFE8N4hJsUYp5ZjI9WkGOMxKcb6YFKMATb52EYyoEMz8ThCJh4nxMTjLRNjizRegInfNJyJddxvkjHxm5aJ3VcIE7/l1HJCpDLxWx4mnuADE78FbPIJQCZmdXeBORBb49ss44J37LhAvUMAqHdNHxdovfGuwLjggT0c44K3gbv8e8CmROaPdVzwHkGDT2QZF0wCgvOTAO5eswMyCURvaJMJTYrJQibFFGtSYIs0RcCkmGq4SaHjnkpmUkzlMyliBe8dYlJMc2o5PVJNimkek2K6DybFNGCTT28kAzo0E88gZOIZQkw80zIxtkgzBZj4fcOZWMf9PhkTv2+Z2H2FMPEsp5YfRCoTz/Iw8Qc+MPEsYJN/AGRiVncXmAOxNX7IMi74yI4L1EcEgPrY9HGB1hsfC4wL1B6OccGHwF3+E2BTIvPHOi74hKDBZ7OMCz4FgnNOAHevuQGZBKI3tM8ITYrPhEyKOdakwBZpjoBJMddwk0LHPZfMpJjLZ1IUFbx3iEkxz6nl/Eg1KeZ5TIr5PpgU84BNPr+RDOjQTLyAkIkXCDHxQsvE2CItFGDiRYYzsY57ERkTL7JM7L5CmHixU8slkcrEiz1MvMQHJl4MbPIlQCZmdXeBORBb41KWccHndlygPicA1DLTxwVabywTGBcU2cMxLlgK3OW/ADYlMn+s44IvCBp8Ocu4YAUQnAsCuHstDMgkEL2hrSQ0KVYKmRSrrEmBLdIqAZPiS8NNCh33l2QmxZd8JkUxwXuHmBSrnVquiVSTYrXHpFjjg0mxGtjkaxrJgA7NxGsJmXitEBOvs0yMLdI6ASb+ynAm1nF/RcbEX1kmdl8hTPy1U8v1kcrEX3uYeL0PTPw1sMnXA5mY1d0F5kBsjRtYxgXf2HGB+oYAUN+aPi7QeuNbgXFB0T0c44INwF1+I7ApkfljHRdsJGjwTSzjgu+A4FwSAM7rAjIJRG9o3xOaFN8LmRSbrUmBLdJmAZNii+EmhY57C5lJsYXPpCgueO8Qk2KrU8ttkWpSbPWYFNt8MCm2Apt8WyMZ0KGZeDshE28XYuIdlomxRdohwMQ7DWdiHfdOMibeaZnYfYUw8S6nlrsjlYl3eZh4tw9MvAvY5LuBTMzq7gJzILbGAMu4YI8dF6g9BIDaa/q4QOuNvQLjguJ7OMYFAeAuvw/YlMj8sY4L9hE0+H6WccEBIDi/CODutTwgk0D0hvYDoUnxg5BJcdCaFNgiHRQwKX403KTQcf9IZlL8yGdSlBC8d4hJccip5eFINSkOeUyKwz6YFIeATX64kQzo0Ex8hJCJjwgx8U+WibFF+kmAiY8azsQ67qNkTHzUMrH7CmHiY04tj0cqEx/zMPFxH5j4GLDJjwOZmNXdBeZAbI0nWMYFP9txgfqZAFC/mD4u0HrjF4FxQck9HOOCE8Bd/iSwKZH5Yx0XnCRo8FMs44LTQHCuCuDu9WVAJoHoDe1XQpPiVyGT4ow1KbBFOiNgUpw13KTQcZ8lMynO8pkUJQXvHWJSnHNq+VukmhTnPCbFbz6YFOeATf5bIxnQoZn4PCETnxdi4t8tE2OL9LsAE18wnIl13BfImPiCZWL3FcLEF51aXopUJr7oYeJLPjDxRWCTXwIyMau7C8yB2BqjGpOMC1LhFko7LkjV2Pw1RqPXiF6g1ht6kWiAlt7DMS5wd3zY2gPYlMj8sY4LUhM0eBopxkCPC9ICwbk2gLvXuoBMAtEbWjrkRhHlj0mRDghO93rTN/7ztTUpwrynLlL6xvj7ZgACViruDI3hNRI1KTIAG8onk6KV4L1DTIqMTi0zuWoaUSaFTkAeV7DuRHgXlPy7w23MjMAmz9RYBnRoJs5MyMSZhZj4GsvE2CJdI8DEWQxnYh13FjImzmKZ2H2FMPG1Ti2zRioTX+th4qw+MPG1wCbPCmRiVncXmAOxNWZjGRdcZ8cF6joCQF1v+rhA643rBcYFZfZwjAuyAXf57MCmROaPdVyQnaDBb2AZF+QAgnN9AHevDQGZBKI3tBsJTYobhUyKnNakwBYpp4BJcZPhJoWO+yYyk+ImPpOiteC9Q0yKXE4tc0eqSZHLY1Lk9sGkyAVs8tyNZUCHZuKbCZn4ZiEmvsUyMbZItwgw8a2GM7GO+1YyJr7VMrH7CmHi25xa3h6pTHybh4lv94GJbwM2+e1AJmZ1d4E5EFtjHpZxQV47LlB5CQB1h+njAq037hAYF5TdwzEuyAPc5e8ENiUyf6zjgjsJGvwulnFBPiA4NwZw99oUkEkgekPLT2hS5BcyKe62JgW2SHcLmBT3GG5S6LjvITMp7uEzKdoI3jvEpCjg1PLeSDUpCnhMint9MCkKAJv83sYyoEMzcUFCJi4oxMSFLBNji1RIgInvM5yJddz3kTHxfZaJ3VcIE9/v1PKBSGXi+z1M/IAPTHw/sMkfADIxq7sLzIHYGmNYxgXKjguUIgBUYdPHBVpvFBYYF5TfwzEuiAHu8kWATYnMH+u4oAhBg8eyjAuKAsG5OYC715aATALRG1oxQpOimJBJUdyaFNgiFRcwKUoYblLouEuQmRQl+EyKtoL3DjEpSjq1LBWpJkVJj0lRygeToiSwyUs1lgEdmolLEzJxaSEmftAyMbZIDwowcRnDmVjHXYaMictYJnZfIUz8kFPLspHKxA95mLisD0z8ELDJywKZmNXdBeZAbI3lWMYF5e24QJUnAFQF08cFWm9UEBgXVNzDMS4oB9zlKwKbEpk/1nFBRYIGr8QyLqgMBOf2AO5eOwIyCURvaA8TmhQPC5kUVaxJgS1SFQGToqrhJoWOuyqZSVGVz6RIFLx3iElRzall9Ug1Kap5TIrqPpgU1YBNXr2xDOjQTFyDkIlrCDFxTcvE2CLVFGDiWoYzsY67FhkT17JM7L5CmLi2U8u4SGXi2h4mjvOBiWsDmzwOyMSs7i4wB2JrjGcZF9Sx4wJVhwBQdU0fF2i9UVdgXFB5D8e4IB64y9cDNiUyf6zjgnoEDZ7AMi6oDwTn7gDuXoGATALRG1oDQpOigZBJ0dCaFNgiNRQwKRoZblLouBuRmRSN+EyKJMF7h5gUjZ1aNolUk6Kxx6Ro4oNJ0RjY5E0ay4AOzcRNCZm4qRATN7NMjC1SMwEmfsRwJtZxP0LGxI9YJnZfIUzc3Klli0hl4uYeJm7hAxM3BzZ5CyATs7q7wByIrbEly7iglR0XqFYEgGpt+rhA643WAuOCKns4xgUtgbt8G2BTIvPHOi5oQ9DgbVnGBYlAcO4L4O61P+DPRhFu/pKA+TsPzN/vwPzp5kjnyt3h4Jn6YvDnEefnT85PfbUL5qO9Qxz67yQfv48779F/nvzeDsHXHV3v/Sf37xR8f+cr3L+T6/5dgq+7pvDeo857uzjv1Rtht+DrR//lWroH39/jCmvp7lrLY8HXPa+wlsdca+kVfN07hfcec97by3mvXuPjwdd9HNmD3sSmZPgjL+hDQDXwIQAd9wcZ/sgrOu7qezj2tL7APQ1Ya1XdcNyciP5jT0PjppbhcU8K9ktfgbhrk4iFZltx93LXOuynUUny1xyYv9rA/MWT7Nf9gPs1EDMKmT+/BnjAXIYM8J6wAzxskZ4QGOA9afgAT8f9pPAAD725tzOUHOuTkGN7Q8mxAQk5PgUkRyBmVANCcnxKiByftuSILdLTAuTY33By1HH3FyJH9FpzxP1B5GjFPKBxZMbdWNghCXd9GpcDBOJuQnKI6Q8k4cbAQ0xTkkPMM8D8ATGjmpLgr5ehIqQFSf56GypCWpL077PA/gViRrUkFCHPComQgVaEYIs0UECEDDJchOi4B5GIkFuCh/FnBA6lbQwfV94RJ3MYb0tCRs8ByQhYa9XWcBGn+/o5Ady0IzkEDhLCTbj5a0+SPyC+VTtg/jqQ7FvPA/EHxIzqQIK/FwwVwV1I8jfYUBHclaR/XwD2LxAzqiuhCH5BSAQPtiIYW6TBAiL4RcNFsI77RRIRnD8oBp8XONR3N1wEF4qTETM9SMhoCJCMgLVWPYRxE27edF8PEcBNL5JD4ItCuAk3f71J8gfEt+oFzN/jJPvWUCD+gJhRj5Pgb4yhIvgJkvyNNVQEP0nSvy8B+xeIGfUkoQh+SUgED7MiGFukYQIi+GXDRbCO+2USERwTFINDBQ71/Q0XwcXiZMTMABIyegVIRsBaqwHCuAk3b7qvXxHAzUCSQ+DLQrgJe0JPkj8gvtVAYP6eI9m3hgPxB8SMeo4EfzMMFcEvkuRvpqEieAhJ/74K7F8gZtQQQhH8qpAIfs2KYGyRXhMQwa8bLoJ13K+TiOBSQTE4XOBQP8xwEVwuTkbMvExCRm8AyQhYa/WyMG7CzZvu6zcEcPMqySHwdSHchJu/11hMBGCvvArM3+sk+9YIIP6AmFGvk+BvkaEieBRJ/hYbKoJHk/TvSGD/AjGjRhOK4JFCIniUFcHYIo0SEMGjDRfBOu7RJCK4UlAMjhA41I8zXARXj5MRM+NJyGgMkIyAtVbjhXET9mEjmLcxAriZQHIIHC2Em3Dz9zZJ/oD4VhOA+XuHZN8aC8QfEDPqHRL8rTdUBE8iyd8GQ0XwZJL+HQfsXyBm1GRCETxOSASPtyIYW6TxAiL4TcNFsI77TRIRXDsoBscKHOqnGS6CE+JkxMx0EjJ6C0hGwFqr6cK4CTdvuq/fEsDN+ySHwDeFcBNu/maR5A+Ib/U+MH8fkOxbE4D4A2JGfUCCvz2GiuBPSPK311ARPJukf98G9i8QM2o2oQh+W0gEv2NFMLZI7wiI4HcNF8E67ndJRHCjoBicIHCon2O4CG4eJyNm5pKQ0XtAMgLWWs0Vxk24edN9/Z4AbhaQHALfFcJNuPlbSJI/IL7VAmD+FpHsWxOB+ANiRi0iwd9JQ0Xw5yT5O2WoCF5G0r+TgP0LxIxaRiiCJwmJ4MlWBGOLNFlABE8xXATruKeQiODWQTE4UeBQv8JwEdw+TkbMrCQho6lAMgLWWq0Uxk24edN9PVUAN6tJDoFThHATbv7WkOQPiG+1Gpi/tST71jQg/oCYUWtJ8Jd2m5kieD1J/tIB84cUwRtI+nc6sH+BmFEbCEXwdCERPMOKYGyRZgiI4JmGi2Ad90wSEdw5KAanCRzqNxougnvEyYiZTSRk9D6QjIC1VpuEcRNu3nRfvy+Am80kh8CZQrgJN39bSPIHxLfaDMzfVpJ9axYQf0DMqK0k+MtpqAjeSZK/mwwVwbtI+vcDYP8CMaN2EYrgD4RE8IdWBGOL9KGACP7IcBGs4/6IRAT3DorBWQKH+j2Gi+An42TEzF4SMvoYSEbAWqu9wrgJN2+6rz8WwM0BkkPgR0K4CTd/P7B8phDYKweA+TtIsm99AsQfEDPqIAn+Chgqgo+Q5O9eQ0XwTyT9OxvYv0DMqJ8IRfBsIRH8qRXB2CJ9KiCCPzNcBOu4PyMRwQOCYvATgUP9ccNF8PNxMmLmBAkZzQGSEbDW6oQwbsLNm+7rOQK4OUlyCPxMCDfh5u8USf6A+FYngfk7TbJvzQXiD4gZdZoEf6UNFcHnSPL3oKEi+DeS/p0H7F8gZtRvhCJ4npAInm9FMLZI8wVE8ALDRbCOewGJCB4SFINzBQ71FwwXwcPjZMTMRRIyWggkI2Ct1UVh3IT9BVbBvC0UwE2qvRyHwAVCuAk3f9Ek+QPiW7kxE27+Uu/l2LcWAfEHxIxKTYK/WoaK4PQk+attqAjOQNK/i4H9C8SMQubPLxG8WEgEL7EiGFukJQIieKnhIljHvZREBL8RFIOLBA71mfeaHffYOBkxcw0JGX0OJCNgrdU1wrgJN2+6rz8XwE1WkkPgUiHchJu/bCT5A+JbZQXm7zqSfWsZEH9AzKjrSPDXwlARnIMkfy0NFcE3kvTvF8D+BWJGIfPnlwj+QkgEL7ciGFuk5QIieIXhIljHvYJEBL8VFIPLBA71uQwXwRPjZMRMbhIyWgkkI2CtVW5h3IT9refBvK0UwM2tJIfAFUK4CTd/t5HkD4hvdSswf7eT7FurgPgDYkbdToK/7oaK4DtJ8tfDUBF8F0n/fgnsXyBmFDJ/fongL4VE8GorgrFFWi0ggtcYLoJ13GtIRPDUoBhcJXCov9twETwrTkbM3ENCRmuBZASstbpHGDdh/1M8wbytFcBNQZJD4Boh3ISbv0Ik+QPiWxUE5u8+kn1rHRB/QMyo+0jwN9BQEaxI8jfIUBFcmKR/vwL2LxAzCpk/v0TwV0Ii+GsrgrFF+lpABK83XATruNeTiOCPg2JwncChvqjhInhunIyYKUZCRhuAZASstSomjJuw/z3LYN42COCmJMkhcL0QbsLNXymS/AHxrUoC81eaZN/6Bog/IGZUaRL8jTBUBJclyd9IQ0VwOZL+/RbYv0DMKGT+/BLB3wqJ4I1WBGOLtFFABG8yXATruDeRiOCFQTH4jcChvqLhInhZnIyYqURCRt8ByQhYa1VJGDdh/zvQwbx9J4CbKiSHwE1CuAk3f1VJ8gfEt6oCzF81kn3reyD+gJhR1UjwN8VQEVyLJH9TDRXBtUn6dzOwf4GYUcj8+SWCNwuJ4C1WBGOLtEVABG81XATruLeSiOCVQTH4vcChvo7hInhdnIyYqUtCRtuAZASstaorjJtw86b7epsAbuqTHAK3CuEm3Pw1IMkfEN+qPjB/DUn2re1A/AExoxqS4G+eoSK4KUn+5hsqgpuR9O8OYP8CMaOQ+fNLBO8QEsE7rQjGFmmngAjeZbgI1nHvIhHBG4JicLvAob6F4SL4+zgZMdOShIx2A8kIWGvVUhg34eZN9/VuAdy0ITkE7hLCTbj5a0uSPyC+VRtg/hJJ9q0AEH9AzKhEEvytNVQEdyDJ3zpDRXBHkv7dA+xfIGYUMn9+ieA9QiJ4rxXB2CLtFRDB+wwXwTrufSQieFtQDAYEDvVdDBfBgTgZMdOVhIz2A8kIWGvVVRg34eZN9/V+Adx0JzkE7hPCTbj560GSPyC+VXdg/h4j2bcOAPEHxIx6jAR/Ow0VwY+zmICGiuA+JP37A7B/gZhRyPz5JYJ/EBLBB60IxhbpoIAI/tFwEazj/pFEBO8PisEDAof6JwwXwYfjZMTMkyRkdAhIRsBaqyeFcRNu3nRfHxLATX+SQ+CPQrgJN38DSPIHxLfqD8zfMyT71mEg/oCYUc+Q4O+4oSL4OZL8nTBUBD9P0r9HgP0LxIxC5s8vEXxESAT/ZEUwtkg/CYjgo4aLYB33URIRfCwoBg8LHOpfNFwEn4qTETNDSMjoGJCMgLVWQ4RxE27edF8fE8DNMJJD4FEh3ISbv5dJ8gfEtxoGzN8rJPvWcSD+gJhRr5DgL9V2M0Xw6yT5iwbmDymC3yDp3xPA/gViRiHz55cIPiEkgn+2IhhbpJ8FRPAvhotgHfcvJCL4bFAMHhc41I8yXARfjJMRM6NJyOgkkIyAtVajhXETbt50X58UwM04kkPgL0K4CTd/40nyB8S3GgfM35sk+9YpIP6AmFFvkuAvu6Ei+B2S/N1gqAh+l6R/TwP7F4gZhcyfXyL4tJAI/tWKYGyRfhUQwWcMF8E67jMkIjg6PirqlMChfpLhIjhDvIyYmUxCRmeBZASstZosjJtw86b7+qwAbqaRHALPCOEm3PxNJ8kfEN9qGjB/M0j2rXNA/AExo2aQ4C+foSL4A5L85TdUBH9I0r+/AfsXiBmFzJ9fIvg3IRF83opgbJHOC4jg3w0XwTru30lE8DVBMXhO4FD/ieEi+Pp4GTEzm4SMLgDJCFhrNVsYN+HmTff1BQHczCE5BP4uhJtw8zeXJH9AfKs5wPzNI9m3LgLxB8SMmkeCv+KGiuBFJPkrYagIXkzSv5eA/QvEjELmzy8RfElIBEc1+fOlFcFh3lMXSScUfd9UTcwWwTruVE3gNRJZ641BMXhR4FD/ueEi+JZ4GTGzjISMopvgcgmstVomjJtw86b7OroJ/r4rSA6BqYRwE27+VpLkD4hvtQKYv1Uk+1ZqIP6AmFGrSPBXzVARvJYkf9UNFcHrSPo3DbB/gZhRyPz5JYKBuQwRwWmtCMYWKa2ACE5nuAjWcacjEcF5gmIwtcChfr3hIjh/vIyY2UBCRumBZASstdogjJtw86b7Or0AbjaSHALTCeEm3PxtIskfEN9qIzB/35HsWxmA+ANiRn1Hgr+mhorgrST5a2aoCN5G0r8Zgf0LxIxC5s8vEZxRSARnsiIYW6RMAiI4s+EiWMedmUQE3xsUgxkEDvU7DRfBMfEyYmYXCRldAyQjYK3VLmHchJs33dfXCOBmD8khMLMQbsLN316S/AHxrfYA87ePZN/KAsQfEDNqHwn+uhgqgg+S5K+roSL4R5L+vRbYv0DMKGT+/BLB1wqJ4KxWBGOLlFVABGczXATruLORiODYoBjMInCoP2K4CC4VLyNmfiIho+uAZASstfpJGDfh5k339XUCuDlOcgjMJoSbsP/pDZL8AfGtjgPz9zPJvnU9EH9AzKifSfDX31ARfJokfwMMFcG/kvRvdmD/AjGjkPnzSwRnFxLBN1gRjC3SDQIiOIfhIljHnYNEBD8UFIPXCxzqzxkugivFy4iZ30jI6EYgGQFrrX4Txk24edN9faMAbi6QHAJzCOEm7C9MIskfEN/qAjB/l0j2rZxA/AExoy4J71sx4V2qapDvcgrsW6n3mR137XiZ/TrNPo5+uQnYL8BaqzSG4+ZQUPXdJIAbfV9U3Hpt6VyYORy898XgzyPOz5+cn/rKFYwltxOP/jvRzn8/7rxH/3nye28Ovr7F9d5/cv9bg++/7Qr3v9V1/9uDr/Ok8N6jzntvd96rBXje4Os7/uVa7gy+/64rrOVO11ryBV/nv8Ja8rnWcnfw9T0pvPeY8967nffqNRYIvr7X0YBobE7J8Ede0NhMb3hPfpDhj7yi485AspcXBO7lwForZP78MhCPgPfh5DUm17xQsFb3Bf93v8sHyuL8zBgVairqK53rdTnQugRMypi0rrVmdK05OZ5rnT9Pg/29RTK6chvlyndUCnmLcv3+4JYRdY3zul1iz/herTt3aFMjsW9KNUudwn2jXbGm9bzPXcfkP0vv/vsShxLQvf5yeCjkkNd9zs/7nZ9Zg/97IPg65jJkhjgQ6WaEP7JPcMB8QIDMrhEis2hw/MD6qGvABOTdnCXqX6iJTJ3Q67wPuE53XpWznxR2EWRO56d7s0/l+m/MpJnBFUfy5SaX5N+ZHHcykabFrqWw/l1pokKvKxFp8u/3EGm9xDY9Ent6iNQ7MY1OIVZ3jDq+9Nj4YpLXmnwlryn592SK+hM3GVzryIhdh0r+Xd51ZHStI4PrdfKfZXKtKfm/Zfas190L7r+bnNfMrphpDiM6EOUcOgo7P4sEf8Y2kVt/IQECzip88EAcuIoIxJ2N5OABrI/KRnDIvE+g1tkJMB4rEPcNJBgH1kfdYDjGT0T/4Vija53T8LgnBU8DBQXivonEDS0KdEOBtVbI/HlNmqLOuch7TtJXseDr4v9yUlIi+P6SV5iUlHDdv1Twdekmf9zXK8Qk8F2sifn7Tins041JsYVjY3Rfo+J2C7sHXUI7WSBcjUI7vSuO5MvtTmsRld35/1279eyQ1Ld2r86dOyR1SGxbu1vPRHfKUnoCOCUd6zaH06SQRjpzWGp9Dwo9FXu5nIbLMWX++5PGMZ57Kb8mW2WEHo1/yD4ajy3SQ03w9y1r+KPxOu6yPm8CMeFdITmNCfPyHp7Qwm9P8IatG+HuNzPYzW0aydYrzHsr739w57ecg7XyLsyldeEk+b16Q7sU9VcMpXK9jnbeE32F96S6zH0udxgR27SSg9MJWOwKtnyTUHvfvSDU7y4H3IQqXOFeJYontk4qHlukVUxsUuvgfYolJRZpVbikSipRJHj7IrGqdavEmLaxrYsXiy1WIqm4b8+WVBBi4IqWgbFFqijAwJUMZ2AddyWfPpwWbvzlnbWi73uzTxZXzL+8vOtEYqky0C67GWxx6U1Mr6+8c0805pNPRWgc3Wq4RZx8ekPHfZuZFvFfJDfyIFIeeK/bDd1/PJcC4lsBMaOk8ofuk4cJ7aOHhQ6vVezhFVukKgKH16qGH1513FVJvllB+90Sa/Vr/lY+jI0gKfTyze6p5uS7+j+weyqkkDuv3VMh6u/tnpTu87d2j+kP40U7yUzlSlx11wk9+UKfOIBxqOrAzawGrhmSkvNZQ1Dx6DyWF1DOd5r14NdfTkk67moCcd9F8MBbdYG48xmqVLwEg9w33BgPN3/5SZQeEN8KiBkllb9ocJ9UA3JNTaBTp+8hwS01Df9qBIm4tYv4aEN83AUJXMTuAnEXInnQtBawH4G1VoUMx43ulwECuHmAoF+eEYg7hqRfagP7BVhrFUPQL8MFcFOEoF9eFYg7lqRf4oD9Aqy1iiXol7cFcFOcoF/eEYi7BEm/xAP7BVhrVYKgXz4UwE1pgn75SCDuB0n6pQ6wX4C1Vg8S9MtSAdyUJeiXzwXiLkfSL3WB/QKstSpH0C8bBHBTkaBfvhGIuxJJv9QD9guw1qoSQb8EBHBThaBf9gjEXZWkXxKA/QKstapK0C8nBHBTg6BffhaIuyZJv9QH9guw1qomQb9ECTz9H0fQL6kE4o4n6ZcGwH4B1lrFE/RLNgHc1CPol+sE4k4g6ZeGwH4B1lolEPRLHgHcNCTol7wCcTci6ZdGwH4B1lo1IuiXGAHcNCXoFyUQdzOSfmkM7BdgrVUzgn4pJ4CbFgT9Ul4g7pYk/dIE2C/AWquWBP0SL4CbNgT9Ukcg7rYk/dIU2C/AWqu2BP3SUgA37Qj6pZVA3O1J+qUZsF+AtVbI/OkPPV8MFjibcz/9GQb9XLZ+1lQ/P6efCdLPOejZrZ5HaY9d+4baC9H6Tp9ZNQ/rvaVZk6iQC42bR5rI4Aa9zuZA3Oj6XEr15+fQdA6aC+e5BfAzan59G0kLoW8jaWm/jQRbpJYC30bSyvBvI9FxtyL6NhKJtdovtP3jikrhQq3Znd/WTg3b/INvOMnr+nuX+4aTvFF//w0nKd3nqviGE53MPK7EtWny153X5G84aQPcINs2wee37T/IZ7jrTgSeygz9vjuxbwxpLfAp/k4EcbcRiLuz4apfx50oEHcXkm84AeJSAWutpPKHrnMSoXpMElKP7ax6xBapnYB6bG+4etRxtydSj+2teqRXjx2cGna06vG/X8mJ6uBRjx3J1GNH4AbZSUA9dvJBPXa26vE/q6gOAmqiO0HcHQXi7kGgHjsLxP0YiXoE4lIBa62Q+fvfv4GWgixD1weNzY5NzF9jF6EZN7whuwIJkRVQXQkA1Q29RvQCtbfcTYAxHidhjC7A0/WjwKZ8nOCk8ajEybIJlikvEm5s3Qk2th5STBkNBpRbiod9DCb4ym+JpuzZxPzNqJhA3H0N34R1Ez4mEHc/kkeEewH7EVhr1W8fDYn936AKjc2eBCTWS/p0Hi7ATwQ3tlICDf6U4Q2emJQU07ptGzUpAy7m3sDNApk/v6bsvcHef/L1uJ2yY4v0uMCUvY/hU3Yddx+hKXvyhVYWyJz2bSLXFKB8JsUWjo1Bbsj9mphLaBIfYuwp8GG+/gQfYuwlEPcAEoXyBLCvgbVWAwj6ZZAAbgYS9MtzAnEPIumXJ4H9Aqy1GkTQL28I4OYFgn4ZIRD3YJJ+eQrYL8Baq8EE/TJRADdDCfplkkDcL5H0y9PAfgHWWr1E0C+zBXDzCkG/fCoQ93CSfukP7BdgrdVwgn5ZLoCb1wn6ZYVA3G+Q9MsAYL8Aa63eIOiXTQK4GUXQL98JxD2apF+eAfYLsNZqNEG/7BfAzTiCfjkgEPd4kn55FtgvwFqr8QT9ckoANxMI+uW0QNxvk/TLQGC/AGut3ibolzSN8bh5j6Bf0grEPZGkXwYB+wVYazWRoF9uEMDNFIJ+ySEQ91SSfnkO2C/AWqupBP1ylwBuZhD0Sz6BuGeS9MvzwH4B1lrNJOiXWAHcfEDQL0UF4v6QpF9eAPYLsNbqQ4J+qSSAm08I+qWyQNyzSfplMLBfgLVWswn6JUEAN3MI+qW+QNxzSfrlRWC/AGut5hL0S1sB3Cwg6JdEgbgXkvTLEGC/AGutkPn73zdNRv/5jxLpzzDo57L1s6b6+Tn9TJB+zkHPbvU8Snvs2jfUXojWd/rMqnlY7y1DhP+xnKFCX0MBfz4S/I8SpYr+8/NsOgcvCed5GOHXSg8T+sDry/YDr9givSzwgddXDP/Aq477FaKvlZZYq/1a6T+uqBQu1Jrd+R3u1PBV+7XS//1KTtRwz9dKv0r2tdKvAjfI1wS+Vvo1H75W+nX7tdL/+TvVhgt8Lc0SgrhfFYh7KcGXPb4uEPfnJF8SCsSlAtZaSeUP/ukNQvX4hpB6HGHVI7ZIIwTU40jD1aOOeySRehxp1SO9ehzl1HC0VY///UpO1CiPehxNph5HAzfIMQLqcYwP6nGsVY//WUWNElATKwjiHi0Q90oC9ThWIO5VJOoRiEsFrLVC5k+Tfir3aQGbQ7FvgB5N8C3V46T+qQX4h2jB/ygRI6DGEwDqTdP/USLtLb8pwBhrSRhjHPB0/RawKdcSnDTeEsDNBPA/ShRFuLFNINjY3jZ9Y9Nf891PAKBfmb+x/e/rw5Ffmf4OcGOTyl80uM7If8zqXYJ/zEpiM3+P4B+zekcg7vWGk7fevN8ViHsDyaPlE4H9CKy12rCP5vAj9o9ZvUdw+JnYRAbn8Iac9G8OAcWveC/l19MAk4SeBphsnwbAFmmywNMAUwx/GkDHPUXoaYDkSzKnMWFefjwJ0Kgh9kmApMb4nB6OFmKAf7tOdeU/dtdqqoPbaf/gqYJ+UX/Fo/epgn5Rf/9UQUr3+dunCv51Ev4mRcnBTW3y5wKjnUT08SwO9TuTgYxm9I0En1pNEvjU6iYSP/nwv7EN/ubENRVIht+RSLNpQGnm7pVw1/U9Cf6AfaKAmFFS+UPvM9MJFdN0IcU0wyombJFmCCimmYYrJh33TKLnpyXW+neqKdy6eVVT2F9xKKSa/hW5/42yiUrhQt3bXav3HTzMMl01MTyL/b5Hgemk9o0KvUx+FnsWcLP94F+xdtIVr+R8fvAP8hn29zkCc7Dp/9cJ/R9sLv/6ZPk3p0GNw/cFhm7bCZ7FniUQ9w6CJ6Q+FIh7J4kSBeJSAWutdhLgRmKfQPK5GzfodX7UhGOdH4O/Zyw6+s+Dnc7Bx02ioiTX/wnhJ8U/EXI6ZlunA1uk2QJOx6eGOx067k/JZsOfCs6GhTDr26ewP3NqOcf0T2Gjk5Ac3GeeT07PaRL1lwttZX0GbPI5JCeJuYRMPFeIiedZJsYWaZ4AE883nIl13PPJmHi+ZWL3FcLEC5xaLoxUJl7gYeKFPjDxAmCTLwR/qi86BXSj7h/lKTqqlgubmL/GRSwPti8Gf/6dEVCLCQC1xPSPiWq9sUTAbd1D4tIvAu7yS4FNicyfbvCLKYgidH3Q2FxK0OCfSzEGemy9DAjOgsBxVCGSByO/IDQpvhAyKZZbkwJbpOUCJsUKw00KHfcKMpNiBZ9JoSTv7V7/SqeWqyLVpFjpMSlW+WBSrAQ2+aomMqBDM/GXhEz8pRATr7ZMjC3SagEmXmM4E+u415Ax8RrLxCH3dq9/rVPLdZHKxGs9TLzOByZeC2zyddbdVcAciK3xK5ZxwdcWUOprAkCtN31coPXGeoFxwT6SccFXwF1+A7Ap99lxgdpA0ODfsIwLvgWC8wHguCCGZFywkdCk2ChkUmyyJgW2SJsETIrvDDcpdNzfkZkU3/GZFIUF7x1iUnzv1HJzpJoU33tMis0+mBTfA5t8cxMZ0KGZeAshE28RYuKtlomxRdoqwMTbDGdiHfc2MibeZpnYfYUw8XanljsilYm3e5h4hw9MvB3Y5DuATMzq7gJzILbGnSzjgl12XKB2EQBqt+njAq03dguMCw6QjAt2Anf5ALApD9hxgQoQNPgelnHBXiA4iwDHBbEk44J9hCbFPiGTYr81KbBF2i9gUhww3KTQcR8gMykO8JkURQTvHWJS/ODU8mCkmhQ/eEyKgz6YFD8Am/xgExnQoZn4R0Im/lGIiQ9ZJsYW6ZAAEx82nIl13IfJmPiwZWL3FcLER5xa/hSpTHzEw8Q/+cDER4BN/hOQiVndXWAOxNZ4lGVccMyOC9QxAkAdN31coPXGcYFxwUGSccFR4C5/AtiUB+24QJ0gaPCfWcYFvwDBWRw4LihBMi44SWhSnBQyKU5ZkwJbpFMCJsVpw00KHfdpMpPiNJ9JESt47xCT4lenlmci1aT41WNSnPHBpPgV2ORnmsiADs3EZwmZ+KwQE5+zTIwt0jkBJv7NcCbWcf9GxsS/WSZ2XyFMfN6p5e+RysTnPUz8uw9MfB7Y5L8DmZjV3QXmQGyNF1jGBRftuEBdJADUJdPHBVpvXBIYFxwiGRdcQB7lmuLWdciOCxQwn2JrTNVUBufwcUE0EJylgeOCB0nGBamb8pkUqYHgdK83TVPXa+enNSn+4z11kXRC0fdNCwSsVNxpm8JrJGpSpAU2lE8mRVHBe4eYFOmcWqZ31TSiTAqdgDyuYN2J8C4o+XeH25jpgE2evqkM6NBMnIGQiTMIMXFGy8TYImUUYOJMhjOxjjsTGRNnskzsvkKYOLNTy2silYkze5j4Gh+YODOwya8BMjGruwvMgdgas0iZP+gj07VA84cVUNcSACoreo3oBWq9kbUpHqBHSMYFWYC7fDZgUx6x4wKVjaDBr2MZF1wPBGdZ4LigHMm4IDuhSZFdyKS4wZoU2CLdIGBS5DDcpNBx5yAzKXLwmRTFBO8dYlLc6NQyZ6SaFDd6TIqcPpgUNwKbPGdTGdChmfgmQia+SYiJc1kmxhYplwAT5zaciXXcucmYOLdlYvcVwsQ3O7W8JVKZ+GYPE9/iAxPfDGzyW4BMzOruAnMgtsZbWcYFt9lxgbqNAFC3mz4u0HrjdoFxwVGSccGtwF0+D7Apj9pxgcpD0OB5WcYFdwDBWRE4LqhEMi64k9CkuFPIpLjLmhTYIt0lYFLkM9yk0HHnIzMp8vGZFMUF7x1iUuR3anl3pJoU+T0mxd0+mBT5gU1+d1MZ0KGZ+B5CJr5HiIkLWCbGFqmAABPfazgT67jvJWPiey0Tu68QJi7o1LJQpDJxQQ8TF/KBiQsCm7wQkIlZ3V1gDsTWeB/LuOB+Oy5Q9xMA6gHTxwVabzwgMC44TjIuuA+4y8cAm/K4HReoGIIGVyzjgsJAcFYBjguqkowLihCaFEWETIpYa1JgixQrYFIUNdyk0HEXJTMpivKZFCUE7x1iUhRzalk8Uk2KYh6TorgPJkUxYJMXbyoDOjQTlyBk4hJCTFzSMjG2SCUFmLiU4Uys4y5FxsSlLBO7rxAmLu3U8sFIZeLSHiZ+0AcmLg1s8geBTMzq7gJzILbGMizjgofsuEA9RACosqaPC7TeKCswLviZZFxQBrjLlwM25c92XKDKETR4eZZxQQUgOGsAxwU1ScYFFQlNiopCJkUla1Jgi1RJwKSobLhJoeOuTGZSVOYzKUoK3jvEpHjYqWWVSDUpHvaYFFV8MCkeBjZ5laYyoEMzcVVCJq4qxMTVLBNji1RNgImrG87EOu7qZExc3TKx+wph4hpOLWtGKhPX8DBxTR+YuAawyWsCmZjV3QXmQGyNtVjGBbXtuEDVJgBUnOnjAq034gTGBSdJxgW1gLt8PLApT9pxgYonaPA6LOOCukBwxgHHBfEk44J6hCZFPSGTIsGaFNgiJQiYFPUNNyl03PXJTIr6fCZFK8F7h5gUDZxaNoxUk6KBx6Ro6INJ0QDY5A2byoAOzcSNCJm4kRATN7ZMjC1SYwEmbmI4E+u4m5AxcRPLxO4rhImbOrVsFqlM3NTDxM18YOKmwCZvBmRiVncXmAOxNT7CMi5obscFqjkBoFqYPi7QeqOFwLjgNMm44BHgLt8S2JSn7bhAtSRo8FYs44LWQHDWA44LEkjGBW0ITYo2QiZFW2tSYIvUVsCkSDTcpNBxJ5KZFIl8JkVrwXuHmBRJTi3bRapJkeQxKdr5YFIkAZu8XVMZ0KGZuD0hE7cXYuIOlomxReogwMQdDWdiHXdHMibuaJnYfYUwcSenlp0jlYk7eZi4sw9M3AnY5J2BTMzq7gJzILbGLizjgq52XKC6EgCqm+njAq03ugmMC86QjAu6AHf5R4FNecaOC9SjBA3enWVc0AMIzobAcUEjknHBY4QmxWNCJkVPa1Jgi9RTwKToZbhJoePuRWZS9OIzKdoI3jvEpOjt1PLxSDUpentMisd9MCl6A5v88aYyoEMzcR9CJu4jxMR9LRNji9RXgIn7Gc7EOu5+ZEzczzKx+wph4iecWj4ZqUz8hIeJn/SBiZ8ANvmTQCZmdXeBORBb41Ms44Kn7bhAPU0AqP6mjwu03ugvMC44RzIueAq4yw8ANuU5Oy5QAwga/BmWccGzQHA2BY4LmpGMCwYSmhQDhUyKQdakwBZpkIBJ8ZzhJoWO+zkyk+I5PpOireC9Q0yK551avhCpJsXzHpPiBR9MiueBTf5CUxnQoZl4MCETDxZi4hctE2OL9KIAEw8xnIl13EPImHiIZWL3FcLEQ51avhSpTDzUw8Qv+cDEQ4FN/hKQiVndXWAOxNY4jGVc8LIdF6iXCQD1iunjAq03XhEYF5wnGRcMA+7yw4FNed6OC9RwggZ/lWVc8BoQnC2A44KWJOOC1wlNiteFTIo3rEmBLdIbAibFCMNNCh33CDKTYgSfSZEoeO8Qk2KkU8tRkWpSjPSYFKN8MClGApt8VFMZ0KGZeDQhE48WYuIxlomxRRojwMRjDWdiHfdYMiYea5nYfYUw8TinluMjlYnHeZh4vA9MPA7Y5OOBTMzq7gJzILbGN1nGBW/ZcYF6iwBQE0wfF2i9MUFgXHCBZFzwJnCXfxvYlBfsuEC9TdDg77CMC94FgrMNcFzQlmRc8B6hSfGekEkx0ZoU2CJNFDApJhluUui4J5GZFJP4TIokwXuHmBSTnVpOiVSTYrLHpJjig0kxGdjkU5rKgA7NxFMJmXiqEBNPs0yMLdI0ASaebjgT67inkzHxdMvE7iuEiWc4tZwZqUw8w8PEM31g4hnAJp8JZGJWdxeYA7E1vs8yLphlxwVqFgGgPjB9XKD1xgcC44JLJOOC94G7/IfAprxkxwXqQ4IG/4hlXPAxEJztgOOC9j5tFOHm7xNg/m4F5u824L0k8zf76s+f6Ljq06Yc6/wMWGetcVNH/yntdA4+80g/9PrnEJqRc4TMyLnWjMQWaa6AGTnPcDNSxz2PzIycx2dGxgjeO8SMnO/UckGkmpHzPWbkAh/MyPnAJl9AcpJYSMjEC4WYeJFlYmyRFgkw8WLDmVjHvZiMiRdbJnZfIUy8xKnl0khl4iUeJl7qAxMvATb5UiC4dZFTE05xljY1f42fs4wFl4HHgoyAWkYAqC9MHwtqvfGFwFgw1X6OseDnwF1+ObApkfn7n44gbPDlBA2+gmUsuBIIzv7AscwAkrHMKkKTYpWQSfGlNSmwRfpSwKRYbbhJoeNeTWZSrOYzKZTkvd3rX+PUcm2kmhRrPCbFWh9MijXAJl/bVAZ0aCZeR8jE64SY+CvLxNgifSXAxF8bzsQ67q/JmPhry8Qh93avf71Tyw2RysTrPUy8wQcmXg9s8g3W3VXAHIit8RuWccG3FlDqWwJAbTR9XKD1xkaBcUFqknHBN8BdfhOwKVPbcYHaRNDg37GMC74HgnMgcFwwiGRcsJnQpNgsZFJssSYFtkhbBEyKrYabFDrurWQmxVY+k6Kw4L1DTIptTi23R6pJsc1jUmz3waTYBmzy7U1lQIdm4h2ETLxDiIl3WibGFmmnABPvMpyJddy7yJh4l2Vi9xXCxLudWgYilYl3e5g44AMT7wY2eQDIxKzuLjAHYmvcwzIu2GvHBWovAaD2mT4u0Hpjn8C4IC3JuGAPcJffj/y+FTsuUPsJGvwAy7jgByA4XwCOCwaTjAsOEpoUB4VMih+tSYEt0o8CJsUhw00KHfchMpPiEJ9JUUTw3iEmxWGnlkci1aQ47DEpjvhgUhwGNvmRpjKgQzPxT4RM/JMQEx+1TIwt0lEBJj5mOBPruI+RMfExy8TuK4SJjzu1PBGpTHzcw8QnfGDi48AmPwFkYlZ3F5gDsTX+zDIu+MWOC9QvBIA6afq4QOuNkwLjgvQk44Kfgbv8KWBTprfjAnWKoMFPs4wLfgWCcyhwXPASybjgDKFJcUbIpDhrTQpskc4KmBTnDDcpdNznyEyKc3wmRazgvUNMit+cWp6PVJPiN49Jcd4Hk+I3YJOfbyoDOjQT/07IxL8LMfEFy8TYIl0QYOKLhjOxjvsiGRNftEzsvkKY+FJyLZv9+d8iiokveZjYnQjvgpJ/d9j/KC+yyZvhQMfq7gJzILbGVAJrTHGh4QIqGrdQ2nFBNAGgUqPXiF6g1ht6kWiAZiQZF7g7PtyY0wCbMqMdF6g0BA2eVoox0OOCdEBwvgIcFwwnGRekB24UfpkU6YHgdK83g+v4bU2KMO+pi5ShGf6+GYGAlYo7YzN4jURNiozAhvLJpCgqeO8QkyKTU8vMkWpS6ATkcQWb2QeTIhOwyTM3kwEdmomvIWTia4SYOItlYmyRsggw8bWGM7GO+1oyJr7WMrH7CmHirE4ts0UqE2f1MHE2H5g4K7DJswGZmNXdBeZAbI3XsYwLrrfjAnU9AaCymz4u0Hoju8C4IDPJuOA64C5/A7ApM9txgbqBoMFzsIwLbgSC83XguOANknFBTkKTIqeQSXGTNSmwRbpJwKTIZbhJoePORWZS5OIzKYoJ3jvEpMjt1PLmSDUpcntMipt9MClyA5v85mYyoEMz8S2ETHyLEBPfapkYW6RbBZj4NsOZWMd9GxkT32aZ2H2FMPHtTi3zRCoT3+5h4jw+MPHtwCbPA2RiVncXmAOxNeZlGRfcYccF6g4CQN1p+rhA6407BcYFWUjGBXmBu/xdwKbMYscF6i6CBs/HMi7IDwTnKOC4YDTJuOBuQpPibiGT4h5rUmCLdI+ASVHAcJNCx12AzKQowGdSFBe8d4hJca9Ty4KRalLc6zEpCvpgUtwLbPKCzWRAh2biQoRMXEiIie+zTIwt0n0CTHy/4Uys476fjInvt0zsvkKY+AGnljGRysQPeJg4xgcmfgDY5DFAJmZ1d4E5EFujYhkXFLbjAlWYAFBFTB8XaL1RRGBckJVkXKCAu3wssCmz2nGBiiVo8KIs44JiQHCOA44LxpOMC4oTmhTFhUyKEtakwBaphIBJUdJwk0LHXZLMpCjJZ1KUELx3iElRyqll6Ug1KUp5TIrSPpgUpYBNXrqZDOjQTPwgIRM/KMTEZSwTY4tURoCJHzKciXXcD5Ex8UOWid1XCBOXdWpZLlKZuKyHicv5wMRlgU1eDsjErO4uMAdiayzPMi6oYMcFqgIBoCqaPi7QeqOiwLjgOpJxQXngLl8J2JTX2XGBqkTQ4JVZxgUPA8E5ATgueJtkXFCF0KSoImRSVLUmBbZIVQVMimqGmxQ67mpkJkU1PpOipOC9Q0yK6k4ta0SqSVHdY1LU8MGkqA5s8hrNZECHZuKahExcU4iJa1kmxhaplgAT1zaciXXctcmYuLZlYvcVwsRxTi3jI5WJ4zxMHO8DE8cBmzweyMSs7i4wB2JrrMMyLqhrxwWqLgGg6pk+LtB6o57AuCA7ybigDnCXTwA2ZXY7LlAJBA1en2Vc0AAIzveA44KJJOOChoQmRUMhk6KRNSmwRWokYFI0Ntyk0HE3JjMpGvOZFK0E7x1iUjRxatk0Uk2KJh6ToqkPJkUTYJM3bSYDOjQTNyNk4mZCTPyIZWJskR4RYOLmhjOxjrs5GRM3t0zsvkKYuIVTy5aRysQtPEzc0gcmbgFs8pZAJmZ1d4E5EFtjK5ZxQWs7LlCtCQDVxvRxgdYbbQTGBTlIxgWtgLt8W2BT5rDjAtWWoMETWcYFSUBwTgGOC6aSjAvaEZoU7YRMivbWpMAWqb2ASdHBcJNCx92BzKTowGdStBa8d4hJ0dGpZadINSk6ekyKTj6YFB2BTd6pmQzo0EzcmZCJOwsxcRfLxNgidRFg4q6GM7GOuysZE3e1TOy+Qpi4m1PLRyOVibt5mPhRH5i4G7DJHwUyMau7C8yB2Bq7s4wLethxgepBAKjHTB8XaL3xmMC4ICfJuKA7cJfvCWzKnHZcoHoSNHgvlnFBbyA4ZwDHBTNJxgWPE5oUjwuZFH2sSYEtUh8Bk6Kv4SaFjrsvmUnRl8+kaCN47xCTop9Tyyci1aTo5zEpnvDBpOgHbPInmsmADs3ETxIy8ZNCTPyUZWJskZ4SYOKnDWdiHffTZEz8tGVi9xXCxP2dWg6IVCbu72HiAT4wcX9gkw8AMjGruwvMgdgan2EZFzxrxwXqWQJADTR9XKD1xkCBcUEuknHBM8BdfhCwKXPZcYEaRNDgz7GMC54HgvMD4LjgQ5JxwQuEJsULQibFYGtSYIs0WMCkeNFwk0LH/SKZSfEin0nRVvDeISbFEKeWQyPVpBjiMSmG+mBSDAE2+dBmMqBDM/FLhEz8khATD7NMjC3SMAEmftlwJtZxv0zGxC9bJnZfIUz8ilPL4ZHKxK94mHi4D0z8CrDJhwOZmNXdBeZAbI2vsowLXrPjAvUaAaBeN31coPXG6wLjgptJxgWvAnf5N4BNebMdF6g3CBp8BMu4YCQQnJ8AxwWzScYFowhNilFCJsVoa1JgizRawKQYY7hJoeMeQ2ZSjOEzKRIF7x1iUox1ajkuUk2KsR6TYpwPJsVYYJOPayYDOjQTjydk4vFCTPymZWJskd4UYOK3DGdiHfdbZEz8lmVi9xXCxBOcWr4dqUw8wcPEb/vAxBOATf42kIlZ3V1gDsTW+A7LuOBdOy5Q7xIA6j3TxwVab7wnMC74f+x9CbxN1fv+dc2zUFTKUNGg3MU1z40irqIi07nXvRchESGJIioqzUWlUlGmSgMZi6IQGihDxjLPioz/s772/dl7d7+k/bz7v57vWfvz+X6cb53WXe/7Pu961vO85x4XkYwL3gSe8m8Dm/IiOy5QbxM0+Dss44J3geD8DDgumEoyLhhLaFKMFTIpxlmTAlukcQImxXuGmxQ67vfITIr3+EyKdMG1PSbF+04tx8eqSfG+z6QYH4JJ8T6wyce3lgEdmoknEDLxBCEmnmiZGFukiQJMPMlwJtZxTyJj4kmWid2Ph4knO7X8IFaZeLKPiT8IgYknA5v8AyATs7q7wByI7fFDlnHBR3ZcoD4iANQU08cFWm9MERgXlCQZF3wIPOU/BjZlSTsuUB8TNPgnLOOCT4HgnA4cF8zYGM5BETR/nwHz9wMwfz8C86ebI4crd/uih8bx6J/7nT8POH/qZ2o0H9Mc4tD/Tcb5ctB5j/73Ge/9PPp6uuu9/2T9GdH3zzzN+jNc68+Kvp6dyXv/cN47y3mvPgjnRF9/cZZ7+TL6/rmn2cuXrr3Mi77+6jR7mefay9fR1/Mzee+fznu/dt6r97gg+vobR/agD7GieU/mBX0JKA2+BKDjLpH3ZF7RcZfZxHGmfQs804C1VmUMx82h+JNnGho3lxked+Fov3wrEHdZErHQ+hfcWu5aB81fOZL8tQXmrywwf5eTnNcLgec1EDMKmb+wBnjAXHoGeIvsAA9bpEUCA7zFhg/wdNyLhQd46MO9g6HkeDUJOXY0lByvISHH74DkCMSMuoaQHL8TIscllhyxRVoiQI5LDSdHHfdSIXJE7/XcpJNEjlbMy1rHZtxK2CEJuj+Ny2UCcVckucQsBZKwAl5iKpFcYr4H5g+IGVWJBH+9DBUhVUnyd7+hIqQaSf/+AOxfIGZUNUIR8oOQCPnRihBskX4UECE/GS5CdNw/kYiQEtHL+PcCl9Kaho8ryyTJXMZrkZDRciAZAWutahku4nRfLxfATV2SS+BPQrgJmr96JPkD4lvVBeavPsm5tQKIPyBmVH0S/A01VATfQJK/xwwVwTeS9O/PwP4FYkbdSCiCfxYSwb9YEYwt0i8CInil4SJYx72SRASXjYrBFQKX+psNF8Hlk2TETEMSMloFJCNgrVVDw0Ww7utVArhpTHIJXCmEm6D5a0KSPyC+VWNg/pJIzq3VQPwBMaOSSPD3iqEiuBlJ/kYaKoKbk/TvGmD/AjGjmhOK4DVCIvhXK4KxRfpVQASvNVwE67jXkojghKgYXC1wqb/TcBFcJUlGzLQgIaN1QDIC1lq1MFwE675eJ4CbViSXwLVCuAmav9Yk+QPiW7UC5q8Nybm1Hog/IGZUGxL8jTdUBCeT5G+CoSI4haR/NwD7F4gZlUIogjcIieCNVgRji7RRQARvMlwE67g3kYjgGlExuF7gUp9muAiulyQjZtJJyOg3IBkBa63SDRfBuq9/E8BNJ5JL4CYh3ATN390k+QPiW3UC5q8zybn1OxB/QMyoziT4m2moCO5Gkr9Zhorge0n6dzOwf4GYUfcSiuDNQiJ4ixXB2CJtERDBWw0XwTrurSQi+PqoGPxd4FJ/n+EiuGGSjJjpSUJG24BkBKy16mm4CNZ9vU0AN71JLoFbhXATNH99SPIHxLfqDcxfX5JzazsQf0DMqL4k+FtiqAjuz/LFdoaK4IdI+ncHsH+BmFEPEYrgHUIieKcVwdgi7RQQwbsMF8E67l0kIrhJVAxuF7jUP2y4CG6eJCNmHiEho91AMgLWWj1iuAjWfb1bADePklwCdwnhJmj+hpDkD4hv9Sgwf0NJzq09QPwBMaOGkuBvvaEieBhJ/jYYKoKHk/TvXmD/AjGjhhOK4L1CInifFcHYIu0TEMH7DRfBOu79JCK4RVQM7hG41D9tuAhumyQjZkaQkNEBIBkBa61GGC6CdV8fEMDNcySXwP1CuAmav+dJ8gfEt3oOmL8XSM6tP4D4A2JGvcDSv4aK4FdI8nfAUBE8kqR//wT2LxAzaiShCP5TSAQftCIYW6SDAiL4kOEiWMd9iEQEp0TF4B8Cl/rXDBfBHZNkxMzrJGT0F5CMgLVWrxsugnVf/yWAmzdJLoGHhHATNH9vkeQPiG/1JjB/Y0jOrcNA/AExo8aQ4C/7SjNF8FiS/OUA5g8pgseR9O8RYP8CMaPGEYrgI0Ii+KgVwdgiHRUQwccMF8E67mMkIrhLVAweFrjUjzdcBPdIkhEzE0jI6DiQjIC1VhMMF8G6r48L4GYyySXwmBBugubvA5ZvlwX2ymRg/j4kObdOAPEHxIz6kAR/xQwVwZ+Q5K+4oSL4U5L+jWuDyx8QM+pTQhEMzKVHBGdpc+q1FcFB12xzMqHodePbmC2CddzxbeA1Etnr/VExeELgUj/NcBH8YJKMmPmchIyyAskIWGv1ueEiWPd11jb4dWeSXALjhXATNH+zSPIHxLeaCczfbJJzKxsQf0DMqNkk+LvCUBE8lyR/VxoqgueR9G92YP8CMaPmEYrg7EIiOIcVwdgi5RAQwTkNF8E67pwkInhgVAxmE7jUzzdcBA9JkhEzC0jIKBeQjIC1VgsMF8G6r3MJ4GYhySUwpxBuguZvEUn+gPhWC4H5W0xybuUG4g+IGbWYBH81DRXBy0jyV8tQEfw9Sf/mAfYvEDPqe0IRnEdIBOe1IhhbpLwCIjif4SJYx52PRAQ/ERWDuQUu9T8ZLoJHJMmImeUkZJQfSEbAWqvlhotg3df5BXDzC8klMJ8QboLmbyVJ/oD4Vr8A87eK5NwqAMQfEDNqFQn+GhsqgteS5K+JoSJ4HUn/FgT2LxAzah2hCC4oJIILWRGMLVIhARF8juEiWMd9DokIfj4qBgsIXOo3Gi6CRybJiJlNJGRUGEhGwFqrTYaLYN3XhQVws5nkEniOEG6C5m8LSf6A+FabgfnbSnJuFQHiD4gZtZUEf+0MFcE7SfIXMVQE7yLp36LA/gViRu0iFMFFhUTwuVYEY4t0roAIPs9wEazjPo9EBL8eFYNFBC71ew0XwW8nyYiZfSRkVAxIRsBaq32Gi2Dd18UEcPMHySXwPCHcBP6rN0jyB8S3+gOYv4Mk51ZxIP6AmFEHSfDX3VARfIQkfz0MFcFHSfr3fGD/AjGjjhKK4POFRPAFVgRji3SBgAi+0HARrOO+kEQEj4uKweICl/oThovgSUkyYibuNw4yKgEkI2CtFTp/6Prqvi4hgJusIeEmIdjjOXsTgj0e3AT+wiSS/AHxrdyYCfyFNSTn1kVA/AExo7KT4G+QoSI4N0n+BhsqgvOQ9O/FwP4FYkYh8xeWCL5YSASXtCIYW6SSAiK4lOEiWMddikQEfxQVgxcJXOrz/2Z23FOTZMRMARIyKg0kI2CtVQHDRbDu69ICuDmH5BJYSgg3gT/eT5I/IL7VOcD8FSE5t8oA8QfEjCpCgr8XDBXBxUjy96KhIrg4Sf9eAuxfIGZUcUIRfImQCL7UimBskS4VEMGXGS6CddyXkYjgGVExWEbgUn+h4SL4yyQZMVOChIzKAskIWGtVwnARrPu6rABuSpJcAi8Twk1gc4Ikf0B8q5LA/JUmObfKAfEHxIwqTYK/sYaK4MtI8jfOUBFclqR/Lwf2LxAzqiyhCL5cSARfYUUwtkhXCIjgKw0XwTruK0lE8NdRMVhO4FJ/heEieFGSjJi5koSMrgKSEbDW6krDRbDu66sEcHM1ySXwSiHcBM3fNSz5A/bK1cD8VSA5t8oD8QfEjKpAgr9phorgSiT5+9xQEZxI0r9XA/sXiBmVSCiCrxYSwddYEYwt0jUCIriC4SJYx12BRAQvjYrB8gKX+qqGi+DlSTJiphoJGSUAyQhYa1XNcBGs+zpBADc1SS6BFYRwEzR/tUjyB8S3qgnMX22Sc0sB8QfEjKpNgr+Fhorg+iT5W2SoCL6WpH8rAvsXiBl1LaEIrigkgitZEYwtUiUBEZxouAjWcSeSiOCVUTGoBC71NxgugtclyYiZG0nIqDKQjIC1VjcaLoJ1X1cWwM3NJJfARCHcBM1fQ5L8AfGtbgbmrxHJuVUFiD8gZlQjEvytMVQEJ5Hk71dDRXBTkv6tCuxfIGZUU0IRXFVIBFezIhhbpGoCIri64SJYx12dRARviorBKgKX+maGi+BtSTJipjkJGdUAkhGw1qq54SJY93UNAdzcSXIJrC6Em6D5a0GSPyC+1Z3A/LUkObdqAvEHxIxqSYK/3YaK4DYk+dtjqAhuS9K/tYD9C8SMaksogmsJieDaVgRji1RbQATXMVwE67jrkIjgXVExWFPgUp9suAg+kCQjZlJIyKgukIyAtVYphotg3dd1BXCTRnIJrCOEm6D5SyfJHxDfKg2Yvw4k51Y9IP6AmFEdSPCXZZWZIrgzSf7igflDiuAuJP1bH9i/QMyoLoQiuL6QCL7WimBska4VEMHXGS6CddzXkYjgQ1ExWE/gUt/NcBF8PElGzNxLQkbXA8kIWGt1r+EiWPf19QK4uY/kEnidEG6C5q8nSf6A+Fb3AfPXi+TcugGIPyBmVC8S/BUxVAT3JclfUUNF8AMk/XsjsH+BmFEPEIrgG4VE8E1WBGOLdJOACG5guAjWcTcgEcHxTePibhC41Pc3XATnaiojZh4iIaObgWQErLV6yHARrPv6ZgHcPExyCWwghJug+XuEJH9AfKuHgfkbRHJuNQTiD4gZNYgEf5cZKoKHkuSvrKEi+DGS/m0E7F8gZtRjhCK4kZAIvsWKYGyRbhEQwY0NF8E67sYkIjhfVAw2FLjUDzNcBBduKiNmhpOQURMgGQFrrYYbLoJ1XzcRwM3TJJfAxkK4CZq/EST5A+JbPQ3M3zMk51YSEH9AzKhnSPBX1VAR/ALLt7sbKoJfJOnfpsD+BWJGvUgogpsKieBbrQjGFulWARF8m+EiWMd9G4kIPi8qBpMELvWvGC6CSzSVETMjScioGZCMgLVWIw0Xwbqvmwng5jWSS+BtQrgJmr/XSfIHxLd6DZi/0STnVnMg/oCYUaNJ8HezoSJ4DEn+Ghoqgt8m6d/bgf0LxIx6m1AE3y4kgu+wIhhbpDsERPCdhotgHfedJCK4VFQMNhe41I81XASXbSojZsaRkFELIBkBa63GGS6CdV+3EMDNeJJL4J1CuAmavwkk+QPiW40H5m8iybnVEog/IGbURBL8tTJUBH9Ikr/Whorgj0j69y5g/wIxoz4iFMF3CYngVlYEY4vUSkAEtzZcBOu4W5OI4CujYrClwKX+E8NFcEJTGTHzKQkZtQGSEbDW6lPDRbDu6zYCuJnGcgkUwk3Q/H1Okj8gvtU0YP6mk5xbbYH4A2JGTSfBX1dDRfBskvzdY6gInkPSv+2A/QvEjJpDKILbCYngiBXB2CJFBERwsuEiWMedTCKCE6NisK3ApX6u4SK4RlMZMTOPhIxSgGQErLWaZ7gI1n2dIoCb+SSXwGQh3ATN3wKS/AHxreYD8/cNybnVHog/IGbUNyT4G2CoCF5Mkr+Bhorg70j6NxXYv0DMqO8IRXCqkAhOsyIYW6Q0ARGcbrgI1nGnk4jgOlEx2F7gUr/McBF8fVMZMfM9CRl1AJIRsNbqe8NFsO7rDgK4+YnkEpguhJug+VtOkj8gvtVPwPytIDm3OgLxB8SMWmE43zWI8l1HgXNrleFxN2kqc16vJumXTsB+AdZarTYcN3ujqq+TAG70uqi49d5yuDCzL7r28eif+50/Dzh/6ufuaCydnXj0fxPv/PODznv0v894b5fo666u9/6T9e+Jvr/bada/x7X+vdHX3TN57x/Oe+913qsFeI/o6/vOci89o+/vdZq99HTt5f7o696n2cv9rr30ib7um8l7/3Te28d5r97jA9HX/RwNiMZm0bwn84LG5lrTv8cp78m8ouNeR3KWPwg8y4G1VusIDcT94HM4Y48ZNe8frdVD0f8NcPlA+Z0/c8d5TUX95HC9rgfal4BJmZDdtdfcrj1nxFPA+ffZsD+3Um5XbuNc+Y7LJG9xrp+fK/q/fM7rDmk9m/ZK6dKpfaO0vpnVLGsm68a7Ys3ue5+7jhn/Lqf7v5e4lIDW+tvlob9DXg85fw5w/iwY/d/A6OuH/wuZIS5EuhnR624kuGAOFCCzTUJkFg+OH1gftQlMQP7DWaL+/dvI1Am9z4eA+3Tn9RHnPBnkIshizp/uwz6L658xk2YuVxwZj5tcMn5mRtwZRJodu5eK+mdli/M+pyPSjJ/vI9Jmae17pPX0Eal/YhqfSazuGHV8ObHxJWTsNePJ2FPGz8kTdwo3uVz7yI3dh8r4Wf595HbtI5frdca/y+PaU8Y/y+vbr7sX3P9tRl7zumKmuYzoQB5xLh2DnD8HR/98tI3c/vsLEPBmwydYOu7BAnFvIbl4AOujthBcMh8SqPV2Aow/KhD3DhKMA+ujdhiO8UPxJx1rdK13m/5Xu0VZ/kGBuPeQuKFDgG4osNYKmT+/STPEuRf570n6GRp9/dhZTkoej77/idNMSh53rT8s+np4m5Pr+oWYBL6HtjH/3BmG/XRjemLFxATd16i43cLuSZfQzhAI/4tCO6crjozH7U5rEVXE+f/3dOvZKb1vk15dunRK75SW2qRbzzR3yjL7BHBmOtZtDmfLJI105rDU/p4U+lTsf8tpUI556t9/0jjBt5YKa7L1lNBH45+2H43HFunpNvh1Rxj+0Xgd94iQD4GEYI8npwkBH//lCS38tkYXnNIKt975URr7uJVsvQKurfz/wJ3fZxysPevCXHYXTjLeqw+0E3F/x1AW1+t45z3xp3lPlv+yzn+7jIgdWhnB6QTMcgX7bBuvve/eEOpnPwM8hJ47zVrVqqalpFdNrJSckJieEl2nSnpapeSK1VV6tUrR5SslqpTktITUxJSqVRKrVEuvGtpnS54TYuDnLQNji/S8AAO/YDgD67hfCOmX04LG/6yzV/S6+w39ZZG//W3RQCy9CLTL9oMtLn2I6f3Vd9ZEYz7jVoTG0R+GW8QZtzd03H+aaRH/TXIjLyLPAtc6SPLLakB8KyBmlFT+0H3yEqF99JLQ5fVle3nFFullgcvrK4ZfXnXcr5B8s4L2uyX2Gtb87dkAB0G69wnN7hnp5HvUP7B7rs0kd36759q4M9s9ma1zRrvH9A/jxTvJzOJK3CjXDT3jQd84gHGoUcDD7FVcM6Rn5PNVQcWj8/isgHI+YtYHv/52S9JxjxSI+yjBB95GCcR9zFCl4icY5LlxBPi1GsdJlB4Q3wqIGXU8pA9cBq3zSCDXvAZ06vQaEtzymuFfjSARt3YRv7gLH3fW3813Eb8UiDvb7+GcjUH3+TqwH4G1VtkMx43ul2UCuMlJ0C/fC8Sdi6RfRgP7BVhrlYugX9YL4CYvQb9sEIg7H0m/vAHsF2CtVT6CftkrgJuCBP2yTyDuQiT98iawX4C1VoUI+iWLwKcBihD0S7xA3EVJ+uUtYL8Aa62KEvTLOQK4KUbQL4UF4i5O0i9jgP0CrLUqTtAvpQVwcyFBv5QRiLsESb+8DewXYK1VCYJ+UQK4KUnQLxUF4i5F0i/vAPsFWGtViqBf6gvg5hKCfrlWIO5LSfrlXWC/AGutLiXol1sFcFOOoF9uE4j7cpJ+GQvsF2Ct1eUE/ZIsgJurCPolRSDu8iT9Mg7YL8Baq/IE/dJdADcVCPqlh0DcCST98h6wX4C1VgkE/fKwAG4qEfTLIwJxJ5L0y/vAfgHWWiUS9MszAripStAvzwrEXY2kX8YD+wVYa1WNoF/eFMBNTYJ+eUsg7lok/TIB2C/AWqtaBP3yoQBu6hL0y0cCcdcj6ZeJwH4B1loh86d/6blEFN+FnPX07zDoz2Xrz5rqz8/pzwTpzzno2a2eR2mPXfuG2gvR+k7fWTUP67NlYps4z4PGzaQ2MrhB73MyEDe6PhfFn/o9NJ2DycJ5/gD4O2phfRvJB0LfRvKh/TYSbJE+FPg2ko8M/zYSHfdHRN9GIrFX+4W2J5+4TB7Unt35neLU8ON/8A0npV3/3X/7hpPScWf+hpPM1vmf+IYTncxSrsR93ObvJ6/J33DyMfCA/KQNPr+f/IN8Bt33p8BbmaHfdyf2jSFTBH6L/7rfzY/7Y4G4rzdc9eu4PxWI+4aQVH9CsEcBcamAtVZS+UPX+TNC9fiZkHqcatUjtkhTBdTjNMPVo457GpF6nGbVI716/Nyp4XSrHv/9k5Goz33qcTqZepwOPCBnCKjHGSGox5lWPf5rFfW5gJq4mUA9TheIuyGBepwpEHcjEvUIxKUC1loh86dJ/yL3bQGbw/+rDxqb09uYv8dZQjNueEPOBhIiK6BmEwBqDnqP6A1qb3mOAGMkkTDGLODt+gtgUyYR3DS+EMDNl22wTFmC8GD7kuBgmyvFlPFgQLmleNC15hF85bdEU37VxvzDaKhA3LcafgjrJpwnEPdtJB8R/hrYj8Baq9t+pyGx/xtUobH5FQGJfS19Ow8K8EPRwg8TaPDbDW/wtPT0hJTU9qpwXlzM84GHBTJ/YU3Z54O9/4xngZ2yY4u0QGDK/o3hU3Yd9zdCU/aMB60skDn9to1cU4DymZ5YMTEBeSAvbGMuoUn8EuNXAr/MdyfBLzF+LRB3CxKFsgjY18BaqxYE/fKTAG5aEfTLcoG4W5P0y2JgvwBrrVoT9MtvArhpR9AvvwvEHSHpl++A/QKstYoQ9MsfArhpT9AvfwrEnUrSL0uA/QKstUol6JfsrfG46UDQLzkE4u5I0i9Lgf0CrLXqSNAv5wrgpjNBv5wnEHcXkn5ZBuwXYK1VF4J+uUwAN90I+qWsQNz3kvTL98B+AdZa3UvQL5UFcHMfQb9UEYi7J0m//ADsF2CtVU+CfrlBADe9CfrlRoG4+5D0y4/AfgHWWvUh6JfbBXDTj6Bf7hCI+0GSfvkJ2C/AWqsHCfolTQA3Awj6JV0g7oEk/bIc2C/AWquBBP3SSwA3gwj65X6BuAeT9MsKYL8Aa60GE/TLowK4GUrQL0ME4n6MpF9+BvYLsNbqMYJ+eUEAN8MI+uVFgbiHk/TLL8B+AdZaDSfol3cEcPM0Qb+8KxD3CJJ+WQnsF2Ct1QiCfvlEADfPEfTLpwJxP0/SL6uA/QKstULmT3/T5MXxp/5SIv07DPpz2fqzpvrzc/ozQfpzDnp2q+dR2mPXvqH2QrS+03dWzcP6bFkl/JflrBb6Ggr0PteA/1KikvGnfp9N52CNcJ5/Jfxa6V+FfuF1rf2FV2yR1gr8wus6w3/hVce9juhrpSX2ar9W+uQTl8mD2rM7v+udGm6wXyv975+MRK33fa30BrKvld4APCA3Cnyt9MYQvlZ6k/1a6X/9nWrrBb6W5iWCr5XeIBD3ywRf9rhJIO5XSL4kFIhLBay1ksofus6/EarH34TU4+9WPWKL9LuAetxsuHrUcW8mUo+brXqkV49bnBputerx3z8ZidriU49bydTjVuABuU1APW4LQT1ut+rxX6uoLQJq4jUC9bhVIO7XCdTjdoG4R5OoRyAuFbDWCpk/Tfol3bcFbA7FvgF6K8G3VO+Q+qsW0A25E/yXEjECaicBoHaZ/pcSaW95lwBjjCFhjB3A2/VuYFOOIbhp7BbAzR7wX0p0MeHBtofgYNtr+sGmv+Z7oQBA3zH/YPvP14cjvzJ9H/Bgk8pfPLjOyL/Maj/BX2YlcZgfIPjLrPYJxD3WdPKOxrxfIO5xJB8t/wPYj8Baq3G/01x+xP4yqwMEl58/2sjgHN6Qf57NJaDqaddSYX0a4E+hTwMctJ8GwBbpoMCnAQ4Z/mkAHfchoU8DZDySOU0I+ITxSYD37sJ+EuCz1vic7osXYoCz3ac6/b921+ovB7eH/8GnCh6I+zse/Z8qeCDuzJ8qyGydM36q4KyTcIYUZQT3V5tTG4x3EtHHtznUz8wAMprRxxP81upnAr+1OoHET953NrbBGW5cfwHJcCKJNDsMlGbuXgm6r0kk+AP2iQJiRk0i+fz0EULFdERIMR21iglbpKMCiumY4YpJx32M6PPTEns9k2oKWje/agq6npRqOityP4OyicvkQa3trtVxBw8nTFdNDJ/FPu5TYDqpfeO8j8mfxT6BPGzbns2+0k/7/B8Q2545n0H3naWtjKoL9Yb+Dw6Xs75ZnuE2qHF4XGDoNoXgs9gnBOL+mOATUrpX0HF/QqJEgbhUwFqrTwhwI3FOIPncjRv0PuPbcuwzK26f//mesVLxpy52Ogd6fcn9ZwPyeFhORzYgNtz7ze7KtXU6Aq6pi5S9LX7dHEDASsWdoy28RqKz4RzAhvK7HEKYDe23sHM6tczlqqmRv4WNTkJGcDoBpVzB5mob97cHbWXlBDZ5LpKbRG5CJs4txMR5LBNji5RHgInzGs7EOu68ZEyc1zKx+/EwcT6nlvljlYnz+Zg4fwhMnA/Y5PmB4NZFLpUJulHrx/mKjqpl/rbm77GA0I0JfmUqCDRfWAFVkABQhdB7RG9Q641CAi79NBKXvgDwlD8H2JTTwL8KVYKwwc8haPDCUoyBHlsXAYIzK3AclY3kg5FFCU2KokImxbnWpMAW6VwBk+I8w00KHfd5ZCbFeXwmhZJc273/Yk4ti8eqSVHMZ1IUD8GkKAZs8uJtZUCHZuLzCZn4fCEmvsAyMbZIFwgw8YWGM7GO+0IyJr7QMrFnbff+Szi1vChWmbiEj4kvCoGJSwCb/CLr7ipgDsT2eDHLuKCkBZQqSQCoUqaPC/6jcQTGBdNJxgUXA0/50sCmnG7HBao0QYOXYRkXXAIEZ07guCAXybjgUkKT4lIhk+Iya1Jgi3SZgElR1nCTQsddlsykKMtnUlQUXNtjUpRzanl5rJoU5XwmxeUhmBTlgE1+eVsZ0KGZ+ApCJr5CiImvtEyMLdKVAkx8leFMrOO+ioyJr7JM7H48TFzeqeXVscrE5X1MfHUITFwe2ORXA5mY1d0F5kBsj9ewjAsq2HGBqkAAqATTxwVabyQIjAtmkowLrgGe8grYlDPtuEApggavyDIuqAQEZ17guCAfybggkdCkSBQyKSpbkwJbpMoCJkUVw00KHXcVMpOiCp9JUUlwbY9JUdWpZbVYNSmq+kyKaiGYFFWBTV6trQzo0ExcnZCJqwsxcQ3LxNgi1RBg4pqGM7GOuyYZE9e0TOx+PExcy6ll7Vhl4lo+Jq4dAhPXAjZ5bSATs7q7wByI7bEOy7igrh0XqLoEgKpn+rjgP3pDYFwwm2RcUAd4ytcHNuVsOy5Q9Qka/FqWccF1QHAWBI4LCpGMC64nNCmuFzIpbrAmBbZINwiYFDcablLouG8kMylu5DMpEgXX9pgUNzm1bBCrJsVNPpOiQQgmxU3AJm/QVgZ0aCa+mZCJbxZi4oaWibFFaijAxI0MZ2IddyMyJm5kmdj9eJj4FqeWjWOViW/xMXHjEJj4FmCTNwYyMau7C8yB2B6bsIwLkuy4QCURAKqp6eMCrTeaCowLviAZFzQBnvK3ApvyCzsuULcSNPhtLOOCZkBwFgGOC4qSjAuaE5oUzYVMitutSYEt0u0CJsUdhpsUOu47yEyKO/hMisqCa3tMijudWraIVZPiTp9J0SIEk+JOYJO3aCsDOjQTtyRk4pZCTHyXZWJske4SYOJWhjOxjrsVGRO3skzsfjxM3NqpZZtYZeLWPiZuEwITtwY2eRsgE7O6u8AciO2xLcu4oJ0dF6h2BICKmD4u0HojIjAumEsyLmgLPOWTgU05144LVDJBg6ewjAvaA8FZDDguKE4yLkglNClShUyKNGtSYIuUJmBSpBtuUui408lMinQ+k6KK4Noek6KDU8uOsWpSdPCZFB1DMCk6AJu8Y1sZ0KGZuBMhE3cSYuK7LRNji3S3ABN3NpyJddydyZi4s2Vi9+Nh4i5OLbvGKhN38TFx1xCYuAuwybsCmZjV3QXmQGyP97CMC7rZcYHqRgCoe00fF2i9ca/AuOArknHBPcBTvjuwKb+y4wLVnaDBe7CMC+4DgvNC4LigBMm4oCehSdFTyKToZU0KbJF6CZgU9xtuUui47yczKe7nMymqCq7tMSl6O7XsE6smRW+fSdEnBJOiN7DJ+7SVAR2aifsSMnFfISZ+wDIxtkgPCDBxP8OZWMfdj4yJ+1kmdj8eJn7QqWX/WGXiB31M3D8EJn4Q2OT9gUzM6u4CcyC2x4dYxgUD7LhADSAA1EDTxwVabwwUGBfMJxkXPAQ85R8GNuV8Oy5QDxM0+CMs44JBQHCWBI4LSpGMCwYTmhSDhUyKR61JgS3SowImxRDDTQod9xAyk2IIn0lRTXBtj0kx1KnlY7FqUgz1mRSPhWBSDAU2+WNtZUCHZuLHCZn4cSEmfsIyMbZITwgw8TDDmVjHPYyMiYdZJnY/HiYe7tTyyVhl4uE+Jn4yBCYeDmzyJ4FMzOruAnMgtsenWMYFT9txgXqaAFAjTB8XaL0xQmBc8A3JuOAp4Cn/DLApv7HjAvUMQYM/yzIueA4IzkuA44JLScYFzxOaFM8LmRQvWJMCW6QXBEyKFw03KXTcL5KZFC/ymRTVBdf2mBQvObV8OVZNipd8JsXLIZgULwGb/OW2MqBDM/ErhEz8ihATj7RMjC3SSAEmHmU4E+u4R5Ex8SjLxO7Hw8SvOrV8LVaZ+FUfE78WAhO/Cmzy14BMzOruAnMgtsfXWcYFo+24QI0mANQbpo8LtN54Q2BcsJBkXPA68JR/E9iUC+24QL1J0OBvsYwLxgDBWQ44LricZFzwNqFJ8baQSfGONSmwRXpHwKR413CTQsf9LplJ8S6fSZEsuLbHpBjr1HJcrJoUY30mxbgQTIqxwCYf11YGdGgmfo+Qid8TYuL3LRNji/S+ABOPN5yJddzjyZh4vGVi9+Nh4glOLSfGKhNP8DHxxBCYeAKwyScCmZjV3QXmQGyPk1jGBZPtuEBNJgDUB6aPC7Te+EBgXLCYZFwwCXjKfwhsysV2XKA+JGjwj1jGBVOA4LwKOC4oTzIu+JjQpPhYyKT4xJoU2CJ9ImBSfGq4SaHj/pTMpPiUz6RIEVzbY1J85tRyaqyaFJ/5TIqpIZgUnwGbfGpbGdChmXgaIRNPE2Lizy0TY4v0uQATTzeciXXc08mYeLplYvfjYeIZTi1nxioTz/Ax8cwQmHgGsMlnApmY1d0F5kBsj7NYxgWz7bhAzSYA1BzTxwVab8wRGBcsIRkXzAKe8l8Am3KJHReoLwga/EuWccFcIDgrAMcFCSTjgnmEJsU8IZPiK2tSYIv0lYBJ8bXhJoWO+2syk+JrPpOiveDaHpNivlPLBbFqUsz3mRQLQjAp5gObfEFbGdChmfgbQib+RoiJv7VMjC3StwJMvNBwJtZxLyRj4oWWid2Ph4kXObVcHKtMvMjHxItDYOJFwCZfDGRiVncXmAOxPX7HMi5YYscFagkBoJaaPi7QemOpwLhgGcm44DvgKb8M2JTL7LhALSNo8O9ZxgU/AMFZCTguSCQZF/xIaFL8KGRS/GRNCmyRfhIwKZYbblLouJeTmRTL+UyKVMG1PSbFCqeWP8eqSbHCZ1L8HIJJsQLY5D+3lQEdmol/IWTiX4SYeKVlYmyRVgow8SrDmVjHvYqMiVdZJnY/HiZe7dRyTawy8WofE68JgYlXA5t8DZCJWd1dYA7E9vgry7hgrR0XqLUEgFpn+rhA6411AuOCH0jGBb8CT/n1wKb8wY4L1HqCBt/AMi7YCARnVeC4oBrJuGAToUmxScik+M2aFNgi/SZgUvxuuEmh4/6dzKT4nc+kSBNc22NSbHZquSVWTYrNPpNiSwgmxWZgk29pKwM6NBNvJWTirUJMvM0yMbZI2wSYeLvhTKzj3k7GxNstE7sfDxPvcGq5M1aZeIePiXeGwMQ7gE2+E8jErO4uMAcJUnvcxTIu2G3HBWo3AaD2mD4u0Hpjj8C44CeSccEu4Cm/F9iUP9lxgdpL0OD7WMYF+4HgrAkcF9QiGRccIDQpDgiZFH9YkwJbpD8ETIo/DTcpdNx/kpkUf/KZFOmCa3tMioNOLQ/Fqklx0GdSHArBpDgIbPJDbWVAh2bivwiZ+C8hJj5smRhbpMMCTHzEcCbWcR8hY+Ijlondj4eJjzq1PBarTHzUx8THQmDio8AmPwZkYlZ3F5gDsT0eZxkXnLDjAnWCAFBx7QwfF/xH5LXDA3QFybjgOPCUz4IrtlphxwUqSzvz9xjfTgbn8HFBViA46wLHBfVCOiiC5i8bMH9//AZ0MIFrSeYv+/9+/kTHVTnacewzJ7DOWuOWjj8l7XQO9PqS+8/Vjs+MzAXEhnu/uV25tmZkwDV1kXK3w6+bBwhYqbjztIPXSNSMzANsqJDMyATBtT1mZF6nlvlcNY0pM1InoJQr2Hzt4v72oM3IvMAmz0dyk8hPyMT5hZi4gGVibJEKCDBxQcOZWMddkIyJC1omdj8eJi7k1PKcWGXiQj4mPicEJi4EbPJzgOD+T5EJTd5z2pm/x8JSJi/6ylQEaL6wAqoIAaCKmj4W1HqjqMBY8BeSsWBh4Cl/LrApfwGPBS8mbPBzCRr8PJaxYDEgOO8EjgVbkPwWUXFCk6K4kElxvjUpsEU6X8CkuMBwk0LHfQGZSXEBn0mhJNd27/9Cp5YlYtWkuNBnUpQIwaS4ENjkJdrJgA7NxBcRMvFFQkx8sWVibJEuFmDikoYzsY67JBkTl7RM7Fnbvf9STi1LxyoTl/IxcekQmLgUsMlLW3dXAXMgtscyLOOCSyyg1CUEgLrU9HGB1huXCowLVpGMC8oAT/nLgE25yo4L1GUEDV6WZVxQDgjOVsBxQWuSccHlhCbF5UImxRXWpMAW6QoBk+JKw00KHfeVZCbFlXwmRUXBtT0mxVVOLcvHqklxlc+kKB+CSXEVsMnLt5MBHZqJryZk4quFmPgay8TYIl0jwMQVDGdiHXcFMiauYJnY/XiYOMGppYpVJk7wMbEKgYkTgE2ugEzM6u4CcyC2x4os44JKdlygKhEAKtH0cYHWG4kC44I1JOOCisBTvjKwKdfYcYGqTNDgVVjGBVWB4GwHHBdESMYF1QhNimpCJkV1a1Jgi1RdwKSoYbhJoeOuQWZS1OAzKSoJru0xKWo6tawVqyZFTZ9JUSsEk6ImsMlrtZMBHZqJaxMycW0hJq5jmRhbpDoCTFzXcCbWcdclY+K6londj4eJ6zm1rB+rTFzPx8T1Q2DiesAmrw9kYlZ3F5gDsT1eyzIuuM6OC9R1BIC63vRxgdYb1wuMC9aSjAuuBZ7yNwCbcq0dF6gbCBr8RpZxwU1AcLYHjgtSScYFDQhNigZCJsXN1qTAFulmAZOioeEmhY67IZlJ0ZDPpEgUXNtjUjRyanlLrJoUjXwmxS0hmBSNgE1+SzsZ0KGZuDEhEzcWYuImlomxRWoiwMRJhjOxjjuJjImTLBO7Hw8TN3VqeWusMnFTHxPfGgITNwU2+a1AJmZ1d4E5ENvjbSzjgmZ2XKCaEQCquenjAq03mguMC9aTjAtuA57ytwObcr0dF6jbCRr8DpZxwZ1AcHYAjgs6kowLWhCaFC2ETIqW1qTAFqmlgElxl+EmhY77LjKT4i4+k6Ky4Noek6KVU8vWsWpStPKZFK1DMClaAZu8dTsZ0KGZuA0hE7cRYuK2lomxRWorwMTtDGdiHXc7MiZuZ5nY/XiYOOLUMjlWmTjiY+LkEJg4AmzyZCATs7q7wByI7TGFZVzQ3o4LVHsCQKWaPi7QeiNVYFywkWRckAI85dOATbnRjgtUGkGDp7OMCzoAwdkZOC7oQjIu6EhoUnQUMik6WZMCW6ROAibF3YabFDruu8lMirv5TIoqgmt7TIrOTi27xKpJ0dlnUnQJwaToDGzyLu1kQIdm4q6ETNxViInvsUyMLdI9AkzczXAm1nF3I2PibpaJ3Y+Hie91atk9Vpn4Xh8Tdw+Bie8FNnl3IBOzurvAHIjtsQfLuOA+Oy5Q9xEAqqfp4wKtN3oKjAt+IxkX9ACe8r2ATfmbHReoXgQNfj/LuKA3EJzdgOOCe0nGBX0ITYo+QiZFX2tSYIvUV8CkeMBwk0LH/QCZSfEAn0lRVXBtj0nRz6nlg7FqUvTzmRQPhmBS9AM2+YPtZECHZuL+hEzcX4iJH7JMjC3SQwJMPMBwJtZxDyBj4gGWid2Ph4kHOrV8OFaZeKCPiR8OgYkHApv8YSATs7q7wByI7fERlnHBIDsuUIMIADXY9HGB1huDBcYFm0nGBY8AT/lHgU252Y4L1KMEDT6EZVwwFAjO+4Djgp4k44LHCE2Kx4RMisetSYEt0uMCJsUThpsUOu4nyEyKJ/hMimqCa3tMimFOLYfHqkkxzGdSDA/BpBgGbPLh7WRAh2biJwmZ+EkhJn7KMjG2SE8JMPHThjOxjvtpMiZ+2jKx+/Ew8Qinls/EKhOP8DHxMyEw8Qhgkz8DZGJWdxeYA7E9PssyLnjOjgvUcwSAet70cYHWG88LjAu2kowLngWe8i8Am3KrHReoFwga/EWWccFLQHD2Bo4L+pCMC14mNCleFjIpXrEmBbZIrwiYFCMNNyl03CPJTIqRfCZFdcG1PSbFKKeWr8aqSTHKZ1K8GoJJMQrY5K+2kwEdmolfI2Ti14SY+HXLxNgivS7AxKMNZ2Id92gyJh5tmdj9eJj4DaeWb8YqE7/hY+I3Q2DiN4BN/iaQiVndXWAOxPb4Fsu4YIwdF6gxBIB62/RxgdYbbwuMC7aTjAveAp7y7wCbcrsdF6h3CBr8XZZxwVggOPsBxwUPkowLxhGaFOOETIr3rEmBLdJ7AibF+4abFDru98lMivf5TIpkwbU9JsV4p5YTYtWkGO8zKSaEYFKMBzb5hHYyoEMz8URCJp4oxMSTLBNjizRJgIknG87EOu7JZEw82TKx+/Ew8QdOLT+MVSb+wMfEH4bAxB8Am/xDIBOzurvAHIjt8SOWccEUOy5QUwgA9bHp4wKtNz4WGBfsJBkXfAQ85T8BNuVOOy5QnxA0+Kcs44LPgOAcABwXDCQZF0wlNCmmCpkU06xJgS3SNAGT4nPDTQod9+dkJsXnfCZFiuDaHpNiulPLGbFqUkz3mRQzQjAppgObfEY7GdChmXgmIRPPFGLiWZaJsUWaJcDEsw1nYh33bDImnm2Z2P14mHiOU8svYpWJ5/iY+IsQmHgOsMm/ADIxq7sLzIHYHr9kGRfMteMCNZcAUPNMHxdovTFPYFywm2Rc8CXwlP8K2JS77bhAfUXQ4F+zjAvmA8E5CDguGEwyLlhAaFIsEDIpvrEmBbZI3wiYFN8ablLouL8lMym+5TMp2guu7TEpFjq1XBSrJsVCn0mxKASTYiGwyRe1kwEdmokXEzLxYiEm/s4yMbZI3wkw8RLDmVjHvYSMiZdYJnY/HiZe6tRyWawy8VIfEy8LgYmXApt8GZCJWd1dYA7E9vg9y7jgBzsuUD8QAOpH08cFWm/8KDAu2EsyLvgeeMr/BGzKvXZcoH4iaPDlLOOCFUBwDgWOCx4jGRf8TGhS/CxkUvxiTQpskX4RMClWGm5S6LhXkpkUK/lMilTBtT0mxSqnlqtj1aRY5TMpVodgUqwCNvnqdjKgQzPxGkImXiPExL9aJsYW6VcBJl5rOBPruNeSMfFay8Tux8PE65xaro9VJl7nY+L1ITDxOmCTrwcyMau7C8yB2B43sIwLNtpxgdpIAKhNpo8LtN7YJDAu2E8yLtgAPOV/AzblfjsuUL8RNPjvLOOCzUBwDgOOC4aTjAu2EJoUW4RMiq3WpMAWaauASbHNcJNCx72NzKTYxmdSpAmu7TEptju13BGrJsV2n0mxIwSTYjuwyXe0kwEdmol3EjLxTiEm3mWZGFukXQJMvNtwJtZx7yZj4t2Wid2Ph4n3OLXcG6tMvMfHxHtDYOI9wCbfC2RiVncXmAOxPe5jGRfst+MCtZ8AUAdMHxdovXFAYFzwB8m4YB/wlP8D2JR/2HGB+oOgwf9kGRccBILzaeC4YATJuOAQoUnh3nNCwMe937+sSYEt0l8CJsVhw00KHfdhMpPiMJ9JkS64tsekOOLU8mismhRHfCbF0RBMiiPAJj/aTgZ0aCY+RsjEx4SY+LhlYmyRjgsw8QnDmVjHfYKMiU9YJnY/HiaOizg5j5z6RzHFxDoBpVzBuhPh31DGzw7cmBHcWlkiONCxurvAHIjtMV5gj5luNPA1B7dR2nEBMAdie8yG3iN6g1pv6E2iAXqQZFzg7vigMWfHFVsdtOMCBcyn2B5zRGRwDh8X5MRtVD0HHBc8H9JBETR/uYD5Gw/M3wRg/nRz5HDl7nD00Dge/fOI8+dR50/95I7mI0/kZEPp/ybjfDnhvEf/+4z35o2+zud67z9ZP3/0/QVOs35+1/oFo68LZfLeY857Czrv1QfhOdHXhc9yL0Wi7y96mr0Uce3l3Ojr806zl3NdeykWfV08k/ced95bzHmv3uP50dcXRE7+e/Qh9nD+k3lBXwL+Avc2Ou7H85/MKzruwyRn2oURXC6BtVaHDceNLkReAdwcMzzuAdF+uVAg7uMkYqH1L0CP9ndc/k6Q5K8tMH/HgfmL28xxXpeIAP124HmNzF9YAzxgLj0DvIsip17bAV7ANXWRdELR614cMXuAp+PWewTXSPRw72AoOWbfzJG/joaSYw4SciwZATqPuJhVDkJyBObSQ46lIqdeW3IMuKYukk4oet3SEbPJUcet9wiukchez006SeRoxVwmEptx594sG3fQ/WlclhGIOw/JJcZ9diQEe5S71kHzl5fkEnMJMH9AzKi8JPjrZagIKUiSv/sNFSGFSPr30gguf0DMqEKEIgSYS48IuSxy6rUVIQHX1EXSCUWvWzZitgjRces9gmsk4yZGL+OXRPCX0iKbzY67TJLMZbwoCRmVi+ByCay1Kmq4iNN9XU4AN8VILoHuszch2OPBTdD8FSfJHxDfqhgwf+eTnFuXR3D5A2JGnU+Cv6GGiuCLSPL3mKEi+GKS/r0igssfEDPqYkIRDMylRwRfGTn12orggGvqIumEote9KmK2CNZx6z2CaySy17JRMXh5RGDiY7gILp8kI2bKkJBR+QhwugUkozKGi2Dd1+UFcHMZySXQffYmBHs8uAlsTpDkD4hvdRkwf+VIzq2rI0DuA9aiHAn+XjFUBF9Fkr+Rhorg8iT9e00EyEXA/i1PKIKBufSI4AqRU6+tCA64pi6STih63YSI2SJYx633CK6RyF4TomLw6gj+Ul/BcBFcJUlGzCSQkJGK4HIJrLVKMFwE675WAripRHIJdJ+9CcEeD26C5i+RJX/AXqkEzF9lknOrYgSXPyBmVGUS/I03VARXJ8nfBENFcA2S/q0UweUPiBlVg1AEA3PpEcGJkVOvrQgOuKYukk4oet3KEbNFsI5b7xFcI5G91oiKwYoR/KW+tuEiuF6SjJipQ0JGVSK4XAJrreoYLoJ1X1cRwE19kkug++xNCPZ4cBM0f9eS5A+Ib1UfmL/rSM6tqhFc/oCYUdeR4G+moSL4JpL8zTJUBDcg6d9qEVz+gJhRDQhFMDCXHhFcPXLqtRXBAdfURdIJhQu3iNkiWMet9wiukcher4+KwaoR/KW+keEiuGGSjJi5hYSMakZwuQTWWt1iuAjWfV1TADdJJJdA99mbEOzx4CZo/pqS5A+Ib5UEzN+tJOdWrQguf0DMqFtJ8LfEUBF8O0n+lhoqgu8g6d/aEVz+gJhRdxCKYGAuPSK4TuTUayuCA66pi6QTil63bsRsEazj1nsE10hkr02iYrBWBH+pb2m4CG6eJCNm7iIho3oRXC6BtVZ3GS6C/3P2COCmDckl0H32JgR7PLgJmr+2JPkD4lu1AeavHcm5VT+Cyx8QM6odCf7WGyqC25Pkb4OhIjiVpH+vjeDyB8SMSiUUwcBcekTwdZFTr60IDrimLpJOKHx6GTFbBOu49R7BNRLZa4uoGKwfwV/qOxgugtsmyYiZjiRkdEMEl0tgrVVHw0Ww7usbBHDTmeQS6D57E4I9HtwEzV8Xlr/nEdgrnYH560pybt0YweUPiBnVlQR/+w0Vwd1J8nfAUBHcg6R/b4rg8gfEjOpBKIKBufSI4AaRU6+tCA64pi6STih63ZsjZotgHbfeI7hGIntNiYrBGyP4S30vw0VwxyQZMXM/CRk1jOByCay1ut9wEaz7uqEAbvqSXALdZ29CsMeDm6D5e4Akf0B8q77A/PUjObcaRXD5A2JG9SPBX/aVZorgAST5ywHMH1IEDyTp31siuPwBMaMGEopgYC49Irhx5NRrK4IDrqmLpBMK/whvxGwRrOPWewTXSGSvXaJisFEEf6kfZLgI7pEkI2YGk5BRUgSXS2Ct1WDDRbDu6yQB3AwluQS6z96EYI8HN0Hz9xhJ/oD4VkOB+Xuc5NxqGsHlD4gZ9TgJ/ooZKoKfJMlfcUNF8FMk/XtrBJc/IGbUU4QiGJhLjwi+LXLqtRXBAdfURdIJRa/bLGK2CNZx6z2CaySy1/ujYrBpBH+pf8ZwEfxgkoyYeZaEjJpHcLkE1lo9a7gI1n3dXAA3L5BcAt1nb0Kwx4OboPl7kSR/QHyrF4D5e4nk3Lo9gssfEDPqJRL8XWGoCB5Fkr8rDRXBr5L07x0RXP6AmFGvEopgYC49IvjOyKnXVgQHXFMXSScU/nusEbNFsI5b7xFcI5G9DoyKwdsj+Ev9aMNF8JAkGTHzBgkZtYzgcgmstXrDcBGs+7qlAG7GkFwC3WdvQrDHg5ug+XubJH9AfKsxwPy9Q3Ju3RXB5Q+IGfUOCf5qGiqC3yPJXy1DRfD7JP3bKoLLHxAz6n1CEQzMpUcEt46cem1FcMA1dZF0QtHrtomYLYJ13HqP4BqJ7PWJqBi8K4K/1E80XASPSJIRM5NIyKhtBJdLYK3VJMNFsO7rtgK4+ZDkEug+exOCPR7cBM3fRyT5A+JbfQjM3xSSc6tdBJc/IGbUFBL8NTZUBH/G8usghorgqST9G4ng8gfEjJpKKIKBufSI4OTIqddWBAdcUxdJJxT+ZU4Rs0WwjlvvEVwjkb0+HxWD7SL4S/10w0XwyCQZMTODhIzaR3C5BNZazTBcBOu+bi+Am9kkl0D32ZsQ7PHgJmj+5pDkD4hvNRuYvy9Izq3UCC5/QMyoL0jw185QEfwVSf4ihorgr0n6Ny2Cyx8QM+prQhEMzKVHBKdHTr22IjjgmrpIOqHodTtEzBbBOm69R3CNRPb6elQMpkbwl/pvDBfBbyfJiJlvScioYwSXS2Ct1beGi2Dd1x0FcLOY5BLoPnsTgj0e3ATN33ck+QPiWy0G5m8JybnVKYLLHxAzagkJ/robKoJ/IMlfD0NF8I8k/Xt3BJc/IGbUj4QiGJhLjwjuHDn12orggGvqIumEwr/ROGK2CNZx6z2CaySy13FRMdgpgr/UrzBcBE9KkhEzP5OQUdcILpfAWqufDRfBuq+7CuBmFckl0H32JgR7PLgJmr/VJPkD4lutAuZvDcm5dU8Elz8gZtQaEvwNMlQEr2f5dndDRfAGkv7tFsHlD4gZtYFQBANz6RHB90ZOvbYiOOCaukg6oeh1u0fMFsE6br1HcI1E9vpRVAzeE8Ff6n8zXARPTZIRM7+TkFGPCC6XwFqr3w0XwbqvewjgZivLJCkig5ug+dtGkj8gvtVWYP62k5xb90Vw+QNiRm0nwd8Lhorg3ST5e9FQEbyHpH97RnD5A2JG7SEUwcBcekRwr8ip11YEB1xTF0knFP7X+kTMFsE6br1HcI1E9jojKgbvi+Av9fsNF8FfJsmImQMkZNQ7gsslsNbqgOEiWPd1bwHcHCS5BLrP3oRgjwc3QfN3iCR/QHyrg8D8/UVybvWJ4PIHxIz6iwR/Yw0VwcdI8jfOUBF8nKR/+0aA+AP273FCEQzMpUcEPxA59dqK4IBr6iLphKLX7RcxWwTruPUewTUS2evXUTHYJ4K/1GfZYnbci5JkxEz8Fg4yejCCyyWw1ipeGDdB86b7+kEB3GQPCTcJwR7P2ZsQ7PHgJmj+cpDkD4hvlR2Yv5wk51b/CC5/QMyonCT4m2aoCM5Lkr/PDRXB+Uj696EILn9AzChk/sISwcBcekTwgMip11YEB1xTF0knFP5320bMFsE6br1HcI1E9ro0Kgb7R/CX+oKGi+DlSTJiphAJGT0cweUSWGtVyHARrPv6YQHcFCG5BLrP3oRgjwc3QfNXlCR/QHyrIsD8nUtybj0SweUPiBl1Lgn+Fhoqgs8nyd8iQ0XwBST9OyiCyx8QM+oCQhEMzKVHBA+OnHptRXDANXWRdELR6z4aMVsE67j1HsE1EtnryqgYfCSCv9RfZLgIXpckI2YuJiGjIRFcLoG1VhcbLoJ1Xw8RwE1pkkug++xNCPZ4cBM0f2VI8gfEtyoNzN8lJOfW0Aguf0DMqEtI8LfGUBFcjiR/vxoqgi8n6d/HIrj8ATGjLicUwcBcekTw45FTr60IDrimLpJOKHrdJyJmi2Adt94juEYie90UFYNDI/hL/VWGi+BtSTJipjwJGQ2L4HIJrLUqb7gI1n09TAA3FUguge6zNyHY48FN0PwlkOQPiG9VAZg/RXJuDY/g8gfEjFIk+NttqAiuTJK/PYaK4Cok/ftkBJc/IGZUFUIRDMylRwQ/FTn12orggGvqIumEotd9OmK2CNZx6z2CaySy111RMTg8gr/UVzdcBB9IkhEzNUjIaEQEl0tgrVUNw0Ww7usRAripTXIJdJ+9CcEeD26C5q8OSf6A+Fa1gfmrS3JuPRPB5Q+IGVWXBH9ZVpkpgq9j+Z1+YP6QIvh6kv59NoLLHxAz6npCEQzMpUcEPxc59dqK4IBr6iLphKLXfT5itgjWces9gmskstdDUTH4TAR/qb/JcBF8PElGzDQgIaMXIrhcAmutGhgugnVfvyCAm0Ykl0D32ZsQ7PHgJmj+biHJHxDfqhEwf41Jzq0XI7j8ATGjGpPgr4ihIvhWkvwVNVQE30bSvy9FcPkDYkbdRiiCgbn0iOCXI6deWxEccE1dJJ1Q9LqvRMwWwTpuvUdwjUT2Gt80Lu7FCP5Sf7vhIjhXUxkxcwcJGY2M4HIJrLW6w3ARrPt6pABuWpJcAt1nb0Kwx4OboPm7iyR/QHyrlsD8tSI5t0ZFcPkDYka1IsHfZYaK4HYk+StrqAiOkPTvqxFc/oCYURFCEQzMpUcEvxY59dqK4IBr6iLphKLXfT1itgjWces9gmskstd8UTE4KoK/1Lc3XAQXbiojZlJJyGh0BJdLYK1VquEiWPf1aAHcdCC5BLrP3oRgjwc3QfPXkSR/QHyrDsD8dSI5t96I4PIHxIzqRIK/qoaK4K4k+atmqAi+h6R/34zg8gfEjLqHUAQDc+kRwW9FTr22IjjgmrpIOqHodcdEzBbBOm69R3CNRPZ6XlQMvhHBX+q7Gy6CSzSVETM9SMjo7Qgul8Baqx6Gi+Ax0by9LYCbXiSXwDFCuAmav/tJ8gfEt+oFzF9vknPrnQguf0DMqN4k+LvZUBHcjyR/DQ0VwQ+S9O+7EVz+gJhRDxKKYGAuPSJ4bOTUayuCA66pi6QTil53XMRsEazj1nsE10hkr6WiYvCdCP5SP8BwEVy2qYyYGUhCRu9FcLkE1loNNFwE675+TwA3g0guge6zNyHY48FN0PwNJskfEN9qEDB/j5KcW+9HcPkDYkY9SoK/VoaK4MdJ8tfaUBH8BEn/jo/g8gfEjHqCUAQDc+kRwRMip15bERxwTV0knVD0uhMjZotgHbfeI7hGInu9MioG34/gL/VPGi6CE5rKiJmnSMhoUgSXS2Ct1VOGi2Dd15MEcPMMySXQffYmBHs8uAn8raMk+QPiWz0DzN9zJOfW5Aguf0DMqOdI8NfVUBH8Ekn+7jFUBL9M0r8fRHD5A2JGvUwogoG59IjgDyOnXlsRHHBNXSSdUPS6H0XMFsE6br1HcI1E9poYFYOTI/hL/SjDRXCNpjJi5lUSMpoSweUSWGv1quEiWPf1FAHcjCa5BLrP3oRgjwc3gX9XlCR/QHyr0cD8vUlybn0cweUPiBn1Jgn+Bhgqgt9h+SSHoSL4XZL+/SSCyx8QM+pdQhEMzKVHBH8aOfXaiuCAa+oi6YSi1/0sYrYI1nHrPYJrJLLXOlEx+HEEf6l/z3ARfH1TGTHzPgkZTY3gcgmstXrfcBGs+3qqAG4mklwC3WdvQrDHg5vAn2wgyR8Q32oiMH+TSc6taRFc/oCYUZMN57sGUb7TuUOfW1MMj7tJU5nz+mOSfvk8gsslsNbqY8Nx81dU9X0ugBu9LipuvbccLswcjq59PPrnEefPo86f+pkejWWGE4/+b+Kdf37CeY/+9xnvnRl9Pcv13n+y/uzo++ecZv3ZrvW/iL7+MpP3HnPe+4XzXi3A50ZfzzvLvXwVff/Xp9nLV669zI++XnCavcx37eWb6OtvM3nvcee93zjv1XtcGH29KHLy36Ox+XD+k3mB320N78nH85/MKzruqSRn+eII8B4PPMunEhqIR8DncMYeM2r+XSQubkn0f0sjp2LI7/yZO85rKuonh+t1PdC+BEzKhOyuveZ27TkjngLOv8+G/bmVcrtyG+fKd1wmeYtz/fxc0f/lc153SOvZtFdKl07tG6X1zaxmWTNZN94Va3bf+9x1zPh3Od3/vcSlBLTW3y4PGrCavJY4fy51/iwY/d+y6OvvI5nHhLgQ6WZErzud4IKp84qOe4YQmcWD4wfWR80AE5D/cJaov+43iTqh97kEuE93Xn+InPzzx8ipf1bM+dN92Gdx/TNm0szliiPjcZNLxs/MiDuDSLNj91JR/6xscd7ndESa8fN9RNosrX2PtJ4+IvVPTOMzidUdo44vJza+hIy9ZjwZe8r4OXniTuEml2sfubH7UBk/y7+P3K595HK9zvh3eVx7yvhneX37dfeC+7/NyGteV8w0lxEdiD4U9KXjR+fPn6J/Lo/I7V8fwmgCnm34BEvH/ZNA3HNILh7A+qg5BJfMJQK1nkuA8eUCcc8jwTiwPmqe4RjXrDdToNbzDY97QNROWiwQ9wISN3RFBJdLYK0VMn9+k0bHrO9F/nuSfn6Ovv4lcnaTkpXR96+K/PdJyUrX+qujr9dETq7rF2L6QeP754j5587qCHTd9MSKiQm6r1Fxu4Xdr5FTrzMEwv+i0M7piiPjcbvTWkQVcf7/Pd16dkrv26RXly6d0julpTbp1jPNnbLMPgGcmY51m8PZMkkjnTkstT83BpF7/W85DcoxayP/eq0E31oqrMmWe88JAR/3ftdFTr22H40PuKYukk4oet31ERz4peLWewTXSNQBd+c0IeDjvzyhhd/e6ILZ2uHWGxK9KWRvJ1uvgGsr/z9w53dD5OSfGyOn/ll2F04y3qsPtBNxf8dQFtfreOc98ad5T5b/ss5/u4yIHVoZwekEzHIFqxNRz/cz0SDcEMEdQptOs1a1qmkp6VUTKyUnJKanRNepkp5WKblidZVerVJ0+UqJKiU5LSE1MaVqlcQq1dKrhvbZEveeEwI+7v3+Fjn12jJwwDV1kXRC0ev+HjGbgXXceo/gGonYuBudvaLXXWjoL4v494nE0uYIDkMLwRaXPsT0/uo7a6Ixn3ErQuNoseEWccbtDR33d2ZaxH+T3MiLyEbgWktIflkNiG8FxIySyh+6T7ZE+Owj954TAj7u/W6NnHptL68B19RF0glFr7stYvblVcet9wiukZjfLbHXsOZvGyP/fq107xOa3bM9cvLPHZFT/+y/2T3Xxv09d36759q4M9s9ma1zRrvH9A/jxTvJzOJKnE5q/Tjvg75xAONQer8ZawU9zHZGYM2QnpHPnRE5xaPzuDGCv9H8YNYHv/52S9JxbxeI+0eCD7ztEIj7J0OVip9gkOfGD8Cv1VhOovSA+FZAzKjlIX3gMmid9ZmDWmtXxGzxoXtN71HiDEPWWsJFLNwWH/cqAhexiEDcq0k+aLo7gsslsNZqteG40f1SRgA3awn65RKBuNeR9MueCC6XwFqrdQT9UlEANxsJ+qWSQNybSPplbwRo2gH7ZRNBv1wrgJvNBP1ynUDcW0j6ZV8El0tgrdUWgn65TQA32wn6pZlA3DtI+mV/BJdLYK3VDoJ+SRHAzW6CfmkvEPcekn45EMHlElhrtYegX3oI4GY/Qb/cJxD3AZJ++SOCyyWw1uoAQb88IoCbgwT9Mkgg7kMk/fJnBJdLYK3VIYJ+eVYAN0cI+uU5gbiPkvTLwQgul8Baq6ME/fKWAG5OEPTLGIG447Zy9MuhCC6XwFordP4k+uUjAdxkNTxu3S9TBOLORtIvf0VwuQTWWmUj6JcvBXCTk6Bf5grEnYukXw5HcLkE1lrlIuiX7wVwk5egX34QiDsfSb8cieByCay1ykfQLxsEcFOQoF82CsRdiKRfjkZwuQTWWhUi6Jd9ArgpQtAv+wXiLkrSL8ciuFwCa62KEvRLvMC3YxQj6JesAnEXJ+mX4xFcLoG1Vsj86V96rhHFdyFnPf07DPpz2fqzpvrzc/ozQfpzDnp2q+dR2mPXvqH2QrS+03dWzcP6bNH5cj9wPzkigxu4/5uMq7WuT8141xduR3Og15fcf5ZkoKcZF863kWTB5dzzbSTxrlzbbyMJuKYukk4oet2sQMBKxZ01GV4jsW8jkdir/ULbk09cJg9qz+78ZnNqmN1Vy//2DSelXf+d+xtL3N9wUjruzN9wktk6/xPfcKKTWcqVuOzJfz95Tf6Gk+zAAzJHMj6/Of5BPgNPi4C3MkO/707sG0OyJePXvXCr+XFnF4i7hOGqX8edUyDui0JS/QnBHgXEpQLWWknlDz6dJlSPuYTUY26rHrFFyi2gHvMYrh513HmI1KPEXq16PPnEZfKg9uzOb16nhvmsevz3T0ai8vrUYz4y9ZgPeEDmF1CP+UNQjwWsevzXKiqvgJooTaAe8wnEXYZAPRYQiPsSEvUIxKUC1loh86dJv6b7toDN4f/VB43NfMnm77FgsgzO8R8SBBIiK6AKEQDqHPQe0RvU3vI5AoxRjoQxCgJv14WBTVmO4KZRWAA3RZKxTFmD8GArQnCwFZViyngwoNxSPOha5wIbXKIoUk15XrL5h9HPEXzcVxh+COsmPFeg3leSfES4GLAfgbVWV26lIbH/G1ShsXkeAYkVk76dBx5oRTtmdQS/7tWGN3haenpCSmp7NSA/LubiwMMCmb+wpuzA+D1T9vOTT722U/aAa+oinS8wZb/A8Cm7jvsCoSl7xoNWFsicXpgs1xSgfKYnVkxMQB7IJZLNJTQ0vvUnHM4T+GW+CgS/xFhMIO4EEoVyEbCvgbVWCQT9UlYAN5UI+qWcQNyJJP1yMbBfgLVWiQT9UkUAN1UJ+qWqQNzVSPqlJLBfgLVW1Qj65UYB3NQk6JebBOKuRdIvpYD9Aqy1qkXQL3cI4KYuQb/cKRB3PZJ+KQ3sF2CtVT2CfkkXwM11BP3SQSDu60n6pQywX4C1VtcT9Mv9Ari5iaBfegvE3YCkXy4B9guw1qoBQb8MEcBNI4J+GSoQ9y0k/XIpsF+AtVa3EPTLiwK4SSLol5cE4m5K0i+XAfsFWGvVlKBf3hXATTOCfhkrEHdzkn4pC+wXYK1Vc4J++VQAN3cS9MtnAnG3IOmXcsB+AdZatSDol68FcNOKoF/mC8TdmqRfLgf2C7DWqjVBvywXwE07gn5ZIRB3hKRfrgD2C7DWKkLQL78L4KY9Qb9sFog7laRfrgT2C7DWKpWgX/4UwE0Hgn45KBB3R5J+uQrYL8Baq44E/ZIjgsdNZ4J+ySkQdxeSfikP7BdgrRUyf/qbJmvFn/pLifTvMOjPZevPmurPz+nPBOnPOejZrZ5HaY9d+4baC9H6Tt9ZNQ/rs0Xny/2gcXN1sgxu0Pu8BogbXZ/a8ad+n03n4BrhPFcA/q5WWL/wWkHoF14TXLm2v/AacE1dpASBX3hVhv/Cq45bJcNrJPb1KhJ7tV8rffKJy+RB7dmd34pODSu5amm/Vvosn4xE6WSWciWuUvKZvwY5IdgD/VrpSsADMjEZn9/Ef5DPoPuuDLyVxdrXSldMxq/bjeBrpSsJxH0vwZc9VhaIuzvJl4QCcamAtVZS+UPXuQqheqwipB6rWvWILVJVAfVYzXD1qOOuRqQeJfZq1ePJJy6TB7Vnd36rOzWsYdXjv38yElXdpx5rkKnHGsADsqaAeqwZgnqsZdXjv1ZR1QXURC8C9VhDIO77CdRjLYG4e5OoRyAuFbDWCpk/Tfq13bcFbA7FvgG6RrL5e6ydLINzeEPWScYFzQqoOgSAqoveI3qD2luuK8AY/UgYozbwdl0P2JT9CG4a9QRwUz8Zy5S1CA+2+gQH27WmH2z6a75LCAC0v/kH23++Phz5lenXAQ82qfzFg+uM/MusrgfmT6JXpA7zG5LNJ7HrBOIeYDh568P7eoG4B5J8tPxGYD8Ca60GbqW5/Ij9ZVY3EFx+bkyWwTm8IW86m0tA1dOupcL6NMBNQp8GaJB86rX9NEDANXWRGgh8GuBmwz8NoOO+WejTABmPZE4TAj5hfBLgcBvsJwFyRfA5PRwvxABnu091+n/trlVDB7eN/sGnCh6I+zse/Z8qeCDuzJ8qyGydM36q4KyTcIYUZQTXMPnUBuOdRPTxbQ71MzOAjGb0QQS/tZpZwwWNezCJn3z4bGyDM9y4GgLJ8FESadYIKM3cvRJ0X0NI8AfsEwXEjBpC8vnpWwgV0y1CiqmxVUzYIjUWUExNDFdMOu4mQopJwg+W2OuZVFPQuvlVU2CyE1JNZ0XuZ1A2cZk8qLXdtUpy8NDUdNUkMhTCrPV/nxVO8ikwndS+cd7H5M9iNwUetreeFWunn/bJyOet/yCfQfd9GzAHg/9/3dD/weFy1jfLM9wGNQ6TBIZuwwg+i91UIO7hBJ+Quk0g7idJlCgQlwpYa/UkAW4kzgkkn7txg95ns2SOfTYHOlX6Qlkn/tTFTuegeXJcnOT+bwfyeFhOx+1CTscd1unAFukOAafjTsOdDh33nUJOR8YjmdOEgI/f5RDCbGi/hd3CqWXLf6D8S8f9vUZ+5V86Tui3sNFJyAhOJ6CUK9iWyXF/e9BWVgtgk7ckuUncRcjEdwkxcSvLxNgitRJg4taGM7GOuzUZE7e2TOx+PEzcxqll21hl4jY+Jm4bAhO3ATZ5WyC4dZHrZIJu1PpxvqKjaonMgdQe2wndmOBXpgjQfGEFVIQAUMnoPaI3qPVGsoDb+gyJS98OeMqnAJvyGfCvQtUgbPAUggZvL8UY6LF1KhCcq4BfIbZ6i0wC0QdaGqFJkSZkUqRbkwJbpHQBk6KD4SaFjrsDmUnRgc+kUJJru/ff0allp1g1KTr6TIpOIZgUHYFN3ilZBnRoJr6bkInvFmLizpaJsUXqLMDEXQxnYh13FzIm7mKZ2LO2e/9dnVreE6tM3NXHxPeEwMRdgU1+j3V3FTAHYnvsJrDHTDca+G99soBS9xIAqrvp4wKtN7oLjAueY/nruYCnfA9gUz5nxwWqB0GD38cyLugJBOda4LhgHcm4oBehSdFLyKS435oU2CLdL2BS9DbcpNBx9yYzKXrzmRQVBdf2mBR9nFr2jVWToo/PpOgbgknRB9jkfZNlQIdm4gcImfgBISbuZ5kYW6R+Akz8oOFMrON+kIyJH7RM7H48TNzfqeVDscrE/X1M/FAITNwf2OQPAZmY1d0F5kBsjwME9pjpRgP/PRZ2XKAGEgDqYdPHBVpvPCwwLniBZFwwAHjKPwJsyhfsuEA9QtDgg1jGBYOB4NwIHBdsIhkXPEpoUjwqZFIMsSYFtkhDBEyKoYabFDruoWQmxVA+k6KS4Noek+Ixp5aPx6pJ8ZjPpHg8BJPiMWCTP54sAzo0Ez9ByMRPCDHxMMvE2CINE2Di4YYzsY57OBkTD7dM7H48TPykU8unYpWJn/Qx8VMhMPGTwCZ/CsjErO4uMAdie3xaYI+ZbjQooEbYcYEaQQCoZ0wfF2i98YzAuOAlknHB08BT/llgU75kxwXqWYIGf45lXPA8EJybgeOCLSTjghcITYoXhEyKF61JgS3SiwImxUuGmxQ67pfITIqX+EyKRMG1PSbFy04tX4lVk+Jln0nxSggmxcvAJn8lWQZ0aCYeScjEI4WYeJRlYmyRRgkw8auGM7GO+1UyJn7VMrH78TDxa04tX49VJn7Nx8Svh8DErwGb/HUgE7O6u8AciO1xtMAeM91oUEC9YccF6g0CQL1p+rhA6403BcYFr5CMC0YDT/m3gE35ih0XqLcIGnwMy7jgbSA4twPHBTtIxgXvEJoU7wiZFO9akwJbpHcFTIqxhpsUOu6xZCbFWD6TorLg2h6TYpxTy/di1aQY5zMp3gvBpBgHbPL3kmVAh2bi9wmZ+H0hJh5vmRhbpPECTDzBcCbWcU8gY+IJlondj4eJJzq1nBSrTDzRx8STQmDiicAmnwRkYlZ3F5gDsT1OFthjphsNCqgP7LhAfUAAqA9NHxdovfGhwLhgFMm4YDLwlP8I2JSj7LhAfUTQ4FNYxgUfA8G5Gzgu2EMyLviE0KT4RMik+NSaFNgifSpgUnxmuEmh4/6MzKT4jM+kqCK4tsekmOrUclqsmhRTfSbFtBBMiqnAJp+WLAM6NBN/TsjEnwsx8XTLxNgiTRdg4hmGM7GOewYZE8+wTOx+PEw806nlrFhl4pk+Jp4VAhPPBDb5LCATs7q7wByI7XG2wB4z3WhQQM2x4wI1hwBQX5g+LtB64wuBccFrJOOC2cBT/ktgU75mxwXqS4IGn8syLpgHBOd+4LjgAMm44CtCk+IrIZPia2tSYIv0tYBJMd9wk0LHPZ/MpJjPZ1JUFVzbY1IscGr5TayaFAt8JsU3IZgUC4BN/k2yDOjQTPwtIRN/K8TECy0TY4u0UICJFxnOxDruRWRMvMgysfvxMPFip5bfxSoTL/Yx8XchMPFiYJN/B2RiVncXmAOxPS4R2GOmGw0KqKV2XKCWEgBqmenjAq03lgmMC0aTjAuWAE/574FNOdqOC9T3BA3+A8u44EcgOA8CxwWHSMYFPxGaFD8JmRTLrUmBLdJyAZNiheEmhY57BZlJsYLPpKgmuLbHpPjZqeUvsWpS/OwzKX4JwaT4GdjkvyTLgA7NxCsJmXilEBOvskyMLdIqASZebTgT67hXkzHxasvE7sfDxGucWv4aq0y8xsfEv4bAxGuATf4rkIlZ3V1gDsT2uFZgj5luNCig1tlxgVpHAKj1po8LtN5YLzAueJNkXLAWeMpvADblm3ZcoDYQNPhGlnHBJiA4jwDHBUdJxgW/EZoUvwmZFL9bkwJbpN8FTIrNhpsUOu7NZCbFZj6Torrg2h6TYotTy62xalJs8ZkUW0MwKbYAm3xrsgzo0Ey8jZCJtwkx8XbLxNgibRdg4h2GM7GOewcZE++wTOx+PEy806nlrlhl4p0+Jt4VAhPvBDb5LiATs7q7wByI7XG3wB4z3WhQQO2x4wK1hwBQe00fF2i9sVdgXDCGZFywG3jK7wM25Rg7LlD7CBp8P8u44AAQnCeA44I4oYMCfaD9QWhS/CFkUvxpTQpskf4UMCkOGm5S6LgPkpkUB/lMimTBtT0mxSHnJ/0VqybFIZ9J8VcIJsUhYJP/lSwDOjQTHyZk4sNCTHzEMjG2SEcEmPio4Uys4z5KxsRHLRO7Hw8TH3N+0vFYZeJjPiY+HgITHwM2+XEgE7O6u8AciO3xhMAeM91oYNZIseMCYA7E9pgFvUf0BrXe0JtEA/QdknHBCeApHw9synfsuEDFEzR41hQZnMPHBdmA4My6Fcg+JOOC7Cl8JkV2IDjd+82Rcuq1NSkCrqmLlCMFv25OIGCl4s6ZAq+RqEmRE9hQIZkUKYJre0yKXM5Pyu36iTFlUugElHIFmzuT1KNNilzAJs+dIgM6NBPnIWTiPEJMnNcyMbZIeQWYOJ/hTKzjzkfGxPksE7sfDxPnd35SgVhl4vw+Ji4QAhPnBzZ5ASATs7q7wByI7bGgwB4z3WhQQBUCmj+sgCpEAKhz0HtEb1DrjXNS8AAdSzIuKAg85QsDm3KsHReowgQNXkSKMdDjgqJAcOYEjgtykYwLziU0Kc4VMinOc12/rUkRcE1dpPMETIpihpsUOu5iZCZFMT6Tor3g2h6TorhTy/Nj1aQo7jMpzg/BpCgObPLzU2RAh2biCwiZ+AIhJr7QMjG2SBcKMHEJw5lYx12CjIlLWCZ2Px4mvsip5cWxysQX+Zj44hCY+CJgk18MZGJWdxeYA7E9lhTYY6YbDQqoUkDzhxVQpQgAVRq9R/QGtd4onYIH6Hsk44KSwFO+DLAp37PjAlWGoMEvkWIM9LjgUiA48wLHBflIxgWXEZoUlwmZFGVd129rUgRcUxeprIBJUc5wk0LHXY7MpCjHZ1KkCq7tMSkud2p5RayaFJf7TIorQjApLgc2+RUpMqBDM/GVhEx8pRATX2WZGFukqwSYuLzhTKzjLk/GxOUtE7sfDxNf7dTymlhl4qt9THxNCEx8NbDJrwEyMau7C8yB2B4rCOwx040GBVQC0PxhBVQCAaAUeo/oDWq9oVLwAB1PMi6oADzlKwKbcrwdF6iKBA1eSYox0OOCRCA4CwLHBYVIxgWVCU2KykImRRXX9duaFAHX1EWqImBSVDXcpNBxVyUzKarymRRpgmt7TIpqTi2rx6pJUc1nUlQPwaSoBmzy6ikyoEMzcQ1CJq4hxMQ1LRNji1RTgIlrGc7EOu5aZExcyzKx+/EwcW2nlnVilYlr+5i4TghMXBvY5HWATMzq7gJzILbHugJ7zHSjQQFVD2j+sAKqHgGg6qP3iN6g1hv1U/AAnUgyLqgLPOWvBTblRDsuUNcSNPh1UoyBHhdcDwRnEeC4oCjJuOAGQpPiBiGT4kbX9duaFAHX1EW6UcCkuMlwk0LHfROZSXETn0mRLri2x6Ro4NTy5lg1KRr4TIqbQzApGgCb/OYUGdChmbghIRM3FGLiRpaJsUVqJMDEtxjOxDruW8iY+BbLxO7Hw8SNnVo2iVUmbuxj4iYhMHFjYJM3ATIxq7sLzIHYHpME9pjpRoMCqinQ/GEFVFMCQN2K3iN6g1pv3JqCB+hkknFBEvCUvw3YlJPtuEDdRtDgzaQYAz0uaA4EZzHguKB4SAdF0PzdDszf4i24tb4DriWZvzv+9/MnOq66M4Vjny2AddYat278KWmnc6DXl9x/S0IzsqWQGXmXNSOxRbpLwIxsZbgZqeNuRWZGtuIzIxME1/aYka2dWraJVTOytc+MbBOCGdka2ORtSG4SbQmZuK0QE7ezTIwtUjsBJo4YzsQ67ggZE0csE7sfDxMnO7VMiVUmTvYxcUoITJwMbPIUILh1ketmgm7U+nG+oqNqicyB1B7bC92Y4FemVKD5wgqoVAJApaH3iN6g1htpKXiAfkgyFmwPPOXTgU35IXgsWIuwwdMJGryDFGOgxzIdgeCsABwLJpD8FlEnQpOik5BJcbfr+m1NioBr6iLdLWBSdDbcpNBxdyYzKTrzmRRKcm33/rs4tewaqyZFF59J0TUEk6ILsMm7psiADs3E9xAy8T1CTNzNMjG2SN0EmPhew5lYx30vGRPfa5nYs7Z7/92dWvaIVSbu7mPiHiEwcXdgk/ew7q4C5kBsj/cJ7DHTjQYFVE8LKNWTAFC90HtEb1DrjV4peIBOIRkX3Ac85e8HNuUUOy5Q9xM0eG8pxkCPC/oAwVkJOC5IJBkX9CU0KfoKmRQPuK7f1qQIuKYu0gMCJkU/w00KHXc/MpOiH59JUVFwbY9J8aBTy/6xalI86DMp+odgUjwIbPL+KTKgQzPxQ4RM/JAQEw+wTIwt0gABJh5oOBPruAeSMfFAy8Tux8PEDzu1fCRWmfhhHxM/EgITPwxs8keATMzq7gJzILbHQQJ7zHSjQQE1GGj+sAJqMAGgHkXvEb1BrTceTcED9BOSccEg4Ck/BNiUn9hxgRpC0OBDpRgDPS54DAjOqsBxQTWSccHjhCbF40ImxROu67c1KQKuqYv0hIBJMcxwk0LHPYzMpBjGZ1JUElzbY1IMd2r5ZKyaFMN9JsWTIZgUw4FN/mSKDOjQTPwUIRM/JcTET1smxhbpaQEmHmE4E+u4R5Ax8QjLxO7Hw8TPOLV8NlaZ+BkfEz8bAhM/A2zyZ4FMzOruAnMgtsfnBPaY6UaDAup5oPnDCqjnCQD1AnqP6A1qvfFCCh6gn5GMC54DnvIvApvyMzsuUC8SNPhLUoyBHhe8DARnTeC4oBbJuOAVQpPiFSGTYqTr+m1NioBr6iKNFDApRhluUui4R5GZFKP4TIpEwbU9JsWrTi1fi1WT4lWfSfFaCCbFq8Amfy1FBnRoJn6dkIlfF2Li0ZaJsUUaLcDEbxjOxDruN8iY+A3LxO7Hw8RvOrV8K1aZ+E0fE78VAhO/CWzyt4BMzOruAnMgtscxAnvMdKNBAfU20PxhBdTbBIB6B71H9Aa13ngnBQ/QaSTjgjHAU/5dYFNOs+MC9S5Bg4+VYgz0uGAcEJx1geOCeiTjgvcITYr3hEyK913Xb2tSBFxTF+l9AZNivOEmhY57PJlJMZ7PpKgsuLbHpJjg1HJirJoUE3wmxcQQTIoJwCafmCIDOjQTTyJk4klCTDzZMjG2SJMFmPgDw5lYx/0BGRN/YJnY/XiY+EOnlh/FKhN/6GPij0Jg4g+BTf4RkIlZ3V1gDsT2OEVgj5luNCigPgaaP6yA+pgAUJ+g94jeoNYbn6TgATqdZFwwBXjKfwpsyul2XKA+JWjwz6QYAz0umAoE53XAccH1JOOCaYQmxTQhk+Jz1/XbmhQB19RF+lzApJhuuEmh455OZlJM5zMpqgiu7TEpZji1nBmrJsUMn0kxMwSTYgawyWemyIAOzcSzCJl4lhATz7ZMjC3SbAEmnmM4E+u455Ax8RzLxO7Hw8RfOLX8MlaZ+AsfE38ZAhN/AWzyL4FMzOruAnMgtse5AnvMdKNBATUPaP6wAmoeAaC+Qu8RvUGtN75KwQN0Jsm4YC7wlP8a2JQz7bhAfU3Q4POlGAM9LlgABOdNwHFBA5JxwTeEJsU3QibFt67rtzUpAq6pi/StgEmx0HCTQse9kMykWMhnUlQVXNtjUixyark4Vk2KRT6TYnEIJsUiYJMvTpEBHZqJvyNk4u+EmHiJZWJskZYIMPFSw5lYx72UjImXWiZ2Px4mXubU8vtYZeJlPib+PgQmXgZs8u+BTMzq7gJzILbHHwT2mOlGgwLqR6D5wwqoHwkA9RN6j+gNar3xUwoeoLNJxgU/AE/55cCmnG3HBWo5QYOvkGIM9LjgZyA4GwHHBbeQjAt+ITQpfhEyKVa6rt/WpAi4pi7SSgGTYpXhJoWOexWZSbGKz6SoJri2x6RY7dRyTayaFKt9JsWaEEyK1cAmX5MiAzo0E/9KyMS/CjHxWsvE2CKtFWDidYYzsY57HRkTr7NM7H48TLzeqeWGWGXi9T4m3hACE68HNvkGIBOzurvAHIjtcaPAHjPdaFBAbQKaP6yA2kQAqN/Qe0RvUOuN31LwAP2CZFywEXjK/w5syi/suED9TtDgm6UYAz0u2AIEZxJwXNCUZFywldCk2CpkUmxzXb+tSRFwTV2kbQImxXbDTQod93Yyk2I7n0lRXXBtj0mxw6nlzlg1KXb4TIqdIZgUO4BNvjNFBnRoJt5FyMS7hJh4t2VibJF2CzDxHsOZWMe9h4yJ91gmdj8eJt7r1HJfrDLxXh8T7wuBifcCm3wfkIlZ3V1gDsT2uF9gj5luNCigDgDNH1ZAHSAA1B/oPaI3qPXGHyl4gM4lGRfsB57yfwKbcq4dF6g/CRr8oBRjoMcFh4DgbAYcFzQnGRf8RWhS/CVkUhx2Xb+tSRFwTV2kwwImxRHDTQod9xEyk+IIn0mRLLi2x6Q46tTyWKyaFEd9JsWxEEyKo8AmP5YiAzo0Ex8nZOLjQkx8wjIxtkgnBJg4rr3ZTKzj1nsE10iUid05TQj4/K8xcRanlvGumsYUE+sElHIF606Ef0MZPztoY2YBNnk8DtzJrO4uMAdie8wqsMdMNxoUUNlwG6UdF2QjAFR29B7RG9R6Q28SDdCvSMYFWYGnfA5gU35lxwUqB0GD55RiDPS4IBcQnHcCxwUtSMYFuYEHRVgmRW4gON37zeO6fluTIuCaukh52uPXzWu4SaHjzktmUuTlMylSBNf2mBT5nFrmj1WTIp/PpMgfgkmRD9jk+dvLgA7NxAUImbiAEBMXtEyMLVJBASYuZDgT67gLkTFxIcvE7sfDxOc4tSwcq0x8jo+JC4fAxOcAm7wwkIlZ3V1gDsT2WIRlXFDUjgtUUQJAnWv6uEDrjXMFxgXzScYFRYCn/HnAppxvxwXqPIIGL8YyLigOBGcr4LigNcm44HxCk+J8IZPiAmtSYIt0gYBJcaHhJoWO+0Iyk+JCPpOiveDaHpOihPOTLopVk6KEz6S4KASTogSwyS9qLwM6NBNfTMjEFwsxcUnLxNgilRRg4lKGM7GOuxQZE5eyTOx+PExc2vlJZWKViUv7mLhMCExcGtjkZYBMzOruAnMgtsdLWMYFl9pxgbqUAFCXmT4u0HrjMoFxwTck44JLgKd8WWBTfmPHBaosQYOXYxkXXA4EZzvguCBCMi64gtCkuELIpLjSmhTYIl0pYFJcZbhJoeO+isykuIrPpEgVXNtjUpR3anl1rJoU5X0mxdUhmBTlgU1+dXsZ0KGZ+BpCJr5GiIkrWCbGFqmCABMnGM7EOu4EMiZOsEzsfjxMrJxaVoxVJlY+Jq4YAhMrYJNXBDIxq7sLzIHYHiuxjAsS7bhAJRIAqrLp4wKtNyoLjAsWkowLKgFP+SrAplxoxwWqCkGDV2UZF1QDgrM9cFyQSjIuqE5oUlQXMilqWJMCW6QaAiZFTcNNCh13TTKToiafSZEmuLbHpKjl1LJ2rJoUtXwmRe0QTIpawCav3V4GdGgmrkPIxHWEmLiuZWJskeoKMHE9w5n4P+AkY+J6londj4eJ6zu1vDZWmbi+j4mvDYGJ6wOb/FogE7O6u8AciO3xOpZxwfV2XKCuJwDUDaaPC7TeuEFgXLCYZFxwHfCUvxHYlIvtuEDdSNDgN7GMCxoAwdkBOC7oSDIuuJnQpLhZyKRoaE0KbJEaCpgUjQw3KXTcjchMikZ8JkW64Noek+IWp5aNY9WkuMVnUjQOwaS4BdjkjdvLgA7NxE0ImbiJEBMnWSbGFilJgImbGs7EOu6mZEzc1DKx+/Ew8a1OLW+LVSa+1cfEt4XAxLcCm/w2IBOzurvAHIjtsRnLuKC5HReo5gSAut30cYHWG7cLjAuWkIwLmgFP+TuATbnEjgvUHQQNfifLuKAFEJydgeOCLiEdFEHz1xKYv0HA/A0G5k83Rw5X7uKjL47r/+/8mc35Uz93RfPRyiEO/d9knC85nffof5/x3tbR121c7/0n67eNvr/dadZv61o/En2dnMl7szvvjTjv1QdhSvR1+7PcS2r0/Wmn2Uuqay/p0dcdTrOXdNdeOkZfd8rkvTmc93Z03qv3eHf0dWdH9qAPsV0FT+YFfQlYBu5tdNx/FjyZV3Tc35OcaV2AZxqw1up7w3GTK+vJMw2Nm58Mj3tHtF+6CMS9nEQstP4Ft5a71kHzt4Ikf22B+VsOzN/PJOd1V+B5DcSMQuYvrAEeMJeeAd497U+9tgO8gGvqIt0jMMDrZvgAT8fdTXiAhz7cOxhKjmtIyLGjoeT4Kwk53gskRyBm1K+E5HivEDl2t+SILVJ3AXLsYTg56rh7CJEjeq/nJp0kcrRivq99bMa9XtghCbo/jcv7BOLeQHKJ6QEk4fXAS8xGkktMT2D+gJhRG0nw18tQEbKZJH/3GypCtpD0by9g/wIxo7YQipBeQiLkfitCsEW6X0CE9DZchOi4e5OIkBLRy3hPgUvpdsPHlWWSZC7jO0jIqA+QjIC1VjsMF3G6r/sI4GY3ySWwtxBuguZvD0n+gPhWu4H520tybvUF4g+IGbWXBH9DDRXBf5Dk7zFDRfCfJP37ALB/gZhRfxKK4AeERHA/K4KxReonIIIfNFwE67gfJBHBZaNisK/Apf4vw0Vw+SQZMXOYhIz6A8kIWGt12HARrPu6vwBujpFcAh8Uwk3Q/B0nyR8Q3+oYMH8nSM6th4D4A2JGnSDB3yuGiuCs2zjyN9JQEZxtG0f/DgD2LxAzCpm/sETwACERPNCKYGyRBgqI4IcNF8E67odJRHBCVAw+JHCpz7nN7LirJMmImVwkZPQIkIyAtVa5hHETNG+6rx8RwE1ekkvgw0K4CZq/fCT5A+Jb5QXmLz/JuTUIiD8gZlR+EvyNN1QEn0OSvwmGiuDCJP07GNi/QMyowoQieLCQCH7UimBskR4VEMFDDBfBOu4hJCK4RlQMDhK41J9ruAiulyQjZs4jIaOhQDIC1lqdZ7gI1n09VAA355NcAocI4SZo/i4gyR8Q3+p8YP4uJDm3HgPiD4gZdSEJ/mYaKoJLkuRvlqEiuBRJ/z4O7F8gZlQpQhH8uJAIfsKKYGyRnhAQwcMMF8E67mEkIvj6qBh8TOBSf4nhIrhhkoyYuZSEjIYDyQhYa3Wp4SJY9/VwAdyUI7kEDhPCTdD8XU6SPyC+VTlg/q4gObeeBOIPiBl1BQn+lhgqgq8myd9SQ0XwNST9+xSwf4GYUdcQiuCnhETw01YEY4v0tIAIHmG4CNZxjyARwU2iYvBJgUu9MlwEN0+SETMVScjoGSAZAWutKhougnVfPyOAm8okl8ARQrgJmr8qJPkD4ltVBuavKsm59SwQf0DMqKok+FtvqAiuSZK/DYaK4Fok/fscsH+BmFG1CEXwc0Ii+HkrgrFFel5ABL9guAjWcb9AIoJbRMXgswKX+rqGi+C2STJiph4JGb0IJCNgrVU9w0Ww7usXBXBzHckl8AUh3ATN3/Uk+QPiW10HzN8NJOfWS0D8ATGjbiDB335DRfDNJPk7YKgIbkjSvy8D+xeIGdWQUAS/LCSCX7EiGFukVwRE8EjDRbCOeySJCE6JisGXBC71jQ0XwR2TZMRMExIyGgUkI2CtVRPDRbDu61ECuLmV5dtRhXATNH+3keQPiG91KzB/zUjOrVeB+ANiRjUjwV/2lWaK4DtJ8pcDmD+kCG5B0r+vAfsXiBnVglAEvyYkgl+3IhhbpNcFRPBow0Wwjns0iQjuEhWDrwpc6lsZLoJ7JMmImdYkZPQGkIyAtVatDRfBuq/fEMBNO5JL4Ggh3ATNX4Qkf0B8q3bA/CWTnFtvAvEHxIxKJsFfMUNFcBpJ/oobKoLTSfr3LWD/AjGj0glF8FtCIniMFcHYIo0REMFvGy6Cddxvk4jg+6Ni8E2BS30nw0Xwg0kyYuZuEjJ6B0hGwFqruw0Xwbqv3xHATVeSS+DbQrgJmr97SPIHxLfqCsxfN5Jz610g/oCYUd1I8HeFoSL4PpL8XWmoCO5J0r9jgf0LxIzqSSiCxwqJ4HFWBGOLNE5ABL9nuAjWcb9HIoIHRsXguwKX+t6Gi+AhSTJipg8JGb0PJCNgrVUfw0Ww7uv3BXDTj+QS+J4QboLm70GS/AHxrfoB89ef5NwaD8QfEDOqPwn+ahoqgh8myV8tQ0XwIyT9OwHYv0DMqEcIRfAEIRE80YpgbJEmCojgSYaLYB33JBIR/ERUDI4XuNQ/argIHpEkI2aGkJDRZCAZAWuthhgugnVfTxbAzeMkl8BJQrgJmr8nSPIHxLd6HJi/YSTn1gdA/AExo4aR4K+xoSL4aZbf6TdUBI8g6d8Pgf0LxIwaQSiCPxQSwR9ZEYwt0kcCIniK4SJYxz2FRAQ/HxWDHwhc6p8zXASPTJIRM8+TkNHHQDIC1lo9b7gI1n39sQBuXiK5BE4Rwk3gbx0lyR8Q3+olYP5eITm3PgHiD4gZ9QoJ/toZKoJfI8lfxFAR/DpJ/34K7F8gZtTrhCL4UyER/JkVwdgifSYggqcaLoJ13FNJRPDrUTH4icCl/k3DRfDbSTJi5i0SMpoGJCNgrdVbhotg3dfTBHDzDsklcKoQbgL/rihJ/oD4Vu8A8zeW5Nz6HIg/IGbUWBL8dTdUBI8nyV8PQ0XwBJL+nQ7sXyBm1ARCETxdSATPsCIYW6QZAiJ4puEiWMc9k0QEj4uKwc8FLvWTDRfBk5JkxMwHJGQ0C0hGwFqrDwwXwbqvZwngZgrJJXCmEG4Cf7KBJH9AfKspwPx9QnJuzQbiD4gZ9QkJ/gYZKoKnkeRvsKEi+HOS/p0D7F8gZtTnhCJ4jpAI/sKKYGyRvhAQwV8aLoJ13F+SiOCPomJwtsClfqbhInhqkoyYmUVCRnOBZASstZpluAjWfT1XADdfkFwCvxTCTeC6kOQPiG/1BTB/c0nOrXlA/AExo+aS4O8FQ0XwfJL8vWioCF5A0r9fAfsXiBm1gFAEfyUkgr+2IhhbpK8FRPB8w0Wwjns+iQieERWD8wQu9QsNF8FfJsmImUUkZLQASEbAWqtFhotg3dcLBHCzhOQSOF8IN0Hzt5Qkf0B8qyXA/C0jObe+AeIPiBm1jAR/Yw0VwT+R5G+coSJ4OUn/fgvsXyBm1HJCEfytkAheaEUwtkgLBUTwIsNFsI57EYkI/joqBr8RuNT/YrgIXpQkI2ZWkpDRYiAZAWutVhougnVfLxbAzRoWESeEm6D5+5Ukf0B8qzXA/K0lObe+A+IPiBm1lgR/0wwVwRtJ8ve5oSJ4E0n/LgH2LxAzahOhCF4iJIKXWhGMLdJSARG8zHARrONeRiKCl0bF4HcCl/rNhovg5UkyYmYLCRl9DyQjYK3VFsNFsO7r7wVws53kErhMCDdB87eDJH9AfKvtwPztJDm3fgDiD4gZtZMEfwsNFcF7WUxAQ0XwPpL+/RHYv0DMqH2EIvhHIRH8kxXB2CL9JCCClxsugnXcy0lE8MqoGPxB4FL/h+EieF2SjJj5k4SMVgDJCFhr9afhIlj39QoB3PxFcglcLoSboPk7TJI/IL7VX8D8HSE5t34G4g+IGXWEBH9rDBXBJ0jy96uhIjhuO0f//gLsXyBmFDJ/YYngX4RE8EorgrFFWikgglcZLoJ13KtIRPCmqBj8WeBSn3W72XFvS5IRM9lIyGg1kIyAtVbZhHETNG+6r1cL4CZnSLhJCPZ4zt6EYI8HN0Hzl4skf0B8q5zA/OUmObfWAPEHxIzKTYK/3YaK4Pwk+dtjqAguQNK/vwL7F4gZVYBQBP8qJILXWhGMLdJaARG8znARrONeRyKCd0XF4BqBS/05hovgA0kyYqYwCRmtB5IRsNaqsOEiWPf1egHcnEtyCVwnhJug+TuPJH9AfKtzgfkrRnJubQDiD4gZVYwEf1lWmSmCLyTJXzwwf0gRXIKkfzcC+xeIGVWCUARvFBLBm6wIxhZpk4AI/s1wEazj/o1EBB+KisENApf6koaL4ONJMmKmFAkZ/Q4kI2CtVSnDRbDu698FcHMJySXwNyHcBM3fpST5A+JbXQLM32Uk59ZmIP6AmFGXkeCviKEi+AqS/BU1VARfSdK/W4D9C8SMupJQBG8REsFbrQjGFmmrgAjeZrgI1nFvIxHB8U3j4jYLXOqvNlwE52oqI2auISGj7UAyAtZaXWO4CNZ9vV0AN4rkErhNCDdB81eRJH9AfCsFzF8lknNrBxB/QMyoSiT4u8xQEVyVJH9lDRXB1Uj6dyewf4GYUdUIRfBOIRG8y4pgbJF2CYjg3YaLYB33bhIRnC8qBncIXOprGi6CCzeVETO1SMhoD5CMgLVWtQwXwbqv9wjgpi7L7xQK4SZo/uqR5A+Ib1UXmL/6JOfWXiD+gJhR9UnwV9VQEXwDSf6qGSqCbyTp333A/gViRt1IKIL3CYng/VYEY4u0X0AEHzBcBOu4D5CI4POiYnCvwKX+ZsNFcImmMmKmIQkZ/QEkI2CtVUPDRbDu6z8EcNOY5BJ4QAg3QfPXhCR/QHyrxsD8JZGcW38C8QfEjEoiwd/NhorgZiz9a6gIbk7SvweB/QvEjGpOKIIPCongQ1YEY4t0SEAE/2W4CNZx/0UigktFxeCfApf6Ow0XwWWbyoiZFiRkdBhIRsBaqxaGi2Dd14cFcNOK5BL4lxBuguavNUn+gPhWrYD5a0Nybh0B4g+IGdWGBH+tDBXByST5a22oCE4h6d+jwP4FYkalEIrgo0Ii+JgVwdgiHRMQwccNF8E67uMkIvjKqBg8InCpTzNcBCc0lREz6SRkdAJIRsBaq3TDRbDu6xMCuOlEcgk8LoSboPm7myR/QHyrTsD8dSY5t+JScfkDYkZ1JsFfV0NFcDeS/N1jqAi+l6R/swD7F4gZdS+hCAbm0iOC41NPvbYiOOCaukg6oeh1s6aaLYJ13FlT4TUS2WtiVAzGpeIv9fcZLoJrNJURMz1JyCgbkIyAtVY9DRfBuq+zCfRLb5JLYFYh3ATNXx+S/AHxrXoD89eX5NzKDsQfEDOqLwn+BhgqgvuT5G+goSL4IZL+zQHsXyBm1EOEIjiHkAjOaUUwtkg5BURwLsNFsI47F4kIrhMVg9kFLvUPGy6Cr28qI2YeISGj3EAyAtZaPWK4CNZ9nVsAN4+SXAJzCeEmaP6GkOQPiG/1KDB/Q0nOrTxA/AExo4YazncNonyXR+DcGmZ43E2aypzXw0n6JS+wX4C1VsMNx02WaCHyCuBGr4uKW+8thwsz8dEXx/X/d/7M5vypn3zRWPI78ej/JkPU5nTeo/99xnsLRF8XdL33n6xfKPr+c06zfiHX+oWjr4tk8t7sznsLO+/VArxo9PW5Z7mX86LvL3aavZzn2kvx6OvzT7OX4q69XBB9fWEm783hvPcC5716jyWiry9yNCAam7sKnswLGptPG96TfxY8mVd03CNIzvKLgWc5sNZqBKGBmBV8DmfsMaPmJaO1KhX9X2mXD5Tf+TN3nNdU1E8O1+t6oH0JmJQJ2V17ze3ac0Y8BZx/nw37cyvlduU2zpXvuEzyFuf6+bmi/8vnvO6Q1rNpr5Qundo3SuubWc2yZrJuvCvW7L73ueuY8e9yuv97iUsJaK2/XR5KOuRVyvmztPNn9MyNKxN9fcl/ITPEhUg3I3rd5wgumGUEyOx5ITKLB8cPrI96HkxA/sNZov4lU2XqBP++FOA+3Xm91DlPLnMRZDHnT/dhn8X1z5hJM5crjozHTS4ZPzMj7gwizY7dS0X9s7LFeZ/TEWnGz/cRabO09j3SevqI1D8xjc8kVneMOr6c2PgSMvaa8WTsKePn5Ik7hZtcrn3kxu5DZfws/z5yu/aRy/U649/lce0p45/l9e3X3Qvu/zYjr3ldMdNcRnQglzqXjsucP8tG/yyXKrf/kgIE/JLhEywdd1mBuF8muXgA66NeJrhklhKo9SgCjJcTiPtVEowD66NeNRzjubKedKzRtR5teNw7osr8YoG43yBxQy8HuqHAWitk/vwmzeXOvch/T9LPFdHXV57lpOSq6PvLn2ZScpVr/aujr69JPbluGAL5ilTzz52rsZ9uTE+smJig+xoVt1vYVXAJ7QyB8L8otHO64sh43O60FlFFnP9/T7eendL7NunVpUun9E5pqU269Uxzp8yvZ/2v3UZwdt9/Q20OS+2vgtCnYv9bToNyTMK//6Rxgm8tFdZkK0Hoo/HKfjQeWySVil+3ouEfjddxVwz5EEgI9nhymhDw8V+e0MLvr+iCt6fg1tsfnVnfkSJbr4BrK/8/cOe3koO1RBfmsrtwkvFefaCdiPs7hrK4Xsc774k/zXuy/Jd1/ttlROzQyghOJ2CWK9jEVK+9794Q6mdXAh5ClU+zVrWqaSnpVRMrJSckpqdE16mSnlYpuWJ1lV6tUnT5SokqJTktITUxpWqVxCrV0quG9tmSykIMXMUyMLZIVQQYuKrhDKzjrhrSL6cFjT/R2St63TGG/rKIf59ILFUD2mVjwBaXPsT0/uo7a6Ixn3ErQuPoHcMt4ozbGzrud820iP8muZEXkUTgWmNJflkNiG8FxIySyh+6T6oT2kfVhS6vNezlFVukGgKX15qGX1513DVDurwmBHv+43dL7DWs+VtigIMg3fuEZvfUcvJd+x/YPddmkju/3XNt3JntnszWOaPdY/qH8eKdZGZxJa6264ae8aBvHMA4VG3gYVYH1wzpGfmsI6h4dB4TBZTzeLM++PW3W5KOu5ZA3BMIPvBWWyDuiYYqFT/BIM+N8cCv1ZhEovSA+FZAzKhJIX3gMmidawG5pi7QqdNrSHBL3VSZMwxZawkXsX0yPu4pBC5iqkDcH5N80LQesB+BtVYfG44b3S/3CeDmM4J+6SkQ91SSfqkP7BdgrdVUgn4ZJICb6QT9Mlgg7hkk/XItsF+AtVYzCPrlOQHczCbol+cF4p5D0i/XAfsFWGs1h6BfxgjgZi5Bv7wtEPc8kn65HtgvwFqreQT9MkUAN/MJ+uVjgbgXkPTLDcB+AdZaLSDol7kCuFlI0C/zBOJeRNIvNwL7BVhrtYigX34QwM0Sgn75USDupST9chOwX4C1VksJ+mWjAG5+IOiXTQJx/0jSLw2A/QKstfqRoF/2C+BmBUG/HBCI+2eSfrkZ2C/AWqufCfolawoeN6sI+iWbQNyrSfqlIbBfgLVWqwn6pYgAbtYS9EtRgbjXkfRLI2C/AGut1hH0yyUCuNlI0C+XCsS9iaRfbgH2C7DWahNBv1QSwM1mgn5JFIh7C0m/NAb2C7DWagtBv1wngJvtBP1yvUDcO0j6pQmwX4C1VjsI+qWZAG52E/RLc4G495D0SxKwX4C1Vsj86V96bhHFd6GM3OnfNY3+T3/WVH9+Tn8mSH/OQc9u9TxKe+zaN9ReiNZ3+s6qeVifLUmpcZ4HjZumqTK4Qe/zViBudH1axp/6PTSdg1uF83wb8HfUwvo2ktuEvo2kmf02EmyRmgl8G0lzw7+NRMfdnOjbSCT2ar/Q9uQTl8mD2rM7v7c7NbzjH3zDSWnXf+f+xhL3N5yUjjvzN5xkts7/xDec6GSWciXujtS/n7wmf8PJHcAD8s5UfH7v/Af5DLrvFsBbmaHfdyf2jSG3C/wW/36CuO8QiPsAwV8F10Ig7j9IvuEEiEsFrLWSyh+6zi0J1WNLIfV4l1WP2CLdJaAeWxmuHnXcrYjUYyurHunVY2unhm2sevz3T0aiWvvUYxsy9dgGeEC2FVCPbUNQj+2sevzXKqq1gJr4iyDuNgJxHyZQj+0E4j5Coh6BuFTAWitk/jTpt3TfFrA5/L/6oLHZJtX8PUaEZtzwhkwGEiIroJIJAJWC3iN6g9pbThFgjBMkjBEB3q7bA5vyBMFNo70AblJTsUzZgvBgSyU42NKkmDIeDCi3FA+6VjrBV35LNGWHVPMPoyskvup8h9lx6yZMF4g7fkc45B10nx2B/QistULmT5jE/m9QhcZmBwIS6yh9Ow8K8FzRjrlaoMGzG97gaenpCSmp7dWOgriYOyE/Fw7MX1hTdmD8nin73XbKji3S3QJT9s6GT9l13J2FpuwZD1pZIHPaJVWuKUD5TE+smJiAPJC7pppLaBK/xNghBU/kOQ2PW38So6NA3LlIFMo9wL4G1lrlIuiX3gK4yUvQL30E4s5H0i/dgP0CrLXKR9AvQwVwU5CgXx4TiLsQSb/cC+wXYK1VIYJ+eUkAN0UI+uVlgbiLkvRLd2C/AGutihL0y1gB3BQj6JdxAnEXJ+mXHsB+AdZaFSfol88EcHMhQb9MFYi7BEm/3AfsF2CtVQmCfpkvgJuSBP2yQCDuUiT90hPYL8Baq1IE/bJCADeXEPTLzwJxX0rSL72A/QKstbqUoF82C+CmHEG/bBGI+3KSfrkf2C/AWqvLCfrloABuriLol0MCcZcn6ZfewH4B1lqVJ+iXnO3xuKlA0C+5BOJOIOmXPsB+AdZaJRD0SzEB3FQi6JfiAnEnkvRLX2C/AGutEgn6pZwAbqoS9MvlAnFXI+mXB4D9Aqy1qkbQL1UFcFOToF+qCcRdi6Rf+gH7BVhrVYugX24SwE1dgn5pIBB3PZJ+eRDYL8Baq3oE/XKnAG6uI+iXFgJxX0/SL/2B/QKstULmT3/T5F3xp/5SIv07DPpz2fqzpvrzc/ozQfpzDnp2q+dR2mPXvqH2QrS+03dWzcP6bOmfGud50Lh5SOhrKND7HAD+S4laxZ/6fTadgwHCeR5I+LXSA4V+4fVh+wuv2CI9LPALr48Y/guvOu5HiL5WWmKv9mulTz5xmTyoPbvzO8ip4WD7tdL//slI1CDf10oPJvta6cHAA/JRga+VfjSEr5UeYr9W+l9/p9ogga+luWmH+XEPFoi7geGqX8c9RCDum0NS/QnBHgXEpQLWWknlD13noYTqcaiQenzMqkdskR4TUI+PG64eddyPE6nHx616pFePTzg1HGbV479/MhL1hE89DiNTj8OAB+RwAfU4PAT1+KRVj/9aRT0hoCYaE6jHYQJxNyFQj08KxJ1Eoh6BuFTAWitk/jTpt3LfFrA5FPsG6GEE31L9lNRftYBuyKfBfykRI6CeJgDUCNP/UiLtLY8QYIxmJIzxFPB2/QywKZsR3DSeEcDNs+C/lOguwoPtWYKD7TnTDzb9Nd9dBQB6u/kH23++Phz5lenPAw82qfzFg+uM/MusXiD4y6wkDvMXU80nsecF4r7TcPLWh/cLAnG3IPlo+UvAfgTWWrXYQXP5EfvLrF4kuPy8lCqDc3hDvnw2l4Cqp11LhfVpgJeFPg3wiv00ALZIrwh8GmCk4Z8G0HGPFPo0QMYjmdOEgE8YnwRolIz9JEDL9vicxmcVYoCz3ac6/b9212qUg9tX/8GnCh6I+zse/Z8qeCDuzJ8qyGydM36q4KyTcIYUZQQ3KvXUBuOdRPTxbQ71MzOAjGb0VgS/tdpS4LdWW5P4yfFnYxuc4cY1CkiGbUik2atAaebulaD7akuCP2CfKCBmVFuSz0+/RqiYXhNSTK9bxYQt0usCimm04YpJxz2a6PPTEns9k2oKWje/agq6npRqOityP4OyicvkQa3trtUbDh7eNF01STQDaK3/+6zwGz4FppPaN877mPxZ7DeBh+1bZ8Xa6ad9MvL51j/IZ9B9jwHmoPX/rxv6PzhczvpmeYbboMbhGwJDt/YEn8V+UyDuVIJPSI0RiDuNRIkCcamAtVZpBLiROCeyCFnW6H2+ncqxz3fA3zPWOv7UxU7n4J3UuDjJ/b9L+Jvi7wo5HWOt04Et0lgBp2Oc4U6Hjnsc2Wx4nOBsWAizof0W9ntOLd83/bew0UnICO49329Ov58a97cHbWW9B2zy90luEuMJmXi8EBNPsEyMLdIEASaeaDgT67gnkjHxRMvE7sfDxJOcWk6OVSae5GPiySEw8SRgk08G/1Zf60zQjVo/zld0VC0np5q/xw9YPtj+Ifj33xkB9SEBoD4y/ddEtd74SMBt7UTi0n8APOWnAJuyE/hXoVoQNvgUggb/WIox0GPrT4DgnAL8CrGPt8skEH2gfUpoUnwqZFJ8Zk0KbJE+EzApphpuUui4p5KZFFP5TAolubZ7/9OcWn4eqybFNJ9J8XkIJsU0YJN/nioDOjQTTydk4ulCTDzDMjG2SDMEmHim4Uys455JxsQzLRN71nbvf5ZTy9mxysSzfEw8OwQmngVs8tnW3VXAHIjtcQ7LuOALCyj1BQGgvjR9XKD1xpcC44LOJOOCOcBTfi6wKTvbcYGaS9Dg81jGBV8BwfkZcFwwlWRc8DWhSfG1kEkx35oU2CLNFzApFhhuUui4F5CZFAv4TIqKgmt7TIpvnFp+G6smxTc+k+LbEEyKb4BN/m2qDOjQTLyQkIkXCjHxIsvE2CItEmDixYYzsY57MRkTL7ZM7H48TPydU8slscrE3/mYeEkITPwdsMmXAJmY1d0F5kBsj0tZxgXL7LhALSMA1Pemjwu03vheYFzQlWRcsBR4yv8AbMqudlygfiBo8B9ZxgU/AcE5HTgumEEyLlhOaFIsFzIpVliTAlukFQImxc+GmxQ67p/JTIqf+UyKSoJre0yKX5xaroxVk+IXn0mxMgST4hdgk69MlQEdmolXETLxKiEmXm2ZGFuk1QJMvMZwJtZxryFj4jWWid2Ph4l/dWq5NlaZ+FcfE68NgYl/BTb5WiATs7q7wByI7XEdy7hgvR0XqPUEgNpg+rhA640NAuOCbiTjgnXAU34jsCm72XGB2kjQ4JtYxgW/AcE5GzgumEMyLvid0KT4Xcik2GxNCmyRNguYFFsMNyl03FvITIotfCZFouDaHpNiq1PLbbFqUmz1mRTbQjAptgKbfFuqDOjQTLydkIm3CzHxDsvE2CLtEGDinYYzsY57JxkT77RM7H48TLzLqeXuWGXiXT4m3h0CE+8CNvluIBOzurvAHIjtcQ/LuGCvHReovQSA2mf6uEDrjX0C44LuJOOCPcBTfj+wKbvbcYHaT9DgB1jGBX8AwTkXOC6YRzIu+JPQpPhTyKQ4aE0KbJEOCpgUhww3KXTch8hMikN8JkVlwbU9JsVfTi0Px6pJ8ZfPpDgcgknxF7DJD6fKgA7NxEcImfiIEBMftUyMLdJRASY+ZjgT67iPkTHxMcvE7sfDxMedWp6IVSY+7mPiEyEw8XFgk58AMjGruwvMgdge49JIxgVZcBulHRdkSTN/j/HoPaI3qPWG3iQaoPeRjAvcHR9YewCb8j47LlBZCRo8mxRjoMcF2YHgnA8cFywgGRfkQB4UceGYFDmA4HTvN2faqdfWpAi4pi5SzjT8urmAgJWKO1cavEaiJkUuYEOFZFJUEVzbY1LkdmqZx1XTmDIpdAJKuYJ1J8K/oYyfHbQxcwObPE+aDOjQTJyXkInzCjFxPsvE2CLlE2Di/IYzsY47PxkT57dM7H48TFzAqWXBWGXiAj4mLhgCExcANnlBIBOzurvAHIjtsRDLuOAcOy5Q5xAAqrDp4wKtNwoLjAt6kYwLCgFP+SLApuxlxwWqCEGDF2UZF5wLBOdC4LhgEcm44DxCk+I8IZOimDUpsEUqJmBSFDfcpNBxFyczKYrzmRRVBdf2mBTnO7W8IFZNivN9JsUFIZgU5wOb/II0GdChmfhCQia+UIiJS1gmxhaphAATX2Q4E+u4LyJj4ossE7sfDxNf7NSyZKwy8cU+Ji4ZAhNfDGzykkAmZnV3gTkQ22MplnFBaTsuUKUJAFXG9HGB1htlBMYFvUnGBaWAp/wlwKbsbccF6hKCBr+UZVxwGRCcS4DjgqUk44KyhCZFWSGTopw1KbBFKidgUlxuuEmh476czKS4nM+kqCa4tsekuMKp5ZWxalJc4TMprgzBpLgC2ORXpsmADs3EVxEy8VVCTFzeMjG2SOUFmPhqw5lYx301GRNfbZnY/XiY+BqnlhVilYmv8TFxhRCY+Bpgk1cAMjGruwvMgdgeE1jGBcqOC5QiAFRF08cFWm9UFBgX9CUZFyQAT/lKwKbsa8cFqhJBgyeyjAsqA8H5A3Bc8CPJuKAKoUlRRcikqGpNCmyRqgqYFNUMNyl03NXITIpqfCZFdcG1PSZFdaeWNWLVpKjuMylqhGBSVAc2eY00GdChmbgmIRPXFGLiWpaJsUWqJcDEtQ1nYh13bTImrm2Z2P14mLiOU8u6scrEdXxMXDcEJq4DbPK6QCZmdXeBORDbYz2WcUF9Oy5Q9QkAda3p4wKtN64VGBf0IxkX1AOe8tcBm7KfHReo6wga/HqWccENQHCuAI4LfiYZF9xIaFLcKGRS3GRNCmyRbhIwKRoYblLouBuQmRQN+EyKZMG1PSbFzU4tG8aqSXGzz6RoGIJJcTOwyRumyYAOzcSNCJm4kRAT32KZGFukWwSYuLHhTKzjbkzGxI0tE7sfDxM3cWqZFKtM3MTHxEkhMHETYJMnAZmY1d0F5kBsj01ZxgW32nGBupUAULeZPi7QeuM2gXFBf5JxQVPgKd8M2JT97bhANSNo8OYs44LbgeBcBRwXrCYZF9xBaFLcIWRS3GlNCmyR7hQwKVoYblLouFuQmRQt+EyKFMG1PSZFS6eWd8WqSdHSZ1LcFYJJ0RLY5HelyYAOzcStCJm4lRATt7ZMjC1SawEmbmM4E+u425AxcRvLxO7Hw8RtnVq2i1Umbutj4nYhMHFbYJO3AzIxq7sLzIHYHiMs44JkOy5QyQSASjF9XKD1RorAuGAAybggAjzl2wObcoAdF6j2BA2eyjIuSAOCcy1wXLCOZFyQTmhSpAuZFB2sSYEtUgcBk6Kj4SaFjrsjmUnRkc+kaC+4tsek6OTU8u5YNSk6+UyKu0MwKToBm/zuNBnQoZm4MyETdxZi4i6WibFF6iLAxF0NZ2Idd1cyJu5qmdj9eJj4HqeW3WKVie/xMXG3EJj4HmCTdwMyMau7C8yB2B7vZRkXdLfjAtWdAFA9TB8XaL3RQ2Bc8DDJuOBe4Cl/H7ApH7bjAnUfQYP3ZBkX9AKCcyNwXLCJZFxwP6FJcb+QSdHbmhTYIvUWMCn6GG5S6Lj7kJkUffhMilTBtT0mRV+nlg/EqknR12dSPBCCSdEX2OQPpMmADs3E/QiZuJ8QEz9omRhbpAcFmLi/4Uys4+5PxsT9LRO7Hw8TP+TUckCsMvFDPiYeEAITPwRs8gFAJmZ1d4E5ENvjQJZxwcN2XKAeJgDUI6aPC7TeeERgXDCIZFwwEHjKDwI25SA7LlCDCBp8MMu44FEgODcDxwVbSMYFQwhNiiFCJsVQa1JgizRUwKR4zHCTQsf9GJlJ8RifSZEmuLbHpHjc+UlPxKpJ8bjPpHgiBJPicWCTP5EmAzo0Ew8jZOJhQkw83DIxtkjDBZj4ScOZWMf9JBkTP2mZ2P14mPgp5yc9HatM/JSPiZ8OgYmfAjb500AmZnV3gTkQ2+MIlnHBM3ZcoJ4hANSzpo8LtN54VmBc8CjJuGAE8JR/DtiUj9pxgXqOoMGfZxkXvAAE53bguGAHybjgRUKT4kUhk+Ila1Jgi/SSgEnxsuEmhY77ZTKT4mU+kyJdcG2PSfGKU8uRsWpSvOIzKUaGYFK8AmzykWkyoEMz8ShCJh4lxMSvWibGFulVASZ+zXAm1nG/RsbEr1kmdj8eJn7dqeXoWGXi131MPDoEJn4d2OSjgUzM6u4CcyC2xzdYxgVv2nGBepMAUG+ZPi7QeuMtgXHBUJJxwRvAU34MsCmH2nGBGkPQ4G+zjAveAYJzN3BcsGd7OAdF0Py9C8zfO8D8vQtcSzJ/Y//38yc6rhqXxrHP94B11hq3Tfwpaadz8J5P+qH3/z6hGfm+kBk53pqR2CKNFzAjJxhuRuq4J5CZkRP4zMgEwbU9ZuREp5aTYtWMnOgzIyeFYEZOBDb5JJKbxGRCJp4sxMQfWCbGFukDASb+0HAm1nF/SMbEH1omdj8eJv7IqeWUWGXij3xMPCUEJv4I2ORTgODWRW5DaPJOSTN/jx+zjAU/AY8FGQH1CQGgPjV9LKj1xqcCY8HHScaCHwNP+c+ATfk4eCx4F2GDf0bQ4FNZxoLTgODMiQOnyiV0UKAPtM8JTYrPhUyK6dakwBZpuoBJMcNwk0LHPYPMpJjBZ1IoybXd+5/p1HJWrJoUM30mxawQTIqZwCaflSYDOjQTzyZk4tlCTDzHMjG2SHMEmPgLw5lYx/0FGRN/YZnYs7Z7/186tZwbq0z8pY+J54bAxF8Cm3yudXcVMAdie5zHMi74ygJKfUUAqK9NHxdovfG1wLhgGMm4YB7wlJ8PbMphdlyg5hM0+AKWccE3QHDmBY4L8pGMC74lNCm+FTIpFlqTAlukhQImxSLDTQod9yIyk2IRn0lRUXBtj0mx2Knld7FqUiz2mRTfhWBSLAY2+XdpMqBDM/ESQiZeIsTESy0TY4u0VICJlxnOxDruZWRMvMwysfvxMPH3Ti1/iFUm/t7HxD+EwMTfA5v8ByATs7q7wByI7fFHlnHBT3ZcoH4iANRy08cFWm8sFxgXPEkyLvgReMqvADblk3ZcoFYQNPjPLOOCX4DgLAgcFxQiGResJDQpVgqZFKusSYEt0ioBk2K14SaFjns1mUmxms+kqCS4tsekWOPU8tdYNSnW+EyKX0MwKdYAm/zXNBnQoZl4LSETrxVi4nWWibFFWifAxOsNZ2Id93oyJl5vmdj9eJh4g1PLjbHKxBt8TLwxBCbeAGzyjUAmZnV3gTkQ2+MmlnHBb3ZcoH4jANTvpo8LtN74XWBc8DTJuGAT8JTfDGzKp+24QG0maPAtLOOCrUBwFgGOC4qSjAu2EZoU24RMiu3WpMAWabuASbHDcJNCx72DzKTYwWdSJAqu7TEpdjq13BWrJsVOn0mxKwSTYiewyXelyYAOzcS7CZl4txAT77FMjC3SHgEm3ms4E+u495Ix8V7LxO7Hw8T7nFruj1Um3udj4v0hMPE+YJPvBzIxq7sLzIHYHg+wjAv+sOMC9QcBoP40fVyg9cafAuOCZ0jGBQeAp/xBYFM+Y8cF6iBBgx9iGRf8BQRnMeC4oDjJuOAwoUlxWMikOGJNCmyRjgiYFEcNNyl03EfJTIqjfCZFZcG1PSbFMaeWx2PVpDjmMymOh2BSHAM2+fE0GdChmfgEIROfEGLiuPRTLy0TB1xTF0knFL1ulnSzmVjHnSUdXiNRJnbnNCHg87/GxPFOLbO6ahpTTKwTUMoVrDsR/g1l/OygjRkPbPKsOHBXZnV3gTkQ22M2gT1mutGggMqeDgyaFFDZCQCVA71H9Aa13siRjgfocyTjgmzAUz4nsCmfs+MClZOgwXNJMQZ6XJAbCM4LgeOCEiTjgjzI62BcOCZFHiA43fvNa00KbJHyCpgU+Qw3KXTc+chMinx8JkUVwbU9JkV+p5YFYtWkyO8zKQqEYFLkBzZ5gXQZ0KGZuCAhExcUYuJClomxRSokwMTnGM7EOu5zyJj4HMvE7sfDxIWdWhaJVSYu7GPiIiEwcWFgkxcBMjGruwvMgdgei7KMC8614wJ1LgGgzjN9XKD1xnkC44IXSMYFRYGnfDFgU75gxwWqGEGDF2cZF5wPBGdJ4LigFMm44AJCk+ICIZPiQmtSYIt0oYBJUcJwk0LHXYLMpCjBZ1JUFVzbY1Jc5NTy4lg1KS7ymRQXh2BSXARs8ovTZUCHZuKShExcUoiJS1kmxhaplAATlzaciXXcpcmYuLRlYvfjYeIyTi0viVUmLuNj4ktCYOIywCa/BMjErO4uMAdie7yUZVxwmR0XqMsIAFXW9HGB1htlBcYFL5GMCy4FnvLlgE35kh0XqHIEDX45y7jgCiA4LwGOCy4lGRdcSWhSXClkUlxlTQpska4SMCnKG25S6LjLk5kU5flMimqCa3tMiqudWl4TqybF1T6T4poQTIqrgU1+TboM6NBMXIGQiSsIMXGCZWJskRIEmFgZzsQ6bkXGxMoysfvxMHFFp5aVYpWJK/qYuFIITFwR2OSVgEzM6u4CcyC2x0SWcUFlOy5QlQkAVcX0cYHWG1UExgWvkIwLEoGnfFVgU75ixwWqKkGDV2MZF1QHgrMccFxwOcm4oAahSVFDyKSoaU0KbJFqCpgUtQw3KXTctchMilp8JkV1wbU9JkVtp5Z1YtWkqO0zKeqEYFLUBjZ5nXQZ0KGZuC4hE9cVYuJ6lonBRRJg4vqGM7GOuz4ZE9e3TOx+PEx8rVPL62KVia/1MfF1ITDxtcAmvw7IxKzuLjAHYnu8nmVccIMdF6gbCAB1o+njAq03bhQYF4wiGRdcDzzlbwI25Sg7LlA3ETR4A5Zxwc1AcF4FHBeUJxkXNCQ0KRoKmRSNrEmBLVIjAZPiFsNNCh33LWQmxS18JkWy4Noek6KxU8smsWpSNPaZFE1CMCkaA5u8SboM6NBMnETIxElCTNzUMjG2SE0FmPhWw5lYx30rGRPfapnY/XiY+Danls1ilYlv8zFxsxCY+DZgkzcDMjGruwvMgdgem7OMC2634wJ1OwGg7jB9XKD1xh0C44LXSMYFzYGn/J3ApnzNjgvUnQQN3oJlXNASCM4KwHFBAsm44C5Ck+IuIZOilTUpsEVqJWBStDbcpNBxtyYzKVrzmRQpgmt7TIo2Ti3bxqpJ0cZnUrQNwaRoA2zytukyoEMzcTtCJm4nxMQRy8TYIkUEmDjZcCbWcSeTMXGyZWL342HiFKeW7WOViVN8TNw+BCZOATZ5eyATs7q7wByI7TGVZVyQZscFKo0AUOmmjwu03kgXGBeMJhkXpAJP+Q7AphxtxwWqA0GDd2QZF3QCgrMScFyQSDIuuJvQpLhbyKTobE0KbJE6C5gUXQw3KXTcXchMii58JkV7wbU9JkVXp5b3xKpJ0dVnUtwTgknRFdjk96TLgA7NxN0ImbibEBPfa5kYW6R7BZi4u+FMrOPuTsbE3S0Tux8PE/dwanlfrDJxDx8T3xcCE/cANvl9QCZmdXeBORDbY0+WcUEvOy5QvQgAdb/p4wKtN+4XGBe8STIu6Ak85XsDm/JNOy5QvQkavA/LuKAvEJxVgeOCaiTjggcITYoHhEyKftakwBapn4BJ8aDhJoWO+0Eyk+JBPpMiVXBtj0nR36nlQ7FqUvT3mRQPhWBS9Ac2+UPpMqBDM/EAQiYeIMTEAy0TY4s0UICJHzaciXXcD5Mx8cOWid2Ph4kfcWo5KFaZ+BEfEw8KgYkfATb5ICATs7q7wByI7XEwy7jgUTsuUI8SAGqI6eMCrTeGCIwLxpCMCwYDT/mhwKYcY8cFaihBgz/GMi54HAjOmsBxQS2SccEThCbFE0ImxTBrUmCLNEzApBhuuEmh4x5OZlIM5zMp0gTX9pgUTzq1fCpWTYonfSbFUyGYFE8Cm/ypdBnQoZn4aUImflqIiUdYJsYWaYQAEz9jOBPruJ8hY+JnLBO7Hw8TP+vU8rlYZeJnfUz8XAhM/CywyZ8DMjGruwvMgdgen2cZF7xgxwXqBQJAvWj6uEDrjRcFxgXvkIwLngee8i8Bm/IdOy5QLxE0+Mss44JXgOCsCxwX1CMZF4wkNClGCpkUo6xJgS3SKAGT4lXDTQod96tkJsWrfCZFuuDaHpPiNecnvR6rJsVrPpPi9RBMiteATf56ugzo0Ew8mpCJRwsx8RuWibFFekOAid80nIl13G+SMfGblondj4eJ33J+0phYZeK3fEw8JgQmfgvY5GOATMzq7gJzILbHt1nGBe/YcYF6hwBQ75o+LtB6412BccFYknHB28BTfiywKcfacYEaS9Dg41jGBe8BwXkdcFxwfUgHRdD8vQ/MXytg/loD86ebI4crd3miL45H/8zr/JnP+VM/46P5mOAQh/5vMs6Xgs579L/PeO/E6OtJrvf+k/UnR9//wWnWn+xa/8Po648yeW9+570fOu/VB+GU6OuPz3Ivn0Tf/+lp9vKJay+fRV9PPc1ePnPtZVr09eeZvLeA895pznv1HqdHX89wZA/6EGtV+GRe0JeA98C9jY67feGTeUXH/T7JmTYTeKYBa63eNxw3hbKePNPQuJloeNwto/0yUyDuSSRiofUvuLXctQ6av8kk+WsLzN8kYP4+IDmvZwHPayBmFDJ/YQ3wgLn0DPBm2wEetkizBQZ4cwwf4Om45wgP8NCHewdDyfETEnLsaCg5fkpCjl8AyRGIGfUpITl+IUSOX1pyxBbpSwFynGs4Oeq45wqRI3qv5yadJHK0Yp6XHptxTxN2SILuT+NynkDcn5NcYuYCSXga8BIzneQS8xUwf0DMqOkk+OtlqAiZTZK/+w0VIXNI+vdrYP8CMaPmEIqQr4VEyHwrQrBFmi8gQhYYLkJ03AtIREiJ6GX8K4FL6VzDx5VlkmQu4/NIyOgbIBkBa63mGS7idF9/I4Cb+SSXwAVCuAlcF5L8AfGt5gPz9w3JufUtEH9AzKhvSPA31FARvJgkf48ZKoK/I+nfhcD+BWJGfUcoghcKieBFVgRji7RIQAQvNlwE67gXk4jgslEx+K3ApX6Z4SK4fJKMmPmehIy+A5IRsNbqe8NFsO7r7wRw8xPJJXCxEG6C5m85Sf6A+FY/AfO3guTcWgLEHxAzagUJ/l4xVASvIsnfSENF8GqS/l0K7F8gZtRqQhG8VEgEL7MiGFukZQIi+HvDRbCO+3sSEZwQFYNLBC71aw0XwVWSZMTMOhIy+gFIRsBaq3WGi2Dd1z8I4GYji4gTwk3Q/G0iyR8Q32ojMH+/kZxbPwLxB8SM+o0Ef+MNFcFbSfI3wVARvI2kf38C9i8QM2oboQj+SUgEL7ciGFuk5QIieIXhIljHvYJEBNeIisEfBS71Ow0XwfWSZMTMLhIy+hlIRsBaq12Gi2Dd1z8L4GYvySVwhRBuguZvH0n+gPhWe4H5209ybv0CxB8QM2o/Cf5mGiqCD5Lkb5ahIvgQSf+uBPYvEDPqEKEIXikkgldZEYwt0ioBEbzacBGs415NIoKvj4rBXwQu9UcMF8ENk2TEzFESMloDJCNgrdVRw0Ww7us1Arg5QXIJXC2Em8Dn+E6O/AHxrU4A85dlJ8e59SsQf0DMqCwk+FtiqAjOTpK/pYaK4Bwk/bsW2L9AzChk/sISwWuFRPA6K4KxRVonIILXGy6CddzrSURwk6gY/FXgUp97p9lxN0+SETN5SMhoA5CMgLVWeYRxEzRvuq83COAmP8klcL0QboLmrwBJ/oD4VvmB+StIcm5tBOIPiBlVkKV/DRXBRUjyt8FQEVyUpH83AfsXiBlVlFAEbxISwb9ZEYwt0m8CIvh3w0Wwjvt3EhHcIioGNwpc6osZLoLbJsmImeIkZLQZSEbAWqvihotg3debBXBzIckl8Hch3ATNXwmS/AHxrS4E5u8iknNrCxB/QMyoi0jwt99QEVyaJH8HDBXBZUj6dyuwf4GYUWUIRfBWIRG8zYpgbJG2CYjg7YaLYB33dhIRnBIVg1sELvWXGS6COybJiJmyJGS0A0hGwFqrsoaLYN3XOwRwcwXJJXC7EG6C5u9KkvwB8a2uAObvKpJzaycQf0DMqKtI8Jd9pZkiuAJJ/nIA84cUwQkk/bsL2L9AzKgEQhG8S0gE77YiGFuk3QIieI/hIljHvYdEBHeJisGdApf6SoaL4B5JMmImkYSM9gLJCFhrlWi4CNZ9vVcAN1VJLoF7hHATNH/VSPIHxLeqCsxfdZJzax8Qf0DMqOok+CtmqAiuzfJJDkNFcB2S/t0P7F8gZlQdQhG8X0gEH7AiGFukAwIi+A/DRbCO+w8SEXx/VAzuE7jU1zdcBD+YJCNmriUhoz+BZASstbrWcBGs+/pPAdzcQHIJ/EMIN0HzdyNJ/oD4VjcA83cTybl1EIg/IGbUTST4u8JQEdyIJH9XGiqCbyHp30PA/gViRt1CKIIPCYngv6wIxhbpLwERfNhwEazjPkwiggdGxeBBgUt9kuEieEiSjJhpSkJGR4BkBKy1amq4CNZ9fUQAN81ILoGHhXATNH/NSfIHxLdqBszf7STn1lEg/oCYUbeT4K+moSK4JUn+ahkqgu8i6d9jwP4FYkbdRSiCjwmJ4ONWBGOLdFxABJ8wXATruE+QiOAnomLwqMClvo3hInhEkoyYaUtCRnEdcLkE1lq1NVwE/6evO+DXTSa5BJ5Il8FN0PylkOQPiG+VDMxfe5JzKwvw3AJiRrUnwV9jQ0VwB5L8NTFUBHck6d94YP8CMaM6EopgYC49Ijhrh1OvrQgOuKYuUtYO+HWzdTBbBOu4s3WA10hkr89HxWAWgUt9Z8NF8Mho3BJipgsJGWUHkhGw1qqL4SJY93V2Adx0I7kEZhPCTdD83UuSPyC+VTdg/rqTnFs5gPgDYkZ1J8FfO0NFcC+S/EUMFcH3k/RvTmD/AjGj7icUwTmFRHAuK4KxRcolIIJzGy6Cddy5SUTw61ExmEPgUt/XcBH8dpKMmHmAhIzyAMkIWGv1gOEiWPd1HgHc9Ce5BOYWwk3Q/D1Ekj8gvlV/YP4GkJxbeYH4A2JGDSDBX3dDRfAgkvz1MFQEDybp33zA/gViRg0mFMH5hERwfiuCsUXKLyCCCxgugnXcBUhE8LioGMwrcKkfargInpQkI2YeIyGjgkAyAtZaPWa4CNZ9XVAAN8NILoEFhHATNH/DSfIHxLcaBszfkyTnViEg/oCYUU+S4G+QoSL4GZL8DTZUBD9L0r/nAPsXiBn1LKEIPkdIBBe2IhhbpMICIriI4SJYx12ERAR/FBWDhQQu9S8YLoKnJsmImRdJyKgokIyAtVYvGi6CdV8XFcDNKySXwCJCuAmav5Ek+QPiW70CzN8oknPrXCD+gJhRo0jw94KhIng0S/8aKoLfIOnf84D9C8SMeoNQBJ8nJIKLWRGMLVIxARFc3HARrOMuTiKCZ0TF4LkCl/oxhovgL5NkxMzbJGR0PpCMgLVWbxsugnVfny+Am7Esf0+mEG6C5m8cSf6A+FZjgfl7j+TcugCIPyBm1Hsk+BtrqAieSJK/cYaK4Ekk/XshsH+BmFGTCEXwhUIiuIQVwdgilRAQwRcZLoJ13BeRiOCvo2LwAoFL/YeGi+BFSTJi5iMSMroYSEbAWquPDBfBuq8vFsDNJySXwIuEcBM0f5+S5A+Ib/UJMH+fkZxbJYH4A2JGfUaCv2mGiuDpJPn73FARPIOkf0sB+xeIGTWDUASXEhLBpa0IxhaptIAILmO4CNZxlyERwUujYrCkwKV+tuEieHmSjJiZQ0JGlwDJCFhrNcdwEaz7+hIB3MwluQSWEcJN0PzNI8kfEN9qLjB/X5GcW5cC8QfEjPqKBH8LDRXB35Dkb5GhIvhbkv69DNi/QMyobwlF8GVCIrisFcHYIpUVEMHlDBfBOu5yJCJ4ZVQMXipwqV9suAhelyQjZr4jIaPLgWQErLX6znARrPv6cgHcLCO5BJYTwk3Q/H1Pkj8gvtUyYP5+IDm3rgDiD4gZ9QMJ/tYYKoJXkOTvV0NF8M8k/XslsH+BmFE/E4rgK4VE8FVWBGOLdJWACC5vuAjWcZcnEcGbomLwCoFL/SrDRfC2JBkxs5qEjK4GkhGw1mq14SJY9/XVArhZS3IJLC+Em6D5W0eSPyC+1Vpg/taTnFvXAPEHxIxaT4K/3YaK4N9I8rfHUBH8O0n/VgD2LxAz6ndCEVxBSAQnWBGMLVKCgAhWhotgHbciEcG7omLwGoFL/VbDRfCBJBkxs42EjCoCyQhYa7XNcBGs+7qiAG52klwClRBuguZvF0n+gPhWO4H5201yblUC4g+IGbWbBH9ZVpkpgveT5C8emD+kCD5A0r+JwP4FYkYdIBTBiUIiuLIVwdgiVRYQwVUMF8E67iokIvhQVAxWErjUHzRcBB9PkhEzh0jIqCqQjIC1VocMF8G6r6sK4OYIySWwihBugubvKEn+gPhWR4D5O0ZyblUD4g+IGXWMBH9FDBXBWXZx5K+ooSI4fhdH/1YH9i8QMwqZv7BEcHUhEVzDimBskWoIiOCahotgHXdNEhEc3zQurprApT77LrPjztVURszkICGjWkAyAtZa5RDGTdC86b6uJYCb3CSXwJpCuAmavzwk+QPiW+UG5i8vyblVG4g/IGZUXhL8XWaoCC5Ikr+yhorgQiT9WwfYv0DMqEKEIriOkAiua0Uwtkh1BURwPcNF8H/ASSKC80XFYG2BS30Rw0Vw4aYyYqYoCRnVB5IRsNaqqOEiWPd1fQHcFCO5BNYTwk3gv7+ZZZIE7JViwPydT3JuXQvEHxAz6nwS/FU1VARfRJK/aoaK4ItJ+vc6YP8CMaMuJhTB1wmJ4OutCMYW6XoBEXyD4SJYx30DiQg+LyoGrxW41Jc2XASXaCojZsqQkNGNQDIC1lqVMVwE676+UQA3l5FcAm8Qwk3Q/JUlyR8Q3+oyYP7KkZxbNwHxB8SMKkeCv5sNFcFXkeSvoaEiuDxJ/zYA9i8QM6o8oQhuICSCb7YiGFukmwVEcEPDRbCOuyGJCC4VFYM3CVzqKxgugss2lREzCSRk1AhIRsBaqwTDRbDu60YCuKnEcgkUwk3gL1whyR8Q36oSMH+VSc6tW4D4A2JGVSbBXytDRXB1kvy1NlQE1yDp38bA/gViRtUgFMGNhURwEyuCsUVqIiCCkwwXwTruJBIRfGVUDN4icKmvbbgITmgqI2bqkJBRUyAZAWut6hgugnVfNxXATX2SS2CSEG4Cf0yWJH9AfKv6wPxdR3Ju3QrEHxAz6joS/HU1VATfRJK/ewwVwQ1I+vc2YP8CMaMaEIrg24REcDMrgrFFaiYggpsbLoJ13M1JRHBiVAzeKnCpb2S4CK7RVEbM3EJCRrcDyQhYa3WL4SJY9/XtArhJIrkENhfCTWBThyR/QHyrJGD+biU5t+4A4g+IGXUrCf4GGCqCbyfJ30BDRfAdJP17J7B/gZhRdxCK4DuFRHALK4KxRWohIIJbGi6CddwtSURwnagYvEPgUt/ScBF8fVMZMXMXCRndBSQjYK3VXYaLYN3Xdwngpg3JJbClEG6C5q8tSf6A+FZtgPlrR3JutQLiD4gZ1c5wvmsQ5btWAudWe8PjbtJU5rxOJemX1sB+AdZapRqOm9zRQrSW+FsgsmKFaw4XZvJEXxyP/pnX+TOf86d+2kRjaevEo/+bDFFb0HmP/vcZ720XfR1xvfefrJ8cfX/KadZPdq3fPvo6NZP35nfe2955rxbgadHX6We5lw7R93c8zV46uPbSKfr67tPspZNrL52jr7tk8t4Czns7O+/Ve+wafX2PowHR2GxV+GRe0NjsYHhPti98Mq/ouDuSnOXdgGc5sNaqI6GBmBd8DmfsMaPm90Zr1T36vx4uHyi/82fuOK+pqJ8crtf1QPsSMCkTsrv2mtu15/87C51/nw37cyvlduU2zpXvuEzyFuf6+bmi/8vnvO6Q1rNpr5Qundo3SuubWc2yZrJuvCvW7L73ueuY8e9yuv97iUsJaK2/XR7udciru/NnD+fPgtH/3Rd93fO/kBniQqSbEb1uZ4IL5n0CZNZFiMziwfED66O6gAnIfzhL1P/eDjJ1Qu+zO3Cf7rz2cs6T+10EWcz5033YZ3H9M2bSzOWKI+Nxk0vGz8yIO4NIs2P3UlH/rGxx3ud0RJrx831E2iytfY+0nj4i9U9M4zOJ1R2jji8nNr6EjL1mPBl7yvg5eeJO4SaXax+5sftQGT/Lv4/crn3kcr3O+Hd5XHvK+Gd5fft194L7v83Ia15XzDSXER1IL+fScb/zZ+/on306yO3/XgEC7mb4BEvH3Vsg7ntJLh7A+qh7CS6Z3QVqfR8BxvsIxN2TBOPA+qiehmO8UNaTjjW61r0Nj7tl1A3tJhB3HxI3tC/QDQXWWiHz5zdp+jr3Iv89ST8PRF/3O8tJyYPR9/c/zaTkQdf6D0VfD+hwct0wBPIDHcw/dx7CfroxPbFiYoLua1TcbmE30CW0MwTC/6LQzumKI+Nxu9NaRBVx/v893Xp2Su/bpFeXLp3SO6WlNunWM82dssw+AZyZjnWbw9kySSOdOSy1v4FCn4r9bzkNyjEP//tPGif41lJhTbYeFvpo/CP2o/HYIj3SAb/uIMM/Gq/jHhTyIZAQ7PHkNCHg4788oYVflugPeDcNt16kUFzc2DTZegVcW/n/gTu/gx2sPerCXHYXTjLeqw+0E3F/x1AW1+t45z3xp3lPlv+yzn+7jIgdWhnB6QTMcgX7aAevve/eEOpnDwYeQkNOs1a1qmkp6VUTKyUnJKanRNepkp5WKblidZVerVJ0+UqJKiU5LSE1MaVqlcQq1dKrhvbZkiFCDDzUMjC2SEMFGPgxwxlYx/1YSL+cFjT+R529otftZ+gvi/j3icTS40C7rB/Y4tKHmN5ffWdNNOYzbkVoHPU33CLOuL2h437ITIv4b5IbeRF5FLjWAJJfVgPiWwExo6Tyh+6TJwjtoyeELq/D7OUVW6RhApfX4YZfXnXcw0m+WUH73RJ7DWv+9miAgyDd+4Rm9zzp5Pupf2D3XJtJ7vx2z7VxZ7Z7MlvnjHaP6R/Gi3eSmcWVuKdcN/SMB33jAMahngIeZk/jmiE9I59PCyoencdHBZTzILM++PW3W5KO+0mBuAcTfODtKYG4HzVUqfgJBnluDAJ+rcYQEqUHxLcCYkYNCekDl0Hr/CSQa0YAnTq9hgS3jDD8qxEk4tYu4sep+LiHEbiInwjEPZzkg6bPAPsRWGs13HDc6H6ZJ4Cbpwn65SuBuEeQ9MuzwH4B1lqNIOiXHwVw8xxBv/wkEPfzJP3yHLBfgLVWzxP0yyYB3LxE0C+/CcT9Mkm/PA/sF2Ct1csE/XJAADejCPrlD4G4XyXplxeA/QKstXqVoF+yCXx6ZjRBv2QXiPsNkn55EdgvwFqrNwj6pagAbsYQ9Mu5AnG/TdIvLwH7BVhr9TZBv1wqgJuxBP1ymUDc40j65WVgvwBrrcYR9EuiAG7GE/RLZYG4J5D0yyvAfgHWWk0g6JfrBXAzmaBfbhCI+wOSfhkJ7BdgrdUHBP3SXAA3Uwj65XaBuD8m6ZdRwH4B1lp9TNAvqQK4+YygX9IE4p5K0i+vAvsFWGs1laBfegrgZjpBv/QSiHsGSb+8BuwXYK3VDIJ+GSyAm9kE/fKoQNxzSPrldWC/AGut5hD0y/MCuJlL0C8vCMQ9j6RfRgP7BVhrNY+gX94WwM18gn55RyDuBST98gawX4C1Vsj86V96vj8+Lq6Qs57+HQb9uWz9WVP9+Tn9mSD9OQc9u9XzKO2xa99QeyFa3+k7q+Zhfba80SHO86Bx82YHGdyg9/kWEDe6Pr3jT/0ems7BW8J5HgP8HbWwvo1kjNC3kbxtv40EW6S3Bb6N5B3Dv41Ex/0O0beRSOzVfqHtyScukwe1Z3d+33VqOPYffMNJadd/99++4aR03Jm/4SSzdf4nvuFEJ7OUK3FjO/z95DX5G07GAg/IcR3w+R33D/IZdN/vAW9lhn7fndg3hrwr8Fv8CwniHisQ9yKCvwruPYG4F5N8wwkQlwpYayWVP3Sd3ydUj+8LqcfxVj1iizReQD1OMFw96rgnEKnHCVY90qvHiU4NJ1n1+O+fjERN9KnHSWTqcRLwgJwsoB4nh6AeP7Dq8V+rqIkCamIZQdyTBOL+nkA9fiAQ9w8k6hGISwWstULmT5N+b/dtAZvD/6sPGpuTOpi/xw+FZtzwhvwISIisgPqIAFBT0HtEb1B7y1MEGGMFCWN8CLxdfwxsyhUEN42PBXDzSQcsU95PeLB9QnCwfSrFlPFgQLmleOBfeSP4ym+JppzawfzD6AGBuH8x/BDWTfiZQNwrST4iPA3Yj8Baq5W7aEjs/wZVaGxOJSCxadK386AALxTtmIcEGnyN4Q2elp6ekJLaXrUsjIv5c+BhgcxfWFP2z8Hef8Yz3U7ZsUWaLjBln2H4lF3HPUNoyp7xoJUFMqczO8g1BSif6YkVExOQB/KsDuYSmsQvMU4V+GW+tQS/xDhNIO51JAplNrCvgbVW6wj6ZYEAbjYS9Ms3AnFvIumXOcB+AdZabSLol58FcLOZoF9+EYh7C0m/fAHsF2Ct1RaCftkigJvtBP2yVSDuHST98iWwX4C1VjsI+uWQAG52E/TLXwJx7yHpl7nAfgHWWu0h6Jdc6Xjc7Cfol9wCcR8g6Zd5wH4B1lodIOiX4gK4OUjQL+cLxH2IpF++AvYLsNbqEEG/XC6AmyME/XKFQNxHSfrla2C/AGutjhL0SzUB3Jwg6JfqAnHH7ebol/nAfgHWWqHzJ9EvDQRwk9XwuHW/3CwQdzaSflkA7BdgrVU2gn5pIYCbnAT90lIg7lwk/fINsF+AtVa5CPqlowBu8hL0SyeBuPOR9Mu3wH4B1lrlI+iXPgK4KUjQL30F4i5E0i8Lgf0CrLUqRNAvjwngpghBvzwuEHdRkn5ZBOwXYK1VUYJ+eVkAN8UI+uUVgbiLk/TLYmC/AGutihP0yzgB3FxI0C/vCcRdgqRfvgP2C7DWCpk//U2TfeJP/aVE+ncY9Oey9WdN9efn9GeC9Occ9OxWz6O0x659Q+2FaH2n76yah/XZ8p3wX5azROhrKND7XAr+S4n6xp/6fTadg6XCeV5G+LXSy4R+4fV7+wuv2CJ9L/ALrz8Y/guvOu4fiL5WWmKv9mulTz5xmTyoPbvz+6NTw5/s10r/+ycjUT/6vlb6J7Kvlf4JeEAuF/ha6eUhfK30Cvu10v/6O9V+FPhampK7zY/7J4G4Sxmu+nXcKwTiLh2S6k8I9iggLhWw1koqf+g6/0yoHn8WUo+/WPWILdIvAupxpeHqUce9kkg9rrTqkV49rnJquNqqx3//ZCRqlU89riZTj6uR390loB7XhKAef7Xq8V+rqFUCauIyAvW4WiDusgTq8VeBuMuRqEcgLhWw1gqZP036fd23BWwOxb4BejXBt1SvlfqrFtANuQ78lxIxAmodAaDWm/6XEmlveb0AY1xFwhhrgbfrDcCmvIrgprFBADcbwX8pUR/Cg20jwcG2yfSDTX/N9ywBgF5t/sH2n68PR35l+m/Ag00qf/HgOiP/MqvfCf4yK4nDfDPBX2b1m0DcFQwnb314/y4QdwLJR8u3APsRWGuVsJvm8iP2l1ltJrj8bOkgg3N4Q249m0tA1dOupcL6NMBWoU8DbLOfBsAWaZvApwG2G/5pAB33dqFPA2Q8kjlNCPiE8UmAV1OxnwR4Px2f0zxZhRjgbPepTv+v3bXa4eB25z/4VMEDcX/Ho/9TBQ/EnflTBZmtc8ZPFZx1Es6QoozgdnQ4tcF4JxF9fJuD/UwHyGhGr0TwW6vvC/zWaiKJn5znbGyDM9y4dgDJsDKJNNsJlGbuXgm6ryok+AP2iQJiRlUh+fz0LkLFtEtIMe22iglbpN0CimmP4YpJx72H6PPTEns9k2oKWje/agq6npRqOityP4OyicvkQa3trtVeBw/7TFdNDJ/F3utTYDqpfeO8j8mfxd4HPGz3nxVrp5/2ycjn/n+Qz8B/PxAwB4n/v27o/+BwOeub5RlugxqHewWGbjUJPou9TyDuWgSfkDogEHdtEiUKxKUC1lrVJsCNxDmRW8iyRu/zjw4c+/wT/D1jD8SfutjpHPwp/D1jBwl/U/ygkNNxyDod2CIdEnA6/jLc6dBx/0U2G/5LcDYshNnQfgv7sFPLI6b/FjY6CRnBHfb95vSRDnF/e9BW1mFgkx8huUkcJWTio0JMfMwyMbZIxwSY+LjhTKzjPk7GxMctE7sfDxOfyKhlx1P/LKaY+ISPid2J8G8o42cH/vtWkU3eEQe6/wxaMkE3av04X9FRtUTmQGqPWToKHQ7oK1M8bqOKFVDxBIDKit4jeoNab+hNogFan8Sld3d84L95F9iU9cG/CnU/YYNnI2jw7FKMgR5b5wCCcxjwK8SG75JJIPpAywk8KMIyKXICweneby7X9duaFAHX1EXK1VFgjgoErFTcuTvCayRqUuQGNlRIJoWSXNu9/zxOLfPGqkmhE1DKFWzeEEyKPMAmz9tRBnRoJs5HyMT5hJg4v2VibJHyCzBxAcOZWMddgIyJC1gm9qzt3n9Bp5aFYpWJC/qYuFAITFwQ2OSFrLurgDkQ2+M5LOOCwhZQqjABoIqYPi7QeqOIwLjgOpJxwTnAU74osCmvs+MCVZSgwc9lGRecBwTn08BxwQiScUExQpOimJBJUdyaFNgiFRcwKc433KTQcZ9PZlKcz2dSVBRc22NSXODU8sJYNSku8JkUF4ZgUlwAbPILO8qADs3EJQiZuIQQE19kmRhbpIsEmPhiw5lYx30xGRNfbJnY/XiYuKRTy1KxysQlfUxcKgQmLgls8lJAJmZ1d4E5ENtjaZZxQRk7LlBlCAB1ienjAq03LhEYF9xAMi4oDTzlLwU25Q12XKAuJWjwy1jGBWWB4HwOOC54nmRcUI7QpCgnZFJcbk0KbJEuFzAprjDcpNBxX0FmUlzBZ1JUElzbY1Jc6dTyqlg1Ka70mRRXhWBSXAls8qs6yoAOzcTlCZm4vBATX22ZGFukqwWY+BrDmVjHfQ0ZE19jmdj9eJi4glPLhFhl4go+Jk4IgYkrAJs8AcjErO4uMAdie1Qs44KKdlygKhIAqpLp4wKtNyoJjAtuIhkXKOApnwhsypvsuEAlEjR4ZZZxQRUgOF8CjgteJhkXVCU0KaoKmRTVrEmBLVI1AZOiuuEmhY67OplJUZ3PpEgUXNtjUtRwalkzVk2KGj6TomYIJkUNYJPX7CgDOjQT1yJk4lpCTFzbMjG2SLUFmLiO4Uys465DxsR1LBO7Hw8T13VqWS9Wmbiuj4nrhcDEdYFNXg/IxKzuLjAHYnuszzIuuNaOC9S1BIC6zvRxgdYb1wmMC24mGRfUB57y1wOb8mY7LlDXEzT4DSzjghuB4BwFHBe8SjIuuInQpLhJyKRoYE0KbJEaCJgUNxtuUui4byYzKW7mMykqC67tMSkaOrVsFKsmRUOfSdEoBJOiIbDJG3WUAR2aiW8hZOJbhJi4sWVibJEaCzBxE8OZWMfdhIyJm1gmdj8eJk5yatk0Vpk4ycfETUNg4iRgkzcFMjGruwvMgdgeb2UZF9xmxwXqNgJANTN9XKD1RjOBcUEjknHBrcBTvjmwKRvZcYFqTtDgt7OMC+4AgnM0cFzwBsm44E5Ck+JOIZOihTUpsEVqIWBStDTcpNBxtyQzKVrymRRVBNf2mBR3ObVsFasmxV0+k6JVCCbFXcAmb9VRBnRoJm5NyMSthZi4jWVibJHaCDBxW8OZWMfdloyJ21omdj8eJm7n1DISq0zczsfEkRCYuB2wySNAJmZ1d4E5ENtjMsu4IMWOC1QKAaDamz4u0HqjvcC4oDHJuCAZeMqnApuysR0XqFSCBk9jGRekA8E5BjgueJtkXNCB0KToIGRSdLQmBbZIHQVMik6GmxQ67k5kJkUnPpOiquDaHpPibqeWnWPVpLjbZ1J0DsGkuBvY5J07yoAOzcRdCJm4ixATd7VMjC1SVwEmvsdwJtZx30PGxPdYJnY/Hibu5tTy3lhl4m4+Jr43BCbuBmzye4FMzOruAnMgtsfuLOOCHnZcoHoQAOo+08cFWm/cJzAuSCIZF3QHnvI9gU2ZZMcFqidBg/diGRfcDwTnWOC4YBzJuKA3oUnRW8ik6GNNCmyR+giYFH0NNyl03H3JTIq+fCZFNcG1PSbFA04t+8WqSfGAz6ToF4JJ8QCwyft1lAEdmokfJGTiB4WYuL9lYmyR+gsw8UOGM7GO+yEyJn7IMrH78TDxAKeWA2OViQf4mHhgCEw8ANjkA4FMzOruAnMgtseHWcYFj9hxgXqEAFCDTB8XaL0xSGBccCvJuOBh4Ck/GNiUt9pxgRpM0OCPsowLhgDBOR44LphAMi4YSmhSDBUyKR6zJgW2SI8JmBSPG25S6LgfJzMpHuczKaoLru0xKZ5wajksVk2KJ3wmxbAQTIongE0+rKMM6NBMPJyQiYcLMfGTlomxRXpSgImfMpyJddxPkTHxU5aJ3Y+HiZ92ajkiVpn4aR8TjwiBiZ8GNvkIIBOzurvAHIjt8RmWccGzdlygniUA1HOmjwu03nhOYFzQjGRc8AzwlH8e2JTN7LhAPU/Q4C+wjAteBIJzMnBc8AHJuOAlQpPiJSGT4mVrUmCL9LKASfGK4SaFjvsVMpPiFT6TIllwbY9JMdKp5ahYNSlG+kyKUSGYFCOBTT6qowzo0Ez8KiETvyrExK9ZJsYW6TUBJn7dcCbWcb9OxsSvWyZ2Px4mHu3U8o1YZeLRPiZ+IwQmHg1s8jeATMzq7gJzILbHN1nGBW/ZcYF6iwBQY0wfF2i9MUZgXHA7ybjgTeAp/zawKW+34wL1NkGDv8MyLngXCM4pwHHBxyTjgrGEJsVYIZNinDUpsEUaJ2BSvGe4SaHjfo/MpHiPz6RIEVzbY1K879RyfKyaFO/7TIrxIZgU7wObfHxHGdChmXgCIRNPEGLiiZaJsUWaKMDEkwxnYh33JDImnmSZ2P14mHiyU8sPYpWJJ/uY+IMQmHgysMk/ADIxq7sLzIHYHj9kGRd8ZMcF6iMCQE0xfVyg9cYUgXHBnSTjgg+Bp/zHwKa8044L1McEDf4Jy7jgUyA4PwOOC6aSjAs+IzQpPhMyKaZakwJbpKkCJsU0w00KHfc0MpNiGp9J0V5wbY9J8blTy+mxalJ87jMppodgUnwObPLpHWVAh2biGYRMPEOIiWdaJsYWaaYAE88ynIl13LPImHiWZWL342Hi2U4t58QqE8/2MfGcEJh4NrDJ5wCZmNXdBeZAbI9fsIwLvrTjAvUlAaDmmj4u0HpjrsC4oCXJuOAL4Ck/D9iULe24QM0jaPCvWMYFXwPBOR04LphBMi6YT2hSzBcyKRZYkwJbpAUCJsU3hpsUOu5vyEyKb/hMilTBtT0mxbdOLRfGqknxrc+kWBiCSfEtsMkXdpQBHZqJFxEy8SIhJl5smRhbpMUCTPyd4Uys4/6OjIm/s0zsfjxMvMSp5dJYZeIlPiZeGgITLwE2+VIgE7O6u8AciO1xGcu44Hs7LlDfEwDqB9PHBVpv/CAwLmhFMi5YBjzlfwQ2ZSs7LlA/EjT4TyzjguVAcM4GjgvmkIwLVhCaFCuETIqfrUmBLdLPAibFL4abFDruX8hMil/4TIo0wbU9JsVKp5arYtWkWOkzKVaFYFKsBDb5qo4yoEMz8WpCJl4txMRrLBNji7RGgIl/NZyJddy/kjHxr5aJ3Y+Hidc6tVwXq0y81sfE60Jg4rXAJl8HZGJWdxeYA7E9rmcZF2yw4wK1gQBQG00fF2i9sVFgXNCGZFywHnjKbwI2ZRs7LlCbCBr8N5Zxwe9AcM4FjgvmkYwLNhOaFJuFTIot1qTAFmmLgEmx1XCTQse9lcyk2MpnUqQLru0xKbY5tdweqybFNp9JsT0Ek2IbsMm3d5QBHZqJdxAy8Q4hJt5pmRhbpJ0CTLzLcCbWce8iY+Jdlondj4eJdzu13BOrTLzbx8R7QmDi3cAm3wNkYlZ3F5gDsT3uZRkX7LPjArWPAFD7TR8XaL2xX2Bc0I5kXLAXeMofADZlOzsuUAcIGvwPlnHBn0BwzgeOCxbsCuegCJq/g8D89Qfm7yHgWpL5O/S/nz/RcdVfHTn2eRhYZ61x+8WfknY6B4d90g+9/yOEZuQRITPyqDUjsUU6KmBGHjPcjNRxHyMzI4/xmZEJgmt7zMjjTi1PxKoZedxnRp4IwYw8DmzyEyQ3ibhOfEzs3nNCwMe93yydTr22TBx0zU4nE4peNx4IWKm44zvBayTKxPGdLBO7Hg8TZ3Vqmc1V05hiYp2AUq5g3YnwbyjjZwdmEmCTZwOCWxe5H6HJi8yB1B6zdxI6HNBXphydgIUhBVQOAkDlRO8RvUGtN3J2wgM0mWQsmB14yucCNmUyeCzYh7DBcxE0eG4pxkCPZfIAwbkWOJZZRzKWyUtoUuQVMinyWZMCW6R8AiZFfsNNCh13fjKTIj+fSaEk13bvv4BTy4KxalIU8JkUBUMwKQoAm7xgJxnQoZm4ECETFxJi4nMsE2OLdI4AExc2nIl13IXJmLiwZWLP2u79F3FqWTRWmbiIj4mLhsDERYBNXtS6uwqYA7E9nssyLjjPAkqdRwCoYqaPC7TeKCYwLmhPMi44F3jKFwc2ZXs7LlDFCRr8fJZxwQVAcG4Ejgs2kYwLLiQ0KS4UMilKWJMCW6QSAibFRYabFDrui8hMiov4TIqKgmt7TIqLnVqWjFWT4mKfSVEyBJPiYmCTl+wkAzo0E5ciZOJSQkxc2jIxtkilBZi4jOFMrOMuQ8bEZSwTux8PE1/i1PLSWGXiS3xMfGkITHwJsMkvBTIxq7sLzIHYHi9jGReUteMCVZYAUOVMHxdovVFOYFyQRjIuuAx4yl8ObMo0Oy5QlxM0+BUs44IrgeDcDBwXbCEZF1xFaFJcJWRSlLcmBbZI5QVMiqsNNyl03FeTmRRX85kUlQTX9pgU1zi1rBCrJsU1PpOiQggmxTXAJq/QSQZ0aCZOIGTiBCEmVpaJsUVSAkxc0XAm1nFXJGPiipaJ3Y+HiSs5tUyMVSau5GPixBCYuBKwyROBTMzq7gJzILbHyizjgip2XKCqEACqqunjAq03qgqMCzqQjAsqA0/5asCm7GDHBaoaQYNXZxkX1ACCcztwXLCDZFxQk9CkqClkUtSyJgW2SLUETIrahpsUOu7aZCZFbT6TIlFwbY9JUcepZd1YNSnq+EyKuiGYFHWATV63kwzo0Excj5CJ6wkxcX3LxNgi1Rdg4msNZ2Id97VkTHytZWL342Hi65xaXh+rTHydj4mvD4GJrwM2+fVAJmZ1d4E5ENvjDSzjghvtuEDdSACom0wfF2i9cZPAuKATybjgBuAp3wDYlJ3suEA1IGjwm1nGBQ2B4NwNHBfsIRkXNCI0KRoJmRS3WJMCW6RbBEyKxoabFDruxmQmRWM+k6Ky4Noek6KJU8ukWDUpmvhMiqQQTIomwCZP6iQDOjQTNyVk4qZCTHyrZWJskW4VYOLbDGdiHfdtZEx8m2Vi9+Nh4mZOLZvHKhM38zFx8xCYuBmwyZsDmZjV3QXmQGyPt7OMC+6w4wJ1BwGg7jR9XKD1xp0C44LOJOOC24GnfAtgU3a24wLVgqDBW7KMC+4CgnM/cFxwgGRc0IrQpGglZFK0tiYFtkitBUyKNoabFDruNmQmRRs+k6KK4Noek6KtU8t2sWpStPWZFO1CMCnaApu8XScZ0KGZOELIxBEhJk62TIwtUrIAE6cYzsQ67hQyJk6xTOx+PEzc3qllaqwycXsfE6eGwMTtgU2eCmRiVncXmAOxPaaxjAvS7bhApRMAqoPp4wKtNzoIjAu6kowL0oCnfEdgU3a14wLVkaDBO7GMC+4GgvMgcFxwiGRc0JnQpOgsZFJ0sSYFtkhdBEyKroabFDrurmQmRVc+k6Kq4Noek+Iep5bdYtWkuMdnUnQLwaS4B9jk3TrJgA7NxPcSMvG9Qkzc3TIxtkjdBZi4h+FMrOPuQcbEPSwTux8PE9/n1LJnrDLxfT4m7hkCE98HbPKeQCZmdXeBORDbYy+WccH9dlyg7icAVG/TxwVab/QWGBd0IxkX9AKe8n2ATdnNjgtUH4IG78syLngACM4jwHHBUZJxQT9Ck6KfkEnxoDUpsEV6UMCk6G+4SaHj7k9mUvTnMymqCa7tMSkecmo5IFZNiod8JsWAEEyKh4BNPqCTDOjQTDyQkIkHCjHxw5aJsUV6WICJHzGciXXcj5Ax8SOWid2Ph4kHObUcHKtMPMjHxINDYOJBwCYfDGRiVncXmAOxPT7KMi4YYscFaggBoIaaPi7QemOowLigO8m44FHgKf8YsCm723GBeoygwR9nGRc8AQTnCeC4IE7ooEAfaMMITYphQibFcGtSYIs0XMCkeNJwk0LH/SSZSfEkn0lRXXBtj0nxlFPLp2PVpHjKZ1I8HYJJ8RSwyZ/uJAM6NBOPIGTiEUJM/IxlYmyRnhFg4mcNZ2Id97NkTPysZWL342Hi55xaPh+rTPycj4mfD4GJnwM2+fNAJmZ1d4E5ENvjCyzjghftuEC9SACol0wfF2i98ZLAuOA+knHBC8BT/mVgU95nxwXqZYIGf4VlXDASCM6su4HsQzIuGEVoUowSMiletSYFtkivCpgUrxluUui4XyMzKV7jMymSBdf2mBSvO7UcHasmxes+k2J0CCbF68AmH91JBnRoJn6DkInfEGLiNy0TY4v0pgATv2U4E+u43yJj4rcsE7sfDxOPcWr5dqwy8RgfE78dAhOPATb520AmZnV3gTkQ2+M7LOOCd+24QL1LAKixpo8LtN4YKzAu6EUyLngHeMqPAzZlLzsuUOMIGvw9lnHB+0Bw5gSOC3KRjAvGE5oU44VMignWpMAWaYKASTHRcJNCxz2RzKSYyGdSpAiu7TEpJjm1nByrJsUkn0kxOQSTYhKwySd3kgEdmok/IGTiD4SY+EPLxNgifSjAxB8ZzsQ67o/ImPgjy8Tux8PEU5xafhyrTDzFx8Qfh8DEU4BN/jGQiVndXWAOxPb4Ccu44FM7LlCfEgDqM9PHBVpvfCYwLuhNMi74BHjKTwU2ZW87LlBTCRp8Gsu44HMgOPMCxwX5SMYF0wlNiulCJsUMa1JgizRDwKSYabhJoeOeSWZSzOQzKdoLru0xKWY5tZwdqybFLJ9JMTsEk2IWsMlnd5IBHZqJ5xAy8RwhJv7CMjG2SF8IMPGXhjOxjvtLMib+0jKx+/Ew8VynlvNilYnn+ph4XghMPBfY5POATMzq7gJzILbHr1jGBV/bcYH6mgBQ800fF2i9MV9gXNCXZFzwFfCUXwBsyr52XKAWEDT4Nyzjgm+B4CwIHBcUIhkXLCQ0KRYKmRSLrEmBLdIiAZNiseEmhY57MZlJsZjPpEgVXNtjUnzn1HJJrJoU3/lMiiUhmBTfAZt8SScZ0KGZeCkhEy8VYuJllomxRVomwMTfG87EOu7vyZj4e8vE7sfDxD84tfwxVpn4Bx8T/xgCE/8AbPIfgUzM6u4CcyC2x59YxgXL7bhALScA1ArTxwVab6wQGBf0IxkX/AQ85X8GNmU/Oy5QPxM0+C8s44KVQHAWAY4LipKMC1YRmhSrhEyK1dakwBZptYBJscZwk0LHvYbMpFjDZ1KkCa7tMSl+dWq5NlZNil99JsXaEEyKX4FNvraTDOjQTLyOkInXCTHxesvE2CKtF2DiDYYzsY57AxkTb7BM7H48TLzRqeWmWGXijT4m3hQCE28ENvkmIBOzurvAHIjt8TeWccHvdlygficA1GbTxwVab2wWGBf0JxkX/AY85bcAm7K/HReoLQQNvpVlXLANCM5iwHFBcZJxwXZCk2K7kEmxw5oU2CLtEDApdhpuUui4d5KZFDv5TIp0wbU9JsUup5a7Y9Wk2OUzKXaHYFLsAjb57k4yoEMz8R5CJt4jxMR7LRNji7RXgIn3Gc7EOu59ZEy8zzKx+/Ew8X6nlgdilYn3+5j4QAhMvB/Y5AeATMzq7gJzILbHP1jGBX/acYH6kwBQB00fF2i9cVBgXDCAZFzwB/CUPwRsygF2XKAOETT4XyzjgsNAcF4IHBeUCOmgCJq/I8D8VQLmLxGYP90cOVy5Kxx9cTz6ZxHnz6LOn/o5Gs3HMYc49H+Tcb4Uc96j/33Ge49HX59wvfefrB93d/T9d//39fW/z3hvfPR11kzee67z3njnvfogzBZ9nf3us9tLjuj7c55mLzlce8kVfZ37NHvJ5dpLnujrvJm89zznvXmc9+o95ou+zn/3yX+PPsQWFD2ZF/Ql4GFwb6PjXlr0ZF7RcT9CcqYVuBuXS2Ct1SOG46Z41pNnGho3jxoe99fRfikg0C9DSMRC619wa7lrHTR/Q0ny1xaYvyHA/D1Gcl4XBJ7XQMwoZP7CGuABc+kZ4BW6+9RrO8ALuKYuUqG78euec7fZAzwd9zl3w2skerh3MJQcnyQhx46GkuNTJORYGEiOQMyopwjJsbAQORax5IgtUhEBcixqODnquIsKkSN6r+cmnSRytGI+9+7YjPsZYYck6P40Ls8ViPtZkktMUSAJPwO8xDxHcok5D5g/IGbUcyT46/X/2PsSOBvL9/0xsoWUJUTZdzIPY4uyFkVmClFkn7GNfewKURRF2ZcsIYpSlihblixRyFKSXStlj1L8z/PrnW/veZuv0rnu9/9c3/O8n8/3M+dbp3ee+76v+7me67rfc8ZQETKRJH+9DRUhk0j6Nzuwf4GYUZMIRUh2IRGSw4oQbJFyCIiQnIaLEB13ThIRkjtwGL9d4FA61fBxZf4YmcP4NBIyugNIRsBaq2mGizjd13cI4GYGySEwpxBuQs3fTJL8AfGtZgDzN4tk38oFxB8QM2oWCf6GGyqC55Lkb4ShIvh1kv7NDexfIGbU64QiOLeQCL7TimBske4UEMF3GS6Cddx3kYjgwgExmEvgUP+G4SK4ZIyMmHmThIzyAMkIWGv1puEiWPd1HgHcvEVyCLxLCDeh5u9tkvwB8a3eAuZvEcm+lReIPyBm1CIS/E02VAQvIcnfFENF8FKS/s0H7F8gZtRSQhGcT0gE57ciGFuk/AIiuIDhIljHXYBEBEcFxGBegUP9csNFcPkYGTGzgoSMCgLJCFhrtcJwEaz7uqAAblaSHAILCOEm1PytIskfEN9qJTB/q0n2rUJA/AExo1aT4G+BoSJ4HUn+FhoqgteT9G9hYP8CMaPWE4rgwkIiuIgVwdgiFREQwUUNF8E67qIkIviegBgsJHCo/8hwEVwtRkbMbCIho2JAMgLWWm0yXATrvi4mgJutJIfAokK4CTV/H5PkD4hvtRWYv20k+1ZxIP6AmFHbSPC32lARvIMkf2sMFcE7Sfq3BLB/gZhROwlFcAkhEVzSimBskUoKiOBShotgHXcpEhFcKyAGiwsc6ncbLoIfipERM3tIyOhuIBkBa632GC6CdV/fLYCbz0kOgaWEcBNq/r4gyR8Q3+pzYP72k+xbpYH4A2JG7SfB3w5DRfBBkvztNFQEHyLp3yhg/wIxow4RiuAoIRGsrAjGFkkJiOAyhotgHXcZEhFcPyAGSwsc6o8aLoIbxsiImWMkZFQWSEbAWqtjhotg3ddlBXDzNckhsIwQbkLN3zck+QPiW30NzN+3JPtWNBB/QMyob0nwd9RQEXySpX8NFcGnSPq3HLB/gZhRpwhFcDkhEVzeimBskcoLiOAKhotgHXcFEhHcJCAGowUO9acNF8HNY2TEzBkSMqoIJCNgrdUZw0Ww7uuKArg5T3IIrCCEm1Dzd4Ekf0B8q/PA/F0k2bcqAfEHxIy6SIK/84aK4F9I8nfBUBH8K0n/3gPsXyBm1K+EIvgeIRFc2YpgbJEqC4jgKoaLYB13FRIR3DogBisJHOp/N1wEt4+RETNXScjoXiAZAWutrhougnVf3yuAmxRnOA6BVYRwE2r+IknyB8S3cmMm1PylPMOxb90HxB8QMyolCf5SfWmmCE5Dkr/UwPwhRXBakv6tCuxfIGYUMn9+ieCqQiK4mhXB4CIJiODqhotgHXd1EhGcEBCD9wkc6tOfMTvuHjEyYiYDCRnVAJIRsNYqgzBuQs2b7usaArjJRHIIrC6Em1DzdytJ/oD4VpmA+buNZN+qCcQfEDPqNhL8ZTdUBGcjyV8OQ0Xw7ST9WwvYv0DMqNsJRXAtIRF8vxXB2CLdLyCCHzBcBOu4HyARwb0DYrCmwKE+p+EieGCMjJi5g4SMagPJCFhrdYfhIlj3dW0B3NxJcgh8QAg3If/9ZpL8AfGt7gTmLw/JvlUHiD8gZlQeEvwVM1QEFyDJX3FDRXBBkv59ENi/QMyogoQi+EEhEfyQFcHYIj0kIILrGi6Cddx1SUTw4IAYrCNwqC9iuAh+LkZGzBQlIaN6QDIC1loVNVwE676uJ4CbEiSHwLpCuAk1fyVJ8gfEtyoBzF8pkn3rYSD+gJhRpUjwV9lQEaxYPg5iqAguQ9K/9YH9C8SMKkMogusLieAYK4KxRYoREMGxhotgHXcsiQh+ISAGHxY41JczXASPiZERM+VJyOgRIBkBa63KGy6CdV8/IoCbSiSHwFgh3IT8hSsk+QPiW1UC5q8yyb71KBB/QMyoyiT4e9hQEVyVJH/1DRXB1Uj6twGwf4GYUdUIRXADIRHc0IpgbJEaCojgRoaLYB13IxIRPC4gBh8VONTXNFwET4mRETO1SMjoMSAZAWutahkugnVfPyaAm9okh8BGQrgJ+TFZkvwB8a1qA/P3IMm+1RiIPyBm1IMk+GthqAh+mCR/LQ0VwfVJ+rcJsH+BmFH1CUVwEyER/LgVwdgiPS4ggp8wXATruJ8gEcHTA2KwscCh/hHDRfCcGBkx8ygJGTUFkhGw1upRw0Ww7uumArhpRHIIfEIINyGbOiT5A+JbNQLmrzHJvtUMiD8gZlRjEvx1N1QENyXJXw9DRXAzkv59Eti/QMyoZoQi+EkhEdzcimBskZoLiOAWhotgHXcLEhE8PyAGmwkc6lsYLoLfjpERMy1JyKglkIyAtVYtDRfBuq9bCuCmDcskSQg3oeavLcskCdgrbYD5iyPZt1oB8QfEjIojwd9QQ0VwB5L8DTNUBHck6d/WwP4FYkZ1JBTBrYVEcBsrgrFFaiMggtsaLoJ13G1JRPDigBhsJXCo72y4CF4RIyNmupCQURyQjIC1Vl0MF8G6r+MEcNOd5BDYVgg3oeavB0n+gPhW3YH560myb8UD8QfEjOpJgr/xhorgPiT5m2CoCO5L0r/tgP0LxIzqSyiC2wmJ4PZWBGOL1F5ABHcwXATruDuQiOBVATEYL3CoH2C4CF4fIyNmBpKQUUcgGQFrrQYaLoJ1X3cUwM0gkkNgByHchJq/wST5A+JbDQLmbwjJvtUJiD8gZtQQEvzNM1QEP0uSv/mGiuDnSPo3Adi/QMyo5whFcIKQCO5sRTC2SJ0FRHAXw0WwjrsLiQjeFBCDnQQO9c8bLoK3x8iImRdIyKgrkIyAtVYvGC6CdV93FcDNiyyTTCHchJq/l0jyB8S3ehGYv9Ek+1Y3IP6AmFGjSfD3vqEieCxJ/j4wVASPI+nf7sD+BWJGjSMUwd2FRHAPK4KxReohIIJ7Gi6Cddw9SUTwzoAY7CZwqJ9ouAjeFyMjZiaRkFEikIyAtVaTDBfBuq8TBXAzleQQ2FMIN6HmbxpJ/oD4VlOB+XuVZN/qBcQfEDPqVRL8bTNUBM8iyd92Q0XwayT92xvYv0DMqNcIRXBvIRHcx4pgbJH6CIjgvoaLYB13XxIR/GVADPYSONTPNVwEH4mRETOvk5BRPyAZAWutXjdcBOu+7ieAmzdIDoF9hXATav7eJMkfEN/qDWD+FpDsW/2B+ANiRi0gwd9BQ0XwIpL8HTJUBL9D0r8DgP0LxIx6h1AEDxASwQOtCMYWaaCACH7KcBGs436KRASfCIjB/gKH+iWGi+AfYmTEzFISMnoaSEbAWqulhotg3ddPC+BmOckh8Ckh3ISavxUk+QPiWy0H5u99kn1rEBB/QMyo90nwd9pQEbyaJH9nDBXBa0j6dzCwf4GYUWsIRfBgIRE8xIpgbJGGCIjgZwwXwTruZ0hE8E8BMThI4FC/znARfCFGRsysJyGjoUAyAtZarTdcBOu+HiqAm49IDoHPCOEm1PxtIskfEN/qI2D+NpPsW8OA+ANiRm0mwV+KA2aK4G0k+YsE5g8pgreT9O+zwP4FYkZtJxTBzwqJ4OesCMYW6TkBETzccBGs4x5OIoIvB8TgMIFD/Q7DRfDVGBkxs5OEjEYAyQhYa7XTcBGs+3qEAG52kxwChwvhJtT87SHJHxDfajcwf3tJ9q3ngfgDYkbtJcFfFkNF8H6S/GU1VAR/SdK/LwD7F4gZ9SWhCH5BSASPtCIYW6SRAiJ4lOEiWMc9ikQER8ZGRDwvcKg/aLgIThsrI2YOkZDRi0AyAtZaHTJcBOu+flEAN0dJDoGjhHATav6OsXymENgrR4H5O06yb70ExB8QM+o4Cf4KGSqCvyXJX2FDRfB3JP07Gti/QMyo7whF8GghETzGimBskcYIiOCXDRfBOu6XSURwhoAYfEngUH/ScBGcOVZGzJwiIaNXgGQErLU6ZbgI1n39igBuTpMcAl8Wwk2o+TtDkj8gvtVpYP7OkuxbY4H4A2JGnSXBXwVDRfBFkvxVNFQE/0zSv+OA/QvEjPqZUASPExLB460IxhZpvIAInmC4CNZxTyARwbcHxOBYgUP9L4aL4NyxMmLmVxIymggkI2Ct1a+Gi2Dd1xMFcPM7ySFwghBuQs3fVZL8AfGtfgfm7xrJvjUJiD8gZtQ1Evw9aKgITnmWI38PGSqCbzrL0b+Tgf0LxIxC5s8vETxZSARPsSIYW6QpAiJ4quEiWMc9lUQE5w2IwUkCh/o0Z82Ou3CsjJhJS0JG04BkBKy1SiuMm5D/nm8gb9MEcJOe5BA4VQg3oeYvA0n+gPhW6YH5y0iyb70KxB8QMyojCf6aGiqCbyPJXzNDRXBmkv6dDuxfIGZUZkIRPF1IBM+wIhhbpBkCInim4SJYxz2TRAQXD4jBVwUO9dkMF8FRsTJi5nYSMpoFJCNgrdXthotg3dezBHCTk+QQOFMIN6Hm7w6S/AHxrXIC85eLZN96DYg/IGZULhL8dTZUBOchyV8XQ0VwXpL+nQ3sXyBmVF5CETxbSATPsSIYW6Q5AiJ4ruEiWMc9l0QERwfE4GsCh/oChovge2JlxExBEjJ6HUhGwFqrgoaLYN3XrwvgpgjJIXCuEG5CzV9RkvwB8a2KAPNXjGTfmgfEHxAzqhgJ/gYZKoJLkeRvsKEi+G6S/p0P7F8gZtTdhCJ4vpAIfsOKYGyR3hAQwW8aLoJ13G+SiOD7AmJwnsChXhkugmvFyoiZMiRktABIRsBaqzKGi2Dd1wsEcFOO5BD4phBuQs1feZL8AfGtygHzV4Fk31oIxB8QM6qC4XxXJ8B3CwX2rcqGx10/Vma/rkLSL28B+wVYa1XFcNzcFijEWwK40fdFxa3XltqFmcyBF1cDP7M4P7M6P/X1diCWRU48+r9JErXZnffof5/03ncCr991vfef3H9x4P1LrnP/xa77Lw28XpbMe7M5713qvFcL8PcCr5ff4FpWBN7//nXWssK1lg8Cr1deZy0fuNayKvB6dTLvvd157yrnvXqNawKv1zoaEI3NLVn/yAsam1UN78mdWf/IKzruaiR7+YfAvRxYa1WN0EDMAt6Hk9aYVPN1gVqtD/xvg8sHyuj8TBcRbCrqK7XrdTXQugRMyqhUrrWmc605KZ5bnH9/E/b3lk3nym2EK98RyeQtwvX70wb+l8F53S4uMbZX64QOberG9UuuZimTuW+kK9ZUnve565j079K4/3uJQwnoXn85PKxzyGu983OD8zNT4H8bA68/+i9khjgQ6WZE37cmwQFzowCZ1RIis0hw/MD6qFpgAvJuzhL1X9dRpk7oda4HrtOd103OfrLZRZDZnZ/uzT6F658xk2ZaVxxJl5tckn5nUtxJRJoKu5Yy+nfdFBF8XY9Ik36/h0gbxLXpEZfoIVLvxDQymVjdMer40mDji0paa9KVtKak33NzxJ+4SetaRzrsOlTS7/KuI51rHWldr5P+3c2uNSX9s/Se9bp7wf3fJuU1vStmmsOIDmSTc+jY7PzcEvi5taPc+tcJEHBtwydYOu4tAnHXITl4AOuj6hAcMtcL1LouAca3CsRdjwTjwPqoeoZjPEfKPxxrdK1jDI97U8AN/VAg7lgSN/RjoBsKrLVC5s9r0nzsnIu85yR9bQu83n6Dk5JPAu//9DqTkk9c998ReL2z4x/39UMgb+to/r6zA/t0Y3x0mego3deouN3CbpdLaCcJhP9FoZ3GFUfS5XantYjK4vz/Ll0TO8T3q98rIaFDfIe4tvW7Jsa5U5bcE8DJ6Vi3OXxTMmmkM4el1rdL6KnY/5bTUDnms3//pHGU517Kr8nWZ0KPxu+2j8Zji7S7I/6+ewx/NF7HvcfnTSAqtCsop1EhXt7DE1r4pQv8gkvtcff7JHNExOX2svUK8d7K+w/c+d3rYG2fC3OpXDhJeq/e0K5F/BVDKVyvI533RF7nPSn+y33+22FEbNNKCk4nYI0r2H0dg+1994JQv3svcBP6/Dr3qlghrnV8heiyraKi41sH7lM+Pq5sqzKVVHzFsoHbl41WrVvFRbWNbl2hfHT5ivEVfHu25HMhBv7CMjC2SF8IMPB+wxlYx73fpw+nhRr/Pmet6Ps2MPTDIt51IrH0JdAuawC2uPQmptdX3bknGvNJpyI0jhoZbhEnnd7QcT9mpkX8F8mNPIjsA96rMcmH1YD4VkDMKKn8ofvkAKF9dEDo8PqVPbxii/SVwOH1oOGHVx33QZJvVtB+t8Ra/Zq/7QthI4gPvnyzew45+T78D+yeGsnkzmv31Ij4e7snufv8rd1j+sN4kU4yU7gSd9h1Qk+60CcOYBzqMHAzO4JrhvikfB4RVDw6j/sElHNTsx78+sspScd9SCDuZgQPvB0WiPtJQ5WKl2CQ+0ZT4NdqNGf5K29AdQbEjGru0wOXodb5EJBrjgKdOn0PCW45avhXI0jErV3EVAJuWhsCFzG1QNxtSR40PQbsR2CtVVvDcaP7JZsAbtoR9MvtAnG3J+mX48B+AdZatSfol0ICuOlE0C+FBeJOIOmXE8B+AdZaJRD0SzkB3HQl6JfyAnF3I+mXr4H9Aqy16kbQL/cL4KYnQb88IBB3Ikm/fAPsF2CtVSJBvzQSwE0fgn55TCDuviT98i2wX4C1Vn0J+iVOADcDCPolXiDugST98h2wX4C1VgMJ+qWXAG4GEfRLb4G4B5P0y/fAfgHWWg0m6JdnBXAzlKBfnhOIexhJv/wA7BdgrdUwgn4ZL4Cb4QT9MkEg7hEk/XIS2C/AWqsRBP0yVwA3Iwn65XWBuEeR9MspYL8Aa61GEfTLMgHcjCbol/cE4h5D0i8/AvsFWGs1hqBfPhLAzViCftkkEPc4kn75CdgvwFqrcQT9slcANxMJ+mWfQNyTSPrlNLBfgLVWkwj65WsB3Ewl6JdvBOKeRtIvZ4D9Aqy1mkbQLxcFcDODoF9+Foh7Jkm/nAX2C7DWCpk//aHncZEREbc699OfYdDPZetnTfXzc/qZIP2cg57d6nmU9ti1b6i9EK3v9JlV87DeW852jAi60Lg511EGN+h1ngfiRtdnfOSfn0PTOTgvnOcLwM+o+fVtJBeEvo3kov02EmyRLgp8G8nPhn8biY77Z6JvI5FYq/1C2z+uiGQu1Jrd+b3k1PDyP/iGk3yu/+6/fcNJvoi//4aT5O7zP/ENJzqZeV2Ju9zxrzuvyd9wchm4Qf7SEZ/fX/5BPkNd96/AU5mh33cn9o0hlwQ+xT+bIO7LAnHPIfhTcL8KxD2X5BtOgLhUwForqfyh63yFUD1eEVKPv1n1iC3SbwLq8XfD1aOO+3ci9fi7VY/06vGqU8NrVj3++yspUVc96vEamXq8htwgO+Hzq+8prR5T4NYddurxqoCaeIMg7msCcb9JoB5TdMLHvYBEPQJxqYC1Vsj8adIf7z4tYHP4n/qgsXmto/lrjOwkg3N4Q6YEEiIroFJ2Mn+NN6HXiF6g9pZvEmCMRSSM4e74UGNOBWzKRQQnjVQCuEndCcuU4wg3ttQEG1saKaaMBAPKLcVDvVdaYINLFEWqKdN1Mn8z2iYg9941fBPWTZhWoN6LSR4RvhnYj8Baq8VnaUjsP4Mq+GP7BCR2s/TpPFSA5wh0zA6BjW2Z4Q0eFx8f1bptG7UpKy7m9MDNApk/v6bs6cHef9KVodOfr+2UPcR76iJl6IS/b0agzJWKO2MneI1E/5gQMqe3dJJrClA+46PLREchN+RMncwlNIkPMabrgCfy5QQfYrxZIO4VJArlVmBfA2utVhD0S04B3Kwk6Jc7BOJeRdIvtwH7BVhrtYqgX4oJ4GYtQb8UF4j7Q5J+yQzsF2Ct1YcE/VJJADcbCPrlHoG4N5L0SxZgvwBrrTYS9MuDArjZTNAvDwnEvYWkX7IC+wVYa7WFoF8eF8DNNoJ+eUIg7u0k/ZIN2C/AWqvtBP3SQQA3Owj6paNA3DtJ+uV2YL8Aa612EvRLPwHc7Cbol/4Cce8h6ZfswH4B1lrtIeiX5wVw8zlBv7wgEPcXJP2SA9gvwFqrLwj6ZbIAbg4Q9MsUgbi/IumXnMB+AdZafUXQL28I4OYwQb+8KRD3EZJ+uQPYL8BaqyME/fK+AG6OE/TLBwJxnyDpl1zAfgHWWp0g6JetArj5lqBfPhaI+zuSfskN7BdgrdV3BP2yXwA3Jwn65UuBuE+R9MudwH4B1lqdIuiX7wVwc5qgX34QiPsMSb/cBewXYK3VGYJ++UUAN+cJ+uVXgbgvkPRLHmC/AGutkPnT3zQ5IfLPP0qkP8Ogn8vWz5rq5+f0M0H6OQc9u9XzKO2xa99QeyFa3+kzq+Zhvbfk6RQRdKFxk1foayjQ68wHxI2uz8TIPz/PpnOQTzjP+YGf1fLrA6/5hT7wWsB+4BVbpAICH3gtaPgHXnXcBYU+8Crx9SoSa7VfK/3HFZHMhVqzO7+FnBoWdtXSfq30DV5JidLJzOtKXOF/8DXIUaFd0K+VLgzcIIsIfK10ER++Vrqo/Vrpf/2daoUEvnfqEkHchQXivkzwZY9FBeL+heRLQoG4VMBaK6n8oetcjFA9FhNSj8WtesQWqbiAeixhuHrUcZcgUo8lrHqkV48lnRqWsurx319JiSrpUY+lyNRjKeAGebeAerzbB/VY2qrHf62iSgqoid8J4i4lEPdVAvVYWiDuayTqEYhLBay1QuZPk/5E92kBm0Oxb4AuRfAt1VFSf2oB3ZAK/EeJGAGlCABVxvQ/SqS95TICjJHyHAdjRAFP12WBTYnOn8RJo6wAbqLBf5RoAuHGFk2wsZUzfWPTX/OdSQCgqczf2P7v68ORX5leHvlInVD+IsF1Rv4xqwoEf8xKYjOvSPDHrMoLxJ3GcPLWm3cFgbjT+rQ3hrrOSsB+BNZaIfMnfPgR+2NWFQkOP5U6yeAc3pD33MghoMJ176X8ehrgHqGnASrbpwGwRaos8DRAFcOfBtBxVxF6GiDpksxpVIiXH08C/NgO+yTAlQ74nGZOKcQAN7pOdf1/7a7VvQ5u7/sHTxX0j/grHr1PFfSP+PunCpK7z98+VXDDSfibFCUFd2+nPxcY6SSir2dxqN+ZBGQ0o6c3XFr8t4YLNe4MJH5y5huxDf7mxHUvkAwzkkiz+4DSzN0rIf/VQBL8AftEATGjpPKH3meqEiqmqkKKqZpVTOAiCSim6oYrJh13daLnpyXW+neqKdS6eVVTqPeTUk03RO5/o2wikrlQ93bXqoaDh5qmqyaJZgDd6z/PCtfwKDCd1H4RwZfJz2LXBG62tW6IteOveyXls9Y/yGeo674fmIMM/79O6P9gc7nhk+XfnAY1DmsIDN2yCDsCiEF6TYG4sxI8IXW/QNzZSJQoEJcKWGuVjQA3EvvEbUKWNXqdD3TiWGdt8PeMTYr882Cnc1Bb+HvG6hB+UryOkNPxoHU6sEV6UMDpeMhwp0PH/RDZbPghwdmwEGZ9+xR2XaeW9Uz/FHbSVc35GRXa9Z95aV3PJ6frdYr4y4W2suoCm7weyUniYUImfliIietbJsYWqb4AE8cYzsQ67hgyJo6xTOy+gpg41qnlI+HKxLEeJn7EByaOBTb5I+BP9U1KBt2o+0d4io6q5SOdzF/joywPtjcAf/6dEVANCADV0PSPiWq90VDAbc1J4tI/CtzlGwGbMif4o1DjCBu8EUGDPybFGOixdWMgONsAvxqoLckXyzYhNCmaCJkUj1uTAlukxwVMiicMNyl03E+QmRRP8JkUSvLe7vU3dWrZLFxNiqYek6KZDyZFU2CTN+skAzo0Ez9JyMRPCjFxc8vE2CI1F2DiFoYzsY67BRkTt7BMHHRv9/pbOrVsFa5M3NLDxK18YOKWwCZvZd1dBcyB2Bpbs4wL2lhAqTYEgGpr+rhA6422AuOCXCTjgtbAXT4O2JS57LhAxRE0eDzLuKAdEJztgOOC9iTjgvaEJkV7IZOigzUpsEXqIGBSdDTcpNBxdyQzKTrymRRlBO8dZFJ0cmqZEK4mRSePSZHgg0nRCdjkCZ1kQIdm4s6ETNxZiIm7WCbGFqmLABN3NZyJddxdyZi4q2Vi9xXExN2cWnYPVybu5mHi7j4wcTdgk3cHMjGruwvMgdgae7CMC3racYHqSQCoRNPHBVpvJAqMC+4kGRf0AO7yvYBNeacdF6heBA3em2Vc0AcIzk7AcUECybigL6FJ0VfIpOhnTQpskfoJmBT9DTcpdNz9yUyK/nwmRVnBeweZFAOcWg4MV5NigMekGOiDSTEA2OQDO8mADs3ETxEy8VNCTPy0ZWJskZ4WYOJBhjOxjnsQGRMPskzsvoKYeLBTyyHhysSDPUw8xAcmHgxs8iFAJmZ1d4E5EFvjMyzjgqF2XKCGEgBqmOnjAq03hgmMC/KQjAueAe7yzwKbMo8dF6hnCRr8OZZxwXAgOLsCxwXdSMYFIwhNihFCJsXz1qTAFul5AZPiBcNNCh33C2QmxQt8JkW04L2DTIqRTi1HhatJMdJjUozywaQYCWzyUZ1kQIdm4hcJmfhFISZ+yTIxtkgvCTDxaMOZWMc9moyJR1smdl9BTDzGqeXL4crEYzxM/LIPTDwG2OQvA5mY1d0F5kBsja+wjAvG2nGBGksAqHGmjwu03hgnMC7IRzIueAW4y48HNmU+Oy5Q4wkafALLuGAiEJw9geOCRJJxwSRCk2KSkEkx2ZoU2CJNFjApphhuUui4p5CZFFP4TIpygvcOMimmOrWcFq4mxVSPSTHNB5NiKrDJp3WSAR2aiV8lZOJXhZh4umVibJGmCzDxDMOZWMc9g4yJZ1gmdl9BTDzTqeWscGXimR4mnuUDE88ENvksIBOzurvAHIit8TWWccFsOy5QswkANcf0cYHWG3MExgUFSMYFrwF3+bnApixgxwVqLkGDv84yLpgHBGcf4LigL8m4YD6hSTFfyKR4w5oU2CK9IWBSvGm4SaHjfpPMpHiTz6QoL3jvIJNigVPLheFqUizwmBQLfTApFgCbfGEnGdChmfgtQiZ+S4iJ37ZMjC3S2wJMvMhwJtZxLyJj4kWWid1XEBO/49Ty3XBl4nc8TPyuD0z8DrDJ3wUyMau7C8yB2BoXs4wLlthxgVpCAKilpo8LtN5YKjAuKEQyLlgM3OWXAZuykB0XqGUEDf4ey7hgORCcA4DjgoEk44IVhCbFCiGT4n1rUmCL9L6ASfGB4SaFjvsDMpPiAz6TooLgvYNMipVOLVeFq0mx0mNSrPLBpFgJbPJVnWRAh2bi1YRMvFqIiddYJsYWaY0AE681nIl13GvJmHitZWL3FcTEHzq1XBeuTPyhh4nX+cDEHwKbfB2QiVndXWAOxNa4nmVcsMGOC9QGAkBtNH1coPXGRoFxQRGSccF64C7/EbApi9hxgfqIoME3sYwLNgPBOQg4LhhMMi7YQmhSbBEyKbZakwJbpK0CJsXHhpsUOu6PyUyKj/lMioqC9w4yKbY5tdweribFNo9Jsd0Hk2IbsMm3d5IBHZqJPyFk4k+EmPhTy8TYIn0qwMQ7DGdiHfcOMibeYZnYfQUx8U6nlrvClYl3eph4lw9MvBPY5LuATMzq7gJzILbGz1jGBbvtuEDtJgDUHtPHBVpv7BEYFxQjGRd8Btzl9wKbspgdF6i9BA2+j2Vc8DkQnEOB44JhJOOCLwhNii+ETIr91qTAFmm/gEnxpeEmhY77SzKT4ks+k6KS4L2DTIoDTi2/CleT4oDHpPjKB5PiALDJv+okAzo0Ex8kZOKDQkx8yDIxtkiHBJj4sOFMrOM+TMbEhy0Tu68gJj7i1PJouDLxEQ8TH/WBiY8Am/wokIlZ3V1gDsTWeIxlXHDcjgvUcQJAnTB9XKD1xgmBcUEJknHBMeAu/zWwKUvYcYH6mqDBv2EZF3wLBOdw4LhgBMm44DtCk+I7IZPie2tSYIv0vYBJ8YPhJoWO+wcyk+IHPpOileC9g0yKk04tT4WrSXHSY1Kc8sGkOAls8lOdZECHZuIfCZn4RyEm/skyMbZIPwkw8WnDmVjHfZqMiU9bJnZfQUx8xqnl2XBl4jMeJj7rAxOfATb5WSATs7q7wByIrfEcy7jgvB0XqPMEgLpg+rhA640LAuOCUiTjgnPAXf4isClL2XGBukjQ4D+zjAsuAcE5EjguGEUyLrhMaFJcFjIpfrEmBbZIvwiYFL8ablLouH8lMyl+5TMpWgveO8ikuOLU8rdwNSmueEyK33wwKa4Am/y3TjKgQzPx74RM/LsQE1+1TIwt0lUBJr5mOBPruK+RMfE1y8TuK4iJIxKcnCf8+Y/Ciol1AvK6gnUnwrugpN8dcmMm4O6VIgEHOlZ3F5gDsTVGCqwx2YWGfMzBLZR2XJCSAFA3odeIXqDWG3qRaICWJhkXRAJ3+VTApixtxwUqFUGDp5ZiDPS4IA0QnKOB44IxJOOCtMCNwi+TIi0QnO71pnMdv61JEeI9dZHSJeDvezMQsFJx35wAr5GoSXEzsKF8MinaCN47yKRI79QyQ7iaFOk9JkUGH0yK9MAmz5AgAzo0E2ckZOKMQkx8i2VibJFuEWDiTIYzsY47ExkTZ7JM7L6CmPhWp5a3hSsT3+ph4tt8YOJbgU1+G5CJWd1dYA7E1piZZVyQxY4LVBYCQGU1fVyg9UZWgXGBIhkXZAbu8tmATansuEBlI2jw21nGBdmB4BwLHBeMIxkX5CA0KXIImRQ5rUmBLVJOAZPiDsNNCh33HWQmxR18JkVbwXsHmRS5nFrmDleTIpfHpMjtg0mRC9jkuRNkQIdm4jsJmfhOISa+yzIxtkh3CTBxHsOZWMedh4yJ81gmdl9BTJzXqWW+cGXivB4mzucDE+cFNnk+IBOzurvAHIitMT/LuKCAHReoAgSAKmj6uEDrjYIC44KyJOOC/MBdvhCwKcvacYEqRNDghVnGBUWA4JwIHBdMIhkXFCU0KYoKmRTFrEmBLVIxAZOiuOEmhY67OJlJUZzPpIgTvHeQSVHCqWXJcDUpSnhMipI+mBQlgE1eMkEGdGgmLkXIxKWEmPhuy8TYIt0twMSlDWdiHXdpMiYubZnYfQUxcZRTSxWuTBzlYWLlAxNHAZtcAZmY1d0F5kBsjWVYxgVl7bhAlSUAVLTp4wKtN6IFxgXlSMYFZYC7fDlgU5az4wJVjqDBy7OMCyoAwTkVOC6YRjIuqEhoUlQUMikqWZMCW6RKAibFPYabFDrue8hMinv4TIp4wXsHmRSVnVpWCVeTorLHpKjig0lRGdjkVRJkQIdm4nsJmfheISa+zzIxtkj3CTBxVcOZWMddlYyJq1omdl9BTFzNqWX1cGXiah4mru4DE1cDNnl1IBOzurvAHIitsQbLuKCmHReomgSAqmX6uEDrjVoC44IKJOOCGsBd/n5gU1aw4wJ1P0GDP8AyLqgNBOcM4Lhg5ll/NopQ81cHmL9GwPw9BryXZP4e/N/Pn+i46qEEjnXWBdZZa9zJkX9KO52Duh7ph15/PUIzsp6QGfmwNSOxRXpYwIysb7gZqeOuT2ZG1uczI6ME7x1kRsY4tYwNVzMyxmNGxvpgRsYAmzyW5CTxCCETPyLExI9aJsYW6VEBJm5gOBPruBuQMXEDy8TuK4iJGzq1bBSuTNzQw8SNfGDihsAmbwQEty7yZEKTt1GC+Wt8jGUs2Bg8FmQEVGMCQDUxfSyo9UYTgbFgJZKx4GPAXf5xYFNWAo8FJxA2+OMEDf4Ey1iwKRCcy4FjmRUkY5lmhCZFMyGT4klrUmCL9KSASdHccJNCx92czKRozmdSKMl7u9ffwqlly3A1KVp4TIqWPpgULYBN3jJBBnRoJm5FyMSthJi4tWVibJFaCzBxG8OZWMfdhoyJ21gmDrq3e/1tnVrGhSsTt/UwcZwPTNwW2ORx1t1VwByIrTGeZVzQzgJKtSMAVHvTxwVab7QXGBdUJhkXxAN3+Q7ApqxsxwWqA0GDd2QZF3QCgnMlcFywimRckEBoUiQImRSdrUmBLVJnAZOii+EmhY67C5lJ0YXPpCgjeO8gk6KrU8tu4WpSdPWYFN18MCm6Apu8W4IM6NBM3J2QibsLMXEPy8TYIvUQYOKehjOxjrsnGRP3tEzsvoKYONGpZa9wZeJEDxP38oGJE4FN3gvIxKzuLjAHYmvszTIu6GPHBaoPAaD6mj4u0Hqjr8C44F6ScUFv4C7fD9iU99pxgepH0OD9WcYFA4DgXAscF3xIMi4YSGhSDBQyKZ6yJgW2SE8JmBRPG25S6LifJjMpnuYzKcoK3jvIpBjk1HJwuJoUgzwmxWAfTIpBwCYfnCADOjQTDyFk4iFCTPyMZWJskZ4RYOKhhjOxjnsoGRMPtUzsvoKYeJhTy2fDlYmHeZj4WR+YeBiwyZ8FMjGruwvMgdgan2MZFwy34wI1nABQI0wfF2i9MUJgXFCVZFzwHHCXfx7YlFXtuEA9T9DgL7CMC0YCwbkBOC7YSDIuGEVoUowSMiletCYFtkgvCpgULxluUui4XyIzKV7iMymiBe8dZFKMdmo5JlxNitEek2KMDybFaGCTj0mQAR2aiV8mZOKXhZj4FcvE2CK9IsDEYw1nYh33WDImHmuZ2H0FMfE4p5bjw5WJx3mYeLwPTDwO2OTjgUzM6u4CcyC2xgks44KJdlygJhIAapLp4wKtNyYJjAuqk4wLJgB3+cnApqxuxwVqMkGDT2EZF0wFgnMzcFywhWRcMI3QpJgmZFK8ak0KbJFeFTApphtuUui4p5OZFNP5TIpygvcOMilmOLWcGa4mxQyPSTHTB5NiBrDJZybIgA7NxLMImXiWEBO/ZpkYW6TXBJh4tuFMrOOeTcbEsy0Tu68gJp7j1HJuuDLxHA8Tz/WBiecAm3wukIlZ3V1gDsTW+DrLuGCeHReoeQSAmm/6uEDrjfkC44KaJOOC14G7/BvApqxpxwXqDYIGf5NlXLAACM5twHHBdpJxwUJCk2KhkEnxljUpsEV6S8CkeNtwk0LH/TaZSfE2n0lRXvDeQSbFIqeW74SrSbHIY1K844NJsQjY5O8kyIAOzcTvEjLxu0JMvNgyMbZIiwWYeInhTKzjXkLGxEssE7uvICZe6tRyWbgy8VIPEy/zgYmXApt8GZCJWd1dYA7E1vgey7hguR0XqOUEgFph+rhA640VAuOC+0nGBe8Bd/n3gU15vx0XqPcJGvwDlnHBSiA4dwDHBTtJxgWrCE2KVUImxWprUmCLtFrApFhjuEmh415DZlKs4TMpKgjeO8ikWOvU8sNwNSnWekyKD30wKdYCm/zDBBnQoZl4HSETrxNi4vWWibFFWi/AxBsMZ2Id9wYyJt5gmdh9BTHxRqeWH4UrE2/0MPFHPjDxRmCTfwRkYlZ3F5gDsTVuYhkXbLbjArWZAFBbTB8XaL2xRWBcUJtkXLAJuMtvBTZlbTsuUFsJGvxjlnHBNiA4dwPHBXtIxgXbCU2K7UImxSfWpMAW6RMBk+JTw00KHfenZCbFp3wmRUXBeweZFDucWu4MV5Nih8ek2OmDSbED2OQ7E2RAh2biXYRMvEuIiT+zTIwt0mcCTLzbcCbWce8mY+LdlondVxAT73FquTdcmXiPh4n3+sDEe4BNvhfIxKzuLjAHYmvcxzIu+NyOC9TnBID6wvRxgdYbXwiMCx4kGRfsA+7y+4FN+aAdF6j9BA3+Jcu44AAQnJ8DxwVfkIwLviI0Kb4SMikOWpMCW6SDAibFIcNNCh33ITKT4hCfSVFJ8N5BJsVhp5ZHwtWkOOwxKY74YFIcBjb5kQQZ0KGZ+CghEx8VYuJjlomxRTomwMTHDWdiHfdxMiY+bpnYfQUx8Qmnll+HKxOf8DDx1z4w8Qlgk38NZGJWdxeYA7E1fsMyLvjWjgvUtwSA+s70cYHWG98JjAvqkowLvgHu8t8Dm7KuHReo7wka/AeWccFJIDgPAMcFX5GMC04RmhSnhEyKH61JgS3SjwImxU+GmxQ67p/ITIqf+EyKVoL3DjIpTju1PBOuJsVpj0lxxgeT4jSwyc8kyIAOzcRnCZn4rBATn7NMjC3SOQEmPm84E+u4z5Mx8XnLxO4riIkvOLW8GK5MfMHDxBd9YOILwCa/CGRiVncXmAOxNf7MMi64ZMcF6hIBoC6bPi7QeuOywLjgYZJxwc/AXf4XYFM+bMcF6heCBv+VZVxwBQjOw8BxwRGSccFvhCbFb0Imxe/WpMAW6XcBk+Kq4SaFjvsqmUlxlc+kaC147yCT4lpSLTv/+c/CyqS45jEp3InwLijpd4famNeQTd5ZBnRoJk7RmY+JU3SWYeJIF8YsE4d4T10knVD0fVMCASsVd8rO8BqJMnHKzpaJXVcQE9/k1DJVuDKxTkBeV7CpfGDim4BNngrIxKzuLjAHYmtMLbDGZBcaKqDS4BZKOy5IQwCotOg1oheo9UbazniAxpCMC1IDd/l0wKaMseMClY6gwW+WYgz0uCA9EJzHgeOCEyTjggyEJkUGIZMiozUpsEXKKGBS3GK4SaHjvoXMpLiFz6RoI3jvIJMik1PLW8PVpMjkMSlu9cGkyARs8ls7y4AOzcS3ETLxbUJMnNkyMbZImQWYOIvhTKzjzkLGxFksE7uvICbO6tQyW7gycVYPE2fzgYmzAps8G5CJWd1dYA7E1ng7y7ggux0XqOwEgMph+rhA640cAuOCR0jGBbcDd/mcwKZ8xI4LVE6CBr+DZVyQCwjOb4Hjgu9IxgW5CU2K3EImxZ3WpMAW6U4Bk+Iuw00KHfddZCbFXXwmRVvBeweZFHmcWuYNV5Mij8ekyOuDSZEH2OR5O8uADs3E+QiZOJ8QE+e3TIwtUn4BJi5gOBPruAuQMXEBy8TuK4iJCzq1LBSuTFzQw8SFfGDigsAmLwRkYlZ3F5gDsTUWZhkXFLHjAlWEAFBFTR8XaL1RVGBc0IBkXFAYuMsXAzZlAzsuUMUIGrw4y7igBBCcJ4HjglMk44KShCZFSSGTopQ1KbBFKiVgUtxtuEmh476bzKS4m8+kiBO8d5BJUdqpZVS4mhSlPSZFlA8mRWlgk0d1lgEdmokVIRMrISYuY5kYW6QyAkxc1nAm1nGXJWPispaJ3VcQE0c7tSwXrkwc7WHicj4wcTSwycsBmZjV3QXmQGyN5VnGBRXsuEBVIABURdPHBVpvVBQYFzQiGReUB+7ylYBN2ciOC1Qlgga/h2VcUBkIztPAccEZknFBFUKTooqQSXGvNSmwRbpXwKS4z3CTQsd9H5lJcR+fSREveO8gk6KqU8tq4WpSVPWYFNV8MCmqApu8WmcZ0KGZuDohE1cXYuIalomxRaohwMQ1DWdiHXdNMiauaZnYfQUxcS2nlveHKxPX8jDx/T4wcS1gk98PZGJWdxeYA7E1PsAyLqhtxwWqNgGg6pg+LtB6o47AuKAxybjgAeAu/yCwKRvbcYF6kKDBH2IZF9QFgvM8cFxw4aw/G0Wo+asHzF96XHOrDMCNQjdHalfu7gi8uBr4mcv5mdv5qa+HA/mo7xCH/m+S9pc8znv0v096b0zgdazrvf/k/o8E3v/ode7/iOv+DQKvGybz3jud9zZw3qs3wkaB14/d4FoaB97f5Dpraexay+OB109cZy2Pu9bSNPC6WTLvvct5b1PnvXqNTwZeN3dkD/xJnux/5AV9CHgcfAhAx31v9j/yio77iXMce1oL4J4GrLV6wnDc5E35x56Gxs2ThsddNtAvLQTibk4iFprtx93LXeuQ+5gkf82B+WsOzF9Lkv26JXC/BmJGIfPn1wAPmMugAV4rO8DDFqmVwACvteEDPB13a+EBHnpzb2coOcaRkGN7Q8kxnoQc2wDJEYgZFU9Ijm2EyLGtJUdskdoKkGOc4eSo444TIkf0WrPF/EHkaMUc3zk84+4g7JCEfNgIxBwvEHdHkkNMHJCEOwAPMZ1IDjHtgPkDYkZ1IsFfL0NFSFeS/PU2VIR0I+nf9sD+BWJGdSMUIe2FREgHK0KwReogIEI6Gi5CdNwdSURI7sBhvJ3AobSn4ePK/DEyh/FEEjLqBCQjYK1VouEiTvd1JwHc9CE5BHYUwk2o+etLkj8gvlUfYP76kexbCUD8ATGj+pHgb7ihIvgpkvyNMFQEP03Sv52B/QvEjHqaUAR3FhLBXawIxhapi4AI7mq4CNZxdyURwYUDYjBB4FA/xHARXDJGRsw8Q0JG3YBkBKy1esZwEaz7upsAbp4lOQR2FcJNqPl7jiR/QHyrZ4H5G06yb3UH4g+IGTWcBH+TDRXBI0nyN8VQETyKpH97APsXiBk1ilAE9xASwT2tCMYWqaeACE40XATruBNJRHBUQAx2FzjUjzZcBJePkREzY0jIqBeQjIC1VmMMF8G6r3sJ4GYsyyRTCDeh5m8cSf6A+FZjgfkbT7Jv9QbiD4gZNZ4EfwsMFcGTSfK30FARPIWkf/sA+xeIGTWFUAT3ERLBfa0Ixhapr4AI7me4CNZx9yMRwfcExGBvgUP9q4aL4GoxMmJmOgkZ9QeSEbDWarrhIlj3dX8B3MwiOQT2E8JNqPl7jSR/QHyrWcD8zSbZtwYA8QfEjJpNgr/VhorgeST5W2OoCJ5P0r8Dgf0LxIyaTyiCBwqJ4KesCMYW6SkBEfy04SJYx/00iQiuFRCDAwQO9QsMF8EPxciImYUkZDQISEbAWquFhotg3deDBHCziOQQ+LQQbkLN3zsskyRgrywC5u9dkn1rMBB/QMyod0nwt8NQEbyMJH87DRXB75H07xBg/wIxo94jFMFDhETwM1YEY4v0jIAIHmq4CNZxDyURwfUDYnCwwKH+fcNFcMMYGTHzAQkZDQOSEbDW6gPDRbDu62ECuFlNcggcKoSbUPO3hiR/QHyr1cD8rSXZt54F4g+IGbWWBH9HDRXBG0jyd8xQEbyRpH+fA/YvEDNqI6EIfk5IBA+3IhhbpOECIniE4SJYxz2CRAQ3CYjBZwUO9ZsNF8HNY2TEzBYSMnoeSEbAWqsthotg3dfPC+BmG8u3owrhJtT8bSfJHxDfahswf5+Q7FsvAPEHxIz6hAR/5w0VwbtI8nfBUBH8GUn/jgT2LxAz6jNCETxSSASPsiIYW6RRAiL4RcNFsI77RRIR3DogBl8QONTvNVwEt4+RETP7SMjoJSAZAWut9hkugnVfvySAm/0kh8AXhXATav6+JMkfEN9qPzB/B0j2rdFA/AExow6Q4C/Vl2aK4MMk+UsNzB9SBB8h6d8xwP4FYkYdIRTBY4RE8MtWBGOL9LKACH7FcBGs436FRAQnBMTgaIFD/XHDRXCPGBkxc4KEjMYCyQhYa3XCcBGs+3qsAG6+JTkEviKEm1Dz9x1J/oD4Vt8C8/c9yb41Dog/IGbU9yT4y26oCP6RJH85DBXBP5H073hg/wIxo34iFMHjhUTwBCuCsUWaICCCJxougnXcE0lEcO+AGBwncKg/a7gIHhgjI2bOkZDRJCAZAWutzhkugnVfTxLAzUWSQ+BEIdyEmr+fSfIHxLe6CMzfJZJ9azIQf0DMqEsk+CtmqAi+QpK/4oaK4N9I+ncKsH+BmFG/EYrgKUIieKoVwdgiTRUQwdMMF8E67mkkInhwQAxOFjjUXzNcBD8XIyNmIs5zkNGrQDIC1lqh84eur+7rVwVwk9In3ESFdgXtvVGhXUG4CTV/N5HkD4hv5cZMqPlLRbJvTQfiD4gZlYoEf5UNFcHpSPJXxVARfDNJ/84A9i8QMwqZP79E8AwhETzTimBskWYKiOBZhotgHfcsEhH8QkAMThc41Gc8b3bcY2JkxMwtJGT0GpCMgLVWtxgugnVfvyaAm9tIDoGzhHATav4yk+QPiG91GzB/WUj2rdlA/AExo7KQ4O9hQ0VwdpL81TdUBOcg6d85wP4FYkblIBTBc4RE8FwrgrFFmisggl83XATruF8nEcHjAmJwtsChPpfhInhKjIyYyU1CRvOAZASstcptuAjWfT1PADd5SA6BrwvhJtT85SXJHxDfKg8wf/lI9q35QPwBMaPykeCvhaEiuBBJ/loaKoILk/TvG8D+BWJGFSYUwW8IieA3rQjGFulNARG8wHARrONeQCKCpwfE4HyBQ30xw0XwnBgZMVOchIwWAskIWGtV3HARrPt6oQBuSpEcAhcI4SbU/N1Nkj8gvlUpYP5Kk+xbbwHxB8SMKk2Cv+6GiuCyJPnrYagIjibp37eB/QvEjIomFMFvC4ngRVYEY4u0SEAEv2O4CNZxv0MigucHxOBbAof6CoaL4LdjZMRMRRIyehdIRsBaq4qGi2Dd1+8K4KYyySHwHSHchJq/KiT5A+JbVQbm716SfWsxEH9AzKh7SfA31FARXJ0kf8MMFcE1SPp3CbB/gZhRNQhF8BIhEbzUimBskZYKiOBlhotgHfcyEhG8OCAGFwsc6u83XASviJERMw+QkNF7QDIC1lo9YLgI1n39ngBuHiQ5BC4Twk2o+XuIJH9AfKsHgfmrS7JvLQfiD4gZVZcEf+MNFcExJPmbYKgIjiXp3xXA/gViRsUSiuAVQiL4fSuCsUV6X0AEf2C4CNZxf0AiglcFxOBygUN9A8NF8PoYGTHTkISMVgLJCFhr1dBwEaz7eqUAbhqTHAI/EMJNqPlrQpI/IL5VY2D+HifZt1YB8QfEjHqcBH/zDBXBT5Lkb76hIrg5Sf+uBvYvEDOqOaEIXi0kgtdYEYwt0hoBEbzWcBGs415LIoI3BcTgKoFDfSvDRfD2GBkx05qEjD4EkhGw1qq14SJY9/WHAriJIzkErhXCTaj5iyfJHxDfKg6Yv3Yk+9Y6IP6AmFHtSPD3vqEiuBOLCWioCE4g6d/1wP4FYkYlEIrg9UIieIMVwdgibRAQwRsNF8E67o0kInhnQAyuEzjUdzVcBO+LkREz3UjI6CMgGQFrrboZLoJ1X38kgJueJIfAjUK4CTV/iST5A+Jb9QTmrxfJvrUJiD8gZlQvEvxtM1QE9yPJ33ZDRXB/kv7dDOxfIGZUf0IRvFlIBG+xIhhbpC0CInir4SJYx72VRAR/GRCDmwQO9U8ZLoKPxMiImadJyOhjIBkBa62eNlwE677+WAA3Q0gOgVuFcBNq/p4hyR8Q32oIMH9DSfatbUD8ATGjhpLg76ChIng4Sf4OGSqCR5D073Zg/wIxo0YQiuDtQiL4EyuCsUX6REAEf2q4CNZxf0oigk8ExOA2gUP9SMNF8A8xMmJmFAkZ7QCSEbDWapThIlj39Q4B3IwmOQR+KoSbUPM3hiR/QHyr0cD8vUyyb+0E4g+IGfUyCf5OGyqCx5Pk74yhIngCSf/uAvYvEDNqAqEI3iUkgj+zIhhbpM8ERPBuw0Wwjns3iQj+KSAGdwoc6icbLoIvxMiImSkkZLQHSEbAWqsphotg3dd7BHDzKskhcLcQbkLN33SS/AHxrV4F5m8Gyb61F4g/IGbUDBL8pThgpgieTZK/SGD+kCJ4Dkn/7gP2LxAzag6hCN4nJII/tyIYW6TPBUTwF4aLYB33FyQi+HJADO4VONTPM1wEX42RETPzSchoP5CMgLVW8w0Xwbqv9wvgZgHJIfALIdyEmr+FLN8uC+yVBcD8vUWyb30JxB8QM+otEvxlMVQEv0uSv6yGiuDFJP17ANi/QMyoxYQi+ICQCP7KimBskb4SEMEHDRfBOu6DJCI4MjYi4kuBQ/0yw0Vw2lgZMfMeCRkdApIRsNbqPcNFsO7rQwK4eZ/lM4VCuAn5T1eR5A+Ib/U+MH8rSfatw0D8ATGjVpLgr5ChIngtSf4KGyqCPyTp3yPA/gViRn1IKIKPCIngo1YEY4t0VEAEHzNcBOu4j5GI4AwBMXhY4FC/wXARnDlWRsxsJCGj40AyAtZabTRcBOu+Pi6Am80kh8BjQrgJNX9bWL5dG9grm4H520qyb50A4g+IGbWVBH8VDBXBn5Dkr6KhIvhTkv79Gti/QMyoTwlF8NdCIvgbK4KxRfpGQAR/a7gI1nF/SyKCbw+IwRMCh/pdhovg3LEyYuYzEjL6DkhGwFqrzwwXwbqvvxPAzV6SQ+C3QrgJ+bNmJPkD4lvtBebvc5J963sg/oCYUZ+T4O9BQ0XwAZL8PWSoCP6KpH9/APYvEDPqK0IR/IOQCD5pRTC2SCcFRPApw0WwjvsUiQjOGxCD3wsc6g8bLoILx8qImSMkZPQjkIyAtVZHDBfBuq9/FMDNcZJD4Ckh3IQ8ISTJHxDf6jgwf1+T7Fs/AfEHxIz6mgR/TQ0Vwd+T5K+ZoSL4B5L+PQ3sXyBm1A+EIvi0kAg+Y0UwtkhnBETwWcNFsI77LIkILh4Qgz8JHOp/NFwER8XKiJmfSMjoHJCMgLVWPxkugnVfnxPAzVmSQ+BZIdyEjGeS/AHxrc4C83eeZN86D8QfEDPqPAn+Ohsqgi+R5K+LoSL4Mkn/XgD2LxAz6jKhCL4gJIIvWhGMLdJFARH8s+EiWMf9M4kIjg6IwfMCh/orhovge2JlxMxvJGR0CUhGwFqr3wwXwbqvLwng5hrJIfBnIdyEvI9f4MgfEN/qGjB/KS5w7FuXgfgDYkalIMHfIENFcCqS/A02VASnJunfX4D9C8SMQubPLxH8i5AI/tWKYGyRfhUQwVcMF8E67iskIvi+gBi8LHCoT3fB7LhrxcqImZtJyOg3IBkBa61uFsZNyOZOIG+/CeAmI8kh8IoQbkLN3y0k+QPiW2UE5i8Tyb71OxB/QMyoTIbzXZ0A3/0usG9lMTzu+rEy+3VWkn65CuwXYK1VVsNxkzNQiKsCuNH3RcWt15bahZk79JoDP3M5P3M7P/V1TeuRLn/Eo/+bJFGbx3mP/vdJ700ReF+k673/5P4pA++/6Tr31/8+6b2pAq9TJ/PeO533pnLeqwV4msDrtDe4lnSB9998nbWkc60lfeB1huusJb1rLRkDr29J5r13Oe/N6LxXrzFT4PWtXZx8Ou+r5vyMCu1S5bL/kRc0NrMb3pP3Zv8jr+i4c5Ds5bd1weUSWGuVg9BAzAXeh5PWmFTzzIFaZQn8L2uXP2PI6PxMFxFsKuortet1NdC6BEzKqFSutaZzrTkpnlucf38T9veWTefKbYQr3xHJ5C3C9fvTBv6XwXndLi4xtlfrhA5t6sb1S65mKZO5b6Qr1lSe97nrmPTv0rj/e4lDCehefzk8ZHbIK4vzM6vzM1Pgf9kCr2//L2SGOBDpZkTfNxfBATObAJnlFiKzSHD8wPqo3GAC8m7OEvXP3EWmTuh1ZgGu053X7M5+ksNFkNmdn+7NPoXrnzGTZlpXHEmXm1ySfmdS3ElEmgq7ljL6d90UEXxdj0iTfr+HSBvEtekRl+ghUu/ENDKZWN0x6vjSYOOLSlpr0pW0pqTfc3PEn7hJ61pHOuw6VNLv8q4jnWsdaV2vk/7dza41Jf2z9J71unvB/d8m5TW9K2aaw4gOJLtz6Mjh/MwZ+HlHF7n1ZxYg4DyGT7B03DkF4s5LcvAA1kflJThkZhGodQECjN8hEHdBEowD66MKGo7xvCn/cKzRtS5ieNxlA6fl2wTiLkrihuYCuqHAWitk/rwmTS7nXOQ9J+krd+D1nTc4Kbkr8P4815mU3OW6f97A63xd/rivHwI5dxfz9528XaD3jY8uEx2l+xoVt1vY5XcJ7SSB8L8otNO44ki63O60FlFZnP/fpWtih/h+9XslJHSI7xDXtn7XxDh3ypJ7Ajg5Hes2h29KJo105rDU+twYRK71v+U05HNul399ryjPvZRfk60CXWT2j4Ku2tlH40O8py5SwS74+xbqggO/VNyFfN4EokK7gnIaFeLlPTyhhd9tgV9QJwF3v3uyRUQ8mCBbrxDvrbz/wJ3fwg7Wirgwl8qFk6T36g3tWsRfMZTC9TrSeU/kdd6T4r/c578dRsQ2raTgdALWuIIt0iXY3ncvCPW7CwM3oaLXuVfFCnGt4ytEl20VFR3fOnCf8vFxZVuVqaTiK5YN3L5stGrdKi6qbXTrCuWjy1eMr+DbsyVFhRi4mGVgbJGKCTBwccMZWMddXIiB4Racs1b0fUsY+mER7zqRWCoBtMtKgC0uvYnp9VV37onGfNKpCI2jUoZbxEmnN3Tcd5tpEf9FciMPIkWA9ypN8mE1IL4VEDNKKn/oPilJaB+VFDq8lrKHV2yRSgkcXu82/PCq477bp8NrVGjX//ndEmv1a/5WJISNID748s3uKe3kO+of2D01ksmd1+6pEfH3dk9y9/lbu8f0h/EinWSmcCUuynVCT7rQJw5gHCoKuJkpXDPEJ+VTCSoencciAsq5rFkPfv3llKTjLi0QdzTBA29RAnGXM1SpeAkGuW+UBX6tRnkSpQfEtwJiRpX36YHLkBU9kGvKAJ06fQ8JbinTRWYPQ9ZawkV8rBM+7soELmJjgbirkDxoWhbYj8BaqyqG40b3S7wAbqoS9Es7gbirkfRLNLBfgLVW1Qj6pbcAbmoS9EsfgbhrkfRLOWC/AGutahH0y3MCuKlN0C/DBeKuQ9Iv5YH9Aqy1qkPQLxMEcFOXoF8mCsRdj6RfKgD7BVhrVY+gX14XwE0MQb/ME4g7lqRfKgL7BVhrFUvQL+8J4KYBQb8sF4i7IUm/VAL2C7DWqiFBv2wSwE1jgn7ZLBB3E5J+uQfYL8BaqyYE/bJPADdNCfrlc4G4m5H0S2VgvwBrrZoR9Ms3ArhpQdAv3wrE3ZKkX6oA+wVYa9WSoF9+FsBNG4J+uSQQd1uSfrkX2C/AWqu2BP2SWuDTZe0I+iWNQNztSfrlPmC/AGut2hP0y+0CuOlE0C/ZBeJOIOmXqsB+AdZaJRD0S2EB3HQl6JciAnF3I+mXasB+AdZadSPol/ICuOlJ0C8VBOJOJOmX6sB+AdZaJRL0ywMCuOlD0C+1BeLuS9IvNYD9Aqy1QuZPf+h5cWRExK1JOQvErJ/L1s+a6ufn9DNB+jkHPbvV8yjtsWvfUHshWt/935lVfz418L8aXSKCLvjzyV1kcAN/nhiIG12fJZF/fg5N56CWcJ7vB35Gza9vI7lf6NtIHrDfRoIt0gMC30ZS2/BvI9Fx1yb6NhKJtdovtP3jikjmQq3Znd86Tg0f/AffcJLP9d/9t284yRfx999wktx9/ie+4UQnM68rcQ92+evOa/I3nDwI3CAf6oLP70P/IJ8hf/oAeCoz9PvuxL4xpI7Ap/gHEMT9oEDcAwn+FFxdgbifIvmGEyAuFbDWSip/8E87EarHekLq8WGrHrFFelhAPdY3XD3quOsTqcf6Vj3Sq8cYp4axVj3++yspUTEe9RhLph5jgRvkIwLq8REf1OOjVj3+axUVI6AmhhDEHSsQ9zME6vFRgbiHkqhHIC4VsNYKmT9N+kvcpwVsDv9THzQ2Y7uYv8YGQjNu/IfOgYTICqiGBIBqhF4jeoHaW24kwBjDSRijAfB0/RiwKYcTnDQeE8BN4y5YplxMuLE1JtjYmkgxZSQYUG4pHuq9Hif4ym+Jpnyii/mbUW6BuJ83fBPWTfi4QNwvkDwi3BTYj8Baqxcu0JDYfwZVaGw+QUBiTaVP56ECPG+gY/IKNPiLhjd4XHx8VOu2bVTZ7LiYmwE3C2T+/JqyNwN7/0nXk3bKji3SkwJT9uaGT9l13M2FpuxJF1pZIHPaootcU4DyGR9dJjoKuSG37GIuoUl8iPEJgQ/zjSb4EGNTgbjHkCiUVsC+BtZajSHol44CuBlL0C+dBOIeR9IvrYH9Aqy1GkfQL/0FcDORoF8GCMQ9iaRf2gD7BVhrNYmgX14QwM1Ugn4ZKRD3NJJ+aQvsF2Ct1TSCfpkigJsZBP0yVSDumST9EgfsF2Ct1UyCfnlTADezCfplgUDcc0j6JR7YL8BaqzkE/fKBAG7mEfTLSoG455P0SztgvwBrreYT9MvHArhZQNAv2wTiXkjSL+2B/QKstVpI0C9fCuBmEUG/HBCI+x2SfukA7BdgrdU7BP3ygwBulhD0y0mBuJeS9EtHYL8Aa62WEvTLrwK4WU7QL1cE4l5B0i+dgP0CrLVaQdAvN3fG42YlQb+kF4h7FUm/JAD7BVhrtYqgX+4QwM1agn7JJRD3hyT90hnYL8Baqw8J+qW4AG42EPRLCYG4N5L0SxdgvwBrrTYS9Ms9ArjZTNAvlQXi3kLSL12B/QKstdpC0C8PCeBmG0G/1BWIeztJv3QD9guw1gqZP/1Nk0sj//yjRPozDPq5bP2sqX5+Tj8TpJ9z0LNbPY/SHrv2DbUXovWdPrNqHtZ7SzfhP5bTXehrKNDr7AH+o0TLIv/8PJvOQQ/hPPck/FrpnkIfeE20H3jFFilR4AOvvQz/wKuOuxfR10pLrNV+rfQfV0QyF2rN7vz2dmrYx36t9L+/khLV2/O10n3Ivla6D3CD7CvwtdJ9ffha6X72a6X/9Xeq9Rb4WpodBHH3EYh7J8GXPfYTiHsXyZeEAnGpgLVWUvlD17k/oXrsL6QeB1j1iC3SAAH1ONBw9ajjHkikHgda9UivHp9yavi0VY///kpK1FMe9fg0mXp8GrhBDhJQj4N8UI+DrXr81yrqKQE1sZcg7qcF4t5HoB4HC8T9OYl6BOJSAWutkPnTpL/MfVrA5lDsG6CfJviW6iFSf2oB3ZDPgP8oESOgniEA1FDT/yiR9paHCjDGAZY/Ywc8XQ8DNuUBgpPGMAHcPAv+o0RLCTe2Zwk2tudM39j013y3FADoQfM3tv/7+nDkV6YPB25sUvmLBNcZ+cesRhD8MSuJzfx5gj9mNVwg7sOGk7fevEcIxH2E5NHyF4D9CKy1OnKB5vAj9sesnic4/LzQRQbn8IYceSOHgArXvZfy62mAkUJPA4yyTwNgizRK4GmAFw1/GkDH/aLQ0wBJl2ROo0K8/HgS4L5O2CcB6nXG5/SOlEIMcKPrVNf/1+5aveTgdvQ/eKqgf8Rf8eh9qqB/xN8/VZDcff72qYIbTsLfpCgpuJe6/LnASCcRfT2LQ/3OJCCjGf04wadW6wl8avUEiZ98x43YBn9z4noJSIZfk0iz0UBp5u6VUNf1DQn+gH2igJhR35A8Pz2GUDGNEVJML1vFhC3SywKK6RXDFZOO+xWi56cl1vp3qinUunlVU6j3k1JNN0Tuf6NsIpK5UPd212qsg4dxpqsmhmexx3oUmE5qv4jgy+RnsccBN9vxN8Ta8de9kvI5/h/kM9R1TwDm4MT/rxP6P9hcbvhk+TenQY3DsQJDt5MEz2KPE4j7FMETUhME4v6RRIkCcamAtVY/EuBGYp/IKWRZo9c5sQvHOieBv2fsvcg/D3Y6B5O6RERIrn8y4SfFJws5HVOs04Et0hQBp2Oq4U6Hjnsq2Wx4quBsWAizvn0Ke5pTy1dN/xQ2OglJwU3zfHL61S4Rf7nQVtY0YJO/SnKSmE7IxNOFmHiGZWJskWYIMPFMw5lYxz2TjIlnWiZ2X0FMPMup5WvhysSzPEz8mg9MPAvY5K+BP9X3XjLoRt0/wlN0VC1f62L+GmezPNg+B/z5d0ZAzSEA1FzTPyaq9cZcAbf1LIlLPxu4y78ObMqz4I9CLSZs8NcJGnyeFGOgx9bzgeCsDBxHVSF5MPINQpPiDSGT4k1rUmCL9KaASbHAcJNCx72AzKRYwGdSKMl7u9e/0KnlW+FqUiz0mBRv+WBSLAQ2+VtdZECHZuK3CZn4bSEmXmSZGFukRQJM/I7hTKzjfoeMid+xTBx0b/f633VquThcmfhdDxMv9oGJ3wU2+WLr7ipgDsTWuIRlXLDUAkotJQDUMtPHBVpvLBMYF5wnGRcsAe7y7wGb8rwdF6j3CBp8Ocu4YAUQnFWB44JqJOOC9wlNiveFTIoPrEmBLdIHAibFSsNNCh33SjKTYiWfSVFG8N5BJsUqp5arw9WkWOUxKVb7YFKsAjb56i4yoEMz8RpCJl4jxMRrLRNji7RWgIk/NJyJddwfkjHxh5aJ3VcQE69zark+XJl4nYeJ1/vAxOuATb4eyMSs7i4wB2Jr3MAyLthoxwVqIwGgPjJ9XKD1xkcC44KLJOOCDcBdfhOwKS/acYHaRNDgm1nGBVuA4KwJHBfUIhkXbCU0KbYKmRQfW5MCW6SPBUyKbYabFDrubWQmxTY+k6Ks4L2DTIrtTi0/CVeTYrvHpPjEB5NiO7DJP+kiAzo0E39KyMSfCjHxDsvE2CLtEGDinYYzsY57JxkT77RM7L6CmHiXU8vPwpWJd3mY+DMfmHgXsMk/AzIxq7sLzIHYGnezjAv22HGB2kMAqL2mjwu03tgrMC64RDIu2A3c5fcBm/KSHReofQQN/jnLuOALIDhrA8cFdUjGBfsJTYr9QibFl9akwBbpSwGT4oDhJoWO+wCZSXGAz6SIFrx3kEnxlVPLg+FqUnzlMSkO+mBSfAVs8oNdZECHZuJDhEx8SIiJD1smxhbpsAATHzGciXXcR8iY+IhlYvcVxMRHnVoeC1cmPuph4mM+MPFRYJMfAzIxq7sLzIHYGo+zjAtO2HGBOkEAqK9NHxdovfG1wLjgF5JxwXHgLv8NsCl/seMC9Q1Bg3/LMi74DgjOusBxQT2SccH3hCbF90ImxQ/WpMAW6QcBk+Kk4SaFjvskmUlxks+kKCd47yCT4pRTyx/D1aQ45TEpfvTBpDgFbPIfu8iADs3EPxEy8U9CTHzaMjG2SKcFmPiM4Uys4z5DxsRnLBO7ryAmPuvU8ly4MvFZDxOf84GJzwKb/ByQiVndXWAOxNZ4nmVccMGOC9QFAkBdNH1coPXGRYFxwRWSccF54C7/M7Apr9hxgfqZoMEvsYwLLgPBGQMcF8SSjAt+ITQpfhEyKX61JgW2SL8KmBRXDDcpdNxXyEyKK3wmRXnBeweZFL85tfw9XE2K3zwmxe8+mBS/AZv89y4yoEMz8VVCJr4qxMTXLBNji3RNgIkjuprNxDpuvUZwjUSZ2J3TqBCv/zUmTuHUMtJV07BiYp2AvK5g3YnwLijpd4famCmATR6JA3d5VncXmAOxNaYUWGOyCw0VUDfhFko7LriJAFCp0GtEL1DrDb1INEB/JxkXpATu8qmBTfm7HReo1AQNnkaKMdDjgrRAcDYAjgsakowL0gE3Cr9MinRAcLrXe7Pr+G1NihDvqYt0c1f8fdMbblLouNOTmRTp+UyKCoL3DjIpMji1zBiuJkUGj0mR0QeTIgOwyTN2lQEdmolvIWTiW4SYOJNlYmyRMgkw8a2GM7GO+1YyJr7VMrH7CmLi25xaZg5XJr7Nw8SZfWDi24BNnhnIxKzuLjAHYmvMwjIuyGrHBSorAaCymT4u0Hojm8C44BrJuCALcJe/HdiU1+y4QN1O0ODZWcYFOYDgbAwcFzQhGRfkJDQpcgqZFHdYkwJbpDsETIpchpsUOu5cZCZFLj6ToqLgvYNMitxOLe8MV5Mit8ekuNMHkyI3sMnv7CoDOjQT30XIxHcJMXEey8TYIuURYOK8hjOxjjsvGRPntUzsvoKYOJ9Ty/zhysT5PEyc3wcmzgds8vxAJmZ1d4E5EFtjAZZxQUE7LlAFCQBVyPRxgdYbhQTGBSkucowLCgB3+cLApkTmj3VcUJigwYuwjAuKAsHZFDguaEYyLihGaFIUEzIpiluTAluk4gImRQnDTQoddwkyk6IEn0lRSfDeQSZFSaeWpcLVpCjpMSlK+WBSlAQ2eamuMqBDM/HdhEx8txATl7ZMjC1SaQEmjjKciXXcUWRMHGWZ2H0FMbFyalkmXJlYeZi4jA9MrIBNXgbIxKzuLjAHYmssyzIuiLbjAhVNAKhypo8LtN4oJzAuSEkyLigL3OXLA5sypR0XqPIEDV6BZVxQEQjOFsBxQUuScUElQpOikpBJcY81KbBFukfApKhsuEmh465MZlJU5jMpWgneO8ikqOLU8t5wNSmqeEyKe30wKaoAm/zerjKgQzPxfYRMfJ8QE1e1TIwtUlUBJq5mOBP/HzjJmLiaZWL3FcTE1Z1a1ghXJq7uYeIaPjBxdWCT1wAyMau7C8yB2BprsowLatlxgapFAKj7TR8XaL1xv8C4IBXJuKAmcJd/ANiUqey4QD1A0OC1WcYFdYDgbAMcF7QlGRc8SGhSPChkUjxkTQpskR4SMCnqGm5S6LjrkpkUdflMitaC9w4yKeo5tXw4XE2Keh6T4mEfTIp6wCZ/uKsM6NBMXJ+QiesLMXGMZWJskWIEmDjWcCbWcceSMXGsZWL3FcTEjzi1fDRcmfgRDxM/6gMTPwJs8keBTMzq7gJzILbGBizjgoZ2XKAaEgCqkenjAq03GgmMC9KQjAsaAHf5x4BNmcaOC9RjBA3emGVc0AQIznbAcUF7knHB44QmxeNCJsUT1qTAFukJAZOiqeEmhY67KZlJ0ZTPpGgjeO8gk6KZU8snw9WkaOYxKZ70waRoBmzyJ7vKgA7NxM0Jmbi5EBO3sEyMLVILASZuaTgT67hbkjFxS8vE7iuIiVs5tWwdrkzcysPErX1g4lbAJm8NZGJWdxeYA7E1tmEZF7S14wLVlgBQcaaPC7TeiBMYF6QjGRe0Ae7y8cCmTGfHBSqeoMHbsYwL2gPB2Qk4LkggGRd0IDQpOgiZFB2tSYEtUkcBk6KT4SaFjrsTmUnRic+kaCt47yCTIsGpZedwNSkSPCZFZx9MigRgk3fuKgM6NBN3IWTiLkJM3NUyMbZIXQWYuJvhTKzj7kbGxN0sE7uvICbu7tSyR7gycXcPE/fwgYm7A5u8B5CJWd1dYA7E1tiTZVyQaMcFKpEAUL1MHxdovdFLYFyQnmRc0BO4y/cGNmV6Oy5QvQkavA/LuKAvEJxdgeOCbiTjgn6EJkU/IZOivzUpsEXqL2BSDDDcpNBxDyAzKQbwmRRxgvcOMikGOrV8KlxNioEek+IpH0yKgcAmf6qrDOjQTPw0IRM/LcTEgywTY4s0SICJBxvOxDruwWRMPNgysfsKYuIhTi2fCVcmHuJh4md8YOIhwCZ/BsjErO4uMAdiaxzKMi4YZscFahgBoJ41fVyg9cazAuOCjCTjgqHAXf45YFNmtOMC9RxBgw9nGReMAIKzJ3BckEgyLnie0KR4XsikeMGaFNgivSBgUow03KTQcY8kMylG8pkU8YL3DjIpRjm1fDFcTYpRHpPiRR9MilHAJn+xqwzo0Ez8EiETvyTExKMtE2OLNFqAiccYzsQ67jFkTDzGMrH7CmLil51avhKuTPyyh4lf8YGJXwY2+StAJmZ1d4E5EFvjWJZxwTg7LlDjCAA13vRxgdYb4wXGBZlIxgVjgbv8BGBTZrLjAjWBoMEnsowLJgHB2Qc4Luh7wZ+NItT8TQbmrxQwf3cD7yWZvyn/+/kTHVdN7cqxzmnAOmuNuzzyT2mnczDNI/3Q63+V0Ix8VciMnG7NSGyRpguYkTMMNyN13DPIzMgZfGZklOC9g8zImU4tZ4WrGTnTY0bO8sGMnAls8lkkJ4nXCJn4NSEmnm2ZGFuk2QJMPMdwJtZxzyFj4jmWid1XEBPPdWr5ergy8VwPE7/uAxPPBTb560Bw6yIvJzR5X+9q/hrnsYwF54PHgoyAmk8AqDdMHwtqvfGGwFjwNpKx4DzgLv8msClvA48FlxI2+JsEDb6AZSy4EAjO0cCxzBiSscxbhCbFW0ImxdvWpMAW6W0Bk2KR4SaFjnsRmUmxiM+kUJL3dq//HaeW74arSfGOx6R41weT4h1gk7/bVQZ0aCZeTMjEi4WYeIllYmyRlggw8VLDmVjHvZSMiZdaJg66t3v9y5xavheuTLzMw8Tv+cDEy4BN/p51dxUwB2JrXM4yLlhhAaVWEADqfdPHBVpvvC8wLshCMi5YDtzlPwA2ZRY7LlAfEDT4SpZxwSogOMcCxwXjSMYFqwlNitVCJsUaa1Jgi7RGwKRYa7hJoeNeS2ZSrOUzKcoI3jvIpPjQqeW6cDUpPvSYFOt8MCk+BDb5uq4yoEMz8XpCJl4vxMQbLBNji7RBgIk3Gs7EOu6NZEy80TKx+wpi4o+cWm4KVyb+yMPEm3xg4o+ATb4JyMSs7i4wB2Jr3MwyLthixwVqCwGgtpo+LtB6Y6vAuCAbybhgM3CX/xjYlNnsuEB9TNDg21jGBduB4JwIHBdMIhkXfEJoUnwiZFJ8ak0KbJE+FTApdhhuUui4d5CZFDv4TIqygvcOMil2OrXcFa4mxU6PSbHLB5NiJ7DJd3WVAR2aiT8jZOLPhJh4t2VibJF2CzDxHsOZWMe9h4yJ91gmdl9BTLzXqeW+cGXivR4m3ucDE+8FNvk+IBOzurvAHIit8XOWccEXdlygviAA1H7TxwVab+wXGBdkJxkXfA7c5b8ENmV2Oy5QXxI0+AGWccFXQHBOBY4LppGMCw4SmhQHhUyKQ9akwBbpkIBJcdhwk0LHfZjMpDjMZ1JEC947yKQ44tTyaLiaFEc8JsVRH0yKI8AmP9pVBnRoJj5GyMTHhJj4uGVibJGOCzDxCcOZWMd9goyJT1gmdl9BTPy1U8tvwpWJv/Yw8Tc+MPHXwCb/BsjErO4uMAdia/yWZVzwnR0XqO8IAPW96eMCrTe+FxgX5CQZF3wL3OV/ADZlTjsuUD8QNPhJlnHBKSA4ZwDHBTNJxgU/EpoUPwqZFD9ZkwJbpJ8ETIrThpsUOu7TZCbFaT6TopzgvYNMijNOLc+Gq0lxxmNSnPXBpDgDbPKzXWVAh2bic4RMfE6Iic9bJsYW6bwAE18wnIl13BfImPiCZWL3FcTEF51a/hyuTHzRw8Q/+8DEF4FN/jOQiVndXWAOxNZ4iWVccNmOC9RlAkD9Yvq4QOuNXwTGBblIxgWXgLv8r8CmzGXHBepXgga/wjIu+A0IztnAccEcknHB74Qmxe9CJsVVa1Jgi3RVwKS4ZrhJoeO+RmZSXOMzKcoL3jvIpIjo5uS825//KKxMCp2AvK5g3YnwLijpd4fcmN1w90rRTQZ0aCaO7MbHxJHdZJg4pQtjlolDvKcukk4o+r43AQErFfdN3eA1EmXim7pZJnZdQUycyqll6nBl4lQeJk7tAxOnAjZ5aiATs7q7wByIrTGNwBqTXWiogErbDbjzkgIqLQGg0qHXCD/zBRaYrhseoHeSjAvSAHf5m4FNeacdF6ibCRo8vRRjoMcFGYDgnAccF8wnGRdkJDQpMgqZFLdYkwJbpFsETIpMhpsUOu5MZCZFJj6TooLgvYNMiludWt4WribFrR6T4jYfTIpbgU1+WzcZ0KGZODMhE2cWYuIslomxRcoiwMRZDWdiHXdWMibOapnYfQUxcTanlreHKxNn8zDx7T4wcTZgk98OZGJWdxeYA7E1ZmcZF+Sw4wKVgwBQOU0fF2i9kVNgXJCHZFyQHbjL3wFsyjx2XKDuIGjwXCzjgtxAcC4AjgsWkowL7iQ0Ke4UMinusiYFtkh3CZgUeQw3KXTcechMijx8JkVFwXsHmRR5nVrmC1eTIq/HpMjng0mRF9jk+brJgA7NxPkJmTi/EBMXsEyMLVIBASYuaDgT67gLkjFxQcvE7iuIiQs5tSwcrkxcyMPEhX1g4kLAJi8MZGJWdxeYA7E1FmEZFxS14wJVlABQxUwfF2i9UUxgXJCPZFxQBLjLFwc2ZT47LlDFCRq8BMu4oCQQnIuA44J3SMYFpQhNilJCJsXd1qTAFuluAZOitOEmhY67NJlJUZrPpKgkeO8gkyLKqaUKV5MiymNSKB9Miihgk6tuMqBDM3EZQiYuI8TEZS0TY4tUVoCJow1nYh13NBkTR1smdl9BTFzOqWX5cGXich4mLu8DE5cDNnl5IBOzurvAHIitsQLLuKCiHReoigSAqmT6uEDrjUoC44ICJOOCCsBd/h5gUxaw4wJ1D0GDV2YZF1QBgnMJcFywlGRccC+hSXGvkElxnzUpsEW6T8CkqGq4SaHjrkpmUlTlMylaCd47yKSo5tSyeriaFNU8JkV1H0yKasAmr95NBnRoJq5ByMQ1hJi4pmVibJFqCjBxLcOZWMddi4yJa1kmdl9BTHy/U8sHwpWJ7/cw8QM+MPH9wCZ/AMjErO4uMAdia6zNMi6oY8cFqg4BoB40fVyg9caDAuOCQiTjgtrAXf4hYFMWsuMC9RBBg9dlGRfUA4JzOXBcsIJkXPAwoUnxsJBJUd+aFNgi1RcwKWIMNyl03DFkJkUMn0nRWvDeQSZFrFPLR8LVpIj1mBSP+GBSxAKb/JFuMqBDM/GjhEz8qBATN7BMjC1SAwEmbmg4E+u4G5IxcUPLxO4riIkbObV8LFyZuJGHiR/zgYkbAZv8MSATs7q7wByIrbExy7igiR0XqCYEgHrc9HGB1huPC4wLipCMCxoDd/kngE1ZxI4L1BMEDd6UZVzQDAjOlcBxwSqSccGThCbFk0ImRXNrUmCL1FzApGhhuEmh425BZlK04DMp2gjeO8ikaOnUslW4mhQtPSZFKx9MipbAJm/VTQZ0aCZuTcjErYWYuI1lYmyR2ggwcVvDmVjH3ZaMidtaJnZfQUwc59QyPlyZOM7DxPE+MHEcsMnjgUzM6u4CcyC2xnYs44L2dlyg2hMAqoPp4wKtNzoIjAuKkYwL2gF3+Y7ApixmxwWqI0GDd2IZFyQAwbkWOC74kGRc0JnQpOgsZFJ0sSYFtkhdBEyKroabFDrurmQmRVc+k6Kt4L2DTIpuTi27h6tJ0c1jUnT3waToBmzy7t1kQIdm4h6ETNxDiIl7WibGFqmnABMnGs7EOu5EMiZOtEzsvoKYuJdTy97hysS9PEzc2wcm7gVs8t5AJmZ1d4E5EFtjH5ZxQV87LlB9CQDVz/RxgdYb/QTGBSVIxgV9gLt8f2BTlrDjAtWfoMEHsIwLBgLBuQE4LthIMi54itCkeErIpHjamhTYIj0tYFIMMtyk0HEPIjMpBvGZFHGC9w4yKQY7tRwSribFYI9JMcQHk2IwsMmHdJMBHZqJnyFk4meEmHioZWJskYYKMPEww5lYxz2MjImHWSZ2X0FM/KxTy+fClYmf9TDxcz4w8bPAJn8OyMSs7i4wB2JrHM4yLhhhxwVqBAGgnjd9XKD1xvMC44JSJOOC4cBd/gVgU5ay4wL1AkGDj2QZF4wCgnMzcFywhWRc8CKhSfGikEnxkjUpsEV6ScCkGG24SaHjHk1mUozmMyniBe8dZFKMcWr5criaFGM8JsXLPpgUY4BN/nI3GdChmfgVQiZ+RYiJx1omxhZprAATjzOciXXc48iYeJxlYvcVxMTjnVpOCFcmHu9h4gk+MPF4YJNPADIxq7sLzIHYGieyjAsm2XGBmkQAqMmmjwu03pgsMC4oTTIumAjc5acAm7K0HReoKQQNPpVlXDANCM5twHHB9gv+bBSh5u9VYP6OA/N3Apg/3RypXbnLH3hxNfCzgPOzoPNTX9MD+ZjhEIf+b5L2lyLOe/S/T3rvzMDrWa73/pP7vxZ4/+zr3P811/3nBF7PTea9hZz3znHeqzfC1wOv593gWuYH3v/GddYy37WWNwOvF1xnLW+61rIw8PqtZN5b2HnvQue9eo1vB14vcmQPehN7LecfeUEfAhT4EICO+82cf+QVHXeZixx72jvAPQ1Ya1XGcNwUTfnHnobGTTnD454Z6Jd3BOIuTyIWmu3H3ctd61DzV4Ekf82B+SsPzF9Fkv36XeB+DcSMQubPrwEeMJdBA7zFLmvaDvBCvKcu0mKBAd4Swwd4Ou4lwgM8+Nd6G0qO95KQY3tDyfE+EnJcCiRHIGbUfYTkuFSIHJdZcsQWaZkAOb5nODnquN8TIkf0WrPF/EHkaMW8vFt4xl1d2CEJdX0al8sF4q5Bcoh5D0jC1YGHmJokh5gVwPwBMaNqkuCvl6EipDZJ/nobKkLqkPTv+8D+BWJG1SEUIe8LiZAPrAjBFukDARGy0nARouNeSSJCcgcO4ysEDqV1DR9X5o+ROYzXIyGjVUAyAtZa1TNcxOm+XiWAmxiSQ+BKIdyEmr9YkvwB8a1igPl7hGTfWg3EHxAz6hES/A03VAQ3IsnfCENF8GMk/bsG2L9AzKjHCEXwGiERvNaKYGyR1gqI4A8NF8E67g9JRHDhgBhcLXCof9xwEVwyRkbMPEFCRuuAZASstXrCcBGs+3qdAG6eJDkEfiiEm1Dz15wkf0B8qyeB+WtBsm+tB+IPiBnVggR/kw0VwW1I8jfFUBHclqR/NwD7F4gZ1ZZQBG8QEsEbrQjGFmmjgAj+yHARrOP+iEQERwXE4HqBQ307w0Vw+RgZMdOehIw2AckIWGvV3nARrPt6kwBuOpEcAj8Swk2o+Utg+UwXsFc6AfPXmWTf2gzEHxAzqjMJ/hYYKoK7k+RvoaEiuAdJ/24B9i8QM6oHoQjeIiSCt1oRjC3SVgER/LHhIljH/TGJCL4nIAY3CxzqexkugqvFyIiZ3iRktA1IRsBaq96Gi2Dd19sEcNOP5BD4sRBuQs1ff5bPFAJ7pR8wfwNI9q3tQPwBMaMGkOBvtaEieBBJ/tYYKoIHk/TvJ8D+BWJGDSYUwZ8IieBPrQjGFulTARG8w3ARrOPeQSKCawXE4HaBQ/1Qw0XwQzEyYmYYCRntBJIRsNZqmOEiWPf1TgHcDCc5BO4Qwk2o+RtBkj8gvtVwYP6eJ9m3dgHxB8SMep6lfw0VwS+S5G+noSL4JZL+/QzYv0DMqJcIRfBnQiJ4txXB2CLtFhDBewwXwTruPSQiuH5ADO4SONS/bLgIbhgjI2ZeISGjvUAyAtZavWK4CNZ9vVcAN+NJDoF7hHAT8p8XJ8kfEN9qPDB/E0n2rX1A/AExoyaS4O+ooSJ4Kkn+jhkqgqeR9O/nwP4FYkZNIxTBnwuJ4C+sCMYW6QsBEbzfcBGs495PIoKbBMTgPoFD/QzDRXDzGBkxM5OEjL4EkhGw1mqm4SJY9/WXAriZTXII3C+Em1DzN4ckf0B8q9nA/M0l2bcOAPEHxIyaS4K/84aK4DdI8nfBUBH8Jkn/fgXsXyBm1JuEIvgrIRF80IpgbJEOCojgQ4aLYB33IRIR3DogBg8IHOrfMlwEt4+RETNvk5DRYSAZAWut3jZcBOu+PiyAm3dJDoGHhHATav4Wk+QPiG/1LjB/S0j2rSNA/AExo5aQ4C/Vl2aK4OUk+UsNzB9SBK8g6d+jwP4FYkatIBTBR4VE8DErgrFFOiYggo8bLoJ13MdJRHBCQAweETjUrzRcBPeIkREzq0jI6ASQjIC1VqsMF8G6r08I4GYtySHwuBBuQv7TVST5A+JbrQXmbx3JvvU1EH9AzKh1JPjLbqgI/ogkfzkMFcGbSPr3G2D/AjGjNhGK4G+ERPC3VgRji/StgAj+znARrOP+jkQE9w6Iwa8FDvVbDRfBA2NkxMzHJGT0PZCMgLVWHxsugnVffy+Am09IDoHfCeEm1Px9yvLt2sBe+QSYvx0k+9YPQPwBMaN2kOCvmKEieDdJ/oobKoL3kPTvSWD/AjGj9hCK4JNCIviUFcHYIp0SEME/Gi6Cddw/kojgwQEx+IPAof5zw0XwczEyYuYLEjL6CUhGwFqrLwwXwbqvfxLAzQGSQ+CPQrgJ+bNmJPkD4lsdAObvIMm+dRqIPyBm1EES/FU2VAQfJclfFUNF8DGS/j0D7F8gZtQxQhF8RkgEn7UiGFukswIi+JzhIljHfY5EBL8QEIOnBQ71XxsugsfEyIiZb0jI6DyQjIC1Vt8YLoJ1X58XwM33JIfAc0K4CXlCSJI/IL7V98D8nSTZty4A8QfEjDpJgr+HDRXBp0nyV99QEXyGpH8vAvsXiBl1hlAEXxQSwT9bEYwt0s8CIviS4SJYx32JRASPC4jBCwKH+vOGi+ApMTJi5gIJGV0GkhGw1uqC4SJY9/VlAdxcIjkEXhLCTch4Zvl2WWCvXALm7xeSfesXIP6AmFG/kOCvhaEi+HeS/LU0VARfJenfX4H9C8SMukoogn8VEsFXrAjGFumKgAj+zXARrOP+jUQETw+IwV8EDvUpfjY77jkxMmIm8mcOMvodSEbAWqtIYdyEmjfd178L4CaVT7iJCu0K2nujQruCcBNq/lKT5A+Ib5UKmL80JPvWVSD+gJhRaUjw191QEZyeJH89DBXBGUj69xqwf4GYUcj8+SWCrwmJ4Ijuf760IjjEe+oi6YSi75uiu9kiWMedoju8RiJrnR8Qg1cFDvWZDBfBb8fIiJlbScgosjsul8Baq1sNF8G6ryO74++bheQQmEIIN6HmLytJ/oD4VlmA+ctGsm+lBOIPiBmVjQR/Qw0VwTlJ8jfMUBF8B0n/3gTsXyBm1B2EIhiYyyARnMqKYGyRUgmI4NSGi2Add2oSEbw4IAZTChzq7zRcBK+IkREzd5GQURogGQFrre4yXATrvk4jgJt8JIfA1EK4CTV/+UnyB8S3ygfMXwGSfSstEH9AzKgCJPgbb6gILkKSvwmGiuCiJP2bDti/QMyoooQiOJ2QCL7ZimBskW4WEMHpDRfBOu70JCJ4VUAMphU41JcwXASvj5ERMyVJyCgDkIyAtVYlDRfBuq8zCOCmNMkhML0QbkLNXxRJ/oD4VqWB+VMk+1ZGIP6AmFGKBH/zDBXB5UjyN99QEVyepH9vAfYvEDOqPKEIvkVIBGeyIhhbpEwCIvhWw0WwjvtWEhG8KSAGMwoc6isZLoK3x8iImXtIyOg2IBkBa63uMVwE676+TQA397I8ziuEm1Dzdx9J/oD4VvcC81eVZN/KDMQfEDOqKgn+3jdUBNckyd8HhorgWiT9mwXYv0DMqFqEIjiLkAjOakUwtkhZBURwNsNFsI47G4kI3hkQg5kFDvW1DRfB+2JkxEwdEjK6HUhGwFqrOoaLYN3Xtwvgpi7JITCbEG5CzV89kvwB8a3qAvP3MMm+lR2IPyBm1MMk+NtmqAh+hCR/2w0VwY+S9G8OYP8CMaMeJRTBOYREcE4rgrFFyikggu8wXATruO8gEcFfBsRgdoFDfSPDRfCRGBkx8xgJGeUCkhGw1uoxw0Ww7utcArh5nOQQeIcQbkLN3xMk+QPiWz0OzF9Tkn0rNxB/QMyopiT4O2ioCG5Bkr9DhorgliT9eyewf4GYUS0JRfCdQiL4LiuCsUW6S0AE5zFcBOu485CI4BMBMZhb4FDfxnAR/EOMjJhpS0JGeYFkBKy1amu4CNZ9nVcAN+1IDoF5hHATav7ak+QPiG/VDpi/DiT7Vj4g/oCYUR1I8HfaUBHcmSR/ZwwVwV1I+jc/sH+BmFFdCEVwfiERXMCKYGyRCgiI4IKGi2Add0ESEfxTQAzmEzjUdzdcBF+IkREzPUjIqBCQjIC1Vj0MF8G6rwsJ4KYXySGwoBBuQs1fb5a/MwrslV7A/PUh2bcKA/EHxIzqQ4K/FAfMFMEDSPIXCcwfUgQPJOnfIsD+BWJGDSQUwUWERHBRK4KxRSoqIIKLGS6CddzFSETw5YAYLCxwqB9kuAi+GiMjZgaTkFFxIBkBa60GGy6CdV8XF8DNUJJDYDEh3ISav2Ek+QPiWw0F5u9Zkn2rBBB/QMyoZ0nwl8VQEfw8Sf6yGiqCXyDp35LA/gViRr1AKIJLCongUlYEY4tUSkAE3224CNZx300igiNjIyJKCBzqXzRcBKeNlREzL5GQUWkgGQFrrV4yXATrvi4tgJuXSQ6BdwvhJtT8vUKSPyC+1cvA/I0l2beigPgDYkaNJcFfIUNF8ESS/BU2VARPIulfBexfIGbUJEIRrIREcBkrgrFFKiMggssaLoJ13GVJRHCGgBiMEjjUTzVcBGeOlREz00jIKBpIRsBaq2mGi2Dd19ECuJlBcggsK4SbUPM3kyR/QHyrGcD8zSLZt8oB8QfEjJpFgr8KhorguST5q2ioCH6dpH/LA/sXiBn1OqEILi8kgitYEYwtUgUBEVzRcBGs465IIoJvD4jBcgKH+jcMF8G5Y2XEzJskZFQJSEbAWqs3DRfBuq8rCeDmLZZDoBBuQs3f2yT5A+JbvQXM3yKSfeseIP6AmFGLSPD3oKEieAlJ/h4yVAQvJenfysD+BWJGLSUUwZWFRHAVK4KxRaoiIILvNVwE67jvJRHBeQNi8B6BQ/1yw0Vw4VgZMbOChIzuA5IRsNZqheEiWPf1fQK4WUlyCLxXCDeh5m8VSf6A+FYrgflbTbJvVQXiD4gZtZoEf00NFcHrSPLXzFARvJ6kf6sB+xeIGbWeUARXExLB1a0IxhapuoAIrmG4CNZx1yARwcUDYrCqwKH+I8NFcFSsjJjZREJGNYFkBKy12mS4CNZ9XVMAN1tJDoE1hHATav4+JskfEN9qKzB/20j2rVpA/AExo7aR4K+zoSJ4B0n+uhgqgneS9O/9wP4FYkbtJBTB9wuJ4AesCMYW6QEBEVzbcBGs465NIoKjA2KwlsChfrfhIvieWBkxs4eEjOoAyQhYa7XHcBGs+7qOAG4+JzkE1hbCTaj5+4Ikf0B8q8+B+dtPsm89CMQfEDNqPwn+Bhkqgg+yfLu7oSL4EEn/PgTsXyBm1CFCEfyQkAiua0Uwtkh1BURwPcNFsI67HokIvi8gBh8UONQfNVwE14qVETPHSMjoYSAZAWutjhkugnVfPyyAm69JDoH1hHATav6+IckfEN/qa2D+viXZt+oD8QfEjPrWcL6rE+C7+gL71knD464fK7NfnyLplxhgvwBrrU4Zjpt8gULECOBG3xcVt15bahdm8gdeXA38LOD8LOj81FdsIJZHnHj0f5Mkaos479H/Pum9jwZeN3C995/cv2Hg/Y2uc/+Grvs/FnjdOJn3FnLe+5jzXi3AmwReP36Da3ki8P6m11nLE661NAu8fvI6a2nmWkvzwOsWyby3sPPe5s579RpbBl63cjQgGpuv5fwjL2hsnja8J9/M+Ude0XGfIdnLWwP3cmCt1RlCA7EAeB9OWmNSzdsEatU28L84lw+U0fmZLiLYVNRXatfraqB1CZiUUalca03nWnNSPLc4//4m7O8tm86V2whXviOSyVuE6/enDfwvg/O6XVxibK/WCR3a1I3rl1zNUiZz30hXrKk873PXMenfpXH/9xKHEtC9/nJ4aOOQV1vnZ5zzM1Pgf/GB1+3+C5khDkS6GdH3PU9wwIwXILMLQmQWCY4fWB91AUxA3s1Zov5tusvUCb3OtsB1uvPa3tlPOrgIMrvz073Zp3D9M2bSTOuKI+lyk0vS70yKO4lIU2HXUkb/rpsigq/rEWnS7/cQaYO4Nj3iEj1E6p2YRiYTqztGHV8abHxRSWtNupLWlPR7bo74EzdpXetIh12HSvpd3nWkc60jret10r+72bWmpH+W3rNedy+4/9ukvKZ3xUxzGNGBtHcOHR2cnx0DPzt1l1t/GwECvmT4BEvH3VEg7sskBw9gfdRlgkNmW4FaXyHAeCeBuH8jwTiwPuo3wzFeNOUfjjW61tcMj3tmwA1tLRB3xCUONzQB6IYCa62Q+fOaNAnOuch7TtJX58DrLjc4KekaeH+360xKurru3z3wukf3P+7rh0Du3N38fac79unG+Ogy0VG6r1Fxu4VdT5fQThII/4tCO40rjqTL7U5rEZXF+f9duiZ2iO9Xv1dCQof4DnFt63dNjHOnLLkngJPTsW5z+KZk0khnDkutr6fQU7H/Laehckziv3/SOMpzL+XXZCtR6NH4XvbReGyRenXH37e34Y/G67h7+7wJRIV2BeU0KsTLe3hCC7+cgV8wuSvufvMClvyUrrL1CvHeyvsP3Pnt42CtrwtzqVw4SXqv3tCuRfwVQylcryOd90Re5z0p/st9/tthRGzTSgpOJ2CNK9i+3YPtffeCUL+7D3AT6nede1WsENc6vkJ02VZR0fGtA/cpHx9XtlWZSiq+YtnA7ctGq9at4qLaRreuUD66fMX4Cr49W9JPiIH7WwbGFqm/AAMPMJyBddwDfPpwWqjx93XWir5vSp8srqgbvLzrRGJpINAuSwm2uPQmptdX3bknGvNJpyI0jlJdku2fqNCu/5ze0HGnNtMi/ovkRh5E+gLvlcbQ/cdzKSC+FRAzSip/6D55itA+ekro8Pq0Pbxii/S0wOF1kOGHVx33IJJvVtB+t8Ra/Zq/9Q1hI4gPvnyzewY7+R7yD+yeGsnkzmv31Ij4e7snufv8rd1j+sN4kU4yU7gSN8R1Qk+60CcOYBxqCHAzewbXDPFJ+XxGUPHoPPYVUM7phRVPqKckHfdggbgzmBV3sg+8DRGIO6OhSsVLMMh9w43xUPN3C4nSA+JbATGjpPIXCe6TwUCuGQp06vQ9JLhlqOFfjSARt3YR53XBx52FwEWcLxB3VpIHTYcB+xFYa5XVcNzoflkugJvsBP2yQiDuHCT98iywX4C1VjkI+mWzAG5yEfTLFoG4c5P0y3PAfgHWWuUm6JfPBXCTh6BfvhCIOy9JvwwH9guw1iovQb98K4CbAgT98p1A3AVJ+mUEsF+AtVYFCfrlkgBuihD0y2WBuIuS9MvzwH4B1loVJeiXNAJPm5Ug6Je0AnGXJOmXF4D9Aqy1KknQL9kFcFOaoF9yCMQdRdIvI4H9Aqy1iiLolyICuClL0C9FBeKOJumXUcB+AdZaRRP0SwUB3FQg6JeKAnFXJOmXF4H9Aqy1qkjQL7UFcFOZoF/qCMRdhaRfXgL2C7DWqgpBvzQWwE1Vgn5pIhB3NZJ+GQ3sF2CtVTWCfmkngJuaBP3SXiDuWiT9MgbYL8Baq1oE/dJHADe1Cfqlr0DcdUj65WVgvwBrreoQ9MtwAdzUJeiXEQJx1yPpl1eA/QKstapH0C8TBXATQ9AvkwTijiXpl7HAfgHWWiHzpz/0vDMyIuJW5376Mwz6uWz9rKl+fk4/E6Sfc9CzWz2P0h679g21F6L1nT6zah7We8vY7hFBFxo347rL4Aa9zvFA3Oj67Ir883NoOgfjhfM8AfgZNb++jWSC0LeRTLTfRoIt0kSBbyOZZPi3kei4JxF9G4nEWu0X2v5xRSRzodbszu9kp4ZT/sE3nORz/Xf/7RtO8kX8/TecJHef/4lvONHJzOtK3JTuf915Tf6GkynADXJqd3x+p/6DfIa67mnIU5mZ33cn9o0hkwU+xd+AIO4pAnE3NFz167inCcTdiOQbToC4VMBaK6n8oev8KqF6fFVIPU636hFbpOkC6nGG4epRxz2DSD3OsOqRXj3OdGo4y6rHf38lJWqmRz3OIlOPs4Ab5GsC6vE1H9TjbKse/7WKmimgJh4niHuWQNxPEKjH2QJxNyVRj0BcKmCtFTJ/mvR3uU8L2Bz+pz5obM7qbv4a5wjNuOENORdIiKyAmksAqNfRa0QvUHvLrwswRgsSxpgDPF3PAzZlC4KTxjwB3MzvjmXKnYQb23yCje0NKaaMBAPKLcVDvdebBF/5LdGUC7qbvxl1Foi7leGbsG7CNwXibk3yiPBCYD8Ca61aX6Ihsf8MqtDYXEBAYgulT+chfxdfoGO6CzR4nOENHhcfH9W6bRs1Mycu5reAmwUyf35N2d8Ce/9J19t2yo4t0tsCU/ZFhk/ZddyLhKbsSRdaWSBz+k53uaYA5TM+ukx0FHJDfre7uYQm8SHGBQIf5mtH8CHGhQJxtydRKIuBfQ2stWpP0C8rBXDTiaBfVgnEnUDSL0uA/QKstUog6JdtArjpStAv2wXi7kbSL0uB/QKstepG0C8HBHDTk6BfvhKIO5GkX5YB+wVYa5VI0C8nBXDTh6BfTgnE3ZekX94D9guw1qovQb9cEcDNAIJ++U0g7oEk/bIc2C/AWquBBP2SvhseN4MI+iWDQNyDSfplBbBfgLVWgwn6JZcAboYS9EtugbiHkfTL+8B+AdZaDSPolxICuBlO0C8lBeIeQdIvHwD7BVhrNYKgXyoL4GYkQb9UEYh7FEm/rAT2C7DWahRBv9QVwM1ogn6pJxD3GJJ+WQXsF2Ct1RiCfmkqgJuxBP3STCDucST9shrYL8Baq3EE/dJJADcTCfolQSDuSST9sgbYL8Baq0kE/TJAADdTCfploEDc00j6ZS2wX4C1VtMI+mWkAG5mEPTLKIG4Z5L0y4fAfgHWWs0k6JepAriZTdAv0wTinkPSL+uA/QKstULmT3/T5GeRf/5RIv0ZBv1ctn7WVD8/p58J0s856Nmtnkdpj137htoL0fpOn1k1D+u9ZV33iKALjZv1Ql9DgV7nBvAfJdod+efn2XQONgjneSPh10pvFPrA60f2A6/YIn0k8IHXTYZ/4FXHvYnoa6Ul1mq/VvqPKyKZC7Vmd343OzXcYr9W+t9fSYna7Pla6S1kXyu9BbhBbhX4WumtPnyt9Mf2a6X/9XeqbRb4Wpp5BHFvkfjSQ4Ive/xYIO43SL4kFIhLBay1ksofus7bCNXjNiH1uN2qR2yRtguox08MV4867k+I1OMnVj3Sq8dPnRrusOrx319JifrUox53kKnHHcANcqeAetzpg3rcZdXjv1ZRnwqoibcI4t4hEPfbBOpxl0Dci0jUIxCXClhrhcyfJv3d7tMCNodi3wC9g+Bbqj+T+lML6IbcDf6jRIyA2k0AqD2m/1Ei7S3vEWCMJSSM8RnwdL0X2JRLCE4aewVwsw/8R4k+I9zY9hFsbJ+bvrHpr/l+VwCgy8zf2P7v68ORX5n+BXBjk8pfJLjOyD9mtZ/gj1lJbOZfdjefxL4QiHu54eStN+/9AnGvIHm0/ACwH4G1Visu0Rx+/jPgRGPzS4LDz4HuMjiHN+RXN3IIqHDdeym/ngb4SuhpgIP2aQBskQ4KPA1wyPCnAXTch4SeBki6JHMaFeLlx5MAo7tgnwR4tRs+p/lTCjHAja5TXf9fu2t12MHtkX/wVEH/iL/i0ftUQf+Iv3+qILn7/O1TBTechL9JUVJwh7v/ucBIJxF9PYtD/c4kIKMZfSXBp1ZfFfjU6ioSPzn/jdgGf3PiOgwkw9Uk0uwIUJq5eyXkb4chwR+wTxQQM2oNyfPTRwkV01EhxXTMKiZskY4JKKbjhismHfdxouenJdb6d6op1Lp5VVPIHw4TUk03RO5/o2wikrlQ93bX6oSDh69NV00Mz2Kf8CgwndR+EcGXyc9ifw3cbL+5IdaOv+6VlM9v/kE+Q133t8AcrPr/dUL/B5vLDZ8s/+Y0qHF4QmDotoHgWeyvBeLeSPCE1LcCcX9EokSBuFTAWquPCHAjsU/kE7Ks0ev8rjvHOr8Hf8/Ynsg/D3Y6B993j4iQXP8PhJ8U/0HI6ThpnQ5skU4KOB2nDHc6dNynyGbDpwRnw0KY9e1T2D86tfzJ9E9ho5OQFNyPnk9O/9Q94i8X2sr6EdjkP5GcJE4TMvFpISY+Y5kYW6QzAkx81nAm1nGfJWPis5aJ3VcQE59zank+XJn4nIeJz/vAxOeATX4e/Km+PcmgG3X/CE/RUbU83938NV5gebD9Ivjz74yAukgAqJ9N/5io1hs/C7itW0lc+gvAXf4SsCm3gj8KtZOwwS8RNPhlKcZAj61/AYIzC3AclZXkwchfCU2KX4VMiivWpMAW6YqASfGb4SaFjvs3MpPiNz6TQkne273+351aXg1Xk+J3j0lx1QeT4ndgk1/tLgM6NBNfI2Tia0JMHNHjz5eWiUO8py6STij6vil6mM3EOu4UPeA1EmVid06jQrz+15g40qllSldNw4qJdQLyuoJ1J8K7oKTfHWpjRgKbPCUO3LTuLjAHYmu8SWCNyS40VEClsoBSqQgAlRq9RvQCtd5I3QMP0G0k44KbgLt8GmBTbrPjApWGoMHTSjEGelyQDgjO7MBxQQ6SccHNyONghD8mxc1AcLrXm96aFNgipRcwKTIYblLouDOQmRQZ+EyKMoL3DjIpMjq1vCVcTYqMHpPiFh9MiozAJr+lhwzo0EyciZCJMwkx8a2WibFFulWAiW8znIl13LeRMfFtlondVxATZ3ZqmSVcmTizh4mz+MDEmYFNngXIxKzuLjAHYmvMyjIuyGbHBSobAaBuN31coPXG7QLjgk9IxgVZgbt8dmBTfmLHBSo7QYPnYBkX5ASCMxdwXJCbZFxwB6FJcYeQSZHLmhTYIuUSMClyG25S6Lhzk5kUuflMirKC9w4yKe50anlXuJoUd3pMirt8MCnuBDb5XT1kQIdm4jyETJxHiInzWibGFimvABPnM5yJddz5yJg4n2Vi9xXExPmdWhYIVybO72HiAj4wcX5gkxcAMjGruwvMgdgaC7KMCwrZcYEqRACowqaPC7TeKCwwLthBMi4oCNzliwCbcocdF6giBA1elGVcUAwIzjzAcUFeknFBcUKToriQSVHCmhTYIpUQMClKGm5S6LhLkpkUJflMimjBeweZFKWcWt4driZFKY9JcbcPJkUpYJPf3UMGdGgmLk3IxKWFmDjKMjG2SFECTKwMZ2IdtyJjYmWZ2H0FMXEZp5Zlw5WJy3iYuKwPTFwG2ORlgUzM6u4CcyC2xmiWcUE5Oy5Q5QgAVd70cYHWG+UFxgW7SMYF0cBdvgKwKXfZcYGqQNDgFVnGBZWA4CwAHBcUJBkX3ENoUtwjZFJUtiYFtkiVBUyKKoabFDruKmQmRRU+k6Kc4L2DTIp7nVreF64mxb0ek+I+H0yKe4FNfl8PGdChmbgqIRNXFWLiapaJwUUSYOLqhjOxjrs6GRNXt0zsvoKYuIZTy5rhysQ1PExc0wcmrgFs8ppAJmZ1d4E5EFtjLZZxwf12XKDuJwDUA6aPC7TeeEBgXLCbZFxQC7jL1wY25W47LlC1CRq8Dsu44EEgOIsAxwVFScYFDxGaFA8JmRR1rUmBLVJdAZOinuEmhY67HplJUY/PpCgveO8gk+Jhp5b1w9WkeNhjUtT3waR4GNjk9XvIgA7NxDGETBwjxMSxlomxRYoVYOJHDGdiHfcjZEz8iGVi9xXExI86tWwQrkz8qIeJG/jAxI8Cm7wBkIlZ3V1gDsTW2JBlXNDIjgtUIwJAPWb6uEDrjccExgV7ScYFDYG7fGNgU+614wLVmKDBm7CMCx4HgrMEcFxQkmRc8AShSfGEkEnR1JoU2CI1FTApmhluUui4m5GZFM34TIoKgvcOMimedGrZPFxNiic9JkVzH0yKJ4FN3ryHDOjQTNyCkIlbCDFxS8vE2CK1FGDiVoYzsY67FRkTt7JM7L6CmLi1U8s24crErT1M3MYHJm4NbPI2QCZmdXeBORBbY1uWcUGcHReoOAJAxZs+LtB6I15gXPA5ybigLXCXbwdsys/tuEC1I2jw9izjgg5AcJYGjguiSMYFHQlNio5CJkUna1Jgi9RJwKRIMNyk0HEnkJkUCXwmRUXBeweZFJ2dWnYJV5Ois8ek6OKDSdEZ2ORdesiADs3EXQmZuKsQE3ezTIwtUjcBJu5uOBPruLuTMXF3y8TuK4iJezi17BmuTNzDw8Q9fWDiHsAm7wlkYlZ3F5gDsTUmsowLetlxgepFAKjepo8LtN7oLTAu2E8yLkgE7vJ9gE25344LVB+CBu/LMi7oBwRnWeC4IJpkXNCf0KToL2RSDLAmBbZIAwRMioGGmxQ67oFkJsVAPpOikuC9g0yKp5xaPh2uJsVTHpPiaR9MiqeATf50DxnQoZl4ECETDxJi4sGWibFFGizAxEMMZ2Id9xAyJh5imdh9BTHxM04th4YrEz/jYeKhPjDxM8AmHwpkYlZ3F5gDsTUOYxkXPGvHBepZAkA9Z/q4QOuN5wTGBQdIxgXDgLv8cGBTHrDjAjWcoMFHsIwLngeCswJwXFCRZFzwAqFJ8YKQSTHSmhTYIo0UMClGGW5S6LhHkZkUo/hMilaC9w4yKV50avlSuJoUL3pMipd8MCleBDb5Sz1kQIdm4tGETDxaiInHWCbGFmmMABO/bDgT67hfJmPily0Tu68gJn7FqeXYcGXiVzxMPNYHJn4F2ORjgUzM6u4CcyC2xnEs44LxdlygxhMAaoLp4wKtNyYIjAsOkowLxgF3+YnApjxoxwVqIkGDT2IZF0wGgrMycFxQhWRcMIXQpJgiZFJMtSYFtkhTBUyKaYabFDruaWQmxTQ+k6K14L2DTIpXnVpOD1eT4lWPSTHdB5PiVWCTT+8hAzo0E88gZOIZQkw80zIxtkgzBZh4luFMrOOeRcbEsywTu68gJn7NqeXscGXi1zxMPNsHJn4N2OSzgUzM6u4CcyC2xjks44K5dlyg5hIA6nXTxwVab7wuMC44TDIumAPc5ecBm/KwHReoeQQNPp9lXPAGEJxVgeOCaiTjgjcJTYo3hUyKBdakwBZpgYBJsdBwk0LHvZDMpFjIZ1K0Ebx3kEnxllPLt8PVpHjLY1K87YNJ8Rawyd/uIQM6NBMvImTiRUJM/I5lYmyR3hFg4ncNZ2Id97tkTPyuZWL3FcTEi51aLglXJl7sYeIlPjDxYmCTLwEyMau7C8yB2BqXsowLltlxgVpGAKj3TB8XaL3xnsC44CjJuGApcJdfDmzKo3ZcoJYTNPgKlnHB+0Bw1gSOC2qRjAs+IDQpPhAyKVZakwJbpJUCJsUqw00KHfcqMpNiFZ9J0Vbw3kEmxWqnlmvC1aRY7TEp1vhgUqwGNvmaHjKgQzPxWkImXivExB9aJsYW6UMBJl5nOBPruNeRMfE6y8TuK4iJ1zu13BCuTLzew8QbfGDi9cAm3wBkYlZ3F5gDsTVuZBkXfGTHBeojAkBtMn1coPXGJoFxwXGSccFG4C6/GdiUx+24QG0maPAtLOOCrUBw1gaOC+qQjAs+JjQpPhYyKbZZkwJbpG0CJsV2w00KHfd2MpNiO59JESd47yCT4hOnlp+Gq0nxicek+NQHk+ITYJN/2kMGdGgm3kHIxDuEmHinZWJskXYKMPEuw5lYx72LjIl3WSZ2X0FM/JlTy93hysSfeZh4tw9M/BmwyXcDmZjV3QXmQGyNe1jGBXvtuEDtJQDUPtPHBVpv7BMYF3xNMi7YA9zlPwc25dd2XKA+J2jwL1jGBfuB4KwLHBfUIxkXfEloUnwpZFIcsCYFtkgHBEyKrww3KXTcX5GZFF/xmRTxgvcOMikOOrU8FK4mxUGPSXHIB5PiILDJD/WQAR2aiQ8TMvFhISY+YpkYW6QjAkx81HAm1nEfJWPio5aJ3VcQEx9zank8XJn4mIeJj/vAxMeATX4cyMSs7i4wB2JrPMEyLvjajgvU1wSA+sb0cYHWG98IjAu+JRkXnADu8t8Cm/JbOy5Q3xI0+Hcs44LvgeCMAY4LYn3aKELN3w/A/KUC5i818F6S+Tv5v58/0XHVqR4c6/wRWefAPfZG/intdA5+9Eg/9Pp/IjQjfxIyI09bMxJbpNMCZuQZw81IHfcZMjPyDJ8ZGSV47yAz8qxTy3Phakae9ZiR53wwI88Cm/wcyUniPCETnxdi4guWibFFuiDAxBcNZ2Id90UyJr5omdh9BTHxz04tL4UrE//sYeJLPjDxz8AmvwQEty7yXkKT91IP89d4mWUs+At4LMgIqF8IAPWr6WNBrTd+FRgLfk8yFrwM3OWvAJvye/BY8DPCBr9C0OC/sYwFfweCsx1wLNOeZCxzldCkuCpkUlyzJgW2SNcETIqInmabFDpuvUZwjURNCndOo0K8fDIplOS93etP4dQy0lXTsDIpdALyuoJ1J8K7oKTfHWpjpgA2eWRPGdChmThlTz4mTtlTholvcmHMMnGI99RF0glF3zeV4Uys405FxsSpLBMH3du9/tROLdOEKxOn9jBxGh+YODWwydMAmZjV3QXmQGyNaQXWmOxCQwVUOgsolY4AUDej14heoNYbN/fEA/QkybggLXCXTw9sypN2XKDSEzR4BinGQI8LMgLB2Qk4LkggGRfcQmhS3CJkUmSyJgW2SJkETIpbDTcpdNy3kpkUt/KZFGUE7x1kUtzm1DJzuJoUt3lMisw+mBS3AZs8c08Z0KGZOAshE2cRYuKslomxRcoqwMTZDGdiHXc2MibOZpnYfQUx8e1OLbOHKxPf7mHi7D4w8e3AJs8OZGJWdxeYA7E15mAZF+S04wKVkwBQd5g+LtB64w6BccGPJOOCHMBdPhewKX+04wKVi6DBc7OMC+4EgrMrcFzQjWRccBehSXGXkEmRx5oU2CLlETAp8hpuUui485KZFHn5TIqygvcOMinyObXMH64mRT6PSZHfB5MiH7DJ8/eUAR2aiQsQMnEBISYuaJkYW6SCAkxcyHAm1nEXImPiQpaJ3VcQExd2alkkXJm4sIeJi/jAxIWBTV4EyMSs7i4wB2JrLMoyLihmxwWqGAGgips+LtB6o7jAuOA0ybigKHCXLwFsytN2XKBKEDR4SZZxQSkgOHsCxwWJJOOCuwlNiruFTIrS1qTAFqm0gEkRZbhJoeOOIjMpovhMimjBeweZFMqpZZlwNSmUx6Qo44NJoYBNXqanDOjQTFyWkInLCjFxtGVibJGiBZi4nOFMrOMuR8bE5SwTu68gJi7v1LJCuDJxeQ8TV/CBicsDm7wCkIlZ3V1gDsTWWJFlXFDJjgtUJQJA3WP6uEDrjXsExgVnScYFFYG7fGVgU5614wJVmaDBq7CMC+4FgrMPcFzQl2RccB+hSXGfkElR1ZoU2CJVFTApqhluUvwfOMlMimp8JkU5wXsHmRTVnVrWCFeTorrHpKjhg0lRHdjkNXrKgA7NxDUJmbimEBPXskyMLVItASa+33Am1nHfT8bE91smdl9BTPyAU8va4crED3iYuLYPTPwAsMlrA5mY1d0F5kBsjXVYxgUP2nGBepAAUA+ZPi7QeuMhgXHBeZJxQR3gLl8X2JTn7bhA1SVo8Hos44KHgeAcABwXDCQZF9QnNCnqC5kUMdakwBYpRsCkiDXcpNBxx5KZFLF8JkV5wXsHmRSPOLV8NFxNikc8JsWjPpgUjwCb/NGeMqBDM3EDQiZuIMTEDS0TY4vUUICJGxnOxDruRmRM3MgysfsKYuLHnFo2DlcmfszDxI19YOLHgE3eGMjErO4uMAdia2zCMi543I4L1OMEgHrC9HGB1htPCIwLLpKMC5oAd/mmwKa8aMcFqilBgzdjGRc8CQTnIOC4YDDJuKA5oUnRXMikaGFNCmyRWgiYFC0NNyl03C3JTIqWfCZFBcF7B5kUrZxatg5Xk6KVx6Ro7YNJ0QrY5K17yoAOzcRtCJm4jRATt7VMjC1SWwEmjjOciXXccWRMHGeZ2H0FMXG8U8t24crE8R4mbucDE8cDm7wdkIlZ3V1gDsTW2J5lXNDBjgtUBwJAdTR9XKD1RkeBccElknFBe+Au3wnYlJfsuEB1ImjwBJZxQWcgOIcCxwXDSMYFXQhNii5CJkVXa1Jgi9RVwKToZrhJoePuRmZSdOMzKSoK3jvIpOju1LJHuJoU3T0mRQ8fTIruwCbv0VMGdGgm7knIxD2FmDjRMjG2SIkCTNzLcCbWcfciY+JelondVxAT93Zq2Sdcmbi3h4n7+MDEvYFN3gfIxKzuLjAHYmvsyzIu6GfHBQqYA7E19jd9XKD1Rn+BccEvJOOCvsBdfgCwKX+x4wI1gKDBB7KMC54CgnM4cFwwgmRc8DShSfG0kEkxyJoU2CINEjApBhtuUui4B5OZFIP5TIpKgvcOMimGOLV8JlxNiiEek+IZH0yKIcAmf6anDOjQTDyUkImHCjHxMMvE2CINE2DiZw1nYh33s2RM/KxlYvcVxMTPObUcHq5M/JyHiYf7wMTPAZt8OJCJWd1dYA7E1jiCZVzwvB0XqOcJAPWC6eMCrTdeEBgXXCEZF4wA7vIjgU15xY4L1EiCBh/FMi54EQjOkcBxwSiSccFLhCbFS0ImxWhrUmCLNFrApBhjuEmh4x5DZlKM4TMpWgneO8ikeNmp5SvhalK87DEpXvHBpHgZ2OSv9JQBHZqJxxIy8VghJh5nmRhbpHECTDzecCbWcY8nY+LxlondVxATT3BqOTFcmXiCh4kn+sDEE4BNPhHIxKzuLjAHYmucxDIumGzHBWoyAaCmmD4u0HpjisC44HeSccEk4C4/FdiUv9txgZpK0ODTWMYFrwLBORo4LhhDMi6YTmhSTBcyKWZYkwJbpBkCJsVMw00KHfdMMpNiJp9J0Vrw3kEmxSynlq+Fq0kxy2NSvOaDSTEL2OSv9ZQBHZqJZxMy8WwhJp5jmRhbpDkCTDzXcCbWcc8lY+K5londVxATv+7Ucl64MvHrHiae5wMTvw5s8nlAJmZ1d4E5EFvjfJZxwRt2XKDeIADUm6aPC7TeeFNgXHCNZFwwH7jLLwA25TU7LlALCBp8Icu44C0gOMcCxwXjSMYFbxOaFG8LmRSLrEmBLdIiAZPiHcNNCh33O2QmxTt8JkUbwXsHmRTvOrVcHK4mxbsek2KxDybFu8AmX9xTBnRoJl5CyMRLhJh4qWVibJGWCjDxMsOZWMe9jIyJl1kmdl9BTPyeU8vl4crE73mYeLkPTPwesMmXA5mY1d0F5kBsjStYxgXv23GBep8AUB+YPi7QeuMDgXFBissc44IVwF1+JbApkfljHResJGjwVSzjgtVAcE4EjgsmkYwL1hCaFGuETIq11qTAFmmtgEnxoeEmhY77QzKT4kM+k6Kt4L2DTIp1Ti3Xh6tJsc5jUqz3waRYB2zy9T1lQIdm4g2ETLxBiIk3WibGFmmjABN/ZDgT67g/ImPijywTu68gJt7k1HJzuDLxJg8Tb/aBiTcBm3wzkIlZ3V1gDsTWuIVlXLDVjgvUVgJAfWz6uEDrjY8FxgUpScYFW4C7/DZgU6a04wK1jaDBt7OMCz4BgnMqcFwwjWRc8CmhSfGpkEmxw5oU2CLtEDApdhpuUui4d5KZFDv5TIo4wXsHmRS7nFp+Fq4mxS6PSfGZDybFLmCTf9ZTBnRoJt5NyMS7hZh4j2VibJH2CDDxXsOZWMe9l4yJ91omdl9BTLzPqeXn4crE+zxM/LkPTLwP2OSfA5mY1d0F5kBsjV+wjAv223GB2k8AqC9NHxdovfGlwLggFcm44AvgLn8A2JSp7LhAHSBo8K9YxgUHgeCcARwXzCQZFxwiNCkOCZkUh61JgS3SYQGT4ojhJoWO+wiZSXGEz6SIF7x3kElx1KnlsXA1KY56TIpjPpgUR4FNfqynDOjQTHyckImPCzHxCcvE2CKdEGDirw1nYh3312RM/LVlYvcVxMTfOLX8NlyZ+BsPE3/rAxN/A2zyb4FMzOruAnMgtsbvWMYF39txgfqeAFA/mD4u0HrjB4FxQRqSccF3wF3+JLAp09hxgTpJ0OCnWMYFPwLBORs4Lpjj0x85CTV/PwHztxKYv1XA/OnmSO3KXfHAi6uBnyWcnyWdn/o6HcjHGYc49H+TtL+Udt6j/33Se88GXp9zvfef3P984P0XrnP/8677Xwy8/jmZ95Zy3nvRea/eCC8FXl++wbX8Enj/r9dZyy+utVwJvP7tOmu54lrL7/p1Mu+923nv78579RqvacmT+Me/R29imXL/kRf0ISAd+BCAjjt77j/yio775ssce1qKRFwugbVWNxuOG20wnRXATUbD484Y6BeNGXTct5CIhWb7gbm8jMtfJpL8NQfm7xZg/m4l2a8jgfs1EDMKmT+/BnjAXAYN8FIm/vnaDvBCvKcuUspE/H1vSjR7gKfjvikRXiPRzb2doeSYjYQc2xtKjreTkGMqIDkCMaNuJyTHVELkmNqSI7ZIqQXIMY3h5KjjTiNEjui1Zov5g8jRijltYnjGnVPYIQl57BmIOa1A3HeQHGLSAEk4J/AQk4vkEJMOmD8gZlQuEvz1MlSE5CHJX29DRUhekv69Gdi/QMyovIQi5GYhEZLeihBskdILiJAMhosQHXcGEhGSO3AYTydwKC1g+Lgyf4zMYbwgCRllBJIRsNaqoOEiTvd1RgHcFCE5BGYQwk2o+StKkj8gvlURYP6KkexbtwDxB8SMKkaCv+GGiuBSJPkbYagIvpukfzMB+xeIGXU3oQjOJCSCb7UiGFukWwVE8G2Gi2Ad920kIrhwQAzeInCoV4aL4JIxMmKmDAkZZQaSEbDWqozhIlj3dWYB3JQjOQTeJoSbUPNXniR/QHyrcsD8VSDZt7IA8QfEjKpAgr/JhorgyiT5m2KoCK5C0r9Zgf0LxIyqQiiCswqJ4GxWBGOLlE1ABN9uuAjWcd9OIoKjAmIwi8ChvqrhIrh8jIyYqUZCRtmBZASstapmuAjWfZ1dADc1SQ6BtwvhJtT81SLJHxDfqiYwf/eT7Fs5gPgDYkbdT4K/BYaK4AdJ8rfQUBH8EEn/5gT2LxAz6iFCEZxTSATfYUUwtkh3CIjgXIaLYB13LhIRfE9ADOYQONQ/bLgIrhYjI2bqk5BRbiAZAWut6hsugnVf5xbAzSMkh8BcQrgJNX+PkuQPiG/1CDB/DUj2rTuB+ANiRjUgwd9qQ0VwY5L8rTFUBDch6d+7gP0LxIxqQiiC7xISwXmsCMYWKY+ACM5ruAjWceclEcG1AmLwToFDfVPDRfBDMTJiphkJGeUDkhGw1qqZ4SJY93U+Ady0IDkE5hXCTaj5a8ny1eHAXmkBzF8rkn0rPxB/QMyoViT422GoCI4jyd9OQ0VwPEn/FgD2LxAzKp5QBBcQEsEFrQjGFqmggAguZLgI1nEXIhHB9QNiML/Aob6D4SK4YYyMmOlIQkaFgWQErLXqaLgI1n1dWAA3nUkOgYWEcBNq/rqQ5A+Ib9UZmL+uJPtWESD+gJhRXUnwd9RQEdyTJH/HDBXBiST9WxTYv0DMqERCEVxUSAQXsyIYW6RiAiK4uOEiWMddnEQENwmIwSICh/o+hovg5jEyYqYvCRmVAJIRsNaqr+EiWPd1CQHcDCA5BBYXwk2o+RtIkj8gvtUAYP6eItm3SgLxB8SMeooEf+cNFcFDSPJ3wVAR/AxJ/5YC9i8QM+oZQhFcSkgE321FMLZIdwuI4NKGi2Add2kSEdw6IAZLChzqnzVcBLePkREzz5GQURSQjIC1Vs8ZLoJ1X0cJ4OZ5kkNgaSHchJq/F0jyB8S3eh6Yv5Ek+5YC4g+IGTWSBH+pvjRTBI8myV9qYP6QIngMSf+WAfYvEDNqDKEILiMkgstaEYwtUlkBERxtuAjWcUeTiOCEgBhUAof6sYaL4B4xMmJmHAkZlQOSEbDWapzhIlj3dTkB3EwkOQRGC+Em1PxNIskfEN9qIjB/k0n2rfJA/AExoyaT4C+7oSL4VZL85TBUBE8n6d8KwP4FYkZNJxTBFYREcEUrgrFFqigggisZLoJ13JVIRHDvgBgsL3Con2W4CB4YIyNmXiMho3uAZASstXrNcBGs+/oeAdzMJTkEVhLCTaj5e50kf0B8q7nA/M0j2bcqA/EHxIyaR4K/YoaK4AUsHwcxVAQvJOnfKsD+BWJGLSQUwVWERPC9VgRji3SvgAi+z3ARrOO+j0QEDw6IwcoCh/pFhovg52JkxMw7JGRUFUhGwFqrdwwXwbqvqwrgZgnJIfA+IdyEmr+lJPkD4lstAeZvGcm+VQ2IPyBm1DIS/FU2VAS/T5K/KoaK4A9I+rc6sH+BmFEfEIrg6kIiuIYVwdgi1RAQwTUNF8E67pokIviFgBisJnCoX224CB4TIyNm1pCQUS0gGQFrrdYYLoJ1X9cSwM06kkNgTSHchJq/9ST5A+JbrQPmbwPJvnU/EH9AzKgNJPh72FARvJkkf/UNFcFbSPr3AWD/AjGjthCK4AeERHBtK4KxRaotIILrGC6Cddx1SETwuIAYvF/gUL/NcBE8JUZGzGwnIaMHgWQErLXabrgI1n39oABudpAcAusI4SbU/O0kyR8Q32oHMH+7SPath4D4A2JG7SLBXwtDRfBekvy1NFQE7yPp37rA/gViRu0jFMF1hURwPSuCsUWqJyCCHzZcBOu4HyYRwdMDYvAhgUP9fsNF8JwYGTHzJQkZ1QeSEbDW6kvDRbDu6/oCuDnIMkkSwk2o+TtEkj8gvtVBYP4Ok+xbMUD8ATGjDpPgr7uhIvg4Sf56GCqCT5D0byywf4GYUScIRXCskAh+xIpgbJEeERDBjxougnXcj5KI4PkBMRgjcKj/1nAR/HaMjJj5joSMGgDJCFhr9Z3hIlj3dQMB3JwkOQQ+KoSbUPN3iiR/QHyrk8D8/UiybzUE4g+IGfUjCf6GGiqCz5Lkb5ihIvgcSf82AvYvEDPqHKEIbiQkgh+zIhhbpMcERHBjw0WwjrsxiQheHBCDDQUO9RcNF8ErYmTEzM8kZNQESEbAWqufDRfBuq+bCODmF5JDYGMh3ISav19J8gfEt/oFmL8rJPvW40D8ATGjrpDgb7yhIvgaSf4mGCqCI37h6N8ngP0LxIxC5s8vEfyEkAhuakUwtkhNBURwM8NFsI67GYkIXhUQg48LHOpT/mJ23OtjZMTMTSRk9CSQjIC1VjcJ4ybUvOm+flIAN2l8wk1UaFfQ3hsV2hWEm1Dzl5Ykf0B8qzTA/KUj2beaA/EHxIxKR4K/eYaK4Iwk+ZtvqAi+haR/WwD7F4gZdQuhCG4hJIJbWhGMLVJLARHcynARrONuRSKCNwXEYHOBQ/1thovg7TEyYiYzCRm1BpIRsNYqs+EiWPd1awHcZCM5BLYSwk2o+budJH9AfKtswPxlJ9m32gDxB8SMyk6Cv/cNFcG5SPL3gaEiODdJ/7YF9i8QMyo3oQhuKySC46wIxhYpTkAExxsugnXc8SQieGdADLYRONTnMVwE74uRETN5ScioHZCMgLVWeQ0Xwbqv2wngpgDJITBeCDeh5q8gSf6A+FYFgPkrRLJvtQfiD4gZVYgEf9sMFcHFSPK33VARXJykfzsA+xeIGVWcUAR3EBLBHa0Ixhapo4AI7mS4CNZxdyIRwV8GxGB7gUN9KcNF8JEYGTFzNwkZJQDJCFhrdbfhIlj3dYIAbhTJIbCTEG5CzV8ZkvwB8a0UMH9lSfatzkD8ATGjypLg76ChIrgCSf4OGSqCK5L0bxdg/wIxoyoSiuAuQiK4qxXB2CJ1FRDB3QwXwTrubiQi+ERADHYWONRXNlwE/xAjI2aqkJBRdyAZAWutqhgugnVfdxfATVWSQ2A3IdyEmr9qJPkD4ltVBeavOsm+1QOIPyBmVHUS/J02VATfT5K/M4aK4AdI+rcnsH+BmFEPEIrgnkIiONGKYGyREgVEcC/DRbCOuxeJCP4pIAZ7CBzqHzRcBF+IkREzD5GQUW8gGQFrrR4yXATrvu4tgJuHSQ6BvYRwE/LfvSbJHxDf6mFg/mJI9q0+QPwBMaNiSPCX4oCZIrgBSf4igflDiuCGJP3bF9i/QMyohoQiuK+QCO5nRTC2SP0ERHB/w0Wwjrs/iQi+HBCDfQQO9Y0NF8FXY2TETBMSMhoAJCNgrVUTw0Ww7usBArhpSnII7C+Em5C/tZskf0B8q6bA/D1Jsm8NBOIPiBn1JAn+shgqgluR5C+roSK4NUn/PgXsXyBmVGtCEfyUkAh+2opgbJGeFhDBgwwXwTruQSQiODI2ImKgwKE+znARnDZWRszEk5DRYCAZAWut4g0XwbqvBwvgpgPJIXCQEG5CzV9Hli8WA/ZKB2D+OpHsW0OA+ANiRnUiwV8hQ0VwV5L8FTZUBHcj6d9ngP0LxIzqRiiCnxESwUOtCMYWaaiACB5muAjWcQ8jEcEZAmJwiMChvqfhIjhzrIyYSSQho2eBZASstUo0XATrvn5WADd9SA6Bw4RwE/JjdiT5A+Jb9QHmrx/JvvUcEH9AzKh+JPirYKgIfookfxUNFcFPk/TvcGD/AjGjniYUwcOFRPAIK4KxRRohIIKfN1wE67ifJxHBtwfE4HMCh/ohhovg3LEyYuYZEjJ6AUhGwFqrZwwXwbqvXxDAzbMkh8DnhXATsjgiyR8Q3+pZYP6Gk+xbI4H4A2JGDSfB34OGiuCRLJ/pN1QEjyLp31HA/gViRo0iFMGjhETwi1YEY4v0ooAIfslwEazjfolEBOcNiMGRAof60YaL4MKxMmJmDAkZjQaSEbDWaozhIlj39WgB3IwlOQS+JISbUPM3jiR/QHyrscD8jSfZt8YA8QfEjBpPgr+mhorgyST5a2aoCJ5C0r8vA/sXiBk1hVAEvywkgl+xIhhbpFcERPBYw0WwjnssiQguHhCDYwQO9a8aLoKjYmXEzHQSMhoHJCNgrdV0w0Ww7utxAriZRXIIHCuEm1Dz9xpJ/oD4VrOA+ZtNsm+NB+IPiBk1mwR/nQ0VwfNI8tfFUBE8n6R/JwD7F4gZNZ9QBE8QEsETrQjGFmmigAieZLgI1nFPIhHB0QExOF7gUL/AcBF8T6yMmFlIQkaTgWQErLVaaLgI1n09WQA3i0gOgZOEcBNq/t4hyR8Q32oRMH/vkuxbU4D4A2JGvUuCv0GGiuBlJPkbbKgIfo+kf6cC+xeIGfUeoQieKiSCp1kRjC3SNAER/KrhIljH/SqJCL4vIAanCBzq3zdcBNeKlREzH5CQ0XQgGQFrrT4wXATrvp4ugJvVJIfAV4VwE2r+1pDkD4hvtRqYv7Uk+9YMIP6AmFFrDee7OgG+myGwb20wPO76sTL79UaSfpkJ7BdgrdVGw3FTLFCImQK40fdFxa3XltqFmeKBF1cDP0s4P0s6P/U1KxDLa048+r9JErWlnffof5/03tmB13Nc7/0n958beP/r17n/XNf95wVez0/mvaWc985z3qsF+BuB12/e4FoWBN6/8DprWeBay1uB129fZy1vudayKPD6nWTee7fz3kXOe/Ua3w28XuxoQDQ2M+X+Iy9obG42vCez5/4jr+i4t5Ds5UuAezmw1moLoYFYArwPJ60xqeZLA7VaFvjfey4fKKPzM11EsKmor9Su19VA6xIwKaNSudaazrXmpHhucf79TdjfWzadK7cRrnxHJJO3CNfvTxv4Xwbndbu4xNherRM6tKkb1y+5mqVM5r6RrlhTed7nrmPSv0vj/u8lDiWge/3l8LDUIa9lzs/3nJ+ZAv9bHni94r+QGeJApJsRfd9tBAfM5QJktl2IzCLB8QPro7aDCci7OUvUf2miTJ3Q61wGXKc7r+87+8kHLoLM7vx0b/YpXP+MmTTTuuJIutzkkvQ7k+JOItJU2LWU0b/rpojg63pEmvT7PUTaIK5Nj7hED5F6J6aRycTqjlHHlwYbX1TSWpOupDUl/Z6bI/7ETVrXOtJh16GSfpd3Helc60jrep307252rSnpn6X3rNfdC+7/Nimv6V0x0xxGdCDvO4eOD5yfKwM/VyXKrX+pAAHvMHyCpeNeKRD3TpKDB7A+aifBIXOZQK13E2B8lUDce0gwDqyP2mM4xvWJfbZArT83PO6MATd0iUDcX5C4oauBbiiw1gqZP69Js9o5F3nPSfpaE3i99gYnJR8G3r/uOpOSD133Xx94vSHxj/v6IZDXJJq/76zHPt0YH10mOkr3NSput7Db6BLaSQLhf1Fop3HFkXS53WktorI4/79L18QO8f3q90pI6BDfIa5t/a6Jce6UJfcEcHI61m0O35RMGunMYan1bRR6Kva/5TRUjvno3z9pHOW5l/JrsvWR0KPxm+yj8dgibUrE33ez4Y/G67g3+7wJRIV2BeU0KsTLe3hCC798gV/wQw/c/bLeERFxsodsvUK8t/L+A3d+tzhY2+rCXCoXTpLeqze0axF/xVAK1+tI5z2R13lPiv9yn/92GBHbtJKC0wlY4wp2a2Kwve9eEOp3bwFuQh9f514VK8S1jq8QXbZVVHR868B9ysfHlW1VppKKr1g2cPuy0ap1q7iottGtK5SPLl8xvoJvz5Z8LMTA2ywDY4u0TYCBtxvOwDru7T59OC3U+Lc6a0Xf94ChHxb5y7McQCx9ArTLDoAtLr2J6fVVd+6JxnzSqQiNo4OGW8RJpzd03IfMtIj/IrmRB5GtwHsdJvmwGhDfCogZJZU/dJ98SmgffSp0eN1hD6/YIu0QOLzuNPzwquPeSfLNCtrvllirX/O3rSFsBPHBl292zy4n35/9A7unRjK589o9NSL+3u5J7j5/a/eY/jBepJPMFK7EfeY6oSdd6BMHMA71GXAz241rhvikfO4WVDw6j1sFlPNxsx78+sspSce9SyDuEwQPvH0mEPfXhioVL8Eg943jwK/V+IZE6QHxrYCYUd/49MBlqHXeBeSaPUCnTt9Dglv2GP7VCBJxaxfxcnd83CcJXMRfBOI+RfKg6V5gPwJrrU4ZjhvdL2kF3OfTBP2STiDuMyT9sg/YL8BaqzME/ZJDADfnCfolp0DcF0j65XNgvwBrrS4Q9EtRAdxcIuiXYgJxXybply+A/QKstbpM0C8VBXBzhaBfKgnE/RtJv+wH9guw1uo3gn6pI4CbawT98qBA3BG/cvTLl8B+AdZaofMn0S9NBHCT0vC4db88LhD3TST9cgDYL8Baq5sI+qW9AG7SEPRLB4G405L0y1fAfgHWWqUl6Je+ArhJT9Av/QTizkDSLweB/QKstcpA0C8jBHCTiaBfnheI+1aSfjkE7BdgrdWtBP0ySQA3WQj6ZbJA3FlJ+uUwsF+AtVZZCfplvgBushP0yxsCcecg6ZcjwH4B1lrlIOiXFQK4yUXQL+8LxJ2bpF+OAvsFWGuVm6BftgjgJg9Bv2wViDsvSb8cA/YLsNYqL0G/fCGAmwIE/bJfIO6CJP1yHNgvwFqrggT98p0AbooQ9Mv3AnEXJemXE8B+AdZaIfOnP/T8U2RExK3O/fRnGPRz2fpZU/38nH4mSD/noGe3eh6lPXbtG2ovROs7fWbVPKz3lhOJEUEX/DOGiTK4Qa/zGyBudH1OR/75OTSdg2+E8/wt8DNqfn0bybdC30bynf02EmyRvhP4NpLvDf82Eh3390TfRiKxVvuFtn9cEclcqDW78/uDU8OT/+AbTvK5/rv/9g0n+SL+/htOkrvP/8Q3nOhk5nUl7mTiX3dek7/h5CRwgzyViM/vqX+Qz1DX/SPwVGbo992JfWPIDwKf4i/xq/lxnxSIu6Thql/H/aNA3KV8Uv1RoV0KiEsFrLWSyh+6zj8RqsefhNTjaasesUU6LaAezxiuHnXcZ4jU4xmrHunV41mnhuesevz3V1KiznrU4zky9XgOuEGeF1CP531QjxesevzXKuqsgJpQBOrxnEDcZQjU4wWBuMuSqEcgLhWw1gqZP036p92nBWwO/1MfNDbPJZq/xotCM254Q/4MJERWQP1MAKhL6DWiF6i95UsCjFGBhDEuAk/Xl4FNWYHgpHFZADe/JGKZ8ifCje0Xgo3tVymmjAQDyi3FQ/4KNYKv/JZoyt8Szd+M1gjEXcnwTVg34RWBuO8heUT4d2A/Amut7vmVhsT+M6hCY/M3AhL7Xfp0HirA9eRlvUCD32t4g8fFx0e1bttGZcyNi/kqcLNA5s+vKftVsPefdF2zU3Zska4JTNkjepk9Zddx6zWCayT6x4SQOU3RS64pQPmMjy4THYXckCN7mUtoEh9i/E3gw3xVCT7E+LtA3NVIFEpKYF8Da62qEfRLhp543NQk6JeMAnHXIumXm4D9Aqy1qkXQL7kFcFOboF/uFIi7Dkm/pAL2C7DWqg5Bv5QUwE1dgn4pJRB3PZJ+SQ3sF2CtVT2CfqkigJsYgn65VyDuWJJ+SQPsF2CtVSxBv9QTwE0Dgn55WCDuhiT9khbYL8Baq4YE/dJMADeNCfrlSYG4m5D0SzpgvwBrrZoQ9EuCAG6aEvRLZ4G4m5H0y83AfgHWWjUj6JeBArhpQdAvTwnE3ZKkX9ID+wVYa9WSoF9GCeCmDUG/vCgQd1uSfskA7BdgrVVbgn6ZJoCbdgT98qpA3O1J+iUjsF+AtVbtCfploQBuOhH0y1sCcSeQ9MstwH4B1lolEPTLKgHcdCXol9UCcXcj6ZdMwH4B1lp1I+iX7QK46UnQL58IxJ1I0i+3AvsFWGuVSNAvXwngpg9BvxwUiLsvSb/cBuwXYK1VX4J+OSWAmwEE/fKjQNwDSfolM7BfgLVWyPzpb5o8E/nnHyXSn2HQz2XrZ03183P6mSD9nIOe3ep5lPbYtW+ovRCt7/SZVfOw3lsy94oIutC4ydJLBjfodWYF4kbX52zkn59n0znIKpznbMDPavn1gddsQGy413u7K9f2A68h3lMXSScUfd/shn/gVcedXegDrxJfryKxVvu10n9cEclcqDW785vDqWFOVy3t10rf4JWUKJ3MvK7E5ez191+DHBXaBf1a6ZzADfKOXvj83vEP8hnqunMBT2Xh9rXSOXrh7zuI4GulcwrEPZjgyx5zCcQ9hORLQoG4VMBaK6n8oeucm1A95hZSj3da9Ygt0p0C6vEuw9WjjvsuIvV4l1WP9Ooxj1PDvFY9/vsrKVF5POoxL5l6zAvcIPMJqMd8PqjH/FY9/msVlUdATTxLoB7zCsT9HIF6zC8Q93AS9QjEpQLWWiHzp0n/rPu0gM2h2DdA5+1l/hoLCM244Q1ZEEiIrIAqSACoQug1oheoveVCAowxkoQxCgBP14WBTTmS4KRRWAA3RXphmfIM4cZWhGBjK2r6xqa/5jtSAKAvmr+x/d/XhyO/Mr0YcGOTyl8kuM7IP2ZVHPyV8yybeYle5pNYMYG4RxtO3nrzLi4Q9xiSR8tLAvsRWGs15leaw4/YH7MqQXD4KdlLBufwhix1I4eACte9l/LraYBSQk8D3G2fBsAW6W6BpwFKG/40gI67tNDTAEmXZE6jQrz8eBLgSHfskwA/9cTntHhKIQa40XWq6/9rd62iHNyqf/BUQf+Iv+LR+1RB/4i/f6ogufv87VMFN5yEv0lRUnBRvf5cYKSTiL6exaF+ZxKQ0Yw+luBTqz8JfGp1HImfXPxGbIO/OXFFAclwPIk0U0Bp5u6VUNc1gQR/wD5RQMyoCSTPT5chVExlhBRTWauYsEUqK6CYog1XTDruaKLnpyXW+neqKeTHOj2qKeSvUBBSTTdE7n+jbCKSuVD3dteqnIOH8qarJoZnsct5FJhOar+I4MvkZ7HLAzfbCjfE2vHXvZLyWeEf5DPUdVcE5mDc/68T+j/YXG74ZPk3p0GNw3ICQ7epBM9ilxeIexrBE1IVBeJ+lUSJAnGpgLVWrxLgRmKfKCZkWaPXWakXxzrvAX/P2LnIPw92Ogf3CH/PWGXCT4pXFnI6qlinA1ukKgJOx72GOx067nvJZsP3Cs6GhTDr26ew73NqWdX0T2Gjk5AU3H2eT05X7RXxlwttZd0HbPKqJCeJaoRMXE2IiatbJsYWqboAE9cwnIl13DXImLiGZWL3FcTENZ1a1gpXJq7pYeJaPjBxTWCT1wJ/qu9cMuhG3T/CU3RULWv1Mn+N97M82P4A+PPvjIB6gABQtU3/mKjWG7UF3NZZJC79/cBdvg6wKWeBPwr1E2GD1yFo8AelGAM9tn4ICM6TwK8QO/WLTALRG1pdQpOirpBJUc+aFNgi1RMwKR423KTQcT9MZlI8zGdSKMl7u9df36llTLiaFPU9JkWMDyZFfWCTx/SSAR2aiWMJmThWiIkfsUyMLdIjAkz8qOFMrON+lIyJH7VMHHRv9/obOLVsGK5M3MDDxA19YOIGwCZvaN1dBcyB2BobsYwLHrOAUo8RAKqx6eMCrTcaC4wLZpOMCxoBd/kmwKacbccFqglBgz/OMi54AgjO08BxwRmScUFTQpOiqZBJ0cyaFNgiNRMwKZ403KTQcT9JZlI8yWdSlBG8d5BJ0dypZYtwNSmae0yKFj6YFM2BTd6ilwzo0EzckpCJWwoxcSvLxNgitRJg4taGM7GOuzUZE7e2TOy+gpi4jVPLtuHKxG08TNzWByZuA2zytkAmZnV3gTkQW2Mcy7gg3o4LVDwBoNqZPi7QeqOdwLhgLsm4IA64y7cHNuVcOy5Q7QkavAPLuKAjEJzngeOCCyTjgk6EJkUnIZMiwZoU2CIlCJgUnQ03KXTcnclMis58JkVZwXsHmRRdnFp2DVeToovHpOjqg0nRBdjkXXvJgA7NxN0ImbibEBN3t0yMLVJ3ASbuYTgT67h7kDFxD8vE7iuIiXs6tUwMVybu6WHiRB+YuCewyROBTMzq7gJzILbGXizjgt52XKB6EwCqj+njAq03+giMC+aRjAt6AXf5vsCmnGfHBaovQYP3YxkX9AeC8xJwXHCZZFwwgNCkGCBkUgy0JgW2SAMFTIqnDDcpdNxPkZkUT/GZFNGC9w4yKZ52ajkoXE2Kpz0mxSAfTIqngU0+qJcM6NBMPJiQiQcLMfEQy8TYIg0RYOJnDGdiHfczZEz8jGVi9xXExEOdWg4LVyYe6mHiYT4w8VBgkw8DMjGruwvMgdgan2UZFzxnxwXqOQJADTd9XKD1xnCBccEbJOOCZ4G7/AhgU75hxwVqBEGDP88yLngBCM4rwHHBbyTjgpGEJsVIIZNilDUpsEUaJWBSvGi4SaHjfpHMpHiRz6QoJ3jvIJPiJaeWo8PVpHjJY1KM9sGkeAnY5KN7yYAOzcRjCJl4jBATv2yZGFuklwWY+BXDmVjH/QoZE79imdh9BTHxWKeW48KVicd6mHicD0w8Ftjk44BMzOruAnMgtsbxLOOCCXZcoCYQAGqi6eMCrTcmCowLFpCMC8YDd/lJwKZcYMcFahJBg09mGRdMAYLzGnBcECG0UaA3tKmEJsVUIZNimjUpsEWaJmBSvGq4SaHjfpXMpHiVz6QoL3jvIJNiulPLGeFqUkz3mBQzfDAppgObfEYvGdChmXgmIRPPFGLiWZaJsUWaJcDErxnOxDru18iY+DXLxO4riIlnO7WcE65MPNvDxHN8YOLZwCafA2RiVncXmAOxNc5lGRe8bscF6nUCQM0zfVyg9cY8gXHBWyTjgrnAXX4+sCnfsuMCNZ+gwd9gGRe8CQRnyl+B7EMyLlhAaFIsEDIpFlqTAlukhQImxVuGmxQ67rfITIq3+EyKCoL3DjIp3nZquShcTYq3PSbFIh9MireBTb6olwzo0Ez8DiETvyPExO9aJsYW6V0BJl5sOBPruBeTMfFiy8TuK4iJlzi1XBquTLzEw8RLfWDiJcAmXwpkYlZ3F5gDsTUuYxkXvGfHBeo9AkAtN31coPXGcoFxwSKSccEy4C6/AtiUi+y4QK0gaPD3WcYFHwDBmQY4LkhLMi5YSWhSrBQyKVZZkwJbpFUCJsVqw00KHfdqMpNiNZ9JUVHw3kEmxRqnlmvD1aRY4zEp1vpgUqwBNvnaXjKgQzPxh4RM/KEQE6+zTIwt0joBJl5vOBPruNeTMfF6y8TuK4iJNzi13BiuTLzBw8QbfWDiDcAm3whkYlZ3F5gDsTV+xDIu2GTHBWoTAaA2mz4u0Hpjs8C44F2SccFHwF1+C7Ap37XjArWFoMG3sowLPgaCMz1wXJCBZFywjdCk2CZkUmy3JgW2SNsFTIpPDDcpdNyfkJkUn/CZFJUE7x1kUnzq1HJHuJoUn3pMih0+mBSfApt8Ry8Z0KGZeCchE+8UYuJdlomxRdolwMSfGc7EOu7PyJj4M8vE7iuIiXc7tdwTrky828PEe3xg4t3AJt8DZGJWdxeYA7E17mUZF+yz4wK1jwBQn5s+LtB643OBccESknHBXuAu/wWwKZfYcYH6gqDB97OMC74EgjMTcFxwK8m44AChSXFAyKT4ypoU2CJ9JWBSHDTcpNBxHyQzKQ7ymRStBO8dZFIccmp5OFxNikMek+KwDybFIWCTH+4lAzo0Ex8hZOIjQkx81DIxtkhHBZj4mOFMrOM+RsbExywTu68gJj7u1PJEuDLxcQ8Tn/CBiY8Dm/wEkIlZ3V1gDsTW+DXLuOAbOy5Q3xAA6lvTxwVab3wrMC5YRjIu+Bq4y38HbMpldlygviNo8O9ZxgU/AMGZBTguyEoyLjhJaFKcFDIpTlmTAlukUwImxY+GmxQ67h/JTIof+UyK1oL3DjIpfnJqeTpcTYqfPCbFaR9Mip+ATX66lwzo0Ex8hpCJzwgx8VnLxNginRVg4nOGM7GO+xwZE5+zTOy+gpj4vFPLC+HKxOc9THzBByY+D2zyC0AmZnV3gTkQW+NFlnHBz3ZcoH4mANQl08cFWm9cEhgXLCcZF1wE7vKXgU253I4L1GWCBv+FZVzwKxCc2YHjghwk44IrhCbFFSGT4jdrUmCL9JuASfG74SaFjvt3MpPidz6Too3gvYNMiqtOLa+Fq0lx1WNSXPPBpLgKbPJrvWRAh2biiN58TOxec1SIl3u9KXr/+doycaj37P1HQtH3jQQCViruyN7wGokycWRvy8SuK4iJUzq1vMlV07BiYp2AvK5g3YnwLijpd4fMJMAmvwkH7jas7i4wB2JrTCWwxmQXGiqgUvcGFoYUUKkJAJUGvUb0ArXeSNMbD9D3ScYFqYC7fFpgU75vxwUqLUGDp5NiDPS44GYgOHMBxwW5ScYF6QlNivRCJkUGa1Jgi5RBwKTIaLhJoePOSGZSZOQzKdoK3jvIpLjFqWWmcDUpbvGYFJl8MCluATZ5pt4yoEMz8a2ETHyrEBPfZpkYW6TbBJg4s+FMrOPOTMbEmS0Tu68gJs7i1DJruDJxFg8TZ/WBibMAmzwrkIlZ3V1gDsTWmI1lXHC7HReo2wkAld30cYHWG9kFxgUrScYF2YC7fA5gU6604wKVg6DBc7KMC+4AgjMPcFyQl2RckIvQpMglZFLktiYFtki5BUyKOw03KXTcd5KZFHfymRRxgvcOMinucmqZJ1xNirs8JkUeH0yKu4BNnqe3DOjQTJyXkInzCjFxPsvE2CLlE2Di/IYzsY47PxkT57dM7L6CmLiAU8uC4crEBTxMXNAHJi4AbPKCQCZmdXeBORBbYyGWcUFhOy5QhQkAVcT0cYHWG0UExgWrScYFhYC7fFFgU6624wJVlKDBi7GMC4oDwVkAOC4oSDIuKEFoUpQQMilKWpMCW6SSAiZFKcNNCh13KTKTohSfSREveO8gk+Jup5alw9WkuNtjUpT2waS4G9jkpXvLgA7NxFGETBwlxMTKMjG2SEqAicsYzsQ67jJkTFzGMrH7CmLisk4to8OVict6mDjaByYuC2zyaCATs7q7wByIrbEcy7igvB0XqPIEgKpg+rhA640KAuOCtSTjgnLAXb4isCnX2nGBqkjQ4JVYxgX3AMFZBDguKOrTRhFq/ioD83fwF9y9DgHvJZm/Kv/7+RMdV93bm2Od9wHrrDXu+cg/pZ3OwX0e6Ydef1VCM7KqkBlZzZqR4CIJmJHVDTcjddzVyczI6nxmZJTgvYPMyBpOLWuGqxlZw2NG1vTBjKwBbPKaJCeJWoRMXEuIie+3TIwt0v0CTPyA4Uys436AjIkfsEzsvoKYuLZTyzrhysS1PUxcxwcmrg1s8jpAcOsinyc0eev0Nn+ND7KMBR8CjwUZAfUQAaDqmj4W1HqjrsBYcB3JWPBB4C5fD9iU68BjwTOEDV6PoMEfZhkL1geCsypwLFiN5FNEMYQmRYyQSRFrTQpskWIFTIpHDDcpdNyPkJkUj/CZFEry3u71P+rUskG4mhSPekyKBj6YFI8Cm7xBbxnQoZm4ISETNxRi4kaWibFFaiTAxI8ZzsQ67sfImPgxy8RB93avv7FTyybhysSNPUzcxAcmbgxs8ibW3VXAHIit8XGWccETFlDqCQJANTV9XKD1RlOBccEGknHB48BdvhmwKTfYcYFqRtDgT7KMC5oDwVkTOC6oRTIuaEFoUrQQMilaWpMCW6SWAiZFK8NNCh13KzKTohWfSVFG8N5BJkVrp5ZtwtWkaO0xKdr4YFK0BjZ5m94yoEMzcVtCJm4rxMRxlomxRYoTYOJ4w5lYxx1PxsTxlondVxATt3Nq2T5cmbidh4nb+8DE7YBN3h7IxKzuLjAHYmvswDIu6GjHBaojAaA6mT4u0Hqjk8C44COScUEH4C6fAGzKj+y4QCUQNHhnlnFBFyA4awPHBXVIxgVdCU2KrkImRTdrUmCL1E3ApOhuuEmh4+5OZlJ05zMpygreO8ik6OHUsme4mhQ9PCZFTx9Mih7AJu/ZWwZ0aCZOJGTiRCEm7mWZGFukXgJM3NtwJtZx9yZj4t6Wid1XEBP3cWrZN1yZuI+Hifv6wMR9gE3eF8jErO4uMAdia+zHMi7ob8cFqj8BoAaYPi7QemOAwLhgM8m4oB9wlx8IbMrNdlygBhI0+FMs44KngeCsCxwX1CMZFwwiNCkGCZkUg61JgS3SYAGTYojhJoWOewiZSTGEz6SIFrx3kEnxjFPLoeFqUjzjMSmG+mBSPANs8qG9ZUCHZuJhhEw8TIiJn7VMjC3SswJM/JzhTKzjfo6MiZ+zTOy+gph4uFPLEeHKxMM9TDzCByYeDmzyEUAmZnV3gTkQW+PzLOOCF+y4QL1AAKiRpo8LtN4YKTAu2EoyLngeuMuPAjblVjsuUKMIGvxFlnHBS0BwxgDHBbEk44LRhCbFaCGTYow1KbBFGiNgUrxsuEmh436ZzKR4mc+kKCd47yCT4hWnlmPD1aR4xWNSjPXBpHgF2ORje8uADs3E4wiZeJwQE4+3TIwt0ngBJp5gOBPruCeQMfEEy8TuK4iJJzq1nBSuTDzRw8STfGDiicAmnwRkYlZ3F5gDsTVOZhkXTLHjAjWFAFBTTR8XaL0xVWBcsI1kXDAZuMtPAzblNjsuUNMIGvxVlnHBdCA4GwDHBQ1JxgUzCE2KGUImxUxrUmCLNFPApJhluEmh455FZlLM4jMpygveO8ikeM2p5exwNSle85gUs30wKV4DNvns3jKgQzPxHEImniPExHMtE2OLNFeAiV83nIl13K+TMfHrlondVxATz3NqOT9cmXieh4nn+8DE84BNPh/IxKzuLjAHYmt8g2Vc8KYdF6g3CQC1wPRxgdYbCwTGBZ+QjAveAO7yC4FN+YkdF6iFBA3+Fsu44G0gOBsDxwVNSMYFiwhNikVCJsU71qTAFukdAZPiXcNNCh33u2Qmxbt8JkUFwXsHmRSLnVouCVeTYrHHpFjig0mxGNjkS3rLgA7NxEsJmXipEBMvs0yMLdIyASZ+z3Am1nG/R8bE71kmdl9BTLzcqeWKcGXi5R4mXuEDEy8HNvkKIBOzurvAHIit8X2WccEHdlygPiAA1ErTxwVab6wUGBfsIBkXvA/c5VcBm3KHHReoVQQNvpplXLAGCM6mwHFBM5JxwVpCk2KtkEnxoTUpsEX6UMCkWGe4SaHjXkdmUqzjMykqCt47yKRY79RyQ7iaFOs9JsUGH0yK9cAm39BbBnRoJt5IyMQbhZj4I8vE2CJ9JMDEmwxnYh33JjIm3mSZ2H0FMfFmp5ZbwpWJN3uYeIsPTLwZ2ORbgEzM6u4CcyC2xq0s44KP7bhAfUwAqG2mjwu03tgmMC7YRTIu2Arc5bcDm3KXHReo7QQN/gnLuOBTIDhbAMcFLUnGBTsITYodQibFTmtSYIu0U8Ck2GW4SaHj3kVmUuziMykqCd47yKT4zKnl7nA1KT7zmBS7fTApPgM2+e7eMqBDM/EeQibeI8TEey0TY4u0V4CJ9xnOxDrufWRMvM8ysfsKYuLPnVp+Ea5M/LmHib/wgYk/Bzb5F0AmZnV3gTkQW+N+lnHBl3ZcoL4kANQB08cFWm8cEBgX7CYZF+wH7vJfAZtytx0XqK8IGvwgy7jgEBCcbYDjgrYk44LDhCbFYSGT4og1KbBFOiJgUhw13KTQcR8lMymO8pkUrQTvHWRSHHNqeTxcTYpjHpPiuA8mxTFgkx/vLQM6NBOfIGTiE0JM/LVlYmyRvhZg4m8MZ2Id9zdkTPyNZWL3FcTE3zq1/C5cmfhbDxN/5wMTfwts8u+ATMzq7gJzILbG71nGBT/YcYH6gQBQJ00fF2i9cVJgXLCXZFzwPXCXPwVsyr12XKBOETT4jyzjgp+A4GwHHBe0JxkXnCY0KU4LmRRnrEmBLdIZAZPirOEmhY77LJlJcZbPpGgteO8gk+KcU8vz4WpSnPOYFOd9MCnOAZv8fG8Z0KGZ+AIhE18QYuKLlomxRboowMQ/G87EOu6fyZj4Z8vE7iuIiS85tbwcrkx8ycPEl31g4kvAJr8MZGJWdxeYA7E1/sIyLvjVjgvUrwSAumL6uEDrjSsC44LPScYFvwB3+d+ATfm5HReo3wga/HeWccFVIDg7AccFCSTjgmuEJsU1IZMios+fL61JEeI9dZF0QtH3TdHHbJNCx52iD7xGoiaFO6dRIV4+mRRtBO8dZFJEOrVM6appWJkUOgF5XcG6E+FdUNLvDrUxI4FNnrKPDOjQTHwTMuYIf5j4pj4yTJzKMjG2SKkEmDi14Uys405NxsSpLRO7ryAmTuPUMm24MnEaDxOn9YGJ0wCbPC2QiVndXWAOxNaYTmCNyS40VEDd3AfIFqSAupkAUOnRa0QvUOuN9H3wAN1PMi5IB9zlMwCbcr8dF6gMBA2eUYox0OOCW4Dg7AocF3QjGRdkIjQpMgmZFLdakwJbpFsFTIrbDDcpdNy3kZkUt/GZFG0F7x1kUmR2apklXE2KzB6TIosPJkVmYJNn6SMDOjQTZyVk4qxCTJzNMjG2SNkEmPh2w5lYx307GRPfbpnYfQUxcXanljnClYmze5g4hw9MnB3Y5DmATMzq7gJzILbGnCzjgjvsuEDdQQCoXKaPC7TeyCUwLjhAMi7ICdzlcwOb8oAdF6jcBA1+J8u44C4gOHsCxwWJJOOCPIQmRR4hkyKvNSmwRcorYFLkM9yk0HHnIzMp8vGZFHGC9w4yKfI7tSwQriZFfo9JUcAHkyI/sMkL9JEBHZqJCxIycUEhJi5kmRhbpEICTFzYcCbWcRcmY+LClondVxATF3FqWTRcmbiIh4mL+sDERYBNXhTIxKzuLjAHYmssxjIuKG7HBao4AaBKmD4u0HqjhMC44CDJuKAYcJcvCWzKg3ZcoEoSNHgplnHB3UBw9gGOC/qSjAtKE5oUpYVMiihrUmCLFCVgUijDTQodtyIzKRSfSREveO8gk6KMU8uy4WpSlPGYFGV9MCnKAJu8bB8Z0KGZOJqQiaOFmLicZWJskcoJMHF5w5lYx12ejInLWyZ2X0FMXMGpZcVwZeIKHiau6AMTVwA2eUUgE7O6u8AciK2xEsu44B47LlD3EACqsunjAq03KguMCw6TjAsqAXf5KsCmPGzHBaoKQYPfyzIuuA8IzgHAccFAnzaKUPNXFZi/scD8jQPmTzdHalfuygReXNW5c35GOz//L6+BfFR3iEP/N0n7SwXnPfrfJ723RuB1Tdd7/8n9awXef/917l/Ldf8HAq9rJ/Pecs57H3DeqzfCOoHXD97gWh4KvL/uddbykGst9QKvH77OWuq51lI/8DommfeWd95b33mvXmNs4PUjjuxBb2ID7/ojL+hDwFFwb6PjHnbXH3lFx32MZE97FLinAWutjhmOm4op/9jT0Lj52vC4+wf65VGBuL8hEQvN9uPu5a51qPn7liR/zYH5+waYv+9I9usGwP0aiBmFzJ9fAzxgLoMGeA3tAA9bpIYCA7xGhg/wdNyNhAd46M29naHk+CMJObY3lBx/IiHHx4DkCMSM+omQHB8TIsfGlhyxRWosQI5NDCdHHXcTIXJErzVbzB9EjlbMj/cJz7jPCjskoa5P4/JxgbjPkRximgBJ+CzwEHOe5BDzBDB/QMyo8yT462WoCLlEkr/ehoqQyyT92xTYv0DMqMuEIqSpkAhpZkUItkjNBETIk4aLEB33kyQiJHfgMP6EwKH0iuHjyvwxMofx30jIqDmQjIC1Vr8ZLuJ0XzcXwM01kkPgk0K4CXkfv8KRPyC+1TVg/lJc4di3WgDxB8SMSkGCv+GGiuBUJPkbYagITk3Svy2B/QvEjELmzy8R3FJIBLeyIhhbpFYCIri14SJYx92aRAQXDojBFgKH+nRXzI67ZIyMmLmZhIzaAMkIWGt1szBuQs2b7us2ArjJSHIIbC2Em1DzdwtJ/oD4VhmB+ctEsm+1BeIPiBmViQR/kw0VwVlI8jfFUBGclaR/44D9C8SMykooguOERHC8FcHYIsULiOB2hotgHXc7EhEcFRCDbQUO9dkNF8HlY2TETA4SMmoPJCNgrVUOw0Ww7uv2ArjJRXIIbCeEm5D/jjNJ/oD4VrmA+buTZN/qAMQfEDPqThL8LTBUBOcjyd9CQ0VwfpL+7QjsXyBmVH5CEdxRSAR3siIYW6ROAiI4wXARrONOIBHB9wTEYAeBQ30hw0VwtRgZMVOYhIw6A8kIWGtV2HARrPu6swBuipEcAhOEcBPynwwlyR8Q36oYMH8lSPatLkD8ATGjSpDgb7WhIrg0Sf7WGCqCo0j6tyuwf4GYUVGEIrirkAjuZkUwtkjdBERwd8NFsI67O4kIrhUQg10EDvVlDRfBD8XIiJloEjLqASQjYK1VtOEiWPd1DwHcVCA5BHYXwk3If1mNJH9AfKsKwPxVItm3egLxB8SMqkSCvx2GiuB7SfK301ARfB9J/yYC+xeIGXUfoQhOFBLBvawIxhapl4AI7m24CNZx9yYRwfUDYrCnwKG+uuEiuGGMjJipQUJGfYBkBKy1qmG4CNZ93UcAN/eTHAJ7C+Em1Pw9QJI/IL7V/cD81SbZt/oC8QfEjKpNgr+jhorguiT5O2aoCK5H0r/9gP0LxIyqRyiC+wmJ4P5WBGOL1F9ABA8wXATruAeQiOAmATHYV+BQH2O4CG4eIyNmYknIaCCQjIC1VrGGi2Dd1wMFcNOA5BA4QAg3oeavIUn+gPhWDYD5a0Sybz0FxB8QM6oRCf7OGyqCHyfJ3wVDRfATJP37NLB/gZhRTxCK4KeFRPAgK4KxRRokIIIHGy6CddyDSURw64AYfErgUP+k4SK4fYyMmGlOQkZDgGQErLVqbrgI1n09RAA3rUgOgYOFcBPyt3aT5A+Ib9UKmL82JPvWM0D8ATGj2pDgL9WXZorgdiT5Sw3MH1IEtyfp36HA/gViRrUnFMFDhUTwMCuCsUUaJiCCnzVcBOu4nyURwQkBMfiMwKG+k+EiuEeMjJhJICGj54BkBKy1SjBcBOu+fk4AN11JDoHPCuEm1Px1Y/liMWCvdAXmrzvJvjUciD8gZlR3EvxlN1QE92L5dndDRXBvkv4dAexfIGZUb0IRPEJIBD9vRTC2SM8LiOAXDBfBOu4XSERw74AYHC5wqO9nuAgeGCMjZvqTkNFIIBkBa636Gy6CdV+PFMDNUySHwBeEcBPyY3Yk+QPiWz0FzN8gkn1rFBB/QMyoQST4K2aoCB5Kkr/ihorgYST9+yKwf4GYUcMIRfCLQiL4JSuCsUV6SUAEjzZcBOu4R5OI4MEBMThK4FA/3HAR/FyMjJgZQUJGY4BkBKy1GmG4CNZ9PUYANyNJDoGjhXATsjgiyR8Q32okMH8vkuxbLwPxB8SMepEEf5UNFcEvk+SviqEi+BWS/n0F2L9AzKhXCEXwK0IieKwVwdgijRUQweMMF8E67nEkIviFgBh8WeBQP95wETwmRkbMTCAho/FAMgLWWk0wXATrvh4vgJvJJIfAcUK4CTV/U0jyB8S3mgzM31SSfWsCEH9AzKipJPh72FARPIMkf/UNFcEzSfp3IrB/gZhRMwlF8EQhETzJimBskSYJiODJhotgHfdkEhE8LiAGJwgc6mcbLoKnxMiImTkkZDQFSEbAWqs5hotg3ddTBHAzj+QQOFkIN6Hmbz5J/oD4VvOA+XuDZN+aCsQfEDPqDRL8tTBUBL9Fkr+Whorgt0n6dxqwf4GYUW8TiuBpQiL4VSuCsUV6VUAETzdcBOu4p5OI4OkBMThV4FD/ruEieE6MjJhZTEJGM4BkBKy1Wmy4CNZ9PUMAN8tIDoHThXATav7eI8kfEN9qGTB/y0n2rZlA/AExo5aT4K+7oSJ4JUn+ehgqgleR9O8sYP8CMaNWEYrgWUIi+DUrgrFFek1ABM82XATruGeTiOD5ATE4U+BQv9ZwEfx2jIyY+ZCEjOYAyQhYa/Wh4SJY9/UcAdxsIDkEzhbCTaj520iSPyC+1QZg/j4i2bfmAvEHxIz6iAR/Qw0VwVtJ8jfMUBH8MUn/vg7sXyBm1MeEIvh1IRE8z4pgbJHmCYjg+YaLYB33fBIRvDggBucKHOo/MVwEr4iRETOfkpDRG0AyAtb6/7H3HeBRVV3XofeiSFFRg/Si5EDoKF0pSqKgoKDUBJCm1NCHomBvIHZRUFBQUECqdAEFBQXpvQgCCgoKKsI/5+XOnzvXiOJde76znHOf530ybxjvnL332medtfbMRH1puAjWff2uAG6+IjkEThHCjd/8fU2SPyC+1VfA/G0g2bfeA+IPiBm1gQR/4wwVwZtZPtNvqAjeQtK/U4H9C8SM2kIogqcKieBpVgRjizRNQAS/b7gI1nG/TyKCFwbF4HsCh/rthovgZQkyYmYHCRl9ACQjYK3VDsNFsO7rDwRws5vkEPi+EG785m8PSf6A+Fa7gfnbS7JvTQfiD4gZtZcEf5MNFcEHWUxAQ0XwtyT9OwPYv0DMqG8JRfAMIRH8oRXB2CJ9KCCCPzJcBOu4PyIRwSuDYnC6wKH+O8NF8NoEGTFzhISMZgLJCFhrdcRwEaz7eqYAbr5n+UyrEG785u8HkvwB8a2+B+bvOMm+NQuIPyBm1HES/M0zVASfJMnffENF8CmS/p0N7F8gZtQpQhE8W0gEf2xFMLZIHwuI4DmGi2Ad9xwSEbw+KAZnCRzqTxsugjclyIiZMyRkNBdIRsBaqzOGi2Dd13MFcPM7ySFwjhBu/ObvLEn+gPhWvwPz9wfJvjUPiD8gZtQfJPhbY6gITneWI39rDRXB6c9y9O98YP8CMaOQ+YuUCJ4vJIIXWBGMLdICARG80HARrONeSCKCtwXF4DyBQ32ms2bHvSdBRsxkJiGjT4BkBKy1yiyMG9/fwhnM2ycCuMlGcghcKIQbv/nLTpI/IL5VNmD+cpDsW4uA+ANiRuUgwd9OQ0VwHpL87TJUBOcl6d/FwP4FYkblJRTBi4VE8BIrgrFFWiIggpcaLoJ13EtJRPCBoBhcJHCoz2e4CD6SICNmriAho2VAMgLWWl1huAjWfb1MADcFSQ6BS4Vw4zd/hUjyB8S3KgjM35Uk+9ZyIP6AmFFXkuDvuKEi+BqS/J0wVARfS9K/K4D9C8SMupZQBK8QEsGfWhGMLdKnAiJ4peEiWMe9kkQE/xAUg8sFDvVFDBfBpxJkxMz1JGS0CkhGwFqr6w0XwbqvVwngpjjJIXClEG785q8ESf6A+FbFgfkrSbJvrQbiD4gZVZIEf+m2mymCy5LkLz0wf0gRXI6kfz8D9i8QM6ocoQj+TEgEf25FMLZInwuI4DWGi2Ad9xoSEXwmKAZXCxzqyxsugs8lyIiZOBIyWgskI2CtVZzhIlj39VoB3FQkOQSuEcKN3/zFk+QPiG9VEZi/SiT71hdA/AExoyqR4C+foSK4Gss7OQwVwdVJ+vdLYP8CMaOqE4rgL4VE8DorgrFFWicggtcbLoJ13OtJRHD6xJiYLwQO9TcZLoKzJsqImZtJyOgrIBkBa61uNlwE677+SgA3dUgOgeuFcOM3f3VJ8gfEt6oDzF89kn3rayD+gJhR9UjwV9xQEXwrSf5KGCqCG5L07wZg/wIxoxoSiuANQiJ4oxXB2CJtFBDB3xgugnXc35CI4JxBMfi1wKG+ieEi+PJEGTFzGwkZbQKSEbDW6jbDRbDu600CuEkgOQR+I4Qbv/lLJMkfEN8qAZi/O0j2rc1A/AExo+4gwV8VQ0XwXST5q2qoCL6bpH+3APsXiBl1N6EI3iIkgrdaEYwt0lYBEbzNcBGs495GIoILBMXgZoFD/T2Gi+DCiTJi5l4SMtoOJCNgrdW9hotg3dfbBXBzH8khcJsQbvzm736S/AHxre4D5q8Nyb61A4g/IGZUGxL8NTJUBHcgyV9jQ0VwR5L+3QnsXyBmVEdCEbxTSATvsiIYW6RdAiJ4t+EiWMe9m0QExwbF4A6BQ30nw0VwiUQZMdOZhIz2AMkIWGvV2XARrPt6jwBuupIcAncL4cZv/rqR5A+Ib9UVmL/uJPvWXiD+gJhR3Unw18pQEfwQSf5aGyqCe5H07z5g/wIxo3oRiuB9QiJ4vxXB2CLtFxDBBwwXwTruAyQiuExQDO4VONT3NVwExyXKiJl+JGR0EEhGwFqrfoaLYN3XBwVwM4DkEHhACDd+8zeQJH9AfKsBwPwNItm3vgXiD4gZNYgEf90NFcHDSPLXw1ARHCDp30PA/gViRgUIRfAhIRF82IpgbJEOC4jg7wwXwTru70hEcHxQDH4rcKgfabgIrp4oI2ZGkZDRESAZAWutRhkugnVfHxHAzWiSQ+B3Qrjxm78xJPkD4luNBubvUZJ96ygQf0DMqEdJ8DfMUBH8JEn+AoaK4KdI+vcYsH+BmFFPEYrgY0Ii+HsrgrFF+l5ABP9guAjWcf9AIoJvDorBowKH+mcNF8H1E2XEzHMkZHQcSEbAWqvnDBfBuq+PC+BmHMkh8Ach3PjN3wsk+QPiW40D5m88yb51Aog/IGbUeMP5rmGQ704I7FuvGB5300SZ/fpVkn75EdgvwFqrVw3HjQoW4kcB3Oj7ouLWa8vswkyF4INzeo3Oz3jnp75+CsZy0olH/zchUVvFeY7+99BzTwUf/+x67j+5/y/B55++yP1/cd3/TPDxr2k8t5Lz3DPOc7UA/y34+PdLXMvZ4PP/uMhazrrWci74+PxF1nLOtZaYlODzUv783Mqh10658FOvMX3wcYaUC/+Oxubgay/kBY3NNwzvyVHXXsgrOu4JJHt5xhRcLoG1VhMIDcSK4H04tMZQzTMFa5U5+L8sKakx5HJ+ZosJNxX1ldn1uDZoXQImZVwm11qzudYciie38+8Zsa9bMZsrtzGufMekkbcY1+tnDf4vp/O4U1KfxL7tu3Xp0CRpQFo1y5DGfdO7Ys3keZ67jqF/y+L+7yUOJaB7/enwkMkhr8zOzyzOzzw6icHH2f6CzBAHIt2M6PtOJDhgZhUgs0lCZJYeHD+wPmoSmIC8m7NE/TOlyNQJvc7MwHW685rd2U9yuAiyoPPTvdmnc/2OmTSzuuIIXW5yCb1mKO4QkWbCrqWCfq2MMeHXxYg09PoeIm2W1KFXUh8PkXonpunTiNUdo44vCza+uNBaQ1doTaHXyR6TipusrnVkw65DhV7Lu45srnVkdT0O/Vt215pCv8vhWa+7F9z/bSivOVwx0xxGdCDZnUNHDudnzuDPXCly688kQMCTDZ9g6bhzCsQ9heTgAayPmkJwyMwsUOupBBjPJRD3NBKMA+ujphmO8aoZLjjW6FpPNzzugUE3NKMAxmeQuKG5gW4osNYKmT+vSZPbORd5z0n6yhN8nDfl0iYllwWff3nKX09KLnPdP1/w8RUpznQj5s8XGt95Uszfd/KlQO+bHF8hPk73NSput7DL7xLaIYHwXxTaWVxxhC63O61FVD7n//fo2adL8oCmfbt165LcJalj0559ktwpS+sdwGnpWLc5nDGNNNKZw1Lrc2MQuda/yqlfjimQ8q/vFee5l4rUZKtAisz+UdBVO/vWeJ/31EUqmIK/b6EUHPil4i4U4U0gzt8VltM4n5f38IQWfqWDL1CjH+5+wwvHxNTsJ1svn/dW3l+483ulg7WrXJjL5MJJ6Ll6Qzsf82cMpXM9Tu88J/1FnpPuL+7zV4cRsU0rFJxOwCJXsFelhNv77gWhXvtK4CZ09UXuVbVKUvvkKvEV28XFJ7cP3qdyclLFdhWqqeSqFYO3rxiv2rdLiusY375K5fjKVZOrROy9JVcLMXBhy8DYIhUWYOBrDGdgHfc1QgyMPn5f5awVfd+Zhn5YxLtOJJauBdplM8EWl97E9PrqOPdEYz50KkLjaLbhFnHo9IaO+2MzLeI/SW7kQeQq4L3mkHxYDYhvBcSMksofuk+uI7SPrhM6vMbawyu2SLECh9cihh9eddxFInR4jfN3/c/vllhrpOZvV/nYCJLDr4jZPdc7+S76D+yeumnkzmv31I35e7snrfv8rd1j+pvx0jvJTOdKXFHXCT10oU8cwDhUUeBmVgzXDMmhfBYTVDw6j1cJKOcFZr3x60+nJB339QJxLyR4w1tRgbg/MVSpeAkGuW8sAH6txiISpQfEtwJiRi2K0Bsu/db5eiDXFAc6dfoeEtxSPEVmD0PWWsJFbNQXH/dyAhexsUDcK0jeaFoC2I/AWqsVhuNG98s9ArhZRdAv9wrEvZqkX0oC+wVYa7WaoF+6COBmDUG/PCAQ91qSfikF7BdgrdVagn4ZIICbdQT9MlAg7vUk/VIa2C/AWqv1BP3yqABuNhD0y2MCcW8k6ZcywH4B1lptJOiXlwRws5mgX14WiHsLSb+UBfYLsNZqC0G/vCuAm+0E/fKeQNw7SPqlHLBfgLVWOwj6ZZ4AbnYT9Mt8gbj3kPTLDcB+AdZa7SHol88EcLOfoF8+F4j7AEm/3AjsF2Ct1QGCftkqgJtDBP2yTSDuwyT9Uh7YL8Baq8ME/fKdAG6OEvTLEYG4j5H0SxywX4C1VscI+uVXAdwcJ+iX3wTiPkHSLwrYL8BaqxME/ZJN4NOYJwn6JbtA3KdI+qUCsF+AtVanCPrlSgHcnCbol6sE4j5D0i8Vgf0CrLU6Q9AvpQVw8ztBv5QRiPssSb/EA/sFWGt1lqBfqgng5jxBv1QXiDvmD45+qQTsF2CtFTJ/+kPPOYOJy+vcT3+GQb8vW7/XVL9/Tr8nSL/PQc9u9TxKe+zaN9ReiNZ3+syqeVjvLZVSYsIuNG4qp8jgBr3OKkDc6PrkyuD6E6LBe1cRznNV4GfUIvVtJFWFvo2kmv02EmyRqgl8G0l1w7+NRMddnejbSCTWar/Q9sIVk8aFWrM7vzWcGtb8B99wUsT13/3VN5wUifn7bzhJ6z7/iW840cmMdSWuZsqfd16Tv+GkJnCDvCkFn9+b/kE+/a77ZuCpzNDvuxP7xpAaAp/iz/CH+XHXFIg7o3Dccf6u/+07NwvEnSlCqj/O36WAuFTAWiup/KHrXItQPdYSUo+1rXoEF0lAPdYxXD3quOsQqcc6Vj3Sq8e6Tg3rWfX4769Qoup61GM9MvVYD7hB1hdQj/UjoB4bWPX4r1VUXQE1kY1APdYTiDs7gXpsIBB3DhL1CMSlAtZaIfOnST9Xhpg/Xej6oLFZL8X8Nd4iNOOGN+StQEJkBdStBIBqiF4jeoHaW24owBh5SBjjFuDpuhGwKfMQnDQaCeCmcQqWKXMSbmyNCTa2JlJMmR4MKLcU93uv2wi+8luiKW9PMX8zyiMQ92WGb8K6CW8TiPtykrcINwX2I7DW6vI/aEjs/w+q0Ni8nYDEmkqfzn2/FzhY+HwCDZ7f8AZPSk6Oa9+xgxp4LS7mBOBmgcxfpKbsCWDvP3Ql2ik7tkiJAlP2Owyfsuu47xCasocutLJA5vTOFLmmAOUzOb5CfBxyQ26WYi6hSXyI8XaBD/MVNDxu/U6MpgJxFyJRKM2BfQ2stSpE0C/3CeDmaoJ+uV8g7sIk/XIXsF+AtVaFCfqluwBuriPolx4CcceS9MvdwH4B1lrFEvTLEAHcFCXol6ECcRcj6ZcWwH4B1loVI+iXJwVwU5KgX54SiLsUSb+0BPYLsNaqFEG/vCaAm7IE/fK6QNzlSPrlHmC/AGutyhH0y/sCuClP0C8fCMQdR9Iv9wL7BVhrFUfQL58I4KYiQb8sEog7nqRfWgH7BVhrFU/QL18I4KYKQb98KRB3VZJ+aQ3sF2CtVVWCftkpgJsaBP2ySyDumiT9ch+wX4C1VjUJ+uV7AdzUIuiXHwTirk3SL/cD+wVYa1WboF/+EMBNPYJ+OScQd32SfmkD7BdgrVV9gn7J1V/gc8QE/ZJbIO6GJP3SFtgvwFqrhgT9co0AbpoQ9Mu1AnHfRtIv7YD9Aqy1uo2gX24QwE0CQb/cKBB3Ikm/tAf2C7DWKpGgX24SwE0zgn65WSDu5iT90gHYL8BaK2T+9DdN5nb9USL9GQb9vmz9XlP9/jn9niD9Pgc9u9XzKO2xa99QeyFa3+kzq+Zhvbd0EP5jOR2FvoYCvc4k8B8lyuP6o0Q6B0nCeU4m/FrpZKEPvHayH3jFFqmTwAdeOxv+gVcdd2eir5WWWKv9WukLV0waF2rN7vx2cWr4gP1a6X9/hRLVxfO10g+Qfa30A8ANsqvA10p3jcDXSnezXyv9r79TrYvA19K0IPha6QcE4m5J8GWP3QTivofkS0KBuFTAWiup/KHr3J1QPXYXUo89rHrEFqmHgHrsabh61HH3JFKPPa16pFePDzo1fMiqx39/hRL1oEc9PkSmHh8CbpC9BNRjrwiox95WPf5rFfWggJq4j0A9PiQQ9/0E6rG3QNxtSNQjEJcKWGuFzJ8m/TyEf2rhIYJvqe4j9acW0A3ZF/xHiRgB1ZcAUP1M/6NE2lvuJ8AYHUgYow/wdN0f2JQdCE4a/QVwkwL+o0S5CTe2FIKNbYDpG5v+mu9mAgBNMn9j+9/XhyO/Mn0gcGOTyl96cJ2Rf8xqEMEfs5LYzAcT/DGrgQJxdzKcvPXmPUgg7s4kby0fAuxHYK1V5z9oDj9if8xqMMHhZ0iKDM7hDTn0Ug4BVS56LxWpdwMMFXo3wDD7bgBskYYJvBsgYPi7AXTcAaF3A4QuyZzG+bwi8U4A1Rf7ToBa/fE5rZBBiAEudZ3q4v/srtVwB7cj/sG7CgbG/BmP3ncVDIz5+3cVpHWfv31XwSUn4W9SFApueErqAtM7iUjxLA71miEgoxm9K8GnVmsJfGq1G4mfXOFSbIO/OXENB5JhdxJpNgIozdy94nddPUjwB+wTBcSM6kHy/umRhIpppJBiGmUVE7ZIowQU08OGKyYd98NE75+WWOvfqSa/dfOqJr/3k1JNl0Tuf6NsYtK4UPd21+oRBw+jTVdNDO/FfsSjwHRSB8SEXya/F3s0cLMdc0msnXzRK5TPMf8gn37X/SgwB93+r07o/2BzueST5d+cBjUOHxEYuvUmeC/2aIG4+xC8Q+pRgbj7kihRIC4VsNaqLwFuJPYJJWRZo9f5WArHOh8Hf89YXtf3jOkcPC78PWNPEH5S/Akhp+NJ63Rgi/SkgNPxlOFOh477KbLZ8FOCs2EhzEbsU9hPO7V8xvRPYaOTEAruac8np59JifnThbayngY2+TMkJ4lnCZn4WSEmfs4yMbZIzwkw8fOGM7GO+3kyJn7eMrH7CmPisU4tx0UrE4/1MPG4CDDxWGCTjwN/qi8v4af6xqWYv8YXWN7YPh78+XdGQI0nANSLpn9MVOuNFwXc1gEkLv0LwF3+JWBTDgB/FConYYO/RNDgL0sxBnps/QoQnMuBXyG24qxMAtEb2quEJsWrQibFa9akwBbpNQGT4nXDTQod9+tkJsXrfCaFkry3e/1vOLWcEK0mxRsek2JCBEyKN4BNPiFFBnRoJn6TkInfFGLitywTY4v0lgATTzSciXXcE8mYeKJl4rB7u9c/yanl29HKxJM8TPx2BJh4ErDJ37burgLmQGyN77CMCyZbQKnJBICaYvq4QOuNKQLjgkEk44J3gLv8u8CmHGTHBepdggZ/j2VcMBUIzlXAccFqknHBNEKTYpqQSfG+NSmwRXpfwKT4wHCTQsf9AZlJ8QGfSVFB8N5hJsV0p5YzotWkmO4xKWZEwKSYDmzyGSkyoEMz8YeETPyhEBN/ZJkYW6SPBJh4puFMrOOeScbEMy0Tu68wJp7l1HJ2tDLxLA8Tz44AE88CNvlsIBOzurvAHIit8WOWccEcOy5QcwgANdf0cYHWG3MFxgVDSMYFHwN3+XnAphxixwVqHkGDz2cZFywAgnMNcFywlmRcsJDQpFgoZFJ8Yk0KbJE+ETApFhluUui4F5GZFIv4TIqKgvcOMykWO7VcEq0mxWKPSbEkAibFYmCTL0mRAR2aiZcSMvFSISZeZpkYW6RlAky83HAm1nEvJ2Pi5ZaJ3VcYE69wavlptDLxCg8TfxoBJl4BbPJPgUzM6u4CcyC2xpUs44JVdlygVhEAarXp4wKtN1YLjAuGkYwLVgJ3+c+ATTnMjgvUZwQN/jnLuGANEJzrgOOC9STjgrWEJsVaIZPiC2tSYIv0hYBJ8aXhJoWO+0syk+JLPpMiXvDeYSbFOqeW66PVpFjnMSnWR8CkWAds8vUpMqBDM/FXhEz8lRATf22ZGFukrwWYeIPhTKzj3kDGxBssE7uvMCbe6NTym2hl4o0eJv4mAky8Edjk3wCZmNXdBeZAbI2bWMYFm+24QG0mANQW08cFWm9sERgXDCcZF2wC7vJbgU053I4L1FaCBt/GMi7YDgTnBuC4YCPJuGAHoUmxQ8ik2GlNCmyRdgqYFLsMNyl03LvITIpdfCZFJcF7h5kUu51a7olWk2K3x6TYEwGTYjewyfekyIAOzcR7CZl4rxAT77NMjC3SPgEm3m84E+u495Mx8X7LxO4rjIkPOLU8GK1MfMDDxAcjwMQHgE1+EMjErO4uMAdia/yWZVxwyI4L1CECQB02fVyg9cZhgXHBSJJxwbfAXf47YFOOtOMC9R1Bgx9hGRccBYJzM3BcsIVkXHCM0KQ4JmRSfG9NCmyRvhcwKX4w3KTQcf9AZlL8wGdSVBa8d5hJcdyp5YloNSmOe0yKExEwKY4Dm/xEigzo0Ez8IyET/yjExD9ZJsYW6ScBJj5pOBPruE+SMfFJy8TuK4yJTzm1/DlamfiUh4l/jgATnwI2+c9AJmZ1d4E5EFvjLyzjgtN2XKBOEwDqjOnjAq03zgiMCx4mGRf8AtzlfwU25cN2XKB+JWjw31jGBb8DwbkdOC7YQTIuOEtoUpwVMin+sCYFtkh/CJgU5ww3KXTc58hMinN8JkUVwXuHmRTnQ7UckPq7qDIpzntMCncivAsKvbbfxjyPbPIBMqBDM3G6AXxMnG6ADBOnd2HMMrHPe+oi6YSi75sBCFipuDMMgNdIlIkzDLBM7LrCmDijU8tM0crEOgGxrmAzRYCJMwKbPBOQiVndXWAOxNaYWWCNaS7UL6Cy4BZKOy7IQgCorOg1oheo9UbWAXiAjiYZF2QG7vLZgE052o4LVDaCBs8uxRjocUEOIDh3A8cFe0jGBTkJTYqcQiZFLmtSYIuUS8CkyG24SaHjzk1mUuTmMymqCt47zKTI49Qyb7SaFHk8JkXeCJgUeYBNnneADOjQTHwZIRNfJsTEl1smxhbpcgEmzmc4E+u485ExcT7LxO4rjImvcGqZP1qZ+AoPE+ePABNfAWzy/EAmZnV3gTkQW2MBlnFBQTsuUAUJAFXI9HGB1huFBMYFj5KMCwoAd/krgU35qB0XqCsJGvwqlnHB1UBw7geOCw6QjAsKE5oUhYVMimusSYEt0jUCJsW1hpsUOu5ryUyKa/lMimqC9w4zKa5zahkbrSbFdR6TIjYCJsV1wCaPHSADOjQTFyFk4iJCTHy9ZWJska4XYOKihjOxjrsoGRMXtUzsvsKYuJhTy+LRysTFPExcPAJMXAzY5MWBTMzq7gJzILbGEizjgpJ2XKBKEgCqlOnjAq03SgmMCx4nGReUAO7ypYFN+bgdF6jSBA1ehmVcUBYIzkPAccFhknFBOUKTopyQSXGDNSmwRbpBwKS40XCTQsd9I5lJcSOfSdFO8N5hJkV5p5Zx0WpSlPeYFHERMCnKA5s8boAM6NBMrAiZWAkxcQXLxNgiVRBg4oqGM7GOuyIZE1e0TOy+wpg43qllpWhl4ngPE1eKABPHA5u8EpCJWd1dYA7E1liZZVxQxY4LVBUCQFU1fVyg9UZVgXHBkyTjgsrAXb4asCmftOMCVY2gwauzjAtqAMF5FDguOEYyLqhJaFLUFDIpbrImBbZINwmYFDcbblLouG8mMylu5jMp2gveO8ykqOXUsna0mhS1PCZF7QiYFLWATV57gAzo0Exch5CJ6wgxcV3LxNgi1RVg4nqGM7GOux4ZE9ezTOy+wpi4vlPLBtHKxPU9TNwgAkxcH9jkDYBMzOruAnMgtsZbWMYFt9pxgbqVAFANTR8XaL3RUGBc8DTJuOAW4C7fCNiUT9txgWpE0OCNWcYFTYDgPA4cF5wgGRfcRmhS3CZkUtxuTQpskW4XMCmaGm5S6LibkpkUTflMig6C9w4zKRKcWiZGq0mR4DEpEiNgUiQAmzxxgAzo0Ex8ByET3yHExHdaJsYW6U4BJm5mOBPruJuRMXEzy8TuK4yJmzu1vCtambi5h4nvigATNwc2+V1AJmZ1d4E5EFvj3SzjghZ2XKBaEACqpenjAq03WgqMC54lGRfcDdzl7wE25bN2XKDuIWjwe1nGBa2A4DwJHBecIhkXtCY0KVoLmRT3WZMCW6T7BEyK+w03KXTc95OZFPfzmRQdBe8dZlK0cWrZNlpNijYek6JtBEyKNsAmbztABnRoJm5HyMTthJi4vWVibJHaCzBxB8OZWMfdgYyJO1gmdl9hTNzRqWVStDJxRw8TJ0WAiTsCmzwJyMSs7i4wB2JrTGYZF3Sy4wLViQBQnU0fF2i90VlgXPA8ybggGbjLdwE25fN2XKC6EDT4Ayzjgq5AcJ4GjgvOkIwLuhGaFN2ETIru1qTAFqm7gEnRw3CTQsfdg8yk6MFnUiQJ3jvMpOjp1PLBaDUpenpMigcjYFL0BDb5gwNkQIdm4ocImfghISbuZZkYW6ReAkzc23Am1nH3JmPi3paJ3VcYE/dxatk3Wpm4j4eJ+0aAifsAm7wvkIlZ3V1gDsTW2I9lXNDfjgtUfwJApZg+LtB6I0VgXDCOZFzQD7jLDwA25Tg7LlADCBp8IMu4YBAQnL8DxwVnScYFgwlNisFCJsUQa1JgizREwKQYarhJoeMeSmZSDOUzKZIF7x1mUgxzahmIVpNimMekCETApBgGbPLAABnQoZl4OCETDxdi4hGWibFFGiHAxCMNZ2Id90gyJh5pmdh9hTHxKKeWD0crE4/yMPHDEWDiUcAmfxjIxKzuLjAHYmt8hGVcMNqOC9RoAkCNMX1coPXGGIFxwXiSccEjwF3+UWBTjrfjAvUoQYM/xjIueBwIzvPAcUFMhDYKv/l7Api/2cD8fYyshWD+nvzv5090XPXUAI51Pg2ss9a4l2VIlXY6B097pB96/c8QmpHPCJmRz1ozElukZwXMyOcMNyN13M+RmZHP8ZmRcYL3DjMjn3dqOTZazcjnPWbk2AiYkc8Dm3wsyUliHCETjxNi4hcsE2OL9IIAE483nIl13OPJmHi8ZWL3FcbELzq1fClamfhFDxO/FAEmfhHY5C8Bwa2LfBmhyfvSAPPX+DLLWPAV8FiQEVCvEADqVdPHglpvvCowFnyJZCz4MnCXfw3YlC+Bx4K5CRv8NYIGf51lLPgGEJwFceBUhYQ2CvSGNoHQpJggZFK8aU0KbJHeFDAp3jLcpNBxv0VmUrzFZ1IoyXu71z/RqeWkaDUpJnpMikkRMCkmApt80gAZ0KGZ+G1CJn5biInfsUyMLdI7Akw82XAm1nFPJmPiyZaJw+7tXv8Up5bvRisTT/Ew8bsRYOIpwCZ/17q7CpgDsTW+xzIumGoBpaYSAGqa6eMCrTemCYwLXiEZF7wH3OXfBzblK3ZcoN4naPAPWMYF04HgvBo4LihMMi6YQWhSzBAyKT60JgW2SB8KmBQfGW5S6Lg/IjMpPuIzKSoI3jvMpJjp1HJWtJoUMz0mxawImBQzgU0+a4AM6NBMPJuQiWcLMfHHlomxRfpYgInnGM7EOu45ZEw8xzKx+wpj4rlOLedFKxPP9TDxvAgw8Vxgk88DMjGruwvMgdga57OMCxbYcYFaQACohaaPC7TeWCgwLniNZFwwH7jLfwJsytfsuEB9QtDgi1jGBYuB4LwOOC6IJRkXLCE0KZYImRRLrUmBLdJSAZNimeEmhY57GZlJsYzPpKgoeO8wk2K5U8sV0WpSLPeYFCsiYFIsBzb5igEyoEMz8aeETPypEBOvtEyMLdJKASZeZTgT67hXkTHxKsvE7iuMiVc7tfwsWpl4tYeJP4sAE68GNvlnQCZmdXeBORBb4+cs44I1dlyg1hAAaq3p4wKtN9YKjAveIBkXfA7c5b8ANuUbdlygviBo8C9ZxgXrgOAsChwXFCMZF6wnNCnWC5kUX1mTAlukrwRMiq8NNyl03F+TmRRf85kU8YL3DjMpNji13BitJsUGj0mxMQImxQZgk28cIAM6NBN/Q8jE3wgx8SbLxNgibRJg4s2GM7GOezMZE2+2TOy+wph4i1PLrdHKxFs8TLw1Aky8BdjkW4FMzOruAnMgtsZtLOOC7XZcoLYTAGqH6eMCrTd2CIwL3iQZF2wD7vI7gU35ph0XqJ0EDb6LZVywGwjOksBxQSmSccEeQpNij5BJsdeaFNgi7RUwKfYZblLouPeRmRT7+EyKSoL3DjMp9ju1PBCtJsV+j0lxIAImxX5gkx8YIAM6NBMfJGTig0JM/K1lYmyRvhVg4kOGM7GO+xAZEx+yTOy+wpj4sFPL76KViQ97mPi7CDDxYWCTfwdkYlZ3F5gDsTUeYRkXHLXjAnWUAFDHTB8XaL1xTGBcMJFkXHAEuMt/D2zKiXZcoL4naPAfWMYFx4HgLAscF5QjGRecIDQpTgiZFD9akwJbpB8FTIqfDDcpdNw/kZkUP/GZFJUF7x1mUpx0ankqWk2Kkx6T4lQETIqTwCY/NUAGdGgm/pmQiX8WYuJfLBNji/SLABOfNpyJddynyZj4tGVi9xXGxGecWv4arUx8xsPEv0aAic8Am/xXIBOzurvAHIit8TeWccHvdlygficA1FnTxwVab5wVGBe8TTIu+A24y/8BbMq37bhA/UHQ4OdYxgXngeAsDxwXxJGMC2IG8pkU7jXH+bzc6003MPWxNSn83nPghYSi75seCFipuNMPhNdI1KRID2yoCJkUVQTvHWZSZHBqmdFV06gyKXQCYl3BuhPhXVDotX0zCbDJMw6UAR2aiTMRMnEmISbObJkYW6TMAkycxXAm1nFnIWPiLJaJ3VcYE2d1apktWpk4q4eJs0WAibMCmzwbkIlZ3V1gDsTWmF1gjWku1C+gcuAWSjsuyEEAqJzoNaIXqPVGzoF4gE4mGRdkB+7yuYBNOdmOC1QuggbPLcUY6HFBHiA4KwLHBfEk44K8hCZFXiGT4jJrUmCLdJmASXG54SaFjvtyMpPicj6ToqrgvcNMinxOLa+IVpMin8ekuCICJkU+YJNfMVAGdGgmzk/IxPmFmLiAZWJskQoIMHFBw5lYx12QjIkLWiZ2X2FMXMip5ZXRysSFPEx8ZQSYuBCwya8EMjGruwvMgdgar2IZF1xtxwXqagJAFTZ9XKD1RmGBccG7JOOCq4C7/DXApnzXjgvUNQQNfi3LuOA6IDirAMcFVUnGBbGEJkWskElRxJoU2CIVETAprjfcpNBxX09mUlzPZ1JUE7x3mElR1KllsWg1KYp6TIpiETApigKbvNhAGdChmbg4IRMXF2LiEpaJsUUqIcDEJQ1nYh13STImLmmZ2H2FMXEpp5alo5WJS3mYuHQEmLgUsMlLA5mY1d0F5kBsjWVYxgVl7bhAlSUAVDnTxwVab5QTGBdMJRkXlAHu8jcAm3KqHReoGwga/EaWcUF5IDhrAMcFNUnGBXGEJkWckEmhrEmBLZISMCkqGG5S6LgrkJkUFfhMinaC9w4zKSo6tYyPVpOiosekiI+ASVER2OTxA2VAh2biSoRMXEmIiStbJsYWqbIAE1cxnIl13FXImLiKZWL3FcbEVZ1aVotWJq7qYeJqEWDiqsAmrwZkYlZ3F5gDsTVWZxkX1LDjAlWDAFA1TR8XaL1RU2Bc8D7JuKA6cJe/CdiU79txgbqJoMFvZhkX1AKCsxZwXFCbZFxQm9CkqC1kUtSxJgW2SHUETIq6hpsUOu66ZCZFXT6Tor3gvcNMinpOLetHq0lRz2NS1I+ASVEP2OT1B8qADs3EDQiZuIEQE99imRhbpFsEmPhWw5lYx30rGRPfapnYfYUxcUOnlo2ilYkbepi4UQSYuCGwyRsBmZjV3QXmQGyNjVnGBU3suEA1IQDUbaaPC7TeuE1gXDCdZFzQGLjL3w5syul2XKBuJ2jwpizjggQgOOsBxwX1ScYFiYQmRaKQSXGHNSmwRbpDwKS403CTQsd9J5lJcSefSdFB8N5hJkUzp5bNo9WkaOYxKZpHwKRoBmzy5gNlQIdm4rsImfguISa+2zIxtkh3CzBxC8OZWMfdgoyJW1gmdl9hTNzSqeU90crELT1MfE8EmLglsMnvATIxq7sLzIHYGu9lGRe0suMC1YoAUK1NHxdovdFaYFzwIcm44F7gLn8fsCk/tOMCdR9Bg9/PMi5oAwTnrcBxQUOScUFbQpOirZBJ0c6aFNgitRMwKdobblLouNuTmRTt+UyKjoL3DjMpOji17BitJkUHj0nRMQImRQdgk3ccKAM6NBMnETJxkhATJ1smxhYpWYCJOxnOxDruTmRM3MkysfsKY+LOTi27RCsTd/YwcZcIMHFnYJN3ATIxq7sLzIHYGh9gGRd0teMC1ZUAUN1MHxdovdFNYFwwk2Rc8ABwl+8ObMqZdlyguhM0eA+WcUFPIDibAMcFt5GMCx4kNCkeFDIpHrImBbZIDwmYFL0MNyl03L3ITIpefCZFkuC9w0yK3k4t+0SrSdHbY1L0iYBJ0RvY5H0GyoAOzcR9CZm4rxAT97NMjC1SPwEm7m84E+u4+5MxcX/LxO4rjIlTnFoOiFYmTvEw8YAIMHEKsMkHAJmY1d0F5kBsjQNZxgWD7LhADSIA1GDTxwVabwwWGBfMJhkXDATu8kOATTnbjgvUEIIGH8oyLhgGBGcCcFyQSDIuCBCaFAEhk2K4NSmwRRouYFKMMNyk0HGPIDMpRvCZFMmC9w4zKUY6tRwVrSbFSI9JMSoCJsVIYJOPGigDOjQTP0zIxA8LMfEjlomxRXpEgIlHG87EOu7RZEw82jKx+wpj4jFOLR+NViYe42HiRyPAxGOATf4okIlZ3V1gDsTW+BjLuOBxOy5QjxMA6gnTxwVabzwhMC6YQzIueAy4yz8JbMo5dlygniRo8KdYxgVPA8HZDDguaB6hjcJv/p4B5q8rMH/dgPnTzZHZlbvqwQfngj9rOD9rOj/19WwwH885xKH/m9Dxu5bzHP3voec+H3w81vXcf3L/ccHnv3CR+49z3X988PGLaTz3Jue5453n6o3wpeDjly9xLa8En//qRdbyimstrwUfv36RtbzmWssbwccT0njuzc5z33Ceq9f4ZvDxW47sQW9i38VeyAv6EDAP3NvouH+MvZBXdNzzSfa0icA9DVhrNd9w3NTOcGFPQ+PmE8PjPhQbEzNRIO5FJGKh9Vbcvdy19pu/xST5ux+Yv0XA/C0h2a8nAfdrIGYUMn+RGuABcxk2wHvbDvCwRXpbYID3juEDPB33O8IDPPTm3slQcvyUhBw7G0qOK0nIcTKQHIGYUSsJyXGyEDlOseSILdIUAXJ813By1HG/K0SO6LXmT7hA5GjF/N7A6Iz7M2GHxO/6NC7fE4j7c5JDzLtAEv4MeIhZQ3KImQrMHxAzag0J/voaKkLWkeSvn6EiZD1J/04D9i8QM2o9oQiZJiRC3rciBFuk9wVEyAeGixAd9wckIqRw8DA+VeBQusHwceX1CTKH8Y0kZDQdSEbAWquNhos43dfTBXCzmeQQ+IEQbvzmbwtJ/oD4VpuB+dtKsm/NAOIPiBm1lQR/ow0VwTtJ8jfGUBG8i6R/PwT2LxAzahehCP5QSAR/ZEUwtkgfCYjgmYaLYB33TBIRXCIoBmcIHOr3Gi6CyyXIiJl9JGQ0C0hGwFqrfYaLYN3XswRwc5DkEDhTCDd+8/ctSf6A+FYHgfk7RLJvzQbiD4gZdYgEfy8ZKoKPkuTvZUNF8DGS/v0Y2L9AzKhjhCL4YyERPMeKYGyR5giI4LmGi2Ad91wSERwXFIOzBQ71xw0XwZUTZMTMCRIymgckI2Ct1QnDRbDu63kCuDlJcgicK4Qbv/k7RZI/IL7VSWD+fibZt+YD8QfEjPqZBH9TDRXBv5Lkb5qhIvg3kv5dAOxfIGbUb4QieIGQCF5oRTC2SAsFRPAnhotgHfcnJCK4elAMzhc41P9h+rdWJciImXMkZLQISEbAWqtzhotg3deLBHCT7hzHIfATIdz4zV96kvwB8a3cmPH9p2LOcexbi4H4A2JGZWDpX0NFcBaS/C0yVARnJenfJcD+BWJGIfMXKRG8REgEL7UiGFukpQIieJnhIljHvYxEBNcPisHFAof6HOfMjrtxgoyYyUlCRsuBZASstcopjBu/edN9vVwAN3lIDoHLhHDjN395SfIHxLfKA8zfZST71gog/oCYUZeR4G+doSI4P0n+1hsqgguQ9O+nwP4FYkYVIBTBnwqJ4JVWBGOLtFJABK8yXATruFeRiOCmQTG4QuBQf6XhIrh5goyYuYqEjFYDyQhYa3WV4SJY9/VqAdxcQ3IIXCWEG7/5u5Ykf0B8q2uA+buOZN/6DIg/IGbUdST422uoCC5Kkr99horgYiT9+zmwf4GYUcUIRfDnQiJ4jRXB2CKtERDBaw0XwTrutSQiuGVQDH4mcKgvabgIvj9BRsyUIiGjL4BkBKy1KmW4CNZ9/YUAbsqSHALXCuHGb/7KkeQPiG9VFpi/G0j2rS+B+ANiRt1Agr+ThopgRZK/U4aK4Aok/bsO2L9AzKgKhCJ4nZAIXm9FMLZI6wVE8FeGi2Ad91ckIrh9UAx+KXCor2S4CO6cICNmKpOQ0ddAMgLWWlU2XATrvv5aADfVSA6BXwnhxm/+qpPkD4hvVQ2Yvxok+9YGIP6AmFE1SPCXaZuZIrgWSf4yA/OHFMG1Sfp3I7B/gZhRtQlF8EYhEfyNFcHYIn0jIII3GS6CddybSERwt6AY3CBwqK9nuAjulSAjZuqTkNFmIBkBa63qGy6CdV9vFsDNrSSHwE1CuPGbv4Yk+QPiW90KzF8jkn1rCxB/QMyoRiT4K2ioCL6dJH+FDBXBTUn6dyuwf4GYUU0JRfBWIRG8zYpgbJG2CYjg7YaLYB33dhIR3C8oBrcIHOrvMFwED06QETN3kpDRDiAZAWut7jRcBOu+3iGAm7tIDoHbhXDjN393k+QPiG91FzB/LUj2rZ1A/AExo1qQ4K+0oSK4FUn+yhgqgluT9O8uYP8CMaNaE4rgXUIieLcVwdgi7RYQwXsMF8E67j0kIjgQFIM7BQ71bQwXwY8kyIiZtiRktBdIRsBaq7aGi2Dd13sFcNOB5BC4Rwg3fvPXkSR/QHyrDsD8JZHsW/uA+ANiRiWR4K+GoSK4C0n+ahoqgh8g6d/9wP4FYkY9QCiC9wuJ4ANWBGOLdEBABB80XATruA+SiODHgmJwn8ChvrvhIviZBBkx04OEjL4FkhGw1qqH4SJY9/W3Arh5iOQQeFAIN37z14skf0B8q4eA+etNsm8dAuIPiBnVmwR/txsqgvuT5K+poSI4haR/DwP7F4gZlUIogg8LieDvrAjGFuk7ARF8xHARrOM+QiKCxwbF4CGBQ/0gw0XwywkyYmYwCRkdBZIRsNZqsOEiWPf1UQHcDCM5BB4Rwo3f/AVI8gfEtxoGzN9wkn3rGBB/QMyo4ST4a2OoCH6Y5Z0chorgR0j693tg/wIxox4hFMHfC4ngH6wIxhbpBwERfNxwEazjPk4igl8PisFjAof6Rw0XwZMSZMTMYyRkdAJIRsBaq8cMF8G6r08I4OZJkkPgcSHc+M3fUyT5A+JbPQnM39Mk+9aPQPwBMaOeJsHfQ4aK4OdJ8tfLUBE8lqR/fwL2LxAzaiyhCP5JSASftCIYW6STAiL4lOEiWMd9ikQETwmKwR8FDvXjDRfBHyTIiJkXScjoZyAZAWutXjRcBOu+/lkAN6+w/J1MIdz4zd+rJPkD4lu9AszfayT71i9A/AExo14jwd9IQ0XwmyT5G2WoCH6LpH9PA/sXiBn1FqEIPi0kgs9YEYwt0hkBEfyr4SJYx/0riQj+KCgGfxE41L9tuAiemyAjZt4hIaPfgGQErLV6x3ARrPv6NwHcvEtyCPxVCDd+8/ceSf6A+FbvAvM3lWTf+h2IPyBm1FQS/I0zVARPJ8nfC4aK4Bkk/XsW2L9AzKgZhCL4rJAI/sOKYGyR/hAQwecMF8E67nMkInhhUAz+LnCon2m4CF6WICNmZpGQ0XkgGQFrrWYZLoJ1X58XwM0ckkPgOSHc+M3fXJL8AfGt5gDzN49k34oZBDRCgbWYR4K/yYaK4E9I8jfFUBG8iKR/0wH7F4gZtYhQBANzGSaC0w9KfWxFsM976iLphKLvm2GQ2SJYx51hELxGImtdGRSDMYPwh/qlhovgtQkyYmYZCRllBJIRsNZqmeEiWPd1RoF++ZTkEJhBCDd+87eSJH9AfKtPgflbRbJvZQLiD4gZtYoEf/MMFcFrSPI331ARvJakfzMD+xeIGbWWUARnFhLBWawIxhYpi4AIzmq4CNZxZyURweuDYjCTwKF+neEieFOCjJhZT0JG2YBkBKy1Wm+4CNZ9nU0ANxtIDoFZhXDjN38bSfIHxLfaAMzfNyT7VnYg/oCYUd+Q4G+NoSJ4K0n+1hoqgreR9G8OYP8CMaO2EYrgHEIiOKcVwdgi5RQQwbkMF8E67lwkInhbUAxmFzjU7zRcBO9JkBEzu0jIKDeQjIC1VrsMF8G6r3ML4GYvySEwlxBu/OZvH0n+gPhWe4H520+yb+UB4g+IGbWfBH87DRXBh1j611ARfJikf/MC+xeIGXWYUATnFRLBl1kRjC3SZQIi+HLDRbCO+3ISEXwgKAbzCBzqjxougo8kyIiZYyRklA9IRsBaq2OGi2Dd1/kEcHOc5BB4uRBufP/JL5L8AfGtjgPz9yPJvnUFEH9AzKgfSfB33FAR/DNJ/k4YKoJ/Ienf/MD+BWJG/UIogvMLieACVgRji1RAQAQXNFwE67gLkojgH4Ji8AqBQ/2vhovgUwkyYuY3EjIqBCQjYK3Vb4aLYN3XhQRw8wfJIbCgEG58f2EZSf6A+FZ/APN3nmTfuhKIPyBm1HkS/KXbbqYIznCeI3/pgflDiuCM5zn69ypg/wIxo5D5i5QIvkpIBF9tRTC2SFcLiODChotgHXdhEhF8JigGrxQ41Gc5b3bc5xJkxExWEjK6BkhGwFqrrMK48Zs33dfXCOAmB8khsLAQbvzmLydJ/oD4VjmA+ctFsm9dC8QfEDMqFwn+8hkqgi8jyd8Vhorgy0n69zpg/wIxoy4nFMHXCYngWCuCsUWKFRDBRQwXwTruIiQiOH1iTMy1Aof6/IaL4KyJMmKmAAkZXQ8kI2CtVQHDRbDu6+sFcHMlySGwiBBufE8YSPIHxLe6Epi/q0n2raJA/AExo64mwV9xQ0XwdST5K2GoCI4l6d9iwP4FYkbFEorgYkIiuLgVwdgiFRcQwSUMF8E67hIkIjhnUAwWFTjUFzVcBF+eKCNmipGQUUkgGQFrrYoZLoJ1X5cUwE1JlkOgEG785q8USf6A+FYlgfkrTbJvlQLiD4gZVZoEf1UMFcE3kOSvqqEi+EaS/i0N7F8gZtSNhCK4tJAILmNFMLZIZQREcFnDRbCOuyyJCC4QFIOlBA71ynARXDhRRsxUICGjckAyAtZaVTBcBOu+LieAm0okh8CyQrjxm7/KJPkD4ltVAuavCsm+dQMQf0DMqCok+GtkqAiuQZK/xoaK4Jok/XsjsH+BmFE1CUXwjUIiuLwVwdgilRcQwXGGi2AddxyJCI4NisEbBA71tQwXwSUSZcRMbRIyUkAyAtZa1TZcBOu+VgK4qUdyCIwTwo3f/NUnyR8Q36oeMH8NSPatCkD8ATGjGpDgr5WhIrgRSf5aGyqCG5P0b0Vg/wIxoxoTiuCKQiI43opgbJHiBURwJcNFsI67EokILhMUgxUEDvW3Gy6C4xJlxExTEjKqDCQjYK1VU8NFsO7rygK4uYPkEFhJCDd+83cnSf6A+FZ3APPXjGTfqgLEHxAzqhkJ/robKoJbkOSvh6EiuCVJ/1YF9i8QM6oloQiuKiSCq1kRjC1SNQERXN1wEazjrk4iguODYrCKwKG+leEiuHqijJhpTUJGNYBkBKy1am24CNZ9XUMAN21IDoHVhXDjN39tWSZJwF5pA8xfO5J9qyYQf0DMqHYk+BtmqAhOIslfwFARnEzSvzcB+xeIGZVMKIJvEhLBN1sRjC3SzQIiuJbhIljHXYtEBN8cFIM1BQ71XQwXwfUTZcTMAyRkVBtIRsBaqwcMF8H/23sEcNOd5BBYSwg3fvPXgyR/QHyr7sD89STZt+oA8QfEjOppON81DPJdHYF9q7fhcTdNlNmv+5D0S11gvwBrrfoYjptqwULUFcCNvi8qbr22zC7MVA8+OBf8WcP5WdP5qa96wVjqO/Ho/yYkams5z9H/Hnpug+DjW1zP/Sf3vzX4/IYXuf+trvs3Cj5unMZzb3Ke28h5rhbgTYKPb7vEtdwefH7Ti6zldtdaEoKPEy+ylgTXWu4IPr4zjefe7Dz3Due5eo3Ngo+bOxoQjc3vYi/kBY3N/ob35I+xF/KKjjuFZC+/C7iXA2utUggNxBrgfTi0xlDN7w7WqkXwfy1dPlAu52e2mHBTUV+ZXY9rg9YlYFLGZXKtNZtrzaF4cjv/nhH7uhWzuXIb48p3TBp5i3G9ftbg/3I6jzsl9Uns275blw5NkgakVbMMadw3vSvWTJ7nuesY+rcs7v9e4lACutefDg93O+TVwvnZ0vmZJ/i/e4KP7/0LMkMciHQzou87iOCAeY8AmQ0WIrP04PiB9VGDwQTk3Zwl6n/3IJk6odfZArhOd15bOftJaxdBFnR+ujf7dK7fMZNmVlccoctNLqHXDMUdItJM2LVU0K+VMSb8uhiRhl7fQ6TNkjr0SurjIVLvxDR9GrG6Y9TxZcHGFxdaa+gKrSn0OtljUnGT1bWObNh1qNBredeRzbWOrK7HoX/L7lpT6Hc5POt194L7vw3lNYcrZprDiA6klXPoaO38vC/48/5Bcuu/W4CAhxk+wdJx3ycQd4Dk4AGsjwoQHDJbCNR6JAHG7xeIexQJxoH1UaMMx3jtDBcca3StRxse96HYmJi7BOIeQ+KGtgG6ocBaK2T+vCZNG+dc5D0n6att8HG7S5yUtA8+v8NFJiXtXffvGHycNOjCfSMhkNsOMn/f6Yh9d2NyfIX4ON3XqLjdwi7ZJbRDAuG/KLSzuOIIXW53WouofM7/79GzT5fkAU37duvWJblLUsemPfskuVOW1juA09KxbnM4YxpppDOHpdaXLPSu2L/KqV+O6fTv32kc57mXitRkq5PQW+M727fGY4vUeRD+vl0Mf2u8jrtLhDeBOH9XWE7jfF7ewxNa+Old5okBuPv9cG1MzJMDZOvl897K+wt3fh9wsNbVhblMLpyEnqs3tPMxf8ZQOtfj9M5z0l/kOen+4j5/dRgR27RCwekELHIF23VQuL3vXhDqtR8AbkLdLnKvqlWS2idXia/YLi4+uX3wPpWTkyq2q1BNJVetGLx9xXjVvl1SXMf49lUqx1eumlwlYu8t6SbEwN0tA2OL1F2AgXsYzsA67h4R+nCa3/i7OmtF3/dxQz8s8qcPtQCx1BNolz0Otrj0JqbXV8e5JxrzoVMRGkdPGm4Rh05v6LifMtMi/pPkRh5EugLv9TTJh9WA+FZAzCip/KH75EFC++hBocPrQ/bwii3SQwKH116GH1513L1IvllB+90Sa43U/K2rj40gOfyKmN3T28l3n39g99RNI3deu6duzN/bPWnd52/tHtPfjJfeSWY6V+L6uE7ooQt94gDGofoAN7O+uGZIDuWzr6Di0XnsKqCcnzfrjV9/OiXpuHsLxD2W4A1vfQTiHmeoUvESDHLfeB74tRovkCg9IL4VEDPqhQi94dL312AAuaYf0KnT95Dgln6GfzWCRNxagr+cgo/7FQIX8RWBuF8leaNpf2A/AmutXjUcN7pf3hPAzRsE/TJVIO4JJP2SAuwXYK3VBIJ+mS+Am4kE/bJAIO5JJP0yANgvwFqrSQT98rkAbiYT9MsagbinkPTLQGC/AGutphD0yzYB3Ewl6JftAnFPI+mXQcB+AdZaTSPolyMCuJlO0C9HBeKeQdIvg4H9Aqy1mkHQL78J4GYmQb/8LhD3LJJ+GQLsF2Ct1SyCfsku8O7MOQT9kkMg7rkk/TIU2C/AWqu5BP1ylQBuFhD0y9UCcS8k6ZdhwH4B1lotJOiXMgK4WUzQL2UF4l5C0i8BYL8Aa62WEPRLdQHcLCfolxoCca8g6ZfhwH4B1lqtIOiXxgK4WUXQL00E4l5N0i8jgP0CrLVaTdAv9wrgZg1Bv7QSiHstSb+MBPYLsNZqLUG/PCCAm3UE/dJVIO71JP0yCtgvwFqr9QT9MlAANxsI+mWQQNwbSfrlYWC/AGutNhL0y2MCuNlM0C+PC8S9haRfHgH2C7DWCpk//aHnMsHE5XXupz/DoN+Xrd9rqt8/p98TpN/noGe3eh6lPXbtG2ovROs7fWbVPKz3lkcGxYRdaNyMHiSDG/Q6xwBxo+tTNkPq59B0DsYI5/lR4GfUIvVtJI8KfRvJY/bbSLBFekzg20geN/zbSHTcjxN9G4nEWu0X2l64YtK4UGt25/cJp4ZP/oNvOCni+u/+6htOisT8/TecpHWf/8Q3nOhkxroS9+SgP++8Jn/DyZPADfKpQfj8PvUP8un7u/SApzJDv+9O7BtDnhD4FP92grifFIh7B8GfgntaIO6dJN9wAsSlAtZaSeUPXednCNXjM0Lq8VmrHrFFelZAPT5nuHrUcT9HpB6fs+qRXj0+79RwrFWP//4KJep5j3ocS6YexwI3yHEC6nFcBNTjC1Y9/msV9byAmthLEPdYgbj3EajHFwTi3k+iHoG4VMBaK2T+NOmXzRDzpwtdHzQ2xw4yf43jhWbc8IZ8EUiIrIB6kQBQL6HXiF6g9pZfEmCMQySMMR54un4Z2JSHCE4aLwvg5pVBWKYsQ7ixvUKwsb0qxZTpwYByS3G/93qN4Cu/JZry9UHmb0ZtBeL+zvBNWDfhawJxHyF5i/AbwH4E1lodOU9DYv9/UIXG5usEJPaG9OncL8BrBwvfUaDBvze8wZOSk+Pad+ygDsXiYp4A3CyQ+YvUlH0C2PsPXW/aKTu2SG8KTNnfMnzKruN+S2jKHrrQygKZ04mD5JoClM/k+ArxccgNedIgcwlN4kOMrwt8mO84wYcY3xCI+wSJQnkb2NfAWqsTBP3ygQBuThL0y3SBuE+R9Ms7wH4B1lqdIuiXRQK4OU3QL4sF4j5D0i+Tgf0CrLU6Q9AvXwrg5neCflknEPdZkn6ZAuwXYK3VWYJ+2SWAm/ME/bJbIG59R2TcUv3yLrBfgLVW6PxJ9MsPArjJYHjcul+OC8SdkaRf3gP2C7DWKiNBv5wTwE0Wgn45LxB3VpJ+mQrsF2CtVVaCfsk9EI+bHAT9kkcg7pwk/TIN2C/AWqucBP1yrQBu8hD0y3UCcecl6Zf3gf0CrLXKS9AvNwrgJh9Bv5QXiPsKkn75ANgvwFqrKwj65WYB3BQk6JdaAnEXIumX6cB+AdZaFSLol6YCuLmaoF8SBOIuTNIvM4D9Aqy1KkzQL/cL4OY6gn5pIxB3LEm/fAjsF2CtVSxBv/QQwE1Rgn7pKRB3MZJ++QjYL8Baq2IE/TJUADclCfplmEDcpUj6ZSawX4C1VqUI+uUpAdyUJeiXpwXiLkfSL7OA/QKstULmT3/TZDnXHyXSn2HQ78vW7zXV75/T7wnS73PQs1s9j9Ieu/YNtRei9Z0+s2oe1nvLLOE/ljNb6Gso0Ov8GPxHiW5w/VEinYOPhfM8h/BrpecIfeB1rv3AK7ZIcwU+8DrP8A+86rjnEX2ttMRa7ddKX7hi0rhQa3bnd75TwwX2a6X//RVK1HzP10ovIPta6QXADXKhwNdKL4zA10p/Yr9W+l9/p9p8ga+lKS+sfhFxLxCIO85w1a/j/kQgbhUh1R/n71JAXCpgrZVU/tB1XkSoHhcJqcfFVj1ii7RYQD0uMVw96riXEKnHJVY90qvHpU4Nl1n1+O+vUKKWetTjMjL1uAy4QS4XUI/LI6AeV1j1+K9V1FIBNVGJQD0uE4i7MoF6XCEQdxUS9QjEpQLWWiHzp0n/BsI/tbCM4FuqP5X6UwvohlwJ/qNEjIBaSQCoVab/USLtLa8SYIwaJIzxKfB0vRrYlDUIThqrBXDzGfiPEpUj3Ng+I9jYPjd9Y9Nf8z1JAKA3mb+x/e/rw5Ffmb4GuLFJ5S89uM7IP2a1luCPWUls5l8Q/DGrNQJx1zKcvPXmvVYg7tokby3/EtiPwFqr2mCbQPDwI/bHrL4gOPx8KbDGNBfqF+jrLuUQUOWi91KRejfAOqF3A6y37wbAFmm9wLsBvjL83QA67q+E3g0QuiRzGufzisQ7AUakYN8J8MxAfE6rZxBigEtdp7r4P7tr9bWD2w3/4F0FA2P+jEfvuwoGxvz9uwrSus/fvqvgkpPwNykKBff1oNQFpncSkeJZHOo1Q0BGM3o9w6XFXzWc37jrk/jJ1TPgTlxfA8mwAYk02wCUZu5e8buuW0jwB+wTBcSMksofep/ZSKiYNgoppm+sYsIW6RsBxbTJcMWk495E9P5pibX+nWry/eEej2ryez8p1XRJ5P43yiYmjQt1b3etNjt42GK6amJ4L/ZmjwLTSXW9T/9/l8nvxd4C3Gy3XhJrJ1/0CuVz6z/Ip991bwPmoP7/1Qn9H2wul3yy/JvToMbhZoGhWxOC92JvEYj7NoJ3SG0TiPt2EiUKxKUC1lrdToAbiX2impBljV7n9kEc69wB/p6xG13fM6ZzsEP4e8Z2En5SfKeQ07HLOh3YIu0ScDp2G+506Lh3k82GdwvOhoUwG7FPYe9xarnX9E9ho5MQCm6P55PTewfF/OlCW1l7gE2+l+QksY+QifcJMfF+y8TYIu0XYOIDhjOxjvsAGRMfsEzsvsKY+KBTy2+jlYkPepj42wgw8UFgk38L/lTfjYSf6vt2kPlrPMTyxvbD4M+/MwLqMAGgvjP9Y6Jab3wn4LbeQeLSHwLu8keATYnMn27wMoQNfoSgwY9KMQZ6bH0MCM5XgF8h9up5mQSiN7TvCU2K74VMih+sSYEt0g8CJsVxw00KHfdxMpPiOJ9JoSTv7V7/CaeWP0arSXHCY1L8GAGT4gSwyX8cJAM6NBP/RMjEPwkx8UnLxNginRRg4lOGM7GO+xQZE5+yTBx2b/f6f3Zq+Uu0MvHPHib+JQJM/DOwyX+x7q4C5kBsjadZxgVnLKDUGQJA/Wr6uEDrjV8FxgXNSMYFp4G7/G/ApkTmj3Vc8BtBg//OMi44CwTnG8BxwQSSccEfhCbFH0ImxTlrUmCLdE7ApDhvuEmh4z5PZlKc5zMpKgjeO8ykiBns5Hxw6q+iyqTQCYh1BetOhHdBodf23ZiDcfdKN1gGdGgmTj+Yj4nTD5Zh4gwujFkm9nlPXSSdUPR9MwIBKxV3xsHwGokyccbBloldVxgTZ3JqmTlamTiTh4kzR4CJMwGbPDOQiVndXWAOxNaYRWCNaS7UL6CyDgbuvKSAykoAqGzoNcLPfMEFZhuMB+hdJOOCLMBdPjuwKZH5Yx0XZCdo8BxSjIEeF+QEgnMicFwwiWRckIvQpMglZFLktiYFtki5BUyKPIabFDruPGQmRR4+k6Ki4L3DTIq8Ti0vi1aTIq/HpLgsAiZFXmCTXzZYBnRoJr6ckIkvF2LifJaJsUXKJ8DEVxjOxDruK8iY+ArLxO4rjInzO7UsEK1MnN/DxAUiwMT5gU1eAMjErO4uMAdiayzIMi4oZMcFqhABoK40fVyg9caVAuOCFiTjgoLAXf4qYFMi88c6LriKoMGvZhkXFAaCczJwXDCFZFxwDaFJcY2QSXGtNSmwRbpWwKS4znCTQsd9HZlJcR2fSREveO8wkyLWqWWRaDUpYj0mRZEImBSxwCYvMlgGdGgmvp6Qia8XYuKilomxRSoqwMTFDGdiHXcxMiYuZpnYfYUxcXGnliWilYmLe5i4RASYuDiwyUsAmZjV3QXmQGyNJVnGBaXsuECVIgBUadPHBVpvlBYYF9xDMi4oCdzlywCbEpk/1nFBGYIGL8syLigHBOdU4LhgGsm44AZCk+IGIZPiRmtSYIt0o4BJUd5wk0LHXZ7MpCjPZ1JUErx3mEkR59RSRatJEecxKVQETIo4YJOrwTKgQzNxBUImriDExBUtE2OLVFGAieMNZ2IddzwZE8dbJnZfYUxcyall5Whl4koeJq4cASauBGzyykAmZnV3gTkQW2MVlnFBVTsuUFUJAFXN9HGB1hvVBMYFrUjGBVWAu3x1YFMi88c6LqhO0OA1WMYFNYHgnA4cF8wgGRfcRGhS3CRkUtxsTQpskW4WMClqGW5S6LhrkZkUtfhMisqC9w4zKWo7tawTrSZFbY9JUScCJkVtYJPXGSwDOjQT1yVk4rpCTFzPMjG2SPUEmLi+4Uys465PxsT1LRO7rzAmbuDU8pZoZeIGHia+JQJM3ADY5LcAmZjV3QXmQGyNt7KMCxracYFqSACoRqaPC7TeaCQwLriPZFxwK3CXbwxsSmT+WMcFjQkavAnLuOA2IDhnAscFs0jGBbcTmhS3C5kUTa1JgS1SUwGTIsFwk0LHnUBmUiTwmRRVBO8dZlIkOrW8I1pNikSPSXFHBEyKRGCT3zFYBnRoJr6TkInvFGLiZpaJsUVqJsDEzQ1nYh13czImbm6Z2H2FMfFdTi3vjlYmvsvDxHdHgInvAjb53UAmZnV3gTkQW2MLlnFBSzsuUC0JAHWP6eMCrTfuERgXtCEZF7QA7vL3ApsSmT/WccG9BA3eimVc0BoIzjnAccFcknHBfYQmxX1CJsX91qTAFul+AZOijeEmhY67DZlJ0YbPpKgqeO8wk6KtU8t20WpStPWYFO0iYFK0BTZ5u8EyoEMzcXtCJm4vxMQdLBNji9RBgIk7Gs7EOu6OZEzc0TKx+wpj4iSnlsnRysRJHiZOjgATJwGbPBnIxKzuLjAHYmvsxDIu6GzHBaozAaC6mD4u0Hqji8C4oB3JuKATcJd/ANiUyPyxjgseIGjwrizjgm5AcC4AjgsWkowLuhOaFN2FTIoe1qTAFqmHgEnR03CTQsfdk8yk6MlnUlQTvHeYSfGgU8uHotWkeNBjUjwUAZPiQWCTPzRYBnRoJu5FyMS9hJi4t2VibJF6CzBxH8OZWMfdh4yJ+1gmdl9hTNzXqWW/aGXivh4m7hcBJu4LbPJ+QCZmdXeBORBbY3+WcUGKHReoFAJADTB9XKD1xgCBcUEHknFBf+AuPxDYlMj8sY4LBhI0+CCWccFgIDgXA8cFS0jGBUMITYohQibFUGtSYIs0VMCkGGa4SaHjHkZmUgzjMynaCd47zKQIOLUcHq0mRcBjUgyPgEkRADb58MEyoEMz8QhCJh4hxMQjLRNjizRSgIlHGc7EOu5RZEw8yjKx+wpj4oedWj4SrUz8sIeJH4kAEz8MbPJHgEzM6u4CcyC2xtEs44IxdlygxhAA6lHTxwVabzwqMC5IIhkXjAbu8o8BmxKZP9ZxwWMEDf44y7jgCSA4lwPHBStIxgVPEpoUTwqZFE9ZkwJbpKcETIqnDTcpdNxPk5kUT/OZFO0F7x1mUjzj1PLZaDUpnvGYFM9GwKR4Btjkzw6WAR2aiZ8jZOLnhJj4ecvE2CI9L8DEYw1nYh33WDImHmuZ2H2FMfE4p5YvRCsTj/Mw8QsRYOJxwCZ/AcjErO4uMAdiaxzPMi540Y4L1IsEgHrJ9HGB1hsvCYwLOpGMC8YDd/mXgU2JzB/ruOBlggZ/hWVc8CoQnKuA44LVJOOC1whNiteETIrXrUmBLdLrAibFG4abFDruN8hMijf4TIoOgvcOMykmOLV8M1pNigkek+LNCJgUE4BN/uZgGdChmfgtQiZ+S4iJJ1omxhZpogATTzKciXXck8iYeJJlYvcVxsRvO7V8J1qZ+G0PE78TASZ+G9jk7wCZmNXdBeZAbI2TWcYFU+y4QE0hANS7po8LtN54V2Bc0IVkXDAZuMu/B2xKZP5YxwXvETT4VJZxwTQgONcAxwVrScYF7xOaFO8LmRQfWJMCW6QPBEyK6YabFDru6WQmxXQ+k6Kj4L3DTIoZTi0/jFaTYobHpPgwAibFDGCTfzhYBnRoJv6IkIk/EmLimZaJsUWaKcDEswxnYh33LDImnmWZ2H2FMfFsp5YfRysTz/Yw8ccRYOLZwCb/GMjErO4uMAdia5zDMi6Ya8cFai4BoOaZPi7QemOewLigK8m4YA5wl58PbEpk/ljHBfMJGnwBy7hgIRCc64DjgvUk44JPCE2KT4RMikXWpMAWaZGASbHYcJNCx72YzKRYzGdSJAneO8ykWOLUcmm0mhRLPCbF0giYFEuATb50sAzo0Ey8jJCJlwkx8XLLxNgiLRdg4hWGM7GOewUZE6+wTOy+wpj4U6eWK6OViT/1MPHKCDDxp8AmXwlkYlZ3F5gDsTWuYhkXrLbjArWaAFCfmT4u0HrjM4FxQXeSccEq4C7/ObApkfljHRd8TtDga1jGBWuB4NwAHBdsJBkXfEFoUnwhZFJ8aU0KbJG+FDAp1hluUui415GZFOv4TIpkwXuHmRTrnVp+Fa0mxXqPSfFVBEyK9cAm/2qwDOjQTPw1IRN/LcTEGywTY4u0QYCJNxrOxDrujWRMvNEysfsKY+JvnFpuilYm/sbDxJsiwMTfAJt8E5CJWd1dYA7E1riZZVywxY4L1BYCQG01fVyg9cZWgXFBT5JxwWbgLr8N2JTI/LGOC7YRNPh2lnHBDiA4NwPHBVuExgXo/O0E5u9JYP6eAt5LMn+7/vv5Ex1X7R7Msc49wDprjVs+Q6q00znY45F+6PXvJTQj9wqZkfusGYkt0j4BM3K/4Wakjns/mRm5n8+MjBO8d5gZecCp5cFoNSMPeMzIgxEwIw8Am/wgyUniW0Im/laIiQ9ZJsYW6ZAAEx82nIl13IfJmPiwZWL3FcbE3zm1PBKtTPydh4mPRICJvwM2+REguHWRyxOavEcGm7/GoyxjwWPgsSAjoI4RAOp708eCWm98LzAWfIhkLHgUuMv/AGxKZP50g5cjbPAfCBr8OMtY8AQQnMeBY5kTJGOZHwlNih+FTIqfrEmBLdJPAibFScNNCh33STKT4iSfSaEk7+1e/ymnlj9Hq0lxymNS/BwBk+IUsMl/HiwDOjQT/0LIxL8IMfFpy8TYIp0WYOIzhjOxjvsMGROfsUwcdm/3+n91avlbtDLxrx4m/i0CTPwrsMl/s+6uAuZAbI2/s4wLzlpAqbMEgPrD9HGB1ht/CIwLepOMC34H7vLngE2JzB/ruOAcQYOfZxkXxAwBumbAccEpknFBuiF8JkU6XM3DTIr0Q1IfW5PC5z11kXRC0ffNAASsVNwZhsBrJGpSZAA2VIRMigqC9w4zKTI6tczkqmlUmRQ6AbGuYN2J8C4o9Np+GzMjsMkzDZEBHZqJMxMycWYhJs5imRhbpCwCTJzVcCbWcWclY+KslondVxgTZ3NqmT1amTibh4mzR4CJswGbPDuQiVndXWAOxNaYQ2CNaS7UL6ByAs0fVkDlJABULvQa0QvUeiPXEDxA+5KMC3IAd/ncwKZE5o91XJCboMHzSDEGelyQFwjO08BxwRmSccFlhCbFZUImxeXWpMAW6XIBkyKf4SaFjjsfmUmRj8+kqCh47zCT4gqnlvmj1aS4wmNS5I+ASXEFsMnzD5EBHZqJCxAycQEhJi5omRhbpIICTFzIcCbWcRciY+JClondVxgTX+nU8qpoZeIrPUx8VQSY+Epgk18FZGJWdxeYA7E1Xs0yLihsxwWqMAGgrjF9XKD1xjUC44L+JOOCq4G7/LXApkTmj3VccC1Bg1/HMi6IBYLzd+C44CzJuKAIoUlRRMikuN6aFNgiXS9gUhQ13KTQcRclMymK8pkU8YL3DjMpijm1LB6tJkUxj0lRPAImRTFgkxcfIgM6NBOXIGTiEkJMXNIyMbZIJQWYuJThTKzjLkXGxKUsE7uvMCYu7dSyTLQycWkPE5eJABOXBjZ5GSATs7q7wByIrbEsy7ignB0XqHIEgLrB9HGB1hs3CIwLBpCMC8oCd/kbgU2JzB/ruOBGggYvzzIuiAOC8zz0z2jLbBToDU0RmhRKyKSoYE0KbJEqCJgUFQ03KXTcFclMiop8JkUlwXuHmRTxTi0rRatJEe8xKSpFwKSIBzZ5pSEyoEMzcWVCJq4sxMRVLBNji1RFgImrGs7EOu6qZExc1TKx+wpj4mpOLatHKxNX8zBx9QgwcTVgk1cHMjGruwvMgdgaa7CMC2racYGqSQCom0wfF2i9cZPAuGAQybigBnCXvxnYlMj8sY4LbiZo8Fos44LaQHBmwIEzyD4c44I6hCZFHSGToq41KbBFqitgUtQz3KTQcdcjMynq8ZkUlQXvHWZS1Hdq2SBaTYr6HpOiQQRMivrAJm8wRAZ0aCa+hZCJbxFi4lstE2OLdKsAEzc0nIl13A3JmLihZWL3FcbEjZxaNo5WJm7kYeLGEWDiRsAmbwxkYlZ3F5gDsTU2YRkX3GbHBeo2AkDdbvq4QOuN2wXGBUNIxgVNgLt8U2BTIvPHOi5oStDgCSzjgkQgOLMAxwVZScYFdxCaFHcImRR3WpMCW6Q7BUyKZoabFDruZmQmRTM+k6KK4L3DTIrmTi3vilaTornHpLgrAiZFc2CT3zVEBnRoJr6bkInvFmLiFpaJsUVqIcDELQ1nYh13SzImbmmZ2H2FMfE9Ti3vjVYmvsfDxPdGgInvATb5vUAmZnV3gTkQW2MrlnFBazsuUK0JAHWf6eMCrTfuExgXDCMZF7QC7vL3A5sSmT/WccH9BA3ehmVc0BYIzhzAcUFOknFBO0KTop2QSdHemhTYIrUXMCk6GG5S6Lg7kJkUHfhMiqqC9w4zKTo6tUyKVpOio8ekSIqASdER2ORJQ2RAh2biZEImThZi4k6WibFF6iTAxJ0NZ2Idd2cyJu5smdh9hTFxF6eWD0QrE3fxMPEDEWDiLsAmfwDIxKzuLjAHYmvsyjIu6GbHBaobAaC6mz4u0Hqju8C4YDjJuKArcJfvAWxKZP5YxwU9CBq8J8u44EEgOPMAxwV5ScYFDxGaFA8JmRS9rEmBLVIvAZOit+EmhY67N5lJ0ZvPpKgmeO8wk6KPU8u+0WpS9PGYFH0jYFL0ATZ53yEyoEMzcT9CJu4nxMT9LRNji9RfgIlTDGdiHXcKGROnWCZ2X2FMPMCp5cBoZeIBHiYeGAEmHgBs8oFAJmZ1d4E5EFvjIJZxwWA7LlCDCQA1xPRxgdYbQwTGBSNJxgWDgLv8UGBTIvPHOi4YStDgw1jGBQEgOPMBxwVXkIwLhhOaFMOFTIoR1qTAFmmEgEkx0nCTQsc9ksykGMlnUrQTvHeYSTHKqeXD0WpSjPKYFA9HwKQYBWzyh4fIgA7NxI8QMvEjQkw82jIxtkijBZh4jOFMrOMeQ8bEYywTu68wJn7UqeVj0crEj3qY+LEIMPGjwCZ/DMjErO4uMAdia3ycZVzwhB0XqCcIAPWk6eMCrTeeFBgXPEwyLngcuMs/BWxKZP5YxwVPETT40yzjgmeA4CwIHBcUIhkXPEtoUjwrZFI8Z00KbJGeEzApnjfcpNBxP09mUjzPZ1K0F7x3mEkx1qnluGg1KcZ6TIpxETApxgKbfNwQGdChmfgFQiZ+QYiJx1smxhZpvAATv2g4E+u4XyRj4hctE7uvMCZ+yanly9HKxC95mPjlCDDxS8AmfxnIxKzuLjAHYmt8hWVc8KodF6hXCQD1munjAq03XhMYF4wmGRe8AtzlXwc2JTJ/rOOC1wka/A2WccEEIDivBo4LCpOMC94kNCneFDIp3rImBbZIbwmYFBMNNyl03BPJTIqJfCZFB8F7h5kUk5xavh2tJsUkj0nxdgRMiknAJn97iAzo0Ez8DiETvyPExJMtE2OLNFmAiacYzsQ67ilkTDzFMrH7CmPid51avhetTPyuh4nfiwATvwts8veATMzq7gJzILbGqSzjgml2XKCmEQDqfdPHBVpvvC8wLniUZFwwFbjLfwBsSmT+WMcFHxA0+HSWccEMIDivA44LYknGBR8SmhQfCpkUH1mTAlukjwRMipmGmxQ67plkJsVMPpOio+C9w0yKWU4tZ0erSTHLY1LMjoBJMQvY5LOHyIAOzcQfEzLxx0JMPMcyMbZIcwSYeK7hTKzjnkvGxHMtE7uvMCae59RyfrQy8TwPE8+PABPPAzb5fCATs7q7wByIrXEBy7hgoR0XqIUEgPrE9HGB1hufCIwLHicZFywA7vKLgE2JzB/ruGARQYMvZhkXLAGCsyhwXFCMZFywlNCkWCpkUiyzJgW2SMsETIrlhpsUOu7lZCbFcj6TIknw3mEmxQqnlp9Gq0mxwmNSfBoBk2IFsMk/HSIDOjQTryRk4pVCTLzKMjG2SKsEmHi14Uys415NxsSrLRO7rzAm/syp5efRysSfeZj48wgw8WfAJv8cyMSs7i4wB2JrXMMyLlhrxwVqLQGgvjB9XKD1xhcC44InScYFa4C7/JfApkTmj3Vc8CVBg69jGResB4KzJHBcUIpkXPAVoUnxlZBJ8bU1KbBF+lrApNhguEmh495AZlJs4DMpkgXvHWZSbHRq+U20mhQbPSbFNxEwKTYCm/ybITKgQzPxJkIm3iTExJstE2OLtFmAibcYzsQ67i1kTLzFMrH7CmPirU4tt0UrE2/1MPG2CDDxVmCTbwMyMau7C8yB2Bq3s4wLdthxgdpBAKidpo8LtN7YKTAueJpkXLAduMvvAjYlMn+s44JdBA2+m2VcsAcIzrLAcUG5CG0UfvO3F5i/esD81QfmTzdHZlfu6gYfnAv+rOf8rO/81Ne+YD72O8Sh/5vQ8ftW5zn630PPPRB8fND13H9y/2+Dzz90kft/67r/4eDj79J4bgPnuYed5+qN8Ejw8dFLXMux4PO/v8hajrnW8kPw8fGLrOUH11pOBB//mMZzb3Gee8J5rl7jT8HHJx3Zg97E7i56IS/oQ8Cz4N5Gx31/0Qt5Rcf9HMmedgq4pwFrrZ4zHDcNM1zY09C4GWd43M2D/XJKIO4XSMRC6624e7lr7Td/40nydz8wfy8A8/ciyX79M3C/BmJGIfMXqQEeMJdhA7xf7AAPW6RfBAZ4pw0f4Om4TwsP8NCbeydDyfE1EnLsbCg5vk5CjmeA5AjEjHqdkBzPCJHjr5YcsUX6VYAcfzOcHHXcvwmRI3qt+RMuEDlaMf8+JDrjflPYIfG7Po3L3wXifovkEPMbkITfBB5iJpIcYs4C8wfEjJpIgr++hoqQyST562eoCJlC0r9/APsXiBk1hVCE/CEkQs5ZEYIt0jkBEXLecBGi4z5PIkIKBw/jZwUOpVMNH1denyBzGJ9GQkYxQ3G5BNZaTTNcxP2vr4fi7zud5BB4fogMbnz/PUWS/AHxraYD8/chyb6VDrhvATGjPiTB32hDRfBskvyNMVQEf0zSv+mB/QvEjPqYUAQDcxkmgjMMTX1sRbDPe+oiZRiKv2/GoWaLYB13xqHwGomstURQDKYTONTPM1wElwvGLSFm5pOQUSYgGQFrreYbLoJ1X2cSwM0nJIfAjEK48f0nrEjyB8S3+gSYv8Uk+1ZmIP6AmFGLSfD3kqEieDlJ/l42VASvIOnfLMD+BWJGrSAUwVmERHBWK4KxRcoqIIKzGS6CddzZSERwXFAMZhY41K8yXARXTpARM6tJyCg7kIyAtVarDRfBuq+zC+BmDckhMJsQbnz/tRSS/AHxrdYA8/cFyb6VA4g/IGbUFyT4m2qoCP6K5Z0chorgr0n6Nyewf4GYUV8TiuCcQiI4lxXB2CLlEhDBuQ0XwTru3CQiuHpQDOYQONR/Y7gIrp0gI2Y2kZBRHiAZAWutNhkugnVf5xHAzVaSQ2BuIdz4/lJ5kvwB8a22AvO3nWTfygvEHxAzajsJ/j4xVATvJsnfIkNF8B6S/r0M2L9AzKg9hCL4MiERfLkVwdgiXS4ggvMZLoJ13PlIRHD9oBjMK3Co32+4CG6cICNmDpCQ0RVAMgLWWh0wXATrvr5CADeHSA6B+YRw4zd/h0nyB8S3OgTM33ck+1Z+IP6AmFHfkeBvnaEi+HuS/K03VAT/QNK/BYD9C8SM+oFQBBcQEsEFrQjGFqmggAguZLgI1nEXIhHBTYNiML/Aof5Hw0Vw8wQZMfMTCRldCSQjYK3VT4aLYN3XVwrg5meSQ2AhIdz4zd8vJPkD4lv9DMzfaZJ96yog/oCYUadJ8LfXUBH8O0n+9hkqgs+S9O/VwP4FYkadJRTBVwuJ4MJWBGOLVFhABF9juAjWcV9DIoJbBsXgVQKH+vOGi+D7E2TETEw6DjK6FkhGwFordP7Q9dV9fa0AbjKk4zgEXiOEG99fWEaSPyC+lRszvr8oj2Tfug6IPyBmVCYS/J00VARnI8nfKUNFcHaS/o0F9i8QMwqZv0iJ4FghEVzEimBskYoIiODrDRfBOu7rSURw+6AYvE7gUJ8rndkiuHOCjJjJTUJGRYFkBKy1ym24CNZ9XVQAN5eRHAKvF8KN3/xdTpI/IL7VZcD85SPZt4oB8QfEjMpHgr9M28wUwQVJ8pd5m5kiuBBJ/xYH9i8QM6oQoQguLiSCS1gRjC1SCQERXNJwEazjLkkigrsFxWAxgUP91YaL4F4JMmKmMAkZlQKSEbDWqrDhIlj3dSkB3FxHcggsKYQb3xMGkvwB8a2uA+avCMm+VRqIPyBmVBES/BU0VAQXJ8lfIUNFcAmS/i0D7F8gZlQJQhFcRkgEl7UiGFuksgIiuJzhIljHXY5EBPcLisHSAof60oaL4MEJMmKmDAkZ3QAkI2CtVRnDRbDu6xsEcHMDySGwnBBu/ObvRpL8AfGtbgDmrzzJvnUjEH9AzKjyJPgrbagIrsjSv4aK4HiS/i0P7F8gZlQ8oQguLySC46wIxhYpTkAEK8NFsI5bkYjgQFAM3ihwqK9iuAh+JEFGzFQlIaMKQDIC1lpVNVwE676uIICbGiSHQCWEG7/5q0mSPyC+VQ1g/m4i2bcqAvEHxIy6iQR/NQwVwXVI8lfTUBFcl6R/44H9C8SMqksoguOFRHAlK4KxRaokIIIrGy6CddyVSUTwY0ExWFHgUN/AcBH8TIKMmLmFhIyqAMkIWGt1i+EiWPd1FQHcNCI5BFYWwo3f/DUmyR8Q36oRMH9NSPatqkD8ATGjmpDg73ZDRXACSf6aGiqCE0n6txqwf4GYUYmEIriakAiubkUwtkjVBURwDcNFsI67BokIHhsUg1UFDvXNDBfBLyfIiJnmJGRUE0hGwFqr5oaLYN3XNQVw04JlkiSEG7/5a0mSPyC+VQtg/u4h2bduAuIPiBl1Dwn+2hgqgu8jyV9bQ0Xw/ST9ezOwf4GYUfcTiuCbhURwLSuCsUWqJSCCaxsugv8HThIR/HpQDN4kcKhvZ7gInpQgI2bak5BRHSAZAWut2hsugnVf1xHATRLJIbC2EG785i+ZJH9AfKskYP46kexbdYH4A2JGdSLB30OGiuCuJPnrZagI7kbSv/WA/QvEjOpGKILrCYng+lYEY4tUX0AENzBcBOu4G5CI4ClBMVhX4FDf03AR/EGCjJh5kISMbgGSEbDW6kHDRbDu61sEcNOb5BDYQAg3fvPXhyR/QHyr3sD89SXZt24F4g+IGdWXBH8jDRXBA0jyN8pQETyQpH8bAvsXiBk1kFAENxQSwY2sCMYWqZGACG5suAjWcTcmEcEfBcXgrQKH+iGGi+C5CTJiZigJGTUBkhGw1mqo4SJY93UTAdwMJzkENhbCjd/8jSDJHxDfajgwfyNJ9q3bgPgDYkaNJMHfOENF8GiS/L1gqAgeQ9K/twP7F4gZNYZQBN8uJIKbWhGMLVJTARGcYLgI1nEnkIjghUExeJvAof5xw0XwsgQZMfMECRklAskIWGv1hOEiWPd1ogBuniY5BCYI4cZv/p4hyR8Q3+ppYP6eJdm37gDiD4gZ9SwJ/iYbKoLHkeRviqEi+AWS/r0T2L9AzKgXCEXwnUIiuJkVwdgiNRMQwc0NF8E67uYkInhlUAzeIXCof8lwEbw2QUbMvExCRncByQhYa/Wy4SJY9/VdArh5jeWLnYRw4zd/r5PkD4hv9Rowf2+Q7Ft3A/EHxIx6gwR/8wwVwRNJ8jffUBE8iaR/WwD7F4gZNYlQBLcQEsEtrQjGFqmlgAi+x3ARrOO+h0QErw+KwbsFDvWTDRfBmxJkxMwUEjK6F0hGwFqrKYaLYN3X9wrgZirJIfAeIdz4zd80lkkSsFemAvP3Psm+1QqIPyBm1Psk+FtjqAj+kCR/aw0VwR+R9G9rYP8CMaM+IhTBrYVE8H1WBGOLdJ+ACL7fcBGs476fRARvC4rBVgKH+tmGi+A9CTJi5mMSMmoDJCNgrdXHhotg3ddtBHAzj+QQeL8Qbvzmbz5J/oD4VvOA+VtAsm+1BeIPiBm1gAR/Ow0VwYtJ8rfLUBG8hKR/2wH7F4gZtYRQBLcTEsHtrQjGFqm9gAjuYLgI1nF3IBHBB4JisK3AoX654SL4SIKMmFlBQkYdgWQErLVaYbgI1n3dUQA3q0gOgR2EcOM3f6tJ8gfEt1oFzN9nJPtWEhB/QMyoz0jwd9xQEfwFSf5OGCqCvyTp32Rg/wIxo74kFMHJQiK4kxXB2CJ1EhDBnQ0XwTruziQi+IegGEwSONR/ZbgIPpUgI2a+JiGjLkAyAtZafW24CNZ93UUAN9+QHAI7C+HGb/42keQPiG/1DTB/m0n2rQeA+ANiRm0mwV+67WaK4O0k+Uu/3UwRvIOkf7sC+xeIGbWDUAR3FRLB3awIxhapm4AI7m64CNZxdycRwWeCYvABgUP9bsNF8LkEGTGzh4SMegDJCFhrtcdwEaz7uocAbvaTHAK7C+HGb/4OkOQPiG+1H5i/gyT7Vk8g/oCYUQdJ8JfPUBH8HUn+rjBUBB8h6d8Hgf0LxIw6QiiCHxQSwQ9ZEYwt0kMCIriX4SJYx92LRASnT4yJ6SlwqP/ecBGcNVFGzPxAQka9gWQErLX6wXARrPu6twBufiQ5BPYSwo3f/P1Ekj8gvtWPwPydJNm3+gDxB8SMOkmCv+KGiuDTJPkrYagIPkPSv32B/QvEjDpDKIL7CongflYEY4vUT0AE9zdcBOu4+5OI4JxBMdhH4FD/u+Ei+PJEGTFzloSMUoBkBKy1Omu4CNZ9nSKAm/Mkh8D+QrjxvY+n58gfEN/qPDB/6dJz7FsDgPgDYkalI8FfFUNFcCaS/FU1VARnJunfgcD+BWJGIfMXKRE8UEgED7IiGFukQQIieLDhIljHPZhEBBcIisEBAof6bOnNFsGFE2XETHYSMhoCJCNgrVX29GaLYN3XQwRwk4vkEDhYCDd+85ebJH9AfKtcwPzlIdm3hgLxB8SMykOCv0aGiuB8JPlrbKgIvoKkf4cB+xeIGXUFoQgeJiSCA1YEY4sUEBDBww0XwTru4SQiODYoBocKHOoLGi6CSyTKiJlCJGQ0AkhGwFqrQoaLYN3XIwRwczXJIXC4EG785q8wSf6A+FZXA/N3Dcm+NRKIPyBm1DUk+GtlqAguQpK/1oaK4OtJ+ncUsH+BmFHXE4rgUUIi+GErgrFFelhABD9iuAjWcT9CIoLLBMXgSIFDfXHDRXBcooyYKUFCRqOBZASstSphuAjWfT1aADelSQ6Bjwjhxm/+ypDkD4hvVRqYv7Ik+9YYIP6AmFFlSfDX3VARXJ4kfz0MFcFxJP37KLB/gZhRcYQi+FEhEfyYFcHYIj0mIIIfN1wE67gfJxHB8UExOEbgUF/RcBFcPVFGzMSTkNETQDIC1lrFGy6CdV8/IYCbKiSHwMeFcOM3f1VJ8gfEt6oCzF81kn3rSSD+gJhR1UjwN8xQEXwTSf4Chorgm0n69ylg/wIxo24mFMFPCYngp60IxhbpaQER/IzhIljH/QyJCL45KAafFDjU1zFcBNdPlBEzdUnI6FkgGQFrreoaLoJ1Xz8rgJsGJIfAZ4Rw4zd/t5DkD4hv1QCYv1tJ9q3ngPgDYkbdajjfNQzy3XMC+1YTw+NumiizX99G0i/PA/sFWGt1m+G4qRMsxPMS5+IMWOGa2YWZusEH54I/6zk/6zs/9TU2GMs4Jx7934RE7a3Oc/S/h577QvDxeNdz/8n9Xww+/6WL3P9F1/1fDj5+JY3nNnCe+7LzXC3AXw0+fu0S1/J68PlvXGQtr7vWMiH4+M2LrGWCay1vBR9PTOO5tzjPfct5rl7jpODjtx0NiMbm3UUv5AWNzQTDe/L+ohfyio47kWQvfwe4lwNrrRIJDcR64H04tMZQzScHazUl+L93XT5QLudntphwU1FfmV2Pa4PWJWBSxmVyrTWba82heHI7/54R+7oVs7lyG+PKd0waeYtxvX7W4P9yOo87JfVJ7Nu+W5cOTZIGpFWzDGncN70r1kye57nrGPq3LO7/XuJQArrXnw4Pkx3ymuL8fNf5mSf4v/eCj6f+BZkhDkS6GdH3bUZwwHxPgMyaC5FZenD8wPqo5mAC8m7OEvWfDJxgSa5zCnCd7rxOc/aT910EWdD56d7s07l+x0yaWV1xhC43uYReMxR3iEgzYddSQb9Wxpjw62JEGnp9D5E2S+rQK6mPh0i9E9P0acTqjlHHlwUbX1xoraErtKbQ62SPScVNVtc6smHXoUKv5V1HNtc6sroeh/4tu2tNod/l8KzX3Qvu/zaU1xyumGkOIzqQac6h433n5wfBn9OHyq1/sgABtzB8gqXj/kAg7pYkBw9gfVRLgkPmFIFatyLA+HSBuFuTYBxYH9Xa9MlWhguONbrWbQyPu3nQDX1HIO62JG7oDKAbCqy1QubPa9LMcM5F3nOSvj4MPv7oEiclM4PPn3WRSclM1/1nBx9/PPTCfSMhkD8EC2SJfWc29t2NyfEV4uN0X6Pidgu7OS6hHRII/0WhncUVR+hyu9NaROVz/n+Pnn26JA9o2rdbty7JXZI6Nu3ZJ8mdsrTeAZyWjnWbwxnTSCOdOSy1PjcGkWv9q5z65Zi5//6dxnGee6lITbbmCr01fp59azy2SPOG4u873/C3xuu450d4E4jzd4XlNM7n5T08oYVfteAL7BwMFJJFYmJ2DZatl897K+8v3Pld4GBtoQtzmVw4CT1Xb2jnY/6MoXSux+md56S/yHPS/cV9/uowIrZphYLTCVjkCnbh0HB7370g1GsvAG5Cn1zkXlWrJLVPrhJfsV1cfHL74H0qJydVbFehmkquWjF4+4rxqn27pLiO8e2rVI6vXDW5SsTeW/KJEAMvsgyMLdIiAQZebDgD67gXCzEw+vi90Fkr+r4dDP2wiHedSCwtAdplHcAWl97E9PrqOPdEYz50KkLjKMlwizh0ekPHnWymRfwnyY08iCwE3qsTyYfVgPhWQMwoqfyh+2QpoX20VOjwusweXrFFWiZweF1u+OFVx708QofXOH/X//xuibVGav620MdGkBx+RczuWeHk+9N/YPfUTSN3Xrunbszf2z1p3edv7R7T34yX3klmOlfiPnWd0EMX+sQBjEN9CtzMVuKaITmUz5WCikfncaGAcu5q1hu//nRK0nGvEIi7G8Eb3j4ViLu7oUrFSzDIfaMr8Gs1epAoPSC+FRAzqkeE3nDpt84rgFyzCujU6XtIcMuqoTJ7GLLWEi7i0UH4uHsTuIjHBOLuQ/JG09XAfgTWWvUxHDe6X34XwE1/gn45KxB3Ckm/fAbsF2CtVQpBv+QQmNYMIuiXnAJxDybpl8+B/QKstRpM0C9XC+BmGEG/FBaIO0DSL2uA/QKstQoQ9EtZAdyMJOiXcgJxjyLpl7XAfgHWWo0i6JcaArgZTdAvNQXiHkPSL18A+wVYazWGoF+aCODmcYJ+uU0g7idI+uVLYL8Aa62eIOiXVgK4eZqgX1oLxP0MSb+sA/YLsNbqGYJ+6SqAm+cJ+qWbQNxjSfplPbBfgLVWYwn6ZZAAbsYT9MtggbhfJOmXr4D9Aqy1epGgXx4XwM0rBP3yhEDcr5L0y9fAfgHWWr1K0C+vCODmDYJ+eVUg7gkk/bIB2C/AWqsJBP0yVQA3Ewn6ZZpA3JNI+mUjsF+AtVaTCPplgQBuJhP0y0KBuKeQ9Ms3wH4B1lpNIeiXNQK4mUrQL2sF4p5G0i+bgP0CrLWaRtAv2wVwM52gX3YIxD2DpF82A/sFWGuFzJ/+0LP+guK8zv30Zxj0+7L1e031++f0e4L0+xz07FbPo7THrn1D7YVofafPrJqH9d6yeWhM2IXGzRbwFz1LrXMrEDe6Po0ypH4OTedgq3CetwE/oxapbyPZJvRtJNvtt5Fgi7Rd4NtIdhj+bSQ67h1E30YisVb7hbYXrpg0LtSa3fnd6dRw1z/4hpMirv8urW8vSe88J/1FnpPuL+7zn/iGE53MWFfidg39885r8jec7AJukLuH4vO7+x/k0++69wBPZYZ+353YN4bsFPgU/0yCuHcJxD2L4E/B7RGIezbJN5wAcamAtVZS+UPXeS+hetwrpB73WfWILdI+AfW433D1qOPeT6Qe91v1SK8eDzg1PGjV47+/Qok64FGPB8nU40HgBvmtgHr8NgLq8ZBVj/9aRR0QUBPzCOI+KBD3fAL1eEgg7gUk6hGISwWstULmT5N+owwxf7rQ9UFj8+BQ89d4WGjGDW/I74CEyAqo7wgAdQS9RvQCtbd8RIAxFpMwxmHg6foosCkXE5w0jgrg5hiwYfTG1pBwYztGsLF9L8WU6cGAcktxv/f6geArvyWa8ji42BJxfygQ91LDN2HdhD8IxL2M5C3CJ4D9CKy1WgaWe4Ik9v8HVWhsHicgsRPSp3O/ANeFny3Q4J8a3uBJyclx7Tt2UM2L4mL+EbhZIPMXqSn7j2DvP3T9ZKfs2CL9JDBlP2n4lF3HfVJoyh660MoCmdNTQ+WaApTP5PgK8XHIDfnnoeYSmsSHGI8LfJhvFcGHGE8IxL2aRKH8AuxrYK3VaoJ+OS+AmzUE/RIzBB/3WpJ+OQ3sF2Ct1VqCfskjgJt1BP2SVyDu9ST9cgbYL8Baq/UE/XKdAG42EPRLrEDcG0n65VdgvwBrrTYS9Et5AdxsJuiXOIG4t5D0y2/AfgHWWm0h6JdaArjZTtAvtQXi3kHSL78D+wVYa7WDoF8SBHCzm6BfEgXi3kPSL2eB/QKstdpD0C9tBHCzn6Bf2grEfYCkX/4A9guw1uoAQb/0FMDNIYJ+eVAg7sMk/XIO2C/AWqvDBP0yTAA3Rwn6JSAQ9zGSfjkP7BdgrdUxgn55WgA3xwn65RmBuE+Q9EvMMOA7ZoH9coKgX94QwM1Jgn6ZIBD3KZJ+SQfsF2Ct1SmCfpkugJvTBP0yQyDuMyT9kh7YL8BaqzME/bJYADe/E/TLEoG4z5L0SwZgvwBrrc4S9Ms6AdycJ+iX9QJxx2Tg6JeMwH4B1lqh8yfRL7sFcJPB8Lh1v+wRiDsjSb9kAvYLsNYKmT/9TZONXX+USH+GQb8vW7/XVL9/Tr8nSL/PQc9u9TxKe+zaN9ReiNZ3+syqeVjvLTpf7guNm8y4eoh+LXMWIG50fZq4/iiRzkEW4TxnHQbc42Ii84HXrEBsuNebzZVr+4FXn/fURdIJRd83OxCwUnFnHwavkdjXq0is1X6t9IUrJo0LtWZ3fnM4NczpqqX9WulLvEKJ0smMdSUu57C//xrkOH8X9GulcwI3yFzD8PnN9Q/y6XfduYGnsmj7WukcwwROyRnMjzunQNxZDVf9Ou7cAnFni5Dqj/N3KSAuFbDWSip/6DrnIVSPeYTUY16rHrFFyiugHi8zXD3quC8jUo+XWfVIrx4vd2qYz6rHf3+FEnW5Rz3mI1OP+YAb5BUC6vGKCKjH/FY9/msVdbmAmshFoB7zCcSdm0A95heIOw+JegTiUgFrrZD506TfhPBPLeQbZv4aCwjNuOENWRBIiKyAKkgAqELoNaIXqL3lQgKMkY+EMQoAT9dXApsyH8FJ40oB3FwFbBi9sTUm3NiuItjYrjZ9Y9Nf8/2zwN9zyG/+xva/rw9HfmV6YeDGJpW/9OA6I/+Y1TXA/En0itRmfi14k5CIu7BA3AUNJ2+9eV8jEHchkreWXwfsR2CtVSGwTSB4+BH7Y1bXEhx+rhNYY5oL9Qv02EtRN1Uuei8VqXcDxAq9G6CIfTcAtkhFBN4NcL3h7wbQcV8v9G6A0CWZ0zifVyTeCbBhEPadAHuH4HNaN4MQA1zqOtXF/9ldq6IObov9g3cVDIz5Mx697yoYGPP37ypI6z5/+66CS07C36QoFFzRYakLTO8kIsWzONRrhoCMZvSrCT61ulfgU6uFSfzkuhlwJ66iQDK8hkSaFQNKM3ev+LYySPAH7BMFxIy6luT908UJFVNxIcVUwiombJFKCCimkoYrJh13SaL3T0us9e9Uk9+6eVWT3/tJqaZLIve/UTYxaVyoe7trVcrBQ2nTVRPDe7FLeRSYTuqAmPDL5PdilwZutmUuibWTL3qF8lnmH+TT77rLAnNQ+P/qhP4PNpdLPln+zWlQ47CUwNCtKMF7sUsLxF2M4B1SZQXiLk6iRIG4VMBaq+IEuJHYJ+oIWdbodZYj+Z6xG8DfM3ab63vGdA5uEP6esRsJPyl+o5DTUd46HdgilRdwOuIMdzp03HFks+E4wdmwEGYj9ils5dSygumfwkYnIRSc8nxyusKwmD9daCtLAZu8AslJoiIhE1cUYuJ4y8TYIsULMHElw5lYx12JjIkrWSZ2X2FMXNmpZZVoZeLKHiauEgEmrgxs8irgT/XdRvipvirDzF9jVZY3tlcDf/6dEVDVCABV3fSPiWq9UV3AbS1N4tJXBe7yNYBNWRr8UaiGhA1eg6DBa0oxBnpsfRMQnL2BXyHWJz3HGyNvJjQpbhYyKWpZkwJbpFoCJkVtw02K/4GTzKSozWdSKMl7u9dfx6ll3Wg1Kep4TIq6ETAp6gCbvO4wGdChmbgeIRPXE2Li+paJsUWqL8DEDQxnYh13AzImbmCZOOze7vXf4tTy1mhl4ls8THxrBJj4FmCT32rdXQXMgdgaG7KMCxpZQKlGBIBqbPq4QOuNxgLjgrIk44KGwF2+CbApy9pxgWpC0OC3sYwLbgeCsz9wXJBCMi5oSmhSNBUyKRKsSYEtUoKASZFouEmh404kMykS+UyKCoL3DjMp7nBqeWe0mhR3eEyKOyNgUtwBbPI7h8mADs3EzQiZuJkQEze3TIwtUnMBJr7LcCbWcd9FxsR3WSZ2X2FMfLdTyxbRysR3e5i4RQSY+G5gk7cAMjGruwvMgdgaW7KMC+6x4wJ1DwGg7jV9XKD1xr0C44IbSMYFLYG7fCtgU95gxwWqFUGDt2YZF9wHBOcg4LhgMMm44H5Ck+J+IZOijTUpsEVqI2BStDXcpNBxtyUzKdrymRQVBe8dZlK0c2rZPlpNinYek6J9BEyKdsAmbz9MBnRoJu5AyMQdhJi4o2VibJE6CjBxkuFMrONOImPiJMvE7iuMiZOdWnaKViZO9jBxpwgwcTKwyTsBmZjV3QXmQGyNnVnGBV3suEB1IQDUA6aPC7TeeEBgXFCeZFzQGbjLdwU2ZXk7LlBdCRq8G8u4oDsQnMOA44IAybigB6FJ0UPIpOhpTQpskXoKmBQPGm5S6LgfJDMpHuQzKeIF7x1mUjzk1LJXtJoUD3lMil4RMCkeAjZ5r2EyoEMzcW9CJu4txMR9LBNji9RHgIn7Gs7EOu6+ZEzc1zKx+wpj4n5OLftHKxP38zBx/wgwcT9gk/cHMjGruwvMgdgaU1jGBQPsuEANIADUQNPHBVpvDBQYFyiScUEKcJcfBGxKZccFahBBgw9mGRcMAYJzJHBcMIpkXDCU0KQYKmRSDLMmBbZIwwRMioDhJoWOO0BmUgT4TIpKgvcOMymGO7UcEa0mxXCPSTEiAibFcGCTjxgmAzo0E48kZOKRQkw8yjIxtkijBJj4YcOZWMf9MBkTP2yZ2H2FMfEjTi1HRysTP+Jh4tERYOJHgE0+GsjErO4uMAdiaxzDMi541I4L1KMEgHrM9HGB1huPCYwLKpKMC8YAd/nHgU1Z0Y4L1OMEDf4Ey7jgSSA4RwPHBWNIxgVPEZoUTwmZFE9bkwJbpKcFTIpnDDcpdNzPkJkUz/CZFJUF7x1mUjzr1PK5aDUpnvWYFM9FwKR4Ftjkzw2TAR2aiZ8nZOLnhZh4rGVibJHGCjDxOMOZWMc9joyJx1kmdl9hTPyCU8vx0crEL3iYeHwEmPgFYJOPBzIxq7sLzIHYGl9kGRe8ZMcF6iUCQL1s+rhA642XBcYFlUjGBS8Cd/lXgE1ZyY4L1CsEDf4qy7jgNSA4HweOC54gGRe8TmhSvC5kUrxhTQpskd4QMCkmGG5S6LgnkJkUE/hMiiqC9w4zKd50avlWtJoUb3pMirciYFK8CWzyt4bJgA7NxBMJmXiiEBNPskyMLdIkASZ+23Am1nG/TcbEb1smdl9hTPyOU8vJ0crE73iYeHIEmPgdYJNPBjIxq7sLzIHYGqewjAveteMC9S4BoN4zfVyg9cZ7AuOCKiTjginAXX4qsCmr2HGBmkrQ4NNYxgXvA8H5NHBc8AzJuOADQpPiAyGTYro1KbBFmi5gUsww3KTQcc8gMylm8JkUVQXvHWZSfOjU8qNoNSk+9JgUH0XApPgQ2OQfDZMBHZqJZxIy8UwhJp5lmRhbpFkCTDzbcCbWcc8mY+LZlondVxgTf+zUck60MvHHHiaeEwEm/hjY5HOATMzq7gJzILbGuSzjgnl2XKDmEQBqvunjAq035guMC6qRjAvmAnf5BcCmrGbHBWoBQYMvZBkXfAIE5/PAccFYknHBIkKTYpGQSbHYmhTYIi0WMCmWGG5S6LiXkJkUS/hMimqC9w4zKZY6tVwWrSbFUo9JsSwCJsVSYJMvGyYDOjQTLydk4uVCTLzCMjG2SCsEmPhTw5lYx/0pGRN/apnYfYUx8UqnlquilYlXeph4VQSYeCWwyVcBmZjV3QXmQGyNq1nGBZ/ZcYH6jABQn5s+LtB643OBcUENknHBauAuvwbYlDXsuECtIWjwtSzjgi+A4BwPHBe8SDIu+JLQpPhSyKRYZ00KbJHWCZgU6w03KXTc68lMivV8JkU7wXuHmRRfObX8OlpNiq88JsXXETApvgI2+dfDZECHZuINhEy8QYiJN1omxhZpowATf2M4E+u4vyFj4m8sE7uvMCbe5NRyc7Qy8SYPE2+OABNvAjb5ZiATs7q7wByIrXELy7hgqx0XqK0EgNpm+rhA641tAuOCm0jGBVuAu/x2YFPeZMcFajtBg+9gGRfsBILzFeC44FWSccEuQpNil5BJsduaFNgi7RYwKfYYblLouPeQmRR7+EyK9oL3DjMp9jq13BetJsVej0mxLwImxV5gk+8bJgM6NBPvJ2Ti/UJMfMAyMbZIBwSY+KDhTKzjPkjGxActE7uvMCb+1qnloWhl4m89THwoAkz8LbDJDwGZmNXdBeZAbI2HWcYF39lxgfqOAFBHTB8XaL1xRGBcUItkXHAYuMsfBTZlLTsuUEcJGvwYy7jgeyA43wCOCyaQjAt+IDQpfhAyKY5bkwJbpOMCJsUJw00KHfcJMpPiBJ9J0UHw3mEmxY9OLX+KVpPiR49J8VMETIofgU3+0zAZ0KGZ+CQhE58UYuJTlomxRTolwMQ/G87EOu6fyZj4Z8vE7iuMiX9xank6Wpn4Fw8Tn44AE/8CbPLTQCZmdXeBORBb4xmWccGvdlygfiUA1G+mjwu03vhNYFxQh2RccAa4y/8ObMo6dlygfido8LMs44I/gOCcCBwXTCIZF5wjNCnOCZkU561JgS3SeQGTIiZgtkmh49ZrBNdI1KRw5zTO5xUhk6Kj4L3DTIp0gQs/0wdSfxdVJoVOQKwrWHcivAsKvbbfxtSvibpX+oAM6NBMnCHAx8QZAjJMnDHgeuzBmL4sE1/CPXWRdELR980UMJuJddx6jeAaiTKxO6dxPq//GhNnDlz4mSWQ+ruoYmKdgFhXsO5EeBcUem2/jalfE3WvLAEc6FjdXWAOxNaYVWCNaS7UL6Cy4RZKOy4A5kBsjdnRa0QvUOsNvUg0QOuRjAvcHe835hy4Yqt6dlyggPkUW2NOgTWmCXS/4MyFW6iaDBwXTCEZF+QO8JkUuXE1DzMp8gRSH1uTwuc9dZF0QtH3zRsw26TQces1gmskalK4cxrn84qQSZEkeO8wk+KywIWflwdSfxdVJoVOQKwrWHcivAsKvbbfxtSvibrX5QEZ0KGZOF+Aj4nzBWSY+IpA6mPLxD7vqYukE4q+b/6A2Uys49ZrBNdIlIndOY3zef3XmLhA4MLPgoHU30UVE+sExLqCdSfCu6DQa/ttTP2aqHsVDOBAx+ruAnMgtsZCAmtMc6F+AXUlbqG04wJgDsTWeBV6jegFar2hF4kGaAOScYG74/3GfDWu2KqBHRcoYD7F1lhYYI1pAt0vOK/BLVRNBY4LppGMC64N8JkU1+JqHmZSXBdIfWxNCp/31EXSCUXfNzZgtkmh49ZrBNdI1KRw5zTO5xUhkyJZ8N5hJkWRwIWf1wdSfxdVJoVOQKwrWHcivAsKvbbfxtSvibrX9QEZ0KGZuGiAj4mLBmSYuFgg9bFlYp/31EXSCUXft3jAbCbWces1gmskysTunMb5vP5rTFwicOFnyUDq76KKiXUCYl3BuhPhXVDotf02pn5N1L1KBnCgY3V3gTkQW2MpgTWmuVC/gCqNWyjtuACYA7E1lkGvEb1ArTf0ItEAvZVkXODueL8xl8UVW91qxwUKmE+xNZYTWGOaQPcLzhtwC1XTgeOCGekjs1H4zd+NwPwlAfOXDLyXZP7K//fzJzquigvEUKxTAeusNe7tGVKlnc6Bvr/k+isE+MzICrich5mRFQOpj60Z6fOeukg6oej7xgfMNiN13HqN4BqJmpHunMb5vCJkRsYJ3jvMjKwUuPCzciD1d1FlRuoExLqCdSfCu6DQa/ttTP2aqHtVDnCcJKoE+Ji4SkCGiasGUh9bJvZ5T10knVD0fasFzGZiHbdeI7hGokzszmmcz+u/xsTVAxd+1gik/i6qmFgnINYVrDsR3gWFXttvY+rXRN2rRgAHOl3k2wlNXmQOpNZYMyC0OaCPTDfhFqpYAQXMgdgab0avEb1ArTf0ItEAbUQyFnR3vO8/444rtmoEHgs2JmxwYD7F1lhbYI1pAt33Hw3CLVStAo5lVpOMZeoG+EyKuriah5kU9QKpj61J4fOeukg6oej71g+YbVLouPUawTUSNSncOY3zeUXIpFCS93avv0Hgws9bAqm/iyqTQicg1hWsOxHeBYVe2/eH9QO4e90SkAEd/B2HAT4mvjUgw8QNA6mPLRP7vKcukk4o+r6NAmYzsY5brxFcI1Emduc0zuf1X2PixoELP5sEUn8XVUysExDrCtadCO+CQq/ttzH1a6Lu1SRg3V1gDsTWeJvAGtNcqF9A3R6wgALmQGyNTdFrRC9Q6w29SDRAm5CMC9wd7zfmhABwt7TjAgXMp9gaEwXWmCbQ/YLzDtxC1RrguGAtybjgzgCfSXEnruZhJkWzQOpja1L4vKcukk4o+r7NA2abFDpuvUZwjURNCndO43xeETIpKgjeO8ykuCtw4efdgdTfRZVJoRMQ6wrWnQjvgkKv7bcx9Wui7nV3QAZ0aCZuEeBj4hYBGSZuGUh9bJnY5z11kXRC0fe9J2A2E+u49RrBNRJlYndO43xe/zUmvjdw4WerQOrvooqJdQJiXcG6E+FdUOi1/Tamfk3UvVoFcKBjdXeBORBbY2uBNaa5UL+Aug+3UNpxATAHYmu8H71G9AK13tCLhM+zSMYF7o73G3MbXLHV7XZcoID5FFtjW4E1pgl0v+Bsh1uoWgccF6wnGRe0D/CZFO1xNQ8zKToEUh9bk8LnPXWRdELR9+0YMNuk0HHrNYJrJGpSuHMa5/OKkElRUfDeYSZFUuDCz+RA6u+iyqTQCYh1BetOhHdBodf225j6NVH3Sg7IgA7NxJ0CfEzcKSDDxJ0DqY8tE/u8py6STij6vl0CZjOxjluvEVwjUSZ25zTO5/VfY+IHAhd+dg2k/i6qmFgnINYVrDsR3gWFXttvY+rXRN2rawAHOlZ3F5gDsTV2E1hjmgv1C6juuIXSjguAORBbYw/0GtEL1HpDLxIN0ASScYG74/3G3BNXbJVgxwUKmE+xNT4osMY0ge4XnA/hFqo2AMcFG0nGBb0CfCZFL1zNw0yK3oHUx9ak8HlPXSSdUPR9+wTMNil03HqN4BqJmhTunMb5vCJkUsQL3jvMpOgbuPCzXyD1d1FlUugExLqCdSfCu6DQa/ttTP2aqHv1C8iADs3E/QN8TNw/IMPEKYHUx5aJfd5TF0knFH3fAQGzmVjHrdcIrpEoE7tzGufz+q8x8cDAhZ+DAqm/iyom1gmIdQXrToR3QaHX9tuY+jVR9xoUwIGO1d0F5kBsjYMF1pjmQv0CaghuobTjAmAOxNY4FL1G9AK13tCLRAP0DpJxgbvj/cY8DFdsdYcdFyhgPsXWGBBYY5pA9wvO4biFqs3AccEWknHBiACfSTECV/Mwk2JkIPWxNSl83lMXSScUfd9RAbNNCh23XiO4RqImhTuncT6vCJkUlQTvHWZSPBy48PORQOrvosqk0AmIdQXrToR3QaHX9tuY+jVR93okIAM6NBOPDvAx8eiADBOPCaQ+tkzs8566SDqh6Ps+GjCbiXXceo3gGokysTuncT6v/xoTPxa48PPxQOrvooqJdQJiXcG6E+FdUOi1/Tamfk3UvR4P4EDH6u4CcyC2xicE1pjmQv0C6kncQmnHBcAciK3xKfQa0QvUekMvEg3QZiTjAnfH+435aVyxVTM7LlDAfIqt8RmBNaYJdL/gfBa3ULUdOC7YQTIueC7AZ1I8h6t5mEnxfCD1sTUpfN5TF0knFH3fsQGzTQodt14juEaiJoU7p3E+rwiZFJUF7x1mUowLXPj5QiD1d1FlUugExLqCdSfCu6DQa/ttTP2aqHu9EJABHZqJxwf4mHh8QIaJXwykPrZM7POeukg6oej7vhQwm4l13HqN4BqJMrE7p3E+r/8aE78cuPDzlUDq76KKiXUCYl3BuhPhXVDotf02pn5N1L1eCeBAx+ruAnMgtsZXBdaY5kL9Auo13EJpxwXAHIit8XX0GtEL1HpDLxIN0LtIxgXujvcb8xu4Yqu77LhAAfMptsYJAmtME+h+wfkmbqFqN3BcsIdkXPBWgM+keAtX8zCTYmIg9bE1KXzeUxdJJxR930kBs00KHbdeI7hGoiaFO6dxPq8ImRRVBO8dZlK8Hbjw851A6u+iyqTQCYh1BetOhHdBodf225j6NVH3eicgAzo0E08O8DHx5IAME08JpD62TOzznrpIOqHo+74bMJuJddx6jeAaiTKxO6dxPq//GhO/F7jwc2og9XdRxcQ6AbGuYN2J8C4o9Np+G1O/JupeUwM40LG6u8AciK1xmsAa01yoX0C9j1so7bgAmAOxNX6AXiN6gVpv6EWiAdqCZFzg7ni/MU/HFVu1sOMCBcyn2BpnCKwxTaD7BeeHuIWq/cBxwQGSccFHAT6T4iNczcNMipmB1MfWpPB5T10knVD0fWcFzDYpdNx6jeAaiZoU7pzG+bwiZFJUFbx3mEkxO3Dh58eB1N9FlUmhExDrCtadCO+CQq/ttzH1a6Lu9XFABnRoJp4T4GPiOQEZJp4bSH1smdjnPXWRdELR950XMJuJddx6jeAaiTKxO6dxPq//GhPPD1z4uSCQ+ruoYmKdgFhXsO5EeBcUem2/jalfE3WvBQEc6FjdXWAOxNa4UGCNaS7UL6A+wS2UdlwAzIHYGheh14heoNYbepFogN5DMi5wd7zfmBfjiq3useMCBcyn2BqXCKwxTaD7BedS3ELVIeC44DDJuGBZgM+kWIareZhJsTyQ+tiaFD7vqYukE4q+74qA2SaFjluvEVwjUZPCndM4n1eETIpqgvcOMyk+DVz4uTKQ+ruoMil0AmJdwboT4V1Q6LX9NqZ+TdS9VgZkQIdm4lUBPiZeFZBh4tWB1MeWiX3eUxdJJxR9388CZjOxjluvEVwjUSZ25zTO5/VfY+LPAxd+rgmk/i6qmFgnINYVrDsR3gWFXttvY+rXRN1rTQAHOlZ3F5gDsTWuFVhjmgv1C6gvcAulHRcAcyC2xi/Ra0QvUOsNvUg0QFuRjAvcHe835nW4YqtWdlyggPkUW+N6gTWmCXS/4PwKt1B1FDguOEYyLvg6wGdSfI2reZhJsSGQ+tiaFD7vqYukE4q+78aA2SaFjluvEVwjUZPCndM4n1eETIp2gvcOMym+CVz4uSmQ+ruoMil0AmJdwboT4V1Q6LX9NqZ+TdS9NgVkQIdm4s0BPibeHJBh4i2B1MeWiX3eUxdJJxR9360Bs5lYx63XCK6RKBO7cxrn8/qvMfG2wIWf2wOpv4sqJtYJiHUF606Ed0Gh1/bbmPo1UffaHsCBjtXdBeZAbI07BNaY5kL9AmonbqG04wJgDsTWuAu9RvQCtd7Qi0QD9D6ScYG74/3GvBtXbHWfHRcoYD7F1rhHYI1pAt0vOPfiFqqOA8cFJ0jGBfsCfCbFPlzNw0yK/YHUx9ak8HlPXSSdUPR9DwTMNil03HqN4BqJmhTunMb5vCJkUrQXvHeYSXEwcOHnt4HU30WVSaETEOsK1p0I74JCr+23MfVrou71bUAGdGgmPhTgY+JDARkmPhxIfWyZ2Oc9dZF0QtH3/S5gNhPruPUawTUSZWJ3TuN8Xv81Jj4SuPDzaCD1d1HFxDoBsa5g3YnwLij02n4bU78m6l5HAzjQsbq7wByIrfGYwBrTXKhfQH2PWyjtuACYA7E1/oBeI3qBWm/oRaIB2oZkXODueL8xH8cVW7Wx4wIFzKfYGk8IrDFNoPsF54+4haqTwHHBKZJxwU8BPpPiJ1zNw0yKk4HUx9ak8HlPXSSdUPR9TwXMNil03HqN4BqJmhTunMb5vCJkUnQQvHeYSfFz4MLPXwKpv4sqk0InINYVrDsR3gWFXttvY+rXRN3rl4AM6NBMfDrAx8SnAzJMfCaQ+tgysc976iLphKLv+2vAbCbWces1gmskysTunMb5vP5rTPxb4MLP3wOpv4sqJtYJiHUF606Ed0Gh1/bbmPo1Uff6PYADHau7C8yB2BrPCqwxzYX6BdQfuIXSjguAORBb4zn0GtEL1HpDLxIN0HYk4wJ3x/uN+Tyu2KqdHRcoYD7F1hgznGRckA63UHUaOC44QzIuSD+cz6RIDwSne70Zhqc+tiaFz3vqIumEou+bEQhYqbgzDofXSNSkyAhsqAiZFB0F7x1mUmRyapnZVdOoMil0AmJdwboT4V1Q6LX9NmYmYJNnHi4DOjQTZyFk4ixCTJzVMjG2SFkFmDib4Uys485GxsTZLBO7rzAmzu7UMke0MnF2DxPniAATZwc2eQ4gE7O6u8AciK0xp8Aa01yoX0DlApo/rIDKRQCo3Og1oheo9Ubu4XiAdiAZF+QE7vJ5gE3ZwY4LVB6CBs/LMi64DAjO34HjgrMk44LLCU2Ky4VMinzWpMAWKZ+ASXGF4SaFjvsKMpPiCj6TIknw3mEmRX6nlgWi1aTI7zEpCkTApMgPbPICw2VAh2bigoRMXFCIiQtZJsYWqZAAE19pOBPruK8kY+IrLRO7rzAmvsqp5dXRysRXeZj46ggw8VXAJr8ayMSs7i4wB2JrLCywxjQX6hdQ19hxgbqGAFDXmj4u0HrjWoFxQRLJuKAwcJe/DtiUSXZcoK4jaPBYlnFBESA4zwPHBTEZOMYF1xOaFNcLmRRFrUmBLVJRAZOimOEmhY67GJlJUYzPpEgWvHeYSVHcqWWJaDUpintMihIRMCmKA5u8xHAZ0KGZuCQhE5cUYuJSlomxRSolwMSlDWdiHXdpMiYubZnYfYUxcRmnlmWjlYnLeJi4bASYuAywycsCmZjV3QXmQGyN5QTWmOZC/QLqBjsuUDcQAOpG08cFWm/cKDAu6EQyLigH3OXLA5uykx0XqPIEDR7HMi5QQHBmwIFTZYzQRuE3fxWA+bsamL/CwPzp5sjsyp3eNM4FfzZxft7m/PxfPoP5iHeIQ/83oeN3gvMc/e+h51YKPq7seu4/uX+V4POrXuT+VVz3rxZ8XD2N597uPLea81y9EdYIPq55iWu5Kfj8my+ylptca6mlcXKRtdRyraVO8HHdNJ7b1HluHee5eo31go/rO7IHvYktL34hL+hDQBdwb6PjXlP8Ql7RcT9Asqc1AO5pwFqrBwzHTWKGC3saGjfdDY97abBfGgjE3YNELLTeiruXu9Z+89eTJH/3A/PXA5i/B0n261uA+zUQMwqZv0gN8IC5DBvg3To89bEd4Pm8py7SrQIDvIaGD/B03A2FB3jozb2ToeTYl4QcOxtKjv1IyLERkByBmFH9CMmxkRA5NrbkiC1SYwFybGI4Oeq4mwiRI3qt+RMuEDlaMd82PDrjHiDskPhdn8blbQJxDyQ5xDQBkvAA4CFmEMkh5nZg/oCYUYNI8NfXUBEyjCR//QwVIQGS/m0K7F8gZlSAUIQ0FRIhCVaEYIuUICBCEg0XITruRBIRUjh4GL9d4FA60vBx5fUJMofxUSRkdAeQjIC1VqMMF3G6r+8QwM1okkNgohBu/OZvDEn+gPhWo4H5e5Rk37oTiD8gZtSjJPgbbagIfpIkf2MMFcFPkfRvM2D/AjGjniIUwc2ERHBzK4KxRWouIILvMlwE67jvIhHBJYJi8E6BQ/2zhovgcgkyYuY5EjK6G0hGwFqr5wwXwbqv7xbAzTiSQ+BdQrjxm78XSPIHxLcaB8zfeJJ9qwUQf0DMqPEk+HvJUBH8Ckn+XjZUBL9K0r8tgf0LxIx6lVAEtxQSwfdYEYwt0j0CIvhew0WwjvteEhEcFxSDLQQO9W8YLoIrJ8iImQkkZNQKSEbAWqsJhotg3detBHAzkeQQeK8QbvzmbxJJ/oD4VhOB+XubZN9qDcQfEDPqbRL8TTVUBL9Lkr9phorg90j69z5g/wIxo94jFMH3CYng+60IxhbpfgER3MZwEazjbkMigqsHxWBrgUP9+4aL4NoJMmLmAxIyagskI2Ct1QeGi2Dd120FcPMhySGwjRBu/ObvI5L8AfGtPgTmbybJvtUOiD8gZtRMEvx9YqgInkOSv0WGiuC5JP3bHti/QMyouYQiuL2QCO5gRTC2SB0ERHBHw0WwjrsjiQiuHxSD7QQO9QsMF8GNE2TEzEISMkoCkhGw1mqh4SJY93WSAG4WkxwCOwrhxm/+lpDkD4hvtRiYv6Uk+1YyEH9AzKilJPhbZ6gI/pQkf+sNFcErSfq3E7B/gZhRKwlFcCchEdzZimBskToLiOAuhotgHXcXEhHcNCgGkwUO9Z8ZLoKbJ8iImc9JyOgBIBkBa60+N1wE675+QAA3X5AcArsI4cZv/r4kyR8Q3+oLYP7WkexbXYH4A2JGrSPB315DRfAGkvztM1QEbyTp327A/gViRm0kFMHdhERwdyuCsUXqLiCCexgugnXcPUhEcMugGOwqcKjfbLgIvj9BRsxsISGjnkAyAtZabTFcBOu+7imAm+0kh8AeQrjxm78dJPkD4lttB+ZvJ8m+9SAQf0DMqJ0k+DtpqAjeS5K/U4aK4H0k/fsQsH+BmFH7CEXwQ0IiuJcVwdgi9RIQwb0NF8E67t4kIrh9UAw+KHCoP2i4CO6cICNmviUhoz5AMgLWWn1ruAjWfd1HADffkRwCewvhxm/+jpDkD4hv9R0wf0dJ9q2+QPwBMaOOkuAv0zYzRfBxkvxl3mamCD5B0r/9gP0LxIw6QSiC+wmJ4P5WBGOL1F9ABKcYLoJ13CkkIrhbUAz2FTjUnzRcBPdKkBEzp0jIaACQjIC1VqcMF8G6rwcI4OY0ySEwRQg3fvN3hmWSBOyV08D8/Uqybw0E4g+IGfUrCf4KGiqC/yDJXyFDRfA5kv4dBOxfIGbUOUIRPEhIBA+2IhhbpMECIniI4SJYxz2ERAT3C4rBgQKH+nQZzRbBgxNkxEz6jBxkNBRIRsBaq/QZzRbBuq+HCuAmU0aOQ+AQIdz4zV9mkvwB8a0yAfOXhWTfGgbEHxAzKgsJ/kobKoJzkOSvjKEiOCdJ/waA/QvEjELmL1IiOCAkgodbEYwt0nABETzCcBGs4x5BIoIDQTE4TOBQn8dwEfxIgoyYyUtCRiOBZASstcpruAjWfT1SADf5SA6BI4Rw4zd/V5DkD4hvlQ+Yv/wk+9YoIP6AmFH5SfBXw1ARfCVJ/moaKoKvIunfh4H9C8SMuopQBD8sJIIfsSIYW6RHBETwaMNFsI57NIkIfiwoBkcJHOqvMVwEP5MgI2auJSGjMUAyAtZaXWu4CNZ9PUYAN0VIDoGjhXDjN3/Xk+QPiG9VBJi/oiT71qNA/AExo4qS4O92Q0VwSZL8NTVUBJci6d/HgP0LxIwqRSiCHxMSwY9bEYwt0uMCIvgJw0WwjvsJEhE8NigGHxU41Jc1XAS/nCAjZsqRkNGTQDIC1lqVM1wE675+UgA35UkOgU8I4cZv/uJI8gfEtyoPzJ8i2beeAuIPiBmlSPDXxlARXIkkf20NFcGVSfr3aWD/AjGjKhOK4KeFRPAzVgRji/SMgAh+1nARrON+lkQEvx4Ug08JHOqrGS6CJyXIiJnqJGT0HJCMgLVW1Q0XwbqvnxPAzU0kh8BnhXDjN383k+QPiG91EzB/tUj2reeB+ANiRtUiwd9DhorgeiT562WoCK5P0r9jgf0LxIyqTyiCxwqJ4HFWBGOLNE5ABL9guAjWcb9AIoKnBMXg8wKH+lsNF8EfJMiImYYkZDQeSEbAWquGhotg3dfjBXDThOQQ+IIQbvzm7zaS/AHxrZoA83c7yb71IhB/QMyo20nwN9JQEXwHSf5GGSqC7yTp35eA/QvEjLqTUAS/JCSCX7YiGFuklwVE8CuGi2Ad9yskIvijoBh8UeBQf5fhInhugoyYuZuEjF4FkhGw1upuw0Ww7utXBXBzD8kh8BUh3PjN370k+QPiW90DzF8rkn3rNSD+gJhRrUjwN85QEdyGxQQ0VAS3Jenf14H9C8SMaksogl8XEsFvWBGMLdIbAiJ4guEiWMc9gUQELwyKwdcEDvUdDBfByxJkxExHEjJ6E0hGwFqrjoaLYN3XbwrgphPJIXCCEG785q8zSf6A+FadgPnrQrJvvQXEHxAzqgsJ/iYbKoK7k+RviqEiuAdJ/04E9i8QM6oHoQieKCSCJ1kRjC3SJAER/LbhIljH/TaJCF4ZFINvCRzqHzJcBK9NkBEzvUjI6B0gGQFrrXoZLoJ1X78jgJu+JIfAt4Vw4zd//Vg+Uwjslb7A/PUn2bcmA/EHxIzqT4K/eYaK4EEk+ZtvqAgeTNK/U4D9C8SMGkwogqcIieB3rQjGFuldARH8nuEiWMf9HokIXh8Ug5MFDvXDDBfBmxJkxEyAhIymAskIWGsVMFwE676eKoCbkSSHwPeEcOP778eS5A+IbzUSmL+HSfataUD8ATGjHibB3xpDRfCjJPlba6gIfoykf98H9i8QM+oxQhH8vpAI/sCKYGyRPhAQwdMNF8E67ukkInhbUAxOEzjUP2m4CN6TICNmniIhoxlAMgLWWj1luAjWfT1DADfPkhwCpwvhxve3nZPkD4hv9Swwf8+T7FsfAvEHxIx6ngR/Ow0VweNJ8rfLUBH8Ikn/fgTsXyBm1IuEIvgjIRE804pgbJFmCojgWYaLYB33LBIRfCAoBj8UONS/YrgIPpIgI2ZeJSGj2UAyAtZavWq4CNZ9PVsAN2+QHAJnCeHG92e1SfIHxLd6A5i/N0n2rY+B+ANiRr1Jgr/jhorgt0nyd8JQEfwOSf/OAfYvEDPqHUIRPEdIBM+1IhhbpLkCInie4SJYxz2PRAT/EBSDHwsc6t81XASfSpARM++RkNF8IBkBa63eM1wE676eL4Cb91k+UyiEG7/5+4Dl7eTAXnkfmL/pJPvWAiD+gJhR00nwl267mSJ4Jkn+0m83UwTPIunfhcD+BWJGzSIUwQuFRPAnVgRji/SJgAheZLgI1nEvIhHBZ4JicIHAoX6O4SL4XIKMmJlLQkaLgWQErLWaa7gI1n29WAA3C0gOgYuEcOP7cEWSPyC+1QJg/j4h2beWAPEHxIz6hAR/+QwVwUtJ8neFoSJ4GUn/LgX2LxAzahmhCF4qJIKXWRGMLdIyARG83HARrONeTiKC0yfGxCwRONR/argIzpooI2ZWkpDRCiAZAWutVhougnVfrxDAzWckh8DlQrjxm7/PSfIHxLf6DJi/NST71qdA/AExo9aQ4K+4oSJ4HUn+ShgqgteT9O9KYP8CMaPWE4rglUIieJUVwdgirRIQwasNF8E67tUkIjhnUAx+KnCo32C4CL48UUbMbCQho8+AZASstdpouAjWff2ZAG42kxwCVwvhxm/+tpDkD4hvtRmYv60k+9bnQPwBMaO2kuCviqEieCdJ/qoaKoJ3kfTvGmD/AjGjdhGK4DVCInitFcHYIq0VEMFfGC6CddxfkIjgAkEx+LnAoX6v4SK4cKKMmNlHQkZfAskIWGu1z3ARrPv6SwHcHCQ5BH4hhBu/+fuWJH9AfKuDwPwdItm31gHxB8SMOkSCv0aGiuCjJPlrbKgIPkbSv+uB/QvEjDpGKILXC4ngr6wIxhbpKwER/LXhIljH/TWJCI4NisF1Aof644aL4BKJMmLmBAkZbQCSEbDW6oThIlj39QYB3JwkOQR+LYQbv/k7xfLtssBeOQnM388k+9ZGIP6AmFE/k+CvlaEi+FeS/LU2VAT/RtK/3wD7F4gZ9RuhCP5GSARvsiIYW6RNAiJ4s+EiWMe9mUQElwmKwY0Ch/o/DBfBcYkyYuYcCRltAZIRsNbqnOEiWPf1FgHcpMvEcQjcLIQbv/lLT5I/IL6VGzN+85chE8e+tRWIPyBmVAYS/HU3VARnIclfD0NFcFaS/t0G7F8gZhQyf5ESwduERPB2K4KxRdouIIJ3GC6Cddw7SERwfFAMbhU41OfIZLYIrp4oI2ZykpDRTiAZAWutcmYyWwTrvt4pgJs8JIfAHUK48Zu/vCT5A+Jb5QHm7zKSfWsXEH9AzKjLSPA3zFARnJ8kfwFDRXABkv7dDexfIGZUAUIRvFtIBO+xIhhbpD0CIniv4SJYx72XRATfHBSDuwQO9VcaLoLrJ8qImatIyGgfkIyAtVZXGS6CdV/vE8DNNSSHwL1CuPGbv2tJ8gfEt7oGmL/rSPat/UD8ATGjrjOc7xoG+W6/wL5V1PC4mybK7NfFSPrlALBfgLVWxQzHTaNgIQ4I4EbfFxW3XltmF2YaBx+cC/5s4vy8zfmpr4PBWL514tH/TUjUJjjP0f8eeu6h4OPDruf+k/t/F3z+kYvc/zvX/Y8GHx9L47m3O8896jxXC/Dvg49/uMS1HA8+/8RF1nLctZYfg49/ushafnSt5WTw8ak0ntvUee5J57l6jT8HH//iaEA0NpcXv5AXNDZLGt6Ta4pfyCs67lIke/lp4F4OrLUqRWggNgHvw6E1hmp+JlirX4P/+214agy5nJ/ZYsJNRX1ldj2uDVqXgEkZl8m11myuNYfiye38e0bs61bM5sptjCvfMWnkLcb1+lmD/8vpPO6U1Cexb/tuXTo0SRqQVs0ypHHf9K5YM3me565j6N+yuP97iUMJ6F5/OjycccjrV+fnb87PPMH//R58fPYvyAxxINLNiL5vWYID5u8CZFZOiMzSg+MH1keVAxOQd3OWqP8ZHJnHSa7zV+A63Xn9w9lPzrkIsqDz073Zp3P9jpk0s7riCF1ucgm9ZijuEJFmwq6lgn6tjDHh18WINPT6HiJtltShV1IfD5F6J6bp04jVHaOOLws2vrjQWkNXaE2h18kek4qbrK51ZMOuQ4Vey7uObK51ZHU9Dv1bdteaQr/L4Vmvuxfc/20orzlcMdMcRnQgfziHjnPOz/N6cxght/4zAgRc3vAJlo77vEDccSQHD2B9VBzBIfNXgVpXJMC43jfQ940nwTiwPirecIwnZrjgWKNrXcXwuJcG3dDTAnFXJXFD043A5RJYa4XMn9ek0THrc5H3nKSv9MF/yzDi0iYlGYPPzzTiryclGUekPjdz8HGWERfu6z7Mhy40vtOPiDF+38k8Anrf5PgK8XG6r1Fxu4Vd1hGpj0MC4b8otLO44ghdbndai6h8zv/v0bNPl+QBTft269YluUtSx6Y9+yS5U5bWO4DT0rFuczhjGmmkM4el1ufGIHKtf5VTvxyTbcS/vlec514qUpOtbCNk9o/srtrZt8b7vKcuUvYR+PvmGIEDv1TcOSK8CcT5u8JyGufz8h6e0MKvTvAFbgzg7re6aExM+YBsvXzeW3l/4c5vTgdruVyYy+TCSei5ekM7H/NnDKVzPU7vPCf9RZ6T7i/u81eHEbFNKxScTsAiV7C5RoTb++4FoV47J3ATyn2Re1WtktQ+uUp8xXZx8cntg/epnJxUsV2Faiq5asXg7SvGq/btkuI6xrevUjm+ctXkKhF7b0luIQbOYxkYW6Q8Agyc13AG1nHnFWJg9PE7l7NW9H1rGPphkT99swMQS5cB7bIaYItLb2J6fXWce6IxHzoVoXF0k+EWcej0ho77ZjMt4j9JbuRBJBfwXrVIPqwGxLcCYkZJ5Q/dJ5cT2keXCx1e89nDK7ZI+QQOr1cYfnjVcV8RocNrnL/rf363xFojNX/L5WMjSA6/Imb35HfyXeAf2D1108id1+6pG/P3dk9a9/lbu8f0N+Old5KZzpW4Aq4TeuiC/8liXByqAHAzK4hrhuRQPgsKKh6dx1wj8Ceaema98etPpyQdd36BuOsTvOGtgEDcDQxVKl6CQe4b9YBfq3ELidID4lsBMaNuidAbLn1/hyOQawrhFJiI+NC9VmiEzB6GrLWEi1hzGD7uJgQu4k0Ccd9G8kbTK4H9CKy1us1w3Oh+uU0ANwkE/XK7QNyJJP1yFbBfgLVWiQT90loAN80I+uU+gbibk/TL1cB+AdZaNSfol24CuGlB0C/dBeJuSdIvhYH9Aqy1aknQL4MFcNOKoF+GCMTdmqRfrgH2C7DWqjVBvzwhgJs2BP3ypEDcbUn65VpgvwBrrdoS9MurArjpQNAvrwnE3ZGkX64D9guw1qojQb9ME8BNJ4J+eV8g7s4k/RIL7BdgrVVngn5ZKICbrgT98olA3N1I+qUIsF+AtVbdCPplrQBuehL0yxcCcT9I0i/XA/sFWGv1IEG/7BDATW+CftkpEHcfkn4pCuwXYK1VH4J+OSaAm/4E/fK9QNwpJP1SDNgvwFqrFIJ+OSuAm0EE/fKHQNyDSfqlOLBfgLVWgwn6JWcAj5thBP2SSyDuAEm/lAD2C7DWKkDQL4UDeNyMJOiXawTiHkXSLyWB/QKstRpF0C/lAnjcjCbolxsE4h5D0i+lgP0CrLVC5k9/6Dk5mLi8zv30Zxj0+7L1e031++f0e4L0+xz07FbPo7THrn1D7YVofafPrJqH9d6i8+W+0LgpjauH6Ld5lAHiRtenU4bUz6HpHJQRznPZEbh7RerbSMoCseFebzlXru23kfi8py6STij6vjcAASsV9w0j4DUS+zYSibXaL7S9cMWkcaHW7M7vjU4Ny7tq+VffcFLE9d/91TecFIn5+284Ses+/4lvONHJjHUlrvyIP++8Jn/DSXngBhk3Ap/fuH+QT7/rVsBTmaHfdyf2jSE3jsDf93GCuMsLxP0EwZ+CUwJxP0nyDSdAXCpgrZVU/tB1rkCoHisIqceKrsOXVY8+76mLVFFAPcYbrh513PFE6lFirVY9Xrhi0rhQa3bnt5JTw8pWPf77K5SoSh71WJlMPVYGbpBVBNRjlQiox6pWPf5rFVVJQE08SxB3ZYG4nyNQj1UF4n6eRD0CcamAtVbI/GnS75Qh5k8Xuj5obFYeYf4aqwmsMc2F+m3I6kBCZAVUdQJA1UCvEb1A7S3XEGCM8SSMUQ14uq4JbMrxBCeNmgK4uQnYMHpjSybc2JA5kFrjzVJMmR4MKLcU9/0HwYANLlEUqaasDS62RNzpBeJ+yfBNWDdhLYG4XyZ5i3AdYD8Ca61eBss9QRL7/4MqNDbRe4bEGuuMED6d+/4u8WDhMws0+GuGN3hScnJc+44d1NLiuJjrAjcLZP4iNWUHxh82Za83IvWxnbL7vKcuUr0R+PvWB8pcqbjrj4DXSPSPCSFz2mCEXFOA8pkcXyE+Drkh3zLCXEKT+BBj7QCeyN8g+BBjHYG4J5AolFuBfQ2stZpA0C+JATxuJhL0yx0CcU8i6ZeGwH4B1lpNIuiXtgE8biYT9Es7gbinkPRLI2C/AGutphD0y4MBPG6mEvTLQwJxTyPpl8bAfgHWWk0j6JdAAI+b6QT9Mlwg7hkk/dIE2C/AWqsZBP3yTACPm5kE/fKsQNyzSPrlNmC/AGutZhH0y4QAHjdzCPrlTYG455L0y+3AfgHWWs0l6JcZATxuFhD0y4cCcS8k6ZemwH4B1lotJOiXJQE8bhYT9MtSgbiXkPRLArBfgLVWSwj6ZX0Aj5vlBP3ylUDcK0j6JRHYL8BaqxUE/bIngMfNKoJ+2SsQ92qSfrkD2C/AWqvVBP1yIoDHzRqCfvlRIO61JP1yJ7BfgLVWawn6JWY4HjfrCPolnUDc60n6pRmwX4C1VusJ+iWvAG42EPTLZQJxbyTpl+bAfgHWWm0k6JdYAdxsJuiXIgJxbyHpl7uA/QKstdpC0C9xArjZTtAvSiDuHST9cjewX4C1Vsj86W+a7Oz6o0T6Mwz6fdn6vab6/XP6PUH6fQ56dqvnUdpj176h9kK0vtNnVs3Dem/R+XJfaNy0wNVD9GuZWwJxo+vTxfVHiXQOWgrn+Z4RuHtF6gOv9wCx4V7vva5c2w+8+rynLpJOKPq+rYCAlYq71Qh4jcS+XkVirfZrpS9cMWlcqDW789vaqeF9rlrar5W+xCuUKJ3MWFfi7hvx91+DHOfvgn6t9H3ADfL+Efj83v8P8ul33W2Ap7Jo+1rp1iPw991NEPd9AnHvIfiyxzYCce8l+ZJQIC4VsNZKKn/oOrclVI9thdRjO9fhy6pHn/fURWonoB7bG64eddztidSjxFqterxwxaRxodbszm8Hp4YdrXr891coUR086rEjmXrsCNwgkwTUY1IE1GOyVY//WkV1EFATBwni7igQ97cE6jFZIO5DJOoRiEsFrLVC5k+TfhfCP7XQcYT5a+wksMY0F+q3ITsDCZEVUJ0JANUFvUb0ArW33EWAMY6SMEYn4On6AWBTHiU4aTwggJuuwIbRG1tnwo0NmQOpNXYzfWPTX/N9iwBAvzd/Y/vf14fXB25s3YEbm1T+0oPrjPxjVj2A+ZPoFanNvCd4k5CIu7tA3McNJ2+9efcQiPsEyVvLHwT2I7DW6gTYJhA8/Ij9MSv0niGxxgcF1pjmQv0C/aFLOQRUuei9VKTeDfAQeEYRunqNSH1s3w3g8566SL1G4O/bG3hqlYq79wh4jS76lqA4f1dYTuN8XpF4J0CxYdh3AlQYjs9p4wxCDHCp61QX/2d3rfo4uO3rwu9fvatgYMyf8eh9V8HAmL9/V0Fa9/nbdxVcchL+JkWh4PqMSF1geicRKZ7FoV4zBGQ0o58k+NRqBYFPrZ4i8ZMbZ8CduPoAyfBnEmnWFyjN3L3id12/kOAP2CcKiBn1C8n7p/sRKqZ+Qoqpv1VM2CL1F1BMKYYrJh13ipBikvCDJdb6d6rJb928qsn3V4IKqaZLIve/UTYxaVyoe7trNcDBw0DTVRPDe7EHeBSYTuqAmPDL5PdiDwRutoMuibWTL3qF8jnoH+TT77oHA3Nw6v/qhP4PNpdLPln+zWlQ43DACPyJ9XeC92IPFIj7LME7pAYLxP0HiRIF4lIBa63+IMCNxD7RSMiyRq9zyAiOdQ4FOlX6QPmA63vGdA6GjoiJkVz/MCCPR8rpGCbkdASs04EtUkDA6RhuuNOh4x4u5HSELsmcxvm8vC6HEGYj9insEU4tR/4D5V8k5s818ir/IjFCn8JGJyEUnE5ArCvYkSNi/nShrawRwCYfSXKSGEXIxKOEmPhhy8TYIj0swMSPGM7EOu5HyJj4EcvE7iuMiUc7tRwTrUw82sPEYyLAxKOBTT4GCG5d5AcIP9WHzIHUGh8VOjHBj0yPAc0XVkA9RgCox9FrRC9Q643HBdzWdJk5XPpHgbv8E8CmROZPN3gyYYM/QdDgT0oxBnps/RQQnE2A46jbSN4Y+TShSfG0kEnxjOv4bU0Kn/fURXpGwKR41nCTQsf9LJlJ8SyfSaEk7+1e/3NOLZ+PVpPiOY9J8XwETIrngE3+/AgZ0KGZeCwhE48VYuJxlomxRRonwMQvGM7EOu4XyJj4BcvEYfd2r3+8U8sXo5WJx3uY+MUIMPF4YJO/aN1dBcyB2BpfElhjmgv1C6iXLaDUywSAesX0cYHWG68IjAsykIwLXgLu8q8CmzKDHReoVwka/DUpxkCPC14HgjMBOC5IJBkXvEFoUrwhZFJMcB2/rUnh8566SBMETIo3DTcpdNxvkpkUb/KZFBUE7x1mUrzl1HJitJoUb3lMiokRMCneAjb5xBEyoEMz8SRCJp4kxMRvWybGFultASZ+x3Am1nG/Q8bE71gmdl9hTDzZqeWUaGXiyR4mnhIBJp4MbPIpQCZmdXeBORBb47sCa0xzoX4B9R7Q/GEF1HsEgJpq+rhA642pAuOCTCTjgneBu/w0YFNmsuMCNY2gwd+XYgz0uOADIDibAccFzUnGBdMJTYrpQibFDNfx25oUPu+pizRDwKT40HCTQsf9IZlJ8SGfSVFR8N5hJsVHTi1nRqtJ8ZHHpJgZAZPiI2CTzxwhAzo0E88iZOJZQkw82zIxtkizBZj4Y8OZWMf9MRkTf2yZ2H2FMfEcp5Zzo5WJ53iYeG4EmHgOsMnnApmY1d0F5kBsjfME1pjmQv0Caj7Q/GEF1HwCQC0wfVyg9cYCgXFBFpJxwTzgLr8Q2JRZ7LhALSRo8E+kGAM9LlgEBGcL4LigJcm4YDGhSbFYyKRY4jp+W5PC5z11kZYImBRLDTcpdNxLyUyKpXwmRbzgvcNMimVOLZdHq0mxzGNSLI+ASbEM2OTLR8iADs3EKwiZeIUQE39qmRhbpE8FmHil4Uys415JxsQrLRO7rzAmXuXUcnW0MvEqDxOvjgATrwI2+WogE7O6u8AciK3xM4E1prlQv4D6HGj+sALqcwJArTF9XKD1xhqBcUE2knHBZ8Bdfi2wKbPZcYFaS9DgX0gxBnpc8CUQnK2A44LWJOOCdYQmxTohk2K96/htTQqf99RFWi9gUnxluEmh4/6KzKT4is+kqCR47zCT4munlhui1aT42mNSbIiASfE1sMk3jJABHZqJNxIy8UYhJv7GMjG2SN8IMPEmw5lYx72JjIk3WSZ2X2FMvNmp5ZZoZeLNHibeEgEm3gxs8i1AJmZ1d4E5EFvjVoE1prlQv4DaBjR/WAG1jQBQ200fF2i9sV1gXJCDZFywFbjL7wA2ZQ47LlA7CBp8pxRjoMcFu4DgbAMcF7QlGRfsJjQpdguZFHtcx29rUvi8py7SHgGTYq/hJoWOey+ZSbGXz6SoLHjvMJNin1PL/dFqUuzzmBT7I2BS7AM2+f4RMqBDM/EBQiY+IMTEBy0TY4t0UICJvzWciXXc35Ix8beWid1XGBMfcmp5OFqZ+JCHiQ9HgIkPAZv8MJCJWd1dYA7E1vidwBrTXKhfQB0Bmj+sgDpCAKijpo8LtN44KjAuyEUyLvgOuMsfAzZlLjsuUMcIGvx7KcZAjwt+AIKzA3Bc0JFkXHCc0KQ4LmRSnHAdv61J4fOeukgnBEyKHw03KXTcP5KZFD/ymRRVBO8dZlL85NTyZLSaFD95TIqTETApfgI2+ckRMqBDM/EpQiY+JcTEP1smxhbpZwEm/sVwJtZx/0LGxL9YJnZfYUx82qnlmWhl4tMeJj4TASY+DWzyM0AmZnV3gTkQW+OvAmtMc6F+AfUb0PxhBdRvBID63fRxgdYbvwuMC/KQjAt+Be7yZ4FNmceOC9RZggb/Q4ox0OOCc0BwdgKOCzqTjAvOE5oU54VMipiRqQ+tSeHznrpIOqHo+6YbabZJoeNONxJeI1GTwp3TOJ9XhEyKqoL3DjMp0ju1zOCqaVSZFDoBsa5g3YnwLij02n4bMz2wyTOMlAEdmokzImOOiQwTZxwpw8SZLBNji5RJgIkzG87EOu7MZEyc2TKx+wpj4ixOLbNGKxNn8TBx1ggwcRZgk2cFMjGruwvMgdgaswmsMc2F+gVU9pFAtiAFVHYCQOVArxG9QK03cozEA/QyknFBNuAunxPYlJfZcYHKSdDguaQYAz0uyA0EZ1fguKAbybggD6FJkUfIpMhrTQpskfIKmBSXGW5S6LgvIzMpLuMzKaoJ3jvMpLjcqWW+aDUpLveYFPkiYFJcDmzyfCNlQIdm4isImfgKISbOb5kYW6T8AkxcwHAm1nEXIGPiApaJ3VcYExd0alkoWpm4oIeJC0WAiQsCm7wQkIlZ3V1gDsTWeCXLuOAqOy5QVxEA6mrTxwVab1wtMC7IRzIuuBK4yxcGNmU+Oy5QhQka/BqWccG1QHD2BI4LHiQZF1xHaFJcJ2RSxFqTAlukWAGToojhJoWOuwiZSVGEz6RoJ3jvMJPieqeWRaPVpLjeY1IUjYBJcT2wyYuOlAEdmomLETJxMSEmLm6ZGFuk4gJMXMJwJtZxlyBj4hKWid1XGBOXdGpZKlqZuKSHiUtFgIlLApu8FJCJWd1dYA7E1liaZVxQxo4LVBkCQJU1fVyg9UZZgXFBfpJxQWngLl8O2JT57bhAlSNo8BtYxgU3AsHZGzgu6EMyLihPaFKUFzIp4qxJgS1SnIBJoQw3KXTcisykUHwmRXvBe4eZFBWcWlaMVpOigsekqBgBk6ICsMkrjpQBHZqJ4wmZOF6IiStZJsYWqZIAE1c2nIl13JXJmLiyZWL3FcbEVZxaVo1WJq7iYeKqEWDiKsAmrwpkYlZ3F5gDsTVWYxkXVLfjAlWdAFA1TB8XaL1RQ2BcUJBkXFANuMvXBDZlQTsuUDUJGvwmlnHBzUBw9geOC1JIxgW1CE2KWkImRW1rUoCLJGBS1DHcpNBx1yEzKerwmRQdBO8dZlLUdWpZL1pNiroek6JeBEyKusAmrzdSBnRoJq5PyMT1hZi4gWVibJEaCDDxLYYzsY77FjImvsUysfsKY+JbnVo2jFYmvtXDxA0jwMS3Apu8IZCJWd1dYA7E1tiIZVzQ2I4LVGMCQDUxfVyg9UYTgXHBlSTjgkbAXf42YFNeaccF6jaCBr+dZVzQFAjOQcBxwWCScUECoUmRIGRSJFqTAlukRAGT4g7DTQod9x1kJsUdfCZFR8F7h5kUdzq1bBatJsWdHpOiWQRMijuBTd5spAzo0EzcnJCJmwsx8V2WibFFukuAie82nIl13HeTMfHdlondVxgTt3Bq2TJambiFh4lbRoCJWwCbvCWQiVndXWAOxNZ4D8u44F47LlD3EgCqlenjAq03WgmMC64mGRfcA9zlWwOb8mo7LlCtCRr8PpZxwf1AcA4DjgsCJOOCNoQmRRshk6KtNSmwRWorYFK0M9yk0HG3IzMp2vGZFEmC9w4zKdo7tewQrSZFe49J0SECJkV7YJN3GCkDOjQTdyRk4o5CTJxkmRhbpCQBJk42nIl13MlkTJxsmdh9hTFxJ6eWnaOViTt5mLhzBJi4E7DJOwOZmNXdBeZAbI1dWMYFD9hxgXqAAFBdTR8XaL3RVWBccA3JuKALcJfvBmzKa+y4QHUjaPDuLOOCHkBwjgSOC0aRjAt6EpoUPYVMigetSYEt0oMCJsVDhpsUOu6HyEyKh/hMimTBe4eZFL2cWvaOVpOil8ek6B0Bk6IXsMl7j5QBHZqJ+xAycR8hJu5rmRhbpL4CTNzPcCbWcfcjY+J+londVxgT93dqmRKtTNzfw8QpEWDi/sAmTwEyMau7C8yB2BoHsIwLBtpxgRpIAKhBpo8LtN4YJDAuuI5kXDAAuMsPBjbldXZcoAYTNPgQlnHBUCA4RwPHBWMyRWaj8Ju/YcD83QTM383Ae0nmL/Dfz5/ouGq40EaDXucIYJ21xu2aIVXa6RyM8Eg/9PpHEpqRI4XMyFHWjMQWaZSAGfmw4WakjvthMjPyYT4zMk7w3mFm5CNOLUdHqxn5iMeMHB0BM/IRYJOPJjlJjCFk4jFCTPyoZWJskR4VYOLHDGdiHfdjZEz8mGVi9xXGxI87tXwiWpn4cQ8TPxEBJn4c2ORPAMGti9yV0OR9YqT5a3ySZSz4FHgsyAiopwgA9bTpY0GtN54WGAsWIRkLPgnc5Z8BNmUR8FiwM2GDP0PQ4M+yjAWfA4LzDeBYZgLJWOZ5QpPieSGTYqw1KbBFGitgUowz3KTQcY8jMynG8ZkUSvLe7vW/4NRyfLSaFC94TIrxETApXgA2+fiRMqBDM/GLhEz8ohATv2SZGFuklwSY+GXDmVjH/TIZE79smTjs3u71v+LU8tVoZeJXPEz8agSY+BVgk79q3V0FzIHYGl9jGRe8bgGlXicA1Bumjwu03nhDYFxQlGRc8Bpwl58AbMqidlygJhA0+Jss44K3gOCcCBwXTCIZF0wkNCkmCpkUk6xJgS3SJAGT4m3DTQod99tkJsXbfCZFBcF7h5kU7zi1nBytJsU7HpNicgRMineATT55pAzo0Ew8hZCJpwgx8buWibFFeleAid8znIl13O+RMfF7londVxgTT3VqOS1amXiqh4mnRYCJpwKbfBqQiVndXWAOxNb4Psu44AM7LlAfEABquunjAq03pguMC4qTjAveB+7yM4BNWdyOC9QMggb/kGVc8BEQnJOB44IpJOOCmYQmxUwhk2KWNSmwRZolYFLMNtyk0HHPJjMpZvOZFBUF7x1mUnzs1HJOtJoUH3tMijkRMCk+Bjb5nJEyoEMz8VxCJp4rxMTzLBNjizRPgInnG87EOu75ZEw83zKx+wpj4gVOLRdGKxMv8DDxwggw8QJgky8EMjGruwvMgdgaP2EZFyyy4wK1iABQi00fF2i9sVhgXFCSZFzwCXCXXwJsypJ2XKCWEDT4UpZxwTIgOKcCxwXTSMYFywlNiuVCJsUKa1Jgi7RCwKT41HCTQsf9KZlJ8SmfSREveO8wk2KlU8tV0WpSrPSYFKsiYFKsBDb5qpEyoEMz8WpCJl4txMSfWSbGFukzASb+3HAm1nF/TsbEn1smdl9hTLzGqeXaaGXiNR4mXhsBJl4DbPK1QCZmdXeBORBb4xcs44Iv7bhAfUkAqHWmjwu03lgnMC4oTTIu+AK4y68HNmVpOy5Q6wka/CuWccHXQHBOB44LZpCMCzYQmhQbhEyKjdakwBZpo4BJ8Y3hJoWO+xsyk+IbPpOikuC9w0yKTU4tN0erSbHJY1JsjoBJsQnY5JtHyoAOzcRbCJl4ixATb7VMjC3SVgEm3mY4E+u4t5Ex8TbLxO4rjIm3O7XcEa1MvN3DxDsiwMTbgU2+A8jErO4uMAdia9zJMi7YZccFahcBoHabPi7QemO3wLigLMm4YCdwl98DbMqydlyg9hA0+F6WccE+IDhnAscFs0jGBfsJTYr9QibFAWtSYIt0QMCkOGi4SaHjPkhmUhzkMykqC947zKT41qnloWg1Kb71mBSHImBSfAts8kMjZUCHZuLDhEx8WIiJv7NMjC3SdwJMfMRwJtZxHyFj4iOWid1XGBMfdWp5LFqZ+KiHiY9FgImPApv8GJCJWd1dYA7E1vg9y7jgBzsuUD8QAOq46eMCrTeOC4wLbiAZF3wP3OVPAJvyBjsuUCcIGvxHlnHBT0BwzgGOC+aSjAtOEpoUJ4VMilPWpMAW6ZSASfGz4SaFjvtnMpPiZz6ToorgvcNMil+cWp6OVpPiF49JcToCJsUvwCY/PVIGdGgmPkPIxGeEmPhXy8TYIv0qwMS/Gc7EOu7fyJj4N8vE7iuMiX93ank2Wpn4dw8Tn40AE/8ObPKzQCZmdXeBORBb4x8s44JzdlygzhEA6rzp4wKtN84LjAvKk4wL/kAe5Ubh1lXejgsUMJ9ia0wnsMY0ge4XnOmB4FwAHBcsJBkXZBjFZ1JkAILTvd6Mo1yPnZ/WpPiX99RF0glF3zcTELBScWcaBa+RqEmRCdhQETIpqgreO8ykyOzUMourplFlUugExLqCdSfCu6DQa/ttzMzAJs8ySgZ0aCbOSsjEWYWYOJtlYmyRsgkwcXbDmVjHnZ2MibNbJnZfYUycw6llzmhl4hweJs4ZASbOAWzynEAmZnV3gTkQW2MuKfMHfWTKDTR/WAGVmwBQedBrRC9Q6408o/AAVSTjglzAXT4vsCmVHReovAQNfhnLuOByIDgXA8cFS0jGBfkITYp8QibFFdakwBbpCgGTIr/hJoWOOz+ZSZGfz6SoJnjvMJOigFPLgtFqUhTwmBQFI2BSFAA2ecFRMqBDM3EhQiYuJMTEV1omxhbpSgEmvspwJtZxX0XGxFdZJnZfYUx8tVPLwtHKxFd7mLhwBJj4amCTFwYyMau7C8yB2BqvYRkXXGvHBepaAkBdZ/q4QOuN6wTGBRVJxgXXAHf5WGBTVrTjAhVL0OBFWMYF1wPBuRw4LlhBMi4oSmhSFBUyKYpZkwJbpGICJkVxw00KHXdxMpOiOJ9J0U7w3mEmRQmnliWj1aQo4TEpSkbApCgBbPKSo2RAh2biUoRMXEqIiUtbJsYWqbQAE5cxnIl13GXImLiMZWL3FcbEZZ1alotWJi7rYeJyEWDissAmLwdkYlZ3F5gDsTXewDIuuNGOC9SNBIAqb/q4QOuN8gLjgkok44IbgLt8HLApK9lxgYojaHDFMi6oAATnKuC4YDXJuKAioUlRUcikiLcmBbZI8QImRSXDTQoddyUyk6ISn0nRXvDeYSZFZaeWVaLVpKjsMSmqRMCkqAxs8iqjZECHZuKqhExcVYiJq1kmxhapmgATVzeciXXc1cmYuLplYvcVxsQ1nFrWjFYmruFh4poRYOIawCavCWRiVncXmAOxNd7EMi642Y4L1M0EgKpl+rhA641aAuOCKiTjgpuAu3xtYFNWseMCVZugweuwjAvqAsG5BjguWEsyLqhHaFLUEzIp6luTAluk+gImRQPDTQoddwMyk6IBn0nRQfDeYSbFLU4tb41Wk+IWj0lxawRMiluATX7rKBnQoZm4ISETNxRi4kaWibFFaiTAxI0NZ2Idd2MyJm5smdh9hTFxE6eWt0UrEzfxMPFtEWDiJsAmvw3IxKzuLjAHYmu8nWVc0NSOC1RTAkAlmD4u0HojQWBcUI1kXHA7cJdPBDZlNTsuUIkEDX4Hy7jgTiA41wHHBetJxgXNCE2KZkImRXNrUmCL1FzApLjLcJNCx30XmUlxF59J0VHw3mEmxd1OLVtEq0lxt8ekaBEBk+JuYJO3GCUDOjQTtyRk4pZCTHyPZWJske4RYOJ7DWdiHfe9ZEx8r2Vi9xXGxK2cWraOViZu5WHi1hFg4lbAJm8NZGJWdxeYA7E13scyLrjfjgvU/QSAamP6uEDrjTYC44IaJOOC+4C7fFtgU9aw4wLVlqDB27GMC9oDwbkBOC7YSDIu6EBoUnQQMik6WpMCW6SOAiZFkuEmhY47icykSOIzKZIE7x1mUiQ7tewUrSZFssek6BQBkyIZ2OSdRsmADs3EnQmZuLMQE3exTIwtUhcBJn7AcCbWcT9AxsQPWCZ2X2FM3NWpZbdoZeKuHibuFgEm7gps8m5AJmZ1d4E5EFtjd5ZxQQ87LlA9CADV0/RxgdYbPQXGBTeRjAu6A3f5B4FNeZMdF6gHCRr8IZZxQS8gODcDxwVbSMYFvQlNit5CJkUfa1Jgi9RHwKToa7hJoePuS2ZS9OUzKZIF7x1mUvRzatk/Wk2Kfh6Ton8ETIp+wCbvP0oGdGgmTiFk4hQhJh5gmRhbpAECTDzQcCbWcQ8kY+KBlondVxgTD3JqOThamXiQh4kHR4CJBwGbfDCQiVndXWAOxNY4hGVcMNSOC9RQAkANM31coPXGMIFxQS2SccEQ4C4fADZlLTsuUAGCBh/OMi4YAQTnduC4YEemyGwUfvM3Epi/k8D8nQLmTzdHZlfu7gw+OBf82cz52dz5qa9RwXw87BCH/m9Cx+8WznP0v4ee+0jw8WjXc//J/ccEn//oRe4/xnX/x4KPH0/juXc5z33Mea7eCJ8IPn7yEtfyVPD5T19kLU+51vJM8PGzF1nLM661PBd8/Hwaz73bee5zznP1GscGH49zZA96E4srdSEv6ENAHfAhAB131VIX8oqOu25mjj3tBeCeBqy1qms4blpmuLCnoXHTwPC4bwz2ywsCcd9CIhZab8Xdy11r3391giR/9wPzdwswfw1J9uvxwP0aiBmFzF+kBnjAXIYN8F60AzxskV4UGOC9ZPgAT8f9kvAAD725dzKUHG8nIcfOhpJjUxJyfBlIjkDMqKaE5PiyEDm+YskRW6RXBMjxVcPJUcf9qhA5oteaP+ECkaMV82ujojPuO4QdEr/r07h8TSDuO0kOMa8CSfgO4CGmGckh5nVg/oCYUc1I8NfXUBHSgiR//QwVIS1J+vcNYP8CMaNaEoqQN4REyAQrQrBFmiAgQt40XITouN8kESGFg4fx1wUOpa0MH1denyBzGG9NQkZvAckIWGvV2nARp/v6LQHctCE5BL4phBvf397N8jYBYK+0AeavHcm+NRGIPyBmVDsS/I02VAQnkeRvjKEiOJmkfycB+xeIGZVMKIInCYngt60IxhbpbQER/I7hIljH/Q6JCC4RFIMTBQ71XQwXweUSZMTMAyRkNBlIRsBaqwcMF8G6rycL4KY7ySHwHSHc+P6iWJL8AfGtugPz15Nk35oCxB8QM6onCf5eMlQE9ybJ38uGiuA+JP37LrB/gZhRfQhF8LtCIvg9K4KxRXpPQARPNVwE67inkojguKAYnCJwqO9vuAiunCAjZlJIyGgakIyAtVYphotg3dfTBHAziOQQOFUIN76/T48kf0B8q0HA/A0h2bfeB+IPiBk1hKV/DRXBw0nyN81QETyCpH8/APYvEDNqBKEI/kBIBE+3IhhbpOkCIniG4SJYxz2DRARXD4rB9wUO9Q8bLoJrJ8iImUdIyOhDIBkBa60eMVwE677+UAA3j5IcAmcI4cZv/h4jyR8Q3+pRYP4eJ9m3PgLiD4gZ9TgJ/j4xVAQ/TZK/RYaK4GdI+ncmsH+BmFHPEIrgmUIieJYVwdgizRIQwbMNF8E67tkkIrh+UAx+JHCof95wEdw4QUbMjCUho4+BZASstRpruAjWff2xAG7GkxwCZwvhxm/+XiTJHxDfajwwfy+R7FtzgPgDYka9RIK/dYaK4NdI8rfeUBH8Okn/zgX2LxAz6nVCETxXSATPsyIYW6R5AiJ4vuEiWMc9n0QENw2KwTkCh/o3DRfBzRNkxMxbJGS0AEhGwFqrtwwXwbqvFwjg5m2SQ+B8Idz4/qw2Sf6A+FZvA/M3mWTfWgjEHxAzajIJ/vYaKoKnkuRvn6EieBpJ/34C7F8gZtQ0QhH8iZAIXmRFMLZIiwRE8GLDRbCOezGJCG4ZFIMLBQ710w0XwfcnyIiZGSRktARIRsBaqxmGi2Dd10sEcDOT5BC4WAg3fvM3i+Xt5MBemQnM32ySfWspEH9AzKjZJPg7aagInkeSv1OGiuD5JP27DNi/QMyo+YQieJmQCF5uRTC2SMsFRPAKw0WwjnsFiQhuHxSDSwUO9Z8YLoI7J8iImUUkZPQpkIyAtVaLDBfBuq8/FcDNUpJD4Aoh3Pg+XLF8phDYK0uB+VtOsm+tBOIPiBm1nAR/mbaZKYJXkeQv8zYzRfBqkv5dBexfIGbUakIRvEpIBK+2IhhbpNUCIvgzw0WwjvszEhHcLSgGVwoc6tcYLoJ7JciImbUkZPQ5kIyAtVZrDRfBuq8/F8DNOpJD4GdCuPGbv/Uk+QPiW60D5u8rkn1rDRB/QMyor0jwV9BQEfwNSf4KGSqCN5H071pg/wIxozYRiuC1QiL4CyuCsUX6QkAEf2m4CNZxf0kigvsFxeAagUP9VsNF8OAEGTGzjYSM1gHJCFhrtc1wEaz7ep0AbnaSHAK/FMKN3/ztIskfEN9qJzB/u0n2rfVA/AExo3aT4K+0oSJ4P0n+yhgqgg+Q9O9XwP4FYkYdIBTBXwmJ4K+tCMYW6WsBEbzBcBGs495AIoIDQTG4XuBQf8hwEfxIgoyYOUxCRhuBZASstTpsuAjWfb1RADdHSQ6BG4Rw4zd/x0jyB8S3OgrM3/ck+9Y3QPwBMaO+J8FfDUNF8I8k+atpqAj+iaR/NwH7F4gZ9ROhCN4kJII3WxGMLdJmARG8xXARrOPeQiKCHwuKwW8EDvU/Gy6Cn0mQETO/kJDRViAZAWutfjFcBOu+3iqAm19JDoFbhHDjN3+/keQPiG/1KzB/v5PsW9uA+ANiRv1Ogr/bDRXB50ny19RQERyThaN/twP7F4gZhcxfpETwdiERvMOKYGyRdgiI4J2Gi2Ad904SETw2KAa3CRzqM2QxWwS/nCAjZjKSkNEuIBkBa60yZjFbBOu+3iWAmyxZOA6BO4Vw4zd/WUnyB8S3ygLMXzaSfWs3EH9AzKhsJPhrY6gIzkWSv7aGiuDcJP27B9i/QMyo3IQieI+QCN5rRTC2SHsFRPA+w0WwjnsfiQh+PSgGdwsc6i8zXARPSpARM5eTkNF+IBkBa60uN1wE677eL4Cb/CSHwH1CuPGbvwIk+QPiW+UH5q8gyb51AIg/IGZUQRL8PWSoCL6aJH+9DBXBhUn69yCwf4GYUYUJRfBBIRH8rRXB2CJ9KyCCDxkugnXch0hE8JSgGDwgcKi/znAR/EGCjJiJJSGjw0AyAtZaxRougnVfHxbATVGSQ+AhIdz4zV8xkvwB8a2KAvNXnGTf+g6IPyBmVHES/I00VASXJsnfKENFcBmS/j0C7F8gZlQZQhF8REgEH7UiGFukowIi+JjhIljHfYxEBH8UFIPfCRzqbzBcBM9NkBEzN5KQ0fdAMgLWWt1ouAjWff29AG4UySHwmBBu/OavAkn+gPhWCpi/iiT71g9A/AExoyqS4G+coSK4Ckn+XjBUBFcl6d/jwP4FYkZVJRTBx4VE8AkrgrFFOiEggn80XATruH8kEcELg2LwB4FDfQ3DRfCyBBkxU5OEjH4CkhGw1qqm4SJY9/VPAripRXII/FEIN37zV5skf0B8q1rA/NUh2bdOAvEHxIyqQ4K/yYaK4AYk+ZtiqAi+haR/T/0/9t4E3qbq/R+/5jnKPA+Zh9zFNUuSMrtXyDy710zmOco8UySkiaJMlQohlWigqJQpUZQkVAiZ/md97fNrn91Nw3k/+7/en7P269Xrns+n077reZ73s97r/X72ORfYv0DMqPsIRfA5IRF83opgbJHOC4jg3wwXwTru30hE8PaAGDwrcKivZ7gI3hkrI2bqk5DRBSAZAWut6hsugnVfXxDATSOSQ+BvQrgJN3+NSfIHxLdqBMxfLMm+dRGIPyBmVCwJ/jYYKoKbkuTvTUNFcDOS/r0E7F8gZlQzQhF8SUgE/25FMLZIvwuI4MuGi2Ad92USEbw7IAYvChzqWxgugr+MlREzLUnI6AqQjIC1Vi0NF8G6r68I4KYNySHwshBuws1fW5L8AfGt2gDz145k37oKxB8QM6odCf52GCqCO5Hkb6ehIrgzSf9eA/YvEDOqM6EIviYkgq9bEYwt0nUBERw1wWwRrOPWawTXSGStBwJi8KrAoT7ecBF8JFZGzCSQkFGSCbhcAmutEgwXwbqvde7Q9+1BcgiMEsJNuPnrSZI/IL5VD2D+epHsW0mB+ANiRvUiwd8hQ0VwP5L8fW2oCH6QpH+TAfsXiBn1IKEIBuYyRAQnd2kXK4LDvKcuUvIJ+PumMFwE67hTkIjgYwExmFTgUD/QcBH8Y6yMmBlEQkYpgWQErLUaZLgI1n2dUgA3Q0kOgSmEcBNu/oaR5A+IbzUUmL/hJPtWKiD+gJhRw0nwd8ZQETyaJH8/GyqCHyLp39TA/gViRj1EKIJTC4ngNFYEY4uURkAEpzVcBOu405KI4NMBMZhK4FD/sOEi+FysjJh5hISM0gHJCFhr9YjhIlj3dToB3EwgOQSmFcJNuPmbSJI/IL7VBGD+JpHsW+mB+ANiRk0iwV+Sg2aK4Gkk+Ut60EwRPJ2kfzMA+xeIGTWdUARnEBLBt1gRjC3SLQIiOKPhIljHnZFEBF8MiMH0Aof6WYaL4GuxMmJmNgkZZQKSEbDWarbhIlj3dSYB3DxGcgjMKISbcPM3lyR/QHyrx4D5m0eyb90KxB8QM2oeCf4yGyqCF5DkL4uhInghSf/eBuxfIGbUQkIRfJuQCM5sRTC2SJkFRHAWw0WwjjsLiQhOGhcVdavAoX6x4SI4dZyMmHmKhIyyAskIWGv1lOEiWPd1VgHcPMtyCBTCTbj5e44kf0B8q2eB+VtCsm9lA+IPiBm1hAR/RQwVwctI8lfUUBG8nKR/swP7F4gZtZxQBGcXEsE5rAjGFimHgAjOabgI1nHnJBHB6QNiMJvAoX6F4SL4tjgZMbOShIxyAckIWGu10nARrPs6lwBu1pAcAnMK4Sbc/L1Mkj8gvtUaYP5eIdm3cgPxB8SMeoUEf5UMFcGvk+SvsqEi+A2S/s0D7F8gZtQbhCI4j5AIzmtFMLZIeQVEcD7DRbCOOx+JCM4WEIO5BQ71GwwXwXniZMTMmyRklB9IRsBaqzcNF8G6r/ML4GYzySEwnxBuws3fWyx/ZxTYK5uB+dtCsm8VAOIPiBm1hQR/9QwVwVtJ8lffUBH8Hkn/FgT2LxAz6j1CEVxQSAQXsiIYW6RCAiL4dsNFsI77dhIRXCAgBgsIHOrfN1wEF42TETMfkJBRYSAZAWutPjBcBOu+LiyAmx0kh8DbhXATbv52kuQPiG+1A5i/j0n2rSJA/AExoz4mwV8bQ0XwpyT5a2uoCP6MpH+LAvsXiBn1GaEILiokgotZEYwtUjEBEVzccBGs4y5OIoJLBsRgEYFD/ReGi+DoOBkx8yUJGZUAkhGw1upLw0Ww7usSArjZT3IILC6Em3Dzd4Akf0B8q/3A/B0k2bdKAvEHxIw6SIK/PoaK4MMk+etrqAg+QtK/pYD9C8SMOkIogksJieDSVgRji1RaQASXMVwE67jLkIjgmIAYLClwqD9quAiuGicjZo6RkNEdQDIC1lodM1wE676+QwA3x0kOgWWEcBNu/n4gyR8Q3+o4MH8nSPatskD8ATGjTpDgb4yhIvgUSf7GGiqCT5P0bzSwf4GYUacJRXC0kAhWVgRji6QERHA5w0WwjrsciQiuERCDZQUO9b8YLoJrx8mImV9JyKg8kIyAtVa/Gi6CdV+XF8DNeZJDYDkh3ISbv99I8gfEtzoPzN8Fkn0rBog/IGbUBcP5rm6A72IE9q3LhsfdOE5mv75C0i8VgP0CrLW6YjhumgQKUUEAN/q+qLj12lK6MHN/4MW1wM+mzs9mzk99VQzEUsmJR/83QVHbwnmP/vfB91YOvK7ieu8/uX/VwPur3eT+VV33rx54fWci723uvLe6814twGsEXt/1L9dSM/D+u2+ylpqutdQKvL7nJmup5VpL7cDrexN57wPOe2s779VrvC/wuo6jAeH6sviNvKCxed3wnqxc/EZe0XFHpebYy+sC93JgrRUyf34ZiE3B+3BwjcGa1wvUqn7gnwYuHyiD8zNNVKipqK+Urtc1QesSMCmjU7jWmsa15mA8tzj/Pjn295ZP48ptlCvfUYnkLcr1+1MH/knvvO4WPyhucOfePbo0iB+eWM2SJXLfpK5YU3je565j8N+lcv/3EocS0L3+dHio55BXfednA+dnxsA/DQOvG/0FmSEORLoZ0fdNltr8A2ZDATJLLkRmScHxA+ujkoMJyLs5S9S/HnCCJbnO+sB1uvPa2NlPYl0Emd356d7sk7j+P2bSTO2KI3i5ySX4O4NxB4k0BXYt5fTvSh4Vet2MSIO/30OkTeO7DIgf5CFS78Q0aSKxumPU8aXCxhcdXGvwCq4p+HvSRv2Bm9SudaTBrkMFf5d3HWlc60jteh38d2ldawr+f+k863X3gvu/DeY1nStmmsOIDqSxc+iIdX7GBX42mSC3/noCBJwqtdkTLB13nEDcqUkOHsD6qNQEh8z6ArVOR4DxJgJxpyfBOLA+Kr3hGG+Z7IZjja51RsPjviPghtYViDsTiRt6P9ANBdZaIfP3p6mHcy7ynpP01TTwutm/nJQ0D7z/gZtMSpq77t8i8LrlhBv39UMgNwULZIl9pwX26caEmHIx0bqvUXG7hV0rl9AOCoT/RaGdyhVH8HK701pEZXb+d99+g3okDG88uHfvHgk94rs27jco3p2yxJ4ATkzHus3h5Imkkc4cllpfK6GnYv8qp+FyTOv//qRxtOdeyq/JVmuhR+Pb2EfjsUVqMwF/37aGPxqv427r8yYQHd4VktPoMC/v4Qkt/OoFfsGYcbj7VSgaFTV2nGy9wry38v4f7vy2c7DW3oW5FC6cBN+rN7TrUX/GUBLX66TOe5Le5D1J/uI+f3UYEdu0gsHpBLzlCrb9hFB7370g1O9uB9yEOtzkXpUrxXdOqBRTvlN0TELnwH0qJsSX71SuikqoXD5w+/IxqnOn+OiuMZ0rVYypWDmhkm/PlnQQYuCOloGxReoowMCdDGdgHXcnnz6cFm787Z21ou+b2SeLK/pfXt51IrHUGWiXZQZbXHoT0+u727kn/FkL51SExlFWwy3i4OkNHXc2My3iP0lu5EGkPfBe2Q3dfzyXAuJbATGjpPKH7pMuhPZRF6HDa1d7eMUWqavA4TXe8MOrjjue5JsVtN8tsVa/5m/tw9gIEkIv3+yeBCff3f6B3VMrkdx57Z5aUX9v9yR2n7+1e0x/GC+pk8wkrsR1c53Qgxf6xAGMQ3UDbmbdcc2QEMxnd0HFo/PYXkA55zbrwa8/nZJ03AkCcecheOCtm0DceQ1VKl6CQe4bboyHm798JEoPiG8FxIzK59MDl+HWOQHINT2ATp2+hwS39DD8qxEk4tYu4oxH8HHfTuAizhSIuzDJg6Y9gf0IrLUqbDhudL8sFsBNMYJ+eUog7uIk/dIL2C/AWqviBP2ySgA3pQj6ZbVA3KVJ+qU3sF+AtValCfplswBuyhL0y1sCcUeT9EsfYL8Aa62iCfrlYwHclCfol08E4o4h6Ze+wH4B1lrFEPTLIQHcVCLol68F4q5M0i/9gP0CrLWqTNAvpwRwU42gX04LxF2dpF8eBPYLsNaqOkG/XBXAzV0E/XJNIO6aJP3SH9gvwFqrmgT9kkHgaeZ7CPrlFoG4a5P0ywBgvwBrrWoT9EteAdzUIeiXfAJx1yXpl4HAfgHWWtUl6JcyArhpQNAvdwjE3ZCkXwYB+wVYa9WQoF/uFMBNLEG/1BCIO46kXwYD+wVYaxVH0C+NBHDTlKBfGgvE3YykX4YA+wVYa9WMoF/aCeCmBUG/tBeIuyVJvwwF9guw1qolQb/0EcBNG4J+6SsQd1uSfhkG7BdgrVVbgn4ZLYCbDgT98pBA3B1J+mU4sF+AtVbI/OkPPY8PJC6Tcz/9GQb9XLZ+1lQ/P6efCdLPOejZrZ5HaY9d+4baC9H6Tp9ZNQ/rvWX4hKiQC42bEeAvepZa50ggbnR9JiT743NoOgcjhfM8CvgZNb++jWSU0LeRjLbfRoIt0miBbyN5yPBvI9FxP0T0bSQSa7VfaHvjikrkQq3Znd8xTg3H/oNvOCno+u/+6htOCkb9/TecJHaf/4lvONHJLOBK3NgJf955Tf6Gk7HADfLhCfj8PvwP8hnuuh8BnsoM/b47sW8MGSPwKf4uBHGPFYi7K8GfgntEIO54km84AeJSAWutpPKHrvM4QvU4Tkg9jrfqEVuk8QLqcYLh6lHHPYFIPU6w6pFePU50ajjJqsf/fgUTNdGjHieRqcdJwA1ysoB6nOyDepxi1eN/VlETBdRED4K4JwnE3ZNAPU4RiLsXiXoE4lIBa62Q+dOkPyFZ1J8udH3Q2Jw0wfw1ThWaccMbchqQEFkBNY0AUNPRa0QvUHvL0wUYox8JY0wFnq5nAJuyH8FJY4YAbmYCG0ZvbOMJN7aZBBvbLCmmTAoGlFuKh3uv2QRf+S3RlHPAxZaIu6lA3P0N34R1E84WiHsAySPCjwL7EVhrNQAs9wRJ7P8NqtDYnENAYo9Kn87D/ixYoPAtBBp8sOENHp+QEN25axd1R3FczI8BNwtk/vyasj8G9v6D11w7ZccWaa7AlH2e4VN2Hfc8oSl78EIrC2ROH58g1xSgfCbElIuJRm7I8yeYS2gSH2KcI/BhvqEEH2J8VCDuYSQK5QlgXwNrrYYR9MuzArgZSdAvzwnEPYqkXxYA+wVYazWKoF9eEcDNGIJ+eVUg7rEk/bIQ2C/AWquxBP3yjgBuxhH0y7sCcY8n6ZdFwH4B1lqNJ+iXTwVwM4mgXz4TiHsySb88CewXYK3VZIJ++UYAN9MI+uVbgbink/TLYmC/AGutphP0yy8CuJlF0C+/CsQ9m6RfngL2C7DWajZBvyQZj8fNYwT9klQg7rkk/fI0sF+AtVZzCfrlVgHczCfol9sE4n6CpF+eAfYLsNbqCYJ+KSiAm0UE/VJIIO4nSfrlWWC/AGutniToFyWAm6cJ+qWcQNzPkPTLc8B+AdZaPUPQL3cL4GYJQb/UEoh7KUm/LAH2C7DWailBvzQRwM0ygn65XyDu5ST9shTYL8Baq+UE/dJJADcrCPqls0DcK0n65XlgvwBrrVYS9Et/AdysIeiXAQJxv0zSLy8A+wVYa/UyQb88LICbtQT98ohA3K+R9MsyYL8Aa62Q+UsRuMdE1x8l0p9h0M9l62dN9fNz+pkg/ZyDnt3qeZT22LVvqL0Qre/0mVXzsN5blgn/sZzlQl9DgV7ni+A/SjTJ9UeJdA5eFM7zS4RfK/2S0AdeV9gPvGKLtELgA68rDf/Aq457JdHXSkus1X6t9I0rKpELtWZ3flc5NVxtv1b6v1/BRK3yfK30arKvlV4N3CDXCHyt9Bofvlb6Zfu10v/5O9VWCXwtzTqCuFcLxL2e4MseXxaIewPJl4QCcamAtVZS+UPX+RVC9fiKkHp81apHbJFeFVCPaw1XjzrutUTqca1Vj/Tq8TWnhq9b9fjfr2CiXvOox9fJ1OPrwA3yDQH1+IYP6nGdVY//WUW9JqAmNhPE/bpA3G8RqMd1AnFvIVGPQFwqYK0VMn+a9Ccli/rTha4PGpuvE3xL9XqpP7UAt3PAf5SIEVAbCAD1pul/lEh7y3qRaIBuJWGM9cDT9UZgU24lOGlsFMDNJvAfJZpIuLFtItjYNpu+semv+Z4vANBt5m9s//f14civTH8LuLFJ5S8puM7IP2a1heCPWUls5m+DNwmJuN8SiPt9w8lbb95bBOL+gOTR8neA/QistfoAbBMIHn7E/pjV2wSHn3cE1pjoQsMF+rv/5hBQ6ab3Un49DfCu0NMAW+3TANgibRV4GuA9w58G0HG/J/Q0QPCSzGl0mJcfTwIMfgT7JMC48fic3p9MiAH+7TrVzf+1u1bbHNxu/wdPFYyI+jMevU8VjIj6+6cKErvP3z5V8K+T8DcpCga3bcIfC0zqJGKYZ3Go3xkEMprRdxB8anWcwKdWd5L4yfcnw524tgHJ8GMSabYdKM3cvRLuuj4hwR+wTxQQM+oTkuen3ydUTO8LKaYPrGLCFukDAcX0oeGKScf9IdHz0xJr/TvVFG7dvKop3PtJqaZ/Re5/o2yiErlQ93bX6iMHDztMV00Mz2J/5FFgOqnDo0Ivk5/F3gHcbHf+K9ZOuOkVzOfOf5DPsJUEMgf/f53Q/8Hm8q9Pln9zGtQ4/Ehg6PY5wbPYOwTi3kPwhNTHAnF/QaJEgbhUwFqrLwhwI7FPNBGyrNHr/GQCxzp3gb9nbLLre8Z0DnZNiIqSXP9uwk+K7xZyOj61Tge2SJ8KOB2fGe506Lg/I5sNfyY4GxbCrG+fwv7cqeUe0z+FjU5CMLjPPZ+c3jMh6k8X2sr6HNjke0hOEl8QMvEXQkz8pWVibJG+FGDivYYzsY57LxkT77VM7L5CmHifU8v9kcrE+zxMvN8HJt4HbPL94E/1TSb8VN/+Ceav8QDLg+0HwZ9/ZwTUQQJAfWX6x0S13vhKwG3dT+LSHwDu8oeATbkf/FGo8YQNfoigwb+WYgz02PowEJy3A8dRhUkejDxCaFIcETIpvrEmBbZI3wiYFN8ablLouL8lMym+5TMplOS93es/6tTyWKSaFEc9JsUxH0yKo8AmPzZBBnRoJv6OkIm/E2Li7y0TY4v0vQATHzeciXXcx8mY+Lhl4pB7u9f/g1PLE5HKxD94mPiED0z8A7DJT1h3VwFzILbGH1nGBSctoNRJAkD9ZPq4QOuNnwTGBQdJxgU/Anf5U8CmPGjHBeoUQYOfZhkXnAGCsxhwXFCcZFzwM6FJ8bOQSfGLNSmwRfpFwKT41XCTQsf9K5lJ8SufSVFO8N4hJsVZp5bnItWkOOsxKc75YFKcBTb5uQkyoEMz8XlCJj4vxMS/WSbGFuk3ASa+YDgT67gvkDHxBcvE7iuEiS86tbwUqUx80cPEl3xg4ovAJr8EZGJWdxeYA7E1/s4yLrhsxwXqMgGgrpg+LtB644rAuOAQybjgd+AufxXYlIfsuEBdJWjwayzjgutAcJYCjgtKk4wLoibymRTuNUeHebnXm2TiH6+tSRHuPSfeSCj6vkmBgJWKO+lEeI1ETYqkwIbyyaQoL3jvEJMimVPL5K6aRpRJoRNQwBWsOxHeBQV/d9hMAmzy5BNlQIdm4hSETJxCiIlTWibGFimlABOnMpyJddypyJg4lWVi9xXCxKmdWqaJVCZO7WHiND4wcWpgk6cBMjGruwvMgdga0wqsMdGFhguodLiF0o4L0hEAKj16jegFar2RfiIeoIdJxgVpgbt8BmBTHrbjApWBoMFvkWIM9LggIxCcZYHjgmiScUEmQpMik5BJcas1KbBFulXApLjNcJNCx30bmUlxG59JESN47xCTIrNTyyyRalJk9pgUWXwwKTIDmzzLRBnQoZk4KyETZxVi4myWibFFyibAxNkNZ2Idd3YyJs5umdh9hTBxDqeWOSOViXN4mDinD0ycA9jkOYFMzOruAnMgtsZcLOOC3HZcoHITACqP6eMCrTfyCIwLviEZF+QC7vJ5gU35jR0XqLwEDZ6PZVyQHwjO8sBxQQzJuKAAoUlRQMikKGhNCmyRCgqYFIUMNyl03IXITIpCfCZFBcF7h5gUtzu1LBypJsXtHpOisA8mxe3AJi88UQZ0aCYuQsjERYSYuKhlYmyRigowcTHDmVjHXYyMiYtZJnZfIUxc3KlliUhl4uIeJi7hAxMXBzZ5CSATs7q7wByIrbEky7iglB0XqFIEgCpt+rhA643SAuOCoyTjgpLAXb4MsCmP2nGBKkPQ4HewjAvKAsFZCTguqEwyLogmNCmihUwKZU0KbJGUgElRznCTQsddjsykKMdnUlQUvHeISVHeqWVMpJoU5T0mRYwPJkV5YJPHTJQBHZqJKxAycQUhJq5omRhbpIoCTFzJcCbWcVciY+JKlondVwgTV3ZqWSVSmbiyh4mr+MDElYFNXgXIxKzuLjAHYmusyjIuqGbHBaoaAaCqmz4u0HqjusC44DuScUFV4C5/J7Apv7PjAnUnQYPXYBkX3AUEZzXguKA6ybigJqFJUVPIpLjbmhTYIt0tYFLUMtyk0HHXIjMpavGZFJUE7x1iUtzj1LJ2pJoU93hMito+mBT3AJu89kQZ0KGZ+F5CJr5XiInvs0yMLdJ9Akxcx3Am1nHXIWPiOpaJ3VcIE9d1alkvUpm4roeJ6/nAxHWBTV4PyMSs7i4wB2JrrM8yLmhgxwWqAQGgGpo+LtB6o6HAuOA4ybigPnCXbwRsyuN2XKAaETR4Y5ZxQSwQnHcBxwU1ScYFcYQmRZyQSdHEmhTYIjURMCnuN9yk0HHfT2ZS3M9nUlQWvHeISdHUqWWzSDUpmnpMimY+mBRNgU3ebKIM6NBM3JyQiZsLMfEDlomxRXpAgIlbGM7EOu4WZEzcwjKx+wph4pZOLVtFKhO39DBxKx+YuCWwyVsBmZjV3QXmQGyNrVnGBW3suEC1IQBUW9PHBVpvtBUYF5wgGRe0Bu7y7YBNecKOC1Q7ggZvzzIu6AAE5z3AcUFtknFBR0KToqOQSdHJmhTYInUSMCk6G25S6Lg7k5kUnflMiiqC9w4xKbo4tewaqSZFF49J0dUHk6ILsMm7TpQBHZqJ4wmZOF6IiRMsE2OLlCDAxN0MZ2IddzcyJu5mmdh9hTBxd6eWPSKVibt7mLiHD0zcHdjkPYBMzOruAnMgtsaeLOOCXnZcoHoRAKq36eMCrTd6C4wLTpKMC3oCd/k+wKY8accFqg9Bg/dlGRf0A4KzDnBcUJdkXPAgoUnxoJBJ0d+aFNgi9RcwKQYYblLouAeQmRQD+EyKToL3DjEpBjq1HBSpJsVAj0kxyAeTYiCwyQdNlAEdmokHEzLxYCEmHmKZGFukIQJMPNRwJtZxDyVj4qGWid1XCBMPc2o5PFKZeJiHiYf7wMTDgE0+HMjErO4uMAdiaxzBMi4YaccFaiQBoEaZPi7QemOUwLjgFMm4YARwlx8NbMpTdlygRhM0+EMs44IxQHA2AI4LGpKMC8YSmhRjhUyKh61JgS3SwwImxSOGmxQ67kfITIpH+EyKzoL3DjEpxjm1HB+pJsU4j0kx3geTYhywycdPlAEdmoknEDLxBCEmnmiZGFukiQJMPMlwJtZxTyJj4kmWid1XCBNPdmo5JVKZeLKHiaf4wMSTgU0+BcjErO4uMAdia5zKMi6YZscFahoBoKabPi7QemO6wLjgDMm4YCpwl58BbMozdlygZhA0+EyWccEsIDhjgeOCOJJxwWxCk2K2kEkxx5oU2CLNETApHjXcpNBxP0pmUjzKZ1J0Ebx3iEnxmFPLuZFqUjzmMSnm+mBSPAZs8rkTZUCHZuJ5hEw8T4iJH7dMjC3S4wJMPN9wJtZxzydj4vmWid1XCBM/4dRyQaQy8RMeJl7gAxM/AWzyBUAmZnV3gTkQW+NClnHBIjsuUIsIAPWk6eMCrTeeFBgX/EIyLlgI3OUXA5vyFzsuUIsJGvwplnHB00BwNgWOC5qRjAueITQpnhEyKZ61JgW2SM8KmBTPGW5S6LifIzMpnuMzKboK3jvEpFji1HJppJoUSzwmxVIfTIolwCZfOlEGdGgmfp6QiZ8XYuIXLBNji/SCABMvM5yJddzLyJh4mWVi9xXCxMudWr4YqUy83MPEL/rAxMuBTf4ikIlZ3V1gDsTW+BLLuGCFHReoFQSAWmn6uEDrjZUC44KzJOOCl4C7/CpgU5614wK1iqDBV7OMC9YAwdkCOC5oSTIueJnQpHhZyKR4xZoU2CK9ImBSvGq4SaHjfpXMpHiVz6SIF7x3iEmx1qnla5FqUqz1mBSv+WBSrAU2+WsTZUCHZuLXCZn4dSEmfsMyMbZIbwgw8TrDmVjHvY6MiddZJnZfIUy83qnlhkhl4vUeJt7gAxOvBzb5BiATs7q7wByIrfFNlnHBRjsuUBsJALXJ9HGB1hubBMYF50nGBW8Cd/nNwKY8b8cFajNBg7/FMi7YAgRnG+C4oC3JuOBtQpPibSGT4h1rUmCL9I6ASfGu4SaFjvtdMpPiXT6TIkHw3iEmxVanlu9Fqkmx1WNSvOeDSbEV2OTvTZQBHZqJtxEy8TYhJt5umRhbpO0CTPy+4Uys436fjInft0zsvkKY+AOnlh9GKhN/4GHiD31g4g+ATf4hkIlZ3V1gDsTW+BHLuGCHHReoHQSA2mn6uEDrjZ0C44ILJOOCj4C7/MfAprxgxwXqY4IG/4RlXLALCM4OwHFBR582inDztxuYv6zA/GUD3ksyf5/+7+dPdFz1mdBGg17n58A6a407Jdkf0k7n4HOP9EOvfw+hGblHyIz8wpqR2CJ9IWBGfmm4Ganj/pLMjPySz4yMFrx3iBm516nlvkg1I/d6zMh9PpiRe4FNvo/kJLGfkIn3CzHxAcvE2CIdEGDig4YzsY77IBkTH7RM7L5CmPgrp5aHIpWJv/Iw8SEfmPgrYJMfAoJbF3kKocl7aKL5a/yaZSx4GDwWZATUYQJAHTF9LKj1xhGBseAlkrHg18Bd/htgU14CjwUnEjb4NwQN/i3LWPAoEJxDgWOZYSRjmWOEJsUxIZPiO2tSYIv0nYBJ8b3hJoWO+3syk+J7PpNCSd7bvf7jTi1/iFST4rjHpPjBB5PiOLDJf5goAzo0E58gZOITQkz8o2VibJF+FGDik4YzsY77JBkTn7RMHHJv9/p/cmp5KlKZ+CcPE5/ygYl/Ajb5KevuKmAOxNZ4mmVccMYCSp0hANTPpo8LtN74WWBccJlkXHAauMv/AmzKy3ZcoH4haPBfWcYFZ4HgHAkcF4wiGRecIzQpzgmZFOetSYEt0nkBk+I3w00KHfdvZCbFb3wmRTnBe4eYFBecWl6MVJPigsekuOiDSXEB2OQXJ8qADv4kEiETXxJi4t8tE2OL9LsAE182nIl13JfJmPiyZWL3FcLEV5xaXo1UJr7iYeKrPjDxFWCTXwUyMau7C8yB2BqvsYwLrttxgbpOAKioSYaPC/5P5E3CA/QqybjgGnCXTzIJuFvacYFKMsn8NSYVWGOiQA9bGAPBOQY4LhhLMi5IPonPpEgOBKd7vSkm/fHamhRh3lMXKcUk/H1TAgErFXfKSfAaiZoUKYEN5ZNJUV7w3iEmRSqnlqldNY0ok0InoIArWHcivAsK/u5wGzMVsMlTT5IBHZqJ0xAycRohJk5rmRhbpLQCTJzOcCbWcacjY+J0londVwgTp3dqmSFSmTi9h4kz+MDE6YFNngHIxKzuLjAHYmu8Rcr8QR+ZMgLNH1ZAZSQAVCbTxwVab2QSGBdcJxkX3ALc5W8FNuV1Oy5QtxI0+G0s44LMQHCOA44LxpOMC7IQmhRZhEyKrNakwBYpq4BJkc1wk0LHnY3MpMjGZ1LECN47xKTI7tQyR6SaFNk9JkUOH0yK7MAmzzFJBnRoJs5JyMQ5hZg4l2VibJFyCTBxbsOZWMedm4yJc1smdl8hTJzHqWXeSGXiPB4mzusDE+cBNnleIBOzurvAHIitMR/LuCC/HReo/ASAKmD6uOD/NI7AuCBJGo5xQT7gLl8Q2JTI/LGOCwoSNHghlnHB7UBwTgKOCyaTjAsKE5oUhYVMiiLWpMAWqYiASVHUcJNCx12UzKQoymdSVBC8d4hJUcypZfFINSmKeUyK4j6YFMWATV58kgzo0ExcgpCJSwgxcUnLxNgilRRg4lKGM7GOuxQZE5eyTOy+Qpi4tFPLMpHKxKU9TFzGByYuDWzyMkAmZnV3gTkQW+MdLOOCsnZcoMoSACra9HGB1hvRAuOCZCTjgjuAu7wCNmUyOy5QiqDBy7GMC8oDwTkNOC6YTjIuiCE0KWKETIoK1qTAFqmCgElR0XCTQsddkcykqMhnUlQUvHeISVHJqWXlSDUpKnlMiso+mBSVgE1eeZIM6NBMXIWQiasIMXFVy8TYIlUVYOJqhjOxjrsaGRNXs0zsvkKYuLpTyzsjlYmre5j4Th+YuDqwye8EMjGruwvMgdgaa7CMC+6y4wJ1FwGgapo+Lvg/vSEwLkhBMi6oAdzl7wY2ZQo7LlB3EzR4LZZxwT1AcM4Cjgtmk4wLahOaFLWFTIp7rUmBLdK9AibFfYabFDru+8hMivv4TIpKgvcOMSnqOLWsG6kmRR2PSVHXB5OiDrDJ606SAR2aiesRMnE9ISaub5kYW6T6AkzcwHAm1nE3IGPiBpaJ3VcIEzd0atkoUpm4oYeJG/nAxA2BTd4IyMSs7i4wB2JrbMwyLoi14wIVSwCoONPHBVpvxAmMC1KRjAsaA3f5JsCmTGXHBaoJQYPfzzIuaAoE52PAccFcknFBM0KTopmQSdHcmhTYIjUXMCkeMNyk0HE/QGZSPMBnUlQWvHeISdHCqWXLSDUpWnhMipY+mBQtgE3ecpIM6JKAY25FyMSthJi4tWVibJFaCzBxG8OZWMfdhoyJ21gmdl8hTNzWqWW7SGXith4mbucDE7cFNnk7IBOzurvAHIitsT3LuKCDHReoDgSA6mj6uEDrjY4C44I0JOOC9sBdvhOwKdPYcYHqRNDgnVnGBV2A4JwPHBc8QTIu6EpoUnQVMinirUmBLVK8gEmRYLhJoeNOIDMpEvhMiiqC9w4xKbo5teweqSZFN49J0d0Hk6IbsMm7T5IBHZqJexAycQ8hJu5pmRhbpJ4CTNzLcCbWcfciY+JelondVwgT93Zq2SdSmbi3h4n7+MDEvYFN3gfIxKzuLjAHYmvsyzIu6GfHBaofAaAeNH1coPXGgwLjgnQk44K+wF2+P7Ap09lxgepP0OADWMYFA4HgXAQcFzxJMi4YRGhSDBIyKQZbkwJbpMECJsUQw00KHfcQMpNiCJ9J0Unw3iEmxVCnlsMi1aQY6jEphvlgUgwFNvmwSTKgQzPxcEImHi7ExCMsE2OLNEKAiUcazsQ67pFkTDzSMrH7CmHiUU4tR0cqE4/yMPFoH5h4FLDJRwOZmNXdBeZAbI0PsYwLxthxgRpDAKixpo8LtN4YKzAuyEAyLngIuMs/DGzKDHZcoB4maPBHWMYF44DgfBo4LniGZFwwntCkGC9kUkywJgW2SBMETIqJhpsUOu6JZCbFRD6TorPgvUNMiklOLSdHqkkxyWNSTPbBpJgEbPLJk2RAh2biKYRMPEWIiadaJsYWaaoAE08znIl13NPImHiaZWL3FcLE051azohUJp7uYeIZPjDxdGCTzwAyMau7C8yB2BpnsowLZtlxgZpFAKjZpo8LtN6YLTAuyEgyLpgJ3OXnAJsyox0XqDkEDf4oy7jgMSA4lwDHBUtJxgVzCU2KuUImxTxrUmCLNE/ApHjccJNCx/04mUnxOJ9J0UXw3iEmxXynlk9Eqkkx32NSPOGDSTEf2ORPTJIBHZqJFxAy8QIhJl5omRhbpIUCTLzIcCbWcS8iY+JFlondVwgTP+nUcnGkMvGTHiZe7AMTPwls8sVAJmZ1d4E5EFvjUyzjgqftuEA9TQCoZ0wfF2i98YzAuOBWknHBU8Bd/llgU95qxwXqWYIGf45lXLAECM5lwHHBcpJxwVJCk2KpkEnxvDUpsEV6XsCkeMFwk0LH/QKZSfECn0nRVfDeISbFMqeWyyPVpFjmMSmW+2BSLAM2+fJJMqBDM/GLhEz8ohATv2SZGFuklwSYeIXhTKzjXkHGxCssE7uvECZe6dRyVaQy8UoPE6/ygYlXApt8FZCJWd1dYA7E1riaZVywxo4L1BoCQL1s+rhA642XBcYFmUnGBauBu/wrwKbMbMcF6hWCBn+VZVywFgjOFcBxwUqSccFrhCbFa0ImxevWpMAW6XUBk+INw00KHfcbZCbFG3wmRbzgvZV7/eucWq6PVJNincekWO+DSbEO2OTrJ8mADs3EGwiZeIMQE79pmRhbpDcFmHij4Uys495IxsQbLRO7rxAm3uTUcnOkMvEmDxNv9oGJNwGbfDOQiVndXWAOxNb4Fsu4YIsdF6gtBIB62/RxgdYbbwuMC7KSjAveAu7y7wCbMqsdF6h3CBr8XZZxwVYgONcAxwUvk4wL3iM0Kd4TMim2WZMCW6RtAibFdsNNCh33djKTYjufSZEgeO8Qk+J9p5YfRKpJ8b7HpPjAB5PifWCTfzBJBnRoJv6QkIk/FGLijywTY4v0kQAT7zCciXXcO8iYeIdlYvcVwsQ7nVp+HKlMvNPDxB/7wMQ7gU3+MZCJWd1dYA7E1vgJy7hglx0XqF0EgNpt+rhA643dAuOC7CTjgk+Au/ynwKbMbscF6lOCBv+MZVzwORCca4HjgtdS+7NRhJu/PcD87QDmbycwf7o5Urpy1zrw4lrgZxvnZ1vnp76+COTjS4c49H8TPH53cN6j/33wvXsDr/e53vtP7r8/8P4DN7n/ftf9DwZef5XIe9s57z3ovFdvhIcCr7/+l2s5HHj/kZus5bBrLd8EXn97k7V841rL0cDrY4m8t73z3qPOe/Uavwu8/t6RPehNbHHJG3lBHwJygg8B6LifL3kjr+i4c6Xh2NOOA/c0YK1VLsNx0zHZjT0NjZu8hse9KNAvxwXizkciFtrux93LXetw85efJH/tgfnLB8xfAZL9+gfgfg3EjELmz68BHjCXIQO8E3aAhy3SCYEB3o+GD/B03D8KD/DQm3s3Q8mxCAk5djeUHIuSkONJIDkCMaOKEpLjSSFy/MmSI7ZIPwmQ4ynDyVHHfUqIHNFrzRp7g8jRivn0pMiMu4SwQxLu+jQuTwvEXZLkEHMKSMIlgIeYUiSHmDPA/AExo0qR4G+woSKkLEn+hhgqQqJJ+vdnYP8CMaOiCUXIz0Ii5BcrQrBF+kVAhPxquAjRcf9KIkLyBA7jZwQOpeUNH1cWipU5jMeQkNFZIBkBa61iDBdxuq/PCuCmEskh8Fch3ISbv8ok+QPiW1UC5q8Kyb51Dog/IGZUFRL8TTJUBN9Jkr/JhorgGiT9ex7Yv0DMqBqEIvi8kAj+zYpgbJF+ExDBFwwXwTruCyQiuGhADJ4TONTfbbgILh0rI2ZqkZDRRSAZAWutahkugnVfXxTAzb0kh8ALQrgJN3/3keQPiG91LzB/dUj2rUtA/AExo+qQ4G+BoSK4AUn+FhoqghuS9O/vwP4FYkY1JBTBvwuJ4MtWBGOLdFlABF8xXATruK+QiODogBi8JHCojzVcBFeMlREzcSRkdBVIRsBaqzjDRbDu66sCuGlKcgi8IoSbcPPXjCR/QHyrpsD8NSfZt64B8QfEjGpOgr8VhorgViT5W2moCG5N0r/Xgf0LxIxqTSiCrwuJ4KjJf7y0IjjMe+oi6YSi75tkstkiWMedZDK8RiJrrRoQg9cEDvXtDBfBNWNlxEx7EjJKOhmXS2CtVXvDRbDu66ST8fftRHIITCKEm3Dz15nlW7+AvdIJmL8uJPtWMiD+gJhRXUjwt9lQEdyN5S+qGiqCu5P0b3Jg/wIxo7oTimBgLkNEcAorgrFFSiEgglMaLoJ13ClJRHDtgBhMJnCo72W4CK4fKyNmepOQUSogGQFrrXobLoJ1X6cSwE0/kkNgSiHchJu/B0nyB8S36gfMX3+SfSs1EH9AzKj+JPjbZagIHkySv92GiuAhJP2bBti/QMyoIYQiOI2QCE5rRTC2SGkFRHA6w0WwjjsdiQhuHBCDqQUO9cMNF8HNYmXEzAgSMkoPJCNgrdUIw0Ww7uv0ArgZTXIITCeEm3Dz9xBJ/oD4VqOB+RtDsm9lAOIPiBk1hgR/3xgqgseR5O9bQ0XweJL+vQXYv0DMqPGEIvgWIRGc0YpgbJEyCojgTIaLYB13JhIR3DIgBjMIHOonGS6C28fKiJnJJGR0K5CMgLVWkw0XwbqvbxXAzTSSQ2AmIdyEm7/pLN8uC+yVacD8zSDZt24D4g+IGTWDBH9nDRXBc0jyd85QEfwoSf9mBvYvEDPqUUIRnFlIBGexIhhbpCwCIjir4SJYx52VRAR3DojB2wQO9fMMF8HdY2XEzOMkZJQNSEbAWqvHDRfBuq+zCeBmAckhMKsQbsLN30KS/AHxrRYA87eIZN/KDsQfEDNqEQn+UhwwUwQ/zfJxkANmiuBnSPo3B7B/gZhRzxCK4BxCIjinFcHYIuUUEMG5DBfBOu5cJCK4d0AMZhc41C8xXAQPiJURM0tJyCg3kIyAtVZLDRfBuq9zC+BmGckhMJcQbsLN33KS/AHxrZYB8/ciyb6VB4g/IGbUiyT4y26oCF5Fkr8chorg1ST9mxfYv0DMqNWEIjivkAjOZ0Uwtkj5BERwfsNFsI47P4kIHhIQg3kEDvWvGC6CR8XKiJlXScioAJCMgLVWrxougnVfFxDAzeskh8D8QrgJN39vkOQPiG/1OjB/60j2rYJA/AExo9aR4K+EoSJ4I0n+ShoqgjeR9G8hYP8CMaM2EYrgQkIi+HYrgrFFul1ABBc2XATruAuTiOCxATFYUOBQv8VwETwxVkbMvE1CRkWAZASstXrbcBGs+7qIAG62khwCCwvhJtz8vUeSPyC+1VZg/raR7FtFgfgDYkZtI8FfNUNF8Ick+atuqAj+iKR/iwH7F4gZ9RGhCC4mJIKLWxGMLVJxARFcwnARrOMuQSKCpwbEYFGBQ/3Hhovg2bEyYuYTEjIqCSQjYK3VJ4aLYN3XJQVw8ynLJEkIN+Hm7zOS/AHxrT4F5u9zkn2rFBB/QMyoz0nw18hQEbyXJH+NDRXB+0j6tzSwf4GYUfsIRXBpIRFcxopgbJHKCIjgOwwXwTruO0hE8NyAGCwlcKg/aLgIXhgrI2a+IiGjskAyAtZafWW4CNZ9XVYAN4dJDoF3COEm3PwdIckfEN/qMDB/35DsW9FA/AExo74hwV8HQ0XwdyT562ioCP6epH8VsH+BmFHfE4pgJSSCy1kRjC1SOQERXN5wEazjLk8igp8KiMFogUP9CcNF8NJYGTHzIwkZxQDJCFhr9aPhIlj3dYwAbk6RHALLC+Em3PydJskfEN/qFDB/Z0j2rQpA/AExo86Q4K+/oSL4LEn+Bhgqgs+R9G9FYP8CMaPOEYrgikIiuJIVwdgiVRIQwZUNF8E67sokInh5QAxWEDjUXzBcBK+OlREzF0nIqAqQjIC1VhcNF8G6r6sI4OYyySGwshBuws3fFZL8AfGtLgPzd5Vk36oKxB8QM+oqCf7GGSqCk6TlyN94Q0Vw0rQc/VsN2L9AzChk/vwSwdWERHB1K4KxRaouIILvNFwE67jvJBHBrwbEYFWBQ32KtGaL4PWxMmImJQkZ1QCSEbDWKmVas0Ww7usaArhJQ3IIvFMIN+HmLy1J/oD4VmmA+UtHsm/dBcQfEDMqHQn+5hkqgjOS5O9xQ0VwJpL+rQnsXyBmVCZCEVxTSATfbUUwtkh3C4jgWoaLYB13LRIRvCkgBu8SONRnNlwEvxsrI2aykJDRPUAyAtZaZTFcBOu+vkcAN9lJDoG1hHATbv5ykOQPiG+VHZi/nCT7Vm0g/oCYUTlJ8LfMUBGclyR/yw0VwflI+vdeYP8CMaPyEYrge4VE8H1WBGOLdJ+ACK5juAjWcdchEcHbA2KwtsChvqDhInhnrIyYKURCRnWBZASstSpkuAjWfV1XADdFSA6BdYRwE/afziHJHxDfqggwf8VI9q16QPwBMaOKkeBvg6EiuBRJ/t40VASXJunf+sD+BWJGlSYUwfWFRHADK4KxRWogIIIbGi6CddwNSUTw7oAYrCdwqC9ruAj+MlZGzESTkFEjIBkBa62iDRfBuq8bCeCmPMkhsKEQbsL+ojeS/AHxrcoD81eBZN9qDMQfEDOqAgn+dhgqgquQ5G+noSK4Kkn/xgL7F4gZVZVQBMcKieA4K4KxRYoTEMFNDBfBOu4mJCL4QEAMNhY41N9puAg+EisjZmqQkNH9QDIC1lrVMFwE676+XwA3d5McApsI4Sbsx9RJ8gfEt7obmL97SPatpkD8ATGj7iHB3yFDRXAdkvx9bagIrkvSv82A/QvEjKpLKIKbCYng5lYEY4vUXEAEP2C4CNZxP0Aigo8FxGBTgUN9A8NF8I+xMmKmIQkZtQCSEbDWqqHhIlj3dQsB3MSSHAIfEMJNuPmLY5mkA3slFpi/JiT7Vksg/oCYUU1I8HfGUBHcnCR/Pxsqgh8g6d9WwP4FYkY9QCiCWwmJ4NZWBGOL1FpABLcxXATruNuQiODTATHYUuBQ38pwEXwuVkbMtCYho7ZAMgLWWrU2XATrvm4rgJt2JIfANkK4CTd/7UnyB8S3agfMXweSfasdEH9AzKgOJPhLctBMEdyFJH9JD5opgruS9G97YP8CMaO6Eorg9kIiuIMVwdgidRAQwR0NF8E67o4kIvhiQAy2EzjUdzNcBF+LlREz3UnIqBOQjIC1Vt0NF8G6rzsJ4KYXySGwoxBuws1fb5L8AfGtegHz14dk3+oMxB8QM6oPCf4yGyqC+7N8u7uhIngASf92AfYvEDNqAKEI7iIkgrtaEYwtUlcBERxvuAjWcceTiOCkcVFRnQUO9YMNF8Gp42TEzBASMkoAkhGw1mqI4SJY93WCAG6GkxwC44VwE27+RpDkD4hvNRyYv5Ek+1Y3IP6AmFEjSfBXxFARPIYkf0UNFcFjSfq3O7B/gZhRYwlFcHchEdzDimBskXoIiOCehotgHXdPEhGcPiAGuwkc6scZLoJvi5MRM+NJyKgXkIyAtVbjDRfBuq97CeBmEskhsKcQbsLN32SS/AHxrSYB8zeFZN/qDcQfEDNqCgn+KhkqgmeQ5K+yoSJ4Jkn/9gH2LxAzaiahCO4jJIL7WhGMLVJfARHcz3ARrOPuRyKCswXEYG+BQ/0cw0VwnjgZMfMoCRk9CCQjYK3Vo4aLYN3XDwrgZh7JIbCfEG7Czd/jJPkD4lvNA+ZvPsm+1R+IPyBm1HwS/NUzVAQvIslffUNF8JMk/TsA2L9AzKgnCUXwACERPNCKYGyRBgqI4EGGi2Ad9yASEVwgIAb7CxzqnzZcBBeNkxEzz5CQ0WAgGQFrrZ4xXATrvh4sgJslJIfAQUK4CTd/S0nyB8S3WgLM3/Mk+9YQIP6AmFHPk+CvjaEi+EWS/LU1VAS/RNK/Q4H9C8SMeolQBA8VEsHDrAjGFmmYgAgebrgI1nEPJxHBJQNicIjAoX6V4SI4Ok5GzKwmIaMRQDIC1lqtNlwE674eIYCbV0gOgcOFcBNu/l4lyR8Q3+oVYP7WkuxbI4H4A2JGrSXBXx9DRfA6kvz1NVQEryfp31HA/gViRq0nFMGjhETwaCuCsUUaLSCCHzJcBOu4HyIRwTEBMThS4FC/0XARXDVORsxsIiGjMUAyAtZabTJcBOu+HiOAmy0kh8CHhHATbv7eJskfEN9qCzB/75DsW2OB+ANiRr1Dgr8xhorgbST5G2uoCN5O0r8PA/sXiBm1nVAEPywkgh+xIhhbpEcERPA4w0WwjnsciQiuERCDYwUO9R8aLoJrx8mImY9IyGg8kIyAtVYfGS6CdV+PF8DNxySHwHFCuAk3f5+Q5A+Ib/UxMH+7SPatCUD8ATGjdhnOd3UDfDdBYN/63PC4G8fJ7Nd7SPplIrBfgLVWewzHTatAISYK4EbfFxW3XltKF2ZaB15cC/xs4/xs6/zU16RALJOdePR/ExS1HZz36H8ffO+UwOuprvf+k/tPC7x/+k3uP811/xmB1zMTeW87570znPdqAT4r8Hr2v1zLnMD7H73JWua41vJY4PXcm6zlMdda5gVeP57Ie9s7753nvFevcX7g9ROOBkRjc3HJG3lBY3Ov4T35fMkbeUXHvY9kL18A3MuBtVb7CA3ENuB9OLjGYM0XBmq1KPDPky4fKIPzM01UqKmor5Su1zVB6xIwKaNTuNaaxrXmYDy3OP8+Ofb3lk/jym2UK99RieQtyvX7Uwf+Se+87hY/KG5w5949ujSIH55YzZIlct+krlhTeN7nrmPw36Vy//cShxLQvf50eFjokNci5+eTzs+MgX8WB14/9RdkhjgQ6WZE3/cgwQFzsQCZfSVEZknB8QPro74CE5B3c5ao/0LgBEtynYuA63Tn9WlnP3nGRZDZnZ/uzT6J6/9jJs3UrjiCl5tcgr8zGHeQSFNg11JO/67kUaHXzYg0+Ps9RNo0vsuA+EEeIvVOTJMmEqs7Rh1fKmx80cG1Bq/gmoK/J23UH7hJ7VpHGuw6VPB3edeRxrWO1K7XwX+X1rWm4P+XzrNedy+4/9tgXtO5YqY5jOhAnnYOHc84P58N/Hxustz6FwoQ8GHDJ1g67mcF4j5CcvAA1kcdIThkLhKo9VECjD8nEPcxEowD66OOGY7xjsluONboWh83PO5FATd0gUDcP5C4oUuAbiiw1gqZP69Js8Q5F3nPSfpaGnj9/L+clLwQeP+ym0xKXnDdf3ng9YuTb9zXD4G8FCyQJfad5dinGxNiysVE675Gxe0Wdi+5hHZQIPwvCu1UrjiCl9ud1iIqs/O/+/Yb1CNheOPBvXv3SOgR37Vxv0Hx7pQl9gRwYjrWbQ4nTySNdOaw1PpeEnoq9q9yGi7HrPjvTxpHe+6l/JpsrRB6NH6lfTQeW6SVk/H3XWX4o/E67lU+bwLR4V0hOY0O8/IentDCr0ngF+yeiLvfc8Wjoj6dKFuvMO+tvP+HO7+rHaytcWEuhQsnwffqDe161J8xlMT1OqnznqQ3eU+Sv7jPXx1GxDatYHA6AW+5gl0zOdTedy8I9btXAzehl29yr8qV4jsnVIop3yk6JqFz4D4VE+LLdypXRSVULh+4ffkY1blTfHTXmM6VKsZUrJxQybdnS14WYuBXLANji/SKAAO/ajgD67hf9enDaeHGv8ZZK/q+Jw39sMifvt4QiKW1QLvsJNji0puYXt/dzj3RmA+eitA4OmW4RRw8vaHjPm2mRfwnyY08iKwB3usMyYfVgPhWQMwoqfyh++Q1QvvoNaHD6+v28Iot0usCh9c3DD+86rjfIPlmBe13S6zVr/nbmjA2goTQyze7Z52T7/X/wO6plUjuvHZPrai/t3sSu8/f2j2mP4yX1ElmElfi1rtO6MELfeIAxqHWAzezDbhmSAjmc4Og4tF5XCOgnM+a9eDXn05JOu51AnGfI3jgbb1A3OcNVSpegkHuG2eBX6vxG4nSA+JbATGjfvPpgcuw/5ABkGveBDp1+h4S3PKm4V+NIBG3dhG/noCP+zKBi3hYIO4rJA+abgT2I7DW6orhuNH9cloAN9cJ+uWMQNxR6Tj6ZROwX4C1Vuj8SfTLNQHcJDM8bt0v1wXiTk7SL5uB/QKstUpO0C+3CEw3UxH0S0aBuFOT9MtbwH4B1lqlJuiXfAK4SUfQL/kF4k5P0i9bgP0CrLVKT9AvdwjgJiNBv5QViDsTSb+8DewXYK1VJoJ+qSGAm8wE/XKXQNxZSPrlHWC/AGutshD0S2MB3GQn6JdYgbhzkPTLu8B+AdZa5SDol/YCuMlN0C8dBOLOQ9IvW4H9Aqy1ykPQL30FcJOfoF/6CcRdgKRf3gP2C7DWqgBBvzwkgJvbCfpljEDchUn6ZRuwX4C1VoUJ+mWmAG6KEfTLLIG4i5P0y3ZgvwBrrYoT9MtTArgpRdAvTwvEXZqkX94H9guw1qo0Qb+sFsBNWYJ+WSMQdzRJv3wA7BdgrVU0Qb+8JYCb8gT9skUg7hiSfvkQ2C/AWqsYgn75RAA3lQj6ZZdA3JVJ+uUjYL8Aa62Q+dMfen4ukLhMzv30Zxj0c9n6WVP9/Jx+Jkg/56Bnt3oepT127RtqL0TrO31m1Tys95aPJkeFXGjc7AB+44TkOncCcaPrsyTZH59D0znYKZznj4GfUfPr20g+Fvo2kk/st5Fgi/SJwLeR7DL820h03LuIvo1EYq32C21vXFGJXKg1u/O726nhp//gG04Kuv67v/qGk4JRf/8NJ4nd53/iG050Mgu4Evfp5D/vvCZ/w8mnwA3ys8n4/H72D/IZ7ro/B57KDP2+O7FvDNkt8Cn+aunMj/tTgbirG676ddyfC8R9p0+qPzq8SwFxqYC1VlL5Q9d5D6F63COkHr+w6hFbpC8E1OOXhqtHHfeXROrxS6se6dXjXqeG+6x6/O9XMFF7PepxH5l63AfcIPcLqMf9PqjHA1Y9/mcVtVdATdxNoB73CcRdi0A9HhCI+x4S9QjEpQLWWiHzp0l/SbKoP13o+qCxuW+y+Ws8KDTjhjfkV0BCZAXUVwSAOoReI3qB2ls+JMAYdUgY4yDwdP01sCnrEJw0vhbAzWFgw+iN7TnCje0wwcZ2RIopk4IB5Zbi4d7rG4Kv/JZoym/BxZaIe6lA3PUM34R1E34jEHd9kkeEjwL7EVhrVR8s9wRJ7P8NqtDY/JaAxI5Kn87DBXjHQOGXCzR4I8MbPD4hIbpz1y5qUUlczMeAmwUyf35N2Y+Bvf/g9Z2dsmOL9J3AlP17w6fsOu7vhabswQutLJA5PT5ZrilA+UyIKRcTjdyQf5hsLqFJfIjxW4EP88USfIjxqEDccSQK5QSwr4G1VnEE/fKrAG6aEvTLWYG4m5H0y4/AfgHWWjUj6Jekk/C4aUHQL8kE4m5J0i8ngf0CrLVqSdAvtwngpg1Bv2QWiLstSb/8BOwXYK1VW4J+KSSAmw4E/XK7QNwdSfrlFLBfgLVWHQn6pZwAbroQ9Et5gbi7kvTLaWC/AGutuhL0Sy0B3HQj6Jd7BOLuTtIvZ4D9Aqy16k7QL/cL4KYXQb80FYi7N0m//AzsF2CtVW+CfuksgJt+BP3SRSDuB0n65RdgvwBrrR4k6JcBArgZSNAvAwXiHkTSL78C+wVYazWIoF8eEcDNUIJ+GScQ9zCSfjkL7BdgrdUwgn55VAA3Iwn65TGBuEeR9Ms5YL8Aa61GEfTLcwK4GUPQL0sE4h5L0i/ngf0CrLUaS9AvrwrgZhxBv6wViHs8Sb/8BuwXYK3VeIJ+eVcAN5MI+mWrQNyTSfrlArBfgLVWkwn65TMB3Ewj6JfPBeKeTtIvF4H9Aqy1QuZPf9PkUtcfJdKfYdDPZetnTfXzc/qZIP2cg57d6nmU9ti1b6i9EK3v9JlV87DeWy5Ojgq50Li5JPQ1FOh1/g7Eja7P864/SqRz8Ltwni8Tfq30ZaEPvF6xH3jFFumKwAderxr+gVcd91Wir5WWWKv9WukbV1QiF2rN7vxec2p43X6t9H+/gom65vla6euT//5rkKPDu6BfK30duUFOwedX3/Pv8hnuupPg1h1xXyt9TeBraWYRfK30dYG4ZxN82WOSKfi455B8SSgQlwpYayWVP3Sdk07hU49JwZz2/7A55Y/XVj2GeU9dpGRT8PdNDgSsVNzJp8BrJEYeEmu16vHGFZXIhVqzO78pnBqmdNXSqsd/eQUTpZNZwJW4lP9A7USHd0HVY0rgBplKQD2m8kE9prbq8T+rqBQCamIegXpMKRD34wTqMbVA3PNJ1CMQlwpYa4XMnyb95wn/1ELKKeavMY3AGhNdaLgNmRZIiKyASksAqHToNaIXqL3ldAKMsYiEMdIAT9fpgU25iOCkkV4ANxmADaM3tqWEG1sGgo3tFtM3Nv013z8IDJAWm7+x/d/XhyO/Mj0jcGOTyl9ScJ2Rf8wqEzB/Er0itZnfCt4kJOLOKBD304aTt968MwnE/QzJo+W3AfsRWGv1DNgmEDz8iP0xq1sJDj+3Cawx0YWGC/TM/0bdVLrpvZRfTwNkFnoaIIt9GgBbpCwCTwNkNfxpAB13VqGnAYKXZE6jw7z8eBJg+wTskwB7JuFz2jqZEAP823Wqm/9rd62yObjN/g+eKhgR9Wc8ep8qGBH1908VJHafv32q4F8n4W9SFAwu25Q/FpjUScQwz+JQvzMIZDSjLyH41OoegU+tLiXxk1snw524sgHJ8HkSaZYdKM3cvRLuul4gwR+wTxQQM+oFkuencxAqphxCiimnVUzYIuUUUEy5DFdMOu5cRM9PS6z171RTuHXzqqZw7yelmv4Vuf+NsolK5ELd212r3A4e8piumhiexc7tUWA6qcOjQi+Tn8XOA9xs8/4r1k646RXMZ95/kM9w150PmIOl/3+d0P/B5vKvT5Z/cxrUOMwtMHRbQfAsdh6BuFcSPCGVTyDuVSRKFIhLBay1WkWAG4l9opWQZY1eZ/4pHOssAHSq9IHyBdf3jOkcFJgSFSW5/oKEnxQvKOR0FLJOB7ZIhQScjtsNdzp03LeTzYZvF5wNC2HWt09hF3ZqWcT0T2GjkxAMrrDnk9NFpkT96UJbWYWBTV6E5CRRlJCJiwoxcTHLxNgiFRNg4uKGM7GOuzgZExe3TOy+Qpi4hFPLkpHKxCU8TFzSByYuAWzykuBP9b1A+Km+klPMX2MplgfbS4M//84IqNIEgCpj+sdEtd4oI+C2vkLi0pcC7vJ3AJvyFfBHoZ4jbPA7CBq8rBRjoMfW0UBwXgZ+hdiVtBwPRipCk0IJmRTlrEmBLVI5AZOivOEmhY67PJlJUZ7PpFCS93avP8apZYVINSliPCZFBR9Mihhgk1eYIgM6NBNXJGTiikJMXMkyMbZIlQSYuLLhTKzjrkzGxJUtE4fc273+Kk4tq0YqE1fxMHFVH5i4CrDJq1p3VwFzILbGaizjguoWUKo6AaDuNH1coPXGnQLjgrUk44JqwF2+BrAp19pxgapB0OB3sYwLagLBeR04Logi+R6FuwlNiruFTIpa1qTAFqmWgElxj+EmhY77HjKT4h4+k6Kc4L1DTIraTi3vjVSTorbHpLjXB5OiNrDJ750iAzo0E99HyMT3CTFxHcvE2CLVEWDiuoYzsY67LhkT17VM7L5CmLieU8v6kcrE9TxMXN8HJq4HbPL6QCZmdXeBORBbYwOWcUFDOy5QDQkA1cj0cYHWG40ExgWvk4wLGgB3+cbApnzdjgtUY4IGj2UZF8QBwZkM+GVXyUnGBU0ITYomQibF/dakwBbpfgGToqnhJoWOuymZSdGUz6QoL3jvEJOimVPL5pFqUjTzmBTNfTApmgGbvPkUGdChmfgBQiZ+QIiJW1gmxhaphQATtzSciXXcLcmYuKVlYvcVwsStnFq2jlQmbuVh4tY+MHErYJO3BjIxq7sLzIHYGtuwjAva2nGBaksAqHamjwu03mgnMC5YRzIuaAPc5dsDm3KdHReo9gQN3oFlXNARCM5UwHFBapJxQSdCk6KTkEnR2ZoU2CJ1FjApuhhuUui4u5CZFF34TIoYwXuHmBRdnVrGR6pJ0dVjUsT7YFJ0BTZ5/BQZ0KGZOIGQiROEmLibZWJskboJMHF3w5lYx92djIm7WyZ2XyFM3MOpZc9IZeIeHibu6QMT9wA2eU8gE7O6u8AciK2xF8u4oLcdF6jeBIDqY/q4QOuNPgLjgg0k44JewF2+L7ApN9hxgepL0OD9WMYFDwLBmQ44LkhPMi7oT2hS9BcyKQZYkwJbpAECJsVAw00KHfdAMpNiIJ9JUUHw3iEmxSCnloMj1aQY5DEpBvtgUgwCNvngKTKgQzPxEEImHiLExEMtE2OLNFSAiYcZzsQ67mFkTDzMMrH7CmHi4U4tR0QqEw/3MPEIH5h4OLDJRwCZmNXdBeZAbI0jWcYFo+y4QI0iANRo08cFWm+MFhgXbCQZF4wE7vIPAZtyox0XqIcIGnwMy7hgLBCcGYHjgkwk44KHCU2Kh4VMikesSYEt0iMCJsU4w00KHfc4MpNiHJ9JUVHw3iEmxXinlhMi1aQY7zEpJvhgUowHNvmEKTKgQzPxREImnijExJMsE2OLNEmAiScbzsQ67slkTDzZMrH7CmHiKU4tp0YqE0/xMPFUH5h4CrDJpwKZmNXdBeZAbI3TWMYF0+24QE0nANQM08cFWm/MEBgXbCYZF0wD7vIzgU252Y4L1EyCBp/FMi6YDQRnZuC4IAvJuGAOoUkxR8ikeNSaFNgiPSpgUjxmuEmh436MzKR4jM+kqCR47xCTYq5Ty3mRalLM9ZgU83wwKeYCm3zeFBnQoZn4cUImflyIiedbJsYWab4AEz9hOBPruJ8gY+InLBO7rxAmXuDUcmGkMvECDxMv9IGJFwCbfCGQiVndXWAOxNa4iGVc8KQdF6gnCQC12PRxgdYbiwXGBVtIxgWLgLv8U8Cm3GLHBeopggZ/mmVc8AwQnNmB44IcJOOCZwlNimeFTIrnrEmBLdJzAibFEsNNCh33EjKTYgmfSVFZ8N4hJsVSp5bPR6pJsdRjUjzvg0mxFNjkz0+RAR2aiV8gZOIXhJh4mWVibJGWCTDxcsOZWMe9nIyJl1smdl8hTPyiU8uXIpWJX/Qw8Us+MPGLwCZ/CcjErO4uMAdia1zBMi5YaccFaiUBoFaZPi7QemOVwLjgHZJxwQrgLr8a2JTv2HGBWk3Q4GtYxgUvA8GZGzguyEMyLniF0KR4RcikeNWaFNgivSpgUqw13KTQca8lMynW8pkUVQTvHWJSvObU8vVINSle85gUr/tgUrwGbPLXp8iADs3EbxAy8RtCTLzOMjG2SOsEmHi94Uys415PxsTrLRO7rxAm3uDU8s1IZeINHiZ+0wcm3gBs8jeBTMzq7gJzILbGjSzjgk12XKA2EQBqs+njAq03NguMC7aSjAs2Anf5t4BNudWOC9RbBA2+hWVc8DYQnPmB44ICJOOCdwhNineETIp3rUmBLdK7AibFVsNNCh33VjKTYiufSdFJ8N4hJsV7Ti23RapJ8Z7HpNjmg0nxHrDJt02RAR2aibcTMvF2ISZ+3zIxtkjvCzDxB4YzsY77AzIm/sAysfsKYeIPnVp+FKlM/KGHiT/ygYk/BDb5R0AmZnV3gTkQW+MOlnHBTjsuUDsJAPWx6eMCrTc+FhgXbCMZF+wA7vKfAJtymx0XqE8IGnwXy7hgNxCctwPHBYVJxgWfEpoUnwqZFJ9ZkwJbpM8ETIrPDTcpdNyfk5kUn/OZFJ0F7x1iUuxxavlFpJoUezwmxRc+mBR7gE3+xRQZ0KGZ+EtCJv5SiIn3WibGFmmvABPvM5yJddz7yJh4n2Vi9xXCxPudWh6IVCbe72HiAz4w8X5gkx8AMjGruwvMgdgaD7KMC76y4wL1FQGgDpk+LtB645DAuOB9knHBQeAu/zWwKd+34wL1NUGDH2YZFxwBgrMYcFxQnGRc8A2hSfGNkEnxrTUpsEX6VsCkOGq4SaHjPkpmUhzlMym6CN47xKQ45tTyu0g1KY55TIrvfDApjgGb/LspMqBDM/H3hEz8vRATH7dMjC3ScQEm/sFwJtZx/0DGxD9YJnZfIUx8wqnlj5HKxCc8TPyjD0x8AtjkPwKZmNXdBeZAbI0nWcYFP9lxgfqJAFCnTB8XaL1xSmBc8CHJuOAkcJc/DWzKD+24QJ0maPAzLOOCn4HgLAUcF5QmGRf8QmhS/CJkUvxqTQpskX4VMCnOGm5S6LjPkpkUZ/lMiq6C9w4xKc45tTwfqSbFOY9Jcd4Hk+IcsMnPT5EBHZqJfyNk4t+EmPiCZWJskS4IMPFFw5lYx32RjIkvWiZ2XyFMfMmp5e+RysSXPEz8uw9MfAnY5L8DmZjV3QXmQGyNl1nGBVfsuEBdIQDUVdPHBVpvXBUYF+wgGRdcBu7y14BNucOOC9Q1gga/zjIuiJqKC7oscFwQTTIuSDKVz6RIgqt5iEmRdOofr61JEeY9dZF0QtH3TQYErFTcyabCayRqUiQDNpRPJkW84L1DTIrkTi1TuGoaUSaFTkABV7DuRHgXFPzd4TZmcmCTp5gqAzo0E6ckZOKUQkycyjIxtkipBJg4teFMrONOTcbEqS0Tu68QJk7j1DJtpDJxGg8Tp/WBidMAmzwtkIlZ3V1gDsTWmE5gjYkuNFxApQeaP6yASk8AqAzoNaIXqPVGhql4gH5MMi5IB9zlbwE25cd2XKBuIWjwjFKMgR4XZAKCszxwXBBDMi64ldCkuFXIpLjNmhTYIt0mYFJkNtyk0HFnJjMpMvOZFAmC9w4xKbI4tcwaqSZFFo9JkdUHkyILsMmzTpUBHZqJsxEycTYhJs5umRhbpOwCTJzDcCbWcecgY+IclondVwgT53RqmStSmTinh4lz+cDEOYFNngvIxKzuLjAHYmvMzTIuyGPHBSoPAaDymj4u0Hojr8C4YBfJuCA3cJfPB2zKXXZcoPIRNHh+lnFBASA4KwHHBZV92ijCzV9BYP5OpcXl7zTwXpL5K/S/nz/RcdXtQhsNep2FgXXWGndZsj+knc5BYY/0Q6+/CKEZWUTIjCxqzUhskYoKmJHFDDcjddzFyMzIYnxmZLTgvUPMyOJOLUtEqhlZ3GNGlvDBjCwObPISJCeJkoRMXFKIiUtZJsYWqZQAE5c2nIl13KXJmLi0ZWL3FcLEZZxa3hGpTFzGw8R3+MDEZYBNfgcQ3LrIywhN3jummr/GsixjwWjwWJARUNEEgFKmjwW13lACY8FPScaCZYG7fDlgU34KHgsuJWzwcgQNXp5lLBgDBGcscCwYR/IpogqEJkUFIZOiojUpsEWqKGBSVDLcpNBxVyIzKSrxmRRK8t7u9Vd2alklUk2Kyh6ToooPJkVlYJNXmSoDOjQTVyVk4qpCTFzNMjG2SNUEmLi64Uys465OxsTVLROH3Nu9/judWtaIVCa+08PENXxg4juBTV7DursKmAOxNd7FMi6oaQGlahIA6m7TxwVab9wtMC74nGRccBdwl68FbMrP7bhA1SJo8HtYxgW1geBsChwXNCMZF9xLaFLcK2RS3GdNCmyR7hMwKeoYblLouOuQmRR1+EyKcoL3DjEp6jq1rBepJkVdj0lRzweToi6wyetNlQEdmonrEzJxfSEmbmCZGFukBgJM3NBwJtZxNyRj4oaWid1XCBM3cmrZOFKZuJGHiRv7wMSNgE3eGMjErO4uMAdia4xlGRfE2XGBiiMAVBPTxwVabzQRGBd8QTIuiAXu8vcDm/ILOy5Q9xM0eFOWcUEzIDhbAMcFLUnGBc0JTYrmQibFA9akwBbpAQGTooXhJoWOuwWZSdGCz6QoL3jvEJOipVPLVpFqUrT0mBStfDApWgKbvNVUGdChmbg1IRO3FmLiNpaJsUVqI8DEbQ1nYh13WzImbmuZ2H2FMHE7p5btI5WJ23mYuL0PTNwO2OTtgUzM6u4CcyC2xg4s44KOdlygOhIAqpPp4wKtNzoJjAv2kowLOgB3+c7AptxrxwWqM0GDd2EZF3QFgrMNcFzQlmRcEE9oUsQLmRQJ1qTAFilBwKToZrhJoePuRmZSdOMzKWIE7x1iUnR3atkjUk2K7h6ToocPJkV3YJP3mCoDOjQT9yRk4p5CTNzLMjG2SL0EmLi34Uys4+5NxsS9LRO7rxAm7uPUsm+kMnEfDxP39YGJ+wCbvC+QiVndXWAOxNbYj2Vc8KAdF6gHCQDV3/RxgdYb/QXGBftJxgX9gLv8AGBT7rfjAjWAoMEHsowLBgHB2QE4LuhIMi4YTGhSDBYyKYZYkwJbpCECJsVQw00KHfdQMpNiKJ9JUUHw3iEmxTCnlsMj1aQY5jEphvtgUgwDNvnwqTKgQzPxCEImHiHExCMtE2OLNFKAiUcZzsQ67lFkTDzKMrH7CmHi0U4tH4pUJh7tYeKHfGDi0cAmfwjIxKzuLjAHYmscwzIuGGvHBWosAaAeNn1coPXGwwLjgoMk44IxwF3+EWBTHrTjAvUIQYOPYxkXjAeCswtwXNCVZFwwgdCkmCBkUky0JgW2SBMFTIpJhpsUOu5JZCbFJD6ToqLgvUNMislOLadEqkkx2WNSTPHBpJgMbPIpU2VAh2biqYRMPFWIiadZJsYWaZoAE083nIl13NPJmHi6ZWL3FcLEM5xazoxUJp7hYeKZPjDxDGCTzwQyMau7C8yB2BpnsYwLZttxgZpNAKg5po8LtN6YIzAuOEQyLpgF3OUfBTblITsuUI8SNPhjLOOCuUBwdgOOC7qTjAvmEZoU84RMisetSYEt0uMCJsV8w00KHfd8MpNiPp9JUUnw3iEmxRNOLRdEqknxhMekWOCDSfEEsMkXTJUBHZqJFxIy8UIhJl5kmRhbpEUCTPyk4Uys436SjImftEzsvkKYeLFTy6cilYkXe5j4KR+YeDGwyZ8CMjGruwvMgdgan2YZFzxjxwXqGQJAPWv6uEDrjWcFxgWHScYFTwN3+eeATXnYjgvUcwQNvoRlXLAUCM5ewHFBb5JxwfOEJsXzQibFC9akwBbpBQGTYpnhJoWOexmZSbGMz6SoLHjvEJNiuVPLFyPVpFjuMSle9MGkWA5s8henyoAOzcQvETLxS0JMvMIyMbZIKwSYeKXhTKzjXknGxCstE7uvECZe5dRydaQy8SoPE6/2gYlXAZt8NZCJWd1dYA7E1riGZVzwsh0XqJcJAPWK6eMCrTdeERgXfEMyLlgD3OVfBTblN3ZcoF4laPC1LOOC14Dg7AccFzxIMi54ndCkeF3IpHjDmhTYIr0hYFKsM9yk0HGvIzMp1vGZFFUE7x1iUqx3arkhUk2K9R6TYoMPJsV6YJNvmCoDOjQTv0nIxG8KMfFGy8TYIm0UYOJNhjOxjnsTGRNvskzsvkKYeLNTy7cilYk3e5j4LR+YeDOwyd8CMjGruwvMgdgat7CMC9624wL1NgGg3jF9XKD1xjsC44KjJOOCLcBd/l1gUx614wL1LkGDb2UZF7wHBOdA4LhgEMm4YBuhSbFNyKTYbk0KbJG2C5gU7xtuUui43yczKd7nMyk6Cd47xKT4wKnlh5FqUnzgMSk+9MGk+ADY5B9OlQEdmok/ImTij4SYeIdlYmyRdggw8U7DmVjHvZOMiXdaJnZfIUz8sVPLTyKViT/2MPEnPjDxx8Am/wTIxKzuLjAHYmvcxTIu2G3HBWo3AaA+NX1coPXGpwLjgu9IxgW7gLv8Z8Cm/M6OC9RnBA3+Ocu4YA8QnEOB44JhJOOCLwhNii+ETIovrUmBLdKXAibFXsNNCh33XjKTYi+fSdFZ8N4hJsU+p5b7I9Wk2OcxKfb7YFLsAzb5/qkyoEMz8QFCJj4gxMQHLRNji3RQgIm/MpyJddxfkTHxV5aJ3VcIEx9yavl1pDLxIQ8Tf+0DEx8CNvnXQCZmdXeBORBb42GWccEROy5QRwgA9Y3p4wKtN74RGBccJxkXHAbu8t8Cm/K4HReobwka/CjLuOAYEJwjgeOCUSTjgu8ITYrvhEyK761JgS3S9wImxXHDTQod93Eyk+I4n0nRRfDeISbFD04tT0SqSfGDx6Q44YNJ8QOwyU9MlQEdmol/JGTiH4WY+KRlYmyRTgow8U+GM7GO+ycyJv7JMrH7CmHiU04tT0cqE5/yMPFpH5j4FLDJTwOZmNXdBeZAbI1nWMYFP9txgfqZAFC/mD4u0HrjF4FxwQmSccEZ4C7/K7ApT9hxgfqVoMHPsowLzgHBOQY4LhhLMi44T2hSnBcyKX6zJgW2SL8JmBQXDDcpdNwXyEyKC3wmRVfBe4eYFBedWl6KVJPiosekuOSDSXER2OSXpsqADs3EvxMy8e9CTHzZMjG2SJcFmPiK4Uys475CxsRXLBO7rxAmvurU8lqkMvFVDxNf84GJrwKb/BqQiVndXWAOxNZ4nWVcEDXNjguAORBbYxL0GtEL1HpDLxIN0JMk44LrwF0+KbApT9pxgUpK0ODJBNaYKNDDBWdyIDjHAccF40nGBSmm8ZkUKYDgdK835bQ/XluTIsx76iKlnIa/byogYKXiTjUNXiNRkyIVsKF8MiniBe8dYlKkdmqZxlXTiDIpdAIKuIJ1J8K7oODvDrcxUwObPM00GdChmTgtIROnFWLidJaJsUVKJ8DE6Q1nYh13ejImTm+Z2H2FMHEGp5a3RCoTZ/Aw8S0+MHEGYJPfAmRiVncXmAOxNWaUMn/QR6ZMdlygMhEA6lbTxwVab9wqMC44RTIuyAjc5W8DNuUpOy5QtxE0eGaWcUEWIDgnAccFk0nGBVkJTYqsQiZFNmtSYIuUTcCkyG64SaHjzk5mUmTnMykSBO8dYlLkcGqZM1JNihwekyKnDyZFDmCT55wmAzo0E+ciZOJcQkyc2zIxtki5BZg4j+FMrOPOQ8bEeSwTu68QJs7r1DJfpDJxXg8T5/OBifMCmzwfkIlZ3V1gDsTWmJ9lXFDAjgtUAQJAFTR9XKD1RkGBccEZknFBfuAuXwjYlGfsuEAVImjw21nGBYWB4JwGHBdM92mjCDd/RYD5WwLM31Jg/nRzpHTlrnPgxbXAzy7Oz67OT30VDeSjmEMc+r8JHr+7Oe/R/z743uKB1yVc7/0n9y8ZeH+pm9y/pOv+pQOvyyTy3njnvaWd9+qN8I7A67L/ci3Rgferm6wl2rWWcoHX5W+ylnKutcQEXldI5L0JzntjnPfqNVYMvK7kyB7444VlbuQFfQj4Bdzb8Hl0mRt5Rcf9K8meVhm4pwFrrX41HDfdk93Y09C4OW943KkD/VJZIO7fSMRC2/24e7lrHW7+LpDkrz0wf78B83eRZL+uAtyvgZhRyPz5NcAD5jJkgFfVDvCwRaoqMMCrZvgAT8ddTXiAh97cuxlKjldJyLG7oeR4jYQcqwPJEYgZdY2QHKsLkeOdlhyxRbpTgBxrGE6OOu4aQuQIfyY29gaRoxXzXdMiM+4k6WUdknDXp3F5l0DcSdNzHGJqAEnYXeuwHwtNz3GIqQnMHxAzKhkJ/gYbKkJSkeRviKEiJDVJ/94N7F8gZhQyf36JkLuFREgtK0KwRaolIELuMVyE6LjvIREheQKH8ZoCh9J0wofx6PAuVShW5jCenoSMagPJCFhrld5wEaf7urYAbjKSHALvEcJN2N+RQ5I/IL5VRmD+biXZt+4F4g+IGXUrCf4mGSqCs5Lkb7KhIjgbSf/eB+xfIGZUNkIRfJ+QCK5jRTC2SHUERHBdw0WwjrsuiQguGhCD9woc6nMaLoJLx8qImVwkZFQPSEbAWqtchotg3df1BHCTl+QQWFcIN2F/lQBJ/oD4VnmB+ctPsm/VB+IPiBmVnwR/CwwVwbeT5G+hoSK4MEn/NgD2LxAzqjChCG4gJIIbWhGMLVJDARHcyHARrONuRCKCowNisL7Aob6Y4SK4YqyMmClOQkaNgWQErLUqbrgI1n3dWAA3pUgOgY2EcBNu/kqT5A+Ib1UKmL8yJPtWLBB/QMyoMiT4W2GoCFYk+VtpqAguR9K/ccD+BWJGlSMUwXFCIriJFcHYIjUREMH3Gy6Cddz3k4jgqgExGCtwqK9guAiuGSsjZiqSkFFTIBkBa60qGi6CdV83FcBNFZJD4P1CuAk3f1VJ8gfEt6oCzF81kn2rGRB/QMyoaiT422yoCL6LJH9vGSqCa5L0b3Ng/wIxo2oSiuDmQiL4ASuCsUV6QEAEtzBcBOu4W5CI4NoBMdhM4FB/j+EiuH6sjJipTUJGLYFkBKy1qm24CNZ93VIAN3VIDoEthHAT9mPqJPkD4lvVAeavHsm+1QqIPyBmVD0S/O0yVAQ3IsnfbkNFcGOS/m0N7F8gZlRjQhHcWkgEt7EiGFukNgIiuK3hIljH3ZZEBDcOiMFWAof6JoaL4GaxMmLmfhIyagckI2Ct1f2Gi2Dd1+0EcNOc5BDYVgg34ebvAZZJOrBXmgPz14Jk32oPxB8QM6oFCf6+MVQEtyHJ37eGiuC2JP3bAdi/QMyotoQiuIOQCO5oRTC2SB0FRHAnw0WwjrsTiQhuGRCD7QUO9R0MF8HtY2XETEcSMuoMJCNgrVVHw0Ww7uvOArjpQnII7CSEm3Dz15Ukf0B8qy7A/MWT7FtdgPgDYkbFk+DvrKEiuAdJ/s4ZKoJ7kvRvV2D/AjGjehKK4K5CIjjeimBskeIFRHCC4SJYx51AIoI7B8RgF4FDfR/DRXD3WBkx05eEjLoByQhYa9XXcBGs+7qbAG76kxwCE4RwE27+BpDkD4hv1R+Yv4Ek+1Z3IP6AmFEDSfCX4oCZIngoSf5SHjBTBA8j6d8ewP4FYkYNIxTBPYREcE8rgrFF6ikggnsZLoJ13L1IRHDvgBjsLnCoH2m4CB4QKyNmRpGQUW8gGQFrrUYZLoJ1X/cWwM0YkkNgLyHchJu/sST5A+JbjQHm72GSfasPEH9AzKiHSfCX3VARPIEkfzkMFcETSfq3L7B/gZhREwlFcF8hEdzPimBskfoJiOAHDRfBOu4HSUTwkIAY7CNwqJ9iuAgeFSsjZqaSkFF/IBkBa62mGi6CdV/3F8DNDJJD4INCuAk3fzNJ8gfEt5oBzN8skn1rABB/QMyoWST4K2GoCH6MJH8lDRXBc0n6dyCwf4GYUXMJRfBAIRE8yIpgbJEGCYjgwYaLYB33YBIRPDYgBgcIHOrnGy6CJ8bKiJknSMhoCJCMgLVWTxgugnVfDxHAzSKSQ+BgIdyEm78nSfIHxLdaBMzfYpJ9aygQf0DMqMUk+KtmqAh+liR/1Q0Vwc+R9O8wYP8CMaOeIxTBw4RE8HArgrFFGi4ggkcYLoJ13CNIRPDUgBgcKnCof95wETw7VkbMvEBCRiOBZASstXrBcBGs+3qkAG5eJDkEjhDCTbj5e4kkf0B8qxeB+VtBsm+NAuIPiBm1ggR/jQwVwWtI8tfYUBH8Mkn/jgb2LxAz6mVCETxaSAQ/ZEUwtkgPCYjgMYaLYB33GBIRPDcgBkcJHOrXGi6CF8bKiJnXSMhoLJCMgLVWrxkugnVfjxXAzTqSQ+AYIdyEm7/1JPkD4lutA+ZvA8m+9TAQf0DMqA0k+OtgqAjezPLt7oaK4LdI+vcRYP8CMaPeIhTBjwiJ4HFWBGOLNE5ABI83XATruMeTiOCnAmLwYYFD/TuGi+ClsTJi5l0SMpoAJCNgrdW7hotg3dcTBHCzjeQQOF4IN+HmbztJ/oD4VtuA+XufZN+aCMQfEDPqfRL89TdUBO8gyd8AQ0XwTpL+nQTsXyBm1E5CETxJSARPtiIYW6TJAiJ4iuEiWMc9hUQELw+IwYkCh/pdhovg1bEyYmY3CRlNBZIRsNZqt+EiWPf1VAHcfE5yCJwihJtw87eHJH9AfKvPgfn7gmTfmgbEHxAz6gsS/I0zVATvZzEBDRXBB0j6dzqwf4GYUQcIRfB0IRE8w4pgbJFmCIjgmYaLYB33TBIR/GpADE4TONQfMlwEr4+VETNfk5DRLCAZAWutvjZcBOu+niWAm29IDoEzhXATbv6+JckfEN/qG2D+jpLsW7OB+ANiRh0lwd88Q0XwcZL8PW6oCP6BpH/nAPsXiBn1A6EIniMkgh+1IhhbpEcFRPBjhotgHfdjJCJ4U0AMzhY41J80XAS/GysjZn4iIaO5QDIC1lr9ZLgI1n09VwA3Z0gOgY8J4Sbc/P1Mkj8gvtUZYP5+Idm35gHxB8SM+oUEf8sMFcHnSfK33FAR/BtJ/z4O7F8gZtRvhCL4cSERPN+KYGyR5guI4CcMF8E67idIRPD2gBicJ3Cov2S4CN4ZKyNmfichowVAMgLWWv1uuAjWfb1AADdXWf7EjxBuws3fNZL8AfGtrgLzd51k31oIxB8QM+o6Cf42GCqCk2XgyN+bhorg5Bk4+ncRsH+BmFHI/PklghcJieAnrQjGFulJARG82HARrONeTCKCdwfE4EKBQ32qDGaL4C9jZcRMahIyegpIRsBaq9QZzBbBuq+fEsBNOpJD4GIh3ISbv/Qk+QPiW6UD5i8Dyb71NBB/QMyoDCT422GoCL6VJH87DRXBt5H07zPA/gViRt1GKIKfERLBz1oRjC3SswIi+DnDRbCO+zkSEXwgIAafFjjUZzVcBB+JlREz2UjIaAmQjIC1VtkMF8G6r5cI4CYnySHwOSHchJu/XCT5A+Jb5QTmLzfJvrUUiD8gZlRuEvwdMlQE5yfJ39eGiuACJP37PLB/gZhRBQhF8PNCIvgFK4KxRXpBQAQvM1wE67iXkYjgYwExuFTgUH+74SL4x1gZMVOYhIyWA8kIWGtV2HARrPt6uQBuipEcApcJ4Sbc/BUnyR8Q36oYMH8lSPatF4H4A2JGlSDB3xlDRXAZkvz9bKgIvoOkf18C9i8QM+oOQhH8kpAIXmFFMLZIKwRE8ErDRbCOeyWJCD4dEIMvChzqleEi+FysjJgpR0JGq4BkBKy1Kme4CNZ9vUoANxVIDoErhXATbv4qkuQPiG9VAZi/SiT71mog/oCYUZVI8JfkoJkiuBpJ/pIeNFMEVyfp3zXA/gViRlUnFMFrhETwy1YEY4v0soAIfsVwEazjfoVEBF8MiMHVAof6uwwXwddiZcRMTRIyehVIRsBaq5qGi2Dd168K4OYekkPgK0K4CTd/tUnyB8S3ugeYv3tJ9q21QPwBMaPuJcFfZkNFcD2S/GUxVATXJ+nf14D9C8SMqk8ogl8TEsGvWxGMLdLrAiL4DcNFsI77DRIRnDQuKmqtwKG+keEiOHWcjJhpTEJG64BkBKy1amy4CNZ9vU4AN01IDoFvCOEm3PzdT5I/IL5VE2D+mpLsW+uB+ANiRjUlwV8RQ0VwC5L8FTVUBLck6d8NwP4FYka1JBTBG4RE8JtWBGOL9KaACN5ouAjWcW8kEcHpA2JwvcChvo3hIvi2OBkx05aEjDYByQhYa9XWcBGs+3qTAG46kBwCNwrhJtz8dSTJHxDfqgMwf51I9q3NQPwBMaM6keCvkqEiOJ4kf5UNFcEJJP37FrB/gZhRCYQi+C0hEbzFimBskbYIiOC3DRfBOu63SURwtoAY3CxwqO9huAjOEycjZnqSkNE7QDIC1lr1NFwE675+RwA3fUgOgW8L4Sbc/PUlyR8Q36oPMH/9SPatd4H4A2JG9SPBXz1DRfBAkvzVN1QEDyLp363A/gViRg0iFMFbhUTwe1YEY4v0noAI3ma4CNZxbyMRwQUCYvBdgUP9UMNFcNE4GTEzjISMtgPJCFhrNcxwEaz7ersAbkaSHAK3CeEm3PyNIskfEN9qJDB/o0n2rfeB+ANiRo0mwV8bQ0XwwyxPchgqgh8h6d8PgP0LxIx6hFAEfyAkgj+0IhhbpA8FRPBHhotgHfdHJCK4ZEAMvi9wqJ9guAiOjpMRMxNJyGgHkIyAtVYTDRfBuq93COBmCskh8CMh3ISbv6kk+QPiW00B5m8ayb61E4g/IGbUNBL89TFUBM8iyV9fQ0XwbJL+/RjYv0DMqNmEIvhjIRH8iRXB2CJ9IiCCdxkugnXcu0hEcExADO4UONQ/ZrgIrhonI2bmkpDRbiAZAWut5hougnVf7xbAzXySQ+AuIdyEm78nSPIHxLeaD8zfApJ961Mg/oCYUQtI8DfGUBG8mCR/Yw0VwU+R9O9nwP4FYkY9RSiCPxMSwZ9bEYwt0ucCIniP4SJYx72HRATXCIjBTwUO9c8aLoJrx8mImedIyOgLIBkBa62eM1wE677+QgA3z5McAvcI4Sbc/L1Akj8gvtXzwPwtI9m3vgTiD4gZtcxwvqsb4LsvBfatFYbH3ThOZr9eSdIve4H9Aqy1Wmk4bjoFCrFXADf6vqi49dpSujDTOfDiWuBnF+dnV+envvYFYtnvxKP/m6Co7ea8R//74HsPBF4fdL33n9z/q8D7D93k/l+57v914PXhRN4b77z3a+e9WoAfCbz+5l+u5dvA+4/eZC3futZyLPD6u5us5ZhrLd8HXh9P5L0Jznu/d96r1/hD4PUJRwOisZm2zI28oLG5xvQvMy5zI6/ouF8m2ct/BO7lwFqrlwkNxC7gfTi4xmDNTwZq9VPgn1MuHyiD8zNNVKipqK+Urtc1QesSMCmjU7jWmsa15mA8tzj/Pjn295ZP48ptlCvfUYnkLcr1+1MH/knvvO4WPyhucOfePbo0iB+eWM2SJXLfpK5YU3je565j8N+lcv/3EocS0L3+dHg46ZDXT87PU87PjIF/Tgden/kLMkMciHQzou+7luCAeVqAzF4TIrOk4PiB9VGvgQnIuzlL1P8kcIIluc6fgOt05/VnZz/5xUWQ2Z2f7s0+iev/YybN1K44gpebXIK/Mxh3kEhTYNdSTv+u5FGh182INPj7PUTaNL7LgPhBHiL1TkyTJhKrO0YdXypsfNHBtQav4JqCvydt1B+4Se1aRxrsOlTwd3nXkca1jtSu18F/l9a1puD/l86zXncvuP/bYF7TuWKmOYzoQH52Dh2/OD9/Dfw8O01u/ScFCHid4RMsHfevAnGvJzl4AOuj1hMcMn8SqPVGAoyfFYh7EwnGgfVRmwzHePdkNxxrdK23GB536oAb+qNA3G+TuKHngG4osNYKmT+vSXPOORd5z0n6Oh94/du/nJRcCLz/4k0mJRdc978UeP37tBv39UMgnwcLZIl95xL26caEmHIx0bqvUXG7hd1ll9AOCoT/RaGdyhVH8HK701pEZXb+d99+g3okDG88uHfvHgk94rs27jco3p2yxJ4ATkzHus3h5Imkkc4cllrfZaGnYv8qp+FyzJX//qRxtOdeyq/J1hWhR+Ov2kfjsUW6Og1/32uGPxqv477m8yYQHd4VktPoMC/v4Qkt/FoFfkHBqbj7ZSwVFVVoqmy9wry38v4f7vxeD2Jt+h//XwoXToLv1Rva9ag/YyiJ63VS5z1Jb/KeJH9xn786jIhtWsHgdALecgc7PdTedy8I9buvAzehJNP/+l6VK8V3TqgUU75TdExC58B9KibEl+9UropKqFw+cPvyMapzp/jorjGdK1WMqVg5oZJvz5a41xwd5hXyLIILxJaBw7ynLpJOKPq+yaabzcA67mTT4TUSsXGjnLWi77vV0A+LeNeJxFJy3KaktoItLr2J6fXd7dwTjfngqQiNo22GW8TB0xs67u1mWsR/ktzIg0gUsBffZ/nbJ0BbHIgZJZU/dJ+kmI7Dsl+H1xRCh9eU9vCKLVJKgcNrKsMPrzruVD4dXqPDu/7P75ZYq1/zt6gwNoKE0Ms3uye1k+80/8DuqZVI7rx2T62ov7d7ErvP39o9pj+Ml9RJZhJX4tK4TujBC33iAMah0gA3s7S4ZkgI5jOtoOLReYwSUM47zHrw60+nJB13aoG4dxI88JZGIO6PDVUqXoJB7hs7gF+r8QmJ0gPiWwExoz7x6YHLcOucGsg16YBOnb6HBLekmy6zhyFrLeEilp2Cj/tzAhcxWiDuPSQPmqYH9iOw1mqP4bjR/XKXAG72EvRLTYG495H0SwZgvwBrrfYR9EusAG4OEvRLnEDcX5H0yy3AfgHWWn1F0C8dBHBzmKBfOgrEfYSkXzIC+wVYa3WEoF/6CeDmKEG/PCgQ9zGSfskE7BdgrdUxgn4ZI4Cb4wT9MlYg7h9I+uVWYL8Aa61+IOiXWQK4OUnQL7MF4v6JpF9uA/YLsNbqJ4J+eVoAN2cI+uUZgbh/JumXzMB+AdZa/UzQL2sEcHOWoF9eFoj7HEm/ZAH2C7DW6hxBv2wRwM0Fgn55WyDuiyT9khXYL8Baq4sE/bJLADeXCfplt0DcV0j6JRuwX4C1VlcI+uWwAG6uE/TLEYG4o27h6JfswH4B1lqh8yfRL2cEcJPM8Lh1v/wsEHdykn7JAewXYK1VcoJ+uS6Am1QE/RIl8Knt1CT9khPYL8Baq9QE/ZJRADfpCPolk0Dc6Un6JRewX4C1VukJ+iW/AG4yEvRLAYG4M5H0S25gvwBrrZD50x96fjuQuEzO/fRnGPRz2fpZU/38nH4mSD/noGe3eh6lPXbtG2ovROs7fWbVPKz3ltzTo0IuNG7yAL9xQnKdeYG40fV5J9kfn0PTOcgrnOd8wM+o+fVtJPmEvo0kv/02EmyR8gt8G0kBw7+NRMddgOjbSCTWar/Q9sYVlciFWrM7vwWdGhb6B99wUtD13/3VN5wUjPr7bzhJ7D7/E99wopNZwJW4QtP/vPOa/A0nhYAb5O3T8fm9/R/kM9x1Fwaeygz9vjuxbwwpKPAp/sy3mB93IYG4sxiu+nXchQXizuqT6o8O71JAXCpgrZVU/tB1LkKoHosIqceiVj1ii1RUQD0WM1w96riLEanHYlY90qvH4k4NS1j1+N+vYKKKe9RjCTL1WAK4QZYUUI8lfVCPpax6/M8qqriAmshJoB5LCMSdi0A9lhKIOzeJegTiUgFrrZD506T/TrKoP13o+qCxWWK6+WssLTTjhjdkGSAhsgKqDAGg7kCvEb1A7S3fIcAY+UkYozTwdF0W2JT5CU4aZQVwEw1sGL2xvU24sUUTbGxKiimTggHlluLh3qscwVd+SzRleXCxJeI+Pw0fd0HDN2HdhOUE6l2I5BHhGGA/AmutCoHlniCJ/b9BFRqb5QlILEb6dB4uwLsHCn9JYGMrYniDxyckRHfu2kWlLoOLuQJws0Dmz68pewWw9x+8KtopO7ZIFQWm7JUMn7LruCsJTdmDF1pZIHNaebpcU4DymRBTLiYauSFXmW4uoUl8iLG8wIf5ihF8iDFGIO7iJAqlKrCvgbVWxQn65R4B3JQi6JfaAnGXJumXasB+AdZalSbol6YCuClL0C/NBOKOJumX6sB+AdZaRRP0SxcB3JQn6JeuAnHHkPTLncB+AdZaxRD0y0AB3FQi6JdBAnFXJumXGsB+AdZaVSbol3ECuKlG0C/jBeKuTtIvdwH7BVhrVZ2gXx4TwM1dBP0yVyDumiT9UhPYL8Baq5oE/bJEADf3EPTLUoG4a5P0y93AfgHWWtUm6Je1AripQ9AvrwnEXZekX2oB+wVYa1WXoF+2CuCmAUG/vCcQd0OSfrkH2C/AWquGBP3yuQBuYgn6ZY9A3HEk/VIb2C/AWqs4gn45KoCbpgT9ckwg7mYk/XIvsF+AtVbNCPrlrABuWhD0yzmBuFuS9Mt9wH4B1lq1JOiXZAIfnGhD0C/JBeJuS9IvdYD9Aqy1akvQL5kFcNOBoF+yCMTdkaRf6gL7BVhr1ZGgX24XwE0Xgn4pLBB3V5J+qQfsF2CtFTJ/+psm33X9USL9GQb9XLZ+1lQ/P6efCfq/5xwC/+h5lPbYtW+ovRCt7/SZVfOw3lvqCf+xnPpCX0MB973Bf5Roq+uPEukcNBDOc0PCr5VuKPSB10b2A6/YIjUS+MBrY8M/8Krjbkz0tdISa7VfK33jikrkQq3Znd9Yp4Zx9mul//sVTFSs52ul48i+VjoOuEE2Efha6SY+fK30/fZrpf/zd6rFCnzvVDeCr5WOE4i7O8GXPd4vEHcPki8JBeJSAWutpPIHn8oTqsemQuqxmVWP2CI1E1CPzQ1Xjzru5kTqsblVj/Tq8QGnhi2sevzvVzBRD3jUYwsy9dgCuEG2FFCPLX1Qj62sevzPKuoBATXRh0A9thCIuy+BemwlEHc/EvUIxKUC1loh86dJfyvhn1poQfAt1a2l/tQC/OFI8B8lYgRUGwJAtTX9jxJpb7mtAGMMJGGM1sDTdTtgUw4kOGm0E8BNe/AfJXqXcGNrT7CxdTB9Y9Nf811FAKCDzd/Y/u/rw5Ffmd4RuLFJ5S8puM7IP2bVieCPWUls5p0J/phVR4G4hxpO3nrz7iQQ9zCSR8u7APsRWGs1DGwTCB5+xP6YVWeCw08XgTUmutCwP+vxbw4BlW56L+XX0wBdhZ4GiLdPA2CLFC/wNECC4U8D6LgThJ4GCF6SOY0O8/LjSYDsU7BPAhSZJsBSyYQY4N+uU938X7tr1c3Bbfd/8FTBiKg/49H7VMGIqL9/qiCx+/ztUwX/Ogl/k6JgcN2m/7HApE4ihnkWh/qdQSCjGX0kwadWiwh8anUUiZ/cORnuxNUNSIajSaRZd6A0c/dKuOt6iAR/wD5RQMyoh0ien+5BqJh6CCmmnlYxYYvUU0Ax9TJcMem4exE9Py2x1r9TTWE/HulRTeHeT0o1/Sty/xtlE5XIhbq3u1a9HTz0MV01MTyL3dujwHRSh0eFXiY/i90HuNn2/VesnXDTK5jPvv8gn2E/CwrMwaj/v07o/2Bz+dcny785DWoc9hYYuo0jeBa7j0Dc4wmekOonEPcEEiUKxKUC1lpNIMCNxD7RSciyRq/zwekc6+wP/p6x91zfM6Zz0F/4e8YGEH5SfICQ0zHQOh3YIg0UcDoGGe506LgHkc2GBwnOhoUw69unsAc7tRxi+qew0UkIBjfY88npIdOj/nShrazBwCYfQnKSGErIxEOFmHiYZWJskYYJMPFww5lYxz2cjImHWyZ2XyFMPMKp5chIZeIRHiYe6QMTjwA2+Ujwp/reI/xU38jp5q9xFMuD7aPBn39nBNRoAkA9ZPrHRLXeeEjAbZ3C8rwYcJcfA2zKKeCPQr1N2OBjCBp8rBRjoMfWDwPB+TnwK8T2ZOB4MPIRQpPiESGTYpw1KbBFGidgUow33KTQcY8nMynG85kUSvLe7vVPcGo5MVJNigkek2KiDybFBGCTT5wuAzo0E08iZOJJQkw82TIxtkiTBZh4iuFMrOOeQsbEUywTh9zbvf6pTi2nRSoTT/Uw8TQfmHgqsMmnWXdXAXMgtsbpLOOCGRZQagYBoGaaPi7QemOmwLhgGsm4YDpwl58FbMppdlygZhE0+GyWccEcIDj3AscF+0jGBY8SmhSPCpkUj1mTAlukxwRMirmGmxQ67rlkJsVcPpOinOC9Q0yKeU4tH49Uk2Kex6R43AeTYh6wyR+fLgM6NBPPJ2Ti+UJM/IRlYmyRnhBg4gWGM7GOewEZEy+wTOy+Qph4oVPLRZHKxAs9TLzIByZeCGzyRUAmZnV3gTkQW+OTLOOCxXZcoBYTAOop08cFWm88JTAumEEyLngSuMs/DWzKGXZcoJ4maPBnWMYFzwLBeRA4LviKZFzwHKFJ8ZyQSbHEmhTYIi0RMCmWGm5S6LiXkpkUS/lMivKC9w4xKZ53avlCpJoUz3tMihd8MCmeBzb5C9NlQIdm4mWETLxMiImXWybGFmm5ABO/aDgT67hfJGPiFy0Tu68QJn7JqeWKSGXilzxMvMIHJn4J2OQrgEzM6u4CcyC2xpUs44JVdlygVhEAarXp4wKtN1YLjAtmkYwLVgJ3+TXAppxlxwVqDUGDv8wyLngFCM7DwHHBEZJxwauEJsWrQibFWmtSYIu0VsCkeM1wk0LH/RqZSfEan0kRI3jvEJPidaeWb0SqSfG6x6R4wweT4nVgk78xXQZ0aCZeR8jE64SYeL1lYmyR1gsw8QbDmVjHvYGMiTdYJnZfIUz8plPLjZHKxG96mHijD0z8JrDJNwKZmNXdBeZAbI2bWMYFm+24QG0mANRbpo8LtN54S2BcMIdkXLAJuMtvATblHDsuUFsIGvxtlnHBO0BwHgWOC46RjAveJTQp3hUyKbZakwJbpK0CJsV7hpsUOu73yEyK9/hMigqC9w4xKbY5tdweqSbFNo9Jsd0Hk2IbsMm3T5cBHZqJ3ydk4veFmPgDy8TYIn0gwMQfGs7EOu4PyZj4Q8vE7iuEiT9yarkjUpn4Iw8T7/CBiT8CNvkOIBOzurvAHIitcSfLuOBjOy5QHxMA6hPTxwVab3wiMC54jGRcsBO4y+8CNuVjdlygdhE0+G6WccGnQHAeB44LfiAZF3xGaFJ8JmRSfG5NCmyRPhcwKfYYblLouPeQmRR7+EyKioL3DjEpvnBq+WWkmhRfeEyKL30wKb4ANvmX02VAh2bivYRMvFeIifdZJsYWaZ8AE+83nIl13PvJmHi/ZWL3FcLEB5xaHoxUJj7gYeKDPjDxAWCTHwQyMau7C8yB2Bq/YhkXHLLjAnWIAFBfmz4u0Hrja4FxwTySccFXwF3+MLAp59lxgTpM0OBHWMYF3wDBeRI4LviJZFzwLaFJ8a2QSXHUmhTYIh0VMCmOGW5S6LiPkZkUx/hMikqC9w4xKb5zavl9pJoU33lMiu99MCm+Azb599NlQIdm4uOETHxciIl/sEyMLdIPAkx8wnAm1nGfIGPiE5aJ3VcIE//o1PJkpDLxjx4mPukDE/8IbPKTQCZmdXeBORBb408s44JTdlygThEA6rTp4wKtN04LjAvmk4wLfgLu8meATTnfjgvUGYIG/5llXPALEJxngOOCn0nGBb8SmhS/CpkUZ61JgS3SWQGT4pzhJoWO+xyZSXGOz6SoLHjvEJPivFPL3yLVpDjvMSl+88GkOA9s8t+my4AOzcQXCJn4ghATX7RMjC3SRQEmvmQ4E+u4L5Ex8SXLxO4rhIl/d2p5OVKZ+HcPE1/2gYl/Bzb5ZSATs7q7wByIrfEKy7jgqh0XqKsEgLpm+rhA641rAuOCBSTjgivAXf46sCkX2HGBuk7Q4FEzSMYFSXALVWeB44JzJOOCpDP4TIqkQHC615tsxh+vrUkR5j11kXRC0fdNDgSsVNzJZ8BrJGpSJAc2lE8mRRXBe4eYFCmcWqZ01TSiTAqdgAKuYN2J8C4o+LvDbcwUwCZPOUMGdGgmTkXIxKmEmDi1ZWJskVILMHEaw5lYx52GjInTWCZ2XyFMnNapZbpIZeK0HiZO5wMTpwU2eTogE7O6u8AciK0xvZT5gz4yZQCaP6yAykAAqFvQa0QvUOuNW2bgAbqIZFyQHrjLZwQ25SI7LlAZCRo8E8u44FYgOC8AxwUXScYFtxGaFLcJmRSZrUmBLVJmAZMii+EmhY47C5lJkYXPpOgkeO8QkyKrU8tskWpSZPWYFNl8MCmyAps82wwZ0KGZODshE2cXYuIclomxRcohwMQ5DWdiHXdOMibOaZnYfYUwcS6nlrkjlYlzeZg4tw9MnAvY5LmBTMzq7gJzILbGPCzjgrx2XKDyEgAqn+njAq038gmMCxaTjAvyAHf5/MCmXGzHBSo/QYMXYBkXFASC8zJwXHCFZFxQiNCkKCRkUtxuTQpskW4XMCkKG25S6LgLk5kUhflMis6C9w4xKYo4tSwaqSZFEY9JUdQHk6IIsMmLzpABHZqJixEycTEhJi5umRhbpOICTFzCcCbWcZcgY+ISlondVwgTl3RqWSpSmbikh4lL+cDEJYFNXgrIxKzuLjAHYmsszTIuKGPHBaoMAaDuMH1coPXGHQLjgqdJxgWlgbt8WWBTPm3HBaosQYNHs4wLFBCc14HjgqhbOMYF5QhNinJCJkV5a1Jgi1RewKSIMdyk0HHHkJkUMXwmRRfBe4eYFBWcWlaMVJOigsekqOiDSVEB2OQVZ8iADs3ElQiZuJIQE1e2TIwtUmUBJq5iOBPruKuQMXEVy8TuK4SJqzq1rBapTFzVw8TVfGDiqsAmrwZkYlZ3F5gDsTVWZxkX3GnHBepOAkDVMH1coPVGDYFxwbMk44LqwF3+LmBTPmvHBeouggavyTIuuBsIzmQ4cKrkJOOCWoQmRS0hk+Iea1Jgi3SPgElR23CTQsddm8ykqM1nUnQVvHeISXGvU8v7ItWkuNdjUtzng0lxL7DJ75shAzo0E9chZOI6Qkxc1zIxtkh1BZi4nuFMrOOuR8bE9SwTu68QJq7v1LJBpDJxfQ8TN/CBiesDm7wBkIlZ3V1gDsTW2JBlXNDIjgtUIwJANTZ9XKD1RmOBccESknFBQ+AuHwtsyiV2XKBiCRo8jmVc0AQIzlTAcUFqknHB/YQmxf1CJkVTa1Jgi9RUwKRoZrhJoeNuRmZSNOMzKeIF7x1iUjR3avlApJoUzT0mxQM+mBTNgU3+wAwZ0KGZuAUhE7cQYuKWlomxRWopwMStDGdiHXcrMiZuZZnYfYUwcWunlm0ilYlbe5i4jQ9M3BrY5G2ATMzq7gJzILbGtizjgnZ2XKDaEQCqvenjAq032guMC54nGRe0Be7yHYBN+bwdF6gOBA3ekWVc0AkIznTAcUF6knFBZ0KTorOQSdHFmhTYInURMCm6Gm5S6Li7kpkUXflMigTBe4eYFPFOLRMi1aSI95gUCT6YFPHAJk+YIQM6NBN3I2TibkJM3N0yMbZI3QWYuIfhTKzj7kHGxD0sE7uvECbu6dSyV6QycU8PE/fygYl7Apu8F5CJWd1dYA7E1tibZVzQx44LVB8CQPU1fVyg9UZfgXHBMpJxQW/gLt8P2JTL7LhA9SNo8AdZxgX9geDMCBwXZPJpowg3fwOA+dsG/NsP25F/R0IwfwP/9/MnOq4aJLTRoNc5GFhnrXG3JftD2ukcDPZIP/T6hxCakUOEzMih1ozEFmmogBk5zHAzUsc9jMyMHMZnRkYL3jvEjBzu1HJEpJqRwz1m5AgfzMjhwCYfQXKSGEnIxCOFmHiUZWJskUYJMPFow5lYxz2ajIlHWyZ2XyFM/JBTyzGRysQPeZh4jA9M/BCwyccAwa2LvI3Q5B0zw/w1jmUZCz4MHgsyAuphAkA9YvpYUOuNRwTGgi+SjAXHAnf5ccCmfBE8FnyXsMHHETT4eJax4AQgOIsBx4LFST5FNJHQpJgoZFJMsiYFtkiTBEyKyYabFDruyWQmxWQ+k0JJ3tu9/ilOLadGqkkxxWNSTPXBpJgCbPKpM2RAh2biaYRMPE2IiadbJsYWaboAE88wnIl13DPImHiGZeKQe7vXP9Op5axIZeKZHiae5QMTzwQ2+Szr7ipgDsTWOJtlXDDHAkrNIQDUo6aPC7TeeFRgXLCCZFwwG7jLPwZsyhV2XKAeI2jwuSzjgnlAcJYCjgtKk4wLHic0KR4XMinmW5MCW6T5AibFE4abFDruJ8hMiif4TIpygvcOMSkWOLVcGKkmxQKPSbHQB5NiAbDJF86QAR2aiRcRMvEiISZ+0jIxtkhPCjDxYsOZWMe9mIyJF1smdl8hTPyUU8unI5WJn/Iw8dM+MPFTwCZ/GsjErO4uMAdia3yGZVzwrB0XqGcJAPWc6eMCrTeeExgXrCIZFzwD3OWXAJtylR0XqCUEDb6UZVzwPBCcZYHjgmiSccELhCbFC0ImxTJrUmCLtEzApFhuuEmh415OZlIs5zMpygveO8SkeNGp5UuRalK86DEpXvLBpHgR2OQvzZABHfxJJEImXiHExCstE2OLtFKAiVcZzsQ67lVkTLzKMrH7CmHi1U4t10QqE6/2MPEaH5h4NbDJ1wCZmNXdBeZAbI0vs4wLXrHjAvUKAaBeNX1coPXGqwLjgjUk44KXgbv8WmBTrrHjArWWoMFfYxkXvA4EZ3nguCCGZFzwBqFJ8YaQSbHOmhTYIq0TMCnWG25S6LjXk5kU6/lMihjBe4eYFBucWr4ZqSbFBo9J8aYPJsUGYJO/OUMGdGgm3kjIxBuFmHiTZWJskTYJMPFmw5lYx72ZjIk3WyZ2XyFM/JZTyy2RysRveZh4iw9M/BawybcAmZjV3QXmQGyNb7OMC96x4wL1DgGg3jV9XKD1xrsC44JXSMYFbwN3+a3ApnzFjgvUVoIGf49lXLANCM5KwHFBZZJxwXZCk2K7kEnxvjUpsEV6X8Ck+MBwk0LH/QGZSfEBn0lRQfDeISbFh04tP4pUk+JDj0nxkQ8mxYfAJv9ohgzo0Ey8g5CJdwgx8U7LxNgi7RRg4o8NZ2Id98dkTPyxZWL3FcLEnzi13BWpTPyJh4l3+cDEnwCbfBeQiVndXWAOxNa4m2Vc8KkdF6hPCQD1menjAq03PhMYF6wlGRfsBu7ynwObcq0dF6jPCRp8D8u44AsgOKsBxwXVScYFXxKaFF8KmRR7rUmBLdJeAZNin+EmhY57H5lJsY/PpKgoeO8Qk2K/U8sDkWpS7PeYFAd8MCn2A5v8wAwZ0KGZ+CAhEx8UYuKvLBNji/SVABMfMpyJddyHyJj4kGVi9xXCxF87tTwcqUz8tYeJD/vAxF8Dm/wwkIlZ3V1gDsTWeIRlXPCNHReobwgA9a3p4wKtN74VGBe8TjIuOALc5Y8Cm/J1Oy5QRwka/BjLuOA7IDjvAo4LapKMC74nNCm+FzIpjluTAluk4wImxQ+GmxQ67h/ITIof+EyKSoL3DjEpTji1/DFSTYoTHpPiRx9MihPAJv9xhgzo0Ex8kpCJTwox8U+WibFF+kmAiU8ZzsQ67lNkTHzKMrH7CmHi004tz0QqE5/2MPEZH5j4NLDJzwCZmNXdBeZAbI0/s4wLfrHjAvULAaB+NX1coPXGrwLjgnUk44Kfgbv8WWBTrrPjAnWWoMHPsYwLzgPBeQ9wXFCbZFzwG6FJ8ZuQSXHBmhTYIl0QMCkuGm5S6LgvkpkUF/lMisqC9w4xKS45tfw9Uk2KSx6T4ncfTIpLwCb/fYYM6NBMfJmQiS8LMfEVy8TYIl0RYOKrhjOxjvsqGRNftUzsvkKY+JpTy+uRysTXPEx83QcmvgZs8utAJmZ1d4E5EFtj1EyScUES3EJpxwVJZpq/xqToNaIXqPWGXiQaoBtIxgXujg9bewCbcoMdF6hkBA2eXIox0OOCFEBw1gGOC+qSjAtSIjeKKH9MipRAcLrXm2rmH6+tSRHmPXWRUs3E3zc1ELBScaeeCa+RqEmRGthQPpkUVQTvHWJSpHFqmdZV04gyKXQCCriCdSfCu6Dg7w63MdMAmzztTBnQoZk4HSETpxNi4vSWibFFSi/AxBkMZ2IddwYyJs5gmdh9hTDxLU4tM0YqE9/iYeKMPjDxLcAmzwhkYlZ3F5gDsTVmYhkX3GrHBepWAkDdZvq4QOuN2wTGBRtJxgWZgLt8ZmBTbrTjApWZoMGzsIwLsgLB2QA4LmhIMi7IRmhSZBMyKbJbkwJbpOwCJkUOw00KHXcOMpMiB59J0Unw3iEmRU6nlrki1aTI6TEpcvlgUuQENnmumTKgQzNxbkImzi3ExHksE2OLlEeAifMazsQ67rxkTJzXMrH7CmHifE4t80cqE+fzMHF+H5g4H7DJ8wOZmNXdBeZAbI0FWMYFBe24QBUkAFQh08cFWm8UEhgXbCYZFxQA7vK3A5tysx0XqNsJGrwwy7igCBCcscBxQRzJuKAooUlRVMikKGZNCmyRigmYFMUNNyl03MXJTIrifCZFZ8F7h5gUJZxaloxUk6KEx6Qo6YNJUQLY5CVnyoAOzcSlCJm4lBATl7ZMjC1SaQEmLmM4E+u4y5AxcRnLxO4rhInvcGpZNlKZ+A4PE5f1gYnvADZ5WSATs7q7wByIrTGaZVyg7LhAKQJAlTN9XKD1RjmBccEWknFBNHCXLw9syi12XKDKEzR4DMu4oAIQnE2B44JmJOOCioQmRUUhk6KSNSmwRaokYFJUNtyk0HFXJjMpKvOZFF0E7x1iUlRxalk1Uk2KKh6ToqoPJkUVYJNXnSkDOjQTVyNk4mpCTFzdMjG2SNUFmPhOw5lYx30nGRPfaZnYfYUwcQ2nlndFKhPX8DDxXT4wcQ1gk98FZGJWdxeYA7E11mQZF9xtxwXqbgJA1TJ9XKD1Ri2BccE7JOOCmsBd/h5gU75jxwXqHoIGr80yLrgXCM4WwHFBS5JxwX2EJsV9QiZFHWtSYItUR8CkqGu4SaHjrktmUtTlMym6Ct47xKSo59SyfqSaFPU8JkV9H0yKesAmrz9TBnRoJm5AyMQNhJi4oWVibJEaCjBxI8OZWMfdiIyJG1kmdl8hTNzYqWVspDJxYw8Tx/rAxI2BTR4LZGJWdxeYA7E1xrGMC5rYcYFqQgCo+00fF2i9cb/AuGArybggDrjLNwU25VY7LlBNCRq8Gcu4oDkQnG2A44K2JOOCBwhNigeETIoW1qTAFqmFgEnR0nCTQsfdksykaMlnUsQL3jvEpGjl1LJ1pJoUrTwmRWsfTIpWwCZvPVMGdGgmbkPIxG2EmLitZWJskdoKMHE7w5lYx92OjInbWSZ2XyFM3N6pZYdIZeL2Hibu4AMTtwc2eQcgE7O6u8AciK2xI8u4oJMdF6hOBIDqbPq4QOuNzgLjgm0k44KOwF2+C7Apt9lxgepC0OBdWcYF8UBwdgCOCzqSjAsSCE2KBCGTops1KbBF6iZgUnQ33KTQcXcnMym685kUCYL3DjEpeji17BmpJkUPj0nR0weTogewyXvOlAEdmol7ETJxLyEm7m2ZGFuk3gJM3MdwJtZx9yFj4j6Wid1XCBP3dWrZL1KZuK+Hifv5wMR9gU3eD8jErO4uMAdia3yQZVzQ344LVH8CQA0wfVyg9cYAgXHB+yTjggeBu/xAYFO+b8cFaiBBgw9iGRcMBoKzC3Bc0NWnjSLc/A0B5m8kMH+jgPnTzZHSlbuegRfXAj97OT97Oz/1NTSQj2EOcej/Jnj87ue8R//74HuHB16PcL33n9x/ZOD9o25y/5Gu+48OvH4okff2cd472nmv3gjHBF6P/ZdreTjw/kduspaHXWsZF3g9/iZrGeday4TA64mJvLev894Jznv1GicFXk92ZA96Exta9kZe0IeAD8G9jY57TNkbeUXH/RHJnjYFuKcBa60+Mhw3Dya7saehcfOx4XEPDvTLFIG4PyERC2334+7lrnW4+dtFkr/2wPx9AszfbpL9eipwvwZiRiHz59cAD5jLkAHeNDvAwxZpmsAAb7rhAzwd93ThAR56c+9mKDl+QUKO3Q0lxy9JyHEGkByBmFFfEpLjDCFynGnJEVukmQLkOMtwctRxzxIiR/Ras8beIHK0Yp49MzLj3i/skIS7Po3L2QJxHyA5xMwCkvB+4CHmIMkhZg4wf0DMqIMk+BtsqAg5TJK/IYaKkCMk/fsosH+BmFFHCEXIo0Ii5DErQrBFekxAhMw1XITouOeSiJA8gcP4HIFD6VHDx5WFYmUO48dIyGgekIyAtVbHDBdxuq/nCeDmOMkhcK4QbsLN3w8k+QPiWx0H5u8Eyb71OBB/QMyoEyT4m2SoCD5Fkr/Jhorg0yT9Ox/Yv0DMqNOEIni+kAh+wopgbJGeEBDBCwwXwTruBSQiuGhADD4ucKj/xXARXDpWRsz8SkJGC4FkBKy1+tVwEaz7eqEAbs6THAIXCOEm3Pz9RpI/IL7VeWD+LpDsW4uA+ANiRl1g6V9DRfBlkvwtNFQEXyHp3yeB/QvEjLpCKIKfFBLBi60IxhZpsYAIfspwEazjfopEBEcHxOAigUP9dcNFcMVYGTETlZGDjJ4GkhGw1gqdP3R9dV8/LYCbZBk5DoFPCeEm3PwlJ8kfEN/KjZlw85eCZN96Bvk1d8BapCDB3wpDRXAakvytNFQEpyXp32eB/QvEjELmzy8R/KyQCH7OimBskZ4TEMFLDBfBOu4lJCK4akAMPiNwqM+Q0WwRXDNWRszcQkJGS4FkBKy1usVwEaz7eqkAbm4lOQQuEcJNuPm7jSR/QHyrW4H5y0yybz0PxB8QMyozCf42GyqCs5Pk7y1DRXAOkv59Adi/QMyoHIQi+AUhEbzMimBskZYJiODlhotgHfdyEhFcOyAGnxc41Oc2XATXj5URM3lIyOhFIBkBa63yGC6CdV+/KICb/CSHwOVCuAk3fwVI8gfEt8oPzF9Bkn3rJSD+gJhRBUnwt8tQEVyEJH+7DRXBRUn6dwWwf4GYUUUJRfAKIRG80opgbJFWCojgVYaLYB33KhIR3DggBl8SONSXMFwEN4uVETMlSchoNZCMgLVWJQ0XwbqvVwvgpgzJIXCVEG7Czd8dJPkD4luVAeavLMm+tQaIPyBmVFkS/H1jqAguT5K/bw0VwTEk/fsysH+BmFExhCL4ZSER/IoVwdgivSIggl81XATruF8lEcEtA2JwjcChvpLhIrh9rIyYqUxCRmuBZASstapsuAjWfb1WADfVSA6BrwrhJtz8VSfJHxDfqhowf3eS7FuvAfEHxIy6kwR/Zw0VwXeT5O+coSK4Fkn/vg7sXyBmVC1CEfy6kAh+w4pgbJHeEBDB6wwXwTrudSQiuHNADL4mcKi/13AR3D1WRszcR0JG64FkBKy1us9wEaz7er0AbuqRHALXCeEm3PzVJ8kfEN+qHjB/DUj2rQ1A/AExoxqQ4C/FATNFcCxJ/lIeMFMEx5H075vA/gViRsURiuA3hUTwRiuCsUXaKCCCNxkugnXcm0hEcO+AGNwgcKhvargIHhArI2aakZDRZiAZAWutmhkugnVfbxbATQuSQ+AmIdyEm7+WJPkD4lu1AOavFcm+9RYQf0DMqFYk+MtuqAhuR5K/HIaK4PYk/bsF2L9AzKj2hCJ4i5AIftuKYGyR3hYQwe8YLoJ13O+QiOAhATH4lsChvpPhInhUrIyY6UxCRu8CyQhYa9XZcBGs+/pdAdzEkxwC3xHCTbj5SyDJHxDfKh6Yv24k+9ZWIP6AmFHdSPBXwlAR3IvlM/2GiuDeJP37HrB/gZhRvQlF8HtCInibFcHYIm0TEMHbDRfBOu7tJCJ4bEAMbhU41PczXARPjJURMw+SkNH7QDIC1lo9aLgI1n39vgBuBpIcArcL4Sbc/A0iyR8Q32ogMH+DSfatD4D4A2JGDSbBXzVDRfBwkvxVN1QEjyDp3w+B/QvEjBpBKII/FBLBH1kRjC3SRwIieIfhIljHvYNEBE8NiMEPBA71ow0XwbNjZcTMQyRktBNIRsBaq4cMF8G6r3cK4OZhkkPgDiHchJu/R0jyB8S3ehiYv3Ek+9bHQPwBMaPGkeCvkaEieBJJ/hobKoInk/TvJ8D+BWJGTSYUwZ8IieBdVgRji7RLQATvNlwE67h3k4jguQEx+LHAoX6a4SJ4YayMmJlOQkafAskIWGs13XARrPv6UwHczGL5O5lCuAk3f7NJ8gfEt5oFzN8ckn3rMyD+gJhRc0jw18FQETyPJH8dDRXBj5P07+fA/gViRj1OKII/FxLBe6wIxhZpj4AI/sJwEazj/oJEBD8VEIOfCRzqFxgugpfGyoiZhSRk9CWQjIC1VgsNF8G6r78UwM1ikkPgF0K4CTd/T5HkD4hvtRiYv6dJ9q29QPwBMaOeJsFff0NF8BKS/A0wVAQvJenffcD+BWJGLSUUwfuERPB+K4KxRdovIIIPGC6CddwHSETw8oAY3CtwqF9muAheHSsjZpaTkNFBIBkBa62WGy6CdV8fFMDNCpJD4AEh3ISbv5Uk+QPiW60A5m8Vyb71FRB/QMyoVST4G2eoCH6FJH/jDRXBr5L07yFg/wIxo14lFMGHhETw11YEY4v0tYAIPmy4CNZxHyYRwa8GxOBXAof61w0XwetjZcTMGyRkdARIRsBaqzcMF8G6r48I4GYDySHwsBBuwv77kyT5A+JbbQDmbyPJvvUNEH9AzKiNJPibZ6gI3kKSv8cNFcFvk/Tvt8D+BWJGvU0ogr8VEsFHrQjGFumogAg+ZrgI1nEfIxHBmwJi8BuBQ/1Ww0Xwu7EyYuY9EjL6DkhGwFqr9wwXwbqvvxPAzfskh8BjQrgJ+1uDSfIHxLd6H5i/D0n2re+B+ANiRn1Igr9lhorgj1me5DBUBH9C0r/Hgf0LxIz6hFAEHxcSwT9YEYwt0g8CIviE4SJYx32CRARvD4jB7wUO9Z8aLoJ3xsqImc9IyOhHIBkBa60+M1wE677+UQA3X5AcAk8I4Sbsz7iT5A+Ib/UFMH97Sfatk0D8ATGj9pLgb4OhIvggSf7eNFQEf0XSvz8B+xeIGfUVoQj+SUgEn7IiGFukUwIi+LThIljHfZpEBO8OiMGTAof6w4aL4C9jZcTMERIyOgMkI2Ct1RHDRbDu6zMCuDlKcgg8LYSbsCf0JPkD4lsdBebvO5J962cg/oCYUd+R4G+HoSL4BEn+dhoqgn8k6d9fgP0LxIz6kVAE/yIkgn+1IhhbpF8FRPBZw0WwjvssiQg+EBCDPwsc6k8ZLoKPxMqImdMkZHQOSEbAWqvThotg3dfnBHDzC8kh8KwQbsLN368sJgKwV34B5u8syb51Hog/IGbUWRL8HTJUBF8gyd/XhorgiyT9+xuwf4GYURcJRfBvQiL4ghXB2CJdEBDBFw0XwTruiyQi+FhADJ4XONRfNlwE/xgrI2aukJDRJSAZAWutrhgugnVfXxLAzXWSQ+BFIdyEvY9n4sgfEN/qOjB/STJx7Fu/A/EHxIxKQoK/M4aK4BQk+fvZUBGckqR/LwP7F4gZhcyfXyL4spAIvmJFMLZIVwRE8FXDRbCO+yqJCD4dEIO/Cxzq02QyWwSfi5URM2lJyOgakIyAtVZpM5ktgnVfXxPATQaSQ+BVIdyEm79bSPIHxLfKAMxfRpJ96zoQf0DMqIwk+Ety0EwRnJkkf0kPmimCs5D0b9QsXP6AmFFZCEUwMJchIjjJrD9eWxEc7j1n3Ugo+r5JZ5ktgnXcSWfBaySy1osBMXhd4FCf3XARfC1WRszkICGjZEAyAtZa5TBcBOu+TjYLf9/cLIdAIdyEm788JPkD4lvlBuYvL8m+lRyIPyBmVF4S/GU2VAQXJMlfFkNFcCGS/k0B7F8gZlQhQhGcQkgEp7QiGFuklAIiOJXhIljHnYpEBCeNCwBd4FBfxHARnDpORswUJSGj1EAyAtZaFTVcBOu+Ti2AmxIkh8BUQrgJN38lSfIHxLcqAcxfKZJ9Kw0Qf0DMqFIk+CtiqAguy9K/horgaJL+TQvsXyBmVDShCE4rJILTWRGMLVI6ARGc3nARrONOTyKC0wfEYBqBQ315w0XwbXEyYiaGhIwyAMkIWGsVY7gI1n2dQQA3lUgOgemFcBNu/iqT5A+Ib1UJmL8qJPvWLUD8ATGjqpDgr5KhIvhOkvxVNlQE1yDp34zA/gViRtUgFMEZhURwJiuCsUXKJCCCbzVcBOu4byURwdkCYvAWgUP93YaL4DxxMmKmFgkZ3QYkI2CtVS3DRbDu69sEcHMvySHwViHchJu/+0jyB8S3uheYvzok+1ZmIP6AmFF1SPBXz1AR3IAkf/UNFcENSfo3C7B/gZhRDQlFcBYhEZzVimBskbIKiOBshotgHXc2EhFcICAGMwsc6mMNF8FF42TETBwJGWUHkhGw1irOcBGs+zq7AG6akhwCswnhJtz8NSPJHxDfqikwf81J9q0cQPwBMaOak+CvjaEiuBVJ/toaKoJbk/RvTmD/AjGjWhOK4JxCIjiXFcHYIuUSEMG5DRfBOu7cJCK4ZEAM5hA41LczXARHx8mImfYkZJQHSEbAWqv2hotg3dd5BHDTieQQmFsIN+HmrzNJ/oD4Vp2A+etCsm/lBeIPiBnVhQR/fQwVwd1I8tfXUBHcnaR/8wH7F4gZ1Z1QBOcTEsH5rQjGFim/gAguYLgI1nEXIBHBMQExmFfgUN/LcBFcNU5GzPQmIaOCQDIC1lr1NlwE674uKICbfiSHwAJCuAk3fw+S5A+Ib9UPmL/+JPtWISD+gJhR/UnwN8ZQETyYJH9jDRXBQ0j693Zg/wIxo4YQiuDbhURwYSuCsUUqLCCCixgugnXcRUhEcI2AGCwkcKgfbrgIrh0nI2ZGkJBRUSAZAWutRhgugnVfFxXAzWiWb5cVwk24+XuIJH9AfKvRwPyNIdm3igHxB8SMGmM439UN8F0xgX1rnOFxN46T2a/Hk/RLcWC/AGutxhuOmx6BQhQXwI2+LypuvbaULsz0DLy4FvjZy/nZ2/mprxKBWEo68ej/Jihq+znv0f8++N5SgdelXe/9J/cvE3j/HTe5fxnX/csGXkcn8t4+znvLOu/VAlwFXpf7l2spH3h/zE3WUt61lgqB1xVvspYKrrVUCryunMh7+zrvreS8V6+xSuB1VUcDorE5tOyNvKCxOcnwnhxT9kZe0XFPJtnLqwH3cmCt1WRCA7EXeB8OrjFY8+qBWt0Z+KeGywfK4PxMExVqKuorpet1TdC6BEzK6BSutaZxrTkYzy3Ov0+O/b3l07hyG+XKd1QieYty/f7UgX/SO6+7xQ+KG9y5d48uDeKHJ1azZIncN6kr1hSe97nrGPx3qdz/vcShBHSvPx0eqjvkdafzs4bzM2Pgn7v0xvMXZIY4EOlmRN93GsEB8y4BMpsuRGZJwfED66OmgwnIuzlL1L86cIIluc47get05/VuZz+p5SLI7M5P92afxPX/MZNmalccwctNLsHfGYw7SKQpsGspp39X8qjQ62ZEGvz9HiJtGt9lQPwgD5F6J6ZJE4nVHaOOLxU2vujgWoNXcE3B35M26g/cpHatIw12HSr4u7zrSONaR2rX6+C/S+taU/D/S+dZr7sX3P9tMK/pXDHTHEZ0IHc7h45azs97Aj9rz5Jbf3UBAp5l+ARLx32PQNyzSQ4ewPqo2QSHzDsFav0YAcZrC8Q9lwTjwPqouYZj/MFkNxxrdK3nGx734IAbWk0g7idI3NB7gW4osNYKmT+vSXOvcy7ynpP0dV/gdZ1/OSmpG3h/vZtMSuq67l8/8LrBrBv39UMg3wcWyBL7Tn3s040JMeVionVfo+J2C7uGLqEdFAj/i0I7lSuO4OV2p7WIyuz87779BvVIGN54cO/ePRJ6xHdt3G9QvDtliT0BnJiOdZvDyRNJI505LLW+hkJPxf5VTsPlmEb//UnjaM+9lF+TrUZCj8Y3to/GY4vUeBb+vrGGPxqv4471eROIDu8KyWl0mJf38IQWfp0Cv2DADNz9RpWJiho4Q7ZeYd5bef8Pd37jHKw1cWEuhQsnwffqDe161J8xlMT1OqnznqQ3eU+Sv7jPXx1GxDatYHA6AW+5gm0yK9Tedy8I9bvjgJvQ/Te5V+VK8Z0TKsWU7xQdk9A5cJ+KCfHlO5WrohIqlw/cvnyM6twpPrprTOdKFWMqVk6o5NuzJfcLMXBTy8DYIjUVYOBmhjOwjruZTx9OCzf+Js5a0fddZOiHRf70Hf9ALDUH2mWLwBaX3sT0+u527onGfPBUhMbRYsMt4uDpDR33U2ZaxH+S3MiDSBPgvZ4m+bAaEN8KiBkllT90nzxAaB89IHR4bWEPr9gitRA4vLY0/PCq425J8s0K2u+WWKtf87cmYWwECaGXb3ZPKyffrf+B3VMrkdx57Z5aUX9v9yR2n7+1e0x/GC+pk8wkrsS1dp3Qgxf6xAGMQ7UGbmZtcM2QEMxnG0HFo/PYREA5LzHrwa8/nZJ03K0E4l5K8MBba4G4nzdUqXgJBrlvLAF+rcYLJEoPiG8FxIx6wacHLsP+a35ArmkLdOr0PSS4pa3hX40gEbd2EcdOx8e9gsBFfFgg7pUkD5q2A/YjsNZqpeG40f0yWwA3awj6ZY5A3C+T9Et7YL8Aa61eJuiXZwRws5agX54ViPs1kn7pAOwXYK3VawT98rIAbtYR9MsrAnGvJ+mXjsB+AdZarSfol7cFcLORoF/eEYh7E0m/dAL2C7DWahNBv+wWwM0Wgn75VCDut0n6pTOwX4C1Vm8T9MsRAdxsJeiXbwTifo+kX7oA+wVYa/UeQb/8LICb9wn65ReBuD8g6ZeuwH4B1lp9QNAvUQJPM+8g6JckAnHvJOmXeGC/AGutdhL0SyYB3Owi6JdbBeLeTdIvCcB+AdZa7SbolwICuPmcoF8KCsS9h6RfugH7BVhrtYegX6IFcLOXoF+UQNz7SPqlO7BfgLVW+wj6paYAbg4S9MvdAnF/RdIvPYD9Aqy1+oqgX+IEcHOYoF+aCMR9hKRfegL7BVhrdYSgXzoK4OYoQb90Eoj7GEm/9AL2C7DW6hhBvzwogJvjBP3SXyDuH0j6pTewX4C1Vsj86Q89f639X+d++jMM+rls/aypfn5OPxOkn3PQs1s9j9Ieu/YNtRei9Z0+s2oe1ntL71lRIRcaN33AX/Qstc6+QNzo+hxO5vpzo4F79xXOcz/gZ9T8+jaSfkLfRvKg/TYSbJEeFPg2kv6GfxuJjrs/0beRSKzVfqHtjSsqkQu1Znd+Bzg1HPgPvuGkoOu/+6tvOCkY9fffcJLYff4nvuFEJ7OAK3EDZ/155zX5G04GAjfIQbPw+R30D/IZ7roHA09lhn7fndg3hgwQ+BT/SYK4BwrE/RPBn4IbLBD3KZJvOAHiUgFrraTyh67zEEL1OERIPQ616hFbpKEC6nGY4epRxz2MSD0Os+qRXj0Od2o4wqrH/34FEzXcox5HkKnHEcANcqSAehzpg3ocZdXjf1ZRwwXUxC8EcY8QiPtXAvU4SiDusyTqEYhLBay1QuZPk/7hZFF/utD1QWNzxCzz1zhaaMYNb8iHgITICqiHCAA1Br1G9AK1tzxGgDEukDDGaODpeiywKS8QnDTGCuDmYWDD6I3ta8KN7WGCje0RKaZMCgaUW4qHe69xBF/5LdGU48HFloj7PoG4Lxm+CesmHCcQ9+8kjwhPAPYjsNbqd7DcEySx/zeoQmNzPAGJTZA+nYcL8AcDha8v0OBXDW/w+ISE6M5du6jBZXExTwRuFsj8+TVlnwj2/oPXJDtlxxZpksCUfbLhU3Yd92ShKXvwQisLZE6nzJJrClA+E2LKxUQjN+Sps8wlNIkPMY4X+DDfdYIPMU4QiDvqVg6FMg3Y18BaK3T+JPplrgBukhket+6XeQJxJyfpl+nAfgHWWiUn6JelArhJRdAvzwvEnZqkX2YA+wVYa5WaoF9eE8BNOoJ+eV0g7vQk/TIT2C/AWqv0BP3yngBuMhL0yzaBuDOR9MssYL8Aa60yEfTLHgHcZCboly8E4s5C0i+zgf0CrLXKQtAvxwRwk52gX74TiDsHSb/MAfYLsNYqB0G/nBPATW6CfjkvEHcekn55FNgvwFqrPAT9knwmHjf5CfolhUDcBUj65TFgvwBrrQoQ9EsWAdzcTtAvWQXiLkzSL3OB/QKstSpM0C+FBXBTjKBfigjEXZykX+YB+wVYa1WcoF9iBHBTiqBfKgjEXZqkXx4H9guw1qo0Qb/UFsBNWYJ+uVcg7miSfpkP7BdgrVU0Qb80E8BNeYJ+aS4QdwxJvzwB7BdgrVUMQb90FcBNJYJ+iReIuzJJvywA9guw1qoyQb8MEsBNNYJ+GSwQd3WSflkI7BdgrRUyf/qbJo+4/iiR/gyDfi5bP2uqn5/TzwTp5xz07FbPo7THrn1D7YVofafPrJqH9d6yUPiP5SwS+hoK9DqfBP9Rom9cf5RI5+BJ4TwvJvxa6cVCH3h9yn7gFVukpwQ+8Pq04R941XE/TfS10hJrtV8rfeOKSuRCrdmd32ecGj5rv1b6v1/BRD3j+VrpZ8m+VvpZ4Ab5nMDXSj/nw9dKL7FfK/2fv1PtGYGvpbnrVvPjflYg7pqGq34d9xKBuO/2SfVHh3cpIC4VsNZKKn/oOi8lVI9LhdTj81Y9Yov0vIB6fMFw9ajjfoFIPb5g1SO9elzm1HC5VY///QomaplHPS4nU4/LgRvkiwLq8UUf1ONLVj3+ZxW1TEBN3EugHpcLxH0fgXp8SSDuOiTqEYhLBay1QuZPk/43hH9qYTnBt1SvkPpTC+iGXAn+o0SMgFpJAKhVpv9RIu0trxJgjAYkjLECeLpeDWzKBgQnjdUCuFkD/qNERwg3tjUEG9vLpm9s+mu+pwoAtJH5G9v/fX048ivTXwFubFL5SwquM/KPWb1K8MesJDbztQR/zOoVgbhjDSdvvXm/KhB3HMmj5a8B+xFYaxUHtgkEDz9if8xqLcHh5zWBNSa60HCB/vq/OQRUuum9lF9PA7wu9DTAG/ZpAGyR3hB4GmCd4U8D6LjXCT0NELwkcxod5uXHkwDdp2OfBBgyE5/TnsmEGODfrlPd/F+7a7Xewe2Gf/BUwYioP+PR+1TBiKi/f6ogsfv87VMF/zoJf5OiYHDrZ/2xwKROIoZ5Fof6nUEgoxm9KcGnVocIfGq1GYmf3DMZ7sS1HkiGzUmk2QagNHP3SrjreoAEf8A+UUDMqAdInp9+k1AxvSmkmDZaxYQt0kYBxbTJcMWk495E9Py0xFr/TjWFWzevagr3flKq6V+R+98om6hELtS93bXa7ODhLdNVE8Oz2Js9CkwndXhU6GXys9hvATfbLf+KtRNuegXzueUf5DPcdb8NzEGz/79O6P9gc/nXJ8u/OQ1qHG4WGLq1IXgW+y2BuNsSPCH1tkDc7UiUKBCXClhr1Y4ANxL7RA8hyxq9zndmcazzXfD3jH3r+p4xnYN3hb9nbCvhJ8W3Cjkd71mnA1uk9wScjm2GOx067m1ks+FtgrNhIcz69ins7U4t3zf9U9joJASD2+755PT7s6L+dKGtrO3AJn+f5CTxASETfyDExB9aJsYW6UMBJv7IcCbWcX9ExsQfWSZ2XyFMvMOp5c5IZeIdHibe6QMT7wA2+U7wp/q+JfxU385Z5q/xY5YH2z8Bf/6dEVCfEABql+kfE9V6Y5eA29qJxKX/GLjL7wY2ZSfwR6G+Jmzw3QQN/qkUY6DH1p8BwbkC+BViKzNxPBj5OaFJ8bmQSbHHmhTYIu0RMCm+MNyk0HF/QWZSfMFnUijJe7vX/6VTy72RalJ86TEp9vpgUnwJbPK9s2RAh2bifYRMvE+IifdbJsYWab8AEx8wnIl13AfImPiAZeKQe7vXf9Cp5VeRysQHPUz8lQ9MfBDY5F9Zd1cBcyC2xkMs44KvLaDU1wSAOmz6uEDrjcMC44IuJOOCQ8Bd/giwKbvYcYE6QtDg37CMC74FgnMNcFzwMsm44CihSXFUyKQ4Zk0KbJGOCZgU3xluUui4vyMzKb7jMynKCd47xKT43qnl8Ug1Kb73mBTHfTApvgc2+fFZMqBDM/EPhEz8gxATn7BMjC3SCQEm/tFwJtZx/0jGxD9aJnZfIUx80qnlT5HKxCc9TPyTD0x8EtjkPwGZmNXdBeZAbI2nWMYFp+24QJ0mANQZ08cFWm+cERgXxJOMC04Bd/mfgU0Zb8cF6meCBv+FZVzwKxCca4HjgtdIxgVnCU2Ks0ImxTlrUmCLdE7ApDhvuEmh4z5PZlKc5zMpygveO8Sk+M2p5YVINSl+85gUF3wwKX4DNvmFWTKgQzPxRUImvijExJcsE2OLdEmAiX83nIl13L+TMfHvlondVwgTX3ZqeSVSmfiyh4mv+MDEl4FNfgXIxKzuLjAHYmu8yjIuuGbHBeoaAaCumz4u0HrjusC4oBvJuOAq8ig3G7eubnZcoID5FFtjEoE1Jgr0cMGZFAjOdcBxwXqScUGy2XwmRTIgON3rTT7b9dr5aU2K/3hPXSSdUPR9UwABKxV3itnwGomaFCmADeWTSREjeO8QkyKlU8tUrppGlEmhE1DAFaw7Ed4FBX93uI2ZEtjkqWbLgA7NxKkJmTi1EBOnsUyMLVIaASZOazgT67jTkjFxWsvE7iuEidM5tUwfqUyczsPE6X1g4nTAJk8PZGJWdxeYA7E1ZpAyf9BHpluA5g8roG4hAFRG9BrRC9R6I+NsPEB7kIwLMgB3+UzApuxhxwUqE0GD38oyLrgNCM6NwHHBJpJxQWZCkyKzkEmRxZoU2CJlETApshpuUui4s5KZFFn5TIoKgvcOMSmyObXMHqkmRTaPSZHdB5MiG7DJs8+WAR2aiXMQMnEOISbOaZkYW6ScAkycy3Am1nHnImPiXJaJ3VcIE+d2apknUpk4t4eJ8/jAxLmBTZ4HyMSs7i4wB2JrzMsyLshnxwUqHwGg8ps+LtB6I7/AuKAXybggL3CXLwBsyl52XKAKEDR4QZZxQSEgOLcAxwVvk4wLbic0KW4XMikKW5MCW6TCAiZFEcNNCh13ETKTogifSVFR8N4hJkVRp5bFItWkKOoxKYr5YFIUBTZ5sdkyoEMzcXFCJi4uxMQlLBNji1RCgIlLGs7EOu6SZExc0jKx+wph4lJOLUtHKhOX8jBxaR+YuBSwyUsDmZjV3QXmQGyNZVjGBXfYcYG6gwBQZU0fF2i9UVZgXNCHZFxQBrjLRwObso8dF6hoggZXLOOCckBwbgWOC94jGReUJzQpyguZFDHWpMAWKUbApKhguEmh465AZlJU4DMpKgneO8SkqOjUslKkmhQVPSZFJR9MiorAJq80WwZ0aCauTMjElYWYuIplYmyRqggwcVXDmVjHXZWMiataJnZfIUxczall9Uhl4moeJq7uAxNXAzZ5dSATs7q7wByIrfFOlnFBDTsuUDUIAHWX6eMCrTfuEhgX9CMZF9wJ3OVrApuynx0XqJoEDX43y7igFhCc7wPHBR+QjAvuITQp7hEyKWpbkwJbpNoCJsW9hpsUOu57yUyKe/lMisqC9w4xKe5zalknUk2K+zwmRR0fTIr7gE1eZ7YM6NBMXJeQiesKMXE9y8TYItUTYOL6hjOxjrs+GRPXt0zsvkKYuIFTy4aRysQNPEzc0AcmbgBs8oZAJmZ1d4E5EFtjI5ZxQWM7LlCNCQAVa/q4QOuNWIFxQX+ScUEj4C4fB2zK/nZcoOIIGrwJy7jgfiA4dwDHBTtJxgVNCU2KpkImRTNrUmCL1EzApGhuuEmh425OZlI05zMpqgjeO8SkeMCpZYtINSke8JgULXwwKR4ANnmL2TKgQzNxS0ImbinExK0sE2OL1EqAiVsbzsQ67tZkTNzaMrH7CmHiNk4t20YqE7fxMHFbH5i4DbDJ2wKZmNXdBeZAbI3tWMYF7e24QLUnAFQH08cFWm90EBgXDCQZF7QD7vIdgU050I4LVEeCBu/EMi7oDATnLuC4YDfJuKALoUnRRcik6GpNCmyRugqYFPGGmxQ67ngykyKez6ToJHjvEJMiwallt0g1KRI8JkU3H0yKBGCTd5stAzo0E3cnZOLuQkzcwzIxtkg9BJi4p+FMrOPuScbEPS0Tu68QJu7l1LJ3pDJxLw8T9/aBiXsBm7w3kIlZ3V1gDsTW2IdlXNDXjgtUXwJA9TN9XKD1Rj+BccFgknFBH+Au/yCwKQfbcYF6kKDB+7OMCwYAwfk5cFywh2RcMJDQpBgoZFIMsiYFtkiDBEyKwYabFDruwWQmxWA+k6Kz4L1DTIohTi2HRqpJMcRjUgz1waQYAmzyobNlQIdm4mGETDxMiImHWybGFmm4ABOPMJyJddwjyJh4hGVi9xXCxCOdWo6KVCYe6WHiUT4w8Uhgk48CMjGruwvMgdgaR7OMCx6y4wL1EAGgxpg+LtB6Y4zAuGAoybhgNHCXHwtsyqF2XKDGEjT4wyzjgkeA4NwLHBfsIxkXjCM0KcYJmRTjrUmBLdJ4AZNiguEmhY57AplJMYHPpOgieO8Qk2KiU8tJkWpSTPSYFJN8MCkmApt80mwZ0KGZeDIhE08WYuIplomxRZoiwMRTDWdiHfdUMiaeapnYfYUw8TSnltMjlYmneZh4ug9MPA3Y5NOBTMzq7gJzILbGGSzjgpl2XKBmEgBqlunjAq03ZgmMC4aTjAtmAHf52cCmHG7HBWo2QYPPYRkXPAoE50HguOArknHBY4QmxWNCJsVca1JgizRXwKSYZ7hJoeOeR2ZSzOMzKboK3jvEpHjcqeX8SDUpHveYFPN9MCkeBzb5/NkyoEMz8ROETPyEEBMvsEyMLdICASZeaDgT67gXkjHxQsvE7iuEiRc5tXwyUpl4kYeJn/SBiRcBm/xJIBOzurvAHIitcTHLuOApOy5QTxEA6mnTxwVabzwtMC4YSTIuWAzc5Z8BNuVIOy5QzxA0+LMs44LngOA8DBwXHCEZFywhNCmWCJkUS61JgS3SUgGT4nnDTQod9/NkJsXzfCZFvOC9Q0yKF5xaLotUk+IFj0mxzAeT4gVgky+bLQM6NBMvJ2Ti5UJM/KJlYmyRXhRg4pcMZ2Id90tkTPySZWL3FcLEK5xaroxUJl7hYeKVPjDxCmCTrwQyMau7C8yB2BpXsYwLVttxgVpNAKg1po8LtN5YIzAuGE0yLlgF3OVfBjblaDsuUC8TNPgrLOOCV4HgPAocFxwjGResJTQp1gqZFK9ZkwJbpNcETIrXDTcpdNyvk5kUr/OZFAmC9w4xKd5warkuUk2KNzwmxTofTIo3gE2+brYM6NBMvJ6QidcLMfEGy8TYIm0QYOI3DWdiHfebZEz8pmVi9xXCxBudWm6KVCbe6GHiTT4w8UZgk28CMjGruwvMgdgaN7OMC96y4wL1FgGgtpg+LtB6Y4vAuGAMybhgM3CXfxvYlGPsuEC9TdDg77CMC94FgvM4cFzwQyZ/Nopw87cVmL/FwPw9BbyXZP7e+9/Pn+i4apvQRoNe53ZgnbXGPZrsD2mnc7DdI/3Q63+f0Ix8X8iM/MCakdgifSBgRn5ouBmp4/6QzIz8kM+MjBa8d4gZ+ZFTyx2RakZ+5DEjd/hgRn4EbPIdJCeJnYRMvFOIiT+2TIwt0scCTPyJ4Uys4/6EjIk/sUzsvkKYeJdTy92RysS7PEy82wcm3gVs8t1AcOsiHyU0eXfPNn+Nn7KMBT8DjwUZAfUZAaA+N30sqPXG5wJjwYdJxoKfAnf5PcCmfBg8FjxC2OB7CBr8C5ax4JdAcF5HjqJu5RjL7CU0KfYKmRT7rEmBLdI+AZNiv+EmhY57P5lJsZ/PpFCS93av/4BTy4ORalIc8JgUB30wKQ4Am/zgbBnQoZn4K0Im/kqIiQ9ZJsYW6ZAAE39tOBPruL8mY+KvLROH3Nu9/sNOLY9EKhMf9jDxER+Y+DCwyY9Yd1cBcyC2xm9YxgXfWkCpbwkAddT0cYHWG0cFxgXjSMYF3wB3+WPAphxnxwXqGEGDf8cyLvgeCM5kOHCq5CTjguOEJsVxIZPiB2tSYIv0g4BJccJwk0LHfYLMpDjBZ1KUE7x3iEnxo1PLk5FqUvzoMSlO+mBS/Ahs8pOzZUCHZuKfCJn4JyEmPmWZGFukUwJMfNpwJtZxnyZj4tOWid1XCBOfcWr5c6Qy8RkPE//sAxOfATb5z0AmZnV3gTkQW+MvLOOCX+24QP1KAKizpo8LtN44KzAumEAyLvgFuMufAzblBDsuUOcIGvw8y7jgNyA4UwHHBalJxgUXCE2KC0ImxUVrUmCLdFHApLhkuEmh475EZlJc4jMpygveO8Sk+N2p5eVINSl+95gUl30wKX4HNvnl2TKgQzPxFUImviLExFctE2OLdFWAia8ZzsQ67mtkTHzNMrH7CmHi68Fazvnj/4soJr7uYWJ3IrwLCv7ucBvzOrLJ5+BAx+ruAnMgtsYkAmtMdKHhAiopbqG044KkBIBKhl4jeoFab+hFogE6iWRc4O74cGNODmzKSXZcoJITNHgKKcZAjwtSAsGZDjguSE8yLkgF3Cj8MilSAcHpXm9q1/HbmhRh3lMXKfUc/H3TAAErFXeaOfAaiZoUaYAN5ZNJESN47xCTIq1Ty3SRalLoBBRwBZvOB5MiLbDJ082RAR2aidMTMnF6ISbOYJkYW6QMAkx8i+FMrOO+hYyJb7FM7L5CmDijU8tMkcrEGT1MnMkHJs4IbPJMQCZmdXeBORBb460s44Lb7LhA3UYAqMymjwu03sgsMC6YQjIuuBW4y2cBNuUUOy5QWQgaPCvLuCAbEJwZgeOCTCTjguyEJkV2IZMihzUpsEXKIWBS5DTcpNBx5yQzKXLymRQVBO8dYlLkcmqZO1JNilwekyK3DyZFLmCT554jAzo0E+chZOI8Qkyc1zIxtkh5BZg4n+FMrOPOR8bE+SwTu68QJs7v1LJApDJxfg8TF/CBifMDm7wAkIlZ3V1gDsTWWJBlXFDIjgtUIQJA3W76uEDrjdsFxgXTSMYFBYG7fGFgU06z4wJVmKDBi7CMC4oCwZkZOC7IQjIuKEZoUhQTMimKW5MCW6TiAiZFCcNNCh13CTKTogSfSVFR8N4hJkVJp5alItWkKOkxKUr5YFKUBDZ5qTkyoEMzcWlCJi4txMRlLBNji1RGgInvMJyJddx3kDHxHZaJ3VcIE5d1ahkdqUxc1sPE0T4wcVlgk0cDmZjV3QXmQGyNimVcUM6OC1Q5AkCVN31coPVGeYFxwQyScYEC7vIxwKacYccFKoagwSuwjAsqAsGZHTguyEEyLqhEaFJUEjIpKluTAlukygImRRXDTQoddxUyk6IKn0lRSfDeISZFVaeW1SLVpKjqMSmq+WBSVAU2ebU5MqBDM3F1QiauLsTEd1omxhbpTgEmrmE4E+u4a5AxcQ3LxO4rhInvcmpZM1KZ+C4PE9f0gYnvAjZ5TSATs7q7wByIrfFulnFBLTsuULUIAHWP6eMCrTfuERgXzCIZF9wN3OVrA5tylh0XqNoEDX4vy7jgPiA4cwPHBXlIxgV1CE2KOkImRV1rUmCLVFfApKhnuEmh465HZlLU4zMpKgveO8SkqO/UskGkmhT1PSZFAx9MivrAJm8wRwZ0aCZuSMjEDYWYuJFlYmyRGgkwcWPDmVjH3ZiMiRtbJnZfIUwc69QyLlKZONbDxHE+MHEssMnjgEzM6u4CcyC2xiYs44L77bhA3U8AqKamjwu03mgqMC6YQzIuaALc5ZsBm3KOHReoZgQN3pxlXPAAEJz5geOCAiTjghaEJkULIZOipTUpsEVqKWBStDLcpNBxtyIzKVrxmRRVBO8dYlK0dmrZJlJNitYek6KNDyZFa2CTt5kjAzo0E7clZOK2QkzczjIxtkjtBJi4veFMrONuT8bE7S0Tu68QJu7g1LJjpDJxBw8Td/SBiTsAm7wjkIlZ3V1gDsTW2IllXNDZjgtUZwJAdTF9XKD1RheBccFjJOOCTsBdviuwKR+z4wLVlaDB41nGBQlAcN4OHBcUJhkXdCM0KboJmRTdrUmBLVJ3AZOih+EmhY67B5lJ0YPPpOgkeO8Qk6KnU8tekWpS9PSYFL18MCl6Apu81xwZ0KGZuDchE/cWYuI+lomxReojwMR9DWdiHXdfMibua5nYfYUwcT+nlg9GKhP38zDxgz4wcT9gkz8IZGJWdxeYA7E19mcZFwyw4wI1gABQA00fF2i9MVBgXDCPZFzQH7jLDwI25Tw7LlCDCBp8MMu4YAgQnMWA44LiJOOCoYQmxVAhk2KYNSmwRRomYFIMN9yk0HEPJzMphvOZFJ0F7x1iUoxwajkyUk2KER6TYqQPJsUIYJOPnCMDOjQTjyJk4lFCTDzaMjG2SKMFmPghw5lYx/0QGRM/ZJnYfYUw8RinlmMjlYnHeJh4rA9MPAbY5GOBTMzq7gJzILbGh1nGBY/YcYF6hABQ40wfF2i9MU5gXDCfZFzwMHCXHw9syvl2XKDGEzT4BJZxwUQgOEsBxwWlScYFkwhNiklCJsVka1JgizRZwKSYYrhJoeOeQmZSTOEzKboI3jvEpJjq1HJapJoUUz0mxTQfTIqpwCafNkcGdGgmnk7IxNOFmHiGZWJskWYIMPFMw5lYxz2TjIlnWiZ2XyFMPMup5exIZeJZHiae7QMTzwI2+WwgE7O6u8AciK1xDsu44FE7LlCPEgDqMdPHBVpvPCYwLlhAMi6YA9zl5wKbcoEdF6i5BA0+j2Vc8DgQnGWB44JoknHBfEKTYr6QSfGENSmwRXpCwKRYYLhJoeNeQGZSLOAzKboK3jvEpFjo1HJRpJoUCz0mxSIfTIqFwCZfNEcGdGgmfpKQiZ8UYuLFlomxRVoswMRPGc7EOu6nyJj4KcvE7iuEiZ92avlMpDLx0x4mfsYHJn4a2OTPAJmY1d0F5kBsjc+yjAues+MC9RwBoJaYPi7QemOJwLhgEcm44FngLr8U2JSL7LhALSVo8OdZxgUvAMFZHjguiCEZFywjNCmWCZkUy61JgS3ScgGT4kXDTQod94tkJsWLfCZFvOC9Q0yKl5xarohUk+Ilj0mxwgeT4iVgk6+YIwM6NBOvJGTilUJMvMoyMbZIqwSYeLXhTKzjXk3GxKstE7uvECZe49Ty5Uhl4jUeJn7ZByZeA2zyl4FMzOruAnMgtsZXWMYFr9pxgXqVAFBrTR8XaL2xVmBcsJhkXPAKcJd/DdiUi+24QL1G0OCvs4wL3gCCsxJwXFCZZFywjtCkWCdkUqy3JgW2SOsFTIoNhpsUOu4NZCbFBj6TIkHw3iEmxZtOLTdGqknxpsek2OiDSfEmsMk3zpEBHZqJNxEy8SYhJt5smRhbpM0CTPyW4Uys436LjInfskzsvkKYeItTy7cjlYm3eJj4bR+YeAuwyd8GMjGruwvMgdga32EZF7xrxwXqXQJAbTV9XKD1xlaBccHTJOOCd4C7/HvApnzajgvUewQNvo1lXLAdCM5qwHFBdZ82inDz9z4wf02B+WsGzJ9ujpSu3A0IvLgW+DnQ+TnI+amvDwL5+NAhDv3fBI/fQ5336H8ffO9Hgdc7XO/9J/ffGXj/xze5/07X/T8JvN6VyHsHO+/9xHmv3gh3B15/+i/X8lng/Z/fZC2fudayJ/D6i5usZY9rLV8GXu9N5L1DnPd+6bxXr3Ff4PV+R/agN7Fj6kZe0IeAZ8G9jY77J3Ujr+i4nyPZ0w4A9zRgrdVzhuNmWLIbexoaN88bHve3gX45IBD3CyRioe1+3L3ctQ77k48k+WsPzN8LwPwtJ9mvDwL3ayBmFDJ/fg3wgLkMGeB9ZQd42CJ9JTDAO2T4AE/HfUh4gIfe3LsZSo6rSMixu6HkuJqEHL8GkiMQM2o1ITl+LUSOhy05Yot0WIAcjxhOjjruI0LkiF5r1tgbRI5WzN/Micy4XxF2SMJdn8blNwJxv0pyiDkCJOFXgIeYtSSHmG+B+QNiRq0lwd9gQ0XIOpL8DTFUhKwn6d+jwP4FYkatJxQhR4VEyDErQrBFOiYgQr4zXITouL8jESF5AofxbwUOpRsNH1cWipU5jG8iIaPvgWQErLXaZLiI0339vQButpAcAr8Twk3Yn6IgyR8Q32oLMH/vkOxbx4H4A2JGvUOCv0mGiuBtJPmbbKgI3k7Svz8A+xeIGbWdUAT/ICSCT1gRjC3SCQER/KPhIljH/SOJCC4aEIPHBQ71HxougkvHyoiZj0jI6CSQjIC1Vh8ZLoJ1X58UwM3HJIfAH4VwE27+PiHJHxDf6mNg/naR7Fs/AfEHxIzaRYK/BYaK4M9J8rfQUBG8h6R/TwH7F4gZtYdQBJ8SEsGnrQjGFum0gAg+Y7gI1nGfIRHB0QEx+JPAoX6v4SK4YqyMmNlHQkY/A8kIWGu1z3ARrPv6ZwHcHCQ5BJ4Rwk24+fuKJH9AfKuDwPwdItm3fgHiD4gZdYgEfysMFcHfkORvpaEi+FuS/v0V2L9AzKhvCUXwr0Ii+KwVwdginRUQwecMF8E67nMkIrhqQAz+InCo/85wEVwzVkbMfE9CRueBZASstfrecBGs+/q8AG5OkBwCzwnhJuwJPUn+gPhWJ4D5O0myb/0GxB8QM+okCf42GyqCz5Dk7y1DRfDPJP17Adi/QMyonwlF8AUhEXzRimBskS4KiOBLhotgHfclEhFcOyAGfxM41J81XATXj5URM+dIyOh3IBkBa63OGS6CdV//LoCbCySHwEtCuAk3fxdZTARgr1wA5u8Syb51GYg/IGbUJRL87TJUBF8lyd9uQ0XwNZL+vQLsXyBm1DVCEXxFSARftSIYW6SrAiL4muEiWMd9jUQENw6IwcsCh/okt5ktgpvFyoiZpLdxkNF1IBkBa62S3ma2CNZ9fV0ANylu4zgEXhPCTbj5S0mSPyC+VQpg/lKR7FtRj+JqAcSMSkWCv28MFcHpSPL3raEiOD1J/yYB9i8QMwqZP79EMDCXISI46aN/vLYiOMx76iLphKLvm+xRs0WwjjvZo/Aaiay1ZUAMRj2KP9RnNFwEt4+VETOZSMgoOZCMgLVWmQwXwbqvkwv0S2aSQ2AyIdyEm78sJPkD4ltlBuYvK8m+lQKIPyBmVFYS/J01VATnJMnfOUNFcC6S/k0J7F8gZlQuQhGcUkgEp7IiGFukVAIiOLXhIljHnZpEBHcOiMEUAof6vIaL4O6xMmImHwkZpQGSEbDWKp/hIlj3dRoB3BQkOQSmFsJNuPkrRJI/IL5VQWD+bifZt9IC8QfEjLqdBH8pDpgpgouR5C/lATNFcHGS/k0H7F8gZlRxQhGcTkgEp7ciGFuk9AIiOIPhIljHnYFEBPcOiMG0Aof6UoaL4AGxMmKmNAkZ3QIkI2CtVWnDRbDu61sEcFOW5BCYQQg34eYvmiR/QHyrssD8KZJ9KyMQf0DMKEWCv+yGiuAKJPnLYagIrkjSv5mA/QvEjKpIKIIzCYngW60IxhbpVgERfJvhIljHfRuJCB4SEIMZBQ71VQwXwaNiZcRMVRIyygwkI2CtVVXDRbDu68wCuLmT5BB4mxBuws1fDZL8AfGt7gTm7y6SfSsLEH9AzKi7SPBXwlARfA9J/koaKoJrk/RvVmD/AjGjahOK4KxCIjibFcHYImUTEMHZDRfBOu7sJCJ4bEAMZhE41NcxXARPjJURM3VJyCgHkIyAtVZ1DRfBuq9zCOCmAcskSQg34eavIUn+gPhWDYD5a0Syb+UE4g+IGdWIBH/VDBXBTUjyV91QEXw/Sf/mAvYvEDPqfkIRnEtIBOe2IhhbpNwCIjiP4SJYx52HRARPDYjBnAKH+uaGi+DZsTJi5gESMsoLJCNgrdUDhotg3dd5BXDTiuQQmEcIN+HmrzVJ/oD4Vq2A+WtDsm/lA+IPiBnVhgR/jQwVwR1I8tfYUBHckaR/8wP7F4gZ1ZFQBOcXEsEFrAjGFqmAgAguaLgI1nEXJBHBcwNiMJ/Aob6L4SJ4YayMmOlKQkaFgGQErLXqargI1n1dSAA33UgOgQWFcBNu/rqT5A+Ib9UNmL8eJPvW7UD8ATGjepDgr4OhIrgPSf46GiqC+5L0b2Fg/wIxo/oSiuDCQiK4iBXB2CIVERDBRQ0XwTruoiQi+KmAGLxd4FDf33ARvDRWRswMICGjYkAyAtZaDTBcBOu+LiaAm8Ekh8CiQrgJN39DSPIHxLcaDMzfUJJ9qzgQf0DMqKEk+OtvqAgeydK/horgUST9WwLYv0DMqFGEIriEkAguaUUwtkglBURwKcNFsI67FIkIXh4Qg8UFDvVjDBfBq2NlxMxYEjIqDSQjYK3VWMNFsO7r0gK4GUdyCCwlhJtw8zeeJH9AfKtxwPxNINm3ygDxB8SMmkCCv3GGiuApJPkbb6gInkrSv3cA+xeIGTWVUATfISSCy1oRjC1SWQERHG24CNZxR5OI4FcDYrCMwKF+huEieH2sjJiZSUJGCkhGwFqrmYaLYN3XSgA3c0gOgdFCuAk3f4+S5A+IbzUHmL/HSPatckD8ATGjHiPB3zxDRfB8kvw9bqgIfoKkf8sD+xeIGfUEoQguLySCY6wIxhYpRkAEVzBcBOu4K5CI4E0BMVhO4FC/yHAR/G6sjJh5koSMKgLJCFhr9aThIlj3dUUB3DxNcgisIISbcPP3DEn+gPhWTwPz9yzJvlUJiD8gZtSzJPhbZqgIfp4kf8sNFcEvkPRvZWD/AjGjXiAUwZWFRHAVK4KxRaoiIIKrGi6CddxVSUTw9oAYrCRwqH/RcBG8M1ZGzLxEQkbVgGQErLV6yXARrPu6mgBuVpEcAqsK4Sbc/K0myR8Q32oVMH9rSPat6kD8ATGj1pDgb4OhIngtSf7eNFQEv0bSv3cC+xeIGfUaoQi+U0gE17AiGFukGgIi+C7DRbCO+y4SEbw7IAarCxzq1xkugr+MlREz60nIqCaQjIC1VusNF8H/t/cI4GYjySHwLiHchJu/TST5A+JbbQTmbzPJvnU3EH9AzKjNJPjbYagIfockfzsNFcHvkvRvLWD/AjGj3iUUwbWERPA9VgRji3SPgAiubbgI1nHXJhHBBwJi8G6BQ/02w0XwkVgZMbOdhIzuBZIRsNZqu+EiWPf1vQK4+ZDkEFhbCDfh5u8jkvwB8a0+BOZvB8m+dR8Qf0DMqB0k+DtkqAjeRZK/rw0VwbtJ+rcOsH+BmFG7CUVwHSERXNeKYGyR6gqI4HqGi2Addz0SEXwsIAbvEzjUf264CP4xVkbM7CEho/pAMgLWWu0xXATrvq4vgJu9JIfAekK4CTd/+0jyB8S32gvM336SfasBEH9AzKj9JPg7Y6gIPkSSv58NFcFfk/RvQ2D/AjGjviYUwQ2FRHAjK4KxRWokIIIbGy6CddyNSUTw6YAYbCBwqP/GcBF8LlZGzHxLQkaxQDIC1lp9a7gI1n0dK4Cb70gOgY2FcBNu/r4nyR8Q3+o7YP6Ok+xbcUD8ATGjjpPgL8lBM0XwSZL8JT1opgj+iaR/mwD7F4gZ9ROhCG4iJILvtyIYW6T7BURwU8NFsI67KYkIvhgQg3ECh/ozhovga7EyYuZnEjJqBiQjYK3Vz4aLYN3XzQRwc5bkENhUCDfh5u8cyyQJ2Ctngfk7T7JvNQfiD4gZdZ4Ef5kNFcGXSPKXxVAR/DtJ/z4A7F8gZtTvhCL4ASER3MKKYGyRWgiI4JaGi2Add0sSEZw0LiqqucCh/qrhIjh1nIyYuUZCRq2AZASstbpmuAjWfd1KADdJMnMcAlsK4Sbc/CUlyR8Q38qNmXDzlywzx77VGog/IGZUMhL8FTFUBKciyV9RQ0VwapL+bQPsXyBmFDJ/fongNkIiuK0VwdgitRUQwe0MF8E67nYkIjh9QAy2FjjUp8tstgi+LU5GzKQnIaP2QDIC1lqlz2y2CNZ93V4ANxlJDoHthHATbv4ykeQPiG+VEZi/W0n2rQ5A/AExo24lwV8lQ0VwVpL8VTZUBGcj6d+OwP4FYkZlIxTBHYVEcCcrgrFF6iQggjsbLoJ13J1JRHC2gBjsIHCoz2m4CM4TJyNmcpGQURcgGQFrrXIZLoJ1X3cRwE1ekkNgZyHchJu/fCT5A+Jb5QXmLz/JvtUViD8gZlR+EvzVM1QE306Sv/qGiuDCJP0bD+xfIGZUYUIRHC8kghOsCMYWKUFABHczXATruLuRiOACATHYVeBQX8xwEVw0TkbMFCcho+5AMgLWWhU3XATrvu4ugJtSJIfAbkK4CTd/pUnyB8S3KgXMXxmSfasHEH9AzKgyJPhrY6gIViT5a2uoCC5H0r89gf0LxIwqRyiCewqJ4F5WBGOL1EtABPc2XATruHuTiOCSATHYQ+BQX8FwERwdJyNmKpKQUR8gGQFrrSoaLoJ1X/cRwE0VkkNgbyHchJu/qiT5A+JbVQHmrxrJvtUXiD8gZlQ1Evz1MVQE30WSv76GiuCaJP3bD9i/QMyomoQiuJ+QCH7QimBskR4UEMH9DRfBOu7+JCI4JiAG+woc6u8xXARXjZMRM7VJyGgAkIyAtVa1DRfBuq8HCOCmDskhsL8QbsLNX12S/AHxreoA81ePZN8aCMQfEDOqHgn+xhgqghuR5G+soSK4MUn/DgL2LxAzqjGhCB4kJIIHWxGMLdJgARE8xHARrOMeQiKCawTE4ECBQ30Tw0Vw7TgZMXM/CRkNBZIRsNbqfsNFsO7roQK4aU5yCBwihJuw//QGSf6A+FbNgflrQbJvDQPiD4gZ1cJwvqsb4LthAvtWG8Pjbhwns1+3JemX4cB+AdZatTUcN/0DhRgugBt9X1Tcem0pXZgZEHhxLfBzoPNzkPNTXyMCsYx04tH/TVDUDnXeo/998L2jAq9Hu977T+7/UOD9Y25y/4dc9x8beP1wIu8d7Lx3rPNeLcAfCbwe9y/XMj7w/gk3Wct411omBl5PuslaJrrWMjnwekoi7x3ivHey8169xqmB19McDYjG5jF1Iy9obHYwvCd/Ujfyio67I8lePh24lwNrrToSGogDwftwcI3Bms8I1Gpm4J9ZLh8og/MzTVSoqaivlK7XNUHrEjApo1O41prGteZgPLc4/z459veWT+PKbZQr31GJ5C3K9ftTB/5J77zuFj8obnDn3j26NIgfnljNkiVy36SuWFN43ueuY/DfpXL/9xKHEtC9/nR4mOGQ10zn5yznZ8bAP7MDr+f8BZkhDkS6GdH37UJwwJwtQGZdhcgsKTh+YH1UVzAB/X/sfQm8TdX7/jXPQyGEkChD3MU1hYxliqtUFJnvReYxYxRFITLPJEURQpmHoigKTWQWRZmjkOl/1tc+v/bZ3TSc593/9XTW/ny+n3u+ddp3ve/7vOtZz/Puc653c5ao/wjgBEtyna8A1+nO62hnPxnjIsiszk/3Zp/I9c+YSTOlK47g5SaX4O8Mxh0k0mTYtRTXvytpVOh1MyIN/n4PkdaPa9k1rruHSL0T08QJxOqOUceXAhtfdHCtwSu4puDvSR31O25SutaRCrsOFfxd3nWkcq0jpet18N+ldq0p+M/SeNbr7gX3fxvMaxpXzDSHER3IaOfQMcb5OTbwc9xoufWPECDg1qY/xpnkRl7R921DcvAA1ke1IThkviJQ63YEGB8nEHd7EowD66PaG47xXkluONboWncyPO7vAkeM4QJxdyZxQ8cD3VBgrRUyf16TZrxzLvKek/Q1IfB64j+clEwKvH/yTSYlk1z3nxJ4PXX0jfv6IZAngAWyxL4zBft0Y3xM8Zho3deouN3CbppLaAcFwn9RaKdwxRG83O60FlGZnP/fsVP3tvG96/Zo375tfNu4VnU7dY9zpyyhJ4AT0rFuczhpAmmkM4el1jdN6KnYP8tpuBwz/d8/aRztuZfya7I1XejR+Bn20XhskWaMxt93puGPxuu4Z/q8CUSHd4XkNDrMy3t4Qgu/toFfsGEU7n4/FouK2jhKtl5h3lt5/4E7v685WJvlwlwyF06C79Ub2vWoP2Ioket1Yuc9iW/ynkR/cp8/O4yIbVrB4HQC1rqCnTU61N53Lwj1u18DbkKv3+ReZUrHtYgvHVOieXRMfIvAfUrFx5VoXrysii9TInD7EjGqRfO46FYxLUqXiilVJr60b8+WvC7EwLMtA2OLNFuAgd8wnIF13G/49OG0cOOf5awVfd9uhn5YxLtOJJbeBNpl3cAWl97E9PoqO/dEYz54KkLjqIfhFnHw9Ab/EJyZFvEfJDfyIDILeK9nSD6sBsS3AmJGSeUP3SdzCO2jOUKH17n28Iot0lyBw+tbhh9eddxvkXyzgva7Jdbq1/xtVhgbQXzo5Zvd87aT73l/w+6pkkDuvHZPlai/tnsSus9f2j2mP4yX2ElmIlfi5rlO6MEL/h17uDjUPOBmNh/XDPHBfM4XVDw6j7MElHNfsx78+sMpScf9tkDc/QgeeJsnEHd/Q5WKl2CQ+0Zf4NdqPEui9ID4VkDMqGd9euAy3Dq/DeSad4BOnb6HBLe8Y/hXI0jErV3EHSPxcQ8icBG/EIh7MMmDpguA/QistRpsOG50vxwSwM0Qgn75TiDuoST9shDYL8Baq6EE/XJWADfDCPrlZ4G4h5P0yyJgvwBrrYYT9EsigenmSIJ+SSwQ9yiSfnkX2C/AWqtRBP1yiwBuxhD0y60CcY8l6ZfFwH4B1lqNJeiXvAK4mUDQL3cKxD2RpF+WAPsFWGs1kaBflABuphD0S3GBuKeS9MtSYL8Aa62mEvRLZQHczCDolyoCcc8k6Zf3gP0CrLWaSdAvDwvg5nWCfnlEIO7ZJP3yPrBfgLVWswn6pbkAbuYQ9EsLgbjnkvTLMmC/AGut5hL0SxcB3Mwj6JeuAnHPJ+mX5cB+AdZazSfol+cEcLOQoF+eF4h7EUm/rAD2C7DWahFBv7wqgJslBP0yWiDupST9shLYL8Baq6UE/fKaAG6WEfTLLIG4l5P0yypgvwBrrZYT9Mu7ArhZRdAviwXiXk3SL6uB/QKstVpN0C8fCOBmHUG/fCgQ93qSflkD7BdgrRUyf/pDz1cCicvo3E9/hkE/l62fNdXPz+lngvRzDnp2q+dR2mPXvqH2QrS+02dWzcN6b1kzOirkQuNmLfiLnqXWuQ6IG12fq0l+/xyazsE64TyvB35Gza9vI1kv9G0kH9hvI8EW6QOBbyP50PBvI9Fxf0j0bSQSa7VfaHvjikrgQq3Znd8NTg03/o1vOMnr+u/+7BtO8kb99TecJHSf/8Q3nOhk5nElbuPoP+68Jn/DyUbgBvnRaHx+P/ob+Qx33R8DT2WGft+d2DeGbBD4FP8Ggrg3CsS9keBPwX0sEPdHJN9wAsSlAtZaSeUPXedNhOpxk5B63GzVI7ZImwXU4yeGq0cd9ydE6vETqx7p1eOnTg23WPX4769goj71qMctZOpxC3CD3CqgHrf6oB4/s+rxX6uoTwXUxCcEcW8RiPtTAvX4mUDcW0jUIxCXClhrhcyfJv2rSaL+cKHrg8bmltHmr/FzoRk3vCG3AQmRFVDbCAC1Hb1G9AK1t7xdgDG2kTDG58DT9Q5gU24jOGnsEMDNF8CG0RvbFcKN7QuCje1LKaZMDAaUW4qHe6+vCL7yW6IpvwYXWyLuCQJx7zB8E9ZN+JXEJkzyiPA3wH4E1lp9AZZ7giT2f4MqNDa/JiCxb6RP5+ECvFeg8FMkNnTDGzwuPj66RauW6juFi3kncLNA5s+vKftOsPcfvHbZKTu2SLsEpuzfGj5l13F/KzRlD15oZYHM6e7Rck0Bymd8TPGYaOSGvGe0uYQm8SHGrwU+zLeT4EOM3wjEvYtEoewF9jWw1moXQb98L4CbPQT98oNA3HtJ+mUfsF+AtVZ7CfrlFwHcHCDol18F4j5I0i/7gf0CrLU6SNAvyV7F4+YwQb8kF4j7CEm/HAD2C7DW6ghBv2QRwM1Rgn65TSDuYyT9chDYL8Baq2ME/ZJfADfHCfqlgEDcJ0j65RCwX4C1VicI+qWkAG5OE/RLKYG4z5D0y3fAfgHWWp0h6JcHBHBzjqBfHhSI+zxJvxwG9guw1uo8Qb88JoCbCwT98rhA3BdJ+uUIsF+AtVYXCfolTgA3lwn6JV4g7isk/fI9sF+AtVZXCPqlhwBurhP0S0+BuKMyc/TLD8B+AdZaofMn0S8vCOAmieFx6355USDupCT9chTYL8Baq6QE/TJOADcpCPplvEDcKUn65RiwX4C1VikJ+uUNAdykIeiXNwXiTkvSLz8C+wVYa5WWoF/eE8BNBoJ+eV8g7owk/fITsF+AtVYZCfrlIwHcZCLol48F4s5M0i/Hgf0CrLVC5k9/0+Q11x8l0p9h0M9l62dN9fNz+pkg/ZyDnt3qeZT22LVvqL0Qre/0mVXzsN5bjgv/sZwTQl9DgV7nSfAfJbru+qNEOgcnhfN8ivBrpU8JfeD1tP3AK7ZIpwU+8HrG8A+86rjPEH2ttMRa7ddK37iiErhQa3bn96xTw5/t10r/+yuYqLOer5X+mexrpX8GbpDnBL5W+pwPXyt93n6t9L/+TrWzAl9LkzWz+XH/LBB3NsNVv477vEDc2X1S/dHhXQqISwWstZLKH7rOvxCqx1+E1OOvVj1ii/SrgHq8YLh61HFfIFKPF6x6pFePF50aXrLq8d9fwURd9KjHS2Tq8RJwg/xNQD3+5oN6vGzV479WURcF1EQuAvV4SSDuOwjU42WBuHOTqEcgLhWw1gqZP0361wn/1MIlgm+pviL1pxbQDXkV/EeJGAF1lQBQ10z/o0TaW74mwBj5SBjjCvB0fR3YlPkIThrXBXATNSYKypTXCDc2ZA6k1phojOEbm/6a7z0CAM1v/sb2v68PR35lemJcsZVU/hKD64z8Y1ZJgPmT6BWpzTwpeJOQiFtjGx333YaTt968kwjEfQ/Jo+XJgP0IrLW6B2wTCB5+xP6YVVKCw08ygTUmuNBwgZ58zD+4V+mb3kv59TRAcmBy3etNMeb31/ZpgDDvqYuUYgz+vinH4MAvFXfKMfAa3fSRoOjwrpCcRod5+fEkwIqR2CcBNr2Kz2nXJEIM8E/XqW7+r921SuXgNrULv3/2VEGfqD/i0ftUQZ+ov36qIKH7/OVTBf84CX+RomBwqcb8vsDETiJ6eRaH+p1BIKMZvTDBp1Y3CXxqtQiJn9w1Ce7ElQpIhveSSLPUQGnm7pVw11WUBH/APlFAzKiiJM9PpyFUTGmEFFNaq5iwRUoroJjSGa6YdNzphBSThB8ssda/Uk3h1s2rmsL+aich1fSPyP0vlE1UAhfq3u5apXfwkMF01cTwLHZ6jwLTSe0dFXqZ/Cx2BuBmm/EfsXb8Ta9gPjP+jXyGu+5bgDko8v/rhP43Npd/fLL8i9OgxmF6gaFbCYJnsTMIxB1D8ITULQJxlyRRokBcKmCtVUkC3EjsE12ELGv0Om8dw7HOTECn6n8HyqS/H+x0DjKNiYqSXH9mII/75XRkFnI6slinA1ukLAJOx22GOx067tvIZsO3Cc6GhTDr26ewszq1zPY3lH/eqD/WyKv880YJfQobnYRgcDoBeVzBZhsT9YcLbWVlBTZ5NpKTRHZCJs4uxMS3WybGFul2ASbOYTgT67hzkDFxDsvE7iuEiXM6tcwVqUyc08PEuXxg4pzAJs8F/lTf/1EDPudiD43nGmP+Gu9gebA9N9B8YQVUbgJA5TH9Y6L/0zgCbmtZEpf+DuAunxfYlGXBH4W6Qvg58LwEDX6nFGOgx9b5gOAcBPwKscGZOB6MvIvQpLhLyKTIb00KbJHyC5gUBQw3KXTcBchMigJ8JoWSvLd7/Xc7tbwnUk2Kuz0mxT0+mBR3A5v8njEyoEMzcUFCJi4oxMSFLBNji1RIgIkLG87EOu7CZExc2DJxyL3d6y/i1PLeSGXiIh4mvtcHJi6C/LCqdXcVMAdiayzKMi4oZgGlihEAKtr0cYHWG9EC44JyJOOCosBdXgGbspwdFyhF0ODFWcYFJYDgHAIcFwwlGRfEEJoUMUImRUlrUmCLVFLApChluEmh4y5FZlKU4jMpigveO8SkKO3UskykmhSlPSZFGR9MitLAJi8zRgZ08CeRCJm4rBAT32eZGFuk+wSYuJzhTKzjLkfGxOUsE7uvECYu79SyQqQycXkPE1fwgYnLA5u8ApCJWd1dYA7E1ng/y7igoh0XqIoEgKpk+rjgf3pDYFxQgWRccD9wl68MbMoKdlygKhM0eBWWcUFVIDiHAccFw0nGBdUITYpqQibFA9akwBbpAQGT4kHDTQod94NkJsWDfCZFCcF7h5gU1Z1a1ohUk6K6x6So4YNJUR3Y5DXGyIAOzcQ1CZm4phAT17JMjC1SLQEmrm04E+u4a5MxcW3LxO4rhIkfcmpZJ1KZ+CEPE9fxgYkfAjZ5HSATs7q7wByIrbEuy7gg1o4LVCwBoOqZPi7QeqOewLigIsm4oC5wl38Y2JQV7bhAPUzQ4I+wjAvqA8E5EjguGEUyLniU0KR4VMikeMyaFNgiPSZgUjxuuEmh436czKR4nM+kiBG8d4hJ0cCpZcNINSkaeEyKhj6YFA2ATd5wjAzo0Ez8BCETPyHExE9aJsYW6UkBJm5kOBPruBuRMXEjy8TuK4SJGzu1fCpSmbixh4mf8oGJGwOb/CkgE7O6u8AciK2xCcu4oKkdF6imBIBqZvq4QOuNZgLjgsok44ImwF2+ObApK9txgWpO0OAtWMYFLYHgHAMcF4wlGRe0IjQpWgmZFHHWpMAWKU7ApIg33KTQcceTmRTxfCZFScF7h5gUrZ1atolUk6K1x6Ro44NJ0RrY5G3GyIAOzcRtCZm4rRATP22ZGFukpwWYuJ3hTKzjbkfGxO0sE7uvECZu79SyQ6QycXsPE3fwgYnbA5u8A5CJWd1dYA7E1tiRZVzQyY4LVCcCQHU2fVyg9UZngXFBVZJxQUfgLt8F2JRV7bhAdSFo8K4s44JuQHBOAI4LJpKMC7oTmhTdhUyKHtakwBaph4BJ0dNwk0LH3ZPMpOjJZ1KUErx3iEnxjFPLXpFqUjzjMSl6+WBSPANs8l5jZECHZuLehEzcW4iJ+1gmxhapjwAT9zWciXXcfcmYuK9lYvcVwsT9nFr2j1Qm7udh4v4+MHE/YJP3BzIxq7sLzIHYGp9lGRcMsOMCNYAAUANNHxdovTFQYFzwAMm44FngLv8csCkfsOMC9RxBgz/PMi4YBATnFOC4YCrJuGAwoUkxWMikeMGaFNgivSBgUrxouEmh436RzKR4kc+kKC147xCTYohTy6GRalIM8ZgUQ30wKYYAm3zoGBnQoZn4JUImfkmIiV+2TIwt0ssCTDzMcCbWcQ8jY+JhlondVwgTD3dqOSJSmXi4h4lH+MDEw4FNPgLIxKzuLjAHYmt8hWVcMNKOC9RIAkCNMn1coPXGKIFxQXWSccErwF3+VWBTVrfjAvUqQYOPZhkXjAGCcwZwXDCTZFwwltCkGCtkUoyzJgW2SOMETIrxhpsUOu7xZCbFeD6ToozgvUNMiglOLSdGqkkxwWNSTPTBpJgAbPKJY2RAh2biSYRMPEmIiSdbJsYWabIAE08xnIl13FPImHiKZWL3FcLEU51aTotUJp7qYeJpPjDxVGCTTwMyMau7C8yB2Bqns4wLZthxgZpBAKiZpo8LtN6YKTAuqEkyLpgO3OVfAzZlTTsuUK8RNPgslnHB60Bwvg4cF8wmGRfMJjQpZguZFG9YkwJbpDcETIo3DTcpdNxvkpkUb/KZFGUF7x1iUsxxajk3Uk2KOR6TYq4PJsUcYJPPHSMDOjQTv0XIxG8JMfHblomxRXpbgInnGc7EOu55ZEw8zzKx+wph4vlOLd+JVCae72Hid3xg4vnAJn8HyMSs7i4wB2JrXMAyLlhoxwVqIQGgFpk+LtB6Y5HAuKA2ybhgAXCXfxfYlLXtuEC9S9Dgi1nGBUuA4JwDHBfMJRkXLCU0KZYKmRTvWZMCW6T3BEyK9w03KXTc75OZFO/zmRTNBe8dYlIsc2q5PFJNimUek2K5DybFMmCTLx8jAzo0E68gZOIVQky80jIxtkgrBZh4leFMrONeRcbEqywTu68QJl7t1HJNpDLxag8Tr/GBiVcDm3wNkIlZ3V1gDsTWuJZlXLDOjgvUOgJArTd9XKD1xnqBcUEdknHBWuAu/wGwKevYcYH6gKDBP2QZF2wAgnMecFwwn2RcsJHQpNgoZFJ8ZE0KbJE+EjApPjbcpNBxf0xmUnzMZ1K0ELx3iEmxyanl5kg1KTZ5TIrNPpgUm4BNvnmMDOjQTPwJIRN/IsTEn1omxhbpUwEm3mI4E+u4t5Ax8RbLxO4rhIm3OrX8LFKZeKuHiT/zgYm3Apv8MyATs7q7wByIrfFzlnHBNjsuUNsIALXd9HGB1hvbBcYFsSTjgs+Bu/wOYFPG2nGB2kHQ4F+wjAu+BIJzIXBcsIhkXPAVoUnxlZBJ8bU1KbBF+lrApPjGcJNCx/0NmUnxDZ9J0VLw3iEmxU6nlrsi1aTY6TEpdvlgUuwENvmuMTKgQzPxt4RM/K0QE++2TIwt0m4BJt5jOBPruPeQMfEey8TuK4SJ9zq13BepTLzXw8T7fGDivcAm3wdkYlZ3F5gDsTXuZxkXHLDjAnWAAFAHTR8XaL1xUGBc8DDJuGA/cJc/BGzKh+24QB0iaPDvWMYFh4HgXAIcFywlGRccITQpjgiZFN9bkwJbpO8FTIofDDcpdNw/kJkUP/CZFK0E7x1iUhx1anksUk2Kox6T4pgPJsVRYJMfGyMDOjQT/0jIxD8KMfFPlomxRfpJgImPG87EOu7jZEx83DKx+wph4hNOLU9GKhOf8DDxSR+Y+ASwyU8CmZjV3QXmQGyNp1jGBaftuECdJgDUGdPHBVpvnBEYF9QnGRecAu7yZ4FNWd+OC9RZggb/mWVccA4IzmXAccFyknHBeUKT4ryQSfGLNSmwRfpFwKT41XCTQsf9K5lJ8SufSREneO8Qk+KCU8uLkWpSXPCYFBd9MCkuAJv84hgZ0KGZ+BIhE18SYuLfLBNji/SbABNfNpyJddyXyZj4smVi9xXCxFecWl6NVCa+4mHiqz4w8RVgk18FMjGruwvMgdgar7GMC67bcYG6TgCoqLGGjwv+J/LG4gH6GMm44Bpwl0+EK7Z6zI4LVKKx5q8xscAaEwR62MIYCM5VwHHBapJxQdKxfCZFUiA43etNNvb319akCPOeukjJxuLvmxwIWKm4k4+F10jUpEgObCifTIp4wXuHmBQpnFqmdNU0okwKnYA8rmDdifAuKPi7w23MFMAmTzlWBnRoJk5FyMSphJg4tWVibJFSCzBxGsOZWMedhoyJ01gmdl8hTJzWqWW6SGXitB4mTucDE6cFNnk6IBOzurvAHIitMb2U+YM+MmUAmj+sgMpAAKiMpo8LtN7IKDAuaEAyLkgP3OVvATZlAzsuULcQNPitLOOCTEBwrgOOC9Zn8mejCDd/mYH56wHMX0/gvSTzl+W/nz/RcdVtQhsNep1ZgXXWGjdR0t+lnc5BVo/0Q68/G6EZmU3IjMxuzUhskbILmJG3G25G6rhvJzMjb+czI6MF7x1iRuZwapkzUs3IHB4zMqcPZmQOYJPnJDlJ5CJk4lxCTHyHZWJske4QYOLchjOxjjs3GRPntkzsvkKYOI9Ty7yRysR5PEyc1wcmzgNs8rxAcOsiJyKc4uQda/4a72QZC+YDjwUZAZWPAFB3mT4W1HrjLoGx4BMkY8E7gbt8fmBTPgEeC14jHAvmJ2jwAixjwbuB4NwJHMvsIhnL3ENoUtwjZFIUtCYFtkgFBUyKQoabFDruQmQmRSE+k0JJ3tu9/sJOLYtEqklR2GNSFPHBpCgMbPIiY2VAh2biewmZ+F4hJi5qmRhbpKICTFzMcCbWcRcjY+JilolD7u1ef7RTSxWpTBztYWLlAxNHA5tcWXdXAXMgtsbiLOOCEhZQqgQBoGJMHxdovREjMC5oRDIuKA7c5UsCm7KRHReokgQNXoplXFAaCM49wHHBXpJxQRlCk6KMkElR1poU2CKVFTAp7jPcpNBx30dmUtzHZ1IUF7x3iElRzqll+Ug1Kcp5TIryPpgU5YBNXn6sDOjQTFyBkIkrCDHx/ZaJsUW6X4CJKxrOxDruimRMXNEysfsKYeJKTi0rRyoTV/IwcWUfmLgSsMkrA5mY1d0F5kBsjVVYxgVV7bhAVSUAVDXTxwVab1QTGBc8RTIuqALc5R8ANuVTdlygHiBo8AdZxgXVgeA8ABwXHCQZF9QgNClqCJkUNa1JgS1STQGTopbhJoWOuxaZSVGLz6QoIXjvEJOitlPLhyLVpKjtMSke8sGkqA1s8ofGyoAOzcR1CJm4jhAT17VMjC1SXQEmjjWciXXcsWRMHGuZ2H2FMHE9p5YPRyoT1/Mw8cM+MHE9YJM/DGRiVncXmAOxNT7CMi6ob8cFqj4BoB41fVyg9cajAuOCpiTjgkeAu/xjwKZsascF6jGCBn+cZVzQAAjOw8BxwRGScUFDQpOioZBJ8YQ1KbBFekLApHjScJNCx/0kmUnxJJ9JESN47xCTopFTy8aRalI08pgUjX0wKRoBm7zxWBnQwZ9EImTip4SYuIllYmyRmggwcVPDmVjH3ZSMiZtaJnZfIUzczKll80hl4mYeJm7uAxM3AzZ5cyATs7q7wByIrbEFy7igpR0XqJYEgGpl+rhA641WAuOC5iTjghbAXT4O2JTN7bhAxRE0eDzLuKA1EJxHgeOCYyTjgjaEJkUbIZOirTUpsEVqK2BSPG24SaHjfprMpHiaz6QoKXjvEJOinVPL9pFqUrTzmBTtfTAp2gGbvP1YGdChmbgDIRN3EGLijpaJsUXqKMDEnQxnYh13JzIm7mSZ2H2FMHFnp5ZdIpWJO3uYuIsPTNwZ2ORdgEzM6u4CcyC2xq4s44JudlyguhEAqrvp4wKtN7oLjAtakowLugJ3+R7ApmxpxwWqB0GD92QZFzwDBOdx4LjgBMm4oBehSdFLyKTobU0KbJF6C5gUfQw3KXTcfchMij58JkUpwXuHmBR9nVr2i1SToq/HpOjng0nRF9jk/cbKgA7NxP0Jmbi/EBM/a5kYW6RnBZh4gOFMrOMeQMbEAywTu68QJh7o1PK5SGXigR4mfs4HJh4IbPLngEzM6u4CcyC2xudZxgWD7LhADSIA1GDTxwVabwwWGBfEkYwLngfu8i8AmzLOjgvUCwQN/iLLuGAIEJyngeOCMyTjgqGEJsVQIZPiJWtSYIv0koBJ8bLhJoWO+2Uyk+JlPpOitOC9Q0yKYU4th0eqSTHMY1IM98GkGAZs8uFjZUCHZuIRhEw8QoiJX7FMjC3SKwJMPNJwJtZxjyRj4pGWid1XCBOPcmr5aqQy8SgPE7/qAxOPAjb5q0AmZnV3gTkQW+NolnHBGDsuUGMIADXW9HGB1htjBcYFrUnGBaOBu/w4YFO2tuMCNY6gwcezjAsmAMF5DjguOE8yLphIaFJMFDIpJlmTAlukSQImxWTDTQod92Qyk2Iyn0lRRvDeISbFFKeWUyPVpJjiMSmm+mBSTAE2+dSxMqBDM/E0QiaeJsTE0y0TY4s0XYCJZxjOxDruGWRMPMMysfsKYeKZTi1fi1Qmnulh4td8YOKZwCZ/DcjErO4uMAdia5zFMi543Y4L1OsEgJpt+rhA643ZAuOCtiTjglnAXf4NYFO2teMC9QZBg7/JMi6YAwTnBeC44CLJuGAuoUkxV8ikeMuaFNgivSVgUrxtuEmh436bzKR4m8+kKCt47xCTYp5Ty/mRalLM85gU830wKeYBm3z+WBnQoZn4HUImfkeIiRdYJsYWaYEAEy80nIl13AvJmHihZWL3FcLEi5xavhupTLzIw8Tv+sDEi4BN/i6QiVndXWAOxNa4mGVcsMSOC9QSAkAtNX1coPXGUoFxQTuSccFi4C7/HrAp29lxgXqPoMHfZxkXLAOC8zJwXHCFZFywnNCkWC5kUqywJgW2SCsETIqVhpsUOu6VZCbFSj6TorngvUNMilVOLVdHqkmxymNSrPbBpFgFbPLVY2VAh2biNYRMvEaIiddaJsYWaa0AE68znIl13OvImHidZWL3FcLE651afhCpTLzew8Qf+MDE64FN/gGQiVndXWAOxNb4Icu4YIMdF6gNBIDaaPq4QOuNjQLjgg4k44IPgbv8R8Cm7GDHBeojggb/mGVcsAkIzuvAcUFUZo5xwWZCk2KzkEnxiTUpsEX6RMCk+NRwk0LH/SmZSfEpn0nRQvDeISbFFqeWWyPVpNjiMSm2+mBSbAE2+daxMqBDM/FnhEz8mRATf26ZGFukzwWYeJvhTKzj3kbGxNssE7uvECbe7tRyR6Qy8XYPE+/wgYm3A5t8B5CJWd1dYA7E1vgFy7jgSzsuUF8SAOor08cFWm98JTAu6EQyLvgCuMt/DWzKTnZcoL4maPBvWMYFO4HgTIIDp0pKMi7YRWhS7BIyKb61JgW2SN8KmBS7DTcpdNy7yUyK3XwmRUvBe4eYFHucWu6NVJNij8ek2OuDSbEH2OR7x8qADs3E+wiZeJ8QE++3TIwt0n4BJj5gOBPruA+QMfEBy8TuK4SJDzq1PBSpTHzQw8SHfGDig8AmPwRkYlZ3F5gDsTV+xzIuOGzHBeowAaCOmD4u0HrjiMC4oAvJuOA74C7/PbApu9hxgfqeoMF/YBkXHAWCMwVwXJCSZFxwjNCkOCZkUvxoTQpskX4UMCl+Mtyk0HH/RGZS/MRnUrQSvHeISXHcqeWJSDUpjntMihM+mBTHgU1+YqwM6NBMfJKQiU8KMfEpy8TYIp0SYOLThjOxjvs0GROftkzsvkKY+IxTy7ORysRnPEx81gcmPgNs8rNAJmZ1d4E5EFvjzyzjgnN2XKDOEQDqvOnjAq03zguMC7qRjAt+Bu7yvwCbspsdF6hfCBr8V5ZxwQUgONMAxwVpScYFFwlNiotCJsUla1Jgi3RJwKT4zXCTQsf9G5lJ8RufSREneO8Qk+KyU8srkWpSXPaYFFd8MCkuA5v8ylgZ0KGZ+CohE18VYuJrlomxRbomwMTXDWdiHfd1Mia+bpnYfYUwcdQ4J+fjfv9HEcXEOgF5XMG6E+FdUPB3h92Y43D3SjQOBzpWdxeYA7E1JhZYY4ILDfuYg1so7bggCQGgkqLXiF6g1ht6kWiA9iAZFyQG7vLJgE3Zw44LVDKCBk8uxRjocUEKIDgzAMcFGUnGBSmBG4VfJkVKIDgTudaZynX8tiZFmPfURUo1Dn/f1EDASsWdehy8RqImRWpgQ/lkUsQL3jvEpEjj1DJtpJoUaTwmRVofTIo0wCZPO04GdInAMacjZOJ0Qkyc3jIxtkjpBZg4g+FMrOPOQMbEGSwTu68QJs7o1PKWSGXijB4mvsUHJs4IbPJbgEzM6u4CcyC2xltZxgWZ7LhAZSIAVGbTxwVab2QWGBc8QzIuuBW4y2cBNuUzdlygshA0+G0s44KsQHBmAo4LMvu0UYSbv2zA/BUG5q8IMH+6OZK7ctcn8OJa4Gdf52c/56e+sgfycbtDHPq/CR6/Bzjv0f8++N4cgdc5Xe/9O/fPFXj/HTe5fy7X/XNreZDAe/s7783tvPd/+ijw+s5/uJZ8gfffdZO15HOtJX/gdYGbrCW/ay13B17fk8B7n3Xee7fzXr3GgoHXhYKPjTnvq+T8jA7vUg/H3MgL+hDQG9zb6LifiLmRV3TcfUj2tMLAPQ1Ya9XHcNwMTHJjT0Pjpr/hcccG+qWwQNzPkoiFxt/i7uWudbj5G0CSvybA/D0LzN9Akv26CHC/BmJGIfPn1wAPmMuQAd69doCHLdK9AgO8ooYP8HTcRYUHeOjNvbWh5PgCCTm2MZQcXyQhx2JAcgRiRr1ISI7FhMgx2pIjtkjRAuSoDCdHHbcSIkf4CCP2BpGjFXPxcZEZ90vCDkm469O4LC4Q98skhxgFJOGXgIeYYSSHmBLA/AExo4aR4K+HoSJkJEn+ehoqQkaR9G8MsH+BmFGjCEVIjJAIKWlFCLZIJQVESCnDRYiOuxSJCMkZOIyXEDiUjjF8XHlnrMxhfCwJGZUGkhGw1mqs4SJO93VpAdxMIDkElhLCTbj5m0iSPyC+1QRg/iaR7FtlgPgDYkZNIsHfEENF8DSS/A01VARPJ+nfssD+BWJGTScUwWWFRPB9VgRji3SfgAguZ7gI1nGXIxHBBQJisIzAof41w0VwkVgZMTOLhIzKA8kIWGs1y3ARrPu6vABu3iA5BJYTwk24+XuTJH9AfKs3gPmbQ7JvVQDiD4gZNYcEf5MMFcHzSPI32VARPJ+kf+8H9i8QM2o+oQi+X0gEV7QiGFukigIiuJLhIvh/4CQRwdEBMVhB4FC/0HARXCpWRswsIiGjykAyAtZaLTJcBOu+riyAmyUkh8BKQrgJN39LSfIHxLdaAszfeyT7VhUg/oCYUe+R4G+eoSJ4BUn+5hsqgleS9G9VYP8CMaNWEorgqkIiuJoVwdgiVRMQwQ8YLoJ13A+QiOD7AmKwisChfo3hIrhSrIyYWUtCRg8CyQhYa7XWcBGs+/pBAdx8QHIIfEAIN+Hm70OS/AHxrT4A5m8Dyb5VHYg/IGbUBhL8rTFUBG9i6V9DRfBmkv6tAexfIGbUZkIRXENIBNe0IhhbpJoCIriW4SJYx12LRARXC4jB6gKH+i2Gi+BasTJiZisJGdUGkhGw1mqr4SJY93VtAdxsIzkE1hLCTbj5206SPyC+1TZg/naQ7FsPAfEHxIzaQYK/bYaK4K9J8rfdUBH8DUn/1gH2LxAz6htCEVxHSATXtSIYW6S6AiI41nARrOOOJRHBdQNi8CGBQ/23hovgR2NlxMxuEjKqByQjYK3VbsNFsO7regK42UdyCIwVwk24+dtPkj8gvtU+YP4OkOxbDwPxB8SMOkCCv0OGiuDDJPn7zlARfISkfx8B9i8QM+oIoQh+REgE17ciGFuk+gIi+FHDRbCO+1ESEdwwIAYfFjjUHzVcBDeJlREzx0jI6DEgGQFrrY4ZLoJ1Xz8mgJvjJIfAR4VwE27+TpDkD4hvdRyYv5Mk+9bjQPwBMaNOkuDvnKEi+CxJ/s4bKoJ/JunfBsD+BWJG/UwoghsIieCGVgRji9RQQAQ/YbgI1nE/QSKCWwTE4OMCh/pfDBfBbWJlxMyvJGT0JJCMgLVWvxougnVfPymAm0skh8AnhHATbv5+I8kfEN/qEjB/l0n2rUZA/AExoy6T4C/ZbjNF8HWS/CXfbaYIjsrC0b+Ngf0LxIxC5s8vEdxYSAQ/ZUUwtkhPCYjgJoaLYB13ExIR3D4gBhsJHOqTZDFbBHeNlREzSUnIqCmQjIC1VkmzmC2CdV83FcBNiiwch8AmQrgJN38pSfIHxLdKAcxfKpJ9qxkQf0DMqFQk+MtqqAhOR5K/bIaK4PQk/dsc2L9AzKj0hCK4uZAIbmFFMLZILQREcEvDRbCOuyWJCO4ZEIPNBA71txgugvvFyoiZW0nIqBWQjIC1VrcaLoJ1X7cSwE0WkkNgSyHchJu/20jyB8S3ygLMX1aSfSsOiD8gZlRWEvwVNFQE5yDJXyFDRXBOkv6NB/YvEDMqJ6EIjhcSwa2tCMYWqbWACG5juAjWcbchEcEDA2IwTuBQn9twEfxirIyYyUNCRm2BZASstcpjuAjWfd1WADf5SA6BbYRwE27+7iLJHxDfKh8wf/lJ9q2ngfgDYkblJ8FfOUNFcEGS/JU3VAQXIunfdsD+BWJGFSIUwe2ERHB7K4KxRWovIII7GC6CddwdSETwywEx+LTAof5ew0XwqFgZMVOUhIw6AskIWGtV1HARrPu6owBuFMkhsIMQbsLNX3GS/AHxrRQwfyVI9q1OQPwBMaNKkOCvjqEiuDRJ/uoaKoLLkPRvZ2D/AjGjyhCK4M5CIriLFcHYInUREMFdDRfBOu6uJCJ4bEAMdhI41JczXARPjpURM+VJyKgbkIyAtVblDRfBuq+7CeCmIskhsKsQbsLNXyWWSRKwVyoC81eZZN/qDsQfEDOqMgn+mhoqgh8gyV8zQ0XwgyT92wPYv0DMqAcJRXAPIRHc04pgbJF6CojgZwwXwTruZ0hE8PSAGOwucKivabgInh0rI2ZqkZBRLyAZAWutahkugnVf9xLATR2SQ+AzQrgJN391SfIHxLeqA8xfLMm+1RuIPyBmVCwJ/roYKoLrs5iAhorgR0n6tw+wf4GYUY8SiuA+QiK4rxXB2CL1FRDB/QwXwTrufiQieG5ADPYWONQ3MFwEL4iVETMNScioP5CMgLVWDQ0Xwbqv+wvgphHJIbCfEG7C/tMbJPkD4ls1AubvKZJ961kg/oCYUU+R4G+QoSK4OUn+BhsqgluQ9O8AYP8CMaNaEIrgAUIieKAVwdgiDRQQwc8ZLoJ13M+RiODFATH4rMChPs5wEbw8VkbMxJOQ0fNAMgLWWsUbLoJ1Xz8vgJu2JIfA54RwE/YXJpHkD4hv1RaYv3Yk+9YgIP6AmFHtSPA3zlAR3Ikkf+MNFcGdSfp3MLB/gZhRnQlF8GAhEfyCFcHYIr0gIIJfNFwE67hfJBHBqwNicJDAob6b4SL4w1gZMdOdhIyGAMkIWGvV3XARrPt6iABuniE5BL4ohJuwH+8nyR8Q3+oZYP56k+xbQ4H4A2JG9SbB3xxDRXB/kvzNNVQEP0vSvy8B+xeIGfUsoQh+SUgEv2xFMLZILwuI4GGGi2Ad9zASEfxxQAwOFTjUP2e4CN4aKyNmnicho+FAMgLWWj1vuAjWfT1cADcvkBwChwnhJmxzgiR/QHyrF4D5G0Kyb40A4g+IGTWEBH8rDBXBw0jyt9JQETycpH9fAfYvEDNqOKEIfkVIBI+0IhhbpJECIniU4SJYxz2KRARvD4jBEQKH+pGGi+BvYmXEzCgSMnoVSEbAWqtRhotg3devCuBmDMkhcJQQbsLN31iW/AF7ZQwwf+NI9q3RQPwBMaPGkeBvi6EieBJJ/rYaKoInk/TvGGD/AjGjJhOK4DFCInisFcHYIo0VEMHjDBfBOu5xJCJ4d0AMjhY41E8zXAQfjJURM9NJyGg8kIyAtVbTDRfBuq/HC+DmNZbPFArhJtz8zSLJHxDf6jVg/l4n2bcmAPEHxIx6nQR/+wwVwXNI8rffUBE8l6R/JwL7F4gZNZdQBE8UEsGTrAjGFmmSgAiebLgI1nFPJhHBRwJicILAoX6e4SL4p1gZMTOfhIymAMkIWGs133ARrPt6igBuFpIcAicL4Sbc/C0iyR8Q32ohMH/vkuxbU4H4A2JGvUuCv9OGiuD3SPJ3xlAR/D5J/04D9i8QM+p9QhE8TUgET7ciGFuk6QIieIbhIljHPYNEBJ8KiMGpAof6FYaL4POxMmJmJQkZzQSSEbDWaqXhIlj39UwB3KwhOQTOEMJNuPlby/KZQmCvrAHmbx3JvvUaEH9AzKh1JPhLtMdMEbyBJH+J95gpgjeS9O8sYP8CMaM2EorgWUIi+HUrgrFFel1ABM82XATruGeTiOCLATH4msChfpPhIvharIyY2UxCRm8AyQhYa7XZcBGs+/oNAdxsITkEzhbCTbj520qSPyC+1RZg/j4j2bfeBOIPiBn1GQn+MhkqgneQ5C+zoSL4C5L+nQPsXyBm1BeEIniOkAiea0UwtkhzBUTwW4aLYB33WyQiOHG9qKg3BQ71XxsuglPWkxEz35CQ0dtAMgLWWn1juAjWff22AG6+JTkEviWEm3Dzt5skf0B8q2+B+dtDsm/NA+IPiBm1hwR/+Q0VwQdI8lfAUBF8kKR/5wP7F4gZdZBQBM8XEsHvWBGMLdI7AiJ4geEiWMe9gEQEpw2IwXkCh/rDhovgW+vJiJkjJGS0EEhGwFqrI4aLYN3XCwVwc5TkELhACDfh5u8YSf6A+FZHgfn7kWTfWgTEHxAz6kcS/JU2VASfJMlfGUNF8CmS/n0X2L9AzKhThCL4XSERvNiKYGyRFguI4CWGi2Ad9xISEXxbQAwuEjjUnzVcBOesJyNmfiYho6VAMgLWWv1suAjWfb1UADe/kBwClwjhJtz8/UqSPyC+1S/A/F0g2bfeA+IPiBl1gQR/NQ0VwZdJ8lfLUBF8haR/3wf2LxAz6gqhCH5fSAQvsyIYW6RlAiJ4ueEiWMe9nEQE5wmIwfcEDvXXDRfBBerJiJmo2zjIaAWQjIC1Vuj8oeur+3qFAG6S3MZxCFwuhJtw85eUJH9AfCs3ZsLNXzKSfWslEH9AzKhkJPhrZKgITkWSv8aGiuDUJP27Cti/QMwoZP78EsGrhETwaiuCsUVaLSCC1xgugnXca0hEcKGAGFwpcKhPd5vZIji6noyYSU9CRmuBZASstUpvuAjWfb1WADe3kBwC1wjhJtz83UqSPyC+1S3A/GUi2bfWAfEHxIzKRIK/DoaK4Kwk+etoqAjORtK/64H9C8SMykYogtcLieAPrAjGFukDARH8oeEiWMf9IYkIjgmIwXUCh/ochovg++rJiJmcJGS0AUhGwFqrnIaLYN3XGwRwk5vkEPihEG7CzV8ekvwB8a1yA/OXl2Tf2gjEHxAzKi8J/gYYKoLzk+RvoKEiuABJ/34E7F8gZlQBQhH8kZAI/tiKYGyRPhYQwZsMF8E67k0kIvj+gBjcKHCoL2i4CK5WT0bMFCIho81AMgLWWhUyXATrvt4sgJt7SQ6Bm4RwE27+ipLkD4hvdS8wf8VI9q1PgPgDYkYVM5zvagT47hOBfauE4XHXrSezX8eQ9MunwH4B1lrFGI6b3oFCfCqAG31fVNx6bcldmOkTeHEt8LOv87Of81NfWwKxbHXi0f9NUNQOcN6j/33wvZ8FXn/ueu/fuf+2wPu33+T+21z33xF4/UUC7+3vvHeH814twL8MvP7qH67l68D7v7nJWr52rWVn4PWum6xlp2st3wZe707gvc867/3Wea9e457A672OBkRj8+GYG3lBY7O04T35RMyNvKLjLkOyl+8D7uXAWqsyhAZiX/A+HFxjsOb7A7U6EPjfQZcPlM75mSoq1FTUV3LX60qgdQmYlNHJXGtN5VpzMJ70zr9Piv29JVK5chvlyndUAnmLcv3+lIH/pXVet47rXq9Hi/ZtW9aO651QzZIkcN/ErliTed7nrmPw36Vw//cShxLQvf5weNjvkNcB5+dB52eGwP8OBV5/9ydkhjgQ6WZE37ccwQHzkACZlRcis8Tg+IH1UeXBBOTdnCXqvx84wZJc5wHgOt15PezsJ0dcBJnV+ene7BO5/hkzaaZ0xRG83OQS/J3BuINEmgy7luL6dyWNCr1uRqTB3+8h0vpxLbvGdfcQqXdimjiBWN0x6vhSYOOLDq41eAXXFPw9qaN+x01K1zpSYdehgr/Lu45UrnWkdL0O/rvUrjUF/1kaz3rdveD+b4N5TeOKmeYwogM57Bw6jjg/vw/8/GGc3Pr3CxBwRcMnWDru7wXirkRy8ADWR1UiOGQeEKh1VQKM/yAQdzUSjAPro6oZjvGBSW441uhaVzc87tiAG7pPIO4aJG7oUaAbCqy1QubPa9Icdc5F3nOSvo4FXv/4DyclPwXef/wmk5KfXPc/EXh9ctyN+/ohkI+BBbLEvnMC+3RjfEzxmGjd16i43cLulEtoBwXCf1Fop3DFEbzc7rQWUZmc/9+xU/e28b3r9mjfvm1827hWdTt1j3OnLKEngBPSsW5zOGkCaaQzh6XWd0roqdg/y2m4HHP63z9pHO25l/JrsnVa6NH4M/bReGyRzozD3/es4Y/G67jP+rwJRId3heQ0OszLe3hCC78ugV+QeSzufo8Xj4rKMla2XmHeW3n/gTu/PztYO+fCXDIXToLv1Rva9ag/YiiR63Vi5z2Jb/KeRH9ynz87jIhtWsHgdALWuoI9Ny7U3ncvCPW7fwZuQudvcq8ypeNaxJeOKdE8Oia+ReA+peLjSjQvXlbFlykRuH2JGNWieVx0q5gWpUvFlCoTX9q3Z0vOCzHwL5aBsUX6RYCBfzWcgXXcv/r04bRw4z/nrBV939qGfljkD3/oDoilC0C7rDbY4tKbmF5fZeeeaMwHT0VoHNUx3CIOnt7Qcdc10yL+g+RGHkTOAe8VS/JhNSC+FRAzSip/6D65SGgfXRQ6vF6yh1dskS4JHF5/M/zwquP+jeSbFbTfLbFWv+Zv58LYCOJDL9/snstOvq/8DbunSgK589o9VaL+2u5J6D5/afeY/jBeYieZiVyJu+I6oQcv9IkDGIe6AtzMruKaIT6Yz6uCikfn8ZyAcq5v1oNffzgl6bgvC8T9KMEDb1cE4n7MUKXiJRjkvlEf+LUaj5MoPSC+FRAz6nGfHrgM+0/aA7nmGtCp0/eQ4JZrhn81gkTc2kW8cww+7kYELmI+gbgbkzxoeh3Yj8Baq8aG40b3S3EB3DQl6JcSAnE3I+mXqPG4XAJrrZoR9EsVAdy0JOiXqgJxtyLpl0TAfgHWWrUi6JdHBHDTmqBf6gvE3YakXxID+wVYa9WGoF9aCOCmHUG/tBSIuz1JvyQB9guw1qo9Qb90FcBNJ4J+6SYQd2eSfkkK7BdgrVVngn55XgA33Qj6ZZBA3N1J+iUZsF+AtVbdCfpltABuniHolzECcfci6ZfkwH4B1lr1IuiXWQK46UvQL68LxN2PpF9SAPsFWGvVj6BfFgvgZgBBvywRiHsgSb+kBPYLsNZqIEG/fCiAm0EE/bJBIO7BJP2SCtgvwFqrwQT98oUAboYQ9MuXAnEPJemX1MB+AdZaDSXol+8EcDOMoF8OC8Q9nKRf0gD7BVhrNZygX34WwM1Ign45JxD3KJJ+SQvsF2Ct1SiCfkks8Gn/MQT9kkQg7rEk/ZIO2C/AWquxBP1yqwBuJhD0SyaBuCeS9Et6YL8Aa62Q+dMfer49aVRURud++jMM+rls/aypfn5OPxOkn3PQs1s9j9Ieu/YNtRei9Z0+s2oe1nuLzpf7QuMmA64eot/mkRGIG12fHEl//xyazkFG4TzfMh74TFmUP99GcgsQG+713urKtf02kjDvqYukE4q+byYgYKXizjQeXiOxbyORWKv9QtsbV1QCF2rN7vxmdmqYxVXLP/uGk7yu/+7PvuEkb9Rff8NJQvf5T3zDiU5mHlfisoz/485r8jecZAFukLeNx+f3tr+Rz3DXnRV4KjP0++7EvjEk83j8facQxJ1FIO6pBH8KLqtA3NNIvuEEiEsFrLWSyh+6ztkI1WM2IfWY3apHbJGyC6jH2w1Xjzru24nU4+1WPdKrxxxODXNa9fjvr2CicnjUY04y9ZgTuEHmElCPuXxQj3dY9fivVVQOATXxGkHcOQXinkWgHu8QiPt1EvUIxKUC1loh86dJP0fSqD9c6PqgsZlzvPlrzC0044Y3ZB4gIbICKg8BoPKi14heoPaW8wowxhwSxsgNPF3fCWzKOQQnjTsFcJMP2DB6T7udcGPLR7Cx3SXFlInBgHJL8XDvlR/Y4BJFkWrKAuBiS8R9TOCrzt8yfBPWTZhfoN5vkzwifDewH4G1Vm+D5Z4gif3foAqNzQIEJHa39Ok87O+yCHTMCYGN7R3DGzwuPj66RauWKjYGF/M9wM0CmT+/puz3gL3/4FXQTtmxRSooMGUvZPiUXcddSGjKHrzQygKZ08Lj5ZoClM/4mOIx0cgNuch4cwlN4kOMBQQ+zLeQ4EOMdwvEvYhEodwL7GtgrdUign4pJYCbJQT9Ulog7qUk/VIU2C/AWqulBP3yoABulhH0S3WBuJeT9EsxYL8Aa62WE/TL4wK4WUXQLw0E4l5N0i/RwH4B1lqtJuiXeAHcrCPol9YCca8n6RcF7BdgrdV6gn7pKYCbDQT98oxA3BtJ+qU4sF+AtVYbCfrlRQHcbCLolyECcW8m6ZcSwH4B1lptJuiX8QK42ULQLxME4t5K0i8xwH4B1lptJeiXNwVws42gX+YIxL2dpF9KAvsFWGu1naBf3hfAzZcE/bJMIO6vSPqlFLBfgLVWXxH0y8cCuNlJ0C+bBOLeRdIvpYH9Aqy12kXQL98I4GYPQb/sFIh7L0m/lAH2C7DWai9Bv/wggJsDBP1yVCDugyT9UhbYL8Baq4ME/fKrAG4OE/TLBYG4j5D0y33AfgHWWh0h6JfkAh80OkrQLykE4j5G0i/lgP0CrLU6RtAvtwng5jhBv2QViPsESb+UB/YLsNYKmT/9TZM5XX+USH+GQT+XrZ811c/P6WeC9HMOenar51HaY9e+ofZCtL7TZ1bNw3pvKS/8x3IqCH0NBXqd94P/KFEu1x8l0jm4XzjPFQm/Vrqi0AdeK9kPvIKLJPCB18qGf+BVx12Z6GulJdZqv1b6xhWVwIVaszu/VZwaVrVfK/3vr2Ciqni+Vroq2ddKVwVukNUEvla6mg9fK/2A/Vrpf/2dalUEvnfqNEHcVQXiPkPwZY8PCMR9luRLQoG4VMBaK6n8oev8IKF6fFBIPVa36hFbpOoC6rGG4epRx12DSD3WsOqRXj3WdGpYy6rHf38FE1XTox5rkanHWsANsraAeqztg3p8yKrHf62iagqoiV8I4q4lEPevBOrxIYG4L5CoRyAuFbDWCpk/Tfq5CP/UQi2Cb6muI/WnFtANWRf8R4kYAVWXAFCxpv9RIu0txwowxmUSxqgDPF3XAzblZYKTRj0B3DwM/qNEOQk3tocJNrZHTN/Y9Nd8FxEA6FXzN7b/fX048ivT6wM3Nqn8JQbXGfnHrB4l+GNWEpv5YwR/zKq+QNzXDSdvvXk/KhB3VFaOR8sfB/YjsNYKmT/hw4/YH7N6jODw87jAGhNcaLhAb/BPDgGlb3ov5dfTAA2EngZoaJ8GwBapocDTAE8Y/jSAjvsJoacBgpdkTqPDvPx4EiD1GOyTANnG4XPaJ4kQA/zTdaqb/2t3rZ50cNvobzxV0Cfqj3j0PlXQJ+qvnypI6D5/+VTBP07CX6QoGNyT439fYGInEb08i0P9ziCQ0YyeJKv5n1rNJvCp1aRZOfzkPklwJ64ngWSYjESaNQJKM3evhLuu5CT4A/aJAmJGSeUPvc80JlRMjYUU01NWMWGL9JSAYmpiuGLScTchen5aYq1/pZrCrZtXNYXtjwqppn9E7n+hbKISuFD3dteqqYOHZqarJoZnsZt6FJhOau+o0MvkZ7GbATfb5v+IteNvegXz2fxv5DPcdbcA5iDp/68T+t/YXP7xyfIvToMah00Fhm5pspr/LHYzgbjTGu6E6LhbCMSdjkSJAnGpgLVW6QhwI7FP9BayrNHrbDmeY52twN8zdofre8Z0DloJf89YHOEnxeOEnI5463RgixQv4HS0Ntzp0HG3JpsNtxacDQth1rdPYbdxatnW9E9ho5MQDK6N55PTbcdH/eFCW1ltgE3eluQk8TQhEz8txMTtLBNji9ROgInbG87EOu72ZEzc3jKx+wph4g5OLTtGKhN38DBxRx+YuAOwyTuCP9V3B+Gn+jqON3+NnVgebO8M/vw7I6A6EwCqi+kfE9V6o4uA23oLiUvfCbjLdwU25S3gj0LdTtjgXQkavJsUY6DH1t2B4GwE/MxfY5Ivlu1BaFL0EDIpelqTAlukngImxTOGmxQ67mfITIpn+EwKJXlv9/p7ObXsHakmRS+PSdHbB5OiF7DJe4+XAR2aifsQMnEfISbua5kYW6S+Akzcz3Am1nH3I2PifpaJQ+7tXn9/p5bPRioT9/cw8bM+MHF/YJM/a91dBcyB2BoHsIwLBlpAqYEEgHrO9HGB1hvPCYwLMpGMCwYAd/nngU2ZyY4L1PMEDT6IZVwwGAjOpsBxQTOSccELhCbFC0ImxYvWpMAW6UUBk2KI4SaFjnsImUkxhM+kKC547xCTYqhTy5ci1aQY6jEpXvLBpBgKbPKXxsuADs3ELxMy8ctCTDzMMjG2SMMEmHi44Uys4x5OxsTDLRO7rxAmHuHU8pVIZeIRHiZ+xQcmHgFs8leATMzq7gJzILbGkSzjglF2XKBGEQDqVdPHBVpvvCowLshCMi4YCdzlRwObMosdF6jRBA0+hmVcMBYIzpbAcUErknHBOEKTYpyQSTHemhTYIo0XMCkmGG5S6LgnkJkUE/hMihKC9w4xKSY6tZwUqSbFRI9JMckHk2IisMknjZcBHZqJJxMy8WQhJp5imRhbpCkCTDzVcCbWcU8lY+KplondVwgTT3NqOT1SmXiah4mn+8DE04BNPh3IxKzuLjAHYmucwTIumGnHBWomAaBeM31coPXGawLjgqwk44IZwF1+FrAps9pxgZpF0OCvs4wLZgPB2Ro4LmhDMi54g9CkeEPIpHjTmhTYIr0pYFLMMdyk0HHPITMp5vCZFDGC9w4xKeY6tXwrUk2KuR6T4i0fTIq5wCZ/a7wM6NBM/DYhE78txMTzLBNjizRPgInnG87EOu75ZEw83zKx+wph4necWi6IVCZ+x8PEC3xg4neATb4AyMSs7i4wB2JrXMgyLlhkxwVqEQGg3jV9XKD1xrsC44LsJOOChcBdfjGwKbPbcYFaTNDgS1jGBUuB4GwHHBe0JxkXvEdoUrwnZFK8b00KbJHeFzAplhluUui4l5GZFMv4TIqSgvcOMSmWO7VcEakmxXKPSbHCB5NiObDJV4yXAR2aiVcSMvFKISZeZZkYW6RVAky82nAm1nGvJmPi1ZaJ3VcIE69xark2Upl4jYeJ1/rAxGuATb4WyMSs7i4wB2JrXMcyLlhvxwVqPQGgPjB9XKD1xgcC44IcJOOCdcBd/kNgU+aw4wL1IUGDb2AZF2wEgrMTcFzQmWRc8BGhSfGRkEnxsTUpsEX6WMCk2GS4SaHj3kRmUmziMylKCd47xKTY7NTyk0g1KTZ7TIpPfDApNgOb/JPxMqBDM/GnhEz8qRATb7FMjC3SFgEm3mo4E+u4t5Ix8VbLxO4rhIk/c2r5eaQy8WceJv7cByb+DNjknwOZmNXdBeZAbI3bWMYF2+24QG0nANQO08cFWm/sEBgX5CIZF2wD7vJfAJsylx0XqC8IGvxLlnHBV0BwdgOOC7qTjAu+JjQpvhYyKb6xJgW2SN8ImBQ7DTcpdNw7yUyKnXwmRWnBe4eYFLucWn4bqSbFLo9J8a0PJsUuYJN/O14GdGgm3k3IxLuFmHiPZWJskfYIMPFew5lYx72XjIn3WiZ2XyFMvM+p5f5IZeJ9Hibe7wMT7wM2+X4gE7O6u8AciK3xAMu44KAdF6iDBIA6ZPq4QOuNQwLjgtwk44IDwF3+O2BT5rbjAvUdQYMfZhkXHAGC8xnguKAXybjge0KT4nshk+IHa1Jgi/SDgElx1HCTQsd9lMykOMpnUpQRvHeISXHMqeWPkWpSHPOYFD/6YFIcAzb5j+NlQIdm4p8ImfgnISY+bpkYW6TjAkx8wnAm1nGfIGPiE5aJ3VcIE590ankqUpn4pIeJT/nAxCeBTX4KyMSs7i4wB2JrPM0yLjhjxwXqDAGgzpo+LtB646zAuCAvybjgNHCX/xnYlHntuED9TNDg51jGBeeB4OwLHBf0IxkX/EJoUvwiZFL8ak0KbJF+FTApLhhuUui4L5CZFBf4TIqygvcOMSkuOrW8FKkmxUWPSXHJB5PiIrDJL42XAR2aiX8jZOLfhJj4smVibJEuCzDxFcOZWMd9hYyJr1gmdl8hTHzVqeW1SGXiqx4mvuYDE18FNvk1IBOzurvAHIit8TrLuCBqgh0XAHMgtsZE6DWiF6j1hl4kGqD5SMYF14G7fGJgU+az4wKVmKDBkwisMUGghwvOpEBwDgCOCwaSjAuSTeAzKZIBweleb/IJv7+2JkWY99RFSj4Bf98UQMBKxZ1iArxGoiZFCmBD+WRSNBe8d4hJkdKpZSpXTSPKpNAJyOMK1p0I74KCvzvcxkwJbPJUE2RAh2bi1IRMnFqIidNYJsYWKY0AE6c1nIl13GnJmDitZWL3FcLE6Zxapo9UJk7nYeL0PjBxOmCTpwcyMau7C8yB2BozSJk/6CNTRjsuUBkJAHWL6eMCrTduERgX5CcZF2QA7vK3Apsyvx0XqFsJGjwTy7ggMxCcg4DjgsEk44IshCZFFiGT4jZrUmCLdJuASZHVcJNCx52VzKTIymdStBC8d4hJkc2pZfZINSmyeUyK7D6YFNmATZ59ggzo0Ex8OyET3y7ExDksE2OLlEOAiXMazsQ67pxkTJzTMrH7CmHiXE4t74hUJs7lYeI7fGDiXMAmvwPIxKzuLjAHYmvMzTIuyGPHBSoPAaDymj4u0Hojr8C44G6ScUFu4C5/J7Ap77bjAnUnQYPnYxkX3AUE5xDguGAoybggP6FJkV/IpChgTQpskQoImBR3G25S6LjvJjMp7uYzKVoK3jvEpLjHqWXBSDUp7vGYFAV9MCnuATZ5wQkyoEMzcSFCJi4kxMSFLRNji1RYgImLGM7EOu4iZExcxDKx+wph4nudWhaNVCa+18PERX1g4nuBTV4UyMSs7i4wB2JrLMYyLoi24wIVTQAoZfq4QOsNJTAuKEgyLigG3OWLA5uyoB0XqOIEDV6CZVwQAwTnMOC4YDjJuKAkoUlRUsikKGVNCmyRSgmYFKUNNyl03KXJTIrSfCZFK8F7h5gUZZxalo1Uk6KMx6Qo64NJUQbY5GUnyIAOzcT3ETLxfUJMXM4yMbZI5QSYuLzhTKzjLk/GxOUtE7uvECau4NTy/khl4goeJr7fByauAGzy+4FMzOruAnMgtsaKLOOCSnZcoCoRAKqy6eMCrTcqC4wLCpOMCyoCd/kqwKYsbMcFqgpBg1dlGRdUA4JzJHBcMIpkXPAAoUnxgJBJ8aA1KbBFelDApKhuuEmh465OZlJU5zMp4gTvHWJS1HBqWTNSTYoaHpOipg8mRQ1gk9ecIAM6NBPXImTiWkJMXNsyMbZItQWY+CHDmVjH/RAZEz9kmdh9hTBxHaeWdSOViet4mLiuD0xcB9jkdYFMzOruAnMgtsZYlnFBPTsuUPUIAPWw6eMCrTceFhgX3EsyLogF7vKPAJvyXjsuUI8QNHh9lnHBo0BwjgGOC8aSjAseIzQpHhMyKR63JgW2SI8LmBQNDDcpdNwNyEyKBnwmRbzgvUNMioZOLZ+IVJOiocekeMIHk6IhsMmfmCADOjQTP0nIxE8KMXEjy8TYIjUSYOLGhjOxjrsxGRM3tkzsvkKY+Cmnlk0ilYmf8jBxEx+Y+ClgkzcBMjGruwvMgdgam7KMC5rZcYFqRgCo5qaPC7TeaC4wLihGMi5oCtzlWwCbspgdF6gWBA3ekmVc0AoIzgnAccHE2/zZKMLNXxwwf3WA+asLvJdk/uL/+/kTHVe1Ftpo0OtsA6yz1ri5k/4u7XQO2nikH3r9bQnNyLZCZuTT1ozEFulpATOyneFmpI67HZkZ2Y7PjIwWvHeIGdneqWWHSDUj23vMyA4+mJHtgU3egeQk0ZGQiTsKMXEny8TYInUSYOLOhjOxjrszGRN3tkzsvkKYuItTy66RysRdPEzc1Qcm7gJs8q5AcOsi5yY0ebtOMH+N3VjGgt3BY0FGQHUnAFQP08eCWm/0EBgLKpKxYDfgLt8T2JQKPBbMSdjgPQka/BmWsWAvIDgXAscyi0jGMr0JTYreQiZFH2tSYIvUR8Ck6Gu4SaHj7ktmUvTlMymU5L3d6+/n1LJ/pJoU/TwmRX8fTIp+wCbvP0EGdGgmfpaQiZ8VYuIBlomxRRogwMQDDWdiHfdAMiYeaJk45N7u9T/n1PL5SGXi5zxM/LwPTPwcsMmft+6uAuZAbI2DWMYFgy2g1GACQL1g+rhA640XBMYFJUjGBYOAu/yLwKYsYccF6kWCBh/CMi4YCgTnEuC4YCnJuOAlQpPiJSGT4mVrUmCL9LKASTHMcJNCxz2MzKQYxmdSFBe8d4hJMdyp5YhINSmGe0yKET6YFMOBTT5iggzo0Ez8CiETvyLExCMtE2OLNFKAiUcZzsQ67lFkTDzKMrH7CmHiV51ajo5UJn7Vw8SjfWDiV4FNPhrIxKzuLjAHYmscwzIuGGvHBWosAaDGmT4u0HpjnMC4oCTJuGAMcJcfD2zKknZcoMYTNPgElnHBRCA4lwHHBctJxgWTCE2KSUImxWRrUmCLNFnApJhiuEmh455CZlJM4TMpSgjeO8SkmOrUclqkmhRTPSbFNB9MiqnAJp82QQZ0aCaeTsjE04WYeIZlYmyRZggw8UzDmVjHPZOMiWdaJnZfIUz8mlPLWZHKxK95mHiWD0z8GrDJZwGZmNXdBeZAbI2vs4wLZttxgZpNAKg3TB8XaL3xhsC4oDTJuOB14C7/JrApS9txgXqToMHnsIwL5gLBuQo4LlhNMi54i9CkeEvIpHjbmhTYIr0tYFLMM9yk0HHPIzMp5vGZFDGC9w4xKeY7tXwnUk2K+R6T4h0fTIr5wCZ/Z4IM6NBMvICQiRcIMfFCy8TYIi0UYOJFhjOxjnsRGRMvskzsvkKY+F2nlosjlYnf9TDxYh+Y+F1gky8GMjGruwvMgdgal7CMC5bacYFaSgCo90wfF2i98Z7AuKAsybhgCXCXfx/YlGXtuEC9T9Dgy1jGBcuB4FwHHBesJxkXrCA0KVYImRQrrUmBLdJKAZNileEmhY57FZlJsYrPpCgpeO8Qk2K1U8s1kWpSrPaYFGt8MClWA5t8zQQZ0KGZeC0hE68VYuJ1lomxRVonwMTrDWdiHfd6MiZeb5nYfYUw8QdOLT+MVCb+wMPEH/rAxB8Am/xDIBOzurvAHIitcQPLuGCjHReojQSA+sj0cYHWGx8JjAvKkYwLNgB3+Y+BTVnOjgvUxwQNvollXLAZCM4NwHHBRpJxwSeEJsUnQibFp9akwBbpUwGTYovhJoWOewuZSbGFz6QoJXjvEJNiq1PLzyLVpNjqMSk+88Gk2Aps8s8myIAOzcSfEzLx50JMvM0yMbZI2wSYeLvhTKzj3k7GxNstE7uvECbe4dTyi0hl4h0eJv7CBybeAWzyL4BMzOruAnMgtsYvWcYFX9lxgfqKAFBfmz4u0Hrja4FxQQWSccGXwF3+G2BTVrDjAvUNQYPvZBkX7AKCcxNwXLCZZFzwLaFJ8a2QSbHbmhTYIu0WMCn2GG5S6Lj3kJkUe/hMitKC9w4xKfY6tdwXqSbFXo9Jsc8Hk2IvsMn3TZABHZqJ9xMy8X4hJj5gmRhbpAMCTHzQcCbWcR8kY+KDlondVwgTH3Jq+V2kMvEhDxN/5wMTHwI2+XdAJmZ1d4E5EFvjYZZxwRE7LlBHCAD1venjAq03vhcYF1QkGRccBu7yPwCbsqIdF6gfCBr8KMu44BgQnFuA44KtJOOCHwlNih+FTIqfrEmBLdJPAibFccNNCh33cTKT4jifSVFG8N4hJsUJp5YnI9WkOOExKU76YFKcADb5yQkyoEMz8SlCJj4lxMSnLRNji3RagInPGM7EOu4zZEx8xjKx+wph4rNOLX+OVCY+62Hin31g4rPAJv8ZyMSs7i4wB2JrPMcyLjhvxwXqPAGgfjF9XKD1xi8C44LKJOOCc8Bd/ldgU1a24wL1K0GDX2AZF1wEgnMbcFywnWRccInQpLgkZFL8Zk0KbJF+EzApLhtuUui4L5OZFJf5TIqygvcOMSmuOLW8GqkmxRWPSXHVB5PiCrDJr06QAR2aia8RMvE1ISa+bpkYW6TrAkwcNdFsJtZx6zWCayTKxO6cRod5/deYOJFTy8SumkYUE+sE5HEF606Ed0HB3x1uYyYCNnliHLjLsrq7wByIrTGJwBoTXGi4gEqKWyjtuCApAaCSodeIXqDWG3qRaIBWJRkXJAHu8smBTVnVjgtUcoIGTyHFGOhxQUogOL8Ejgu+IhkXpAJuFH6ZFKmA4HSvN7Xr+G1NijDvqYuUeiL+vmkMNyl03GnITIo0fCZFc8F7h5gUaZ1apotUkyKtx6RI54NJkRbY5OkmyoAOzcTpCZk4vRATZ7BMjC1SBgEmzmg4E+u4M5IxcUbLxO4rhIlvcWp5a6Qy8S0eJr7VBya+BdjktwKZmNXdBeZAbI2ZWMYFme24QGUmAFQW08cFWm9kERgXPEAyLsgE3OVvAzblA3ZcoG4jaPCsLOOCbEBw7gSOC3aRjAuyE5oU2YVMitutSYEt0u0CJkUOw00KHXcOMpMiB59J0ULw3iEmRU6nlrki1aTI6TEpcvlgUuQENnmuiTKgQzPxHYRMfIcQE+e2TIwtUm4BJs5jOBPruPOQMXEey8TuK4SJ8zq1vDNSmTivh4nv9IGJ8wKb/E4gE7O6u8AciK0xH8u44C47LlB3EQAqv+njAq038guMC6qTjAvyAXf5AsCmrG7HBaoAQYPfzTIuuAcIzj3AccFeknFBQUKToqCQSVHImhTYIhUSMCkKG25S6LgLk5kUhflMipaC9w4xKYo4tbw3Uk2KIh6T4l4fTIoiwCa/d6IM6NBMXJSQiYsKMXExy8TYIhUTYOJow5lYxx1NxsTRlondVwgTK6eWxSOViZWHiYv7wMQK2OTFgUzM6u4CcyC2xhIs44IYOy5QMQSAKmn6uEDrjZIC44KaJOOCEsBdvhSwKWvacYEqRdDgpVnGBWWA4DwAHBccJBkXlCU0KcoKmRT3WZMCW6T7BEyKcoabFDrucmQmRTk+k6KV4L1DTIryTi0rRKpJUd5jUlTwwaQoD2zyChNlQIdm4vsJmfh+ISauaJkYW6SKAkxcyXAm/h84yZi4kmVi9xXCxJWdWlaJVCau7GHiKj4wcWVgk1cBMjGruwvMgdgaq7KMC6rZcYGqRgCoB0wfF2i98YDAuKA2ybigKnCXfxDYlLXtuEA9SNDg1VnGBTWA4DwMHBccIRkX1CQ0KWoKmRS1rEmBLVItAZOituEmhY67NplJUZvPpIgTvHeISfGQU8s6kWpSPOQxKer4YFI8BGzyOhNlQIdm4rqETFxXiIljLRNjixQrwMT1DGdiHXc9MiauZ5nYfYUw8cNOLR+JVCZ+2MPEj/jAxA8Dm/wRIBOzurvAHIitsT7LuOBROy5QjxIA6jHTxwVabzwmMC6oQzIuqA/c5R8HNmUdOy5QjxM0eAOWcUFDIDiPAscFx0jGBU8QmhRPCJkUT1qTAlukJwVMikaGmxQ67kZkJkUjPpMiXvDeISZFY6eWT0WqSdHYY1I85YNJ0RjY5E9NlAEdmombEDJxEyEmbmqZGFukpgJM3MxwJtZxNyNj4maWid1XCBM3d2rZIlKZuLmHiVv4wMTNgU3eAsjErO4uMAdia2zJMi5oZccFqhUBoOJMHxdovREnMC6IJRkXtATu8vHApoy14wIVT9DgrVnGBW2A4DwOHBecuM2fjSLc/LUF5i8JrrlVUuBGoZsjuSt3zwdeXAv8HOT8HOz81NfTgXy0c4hD/zfB4/cQ5z363wff2z7wuoPrvX/n/h0D7+90k/t3dN2/c+B1lwTe+4Lz3s7Oe/Ue2DXwuts/XEv3wPt73GQt3V1r6Rl4/cxN1tLTtZZegde9E3jvi857eznv1WvsE3jd15E96E1sbakbeUEfAh4GHwLQcX9c6kZe0XE/kpVjT+sH3NOAtVaPGI6boUlu7Glo3DxmeNyrA/3STyDux0nEQuNvgQ+SuWION38NSPLXBJi/x4H5a0iyX/cH7tdAzChk/vwa4AFzGTLAe9YO8LBFelZggDfA8AGejnuA8AAPvbm3NpQcnyIhxzaGkmMTEnIcCCRHIGZUE0JyHChEjs9ZcsQW6TkBcnzecHLUcT8vRI7otWaJvUHkaMU8aGJkxt1c2CEJd30al4ME4m5Bcoh5HkjCzYGHmJYkh5jBwPwBMaNakuCvh6EipDVJ/noaKkLakPTvC8D+BWJGtSEUIS8IiZAXrQjBFulFAREyxHARouMeQiJCcgYO44MFDqXtDB9X3hkrcxhvT0JGQ4FkBKy1am+4iNN9PVQAN51IDoFDhHATbv46k+QPiG/VCZi/LiT71ktA/AExo7qw9K+hIrgHSf6GGiqCe5L078vA/gViRvUkFMEvC4ngYVYEY4s0TEAEDzdcBOu4h5OI4AIBMfiSwKG+t+EiuEisjJjpQ0JGI4BkBKy16mO4CNZ9PUIAN/1JDoHDhXATbv6eJckfEN+qPzB/A0j2rVeA+ANiRg0gwd8kQ0XwIJL8TTZUBA8m6d+RwP4FYkYNJhTBI4VE8CgrgrFFGiUggl81XATruF8lEcHRATH4isChfojhIrhUrIyYGUpCRqOBZASstRpquAjWfT1aADfDSA6BrwrhJmxzgmWSBOyVYcD8jSDZt8YA8QfEjBpBgr95horgV0nyN99QETyapH/HAvsXiBk1mlAEjxUSweOsCMYWaZyACB5vuAjWcY8nEcH3BcTgGIFD/TjDRXClWBkxM56EjCYAyQhYazXecBGs+3qCAG4mkRwCxwvhJtz8TWbJH7BXJgHzN4Vk35oIxB8QM2oKCf7WGCqCZ5Dkb62hIngmSf9OAvYvEDNqJqEIniQkgidbEYwt0mQBETzFcBGs455CIoKrBcTgRIFD/euGi+BasTJiZjYJGU0FkhGw1mq24SJY9/VUAdzMITkEThHCTbj5m0uSPyC+1Rxg/t4i2bemAfEHxIx6iwR/2wwVwe+Q5G+7oSJ4AUn/Tgf2LxAzagGhCJ4uJIJnWBGMLdIMARE803ARrOOeSSKC6wbE4DSBQ/27hovgR2NlxMxiEjJ6DUhGwFqrxYaLYN3Xrwng5j2SQ+BMIdyEm7/3SfIHxLd6D5i/ZST71iwg/oCYUctI8HfIUBG8iiR/3xkqgleT9O/rwP4FYkatJhTBrwuJ4NlWBGOLNFtABL9huAjWcb9BIoIbBsTgLIFD/TrDRXCTWBkxs56EjN4EkhGw1mq94SJY9/WbArjZQHIIfEMIN+HmbyNJ/oD4VhuA+fuIZN+aA8QfEDPqIxL8nTNUBH9Ckr/zhorgT0n6dy6wf4GYUZ8SiuC5QiL4LSuCsUV6S0AEv224CNZxv00iglsExOAcgUP9Z4aL4DaxMmLmcxIymgckI2Ct1eeGi2Dd1/MEcLOD5BD4thBuws3fFyT5A+Jb7QDm70uSfWs+EH9AzKgvSfCXbLeZIngnSf6S7zZTBO8i6d93gP0LxIzaRSiC3xESwQusCMYWaYGACF5ouAjWcS8kEcHtA2JwvsChfo/hIrhrrIyY2UtCRouAZASstdpruAjWfb1IADcHSA6BC4VwE27+DpLkD4hvdQCYv0Mk+9a7QPwBMaMOkeAvq6Ei+HuS/GUzVAT/QNK/i4H9C8SM+oFQBC8WEsFLrAjGFmmJgAheargI1nEvJRHBPQNi8F2BQ/2PhovgfrEyYuYnEjJ6D0hGwFqrnwwXwbqv3xPAzUmSQ+BSIdyEm79TJPkD4ludBObvNMm+9T4Qf0DMqNMk+CtoqAg+R5K/QoaK4PMk/bsM2L9AzKjzhCJ4mZAIXm5FMLZIywVE8ArDRbCOewWJCB4YEIPvCxzqLxgugl+MlREzF0nIaCWQjIC1VhcNF8G6r1cK4OYyySFwhRBuws3fFZL8AfGtLgPzd5Vk31oFxB8QM+oqCf7KGSqCE2XjyF95Q0Vw4mwc/bsa2L9AzChk/vwSwauFRPAaK4KxRVojIILXGi6CddxrSUTwywExuErgUJ8sm9kieFSsjJhJTkJG64BkBKy1Sp7NbBGs+3qdAG5SkRwC1wrhJtz8pSbJHxDfKhUwf2lI9q31QPwBMaPSkOCvjqEiOANJ/uoaKoIzkvTvB8D+BWJGZSQUwR8IieAPrQjGFulDARG8wXARrOPeQCKCxwbE4HqBQ30mw0Xw5FgZMZOZhIw2AskIWGuV2XARrPt6owBuspIcAjcI4Sbc/GUjyR8Q3yorMH/ZSfatj4D4A2JGZSfBX1NDRXAukvw1M1QE30HSvx8D+xeIGXUHoQj+WEgEb7IiGFukTQIieLPhIljHvZlEBE8PiMGPBA71eQ0XwbNjZcTMnSRk9AmQjIC1VncaLoJ1X38igJv8JIfAzUK4CTd/BUjyB8S3yg/M390k+9anQPwBMaPuJsFfF0NFcGGS/HU1VAQXIenfLcD+BWJGFSEUwVuERPBWK4KxRdoqIII/M1wE67g/IxHBcwNi8FOBQ30xw0XwglgZMRNNQkafA8kIWGsVbbgI1n39uQBuSpAcAj8Twk24+YshyR8Q36oEMH8lSfatbUD8ATGjSpLgb5ChIrgsSf4GGyqC7yPp3+3A/gViRt1HKIK3C4ngHVYEY4u0Q0AEf2G4CNZxf0EighcHxOA2gUN9BcNF8PJYGTFzPwkZfQkkI2Ct1f2Gi2Dd118K4KYyySHwCyHchJu/KiT5A+JbVQbmryrJvvUVEH9AzKiqJPgbZ6gIrk6Sv/GGiuAaJP37NbB/gZhRNQhF8NdCIvgbK4KxRfpGQATvNFwE67h3kojg1QEx+JXAob624SL4w1gZMfMQCRntApIRsNbqIcNFsO7rXQK4iSU5BO4Uwk24+atHkj8gvlUsMH8Pk+xb3wLxB8SMepgEf3MMFcGPkeRvrqEi+HGS/t0N7F8gZtTjhCJ4t5AI3mNFMLZIewRE8F7DRbCOey+JCP44IAa/FTjUP2G4CN4aKyNmniQho31AMgLWWj1puAjWfb1PADdPkRwC9wrhJtz8NSHJHxDf6ilg/pqS7Fv7gfgDYkY1JcHfCkNFcEuS/K00VAS3IunfA8D+BWJGtSIUwQeERPBBK4KxRTooIIIPGS6CddyHSETw9oAY3C9wqG9tuAj+JlZGzLQhIaPvgGQErLVqY7gI1n39nQBu2pEcAg8J4Sbc/LUnyR8Q36odMH8dSPatw0D8ATGjOpDgb4uhIrgLSf62GiqCu5L07xFg/wIxo7oSiuAjQiL4eyuCsUX6XkAE/2C4CNZx/0AigncHxOBhgUN9D8NF8MFYGTHTk4SMjgLJCFhr1dNwEaz7+qgAbnqTHAJ/EMJNuPnrQ5I/IL5Vb2D++pLsW8eA+ANiRvUlwd8+Q0XwAJL87TdUBA8k6d8fgf0LxIwaSCiCfxQSwT9ZEYwt0k8CIvi44SJYx32cRAQfCYjBYwKH+kGGi+CfYmXEzGASMjoBJCNgrdVgw0Ww7usTArgZQnIIPC6Em3DzN5Tl22WBvTIEmL+XSPatk0D8ATGjXiLB32lDRfAIkvydMVQEv0LSv6eA/QvEjHqFUASfEhLBp60IxhbptIAIPmO4CNZxnyERwacCYvCkwKH+VcNF8PlYGTEzmoSMzgLJCFhrNdpwEaz7+qwAbsaxHAKFcBNu/saT5A+IbzUOmL8JJPvWz0D8ATGjJpDgL9EeM0XwFJL8Jd5jpgieStK/54D9C8SMmkoogs8JieDzVgRji3ReQAT/YrgI1nH/QiKCLwbE4M8Ch/oZhovga7EyYmYmCRn9CiQjYK3VTMNFsO7rXwVw8zrJIfAXIdyEm7/ZJPkD4lu9DszfGyT71gUg/oCYUW+Q4C+ToSL4LZL8ZTZUBL9N0r8Xgf0LxIx6m1AEXxQSwZesCMYW6ZKACP7NcBGs4/6NRAQnrhcVdUHgUP+O4SI4ZT0ZMbOAhIwuA8kIWGu1wHARrPv6sgBu3iU5BP4mhJtw87eYJH9AfKt3gflbQrJvXQHiD4gZtYQEf/kNFcHLSPJXwFARvJykf68C+xeIGbWcUARfFRLB16wIxhbpmoAIvm64CNZxXycRwWkDYvCKwKF+leEi+NZ6MmJmNQkZRU3C5RJYa7XacBH8v76ehL/vOpJD4PWJMrgJN3/rSfIHxLdaB8zfByT7ViLgvgXEjPqABH+lDRXBH5Hkr4yhIvhjkv5NDOxfIGbUx4QiGJjLEBGcZNLvr60IDvOeukhJJuHvm3SS2SJYx510ErxGImu9LSAGEwkc6j8xXATnDMQtIWY+JSGjZEAyAtZafWq4CNZ9nUwAN5+RHAKTCuEm3Px9TpI/IL7VZ8D8bSPZt5ID8QfEjNpGgr+ahorgL0nyV8tQEfwVSf+mAPYvEDPqK0IRnEJIBKe0IhhbpJQCIjiV4SJYx52KRATnCYjB5AKH+p2Gi+AC9WTEzC4SMkoNJCNgrdUuw0Ww7uvUArjZQ3IITCWEm3Dzt5ckf0B8qz3A/O0j2bfSAPEHxIzaR4K/RoaK4EMk+WtsqAj+jqR/0wL7F4gZ9R2hCE4rJILTWRGMLVI6ARGc3nARrONOTyKCCwXEYBqBQ/33hovg6HoyYuYHEjLKACQjYK3VD4aLYN3XGQRw8yPJITC9EG7Czd9PJPkD4lv9CMzfcZJ9KyMQf0DMqOMk+OtgqAg+TZK/joaK4DMk/XsLsH+BmFFnCEXwLUIi+FYrgrFFulVABGcyXATruDORiOCYgBjMKHCoP2e4CL6vnoyYOU9CRpmBZASstTpvuAjWfZ1ZADcXWL5dVgg3YX/rKEn+gPhWF4D5u0Syb2UB4g+IGXWJBH8DDBXBV0nyN9BQEXyNpH9vA/YvEDPqGqEIvk1IBGe1IhhbpKwCIjib4SJYx52NRATfHxCDWQQO9Ymymy2Cq9WTETOJs3OQUXYgGQFrrRJnN1sE677OLoCbZNk5DoHZhHAT9mdFSfIHxLdKBsxfCpJ963Yg/oCYUSkM57saAb67XWDfSmN43HXryezXaUn6JQewX4C1VmkNx81zgULkEMCNvi8qbr225C7MPB94cS3wc5Dzc7DzU185A7HkcuLR/01Q1A5x3qP/ffC9dwRe53a99+/cP0/g/Xlvcv88rvvfGXidL4H3vuC8907nvVqA3xV4nf8frqVA4P1332QtBVxruSfwuuBN1nKPay2FAq8LJ/DeF533FnLeq9dYJPD6XkcDorG5ttSNvKCxmcHwnvy41I28ouPOSLKXFwXu5cBaK2T+/DIQB4H34eAagzUvFqhVdOB/yuUDpXN+pooKNRX1ldz1uhJoXQImZXQy11pTudYcjCe98++TYn9viVSu3Ea58h2VQN6iXL8/ZeB/aZ3XreO61+vRon3blrXjeidUsyQJ3DexK9Zknve56xj8dync/73EoQR0rz8cHoo55BXt/FTOzwyB/xUPvC7xJ2SGOBDpZoQ/rUBwwCwuQGaZhcgsMTh+YH1UZjABeTdnifoXA06wJNcZDVynO68xzn5S0kWQWZ2f7s0+keufMZNmSlccwctNLsHfGYw7SKTJsGsprn9X0qjQ62ZEGvz9HiKtH9eya1x3D5F6J6aJE4jVHaOOLwU2vujgWoNXcE3B35M66nfcpHStIxV2HSr4u7zrSOVaR0rX6+C/S+1aU/CfpfGs190L7v82mNc0rphpDiM6kBjn0FHS+Vkq8LP0JLn1FxMg4KyGT7B03KUE4s5GcvAA1kdlIzhkRgvUOgcBxksLxJ2TBOPA+qichmN8aJIbjjW61rkNj3t1wA0tKhB3HhI3tAzQDQXWWiHz5zVpyjjnIu85SV9lA6/v+4eTknKB95e/yaSknOv+FQKv7590475+COSyYIEsse9UwD7dGB9TPCZa9zUqbrewq+gS2kGB8F8U2ilccQQvtzutRVQm5/937NS9bXzvuj3at28b3zauVd1O3ePcKUvoCeCEdKzbHE6aQBrpzGGp9VUUeir2z3IaLsdU+vdPGkd77qX8mmxVEno0vrJ9NB5bpMqT8PetYvij8TruKj5vAtHhXSE5jQ7z8h6e0MKvd+AXxE3A3W9DTFRU/ATZeoV5b+X9B+78VnWwVs2FuWQunATfqze061F/xFAi1+vEznsS3+Q9if7kPn92GBHbtILB6QSsdQVbbVKove9eEOp3VwVuQg/c5F5lSse1iC8dU6J5dEx8i8B9SsXHlWhevKyKL1MicPsSMapF87joVjEtSpeKKVUmvrRvz5Y8IMTAD1oGxhbpQQEGrm44A+u4q/v04bRw46/mrBV933yGfljEu04klmoA7bJ8YItLb2J6fZWde6IxHzwVoXGU33CLOHh6Q8ddwEyL+A+SG3kQqQa8190kH1YD4lsBMaOk8ofuk5qE9lFNocNrLXt4xRaplsDhtbbhh1cdd22Sb1bQfrfEWv2av1ULYyOID718s3secvJd52/YPVUSyJ3X7qkS9dd2T0L3+Uu7x/SH8RI7yUzkSlwd1wk9eKFPHMA4VB3gZlYX1wzxwXzWFVQ8Oo/VBJRzYbMe/PrDKUnH/ZBA3EUIHnirIxD3vYYqFS/BIPeNwsCv1ShKovSA+FZAzKiiPj1wGW6dHwJyTSzQqdP3kOCWWMO/GkEibu0idhuPj7sEgYvYXSDuGJIHTesB+xFYaxVjOG50vwwSwE1pgn4ZLBB3GZJ+eRjYL8BaqzIE/TJGADflCPplrEDc5Un65RFgvwBrrcoT9MvrAripSNAvswXirkTSL/WB/QKstapE0C9LBHBTlaBflgrEXY2kXx4F9guw1qoaQb9sEMBNdYJ+2SgQdw2SfnkM2C/AWqsaBP3ypQBuahP0y1cCcT9E0i+PA/sFWGv1EEG/HBbATSxBvxwRiLseSb80APYLsNaqHkG/nBPATX2CfjkvEPejJP3SENgvwFqrRwn6JYnA0/8NCPolqUDcDUn65QlgvwBrrRoS9EsmAdw0IuiXzAJxNybplyeB/QKstWpM0C/5BHDTlKBf7hKIuxlJvzQC9guw1qoZQb+UEMBNS4J+iRGIuxVJvzQG9guw1qoVQb9UFcBNa4J+qSYQdxuSfnkK2C/AWqs2BP1SXwA37Qj65VGBuNuT9EsTYL8Aa63aE/RLSwHcdCLol1YCcXcm6ZemwH4B1loh86c/9FwmaVRURud++jMM+rls/aypfn5OPxOkn3PQs1s9j9Ieu/YNtRei9Z0+s2oe1ntL00lRIRdc94K/6Flqnc2BuNH1KZv098+h6Rw0F85zC+Bn1Pz6NpIWQt9G0tJ+Gwm2SC0Fvo2kleHfRqLjbkX0bSQSa7VfaHvjikrgQq3Znd84p4bxf+MbTvK6/rs/+4aTvFF//Q0nCd3nP/ENJzqZeVyJi5/0x53X5G84iQdukK0n4fPb+m/kM2xXC3gqM/T77sS+MSRO4FP83QjijheIuzvBn4JrIxB3D5JvOAHiUgFrraTyh65zW0L12FZIPT5t1SO2SE8LqMd2hqtHHXc7IvXYzqpHevXY3qlhB6se//0VTFR7j3rsQKYeOwA3yI4C6rGjD+qxk1WP/1pFtRdQE70J4u4gEHcfAvXYSSDuviTqEYhLBay1QuZPk37ZpFF/uND1QWOzwyTz19hZaMYNb8guQEJkBVQXAkB1Ra8RvUDtLXcVYIwBJIzRGXi67gZsygEEJ41uEv48sGH0nlaGcGPrTrCx9ZBiysRgQLmleLj36knwld8STfkMuNgScZeV+Kpzwzdh3YQ9BeJ+nuQR4V7AfgTWWj0PlnuCJPZ/gyo0Np8hILFe0qfzcAE+NNAxFQQa/AXDGzwuPj66RauWanUpoGcJ3CyQ+fNryt4b7P0Hrz52yo4tUh+BKXtfw6fsOu6+QlP24IVWFsic9psk1xSgfMbHFI+JRm7I/SeZS2gSH2J8RuDDfEMIPsTYSyDuoSQK5VlgXwNrrYYS9MsQAdwMI+iXoQJxDyfplwHAfgHWWg0n6JcJArgZSdAvEwXiHkXSLwOB/QKstRpF0C9zBHAzhqBf5grEPZakX54D9guw1mosQb8sE8DNBIJ+WS4Q90SSfnke2C/AWquJBP2ySQA3Uwj6ZbNA3FNJ+mUQsF+AtVZTCfplpwBuZhD0yy6BuGeS9MtgYL8Aa61mEvTLUQHcvE7QL8cE4p5N0i8vAPsFWGs1m6BfLgjgZg5Bv1wUiHsuSb+8COwXYK3VXIJ+STERj5t5BP2SUiDu+ST9MgTYL8Baq/kE/ZJVADcLCfolm0Dci0j6ZSiwX4C1VosI+uVuAdwsIeiXewTiXkrSLy8B+wVYa7WUoF9KC+BmGUG/lBGIezlJv7wM7BdgrdVygn6pLoCbVQT9UkMg7tUk/TIM2C/AWqvVBP3SQAA36wj6paFA3OtJ+mU4sF+AtVbrCfqltQBuNhD0SxuBuDeS9MsIYL8Aa62Q+dPfNHmf648S6c8w6Oey9bOm+vk5/UyQfs5Bz271PEp77No31F6I1nf6zKp5WO8tI4T/WM4rQl9DAX+OGvxHicq5/iiRzsFI4TyPIvxa6VFCH3h91X7gFVukVwU+8Dra8A+86rhHE32ttMRa7ddK37iiErhQa3bnd4xTw7H2a6X//RVM1BjP10qPJfta6bHADXKcwNdKj/Pha6XH26+V/tffqTZG4GtpNhHEPVYg7s0EX/Y4XiDuT0i+JBSISwWstZLKH/xTXoTqcYKQepxo1SO2SBMF1OMkw9WjjnsSkXqcZNUjvXqc7NRwilWP//4KJmqyRz1OIVOPU4Ab5FQB9TjVB/U4zarHf62iJguoic8I4p4iEPfnBOpxmkDc20jUIxCXClhrhcyfJv1yhH9qYQrBt1RPl/pTC/AP24P/KBEjoGYQAGqm6X+USHvLMwUY40sSxpgOPF2/BmzKLwlOGq8J4GYW+I8S3Ue4sc0i2NheN31j01/z3V8AoF+bv7H97+vDkV+ZPhu4sUnlLzG4zsg/ZvUGwR+zktjM3yT4Y1azBeLeaTh56837DYG4d5E8Wj4H2I/AWqtdYJvgPsI/ZvUmweFnjsAaE1xo2N8d9E8OAaVvei/l19MAc4WeBnjLPg2ALdJbAk8DvG340wA67reFngYIXpI5jQ7z8uNJgEbjsU8CtJ2Iz+nzSYQY4J+uU938X7trNc/B7fy/8VRBn6g/4tH7VEGfqL9+qiCh+/zlUwX/OAl/kaJgcPMm/b7AxE4ienkWh/qdQSCjGX0PwadW2wp8anUviZ/8fBLciWsekAz3kUiz+UBp5u6VcNe1nwR/wD5RQMyo/STPT79DqJjeEVJMC6xiwhZpgYBiWmi4YtJxLyR6flpirX+lmsL+e9se1RT2V6MIqaZ/RO5/oWyiErhQ93bXapGDh3dNV00Mz2Iv8igwndTeUaGXyc9ivwvcbBf/I9aOv+kVzOfiv5HPsL/3FZiDvf+/Tuh/Y3P5xyfLvzgNahwuEhi6HSZ4FvtdgbiPEDwhtUQg7u9JlCgQlwpYa/U9AW4k9onnhCxr9DqXTuJY53vg7xkr7/qeMZ2D94S/Z+x9wk+Kvy/kdCyzTge2SMsEnI7lhjsdOu7lZLPh5YKzYSHM+vYp7BVOLVea/ilsdBKCwa3wfHJ65aSoP1xoK2sFsMlXkpwkVhEy8SohJl5tmRhbpNUCTLzGcCbWca8hY+I1londVwgTr3VquS5SmXith4nX+cDEa4FNvg78qb7yhJ/qWzfJ/DWuZ3mw/QPw598ZAfUBAaA+NP1jolpvfCjgtv5I4tKvB+7yG4BN+SP4o1BlCBt8A0GDb5RiDPTY+iMgOEsAx1ExJA9GfkxoUnwsZFJssiYFtkibBEyKzYabFDruzWQmxWY+k0JJ3tu9/k+cWn4aqSbFJx6T4lMfTIpPgE3+6SQZ0KGZeAshE28RYuKtlomxRdoqwMSfGc7EOu7PyJj4M8vEIfd2r/9zp5bbIpWJP/cw8TYfmPhzYJNvs+6uAuZAbI3bWcYFOyyg1A4CQH1h+rhA640vBMYFx0nGBduBu/yXwKY8bscF6kuCBv+KZVzwNRCcpYHjgjIk44JvCE2Kb4RMip3WpMAWaaeASbHLcJNCx72LzKTYxWdSFBe8d4hJ8a1Ty92RalJ86zEpdvtgUnwLbPLdk2RAh2biPYRMvEeIifdaJsYWaa8AE+8znIl13PvImHifZWL3FcLE+51aHohUJt7vYeIDPjDxfmCTHwAyMau7C8yB2BoPsowLDtlxgTpEAKjvTB8XaL3xncC44CTJuOAgcJc/DGzKk3ZcoA4TNPgRlnHB90BwlgOOC8qTjAt+IDQpfhAyKY5akwJbpKMCJsUxw00KHfcxMpPiGJ9JUULw3iEmxY9OLX+KVJPiR49J8ZMPJsWPwCb/aZIM6OBPIhEy8XEhJj5hmRhbpBMCTHzScCbWcZ8kY+KTlondVwgTn3JqeTpSmfiUh4lP+8DEp4BNfhrIxKzuLjAHYms8wzIuOGvHBeosAaB+Nn1coPXGzwLjgtMk44IzwF3+HLApT9txgTpH0ODnWcYFvwDBWRE4LqhEMi74ldCk+FXIpLhgTQpskS4ImBQXDTcpdNwXyUyKi3wmRYzgvUNMiktOLX+LVJPiksek+M0Hk+ISsMl/myQDOjQTXyZk4stCTHzFMjG2SFcEmPiq4Uys475KxsRXLRO7rxAmvubU8nqkMvE1DxNf94GJrwGb/DqQiVndXWAOxNYYNZlkXJAIt1DacUGiyeavMTF6jegFar2hFwmfZ5GMC9wdH7b2ADblWTsuUEkIGjypFGOgxwXJgOCsChwXVCMZFyRHbhRR/pgUyYHgdK83xeTfX1uTIsx76iKlmIy/b0ogYKXiTjkZXiNRkyIlsKF8MilKCt47xKRI5dQytaumEWVS6ATkcQXrToR3QcHfHW5jpgI2eerJMqBDM3EaQiZOI8TEaS0TY4uUVoCJ0xnOxDrudGRMnM4ysfsKYeL0Ti0zRCoTp/cwcQYfmDg9sMkzAJmY1d0F5kBsjRlZxgW32HGBuoUAULeaPi7QeuNWgXHBOZJxQUbgLp8J2JTn7LhAZSJo8Mws44IsQHBWB44LapCMC24jNCluEzIpslqTAlukrAImRTbDTQoddzYykyIbn0lRSvDeISZFdqeWt0eqSZHdY1Lc7oNJkR3Y5LdPlgEdmolzEDJxDiEmzmmZGFuknAJMnMtwJtZx5yJj4lyWid1XCBPf4dQyd6Qy8R0eJs7tAxPfAWzy3EAmZnV3gTkQW2MelnFBXjsuUHkJAHWn6eMCrTfuFBgX/EIyLsgD3OXzAZvyFzsuUPkIGvwulnFBfiA4awPHBQ+RjAsKEJoUBYRMirutSYEt0t0CJsU9hpsUOu57yEyKe/hMitKC9w4xKQo6tSwUqSZFQY9JUcgHk6IgsMkLTZYBHZqJCxMycWEhJi5imRhbpCICTHyv4Uys476XjInvtUzsvkKYuKhTy2KRysRFPUxczAcmLgps8mJAJmZ1d4E5EFtjNMu4QNlxgVIEgCpu+rhA643iAuOCCyTjgmjgLl8C2JQX7LhAlSBo8BiWcUFJIDhjgeOCeiTjglKEJkUpIZOitDUpsEUqLWBSlDHcpNBxlyEzKcrwmRRlBO8dYlKUdWp5X6SaFGU9JsV9PpgUZYFNft9kGdChmbgcIROXE2Li8paJsUUqL8DEFQxnYh13BTImrmCZ2H2FMPH9Ti0rRioT3+9h4oo+MPH9wCavCGRiVncXmAOxNVZiGRdUtuMCVZkAUFVMHxdovVFFYFxwiWRcUAm4y1cFNuUlOy5QVQkavBrLuOABIDjrA8cFj5KMCx4kNCkeFDIpqluTAluk6gImRQ3DTQoddw0yk6IGn0lRVvDeISZFTaeWtSLVpKjpMSlq+WBS1AQ2ea3JMqBDM3FtQiauLcTED1kmxhbpIQEmrmM4E+u465AxcR3LxO4rhInrOrWMjVQmruth4lgfmLgusMljgUzM6u4CcyC2xnos44KH7bhAPUwAqEdMHxdovfGIwLjgMsm4oB5wl68PbMrLdlyg6hM0+KMs44LHgOBsABwXNCQZFzxOaFI8LmRSNLAmBbZIDQRMioaGmxQ67oZkJkVDPpOiueC9Q0yKJ5xaPhmpJsUTHpPiSR9MiieATf7kZBnQoZm4ESETNxJi4saWibFFaizAxE8ZzsQ67qfImPgpy8TuK4SJmzi1bBqpTNzEw8RNfWDiJsAmbwpkYlZ3F5gDsTU2YxkXNLfjAtWcAFAtTB8XaL3RQmBccJVkXNAMuMu3BDblVTsuUC0JGrwVy7ggDgjORsBxQWOScUE8oUkRL2RStLYmBbZIrQVMijaGmxQ67jZkJkUbPpOiheC9Q0yKtk4tn45Uk6Ktx6R42geToi2wyZ+eLAM6NBO3I2TidkJM3N4yMbZI7QWYuIPhTKzj7kDGxB0sE7uvECbu6NSyU6QycUcPE3fygYk7Apu8E5CJWd1dYA7E1tiZZVzQxY4LVBcCQHU1fVyg9UZXgXHBdZJxQWfgLt8N2JTX7bhAdSNo8O4s44IeQHA2BY4LmpGMC3oSmhQ9hUyKZ6xJgS3SMwImRS/DTQoddy8yk6IXn0nRUvDeISZFb6eWfSLVpOjtMSn6+GBS9AY2eZ/JMqBDM3FfQibuK8TE/SwTY4vUT4CJ+xvOxDru/mRM3N8ysfsKYeJnnVoOiFQmftbDxAN8YOJngU0+AMjErO4uMAdiaxzIMi54zo4L1HMEgHre9HGB1hvPC4wLEt3OMS4YCNzlBwGbEpk/1nHBIIIGH8wyLngBCM6WwHFBK5JxwYuEJsWLQibFEGtSYIs0RMCkGGq4SaHjHkpmUgzlMylaCd47xKR4yanly5FqUrzkMSle9sGkeAnY5C9PlgEdmomHETLxMCEmHm6ZGFuk4QJMPMJwJtZxjyBj4hGWid1XCBO/4tRyZKQy8SseJh7pAxO/AmzykUAmZnV3gTkQW+MolnHBq3ZcoF4lANRo08cFWm+MFhgXJCEZF4wC7vJjgE2ZxI4L1BiCBh/LMi4YBwRna+C4oA3JuGA8oUkxXsikmGBNCmyRJgiYFBMNNyl03BPJTIqJfCZFnOC9Q0yKSU4tJ0eqSTHJY1JM9sGkmARs8smTZUCHZuIphEw8RYiJp1omxhZpqgATTzOciXXc08iYeJplYvcVwsTTnVrOiFQmnu5h4hk+MPF0YJPPADIxq7sLzIHYGmeyjAtes+MC9RoBoGaZPi7QemOWwLggGcm4YCZwl38d2JTJ7LhAvU7Q4LNZxgVvAMHZDjguaE8yLniT0KR4U8ikmGNNCmyR5giYFHMNNyl03HPJTIq5fCZFvOC9Q0yKt5xavh2pJsVbHpPibR9MireATf72ZBnQoZl4HiETzxNi4vmWibFFmi/AxO8YzsQ67nfImPgdy8TuK4SJFzi1XBipTLzAw8QLfWDiBcAmXwhkYlZ3F5gDsTUuYhkXvGvHBepdAkAtNn1coPXGYoFxQQqSccEi4C6/BNiUKey4QC0haPClLOOC94Dg7AQcF3T26Y+chJu/94H5yw/MXwHgvSTzt+y/nz/RcdVyoY0Gvc4VyJl54B4Vkv4u7XQOVnikH3r9KwnNyJVCZuQqa0Zii7RKwIxcbbgZqeNeTWZGruYzI6MF7x1iRq5xark2Us3INR4zcq0PZuQaYJOvJTlJrCNk4nVCTLzeMjG2SOsFmPgDw5lYx/0BGRN/YJnYfYUw8YdOLTdEKhN/6GHiDT4w8YfAJt8ABLcucgVCk3fDZPPXuJFlLPgReCzICKiPCAD1seljQa03PhYYC6YiGQtuBO7ym4BNmQo8FryPsME3ETT4Zpax4CdAcA4BjmWGkoxlPiU0KT4VMim2WJMCW6QtAibFVsNNCh33VjKTYiufSaEk7+1e/2dOLT+PVJPiM49J8bkPJsVnwCb/fLIM6NBMvI2QibcJMfF2y8TYIm0XYOIdhjOxjnsHGRPvsEwccm/3+r9wavllpDLxFx4m/tIHJv4C2ORfWndXAXMgtsavWMYFX1tAqa8JAPWN6eMCrTe+ERgXpCEZF3wF3OV3ApsyjR0XqJ0EDb6LZVzwLRCcw4DjguEk44LdhCbFbiGTYo81KbBF2iNgUuw13KTQce8lMyn28pkUxQXvHWJS7HNquT9STYp9HpNivw8mxT5gk++fLAM6NBMfIGTiA0JMfNAyMbZIBwWY+JDhTKzjPkTGxIcsE7uvECb+zqnl4Uhl4u88THzYByb+Dtjkh4FMzOruAnMgtsYjLOOC7+24QH1PAKgfTB8XaL3xg8C4IB3JuOAIcJc/CmzKdHZcoI4SNPgxlnHBj0BwjgSOC0aRjAt+IjQpfhIyKY5bkwJbpOMCJsUJw00KHfcJMpPiBJ9JUULw3iEmxUmnlqci1aQ46TEpTvlgUpwENvmpyTKgQzPxaUImPi3ExGcsE2OLdEaAic8azsQ67rNkTHzWMrH7CmHin51anotUJv7Zw8TnfGDin4FNfg7IxKzuLjAHYms8zzIu+MWOC9QvBID61fRxgdYbvwqMCzKQjAvOA3f5C8CmzGDHBeoCQYNfZBkXXAKCcwxwXDCWZFzwG6FJ8ZuQSXHZmhTYIl0WMCmuGG5S6LivkJkUV/hMihjBe4eYFFedWl6LVJPiqsekuOaDSXEV2OTXJsuADs3E1wmZ+LoQE0dN+f2lZeIw76mLpBOKvm+iKWYzsY470RR4jUSZ2J3T6DCv/xoTJ3ZqmcRV04hiYp2APK5g3YnwLij4u8NtzMTAJk+CA3cMq7sLzIHYGpMKrDHBhYYLqGRTgEGTAioZAaCSo9eIXqDWG8mn4AF6C8m4IClwl08BbMpb7LhApSBo8JRSjIEeF6QCgnMCcFwwkWRckBp5HIzyx6RIDQSne71prEmBLVIaAZMireEmhY47LZlJkZbPpCgpeO8QkyKdU8v0kWpSpPOYFOl9MCnSAZs8/RQZ0MGfRCJk4gxCTJzRMjG2SBkFmPgWw5lYx30LGRPfYpnYfYUw8a1OLTNFKhPf6mHiTD4w8a3AJs8EZGJWdxeYA7E1ZmYZF2Sx4wKVhQBQt5k+LtB64zaBcUEmknFBZuAunxXYlJnsuEBlJWjwbCzjguxAcE4BjgumkowLbic0KW4XMilyWJMCW6QcAiZFTsNNCh13TjKTIiefSVFK8N4hJkUup5Z3RKpJkctjUtzhg0mRC9jkd0yRAR2aiXMTMnFuISbOY5kYW6Q8Akyc13Am1nHnJWPivJaJ3VcIE9/p1DJfpDLxnR4mzucDE98JbPJ8QCZmdXeBORBb410s44L8dlyg8hMAqoDp4wKtNwoIjAuykIwL7gLu8ncDmzKLHReouwka/B6WcUFBIDhnAMcFM0nGBYUITYpCQiZFYWtSYItUWMCkKGK4SaHjLkJmUhThMylKC947xKS416ll0Ug1Ke71mBRFfTAp7gU2edEpMqBDM3ExQiYuJsTE0ZaJsUWKFmBiZTgT67gVGRMry8TuK4SJizu1LBGpTFzcw8QlfGDi4sAmLwFkYlZ3F5gDsTXGsIwLStpxgSpJAKhSpo8LtN4oJTAuyEoyLogB7vKlgU2Z1Y4LVGmCBi/DMi4oCwTn68BxwWySccF9hCbFfUImRTlrUmCLVE7ApChvuEmh4y5PZlKU5zMpygjeO8SkqODU8v5INSkqeEyK+30wKSoAm/z+KTKgQzNxRUImrijExJUsE4OLJMDElQ1nYh13ZTImrmyZ2H2FMHEVp5ZVI5WJq3iYuKoPTFwF2ORVgUzM6u4CcyC2xmos44IH7LhAPUAAqAdNHxdovfGgwLggO8m4oBpwl68ObMrsdlygqhM0eA2WcUFNIDjnAMcFc0nGBbUITYpaQiZFbWtSYItUW8CkeMhwk0LH/RCZSfEQn0lRVvDeISZFHaeWdSPVpKjjMSnq+mBS1AE2ed0pMqBDM3EsIRPHCjFxPcvE2CLVE2Dihw1nYh33w2RM/LBlYvcVwsSPOLWsH6lM/IiHiev7wMSPAJu8PpCJWd1dYA7E1vgoy7jgMTsuUI8RAOpx08cFWm88LjAuyEEyLngUuMs3ADZlDjsuUA0IGrwhy7jgCSA45wHHBfNJxgVPEpoUTwqZFI2sSYEtUiMBk6Kx4SaFjrsxmUnRmM+kaC547xCT4imnlk0i1aR4ymNSNPHBpHgK2ORNpsiADs3ETQmZuKkQEzezTIwtUjMBJm5uOBPruJuTMXFzy8TuK4SJWzi1bBmpTNzCw8QtfWDiFsAmbwlkYlZ3F5gDsTW2YhkXxNlxgYojAFS86eMCrTfiBcYFuUjGBa2Au3xrYFPmsuMC1ZqgwduwjAvaAsG5EDguWEQyLnia0KR4WsikaGdNCmyR2gmYFO0NNyl03O3JTIr2fCZFC8F7h5gUHZxadoxUk6KDx6To6INJ0QHY5B2nyIAOzcSdCJm4kxATd7ZMjC1SZwEm7mI4E+u4u5AxcRfLxO4rhIm7OrXsFqlM3NXDxN18YOKuwCbvBmRiVncXmAOxNXZnGRf0sOMC1YMAUD1NHxdovdFTYFyQm2Rc0B24yz8DbMrcdlygniFo8F4s44LeQHAuAY4LlpKMC/oQmhR9hEyKvtakwBapr4BJ0c9wk0LH3Y/MpOjHZ1K0FLx3iEnR36nls5FqUvT3mBTP+mBS9Ac2+bNTZECHZuIBhEw8QIiJB1omxhZpoAATP2c4E+u4nyNj4ucsE7uvECZ+3qnloEhl4uc9TDzIByZ+Htjkg4BMzOruAnMgtsbBLOOCF+y4QL1AAKgXTR8XaL3xosC4IC/JuGAwcJcfAmzKvHZcoIYQNPhQlnHBS0BwLgOOC5aTjAteJjQpXhYyKYZZkwJbpGECJsVww00KHfdwMpNiOJ9J0Urw3iEmxQinlq9EqkkxwmNSvOKDSTEC2OSvTJEBHZqJRxIy8UghJh5lmRhbpFECTPyq4Uys436VjIlftUzsvkKYeLRTyzGRysSjPUw8xgcmHg1s8jFAJmZ1d4E5EFvjWJZxwTg7LlDjCAA13vRxgdYb4wXGBflIxgVjgbv8BGBT5rPjAjWBoMEnsowLJgHBuQo4LlhNMi6YTGhSTBYyKaZYkwJbpCkCJsVUw00KHfdUMpNiKp9JESd47xCTYppTy+mRalJM85gU030wKaYBm3z6FBnQoZl4BiETzxBi4pmWibFFminAxK8ZzsQ67tfImPg1y8TuK4SJZzm1fD1SmXiWh4lf94GJZwGb/HUgE7O6u8AciK1xNsu44A07LlBvEADqTdPHBVpvvCkwLshPMi6YDdzl5wCbMr8dF6g5BA0+l2Vc8BYQnOuA44L1JOOCtwlNireFTIp51qTAFmmegEkx33CTQsc9n8ykmM9nUsQL3jvEpHjHqeWCSDUp3vGYFAt8MCneATb5gikyoEMz8UJCJl4oxMSLLBNji7RIgInfNZyJddzvkjHxu5aJ3VcIEy92arkkUpl4sYeJl/jAxIuBTb4EyMSs7i4wB2JrXMoyLnjPjgvUewSAet/0cYHWG+8LjAvuJhkXLAXu8suATXm3HReoZQQNvpxlXLACCM4NwHHBxuz+bBTh5m8lMH97gPnbC8yfbo7krty9HHhxLfBzmPNzuPNTX6sC+VjtEIf+b4LH75HOe/S/D753TeD1Wtd7/8791wXev/4m91/nuv8HgdcfJvDeEc57P3Deq/fADYHXG//hWj4KvP/jm6zlI9daNgVeb77JWja51vJJ4PWnCbz3Fee9nzjv1WvcEni91ZE96E2scNkbeUEfAgqCDwHouEuUvZFXdNyFbufY0z4D7mnAWqtChuNmVJIbexoaN/caHnfBQL98JhB3URKx0Phb3L3ctQ43f8VI8tcEmL+iwPxFk+zXnwP3ayBmFDJ/fg3wgLkMGeBtswM8bJG2CQzwths+wNNxbxce4KE399aGkmNJEnJsYyg5liIhxx1AcgRiRpUiJMcdQuT4hSVHbJG+ECDHLw0nRx33l0LkiF5rltgbRI5WzF9Nicy4ywo7JOGuT+PyK4G47yM5xHwJJOGywENMOZJDzNfA/AExo8qR4K+HoSKkIkn+ehoqQiqR9O83wP4FYkZVIhQh3wiJkJ1WhGCLtFNAhOwyXITouHeRiJCcgcP41wKH0qqGjyvvjJU5jFcjIaNvgWQErLWqZriI0339rQBuqpMcAncJ4Sbc/NUgyR8Q36o6MH81Sfat3UD8ATGjapLgb4ihIrgOSf6GGiqC65L07x5g/wIxo+oSiuA9QiJ4rxXB2CLtFRDB+wwXwTrufSQiuEBADO4WONQ/bLgILhIrI2YeISGj/UAyAtZaPWK4CNZ9vV8AN4+RHAL3CeEm3Pw9TpI/IL7VY8D8NSDZtw4A8QfEjGpAgr9JhorgRiT5m2yoCG5M0r8Hgf0LxIxqTCiCDwqJ4ENWBGOLdEhABH9nuAjWcX9HIoKjA2LwgMChvqnhIrhUrIyYaUZCRoeBZASstWpmuAjWfX1YADctSQ6B3wnhJtz8tSLJHxDfqiUwf3Ek+9YRIP6AmFFxJPibZ6gIbkuSv/mGiuCnSfr3e2D/AjGjniYUwd8LieAfrAjGFukHARF81HARrOM+SiKC7wuIwSMCh/oOhovgSrEyYqYjCRkdA5IRsNaqo+EiWPf1MQHcdCE5BB4Vwk24+etKkj8gvlUXYP66kexbPwLxB8SM6kaCvzWGiuBnSPK31lAR3Iukf38C9i8QM6oXoQj+SUgEH7ciGFuk4wIi+IThIljHfYJEBFcLiMEfBQ71fQ0XwbViZcRMPxIyOgkkI2CtVT/DRbDu65MCuBlAcgg8IYSbcPM3kCR/QHyrAcD8PUeyb50C4g+IGfUcCf62GSqCXyDJ33ZDRfCLJP17Gti/QMyoFwlF8GkhEXzGimBskc4IiOCzhotgHfdZEhFcNyAGTwkc6l8yXAQ/GisjZl4mIaOfgWQErLV62XARrPv6ZwHcjCA5BJ4Vwk24+XuFJH9AfKsRwPyNJNm3zgHxB8SMGkmCv0OGiuAxLB8HMVQEjyXp3/PA/gViRo0lFMHnhUTwL1YEY4v0i4AI/tVwEazj/pVEBDcMiMFzAof6CYaL4CaxMmJmIgkZXQCSEbDWaqLhIlj39QUB3EwhOQT+KoSbcPM3lSR/QHyrKcD8TSPZty4C8QfEjJpGgr9zhorg10jyd95QETyLpH8vAfsXiBk1i1AEXxISwb9ZEYwt0m8CIviy4SJYx32ZRAS3CIjBiwKH+jcMF8FtYmXEzJskZHQFSEbAWqs3DRfBuq+vCODmLZJD4GUh3ISbv7dJ8gfEt3oLmL95JPvWVSD+gJhR80jwl2y3mSJ4IUn+ku82UwQvIunfa8D+BWJGLSIUwdeERPB1K4KxRbouIIKjppotgnXceo3gGomstX1ADF4VONQvMVwEd42VETNLScgo0VRcLoG1VksNF8G6r3Xu0PddRnIIjBLCTbj5W06SPyC+1TJg/laQ7FuJgfgDYkatIMFfVkNF8BqS/GUzVASvJenfJMD+BWJGrSUUwcBchojgpC7tYkVwmPfURUo6FX/fZIaLYB13MhIR3DMgBhMLHOo/MFwE94uVETMfkpBRciAZAWutPjRcBOu+Ti6Am49YJklCuAk3fx+T5A+Ib/URMH+bSPatFED8ATGjNpHgr6ChIngLSf4KGSqCt5L0b0pg/wIxo7YSiuCUQiI4lRXB2CKlEhDBqQ0XwTru1CQieGBADKYQONRvM1wEvxgrI2a2k5BRGiAZAWutthsugnVfpxHAzZckh8DUQrgJN39fsXy7LLBXvgTm72uSfSstEH9AzKivSfBXzlAR/C1J/sobKoJ3k/RvOmD/AjGjdhOK4HRCIji9FcHYIqUXEMEZDBfBOu4MJCL45YAYTCtwqN9nuAgeFSsjZvaTkFFGIBkBa632Gy6CdV9nFMDNIZJDYAYh3ISbv+9I8gfEtzoEzN9hkn3rFiD+gJhRh0nwV8dQEXyUJH91DRXBx0j691Zg/wIxo44RiuBbhURwJiuCsUXKJCCCMxsugnXcmUlE8NiAGLxF4FB/3HARPDlWRsycICGjLEAyAtZanTBcBOu+ziKAm9Mkh8DMQrgJN39nSPIHxLc6DczfWZJ96zYg/oCYUWdJ8NfUUBH8C0n+mhkqgn8l6d+swP4FYkb9SiiCswqJ4GxWBGOLlE1ABGc3XATruLOTiODpATF4m8Ch/pLhInh2rIyY+Y2EjG4HkhGw1uo3w0Ww7uvbBXBzleQQmF0IN2F/6yhJ/oD4VleB+btOsm/lAOIPiBl1nQR/XQwVwUlycOSvq6EiOGkOjv7NCexfIGYUMn9+ieCcQiI4lxXB2CLlEhDBdxgugnXcd5CI4LkBMZhD4FCfIofZInhBrIyYSUlCRrmBZASstUqZw2wRrPs6twBu0pAcAu8Qwk3YnxUlyR8Q3yoNMH/pSPatPED8ATGj0pHgb5ChIvgWkvwNNlQE30rSv3mB/QvEjLqVUATnFRLBd1oRjC3SnQIiOJ/hIljHnY9EBC8OiME8Aof6LIaL4OWxMmLmNhIyugtIRsBaq9sMF8G6r+8SwE12kkNgPiHchP1kA0n+gPhW2YH5y0Gyb+UH4g+IGZWDBH/jDBXBuUnyN95QEZyHpH8LAPsXiBmVh1AEFxASwXdbEYwt0t0CIvgew0WwjvseEhG8OiAG8wsc6vMZLoI/jJURM3eRkFFBIBkBa63uMlwE674uKICbu0kOgfcI4SbsupDkD4hvdTcwfwVJ9q1CQPwBMaMKkuBvjqEi+F6S/M01VAQXJenfwsD+BWJGFSUUwYWFRHARK4KxRSoiIILvNVwE67jvJRHBHwfEYCGBQ70yXARvjZURM8VJyKgokIyAtVbFDRfBuq+LCuCmJMkh8F4h3ISbv1Ik+QPiW5UE5q80yb5VDIg/IGZUaRL8rTBUBJcjyd9KQ0VweZL+jQb2LxAzqjyhCI4WEsHKimBskZSACC5uuAjWcRcnEcHbA2KwmMChvqLhIvibWBkxU4mEjEoAyQhYa1XJcBGs+7qEAG6qsog4IdyEm79qJPkD4ltVBebvAZJ9KwaIPyBm1AMk+NtiqAiuSZK/rYaK4Fok/VsS2L9AzKhahCK4pJAILmVFMLZIpQREcGnDRbCOuzSJCN4dEIMxAof6OoaL4IOxMmKmLgkZlQGSEbDWqq7hIlj3dRkB3DxMcggsLYSbcPP3CEn+gPhWDwPzV59k3yoLxB8QM6o+Cf72GSqCG5Dkb7+hIrghSf/eB+xfIGZUQ0IRfJ+QCC5nRTC2SOUERHB5w0Wwjrs8iQg+EhCDZQUO9Y0MF8E/xcqImcYkZFQBSEbAWqvGhotg3dcVBHDTlOQQWF4IN+HmrxlJ/oD4Vk2B+WtOsm/dD8QfEDOqOQn+ThsqguNI8nfGUBEcT9K/FYH9C8SMiicUwRWFRHAlK4LBRRIQwZUNF8E67sokIvhUQAzeL3Cob2u4CD4fKyNmniYhoypAMgLWWj1tuAjWfV1FADcdSA6BlYVwE27+OpLkD4hv1QGYv04k+1ZVIP6AmFGdSPCXaI+ZIrgbSf4S7zFTBHcn6d9qwP4FYkZ1JxTB1YRE8ANWBGOL9ICACH7QcBGs436QRARfDIjBqgKH+mcMF8HXYmXETC8SMqoOJCNgrVUvw0Ww7uvqArjpS3IIfFAIN+Hmrx9J/oD4Vn2B+etPsm/VAOIPiBnVnwR/mQwVwc+R5C+zoSL4eZL+rQnsXyBm1POEIrimkAiuZUUwtki1BERwbcNFsI67NokITlwvKqqGwKH+BcNFcMp6MmLmRRIyeghIRsBaqxcNF8G6rx8SwM1LJIfA2kK4CTd/L5PkD4hv9RIwf8NI9q06QPwBMaOGkeAvv6EieCRJ/goYKoJHkfRvXWD/AjGjRhGK4LpCIjjWimBskWIFRHA9w0WwjrseiQhOGxCDdQQO9WMMF8G31pMRM2NJyOhhIBkBa63GGi6CdV8/LICbCSSHwHpCuAk3fxNJ8gfEt5oAzN8kkn3rESD+gJhRk0jwV9pQETyNJH9lDBXB00n6tz6wf4GYUdMJRXB9IRH8qBXB2CI9KiCCHzNcBOu4HyMRwbcFxOAjAof61wwXwTnryYiZWSRk9DiQjIC1VrMMF8G6rx8XwM0bJIfAx4RwE27+3iTJHxDf6g1g/uaQ7FsNgPgDYkbNIcFfTUNF8DyS/NUyVATPJ+nfhsD+BWJGzScUwQ2FRPATVgRji/SEgAh+0nARrON+kkQE5wmIwQYCh/qFhovgAvVkxMwiEjJqBCQjYK3VIsNFsO7rRgK4WUJyCHxSCDfh5m8pSf6A+FZLgPl7j2TfagzEHxAz6j0S/DUyVASvYPl2d0NF8EqS/n0K2L9AzKiVhCL4KSER3MSKYGyRmgiI4KaGi2Add1MSEVwoIAYbCxzq1xgugqPryYiZtSRk1AxIRsBaq7WGi2Dd180EcPMBySGwqRBuws3fhyT5A+JbfQDM3waSfas5EH9AzKgNJPjrYKgI3kSSv46GiuDNJP3bAti/QMyozYQiuIWQCG5pRTC2SC0FRHArw0WwjrsViQiOCYjB5gKH+i2Gi+D76smIma0kZBQHJCNgrdVWw0Ww7us4AdxsIzkEthLCTbj5206SPyC+1TZg/naQ7FvxQPwBMaN2kOBvgKEi+GuS/A00VAR/Q9K/rYH9C8SM+oZQBLcWEsFtrAjGFqmNgAhua7gI1nG3JRHB9wfEYLzAof5bw0VwtXoyYmY3CRk9DSQjYK3VbsNFsO7rpwVws4/kENhWCDfh5m8/Sf6A+Fb7gPk7QLJvtQPiD4gZdcBwvqsR4Lt2AvvWYcPjrltPZr8+QtIv7YH9Aqy1OmI4bl4KFKK9xF+BSIIVrsldmHk58OJa4Ocw5+dw56e+OgRi6ejEo/+boKgd6bxH//vgezsFXnd2vffv3L9L4P1db3L/Lq77dwu87p7Ae0c47+3mvFcL8B6B1z3/4VqeCby/103W8oxrLb0Dr/vcZC29XWvpG3jdL4H3vuK8t6/zXr3G/oHXzzoaEI3NwmVv5AWNzaOG92SJsjfyio77GMlePgC4lwNrrY4RGojDwPtwcI3Bmg8M1Oq5wP+ed/lA6ZyfqaJCTUV9JXe9rgRal4BJGZ3MtdZUrjUH40nv/Puk2N9bIpUrt1GufEclkLco1+9PGfhfWud167ju9Xq0aN+2Ze243gnVLEkC903sijWZ533uOgb/XQr3fy9xKAHd6w+Hh4EOeT3n/Hze+Zkh8L9BgdeD/4TMEAci3Yzo+x4nOGAOEiCzE0JklhgcP7A+6gSYgLybs0T9BwInWJLrfA64TndeX3D2kxddBJnV+ene7BO5/hkzaaZ0xRG83OQS/J3BuINEmgy7luL6dyWNCr1uRqTB3+8h0vpxLbvGdfcQqXdimjiBWN0x6vhSYOOLDq41eAXXFPw9qaN+x01K1zpSYdehgr/Lu45UrnWkdL0O/rvUrjUF/1kaz3rdveD+b4N5TeOKmeYwogN5wTl0vOj8HBL4OXSq3PoHChDwacMnWDruIQJxnyE5eADro84QHDKfE6j1OQKMDxWI+zwJxoH1UecNx/ioJDcca3StLxged8GAGzpAIO6LJG7oS0A3FFhrhcyf16R5yTkXec9J+no58HrYP5yUDA+8f8RNJiXDXfd/JfB65NQb9/VDIL8MFsgS+84r2Kcb42OKx0TrvkbF7RZ2o1xCOygQ/otCO4UrjuDldqe1iMrk/P+Onbq3je9dt0f79m3j28a1qtupe5w7ZQk9AZyQjnWbw0kTSCOdOSy1vlFCT8X+WU7D5ZhX//2TxtGeeym/JluvCj0aP9o+Go8t0uip+PuOMfzReB33GJ83gejwrpCcRod5eQ9PaOH3XOAXvD8Zd7/o0lFRyybL1ivMeyvvP3Dnd6yDtXEuzCVz4ST4Xr2hXY/6I4YSuV4ndt6T+CbvSfQn9/mzw4jYphUMTidgrSvYcVND7X33glC/eyxwExp/k3uVKR3XIr50TInm0THxLQL3KRUfV6J58bIqvkyJwO1LxKgWzeOiW8W0KF0qplSZ+NK+PVsyXoiBJ1gGxhZpggADTzScgXXcE336cFq48Y9z1oq+72VDPyzyh7/2DsTSJKBddhlscelNTK+vsnNP+DMMzqkIjaOrpn/drXN6Q8d9zUyL+A+SG3kQGQe813WSD6sB8a2AmFFS+UP3yWRC+2iy0OF1ij28Yos0ReDwOtXww6uOeyrJNytov1tirX7N38aFsRHEh16+2T3TnHxP/xt2T5UEcue1e6pE/bXdk9B9/tLuMf1hvMROMhO5EjfddUIPXugTBzAONR24mc3ANUN8MJ8zBBWPzuM4AeWcJKdRD3794ZSk454mEHdSs+JO8IG36QJxJ8tpplLxEgxy33BjPNz8JTc0f55LAfGtgJhRUvlLDO6TaUCumQl06vQ9JLhlpuFfjSARt3YRN07Cx50mp/ku4kcCcafNyfGg6WvAfgTWWqU1HDe6X74SwE0Ggn75WiDujCT9MgvYL8Baq4wE/XJEADeZCPrle4G4M5P0y+vAfgHWWmUm6JfzArjJStAvvwjEnY2kX2YD+wVYa5WNoF+SCjwNkIOgX5IJxJ2TpF/eAPYLsNYqJ0G/ZBbATW6CfskiEHcekn55E9gvwFqrPAT9cpcAbvIR9Et+gbjvIumXOcB+AdZa3UXQLzECuLmboF9KCsR9D0m/zAX2C7DW6h6CfqkmgJvCBP3ygEDcRUj65S1gvwBrrYoQ9MujArgpRtAvjwnEHU3SL28D+wVYaxVN0C+tBHBTgqBf4gTijiHpl3nAfgHWWsUQ9Et3AdyUJuiXHgJxlyHpl/nAfgHWWpUh6JfBArgpR9AvLwjEXZ6kX94B9guw1qo8Qb+MFcBNRYJ+GScQdyWSflkA7BdgrVUlgn6ZLYCbqgT98oZA3NVI+mUhsF+AtVbVCPplqQBuqhP0y3sCcdcg6ZdFwH4B1loh86c/9Px40qiojM799GcY9HPZ+llT/fycfiZIP+egZ7d6HqU9du0bai9E6zt9ZtU8rPeWRVOjQi40bt4Ff9Gz1DoXA3Gj69Mg6e+fQ9M5WCyc5yXAz6j59W0kS4S+jWSp/TYSbJGWCnwbyXuGfxuJjvs9om8jkVir/ULbG1dUAhdqze78vu/UcNnf+IaTvK7/7s++4SRv1F9/w0lC9/lPfMOJTmYeV+KWTf3jzmvyN5wsA26Qy6fi87v8b+Qz3HWvAJ7KDP2+O7FvDHlf4FP8tQm+KWWZQNwPGa76ddwrBOKuQ/INJ0BcKmCtlVT+0HVeSageVwqpx1VWPWKLtEpAPa42XD3quFcTqcfVVj3Sq8c1Tg3XWvX4769gotZ41ONaMvW4FrhBrhNQj+t8UI/rrXr81ypqjYCaeJhAPa4ViPsRAvW4XiDu+iTqEYhLBay1QuZPk36DpFF/uND1QWNz7VTz1/iB0Iwb3pAfAgmRFVAfEgBqA3qN6AVqb3mDAGM0IGGMD4Cn643ApmxAcNLYKICbj4ANo/e0xwk3to8INraPpZgyMRhQbike7r02EXzlt0RTbgYXWyLulwXifsLwTVg34SaBuJ8keUT4E2A/AmutngTLPUES+79BFRqbmwlI7BPp03m4AB8V6JhXBBr8KcMbPC4+PrpFq5aqYFlczJ8CNwtk/vyasn8K9v6D1xY7ZccWaYvAlH2r4VN2HfdWoSl78EIrC2ROP5sq1xSgfMbHFI+JRm7In081l9AkPsS4WeDDfE0JPsT4iUDczUgUyjZgXwNrrZoR9MsuAdy0JOiXbwXibkXSL9uB/QKstWpF0C/HBHDTmqBffhSIuw1Jv+wA9guw1qoNQb9cFMBNO4J+uSQQd3uSfvkC2C/AWqv2BP2ScgoeN50I+iWVQNydSfrlS2C/AGutOhP0SzYB3HQj6JfsAnF3J+mXr4D9Aqy16k7QL/cI4OYZgn4pKBB3L5J++RrYL8Baq14E/VJGADd9CfqlrEDc/Uj65RtgvwBrrfoR9EsNAdwMIOiXmgJxDyTpl53AfgHWWg0k6JeGArgZRNAvTwjEPZikX3YB+wVYazWYoF/aCOBmCEG/tBWIeyhJv3wL7BdgrdVQgn7pJYCbYQT90lsg7uEk/bIb2C/AWqvhBP0yVAA3Iwn65SWBuEeR9MseYL8Aa61GEfTLRAHcjCHol0kCcY8l6Ze9wH4B1lqNJeiXuQK4mUDQL28JxD2RpF/2AfsFWGs1kaBflgvgZgpBv6wQiHsqSb/sB/YLsNYKmT/9TZMNXX+USH+GQT+XrZ811c/P6WeC9HMOenar51HaY9e+ofZCtL7TZ1bNw3pv2S/8x3IOCH0NBXqdB8F/lOgJ1x8l0jk4KJznQ4RfK31I6AOv39kPvGKL9J3AB14PG/6BVx33YaKvlZZYq/1a6RtXVAIXas3u/B5xavi9/Vrpf38FE3XE87XS35N9rfT3wA3yB4Gvlf7Bh6+VPmq/Vvpff6faEYGvpZlB8LXS3wvEPZPgyx6PCsT9GsmXhAJxqYC1VlL5Q9f5GKF6PCakHn+06hFbpB8F1ONPhqtHHfdPROrxJ6se6dXjcaeGJ6x6/PdXMFHHPerxBJl6PAHcIE8KqMeTPqjHU1Y9/msVdVxATbxBoB5PCMT9JoF6PCUQ9xwS9QjEpQLWWiHzp0n/CcI/tXCC4FuqT0v9qQV0Q54B/1EiRkCdIQDUWdP/KJH2ls8KMMY8EsY4DTxd/wxsynkEJ42fBXBzDvxHiRoSbmznCDa286ZvbPprvj8XAOg75m9s//v6cORXpv8C3Nik8pcYXGfkH7P6leCPWUls5hcI/pjVLwJxLzScvPXm/atA3ItIHi2/COxHYK3VIrBN0JDwj1ldIDj8XBRYY4ILDRfol/7JIaD0Te+l/Hoa4JLQ0wC/2acBsEX6TeBpgMuGPw2g474s9DRA8JLMaXSYlx9PAsyfhH0SYOUUfE5fTiLEAP90nerm/9pdqysObq/+jacK+kT9EY/epwr6RP31UwUJ3ecvnyr4x0n4ixQFg7sy9fcFJnYS0cuzONTvDAIZzehLCD61ulLgU6tLSfzkl5PgTlxXgGT4Hok0uwqUZu5eCXdd75PgD9gnCogZ9T7J89PXCBXTNSHFdN0qJmyRrgsopqhpZismHbdeI7hGYn6wxFr/SjWFWzevagr3flKq6R+R+18om6gELtS93bVK5OAhsQsXRqomhmexdTLdCkwntXdU6GXys9iJgZttkmn/ZF3xN72C+UzyN/IZ7rqTAnOw9P/XCf1vbC7/+GT5F6dBjcMg/pH1WEXwLHZigbhXEzwhlVQg7jUkShSISwWstVpDgBuJfeIlIcsavc5k0zjWmRy3zv99z9iTru8Z0zlIPi0qSnL9KZBnmSh/nI4U07Bn0uCV0pVr63SEeU9dpJTT8PdNZbjToeNOJeR0BC/JnEaHeXldDiHM+vYp7NROLdP8DeWfN+qPNfIq/7xRQp/CRichGJxOQB5XsGmmRf3hQltZqYFNnobkJJGWkInTCjFxOsvE2CKlE2Di9IYzsY47PRkTp7dM7L5CmDiDU8uMkcrEGTxMnNEHJs4AbPKMQHDrIj9J+Km+jNPMX+MtQicm+JHpVqD5wgqoWwkAlQm9RvQCtd7IJOC2fkDi0t8C3OUzA5vyA/BHoR4nbPDMBA2eRYox0GPr24DgTAMcR6UleTAyK6FJkVXIpMhmTQpskbIJmBTZDTcpdNzZyUyK7HwmhZK8t3v9tzu1zBGpJsXtHpMihw8mxe3AJs8xTQZ0aCbOScjEOYWYOJdlYmyRcgkw8R2GM7GO+w4yJr7DMnHIvd3rz+3UMk+kMnFuDxPn8YGJcwObPI91dxUwB2JrzMsyLrjTAkrdSQCofKaPC7TeyCcwLthAMi7IC9zl7wI25QY7LlB3ETR4fpZxQQEgODMAxwUZScYFdxOaFHcLmRT3WJMCW6R7BEyKgoabFDrugmQmRUE+k6K44L1DTIpCTi0LR6pJUchjUhT2waQoBGzywtNkQIdm4iKETFxEiInvtUyMLdK9Akxc1HAm1nEXJWPiopaJ3VcIExdzahkdqUxczMPE0T4wcTFgk0cDmZjV3QXmQGyNimVcUNyOC1RxAkCVMH1coPVGCYFxwUck4wIF3OVjgE35kR0XqBiCBi/JMi4oBQRnJuC4IDPJuKA0oUlRWsikKGNNCmyRygiYFGUNNyl03GXJTIqyfCZFCcF7h5gU9zm1LBepJsV9HpOinA8mxX3AJi83TQZ0aCYuT8jE5YWYuIJlYmyRKggw8f2GM7GO+34yJr7fMrH7CmHiik4tK0UqE1f0MHElH5i4IrDJKwGZmNXdBeZAbI2VWcYFVey4QFUhAFRV08cFWm9UFRgXbCIZF1QG7vLVgE25yY4LVDWCBn+AZVzwIBCcWYHjgmwk44LqhCZFdSGTooY1KbBFqiFgUtQ03KTQcdckMylq8pkUMYL3DjEpajm1rB2pJkUtj0lR2weTohawyWtPkwEdmokfImTih4SYuI5lYmyR6ggwcV3DmVjHXZeMietaJnZfIUwc69SyXqQycayHiev5wMSxwCavB2RiVncXmAOxNT7MMi54xI4L1CMEgKpv+rhA6436AuOCT0jGBQ8Dd/lHgU35iR0XqEcJGvwxlnHB40Bw5gCOC3KSjAsaEJoUDYRMiobWpMAWqaGASfGE4SaFjvsJMpPiCT6ToqTgvUNMiiedWjaKVJPiSY9J0cgHk+JJYJM3miYDOjQTNyZk4sZCTPyUZWJskZ4SYOImhjOxjrsJGRM3sUzsvkKYuKlTy2aRysRNPUzczAcmbgps8mZAJmZ1d4E5EFtjc5ZxQQs7LlAtCADV0vRxgdYbLQXGBVtIxgXNgbt8K2BTbrHjAtWKoMHjWMYF8UBw5gaOC/KQjAtaE5oUrYVMijbWpMAWqY2ASdHWcJNCx92WzKRoy2dSlBK8d4hJ8bRTy3aRalI87TEp2vlgUjwNbPJ202RAh2bi9oRM3F6IiTtYJsYWqYMAE3c0nIl13B3JmLijZWL3FcLEnZxado5UJu7kYeLOPjBxJ2CTdwYyMau7C8yB2Bq7sIwLutpxgepKAKhupo8LtN7oJjAu+IxkXNAFuMt3BzblZ3ZcoLoTNHgPlnFBTyA48wHHBXeRjAueITQpnhEyKXpZkwJbpF4CJkVvw00KHXdvMpOiN59JUVrw3iEmRR+nln0j1aTo4zEp+vpgUvQBNnnfaTKgQzNxP0Im7ifExP0tE2OL1F+AiZ81nIl13M+SMfGzlondVwgTD3BqOTBSmXiAh4kH+sDEA4BNPhDIxKzuLjAHYmt8jmVc8LwdF6jnCQA1yPRxgdYbgwTGBdtIxgXPAXf5wcCm3GbHBWowQYO/wDIueBEIzruB44J7SMYFQwhNiiFCJsVQa1JgizRUwKR4yXCTQsf9EplJ8RKfSVFG8N4hJsXLTi2HRapJ8bLHpBjmg0nxMrDJh02TAR2aiYcTMvFwISYeYZkYW6QRAkz8iuFMrON+hYyJX7FM7L5CmHikU8tRkcrEIz1MPMoHJh4JbPJRQCZmdXeBORBb46ss44LRdlygRhMAaozp4wKtN8YIjAt2kIwLXgXu8mOBTbnDjgvUWIIGH8cyLhgPBGdh4LigCMm4YAKhSTFByKSYaE0KbJEmCpgUkww3KXTck8hMikl8JkVZwXuHmBSTnVpOiVSTYrLHpJjig0kxGdjkU6bJgA7NxFMJmXiqEBNPs0yMLdI0ASaebjgT67inkzHxdMvE7iuEiWc4tZwZqUw8w8PEM31g4hnAJp8JZGJWdxeYA7E1vsYyLphlxwVqFgGgXjd9XKD1xusC44IvScYFrwF3+dnApvzSjgvUbIIGf4NlXPAmEJzFgOOCaJJxwRxCk2KOkEkx15oU2CLNFTAp3jLcpNBxv0VmUrzFZ1I0F7x3iEnxtlPLeZFqUrztMSnm+WBSvA1s8nnTZECHZuL5hEw8X4iJ37FMjC3SOwJMvMBwJtZxLyBj4gWWid1XCBMvdGq5KFKZeKGHiRf5wMQLgU2+CMjErO4uMAdia3yXZVyw2I4L1GICQC0xfVyg9cYSgXHB1yTjgneBu/xSYFN+bccFailBg7/HMi54HwjOEsBxQQzJuGAZoUmxTMikWG5NCmyRlguYFCsMNyl03CvITIoVfCZFC8F7h5gUK51aropUk2Klx6RY5YNJsRLY5KumyYAOzcSrCZl4tRATr7FMjC3SGgEmXms4E+u415Ix8VrLxO4rhInXObVcH6lMvM7DxOt9YOJ1wCZfD2RiVncXmAOxNX7AMi740I4L1IcEgNpg+rhA640NAuOCnSTjgg+Au/xGYFPutOMCtZGgwT9iGRd8DARnaeC4oAzJuGAToUmxScik2GxNCmyRNguYFJ8YblLouD8hMyk+4TMpWgreO8Sk+NSp5ZZINSk+9ZgUW3wwKT4FNvmWaTKgQzPxVkIm3irExJ9ZJsYW6TMBJv7ccCbWcX9OxsSfWyZ2XyFMvM2p5fZIZeJtHibe7gMTbwM2+XYgE7O6u8AciK1xB8u44As7LlBfEADqS9PHBVpvfCkwLviWZFywA7jLfwVsym/tuEB9RdDgX7OMC74BgrMccFxQnmRcsJPQpNgpZFLssiYFtki7BEyKbw03KXTc35KZFN/ymRStBO8dYlLsdmq5J1JNit0ek2KPDybFbmCT75kmAzo0E+8lZOK9Qky8zzIxtkj7BJh4v+FMrOPeT8bE+y0Tu68QJj7g1PJgpDLxAQ8TH/SBiQ8Am/wgkIlZ3V1gDsTWeIhlXPCdHReo7wgAddj0cYHWG4cFxgV7SMYFh4C7/BFgU+6x4wJ1hKDBv2cZF/wABGdF4LigEsm44CihSXFUyKQ4Zk0KbJGOCZgUPxpuUui4fyQzKX7kMyniBO8dYlL85NTyeKSaFD95TIrjPpgUPwGb/Pg0GdChmfgEIROfEGLik5aJsUU6KcDEpwxnYh33KTImPmWZ2H2FMPFpp5ZnIpWJT3uY+IwPTHwa2ORngEzM6u4CcyC2xrMs44Kf7bhA/UwAqHOmjwu03jgnMC7YRzIuOAvc5c8Dm3KfHReo8wQN/gvLuOBXIDirAscF1UjGBRcITYoLQibFRWtSYIt0UcCkuGS4SaHjvkRmUlziMyniBe8dYlL85tTycqSaFL95TIrLPpgUvwGb/PI0GdChmfgKIRNfEWLiq5aJsUW6KsDE1wxnYh33NTImvmaZ2H2FMPH1YC2n//7PIoqJr3uY2J0I74KCvzvcxryObPLpONCxurvAHIitMZHAGhNcaLiASoxbKO24IDEBoJKg14heoNYbepFogB4gGRe4Oz7cmJMCm/KAHReopAQNnkyKMdDjguRAcFYHjgtq+LRRhJu/FMD8Xc2By9814L0k85fyv58/0XFVKqGNBr3O1MA6a43bKOnv0k7nILVH+qHXnwZ4IPDLjEwDxIZ7vWldubZmZJj31EVKOx1/33RAwErFnW46vEaiZmQ6YEP5ZEZGC947xIxM79QyQ6SakToBeVzBZvDBjEwPbPIMJCeJjIRMnFGIiW+xTIwt0i0CTHyr4Uys476VjIlvtUzsvkKYOJNTy8yRysSZPEyc2QcmzgRs8sxAcOsiNyI0eTNPN3+NWVjGgreBx4KMgLqNAFBZTR8Lar2RVWAseIhkLJgFuMtnAzblIfBYsCFhg2cjaPDsLGPB24HgbAocCzYj+RRRDkKTIoeQSZHTmhTYIuUUMClyGW5S6LhzkZkUufhMCiV5b/f673BqmTtSTYo7PCZFbh9MijuATZ57ugzo0Eych5CJ8wgxcV7LxNgi5RVg4jsNZ2Id951kTHynZeKQe7vXn8+p5V2RysT5PEx8lw9MnA/Y5HdZd1cBcyC2xvws44ICFlCqAAGg7jZ9XKD1xt0C44LDJOOC/MBd/h5gUx624wJ1D0GDF2QZFxQCgrMlcFzQimRcUJjQpCgsZFIUsSYFtkhFBEyKew03KXTc95KZFPfymRTFBe8dYlIUdWpZLFJNiqIek6KYDyZFUWCTF5suAzo0E0cTMnG0EBMry8TYIikBJi5uOBPruIuTMXFxy8TuK4SJSzi1jIlUJi7hYeIYH5i4BLDJY4BMzOruAnMgtsaSLOOCUnZcoEoRAKq06eMCrTdKC4wLvicZF5QE7vJlgE35vR0XqDIEDV6WZVxwHxCcrYHjgjYk44JyhCZFOSGTorw1KbBFKi9gUlQw3KTQcVcgMykq8JkUJQTvHWJS3O/UsmKkmhT3e0yKij6YFPcDm7zidBnQoZm4EiETVxJi4sqWibFFqizAxFUMZ2IddxUyJq5imdh9hTBxVaeW1SKViat6mLiaD0xcFdjk1YBMzOruAnMgtsYHWMYFD9pxgXqQAFDVTR8XaL1RXWBccJRkXPAAcJevAWzKo3ZcoGoQNHhNlnFBLSA42wHHBe1JxgW1CU2K2kImxUPWpMAW6SEBk6KO4SaFjrsOmUlRh8+kiBG8d4hJUdepZWykmhR1PSZFrA8mRV1gk8dOlwEdmonrETJxPSEmftgyMbZIDwsw8SOGM7GO+xEyJn7EMrH7CmHi+k4tH41UJq7vYeJHfWDi+sAmfxTIxKzuLjAHYmt8jGVc8LgdF6jHCQDVwPRxgdYbDQTGBT+SjAseA+7yDYFN+aMdF6iGBA3+BMu44EkgODsBxwWdScYFjQhNikZCJkVja1Jgi9RYwKR4ynCTQsf9FJlJ8RSfSVFS8N4hJkUTp5ZNI9WkaOIxKZr6YFI0ATZ50+kyoEMzcTNCJm4mxMTNLRNji9RcgIlbGM7EOu4WZEzcwjKx+wph4pZOLVtFKhO39DBxKx+YuCWwyVsBmZjV3QXmQGyNcSzjgng7LlDxBIBqbfq4QOuN1gLjguMk44I44C7fBtiUx+24QLUhaPC2LOOCp4Hg7AYcF3QnGRe0IzQp2gmZFO2tSYEtUnsBk6KD4SaFjrsDmUnRgc+kKCV47xCToqNTy06RalJ09JgUnXwwKToCm7zTdBnQoZm4MyETdxZi4i6WibFF6iLAxF0NZ2Idd1cyJu5qmdh9hTBxN6eW3SOVibt5mLi7D0zcDdjk3YFMzOruAnMgtsYeLOOCnnZcoHoSAOoZ08cFWm88IzAuOEkyLugB3OV7AZvypB0XqF4EDd6bZVzQBwjOZ4Djgl4k44K+hCZFXyGTop81KbBF6idgUvQ33KTQcfcnMyn685kUpQXvHWJSPOvUckCkmhTPekyKAT6YFM8Cm3zAdBnQoZl4ICETDxRi4ucsE2OL9JwAEz9vOBPruJ8nY+LnLRO7rxAmHuTUcnCkMvEgDxMP9oGJBwGbfDCQiVndXWAOxNb4Asu44EU7LlAvEgBqiOnjAq03hgiMC06TjAteAO7yQ4FNedqOC9RQggZ/iWVc8DIQnH2B44J+JOOCYYQmxTAhk2K4NSmwRRouYFKMMNyk0HGPIDMpRvCZFGUE7x1iUrzi1HJkpJoUr3hMipE+mBSvAJt85HQZ0KGZeBQhE48SYuJXLRNji/SqABOPNpyJddyjyZh4tGVi9xXCxGOcWo6NVCYe42HisT4w8Rhgk48FMjGruwvMgdgax7GMC8bbcYEaTwCoCaaPC7TemCAwLjhLMi4YB9zlJwKb8qwdF6iJBA0+iWVcMBkIzgHAccFAknHBFEKTYoqQSTHVmhTYIk0VMCmmGW5S6LinkZkU0/hMirKC9w4xKaY7tZwRqSbFdI9JMcMHk2I6sMlnTJcBHZqJZxIy8UwhJn7NMjG2SK8JMPEsw5lYxz2LjIlnWSZ2XyFM/LpTy9mRysSve5h4tg9M/DqwyWcDmZjV3QXmQGyNb7CMC9604wL1JgGg5pg+LtB6Y47AuOAcybjgDeAuPxfYlOfsuEDNJWjwt1jGBW8DwTkIOC4YTDIumEdoUswTMinmW5MCW6T5AibFO4abFDrud8hMinf4TIrmgvcOMSkWOLVcGKkmxQKPSbHQB5NiAbDJF06XAR2aiRcRMvEiISZ+1zIxtkjvCjDxYsOZWMe9mIyJF1smdl8hTLzEqeXSSGXiJR4mXuoDEy8BNvlSIBOzurvAHIit8T2WccH7dlyg3icA1DLTxwVabywTGBf8QjIueA+4yy8HNuUvdlyglhM0+AqWccFKIDiHAMcFQ0nGBasITYpVQibFamtSYIu0WsCkWGO4SaHjXkNmUqzhMylaCN47xKRY69RyXaSaFGs9JsU6H0yKtcAmXzddBnRoJl5PyMTrhZj4A8vE2CJ9IMDEHxrOxDruD8mY+EPLxO4rhIk3OLXcGKlMvMHDxBt9YOINwCbfCGRiVncXmAOxNX7EMi742I4L1McEgNpk+rhA641NAuOCCyTjgo+Au/xmYFNesOMCtZmgwT9hGRd8CgTnMOC4YDjJuGALoUmxRcik2GpNCmyRtgqYFJ8ZblLouD8jMyk+4zMpWgreO8Sk+Nyp5bZINSk+95gU23wwKT4HNvm26TKgQzPxdkIm3i7ExDssE2OLtEOAib8wnIl13F+QMfEXlondVwgTf+nU8qtIZeIvPUz8lQ9M/CWwyb8CMjGruwvMgdgav2YZF3xjxwXqGwJA7TR9XKD1xk6BccElknHB18BdfhewKS/ZcYHaRdDg37KMC3YDwTkSOC4YRTIu2ENoUuwRMin2WpMCW6S9AibFPsNNCh33PjKTYh+fSdFK8N4hJsV+p5YHItWk2O8xKQ74YFLsBzb5gekyoEMz8UFCJj4oxMSHLBNji3RIgIm/M5yJddzfkTHxd5aJ3VcIEx92ankkUpn4sIeJj/jAxIeBTX4EyMSs7i4wB2Jr/J5lXPCDHReoHwgAddT0cYHWG0cFxgWXScYF3wN3+WPAprxsxwXqGEGD/8gyLvgJCM4xwHHBWJJxwXFCk+K4kElxwpoU2CKdEDApThpuUui4T5KZFCf5TIo4wXuHmBSnnFqejlST4pTHpDjtg0lxCtjkp6fLgA7NxGcImfiMEBOftUyMLdJZASb+2XAm1nH/TMbEP1smdl8hTHzOqeX5SGXicx4mPu8DE58DNvl5IBOzurvAHIit8ReWccGvdlygfiUA1AXTxwVab1wQGBdcJRkX/ALc5S8Cm/KqHReoiwQNfollXPAbEJwTgOOCiSTjgsuEJsVlIZPiijUpsEW6ImBSXDXcpNBxXyUzKa7ymRTxgvcOMSmuObW8HqkmxTWPSXHdB5PiGrDJr0+XAR2aiaNm8DGxe83RYV7u9Saa8ftry8Th3nPGjYSi75sYCFipuBPPgNdIlIkTz7BM7LpCmDiJU8ukrppGFBPrBORxBetOhHdBwd8dNpMAmzwpDtzxrO4uMAdia0wmsMYEFxouoJLPABaGFFDJCQCVAr1G9AK13kgxAw/Q6yTjgmTAXT4lsCmv23GBSknQ4KmkGAM9LkgNBOcU4Lhgqk8bRbj5SwPM3xJg/pYC86ebI7krd6MDL64Ffo5xfo51fuorbSAf6Rzi0P9N8Pg9wXmP/vfB96YPvM7geu/fuX/GwPtvucn9M7ruf2vgdaYE3jvOee+tznv1Hpg58DrLP1zLbYH3Z73JWm5zrSVb4HX2m6wlm2sttwde50jgveOd997uvFevMWfgdS5H9qA3sYnlbuQFfQhIlAvb2+i4Z5a7kVd03IlzcexpdwD3NGCtVWLDcTMxyY09DY2bZIbHPT7QL3cIxJ08F4dYaPwtUHi4Yg43fylI8tcEmL/kwPylJNmvcwP3ayBmFDJ/fg3wgLkMGeDlsQM8bJHyCAzw8ho+wNNx5xUe4KE399aGkmM6EnJsYyg5pichxzuB5AjEjEpPSI53CpFjPkuO2CLlEyDHuwwnRx33XULkiF5rltgbRI5WzPlnRGbctwg7JOGuT+Myv0Dct5IcYu4CkvAtwENMJpJDTAFg/oCYUZlI8NfDUBGSlSR/PQ0VIdlI+vduYP8CMaOyEYqQu4VEyD1WhGCLdI+ACClouAjRcRckESE5A4fxAgKH0hyGjyvvjJU5jOckIaNCQDIC1lrlNFzE6b4uJICb3CSHwIJCuAk3f3lI8gfEt8oNzF9ekn2rMBB/QMyovCT4G2KoCM5Pkr+hhorgAiT9WwTYv0DMqAKEIriIkAi+14pgbJHuFRDBRQ0XwTruoiQiuEBADBYWONQXNFwEF4mVETOFSMioGJCMgLVWhQwXwbqviwng5l6SQ2BRIdyEXReS/AHxre4F5q8Yyb4VDcQfEDOqGAn+JhkqgkuQ5G+yoSI4hqR/FbB/gZhRMYQiWAmJ4OJWBGOLVFxABJcwXATruEuQiODogBiMFjjUlzZcBJeKlREzZUjIKAZIRsBaqzKGi2Dd1zECuClHcggsIYSbcPNXniR/QHyrcsD8VSDZt0oC8QfEjKpAgr95horgyiT5m2+oCK5C0r+lgP0LxIyqQiiCSwmJ4NJWBGOLVFpABJcxXATruMuQiOD7AmKwpMCh/gHDRXClWBkx8yAJGZUFkhGw1upBw0Ww7uuyAripySLihHATbv5qkeQPiG9VE5i/2iT71n1A/AExo2qT4G+NoSI4liR/aw0VwfVI+rccsH+BmFH1CEVwOSERXN6KYGyRyguI4AqGi2AddwUSEVwtIAbvEzjU1zdcBNeKlREzj5KQ0f1AMgLWWj1quAjWfX2/AG4akBwCKwjhJtz8NSTJHxDfqgEwf0+Q7FsVgfgDYkY9QYK/bYaK4KdI8rfdUBHchKR/KwH7F4gZ1YRQBFcSEsGVrQjGFqmygAiuYrgI1nFXIRHBdQNisKLAob654SL40VgZMdOChIyqAskIWGvVwnARrPu6qgBu4kgOgVWEcBNu/uJJ8gfEt4oD5q81yb5VDYg/IGZUaxL8HTJUBLcjyd93horg9iT9+wCwf4GYUe0JRfADQiL4QSuCsUV6UEAEVzdcBOu4q5OI4IYBMVhN4FDfyXAR3CRWRsx0JiGjGkAyAtZadTZcBOu+riGAm24kh8DqQrgJN3/dSfIHxLfqBsxfD5J9qyYQf0DMqB4k+DtnqAjuTZK/84aK4D4k/VsL2L9AzKg+hCK4lpAIrm1FMLZItQVE8EOGi2Ad90MkIrhFQAzWFDjU9zdcBLeJlREzz5KQUR0gGQFrrZ41XATrvq4jgJvnSA6BDwnhJtz8PU+SPyC+1XPA/A0i2bfqAvEHxIwaRIK/ZLvNFMFDSPKXfLeZIngoSf/GAvsXiBk1lFAExwqJ4HpWBGOLVE9ABD9suAjWcT9MIoLbB8RgXYFD/TDDRXDXWBkxM5yEjB4BkhGw1mq44SJY9/UjArgZSXIIfFgIN+HmbxRJ/oD4ViOB+XuVZN+qD8QfEDPqVRL8ZTVUBI8jyV82Q0XweJL+fRTYv0DMqPGEIvhRIRH8mBXB2CI9JiCCHzdcBOu4HycRwT0DYrC+wKF+kuEiuF+sjJiZTEJGDYBkBKy1mmy4CNZ93UAAN9NIDoGPC+Em3PxNJ8kfEN9qGjB/M0j2rYZA/AExo2aQ4K+goSL4dZL8FTJUBM8m6d8ngP0LxIyaTSiCnxASwU9aEYwt0pMCIriR4SJYx92IRAQPDIjBhgKH+jmGi+AXY2XEzFwSMmoMJCNgrdVcw0Ww7uvGAriZR3IIbCSEm3DzN58kf0B8q3nA/L1Dsm89BcQfEDPqHRL8lTNUBL9Lkr/yhorgxST92wTYv0DMqMWEIriJkAhuakUwtkhNBURwM8NFsI67GYkIfjkgBp8SONS/Z7gIHhUrI2beJyGj5kAyAtZavW+4CNZ93VwANytIDoHNhHATbv5WkuQPiG+1Api/VST7Vgsg/oCYUatI8FfHUBG8jiR/dQ0VwetJ+rclsH+BmFHrCUVwSyER3MqKYGyRWgmI4DjDRbCOO45EBI8NiMEWAof6DYaL4MmxMmJmIwkZxQPJCFhrtdFwEaz7Ol4AN5tIDoFxQrgJN3+bSfIHxLfaBMzfJyT7Vmsg/oCYUZ+Q4K+poSL4MxYT0FAR/DlJ/7YB9i8QM+pzQhHcRkgEt7UiGFuktgIi+GnDRbCO+2kSETw9IAZbCxzqdxgugmfHyoiZL0jIqB2QjIC1Vl8YLoJ1X7cTwM3XJIfAp4VwE27+viHJHxDf6mtg/naS7FvtgfgDYkbtJMFfF0NF8B6S/HU1VATvJenfDsD+BWJG7SUUwR2ERHBHK4KxReooIII7GS6CddydSETw3IAYbC9wqD9guAheECsjZg6SkFFnIBkBa60OGi6CdV93FsDNYZJDYCch3ISbvyMk+QPiWx0G5u97kn2rCxB/QMyo70nwN8hQEfwjSf4GGyqCfyLp367A/gViRv1EKIK7CongblYEY4vUTUAEdzdcBOu4u5OI4MUBMdhF4FB/0nARvDxWRsycIiGjHkAyAtZanTJcBOu+7iGAm7Mkh8DuQrgJN38/k+QPiG91Fpi/cyT7Vk8g/oCYUedI8DfOUBF8gSR/4w0VwRdJ+vcZYP8CMaMuEorgZ4REcC8rgrFF6iUggnsbLoJ13L1JRPDqgBjsKXCov2y4CP4wVkbMXCEhoz5AMgLWWl0xXATrvu4jgJvrJIfA3kK4CXsfv4Mjf0B8q+vA/CW6g2Pf6gvEHxAzKhEJ/uYYKoKTkeRvrqEiODlJ//YD9i8QMwqZP79EcD8hEdzfimBskfoLiOBnDRfBOu5nSUTwxwEx2FfgUJ/qDrNF8NZYGTGTmoSMBgDJCFhrlfoOs0Ww7usBArhJR3IIfFYIN+HmLz1J/oD4VumA+ctAsm8NBOIPiBmVgQR/KwwVwZlI8rfSUBGcmaR/nwP2LxAzKjOhCH5OSAQ/b0UwtkjPC4jgQYaLYB33IBIRvD0gBgcKHOqzGi6Cv4mVETPZSMhoMJCMgLVW2QwXwbqvBwvgJgfJIXCQEG7CzV9OkvwB8a1yAPOXi2TfegGIPyBmVC4S/G0xVATnJcnfVkNF8J0k/fsisH+BmFF3EorgF4VE8BArgrFFGiIggocaLoJ13ENJRPDugBh8QeBQn99wEXwwVkbMFCAho5eAZASstSpguAjWff2SAG4KkhwChwrhJtz8FSLJHxDfqiAwf4VJ9q2XgfgDYkYVJsHfPkNFcDGS/O03VARHk/TvMGD/AjGjoglF8DAhETzcimBskYYLiOARhotgHfcIEhF8JCAGXxY41JcwXAT/FCsjZmJIyOgVIBkBa61iDBfBuq9fEcBNaZJD4Agh3ISbvzIk+QPiW5UG5q8syb41Eog/IGZUWRL8nTZUBFcgyd8ZQ0Xw/ST9OwrYv0DMqPsJRfAoIRH8qhXB2CK9KiCCRxsugnXco0lE8KmAGBwpcKivbLgIPh8rI2aqkJDRGCAZAWutqhgugnVfjxHAzQMkh8DRQrgJN38PkuQPiG/1ADB/1Un2rbFA/AExo6qT4C/RHjNFcG2S/CXeY6YIfoikf8cB+xeIGfUQoQgeJySCx1sRjC3SeAERPMFwEazjnkAigi8GxOBYgUN9rOEi+FqsjJipR0JGE4FkBKy1qme4CNZ9PVEAN/VJDoEThHATbv4eJckfEN+qPjB/j5HsW5OA+ANiRj1Ggr9MhorgJ0jyl9lQEfwkSf9OBvYvEDPqSUIRPFlIBE+xIhhbpCkCIniq4SJYxz2VRAQnrhcVNUngUP+U4SI4ZT0ZMdOEhIymAckIWGvVxHARrPt6mgBumpMcAqcK4Sbc/LUgyR8Q36o5MH8tSfat6UD8ATGjWpLgL7+hIrg1y2f6DRXBbUj6dwawf4GYUW0IRfAMIRE804pgbJFmCojg1wwXwTru10hEcNqAGJwucKhvZ7gIvrWejJhpT0JGs4BkBKy1am+4CNZ9PUsAN51IDoGvCeEm3Px1JskfEN+qEzB/XUj2rdeB+ANiRnUhwV9pQ0VwD5L8lTFUBPck6d/ZwP4FYkb1JBTBs4VE8BtWBGOL9IaACH7TcBGs436TRATfFhCDrwsc6nsbLoJz1pMRM31IyGgOkIyAtVZ9DBfBuq/nCOCmP8kh8E0h3IT995tJ8gfEt+oPzN8Akn1rLhB/QMyoAST4q2moCB5Ekr9ahorgwST9+xawf4GYUYMJRfBbQiL4bSuCsUV6W0AEzzNcBOu455GI4DwBMThX4FA/xHARXKCejJgZSkJG84FkBKy1Gmq4CNZ9PV8AN8NIDoHzhHATbv6Gs/yJKWCvDAPmbwTJvvUOEH9AzKgRJPhrZKgIfpUkf40NFcGjSfp3AbB/gZhRowlF8AIhEbzQimBskRYKiOBFhotgHfciEhFcKCAG3xE41I8zXARH15MRM+NJyOhdIBkBa63GGy6CdV+/K4CbSSSHwEVCuAn7C1dI8gfEt5oEzN8Ukn1rMRB/QMyoKST462CoCJ5Bkr+OhorgmST9uwTYv0DMqJmEIniJkAheakUwtkhLBUTwe4aLYB33eyQiOCYgBhcLHOpfN1wE31dPRszMJiGj94FkBKy1mm24CNZ9/b4AbuaQHALfE8JN2I/JkuQPiG81B5i/t0j2rWVA/AExo94iwd8AQ0XwOyT5G2ioCF5A0r/Lgf0LxIxaQCiClwuJ4BVWBGOLtEJABK80XATruFeSiOD7A2JwmcCh/l3DRXC1ejJiZjEJGa0CkhGw1mqx4SJY9/UqAdy8R3IIXCmEm7BNHZL8AfGt3gPmbxnJvrUaiD8gZtQyw/muRoDvVgvsW6sMj7tuPZn9ejVJv6wB9guw1mq14bh5NVCINQK40fdFxa3XltyFmdGBF9cCP8c4P8c6P/W1NhDLOice/d8ERe0E5z363wffuz7w+gPXe//O/T8MvH/DTe7/oev+GwOvP0rgveOc92503qsF+MeB15v+4Vo2B97/yU3Wstm1lk8Dr7fcZC2futayNfD6swTeO95571bnvXqNnwdeb3M0IBqbE8vdyAsam+sM78mZ5W7kFR33epK9fDtwLwfWWq0nNBDHgPfh4BqDNd8RqNUXgf996fKB0jk/U0WFmor6Su56XQm0LgGTMjqZa62pXGsOxpPe+fdJsb+3RCpXbqNc+Y5KIG9Rrt+fMvC/tM7r1nHd6/Vo0b5ty9pxvROqWZIE7pvYFWsyz/vcdQz+uxTu/17iUAK61x8ODzsc8vrC+fml8zND4H9fBV5//SdkhjgQ6WZE33cDwQHzKwEy2yhEZonB8QProzaCCci7OUvUfwdwgiW5zi+A63Tn9RtnP9npIsiszk/3Zp/I9c+YSTOlK47g5SaX4O8Mxh0k0mTYtRTXvytpVOh1MyIN/n4PkdaPa9k1rruHSL0T08QJxOqOUceXAhtfdHCtwSu4puDvSR31O25SutaRCrsOFfxd3nWkcq0jpet18N+ldq0p+M/SeNbr7gX3fxvMaxpXzDSHER3IN86hY6fzc1fg57cz5Na/Q4CANxk+wdJx7xKIezPJwQNYH7WZ4JD5hUCttxBg/FuBuLeSYBxYH7XVcIxPTHLDsUbXepvhcY8PuKHbBeLeTuKG7ga6ocBaK2T+vCbNbudc5D0n6WtP4PXefzgp2Rd4//6bTEr2ue5/IPD64Iwb9/VDIO8BC2SJfecA9unG+JjiMdG6r1Fxu4XdIZfQDgqE/6LQTuGKI3i53WktojI5/79jp+5t43vX7dG+fdv4tnGt6nbqHudOWUJPACekY93mcNIE0khnDkut75DQU7F/ltNwOea7f/+kcbTnXsqvydZ3Qo/GH7aPxmOLdHgG/r5HDH80Xsd9xOdNIDq8KySn0WFe3sMTWvi9FPgFKabj7jetbIAwp8vWK8x7K+8/cOf3ewdrP7gwl8yFk+B79YZ2PeqPGErkep3YeU/im7wn0Z/c588OI2KbVjA4nYC1rmB/mBFq77sXhPrd3wM3oaM3uVeZ0nEt4kvHlGgeHRPfInCfUvFxJZoXL6viy5QI3L5EjGrRPC66VUyL0qViSpWJL+3bsyVHhRj4mGVgbJGOCTDwj4YzsI77R58+nBZu/D84a0Xf90tDPyziXScSSz8B7bIvwRaX3sT0+io790RjPngqQuPoa8Mt4uDpDR33N2ZaxH+Q3MiDyA/Ae+0k+bAaEN8KiBkllT90nxwntI+OCx1eT9jDK7ZIJwQOrycNP7zquE+SfLOC9rsl1urX/O2HMDaC+NDLN7vnlJPv03/D7qmSQO68dk+VqL+2exK6z1/aPaY/jJfYSWYiV+JOu07owQt94gDGoU4DN7MzuGaID+bzjKDi0Xn8QUA57zHrwa8/nJJ03KcE4t5L8MDbaYG49xmqVLwEg9w39gC/VmM/idID4lsBMaP2+/TAZbh1PgXkmrNAp07fQ4Jbzhr+1QgScWsXMcs0fNyHCVzE2wTiPkLyoOnPwH4E1lodMRw3ul/yC+DmKEG/FBCI+xhJv5wD9guw1uoYQb+UFMDNcYJ+KSUQ9wmSfjkP7BdgrdUJgn55QAA3pwn65UGBuM+Q9MsvwH4B1lqdIeiXxwRwc46gXx4XiPs8Sb/8CuwXYK3VeYJ+iRPAzQWCfokXiPsiSb9cAPYLsNbqIkG/9BDAzWWCfukpEPcVkn65COwXYK3VFYJ+eUEAN9cJ+uVFgbijcnP0yyVgvwBrrdD5k+iXcQK4SWJ43LpfxgvEnZSkX34D9guw1iopQb+8IYCbFAT98qZA3ClJ+uUysF+AtVYpCfrlPQHcpCHol/cF4k5L0i9XgP0CrLVKS9AvHwngJgNBv3wsEHdGkn65CuwXYK1VRoJ++VoAN5kI+uUbgbgzk/TLNWC/AGutMhP0y/cCuMlK0C8/CMSdjaRfrgP7BVhrlY2gX34RwE0Ogn75VSDunCT9EjUTl0tgrVVOgn5JJvDtGLkJ+iW5QNx5SPol0UxcLoG1Vsj86Q89d08aFZXRuZ/+DIN+Lls/a6qfn9PPBOnnHPTsVs+jtMeufUPthWh9p8+smof13qLz5b7QuEmMq4fot3kkwa1T6fr0SOr6SzmBe+v7S64/6UxgLqL8+TaSpLich3wbSbKZv7+230YS5j11kXRC0fdNPhN4SBKKW68RXCOxbyORWKv9QtsbV1QCF2rN7vymmHnjZ8qZv/+zP/uGk7yu/+7PvuEkb9Rff8NJQvf5T3zDiU5mHlfidFK9O6/J33Ci1xu8V7gbZKqZ+Pym+hv5DHfdqXHrNvX77sS+MSTFTPx98+U2P+6UAnHfZbjq13GnFog7v0+qPzq8SwFxqYC1VlL5gz/FMpNPPbrXHB3m5V5v2pm/v7bqMcx76iLphKLvm26m2epRx63XCK6RGHlIrNWqxxtXVAIXas3u/KafeeNnhpm//zOrHv/hFUyUTmYeV+J0UpnUo15v8F5hP7s2E5/fjDPl1eMtuHVHnHpMPxN/34IE6jGDQNyFCNTjLQJxFyZRj0BcKmCtFTJ/mvR7JI36w4WuDxqbbh6LDvOSWuOtAmtMcKFhP0yMW6hiBRQwB2JrzIxeI3qB2lvWi0QDtBgJY7g7PtyYs+CKrYoRnDSyCODmNlwO/8eU3Qk3NmQOpNaYVWCN/7sSgwHlluJhP5qPC1rsK78lmjI7uNgSce8R+KpzZfgmrJswm0C9i5M8Inz7TFwugbVWxcFyT5DE/m9QhcYmes+QWOPtM4VP5+ECfGKgYw4IbGwlDW/wuPj46BatWqrx5XAx55iJAw4yf35N2YHxh0zZc878/bWdsod5T10knVD0fXPNNHvKruPWawTXSPSPCSFzesdMuaYA5TM+pnhMNHJDzj3TXEKT+BDj/2PvS8BtrNr3j5koCmlQjnlIOYtjllmZD1EUMp6DMs9KIaERhSjK5piHTBUVpSgVhTQhGVIURVGU0n+vz7v/3v12Unrv5/2tu73e6/qusz9O66znee5n3eu+n322KwV+ma8iwS8xXiUQdyUShRIfwuUSWGtViaBfSgrgpipBv5QSiLsaSb8UDOFyCay1qkbQL5UFcFODoF+qCMRdk6RfCoVwuQTWWtUk6JcGAripQ9AvDQXirkvSL4VDuFwCa63qEvTL7QK4uZmgX+4QiLs+Sb8UCeFyCay1qk/QL90FcNOIoF/uEoi7MUm/FA3hcgmstWpM0C9DBXCTRNAv9wjE3YykX4qFcLkE1lo1I+iXhwVw04KgXx4RiLslSb8UD+FyCay1aknQL08L4KYVQb88IxB3a5J+KRHC5RJYa9WaoF8WCOCmDUG/LBSIuy1Jv5QM4XIJrLVqS9AvLwvgpj1Bv7wiEHcHkn4pFcLlElhr1YGgX94VwE1ngn55TyDuLiT9cl0Il0tgrVUXgn7ZIYCbrgT9slMg7m4k/VI6hMslsNaqG0G/fCOAm7sJ+uVbgbh7kPTL9SFcLoG1Vj0I+uUXAdz0JuiXXwXi7kPSLzeEcLkE1lr1IeiXbAK/mNefoF8uEoh7AEm/lAnhcgmstULmT3/S5CDXP0qkf4dBvy9bv9dUv39OvyeoaPh/enar51HaY9e+ofZCtL7Td1bNw/ps0flyP2jcJODqIfqxzAq3z//9o0SDXf8okc6BXl9y/2VDuLWC+oXXsricR/3Ca7nQudf2F159rqmLpBOKXjcxZPYvvOq49R7BNRL7eBWJvdqPlT77xKXxoPbszm/50NmvFULn/sx+rPQFPpFE6WTGuxKnk+o9eU3+WGm938havn8LOYTPb8V/kE/fv0WM23fMfax0+RB+3cEEHytdQSDuIQQf9lhJIO6hJB8SCsSlAtZaSeUPXefKIT716N5zgs/Hvd8qoXOvrXr0uaYukk4oet2qIbPVo45b7xFcIzHykNirVY9nn7g0HtSe3fmtFjr79cbQuT+z6vECn0iidDLjXYnTSWVSj3q/kbX8HpDVQ/j8Vg/Jq8cauH3HnHqsFsKvex+BerxRIO77CdRjDYG4h5OoRyAuFbDWCpk/TfqDCf+pBTePJfh8pPZYU2CPaW7Ub0PWwm1UsQIKmAOxPdZG7xG9Qe0t602iATqKhDHcHe/7E8lwxVajCG4adQRwUxeXw/8x5SDCgw2ZA6k91gsZfrDpj/kuIADQ0eYfbP/7+HDkR6bfhCu2kspfenCdkf+Y1c3A/En0itRhXj8UZzyJ3SQQ91jDybteOOabBeJ+iOSt5Q1CuFwCa60eAtsEgwj/MSv0mSGxxwYCe0xzo36B3jB0AWtVPO9aKqh3AzQEJte930ahc6/tuwF8rqmLpBOKXrdxyOx3A+i49R7BNTrvW4IS/D1ROU3w+QTxToDfp2PfCZB9Bj6nT2YQYoAL3ac6/1+7a9UkdPZr09C5P/urdxXc4/rv/updBffE/f27CtJa52/fVXDBSfibFEWC0wlI5wpWJ2KIZ3OonxkBMprRHyX4rdXsAr+1+hiJn/xkBtyNS+MVlb/HSaRZ0xCuFu5e8buvcST4A/aJAmJGjSN5/3RSiE8xufec4PNx77dZ6Nxrq5h8rqmLpBOKXrd5yGzFpOPWewTXSMwPltjr36kmv3Xzqia/60mppgsi979RNnFpPKi13bW6JXT2a4vQuT8zUjUxvBdbJ9OtwHRSh8ZFPya/F1vvN7KW738HIXQh+0o57xPJZ8t/kE+/+74VmIPH/q9u6P/gcLngm+Xf3AY1DiP4R9ZjIsF7sVsIxD2J4B1StwrEPZlEiQJxqYC1VpMJcCNxTjwhZFmj93lbiGOfrXD7/N/njA1xfc6YzoFeX3L/rUO4tYJyOlqHsHfSyHN76Nxr63T4XFMXSScUve4dIbOdDh233iO4RqKzYXdOE3w+XpdDCLOB/RZ2m9DZr21D5/7MyN/CRichEpxOQLwrWHcivBuK/Gzf/2pVCLdW2xDHTaJdiI+J24VkmPjO0LnXlol9rqmLpBOKXrd9yGwm1nHrPYJrJMrE7pwm+Hz+a0zcIXT2a8fQuT+LKSbWCYh3BetOhHdDkZ/t+9+FC+HW6hjCgU4XeQjhb/UhcyC1x04hocMBfWXqjNuoYgUUMAdie+yC3iN6g1pv6E2iAfo0iUvv7ni/MSfjiq2eBv8q1ADCBgfmU2yPKQJ7TBPovv/5RdxG1ZfAjxA7cC3HGyO7hfhMim64mkeZFN1D515bk8LnmrpIOqHode8KmW1S6Lj1HsE1EjUp3DlN8PkEZFIoybXd+787dPZrj9C5P4spk0InIN4VrDsR3g1FfrbvfyQ2hFurR0gGdGgm7hniY+KeIRkm7hU699oysc81dZF0QtHr9g6ZzcQ6br1HcI1Emdid0wSfz3+NifuEzn7tGzr3ZzHFxDoB8a5g3Ynwbijys33/M8wh3Fp9Q9bdBeZAbI/9BPaY5kZ9/1vPIQsoYA7E9jgAvUf0BrXe0JtEA3QaybjA3fF+Yx6IK7aaZscFCphPsT0OEthjmkD3/e8j4jaqDgLHBYdIxgVDQnwmxRBczaNMiqGhc6+tSeFzTV0knVD0uveEzDYpdNx6j+AaiZoU7pwm+HwCMinKCq4dZVLcGzr7dVjo3J/FlEmhExDvCtadCO+GIj/bb2Pqn4laa1hIBnRoJr4vxMfE94VkmPj+0LnXlol9rqmLpBOKXnd4yGwm1nHrPYJrJMrE7pwm+Hz+a0w8InT268jQuT+LKSbWCYh3BetOhHdDkZ/ttzH1z0StNTKEAx2ruwvMgdgeHxDYY5ob9f2Pl+E2SjsuAOZAbI8PoveI3qDWG3qTaIA+SzIucHe87394C1ds9awdFyhgPsX2OEZgj2kC3fe/+ITbqDoMHBccIRkXPBTiMykewtU8yqR4OHTutTUpfK6pi6QTil73kZDZJoWOW+8RXCNRk8Kd0wSfT0AmRTnBtaNMikdDZ78+Fjr3ZzFlUugExLuCdSfCu6HIz/b9j62EcGs9FpIBHZqJHw/xMfHjIRkmHhc699oysc81dZF0QtHrjg+ZzcQ6br1HcI1Emdid0wSfz3+NiSeEzn59InTuz2KKiXUC4l3BuhPh3VDkZ/ttTP0zUWs9EcKBjtXdBeZAbI9PCuwxzY36/gR+3EZpxwXAHIjtcRJ6j+gNar2hN4kG6AyWfzwxhIt5Mq7YaoYdFyhgPsX2+JTAHtMEul9wTsFtVB0FjguOkYwLpob4TIqpuJpHmRRPh869tiaFzzV1kXRC0es+EzLbpNBx6z2CayRqUrhzmuDzCcikSBRcO8qkmBY6+3V66NyfxZRJoRMQ7wrWnQjvhiI/2/cv8YZwa00PyYAO/k6kEB8TPxuSYeLnQudeWyb2uaYukk4oet0ZIbOZWMet9wiukSgTu3Oa4PP5rzFxKHT268zQuT+LKSbWCYh3BetOhHdDkZ/ttzH1z0StNTOEAx2ruwvMgdgeZwnsMc2N+gVUKm6jtOMCYA7E9jgbvUf0BrXe0JtEA3QmybjA3fF+Y54TAp6WdlyggPkU2+NcgT2mCXS/4JyH26g6DhwXnCAZF8wP8ZkU83E1jzIpFoTOvbYmhc81dZF0QtHrLgyZbVLouPUewTUSNSncOU3w+QRkUpQXXDvKpFgUOvt1cejcn8WUSaETEO8K1p0I74YiP9tvY+qfiVprcUgGdGgmXhLiY+IlIRkmfj507rVlYp9r6iLphKLXXRoym4l13HqP4BqJMrE7pwk+n/8aEy8Lnf26PHTuz2KKiXUC4l3BuhPh3VDkZ/ttTP0zUWstD+FAx+ruAnMgtscVAntMc6N+AbUSt1HacQEwB2J7fAG9R/QGtd7Qm4TPs0jGBe6O9xvzi7hiq1Q7LlDAfIrt8SWBPaYJdL/gXIXbqDoJHBecIhkXrA7xmRSrcTWPMileDp17bU0Kn2vqIumEotd9JWS2SaHj1nsE10jUpHDnNMHnE5BJUUFw7SiT4tXQ2a9rQuf+LKZMCp2AeFew7kR4NxT52X4bU/9M1FprQjKgQzPx2hAfE68NyTDxa6Fzry0T+1xTF0knFL3u6yGzmVjHrfcIrpEoE7tzmuDz+a8x8brQ2a9vhM79WUwxsU5AvCtYdyK8G4r8bL+NqX8maq03QjjQsbq7wByI7fFNgT2muVG/gFqP2yjtuACYA7E9bkDvEb1BrTf0JtEAnUMyLnB3vN+Y38IVW82x4wIFzKfYHt8W2GOaQPcLzo24jarTwHHBbyTjgndCfCbFO7iaR5kU74bOvbYmhc81dZF0QtHrvhcy26TQces9gmskalK4c5rg8wnIpKgouHaUSbEpdPbr5tC5P4spk0InIN4VrDsR3g1FfrbfxtQ/E7XW5pAM6NBM/H6Ij4nfD8kw8Qehc68tE/tcUxdJJxS97paQ2Uys49Z7BNdIlIndOU3w+fzXmHhr6OzXbaFzfxZTTKwTEO8K1p0I74YiP9tvY+qfiVprWwgHOlZ3F5gDsT1+KLDHNDfqF1DbcRulHRcAcyC2x4/Qe0RvUOsNvUk0QOeRjAvcHe835o9xxVbz7LhAAfMptsdPBPaYJtD9gvNT3EbVH8BxQVwBjnHBZyE+k+IzXM2jTIodoXOvrUnhc01dJJ1Q9Lo7Q2abFDpuvUdwjURNCndOE3w+AZkUlQTXjjIpdoXOfv08dO7PYsqk0AmIdwXrToR3Q5Gf7bcx9c9ErfV5SAZ0aCbeHeJj4t0hGSb+InTutWVin2vqIumEotfdEzKbiXXceo/gGokysTunCT6f/xoT7w2d/bovdO7PYoqJdQLiXcG6E+HdUORn+21M/TNRa+0L4UDH6u4CcyC2x/0Ce0xzo34B9SVuo7TjAmAOxPZ4AL1H9Aa13tCbRAN0Acm4wN3xfmP+CldstcCOCxQwn2J7/Fpgj2kC3S84D+I2qjLgwKkykowLDoX4TIpDuJpHmRTfhM69tiaFzzV1kXRC0et+GzLbpNBx6z2CayRqUrhzmuDzCcikqCy4dpRJcTh09uuR0Lk/iymTQicg3hWsOxHeDUV+tt/G1D8TtdaRkAzo0Ez8XYiPib8LyTDx96Fzry0T+1xTF0knFL3u0ZDZTKzj1nsE10iUid05TfD5/NeY+Fjo7NcfQuf+LKaYWCcg3hWsOxHeDUV+tt/G1D8TtdYPIRzoWN1dYA7E9vijwB7T3KhfQB3HbZR2XADMgdgeT6D3iN6g1ht6k2iALiIZF7g73m/MP+GKrRbZcYEC5lNsjz8L7DFNoPsF50ncRlUW4LggK8m44FSIz6Q4hat5lEnxS+jca2tS+FxTF0knFL3uryGzTQodt94juEaiJoU7pwk+n4BMio6Ca0eZFKdDZ7/+Fjr3ZzFlUugExLuCdSfCu6HIz/bbmPpnotb6LSQDOjQT/x7iY+LfQzJMfCZ07rVlYp9r6iLphKLX/SNkNhPruPUewTUSZWJ3ThN8Pv81Jo6b6eR85rk/iikm1gmIdwXrToR3Q5Gf7bsxZ+LWSjcTBzpWdxeYA7E9phfYY5ob9X3NwW2UdlyQgQBQGdF7RG9Q6w29STRAl5CMC9IDT/lMwKZcYscFKhNBg2eWYgz0uCALEJzZgeOCHCTjgqzAgyIokyIrEJzu/WZzXb+tSeFzTV2kbDPx614EBKxU3BfNhNdI1KS4CNhQAZkUnQTXjjIpsju1zBGrJkV2j0mRIwCTIjuwyXPMlAEdmokvJmTii4WY+BLLxNgiXSLAxDkNZ2Idd04yJs5pmdj9RDFxLqeWl8YqE+fyMPGlATBxLmCTXwpkYlZ3F5gDsT1eJrDHNDfqF1C57bhA5SYAVB7TxwVab+QRGBcsJRkXXAY85fMCm3KpHReovAQNfjnLuCAfEJw5geOCXCTjgisITYorhEyKK61JgS3SlQImxVWGmxQ67qvITIqr+EyKzoJrR5kUVzu1zB+rJsXVHpMifwAmxdXAJs8/UwZ0aCa+hpCJrxFi4mstE2OLdK0AExcwnIl13AXImLiAZWL3E8XE8U4tC8YqE8d7mLhgAEwcD2zygkAmZnV3gTkQ22MhgT2muVG/gCpsxwWqMAGgipg+LtB6o4jAuGA5ybigEPCULwpsyuV2XKCKEjR4MZZxQXEgOHMDxwV5SMYFJQhNihJCJkVJa1Jgi1RSwKQoZbhJoeMuRWZSlOIzKboIrh1lUlzn1LJ0rJoU13lMitIBmBTXAZu89EwZ0KGZ+HpCJr5eiIlvsEyMLdINAkxcxnAm1nGXIWPiMpaJ3U8UEyc4tVSxysQJHiZWATBxArDJFZCJWd1dYA7E9lhWYI9pbtQvoMrZcYEqRwCoRNPHBVpvJAqMC1aSjAvKAk/58sCmXGnHBao8QYNXYBkXVASCMx9wXHAFybigEqFJUUnIpKhsTQpskSoLmBRVDDcpdNxVyEyKKnwmRbLg2lEmRVWnltVi1aSo6jEpqgVgUlQFNnm1mTKgQzPxjYRMfKMQE1e3TIwtUnUBJq5hOBPruGuQMXENy8TuJ4qJazq1rBWrTFzTw8S1AmDimsAmrwVkYlZ3F5gDsT3WFthjmhv1C6g6dlyg6hAAqq7p4wKtN+oKjAteJBkX1Aae8vWATfmiHReoegQNfhPLuOBmIDivBo4L8pOMC+oTmhT1hUyKBtakwBapgYBJ0dBwk0LH3ZDMpGjIZ1KkCK4dZVI0cmrZOFZNikYek6JxACZFI2CTN54pAzo0EzchZOImQkzc1DIxtkhNBZg4yXAm1nEnkTFxkmVi9xPFxM2cWjaPVSZu5mHi5gEwcTNgkzcHMjGruwvMgdgebxHYY5ob9QuoFnZcoFoQAKql6eMCrTdaCowLVpGMC24BnvK3AptylR0XqFsJGvw2lnFBKyA4CwDHBfEBHRR+89camL+Pr8Xl7xPgWpL5u/2/nz/RcdUdQgcNep9tgHXWGndoxnPSTuegjUf6offfltCMbCtkRrazZiS2SO0EzMg7DTcjddx3kpmRd/KZkQmCa0eZke2dWnaIVTOyvceM7BCAGdke2OQdSG4SHQmZuKMQE3eyTIwtUicBJu5sOBPruDuTMXFny8TuJ4qJuzi1TI5VJu7iYeLkAJi4C7DJk4Hg1kUeSmjyInPgLAPfY4rQjQl+ZeoKHgsyAqorAaC6mT4W1Hqjm8BY8GWSsWAK8JTvDmzKl8FjwUGEDd6doMHvkmIM9FjmbiA4KwLHgpVIfouoB6FJ0UPIpOhpTQpskXoKmBS9DDcpdNy9yEyKXnwmhZJc273/3k4t+8SqSdHbY1L0CcCk6A1s8j4zZUCHZuK+hEzcV4iJ+1kmxhapnwAT9zeciXXc/cmYuL9l4qi13fsf4NRyYKwy8QAPEw8MgIkHAJt8oHV3FTAHYnscJLDHNDfqF1CDLaDUYAJADTF9XKD1xhCBccGrJOOCQcBTfiiwKV+14wI1lKDB72EZF9wLBGdV4LigGsm4YBihSTFMyKS4z5oU2CLdJ2BS3G+4SaHjvp/MpLifz6QoK7h2lEkx3KnliFg1KYZ7TIoRAZgUw4FNPmKmDOjQTDySkIlHCjHxA5aJsUV6QICJRxnOxDruUWRMPMoysfuJYuIHnVqOjlUmftDDxKMDYOIHgU0+GsjErO4uMAdiexwjsMc0N+oXUGPtuECNJQDUQ6aPC7TeeEhgXLCWZFwwBnjKPwxsyrV2XKAeJmjwR1jGBY8CwVkDOC6oSTIueIzQpHhMyKR43JoU2CI9LmBSjDPcpNBxjyMzKcbxmRTlBNeOMinGO7WcEKsmxXiPSTEhAJNiPLDJJ8yUAR2aiZ8gZOInhJj4ScvE2CI9KcDEEw1nYh33RDImnmiZ2P1EMfEkp5aTY5WJJ3mYeHIATDwJ2OSTgUzM6u4CcyC2x6cE9pjmRv0CaoodF6gpBICaavq4QOuNqQLjgtdJxgVPAU/5p4FN+bodF6inCRr8GZZxwTQgOOsAxwV1ScYF0wlNiulCJsWz1qTAFulZAZPiOcNNCh33c2QmxXN8JkWi4NpRJsUMp5ahWDUpZnhMilAAJsUMYJOHZsqADs3EMwmZeKYQE8+yTIwt0iwBJk41nIl13KlkTJxqmdj9RDHxbKeWc2KViWd7mHhOAEw8G9jkc4BMzOruAnMgtse5AntMc6N+ATXPjgvUPAJAzTd9XKD1xnyBccEbJOOCucBTfgGwKd+w4wK1gKDBF7KMCxYBwXkzcFxQn2RcsJjQpFgsZFIssSYFtkhLBEyK5w03KXTcz5OZFM/zmRTlBdeOMimWOrVcFqsmxVKPSbEsAJNiKbDJl82UAR2aiZcTMvFyISZeYZkYW6QVAky80nAm1nGvJGPilZaJ3U8UE7/g1PLFWGXiFzxM/GIATPwCsMlfBDIxq7sLzIHYHl8S2GOaG/ULqFV2XKBWEQBqtenjAq03VguMC9aTjAteAp7yLwObcr0dF6iXCRr8FZZxwatAcDYCjgsak4wL1hCaFGuETIq11qTAFmmtgEnxmuEmhY77NTKT4jU+k6KC4NpRJsXrTi3XxapJ8brHpFgXgEnxOrDJ182UAR2aid8gZOI3hJj4TcvE2CK9KcDE6w1nYh33ejImXm+Z2P1EMfEGp5ZvxSoTb/Aw8VsBMPEGYJO/BWRiVncXmAOxPb4tsMc0N+oXUBvtuEBtJADUO6aPC7TeeEdgXPAWybjgbeAp/y6wKd+y4wL1LkGDv8cyLtgEBGcScFzQjGRcsJnQpNgsZFK8b00KbJHeFzApPjDcpNBxf0BmUnzAZ1JUFFw7yqTY4tRya6yaFFs8JsXWAEyKLcAm3zpTBnRoJt5GyMTbhJj4Q8vE2CJ9KMDE2w1nYh33djIm3m6Z2P1EMfFHTi0/jlUm/sjDxB8HwMQfAZv8YyATs7q7wByI7fETgT2muVG/gPrUjgvUpwSA+sz0cYHWG58JjAs2kowLPgGe8juATbnRjgvUDoIG38kyLtgFBGcL4LigJcm44HNCk+JzIZNitzUpsEXaLWBSfGG4SaHj/oLMpPiCz6SoJLh2lEmxx6nl3lg1KfZ4TIq9AZgUe4BNvnemDOjQTLyPkIn3CTHxfsvE2CLtF2DiLw1nYh33l2RM/KVlYvcTxcQHnFp+FatMfMDDxF8FwMQHgE3+FZCJWd1dYA7E9vi1wB7T3KhfQB204wJ1kABQh0wfF2i9cUhgXPAuybjga+Ap/w2wKd+14wL1DUGDf8syLjgMBGcr4LigNcm44AihSXFEyKT4zpoU2CJ9J2BSfG+4SaHj/p7MpPiez6SoLLh2lElx1KnlsVg1KY56TIpjAZgUR4FNfmymDOjQTPwDIRP/IMTEP1omxhbpRwEmPm44E+u4j5Mx8XHLxO4niolPOLX8KVaZ+ISHiX8KgIlPAJv8JyATs7q7wByI7fFngT2muVG/gDppxwXqJAGgTpk+LtB645TAuGATybjgZ+Ap/wuwKTfZcYH6haDBf2UZF5wGgrMNcFzQlmRc8BuhSfGbkEnxuzUpsEX6XcCkOGO4SaHjPkNmUpzhMyk6Cq4dZVL8EanlrHN/FlMmxR8ek8KdCO+GIj/bb2P+gWzyWTKgQzNxull8TJxulgwTp3dhzDKxzzV1kXRC0etmAAJWKu4Ms+A1EmXiDLMsE7ueKCbO6NQyU6wysU5AvCvYTAEwcUZgk2cCMjGruwvMgdgeMwvsMc2N+gVUFtxGaccFWQgAlRW9R/QGtd7IOgsP0PdJxgWZgad8NmBTvm/HBSobQYNfJMUY6HFBdiA42wPHBR1IxgU5CE2KHEImxcWu67c1KXyuqYt0sYBJcYnhJoWO+xIyk+ISPpOik+DaUSZFTqeWuWLVpMjpMSlyBWBS5AQ2ea5ZMqBDM/GlhEx8qRATX2aZGFukywSYOLfhTKzjzk3GxLktE7ufKCbO49Qyb6wycR4PE+cNgInzAJs8L5CJWd1dYA7E9ni5wB7T3KhfQOUDmj+sgMpHAKgr0HtEb1DrjStm4QG6hWRccDnwlL8S2JRb7LhAXUnQ4FdJMQZ6XHA1EJydgeOCLiTjgvyEJkV+IZPiGtf125oUPtfURbpGwKS41nCTQsd9LZlJcS2fSdFZcO0ok6KAU8v4WDUpCnhMivgATIoCwCaPnyUDOjQTFyRk4oJCTFzIMjG2SIUEmLiw4Uys4y5MxsSFLRO7nygmLuLUsmisMnERDxMXDYCJiwCbvCiQiVndXWAOxPZYTGCPaW7UL6CKA80fVkAVJwBUCdPHBVpvlBAYF2wjGRcUA57yJYFNuc2OC1RJggYvJcUY6HHBdUBwdgWOC7qRjAtKE5oUpYVMiutd129rUvhcUxfpegGT4gbDTQod9w1kJsUNfCZFF8G1o0yKMk4tE2LVpCjjMSkSAjApygCbPGGWDOjQTKwImVgJMXFZy8TYIpUVYOJyhjOxjrscGROXs0zsfqKYONGpZflYZeJEDxOXD4CJE4FNXh7IxKzuLjAHYnusILDHNDfqF1AVgeYPK6AqEgCqkunjAq03KgmMC7aTjAsqAE/5ysCm3G7HBaoyQYNXkWIM9LigKhCcdwPHBT1IxgXVCE2KakImxY2u67c1KXyuqYt0o4BJUd1wk0LHXZ3MpKjOZ1IkC64dZVLUcGpZM1ZNihoek6JmACZFDWCT15wlAzo0E9ciZOJaQkxc2zIxtki1BZi4juFMrOOuQ8bEdSwTu58oJq7r1LJerDJxXQ8T1wuAiesCm7wekIlZ3V1gDsT2eJPAHtPcqF9A3Qw0f1gBdTMBoOqbPi7QeqO+wLjgY5JxwU3AU74BsCk/tuMC1YCgwRtKMQZ6XNAICM7ewHFBH5JxQWNCk6KxkEnRxHX9tiaFzzV1kZoImBRNDTcpdNxNyUyKpnwmRYrg2lEmRZJTy2axalIkeUyKZgGYFEnAJm82SwZ0aCZuTsjEzYWY+BbLxNgi3SLAxC0MZ2IddwsyJm5hmdj9RDFxS6eWt8YqE7f0MPGtATBxS2CT3wpkYlZ3F5gDsT3eJrDHNDfqF1CtgOYPK6BaEQCqtenjAq03WguMCz4lGRfcBjzlbwc25ad2XKBuJ2jwO6QYAz0uaAMEZ3/guGBAQAeF3/y1BebvUWD+HgPmTzdHZlfungm/OBP+Os35Ot35qp924Xzc6RCH/m8i1+8Zzvfov498b/vw6w6u7/0n63cMf3+n86zf0bV+5/DrLml877PO93Z2vlefgcnh1ykXuJeu4e/vdp69dHXtpXv49V3n2Ut3117uDr/ukcb3Pud8793O9+o99gy/7jXr7N+jD7FM1c/mBX0J2AHubXTcF1c/m1d03DtJzrTewDMNWGu103DchDKcPdPQuNlteNwZwv3SWyDuL0jEQtsduLXctfabvz0k+bsTmL8vgPnbS3Je9wGe10DMKGT+ghrgAXMZNcDrO+vcazvA87mmLlLfWfh1+wFdH6m4+82C10j0cO9qKDl+RUKO3Qwlx69JyLE/kByBmFFfE5JjfyFyHGDJEVukAQLkONBwctRxDxQiR/Re8yadJXK0Yh40Kzbj/kbYIfG7P43LQQJxf0tyiRkIJOFvgJeYwySXmMHA/AExow6z4M9QEXKUJH+DDBUhx0j6dwiwf4GYUccIRQgwl1EiZKgVIdgiDRUQIfcYLkJ03PeQiJD84cv4YIFL6XHDx5WFkmQu4ydIyOheIBkBa61OGC7idF/fK4CbkySXwHuEcOM3f6dI8gfEtzoJzN8vJOfWMCD+gJhRv5Dgb6yhIvh3kvw9ZKgIPkPSv/cB+xeIGXWGUAQDcxklgu93aRcrgn2uqYt0v4AIHm64CNZxDycRwcXCYnCYwKU+XbzZIrh0koyYSR/PQUYjgGQErLVKH2+2CNZ9PUIAN5niOS6Bw4Vw4zd/mUnyB8S3ygTMXxaSc2skEH9AzKgsJPh72lARnJ0kf88YKoJzkPTvA8D+BWJGIfMXlAgG5jJKBI9yaRcrgn2uqYs0SkAEP2i4CNZxP0gighPCYnCkwKU+p+EiuEKSjJjJRUJGo4FkBKy1ymW4CNZ9PVoAN7lJLoEPCuHGb/7ykOQPiG+VG5i/vCTn1hgg/oCYUXlJ8LfIUBF8JUn+Fhsqgq8i6d+xwP4FYkZdRSiCgbmMEsEPubSLFcE+19RFekhABD9suAjWcT9MIoKrhMXgGIFL/TWGi+CaSTJi5loSMnoESEbAWqtrDRfBuq8fEcBNQZJL4MNCuPGbv0Ik+QPiWxUE5q8wybn1KBB/QMyowiT4W2uoCC5Okr/XDBXBJUj69zFg/wIxo0oQimBgLqNE8OMu7WJFsM81dZEeFxDB4wwXwTrucSQiuG5YDD4qcKm/znAR3DBJRsyUJiGj8UAyAtZalTZcBOu+Hi+AmzIkl8BxQrjxm78EkvwB8a3KAPOnSM6tCUD8ATGjFAn+thgqgsuT5G+roSK4Akn/PgHsXyBmVAVCEQzMZZQIftKlXawI9rmmLtKTAiJ4ouEiWMc9kUQENw2LwQkCl/rKhovglkkyYqYKCRlNApIRsNaqiuEiWPf1JAHc3EhyCZwohBu/+atOkj8gvtWNwPzVIDm3JgPxB8SMqkGCv32GiuA6JPnbb6gIrkvSv08B+xeIGVWXUAQDcxklgqe4tIsVwT7X1EWaIiCCpxougnXcU0lEcOuwGJwscKm/2XARfGeSjJipT0JGTwPJCFhrVd9wEaz7+mkB3DQiuQROFcKN3/w1JskfEN+qETB/TUjOrWeA+ANiRjUhwd9xQ0Vwc5L8nTBUBN9C0r/TgP0LxIy6hVAEA3MZJYKnu7SLFcE+19RFmi4ggp81XATruJ8lEcGdwmLwGYFL/a2Gi+BuSTJi5jYSMnoOSEbAWqvbDBfBuq+fE8DN7SSXwGeFcOM3f3eQ5A+Ib3U7MH9tSM6tGUD8ATGj2pDgL9NOM0Vwe5L8Zd5ppgjuQNK/IWD/AjGjOhCKYGAuo0TwTJd2sSLY55q6SDMFRPAsw0WwjnsWiQjuERaDMwQu9Z0NF8H9kmTETBcSMkoFkhGw1qqL4SJY93WqAG66klwCZwnhxm/+upHkD4hv1RWYv+4k59ZsIP6AmFHdSfCXz1AR3JMkf1cYKoJ7kfTvHGD/AjGjehGKYGAuo0TwXJd2sSLY55q6SHMFRPA8w0WwjnseiQgeFBaDswUu9X0NF8HDkmTETD8SMpoPJCNgrVU/w0Ww7uv5ArgZSHIJnCeEG7/5G0SSPyC+1UBg/gaTnFsLgPgDYkYNJsFfSUNF8L0k+StlqAgeRtK/C4H9C8SMGkYogoG5jBLBi1zaxYpgn2vqIi0SEMGLDRfBOu7FJCJ4RFgMLhC41A83XASPSZIRMyNIyGgJkIyAtVYjDBfBuq+XCOBmFMklcLEQbnz/+80k+QPiW40C5m80ybn1PBB/QMyo0ST4q2qoCH6YJH/VDBXBj5D071Jg/wIxox4hFMHAXEaJ4GUu7WJFsM81dZGWCYjg5YaLYB33chIR/EhYDD4vcKl/3HARPCFJRsyMIyGjFUAyAtZajTNcBOu+XiGAmydILoHLhXDjN39PkuQPiG/1BDB/E0nOrZVA/AExoyaS4K+JoSJ4Ckn+mhoqgqeS9O8LwP4FYkZNJRTBwFxGieAXXdrFimCfa+oivSgggl8yXATruF8iEcGTwmJwpcClfprhIviZJBkxM52EjFYByQhYazXdcBGs+3qVAG5mkFwCXxLCje8PXCHJHxDfagYwfzNJzq3VQPwBMaNmkuCvvaEieA5J/joYKoLnkvTvy8D+BWJGzSUUwcBcRongV1zaxYpgn2vqIr0iIIJfNVwE67hfJRHBz4XF4GqBS/0Cw0Xw7CQZMbOQhIzWAMkIWGu10HARrPt6jQBulpBcAl8Vwo3vt8mS5A+Ib7UEmL+lJOfWWiD+gJhRS0nw19dQEbyS5Xf6DRXBL5D072vA/gViRr1AKIKBuYwSwa+7tIsVwT7X1EV6XUAErzNcBOu415GI4PlhMbhW4FK/ynAR/HySjJhZTUJGbwDJCFhrtdpwEaz7+g0B3LxKcglcJ4Qb36YOSf6A+FavAvO3luTcehOIPyBm1FoS/I0yVAS/QZK/Bw0VwW+S9O96YP8CMaPeJBTBwFxGieANLu1iRbDPNXWRNgiI4LcMF8E67rdIRPCKsBh8U+BS/5bhInh1koyYeZuEjN4GkhGw1uptw0Ww7uu3BXDzLskl8C0h3PjN33sk+QPiW70LzN8mknNrIxB/QMyoTST4m2yoCN5Ckr+nDBXBW0n69x1g/wIxo7YSimBgLqNE8Lsu7WJFsM81dZHeFRDB7xkugnXc75GI4DVhMbhR4FK/3XAR/GaSjJj5iISMNgHJCFhr9ZHhIlj39SYB3HxKcgl8Twg3fvP3GUn+gPhWnwLzt4Pk3NoMxB8QM2oHCf7mGSqCd5Pkb76hIvgLkv59H9i/QMyoLwhFMDCXUSL4A5d2sSLY55q6SB8IiOAthotgHfcWEhH8dlgMbha41O8zXARvTpIRM/tJyGgrkIyAtVb7DRfBuq+3CuDmK5JL4BYh3PjN39ck+QPiW30FzN9BknNrGxB/QMyogyT4e9lQEXyYJH+vGCqCj5D074fA/gViRh0hFMHAXEaJ4O0u7WJFsM81dZG2C4jgjwwXwTruj0hE8NawGNwmcKk/argI/iRJRswcIyGjj4FkBKy1Oma4CNZ9/bEAbo6zTDKFcOM3fydI8gfEtzoOzN9PJOfWJ0D8ATGjfiLB3yZDRfAvJPnbbKgI/pWkfz8F9i8QM+pXQhEMzGWUCP7MpV2sCPa5pi7SZwIieIfhIljHvYNEBO8Mi8FPBC71vxsugvcmyYiZMyRktBNIRsBaqzOGi2Dd1zsFcJOuIMclcIcQbvzmLz1J/oD4Vm7M+M1fhoIc59YuIP6AmFEZSPC321ARnIUkf18YKoKzkvTv58D+BWJGIfMXlAgG5jJKBO92aRcrgn2uqYu0W0AEf2G4CNZxf0Eigg+ExeAugUt99oJmi+Bvk2TETA4SMtoDJCNgrVWOgmaLYN3XewRwk5PlEiiEG7/5y0WSPyC+VU5g/i4lObf2AvEHxIy6lAR/Rw0VwXlJ8nfMUBF8OUn/7gP2LxAz6nJCEQzMZZQI3u/SLlYE+1xTF2m/gAj+0nARrOP+kkQEfx8Wg3sFLvVXGi6CTyTJiJmrSMjoAJCMgLVWVxkugnVfHxDAzTUkl8AvhXDjN3/XkuQPiG91DTB/BUjOra+A+ANiRhUgwV+6XWaK4MIk+Uu/y0wRXISkf78G9i8QM6oIoQgG5jJKBB90aRcrgn2uqYt0UEAEHzJcBOu4D5GI4FNhMfiVwKW+uOEi+EySjJgpQUJG3wDJCFhrVcJwEaz7+hsB3FxHcgk8JIQbv/krTZI/IL7VdcD8XU9ybn0LxB8QM+p6EvzlNlQEK5L85TFUBJcl6d/DwP4FYkaVJRTBwFxGieAjLu1iRbDPNXWRjgiI4O8MF8E67u9IRHD6ZnFx3wpc6ssbLoKzNpMRMxVIyOh7IBkBa60qGC6CdV9/L4CbyiSXwO+EcOM3f1VI8gfEt6oMzF9VknPrKBB/QMyoqiT4K2qoCK5Bkr9ihorgmiT9ewzYv0DMqJqEIhiYyygR/INLu1gR7HNNXaQfBETwj4aLYB33jyQiOEdYDB4VuNTXMVwEX9ZMRszUJSGj40AyAtZa1TVcBOu+Pi6Am5tJLoE/CuHGb/7qk+QPiG91MzB/DUjOrRNA/AExoxqQ4K+ioSK4CUn+KhkqgpuS9O9PwP4FYkY1JRTBwFxGieCfXdrFimCfa+oi/Swggk8aLoJ13CdJRPDlYTF4QuBS39xwEZy/mYyYuYWEjE4ByQhYa3WL4SJY9/UpAdzcSnIJPCmEG7/5u40kf0B8q1uB+WtFcm79AsQfEDOqFQn+GhgqgtuQ5K+hoSK4LUn//grsXyBmVFtCEQzMZZQIPu3SLlYE+1xTF+m0gAj+zXARrOP+jUQEx4fF4C8Cl/r2hovgYs1kxEwHEjL6HUhGwFqrDoaLYN3XvwvgpjPJJfA3Idz4zV8XkvwB8a06A/OXTHJunQHiD4gZlUyCvzaGiuDuJPlra6gIvoukf/8A9i8QM+ouQhEMzGWUCI5LPffSimCfa+oi6YSi102XarYI1nGnS4XXSGSvpcJi8IzApb6n4SI4oZmMmOlFQkbpU3G5BNZa9TJcBOu+Tp+KX7cvy6fLCuHGb/76keQPiG/VF5i//iTnVgYg/oCYUf1J8NfTUBE8mKV/DRXBQ0j6NyOwf4GYUUMIRTAwl1EiOJMVwdgiZRIQwZkNF8E67swkIjgxLAYzCFzq7zVcBFdpJiNmhpGQURYgGQFrrYYZLoJ1X2cRwM1wkktgZiHc+M3fCJL8AfGthgPzN5Lk3MoKxB8QM2okCf6GGyqCR5Pkb4ShIngMSf9mA/YvEDNqDKEIziYkgi+yIhhbpIsERHB2w0Wwjjs7iQiuHhaDWQUu9Q8bLoLrNpMRM4+QkFEOIBkBa60eMVwE677OIYCbx0kugdmFcOM3f+NI8gfEt3ocmL/xJOfWxUD8ATGjxhvOd/XDfHexwLk10fC4mzaTOa8nkfTLJcB+AdZaTTIcN0+HC3GJAG70uqi49d4yuzDzTPjFmfDXac7X6c5X/eQMx5LLiUf/NxFRO8P5Hv33ke+9NPz6Mtf3/pP1c4e/P8951s/tWj9v+PXlaXzvs8735nW+VwvwfOHXV1zgXq4Mf/9V59nLla69XB1+nf88e7natZdrwq+vTeN7n3O+9xrne/UeC4RfxzsaEI3NTNXP5gWNzSmG9+TF1c/mFR33VJKzvCDwLAfWWk0lNBCngc/hyB4jNS8UrlXh8P+KuHygi52v2eKiTUX9ZHa9rgnal4BJmZDJtddsrj1H4rnE+fuM2J9bLpsrt3GufMelkbc418/PGv5fDud11+QBzQZ26tG9c6PkoWnVLEMa66Z3xZrJ833uOkb+Lov7v5e4lIDW+tPloZBDXoWdr0WcrznD/ysafl3sL8gMcSHSzYhedxrBBbOoAJlNFyKz9OD4gfVR08EE5D2cJepfCEfmCZL7LAzcpzuvxZ3zpISLIPM5X92HfTrXnzGTZlZXHJHHTS6RnxmJO0KkmbB7Kat/Vsa46Od8RBr5+R4ibZHcuV/yAA+Reiem6dOI1R2jji8LNr6EyF4jT2RPkZ9zUdw53GR17SMbdh8q8rO8+8jm2kdW1+vI313k2lPkz7J79uvuBfd/G8lrdlfMNJcRHUhx59JRwvlaMvy1VKrc/gsJEPAMwydYOu6SAnGHSC4ewPqoEMEls7BArVMJMF5KIO7ZJBgH1kfNNhzjoQxnHWt0recZHneGsBtaUCDu+SRu6HVANxRYa4XMn9ekuc65F3nvSfopHX59/QVOSm4If3+Z80xKbnCtnxB+rVLPrhuEQC4NFsgS505CKnTdlMSyiQm6r1Fxu4VdWZfQjgiE/6LQzuKKI/K43WktonI7/79X7wHdU4Y2HdijR/eU7sldmvYekOxOWVrvAE5Lx7rN4YxppJHOHJbanxuDyL3+VU79cky51H+9VoJnLRXUZKtcqsz5keiqnX1rvM81dZESU/Hrlk/FgV8q7vIBHwIJ/p6onCb4fLyXJ7TweyL8A1rPxK13UbW4uNtnytbL59rK+wfu/FZwsFbRhblMLpxEvlcfaH/E/RlD6Vyv0zvfk/4835PuL9b5q8uI2KEVCU4n4DVXsBVTo+1994ZQP7sC8BCqdJ61KlVM7pRSMbFcx4TElE7hdSqkJJfrWLaySqlULrx8uUTVqWNyQpfEThUrJFaolFIxsPeWVBJi4MqWgbFFqizAwFUMZ2AddxUhBkZfvys6e0Wvu8jQXxbx7hOJpapAu2wR2OLSh5jeXy1nTTTmI7ciNI6WGG4RR25v6LifN9Mi/pPkRl5EKgLXWkryy2pAfCsgZpRU/tB9Uo3QPqomdHm90V5esUW6UeDyWt3wy6uOu3pAl9cEf8///G6JvQY1f6vo4yBIiX4Cs3tqOPmu+Q/sntpp5M5r99SO+3u7J611/tbuMf3NeOmdZKZzJa6m64YeedA3DmAcqibwMKuFa4aUSD5rCSoenceKAsp5pVlv/PrTLUnHXUMg7hcI3vBWUyDuFw1VKl6CQZ4bK4Efq/ESidID4lsBMaNeCugNl37rXAPINbWBTp1eQ4JbaqcKnWHAWku4iCkhfNyvEriIXQXiXkPyRtM6wH4E1lqtMRw3ul8GhfC4eZ2gXwYLxL2OpF/qAvsFWGu1jqBfxoTwuFlP0C9jBeLeQNIv9YD9Aqy12kDQL0+F8LjZSNAvUwTifoekX24C9guw1uodgn6ZG8LjZhNBv8wTiHszSb/cDOwXYK3VZoJ+eSmEx80Wgn5ZJRD3VpJ+qQ/sF2Ct1VaCfnk7hMfNdoJ+2SgQ90ck/dIA2C/AWquPCPrlkxAeN58S9MunAnF/RtIvDYH9Aqy1+oygX74O4XGzi6BfDgrE/TlJvzQC9guw1upzgn75OYTHzR6CfjkpEPdekn5pDOwXYK3VXoJ+yTwTj5svCfoli0DcB0j6pQmwX4C1VgcI+uVyAdwcJOiXfAJxHyLpl6bAfgHWWh0i6JdiArg5TNAvxQXiPkLSL0nAfgHWWh0h6JcKArg5StAvFQXiPkbSL82A/QKstTpG0C83CeDmOEG/3CwQ9wmSfmkO7BdgrdUJgn65TQA3Jwn6pZVA3KdI+uUWYL8Aa62Q+dO/9Pxkxri4XM56+ncY9Puy9XtN9fvn9HuC9Psc9OxWz6O0x659Q+2FaH2n76yah/XZcktqXNSDxk0LXD1EP82jJRA3uj4TM577PTSdg5bCeb4V+DtqGeKC+TSSW4U+jeQ2+2kk2CLdJvBpJK0M/zQSHXcrok8jkdir99NI0oP3HYMfaPunPbvz29qp4e3/4BNOCrr+u7Q+vSS98z3pz/M96f5inf/EJ5zoZMa7End76p9PXpM/4eR24AF5Ryo+v3f8g3z63Xcb4K3M0M+7E/vEkNYCv8V/miDu2wXi/o3gn4JrIxD37ySfcALEpQLWWknlD13ntoTqsa2Qemxn1SO2SO0E1OOdhqtHHfedROpRYq9WPZ594tJ4UHt257e9U8MOVj3++yeSqPYe9diBTD12AB6QHQXUY8cA1GMnqx7/tYpqL6Am0hUyP+4OAnGnL2S+euwkEHeGQhzqEYhLBay1QuZPk/7EjHF/etD1QWOzQ6r5e+wsNOOGN2QXICGyAqoLAaCS0XtEb1B7y8kCjJGFhDE6A2/XKcCmzEJw00gRwE1XYMPoM+1JwoOtK8HB1k2KKdODAeWW4n7X6g5scImiSDXlXeBiS8RdWiDubIYfwroJuwvEfVEhjrcI3w3sR2Ct1UVguSdIYv9/UIXG5l0EJHa39O3cL8BD4Y5JEGjwiw1v8OSUlIROXTqrDNVxMfcAHhbI/AU1ZQfGHzVl72mn7Ngi9RSYsvcyfMqu4+4lNGWPPGhlgcxp71S5pgDlMyWxbGIC8kDuk2ouoUn8EuNdM/FEntPwuPU7Me4WiDsXiULpC+xrYK1VLoJ+uUcAN7kJ+uVegbjzkPRLP2C/AGut8hD0yyMCuMlH0C+PCsR9BUm/9Af2C7DW6gqCfnlGADdXE/TLNIG485P0ywBgvwBrrfIT9MtCAdwUIOiXRQJxx5P0y0BgvwBrreIJ+uUVAdwUJuiXVwXiLkLSL4OA/QKstSpC0C/vCeCmOEG/bBKIuwRJvwwG9guw1qoEQb/sFMDNdQT9sksg7tIk/TIE2C/AWqvSBP3yrQBuyhD0y2GBuBNI+mUosF+AtVYJBP3yqwBuyhH0y2mBuBNJ+uUeYL8Aa60SCfrloll43FQk6JfsAnFXIumXe4H9Aqy1qkTQL1cJ4KYqQb9cLRB3NZJ+GQbsF2CtVTWCfiklgJsaBP1ynUDcNUn65T5gvwBrrWoS9EsVAdzUIeiXqgJx1yXpl/uB/QKstapL0C8NBXBzM0G/NBKIuz5JvwwH9guw1qo+Qb/cIYCbRgT90kYg7sYk/TIC2C/AWitk/vQnTU5y/aNE+ncY9Puy9XtN9fvn9HuC9Psc9OxWz6O0x659Q+2FaH2n76yah/XZMiI1LupB42akwG8ZS+zzASBudH0mu/5RIp2DB4TzPAr4u1pp/aJmWntO8PeoUUK/8Pqg/YVXbJEeFPiF19GG/8Krjnu00C+8Sny8isReNYDdjZMevG/7sdLRHys9xqnhWFct7cdKX+ATSZROZrwrcWNT//5jkBP8PdCPlR4LPCAfSsXn96F/kE+/+34YeCuLtY+VHiPwsTRJBB8rPVYg7mYEH/b4sEDczUk+JBSISwWstZLKH7rOjxCqx0eE1OOjVj1ii/SogHp8zHD1qON+jEg9SuzVqsezT1waD2rP7vw+7tRwnFWP//6JJOpxj3ocR6YexwEPyPEC6nF8AOpxglWP/1pFPS6gJm4lUI/jBOK+jUA9ThCIuxWJegTiUgFrrZD506Q/mfCfWhiXav4enxCaccMb8kkgIbIC6kkCQE1E7xG9Qe0tTxRgjDYkjPEE8HY9CdiUbQhuGpMEcDMZ2DD6TJtEeLBNJjjYnjL9YNMf891HAKDtzD/Y/vfx4ciPTJ8CPNik8pceXGfkP2Y1FZg/iV6ROsyfBh8SEnFPEYi7veHkrQ/vqQJxdyB5a/kzwH4E1lp1ANsEkwj/MaunCS4/zwjsMc2N+gX6tAu5BFQ871oqqHcDTBN6N8B0+24AbJGmC7wb4FnD3w2g435W6N0AkUcypwk+nyDeCdA0hH0nQNtZAgyQQYgBLnSf6vx/7a7Vcw5uZ/yDdxXcE/dnPHrfVXBP3N+/qyCtdf72XQUXnIS/SVEkuOdSz20wvZOIIZ7NoX5mBMhoRu9M8FuraTWc37i7kPjJz2TA3bieA5JhMok0mwGUZu5e8buvFBL8AftEATGjUkjePx0iVEwhIcU00yombJFmCiimWYYrJh33LKL3T0vs9e9Uk9+6eVWT3/WkVNMFkfvfKJu4NB7U2u5apTp4mG26amJ4L3aqR4HppA6Ni35Mfi/2bOBhO+eCWDvlvE8kn3P+QT797nsuMAdd/q9u6P/gcLngm+Xf3AY1DlMFhm53E7wXe7ZA3D0I3iE1VyDuniRKFIhLBay16kmAG4lzAsnnbtyg9zkvlWOf84FOlb5QPuX6nDGdg/mpcXGS+18A5PGgnI4FQk7HQut0YIu0UMDpWGS406HjXkQ2G14kOBsWwmxgv4W92Knlkn+g/AvG/blGXuVfME7ot7DRSYgEpxMQ7wp2SWrcnx60lbUY2ORLSG4SzxMy8fNCTLzUMjG2SEsFmHiZ4Uys415GxsTLLBO7nygmXu7UckWsMvFyDxOvCICJlwObfAX4t/qeIvytvhWp5u9xpdCNCX5legFovrAC6gUCQL2I3iN6g1pvvCjgtvYlcelXAk/5l4BN2Rf8q1BPEjb4SwQNvkqKMdBj69VAcL4K/AixNQU53hj5MqFJ8bKQSfGKNSmwRXpFwKR41XCTQsf9KplJ8SqfSaEk13bvf41Ty7WxalKs8ZgUawMwKdYAm3xtqgzo0Ez8GiETvybExK9bJsYW6XUBJl5nOBPruNeRMfE6y8RRa7v3/4ZTyzdjlYnf8DDxmwEw8RvAJn/TursKmAOxPa5nGRdssIBSGwgA9Zbp4wKtN94SGBf0JxkXrAee8m8Dm7K/HReotwkafCPLuOAdIDhfB44L1pGMC94lNCneFTIp3rMmBbZI7wmYFJsMNyl03JvITIpNfCZFWcG1o0yKzU4t349Vk2Kzx6R4PwCTYjOwyd9PlQEdmok/IGTiD4SYeItlYmyRtggw8VbDmVjHvZWMibdaJnY/UUy8zanlh7HKxNs8TPxhAEy8DdjkHwKZmNXdBeZAbI/bWcYFH9lxgfqIAFAfmz4u0HrjY4FxwUCSccF24Cn/CbApB9pxgfqEoME/ZRkXfAYE53rguGADybhgB6FJsUPIpNhpTQpskXYKmBS7DDcpdNy7yEyKXXwmRTnBtaNMis+dWu6OVZPic49JsTsAk+JzYJPvTpUBHZqJvyBk4i+EmHiPZWJskfYIMPFew5lYx72XjIn3WiZ2P1FMvM+p5f5YZeJ9HibeHwAT7wM2+X4gE7O6u8AciO3xS5ZxwQE7LlAHCAD1lenjAq03vhIYFwwmGRd8CTzlvwY25WA7LlBfEzT4QZZxwSEgODcCxwXvkIwLviE0Kb4RMim+tSYFtkjfCpgUhw03KXTch8lMisN8JkWi4NpRJsURp5bfxapJccRjUnwXgElxBNjk36XKgA7NxN8TMvH3Qkx81DIxtkhHBZj4mOFMrOM+RsbExywTu58oJv7BqeWPscrEP3iY+McAmPgHYJP/CGRiVncXmAOxPR5nGRecsOMCdYIAUD+ZPi7QeuMngXHBUJJxwXHgKf8zsCmH2nGB+pmgwU+yjAtOAcG5CTgu2EwyLviF0KT4Rcik+NWaFNgi/SpgUpw23KTQcZ8mMylO85kU5QXXjjIpfnNq+XusmhS/eUyK3wMwKX4DNvnvqTKgQzPxGUImPiPExH9YJsYW6Q8BJo6bbTYT67j1HsE1EmVid04TfD7/NSZO59QyvaumMcXEOgHxrmDdifBuKPKz/TZmOmCTp8eBuzyruwvMgdgeMwjsMc2N+gVURtxGaccFGQkAlQm9R/QGtd7Qm0QD9F6ScUEG4CmfGdiU99pxgcpM0OBZpBgDPS7ICgTnFuC4YCvJuCAb8KAIyqTIBgSne78Xua7f1qTwuaYu0kWz8etmN9yk0HFnJzMpsvOZFBUE144yKXI4tbw4Vk2KHB6T4uIATIocwCa/eLYM6NBMfAkhE18ixMQ5LRNji5RTgIlzGc7EOu5cZEycyzKx+4li4kudWl4Wq0x8qYeJLwuAiS8FNvllQCZmdXeBORDbY26WcUEeOy5QeQgAldf0cYHWG3kFxgX3kYwLcgNP+cuBTXmfHReoywkaPB/LuOAKIDi3A8cFH5GMC64kNCmuFDIprrImBbZIVwmYFFcbblLouK8mMymu5jMpKgquHWVS5HdqeU2smhT5PSbFNQGYFPmBTX7NbBnQoZn4WkImvlaIiQtYJsYWqYAAE8cbzsQ67ngyJo63TOx+opi4oFPLQrHKxAU9TFwoACYuCGzyQkAmZnV3gTkQ22NhlnFBETsuUEUIAFXU9HGB1htFBcYFw0nGBYWBp3wxYFMOt+MCVYygwYuzjAtKAMH5KXBc8BnJuKAkoUlRUsikKGVNCmyRSgmYFNcZblLouK8jMymu4zMpKgmuHWVSlHZqeX2smhSlPSbF9QGYFKWBTX79bBnQoZn4BkImvkGIictYJsYWqYwAEycYzsQ67gQyJk6wTOx+ophYObUsG6tMrDxMXDYAJlbAJi8LZGJWdxeYA7E9lmMZFyTacYFKJABUedPHBVpvlBcYF4wkGReUA57yFYBNOdKOC1QFggavyDIuqAQE5y7guOBzknFBZUKTorKQSVHFmhTYIlURMCmqGm5S6LirkpkUVflMisqCa0eZFNWcWt4YqyZFNY9JcWMAJkU1YJPfOFsGdGgmrk7IxNWFmLiGZWJskWoIMHFNw5n4f+AkY+KalondTxQT13JqWTtWmbiWh4lrB8DEtYBNXhvIxKzuLjAHYnuswzIuqGvHBaouAaDqmT4u0HqjnsC4YBTJuKAO8JS/CdiUo+y4QN1E0OA3s4wL6gPBuQc4LthLMi5oQGhSNBAyKRpakwJbpIYCJkUjw00KHXcjMpOiEZ9J0VFw7SiTorFTyyaxalI09pgUTQIwKRoDm7zJbBnQoZm4KSETNxVi4iTLxNgiJQkwcTPDmVjH3YyMiZtZJnY/UUzc3KnlLbHKxM09THxLAEzcHNjktwCZmNXdBeZAbI8tWMYFLe24QLUkANStpo8LtN64VWBcMJpkXNACeMrfBmzK0XZcoG4jaPBWLOOC1kBwfgkcFxwgGRfcTmhS3C5kUtxhTQpske4QMCnaGG5S6LjbkJkUbfhMik6Ca0eZFG2dWraLVZOircekaBeASdEW2OTtZsuADs3EdxIy8Z1CTNzeMjG2SO0FmLiD4Uys4+5AxsQdLBO7nygm7ujUslOsMnFHDxN3CoCJOwKbvBOQiVndXWAOxPbYmWVc0MWOC1QXAkAlmz4u0HojWWBcMJZkXNAZeMqnAJtyrB0XqBSCBu/KMi7oBgTnQeC44BDJuKA7oUnRXcikuMuaFNgi3SVgUtxtuEmh476bzKS4m8+k6Cy4dpRJ0cOpZc9YNSl6eEyKngGYFD2ATd5ztgzo0Ezci5CJewkxcW/LxNgi9RZg4j6GM7GOuw8ZE/exTOx+opi4r1PLfrHKxH09TNwvACbuC2zyfkAmZnV3gTkQ22N/lnHBADsuUAMIADXQ9HGB1hsDBcYFD5OMC/oDT/lBwKZ82I4L1CCCBh/MMi4YAgTnYeC44AjJuGAooUkxVMikuMeaFNgi3SNgUtxruEmh476XzKS4l8+k6CK4dpRJMcyp5X2xalIM85gU9wVgUgwDNvl9s2VAh2bi+wmZ+H4hJh5umRhbpOECTDzCcCbWcY8gY+IRlondTxQTj3Rq+UCsMvFIDxM/EAATjwQ2+QNAJmZ1d4E5ENvjKJZxwYN2XKAeJADUaNPHBVpvjBYYFzxKMi4YBTzlxwCb8lE7LlBjCBp8LMu44CEgOI8CxwXHSMYFDxOaFA8LmRSPWJMCW6RHBEyKRw03KXTcj5KZFI/ymRTJgmtHmRSPObV8PFZNisc8JsXjAZgUjwGb/PHZMqBDM/E4QiYeJ8TE4y0TY4s0XoCJJxjOxDruCWRMPMEysfuJYuInnFo+GatM/ISHiZ8MgImfADb5k0AmZnV3gTkQ2+NElnHBJDsuUJMIADXZ9HGB1huTBcYFj5OMCyYCT/mngE35uB0XqKcIGnwKy7hgKhCcx4HjghMk44KnCU2Kp4VMimesSYEt0jMCJsU0w00KHfc0MpNiGp9JkSK4dpRJMd2p5bOxalJM95gUzwZgUkwHNvmzs2VAh2bi5wiZ+DkhJp5hmRhbpBkCTBwynIl13CEyJg5ZJnY/UUw806nlrFhl4pkeJp4VABPPBDb5LCATs7q7wByI7TGVZVww244L1GwCQM0xfVyg9cYcgXHBeJJxQSrwlJ8LbMrxdlyg5hI0+DyWccF8IDhPAscFpwoGc1D4zd8CYP6WAPP3PHAtyfwt/O/nT3RctUjooEHvczGwzlrjTsl4TtrpHCz2SD/0/pcQmpFLhMzI560ZiS3S8wJm5FLDzUgd91IyM3IpnxmZILh2lBm5zKnl8lg1I5d5zMjlAZiRy4BNvpzkJrGCkIlXCDHxSsvE2CKtFGDiFwxnYh33C2RM/IJlYvcTxcQvOrV8KVaZ+EUPE78UABO/CGzyl4Dg1kWeQmjyvjTb/D2uYhkLrgaPBRkBtZoAUC+bPhbUeuNlgbHgEyRjwVXAU/4VYFM+AR4LTiJs8FcIGvxVlrHgGiA4c+LAqXIV4hjLrCU0KdYKmRSvWZMCW6TXBEyK1w03KXTcr5OZFK/zmRRKcm33/tc5tXwjVk2KdR6T4o0ATIp1wCZ/Y7YM6NBM/CYhE78pxMTrLRNji7RegIk3GM7EOu4NZEy8wTJx1Nru/b/l1PLtWGXitzxM/HYATPwWsMnftu6uAuZAbI8bWcYF71hAqXcIAPWu6eMCrTfeFRgXTCQZF2wEnvLvAZtyoh0XqPcIGnwTy7hgMxCcuYHjgjwk44L3CU2K94VMig+sSYEt0gcCJsUWw00KHfcWMpNiC59JUVZw7SiTYqtTy22xalJs9ZgU2wIwKbYCm3zbbBnQoZn4Q0Im/lCIibdbJsYWabsAE39kOBPruD8iY+KPLBO7nygm/tip5SexysQfe5j4kwCY+GNgk38CZGJWdxeYA7E9fsoyLvjMjgvUZwSA2mH6uEDrjR0C44LJJOOCT4Gn/E5gU0624wK1k6DBd7GMCz4HgjMfcFxwBcm4YDehSbFbyKT4wpoU2CJ9IWBS7DHcpNBx7yEzKfbwmRTlBNeOMin2OrXcF6smxV6PSbEvAJNiL7DJ982WAR2aifcTMvF+ISb+0jIxtkhfCjDxAcOZWMd9gIyJD1gmdj9RTPyVU8uvY5WJv/Iw8dcBMPFXwCb/GsjErO4uMAdiezzIMi44ZMcF6hABoL4xfVyg9cY3AuOCKSTjgoPAU/5bYFNOseMC9S1Bgx9mGRccAYLzauC4ID/JuOA7QpPiOyGT4ntrUmCL9L2ASXHUcJNCx32UzKQ4ymdSJAquHWVSHHNq+UOsmhTHPCbFDwGYFMeATf7DbBnQoZn4R0Im/lGIiY9bJsYW6bgAE58wnIl13CfImPiEZWL3E8XEPzm1/DlWmfgnDxP/HAAT/wRs8p+BTMzq7gJzILbHkyzjglN2XKBOEQDqF9PHBVpv/CIwLniaZFxwEnjK/wpsyqftuED9StDgp1nGBb8BwVkAOC6IJxkX/E5oUvwuZFKcsSYFtkhnBEyKPww3KXTcf5CZFH/wmRTlBdeOMini5jg5n3Puj2LKpNAJiHcF606Ed0ORn+27Mefg1ko3RwZ0aCZOP4ePidPPkWHiDC6MWSb2uaYukk4oet2MQMBKxZ1xDrxGokyccY5lYtcTxcSZnFpmjlUmzuRh4swBMHEmYJNnBjIxq7sLzIHYHrMI7DHNjfoFVNY5wJOXFFBZCQCVDb1H+J0vvMFsc/AAnUYyLsgCPOUvAjblNDsuUBcRNHh2KcZAjwtyAMFZGDguKEIyLriY0KS4WMikuMSaFNgiXSJgUuQ03KTQceckMyly8pkUFQTXjjIpcjm1vDRWTYpcHpPi0gBMilzAJr90jgzo0Ex8GSETXybExLktE2OLlFuAifMYzsQ67jxkTJzHMrH7iWLivE4tL49VJs7rYeLLA2DivMAmvxzIxKzuLjAHYnvMxzIuuMKOC9QVBIC60vRxgdYbVwqMC54lGRfkA57yVwGb8lk7LlBXETT41SzjgvxAcBYHjgtKkIwLriE0Ka4RMimutSYFtkjXCpgUBQw3KXTcBchMigJ8JkVFwbWjTIp4p5YFY9WkiPeYFAUDMCnigU1ecI4M6NBMXIiQiQsJMXFhy8TYIhUWYOIihjOxjrsIGRMXsUzsfqKYuKhTy2KxysRFPUxcLAAmLgps8mJAJmZ1d4E5ENtjcZZxQQk7LlAlCABV0vRxgdYbJQXGBTNIxgXFgad8KWBTzrDjAlWKoMGvYxkXlAaC8zrguKA0ybjgekKT4nohk+IGa1Jgi3SDgElRxnCTQsddhsykKMNnUlQSXDvKpEhwaqli1aRI8JgUKgCTIgHY5GqODOjQTFyWkInLCjFxOcvE2CKVE2DiRMOZWMedSMbEiZaJ3U8UE5d3alkhVpm4vIeJKwTAxOWBTV4ByMSs7i4wB2J7rMgyLqhkxwWqEgGgKps+LtB6o7LAuGAmybigIvCUrwJsypl2XKCqEDR4VZZxQTUgOMsAxwUJJOOCGwlNihuFTIrq1qTAFqm6gElRw3CTQsddg8ykqMFnUlQWXDvKpKjp1LJWrJoUNT0mRa0ATIqawCavNUcGdGgmrk3IxLWFmLiOZWJskeoIMHFdw5lYx12XjInrWiZ2P1FMXM+p5U2xysT1PEx8UwBMXA/Y5DcBmZjV3QXmQGyPN7OMC+rbcYGqTwCoBqaPC7TeaCAwLkglGRfcDDzlGwKbMtWOC1RDggZvxDIuaAwEZznguCCRZFzQhNCkaCJkUjS1JgW2SE0FTIokw00KHXcSmUmRxGdSdBRcO8qkaObUsnmsmhTNPCZF8wBMimbAJm8+RwZ0aCa+hZCJbxFi4haWibFFaiHAxC0NZ2Idd0syJm5pmdj9RDHxrU4tb4tVJr7Vw8S3BcDEtwKb/DYgE7O6u8AciO2xFcu4oLUdF6jWBIC63fRxgdYbtwuMC+aQjAtaAU/5O4BNOceOC9QdBA3ehmVc0BYIzorAcUElknFBO0KTop2QSXGnNSmwRbpTwKRob7hJoeNuT2ZStOczKToJrh1lUnRwatkxVk2KDh6TomMAJkUHYJN3nCMDOjQTdyJk4k5CTNzZMjG2SJ0FmLiL4Uys4+5CxsRdLBO7nygmTnZqmRKrTJzsYeKUAJg4GdjkKUAmZnV3gTkQ22NXlnFBNzsuUN0IANXd9HGB1hvdBcYF80jGBV2Bp/xdwKacZ8cF6i6CBr+bZVzQAwjOqsBxQTWScUFPQpOip5BJ0cuaFNgi9RIwKXobblLouHuTmRS9+UyKzoJrR5kUfZxa9o1Vk6KPx6ToG4BJ0QfY5H3nyIAOzcT9CJm4nxAT97dMjC1SfwEmHmA4E+u4B5Ax8QDLxO4niokHOrUcFKtMPNDDxIMCYOKBwCYfBGRiVncXmAOxPQ5mGRcMseMCNYQAUENNHxdovTFUYFywgGRcMBh4yt8DbMoFdlyg7iFo8HtZxgXDgOCsARwX1CQZF9xHaFLcJ2RS3G9NCmyR7hcwKYYbblLouIeTmRTD+UyKLoJrR5kUI5xajoxVk2KEx6QYGYBJMQLY5CPnyIAOzcQPEDLxA0JMPMoyMbZIowSY+EHDmVjH/SAZEz9omdj9RDHxaKeWY2KViUd7mHhMAEw8GtjkY4BMzOruAnMgtsexLOOCh+y4QD1EAKiHTR8XaL3xsMC4YBHJuGAs8JR/BNiUi+y4QD1C0OCPsowLHgOCsw5wXFCXZFzwOKFJ8biQSTHOmhTYIo0TMCnGG25S6LjHk5kU4/lMimTBtaNMiglOLZ+IVZNigsekeCIAk2ICsMmfmCMDOjQTP0nIxE8KMfFEy8TYIk0UYOJJhjOxjnsSGRNPskzsfqKYeLJTy6dilYkne5j4qQCYeDKwyZ8CMjGruwvMgdgep7CMC6bacYGaSgCop00fF2i98bTAuGAJybhgCvCUfwbYlEvsuEA9Q9Dg01jGBdOB4LwZOC6oTzIueJbQpHhWyKR4zpoU2CI9J2BSzDDcpNBxzyAzKWbwmRQpgmtHmRQhp5YzY9WkCHlMipkBmBQhYJPPnCMDOjQTzyJk4llCTJxqmRhbpFQBJp5tOBPruGeTMfFsy8TuJ4qJ5zi1nBurTDzHw8RzA2DiOcAmnwtkYlZ3F5gDsT3OYxkXzLfjAjWfAFALTB8XaL2xQGBcsJRkXDAPeMovBDblUjsuUAsJGnwRy7hgMRCcjYDjgsYBHRS+55/A/HUG5q8LMH+6OTK7cjcr/OJM+Guq83W281U/z4fzsdQhDv3fRK7f85zv0X8f+d5l4dfLXd/7T9ZfEf7+ledZf4Vr/RfCr19M43vnON/7gvO9+gx8Kfx61QXuZXX4+18+z15Wu/bySvj1q+fZyyuuvawJv16bxvfOdb53jfO9eo+vhV+/7sge9CHWr+bZvKAvAcvBvY2O+56aZ/OKjnsFyZm2DnimAWutVhiOm/kZzp5paNy8aHjcfcILrROI+yUSsdB2B24td6395m8VSf7uBObvJWD+VpOc128Az2sgZhQyf0EN8IC5jBrgvWkHeNgivSkwwFtv+ABPx71eeIAH/1dADSXHtSTk2M1QcnyNhBw3AMkRiBn1GiE5bhAix7csOWKL9JYAOb5tODnquN8WIkf0XvMmnSVytGLeOCc2435D2CHxuz+Ny40Ccb9Jcol5G0jCbwAvMetJLjHvAPMHxIxaT4K/gYaKkI0k+RtkqAh5h6R/3wX2LxAz6h1CEfKukAh5z4oQbJHeExAhmwwXITruTSQiJH/4Mv6OwKV0k+HjykJJMpfxzSRktBlIRsBaq82Gizjd15sFcLOF5BK4SQg3fvO3lSR/QHyrLcD8bSM5t94H4g+IGbWNBH9jDRXBH5Pk7yFDRfAnJP37AbB/gZhRnxCK4A+ERPAWK4KxRdoiIIK3Gi6CddxbSURwsbAYfF/gUr/DcBFcOklGzOwkIaNtQDIC1lrtNFwE677eJoCb3SSXwK1CuPGbvy9I8gfEt9oNzN8eknPrQyD+gJhRe0jw97ShIvhLkvw9Y6gIPkDSv9uB/QvEjDpAKIK3C4ngj6wIxhbpIwER/LHhIljH/TGJCE4Ii8EPBS71Bw0XwRWSZMTMIRIy+gRIRsBaq0OGi2Dd158I4OYwySXwYyHc+M3fEZL8AfGtDgPz9x3JufUpEH9AzKjvSPC3yFAR/ANJ/hYbKoJ/JOnfz4D9C8SM+pFQBH8mJIJ3WBGMLdIOARG803ARrOPeSSKCq4TF4KcCl/qfDBfBNZNkxMzPJGS0C0hGwFqrnw0Xwbqvdwng5heWSaYQbvzm71eS/AHxrX4B5u80ybn1ORB/QMyo0yT4W2uoCP6DJH+vGSqC4wpz9O9uYP8CMaOQ+QtKBO8WEsFfWBGMLdIXAiJ4j+EiWMe9h0QE1w2Lwc8FLvUZCpstghsmyYiZjCRktBdIRsBaq4yFzRbBuq/3CuAmS2GOS+AeIdz4zV9WkvwB8a2yAPOXjeTc2gfEHxAzKhsJ/rYYKoIvJsnfVkNF8CUk/bsf2L9AzKhLCEXwfiER/KUVwdgifSkggg8YLoJ13AdIRHDTsBjcJ3Cpv9RwEdwySUbMXEZCRl8ByQhYa3WZ4SJY9/VXArjJS3IJPCCEG7/5u5wkf0B8q7zA/OUjObe+BuIPiBmVjwR/+wwVwVeT5G+/oSI4P0n/HgT2LxAzKj+hCD4oJIIPWRGMLdIhARH8jeEiWMf9DYkIbh0Wg18LXOoLGC6C70ySETPxJGT0LZCMgLVW8YaLYN3X3wrgpjDJJfAbIdz4zV8RkvwB8a0KA/NXlOTcOgzEHxAzqigJ/o4bKoJLkuTvhKEiuBRJ/x4B9i8QM6oUoQg+IiSCv7MiGFuk7wRE8PeGi2Ad9/ckIrhTWAweFrjUX2+4CO6WJCNmbiAho6NAMgLWWt1guAjWfX1UADeK5BL4vRBu/OavLEn+gPhWCpi/ciTn1jEg/oCYUeVI8Jdpp5kiuCJJ/jLvNFMEVyLp3x+A/QvEjKpEKIJ/EBLBP1oRjC3SjwIi+LjhIljHfZxEBPcIi8FjApf6qoaL4H5JMmKmGgkZnQCSEbDWqprhIlj39QkB3NRgmSQJ4cZv/mqS5A+Ib1UDmL9aJOfWT0D8ATGjapHgL5+hIrgeSf6uMFQE30TSvz8D+xeIGXUToQj+WUgEn7QiGFukkwIi+JThIljHfYpEBA8Ki8GfBC71DQwXwcOSZMRMQxIy+gVIRsBaq4aGi2Dd178I4KYJySXwlBBu/OavKUn+gPhWTYD5SyI5t34F4g+IGZVEgr+ShorgFiT5K2WoCG5J0r+ngf0LxIxqSSiCTwuJ4N+sCMYW6TcBEfy74SJYx/07iQgeERaDvwpc6lsZLoLHJMmImdYkZHQGSEbAWqvWhotg3ddnBHDThuQS+LsQbvzmry1J/oD4Vm2A+WtHcm79AcQfEDOqHQn+qhoqgjuyvJPDUBHciaR/4+bi8gfEjOpEKIKBuYwSwenmnnttRbDfNeeeTSh63fRzzRbBOu70c+E1EtnrI2Ex+IfApT7ZcBE8IUlGzKSQkFEGIBkBa61SDBfBuq8zzMWv253kEpheCDd+83cXSf6A+Fbdgfm7m+TcygjEHxAz6m4S/DUxVAT3JslfU0NFcB+S/s0E7F8gZlQfQhGcSUgEZ7YiGFukzAIiOIvhIljHnYVEBE8Ki8GMApf6/oaL4GeSZMTMABIyygokI2Ct1QDDRbDu66wCuBlMcgnMIoQbv/kbQpI/IL7VYGD+hpKcW9mA+ANiRg0lwV97Q0XwfST562CoCL6fpH8vAvYvEDPqfkIRfJGQCM5uRTC2SNkFRHAOw0WwjjsHiQh+LiwGswlc6kcaLoJnJ8mImQdIyOhiIBkBa60eMFwE676+WAA3o0kugTmEcOM3f2NI8gfEtxoNzN9YknPrEiD+gJhRY0nw19dQEfwoSf76GSqCHyPp35zA/gViRj1GKIJzCongXFYEY4uUS0AEX2q4CNZxX0oigueHxeAlApf68YaL4OeTZMTMBBIyugxIRsBaqwmGi2Dd15cJ4GYiySXwUiHc+M3fJJL8AfGtJgLzN5nk3MoNxB8QM2oyCf5GGSqCnybJ34OGiuBnSPo3D7B/gZhRzxCK4DxCIjivFcHYIuUVEMGXGy6CddyXk4jgFWExmFvgUv+s4SJ4dZKMmHmOhIzyAckIWGv1nOEiWPd1PgHczCS5BF4uhBu/+ZtFkj8gvtVMYP5SSc6tK4D4A2JGpZLgb7KhIngeSf6eMlQEzyfp3yuB/QvEjJpPKIKvFBLBV1kRjC3SVQIi+GrDRbCO+2oSEbwmLAavELjULzJcBL+ZJCNmFpOQUX4gGQFrrRYbLoJ1X+cXwM1Skkvg1UK48Zu/ZST5A+JbLQXmbznJuXUNEH9AzKjlJPibZ6gIfpEkf/MNFcEvkfTvtcD+BWJGvUQogq8VEsEFrAjGFqmAgAiON1wE67jjSUTw22ExeI3Apf5lw0Xw5iQZMfMKCRkVBJIRsNbqFcNFsO7rggK4WUtyCYwXwo3f/L1Gkj8gvtVaYP5eJzm3CgHxB8SMep0Efy8bKoLXs/SvoSJ4A0n/Fgb2LxAzagOhCC4sJIKLWBGMLVIRARFc1HARrOMuSiKCt4bFYCGBS/1Gw0XwJ0kyYuYdEjIqBiQjYK3VO4aLYN3XxQRws4nkElhUCDd+87eZJH9AfKtNwPy9T3JuFQfiD4gZ9T4J/jYZKoK3keRvs6Ei+EOS/i0B7F8gZtSHhCK4hJAILmlFMLZIJQVEcCnDRbCOuxSJCN4ZFoPFBS71HxsugvcmyYiZT0jI6DogGQFrrT4xXATrvr5OADc7SC6BpYRw4zd/O0nyB8S32gHM3y6Sc6s0EH9AzKhdJPjbbagI3kOSvy8MFcF7Sfr3emD/AjGj9hKK4OuFRPANVgRji3SDgAguY7gI1nGXIRHBB8JisLTApf5Lw0Xwt0kyYuYACRklAMkIWGt1wHARrPs6QQA3B0kugWWEcOM3f4dI8gfEtzoIzN83JOeWAuIPiBn1DQn+jhoqgr8jyd8xQ0Xw9yT9WxbYv0DMqO8JRXBZIRFczopgbJHKCYjgRMNFsI47kUQEfx8Wg0rgUv+D4SL4RJKMmPmRhIzKA8kIWGv1o+EiWPd1eQHc/ERyCUwUwo3f/P1Mkj8gvtVPwPydJDm3KgDxB8SMOkmCv3S7zBTBp0nyl36XmSL4N5L+rQjsXyBm1G+EIriikAiuZEUwtkiVBERwZcNFsI67MokIPhUWgxUELvV/GC6CzyTJiJm4IhxkVAVIRsBaK3T+0PXVfV1FADcZinBcAisL4cZv/jKS5A+Ib+XGjN/8ZSI5t6oC8QfEjMpEgr/chorgbCT5y2OoCL6IpH+rAfsXiBmFzF9QIriakAi+0YpgbJFuFBDB1Q0XwTru6iQiOH2zuLiqApf6i4uYLYKzNpMRM5eQkFENIBkBa60uMVwE676uIYCbS0kugdWFcOM3f5eR5A+Ib3UpMH+5Sc6tmkD8ATGjcpPgr6ihIjgfSf6KGSqCryDp31rA/gViRl1BKIJrCYng2lYEY4tUW0AE1zFcBOu465CI4BxhMVhT4FJ/teEi+LJmMmImPwkZ1QWSEbDWKr/hIlj3dV0B3BQguQTWEcKN73+6iiR/QHyrAsD8FSQ5t+oB8QfEjCpIgr+KhorgoiT5q2SoCC5G0r83AfsXiBlVjFAE3yQkgm+2IhhbpJsFRHB9w0Wwjrs+iQi+PCwG6wlc6ksaLoLzN5MRM6VIyKgBkIyAtValDBfBuq8bCODmepJLYH0h3PjN3w0k+QPiW10PzF8ZknOrIRB/QMyoMiT4a2CoCC5Hkr+GhorgRJL+bQTsXyBmVCKhCG4kJIIbWxGMLVJjARHcxHARrONuQiKC48NisKHApb6i4SK4WDMZMVOJhIyaAskIWGtVyXARrPu6qQBuqpJcApsI4cb375qxTJKAvVIVmL8bSc6tJCD+gJhRN5Lgr42hIrgWSf7aGiqCa5P0bzNg/wIxo2oTiuBmQiK4uRXB2CI1FxDBtxgugnXct5CI4FJhMZgkcKmvZ7gITmgmI2ZuIiGjFkAyAtZa3WS4CNZ93UIANw1ILoG3COHG94SQJH9AfKsGwPw1Ijm3WgLxB8SMakSCv56GiuAkkvz1MlQENyPp31uB/QvEjGpGKIJvFRLBt1kRjC3SbQIiuJXhIljH3YpEBCeGxWBLgUt9C8NFcJVmMmKmJQkZtQaSEbDWqqXhIlj3dWsB3LQiuQS2EsKNbzyT5A+Ib9UKmL/bSc6t24H4A2JG3U6Cv+GGiuB2JPkbYagIvpOkf+8A9i8QM+pOQhF8h5AIbmNFMLZIbQREcFvDRbCOuy2JCK4eFoO3C1zqOxougus2kxEznUjIqB2QjIC1Vp0MF8G6r9sJ4CaZ5e2AQrjxm78UkvwB8a2SgfnrSnJu3QnEHxAzqqvhfFc/zHd3Cpxbdxsed9NmMud1D5J+aQ/sF2CtVQ/DcTMzXIj2ArjR66Li1nvL7MLMrPCLM+Gvqc7X2c5X/XQIx9LRiUf/NxFRO8/5Hv33ke/tFH7d2fW9/2T9LuHvTz7P+l1c66eEX3dN43vnON+b4nyvFuDdwq+7X+Be7gp//93n2ctdrr30CL/ueZ699HDtpVf4de80vneu8729nO/Ve+wTft3X0YBobPareTYvaGz2Nrwn76l5Nq/ouPuQnOX9gGc5sNaqD6GBmAo+hyN7jNS8f7hWA8L/G+jygS52vmaLizYV9ZPZ9bomaF8CJmVCJtdes7n2HInnEufvM2J/brlsrtzGufIdl0be4lw/P2v4fzmc112TBzQb2KlH986NkoemVbMMaayb3hVrJs/3uesY+bss7v9e4lICWutPl4f+DnkNcL4OdL7mDP9vUPj14L8gM8SFSDcjet3+BBfMQQJkNkCIzNKD4wfWRw0AE5D3cJaof3/gBEtynwOA+3TndYhzngx1EWQ+56v7sE/n+jNm0szqiiPyuMkl8jMjcUeINBN2L2X1z8oYF/2cj0gjP99DpC2SO/dLHuAhUu/ENH0asbpj1PFlwcaXENlr5InsKfJzLoo7h5usrn1kw+5DRX6Wdx/ZXPvI6nod+buLXHuK/Fl2z37dveD+byN5ze6KmeYyogMZ4lw6hjpf7wl/vXeu3P77CxDwYMMnWDruewTiHkJy8QDWRw0huGQOEKj1vQQYv1cg7mEkGAfWRw0zHOPzM5x1rNG1Hm543H3CC/UTiHsEiRs6DOiGAmutkPnzmjTDnHuR956kn/vCr++/wEnJ8PD3jzjPpGS4a/2R4dcPzD27bhAC+T6wQJY4d0Zi392Yklg2MUH3NSput7Ab5RLaEYHwXxTaWVxxRB63O61FVG7n//fqPaB7ytCmA3v06J7SPblL094Dkt0pS+sdwGnpWLc5nDGNNNKZw1L7GyX0rti/yqlfjnnw37/TOMGzlgpqsvWg0FvjR9u3xmOLNHouft0xhr81Xsc9JuBDIMHfE5XTBJ+P9/KEFn5Ph3/AgtlAs6R6XNzC2bL18rm28v6BO79jHaw95MJcJhdOIt+rD7Q/4v6MoXSu1+md70l/nu9J9xfr/NVlROzQigSnE/CaK9iH5kbb++4NoX72WOAh9PB51qpUMblTSsXEch0TElM6hdepkJJcrmPZyiqlUrnw8uUSVaeOyQldEjtVrJBYoVJKxcDeW/KwEAM/YhkYW6RHBBj4UcMZWMf9aEC/nOY3/oecvaLXHWXoL4t494nE0mNAu2wU2OLSh5jeXy1nTTTmI7ciNI5GG24RR25v6LjHmGkR/0lyIy8iDwHXGkvyy2pAfCsgZpRU/tB98jihffS40OV1nL28Yos0TuDyOt7wy6uOe3xAl9cEf8///G6JvQY1f3vIx0GQEv0EZvdMcPL9xD+we2qnkTuv3VM77u/tnrTW+Vu7x/Q346V3kpnOlbgnXDf0yIO+cQDjUE8AD7Mncc2QEsnnk4KKR+fxIQHl/KhZb/z60y1Jxz1BIO7HCN7w9oRA3I8bqlS8BIM8Nx4FfqzGOBKlB8S3AmJGjQvoDZd+6zwByDUTgU6dXkOCWybOlTnDkLWWcBFXpeLjnkjgIq4WiHsSyRtNJwH7EVhrNclw3Oh+2SiAmykE/fKOQNxTSfplMrBfgLVWUwn65VMB3Ewj6JfPBOKeTtIvTwH7BVhrNZ2gXw4K4GYGQb8cEog7RNIvU4D9Aqy1ChH0y0kB3KQS9Mspgbhnk/TLVGC/AGutZhP0SxaBd8/MI+iXrAJxzyfpl6eB/QKstZpP0C/5BHCziKBfrhCIezFJvzwD7BdgrdVign4pLoCbpQT9UkIg7mUk/TIN2C/AWqtlBP1SUQA3Kwn6pZJA3C+Q9Mt0YL8Aa61eIOiXmwVws4qgX+oLxL2apF+eBfYLsNZqNUG/tBLAzasE/dJaIO41JP3yHLBfgLVWawj6pasAbl4n6JduAnGvI+mXGcB+AdZarSPol8ECuFlP0C9DBOLeQNIvIWC/AGutNhD0y1gB3Gwk6JeHBOJ+h6RfZgL7BVhr9Q5Bv0wRwM0mgn6ZKhD3ZpJ+mQXsF2Ct1WaCfpkngJstBP0yXyDurST9kgrsF2CtFTJ/+peel2WMi8vlrKd/h0G/L1u/11S/f06/J0i/z0HPbvU8Snvs2jfUXojWd/rOqnlYny2pc+OiHvj7qMAf9Cy1zzlA3Oj6LM947vfQdA7mCOd5LvB31IL6NJK5Qp9GMs9+Ggm2SPMEPo1kvuGfRqLjnk/0aSQSe7UfaHv2iUvjQe3Znd8FTg0X/oNPOCno+u/+6hNOCsb9/SecpLXOf+ITTnQy412JWzj3zyevyZ9wshB4QC6ai8/von+QT9/vkgTeygz9vDuxTwxZIPBb/NsJ4l4oEPdHBP8U3GKBuD8m+YQTIC4VsNZKKn/oOi8hVI9LhNTj81Y9Yov0vIB6XGq4etRxLyVSj0uteqRXj8ucGi636vHfP5FELfOox+Vk6nE58IBcIaAeVwSgHlda9fivVdQyATWxgyDu5QJx7yRQjysF4t5Foh6BuFTAWitk/jTpL88Y96cHXR80NpfPNX+PLwjNuOEN+SKQEFkB9SIBoF5C7xG9Qe0tvyTAGHtIGOMF4O16FbAp9xDcNFYJ4GY1sGH0mbaM8GBbTXCwvSzFlOnBgHJLcb9rvULwkd8STfkquNgScd8nEPc+ww9h3YSvCMS9n+QtwmuA/QistdoPlnuCJPb/B1VobL5KQGJrpG/nvj+LL9wxIwUa/CvDGzw5JSWhU5fOqk9NXMxrgYcFMn9BTdnXgr3/yPOanbJji/SawJT9dcOn7Dru14Wm7JEHrSyQOV03V64pQPlMSSybmIA8kN+Yay6hSfwS46sCv8x3kOCXGNcIxH2IRKG8CexrYK3VIYJ+2SSAm8ME/bJZIO4jJP2yHtgvwFqrIwT9sksAN0cJ+uVzgbiPkfTLBmC/AGutjhH0y2EB3Bwn6JcjAnGfIOmXt4D9Aqy1OkHQL6cFcHOSoF9+E4j7FEm/vA3sF2Ct1SmCfsk+B4+b0wT9kkMg7t9I+mUjsF+AtVa/EfTL1QK4+YOgX/ILxB1XlKNf3gH2C7DWCp0/iX65TgA3GQyPW/dLaYG4M5L0y7vAfgHWWmUk6JeqArjJQtAv1QTizkrSL+8B+wVYa5WVoF8aCeAmO0G/NBaIOwdJv2wC9guw1ioHQb+0EcBNToJ+aSsQdy6SftkM7BdgrVUugn65WwA3uQn6pYdA3HlI+uV9YL8Aa63yEPTLvQK4yUfQL8ME4r6CpF8+APYLsNbqCoJ+eVQAN1cT9MtjAnHnJ+mXLcB+AdZa5Sfol2kCuClA0C/TBeKOJ+mXrcB+AdZaxRP0yyIB3BQm6JfFAnEXIemXbcB+AdZaIfOnP2lyhesfJdK/w6Dfl63fa6rfP6ffE6Tf56Bnt3oepT127RtqL0TrO31n1Tysz5Ztwv9YzodCH0OB3ud28D9KtNL1jxLpHGwXzvNHhB8r/ZHQL7x+bH/hFVukjwV+4fUTw3/hVcf9CdHHSkvs1X6s9NknLo0HtWd3fj91aviZ/Vjpf/9EEvWp52OlPyP7WOnPgAfkDoGPld4RwMdK77QfK/2vP1PtU4GPpSle1Py4PxOIu4Thql/HvVMg7pIBqf4Ef48C4lIBa62k8oeu8y5C9bhLSD1+btUjtkifC6jH3YarRx33biL1uNuqR3r1+IVTwz1WPf77J5KoLzzqcQ+ZetwDPCD3CqjHvQGox31WPf5rFfWFgJq4nkA97hGI+wYC9bhPIO4yJOoRiEsFrLVC5k+T/krCf2phD8GnVO+X+qcW0A35JfgfJWIE1JcEgDpg+j9KpL3lAwKMUY6EMfYjPxkX2JTlCG4aXwng5mvwP0q0gvBg+5rgYDto+sGmP+b7DQGAljf/YPvfx4cjPzL9EPBgk8pfenCdkf+Y1TcE/5iVxGH+LcE/ZnVIIO6KhpO3Pry/EYi7Eslbyw8D+xFYa1UJbBOsIPzHrL4luPwcFthjmhv1/Vn0F3IJqHjetVRQ7wY4IvRugO/suwGwRfpO4N0A3xv+bgAd9/dC7waIPJI5TfD5BPFOgBmp2HcCLJmDz+msDEIMcKH7VOf/a3etjjq4PfYP3lVwT9yf8eh9V8E9cX//roK01vnbdxVccBL+JkWR4I7OPbfB9E4ihng2h/qZESCjGb0qwW+tLhH4rdVqJH7yrAy4G9dRIBneSCLNjgGlmbtX/O6rOgn+gH2igJhR1UneP/0DoWL6QUgx/WgVE7ZIPwoopuOGKyYd93Gi909L7PXvVJPfunlVk9/1pFTTBZH73yibuDQe1NruWp1w8PCT6aqJ4b3YJzwKTCd1aFz0Y/J7sX8CHrY/XxBrp5z3ieTz53+QT9//jhgwB9X+r27o/+BwueCb5d/cBjUOTwgM3eoQvBf7J4G46xK8Q+qkQNz1SJQoEJcKWGtVjwA3EufETCHLGr3PU3M59vkL+HPGXnB9zpjOwS9z4+Ik9/8r4W+K/yrkdJy2Tge2SKcFnI7fDHc6dNy/kc2GfxOcDQthNrDfwv7dqeUZ038LG52ESHC/e35z+szcuD89aCvrd2CTnyG5SfxByMR/CDFx3LxzLy0T+1xTF0knFL1uunlmM7GOO908eI1Emdid0wSfz3+NidM7tczgqmlMMbFOQLwrWHcivBuK/Gy/jZke2OQZgODWRX6B8Lf6kDmQ2mPGeUKHA/rKlGkeMGhSQGUiAFRm9B7RG9R6I/M8PEAbkLj0GYGnfBZgUzYA/yrUMsIGz0LQ4FmlGAM9ts4GBOdE4EeITSrC8cbIi5DXwbhgTIqLgOB07ze7NSmwRcouYFLkMNyk0HHnIDMpcvCZFEpybff+L3ZqeUmsmhQXe0yKSwIwKS4GNvkl82RAh2binIRMnFOIiXNZJsYWKZcAE19qOBPruC8lY+JLLRNHre3e/2VOLXPHKhNf5mHi3AEw8WXAJs9t3V0FzIHYHvOwjAvyWkCpvASAutz0cYHWG5cLjAsakYwL8gBP+XzApmxkxwUqH0GDX8EyLrgSCM4pwHHBVJJxwVWEJsVVQibF1dakwBbpagGTIr/hJoWOOz+ZSZGfz6QoK7h2lElxjVPLa2PVpLjGY1JcG4BJcQ2wya+dJwM6NBMXIGTiAkJMHG+ZGFukeAEmLmg4E+u4C5IxcUHLxO4niokLObUsHKtMXMjDxIUDYOJCwCYvDGRiVncXmAOxPRZhGRcUteMCVZQAUMVMHxdovVFMYFzQhGRcUAR4yhcHNmUTOy5QxQkavATLuKAkEJzTgOOC6STjglKEJkUpIZPiOmtSYIt0nYBJUdpwk0LHXZrMpCjNZ1KUE1w7yqS43qnlDbFqUlzvMSluCMCkuB7Y5DfMkwEdmonLEDJxGSEmTrBMjC1SggATK8OZWMetyJhYWSZ2P1FMXNapZblYZeKyHiYuFwATlwU2eTkgE7O6u8AciO0xkWVcUN6OC1R5AkBVMH1coPVGBYFxQRLJuCAReMpXBDZlkh0XqIoEDV6JZVxQGQjOGcBxQYhkXFCF0KSoImRSVLUmBbZIVQVMimqGmxQ67mpkJkU1PpMiUXDtKJPiRqeW1WPVpLjRY1JUD8CkuBHY5NXnyYAOzcQ1CJm4hhAT17RMDC6SABPXMpyJddy1yJi4lmVi9xPFxLWdWtaJVSau7WHiOgEwcW1gk9cBMjGruwvMgdge67KMC+rZcYGqRwCom0wfF2i9cZPAuKA5ybigLvCUvxnYlM3tuEDdTNDg9VnGBQ2A4EwFjgtmk4wLGhKaFA2FTIpG1qTAFqmRgEnR2HCTQsfdmMykaMxnUpQXXDvKpGji1LJprJoUTTwmRdMATIomwCZvOk8GdPB3IhEycZIQEzezTIwtUjMBJm5uOBPruJuTMXFzy8TuJ4qJb3Fq2SJWmfgWDxO3CICJbwE2eQsgE7O6u8AciO2xJcu44FY7LlC3EgDqNtPHBVpv3CYwLmhBMi5oCTzlWwGbsoUdF6hWBA3emmVccDsQnPOA44L5JOOCOwhNijuETIo21qTAFqmNgEnR1nCTQsfdlsykaMtnUlQQXDvKpGjn1PLOWDUp2nlMijsDMCnaAZv8znkyoEMzcXtCJm4vxMQdLBNji9RBgIk7Gs7EOu6OZEzc0TKx+4li4k5OLTvHKhN38jBx5wCYuBOwyTsDmZjV3QXmQGyPXVjGBcl2XKCSCQCVYvq4QOuNFIFxwa0k44IuwFO+K7Apb7XjAtWVoMG7sYwLugPBuQg4LlhMMi64i9CkuEvIpLjbmhTYIt0tYFL0MNyk0HH3IDMpevCZFBUF144yKXo6tewVqyZFT49J0SsAk6InsMl7zZMBHZqJexMycW8hJu5jmRhbpD4CTNzXcCbWcfclY+K+londTxQT93Nq2T9Wmbifh4n7B8DE/YBN3h/IxKzuLjAHYnscwDIuGGjHBWogAaAGmT4u0HpjkMC4oBXJuGAA8JQfDGzKVnZcoAYTNPgQlnHBUCA4lwLHBctIxgX3EJoU9wiZFPdakwJbpHsFTIphhpsUOu5hZCbFMD6TopLg2lEmxX1OLe+PVZPiPo9JcX8AJsV9wCa/f54M6NBMPJyQiYcLMfEIy8TYIo0QYOKRhjOxjnskGROPtEzsfqKY+AGnlqNilYkf8DDxqACY+AFgk48CMjGruwvMgdgeH2QZF4y24wI1mgBQY0wfF2i9MUZgXHA7ybjgQeApPxbYlLfbcYEaS9DgD7GMCx4GgnMlcFzwAsm44BFCk+IRIZPiUWtSYIv0qIBJ8ZjhJoWO+zEyk+IxPpOisuDaUSbF404tx8WqSfG4x6QYF4BJ8TiwycfNkwEdmonHEzLxeCEmnmCZGFukCQJM/IThTKzjfoKMiZ+wTOx+opj4SaeWE2OViZ/0MPHEAJj4SWCTTwQyMau7C8yB2B4nsYwLJttxgZpMAKinTB8XaL3xlMC4oA3JuGAS8JSfAmzKNnZcoKYQNPhUlnHB00BwrgKOC1aTjAueITQpnhEyKaZZkwJbpGkCJsV0w00KHfd0MpNiOp9J0VFw7SiT4lmnls/FqknxrMekeC4Ak+JZYJM/N08GdGgmnkHIxDOEmDhkmRhbpJAAE880nIl13DPJmHimZWL3E8XEs5xapsYqE8/yMHFqAEw8C9jkqUAmZnV3gTkQ2+NslnHBHDsuUHMIADXX9HGB1htzBcYF7UjGBbOBp/w8YFO2s+MCNY+gweezjAsWAMH5KnBcsIZkXLCQ0KRYKGRSLLImBbZIiwRMisWGmxQ67sVkJsViPpOik+DaUSbFEqeWz8eqSbHEY1I8H4BJsQTY5M/PkwEdmomXEjLxUiEmXmaZGFukZQJMvNxwJtZxLydj4uWWid1PFBOvcGq5MlaZeIWHiVcGwMQrgE2+EsjErO4uMAdie3yBZVzwoh0XqBcJAPWS6eMCrTdeEhgXtCcZF7wAPOVXAZuyvR0XqFUEDb6aZVzwMhCcrwPHBetIxgWvEJoUrwiZFK9akwJbpFcFTIo1hpsUOu41ZCbFGj6TorPg2lEmxVqnlq/Fqkmx1mNSvBaASbEW2OSvzZMBHZqJXydk4teFmHidZWJskdYJMPEbhjOxjvsNMiZ+wzKx+4li4jedWq6PVSZ+08PE6wNg4jeBTb4eyMSs7i4wB2J73MAyLnjLjgvUWwSAetv0cYHWG28LjAs6kowLNgBP+Y3ApuxoxwVqI0GDv8MyLngXCM71wHHBBpJxwXuEJsV7QibFJmtSYIu0ScCk2Gy4SaHj3kxmUmzmMym6CK4dZVK879Tyg1g1Kd73mBQfBGBSvA9s8g/myYAOzcRbCJl4ixATb7VMjC3SVgEm3mY4E+u4t5Ex8TbLxO4niok/dGq5PVaZ+EMPE28PgIk/BDb5diATs7q7wByI7fEjlnHBx3ZcoD4mANQnpo8LtN74RGBc0JlkXPAR8JT/FNiUne24QH1K0OCfsYwLdgDBuRE4LniHZFywk9Ck2ClkUuyyJgW2SLsETIrPDTcpdNyfk5kUn/OZFMmCa0eZFLudWn4RqybFbo9J8UUAJsVuYJN/MU8GdGgm3kPIxHuEmHivZWJskfYKMPE+w5lYx72PjIn3WSZ2P1FMvN+p5ZexysT7PUz8ZQBMvB/Y5F8CmZjV3QXmQGyPB1jGBV/ZcYH6igBQX5s+LtB642uBcUEyybjgAPCUPwhsymQ7LlAHCRr8EMu44BsgODcBxwWbScYF3xKaFN8KmRSHrUmBLdJhAZPiiOEmhY77CJlJcYTPpEgRXDvKpPjOqeX3sWpSfOcxKb4PwKT4Dtjk38+TAR2aiY8SMvFRISY+ZpkYW6RjAkz8g+FMrOP+gYyJf7BM7H6imPhHp5bHY5WJf/Qw8fEAmPhHYJMfBzIxq7sLzIHYHk+wjAt+suMC9RMBoH42fVyg9cbPAuOCriTjghPAU/4ksCm72nGBOknQ4KdYxgW/AMG5BTgu2FokmIPCb/5+BeZvNDB/Y4BrSebv9H8/f6Ljqt+EDhr0Pn8H1llr3BcznpN2Oge/e6Qfev9nCM3IM0Jm5B/WjMQW6Q8BMzJuvtlmpI5b7xFcI1Ez0p3TBJ9PQGZkguDaUWZkOqeW6V01jSkzUicg3hWsOxHeDUV+tt/GTAds8vTz4yhuEhnm8zFxhvkyTJzRhTHLxD7X1EXSCUWvm8lwJtZxZyJj4kyWid1PFBNndmqZJVaZOLOHibMEwMSZgU2eBQhuXeQXCU3eLPPN32NWoRsT/MqUDbdRxQqobASAugi9R/QGtd64aD4eoN1JxoJZgad8dmBTdgePBVcQNnh2ggbPIcUY6LHMxUBwHgSOZQ6RjGUuITQpLhEyKXJakwJbpJwCJkUuw00KHXcuMpMiF59JoSTXdu//UqeWl8WqSXGpx6S4LACT4lJgk182XwZ0aCbOTcjEuYWYOI9lYmyR8ggwcV7DmVjHnZeMifNaJo5a273/y51a5otVJr7cw8T5AmDiy4FNns+6uwqYA7E9XsEyLrjSAkpdSQCoq0wfF2i9cZXAuOBuknHBFcBT/mpgU95txwXqaoIGz88yLrgGCM7DwHHBEZJxwbWEJsW1QiZFAWtSYItUQMCkiDfcpNBxx5OZFPF8JkVZwbWjTIqCTi0LxapJUdBjUhQKwKQoCGzyQvNlQIdm4sKETFxYiImLWCbGFqmIABMXNZyJddxFyZi4qGVi9xPFxMWcWhaPVSYu5mHi4gEwcTFgkxcHMjGruwvMgdgeS7CMC0racYEqSQCoUqaPC7TeKCUwLuhJMi4oATzlrwM2ZU87LlDXETR4aZZxwfVAcB4FjguOkYwLbiA0KW4QMinKWJMCW6QyAiZFguEmhY47gcykSOAzKcoJrh1lUiinlmVj1aRQHpOibAAmhQI2edn5MqBDM3E5QiYuJ8TEiZaJsUVKFGDi8oYzsY67PBkTl7dM7H6imLiCU8uKscrEFTxMXDEAJq4AbPKKQCZmdXeBORDbYyWWcUFlOy5QlQkAVcX0cYHWG1UExgW9ScYFlYCnfFVgU/a24wJVlaDBq7GMC24EgvM4cFxwgmRcUJ3QpKguZFLUsCYFtkg1BEyKmoabFP8DJ5lJUZPPpEgUXDvKpKjl1LJ2rJoUtTwmRe0ATIpawCavPV8GdGgmrkPIxHWEmLiuZWJskeoKMHE9w5lYx12PjInrWSZ2P1FMfJNTy5tjlYlv8jDxzQEw8U3AJr8ZyMSs7i4wB2J7rM8yLmhgxwWqAQGgGpo+LtB6o6HAuKAvybigPvCUbwRsyr52XKAaETR4Y5ZxQRMgOE8CxwWnSMYFTQlNiqZCJkWSNSmwRUoSMCmaGW5S6LibkZkUzfhMivKCa0eZFM2dWt4SqyZFc49JcUsAJkVzYJPfMl8GdGgmbkHIxC2EmLilZWJskVoKMPGthjOxjvtWMia+1TKx+4li4tucWraKVSa+zcPErQJg4tuATd4KyMSs7i4wB2J7bM0yLrjdjgvU7QSAusP0cYHWG3cIjAv6k4wLWgNP+TbApuxvxwWqDUGDt2UZF7QDgvM0cFzwG8m44E5Ck+JOIZOivTUpsEVqL2BSdDDcpNBxdyAzKTrwmRQVBNeOMik6OrXsFKsmRUePSdEpAJOiI7DJO82XAR2aiTsTMnFnISbuYpkYW6QuAkycbDgT67iTyZg42TKx+4li4hSnll1jlYlTPEzcNQAmTgE2eVcgE7O6u8AciO2xG8u4oLsdF6juBIC6y/RxgdYbdwmMCwaSjAu6AU/5u4FNOdCOC9TdBA3eg2Vc0BMIzj+A44K4ohzjgl6EJkUvIZOitzUpsEXqLWBS9DHcpNBx9yEzKfrwmRQVBdeOMin6OrXsF6smRV+PSdEvAJOiL7DJ+82XAR38nUiETNxfiIkHWCbGFmmAABMPNJyJddwDyZh4oGVi9xPFxIOcWg6OVSYe5GHiwQEw8SBgkw8GMjGruwvMgdgeh7CMC4bacYEaSgCoe0wfF2i9cY/AuGAwybhgCPCUvxfYlIPtuEDdS9Dgw1jGBfcBwZkBB06VkWRccD+hSXG/kEkx3JoU2CINFzApRhhuUui4R5CZFCP4TIpKgmtHmRQjnVo+EKsmxUiPSfFAACbFSGCTPzBfBnRoJh5FyMSjhJj4QcvE2CI9KMDEow1nYh33aDImHm2Z2P1EMfEYp5ZjY5WJx3iYeGwATDwG2ORjgUzM6u4CcyC2x4dYxgUP23GBepgAUI+YPi7QeuMRgXHBUJJxwUPAU/5RYFMOteMC9ShBgz/GMi54HAjOLMBxQVaSccE4QpNinJBJMd6aFNgijRcwKSYYblLouCeQmRQT+EyKyoJrR5kUTzi1fDJWTYonPCbFkwGYFE8Am/zJ+TKgQzPxREImnijExJMsE2OLNEmAiScbzsQ67slkTDzZMrH7iWLip5xaTolVJn7Kw8RTAmDip4BNPgXIxKzuLjAHYnucyjIueNqOC9TTBIB6xvRxgdYbzwiMC+4lGRdMBZ7y04BNea8dF6hpBA0+nWVc8CwQnNmB44IcJOOC5whNiueETIoZ1qTAFmmGgEkRMtyk0HGHyEyKEJ9J0VFw7SiTYqZTy1mxalLM9JgUswIwKWYCm3zWfBnQoZk4lZCJU4WYeLZlYmyRZgsw8RzDmVjHPYeMiedYJnY/UUw816nlvFhl4rkeJp4XABPPBTb5PCATs7q7wByI7XE+y7hggR0XqAUEgFpo+rhA642FAuOC+0jGBfOBp/wiYFPeZ8cFahFBgy9mGRcsAYIzJ3BckItkXPA8oUnxvJBJsdSaFNgiLRUwKZYZblLouJeRmRTL+EyKToJrR5kUy51arohVk2K5x6RYEYBJsRzY5Cvmy4AOzcQrCZl4pRATv2CZGFukFwSY+EXDmVjH/SIZE79omdj9RDHxS04tV8UqE7/kYeJVATDxS8AmXwVkYlZ3F5gDsT2uZhkXvGzHBeplAkC9Yvq4QOuNVwTGBcNJxgWrgaf8q8CmHG7HBepVggZfwzIuWAsEZ27guCAPybjgNUKT4jUhk+J1a1Jgi/S6gEmxznCTQse9jsykWMdnUnQWXDvKpHjDqeWbsWpSvOExKd4MwKR4A9jkb86XAR2aidcTMvF6ISbeYJkYW6QNAkz8luFMrON+i4yJ37JM7H6imPhtp5YbY5WJ3/Yw8cYAmPhtYJNvBDIxq7sLzIHYHt9hGRe8a8cF6l0CQL1n+rhA6433BMYFI0nGBe8AT/lNwKYcaccFahNBg29mGRe8DwRnPuC44AqSccEHhCbFB0ImxRZrUmCLtEXApNhquEmh495KZlJs5TMpugiuHWVSbHNq+WGsmhTbPCbFhwGYFNuATf7hfBnQoZl4OyETbxdi4o8sE2OL9JEAE39sOBPruD8mY+KPLRO7nygm/sSp5aexysSfeJj40wCY+BNgk38KZGJWdxeYA7E9fsYyLthhxwVqBwGgdpo+LtB6Y6fAuGAUybjgM+ApvwvYlKPsuEDtImjwz1nGBbuB4LwaOC7ITzIu+ILQpPhCyKTYY00KbJH2CJgUew03KXTce8lMir18JkWy4NpRJsU+p5b7Y9Wk2OcxKfYHYFLsAzb5/vkyoEMz8ZeETPylEBMfsEyMLdIBASb+ynAm1nF/RcbEX1kmdj9RTPy1U8uDscrEX3uY+GAATPw1sMkPApmY1d0F5kBsj4dYxgXf2HGB+oYAUN+aPi7QeuNbgXHBaJJxwSHgKX8Y2JSj7bhAHSZo8CMs44LvgOAsABwXxJOMC74nNCm+FzIpjlqTAlukowImxTHDTQod9zEyk+IYn0mRIrh2lEnxg1PLH2PVpPjBY1L8GIBJ8QOwyX+cLwM6NBMfJ2Ti40JMfMIyMbZIJwSY+CfDmVjH/RMZE/9kmdj9RDHxz04tT8YqE//sYeKTATDxz8AmPwlkYlZ3F5gDsT2eYhkX/GLHBeoXAkD9avq4QOuNXwXGBWNJxgWngKf8aWBTjrXjAnWaoMF/YxkX/A4EZ2HguKBIQAeF3/ydAeavKjB/1YD5082R2ZW7heEXZ8JfFzlfFztf9fOHvoIvONtQ+r+JXL+XOt+j/z7yvenC35fe9b3/ZP0M4e/PeJ719d9HvjdT+HXmNL53ifO9mZzv1WdglvDrrBe4l2zh77/oPHvJ5tpL9vDrHOfZS3bXXi4Ov74kje993vnei53v1XvMGX6da4GTT+f7ajpfE/w9ak/ts3lBXwIeBvc2/B1Mtc/mFR33IyRn2qULcLkE1lo9YjhulmU4e6ahcfO44XHvDvfLpQJxjyMRC2134NZy19pv/saT5O9OYP7GAfM3geS8vgx4XgMxo5D5C2qAB8xl1AAv94Jzr+0Az+eauki5F+DXzbPA7AGejjvPAniNRA/3roaS42QScuxmKDk+RUKOeYHkCMSMeoqQHPMKkePllhyxRbpcgBzzGU6OOu58QuQI32vSWSJHK+YrFsRm3E8LOyR+96dxeYVA3M+QXGLyAUn4aeAlZhrJJeZKYP6AmFHTSPA30FARMoMkf4MMFSEhkv69Cti/QMyoEKEIuUpIhFxtRQi2SFcLiJD8hosQHXd+EhGSP3wZv1LgUppq+LiyUJLMZXw2CRldAyQjYK3VbMNFnO7rawRwM4/kEphfCDd+8zefJH9AfKt5wPwtIDm3rgXiD4gZtYAEf2MNFcFLSPL3kKEi+HmS/i0A7F8gZtTzhCK4gJAIjrciGFukeAERXNBwEazjLkgigouFxeC1Apf65YaL4NJJMmJmBQkZFQKSEbDWaoXhIlj3dSEB3LxIcgksKIQbv/l7iSR/QHyrF4H5W0VybhUG4g+IGbWKBH9PGyqCXyXJ3zOGiuA1JP1bBNi/QMyoNYQiuIiQCC5qRTC2SEUFRHAxw0WwjrsYiQhOCIvBwgKX+tcNF8EVkmTEzDoSMioOJCNgrdU6w0Ww7uviArhZT3IJLCaEG7/520CSPyC+1Xpg/t4iObdKAPEHxIx6iwR/iwwVwe+S5G+xoSL4PZL+LQnsXyBm1HuEIrikkAguZUUwtkilBETwdYaLYB33dSQiuEpYDJYQuNS/b7gIrpkkI2Y+ICGj0kAyAtZafWC4CNZ9XVoAN9tILoHXCeHGb/4+JMkfEN9qGzB/20nOreuB+ANiRm0nwd9aQ0XwpyT5e81QEfwZSf/eAOxfIGbUZ4Qi+AYhEVzGimBskcoIiOAEw0WwjjuBRATXDYvB6wUu9bsMF8ENk2TEzOckZKSAZASstfrccBGs+1oJ4GYPySUwQQg3fvO3lyR/QHyrPcD87SM5t8oC8QfEjNpHgr8thorgr0jyt9VQEfw1Sf+WA/YvEDPqa0IRXE5IBCdaEYwtUqKACC5vuAjWcZcnEcFNw2KwrMCl/hvDRXDLJBkx8y0JGVUAkhGw1upbw0Ww7usKArj5juQSWF4IN37z9z1J/oD4Vt8B83eU5NyqCMQfEDPqKAn+9hkqgo+T5G+/oSL4BEn/VgL2LxAz6gShCK4kJIIrWxGMLVJlARFcxXARrOOuQiKCW4fFYEWBS/1Jw0XwnUkyYuYUCRlVBZIRsNbqlOEiWPd1VQHcnCa5BFYRwo3f/P1Gkj8gvtVpYP5+Jzm3qgHxB8SM+p0Ef8cNFcHpinHk74ShIjh9MY7+vRHYv0DMKGT+ghLBNwqJ4OpWBGOLVF1ABNcwXATruGuQiOBOYTFYTeBSn6mY2SK4W5KMmMlMQkY1gWQErLXKXMxsEfy/s0cAN9lILoE1hHDjN38XkeQPiG+VDZi/7CTnVi0g/oCYUdlJ8Jdpp5kiOCdL/+40UwTnIunf2sD+BWJG5SIUwbWFRHAdK4KxRaojIILrGi6Cddx1SURwj7AYrCVwqc9tuAjulyQjZvKQkFE9IBkBa63yGC6CdV/XE8BNPpJLYF0h3PjN3xUk+QPiW+UD5u9KknPrJiD+gJhRV5LgL5+hIvgakvxdYagIvpakf28G9i8QM+paQhF8s5AIrm9FMLZI9QVEcAPDRbCOuwGJCB4UFoM3CVzqCxougoclyYiZQiRk1BBIRsBaq0KGi2Dd1w0FcFOU5BLYQAg3vv/pKpL8AfGtigLzV5zk3GoExB8QM6o4Cf5KGiqCryPJXylDRXBpkv5tDOxfIGZUaUIR3FhIBDexIhhbpCYCIrip4SJYx92URASPCIvBRgKX+jKGi+AxSTJiJoGEjJKAZASstUowXATrvk4SwE05kktgUyHc+M1fIkn+gPhW5YD5K09ybjUD4g+IGVWeBH9VDRXBlUnyV81QEVyFpH+bA/sXiBlVhVAENxcSwbdYEYwt0i0CIriF4SJYx92CRAQ/EhaDzQQu9TcaLoInJMmImeokZNQSSEbAWqvqhotg3dctBXBTi+QS2EIIN75/14wkf0B8q1rA/NUhObduBeIPiBlVhwR/TQwVwTezmICGiuD6JP17G7B/gZhR9QlF8G1CIriVFcHYIrUSEMGtDRfBOu7WJCJ4UlgM3ipwqW9kuAh+JklGzDQmIaPbgWQErLVqbLgI1n19uwBukkguga2FcON7QkiSPyC+VRIwf81Jzq07gPgDYkY1J8Ffe0NF8K0k+etgqAi+jaR/2wD7F4gZdRuhCG4jJILbWhGMLVJbARHcznARrONuRyKCnwuLwTsELvW3Gy6CZyfJiJk7SMjoTiAZAWut7jBcBOu+vlMAN+1ILoHthHDjG88k+QPiW7UD5q89ybnVHog/IGZUexL89TVUBHcmyV8/Q0VwF5L+7QDsXyBmVBdCEdxBSAR3tCIYW6SOAiK4k+EiWMfdiUQEzw+LwfYCl/quhovg55NkxEw3EjLqDCQjYK1VN8NFsO7rzgK4uZvkEthJCDd+89eDJH9AfKu7gfnrSXJudQHiD4gZ1ZMEf6MMFcF9SfL3oKEiuB9J/yYD+xeIGdWPUAQnC4ngFCuCsUVKERDBXQ0XwTruriQieEVYDHYRuNQPNFwEr06SETODSMioG5CMgLVWgwwXwbqvuwngZijJJbCrEG785u8ekvwB8a2GAvN3L8m51R2IPyBm1L0k+JtsqAgeTpK/pwwVwSNI+vcuYP8CMaNGEIrgu4RE8N1WBGOLdLeACO5huAjWcfcgEcFrwmKwu8ClfpThIvjNJBkx8yAJGfUEkhGw1upBw0Ww7uueArgZS3IJ7CGEG7/5e4hlkgTslbHA/D1Mcm71AuIPiBn1MAn+5hkqgh8nyd98Q0XwOJL+7Q3sXyBm1DhCEdxbSAT3sSIYW6Q+AiK4r+EiWMfdl0QEvx0Wg70ELvVPGC6CNyfJiJknScioH5CMgLVWTxougnVf9xPAzWSW3ykUwo3f/D1Fkj8gvtVkYP6mkJxb/YH4A2JGTSHB38uGiuBpJPl7xVARPJ2kfwcA+xeIGTWdUAQPEBLBA60IxhZpoIAIHmS4CNZxDyIRwVvDYrC/wKV+huEi+JMkGTETIiGjwUAyAtZahQwXwbqvBwvgJpXl7bxCuPGbv9kk+QPiW6UC8zeH5NwaAsQfEDNqDgn+NhkqgheQ5G+zoSJ4IUn/DgX2LxAzaiGhCB4qJILvsSIYW6R7BETwvYaLYB33vSQieGdYDA4RuNQvMVwE702SETPPk5DRMCAZAWutnjdcBOu+HiaAm+Ukl8B7hXDjN38rSPIHxLdaDszfSpJz6z4g/oCYUStJ8LfbUBG8iiR/XxgqgleT9O/9wP4FYkatJhTB9wuJ4OFWBGOLNFxABI8wXATruEeQiOADYTF4n8Cl/lXDRfC3STJiZg0JGY0EkhGw1mqN4SJY9/VIAdy8TnIJHCGEG7/5W0eSPyC+1evA/L1Bcm49AMQfEDPqDRL8HTVUBL9Fkr9jhorgt0n6dxSwf4GYUW8TiuBRQiL4QSuCsUV6UEAEjzZcBOu4R5OI4O/DYvABgUv9u4aL4BNJMmLmPRIyGgMkI2Ct1XuGi2Dd12MEcPM+ySVwtBBu/ObvA5L8AfGt3gfmbwvJuTUWiD8gZtQWEvyl22WmCN5Okr/0u8wUwR+R9O9DwP4FYkZ9RCiCHxISwQ9bEYwt0sMCIvgRw0WwjvsREhF8KiwGxwpc6j81XASfSZIRM5+RkNGjQDIC1lp9ZrgI1n39qABudpFcAh8Rwo3f/H1Okj8gvtUuYP52k5xbjwHxB8SM2k2Cv9yGiuB9JPnLY6gI3k/Sv48D+xeIGbWfUAQ/LiSCx1kRjC3SOAERPN5wEazjHk8igtM3i4t7TOBS/5XhIjhrMxkx8zUJGU0AkhGw1uprw0Ww7usJArj5huQSOF4IN37z9y1J/oD4Vt8A83eY5Nx6Aog/IGbUYRL8FTVUBB8lyV8xQ0XwMZL+fRLYv0DMqGOEIvhJIRE80YpgbJEmCojgSYaLYB33JBIRnCMsBp8QuNQfN1wEX9ZMRsycICGjyUAyAtZanTBcBOu+niyAm5Mkl8BJQrjxm79TJPkD4ludBObvF5Jz6ykg/oCYUb+Q4K+ioSL4d5L8VTJUBJ8h6d8pwP4FYkadIRTBU4RE8FQrgrFFmioggp82XATruJ8mEcGXh8XgUwKX+nTFzRbB+ZvJiJn0xTnI6BkgGQFrrdIXN1sE675+RgA3mYpzXAKfFsKN3/xlJskfEN8qEzB/WUjOrWlA/AExo7KQ4K+BoSI4O0n+GhoqgnOQ9O90YP8CMaOQ+QtKBE8XEsHPWhGMLdKzAiL4OcNFsI77ORIRHB8Wg9MELvU5DRfBxZrJiJlcJGQ0A0hGwFqrXIaLYN3XMwRwk5vkEvicEG785i8PSf6A+Fa5gfnLS3JuhYD4A2JG5SXBXxtDRfCVJPlra6gIvoqkf2cC+xeIGXUVoQieKSSCZ1kRjC3SLAERnGq4CNZxp5KI4FJhMRgSuNRfY7gITmgmI2auJSGj2UAyAtZaXWu4CNZ9PVsANwVJLoGpQrjxm79CJPkD4lsVBOavMMm5NQeIPyBmVGES/PU0VAQXJ8lfL0NFcAmS/p0L7F8gZlQJQhE8V0gEz7MiGFukeQIieL7hIljHPZ9EBCeGxeAcgUv9dYaL4CrNZMRMaRIyWgAkI2CtVWnDRbDu6wUCuClDcgmcL4Qbv/lLIMkfEN+qDDB/iuTcWgjEHxAzSpHgb7ihIrg8Sf5GGCqCK5D07yJg/wIxoyoQiuBFQiJ4sRXB2CItFhDBSwwXwTruJSQiuHpYDC4UuNRXNlwE120mI2aqkJDR80AyAtZaVTFcBOu+fl4ANzeSXAKXCOHGb/6qk+QPiG91IzB/NUjOraVA/AExo2oYznf1w3y3VODcqmN43E2byZzXdUn6ZRmwX4C1VnUNx82CcCGWCeBGr4uKW+8tswszC8MvzoS/LnK+Lna+6md5OJYVTjz6v4mI2qXO9+i/j3zvyvDrF1zf+0/WfzH8/S+dZ/0XXeuvCr9encb3LnG+d5XzvVqAvxx+/coF7uXV8PevOc9eXnXtZW349Wvn2cta115eD79el8b3Pu987+vO9+o9vhF+/aajAdHY3FP7bF7Q2LzZ8J48WPtsXtFx1yc5y9cDz3JgrVV9RgMRfA5H9hip+YZwrd4K/+9tlw90sfM1W1y0qaifzK7XNUH7EjApEzK59prNtedIPJc4f58R+3PLZXPlNs6V77g08hbn+vlZw//L4bzumjyg2cBOPbp3bpQ8NK2aZUhj3fSuWDN5vs9dx8jfZXH/9xKXEtBaf7o8bHDI6y3n69vO15zh/20Mv37nL8gMcSHSzYhetxHBBXOjAJk1FiKz9OD4gfVRjcEE5D2cJeq/ATjBktznW8B9uvP6rnOevOciyHzOV/dhn871Z8ykmdUVR+Rxk0vkZ0bijhBpJuxeyuqflTEu+jkfkUZ+vodIWyR37pc8wEOk3olp+jRidceo48uCjS8hstfIE9lT5OdcFHcON1ld+8iG3YeK/CzvPrK59pHV9Trydxe59hT5s+ye/bp7wf3fRvKa3RUzzWVEB/Kuc+l4z/m6Kfx18wK5/W8QIOAkwydYOu5NAnE3I7l4AOujmhFcMt8SqHULAoxvFoi7JQnGgfVRLQ3H+LIMZx1rdK1bGR737rAbul4g7tYkbuj7QDcUWGuFzJ/XpHnfuRd570n6+SD8essFTkq2hr9/23kmJVtd638Yfr19wdl1gxDIH4AFssS58yH23Y0piWUTE3Rfo+J2C7uPXEI7IhD+i0I7iyuOyON2p7WIyu38/169B3RPGdp0YI8e3VO6J3dp2ntAsjtlab0DOC0d6zaHM6aRRjpzWGp/Hwm9K/avcuqXYz7+9+80TvCspYKabH0s9Nb4T+xb47FF+mQBft1PDX9rvI7704APgQR/T1ROE3w+3ssTWvjNDP+AX+fh1jsQXuj0PNl6+Vxbef/And/PHKztcGEukwsnke/VB9ofcX/GUDrX6/TO96Q/z/ek+4t1/uoyInZoRYLTCXjNFeyOBdH2vntDqJ/9GfAQ2nmetSpVTO6UUjGxXMeExJRO4XUqpCSX61i2skqpVC68fLlE1aljckKXxE4VKyRWqJRSMbD3luwUYuBdloGxRdolwMCfG87AOu7PA/rlNL/x73D2il63jaG/LOLdJxJLu4F2WRuwxaUPMb2/Ws6aaMxHbkVoHLUz3CKO3N7Qcd9ppkX8J8mNvIjsAK7VnuSX1YD4VkDMKKn8ofvkC0L76Auhy+see3nFFmmPwOV1r+GXVx333oAurwn+nv/53RJ7DWr+tsPHQZAS/QRm9+xz8r3/H9g9tdPIndfuqR3393ZPWuv8rd1j+pvx0jvJTOdK3H7XDT3yoG8cwDjUfuBh9iWuGVIi+fxSUPHoPO4QUM6dzXrj159uSTrufQJxdyF4w9t+gbiTDVUqXoJBnhudgR+rkUKi9ID4VkDMqJSA3nDpt877gFxzAOjU6TUkuOXAApkzDFlrCRcxq4CbdjeBi5hNIO4eJG80/QrYj8Baqx6G40b3yxUCuOlN0C9XCsTdh6Rfvgb2C7DWqg9Bv5QQwE1/gn4pKRD3AJJ+OQjsF2Ct1QCCfqkkgJvBBP1SWSDuIST9cgjYL8BaqyEE/VJfADf3EvRLA4G4h5H0yzfAfgHWWg0j6JfWArgZTtAvtwvEPYKkX74F9guw1moEQb90E8DNKIJ+6S4Q94Mk/XIY2C/AWqsHCfpliABuxhL0y1CBuB8i6ZcjwH4B1lo9RNAvDwng5lGCfnlYIO7HSPrlO2C/AGutHiPol6kCuBlP0C9PC8Q9gaRfvgf2C7DWagJBv8wXwM1Egn5ZIBD3JJJ+OQrsF2Ct1SSCflktgJspBP3yskDcU0n65RiwX4C1VlMJ+uUdAdxMI+iXdwXink7SLz8A+wVYazWdoF8+E8DNDIJ+2SEQd4ikX34E9guw1ipE0C+HBHCTStAv3wjEPZukX44D+wVYazWboF9OCeBmHkG//CIQ93ySfjkB7BdgrRUyf/qXnj/IGBeXy1lP/w6Dfl+2fq+pfv+cfk+Qfp+Dnt3qeZT22LVvqL0Qre/0nVXzsD5bTiyIi3rQuPkJ/EHPUvv8GYgbXZ8tGc/9HprOwc/CeT4J/B21oD6N5KTQp5Gcsp9Ggi3SKYFPI/nF8E8j0XH/QvRpJBJ7tR9oe/aJS+NB7dmd31+dGp7+B59wUtD13/3VJ5wUjPv7TzhJa51srj+L/Pd0n3Cikxkfdy5xpxf8+eQ1+RNOTgMPyN8W4PP72z/Ip999/w68lRn6eXdinxjyq8Bv8S8iiPu0QNyLCf4puN8F4l5C8gknQFwqYK2VVP7QdT5DqB7PCKnHP6x6xBbpDwH1GLfQbPWo49Z7BNdIjDwk9mrV49knLo0HtWd3ftM5NUzvqqVVjxf4RBKlkxnvSpxOKpN6TA88IDMsxOc3w0J59ZgRt++YU4/pFuLXXU4Qd3qBuFcQqMeMAnGvJFGPQFwqYK0VMn+a9LdkjPvTg64PGpvpF5q/x0wCe0xzo34bMjOQEFkBlZkAUFnQe0RvUHvLWQQYYxUJY2QC3q6zAptyFcFNI6sAbrIBG0afaR8QHmzZCA62i6SYMj0YUG4p7net7MAGlyiKVFPmABdbIu4PBIZmLxt+COsmzC5Q71dI3iJ8MbAfgbVWr4DlniCJ/f9BFRqbOQhI7GLp27lfgC8Ld8yHAgfbWsMbPDklJaFTl85qd21czJcADwtk/oKasl8C9v4jT07XkMpO2X2uqYuUcyF+3VyGT9l13LmEpuyRB60skDm9dKFcU4DymZJYNjEBeSBfttBcQpP4JcYc8/FE/jrBLzFeLBD3OhKFkhvY18Baq3UE/ZJfADfrCfrlGoG4N5D0Sx5gvwBrrTYQ9EtpAdxsJOiX6wXifoekX/IC+wVYa/UOQb9UE8DNJoJ+uVEg7s0k/XI5sF+AtVabCfqlsQButhD0SxOBuLeS9Es+YL8Aa622EvRLWwHcbCfol3YCcX9E0i9XAPsFWGv1EUG/9BDAzacE/dJTIO7PSPrlSmC/AGutPiPol2ECuNlF0C/3CcT9OUm/XAXsF2Ct1ecE/fKYAG72EPTL4wJx7yXpl6uB/QKstdpL0C/TBXDzJUG/PCsQ9wGSfskP7BdgrdUBgn5ZLICbgwT9skQg7kMk/XINsF+AtVaHCPpljQBuDhP0y1qBuI+Q9Mu1wH4B1lodIeiXzQK4OUrQL+8LxH2MpF8KAPsFWGt1jKBfPhfAzXGCftktEPcJkn6JB/YLsNbqBEG/HBHAzUmCfvlOIO5TJP1SENgvwFqrUwT98psAbk4T9MvvAnH/RtIvhYD9Aqy1QuZPf9LkVtc/SqR/h0G/L1u/11S/f06/J0i/z0HPbvU8Snvs2jfUXojWd/rOqnlYny2FFsZFPWjcFBb6GAr0PosAcaPrs831jxLpHBQRznNR5IdQxgXzC69FhX7htZj9hVdskYoJ/MJrccN/4VXHXZzoY6Ul9mo/VvrsE5fGg9qzO78lnBqWtB8r/e+fSKJKeD5WuiTZx0qXBB6QpQQ+VrpUAB8rfZ39WOl//ZlqJQQ+d+oPgrhLCsQdV8L8D3u8TiDudCWCUf0J/h4FxKUC1lpJ5Q9d59KE6rG0kHq83qpHbJGuF1CPNxiuHnXcNxCpxxuseqRXj2WcGiZY9fjvn0iiynjUYwKZekwAHpBKQD2qANRjWase/7WKKiOgJjKVMD/uBIG4MxOox7ICcWchUY9AXCpgrRUyf5r0txH+UwsJBJ9SXU7qn1pAN2Qi+B8lYgRUIgGgypv+jxJpb7m8AGNkJ2GMcsDbdQVgU2YnuGlUEMBNRfA/SrSV8GCrSHCwVTL9YNMf832ZAEAvNv9g+9/HhyM/Mr0y8GCTyl96cJ2R/5hVFYJ/zEriMK9K8I9ZVRaIO6fh5K0P7yoCcecqwfHW8mrAfgTWWuUC2wRbCf8xq6oEl59qAntMc6N+gX7jhVwCKp53LRXUuwFuFHo3QHX7bgBskaoLvBughuHvBtBx1xB6N0Dkkcxpgs8niHcCHJuLfSfAmfn4nC7MIMQAF7pPdf6/dteqpoPbWv/gXQX3xP0Zj953FdwT9/fvKkhrnb99V8EFJ+FvUhQJrubCcxtM7yRiiGdzqJ8ZATKa0XMbLi3+quF8/2s1JH7ywguxDf7mxlUTSIZ5SaRZLaA0c/eK73/NggR/wD5RQMyoy0neP12bUDHVFlJMdaxiwhapjoBiqmu4YtJx1yV6/7TEXv9ONfmtm1c1+f4I3ZoyqumCyP1vlE1cGg9qbXet6jl4uMl01cTwXux6HgWmkzo0Lvox+b3YNwEP25sviLVTzvtE8nnzP8in333XB+Ygz//VDf0fHC4XfLP8m9ugxmE9gaHb1QTvxb5JIO78BO+Qqi8Q9zUkShSISwWstbqGADcS58QCIcsavc8GCzn22RD8OWMfuj5nTOegofDnjDUi/E3xRkJOR2PrdGCL1FjA6WhiuNOh425CNhtuIjgbFsJsYL+F3dSpZZLpv4WNTkIkuKae35xOWhj3pwdtZTUFNnkSyU2iGSETNxNi4uaWibFFai7AxLcYzsQ67lvImPgWy8TuJ4qJWzi1bBmrTNzCw8QtA2DiFsAmbwn+rb4PCX+rr+VC8/d4K8sb228D//47I6BuIwBUK9N/TVTrjVYCbmtBEpf+VuAp3xrYlAXBvwr1AWGDtyZo8NulGAM9tr4DCM67gR8h1qM4xxsj2xCaFG2ETIq21qTAFqmtgEnRznCTQsfdjsykaMdnUijJtd37v9OpZftYNSnu9JgU7QMwKe4ENnn7hTKgQzNxB0Im7iDExB0tE2OL1FGAiTsZzsQ67k5kTNzJMnHU2u79d3Zq2SVWmbizh4m7BMDEnYFN3sW6uwqYA7E9JrOMC1IsoFQKAaC6mj4u0Hqjq8C4oDDJuCAZeMp3AzZlYTsuUN0IGrw7y7jgLiA4ewPHBX1IxgV3E5oUdwuZFD2sSYEtUg8Bk6Kn4SaFjrsnmUnRk8+kKCu4dpRJ0cupZe9YNSl6eUyK3gGYFL2ATd57oQzo0Ezch5CJ+wgxcV/LxNgi9RVg4n6GM7GOux8ZE/ezTOx+opi4v1PLAbHKxP09TDwgACbuD2zyAUAmZnV3gTkQ2+NAlnHBIDsuUIMIADXY9HGB1huDBcYFRUnGBQOBp/wQYFMWteMCNYSgwYeyjAvuAYKzP3BcMIBkXHAvoUlxr5BJMcyaFNgiDRMwKe4z3KTQcd9HZlLcx2dSlBNcO8qkuN+p5fBYNSnu95gUwwMwKe4HNvnwhTKgQzPxCEImHiHExCMtE2OLNFKAiR8wnIl13A+QMfEDlondTxQTj3Jq+WCsMvEoDxM/GAATjwI2+YNAJmZ1d4E5ENvjaJZxwRg7LlBjCAA11vRxgdYbYwXGBcVJxgWjgaf8Q8CmLG7HBeohggZ/mGVc8AgQnIOB44IhJOOCRwlNikeFTIrHrEmBLdJjAibF44abFDrux8lMisf5TIpEwbWjTIpxTi3Hx6pJMc5jUowPwKQYB2zy8QtlQIdm4gmETDxBiImfsEyMLdITAkz8pOFMrON+koyJn7RM7H6imHiiU8tJscrEEz1MPCkAJp4IbPJJQCZmdXeBORDb42SWccFTdlygniIA1BTTxwVab0wRGBeUJBkXTAae8lOBTVnSjgvUVIIGf5plXPAMEJz3AscFw0jGBdMITYppQibFdGtSYIs0XcCkeNZwk0LH/SyZSfEsn0lRXnDtKJPiOaeWM2LVpHjOY1LMCMCkeA7Y5DMWyoAOzcQhQiYOCTHxTMvE2CLNFGDiWYYzsY57FhkTz7JM7H6imDjVqeXsWGXiVA8Tzw6AiVOBTT4byMSs7i4wB2J7nMMyLphrxwVqLgGg5pk+LtB6Y57AuOA6knHBHOApPx/YlNfZcYGaT9DgC1jGBQuB4BwOHBeMIBkXLCI0KRYJmRSLrUmBLdJiAZNiieEmhY57CZlJsYTPpKgguHaUSfG8U8ulsWpSPO8xKZYGYFI8D2zypQtlQIdm4mWETLxMiImXWybGFmm5ABOvMJyJddwryJh4hWVi9xPFxCudWr4Qq0y80sPELwTAxCuBTf4CkIlZ3V1gDsT2+CLLuOAlOy5QLxEAapXp4wKtN1YJjAuuJxkXvAg85VcDm/J6Oy5Qqwka/GWWccErQHCOAo4LHiQZF7xKaFK8KmRSrLEmBbZIawRMirWGmxQ67rVkJsVaPpOiouDaUSbFa04tX49Vk+I1j0nxegAmxWvAJn99oQzo0Ey8jpCJ1wkx8RuWibFFekOAid80nIl13G+SMfGblondTxQTr3dquSFWmXi9h4k3BMDE64FNvgHIxKzuLjAHYnt8i2Vc8LYdF6i3CQC10fRxgdYbGwXGBWVIxgVvAU/5d4BNWcaOC9Q7BA3+Lsu44D0gOMcCxwUPkYwLNhGaFJuETIrN1qTAFmmzgEnxvuEmhY77fTKT4n0+k6KS4NpRJsUHTi23xKpJ8YHHpNgSgEnxAbDJtyyUAR2aibcSMvFWISbeZpkYW6RtAkz8oeFMrOP+kIyJP7RM7H6imHi7U8uPYpWJt3uY+KMAmHg7sMk/AjIxq7sLzIHYHj9mGRd8YscF6hMCQH1q+rhA641PBcYFimRc8DHwlP8M2JTKjgvUZwQNvoNlXLATCM5HgeOCx0jGBbsITYpdQibF59akwBbpcwGTYrfhJoWOezeZSbGbz6SoLLh2lEnxhVPLPbFqUnzhMSn2BGBSfAFs8j0LZUCHZuK9hEy8V4iJ91kmxhZpnwAT7zeciXXc+8mYeL9lYvcTxcRfOrU8EKtM/KWHiQ8EwMRfApv8AJCJWd1dYA7E9vgVy7jgazsuUF8TAOqg6eMCrTcOCowLypGMC74CnvKHgE1Zzo4L1CGCBv+GZVzwLRCc44Hjggkk44LDhCbFYSGT4og1KbBFOiJgUnxnuEmh4/6OzKT4js+k6Ci4dpRJ8b1Ty6OxalJ87zEpjgZgUnwPbPKjC2VAh2biY4RMfEyIiX+wTIwt0g8CTPyj4Uys4/6RjIl/tEzsfqKY+LhTyxOxysTHPUx8IgAmPg5s8hNAJmZ1d4E5ENvjTyzjgp/tuED9TACok6aPC7TeOCkwLihPMi74CXjKnwI2ZXk7LlCnCBr8F5Zxwa9AcE4EjgsmkYwLThOaFKeFTIrfrEmBLdJvAibF74abFDru38lMit/5TIpOgmtHmRRnnFr+EasmxRmPSfFHACbFGWCT/7FQBnRoJo5bxMfE7j0n+Hzc+0236Nxry8R+11x0NqHoddMDASsVd/pF8BqJMnH6RZaJXU8UE2dwapnRVdOYYmKdgHhXsO5EeDcU+dm+mQTY5Blx4O7E6u4CcyC2x0wCe0xzo34BlXkRsDCkgMpMAKgs6D2iN6j1RpZFeIBWJBkXZAKe8lmBTVnRjgtUVoIGzybFGOhxwUVAcE4BjgumkowLshOaFNmFTIoc1qTAFimHgElxseEmhY77YjKT4mI+k6Kz4NpRJsUlTi1zxqpJcYnHpMgZgElxCbDJcy6SAR2aiXMRMnEuISa+1DIxtkiXCjDxZYYzsY77MjImvswysfuJYuLcTi3zxCoT5/YwcZ4AmDg3sMnzAJmY1d0F5kBsj3lZxgWX23GBupwAUPlMHxdovZFPYFxQmWRckBd4yl8BbMrKdlygriBo8CtZxgVXAcE5DTgumE4yLria0KS4WsikyG9NCmyR8guYFNcYblLouK8hMymu4TMpugiuHWVSXOvUskCsmhTXekyKAgGYFNcCm7zAIhnQoZk4npCJ44WYuKBlYmyRCgowcSHDmVjHXYiMiQtZJnY/UUxc2KllkVhl4sIeJi4SABMXBjZ5ESATs7q7wByI7bEoy7igmB0XqGIEgCpu+rhA643iAuOCqiTjgqLAU74EsCmr2nGBKkHQ4CVZxgWlgOCcARwXhEjGBdcRmhTXCZkUpa1JgS1SaQGT4nrDTQod9/VkJsX1fCZFsuDaUSbFDU4ty8SqSXGDx6QoE4BJcQOwycsskgEdmokTCJk4QYiJlWVibJGUABOXNZyJddxlyZi4rGVi9xPFxOWcWibGKhOX8zBxYgBMXA7Y5IlAJmZ1d4E5ENtjeZZxQQU7LlAVCABV0fRxgdYbFQXGBTeSjAvKA0/5SsCmvNGOC1QlggavzDIuqAIEZypwXDCbZFxQldCkqCpkUlSzJgW2SNUETIobDTcpdNw3kpkUN/KZFCmCa0eZFNWdWtaIVZOiusekqBGASVEd2OQ1FsmADs3ENQmZuKYQE9eyTIwtUi0BJq5tOBPruGuTMXFty8TuJ4qJ6zi1rBurTFzHw8R1A2DiOsAmrwtkYlZ3F5gDsT3WYxkX3GTHBeomAkDdbPq4QOuNmwXGBTVIxgX1gKd8fWBT1rDjAlWfoMEbsIwLGgLBOQ84LphfPJiDwm/+GgHz1w6YvzuBa0nmr/F/P3+i46omQgcNep9NgXXWGnd7xnPSTuegqUf6ofefRGhGJgmZkc2sGYktUjMBM7K54Wakjrs5mRnZnM+MTBBcO8qMvMWpZYtYNSNv8ZiRLQIwI28BNnkLkptES0ImbinExLdaJsYW6VYBJr7NcCbWcd9GxsS3WSZ2P1FM3MqpZetYZeJWHiZuHQATtwI2eWsguHWRtxOavK0Xmb/H21nGgneAx4KMgLqDAFBtTB8Lar3RRmAsWItkLHg78JRvC2zKWuCx4FbCBm9L0ODtWMaCdwLB+TpwLLOOZCzTntCkaC9kUnSwJgW2SB0ETIqOhpsUOu6OZCZFRz6TQkmu7d5/J6eWnWPVpOjkMSk6B2BSdAI2eedFMqBDM3EXQibuIsTEyZaJsUVKFmDiFMOZWMedQsbEKZaJo9Z277+rU8tuscrEXT1M3C0AJu4KbPJu1t1VwByI7bE7y7jgLgsodRcBoO42fVyg9cbdAuOCOiTjgu7AU74HsCnr2HGB6kHQ4D1ZxgW9gOBcDxwXbCAZF/QmNCl6C5kUfaxJgS1SHwGToq/hJoWOuy+ZSdGXz6QoK7h2lEnRz6ll/1g1Kfp5TIr+AZgU/YBN3n+RDOjQTDyAkIkHCDHxQMvE2CINFGDiQYYzsY57EBkTD7JM7H6imHiwU8shscrEgz1MPCQAJh4MbPIhQCZmdXeBORDb41CWccE9dlyg7iEA1L2mjwu03rhXYFxQj2RcMBR4yg8DNmU9Oy5Qwwga/D6WccH9QHBuBI4L3iEZFwwnNCmGC5kUI6xJgS3SCAGTYqThJoWOeySZSTGSz6QoJ7h2lEnxgFPLUbFqUjzgMSlGBWBSPABs8lGLZECHZuIHCZn4QSEmHm2ZGFuk0QJMPMZwJtZxjyFj4jGWid1PFBOPdWr5UKwy8VgPEz8UABOPBTb5Q0AmZnV3gTkQ2+PDLOOCR+y4QD1CAKhHTR8XaL3xqMC44GaSccHDwFP+MWBT3mzHBeoxggZ/nGVcMA4Izk3AccFmknHBeEKTYryQSTHBmhTYIk0QMCmeMNyk0HE/QWZSPMFnUiQKrh1lUjzp1HJirJoUT3pMiokBmBRPApt84iIZ0KGZeBIhE08SYuLJlomxRZoswMRPGc7EOu6nyJj4KcvE7ieKiac4tZwaq0w8xcPEUwNg4inAJp8KZGJWdxeYA7E9Ps0yLnjGjgvUMwSAmmb6uEDrjWkC44IGJOOCp4Gn/HRgUzaw4wI1naDBn2UZFzwHBOcW4LhgK8m4YAahSTFDyKQIWZMCW6SQgEkx03CTQsc9k8ykmMlnUpQXXDvKpJjl1DI1Vk2KWR6TIjUAk2IWsMlTF8mADs3EswmZeLYQE8+xTIwt0hwBJp5rOBPruOeSMfFcy8TuJ4qJ5zm1nB+rTDzPw8TzA2DiecAmnw9kYlZ3F5gDsT0uYBkXLLTjArWQAFCLTB8XaL2xSGBc0IhkXLAAeMovBjZlIzsuUIsJGnwJy7jgeSA4twPHBR+RjAuWEpoUS4VMimXWpMAWaZmASbHccJNCx72czKRYzmdSVBBcO8qkWOHUcmWsmhQrPCbFygBMihXAJl+5SAZ0aCZ+gZCJXxBi4hctE2OL9KIAE79kOBPruF8iY+KXLBO7nygmXuXUcnWsMvEqDxOvDoCJVwGbfDWQiVndXWAOxPb4Msu44BU7LlCvEADqVdPHBVpvvCowLmhCMi54GXjKrwE2ZRM7LlBrCBp8Lcu44DUgOD8Fjgs+IxkXvE5oUrwuZFKssyYFtkjrBEyKNww3KXTcb5CZFG/wmRQVBdeOMinedGq5PlZNijc9JsX6AEyKN4FNvn6RDOjQTLyBkIk3CDHxW5aJsUV6S4CJ3zaciXXcb5Mx8duWid1PFBNvdGr5Tqwy8UYPE78TABNvBDb5O0AmZnV3gTkQ2+O7LOOC9+y4QL1HAKhNpo8LtN7YJDAuSCIZF7wLPOU3A5syyY4L1GaCBn+fZVzwARCcu4Djgs9JxgVbCE2KLUImxVZrUmCLtFXApNhmuEmh495GZlJs4zMpKgmuHWVSfOjUcnusmhQfekyK7QGYFB8Cm3z7IhnQoZn4I0Im/kiIiT+2TIwt0scCTPyJ4Uys4/6EjIk/sUzsfqKY+FOnlp/FKhN/6mHizwJg4k+BTf4ZkIlZ3V1gDsT2uINlXLDTjgvUTgJA7TJ9XKD1xi6BcUFzknHBDuAp/zmwKZvbcYH6nKDBd7OMC74AgnMPcFywl2RcsIfQpNgjZFLstSYFtkh7BUyKfYabFDrufWQmxT4+k6Ky4NpRJsV+p5ZfxqpJsd9jUnwZgEmxH9jkXy6SAR2aiQ8QMvEBISb+yjIxtkhfCTDx14YzsY77azIm/toysfuJYuKDTi0PxSoTH/Qw8aEAmPggsMkPAZmY1d0F5kBsj9+wjAu+teMC9S0BoA6bPi7QeuOwwLigBcm44BvgKX8E2JQt7LhAHSFo8O9YxgXfA8H5JXBccIBkXHCU0KQ4KmRSHLMmBbZIxwRMih8MNyl03D+QmRQ/8JkUHQXXjjIpfnRqeTxWTYofPSbF8QBMih+BTX58kQzo0Ex8gpCJTwgx8U+WibFF+kmAiX82nIl13D+TMfHPlondTxQTn3RqeSpWmfikh4lPBcDEJ4FNfgrIxKzuLjAHYnv8hWVc8KsdF6hfCQB12vRxgdYbpwXGBbeSjAt+AZ7yvwGb8lY7LlC/ETT47yzjgjNAcB4EjgsOkYwL/iA0Kf4QMiniFp97aU0Kn2vqIumEotdNt9hsk0LHnW4xvEaiJoU7pwk+n4BMik6Ca0eZFOmdWmZw1TSmTAqdgHhXsO5EeDcU+dl+GzM9sMkzLJYBHZqJMyJjjguGiTMulmHiTJaJsUXKJMDEmQ1nYh13ZjImzmyZ2P1EMXEWp5ZZY5WJs3iYOGsATJwF2ORZgUzM6u4CcyC2x2wCe0xzo34BddFiIFuQAuoiAkBlR+8RvUGtN7IvxgO0Fcm4IBvwlM8BbMpWdlygchA0+MVSjIEeF1wCBOdh4LjgCMm4ICehSZFTyKTIZU0KbJFyCZgUlxpuUui4LyUzKS7lMyk6C64dZVJc5tQyd6yaFJd5TIrcAZgUlwGbPPdiGdChmTgPIRPnEWLivJaJsUXKK8DElxvOxDruy8mY+HLLxO4nionzObW8IlaZOJ+Hia8IgInzAZv8CiATs7q7wByI7fFKlnHBVXZcoK4iANTVpo8LtN64WmBccDvJuOBK4CmfH9iUt9txgcpP0ODXsIwLrgWC8yhwXHCMZFxQgNCkKCBkUsRbkwJbpHgBk6Kg4SaFjrsgmUlRkM+k6CK4dpRJUcipZeFYNSkKeUyKwgGYFIWATV54sQzo0ExchJCJiwgxcVHLxNgiFRVg4mKGM7GOuxgZExezTOx+opi4uFPLErHKxMU9TFwiACYuDmzyEkAmZnV3gTkQ22NJlnFBKTsuUKUIAHWd6eMCrTeuExgXtCEZF5QEnvKlgU3Zxo4LVGmCBr+eZVxwAxCcx4HjghMk44IyhCZFGSGTIsGaFNgiJQiYFMpwk0LHrchMCsVnUiQLrh1lUpR1alkuVk2Ksh6TolwAJkVZYJOXWywDOjQTJxIycaIQE5e3TIwtUnkBJq5gOBPruCuQMXEFy8TuJ4qJKzq1rBSrTFzRw8SVAmDiisAmrwRkYlZ3F5gDsT1WZhkXVLHjAlWFAFBVTR8XaL1RVWBc0I5kXFAZeMpXAzZlOzsuUNUIGvxGlnFBdSA4TwLHBadIxgU1CE2KGkImRU1rUoCLJGBS1DLcpNBx1yIzKWrxmRQpgmtHmRS1nVrWiVWTorbHpKgTgElRG9jkdRbLgA7NxHUJmbiuEBPXs0yMLVI9ASa+yXAm1nHfRMbEN1kmdj9RTHyzU8v6scrEN3uYuH4ATHwzsMnrA5mY1d0F5kBsjw1YxgUN7bhANSQAVCPTxwVabzQSGBe0JxkXNACe8o2BTdnejgtUY4IGb8IyLmgKBOdp4Ljgt+LBHBR+85cEzF9uXHOrPMCDQjdHZlfuVoRfnAl/Xel8fcH5qp9m4Xw0d4hD/zeR6/cq53v030e+95bw6xau7/0n67cMf/+t51m/pWv928KvW6XxvS8633ub8736DGwdfn37Be7ljvD3tznPXu5w7aVt+HW78+ylrWsvd4Zft0/je19yvvdO53v1HjuEX3d0ZA/8oK13Ni/oS0BH8CUAHXfLemfzio67UwmOM60T8EwD1lp1Mhw3qzOcPdPQuEk2PO6G4X7pJBB3ColYaLsDt5a71n7z15Ukf3cC85cCzF83kvO6M/C8BmJGIfMX1AAPmMuoAV4XO8DDFqmLwAAv2fABno47WXiAhz7cuxpKjj1JyLGboeTYi4QcU4DkCMSM6kVIjilC5NjVkiO2SF0FyLGb4eSo4+4mRI7oveZNOkvkaMXcfXFsxt1X2CHxrSTDMXcXiLsfyyUGSMJ9gZeY/iSXmLuA+QNiRvUnwd9AQ0XIYJL8DTJUhAwh6d+7gf0LxIwaQihC7hYSIT2sCMEWqYeACOlpuAjRcfckESH5w5fxuwQupfcaPq4slCRzGR9GQka9gGQErLUaZriI033dSwA3w0kugT2FcOM3fyNI8gfEtxoOzN9IknOrNxB/QMyokST4G2uoCB5Nkr+HDBXBY0j6tw+wf4GYUWMIRXAfIRHc14pgbJH6CojgfoaLYB13PxIRXCwsBnsLXOofNlwEl06SETOPkJBRfyAZAWutHjFcBOu+7i+Am8dJLoH9hHDjN3/jSPIHxLd6HJi/8STn1gAg/oCYUeNJ8Pe0oSJ4Ikn+njFUBE8i6d+BwP4FYkZNIhTBA4VE8CArgrFFGiQgggcbLoJ13INJRHBCWAwOELjUTzFcBFdIkhEzU0nIaAiQjIC1VlMNF8G6r4cI4GYaySVwsBBu/OZvOkn+gPhW04D5e5bk3BoKxB8QM+pZEvwtMlQEzyTJ32JDRfAskv69B9i/QMyoWYQi+B4hEXyvFcHYIt0rIIKHGS6CddzDSERwlbAYHCpwqZ9juAiumSQjZuaSkNF9QDIC1lrNNVwE676+TwA3C1jeziuEG7/5W0iSPyC+1QJg/haRnFv3A/EHxIxaRIK/tYaK4KUk+XvNUBG8jKR/hwP7F4gZtYxQBA8XEsEjrAjGFmmEgAgeabgI1nGPJBHBdcNi8H6BS/1K0z/COElGzLxAQkYPAMkIWGv1guEiWPf1AwK4WUVyCRwphBu/+VtNkj8gvtUqYP5eJjm3RgHxB8SMepkEf1sMFcFrSfK31VAR/BpJ/z4I7F8gZtRrhCL4QSERPNqKYGyRRguI4DGGi2Ad9xgSEdw0LAZHCVzq3zD9371KkhEzb5KQ0VggGQFrrd40XATrvh4rgJu3SC6BY4Rw4zd/b5PkD4hv9RYwfxtJzq2HgPgDYkZtJMHfPkNF8CaS/O03VARvJunfh4H9C8SM2kwogh8WEsGPWBGMLdIjAiL4UcNFsI77URIR3DosBh8SuNRvMVwE35kkI2a2kpDRY0AyAtZabTVcBOu+fkwAN9tJLoGPCuHGb/4+YpkkAXtlOzB/H5OcW48D8QfEjPqYBH/HDRXBO0jyd8JQEbyTpH/HAfsXiBm1k1AEjxMSweOtCMYWabyACJ5guAjWcU8gEcGdwmLwcYFL/W7DRXC3JBkx8wUJGT0BJCNgrdUXhotg3ddPCOBmH8klcIIQbvzmbz9J/oD4VvuA+fuS5Nx6Eog/IGbUlyT4y7TTTBF8kCR/mXeaKYIPkfTvRGD/AjGjDhGK4IlCIniSFcHYIk0SEMGTDRfBOu7JJCK4R1gMPilwqT9suAjulyQjZo6QkNFTQDIC1lodMVwE675+SgA3R0kugZOFcOM3f8dI8gfEtzoKzN8PJOfWFCD+gJhRP5DgL5+hIvgnkvxdYagI/pmkf6cC+xeIGfUzoQieKiSCn7YiGFukpwVE8DOGi2Ad9zMkInhQWAxOEbjU/2K4CB6WJCNmfiUho2lAMgLWWv1quAjWfT1NADe/k1wCnxHCjd/8nSHJHxDf6ndg/v4gObemA/EHxIz6gwR/JQ0VwRlKcuSvlKEiOGNJjv59Fti/QMwoZP6CEsHPCong56wIxhbpOQERPMNwEazjnkEigkeExeB0gUt9lpJmi+AxSTJiJisJGYWAZASstcpa0mwRrPs6JICb7CSXwBlCuPGbvxwk+QPiW2UH5u9iknNrJhB/QMyoi0nwV9VQEXwpSf6qGSqCLyPp31nA/gViRl1GKIJnCYngVCuCsUVKFRDBsw0XwTru2SQi+JGwGJwpcKnPa7gInpAkI2YuJyGjOUAyAtZaXW64CNZ9PUcAN1eSXAJnC+HGb/6uIskfEN/qSmD+riY5t+YC8QfEjLqaBH9NDBXBBUjy19RQERxP0r/zgP0LxIyKJxTB84RE8HwrgrFFmi8gghcYLoJ13AtIRPCksBicK3CpL2y4CH4mSUbMFCEho4VAMgLWWhUxXATrvl4ogJviJJfABUK48Zu/EiT5A+JbFQfmryTJubUIiD8gZlRJEvy1N1QEX0+Svw6GiuAbSPp3MbB/gZhRNxCK4MVCIniJFcHYIi0REMHPGy6CddzPk4jg58JicJHApV4ZLoJnJ8mImbIkZLQUSEbAWquyhotg3ddLBXBTnuQS+LwQbvzmrwJJ/oD4VuWB+atIcm4tA+IPiBlVkQR/fQ0VwVVJ8tfPUBFcjaR/lwP7F4gZVY1QBC8XEsErrAjGFmmFgAheabgI1nGvJBHB88NicJnApb6G4SL4+SQZMVOThIxeAJIRsNaqpuEiWPf1CwK4qUNyCVwphBu/+atLkj8gvlUdYP7qkZxbLwLxB8SMqkeCv1GGiuAGJPl70FAR3JCkf18C9i8QM6ohoQh+SUgEr7IiGFukVQIieLXhIljHvZpEBK8Ii8EXBS71TQwXwauTZMRMUxIyehlIRsBaq6aGi2Dd1y8L4KY5ySVwtRBu/ObvFpbfKQT2SnNg/lqQnFuvAPEHxIxqQYK/yYaK4FYk+XvKUBHcmqR/XwX2LxAzqjWhCH5VSASvsSIYW6Q1AiJ4reEiWMe9lkQErwmLwVcELvVtDBfBbybJiJm2JGT0GpCMgLVWbQ0XwbqvXxPATXuSS+BaIdz4zV8HkvwB8a3aA/PXkeTceh2IPyBmVEcS/M0zVAQnk+RvvqEiOIWkf9cB+xeIGZVCKILXCYngN6wIxhbpDQER/KbhIljH/SaJCH47LAZfF7jUdzdcBG9OkhEzd5GQ0XogGQFrre4yXATrvl4vgJueJJfAN4Vw4zd/vUjyB8S36gnMX2+Sc2sDEH9AzKjeJPh72VAR3J8kf68YKoIHkPTvW8D+BWJGDSAUwW8JieC3rQjGFultARG80XARrOPeSCKCt4bF4AaBS/1gw0XwJ0kyYmYICRm9AyQjYK3VEMNFsO7rdwRwcy/JJXCjEG785m8YSf6A+Fb3AvN3H8m59S4Qf0DMqPtI8LfJUBE8kiR/mw0VwQ+Q9O97wP4FYkY9QCiC3xMSwZusCMYWaZOACN5suAjWcW8mEcE7w2LwXYFL/WjDRfDeJBkxM4aEjN4HkhGw1mqM4SJY9/X7Arh5mOUSKIQbv/l7hCR/QHyrh4H5e5Tk3PoAiD8gZtSjJPjbbagIHk+Svy8MFcETSPp3C7B/gZhREwhF8BYhEbzVimBskbYKiOBthotgHfc2EhF8ICwGPxC41E80XAR/myQjZiaRkNGHQDIC1lpNMlwE677+UAA3U0gugduEcOM3f1NJ8gfEt5oCzN/TJOfWdiD+gJhRT5Pg76ihIvhZkvwdM1QEP0fSvx8B+xeIGfUcoQj+SEgEf2xFMLZIHwuI4E8MF8E67k9IRPD3YTG4XeBSP9NwEXwiSUbMzCIho0+BZASstZpluAjWff2pAG7mkFwCPxHCjd/8zSXJHxDfag4wf/NIzq3PgPgDYkbNI8Fful1miuBFJPlLv8tMEbyYpH93APsXiBm1mFAE7xASwTutCMYWaaeACN5luAjWce8iEcGnwmLwM4FL/VLDRfCZJBkxs4yEjD4HkhGw1mqZ4SJY9/XnArhZSXIJ3CWEG9//7jVJ/oD4ViuB+XuR5NzaDcQfEDPqRRL85TZUBL9Mkr88horgV0j69wtg/wIxo14hFMFfCIngPVYEY4u0R0AE7zVcBOu495KI4PTN4uJ2C1zq1xougrM2kxEzr5GQ0T4gGQFrrV4zXATrvt4ngJs3SC6Be4Vw4/tTu0nyB8S3egOYv/Uk59Z+IP6AmFHrSfBX1FARvJEkf8UMFcHvkPTvl8D+BWJGvUMogr8UEsEHrAjGFumAgAj+ynARrOP+ikQE5wiLwf0Cl/pNhovgy5rJiJnNJGT0NZCMgLVWmw0XwbqvvxbAzRaSS+BXQrjxm7+tLB8sBuyVLcD8bSM5tw4C8QfEjNpGgr+Khorgj0nyV8lQEfwJSf8eAvYvEDPqE0IRfEhIBH9jRTC2SN8IiOBvDRfBOu5vSUTw5WExeFDgUr/DcBGcv5mMmNlJQkaHgWQErLXaabgI1n19WAA3u0kugd8K4cb32+xI8gfEt9oNzN8eknPrCBB/QMyoPST4a2CoCP6SJH8NDRXBB0j69ztg/wIxow4QiuDvhETw91YEY4v0vYAIPmq4CNZxHyURwfFhMXhE4FJ/0HARXKyZjJg5REJGx4BkBKy1OmS4CNZ9fUwAN4dZPl1WCDe+xRFJ/oD4VoeB+fuO5Nz6AYg/IGbUdyT4a2OoCP6BJH9tDRXBP5L074/A/gViRv1IKIJ/FBLBx60IxhbpuIAIPmG4CNZxnyARwaXCYvAHgUv9T4aL4IRmMmLmZxIy+glIRsBaq58NF8G6r38SwM0vJJfAE0K48Zu/X0nyB8S3+gWYv9Mk59bPQPwBMaNOk+Cvp6Ei+A+S/PUyVATHleLo35PA/gViRiHzF5QIPikkgk9ZEYwt0ikBEfyL4SJYx/0LiQhODIvBnwUu9RlKmS2CqzSTETMZScjoVyAZAWutMpYyWwTrvv5VADdZSnFcAn8Rwo3f/GUlyR8Q3yoLMH/ZSM6t00D8ATGjspHgb7ihIvhikvyNMFQEX0LSv78B+xeIGXUJoQj+TUgE/25FMLZIvwuI4DOGi2Ad9xkSEVw9LAZPC1zqLzVcBNdtJiNmLiMhoz+AZASstbrMcBGs+/oPAdzkJbkEnhHCjd/8XU6SPyC+VV5g/vKRnFtxS3C1AGJG5TOc7+qH+U7nDn1uXW143E2byZzX+Un6JR2wX4C1VvkNx83ycCHSCfSLXhcVt95bZhdmVoRfnAl/Xel8fcH5qp/04VgyOPHo/yYialc536P/PvK9GcOvM7m+95+snzn8/VnOs35m1/pZw6+zpfG9Lzrfm9X5Xi3ALwq/zn6Be8kR/v6Lz7OXHK69XBJ+nfM8e7nEtZdc4deXpvG9Lznfm8v5Xr3Hy8Kvcy85+/dobDaudzYvaGwWMLwnW9Y7m1d03PEkZ3ke4FkOrLWKJzQQV4LP4cgeIzXPG67V5eH/5VtyLoaLna/Z4qJNRf1kdr2uCdqXgEmZkMm112yuPUfiucT5+4zYn1sumyu3ca58x6WRtzjXz88a/l8O53XX5AHNBnbq0b1zo+ShadUsQxrrpnfFmsnzfe46Rv4ui/u/l7iUgNb60+Uhr0Nelztf8zlfc4b/d0X49ZV/QWaIC5FuRvS6hQkumFcIkFkRITJLD44fWB9VBExA3sNZov55cWSeILnPy4H7dOf1Kuc8udpFkPmcr+7DPp3rz5hJM6srjsjjJpfIz4zEHSHSTNi9lNU/K2Nc9HM+Io38fA+Rtkju3C95gIdIvRPT9GnE6o5Rx5cFG19CZK+RJ7KnyM+5KO4cbrK69pENuw8V+VnefWRz7SOr63Xk7y5y7SnyZ9k9+3X3gvu/jeQ1uytmmsuIDuQq59JxtfM1f/jrNUvk9p9XgICLGz7B0nHnF4i7BMnFA1gfVYLgknm5QK2vI8D4NQJxlybBOLA+qrThGF+d4axjja51GcPjbhh2Q/MIxJ1A4oZeC3RDgbVWyPx5TZprnXuR956knwLh1/EXOCkpGP7+QueZlBR0rV84/LrIkrPrBiGQC4AFssS5U3gJdN2UxLKJCbqvUXG7hV1Rl9COCIT/otDO4ooj8rjdaS2icjv/v1fvAd1ThjYd2KNH95TuyV2a9h6Q7E5ZWu8ATkvHus3hjGmkkc4cltqfG4PIvf5VTv1yTLEl/3qtBM9aKqjJVrElMudHcVft7Fvjfa6pi1R8CX7dEktw4JeKu0TAh0CCvycqpwk+H+/lCS38FoR/QKNFuPWa14mLa7xItl4+11beP3Dnt6SDtVIuzGVy4STyvfpA+yPuzxhK53qd3vme9Of5nnR/sc5fXUbEDq1IcDoBr7mCLbUk2t53bwj1s0sCD6HrzrNWpYrJnVIqJpbrmJCY0im8ToWU5HIdy1ZWKZXKhZcvl6g6dUxO6JLYqWKFxAqVUioG9t6S64QYuLRlYGyRSgsw8PWGM7CO+3ohBkZfv0s5e0WvW87QXxbx7hOJpRuAdlk5sMWlDzG9v1rOmmjMR25FaByVN9wijtze0HFXMNMi/pPkRl5ESgHXqkjyy2pAfCsgZpRU/uAjJEL7qIzQ5TXBXl6xRUoQuLwqwy+vOm4V0OU1wd/zP79bYq9Bzd9K+TgIUqKfwOyesk6+y/0Du6d2Grnz2j214/7e7klrnb+1e0x/M156J5npXIkr57qhRx70jQMYhyoHPMwScc2QEslnoqDi0XksJaCcq5r1xq8/3ZJ03GUF4q5G8Ia3cgJx32ioUvESDPLcqAr8WI3qJEoPiG8FxIyqHtAbLv3WuSyQa8oDnTq9hgS3lDf8oxEk4tYu4u0L8XHXIXAR7xCIuy7JG00rAPsRWGtV13Dc6H7pLoCbmwn65S6BuOuT9EtFYL8Aa63qE/TLUAHcNCLol3sE4m5M0i+VgP0CrLVqTNAvDwvgJomgXx4RiLsZSb9UBvYLsNaqGUG/PC2AmxYE/fKMQNwtSfqlCrBfgLVWLQn6ZYEAbloR9MtCgbhbk/RLVWC/AGutWhP0y8sCuGlD0C+vCMTdlqRfqgH7BVhr1ZagX94VwE17gn55TyDuDiT9ciOwX4C1Vh0I+mWHAG46E/TLToG4u5D0S3VgvwBrrboQ9Ms3ArjpStAv3wrE3Y2kX2oA+wVYa9WNoF9+EcDN3QT98qtA3D1I+qUmsF+AtVY9CPolm8Bvl/Um6JeLBOLuQ9IvtYD9Aqy16kPQL1cK4KY/Qb9cJRD3AJJ+qQ3sF2Ct1QCCfikpgJvBBP1SSiDuIST9UgfYL8BaqyEE/VJZADf3EvRLFYG4h5H0S11gvwBrrYYR9EsDAdwMJ+iXhgJxjyDpl3rAfgHWWiHzp3/p+UjGuLhcznr6dxj0+7L1e031++f0e4L0+xz07FbPo7TH/j/fUP9Oavh/+s6qeVifLfWWxEU9aNzcBP6gZ6l93gzEja7PdxnP/R6azsHNwnmuD/wdtaA+jaS+0KeRNLCfRoItUgOBTyNpaPinkei4GxJ9GonEXu0H2p594tJ4UHt257eRU8PG/+ATTgq6/ru/+oSTgnF//wknaa3zn/iEE53MeFfiGi/588lr8iecNAYekE2W4PPb5B/k0+++mwJvZYZ+3p3YJ4Y0Evgt/lEEcTcWiPtBgn8KrqlA3KNJPuEEiEsFrLWSyh/8tyIJ1WOSkHpsZtUjtkjNBNRjc8PVo467OZF6bG7VI716vMWpYQurHv/9E0nULR712IJMPbYAHpAtBdRjywDU461WPf5rFXWLgJp4mCDuFgJxP0KgHm8ViPtREvUIxKUC1loh86dJ/7uMcX960PVBY7PFEvP3eJvQjBv/4RRAQmQFVCsCQLVG7xG9Qe0ttxZgjPEkjHEb8HZ9O7ApxxPcNG4XwM0dwIbRZ9oRwoPtDoKDrY0UU6YHA8otxX1/1AvBR35LNGU7cLEl4i4gEPcThh/CugnbCsT9JMlbhO8E9iOw1upJsNwTJLH/P6hCY7MdAYndKX079wvw1eGOKSzQ4JMNb/DklJSETl06q4b1cDG3Bx4WyPwFNWVvD/b+I08HO2XHFqmDwJS9o+FTdh13R6Epe+RBKwtkTjstkWsKUD5TEssmJiAP5M5LzCU0iV9ibCfwy3xTCH6J8U6BuKeSKJQuwL4G1lpNJeiXngK4mUbQL70E4p5O0i/JwH4B1lpNJ+iX+wRwM4OgX+4XiDtE0i8pwH4B1lqFCPrlcQHcpBL0yziBuGeT9EtXYL8Aa61mE/TLswK4mUfQL88JxD2fpF+6AfsFWGs1n6BflgjgZhFBvzwvEPdikn7pDuwXYK3VYoJ+WSuAm6UE/fKaQNzLSPrlLmC/AGutlhH0y/sCuFlJ0C8fCMT9Akm/3A3sF2Ct1QsE/bJbADerCPrlC4G4V5P0Sw9gvwBrrVYT9Mt3Arh5laBfvheIew1Jv/QE9guw1moNQb/8LoCb1wn65YxA3OtI+qUXsF+AtVbrCPrl4sV43Kwn6JdLBOLeQNIvvYH9Aqy12kDQL9cI4GYjQb9cKxD3OyT90gfYL8Baq3cI+uV6AdxsIuiX/9fel8DbVL3vX/NMZhUhQ8bcxTVX5nm4iqLSYLgXZYprVgjRKBkylQpRMs9knjIUmYfKnKhQKFL8z/ra998+u0t8z/Pu33q+Z+3Px3efb6591vu+z7ue/TzvPufeLxD3VpJ+eQHYL8Baq60E/fKgAG62EfTLQwJxbyfply7AfgHWWm0n6JcGArjZSdAvDQXi3kXSL12B/QKstULmT3/T5BnXLyXSn2HQz2XrZ03183P6mSD9nIOe3ep5lPbYtW+ovRCt7/Q9q+Zhvbd0Ff5lOXFCX0OBXmc38C8lOuv6pUQ6B92E89yd8Guluwt94LWH/cArtkg9BD7w2tPwD7zquHsSfa20xFrt10pfPyISOFBrdue3l1PD3vZrpf/7Iz5RvTxfK92b7GulewM3yD4CXyvdx4evle5rv1b6v/5OtV4CX0uzlyDu3gJx7yP4sse+AnHvJ/mSUCAuFbDWSip/6Dq/SKgeXxRSjy9Z9Ygt0ksC6rGf4epRx92PSD32s+qRXj32d2o4wKrH//6IT1R/j3ocQKYeBwA3yJcF1OPLPqjHgVY9/tcqqr+AmviWIO4BAnF/R6AeBwrEfYhEPQJxqYC1Vsj8adI/S/irFgYQfEv1IKlftYBuyMHgX0rECKjBBIB6xfRfSqS95VcEGOMYCWMMAt5dDwE25TGCO40hArgZCv6lRGcIN7ahBBvbq6ZvbPprvlsJAPSE+Rvbf74+HPmV6a8BNzap/CUG1xn5y6xeJ/hlVhKb+RsEv8zqNYG4TxpO3nrzfl0g7h9IHi1/E9iPwFqrH8A2wRnCX2b1BsHNz5sCa0xwoaEC/a3buQkoe9NrKb+eBnhL6GmAYfZpAGyRhgk8DfC24U8D6LjfFnoaIP6QzGlkiIcfTwJU+RT7JED0Z/iczk0ixAC3u051879212q4g9t3buGpgt4R/8Sj96mC3hH//lRBQtf516cKbjsJ/5Ki+OCGz/h7gYmdRPT0LA71nvFARjP6jwSfWo0W+NTqTyR+8twkuDuu4UAy/JlEmr0DlGbuXgl1XWdI8AfsEwXEjDpD8vz0CELFNEJIMY20iglbpJECimmU4YpJxz2K6PlpibX+m2oKtW5e1RTq9aRU022R+78om4gEDtS13bUa7eDhXdNVE8Oz2KM9CkwntVdE8GHys9jvAjfbMbfF2rE3PeLzOeYW8hnquscCc/DT/9Ud+i1sLrd9Z/kvd4Mah6MFhm7nCZ7Fflcg7gsET0iNFYj7IokSBeJSAWutLhLgRmKfmCNkWaPXOW4GxzrHg79n7Jzre8Z0DsYLf8/YBMJPik8Qcjres04HtkjvCTgd7xvudOi43yebDb8vOBsWwqxvn8Ke6NTyA9M/hY1OQnxwEz2fnP5gRsQ/DrSVNRHY5B+Q3El8SMjEHwox8UeWibFF+kiAiScZzsQ67klkTDzJMrH7CGLiyU4tp4QrE0/2MPEUH5h4MrDJp4A/1XeO8FN9U2aYv8aPWR5snwr+/DsjoKYSAGqa6R8T1XpjmoDbepnEpf8YuMt/AmzKy+CPQv1E2OCfEDT4p1KMgR5bTweCsxpwHFWd5MHIzwhNis+ETIoZ1qTAFmmGgEkx03CTQsc9k8ykmMlnUijJa7vXP8up5exwNSlmeUyK2T6YFLOATT57hgzo4A9yEDLxHCEmnmuZGFukuQJMPM9wJtZxzyNj4nmWiYOu7V7/fKeWC8KVied7mHiBD0w8H9jkC6y7q4A5EFvjQpZxwSILKLWIAFCLTR8XaL2xWGBccIVkXLAQuMsvATblFTsuUEsIGnwpy7hgGRCctYDjgtok44LPCU2Kz4VMiuXWpMAWabmASbHCcJNCx72CzKRYwWdSlBS8dpBJsdKp5apwNSlWekyKVT6YFCuBTb5qhgzo0Ey8mpCJVwsx8RrLxNgirRFg4rWGM7GOey0ZE6+1TOw+gph4nVPL9eHKxOs8TLzeByZeB2zy9UAmZnV3gTkQW+MGlnHBRjsuUBsJAPWF6eMCrTe+EBgX/EUyLtgA3OU3AZvyLzsuUJsIGnwzy7hgCxCc9YDjgvok44KthCbFViGT4ktrUmCL9KWASfGV4SaFjvsrMpPiKz6TopTgtYNMim1OLbeHq0mxzWNSbPfBpNgGbPLtM2RAh2birwmZ+GshJt5hmRhbpB0CTLzTcCbWce8kY+KdlondRxAT73JquTtcmXiXh4l3+8DEu4BNvhvIxKzuLjAHYmvcwzIu2GvHBWovAaD2mT4u0Hpjn8C44BrJuGAPcJffD2zKa3ZcoPYTNPgBlnHBQSA4o4HjgkYk44JvCE2Kb4RMim+tSYEt0rcCJsV3hpsUOu7vyEyK7/hMiijBaweZFIecWh4OV5PikMekOOyDSXEI2OSHZ8iADs3ERwiZ+IgQEx+1TIwt0lEBJj5mOBPruI+RMfExy8TuI4iJjzu1PBGuTHzcw8QnfGDi48AmPwFkYlZ3F5gDsTV+zzIuOGnHBeokAaB+MH1coPXGDwLjgkRFOcYF3wN3+VPApkTmj3VccIqgwU+zjAt+BIKzMXBc0IRkXPAToUnxk5BJ8bM1KbBF+lnApDhjuEmh4z5DZlKc4TMpSgteO8ikOOvU8ly4mhRnPSbFOR9MirPAJj83QwZ0aCb+hZCJfxFi4l8tE2OL9KsAE583nIl13OfJmPi8ZWL3EcTEF5xaXgxXJr7gYeKLPjDxBWCTXwQyMau7C8yB2Bp/YxkX/G7HBep3AkBdMn1coPXGJYFxQRKSccFvwF3+MrApk9hxgbpM0OB/sIwLrgDB2RQ4LmhGMi74k9Ck+FPIpPjLmhTYIv0lYFJcNdyk0HFfJTMprvKZFGUErx1kUlyLr+XMv/9bWJkU1zwmhTsR3gXFv3fIH+JFNvlMGdDBn0SaycfEiWbKMHFiF8YsE4d4TV0knVD0dZMAASsVd5KZ8BqJMnGSmZaJXUcQEyd1apksXJlYJyCPK9hkPjBxUmCTJwMyMau7C8yB2BqTC6wxwYWGCqgUuIXSjgtSEAAqJXqN6AVqvZFyJh6gyUjGBcmBu3wqYFMms+MClYqgwVNLMQZ6XJAGCM4ngeOC5iTjgrSEJkVaIZMinTUpsEVKJ2BSpDfcpNBxpyczKdLzmRRlBa8dZFJkcGp5R7iaFBk8JsUdPpgUGYBNfsdMGdChmTgjIRNnFGLiTJaJsUXKJMDEmQ1nYh13ZjImzmyZ2H0EMXEWp5ZZw5WJs3iYOKsPTJwF2ORZgUzM6u4CcyC2xmws44LsdlygshMAKofp4wKtN3IIjAtSkIwLsgF3+TuBTZnCjgvUnQQNfhfLuOBuIDifAY4LniUZF+QkNClyCpkUuaxJgS1SLgGT4h7DTQod9z1kJsU9fCZFOcFrB5kUuZ1a5glXkyK3x6TI44NJkRvY5HlmyoAOzcR5CZk4rxAT32uZGFukewWYOJ/hTKzjzkfGxPksE7uPICbO79SyQLgycX4PExfwgYnzA5u8AJCJWd1dYA7E1liQZVxwnx0XqPsIAFXI9HGB1huFBMYFqUjGBQWBu3xhYFOmsuMCVZigwYuwjAuKAsHZCjguaE0yLihGaFIUEzIpiluTAluk4gImxf2GmxQ67vvJTIr7+UyK8oLXDjIpSji1jAxXk6KEx6SI9MGkKAFs8siZMqBDM7EiZGIlxMQlLRNji1RSgIlLGc7EOu5SZExcyjKx+whi4iinlqXDlYmjPExc2gcmjgI2eWkgE7O6u8AciK2xDMu4oKwdF6iyBIAqZ/q4QOuNcgLjgjQk44IywF2+PLAp09hxgSpP0OAVWMYFFYHgbAMcF7QlGRc8QGhSPCBkUjxoTQpskR4UMCkeMtyk0HE/RGZSPMRnUrQQvHaQSVHJqWXlcDUpKnlMiso+mBSVgE1eeaYM6NBMXIWQiasIMXFVy8TYIlUVYOJqhjOxjrsaGRNXs0zsPoKYuLpTyxrhysTVPUxcwwcmrg5s8hpAJmZ1d4E5EFtjTZZxQS07LlC1CABV2/RxgdYbtQXGBelIxgU1gbt8HWBTprPjAlWHoMHrsowL6gHB+TxwXNCeZFxQn9CkqC9kUjSwJgW2SA0ETIqGhpsUOu6GZCZFQz6ToqXgtYNMiminlo3C1aSI9pgUjXwwKaKBTd5opgzo0Ez8MCETPyzExI9YJsYW6REBJm5sOBPruBuTMXFjy8TuI4iJmzi1fDRcmbiJh4kf9YGJmwCb/FEgE7O6u8AciK3xMZZxQVM7LlBNCQDVzPRxgdYbzQTGBRlIxgWPAXf5x4FNmcGOC9TjBA3+BMu44EkgODsBxwWdScYFzQlNiuZCJsVT1qTAFukpAZPiacNNCh3302QmxdN8JkUrwWsHmRTPOLV8NlxNimc8JsWzPpgUzwCb/NmZMqBDM3ELQiZuIcTELS0TY4vUUoCJWxnOxDruVmRM3MoysfsIYuLWTi1jwpWJW3uYOMYHJm4NbPIYIBOzurvAHIitMZZlXNDGjgtUGwJAtTV9XKD1RluBcUFGknFBLHCXbwdsyox2XKDaETT4cyzjgueB4OwKHBfEkYwL2hOaFO2FTIoO1qTAFqmDgEnR0XCTQsfdkcyk6MhnUrQWvHaQSdHJqWXncDUpOnlMis4+mBSdgE3eeaYM6NBM/AIhE78gxMRdLBNji9RFgIm7Gs7EOu6uZEzc1TKx+whi4jinlt3ClYnjPEzczQcmjgM2eTcgE7O6u8AciK2xO8u4oIcdF6geBIDqafq4QOuNngLjgswk44LuwF2+F7ApM9txgepF0OC9WcYFfYDg7AEcF/QkGRf0JTQp+gqZFC9akwJbpBcFTIqXDDcpdNwvkZkUL/GZFDGC1w4yKfo5tewfriZFP49J0d8Hk6IfsMn7z5QBHZqJBxAy8QAhJn7ZMjG2SC8LMPFAw5lYxz2QjIkHWiZ2H0FMPMip5eBwZeJBHiYe7AMTDwI2+WAgE7O6u8AciK3xFZZxwRA7LlBDCAA11PRxgdYbQwXGBVlJxgWvAHf5V4FNmdWOC9SrBA3+Gsu44HUgOPsAxwV9ScYFbxCaFG8ImRRvWpMCW6Q3BUyKtww3KXTcb5GZFG/xmRSxgtcOMimGObV8O1xNimEek+JtH0yKYcAmf3umDOjQTDyckImHCzHxO5aJsUV6R4CJRxjOxDruEWRMPMIysfsIYuKRTi1HhSsTj/Qw8SgfmHgksMlHAZmY1d0F5kBsjaNZxgXv2nGBepcAUGNMHxdovTFGYFyQnWRcMBq4y48FNmV2Oy5QYwkafBzLuGA8EJz9gOOC/kX82ShCzd8EYP5KA/NXBngtyfy997+fP9Fx1ftCGw16nROBddYa95ekf0s7nYOJHumHXv8HhGbkB0Jm5IfWjMQW6UMBM/Ijw81IHfdHZGbkR3xmZKTgtYPMyElOLSeHqxk5yWNGTvbBjJwEbPLJJHcSUwiZeIoQE39smRhbpI8FmHiq4Uys455KxsRTLRO7jyAmnubU8pNwZeJpHib+xAcmngZs8k+A4NZF/oXQ5P1kpvlr/JRlLDgdPBZkBNR0AkB9ZvpYUOuNzwTGgneSjAU/Be7yM4BNeSd4LHiGsMFnEDT4TJax4CwgON8FjmXGkIxlZhOaFLOFTIo51qTAFmmOgEkx13CTQsc9l8ykmMtnUijJa7vXP8+p5fxwNSnmeUyK+T6YFPOATT5/pgzo0Ey8gJCJFwgx8ULLxNgiLRRg4kWGM7GOexEZEy+yTBx0bff6Fzu1XBKuTLzYw8RLfGDixcAmX2LdXQXMgdgal7KMC5ZZQKllBID63PRxgdYbnwuMC+4mGRcsBe7yy4FNebcdF6jlBA2+gmVcsBIIzvHAccEEknHBKkKTYpWQSbHamhTYIq0WMCnWGG5S6LjXkJkUa/hMipKC1w4yKdY6tVwXribFWo9Jsc4Hk2ItsMnXzZQBHZqJ1xMy8XohJt5gmRhbpA0CTLzRcCbWcW8kY+KNlondRxATf+HUclO4MvEXHibe5AMTfwFs8k1AJmZ1d4E5EFvjZpZxwRY7LlBbCAC11fRxgdYbWwXGBblIxgWbgbv8l8CmzGXHBepLggb/imVcsA0IzonAccEHJOOC7YQmxXYhk+Jra1Jgi/S1gEmxw3CTQse9g8yk2MFnUpQSvHaQSbHTqeWucDUpdnpMil0+mBQ7gU2+a6YM6NBMvJuQiXcLMfEey8TYIu0RYOK9hjOxjnsvGRPvtUzsPoKYeJ9Ty/3hysT7PEy83wcm3gds8v1AJmZ1d4E5EFvjAZZxwUE7LlAHCQD1jenjAq03vhEYF+QmGRccAO7y3wKbMrcdF6hvCRr8O5ZxwSEgOCcBxwWTScYFhwlNisNCJsURa1Jgi3REwKQ4arhJoeM+SmZSHOUzKaIErx1kUhxzank8XE2KYx6T4rgPJsUxYJMfnykDOjQTnyBk4hNCTPy9ZWJskb4XYOKThjOxjvskGROftEzsPoKY+AenlqfClYl/8DDxKR+Y+Adgk58CMjGruwvMgdgaT7OMC3604wL1IwGgfjJ9XKD1xk8C44K8JOOC08Bd/mdgU+a14wL1M0GDn2EZF5wFgnMqcFwwjWRccI7QpDgnZFL8Yk0KbJF+ETApfjXcpNBx/0pmUvzKZ1KUFrx2kElx3qnlhXA1Kc57TIoLPpgU54FNfmGmDOjQTHyRkIkvCjHxb5aJsUX6TYCJfzeciXXcv5Mx8e+Wid1HEBNfcmp5OVyZ+JKHiS/7wMSXgE1+GcjErO4uMAdia/yDZVxwxY4L1BUCQP1p+rhA640/BcYF+UjGBX8Ad/m/gE2Zz44L1F8EDX6VZVxwDQjO6cBxwWck44KIWXwmhXvNkSEe7vUmmvX3a2tShHrNWdcTir5uYiBgpeJOPAteI1GTIjGwoXwyKcoIXjvIpEji1DKpq6ZhZVLoBORxBetOhHdB8e8dMpMAmzzpLBnQoZk4GSETJxNi4uSWibFFSi7AxCkMZ2IddwoyJk5hmdh9BDFxSqeWqcKViVN6mDiVD0ycEtjkqYBMzOruAnMgtsbUAmtMcKGhAioNbqG044I0BIBKi14jeoFab6SdhQdoAZJxQWrgLp8O2JQF7LhApSNo8PRSjIEeF2QAgnMWcFwwm2RccAehSXGHkEmR0ZoU2CJlFDApMhluUui4M5GZFJn4TIqygtcOMikyO7XMEq4mRWaPSZHFB5MiM7DJs8ySAR2aibMSMnFWISbOZpkYW6RsAkycfZbZTKzj1msE10iUid05jQzx+F9j4hxOLe901TSsmFgnII8rWHcivAuKf+9QGzMHsMnvxIG7LKu7C8yB2BrvElhjggsNFVB34xZKOy64mwBQOdFrRC9Q6w29SDRA7yMZF9wF3OVzAZvyPjsuULkIGvweKcZAjwtyA8E5DzgumE8yLsgD3Cj8MinyAMHpXm9e1+23NSlCvKYuUt5Z+Ovea7hJoeO+l8ykuJfPpCgneO0gkyKfU8v84WpS5POYFPl9MCnyAZs8/ywZ0MGfRCJk4gJCTFzQMjG2SAUFmPg+w5lYx30fGRPfZ5nYfQQxcSGnloXDlYkLeZi4sA9MXAjY5IWBTMzq7gJzILbGIizjgqJ2XKCKEgCqmOnjAq03igmMCwqTjAuKAHf54sCmLGzHBao4QYPfzzIuKAEE5yLguGAxybggktCkiBQyKZQ1KbBFUgImRUnDTQodd0kyk6Ikn0lRXvDaQSZFKaeWUeFqUpTymBRRPpgUpYBNHjVLBnRoJi5NyMSlhZi4jGVibJHKCDBxWcOZWMddloyJy1omdh9BTFzOqWX5cGXich4mLu8DE5cDNnl5IBOzurvAHIitsQLLuKCiHReoigSAesD0cYHWGw8IjAuKkowLKgB3+QeBTVnUjgvUgwQN/hDLuKASEJzLgOOCz0nGBZUJTYrKQiZFFWtSYItURcCkqGq4SaHjrkpmUlTlMylaCF47yKSo5tSyeriaFNU8JkV1H0yKasAmrz5LBnRoJq5ByMQ1hJi4pmVibJFqCjBxLcOZWMddi4yJa1kmdh9BTFzbqWWdcGXi2h4mruMDE9cGNnkdIBOzurvAHIitsS7LuKCeHReoegSAqm/6uEDrjfoC44LiJOOCusBdvgGwKYvbcYFqQNDgDVnGBdFAcK4EjgtWkYwLGhGaFI2ETIqHrUmBLdLDAibFI4abFDruR8hMikf4TIqWgtcOMikaO7VsEq4mRWOPSdHEB5OiMbDJm8ySAR2aiR8lZOJHhZj4McvE2CI9JsDETQ1nYh13UzImbmqZ2H0EMXEzp5aPhysTN/Mw8eM+MHEzYJM/DmRiVncXmAOxNT7BMi540o4L1JMEgGpu+rhA643mAuOCEiTjgieAu/xTwKYsYccF6imCBn+aZVzwDBCca4HjgnUk44JnCU2KZ4VMihbWpMAWqYWASdHScJNCx92SzKRoyWdStBK8dpBJ0cqpZetwNSlaeUyK1j6YFK2ATd56lgzo0EwcQ8jEMUJMHGuZGFukWAEmbmM4E+u425AxcRvLxO4jiInbOrVsF65M3NbDxO18YOK2wCZvB2RiVncXmAOxNT7HMi543o4L1PMEgGpv+rhA6432AuMCRTIueA64y3cANqWy4wLVgaDBO7KMCzoBwbkROC74gmRc0JnQpOgsZFK8YE0KbJFeEDApuhhuUui4u5CZFF34TIrWgtcOMim6OrWMC1eToqvHpIjzwaToCmzyuFkyoEMzcTdCJu4mxMTdLRNji9RdgIl7GM7EOu4eZEzcwzKx+whi4p5OLXuFKxP39DBxLx+YuCewyXsBmZjV3QXmQGyNvVnGBX3suED1IQBUX9PHBVpv9BUYF5QiGRf0Bu7yLwKbspQdF6gXCRr8JZZxQT8gOLcAxwVbScYF/QlNiv5CJsUAa1JgizRAwKR42XCTQsf9MplJ8TKfSREjeO0gk2KgU8tB4WpSDPSYFIN8MCkGApt80CwZ0KGZeDAhEw8WYuJXLBNji/SKABMPMZyJddxDyJh4iGVi9xHExEOdWr4arkw81MPEr/rAxEOBTf4qkIlZ3V1gDsTW+BrLuOB1Oy5QrxMA6g3TxwVab7whMC4oTTIueA24y78JbMrSdlyg3iRo8LdYxgXDgODcBhwXbCcZF7xNaFK8LWRSDLcmBbZIwwVMincMNyl03O+QmRTv8JkUsYLXDjIpRji1HBmuJsUIj0kx0geTYgSwyUfOkgEdmolHETLxKCEmHm2ZGFuk0QJM/K7hTKzjfpeMid+1TOw+gph4jFPLseHKxGM8TDzWByYeA2zysUAmZnV3gTkQW+M4lnHBeDsuUOMJADXB9HGB1hsTBMYFZUnGBeOAu/x7wKYsa8cF6j2CBn+fZVwwEQjOncBxwa4i/mwUoebvA2D+fgTm7ydg/nRzJHflbmngxdXAeZlz/tw56+PDQD4+cohD/5v42++Vzs/ov4//2UmB15NdP3sr158S+PmPb3L9Ka7rTw28npbAzy53fnaq87N6D/wk8PrT21zL9MDPf3aTtUx3rWVG4PXMm6xlhmstswKvZyfwsyucn53l/Kxe45zA67mO7EFvYktqXc8L+iagPPgmAB336lrX84qOu0JRjj1tHnBPA9ZaVTAcN6uSXN/T0Lh50PC4FwX6ZZ5A3A+RiIXm+3HXctc61PxVIsnf08D8PQTMX2WS/Xo+cL8GYkYh8+fXAA+Yy6AB3gI7wMMWaYHAAG+h4QM8HfdC4QEeenNvYyg51iAhx7aGkmNNEnJcBCRHIGZUTUJyXCREjostOWKLtFiAHJcYTo467iVC5Ihea9bo60SOVsxLZ4Vn3HWEHZJQ16dxuVQg7rokNzFLgCRcB3gTU4/kJmYZMH9AzKh6JPjrZqgIiSbJX3dDRUgjkv79HNi/QMyoRoQi5HMhEbLcihBskZYLiJAVhosQHfcKEhGSM3AzvkzgprSx4ePKe6NlbsabkJDRSiAZAWutmhgu4nRfrxTATVOSm8AVQrgJNX/NSPIHxLdqCszf4yT71iog/oCYUY+T4G+IoSL4KZL8DTVUBD9N0r+rgf0LxIx6mlAErxYSwWusCMYWaY2ACF5ruAjWca8lEcEFA2JwlcBNfQvDRXCxaBkx05KEjNYByQhYa9XScBGs+3qdAG5iSG4C1wrhJtT8xZLkD4hvFQPMXxuSfWs9EH9AzKg2JPgba6gIfp7lg/GGiuD2JP27Adi/QMyo9oQieIOQCN5oRTC2SBsFRPAXhotgHfcXJCI4MiAG1wvc1HcyXASXiZYRM51JyGgTkIyAtVadDRfBuq83CeCmK8lN4BdCuAk1f3Ek+QPiW3UF5q8byb61GYg/IGZUNxL8TTdUBPciyd9nhorg3iT9uwXYv0DMqN6EIniLkAjeakUwtkhbBUTwl4aLYB33lyQiuEJADG4WuKl/0XARXDlaRsy8REJGXwHJCFhr9ZLhIlj39VcCuBlAchP4pRBuQs3fyyT5A+JbDQDmbyDJvrUNiD8gZtRAEvwtN1QED2H5OIihIngoSf9uB/YvEDNqKKEI3i4kgr+2IhhbpK8FRPAOw0WwjnsHiQiuHhCD2wRu6l83XATXjZYRM2+QkNFOIBkBa63eMFwE677eKYCbYSQ3gTuEcBPyb/EmyR8Q32oYMH/DSfatXUD8ATGjhpPgb5uhIngUSf62GyqCR5P0725g/wIxo0YTiuDdQiJ4jxXB2CLtERDBew0XwTruvSQiuGFADO4SuKkfa7gIbhItI2bGkZDRPiAZAWutxhkugnVf7xPAzXskN4F7hXATav7eZ/lMIbBX3gPmbyLJvrUfiD8gZtREEvwdMVQETyLJ31FDRfBkkv49AOxfIGbUZEIRfEBIBB+0IhhbpIMCIvgbw0WwjvsbEhHcLCAG9wvc1E81XAQ/HS0jZqaRkNG3QDIC1lpNM1wE677+VgA300luAr8Rwk2o+fuMJH9AfKvpwPzNINm3vgPiD4gZNYMEf+cNFcFzSPJ3wVARPJekfw8B+xeIGTWXUAQfEhLBh60IxhbpsIAIPmK4CNZxHyERwS0DYvA7gZv6BYaL4LbRMmJmIQkZHQWSEbDWaqHhIlj39VEB3CxhmSQJ4Sbk3wtNkj8gvtUSYP6Wkexbx4D4A2JGLSPBX7IDZorglST5S37ATBG8iqR/jwP7F4gZtYpQBB8XEsEnrAjGFumEgAj+3nARrOP+nkQEtw+IwWMCN/VrDRfBXaJlxMw6EjI6CSQjYK3VOsNFsO7rkwK42UhyE/i9EG5C/tZukvwB8a02AvO3iWTf+gGIPyBm1CYS/GU3VAR/SZK/HIaK4K9I+vcUsH+BmFFfEYrgU0Ii+LQVwdginRYQwT8aLoJ13D+SiODuATH4g8BN/deGi+C+0TJiZgcJGf0EJCNgrdUOw0Ww7uufBHCzm+Qm8Ech3ISavz0sXywG7JXdwPztJdm3fgbiD4gZtZcEf4UNFcEHSfJXxFAR/A1J/54B9i8QM+obQhF8RkgEn7UiGFukswIi+JzhIljHfY5EBPcPiMGfBW7qDxkugl+JlhEzh0nI6BcgGQFrrQ4bLoJ1X/8igJtjJDeB54RwE/JjdiT5A+JbHQPm7wTJvvUrEH9AzKgTJPiraKgIPkWSvwcMFcGnSfr3PLB/gZhRpwlF8HkhEXzBimBskS4IiOCLhotgHfdFEhH8WkAM/ipwU/+z4SL47WgZMXOGhIx+A5IRsNbqjOEiWPf1bwK4+YXkJvCiEG5CFkck+QPiW/0CzN95kn3rdyD+gJhR50nw18BQEfw7Sf4aGiqCL5H07yVg/wIxoy4RiuBLQiL4shXB2CJdFhDBfxgugnXcf5CI4JEBMfi7wE39FcNF8LhoGTHzJwkZXQGSEbDW6k/DRbDu6ysCuLlGchP4hxBuQt7Hi3HkD4hvdQ2Yv0TFOPatP4H4A2JGJSLB3zOGiuBkJPl71lARnJykf/8C9i8QMwqZP79E8F9CIviqFcHYIl0VEMHXDBfBOu5rJCL4/YAY/FPgpj5VMbNF8ORoGTGTmoSMImbjcgmstUpdzGwR/J++no2/bjqSm8Brs2RwE2r+0pPkD4hvlQ6Yvwwk+1Yi4L4FxIzKQIK/FwwVwZlJ8tfFUBGchaR/EwP7F4gZlYVQBANzGSSCk8z++7UVwSFeUxcpyWz8dZPONlsE67iTzobXSGSt0wJiMJHATX12w0XwzEDcEmImBwkZJQOSEbDWKofhIlj3dTIB3NxNchOYVAg3oeYvJ0n+gPhWdwPzl4tk30oOxB8QMyoXCf4GGiqC85Lkb5ChIvhekv5NAexfIGbUvYQiOIWQCE5pRTC2SCkFRHAqw0WwjjsViQieGxCDyQVu6gsYLoIXR8uImYIkZJQaSEbAWquChotg3depBXBTmOQmMJUQbkLNXxGS/AHxrQoD81eUZN9KA8QfEDOqKAn+RhkqgkuQ5G+0oSI4kqR/0wL7F4gZFUkogtMKieB0VgRji5ROQASnN1wE67jTk4jgzwNiMI3ATX0pw0XwmmgZMRNFQkYZgGQErLWKMlwE677OIICbsiQ3gemFcBNq/sqR5A+Ib1UWmL/yJPvWHUD8ATGjypPgb6qhIvhBkvxNM1QEP0TSvxmB/QvEjHqIUARnFBLBmawIxhYpk4AIzmy4CNZxZyYRwRsCYvAOgZv6KoaL4K3RMmKmKgkZZQGSEbDWqqrhIlj3dRYB3NQguQnMLISbUPNXkyR/QHyrGsD81SLZt7IC8QfEjKpFgr8lhorgeiT5W2qoCK5P0r/ZgP0LxIyqTyiCswmJ4OxWBGOLlF1ABOcwXATruHOQiODtATGYVeCmPtpwEbwnWkbMNCIhozuBZASstWpkuAjWfX2nAG4as3ymVQg3oeavCUn+gPhWjYH5e5Rk37oLiD8gZtSjJPjbYqgIfpwkf1sNFcFPkPTv3cD+BWJGPUEogu8WEsE5rQjGFimngAjOZbgI1nHnIhHBBwJi8C6Bm/qnDBfBh6NlxMzTJGR0D5CMgLVWTxsugnVf3yOAmxYkN4G5hHATav5akuQPiG/VApi/ViT7Vm4g/oCYUa1I8PetoSK4DUn+vjNUBLcl6d88wP4FYka1JRTBeYREcF4rgrFFyisggu81XATruO8lEcHHA2Iwt8BN/fOGi+DT0TJipj0JGeUDkhGw1qq94SJY93U+Adx0IrkJvFcIN6HmrzNJ/oD4Vp2A+XuBZN/KD8QfEDPqBRL8nTVUBHcjyd85Q0Vwd5L+LQDsXyBmVHdCEVxASAQXtCIYW6SCAiL4PsNFsI77PhIRfCYgBvML3NT3MlwEX4iWETO9ScioEJCMgLVWvQ0XwbqvCwng5kWSm8D7hHATav5eIskfEN/qRWD++pHsW4WB+ANiRvUjwV+ig2aK4IEk+Ut80EwRPIikf4sA+xeIGTWIUAQXERLBRa0IxhapqIAILma4CNZxFyMRwZcCYrCwwE39EMNF8NVoGTEzlISMigPJCFhrNdRwEaz7urgAbl4nuQksJoSbUPP3Bkn+gPhWrwPz9ybJvnU/EH9AzKg3SfCX2VARPJwkf1kMFcHvkPRvCWD/AjGj3iEUwSWERHCkFcHYIkUKiGBluAjWcSsSEZy4UUTE/QI39aMMF8EpG8mImdEkZFQSSEbAWqvRhotg3dclBXAzluQmUAnhJtT8jWP5PaPAXhkLzN94kn2rFBB/QMyo8ST4K2CoCJ5Ikr+ChorgD0j6NwrYv0DMqA8IRXCUkAgubUUwtkilBURwGcNFsI67DIkIThsQg6UEbuonGS6CMzWSETOTScioLJCMgLVWkw0XwbqvywrgZirJTWAZIdyEmr9pJPkD4ltNBebvE5J9qxwQf0DMqE9I8FfWUBE8gyR/5QwVwTNJ+rc8sH+BmFEzCUVweSERXMGKYGyRKgiI4IqGi2Add0USEZwtIAbLCdzUzzFcBOdsJCNm5pKQ0QNAMgLWWs01XATrvn5AADcLSG4CKwrhJtT8LSTJHxDfagEwf4tI9q0HgfgDYkYtIsFfHUNF8DKS/NU1VAR/TtK/DwH7F4gZ9TmhCH5ISARXsiIYW6RKAiK4suEi+D/gJBHBeQJi8EGBm/qVhovggo1kxMwqEjKqAiQjYK3VKsNFsO7rKgK4WUtyE1hZCDeh5m8dSf6A+FZrgflbT7JvVQXiD4gZtZ4Ef08aKoI3keSvuaEieDNJ/1YD9i8QM2ozoQiuJiSCq1sRjC1SdQERXMNwEazjrkEigosExGBVgZv6Lw0XwZGNZMTMVyRkVBNIRsBaq68MF8G6r2sK4OZrkpvAGkK4CTV/O0jyB8S3+hqYv50k+1YtIP6AmFE7SfDXwVARvJckfx0NFcH7SPq3NrB/gZhR+whFcG0hEVzHimBskeoIiOC6hotgHXddEhEcFRCDtQRu6g8aLoIrNJIRM9+QkFE9IBkBa62+MVwE676uJ4CbQyyPAwrhJtT8HSbJHxDf6hAwf0dI9q36QPwBMaOOkOCvn6Ei+ARJ/vobKoK/J+nfBsD+BWJGfU8oghsIieCGVgRji9RQQARHGy6CddzRJCL4oYAYrC9wU3/KcBFcvZGMmDlNQkaNgGQErLU6bbgI1n3dSAA3P5PcBEYL4SbU/J0hyR8Q3+pnYP7OkuxbDwPxB8SMOms439UO8N3DAvvWecPjbthIZr++QNIvjwD7BVhrdcFw3CwJFOIRAdzo66Li1mtL7sLM0sCLq4HzMuf8uXPWR+NALE2cePS/iRe1K52f0X8f/7OPBl4/5vrZW7l+08DPN7vJ9Zu6rv944PUTCfzscudnH3d+VgvwJwOvm9/mWp4K/PzTN1nLU661PBN4/exN1vKMay0tAq9bJvCzK5yfbeH8rF5jq8Dr1o4GhGOz1vW8oLH5u+E9ubrW9byi475EspfHAPdyYK3VJUIDcRl4H45fY3zNYwO1ahP409blA6Vzzqkigk1FfSR3va4MWpeASRmZzLXWVK41x8eT3vn7pNj3LZXKldsIV74jEshbhOv9Uwb+pHVet4mJa9StZft2rerF9EqoZkkSuG5iV6zJPD/nrmP836Vw/3uJmxLQtf5x8xDrkFcb59zWOWcI/GkXeP3cDcgMcUOkmxF93SsEN5jtBMjsTyEySwyOH1gf9SeYgLybs0T9Y4ETLMl1tgGu053X5539pL2LILM7Z/dmn8j135hJM6UrjvjDTS7x7xkfdzyRJsOupaR+r6QRwcfNiDT+/T1E2jimVZeYOA+ReiemiROI1R2jji8FNr7I+LXGH/Frin+f1BF/4yalax2psOtQ8e/lXUcq1zpSul7H/11q15ri/1saz3rdveD+t/F5TeOKmeZmRAfyvHPT0d45dwicO86WW3+sAAFfM3yCpePuIBB3RHGOGw9gfRQ6ZgmMtxGodZLi5mO8o0DcSUkwDqyPSmo4xlclue5Yo2udwvC4FwXc0BiBuFMW53BDOwHdUGCtFTJ/XpOmk3Nf5L1P0kfnwOsXbnNS0iXw811vMinp4rp+XOB1t9nXr+uHQO4MFsgS+04c9unG2KiSUZG6r1Fxu4Vdd5fQjhcI/4tCO4UrjvjD7U5rEZXZ+f8dO8W1i+3VsFv79u1i28W0btgpLsadsoSeAE5Ix7rN4aQJpJHOHJZaX3ehp2JvlNNQOabHf/+kcaTnWsqvyVYPoUfje9pH47FF6jkbf91ehj8ar+Pu5fMmEBnaEZTTyBAP780TWvjNCbzBhJm4662oERHx3kzZeoV4beX9D+789naw1seFuWQunMT/rN7QrkX8E0OJXK8TOz+T+CY/k+gG17nRzYjYphUfnE7AClewfWYH2/vuBaHeuzdwE+p7k2uVKxvTMrZsVKkWkVGxLQPXKRMbU6pFyfIqtlypwOVLRamWLWIiW0e1LFsmqky52LK+PVvSV4iBX7QMjC3SiwIM/JLhDKzjfkmIgdG3332ctaKvm8YniyvyNg/vOpFY6ge0y9KALS69ien1VXGuicZ8/F0RGkfpDLeI4+/e0HGnN9Mi/ofkRt6I9AFeK4Oh+4/nUEB8KyBmlFT+0H3Sn9A+6i908zrA3rxiizRA4Ob1ZcNvXnXcL/t08xoZ2vEfv1tirX7N3/qEsBHEBh++2T0DnXwPugW7p2oCufPaPVUj/t3uSeg6/2r3mP4wXmInmYlciRvkukOPP9B3HMA41CDgZjYY1wyx8fkcLKh4dB77CCjnzGY9+PWPuyQd90CBuLMQPPA2SCDurIYqFS/BIPcNN8ZDzV82EqUHxLcCYkZl8+mBy1DrPBDINa8AnTp9DQlueWW2zB6GrLWEi/jpDHzcdxO4iNMF4s5J8qDpEGA/AmutchqOG90vSwVwk5ugX5YJxJ2HpF+GAvsFWGuVh6BfNgvgJh9Bv2wRiDs/Sb+8CuwXYK1VfoJ+OSCAm/sI+uWgQNyFSPrlNWC/AGutChH0y2kB3BQl6JcfBeIuRtIvrwP7BVhrVYygX/4QwE0Jgn65IhB3JEm/vAHsF2CtVSRBv6QWeNqsFEG/pBGIO4qkX94E9guw1iqKoF/uEsBNWYJ+uVsg7nIk/fIWsF+AtVblCPqliABuKhL0S1GBuB8g6ZdhwH4B1lo9QNAvFQRwU4mgXyoKxF2ZpF/eBvYLsNaqMkG/1BXATTWCfqknEHd1kn4ZDuwXYK1VdYJ+eUIAN7UI+uVJgbhrk/TLO8B+AdZa1Sbol+cEcFOPoF+eF4i7Pkm/jAD2C7DWqj5Bv/QWwE00Qb/0EYi7EUm/jAT2C7DWqhFBv7wmgJvGBP3yukDcTUj6ZRSwX4C1Vk0I+mWcAG6aEvTLeIG4m5H0y2hgvwBrrZD50x96Th34nzuc6+nPMOjnsvWzpvr5Of1MkH7OQc9u9TxKe+zaN9ReiNZ3+p5V87DeW3S+3AcaN+/i6hEpuc4xQNzo+qRJ9vfn0HQOxgjneSzwM2p+fRvJWKFvIxlnv40EW6RxAt9GMt7wbyPRcY8n+jYSibXaL7S9fkQkcKDW7M7vBKeG793CN5zkdf27G33DSd6If/+Gk4Su8z/xDSc6mXlciXtv9j93XpO/4eQ94Ab5/mx8ft+/hXyGuu6JwLsyQ7/vLkFCQHzafoLAp/ifJIj7PYG4mxP8KriJAnE/RfINJ0BcKmCtlVT+0HX+gFA9fiCkHj+06hFbpA8F1ONHhqtHHfdHROrxI6se6dXjJKeGk616/O+P+ERN8qjHyWTqcTJwg5wioB6n+KAeP7bq8b9WUZME1EQLgrgnC8TdkkA9fiwQdysS9QjEpQLWWiHzp0k/TbKIfxzo+qCxOXm2+WucKjTjhjfkNCAhsgJqGgGgPkGvEb1A7S1/IsAYbUgYYyrw7vpTYFO2IbjT+FQAN9OBDaM3ttSEG9t0go3tMymmTAwGlFuKh3qtGcAGlyiKVFPOBBdbIu7OAnG3M3wT1k04QyDu50geEZ4F7EdgrdVzYLknSGL/f1CFxuZMAhKbJX13HirAVwU6Jk6gwTsY3uAxsbGRLVu3Uotq4WKeDdwskPnza8oOjD9oyj7HTtmxRZojMGWfa/iUXcc9V2jKHn+glQUyp/NmyzUFKJ+xUSWjIpEb8vzZ5hKaxIcYZwp8mK8TwYcYZwnE3ZlEoSwA9jWw1qozQb+sEMBNV4J+WSkQdxxJvywE9guw1iqOoF++EsBND4J+2SYQd0+SflkE7BdgrVVPgn75TgA3fQj65ZBA3H1J+mUxsF+AtVZ9CfrljABu+hH0y1mBuPuT9MsSYL8Aa636E/TLVQHcDCTol2sCcQ8i6ZelwH4B1loNIuiX9LPwuBlC0C8ZBOIeStIvy4D9Aqy1GkrQL/cI4OZ1gn7JLRD3GyT98jmwX4C1Vm8Q9Mv9ArgZRtAvJQTifpukX5YD+wVYa/U2Qb88JICbEQT9Ukkg7pEk/bIC2C/AWquRBP3SUAA37xL0S7RA3GNI+mUlsF+AtVZjCPrlaQHcjCfol2cE4p5A0i+rgP0CrLWaQNAvHQVwM5GgXzoJxP0BSb+sBvYLsNbqA4J+eUkAN5MI+qWfQNyTSfplDbBfgLVWkwn65S0B3Ewl6JdhAnFPI+mXtcB+AdZaTSPol/cFcDOdoF8mCsT9GUm/rAP2C7DWCpk//WHjtK5fSqQ/w6Cfy9bPmurn5/QzQfo5Bz271fMo7bFr31B7IVrf6XtWzcN6b9H5ch9o3KzH1SNScp0bgLjR9Unn+qVEOgcbhPO8EfhZLb8+8LpR6AOvX9gPvGKL9IXAB143Gf6BVx33JqEPvEp8vYrEWu3XSl8/IhI4UGt253ezU8Mtrlrar5W+zSM+UTqZeVyJ2zL7378GOTK0A/q10luAG+TW2fj8br2FfIa67i+Bd2Xh9rXSmwW+lmYWQdxbBOKeTfBlj18KxD2H5EtCgbhUwForqfyh6/wVoXr8Skg9brPqEVukbQLqcbvh6lHHvZ1IPW636pFePX7t1HCHVY///RGfqK896nEHmXrcAdwgdwqox50+qMddVj3+1yrqawE1sYAg7h0CcS8kUI+7BOJeRKIegbhUwForZP406acj/FULO2abv8bdQjNueEPuARIiK6D2EABqL3qN6AVqb3mvAGMsI2GM3cC7633AplxGcKexTwA3+4ENoze2tIQb236Cje2A6Rub/prv+QIAXW7+xvafrw9HfmX6QeDGJpW/xOA6I3+Z1TfA/En0itRm/i14k5CI+6BA3CsNJ2+9eX8jEPcqkkfLvwP2I7DWahXYJkhL+MusviW4+flOYI0JLjRUoB+6nZuAsje9lvLraYBDQk8DHLZPA2CLdFjgaYAjhj8NoOM+IvQ0QPwhmdPIEA8/ngR4Zwb2SYAPZuFzujSJEAPc7jrVzf/aXaujDm6P3cJTBb0j/olH71MFvSP+/amChK7zr08V3HYS/iVF8cEdnf33AhM7iejpWRzqPeOBjGb0tQSfWv1A4FOr60j85KVJcHdcR4FkuJ5Emh0DSjN3r4T8qVIS/AH7RAExozaQPD99nFAxHRdSTCesYsIW6YSAYvrecMWk4/6e6PlpibX+m2oK+cM9HtUU8lfTCqmm2yL3f1E2EQkcqGu7a3XSwcMPpqsmhmexT3oUmE5qr4jgw+RnsX8Abranbou1Y296xOfz1C3kM9R1nwbmYN3/1R36LWwut31n+S93gxqHJwWGblsInsX+QSDurQRPSJ0WiPtLEiUKxKUC1lp9SYAbiX1iiZBljV7nj7M51vkT0KnSN5TpXd8zpnPw0+yICMn1/wzkcb+cjp+FnI4z1unAFumMgNNx1nCnQ8d9lmw2fFZwNiyE2dCU/82PoE9hn3Nq+cstKP+8Ef+skVf5540Q+hQ2OgnxwekE5HEF+8vsiH8caCvrHLDJfyG5k/iVkIl/FWLi85aJsUU6L8DEFwxnYh33BTImvmCZ2H0EMfFFp5a/hSsTX/Qw8W8+MPFFYJP/Bv5UX3rCT/X9Ntv8Nf4udMcEv2W6BDRfWAF1iQBQl9FrRC9Q643LAm7r1yQu/e/AXf4PYFN+Df4oVGrCBv+DoMGvSDEGemz9JxCcdwPHUTlJHoz8i9Ck+EvIpLhqTQpska4KmBTXDDcpdNzXyEyKa3wmhZK8dtD65zg5n/P3fwork0InII8rWHcivAuKf++QG3MO7lqJ5siADs3EiefwMXHiOTJMnMSFMcvEIV5TF0knFH3dpEDASsWddA68RqJMnHSOZWL3td3rT+bUMnm4MnEyDxMn94GJkwGbPDmQiVndXWAOxNaYQmCNCS40VECltIBSKQkAlQq9Rvg9X2CBqebgAbqTZFyQArjLpwY25U47LlCpCRo8jRRjoMcFaYHgzA0cF+QhGRekIzQp0gmZFOmtSYEtUnoBkyKD4SaFjjsDmUmRgc+kKCl47SCT4g6nlhnD1aS4w2NSZPTBpLgD2OQZ58iADs3EmQiZOJMQE2e2TIwtUmYBJs5iOBPruLOQMXEWy8TuI4iJszq1zBauTJzVw8TZfGDirMAmzwZkYlZ3F5gDsTVmZxkX5LDjApWDAFB3mj4u0HrjToFxwW6ScUF24C5/F7Apd9txgbqLoMHvZhkX5ASCMx9wXJCfZFyQi9CkyCVkUtxjTQpske4RMClyG25S6Lhzk5kUuflMilKC1w4yKfI4tcwbriZFHo9JkdcHkyIPsMnzzpEBHZqJ7yVk4nuFmDifZWJskfIJMHF+w5lYx52fjInzWyZ2H0FMXMCpZcFwZeICHiYu6AMTFwA2eUEgE7O6u8AciK3xPpZxQSE7LlCFCABV2PRxgdYbhQXGBXtJxgX3AXf5IsCm3GvHBaoIQYMXZRkXFAOC8z7guKAQybigOKFJUVzIpLjfmhTYIt0vYFKUMNyk0HGXIDMpSvCZFFGC1w4yKSKdWqpwNSkiPSaF8sGkiAQ2uZojAzo0E5ckZOKSQkxcyjIxtkilBJg4ynAm1nFHkTFxlGVi9xHExKWdWpYJVyYu7WHiMj4wcWlgk5cBMjGruwvMgdgay7KMC8rZcYEqRwCo8qaPC7TeKC8wLthPMi4oC9zlKwCbcr8dF6gKBA1ekWVc8AAQnEWB44JiJOOCBwlNigeFTIqHrEmBLdJDAiZFJcNNCh13JTKTohKfSVFa8NpBJkVlp5ZVwtWkqOwxKar4YFJUBjZ5lTkyoEMzcVVCJq4qxMTVLBNji1RNgImrG87EOu7qZExc3TKx+whi4hpOLWuGKxPX8DBxTR+YuAawyWsCmZjV3QXmQGyNtVjGBbXtuEDVJgBUHdPHBVpv1BEYFxwkGRfUAu7ydYFNedCOC1RdggavxzIuqA8EZwnguCCSZFzQgNCkaCBkUjS0JgW2SA0FTIpow00KHXc0mUkRzWdSlBG8dpBJ0cip5cPhalI08pgUD/tgUjQCNvnDc2RAh2biRwiZ+BEhJm5smRhbpMYCTNzEcCbWcTchY+ImlondRxATP+rU8rFwZeJHPUz8mA9M/CiwyR8DMjGruwvMgdgam7KMC5rZcYFqRgCox00fF2i98bjAuOBbknFBU+Au/wSwKb+14wL1BEGDP8kyLmgOBGcp4LggimRc8BShSfGUkEnxtDUpsEV6WsCkeMZwk0LH/QyZSfEMn0lRVvDaQSbFs04tW4SrSfGsx6Ro4YNJ8SywyVvMkQEdmolbEjJxSyEmbmWZGFukVgJM3NpwJtZxtyZj4taWid1HEBPHOLWMDVcmjvEwcawPTBwDbPJYIBOzurvAHIitsQ3LuKCtHReotgSAamf6uEDrjXYC44JDJOOCNsBd/jlgUx6y4wL1HEGDP88yLmgPBGdZ4LigHMm4oAOhSdFByKToaE0KbJE6CpgUnQw3KXTcnchMik58JkU5wWsHmRSdnVq+EK4mRWePSfGCDyZFZ2CTvzBHBnRoJu5CyMRdhJi4q2VibJG6CjBxnOFMrOOOI2PiOMvE7iOIibs5tewerkzczcPE3X1g4m7AJu8OZGJWdxeYA7E19mAZF/S04wLVkwBQvUwfF2i90UtgXHCEZFzQA7jL9wY25RE7LlC9CRq8D8u4oC8QnBWB44IHSMYFLxKaFC8KmRQvWZMCW6SXBEyKfoabFDrufmQmRT8+k6K84LWDTIr+Ti0HhKtJ0d9jUgzwwaToD2zyAXNkQIdm4pcJmfhlISYeaJkYW6SBAkw8yHAm1nEPImPiQZaJ3UcQEw92avlKuDLxYA8Tv+IDEw8GNvkrQCZmdXeBORBb4xCWccFQOy5QQwkA9arp4wKtN14VGBccIxkXDAHu8q8Bm/KYHReo1wga/HWWccEbQHBWAo4LKpOMC94kNCneFDIp3rImBbZIbwmYFMMMNyl03MPITIphfCZFC8FrB5kUbzu1HB6uJsXbHpNiuA8mxdvAJh8+RwZ0aCZ+h5CJ3xFi4hGWibFFGiHAxCMNZ2Id90gyJh5pmdh9BDHxKKeWo8OViUd5mHi0D0w8Ctjko4FMzOruAnMgtsZ3WcYFY+y4QI0hANRY08cFWm+MFRgXnCAZF7wL3OXHAZvyhB0XqHEEDT6eZVwwAQjOasBxQXWSccF7hCbFe0ImxfvWpMAW6X0Bk2Ki4SaFjnsimUkxkc+kaCl47SCT4gOnlh+Gq0nxgcek+NAHk+IDYJN/OEcGdGgm/oiQiT8SYuJJlomxRZokwMSTDWdiHfdkMiaebJnYfQQx8RSnlh+HKxNP8TDxxz4w8RRgk38MZGJWdxeYA7E1TmUZF0yz4wI1jQBQn5g+LtB64xOBccFJknHBVOAu/ymwKU/acYH6lKDBp7OMCz4DgrMWcFxQm2RcMIPQpJghZFLMtCYFtkgzBUyKWYabFDruWWQmxSw+k6KV4LWDTIrZTi3nhKtJMdtjUszxwaSYDWzyOXNkQIdm4rmETDxXiInnWSbGFmmeABPPN5yJddzzyZh4vmVi9xHExAucWi4MVyZe4GHihT4w8QJgky8EMjGruwvMgdgaF7GMCxbbcYFaTACoJaaPC7TeWCIwLjhFMi5YBNzllwKb8pQdF6ilBA2+jGVc8DkQnPWA44L6JOOC5YQmxXIhk2KFNSmwRVohYFKsNNyk0HGvJDMpVvKZFK0Frx1kUqxyark6XE2KVR6TYrUPJsUqYJOvniMDOjQTryFk4jVCTLzWMjG2SGsFmHid4Uys415HxsTrLBO7jyAmXu/UckO4MvF6DxNv8IGJ1wObfAOQiVndXWAOxNa4kWVc8IUdF6gvCAC1yfRxgdYbmwTGBT+SjAs2Anf5zcCm/NGOC9RmggbfwjIu2AoEZzRwXNCIZFzwJaFJ8aWQSfGVNSmwRfpKwKTYZrhJoePeRmZSbOMzKWIErx1kUmx3avl1uJoU2z0mxdc+mBTbgU3+9RwZ0KGZeAchE+8QYuKdlomxRdopwMS7DGdiHfcuMibeZZnYfQQx8W6nlnvClYl3e5h4jw9MvBvY5HuATMzq7gJzILbGvSzjgn12XKD2EQBqv+njAq039guMC34mGRfsBe7yB4BN+bMdF6gDBA1+kGVc8A0QnI2B44ImJOOCbwlNim+FTIrvrEmBLdJ3AibFIcNNCh33ITKT4hCfSREreO0gk+KwU8sj4WpSHPaYFEd8MCkOA5v8yBwZ0KGZ+CghEx8VYuJjlomxRTomwMTHDWdiHfdxMiY+bpnYfQQx8Qmnlt+HKxOf8DDx9z4w8Qlgk38PZGJWdxeYA7E1nmQZF/xgxwXqBwJAnTJ9XKD1ximBccFZknHBSeAufxrYlGftuECdJmjwH1nGBT8BwdkUOC5o5tNGEfL8E5i/dMD8pQdeSzJ/Z/738yc6rjortNGg13kOWGfNWRmS/S3tdA7OeaQfev2/EJqRvwiZkb9aMxJbpF8FzMjzhpuROu7zZGbkeT4zMlLw2kFm5AWnlhfD1Yy84DEjL/pgRl4ANvlFkjuJ3wiZ+DchJv7dMjG2SL8LMPElw5lYx32JjIkvWSZ2H0FMfNmp5R/hysSXPUz8hw9MfBnY5H8Awa2LnIHQ5P1jjvlrvMIyFvwTPBZkBNSfBID6y/SxoNYbfwmMBX8hGQteAe7yV4FN+Qt4LJiWsMGvEjT4NZaxYMRcXNCdgGOZziRjmURz+UyKRLiaB5kUief+/dqaFCFeUxdJJxR93SRAwErFnWQuvEaiJkUSYEP5ZFIoyWu715/UqWUyV03DyqTQCcjjCtadCO+C4t871MZMCmzyZHNlQIdm4uSETJxciIlTWCbGFimFABOnNJyJddwpyZjYndPIEI//NSZO5dQydbgycSoPE6f2gYlTAZs8NZCJWd1dYA7E1phGYI0JLjRUQKW1gFJpCQCVDr1G9AK13kg3Fw/Q8yTjgjTAXT49sCnP23GBSk/Q4BmkGAM9LrgDCM6uwHFBHMm4ICOhSZFRyKTIZE0KbJEyCZgUmQ03KXTcmclMisx8JkVJwWsHmRRZnFpmDVeTIovHpMjqg0mRBdjkWefKgA7NxNkImTibEBNnt0yMLVJ2ASbOYTgT67hzkDFxDsvE7iOIie90anlXuDLxnR4mvssHJr4T2OR3AZmY1d0F5kBsjXezjAty2nGBykkAqFymjwu03sglMC64SDIuuBu4y98DbMqLdlyg7iFo8Nws44I8QHD2AI4LepKMC/ISmhR5hUyKe61JgS3SvQImRT7DTQoddz4ykyIfn0lRSvDaQSZFfqeWBcLVpMjvMSkK+GBS5Ac2eYG5MqBDM3FBQiYuKMTE91kmxhbpPgEmLmQ4E+u4C5ExcSHLxO4jiIkLO7UsEq5MXNjDxEV8YOLCwCYvAmRiVncXmAOxNRZlGRcUs+MCVYwAUMVNHxdovVFcYFzwO8m4oChwl78f2JS/23GBup+gwUuwjAsigeDsAxwX9CUZFyhCk0IJmRQlrUmBLVJJAZOilOEmhY67FJlJUYrPpIgSvHaQSRHl1LJ0uJoUUR6TorQPJkUUsMlLz5UBHZqJyxAycRkhJi5rmRhbpLICTFzOcCbWcZcjY+JylondRxATl3dqWSFcmbi8h4kr+MDE5YFNXgHIxKzuLjAHYmusyDIueMCOC9QDBIB60PRxgdYbDwqMCy6TjAsqAnf5h4BNedmOC9RDBA1eiWVcUBkIzn7AcUF/knFBFUKTooqQSVHVmhTYIlUVMCmqGW5S6LirkZkU1fhMitKC1w4yKao7tawRriZFdY9JUcMHk6I6sMlrzJUBHZqJaxIycU0hJq5lmRhbpFoCTFzbcCbWcdcmY+LalondRxAT13FqWTdcmbiOh4nr+sDEdYBNXhfIxKzuLjAHYmusxzIuqG/HBao+AaAamD4u0HqjgcC44ArJuKAecJdvCGzKK3ZcoBoSNHg0y7igERCcA4HjgkEk44KHCU2Kh4VMikesSYEt0iMCJkVjw00KHXdjMpOiMZ9JUUbw2kEmRROnlo+Gq0nRxGNSPOqDSdEE2OSPzpUBHZqJHyNk4seEmLipZWJskZoKMHEzw5lYx92MjImbWSZ2H0FM/LhTyyfClYkf9zDxEz4w8ePAJn8CyMSs7i4wB2JrfJJlXNDcjgtUcwJAPWX6uEDrjacExgV/kYwLngTu8k8Dm/IvOy5QTxM0+DMs44JngeAcAhwXDCUZF7QgNClaCJkULa1JgS1SSwGTopXhJoWOuxWZSdGKz6QoK3jtIJOitVPLmHA1KVp7TIoYH0yK1sAmj5krAzo0E8cSMnGsEBO3sUyMLVIbASZuazgT67jbkjFxW8vE7iOIids5tXwuXJm4nYeJn/OBidsBm/w5IBOzurvAHIit8XmWcUF7Oy5Q7QkA1cH0cYHWGx0ExgXXSMYFzwN3+Y7AprxmxwWqI0GDd2IZF3QGgvN14LjgDZJxwQuEJsULQiZFF2tSYIvURcCk6Gq4SaHj7kpmUnTlMynKCV47yKSIc2rZLVxNijiPSdHNB5MiDtjk3ebKgA7NxN0Jmbi7EBP3sEyMLVIPASbuaTgT67h7kjFxT8vE7iOIiXs5tewdrkzcy8PEvX1g4l7AJu8NZGJWdxeYA7E19mEZF/S14wLVlwBQL5o+LtB640WBcUGi+znGBX2Au/xLwKZE5o91XPASQYP3YxkX9AeCcxhwXPA2ybhgAKFJMUDIpHjZmhTYIr0sYFIMNNyk0HEPJDMpBvKZFOUFrx1kUgxyajk4XE2KQR6TYrAPJsUgYJMPnisDOjQTv0LIxK8IMfEQy8TYIg0RYOKhhjOxjnsoGRMPtUzsPoKY+FWnlq+FKxO/6mHi13xg4leBTf4akIlZ3V1gDsTW+DrLuOANOy5QbxAA6k3TxwVab7wpMC5IQjIueB24y78FbMokdlyg3iJo8GEs44K3geAcARwXjCQZFwwnNCmGC5kU71iTAlukdwRMihGGmxQ67hFkJsUIPpOiheC1g0yKkU4tR4WrSTHSY1KM8sGkGAls8lFzZUCHZuLRhEw8WoiJ37VMjC3SuwJMPMZwJtZxjyFj4jGWid1HEBOPdWo5LlyZeKyHicf5wMRjgU0+DsjErO4uMAdiaxzPMi6YYMcFagIBoN4zfVyg9cZ7AuOCZCTjgvHAXf59YFMms+MC9T5Bg09kGRd8AATnu8BxwRiSccGHhCbFh0ImxUfWpMAW6SMBk2KS4SaFjnsSmUkxic+kaCl47SCTYrJTyynhalJM9pgUU3wwKSYDm3zKXBnQoZn4Y0Im/liIiadaJsYWaaoAE08znIl13NPImHiaZWL3EcTEnzi1/DRcmfgTDxN/6gMTfwJs8k+BTMzq7gJzILbG6Szjgs/suEB9RgCoGaaPC7TemCEwLkhBMi6YDtzlZwKbMoUdF6iZBA0+i2VcMBsIzvHAccEEknHBHEKTYo6QSTHXmhTYIs0VMCnmGW5S6LjnkZkU8/hMilaC1w4yKeY7tVwQribFfI9JscAHk2I+sMkXzJUBHZqJFxIy8UIhJl5kmRhbpEUCTLzYcCbWcS8mY+LFlondRxATL3FquTRcmXiJh4mX+sDES4BNvhTIxKzuLjAHYmtcxjIu+NyOC9TnBIBabvq4QOuN5QLjglQk44JlwF1+BbApU9lxgVpB0OArWcYFq4DgnAgcF3xAMi5YTWhSrBYyKdZYkwJbpDUCJsVaw00KHfdaMpNiLZ9J0Vrw2kEmxTqnluvD1aRY5zEp1vtgUqwDNvn6uTKgQzPxBkIm3iDExBstE2OLtFGAib8wnIl13F+QMfEXlondRxATb3JquTlcmXiTh4k3+8DEm4BNvhnIxKzuLjAHYmvcwjIu2GrHBWorAaC+NH1coPXGlwLjgjQk44ItwF3+K2BTprHjAvUVQYNvYxkXbAeCcxJwXDCZZFzwNaFJ8bWQSbHDmhTYIu0QMCl2Gm5S6Lh3kpkUO/lMihjBaweZFLucWu4OV5Nil8ek2O2DSbEL2OS758qADs3EewiZeI8QE++1TIwt0l4BJt5nOBPruPeRMfE+y8TuI4iJ9zu1PBCuTLzfw8QHfGDi/cAmPwBkYlZ3F5gDsTUeZBkXfGPHBeobAkB9a/q4QOuNbwXGBelIxgUHgbv8d8CmTGfHBeo7ggY/xDIuOAwE51TguGAaybjgCKFJcUTIpDhqTQpskY4KmBTHDDcpdNzHyEyKY3wmRazgtYNMiuNOLU+Eq0lx3GNSnPDBpDgObPITc2VAh2bi7wmZ+HshJj5pmRhbpJMCTPyD4Uys4/6BjIl/sEzsPoKY+JRTy9PhysSnPEx82gcmPgVs8tNAJmZ1d4E5EFvjjyzjgp/suED9RACon00fF2i98bPAuCADybjgR+AufwbYlBnsuECdIWjwsyzjgnNAcE4Hjgs+K+7PRhFq/n4B5m8tMH/rgPnTzZHclbs1gRdXA+e1znmdc9bHr4F8nHeIQ/+b+Nvvjc7P6L+P/9kLgdcXXT97K9f/LfDzv9/k+r+5rn8p8PpyAj+73vnZS87P6o3wj8DrK7e5lj8DP//XTdbyp2stVwOvr91kLVdda4mYF/i5ef/82Q3x7z3v+vk/ejbwOsm863+P3sQK1r2eF/RNQEbwTQA67vvrXs8rOu5M93PsaUnn4XIJrLXKZDhuvkhyfU9D4yar4XHnD/RLUoF+yUYiFprvx13LXetQ85edJH9PA/OXDZi/HCT7dTLgfg3EjELmz68BHjCXQQO85PP+fm0HeCFeUxcp+Tz8dVPMM3uAp+NOMQ9eI9HNvY2h5JiLhBzbGkqO95CQY0ogOQIxo+4hJMeUQuSYypIjtkipBMgxteHkqONOLUSO6LVmjb5O5GjFnGZeeMadV9ghCXV9GpdpBOK+l+QmJjWQhPMCb2LykdzEpAXmD4gZlY8Ef90MFSH3keSvu6EipBBJ/6YD9i8QM6oQoQhJJyRC0lsRgi1SegERksFwEaLjzkAiQnIGbsbTCtyUFjV8XHlvtMzNeDESMroDSEbAWqtihos43dd3COCmBMlNYAYh3ISav0iS/AHxrUoA86dI9q2MQPwBMaMUCf6GGCqCS5Pkb6ihIrgMSf9mAvYvEDOqDKEIziQkgjNbEYwtUmYBEZzFcBGs485CIoILBsRgRoGb+vKGi+Bi0TJipgIJGWUFkhGw1qqC4SJY93VWAdw8SHITmEUIN6Hm7yGS/AHxrR4E5q8Syb6VDYg/IGZUJRL8jTVUBFcjyd84Q0VwdZL+zQ7sXyBmVHVCEZxdSATnsCIYW6QcAiL4TsNFsI77ThIRHBkQg9kEbuprGS6Cy0TLiJnaJGR0F5CMgLVWtQ0Xwbqv7xLATT2Sm8A7hXATav7qk+QPiG9VD5i/BiT71t1A/AExoxqQ4G+6oSL4YZL8fWaoCH6EpH9zAvsXiBn1CKEIzikkgnNZEYwtUi4BEXyP4SJYx30PiQiuEBCDdwvc1D9quAiuHC0jZh4jIaPcQDIC1lo9ZrgI1n2dWwA3j5PcBN4jhJtQ8/cESf6A+FaPA/P3JMm+lQeIPyBm1JMk+FtuqAh+hiR/KwwVwc+S9G9eYP8CMaOeJRTBeYVE8L1WBGOLdK+ACM5nuAjWcecjEcHVA2Iwj8BNfSvDRXDdaBkx05qEjPIDyQhYa9XacBGs+zq/AG7akNwE5hPCTaj5a0uSPyC+VRtg/tqR7FsFgPgDYka1I8HfNkNFcAeS/G03VAR3JOnfgsD+BWJGdSQUwQWFRPB9VgRji3SfgAguZLgI1nEXIhHBDQNisIDATf0LhovgJtEyYqYLCRkVBpIRsNaqi+EiWPd1YQHcdCO5CSwkhJtQ89edJH9AfKtuwPz1INm3igDxB8SM6kGCvyOGiuA+JPk7aqgI7kvSv0WB/QvEjOpLKIKLCongYlYEY4tUTEAEFzdcBOu4i5OI4GYBMVhE4Ka+n+Ei+OloGTHTn4SM7geSEbDWqr/hIlj39f0CuBlIchNYXAg3oeZvEEn+gPhWA4H5G0yyb5UA4g+IGTWYBH/nDRXBr5Lk74KhIvg1kv6NBPYvEDPqNUIRHCkkgpUVwdgiKQERXNJwEazjLkkiglsGxGAJgZv6Nw0XwW2jZcTMWyRkVApIRsBaq7cMF8G6r0sJ4GY4yU1gSSHchJq/d0jyB8S3Gg7M3wiSfSsKiD8gZtQIEvwlO2CmCH6XJH/JD5gpgseQ9G9pYP8CMaPGEIrg0kIiuIwVwdgilREQwWUNF8E67rIkIrh9QAxGCdzUjzdcBHeJlhEzE0jIqByQjIC1VhMMF8G6r8sJ4GYiyU1gWSHchJq/D0jyB8S3mgjM34ck+1Z5IP6AmFEfkuAvu6EieApJ/nIYKoI/JunfCsD+BWJGfUwogisIieCKVgRji1RRQAQ/YLgI1nE/QCKCuwfEYHmBm/pPDBfBfaNlxMynJGT0IJCMgLVWnxougnVfPyiAmxkkN4EPCOEm1PzNJMkfEN9qBjB/s0j2rYeA+ANiRs0iwV9hQ0XwPJL8FTFUBM8n6d9KwP4FYkbNJxTBlYREcGUrgsFFEhDBVQwXwTruKiQiuH9ADD4kcFO/yHAR/Eq0jJhZTEJGVYFkBKy1Wmy4CNZ9XVUAN8tIbgKrCOEm1Px9TpI/IL7VMmD+lpPsW9WA+ANiRi0nwV9FQ0XwahYT0FARvIakf6sD+xeIGbWGUARXFxLBNawIxhaphoAIrmm4CNZx1yQRwa8FxGA1gZv69YaL4LejZcTMBhIyqgUkI2Ct1QbDRbDu61oCuNlEchNYUwg3oeZvM0n+gPhWm4D520Kyb9UG4g+IGbWFBH8NDBXB20jy19BQEbydpH/rAPsXiBm1nVAE1xESwXWtCMYWqa6ACK5nuAjWcdcjEcEjA2KwtsBN/U7DRfC4aBkxs4uEjOoDyQhYa7XLcBGs+7q+AG72ktwE1hPCTaj520eSPyC+1V5g/vaT7FsNgPgDYkbtJ8HfM4aK4G9J8vesoSL4O5L+bQjsXyBm1HeEIrihkAiOtiIYW6RoARHcyHARrONuRCKC3w+IwQYCN/VHDBfBk6NlxMxREjJ6GEhGwFqro4aLYN3XDwvg5gTJTWAjIdyEmr/vSfIHxLc6AczfSZJ96xEg/oCYUSdJ8PeCoSL4R5L8dTFUBP9E0r+Ngf0LxIz6iVAENxYSwU2sCMYWqYmACH7UcBGs436URARPC4jBRwRu6s8aLoJnRsuImXMkZPQYkIyAtVbnDBfBuq8fE8DNeZKbwEeFcBNq/i6Q5A+Ib3UemL+LJPtWUyD+gJhRF0nwN9BQEXyZJH+DDBXBf5D0bzNg/wIxo/4gFMHNhETw41YEY4v0uIAIfsJwEazjfoJEBM8NiMGmAjf1fxkughdHy4iZqyRk9CSQjIC1VlcNF8G6r58UwE2iEhw3gU8I4SbU/CUmyR8Q38qNmVDzl6QEx77VHIg/IGZUEhL8jTJUBKcgyd9oQ0VwSpL+fQrYv0DMKGT+/BLBTwmJ4KetCMYW6WkBEfyM4SJYx/0MiQj+PCAGmwvc1KcpYbYIXhMtI2bSkpDRs0AyAtZapS1htgjWff2sAG4ykNwEPiOEm1DzdwdJ/oD4VhmA+ctIsm+1AOIPiBmVkQR/Uw0VwVlJ8jfNUBGcjaR/WwL7F4gZlY1QBLcUEsGtrAjGFqmVgAhubbgI1nG3JhHBGwJisIXATf2dhovgrdEyYuYuEjKKAZIRsNbqLsNFsO7rGAHc5CK5CWwthJtQ83cPSf6A+Fa5gPnLTbJvxQLxB8SMyk2CvyWGiuB8JPlbaqgIzk/Sv22A/QvEjMpPKILbCIngtlYEY4vUVkAEtzNcBOu425GI4O0BMRgrcFN/n+EieE+0jJgpREJGzwHJCFhrVchwEaz7+jkB3BQluQlsJ4SbUPNXjCR/QHyrosD8FSfZt54H4g+IGVWcBH9bDBXBiiR/Ww0VwSVJ+rc9sH+BmFElCUVweyER3MGKYGyROgiI4I6Gi2Add0cSEXwgIAafF7ipL224CD4cLSNmypCQUScgGQFrrcoYLoJ1X3cSwE15kpvAjkK4CTV/FUjyB8S3Kg/MX0WSfaszEH9AzKiKJPj71lARXIkkf98ZKoIrk/TvC8D+BWJGVSYUwS8IieAuVgRji9RFQAR3NVwE67i7kojg4wEx2Fngpr6a4SL4dLSMmKlOQkZxQDIC1lpVN1wE676OE8BNLZKbwK5CuAk1f7VJ8gfEt6oFzF8dkn2rGxB/QMyoOiT4O2uoCG5Akr9zhorghiT92x3Yv0DMqIaEIri7kAjuYUUwtkg9BERwT8NFsI67J4kIPhMQg90EbuofNlwEX4iWETOPkJBRLyAZAWutHjFcBOu+7iWAm0dJbgJ7CuEm5F/5RZI/IL7Vo8D8NSXZt3oD8QfEjGpKgr9EB80UwU+S5C/xQTNFcHOS/u0D7F8gZlRzQhHcR0gE97UiGFukvgIi+EXDRbCO+0USEXwpIAZ7C9zUP2O4CL4aLSNmniUho5eAZASstXrWcBGs+/olAdy0IrkJfFEINyF/YRlJ/oD4Vq2A+Ysh2bf6AfEHxIyKIcFfZkNFcDuS/GUxVAQ/R9K//YH9C8SMeo5QBPcXEsEDrAjGFmmAgAh+2XARrON+mUQEJ24UEdFP4Ka+g+EiOGUjGTHTkYSMBgLJCFhr1dFwEaz7eqAAbl4guQl8WQg3oeavC8tnqoG98gIwf11J9q1BQPwBMaO6kuCvgKEiuAdJ/goaKoJ7kvTvYGD/AjGjehKK4MFCIvgVK4KxRXpFQAQPMVwE67iHkIjgtAExOEjgpr6P4SI4UyMZMdOXhIyGAskIWGvV13ARrPt6qABu+pHcBA4Rwk3IEwaS/AHxrfoB8zeAZN96FYg/IGbUABL8lTVUBA8myV85Q0XwKyT9+xqwf4GYUa8QiuDXhETw61YEY4v0uoAIfsNwEazjfoNEBGcLiMFXBW7qXzVcBOdsJCNmXiMhozeBZASstXrNcBGs+/pNAdy8SXIT+IYQbkLN31sk+QPiW70JzN8wkn3rLSD+gJhRw0jwV8dQETyCJH91DRXBI0n6dxiwf4GYUSMJRfAwIRH8thXB2CK9LSCChxsugnXcw0lEcJ6AGHxL4Kb+XcNFcMFGMmJmDAkZvQMkI2Ct1RjDRbDu63cEcDOe5CZwuBBuQs3fBJL8AfGtxgPz9x7JvjUCiD8gZtR7JPh70lAR/CFJ/pobKoI/IunfkcD+BWJGfUQogkcKieBRVgRjizRKQASPNlwE67hHk4jgIgExOELgpn6K4SI4spGMmPmYhIzeBZIRsNbqY8NFsO7rdwVw8wnJTeBoIdyEmr9PSfIHxLf6BJi/6ST71hgg/oCYUdNJ8NfBUBE8i+Uz/YaK4Nkk/TsW2L9AzKjZhCJ4rJAIHmdFMLZI4wRE8HjDRbCOezyJCI4KiMExAjf18wwXwRUayYiZ+SRkNAFIRsBaq/mGi2Dd1xMEcLOI5CZwvBBuQs3fYpL8AfGtFgHzt4Rk33oPiD8gZtQSEvz1M1QELyfJX39DRfAKkv59H9i/QMyoFYQi+H0hETzRimBskSYKiOAPDBfBOu4PSETwQwEx+J7ATf1qw0Vw9UYyYmYNCRl9CCQjYK3VGsNFsO7rDwVws57kJvADIdyEmr8NJPkD4lutB+ZvI8m+9REQf0DMqI2G813tAN99JLBvbTE87oaNZPbrrST9MgnYL8Baq62G42Z1oBCTJO6Lk2CFa3IXZtYEXlwNnNc653XOWR+TA7FMceLR/yZe1G50fkb/ffzPfhx4PdX1s7dy/WmBn//kJtef5rr+p4HX0xP42fXOz37q/KwW4J8FXs+4zbXMDPz8rJusZaZrLbMDr+fcZC2zXWuZG3g9L4Gf3eD87FznZ/Ua5wdeL3A0IPyjnHWv5wWNzW2G9+T9da/nFR33dpK9fCFwLwfWWm0nNBDXgvfh+DXG13xRoFaLA3+WuHygdM45VUSwqaiP5K7XlUHrEjApI5O51prKteb4eNI7f58U+76lUrlyG+HKd0QCeYtwvX/KwJ+0zus2MXGNurVs365VvZheCdUsSQLXTeyKNZnn59x1jP+7FO5/L3FTArrWP24eFjnktdg5L3HOGQJ/lgZeL7sBmSFuiHQzoq+7k+AGc6kAme0SIrPE4PiB9VG7wATk3Zwl6r8IOMGSXOdi4Drdef3c2U+Wuwgyu3N2b/aJXP+NmTRTuuKIP9zkEv+e8XHHE2ky7FpK6vdKGhF83IxI49/fQ6SNY1p1iYnzEKl3Ypo4gVjdMer4UmDji4xfa/wRv6b490kd8TduUrrWkQq7DhX/Xt51pHKtI6XrdfzfpXatKf6/pfGs190L7n8bn9c0rphpbkZ0IJ87Nx3LnfOKwHnlPLn1LxIg4L2GT7B03CsE4t5HcuMBrI/aR3CTuVig1gcJML5SIO5vSDAOrI/6xnCMf5HkumONrvUhw+POH3BDFwrEfZjEDV0FdEOBtVbI/HlNmlXOfZH3PkkfqwOv19zmpGRt4OfX3WRSstZ1/fWB1xvmXb+uHwJ5NVggS+w767FPN8ZGlYyK1H2Nitst7Da6hHa8QPhfFNopXHHEH253WouozM7/79gprl1sr4bd2rdvF9supnXDTnEx7pQl9ARwQjrWbQ4nTSCNdOaw1Po2Cj0Ve6OchsoxX/z3TxpHeq6l/JpsfSH0aPwm+2g8tkib5uGvu9nwR+N13Jt93gQiQzuCchoZ4uG9eUILvyWBN/h5Du56RWtHRJyZI1uvEK+tvP/Bnd8tDta2ujCXzIWT+J/VG9q1iH9iKJHrdWLnZxLf5GcS3eA6N7oZEdu04oPTCVjhCnbrvGB7370g1HtvAW5CX97kWuXKxrSMLRtVqkVkVGzLwHXKxMaUalGyvIotVypw+VJRqmWLmMjWUS3LlokqUy62rG/PlnwpxMBfWQbGFukrAQbeZjgD67i3+fThtJAfsnbWir7uMUM/LPKPBzKBWNoOtMuOgS0uvYnp9VVxronGfPxdERpHJwy3iOPv3tBxf2+mRfwPyY28EdkKvNZJkg+rAfGtgJhRUvlD98nXhPbR10I3rzvszSu2SDsEbl53Gn7zquPeSfLNCtrvllirX/O3rSFsBLHBh292zy4n37tvwe6pmkDuvHZP1Yh/t3sSus6/2j2mP4yX2ElmIlfidrvu0OMP9B0HMA61G7iZ7cE1Q2x8PvcIKh6dx60CyvlHsx78+sddko57l0DcPxE88LZbIO6fDVUqXoJB7hs/Ar9W4wyJ0gPiWwExo8749MBlyJ+6AnLNXqBTp68hwS17Df9qBIm4tYt4ZTY+7vMELuKfAnFfIHnQdB+wH4G1VhcMx43ulzQC7vPvBP2SViDuSyT9sh/YL8Baq0sE/XK3AG6uEPRLToG4/yTplwPAfgHWWv1J0C9FBXBzjaBfignEHRHJ0S8Hgf0CrLVC50+iXyoK4CaJ4XHrfnlAIO6kJP3yDbBfgLVWSQn6pZ4AblIQ9Et9gbhTkvTLt8B+AdZapSTolycFcJOGoF+aC8SdlqRfvgP2C7DWKi1BvzwvgJsMBP3SXiDuO0j65RCwX4C1VncQ9EsfAdxkJuiXvgJxZyHpl8PAfgHWWmUh6JfXBXCTnaBf3hCIOwdJvxwB9guw1ioHQb+MF8DN3QT9MkEg7pwk/XIU2C/AWqucBP0yXQA3uQn65TOBuPOQ9MsxYL8Aa63yEPTLMgHc5CPol88F4s5P0i/Hgf0CrLXKT9AvWwRwcx9Bv2wViLsQSb+cAPYLsNaqEEG/HBTATVGCfvlGIO5iJP3yPbBfgLVWxQj65UcB3JQg6JefBOKOJOmXk8B+AdZaIfOnP/RcKPA/dzjX059h0M9l62dN9fNz+pkg/ZyDnt3qeZT22LVvqL0Qre/0PavmYb23nJwXEXSgcfMD+IuepdZ5CogbXZ/Cyf7+HJrOwSnhPJ8GfkbNr28jOS30bSQ/2m8jwRbpR4FvI/nJ8G8j0XH/RPRtJBJrtV9oe/2ISOBArdmd35+dGp65hW84yev6dzf6hpO8Ef/+DScJXed/4htOdDLzuBJ3Zt4/d16Tv+HkDHCDPDsPn9+zt5DPUNd9DnhXZuj33Yl9Y8jPAp/iLxVpftxnBOKOMlz167jPCcRd2ifVHxnaoYC4VMBaK6n8oev8C6F6/EVIPf5q1SO2SL8KqMfzhqtHHfd5IvV43qpHevV4wanhRase//sjPlEXPOrxIpl6vAjcIH8TUI+/+aAef7fq8b9WURcE1ER5AvV4USDuCgTq8XeBuCuSqEcgLhWw1gqZP036hZNF/ONA1weNzYvzzF/jJaEZN7whLwMJkRVQlwkA9Qd6jegFam/5DwHGqETCGJeAd9dXgE1ZieBO44oAbv4ENoze2AoRbmx/Emxsf0kxZWIwoNxSPNRrXSX4ym+JprwGLrZE3KsF4q5i+Casm/CqQNxVSR4RjpiPyyWw1qoqWO4Jktj/H1ShsXmNgMSA+En47jxUgH8R6Jj1Ag1ew/AGj4mNjWzZupXKXxcXcyLgZoHMn19TdmD8QVP2xPP/fm2n7CFeUxdJJxR93STzzZ6y67iTzIfXSPSXCSFzmnS+XFOA8hkbVTIqErkhJ5tvLqFJfIjxmsCH+WoRfIgxYi4+7tokCiU5sK+BtVa1CfolgwBu6hH0yx0Ccdcn6ZcUwH4B1lrVJ+iX3AK4iSbolzwCcTci6ZeUwH4B1lo1IuiXEgK4aUzQL5ECcTch6ZdUwH4B1lo1IeiXSgK4aUrQL5UF4m5G0i+pgf0CrLVqRtAv0QK4eZKgXxoJxN2cpF/SAPsFWGvVnKBfnhHAzTME/fKsQNzPkvRLWmC/AGutniXol04CuGlF0C+dBeJuTdIv6YD9Aqy1ak3QL/0EcNOGoF/6C8TdlqRf0gP7BVhr1ZagX4YJ4OZ5gn55WyDu9iT9kgHYL8Baq/YE/TJRADedCPrlA4G4O5P0yx3AfgHWWnUm6JdZArjpStAvswXijiPpl4zAfgHWWsUR9MtKAdz0IOiXVQJx9yTpl0zAfgHWWvUk6JdtArjpQ9Av2wXi7kvSL5mB/QKstepL0C+HBHDTj6BfDgvE3Z+kX7IA+wVYa9WfoF/OCuBmIEG/nBOIexBJv2QF9guw1gqZP/1h4yKuX0qkP8Ogn8vWz5rq5+f0M0H6OQc9u9XzKO2xa99QeyFa3+l7Vs3Dem/JOj8i6EDjJhv6E7xC68wOxI2uT1HXLyXSOcgunOccwM9q+fWB1xxCH3i9037gFVukOwU+8HqX4R941XHfJfSBV4mvV5FYq/1a6etHRAIHas3u/N7t1DCnq5b2a6Vv84hPlE5mHlfics7/969BjgztgH6tdE7gBplrPj6/uW4hn6Gu+x7gXVm4fa303fPx1x1C8LXSOQXiHkrwZY/3CMT9KsmXhAJxqYC1VlL5Q9c5N6F6zC2kHvNY9YgtUh4B9ZjXcPWo485LpB7zWvVIrx7vdWqYz6rH//6IT9S9HvWYj0w95gNukPkF1GN+H9RjAase/2sVda+AmniTQD3mE4j7LQL1WEAg7mEk6hGISwWstULmT5N+UcJftZBvvvlrLCg044Y35H1AQmQF1H0EgCok/bXnkaEdSnvLhQQYYwQJYxQE3l0XBjblCII7jcICuCkCbBi9sRUh3NiKEGxsRU3f2PTXfCcTAOgo8ze2/3x9OPIr04sBNzap/CUG1xn5y6yKg79ynmUzvx+8SUjEXUwg7ndNf7Q8EHNxgbjHkDxaXgLYj8BaqzFgm6AI4S+zup/g5qeEwBoTXGioQI+8nZuAsje9lvLraYBIoacBlH0aAFskJfA0QEnDnwbQcZcUehog/pDMaWSIhx9PAhybjX0S4Je5+JyuSSLEALe7TnXzv3bXqpSD26hbeKqgd8Q/8eh9qqB3xL8/VZDQdf71qYLbTsK/pCg+uFLz/15gYicRPT2LQ71nPJDRjD6e4FOrvwh8anUCiZ+8JgnujqsUkAzfI5FmUUBp5u6VUNf1Pgn+gH2igJhR75M8P12aUDGVFlJMZaxiwhapjIBiKmu4YtJxlyV6flpirf+mmkKtm1c1hXo9KdV0W+T+L8omIoEDdW13rco5eChvumpieBa7nEeB6aT2igg+TH4Wuzxws61wW6wde9MjPp8VbiGfoa67IjAHE/6v7tBvYXO57TvLf7kb1DgsJzB0m0TwLHZ5gbgnEzwhVVEg7ikkShSISwWstZpCgBuJfWK1kGWNXucD8znW+SD4e8aKub5nTOfgQeHvGXuI8JPiDwk5HZWs04EtUiUBp6Oy4U7Hf8BJNhuuLDgbFsKsb5/CruLUsqrpn8JGJyE+uCqeT05XnR/xjwNtZVUBNnlVkjuJaoRMXE2IiatbJsYWqboAE9cwnIl13DXImLiGZWL3EcTENZ1a1gpXJq7pYeJaPjBxTWCT1wJ/qq8Y4af6as03f421WR5srwP+/DsjoOoQAKqu6R8T1XqjroDb+gmJS18buMvXAzblJ+CPQhUibPB6BA1eX4ox0GPrBkBwngd+hdiFEhwPRjYkNCkaCpkU0dakwBYpWsCkaGS4SaHjbkRmUjTiMymU5LXd63/YqeUj4WpSPOwxKR7xwaR4GNjkj8yXAR2aiRsTMnFjISZuYpkYW6QmAkz8qOFMrON+lIyJH7VMHHRt9/ofc2rZNFyZ+DEPEzf1gYkfAzZ5U+vuKmAOxNbYjGVc8LgFlHqcAFBPmD4u0HrjCYFxwXSScUEz4C7/JLApp9txgXqSoMGbs4wLngKC83fguOASybjgaUKT4mkhk+IZa1Jgi/SMgEnxrOEmhY77WTKT4lk+k6Kk4LWDTIoWTi1bhqtJ0cJjUrT0waRoAWzylvNlQIdm4laETNxKiIlbWybGFqm1ABPHGM7EOu4YMiaOsUzsPoKYONapZZtwZeJYDxO38YGJY4FN3gbIxKzuLjAHYmtsyzIuaGfHBaodAaCeM31coPXGcwLjghkk44K2wF3+eWBTzrDjAvU8QYO3ZxkXdACC8wpwXPAnybigI6FJ0VHIpOhkTQpskToJmBSdDTcpdNydyUyKznwmRSnBaweZFC84tewSribFCx6ToosPJsULwCbvMl8GdGgm7krIxF2FmDjOMjG2SHECTNzNcCbWcXcjY+JulondRxATd3dq2SNcmbi7h4l7+MDE3YFN3gPIxKzuLjAHYmvsyTIu6GXHBaoXAaB6mz4u0Hqjt8C4YBbJuKAncJfvA2zKWXZcoPoQNHhflnHBi0BwXgOOCyJIfkvjS4QmxUtCJkU/a1Jgi9RPwKTob7hJoePuT2ZS9OczKaIErx1kUgxwavlyuJoUAzwmxcs+mBQDgE3+8nwZ0KGZeCAhEw8UYuJBlomxRRokwMSDDWdiHfdgMiYebJnYfQQx8StOLYeEKxO/4mHiIT4w8SvAJh8CZGJWdxeYA7E1DmUZF7xqxwXqVQJAvWb6uEDrjdcExgVzSMYFQ4G7/OvAppxjxwXqdYIGf4NlXPAmEJxJgL9KOynJuOAtQpPiLSGTYpg1KbBFGiZgUrxtuEmh436bzKR4m8+kKC147SCTYrhTy3fC1aQY7jEp3vHBpBgObPJ35suADs3EIwiZeIQQE4+0TIwt0kgBJh5lOBPruEeRMfEoy8TuI4iJRzu1fDdcmXi0h4nf9YGJRwOb/F0gE7O6u8AciK1xDMu4YKwdF6ixBIAaZ/q4QOuNcQLjgnkk44IxwF1+PLAp59lxgRpP0OATWMYF7wHBmQI4LkhJMi54n9CkeF/IpJhoTQpskSYKmBQfGG5S6Lg/IDMpPuAzKcoIXjvIpPjQqeVH4WpSfOgxKT7ywaT4ENjkH82XAR2aiScRMvEkISaebJkYW6TJAkw8xXAm1nFPIWPiKZaJ3UcQE3/s1HJquDLxxx4mnuoDE38MbPKpQCZmdXeBORBb4zSWccEndlygPiEA1Kemjwu03vhUYFywgGRcMA24y08HNuUCOy5Q0wka/DOWccEMIDjTAMcFaUnGBTMJTYqZQibFLGtSYIs0S8CkmG24SaHjnk1mUszmMynKCl47yKSY49RybriaFHM8JsVcH0yKOcAmnztfBnTwJ5EImXieEBPPt0yMLdJ8ASZeYDgT67gXkDHxAsvE7iOIiRc6tVwUrky80MPEi3xg4oXAJl8EZGJWdxeYA7E1LmYZFyyx4wK1hABQS00fF2i9sVRgXLCIZFywGLjLLwM25SI7LlDLCBr8c5ZxwXIgODMAxwV3kIwLVhCaFCuETIqV1qTAFmmlgEmxynCTQse9isykWMVnUpQTvHaQSbHaqeWacDUpVntMijU+mBSrgU2+Zr4M6NBMvJaQidcKMfE6y8TYIq0TYOL1hjOxjns9GROvt0zsPoKYeINTy43hysQbPEy80Qcm3gBs8o1AJmZ1d4E5EFvjFyzjgk12XKA2EQBqs+njAq03NguMC5aQjAu+AO7yW4BNucSOC9QWggbfyjIu+BIIzszAcUEWknHBV4QmxVdCJsU2a1Jgi7RNwKTYbrhJoePeTmZSbOczKcoLXjvIpPjaqeWOcDUpvvaYFDt8MCm+Bjb5jvkyoEMz8U5CJt4pxMS7LBNji7RLgIl3G87EOu7dZEy82zKx+whi4j1OLfeGKxPv8TDxXh+YeA+wyfcCmZjV3QXmQGyN+1jGBfvtuEDtJwDUAdPHBVpvHBAYFywjGRfsA+7yB4FNucyOC9RBggb/hmVc8C0QnNmB44IcJOOC7whNiu+ETIpD1qTAFumQgElx2HCTQsd9mMykOMxnUrQQvHaQSXHEqeXRcDUpjnhMiqM+mBRHgE1+dL4M6NBMfIyQiY8JMfFxy8TYIh0XYOIThjOxjvsEGROfsEzsPoKY+HunlifDlYm/9zDxSR+Y+Htgk58EMjGruwvMgdgaf2AZF5yy4wJ1igBQp00fF2i9cVpgXLCcZFzwA3CX/xHYlMvtuED9SNDgP7GMC34GgvNu4LggJ8m44AyhSXFGyKQ4a00KbJHOCpgU5ww3KXTc58hMinN8JkVLwWsHmRS/OLX8NVxNil88JsWvPpgUvwCb/Nf5MqBDM/F5QiY+L8TEFywTY4t0QYCJLxrOxDrui2RMfNEysfsIYuLfnFr+Hq5M/JuHiX/3gYl/Azb570AmZnV3gTkQW+MllnHBZTsuUJcJAPWH6eMCrTf+EBgXrCQZF1wC7vJXgE250o4L1BWCBv+TZVzwFxCcuYHjgjwk44KrhCbFVSGT4po1KbBFuiZgUkQsMNuk0HHrNYJrJGpSuHMaGeLhk0nRSvDaQSZFIqeWiV01DSuTQicgjytYdyK8C4p/71AbMxGwyRMvkAEdmomTLOBj4iQLZJg4qQtjlolDvKYukk4o+rrJDGdiHXcyMiZOZpnYfQQxcXKnlinClYmTe5g4hQ9MnBzY5CmATMzq7gJzILbGlAJrTHChoQIqFW6htOOCVASASo1eI3qBWm+kXoAH6GqScUFK4C6fBtiUq+24QKUhaPC0UoyBHhekA4IzH3BckJ9kXJCe0KRIL2RSZLAmBbZIGQRMijsMNyl03HeQmRR38JkUrQWvHWRSZHRqmSlcTYqMHpMikw8mRUZgk2daIAM6NBNnJmTizEJMnMUyMbZIWQSYOKvhTKzjzkrGxFktE7uPICbO5tQye7gycTYPE2f3gYmzAZs8O5CJWd1dYA7E1piDZVxwpx0XqDsJAHWX6eMCrTfuEhgXrCUZF+QA7vJ3A5tyrR0XqLsJGjwny7ggFxCc9wHHBYVIxgX3EJoU9wiZFLmtSYEtUm4BkyKP4SaFjjsPmUmRh8+kiBG8dpBJkdep5b3halLk9ZgU9/pgUuQFNvm9C2RAh2bifIRMnE+IifNbJsYWKb8AExcwnIl13AXImLiAZWL3EcTEBZ1a3heuTFzQw8T3+cDEBYFNfh+QiVndXWAOxNZYiGVcUNiOC1RhAkAVMX1coPVGEYFxwXqScUEh4C5fFNiU6+24QBUlaPBiLOOC4kBwFgWOC4qRjAvuJzQp7hcyKUpYkwJbpBICJkWk4SaFjjuSzKSI5DMpYgWvHWRSKKeWJcPVpFAek6KkDyaFAjZ5yQUyoEMzcSlCJi4lxMRRlomxRYoSYOLShjOxjrs0GROXtkzsPoKYuIxTy7LhysRlPExc1gcmLgNs8rJAJmZ1d4E5EFtjOZZxQXk7LlDlCQBVwfRxgdYbFQTGBRtJxgXlgLt8RWBTbrTjAlWRoMEfYBkXPAgEZwnguCDSp40i1Pw9BMzfiRK4/H0PvJZk/ir97+dPdFxVWWijQa+zCrDOmrOKJ3NJu8C1q3ikH3r9VQnNyKpCZmQ1a0Zii1RNwIysbrgZqeOuTmZGVuczIyMFrx1kRtZwalkzXM3IGh4zsqYPZmQNYJPXJLmTqEXIxLWEmLi2ZWJskWoLMHEdw5lYx12HjInrWCZ2H0FMXNepZb1wZeK6Hiau5wMT1wU2eT0guHWRixOavPUWmL/G+ixjwQbgsSAjoBoQAKqh6WNBrTcaCowFN5GMBesDd/loYFNuAo8FixA2eDRBgzdiGQs+DARnLeBYsDbJp4geITQpHhEyKRpbkwJbpMYCJkUTw00KHXcTMpOiCZ9JoSSv7V7/o04tHwtXk+JRj0nxmA8mxaPAJn9sgQzo0EzclJCJmwoxcTPLxNgiNRNg4scNZ2Id9+NkTPy4ZeKga7vX/4RTyyfDlYmf8DDxkz4w8RPAJn/SursKmAOxNTZnGRc8ZQGlniIA1NOmjwu03nhaYFywhWRc0By4yz8DbMotdlygniFo8GdZxgUtgOCsBxwX1CcZF7QkNClaCpkUraxJgS1SKwGTorXhJoWOuzWZSdGaz6QoKXjtIJMixqllbLiaFDEekyLWB5MiBtjksQtkQIdm4jaETNxGiInbWibGFqmtABO3M5yJddztyJi4nWVi9xHExM85tXw+XJn4OQ8TP+8DEz8HbPLngUzM6u4CcyC2xvYs44IOdlygOhAAqqPp4wKtNzoKjAu+JBkXtAfu8p2ATfmlHReoTgQN3pllXPACEJzRwHFBI5JxQRdCk6KLkEnR1ZoU2CJ1FTAp4gw3KXTccWQmRRyfSVFK8NpBJkU3p5bdw9Wk6OYxKbr7YFJ0AzZ59wUyoEMzcQ9CJu4hxMQ9LRNji9RTgIl7Gc7EOu5eZEzcyzKx+whi4t5OLfuEKxP39jBxHx+YuDewyfsAmZjV3QXmQGyNfVnGBS/acYF6kQBQL5k+LtB64yWBccE2knFBX+Au3w/YlNvsuED1I2jw/izjggFAcDYGjguakIwLXiY0KV4WMikGWpMCW6SBAibFIMNNCh33IDKTYhCfSREleO0gk2KwU8tXwtWkGOwxKV7xwaQYDGzyVxbIgA7NxEMImXiIEBMPtUyMLdJQASZ+1XAm1nG/SsbEr1omdh9BTPyaU8vXw5WJX/Mw8es+MPFrwCZ/HcjErO4uMAdia3yDZVzwph0XqDcJAPWW6eMCrTfeEhgXfE0yLngDuMsPAzbl13ZcoIYRNPjbLOOC4UBwNgWOC5qRjAveITQp3hEyKUZYkwJbpBECJsVIw00KHfdIMpNiJJ9JUVrw2kEmxSinlqPD1aQY5TEpRvtgUowCNvnoBTKgQzPxu4RM/K4QE4+xTIwt0hgBJh5rOBPruMeSMfFYy8TuI4iJxzm1HB+uTDzOw8TjfWDiccAmHw9kYlZ3F5gDsTVOYBkXvGfHBeo9AkC9b/q4QOuN9wXGBTtJxgUTgLv8RGBT7rTjAjWRoME/YBkXfAgE55PAcUFzknHBR4QmxUdCJsUka1JgizRJwKSYbLhJoeOeTGZSTOYzKcoIXjvIpJji1PLjcDUppnhMio99MCmmAJv84wUyoEMz8VRCJp4qxMTTLBNjizRNgIk/MZyJddyfkDHxJ5aJ3UcQE3/q1HJ6uDLxpx4mnu4DE38KbPLpQCZmdXeBORBb42cs44IZdlygZhAAaqbp4wKtN2YKjAt2k4wLPgPu8rOATbnbjgvULIIGn80yLpgDBOczwHHBsyTjgrmEJsVcIZNinjUpsEWaJ2BSzDfcpNBxzyczKebzmRRlBa8dZFIscGq5MFxNigUek2KhDybFAmCTL1wgAzo0Ey8iZOJFQky82DIxtkiLBZh4ieFMrONeQsbESywTu48gJl7q1HJZuDLxUg8TL/OBiZcCm3wZkIlZ3V1gDsTW+DnLuGC5HReo5QSAWmH6uEDrjRUC44K9JOOCz4G7/EpgU+614wK1kqDBV7GMC1YDwdkKOC5oTTIuWENoUqwRMinWWpMCW6S1AibFOsNNCh33OjKTYh2fSVFO8NpBJsV6p5YbwtWkWO8xKTb4YFKsBzb5hgUyoEMz8UZCJt4oxMRfWCbGFukLASbeZDgT67g3kTHxJsvE7iOIiTc7tdwSrky82cPEW3xg4s3AJt8CZGJWdxeYA7E1bmUZF3xpxwXqSwJAfWX6uEDrja8ExgX7ScYFW4G7/DZgU+634wK1jaDBt7OMC74GgrMNcFzQlmRcsIPQpNghZFLstCYFtkg7BUyKXYabFDruXWQmxS4+k6K84LWDTIrdTi33hKtJsdtjUuzxwaTYDWzyPQtkQAd/EomQifcKMfE+y8TYIu0TYOL9hjOxjns/GRPvt0zsPoKY+IBTy4PhysQHPEx80AcmPgBs8oNAJmZ1d4E5EFvjNyzjgm/tuEB9SwCo70wfF2i98Z3AuOAgybjgG+AufwjYlAftuEAdImjwwyzjgiNAcD4PHBe0JxkXHCU0KY4KmRTHrEmBLdIxAZPiuOEmhY77OJlJcZzPpGgheO0gk+KEU8vvw9WkOOExKb73waQ4AWzy7xfIgA7NxCcJmfikEBP/YJkYW6QfBJj4lOFMrOM+RcbEpywTu48gJj7t1PLHcGXi0x4m/tEHJj4NbPIfgUzM6u4CcyC2xp9YxgU/23GB+pkAUGdMHxdovXFGYFzwLcm44CfgLn8W2JTf2nGBOkvQ4OdYxgW/AMHZCTgu6EwyLviV0KT4VcikOG9NCmyRzguYFBcMNyl03BfITIoLfCZFS8FrB5kUF51a/hauJsVFj0nxmw8mxUVgk/+2QAZ0aCb+nZCJfxdi4kuWibFFuiTAxJcNZ2Id92UyJr5smdh9BDHxH04tr4QrE//hYeIrPjDxH8AmvwJkYlZ3F5gDsTX+yTIu+MuOC9RfBIC6avq4QOuNqwLjgkMk44I/gbv8NWBTHrLjAnWNoMEjFpKMCxLhFqq6AscFcSTjgsQL+UyKxEBwutebZOHfr61JEeI1dZF0QtHXTQoErFTcSRfCayRqUiQFNpRPJkUrwWsHmRTJnFomd9U0rEwKnYA8rmDdifAuKP69Q23MZMAmT75QBnRoJk5ByMQphJg4pWVibJFSCjBxKsOZWMedioyJU1kmdh9BTJzaqWWacGXi1B4mTuMDE6cGNnkaIBOzurvAHIitMa2U+YO+ZUoHNH9YAZWOAFDp0WtEL1DrjfQL8QA9QjIuSAvc5TMAm/KIHReoDAQNfgfLuCAjEJw9gOOCniTjgkyEJkUmIZMiszUpsEXKLGBSZDHcpNBxZyEzKbLwmRStBa8dZFJkdWqZLVxNiqwekyKbDyZFVmCTZ1soAzo0E2cnZOLsQkycwzIxtkg5BJj4TsOZWMd9JxkT32mZ2H0EMfFdTi3vDlcmvsvDxHf7wMR3AZv8biATs7q7wByIrTEny7gglx0XqFwEgLrH9HGB1hv3CIwLjpGMC3ICd/ncwKY8ZscFKjdBg+dhGRfkBYKzD3Bc0JdkXHAvoUlxr5BJkc+aFNgi5RMwKfIbblLouPOTmRT5+UyKGMFrB5kUBZxaFgxXk6KAx6Qo6INJUQDY5AUXyoAOzcT3ETLxfUJMXMgyMbZIhQSYuLDhTKzjLkzGxIUtE7uPICYu4tSyaLgycREPExf1gYmLAJu8KJCJWd1dYA7E1liMZVxQ3I4LVHECQN1v+rhA6437BcYFJ0jGBcWAu3wJYFOesOMCVYKgwSNZxgUKCM5+wHFBf5JxQUlCk6KkkElRypoU2CKVEjApogw3KXTcUWQmRRSfSREreO0gk6K0U8sy4WpSlPaYFGV8MClKA5u8zEIZ0KGZuCwhE5cVYuJylomxRSonwMTlDWdiHXd5MiYub5nYfQQxcQWnlhXDlYkreJi4og9MXAHY5BWBTMzq7gJzILbGB1jGBQ/acYF6kABQD5k+LtB64yGBccFJknHBA8BdvhKwKU/acYGqRNDglVnGBVWA4BwIHBcM8mmjCDV/VYH5Gw/M3wRg/nRzJHflbnPgxdXAeYtz3uqc9VEtkI/qDnHofxN/+73N+Rn99/E/WyPwuqbrZ2/l+rUCP1/7Jtev5bp+ncDrugn87JfOz9ZxflZvhPUCr+vf5loaBH6+4U3W0sC1lujA60Y3WUu0ay0PL4yIeGThP3/2K+dn9d9fddbYOPC6ycLrf4/exEbUv54X9E3AKXBvo+MeX/96XtFxnybZ0x5diMslsNbqtOG42Z7k+p6Gxs3Phsc9PNAvjwrEfYZELDTfj7uWu9ah5u8sSf6eBubvDDB/50j268eA+zUQMwqZP78GeMBcBg3wmi78+7Ud4IV4TV2kpgvx12220OwBno672UJ4jUQ39zaGkuNFEnJsayg5/kZCjo8DyRGIGfUbITk+LkSOT1hyxBbpCQFyfNJwctRxPylEjui1Zo2+TuRoxdx8YXjGfVnYIQl1fRqXzQXi/oPkJuZJIAlfBt7EXCG5iXkKmD8gZtQVEvx1M1SEXCPJX3dDRUiE4ujfp4H9C8SMQubPLxHytJAIecaKEGyRnhEQIc8aLkJ03M+SiJCcgZvxpwRuSpMos8eV90bL3IwnJSGjFkAyAtZaJVVmizjd1y0EcJNCcdwEPiuEm1Dzl5Ikf0B8qxTA/KUi2bdaAvEHxIxKRYK/IYaK4HQk+RtqqAhOT9K/rYD9C8SMSk8oglsJieDWVgRji9RaQATHGC6CddwxJCK4YEAMthS4qc9ouAguFi0jZjKRkFEskIyAtVaZDBfBuq9jBXCTleQmMEYINyH/ymCS/AHxrbIC85edZN9qA8QfEDMqOwn+xhoqgu8myd84Q0VwTpL+bQvsXyBmVE5CEdxWSAS3syIYW6R2AiL4OcNFsI77ORIRHBkQg20EbupzGy6Cy0TLiJk8JGT0PJCMgLVWeQwXwbqvnxfATT6Sm8DnhHATav7yk+QPiG+VD5i/AiT7Vnsg/oCYUQVI8DfdUBFcmCR/nxkqgouQ9G8HYP8CMaOKEIrgDkIiuKMVwdgidRQQwZ0MF8E67k4kIrhCQAy2F7ipL264CK4cLSNm7icho85AMgLWWt1vuAjWfd1ZADeK5CawkxBuQv4FZiT5A+JbKWD+SpHsWy8A8QfEjCpFgr/lhorgsiT5W2GoCC5H0r9dgP0LxIwqRyiCuwiJ4K5WBGOL1FVABMcZLoJ13HEkIrh6QAy+IHBTX9FwEVw3WkbMPEBCRt2AZASstXrAcBGs+7qbAG4qkdwExgnhJtT8VSbJHxDfqhIwf1VI9q3uQPwBMaOqkOBvm6EiuAZJ/rYbKoJrkvRvD2D/AjGjahKK4B5CIrinFcHYIvUUEMG9DBfBOu5eJCK4YUAMdhe4qa9juAhuEi0jZuqSkFFvIBkBa63qGi6CdV/3FsBNA5KbwF5CuAk1fw1J8gfEt2oAzF80yb7VB4g/IGZUNAn+jhgqghuT5O+ooSK4CUn/9gX2LxAzqgmhCO4rJIJftCIYW6QXBUTwS4aLYB33SyQiuFlADPYRuKlvargIfjpaRsw0IyGjfkAyAtZaNTNcBOu+7ieAmydJbgJfEsJNyL8SiyR/QHyrJ4H5e4pk3+oPxB8QM+opEvydN1QEtyDJ3wVDRXBLkv4dAOxfIGZUS0IRPEBIBL9sRTC2SC8LiOCBhotgHfdAEhHcMiAG+wvc1McYLoLbRsuImVgSMhoEJCNgrVWs4SJY9/UgAdy0I7kJHCiEm5C/sIwkf0B8q3bA/D1Psm8NBuIPiBn1PAn+kh0wUwR3Islf8gNmiuDOJP37CrB/gZhRnQlF8CtCIniIFcHYIg0REMFDDRfBOu6hJCK4fUAMDha4qe9quAjuEi0jZuJIyOhVIBkBa63iDBfBuq9fFcBND5bfkymEm1Dz15PlM9XAXukBzF8vkn3rNSD+gJhRvUjwl91QEfwiSf5yGCqCXyLp39eB/QvEjHqJUAS/LiSC37AiGFukNwRE8JuGi2Ad95skIrh7QAy+JnBTP8BwEdw3WkbMvExCRm8ByQhYa/Wy4SJY9/VbArgZTHIT+KYQbkKeMJDkD4hvNRiYvyEk+9YwIP6AmFFDSPBX2FAR/DpJ/ooYKoLfIOnft4H9C8SMeoNQBL8tJIKHWxGMLdJwARH8juEiWMf9DokI7h8Qg8MEbuqHGS6CX4mWETNvk5DRCCAZAWut3jZcBOu+HiGAmxEkN4HvCOEm1PyNJMkfEN9qBDB/o0j2rZFA/AExo0aR4K+ioSJ4LMu3uxsqgseR9O8oYP8CMaPGEYrgUUIieLQVwdgijRYQwe8aLoJ13O+SiODXAmJwpMBN/XuGi+C3o2XEzPskZDQGSEbAWqv3DRfBuq/HCODmQ5KbwHeFcBNq/j4iyR8Q3+pDYP4mkexbY4H4A2JGTSLBXwNDRfBUkvw1NFQETyPp33HA/gViRk0jFMHjhETweCuCsUUaLyCCJxgugnXcE0hE8MiAGBwrcFM/3XARPC5aRsx8RkJG7wHJCFhr9ZnhIlj39XsCuJlFchM4QQg3oeZvNkn+gPhWs4D5m0Oyb70PxB8QM2oOCf6eMVQELyDJ37OGiuCFJP07Edi/QMyohYQieKKQCP7AimBskT4QEMEfGi6Cddwfkojg9wNi8H2Bm/olhovgydEyYmYpCRl9BCQjYK3VUsNFsO7rjwRws5zkJvBDIdyEmr8VJPkD4lstB+ZvJcm+NQmIPyBm1EoS/L1gqAheS5K/LoaK4HUk/TsZ2L9AzKh1hCJ4spAInmJFMLZIUwRE8MeGi2Ad98ckInhaQAxOErip32i4CJ4ZLSNmviAho6lAMgLWWn1huAjWfT1VADdbSG4CPxbCTaj520qSPyC+1RZg/r4k2bemAfEHxIz6kgR/Aw0VwV+T5G+QoSJ4B0n/fgLsXyBm1A5CEfyJkAj+1IpgbJE+FRDB0w0XwTru6SQieG5ADE4TuKnfbbgIXhwtI2b2kJDRZ0AyAtZa7TFcBOu+/kwAN/tJbgKnC+Em1PwdIMkfEN9qPzB/B0n2rRlA/AExow6S4G+UoSL4EEn+Rhsqgg+T9O9MYP8CMaMOE4rgmUIieJYVwdgizRIQwbMNF8E67tkkIvjzgBicIXBTf8xwEbwmWkbMHCchozlAMgLWWh03XATrvp4jgJuTJDeBs4VwE2r+fiDJHxDf6iQwf6dI9q25QPwBMaNOkeBvqqEi+GeS/E0zVASfIenfecD+BWJGnSEUwfOERPB8K4KxRZovIIIXGC6CddwLSETwhoAYnCtwU/+L4SJ4a7SMmPmVhIwWAskIWGv1q+EiWPf1QgHcXCS5CVwghJtQ8/cbSf6A+FYXgfn7nWTfWgTEHxAz6ncS/C0xVARfYflMv6Ei+E+S/l0M7F8gZtSfhCJ4sZAIXmJFMLZISwRE8FLDRbCOeymJCN4eEIOLBG7qrxkugvdEy4iZiJIcZLQMSEbAWit0/uBffBbI2zIB3CQpSXITKISbUPOXlCR/QHwrN2ZCzV8ykn3rcyD+gJhRyUjwt8VQEZyKJH9bDRXBqUn6dzmwf4GYUcj8+SWClwuJ4BVWBGOLtEJABK80XATruFeSiOADATH4ucBNfbqSZovgw9EyYiY9CRmtApIRsNYqveEiWPf1KgHcZCS5CVwphJtQ85eJJH9AfKuMwPxlJtm3VgPxB8SMykyCv28NFcHZSfL3naEiOAdJ/64B9i8QMyoHoQheIySC11oRjC3SWgERvM5wEazjXkcigo8HxOBqgZv6uw0XwaejZcRMThIyWg8kI2CtVU7DRbDu6/UCuMlNchO4Tgg3oeYvD0n+gPhWuYH5y0uyb20A4g+IGZWXBH9nDRXBBUjyd85QEVyQpH83AvsXiBlVkFAEbxQSwV9YEYwt0hcCIniT4SJYx72JRASfCYjBDQI39YUNF8EXomXETBESMtoMJCNgrVURw0Ww7uvNArgpTnITuEkIN6Hm736S/AHxrYoD81eCZN/aAsQfEDOqBAn+Eh00UwSXIslf4oNmiuAokv7dCuxfIGZUFKEI3iokgr+0IhhbpC8FRPBXhotgHfdXJCL4UkAMbhG4qS9ruAi+Gi0jZsqRkNE2IBkBa63KGS6CdV9vE8BNRZKbwK+EcBNq/h4gyR8Q36oiMH8Pkuxb24H4A2JGPUiCv8yGiuAqJPnLYqgIrkrSv18D+xeIGVWVUAR/LSSCd1gRjC3SDgERvNNwEazj3kkighM3iojYLnBTX8NwEZyykYyYqUlCRruAZASstappuAjWfb1LADd1SG4CdwrhJtT81SXJHxDfqg4wf/VI9q3dQPwBMaPqkeCvgKEiOJokfwUNFcGNSPp3D7B/gZhRjQhF8B4hEbzXimBskfYKiOB9hotgHfc+EhGcNiAGdwvc1Dc2XARnaiQjZpqQkNF+IBkBa62aGC6CdV/vF8BNU5KbwH1CuAk1f81I8gfEt2oKzN/jJPvWASD+gJhRj5Pgr6yhIvgplic5DBXBT5P070Fg/wIxo54mFMEHhUTwN1YEY4v0jYAI/tZwEazj/pZEBGcLiMEDAjf1LQwXwTkbyYiZliRk9B2QjIC1Vi0NF8G6r78TwE0My7fLCuEm1PzFkuQPiG8VA8xfG5J96xAQf0DMqDYk+KtjqAh+niR/dQ0Vwe1J+vcwsH+BmFHtCUXwYSERfMSKYGyRjgiI4KOGi2Ad91ESEZwnIAYPCdzUdzJcBBdsJCNmOpOQ0TEgGQFrrTobLoJ1Xx8TwE1XkpvAo0K4CTV/cST5A+JbdQXmrxvJvnUciD8gZlQ3Evw9aagI7kWSv+aGiuDeJP17Ati/QMyo3oQi+ISQCP7eimBskb4XEMEnDRfBOu6TJCK4SEAMHhe4qX/RcBEc2UhGzLxEQkY/AMkIWGv1kuEiWPf1DwK4GUByE3hSCDeh5u9lkvwB8a0GAPM3kGTfOgXEHxAzaiAJ/joYKoKHkOSvo6EieChJ/54G9i8QM2oooQg+LSSCf7QiGFukHwVE8E+Gi2Ad908kIjgqIAZPCdzUv264CK7QSEbMvEFCRj8DyQhYa/WG4SJY9/XPArgZRnIT+JMQbkLN39sk+QPiWw0D5m84yb51Bog/IGbUcBL89TNUBI8iyV9/Q0XwaJL+PQvsXyBm1GhCEXxWSASfsyIYW6RzAiL4F8NFsI77FxIR/FBADJ4RuKkfa7gIrt5IRsyMIyGjX4FkBKy1Gme4CNZ9/asAbt4juQn8RQg3oebvfZL8AfGt3gPmbyLJvnUeiD8gZtREw/mudoDvzgvsW5MMj7thI5n9ejJJv1wA9guw1mqy4bjZFCjEBQHc6Oui4tZrS+7CzObAi6uB8xbnvNU56+NiIJbfnHj0v4kXtducn9F/H/+zvwdeX3L97K1c/3Lg5/+4yfUvu65/JfD6zwR+9kvnZ684P6sF+F/69W2u5ZrWXotuvJZrrrUkCvxc4kU3Xov++/i1JAm8TprAz37l/GwS52f1GpMFXidf5LyH83OVnXNkaIcaUf96XtDYnGp4T46vfz2v6LinkezlKRbhcgmstZpGaCBuAe/D8WuMr3nKQK1SBf6kXvR3DOmcc6qIYFNRH8ldryuD1iVgUkYmc601lWvN8fGkd/4+KfZ9S6Vy5TbCle+IBPIW4Xr/lIE/aZ3XbWLiGnVr2b5dq3oxvRKqWZIErpvYFWsyz8+56xj/dync/17ipgR0rX/cPKR0yCuVc07tnDME/qQJvE57AzJD3BDpZkRfdzrBDWYaATL7TIjMEoPjB9ZHfQYmIO/mLFH/lDgyj5RcZyrgOt15TefsJ+ldBJndObs3+0Su/8ZMmildccQfbnKJf8/4uOOJNBl2LSX1eyWNCD5uRqTx7+8h0sYxrbrExHmI1DsxTZxArO4YdXwpsPFFxq81/ohfU/z7pI74GzcpXetIhV2Hin8v7zpSudaR0vU6/u9Su9YU/9/SeNbr7gX3v43PaxpXzDQ3IzqQdM5NR/r4m4/A+Y5FcutPKUDAswyfYOm4MwjEPZvkxgNYHzWb4CYzlUCt5xFg/A6BuOeTYBxYHzXfcIxvT3LdsUbXepHhcQ8PuKEpBDC+mMQNzQh0Q4G1Vsj8eU2ajM59kfc+SR+ZAq8zL7q9SUmWwM9nvcmkJIvr+tkCr7Mvun5dPwRyJrBAlth3si2CXjc2qmRUpO5rVNxuYZfDJbTjBcL/otBO4Yoj/nC701pEZXb+f8dOce1iezXs1r59u9h2Ma0bdoqLcacsoSeAE9KxbnM4aQJppDOHpdbnxiByrTfKaagcc+ei//pakZ5rKb8mW3cuktk/7nLVzj4aH+I1dZHuWoS/7t2LcOCXivtunzeByNCOoJxGhnh4b57Qwm914A0eWoC73pi6ERGVFsjWK8RrK+9/cOc3p4O1XC7MJXPhJP5n9YZ2LeKfGErkep3Y+ZnEN/mZRDe4zo1uRsQ2rfjgdAJWuILNtSjY3ncvCPXeOYGb0D03uVa5sjEtY8tGlWoRGRXbMnCdMrExpVqULK9iy5UKXL5UlGrZIiaydVTLsmWiypSLLevbsyX3CDFwbsvA2CLlFmDgPIYzsI47jxADo2+/czlrRV93maEfFvGuE4mlvEC7bBnY4tKbmF5fFeeaaMzH3xWhcbTccIs4/u4NHfcKMy3if0hu5I1ILuC1VpJ8WA2IbwXEjJLKH7pP7iW0j+4VunnNZ29esUXKJ3Dzmt/wm1cdd36fbl4jQzv+43dLrNWv+VuuEDaC2ODDN7ungJPvgrdg91RNIHdeu6dqxL/bPQld51/tHtMfxkvsJDORK3EFXXfo8Qf6jgMYhyoI3MzuwzVDbHw+7xNUPDqPuQSU81qzHvz6x12SjruAQNzrCB54KygQ93pDlYqXYJD7xlrg12psIFF6QHwrIGbUBp8euAy1zgWAXFMI6NTpa0hwS6FFMnsYstYSLmL9+fi4txC4iA0E4t5K8qBpYWA/AmutthqOG90vzQVws42gX54SiHs7Sb8UAfYLsNZqO0G/tBfAzU6CfukgEPcukn4pCuwXYK3VLoJ+6SuAm70E/fKiQNz7SPqlGLBfgLVW+wj65Q0B3Bwk6Jc3BeL+hqRfigP7BVhr9Q1Bv0wQwM0hgn55TyDuwyT9cj+wX4C1VocJ+uUzAdwcI+iXGQJxHyfplxLAfgHWWh0n6JfPBXBzkqBflgvE/QNJv0QC+wVYa/UDQb9sFcDNjwT98qVA3D+R9IsC9guw1uongn75RgA3Zwn65VuBuM+R9EtJYL8Aa63OEfTLTwK4OU/QLz8LxH2BpF9KAfsFWGt1gaBf/hTAze8E/fKXQNyXSPolCtgvwFqrSwT9klbg05hXCPolnUDcf5L0S2lgvwBrrf4k6JecAri5RtAvuQTijijF0S9lgP0CrLVC50+iX4oJ4CaJ4XHrfikuEHdSkn4pC+wXYK1VUoJ+eUAANykI+uVBgbhTkvRLOWC/AGutkPnTH3quGfifO5zr6c8w6Oey9bOm+vk5/UyQfs5Bz271PEp77No31F6I1nf6nlXzsN5byi2KCDrQuCkP/qJnqXVWAOJG16dWsr8/h6ZzUEE4zxWBn1Hz69tIKgp9G8kD9ttIsEV6QODbSB40/NtIdNwPEn0bicRa7RfaXj8iEjhQa3bn9yGnhpVu4RtO8rr+3Y2+4SRvxL9/w0lC1/mf+IYTncw8rsRVWvTPndfkbzipBNwgKy/C57fyLeQz1HVXAd6VGfp9d2LfGPKQwKf405QyP+5KAnGnNVz167irCMSdzifVHxnaoYC4VMBaK6n8oetclVA9VhVSj9WsesQWqZqAeqxuuHrUcVcnUo/VrXqkV481nBrWtOrxvz/iE1XDox5rkqnHmsANspaAeqzlg3qsbdXjf62iagioiYwE6rGmQNyZCNRjbYG4M5OoRyAuFbDWCpk/Tfq1kkX840DXB43NmovMX2MdoRk3vCHrAgmRFVB1CQBVD71G9AK1t1xPgDGykzBGHeDddX1gU2YnuNOoL4CbBsCG0RtbTcKNrQHBxtZQiikTgwHlluKhXiua4Cu/JZqyEbjYEnFnEoj7TsM3Yd2E0QJx30XyiPDDwH4E1lrdBZZ7giT2/wdVaGw2IiCxh6XvzkP+LvFAx2QTaPBchjd4TGxsZMvWrdTw+riYHwFuFsj8+TVlfwTs/ccfje2UHVukxgJT9iaGT9l13E2EpuzxB1pZIHP66CK5pgDlMzaqZFQkckN+bJG5hCbxIcZGAh/my03wIcaHBeLOQ6JQmgL7GlhrlYegX54VwE0+gn5pIRB3fpJ+aQbsF2CtVX6CfuksgJv7CPrlBYG4C5H0y+PAfgHWWhUi6Jf+ArgpStAvAwTiLkbSL08A+wVYa1WMoF/eFsBNCYJ+GS4QdyRJvzwJ7BdgrVUkQb98IICbUgT98qFA3FEk/dIc2C/AWqsogn6ZLYCbsgT9Mkcg7nIk/fIUsF+AtVblCPpllQBuKhL0y2qBuB8g6Zengf0CrLV6gKBftgvgphJBv3wtEHdlkn55BtgvwFqrygT9clgAN9UI+uWIQNzVSfrlWWC/AGutqhP0yzkB3NQi6JdfBOKuTdIvLYD9Aqy1qk3QLxEL8bipR9AviQTirk/SLy2B/QKstapP0C93COAmmqBfMgrE3YikX1oB+wVYa9WIoF/yCOCmMUG/5BWIuwlJv7QG9guw1qoJQb9ECuCmKUG/KIG4m5H0SwywX4C1Vs0I+qWyAG6eJOiXKgJxNyfpl1hgvwBrrZD50x82ru36pUT6Mwz6uWz9rKl+fk4/E6Sfc9CzWz2P0h679g21F6L1nb5n1Tys95ZY4V+W00boayjQ62wL/qVEdVy/lEjnoK1wntsRfq10O6EPvD5nP/CKLdJzAh94fd7wD7zquJ8n+lppibXar5W+fkQkcKDW7M5ve6eGHezXSv/3R3yi2nu+VroD2ddKdwBukB0Fvla6ow9fK93Jfq30f/2dau0FvpbmGYKvle4gEPezBF/22Ekg7hYkXxIKxKUC1lpJ5Q9d586E6rGzkHp8wapHbJFeEFCPXQxXjzruLkTqsYtVj/TqsatTwzirHv/7Iz5RXT3qMY5MPcYBN8huAuqxmw/qsbtVj/+1iuoqoCZiCNRjnEDcsQTqsbtA3G1I1CMQlwpYa4XMnyb9OoS/aiGO4Fuqe0j9qgV0Q/YE/1IiRkD1JABUL9N/KZH2lnsJMMbzJIzRA3h33RvYlM8T3Gn0FsBNH/AvJapNuLH1IdjY+pq+semv+X5MAKAdzN/Y/vP14civTH8RuLFJ5S8xuM7IX2b1EsEvs5LYzPsR/DKrFwXi7mQ4eevN+yWBuDuTPFreH9iPwFqrzmCboDbhL7PqR3Dz019gjQkuNFSgD7idm4CyN72W8utpgAFCTwO8bJ8GwBbpZYGnAQYa/jSAjnug0NMA8YdkTiNDPPx4EiBqPvZJgKoL8TndnESIAW53nermf+2u1SAHt4Nv4amC3hH/xKP3qYLeEf/+VEFC1/nXpwpuOwn/kqL44AYt+nuBiZ1E9PQsDvWe8UBGM3pXgk+tVhX41GociZ+8OQnujmsQ8skPEmk2GCjN3L0S8hMoJPgD9okCYkZ1J3l++hVCxfSKkGIaYhUTtkhDBBTTUMMVk457KNHz0xJr/TfVFGrdvKop1OtJqabbIvd/UTYRCRyoa7tr9aqDh9dMV00Mz2K/6lFgOqm9IoIPk5/Ffg242b5+W6wde9MjPp+v30I+Q133G8AcxP1f3aHfwuZy23eW/3I3qHH4qsQTMwTPYr8mEHdfgiek3hCI+0USJQrEpQLWWr1IgBuJfWKTkGWNXuebizjW+Rb4e8bqur5nTOfgLeHvGRtG+EnxYUJOx9vW6cAW6W0Bp2O44U6Hjns42Wx4uOBsWAizvn0K+x2nliNM/xQ2Ognxwb3j+eT0iEUR/zjQVtY7wCYfQXInMZKQiUcKMfEoy8TYIo0SYOLRhjOxjns0GROPtkzsPoKY+F2nlmPClYnf9TDxGB+Y+F1gk48Bf6qvLuGn+sYsMn+NY1kebB8H/vw7I6DGEQBqvOkfE9V6Y7yA2zqAxKUfC9zlJwCbcgD4o1A1CRt8AkGDvyfFGOix9ftAcG4BfoXY1pIcD0ZOJDQpJgqZFB9YkwJbpA8ETIoPDTcpdNwfkpkUH/KZFEry2u71f+TUclK4mhQfeUyKST6YFB8Bm3zSIhnQoZl4MiETTxZi4imWibFFmiLAxB8bzsQ67o/JmPhjy8RB13avf6pTy2nhysRTPUw8zQcmngps8mnW3VXAHIit8ROWccGnFlDqUwJATTd9XKD1xnSBccFAknHBJ8Bd/jNgUw604wL1GUGDz2AZF8wEgnMbcFywnWRcMIvQpJglZFLMtiYFtkizBUyKOYabFDruOWQmxRw+k6Kk4LWDTIq5Ti3nhatJMddjUszzwaSYC2zyeYtkQIdm4vmETDxfiIkXWCbGFmmBABMvNJyJddwLyZh4oWVi9xHExIucWi4OVyZe5GHixT4w8SJgky8GMjGruwvMgdgal7CMC5bacYFaSgCoZaaPC7TeWCYwLhhMMi5YAtzlPwc25WA7LlCfEzT4cpZxwQogOHcCxwW7SMYFKwlNipVCJsUqa1Jgi7RKwKRYbbhJoeNeTWZSrOYzKUoJXjvIpFjj1HJtuJoUazwmxVofTIo1wCZfu0gGdGgmXkfIxOuEmHi9ZWJskdYLMPEGw5lYx72BjIk3WCZ2H0FMvNGp5RfhysQbPUz8hQ9MvBHY5F8AmZjV3QXmQGyNm1jGBZvtuEBtJgDUFtPHBVpvbBEYFwwhGRdsAu7yW4FNOcSOC9RWggb/kmVc8BUQnHuB44J9JOOCbYQmxTYhk2K7NSmwRdouYFJ8bbhJoeP+msyk+JrPpIgSvHaQSbHDqeXOcDUpdnhMip0+mBQ7gE2+c5EM6NBMvIuQiXcJMfFuy8TYIu0WYOI9hjOxjnsPGRPvsUzsPoKYeK9Ty33hysR7PUy8zwcm3gts8n1AJmZ1d4E5EFvjfpZxwQE7LlAHCAB10PRxgdYbBwXGBa+SjAv2A3f5b4BN+aodF6hvCBr8W5ZxwXdAcB4Ejgu+IRkXHCI0KQ4JmRSHrUmBLdJhAZPiiOEmhY77CJlJcYTPpCgteO0gk+KoU8tj4WpSHPWYFMd8MCmOApv82CIZ0KGZ+DghEx8XYuITlomxRTohwMTfG87EOu7vyZj4e8vE7iOIiU86tfwhXJn4pIeJf/CBiU8Cm/wHIBOzurvAHIit8RTLuOC0HReo0wSA+tH0cYHWGz8KjAteJxkXnALu8j8Bm/J1Oy5QPxE0+M8s44IzQHAeAo4LDpOMC84SmhRnhUyKc9akwBbpnIBJ8YvhJoWO+xcyk+IXPpOijOC1g0yKX51ang9Xk+JXj0lx3geT4ldgk59fJAM6NBNfIGTiC0JMfNEyMbZIFwWY+DfDmVjH/RsZE/9mmdh9BDHx704tL4UrE//uYeJLPjDx78AmvwRkYlZ3F5gDsTVeZhkX/GHHBeoPAkBdMX1coPXGFYFxwZsk44LLwF3+T2BTvmnHBepPggb/i2VccBUIzmPAccFxknHBNUKT4pqQSRGx+O+X1qQI8Zq6SDqh6OsmWmy2SaHjTrQYXiNRk8Kd08gQD59MirKC1w4yKRI7tUziqmlYmRQ6AXlcwboT4V1Q/HuH2piJgU2eZLEM6NBMnBQZc4Q/TJx0sQwTJ7NMjC1SMgEmTm44E+u4k5MxcXLLxO4jiIlTOLVMGa5MnMLDxCl9YOIUwCZPCWRiVncXmAOxNaYSWGOCCw0VUKkXA9mCFFCpCQCVBr1G9AK13kizGA/QYSTjglTAXT4tsCmH2XGBSkvQ4OmkGAM9LkgPBOdJ4LjgB5JxQQZCkyKDkElxhzUpsEW6Q8CkyGi4SaHjzkhmUmTkMynKCV47yKTI5NQyc7iaFJk8JkVmH0yKTMAmz7xYBnRoJs5CyMRZhJg4q2VibJGyCjBxNsOZWMedjYyJs1kmdh9BTJzdqWWOcGXi7B4mzuEDE2cHNnkOIBOzurvAHIit8U6WccFddlyg7iIA1N2mjwu03rhbYFwwnGRccCdwl88JbMrhdlygchI0eC6WccE9QHD+CBwX/EQyLshNaFLkFjIp8liTAlukPAImRV7DTQodd14ykyIvn0lRXvDaQSbFvU4t84WrSXGvx6TI54NJcS+wyfMtlgEdmonzEzJxfiEmLmCZGFukAgJMXNBwJtZxFyRj4oKWid1HEBPf59SyULgy8X0eJi7kAxPfB2zyQkAmZnV3gTkQW2NhlnFBETsuUEUIAFXU9HGB1htFBcYFI0jGBYWBu3wxYFOOsOMCVYygwYuzjAvuB4LzLHBccI5kXFCC0KQoIWRSRFqTAlukSAGTQhluUui4FZlJofhMihaC1w4yKUo6tSwVriZFSY9JUcoHk6IksMlLLZYBHZqJowiZOEqIiUtbJsYWqbQAE5cxnIl13GXImLiMZWL3EcTEZZ1algtXJi7rYeJyPjBxWWCTlwMyMau7C8yB2BrLs4wLKthxgapAAKiKpo8LtN6oKDAuGEUyLigP3OUfADblKDsuUA8QNPiDLOOCh4DgPA8cF1wgGRdUIjQpKgmZFJWtSQEukoBJUcVwk0LHXYXMpKjCZ1K0FLx2kElR1alltXA1Kap6TIpqPpgUVYFNXm2xDOjQTFydkImrCzFxDcvE2CLVEGDimoYzsY67JhkT17RM7D6CmLiWU8va4crEtTxMXNsHJq4FbPLaQCZmdXeBORBbYx2WcUFdOy5QdQkAVc/0cYHWG/UExgXvkowL6gB3+frApnzXjgtUfYIGb8AyLmgIBOfvwHHBJZJxQTShSREtZFI0siYFtkiNBEyKhw03KXTcD5OZFA/zmRStBK8dZFI84tSycbiaFI94TIrGPpgUjwCbvPFiGdChmbgJIRM3EWLiRy0TY4v0qAATP2Y4E+u4HyNj4scsE7uPICZu6tSyWbgycVMPEzfzgYmbApu8GZCJWd1dYA7E1vg4y7jgCTsuUE8QAOpJ08cFWm88KTAuGEsyLngcuMs3BzblWDsuUM0JGvwplnHB00BwXgGOC/4kGRc8Q2hSPCNkUjxrTQpskZ4VMClaGG5S6LhbkJkULfhMitaC1w4yKVo6tWwVriZFS49J0coHk6IlsMlbLZYBHZqJWxMycWshJo6xTIwtUowAE8cazsQ67lgyJo61TOw+gpi4jVPLtuHKxG08TNzWByZuA2zytkAmZnV3gTkQW2M7lnHBc3ZcoJ4jANTzpo8LtN54XmBcMJ5kXNAOuMu3BzbleDsuUO0JGrwDy7igIxCc14DjgohSHOOCToQmRSchk6KzNSmwReosYFK8YLhJoeN+gcykeIHPpIgRvHaQSdHFqWXXcDUpunhMiq4+mBRdgE3edbEM6NBMHEfIxHFCTNzNMjG2SN0EmLi74Uys4+5OxsTdLRO7jyAm7uHUsme4MnEPDxP39IGJewCbvCeQiVndXWAOxNbYi2Vc0NuOC1RvAkD1MX1coPVGH4FxwXsk44JewF2+L7Ap37PjAtWXoMFfZBkXvAQEZxIcOFVSknFBP0KTop+QSdHfmhTYIvUXMCkGGG5S6LgHkJkUA/hMiljBaweZFC87tRwYribFyx6TYqAPJsXLwCYfuFgGdGgmHkTIxIOEmHiwZWJskQYLMPErhjOxjvsVMiZ+xTKx+whi4iFOLYeGKxMP8TDxUB+YeAiwyYcCmZjV3QXmQGyNr7KMC16z4wL1GgGgXjd9XKD1xusC44KJJOOCV4G7/BvAppxoxwXqDYIGf5NlXPAWEJwpgOOClCTjgmFChUav821gnfWeUS/Z37fWOgdve2690esfTmgGDRcyg96xZhC2SO8ImEEjDDeDdNwjyMygEXxmUKTgtYPMoJFOLUeFqxk00mMGjfLBDBoJbPJRJHcSowmZeLQQE79rmRhbpHcFmHiM4Uys4x5DxsRjLBO7jyAmHuvUcly4MvFYDxOP84GJxwKbfBwQ3LrI9QhNtnGLzV/jeJaxzATwWIYRUBMIAPWe6WMZrTfeExjLfEgylhkP3OXfBzblh+CxTG3CBn+foMEnsoxlPgCCMzdwLJOHZCzzIaFJ8aGQSfGRNSmwRfpIwKSYZLhJoeOeRGZSTOIzKZTktd3rn+zUckq4mhSTPSbFFB9MisnAJp+yWAZ0aCb+mJCJPxZi4qmWibFFmirAxNMMZ2Id9zQyJp5mmTjo2u71f+LU8tNwZeJPPEz8qQ9M/AmwyT+17q4C5kBsjdNZxgWfWUCpzwgANcP0cYHWGzMExgWTSMYF04G7/ExgU06y4wI1k6DBZ7GMC2YDwZkPOC7ITzIumENoUswRMinmWpMCW6S5AibFPMNNCh33PDKTYh6fSVFS8NpBJsV8p5YLwtWkmO8xKRb4YFLMBzb5gsUyoEMz8UJCJl4oxMSLLBNji7RIgIkXG87EOu7FZEy82DKx+whi4iVOLZeGKxMv8TDxUh+YeAmwyZcCmZjV3QXmQGyNy1jGBZ/bcYH6nABQy00fF2i9sVxgXDCFZFywDLjLrwA25RQ7LlArCBp8Jcu4YBUQnPcBxwWFSMYFqwlNitVCJsUaa1Jgi7RGwKRYa7hJoeNeS2ZSrOUzKUoJXjvIpFjn1HJ9uJoU6zwmxXofTIp1wCZfv1gGdGgm3kDIxBuEmHijZWJskTYKMPEXhjOxjvsLMib+wjKx+whi4k1OLTeHKxNv8jDxZh+YeBOwyTcDmZjV3QXmQGyNW1jGBVvtuEBtJQDUl6aPC7Te+FJgXDCVZFywBbjLfwVsyql2XKC+ImjwbSzjgu1AcBYFjguKkYwLviY0Kb4WMil2WJMCW6QdAibFTsNNCh33TjKTYiefSREleO0gk2KXU8vd4WpS7PKYFLt9MCl2AZt892IZ0KGZeA8hE+8RYuK9lomxRdorwMT7DGdiHfc+MibeZ5nYfQQx8X6nlgfClYn3e5j4gA9MvB/Y5AeATMzq7gJzILbGgyzjgm/suEB9QwCob00fF2i98a3AuOATknHBQeAu/x2wKT+x4wL1HUGDH2IZFxwGgrMEcFwQSTIuOEJoUhwRMimOWpMCW6SjAibFMcNNCh33MTKT4hifSVFa8NpBJsVxp5YnwtWkOO4xKU74YFIcBzb5icUyoEMz8feETPy9EBOftEyMLdJJASb+wXAm1nH/QMbEP1gmdh9BTHzKqeXpcGXiUx4mPu0DE58CNvlpIBOzurvAHIit8UeWccFPdlygfiIA1M+mjwu03vhZYFwwnWRc8CNwlz8DbMrpdlygzhA0+FmWccE5IDhLAccFUSTjgl8ITYpfhEyKX61JgS3SrwImxXnDTQod93kyk+I8n0lRRvDaQSbFBaeWF8PVpLjgMSku+mBSXAA2+cXFMqBDM/FvhEz8mxAT/26ZGFuk3wWY+JLhTKzjvkTGxJcsE7uPICa+7NTyj3Bl4sseJv7DBya+DGzyP4BMzOruAnMgtsYrLOOCP+24QP1JAKi/TB8XaL3xl8C4YAbJuOAKcJe/CmzKGXZcoK4SNPg1lnFBxBJc0GWB44JyJOOCREv4TIpEuJoHmRSJl/z92poUIV5TF0knFH3dJEDASsWdZAm8RqImRRJgQ/lkUpQVvHaQSZHUqWUyV03DyqTQCcjjCtadCO+C4t871MZMCmzyZEtkQIdm4uSETJxciIlTWCbGFimFABOnNJyJddwpyZg4pWVi9xHExKmcWqYOVyZO5WHi1D4wcSpgk6cGMjGruwvMgdga0wisMcGFhgqotEDzhxVQaQkAlQ69RvQCtd5ItwQP0Fkk44I0wF0+PbApZ9lxgUpP0OAZpBgDPS64AwjOisBxwQMk44KMhCZFRiGTIpM1KbBFyiRgUmQ23KTQcWcmMyky85kU5QSvHWRSZHFqmTVcTYosHpMiqw8mRRZgk2ddIgM6NBNnI2TibEJMnN0yMbZI2QWYOIfhTKzjzkHGxDksE7uPICa+06nlXeHKxHd6mPguH5j4TmCT3wVkYlZ3F5gDsTXezTIuyGnHBSonAaBymT4u0Hojl8C4YA7JuOBu4C5/D7Ap59hxgbqHoMFzs4wL8gDBWQk4LqhMMi7IS2hS5BUyKe61JgW2SPcKmBT5DDcpdNz5yEyKfHwmRXnBaweZFPmdWhYIV5Miv8ekKOCDSZEf2OQFlsiADs3EBQmZuKAQE99nmRhbpPsEmLiQ4Uys4y5ExsSFLBO7jyAmLuzUski4MnFhDxMX8YGJCwObvAiQiVndXWAOxNZYlGVcUMyOC1QxAkAVN31coPVGcYFxwTyScUFR4C5/P7Ap59lxgbqfoMFLsIwLIoHgrAYcF1QnGRcoQpNCCZkUJa1JgS1SSQGTopThJoWOuxSZSVGKz6RoIXjtIJMiyqll6XA1KaI8JkVpH0yKKGCTl14iAzo0E5chZOIyQkxc1jIxtkhlBZi4nOFMrOMuR8bE5SwTu48gJi7v1LJCuDJxeQ8TV/CBicsDm7wCkIlZ3V1gDsTWWJFlXPCAHReoBwgA9aDp4wKtNx4UGBcsIBkXVATu8g8Bm3KBHReohwgavBLLuKAyEJy1gOOC2iTjgiqEJkUVIZOiqjUpsEWqKmBSVDPcpNBxVyMzKarxmRQtBa8dZFJUd2pZI1xNiuoek6KGDyZFdWCT11giAzo0E9ckZOKaQkxcyzIxtki1BJi4tuFMrOOuTcbEtS0Tu48gJq7j1LJuuDJxHQ8T1/WBiesAm7wukIlZ3V1gDsTWWI9lXFDfjgtUfQJANTB9XKD1RgOBccEiknFBPeAu3xDYlIvsuEA1JGjwaJZxQSMgOOsBxwX1ScYFDxOaFA8LmRSPWJMCW6RHBEyKxoabFDruxmQmRWM+k6KV4LWDTIomTi0fDVeToonHpHjUB5OiCbDJH10iAzo0Ez9GyMSPCTFxU8vE2CI1FWDiZoYzsY67GRkTN7NM7D6CmPhxp5ZPhCsTP+5h4id8YOLHgU3+BJCJWd1dYA7E1vgky7iguR0XqOYEgHrK9HGB1htPCYwLlpCMC54E7vJPA5tyiR0XqKcJGvwZlnHBs0BwRgPHBY1IxgUtCE2KFkImRUtrUmCL1FLApGhluEmh425FZlK04jMpWgteO8ikaO3UMiZcTYrWHpMixgeTojWwyWOWyIAOzcSxhEwcK8TEbSwTY4vURoCJ2xrOxDrutmRM3NYysfsIYuJ2Ti2fC1cmbudh4ud8YOJ2wCZ/DsjErO4uMAdia3yeZVzQ3o4LVHsCQHUwfVyg9UYHgXHBMpJxwfPAXb4jsCmX2XGB6kjQ4J1YxgWdgeBsDBwXNCEZF7xAaFK8IGRSdLEmBbZIXQRMiq6GmxQ67q5kJkVXPpMiRvDaQSZFnFPLbuFqUsR5TIpuPpgUccAm77ZEBnRoJu5OyMTdhZi4h2VibJF6CDBxT8OZWMfdk4yJe1omdh9BTNzLqWXvcGXiXh4m7u0DE/cCNnlvIBOzurvAHIitsQ/LuKCvHReovgSAetH0cYHWGy8KjAuWk4wL+gB3+ZeATbncjgvUSwQN3o9lXNAfCM6mwHFBM5JxwQBCk2KAkEnxsjUpsEV6WcCkGGi4SaHjHkhmUgzkMyliBa8dZFIMcmo5OFxNikEek2KwDybFIGCTD14iAzo0E79CyMSvCDHxEMvE2CINEWDioYYzsY57KBkTD7VM7D6CmPhVp5avhSsTv+ph4td8YOJXgU3+GpCJWd1dYA7E1vg6y7jgDTsuUG8QAOpN08cFWm+8KTAuWEkyLngduMu/BWzKlXZcoN4iaPBhLOOCt4HgfBI4Lmju00YRav6GA/PXFZi/OJJxyzu3s9GWvem1lF8mzztCJs8Ia/JgizRCwOQZabjJo+MeSWbyjBQ0eRKD17op8AaDF+Gul6xBRMRwgTvtrYlvY43q5n8dkcCBura7VqMc3I6+BUOrd8Q/8eg1tHpH/LuhldB1/s8MrVFL/l5gYicRPT2LQ71nPJDRwFsNvvNAxy3VcGtI7ljdG0Ood1yjgGS4liR/o4F3/O5eCXVd60isFWCfKCBm1G3l7zYIE71/jQLfgN5onaFe+11CZfeukLIbY5UdtkhjBJTdWMOVnY57LJmyG2uVnVV2gWOcg9vx4arsxnmU3XiXsos/TL7THwfcHDeR3OmPN/ROf3MY3ukDMaM2A+/0k7jy595EJrg2uvhNJ7nr7ytjYokUuGOM1BtzMs/a9eHeMFM6Z320iYl7pEXH1p061GwX0751ogT+hTsTSTx/l8r1Ov7vUkQIb8nJXW+m2/xq4Jw94vp5gvP/9fFe4PX7ztad3LXQhomu/8x7rp+dGHj9wZLr100S8c8DfW+l1wC61n/EShLh9QK3U7G5ffYI89c4QejZAvQ6JwqJ6Q9dW2ta56w3Ea+wdm827vs/76YksC2XktqWU7riiPDEG78tZ3T+f8dOce1ie1XrEtMiLqZ1w05xMe4kxu/vSRK4kHszcP99UtebJ/dcx53Y+L8T3cXd10Qj90OwavXDuhov1G0fWesKW6SPBKyrSYZbVzruSQLWlV/NhbwtcFsU8c0zOZCbKYE/H7tylM45+0RZYkoiuSuO+MNNWfrvk2Lft5Sb+iNc+Y5IIG8RrvfX9Bl/SxFQNY26tWzfrlW9mF4J1SxJAtd133p4GdZdx/i/C2JItE84CWhfeDXTZEf3THHOHzvnDIE/UwOvp3k+iZNYMLZQr/XJElnSCHV9evP5RMBH/tLwBzU0jiTi/krIPkPPI4D1UciY9R6QwMcG4PVPjLuWqM5F+jCS65xM4htMASsZ62uFn6/lvmGL35c/DVx/uuu+5G7n7LYz3BZHQjdw4eAxpXbFEeGJN95jusP5/zEd2sXV6NiqS6/OAY+pfqc27pvhFM45WQLXcedVH0ldr91z4eSen03uWldlTMwlU0X87atFuN7bfVR2vXaPc1Jj1/Kf3krjeq/4dcW/TxrX36dwrSMNdh3/ud9P7YnfvQah9/1P/Gn/Jf60CawjrY/xuz3n1J51uns//u9uKvIiQzvUJz6Reqg33Z+RrHMGyTpnkqxzFsk6Z5Oscw7JOueSrHMeyTrnk6xzAck6F5KscxHJOheTrHMJyTqXkqxzGck6PydZ53KSda4gWedKknWuIlnnapJ1riFZ51qSda4jWed6knVuIFnnRpJ1fkGyzk0k69wMHsZokzaPc70cEdcfFvnMeWhkhnOe6ZxnOefZznmOc57rnOc55/nOeYFzXuicFznnxc55iXNe6pyXOefPnfNy57zCOa90zquc82rnvMY5r3XO65zzeue8wTlvdM5fOOdNznmzcy4W+LMl8Hqr5yEZ+AMeJFj7imSd20jWuZ1knV+TrHMHyTp3kqxzF8k6d5Oscw/JOveSrHMfyTr3k6zzAMk6Dwrc897hXG+Lc+/3pXP+yjlvc87bnfPXznmHc97pnHc5593OeY9z3uuc9znn/c75gHM+6Lrn/Cbw+tslwR+lcX9pwo3yGhnaoXJEYPMaf3znun92P7SU2BOPwMNX6v/q0xL6QZP4T4Z0btHq+Spd2nTrENMxrqs7Md4n0txPwbmfUkvq+Xl38uL/zrcP8SUGX/sb4EcEvgPuDH59PDxxhMyui8JAWVWqbLmo2CjJHHyzBL/z6HN8Bx4KXP9w4M+RwJ+jgT/HAn+OB/6cCPz5PvDnZODPD4E/pwJ/Tgf+/OjasTI4Z8MeK438v/rocnJXPKD3be1+jDfCk09v3tz51Gu903kd0/GFbjHdYq5/Fqxmt46t4tp16litRfv2bkDEv0k8MBL6WLX3v7ufNfY+K+sudgrX+f/k49Sh7p4/AXbimNjrh1+f+PxJYOfQx89L/gmAhABiP059C9fURfp5Cf66Z4C3DlJxn1kCr5Hop3rOgG+hvFQoseYjS8y+hXKOku5cnHVwcc6Fjxt90961BHLnFoSJnZ9JfJOfSXSD6/yffdOeTsBfrmDPLfnnm6K1xlnghvGL61qqXKmSJcuW0j9XrnWkimrdqmS5kiVbt4yKbBXZolXJmPJRqnxsVMmoUq1at2oZuGYLFRsZ26JV+dhy19flF1v+IsSWv1q2xBbpVwG2PG84W+q4zwuxJfpW+ZyzVvR1L4AbVDehvqaXhdFfIXkEKB2Qm/Q5Ekv7IqH0uihEJr9ZMsEW6TcBMvndcDLRcf9OJr1+J5ReRwml1yUHF5fDVXpd8kivyz5Ir0vADeMPQun1hxBbXrFsiS3SFQG2/NNwttRx/0kivS47a0Vf9y8B6fWXD9LrKFA6IDfpyyTS6yqh9LoqRCbXLJlgi3RNgEwilppNJjpuvUZwjUSllzunkSEefkmvY4TSK5GDi8QufISV9NIJcEsvnQhp6ZUIuGEkWconvZIslWHLpC4QW7YM8Zq6SEmX4q+bzHC21HEnE2JL9K1yYmet6OsmBzeobkJ9TWnpdQwoHZCbdOKlWBzFH+i6p1iKy59fZJJCiExSWjLBFimlAJmkMpxMdNypyKRXKkLp9QOh9Ert4CJNuEqv1B7plcYH6ZUauGGkJZReaYXYMp1lS2yR0gmwZXrD2VLHnZ5EeqVx1oq+bgYB6ZXBB+n1A1B6ITfpNCTS6w5C6XWHEJlktGSCLVJGATLJZDiZ6LgzkUmvTITS6xSh9Mrs4CJLuEqvzB7plcUH6ZUZuGFkJZReWYXYMptlS2yRsgmwZXbD2VLHnZ1EemVx1oq+bg4B6ZXDB+l1Cii9kJt0FhLpdSeh9LpTiEzusmSCLdJdAmRyt+FkouO+m0x63U0ovU4TSq+cDi5yhav0yumRXrl8kF45gRvGPYTS6x4htsxt2RJbpNwCbJnHcLbUcechkV65nLWir5tXQHrl9UF6nQZKL+QmnUtIeqGJKTEQQ4dIPt92GLDOhL4DFl0b5PcA/+hTbSJDO5Rf0+LI0A6VhWSdfu1DIT+gDYz5+JLwi/kEyd5771Lc3qvXpm/s42/89bX1bww45/zmgMvOObHz3/U37ecLvM6/NCJCMsYCJLZrQZJ13ge+N9WYif9qat2DV13n7x3MnHTOBRzsFHTO9znnjIE/hQKvCwtjqQhJjYqSrLOYAJbiNU0RBxtFnXMx56ydruKB1/cLY6UESQ0iSdapBLFSwsFGpHNWLqyUDLwuJYyVKJIalCZZZxlBrEQ52CjtnMu4sFI28LqcMFbKk9SgAsk6KwpipbyDjQrOuaILKw8EXj8ojJWHSGpQiWSdlQWx8pCDjUrOubILK1UCr6sKY6UaSQ2qk6yzhiBWqjnYqO6ca7iwUjPwupYwVmqT1KAOyTrrCmKltoONOs65rgsr9QKv6wtjpQFJDRqSrDNaECsNHGw0dM7RLqw0Crx+WBgrj5DUoDHJOpsIYuURBxuNnXMTF1YeDbx+TBgrTUlq0IxknY8LYqWpg41mzvlxF1aeCLx+UhgrzUlq8BTJOp8WxEpzBxtPOeenXVh5JvD6WWGstCCpQUuSdbYSxEoLBxstnXMrF1ZaB17HCGMllqQGbUjW2VYQK7EONto457YurLQLvH5OGCvPk9SgPck6Owhi5XkHG+2dcwcXVjoGXncSxkpnkhq8QLLOLoJY6exg4wXn3MWFla6B13HCWOlGUoPuJOvsIYiVbg42ujvnHi6s9Ay87iWMld4kNegjUIPEzvV6Oznv45xTBv70Dbx+UTj3L5Hkvp9g7l9yct7Plfv+gdcDhHP/MknuBwrm/mUn5wNduR8UeD1YOPevkOR+iGDuX3FyPsSV+6GB168K5/41kty/Lpj715ycv+7K/RuB128K5/4tktwPE8z9W07Oh7ly/3bg9XDh3L9DkvsRgrl/x8n5CFfuRwZejxLO/WiS3L8rmPvRTs7fdeV+TOD1WOHcjyPJ/XjB3I9zcj7elfsJgdfvCef+fZLcTxTM/ftOzie6cv9B4PWHwrn/iCT3kwRz/5GT80mu3E8OvJ4inPuPSXI/VTD3Hzs5n+rK/bTA60+Ec/8pSe6nC+b+Uyfn0125/yzweoZw7meS5H6WYO5nOjmf5cr97MDrOcK5n0uS+3mCuZ/r5HyeK/fzA68XCOd+IUnuFwnmfqGT80Wu3C8OvF4inPulJLlfRrLOz0nWuZxknStI1rmSZJ2rSNa5mmSda0jWuZZknetI1rmeZJ0bSNa5kWSdX5CscxPJOjeTrHMLyTq3kqzzS5J1fkWyzm0k69xOss6vSda5g2SdO0nWuYtknbtJ1rmHZJ17Sda5j2Sd+0nWeYBknQdJ1vkNyTq/JVnndyTrPESyzsMk6zxCss6jJOs8RrLO4yTrPEGyzu9J1nmSZJ0/kKzzFMk6T5Os80eSdf5Ess6fSdZ5RuCZl6bO9Qo5z7p843wX+1Ln/y9zzp875+XOubhzLumcyzrnB5xzFedc0znXc86NnPOjzvkJ5/yMc27tnNs5547Ouatz7umc+zrn/s55kHMe6pzfcM5vO+eRznmMc57gnD9wzpOd8zTn/Jlznu2c5zvnxc55hXNe6ZxXOefVznmNc17rnNc55/XOeYNz3uicv3DOm5zzZue8xTlvdc5fOuevnPM257zdOX/tnHc4553OeZdz3u2c9zjnvc55n3Pe75wPOOeD8bhwzt865++c8yHnfNg5H3HOR53zMed83DmfcM7fO+eTzvkH53zKOZ92zj8655+c88/O+YxzLhr4czbw+tzS6/3m/jy2fp5L/0w+52fPOudMgT+/BF7/ujQi6ED363lcvyrJdV4g2f8ukqzzN6F1JgGv8/eluGs134+71tP7OfJ3CZi/NsD8tSXJ32Vg/roB89edJH9/APM3BJi/oST5uwLM31hg/saR5O9PYP6mA/P3GUn+/gLmbzkwfytI8ncVmL9twPxtJ8nfNWD+jgDzd5QkfxHLgFoRmL8LJPlLBMxfsgO4ayU/wJG/xMD8ZQfmLwdJ/pIA81cYmL8iJPlLCsxfRWD+HiDJXzJg/hoA89eQJH/Jgfl7Bpi/Z0nylwKYvxeA+etCkr+UwPwNBOZvEEn+UgHzNwqYv9Ek+UsNzN9UYP6mkeQvDTB/S4D5W0qSv7TA/G0B5m8rSf7SAfP3LTB/35HkLz0wf2eB+TtHkr8MwPwlOgj0NQ5y5O8OYP4yA/OXhSR/GYH5KwDMX0GS/GUC5q8sMH/lSPKXGZi/OsD81SXJXxZg/p4E5q85Sf6yAvPXAZi/jiT5ywbMXz9g/voL5Q/9nGL2ZRzrzEGyzjtJ1nkXyTrvJllnTpJ15iJZ5z0k68xNss48JOvMS7LOe0nWmY9knflJ1lkAvE7v+iJDO9SmwA32e4sEvn+rVCKj407WICLifYG4d4Djjj/QOqggDpcKWGu1w3Dc6H6ZIYCb3QT9MlMg7j0k/XIfsF+AtVZ7CPpluQBu9hP0ywqBuA+Q9EshYL8Aa60OEPTLlwK4+ZagX74SiPs7kn4pDOwXYK3VdwT98q0Abo4Q9Mt3AnEfJemXIsB+AdZaHSXol58FcHOCoF/OCMT9PUm/FAX2C7DW6nuCfvlLADenCPrlqkDcp0n6pRiwX4C1VqcJ+iXdYoHv2yPol/QCcZ8h6ZfiwH4B1lqdIeiXXAK4+YWgX+4RiPtXkn65H9gvwFqrXwn6pbgAbi4S9Mv9AnH/RtIvJYD9Aqy1+o2gXx4UwM1lgn55SCDuP0j6JRLYL8Baqz8I+qWBAG7+IuiXhgJxXyXpFwXsF2Ct1VWCfnlKADeJoszvl6cF4k4cxdEvJYH9Aqy1Smw4bnS/dBDATTKCfukoEHdykn4pBewXYK1VcoJ+eVEAN6kI+uUlgbhTk/RLFLBfgLVWqQn65U0B3KQj6Je3BOJOT9IvpYH9Aqy1Sk/QLxMFcJORoF8+EIg7E0m/lAH2C7DWKhNBv8wSwE1Wgn6ZLRB3NpJ+KQvsF2CtVTaCflkpgJs7CfpllUDcd5H0SzlgvwBrre4i6JdtArjJRdAv2wXivoekX8oD+wVYa3UPQb8cEsBNXoJ+OSwQ970k/VIB2C/AWqt7CfrlrABuChD0yzmBuAuS9EtFYL8Aa60KEvTLNQHcFCbol4gl+LiLkPTLA8B+AdZaFSHolwwCuClO0C93CMR9P0m/PAjsF2Ct1f0E/ZJbADeKoF/yCMRdkqRfHgL2C7DWqiRBv5QQwE1pgn6JFIi7DEm/VAL2C7DWqgxBv1QSwE15gn6pLBB3BZJ+qQzsF2CtVQWCfokWwM2DBP3SSCDuh0j6pQqwX4C1Vg8R9MszAripQtAvzwrEXZWkX6oC+wVYa1WVoF86CeCmBkG/dBaIuyZJv1QD9guw1qomQb/0E8BNHYJ+6S8Qd12SfqkO7BdgrVVdgn4ZJoCbBgT98rZA3A1J+qUGsF+AtVYNDcfNy4Fr1EskcF9C8vt5apGsszbJOuuQrLMuyTrrkayzPsk6G5CssyHJOqNJ1tmIZJ0Pk6zzEZJ1NiZZZxOhdSb2rDMytEMlAsb8KEnMiYExP0YScxJgzE1JYk4KjLkZSczJgDE/ThJzcmDMT5DEnAIY85MkMdcGxtycJObzS3ExP0US8wVgzE+TxHwRGPMzJDH/Boz5WZKYfwfG3IIk5kvAmFuSxHwZGHMrkpj/AMbcmiTmK8CYY0hi/hMYcyxJzH8BY25DEvNVYMxtSWK+Boy5HUnMEctwMT/H4nsCY36exfcExtyexfcExtyBxfcExtyRxfcExtyJxfcExtyZxfcExvwCScwpgTF3IYk5FTDmriQxpwbGHEcScxpgzN1IYk4LjLk7SczpgDH3IIk5PTDmniQxZwDG3Isk5juAMfcmiTkjMOY+JDFnAsbclyTmzMCYXySJOQsw5pdIYs4KjLkfSczZgDH3J4l54hJczANIYs4OrPPLJDHnAMY8kCTmO4ExDyKJ+S5gzINJYr4bGPMrJDHnBMY8hCTmXMCYh5LEfA8w5ldJYs4NjPk1kpjzAGN+nSTmvMCY3yCJ+V5gzG+SxJwPGPNbJDHnB8Y8jCTmAsCY3yaJuSAw5uEkMd8HjPkdkpgLAWMeQRJzYWDMI0liLgKMeRRJzEWBMY8mibkYMOZ3SWIuDox5DEnM9wNjHksScwlgzONIYo4ExjyeJGYFjHkCScwlgTG/RxJzKWDM75PEHAWMeSJJzKWBMX9AEnMZYMwfksRcFhjzRyQxlwPGPIkk5vLAmCeTxFwBGPMUkpgrAmP+mCTmB4AxTyWJ+UFgzNNIYn4IGPMnJDFXAsb8KUnMlYExTyeJuQow5s9IYq4KjHkGSczVgDHPJIm5OjDmWSQx1wDGPJsk5prAmOeQxFwLGPNckphrA2OeRxJzHWDM80li/gX4fUMLSGKuC6zzQpKY6wFjXkQSc31gzItJYm4AjHkJScwNgTEvJYk5GhjzMpKYGwFj/pwk5oeBMS8nifkRYMwrSGJuDIx5JUnMTYAxryKJOWUELubVJDGnAsa8hiTm1MCY15LEnAYY8zqSmNMCY15PEnM6YMwbSGJOD4x5I0nMGYAxf0ES8x3AmDeRxJwRGPNmkpgzAWPeQhJzZmDMW0lizgKM+UuSmLMCY/6KJOZswJi3AWO+07lOIidm/Xsw9e+F1L8nUf/eQP179LQm1BpJawZ9D63vKfU9lr7n0BysOUnv0XrP0j2sMa1rrGPOHviTI/DnTldu+zhn/ftQ9e8H1b8vU//+SP37FPXvF9S/b0///jn9+9j07yfTv69L//4q/fuc9O830r/vR//+G/37YPTvR9G/L0T//gz9+yT071fQv29Af/++/j56/f3s+vvK9fd36++z1t/vrL/vWH//r/4+XP39sPr7UvX3h+rv09TfL6m/b1F//6D+Pj79/XT6+9r095fp7/PS32+lv+9Jf/+R/j4g/f04+vti9Pen6O8T0d+vob9vQn//gv4+Av35fP15df35bf15Zv35Xv15V/35T/15SP35QP15Of35Mf15Kv35Iv15G/35E/15DP35BP28vn5+XT/PrZ9v1s/76udf9fOg+vlI/bygfn5OP0+mn6/Szxvp52/08yj6+Qz9vIKe3+t5tp7v6nmnnv/peZieD+l5iZ4faD9d+8vab9X+o/bjtD+l/RrtX2g9r/Wt1nta/2g9oO+P9f2ivn/S9xOaXzXf6P1X70e6PzVe27nqf8o553XODWK6dm3RJiZPx05xeVp0i2vbqUu73jGt87TsladFq1adunWM0z902vnhdM65XcfuLdq3ax34Rx1bxej/cM75iwecc+O4Tl30Vbu2D1w28vrF27fv1COm9f153H/XNU+Hbl3j8nSNa9ElLk9sl04d8qj79b+v6PzK48zO9ep0bB3TM0+nbnF5OsXmaRlYVuuu+j83dX4sp/Njj7Vo3y0mT1ynTnnat+gSeIvYTl3yNG4RG/OoKvmfDabFrV22921edtCtXfa927zs1Fu77KrbvOzmW7vssdu87M+3dtnkiW/vsnckvqXLFr7Ny5a6tcvWv83LPnZrl+10m5ftdWuXfec2Lzvh1i674DYvu/LWLrvvNi979NYue+U2L5ssyS1d9p4kt3fZQrd22Sq3edl6t3bZ1rd52Y63dtkht3nZMv2u/1zu/39Zhze6dWgZ00Vfu0tMXLcuHTVBxHT9z85/eMD1Hy3r/JNqLTrm6dSxfa/AT3bo1D0mT4v//GyeuLYt4vK0bdE1T8uYmI6Bv2vR+jp9xLUNEEtM3H8u9fQQ2KXqDL1+iZTOpaK7x3SJDfCZfn33m7C3qf7Wjd8m2wjY21QaeeO3yTgW9jYVxt34bdJOhL1N6Q9u/DYppsDeJvLjG79N4umwtyn62Y3f5q/ZsLcpOPfGb3NpIext8i6+8duc/xz2NjlX3PhtzqyBvU32dTd+m1NfwN4m0+Ybv83xr2Bvk277jd/m0C7Y26Tcc+O3OXAA9jZJvrnx2+w+DHubq0du/Dbbv4e9zeWTN36bLT/B3ubCzzd+mw2/wt7m7Pkbv83qS7C3OX35xm/z+VXY25y4duO3WZQ0EeptDidLdMO3mZsa9jYH09z4bWbcAXubPRlv/DbTssHe5uvsN36bSTlhb7M1143f5v17YW+zMd+N32ZsIdjbrCl847cZeT/sbZaXuPHbDIuCvc3i0jd+m9cqwN5mXsUbv80PD13/uwzO31Vt0b5FwCi7LpQ69dB/OcZRUuOzRCR4GffPNM1x/XwTceb+8aecH78Vkfb/AAwvDZkrXEQB",
+      "verificationKey": "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"
+    },
+    {
+      "name": "burn_public",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "from",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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",
+      "verificationKey": "0000000200000800000000740000000f00000003515f3109623eb3c25aa5b16a1a79fd558bac7a7ce62c4560a8c537c77ce80dd339128d1d37b6582ee9e6df9567efb64313471dfa18f520f9ce53161b50dbf7731bc5f900000003515f322bc4cce83a486a92c92fd59bd84e0f92595baa639fc2ed86b00ffa0dfded2a092a669a3bdb7a273a015eda494457cc7ed5236f26cee330c290d45a33b9daa94800000003515f332729426c008c085a81bd34d8ef12dd31e80130339ef99d50013a89e4558eee6d0fa4ffe2ee7b7b62eb92608b2251ac31396a718f9b34978888789042b790a30100000003515f342be6b6824a913eb7a57b03cb1ee7bfb4de02f2f65fe8a4e97baa7766ddb353a82a8a25c49dc63778cd9fe96173f12a2bc77f3682f4c4448f98f1df82c75234a100000003515f351f85760d6ab567465aadc2f180af9eae3800e6958fec96aef53fd8a7b195d7c000c6267a0dd5cfc22b3fe804f53e266069c0e36f51885baec1e7e67650c62e170000000c515f41524954484d455449430d9d0f8ece2aa12012fa21e6e5c859e97bd5704e5c122064a66051294bc5e04213f61f54a0ebdf6fee4d4a6ecf693478191de0c2899bcd8e86a636c8d3eff43400000003515f43224a99d02c86336737c8dd5b746c40d2be6aead8393889a76a18d664029096e90f7fe81adcc92a74350eada9622ac453f49ebac24a066a1f83b394df54dfa0130000000c515f46495845445f42415345060e8a013ed289c2f9fd7473b04f6594b138ddb4b4cf6b901622a14088f04b8d2c83ff74fce56e3d5573b99c7b26d85d5046ce0c6559506acb7a675e7713eb3a00000007515f4c4f4749430721a91cb8da4b917e054f72147e1760cfe0ef3d45090ac0f4961d84ec1996961a25e787b26bd8b50b1a99450f77a424a83513c2b33af268cd253b0587ff50c700000003515f4d05dbd8623b8652511e1eb38d38887a69eceb082f807514f09e127237c5213b401b9325b48c6c225968002318095f89d0ef9cf629b2b7f0172e03bc39aacf6ed800000007515f52414e474504b57a3805e41df328f5ca9aefa40fad5917391543b7b65c6476e60b8f72e9ad07c92f3b3e11c8feae96dedc4b14a6226ef3201244f37cfc1ee5b96781f48d2b000000075349474d415f3125001d1954a18571eaa007144c5a567bb0d2be4def08a8be918b8c05e3b27d312c59ed41e09e144eab5de77ca89a2fd783be702a47c951d3112e3de02ce6e47c000000075349474d415f3223994e6a23618e60fa01c449a7ab88378709197e186d48d604bfb6931ffb15ad11c5ec7a0700570f80088fd5198ab5d5c227f2ad2a455a6edeec024156bb7beb000000075349474d415f3300cda5845f23468a13275d18bddae27c6bb189cf9aa95b6a03a0cb6688c7e8d829639b45cf8607c525cc400b55ebf90205f2f378626dc3406cc59b2d1b474fba000000075349474d415f342d299e7928496ea2d37f10b43afd6a80c90a33b483090d18069ffa275eedb2fc2f82121e8de43dc036d99b478b6227ceef34248939987a19011f065d8b5cef5c0000000010000000000000000100000002000000030000000400000005000000060000000700000008000000090000000a0000000b0000000c0000000d0000000e0000000f"
+    },
+    {
+      "name": "compute_note_hash_and_nullifier",
+      "functionType": "unconstrained",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "contract_address",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "storage_slot",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "preimage",
+          "type": {
+            "kind": "array",
+            "length": 3,
+            "type": {
+              "kind": "field"
+            }
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "array",
+          "length": 4,
+          "type": {
+            "kind": "field"
+          }
+        }
+      ],
+      "bytecode": 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+      "verificationKey": "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"
+    },
+    {
+      "name": "constructor",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "admin",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
+      "bytecode": "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+      "verificationKey": "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"
+    },
+    {
+      "name": "is_minter",
+      "functionType": "unconstrained",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "minter",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "boolean"
+        }
+      ],
+      "bytecode": "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",
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+    },
+    {
+      "name": "mint_private",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "secret_hash",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
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",
+      "verificationKey": "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"
+    },
+    {
+      "name": "mint_public",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "to",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
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",
+      "verificationKey": "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"
+    },
+    {
+      "name": "redeem_shield",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "to",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "secret",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
+      "bytecode": 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O5t29VqQHuj34aP/n9uojbdyN22i+cu05o2tF+qKE7vSfaD3ufEXzJFizr8y9wgSW6HdXP4gwVJPD0rMox7Wl9APXZnv8E/3ArfXdPTRYU1jpkwYJLNHv0bXcuaouiKUox7UFrlOcy+YaOa6L1kyq5MX3Rn2d+Yyu5dbQBX/hD6naPVrHqidwRNeq6nymbxiodfJEuLF7nnOtfMc/7n6mufM6uRbbeG2W+JzF2QI8b0kc0fVbOO+1yoGzuYOzZeJzFmdrLM6SJI4IZ2vnvbY5cLZycCafYbDxEM3xjs6eYIqzJ4jGd2s+sA9WrrGubfZY0xrbwsHSDItlZY67e7m+zjXc60rkb1PH9irONaL3qzqv93GaG66OGfkrwmx92DzH59zXrRL/j6t9Nhe2uZmDo6/ze3QtG4+DHFub58Bdw8Ed/XuUkza2Ir+5MdxcwJYWCVtaJDC7ukUrOSwr65LktQvz4veLRtcG58/KXHZ9ZI815XIzBwu61nc5McrlJjmuC94nxLg4yuXoGtH7LhdPcOLb1d8jf0WYrQ+b5vic+zqZ666O3lTYZndN6ev8Hl3L5vIYx9ZcewE3l6N/d+9fdu9vjmyR0Bj+al3KpTE0l8OyMpeT13Y5WuI+CzuGW4dGPnHrzeg9t9Zr6GDypYfi9jvc9R/cV1kZM7UTWKLfo2u563++HJaVtXHy2j71kly929XvJfSKv+oluHpFhKGqIJaiHNeW6H/lsrkgx3XBPYyV162fuG40n9G13Lq94C/8IcVNUe1dPYEjulZV5zOXJWpjsJ67sjaOrpWft3pP2x4uNyb1TPceY5fTwXs5k8QRXd/lxhY5cDZ1cDZPfM7ibInFWZLEEeFs6bzXOgfOFg7OVonP2XiI5vhGpzb+xKmNo/FdbTwa070nE70ncPdB0bGmdVeyN5FL78rVE5HQPV3Nzc1xN6ej1/c7i5Or4UU+dHWnJjk+575ulvh/ipx/byJs81/1vqJr2Ri9/S+0gaSOkavOd3sq7r2IknpHNG6yl+neiyhYJ5bk6qO6tZbb54r+3c1viR6862d7/NMevCSvJ/Vs97rg+56Ne90ov6NrRO9XdV6/7MS8Wyck+4PuMw7u59zXjRP/j7tvbyhs81/1cqJr2fxe9BdrWYTbzZ/o3yN++6t7CSXX52jcRgnM7r2EjeWwxO4ldPdQ0XtuLkvcz+T6qKZzXbdnXT+Bz613XXzgutq4eRWNG/0eXct9vqO+IJaiHNd291wS18xL2F+QuL7b/3dz8G3nflE0H/2n6797r0K03rn5hK4L1sTdbg8hwuDGDBSLKS4u+otrR4ers0johO7R13ndNAeWOh5hKfQISw2PsFTzCIvgvWv/MZZ6HmGp7REW6T7Ef4KlwCMsVT3C0sgjLI09wtLAIyx1PcJS5BEWQR3xP8ZS3SMsVf5lLH/1N8uif8933kv2rN17JNyemKvLRe9F+qTbe41qebdGSd6n5f79tHrOe9G9X7nul3Zti9ZvF3vy3jf3fmn33pKIh9x7cKI9nqtDRLHd2nkvmiO35x/NUYTdXnOdRqvbmZ/DTnec6LUbO+D79GJ/Ozj62xZtEna6f5urjQdYqnuEpaZHWIo8wlLXIywNPMLS2CMsjTzCUtUjLAUeYanlEZbaHmGp5xGWhh5hqeYRlhoeYSn0CEsdj7Dk58DSCoul2I7h3tuS/E4M97mNlg4O8HMbK3vDLo52znXd+33Q99rbMZrlsD/Xve5u/ZLshdrcPrnBKpzYmCkpdmMmei43wuDeZxR95qwGq3Cd1mCVLcm/Q+PWmW7vJ1nH1RCxqzhmlz3a5bCrivO6IPxM9P+0dGyPPnOeY3t+o1X/Hxh7aV5evF5M4pZ4HsOO4T7fFI3vzqHbT8uVz8l7wCXuyUniiK7v3kPULgdO936/tRKfszjbY3GujD8XRxXnuu2d99vnsMW9V39tLK6VfdsOefFjTVrS2g6WdQSwdPwPsKzjYOmExbLy73isCx7TjtHZwR/ZGmEvcv59Xce2zlgcK/cFnfLicxr97uJjwVrLea/Dv4ylyMHQUQ7LyvuDcs1Do4RPLDfNd/YL4O/KKHHXsWi/kNQUqrqfabQK1wPOfiFa91z/gbGuzD/3nur2CZwuF7jcCt4Lr/b8doQj115Y8jmt//S5R1drz/WsLZib1vh8XnQt9/nZtQSxFOW4thQfuzbb45/wscud7v3cYI5e6ZOOCSzR79G13LlqLYilKMe1fdqXuLzkcgF4X7FGXoqu5c5VG0EsRTmuLXCdkloJm+2xJp+438MT8WUnB9964HmokhffP/V1fo+u5c5VG0EsRTmuLXCdkloJm+2xJp9E13f/Rn5nB9/64Hmo4lwnGjf6PbqWO1dtBLEU5bi2wHVKaiVstseafOJ+b0H0fQVdHHwbgOehinOdaNzo9+ha7ly1EcRSlOPaAtcpqZWw2R5r8omLpRsWy8q/07dhOFZX5zrF4Lmt4lwnGjf6PbqWO//dBLEU5bg2/jpmZJ5zHVvv1Excs6rz730arvpcYcNVmLBrdK+VmNbPgWk9B1P073VDHLZXUct5393zS+xloutE40a/u3uZXHt+ib1M8truPDTxYB5y7bPTmAcBrlq5FkXju/tliRomuk40bvS7W8NEGNYXxFKU49ruPHTyYB4iDC3+xXno7ME8RBia/Yvz0MWDeYgw5P+L89DVg3mIMLRLeR4sb1c0XDUnuXhZop79Kz5y69lcvCxRzyav/Ve8/G/NQy5eTmMepHg5Gl9ax4quE40b/Z5Lx1pfEEtRjmu789DJg3nIxctpz0NnD+YhFy+nPQ9dPJiHXLyc9jx09WAecvFyGvPg8rL7t4vd5+fA9+mU2TGivqF7b5Bg39DA748x/88x/0nfq71jH7gHV+z2uArCcdfOcV3J3lqV8IyuEb1f1Xl9pPNHOtZZ9fLPuIsw21jskONz7utcfdXo3zsI27y2g6Ov87u73z3YsbVDDtytHNzRv7v3nXUA47ZjtHdwtMoxVx2R1wxzxJ0re6wpR9wY7oTEUvz/OeJqQX3zcvc6Je7BWdex3e2zRe9XdV6f6sSN25uK4ibCbHNknRyfc1+vnfh/3L3HOsI2d3Jw9M1b/d4fmyPH/cV6kFy73Nxey/mc2+POdT8ONIbCeHZx2mNN8ezuucFzXOzuLaJ4ztUnlvhe8fUc290epavJR68vc3zs9vUiH0eYbTyvm+Nz7utkvLt7yHWFbf6r3nh0LRvPMx1b182Bu6ODO/p39/4uN2eiz7rxDN4TFsNr/DBH/pueuoQO4PZqoxzJpT9I9oijHImuEb1f1Xl9mxM3G6x6+WfcRJhtjnTJ8Tn3defE/1Pk/Lt0X/yvdKboWjZHrvmL9SC5duXKbXu49VSue2ihMRTG839zP4LAHK+MZ7fP3Ne5hnvdDbHXNe51o3iOrhG9X9V5/YjjY7eHHvk4wmzjuWuOz7mvk/Hu9sK7Ctvs5lVf53e3R363Y2vXHLhdjTX6d/fvKLs5E33WjWdoDIXx/N/eywGe45Xx7N7P0Ne5hntdg72uca8bxXN0Dfdeh+j1S46PzaqXf/o4wmzjuVuOz7mvk/Fe5Px7N2Gb/+p+luhaNp6fcmztlgO3yyvRv7vPCbo5E33WjWdoDIXx7OK0x5rieUMHC3iOV8ZziTN+X+ca7nW7Y69r3OtG8RxdI3q/qvP6I8fH3Ve9/NPHEWYbz8U5Pue+TsZ7kfPvxcI2u3nV1/k9upaN5zccW4tz4HZ5Jfr3fOdzbs5En3XjGRpDYTy7OO2xpng2DhbwHK+M51Jn/L7ONdzr9sBe17jXjeI5ukb0flXn9S+Oj3usevmnjyPMNp5LcnzOfZ2M9yLn30uEbXbzqq/ze3QtG89fOraW5MDt8kr07+3Cnza2Ir+5Gn+JgC1/lZslDr7GCexwLOHfrk1eW/j555WXc587Tj7/7D4n38bBdLLzfFmkc3VwxnHHjJ5Za++85z7/nPzbXO4zWpLfi1cr7z/7nknB7z4sdrX6aP3K9RwYVPdO9Aii9Su6RvR+Ved1C+ePuLuaZhQDub4vwf2c+zr5PLl7/0FTYZv/6tm36Fo2xus6tuZ6Dr6Rgzv6d/eeFHRv0I7hPlOY/B4/t8/n8v6/9exgh8R8CWApyfXsoPusbjRfyWd1i5A4SoaV2DHrgMe0dvwn36cWXb9m3qp7z0eVH7bj2MPKx1dx/v9ozFnh5rHQGcPdT1Z1/p9qiX+371XP8V5Bjvdq5Bi7pvO6lvO6yPn/ChM43e9AcP/+ZTRu9G818lafJ2gSVkmM2b24Z2lpea+SctPdDCsu6T28rEdxaY/hPctMmelR1mNkSVn37uVlpWW9eg/v3au4tyntXm4qevTuXhEOag3YXmDcHXfGEVQuu4srdxhr884Cdu8Etjs68sH2A/1jdiLw9UCgr8srVh4jts+TtbuysWgJSCK3BxL4ewcBuweR5DbQP2bQzn7H+AChGB9CEOM7Cti9G0mMA/1jkDZHG9HIXrsOLQ99tTx8b/vgQztUWbVpjT47MPyM/ffoszsGr3dK7CjzwT4fBBxr5yo4v1TNy7GZzsPn0i55WP9Hxy7OL8kixh7uF5OgbcpLXCc5j3XzUi5Uiit3rHTSLlXw4w6sggt+KbsHVoH7SK6oqiKw8aqS7gI9OPjQrmtYoAc7C/SQ4PVuOT67c/jZIeFn7QKwe/B6D+HFHBnPewIX838y73sFHxq6hnnfy5n3vYPX+6xh3vd25n3f4PV+OT67S/jZfcPP2oVyWPB6eOgjibVmd4H82NPzzaqNo2ECdu8ltFmtCsY5AphHQF+bvTyPG7sx3VEgbvbx3G7LoSME7N6XJF9GAvMF6Guzr+diiOW1wQLjDvc8X6zNuwvYPYJEDAH6x4wg8PWeQF9HYv7gPL9z24r5ErldQeDvXQXsHkWS20D/mFGe89cAoRgfTRDjQwTsHkMS40D/GKTNSb3ArkPLQ19FOkR58KGKHNrCnuFnyh3NYlTwen9h/Wcv4FgHEIr5e+Rh/R8do1XMxzpptICYP8ZzMd/aPYZEzLekdICACHFglXQX6IOCDx28hgX6IGeBHhu8PiTHZ3cPPzvWEZUPDV6PE17MkfE8XlDMzzXvhwUfOnwN836YM+8TgtcT1zDvE5x5PyJ4fWSOz+4RfvYIR8yfFLyeLCTmW98cKpAfB3u+WbVxNEnA7rEk4uRRwDwC+tpIzR/az0f/92tacWKs1DaVR4M5KzqO0U0l1knHCGwqp3i+qbR2TxHaVEaH5JwWV/KwwesmjRRm9O3eyeO/HNsk33Dn4thwEo5z4qO6Mz/RZ+3isyLH3FVxXueHn8lfw2eq/MU47nM20f8vusBExtkJWOAYe5wTeElAqGsfC1wwpq5hrLJe5cMrepV2H1ZcWjE8GKdnRXn3YSW9TUVZ92D47qVm+LDy4pGlw3v1LO1ZVtGrOC22nCrEltOULbFOmibAlsd7zpbW7uNTkmAqa/9xIVb0uONSKrWK/8MjiRMZSycAy7Zx4B6DXcQsvn558aOy85nEvf1/H0OrlV5Ikjuuikw8ovPmRMLS9UQhMp6uZIx10nQBMj7JczK2dp9E1A+RwJpW+VqZRbYidpSnVr6eHE7CKf+gfO2fY+6S5Wv/vL8vX3ON87flq0Swgcb6c4dxcpVVxuaHkyq94wDaYU4BLmYzYMlQURHN5wxnPiXi4TiBSuAwv+4IW22XNNiJW6Tdh3t+J9zgMD/R407wtPJLEgxy3XBjvLLzN9HT+UscBhjfBhgzRmr+8sF5cjKQa04FKg92DAluObWKzBqG9LVEP2ekgN2nVZGJcTTO00lwnkGC80wSnGeR4DybBOdMEpznkOA8lwTneSQ4zyfBeQEJzgtJcF5EgvNiEpyXkOC8lATnZSQ4LyfBeQUJzitJcM4iwTmbBOdVJDivJsF5DQnOOSQ4ryXBeR0JzutJcN5AgvNGIE7bRLff3dEuHM9qllYPtFqb1bGsRmT1F6ttWN3A1uS23rW1pK3TbA1k6wu7d7f7YrvntPs5u1ey+xDL8ZY/LTfZdd+uqXa9smuBzTMbwzY+7NzfWCUvT3LebiLx783APoH1r/2+wagvYufgZuF5vgXYM0nr7rhbgLHh4r3V+UXvjqvkmNZJt1bBj3sbMGCl7L6tCtxHYnfHSWDN+MNdq+F05+L2cBLmOvP+V3fHtc8xd1Xy4nfHtc/7+7vjco3zP3F3nJ3Mds7Eza2y+irp891xc4GL2R1V8PN7R5V4ICHn0SavxN8NO4rgLrHbqwg8ok9g91wBu48hubsLGJcG6GsjNX9oP99JWKncKVSp3KWVCtZJdwlUKvM8r1Ss3fOIKhUJrFqpxHG6c3F3OAn3aKXy3x/RRN2dqFTuIatU7gEuZvcKVCr3rqFSQexc7xbYuU4l2LHfI2D3tAzu2IG+Nsj5s4t3s7zVD7R/0Gv0PVX8xzi/ikycwxPyPmATizWg7iMIqPvRGNEAra51vwBjnEjCGPOBu6QFwKQ8UXinUVy5Y+VOdYFA3DxQBcuUTfNWP5DzKjG3DxAsbA/6vrDZL2gYJRCgJ3memPZvyR8lYPfJJH83+iHgIgz0tZGav3zw/A0GjvUw0BcSuSJFYo9U8Z+8HxKw+1TP10ZLWg8L2H0aydr4KDAfgb42p+1Ms+n7s5mGjs1HCDZ9j1aRiXN4Qj5W+aquJO2/IPmYUOf5ce08Y530uEDneaHnnWdr90KhznN0SM5pcSUPwq6zyQG3smP/+Vck3bl4IpyEJ/9B17lDjrlLdp075P191znXOP/alx88UWUVwPxwItolrunR35hejeGeAC4+T1aRCWD0DuGpKuksYpXFuQg4nzYpm+etSg47B4sS2YHG/zQwttLaiT0ttBN7RndiWCc9I7ATe9bznZi1+1myndizKezEJOcDPHbsnr3F4WQ/9w92T+3zVvdRcvfUPk/onj30JETGLa4Sv8/uuRxLPFrkXgxM8udIdhLPEzLx80JM/IIyMdZJLwgw8RLPmdjavYSMiZcoE7tHjIlfDCf7pawy8YsJJn4pBSZ+EZjkLwGD2zq5+erme9+iQc6BFMaXhXZM8C3TUqD4whpQSwkC6hU0RjRAW2+8UgUfoGeS3GX7MnCVfxWYlGfy3HggljyvEiT4a1KMgd7OIO+eex3cSkE7ReqLPd4gEVTeJBRU3hQSVN5SQQXrpLcEBJVlngsq1u5lZILKMj5BReLGkD/HdvG/HU72O1kVVN5OCCrvpCCovA1M8neqyAQdmonfJWTid4WY+D1lYqyT3hNg4vc9Z2Jr9/tkTPy+MnFsbBf/B+Fkf5hVJv4gwcQfpsDEHwCT/ENVog1wDsQwfiSAMSfQygbUxxpQ5mOCgPrE99aGrTc+EVABzyZpbXwEXOU/BSbl2draMJ8SJPhnLIzxOWGR/blQkf2FFtlYJ30hUGR/6XmRbe3+kqzI/pKvyC4RHDtWZH8VTvbXWS2yv0oU2V+nUGR/BUzyr6vIBB2aib8hZOJvhJj4W2VirJO+FWDi7zxnYmv3d2RM/J0ysXvEmPj7cLJ/yCoTf59g4h9SYOLvgUn+A5CJWdVJ4ByIYfxRAGNOoJUNqJ9U7jY/EQTUz77L3bbe+FlA7j6HRO7+EbjK/wJMynNU7ja/ECT4ryyM8Rthkf2bUJH9uxbZWCf9LlBk/+F5kW3t/oOsyP6Dr8juLjh2rMheHk72iqwW2csTRfaKFIrs5cAkX1FFJujQTGwnETVWWkzsYi6u5OHireJkoDJxZcfM//8JRY+bDwxYKbvz8+E+EmXi/HxlYueIMXHV8JdqzpuZYmI7Ae0cY6vl8C6aiasCk7waLri7s6qTwDkQw1hdAGNOoJUNqIJ8oGNIA6qAIKBqoDGiAdp6o0Y+PkDPI5G7qwNX+ZrApDxP5W5TkyDBa7EwRiFhkV0oVGQXOdtHLbIrOaZ1UpFAkV3b8yLb2l2brMiuzVdklwqOHSuy64S/1M1qkV0nUWTXTaHIrgNM8rr5MkGHZuJ6hExcT4iJ6ysTY51UX4CJG3jOxNbuBmRM3ECZ2D1iTNww/KVRVpm4YYKJG6XAxA2BSd4IyMSs6iRwDsQwNhbAmBNoZQOqicrdpglBQDX1Xe629UZTAbn7AhK5uzFwlW8GTMoLVO42zQgSvDkLY7QgLLJbCBXZLZ3toxbZlRzTOqmlQJHdyvMi29rdiqzIbsVXZPcQHDtWZLcOf2mT1SK7daLIbpNCkd0amORt8mWCDs3EbQmZuK0QE6+lTIx10loCTNzOcya2drcjY+J2ysTuEWPi9uEvHbLKxO0TTNwhBSZuD0zyDkAmZlUngXMghnFtAYw5gVY2oDqq3G06EgTUOr7L3bbeWEdA7r6IRO5eG7jKdwIm5UUqd5tOBAm+LgtjdCYssjsLFdnrOdtHLbIrOaZ10noCRXYXz4tsa3cXsiK7C1+R3VNw7FiRvX74S9esFtnrJ4rsrikU2esDk7xrvkzQoZl4A0Im3kCIibspE2Od1E2AiTf0nImt3RuSMfGGysTuEWPi4vAXk1UmLk4wsUmBiYuBSW6ATMyqTgLnQAxjiQDGnEArG1DdVe423QkCqtR3udvWG6UCcvclJHJ3CXCV7wFMyktU7jY9CBK8Jwtj9CIssnsJFdllzvZRi+xKjmmdVCZQZPf2vMi2dvcmK7J78xXZvQTHjpWRfcJfNspqkd0nUWRvlEKR3QeY5BvlywQdmok3JmTijYWYeBNlYqyTNhFg4k09Z2Jr96ZkTLypMrF7xJh4s/CXvlll4s0STNw3BSbeDJjkfYFMzKpOAudADGM/AYw5gVY2oPqr3G36EwTU5r7L3bbe2FxA7r6MRO7uB1zltwAm5WUqd5stCBJ8SxbG2IqwyN5KqMje2tk+apFdyTGtk7YWKLK38bzItnZvQ1Zkb8NXZJcJjh0rsrcNfxmQ1SJ720SRPSCFIntbYJIPyJcJOjQTb0fIxNsJMfH2ysRYJ20vwMQ7eM7E1u4dyJh4B2Vi94gx8Y7hLztllYl3TDDxTikw8Y7AJN8JyMSs6iRwDsQw7iyAMSfQygbULip3m10IAmqg73K3rTcGCsjdV5DI3TsDV/lBwKS8QuVuM4ggwQezMMauhEX2rkJF9hBn+6hFdiXHtE4aIlBk7+Z5kW3t3o2syN6Nr8juLTh2rMjePfxlj6wW2bsniuw9Uiiydwcm+R75MkGHZuI9CZl4TyEm3kuZGOukvQSYeKjnTGztHkrGxEOVid0jxsR7h7/sk1Um3jvBxPukwMR7A5N8HyATs6qTwDkQw7ivAMacQCsbUPup3G32IwioYb7L3bbeGCYgd88ikbv3Ba7yw4FJOUvlbjOcIMFHsDDGSMIie6RQkV3ubB+1yK7kmNZJ5QJFdoXnRba1u4KsyK7gK7KHCY4dK7JHhb/sn9Uie1SiyN4/hSJ7FDDJ98+XCTo0Ex9AyMQHCDHxaGVirJNGCzDxGM+Z2No9hoyJxygTu0eMiQ8Mfzkoq0x8YIKJD0qBiQ8EJvlBQCZmVSeBcyCG8WABjDmBVjagxqrcbcYSBNQhvsvdtt44REDuvopE7j4YuMofCkzKq1TuNocSJPg4FsYYT1hkjxcqsg9zto9aZFdyTOukwwSK7MM9L7Kt3YeTFdmH8xXZwwXHjhXZE8JfJma1yJ6QKLInplBkTwAm+cR8maBDM/ERhEx8hBATH6lMjHXSkQJMPMlzJrZ2TyJj4knKxO4RY+LJ4S9HZZWJJyeY+KgUmHgyMMmPAjIxqzoJnAMxjEcLYMwJtLIBdYzK3eYYgoCa4rvcbeuNKQJy9zUkcvfRwFX+WGBSXqNytzmWIMGPY2GMqYRF9lShInuas33UIruSY1onTRMoso/3vMi2dh9PVmQfz1dkjxAcO1ZknxD+cmJWi+wTEkX2iSkU2ScAk/zEfJmgQzPxdEImni7ExCcpE2OddJIAE5/sORNbu08mY+KTlYndI8bEp4S/zMgqE5+SYOIZKTDxKcAknwFkYlZ1EjgHYhhPFcCYE2hlA+o0lbvNaQQBdbrvcretN04XkLuvJZG7TwWu8mcAk/JalbvNGQQJfiYLY5xFWGSfJVRkn+1sH7XIruSY1klnCxTZMz0vsq3dM8mK7Jl8RfZIwbFjRfY54S/nZrXIPidRZJ+bQpF9DjDJz82XCTo0E59HyMTnCTHx+crEWCedL8DEF3jOxNbuC8iY+AJlYveIMfGF4S8XZZWJL0ww8UUpMPGFwCS/CMjErOokcA7EMF4sgDEn0MoG1CUqd5tLCALqUt/lbltvXCogd19PIndfDFzlLwMm5fUqd5vLCBL8chbGuIKwyL5CqMi+0tk+apFdyTGtk64UKLJneV5kW7tnkRXZs/iK7HLBsWNF9uzwl6uyWmTPThTZV6VQZM8GJvlV+TJBh2biqwmZ+GohJr5GmRjrpGsEmHiO50xs7Z5DxsRzlIndI8bE14a/XJdVJr42wcTXpcDE1wKT/DogE7Oqk8A5EMN4vQDGnEArG1A3qNxtbiAIqBt9l7ttvXGjgNx9I4ncfT1wlb8JmJQ3qtxtbiJI8JtZGOMWwiL7FqEi+1Zn+6hFdiXHtE66VaDIvs3zItvafRtZkX0bX5FdITh2rMi+PfxlblaL7NsTRfbcFIrs24FJPjdfJujQTHwHIRPfIcTEdyoTY510pwAT3+U5E1u77yJj4ruUid0jxsTzwl/uzioTz0sw8d0pMPE8YJLfDWRiVnUSOAdiGO8RwJgTaGUD6l6Vu829BAE133e529Yb8wXk7ptJ5O57gKv8fcCkvFnlbnMfQYLfz8IYCwiL7AVCRfYDzvZRi+xKjmmd9IBAkf2g50W2tftBsiL7Qboi2xTLjR0vsh8Kf3k4q0X2Q4ki++EUiuyHgEn+cL5M0KGZ+BFCJn5EiIkfVSbGOulRASZ+zHMmtnY/RsbEjykTxwZ38T8e/rIwq0z8eIKJF6bAxI8Dk3whkIlZ1cmF+f5jfEIAY06glQ2oJ1XuNk8SBNRTvsvdtt54SkDuvpVE7n4CuMovAiblrSp3m0UECf40C2M8Q1hkPyNUZD/rbB+1yK7kmNZJzwoU2Ys9L7Kt3YvJiuzFfEW2kRs7XmQ/F/7yfFaL7OcSRfbzKRTZzwGT/Pl8maBDM/ELhEz8ghATL1EmxjppiQATv+g5E1u7XyRj4heViWODu/hfCn95OatM/FKCiV9OgYlfAib5y0AmZlUnX873H+NSAYw5gVY2oF5Rudu8QhBQr/oud9t641UBuft2Erl7KXCVfw2YlLer3G1eI0jw11kY4w3CIvsNoSL7TWf7qEV2Jce0TnpToMh+y/Mi29r9FlmR/RZfkV0iN3a8yF4W/vJ2VovsZYki++0UiuxlwCR/O18m6NBM/A4hE78jxMTvKhNjnfSuABO/5zkTW7vfI2Pi95SJY4O7+N8Pf/kgq0z8foKJP0iBid8HJvkHQCZmVSc/yPcf44cCGHMCrWxAfaRyt/mIIKA+9l3utvXGxwJy9x0kcveHwFX+E2BS3qFyt/mEIME/ZWGMzwiL7M+EiuzPne2jFtmVHNM66XOBIvsLz4tsa/cXZEX2F3xFdne5seNF9pfhL19ltcj+MlFkf5VCkf0lMMm/ypcJOjQTf03IxF8LMfE3ysRYJ30jwMTfes7E1u5vyZj4W2Xi2OAu/u/CX77PKhN/l2Di71Ng4u+ASf49kIlZ1cnv8/3H+IMAxpxAKxtQP6rcbX4kCKiffJe7bb3xk4DcfReJ3P0DcJX/GZiUd6ncbX4mSPBfWBjjV8Ii+1ehIvs3Z/uoRXYlx7RO+k2gyP7d8yLb2v07WZH9O1+RXSo3drzI/iP8ZXlWi+w/EkX28hSK7D+ASb48Xybo0Ey8gpCJVwgx8Z9Um6dMDHGStQQ9bpWqfjOxtbtKVbiPRJnYndPiSh7/a0ycH/qyquPTTDGxnYB2jrHuRCQBRdeubGLmA5O8alVc0LGqk1Wr+o+xmgDGnEArG1DVqwKNJg2o6gQBVYDGiAZo642CqvgAvZtE7q4GXOVrAJPybpW7TQ2CBK/Jwhi1kNuZvHSK7FrAyXXxFmqRjXVSoUCRXeR5kW3tLiIrsov4iuwecmPHi+zaoS/rZLXIrp0osuukUGTXBiZ5naoyQYdm4rqETFxXiInrKRNjnVRPgInre87E1u76ZExcX5k4NriLv0Hoy4ZZZeIGCSZumAITNwAmeUMgE7Oqkw2r+o+xEYt40VjlbtOYIKCa+C5323qjiYDcfS+J3N0IuMo3BSblvSp3m6YECd6MhTGaExbZzYWK7BZaZGOd1EKgyG7peZFt7W5JVmS35Cuye8qNHS+yW4W+bJ3VIrtVoshunUKR3QqY5K2rygQdmonbEDJxGyEmbqtMjHVSWwEmXstzJrZ2r0XGxGspE8cGd/G3C33ZPqtM3C7BxO1TYOJ2wCRvD2RiVnWyfVX/MXZgES/WVrnbrE0QUB19l7ttvdFRQO6+j0Tu7gBc5dcBJuV9KnebdQgSvBMLY6xLWGSvK1Rkd9YiG+ukzgJF9nqeF9nW7vXIiuz1+IrsXnJjx4vsLqEv189qkd0lUWSvn0KR3QWY5OtXlQk6NBN3JWTirkJMvIEyMdZJGwgwcTfPmdja3Y2MibspE8cGd/FvGPqyOKtMvGGCiYtTYOINgUleDGRiVnWyuKr/GA2LeFGicrcpIQio7r7L3bbe6C4gdy8gkbsNcJUvBSblApW7TSlBgvdgYYyehEV2T6Eiu5cW2Vgn9RIosss8L7Kt3WVkRXYZX5FdJjd2vMjuHfqyT1aL7N6JIrtPCkV2b2CS96kqE3RoJt6IkIk3EmLijZWJsU7aWICJN/Gcia3dm5Ax8SbKxLHBXfybhr7cLKtMvGmCiTdLgYk3BSb5ZkAmZlUnN6vqP8a+LOJFP5W7TT+CgOrvu9xt643+AnL3gyRyd1/gKr85MCkfVLnbbE6Q4FuwMMaWhEX2lkJF9lZaZGOdtJVAkb2150W2tXtrsiJ7a74iu7fc2PEie5vQl9tmtcjeJlFkb5tCkb0NMMm3rSoTdGgmHkDIxAOEmHg7ZWKsk7YTYOLtPWdia/f2ZEy8vTJxbHAX/w6hL3fMKhPvkGDiHVNg4h2ASb4jkIlZ1ckdq/qPcScW8WJnlbvNzgQBtYvvcretN3YRkLsfJpG7dwKu8gOBSfmwyt1mIEGCD2JhjMGERfZgoSJ7Vy2ysU7aVaDIHuJ5kW3tHkJWZA/hK7KHyY0dL7J3C325e1aL7N0SRfbuKRTZuwGTfPeqMkGHZuI9CJl4DyEm3lOZGOukPQWYeC/PmdjavRcZE++lTBwb3MU/NPTl3lll4qEJJt47BSYeCkzyvYFMzKpO7l3Vf4z7sIgX+6rcbfYlCKj9fJe7bb2xn4Dc/SiJ3L0PcJUfBkzKR1XuNsMIEnw4C2OMICyyRwgV2SO1yMY6aaRAkV3ueZFt7S4nK7LL+Yrs4XJjx4vsitCXo7JaZFckiuxRKRTZFcAkH1VVJujQTLw/IRPvL8TEBygTY510gAATj/acia3do8mYeLQycWxwF/+Y0JcHZpWJxySY+MAUmHgMMMkPBDIxqzp5YFX/MR7EIl4crHK3OZggoMb6LnfbemOsgNz9OIncfRBwlT8EmJSPq9xtDiFI8ENZGGMcYZE9TqjIHq9FNtZJ4wWK7MM8L7Kt3YeRFdmH8RXZI+TGjhfZh4e+nJDVIvvwRJE9IYUi+3Bgkk+oKhN0aCaeSMjEE4WY+AhlYqyTjhBg4iM9Z2Jr95FkTHykMnFscBf/pNCXk7PKxJMSTDw5BSaeBEzyyUAmZlUnJ1f1H+NRLOLF0Sp3m6MJAuoY3+VuW28cIyB3P0Eidx8FXOWnAJPyCZW7zRSCBD+WhTGOIyyyjxMqsqdqkY110lSBInua50W2tXsaWZE9ja/IHik3drzIPj705QlZLbKPTxTZJ6RQZB8PTPITqsoEHZqJTyRk4hOFmHi6MjHWSdMFmPgkz5nY2n0SGROfpEwcG9zFf3Loy1OyysQnJ5j4lBSY+GRgkp8CZGJWdfKUqv5jnMEiXpyqcrc5lSCgTvNd7rb1xmkCcvdTJHL3DOAqfzowKZ9SuducTpDgZ7AwxpmERfaZQkX2WVpkY510lkCRfbbnRba1+2yyIvtsviK7XG7seJE9M/TlOVktsmcmiuxzUiiyZwKT/JyqMkGHZuJzCZn4XCEmPk+ZGOuk8wSY+HzPmdjafT4ZE5+vTBwb3MV/QejLC7PKxBckmPjCFJj4AmCSXwhkYlZ18sKq/mO8iEW8uFjlbnMxQUBd4rvcbeuNSwTk7qdJ5O6LgKv8pcCkfFrlbnMpQYJfxsIYlxMW2ZcLFdlXaJGNddIVAkX2lZ4X2dbuK8mK7Cv5iuwKubHjRfas0Jezs1pkz0oU2bNTKLJnAZN8dlWZoEMz8VWETHyVEBNfrUyMddLVAkx8jedMbO2+hoyJr1Emjg3u4p8T+vLarDLxnAQTX5sCE88BJvm1QCZmVSevreo/xutYxIvrVe421xME1A2+y9223rhBQO5+lkTuvg64yt8ITMpnVe42NxIk+E1SjJEPBrp9Hi7QbwYGei6nVBafnbuhAuM+B17U0MFobd5PwO7nhRZzdIwD/WOeJ/D1cKCvyytWHiOG5snaXdlYtDtVidx+kcDfewvY/RJJbgP9Y17a2e8YHyAU468QxPg+Ana/ShLjQP8YpM3WHwWOvXYdWh76ann43i3BnvDWsJB0Pzs8/Iz99+iztwWvb09IeGj5bgRwrLnA/W5aDapheVj/R8cd2qDCOukOgQbVnZ43qKzddwo1qCRIaa6AQnZX1XQX6HnB9e5ewwI9z1mg7wle35vjs/uFn70n/KxdAOYHr+8TXsyR8Xw/cDH/J/O+ILjeA2uY9wXOvD8YvH5oDfP+oDPvDwevH8nx2WHhZx8OP2td82jwn8dCH0msNfMF8uMNzzerNo4eFbD7zZSU80p/Oycwj4C+NlLzh/bzwv9+TStOjJXapnKh0F1PT+imEuukJwQ2lU96vqm0dj9JdtfTk4J3PaHVicHBGMjOz+vBZG6fJ+uvSo5tkm+48/tUGGuL/sFdWSvyVo+h5F1ZK/L+/q6sXOP8a3dl2QlY4Bi7yAmOJCDUtZ8CLkJPr2Gssl7lwyt6lXYfVlxaMTwYp2dFefdhJb1NRVn3YPjupWb4sPLikaXDe/Us7VlW0Su1+46fFmLgZ5SBsU56RoCBn/Wcga3dz6Yk61TW/kUhVvS4b3t649NqN2gBY2kxcFfwNrhvYRcxi69fOCY65u0Oxu5k0HH0rufyR7QbRNv9np/yx2olN3Ijsgg41vskN14C49sAY8a8TyIfPUcoHz0ntHl9XjevWCc9L7B5fcHzzau1+wWinqQE1qSEFB1o/IsqsRBUxI7y1OSeJeF8v/gP5J7+OeYuKff0z/t7uSfXOH8r90gEG2isP3fkS6quMjY/nNR+efEDveMA2mFeBC5mL8GSoaIims+XBCseO4+LBHb+H/t1V+Zqu6ShTtwi7f7E87tRh4b5iR73U08rlSTBINcNN8YrO3+fkVR6wPg2wJgxUvOXD86TJUCueRmo1NkxJLjl5aoyaxjS1xJq2msCKuLXnquIVjl9Q8Dub0huoloKzEegr803BOrzZwJx80pV/+3+VcDuVwnsrpWPt/s1ArubC9j9OoHd6wrY/QaB3T0F7H6TwO4tBex+i8DuwQJ2LyOwe4SA3W8T2D1OwO53COw+TsDudwnsPlPA7vcI7L5cwO73Cey+WcDuDwjsvl/A7g8J7H5awO6PCOx+XcDujwns/lTA7k8I7P5FwO5PCeyuKaBHf0ZgdzMBuz8nsLuTgN1fENjdQ8DuLwns3kLA7q8I7B4kYPfXBHYPF7D7GwK7DxWw+1sCu48VsPs7ArvPELD7ewK7LxOw+wcCu28SsPtHoN32ZtkOwdkuHM/2vm2/1fYebR/O9qRsf8b2KqxubzVsq+dabdPqfFbzsvqP1UKsLmBrZFsv2trJ1hF2T233l3avZfcdloMtH9m12a5TNmdt/Fpf/ujcxJvLH5Wdt5/A8SKF82fg/QfWv2vnrbr/yc7Bz8Lz/Avw3qi0noL5RegpmF/1KRisk34VeArmN2DAStn9W1W4j8SegpHAmnwKJh+MO4N/SGU1zO78/h768I9/8GRNe+f/+6sna9rnCX29lUQAg8b688kaO5ntnIn7o+rqK6/PT9b8AVwgl1fFz+/yfzCflcW9Arg4ePqctdiTKr9LVL0Edv8hUfUS/L34FRJVL8mTNcC4NEBfG6n5Q/vZ7ihQY6VVPbqYiyt5uHirVFv1WqvHyo5Z7f8nFD1uPjBgpezOrwb3kRh5SGDV6vH/j7wcBwpzbGEKfVjN8aVWj//hEU2Uncx2zsRVq8ZVPVYDLpDVq+Hnt3o1+eqxAIc7c9Vj1Wr4cX8lsLuagN2/EVSPBQJ2/05SPQLj0gB9bZDzZ0l/7bzVD7R/0LFZrZr/GGtUk4lzeELWBBIia0DVJAioWmiMaIBWW64lwBh5u3AwRg3g7roQmJTo+ZPYaRQKxE1RNSxTdshb/UDOq8TcFhEsbLV9X9hG5P3/l7KiAzTf88S03+v4uIDdVVNa0CuLsw5wEQb62kjNXz54/oYCx6qLJMQ8HhKrV81/8q4jYHeB52ujJa26AnbXIFkb6wPzEehrg5w/4U3fn41ddGzWI9j01a8mE+fwhGxQ+aquJO1vkmggdBdEQ70LAuukhgJ3QTTy/C4Ia3cjobsgokNyTosreaRxB8STVby/AyKW0KCx//yGCnd+G4ex1uQf3AHRIUcMJe+A6JD393dA5BrnX/si0sbVVgHMDyeiXQIc6ppR8KFZuNDvbfGfDN8YuPg2AY5VRKKhI++oAMaMAc5fbOFD50nTaukQamVxNgOWj3Yx75i3alG1c9CsWl6eJP7mhPdGNxeqClpoVYB1UguBqqCl51WBtbslWVXQUrAqEIrZ1O47bhX6srXv9x2jJyEyrlXiXuHW1fJWO9ANl1bAJG9NspNoQ8jEbYSYuK0yMdZJbQWYeC3PmdjavRYZE6+lTOweMSZuF/qyfVaZuF2CidunwMTtgEneHnwfW8fVzfe+Xdi+mv8YO7C0NNcG3/HNGFBrEwRUR99vjLT1RkeBm2DqkqjVHYCr/DrApKzLcxOMWPKsQ5DgnaQYA72dQd7JuS74Ts7oQN/h1hmI0+cvH/2r4K7s/K1HKMysJyTMdFFhBuukLgLCzPqeCzPW7vXJhJn1+YQZiRuT/hzbxd819OUGWRVmuiaEmQ1SEGa6ApN8A6GdDJqJuxEycTchJt5QmRjrpA0FmLjYcya2dheTMXGxMnFsbBe/CX1ZklUmNgkmLkmBiQ0wyUtU0TbAORDD2J2lRVKqAWVKCQKqh+8tEltv9BBokdQnaZF0B67yPYFJWV9bJKYnQYL38j3B7RNPn1XBJ3gZyf2XvQnFhd5C4kIfFRewTuojIC5s5Lm4YO3eiExc2IhPXCgRHDsmLmwc+nKTrIoLGyfEhU1SEBc2Bib5JtVkgg7NxJsSMvGmQky8mTIx1kmbCTBxX8+ZeGVwkjFxX2Vi94gxcb/Ql/2zysT9EkzcPwUm7gdM8v5AJmZVZYFzIIZxcxaZfwuV+c0WBAG1pe8qoK03thSQ+RuSyPybA1f5rYBJ2VBlfrMVQYJvzSDz/yog829DIvNvSygubCskLgxQcQHrpAEC4sJ2nosL1u7tyMSF7fjEhe6CY8fEhe1DX+6QVXFh+4S4sEMK4sL2wCTfoZpM0KGZeEdCJt5RiIl3UibGOmknASbe2XMmtnbvTMbEOysTu0eMiXcJfTkwq0y8S4KJB6bAxLsAk3wgkIlZVVngHIhhHMQi8w9Wmd8MJgioXX1XAW29sauAzN+YROYfBFzlhwCTsrHK/GYIQYLvxiDz18rHJ/juJDL/HoTiwh5C4sKeKi5gnbSngLiwl+figrV7LzJxYS8+caFUcOyYuDA09OXeWRUXhibEhb1TEBeGApN872oyQYdm4n0ImXgfISbeV5kY66R9BZh4P8+Z2Nq9HxkT76dM7B4xJh4W+nJ4Vpl4WIKJh6fAxMOAST4cyMSsqixwDsQwjmCR+UeqzG9GEgRUue8qoK03ygVk/qYkMv8I4CpfAUzKpirzmwqCBB/FIPM3F5D59yeR+Q8gFBcOEBIXRqu4gHXSaAFxYYzn4oK1ewyZuDCGT1zoITh2TFw4MPTlQVkVFw5MiAsHpSAuHAhM8oOqyQQdmokPJmTig4WYeKwyMdZJYwWY+BDPmdjafQgZEx+iTOweMSY+NPTluKwy8aEJJh6XAhMfCkzycUAmZlVlgXMghnE8i8x/mMr85jCCgDrcdxXQ1huHC8j8zUlk/vHAVX4CMCmbq8xvJhAk+EQGmX9dAZn/CBKZ/0hCceFIIXFhkooLWCdNEhAXJnsuLli7J5OJC5P5xIWegmPHxIWjQl8enVVx4aiEuHB0CuLCUcAkP7qaTNChmfgYQiY+RoiJpygTY500RYCJj/Wcia3dx5Ix8bHKxO4RY+LjQl9OzSoTH5dg4qkpMPFxwCSfCmRiVlUWOAdiGKexyPzHq8xvjicIqBN8VwFtvXGCgMzfkkTmnwZc5U8EJmVLlfnNiQQJPp1B5u8pIPOfRCLzn0woLpwsJC6couIC1kmnCIgLMzwXF6zdM8jEhRl84kIvwbFj4sKpoS9Py6q4cGpCXDgtBXHhVGCSn1ZNJujQTHw6IROfLsTEZygTY510hgATn+k5E1u7zyRj4jOVid0jxsRnhb48O6tMfFaCic9OgYnPAib52UAmZlVlgXMghnEmi8x/jsr85hyCgDrXdxXQ1hvnCsj8rUlk/pnAVf48YFK2VpnfnEeQ4OczyPxbCsj8F5DI/BcSigsXCokLF6m4gHXSRQLiwsWeiwvW7ovJxIWL+cSFMsGxY+LCJaEvL82quHBJQly4NAVx4RJgkl9aTSbo0Ex8GSETXybExJcrE2OddLkAE1/hORNbu68gY+IrlIndI8bEV4a+nJVVJr4ywcSzUmDiK4FJPgvIxKyqLHAOxDDOZpH5r1KZ31xFEFBX+64C2nrjagGZvy2JzD8buMpfA0zKtirzm2sIEnwOg8w/WEDmv5ZE5r+OUFy4TkhcuF7FBayTrhcQF27wXFywdt9AJi7cwCcu9BYcOyYu3Bj68qasigs3JsSFm1IQF24EJvlN1WSCDs3ENxMy8c1CTHyLMjHWSbcIMPGtnjOxtftWMia+VZnYPWJMfFvoy9uzysS3JZj49hSY+DZgkt8OZGJWVRY4B2IY57LI/HeozG/uIAioO31XAW29caeAzN+OROafC1zl7wImZTuV+c1dBAk+j0HmHyEg899NIvPfQygu3CMkLtyr4gLWSfcKiAvzPRcXrN3zycSF+XziwjDBsWPiwn2hL+/PqrhwX0JcuD8FceE+YJLfX00m6NBMvICQiRcIMfEDysRYJz0gwMQPes7E1u4HyZj4QWVi94gx8UOhLx/OKhM/lGDih1Ng4oeASf4wkIlZVVngHIhhfIRF5n9UZX7zKEFAPea7CmjrjccEZP4OJDL/I8BV/nFgUnZQmd88TpDgCxlk/nECMv8TJDL/k4TiwpNC4sJTKi5gnfSUgLiwyHNxwdq9iExcWMQnLgwXHDsmLjwd+vKZrIoLTyfEhWdSEBeeBib5M9Vkgg7NxM8SMvGzQky8WJkY66TFAkz8nOdMbO1+joyJn1Mmdo8YEz8f+vKFrDLx8wkmfiEFJn4emOQvAJmYVZUFzoEYxiUsMv+LKvObFwkC6iXfVUBbb7wkIPN3JJH5lwBX+ZeBSdlRZX7zMkGCL2WQ+Y8TkPlfIZH5XyUUF14VEhdeU3EB66TXBMSF1z0XF6zdr5OJC6/ziQsjBMeOiQtvhL58M6viwhsJceHNFMSFN4BJ/mY1maBDM/FbhEz8lhATL1MmxjppmQATv+05E1u73yZj4reVid0jxsTvhL58N6tM/E6Cid9NgYnfASb5u0AmZlVlgXMghvE9Fpn/fZX5zfsEAfWB7yqgrTc+EJD5O5HI/O8BV/kPgUnZSWV+8yFBgn/EIPOfKSDzf0wi839CKC58IiQufKriAtZJnwqIC595Li5Yuz8jExc+4xMXRgqOHRMXPg99+UVWxYXPE+LCFymIC58Dk/yLajJBh2biLwmZ+EshJv5KmRjrpK8EmPhrz5nY2v01GRN/rUzsHjEm/ib05bdZZeJvEkz8bQpM/A0wyb8FMjGrKgucAzGM37HI/N+rzG++JwioH3xXAW298YOAzN+ZROb/DrjK/whMys4q85sfCRL8JwaZ/3IBmf9nEpn/F0Jx4RchceFXFRewTvpVQFz4zXNxwdr9G5m48BufuFAuOHZMXPg99OUfWRUXfk+IC3+kIC78DkzyP6rJBB2aiZcTMvFyISZeoUyMddIKASa2y2A0lo9MbO3+c6nO42Bid06LK3n8rzFxldCX+Y5PM8XEdgLaOca6E5EEFF27solZBZjk+bjgLmdVZYFzIIaxqgDGnEArG1DVcEBpZf5qBAFVHY0RDdDWGxYkOkC7kMj8VYGrfAEwKbuozG8KCBK8hu8JbmX+mwVk/ppCVInGWQuY4GmJC7WAc+viLXS2zSouVHJM66TC6vhxizwXF6zdRWTiQhGfuFAhOHZMXKgd+rJOVsWF2glxoU4K4kJtYJLXqS4TdGgmrkvIxHWFmLieMjHWSfUEmLi+50xs7a5PxsT1lYndI8bEDUJfNswqEzdIMHHDFJi4ATDJGwKZmFWVBc6BGMZGLDJ/Y5X5TWOCgGriuwpo640mAjJ/VxKZvxFwlW8KTMquKvObpgQJ3oxB5r9fQOZvTiLztyAUF1oIiQstVVzAOqmlgLjQynNxwdrdikxcaEUnLphiubHj4kLr0JdtsioutE6IC21SEBdaA5O8TXWZoEMzcVtCJm4rxMRrKRNjnbSWABO385yJrd3tyJi4nTJxbHAXf/vQlx2yysTtE0zcIQUmbg9M8g5AJmZVZTtU9x/j2iwyf0eV+U1HgoBax3cV0NYb6wjI/N1IZP61gat8J2BSdlOZ33QiSPB1GWT+pwVk/s4kMv96hOLCekLiQhcVF7BO6iIgLqzvubhg7V6fTFxYn09cMHJjx8WFrqEvN8iquNA1IS5skIK40BWY5BtUlwk6eElAyMTdhJh4Q2VirJM2FGDiYs+Z2NpdTMbExcrEscFd/Cb0ZUlWmdgkmLgkBSY2wCQvATIxqypbUt1/jN1ZZP5SlflNKUFA9fBdBbT1Rg8Bmb+YRObvDlzlewKTslhlftOTIMF7Mcj8rwvI/GUkMn9vQnGht5C40EfFBayT+giICxt5Li5YuzciExc24hMXSuTGjosLG4e+3CSr4sLGCXFhkxTEhY2BSb5JdZmgQzPxpoRMvKkQE2+mTIx10mYCTNzXcyZeGZxkTNxXmTg2uIu/X+jL/lll4n4JJu6fAhP3AyZ5fyATs6qy/av7j3FzFpl/C5X5zRYEAbWl7yqgrTe2FJD5S0hk/s2Bq/xWwKQsUZnfbEWQ4FszyPyfCsj825DI/NsSigvbCokLA1RcwDppgIC4sJ3n4oK1ezsycWE7PnGhu9zYcXFh+9CXO2RVXNg+IS7skIK4sD0wyXeoLhN0aCbekZCJdxRi4p2UibFO2kmAiXf2nImt3TuTMfHOysSxwV38u4S+HJhVJt4lwcQDU2DiXYBJPhDIxKyq7MDq/mMcxCLzD1aZ3wwmCKhdfVcBbb2xq4DMX0oi8w8CrvJDgElZqjK/GUKQ4LsxyPy/CMj8u5PI/HsQigt7CIkLe6q4gHXSngLiwl6eiwvW7r3IxIW9+MSFUrmx4+LC0NCXe2dVXBiaEBf2TkFcGApM8r2rywQdmon3IWTifYSYeF9lYqyT9hVg4v08Z2Jr935kTLyfMnFscBf/sNCXw7PKxMMSTDw8BSYeBkzy4UAmZlVlh1f3H+MIFpl/pMr8ZiRBQJX7rgLaeqNcQObvSSLzjwCu8hXApOypMr+pIEjwUQwyf82q+ATfn0TmP4BQXDhASFwYreIC1kmjBcSFMZ6LC9buMWTiwhg+caGH3NhxceHA0JcHZVVcODAhLhyUgrhwIDDJD6ouE3RoJj6YkIkPFmLiscrEWCeNFWDiQzxnYmv3IWRMfIgycWxwF/+hoS/HZZWJD00w8bgUmPhQYJKPAzIxqyo7rrr/GMezyPyHqcxvDiMIqMN9VwFtvXG4gMxfRiLzjweu8hOASVmmMr+ZQJDgExlk/mYCMv8RJDL/kYTiwpFC4sIkFRewTpokIC5M9lxcsHZPJhMXJvOJCz3lxo6LC0eFvjw6q+LCUQlx4egUxIWjgEl+dHWZoEMz8TGETHyMEBNPUSbGOmmKABMf6zkTW7uPJWPiY5WJY4O7+I8LfTk1q0x8XIKJp6bAxMcBk3wqkIlZVdmp1f3HOI1F5j9eZX5zPEFAneC7CmjrjRMEZP4+JDL/NOAqfyIwKfuozG9OJEjw6QwyfycBmf8kEpn/ZEJx4WQhceEUFRewTjpFQFyY4bm4YO2eQSYuzOATF3rJjR0XF04NfXlaVsWFUxPiwmkpiAunApP8tOoyQYdm4tMJmfh0ISY+Q5kY66QzBJj4TM+Z2Np9JhkTn6lMHBvcxX9W6Muzs8rEZyWY+OwUmPgsYJKfDWRiVlX27Or+Y5zJIvOfozK/OYcgoM71XQW09ca5AjL/xiQy/0zgKn8eMCk3VpnfnEeQ4OczyPw9BGT+C0hk/gsJxYULhcSFi1RcwDrpIgFx4WLPxQVr98Vk4sLFfOJCmdzYcXHhktCXl2ZVXLgkIS5cmoK4cAkwyS+tLhN0aCa+jJCJLxNi4suVibFOulyAia/wnImt3VeQMfEVysSxwV38V4a+nJVVJr4ywcSzUmDiK4FJPgvIxKyq7Kzq/mOczSLzX6Uyv7mKIKCu9l0FtPXG1QIy/6YkMv9s4Cp/DTApN1WZ31xDkOBzGGT+LQRk/mtJZP7rCMWF64TEhetVXMA66XoBceEGz8UFa/cNZOLCDXziQm+5sePiwo2hL2/KqrhwY0JcuCkFceFGYJLfVF0m6NBMfDMhE98sxMS3KBNjnXSLABPf6jkTW7tvJWPiW5WJY4O7+G8LfXl7Vpn4tgQT354CE98GTPLbgUzMqsreXt1/jHNZZP47VOY3dxAE1J2+q4C23rhTQObvSyLzzwWu8ncBk7KvyvzmLoIEn8cg8w8SkPnvJpH57yEUF+4REhfuVXEB66R7BcSF+Z6LC9bu+WTiwnw+cWGY3NhxceG+0Jf3Z1VcuC8hLtyfgrhwHzDJ768uE3RoJl5AyMQLhJj4AWVirJMeEGDiBz1nYmv3g2RM/KAycWxwF/9DoS8fzioTP5Rg4odTYOKHgEn+MJCJWVXZh6v7j/ERFpn/UZX5zaMEAfWY7yqgrTceE5D5+5PI/I8AV/nHgUnZX2V+8zhBgi9kkPmHC8j8T5DI/E8SigtPCokLT6m4gHXSUwLiwiLPxQVr9yIycWERn7gwXG7suLjwdOjLZ7IqLjydEBeeSUFceBqY5M9Ulwk6NBM/S8jEzwox8WJlYqyTFgsw8XOeM7G1+zkyJn5OmTg2uIv/+dCXL2SViZ9PMPELKTDx88AkfwHIxKyq7AvV/ce4hEXmf1FlfvMiQUC95LsKaOuNlwRk/i1IZP4lwFX+ZWBSbqEyv3mZIMGXMsj8hwrI/K+QyPyvEooLrwqJC6+puIB10msC4sLrnosL1u7XycSF1/nEhRFyY8fFhTdCX76ZVXHhjYS48GYK4sIbwCR/s7pM0KGZ+C1CJn5LiImXKRNjnbRMgInf9pyJrd1vkzHx28rEscFd/O+Evnw3q0z8ToKJ302Bid8BJvm7QCZmVWXfre4/xvdYZP73VeY37xME1Ae+q4C23vhAQObfikTmfw+4yn8ITMqtVOY3HxIk+EcMMv+xAjL/xyQy/yeE4sInQuLCpyouYJ30qYC48Jnn4oK1+zMyceEzPnFhpNzYcXHh89CXX2RVXPg8IS58kYK48Dkwyb+oLhN0aCb+kpCJvxRi4q+UibFO+kqAib/2nImt3V+TMfHXysSxwV3834S+/DarTPxNgom/TYGJvwEm+bdAJmZVZb+t7j/G71hk/u9V5jffEwTUD76rgLbe+EFA5t+GROb/DrjK/whMym1U5jc/EiT4Twwy/xkCMv/PJDL/L4Tiwi9C4sKvKi5gnfSrgLjwm+figrX7NzJx4Tc+caFcbuy4uPB76Ms/siou/J4QF/5IQVz4HZjkf1SXCTo0Ey8nZOLlQky8QpkY66QVAkxsZz8ay0cmtnavjBDsuKJM7M5pcSWP/zUmrhL6Mt/xaaaY2E5AO8dYdyKSgKJrVzYxqwCTPL8AF3Ssqmx+gf8YqwpgzAm0sgFVDQeUVuavRhBQ1dEY0QBtvWFBogN0AInMXxW4yhcAk3KAyvymgCDBa/ie4Fbmv0xA5q8pRJVonLWACZ6WuFALOLcu3kJn26ziQiXHtE4qLMCPW+S5uGDtLiITF4r4xIUKubHj4kLt0Jd1siou1E6IC3VSEBdqA5O8ToFM0KGZuC4hE9cVYuJ6ysRYJ9UTYOL6njOxtbs+GRPXVyaODe7ibxD6smFWmbhBgokbpsDEDYBJ3hDIxKyqbMMC/zE2YpH5G6vMbxoTBFQT31VAW280EZD5tyeR+RsBV/mmwKTcXmV+05QgwZsxyPw3Ccj8zQvSSfDK4mwBTMp3d8aN9R5wLMn5a/m/P3+i8dfK0/krBBM0en2x5dxIgXF3FLa7uHLHyj8RsL+A3TsJbcjywfYD/WN2IvD1aKCvyytWHiNG5vmd283zZHJ7IIG/ywXsHkSS20D/mEGe89cAoRgfQhDjFQJ270YS40D/GKTN1h8Fjr12HVoe+mp5+F7r4ANtQjHI/ezo8DP236PPtg1er5WQ4dES/BjgWO2A+/C0mswH5GH9Hx3ttcmMdVJ7gSZzB8+bzNbuDkJNZglSaiegcq9dkO4C3TH4wDprWKA7Ogt0p+D1ujk+u3/42U7hZ+0C0Dl4vZ7wYo6M5y7AxfyfzPv6wQe6rmHe13fmfYPgdbc1zPsGzrxvGLwuzvHZA8LPbhh+1i6UJnhdEvpIYq3pLJAfe3q+WbVxZATs3iul7ldlcXYH5hHQ10Zq/tB+Lv3v17TixFipbSpLhe5c7KGbSqyTeghsKnt6vqm0dvcku3Oxp+Cdi2h1YmgwBrIjum6Q6S2F/VXJsU3yDXd+e4XYy/7BnZUr8laPoeSdlSvy/v7Oylzj/Gt3VtoJWOAYW+YERxIQ6tq9gItQ7zWMVdarfHhFr9Luw4pLK4YH4/SsKO8+rKS3qSjrHgzfvdQMH1ZePLJ0eK+epT3LKnql9uxAbyEG7qMMjHVSHwEG3shzBrZ2b5SSrFNZ+8tCrOhx9/H05sUkTmQsbQzcFewD7lvYRczi6xeOiY75aFeEjqP9PJc/ot0b2u5hfsofq5XcyI1IGXCs4SQ3TwPj2wBjxgwnkY82IZSPNhHavG6qm1eskzYV2Lxu5vnm1dq9GVFPUgLrXz38isZfVomFoCJ2lKcm9/QN57vfP5B7+ueYu6Tc0z/v7+WeXOP8rdwjEWygsf7ckfctWGVsfjip/fLiB3rHAbTD9AMuZv1hyVBREc1nf8GKx85jmcDOv8KvuzJX2yWNdOIWafcoz+9GHRnmJ3rc/T2tVJIEg1w33Biv7PwdQFLpAePbAGPGHJDSXcGV9XNfINdsDlTq7BgS3LJ5gcwahvS1hIrYqRre7oMJVMTOAnaPJbmJagtgPgJ9bcZ6Hjc2X3oJxM04gnwpE7B7PEm+bAnMF6CvzXiCfNlaIG4mEOTLNgJ2TyTJl62A+QL0tZlIkC+7CcTNJIJ82V3A7skk+bI1MF+AvjaTCfJllEDcHEOQL/sL2D2FJF+2AeYL0NdmCkG+TBSIm6kE+XKEgN3TSPJlW2C+AH1tphHky3SBuDmRIF9OErB7Okm+DADmC9DXZjpBvpwvEDenEOTLBQJ2zyDJl+2A+QL0tZlBkC9zBOLmdIJ8uVbA7jNI8mV7YL4AfW3OIMiXeQJxczZBvtwtYPdMknzZAZgvQF+bmQT5slAgbs4jyJcnBOw+nyRfdgTmC9DX5nyCfFkqEDcXEeTLKwJ2X0ySLzsB8wXoa3MxQb58JBA3lxHky8cCdl9Oki87A/MF6GtzOUG+/CQQN7MI8uVnAbtnk+TLLsB8AfrazCbIlxrV8XFzDUG+1BSwew5JvgwE5gvQ12YOQb40E4ib6wnypbmA3TeQ5MsgYL4AfW1uIMiXdQXi5maG518E7L6FJF8GA/MF6GtzC0G+9BKIm9sZnn8RsHsuSb7sCswXoK/NXIJ82Vogbu5ieP5FwO55JPkyBJgvQF+beQT5sptA3NzL8PyLgN3zSfJlN2C+AH1t5hPkyyiBuFnA8PyLgN0PkOTL7sB8AfraPECQLxMF4uZhhudfBOx+hCRf9gDmC9DX5hGCfJkuEDePMzz/ImD3QpJ82ROYL0Bfm4UE+XK+QNw8xfD8i4Ddi0jyZS9gvgB9bRYR5Mscgbh5luH5FwG7F5Pky1BgvgB9bRYT5Ms8gbh5geH5FwG7l5Dky97AfAH62iwhyJeFAnHzMsPzLwJ2LyXJl32A+QL0tVlKkC9LBeLmNYbnXwTsfp0kX/YF5gvQ1+Z1gnz5SCBu3mJ4/kXA7mUk+bIfMF+AvjbLCPLlJ4G4eZfh+RcBu98jyZdhwHwB+tq8R5AvNQS+l+BDhudfBOz+iCRfhgPzBehr8xFBvjQTiJtPGZ5/EbD7M5J8GQHMF6CvDXL+7Jf+dQvOduF49js87PcS2L+1bv9+tP2buPbvfNq/XWj/Hpv9G1P27+bYvwVi/76BfWbbPodqn62zzwvZZyDsfd32XlV7/529p8jeJ2F7v7afZTV6qztaLcXWh3bPa3ncrk0jCvJiBzruRhbIxB0aZzkw7qx/N8xb9T1Odg7Khee5AvgdT2l9m2+F0Lf5jtJv88U6aZTAt/nu7/m3+Vq79yf6Nl8JrMlv880H47abvBYF2M1TSyGfJQ8UZnd+Dwixj/4H3xDc3vn/qjg/qzi+ap/3998QnGuc/4lvCLaT2c6ZuNEFq6+8Pn9D8GjgAjmmAD+/Y/7BfFYW94HAxWE/YDUwTLiKRHxb5QECVeSXBHaPFrD7K89VA2v3gQJ2f52SalBcucMA49IAfW2k5g/t54MIq8eDhKrHg7V6xDrpYIHqcazn1aO1eyxR9ThWq0f66vGQEPuhWj3+90c0UYckqsdDyarHQ4EL5DiB6nFcCtXjeK0e/+sq6hCBauJ7ArsPFbD7B4LqcbyA3T+SVI/AuDRAXxvk/FnS3zBv9QPtH3RsHlrgP8bDhHrc8IQ8HEiIrAF1OEFATUBjRAO02vIEAcb4lYQxDgPuricCk/JXgp3GRIG4OaIAy5Td8lY/kPMqMbdHECxsR/q+sI0JxmgrEKC/e56Y7QKbuwvY/QfJbaeTgIsw0NdGav7ywfM3EjjWZKAvJHJFisSOKvCfvCcJ2J030G+7LWlNFrC7ykCOtfFoZD7ibDbI+RPe9P3Z2EXH5lEEm76jC2TiHJ6Qx1S+qisJxzJp3QVxjNBdEFP0Lgisk6YI3AVxrOd3QVi7jxXuqEvOaXEljzTugGhSDXsHRCu8v2IJDRrbRC/c+T0uxD71H9wB0SFv9RhK3gHRIe/v74DINc7f3gEBmoQ/JyMy7riCVQDzw4lolwCHumYUfGgWruZ5ORAlCdru6n6XA3/ubI4Dks5U4FgFKc1fceUOA4xvA4wZA5y/2IKPzpNpJE8UHw9+otiCjcjEzsHxwk8Un0B4T/gJQtXQiVoNYZ10okA1NN3zasjaPZ2sGpouWA0JxWxq91ufFPryZN/vt0ZPQmTcSYl7pE8uyFvtQDeaTgIm+ckkO4lTCJn4FCEmnqFMjHXSDAEmPtVzJrZ2n0rGxKcqE7tHjIlPC315elaZ+LQEE5+eAhOfBkzy08H37+WKPNT4eQmno3x5eoH/GM9gaeWeCb7TnTGgziQIqLN8vyHU1htnCaj9hSRq9RnAVf5sYFIW8tz8I5Y8ZxMk+EwpxkBvZ5B3sJ4DvoM1OtB39p0LxHkw8K7nsSR/Nuc8QmHmPCFh5nwVZrBOOl9AmLnAc2HG2n0BmTBzAZ8wI3FD1p9ju/gvDH15UVaFmQsTwsxFKQgzFwKT/CKhnQyaiS8mZOKLhZj4EmVirJMuEWDiSz1nYmv3pWRMfKkycWxsF/9loS8vzyoTX5Zg4stTYOLLgEl+uSraBjgHYhivYGmRXKkBZa4kCKhZvrdIbL0xS6BFUpukRXIFcJWfDUzK2toiMbMJEvwqKcZAtwuuBgbnOGC7YDxJu+AaQpHiGiGRYo6KFFgnzREQKa71XKSwdl9LJlJcyydSlAiOHRMprgt9eX1WRYrrEiLF9SmIFNcBk/z6ApmgQzPxDYRMfIMQE9+oTIx10o0CTHyT50xs7b6JjIlvUiZ2jxgT3xz68pasMvHNCSa+JQUmvhmY5LcAmZhV3QXOgRjGW1naBbdpu8DcRhBQt/veLrD1xu0C7YK6JO2CW4Gr/FxgUtbVdoGZS5Dgd7C0C+4EBucEYLtgIkm74C5CkeIuIZFinooUWCfNExAp7vZcpLB2300mUtzNJ1J0Fxw7JlLcE/ry3qyKFPckRIp7UxAp7gEm+b0FMkGHZuL5hEw8X4iJ71MmxjrpPgEmvt9zJrZ230/GxPcrE7tHjIkXhL58IKtMvCDBxA+kwMQLgEn+AJCJWdVd4ByIYXyQpV3wkLYLzEMEAfWw7+0CW288LNAuqE/SLngQuMo/AkzK+touMI8QJPijLO2Cx4DBOQnYLphM0i54nFCkeFxIpFioIgXWSQsFRIonPBcprN1PkIkUT/CJFKWCY8dEiidDXz6VVZHiyYRI8VQKIsWTwCR/qkAm6NBMvIiQiRcJMfHTysRYJz0twMTPeM7E1u5nyJj4GWVi94gx8bOhLxdnlYmfTTDx4hSY+Flgki8GMjGrugucAzGMz7G0C57XdoF5niCgXvC9XWDrjRcE2gUNSdoFzwFX+SXApGyo7QKzhCDBX2RpF7wEDM5jgO2CKSTtgpcJRYqXhUSKpSpSYJ20VECkeMVzkcLa/QqZSPEKn0jRQ3DsmEjxaujL17IqUryaECleS0GkeBWY5K8VyAQdmolfJ2Ti14WY+A1lYqyT3hBg4jc9Z2Jr95tkTPymMrF7xJj4rdCXy7LKxG8lmHhZCkz8FjDJlwGZmFXdBc6BGMa3WdoF72i7wLxDEFDv+t4usPXGuwLtgsYk7YK3gav8e8CkbKztAvMeQYK/z9Iu+AAYnFOB7YJpJO2CDwlFig+FRIqPVKTAOukjAZHiY89FCmv3x2Qixcd8IkVPwbFjIsUnoS8/zapI8UlCpPg0BZHiE2CSf1ogE3RoJv6MkIk/E2Liz5WJsU76XICJv/Ccia3dX5Ax8RfKxO4RY+IvQ19+lVUm/jLBxF+lwMRfApP8KyATs6q7wDkQw/g1S7vgG20XmG8IAupb39sFtt74VqBd0JSkXfA1cJX/DpiUTbVdYL4jSPDvWdoFPwCD80Rgu2A6SbvgR0KR4kchkeInFSmwTvpJQKT42XORwtr9M5lI8TOfSNFLcOyYSPFL6MtfsypS/JIQKX5NQaT4BZjkvxbIBB2aiX8jZOLfhJj4d2VirJN+F2DiPzxnYmv3H2RM/IcysXvEmHh56MsVWWXi5QkmXpECEy8HJvkKIBOzqrvAORDDmFeDpF1QBQeUtl1QpYb/GPPRGNEAbb1hQaIDtDlJu8DN+ErXHsCkbK7tAlOVIMGrSTEGul1QHRicpwDbBTNI2gUFyIUiLx2RogAYnC7eGjVWvVaRopJjWifVqIEftyYwYKXsrlkD7iNRkaImMKFSEinKBMeOiRS1Ql8WOj7NlEhhJ6CdY6w7EUlA0bUrm5i1gEleWEMm6NBMXETIxEVCTFxbmRjrpNoCTFzHcya2dtchY+I6ysTuEWPiuqEv62WViesmmLheCkxcF5jk9YBMzKruAudADGN9lnZBA20XmAYEAdXQ93aBrTcaCrQLWpK0C+oDV/lGwKRsqe0C04ggwRuztAuaAIPzdGC74AySdkFTQpGiqZBI0UxFCqyTmgmIFM09Fyms3c3JRIrmfCJFb8GxYyJFi9CXLbMqUrRIiBQtUxApWgCTvGUNmaBDM3ErQiZuJcTErZWJsU5qLcDEbTxnYmt3GzImbqNM7B4xJm4b+nKtrDJx2wQTr5UCE7cFJvlaQCZmVXeBcyCGsR1Lu6C9tgtMe4KA6uB7u8DWGx0E2gWtSdoF7YCr/NrApGyt7QKzNkGCd2RpF6wDDM6zge2CmSTtgk6EIkUnIZFiXRUpsE5aV0Ck6Oy5SGHt7kwmUnTmEymGCY4dEynWC33ZJasixXoJkaJLCiLFesAk71JDJujQTLw+IROvL8TEXZWJsU7qKsDEG3jOxNbuDciYeANlYveIMXG30JcbZpWJuyWYeMMUmLgbMMk3BDIxq7oLnAMxjMUs7QKj7QJjCAKqxPd2ga03SgTaBW1J2gXFwFW+OzAp22q7wHQnSPBSlnZBD2BwngdsF5xP0i7oSShS9BQSKXqpSIF1Ui8BkaLMc5HC2l1GJlKU8YkUwwXHjokUvUNf9smqSNE7IVL0SUGk6A1M8j41ZIIOzcQbETLxRkJMvLEyMdZJGwsw8SaeM7G1exMyJt5Emdg9Yky8aejLzbLKxJsmmHizFJh4U2CSbwZkYlZ1FzgHYhj7srQL+mm7wPQjCKj+vrcLbL3RX6Bd0I6kXdAXuMpvDkzKdtouMJsTJPgWLO2CLYHBeRGwXXAxSbtgK0KRYishkWJrFSmwTtpaQKTYxnORwtq9DZlIsQ2fSDFCcOyYSLFt6MsBWRUptk2IFANSECm2BSb5gBoyQYdm4u0ImXg7ISbeXpkY66TtBZh4B8+Z2Nq9AxkT76BM7B4xJt4x9OVOWWXiHRNMvFMKTLwjMMl3AjIxq7oLnAMxjDuztAt20XaB2YUgoAb63i6w9cZAgXZBB5J2wc7AVX4QMCk7aLvADCJI8MEs7YJdgcF5GbBdcDlJu2AIoUgxREik2E1FCqyTdhMQKXb3XKSwdu9OJlLszidSjBQcOyZS7BH6cs+sihR7JESKPVMQKfYAJvmeNWSCDs3EexEy8V5CTDxUmRjrpKECTLy350xs7d6bjIn3ViZ2jxgT7xP6ct+sMvE+CSbeNwUm3geY5PsCmZhV3QXOgRjG/VjaBcO0XWCGEQTUcN/bBbbeGC7QLuhI0i7YD7jKjwAmZUdtF5gRBAk+kqVdUA4MzlnAdsFsknZBBaFIUSEkUoxSkQLrpFECIsX+nosU1u79yUSK/flEinLBsWMixQGhL0dnVaQ4ICFSjE5BpDgAmOSja8gEHZqJxxAy8RghJj5QmRjrpAMFmPggz5nY2n0QGRMfpEzsHjEmPjj05disMvHBCSYemwITHwxM8rFAJmZVd4FzIIbxEJZ2waHaLjCHEgTUON/bBbbeGCfQLuhE0i44BLjKjwcmZSdtF5jxBAl+GEu74HBgcF4DbBfMIWkXTCAUKSYIiRQTVaTAOmmigEhxhOcihbX7CDKR4gg+kaJCcOyYSHFk6MtJWRUpjkyIFJNSECmOBCb5pBoyQYdm4smETDxZiImPUibGOukoASY+2nMmtnYfTcbERysTu0eMiY8JfTklq0x8TIKJp6TAxMcAk3wKkIlZ1V3gHIhhPJalXXCctgvMcQQBNdX3doGtN6YKtAs6k7QLjgWu8tOASdlZ2wVmGkGCH8/SLjgBGJzXA9sFN5C0C04kFClOFBIppqtIgXXSdAGR4iTPRQpr90lkIsVJdCKFKZYbOy5SnBz68pSsihQnJ0SKU1IQKU4GJvkpNWSCDs3EMwiZeIYQE5+qTIx10qkCTHya50xs7T6NjIlPUyaODe7iPz305RlZZeLTE0x8RgpMfDowyc8AMjGruntGDf8xnsnSLjhL2wXmLIKAOtv3doGtN84WaBd0IWkXnAlc5WcCk7KLtgvMTIIEP4elXXAuMDhvBrYLbiFpF5xHKFKcJyRSnK8iBdZJ5wuIFBd4LlJYuy8gEyku4BMpjNzYcZHiwtCXF2VVpLgwIVJclIJIcSEwyS+qIRN0aCa+mJCJLxZi4kuUibFOukSAiS/1nImt3ZeSMfGlysSxwV38l4W+vDyrTHxZgokvT4GJLwMm+eVAJmZVdy+v4T/GK1jaBVdqu8BcSRBQs3xvF9h6Y5ZAu6ArSbvgCuAqPxuYlF21XWBmEyT4VSztgquBwXk7sF0wl6RdcA2hSHGNkEgxR0UKrJPmCIgU13ouUli7ryUTKa7lEylK5MaOixTXhb68PqsixXUJkeL6FESK64BJfn0NmaBDM/ENhEx8gxAT36hMjHXSjQJMfJPnTGztvomMiW9SJo4N7uK/OfTlLVll4psTTHxLCkx8MzDJbwEyMau6e0sN/zHeytIuuE3bBeY2goC63fd2ga03bhdoF3QjaRfcClzl5wKTspu2C8xcggS/g6VdcCcwOO8CtgvmkbQL7iIUKe4SEinmqUiBddI8AZHibs9FCmv33WQixd18IkV3ubHjIsU9oS/vzapIcU9CpLg3BZHiHmCS31tDJujQTDyfkInnCzHxfcrEWCfdJ8DE93vOxNbu+8mY+H5l4tjgLv4FoS8fyCoTL0gw8QMpMPECYJI/AGRiVnX3gRr+Y3yQpV3wkLYLzEMEAfWw7+0CW288LNAuKCZpFzwIXOUfASZlsbYLzCMECf4oS7vgMWBw3gtsF8wnaRc8TihSPC4kUixUkQLrpIUCIsUTnosU1u4nyESKJ/hEilK5seMixZOhL5/KqkjxZEKkeCoFkeJJYJI/VUMm6NBMvIiQiRcJMfHTysRYJz0twMTPeM7E1u5nyJj4GWXi2OAu/mdDXy7OKhM/m2DixSkw8bPAJF8MZGJWdXdxDf8xPsfSLnhe2wXmeYKAesH3doGtN14QaBeUkLQLngOu8kuASVmi7QKzhCDBX2RpF7wEDM4FwHbBAyTtgpcJRYqXhUSKpSpSYJ20VECkeMVzkcLa/QqZSPEKn0jRQ27suEjxaujL17IqUryaECleS0GkeBWY5K/VkAk6NBO/TsjErwsx8RvKxFgnvSHAxG96zsTW7jfJmPhNZeLY4C7+t0JfLssqE7+VYOJlKTDxW8AkXwZkYlZ1d1kN/zG+zdIueEfbBeYdgoB61/d2ga033hVoF5SStAveBq7y7wGTslTbBeY9ggR/n6Vd8AEwOB8GtgseIWkXfEgoUnwoJFJ8pCIF1kkfCYgUH3suUli7PyYTKT7mEyl6yo0dFyk+CX35aVZFik8SIsWnKYgUnwCT/NMaMkGHZuLPCJn4MyEm/lyZGOukzwWY+AvPmdja/QUZE3+hTBwb3MX/ZejLr7LKxF8mmPirFJj4S2CSfwVkYlZ196sa/mP8mqVd8I22C8w3BAH1re/tAltvfCvQLuhJ0i74GrjKfwdMyp7aLjDfEST49yztgh+Awfk4sF2wkKRd8COhSPGjkEjxk4oUWCf9JCBS/Oy5SGHt/plMpPiZT6ToJTd2XKT4JfTlr1kVKX5JiBS/piBS/AJM8l9ryAQdmol/I2Ti34SY+HdlYqyTfhdg4j88Z2Jr9x9kTPyHMnFscBf/8tCXK7LKxMsTTLwiBSZeDkzyFUAmZlV3V9TwH2NeTZJ2QRUcUNp2QZWa/mPMR2NEA7T1hgWJDtAyknaBm/GVrj2ASVmm7QJTlSDBq0kxBrpdUB0YnE8B2wWLSNoFBciFIi8dkaIAGJwu3ho1V71WkaKSY1on1aiJH7cmMGCl7K5ZE+4jUZGiJjChUhIpyuTGjosUtUJfFjo+zZRIYSegnWOsOxFJQNG1K5uYtYBJXlhTJujQTFxEyMRFQkxcW5kY66TaAkxcx3MmtnbXIWPiOsrEscFd/HVDX9bLKhPXTTBxvRSYuC4wyesBmZhV3a1X03+M9VnaBQ20XWAaEARUQ9/bBbbeaCjQLuhD0i6oD1zlGwGTso+2C0wjggRvzNIuaAIMzmeB7YLFJO2CpoQiRVMhkaKZihRYJzUTECmaey5SWLubk4kUzflEit5yY8dFihahL1tmVaRokRApWqYgUrQAJnnLmjJBh2biVoRM3EqIiVsrE2Od1FqAidt4zsTW7jZkTNxGmTg2uIu/bejLtbLKxG0TTLxWCkzcFpjkawGZmFXdXaum/xjbsbQL2mu7wLQnCKgOvrcLbL3RQaBdsDFJu6AdcJVfG5iUG2u7wKxNkOAdWdoF6wCD8wVgu2AJSbugE6FI0UlIpFhXRQqsk9YVECk6ey5SWLs7k4kUnflEimFyY8dFivVCX3bJqkixXkKk6JKCSLEeMMm71JQJOjQTr0/IxOsLMXFXZWKsk7oKMPEGnjOxtXsDMibeQJk4NriLv1voyw2zysTdEky8YQpM3A2Y5BsCmZhV3d2wpv8Yi1naBUbbBcYQBFSJ7+0CW2+UCLQLNiVpFxQDV/nuwKTcVNsFpjtBgpeytAt6AIPzZWC7YClJu6AnoUjRU0ik6KUiBdZJvQREijLPRQprdxmZSFHGJ1IMlxs7LlL0Dn3ZJ6siRe+ESNEnBZGiNzDJ+9SUCTo0E29EyMQbCTHxxsrEWCdtLMDEm3jOxNbuTciYeBNl4tjgLv5NQ19ullUm3jTBxJulwMSbApN8MyATs6q7m9X0H2NflnZBP20XmH4EAdXf93aBrTf6C7QL+pK0C/oCV/nNgUnZV9sFZnOCBN+CpV2wJTA4XwO2C14naRdsRShSbCUkUmytIgXWSVsLiBTbeC5SWLu3IRMptuETKUbIjR0XKbYNfTkgqyLFtgmRYkAKIsW2wCQfUFMm6NBMvB0hE28nxMTbKxNjnbS9ABPv4DkTW7t3IGPiHZSJY4O7+HcMfblTVpl4xwQT75QCE+8ITPKdgEzMqu7uVNN/jDuztAt20XaB2YUgoAb63i6w9cZAgXZBf5J2wc7AVX4QMCn7a7vADCJI8MEs7YJdgcH5FrBdsIykXTCEUKQYIiRS7KYiBdZJuwmIFLt7LlJYu3cnEyl25xMpRsqNHRcp9gh9uWdWRYo9EiLFnimIFHsAk3zPmjJBh2bivQiZeC8hJh6qTIx10lABJt7bcya2du9NxsR7KxPHBnfx7xP6ct+sMvE+CSbeNwUm3geY5PsCmZhV3d23pv8Y92NpFwzTdoEZRhBQw31vF9h6Y7hAu2ALknbBfsBVfgQwKbfQdoEZQZDgI1naBeXA4HwX2C54j6RdUEEoUlQIiRSjVKTAOmmUgEixv+cihbV7fzKRYn8+kaJcbuy4SHFA6MvRWRUpDkiIFKNTECkOACb56JoyQYdm4jGETDxGiIkPVCbGOulAASY+yHMmtnYfRMbEBykTxwZ38R8c+nJsVpn44AQTj02BiQ8GJvlYIBOzqrtja/qP8RCWdsGh2i4whxIE1Djf2wW23hgn0C7YiqRdcAhwlR8PTMqttF1gxhMk+GEs7YLDgcH5IbBd8BFJu2ACoUgxQUikmKgiBdZJEwVEiiM8Fyms3UeQiRRH8IkUFXJjx0WKI0NfTsqqSHFkQqSYlIJIcSQwySfVlAk6NBNPJmTiyUJMfJQyMdZJRwkw8dGeM7G1+2gyJj5amTg2uIv/mNCXU7LKxMckmHhKCkx8DDDJpwCZmFXdnVLTf4zHsrQLjtN2gTmOIKCm+t4usPXGVIF2wTYk7YJjgav8NGBSbqPtAjONIMGPZ2kXnAAMzk+B7YLPdklnoajs/J0InL/9gPM3DDiW5PxN/9+fP9H4Owm548ORi6kOJnr0RsSWhQcKjDtA2O7iyh3G2nyIgN3bCW3s8sH2A/1jtiPw9Tigr8srVh4jDszzO7eb58nk9o4E/j5IwO6dSHIb6B+zk+f8NUAoxgcSxPjBAnYPIolxoH8M0mbrjwLHXrsOLQ99tTx87+Rgr3pKKCq5nx0Xfsb+e/TZGcHrUxNyPlrKHw8c6zTgPjytZvWheVj/R8fp2qzGOul0gWb1GZ43q63dZwg1qyVI6TQBtfzMmuku0GcF1zt7DQv0Wc4CPTN4fU6Ozx4SfnZm+Fm7AJwbvD5PeDFHxvP5wMX8n8z7BcH1LlzDvF/gzPtFweuL1zDvFznzfknw+tIcnz00/Owl4WftQnlZ8Pry0EcSa825AvkxxPPNqo2jywTs3i2lLlplcV4BzCOgr43U/KH9fOV/v6YVJ8ZKbVN5pdAdkLN0U4l10iyBTeVszzeV1u7ZZHdAzha8AxKtTtg/rIzsiJ4TZPN0YX9VcmyTfMOd36tC7Ff/gzs0V+StHkPJOzRX5P39HZq5xvnX7tC0E7DAMfZqJziSgFDXvgq4CF2zhrHKepUPr+hV2n1YcWnF8GCcnhXl3YeV9DYVZd2D4buXmuHDyotHlg7v1bO0Z1lFr9SeQbhGiIHnKANjnTRHgIGv9ZyBrd3XpiTrVNb+q0Os6HH39PQmyCROZCxdB9wV7AnuW9hFzOLrF46JjvloV4SOo6Geyx/R7g1t995+yh+rldzIjcjVwLH2IbkJGxjfBhgzZh8S+eh6QvnoeqHN6w26ecU66QaBzeuNnm9erd03EvUkJbD+1UO0aPxXV2IhqIgd5anJPTeF833zP5B7+ueYu6TcYz/zd3JPrnH+Vu6RCDbQWH/uyG+qucrY/HBS++XFD/SOA2iHuRm4mN0CS4aKimg+bxGseOw8Xi2w8x/u112Zq+2SDnTiFmn3CM/vRj0wzE/0uCM9rVSSBINcN9wYr/R3B5FUesD4NsCYMeUp3RVcWT/fBOSaW4FKnR1DglturSmzhiF9LaEizizA2z2aQEU8V8DuMSQ3Ud0GzEegr80Yz+PG5stVAnFzMEG+XC1g91iSfLkdmC9AX5uxBPlyh0DcjCPIlzsF7B5Pki9zgfkC9LUZT5AvjwrEzQSCfHlMwO6JJPlyBzBfgL42Ewny5UWBuJlEkC8vCdg9mSRf7gTmC9DXZjJBvrwvEDfHEOTLBwJ2TyHJl7uA+QL0tZlCkC/fC8TNVIJ8+UHA7mkk+TIPmC9AX5tpBPlSrQY+bk4kyJfqAnZPJ8mXu4H5AvS1mU6QL40F4uYUgnxpImD3DJJ8uQeYL0BfmxkE+dJRIG5OJ8iXdQTsPoMkX+4F5gvQ1+YMgnwpFYibswnypYeA3TNJ8mU+MF+AvjYzCfJlC4G4OY8gX7YUsPt8kny5D5gvQF+b8wnyZbBA3FxEkC+7Cth9MUm+3A/MF6CvzcUE+TJSIG4uI8iXcgG7LyfJlwXAfAH62lxOkC+HCcTNLIJ8OVzA7tkk+fIAMF+AvjazCfLleIG4uYYgX04QsHsOSb48CMwXoK/NHIJ8OUcgbq5neP5FwO4bSPLlIWC+AH1tbiDIl6sE4uZmhudfBOy+hSRfHgbmC9DX5haCfLlDIG5uZ3j+RcDuuST58ggwX4C+NnMJ8uVRgbi5i+H5FwG755Hky6PAfAH62swjyJcXBeLmXobnXwTsnk+SL48B8wXoazOfIF/eF4ibBQzPvwjY/QBJvjwOzBegr80DBPnyvUDcPMzw/IuA3Y+Q5MtCYL4AfW0eIciXagJ/R+pxhudfBOxeSJIvTwDzBehrs5AgXxoLxM1TDM+/CNi9iCRfngTmC9DXZhFBvnQUiJtnGZ5/EbB7MUm+PAXMF6CvzWKCfCkViJsXGJ5/EbB7CUm+LALmC9DXZglBvmwhEDcvMzz/ImD3UpJ8eRqYL0Bfm6UE+TJYIG5eY3j+RcDu10ny5RlgvgB9bV4nyJeRAnHzFsPzLwJ2LyPJl2eB+QL0tVlGkC+HCcTNuwzPvwjY/R5JviwG5gvQ1+Y9gnw5XiBuPmR4/kXA7o9I8uU5YL4AfW2Q82e/9K9PcLYLx7Pf4WG/l8D+rXX796Pt38S1f+fT/u1C+/fY7N+Ysn83x/4tEPv3Dewz2/Y5VPtsnX1eyD4DYe/rtveq2vvv7D1F9j4J2/u1/Syr0Vvd0Woptj60e17L43Zteq5mXuxAx93zNWXiDq4DAuPO+nejvFXf42Tn4AXheV4C/I6ntL7Nd4nQt/m+qN/mi3XSiwLf5vuS59/ma+1+qSbcR2Lf5iuBNfltvvlg3HaTd2JN7OZpupDPkgcKszu/L4fYl/6Dbwhu7/x/VZyfVRxftc/7+28IzjXO/8Q3BNvJbOdM3NKaq6+8Pn9D8FLgAvlKTfz8vvIP5rOyuF8FLg5DgdXA3sJVJOLbKl8WqCI/JbB7qYDdn3muGli7XxWw+/OUVIPiyh0GGJcG6GsjNX/wLiVh9fiaUPX4ulaPWCe9LlA9vuF59WjtfoOoenxDq0f66vHNEPtbWj3+90c0UW8mqse3yKrHt4AL5DKB6nFZCtXj21o9/tdV1JsC1cTXBHa/JWD3NwTV49sCdn9LUj0C49IAfW2Q82dJf6O81Q+0f9Cx+VZN/zG+I9Tjxt8sBiRE1oB6lyCg3kNjRAO02vJ7AozxIwljvAPcXb8PTMofCXYa7wvEzQc1sUzZJ2/1AzmvEnP7AcHC9qHvC9v4YIwZAgH6s+eJeVpg8xUCdv9CctvpR8BFGOhrIzV/+eD5OxA41sdAX0jkihSJfVLTf/L+SMDu3z1fGy1pfSxg9x8ka+OnwHwE+tr8MZBm0/dnYxcdm58QbPo+rSkT5/i7fCpf1ZWEY5m07oL4TOguiM/1Lgiskz4XuAviC8/vgrB2fyHcUZec0+JKHmncATG1AHsHxEl4f8USGjS2iV648/tliP2rf3AHRIe81WMoeQdEh7y/vwMi1zh/ewcEaBL+nIzIuC9rrgKYH05EuwQ41DWj4EOzcN4gv8uBKEnQdlcZJLNAgsqBP3c2XwJJ5yvgWPkpzV9x5Q4DjG8DjBkDnL/Ygg+/i4TkieJvwE8Ub5y3ikzsHHwj/ETxt4T3hH8rVA19p9UQ1knfCVRD33teDVm7vyerhr4XrIaEYja1+61/CH35o+/3W6MnITLuh8Q90j/WzFvtQDeafgAm+Y8kO4mfCJn4JyEm/lmZGOuknwWY+BfPmdja/QsZE/+iTOweMSb+NfTlb1ll4l8TTPxbCkz8KzDJfwPfv7fx6uZ73yb9rab/GH9naeX+Ab7TnTGg/iAIqOW+3xBq643lAmp/AYla/TtwlV8BTErk/LHe8b2CIMHtngiNceWB3s4g72CtUgs4gc6BvrMvH4hzNPDOvjEkfzanai0+YaYqMCFdvNWc4keFmUqOaZ1kJxQ9bnVgwErZXb0W3Eeiwkx1YEKlJMxI3JD159gu/oLQlzUcn2ZKmLET0M4x1p2IJKDo2pUuLYBJXkNoJ4Nm4pqETFxTiIlrKRNjnVRLgIkLPWdia3chGRMXKhPHxnbxF4W+rJ1VJi5KMHHtFJi4CJjktYFMzKpoA+dADGMdKcELvWWqqwFl6hIEVD00RjRAW2/UqyWwpydpkdQBrvL1gUlZU1skpj5BgjeQYgx0u6AhMDgPBrYLxpK0CxoRihSNhESKxipSYJ3UWECkaOK5SGHtbkImUjThEylKBMeOiRRNQ182y6pI0TQhUjRLQaRoCkzyZrVkgg7NxM0Jmbi5EBO3UCbGOqmFABO39JyJrd0tyZi4pTKxe8SYuFXoy9ZZZeJWCSZunQITtwImeWsgE7Oqu8A5EMPYhqVd0FbbBaYtQUCt5Xu7wNYbawm0CwpJ2gVtgKt8O2BSFmq7wLQjSPD2LO2CDsDgHAdsF4wnaResTShSrC0kUnRUkQLrpI4CIsU6nosU1u51yESKdfhEiu6CY8dEik6hL9fNqkjRKSFSrJuCSNEJmOTr1pIJOjQTdyZk4s5CTLyeMjHWSesJMHEXz5nY2t2FjIm7KBO7R4yJ1w992TWrTLx+gom7psDE6wOTvCuQiVnVXeAciGHcgKVd0E3bBaYbQUBt6Hu7wNYbGwq0C2qTtAs2AK7yxcCkrK3tAlNMkOCGpV1QAgzOCcB2wUSSdkF3QpGiu5BIUaoiBdZJpQIiRQ/PRQprdw8ykaIHn0hRKjh2TKToGfqyV1ZFip4JkaJXCiJFT2CS96olE3RoJi4jZOIyISburUyMdVJvASbu4zkTW7v7kDFxH2Vi94gx8UahLzfOKhNvlGDijVNg4o2ASb4xkIlZ1V3gHIhh3ISlXbCptgvMpgQBtZnv7QJbb2wm0C6oS9Iu2AS4yvcFJmVdbReYvgQJ3o+lXdAfGJyTgO2CySTtgs0JRYrNhUSKLVSkwDppCwGRYkvPRQpr95ZkIsWWfCJFD8GxYyLFVqEvt86qSLFVQqTYOgWRYitgkm9dSybo0Ey8DSETbyPExNsqE2OdtK0AEw/wnImt3QPImHiAMrF7xJh4u9CX22eVibdLMPH2KTDxdsAk3x7IxKzqLnAOxDDuwNIu2FHbBWZHgoDayfd2ga03dhJoF9QnaRfsAFzldwYmZX1tF5idCRJ8F5Z2wUBgcB4DbBdMIWkXDCIUKQYJiRSDVaTAOmmwgEixq+cihbV7VzKRYlc+kaKn4NgxkWJI6MvdsipSDEmIFLulIFIMASb5brVkgg7NxLsTMvHuQky8hzIx1kl7CDDxnp4zsbV7TzIm3lOZ2D1iTLxX6MuhWWXivRJMPDQFJt4LmORDgUzMqu4C50AM494s7YJ9tF1g9iEIqH19bxfYemNfgXZBQ5J2wd7AVX4/YFI21HaB2Y8gwYextAuGA4NzKrBdMI2kXTCCUKQYISRSjFSRAuukkQIiRbnnIoW1u5xMpCjnEyl6CY4dEykqQl+OyqpIUZEQKUalIFJUAJN8VC2ZoEMz8f6ETLy/EBMfoEyMddIBAkw82nMmtnaPJmPi0crE7hFj4jGhLw/MKhOPSTDxgSkw8Rhgkh8IZGJWdRc4B2IYD2JpFxys7QJzMEFAjfW9XWDrjbEC7YLGJO2Cg4Cr/CHApGys7QJzCEGCH8rSLhgHDM4Tge2C6STtgvGEIsV4IZHiMBUpsE46TECkONxzkcLafTiZSHE4n0hRJjh2TKSYEPpyYlZFigkJkWJiCiLFBGCST6wlE3RoJj6CkImPEGLiI5WJsU46UoCJJ3nOxNbuSWRMPEmZ2D1iTDw59OVRWWXiyQkmPioFJp4MTPKjgEzMqu4C50AM49Es7YJjtF1gjiEIqCm+twtsvTFFoF3QlKRdcDRwlT8WmJRNtV1gjiVI8ONY2gVTgcF5CrBdMIOkXTCNUKSYJiRSHK8iBdZJxwuIFCd4LlJYu08gEylO4BMpeguOHRMpTgx9OT2rIsWJCZFiegoixYnAJJ9eSybo0Ex8EiETnyTExCcrE2OddLIAE5/iORNbu08hY+JTlIndI8bEM0JfnppVJp6RYOJTU2DiGcAkPxXIxKzqLnAOxDCextIuOF3bBeZ0goA6w/d2ga03zhBoFzQnaRecBlzlzwQmZXNtF5gzCRL8LJZ2wdnA4Dwd2C44g6RdMJNQpJgpJFKcoyIF1knnCIgU53ouUli7zyUTKc7lEymGCY4dEynOC315flZFivMSIsX5KYgU5wGT/PxaMkGHZuILCJn4AiEmvlCZGOukCwWY+CLPmdjafREZE1+kTOweMSa+OPTlJVll4osTTHxJCkx8MTDJLwEyMau6C5wDMYyXsrQLLtN2gbmMIKAu971dYOuNywXaBS1J2gWXAlf5K4BJ2VLbBeYKggS/kqVdMAsYnGcD2wUzSdoFswlFitlCIsVVKlJgnXSVgEhxtecihbX7ajKR4mo+kWK44NgxkeKa0JdzsipSXJMQKeakIFJcA0zyObVkgg7NxNcSMvG1Qkx8nTIx1knXCTDx9Z4zsbX7ejImvl6Z2D1iTHxD6Msbs8rENySY+MYUmPgGYJLfCGRiVnUXOAdiGG9iaRfcrO0CczNBQN3ie7vA1hu3CLQLWpO0C24CrvK3ApOytbYLzK0ECX4bS7vgdmBwngdsF5xP0i6YSyhSzBUSKe5QkQLrpDsERIo7PRcprN13kokUd/KJFCMEx46JFHeFvpyXVZHiroRIMS8FkeIuYJLPqyUTdGgmvpuQie8WYuJ7lImxTrpHgInv9ZyJrd33kjHxvcrE7hFj4vmhL+/LKhPPTzDxfSkw8Xxgkt8HZGJWdRc4B2IY72dpFyzQdoFZQBBQD/jeLrD1xgMC7YK2JO2C+4Gr/IPApGyr7QLzIEGCP8TSLngYGJwXAdsFF5O0Cx4hFCkeERIpHlWRAuukRwVEisc8Fyms3Y+RiRSP8YkUIwXHjokUj4e+XJhVkeLxhEixMAWR4nFgki+sJRN0aCZ+gpCJnxBi4ieVibFOelKAiZ/ynImt3U+RMfFTysTuEWPiRaEvn84qEy9KMPHTKTDxImCSPw1kYlZ1FzgHYhifYWkXPKvtAvMsQUAt9r1dYOuNxQLtgnYk7YJngKv8c8CkbKftAvMcQYI/z9IueAEYnJcB2wWXk7QLlhCKFEuERIoXVaTAOulFAZHiJc9FCmv3S2QixUt8IkW54NgxkeLl0JdLsypSvJwQKZamIFK8DEzypbVkgg7NxK8QMvErQkz8qjIx1kmvCjDxa54zsbX7NTImfk2Z2D1iTPx66Ms3ssrEryeY+I0UmPh1YJK/AWRiVnUXOAdiGN9kaRe8pe0C8xZBQC3zvV1g641lAu2CDiTtgjeBq/zbwKTsoO0C8zZBgr/D0i54Fxics4Dtgtkk7YL3CEWK94REivdVpMA66X0BkeIDz0UKa/cHZCLFB3wiRYXg2DGR4sPQlx9lVaT4MCFSfJSCSPEhMMk/qiUTdGgm/piQiT8WYuJPlImxTvpEgIk/9ZyJrd2fkjHxp8rE7hFj4s9CX36eVSb+LMHEn6fAxJ8Bk/xzIBOzqrvAORDD+AVLu+BLbReYLwkC6ivf2wW23vhKoF3QkaRd8AVwlf8amJQdtV1gviZI8G9Y2gXfAoPzGmC7YA5Ju+A7QpHiOyGR4nsVKbBO+l5ApPjBc5HC2v0DmUjxA51IYYrlxo6LFD+GvvwpqyLFjwmR4qcURIofgUn+Uy2ZoEMz8c+ETPyzEBP/okyMddIvAkz8q+dMbO3+lYyJf1Umjg3u4v8t9OXvWWXi3xJM/HsKTPwbMMl/BzIxq7r7ey3/Mf7B0i5Yru0Cs5wgoFb43i6w9cYKgXZBJ5J2wR/IrVwhDlcnbRcY4HyKYaxSKBPn8HZBPjA4rwe2C24gaRdULeQTKaoCg9PFW63QeR3+VJHivxzTOslOKHrc6sCAlbK7eiHcR6IiRXVgQqUkUhi5seMiRUHoyxqOTzMlUtgJaOcY605EElB07comZgEwyWsUygQdmolrEjJxTSEmrqVMjHVSLQEmLvScia3dhWRMXKhMHBvcxV8U+rJ2Vpm4KMHEtVNg4iJgktcGMjGrulu70H+MdaTEH/SWqS5Q/GENqLoEAVUPjREN0NYb9QrxAdqZpF1QB7jK1wcmZWdtF5j6BAnegKVd0BAYnDcD2wW3kLQLGhGKFI2ERIrGKlJgndRYQKRo4rlIYe1uQiZSNOETKUrkxo6LFE1DXzbLqkjRNCFSNEtBpGgKTPJmhTJBh2bi5oRM3FyIiVsoE2Od1EKAiVt6zsTW7pZkTNxSmTg2uIu/VejL1lll4lYJJm6dAhO3AiZ5ayATs6q7rQv9x9iGpV3QVtsFpi1BQK3le7vA1htrCbQLupC0C9oAV/l2wKTsou0C044gwduztAs6AIPzdmC7YC5Ju2BtQpFibSGRoqOKFFgndRQQKdbxXKSwdq9DJlKswydSdJcbOy5SdAp9uW5WRYpOCZFi3RREik7AJF+3UCbo4HciETJxZyEmXk+ZGOuk9QSYuIvnTGzt7kLGxF2UiWODu/jXD33ZNatMvH6CibumwMTrA5O8K5CJWdXdroX+Y9yApV3QTdsFphtBQG3oe7vA1hsbCrQLupK0CzYArvLFwKTsqu0CU0yQ4IalXVACDM67gO2CeSTtgu6EIkV3IZGiVEUKrJNKBUSKHp6LFNbuHmQiRQ8+kaJUbuy4SNEz9GWvrIoUPRMiRa8URIqewCTvVSgTdGgmLiNk4jIhJu6tTIx1Um8BJu7jORNbu/uQMXEfZeLY4C7+jUJfbpxVJt4owcQbp8DEGwGTfGMgE7OquxsX+o9xE5Z2wabaLjCbEgTUZr63C2y9sZlAu6AbSbtgE+Aq3xeYlN20XWD6EiR4P5Z2QX9gcN4LbBfMJ2kXbE4oUmwuJFJsoSIF1klbCIgUW3ouUli7tyQTKbbkEyl6yI0dFym2Cn25dVZFiq0SIsXWKYgUWwGTfOtCmaBDM/E2hEy8jRATb6tMjHXStgJMPMBzJrZ2DyBj4gHKxLHBXfzbhb7cPqtMvF2CibdPgYm3Ayb59kAmZlV3ty/0H+MOLO2CHbVdYHYkCKidfG8X2HpjJ4F2QTFJu2AH4Cq/MzApi7VdYHYmSPBdWNoFA4HBuQDYLniApF0wiFCkGCQkUgxWkQLrpMECIsWunosU1u5dyUSKXflEip5yY8dFiiGhL3fLqkgxJCFS7JaCSDEEmOS7FcoEHZqJdydk4t2FmHgPZWKsk/YQYOI9PWdia/eeZEy8pzJxbHAX/16hL4dmlYn3SjDx0BSYeC9gkg8FMjGruju00H+Me7O0C/bRdoHZhyCg9vW9XWDrjX0F2gUlJO2CvYGr/H7ApCzRdoHZjyDBh7G0C4YDg/NhYLvgEZJ2wQhCkWKEkEgxUkUKrJNGCogU5Z6LFNbucjKRopxPpOglN3ZcpKgIfTkqqyJFRUKkGJWCSFEBTPJRhTJBh2bi/QmZeH8hJj5AmRjrpAMEmHi050xs7R5NxsSjlYljg7v4x4S+PDCrTDwmwcQHpsDEY4BJfiCQiVnV3QML/cd4EEu74GBtF5iDCQJqrO/tAltvjBVoF5SStAsOAq7yhwCTslTbBeYQggQ/lKVdMA4YnI8D2wULSdoF4wlFivFCIsVhKlJgnXSYgEhxuOcihbX7cDKR4nA+kaJMbuy4SDEh9OXErIoUExIixcQURIoJwCSfWCgTdGgmPoKQiY8QYuIjlYmxTjpSgIknec7E1u5JZEw8SZk4NriLf3Loy6OyysSTE0x8VApMPBmY5EcBmZhV3T2q0H+MR7O0C47RdoE5hiCgpvjeLrD1xhSBdkFPknbB0cBV/lhgUvbUdoE5liDBj2NpF0wFBudTwHbBIpJ2wTRCkWKakEhxvIoUWCcdLyBSnOC5SGHtPoFMpDiBT6ToLTd2XKQ4MfTl9KyKFCcmRIrpKYgUJwKTfHqhTNChmfgkQiY+SYiJT1YmxjrpZAEmPsVzJrZ2n0LGxKcoE8cGd/HPCH15alaZeEaCiU9NgYlnAJP8VCATs6q7pxb6j/E0lnbB6douMKcTBNQZvrcLbL1xhkC7oIykXXAacJU/E5iUZdouMGcSJPhZLO2Cs4HB+SywXbCYpF0wk1CkmCkkUpyjIgXWSecIiBTnei5SWLvPJRMpzuUTKYbJjR0XKc4LfXl+VkWK8xIixfkpiBTnAZP8/EKZoEMz8QWETHyBEBNfqEyMddKFAkx8kedMbO2+iIyJL1Imjg3u4r849OUlWWXiixNMfEkKTHwxMMkvATIxq7p7SaH/GC9laRdcpu0CcxlBQF3ue7vA1huXC7QL+pC0Cy4FrvJXAJOyj7YLzBUECX4lS7tgFjA4XwC2C5aQtAtmE4oUs4VEiqtUpMA66SoBkeJqz0UKa/fVZCLF1XwixXC5seMixTWhL+dkVaS4JiFSzElBpLgGmORzCmWCDs3E1xIy8bVCTHydMjHWSdcJMPH1njOxtft6Mia+Xpk4NriL/4bQlzdmlYlvSDDxjSkw8Q3AJL8RyMSs6u6Nhf5jvImlXXCztgvMzQQBdYvv7QJbb9wi0C7YmKRdcBNwlb8VmJQba7vA3EqQ4LextAtuBwbny8B2wVKSdsFcQpFirpBIcYeKFFgn3SEgUtzpuUhh7b6TTKS4k0+kGCE3dlykuCv05bysihR3JUSKeSmIFHcBk3xeoUzQoZn4bkImvluIie9RJsY66R4BJr7Xcya2dt9LxsT3KhPHBnfxzw99eV9WmXh+gonvS4GJ5wOT/D4gE7Oqu/cV+o/xfpZ2wQJtF5gFBAH1gO/tAltvPCDQLtiUpF1wP3CVfxCYlJtqu8A8SJDgD7G0Cx4GBudrwHbB6yTtgkcIRYpHhESKR1WkwDrpUQGR4jHPRQpr92NkIsVjfCLFSLmx4yLF46EvF2ZVpHg8IVIsTEGkeByY5AsLZYIOzcRPEDLxE0JM/KQyMdZJTwow8VOeM7G1+ykyJn5KmTg2uIt/UejLp7PKxIsSTPx0Cky8CJjkTwOZmFXdfbrQf4zPsLQLntV2gXmWIKAW+94usPXGYoF2QV+SdsEzwFX+OWBS9tV2gXmOIMGfZ2kXvAAMzreA7YJlJO2CJYQixRIhkeJFFSmwTnpRQKR4yXORwtr9EplI8RKfSFEuN3ZcpHg59OXSrIoULydEiqUpiBQvA5N8aaFM0KGZ+BVCJn5FiIlfVSbGOulVASZ+zXMmtna/RsbErykTxwZ38b8e+vKNrDLx6wkmfiMFJn4dmORvAJmYVd19o9B/jG+ytAve0naBeYsgoJb53i6w9cYygXZBf5J2wZvAVf5tYFL213aBeZsgwd9haRe8CwzOd4HtgvdI2gXvEYoU7wmJFO+rSIF10vsCIsUHnosU1u4PyESKD/hEigq5seMixYehLz/KqkjxYUKk+CgFkeJDYJJ/VCgTdGgm/piQiT8WYuJPlImxTvpEgIk/9ZyJrd2fkjHxp8rEscFd/J+Fvvw8q0z8WYKJP0+BiT8DJvnnQCZmVXc/L/Qf4xcs7YIvtV1gviQIqK98bxfYeuMrgXbBFiTtgi+Aq/zXwKTcQtsF5muCBP+GpV3wLTA4PwS2Cz4amM5CUdn5+w44f0OB87c3cCzJ+fv+f3/+ROPvB+D85eHIxVQBEz16I2LLwsMExt1K2O7iyh3G2nyEgN1bC23s8sH2A/1jtibw9SSgr8srVh4jDsvzO7eb58nk9gACfx8uYPd2JLkN9I/ZznP+GiAU4zsSxPgEAbt3IolxoH8M0mbrjwLHXrsOLQ99tTx878dgr/pTKCq5n50Ufsb+e/TZn4PXvyTkfLSUPxk41q/AfXhazeoj87D+j47ftFmNddJvAs3q3z1vVlu7fxdqVkuQ0q8Cavkfheku0MuD661YwwK93Fmg84qCzxWt/tkjovGK/v+nXQDyg9dVi/JiB3oxR8ZztSJsr/rv5r16cL2Cor+e9+pFqz5bI3hdcw3zXsOZ91rB68Icnz0y/Gyt8LN2oSwKXtcOfSSx1uQX4fNjoOebVRtHRQJ2D0qpi1ZZnHWAeQT0tZGaP7Sf6xb912MVJ8ZKbVNZtwjLWdFRz+EP3VRWckzrpHpF+HHrF+GCX8ru+kVwH4neAVkfmFDJOyDR6sSBwRjIjmiVWnl53wvfsVrJsU3yDXd+G4Sx1tCJub+6Q3NF3uoxlLxDc0Xe39+hmWucf+0OTTsBCxxjGzrBnASEunYD4CLUaA1jlfUqH17Rq7T7sOLSiuHBOD0ryrsPK+ltKsq6B8N3LzXDh5UXjywd3qtnac+yil6pPYPQSIiBGysDY53UWICBm3jOwNbuJkIMjN5+Nwyxoscd4ulNkEmcyFhqCiwFh4D7FnYRs/j6hWOiYz7aFaHjaHfP5Y9o94a2ew8/5Y/VSm7kRqQhcKw9SW7CBsa3AcaM2ZNEPmpGKB81E9q8NtfNK9ZJzQU2ry0837xau1uktHktrtyxsicpgfWvHqJF429YiYWgInaUpyb3tAznu9U/kHv655i7pNzTP+/v5Z5c4/yt3CMRbKCx/tyRtyxaZWx+OKn98uIHescBtMO0Ai5mrWHJUFERzWdrwYrHzmNDgcp5H7/uylxtl3SYE7dIu/f1/G7Uw8L8RI+7n6eVSpJgkOuGG+OVnb9hJJUeML4NMGbMsJTuCq6sn1sCuaYNUKmzY0hwS5simTUM6WsJFdHu7NB2VxCoiPkCdo8iuYmqLTAfgb42ozyPG5svDQTiZjRBvjQUsHsMSb6sBcwXoK/NGIJ8aS8QNwcT5EsHAbvHkuRLO2C+AH1txhLkixGIm3EE+VIiYPd4knxpD8wXoK/NeIJ86ScQNxMI8qW/gN0TSfKlAzBfgL42EwnyZReBuJlEkC8DBeyeTJIvawPzBehrM5kgX4YJxM0xBPkyXMDuKST50hGYL0BfmykE+XKoQNxMJciXcQJ2TyPJl3WA+QL0tZlGkC/HCcTNiQT5MlXA7ukk+dIJmC9AX5vpBPlylkDcnEKQL2cL2D2DJF/WBeYL0NdmBkG+XCkQN6cT5MssAbvPIMmXzsB8AfranEGQL7cJxM3ZBPlyu4DdM0nyZT1gvgB9bWYS5MtDAnFzHkG+PCxg9/kk+dIFmC9AX5vzCfLleYG4uYggX14QsPtiknxZH5gvQF+biwny5R2BuLmMIF/eFbD7cpJ86QrMF6CvzeUE+fKNQNzMIsiXbwXsnk2SLxsA8wXoazObIF+qCPw1mWsYnn8RsHsOSb50A+YL0NdmDkG+NBCIm+sZnn8RsPsGknzZEJgvQF+bGwjypb1A3NzM8PyLgN23kORLMTBfgL42txDkixGIm9sZnn8RsHsuSb4YYL4AfW3mEuRLP4G4uYvh+RcBu+eR5EsJMF+AvjbzCPJlF4G4uZfh+RcBu+eT5Et3YL4AfW3mE+TLMIG4WcDw/IuA3Q+Q5EspMF+AvjYPEOTLoQJx8zDD8y8Cdj9Cki89gPkC9LV5hCBfjhOIm8cZnn8RsHshSb70BOYL0NdmIUG+nCUQN08xPP8iYPciknzpBcwXoK/NIoJ8uVIgbp5leP5FwO7FJPlSBswXoK/NYoJ8uU0gbl5geP5FwO4lJPnSG5gvQF+bJQT58pBA3LzM8PyLgN1LSfKlDzBfgL42Swny5XmBuHmN4fkXAbtfJ8mXjYD5AvS1eZ0gX94RiJu3GJ5/EbB7GUm+bAzMF6CvzTKCfPlGIG7eZXj+RcDu90jyZRNgvgB9bZDzZ7/0b6vgbBeOZ7/Dw34vgf1b6/bvR9u/iWv/zqf924X277HZvzFl/26O/Vsg9u8b2Ge27XOo9tk6+7yQfQbC3tdt71W199/Ze4rsfRK292v7WVajt7qj1VJsfWj3vJbH7dq0SVFe7EDH3aZFMnGHxrkZMO6sf7fOW/U9TnYONhOe577A73hK69t8+wp9m28//TZfrJP6CXybb3/Pv83X2t2f6Nt8JbAmv803H4zbbvK+K8Runr4vlPFZ8kBhdud389CHW/yDbwhu7/x/VZyfVRxftc/7+28IzjXO/8Q3BNvJbOdM3BZFq6+8Pn9D8BbABXLLIvz8bvkP5rOyuLcC7sp2B1YDewhXkYhvq9xc4FswPySwewsBuz/yXDWwdm8lYPfHKakGxZU7DDAuDdDXRmr+0H7emrB63FqoetxGq0esk7YRqB639bx6tHZvS1Q9bqvVI331OCD04XZaPf73RzRRAxLV43Zk1eN2wAVye4HqcfsUqscdtHr8r6uoAQLVxOcEdm8nYPcXBNXjDgJ2f0lSPQLj0gB9bZDzZ0l/67zVD7R/0LG5XZH/GHcU6nHDE3InICGyBtROBAG1MxojGqDVlncWYIxvSRhjR+DuehdgUn5LsNPYRSBuBhZhmXKrvNUP5LxKzO1AgoVtkO8L2+RgjJ8Fbr/83vPE/DWwuY5AYv5ActvpYOAiDPS1kZq/fPD8HQYca1egL+wYLCQ2pMh/8h4sYPfPnq+NlrR2FbD7F5K1cTdgPgJ9bX4ZRLPp+7Oxi47NIQSbvt2KZOIcnpC7V76qKwnHMmndBbG70F0Qe+hdEFgn7SFwF8Sent8FYe3eU+guiOiQnNPiSh5p3AHxVU3sHRA/4O+AiCU0aGwTvXDnd68w1ob+gzsgOuStHkPJOyA65P39HRC5xvnbOyBAk/DnZETG7VW0CmB+OBHtEuBQ14yCD83CvxM8ofuDgET0h9/lwJ87m72ApDMUONZykt4BML4NMGYMcP5iCz46T/YmeaJ4H/ATxdvkrSITOwf7CD9RvC/hPeH7ClVD+2k1hHXSfgLV0DDPqyFr9zCyamiYYDUkFLOp3W89PPTlCN/vt0ZPQmTc8MQ90iOK8lY70I2m4cAkH0GykxhJyMQjhZi4XJkY66RyASau8JyJrd0VZExcoUzsHjEmHhX6cv+sMvGoBBPvnwITjwIm+f7g+/e2Wd1879uk+xf5j/EAllbuaPCd7owBNZogoMb4fkOorTfGCNz8kz+YQ60+ALjKHwhMSuT8sd7xfSBBgh8kxRjo7QzyDtaDwXewRgf6zr6xQJwVwPbRKJI/m3MIoTBziJAwc6gKM1gnHSogzIzzXJixdo8jE2bG8QkzEjdk/Tm2i3986MvDsirMjE8IM4elIMyMByb5YUI7GTQTH07IxIcLMfEEZWKskyYIMPFEz5nY2j2RjIknKhPHxnbxHxH68sisMvERCSY+MgUmPgKY5Eeqom2AcyCGcRJLi2SyBpSZTBBQR/neIrH1xlECLZJqJC2SScBV/mhkUmqLxBxNkODHSDEGul0wBRico4HtgjEk7YJjCUWKY4VEiuNUpMA66TgBkWKq5yKFtXsqmUgxlU+kKBEcOyZSTAt9eXxWRYppCZHi+BREimnAJD++SCbo0Ex8AiETnyDExCcqE2OddKIAE0/3nImt3dPJmHi6MrF7xJj4pNCXJ2eViU9KMPHJKTDxScAkPxnIxKzqLnAOxDCewtIumKHtAjODIKBO9b1dYOuNUwXaBQUk7YJTgKv8acCkLNB2gTmNIMFPZ2kXnAEMzoOB7YKxJO2CMwlFijOFRIqzVKTAOuksAZHibM9FCmv32WQixdl8IkV3wbFjIsXM0JfnZFWkmJkQKc5JQaSYCUzyc4pkgg7NxOcSMvG5Qkx8njIx1knnCTDx+Z4zsbX7fDImPl+Z2D1iTHxB6MsLs8rEFySY+MIUmPgCYJJfCGRiVnUXOAdiGC9iaRdcrO0CczFBQF3ie7vA1huXCLQLapK0Cy4CrvKXApOyprYLzKUECX4ZS7vgcmBwjgO2C8aTtAuuIBQprhASKa5UkQLrpCsFRIpZnosU1u5ZZCLFLD6RolRw7JhIMTv05VVZFSlmJ0SKq1IQKWYDk/yqIpmgQzPx1YRMfLUQE1+jTIx10jUCTDzHcya2ds8hY+I5ysTuEWPia0NfXpdVJr42wcTXpcDE1wKT/DogE7Oqu8A5EMN4PUu74AZtF5gbCALqRt/bBbbeuFGgXVBI0i64HrjK3wRMykJtF5ibCBL8ZpZ2wS3A4JwAbBdMJGkX3EooUtwqJFLcpiIF1km3CYgUt3suUli7bycTKW7nEyl6CI4dEynmhr68I6sixdyESHFHCiLFXGCS31EkE3RoJr6TkInvFGLiu5SJsU66S4CJ53nOxNbueWRMPE+Z2D1iTHx36Mt7ssrEdyeY+J4UmPhuYJLfA2RiVnUXOAdiGO9laRfM13aBmU8QUPf53i6w9cZ9Au2C2iTtgnuBq/z9wKSsre0Ccz9Bgi9gaRc8AAzOScB2wWSSdsGDhCLFg0IixUMqUmCd9JCASPGw5yKFtfthMpHiYT6Roqfg2DGR4pHQl49mVaR4JCFSPJqCSPEIMMkfLZIJOjQTP0bIxI8JMfHjysRYJz0uwMQLPWdia/dCMiZeqEzsHjEmfiL05ZNZZeInEkz8ZApM/AQwyZ8EMjGrugucAzGMT7G0CxZpu8AsIgiop31vF9h642mBdkFdknbBU8BV/hlgUtbVdoF5hiDBn2VpFywGBucxwHbBFJJ2wXOEIsVzQiLF8ypSYJ30vIBI8YLnIoW1+wUykeIFPpGil+DYMZFiSejLF7MqUixJiBQvpiBSLAEm+YtFMkGHZuKXCJn4JSEmflmZGOuklwWYeKnnTGztXkrGxEuVid0jxsSvhL58NatM/EqCiV9NgYlfASb5q0AmZlV3gXMghvE1lnbB69ouMK8TBNQbvrcLbL3xhkC7oD5Ju+A14Cr/JjAp62u7wLxJkOBvsbQLlgGDcyqwXTCNpF3wNqFI8baQSPGOihRYJ70jIFK867lIYe1+l0ykeJdPpCgTHDsmUrwX+vL9rIoU7yVEivdTECneAyb5+0UyQYdm4g8ImfgDISb+UJkY66QPBZj4I8+Z2Nr9ERkTf6RM7B4xJv449OUnWWXijxNM/EkKTPwxMMk/ATIxq7oLnAMxjJ+ytAs+03aB+YwgoD73vV1g643PBdoFDUnaBZ8CV/kvgEnZUNsF5guCBP+SpV3wFTA4TwS2C6aTtAu+JhQpvhYSKb5RkQLrpG8ERIpvPRcprN3fkokU3/KJFL0Fx46JFN+Fvvw+qyLFdwmR4vsURIrvgEn+fZFM0KGZ+AdCJv5BiIl/VCbGOulHASb+yXMmtnb/RMbEPykTu0eMiX8OfflLVpn45wQT/5ICE/8MTPJfgEzMqu4C50AM468s7YLftF1gfiMIqN99bxfYeuN3gXZBY5J2wa/AVf4PYFI21naB+YMgwZeztAtWAIPzFGC7YAZJuyCvNp9I4WIuruTh4q1Se9VrFSkqO2bt/59Q9Lj5wICVsju/NtxHoiJFPjChUhIphgmOHRMpqoa+rOb4NFMihZ2Ado6x7kQkAUXXrjSTAJO8Wm2ZoEMzcXVCJq4uxMQFysRYJxUIMHENz5nY2l2DjIlrKBO7R4yJa4a+rJVVJq6ZYOJaKTBxTWCS1wIyMau6C5wDMYyFAhhzAq1sQBXhgNK2C4oIAqo2GiMaoK03atfGB2hTknZBIXCVrwNMyqbaLjB1CBK8rhRjoNsF9YDBeTqwXXAGSbugPqFIUV9IpGigIgXWSQ0ERIqGnosU1u6GZCJFQz6RYrjg2DGRolHoy8ZZFSkaJUSKximIFI2ASd64tkzQoZm4CSETNxFi4qbKxFgnNRVg4maeM7G1uxkZEzdTJnaPGBM3D33ZIqtM3DzBxC1SYOLmwCRvAWRiVnUXOAdiGFuytAtaabvAtCIIqNa+twtsvdFaoF3QnKRd0BK4yrcBJmVzbReYNgQJ3palXbAWMDjPBrYLZpK0C9oRihTthESK9ipSYJ3UXkCk6OC5SGHt7kAmUnTgEylGCI4dEynWDn3ZMasixdoJkaJjCiLF2sAk71hbJujQTLwOIROvI8TEnZSJsU7qJMDE63rOxNbudcmYeF1lYveIMXHn0JfrZZWJOyeYeL0UmLgzMMnXAzIxq7oLnAMxjF1Y2gXra7vArE8QUF19bxfYeqOrQLugJUm7oAtwld8AmJQttV1gNiBI8G4s7YINgcF5HrBdcD5Ju6CYUKQoFhIpjIoUWCcZAZGixHORwtpdQiZSlPCJFCMFx46JFN1DX5ZmVaTonhApSlMQKboDk7y0tkzQoZm4ByET9xBi4p7KxFgn9RRg4l6eM7G1uxcZE/dSJnaPGBOXhb7snVUmLkswce8UmLgMmOS9gUzMqu4C50AMYx+WdsFG2i4wGxEE1Ma+twtsvbGxQLugNUm7oA9wld8EmJSttV1gNiFI8E1Z2gWbAYPzImC74GKSdkFfQpGir5BI0U9FCqyT+gmIFP09Fyms3f3JRIr+fCJFueDYMZFi89CXW2RVpNg8IVJskYJIsTkwybeoLRN0aCbekpCJtxRi4q2UibFO2kqAibf2nImt3VuTMfHWysTuEWPibUJfbptVJt4mwcTbpsDE2wCTfFsgE7Oqu8A5EMM4gKVdsJ22C8x2BAG1ve/tAltvbC/QLmhL0i4YAFzldwAmZVttF5gdCBJ8R5Z2wU7A4LwM2C64nKRdsDOhSLGzkEixi4oUWCftIiBSDPRcpLB2DyQTKQbyiRQVgmPHRIpBoS8HZ1WkGJQQKQanIFIMAib54NoyQYdm4l0JmXhXISYeokyMddIQASbezXMmtnbvRsbEuykTu0eMiXcPfblHVpl49wQT75ECE+8OTPI9gEzMqu4C50AM454s7YK9tF1g9iIIqKG+twtsvTFUoF3QjqRdsCdwld8bmJTttF1g9iZI8H1Y2gX7AoNzFrBdMJukXbAfoUixn5BIMUxFCqyThgmIFMM9Fyms3cPJRIrhdCKFKZYbOy5SjAh9OTKrIsWIhEgxMgWRYgQwyUfWlgk6NBOXEzJxuRATVygTY51UIcDEozxnYmv3KDImHqVMHBvcxb9/6MsDssrE+yeY+IAUmHh/YJIfAGRiVnX3gNr+YxzN0i4Yo+0CM4YgoA70vV1g640DBdoFHUjaBaOBq/xBwKTsoO0CcxBBgh/M0i4YCwzOa4Dtgjkk7YJDCEWKQ4REikNVpMA66VABkWKc5yKFtXscmUgxjk+kMHJjx0WK8aEvD8uqSDE+IVIcloJIMR6Y5IfVlgk6NBMfTsjEhwsx8QRlYqyTJggw8UTPmdjaPZGMiScqE8cGd/EfEfryyKwy8REJJj4yBSY+ApjkRwKZmFXdPbK2/xgnsbQLJmu7wEwmCKijfG8X2HrjKIF2QUeSdsEk4Cp/NDApO2q7wBxNkODHsLQLpgCD83pgu+AGknbBsYQixbFCIsVxKlJgnXScgEgx1XORwto9lUykmMonUpTIjR0XKaaFvjw+qyLFtIRIcXwKIsU0YJIfX1sm6NBMfAIhE58gxMQnKhNjnXSiABNP95yJrd3TyZh4ujJxbHAX/0mhL0/OKhOflGDik1Ng4pOASX4ykIlZ1d2Ta/uP8RSWdsEMbReYGQQBdarv7QJbb5wq0C7oRNIuOAW4yp8GTMpO2i4wpxEk+Oks7YIzgMF5M7BdcAtJu+BMQpHiTCGR4iwVKbBOOktApDjbc5HC2n02mUhxNp9I0V1u7LhIMTP05TlZFSlmJkSKc1IQKWYCk/yc2jJBh2bicwmZ+FwhJj5PmRjrpPMEmPh8z5nY2n0+GROfr0wcG9zFf0HoywuzysQXJJj4whSY+AJgkl8IZGJWdffC2v5jvIilXXCxtgvMxQQBdYnv7QJbb1wi0C7oTNIuuAi4yl8KTMrO2i4wlxIk+GUs7YLLgcF5O7BdMJekXXAFoUhxhZBIcaWKFFgnXSkgUszyXKSwds8iEylm8YkUpXJjx0WK2aEvr8qqSDE7IVJclYJIMRuY5FfVlgk6NBNfTcjEVwsx8TXKxFgnXSPAxHM8Z2Jr9xwyJp6jTBwb3MV/bejL67LKxNcmmPi6FJj4WmCSXwdkYlZ197ra/mO8nqVdcIO2C8wNBAF1o+/tAltv3CjQLuhC0i64HrjK3wRMyi7aLjA3EST4zSztgluAwXkXsF0wj6RdcCuhSHGrkEhxm4oUWCfdJiBS3O65SGHtvp1MpLidT6ToITd2XKSYG/ryjqyKFHMTIsUdKYgUc4FJfkdtmaBDM/GdhEx8pxAT36VMjHXSXQJMPM9zJrZ2zyNj4nnKxLHBXfx3h768J6tMfHeCie9JgYnvBib5PUAmZlV376ntP8Z7WdoF87VdYOYTBNR9vrcLbL1xn0C7oCtJu+Be4Cp/PzApu2q7wNxPkOALWNoFDwCD815gu2A+SbvgQUKR4kEhkeIhFSmwTnpIQKR42HORwtr9MJlI8TCfSNFTbuy4SPFI6MtHsypSPJIQKR5NQaR4BJjkj9aWCTo0Ez9GyMSPCTHx48rEWCc9LsDECz1nYmv3QjImXqhMHBvcxf9E6Msns8rETySY+MkUmPgJYJI/CWRiVnX3ydr+Y3yKpV2wSNsFZhFBQD3te7vA1htPC7QLupG0C54CrvLPAJOym7YLzDMECf4sS7tgMTA4FwDbBQ+QtAueIxQpnhMSKZ5XkQLrpOcFRIoXPBcprN0vkIkUL/CJFL3kxo6LFEtCX76YVZFiSUKkeDEFkWIJMMlfrC0TdGgmfomQiV8SYuKXlYmxTnpZgImXes7E1u6lZEy8VJk4NriL/5XQl69mlYlfSTDxqykw8SvAJH8VyMSs6u6rtf3H+BpLu+B1bReY1wkC6g3f2wW23nhDoF1QTNIueA24yr8JTMpibReYNwkS/C2WdsEyYHA+DGwXPELSLnibUKR4W0ikeEdFCqyT3hEQKd71XKSwdr9LJlK8yydSlMmNHRcp3gt9+X5WRYr3EiLF+ymIFO8Bk/z92jJBh2biDwiZ+AMhJv5QmRjrpA8FmPgjz5nY2v0RGRN/pEwcG9zF/3Hoy0+yysQfJ5j4kxSY+GNgkn8CZGJWdfeT2v5j/JSlXfCZtgvMZwQB9bnv7QJbb3wu0C4oIWkXfApc5b8AJmWJtgvMFwQJ/iVLu+ArYHA+DmwXLCRpF3xNKFJ8LSRSfKMiBdZJ3wiIFN96LlJYu78lEym+5RMpesuNHRcpvgt9+X1WRYrvEiLF9ymIFN8Bk/z72jJBh2biHwiZ+AchJv5RmRjrpB8FmPgnz5nY2v0TGRP/pEwcG9zF/3Poy1+yysQ/J5j4lxSY+Gdgkv8CZGJWdfeX2v5j/JWlXfCbtgvMbwQB9bvv7QJbb/wu0C4oJWkX/Apc5f8AJmWptgvMHwQJvpylXbACGJxPAdsFi0jaBXl1+EQKF3NxJQ8Xb5U6q16rSFHZMev8/4Six80HBqyU3fl14D4SFSnygQmVkkgxTG7suEhRNfRlNcenmRIp7AS0c4x1JyIJKLp2pZkEmOTV6sgEHZqJqxMycXUhJi5QJsY6qUCAiWt4zsTW7hpkTFxDmTg2uIu/ZujLWlll4poJJq6VAhPXBCZ5LSATs6q7ter4j7FQAGNOoJUNqCIcUNp2QRFBQNVGY0QDtPVG7Tr4AO1J0i4oBK7ydYBJ2VPbBaYOQYLXlWIMdLugHjA4nwW2CxaTtAvqE4oU9YVEigYqUmCd1EBApGjouUhh7W5IJlI05BMphsuNHRcpGoW+bJxVkaJRQqRonIJI0QiY5I3ryAQdmombEDJxEyEmbqpMjHVSUwEmbuY5E1u7m5ExcTNl4tjgLv7moS9bZJWJmyeYuEUKTNwcmOQtgEzMqu62qOM/xpYs7YJW2i4wrQgCqrXv7QJbb7QWaBeUkbQLWgJX+TbApCzTdoFpQ5DgbVnaBWsBg/MFYLtgCUm7oB2hSNFOSKRoryIF1kntBUSKDp6LFNbuDmQiRQc+kWKE3NhxkWLt0JcdsypSrJ0QKTqmIFKsDUzyjnVkgg7NxOsQMvE6QkzcSZkY66ROAky8rudMbO1el4yJ11Umjg3u4u8c+nK9rDJx5wQTr5cCE3cGJvl6QCZmVXfXq+M/xi4s7YL1tV1g1icIqK6+twtsvdFVoF3Qh6Rd0AW4ym8ATMo+2i4wGxAkeDeWdsGGwOB8GdguWErSLigmFCmKhUQKoyIF1klGQKQo8VyksHaXkIkUJXwixUi5seMiRffQl6VZFSm6J0SK0hREiu7AJC+tIxN0aCbuQcjEPYSYuKcyMdZJPQWYuJfnTGzt7kXGxL2UiWODu/jLQl/2zioTlyWYuHcKTFwGTPLeQCZmVXd71/EfYx+WdsFG2i4wGxEE1Ma+twtsvbGxQLtgY5J2QR/gKr8JMCk31naB2YQgwTdlaRdsBgzO14DtgtdJ2gV9CUWKvkIiRT8VKbBO6icgUvT3XKSwdvcnEyn684kU5XJjx0WKzUNfbpFVkWLzhEixRQoixebAJN+ijkzQoZl4S0Im3lKIibdSJsY6aSsBJt7acya2dm9NxsRbKxPHBnfxbxP6ctusMvE2CSbeNgUm3gaY5NsCmZhV3d22jv8YB7C0C7bTdoHZjiCgtve9XWDrje0F2gWbkrQLBgBX+R2ASbmptgvMDgQJviNLu2AnYHC+BWwXLCNpF+xMKFLsLCRS7KIiBdZJuwiIFAM9Fyms3QPJRIqBfCJFhdzYcZFiUOjLwVkVKQYlRIrBKYgUg4BJPriOTNChmXhXQibeVYiJhygTY500RICJd/Ocia3du5Ex8W7KxLHBXfy7h77cI6tMvHuCifdIgYl3Byb5HkAmZlV396jjP8Y9WdoFe2m7wOxFEFBDfW8X2HpjqEC7oC9Ju2BP4Cq/NzAp+2q7wOxNkOD7sLQL9gUG57vAdsF7g9JZKCo7f/sB52934PztARxLcv6G/e/Pn2j8DQfO3+/A+fsDPH/ojYgtC48SGLf/YFm7iyt3GGvzsQJ2by60scsH2w/0j9mcwNdTgb4ur1h5jDgqz+/cbp4nk9tbEfj7aAG7tybJbaB/zNaD/Y7xAUIxPoAgxo8RsHs7khgH+scgbbb+KHDstevQ8tBXy8P3RgR71ZGhqOR+dmr4Gfvv0WfLg9cVCTkfLeVPA441CrgPT6tZfVwe1v/Rsb82q7FO2l+gWX2A581qa/cBQs1qCVIaJaCWj66T7gI9JrjegWtYoMc4C/RBweuDc3z22PCzB4WftQvA2OD1IcKLOTKeDwUu5v9k3scF1xu/hnkf58z7YcHrw9cw74c58z4heD0xx2ePCz87IfysXSiPCF4fGfpIYq0ZK5AfO3q+WbVxdISA3Tul1EWrLM5JwDwC+tpIzR/az5P/+zWtODFWapvKyUJ3QB6lm0qsk44S2FQe7fmm0tp9NNkdkEcL3gGJVicOC8ZAdkQPLsrLGybsr0qObZJvuPN7TIh9yj+4Q3NF3uoxlLxDc0Xe39+hmWucf+0OTTsBCxxjpzjBkQSEuvYxwEXo2DWMVdarfHhFr9Luw4pLK4YH4/SsKO8+rKS3qSjrHgzfvdQMH1ZePLJ0eK+epT3LKnql9gzCsUIMfJwyMNZJxwkw8FTPGdjaPTUlWaey9k8JsaLHHejpTZBJnMhYmgbcFQwE9y3sImbx9QvHRMd8tCtCx9Fgz+WPaPcGfzDQT/ljtZIbuRGZAhxrCMlN2MD4NsCYMUNI5KPjCeWj44U2ryfo5hXrpBMENq8ner55tXafSNSTlMD6Vw/RovFPqcRCUBE7ylOTe6aH833SP5B7+ueYu6Tc0z/v7+WeXOP8rdwjEWygsf7ckU+vs8rY/HBS++XFD/SOA2iHOQm4mJ0MS4aKimg+TxaseOw8ThHY+e/p112Zq+2SjnLiFmn3Xp7fjXpUmJ/ocYd6WqkkCQa5brgxXulHT0kqPWB8G2DMmL1Tuiu4sn6eDuSaU4BKnR1DgltOqSOzhiF9LaEiHlSEt3s4gYo4VsDuESQ3Uc0A5iPQ12aE53Fj8+UYgbipIMiXKQJ2jyLJl1OB+QL0tRlFkC+nC8TNaIJ8OUPA7jEk+XIaMF+AvjZjCPLlMoG4OZggXy4XsHssSb6cjry/EZgvYwny5WaBuBlHkC+3CNg9niRfzgDmC9DXZjxBviwQiJsJBPnygIDdE0ny5UxgvgB9bSYS5MuzAnEziSBfFgvYPZkkX84C5gvQ12YyQb68JRA3xxDkyzIBu6eQ5MvZwHwB+tpMIciXLwXiZipBvnwlYPc0knyZCcwXoK/NNIJ8WS4QNycS5MsKAbunk+TLOcB8AfraTCfIl7q18XFzCkG+1BOwewZJvpwLzBegr80MgnxpKxA3pxPky1oCdp9Bki/nAfMF6GtzBkG+dBOIm7MJ8mVDAbtnkuTL+cB8AfrazCTIl00F4uY8gnzZTMDu80ny5QJgvgB9bc4nyJcdBeLmIoJ82UnA7otJ8uVCYL4AfW0uJsiXfQTi5jKCfNlXwO7LSfLlImC+AH1tLifIl4MF4mYWw/MvAnbPJsmXi4H5AvS1mU2QL8cIxM01DM+/CNg9hyRfLgHmC9DXZg5BvpwuEDfXMzz/ImD3DST5cikwX4C+NjcQ5MtlAnFzM8PzLwJ230KSL5cB8wXoa3MLQb7cLBA3tzM8/yJg91ySfLkcmC9AX5u5BPmyQCBu7mJ4/kXA7nkk+XIFMF+AvjbzCPLlWYG4uZfh+RcBu+eT5MuVwHwB+trMJ8iXtwTiZgHD8y8Cdj9Aki+zgPkC9LV5gCBfvhSIm4cZnn8RsPsRknyZDcwXoK/NIwT5slwgbh5neP5FwO6FJPlyFTBfgL42Cwnypa7A3/V8iuH5FwG7F5Hky9XAfAH62iwiyJe2AnHzLMPzLwJ2LybJl2uA+QL0tVlMkC/dBOLmBYbnXwTsXkKSL3OA+QL0tVlCkC+bCsTNywzPvwjYvZQkX64F5gvQ12YpQb7sKBA3rzE8/yJg9+sk+XIdMF+AvjavE+TLPgJx8xbD8y8Cdi8jyZfrgfkC9LVBzp/90r+BwdkuHM9+h4f9XgL7t9bt34+2fxPX/p1P+7cL7d9js39jyv7dHPu3QOzfN7DPbNvnUO2zdfZ5IfsMhL2v296rau+/s/cU2fskbO/X9rOsRm91R6ul2PrQ7nktj9u16fo6ebEDfp9vHZm4Q+O8ERh31r+D8lZ9j5OdgxuF5/km4Hc8pfVtvjcJfZvvzfptvlgn3Szwbb63eP5tvtbuW4i+zVcCa/LbfPPBuO0mb7862M3TMCGfJQ8UZnd+bw2x3/YPviG4vfP/VXF+VnF81T7v778hONc4/xPfEGwns50zcbfVWX3l9fkbgm8DLpC318HP7+3/YD4rfRc/cHEYDKwGdhWuIhHfVnmrQBX5LoHdtwnY/Z7nqoG1e66A3e+npBoUV+4wwLg0QF8bqflD+/kOwurxDqHq8U6tHrFOulOgerzL8+rR2n0XUfV4l1aP9NXjvBD73Vo9/vdHNFHzEtXj3WTV493ABfIegerxnhSqx3u1evyvq6h5AtXExwR23y1g9ycE1eO9AnZ/SlI9AuPSAH1tkPNnSX9Q3uoH2j/o2Ly7jv8Y5wv1uOEJeR+QEFkD6j6CgLofjREN0GrL9wswxpckjDEfuLteAEzKLwl2GgsE4uaBOlimHJi3+oGcV4m5fYBgYXvQ94VtWjBGuUCAfu15Yo4KbJ4kYPc3JLedPgRchIG+NlLzlw+ev6OAYz0M9IVErkiR2CN1/CfvhwTs/t7ztdGS1sMCdv9AsjY+CsxHoK/ND4NpNn1/NnbRsfkIwabv0ToycQ5PyMcqX9WVhGOZtO6CeEzoLojH9S4IrJMeF7gLYqHnd0FYuxcKd9Ql57S4kkcad0AMLcLeATEc769YQoPGNtELd36fCLE/+Q/ugOiQt3oMJe+A6JD393dA5Brnb++AAE3Cn5MRGfdEnVUA88OJaJcAh7pmFHxoFv6Z4And4QLlwC9+lwN/7myeAJLOk8CxfiXpHQDj2wBjxgDnL7bgo/PkKZIniheBnygO3PMnmdg5WCT8RPHThPeEPy1UDT2j1RDWSc8IVEPPel4NWbufJauGnhWshoRiNrX7rReHvnzO9/ut0ZMQGbc4cY/0c3XyVjvQjabFwCR/jmQn8TwhEz8vxMQvKBNjnfSCABMv8ZyJrd1LyJh4iTKxe8SY+MXQly9llYlfTDDxSykw8YvAJH8JfP/e4NXN975N+lId/zG+zNLKXQq+050xoJYSBNQrvt8QauuNVwTU/uUkavXLwFX+VWBSLue5+UcseV4lSPDXpBgDvZ1B3sH6OvgO1uhA39n3BhDncGD7aATJn815k1CYeVNImHlLhRmsk94SEGaWeS7MWLuXkQkzy/iEGYkbsv4c28X/dujLd7IqzLydEGbeSUGYeRuY5O8I7WTQTPwuIRO/K8TE7ykTY530ngATv+85E1u73ydj4veViWNju/g/CH35YVaZ+IMEE3+YAhN/AEzyD1XRNsA5EMP4EUuL5GMNKPMxQUB94nuLxNYbnwi0SPJ25WiRfARc5T9F1lvA+WNtkXxKkOCfSTEGul3wOTA4K4DtglEk7YIvCEWKL4REii9VpMA66UsBkeIrz0UKa/dXZCLFV3wiRYng2DGR4uvQl99kVaT4OiFSfJOCSPE1MMm/qSMTdGgm/paQib8VYuLvlImxTvpOgIm/95yJrd3fkzHx98rE7hFj4h9CX/6YVSb+IcHEP6bAxD8Ak/xHIBOzqrvAORDD+BNLu+BnbReYnwkC6hff2wW23vhFoF2QT9Iu+An5N4+ASZmv7QLzK0GC/8bSLvgdGJyjge2CMSTtgj8IRYo/hESK5SpSYJ20XECkWOG5SGHtXkEmUqzgEym6C44dEylWZp6d87qr3sqUSGGv0s4x1p2IJKDo2pVOzLq4sarUlQk6eGlRl4+J8+vKMHFVJ8aUiSs5pnWSnVD0uNWAAStld7W6cB+JMnG1usrEzhFj4uqhLwuyysTVE0xckAITVwcmeQGQiVnVXeAciGGsIYAxJ9DKBlTNusCVlzSgahIEVC00RvieLwBYqy4+QKuRtAtqAFf5QmRSarvAFBIkeJEUY6DbBbWBwXkwsF0wlqRdUIdQpKgjJFLUVZEC66S6AiJFPc9FCmt3PTKRoh6fSFEqOHZMpKgf+rJBVkWK+gmRokEKIkV9YJI3qCsTdGgmbkjIxA2FmLiRMjHWSY0EmLix50xs7W5MxsSNlYndI8bETUJfNs0qEzdJMHHTFJi4CTDJmwKZmFXdBc6BGMZmLO2C5touMM0JAqqF7+0CW2+0EGgXFJC0C5oBV/mWwKQs0HaBaUmQ4K1Y2gWtgcE5DtguGE/SLmhDKFK0ERIp2qpIgXVSWwGRYi3PRQpr91pkIsVafCJFD8GxYyJFu9CX7bMqUrRLiBTtUxAp2gGTvH1dmaBDM3EHQibuIMTEaysTY520tgATd/Scia3dHcmYuKMysXvEmHid0JedssrE6ySYuFMKTLwOMMk7AZmYVd0FzoEYxnVZ2gWdtV1gOhME1Hq+twtsvbGeQLugJkm7YF3gKt8FmJQ1tV1guhAk+Pos7YKuwOCcAGwXTCRpF2xAKFJsICRSdFORAuukbgIixYaeixTW7g3JRIoN+USKnoJjx0SK4tCXJqsiRXFCpDApiBTFwCQ3dWWCDs3EJYRMXCLExN2VibFO6i7AxKWeM7G1u5SMiUuVid0jxsQ9Ql/2zCoT90gwcc8UmLgHMMl7ApmYVd0FzoEYxl4s7YIybReYMoKA6u17u8DWG70F2gWFJO2CXsBVvg8wKQu1XWD6ECT4Riztgo2BwTkJ2C6YTNIu2IRQpNhESKTYVEUKrJM2FRApNvNcpLB2b0YmUmzGJ1L0Ehw7JlL0DX3ZL6siRd+ESNEvBZGiLzDJ+9WVCTo0E/cnZOL+Qky8uTIx1kmbCzDxFp4zsbV7CzIm3kKZ2D1iTLxl6MutssrEWyaYeKsUmHhLYJJvBWRiVnUXOAdiGLdmaRdso+0Csw1BQG3re7vA1hvbCrQLapO0C7YGrvIDgElZW9sFZgBBgm/H0i7YHhicxwDbBVNI2gU7EIoUOwiJFDuqSIF10o4CIsVOnosU1u6dyESKnfhEijLBsWMixc6hL3fJqkixc0Kk2CUFkWJnYJLvUlcm6NBMPJCQiQcKMfEgZWKskwYJMPFgz5nY2j2YjIkHKxO7R4yJdw19OSSrTLxrgomHpMDEuwKTfAiQiVnVXeAciGHcjaVdsLu2C8zuBAG1h+/tAltv7CHQLqhL0i7YDbjK7wlMyrraLjB7EiT4XiztgqHA4JwKbBdMI2kX7E0oUuwtJFLsoyIF1kn7CIgU+3ouUli79yUTKfblEyl6C44dEyn2C305LKsixX4JkWJYCiLFfsAkH1ZXJujQTDyckImHCzHxCGVirJNGCDDxSM+Z2No9koyJRyoTu0eMictDX1ZklYnLE0xckQITlwOTvALIxKzqLnAOxDCOYmkX7K/tArM/QUAd4Hu7wNYbBwi0C+qTtAtGAVf50cCkrK/tAjOaIMHHsLQLDgQG54nAdsF0knbBQYQixUFCIsXBKlJgnXSwgEgx1nORwto9lkykGMsnUgwTHDsmUhwS+vLQrIoUhyREikNTECkOASb5oXVlgg7NxOMImXicEBOPVybGOmm8ABMf5jkTW7sPI2Piw5SJ3SPGxIeHvpyQVSY+PMHEE1Jg4sOBST4ByMSs6i5wDsQwTmRpFxyh7QJzBEFAHel7u8DWG0cKtAsakrQLJgJX+UnApGyo7QIziSDBJ7O0C44CBucpwHbBDJJ2wdGEIsXRQiLFMSpSYJ10jIBIMcVzkcLaPYVMpJjCJ1IMFxw7JlIcG/ryuKyKFMcmRIrjUhApjgUm+XF1ZYIOzcRTCZl4qhATT1MmxjppmgATH+85E1u7jydj4uOVid0jxsQnhL48MatMfEKCiU9MgYlPACb5iUAmZlV3gXMghnE6S7vgJG0XmJMIAupk39sFtt44WaBd0JikXTAduMqfAkzKxtouMKcQJPgMlnbBqcDgPB3YLjiDpF1wGqFIcZqQSHG6ihRYJ50uIFKc4blIYe0+g0ykOINPpBghOHZMpDgz9OVZWRUpzkyIFGelIFKcCUzys+rKBB2aic8mZOKzhZh4pjIx1kkzBZj4HM+Z2Np9DhkTn6NM7B4xJj439OV5WWXicxNMfF4KTHwuMMnPAzIxq7oLnAMxjOeztAsu0HaBuYAgoC70vV1g640LBdoFTUnaBecDV/mLgEnZVNsF5iKCBL+YpV1wCTA4zwa2C2aStAsuJRQpLhUSKS5TkQLrpMsERIrLPRcprN2Xk4kUl/OJFCMFx46JFFeEvrwyqyLFFQmR4soURIorgEl+ZV2ZoEMz8SxCJp4lxMSzlYmxTpotwMRXec7E1u6ryJj4KmVi94gx8dWhL6/JKhNfnWDia1Jg4quBSX4NkIlZ1V3gHIhhnMPSLrhW2wXmWoKAus73doGtN64TaBc0J2kXzAGu8tcDk7K5tgvM9QQJfgNLu+BGYHCeB2wXnE/SLriJUKS4SUikuFlFCqyTbhYQKW7xXKSwdt9CJlLcwidSlAuOHRMpbg19eVtWRYpbEyLFbSmIFLcCk/y2ujJBh2bi2wmZ+HYhJp6rTIx10lwBJr7Dcya2dt9BxsR3KBO7R4yJ7wx9eVdWmfjOBBPflQIT3wlM8ruATMyq7gLnQAzjPJZ2wd3aLjB3EwTUPb63C2y9cY9Au6AlSbtgHnCVvxeYlC21XWDuJUjw+SztgvuAwXkRsF1wMUm74H5CkeJ+IZFigYoUWCctEBApHvBcpLB2P0AmUjzAJ1JUCI4dEykeDH35UFZFigcTIsVDKYgUDwKT/KG6MkGHZuKHCZn4YSEmfkSZGOukRwSY+FHPmdja/SgZEz+qTOweMSZ+LPTl41ll4scSTPx4Ckz8GDDJHwcyMau6C5wDMYwLWdoFT2i7wDxBEFBP+t4usPXGkwLtgtYk7YKFwFX+KWBSttZ2gXmKIMEXsbQLngYG52XAdsHlJO2CZwhFimeERIpnVaTAOulZAZFisecihbV7MZlIsZhOpDDFcmPHRYrnQl8+n1WR4rmESPF8CiLFc8Akf76uTNChmfgFQiZ+QYiJlygTY520RICJX/Scia3dL5Ix8YvKxLHBXfwvhb58OatM/FKCiV9OgYlfAib5y0AmZlV3X67rP8alLO2CV7RdYF4hCKhXfW8X2HrjVYF2QVuSdsFS4Cr/GjAp22q7wLxGkOCvs7QL3gAG5yxgu2A2SbvgTUKR4k0hkeItFSmwTnpLQKRY5rlIYe1eRiZSLOMTKYzc2HGR4u3Ql+9kVaR4OyFSvJOCSPE2MMnfqSsTdGgmfpeQid8VYuL3lImxTnpPgInf95yJrd3vkzHx+8rEscFd/B+Evvwwq0z8QYKJP0yBiT8AJvmHQCZmVXc/rOs/xo9Y2gUfa7vAfEwQUJ/43i6w9cYnAu2CdiTtgo+Aq/ynwKRsp+0C8ylBgn/G0i74HBic1wDbBXNI2gVfEIoUXwiJFF+qSIF10pcCIsVXnosU1u6vyESKr/hEihK5seMixdehL7/JqkjxdUKk+CYFkeJrYJJ/U1cm6NBM/C0hE38rxMTfKRNjnfSdABN/7zkTW7u/J2Pi75WJY4O7+H8IffljVpn4hwQT/5gCE/8ATPIfgUzMqu7+WNd/jD+xtAt+1naB+ZkgoH7xvV1g641fBNoFHUjaBT8BV/lfgUnZQdsF5leCBP+NpV3wOzA4rwe2C24gaRf8QShS/CEkUixXkQLrpOUCIsUKz0UKa/cKMpFiBZ9I0V1u7LhIkVcvnPN6q97KlEhhJ6CdY6w7EUlA0bUrnZj1cGNVqScTdGgmzq/Hx8T59fJEmLiqE2PKxJUc0zrJTih63GrAgJWyu1o9uI9EmbhaPWVid3AXf/XQlwVZZeLqCSYuSIGJqwOTvADIxKzqbkE9/zHWEMCYE2hlA6pmPeDKSxpQNQkCqhYaI3zPFwCsVQ8foB1J2gU1gKt8ITApO2q7wBQSJHiRFGOg2wW1gcF5M7BdcAtJu6AOoUhRR0ikqKsiBdZJdQVEinqeixTW7npkIkU9PpGiVG7suEhRP/Rlg6yKFPUTIkWDFESK+sAkb1BPJujQTNyQkIkbCjFxI2VirJMaCTBxY8+Z2NrdmIyJGysTxwZ38TcJfdk0q0zcJMHETVNg4ibAJG8KZGJWdbdpPf8xNmNpFzTXdoFpThBQLXxvF9h6o4VAu6ATSbugGXCVbwlMyk7aLjAtCRK8FUu7oDUwOG8HtgvmkrQL2hCKFG2ERIq2KlJgndRWQKRYy3ORwtq9FplIsRafSNFDbuy4SNEu9GX7rIoU7RIiRfsURIp2wCRvX08m6NBM3IGQiTsIMfHaysRYJ60twMQdPWdia3dHMibuqEwcG9zFv07oy05ZZeJ1EkzcKQUmXgeY5J2ATMyq7naq5z/GdVnaBZ21XWA6EwTUer63C2y9sZ5Au6AzSbtgXeAq3wWYlJ21XWC6ECT4+iztgq7A4LwL2C6YR9Iu2IBQpNhASKTopiIF1kndBESKDT0XKazdG5KJFBvyiRQ95caOixTFoS9NVkWK4oRIYVIQKYqBSW7qyQQdmolLCJm4RIiJuysTY53UXYCJSz1nYmt3KRkTlyoTxwZ38fcIfdkzq0zcI8HEPVNg4h7AJO8JZGJWdbdnPf8x9mJpF5Rpu8CUEQRUb9/bBbbe6C3QLuhC0i7oBVzl+wCTsou2C0wfggTfiKVdsDEwOO8Ftgvmk7QLNiEUKTYREik2VZEC66RNBUSKzTwXKazdm5GJFJvxiRS95MaOixR9Q1/2y6pI0TchUvRLQaToC0zyfvVkgg7NxP0Jmbi/EBNvrkyMddLmAky8hedMbO3egoyJt1Amjg3u4t8y9OVWWWXiLRNMvFUKTLwlMMm3AjIxq7q7VT3/MW7N0i7YRtsFZhuCgNrW93aBrTe2FWgXdCVpF2wNXOUHAJOyq7YLzACCBN+OpV2wPTA4FwDbBQ+QtAt2IBQpdhASKXZUkQLrpB0FRIqdPBcprN07kYkUO/GJFGVyY8dFip1DX+6SVZFi54RIsUsKIsXOwCTfpZ5M0KGZeCAhEw8UYuJBysRYJw0SYOLBnjOxtXswGRMPViaODe7i3zX05ZCsMvGuCSYekgIT7wpM8iFAJmZVd4fU8x/jbiztgt21XWB2JwioPXxvF9h6Yw+BdkE3knbBbsBVfk9gUnbTdoHZkyDB92JpFwwFBufDwHbBIyTtgr0JRYq9hUSKfVSkwDppHwGRYl/PRQpr975kIsW+fCJFb7mx4yLFfqEvh2VVpNgvIVIMS0Gk2A+Y5MPqyQQdmomHEzLxcCEmHqFMjHXSCAEmHuk5E1u7R5Ix8Uhl4tjgLv7y0JcVWWXi8gQTV6TAxOXAJK/4P/beBsynqv0en1SSvI4xBmO8JAkx24x3EUJ5LUIoMmNGIYqiKApRCCEKIYQQhSiKoiiKoiikCCGEJEn8Zz+/Mznn8KR/s+7z3es5+1xX1zNXzbNn33vda6+z1zrn8wEqMau7m5rT/Dl2YokL7rNxgbqPoKHuNz0u0OeN+wXigniSuKATcJfvDCRlvI0LVGcCgndhiQu6AptzDTAuWEsSFzxAaFI8IGRSdLMmBRakbgImRXfDTQpdd3cyk6I7n0nRQW5sr0nxoIPlQ2E1KR70mRQPBWBSPAgk+UM5ZZoOrcQ9CJW4h5AS97RKjAWpp4ASP2y4Euu6HyZT4oetEnsGd8//EQfLXmFV4kd8StwrACV+BEjyXkAlZnV3e+U0f469WeKCR21coB4laKjHTI8L9HnjMYG4oDxJXNAbuMv3AZKyvI0LVB8CgvdliQseBzbnOmBcsJ4kLniC0KR4Qsik6GdNCixI/QRMiv6GmxS67v5kJkV/PpMiSW5sr0nxpIPlU2E1KZ70mRRPBWBSPAkk+VM5ZZoOrcQDCJV4gJASD7RKjAVpoIASDzJciXXdg8iUeJBVYs/g7vk/7WA5OKxK/LRPiQcHoMRPA0k+GKjErO7u4Jzmz3EIS1zwjI0L1DMEDfWs6XGBPm88KxAXJJLEBUOAu/xQICkTbVyghhIQfBhLXDAc2JwbgHHBRpK44DlCk+I5IZNihDUpsCCNEDApRhpuUui6R5KZFCP5TIpkubG9JsUoB8vnw2pSjPKZFM8HYFKMApL8+ZwyTYdW4tGESjxaSInHWCXGgjRGQInHGq7Euu6xZEo81iqxZ3D3/F9wsBwXViV+wafE4wJQ4heAJB8HVGJWd3dcTvPnOJ4lLnjRxgXqRYKGesn0uECfN14SiAsqksQF44G7/AQgKSvauEBNICD4RJa4YBKwOTcB44LNJHHBy4QmxctCJsVka1JgQZosYFJMMdyk0HVPITMppvCZFB3lxvaaFFMdLF8Jq0kx1WdSvBKASTEVSPJXcso0HVqJpxEq8TQhJZ5ulRgL0nQBJZ5huBLrumeQKfEMq8Sewd3zf9XBcmZYlfhVnxLPDECJXwWSfCZQiVnd3Zk5zZ/jLJa4YLaNC9RsgoZ6zfS4QJ83XhOICyqTxAWzgLv8HCApK9u4QM0hIPhclrhgHrA5twDjgq0kccHrhCbF60ImxXxrUmBBmi9gUiww3KTQdS8gMykW8JkUKXJje02KNxws3wyrSfGGz6R4MwCT4g0gyd/MKdN0aCVeSKjEC4WUeJFVYixIiwSUeLHhSqzrXkymxIutEnsGd8//LQfLJWFV4rd8SrwkACV+C0jyJUAlZnV3l+Q0f45LWeKCt21coN4maKh3TI8L9HnjHYG4oCpJXLAUuMsvA5Kyqo0L1DICgi9niQveBTbnNmBcsJ0kLniP0KR4T8ikWGFNCixIKwRMipWGmxS67pVkJsVKPpMiVW5sr0nxvoPlB2E1Kd73mRQfBGBSvA8k+Qc5ZZoOrcSrCJV4lZASr7ZKjAVptYASf2i4Euu6PyRT4g+tEnsGd8//IwfLNWFV4o98SrwmACX+CEjyNUAlZnV31+Q0f45rWeKCj21coD4maKhPTI8L9HnjE4G4oDpJXLAWuMuvA5Kyuo0L1DoCgq9niQs+BTbnTmBc8N2dwWwUGV2/z4Drdydw/VoAx5Jcvw3/++sn2n8bget3Crh+v4PXD30joo+FgwTGrdFCtu74jF1K1/yMQN01hW7sMoHrB+KjahJgPRSIdUrqf67kQRFmczsmQobbtQnwflqg7jok3Abio+q0MLvHGwj1eD2CHh8sUHd9kh4H4qOQNWs8Mrvq1fvQWQers86/+zztXvULx1Ry/+5Q53f0f0//3U1pP2/22floK38YcKwvgffhQYXVz0Zg8U+/vrJhNRakrwTC6i2Gh9W67i1CYbWEKH0p4JZvzRnsBv112t/75m826K9dG/S2tJ+3X+R3n3F+d5vzu3oD2JH287fCmzmyn3cCN/N/su7fpf297/9m3b9zrfuutJ93/82673Kt+w9pP++5yO8+6/zuD87v6o1yb9rP+xyMJPaaHQL8aGD4zaruo70CdTcMKEXL6Dx/BPIIiLWSWj80zvv//Z4W7xsrsJvK/UJPQB6wN5VYkA4I3FQeNPymUtd9kOwJyIOCT0Ci3YnH08ZAJqLbs0dEbBDGK4NjK/+/cK/vT87cD/2DJzTPRVzYQ/4nNM9FXPoJzYuN83/2hKZegBWuYg+5msM/IdTf/gm4CR3+m7EqV0pJSq2UmNAhPjE1KW2ciqkpCR3KV1GplRPShk9IVEkdUuI7JiZVqphYsXJqpcDeQTgspMBHrAJjQToioMA/G67Auu6fA7J1Mlr/IWeu6HGbGPoQpH+eyF46CrwraALOLfQmpudXyxkT3fPpd0XoPrrdcPsj/e4NXfcdZtofFxy5kTcih4BjNSN5CBvY3wrYM6oZiX10jNA+OiZ083rc3rxiQToucPP6i+E3r7ruX4gySYm5/reXaNHzP5SBjSDVc6UEZveccNb7139g99S+yNr57Z7aEZe2ey42ziXtHolmA4311x35iZzni83kLGqtCO+FvuMA1qF+BW5mJ2FkSE1NX8+TgicevY6HBO78W5r1VOYFd0mDXH2LrLuV4U+jDnL4iR73LkNPKn6BQe4b7h7P6Pq1JjnpAftbAXtGtQ7oqeCM4nwCqDW/AZ06PYaEtvyWU2YPQ2It4SJuy46vux2Bi7hDoO72JA9RnQLyEYi1am9432i+/CTQN0kEfDkkUHcyCV9+B/IFiLVKJuDLHwJ9k0rAlzMCdXci4ctpIF+AWKtOBHy5Jge+bzoT8CWbQN1dSPjyB5AvQKxVFwK+FBTom24EfIkVqLs7CV/OAPkCxFp1J+BLaYG+6UHAlzICdfck4cufQL4AsVY9CfhSTaBvehHwpbpA3b1J+HIWyBcg1qo3AV8aCvRNHwK+NBKouy8JX84B+QLEWvUl4Etbgb7pR8CXuwXq7k/Cl4hcuLUEYq36E/Cli0DfDCDgS1eBugeS8OUyIF+AWKuBBHzpK9A3gwn48rhA3UNI+JIJyBcg1moIAV+GCfTNUAK+DBeoexgJXy4H8gWItRpGwJeJAn0zgoAvkwTqHknClyuAfAFirUYS8GWuQN+MJuDLPIG6x5Dw5UogX4BYqzEEfFku0DfjCPjyrkDd40n4khnIFyDWajwBX9YL9M0EAr58KlD3RBK+XAXkCxBrNZGAL9sF+mYyw/svAnVPIeFLFiBfgFirKQR8+Umgb6YxvP8iUPd0Er5cDeQLEGs1nYAvfwj0zUyG918E6p5FwpesQL4AsVazCPhyjcB72HMY3n8RqHsuCV+uAfIFiLWaS8CXggJ9M5/h/ReBuheQ8CUbkC9ArNUCAr6UFuibhQzvvwjUvYiEL9mBfAFirRYR8KWaQN8sYXj/RaDupSR8yQHkCxBrtZSALw0F+mYZw/svAnUvJ+FLTiBfgFir5QR8aSvQNysY3n8RqHslCV9yAfkCxFqtJOBLF4G+WcXw/otA3atJ+JIbyBcg1mo1AV/6CvTNGob3XwTqXkvCl0ggX4BYq7UEfBkm0DfrGN5/Eah7PQlf8gD5AsRarSfgy0SBvtnA8P6LQN0bSfgSBeQLEGu1kYAvcwX6ZhPD+y8CdW8m4UteIF+AWKvNBHxZLtA3WxjefxGoeysJX6KBfAFirbYS8GW9QN9sY3j/RaDu7SR8yQfkCxBrhVw//aV/7dL+KeKMp7/DQ38vgf6sdf350fozcfXnfOrPLtSfx6Y/Y0p/bo7+LBD9+Qb6nW39Hqp+t06/L6TfgdDPdetnVfXzd/qZIv2chM5+dZ6lPXrtO2ovRZ8P9T2v1nG9N+n1dl/ovovJJdN36HnmB/adxrd9xPnvcdJrkF94nQvkwo0V1Lf5FgD2hnu+BV1rbb/NN4NjapD0gqLHjQU2rFTdsbngGInMVX85mcRc/d/mmwk8b32T91lO7M3TBqFvYPZfqDm717eQg2GcC8v/9g3BRV3/v8tc/3uZC6uiEZf+huCLjfM/8Q3BejGLuBYuLteFO6/J3xAcB9wgC+fCr2/hf7CeGZ13EeBd2e3A08AdwqdIxLdVFsqFH3cnQd1xAnV/Z7hroOsuIlD39wG5BvEZuxSwLxUQayW1fmicixKeHosKnR6L2dMjFqRiAqfHaw0/Peq6ryU6PV5rT4/0p8fiDobX2dPjv7/SF6q47/R4Hdnp8TrgBllC4PRYIoDT4/X29PivT1HFBU4Tewjqvk6g7r0Ep8frBereR3J6BPalAmKtkOunRb99xIUXGh90b16Xy/w5lhTKuOGEvAEoiKwNdQNBQ5VCzxE9Qe0tlxJQjIMkilESeHddGkjKgwR3GqUF+qZMLqxStou48EKuq8TaliHY2G40fWMbljbGJoHHLw8ZTswv02r+UaDuwySPnZYFbsJArJXU+mUCr98g4FjlgFhIcEVKxOJzmS/eZQXqPmr43qhFq5xA3cdI9kYF5CMQa3WsBc1N31/BLro34wlu+lQumT6HE7J8xk915Z2xVFBPQZQXegoiwT4FgQUpQeApiETDn4LQdScKPQWRfkmuaXwGryCegPgkO/YJiI34JyA8hAaNrdJ/cK9vBafXKv6DJyCKRVzYQ/4nIIpFXPoJiIuNc8knIECL8NdipBdXIdf5CWZyFqKIb3Kov5nefGgVPkHwhu5GAavkV7OPA3/d2VQAik5F4FgnSbIDYH8rYM8o4Pp5Nnw0TyoJHSfQ86wMfqP43ojzYqLXoHKuiAjJ+VchfCa8itBpqKo9DWFBqipwGqpm+GlI112N7DRUTfA0JNSz8YJje563ru5geZPpz1ujFyG9uOq+Z6RvyhVxwYUOmqoDSX4TyZ1EDUIlriGkxDWtEmNBqimgxDcbrsT/aU4yJb7ZKrH78ihxLQfL2mFV4lo+Ja4dgBLXApK8Nvj5vXsvLN/4mLR2LvPnWIclyr0F/KT7vRF8DXULQUPVNf2BUH3eqCvw8M9pEre6DnCXrwck5Wmeh3/EyFOPgOD1pRQDfTuDfIL1VvATrOkX+sm+24DzbAeMj9qTfGxOA0JjpoGQMdPQGjNYkBoKGDONDDdmdN2NyIyZRnzGjMQDWX+N7Z5/YwfLJmE1Zhr7jJkmARgzjYEkbyJ0J4NW4qaEStxUSIlvt0qMBel2ASW+w3Al1nXfQabEd1gl9oztnn8zB8vmYVXiZj4lbh6AEjcDkry5dbQVcA3E5ngnS0TSwjaUakHQUC1Nj0j0eaOlQERyhiQiuRO4y7cCkvKMjUhUKwKC3yWlGOi4oDWwOZOAcUEySVzQhtCkaCNkUrS1JgUWpLYCJsXdhpsUuu67yUyKu/lMivKCY3tMinscLNuF1aS4x2dStAvApLgHSPJ2uWSaDq3E7QmVuL2QEt9rlRgL0r0CStzBcCXWdXcgU+IOVondl0eJkxwsk8OqxEk+JU4OQImTgCRPBioxq7sLXAOxOXZkiQtSbFygUggaKtX0uECfN1IF4oKzJHFBR+Au3wlIyrM2LlCdCAh+H0tccD+wOVOBcUEnkrigM6FJ0VnIpOhiTQosSF0ETIquhpsUuu6uZCZFVz6TIkFwbI9J8YCDZbewmhQP+EyKbgGYFA8ASd4tl0zToZW4O6ESdxdS4getEmNBelBAiR8yXIl13Q+RKfFDVondl0eJezhY9gyrEvfwKXHPAJS4B5DkPYFKzOruAtdAbI4Ps8QFj9i4QD1C0FC9TI8L9Hmjl0BcENGSIy54GLjL9waSErl+rHFBbwKCP8oSFzwGbM7OwLigC0lc0IfQpOgjZFL0tSYFFqS+AibF44abFLrux8lMisf5TIpEwbE9JsUTDpb9wmpSPOEzKfoFYFI8ASR5v1wyTYdW4v6EStxfSImftEqMBelJASV+ynAl1nU/RabET1kldl8eJR7gYDkwrEo8wKfEAwNQ4gFAkg8EKjGruwtcA7E5DmKJC562cYF6mqChBpseF+jzxmCBuCATSVwwCLjLDwGSMpONC9QQAoI/wxIXPAtszm7AuKA7SVwwlNCkGCpkUgyzJgUWpGECJsVww00KXfdwMpNiOJ9JUUFwbI9J8ZyD5YiwmhTP+UyKEQGYFM8BST4il0zToZV4JKESjxRS4lFWibEgjRJQ4ucNV2Jd9/NkSvy8VWL35VHi0Q6WY8KqxKN9SjwmACUeDST5GKASs7q7wDUQm+NYlrjgBRsXqBcIGmqc6XGBPm+ME4gLriCJC8YCd/nxSFLauECNJyD4iyxxwUvA5uwBjAt6ksQFEwhNiglCJsVEa1JgQZooYFJMMtyk0HVPIjMpJvGZFBUFx/aYFC87WE4Oq0nxss+kmByASfEykOSTc8k0HVqJpxAq8RQhJZ5qlRgL0lQBJX7FcCXWdb9CpsSvWCV2Xx4lnuZgOT2sSjzNp8TTA1DiaUCSTwcqMau7C1wDsTnOYIkLXrVxgXqVoKFmmh4X6PPGTIG4IDNJXDADuMvPApIys40L1CwCgs9miQteAzZnL2Bc0JskLphDaFLMETIp5lqTAgvSXAGTYp7hJoWuex6ZSTGPz6SoJDi2x6R43cFyflhNitd9JsX8AEyK14Ekn59LpunQSryAUIkXCCnxG1aJsSC9IaDEbxquxLruN8mU+E2rxO7Lo8QLHSwXhVWJF/qUeFEASrwQSPJFQCVmdXeBayA2x8UsccFbNi5QbxE01BLT4wJ93lgiEBdkIYkLFgN3+aVAUmaxcYFaSkDwt1nigneAzdkHGBf0JYkLlhGaFMuETIrl1qTAgrRcwKR413CTQtf9LplJ8S6fSVFZcGyPSfGeg+WKsJoU7/lMihUBmBTvAUm+IpdM06GVeCWhEq8UUuL3rRJjQXpfQIk/MFyJdd0fkCnxB1aJ3ZdHiVc5WK4OqxKv8inx6gCUeBWQ5KuBSszq7gLXQGyOH7LEBR/ZuEB9RNBQa0yPC/R5Y41AXJCVJC74ELjLrwWSMquNC9RaAoJ/zBIXfAJszn7AuKA/SVywjtCkWCdkUqy3JgUWpPUCJsWnhpsUuu5PyUyKT/lMiiqCY3tMis8cLDeE1aT4zGdSbAjApPgMSPINuWSaDq3EGwmVeKOQEn9ulRgL0ucCSvyF4Uqs6/6CTIm/sErsvjxKvMnBcnNYlXiTT4k3B6DEm4Ak3wxUYlZ3F7gGYnP8kiUu+MrGBeorgobaYnpcoM8bWwTigmwkccGXwF1+K5CU2WxcoLYSEPxrlrjgG2BzDgDGBQNJ4oJthCbFNiGTYrs1KbAgbRcwKXYYblLouneQmRQ7+EyKDoJje0yKbx0sd4bVpPjWZ1LsDMCk+BZI8p25ZJoOrcTfESrxd0JK/L1VYixI3wso8S7DlVjXvYtMiXdZJXZfHiXe7WD5Q1iVeLdPiX8IQIl3A0n+A1CJWd1d4BqIzXEPS1yw18YFai9BQ+0zPS7Q5419AnFBDpK4YA9wl/8RSMocNi5QPxIQfD9LXHAA2JyDgXHBEJK44CChSXFQyKT4yZoUWJB+EjApDhluUui6D5GZFIf4TIokwbE9JsVhB8sjYTUpDvtMiiMBmBSHgSQ/kkum6dBK/DOhEv8spMRHrRJjQToqoMTHDFdiXfcxMiU+ZpXYfXmU+LiD5S9hVeLjPiX+JQAlPg4k+S9AJWZ1d4FrIDbHEyxxwa82LlC/EjTUSdPjAn3eOCkQF+QiiQtOAHf534CkzGXjAvUbAcFPscQFvwObcygwLhhGEhecJjQpTguZFH9YkwIL0h8CJsUZw00KXfcZMpPiDJ9JkSw4tsek+NPB8mxYTYo/fSbF2QBMij+BJD+bS6bp0Ep8jlCJzwkpcUTu8z9aJc7gmBokvaDocS/LbbYS67ovyw3HSFSJ3Wsan8Hrf02JMzlYXu7CNFRKrBegiKtY90L4J5T+tzNKzExAkl+Oa+5kVncXuAZic7xCYI4XnWhGG+rK3MCiSRvqSoKGyoyeI3qC+ryROTe+QSNJ4oIrgLv8VUBSRtq4QF1FQPAsUoqBjguuBjbnCGBcMJIkLsiKvB2MCMakyApsTvd8r7EmBRakawRMimyGmxS67mxkJkU2PpOio+DYHpMiu4NljrCaFNl9JkWOAEyK7ECS58gt03RoJc5JqMQ5hZQ4l1ViLEi5BJQ4t+FKrOvOTabEua0Suy+PEkc6WOYJqxJH+pQ4TwBKHAkkeR6gErO6u8A1EJtjFEtckNfGBSovQUNFmx4X6PNGtEBcEEUSF0QBd/l8QFJG2bhA5SMgeAxLXJAf2JyjgXHBGJK4oAChSVFAyKQoaE0KLEgFBUyKWMNNCl13LJlJEctnUqQIju0xKQo5WMaF1aQo5DMp4gIwKQoBSR6XW6bp0EpcmFCJCwspcRGrxFiQiggocVHDlVjXXZRMiYtaJXZfHiUu5mB5bViVuJhPia8NQImLAUl+LVCJWd1d4BqIzbE4S1xwnY0L1HUEDVXC9LhAnzdKCMQF0SRxQXHgLn89kJTRNi5Q1xMQvCRLXHADsDnHAeOC8SRxQSlCk6KUkElR2poUWJBKC5gUZQw3KXTdZchMijJ8JkWq4Ngek+JGB8uyYTUpbvSZFGUDMCluBJK8bG6ZpkMrcTlCJS4npMTxVomxIMULKLEyXIl13YpMiZVVYvflUeLyDpYJYVXi8j4lTghAicsDSZ4AVGJWdxe4BmJzTGSJCyrYuEBVIGioiqbHBfq8UVEgLoghiQsSgbt8JSApY2xcoCoRELwyS1xQBdicE4BxwUSSuKAqoUlRVcikqGZNCixI1QRMiuqGmxS67upkJkV1OpNCxcuN7TUpbnKwrBFWk+Imn0lRIwCT4iYgyWvklmk6tBLXJFTimkJKfLNVYjBIAkpcy3Al1nXXIlPiWlaJPYO751/bwbJOWJW4tk+J6wSgxLWBJK8DVGJWd7dObvPneAtLXFDXxgWqLkFD1TM9LtDnjXoCcUEBkrjgFuAuXx9IygI2LlD1CQh+K0tccBuwOScD44IpJHFBA0KTooGQSdHQmhRYkBoKmBSNDDcpdN2NyEyKRnwmhZIb22tSNHawbBJWk6Kxz6RoEoBJ0RhI8ia5ZZoOrcRNCZW4qZAS326VGAvS7QJKfIfhSqzrvoNMie+wSuwZ3D3/Zg6WzcOqxM18Stw8ACVuBiR5c6ASs7q7zXObP8c7WeKCFjYuUC0IGqql6XGBPm+0FIgLYknigjuBu3wrICljbVygWhEQ/C6WuKA1sDmnAeOC6SRxQRtCk6KNkEnR1poUWJDaCpgUdxtuUui67yYzKe7mMynKy43tNSnucbBsF1aT4h6fSdEuAJPiHiDJ2+WWaTq0ErcnVOL2Qkp8r1ViLEj3CihxB8OVWNfdgUyJO1gl9gzunn+Sg2VyWJU4yafEyQEocRKQ5MlAJWZ1d5Nzmz/HjixxQYqNC1QKQUOlmh4X6PNGqkBcEEcSF3QE7vKdgKSMs3GB6kRA8PtY4oL7gc05ExgXzCKJCzoTmhSdhUyKLtakwILURcCk6Gq4SaHr7kpmUnTlMykS5Mb2mhQPOFh2C6tJ8YDPpOgWgEnxAJDk3XLLNB1aibsTKnF3ISV+0CoxFqQHBZT4IcOVWNf9EJkSP2SV2DO4e/49HCx7hlWJe/iUuGcAStwDSPKeQCVmdXd75jZ/jg+zxAWP2LhAPULQUL1Mjwv0eaOXQFxQhCQueBi4y/cGkrKIjQtUbwKCP8oSFzwGbM45wLhgLklc0IfQpOgjZFL0tSYFFqS+AibF44abFLrux8lMisf5TIpEubG9JsUTDpb9wmpSPOEzKfoFYFI8ASR5v9wyTYdW4v6EStxfSImftEqMBelJASV+ynAl1nU/RabET1kl9gzunv8AB8uBYVXiAT4lHhiAEg8AknwgUIlZ3d2Buc2f4yCWuOBpGxeopwkaarDpcYE+bwwWiAuKkcQFg4C7/BAgKYvZuEANISD4MyxxwbPA5pwPjAsWkMQFQwlNiqFCJsUwa1JgQRomYFIMN9yk0HUPJzMphvOZFBXkxvaaFM85WI4Iq0nxnM+kGBGASfEckOQjcss0HVqJRxIq8UghJR5llRgL0igBJX7ecCXWdT9PpsTPWyX2DO6e/2gHyzFhVeLRPiUeE4ASjwaSfAxQiVnd3TG5zZ/jWJa44AUbF6gXCBpqnOlxgT5vjBOIC4qTxAVjgbv8eCApi9u4QI0nIPiLLHHBS8DmXAiMCxaRxAUTCE2KCUImxURrUmBBmihgUkwy3KTQdU8iMykm8ZkUFeXG9poULztYTg6rSfGyz6SYHIBJ8TKQ5JNzyzQdWomnECrxFCElnmqVGAvSVAElfsVwJdZ1v0KmxK9YJfYM7p7/NAfL6WFV4mk+JZ4egBJPA5J8OlCJWd3d6bnNn+MMlrjgVRsXqFcJGmqm6XGBPm/MFIgLSpDEBTOAu/wsIClL2LhAzSIg+GyWuOA1YHMuAcYFS0nigjmEJsUcIZNirjUpsCDNFTAp5hluUui655GZFPP4TIpKcmN7TYrXHSznh9WkeN1nUswPwKR4HUjy+bllmg6txAsIlXiBkBK/YZUYC9IbAkr8puFKrOt+k0yJ37RK7BncPf+FDpaLwqrEC31KvCgAJV4IJPkioBKzuruLcps/x8UsccFbNi5QbxE01BLT4wJ93lgiEBeUJIkLFgN3+aVAUpa0cYFaSkDwt1nigneAzbkMGBcsJ4kLlhGaFMuETIrl1qTAgrRcwKR413CTQtf9LplJ8S6fSVFZbmyvSfGeg+WKsJoU7/lMihUBmBTvAUm+IrdM06GVeCWhEq8UUuL3rRJjQXpfQIk/MFyJdd0fkCnxB1aJPYO757/KwXJ1WJV4lU+JVwegxKuAJF8NVGJWd3d1bvPn+CFLXPCRjQvURwQNtcb0uECfN9YIxAWlSOKCD4G7/FogKUvZuECtJSD4xyxxwSfA5lwBjAtWksQF6whNinVCJsV6a1JgQVovYFJ8arhJoev+lMyk+JTPpKgiN7bXpPjMwXJDWE2Kz3wmxYYATIrPgCTfkFum6dBKvJFQiTcKKfHnVomxIH0uoMRfGK7Euu4vyJT4C6vEnsHd89/kYLk5rEq8yafEmwNQ4k1Akm8GKjGru7s5t/lz/JIlLvjKxgXqK4KG2mJ6XKDPG1sE4oIyJHHBl8BdfiuQlGVsXKC2EhD8a5a44Btgc64CxgWrSeKCbYQmxTYhk2K7NSmwIG0XMCl2GG5S6Lp3kJkUO/hMig5yY3tNim8dLHeG1aT41mdS7AzApPgWSPKduWWaDq3E3xEq8XdCSvy9VWIsSN8LKPEuw5VY172LTIl3WSX2DO6e/24Hyx/CqsS7fUr8QwBKvBtI8h+ASszq7v6Q2/w57mGJC/bauEDtJWiofabHBfq8sU8gLihLEhfsAe7yPwJJWdbGBepHAoLvZ4kLDgCbcw0wLlhLEhccJDQpDgqZFD9ZkwIL0k8CJsUhw00KXfchMpPiEJ9JkSQ3ttekOOxgeSSsJsVhn0lxJACT4jCQ5EdyyzQdWol/JlTin4WU+KhVYixIRwWU+JjhSqzrPkamxMesEnsGd8//uIPlL2FV4uM+Jf4lACU+DiT5L0AlZnV3f8lt/hxPsMQFv9q4QP1K0FAnTY8L9HnjpEBcEE8SF5wA7vK/AUkZb+MC9RsBwU+xxAW/A5tzHTAuWE8SF5wmNClOC5kUf1iTAgvSHwImxRnDTQpd9xkyk+IMn0mRLDe216T408HybFhNij99JsXZAEyKP4EkP5tbpunQSnyOUInPCSlxROT5H60SZ3BMDZJeUPS4l0WarcS67ssi4RiJKrF7TeMzeP2vKXEmB8vLXZiGSon1AhRxFeteCP+E0v92RomZCUjyyyNxTcfq7l4eaf4crxCY40UnmtGGujISWDRpQ11J0FCZ0XNET1CfNzJH4hu0PElccAVwl78KSMryNi5QVxEQPIuUYqDjgquBzbkBGBdsJIkLsiJvByOCMSmyApvTPd9rrEmBBekaAZMim+Emha47G5lJkY3PpOgoN7bXpMjuYJkjrCZFdp9JkSMAkyI7kOQ5ImWaDq3EOQmVOKeQEueySowFKZeAEuc2XIl13bnJlDi3VWLP4O75RzpY5gmrEkf6lDhPAEocCSR5HqASs7q7eSLNn2MUS1yQ18YFKi9BQ0WbHhfo80a0QFyQSBIXRAF3+XxAUibauEDlIyB4DEtckB/YnJuAccFmkrigAKFJUUDIpChoTQosSAUFTIpYw00KXXcsmUkRy2dSpMiN7TUpCjlYxoXVpCjkMyniAjApCgFJHhcp03RoJS5MqMSFhZS4iFViLEhFBJS4qOFKrOsuSqbERa0SewZ3z7+Yg+W1YVXiYj4lvjYAJS4GJPm1QCVmdXevjTR/jsVZ4oLrbFygriNoqBKmxwX6vFFCIC6oSBIXFAfu8tcDSVnRxgXqegKCl2SJC24ANucWYFywlSQuKEVoUpQSMilKW5MCC1JpAZOijOEmha67DJlJUYbPpEiVG9trUtzoYFk2rCbFjT6TomwAJsWNQJKXjZRpOrQSlyNU4nJCShxvlRgLUryAEivDlVjXrciUWFkl9gzunn95B8uEsCpxeZ8SJwSgxOWBJE8AKjGru5sQaf4cE1niggo2LlAVCBqqoulxgT5vVBSICyqTxAWJwF2+EpCUlW1coCoRELwyS1xQBdic24BxwfYWwWwUGV2/qsD1ux24fncAx5Jcv2r/++sn2n/Vget3Arh+v4LXD30joo+FwwXGrdpStu74jF1K1zxKoO5qQjd2mcD1A/FR1QiwHg3EOiX1P1fy8AizuR0TIcPtGgR4PydQd00SbgPxUTVbmt3jDYR6vDZBj48QqLsOSY8D8VHImjUemV316n3orIPVWeff3ZR2r1rDMZXcvzva+R3939N/t6a+r/XZ+WgrfwxwrFrA+/CgwurnI7D4p1+1bViNBam2QFhdx/CwWtddRyislhClWgJu+S2RwW7QddP+Xr2/2aDrujbo+mk/33qR3x3l/G5953f1BnBb2s8NhDdzZD83BG7m/2TdG6X9vcZ/s+6NXOveJO3npn+z7k1c63572s93XOR3n3d+93bnd/VG2Szt5+YORhJ7zW0C/Khn+M2q7qNmAnXXDyhFy+g87wTyCIi1klo/NM4t/v2eFu8bK7CbyhZCT0C2tDeVWJBaCtxUtjL8plLX3YrsCchWgk9Aot2JQWljIBPRW3NFRFQTxiuDYyv/v3Cv713O3Fv/gyc0z0Vc2EP+JzTPRVz6Cc2LjfN/9oSmXoAVrmJbu5rDPyHU374LuAm1+ZuxKldKSUqtlJjQIT4xNSltnIqpKQkdyldRqZUT0oZPSFRJHVLiOyYmVaqYWLFyaqXA3kFoI6TAba0CY0FqK6DAdxuuwLruuwOydTJaf2tnrvDsxtCHIP3zRPbSPcC7ggbg3EJvYnp+tZwx0T2ffleE7qNGhtsf6Xdv6Lobm2l/XHDkRt6ItAaO1YTkIWxgfytgz6gmJPZRO0L7qJ3QzWt7e/OKBam9wM3rvYbfvOq67yXKJCXm+t9eokXPv3UGNoJUz5USmN3TwVnvpH9g99S+yNr57Z7aEZe2ey42ziXtHolmA4311x15h8jzxWZyFrVWhPdC33EA61BJwM0sGUaG1NT09UwWPPHodWwtcOffzKynMi+4Sxru6ltk3c0Nfxp1uMNP9Lh3GnpS8QsMct9w93iGA2SSkx6wvxWwZ1SLgJ4KzijOHYBa0xHo1OkxJLSlY6TMHobEWsJFrJ8LX3cbAhfxNoG625I8RJUC5CMQa9XW8L7RfLlLoG/aEfCltUDd7Un4kgrkCxBr1Z6AL/cJ9E0SAV/uF6g7mYQvnYB8AWKtkgn48qhA36QS8OUxgbo7kfDlPiBfgFirTgR8eUagbzoT8OVZgbq7kPDlfiBfgFirLgR8eVGgb7oR8OUlgbq7k/ClM5AvQKxVdwK+zBbomx4EfHlNoO6eJHzpAuQLEGvVk4Avbwv0TS8CvrwjUHdvEr50BfIFiLXqTcCXjwX6pg8BXz4RqLsvCV8eAPIFiLXqS8CXrwX6ph8BX74RqLs/CV+6AfkCxFr1J+DLfoG+GUDAlwMCdQ8k4Ut3IF+AWKuBBHw5JdA3gwn48rtA3UNI+PIgkC9ArNUQAr5kyY3vm6EEfLlaoO5hJHx5CMgXINZqGAFfYgT6ZgQBX/IL1D2ShC89gHwBYq1GEvClpEDfjCbgyw0CdY8h4UtPIF+AWKsxBHypLNA34wj4UkWg7vEkfHkYyBcg1mo8AV9uFeibCQzvvwjUPZGEL48A+QLEWk0k4MtdAn0zmeH9F4G6p5DwpReQL0Cs1RQCvtwn0DfTGN5/Eah7OglfegP5AsRaTSfgy6MCfTOT4f0XgbpnkfDlUSBfgFirWQR8eUagb+YwvP8iUPdcEr48BuQLEGs1l4AvLwr0zXyG918E6l5Awpc+QL4AsVYLCPgyW6BvFjK8/yJQ9yISvvQF8gWItVpEwJe3BfpmCcP7LwJ1LyXhy+NAvgCxVksJ+PKxQN8sY3j/RaDu5SR8eQLIFyDWajkBX74W6JsVDO+/CNS9koQv/YB8AWKtVhLwZb9A36xieP9FoO7VJHzpD+QLEGu1moAvpwT6Zg3D+y8Cda8l4cuTQL4AsVZrCfiSReBzo9cxvP8iUPd6Er48BeQLEGu1noAvMQJ9s4Hh/ReBujeS8GUAkC9ArNVGAr6UFOibTQzvvwjUvZmELwOBfAFirTYT8KWyQN9sYXj/RaDurSR8GQTkCxBrhVw//aV/ndP+KeKMp7/DQ38vgf6sdf350fozcfXnfOrPLtSfx6Y/Y0p/bo7+LBD9+Qb6nW39Hqp+t06/L6TfgdDPdetnVfXzd/qZIv2chM5+dZ6lPXrtO2ovRZ8P9T2v1nG9Nw2KjPBc6L57OlKm7+Cf6wHsO41vl4jz3+Ok12Cw8DoPAX7HU1Df5jtE6Nt8n7Hf5osF6RmBb/N91vBv89V1P0v0bb4Sc/V/m28m8Lz1TV7VSOzNUzUhzPwXas7u9R3qzH3YP/iG4KKu/99lrv+9zIVV0YhLf0Pwxcb5n/iGYL2YRVwLNyzywp3X5G8IHgbcIIdH4td3+D9Yz4zO+zng5tAIeBpoLHyKRHxb5VCBU+Q2grqHCdS93XDXQNf9nEDdOwJyDeIzdilgXyog1kpq/eCfOkZ4ehwhdHocaU+PWJBGCpweRxl+etR1jyI6PY6yp0f60+PzztxH29Pjv7/SF+p53+lxNNnpcTRwgxwjcHocE8Dpcaw9Pf7rU9TzAqeJ7wnqHi1Q9y6C0+NYgbp3k5wegX2pgFgr5Ppp0e8SceGFxgfdm6MjzZ/jC0IZN5yQ44CCyNpQ4wgaajx6jugJam95vIBi7CNRjBeAd9cvAkm5j+BO40WBvnkpEquUnSMuvJDrKrG2LxFsbBNM39jGpI1RU6BB9xtOzFppNd8pUPcBksdOJwI3YSDWSmr9MoHXbzhwrElALCS4IiViL0eaL94TBeo+ZPjeqEVrkkDdh0n2xslAPgKxVodb0tz0/RXsonvzZYKbvsmRMn0OJ+SUjJ/qyjtjqaCegpgi9BTEVPsUBBakqQJPQbxi+FMQuu5XhBN1yTWNz+AVxBMQFXNhn4CojsfLQ2jQ2Cr9B/f6TnPmPv0fPAFRLOLCHvI/AVEs4tJPQFxsnEs+AQFahL8WI724aZHnJ5jJWYgivsmh/mZ686FV+CjBG7rVBY4Dx8w+Dvx1ZzMNKDrTgWMdJ8kOgP2tgD2jgOvn2fDRPJlB8kbxq+A3irtGnBcTvQavCr9RPJPwmfCZQqehWfY0hAVplsBpaLbhpyFd92yy09BswdOQUM8G9rz1aw6Wc0x/3hq9COnFveZ7RnpOZMQFFzpoeg1I8jkkdxJzCZV4rpASz7NKjAVpnoASv264Euu6XydT4tetErsvjxLPd7BcEFYlnu9T4gUBKPF8IMkXgJ/f63ph+cbHpAsizZ/jGyxR7pvgJ90ZG+pNgoZaaPoDofq8sVDA7T9J4la/AdzlFwFJeZLn4R8x8iwiIPhiKcVA384gn2B9C/wEa/qFfrJvCXCebYDxUVuSj81ZSmjMLBUyZt62xgwWpLcFjJl3DDdmdN3vkBkz7/AZMxIPZP01tnv+yxwsl4fVmFnmM2aWB2DMLAOSfLnQnQxaid8lVOJ3hZT4PavEWJDeE1DiFYYrsa57BZkSr7BK7BnbPf+VDpbvh1WJV/qU+P0AlHglkOTvW0dbAddAbI4fsEQkq2xDqVUEDbXa9IhEnzdWC0Qkp0gikg+Au/yHQFKeshGJ+pCA4B9JKQY6LlgDbM52wLigPUlcsJbQpFgrZFJ8bE0KLEgfC5gUnxhuUui6PyEzKT7hMynKC47tMSnWOViuD6tJsc5nUqwPwKRYByT5+kiZpkMr8aeESvypkBJ/ZpUYC9JnAkq8wXAl1nVvIFPiDVaJ3ZdHiTc6WH4eViXe6FPizwNQ4o1Akn8OVGJWdxe4BmJz/IIlLthk4wK1iaChNpseF+jzxmaBuOA0SVzwBXCX/xJIytM2LlBfEhD8K5a4YAuwOZOAcUEySVywldCk2CpkUnxtTQosSF8LmBTfGG5S6Lq/ITMpvuEzKRIEx/aYFNscLLeH1aTY5jMptgdgUmwDknx7pEzToZV4B6ES7xBS4m+tEmNB+lZAiXcarsS67p1kSrzTKrH78ijxdw6W34dVib/zKfH3ASjxd0CSfw9UYlZ3F7gGYnPcxRIX7LZxgdpN0FA/mB4X6PPGDwJxwRmSuGAXcJffAyTlGRsXqD0EBN/LEhfsAzZnKjAu6EQSF/xIaFL8KGRS7LcmBRak/QImxQHDTQpd9wEyk+IAn0mRKDi2x6Q46GD5U1hNioM+k+KnAEyKg0CS/xQp03RoJT5EqMSHhJT4sFViLEiHBZT4iOFKrOs+QqbER6wSuy+PEv/sYHk0rEr8s0+JjwagxD8DSX4UqMSs7i5wDcTmeIwlLjhu4wJ1nKChfjE9LtDnjV8E4oKzJHHBMeAufwJIyrM2LlAnCAj+K0tccBLYnJ2BcUEXkrjgN0KT4jchk+KUNSmwIJ0SMCl+N9yk0HX/TmZS/M5nUlQQHNtjUpx2sPwjrCbFaZ9J8UcAJsVpIMn/iJRpOviTSIRKfEZIif+0SowF6U8BJT5ruBLrus+SKfFZq8Tuy6PE59KxzHP+34VKic/5lNi9EP4Jpf/tjBLzHJLkeXBNx+ruAtdAbI6XCczxohPNaENlwk2UNi7IRNBQl6PniJ6gPm/oSaIbNKIVR1zgZnxGa74CSErk+rHGBVcQEPxKKcVAxwWZgc3ZDRgXdCeJC64CbhRBmRRXAZvTPd8srttva1JkcEwNUpY8+HGvBjasVN1X54FjJGpSXA0kVEAmRUXBsT0mRVYHy2vCalLoBSjiKvaaAEyKrECSX5NHpunQSpyNUImzCSlxdqvEWJCyCyhxDsOVWNedg0yJc1gldl8eJc7pYJkrrEqc06fEuQJQ4pxAkucCKjGruwtcA7E55maJCyJtXKAiCRoqj+lxgT5v5BGICzKRxAW5gbt8FJCUmWxcoKIICJ6XJS6IBjZnD2Bc0JMkLshHaFLkEzIpYqxJgQUpRsCkyG+4SaHrzk9mUuTnMykqCY7tMSkKOFgWDKtJUcBnUhQMwKQoACR5wTwyTYdW4lhCJY4VUuJCVomxIBUSUOI4w5VY1x1HpsRxVondl0eJCztYFgmrEhf2KXGRAJS4MJDkRYBKzOruAtdAbI5FWeKCYjYuUMUIGupa0+MCfd64ViAuuIIkLigK3OWLI0lp4wJVnIDg17HEBSWAzdkLGBf0JokLric0Ka4XMilKWpMCC1JJAZPiBsNNCl33DWQmxQ18JkVlwbE9JkUpB8vSYTUpSvlMitIBmBSlgCQvnUem6dBKXIZQicsIKfGNVomxIN0ooMRlDVdiXXdZMiUua5XYfXmUuJyDZXxYlbicT4njA1DickCSxwOVmNXdBa6B2BwVS1xQ3sYFqjxBQyWYHhfo80aCQFyQmSQuUMBdPhFIysw2LlCJBASvwBIXVAQ2Zx9gXNCXJC6oRGhSVBIyKSpbkwILUmUBk6KK4SaFrrsKmUlRhc+kqCI4tsekqOpgWS2sJkVVn0lRLQCToiqQ5NXyyDQdWomrEypxdSElvskqMRakmwSUuIbhSqzrrkGmxDWsErsvjxLXdLC8OaxKXNOnxDcHoMQ1gSS/GajErO4ucA3E5liLJS6obeMCVZugoeqYHhfo80YdgbggC0lcUAu4y98CJGUWGxeoWwgIXpclLqgHbM5+wLigP0lcUJ/QpKgvZFLcak0KLEi3CpgUtxluUui6byMzKW7jMyk6CI7tMSkaOFg2DKtJ0cBnUjQMwKRoACR5wzwyTYdW4kaEStxISIkbWyXGgtRYQImbGK7Euu4mZErcxCqx+/IocVMHy9vDqsRNfUp8ewBK3BRI8tuBSszq7gLXQGyOd7DEBc1sXKCaETRUc9PjAn3eaC4QF2QliQvuAO7ydwJJmdXGBepOAoK3YIkLWgKbcwAwLhhIEhe0IjQpWgmZFHdZkwIL0l0CJkVrw00KXXdrMpOiNZ9JkSQ4tsekaONg2TasJkUbn0nRNgCTog2Q5G3zyDQdWonvJlTiu4WU+B6rxFiQ7hFQ4naGK7Guux2ZErezSuy+PErc3sHy3rAqcXufEt8bgBK3B5L8XqASs7q7wDUQm2MHlrggycYFKomgoZJNjwv0eSNZIC7IRhIXdADu8h2BpMxm4wLVkYDgKSxxQSqwOQcD44IhJHFBJ0KTopOQSXGfNSmwIN0nYFLcb7hJoeu+n8ykuJ/PpEgWHNtjUnR2sOwSVpOis8+k6BKASdEZSPIueWSaDq3EXQmVuKuQEj9glRgL0gMCStzNcCXWdXcjU+JuVondl0eJuztYPhhWJe7uU+IHA1Di7kCSPwhUYlZ3F7gGYnN8iCUu6GHjAtWDoKF6mh4X6PNGT4G4IAdJXPAQcJd/GEjKHDYuUA8TEPwRlrigF7A5hwLjgmEkcUFvQpOit5BJ8ag1KbAgPSpgUjxmuEmh636MzKR4jM+k6Cg4tsek6ONg2TesJkUfn0nRNwCTog+Q5H3zyDQdWokfJ1Tix4WU+AmrxFiQnhBQ4n6GK7Guux+ZEvezSuy+PErc38HyybAqcX+fEj8ZgBL3B5L8SaASs7q7wDUQm+NTLHHBABsXqAEEDTXQ9LhAnzcGCsQFuUjigqeAu/wgIClz2bhADSIg+NMsccFgYHOOAMYFI0nigiGEJsUQIZPiGWtSYEF6RsCkeNZwk0LX/SyZSfEsn0mRIji2x6QY6mA5LKwmxVCfSTEsAJNiKJDkw/LINB1aiYcTKvFwISV+zioxFqTnBJR4hOFKrOseQabEI6wSuy+PEo90sBwVViUe6VPiUQEo8UggyUcBlZjV3QWugdgcn2eJC0bbuECNJmioMabHBfq8MUYgLogkiQueB+7yY4GkjLRxgRpLQPAXWOKCccDmHA2MC8aQxAXjCU2K8UImxYvWpMCC9KKASfGS4SaFrvslMpPiJT6TIlVwbI9JMcHBcmJYTYoJPpNiYgAmxQQgySfmkWk6tBJPIlTiSUJK/LJVYixILwso8WTDlVjXPZlMiSdbJXZfHiWe4mA5NaxKPMWnxFMDUOIpQJJPBSoxq7sLXAOxOb7CEhdMs3GBmkbQUNNNjwv0eWO6QFwQRRIXvALc5WcASRll4wI1g4Dgr7LEBTOBzTkOGBeMJ4kLZhGaFLOETIrZ1qTAgjRbwKR4zXCTQtf9GplJ8RqdSaHi5cb2mhRzHCznhtWkmOMzKeYGYFLMAZJ8bh6ZpkMr8TxCJZ4npMSvWyXGgvS6gBLPN1yJdd3zyZR4vlViz+Du+S9wsHwjrEq8wKfEbwSgxAuAJH8DqMSs7u4becyf45ssccFCGxeohQQNtcj0uECfNxYJxAXRJHHBm8BdfjGQlNE2LlCLCQj+FktcsATYnBOAccFEkrhgKaFJsVTIpHjbmhRYkN4WMCneMdyk0HW/Q2ZSvMNnUii5sb0mxTIHy+VhNSmW+UyK5QGYFMuAJF+eR6bp0Er8LqESvyukxO9ZJcaC9J6AEq8wXIl13SvIlHiFVWLP4O75r3SwfD+sSrzSp8TvB6DEK4Ekfx+oxKzu7vt5zJ/jByxxwSobF6hVBA212vS4QJ83VgvEBTEkccEHwF3+QyApY2xcoD4kIPhHLHHBGmBzTgbGBVNI4oK1hCbFWiGT4mNrUmBB+ljApPjEcJNC1/0JmUnxCZ9JUV5ubK9Jsc7Bcn1YTYp1PpNifQAmxTogydfnkWk6tBJ/SqjEnwop8WdWibEgfSagxBsMV2Jd9wYyJd5gldgzuHv+Gx0sPw+rEm/0KfHnASjxRiDJPwcqMau7+3ke8+f4BUtcsMnGBWoTQUNtNj0u0OeNzQJxQQGSuOAL4C7/JZCUBWxcoL4kIPhXLHHBFmBzTgPGBdNJ4oKthCbFViGT4mtrUmBB+lrApPjGcJNC1/0NmUnxDZ9JkSA3ttek2OZguT2sJsU2n0mxPQCTYhuQ5NvzyDQdWol3ECrxDiEl/tYqMRakbwWUeKfhSqzr3kmmxDutEnsGd8//OwfL78OqxN/5lPj7AJT4OyDJvwcqMau7+30e8+e4iyUu2G3jArWboKF+MD0u0OeNHwTigliSuGAXcJffAyRlrI0L1B4Cgu9liQv2AZtzJjAumEUSF/xIaFL8KGRS7LcmBRak/QImxQHDTQpd9wEyk+IAn0mRKDe216Q46GD5U1hNioM+k+KnAEyKg0CS/5RHpunQSnyIUIkPCSnxYavEWJAOCyjxEcOVWNd9hEyJj1gl9gzunv/PDpZHw6rEP/uU+GgASvwzkORHgUrM6u4ezWP+HI+xxAXHbVygjhM01C+mxwX6vPGLQFwQRxIXHAPu8ieApIyzcYE6QUDwX1nigpPA5pwDjAvmksQFvxGaFL8JmRSnrEmBBemUgEnxu+Emha77dzKT4nc+k6KC3Nhek+K0g+UfYTUpTvtMij8CMClOA0n+Rx6ZpkMr8RlCJT4jpMR/WiXGgvSngBKfNVyJdd1nyZT4rFViz+Du+Z9LxzLq/L8LlRKf8ymxeyH8E0r/2xkl5jkkyaNwTcfq7uLWQG6OlwnM8aITzWhDZcJNlDYuyETQUJej54ieoD5v6EmiG7QISVzgZnxGa74CSMoiNi5QVxAQ/EopxUDHBZmBzTkfGBcsIIkLrgJuFEGZFFcBm9M93yyu229rUmRwTA1Slij8uFcDG1aq7quj4BiJmhRXAwkVkElRUW5sr0mR1cHymrCaFHoBiriKvSYAkyIrkOTXRMk0HVqJsxEqcTYhJc5ulRgLUnYBJc5huBLrunOQKXEOq8Sewd3zz+lgmSusSpzTp8S5AlDinECS5wIqMau7myvK/DnmZokLIm1coCIJGiqP6XGBPm/kEYgLipHEBbmBu3wUkJTFbFygoggInpclLogGNudCYFywiCQuyEdoUuQTMilirEmBBSlGwKTIb7hJoevOT2ZS5OczKSrJje01KQo4WBYMq0lRwGdSFAzApCgAJHnBKJmmQytxLKESxwopcSGrxFiQCgkocZzhSqzrjiNT4jirxJ7B3fMv7GBZJKxKXNinxEUCUOLCQJIXASoxq7tbJMr8ORZliQuK2bhAFSNoqGtNjwv0eeNagbigOElcUBS4yxcHkrK4jQtUcQKCX8cSF5QANucSYFywlCQuuJ7QpLheyKQoaU0KLEglBUyKGww3KXTdN5CZFDfwmRSV5cb2mhSlHCxLh9WkKOUzKUoHYFKUApK8dJRM06GVuAyhEpcRUuIbrRJjQbpRQInLGq7Euu6yZEpc1iqxZ3D3/Ms5WMaHVYnL+ZQ4PgAlLgckeTxQiVnd3fgo8+eoWOKC8jYuUOUJGirB9LhAnzcSBOKCEiRxgQLu8olAUpawcYFKJCB4BZa4oCKwOZcB44LlJHFBJUKTopKQSVHZmhRYkCoLmBRVDDcpdN1VyEyKKnwmRRW5sb0mRVUHy2phNSmq+kyKagGYFFWBJK8WJdN0aCWuTqjE1YWU+CarxFiQbhJQ4hqGK7GuuwaZEtewSuwZ3D3/mg6WN4dViWv6lPjmAJS4JpDkNwOVmNXdvTnK/DnWYokLatu4QNUmaKg6pscF+rxRRyAuKEkSF9QC7vK3AElZ0sYF6hYCgtdliQvqAZtzBTAuWEkSF9QnNCnqC5kUt1qTAgvSrQImxW2GmxS67tvITIrb+EyKDnJje02KBg6WDcNqUjTwmRQNAzApGgBJ3jBKpunQStyIUIkbCSlxY6vEWJAaCyhxE8OVWNfdhEyJm1gl9gzunn9TB8vbw6rETX1KfHsAStwUSPLbgUrM6u7eHmX+HO9giQua2bhANSNoqOamxwX6vNFcIC4oRRIX3AHc5e8EkrKUjQvUnQQEb8ESF7QENucqYFywmiQuaEVoUrQSMinusiYFFqS7BEyK1oabFLru1mQmRWs+kyJJbmyvSdHGwbJtWE2KNj6Tom0AJkUbIMnbRsk0HVqJ7yZU4ruFlPgeq8RYkO4RUOJ2hiuxrrsdmRK3s0rsGdw9//YOlveGVYnb+5T43gCUuD2Q5PcClZjV3b03yvw5dmCJC5JsXKCSCBoq2fS4QJ83kgXigjIkcUEH4C7fEUjKMjYuUB0JCJ7CEhekAptzDTAuWEsSF3QiNCk6CZkU91mTAgvSfQImxf2GmxS67vvJTIr7+UyKZLmxvSZFZwfLLmE1KTr7TIouAZgUnYEk7xIl03RoJe5KqMRdhZT4AavEWJAeEFDiboYrsa67G5kSd7NK7BncPf/uDpYPhlWJu/uU+MEAlLg7kOQPApWY1d19MMr8OT7EEhf0sHGB6kHQUD1Njwv0eaOnQFxQliQueAi4yz8MJGVZGxeohwkI/ghLXNAL2JzrgHHBepK4oDehSdFbyKR41JoUWJAeFTApHjPcpNB1P0ZmUjzGZ1J0lBvba1L0cbDsG1aToo/PpOgbgEnRB0jyvlEyTYdW4scJlfhxISV+wioxFqQnBJS4n+FKrOvuR6bE/awSewZ3z7+/g+WTYVXi/j4lfjIAJe4PJPmTQCVmdXefjDJ/jk+xxAUDbFygBhA01EDT4wJ93hgoEBfEk8QFTwF3+UFAUsbbuEANIiD40yxxwWBgc24AxgUbSeKCIYQmxRAhk+IZa1JgQXpGwKR41nCTQtf9LJlJ8SyfSZEiN7bXpBjqYDksrCbFUJ9JMSwAk2IokOTDomSaDq3EwwmVeLiQEj9nlRgL0nMCSjzCcCXWdY8gU+IRVok9g7vnP9LBclRYlXikT4lHBaDEI4EkHwVUYlZ3d1SU+XN8niUuGG3jAjWaoKHGmB4X6PPGGIG4oDxJXPA8cJcfCyRleRsXqLEEBH+BJS4YB2zOTcC4YDNJXDCe0KQYL2RSvGhNCixILwqYFC8ZblLoul8iMyle4jMpUuXG9poUExwsJ4bVpJjgMykmBmBSTACSfGKUTNOhlXgSoRJPElLil60SY0F6WUCJJxuuxLruyWRKPNkqsWdw9/ynOFhODasST/Ep8dQAlHgKkORTgUrM6u5OjTJ/jq+wxAXTbFygphE01HTT4wJ93pguEBckksQFrwB3+RlAUibauEDNICD4qyxxwUxgc24BxgVbWwazUWR0/WYB168RcP0aA8eSXL/Z//vrJ9p/rwHX7yhw/Y6B1w99I6KPhWMFxq3YSrbu+IxdStf8okDdlYRu7DKB6wfioyoRYD0BiHVK6n+u5LERZnM7JkKG21UJ8H5BoO5qJNwG4qOqtTK7xxsI9XgNgh4fJ1B3TZIeB+KjkDVrPDK76tX70FkHq7POv5uTdq861zGV3L87wfkd/d/Tf3de2s+v++x8tJU/ETjWfOB9eFBh9UsRWPzTrwU2rMaCtEAgrH7D8LBa1/2GUFgtIUrzBdzyN6OC3aAXpv29RX+zQS90bdCL035+6yK/+6Lzu4ud39UbwJK0n5cKb+bIfn4buJn/k3V/J+3vLfubdX/Hte7L035+92/Wfblr3d9L+3nFRX73Jed333N+V2+UK9N+ft/BSGKvWSLAj9qG36zqPlopUHedgFK0jM7zAyCPgFgrqfVD47zq3+9p8b6xArupXCX0BORqe1OJBWm1wE3lh4bfVOq6PyR7AvJDwScg0e7E8LQxkInoW5EREbOF8crg2Mr/L9zr+5Ez9zX/4AnNcxEX9pD/Cc1zEZd+QvNi4/yfPaGpF2CFq9g1rubwTwj1tz8CbkJr/2asypVSklIrJSZ0iE9MTUobp2JqSkKH8lVUauWEtOETElVSh5T4jolJlSomVqycWimwdxDWCinwx1aBsSB9LKDAnxiuwLruTwKydTJa/xpnruhx6xn6EKR/nsheWge8K6gHzi30JqbnV8sZE93z6XdF6D661XD7I/3uDV33bWbaHxccuZE3ImuAYzUgeQgb2N8K2DOqAYl9tJ7QPlovdPP6qb15xYL0qcDN62eG37zquj8jyiQl5vrfXqJFz39NBjaCVM+VEpjds8FZ743/wO6pfZG189s9tSMubfdcbJxL2j0SzQYa66878g1R54vN5CxqrQjvhb7jANahNgI3s89hZEhNTV/PzwVPPHod1wjc+Tcx66nMC+6Sxrr6Fll3U8OfRh3r8BM97u2GnlT8AoPcN9w9ntH1u4PkpAfsbwXsGXVHQE8FZxTnDUCt+QLo1OkxJLTliyiZPQyJtYSLuDgSX3dLAhdxiUDdrUgeotoE5CMQa9XK8L7RfPlIoG/aEPBljUDdbUn4shnIFyDWqi0BX74S6Jt2BHzZIlB3exK+fAnkCxBr1Z6AL3sF+iaJgC/7BOpOJuHLV0C+ALFWyQR8+VWgb1IJ+HJSoO5OJHzZAuQLEGvViYAvV+bB901nAr5kFqi7CwlftgL5AsRadSHgS16BvulGwJdogbq7k/DlayBfgFir7gR8uU6gb3oQ8KWEQN09SfjyDZAvQKxVTwK+VBDom14EfKkoUHdvEr5sA/IFiLXqTcCXugJ904eAL/UE6u5LwpftQL4AsVZ9CfjSQqBv+hHwpaVA3f1J+LIDyBcg1qo/AV9SBPpmAAFfUgXqHkjCl2+BfAFirQYS8OURgb4ZTMCXXgJ1DyHhy04gX4BYqyEEfHlaoG+GEvBlsEDdw0j48h2QL0Cs1TACvrwg0DcjCPgyTqDukSR8+R7IFyDWaiQBX14V6JvRBHyZKVD3GBK+7ALyBYi1GkPAl7cE+mYcw/svAnWPJ+HLbiBfgFir8QR8+UigbyYwvP8iUPdEEr78AOQLEGs1kYAvXwn0zWSG918E6p5Cwpc9QL4AsVZTCPiyV6BvpjG8/yJQ93QSvuwF8gWItZpOwJdfBfpmJsP7LwJ1zyLhyz4gX4BYq1kEfLlS4HM+5jC8/yJQ91wSvvwI5AsQazWXgC95BfpmPsP7LwJ1LyDhy34gX4BYqwUEfLlOoG8WMrz/IlD3IhK+HADyBYi1WkTAlwoCfbOE4f0XgbqXkvDlIJAvQKzVUgK+1BXom2UM778I1L2chC8/AfkCxFotJ+BLC4G+WcHw/otA3StJ+HIIyBcg1molAV9SBPpmFcP7LwJ1rybhy2EgX4BYq9UEfHlEoG/WMLz/IlD3WhK+HAHyBYi1WkvAl6cF+mYdw/svAnWvJ+HLz0C+ALFW6wn48oJA32xgeP9FoO6NJHw5CuQLEGu1kYAvrwr0zSaG918E6t5MwpdjQL4AsVbI9dNf+tcr7Z8iznj6Ozz09xLoz1rXnx+tPxNXf86n/uxC/Xls+jOm9Ofm6M8C0Z9voN/Z1u+h6nfr9PtC+h0I/Vy3flZVP3+nnynSz0no7FfnWdqj176j9lL0+VDf82od13vTsagIz4Xuu+NRMn2HnucvwL7T+PaOOP89TnoNfhFe5xPA73gK6tt8Twh9m++v9tt8sSD9KvBtvicN/zZfXffJKDhGYt/mKzFX/7f5ZgLPW9/kzYrC3jzNFsLMf6Hm7F7f35y5n/oH3xBc1PX/u8z1v5e5sCoacelvCL7YOP8T3xCsF7OIa+FORV2485r8DcGngBvk71H49f39H6xnRud9Grg53Ao8DdwmfIpEfFvlbwKnyC0EdZ8SqHur4a6Brvu0QN1fB+QaxGfsUsC+VECsldT6oXH+g/D0+IfQ6fGMPT1iQTojcHr80/DTo677T6LT45/29Eh/ejzrzP2cPT3++yt9oc76To/nyE6P55AbZF78+uoxpU+Pl+HmHbrT41mB08QOgrrPCdT9LcHp8bK8+Lp3kpwegX2pgFgr5Ppp0e8dceGFxgfdm+eizJ9jprwyfQ4n5OVAQWRtqMvzmj/HK9BzRE9Qe8tXCCjGbhLFcDM+ozVfCSTlboI7jSsF+iZzXqxS9oq48EKuq8TaZibY2K4yfWObmDbGPIEjwB7DiTk/reYPBOreS/LYaRbgJgzEWkmtXybw+o0FjnU1EAsJrkiJWNa85ot3FoG69xu+N2rRulqg7gMke+M1QD4CsVYHWtHc9P0V7KJ7MyvBTd81eWX6HE7IbBk/1ZV3xlJBPQWRDZzNpF/Z857/2T4FkcExNUjZ8+LHzQG0IaTqzpEXjtHfPgoVn7HLs6bxGbyCeAJieiT2CYjX8E9AeAgNGlul/+Be35xOr+Vy9dx/ewKiWMSFPeR/AqJYxKWfgLjYOJd8AgK0CH8tRnpxOfOen2AmZyGK+CaH+pvpzYdW4UMEb+i+JmCVHDb7OPDXnU1OoOjkAo51hCQ7APa3AvaMAq6fZ8NH8yS30HECPc9I4LFZi9ijEefFRK9BZN6ICMn55wFyM6jTUB6h01CUPQ1hQYoSOA3lNfw0pOvOS3Yayit4GhLq2cCet452sMz3D04bRSMuxCiw563Ri5BeXHRe7zPS+fJGXHChg6ZoIMnzkdxJxBAqcYyQEue3SowFKb+AEhcwXIl13QXIlLiAVWL35VHigg6WsWFV4oI+JY4NQIkLAkkeC35+79ELyzc+Jo3Na/4cC7FEuXHgJ90ZGyqOoKEKm/5AqD5vFBZ4+Oc4iVtdCLjLFwGS8jjPwz9i5ClCQPCiUoqBvp1BPsFaDPwEa/qFfrLvWuA8WwLjo1YkH5tTnNCYKS5kzFxnjRksSNcJGDMlDDdmdN0lyIyZEnzGjMQDWX+N7Z7/9Q6WJcNqzFzvM2ZKBmDMXA8keUmhOxm0Et9AqMQ3CClxKavEWJBKCShxacOVWNddmkyJS1sl9oztnn8ZB8sbw6rEZXxKfGMASlwGSPIbraOtgGsgNseyLBFJOdtQqhxBQ8WbHpHo80a8QERygiQiKQvc5RWQlCdsRKIUAcHLSykGOi5IADZnG2Bc0JYkLkgkNCkShUyKCtakwIJUQcCkqGi4SaHrrkhmUlTkMynKC47tMSkqOVhWDqtJUclnUlQOwKSoBCR55bwyTYdW4iqESlxFSImrWiXGglRVQImrGa7Euu5qZEpczSqx+/IocXUHy5vCqsTVfUp8UwBKXB1I8puASszq7gLXQGyONVjigpo2LlA1CRrqZtPjgv+cNwTigpMkcUEN4C5fC0jKkzYuULUICF6bJS6oA2zOdsC4oD1JXHALoUlxi5BJUdeaFFiQ6gqYFPUMNyl03fXITIp6fCZFguDYHpOivoPlrWE1Ker7TIpbAzAp6gNJfmtemaZDK/FthEp8m5ASN7BKjAWpgYASNzRciXXdDcmUuKFVYvflUeJGDpaNw6rEjXxK3DgAJW4EJHljoBKzurvANRCbYxOWuKCpjQtUU4KGut30uECfN24XiAtOkcQFTYC7/B1AUp6ycYG6g4DgzVjigubA5kwCxgXJJHHBnYQmxZ1CJkULa1JgQWohYFK0NNyk0HW3JDMpWvKZFImCY3tMilYOlneF1aRo5TMp7grApGgFJPldeWWaDq3ErQmVuLWQErexSowFqY2AErc1XIl13W3JlLitVWL35VHiux0s7wmrEt/tU+J7AlDiu4EkvweoxKzuLnANxObYjiUuaG/jAtWeoKHuNT0u0OeNewXigtMkcUE74C7fAUjK0zYuUB0ICJ7EEhckA5szFRgXdCKJCzoSmhQdhUyKFGtSYEFKETApUg03KXTdqWQmRSqfSVFBcGyPSdHJwfK+sJoUnXwmxX0BmBSdgCS/L69M06GV+H5CJb5fSIk7WyXGgtRZQIm7GK7Euu4uZErcxSqx+/IocVcHywfCqsRdfUr8QABK3BVI8geASszq7gLXQGyO3Vjigu42LlDdCRrqQdPjAn3eeFAgLjhDEhd0A+7yDwFJecbGBeohAoL3YIkLegKbszMwLuhCEhc8TGhSPCxkUjxiTQosSI8ImBS9DDcpdN29yEyKXnwmRUXBsT0mRW8Hy0fDalL09pkUjwZgUvQGkvzRvDJNh1bixwiV+DEhJe5jlRgLUh8BJe5ruBLruvuSKXFfq8Tuy6PEjztYPhFWJX7cp8RPBKDEjwNJ/gRQiVndXeAaiM2xH0tc0N/GBao/QUM9aXpcoM8bTwrEBWdJ4oJ+wF3+KSApz9q4QD1FQPABLHHBQGBzdgPGBd1J4oJBhCbFICGT4mlrUmBBelrApBhsuEmh6x5MZlIM5jMpKgmO7TEphjhYPhNWk2KIz6R4JgCTYgiQ5M/klWk6tBI/S6jEzwop8VCrxFiQhgoo8TDDlVjXPYxMiYdZJXZfHiUe7mD5XFiVeLhPiZ8LQImHA0n+HFCJWd1d4BqIzXEES1ww0sYFaiRBQ40yPS7Q541RAnFBxF0cccEI4C7/PJCUyPVjjQueJyD4aJa4YAywOXsA44KeJHHBWEKTYqyQSfGCNSmwIL0gYFKMM9yk0HWPIzMpxvGZFJUFx/aYFOMdLF8Mq0kx3mdSvBiASTEeSPIX88o0HVqJXyJU4peElHiCVWIsSBMElHii4Uqs655IpsQTrRK7L48ST3KwfDmsSjzJp8QvB6DEk4AkfxmoxKzuLnANxOY4mSUumGLjAjWFoKGmmh4X6PPGVIG4IBNJXDAZuMu/AiRlJhsXqFcICD6NJS6YDmzOXsC4oDdJXDCD0KSYIWRSvGpNCixIrwqYFDMNNyl03TPJTIqZfCZFFcGxPSbFLAfL2WE1KWb5TIrZAZgUs4Akn51XpunQSvwaoRK/JqTEc6wSY0GaI6DEcw1XYl33XDIlnmuV2H15lHieg+XrYVXieT4lfj0AJZ4HJPnrQCVmdXeBayA2x/ksccECGxeoBQQN9YbpcYE+b7whEBdcQRIXzAfu8m8iSWnjAvUmAcEXssQFi4DN2QcYF/QliQsWE5oUi4VMiresSYEF6S0Bk2KJ4SaFrnsJmUmxhM+k6CA4tsekWOpg+XZYTYqlPpPi7QBMiqVAkr+dV6bp0Er8DqESvyOkxMusEmNBWiagxMsNV2Jd93IyJV5uldh9eZT4XQfL98KqxO/6lPi9AJT4XSDJ3wMqMau7C1wDsTmuYIkLVtq4QK0kaKj3TY8L9HnjfYG4IDNJXLACuMt/ACRlZhsXqA8ICL6KJS5YDWzOfsC4oD9JXPAhoUnxoZBJ8ZE1KbAgfSRgUqwx3KTQda8hMynW8JkUSYJje0yKtQ6WH4fVpFjrMyk+DsCkWAsk+cd5ZZoOrcSfECrxJ0JKvM4qMRakdQJKvN5wJdZ1rydT4vVWid2XR4k/dbD8LKxK/KlPiT8LQIk/BZL8M6ASs7q7wDUQm+MGlrhgo40L1EaChvrc9LhAnzc+F4gLspDEBRuAu/wXQFJmsXGB+oKA4JtY4oLNwOYcAIwLBpLEBV8SmhRfCpkUX1mTAgvSVwImxRbDTQpd9xYyk2ILn0mRLDi2x6TY6mD5dVhNiq0+k+LrAEyKrUCSf51XpunQSvwNoRJ/I6TE26wSY0HaJqDE2w1XYl33djIl3m6V2H15lHiHg+W3YVXiHT4l/jYAJd4BJPm3QCVmdXeBayA2x50sccF3Ni5Q3xE01PemxwX6vPG9QFyQlSQu2Anc5XcBSZnVxgVqFwHBd7PEBT8Am3MwMC4YQhIX7CE0KfYImRR7rUmBBWmvgEmxz3CTQte9j8yk2MdnUnQUHNtjUvzoYLk/rCbFjz6TYn8AJsWPQJLvzyvTdGglPkCoxAeElPigVWIsSAcFlPgnw5VY1/0TmRL/ZJXYfXmU+JCD5eGwKvEhnxIfDkCJDwFJfhioxKzuLnANxOZ4hCUu+NnGBepngoY6anpcoM8bRwXigmwkccER4C5/DEjKbDYuUMcICH6cJS74BdicQ4FxwTCSuOAEoUlxQsik+NWaFFiQfhUwKU4ablLouk+SmRQn+UyKFMGxPSbFbw6Wp8JqUvzmMylOBWBS/AYk+am8Mk2HVuLfCZX4dyElPm2VGAvSaQEl/sNwJdZ1/0GmxH9YJXZfHiU+42D5Z1iV+IxPif8MQInPAEn+J1CJWd1d4BqIzfEsS1xwzsYF6hxBQ0VEGx4X/OeQF41v0BwkccFZ4C5/GQ5slcPGBeqyaPPnmClaps/hccHlwOYcAYwLRpLEBVdE85kUVwCb0z3fK6PP/2xNigyOqUG6Mho/bmZgw0rVnTkajpGoSZEZSKiATIpUwbE9JsVVDpZZXJiGyqTQC1DEVax7IfwTSv/bGSXmVUCSZ4mWaTq0El9NqMRXCylxVqvEWJCyCijxNYYrsa77GjIlvsYqsfvyKHE2B8vsYVXibD4lzh6AEmcDkjw7UIlZ3V3gGojNMYeU+YO+ZcoJNH9YGyonQUPlMj0u0OeNXAJxQS6SuCAHcJfPDSRlLhsXqNwEBI9kiQvyAJtzNDAuGEMSF0QRmhRRQiZFXmtSYEHKK2BSRBtuUui6o8lMimg6k0LFy43tNSnyOVjGhNWkyOczKWICMCnyAUkeEy3TdGglzk+oxPmFlLiAVWIsSAUElLig4Uqs6y5IpsQFrRJ7BnfPP9bBslBYlTjWp8SFAlDiWCDJCwGVmNXdLRRt/hzjWOKCwjYuUIUJGqqI6XHBf844AnFBJElcEAfc5YsCSRlp4wJVlIDgxVjigmuBzTkOGBeMJ4kLihOaFMWFTIrrrEmBBek6AZOihOEmha67BJlJUYLPpFByY3tNiusdLEuG1aS43mdSlAzApLgeSPKS0TJNh1biGwiV+AYhJS5llRgLUikBJS5tuBLrukuTKXFpq8Sewd3zL+NgeWNYlbiMT4lvDECJywBJfiNQiVnd3RujzZ9jWZa4oJyNC1Q5goaKNz0u0OeNeIG4IIokLigL3OUVkJRRNi5QioDg5VniggRgc04AxgUTSeKCREKTIlHIpKhgTQosSBUETIqKhpsUuu6KZCZFRT6Torzc2F6TopKDZeWwmhSVfCZF5QBMikpAkleOlmk6tBJXIVTiKkJKXNUqMRakqgJKXM1wJdZ1VyNT4mpWiT2Du+df3cHyprAqcXWfEt8UgBJXB5L8JqASs7q7N0WbP8caLHFBTRsXqJoEDXWz6XHBf84bAnFBNElcUAO4y9cCkjLaxgWqFgHBa7PEBXWAzTkZGBdMIYkLbiE0KW4RMinqWpMCC1JdAZOinuEmha67HplJUY/PpEiQG9trUtR3sLw1rCZFfZ9JcWsAJkV9IMlvjZZpOrQS30aoxLcJKXEDq8RYkBoIKHFDw5VY192QTIkbWiX2DO6efyMHy8ZhVeJGPiVuHIASNwKSvDFQiVnd3cbR5s+xCUtc0NTGBaopQUPdbnpcoM8btwvEBTEkcUET4C5/B5CUMTYuUHcQELwZS1zQHNic04BxwXSSuOBOQpPiTiGTooU1KbAgtRAwKVoablLouluSmRQt+UyKRLmxvSZFKwfLu8JqUrTymRR3BWBStAKS/K5omaZDK3FrQiVuLaTEbawSY0FqI6DEbQ1XYl13WzIlbmuV2DO4e/53O1jeE1YlvtunxPcEoMR3A0l+D1CJWd3de6LNn2M7lrigvY0LVHuChrrX9LhAnzfuFYgLCpDEBe2Au3wHICkL2LhAdSAgeBJLXJAMbM6ZwLhgFklc0JHQpOgoZFKkWJMCC1KKgEmRarhJoetOJTMpUvlMigpyY3tNik4OlveF1aTo5DMp7gvApOgEJPl90TJNh1bi+wmV+H4hJe5slRgLUmcBJe5iuBLruruQKXEXq8Sewd3z7+pg+UBYlbirT4kfCECJuwJJ/gBQiVnd3QeizZ9jN5a4oLuNC1R3goZ60PS4QJ83HhSIC2JJ4oJuwF3+ISApY21coB4iIHgPlrigJ7A55wDjgrkkccHDhCbFw0ImxSPWpMCC9IiASdHLcJNC192LzKToxWdSVJQb22tS9HawfDSsJkVvn0nxaAAmRW8gyR+Nlmk6tBI/RqjEjwkpcR+rxFiQ+ggocV/DlVjX3ZdMiftaJfYM7p7/4w6WT4RViR/3KfETASjx40CSPwFUYlZ394lo8+fYjyUu6G/jAtWfoKGeND0u0OeNJwXigjiSuKAfcJd/CkjKOBsXqKcICD6AJS4YCGzO+cC4YAFJXDCI0KQYJGRSPG1NCixITwuYFIMNNyl03YPJTIrBfCZFJbmxvSbFEAfLZ8JqUgzxmRTPBGBSDAGS/JlomaZDK/GzhEr8rJASD7VKjAVpqIASDzNciXXdw8iUeJhVYs/g7vkPd7B8LqxKPNynxM8FoMTDgSR/DqjErO7uc9Hmz3EES1ww0sYFaiRBQ40yPS7Q541RAnFBEZK4YARwl38eSMoiNi5QzxMQfDRLXDAG2JwLgXHBIpK4YCyhSTFWyKR4wZoUWJBeEDApxhluUui6x5GZFOP4TIrKcmN7TYrxDpYvhtWkGO8zKV4MwKQYDyT5i9EyTYdW4pcIlfglISWeYJUYC9IEASWeaLgS67onkinxRKvEnsHd85/kYPlyWJV4kk+JXw5AiScBSf4yUIlZ3d2Xo82f42SWuGCKjQvUFIKGmmp6XKDPG1MF4oJiJHHBZOAu/wqQlMVsXKBeISD4NJa4YDqwOZcA44KlJHHBDEKTYoaQSfGqNSmwIL0qYFLMNNyk0HXPJDMpZvKZFFXkxvaaFLMcLGeH1aSY5TMpZgdgUswCknx2tEzToZX4NUIlfk1IiedYJcaCNEdAiecarsS67rlkSjzXKrFncPf85zlYvh5WJZ7nU+LXA1DieUCSvw5UYlZ39/Vo8+c4nyUuWGDjArWAoKHeMD0u0OeNNwTiguIkccF84C7/JpCUxW1coN4kIPhClrhgEbA5lwHjguUkccFiQpNisZBJ8ZY1KbAgvSVgUiwx3KTQdS8hMymW8JkUHeTG9poUSx0s3w6rSbHUZ1K8HYBJsRRI8rejZZoOrcTvECrxO0JKvMwqMRakZQJKvNxwJdZ1LydT4uVWiT2Du+f/roPle2FV4nd9SvxeAEr8LpDk7wGVmNXdfS/a/DmuYIkLVtq4QK0kaKj3TY8L9HnjfYG4oARJXLACuMt/ACRlCRsXqA8ICL6KJS5YDWzOFcC4YCVJXPAhoUnxoZBJ8ZE1KbAgfSRgUqwx3KTQda8hMynW8JkUSXJje02KtQ6WH4fVpFjrMyk+DsCkWAsk+cfRMk2HVuJPCJX4EyElXmeVGAvSOgElXm+4Euu615Mp8XqrxJ7B3fP/1MHys7Aq8ac+Jf4sACX+FEjyz4BKzOrufhZt/hw3sMQFG21coDYSNNTnpscF+rzxuUBcUJIkLtgA3OW/AJKypI0L1BcEBN/EEhdsBjbnKmBcsJokLviS0KT4Usik+MqaFFiQvhIwKbYYblLoureQmRRb+EyKZLmxvSbFVgfLr8NqUmz1mRRfB2BSbAWS/OtomaZDK/E3hEr8jZASb7NKjAVpm4ASbzdciXXd28mUeLtVYs/g7vnvcLD8NqxKvMOnxN8GoMQ7gCT/FqjErO7ut9Hmz3EnS1zwnY0L1HcEDfW96XGBPm98LxAXlCKJC3YCd/ldQFKWsnGB2kVA8N0sccEPwOZcA4wL1pLEBXsITYo9QibFXmtSYEHaK2BS7DPcpNB17yMzKfbxmRQd5cb2mhQ/OljuD6tJ8aPPpNgfgEnxI5Dk+6Nlmg6txAcIlfiAkBIftEqMBemggBL/ZLgS67p/IlPin6wSewZ3z/+Qg+XhsCrxIZ8SHw5AiQ8BSX4YqMSs7u7haPPneIQlLvjZxgXqZ4KGOmp6XKDPG0cF4oIyJHHBEeAufwxIyjI2LlDHCAh+nCUu+AXYnOuAccF6krjgBKFJcULIpPjVmhRYkH4VMClOGm5S6LpPkpkUJ/lMihS5sb0mxW8OlqfCalL85jMpTgVgUvwGJPmpaJmmQyvx74RK/LuQEp+2SowF6bSAEv9huBLruv8gU+I/rBJ7BnfP/4yD5Z9hVeIzPiX+MwAlPgMk+Z9AJWZ1d/+MNn+OZ1nignM2LlDnCBoqIp/hccF/Dnn58A1aliQuOAvc5S/Dga3K2rhAXZbP/DlmyifT5/C44HJgc24AxgUbSeKCK/LxmRRXAJvTPd8r853/2ZoUGRxTg3RlPvy4mYENK1V35nxwjERNisxAQgVkUqTKje01Ka5ysMziwjRUJoVegCKuYt0L4Z9Q+t/OKDGvApI8Sz6ZpkMr8dWESny1kBJntUqMBSmrgBJfY7gS67qvIVPia6wSewZ3zz+bg2X2sCpxNp8SZw9AibMBSZ4dqMSs7m72fObPMYeU+YO+ZcoJNH9YGyonQUPlMj0u0OeNXAJxQTxJXJADuMvnBpIy3sYFKjcBwSNZ4oI8wObchLP41eZWwWwUGV2/KOD63Qpcv9uAY0muX97//fUT7b9o4PodAq7fYfD6oW9E9LFwksC45e+SrTs+Y5fSNU8VqDtB6MYuE7h+ID4qgQDraUCsU1L/cyVPijCb2zERMtyuSID3ywJ1VyLhNhAfVekus3u8gVCPVyXo8ckCdVcj6XEgPgpZs8Yjs6tevQ+ddbA66/y7fGn3qjGOqeT+3WnO7+j/nv67+dN+LuCz89FW/nTgWAWB9+FBhdWvRGDxT79ibViNBSlWIKwuZHhYresuJBRWS4hSQQG3PC5fsBt0YZ2n/s0GXdi1QRdN+7nYRX53qvO7RZ3f1RvAtWk/FxfezJH9fB1wM/8n614i7e9d/zfrXsK17iXTfr7hb9a9pGvdS6X9XPoiv/uK87ulnN/VG2WZtJ9vdDCS2GuuFeBHDcNvVnUflRGou2ZAKVqGXw4C8giItZJaPzTO5f79nhbvGyuwm8pyQk9AxtubSixI8QI3lcrwm0pdtyJ7AlIJPgGJdifGpo2BTESL5Y2IyCuMVwbHVv5/4V7f8s7cE/7BE5rnIi7sIf8TmuciLv2E5sXG+T97QlMvwApXsQmu5vBPCPW3ywM3ocS/GatypZSk1EqJCR3iE1OT0sapmJqS0KF8FZVaOSFt+IREldQhJb5jYlKliokVK6dWCuwdhEQhBa5gFRgLUgUBBa5ouALruisGZOtkONN25ooet7ahD0FekHcCe6kS8K6gNji30JuYnl8tZ0x0z6ffFaH76BbD7Y/0uzd03XXNtD8uOHIjb0QSgGPVI3kIG9jfCtgzqh6JfVSZ0D6qLHTzWsXevGJBqiJw81rV8JtXXXdVokxSYq7/7SVa9PwTMrARpHqulMDsnmrOelf/B3ZP7Yusnd/uqR1xabvnYuNc0u6RaDbQWH/dkVfLd77YTM6i1orwXug7DmAdqjpwM7sJRobU1PT1vEnwxKPXMUHgzr+BWU9lXnCXNMnVt8i6Gxr+NOokh5/ocRsZelLxCwxy33D3eEbXrzHJSQ/Y3wrYM6pxQE8FZ/jpZaDW1AA6dXoMCW2pkU9mD0NiLeEiFs2Lr7sZgYt4rUDdzUkeoqoJ5CMQa9Xc8L7RfCkv0DctCfiSIFB3KxK+3AzkCxBr1YqAL7UF+qYNAV/qCNTdloQvtYB8AWKt2hLwpZlA37Qj4Etzgbrbk/ClNpAvQKxVewK+JAn0TRIBX5IF6k4m4UsdIF+AWKtkAr70EOibVAK+9BSouxMJX24B8gWItepEwJcBAn3TmYAvAwXq7kLCl7pAvgCxVl0I+DJaoG+6EfBljEDd3Un4Ug/IFyDWqjsBX6YJ9E0PAr5MF6i7Jwlf6gP5AsRa9STgy0KBvulFwJdFAnX3JuHLrUC+ALFWvQn4skqgb/oQ8GW1QN19SfhyG5AvQKxVXwK+bBLom34EfNksUHd/Er40APIFiLXqT8CX3QJ9M4CALz8I1D2QhC8NgXwBYq0GEvDluEDfDCbgyy8CdQ8h4UsjIF+AWKshBHzJFI3vm6EEfLlcoO5hJHxpDOQLEGs1jIAvkQJ9M4KAL3kE6h5JwpcmQL4AsVYjCfhSTKBvRjO8/yJQ9xgSvjQF8gWItRpDwJfyAn0zjuH9F4G6x5Pw5XYgX4BYq/EEfKkt0DcTGN5/Eah7Iglf7gDyBYi1mkjAl2YCfTOZ4f0XgbqnkPClGZAvQKzVFAK+JAn0zTSG918E6p5OwpfmQL4AsVbTCfjSQ6BvZjK8/yJQ9ywSvtwJ5AsQazWLgC8DBPpmDsP7LwJ1zyXhSwsgX4BYq7kEfBkt0DfzGd5/Eah7AQlfWgL5AsRaLSDgyzSBvlnI8P6LQN2LSPjSCsgXINZqEQFfFgr0zRKG918E6l5Kwpe7gHwBYq2WEvBllUDfLGN4/0Wg7uUkfGkN5AsQa7WcgC+bBPpmBcP7LwJ1ryThSxsgX4BYq5UEfNkt0DerGN5/Eah7NQlf2gL5AsRarSbgy3GBvlnD8P6LQN1rSfhyN5AvQKzVWgK+ZBL4XoJ1DO+/CNS9noQv9wD5AsRarSfgS6RA32xgeP9FoO6NJHxpB+QLEGuFXD/9pX8D0v4p4oz3n+/w0N+3lvaP/vxo/Zm4+nM+9WcX6s9j058xpT83R38WiP58A/3Otn4PVb9bp98X0u9A6Oe69bOq+vk7/UyRfk5CZ786z9IevfYdtZeiz4f6nlfruN6b2uWL8Fzwz+3OJ9N36HneC+w7je/AiPPf46TX4F7hde4A/I6noL7Nt4PQt/km2W/zxYKUJPBtvsmGf5uvrjuZ6Nt8Jebq/zbfTOB565u8qHzYm6e8Qpj5L9Sc3evb0Zl7yj/4huCirv/fZa7/vcyFVdGIS39D8MXG+Z/4hmC9mEVcC5eS78Kd1+RvCE4BbpCp+fDrm/oP1jPDn8oP3BxuAZ4G6gqfIhHfVtlR4BS5iaDuFIG6NxvuGui6OwnU/WVArkF8xi4F7EsFxFpJrR8a5/sIT4/3CZ0e77enRyxI9wucHjsbfnrUdXcmOj12tqdH+tNjF2fuXe3p8d9f6QvVxXd67Ep2euwK3CAfEDg9PhDA6bGbPT3+61NUF4HTxNcEdXcVqPsbgtNjN4G6t5GcHoF9qYBYK+T6adEfGHHhhcYH3Ztd85k/x+5CGTeckA8CBZG1oR4kaKiH0HNET1B7yw8JKMZOEsXoDry77gEk5U6CO40eAn3TMx9WKQdEXHgh11VibXsSbGwPm76xTU8bI79Ag35vODELptVcVqDuXSSPnT4C3ISBWCup9csEXr9JwLF6AbGQ4IqUiPXOZ754PyJQ9x7D90YtWr0E6t5Lsjc+CuQjEGu19y6am76/gl10b/YmuOl7NJ9Mn8MJ+VjGT3XlnbFUUE9BPCb0FEQf+xQEFqQ+Ak9B9DX8KQhdd1/hRF1yTeMzeAXxBESuvNgnIKLxeHkIDRpbpf/gXt/Hnbk/8Q+egCgWcWEP+Z+AKBZx6ScgLjbOJZ+AAC3CX4uRXtzj+c5PMJOzEEV8k0P9zfTmQ6vwfoI3dKMFjgMHzD4O/HVn8zhQdJ4AjnWQJDsA9rcC9owCrp9nw0fzpB/JG8X9wW8UD4o4LyZ6DfoLv1H8JOEz4U8KnYaesqchLEhPCZyGBhh+GtJ1DyA7DQ0QPA0J9Wxgz1sPdLAcZPrz1uhFSC9uoO8Z6UH5Ii640EHTQCDJB5HcSTxNqMRPCynxYKvEWJAGCyjxEMOVWNc9hEyJh1gldl8eJX7GwfLZsCrxMz4lfjYAJX4GSPJnwc/vDbqwfONj0mfzmT/HoSxR7jDwk+6MDTWMoKGGm/5AqD5vDBdw+4+QuNVDgbv8c0BSHuF5+EeMPM8REHyElGKgb2eQT7COBD/Bmn6hn+wbBZxnM2B81JzkY3OeJzRmnhcyZkZbYwYL0mgBY2aM4caMrnsMmTEzhs+YkXgg66+x3fMf62D5QliNmbE+Y+aFAIyZsUCSvyB0J4NW4nGESjxOSInHWyXGgjReQIlfNFyJdd0vkinxi1aJPWO75/+Sg+WEsCrxSz4lnhCAEr8EJPkE62gr4BqIzXEiS0QyyTaUmkTQUC+bHpHo88bLAhHJUZKIZCJwl58MJOVRG5GoyQQEnyKlGOi4YCqwOVsC44JWJHHBK4QmxStCJsU0a1JgQZomYFJMN9yk0HVPJzMppvOZFOUFx/aYFDMcLF8Nq0kxw2dSvBqASTEDSPJX88k0HVqJZxIq8UwhJZ5llRgL0iwBJZ5tuBLrumeTKfFsq8Tuy6PErzlYzgmrEr/mU+I5ASjxa0CSzwEqMau7C1wDsTnOZYkL5tm4QM0jaKjXTY8L9HnjdYG44DhJXDAXuMvPB5LyuI0L1HwCgi9giQveADZnG2Bc0JYkLniT0KR4U8ikWGhNCixICwVMikWGmxS67kVkJsUiPpMiQXBsj0mx2MHyrbCaFIt9JsVbAZgUi4EkfyufTNOhlXgJoRIvEVLipVaJsSAtFVDitw1XYl3322RK/LZVYvflUeJ3HCyXhVWJ3/Ep8bIAlPgdIMmXAZWY1d0FroHYHJezxAXv2rhAvUvQUO+ZHhfo88Z7AnHBCZK4YDlwl18BJOUJGxeoFQQEX8kSF7wPbM52wLigPUlc8AGhSfGBkEmxypoUWJBWCZgUqw03KXTdq8lMitV8JkWi4Ngek+JDB8uPwmpSfOgzKT4KwKT4EEjyj/LJNB1aidcQKvEaISVea5UYC9JaASX+2HAl1nV/TKbEH1sldl8eJf7EwXJdWJX4E58SrwtAiT8BknwdUIlZ3V3gGojNcT1LXPCpjQvUpwQN9ZnpcYE+b3wmEBecJIkL1gN3+Q1AUp60cYHaQEDwjSxxwefA5kwCxgXJJHHBF4QmxRdCJsUma1JgQdokYFJsNtyk0HVvJjMpNvOZFBUEx/aYFF86WH4VVpPiS59J8VUAJsWXQJJ/lU+m6dBKvIVQibcIKfFWq8RYkLYKKPHXhiuxrvtrMiX+2iqx+/Io8TcOltvCqsTf+JR4WwBK/A2Q5NuASszq7gLXQGyO21nigh02LlA7CBrqW9PjAn3e+FYgLjhFEhdsB+7yO4GkPGXjArWTgODfscQF3wObMxUYF3QiiQt2EZoUu4RMit3WpMCCtFvApPjBcJNC1/0DmUnxA59JUVFwbI9JscfBcm9YTYo9PpNibwAmxR4gyffmk2k6tBLvI1TifUJK/KNVYixIPwoo8X7DlVjXvZ9MifdbJXZfHiU+4GB5MKxKfMCnxAcDUOIDQJIfBCoxq7sLXAOxOf7EEhccsnGBOkTQUIdNjwv0eeOwQFxwmiQu+Am4yx8BkvK0jQvUEQKC/8wSFxwFNmdnYFzQhSQuOEZoUhwTMimOW5MCC9JxAZPiF8NNCl33L2QmxS98JkUlwbE9JsUJB8tfw2pSnPCZFL8GYFKcAJL813wyTYdW4pOESnxSSIl/s0qMBek3ASU+ZbgS67pPkSnxKavE7sujxL87WJ4OqxL/7lPi0wEo8e9Akp8GKjGruwtcA7E5/sESF5yxcYE6Q9BQf5oeF+jzxp8CccEZkrjgD+AufxZIyjM2LlBnCQh+jiUuiIjBFd0NGBd0J4kLLovhMykuw2HuMSkyxZz/2ZoUGRxTg6QXFD3u5cCGlar78hg4RqImxeVAQgVkUlQWHNtjUlzhYHmlC9NQmRR6AYq4inUvhH9C6X87o8S8AkjyK2Nkmg6txJkJlTizkBJfZZUYC9JVAkqcxXAl1nVnIVPiLFaJ3ZdHia92sMwaViW+2qfEWQNQ4quBJM8KVGJWdxe4BmJzvEZgjhedaEYbKhvQ/GFtqGwEDZUdPUf0BPV5I3sMvkHPksQF1wB3+RxAUiLXjzUuyEFA8JxSioGOC3IBm7MHMC7oSRIX5CY0KXILmRSR1qTAghQpYFLkMdyk0HXnITMp8vCZFFUEx/aYFFEOlnnDalJE+UyKvAGYFFFAkueNkWk6tBJHEypxtJAS57NKjAUpn4ASxxiuxLruGDIljrFK7L48SpzfwbJAWJU4v0+JCwSgxPmBJC8AVGJWdxe4BmJzLMgSF8TauEDFEjRUIdPjAn3eKCQQF0S05ogLCgJ3+TggKZHrxxoXxBEQvDBLXFAE2Jy9cBa/6k0SFxQlNCmKCpkUxaxJgQWpmIBJca3hJoWu+1oyk+JaPpOig+DYHpOiuIPldWE1KYr7TIrrAjApigNJfl2MTNOhlbgEoRKXEFLi660SY0G6XkCJSxquxLrukmRKXNIqsfvyKPENDpalwqrEN/iUuFQASnwDkOSlgErM6u4C10BsjqVZ4oIyNi5QZQga6kbT4wJ93rhRIC7IRBIXlAbu8mWBpMxk4wJVloDg5Vjignhgc/bBWfyqL0lcoAhNCiVkUpS3JgUWpPICJkWC4SaFrjuBzKRI4DMpkgTH9pgUiQ6WFcJqUiT6TIoKAZgUiUCSV4iRaTq0ElckVOKKQkpcySoxFqRKAkpc2XAl1nVXJlPiylaJ3ZdHias4WFYNqxJX8Slx1QCUuAqQ5FWBSszq7gLXQGyO1Vjiguo2LlDVCRrqJtPjAn3euEkgLriCJC6oBtzlayBJaeMCVYOA4DVZ4oKbgc3ZD2fxq/4kcUEtQpOilpBJUduaFFiQaguYFHUMNyl03XXITIo6fCZFsuDYHpPiFgfLumE1KW7xmRR1AzApbgGSvG6MTNOhlbgeoRLXE1Li+laJsSDVF1DiWw1XYl33rWRKfKtVYvflUeLbHCwbhFWJb/MpcYMAlPg2IMkbAJWY1d0FroHYHBuyxAWNbFygGhE0VGPT4wJ93mgsEBdkJokLGgJ3+SZAUma2cYFqQkDwpixxwe3A5hyAs/jVQJK44A5Ck+IOIZOimTUpsCA1EzApmhtuUui6m5OZFM35TIqOgmN7TIo7HSxbhNWkuNNnUrQIwKS4E0jyFjEyTYdW4paEStxSSIlbWSXGgtRKQInvMlyJdd13kSnxXVaJ3ZdHiVs7WLYJqxK39ilxmwCUuDWQ5G2ASszq7gLXQGyObVnigrttXKDuJmioe0yPC/R54x6BuCALSVzQFrjLtwOSMouNC1Q7AoK3Z4kL7gU252Ccxa+GkMQFHQhNig5CJkWSNSmwICUJmBTJhpsUuu5kMpMimc+kSBEc22NSdHSwTAmrSdHRZ1KkBGBSdASSPCVGpunQSpxKqMSpQkrcySoxFqROAkp8n+FKrOu+j0yJ77NK7L48Sny/g2XnsCrx/T4l7hyAEt8PJHlnoBKzurvANRCbYxeWuKCrjQtUV4KGesD0uECfNx4QiAuyksQFXYC7fDcgKbPauEB1IyB4d5a44EFgcw7FWfxqGElc8BChSfGQkEnRw5oUWJB6CJgUPQ03KXTdPclMip58JkWq4Ngek+JhB8tHwmpSPOwzKR4JwKR4GEjyR2Jkmg6txL0IlbiXkBL3tkqMBam3gBI/argS67ofJVPiR60Suy+PEj/mYNknrEr8mE+J+wSgxI8BSd4HqMSs7i5wDcTm2JclLnjcxgXqcYKGesL0uECfN54QiAuykcQFfYG7fD8gKbPZuED1IyB4f5a44Elgc47AWfxqJElc8BShSfGUkEkxwJoUWJAGCJgUAw03KXTdA8lMioF0JoWKlxvba1IMcrB8OqwmxSCfSfF0ACbFICDJn46RaTq0Eg8mVOLBQko8xCoxFqQhAkr8jOFKrOt+hkyJn7FK7BncPf9nHSyHhlWJn/Up8dAAlPhZIMmHApWY1d0dGmP+HIexxAXDbVyghhM01HOmxwX6vPGcQFyQgyQuGAbc5UcASZnDxgVqBAHBR7LEBaOAzTkaZ/GrMSRxwfOEJsXzQibFaGtSYEEaLWBSjDHcpNB1jyEzKcbwmRRKbmyvSTHWwfKFsJoUY30mxQsBmBRjgSR/IUam6dBKPI5QiccJKfF4q8RYkMYLKPGLhiuxrvtFMiV+0SqxZ3D3/F9ysJwQViV+yafEEwJQ4peAJJ8AVGJWd3dCjPlznMgSF0yycYGaRNBQL5seF+jzxssCcUEukrhgInCXnwwkZS4bF6jJBASfwhIXTAU25zicxa/Gk8QFrxCaFK8ImRTTrEmBBWmagEkx3XCTQtc9ncykmM5nUpSXG9trUsxwsHw1rCbFDJ9J8WoAJsUMIMlfjZFpOrQSzyRU4plCSjzLKjEWpFkCSjzbcCXWdc8mU+LZVok9g7vn/5qD5ZywKvFrPiWeE4ASvwYk+RygErO6u3NizJ/jXJa4YJ6NC9Q8goZ63fS4QJ83XheICyJJ4oK5wF1+PpCUkTYuUPMJCL6AJS54A9icE3AWv5pIEhe8SWhSvClkUiy0JgUWpIUCJsUiw00KXfciMpNiEZ9JkSA3ttekWOxg+VZYTYrFPpPirQBMisVAkr8VI9N0aCVeQqjES4SUeKlVYixISwWU+G3DlVjX/TaZEr9tldgzuHv+7zhYLgurEr/jU+JlASjxO0CSLwMqMau7uyzG/DkuZ4kL3rVxgXqXoKHeMz0u0OeN9wTigiiSuGA5cJdfASRllI0L1AoCgq9kiQveBzbnZJzFr6aQxAUfEJoUHwiZFKusSYEFaZWASbHacJNC172azKRYzWdSJMqN7TUpPnSw/CisJsWHPpPiowBMig+BJP8oRqbp0Eq8hlCJ1wgp8VqrxFiQ1goo8ceGK7Gu+2MyJf7YKrFncPf8P3GwXBdWJf7Ep8TrAlDiT4AkXwdUYlZ3d12M+XNczxIXfGrjAvUpQUN9ZnpcoM8bnwnEBdEkccF64C6/AUjKaBsXqA0EBN/IEhd8DmzOaTiLX00niQu+IDQpvhAyKTZZkwIL0iYBk2Kz4SaFrnszmUmxmc+kqCA3ttek+NLB8quwmhRf+kyKrwIwKb4EkvyrGJmmQyvxFkIl3iKkxFutEmNB2iqgxF8brsS67q/JlPhrq8Sewd3z/8bBcltYlfgbnxJvC0CJvwGSfBtQiVnd3W0x5s9xO0tcsMPGBWoHQUN9a3pcoM8b3wrEBTEkccF24C6/E0jKGBsXqJ0EBP+OJS74HticM3EWv5pFEhfsIjQpdgmZFLutSYEFabeASfGD4SaFrvsHMpPiBz6ToqLc2F6TYo+D5d6wmhR7fCbF3gBMij1Aku+NkWk6tBLvI1TifUJK/KNVYixIPwoo8X7DlVjXvZ9MifdbJfYM7p7/AQfLg2FV4gM+JT4YgBIfAJL8IFCJWd3dgzHmz/EnlrjgkI0L1CGChjpselygzxuHBeKCAiRxwU/AXf4IkJQFbFygjhAQ/GeWuOAosDnn4Cx+NZckLjhGaFIcEzIpjluTAgvScQGT4hfDTQpd9y9kJsUvfCZFJbmxvSbFCQfLX8NqUpzwmRS/BmBSnACS/NcYmaZDK/FJQiU+KaTEv1klxoL0m4ASnzJciXXdp8iU+JRVYs/g7vn/7mB5OqxK/LtPiU8HoMS/A0l+GqjErO7u6Rjz5/gHS1xwxsYF6gxBQ/1pelygzxt/CsQFsSRxwR/AXf4skJSxNi5QZwkIfo4lLojIjyt6PjAuWEASF1yWn8+kuAyHucekyJT//M/WpMjgmBokvaDocS8HNqxU3Zfnh2MkalJcDiRUQCZFZbmxvSbFFQ6WV7owDZVJoRegiKtY90L4J5T+tzNKzCuAJL8yv0zToZU4M6ESZxZS4qusEmNBukpAibMYrsS67ixkSpzFKrFncPf8r3awzBpWJb7ap8RZA1Diq4EkzwpUYlZ3N2t+8+d4jcAcLzrRjDZUNqD5w9pQ2QgaKjt6jugJ6vNG9vz4Bo0jiQuuAe7yOYCkRK4fa1yQg4DgOaUUAx0X5AI250JgXLCIJC7ITWhS5BYyKSKtSYEFKVLApMhjuEmh685DZlLk4TMpqsiN7TUpohws84bVpIjymRR5AzApooAkz5tfpunQShxNqMTRQkqczyoxFqR8AkocY7gS67pjyJQ4xiqxZ3D3/PM7WBYIqxLn9ylxgQCUOD+Q5AWASszq7hbIb/4cC7LEBbE2LlCxBA1VyPS4QJ83CgnEBUVac8QFBYG7fByQlMj1Y40L4ggIXpglLigCbM4lwLhgKUlcUJTQpCgqZFIUsyYFFqRiAibFtYabFLrua8lMimv5TIoOcmN7TYriDpbXhdWkKO4zKa4LwKQoDiT5dfllmg6txCUIlbiEkBJfb5UYC9L1Akpc0nAl1nWXJFPiklaJPYO753+Dg2WpsCrxDT4lLhWAEt8AJHkpoBKzurul8ps/x9IscUEZGxeoMgQNdaPpcYE+b9woEBcUI4kLSgN3+bJAUiLXjzUuKEtA8HIscUE8sDmXAeOC5SRxgSI0KZSQSVHemhRYkMoLmBQJhpsUuu4EMpMigc+kSJIb22tSJDpYVgirSZHoMykqBGBSJAJJXiG/TNOhlbgioRJXFFLiSlaJsSBVElDiyoYrsa67MpkSV7ZK7BncPf8qDpZVw6rEVXxKXDUAJa4CJHlVoBKzurtV85s/x2oscUF1Gxeo6gQNdZPpcYE+b9wkEBcUJ4kLqgF3+RpAUiLXjzUuqEFA8JosccHNwOZcAYwLVpLEBbUITYpaQiZFbWtSYEGqLWBS1DHcpNB11yEzKerwmRTJcmN7TYpbHCzrhtWkuMVnUtQNwKS4BUjyuvllmg6txPUIlbiekBLXt0qMBam+gBLfargS67pvJVPiW60SewZ3z/82B8sGYVXi23xK3CAAJb4NSPIGQCVmdXcb5Dd/jg1Z4oJGNi5QjQgaqrHpcYE+bzQWiAtKkMQFDYG7fBMgKZHrxxoXNCEgeFOWuOB2YHOuAsYFq0nigjsITYo7hEyKZtakwILUTMCkaG64SaHrbk5mUjTnMyk6yo3tNSnudLBsEVaT4k6fSdEiAJPiTiDJW+SXaTq0ErckVOKWQkrcyioxFqRWAkp8l+FKrOu+i0yJ77JK7BncPf/WDpZtwqrErX1K3CYAJW4NJHkboBKzurtt8ps/x7YsccHdNi5QdxM01D2mxwX6vHGPQFxQkiQuaAvc5dsBSYlcP9a4oB0BwduzxAX3AptzDTAuWEsSF3QgNCk6CJkUSdakwIKUJGBSJBtuUui6k8lMimQ+kyJFbmyvSdHRwTIlrCZFR59JkRKASdERSPKU/DJNh1biVEIlThVS4k5WibEgdRJQ4vsMV2Jd931kSnyfVWLP4O753+9g2TmsSny/T4k7B6DE9wNJ3hmoxKzubuf85s+xC0tc0NXGBaorQUM9YHpcoM8bDwjEBaVI4oIuwF2+G5CUyPVjjQu6ERC8O0tc8CCwOdcB44L1JHHBQ4QmxUNCJkUPa1JgQeohYFL0NNyk0HX3JDMpevKZFKlyY3tNiocdLB8Jq0nxsM+keCQAk+JhIMkfyS/TdGgl7kWoxL2ElLi3VWIsSL0FlPhRw5VY1/0omRI/apXYM7h7/o85WPYJqxI/5lPiPgEo8WNAkvcBKjGru9snv/lz7MsSFzxu4wL1OEFDPWF6XKDPG08IxAVlSOKCvsBdvh+QlMj1Y40L+hEQvD9LXPAksDk3AOOCjXcFs1FkdP2eAq7fLcD1qwscS3L9Bvzvr59o/w0Ert9+4PodAK8f+kZEHwtnCIxbtrVs3fEZu5SuebZA3eWEbuwygesH4qPKEWA9B4h1Sup/ruQZEWZzOyZChtvlCfB+VaDuBBJuA/FRCa3N7vEGQj1ekaDHZwrUXYmkx4H4KGTNGo/Mrnr1PnTWweqs8+8Gpd2rPu2YSu7fneP8jv7v6b87OO3nIT47H23lzwWO9QzwPjyosPq1CCz+6dezNqzGgvSsQFg91PCwWtc9VCislhClZwTc8mH5g92gh6f9vef+ZoMe7tqgR6T9PPIivzvb+d0Rzu/qDWBU2s/PC2/myH4eDdzM/8m6j0n7e2P/Zt3HuNb9hbSfx/3Nur/gWvfxaT+/eJHffc353fHO7+qN8qW0nyc4GEnsNaME+FHV8JtV3UcvCdRdLaAULaPznAjkERBrJbV+aJwn/fs9Ld43VmA3lZOEnoB82d5UYkF6WeCmcrLhN5W67slkT0BOFnwCEu1OTEobA5mIjswXETFAGK8Mjq38/8K9vlOcuU/9B09onou4sIf8T2iei7j0E5oXG+f/7AlNvQArXMVOdTWHf0Kovz0FuAm98jdjVa6UkpRaKTGhQ3xialLaOBVTUxI6lK+iUisnpA2fkKiSOqTEd0xMqlQxsWLl1EqBvYPwipACT7MKjAVpmoACTzdcgXXd0wOydTJa/1RnruhxawR0fIv//3n554nspRnAuwLk+qULk55fLWdM+F1nxP+7K0L30c2G2x/pd2/oumuZaX9ccORG3ohMBY5V29D9x3cpYH8rYM8oqfVD8+RVQvvoVaGb15n25hUL0kyBm9dZht+86rpnEWWSEnP9by/Rouc/NQMbQarnSgnM7pntrPdr/8DuqX2RtfPbPbUjLm33XGycS9o9Es0GGuuvO/LZ+c8Xm8lZ1FoR3gt9xwGsQ70G3MzmwMiQmpq+nnMETzx6HacK3PnXEz7xZPQuaYarb5F11zf8adQZDj/R495q6EnFLzDIfcPd4xldv9tITnrA/lbAnlFS65cJzJPZQK2ZC3Tq9BgS2jI3v8wehsRawkUckQ9fdxMCF3GUQN1NSR6imgfkIxBr1dTwvtF8mSLQN80I+DJVoO7mJHx5HcgXINaqOQFfFgj0TUsCvrwhUHcrEr7MB/IFiLVqRcCXlQJ904aAL+8L1N2WhC8LgHwBYq3aEvBlo0DftCPgy+cCdbcn4csbQL4AsVbtCfjynUDfJBHw5XuBupNJ+PImkC9ArFUyAV9+FuibVAK+HBWouxMJXxYC+QLEWnUi4Ms5gb7pTMCXiBh83V1I+LIIyBcg1qoLAV9yCvRNNwK+5BKouzsJXxYD+QLEWnUn4Ethgb7pQcCXIgJ19yThy1tAvgCxVj0J+FJOoG96EfAlXqDu3iR8WQLkCxBr1ZuALzUF+qYPAV9uFqi7LwlflgL5AsRa9SXgS1OBvulHwJfbBeruT8KXt4F8AWKt+hPwpb1A3wwg4Mu9AnUPJOHLO0C+ALFWAwn40l2gbwYT8OVBgbqHkPBlGZAvQKzVEAK+9Bfom6EEfHlSoO5hJHxZDuQLEGs1jIAvIwX6ZgTD+y8CdY8k4cu7QL4AsVYjCfgyRaBvRjO8/yJQ9xgSvrwH5AsQazWGgC8LBPpmHMP7LwJ1jyfhywogX4BYq/EEfFkp0DcTGN5/Eah7IglfVgL5AsRaTSTgy0aBvpnM8P6LQN1TSPjyPpAvQKzVFAK+fCfQN9MY3n8RqHs6CV8+APIFiLWaTsCXnwX6ZibD+y8Cdc8i4csqIF+AWKtZBHw5J9A3cxjefxH4/Ky5JHxZDeQLEGs1l4AvOQX6Zj7D+y8CdS8g4cuHQL4AsVYLCPhSWKBvFjK8/yJQ9yISvnwE5AsQa7WIgC/lBPpmCcP7LwJ1LyXhyxogX4BYq6UEfKkp0DfLGN5/Eah7OQlf1gL5AsRaLSfgS1OBvlnB8P6LQN0rSfjyMZAvQKzVSgK+tBfom1UM778I1L2ahC+fAPkCxFqtJuBLd4G+WcPw/otA3WtJ+LIOyBcg1motAV/6C/TNOob3XwTqXk/Cl/VAvgCxVsj101/6NyLtnyLOePo7PPT3EujPWtefH60/E1d/zqf+7EL9eWz6M6b05+bozwLRn2+g39nW76Hqd+v0+0L6HQj9XLd+VlU/f6efKdLPSejsV+dZ2qPXvqP2UvT5UN/zah3Xe5Neb/eF7rtP88v0HXqenwH7TuM7MuL89zjpNfhMeJ035MeNFdS3+W4A9oZ7vhtda22/zTeDY2qQNubHj/s5sGGl6v48PxwjsW/zlZir/9t8M4HnrW/ynsqPvXkaIISZ/0LN2b2+Xzhz3+Sq4b99Q3BR1//vMtf/XubCqmjEpb8h+GLj/E98Q7BezCKuhduU/8Kd1+RvCN4E3CA358ev7+Z/sJ4ZnfeXwM3h5ta4sWoJnyIR31b5hcApcgNB3ZsE6t5ouGug6/5SoO7PA3IN4jN2KWBfKiDWSmr90Dh/RXh6/Ero9LjFnh6xIG0ROD1uNfz0qOveSnR63GpPj/Snx6+duX9jT4///kpfqK99p8dvyE6P3wA3yG0Cp8dtAZwet9vT478+RX0tcJr4kqDubwTq/org9LhdoO4tJKdHYF8qINYKuX5a9EdGXHih8UH35jf5zZ/jDqGMG07Ib4GCyNpQ3xI01E70HNET1N7yTgHF2EaiGDuAd9ffAUm5jeBO4zuBvvk+P1YpR0RceCHXVWJtvyfY2HaZvrHNTRtjsECD7jCcmM+k1TxRoO5vA9rQMzrP3cBNGIi1klq/TOD1mwEc6wcgFhJckRKxPfnNF+/dEuJt+N6oResHgbp3keyNe4F8BGKtkOsnfNP3V7CL7s09BDd9e/PL9DmckPsyfqor74ylgnoKYp/QUxA/2qcgsCD9KPAUxH7Dn4LQde8XTtQl1zQ+g1cQT0A8kQ/7BMRAPF4eQoPGVuk/uNf3gDP3g//gCYhiERf2kP8JiGIRl34C4mLjXPIJCNAi/LUY6cUdyH9+gpmchSjimxzqb6Y3H/wYZPhxIJ0k6Lr3mn0c+OvO5gBQdA4Cx9pHkh0A+1sBe0YB18+z4aN58pPQcQI9z0PAY7MWsVER58VEr8Gh/BERkvM/TPhM+GGh09ARexrCgnRE4DT0s+GnIV33z2SnoZ8FT0NCPRvY89ZHHSyPmf68NXoR0os76ntG+lj+iAsudNB0FEjyYyR3EscJlfi4kBL/YpUYC9IvAkp8wnAl1nWfIFPiE1aJ3ZdHiX91sDwZViX+1afEJwNQ4l+BJD8Jfn5v1IXlGx+Tnsxv/hx/Y4lyT4GfdGdsqFMEDfW76Q+E6vPG7wJu/0ESt/o34C5/GkhK5PqxPvF9moDgf0gpBvp2BvkE6xnwE6zpF/rJvj+B82wCjI+aCm2O6E38LKExc1bImDlnjRksSOcEjJmIAmYbM7puPUcwRqLGjHtN4zN4BWTMSDyQ9dfY7vlf5mCZyYVpqIwZvQBFXMW6F8I/ofS/nVFiXgYkeaYCMk2HVuLLC/Ap8eUFZJT4ClePWSXO4JgaJL2g6HGvNFyJdd1XkinxlVaJPWO755/ZwfKqsCpxZp8SXxWAEmcGkvwqoBKzOtrANRCbYxaBOV50ohltqKttQ6mrCRoqK3qO6Anq80bWAgIPUJNEJFmAu/w1QFIeshGJuoaA4NmkFAMdF2QHNmczYFzQnCQuyEFoUuQQMilyWpMCC1JOAZMil+Emha47F5lJkYvPpCgvOLbHpMjtYBkZVpMit8+kiAzApMgNJHlkAZmmQytxHkIlziOkxFFWibEgRQkocV7DlVjXnZdMifNaJXZfHiWOdrDMF1YljvYpcb4AlDgaSPJ8QCVmdXeBayA2xxiWuCC/jQtUfoKGKmB6XKDPGwUE4oIjJHFBDHCXLwgk5REbF6iCBASPZYkLCgGbsyUwLmhFEhfEEZoUcUImRWFrUmBBKixgUhQx3KTQdRchMymK8JkUCYJje0yKog6WxcJqUhT1mRTFAjApigJJXqyATNOhlfhaQiW+VkiJi1slxoJUXECJrzNciXXd15Ep8XVWid2XR4lLOFheH1YlLuFT4usDUOISQJJfD1RiVncXuAZicyzJEhfcYOMCdQNBQ5UyPS7Q541SAnHBUZK4oCRwly8NJOVRGxeo0gQEL8MSF9wIbM42wLigLUlcUJbQpCgrZFKUsyYFFqRyAiZFvOEmha47nsykiOczKRIFx/aYFMrBsnxYTQrlMynKB2BSKCDJyxeQaTq0EicQKnGCkBInWiXGgpQooMQVDFdiXXcFMiWuYJXYfXmUuKKDZaWwKnFFnxJXCkCJKwJJXgmoxKzuLnANxOZYmSUuqGLjAlWFoKGqmh4X6PNGVYG44DhJXFAZuMtXA5LyuI0LVDUCgldniQtuAjZnO2Bc0J4kLqhBaFLUEDIpalqTAgtSTQGT4mbDTYr/NCeZSXEzn0lRQXBsj0lRy8GydlhNilo+k6J2ACZFLSDJaxeQaTq0EtchVOI6Qkp8i1ViLEi3CChxXcOVWNddl0yJ61oldl8eJa7nYFk/rEpcz6fE9QNQ4npAktcHKjGruwtcA7E53soSF9xm4wJ1G0FDNTA9LtDnjQYCccEJkrjgVuAu3xBIyhM2LlANCQjeiCUuaAxsziRgXJBMEhc0ITQpmgiZFE2tSYEFqamASXG74SaFrvt2MpPidj6ToqLg2B6T4g4Hy2ZhNSnu8JkUzQIwKe4AkrxZAZmmQytxc0Ilbi6kxHdaJcaCdKeAErcwXIl13S3IlLiFVWL35VHilg6WrcKqxC19StwqACVuCSR5K6ASs7q7wDUQm+NdLHFBaxsXqNYEDdXG9LhAnzfaCMQFJ0nigruAu3xbIClP2rhAtSUg+N0sccE9wOZMBcYFnUjignaEJkU7IZOivTUpsCC1FzAp7jXcpNB130tmUtzLZ1JUEhzbY1J0cLBMCqtJ0cFnUiQFYFJ0AJI8qYBM06GVOJlQiZOFlLijVWIsSB0FlDjFcCXWdaeQKXGKVWL35VHiVAfLTmFV4lSfEncKQIlTgSTvBFRiVncXuAZic7yPJS6438YF6n6ChupselygzxudBeKCUyRxwX3AXb4LkJSnbFyguhAQvCtLXPAAsDk7A+OCLiRxQTdCk6KbkEnR3ZoUWJC6C5gUDxpuUui6HyQzKR7kMykqC47tMSkecrDsEVaT4iGfSdEjAJPiISDJexSQaTq0EvckVOKeQkr8sFViLEgPCyjxI4Yrsa77ETIlfsQqsfvyKHEvB8veYVXiXj4l7h2AEvcCkrw3UIlZ3V3gGojN8VGWuOAxGxeoxwgaqo/pcYE+b/QRiAtOk8QFjwJ3+b5AUp62cYHqS0Dwx1nigieAzdkNGBd0J4kL+hGaFP2ETIr+1qTAgtRfwKR40nCTQtf9JJlJ8SSfSVFFcGyPSfGUg+WAsJoUT/lMigEBmBRPAUk+oIBM06GVeCChEg8UUuJBVomxIA0SUOKnDVdiXffTZEr8tFVi9+VR4sEOlkPCqsSDfUo8JAAlHgwk+RCgErO6u8A1EJvjMyxxwbM2LlDPEjTUUNPjAn3eGCoQF5whiQueAe7yw4CkPGPjAjWMgODDWeKC54DN2QMYF/QkiQtGEJoUI4RMipHWpMCCNFLApBhluEmh6x5FZlKM4jMpOgiO7TEpnnewHB1Wk+J5n0kxOgCT4nkgyUcXkGk6tBKPIVTiMUJKPNYqMRaksQJK/ILhSqzrfoFMiV+wSuy+PEo8zsFyfFiVeJxPiccHoMTjgCQfD1RiVncXuAZic3yRJS54ycYF6iWChppgelygzxsTBOKCsyRxwYvAXX4ikJRnbVygJhIQfBJLXPAysDl7AeOC3iRxwWRCk2KykEkxxZoUWJCmCJgUUw03KXTdU8lMiql8JkWS4Ngek+IVB8tpYTUpXvGZFNMCMCleAZJ8WgGZpkMr8XRCJZ4upMQzrBJjQZohoMSvGq7Euu5XyZT4VavE7sujxDMdLGeFVYln+pR4VgBKPBNI8llAJWZ1d4FrIDbH2SxxwWs2LlCvETTUHNPjAn3emCMQF0S04YgLZgN3+blAUiLXjzUumEtA8HksccHrwObsA4wL+pLEBfMJTYr5QibFAmtSYEFaIGBSvGG4SaHrfoPMpHiDz6RIFhzbY1K86WC5MKwmxZs+k2JhACbFm0CSLywg03RoJV5EqMSLhJR4sVViLEiLBZT4LcOVWNf9FpkSv2WV2H15lHiJg+XSsCrxEp8SLw1AiZcASb4UqMSs7i5wDcTm+DZLXPCOjQvUOwQNtcz0uECfN5YJxAWZSOKCt4G7/HIgKZHrxxoXLCcg+LssccF7wObsB4wL+pPEBSsITYoVQibFSmtSYEFaKWBSvG+4SaHrfp/MpHifz6ToKDi2x6T4wMFyVVhNig98JsWqAEyKD4AkX1VApunQSryaUIlXCynxh1aJsSB9KKDEHxmuxLruj8iU+COrxO7Lo8RrHCzXhlWJ1/iUeG0ASrwGSPK1QCVmdXeBayA2x49Z4oJPbFygPiFoqHWmxwX6vLFOIC64giQu+Bi4y69HktLGBWo9AcE/ZYkLPgM25wBgXDCQJC7YQGhSbBAyKTZakwIL0kYBk+Jzw00KXffnZCbF53wmRYrg2B6T4gsHy01hNSm+8JkUmwIwKb4AknxTAZmmQyvxZkIl3iykxF9aJcaC9KWAEn9luBLrur8iU+KvrBK7L48Sb3Gw3BpWJd7iU+KtASjxFiDJtwKVmNXdBa6B2By/ZokLvrFxgfqGoKG2mR4X6PPGNoG4IDNJXPA1cJffDiQlcv1Y44LtBATfwRIXfAtszsHAuGAISVywk9Ck2ClkUnxnTQosSN8JmBTfG25S6Lq/JzMpvuczKVIFx/aYFLscLHeH1aTY5TMpdgdgUuwCknx3AZmmQyvxD4RK/IOQEu+xSowFaY+AEu81XIl13XvJlHivVWL35VHifQ6WP4ZViff5lPjHAJR4H5DkPwKVmNXdBa6B2Bz3s8QFB2xcoA4QNNRB0+MCfd44KBAXZCGJC/YDd/mfgKRErh9rXPATAcEPscQFh4HNORQYFwwjiQuOEJoUR4RMip+tSYEF6WcBk+Ko4SaFrvsomUlxlM6kUPFyY3tNimMOlsfDalIc85kUxwMwKY4BSX68gEzToZX4F0Il/kVIiU9YJcaCdEJAiX81XIl13b+SKfGvVok9g7vnf9LB8rewKvFJnxL/FoASnwSS/DegErO6u78VMH+Op1jigt9tXKB+J2io06bHBfq8cVogLshKEhecAu7yfwBJiVw/1rjgDwKCn2GJC/4ENucIYFwwkiQuOEtoUpwVMinOWZMCC9I5AZMioqDZJoWuW88RjJGoSeFe0/gMXgGZFEpubK9JcZmDZSYXpqEyKfQCFHEV614I/4TS/3ZGiXkZkOSZCso0HVqJLy/Ip8SXF5RR4itcPWaVOINjapD0gqLHvdJwJdZ1X0mmxFdaJfYM7p5/ZgfLq8KqxJl9SnxVAEqcGUjyq4BKzOruXlXQ/DlmEZjjRSea0Ya6GjdR2oa6mqChsqLniJ6gPm9kLYhv0GwkcUEW4C5/DZCU2WxcoK4hIHg2KcVAxwXZgc05GhgXjCGJC3IQmhQ5hEyKnNakwIKUU8CkyGW4SaHrzkVmUuTiMynKy43tNSlyO1hGhtWkyO0zKSIDMClyA0keWVCm6dBKnIdQifMIKXGUVWIsSFECSpzXcCXWdeclU+K8Vok9g7vnH+1gmS+sShztU+J8AShxNJDk+YBKzOru5ito/hxjWOKC/DYuUPkJGqqA6XGBPm8UEIgLcpDEBTHAXb4gkJQ5bFygChIQPJYlLigEbM5xwLhgPElcEEdoUsQJmRSFrUmBBamwgElRxHCTQtddhMykKMJnUiTIje01KYo6WBYLq0lR1GdSFAvApCgKJHmxgjJNh1biawmV+FohJS5ulRgLUnEBJb7OcCXWdV9HpsTXWSX2DO6efwkHy+vDqsQlfEp8fQBKXAJI8uuBSszq7l5f0Pw5lmSJC26wcYG6gaChSpkeF+jzRimBuCAXSVxQErjLlwaSMpeNC1RpAoKXYYkLbgQ25wRgXDCRJC4oS2hSlBUyKcpZkwILUjkBkyLecJNC1x1PZlLE85kUiXJje00K5WBZPqwmhfKZFOUDMCkUkOTlC8o0HVqJEwiVOEFIiROtEmNBShRQ4gqGK7GuuwKZElewSuwZ3D3/ig6WlcKqxBV9SlwpACWuCCR5JaASs7q7lQqaP8fKLHFBFRsXqCoEDVXV9LhAnzeqCsQFkSRxQWXgLl8NSMpIGxeoagQEr84SF9wEbM7JwLhgCklcUIPQpKghZFLUtCYFFqSaAibFzYabFP9pTjKT4mY+k6KC3Nhek6KWg2XtsJoUtXwmRe0ATIpaQJLXLijTdGglrkOoxHWElPgWq8RYkG4RUOK6hiuxrrsumRLXtUrsGdw9/3oOlvXDqsT1fEpcPwAlrgckeX2gErO6u/ULmj/HW1nigttsXKBuI2ioBqbHBfq80UAgLogiiQtuBe7yDYGkjLJxgWpIQPBGLHFBY2BzTgPGBdNJ4oImhCZFEyGToqk1KbAgNRUwKW433KTQdd9OZlLczmdSVJQb22tS3OFg2SysJsUdPpOiWQAmxR1AkjcrKNN0aCVuTqjEzYWU+E6rxFiQ7hRQ4haGK7GuuwWZErewSuwZ3D3/lg6WrcKqxC19StwqACVuCSR5K6ASs7q7rQqaP8e7WOKC1jYuUK0JGqqN6XGBPm+0EYgLoknigruAu3xbICmjbVyg2hIQ/G6WuOAeYHPOBMYFs0jignaEJkU7IZOivTUpsCC1FzAp7jXcpNB130tmUtzLZ1JUkhvba1J0cLBMCqtJ0cFnUiQFYFJ0AJI8qaBM06GVOJlQiZOFlLijVWIsSB0FlDjFcCXWdaeQKXGKVWLP4O75pzpYdgqrEqf6lLhTAEqcCiR5J6ASs7q7nQqaP8f7WOKC+21coO4naKjOpscF+rzRWSAuiCGJC+4D7vJdgKSMsXGB6kJA8K4sccEDwOacA4wL5pLEBd0ITYpuQiZFd2tSYEHqLmBSPGi4SaHrfpDMpHiQz6SoLDe216R4yMGyR1hNiod8JkWPAEyKh4Ak71FQpunQStyTUIl7Cinxw1aJsSA9LKDEjxiuxLruR8iU+BGrxJ7B3fPv5WDZO6xK3MunxL0DUOJeQJL3Bioxq7vbu6D5c3yUJS54zMYF6jGChupjelygzxt9BOKCAiRxwaPAXb4vkJQFbFyg+hIQ/HGWuOAJYHPOB8YFC0jign6EJkU/IZOivzUpsCD1FzApnjTcpNB1P0lmUjzJZ1JUkRvba1I85WA5IKwmxVM+k2JAACbFU0CSDygo03RoJR5IqMQDhZR4kFViLEiDBJT4acOVWNf9NJkSP22V2DO4e/6DHSyHhFWJB/uUeEgASjwYSPIhQCVmdXeHFDR/js+wxAXP2rhAPUvQUENNjwv0eWOoQFwQSxIXPAPc5YcBSRlr4wI1jIDgw1nigueAzbkQGBcsIokLRhCaFCOETIqR1qTAgjRSwKQYZbhJoeseRWZSjOIzKTrIje01KZ53sBwdVpPieZ9JMToAk+J5IMlHF5RpOrQSjyFU4jFCSjzWKjEWpLECSvyC4Uqs636BTIlfsErsGdw9/3EOluPDqsTjfEo8PgAlHgck+XigErO6u+MLmj/HF1nigpdsXKBeImioCabHBfq8MUEgLogjiQteBO7yE4GkjLNxgZpIQPBJLHHBy8DmXAKMC5aSxAWTCU2KyUImxRRrUmBBmiJgUkw13KTQdU8lMymm8pkUSXJje02KVxwsp4XVpHjFZ1JMC8CkeAVI8mkFZZoOrcTTCZV4upASz7BKjAVphoASv2q4Euu6XyVT4letEnsGd89/poPlrLAq8UyfEs8KQIlnAkk+C6jErO7urILmz3E2S1zwmo0L1GsEDTXH9LhAnzfmCMQFRUjigtnAXX4ukJRFbFyg5hIQfB5LXPA6sDmXAeOC5SRxwXxCk2K+kEmxwJoUWJAWCJgUbxhuUui63yAzKd7gMymS5cb2mhRvOlguDKtJ8abPpFgYgEnxJpDkCwvKNB1aiRcRKvEiISVebJUYC9JiASV+y3Al1nW/RabEb1kl9gzunv8SB8ulYVXiJT4lXhqAEi8BknwpUIlZ3d2lBc2f49ssccE7Ni5Q7xA01DLT4wJ93lgmEBcUI4kL3gbu8suBpCxm4wK1nIDg77LEBe8Bm3MFMC5YSRIXrCA0KVYImRQrrUmBBWmlgEnxvuEmha77fTKT4n0+k6Kj3Nhek+IDB8tVYTUpPvCZFKsCMCk+AJJ8VUGZpkMr8WpCJV4tpMQfWiXGgvShgBJ/ZLgS67o/IlPij6wSewZ3z3+Ng+XasCrxGp8Srw1AidcASb4WqMSs7u7agubP8WOWuOATGxeoTwgaap3pcYE+b6wTiAuKk8QFHwN3+fVAUha3cYFaT0DwT1nigs+AzbkKGBesJokLNhCaFBuETIqN1qTAgrRRwKT43HCTQtf9OZlJ8TmfSZEiN7bXpPjCwXJTWE2KL3wmxaYATIovgCTfVFCm6dBKvJlQiTcLKfGXVomxIH0poMRfGa7Euu6vyJT4K6vEnsHd89/iYLk1rEq8xafEWwNQ4i1Akm8FKjGru7u1oPlz/JolLvjGxgXqG4KG2mZ6XKDPG9sE4oISJHHB18BdfjuQlCVsXKC2ExB8B0tc8C2wOdcA44K1JHHBTkKTYqeQSfGdNSmwIH0nYFJ8b7hJoev+nsyk+J7PpEiVG9trUuxysNwdVpNil8+k2B2ASbELSPLdBWWaDq3EPxAq8Q9CSrzHKjEWpD0CSrzXcCXWde8lU+K9Vok9g7vnv8/B8sewKvE+nxL/GIAS7wOS/EegErO6uz8WNH+O+1niggM2LlAHCBrqoOlxgT5vHBSIC0qSxAX7gbv8T0BSlrRxgfqJgOCHWOKCw8DmXAeMC9a3DmajyOj6HQGu383A9asFHEty/X7+318/0f47Cly/PcD12wteP/SNiD4WzhMYt1Qb2brjM3YpXfMbAnWXFrqxywSuH4iPKk2A9UIg1imp/7mS50WYze2YCBlulyXA+3WBusuRcBuIjyrXxuwebyDU4+UJeny+QN0JJD0OxEcha9Z4ZHbVq/ehsw5WZ51/dyztXvW4Yyq5f3eh8zv6v6f/7i9pP5/w2floK38RcKxfgffhQYXVb0Zg8U+/TtqwGgvSSYGw+jfDw2pd929CYbWEKP0q4JafKhjsBv172t87/Tcb9O+uDfqPtJ/PXOR333B+9w/nd/UG8Kf+WXgzR/bzOeBm/k/WPSI2bR1j//u66/+e/ruZ0n6+PPa/r3um2PPrfkXaz1de5HffdH73Cud39UaZOe3nq2L/33+X2Gv+FOBHRcNvVnUfZY7F110poBQto/PMEotbSyDWSmr90DhfHfuvx4r3jRXYTeXVsVjNSr+yxp7/2d5UZnBMDVLWWPy418Timl+q7mti4RiJPgF5DZBQ/icg0e7EjLQxkInomfwRET8LP7GawbGV/1+41zeb02vZXT33357QPBdxYQ/5n9A8F3HpJzQvNs7/2ROaegFWuIrN7mpm/4RQfzsbcBPK8TdjVa6UkpRaKTGhQ3xialLaOBVTUxI6lK+iUisnpA2fkKiSOqTEd0xMqlQxsWLl1EqBvYOQQ0iBc1oFxoKUU0CBcxmuwLruXEIKjL79zu7MFT1uVUMfgvTPE9lLuYFHwarg3EJvYnp+tZwx0T2ffleE7qPqhtsf6Xdv6LpvMtP+uODIjbwRyQ4cqwbJQ9jA/lbAnlE1SOyjSEL7KFLo5jWPvXnFgpRH4OY1yvCbV113VEA3r/EZu/6TSUrM9b+9RIuef/YMbASpnislMLsnr7Pe0f/A7ql9kbXz2z21Iy5t91xsnEvaPRLNBhrrrzvyvLHni83kLGqtCO+FvuMA1qGigZtZPhgZUlPT1zOf4IlHr2N2gZNzbbOeyrzgLmmeq2+Rddcx/GnUeQ4/0ePeYuhJxS8wyH3D3eMZXb+6JCc9YH8rYM+ougE9FZxRnPMCtSYG6NTpMSS0JSZWZg9DYi3hIv6RX+BNAgIX8U+BuhuSPESVH8hHINaqoeF9o/mSrQC+b5oQ8CW7QN1NSfhSAMgXINaqKQFfYgX6phkBXwoJ1N2chC8FgXwBYq2aE/CljEDftCTgy40Cdbci4UsskC9ArFUrAr5UF+ibNgR8uUmg7rYkfCkE5AsQa9WWgC+NBPqmHQFfGgvU3Z6EL3FAvgCxVu0J+HK3QN8kEfDlHoG6k0n4UhjIFyDWKpmAL10F+iaVgC8PCNTdiYQvRYB8AWKtOhHw5XGBvulMwJcnBOruQsKXokC+ALFWXQj4Mlygb7oR8OU5gbq7k/ClGJAvQKxVdwK+TBLomx4EfHlZoO6eJHy5FsgXINaqJwFf5gn0TS8CvrwuUHdvEr4UB/IFiLXqTcCXdwX6pg8BX94TqLsvCV+uA/IFiLXqS8CXTwX6ph8BXz4TqLs/CV9KAPkCxFr1J+DLDoG+GUDAl28F6h5IwpfrgXwBYq0GEvDlkEDfDCbgy2GBuoeQ8KUkkC9ArNUQAr6cEeiboQzvvwjUPYyELzcA+QLEWg0j4Es2gU9fGsHw/otA3SNJ+FIKyBcg1mokAV9iBfpmNMP7LwJ1jyHhS2kgX4BYqzEEfCkj0DfjGN5/Eah7PAlfygD5AsRajSfgS3WBvpnA8P6LQN0TSfhyI5AvQKzVRAK+NBLom8kM778I1D2FhC9lgXwBYq2mEPDlboG+mcbw/otA3dNJ+FIOyBcg1mo6AV+6CvTNTIb3XwTqnkXCl3ggX4BYq1kEfHlcoG/mMLz/IlD3XBK+KCBfgFiruQR8GS7QN/MZ3n8RqHsBCV/KA/kCxFotIODLJIG+Wcjw/otA3YtI+JIA5AsQa7WIgC/zBPpmCcP7LwJ1LyXhSyKQL0Cs1VICvrwr0DfLGN5/Eah7OQlfKgD5AsRaLSfgy6cCfbOC4f0XgbpXkvClIpAvQKzVSgK+7BDom1UM778I1L2ahC+VgHwBYq1WE/DlkEDfrGF4/0Wg7rUkfKkM5AsQa4VcP/2lfxPS/inijKe/w0N/L4H+rHX9+dH6M3H153zqzy7Un8emP2NKf26O/iwQ/fkG+p1t/R6qfrdOvy+k34HQz3XrZ1X183f6mSL9nITOfnWepT167TtqL0WfD/U9r9ZxvTdVjo3wXOi+qxIr03foeVYF9p3Gd2LE+e9x0mtQVXidqwG/4ymob/OtJvRtvtXtt/liQaou8G2+Nxn+bb667puIvs1XYq7+b/PNBJ63vsk7UhB78/RzQRnM/Bdqzu71reFgWPMffENwUdf/7zLX/17mwqpoxKW/Ifhi4/xPfEOwXswiroWrGXvhzmvyNwTXBG6QN8fi1/fmf7CeGZ13LeBdWXXgaeAm4VMk4tsqawh8C+Y6grprCtS93nDXQNddS6DuTwNyDeIzdilgXyog1kpq/dA41yY8PdYWOj3WsadHLEh1BE6Ptxh+etR130J0erzFnh7pT491HQzr2dPjv7/SF6qu7/RYj+z0WA+4QdYXOD3WD+D0eKs9Pf7rU1RdgdPE5wR11xOo+wuC0+OtAnVvIjk9AvtSAbFWyPXToj8x4sILjQ+6N+vFmj/H24QybjghGwAFkbWhGhA0VEP0HNET1N5yQwHF2EKiGLcB764bAUm5heBOo5FA3zSOxSrlhIgLL+S6SqxtY4KNrYnpG9uitDF+EXj88mvDiflrWs1ZBIj5Dcljp02BmzAQayW1fpnA6zcPONbtQCwkuCIlYnfEmi/eTQXq3mH43qhF63aBur8l2RubAfkIxFp924bmpu+vYBfdm3cQ3PQ1i5Xpczghm2f8VFfeGUsF9RREc6GnIO60T0FgQbpT4CmIFoY/BaHrbiH0FET6Jbmm8Rm8gngC4mB+7BMQR/FPQHgIDRpbpf/gXt+WTq+1+gdPQBSLuLCH/E9AFIu49BMQFxvnkk9AgBbhr8VIL65l7PkJZnIWoohvcqi/md58aBX+nuAN3aMCFtEus48Df93ZtASKTivgWLtJsgNgfytgzyjg+nk2fDRP7iJ5o7g1+I3iSRHnxUSvQWvhN4rbED4T3kboNNTWnoawILUVOA3dbfhpSNd9N9lp6G7B05BQzwb2vPU9DpbtTH/eGr0I6cXd43tGul1sxAUXOmi6B0jydiR3Eu0Jlbi9kBLfa5UYC9K9AkrcwXAl1nV3IFPiDlaJ3ZdHiZMcLJPDqsRJPiVODkCJk4AkTwY/vzfpwvKNj0mTY82fY0eWKDcF/KQ7Y0OlEDRUqukPhOrzRqrAwz/7SNzqjsBdvhOQlPt4Hv4RI08nAoLfJ6UY6NsZ5BOs94OfYE2/0E/2dQbOswEwPmpI8rE5XQiNmS5CxkxXa8xgQeoqYMw8YLgxo+t+gMyYeYDPmJF4IOuvsd3z7+Zg2T2sxkw3nzHTPQBjphuQ5N2F7mTQSvwgoRI/KKTED1klxoL0kIAS9zBciXXdPciUuIdVYs/Y7vn3dLB8OKxK3NOnxA8HoMQ9gSR/2DraCrgGYnN8hCUi6WUbSvUiaKjepkck+rzRWyAi2U8SkTwC3OUfBZJyv41I1KMEBH9MSjHQcUEfYHM2AcYFTUnigr6EJkVfIZPicWtSYEF6XMCkeMJwk0LX/QSZSfEEn0lRXnBsj0nRz8Gyf1hNin4+k6J/ACZFPyDJ+8fKNB1aiZ8kVOInhZT4KavEWJCeElDiAYYrsa57AJkSD7BK7L48SjzQwXJQWJV4oE+JBwWgxAOBJB8EVGJWdxe4BmJzfJolLhhs4wI1mKChhpgeF+jzxhCBuOAgSVzwNHCXfwZIyoM2LlDPEBD8WZa4YCiwOZsB44LmJHHBMEKTYpiQSTHcmhRYkIYLmBTPGW5S6LqfIzMpnuMzKRIEx/aYFCMcLEeG1aQY4TMpRgZgUowAknxkrEzToZV4FKESjxJS4uetEmNBel5AiUcbrsS67tFkSjzaKrH78ijxGAfLsWFV4jE+JR4bgBKPAZJ8LFCJWd1d4BqIzfEFlrhgnI0L1DiChhpvelygzxvjBeKCQyRxwQvAXf5FICkP2bhAvUhA8JdY4oIJwOZsCYwLWpHEBRMJTYqJQibFJGtSYEGaJGBSvGy4SaHrfpnMpHiZz6RIFBzbY1JMdrCcElaTYrLPpJgSgEkxGUjyKbEyTYdW4qmESjxVSIlfsUqMBekVASWeZrgS67qnkSnxNKvE7sujxNMdLGeEVYmn+5R4RgBKPB1I8hlAJWZ1d4FrIDbHV1nigpk2LlAzCRpqlulxgT5vzBKIC46QxAWvAnf52UBSHrFxgZpNQPDXWOKCOcDmbAOMC9qSxAVzCU2KuUImxTxrUmBBmidgUrxuuEmh636dzKR4nc+kqCA4tsekmO9guSCsJsV8n0mxIACTYj6Q5AtiZZoOrcRvECrxG0JK/KZVYixIbwoo8ULDlVjXvZBMiRdaJXZfHiVe5GC5OKxKvMinxIsDUOJFQJIvBioxq7sLXAOxOb7FEhcssXGBWkLQUEtNjwv0eWOpQFxwlCQueAu4y78NJOVRGxeotwkI/g5LXLAM2JztgHFBe5K4YDmhSbFcyKR415oUWJDeFTAp3jPcpNB1v0dmUrzHZ1JUFBzbY1KscLBcGVaTYoXPpFgZgEmxAkjylbEyTYdW4vcJlfh9ISX+wCoxFqQPBJR4leFKrOteRabEq6wSuy+PEq92sPwwrEq82qfEHwagxKuBJP8QqMSs7i5wDcTm+BFLXLDGxgVqDUFDrTU9LtDnjbUCccFxkrjgI+Au/zGQlMdtXKA+JiD4JyxxwTpgcyYB44JkkrhgPaFJsV7IpPjUmhRYkD4VMCk+M9yk0HV/RmZSfMZnUlQSHNtjUmxwsNwYVpNig8+k2BiASbEBSPKNsTJNh1bizwmV+HMhJf7CKjEWpC8ElHiT4Uqs695EpsSbrBK7L48Sb3aw/DKsSrzZp8RfBqDEm4Ek/xKoxKzuLnANxOb4FUtcsMXGBWoLQUNtNT0u0OeNrQJxwQmSuOAr4C7/NZCUJ2xcoL4mIPg3LHHBNmBzpgLjgk4kccF2QpNiu5BJscOaFFiQdgiYFN8ablLour8lMym+5TMpKguO7TEpdjpYfhdWk2Knz6T4LgCTYieQ5N/FyjQdWom/J1Ti74WUeJdVYixIuwSUeLfhSqzr3k2mxLutErsvjxL/4GC5J6xK/INPifcEoMQ/AEm+B6jErO4ucA3E5riXJS7YZ+MCtY+goX40PS7Q540fBeKCkyRxwV7gLr8fSMqTNi5Q+wkIfoAlLjgIbM7OwLigC0lc8BOhSfGTkElxyJoUWJAOCZgUhw03KXTdh8lMisN8JkUVwbE9JsURB8ufw2pSHPGZFD8HYFIcAZL851iZpkMr8VFCJT4qpMTHrBJjQTomoMTHDVdiXfdxMiU+bpXYfXmU+BcHyxNhVeJffEp8IgAl/gVI8hNAJWZ1d4FrIDbHX1nigpM2LlAnCRrqN9PjAn3e+E0gLjhFEhf8CtzlTwFJecrGBeoUAcF/Z4kLTgObsxswLuhOEhf8QWhS/CFkUpyxJgUWpDMCJsWfhpsUuu4/yUyKP/lMig6CY3tMirMOlufCalKc9ZkU5wIwKc4CSX4uVqbp0EocUYhPid1zjs/g5Z7vZYXO/2yVOKNjFvp/C4oeNxOwYaXqzlQIjpGoEmcqZJXYdXmU+HIHyytcmIZKifUCFHEV614I/4TS/3aGlQRI8itwzd2B1d0FroHYHK8UmONFJ5rRhspcCAgMaUNlJmioq9BzRE9QnzeuKoRv0NMkccGVwF0+C5CUp21coLIQEPxqKcVAxwVZgc3ZAxgX9CSJC64hNCmuETIpslmTAgtSNgGTIrvhJoWuOzuZSZGdz6RIEhzbY1LkcLDMGVaTIofPpMgZgEmRA0jynIVkmg6txLkIlTiXkBLntkqMBSm3gBJHGq7Euu5IMiWOtErsvjxKnMfBMiqsSpzHp8RRAShxHiDJo4BKzOruAtdAbI55WeKCaBsXqGiChspnelygzxv5BOKCMyRxQV7gLh8DJOUZGxeoGAKC52eJCwoAm7MXMC7oTRIXFCQ0KQoKmRSx1qTAghQrYFIUMtyk0HUXIjMpCvGZFMmCY3tMijgHy8JhNSnifCZF4QBMijggyQsXkmk6tBIXIVTiIkJKXNQqMRakogJKXMxwJdZ1FyNT4mJWid2XR4mvdbAsHlYlvtanxMUDUOJrgSQvDlRiVncXuAZic7yOJS4oYeMCVYKgoa43PS7Q543rBeKCsyRxwXXAXb4kkJRnbVygShIQ/AaWuKAUsDn7AOOCviRxQWlCk6K0kElRxpoUWJDKCJgUNxpuUui6byQzKW7kMyk6Co7tMSnKOliWC6tJUdZnUpQLwKQoCyR5uUIyTYdW4nhCJY4XUmJllRgLkhJQ4vKGK7GuuzyZEpe3Suy+PEqc4GCZGFYlTvApcWIASpwAJHkiUIlZ3V3gGojNsQJLXFDRxgWqIkFDVTI9LtDnjUoCcUFEW464oAJwl68MJCVy/VjjgsoEBK/CEhdUBTZnP2Bc0J8kLqhGaFJUEzIpqluTAgtSdQGT4ibDTQpd901kJsVNfCZFiuDYHpOihoNlzbCaFDV8JkXNAEyKGkCS1ywk03RoJb6ZUIlvFlLiWlaJsSDVElDi2oYrsa67NpkS17ZK7L48SlzHwfKWsCpxHZ8S3xKAEtcBkvwWoBKzurvANRCbY12WuKCejQtUPYKGqm96XKDPG/UF4oJMJHFBXeAufyuQlJlsXKBuJSD4bSxxQQNgcw4AxgUDSeKChoQmRUMhk6KRNSmwIDUSMCkaG25S6Lobk5kUjflMilTBsT0mRRMHy6ZhNSma+EyKpgGYFE2AJG9aSKbp0Ep8O6ES3y6kxHdYJcaCdIeAEjczXIl13c3IlLiZVWL35VHi5g6Wd4ZViZv7lPjOAJS4OZDkdwKVmNXdBa6B2BxbsMQFLW1coFoSNFQr0+MCfd5oJRAXXEESF7QA7vJ3IUlp4wJ1FwHBW7PEBW2AzTkYGBcMIYkL2hKaFG2FTIq7rUmBBeluAZPiHsNNCl33PWQmxT10JoWKlxvba1K0c7BsH1aTop3PpGgfgEnRDkjy9oVkmg6txPcSKvG9QkrcwSoxFqQOAkqcZLgS67qTyJQ4ySqxZ3D3/JMdLDuGVYmTfUrcMQAlTgaSvCNQiVnd3Y6FzJ9jCktckGrjApVK0FCdTI8L9Hmjk0BckJkkLkgB7vL3AUmZ2cYF6j4Cgt/PEhd0BjbnUGBcMIwkLuhCaFJ0ETIpulqTAgtSVwGT4gHDTQpd9wNkJsUDfCaFkhvba1J0c7DsHlaTopvPpOgegEnRDUjy7oVkmg6txA8SKvGDQkr8kFViLEgPCShxD8OVWNfdg0yJe1gl9gzunn9PB8uHw6rEPX1K/HAAStwTSPKHgUrM6u4+XMj8OT7CEhf0snGB6kXQUL1Njwv0eaO3QFyQhSQueAS4yz8KJGUWGxeoRwkI/hhLXNAH2JwjgHHBSJK4oC+hSdFXyKR43JoUWJAeFzApnjDcpNB1P0FmUjzBZ1KUlxvba1L0c7DsH1aTop/PpOgfgEnRD0jy/oVkmg6txE8SKvGTQkr8lFViLEhPCSjxAMOVWNc9gEyJB1gl9gzunv9AB8tBYVXigT4lHhSAEg8EknwQUIlZ3d1Bhcyf49MsccFgGxeowQQNNcT0uECfN4YIxAVZSeKCp4G7/DNAUma1cYF6hoDgz7LEBUOBzTkaGBeMIYkLhhGaFMOETIrh1qTAgjRcwKR4znCTQtf9HJlJ8RyfSZEgN7bXpBjhYDkyrCbFCJ9JMTIAk2IEkOQjC8k0HVqJRxEq8SghJX7eKjEWpOcFlHi04Uqs6x5NpsSjrRJ7BnfPf4yD5diwKvEYnxKPDUCJxwBJPhaoxKzu7thC5s/xBZa4YJyNC9Q4goYab3pcoM8b4wXigmwkccELwF3+RSAps9m4QL1IQPCXWOKCCcDmHAeMC8aTxAUTCU2KiUImxSRrUmBBmiRgUrxsuEmh636ZzKR4mc+kSJQb22tSTHawnBJWk2Kyz6SYEoBJMRlI8imFZJoOrcRTCZV4qpASv2KVGAvSKwJKPM1wJdZ1TyNT4mlWiT2Du+c/3cFyRliVeLpPiWcEoMTTgSSfAVRiVnd3RiHz5/gqS1ww08YFaiZBQ80yPS7Q541ZAnFBDpK44FXgLj8bSMocNi5QswkI/hpLXDAH2JwTgHHBRJK4YC6hSTFXyKSYZ00KLEjzBEyK1w03KXTdr5OZFK/zmRQV5Mb2mhTzHSwXhNWkmO8zKRYEYFLMB5J8QSGZpkMr8RuESvyGkBK/aZUYC9KbAkq80HAl1nUvJFPihVaJPYO757/IwXJxWJV4kU+JFwegxIuAJF8MVGJWd3dxIfPn+BZLXLDExgVqCUFDLTU9LtDnjaUCcUEukrjgLeAu/zaQlLlsXKDeJiD4OyxxwTJgc04GxgVTSOKC5YQmxXIhk+Jda1JgQXpXwKR4z3CTQtf9HplJ8R6fSVFRbmyvSbHCwXJlWE2KFT6TYmUAJsUKIMlXFpJpOrQSv0+oxO8LKfEHVomxIH0goMSrDFdiXfcqMiVeZZXYM7h7/qsdLD8MqxKv9inxhwEo8WogyT8EKjGru/thIfPn+BFLXLDGxgVqDUFDrTU9LtDnjbUCcUEkSVzwEXCX/xhIykgbF6iPCQj+CUtcsA7YnNOAccF0krhgPaFJsV7IpPjUmhRYkD4VMCk+M9yk0HV/RmZSfMZnUlSSG9trUmxwsNwYVpNig8+k2BiASbEBSPKNhWSaDq3EnxMq8edCSvyFVWIsSF8IKPEmw5VY172JTIk3WSX2DO6e/2YHyy/DqsSbfUr8ZQBKvBlI8i+BSszq7n5ZyPw5fsUSF2yxcYHaQtBQW02PC/R5Y6tAXBBFEhd8BdzlvwaSMsrGBeprAoJ/wxIXbAM250xgXDCLJC7YTmhSbBcyKXZYkwIL0g4Bk+Jbw00KXfe3ZCbFt3wmRWW5sb0mxU4Hy+/CalLs9JkU3wVgUuwEkvy7QjJNh1bi7wmV+HshJd5llRgL0i4BJd5tuBLruneTKfFuq8Sewd3z/8HBck9YlfgHnxLvCUCJfwCSfA9QiVnd3T2FzJ/jXpa4YJ+NC9Q+gob60fS4QJ83fhSIC6JJ4oK9wF1+P5CU0TYuUPsJCH6AJS44CGzOOcC4YC5JXPAToUnxk5BJcciaFFiQDgmYFIcNNyl03YfJTIrDfCZFFbmxvSbFEQfLn8NqUhzxmRQ/B2BSHAGS/OdCMk2HVuKjhEp8VEiJj1klxoJ0TECJjxuuxLru42RKfNwqsWdw9/x/cbA8EVYl/sWnxCcCUOJfgCQ/AVRiVnf3RCHz5/grS1xw0sYF6iRBQ/1melygzxu/CcQFMSRxwa/AXf4UkJQxNi5QpwgI/jtLXHAa2JzzgXHBApK44A9Ck+IPIZPijDUpsCCdETAp/jTcpNB1/0lmUvzJZ1J0kBvba1KcdbA8F1aT4qzPpDgXgElxFkjyc4Vkmg6txBFxfErsnnN8Bi/3fC+LO/+zVeKMjhn3/xYUPW4mYMNK1Z0pDo6RqBJnirNK7B7cQ3oHyytcmIZKifUCFHEV614I/4TS/3aGlQRI8ivicE3H6u5eEWf+HK8UmONFJ5rRhsocBwSGtKEyEzTUVeg5oieozxtXxeEbtABJXHAlcJfPAiRlARsXqCwEBL9aSjHQcUFWYHMuBMYFi0jigmsITYprhEyKbNakwIKUTcCkyG64SaHrzk5mUmTnMymS5Mb2mhQ5HCxzhtWkyOEzKXIGYFLkAJI8Z5xM06GVOBehEucSUuLcVomxIOUWUOJIw5VY1x1JpsSRVok9g7vnn8fBMiqsSpzHp8RRAShxHiDJo4BKzOruRsWZP8e8LHFBtI0LVDRBQ+UzPS7Q5418AnFBLElckBe4y8cASRlr4wIVQ0Dw/CxxQQFgcy4BxgVLSeKCgoQmRUEhkyLWmhRYkGIFTIpChpsUuu5CZCZFIT6TIllubK9JEedgWTisJkWcz6QoHIBJEQckeeE4maZDK3ERQiUuIqTERa0SY0EqKqDExQxXYl13MTIlLmaV2DO4e/7XOlgWD6sSX+tT4uIBKPG1QJIXByoxq7tbPM78OV7HEheUsHGBKkHQUNebHhfo88b1AnFBHElccB1wly8JJGWcjQtUSQKC38ASF5QCNucyYFywnCQuKE1oUpQWMinKWJMCC1IZAZPiRsNNCl33jWQmxY18JkVHubG9JkVZB8tyYTUpyvpMinIBmBRlgSQvFyfTdGgljidU4nghJVZWibEgKQElLm+4Euu6y5MpcXmrxJ7B3fNPcLBMDKsSJ/iUODEAJU4AkjwRqMSs7m5inPlzrMASF1S0cYGqSNBQlUyPC/R5o5JAXFCEJC6oANzlKwNJWcTGBaoyAcGrsMQFVYHNuQIYF6wkiQuqEZoU1YRMiurWpMCCVF3ApLjJcJNC130TmUlxE59JkSI3ttekqOFgWTOsJkUNn0lRMwCTogaQ5DXjZJoOrcQ3EyrxzUJKXMsqMRakWgJKXNtwJdZ11yZT4tpWiT2Du+dfx8HylrAqcR2fEt8SgBLXAZL8FqASs7q7t8SZP8e6LHFBPRsXqHoEDVXf9LhAnzfqC8QFxUjigrrAXf5WICmL2bhA3UpA8NtY4oIGwOZcBYwLVpPEBQ0JTYqGQiZFI2tSYEFqJGBSNDbcpNB1NyYzKRrzmRSpcmN7TYomDpZNw2pSNPGZFE0DMCmaAEneNE6m6dBKfDuhEt8upMR3WCXGgnSHgBI3M1yJdd3NyJS4mVViz+Du+Td3sLwzrErc3KfEdwagxM2BJL8TqMSs7u6dcebPsQVLXNDSxgWqJUFDtTI9LtDnjVYCcUFxkrigBXCXvwtIyuI2LlB3ERC8NUtc0AbYnGuAccHaNsFsFBldv7bA9asOXL+bgGNJrt/d//vrJ9p/9wDX73vg+u0Crx/6RkQfCxcLjFuirWzd8Rm7lK75bYG6rxe6scsErh+Ij7qeAOtlQKxTUv9zJS+OMJvbMREy3C5FgPdbAnWXJuE2EB9Vuq3ZPd5AqMfLEvT4EoG6y5H0OBAfhaxZ45HZVa/eh846WJ11/l27tHvV9o6p5P7dZc7v6P+e/rv3pv3cwWfno6385cCxkoD34UGF1e9EYPFPv5JtWI0FKVkgrO5oeFit6+4oFFZLiFKSgFueEhfsBp2a9vc6/c0GneraoO9L+/n+i/zu287v3uf8rt4AOqf93EV4M0f2c1fgZv5P1v2BtL/X7W/W/QHXundP+/nBv1n37q51fyjt5x4X+d13nN99yPldvVH2TPv5YQcjib2mswA/yht+s6r7qKdA3QkBpWgZnecjQB4BsVZS64fGude/39PifWMFdlPZS+gJyN72phILUm+Bm8pHDb+p1HU/SvYE5KOCT0Ci3Yl5aWMgE9H7YyMi7hbGK4NjK/+/cK/vY87c+/yDJzTPRVzYQ/4nNM9FXPoJzYuN83/2hKZegBWuYvu4msM/IdTffgy4CfX9m7EqV0pJSq2UmNAhPjE1KW2ciqkpCR3KV1GplRPShk9IVEkdUuI7JiZVqphYsXJqpcDeQegrpMCPWwXGgvS4gAI/YbgC67qfCMjWyWj9fZy5osetaOhDkP55InupH/CuoCI4t9CbmJ5fLWdMdM+n3xWh+6iy4fZH+t0buu4qZtofFxy5kTcifYBjVSV5CBvY3wrYM6oqiX3Un9A+6i908/qkvXnFgvSkwM3rU4bfvOq6nyLKJCXm+t9eokXPv08GNoJUz5USmN0zwFnvgf/A7ql9kbXz2z21Iy5t91xsnEvaPRLNBhrrrzvyAXHni83kLGqtCO+FvuMA1qEGAjezQTAypKamr+cgwROPXsc+Anf+Ncx6KvOCu6TFrr5F1l3T8KdRFzv8RI97s6EnFb/AIPcNd49ndP1qkZz0gP2tgD2jagX0VHBGcR4A1JqngU6dHkNCW56Ok9nDkFhLuIj3xeLrrkfgInYWqLs+yUNUg4F8BGKt6hveN5ovjwn0TQMCvvQRqLshCV+GAPkCxFo1JODLswJ904SAL0MF6m5KwpdngHwBYq2aEvDlJYG+aUbAlwkCdTcn4cuzQL4AsVbNCfjymkDftCTgyxyBuluR8GUokC9ArFUrAr68I9A3bQj4skyg7rYkfBkG5AsQa9WWgC+fCPRNOwK+rBOouz0JX4YD+QLEWrUn4Ms3An2TRMCXbQJ1J5Pw5TkgX4BYq2QCvhwQ6JtUAr4cFKi7EwlfRgD5AsRadSLgy+8CfdOZgC+nBeruQsKXkUC+ALFWXQj4cnUhfN90I+BLVoG6u5PwZRSQL0CsVXcCvuQX6JseBHwpIFB3TxK+PA/kCxBr1ZOALzcI9E0vAr6UEqi7NwlfRgP5AsRa9SbgSxWBvulDwJeqAnX3JeHLGCBfgFirvgR8uU2gb/oR8KWBQN39SfgyFsgXINaqPwFfWgv0zQACvrQRqHsgCV9eAPIFiLUaSMCX+wX6ZjDD+y8CdQ8h4cs4IF+AWKshBHx5TKBvhjK8/yJQ9zASvowH8gWItRpGwJdnBfpmBMP7LwJ1jyThy4tAvgCxViMJ+PKSQN+MZnj/RaDuMSR8eQnIFyDWagwBX14T6JtxDO+/CNQ9noQvE4B8AWKtxhPw5R2BvpnA8P6LQN0TSfgyEcgXINZqIgFfPhHom8kM778I1D2FhC+TgHwBYq2mEPDlG4G+mcbw/otA3dNJ+PIykC9ArNV0Ar4cEOibmQzvvwjUPYuEL5OBfAFirWYR8OV3gb6Zw/D+i0Ddc0n4MgXIFyDWai4BX64W+FzP+QzvvwjUvYCEL1OBfAFirRYQ8CW/QN8sZHj/RaDuRSR8eQXIFyDWahEBX24Q6JslDO+/CNS9lIQv04B8AWKtlhLwpYpA3yxjeP9FoO7lJHyZDuQLEGu1nIAvtwn0zQqG918E6l5JwpcZQL4AsVYrCfjSWqBvVjG8/yJQ92oSvrwK5AsQa4VcP/2lfzPT/inijKe/w0N/L4H+rHX9+dH6M3H153zqzy7Un8emP2NKf26O/iwQ/fkG+p1t/R6qfrdOvy+k34HQz3XrZ1X183f6mSL9nITOfnWepT167TtqL0WfD/U9r9ZxvTe9GhfhueD5TZxM38HzFmDfaXxnRZz/Hie9BrOE13k28Duegvo239lC3+b7mv02XyxIrwl8m+8cw7/NV9c9h+jbfCXm6v8230zgeeubvLZx2Junu4Uw81+oObvXd64z93n/4BuCi7r+f5e5/vcyF1ZFIy79DcEXG+d/4huC9WIWcS3cvLgLd16TvyF4HnCDfD0Ov76v/4P1zHA6C9wcKgNPA1WET5GIb6ucK3CKXENQ9zyButca7hrouucL1P1xQK5BfMYuBexLBcRaSa0f/GkQwtPjAqHT4xv29IgF6Q2B0+Obhp8edd1vEp0e37SnR/rT40Jn7ovs6fHfX+kLtdB3elxEdnpcBNwgFwucHhcHcHp8y54e//UpaqHAaeJTgroXCdT9GcHp8S2BujeQnB6BfamAWCvk+mnRnxVx4YXGB92bi+LMn+MSoYwb/1AuUBBZG2opQUO9jZ4jeoLaW35bQDE2kSjGEuDd9TtAUm4iuNN4R+Kp8TisUs6MuPBCrqvE2i4j2NiWm76xLU8b416BBv3ScGImpdX8iEDdX5E8dvoucBMGYq2k1i8TeP0WA8d6D4iFBFekRGxFnPni/a5A3V8bvjdq0XpPoO5vSPbGlUA+ArFW37Sluen7K9hF9+YKgpu+lXEyfQ4n5PsZP9WVd8ZSQT0F8b7QUxAf2KcgsCB9IPAUxCrDn4LQda8STtQl1zQ+g1cQT0C0isU+AXEPHi8PoUFjq/Qf3Ou72pn7h//gCYhiERf2kP8JiGIRl34C4mLjXPIJCNAi/LUY6cWtjjs/wUzOQhTxTQ71N9ObD63COwje0L1H4DjwrdnHgb/ubFYDRedD4Fg7SbIDYH8rYM8o4Pp5Nnw0Tz4ieaN4DfiN4tkR58VEr8Ea4TeK1xI+E75W6DT0sT0NYUH6WOA09InhpyFd9ydkp6FPBE9DQj0b2PPW6xws15v+vDV6EdKLW+d7Rnp9XMQFFzpoWgck+XqSO4lPCZX4UyEl/swqMRakzwSUeIPhSqzr3kCmxBusErsvjxJvdLD8PKxKvNGnxJ8HoMQbgST/HPz83uwLyzc+Jv08zvw5fsES5W4CP+nO2FCbCBpqs+kPhOrzxmYBt383iVv9BXCX/xJIyt08D/+IkedLAoJ/JaUY6NsZ5BOsW8BPsKZf6Cf7tgLnWQ8YH9Un+dicrwmNma+FjJlvrDGDBekbAWNmm+HGjK57G5kxs43PmJF4IOuvsd3z3+5guSOsxsx2nzGzIwBjZjuQ5DuE7mTgD08RKvG3Qkq80yoxFqSdAkr8neFKrOv+jkyJv7NK7BnbPf/vHSx3hVWJv/cp8a4AlPh7IMl3WUdbAddAbI67WSKSH2xDqR8IGmqP6RGJPm/sEYhI9pBEJLuBu/xeICn32IhE7SUg+D4pxUDHBT8Cm7MBMC5oSBIX7Cc0KfYLmRQHrEmBBemAgElx0HCTQtd9kMykOMhnUpQXHNtjUvzkYHkorCbFTz6T4lAAJsVPQJIfipNpOrQSHyZU4sNCSnzEKjEWpCMCSvyz4Uqs6/6ZTIl/tkrsvjxKfNTB8lhYlfioT4mPBaDER4EkPwZUYlZ3F7gGYnM8zhIX/GLjAvULQUOdMD0u0OeNEwJxwT6SuOA4cJf/FUjKfTYuUL8SEPwkS1zwG7A5mwDjgqYkccEpQpPilJBJ8bs1KbAg/S5gUpw23KTQdZ8mMylO85kUCYJje0yKPxwsz4TVpPjDZ1KcCcCk+ANI8jNxMk2HVuI/CZX4TyElPmuVGAvSWQElPme4Euu6z5Ep8TmrxO7Lo8QRhZ01L3z+X4VKifUCFHEV614I/4TS/3aGiVkYN9ZlhXFNx+ruAtdAbI6ZBOZ40Ylm+DYHN1HauOBygoa6Aj1H9AT1eUNPEv4wLklckAm4y18JJOV+GxeoKwkInllKMdBxwVXA5mwGjAuak8QFWYAbRVAmRRZgc7rne7Xr9tuaFBkcU4N0dWH8uFmBDStVd9bCcIxETYqsQEIFZFIkCo7tMSmucbDMFlaT4hqfSZEtAJPiGiDJsxWWaTq0EmcnVOLsQkqcwyoxFqQcAkqc03Al1nXnJFPinFaJ3ZdHiXM5WOYOqxLn8ilx7gCUOBeQ5LmBSszq7gLXQGyOkSxxQR4bF6g8BA0VZXpcoM8bUQJxwUGSuCASuMvnBZLyoI0LVF4CgkezxAX5gM3ZEhgXtCKJC2IITYoYIZMivzUpsCDlFzApChhuUui6C5CZFAX4TIoKgmN7TIqCDpaxYTUpCvpMitgATIqCQJLHFpZpOrQSFyJU4kJCShxnlRgLUpyAEhc2XIl13YXJlLiwVWL35VHiIg6WRcOqxEV8Slw0ACUuAiR5UaASs7q7wDUQm2MxlrjgWhsXqGsJGqq46XGBPm8UF4gLDpHEBcWAu/x1QFIesnGBuo6A4CVY4oLrgc3ZBhgXtCWJC0oSmhQlhUyKG6xJgQXpBgGTopThJoWuuxSZSVGKz6SoKDi2x6Qo7WBZJqwmRWmfSVEmAJOiNJDkZQrLNB1aiW8kVOIbhZS4rFViLEhlBZS4nOFKrOsuR6bE5awSuy+PEsc7WKqwKnG8T4lVAEocDyS5Aioxq7sLXAOxOZZniQsSbFygEggaKtH0uECfNxIF4oIjJHFBeeAuXwFIyiM2LlAVCAhekSUuqARsznbAuKA9SVxQmdCkqCxkUlSxJgUWpCoCJkVVw00KXXdVMpOiKp9JUUlwbI9JUc3BsnpYTYpqPpOiegAmRTUgyasXlmk6tBLfRKjENwkpcQ2rxFiQaggocU3DlVjXXZNMiWtaJXZfHiW+2cGyVliV+GafEtcKQIlvBpK8FlCJWd1d4BqIzbE2S1xQx8YFqg5BQ91ielygzxu3CMQFR0nigtrAXb4ukJRHbVyg6hIQvB5LXFAf2JxJwLggmSQuuJXQpLhVyKS4zZoUWJBuEzApGhhuUui6G5CZFA34TIrKgmN7TIqGDpaNwmpSNPSZFI0CMCkaAkneqLBM06GVuDGhEjcWUuImVomxIDURUOKmhiuxrrspmRI3tUrsvjxKfLuD5R1hVeLbfUp8RwBKfDuQ5HcAlZjV3QWugdgcm7HEBc1tXKCaEzTUnabHBfq8cadAXHCcJC5oBtzlWwBJedzGBaoFAcFbssQFrYDNmQqMCzqRxAV3EZoUdwmZFK2tSYEFqbWASdHGcJNC192GzKRow2dSVBEc22NStHWwvDusJkVbn0lxdwAmRVsgye8uLNN0aCW+h1CJ7xFS4nZWibEgtRNQ4vaGK7Guuz2ZEre3Suy+PEp8r4Nlh7Aq8b0+Je4QgBLfCyR5B6ASs7q7wDUQm2MSS1yQbOMClUzQUB1Njwv0eaOjQFxwgiQuSALu8ilAUp6wcYFKISB4Kktc0AnYnJ2BcUEXkrjgPkKT4j4hk+J+a1JgQbpfwKTobLhJoevuTGZSdOYzKToIju0xKbo4WHYNq0nRxWdSdA3ApOgCJHnXwjJNh1biBwiV+AEhJe5mlRgLUjcBJe5uuBLruruTKXF3q8Tuy6PEDzpYPhRWJX7Qp8QPBaDEDwJJ/hBQiVndXeAaiM2xB0tc0NPGBaonQUM9bHpcoM8bDwvEBSdJ4oIewF3+ESApT9q4QD1CQPBeLHFBb2BzdgPGBd1J4oJHCU2KR4VMisesSYEF6TEBk6KP4SaFrrsPmUnRh8+kSBIc22NS9HWwfDysJkVfn0nxeAAmRV8gyR8vLNN0aCV+glCJnxBS4n5WibEg9RNQ4v6GK7Guuz+ZEve3Suy+PEr8pIPlU2FV4id9SvxUAEr8JJDkTwGVmNXdBa7B/8fet4DZVP3vTypJklSSij3jPm6z3MalCEVRFEW5nhmMoiiKoiiKoiiKoiiKoiiKQm5JCCFJkiRJkiRJEv9ZtafZe5tv9e+8n/1bb3vt5/k+zjPNd53P7V3vXu+7zxyxGAey2AWDrF2gBhEM1P2m2wX6vHG/gF1wiMQuGAjc5R8AgvKQtQvUAwQAH8xiFwwBDmdPoF3Qi8QueJBQpHhQSKR4yIoU2CY9JCBSDDVcpNB5DyUTKYbyiRQdBdf2iRTD3F4+HFWRYlhApHg4BJFiGBDkDxeTGTo0Ez9CyMSPCDHxcMvE2CYNF2DiEYYzsc57BBkTj7BM7L18TPyo28vHosrEjwaY+LEQmPhRIMgfAzIxq7oLrIFYjCNZ7IJR1i5QowgG6nHT7QJ93nhcwC44TGIXjATu8k8AQXnY2gXqCQKAj2axC8YAh7M30C7oQ2IXPEkoUjwpJFI8ZUUKbJOeEhApxhouUui8x5KJFGP5RIpOgmv7RIpxbi+fjqpIMS4gUjwdgkgxDgjyp4vJDB2aiZ8hZOJnhJh4vGVibJPGCzDxBMOZWOc9gYyJJ1gm9l4+Jn7W7eVzUWXiZwNM/FwITPwsEOTPAZmYVd0F1kAsxoksdsEkaxeoSQQD9bzpdoE+bzwvYBccIbELJgJ3+ReAoDxi7QL1AgHAJ7PYBVOAw9kXaBf0I7ELXiQUKV4UEilesiIFtkkvCYgUUw0XKXTeU8lEiql8IkVnwbV9IsU0t5cvR1WkmBYQKV4OQaSYBgT5y8Vkhg7NxK8QMvErQkw83TIxtknTBZh4huFMrPOeQcbEMywTey8fE7/q9vK1qDLxqwEmfi0EJn4VCPLXgEzMqu4CayAW40wWu2CWtQvULIKBet10u0CfN14XsAuOktgFM4G7/BtAUB61doF6gwDgs1nsgjnA4ewPtAsGkNgFbxKKFG8KiRRvWZEC26S3BESKuYaLFDrvuWQixVw+kSJDcG2fSDHP7eX8qIoU8wIixfwQRIp5QJDPLyYzdGgmfpuQid8WYuIFlomxTVogwMQLDWdinfdCMiZeaJnYe/mYeJHby8VRZeJFASZeHAITLwKCfDGQiVnVXWANxGJcwmIXvGPtAvUOwUAtNd0u0OeNpQJ2QUJbDrtgCXCXfxcISmT9WO2CdwkAvozFLngPOJwDgXbBIBK7YDmhSLFcSKRYYUUKbJNWCIgUKw0XKXTeK8lEipV0IoVKkVvbL1K87/ZyVVRFivcDIsWqEESK94EgX1VMZujQTLyakIlXCzHxGsvE2CatEWDiDwxnYp33B2RM/IFlYt/i3vjXur1cF1UmXhtg4nUhMPFaIMjXAZmYVd1dV8z8GNez2AUfWrtAfUgwUBtMtwv0eWODgF2Qi8QuWA/c5T8CgjKXtQvURwQA38hiF3wMHM7BQLtgCIldsIlQpNgkJFJ8YkUKbJM+ERApNhsuUui8N5OJFJv5RAolt7ZfpPjU7eWWqIoUnwZEii0hiBSfAkG+pZjM0KGZ+DNCJv5MiIm3WibGNmmrABN/bjgT67w/J2Pizy0T+xb3xr/N7eUXUWXibQEm/iIEJt4GBPkXQCZmVXe/KGZ+jNtZ7IIvrV2gviQYqB2m2wX6vLFDwC44icQu2A7c5b9CgtLaBeorAoDvZLELvgYO51CgXTCMxC7YRShS7BISKb6xIgW2Sd8IiBS7DRcpdN67yUSK3XwiRWW5tf0ixbduL/dEVaT4NiBS7AlBpPgWCPI9xWSGDs3E3xEy8XdCTLzXMjG2SXsFmPh7w5lY5/09GRN/b5nYt7g3/n1uL3+IKhPvCzDxDyEw8T4gyH8AMjGruvtDMfNj3M9iF/xo7QL1I8FAHTDdLtDnjQMCdkFuErtgP3CX/wkIytzWLlA/EQD8IItd8DNwOIcD7YIRJHbBIUKR4pCQSPGLFSmwTfpFQKQ4bLhIofM+TCZSHOYTKarIre0XKX51e3kkqiLFrwGR4kgIIsWvQJAfKSYzdGgm/o2QiX8TYuKjlomxTToqwMTHDGdinfcxMiY+ZpnYt7gvfsetuZP9o0gxsS6A40nWW4hgQFnvHTcwHdxaJzi4oWNVd3E1kIsxl0CMOQYa920OLlBauwBYA7EYT0LHiA5Qnzd0kOgBzUNiF3gRH2/OJ+OarfJYu0AB6ykWY25HZs7hdsEpuEDVSKBdMIrELsjj8IkUeXA994kUpzrZr61IEeeaukm6oOh18zpmixQ6bx0juEeiIoW3pilxXiGJFFXl1vaLFKc5f/ybz8n+WaRECl0Ax5OstxDBgLLeO15g6vdErZXPkRk6NBOf7vAx8elOgggT53eyX1smjnNN3SRdUPS6ZzhmM7HOW8cI7pEoE3trmhLn9V9j4gLOH/+e6WT/LFJMrAvgeJL1FiIYUNZ7xwtM/Z6otc50cEPHqu7iaiAXY0GBGHMMNN6BOgsXKK1dAKyBWIxno2NEB6jPGzpI9IDmJbELvIiPN+dzcM1Wea1doID1FIuxkCMz53C74FxcoGo00C4YQ2IXFHb4RIrCuJ77RIrznOzXVqSIc03dJF1Q9LpFHLNFCp23jhHcI1GRwlvTlDivkESKanJr+0WK850//r3Ayf5ZpEQKXQDHk6y3EMGAst47XmDq90StdYEjM3RoJr7Q4WPiC50EESYu6mS/tkwc55q6Sbqg6HWLOWYzsc5bxwjukSgTe2uaEuf1X2Nix/nj30Qn+2eRYmJdAMeTrLcQwYCy3jteYOr3RK2V6OCGjlXdxdVALsYkgRhzDDTegSqOC5TWLgDWQCzGEugY0QHq84YOEj2g+UjsAi/i4825JK7ZKp+1CxSwnmIxlnJk5hxuF5TGBarGAu2CcSR2QRmHT6Qog+u5T6Qo62S/tiJFnGvqJumCotdNdswWKXTeOkZwj0RFCm9NU+K8QhIpqsut7Rcpyjl//Fveyf5ZpEQKXQDHk6y3EMGAst47XmDq90StVd6RGTo0E1dw+Ji4gpMgwsQVnezXlonjXFM3SRcUvW4lx2wm1nnrGME9EmVib01T4rz+a0yc4vzxr3KyfxYpJtYFcDzJegsRDCjrveMFpn5P1FrKwQ0dq7qLq4FcjJUFYswx0HgHqgouUFq7AFgDsRiromNEB6jPGzpI9IDmJ7ELvIiPN+dquGar/NYuUMB6isVY3ZGZc7hdkIoLVI0H2gUTSOyCGg6fSFED13OfSFHTyX5tRYo419RN0gVFr1vLMVuk0HnrGME9EhUpvDVNifMKSaRIlVvbL1LUdv749yIn+2eREil0ARxPst5CBAPKeu94ganfE7XWRY7M0KGZ+GKHj4kvdhJEmLiOk/3aMnGca+om6YKi163rmM3EOm8dI7hHokzsrWlKnNd/jYkvcf74t56T/bNIMbEugONJ1luIYEBZ7x0vMPV7otaq5+CGjlXdxdVALsb6AjHmGGi8A9UAFyitXQCsgViMl6JjRAeozxs6SPSAFiCxC7yIjzfny3DNVgWsXaCA9RSLsaEjM+dwu6ARLlA1EWgXTCKxCy53+ESKy3E994kUVzjZr61IEeeaukm6oOh1GztmixQ6bx0juEeiIoW3pilxXiGJFDXk1vaLFE2cP/690sn+WaRECl0Ax5OstxDBgLLeO15g6vdErXWlIzN0aCa+yuFj4qucBBEmbupkv7ZMHOeaukm6oOh1mzlmM7HOW8cI7pEoE3trmhLn9V9j4qudP/69xsn+WaSYWBfA8STrLUQwoKz3jheY+j1Ra13j4IaOVd3F1UAuxuYCMeYYaLwD1QIXKK1dAKyBWIzXomNEB6jPGzpI9IAWJLELvIiPN+frcM1WBa1doID1FIuxpSMz53C7oBUuUDUZaBdMIbELrnf4RIrrcT33iRQ3ONmvrUgR55q6Sbqg6HVbO2aLFDpvHSO4R6IihbemKXFeIYkUNeXW9osUbZw//m3rZP8sUiKFLoDjSdZbiGBAWe8dLzD1e6LWauvIDB2aids5fEzczkkQYeL2TvZry8RxrqmbpAuKXreDYzYT67x1jOAeiTKxt6YpcV7/NSaOOX/8m+Zk/yxSTKwL4HiS9RYiGFDWe8cLTP2eqLXSHNzQsaq7uBrIxZguEGOOgcY7UB1xgdLaBcAaiMXYCR0jOkB93tBBogf0bBK7wIv4eHPujGu2OtvaBQpYT7EYMxyZOYfbBV1wgaqpQLtgGoldcKPDJ1LciOu5T6S4ycl+bUWKONfUTdIFRa/b1TFbpNB56xjBPRIVKbw1TYnzCkmkSJNb2y9SdHP++PdmJ/tnkRIpdAEcT7LeQgQDynrveIGp3xO11s2OzNChmfgWh4+Jb3ESRJi4u5P92jJxnGvqJumCotft4ZjNxDpvHSO4R6JM7K1pSpzXf42Jb3X++Pc2J/tnkWJiXQDHk6y3EMGAst47XmDq90StdZuDGzpWdRdXA7kYewrEmGOg8Q5UL1ygtHYBsAZiMd6OjhEdoD5v6CDRA1qIxC7wIj7enO/ANVsVsnaBAtZTLMbejsycw+2CPrhA1XSgXTCDxC640+ETKe7E9dwnUtzlZL+2IkWca+om6YKi1+3rmC1S6Lx1jOAeiYoU3pqmxHmFJFKky63tFyn6OX/8e7eT/bNIiRS6AI4nWW8hggFlvXe8wNTviVrrbkdm6NBMfI/Dx8T3OAkiTNzfyX5tmTjONXWTdEHR6w5wzGZinbeOEdwjUSb21jQlzuu/xsT3On/8e5+T/bNIMbEugONJ1luIYEBZ7x0vMPV7ota6z8ENHau6i6uBXIwDBWLMMdB4B2oQLlBauwBYA7EY70fHiA5Qnzd0kOgBLUxiF3gRH2/OD+CarQpbu0AB6ykW42BHZs7hdsEQXKBqJtAumEViFzzo8IkUD+J67hMpHnKyX1uRIs41dZN0QdHrDnXMFil03jpGcI9ERQpvTVPivEISKTrKre0XKYY5f/z7sJP9s0iJFLoAjidZbyGCAWW9d7zA1O+JWuthR2bo0Ez8iMPHxI84CSJMPNzJfm2ZOM41dZN0QdHrjnDMZmKdt44R3CNRJvbWNCXO67/GxI86f/z7mJP9s0gxsS6A40nWW4hgQFnvHS8w9Xui1nrMwQ0dq7qLq4FcjCMFYswx0HgHahQuUFq7AFgDsRgfR8eIDlCfN3SQ6AEtQmIXeBEfb85P4Jqtili7QAHrKRbjaEdmzuF2wRhcoGo20C6YQ2IXPOnwiRRP4nruEymecrJfW5EizjV1k3RB0euOdcwWKXTeOkZwj0RFCm9NU+K8QhIpOsmt7Rcpxjl//Pu0k/2zSIkUugCOJ1lvIYIBZb13vMDU74la62lHZujQTPyMw8fEzzgJIkw83sl+bZk4zjV1k3RB0etOcMxmYp23jhHcI1Em9tY0Jc7rv8bEzzp//Puck/2zSDGxLoDjSdZbiGBAWe8dLzD1e6LWes7BDR2ruourgVyMEwVizDHQeAdqEi5QWrsAWAOxGJ9Hx4gOUJ83dJDoAb2AxC7wIj7enF/ANVtdYO0CBaynWIyTHZk5h9sFU3CBqrlAu2AeiV3wosMnUryI67lPpHjJyX5tRYo419RN0gVFrzvVMVuk0HnrGME9EhUpvDVNifMKSaToLLe2X6SY5vzx78tO9s8iJVLoAjieZL2FCAaU9d7xAlO/J2qtlx2ZoUMz8SsOHxO/4iSIMPF0J/u1ZeI419RN0gVFrzvDMZuJdd46RnCPRJnYW9OUOK//GhO/6vzx72tO9s8ixcS6AI4nWW8hggFlvXe8wNTviVrrNQc3dKzqLq4GcjHOFIgxx0DjHahZuEBp7QJgDcRifB0dIzpAfd7QQaIHtCiJXeBFfLw5v4Frtipq7QIFrKdYjLMdmTmH2wVzcIGqBUC7YCGJXfCmwydSvInruU+keMvJfm1FijjX1E3SBUWvO9cxW6TQeesYwT0SFSm8NU2J8wpJpMiQW9svUsxz/vh3vpP9s0iJFLoAjidZbyGCAWW9d7zA1O+JWmu+IzN0aCZ+2+Fj4redBBEmXuBkv7ZMHOeaukm6oOh1FzpmM7HOW8cI7pEoE3trmhLn9V9j4kXOH/8udrJ/Fikm1gVwPMl6CxEMKOu94wWmfk/UWosd3NCxqru4GsjFuEQgxhwDjXeg3sEFSmsXAGsgFuNSdIzoAPV5QweJHlCHxC7wIj7enN/FNVs51i5QwHqKxbjMkZlzuF3wngMEDdAueKdNOBtFvPVbDqxfDWD9agLXkqzfiv9+/UTnbyWwfluA9fsMXD/0jcjvwq3AukltZfNOie9SOudFAnkXF7qxywXOH9gfVZyg10uAve6c8fvVcX6C2dgunCCD7VIE/X5bIO/SJNgG9keVbmv2jDcWmvFkghlfIJB3OZIZB/ZHIXPW/cjtyVfvQ0fdXh11f/a+k5Cwyvmjd97fXeL+jv7vWb+7OvP1Gich4a9qGbdaClzrAwfXl7DM6sUJ2P5nXWud7NfWrI5zzcVuQdHrrnPMNqt13jpGcI/ESOkDB09K651wN+gPM99vg/O/N2j937N+96PM1xtz+N1F7u9+5P6u3gA+zny9yUnwXejNHDnPn+Dqrv5J3Tdnvt+nf1H3zZ66b8l8/dlf1H2Lp+5bM19/nsPvLnZ/d6v7u3qj3Jb5+gvnj/8usdd87ODxUdHwm1U9R9sE8q4UkosWb5zbHVwtgb1WUvVD9/lL51+vlRJYK7Sbyi8dLGdlXTuc7Nf2pjLONXWTdEHR637lmH1TqfPWMYJ7JPoEpLemKXFewScg0erE65lrIB3RjUUTErRDKNmvONdWwR9467vT+ePfrz05/K8nNI95/n//6wnNYwl//4RmTuv8nz2hqQuwwJOsLsQlgfdED+FOB7cJ7fqLtWqkdk7PSK1aJS2lakZ65jrVMzpXSatcU2XUqJK5fJWqKj2tc0qnqump1atWr5GRGtpnELwxp8R5eeP9xsl+bRk4zjV1k3RB0evudsxmYJ23jhHcIxGP5Ws3VvS6lQ19CDIYJ3KWvnVwM1QZ7FvoTUzHV89dEz3zWXdF6Dmqarj8kXX3hs67mpnyx3FHbuSNyNfAtaqTPIQNnG8FnBlVnUQ+2uPwyUfemFPivLzxfudkv7Y3r3GuqZukC4ped69j9s2rzlvHCO6RmCcpEev/+hAtOn4v4aX8f14ZvqtzaHLP984f/+5zsn/2v+Se+gnH1y4o99RP+Hu5J6d1/lbukRg20Fp/3pHrYp7gKZwuar0E/4W+4wDmoXS8WWvFu5n94KDAkJGRVc8fHLkTj67j1w7+jqaWWU9lHneXNN8zt8i8axv+NKrOe59A3hcZelIJEgxy3/DOeLz1u5jkpAecbwWcGXVxSE8Fx9tnveeg1trvmH340FjTMUrsYcheS6iIHxXF512fQEX8WCDvBiQPUf3o4GoJ7LVqYPjcaLzsFJibhgR4+Vog70YkeDng4GoJ7LVqRICXgwJz05gALz8L5N2EBC8/ObhaAnutmhDgJXcx/Nw0JcDLKQJ5NyPBy0EHV0tgr1UzArwUEpib5gR4OVcg7xYkePnZwdUS2GvVggAvpQTmpiUBXkoL5N2KBC+HHFwtgb1WrQjwUl1gbloT4CVVIO82JHj5xcHVEthr1YYALw0F5qY9AV4aCeTdgQQvhx1cLYG9Vh0I8NJSYG7SCfDSSiDvjiR4+dXB1RLYa9WRAC8ZAnOTQYCXLgJ5dyHByxEHV0tgr1UXArz0FpibrgR46SOQdzcSvPzm4GoJ7LXqRoCXwQJz050AL0ME8u5BgpejDq6WwF6rHgR4GS0wNz0J8DJGIO9eJHg55uBqCey16kWAl8kCc9ObAC9TBPLuQ4IX/RWHqFoCe636EOBltsDc9CXAyxyBvPuR4OUEIF6AvVb9CPCyTGBu+hPg5T2BvAeQ4CUXEC/AXqsBBHjZKDA3Axk+/yKQ9yASvJwIxAuw12oQAV52CszNYIbPvwjkPYQELycB8QLstRpCgJeDAnMzlOHzLwJ5DyPBy8lAvAB7rYYR4CW3g5+b4QyffxHIewQJXnID8QLstRpBgJdCDn5uRjJ8/kUg71EkeDkFiBdgr9UoAryUcvBzM5rh8y8CeY8hwUseIF6AvVZjCPBS3cHPzViGz78I5D2OBC+nAvEC7LUaR4CXhg5+bsYzfP5FIO8JJHjJC8QLsNdqAgFeWjr4uZnI8PkXgbwnkeDlNCBegL1WkwjwkuHg52Yyw+dfBPKeQoKXfEC8AHutphDgpbeDn5upDJ9/Ech7GgleTgfiBdhrNY0AL4Md/NxMZ/j8i0DeM0jwkh+IF2Cv1QwCvIx28HMzk+HzLwJ5zyLByxlAvAB7rWYR4GWyg5+b2QyffxHIew4JXgoA8QLstZpDgJfZDn5u5jJ8/kUg73kkeDkTiBdgr9U8Arwsc/Bzs4Dh8y8CeS8kwUtBIF6AvVbI+ukv/ZuZ+T/HXU9/h4f+XgL9t9b134/WfxNX/51P/bcL9d9j039jSv/dHP23QPTfN9Cf2dafQ9WfrdOfF9KfgdDPdetnVfXzd/qZIv2chPZ+tZ+lNXqtO2otRZ8P9T2v5nG9N+l6ey/03J2VKDN36DjPBs6d7u+shOzvcdI1OFu4zuck4tYK69t8zwHOhjfeQp5a22/zjXNN3SRdUPS65wIHVirvcxPhPRL7Nl+JWIPf5psLHLe+yVvuYG+eVjgyPQteqJi99S3s9vA8Ty//1zcEe/nkBM+/J3h6lZjw998QnNM6/4lvCNbFdDyFOy/x+J3X5G8IPg+4QRZJxNe3yD+oZ7xxnw+8K6sKPA1UEz5FIr6tsnAift0lBHmfJ5D3O4arBjrv8wXyXhqSapAS36WAc6mAvVZS9UP3+QLC0+MFQqfHC+3pEdukCwVOj0UNPz3qvIsSnR4lYrWnxz+uhBwuVMze+hZze+jY0+O/v7IKVSxwenTITo8OcINMFDg9JoZwekyyp8d/fYoqJnCaWE6QtyOQ9wqC02OSQN4rSU6PwLlUwF4rZP006c9KOP5C9wc9m06i+TEWT5SZczggSwAJkXWgShAMVEl0jOgAtbZcUoAx1pAwRnHg3XUpICjXENxplBKYm9KJWKacmXD8hayrRG1LE2xsZUzf2N7JXGO1gx/QtYYD84PMnLcL5L2O5LHTssBNGNhrJVW/XOD6zQeulQzshQRWpEisXKL55F1WIO8Nhu+NmrSSBfL+iGRvLA/EI7DX6qO2NDd9fxq76NksR3DTVz5RZs7hgKwQ/6musruWCuspiApCT0FUTMx+bZ+CiHNN3aSKAk9BVDL8KQiddyWhpyCyLsmapsR5hfEExNKi2CcgVjrwfvkADVpbZb3w1jfFnTX1D56ASEo4foaCT0AkJfz9ExA5rfO3T0CAivBnMbKSS0nMDjCXWwgnEBzqPbOGD83Cmwg+oatBgs77E7OPA3/e2aQASUcB19pM4h0A51sBZ0YB6+fb8NE4qSx0nEDHWQV4bNYkpvfbLDLRNaiSmJAgGX9VIDbDOg1VFToNVbOnIWyTqgmchqobfhrSeVcnOw1VFzwNCc1saM9bp7q9rPEPThuJOfQoeNpITBB63hpdhKzkUhP9z0jXSEw47kIbTalAkNcguZOoScjENYWYuJZlYmyTagkwcW3DmVjnXZuMiWtbJvZePia+yO3lxVFl4osCTHxxCEx8ERDkFwOHWzf59ePTN94mRdZAKsY6QndM8FumukDxhXWg6hIM1CXoGNEB/n7eSMQP6FYStboOcJevBwTlVp6Hf8TAU48A4PWlGAN9O4N8grUBcNC9OaOf7LsUGGd9oH3UgOTP5lxGKMxcJiTMNLTCDLZJDQWEmUaGCzM670ZkwkwjPmFG4oGsP9f2xn+528sroirMXB4QZq4IQZi5HAjyK4TuZNBM3JiQiRsLMXETy8TYJjURYOIrDWdinfeVZEx8pWVi39re+K9ye9k0qkx8VYCJm4bAxFcBQd7UKtoKWAOxGJsJxJhjoPEO1NV2oNTVBAN1jekWiT5vXCNgkWwjsUiaAXf55kBQbrMWiWpOAPAWUoyBtguuBQ5nQ6Bd0IjELriOUKS4TkikaGlFCmyTWgqIFK0MFyl03q3IRIpWfCJFZcG1fSLF9W4vb4iqSHF9QKS4IQSR4nogyG9IlBk6NBO3JmTi1kJM3MYyMbZJbQSYuK3hTKzzbkvGxG0tE3svHxO3c3vZPqpM3C7AxO1DYOJ2QJC3BzIxq7oLrIFYjB0EYswx0HgHKmbtAhUjGKg00+0Cfd5IE7ALtpPYBR2Au3w6EJTbrV2g0gkA3pHFLugEHM7GQLugCYld0JlQpOgsJFJkWJEC26QMAZGii+Eihc67C5lI0YVPpKgiuLZPpLjR7eVNURUpbgyIFDeFIFLcCAT5TYkyQ4dm4q6ETNxViIm7WSbGNqmbABPfbDgT67xvJmPimy0Tey8fE9/i9rJ7VJn4lgATdw+BiW8Bgrw7kIlZ1V1gDcRi7CEQY46BxjtQt1q7QN1KMFC3mW4X6PPGbQJ2wQ4Su6AHcJfvCQTlDmsXqJ4EAO/FYhfcDhzOpkC7oBmJXXAHoUhxh5BI0duKFNgm9RYQKfoYLlLovPuQiRR9+ESKqoJr+0SKO91e3hVVkeLOgEhxVwgixZ1AkN+VKDN0aCbuS8jEfYWYuJ9lYmyT+gkw8d2GM7HO+24yJr7bMrH38jHxPW4v+0eVie8JMHH/EJj4HiDI+wOZmFXdBdZALMYBAjHmGGi8A3WvtQvUvQQDdZ/pdoE+b9wnYBfsJLELBgB3+YFAUO60doEaSADwQSx2wf3A4WwOtAtakNgFDxCKFA8IiRSDrUiBbdJgAZFiiOEihc57CJlIMYRPpKgmuLZPpHjQ7eVDURUpHgyIFA+FIFI8CAT5Q4kyQ4dm4qGETDxUiImHWSbGNmmYABM/bDgT67wfJmPihy0Tey8fEz/i9nJ4VJn4kQATDw+BiR8Bgnw4kIlZ1V1gDcRiHCEQY46BxjtQj1q7QD1KMFCPmW4X6PPGYwJ2wS4Su2AEcJcfCQTlLmsXqJEEAB/FYhc8DhzOlkC7oBWJXfAEoUjxhJBIMdqKFNgmjRYQKcYYLlLovMeQiRRj+ESK6oJr+0SKJ91ePhVVkeLJgEjxVAgixZNAkD+VKDN0aCYeS8jEY4WYeJxlYmyTxgkw8dOGM7HO+2kyJn7aMrH38jHxM24vx0eViZ8JMPH4EJj4GSDIxwOZmFXdBdZALMYJAjHmGGi8A/WstQvUswQD9ZzpdoE+bzwnYBfsJrELJgB3+YlAUO62doGaSADwSSx2wfPA4WwNtAvakNgFLxCKFC8IiRSTrUiBbdJkAZFiiuEihc57CplIMYVPpEgVXNsnUrzo9vKlqIoULwZEipdCECleBIL8pUSZoUMz8VRCJp4qxMTTLBNjmzRNgIlfNpyJdd4vkzHxy5aJvZePiV9xezk9qkz8SoCJp4fAxK8AQT4dyMSs6i6wBmIxzhCIMcdA4x2oV61doF4lGKjXTLcL9HnjNQG7YA+JXTADuMvPBIJyj7UL1EwCgM9isQteBw5ne6Bd0IHELniDUKR4Q0ikmG1FCmyTZguIFHMMFyl03nPIRIo5fCJFDcG1fSLFm24v34qqSPFmQKR4KwSR4k0gyN9KlBk6NBPPJWTiuUJMPM8yMbZJ8wSYeL7hTKzznk/GxPMtE3svHxO/7fZyQVSZ+O0AEy8IgYnfBoJ8AZCJWdVdYA3EYlwoEGOOgcY7UIusXaAWEQzUYtPtAn3eWCxgF+wlsQsWAnf5JUBQ7rV2gVpCAPB3WOyCpcDhTAfaBR1J7IJ3CUWKd4VEimVWpMA2aZmASPGe4SKFzvs9MpHiPT6Roqbg2j6RYrnbyxVRFSmWB0SKFSGIFMuBIF+RKDN0aCZeScjEK4WY+H3LxNgmvS/AxKsMZ2Kd9yoyJl5lmdh7+Zh4tdvLNVFl4tUBJl4TAhOvBoJ8DZCJWdVdYA3EYvxAIMYcA413oNZau0CtJRiodabbBfq8sU7ALthHYhd8ANzl1wNBuc/aBWo9AcA/ZLELNgCHMwNoF3QhsQs+IhQpPhISKTZakQLbpI0CIsXHhosUOu+PyUSKj/lEijTBtX0ixSa3l59EVaTYFBApPglBpNgEBPkniTJDh2bizYRMvFmIiT+1TIxt0qcCTLzFcCbWeW8hY+Itlom9l4+JP3N7uTWqTPxZgIm3hsDEnwFBvhXIxKzqLrAGYjF+LhBjjoHGO1DbrF2gthEM1Bem2wX6vPGFgF2wn8Qu+By4y28HgnK/tQvUdgKAfynFGGi7YAdwOLsC7YJuJHbBV4QixVdCIsVOK1Jgm7RTQKT42nCRQuf9NZlI8TWfSJEuuLZPpNjl9vKbqIoUuwIixTchiBS7gCD/JlFm6NBMvJuQiXcLMfG3lomxTfpWgIn3GM7EOu89ZEy8xzKx9/Ix8XduL/dGlYm/CzDx3hCY+DsgyPcCmZhV3QXWQCzG7wVizDHQuB/etnaB2kcwUD+Ybhfo88YPAnbBARK74HvgLr8fCMoD1i5Q+wkA/iOLXXAAOJzdgXZBDxK74CdCkeInIZHioBUpsE06KCBS/Gy4SKHz/plMpPiZT6ToKLi2T6Q45Pbyl6iKFIcCIsUvIYgUh4Ag/yVRZujQTHyYkIkPCzHxr5aJsU36VYCJjxjOxDrvI2RMfMQysffyMfFvbi+PRpWJfwsw8dEQmPg3IMiPApmYVd0F1kAsxmMCMeYYaNyskWTtAmANxGI8AR0jOkB93tBBogf0IIldcAy4y+cCgvKgtQtULgKAn5gkM+dwu+Ak4HD2BNoFvUjsgpOT+ESKk4HD6Y03d1L2aytSxLmmblLuJPy6pwAHVirvU5LgPRIVKU4BAiokkaKT4No+kSKP28tTPT2NlEihC+B4kvUWIhhQ1nvHC8w8QJCfmiQzdGgmzkvIxHmFmPg0y8TYJp0mwMT5DGdinXc+MibOZ5nYe/mY+HS3l/mjysSnB5g4fwhMfDoQ5PmBTMyq7gJrIBbjGQIx5hhovANVwNoFqgDBQJ1pul2gzxtnCtgFh0jsgjOAu3xBICgPWbtAFSQA+FlSjIG2C84GDmdvoF3Qh8QuOIdQpDhHSKQo5Ln9tiJFnGvqJhUSECnONVyk0HmfSyZSnMsnUnQWXNsnUhR2e3leVEWKwgGR4rwQRIrCQJCflyQzdGgmLkLIxEWEmPh8y8TYJp0vwMQXGM7EOu8LyJj4AsvE3svHxBe6vSwaVSa+MMDERUNg4guBIC8KZGJWdRdYA7EYiwnEmGOg8Q6UAxR/WAfKIRioRNPtAn3eSBSwCw6T2AXFgLt8EhCUh61doJIIAF5cijHQdkEJ4HD2BdoF/UjsgpKEIkVJIZGilOf224oUca6pm1RKQKQobbhIofMuTSZSlOYTKTIE1/aJFGXcXpaNqkhRJiBSlA1BpCgDBHnZJJmhQzNxMiETJwsxcTnLxNgmlRNg4vKGM7HOuzwZE5e3TOy9fExcwe1lxagycYUAE1cMgYkrAEFeEcjErOousAZiMVYSiDHHQOMdqBSg+MM6UCkEA6VMtwv0eUMJ2AVHSOyCSsBdvjIQlEesXaAqEwC8ihRjoO2CqsDh7A+0CwaQ2AXVCEWKakIiRXXP7bcVKeJcUzepuoBIkWq4SKHzTiUTKVLpRAqVIre2X6So4fayZlRFihoBkaJmCCJFDSDIaybJDB2aiWsRMnEtISaubZkY26TaAkx8keFMrPO+iIyJL7JM7FvcG//Fbi/rRJWJLw4wcZ0QmPhiIMjrAJmYVd2tk2R+jHUFYswx0HgH6hKg+MM6UJcQDFQ90+0Cfd6oJ2AXHCWxC+oCd/n6QFAetXaBqk8A8AZSjIG2Cy4FDudAoF0wiMQuuIxQpLhMSKRo6Ln9tiJFnGvqJjUUECkaGS5S6LwbkYkUjfhECiW3tl+kuNzt5RVRFSkuD4gUV4QgUlwOBPkVSTJDh2bixoRM3FiIiZtYJsY2qYkAE19pOBPrvK8kY+IrLRP7FvfGf5Xby6ZRZeKrAkzcNAQmvgoI8qZAJmZVd5smmR9jM4EYcww03oG6Gij+sA7U1QQDdY3pdoE+b1wjYBcktOOwC5oBd/nmQFAi68dqFzQnAHgLKcZA2wXXAodzMNAuGEJiF1xHKFJcJyRStPTcfluRIs41dZNaCogUrQwXKXTerchEilZ8IkVlubX9IsX1bi9viKpIcX1ApLghBJHieiDIb0iSGTo0E7cmZOLWQkzcxjIxtkltBJi4reFMrPNuS8bEbS0T+xb3xt/O7WX7qDJxuwATtw+BidsBQd4eyMSs6m77JPNj7CAQY46BxjtQMaD4wzpQMYKBSjPdLtDnjTQBuyAXiV3QAbjLpwNBmcvaBSqdAOAdpRgDbRd0Ag7nUKBdMIzELuhMKFJ0FhIpMjy331akiHNN3aQMAZGii+Eihc67C5lI0YVPpKgit7ZfpLjR7eVNURUpbgyIFDeFIFLcCAT5TUkyQ4dm4q6ETNxViIm7WSbGNqmbABPfbDgT67xvJmPimy0T+xb3xn+L28vuUWXiWwJM3D0EJr4FCPLuQCZmVXe7J5kfYw+BGHMMNN6BuhUo/rAO1K0EA3Wb6XaBPm/cJmAXnERiF/QA7vI9kaC0doHqSQDwXlKMgbYLbgcO53CgXTCCxC64g1CkuENIpOjtuf22IkWca+om9RYQKfoYLlLovPuQiRR9+ESKqnJr+0WKO91e3hVVkeLOgEhxVwgixZ1AkN+VJDN0aCbuS8jEfYWYuJ9lYmyT+gkw8d2GM7HO+24yJr7bMrFvcW/897i97B9VJr4nwMT9Q2Die4Ag7w9kYlZ1t3+S+TEOEIgxx0DjHah7kcok6UDdSzBQ95luF+jzxn0CdkFuErtgAHCXHwgEZW5rF6iBBAAfJMUYaLvgfuBwjgTaBaNI7IIHCEWKB4REisGe228rUsS5pm7SYAGRYojhIoXOewiZSDGET6SoJre2X6R40O3lQ1EVKR4MiBQPhSBSPAgE+UNJMkOHZuKhhEw8VIiJh1kmxjZpmAATP2w4E+u8HyZj4octE/sW98b/iNvL4VFl4kcCTDw8BCZ+BAjy4UAmZlV3hyeZH+MIgRhzDDTegXoUKP6wDtSjBAP1mOl2gT5vPCZgF+QhsQtGAHf5kUBQ5rF2gRpJAPBRUoyBtgseBw7naKBdMIbELniCUKR4QkikGO25/bYiRZxr6iaNFhApxhguUui8x5CJFGP4RIrqcmv7RYon3V4+FVWR4smASPFUCCLFk0CQP5UkM3RoJh5LyMRjhZh4nGVibJPGCTDx04Yzsc77aTImftoysW9xb/zPuL0cH1UmfibAxONDYOJngCAfD2RiVnV3fJL5MU4QiDHHQOMdqGeB4g/rQD1LMFDPmW4X6PPGcwJ2QV4Su2ACcJefCARlXmsXqIkEAJ8kxRhou+B54HCOBdoF40jsghcIRYoXhESKyZ7bbytSxLmmbtJkAZFiiuEihc57CplIMYVPpEiVW9svUrzo9vKlqIoULwZEipdCECleBIL8pSSZoUMz8VRCJp4qxMTTLBNjmzRNgIlfNpyJdd4vkzHxy5aJfYt743/F7eX0qDLxKwEmnh4CE78CBPl0IBOzqrvTk8yPcYZAjDkGGu9AvQoUf1gH6lWCgXrNdLtAnzdeE7AL8pHYBTOAu/xMICjzWbtAzSQA+CwpxkDbBa8Dh3M80C6YQGIXvEEoUrwhJFLM9tx+W5EizjV1k2YLiBRzDBcpdN5zyESKOXwiRQ25tf0ixZtuL9+KqkjxZkCkeCsEkeJNIMjfSpIZOjQTzyVk4rlCTDzPMjG2SfMEmHi+4Uys855PxsTzLRP7FvfG/7bbywVRZeK3A0y8IAQmfhsI8gVAJmZVdxckmR/jQoEYcww03oFaBBR/WAdqEcFALTbdLtDnjcUCdkF+ErtgIXCXXwIEZX5rF6glBAB/R4ox0HbBUuBwTgTaBZNI7IJ3CUWKd4VEimWe228rUsS5pm7SMgGR4j3DRQqd93tkIsV7fCJFTbm1/SLFcreXK6IqUiwPiBQrQhAplgNBviJJZujQTLySkIlXCjHx+5aJsU16X4CJVxnOxDrvVWRMvMoysW9xb/yr3V6uiSoTrw4w8ZoQmHg1EORrgEzMqu6uSTI/xg8EYswx0HgHai1Q/GEdqLUEA7XOdLtAnzfWCdgFBUjsgg+Au/x6ICgLWLtArScA+IdSjIG2CzYAh3My0C6YQmIXfEQoUnwkJFJs9Nx+W5EizjV1kzYKiBQfGy5S6Lw/JhMpPuYTKdLk1vaLFJvcXn4SVZFiU0Ck+CQEkWITEOSfJMkMHZqJNxMy8WYhJv7UMjG2SZ8KMPEWw5lY572FjIm3WCb2Le6N/zO3l1ujysSfBZh4awhM/BkQ5FuBTMyq7m5NMj/GzwVizDHQeAdqG1D8YR2obQQD9YXpdoE+b3whYBcUJLELPgfu8tuBoCxo7QK1nQDgX0oxBtou2AEczqlAu2AaiV3wFaFI8ZWQSLHTc/ttRYo419RN2ikgUnxtuEih8/6aTKT4mk+kSJdb2y9S7HJ7+U1URYpdAZHimxBEil1AkH+TJDN0aCbeTcjEu4WY+FvLxNgmfSvAxHsMZ2Kd9x4yJt5jmdi3uDf+79xe7o0qE38XYOK9ITDxd0CQ7wUyMau6uzfJ/Bi/F4gxx0DjHah9QPGHdaD2EQzUD+gY0QHq88YPSfgBPZvELvgeuMvvB4LybGsXqP0EAP9RijHQdsEB4HBOB9oFM0jsgp8IRYqfhESKg57bbytSxLmmbtJBAZHiZ8NFCp33z2Qixc98IkVHubX9IsUht5e/RFWkOBQQKX4JQaQ4BAT5L0kyQ4dm4sOETHxYiIl/tUyMbdKvAkx8xHAm1nkfIWPiI5aJfYt74//N7eXRqDLxbwEmPhoCE/8GBPlRIBOzqrtHk8yP8ZhAjDkGGjdrFLd2AbAGYjGegI4RHaA+b+gg0QNaiMQuOAbc5XMBQVnI2gUqFwHATywuM+dwu+Ak4HDOBNoFs0jsgpOL84kUJwOH0xtv7uLZr61IEeeaukm5i+PXPQU4sFJ5n1Ic3iNRkeIUIKBCEik6ya3tFynyuL081dPTSIkUugCOJ1lvIYIBZb13vMDMAwT5qcVlhg7NxHkJmTivEBOfZpkY26TTBJg4n+FMrPPOR8bE+SwT+xb3xn+628v8UWXi0wNMnD8EJj4dCPL8QCZmVXfzFzc/xjOkxB/0LVMBaxeoAgQDdabpdoE+b5wpYBcUJrELzgDu8gWBoCxs7QJVkADgZ7HYBWcDh3M20C6YQ2IXnEMoUpwjJFIUsiIFtkmFBESKcw0XKXTe55KJFOfyiRSd5db2ixSF3V6eF1WRonBApDgvBJGiMBDk5xWXGTo0ExchZOIiQkx8vmVibJPOF2DiCwxnYp33BWRMfIFlYt/i3vgvdHtZNKpMfGGAiYuGwMQXAkFeFMjErOpu0eLmx1iMxS5wrF2gHIKBSjTdLtDnjUQBu6AIiV1QDLjLJwFBWcTaBSqJAODFWeyCEsDhnAu0C+aR2AUlCUWKkkIiRSkrUmCbVEpApChtuEih8y5NJlKU5hMpMuTW9osUZdxelo2qSFEmIFKUDUGkKAMEedniMkOHZuJkQiZOFmLicpaJsU0qJ8DE5Q1nYp13eTImLm+Z2Le4N/4Kbi8rRpWJKwSYuGIITFwBCPKKQCZmVXcrFjc/xkosdkGKtQtUCsFAKdPtAn3eUAJ2wQUkdkEl4C5fGQjKC6xdoCoTALwKi11QFTicC4B2wcK24WwU8davGrB+VYH1qwZcS7J+1f/79ROdv1Rg/TYB6/cJuH7oGxF9LFwqsG7RdrJ5p8R3KZ3zcoG8iwnd2OUC5w/sjypG0OuVwF53zvj96rg0wWxsF06QwXYSQb/fFci7OAm2gf1RxduZPeONhWa8FMGMLxPIuzTJjAP7o5A5637k9uSr96Gjbq+Ouj+rkXmvWtMVlby/u9L9Hf3fs363Vubr2gE5Hy3lvw9c6yLgfXhYZvWKBGz/s66LrVmNbdLFAmZ1HcPNap13HSGzWoKULhJQy+sWD3eDviTz/er9xQZ9iWeDrp/5ukEOv7vc/d367u/qDeDSzNeXCW/myHluCNzM/0ndG2W+3+V/UfdGnrpfkfm68V/U/QpP3Ztkvr4yh99d4f5uE/d39UZ5Vebrpm6PJPaaSwXwkWz4zaqeo6sE8i4XkosWb5zNgDgC9lpJ1Q/d56v//Z6WElgrtJvKq4WegLzG3lRim3SNwE1lc8NvKnXezcmegGwu+AQkWp2Yn7kG0hFtkJiQUF24X3GurYI/8Na3hRv7tf/gCc1jCcfPUPAJzWMJf/+EZk7r/J89oakLsMCT7LWe4QgGhHrvFsBN6Lq/WKtGauf0jNSqVdJSqmakZ65TPaNzlbTKNVVGjSqZy1epqtLTOqd0qpqeWr1q9RoZqaF9BuE6IQZuaRkY26SWAgzcynAG1nm3CknWiTf/a91Y0etWNPQhyGCcyFm6HnhXUBHsW+hNTMdXz10TPfNZd0Xwp70Nlz+y7t7QeSsz5Y/jjtzIG5FrkQ8kkzyEDZxvBZwZVZlEPrqBUD66QejmtbW9ecU2qbXAzWsbw29edd5tiDxJiViDElLWhY7/2jg2ggzf1Tk0uaetW+92/0DuqZ9D7YJyT/2Ev5d7clrnb+UeiWEDrfXnHXnb4tnJ5nKLWi/Bf6HvOIB5qHbAzaw9DAwZGVn1bC944tF1vFbgzr+6WU9lHneXtNQzt8i8Uw1/GnWpi0/0ujUMPakECQa5b3hnPN761SQ56QHnWwFnRtUM6angePvcFsg1HYBKnV5Dgls6FJfZw5C9llAR6yfi865DoCJeKpB3XZKHqGJAPAJ7reoaPjcaLy0E5qY+AV6uFci7AQle0oB4AfZaNSDAS0eBuWlIgJdOAnk3IsFLOhAvwF6rRgR46SUwN40J8HK7QN5NSPDSEYgXYK9VEwK8DBKYm6YEeLlfIO9mJHjpBMQLsNeqGQFeRgnMTXMCvDwukHcLErx0BuIF2GvVggAvkwTmpiUBXp4XyLsVCV4ygHgB9lq1IsDLLIG5aU2Al9cF8m5DgpcuQLwAe63aEODlHYG5aU+Al6UCeXcgwcuNQLwAe606EODlQ4G5SSfAywaBvDuS4OUmIF6AvVYdCfDypcDcZBDgZYdA3l1I8NIViBdgr1UXArz8KDA3XQnwckAg724keOkGxAuw16obAV5OTMLPTXcCvJwkkHcPErzcDMQLsNeqBwFezhKYm54EeDlbIO9eJHi5BYgXYK9VLwK8FBeYm94EeCkhkHcfErx0B+IF2GvVhwAvVQTmpi8BXqoK5N2PBC89gHgB9lr1I8BLA4G56c/w+ReBvAeQ4OVWIF6AvVYDCPDSQmBuBjJ8/kUg70EkeLkNiBdgr9UgArx0FJibwQyffxHIewgJXnoC8QLstRpCgJdeAnMzlOHzLwJ5DyPBSy8gXoC9VsMI8DJIYG6GM3z+RSDvESR4uR2IF2Cv1QgCvIwSmJuRDJ9/Ech7FAle7gDiBdhrNYoAL5ME5mY0w+dfBPIeQ4KX3kC8AHutxhDgZZbA3Ixl+PyLQN7jSPDSB4gXYK/VOAK8vCMwN+MZPv8ikPcEErzcCcQLsNdqAgFePhSYm4kMn38RyHsSCV7uAuIF2Gs1iQAvXwrMzWSGz78I5D2FBC99gXgB9lpNIcDLjwJzM5Xh8y8CeU8jwUs/IF6AvVbTCPByosDfjZ7O8PkXgbxnkODlbiBegL1WMwjwcpbA3Mxk+PyLQN6zSPByDxAvwF6rWQR4KS4wN7MZPv8ikPccErz0B+IF2Gs1hwAvVQTmZi7D518E8p5HgpcBQLwAe62Q9dNf+rcg83+Ou57+Dg/9vQT6b63rvx+t/yau/juf+m8X6r/Hpv/GlP67Ofpvgei/b6A/s60/h6o/W6c/L6Q/A6Gf69bPqurn7/QzRfo5Ce39aj9La/Rad9Raij4f6ntezeN6b9L19l7oubu3uMzcoeO8Dzh3ur8LE7K/x0nX4D7hOg8EfsfTiZ74/irmlPguNRA4G954B3lqbb/NN841dZMGFcevez9wYKXyvr84vEdi3+YrEaseYC9wcoHj1jd51Ypjb56qC/UseKFi9tb3ATf2wZ4c/tc3BCd6/n8neP49wdOrxIS//4bgnNb5T3xDsC6m4ync4OLH77wnmpuHGgzcIIcUx9d3yD+oZ7xxPwjcHFKApwElfIpEfFvlAwKnyAUEeQ8WyHuh4aqBzvtBgbwXhaQapMR3KeBcKmCvlVT90H1+iPD0+JDQ6XGoPT1imzRU4PQ4zPDTo857GNHpcZg9PdKfHh92Y3/Enh7//ZVVqIcDp8dHyE6PjwA3yOECp8fhIZweR9jT478+RT0scJpYSpD3IwJ5v0twehwhkPcyktMjcC4VsNcKWT9N+gsTjr/Q/UHP5iPFzY/xUSGPGw7Ix4CEyDpQjxEM1Eh0jOgAtbY8UoAxVpIwxqPAu+tRQFCuJLjTGCUwN48XxzLlgoTjL2RdJWr7OMHG9oTpG9v7mWvUEhjQVYYD86LMnJsJ5L2a5LHT0cBNGNhrJVW/XOD6LQWuNQbYCwmsSJHYk8XNJ+/RAnmvNXxv1KQ1RiDvdSR741NAPAJ7rda1o7np+9PYRc/mkwQ3fU8Vl5lz/N9mi/9UV9ldS4X1FMRYoacgxtmnILBNGifwFMTThj8FofN+WthRl6xpSpxXGE9AqETsExCp+H75AA1aW2W98Nb3GTf28f/gCYikhONnKPgERFLC3z8BkdM6f/sEBKgIfxYjK7lnimcHmMsthBMIDvWeWcOHZuENBJ/QTRU4Dnxk9nHgzzubZ4CkMx641kYS7wA43wo4MwpYP9+Gj8bJBJJPFD8L/kTxooRsMtE1eLZ4QoJk/M8RPhP+nNBpaKI9DWGbNFHgNDTJ8NOQznsS2WlokuBpSGhmQ3ve+nm3ly+Y/rw1ughZyT0feEb6heIJx11oo+l5IMhfILmTmEzIxJOFmHiKZWJsk6YIMPGLhjOxzvtFMiZ+0TKx9/Ix8UtuL6dGlYlfCjDx1BCY+CUgyKeCn99bdHz6xtukU4ubH+M0Fiv3ZfCT7osS+AbqZYKBesX0B0L1eeMVAbV/M4laPQ24y08HgnIzz8M/YuCZTgDwGVKMgb6dQT7B+ir4CdasC/1k32vAOOsA7aO6JH82ZyahMDNTSJiZZYUZbJNmCQgzrxsuzOi8XycTZl7nE2YkHsj6c21v/G+4vZwdVWHmjYAwMzsEYeYNIMhnC93JoJl4DiETzxFi4jctE2Ob9KYAE79lOBPrvN8iY+K3LBP71vbGP9ft5byoMvHcABPPC4GJ5wJBPs8q2gpYA7EY57NYJG/bgVJvEwzUAtMtEn3eWCBgkWwhsUjmA3f5hUBQbrEWiVpIAPBFUoyBtgsWA4ezPtAuaEBiFywhFCmWCIkU71iRAtukdwREiqWGixQ676VkIsVSPpGisuDaPpHiXbeXy6IqUrwbECmWhSBSvAsE+bLiMkOHZuL3CJn4PSEmXm6ZGNuk5QJMvMJwJtZ5ryBj4hWWib2Xj4lXur18P6pMvDLAxO+HwMQrgSB/H8jErOousAZiMa5isQtWW7tArSYYqDWm2wX6vLFGwC7YSmIXrALu8h8AQbnV2gXqAwKAr2WxC9YBh7Mh0C5oRGIXrCcUKdYLiRQfWpEC26QPBUSKDYaLFDrvDWQixQY+kaKK4No+keIjt5cboypSfBQQKTaGIFJ8BAT5xuIyQ4dm4o8JmfhjISbeZJkY26RNAkz8ieFMrPP+hIyJP7FM7L18TLzZ7eWnUWXizQEm/jQEJt4MBPmnQCZmVXeBNRCLcQuLXfCZtQvUZwQDtdV0u0CfN7YK2AXbSOyCLcBd/nMgKLdZu0B9TgDwbSx2wRfA4WwMtAuakNgF2wlFiu1CIsWXVqTANulLAZFih+Eihc57B5lIsYNPpKgquLZPpPjK7eXOqIoUXwVEip0hiBRfAUG+s7jM0KGZ+GtCJv5aiIl3WSbGNmmXABN/YzgT67y/IWPibywTey8fE+92e/ltVJl4d4CJvw2BiXcDQf4tkIlZ1V1gDcRi3MNiF3xn7QL1HcFA7TXdLtDnjb0CdsF2ErtgD3CX/x4Iyu3WLlDfEwB8H4td8ANwOJsC7YJmJHbBfkKRYr+QSPGjFSmwTfpRQKQ4YLhIofM+QCZSHOATKaoJru0TKX5ye3kwqiLFTwGR4mAIIsVPQJAfLC4zdGgm/pmQiX8WYuJDlomxTTokwMS/GM7EOu9fyJj4F8vE3svHxIfdXv4aVSY+HGDiX0Ng4sNAkP8KZGJWdRdYA7EYj7DYBb9Zu0D9RjBQR023C/R546iAXbCDxC44AtzljwFBucPaBeoYAcATSpDYBSfgAlXNgXZBCxK7IFcJPpEiF3A4vfGeWCL7tRUp4lxTN0kXFL3uScCBlcr7pBLwHomKFCcBARWSSFFdcG2fSHGy28vcnp5GSqTQBXA8yXoLEQwo673jBebJQJDnLiEzdGgmPoWQiU8RYuI8lomxTcojwMSnGs7EOu9TyZj4VMvE3svHxHndXp4WVSbOG2Di00Jg4rxAkJ8GZGJWdRdYA7EY80mJP+hbptOB4g/rQJ1OMFD50TGiA9Tnjfwl8AO6k8QuyAfc5c8AgnKntQvUGQQAL8BiF5wJHM6WQLugFYldUJBQpCgoJFKcZUUKbJPOEhApzjZcpNB5n00mUpzNJ1KkCq7tEynOcXtZKKoixTkBkaJQCCLFOUCQFyohM3RoJj6XkInPFWLiwpaJsU0qLMDE5xnOxDrv88iY+DzLxN7Lx8RF3F6eH1UmLhJg4vNDYOIiQJCfD2RiVnUXWAOxGC9gsQsutHaBupBgoIqabhfo80ZRAbtgF4ldcAFwly8GBOUuaxeoYgQAd1jsgkTgcLYG2gVtSOyCJEKRIklIpChuRQpsk4oLiBQlDBcpdN4lyESKEnwiRQ3BtX0iRUm3l6WiKlKUDIgUpUIQKUoCQV6qhMzQoZm4NCETlxZi4jKWibFNKiPAxGUNZ2Kdd1kyJi5rmdh7+Zg42e1luagycXKAicuFwMTJQJCXAzIxq7oLrIFYjOVZ7IIK1i5QFQgGqqLpdoE+b1QUsAt2k9gF5YG7fCUgKHdbu0BVIgB4CotdoIDD2R5oF3QgsQsqE4oUlYVEiipWpMA2qYqASFHVcJFC512VTKSoyidS1BRc2ydSVHN7WT2qIkW1gEhRPQSRohoQ5NVLyAwdmolTCZk4VYiJa1gmxjaphgAT1zSciXXeNcmYuKZlYu/lY+Jabi9rR5WJawWYuHYITFwLCPLaQCZmVXeBNRCL8SIWu+BiaxeoiwkGqo7pdoE+b9QRsAv2kNgFFwF3+bpAUO6xdoGqSwDwS1jsgnrA4UwH2gUdSeyC+oQiRX0hkaKBFSmwTWogIFJcarhIofO+lEykuJRPpEgTXNsnUlzm9rJhVEWKywIiRcMQRIrLgCBvWEJm6NBM3IiQiRsJMfHllomxTbpcgImvMJyJdd5XkDHxFZaJvZePiRu7vWwSVSZuHGDiJiEwcWMgyJsAmZhV3QXWQCzGK1nsgqusXaCuIhiopqbbBfq80VTALthLYhdcCdzlmwFBudfaBaoZAcCvZrELrgEOZwbQLuhCYhc0JxQpmguJFC2sSIFtUgsBkeJaw0UKnfe1ZCLFtXwiRbrg2j6R4jq3ly2jKlJcFxApWoYgUlwHBHnLEjJDh2biVoRM3EqIia+3TIxt0vUCTHyD4Uys876BjIlvsEzsvXxM3NrtZZuoMnHrABO3CYGJWwNB3gbIxKzqLrAGYjG2ZbEL2lm7QLUjGKj2ptsF+rzRXsAu2EdiF7QF7vIdgKDcZ+0C1YEA4DEWuyANOJxdgXZBNxK7IJ1QpEgXEik6WpEC26SOAiJFJ8NFCp13JzKRohOfSNFRcG2fSNHZ7WVGVEWKzgGRIiMEkaIzEOQZJWSGDs3EXQiZuIsQE99omRjbpBsFmPgmw5lY530TGRPfZJnYe/mYuKvby25RZeKuASbuFgITdwWCvBuQiVnVXWANxGK8mcUuuMXaBeoWgoHqbrpdoM8b3QXsgv0kdsHNwF2+BxCU+61doHoQAPxWFrvgNuBwdgfaBT1I7IKehCJFTyGRopcVKbBN6iUgUtxuuEih876dTKS4nU+k6CS4tk+kuMPtZe+oihR3BESK3iGIFHcAQd67hMzQoZm4DyET9xFi4jstE2ObdKcAE99lOBPrvO8iY+K7LBN7Lx8T93V72S+qTNw3wMT9QmDivkCQ9wMyMau6C6yBWIx3s9gF91i7QN1DMFD9TbcL9Hmjv4BdcIDELrgbuMsPAILygLUL1AACgN/LYhfcBxzOnkC7oBeJXTCQUKQYKCRSDLIiBbZJgwREivsNFyl03veTiRT384kUnQXX9okUD7i9HBxVkeKBgEgxOASR4gEgyAeXkBk6NBMPIWTiIUJM/KBlYmyTHhRg4ocMZ2Kd90NkTPyQZWLv5WPioW4vh0WViYcGmHhYCEw8FAjyYUAmZlV3gTUQi/FhFrvgEWsXqEcIBmq46XaBPm8MF7ALDpLYBQ8Dd/kRQFAetHaBGkEA8EdZ7ILHgMPZG2gX9CGxC0YSihQjhUSKUVakwDZplIBI8bjhIoXO+3EykeJxPpEiQ3Btn0jxhNvL0VEVKZ4IiBSjQxApngCCfHQJmaFDM/EYQiYeI8TET1omxjbpSQEmfspwJtZ5P0XGxE9ZJvZePiYe6/ZyXFSZeGyAiceFwMRjgSAfB2RiVnUXWAOxGJ9msQuesXaBeoZgoMabbhfo88Z4AbvgEIld8DRwl58ABOUhaxeoCQQAf5bFLngOOJx9gXZBPxK7YCKhSDFRSKSYZEUKbJMmCYgUzxsuUui8nycTKZ6nEylUitzafpHiBbeXk6MqUrwQECkmhyBSvAAE+eQSMkOHZuIphEw8RYiJX7RMjG3SiwJM/JLhTKzzfomMiV+yTOxb3Bv/VLeX06LKxFMDTDwtBCaeCgT5NCATs6q700qYH+PLLHbBK9YuUK8QDNR00+0Cfd6YLmAXHCaxC14G7vIzgKA8bO0CNYMA4K+y2AWvAYezP9AuGEBiF8wkFClmCokUs6xIgW3SLAGR4nXDRQqd9+tkIsXrfCKFklvbL1K84fZydlRFijcCIsXsEESKN4Agn11CZujQTDyHkInnCDHxm5aJsU16U4CJ3zKciXXeb5Ex8VuWiX2Le+Of6/ZyXlSZeG6AieeFwMRzgSCfB2RiVnV3XgnzY5zPYhe8be0C9TbBQC0w3S7Q540FAnbBERK7YD5wl18IBOURaxeohQQAX8RiFywGDudAoF0wiMQuWEIoUiwREinesSIFtknvCIgUSw0XKXTeS8lEiqV8IkVlubX9IsW7bi+XRVWkeDcgUiwLQaR4FwjyZSVkhg7NxO8RMvF7Qky83DIxtknLBZh4heFMrPNeQcbEKywT+xb3xr/S7eX7UWXilQEmfj8EJl4JBPn7QCZmVXffL2F+jKtY7ILV1i5QqwkGao3pdoE+b6wRsAuOktgFq4C7/AdAUB61doH6gADga1nsgnXA4RwMtAuGkNgF6wlFivVCIsWHVqTANulDAZFig+Eihc57A5lIsYFPpKgit7ZfpPjI7eXGqIoUHwVEio0hiBQfAUG+sYTM0KGZ+GNCJv5YiIk3WSbGNmmTABN/YjgT67w/IWPiTywT+xb3xr/Z7eWnUWXizQEm/jQEJt4MBPmnQCZmVXc/LWF+jFtY7ILPrF2gPiMYqK2m2wX6vLFVwC5IaM9hF2wB7vKfA0GJrB+rXfA5AcC3sdgFXwCHcyjQLhhGYhdsJxQptguJFF9akQLbpC8FRIodhosUOu8dZCLFDj6Roqrc2n6R4iu3lzujKlJ8FRApdoYgUnwFBPnOEjJDh2birwmZ+GshJt5lmRjbpF0CTPyN4Uys8/6GjIm/sUzsW9wb/263l99GlYl3B5j42xCYeDcQ5N8CmZhV3f22hPkx7mGxC76zdoH6jmCg9ppuF+jzxl4BuyAXiV2wB7jLfw8EZS5rF6jvCQC+j8Uu+AE4nMOBdsEIErtgP6FIsV9IpPjRihTYJv0oIFIcMFyk0HkfIBMpDvCJFNXk1vaLFD+5vTwYVZHip4BIcTAEkeInIMgPlpAZOjQT/0zIxD8LMfEhy8TYJh0SYOJfDGdinfcvZEz8i2Vi3+Le+A+7vfw1qkx8OMDEv4bAxIeBIP8VyMSs6u6vJcyP8QiLXfCbtQvUbwQDddR0u0CfN44K2AUnkdgFR4C7/DEkKK1doI4RADyhJIldcAIuUDUSaBeMIrELcpXkEylyAYfTG++JJbNfW5EizjV1k3RB0eueBBxYqbxPKgnvkahIcRIQUCGJFNXl1vaLFCe7vczt6WmkRApdAMeTrLcQwYCy3jteYJ4MBHnukjJDh2biUwiZ+BQhJs5jmRjbpDwCTHyq4Uys8z6VjIlPtUzsW9wbf163l6dFlYnzBpj4tBCYOC8Q5KcBmZhV3T2tpPkx5pMSf9C3TKcDxR/WgTqdYKDyo2NEB6jPG/lL4gc0N4ldkA+4y58BBGVuaxeoMwgAXoDFLjgTOJyjgXbBGBK7oCChSFFQSKQ4y4oU2CadJSBSnG24SKHzPptMpDibT6RIlVvbL1Kc4/ayUFRFinMCIkWhEESKc4AgL1RSZujQTHwuIROfK8TEhS0TY5tUWICJzzOciXXe55Ex8XmWiX2Le+Mv4vby/KgycZEAE58fAhMXAYL8fCATs6q755c0P8YLWOyCC61doC4kGKiiptsF+rxRVMAuyENiF1wA3OWLAUGZx9oFqhgBwB0WuyAROJxjgXbBOBK7IIlQpEgSEimKW5EC26TiAiJFCcNFCp13CTKRogSfSFFDbm2/SFHS7WWpqIoUJQMiRakQRIqSQJCXKikzdGgmLk3IxKWFmLiMZWJsk8oIMHFZw5lY512WjInLWib2Le6NP9ntZbmoMnFygInLhcDEyUCQlwMyMau6W66k+TGWZ7ELKli7QFUgGKiKptsF+rxRUcAuyEtiF5QH7vKVgKDMa+0CVYkA4CksdoECDud4oF0wgcQuqEwoUlQWEimqWJEC26QqAiJFVcNFCp13VTKRoiqfSFFTbm2/SFHN7WX1qIoU1QIiRfUQRIpqQJBXLykzdGgmTiVk4lQhJq5hmRjbpBoCTFzTcCbWedckY+Kalol9i3vjr+X2snZUmbhWgIlrh8DEtYAgrw1kYlZ1t3ZJ82O8iMUuuNjaBepigoGqY7pdoM8bdQTsgnwkdsFFwF2+LhCU+axdoOoSAPwSFrugHnA4JwLtgkkkdkF9QpGivpBI0cCKFNgmNRAQKS41XKTQeV9KJlJcyidSpMmt7RcpLnN72TCqIsVlAZGiYQgixWVAkDcsKTN0aCZuRMjEjYSY+HLLxNgmXS7AxFcYzsQ67yvImPgKy8S+xb3xN3Z72SSqTNw4wMRNQmDixkCQNwEyMau626Sk+TFeyWIXXGXtAnUVwUA1Nd0u0OeNpgJ2QX4Su+BK4C7fDAjK/NYuUM0IAH41i11wDXA4JwPtgikkdkFzQpGiuZBI0cKKFNgmtRAQKa41XKTQeV9LJlJcyydSpMut7RcprnN72TKqIsV1AZGiZQgixXVAkLcsKTN0aCZuRcjErYSY+HrLxNgmXS/AxDcYzsQ67xvImPgGy8S+xb3xt3Z72SaqTNw6wMRtQmDi1kCQtwEyMau626ak+TG2ZbEL2lm7QLUjGKj2ptsF+rzRXsAuKEBiF7QF7vIdgKAsYO0C1YEA4DEWuyANOJxTgXbBNBK7IJ1QpEgXEik6WpEC26SOAiJFJ8NFCp13JzKRohOfSNFRbm2/SNHZ7WVGVEWKzgGRIiMEkaIzEOQZJWWGDs3EXQiZuIsQE99omRjbpBsFmPgmw5lY530TGRPfZJnYt7g3/q5uL7tFlYm7Bpi4WwhM3BUI8m5AJmZVd7uVND/Gm1nsglusXaBuIRio7qbbBfq80V3ALihIYhfcDNzlewBBWdDaBaoHAcBvZbELbgMO53SgXTCDxC7oSShS9BQSKXpZkQLbpF4CIsXthosUOu/byUSK2/lEik5ya/tFijvcXvaOqkhxR0Ck6B2CSHEHEOS9S8oMHZqJ+xAycR8hJr7TMjG2SXcKMPFdhjOxzvsuMia+yzKxb3Fv/H3dXvaLKhP3DTBxvxCYuC8Q5P2ATMyq7vYraX6Md7PYBfdYu0DdQzBQ/U23C/R5o7+AXXA2iV1wN3CXHwAE5dnWLlADCAB+L4tdcB9wOGcC7YJZJHbBQEKRYqCQSDHIihTYJg0SECnuN1yk0HnfTyZS3M8nUnSWW9svUjzg9nJwVEWKBwIixeAQRIoHgCAfXFJm6NBMPISQiYcIMfGDlomxTXpQgIkfMpyJdd4PkTHxQ5aJfYt74x/q9nJYVJl4aICJh4XAxEOBIB8GZGJWdXdYSfNjfJjFLnjE2gXqEYKBGm66XaDPG8MF7IJCJHbBw8BdfgQQlIWsXaBGEAD8URa74DHgcM4G2gVzSOyCkYQixUghkWKUFSmwTRolIFI8brhIofN+nEykeJxPpMiQW9svUjzh9nJ0VEWKJwIixegQRIongCAfXVJm6NBMPIaQiccIMfGTlomxTXpSgImfMpyJdd5PkTHxU5aJfYt74x/r9nJcVJl4bICJx4XAxGOBIB8HZGJWdXdcSfNjfJrFLnjG2gXqGYKBGm+6XaDPG+MF7ILCJHbB08BdfgIQlIWtXaAmEAD8WRa74DngcM4F2gXz2oWzUcRbv4nA+qUA66eAa0nWb9J/v36i8/c8sH4bgPX7CFw/9I2IPhauEli3SHvZvFPiu5TOea1A3ucL3djlAucP7I86n6DX64G97pzx+9VxVYLZ2C6cIIPtogT9Xi2QdzESbAP7o4q1N3vGGwvNeBLBjK8RyLs4yYwD+6OQOet+5Pbkq/eho26vjro/eyHzXnWyKyp5f3e9+zv6v2f97pTM1y8G5Hy0lP8hcK2XgPfhYZnV6xKw/c+6plqzGtukqQJm9TTDzWqd9zQhs1qClF4SUMtfLhnuBv1K5vtN/4sN+hXPBj0j8/WrOfzuWvd3Z7i/qzeA1zJfzxTezJHzPAu4mf+Tur+e+X5v/EXdX/fUfXbm6zl/UffZnrq/mfn6rRx+d537u2+6v6s3yrmZr+e5PZLYa14TwEcpw29W9RzNFci7dEguWrxxzgfiCNhrJVU/dJ/f/vd7WkpgrdBuKt8WegJygb2pxDZpgcBN5ULDbyp13gvJnoBcKPgEJFqdWJq5BtIRfbV4QsIk4X7FubYK/sBb30Vu7Iv/wROaxxKOn6HgE5rHEv7+Cc2c1vk/e0JTF2CBJ9nFnuEIBoR670XATWjJX6xVI7VzekZq1SppKVUz0jPXqZ7RuUpa5Zoqo0aVzOWrVFXpaZ1TOlVNT61etXqNjNTQPoOwRIiB37EMjG3SOwIMvNRwBtZ5Lw1J1ok3/8VurOh1kw19CDIYJ3KW3gXeFSSDfQu9ien46rlrwjGZ8MddEXqOyhsuf2TdvaHzrmCm/HHckRt5I7IYuFZFkoewgfOtgDOjKpLIR8sI5aNlQjev79mbV2yT3hO4eV1u+M2rzns5kScpEev/+hAtOv7FcWwEGb6rc2hyzwq33iv/gdxTP4faBeWe+gl/L/fktM7fyj0SwwZa68878hUls5PN5Ra1XoL/Qt9xAPNQK4Gb2fswMGRkZNXzfcETj67jYoE7/8pmPZV53F3SKs/cIvOuYvjTqKtcfKLXrWroSSVIMMh9wzvj8davGslJDzjfCjgzSqp+ucA4WQHkmlVApU6vIcEtq0rK7GHIXkuoiDOK4/OuRaAiviaQd22Sh6hWA/EI7LWqbfjcaLwsEpibOgR4WSyQd10SvKwB4gXYa1WXAC9rBeamPgFe1gnk3YAELx8A8QLstWpAgJdtAnPTkAAvXwjk3YgEL2uBeAH2WjUiwMs+gblpTICXHwTybkKCl3VAvAB7rZoQ4CWhBH5umhLg5QSBvJuR4GU9EC/AXqtmBHgpIDA3zQnwcqZA3i1I8PIhEC/AXqsWBHhxBOamJQFeEgXybkWClw1AvAB7rVoR4CVFYG5aE+BFCeTdhgQvHwHxAuy1akOAl0sE5qY9AV7qCeTdgQQvG4F4AfZadSDAy9UCc5NOgJdrBPLuSIKXj4F4AfZadSTAS0xgbjII8JImkHcXErxsAuIF2GvVhQAvtwrMTVcCvNwmkHc3Erx8AsQLsNeqGwFe7hWYm+4EeLlPIO8eJHjZDMQLsNeqBwFeHhWYm54EeHlMIO9eJHj5FIgXYK9VLwK8PCswN70J8PKcQN59SPCyBYgXYK9VHwK8vCowN30ZPv8ikHc/Erx8BsQLsNeqHwFeFgnMTX+Gz78I5D2ABC9bgXgB9loNIMDLWoG5Gcjw+ReBvAeR4OVzIF6AvVaDCPCyTWBuBjN8/kUg7yEkeNkGxAuw12oIAV72CczNUIbPvwjkPYwEL18A8QLstRpGgJcEgb/zMZzh8y8CeY8gwct2IF6AvVYjCPBSQGBuRjJ8/kUg71EkePkSiBdgr9UoArw4AnMzmuHzLwJ5jyHByw4gXoC9VmMI8JIiMDdjGT7/IpD3OBK8fAXEC7DXahwBXi4RmJvxDJ9/Ech7AgledgLxAuy1mkCAl6sF5mYiw+dfBPKeRIKXr4F4AfZaTSLAS0xgbiYzfP5FIO8pJHjZBcQLsNdqCgFebhWYm6kMn38RyHsaCV6+AeIF2Gs1jQAv9wrMzXSGz78I5D2DBC+7gXgB9lrNIMDLowJzM5Ph8y8Cec8iwcu3QLwAe61mEeDlWYG5mc3w+ReBvOeQ4GUPEC/AXitk/U7OXGNl5v8cdz39HR76ewn031rXfz9a/01c/Xc+9d8u1H+PTf+NKf13c/TfAtF/30B/Zlt/DlV/tk5/Xkh/BkI/162fVdXP3+lnivRzEtr71X6W1ui17qi1FH0+1Pe8msf13rSnZILvQs/ddyVl5g4d517g3On+vp+Q/T1OugZ7hev8PfA7nsL6Nt/vhb7Nd5/9Nl9sk/YJfJvvD4Z/m6/O+4eS8B6JfZuvRKzBb/PNBY5b3+RNLIm9eZok1LPghYrZW9/9buw//oNvCE70/P9O8Px7gqdXiQl//w3BOa3zn/iGYF1Mx1O4H0sev/Oa/A3BPwI3yAMl8fU98A/qGW/cPwE3h/LA00AF4VMk4tsq9wucIucS5P2jQN7zDFcNdN4/CeQ9PyTVICW+SwHnUgF7raTqh+7zQcLT40Gh0+PP9vSIbdLPAqfHQ4afHnXeh4hOj4fs6ZH+9PiLG/the3r891dWoX4JnB4Pk50eDwM3yF8FTo+/hnB6PGJPj//6FPWLwGliEUHehwXyXkxwejwikPcSktMjcC4VsNcKWT9N+u8nHH+h+4OezcMlzY/xNyGPGw7Io0BCZB2oowQDdQwdIzpArS0fE2CMZSSM8RtSfiiFi2sZwZ2Gzhc9NyeUwjLlyoTjL2RdJWqLrIFUjLlKGb6xfZi5xhSBjW254cB8KTPn+QJ5ryB57PRE4CYM7LWSql8ucP1WAdc6CdgLCaxIkdjJpcwn7xMF8l5l+N6oSeskgbxXk+yNuYF4BPZarW5Pc9P3p7GLns2TCW76cpeSmXM4IE8pFfdald21VFhPQZwCLK433jylsl/bpyDiXFM3KU8p/LqnlsINv1Tep5aC9+gvH4VKie/y1TQlziuMJyDGF8c+AfE8/gkIH6BBa6usF9765nVn7TTPzP2vJyCSEo6foeATEEkJf/8ERE7r/O0TEKAi/FmMrOTylsoOMJdbCCcQHOo9s4YPzcJrCT6h+7yAVLLO7OPAn3c2eYGkcxpwrfUk3gFwvhVwZhSwfr4NH42TfELHCXScpwOPzZrEtPySRSa6BqeXSkiQjD8/EJthnYbyC52GzrCnIWyTzhA4DRUw/DSk8y5AdhoqIHgaEprZ0J63PtPtZcF/cNpITDi+R6E9b40uQlZyZ5byPyNdsFTCcRfaaDoTCPKCJHcSZxEy8VlCTHy2ZWJsk84WYOJzDGdinfc5ZEx8jmVi7+Vj4kJuL8+NKhMXCjDxuSEwcSEgyM8FP7+36vj0jbdJzy1lfoyFWazc84DiC+tAnUcwUEVMfyBUnzeKCDz8s5FErS4M3OXPB4JyI8/DP2LgOZ8A4BdIMQb6dgb5BOuF4CdYsy70k31FgXHWAtpHtUn+bE4xQmGmmJAw41hhBtskR0CYSTRcmNF5J5IJM4l8wozEA1l/ru2NP8ntZfGoCjNJAWGmeAjCTBIQ5MWF7mTQTFyCkIlLCDFxScvE2CaVFGDiUoYzsc67FBkTl7JM7FvbG39pt5dlosrEpQNMXCYEJi4NBHkZq2grYA3EYizLYpEk24FSyQQDVc50i0SfN8oJWCSbSCySssBdvjwQlJusRaLKEwC8ghRjoO2CisDhrAO0C+qS2AWVCEWKSkIiRYoVKbBNShEQKZThIoXOW5GJFIpPpKgsuLZPpKjs9rJKVEWKygGRokoIIkVlIMirlJIZOjQTVyVk4qpCTFzNMjG2SdUEmLi64Uys865OxsTVLRN7Lx8Tp7q9rBFVJk4NMHGNEJg4FQjyGkAmZlV3gTUQi7Emi11Qy9oFqhbBQNU23S7Q543aAnbBZhK7oCZwl78ICMrN1i5QFxEA/GIWu6AOcDjrA+2CBiR2QV1CkaKukEhxiRUpwE0SECnqGS5S6LzrkYkU9fhEiiqCa/tEivpuLxtEVaSoHxApGoQgUtQHgrxBKZmhQzPxpYRMfKkQE19mmRjbpMsEmLih4Uys825IxsQNLRN7Lx8TN3J7eXlUmbhRgIkvD4GJGwFBfjmQiVnVXWANxGK8gsUuaGztAtWYYKCamG4X6PNGEwG7YAuJXXAFcJe/EgjKLdYuUFcSAPwqFrugKXA4GwLtgkYkdkEzQpGimZBIcbUVKbBNulpApLjGcJFC530NmUhxDZ9IUVVwbZ9I0dztZYuoihTNAyJFixBEiuZAkLcoJTN0aCa+lpCJrxVi4ussE2ObdJ0AE7c0nIl13i3JmLilZWLv5WPiVm4vr48qE7cKMPH1ITBxKyDIrwcyMau6C6yBWIw3sNgFra1doFoTDFQb0+0Cfd5oI2AXbCWxC24A7vJtgaDcau0C1ZYA4O1Y7IL2wOFsDLQLmpDYBR0IRYoOQiJFzIoU2CbFBESKNMNFCp13GplIkcYnUlQTXNsnUqS7vewYVZEiPSBSdAxBpEgHgrxjKZmhQzNxJ0Im7iTExJ0tE2Ob1FmAiTMMZ2KddwYZE2dYJvZePibu4vbyxqgycZcAE98YAhN3AYL8RiATs6q7wBqIxXgTi13Q1doFqivBQHUz3S7Q541uAnbBNhK74CbgLn8zEJTbrF2gbiYA+C0sdkF34HA2BdoFzUjsgh6EIkUPIZHiVitSYJt0q4BIcZvhIoXO+zYykeI2PpGiuuDaPpGip9vLXlEVKXoGRIpeIYgUPYEg71VKZujQTHw7IRPfLsTEd1gmxjbpDgEm7m04E+u8e5MxcW/LxN7Lx8R93F7eGVUm7hNg4jtDYOI+QJDfCWRiVnUXWAOxGO9isQv6WrtA9SUYqH6m2wX6vNFPwC7YTmIX3AXc5e8GgnK7tQvU3QQAv4fFLugPHM7mQLugBYldMIBQpBggJFLca0UKbJPuFRAp7jNcpNB530cmUtzHJ1KkCq7tEykGur0cFFWRYmBApBgUgkgxEAjyQaVkhg7NxPcTMvH9Qkz8gGVibJMeEGDiwYYzsc57MBkTD7ZM7L18TDzE7eWDUWXiIQEmfjAEJh4CBPmDQCZmVXeBNRCL8SEWu2CotQvUUIKBGma6XaDPG8ME7IIdJHbBQ8Bd/mEgKHdYu0A9TADwR1jsguHA4WwJtAtakdgFIwhFihFCIsWjVqTANulRAZHiMcNFCp33Y2QixWN8IkUNwbV9IsVIt5ejoipSjAyIFKNCEClGAkE+qpTM0KGZ+HFCJn5ciImfsEyMbdITAkw82nAm1nmPJmPi0ZaJvZePice4vXwyqkw8JsDET4bAxGOAIH8SyMSs6i6wBmIxPsViF4y1doEaSzBQ40y3C/R5Y5yAXbCTxC54CrjLPw0E5U5rF6inCQD+DItdMB44nK2BdkEbErtgAqFIMUFIpHjWihTYJj0rIFI8Z7hIofN+jkykeI5PpKgpuLZPpJjo9nJSVEWKiQGRYlIIIsVEIMgnlZIZOjQTP0/IxM8LMfELlomxTXpBgIknG87EOu/JZEw82TKx9/Ix8RS3ly9GlYmnBJj4xRCYeAoQ5C8CmZhV3QXWQCzGl1jsgqnWLlBTCQZqmul2gT5vTBOwC3aR2AUvAXf5l4Gg3GXtAvUyAcBfYbELpgOHsz3QLuhAYhfMIBQpZgiJFK9akQLbpFcFRIrXDBcpdN6vkYkUr/GJFGmCa/tEipluL2dFVaSYGRApZoUgUswEgnxWKZmhQzPx64RM/LoQE79hmRjbpDcEmHi24Uys855NxsSzLRN7Lx8Tz3F7+WZUmXhOgInfDIGJ5wBB/iaQiVnVXWANxGJ8i8UumGvtAjWXYKDmmW4X6PPGPAG7YDeJXfAWcJefDwTlbmsXqPkEAH+bxS5YABzOdKBd0JHELlhIKFIsFBIpFlmRAtukRQIixWLDRQqd92IykWIxn0iRLri2T6RY4vbynaiKFEsCIsU7IYgUS4Agf6eUzNCdAM55KSETLxVi4nctE2Ob9K4AEy8znIl13svImHiZZWLv5WPi99xeLo8qE78XYOLlITDxe0CQLwcyMau6C6yBWIwrWOyCldYuUCsJBup90+0Cfd54X8Au2ENiF6wA7vKrgKDcY+0CtYoA4KtZ7II1wOHMANoFXUjsgg8IRYoPhESKtVakwDZprYBIsc5wkULnvY5MpFjHJ1J0FFzbJ1Ksd3v5YVRFivUBkeLDEESK9UCQf1hKZujQTLyBkIk3CDHxR5aJsU36SICJNxrOxDrvjWRMvNEysffyMfHHbi83RZWJPw4w8aYQmPhjIMg3AZmYVd0F1kAsxk9Y7ILN1i5QmwkG6lPT7QJ93vhUwC7YS2IXfALc5bcAQbnX2gVqCwHAP2OxC7YCh7Mr0C7oRmIXfE4oUnwuJFJssyIFtknbBESKLwwXKXTeX5CJFF/wiRSdBNf2iRTb3V5+GVWRYntApPgyBJFiOxDkX5aSGTo0E+8gZOIdQkz8lWVibJO+EmDinYYzsc57JxkT77RM7L18TPy128tdUWXirwNMvCsEJv4aCPJdQCZmVXeBNRCL8RsWu2C3tQvUboKB+tZ0u0CfN74VsAv2kdgF3wB3+T1AUO6zdoHaQwDw71jsgr3A4ewOtAt6kNgF3xOKFN8LiRT7rEiBbdI+AZHiB8NFCp33D2QixQ98IkVnwbV9IsV+t5c/RlWk2B8QKX4MQaTYDwT5j6Vkhg7NxAcImfiAEBP/ZJkY26SfBJj4oOFMrPM+SMbEBy0Tey8fE//s9vJQVJn45wATHwqBiX8GgvwQkIlZ1V1gDcRi/IXFLjhs7QJ1mGCgfjXdLtDnjV8F7IL9JHbBL8Bd/ggQlPutXaCOEAD8Nxa74ChwOHsC7YJeJHbBMUKR4piQSJFQOvulFSniXFM3SRcUve4Jpc0WKXTeJ5SG90hUpPDWNCXOKySRIkNwbZ9Ikcvt5YmenkZKpNAFcDzJegsRDCjrveMFZi4gyE8sLTN0aCY+CZlzQjhMfFJpGSY+2TIxtkknCzBxbsOZWOedm4yJc1sm9l4+Jj7F7WWeqDLxKQEmzhMCE58CBHkeIBOzqrvAGojFeKpAjDkGGu9A5S0NZAvSgcpLMFCnoWNEB6jPG6eVFngEiMQuOBW4y+cDgvKAtQtUPgKAny7FGGi7ID9wOHsD7YI+JHbBGYQixRlCIkUBK1Jgm1RAQKQ403CRQud9JplIcSadSKFS5Nb2ixQF3V6eFVWRomBApDgrBJGiIBDkZ5WWGTo0E59NyMRnCzHxOZaJsU06R4CJCxnOxDrvQmRMXMgysW9xb/znur0sHFUmPjfAxIVDYOJzgSAvDGRiVnW3cGnzYzyPxS4oYu0CVYRgoM433S7Q543zBeyCgyR2wXnAXf4CICgPWrtAXUAA8AtZ7IKiwOHsC7QL+pHYBcUIRYpiQiKFY0UKbJMcAZEi0XCRQuedSCZSJPKJFEpubb9IkeT2snhURYqkgEhRPASRIgkI8uKlZYYOzcQlCJm4hBATl7RMjG1SSQEmLmU4E+u8S5ExcSnLxL7FvfGXdntZJqpMXDrAxGVCYOLSQJCXATIxq7pbprT5MZZlsQuSrV2gkgkGqpzpdoE+b5QTsAsOkdgFZYG7fHkgKA9Zu0CVJwB4BRa7oCJwOPsD7YIBJHZBJUKRopKQSJFiRQpsk1IERApluEih81ZkIoXiEykqy63tFykqu72sElWRonJApKgSgkhRGQjyKqVlhg7NxFUJmbiqEBNXs0yMbVI1ASaubjgT67yrkzFxdcvEvsW98ae6vawRVSZODTBxjRCYOBUI8hpAJmZVd2uUNj/Gmix2QS1rF6haBANV23S7QJ83agvYBYdJ7IKawF3+IiAoD1u7QF1EAPCLWeyCOsDhHAi0CwaR2AV1CUWKukIixSVWpAA3SUCkqGe4SKHzrkcmUtTjEymqyK3tFynqu71sEFWRon5ApGgQgkhRHwjyBqVlhg7NxJcSMvGlQkx8mWVibJMuE2DihoYzsc67IRkTN7RM7FvcG38jt5eXR5WJGwWY+PIQmLgREOSXA5mYVd29vLT5MV7BYhc0tnaBakwwUE1Mtwv0eaOJgF1whMQuuAK4y18JBOURaxeoKwkAfhWLXdAUOJyDgXbBEBK7oBmhSNFMSKS42ooU2CZdLSBSXGO4SKHzvoZMpLiGT6SoKre2X6Ro7vayRVRFiuYBkaJFCCJFcyDIW5SWGTo0E19LyMTXCjHxdZaJsU26ToCJWxrOxDrvlmRM3NIysW9xb/yt3F5eH1UmbhVg4utDYOJWQJBfD2RiVnX3+tLmx3gDi13Q2toFqjXBQLUx3S7Q5402AnbBURK74AbgLt8WCMqj1i5QbQkA3o7FLmgPHM6hQLtgGIld0IFQpOggJFLErEiBbVJMQKRIM1yk0HmnkYkUaXwiRTW5tf0iRbrby45RFSnSAyJFxxBEinQgyDuWlhk6NBN3ImTiTkJM3NkyMbZJnQWYOMNwJtZ5Z5AxcYZlYt/i3vi7uL28MapM3CXAxDeGwMRdgCC/EcjErOrujaXNj/EmFrugq7ULVFeCgepmul2gzxvdBOyChA4cdsFNwF3+ZiAokfVjtQtuJgD4LSx2QXfgcA4H2gUjSOyCHoQiRQ8hkeJWK1Jgm3SrgEhxm+Eihc77NjKR4jY+kaK63Np+kaKn28teURUpegZEil4hiBQ9gSDvVVpm6NBMfDshE98uxMR3WCbGNukOASbubTgT67x7kzFxb8vEvsW98fdxe3lnVJm4T4CJ7wyBifsAQX4nkIlZ1d07S5sf410sdkFfaxeovgQD1c90u0CfN/oJ2AW5SOyCu4C7/N1AUOaydoG6mwDg97DYBf2BwzkSaBeMIrELBhCKFAOERIp7rUiBbdK9AiLFfYaLFDrv+8hEivv4RIpUubX9IsVAt5eDoipSDAyIFINCECkGAkE+qLTM0KGZ+H5CJr5fiIkfsEyMbdIDAkw82HAm1nkPJmPiwZaJfYt74x/i9vLBqDLxkAATPxgCEw8BgvxBIBOzqrsPljY/xodY7IKh1i5QQwkGapjpdoE+bwwTsAtOIrELHgLu8g8jQWntAvUwAcAfYbELhgOHczTQLhhDYheMIBQpRgiJFI9akQLbpEcFRIrHDBcpdN6PkYkUj/GJFDXk1vaLFCPdXo6KqkgxMiBSjApBpBgJBPmo0jJDh2bixwmZ+HEhJn7CMjG2SU8IMPFow5lY5z2ajIlHWyb2Le6Nf4zbyyejysRjAkz8ZAhMPAYI8ieBTMyq7j5Z2vwYn2KxC8Zau0CNJRiocabbBfq8MU7ALshNYhc8BdzlnwaCMre1C9TTBAB/hsUuGA8czrFAu2AciV0wgVCkmCAkUjxrRQpsk54VECmeM1yk0Hk/RyZSPMcnUtSUW9svUkx0ezkpqiLFxIBIMSkEkWIiEOSTSssMHZqJnydk4ueFmPgFy8TYJr0gwMSTDWdinfdkMiaebJnYt7g3/iluL1+MKhNPCTDxiyEw8RQgyF8EMjGruvtiafNjfInFLphq7QI1lWCgppluF+jzxjQBuyAPiV3wEnCXfxkIyjzWLlAvEwD8FRa7YDpwOMcD7YIJJHbBDEKRYoaQSPGqFSmwTXpVQKR4zXCRQuf9GplI8RqfSJEmt7ZfpJjp9nJWVEWKmQGRYlYIIsVMIMhnlZYZOjQTv07IxK8LMfEblomxTXpDgIlnG87EOu/ZZEw82zKxb3Fv/HPcXr4ZVSaeE2DiN0Ng4jlAkL8JZGJWdffN0ubH+BaLXTDX2gVqLsFAzTPdLtDnjXkCdkFeErvgLeAuPx8IyrzWLlDzCQD+NotdsAA4nBOBdsEkErtgIaFIsVBIpFhkRQpskxYJiBSLDRcpdN6LyUSKxXwiRbrc2n6RYonby3eiKlIsCYgU74QgUiwBgvyd0jJDh2bipYRMvFSIid+1TIxt0rsCTLzMcCbWeS8jY+Jllol9i3vjf8/t5fKoMvF7ASZeHgITvwcE+XIgE7Oqu8tLmx/jCha7YKW1C9RKgoF633S7QJ833hewC/KR2AUrgLv8KiAo81m7QK0iAPhqFrtgDXA4JwPtgikkdsEHhCLFB0IixVorUmCbtFZApFhnuEih815HJlKs4xMpOsqt7Rcp1ru9/DCqIsX6gEjxYQgixXogyD8sLTN0aCbeQMjEG4SY+CPLxNgmfSTAxBsNZ2Kd90YyJt5omdi3uDf+j91ebooqE38cYOJNITDxx0CQbwIyMau6u6m0+TF+wmIXbLZ2gdpMMFCfmm4X6PPGpwJ2QX4Su+AT4C6/BQjK/NYuUFsIAP4Zi12wFTicU4F2wTQSu+BzQpHicyGRYpsVKbBN2iYgUnxhuEih8/6CTKT4gk+k6CS3tl+k2O728suoihTbAyLFlyGIFNuBIP+ytMzQoZl4ByET7xBi4q8sE2Ob9JUAE+80nIl13jvJmHinZWLf4t74v3Z7uSuqTPx1gIl3hcDEXwNBvgvIxKzq7q7S5sf4DYtdsNvaBWo3wUB9a7pdoM8b3wrYBQVI7IJvgLv8HiAoC1i7QO0hAPh3LHbBXuBwTgfaBTNI7ILvCUWK74VEin1WpMA2aZ+ASPGD4SKFzvsHMpHiBz6RorPc2n6RYr/byx+jKlLsD4gUP4YgUuwHgvzH0jJDh2biA4RMfECIiX+yTIxt0k8CTHzQcCbWeR8kY+KDlol9i3vj/9nt5aGoMvHPASY+FAIT/wwE+SEgE7Oqu4dKmx/jLyx2wWFrF6jDBAP1q+l2gT5v/CpgFxQksQt+Ae7yR4CgLGjtAnWEAOC/sdgFR4HDORNoF8wisQuOEYoUx4REioQy2S+tSBHnmrpJuqDodU8oY7ZIofM+oQy8R6IihbemKXFeIYkUGXJr+0WKXG4vT/T0NFIihS6A40nWW4hgQFnvHS8wcwFBfmIZmaFDM/FJyJwTwmHik8rIMPHJlomxTTpZgIlzG87EOu/cZEyc2zKxb3Fv/Ke4vcwTVSY+JcDEeUJg4lOAIM8DZGJWdTdPGfNjPFUgxhwDjfubZMsA2YJ0oPISDNRp6BjRAerzxmll8AN6NoldcCpwl88HBOXZ1i5Q+QgAfroUY6DtgvzA4ZwNtAvmtA9no4i3fmcA61ceWL8KwLUk61fgv18/0fk7E1i/tcD6rQPXD30joo+FGwTWLdRBNu+U+C6lc94kkPe5Qjd2ucD5A/ujziXo9WZgrztn/H513JBgNrYLJ8hguwhBvz8SyPt8EmwD+6PO72D2jDcWmvGiBDO+USDvYiQzDuyPQuas+5Hbk6/eh466vTrq/qxg5r3qWa6o5P3dze7v6P+e9btnZ74+JyDno6X8T4FrFQLeh4dlVn+SgO1/1nWuNauxTTpXwKwubLhZrfMuLGRWS5BSIQG1/Lwy4W7QRTLf7/y/2KCLeDboCzJfX5jD725yf/cC93f1BlA083Ux4c0cOc8OcDP/J3VPzHy/pL+oe6Kn7sUzX5f4i7oX99S9ZObrUjn87ifu75Z0f1dvlKUzX5dxeySx1xQVwEeS4Tereo5KC+RdPCQXLd44ywJxBOy1kqofus/J/35PSwmsFdpNZbLQE5Dl7E0ltknlBG4qyxt+U6nzLk/2BGR5wScg0eqEfl4I6YheWCohoYBwv+JcWwV/4K1vBTf2iv/gCc1jCcfPUPAJzWMJf/+EZk7r/J89oakLsMCTbEXPcAQDQr13BeAmVOkv1qqR2jk9I7VqlbSUqhnpmetUz+hcJa1yTZVRo0rm8lWqqvS0zimdqqanVq9avUZGamifQagkxMAploGxTUoRYGBlOAPrvFVIsk68+Vd0Y0WvW8rQhyCDcSJnqTLwrqAU2LfQm5iOr567Jnrms+6K0HNUxnD5I+vuDZ13WTPlj+OO3MgbkYrAtZJJHsIGzrcCzoxKJpGPqhDKR1WEbl6r2ptXbJOqCty8VjP85lXnXY3Ik5SI9X99iBYdf8U4NoIM39U5NLmnulvv1H8g99TPoXZBuad+wt/LPTmt87dyj8Swgdb68468epnsZHO5Ra2X4L/QdxzAPFQqcDOrAQNDRkZWPWsInnh0HSsK3PlXNOupzOPukjZ45haZdyXDn0bd4OITvW6KoSeVIMEg9w3vjMdbP0Vy0gPOtwLOjFIhPRUcb5+rA7mmJlCp02tIcEvNMjJ7GLLXEiriBaXweVcnUBGLCuSdSvIQVS0gHoG9VqmGz43GSwWBualFgJeKAnnXJsFLbSBegL1WtQnwcrHA3NQhwEsdgbzrkuDlIiBegL1WdQnwcpXA3NQnwEtTgbwbkODlYiBegL1WDQjw0k5gbhoS4KW9QN6NSPBSB4gXYK9VIwK83CIwN40J8NJdIO8mJHipC8QLsNeqCQFe7hGYm6YEeOkvkHczErxcAsQLsNeqGQFeHhGYm+YEeBkukHcLErzUA+IF2GvVggAvzwjMTUsCvIwXyLsVCV7qA/EC7LVqRYCXVwTmpjUBXqYL5N2GBC8NgHgB9lq1IcDL2wJz054ALwsE8u5AgpdLgXgB9lp1IMDLaoG5SSfAyxqBvDuS4OUyIF6AvVYdCfDymcDcZBDgZatA3l1I8NIQiBdgr1UXArx8JzA3XQnwslcg724keGkExAuw16obAV5+E5ib7gR4OSqQdw8SvFwOxAuw16oHAV5OL42fm54EeMkvkHcvErxcAcQLsNeqFwFeLhSYm94Mn38RyLsPCV4aA/EC7LXqQ4CXCgJz05fh8y8CefcjwUsTIF6AvVb9CPByscDc9Gf4/ItA3gNI8HIlEC/AXqsBBHi5SmBuBjJ8/kUg70EkeLkKiBdgr9UgAry0E5ibwQyffxHIewgJXpoC8QLstRpCgJdbBOZmKMPnXwTyHkaCl2ZAvAB7rYYR4OUegbkZzvD5F4G8R5Dg5WogXoC9ViMI8PKIwNyMZPj8i0Deo0jwcg0QL8Beq1EEeHlGYG5GM3z+RSDvMSR4aQ7EC7DXagwBXl4RmJuxDJ9/Ech7HAleWgDxAuy1GkeAl7cF5mY8w+dfBPKeQIKXa4F4AfZaTSDAy2qBuZnI8PkXgbwnkeDlOiBegL1Wkwjw8pnA3Exm+PyLQN5TSPDSEogXYK/VFAK8fCcwN1MZPv8ikPc0Ery0AuIF2Gs1jQAvvwnMzXSGz78I5D2DBC/XA/EC7LWaQYCX0wW+x2Mmw+dfBPKeRYKXG4B4AfZaIeunv/RvY+b/HHc9/R0e+nsJ9N9a138/Wv9N3N//zqf+DrbM/+m/MaX/bo7+WyD67xvoz2zrz6Hqz9bpzwvpz0Do57r1s6r6+Tv9TJF+TkJ7v9rP0hq91h21lqLPh/qeV/O43ptuKJPgu+B/j6mMzNzB/34ScO50fz9OyP4eJ12DNsJ1bgv8jqewvs23rdC3+baz3+aLbVI7gW/zbW/4t/nqvNsTfZuvRKzBb/PNBY5b3+SdUQZ781RAqGfBCxWzt74d3Nhj/+AbghM9/78TPP+e4OlVYsLff0NwTuv8J74hWBfT8RQuVub4ndfkbwiOATfItDL4+qb9g3rG/dfWgJtDGeBpoKzwKRLxbZUdBE6RswnyjgnkPcdw1UDnnS6Q95shqQYp8V0KOJcK2GslVT/4X3ckPD12FDo9drKnR2yTOgmcHjsbfnrUeXcmOj12tqdH+tNjhht7F3t6/PdXVqEyAqfHLmSnxy7ADfJGgdPjjSGcHm+yp8d/fYrKEDhNzCfIu4tA3m8TnB5vEsh7AcnpETiXCthrhayfJv2PE46/0P1Bz2aXMubH2FXI44YDshuQEFkHqhvBQN2MjhEdoNaWbxZgjCUkjNEVeHd9CxCUSwjuNG4RmJvuZbBMuTHh+AtZV4nadifY2HqYvrF9mrnG2QIDutRwYBbKzLmsQN7vkjx2eitwEwb2WknVLxe4fhuAa90G7IUEVqRIrGcZ88n7VoG8lxu+N2rSuk0g7xUke2MvIB6BvVYrOtDc9P1p7KJnsyfBTV+vMjJzDgfk7fGf6iq7a6mwnoK4XegpiDvsUxDYJt0h8BREb8OfgtB59xZ21CVrmhLnFcYTEKeVwj4BcSa+Xz5Ag9ZWWS+89e3jxn7nP3gCIinh+BkKPgGRlPD3T0DktM7fPgEBKsKfxchKrk+Z7ABzuYVwAsGh3jNr+NAsvIrgE7pnChwHVpt9HPjzzqYPkHTuBK61hsQ7AM63As6MAtbPt+GjcXIXySeK+4I/UbwpIZtMdA36Cn+iuB/hM+H9hE5Dd9vTELZJdwuchu4x/DSk876H7DR0j+BpSGhmQ3veur/bywGmP2+NLkJWcv0Dz0gPKJNw3IU2mvoDQT6A5E7iXkImvleIie+zTIxt0n0CTDzQcCbWeQ8kY+KBlom9l4+JB7m9vD+qTDwowMT3h8DEg4Agvx/8/N6m49M33ia9v4z5MT7AYuUOBj/pzjhQgwkGaojpD4Tq88YQAbV/PYla/QBwl38QCMr1PA//iIHnQQKAPyTFGOjbGeQTrEPBT7BmXegn+4YB46wOtI9SSf5szsOEwszDQsLMI1aYwTbpEQFhZrjhwozOeziZMDOcT5iReCDrz7W98Y9we/loVIWZEQFh5tEQhJkRQJA/KnQng2bixwiZ+DEhJh5pmRjbpJECTDzKcCbWeY8iY+JRlol9a3vjf9zt5RNRZeLHA0z8RAhM/DgQ5E9YRVsBayAW42gWi2SMHSg1hmCgnjTdItHnjScFLJINJBbJaOAu/xQQlBusRaKeIgD4WCnGQNsF44DDWQtoF9QmsQueJhQpnhYSKZ6xIgW2Sc8IiBTjDRcpdN7jyUSK8XwiRWXBtX0ixQS3l89GVaSYEBApng1BpJgABPmzZWSGDs3EzxEy8XNCTDzRMjG2SRMFmHiS4Uys855ExsSTLBN7Lx8TP+/28oWoMvHzASZ+IQQmfh4I8heATMyq7gJrIBbjZBa7YIq1C9QUgoF60XS7QJ83XhSwCzaS2AWTgbv8S0BQbrR2gXqJAOBTWeyCacDhrAO0C+qS2AUvE4oULwuJFK9YkQLbpFcERIrphosUOu/pZCLFdD6Roorg2j6RYobby1ejKlLMCIgUr4YgUswAgvzVMjJDh2bi1wiZ+DUhJp5pmRjbpJkCTDzLcCbWec8iY+JZlom9l4+JX3d7+UZUmfj1ABO/EQITvw4E+RtAJmZVd4E1EItxNotdMMfaBWoOwUC9abpdoM8bbwrYBZtI7ILZwF3+LSAoN1m7QL1FAPC5LHbBPOBw1gfaBQ1I7IL5hCLFfCGR4m0rUmCb9LaASLHAcJFC572ATKRYwCdSVBVc2ydSLHR7uSiqIsXCgEixKASRYiEQ5IvKyAwdmokXEzLxYiEmXmKZGNukJQJM/I7hTKzzfoeMid+xTOy9fEy81O3lu1Fl4qUBJn43BCZeCgT5u0AmZlV3gTUQi3EZi13wnrUL1HsEA7XcdLtAnzeWC9gFm0nsgmXAXX4FEJSbrV2gVhAAfCWLXfA+cDgbAu2CRiR2wSpCkWKVkEix2ooU2CatFhAp1hguUui815CJFGv4RIpqgmv7RIoP3F6ujapI8UFApFgbgkjxARDka8vIDB2aidcRMvE6ISZeb5kY26T1Akz8oeFMrPP+kIyJP7RM7L18TLzB7eVHUWXiDQEm/igEJt4ABPlHQCZmVXeBNRCLcSOLXfCxtQvUxwQDtcl0u0CfNzYJ2AVbSOyCjcBd/hMgKLdYu0B9QgDwzSx2wafA4WwMtAuakNgFWwhFii1CIsVnVqTANukzAZFiq+Eihc57K5lIsZVPpKguuLZPpPjc7eW2qIoUnwdEim0hiBSfA0G+rYzM0KGZ+AtCJv5CiIm3WybGNmm7ABN/aTgT67y/JGPiLy0Tey8fE+9we/lVVJl4R4CJvwqBiXcAQf4VkIlZ1V1gDcRi3MliF3xt7QL1NcFA7TLdLtDnjV0CdsFWErtgJ3CX/wYIyq3WLlDfEAB8N4td8C1wOJsC7YJmJHbBHkKRYo+QSPGdFSmwTfpOQKTYa7hIofPeSyZS7OUTKVIF1/aJFN+7vdwXVZHi+4BIsS8EkeJ7IMj3lZEZOjQT/0DIxD8IMfF+y8TYJu0XYOIfDWdinfePZEz8o2Vi7+Vj4gNuL3+KKhMfCDDxTyEw8QEgyH8CMjGrugusgViMB1nsgp+tXaB+JhioQ6bbBfq8cUjALthGYhccBO7yvwBBuc3aBeoXAoAfZrELfgUOZ3OgXdCCxC44QihSHBESKX6zIgW2Sb8JiBRHDRcpdN5HyUSKo3wiRQ3BtX0ixbGsXpbN/lmkRIpjAZHCW4hgQFnvHS8wjyFBXlZm6NBMfEJZPiY+oawME+fyzJhl4jjX1E3SBUWveyJwYKXyPrEsvEeiTHxiWcvEnsvHxCe5vTw5qkysC+B4kj05BCY+CQjyk4FMzKruAmsgFmNugRhzDDTegToFFyitXXAKwUDlQceIDlCfN/KUxQ/odhK7IDdwlz8VCMrt1i5QpxIAPK8UY6DtgtOAw9kSaBe0IrEL8hGKFPmERIrTrUiBbdLpAiJFfsNFCp13fjKRIj+fSFFTcG2fSHGG28sCURUpzgiIFAVCECnOAIK8QFmZoUMz8ZmETHymEBMXtEyMbVJBASY+y3Am1nmfRcbEZ1km9l4+Jj7b7eU5UWXiswNMfE4ITHw2EOTnAJmYVd0F1kAsxkIsdsG51i5Q5xIMVGHT7QJ93igsYBfsILELCgF3+fOAoNxh7QJ1HgHAi7DYBecDh7M10C5oQ2IXXEAoUlwgJFJcaEUKbJMuFBApihouUui8i5KJFEX5RIo0wbV9IkUxt5dOVEWKYgGRwglBpCgGBLlTVmbo0EycSMjEiUJMnGSZGNukJAEmLm44E+u8i5MxcXHLxN7Lx8Ql3F6WjCoTlwgwcckQmLgEEOQlgUzMqu4CayAWYykWu6C0tQtUaYKBKmO6XaDPG2UE7IKdJHZBKeAuXxYIyp3WLlBlCQCezGIXlAMOZ3ugXdCBxC4oTyhSlBcSKSpYkQLbpAoCIkVFw0UKnXdFMpGiIp9IkS64tk+kqOT2MiWqIkWlgEiREoJIUQkI8pSyMkOHZmJFyMRKiIkrWybGNqmyABNXMZyJdd5VyJi4imVi7+Vj4qpuL6tFlYmrBpi4WghMXBUI8mpAJmZVd4E1EIuxOotdkGrtApVKMFA1TLcL9HmjhoBdsIvELqgO3OVrAkG5y9oFqiYBwGux2AW1gcOZDrQLOpLYBRcRihQXCYkUF1uRAtukiwVEijqGixQ67zpkIkUdPpGio+DaPpGirtvLS6IqUtQNiBSXhCBS1AWC/JKyMkOHZuJ6hExcT4iJ61smxjapvgATNzCciXXeDciYuIFlYu/lY+JL3V5eFlUmvjTAxJeFwMSXAkF+GZCJWdVdYA3EYmzIYhc0snaBakQwUJebbhfo88blAnbBbhK7oCFwl78CCMrd1i5QVxAAvDGLXdAEOJwZQLugC4ldcCWhSHGlkEhxlRUpsE26SkCkaGq4SKHzbkomUjTlEyk6Ca7tEymaub28OqoiRbOASHF1CCJFMyDIry4rM3RoJr6GkImvEWLi5paJsU1qLsDELQxnYp13CzImbmGZ2Hv5mPhat5fXRZWJrw0w8XUhMPG1QJBfB2RiVnUXWAOxGFuy2AWtrF2gWhEM1PWm2wX6vHG9gF2wh8QuaAnc5W8AgnKPtQvUDQQAb81iF7QBDmdXoF3QjcQuaEsoUrQVEinaWZEC26R2AiJFe8NFCp13ezKRoj2fSNFZcG2fSNHB7WUsqiJFh4BIEQtBpOgABHmsrMzQoZk4jZCJ04SYON0yMbZJ6QJM3NFwJtZ5dyRj4o6Wib2Xj4k7ub3sHFUm7hRg4s4hMHEnIMg7A5mYVd0F1kAsxgwWu6CLtQtUF4KButF0u0CfN24UsAv2ktgFGcBd/iYgKPdau0DdRADwrix2QTfgcHYH2gU9SOyCmwlFipuFRIpbrEiBbdItAiJFd8NFCp13dzKRojufSJEhuLZPpOjh9vLWqIoUPQIixa0hiBQ9gCC/tazM0KGZ+DZCJr5NiIl7WibGNqmnABP3MpyJdd69yJi4l2Vi7+Vj4tvdXt4RVSa+PcDEd4TAxLcDQX4HkIlZ1V1gDcRi7M1iF/SxdoHqQzBQd5puF+jzxp0CdsE+ErugN3CXvwsIyn3WLlB3EQC8L4td0A84nD2BdkEvErvgbkKR4m4hkeIeK1Jgm3SPgEjR33CRQufdn0yk6E8nUqgUubX9IsUAt5f3RlWkGBAQKe4NQaQYAAT5vWVlhg7NxPcRMvF9Qkw80DIxtkkDBZh4kOFMrPMeRMbEgywT+xb3xn+/28sHosrE9weY+IEQmPh+IMgfADIxq7r7QFnzYxzMYhcMsXaBGkIwUA+abhfo88aDAnbBfhK7YDBwl38ICMr91i5QDxEAfCiLXTAMOJy9gXZBHxK74GFCkeJhIZHiEStSYJv0iIBIMdxwkULnPZxMpBjOJ1IoubX9IsUIt5ePRlWkGBEQKR4NQaQYAQT5o2Vlhg7NxI8RMvFjQkw80jIxtkkjBZh4lOFMrPMeRcbEoywT+xb3xv+428snosrEjweY+IkQmPhxIMifADIxq7r7RFnzYxzNYheMsXaBGkMwUE+abhfo88aTAnbBARK7YDRwl38KCMoD1i5QTxEAfCyLXTAOOJx9gXZBPxK74GlCkeJpIZHiGStSYJv0jIBIMd5wkULnPZ5MpBjPJ1JUllvbL1JMcHv5bFRFigkBkeLZEESKCUCQP1tWZujQTPwcIRM/J8TEEy0TY5s0UYCJJxnOxDrvSWRMPMkysW9xb/zPu718IapM/HyAiV8IgYmfB4L8BSATs6q7L5Q1P8bJLHbBFGsXqCkEA/Wi6XaBPm+8KGAXHCSxCyYDd/mXgKA8aO0C9RIBwKey2AXTgMPZH2gXDCCxC14mFCleFhIpXrEiBbZJrwiIFNMNFyl03tPJRIrpfCJFFbm1/SLFDLeXr0ZVpJgRECleDUGkmAEE+atlZYYOzcSvETLxa0JMPNMyMbZJMwWYeJbhTKzznkXGxLMsE/sW98b/utvLN6LKxK8HmPiNEJj4dSDI3wAyMau6+0ZZ82OczWIXzLF2gZpDMFBvmm4X6PPGmwJ2wSESu2A2cJd/CwjKQ9YuUG8RAHwui10wDzicA4F2wSASu2A+oUgxX0ikeNuKFNgmvS0gUiwwXKTQeS8gEykW8IkUVeXW9osUC91eLoqqSLEwIFIsCkGkWAgE+aKyMkOHZuLFhEy8WIiJl1gmxjZpiQATv2M4E+u83yFj4ncsE/sW98a/1O3lu1Fl4qUBJn43BCZeCgT5u0AmZlV33y1rfozLWOyC96xdoN4jGKjlptsF+ryxXMAuOExiFywD7vIrgKA8bO0CtYIA4CtZ7IL3gcM5GGgXDCGxC1YRihSrhESK1VakwDZptYBIscZwkULnvYZMpFjDJ1JUk1vbL1J84PZybVRFig8CIsXaEESKD4AgX1tWZujQTLyOkInXCTHxesvE2CatF2DiDw1nYp33h2RM/KFlYt/i3vg3uL38KKpMvCHAxB+FwMQbgCD/CMjErOruR2XNj3Eji13wsbUL1McEA7XJdLtAnzc2CdgFR0jsgo3AXf4TICiPWLtAfUIA8M0sdsGnwOEcCrQLhpHYBVsIRYotQiLFZ1akwDbpMwGRYqvhIoXOeyuZSLGVT6SoLre2X6T43O3ltqiKFJ8HRIptIYgUnwNBvq2szNChmfgLQib+QoiJt1smxjZpuwATf2k4E+u8vyRj4i8tE/sW98a/w+3lV1Fl4h0BJv4qBCbeAQT5V0AmZlV3vyprfow7WeyCr61doL4mGKhdptsF+ryxS8AuOEpiF+wE7vLfAEF51NoF6hsCgO9msQu+BQ7ncKBdMILELthDKFLsERIpvrMiBbZJ3wmIFHsNFyl03nvJRIq9fCJFqtzafpHie7eX+6IqUnwfECn2hSBSfA8E+b6yMkOHZuIfCJn4ByEm3m+ZGNuk/QJM/KPhTKzz/pGMiX+0TOxb3Bv/AbeXP0WViQ8EmPinEJj4ABDkPwGZmFXd/ams+TEeZLELfrZ2gfqZYKAOmW4X6PPGIQG7ICHGYRccBO7yvwBBiawfq13wCwHAD7PYBb8Ch3Mk0C4YRWIXHCEUKY4IiRS/WZEC26TfBESKo4aLFDrvo2QixVE+kaKG3Np+keJYVi+Ts38WKZHiWECk8BYiGFDWe8cLzGNIkCfLDB2aiU9I5mPiE5ITRJg4l2fGLBPHuaZuki4oet0TgQMrlfeJyfAeiTLxicmWib2Le+M/ye3lyVFlYl0Ax5PsySEw8UlAkJ8MZGJWdffkZPNjzC0QY46BxjtQp+ACpbULTiEYqDzoGNEB6vNGnmT8gOaKcdgFuYG7/KlAUCLrx2oXnEoA8LxSjIG2C04DDudooF0whsQuyEcoUuQTEilOtyIFtkmnC4gU+Q0XKXTe+clEivx8IkVNubX9IsUZbi8LRFWkOCMgUhQIQaQ4AwjyAskyQ4dm4jMJmfhMISYuaJkY26SCAkx8luFMrPM+i4yJz7JM7FvcG//Zbi/PiSoTnx1g4nNCYOKzgSA/B8jErOruOcnmx1iIxS4419oF6lyCgSpsul2gzxuFBeyCk2IcdkEh4C5/HhKUwPqx2gXnEQC8CItdcD5wOMcC7YJxJHbBBYQixQVCIsWFVqTANulCAZGiqOEihc67KJlIUZRPpEiTW9svUhRze+lEVaQoFhApnBBEimJAkDvJMkOHZuJEQiZOFGLiJMvE2CYlCTBxccOZWOddnIyJi1sm9i3ujb+E28uSUWXiEgEmLhkCE5cAgrwkkIlZ1d2SyebHWIrFLiht7QJVmmCgyphuF+jzRhkBuyB3jMMuKAXc5csCQYmsH6tdUJYA4MksdkE54HCOB9oFE0jsgvKEIkV5IZGighUpsE2qICBSVDRcpNB5VyQTKSryiRTpcmv7RYpKbi9ToipSVAqIFCkhiBSVgCBPSZYZOjQTK0ImVkJMXNkyMbZJlQWYuIrhTKzzrkLGxFUsE/sW98Zf1e1ltagycdUAE1cLgYmrAkFeDcjErOputWTzY6zOYhekWrtApRIMVA3T7QJ93qghYBfkiXHYBdWBu3xNICiR9WO1C2oSALwWi11QGzicE4F2wSQSu+AiQpHiIiGR4mIrUmCbdLGASFHHcJFC512HTKSowydSdJRb2y9S1HV7eUlURYq6AZHikhBEirpAkF+SLDN0aCauR8jE9YSYuL5lYmyT6gswcQPDmVjn3YCMiRtYJvYt7o3/UreXl0WViS8NMPFlITDxpUCQXwZkYlZ197Jk82NsyGIXNLJ2gWpEMFCXm24X6PPG5QJ2Qd4Yh13QELjLXwEEJbJ+rHbBFQQAb8xiFzQBDudkoF0whcQuuJJQpLhSSKS4yooU2CZdJSBSNDVcpNB5NyUTKZryiRSd5Nb2ixTN3F5eHVWRollApLg6BJGiGRDkVyfLDB2aia8hZOJrhJi4uWVibJOaCzBxC8OZWOfdgoyJW1gm9i3ujf9at5fXRZWJrw0w8XUhMPG1QJBfB2RiVnX3umTzY2zJYhe0snaBakUwUNebbhfo88b1AnZBvhiHXdASuMvfAAQlsn6sdsENBABvzWIXtAEO51SgXTCNxC5oSyhStBUSKdpZkQLbpHYCIkV7w0UKnXd7MpGiPZ9I0Vlubb9I0cHtZSyqIkWHgEgRC0Gk6AAEeSxZZujQTJxGyMRpQkycbpkY26R0ASbuaDgT67w7kjFxR8vEvsW98Xdye9k5qkzcKcDEnUNg4k5AkHcGMjGruts52fwYM1jsgi7WLlBdCAbqRtPtAn3euFHALsgf47ALMoC7/E1AUCLrx2oX3EQA8K4sdkE34HBOB9oFM0jsgpsJRYqbhUSKW6xIgW3SLQIiRXfDRQqdd3cykaI7n0iRIbe2X6To4fby1qiKFD0CIsWtIYgUPYAgvzVZZujQTHwbIRPfJsTEPS0TY5vUU4CJexnOxDrvXmRM3MsysW9xb/y3u728I6pMfHuAie8IgYlvB4L8DiATs6q7dySbH2NvFrugj7ULVB+CgbrTdLtAnzfuFLALCsQ47ILewF3+LiAokfVjtQvuIgB4Xxa7oB9wOGcC7YJZHcLZKOKt393A+pUB1q8scC3J+t3z36+f6Pz1B9ZvFbB+q8H1Q9+I6GPhFoF1C8Zk806J71I6520CeZ8Vk8FLLnD+wP4odM4Svd4O7HXnjN+vjlsSzMZ24QQZbBeKmd/vzwTyPjfGgW1gfxQ6Z3RPGgvNeJGY+TO+VSDv82McMw7sj0LmrPuR25Ov3oeOur066v5sQOa96r2uqOT93e3u7+j/nvW792W+HhiQ89FS/pfAtQYB78PDMqu/SMD2P+u635rV2CbdL2BWP2C4Wa3zfkDIrJYgpUECavng5HA36CGZ7/fgX2zQQzwb9EOZr4fm8Lvb3N99yP1dvQEMy3z9sPBmjpznR4Cb+T+p+/DM9xvxF3Uf7qn7o5mvH/uLuj/qqfvIzNejcvjdL9zfHen+rt4oH898/YTbI4m9ZpgAPorGzN4X9Bw9LpB3MXDeWRdanBwNxBGw10qqfug+j/n3e1pKYK3QbirHCD0B+aS9qcQ26UmBm8qnDL+p1Hk/RfYE5FOCT0Ci1YkNmWsgHdGhZRIS7hHuV5xrq+APvPUd68Y+7h88oXks4fgZCj6heSzh75/QzGmd/7MnNHUBFniSHecZjmBAqPceC9yEnv6LtWqkdk7PSK1aJS2lakZ65jrVMzpXSatcU2XUqJK5fJWqKj2tc0qnqump1atWr5GRGtpnEJ4WYuBnLANjm/SMAAOPN5yBdd7jQ5J14s1/nBsret2kWDjHt5T/zysYJ3KWJgDvCpD1yyImHV89d030zGfdFaHnqERMFj8p8V1/3r2h8y4ZCwc/8R65kTci44BrlYqZuf8ELgWcbwWcGSVVPzROniWUj54Vunl9zt68Ypv0nMDN60TDb1513hOJPEmJWP/Xh2jR8Y+LYyPI8F2dQ5N7Jrn1fv4fyD31c6hdUO6pn/D3ck9O6/yt3CMxbKC1/rwjn5ScnWwut6j1EvwX+o4DmId6HriZvQADQ0ZGVj1fEDzx6DqOE7jzT44ZpRgcd5e0xTO3yLzLmZX3cfFtcfGJXrc8OO+sK959I0gwyH3DO+Px1q+CofULXAo43wo4M0qqfrnAOJkE5JrJQKVOryHBLZOTZfYwZK8lVMSHyuDzrhwzX0UcJpB3lVg4e2O8cU4B4hHYa4WunwRexgrMTXXD89Z4GSeQd2qMAy8vAvEC7LVC108CL1MF5qaW4XlrvEwTyLt2jAMvLwHxAuy1QtdPAi9zBeamjuF5a7zME8i7bowDL1OBeAH2WqHrJ4GXlQJzU9/wvDVe3hfIu0GMAy/TgHgB9lqh6yeBl80Cc9PQ8Lw1Xj4VyLtRjAMvLwPxAuy1QtdPAi+7BeamseF5a7x8K5B3kxgHXl4B4gXYa4WunwReDgvMTVPD89Z4+VUg72YxDrxMB+IF2GuFrp8EXvKWxc9Nc8Pz1ng5TSDvFjEOvMwA4gXYa4WunwReigjMTUvD89Z4OV8g71YxDry8CsQLsNcKXT8JvCQLzE1rw/PWeCknkHebGAdeXgPiBdhrha6fBF5qCcxNe8Pz1nipLZB3hxgHXmYC8QLstULXTwIvjQXmJt3wvDVemgjk3THGgZdZQLwAe63Q9ZPAS2uBuckwPG+NlzYCeXeJceDldSBegL1W6PpJ4KWrwNx0NTxvjZduAnl3i3Hg5Q0gXoC9Vuj6SeClr8DcdDc8b42XfgJ594hx4GU2EC/AXit0/STwMlRgbnoanvfvn38RyLtXjAMvc4B4AfZaoesn8vkXgbnpbXjev3/+RSDvPjEOvLwJxAuw1wpdP5HPvwjMTV/D8/798y8CefeLceDlLSBegL1W6PqJfP5FYG76G573759/Ech7QIwDL3OBeAH2WqHrJ/L5F4G5GWh43r9//kUg70ExDrzMA+IF2GuFrp/I518E5maw4Xn//vkXgbyHxDjwMh+IF2CvFbp+Ip9/EZiboYbn/fvnXwTyHhbjwMvbyO9bweWs0PUT+fyLwNwMNzzv3z//IpD3iBgHXhYA8QLstULXT+TzLwJ/d22k4Xn//vkXgbxHxTjwshCIF2CvFbp+Ip9/EZib0Ybn/fvnXwTyHhPjwMsiIF6AvVbo+ol8/kVgbsYanvfvn38RyHtcjAMvi4F4AfZaoesn8vkXgbkZb3jev3/+RSDvCTEOvCwB4gXYa4Wun8jnXwTmZqLhef/++ReBvCfFOPDyDhAvwF4rdP1EPv8iMDeTDc/798+/COQ9JcaBl6VAvAB7rdD1E/n8i8DcTDU8798//yKQ97QYB17eBeIF2GuFrp/I518E5ma64Xn//vkXgbxnxDjwsgyIF2CvFbJ++kv/tmf+z3HX09/hob+XQP+tdf33o/XfxNV/51P/7UL999j035jSfzdH/y0Q/fcN9Ge29edQ9Wfr9OeF9Gcg9HPd+llV/fydfqZIPyehvV/tZ2mNXuuOWkvR50N9z6t5XO9Ny5ITfBd67t5Llpk7dJzLgXOn+/tlQvb3OOkaLBeu8wrgdzyF9W2+K4S+zXel/TZfbJNWCnyb7/uGf5uvzvv9ZHiPxL7NVyLW4Lf55gLHrW/y7k7G3jzdI9Sz4IWK2VvfVW7sq//BNwQnev5/J3j+PcHTq8SEv/+G4JzW+U98Q7AupuMp3Ork43dek78heDVwg1yTjK/vmn9Qz3jj/gC4OZSI4dYqGZMlBMS3Va4SOEXOJMh7tUDes4TzTonv+n3f+UAg79fBeWdd6H0XOJcK2GslVT90n9cSnh7XCp0e19nTI7ZJ6wROj+sNPz3qvNcTnR7X29Mj/enxQzf2Dfb0+O+vrEJ9GDg9biA7PW4AbpAfCZwePwrh9LjRnh7/9SnqQ4HTxJsEeW8QyPst4bxT4rt+33c2CuQ9F5x31oXed4FzqYC9Vsj6adL/MuH4C90f+HMgyebH+LGQxw0H5CYgIbIO1CaCgfoEHSM6QK0tfyLAGAtiHIzxMfDuejMQlOj6SdxpbBaYm0+TsUy5PeH4C1lXidp+SrCxbTF9Y9OMdp/AgC6KmQ3MQZk5jxbIe3EsnA093jg/A27CwF4rqfrlAtdvC3CtrcBeSGBFisQ+TzafvD8TyHtpzPC8M3PeKpD3uzGOvXEbEI/AXitk/YRv+v40dtGz+TnBTd+2ZJk5hwPyi/hPdZXdtVRYT0F8IfQUxHb7FAS2SdsFnoL40vCnIHTeXwo76pI1TYnzCuMJiDvLYJ+A6I/vlw/QoLVV1gtvfXe4sX/1D56ASEo4foaCT0AkJfz9ExA5rfO3T0CAivBnMbKS25GcHWAutxBOIDjUe2YNH/yTeDGzjwNZIIF/gi8ms0GCjgN/3tnsAJLOV8C1VoZUv5T4LgWcbwWcGQWsn2/DR+NkJ8knir8Gf6J4R0I2megafC38ieJdhM+E7xI6DX1jT0PYJn0jcBrabfhpSOe9m+w0tFvwNCQ0s6E9b/2t28s9pj9vjS5CVnLfBp6R3pOccNyFNpq+BYJ8D8mdxHeETPydEBPvtUyMbdJeASb+3nAm1nl/T8bE31sm9l4+Jt7n9vKHqDLxvgAT/xACE+8DgvwH8PN7O45P33ib9Idk82Pcz2Ll/gh+0p1xoH4kGKgDpj8Qqs8bBwTU/jUxDrV6P3CX/wkISmT9WJ/4/okA4AelGAN9O4N8gvVn8BOsWRf6yb5DwDgrx3BrVYnJDA16E/+FUJj5RUiYOWyFGWyTDgsIM78aLszovH8lE2Z+5RNmJB7I+nNtb/xH3F7+FlVh5khAmPktBGHmCBDkvwndyaCZ+CghEx8VYuJjlomxTTomwMQJ5cxmYp23jhHcI1Em9tY0Jc7rv8bEJ7i9zOXpaaSYWBfA8STrLUQwoKz3jheYJwBBngs33LSKNrAGYjGeKBBjjoHGO1An2YFSJxEM1MnoGNEB6vOGDhI9oGtjHBbJicBdPjcQlMj6sVokuQkAfooUY6DtgjzA4awew62VGpMpIHpDOxW4UYQlUpwKHE5vvHk9t99WpIhzTd2kvOXw655muEih8z6NTKQ4jU+kqCy4tk+kyOf28vSoihT5AiLF6SGIFPmAID+9nMzQoZk4PyET5xdi4jMsE2ObdIYAExcwnIl13gXImLiAZWLv5WPiM91eFowqE58ZYOKCITDxmUCQFwQyMau6C6yBWIxnsdgFZ1u7QJ1NMFDnmG4X6PPGOQJ2wfoYh11wFnCXLwQEJbJ+rHZBIQKAn8tiFxQGDmetGG6t2jGZAqI3tPMIRYrzhESKIlakwDapiIBIcb7hIoXO+3wykeJ8PpGiiuDaPpHiAreXF0ZVpLggIFJcGIJIcQEQ5BeWkxk6NBMXJWTiokJMXMwyMbZJxQSY2DGciXXeDhkTO5aJvZePiRPdXiZFlYkTA0ycFAITJwJBngRkYlZ1F1gDsRiLs9gFJaxdoEoQDFRJ0+0Cfd4oKWAXbIhx2AXFgbt8KSAokfVjtQtKEQC8NItdUAY4nHViuLXqxmQKiN7QyhKKFGWFRIpkK1Jgm5QsIFKUM1yk0HmXIxMpyvGJFFUF1/aJFOXdXlaIqkhRPiBSVAhBpCgPBHmFcjJDh2biioRMXFGIiStZJsY2qZIAE6cYzsQ67xQyJk6xTOy9fEys3F5WjioTqwATVw6BiRUQ5JWBTMyq7gJrIBZjFRa7oKq1C1RVgoGqZrpdoM8b1QTsgo0xDrugCnCXrw4EJbJ+rHZBdQKAp7LYBTWAw1k/hlurQUymgOgNrSahSFFTSKSoZUUKbJNqCYgUtQ0XKXTetclEitp8IkU1wbV9IsVFbi8vjqpIcVFApLg4BJHiIiDILy4nM3RoJq5DyMR1hJi4rmVibJPqCjDxJYYz8e/DScbEl1gm9l4+Jq7n9rJ+VJm4XoCJ64fAxPWAIK8PZGJWdRdYA7EYG7DYBZdau0BdSjBQl5luF+jzxmUCdsGmGIdd0AC4yzcEghJZP1a7oCEBwBux2AWXA4ezYQxYwJhMAdEb2hWEIsUVQiJFYytSYJvUWECkaGK4SKHzbkImUjThEymqC67tEymudHt5VVRFiisDIsVVIYgUVwJBflU5maFDM3FTQiZuKsTEzSwTY5vUTICJrzaciXXeV5Mx8dWWib2Xj4mvcXvZPKpMfE2AiZuHwMTXAEHeHMjErOousAZiMbZgsQuutXaBupZgoK4z3S7Q543rBOyCzTEOu6AFcJdvCQQlsn6sdkFLAoC3YrELrgcOZ+MYUIGLyRQQvaHdQChS3CAkUrS2IgW2Sa0FRIo2hosUOu82ZCJFGz6RIlVwbZ9I0dbtZbuoihRtAyJFuxBEirZAkLcrJzN0aCZuT8jE7YWYuINlYmyTOggwccxwJtZ5x8iYOGaZ2Hv5mDjN7WV6VJk4LcDE6SEwcRoQ5OlAJmZVd4E1EIuxI4td0MnaBaoTwUB1Nt0u0OeNzgJ2wZYYh13QEbjLZwBBiawfq12QQQDwLix2wY3A4Wwaw63VLCZTQPSGdhOhSHGTkEjR1YoU2CZ1FRApuhkuUui8u5GJFN34RIoagmv7RIqb3V7eElWR4uaASHFLCCLFzUCQ31JOZujQTNydkIm7CzFxD8vE2Cb1EGDiWw1nYp33rWRMfKtlYu/lY+Lb3F72jCoT3xZg4p4hMPFtQJD3BDIxq7oLrIFYjL1Y7ILbrV2gbicYqDtMtwv0eeMOAbtga4zDLugF3OV7A0GJrB+rXdCbAOB9WOyCO4HD2TyGW6tFTKaA6A3tLkKR4i4hkaKvFSmwTeorIFL0M1yk0Hn3IxMp+vGJFDUF1/aJFHe7vbwnqiLF3QGR4p4QRIq7gSC/p5zM0KGZuD8hE/cXYuIBlomxTRogwMT3Gs7EOu97yZj4XsvE3svHxPe5vRwYVSa+L8DEA0Ng4vuAIB8IZGJWdRdYA7EYB7HYBfdbu0DdTzBQD5huF+jzxgMCdsG2GIddMAi4yw8GghJZP1a7YDABwIew2AUPAoezZQy3VquYTAHRG9pDhCLFQ0IixVArUmCbNFRApBhmuEih8x5GJlIM4xMp0gTX9okUD7u9fCSqIsXDAZHikRBEioeBIH+knMzQoZl4OCETDxdi4hGWibFNGiHAxI8azsQ670fJmPhRy8Tey8fEj7m9HBlVJn4swMQjQ2Dix4AgHwlkYlZ1F1gDsRhHsdgFj1u7QD1OMFBPmG4X6PPGEwJ2wfYYh10wCrjLjwaCElk/VrtgNAHAx7DYBU8Ch7N1DLdWm5hMAdEb2lOEIsVTQiLFWCtSYJs0VkCkGGe4SKHzHkcmUozjEynSBdf2iRRPu718JqoixdMBkeKZEESKp4Egf6aczNChmXg8IROPF2LiCZaJsU2aIMDEzxrOxDrvZ8mY+FnLxN7Lx8TPub2cGFUmfi7AxBNDYOLngCCfCGRiVnUXWAOxGCex2AXPW7tAPU8wUC+Ybhfo88YLAnbBjhiHXTAJuMtPBoISWT9Wu2AyAcCnsNgFLwKHs30Mt1aHmEwB0RvaS4QixUtCIsVUK1JgmzRVQKSYZrhIofOeRiZSTOMTKToKru0TKV52e/lKVEWKlwMixSshiBQvA0H+SjmZoUMz8XRCJp4uxMQzLBNjmzRDgIlfNZyJdd6vkjHxq5aJvZePiV9zezkzqkz8WoCJZ4bAxK8BQT4TyMSs6i6wBmIxzmKxC163doF6nWCg3jDdLtDnjTcE7IKdMQ67YBZwl58NBCWyfqx2wWwCgM9hsQveBA5negy3VseYTAHRG9pbhCLFW0IixVwrUmCbNFdApJhnuEih855HJlLM4xMpOgmu7RMp5ru9fDuqIsX8gEjxdggixXwgyN8uJzN0aCZeQMjEC4SYeKFlYmyTFgow8SLDmVjnvYiMiRdZJvZePiZe7PZySVSZeHGAiZeEwMSLgSBfAmRiVnUXWAOxGN9hsQuWWrtALSUYqHdNtwv0eeNdAbtgV4zDLngHuMsvA4ISWT9Wu2AZAcDfY7ELlgOHMyOGW6tLTKaA6A1tBaFIsUJIpFhpRQpsk1YKiBTvGy5S6LzfJxMp3ucTKToLru0TKVa5vVwdVZFiVUCkWB2CSLEKCPLV5WSGDs3EawiZeI0QE39gmRjbpA8EmHit4Uys815LxsRrLRN7Lx8Tr3N7uT6qTLwuwMTrQ2DidUCQrwcyMau6C6yBWIwfstgFG6xdoDYQDNRHptsF+rzxkYBdsDvGYRd8CNzlNwJBiawfq12wkQDgH7PYBZuAw9k1hlurW0ymgOgN7RNCkeITIZFisxUpsE3aLCBSfGq4SKHz/pRMpPiUT6TIEFzbJ1JscXv5WVRFii0BkeKzEESKLUCQf1ZOZujQTLyVkIm3CjHx55aJsU36XICJtxnOxDrvbWRMvM0ysffyMfEXbi+3R5WJvwgw8fYQmPgLIMi3A5mYVd0F1kAsxi9Z7IId1i5QOwgG6ivT7QJ93vhKwC7YE+OwC74E7vI7gaBE1o/VLthJAPCvWeyCXcDh7B7DrdUjJlNA9Ib2DaFI8Y2QSLHbihTYJu0WECm+NVyk0Hl/SyZSfEsnUqgUubX9IsUet5ffRVWk2BMQKb4LQaTYAwT5d+Vkhg7NxHsJmXivEBN/b5kY26TvBZh4n+FMrPPeR8bE+ywT+xb3xv+D28v9UWXiHwJMvD8EJv4BCPL9QCZmVXf3lzM/xh9Z7IID1i5QBwgG6ifT7QJ93vhJwC7YG+OwC34E7vIHgaBE1o/VLjhIAPCfWeyCQ8Dh7BnDrdUrJlNA9Ib2C6FI8YuQSHHYihTYJh0WECl+NVyk0Hn/SiZS/MonUii5tf0ixRG3l79FVaQ4EhApfgtBpDgCBPlv5WSGDs3ERwmZ+KgQEx+zTIxt0jEBJk4obzYT67x1jOAeiTKxt6YpcV7/NSY+we1lLk9PI8XEugCOJ1lvIYIBZb13vMA8AQjyXOVxQ8eq7uYqb36MJwrEmGOg8Q7USbhAaQfqJIKBOhkdIzpAfd7QQaIHdF+Mwy44EbjL5waCElk/VrsgNwHAT5FiDLRdkAc4nL1juLX6xGQKiN7QTgVuFGGJFKcCh9Mbb17P7bcVKeJcUzcpb3n8uqcZLlLovE8jEylO4xMpKsut7Rcp8rm9PD2qIkW+gEhxeggiRT4gyE8vLzN0aCbOT8jE+YWY+AzLxNgmnSHAxAUMZ2KddwEyJi5gmdi3uDf+M91eFowqE58ZYOKCITDxmUCQFwQyMau6W7C8+TGexWIXnG3tAnU2wUCdY7pdoM8b5wjYBftjHHbBWcBdvhAQlMj6sdoFhQgAfi6LXVAYOJx9Y7i1+sVkCoje0M4jFCnOExIpiliRAtukIgIixfmGixQ67/PJRIrz+USKKnJr+0WKC9xeXhhVkeKCgEhxYQgixQVAkF9YXmbo0ExclJCJiwoxcTHLxNgmFRNgYsdwJtZ5O2RM7Fgm9i3ujT/R7WVSVJk4McDESSEwcSIQ5ElAJmZVd5PKmx9jcRa7oIS1C1QJgoEqabpdoM8bJQXsggMxDrugOHCXLwUEJbJ+rHZBKQKAl2axC8oAh7N/DLfWgJhMAdEbWllCkaKskEiRbEUKbJOSBUSKcoaLFDrvcmQiRTk+kaKq3Np+kaK828sKURUpygdEigohiBTlgSCvUF5m6NBMXJGQiSsKMXEly8TYJlUSYOIUw5lY551CxsQplol9i3vjV24vK0eViVWAiSuHwMQKCPLKQCZmVXcrlzc/xiosdkFVaxeoqgQDVc10u0CfN6oJ2AUHYxx2QRXgLl8dCEpk/VjtguoEAE9lsQtqAIdzYAy31qCYTAHRG1pNQpGippBIUcuKFNgm1RIQKWobLlLovGuTiRS1+USKanJr+0WKi9xeXhxVkeKigEhxcQgixUVAkF9cXmbo0Exch5CJ6wgxcV3LxNgm1RVg4ksMZ+Lfh5OMiS+xTOxb3Bt/PbeX9aPKxPUCTFw/BCauBwR5fSATs6q79cubH2MDFrvgUmsXqEsJBuoy0+0Cfd64TMAuOBTjsAsaAHf5hkBQIuvHahc0JAB4Ixa74HLgcA6O4dYaEpMpIHpDu4JQpLhCSKRobEUKbJMaC4gUTQwXKXTeTchEiiZ8IkV1ubX9IsWVbi+viqpIcWVApLgqBJHiSiDIryovM3RoJm5KyMRNhZi4mWVibJOaCTDx1YYzsc77ajImvtoysW9xb/zXuL1sHlUmvibAxM1DYOJrgCBvDmRiVnW3eXnzY2zBYhdca+0CdS3BQF1nul2gzxvXCdgFh2McdkEL4C7fEghKZP1Y7YKWBABvxWIXXA8czqEx3FrDYjIFRG9oNxCKFDcIiRStrUiBbVJrAZGijeEihc67DZlI0YZPpEiVW9svUrR1e9kuqiJF24BI0S4EkaItEOTtyssMHZqJ2xMycXshJu5gmRjbpA4CTBwznIl13jEyJo5ZJvYt7o0/ze1lelSZOC3AxOkhMHEaEOTpQCZmVXfTy5sfY0cWu6CTtQtUJ4KB6my6XaDPG50F7IIjMQ67oCNwl88AghJZP1a7IIMA4F1Y7IIbgcM5PIZba0RMpoDoDe0mQpHiJiGRoqsVKbBN6iogUnQzXKTQeXcjEym68YkUNeTW9osUN7u9vCWqIsXNAZHilhBEipuBIL+lvMzQoZm4OyETdxdi4h6WibFN6iHAxLcazsQ671vJmPhWy8S+xb3x3+b2smdUmfi2ABP3DIGJbwOCvCeQiVnV3Z7lzY+xF4tdcLu1C9TtBAN1h+l2gT5v3CFgFxyNcdgFvYC7fG8gKJH1Y7ULehMAvA+LXXAncDhHxnBrjYrJFBC9od1FKFLcJSRS9LUiBbZJfQVEin6GixQ6735kIkU/PpGiptzafpHibreX90RVpLg7IFLcE4JIcTcQ5PeUlxk6NBP3J2Ti/kJMPMAyMbZJAwSY+F7DmVjnfS8ZE99rmdi3uDf++9xeDowqE98XYOKBITDxfUCQDwQyMau6O7C8+TEOYrEL7rd2gbqfYKAeMN0u0OeNBwTsgoQ0DrtgEHCXHwwEJbJ+rHbBYAKAD2GxCx4EDufoGG6tMTGZAqI3tIcIRYqHhESKoVakwDZpqIBIMcxwkULnPYxMpBjGJ1Kkya3tFykednv5SFRFiocDIsUjIYgUDwNB/kh5maFDM/FwQiYeLsTEIywTY5s0QoCJHzWciXXej5Ix8aOWiX2Le+N/zO3lyKgy8WMBJh4ZAhM/BgT5SCATs6q7I8ubH+MoFrvgcWsXqMcJBuoJ0+0Cfd54QsAuyEViF4wC7vKjgaBE1o/VLhhNAPAxLHbBk8DhHBvDrTUuJlNA9Ib2FKFI8ZSQSDHWihTYJo0VECnGGS5S6LzHkYkU4/hEinS5tf0ixdNuL5+JqkjxdECkeCYEkeJpIMifKS8zdGgmHk/IxOOFmHiCZWJskyYIMPGzhjOxzvtZMiZ+1jKxb3Fv/M+5vZwYVSZ+LsDEE0Ng4ueAIJ8IZGJWdXdiefNjnMRiFzxv7QL1PMFAvWC6XaDPGy8I2AUnpXHYBZOAu/xkJCitXaAmEwB8Cotd8CJwOMfHcGtNiMkUEL2hvUQoUrwkJFJMtSIFtklTBUSKaYaLFDrvaWQixTQ+kaKj3Np+keJlt5evRFWkeDkgUrwSgkjxMhDkr5SXGTo0E08nZOLpQkw8wzIxtkkzBJj4VcOZWOf9KhkTv2qZ2Le4N/7X3F7OjCoTvxZg4pkhMPFrQJDPBDIxq7o7s7z5Mc5isQtet3aBep1goN4w3S7Q5403BOyC3GkcdsEs4C4/GwhKZP1Y7YLZBACfw2IXvAkczokxoF8XkykgekN7i1CkeEtIpJhrRQpsk+YKiBTzDBcpdN7zyESKeXwiRSe5tf0ixXy3l29HVaSYHxAp3g5BpJgPBPnb5WWGDs3ECwiZeIEQEy+0TIxt0kIBJl5kOBPrvBeRMfEiy8S+xb3xL3Z7uSSqTLw4wMRLQmDixUCQLwEyMau6u6S8+TG+w2IXLLV2gVpKMFDvmm4X6PPGuwJ2QZ40DrvgHeAuvwwISmT9WO2CZQQAf4/FLlgOHM7JMdxaU2IyBURvaCsIRYoVQiLFSitSYJu0UkCkeN9wkULn/T6ZSPE+n0jRWW5tv0ixyu3l6qiKFKsCIsXqEESKVUCQry4vM3RoJl5DyMRrhJj4A8vE2CZ9IMDEaw1nYp33WjImXmuZ2Le4N/51bi/XR5WJ1wWYeH0ITLwOCPL1QCZmVXfXlzc/xg9Z7IIN1i5QGwgG6iPT7QJ93vhIwC7Im8ZhF3wI3OU3AkGJrB+rXbCRAOAfs9gFm4DDOTWGW2taTKaA6A3tE0KR4hMhkWKzFSmwTdosIFJ8arhIofP+lEyk+JRPpMiQW9svUmxxe/lZVEWKLQGR4rMQRIotQJB/Vl5m6NBMvJWQibcKMfHnlomxTfpcgIm3Gc7EOu9tZEy8zTKxb3Fv/F+4vdweVSb+IsDE20Ng4i+AIN8OZGJWdXd7efNj/JLFLthh7QK1g2CgvjLdLtDnja8E7IJ8aRx2wZfAXX4nEJTI+rHaBTsJAP41i12wCzic02O4tWbEwtko4q3fN8D6lQDWryRwLcn67f7v1090/r4F1m85sH4rwPVD34joY+EOgXXzp8nmnRLfpXTOuwTyPkPoxi4XOH9gf9QZBL3eDex154zfr447EszGduEEGWwXJOj3VwJ5n0WCbWB/1FlpZs94Y6EZL0Qw4zsF8j6XZMaB/VHInHU/cnvy1fvQUbdXR92f7cm8V/3OFZW8v7vb/R3937N+d2/m6+8Dcj5ayv8WuNY+4H14WGb1NwnY/mddP1izGtukHwTM6v2Gm9U67/1CZrUEKe0TUMt/LB/uBn0g8/1++osN+oBngz6Y+frnHH53l/u7B93f1RvAoczXvwhv5sh5PgzczP9J3X/NfL8jf1H3Xz11/02//ou6/+ap+zFd8wrH/+437u8ec3/3940y8/dyVfjjv0vsNYcE8FHE8JtVPUcnVMDnfX5ILlrcT91VwNUS2GslVT90n0+q8K/XSgmsFdpN5UkVsJyVdZ1cIfu1vamMc03dpJMr4NfNXQE3/FJ5564A75HoE5C5gYAKPgGJVie2ZK6BdER/Ts68CRJ+YjXOtVXwB976nuLOWh7PzP2vJzSPJRw/Q8EnNI8l/P0Tmjmt83/2hKYuwAJPsnk8wxwMCPXepwA3oVP/Yq0aqZ3TM1KrVklLqZqRnrlO9YzOVdIq11QZNapkLl+lqkpP65zSqWp6avWq1WtkpIb2GYRThRg4r2VgbJPyCjDwaYYzsM77NCEGRt9+53FjRa9bNKTjW8r/5xWMEzlL+YBHQWT9sohJx1fPXRP+MG3CH3dF6DlyDJc/su7e0Hknmil/HHfkRt6I5AGulWTo/hO4FHC+FXBmlFT90Dg5nVA+Ol3o5jW/vXnFNim/wM3rGYbfvOq8zwjp5jUlvut3T1Ii1v/1IVp0/Hni2AgyfFfn0OSeAm69z/wHck/9HGoXlHvqJ/y93JPTOn8r90gMG2itP+/IC1TITjaXW9R6Cf4LfccBzEOdCdzMCsLAkJGRVc+CgiceXcc8AifnUsInnnjvknZ45haZd2nDn0bd4eITvW4ZQ08qQYJB7hveGY+3fmVJTnrA+VbAmVFS9csFxkkBINecBVTq9BoS3HJWBZk9DNlrCRXxYDI+74oEKuIhgbwrkTxEdTYQj8Beq0qGz43Gyynl8HNTmQAveQTyrkKCl3OAeAH2WlUhwMu5AnNTnQAvhQXyTiXBSyEgXoC9VqkEeCktMDe1CPBSRiDv2iR4OReIF2CvVW0CvKQKzE0dArzUEMi7LgleCgPxAuy1qkuAl0YCc1OfAC+XC+TdgAQv5wHxAuy1akCAl1YCc9OQAC/XC+TdiAQvRYB4AfZaNSLASxeBuWlMgJcbBfJuQoKX84F4AfZaNSHASx+BuWlKgJc7BfJuRoKXC4B4AfZaNSPAyxCBuWlOgJcHBfJuQYKXC4F4AfZatSDAyxiBuWlJgJcnBfJuRYKXokC8AHutWhHgZYrA3LQmwMuLAnm3IcFLMSBegL1WbQjwMkdgbtoT4OVNgbw7kODFAeIF2GvVgQAv7wnMTToBXpYL5N2RBC+JQLwAe606EuDlY4G5ySDAyyaBvLuQ4CUJiBdgr1UXArx8LTA3XQnwsksg724keCkOxAuw16obAV5+Fpib7gR4OSSQdw8SvJQA4gXYa9WDAC+nCPz1pZ4EeMkjkHcvEryUBOIF2GvViwAv5wrMTW8CvBQWyLsPCV5KAfEC7LXqQ4CX0gJz05cAL2UE8u5HgpfSQLwAe636EeAlVWBu+hPgpYZA3gNI8FIGiBdgr9UAArw0EpibgQR4uVwg70EkeCkLxAuw12oQAV5aCczNYAK8XC+Q9xASvCQD8QLstRpCgJcuAnMzlAAvNwrkPYwEL+WAeAH2Wg0jwEsfgbkZToCXOwXyHkGCl/JAvAB7rUYQ4GWIwNyMJMDLgwJ5jyLBSwUgXoC9VqMI8DJGYG5GE+DlSYG8x5DgpSIQL8BeqzEEeJkiMDdjCfDyokDe40jwUgmIF2Cv1TgCvMwRmJvxBHh5UyDvCSR4SQHiBdhrNYEAL+8JzM1EArwsF8h7EgleFBAvwF6rSQR4+VhgbiYT4GWTQN5TSPBSGYgXYK/VFAK8fC0wN1MJ8LJLIO9pJHipAsQLsNcKWT/9pX97M//nuOvp7/DQ30ug/9a6/vvR+m/i6r/zqf92of57bPpvTOm/m6P/Foj++wb6M9v6c6j6s3X680L6MxD6uW79rKp+/k4/U6Sfk9Der/aztEavdUetpejzob7n1Tyu96YqFRJ8F3ruqlaQmTt0nNWAc6f7+31C9vc46RpUE65zdeB3PIX1bb7Vhb7NN9V+my+2SakC3+Zbw/Bv89V51yD6Nl+JWIPf5psLHLe+yfumPPbmaXd5mZ4FL1TM3vrWdHtY6x98Q3Ci5/93guffEzy9Skz4+28Izmmd/8Q3BOtiOp7C1apw/M5r8jcE1wJukLUr4Otb+x/UM964LwLelTnA00Ci8CkS8W2VNQW+BXM6Qd61BPKeYbhqoPO+SCDvV0NSDVLiuxRwLhWw10qqfug+X0x4erxY6PRYx54esU2qI3B6rGv46VHnXZfo9FjXnh7pT4+XuD2sZ0+P//7KKtQlgdNjPbLTYz3gBllf4PRYP4TTYwN7evzXp6hLBE4TrxPkXU8g7zcITo8NBPKeTXJ6BM6lAvZaIeunSf/7hOMvdH/Qs1mvgvkxXirkccMBeRmQEFkH6jKCgWqIjhEdoNaWGwowxlwSxrgUeHfdCAjKuQR3Go0E5ubyClim3Jtw/IWsq0RtLyfY2K4wfWP7Vjdf4PHL+YYDc19mzicKAPNtksdOGwM3YWCvlVT9coHrtwO4VhNgLySwIkViV1Ywn7wbC+S9yPC9UZNWE4G8F5PsjVcB8QjstVqcRnPT96exi57NKwlu+q6qIDPncEA2jf9UV9ldS4X1FERToacgmtmnILBNaibwFMTVhj8FofO+WugpiKxLsqYpcV5hPAHxVTL2CYhv8U9A+AANWltlvfDW9xp31pr/gycgkhKOn6HgExBJCX//BERO6/ztExCgIvxZjKzkrqmQHWAutxBOIDjUe2YNH5qFlxp+HMgCCTrvd80+Dvx5Z3MNkHSaA9daRuIdAOdbAWdGAevn2/DROGlB8onia8GfKN6XkE0mugbXCn+i+DrCZ8KvEzoNtbSnIWyTWgqchloZfhrSebciOw21EjwNCc1saM9bX+/28gbTn7dGFyEruesDz0jfUCHhuAttNF0PBPkNJHcSrQmZuLUQE7exTIxtUhsBJm5rOBPrvNuSMXFby8Tey8fE7dxeto8qE7cLMHH7EJi4HRDk7cHP7+07Pn3jbdL2FcyPsQOLlRsDP+nOOFAxgoFKM/2BUH3eSBN4+GdlGoda3QG4y6cDQYmsH+sT3+kEAO8oxRjo2xnkE6ydwE+wZl3oJ/s6A+OsCLSPKgltjuhNPINQmMkQEma6WGEG26QuAsLMjYYLMzrvG8mEmRv5hBmJB7L+XNsb/01uL7tGVZi5KSDMdA1BmLkJCPKuQncyaCbuRsjE3YSY+GbLxNgm3SzAxLcYzsQ671vImPgWy8S+tb3xd3d72SOqTNw9wMQ9QmDi7kCQ97CKtgLWQCzGW1ksktvsQKnbCAaqp+kWiT5v9BSwSFalcVgktwJ3+V5AUCLrx2qR9CIA+O1SjIG2C+4ADmdloF1QhcQu6E0oUvQWEin6WJEC26Q+AiLFnYaLFDrvO8lEijv5RIrKgmv7RIq73F72japIcVdApOgbgkhxFxDkfSvIDB2aifsRMnE/ISa+2zIxtkl3CzDxPYYzsc77HjImvscysffyMXF/t5cDosrE/QNMPCAEJu4PBPkAIBOzqrvAGojFeC+LXXCftQvUfQQDNdB0u0CfNwYK2AVr0jjsgnuBu/wgICiR9WO1CwYRAPx+FrvgAeBwVgfaBakkdsFgQpFisJBIMcSKFNgmDREQKR40XKTQeT9IJlI8yCdSVBFc2ydSPOT2cmhURYqHAiLF0BBEioeAIB9aQWbo0Ew8jJCJhwkx8cOWibFNeliAiR8xnIl13o+QMfEjlom9l4+Jh7u9HBFVJh4eYOIRITDxcCDIRwCZmFXdBdZALMZHWeyCx6xdoB4jGKiRptsF+rwxUsAuWJvGYRc8CtzlRwFBiawfq10wigDgj7PYBU8Ah7MW0C6oTWIXjCYUKUYLiRRjrEiBbdIYAZHiScNFCp33k2QixZN8IkVVwbV9IsVTbi/HRlWkeCogUowNQaR4CgjysRVkhg7NxOMImXicEBM/bZkY26SnBZj4GcOZWOf9DBkTP2OZ2Hv5mHi828sJUWXi8QEmnhACE48HgnwCkIlZ1V1gDcRifJbFLnjO2gXqOYKBmmi6XaDPGxMF7IL1aRx2wbPAXX4SEJTI+rHaBZMIAP48i13wAnA46wDtgrokdsFkQpFispBIMcWKFNgmTREQKV40XKTQeb9IJlK8yCdSVBNc2ydSvOT2cmpURYqXAiLF1BBEipeAIJ9aQWbo0Ew8jZCJpwkx8cuWibFNelmAiV8xnIl13q+QMfErlom9l4+Jp7u9nBFVJp4eYOIZITDxdCDIZwCZmFXdBdZALMZXWeyC16xdoF4jGKiZptsF+rwxU8Au2JDGYRe8CtzlZwFBiawfq10wiwDgr7PYBW8Ah7M+0C5oQGIXzCYUKWYLiRRzrEiBbdIcAZHiTcNFCp33m2QixZt8IkV1wbV9IsVbbi/nRlWkeCsgUswNQaR4CwjyuRVkhg7NxPMImXieEBPPt0yMbdJ8ASZ+23Am1nm/TcbEb1sm9l4+Jl7g9nJhVJl4QYCJF4bAxAuAIF8IZGJWdRdYA7EYF7HYBYutXaAWEwzUEtPtAn3eWCJgF2xM47ALFgF3+XeAoETWj9UueIcA4EtZ7IJ3gcPZEGgXNCKxC5YRihTLhESK96xIgW3SewIixXLDRQqd93IykWI5n0iRKri2T6RY4fZyZVRFihUBkWJlCCLFCiDIV1aQGTo0E79PyMTvCzHxKsvE2CatEmDi1YYzsc57NRkTr7ZM7L18TLzG7eUHUWXiNQEm/iAEJl4DBPkHQCZmVXeBNRCLcS2LXbDO2gVqHcFArTfdLtDnjfUCdsGmNA67YC1wl/8QCEpk/Vjtgg8JAL6BxS74CDicjYF2QRMSu2AjoUixUUik+NiKFNgmfSwgUmwyXKTQeW8iEyk28YkUNQTX9okUn7i93BxVkeKTgEixOQSR4hMgyDdXkBk6NBN/SsjEnwox8RbLxNgmbRFg4s8MZ2Kd92dkTPyZZWLv5WPirW4vP48qE28NMPHnITDxViDIPwcyMau6C6yBWIzbWOyCL6xdoL4gGKjtptsF+ryxXcAu2JzGYRdsA+7yXwJBiawfq13wJQHAd7DYBV8Bh7Mp0C5oRmIX7CQUKXYKiRRfW5EC26SvBUSKXYaLFDrvXWQixS4+kaKm4No+keIbt5e7oypSfBMQKXaHIFJ8AwT57goyQ4dm4m8JmfhbISbeY5kY26Q9Akz8neFMrPP+joyJv7NM7L18TLzX7eX3UWXivQEm/j4EJt4LBPn3QCZmVXeBNRCLcR+LXfCDtQvUDwQDtd90u0CfN/YL2AVb0jjsgn3AXf5HICiR9WO1C34kAPgBFrvgJ+BwNgfaBS1I7IKDhCLFQSGR4mcrUmCb9LOASHHIcJFC532ITKQ4xCdSpAmu7RMpfnF7eTiqIsUvAZHicAgixS9AkB+uIDN0aCb+lZCJfxVi4iOWibFNOiLAxL8ZzsQ679/ImPg3y8Tey8fER91eHosqEx8NMPGxEJj4KBDkx4BMzKruAmsgFmNCRRK74ARcoLR2wQkVzY8xFzpGdID6vKGDRA/oVhK7wIv4uM8eQFAi68dqF5xIAPCTpBgDbRecDBzOlkC7oBWJXZAbuVEkhCNS5AYOpzfeUypmv7YiRZxr6iadUhG/bh7gwErlnacivEeiIkUeIKBCEinSBdf2iRSnur3M6+lppEQKXQDHk6y3EMGAst47XmCeCgR53ooyQ4dm4tMImfg0ISbOZ5kY26R8Akx8uuFMrPM+nYyJT7dM7L18TJzf7eUZUWXi/AEmPiMEJs4PBPkZQCZmVXeBNRCLsQCLXXCmtQvUmQQDVdB0u0CfNwoK2AXb0jjsggLAXf4sICiR9WO1C84iAPjZLHbBOcDhbA20C9qQ2AWFCEWKQkIixblWpMA26VwBkaKw4SKFzrswmUhRmE+k6Ci4tk+kOM/tZZGoihTnBUSKIiGIFOcBQV6koszQoZn4fEImPl+IiS+wTIxt0gUCTHyh4Uys876QjIkvtEzsvXxMXNTtZbGoMnHRABMXC4GJiwJBXgzIxKzqLrAGYjE6LHZBorULVCLBQCWZbhfo80aSgF2wPY3DLnCAu3xxICiR9WO1C4oTALwEi11QEjic7YF2QQcSu6AUoUhRSkikKG1FCmyTSguIFGUMFyl03mXIRIoyfCJFJ8G1fSJFWbeXyVEVKcoGRIrkEESKskCQJ1eUGTo0E5cjZOJyQkxc3jIxtknlBZi4guFMrPOuQMbEFSwTey8fE1d0e1kpqkxcMcDElUJg4opAkFcCMjGrugusgViMKSx2gbJ2gVIEA1XZdLtAnzcqC9gFO9I47IIU4C5fBQhKZP1Y7YIqBACvymIXVAMOZzrQLuhIYhdUJxQpqguJFKlWpMA2KVVApKhhuEih865BJlLU4BMpOguu7RMparq9rBVVkaJmQKSoFYJIURMI8loVZYYOzcS1CZm4thATX2SZGNukiwSY+GLDmVjnfTEZE19smdh7+Zi4jtvLulFl4joBJq4bAhPXAYK8LpCJWdVdYA3EYryExS6oZ+0CVY9goOqbbhfo80Z9AbtgZxqHXXAJcJdvAAQlsn6sdkEDAoBfymIXXAYczgygXdCFxC5oSChSNBQSKRpZkQLbpEYCIsXlhosUOu/LyUSKy/lEigzBtX0ixRVuLxtHVaS4IiBSNA5BpLgCCPLGFWWGDs3ETQiZuIkQE19pmRjbpCsFmPgqw5lY530VGRNfZZnYe/mYuKnby2ZRZeKmASZuFgITNwWCvBmQiVnVXWANxGK8msUuuMbaBeoagoFqbrpdoM8bzQXsgl1pHHbB1cBdvgUQlMj6sdoFLQgAfi2LXXAdcDi7Au2CbiR2QUtCkaKlkEjRyooU2Ca1EhAprjdcpNB5X08mUlxPJ1KoFLm1/SLFDW4vW0dVpLghIFK0DkGkuAEI8tYVZYYOzcRtCJm4jRATt7VMjG1SWwEmbmc4E+u825ExcTvLxL7FvfG3d3vZIapM3D7AxB1CYOL2QJB3ADIxq7rboaL5McZY7II0axeoNIKBSjfdLtDnjXQBu2B3GoddEAPu8h2BoETWj9Uu6EgA8E4sdkFn4HB2B9oFPUjsggxCkSJDSKToYkUKbJO6CIgUNxouUui8byQTKW7kEymU3Np+keImt5ddoypS3BQQKbqGIFLcBAR514oyQ4dm4m6ETNxNiIlvtkyMbdLNAkx8i+FMrPO+hYyJb7FM7FvcG393t5c9osrE3QNM3CMEJu4OBHkPIBOzqrs9Kpof460sdsFt1i5QtxEMVE/T7QJ93ugpYBfsSeOwC24F7vK9gKBE1o/VLuhFAPDbWeyCO4DD2RNoF/QisQt6E4oUvYVEij5WpMA2qY+ASHGn4SKFzvtOMpHiTj6RorLc2n6R4i63l32jKlLcFRAp+oYgUtwFBHnfijJDh2bifoRM3E+Iie+2TIxt0t0CTHyP4Uys876HjInvsUzsW9wbf3+3lwOiysT9A0w8IAQm7g8E+QAgE7OquwMqmh/jvSx2wX3WLlD3EQzUQNPtAn3eGChgF+xN47AL7gXu8oOAoETWj9UuGEQA8PtZ7IIHgMPZG2gX9CGxCwYTihSDhUSKIVakwDZpiIBI8aDhIoXO+0EykeJBPpGiitzafpHiIbeXQ6MqUjwUECmGhiBSPAQE+dCKMkOHZuJhhEw8TIiJH7ZMjG3SwwJM/IjhTKzzfoSMiR+xTOxb3Bv/cLeXI6LKxMMDTDwiBCYeDgT5CCATs6q7IyqaH+OjLHbBY9YuUI8RDNRI0+0Cfd4YKWAX7EvjsAseBe7yo4CgRNaP1S4YRQDwx1nsgieAw9kXaBf0I7ELRhOKFKOFRIoxVqTANmmMgEjxpOEihc77STKR4kk+kaKq3Np+keIpt5djoypSPBUQKcaGIFI8BQT52IoyQ4dm4nGETDxOiImftkyMbdLTAkz8jOFMrPN+hoyJn7FM7FvcG/94t5cTosrE4wNMPCEEJh4PBPkEIBOzqrsTKpof47MsdsFz1i5QzxEM1ETT7QJ93pgoYBfsT+OwC54F7vKTgKBE1o/VLphEAPDnWeyCF4DD2R9oFwwgsQsmE4oUk4VEiilWpMA2aYqASPGi4SKFzvtFMpHiRT6Roprc2n6R4iW3l1OjKlK8FBAppoYgUrwEBPnUijJDh2biaYRMPE2IiV+2TIxt0ssCTPyK4Uys836FjIlfsUzsW9wb/3S3lzOiysTTA0w8IwQmng4E+QwgE7OquzMqmh/jqyx2wWvWLlCvEQzUTNPtAn3emClgFxxI47ALXgXu8rOAoETWj9UumEUA8NdZ7II3gMM5EGgXDCKxC2YTihSzhUSKOVakwDZpjoBI8abhIoXO+00ykeJNPpGiutzafpHiLbeXc6MqUrwVECnmhiBSvAUE+dyKMkOHZuJ5hEw8T4iJ51smxjZpvgATv204E+u83yZj4rctE/sW98a/wO3lwqgy8YIAEy8MgYkXAEG+EMjErOruwormx7iIxS5YbO0CtZhgoJaYbhfo88YSAbvgYBqHXbAIuMu/AwQlsn6sdsE7BABfymIXvAsczsFAu2AIiV2wjFCkWCYkUrxnRQpsk94TECmWGy5S6LyXk4kUy/lEilS5tf0ixQq3lyujKlKsCIgUK0MQKVYAQb6yoszQoZn4fUImfl+IiVdZJsY2aZUAE682nIl13qvJmHi1ZWLf4t7417i9/CCqTLwmwMQfhMDEa4Ag/wDIxKzq7gcVzY9xLYtdsM7aBWodwUCtN90u0OeN9QJ2waE0DrtgLXCX/xAISmT9WO2CDwkAvoHFLvgIOJxDgXbBMBK7YCOhSLFRSKT42IoU2CZ9LCBSbDJcpNB5byITKTbxiRQ15Nb2ixSfuL3cHFWR4pOASLE5BJHiEyDIN1eUGTo0E39KyMSfCjHxFsvE2CZtEWDizwxnYp33Z2RM/JllYt/i3vi3ur38PKpMvDXAxJ+HwMRbgSD/HMjErOru5xXNj3Ebi13whbUL1BcEA7XddLtAnze2C9gFh9M47IJtwF3+SyAokfVjtQu+JAD4Dha74CvgcA4H2gUjSOyCnYQixU4hkeJrK1Jgm/S1gEixy3CRQue9i0yk2MUnUtSUW9svUnzj9nJ3VEWKbwIixe4QRIpvgCDfXVFm6NBM/C0hE38rxMR7LBNjm7RHgIm/M5yJdd7fkTHxd5aJfYt749/r9vL7qDLx3gATfx8CE+8Fgvx7IBOzqrvfVzQ/xn0sdsEP1i5QPxAM1H7T7QJ93tgvYBccSeOwC/YBd/kfgaBE1o/VLviRAOAHWOyCn4DDORJoF4wisQsOEooUB4VEip+tSIFt0s8CIsUhw0UKnfchMpHiEJ9IkSa3tl+k+MXt5eGoihS/BESKwyGIFL8AQX64oszQoZn4V0Im/lWIiY9YJsY26YgAE/9mOBPrvH8jY+LfLBP7FvfGf9Tt5bGoMvHRABMfC4GJjwJBfgzIxKzq7rGK5seYUInELjgBFyitXXBCJfNjzIWOER2gPm/oINEDepTELvAiPu6zBxCUyPqx2gUnEgD8JCnGQNsFJwOHczTQLhhDYhfkRm4UCeGIFLmBw+mN95RK2a+tSBHnmrpJp1TCr5sHOLBSeeepBO+RqEiRBwiokESKdLm1/SLFqW4v83p6GimRQhfA8STrLUQwoKz3jheYpwJBnreSzNChmfg0QiY+TYiJ81kmxjYpnwATn244E+u8Tydj4tMtE/sW98af3+3lGVFl4vwBJj4jBCbODwT5GUAmZlV3z6hkfowFWOyCM61doM4kGKiCptsF+rxRUMAuSEjnsAsKAHf5s4CgRNaP1S44iwDgZ7PYBecAh3NsGm6tcWkyBURvaIUIRYpCQiLFuVakwDbpXAGRorDhIoXOuzCZSFGYT6ToKLe2X6Q4z+1lkaiKFOcFRIoiIYgU5wFBXqSSzNChmfh8QiY+X4iJL7BMjG3SBQJMfKHhTKzzvpCMiS+0TOxb3Bt/UbeXxaLKxEUDTFwsBCYuCgR5MSATs6q7xSqZH6PDYhckWrtAJRIMVJLpdoE+byQJ2AW5SOwCB7jLFweCElk/VrugOAHAS7DYBSWBwzk+DbfWhDSZAqI3tFKEIkUpIZGitBUpsE0qLSBSlDFcpNB5lyETKcrwiRSd5Nb2ixRl3V4mR1WkKBsQKZJDECnKAkGeXElm6NBMXI6QicsJMXF5y8TYJpUXYOIKhjOxzrsCGRNXsEzsW9wbf0W3l5WiysQVA0xcKQQmrggEeSUgE7Oqu5UqmR9jCotdoKxdoBTBQFU23S7Q543KAnbBSSR2QQpwl6+CBKW1C1QVAoBXZbELqgGHc2Iabq1JaTIFRG9o1QlFiupCIkWqFSmwTUoVEClqGC5S6LxrkIkUNfhEis5ya/tFippuL2tFVaSoGRApaoUgUtQEgrxWJZmhQzNxbUImri3ExBdZJsY26SIBJr7YcCbWeV9MxsQXWyb2Le6Nv47by7pRZeI6ASauGwIT1wGCvC6QiVnV3bqVzI/xEha7oJ61C1Q9goGqb7pdoM8b9QXsgtwkdsElwF2+ARCUyPqx2gUNCAB+KYtdcBlwOCen4daakiZTQPSG1pBQpGgoJFI0siIFtkmNBESKyw0XKXTel5OJFJfziRQZcmv7RYor3F42jqpIcUVApGgcgkhxBRDkjSvJDB2aiZsQMnETISa+0jIxtklXCjDxVf+PvW8B86nqvx/KXXK/51oUxey5j3EJRVEUoigyY4YoilAURVEUhSiKcieEEJIkJEmSJEkSkiS5h/jPfn9n6pzDL/2b9Tm/vd6zz/O8T/PUvHv2Z6/P2uvstc75fg1XYl33rWRKfKtVYs/g7vk3cbBsGlYlbuJT4qYBKHETIMmbApWY1d1tWt38Od7GEhfcbuMCdTtBQzUzPS7Q541mAnFBTpK44DbgLt8cSErk+rHGBc0JCN6CJS64A9icM9vjxnqzfTAbRWbXryVw/coB1688cCzJ9Wv1379+ov13J3D9VgHXbzV4/dA3IvpYeEBg3NzJsnVHZu5SuuZDAnXnEbqxywquH4iPykOA9WEg1qlp/7lSDkSYze3iETLczkeA9y8CdV9Owm0gPuryZLN7vJFQjxck6PGDAnUXIulxID4KWbPGI7urXr0PnXWwOuv8u7vS71VbO6aS+3cPO7+j/3vG77ZJ//lun52PtvKPAMe6B3gfHlRY/VsEFv+Mq60Nq7EgtRUIq9sZHlbrutsJhdUSonSPgFt+b/VgN+j26X8v+W826PauDTol/ecOF/jdQ87vpji/qzeA1PSf04Q3c2Q/dwRu5v9k3Tul/737/mbdO7nWvXP6z13+Zt07u9b9/vSfH7jA7/7m/O79zu/qjbJr+s/dHIwk9ppUAX4UNfxmVfdRV4G6iwndrKLNyQeBPAJiraTWD43zQ/9+T4v0jRXYTeVDQk9Adrc3lViQugvcVPYw/KZS192D7AnIHoJPQKLdid3pYyAT0Q7XRUS0EsYrk2Mr/79wr+/Dztx7/oMnNM9FnN9D/ic0z0Vc/AnNC43zf/aEpl6A5a5ie7qawz8h1N9+GLgJ9fqbsRLiU5PT4mOi20fGpCWnjxOXlhrdPipRpSVEpw8fHaOS26dGdohJjo+LiUtIiw/sHYReQgrc2yowFqTeAgr8iOEKrOt+JCBbJ7P193Tmih63ZEDHt8j/z8s/T2QvPQq8K0CuX4Yw6fnVdcZE93zGXRG6j0obbn9k3L2h677CTPvjvCM38kakJ3CsMobuP75LAftbAXtGSa0fmid9CO2jPkI3r33tzSsWpL4CN6+PGX7zqut+jCiTlJjr//YSLXr+PTOxEaR5rtTA7J7HnfXu9w/snnoXWDu/3VMv4uJ2z4XGuajdI9FsoLH+vCN/vPpfxWZ1FrVuhPdC33EA61D9gJtZfxgZ0tIy1rO/4IlHr2NPgTv/CsInnszeJR1w9S2y7opm1X3e/A44/ESPe6WhJxW/wCD3DXePZ3b9riI56QH7WwF7RkmtX1YwTx4Has0TQKdOjyGhLU9Ul9nDkFhLuIgp1+HrrkLgIqYK1F3VTBfxvHk+CeQjEGtV1fC+0Xx5WKBvqhHwpadA3dVJ+DIAyBcg1qo6AV+eEuibKAK+PC1QdzQJXwYC+QLEWkUT8GWUQN/EEfDlJYG640n48hSQL0CsVTwBXyYL9E0NAr5MEag7iYQvTwP5AsRaJRHwZYFA39Qm4MtCgbrrkPBlEJAvQKxVHQK+rBLom3oEfFktUHd9Er4MBvIFiLWqT8CXzQJ904CAL18K1N2QhC/PAPkCxFo1JODLboG+aUTAlz0CdTcm4cuzQL4AsVaNCfhyVKBvmhDw5ZhA3U1J+DIEyBcg1qopAV8urYbvm2YEfMkmUHdzEr4MBfIFiLVqTsCXwgJ905KAL0UE6m5FwpfngHwBYq1aEfDlSoG+aU3Al6sE6m5DwpfngXwBYq3aEPAlRqBv2hLwJVag7nYkfBkG5AsQa9WOgC83CPRNMgFfbhSoO4WEL8OBfAFirVII+NJCoG/SCPhyh0DdHUn48gKQL0CsVUcCvnQQ6JvOBHxJFai7CwlfXgTyBYi16kLAl4cF+qYrAV96CtTdjYQvI4B8AWKtuhHw5SmBvulOwJenBeruQcKXkUC+ALFWPQj4Mkqgb3oR8OUlgbp7k/BlFJAvQKxVbwK+TBbomz4EfJkiUHdfEr68BOQLEGvVl4AvCwT6ph8BXxYK1N2fhC+jgXwBYq36E/BllUDfDCDgy2qBugeS8GUMkC9ArNVAAr5sFuibQQR8+VKg7sEkfHkZyBcg1mowAV92C/TNEAK+7BGoeygJX14B8gWItRpKwJejAn0zjIAvxwTqHk7Cl7FAvgCxVsMJ+HKpwOd6jiDgSzaBukeS8GUckC9ArNVIAr4UFuib0QR8KSJQ9xgSvrwK5AsQazWGgC9XCvTNWAK+XCVQ9zgSvrwG5AsQazWOgC8xAn0znoAvsQJ1TyDhy3ggX4BYqwkEfLlBoG8mEvDlRoG6J5HwZQKQL0Cs1SQCvrQQ6JupBHy5Q6DuaSR8eR3IFyDWCrl++kv/TqX/r5wznv4OD/29BPqz1vXnR+vPxNWf86k/u1B/Hpv+jCn9uTn6s0D05xvod7b1e6j63Tr9vpB+B0I/162fVdXP3+lnivRzEjr71XmW9ui176i9FH0+1Pe8Wsf13vR69QjPhe67N6rL9B1cR4F9p/E9HfHX9zjpNZgovM6TgN/xFNS3+U4S+jbfyfbbfLEgTRb4Nt8phn+br657CtG3+UrM1f9tvlnB89Y3eS2rY2+eWglh5r9Qc3av71Rn7tP+wTcEl3f9/7K4/pnFhVX5iIt/Q/CFxvmv+IZgvZjlXAs3rfr5O6/J3xA8DbhBTq+OX9/p/2A9MzvvGcDNoTTwNHCF8CkS8W2VUwVOkTMJ6p4mUPebhrsGuu4ZAnXPCsg1iMzcpYB9qYBYK6n1g/Oa8PQ4U+j0+KY9PWJBelPg9DjL8NOjrnsW0elxlj090p8eZztzn2NPj//+ylio2b7T4xyy0+Mc4Ab5lsDp8a0ATo9z7enxX5+iZgucJuYS1D1HoO55BKfHuQJ1zyc5PQL7UgGxVsj106J/OuL8C40PujfnVDd/jvOEMm48IYGCyNpQ8wka6m30HNET1N7y2wKKsYhEMeYB764XAEm5iOBOY4FA3yysjlXKUxHnX8h1lVjbhQQb2yLTN7Yj6WO0EWjQxYYT8570mh8UqHtJQBt6Zuf5DnATBmKtpNYvK3j9DiC5AsRCgitSIrakuvni/Y5A3csM3xu1aC0WqPs9kr1xKZCPQKwVcv2Eb/r+DHbRvbmE4KZvaXWZPocT8t3Mn+qinLFUUE9BvCv0FMQy+xQEFqRlAk9BvGf4UxC67veEE3XJNY3M5BXEExDNrsM+AXEnHi8PoUFjq4wf3Ou73Jn7+//gCYgKEef3kP8JiAoRF38C4kLjXPQJCNAi/LkYGcUtr/7XBLM6C1HONznU38xoPrQKrzD8OJBBEnTdH5h9HPjzzmY5UHTeB461kiQ7APa3AvaMAq6fZ8OH7w8kbxR/AH6j+EzEX2Ki1+AD4TeKVxI+E75S6DT0oT0NYUH6UOA0tMrw05CuexXZaWiV4GlIqGcDe956tYPlGtOft0YvQkZxq33PSK+pHnHehQ6aVgNJvobkTuIjQiX+SEiJ11olxoK0VkCJPzZciXXdH5Mp8cdWid2XR4nXOVh+ElYlXudT4k8CUOJ1QJJ/An5+78z55Rsfk35S3fw5rmeJcj8FP+nO2FCfEjTUBtMfCNXnjQ0Cbv8aErd6PXCX/wxISuT6sT7x/RkBwTdKKQb6dgb5BOvn4CdYMy70k32bgPOsAoyPqgptjuhN/AtCY+YLIWNmszVmsCBtFjBmvjTcmNF1f0lmzHzJZ8xIPJD159ju+W9xsPwqrMbMFp8x81UAxswWIMm/ErqTQSvxVkIl3iqkxF9bJcaC9LWAEm8zXIl13dvIlHibVWLP2O75f+NguT2sSvyNT4m3B6DE3wBJvt062gq4BmJz/JYlItlhG0rtIGio70yPSPR54zuBiGQtSUTyLXCX3wkkJXL9WCOSnQQE/15KMdBxwS5gc1YDxgXVSeKCHwhNih+ETIrd1qTAgrRbwKTYY7hJoeveQ2ZS7OEzKaIEx/aYFHsdLH8Mq0mx12dS/BiASbEXSPIfq8s0HVqJ9xEq8T4hJf7JKjEWpJ8ElHi/4Uqs695PpsT7rRK7L48S/+xgeSCsSvyzT4kPBKDEPwNJfgCoxKzuLnANxOb4C0tccNDGBeogQUP9anpcoM8bvwrEBetI4oJfgLv8ISApkevHGhccIiD4byxxwWFgc0YB44JokrjgCKFJcUTIpDhqTQosSEcFTIpjhpsUuu5jZCbFMT6TIlpwbI9JcdzB8kRYTYrjPpPiRAAmxXEgyU9Ul2k6tBKfJFTik0JK/LtVYixIvwso8SnDlVjXfYpMiU9ZJXZfHiU+7WB5JqxKfNqnxGcCUOLTQJKfASoxq7sLXAOxOf7BEhectXGBOkvQUOdMjwv0eeOcQFywniQu+AN5KxeJmxdy/VjjAuB6is0xS6RMn8PjgqzA5owDxgXxJHHBJZF8JsUlwOZ0z/dS10pbkyKTY2qQ9IKix80GbFipurNFwjESNSmyAQkVkEkRIzi2x6TI7qx8DhcCoTIp9AKUcxWb4wIf0I02KbIDSZ4jUqbp0Eqck1CJcwopcS6rxFiQcgkocW7DlVjXnZtMiXNbJXZfHiXO46x83rAqcR6fEucNQInzAEmeF6jErO4ucA3E5niZlPmDvmXKBzR/WBsqH0FDXY6eI3qC+rxxeSS+QTeQxAWXAXf5/EBSItePNS7IT0DwAixxQUFgc9YAxgVJJHFBIUKTopCQSVHYmhRYkAoLmBRFDDcpdN1FyEyKInwmRazg2B6Toqiz8sXCalIU9ZkUxQIwKYoCSV4sUqbp0EpcnFCJiwspcQmrxFiQSggocUnDlVjXXZJMiUtaJXZfHiUu5ax86bAqcSmfEpcOQIlLAUleGqjErO4ucA3E5ngFS1xQxsYFqgxBQ5U1PS7Q542yAnHBRpK44ArgLl8OSErk+rHGBeUICF6eJS6oAGzO2sC4oA5JXFCR0KSoKGRSXGlNCixIVwqYFFcZblLouq8iMymu4jMp4gTH9pgUlZyVrxxWk6KSz6SoHIBJUQlI8sqRMk2HVuKrCZX4aiElvsYqMRakawSUuIrhSqzrrkKmxFWsErsvjxJXdVb+2rAqcVWfEl8bgBJXBZL8WqASs7q7wDUQm+N1LHFBNRsXqGoEDVXd9LhAnzeqC8QFm0jiguuAu3wkkJTI9WONCyIJCK5Y4oIoYHPWA8YF9UnigmhCkyJayKSIsSYFFqQYAZMi1nCTQtcdS2ZSxPKZFPGCY3tMijhn5ePDalLE+UyK+ABMijggyeMjZZoOrcQJhEqcIKTEiVaJsSAlCihxDcOVWNddg0yJa1gldl8eJU5yVr5mWJU4yafENQNQ4iQgyWsClZjV3QWugdgca7HEBbVtXKBqEzRUHdPjAn3eqCMQF2wmiQtqAXf564GkRK4fa1xwPQHB67LEBfWAzdkAGBc0JIkL6hOaFPWFTIobrEmBBekGAZPiRsNNCl33jWQmxY18JkWC4Ngek6KBs/INw2pSNPCZFA0DMCkaAEneMFKm6dBKfBOhEt8kpMQ3WyXGgnSzgBI3MlyJdd2NyJS4kVVi9+VR4sbOyt8SViVu7FPiWwJQ4sZAkt8CVGJWdxe4BmJzvJUlLmhi4wLVhKChmpoeF+jzRlOBuGALSVxwK3CXvw1ISuT6scYFtxEQ/HaWuKAZsDkbAeOCxiRxQXNCk6K5kEnRwpoUWJBaCJgUdxhuUui67yAzKe7gMykSBcf2mBQtnZVvFVaToqXPpGgVgEnREkjyVpEyTYdW4jsJlfhOISW+yyoxFqS7BJS4teFKrOtuTabEra0Suy+PErdxVv7usCpxG58S3x2AErcBkvxuoBKzurvANRCb4z0scUFbGxeotgQN1c70uECfN9oJxAVbSeKCe4C7/L1AUiLXjzUuuJeA4O1Z4oJkYHM2AcYFTUnighRCkyJFyKToYE0KLEgdBEyKVMNNCl13KplJkcpnUrQXHNtjUqQ5K98xrCZFms+k6BiASZEGJHnHSJmmQytxJ0Il7iSkxPdZJcaCdJ+AEnc2XIl13Z3JlLizVWL35VHiLs7K3x9WJe7iU+L7A1DiLkCS3w9UYlZ3F7gGYnN8gCUu6GrjAtWVoKG6mR4X6PNGN4G4YBtJXPAAcJd/EEhK5PqxxgUPEhD8IZa4oDuwOZsB44LmJHFBD0KTooeQSfGwNSmwID0sYFL0NNyk0HX3JDMpevKZFMmCY3tMil7OyvcOq0nRy2dS9A7ApOgFJHnvSJmmQyvxI4RK/IiQEj9qlRgL0qMCStzHcCXWdfchU+I+Vondl0eJ+zor/1hYlbivT4kfC0CJ+wJJ/hhQiVndXeAaiM3xcZa4oJ+NC1Q/gobqb3pcoM8b/QXigu0kccHjwF3+CSApkevHGhc8QUDwJ1niggHA5mwJjAtakcQFAwlNioFCJsVT1qTAgvSUgEnxtOEmha77aTKT4mk+kyJFcGyPSTHIWfnBYTUpBvlMisEBmBSDgCQfHCnTdGglfoZQiZ8RUuJnrRJjQXpWQImHGK7Euu4hZEo8xCqx+/Io8VBn5Z8LqxIP9SnxcwEo8VAgyZ8DKjGruwtcA7E5Ps8SFwyzcYEaRtBQw02PC/R5Y7hAXLCDJC54HrjLvwAkJXL9WOOCFwgI/iJLXDAC2JytgXFBG5K4YCShSTFSyKQYZU0KLEijBEyKlww3KXTdL5GZFC/xmRQdBMf2mBSjnZUfE1aTYrTPpBgTgEkxGkjyMZEyTYdW4pcJlfhlISV+xSoxFqRXBJR4rOFKrOseS6bEY60Suy+PEo9zVv7VsCrxOJ8SvxqAEo8DkvxVoBKzurvANRCb42ssccF4Gxeo8QQNNcH0uECfNyYIxAU7SeKC14C7/OtAUiLXjzUueJ2A4G+wxAUTgc3ZFhgXtCOJCyYRmhSThEyKydakwII0WcCkmGK4SaHrnkJmUkzhMylSBcf2mBRTnZWfFlaTYqrPpJgWgEkxFUjyaZEyTYdW4umESjxdSIlnWCXGgjRDQIlnGq7Euu6ZZEo80yqx+/Io8ZvOys8KqxK/6VPiWQEo8ZtAks8CKjGruwtcA7E5zmaJC+bYuEDNIWiot0yPC/R54y2BuGAXSVwwG7jLzwWSErl+rHHBXAKCz2OJC+YDmzMZGBekkMQFbxOaFG8LmRQLrEmBBWmBgEmx0HCTQte9kMykWMhnUqQJju0xKRY5K/9OWE2KRT6T4p0ATIpFQJK/EynTdGglXkyoxIuFlHiJVWIsSEsElHip4Uqs615KpsRLrRK7L48Sv+us/LKwKvG7PiVeFoASvwsk+TKgErO6u8A1EJvjeyxxwXIbF6jlBA31vulxgT5vvC8QF+wmiQveA+7yK4CkRK4fa1ywgoDgH7DEBSuBzZkGjAs6ksQFHxKaFB8KmRSrrEmBBWmVgEmx2nCTQte9msykWE1nUqhIubG9JsUa5y99FFaTYo3PpPgoAJNiDZDkH0XKNB1aidcSKvFaISX+2CoxFqSPBZR4neFKrOteR6bE66wSewZ3z/8T5y+tD6sSf+JT4vUBKPEnQJKvByoxq7u7PtL8OX7KEhdssHGB2kDQUJ+ZHhfo88ZnAnHBXpK44FPgLr8RSErk+rHGBRsJCP45S1ywCdicnYFxQReSuOALQpPiCyGTYrM1KbAgbRYwKb403KTQdX9JZlJ8yWdSKLmxvSbFFmflvwqrSbHFZ1J8FYBJsQVI8q8iZZoOrcRbCZV4q5ASf22VGAvS1wJKvM1wJdZ1byNT4m1WiT2Du+f/jbPy28OqxN/4lHh7AEr8DZDk24FKzOrubo80f47fssQFO2xcoHYQNNR3pscF+rzxnUBcsI8kLvgWuMvvBJISuX6sccFOAoJ/zxIX7AI2Z1dgXNCNJC74gdCk+EHIpNhtTQosSLsFTIo9hpsUuu49ZCbFHj6TIkpubK9JsddZ+R/DalLs9ZkUPwZgUuwFkvzHSJmmgx8tCJV4n5AS/2SVGAvSTwJKvN9wJdZ17ydT4v1WiT2Du+f/s7PyB8KqxD/7lPhAAEr8M5DkB4BKzOruHog0f46/sMQFB21coA4SNNSvpscF+rzxq0BcsJ8kLvgFuMsfApISuX6sccEhAoL/xhIXHAY2Z3dgXNCDJC44QmhSHBEyKY5akwIL0lEBk+KY4SaFrvsYmUlxjM+kiJYb22tSHHdW/kRYTYrjPpPiRAAmxXEgyU9EyjQdWolPEirxSSEl/t0qMRak3wWU+JThSqzrPkWmxKesEnsGd8//tLPyZ8KqxKd9SnwmACU+DST5GaASs7q7ZyLNn+MfLHHBWRsXqLMEDXXO9LhAnzfOCcQFB0jigj+Qt3IKGK7auEAB11NsjlmUTJ/D44KswObsBYwLepPEBZcoPpPiEmBzuud7qcsqsCZFJsfUIOkFRY+bDdiwUnVnU3CMRE2KbEBCBWRSxMiN7TUpsjtY5nBhGiqTQi9AOVexOS7w6RNokyI7kOQ5lEzToZU4J6ES5xRS4lxWibEg5RJQ4tyGK7GuOzeZEue2SuwZ3D3/PA6WecOqxHl8Spw3ACXOAyR5XqASs7q7eZX5c7xMyvxB3zLlA5o/rA2Vj6ChLkfPET1Bfd64XAm8/kISF1wG3OXzA0mJXD/WuCA/AcELsMQFBYHN2QcYF/QliQsKEZoUhYRMisLWpMCCVFjApChiuEmh6y5CZlIU4TMpYuXG9poURR0si4XVpCjqMymKBWBSFAWSvJiSaTq0EhcnVOLiQkpcwioxFqQSAkpc0nAl1nWXJFPiklaJPYO751/KwbJ0WJW4lE+JSwegxKWAJC8NVGJWd7e0Mn+OV7DEBWVsXKDKEDRUWdPjAn3eKCsQFxwiiQuuAO7y5YCkRK4fa1xQjoDg5VniggrA5uwHjAv6k8QFFQlNiopCJsWV1qTAgnSlgElxleEmha77KjKT4io+kyJObmyvSVHJwbJyWE2KSj6TonIAJkUlIMkrK5mmQyvx1YRKfLWQEl9jlRgL0jUCSlzFcCXWdVchU+IqVok9g7vnX9XB8tqwKnFVnxJfG4ASVwWS/FqgErO6u9cq8+d4HUtcUM3GBaoaQUNVNz0u0OeN6gJxwWGSuOA64C4fCSQlcv1Y44JIAoIrlrggCticA4BxwUCSuCCa0KSIFjIpYqxJgQUpRsCkiDXcpNB1x5KZFLF8JkW83NhekyLOwTI+rCZFnM+kiA/ApIgDkjxeyTQdWokTCJU4QUiJE60SY0FKFFDiGoYrsa67BpkS17BK7BncPf8kB8uaYVXiJJ8S1wxAiZOAJK8JVGJWd7emMn+OtVjigto2LlC1CRqqjulxgT5v1BGIC46SxAW1gLv89UBSItePNS64noDgdVnignrA5hwEjAsGk8QF9QlNivpCJsUN1qTAgnSDgElxo+Emha77RjKT4kY+kyJBbmyvSdHAwbJhWE2KBj6TomEAJkUDIMkbKpmmQyvxTYRKfJOQEt9slRgL0s0CStzIcCXWdTciU+JGVok9g7vn39jB8pawKnFjnxLfEoASNwaS/BagErO6u7co8+d4K0tc0MTGBaoJQUM1NT0u0OeNpgJxwXGSuOBW4C5/G5CUyPVjjQtuIyD47SxxQTNgcw4BxgVDSeKC5oQmRXMhk6KFNSmwILUQMCnuMNyk0HXfQWZS3MFnUiTKje01KVo6WLYKq0nR0mdStArApGgJJHkrJdN0aCW+k1CJ7xRS4rusEmNBuktAiVsbrsS67tZkStzaKrFncPf82zhY3h1WJW7jU+K7A1DiNkCS3w1UYlZ3925l/hzvYYkL2tq4QLUlaKh2pscF+rzRTiAuOEkSF9wD3OXvBZISuX6sccG9BARvzxIXJAObcxgwLhhOEhekEJoUKUImRQdrUmBB6iBgUqQablLoulPJTIpUPpOivdzYXpMizcGyY1hNijSfSdExAJMiDUjyjkqm6dBK3IlQiTsJKfF9VomxIN0noMSdDVdiXXdnMiXubJXYM7h7/l0cLO8PqxJ38Snx/QEocRcgye8HKjGru3u/Mn+OD7DEBV1tXKC6EjRUN9PjAn3e6CYQF5xK5ogLHgDu8g8CSYlcP9a44EECgj/EEhd0BzbnCFxzqpFCGwV6Q+tBaFL0EDIpHrYmBRakhwVMip6GmxS67p5kJkVPPpMiWW5sr0nRy8Gyd1hNil4+k6J3ACZFLyDJeyuZpkMr8SOESvyIkBI/apUYC9KjAkrcx3Al1nX3IVPiPlaJPYO759/XwfKxsCpxX58SPxaAEvcFkvwxoBKzuruPKfPn+DhLXNDPxgWqH0FD9Tc9LtDnjf4CccEZkrjgceAu/wSQlMj1Y40LniAg+JMsccEAYHOOBsYFY0jigoGEJsVAIZPiKWtSYEF6SsCkeNpwk0LX/TSZSfE0n0mRIje216QY5GA5OKwmxSCfSTE4AJNiEJDkg5VM06GV+BlCJX5GSImftUqMBelZASUeYrgS67qHkCnxEKvEnsHd8x/qYPlcWJV4qE+JnwtAiYcCSf4cUIlZ3d3nlPlzfJ4lLhhm4wI1jKChhpseF+jzxnCBuOAsSVzwPHCXfwFISuT6scYFLxAQ/EWWuGAEsDnHAuOCcSRxwUhCk2KkkEkxypoUWJBGCZgULxluUui6XyIzKV7iMyk6yI3tNSlGO1iOCatJMdpnUowJwKQYDST5GCXTdGglfplQiV8WUuJXrBJjQXpFQInHGq7Euu6xZEo81iqxZ3D3/Mc5WL4aViUe51PiVwNQ4nFAkr8KVGJWd/dVZf4cX2OJC8bbuECNJ2ioCabHBfq8MUEgLohI4YgLXgPu8q8DSYlcP9a44HUCgr/BEhdMBDbneGBcMIEkLphEaFJMEjIpJluTAgvSZAGTYorhJoWuewqZSTGFz6RIlRvba1JMdbCcFlaTYqrPpJgWgEkxFUjyaUqm6dBKPJ1QiacLKfEMq8RYkGYIKPFMw5VY1z2TTIlnWiX2DO6e/5sOlrPCqsRv+pR4VgBK/CaQ5LOASszq7s5S5s9xNktcMMfGBWoOQUO9ZXpcoM8bbwnEBVlJ4oLZwF1+LpCUWW1coOYSEHweS1wwH9icE4FxwSSSuOBtQpPibSGTYoE1KbAgLRAwKRYablLouheSmRQL+UyKNLmxvSbFIgfLd8JqUizymRTvBGBSLAKS/B0l03RoJV5MqMSLhZR4iVViLEhLBJR4qeFKrOteSqbES60SewZ3z/9dB8tlYVXid31KvCwAJX4XSPJlQCVmdXeXKfPn+B5LXLDcxgVqOUFDvW96XKDPG+8LxAWXksQF7wF3+RVIUtq4QK0gIPgHLHHBSmBzTgXGBdOSg9koMrt+HwLXrzRw/a4AjiW5fqv++9dPtP9WA9dvBXD9PgCvH/y5hfQxjgqMmz1Ftu7IzF1K13xSoO4cQjd2WcH1A/FROQiwPgXEOjXtP1fK0QizuV08QobbuQnwPiZQdx4SbgPxUXlSzO7xRkI9no+gx48L1H05SY8D8VHImjUe2V316n3orIPVWeffrUm/V/3IMZXcv3vK+R393zN+d236zx/77Hy0lX8aONY64H14UGH17xFY/DOuT2xYjQXpE4Gwer3hYbWue71QWC0hSusE3PJPVbAb9Ib0v/fZ32zQG1wb9Mb0nz+/wO+edH53o/O7egPYlP7zF8KbObKfNwM383+y7l+m/70tf7PuX7rW/av0n7f+zbp/5Vr3r9N/3naB3/3d+d2vnd/VG+U36T9vdzCS2Gs2CfCjoOE3q7qPvhGou1BAKVpm5/ktkEdArJXU+qFx3vHv97RI31iB3VTuEHoC8jt7U4kF6TuBm8qdht9U6rp3kj0BuVPwCUi0O3EgfQxkIvp59YiIVcJ4ZXJs5f8X7vX93pn7rn/whOa5iPN7yP+E5rmIiz+heaFx/s+e0NQLsNxV7C5Xc/gnhPrb3wM3oR/+ZqyE+NTktPiY6PaRMWnJ6ePEpaVGt49KVGkJ0enDR8eo5PapkR1ikuPjYuIS0uIDewfhByEF3m0VGAvSbgEF3mO4Auu69wRk62S2/l3OXNHjFjX0IUj/PJG9tBd4V1AUnFvoTUzPr64zJrrnM+6K4Dm34fZHxt0buu4SZtof5x25kTciu4BjlSR5CBvY3wrYM6okiX30I6F99KPQzes+e/OKBWmfwM3rT4bfvOq6fyLKJCXm+r+9RIue/65MbARpnis1MLtnv7PeP/8Du6feBdbOb/fUi7i43XOhcS5q90g0G2isP+/I96u/is3qLGrdCO+FvuMA1qF+Bm5mB2BkSEvLWM8DgicevY67BO78y5j1VOZ5d0lHXX2LrLus4U+jHnX4iR63nKEnFb/AIPcNd49ndv3Kk5z0gP2tgD2jpNYvK5gn+4Fa8wvQqdNjSGjLL0pmD0NiLeEibqyOr7sSgYu4SaDuyiQPUR0E8hGItapseN9ovnwv0DdVCPiyS6DuqiR8+RXIFyDWqioBX34T6JtqBHw5LFB3dRK+HALyBYi1qk7AlyyR+L6JIuBLVoG6o0n48huQL0CsVTQBXwoI9E0cAV8KCtQdT8KXw0C+ALFW8QR8KS/QNzUI+FJBoO4kEr4cAfIFiLVKIuCLEuib2gR8iRKouw4JX44C+QLEWtUh4Etdgb6pR8CXegJ11yfhyzEgX4BYq/oEfLldoG8aEPClmUDdDUn4chzIFyDWqiEBX9oL9E0jAr4kC9TdmIQvJ4B8AWKtGhPw5SGBvmlCwJfuAnU3JeHLSSBfgFirpgR8eVKgb5oR8GWAQN3NSfjyO5AvQKxVcwK+vCjQNy0J+DJCoO5WJHw5BeQLEGvVioAvbwj0TWsCvkwUqLsNCV9OA/kCxFq1IeDLPIG+aUvAl/kCdbcj4csZIF+AWKt2BHz5QKBvkgn4slKg7hQSvvwB5AsQa5VCwJfPBfomjeH9F4G6O5Lw5SyQL0CsVUcCvnwv0DedGd5/Eai7CwlfzgH5AsRadSHgy28CfdOV4f0Xgbq7kfAlIgq3lkCsVTcCvmQReA+7O8P7LwJ19yDhSxYgX4BYqx4EfCkg0De9GN5/Eai7NwlfsgL5AsRa9SbgS3mBvunD8P6LQN19SfhyCZAvQKxVXwK+KIG+6cfw/otA3f1J+HIpkC9ArFV/Ar7UFeibAQzvvwjUPZCEL9mAfAFirQYS8OV2gb4ZxPD+i0Ddg0n4kh3IFyDWajABX9oL9M0QhvdfBOoeSsKXHEC+ALFWQwn48pBA3wxjeP9FoO7hJHzJCeQLEGs1nIAvTwr0zQiG918E6h5JwpdcQL4AsVYjCfjyokDfjGZ4/0Wg7jEkfMkN5AsQazWGgC9vCPTNWIb3XwTqHkfClzxAvgCxVuMI+DJPoG/GM7z/IlD3BBK+5AXyBYi1mkDAlw8E+mYiw/svAnVPIuHLZUC+ALFWyPXTX/qXPR3gcs54+js89PcS6M9a158frT8TV3/Op/7sQv15bPozpvTn5ujPAtGfb6Df2dbvoep36/T7QvodCP1ct35WVT9/p58p0s9J6OxX51nao9e+o/ZS9PlQ3/NqHdd7k15v94Xuu3xRMn2HnuflwL7T+ObI4vpyxfSxLxde5/xRwGdsXPP7uzlHZu5S+YG94Z5vAdda22/zzeSYGiS9oOhxCwIbVqruglFwjETmqr+cTGKuuoHdxMkKnre+yftQYW+eVikZzPwXas7u9S3kYFjYheX/9g3B5V3/vyyuf2ZxYVU+4uLfEHyhcf4rviFYL2Y518IVjjp/573E3DpUYeAGWSQKv75F/sF6ZnbeRYF3ZcWBp4ESwqdIxLdVForCjzuVoO7CAnVPM9w10HUXFah7ekCuQWTmLgXsSwXEWkmtHxrnYoSnx2JCp8fi9vSIBam4wOmxhOGnR113CaLTYwl7eqQ/PZZ0MCxlT4///spYqJK+02MpstNjKeAGWVrg9Fg6gNPjFfb0+K9PUSUFThOzCOouJVD3bILT4xUCdc8hOT0C+1IBsVbI9dOin+MCxzI0PujeLBVl/hzLCGXccEKWBQoia0OVJWiocug5oif4n2xFQDHmkyhGGeDddXkgKecT3GmUF+ibClFYpcxOuLFVINjYKpq+sZ1OH2OtwOOXCwwn5rr0mr8VqHshyWOnVwI3YSDWSmr9soLX7yhwrKuAWEhwRUrEKkWZL95XCtS92PC9UYvWVQJ1LyHZGysD+QjEWi1Jobnp+zNVQvdmJYKbvspRMn0OJ+TVmT/VRTljqaCegrha6CmIa+xTEFiQrhF4CqKK4U9B6LqrCD0FkXFJrmlkJq8gnoB4vzr2CYjV+CcgPIQGja0yfnCvb1Wn1679B09AVIg4v4f8T0BUiLj4ExAXGueiT0CAFuHPxcgormrUXxPM6ixEOd/kUH8zo/nQKryM4A3d1QJWyXtmHwf+vLOpChSda4FjLSfJDoD9rYA9o4Dr59nw0Ty5juSN4mrgN4pzZvlLTPQaVBN+o7g64TPh1YVOQ5H2NIQFKVLgNKQMPw3puhXZaUgJnoaEejaw562jHCyjTX/eGr0IGcVF+Z6Rjo6KOO9CB01RQJJHk9xJxBAqcYyQEsdaJcaCFCugxHGGK7GuO45MieOsErsvjxLHO1gmhFWJ431KnBCAEscDSZ4Afn4vJ+HzewlR5s8xkSXKrQF+0p2xoWoQNFSS6Q+E6vNGksDDPytJ3OpE4C5fE0jKlTwP/4iRpyYBwWtJKQb6dgb5BGtt8BOsGRf6yb46wHlWAsZHlUk+Nud6QmPmeiFjpq41ZrAg1RUwZuoZbszouuuRGTP1+IwZiQey/hzbPf/6DpY3hNWYqe8zZm4IwJipDyT5DUJ3MmglvpFQiW8UUuIGVomxIDUQUOKGhiuxrrshmRI3tErsGds9/5scLG8OqxLf5FPimwNQ4puAJL/ZOtoKuAZic2zEEpE0tg2lGhM01C2mRyT6vHGLQESyiiQiaQTc5W8FknKVjUjUrQQEbyKlGOi4oCmwOasA44KqJHHBbYQmxW1CJsXt1qTAgnS7gEnRzHCTQtfdjMykaMZnUkQJju0xKZo7f6lFWE2K5j6TokUAJkVzIMlbRMk0HVqJ7yBU4juElLilVWIsSC0FlLiV4Uqs625FpsStrBK7L48S3+n8pbvCqsR3+pT4rgCU+E4gye8CKjGruwtcA7E5tmaJC9rYuEC1IWiou02PC/R5426BuGANSVzQGrjL3wMk5RobF6h7CAjeliUuaAdszmrAuKA6SVxwL6FJca+QSdHemhRYkNoLmBTJhpsUuu5kMpMimc+kiBYc22NSpDhYdgirSZHiMyk6BGBSpABJ3iFKpunQSpxKqMSpQkqcZpUYC1KagBJ3NFyJdd0dyZS4o1Vi9+VR4k4OlveFVYk7+ZT4vgCUuBOQ5PcBlZjV3QWugdgcO7PEBV1sXKC6EDTU/abHBfq8cb9AXLCWJC7oDNzlHwCScq2NC9QDBATvyhIXdAM2ZxQwLogmiQseJDQpHhQyKR6yJgUWpIcETIruhpsUuu7uZCZFdz6TIkZwbI9J0cPB8uGwmhQ9fCbFwwGYFD2AJH84Sqbp0Erck1CJewopcS+rxFiQegkocW/DlVjX3ZtMiXtbJXZfHiV+xMHy0bAq8SM+JX40ACV+BEjyR4FKzOruAtdAbI59WOKCvjYuUH0JGuox0+MCfd54TCAuWEcSF/QB7vKPA0m5zsYF6nECgvdjiQv6A5szDhgXxJPEBU8QmhRPCJkUT1qTAgvSkwImxQDDTQpd9wAyk2IAn0kRKzi2x6QY6GD5VFhNioE+k+KpAEyKgUCSPxUl03RoJX6aUImfFlLiQVaJsSANElDiwYYrsa57MJkSD7ZK7L48SvyMg+WzYVXiZ3xK/GwASvwMkOTPApWY1d0FroHYHIewxAVDbVyghhI01HOmxwX6vPGcQFywniQuGALc5Z8HknK9jQvU8wQEH8YSFwwHNmcNYFyQRBIXvEBoUrwgZFK8aE0KLEgvCpgUIww3KXTdI8hMihF8JkWc4Ngek2Kkg+WosJoUI30mxagATIqRQJKPipJpOrQSv0SoxC8JKfFoq8RYkEYLKPEYw5VY1z2GTInHWCV2Xx4lftnB8pWwKvHLPiV+JQAlfhlI8leASszq7gLXQGyOY1nignE2LlDjCBrqVdPjAn3eeFUgLthAEheMBe7yrwFJucHGBeo1AoKPZ4kLJgCbszYwLqhDEhe8TmhSvC5kUrxhTQosSG8ImBQTDTcpdN0TyUyKiXwmRbzg2B6TYpKD5eSwmhSTfCbF5ABMiklAkk+Okmk6tBJPIVTiKUJKPNUqMRakqQJKPM1wJdZ1TyNT4mlWid2XR4mnO1jOCKsST/cp8YwAlHg6kOQzgErM6u4C10BsjjNZ4oI3bVyg3iRoqFmmxwX6vDFLIC7YSBIXzATu8rOBpNxo4wI1m4Dgc1jigreAzVkPGBfUJ4kL5hKaFHOFTIp51qTAgjRPwKSYb7hJoeueT2ZSzOczKRIEx/aYFG87WC4Iq0nxts+kWBCASfE2kOQLomSaDq3ECwmVeKGQEi+ySowFaZGAEr9juBLrut8hU+J3rBK7L48SL3awXBJWJV7sU+IlASjxYiDJlwCVmNXdBa6B2ByXssQF79q4QL1L0FDLTI8L9HljmUBcsIkkLlgK3OXfA5Jyk40L1HsEBF/OEhe8D2zOBsC4oCFJXLCC0KRYIWRSfGBNCixIHwiYFCsNNyl03SvJTIqVfCZFouDYHpPiQwfLVWE1KT70mRSrAjApPgSSfFWUTNOhlXg1oRKvFlLiNVaJsSCtEVDijwxXYl33R2RK/JFVYvflUeK1DpYfh1WJ1/qU+OMAlHgtkOQfA5WY1d0FroHYHNexxAWf2LhAfULQUOtNjwv0eWO9QFywmSQuWAfc5T8FknKzjQvUpwQE38ASF3wGbM5GwLigMUlcsJHQpNgoZFJ8bk0KLEifC5gUmww3KXTdm8hMik18JkV7wbE9JsUXDpabw2pSfOEzKTYHYFJ8AST55iiZpkMr8ZeESvylkBJvsUqMBWmLgBJ/ZbgS67q/IlPir6wSuy+PEm91sPw6rEq81afEXwegxFuBJP8aqMSs7i5wDcTmuI0lLvjGxgXqG4KG2m56XKDPG9sF4oItJHHBNuAu/y2QlFtsXKC+JSD4Dpa44DtgczYBxgVNSeKCnYQmxU4hk+J7a1JgQfpewKTYZbhJoeveRWZS7OIzKZIFx/aYFD84WO4Oq0nxg8+k2B2ASfEDkOS7o2SaDq3EewiVeI+QEu+1SowFaa+AEv9ouBLrun8kU+IfrRK7L48S73Ow/CmsSrzPp8Q/BaDE+4Ak/wmoxKzuLnANxOa4nyUu+NnGBepngoY6YHpcoM8bBwTigq0kccF+4C7/C5CUW21coH4hIPhBlrjgV2BzNgPGBc1J4oJDhCbFISGT4jdrUmBB+k3ApDhsuEmh6z5MZlIc5jMpUgTH9pgURxwsj4bVpDjiMymOBmBSHAGS/GiUTNOhlfgYoRIfE1Li41aJsSAdF1DiE4Yrsa77BJkSn7BK7L48SnzSwfL3sCrxSZ8S/x6AEp8Ekvx3oBKzurvANRCb4ymWuOC0jQvUaYKGOmN6XKDPG2cE4oJtJHHBKeAu/weQlNtsXKD+ICD4WZa44BywOVsC44JWJHFBRDSfSeGec2QmL/d8s0T/9bM1KTI7ZvT/LCh63KzAhpWqO2s0HCNRkyIrkFABmRQdBMf2mBSXOFhe6sI0VCaFXoByrmLdC+GfUMbfzrSSAEl+abRM06GVOBuhEmcTUuLsVomxIGUXUOIchiuxrjsHmRLnsErsvjxKnNPBMldYlTinT4lzBaDEOYEkzwVUYlZ3F7gGYnPMLTDHC040sw2VBzdR2rggD0FD5UXPET1Bfd7IG41v0O0kcUFu4C5/GZCU221coC4jIHg+KcVAxwWXA5uzNTAuaEMSF+QnNCnyC5kUBaxJgQWpgIBJUdBwk0LXXZDMpCjIZ1KkCo7tMSkKOVgWDqtJUchnUhQOwKQoBCR54WiZpkMrcRFCJS4ipMRFrRJjQSoqoMTFDFdiXXcxMiUuZpXYfXmUuLiDZYmwKnFxnxKXCECJiwNJXgKoxKzuLnANxOZYkiUuKGXjAlWKoKFKmx4X6PNGaYG4YAdJXFASuMtfASTlDhsXqCsICF6GJS4oC2zOtsC4oB1JXFCO0KQoJ2RSlLcmBRak8gImRQXDTQpddwUyk6ICn0mRJji2x6So6GB5ZVhNioo+k+LKAEyKikCSXxkt03RoJb6KUImvElLiSlaJsSBVElDiyoYrsa67MpkSV7ZK7L48Sny1g+U1YVXiq31KfE0ASnw1kOTXAJWY1d0FroHYHKuwxAVVbVygqhI01LWmxwX6vHGtQFywkyQuqALc5a8DknKnjQvUdQQEr8YSF1QHNmcyMC5IIYkLIglNikghk0JZkwILkhIwKaIMNyl03VFkJkUUnUmhIuXG9poU0Q6WMWE1KaJ9JkVMACZFNJDkMdEyTYdW4lhCJY4VUuI4q8RYkOIElDjecCXWdceTKXG8VWLP4O75JzhYJoZViRN8SpwYgBInAEmeCFRiVnc3Mdr8OdZgiQuSbFygkggaqqbpcYE+b9QUiAt2kcQFNYC7fC0gKXfZuEDVIiB4bZa4oA6wOdOAcUFHkrjgekKT4nohk6KuNSmwINUVMCnqGW5S6LrrkZkU9fhMCiU3ttekqO9geUNYTYr6PpPihgBMivpAkt8QLdN0aCW+kVCJbxRS4gZWibEgNRBQ4oaGK7GuuyGZEje0SuwZ3D3/mxwsbw6rEt/kU+KbA1Dim4AkvxmoxKzu7s3R5s+xEUtc0NjGBaoxQUPdYnpcoM8btwjEBbtJ4oJGwF3+ViApd9u4QN1KQPAmLHFBU2BzdgbGBV1I4oLbCE2K24RMitutSYEF6XYBk6KZ4SaFrrsZmUnRjM+kiJIb22tSNHewbBFWk6K5z6RoEYBJ0RxI8hbRMk2HVuI7CJX4DiElbmmVGAtSSwElbmW4Euu6W5EpcSurxJ7B3fO/08HyrrAq8Z0+Jb4rACW+E0jyu4BKzOru3hVt/hxbs8QFbWxcoNoQNNTdpscF+rxxt0BcsJckLmgN3OXvAZJyr40L1D0EBG/LEhe0AzZnV2Bc0I0kLriX0KS4V8ikaG9NCixI7QVMimTDTQpddzKZSZHMZ1JEy43tNSlSnL/UIawmRYrPpOgQgEmRAiR5h2iZpkMrcSqhEqcKKXGaVWIsSGkCStzRcCXWdXckU+KOVok9g7vn38n5S/eFVYk7+ZT4vgCUuBOQ5PcBlZjV3b0v2vw5dmaJC7rYuEB1IWio+02PC/R5436BuGAfSVzQGbjLPwAk5T4bF6gHCAjelSUu6AZszu7AuKAHSVzwIKFJ8aCQSfGQNSmwID0kYFJ0N9yk0HV3JzMpuvOZFDFyY3tNih4Olg+H1aTo4TMpHg7ApOgBJPnD0TJNh1binoRK3FNIiXtZJcaC1EtAiXsbrsS67t5kStzbKrFncPf8H3GwfDSsSvyIT4kfDUCJHwGS/FGgErO6u49Gmz/HPixxQV8bF6i+BA31mOlxgT5vPCYQF+wniQv6AHf5x4Gk3G/jAvU4AcH7scQF/YHN2QsYF/QmiQueIDQpnhAyKZ60JgUWpCcFTIoBhpsUuu4BZCbFAD6TIlZubK9JMdDB8qmwmhQDfSbFUwGYFAOBJH8qWqbp0Er8NKESPy2kxIOsEmNBGiSgxIMNV2Jd92AyJR5sldgzuHv+zzhYPhtWJX7Gp8TPBqDEzwBJ/ixQiVnd3WejzZ/jEJa4YKiNC9RQgoZ6zvS4QJ83nhOICw6QxAVDgLv880BSHrBxgXqegODDWOKC4cDm7AOMC/qSxAUvEJoULwiZFC9akwIL0osCJsUIw00KXfcIMpNiBJ9JESc3ttekGOlgOSqsJsVIn0kxKgCTYiSQ5KOiZZoOrcQvESrxS0JKPNoqMRak0QJKPMZwJdZ1jyFT4jFWiT2Du+f/soPlK2FV4pd9SvxKAEr8MpDkrwCVmNXdfSXa/DmOZYkLxtm4QI0jaKhXTY8L9HnjVYG44CBJXDAWuMu/BiTlQRsXqNcICD6eJS6YAGzOfsC4oD9JXPA6oUnxupBJ8YY1KbAgvSFgUkw03KTQdU8kMykm8pkU8XJje02KSQ6Wk8NqUkzymRSTAzApJgFJPjlapunQSjyFUImnCCnxVKvEWJCmCijxNMOVWNc9jUyJp1kl9gzunv90B8sZYVXi6T4lnhGAEk8HknwGUIlZ3d0Z0ebPcSZLXPCmjQvUmwQNNcv0uECfN2YJxAWHSOKCmcBdfjaQlIdsXKBmExB8Dktc8BawOQcA44KBJHHBXEKTYq6QSTHPmhRYkOYJmBTzDTcpdN3zyUyK+XwmRYLc2F6T4m0HywVhNSne9pkUCwIwKd4GknxBtEzToZV4IaESLxRS4kVWibEgLRJQ4ncMV2Jd9ztkSvyOVWLP4O75L3awXBJWJV7sU+IlASjxYiDJlwCVmNXdXRJt/hyXssQF79q4QL1L0FDLTI8L9HljmUBccJgkLlgK3OXfA5LysI0L1HsEBF/OEhe8D2zOQcC4YDBJXLCC0KRYIWRSfGBNCixIHwiYFCsNNyl03SvJTIqVfCZFotzYXpPiQwfLVWE1KT70mRSrAjApPgSSfFW0TNOhlXg1oRKvFlLiNVaJsSCtEVDijwxXYl33R2RK/JFVYs/g7vmvdbD8OKxKvNanxB8HoMRrgST/GKjErO7ux9Hmz3EdS1zwiY0L1CcEDbXe9LhAnzfWC8QFR0nignXAXf5TICmP2rhAfUpA8A0sccFnwOYcAowLhpLEBRsJTYqNQibF59akwIL0uYBJsclwk0LXvYnMpNjEZ1K0lxvba1J84WC5OawmxRc+k2JzACbFF0CSb46WaTq0En9JqMRfCinxFqvEWJC2CCjxV4Yrsa77KzIl/soqsWdw9/y3Olh+HVYl3upT4q8DUOKtQJJ/DVRiVnf362jz57iNJS74xsYF6huChtpuelygzxvbBeKC4yRxwTbgLv8tkJTHbVygviUg+A6WuOA7YHMOA8YFw0nigp2EJsVOIZPie2tSYEH6XsCk2GW4SaHr3kVmUuziMymS5cb2mhQ/OFjuDqtJ8YPPpNgdgEnxA5Dku6Nlmg6txHsIlXiPkBLvtUqMBWmvgBL/aLgS67p/JFPiH60SewZ3z3+fg+VPYVXifT4l/ikAJd4HJPlPQCVmdXd/ijZ/jvtZ4oKfbVygfiZoqAOmxwX6vHFAIC44SRIX7Afu8r8ASXnSxgXqFwKCH2SJC34FNucIYFwwkiQuOERoUhwSMil+syYFFqTfBEyKw4abFLruw2QmxWE+kyJFbmyvSXHEwfJoWE2KIz6T4mgAJsURIMmPRss0HVqJjxEq8TEhJT5ulRgL0nEBJT5huBLruk+QKfEJq8Sewd3zP+lg+XtYlfikT4l/D0CJTwJJ/jtQiVnd3d+jzZ/jKZa44LSNC9RpgoY6Y3pcoM8bZwTiglMkccEp4C7/B5CUp2xcoP4gIPhZlrjgHLA5RwPjgjEkcUFEDJ9J4Z5zZCYv93yzxPz1szUpMjtmzP8sKHrcrMCGlao7awwcI1GTIiuQUAGZFB3kxvaaFJc4WF7qwjRUJoVegHKuYt0L4Z9Qxt/OtJIASX5pjEzToZU4G6ESZxNS4uxWibEgZRdQ4hyGK7GuOweZEuewSuwZ3D3/nA6WucKqxDl9SpwrACXOCSR5LqASs7q7uWLMn2NugTlecKKZbag8uInSxgV5CBoqL3qO6Anq80beGHyDniGJC3IDd/nLgKQ8Y+MCdRkBwfNJKQY6Lrgc2JxjgXHBOJK4ID+hSZFfyKQoYE0KLEgFBEyKgoabFLrugmQmRUE+kyJVbmyvSVHIwbJwWE2KQj6TonAAJkUhIMkLx8g0HVqJixAqcREhJS5qlRgLUlEBJS5muBLruouRKXExq8Sewd3zL+5gWSKsSlzcp8QlAlDi4kCSlwAqMau7WyLG/DmWZIkLStm4QJUiaKjSpscF+rxRWiAuOEsSF5QE7vJXAEl51sYF6goCgpdhiQvKAptzPDAumEASF5QjNCnKCZkU5a1JgQWpvIBJUcFwk0LXXYHMpKjAZ1KkyY3tNSkqOlheGVaToqLPpLgyAJOiIpDkV8bINB1aia8iVOKrhJS4klViLEiVBJS4suFKrOuuTKbEla0SewZ3z/9qB8trwqrEV/uU+JoAlPhqIMmvASoxq7t7TYz5c6zCEhdUtXGBqkrQUNeaHhfo88a1AnFBRAeOuKAKcJe/DkhK5PqxxgXXERC8GktcUB3YnBOBccGkgHLFzK5fJHD9igPXrwRwLMn1U//96yfaf1HA9VsGXL/3wOuHvhHRx8IzEuN2kK07MnOXOuMMiq77EqEbu6zg+oH4qEsIsM4KxDo17T9XypkIs7ldPEKG29kJ8P5DoO4cJNwG4qNydDC7xxsJ9Xhugh4/K1B3HpIeB+KjkDVrPLK76v3DwSnjf//BKP1eNcYxldy/qzXqrPPfM343Nv3nOJ+dj7byL8mCGyseeB8eVFidJQsW/4wrwYbVWJASBMLqRMPDal13olBYLSFK8QJueY2YYDfopPS/V/NvNugk1wZdK/3n2hf43Qjnd2s5v6s3gDq6DuHNHNnPdYGb+T9Z93rpf6/+36x7Pde635D+841/s+43uNa9QfrPDS/wu1mc323g/K7eKG9K//nmmD+H8mATmbnrP3tNHQF+5DP8ZlX30U0CdV8eUIqW6UMKkEdArJXU+qFxbvzv97RI31iB3VQ2FnoC8hZ7U4kF6RaBm8pbDb+p1HXfSvYE5K2CT0Ci3Ymjegzgpl87KiJCCeOVybGV/1+417eJM/em/+AJzXMR5/eQ/wnNcxEXf0LzQuP8nz2hqRdguavYpq7m8E8I9bebADeh2/5mrIT41OS0+Jjo9pExacnp48SlpUa3j0pUaQnR6cNHx6jk9qmRHWKS4+Ni4hLS4gN7B+E2IQW+3SowFqTbBRS4meEKrOtuFpCtk9n6mzpzRY9b0NCHIP3zRPZSc+BdQUFwbqE3MT2/us6Y6J7PuCtC91Fhw+2PjLs3dN1FzLQ/zjtyI29EmgLHKkryEDawvxWwZ1RREvuoBaF91ELo5vUOe/OKBekOgZvXlobfvOq6WxJlkhJz/d9eokXPv2kmNoI0z5UamN3TylnvO/+B3VPvAmvnt3vqRVzc7rnQOBe1eySaDTTWn3fkrWL+Kjars6h1I7wX+o4DWIe6E7iZ3QUjQ1paxnreJXji0evYVODOv6RZT2Wed5d0xtW3yLpLGf406hmHn+hxSxt6UvELDHLfcPd4pj+pkuSkB+xvBewZdUVATwVnFudWQK1pjXxdOUJGW1rHyOxhSKwlXMRaUfi6KxC4iHUE6q5I8hBVGyAfgViriob3jeZLE4G+qUTAl6YCdVcm4cvdQL4AsVaVCfjSVqBvqhDwpZ1A3VVJ+HIPkC9ArFVVAr50FeibagR86SZQd3USvrQF8gWItapOwJd+An0TRcCX/gJ1R5PwpR2QL0CsVTQBX4YJ9E0cAV+GC9QdT8KXe4F8AWKt4gn4Ml6gb2oQ8GWCQN1JJHxpD+QLEGuVRMCXOQJ9U5uAL28J1F2HhC/JyPezgHypQ8CX5QJ9U4+AL+8L1F2fhC8pQL4AsVb1CfiyQaBvGhDw5TOBuhuS8KUDkC9ArFVDAr7sEOibRgR8+U6g7sYkfEkF8gWItWpMwJeDAn3ThIAvvwrU3ZSEL2lAvgCxVk0J+HJWoG+aEfDlnEDdzUn40hHIFyDWqjkBX/JF4/umJQFfLheouxUJXzoB+QLEWrUi4EsZgb5pTcCXsgJ1tyHhy31AvgCxVm0I+FJNoG/aEvClukDd7Uj40hnIFyDWqh0BX2oL9E0yw/svAnWnkPClC5AvQKxVCgFfmgj0TRrD+y8CdXck4cv9QL4AsVYdCfjSVqBvOjO8/yJQdxcSvjwA5AsQa9WFgC9dBfqmK8P7LwJ1dyPhS1cgX4BYq24EfOkn0DfdGd5/Eai7BwlfugH5AsRa9SDgyzCBvunF8P6LQN29SfjyIJAvQKxVbwK+jBfomz4M778I1N2XhC8PAfkCxFr1JeDLHIG+6cfw/otA3f1J+NIdyBcg1qo/AV+WC/TNAIb3XwTqHkjClx5AvgCxVgMJ+LJBoG8GMbz/IlD3YBK+PAzkCxBrNZiALzsE+mYIw/svAnUPJeFLTyBfgFiroQR8OSjQN8MY3n8RqHs4CV96AfkCxFoNJ+DLWYG+GcHw/otA3SNJ+NIbyBcg1mokAV/yCXzO+miG918E6h5DwpdHgHwBYq3GEPCljEDfjGV4/0Wg7nEkfHkUyBcg1mocAV+qCfTNeIb3XwTqnkDClz5AvgCxVsj101/6VzAd4HLOePo7PPT3EujPWtefH60/E1d/zqf+7EL9eWz6M6b05+bozwLRn2+g39nW76Hqd+v0+0L6HQj9XLd+VlU/f6efKdLPSejsV+dZ2qPXvqP2UvT5UN/zah3Xe1OfmAjPBc/JY2T6Dj3Px4B9p/EtlOWv73HSa/CY8Do/DvyOp6C+zfdxYG+459vPtdaXOv/M6vrv9tt8/z/G1CD1i8GP2x/YsFJ194+BYyT2bb4Sc/V/m29W8LyP6jFisDdPSggz/4Was3t9n3Dm/qSrhv/tG4LLu/5/WVz/zOLCqnzExb8h+ELj/Fd8Q7BezHKuhXsy5vyd1+RvCH4SuEEOiMGv74B/sJ6ZfgoGuDkUBp4GigifIhHfVvmEwClyIkHdTwrUPclw10DXPVCg7skBuQaRmbsUsC8VEGsltX5onJ8iPD0+JXR6fNqeHrEgPS1wehxk+OlR1z2I6PQ4yJ4e6U+Pg525P2NPj//+yliowb7T4zNkp8dngBvkswKnx2cDOD0OsafHf32KGixwmphOUPczAnXPIDg9DhGoeybJ6RHYlwqItUKunxb9Qhc4lqHxQffmMzHmz3GoUMYNJ+RzQEFkbajnCBrqefQc0RPU3vLzAooxh0QxhgLvrocBSTmH4E5jmEDfDI/BKmVBwo1tOMHG9oLpG9sl6QPGCjToXMOJGZ9ecyOBuueRPHb6InATBmKtpNYvK3j9zgDHGgHEQoIrUiI2MsZ88X5RoO4Fhu+NWrRGCNS9kGRvHAXkIxBrtbADzU3fn8EuujdHEtz0jYqR6XM4IV/K/KkuyhlLBfUUxEtCT0GMtk9BYEEaLfAUxBjDn4LQdY8RTtQl1zQyk1cQT0BcG4V9AiIKj5eH0KCxVcYP7vV92Zn7K//gCYgKEef3kP8JiAoRF38C4kLjXPQJCNAi/LkYGcW9HPPXBLM6C1HONznU38xoPrQKLyZ4QzdK4DiwxOzjwJ93Ni8DRecV4FhLSbIDYH8rYM8o4Pp5Nnw0T8aSvFE8DvxGceEsf4mJXoNxwm8Uv0r4TPirQqeh1+xpCAvSawKnofGGn4Z03ePJTkPjBU9DQj0b2PPWExwsXzf9eWv0ImQUN8H3jPTrMRHnXeigaQKQ5K+T3Em8QajEbwgp8USrxFiQJgoo8STDlVjXPYlMiSdZJXZfHiWe7GA5JaxKPNmnxFMCUOLJQJJPAT+/V5jw+b0pMebPcSpLlDsN/KQ7Y0NNI2io6aY/EKrPG9MF3P7lJG71VOAuPwNIyuU8D/+IkWcGAcFnSikG+nYG+QTrm+AnWDMu9JN9s4DzrACMjyqSfGzObEJjZraQMTPHGjNYkOYIGDNvGW7M6LrfIjNm3uIzZiQeyPpzbPf85zpYzgurMTPXZ8zMC8CYmQsk+TyhOxm0Es8nVOL5Qkr8tlViLEhvCyjxAsOVWNe9gEyJF1gl9oztnv9CB8tFYVXihT4lXhSAEi8EknyRdbQVcA3E5vgOS0Sy2DaUWkzQUEtMj0j0eWOJQESygiQieQf5EgOQlCtsRKKWEhD8XSnFQMcFy4DNWQkYF1QmiQveIzQp3hMyKZZbkwIL0nIBk+J9w00KXff7ZCbF+3wmRZTg2B6TYoWD5QdhNSlW+EyKDwIwKVYASf5BjEzToZV4JaESrxRS4g+tEmNB+lBAiVcZrsS67lVkSrzKKrH78ijxagfLNWFV4tU+JV4TgBKvBpJ8DVCJWd1d4BqIzfEjlrhgrY0L1FqChvrY9LhAnzc+FogLVpLEBR8Bd/l1QFKutHGBWkdA8E9Y4oL1wOasAowLqpLEBZ8SmhSfCpkUG6xJgQVpg4BJ8ZnhJoWu+zMyk+IzPpMiWnBsj0mx0cHy87CaFBt9JsXnAZgUG4Ek/zxGpunQSryJUIk3CSnxF1aJsSB9IaDEmw1XYl33ZjIl3myV2H15lPhLB8stYVXiL31KvCUAJf4SSPItQCVmdXeBayA2x69Y4oKtNi5QWwka6mvT4wJ93vhaIC5YRRIXfAXc5bcBSbnKxgVqGwHBv2GJC7YDm7MaMC6oThIXfEtoUnwrZFLssCYFFqQdAibFd4abFLru78hMiu/4TIoYwbE9JsVO5y99H1aTYqfPpPg+AJNiJ5Dk38fINB1aiXcRKvEuISX+wSoxFqQfBJR4t+FKrOveTabEu60Suy+PEu9x/tLesCrxHp8S7w1AifcASb4XqMSs7i5wDcTm+CNLXLDPxgVqH0FD/WR6XKDPGz8JxAVrSOKCH4G7/H4gKdfYuEDtJyD4zyxxwQFgc0YB44JokrjgF0KT4hchk+KgNSmwIB0UMCl+Ndyk0HX/SmZS/MpnUsQKju0xKQ45WP4WVpPikM+k+C0Ak+IQkOS/xcg0HVqJDxMq8WEhJT5ilRgL0hEBJT5quBLruo+SKfFRq8Tuy6PExxwsj4dViY/5lPh4AEp8DEjy40AlZnV3gWsgNscTLHHBSRsXqJMEDfW76XGBPm/8LhAXrCWJC04Ad/lTQFKutXGBOkVA8NMsccEZYHPGAeOCeJK44A9Ck+IPIZPirDUpsCCdFTApzhluUui6z5GZFOf4TIo4wbE9JkWEY4dkcdkioTIp9AKUcxWb5QL+ENqk0H8TNVaWWJmmQytx1lg+Jc4aK6PEl7h6zCpxJsfUIOkFRY97KbBhpeq+NBaOkagSXxprldh1eZQ4m4Nl9rAqcTafEmcPQImzAUmeHajErO4ucA3E5phDYI4XnGhmGypnLHDnJW2onAQNlQs9R/g9X/oEc8XiG3QdSVyQA7jL5waScp2NC1RuAoLnkVIMdFyQF9icNYBxQRJJXHAZoUlxmZBJkc+aFFiQ8gmYFJcbblLoui8nMyku5zMp4gXH9pgU+R0sC4TVpMjvMykKBGBS5AeSvECsTNOhlbggoRIXFFLiQlaJsSAVElDiwoYrsa67MJkSF7ZK7L48SlzEwbJoWJW4iE+JiwagxEWAJC8KVGJWdxe4BmJzLMYSFxS3cYEqTtBQJUyPC/R5o4RAXLCeJC4oBtzlSwJJud7GBaokAcFLscQFpYHNWRsYF9QhiQuuIDQprhAyKcpYkwILUhkBk6Ks4SaFrrssmUlRls+kSBAc22NSlHOwLB9Wk6Kcz6QoH4BJUQ5I8vKxMk2HVuIKhEpcQUiJK1olxoJUUUCJrzRciXXdV5Ip8ZVWid2XR4mvcrCsFFYlvsqnxJUCUOKrgCSvBFRiVncXuAZic6zMEhdcbeMCdTVBQ11jelygzxvXCMQFG0jigsrAXb4KkJQbbFygqhAQvCpLXHAtsDnrAeOC+iRxwXWEJsV1QiZFNWtSYEGqJmBSVDfcpNB1VyczKarzmRSJgmN7TIqMz2ZWYTUpIn0mhQrApIgEklzFyjQdWomjCJU4SkiJo60SY0GKFlDiGMOVWNcdQ6bEMVaJ3ZdHiWMdLOPCqsSxPiWOC0CJY4EkjwMqMau7C1wDsTnGs8QFCTYuUAkEDZVoelygzxuJAnHBRpK4IB64y9cAknKjjQtUDQKCJ7HEBTWBzdkAGBc0JIkLahGaFLWETIra1qTAglRbwKSoY7hJoeuuQ2ZS1OEzKdoLju0xKa53sKwbVpPiep9JUTcAk+J6IMnrxso0HVqJ6xEqcT0hJa5vlRgLUn0BJb7BcCXWdd9ApsQ3WCV2Xx4lvtHBskFYlfhGnxI3CECJbwSSvAFQiVndXeAaiM2xIUtccJONC9RNBA11s+lxgT5v3CwQF2wiiQsaAnf5RkBSbrJxgWpEQPDGLHHBLcDmbASMCxqTxAW3EpoUtwqZFE2sSYEFqYmASdHUcJNC192UzKRoymdSJAuO7TEpbnOwvD2sJsVtPpPi9gBMituAJL89Vqbp0ErcjFCJmwkpcXOrxFiQmgsocQvDlVjX3YJMiVtYJXZfHiW+w8GyZViV+A6fErcMQInvAJK8JVCJWd1d4BqIzbEVS1xwp40L1J0EDXWX6XGBPm/cJRAXbCaJC1oBd/nWQFJutnGBak1A8DYsccHdwOZsAowLmpLEBfcQmhT3CJkUba1JgQWprYBJ0c5wk0LX3Y7MpGjHZ1KkCI7tMSnudbBsH1aT4l6fSdE+AJPiXiDJ28fKNB1aiZMJlThZSIlTrBJjQUoRUOIOhiuxrrsDmRJ3sErsvjxKnOpgmRZWJU71KXFaAEqcCiR5GlCJWd1d4BqIzbEjS1zQycYFqhNBQ91nelygzxv3CcQFW0jigo7AXb4zkJRbbFygOhMQvAtLXHA/sDmbAeOC5iRxwQOEJsUDQiZFV2tSYEHqKmBSdDPcpNB1dyMzKbrxmRQdBMf2mBQPOlg+FFaT4kGfSfFQACbFg0CSPxQr03RoJe5OqMTdhZS4h1ViLEg9BJT4YcOVWNf9MJkSP2yV2H15lLing2WvsCpxT58S9wpAiXsCSd4LqMSs7i5wDcTm2JslLnjExgXqEYKGetT0uECfNx4ViAu2ksQFvYG7fB8gKbfauED1ISB4X5a44DFgc7YExgWtSOKCxwlNiseFTIp+1qTAgtRPwKTob7hJoevuT2ZS9OczKVIFx/aYFE84WD4ZVpPiCZ9J8WQAJsUTQJI/GSvTdGglHkCoxAOElHigVWIsSAMFlPgpw5VY1/0UmRI/ZZXYfXmU+GkHy0FhVeKnfUo8KAAlfhpI8kFAJWZ1d4FrIDbHwSxxwTM2LlDPEDTUs6bHBfq88axAXLCNJC4YDNzlhwBJuc3GBWoIAcGHssQFzwGbszUwLmhDEhc8T2hSPC9kUgyzJgUWpGECJsVww00KXfdwMpNiOJ9JkSY4tsekeMHB8sWwmhQv+EyKFwMwKV4AkvzFWJmmQyvxCEIlHiGkxCOtEmNBGimgxKMMV2Jd9ygyJR5lldh9eZT4JQfL0WFV4pd8Sjw6ACV+CUjy0UAlZnV3gWsgNscxLHHByzYuUC8TNNQrpscF+rzxikBcsJ0kLhgD3OXHAkm53cYFaiwBwcexxAWvApuzLTAuaEcSF7xGaFK8JmRSjLcmBRak8QImxQTDTQpd9wQyk2ICnUmhIuXG9poUrztYvhFWk+J1n0nxRgAmxetAkr8RK9N0aCWeSKjEE4WUeJJVYixIkwSUeLLhSqzrnkymxJOtEnsGd89/ioPl1LAq8RSfEk8NQImnAEk+FajErO7u1Fjz5ziNJS6YbuMCNZ2goWaYHhfo88YMgbhgB0lcMA24y88EknKHjQvUTAKCv8kSF8wCNmcyMC5IIYkLZhOaFLOFTIo51qTAgjRHwKR4y3CTQtf9FplJ8RafSaHkxvaaFHMdLOeF1aSY6zMp5gVgUswFknxerEzToZV4PqESzxdS4retEmNBeltAiRcYrsS67gVkSrzAKrFncPf8FzpYLgqrEi/0KfGiAJR4IZDki4BKzOruLoo1f47vsMQFi21coBYTNNQS0+MCfd5YIhAX7CSJC94B7vJLgaTcaeMCtZSA4O+yxAXLgM2ZBowLOpLEBe8RmhTvCZkUy61JgQVpuYBJ8b7hJoWu+30yk+J9PpMiSm5sr0mxwsHyg7CaFCt8JsUHAZgUK4Ak/yBWpunQSrySUIlXCinxh1aJsSB9KKDEqwxXYl33KjIlXmWV2DO4e/6rHSzXhFWJV/uUeE0ASrwaSPI1QCVmdXfXxJo/x49Y4oK1Ni5Qawka6mPT4wJ93vhYIC7YRRIXfATc5dcBSbnLxgVqHQHBP2GJC9YDm7MzMC7oQhIXfEpoUnwqZFJssCYFFqQNAibFZ4abFLruz8hMis/4TIpoubG9JsVGB8vPw2pSbPSZFJ8HYFJsBJL881iZpkMr8SZCJd4kpMRfWCXGgvSFgBJvNlyJdd2byZR4s1Viz+Du+X/pYLklrEr8pU+JtwSgxF8CSb4FqMSs7u6WWPPn+BVLXLDVxgVqK0FDfW16XKDPG18LxAW7SeKCr4C7/DYgKXfbuEBtIyD4NyxxwXZgc3YFxgXdSOKCbwlNim+FTIod1qTAgrRDwKT4znCTQtf9HZlJ8R2fSREjN7bXpNjpYPl9WE2KnT6T4vsATIqdQJJ/HyvTdPAnkQiVeJeQEv9glRgL0g8CSrzbcCXWde8mU+LdVok9g7vnv8fBcm9YlXiPT4n3BqDEe4Ak3wtUYlZ3d2+s+XP8kSUu2GfjArWPoKF+Mj0u0OeNnwTigr0kccGPwF1+P5CUe21coPYTEPxnlrjgALA5uwPjgh4kccEvhCbFL0ImxUFrUmBBOihgUvxquEmh6/6VzKT4lc+kiJUb22tSHHL+0m9hNSkO+UyK3wIwKQ4BSf5brEzToZX4MKESHxZS4iNWibEgHRFQ4qOGK7Gu+yiZEh+1SuwZ3D3/Y85fOh5WJT7mU+LjASjxMSDJjwOVmNXdPR5r/hxPsMQFJ21coE4SNNTvpscF+rzxu0BcsI8kLjgB3OVPAUm5z8YF6hQBwU+zxAVngM3ZCxgX9CaJC/4gNCn+EDIpzlqTAgvSWQGT4pzhJoWu+xyZSXGOz6SIkxvba1JEOH8pi+svhsqk0AtQzlVslgssPdqk0H8TNVaWOJmmQytx1jg+Jc4aFyGixJe4VtoqcSbH1CDpBUWPeymwYaXqvjQOjpGoEl8aZ5XYPbh7/tmcv5Q9rEqczafE2QNQ4mxAkmcHKjGru5s9zvw55hCY4wUnmtmGyhkH3HlJGyonQUPlQs8Rfs+XPsFccfgG3U8SF+QA7vK5gaTcb+MClZuA4HmkFAMdF+QFNmcfYFzQlyQuuIzQpLhMyKTIZ00KLEj5BEyKyw03KXTdl5OZFJfzmRTxcmN7TYr8DpYFwmpS5PeZFAUCMCnyA0leIE6m6dBKXJBQiQsKKXEhq8RYkAoJKHFhw5VY112YTIkLWyX2DO6efxEHy6JhVeIiPiUuGoASFwGSvChQiVnd3aJx5s+xGEtcUNzGBao4QUOVMD0u0OeNEgJxwQGSuKAYcJcvCSTlARsXqJIEBC/FEheUBjZnP2Bc0J8kLriC0KS4QsikKGNNCixIZQRMirKGmxS67rJkJkVZPpMiQW5sr0lRzsGyfFhNinI+k6J8ACZFOSDJy8fJNB1aiSsQKnEFISWuaJUYC1JFASW+0nAl1nVfSabEV1ol9gzunv9VDpaVwqrEV/mUuFIASnwVkOSVgErM6u5WijN/jpVZ4oKrbVygriZoqGtMjwv0eeMagbjgIElcUBm4y1cBkvKgjQtUFQKCV2WJC64FNucAYFwwkCQuuI7QpLhOyKSoZk0KLEjVBEyK6oabFLru6mQmRXU+kyJRbmyvSRHpYKnCalJE+kwKFYBJEQkkuYqTaTq0EkcRKnGUkBJHWyXGghQtoMQxhiuxrjuGTIljrBJ7BnfPP9bBMi6sShzrU+K4AJQ4FkjyOKASs7q7cXHmzzGeJS5IsHGBSiBoqETT4wJ93kgUiAsOkcQF8cBdvgaQlIdsXKBqEBA8iSUuqAlszkHAuGAwSVxQi9CkqCVkUtS2JgUWpNoCJkUdw00KXXcdMpOiDp9J0V5ubK9Jcb2DZd2wmhTX+0yKugGYFNcDSV43Tqbp0Epcj1CJ6wkpcX2rxFiQ6gso8Q2GK7Gu+wYyJb7BKrFncPf8b3SwbBBWJb7Rp8QNAlDiG4EkbwBUYlZ3t0Gc+XNsyBIX3GTjAnUTQUPdbHpcoM8bNwvEBYdJ4oKGwF2+EZCUh21coBoRELwxS1xwC7A5hwDjgqEkccGthCbFrUImRRNrUmBBaiJgUjQ13KTQdTclMyma8pkUyXJje02K2xwsbw+rSXGbz6S4PQCT4jYgyW+Pk2k6tBI3I1TiZkJK3NwqMRak5gJK3MJwJdZ1tyBT4hZWiT2Du+d/h4Nly7Aq8R0+JW4ZgBLfASR5S6ASs7q7LePMn2MrlrjgThsXqDsJGuou0+MCfd64SyAuOEoSF7QC7vKtgaQ8auMC1ZqA4G1Y4oK7gc05DBgXDCeJC+4hNCnuETIp2lqTAgtSWwGTop3hJoWuux2ZSdGOz6RIkRvba1Lc62DZPqwmxb0+k6J9ACbFvUCSt4+TaTq0EicTKnGykBKnWCXGgpQioMQdDFdiXXcHMiXuYJXYM7h7/qkOlmlhVeJUnxKnBaDEqUCSpwGVmNXdTYszf44dWeKCTjYuUJ0IGuo+0+MCfd64TyAuOE4SF3QE7vKdgaQ8buMC1ZmA4F1Y4oL7gc05AhgXjCSJCx4gNCkeEDIpulqTAgtSVwGTopvhJoWuuxuZSdGNz6ToIDe216R40MHyobCaFA/6TIqHAjApHgSS/KE4maZDK3F3QiXuLqTEPawSY0HqIaDEDxuuxLruh8mU+GGrxJ7B3fPv6WDZK6xK3NOnxL0CUOKeQJL3Aioxq7vbK878OfZmiQsesXGBeoSgoR41PS7Q541HBeKCkyRxQW/gLt8HSMqTNi5QfQgI3pclLngM2JyjgXHBGJK44HFCk+JxIZOinzUpsCD1EzAp+htuUui6+5OZFP35TIpUubG9JsUTDpZPhtWkeMJnUjwZgEnxBJDkT8bJNB1aiQcQKvEAISUeaJUYC9JAASV+ynAl1nU/RabET1kl9gzunv/TDpaDwqrET/uUeFAASvw0kOSDgErM6u4OijN/joNZ4oJnbFygniFoqGdNjwv0eeNZgbjgFElcMBi4yw8BkvKUjQvUEAKCD2WJC54DNudYYFwwjiQueJ7QpHheyKQYZk0KLEjDBEyK4YabFLru4WQmxXA+kyJNbmyvSfGCg+WLYTUpXvCZFC8GYFK8ACT5i3EyTYdW4hGESjxCSIlHWiXGgjRSQIlHGa7Euu5RZEo8yiqxZ3D3/F9ysBwdViV+yafEowNQ4peAJB8NVGJWd3d0nPlzHMMSF7xs4wL1MkFDvWJ6XKDPG68IxAVnSOKCMcBdfiyQlGdsXKDGEhB8HEtc8CqwOccD44IJAW0UmV2/14DrVxi4fkWAY0mu3/j//vUT7b8JwPVbDFy/JeD1Q9+I6GPhpVnw454Vrjsyc5fSNecUqPucEF+ygusH4qPOEWCdG4h1atp/rhQ9rmTdme3F4kLczppqPt7ZBOq+JJWD20B81CWpZvd4I6Eez07Q49kF6s5B0uNAfBSyZo1Hdle9eh86G/E/WJ11/t3r6feqbzimkvt3czu/o/97xu9OTP95ks/OR1v5ebLgxpoMvA8PKqzOlQWLf8Y1xYbVWJCmCITVUw0Pq3XdU4XCaglRmizglk+LC3aDnp7+92b8zQY93bVBz0z/+c0L/G5O53dnOr+rN4BZ6T/PFt7Mkf08B7iZ/5N1fyv97839m3V/y7Xu89J/nv836z7Pte5vp/+84AK/m8v53bed39Ub5cL0nxc5GEnsNbME+JHb8JtV3UcLBerOI3SzijYn3wHyCIi1klo/NM6L//2eFukbK7CbysVCT0AusTeVWJCWCNxULjX8plLXvZTsCcilgk9Aot2JM+ljIBPRN2MiIsYL45XJsZX/X7jX911n7sv+wROa5yLO7yH/E5rnIi7+hOaFxvk/e0JTL8ByV7HLXM3hnxDqb78L3ITe+5uxEuJTk9PiY6LbR8akJaePE5eWGt0+KlGlJUSnDx8do5Lbp0Z2iEmOj4uJS0iLD+wdhPeEFHi5VWAsSMsFFPh9wxVY1/1+QLZOZutf5swVPW6+gI5vkf+fl3+eyF5aAbwryAfOLfQmpudX1xkT3fMZd0XoPspvuP2RcfeGrruAmfbHeUdu5I3IMuBYBQ3df3yXAva3AvaMKkhiH31AaB99IHTzutLevGJBWilw8/qh4Tevuu4PiTJJibn+by/Roue/LBMbQZrnSg3M7lnlrPfqf2D31LvA2vntnnoRF7d7LjTORe0eiWYDjfXnHfmquL+Kzeosat0I74W+4wDWoVYDN7M1MDKkpWWs5xrBE49ex2UCd/5FzXoq87y7JF33KoG6ixn+NKque7VA3cUNPan4BQa5b7h7PLPrV4LkpAfsbwXsGVUioKeCM4vzKqDWfAR06vQYEtryUZzMHobEWsJFnBmDr7sMgYs4S6DusiQPUa0F8hGItSpreN9ovrwr0DcVCPiyTKDuiiR8+RjIFyDWqiIBXz4R6JtKBHxZL1B3ZRK+rAPyBYi1qkzAl28E+qYKAV+2C9RdlYQvnwD5AsRaVSXgy88CfVONgC8HBOquTsKX9UC+ALFW1Qn4clqgb6II+HJGoO5oEr58CuQLEGsVTcCXPLH4vokj4EtegbrjSfiyAcgXINYqnoAvpQT6pgYBX0oL1J1EwpfPgHwBYq2SCPhSVaBvahPw5VqBuuuQ8GUjkC9ArFUdAr4kCfRNPQK+1BSouz4JXz4H8gWItapPwJfGAn3TgIAvtwjU3ZCEL5uAfAFirRoS8KWNQN80IuDL3QJ1NybhyxdAvgCxVo0J+NJFoG+aEPDlfoG6m5LwZTOQL0CsVVMCvvQV6JtmBHx5TKDu5iR8+RLIFyDWqjkBX4YK9E1LAr48J1B3KxK+bAHyBYi1akXAl3ECfdOagC+vCtTdhoQvXwH5AsRatSHgy5sCfdOW4f0XgbrbkfBlK5AvQKxVOwK+vCvQN8kM778I1J1CwpevgXwBYq1SCPjyiUDfpDG8/yJQd0cSvmwD8gWItepIwJdvBPqmM8P7LwJ1dyHhyzdAvgCxVl0I+PKzQN90ZXj/RaDubiR82Q7kCxBr1Y2AL6cF+qY7w/svAnX3IOHLt0C+ALFWPQj4kkfgc3F6Mbz/IlB3bxK+7ADyBYi16k3Al1ICfdOH4f0Xgbr7kvDlOyBfgFirvgR8qSrQN/0Y3n8RqLs/CV92AvkCxFr1J+BLkkDfDGB4/0Wg7oEkfPkeyBcg1mogAV8aC/TNIIb3XwTqHkzCl11AvgCxVoMJ+NJGoG+GMLz/IlD3UBK+/ADkCxBrNZSAL10E+mYYw/svAnUPJ+HLbiBfgFir4QR86SvQNyMY3n8RqHskCV/2APkCxFqNJODLUIG+Gc3w/otA3WNI+LIXyBcg1moMAV/GCfTNWIb3XwTqHkfClx+BfAFirZDrly19jDLpAJdzxtPf4aG/l0B/1rr+/Gj9mbj6cz71Zxfqz2PTnzGlPzdHfxaI/nwD/c62fg9Vv1un3xfS70Do57r1s6r6+Tv9TJF+TkJnvzrP0h699h21l6LPh/qeV+u43pt+jIvwXOi+2xcn03foef4E7DuNb9ksf32Pk16Dn4TXeT/wO56C+jbf/ULf5vuz/TZfLEg/C3yb7wHDv81X130gDo6R2Lf5SszV/22+GT9f7/wzMnPXf27yXovD3jyNF8LMf6Hm7F7fX5y5H/wH3xBc3vX/y+L6ZxYXVuUjLv4NwRca57/iG4L1YpZzLdzBuPN3XpO/IfggcIP8NQ6/vr/+g/XM7LwPATeH/MDTQAHhUyTi2yp/EThFjieo+6BA3RMMdw103YcE6n49INcgMnOXAvalAmKtpNYPjfNvhKfH34ROj4ft6REL0mGB0+MRw0+Puu4jRKfHI/b0SH96POrM/Zg9Pf77K2OhjvpOj8fITo/HgBvkcYHT4/EATo8n7OnxX5+ijgqcJiYT1H1MoO4pBKfHEwJ1TyU5PQL7UgGxVsj106Jf9gLHMjQ+6N48Fmf+HE8KZdxwQv4OFETWhvqdoKFOoeeInqD2lk8JKMZMEsU4Cby7Pg0k5UyCO43TAn1zJg6rlGUIN7YzBBvbH6ZvbHnSB5wo0KCzDCfm5PSa3xGoezbJY6dngZswEGsltX5Zwevntq4yO9Y5IBYSXJESsYh488X7rEDdcw3fG7VonROoex7J3pgF15cKiLWal0pz0/dnsAsPjOPxPYSeY5Z4mT6HEzJrfKbHinLGUkE9BZEVuLju+V4S/9fP9imITI6pQdILClfkeODdh1Ddl8bDMfrbR6EiM3d51jQyk1cQT0C8EoN9AmIC/gkID6FBY6uMH9zrm83pteyunvvfnoCoEHF+D/mfgKgQcfEnIC40zkWfgAAtwp+LkVFctvi/JpjVWYhyvsmh/mZG86FVeAHBG7oTBI4DC80+Dvx5Z5MNKDrZgWMtIskOgP2tgD2jgOvn2fDRPMkhdJxAzzMn8NisRaxclr/ERK9BzviICMn55wJyM6jTUC6h01BuexrCgpRb4DSUx/DTkK47D9lpKI/gaUioZwN73jqvg+Vl/+C0UT7ifIwCe94avQgZxeWN9z4jfVl8xHkXOmjKCyT5ZSR3EvkIlTifkBJfbpUYC9LlAkqc33Al1nXnJ1Pi/FaJ3ZdHiQs4WBYMqxIX8ClxwQCUuACQ5AWBza1BLkf4/F7BePPnWIglyi0MNF9YG6owQUMVQc8RPUF93igSj2/QpSRudSHgLl8USMqlPA//iJGnKAHBi0kpBvp2BvkEa3Fgo7trRj/ZVwI4zzLA+KgsycfmlCQ0ZkoKGTOlrDGDBamUgDFT2nBjRtddmsyYKc1nzEg8kPXn2O75X+FgWSasxswVPmOmTADGzBVAkpcRupNBK3FZQiUuK6TE5awSY0EqJ6DE5Q1XYl13eTIlLm+V2DO2e/4VHCwrhlWJK/iUuGIASlwBSPKK1tFWwDUQm+OVLBHJVbah1FUEDVXJ9IhEnzcqCUQky0gikiuBu3xlICmX2YhEVSYg+NVSioGOC64BNmcFYFxQkSQuqEJoUlQRMimqWpMCC1JVAZPiWsNNCl33tWQmxbV8JkWU4Ngek+I6B8tqYTUprvOZFNUCMCmuA5K8WrxM06GVuDqhElcXUuJIq8RYkCIFlFgZrsS6bkWmxMoqsfvyKHGUg2V0WJU4yqfE0QEocRSQ5NFAJWZ1d4FrIDbHGJa4INbGBSqWoKHiTI8L9HkjTiAuWE4SF8QAd/l4ICmX27hAxRMQPIElLkgENmclYFxQmSQuqEFoUtQQMimSrEmBBSlJwKSoabhJoeuuSWZS1OQzKaIFx/aYFLUcLGuH1aSo5TMpagdgUtQCkrx2vEzToZW4DqES1xFS4uutEoNBElDiuoYrsa67LpkS17VK7L48SlzPwbJ+WJW4nk+J6wegxPWAJK8PVGJWdxe4BmJzvIElLrjRxgXqRoKGamB6XKDPGw0E4oIVJHHBDcBdviGQlCtsXKAaEhD8Jpa44GZgc1YBxgVVSeKCRoQmRSMhk6KxNSmwIDUWMCluMdyk0HXfQmZS3MJnUsQIju0xKW51sGwSVpPiVp9J0SQAk+JWIMmbxMs0HVqJmxIqcVMhJb7NKjEWpNsElPh2w5VY1307mRLfbpXYfXmUuJmDZfOwKnEznxI3D0CJmwFJ3hyoxKzuLnANxObYgiUuuMPGBeoOgoZqaXpcoM8bLQXigpUkcUEL4C7fCkjKlTYuUK0ICH4nS1xwF7A5qwHjguokcUFrQpOitZBJ0caaFFiQ2giYFHcbblLouu8mMynu5jMpYgXH9pgU9zhYtg2rSXGPz6RoG4BJcQ+Q5G3jZZoOrcTtCJW4nZAS32uVGAvSvQJK3N5wJdZ1tydT4vZWid2XR4mTHSxTwqrEyT4lTglAiZOBJE8BKjGruwtcA7E5dmCJC1JtXKBSCRoqzfS4QJ830gTiglUkcUEH4C7fEUjKVTYuUB0JCN6JJS64D9icUcC4IJokLuhMaFJ0FjIpuliTAgtSFwGT4n7DTQpd9/1kJsX9fCZFnODYHpPiAQfLrmE1KR7wmRRdAzApHgCSvGu8TNOhlbgboRJ3E1LiB60SY0F6UECJHzJciXXdD5Ep8UNWid2XR4m7O1j2CKsSd/cpcY8AlLg7kOQ9gErM6u4C10Bsjg+zxAU9bVygehI0VC/T4wJ93uglEBesIYkLHgbu8r2BpFxj4wLVm4Dgj7DEBY8CmzMOGBfEk8QFfQhNij5CJkVfa1JgQeorYFI8ZrhJoet+jMykeIzPpIgXHNtjUjzu/KV+YTUpHveZFP0CMCkeB5K8X7xM06GVuD+hEvcXUuInrBJjQXpCQImfNFyJdd1Pkinxk1aJ3ZdHiQc4f2lgWJV4gE+JBwagxAOAJB8IVGJWdxe4BmJzfIolLnjaxgXqaYKGGmR6XKDPG4ME4oK1JHHBU8BdfjCQlGttXKAGExD8GZa44Flgc9YAxgVJJHHBEEKTYoiQSTHUmhRYkIYKmBTPGW5S6LqfIzMpnuMzKRIEx/aYFM87WA4Lq0nxvM+kGBaASfE8kOTD4mWaDq3EwwmVeLiQEr9glRgL0gsCSvyi4Uqs636RTIlftErsvjxKPMLBcmRYlXiET4lHBqDEI4AkHwlUYlZ3F7gGYnMcxRIXvGTjAvUSQUONNj0u0OeN0QJxwTqSuGAUcJcfAyTlOhsXqDEEBH+ZJS54BdictYFxQR2SuGAsoUkxVsikGGdNCixI4wRMilcNNyl03a+SmRSv8pkUiYJje0yK1xwsx4fVpHjNZ1KMD8CkeA1I8vHxMk2HVuIJhEo8QUiJX7dKjAXpdQElfsNwJdZ1v0GmxG9YJXZfHiWe6GA5KaxKPNGnxJMCUOKJQJJPAioxq7sLXAOxOU5miQum2LhATSFoqKmmxwX6vDFVIC5YTxIXTAbu8tOApFxv4wI1jYDg01nighnA5qwHjAvqk8QFMwlNiplCJsWb1qTAgvSmgEkxy3CTQtc9i8ykmMVnUrQXHNtjUsx2sJwTVpNits+kmBOASTEbSPI58TJNh1bitwiV+C0hJZ5rlRgL0lwBJZ5nuBLruueRKfE8q8Tuy6PE8x0s3w6rEs/3KfHbASjxfCDJ3wYqMau7C1wDsTkuYIkLFtq4QC0kaKhFpscF+ryxSCAu2EASFywA7vLvAEm5wcYF6h0Cgi9miQuWAJuzATAuaEgSFywlNCmWCpkU71qTAgvSuwImxTLDTQpd9zIyk2IZn0mRLDi2x6R4z8FyeVhNivd8JsXyAEyK94AkXx4v03RoJX6fUInfF1LiFVaJsSCtEFDiDwxXYl33B2RK/IFVYvflUeKVDpYfhlWJV/qU+MMAlHglkOQfApWY1d0FroHYHFexxAWrbVygVhM01BrT4wJ93lgjEBdsJIkLVgF3+Y+ApNxo4wL1EQHB17LEBR8Dm7MRMC5oTBIXrCM0KdYJmRSfWJMCC9InAibFesNNCl33ejKTYj2fSZEiOLbHpPjUwXJDWE2KT30mxYYATIpPgSTfEC/TdGgl/oxQiT8TUuKNVomxIG0UUOLPDVdiXffnZEr8uVVi9+VR4k0Oll+EVYk3+ZT4iwCUeBOQ5F8AlZjV3QWugdgcN7PEBV/auEB9SdBQW0yPC/R5Y4tAXLCJJC7YDNzlvwKScpONC9RXBATfyhIXfA1szibAuKApSVywjdCk2CZkUnxjTQosSN8ImBTbDTcpdN3byUyK7XwmRQfBsT0mxbcOljvCalJ86zMpdgRgUnwLJPmOeJmmQyvxd4RK/J2QEu+0SowFaaeAEn9vuBLrur8nU+LvrRK7L48S73Kw/CGsSrzLp8Q/BKDEu4Ak/wGoxKzuLnANxOa4myUu2GPjArWHoKH2mh4X6PPGXoG4YDNJXLAbuMv/CCTlZhsXqB8JCL6PJS74CdiczYBxQXOSuGA/oUmxX8ik+NmaFFiQfhYwKQ4YblLoug+QmRQH+EyKVMGxPSbFLw6WB8NqUvziMykOBmBS/AIk+cF4maZDK/GvhEr8q5ASH7JKjAXpkIAS/2a4Euu6fyNT4t+sErsvjxIfdrA8ElYlPuxT4iMBKPFhIMmPAJWY1d0FroHYHI+yxAXHbFygjhE01HHT4wJ93jguEBdsIYkLjgJ3+RNAUm6xcYE6QUDwkyxxwe/A5mwJjAtakcQFpwhNilNCJsVpa1JgQTotYFKcMdyk0HWfITMpzvCZFGmCY3tMij8cLM+G1aT4w2dSnA3ApPgDSPKz8TJNh1bic4RKfE5IiSMS/vrRKnEmx9Qg6QVFj5slwWwl1nVnSYBjJKrE7jWNzOT136bEWR0sL3FhGiol1gtQzlWseyH8E8r425klZlYgyS/BNXcaq7sLXAOxOV4qMMcLTjSzDZUtAVg0aUNlI2io7Og5oieozxvZE/ANupUkLrgUuMvnAJJyq40LVA4CgueUUgx0XJAL2JytgXFBG5K4IDfydjAiGJMiN7A53fPNY00KLEh5BEyKvIabFLruvGQmRV46k0JFyo3tNSkuc7DMF1aT4jKfSZEvAJPiMiDJ8yXINB1aiS8nVOLLhZQ4v1ViLEj5BZS4gOFKrOsuQKbEBawSewZ3z7+gg2WhsCpxQZ8SFwpAiQsCSV4IqMSs7m6hBPPnWJglLihi4wJVhKChipoeF+jzRlGBuGAbSVxQGLjLFwOScpuNC1QxAoIXZ4kLSgCbsy0wLmhHEheUJDQpSgqZFKWsSYEFqZSASVHacJNC112azKQozWdSKLmxvSbFFQ6WZcJqUlzhMynKBGBSXAEkeZkEmaZDK3FZQiUuK6TE5awSY0EqJ6DE5Q1XYl13eTIlLm+V2DO4e/4VHCwrhlWJK/iUuGIASlwBSPKKQCVmdXcrJpg/xytZ4oKrbFygriJoqEqmxwX6vFFJIC7YThIXXAnc5SsDSbndxgWqMgHBr2aJC64BNmcyMC5IIYkLqhCaFFWETIqq1qTAglRVwKS41nCTQtd9LZlJcS2fSRElN7bXpLjOwbJaWE2K63wmRbUATIrrgCSvliDTdGglrk6oxNWFlDjSKjEWpEgBJVaGK7GuW5EpsbJK7BncPf8oB8vosCpxlE+JowNQ4iggyaOBSszq7kYnmD/HGJa4INbGBSqWoKHiTI8L9HkjTiAu2EESF8QAd/l4ICl32LhAxRMQPIElLkgENmcaMC7oSBIX1CA0KWoImRRJ1qTAgpQkYFLUNNyk0HXXJDMpavKZFNFyY3tNiloOlrXDalLU8pkUtQMwKWoBSV47Qabp0Epch1CJ6wgp8fVWicEgCShxXcOVWNddl0yJ61ol9gzunn89B8v6YVXiej4lrh+AEtcDkrw+UIlZ3d36CebP8QaWuOBGGxeoGwkaqoHpcYE+bzQQiAt2ksQFNwB3+YZAUu60cYFqSEDwm1jigpuBzdkZGBd0IYkLGhGaFI2ETIrG1qTAgtRYwKS4xXCTQtd9C5lJcQufSREjN7bXpLjVwbJJWE2KW30mRZMATIpbgSRvkiDTdGglbkqoxE2FlPg2q8RYkG4TUOLbDVdiXfftZEp8u1Viz+Du+TdzsGweViVu5lPi5gEocTMgyZsDlZjV3W2eYP4cW7DEBXfYuEDdQdBQLU2PC/R5o6VAXLCLJC5oAdzlWwFJucvGBaoVAcHvZIkL7gI2Z1dgXNCNJC5oTWhStBYyKdpYkwILUhsBk+Juw00KXffdZCbF3XwmRazc2F6T4h4Hy7ZhNSnu8ZkUbQMwKe4BkrxtgkzToZW4HaEStxNS4nutEmNBuldAidsbrsS67vZkStzeKrFncPf8kx0sU8KqxMk+JU4JQImTgSRPASoxq7ubkmD+HDuwxAWpNi5QqQQNlWZ6XKDPG2kCccFukrigA3CX7wgk5W4bF6iOBATvxBIX3Adszu7AuKAHSVzQmdCk6CxkUnSxJgUWpC4CJsX9hpsUuu77yUyK+/lMiji5sb0mxQMOll3DalI84DMpugZgUjwAJHnXBJmmQytxN0Il7iakxA9aJcaC9KCAEj9kuBLruh8iU+KHrBJ7BnfPv7uDZY+wKnF3nxL3CECJuwNJ3gOoxKzubo8E8+f4MEtc0NPGBaonQUP1Mj0u0OeNXgJxwV6SuOBh4C7fG0jKvTYuUL0JCP4IS1zwKLA5ewHjgt4kcUEfQpOij5BJ0deaFFiQ+gqYFI8ZblLouh8jMyke4zMp4uXG9poUjztY9gurSfG4z6ToF4BJ8TiQ5P0SZJoOrcT9CZW4v5ASP2GVGAvSEwJK/KThSqzrfpJMiZ+0SuwZ3D3/AQ6WA8OqxAN8SjwwACUeACT5QKASs7q7AxPMn+NTLHHB0zYuUE8TNNQg0+MCfd4YJBAX7COJC54C7vKDgaTcZ+MCNZiA4M+wxAXPApuzDzAu6EsSFwwhNCmGCJkUQ61JgQVpqIBJ8ZzhJoWu+zkyk+I5PpMiQW5sr0nxvPOXhoXVpHjeZ1IMC8CkeB5I8mEJMk2HVuLhhEo8XEiJX7BKjAXpBQElftFwJdZ1v0imxC9aJfYM7p7/COcvjQyrEo/wKfHIAJR4BJDkI4FKzOrujkwwf46jWOKCl2xcoF4iaKjRpscF+rwxWiAu2E8SF4wC7vJjgKTcb+MCNYaA4C+zxAWvAJuzHzAu6E8SF4wlNCnGCpkU46xJgQVpnIBJ8arhJoWu+1Uyk+JVPpMiUW5sr0nxmoPl+LCaFK/5TIrxAZgUrwFJPj5BpunQSjyBUIknCCnx61aJsSC9LqDEbxiuxLruN8iU+A2rxJ7B3fOf6GA5KaxKPNGnxJMCUOKJQJJPAioxq7s7KcH8OU5miQum2LhATSFoqKmmxwX6vDFVIC44QBIXTAbu8tOApDxg4wI1jYDg01nighnA5hwAjAsGksQFMwlNiplCJsWb1qTAgvSmgEkxy3CTQtc9i8ykmMVnUrSXG9trUsx2sJwTVpNits+kmBOASTEbSPI5CTJNh1bitwiV+C0hJZ5rlRgL0lwBJZ5nuBLruueRKfE8q8Sewd3zn+9g+XZYlXi+T4nfDkCJ5wNJ/jZQiVnd3bcTzJ/jApa4YKGNC9RCgoZaZHpcoM8biwTigoMkccEC4C7/DpCUB21coN4hIPhilrhgCbA5BwHjgsEkccFSQpNiqZBJ8a41KbAgvStgUiwz3KTQdS8jMymW8ZkUyXJje02K9xwsl4fVpHjPZ1IsD8CkeA9I8uUJMk2HVuL3CZX4fSElXmGVGAvSCgEl/sBwJdZ1f0CmxB9YJfYM7p7/SgfLD8OqxCt9SvxhAEq8EkjyD4FKzOrufphg/hxXscQFq21coFYTNNQa0+MCfd5YIxAXHCKJC1YBd/mPgKQ8ZOMC9REBwdeyxAUfA5tzCDAuGEoSF6wjNCnWCZkUn1iTAgvSJwImxXrDTQpd93oyk2I9n0mRIje216T41MFyQ1hNik99JsWGAEyKT4Ek35Ag03RoJf6MUIk/E1LijVaJsSBtFFDizw1XYl3352RK/LlVYs/g7vlvcrD8IqxKvMmnxF8EoMSbgCT/AqjErO7uFwnmz3EzS1zwpY0L1JcEDbXF9LhAnze2CMQFh0nigs3AXf4rICkP27hAfUVA8K0sccHXwOYcBowLhpPEBdsITYptQibFN9akwIL0jYBJsd1wk0LXvZ3MpNjOZ1J0kBvba1J862C5I6wmxbc+k2JHACbFt0CS70iQaTq0En9HqMTfCSnxTqvEWJB2Cijx94Yrsa77ezIl/t4qsWdw9/x3OVj+EFYl3uVT4h8CUOJdQJL/AFRiVnf3hwTz57ibJS7YY+MCtYegofaaHhfo88ZegbjgKElcsBu4y/8IJOVRGxeoHwkIvo8lLvgJ2JwjgHHBSJK4YD+hSbFfyKT42ZoUWJB+FjApDhhuUui6D5CZFAf4TIpUubG9JsUvDpYHw2pS/OIzKQ4GYFL8AiT5wQSZpkMr8a+ESvyrkBIfskqMBemQgBL/ZrgS67p/I1Pi36wSewZ3z/+wg+WRsCrxYZ8SHwlAiQ8DSX4EqMSs7u6RBPPneJQlLjhm4wJ1jKChjpseF+jzxnGBuOA4SVxwFLjLnwCS8riNC9QJAoKfZIkLfgc252hgXDCGJC44RWhSnBIyKU5bkwIL0mkBk+KM4SaFrvsMmUlxhs+kSJMb22tS/OFgeTasJsUfPpPibAAmxR9Akp9NkGk6tBKfI1Tic0JKHJH4149WiTM5pgZJLyh63CyJZiuxrjtLIhwjUSV2r2lkJq//NiXO6mB5iQvTUCmxXoByrmLdC+GfUMbfziwxswJJfkkirulY3d1LEs2f46UCc7zgRDPbUNkSgUWTNlQ2gobKjp4jeoL6vJE9Ed+gJ0nigkuBu3wOIClP2rhA5SAgeE4pxUDHBbmAzTkWGBeMC2ijyOz65QauX37g+hUAjiW5fnn++9dPtP/yAtdvAXD9FoLXD30joo+FebMIxIfCdUdm7lK65vwCdZ8W4ktWcP1AfNRpAqwLArFOTfvPlaLHlaw7s71YXIjbZwnwvkyg7nMk3Abio84Zrl+NhHo8a5r5PZ5PoO5L0jh6HIiPQtas8cjuqlfvQ2cj/gersxn/Lv1eNZ9jKrl/t6DzO/q/Z/zu5ek/5/fZ+Wgrv1AW3FgFgPfhQYXVBbJg8c+4CtqwGgtSQYGwupDhYbWuu5BQWC0hSgUE3PLCicFu0EXS/17Rv9mgi7g26GLpPxe/wO/md363mPO7egMokf5zSenNHNjPpYCb+T9Z99Lpf++Kv1n30q51L5P+c9m/WfcyrnUvl/5z+Qv8bgHnd8s5v6s3ygrpP1d0MJLYa0oI8CO74Teruo8qCNSdQ+hmFW1OXgnkERBrJbV+aJyv+vd7WqRvrMBuKq8Ca1bGVcneVGJBqiRwU1nZ8JtKXXdlsicgKws+AYl2Jy5NLx6ZiBaPj4jII4xXJsdW/n/hXt+rnblf8w+e0DwXcX4P+Z/QPBdx8Sc0LzTO/9kTmnoBlruKvcbVHP4Jof721cBNqMrfjJUQn5qcFh8T3T4yJi05fZy4tNTo9lGJKi0hOn346BiV3D41skNMcnxcTFxCWnxg7yBUEVLgqlaBsSBVFVDgaw1XYF33tQHZOpmt/xpnruhxcwd0fIv8/7z880T20nXAu4Lc4NxCb2J6fnWdMeGPjzt3Reg+ymu4/ZFx94au+zIz7Y/zjtzIG5FrgGPlM3T/8V0K2N8K2DMqH4l9VI3QPqomdPNa3d68YkGqLnDzGmn4zauuO5Iok5SY6//2Ei16/tdkYiNI81ypgdk9ylnvqH9g99S7wNr57Z56ERe3ey40zkXtHolmA4315x25Svyr2KzOotaN8F7wOw5cHSoKuJlFw8iQlpaxntGCJx69jtcI3PkXFD7xZPYuSdetBOouZFbd559Es/wPP+EPwBh6UvELDHLfcPd4ZtevCMlJD9jfCtgzSmr9soJ5ooBaEwN06vQYEtoSkyizhyGxlnARi8Xj6y5J4CKWEKi7FMlDVLFAPgKxVqUM7xvNl6sF+qYMAV+uEai7LAlf4oB8AWKtyhLwJUGgbyoQ8CVRoO6KJHyJB/IFiLWqSMCXmwT6phIBX24WqLsyCV8SgHwBYq0qE/DlToG+qULAl7sE6q5KwpdEIF+AWKuqBHzpJNA31Qj4cp9A3dVJ+FIDyBcg1qo6AV8eEeibKAK+PCpQdzQJX5KAfAFiraIJ+PKMQN/EEfDlWYG640n4UhPIFyDWKp6ALy8L9E0NAr68IlB3EglfagH5AsRaJRHwZbpA39Qm4MsMgbrrkPClNpAvQKxVHQK+LBbom3oEfFkiUHd9Er7UAfIFiLWqT8CXtQJ904CALx8L1N2QhC/XA/kCxFo1JODLVoG+aUTAl68F6m5Mwpe6QL4AsVaNCfiyT6BvmhDw5SeBupuS8KUekC9ArFVTAr6cFOibZgR8+V2g7uYkfKkP5AsQa9WcgC85E/B905KAL7kE6m5FwpcbgHwBYq1aEfCluEDftGZ4/0Wg7jYkfLkRyBcg1qoNAV+uFuibtgzvvwjU3Y6ELw2AfAFirdoR8CVBoG+SGd5/Eag7hYQvDYF8AWKtUgj4cpNA36QxvP8iUHdHEr7cBOQLEGvVkYAvdwr0TWeG918E6u5CwpebgXwBYq26EPClk0DfdGV4/0Wg7m4kfGkE5AsQa9WNgC+PCPRNd4b3XwTq7kHCl8ZAvgCxVj0I+PKMQN/0Ynj/RaDu3iR8uQXIFyDWqjcBX14W6Js+DO+/CNTdl4QvtwL5AsRa9SXgy3SBvunH8P6LQN39SfjSBMgXINaqPwFfFgv0zQCG918E6h5IwpemQL4AsVYDCfiyVqBvBjG8/yJQ92ASvtwG5AsQazWYgC9bBfpmCMP7LwJ1DyXhy+1AvgCxVkMJ+LJPoG+GMbz/IlD3cBK+NAPyBYi1Gk7Al5MCfTOC4f0XgbpHkvClOZAvQKzVSAK+5BT4Ho/RDO+/CNQ9hoQvLYB8AWKtkOunv/SvSjrA5Zzx9Hd46O8l0J+1rj8/Wn8mrv6cT/3Zhfrz2PRnTOnPzfnPZ4Ho72VL/59+D1W/W6ffF9LvQOjnuvWzqvr5O/1MkX5OQme/Os/SHr32HbWXos+H+p5X67jem1okRngudN/dkSjTd/D34oB9p/GtmuWv73HSa9BSeJ1bAb/jKahv820l9G2+d9pv88WCdKfAt/neZfi3+eq67yL6Nl+Jufq/zTcreN76Ji93IvbmKY8QZv4LNWf3+rZ25t7mH3xDcHnX/y+L659ZXFiVj7j4NwRfaJz/im8I1otZzrVwbRLP33lN/obgNsAN8u5E/Pre/Q/WM7Pzvge4OeQFngYuEz5FIr6tsrXAKXIsQd1tBOoeZ7hroOu+R6DuVwNyDSIzdylgXyog1kpq/eBv7ROeHtsKnR7b2dMjFqR2AqfHew0/Peq67yU6Pd5rT4/0p8f2ztyT7enx318ZC9Xed3pMJjs9JgM3yBSB02NKAKfHDvb0+K9PUe0FThOvE9SdLFD3GwSnxw4CdU8kOT0C+1IBsVbI9dOiX/UCxzI0PujeTE40f46pQhk3/sOTgILI2lBpBA3VET1H9AS1t9xRQDGmkihGKvDuuhOQlFMJ7jQ6CfTNfYlYpaxCuLHdR7CxdTZ9YyuUPuDlAg063XBiFkiv+UqBumeQPHbaBbgJA7FWUuuXFbx+busqs2PdD8RCgitSIvZAovni3UWg7lmG741atO4XqHs2yd7YFchHINZqdhrNTd+fwS66Nx8guOnrmijT53BCdsv8qS7KGUsF9RREN6GnIB60T0FgQXpQ4CmIhwx/CkLX/ZBwoi65ppGZvIJ4AiJ7PPYJiLx4vDyEBo2tMn5wr293Z+49/sETEBUizu8h/xMQFSIu/gTEhca56BMQoEX4czEyiuue+NcEszoLUc43OdTfzGg+tArPJXhDN6/AcWCe2ceBP+9sugNFpwdwrPkk2QGwvxWwZxRw/TwbPponD5O8UdwT/EbxtVn+EhO9Bj2F3yjuRfhMeC+h01BvexrCgtRb4DT0iOGnIV33I2SnoUcET0NCPRvY89aPOlj2Mf15a/QiZBT3qO8Z6T6JEedd6KDpUSDJ+5DcSfQlVOK+Qkr8mFViLEiPCSjx44Yrsa77cTIlftwqsfvyKHE/B8v+YVXifj4l7h+AEvcDkrw/+Pm9awmf3+ufaP4cn2CJcp8EP+nO2FBPEjTUANMfCNXnjQECbv8iErf6CeAuPxBIykU8D/+IkWcgAcGfklIM9O0M8gnWp8FPsGZc6Cf7BgHnWRIYH5Ui+dicwYTGzGAhY+YZa8xgQXpGwJh51nBjRtf9LJkx8yyfMSPxQNafY7vnP8TBcmhYjZkhPmNmaADGzBAgyYcK3cmglfg5QiV+TkiJn7dKjAXpeQElHma4Euu6h5Ep8TCrxJ6x3fMf7mD5QliVeLhPiV8IQImHA0n+gnW0FXANxOb4IktEMsI2lBpB0FAjTY9I9HljpEBEspgkInkRuMuPApJysY1I1CgCgr8kpRjouGA0sDnLAOOCsiRxwRhCk2KMkEnxsjUpsCC9LGBSvGK4SaHrfoXMpHiFz6SIEhzbY1KMdbAcF1aTYqzPpBgXgEkxFkjycYkyTYdW4lcJlfhVISV+zSoxFqTXBJR4vOFKrOseT6bE460Suy+PEk9wsHw9rEo8wafErwegxBOAJH8dqMSs7i5wDcTm+AZLXDDRxgVqIkFDTTI9LtDnjUkCccFSkrjgDeAuPxlIyqU2LlCTCQg+hSUumApszgrAuKAiSVwwjdCkmCZkUky3JgUWpOkCJsUMw00KXfcMMpNiBp9JES04tsekmOlg+WZYTYqZPpPizQBMiplAkr+ZKNN0aCWeRajEs4SUeLZVYixIswWUeI7hSqzrnkOmxHOsErsvjxK/5WA5N6xK/JZPiecGoMRvAUk+F6jErO4ucA3E5jiPJS6Yb+MCNZ+god42PS7Q5423BeKCZSRxwTzgLr8ASMplNi5QCwgIvpAlLlgEbM5KwLigMklc8A6hSfGOkEmx2JoUWJAWC5gUSww3KXTdS8hMiiV8JkWM4Ngek2Kpg+W7YTUplvpMincDMCmWAkn+bqJM08GPFoRKvExIid+zSowF6T0BJV5uuBLrupeTKfFyq8Tuy6PE7ztYrgirEr/vU+IVASjx+0CSrwAqMau7C1wDsTl+wBIXrLRxgVpJ0FAfmh4X6PPGhwJxwXKSuOAD4C6/CkjK5TYuUKsICL6aJS5YA2zOKsC4oCpJXPARoUnxkZBJsdaaFFiQ1gqYFB8bblLouj8mMyk+5jMpYgXH9pgU6xwsPwmrSbHOZ1J8EoBJsQ5I8k8SZZoOrcTrCZV4vZASf2qVGAvSpwJKvMFwJdZ1byBT4g1Wid2XR4k/c7DcGFYl/synxBsDUOLPgCTfCFRiVncXuAZic/ycJS7YZOMCtYmgob4wPS7Q540vBOKCFSRxwefAXX4zkJQrbFygNhMQ/EuWuGALsDmrAeOC6iRxwVeEJsVXQibFVmtSYEHaKmBSfG24SaHr/prMpPiaz6SIExzbY1Jsc7D8JqwmxTafSfFNACbFNiDJv0mUaTq0Em8nVOLtQkr8rVViLEjfCijxDsOVWNe9g0yJd1gldl8eJf7OwXJnWJX4O58S7wxAib8DknwnUIlZ3V3gGojN8XuWuGCXjQvULoKG+sH0uECfN34QiAtWksQF3wN3+d1AUq60cYHaTUDwPSxxwV5gc0YB44JokrjgR0KT4kchk2KfNSmwIO0TMCl+Mtyk0HX/RGZS/MRnUsQLju0xKfY7WP4cVpNiv8+k+DkAk2I/kOQ/J8o0HVqJDxAq8QEhJf7FKjEWpF8ElPig4Uqs6z5IpsQHrRK7L48S/+pgeSisSvyrT4kPBaDEvwJJfgioxKzuLnANxOb4G0tccNjGBeowQUMdMT0u0OeNIwJxwSqSuOA34C5/FEjKVTYuUEcJCH6MJS44DmzOOGBcEE8SF5wgNClOCJkUJ61JgQXppIBJ8bvhJoWu+3cyk+J3PpMiQXBsj0lxysHydFhNilM+k+J0ACbFKSDJTyfKNB1aic8QKvEZISX+wyoxFqQ/BJT4rOFKrOs+S6bEZ60Suy+PEp/LwLLGX/8uVEp8zqfE7oXwTyjjb2eWmOeQJK+BazpWdxe4BmJzzCIwxwtONLMNlRU3Udq4ICtBQ12CniN6gvq8oSeJbtA1JHGBm/GZrflSICnX2LhAXUpA8GxSioGOC7IDm7MGMC5IIokLcgA3iqBMihzA5nTPN6fr9tuaFJkcU4OUswZ+3FzAhpWqO1cNOEaiJkUuIKECMikSBcf2mBS5HSzzhNWk0AtQzlVsngBMitxAkuepIdN0aCXOS6jEeYWU+DKrxFiQLhNQ4nyGK7GuOx+ZEuezSuy+PEp8uYNl/rAq8eU+Jc4fgBJfDiR5fqASs7q7wDUQm2MBlrigoI0LVEGChipkelygzxuFBOKCtSRxQQHgLl8YSMq1Ni5QhQkIXoQlLigKbM7awLigDklcUIzQpCgmZFIUtyYFFqTiAiZFCcNNCl13CTKTogSfSdFecGyPSVHSwbJUWE2Kkj6TolQAJkVJIMlL1ZBpOrQSlyZU4tJCSnyFVWIsSFcIKHEZw5VY112GTInLWCV2Xx4lLutgWS6sSlzWp8TlAlDiskCSlwMqMau7C1wDsTmWZ4kLKti4QFUgaKiKpscF+rxRUSAuWEcSF5QH7vJXAkm5zsYF6koCgl/FEhdUAjZnPWBcUJ8kLqhMaFJUFjIprrYmBRakqwVMimsMNyl03deQmRTX8JkUyYJje0yKKg6WVcNqUlTxmRRVAzApqgBJXrWGTNOhlfhaQiW+VkiJr7NKjAXpOgElrma4Euu6q5EpcTWrxO7Lo8TVHSwjw6rE1X1KHBmAElcHkjwSqMSs7i5wDcTmqFjigigbF6gogoaKNj0u0OeNaIG4YD1JXKCAu3wMkJTrbVygYggIHssSF8QBm7MBMC5oSBIXxBOaFPFCJkWCNSmwICUImBSJhpsUuu5EMpMikc+kSBEc22NS1HCwTAqrSVHDZ1IkBWBS1ACSPKmGTNOhlbgmoRLXFFLiWlaJsSDVElDi2oYrsa67NpkS17ZK7L48SlzHwfL6sCpxHZ8SXx+AEtcBkvx6oBKzurvANRCbY12WuKCejQtUPYKGqm96XKDPG/UF4oINJHFBXeAufwOQlBtsXKBuICD4jSxxQQNgczYCxgWNSeKChoQmRUMhk+Ima1JgQbpJwKS42XCTQtd9M5lJcTOfSdFBcGyPSdHIwbJxWE2KRj6TonEAJkUjIMkb15BpOrQS30KoxLcIKfGtVomxIN0qoMRNDFdiXXcTMiVuYpXYfXmUuKmD5W1hVeKmPiW+LQAlbgok+W1AJWZ1d4FrIDbH21nigmY2LlDNCBqquelxgT5vNBeICzaSxAW3A3f5FkBSbrRxgWpBQPA7WOKClsDmbAKMC5qSxAWtCE2KVkImxZ3WpMCCdKeASXGX4SaFrvsuMpPiLj6TIlVwbI9J0drBsk1YTYrWPpOiTQAmRWsgydvUkGk6tBLfTajEdwsp8T1WibEg3SOgxG0NV2Jdd1syJW5rldh9eZS4nYPlvWFV4nY+Jb43ACVuByT5vUAlZnV3gWsgNsf2LHFBso0LVDJBQ6WYHhfo80aKQFywiSQuaA/c5TsASbnJxgWqAwHBU1nigjRgczYDxgXNSeKCjoQmRUchk6KTNSmwIHUSMCnuM9yk0HXfR2ZS3MdnUqQJju0xKTo7WHYJq0nR2WdSdAnApOgMJHmXGjJNh1bi+wmV+H4hJX7AKjEWpAcElLir4Uqs6+5KpsRdrRK7L48Sd3OwfDCsStzNp8QPBqDE3YAkfxCoxKzuLnANxOb4EEtc0N3GBao7QUP1MD0u0OeNHgJxwWaSuOAh4C7/MJCUm21coB4mIHhPlrigF7A5WwLjglYkcUFvQpOit5BJ8Yg1KbAgPSJgUjxquEmh636UzKR4lM6kUJFyY3tNij4Oln3DalL08ZkUfQMwKfoASd63hkzToZX4MUIlfkxIiR+3SowF6XEBJe5nuBLruvuRKXE/q8Sewd3z7+9g+URYlbi/T4mfCECJ+wNJ/gRQiVnd3SdqmD/HJ1niggE2LlADCBpqoOlxgT5vDBSIC7aQxAVPAnf5p4Ck3GLjAvUUAcGfZokLBgGbszUwLmhDEhcMJjQpBguZFM9YkwIL0jMCJsWzhpsUuu5nyUyKZ/lMCiU3ttekGOJgOTSsJsUQn0kxNACTYgiQ5ENryDQdWomfI1Ti54SU+HmrxFiQnhdQ4mGGK7GuexiZEg+zSuwZ3D3/4Q6WL4RViYf7lPiFAJR4OJDkLwCVmNXdfaGG+XN8kSUuGGHjAjWCoKFGmh4X6PPGSIG4YCtJXPAicJcfBSTlVhsXqFEEBH+JJS4YDWzOtsC4oB1JXDCG0KQYI2RSvGxNCixILwuYFK8YblLoul8hMyle4TMpouTG9poUYx0sx4XVpBjrMynGBWBSjAWSfFwNmaZDK/GrhEr8qpASv2aVGAvSawJKPN5wJdZ1jydT4vFWiT2Du+c/wcHy9bAq8QSfEr8egBJPAJL8daASs7q7r9cwf45vsMQFE21coCYSNNQk0+MCfd6YJBAXbCOJC94A7vKTgaTcZuMCNZmA4FNY4oKpwOZMBsYFKSRxwTRCk2KakEkx3ZoUWJCmC5gUMww3KXTdM8hMihl8JkW03Nhek2Kmg+WbYTUpZvpMijcDMClmAkn+Zg2ZpkMr8SxCJZ4lpMSzrRJjQZotoMRzDFdiXfccMiWeY5XYM7h7/m85WM4NqxK/5VPiuQEo8VtAks8FKjGruzu3hvlznMcSF8y3cYGaT9BQb5seF+jzxtsCccF2krhgHnCXXwAk5XYbF6gFBARfyBIXLAI2ZxowLuhIEhe8Q2hSvCNkUiy2JgUWpMUCJsUSw00KXfcSMpNiCZ9JESM3ttekWOpg+W5YTYqlPpPi3QBMiqVAkr9bQ6bp0Eq8jFCJlwkp8XtWibEgvSegxMsNV2Jd93IyJV5uldgzuHv+7ztYrgirEr/vU+IVASjx+0CSrwAqMau7u6KG+XP8gCUuWGnjArWSoKE+ND0u0OeNDwXigh0kccEHwF1+FZCUO2xcoFYREHw1S1ywBticnYFxQReSuOAjQpPiIyGTYq01KbAgrRUwKT423KTQdX9MZlJ8zGdSxMqN7TUp1jlYfhJWk2Kdz6T4JACTYh2Q5J/UkGk6tBKvJ1Ti9UJK/KlVYixInwoo8QbDlVjXvYFMiTdYJfYM7p7/Zw6WG8OqxJ/5lHhjAEr8GZDkG4FKzOrubqxh/hw/Z4kLNtm4QG0iaKgvTI8L9HnjC4G4YCdJXPA5cJffDCTlThsXqM0EBP+SJS7YAmzOrsC4oBtJXPAVoUnxlZBJsdWaFFiQtgqYFF8bblLour8mMym+5jMp4uTG9poU2xwsvwmrSbHNZ1J8E4BJsQ1I8m9qyDQdWom3EyrxdiEl/tYqMRakbwWUeIfhSqzr3kGmxDusEnsGd8//OwfLnWFV4u98SrwzACX+DkjynUAlZnV3d9Ywf47fs8QFu2xcoHYRNNQPpscF+rzxg0BcsIskLvgeuMvvBpJyl40L1G4Cgu9hiQv2ApuzOzAu6EESF/xIaFL8KGRS7LMmBRakfQImxU+GmxS67p/ITIqf+EyKeLmxvSbFfgfLn8NqUuz3mRQ/B2BS7AeS/OcaMk2HVuIDhEp8QEiJf7FKjAXpFwElPmi4Euu6D5Ip8UGrxJ7B3fP/1cHyUFiV+FefEh8KQIl/BZL8EFCJWd3dQzXMn+NvLHHBYRsXqMMEDXXE9LhAnzeOCMQFu0nigt+Au/xRICl327hAHSUg+DGWuOA4sDl7AeOC3iRxwQlCk+KEkElx0poUWJBOCpgUvxtuUui6fyczKX7nMykS5Mb2mhSnHCxPh9WkOOUzKU4HYFKcApL8dA2ZpkMr8RlCJT4jpMR/WCXGgvSHgBKfNVyJdd1nyZT4rFViz+Du+Z/LwDLpr38XKiU+51Ni90L4J5TxtzNLzHNIkifhmo7V3cWtgdwcswjM8YITzWxDZcVNlDYuyErQUJeg54ieoD5v6EmiG3QvSVzgZnxma74USMq9Ni5QlxIQPJuUYqDjguzA5uwDjAv6ksQFOYAbRVAmRQ5gc7rnm9N1+21NikyOqUHKmYQfNxewYaXqzpUEx0jUpMgFJFRAJkWi3NhekyK3g2WesJoUegHKuYrNE4BJkRtI8jxJMk2HVuK8hEqcV0iJL7NKjAXpMgElzme4Euu685EpcT6rxJ7B3fO/3MEyf1iV+HKfEucPQIkvB5I8P1CJWd3d/Enmz7EAS1xQ0MYFqiBBQxUyPS7Q541CAnHBPpK4oABwly8MJOU+GxeowgQEL8ISFxQFNmc/YFzQnyQuKEZoUhQTMimKW5MCC1JxAZOihOEmha67BJlJUYLPpGgvN7bXpCjpYFkqrCZFSZ9JUSoAk6IkkOSlkmSaDq3EpQmVuLSQEl9hlRgL0hUCSlzGcCXWdZchU+IyVok9g7vnX9bBslxYlbisT4nLBaDEZYEkLwdUYlZ3t1yS+XMszxIXVLBxgapA0FAVTY8L9HmjokBcsJ8kLigP3OWvBJJyv40L1JUEBL+KJS6oBGzOAcC4YCBJXFCZ0KSoLGRSXG1NCixIVwuYFNcYblLouq8hMymu4TMpkuXG9poUVRwsq4bVpKjiMymqBmBSVAGSvGqSTNOhlfhaQiW+VkiJr7NKjAXpOgElrma4Euu6q5EpcTWrxJ7B3fOv7mAZGVYlru5T4sgAlLg6kOSRQCVmdXcjk8yfo2KJC6JsXKCiCBoq2vS4QJ83ogXiggMkcYEC7vIxQFIesHGBiiEgeCxLXBAHbM5BwLhgMElcEE9oUsQLmRQJ1qTAgpQgYFIkGm5S6LoTyUyKRD6TIkVubK9JUcPBMimsJkUNn0mRFIBJUQNI8qQkmaZDK3FNQiWuKaTEtawSY0GqJaDEtQ1XYl13bTIlrm2V2DO4e/51HCyvD6sS1/Ep8fUBKHEdIMmvByoxq7t7fZL5c6zLEhfUs3GBqkfQUPVNjwv0eaO+QFxwkCQuqAvc5W8AkvKgjQvUDQQEv5ElLmgAbM4hwLhgKElc0JDQpGgoZFLcZE0KLEg3CZgUNxtuUui6byYzKW7mMyk6yI3tNSkaOVg2DqtJ0chnUjQOwKRoBCR54ySZpkMr8S2ESnyLkBLfapUYC9KtAkrcxHAl1nU3IVPiJlaJPYO759/UwfK2sCpxU58S3xaAEjcFkvw2oBKzuru3JZk/x9tZ4oJmNi5QzQgaqrnpcYE+bzQXiAsOkcQFtwN3+RZAUh6ycYFqQUDwO1jigpbA5hwGjAuGk8QFrQhNilZCJsWd1qTAgnSngElxl+Emha77LjKT4i4+kyJVbmyvSdHawbJNWE2K1j6Tok0AJkVrIMnbJMk0HVqJ7yZU4ruFlPgeq8RYkO4RUOK2hiuxrrstmRK3tUrsGdw9/3YOlveGVYnb+ZT43gCUuB2Q5PcClZjV3b03yfw5tmeJC5JtXKCSCRoqxfS4QJ83UgTigsMkcUF74C7fAUjKwzYuUB0ICJ7KEhekAZtzBDAuGEkSF3QkNCk6CpkUnaxJgQWpk4BJcZ/hJoWu+z4yk+I+PpMiTW5sr0nR2cGyS1hNis4+k6JLACZFZyDJuyTJNB1aie8nVOL7hZT4AavEWJAeEFDiroYrsa67K5kSd7VK7BncPf9uDpYPhlWJu/mU+MEAlLgbkOQPApWY1d19MMn8OT7EEhd0t3GB6k7QUD1Mjwv0eaOHQFxwlCQueAi4yz8MJOVRGxeohwkI3pMlLugFbM7RwLhgTEAbRWbXrzdw/fIC1+8y4FiS6/fIf//6ifbfo8D1mwtcv3ng9UPfiOhjYeEs+HGPC9cdmblL6ZqLC9R9QogvWcH1A/FRJwiwLgnEOjXtP1eKHley7sz2YnEhbp8iwLuIQN2nSbgNxEedNly/Ggn1+FmCHi8qUPc5kh4H4qOQNWs8srvq1fvQ2Yj/weqs8+/6pN+r9nVMJffvlnR+R//3jN99LP3nx312PtrKL5UFN1Y/4H14UGF1iSxY/DOu/jasxoLUXyCsfsLwsFrX/YRQWC0hSv0E3PInk4LdoAek/72Bf7NBD3Bt0E+l//z0BX63uPO7Tzm/qzeAQek/DxbezJH9/AxwM/8n6/5s+t8b8jfr/qxr3Yem//zc36z7UNe6P5/+87AL/G4J53efd35Xb5TD039+wcFIYq8ZJMCPrB3N3hd0Hw0XqPsScN0ZF9qcfBHIIyDWSmr90DiP+Pd7WqRvrMBuKkcIPQE50t5UYkEaKXBTOcrwm0pd9yiyJyBHCT4BiXYn8qYXj0xEn06MiHhEGK9Mjq38/8K9vi85cx/9D57QPBdxfg/5n9A8F3HxJzQvNM7/2ROaegGWu4od7WoO/4RQf/sl4CY05m/GSohPTU6Lj4luHxmTlpw+TlxaanT7qESVlhCdPnx0jEpunxrZISY5Pi4mLiEtPrB3EMYIKfDLVoGxIL0soMCvGK7Auu5XArJ1Mlv/aGeu6HGzB3R8i/z/vPzzRPbSWOBdAXL9MoRJz6+uMya65zPuitB9lNNw+yPj7g1ddy4z7Y/zjtzIG5HRwLFyG7r/+C4F7G8F7BmVm8Q+GkdoH40Tunl91d68YkF6VeDm9TXDb1513a8RZZISc/3fXqJFz390JjaCNM+VGpjdM95Z7wn/wO6pd4G189s99SIubvdcaJyL2j0SzQYa68878vFJfxWb1VnUuhHeC33HAaxDTQBuZq/DyJCWlrGerwueePQ6jha4888nfOLJ7F2Srnu8QN2Xm1X3efPTdU8QqDu/oScVv8Ag9w13j2d2/QqQnPSA/a2APaOk1i8rmCfjgVrzBtCp02NIaMsbSTJ7GBJrCRfxqUR83UUJXMRBAnUXI3mIaiKQj0CsVTHD+0bz5SWBvilJwJfRAnWXIuHLJCBfgFirUgR8mSLQN2UI+DJVoO6yJHyZDOQLEGtVloAvCwX6pgIBXxYJ1F2RhC9TgHwBYq0qEvBltUDfVCLgyxqBuiuT8GUqkC9ArFVlAr58KdA3VQj4skWg7qokfJkG5AsQa1WVgC97BPqmGgFf9grUXZ2EL9OBfAFiraoT8OWYQN9EEfDluEDd0SR8mQHkCxBrFU3Al2w18H0TR8CX7AJ1x5PwZSaQL0CsVTwBX4oI9E0NAr4UFag7iYQvbwL5AsRaJRHw5SqBvqlNwJdKAnXXIeHLLCBfgFirOgR8iRXom3oEfIkTqLs+CV9mA/kCxFrVJ+DLjQJ904CALw0E6m5Iwpc5QL4AsVYNCfhyh0DfNCLgS0uBuhuT8OUtIF+AWKvGBHxJFeibJgR8SROouykJX+YC+QLEWjUl4EtPgb5pRsCXXgJ1NyfhyzwgX4BYq+YEfHlaoG9aMrz/IlB3KxK+zAfyBYi1akXAl5cE+qY1w/svAnW3IeHL20C+ALFWbQj4MkWgb9oyvP8iUHc7Er4sAPIFiLVqR8CXhQJ9k8zw/otA3SkkfFkI5AsQa5VCwJfVAn2TxvD+i0DdHUn4sgjIFyDWqiMBX74U6JvODO+/CNTdhYQv7wD5AsRadSHgyx6BvunK8P6LQN3dSPiyGMgXINaqGwFfjgn0TXeG918E6u5BwpclQL4AsVY9CPiSTeBz13oxvP8iUHdvEr4sBfIFiLXqTcCXIgJ904fh/ReBuvuS8OVdIF+AWKu+BHy5SqBv+jG8/yJQd38SviwD8gWItepPwJdYgb4ZwPD+i0DdA0n48h6QL0Cs1UACvtwo0DeDGN5/Eah7MAlflgP5AsRaDSbgyx0CfTOE4f0XgbqHkvDlfSBfgFiroQR8SRXom2EM778I1D2chC8rgHwBYq2GE/Clp0DfjGB4/0Wg7pEkfPkAyBcg1gq5fvpL/+LSAS7njKe/w0N/L4H+rHX9+dH6M3H153zqzy7Un8emP2NKf26O/iwQ/fkG+p1t/R6qfrdOvy+k34HQz3XrZ1X183f6mSL9nITOfnWepT167TtqL0WfD/U9r9ZxvTd9kBThudB9tzJJpu/Q8/wQ2Hca3/gsf32Pk16DD4XXeRXwO56C+jbfVULf5rvafpsvFqTVAt/mu8bwb/PVda9JgmMk9m2+EnP1f5tvVvC89U1e7yTszdMjQpj5L9Sc3ev7kTP3tf/gG4LLu/5/WVz/zOLCqnzExb8h+ELj/Fd8Q7BezHKuhVubdP7Oa/I3BK8FbpAfJ+HX9+N/sJ6Znfc64OaQE3gayCV8ikR8W+VHAqfI0QR1rxWoe4zhroGue51A3S8H5BpEZu5SwL5UQKyV1Pqhcf6E8PT4idDpcb09PWJBWi9wevzU8NOjrvtTotPjp/b0SH963ODM/TN7evz3V8ZCbfCdHj8jOz1+BtwgNwqcHjcGcHr83J4e//UpaoPAaeJVgro/E6j7NYLT4+cCdY8nOT0C+1IBsVbI9dOiH3+BYxkaH3RvfpZk/hw3CWXccEJ+ARRE1ob6gqChNqPniJ6g9pY3CyjGRBLF2AS8u/4SSMqJBHcaXwr0zZYkrFLGEW5sWwg2tq9M39hKpQ/4mECDTjacmP3Sa35RoO4pJI+dbgVuwkCsldT6ZQWvn9u6yuxYXwOxkOCKlIhtSzJfvLcK1D3d8L1Ri9bXAnXPINkbvwHyEYi1mtGR5qbvz2AX3ZvbCG76vkmS6XM4Ibdn/lQX5YylgnoKYrvQUxDf2qcgsCB9K/AUxA7Dn4LQde8QTtQl1zQyk1cQT0D0SMQ+AfEoHi8PoUFjq4wf3Ov7nTP3nf/gCYgKEef3kP8JiAoRF38C4kLjXPQJCNAi/LkYGcV9l/TXBLM6C1HONznU38xoPrQKzyJ4Q/dRgePAbLOPA3/e2XwHFJ2dwLHmkGQHwP5WwJ5RwPXzbPhonnxP8kbxLvAbxQlZ/hITvQa7hN8o/oHwmfAfhE5Du+1pCAvSboHT0B7DT0O67j1kp6E9gqchoZ4N7HnrvQ6WP5r+vDV6ETKK2+t7RvrHpIjzLnTQtBdI8h9J7iT2ESrxPiEl/skqMRaknwSUeL/hSqzr3k+mxPutErsvjxL/7GB5IKxK/LNPiQ8EoMQ/A0l+APz8XgLh83sHksyf4y8sUe5B8JPujA11kKChfjX9gVB93vhVwO2fT+JW/wLc5Q8BSTmf5+EfMfIcIiD4b1KKgb6dQT7Behj8BGvGhX6y7whwnkWB8VExko/NOUpozBwVMmaOWWMGC9IxAWPmuOHGjK77OJkxc5zPmJF4IOvPsd3zP+FgeTKsxswJnzFzMgBj5gSQ5CeF7mTQSvw7oRL/LqTEp6wSY0E6JaDEpw1XYl33aTIlPm2V2DO2e/5nHCz/CKsSn/Ep8R8BKPEZIMn/sI62Aq6B2BzPskQk52xDqXMEDRVR0/CI5D+HvJr4Bl1AEpGcBe7yWXBgqwU2IlFZapo/x6w1ZfocHhdcAmzOksC4oBRJXHBpTT6T4lJgc7rnm63mXz9bkyKTY2qQstXEj5sd2LBSdWevCcdI1KTIDiRUQCZFlODYHpMih4NlThemoTIp9AKUcxXrXgj/hDL+dmaJmQNI8pw1ZZoOrcS5CJU4l5AS57ZKjAUpt4AS5zFciXXdeciUOI9VYvflUeK8DpaXhVWJ8/qU+LIAlDgvkOSXAZWY1d0FroHYHPNJmT/oW6bLgeYPa0NdTtBQ+U2PC/R5I79AXLCIJC7IB9zlCwBJucjGBaoAAcELssQFhYDNWQYYF5QliQsKE5oUhYVMiiLWpMCCVETApChquEmh6y5KZlIU5TMpogXH9pgUxRwsi4fVpCjmMymKB2BSFAOSvHhNmaZDK3EJQiUuIaTEJa0SY0EqKaDEpQxXYl13KTIlLmWV2H15lLi0g+UVYVXi0j4lviIAJS4NJPkVQCVmdXeBayA2xzIscUFZGxeosgQNVc70uOA/ZxyBuGAxSVxQBrjLlweScrGNC1R5AoJXYIkLKgKbswIwLqhIEhdcSWhSXClkUlxlTQosSFcJmBSVDDcpdN2VyEyKSnwmRYzg2B6TorKD5dVhNSkq+0yKqwMwKSoDSX51TZmmQyvxNYRKfI2QElexSowFqYqAElc1XIl13VXJlLiqVWL35VHiax0srwurEl/rU+LrAlDia4Ekvw6oxKzuLnANxOZYjSUuqG7jAlWdoKEiTY8L9HkjUiAuWEoSF1QD7vIKSMqlNi5QioDgUSxxQTSwOSsB44LKJHFBDKFJESNkUsRakwILUqyASRFnuEmh644jMyni+EyKWMGxPSZFvINlQlhNinifSZEQgEkRDyR5Qk2ZpkMrcSKhEicKKXENq8RYkGoIKHGS4Uqs604iU+Ikq8Tuy6PENR0sa4VViWv6lLhWAEpcE0jyWkAlZnV3gWsgNsfaLHFBHRsXqDoEDXW96XHBf84bAnHBMpK4oDZwl68LJOUyGxeougQEr8cSF9QHNmcVYFxQlSQuuIHQpLhByKS40ZoUWJBuFDApGhhuUui6G5CZFA34TIo4wbE9JkVDB8ubwmpSNPSZFDcFYFI0BJL8ppoyTYdW4psJlfhmISVuZJUYC1IjASVubLgS67obkylxY6vE7sujxLc4WN4aViW+xafEtwagxLcASX4rUIlZ3V3gGojNsQlLXNDUxgWqKUFD3WZ6XKDPG7cJxAXLSeKCJsBd/nYgKZfbuEDdTkDwZixxQXNgc1YDxgXVSeKCFoQmRQshk+IOa1JgQbpDwKRoabhJoetuSWZStOQzKeIFx/aYFK0cLO8Mq0nRymdS3BmASdEKSPI7a8o0HVqJ7yJU4ruElLi1VWIsSK0FlLiN4Uqs625DpsRtrBK7L48S3+1geU9YlfhunxLfE4AS3w0k+T1AJWZ1d4FrIDbHtixxQTsbF6h2BA11r+lxgT5v3CsQF6wgiQvaAnf59kBSrrBxgWpPQPBklrggBdicUcC4IJokLuhAaFJ0EDIpUq1JgQUpVcCkSDPcpNB1p5GZFGl8JkWC4Ngek6Kjg2WnsJoUHX0mRacATIqOQJJ3qinTdGglvo9Qie8TUuLOVomxIHUWUOIuhiuxrrsLmRJ3sUrsvjxKfL+D5QNhVeL7fUr8QABKfD+Q5A8AlZjV3QWugdgcu7LEBd1sXKC6ETTUg6bHBfq88aBAXLCSJC7oCtzlHwKScqWNC9RDBATvzhIX9AA2ZxwwLogniQseJjQpHhYyKXpakwILUk8Bk6KX4SaFrrsXmUnRi8+kSBQc22NS9HawfCSsJkVvn0nxSAAmRW8gyR+pKdN0aCV+lFCJHxVS4j5WibEg9RFQ4r6GK7Guuy+ZEve1Suy+PEr8mIPl42FV4sd8Svx4AEr8GJDkjwOVmNXdBa6B2Bz7scQF/W1coPoTNNQTpscF+rzxhEBcsIokLugH3OWfBJJylY0L1JMEBB/AEhcMBDZnDWBckEQSFzxFaFI8JWRSPG1NCixITwuYFIMMNyl03YPITIpBfCZFe8GxPSbFYAfLZ8JqUgz2mRTPBGBSDAaS/JmaMk2HVuJnCZX4WSElHmKVGAvSEAElHmq4Euu6h5Ip8VCrxO7Lo8TPOVg+H1Ylfs6nxM8HoMTPAUn+PFCJWd1d4BqIzXEYS1ww3MYFajhBQ71gelygzxsvCMQFa0jigmHAXf5FICnX2LhAvUhA8BEsccFIYHPWBsYFdUjiglGEJsUoIZPiJWtSYEF6ScCkGG24SaHrHk1mUozmMymSBcf2mBRjHCxfDqtJMcZnUrwcgEkxBkjyl2vKNB1aiV8hVOJXhJR4rFViLEhjBZR4nOFKrOseR6bE46wSuy+PEr/qYPlaWJX4VZ8SvxaAEr8KJPlrQCVmdXeBayA2x/EsccEEGxeoCQQN9brpcYE+b7wuEBesJYkLxgN3+TeApFxr4wL1BgHBJ7LEBZOAzVkPGBfUJ4kLJhOaFJOFTIop1qTAgjRFwKSYarhJoeueSmZSTOUzKVIEx/aYFNMcLKeH1aSY5jMppgdgUkwDknx6TZmmQyvxDEIlniGkxDOtEmNBmimgxG8arsS67jfJlPhNq8Tuy6PEsxwsZ4dViWf5lHh2AEo8C0jy2UAlZnV3gWsgNsc5LHHBWzYuUG8RNNRc0+MCfd6YKxAXrCOJC+YAd/l5QFKus3GBmkdA8PksccHbwOZsAIwLGpLEBQsITYoFQibFQmtSYEFaKGBSLDLcpNB1LyIzKRbxmRQdBMf2mBTvOFguDqtJ8Y7PpFgcgEnxDpDki2vKNB1aiZcQKvESISVeapUYC9JSASV+13Al1nW/S6bE71oldl8eJV7mYPleWJV4mU+J3wtAiZcBSf4eUIlZ3V3gGojNcTlLXPC+jQvU+wQNtcL0uECfN1YIxAXrSeKC5cBd/gMgKdfbuEB9QEDwlSxxwYfA5mwEjAsak8QFqwhNilVCJsVqa1JgQVotYFKsMdyk0HWvITMp1vCZFKmCY3tMio8cLNeG1aT4yGdSrA3ApPgISPK1NWWaDq3EHxMq8cdCSrzOKjEWpHUCSvyJ4Uqs6/6ETIk/sUrsvjxKvN7B8tOwKvF6nxJ/GoASrweS/FOgErO6u8A1EJvjBpa44DMbF6jPCBpqo+lxgT5vbBSICzaQxAUbgLv850BSbrBxgfqcgOCbWOKCL4DN2QQYFzQliQs2E5oUm4VMii+tSYEF6UsBk2KL4SaFrnsLmUmxhc+kSBMc22NSfOVguTWsJsVXPpNiawAmxVdAkm+tKdN0aCX+mlCJvxZS4m1WibEgbRNQ4m8MV2Jd9zdkSvyNVWL35VHi7Q6W34ZVibf7lPjbAJR4O5Dk3wKVmNXdBa6B2Bx3sMQF39m4QH1H0FA7TY8L9Hljp0BcsJEkLtgB3OW/B5Jyo40L1PcEBN/FEhf8AGzOZsC4oDlJXLCb0KTYLWRS7LEmBRakPQImxV7DTQpd914yk2IvnUmhIuXG9poUPzpY7gurSfGjz6TYF4BJ8SOQ5PtqyjQdWol/IlTin4SUeL9VYixI+wWU+GfDlVjX/TOZEv9sldgzuHv+BxwsfwmrEh/wKfEvASjxASDJfwEqMau7+0tN8+d4kCUu+NXGBepXgoY6ZHpcoM8bhwTigk0kccFB4C7/G5CUm2xcoH4jIPhhlrjgCLA5WwLjglYkccFRQpPiqJBJccyaFFiQjgmYFMcNNyl03cfJTIrjfCaFkhvba1KccLA8GVaT4oTPpDgZgElxAkjykzVlmg6txL8TKvHvQkp8yioxFqRTAkp82nAl1nWfJlPi01aJPYO753/GwfKPsCrxGZ8S/xGAEp8BkvwPoBKzurt/1DR/jmdZ4oJzNi5Q5wgaKqKW4XHBfw55tfANupkkLjgL3OWz4MBWm21coLLUMn+OWWvJ9Dk8LrgE2JytgXFBG5K44NJafCbFpcDmdM83W62/frYmRSbH1CBlq4UfNzuwYaXqzl4LjpGoSZEdSKiATIooubG9JkUOB8ucLkxDZVLoBSjnKta9EP4JZfztzBIzB5DkOWvJNB1aiXMRKnEuISXObZUYC1JuASXOY7gS67rzkClxHqvEnsHd88/rYHlZWJU4r0+JLwtAifMCSX4ZUIlZ3d3Lapk/x3xS5g/6lulyoPnD2lCXEzRUftPjAn3eyC8QF2whiQvyAXf5AkBSbrFxgSpAQPCCLHFBIWBztgXGBe1I4oLChCZFYSGToog1KbAgFREwKYoablLououSmRRF+UyKaLmxvSZFMQfL4mE1KYr5TIriAZgUxYAkL15LpunQSlyCUIlLCClxSavEWJBKCihxKcOVWNddikyJS1kl9gzunn9pB8srwqrEpX1KfEUASlwaSPIrgErM6u5eUcv8OZZhiQvK2rhAlSVoqHKmxwX/OeMIxAVbSeKCMsBdvjyQlFttXKDKExC8AktcUBHYnMnAuCCFJC64ktCkuFLIpLjKmhRYkK4SMCkqGW5S6LorkZkUlfhMihi5sb0mRWUHy6vDalJU9pkUVwdgUlQGkvzqWjJNh1biawiV+BohJa5ilRgLUhUBJa5quBLruquSKXFVq8Sewd3zv9bB8rqwKvG1PiW+LgAlvhZI8uuASszq7l5Xy/w5VmOJC6rbuEBVJ2ioSNPjAn3eiBSIC7aRxAXVgLu8ApJym40LlCIgeBRLXBANbM40YFzQkSQuiCE0KWKETIpYa1JgQYoVMCniDDcpdN1xZCZFHJ9JESs3ttekiHewTAirSRHvMykSAjAp4oEkT6gl03RoJU4kVOJEISWuYZUYC1INASVOMlyJdd1JZEqcZJXYM7h7/jUdLGuFVYlr+pS4VgBKXBNI8lpAJWZ1d2vVMn+OtVnigjo2LlB1CBrqetPjgv+cNwTigu0kcUFt4C5fF0jK7TYuUHUJCF6PJS6oD2zOzsC4oAtJXHADoUlxg5BJcaM1KbAg3ShgUjQw3KTQdTcgMyka8JkUcXJje02Khg6WN4XVpGjoMyluCsCkaAgk+U21ZJoOrcQ3EyrxzUJK3MgqMRakRgJK3NhwJdZ1NyZT4sZWiT2Du+d/i4PlrWFV4lt8SnxrAEp8C5DktwKVmNXdvbWW+XNswhIXNLVxgWpK0FC3mR4X6PPGbQJxwQ6SuKAJcJe/HUjKHTYuULcTELwZS1zQHNicXYFxQTeSuKAFoUnRQsikuMOaFFiQ7hAwKVoablLouluSmRQt+UyKeLmxvSZFKwfLO8NqUrTymRR3BmBStAKS/M5aMk2HVuK7CJX4LiElbm2VGAtSawElbmO4Euu625ApcRurxJ7B3fO/28HynrAq8d0+Jb4nACW+G0jye4BKzOru3lPL/Dm2ZYkL2tm4QLUjaKh7TY8L9HnjXoG4YCdJXNAWuMu3B5Jyp40LVHsCgiezxAUpwObsDowLepDEBR0ITYoOQiZFqjUpsCClCpgUaYabFLruNDKTIo3PpEiQG9trUnR0sOwUVpOio8+k6BSASdERSPJOtWSaDq3E9xEq8X1CStzZKjEWpM4CStzFcCXWdXchU+IuVok9g7vnf7+D5QNhVeL7fUr8QABKfD+Q5A8AlZjV3X2glvlz7MoSF3SzcYHqRtBQD5oeF+jzxoMCccEukrigK3CXfwhIyl02LlAPERC8O0tc0APYnL2AcUFvkrjgYUKT4mEhk6KnNSmwIPUUMCl6GW5S6Lp7kZkUvfhMikS5sb0mRW8Hy0fCalL09pkUjwRgUvQGkvyRWjJNh1biRwmV+FEhJe5jlRgLUh8BJe5ruBLruvuSKXFfq8Sewd3zf8zB8vGwKvFjPiV+PAAlfgxI8seBSszq7j5ey/w59mOJC/rbuED1J2ioJ0yPC/R54wmBuGA3SVzQD7jLPwkk5W4bF6gnCQg+gCUuGAhszj7AuKAvSVzwFKFJ8ZSQSfG0NSmwID0tYFIMMtyk0HUPIjMpBvGZFO3lxvaaFIMdLJ8Jq0kx2GdSPBOASTEYSPJnask0HVqJnyVU4meFlHiIVWIsSEMElHio4Uqs6x5KpsRDrRJ7BnfP/zkHy+fDqsTP+ZT4+QCU+DkgyZ8HKjGru/t8LfPnOIwlLhhu4wI1nKChXjA9LtDnjRcE4oK9JHHBMOAu/yKQlHttXKBeJCD4CJa4YCSwOfsB44L+JHHBKEKTYpSQSfGSNSmwIL0kYFKMNtyk0HWPJjMpRvOZFMlyY3tNijEOli+H1aQY4zMpXg7ApBgDJPnLtWSaDq3ErxAq8StCSjzWKjEWpLECSjzOcCXWdY8jU+JxVok9g7vn/6qD5WthVeJXfUr8WgBK/CqQ5K8BlZjV3X2tlvlzHM8SF0ywcYGaQNBQr5seF+jzxusCccE+krhgPHCXfwNIyn02LlBvEBB8IktcMAnYnAOAccFAkrhgMqFJMVnIpJhiTQosSFMETIqphpsUuu6pZCbFVD6TIkVubK9JMc3BcnpYTYppPpNiegAmxTQgyafXkmk6tBLPIFTiGUJKPNMqMRakmQJK/KbhSqzrfpNMid+0SuwZ3D3/WQ6Ws8OqxLN8Sjw7ACWeBST5bKASs7q7s2uZP8c5LHHBWzYuUG8RNNRc0+MCfd6YKxAX7CeJC+YAd/l5QFLut3GBmkdA8PksccHbwOYcBIwLBpPEBQsITYoFQibFQmtSYEFaKGBSLDLcpNB1LyIzKRbxmRQd5Mb2mhTvOFguDqtJ8Y7PpFgcgEnxDpDki2vJNB1aiZcQKvESISVeapUYC9JSASV+13Al1nW/S6bE71ol9gzunv8yB8v3wqrEy3xK/F4ASrwMSPL3gErM6u6+V8v8OS5niQvet3GBep+goVaYHhfo88YKgbjgAElcsBy4y38AJOUBGxeoDwgIvpIlLvgQ2JxDgHHBUJK4YBWhSbFKyKRYbU0KLEirBUyKNYabFLruNWQmxRo+kyJVbmyvSfGRg+XasJoUH/lMirUBmBQfAUm+tpZM06GV+GNCJf5YSInXWSXGgrROQIk/MVyJdd2fkCnxJ1aJPYO757/ewfLTsCrxep8SfxqAEq8HkvxToBKzuruf1jJ/jhtY4oLPbFygPiNoqI2mxwX6vLFRIC44SBIXbADu8p8DSXnQxgXqcwKCb2KJC74ANucwYFwwnCQu2ExoUmwWMim+tCYFFqQvBUyKLYabFLruLWQmxRY+kyJNbmyvSfGVg+XWsJoUX/lMiq0BmBRfAUm+tZZM06GV+GtCJf5aSIm3WSXGgrRNQIm/MVyJdd3fkCnxN1aJPYO757/dwfLbsCrxdp8SfxuAEm8HkvxboBKzurvf1jJ/jjtY4oLvbFygviNoqJ2mxwX6vLFTIC44RBIX7ADu8t8DSXnIxgXqewKC72KJC34ANucIYFwwMqCNIrPrtxu4fjmB65cLOJbk+u35718/0f7bC1y/WcD1mw1eP/SNiD4Wls6CH/ewcN2RmbuUrrmcQN1HhPiSFVw/EB91hADrCkCsU9P+c6XocSXrzmwvFhfi9nECvK8QqPsECbeB+KgThutXI6EeP0XQ42UE6j5N0uNAfBSyZo1Hdle9eh86G/E/WJ11/t2P6feq+xxTyf27FZzf0f8943d/Sv95v8/OR1v5FbPgxvoZeB8eVFhdPgsW/4zrgA2rsSAdEAirfzE8rNZ1/yIUVkuI0s8SD9fXCnaD/jX97x36mw36V9cG/Vv6z4cv8LvlnN/9zfldvQEcSf/5qPBmjuznY8DN/J+s+/H0v3fib9b9uGvdT6b//PvfrPtJ17qfSv/59AV+t7zzu6ec39Ub5Zn0n/9wMJLYa44I8OOs4Teruo/OCNR9jsScPAvkERBrdY7kXYRz/35Pi/SNFdhN5TmhJyAjav/1o72pzOSYGiS9oOhxs9Q2+6ZS152lNhwj0Scg3WsamcnL/wQk2p0onF48MhE9nBQRsUf4idVMjq38/8Kzvk6vXeLquf/tCc1zEef3kP8JzXMRF39C80Lj/J89oakXYLmr2EtczeyfEOpvZwVuQpf+zVgJ8anJafEx0e0jY9KS08eJS0uNbh+VqNISotOHj45Rye1TIzvEJMfHxcQlpMUH9g7CpbVlFDibVWAsSNkEFDi74Qqs684upMDo2+9LnLnCnz3oFMzxLfL/8/LPE9lLOWoDN/hO2A1Ob2J6fnWdMdE9n3FXhO6jSzvJ8icyc9efd2/ourMFxJ/MHrmRNyKXAMfKbuj+47sUsL8VsGeU1PqheZKzNq6Xg7p5zSl085rL3rxiQcolcPOa2/CbV1137oBuXiMzd/0nk5SY6//2Ei16/pdkYiNI81ypgdk9eZz1zvsP7J56F1g7v91TL+Lids+Fxrmo3SPRbKCx/rwjz1P7r2KzOotaN8J7oe84gHWovMDN7DIYGdLSMtbzMsETj17HSwROzrmFTzyZvUvSdecRqDuPWXWfNz9dd16BuvMaelLxCwxy33D3eKb3DZKTHrC/FbBnlNT6ZQXzJA9Qa/IBnTo9hoS25Ksts4chsZZwEX9LwtddkMBFPCJQdyEzXcTz5nk5kI9ArFUhw/tG8yVrTXzfFCXgyyUCdRcj4Ut+IF+AWKtiBHwpKNA3JQn4Ukig7lIkfCkA5AsQa1WKgC8VBPqmDAFfKgrUXZaELwWBfAFircoS8CVKoG8qEPAlWqDuiiR8KQTkCxBrVZGAL/UE+qYSAV/qC9RdmYQvhYF8AWKtKhPwpZlA31Qh4EtzgbqrkvClCJAvQKxVVQK+JAv0TTUCvqQI1F2dhC9FgXwBYq2qE/Clu0DfRBHwpYdA3dEkfCkG5AsQaxVNwJcBAn0TR8CXgQJ1x5PwpTiQL0CsVTwBX0YI9E0NAr6MFKg7iYQvJYB8AWKtkgj4MlGgb2oT8GWSQN11SPhSEsgXINaqDgFf5gv0TT0CvrwtUHd9Er6UAvIFiLWqT8CXlQJ904CALx8K1N2QhC+lgXwBYq0aEvBlk0DfNCLgyxcCdTcm4csVQL4AsVaNCfiyS6BvmhDw5QeBupuS8KUMkC9ArFVTAr4cFuibZgzvvwjU3ZyEL2WBfAFirZoT8CWrwKcvtWR4/0Wg7lYkfCkH5AsQa9WKgC8FBfqmNcP7LwJ1tyHhS3kgX4BYqzYEfKkg0DdtGd5/Eai7HQlfKgD5AsRatSPgS5RA3yQzvP8iUHcKCV8qAvkCxFqlEPClnkDfpDG8/yJQd0cSvlwJ5AsQa9WRgC/NBPqmM8P7LwJ1dyHhy1VAvgCxVl0I+JIs0DddGd5/Eai7GwlfKgH5AsRadSPgS3eBvunO8P6LQN09SPhSGcgXINaqBwFfBgj0TS+G918E6u5NwpergXwBYq16E/BlhEDf9GF4/0Wg7r4kfLkGyBcg1qovAV8mCvRNP4b3XwTq7k/ClypAvgCxVv0J+DJfoG8GMLz/IlD3QBK+VAXyBYi1GkjAl5UCfTOI4f0XgboHk/DlWiBfgFirwQR82STQN0MY3n8RqHsoCV+uA/IFiLUaSsCXXQJ9M4zh/ReBuoeT8KUakC9ArBVy/fSX/tVLB7icM57+Dg/9vQT6s9b150frz8TVn/OpP7tQfx6b/owp/bk5+rNA9Ocb6He29Xuo+t06/b6QfgdCP9etn1XVz9/pZ4r0cxI6+9V5lvbote+ovRR9PtT3vFrH9d5UrXaE54J/7l1tmb5DzzMS2Hca3/pZ/voeJ70GkcLrrJDfJu2a39/NOTJzl1JC3+YbZb/NFwtSlMC3+UYb/m2+uu5oom/zlZir/9t8s4LnrW/ydtfC3jztqSWDmf9Czdm9vjEOhrH/4BuCy7v+f1lc/8ziwqp8xMW/IfhC4/xXfEOwXsxyroWLrX3+zmvyNwTHAjfIuNr49Y37B+uZ6U+1BN6VXQo8DWQTPkUivq0yRuBbMEcQ1B0rUPdIw10DXXe8QN2jAnINIjN3KWBfKiDWSmr90DgnEJ4eE4ROj4n29IgFKVHg9FjD8NOjrrsG0emxhj090p8ekxwMa9rT47+/MhYqyXd6rEl2eqwJ3CBrCZweawVweqxtT4//+hSVJHCaeJmg7poCdb9CcHqsLVD3WJLTI7AvFRBrhVw/Lfr1L3AsQ+OD7s2atc2fYx2hjBtOyOuRgkjaUNcTNFRd9BzRE9Tecl0BxRhPohh1gHfX9YCkHE9wp1FPoG/q18YqZT3Cja0+wcZ2g+kbW8X0AX8SePzydcOJ+XN6zWcF6n6D5LHTG4GbMBBrJbV+WcHr57auMv0VOEAsJLgiJWINa5sv3jcK1D3Z8L1Ri1YDgbqnkOyNNwH5CMRaTelEc9P3Z7CL7s2GBDd9N9WW6XM4IW/O/KkuyhlLBfUUxM1CT0E0sk9BYEFqJPAURGPDn4LQdTcWegoi45Jc08hMXkE8AbEzCfsExF78ExAeQoPGVhk/uNf3FqfXbv0HT0BUiDi/h/xPQFSIuPgTEBca56JPQIAW4c/FyCjultp/TTCrsxDlfJND/c2M5kOr8HSCN3T3ClglM8w+Dvx5Z3MLUHRuBY41kyQ7APa3AvaMAq6fZ8NH86QJyRvFTcFvFN+Q5S8x0WvQVPiN4tsInwm/Teg0dLs9DWFBul3gNNTM8NOQrrsZ2WmomeBpSKhnA3veurmDZQvTn7dGL0JGcc19z0i3qB1x3oUOmpoDSd6C5E7iDkIlvkNIiVtaJcaC1FJAiVsZrsS67lZkStzKKrH78ijxnQ6Wd4VVie/0KfFdASjxnUCS3wV+fu8Gwuf37qpt/hxbs0S5bcBPujM2VBuChrrb9AdC9XnjboGHf+aQuNWtgbv8PUBSzuF5+EeMPPcQELytlGKgb2eQT7C2Az/BmnGhn+y7FzjPgsD4qBDJx+a0JzRm2gsZM8nWmMGClCxgzKQYbszoulPIjJkUPmNG4oGsP8d2z7+Dg2VqWI2ZDj5jJjUAY6YDkOSpQncyaCVOI1TiNCEl7miVGAtSRwEl7mS4Euu6O5EpcSerxJ6x3fO/z8Gyc1iV+D6fEncOQInvA5K8s3W0FXANxObYhSUiud82lLqfoKEeMD0i0eeNBwQikrkkEUkX4C7fFUjKuTYiUV0JCN5NSjHQccGDwOYsCowLipHEBQ8RmhQPCZkU3a1JgQWpu4BJ0cNwk0LX3YPMpOjBZ1JECY7tMSkedrDsGVaT4mGfSdEzAJPiYSDJe9aWaTq0EvciVOJeQkrc2yoxFqTeAkr8iOFKrOt+hEyJH7FK7L48Svyog2WfsCrxoz4l7hOAEj8KJHkfoBKzurvANRCbY1+WuOAxGxeoxwga6nHT4wJ93nhcIC6YTxIX9AXu8v2ApJxv4wLVj4Dg/VnigieAzVkSGBeUIokLniQ0KZ4UMikGWJMCC9IAAZNioOEmha57IJlJMZDPpIgWHNtjUjzlYPl0WE2Kp3wmxdMBmBRPAUn+dG2ZpkMr8SBCJR4kpMSDrRJjQRosoMTPGK7Euu5nyJT4GavE7sujxM86WA4JqxI/61PiIQEo8bNAkg8BKjGruwtcA7E5DmWJC56zcYF6jqChnjc9LtDnjecF4oIFJHHBUOAuPwxIygU2LlDDCAg+nCUueAHYnGWAcUFZkrjgRUKT4kUhk2KENSmwII0QMClGGm5S6LpHkpkUI/lMihjBsT0mxSgHy5fCalKM8pkULwVgUowCkvyl2jJNh1bi0YRKPFpIicdYJcaCNEZAiV82XIl13S+TKfHLVondl0eJX3GwHBtWJX7Fp8RjA1DiV4AkHwtUYlZ3F7gGYnMcxxIXvGrjAvUqQUO9ZnpcoM8brwnEBYtI4oJxwF1+PJCUi2xcoMYTEHwCS1zwOrA5KwDjgookccEbhCbFG0ImxURrUmBBmihgUkwy3KTQdU8iMykm8ZkUsYJje0yKyQ6WU8JqUkz2mRRTAjApJgNJPqW2TNOhlXgqoRJPFVLiaVaJsSBNE1Di6YYrsa57OpkST7dK7L48SjzDwXJmWJV4hk+JZwagxDOAJJ8JVGJWdxe4BmJzfJMlLphl4wI1i6ChZpseF+jzxmyBuGAxSVzwJnCXnwMk5WIbF6g5BAR/iyUumAtszkrAuKAySVwwj9CkmCdkUsy3JgUWpPkCJsXbhpsUuu63yUyKt/lMijjBsT0mxQIHy4VhNSkW+EyKhQGYFAuAJF9YW6bp4E8iESrxIiElfscqMRakdwSUeLHhSqzrXkymxIutErsvjxIvcbBcGlYlXuJT4qUBKPESIMmXApWY1d0FroHYHN9liQuW2bhALSNoqPdMjwv0eeM9gbhgKUlc8C5wl18OJOVSGxeo5QQEf58lLlgBbM4qwLigKklc8AGhSfGBkEmx0poUWJBWCpgUHxpuUui6PyQzKT7kMyniBcf2mBSrHCxXh9WkWOUzKVYHYFKsApJ8dW2ZpkMr8RpCJV4jpMQfWSXGgvSRgBKvNVyJdd1ryZR4rVVi9+VR4o8dLNeFVYk/9inxugCU+GMgydcBlZjV3QWugdgcP2GJC9bbuECtJ2ioT02PC/R541OBuGAZSVzwCXCX3wAk5TIbF6gNBAT/jCUu2AhszmrAuKA6SVzwOaFJ8bmQSbHJmhRYkDYJmBRfGG5S6Lq/IDMpvuAzKRIEx/aYFJsdLL8Mq0mx2WdSfBmASbEZSPIva8s0HVqJtxAq8RYhJf7KKjEWpK8ElHir4Uqs695KpsRbrRK7L48Sf+1guS2sSvy1T4m3BaDEXwNJvg2oxKzuLnANxOb4DUtcsN3GBWo7QUN9a3pcoM8b3wrEBctJ4oJvgLv8DiApl9u4QO0gIPh3LHHBTmBzRgHjgmiSuOB7QpPieyGTYpc1KbAg7RIwKX4w3KTQdf9AZlL8wGdSJAqO7TEpdjtY7gmrSbHbZ1LsCcCk2A0k+Z7aMk2HVuK9hEq8V0iJf7RKjAXpRwEl3me4Euu695Ep8T6rxO7Lo8Q/OVjuD6sS/+RT4v0BKPFPQJLvByoxq7sLXAOxOf7MEhccsHGBOkDQUL+YHhfo88YvAnHBCpK44GfgLn8QSMoVNi5QBwkI/itLXHAI2JxxwLggniQu+I3QpPhNyKQ4bE0KLEiHBUyKI4abFLruI2QmxRE+k6K94Ngek+Kog+WxsJoUR30mxbEATIqjQJIfqy3TdGglPk6oxMeFlPiEVWIsSCcElPik4Uqs6z5JpsQnrRK7L48S/+5geSqsSvy7T4lPBaDEvwNJfgqoxKzuLnANxOZ4miUuOGPjAnWGoKH+MD0u0OeNPwTigpUkccFp4C5/FkjKlTYuUGcJCH6OJS6IqIMrugYwLkgiiQuy1OEzKbLgMPeYFFnr/PWzNSkyOaYGSS8oetxLgA0rVfcldeAYiZoUlwAJFZBJkSw4tsekuNTBMpsL01CZFHoByrmKdS+Ef0IZfzuzxLwUSPJsdWSaDq3E2QmVOLuQEuewSowFKYeAEuc0XIl13TnJlDinVWL35VHiXA6WucOqxLl8Spw7ACXOBSR5bqASs7q7wDUQm2MegTlecKKZbai8QPOHtaHyEjTUZeg5oieozxuX1cE36CqSuCAPcJfPByTlKhsXqHwEBL9cSjHQcUF+YHPWBsYFdUjiggKEJkUBIZOioDUpsCAVFDApChluUui6C5GZFIX4TIoUwbE9JkVhB8siYTUpCvtMiiIBmBSFgSQvUkem6dBKXJRQiYsKKXExq8RYkIoJKHFxw5VY112cTImLWyV2Xx4lLuFgWTKsSlzCp8QlA1DiEkCSlwQqMau7C1wDsTmWYokLStu4QJUmaKgrTI8L9HnjCoG4YA1JXFAKuMuXAZJyjY0LVBkCgpdliQvKAZuzHjAuqE8SF5QnNCnKC5kUFaxJgQWpgoBJUdFwk0LXXZHMpKjIZ1J0EBzbY1Jc6WB5VVhNiit9JsVVAZgUVwJJflUdmaZDK3ElQiWuJKTEla0SY0GqLKDEVxuuxLruq8mU+GqrxO7Lo8TXOFhWCasSX+NT4ioBKPE1QJJXASoxq7sLXAOxOVZliQuutXGBupagoa4zPS7Q543rBOKCtSRxQVXgLl8NSMq1Ni5Q1QgIXp0lLogENmcDYFzQkCQuUIQmhRIyKaKsSYEFKUrApIg23KTQdUeTmRTRfCZFquDYHpMixsEyNqwmRYzPpIgNwKSIAZI8to5M06GVOI5QieOElDjeKjEWpHgBJU4wXIl13QlkSpxgldh9eZQ40cGyRliVONGnxDUCUOJEIMlrAJWY1d0FroHYHJNY4oKaNi5QNQkaqpbpcYE+b9QSiAvWkcQFScBdvjaQlOtsXKBqExC8DktccD2wORsB44LGJHFBXUKToq6QSVHPmhRYkOoJmBT1DTcpdN31yUyK+nwmRZrg2B6T4gYHyxvDalLc4DMpbgzApLgBSPIb68g0HVqJGxAqcQMhJW5olRgLUkMBJb7JcCXWdd9EpsQ3WSV2Xx4lvtnBslFYlfhmnxI3CkCJbwaSvBFQiVndXeAaiM2xMUtccIuNC9QtBA11q+lxgT5v3CoQF6wniQsaA3f5JkBSrrdxgWpCQPCmLHHBbcDmbAKMC5qSxAW3E5oUtwuZFM2sSYEFqZmASdHccJNC192czKRoTmdSqEi5sb0mRQsHyzvCalK08JkUdwRgUrQAkvyOOjJNh1biloRK3FJIiVtZJcaC1EpAie80XIl13XeSKfGdVok9g7vnf5eDZeuwKvFdPiVuHYAS3wUkeWugErO6u63rmD/HNixxwd02LlB3EzTUPabHBfq8cY9AXLCBJC5oA9zl2wJJucHGBaotAcHbscQF9wKbsxkwLmhOEhe0JzQp2guZFMnWpMCClCxgUqQYblLoulPITIoUPpNCyY3tNSk6OFimhtWk6OAzKVIDMCk6AEmeWkem6dBKnEaoxGlCStzRKjEWpP/H3rfA6VT13w8VRVEURTEuUYjZZhiX4jEuw4xLURRFLjNyCVEUhSiiIqIihIQkSZIkJEmSJEmShCQKSSq5/Ge/75mccwz1f5/1Pb+9nH0+H593aN7te1t77b3WeUxHASa+y3Am1nnfRcbEd1km9izujr+T08vOYWXiTj4m7hwAE3cCgrwzkIlZ1d3ONc2PsQuLXdDV2gWqK8FA3W26XaDvG3cL2AXrSOyCLsBdvhsQlOusXaC6EQC8O4td0AM4nM2BdkELErvgHkKR4h4hkaKnFSmwTeopIFL0Mlyk0Hn3IhMpevGJFBXl1vaKFPc6vbwvrCLFvT6R4r4ARIp7gSC/r6bM0KGZuDchE/cWYuI+lomxTeojwMT3G87EOu/7yZj4fsvEnsXd8T/g9LJvWJn4AR8T9w2AiR8AgrwvkIlZ1d2+Nc2PsR+LXfCgtQvUgwQD9ZDpdoG+bzwkYBesJ7EL+gF3+f5AUK63doHqTwDwASx2wUDgcLYE2gWtSOyChwlFioeFRIpBVqTANmmQgEgx2HCRQuc9mEykGMwnUsTLre0VKR5xevloWEWKR3wixaMBiBSPAEH+aE2ZoUMz8RBCJh4ixMRDLRNjmzRUgIkfM5yJdd6PkTHxY5aJPYu74x/m9HJ4WJl4mI+JhwfAxMOAIB8OZGJWdXd4TfNjfJzFLnjC2gXqCYKBetJ0u0DfN54UsAs2kNgFjwN3+RFAUG6wdoEaQQDwkSx2wVPA4WwNtAvakNgFowhFilFCIsVoK1JgmzRaQKR42nCRQuf9NJlI8TSfSJEgt7ZXpBjj9HJsWEWKMT6RYmwAIsUYIMjH1pQZOjQTP0PIxM8IMfGzlomxTXpWgImfM5yJdd7PkTHxc5aJPYu74x/n9HJ8WJl4nI+JxwfAxOOAIB8PZGJWdXd8TfNjfJ7FLphg7QI1gWCgJppuF+j7xkQBu2AjiV3wPHCXnwQE5UZrF6hJBAB/gcUumAwcznZAu6A9iV0whVCkmCIkUky1IgW2SVMFRIoXDRcpdN4vkokUL/KJFJXk1vaKFNOcXr4UVpFimk+keCkAkWIaEOQv1ZQZOjQTTydk4ulCTDzDMjG2STMEmHim4Uys855JxsQzLRN7FnfH/7LTy1lhZeKXfUw8KwAmfhkI8llAJmZVd2fVND/GV1jsgtnWLlCzCQbqVdPtAn3feFXALthEYhe8Atzl5wBBucnaBWoOAcBfY7EL5gKHMx1oF3QksQteJxQpXhcSKeZZkQLbpHkCIsUbhosUOu83yESKN/hEispya3tFivlOL98Mq0gx3ydSvBmASDEfCPI3a8oMHZqJFxAy8QIhJn7LMjG2SW8JMPFCw5lY572QjIkXWib2LO6O/22nl4vCysRv+5h4UQBM/DYQ5IuATMyq7i6qaX6M77DYBYutXaAWEwzUu6bbBfq+8a6AXbCZxC54B7jLLwGCcrO1C9QSAoAvZbELlgGHszPQLuhCYhe8RyhSvCckUiy3IgW2ScsFRIr3DRcpdN7vk4kU7/OJFIlya3tFihVOLz8Iq0ixwidSfBCASLECCPIPasoMHZqJVxIy8UohJv7QMjG2SR8KMPEqw5lY572KjIlXWSb2LO6O/yOnl6vDysQf+Zh4dQBM/BEQ5KuBTMyq7q6uaX6MH7PYBWusXaDWEAzUJ6bbBfq+8YmAXbCFxC74GLjLrwWCcou1C9RaAoB/ymIXrAMOZzegXdCdxC74jFCk+ExIpFhvRQpsk9YLiBSfGy5S6Lw/JxMpPucTKarIre0VKTY4vfwirCLFBp9I8UUAIsUGIMi/qCkzdGgm3kjIxBuFmPhLy8TYJn0pwMSbDGdinfcmMibeZJnYs7g7/q+cXm4OKxN/5WPizQEw8VdAkG8GMjGruru5pvkxfs1iF2yxdoHaQjBQ35huF+j7xjcCdsFWErvga+AuvxUIyq3WLlBbCQD+LYtdsA04nD2BdkEvErvgO0KR4jshkWK7FSmwTdouIFLsMFyk0HnvIBMpdvCJFFXl1vaKFDudXn4fVpFip0+k+D4AkWInEOTf15QZOjQT7yJk4l1CTPyDZWJsk34QYOLdhjOxzns3GRPvtkzsWdwd/49OL/eElYl/9DHxngCY+EcgyPcAmZhV3d1T0/wY97LYBT9Zu0D9RDBQP5tuF+j7xs8CdsE2ErtgL3CX3wcE5TZrF6h9BADfz2IXHAAOZ2+gXdCHxC74hVCk+EVIpDhoRQpskw4KiBS/Gi5S6Lx/JRMpfuUTKdrKre0VKQ45vfwtrCLFIZ9I8VsAIsUhIMh/qykzdGgmPkzIxIeFmPh3y8TYJv0uwMR/GM7EOu8/yJj4D8vEnsXd8f/p9PJIWJn4Tx8THwmAif8EgvwIkIlZ1d0jNc2P8S8Wu+CotQvUUYKBOma6XaDvG8cE7ILtJHbBX8Bd/jgQlNutXaCOEwD8BItdoBdCJd0XaBf0I7ELskX4RIpsuJ57RIrskZNfW5EiyjV1k3RB0eueEzFbpNB5nxOB90hUpHDXNC7KJyCRop3c2l6R4lxn0fMiJ/8sVCKFLkCsK1l3IfwBZf6naIGp/07UWudFZIYOzcQ5InxMnCMSI8LEOSMnv7ZMHOWaukm6oOh1z4+YzcQ67/Mj8B6JMrG7pnFRPmcbE1/gLJorcvLPQsXEugCxrmTdhfAHlPmfogWm/jtRa+WK4IaOVd3F1UAuxtwCMWYZaLQDdSEuUFq7AFgDsRgvQseIDlDfN3SQ6AHdSWIXuBEfbc55cM1WO61doID1FIsxb0RmzuF2wcXA4ewPtAsGkNgFl0T4RIpLcD33iBT5Iie/tiJFlGvqJumCotfNHzFbpNB554/AeyQqUrhrGhflE5BI0V5uba9Icamz6GWRk38WKpFCFyDWlay7EP6AMv9TtMDUfydqrcsiMkOHZuICET4mLhCJEWHigpGTX1smjnJN3SRdUPS6l0fMZmKd9+UReI9Emdhd07gon7ONia9wFi0UOflnoWJiXYBYV7LuQvgDyvxP0QJT/52otQpFcEPHqu7iaiAXY2GBGLMMNNqBuhIXKK1dAKyBWIxXoWNEB6jvGzpI9IDuIrEL3IiPNuciuGarXdYuUMB6isVYNCIz53C7IBY4nIOAdsFgErugWIRPpCiG67lHpCgeOfm1FSmiXFM3SRcUvW6JiNkihc67RATeI1GRwl3TuCifgESKDnJre0WKks6iV0dO/lmoRApdgFhXsu5C+APK/E/RAlP/nai1ro7IDB2aiUtF+Ji4VCRGhIlLR05+bZk4yjV1k3RB0eteEzGbiXXe10TgPRJlYndN46J8zjYmvtZZtEzk5J+Fiol1AWJdyboL4Q8o8z9FC0z9d6LWKhPBDR2ruourgVyMZQVizDLQaAeqHC5QWrsAWAOxGK9Dx4gOUN83dJDoAd1NYhe4ER9tzuVxzVa7rV2ggPUUi7FCRGbO4XZBHHA4hwDtgqEkdoGK8IkUCtdzj0hRMXLyaytSRLmmbpIuKHrd+IjZIoXOOz4C75GoSOGuaVyUT0AiRZrc2l6RIsFZtFLk5J+FSqTQBYh1JesuhD+gzP8ULTD134laq1JEZujQTFw5wsfElSMxIkycGDn5tWXiKNfUTdIFRa9bJWI2E+u8q0TgPRJlYndN46J8zjYmruosWi1y8s9CxcS6ALGuZN2F8AeU+Z+iBab+O1FrVYvgho5V3cXVQC7G6gIxZhlotAN1PS5QWrsAWAOxGG9Ax4gOUN83dJDoAd1DYhe4ER9tzjVwzVZ7rF2ggPUUi7FmRGbO4XZBBDicw4F2weMkdkGtCJ9IUQvXc49IkRQ5+bUVKaJcUzdJFxS9bu2I2SKFzrt2BN4jUZHCXdO4KJ+ARIp0ubW9IkUdZ9G6kZN/FiqRQhcg1pWsuxD+gDL/U7TA1H8naq26EZmhQzNxvQgfE9eLxIgwcXLk5NeWiaNcUzdJFxS9bv2I2Uys864fgfdIlIndNY2L8jnbmLiBs2hK5OSfhYqJdQFiXcm6C+EPKPM/RQtM/Xei1kqJ4IaOVd3F1UAuxlSBGLMMNNqBaogLlNYuANZALMZG6BjRAer7hg4SPaA/kdgFbsRHm3NjXLPVT9YuUMB6isXYJCIz53C74EbgcI4A2gUjA9oooq3fTcD6nQus33nAtSTr1/Tsr5/o/DUD1m8msH4vg+uHPojoa2HJbPh19wnnHRfdo3TO1wjkvV8IL9nB+QP7o/YT9LoMsNdp6f952ut1JfOOdhYvF8L2QYJ+Xy2Q968k2Ab2R/1qOH+lCM34YYIZLyWQ9+8kMw7sj0LmrPuRw5Wv3oeOx/y3V8edP7s54y+7JfLf3rm/t4zzPfq/Z35v84yvW0RiYs5Uy2h7XjYbbq1bI7i+BGVWX5sN2//M57bIya+tWR3lmrpJuqDodVtGzDardd4tI/AeiZHSrRE8KbWKBLtB357xl90ROf0Grf975ve2zvi6TRbfe43zva2d79UbwJ0ZX7eNxHge9GaOnOd2uLqrf1P39hl/WYcz1L29q+5pGV+nn6Huaa66d8z4+q4svvda53s7Ot+rN8pOGV93dpKW2GvujODxccTww6qeo04Cef9FIk52ieBqCey1+ovkswhdI//zWnG+tQI7VHaNYDkr87k7cvJre6iMck3dJF1Q9LrdImYfKnXe3SLwHom+AemuaVyUj/8NSLQ6cWVG8khHtE2NmJimEdl+Rbm28v+Bu77dnUV7uHI43RuaJ2JOnSH/G5onYv75Dc2s1vk/e0NTF2CJK1ldiIjv70QPYfcIbhO65wxrVUlMa5eemBDfNi4hvV3GOpXT0+LbVqyq0qvEZywfn6DatU2L65DQLrFyQuUq6YmBfQbBHXNclI873p6Rk19bBo5yTd0kXVD0ur0iZjOwzrtXBN4jEY+lhxMret3jhr4E6Y8TOUv3RnAzdBzsW+hNTMdXy1kTPfOZpyL0HMV0Mlv+yDy9ofPO1ikY/ER75UYeRHoA18reycz9x/co4Hwr4MwoqfqhcXJfBDfLQR1e3THHRfm44+0dOfm1PbxGuaZuki4oet0+EbMPrzrvPhF4j8Q8SYlYT/chWnT8bsKL+/980j1PWmByz/3Oog9ETv7Z6eSepJhTa+eXe5Ji/lnuyWqdf5R7JIYNtNbfJ3JdzGyuwumi1orxPugTBzAPpePNXCvazaxvBAWG9PTMevaNyN14dB17RPAnmhzCN55oT0k67/sF8s5pVt6n/vDbbP/FJ3rd8w29qfgJBrlvuGc82vpdQHLTA863As6MkqpfdjBO9J6DWqtfxOzLh8aajlFiD0P2WkJFbF0Dn3ceAhXxToG885qpIp4S54MRXC2BvVZ5DZ8bjZfuAnOTjwAvPQTyzk+Cl4eAeAH2WuUnwMsAgbkpQICXgQJ5FyTBS38gXoC9VgUJ8DJSYG4KEeDlKYG8C5PgZQAQL8Beq8IEeHlBYG6KEOBlskDeRUnwMhCIF2CvVVECvLwmMDfFCfAyVyDvEiR4eRiIF2CvVQkCvCwVmJtSBHhZJpB3aRK8DALiBdhrVZoAL58KzE0ZArysE8i7LAleBgPxAuy1KkuAl28F5qY8AV62CeRdgQQvjwDxAuy1qkCAl/0Cc1ORAC8HBPKOJ8HLo0C8AHut4gnwckJgbioT4CWmJj7vRBK8DAHiBdhrlUiAl7wCc1ONAC8XC+RdnQQvQ4F4AfZaVSfAS1GBualBgJdYgbxrkuDlMSBegL1WNQnwUkFgbpII8BInkHdtErwMA+IF2GtVmwAvNQXmph4BXiICeSeT4GU4EC/AXqtkArw0EZibFAK83CiQdyoJXh4H4gXYa5VKgJc2AnPTmOHzLwJ5NyHByxNAvAB7rZoQ4KW7wNw0Zfj8i0DezUjw8iQQL8Beq2YEeBkgMDfNGT7/IpB3CxK8jADiBdhr1YIALyMF5qYlw+dfBPJuRYKXkUC8AHutWhHg5QWBuWnN8PkXgbzbkODlKSBegL1WbQjw8prA3LRj+PyLQN7tSfAyCogXYK9VewK8LBWYm3SGz78I5N2RBC+jgXgB9lp1JMDLpwJz05nh8y8CeXchwcvTQLwAe626EODlW4G56cbw+ReBvLuT4GUMEC/AXqvuBHjZLzA3PRk+/yKQdy8SvIwF4gXYa9WLAC8nBOamN8PnXyL4vPuQ4OUZIF6AvVZ9CPCSV2Bu+jJ8/kUg734keHkWiBdgr1U/ArwUFZib/gyffxHIewAJXp4D4gXYazWAAC8VBOZmEMPnXwTyHkyCl3FAvAB7rQYT4KWmwNwMYfj8i0DeQ0nwMh6IF2Cv1VACvDQRmJvhDJ9/Ecj7cRK8PA/EC7DXClk//UP/Gmc0ONZZT/8MD/1zCfS/ta7//eiBGb/0v/M5KOOX/vfY9L8xpf/dHP1vgeh/30B/Zlt/DlV/tk5/Xkh/BkK/163fVdXv3+l3ivR7Etr71X6W1ui17qi1FH0/1GdezeN6b3o+EuN50HM3ISIzd+g4JwLnTve3SbaTP8dJ12BiRLbOkyK4tYL6ab6TcDX3/DTfFyInv7Y/zTfKNXWTdEHR606O4AZWKu/JEXiPxH6ar0Ss/p/mmx0ctz7k3RTBHp6aCvXM/6Bidtd3irPoVFcOp/sJwcVc/79srv/N5upVsZh//gnBWa1zgevPMv//dD8hWBcz1lU4XVT/zmvyTwjW8WauFe0G+WIEX98X/0U9o417WgRIjsDbQDbhWyTip1VOieDXHUGQ91SBvEcarhrovKcJ5P1UQKpBXHSPAs6lAvZaSdUP3eeXIny3R3fMcVE+7ninR05+bW+PUa6pm6QLil53RsTs26POe0YE3iMx8pCI1d4e//vEZPGgYnbXd6az6MuuHOzt8f/zySyULmasq3C6qEy3Rx1v5lrRbpCzIvj6zorI3x5fiQDJMWS3x5kR/LpjCPJ+WSDvsQS3x1cE8n6G5PYInEsF7LVC1k+TfpMsrmXo/qBn081jcVE+UjHOjsjMORyQr+ICVawDBayBWIxz0DGiA9Tasg4SPaDjSRjDjfhoc34N12w1nuCk8ZrA3MyNYJmyMeHGhqyBVIyvRwzf2MpmLNhcYEAnGA7MWzMW6iKQ90SS107n4QZTAXutpOqXHVw/t3QV7VpvAHshgRUpEpsfMZ+85wnkPdnwvVGT1hsCeU8h2RvfxM2lAvZaTelEc+j729hFzyZ6z5CI8c2IzJzDAbkgEvVaFZ21VFBvQSwAFtcd71uRk1/btyCiXFM3SRcUve7CCG74pfJeGIH36IyvQsVF93hqGhflE8QbEI1qYN+AaBaB98sDaNDaKvMLd33fdhZd5MrhdG9AFI85dYb8b0AUj/nnNyCyWucf34AAFeHvYmQmpwuQzZWsLkSsLzjU35k5fGgWnkbwCd1mEYF3MM2+Dvx9stEzhsp5EXCt6STeAXC+FXBmFLB+ng0fjZN3IsEcJKKNczEuzv98ovjGbCfJRNdgcSQmRjL+dyO4tYK6Db2Lq7nnNrQkcvJrexuKck3dJF1Q9LpLI2bfhnTeSyPwHonehtw1jYvy8d+GhGY2sPetlzmLvhc5+WdGvm+NLkJmcroAsa5k3YXwB5T5n6IFpv47UWu9F+E4SSyP8DHx8ogME78fOfm1ZeIo19RN0gVFr7siYjYT67xXROA9EmVid03jonzONib+wFl0ZeTkn4WKiXUBYl3JugvhDyjzP0ULTP13otZaGcFauTcSvr+HrIFUjB9GhDYH9JFpFS5QxTpQwBqIxfgROkZ0gPq+oYNED+gsErXajfhoc16Na7aaxfPyjxh4gPUUi/HjiMycw48zyDdY1+CSPuXSicz5E2CceYD2UV6SfzZnbYRPmFmL67lHmPk0cvJrK8xEuaZuki4oet11EbOFGZ33ugi8R6LCjLumcVE+AQkzEi9k/b22O/7PnEXXR07+WaiEGV2AWFey7kL4A8r8T9ECU/+dqLXWRzheCvk8wsfEn0dkmHhD5OTXlomjXFM3SRcUve4XEbOZWOf9RQTeI1Emdtc0LsrnbGPijc6iX0ZO/lmomFgXINaVrLsQ/oAy/1O0wNR/J2qtLyNW0QbWQCzGTQIxZhlotAP1lR0oBayBWIyb0TGiA9T3DR0kekBnk1gkbsRHm/PXuGar2dYiUcB6isW4JSIz53C74BvgcOYD2gX5SeyCrRE+kWIrrucekeLbyMmvrUgR5Zq6Sbqg6HW3RcwWKXTe2yLwHomKFO6axkX5BCRSVBRc2yNSfOcsuj1y8s9CJVLoAsS6knUXwh9Q5n+KFpj670SttT0iM3RoJt4R4WPiHREZJt4ZOfm1ZeIo19RN0gVFr/t9xGwm1nl/H4H3SJSJ3TWNi/I525h4l7PoD5GTfxYqJtYFiHUl6y6EP6DM/xQtMPXfiVrrhwhu6FjVXWANxGLcLRBjloFGO1A/4gKltQuANRCLcQ86RnSA+r6hg0QP6BwSu8CN+Ghz3otrtppj7QIFrKdYjD9FZOYcbhf8DBzOAkC7oCCJXbAvwidS7MP13CNS7I+c/NqKFFGuqZukC4pe90DEbJFC530gAu+RqEjhrmlclE9AIkW84NoekeIXZ9GDkZN/FiqRQhcg1pWsuxD+gDL/U7TA1H8naq2DEZmhQzPxrxE+Jv41IsPEhyInv7ZMHOWaukm6oOh1f4uYzcQ6798i8B6JMrG7pnFRPmcbEx92Fv09cvLPQsXEugCxrmTdhfAHlPmfogWm/jtRa/0ewQ0dq7oLrIFYjH8IxJhloNEO1J+4QGntAmANxGI8go4RHaC+b+gg0QM6l8QucCM+2pz/wjVbzbV2gQLWUyzGoxGZOYfbBceAw1kIaBcUJrELjkf4RIrjuJ57RIoTkZNfW5EiyjV1k3RB4YWqZbZIofPWMYJ7JCpSuGsaF+UTkEiRILi2R6TI5vQyu6unoRIpdAFiXcm6C+EPKPPvjhaY2YAgz15LZujQTHxOLT4mPqeWDBOf65oxy8RRrqmbpAuKXvc8w5lY530eGROfZ5nY/XiYOIfTy5xhZeIcPibOGQAT5wCCPCeQiVnVXWANxGI8XyDGLAONdqAuwAVKaxdcQDBQudAxogPU941ctfADOo/ELjgfuMvnBoJynrULVG4CgF8oxRhou+Ai4HAWAdoFRUnsgjyEIkUeIZEirxUpsE3KKyBSXGy4SKHzvphMpLiYT6SoJLi2R6S4xOllvrCKFJf4RIp8AYgUlwBBnq+WzNChmTg/IRPnF2LiSy0TY5t0qQATX2Y4E+u8LyNj4sssE7sfDxMXcHpZMKxMXMDHxAUDYOICQJAXBDIxq7oLrIFYjJcLxJhloNEO1BXWLlBXEAxUIdPtAn3fKCRgF8wnsQsuB+7yhYGgnG/tAlWYAOBXstgFVwGHszjQLihBYhcUIRQpigiJFEWtSIFtUlEBkSLWcJFC5x1LJlLE8okUlQXX9ogUxZxeFg+rSFHMJ1IUD0CkKAYEefFaMkOHZuIShExcQoiJS1omxjappAATX204E+u8ryZj4qstE7sfDxOXcnpZOqxMXMrHxKUDYOJSQJCXBjIxq7oLrIFYjNcIxJhloNEO1LXWLlDXEgxUGdPtAn3fKCNgFywgsQuuAe7yZYGgXGDtAlWWAODlWOyC64DDWQpoF5QmsQvKE4oU5YVEigpWpMA2qYKASBFnuEih844jEyni+ESKRMG1PSKFcnpZMawihfKJFBUDECkUEOQVa8kMHZqJ4wmZOF6IiRMsE2OblCDAxJUMZ2KddyUyJq5kmdj9eJi4stPLxLAycWUfEycGwMSVgSBPBDIxq7oLrIFYjFUEYswy0GgHqqq1C1RVgoGqZrpdoO8b1QTsgoUkdkEV4C5fHQjKhdYuUNUJAH49i11wA3A4ywDtgrIkdkENQpGihpBIUdOKFNgm1RQQKSKGixT/GU4ykSLCJ1JUEVzbI1LUcnqZFFaRopZPpEgKQKSoBQR5Ui2ZoUMzcW1CJq4txMR1LBNjm1RHgInrGs7EOu+6ZExc1zKx+/EwcT2nl8lhZeJ6PiZODoCJ6wFBngxkYlZ1F1gDsRjrC8SYZaDRDlQDaxeoBgQDlWK6XaDvGykCdsEiErugPnCXTwWCcpG1C1QqAcAbstgFjYDDWR5oF1QgsQsaE4oUjYVEiiZWpMA2qYmASHGj4SKFzvtGMpHiRj6Roqrg2h6R4ianl03DKlLc5BMpmgYgUtwEBHnTWjJDh2biZoRM3EyIiW+2TIxt0s0CTHyL4Uys876FjIlvsUzsfjxM3NzpZYuwMnFzHxO3CICJmwNB3gLIxKzqLrAGYjHeKhBjloFGO1C3WbtA3UYwUC1Ntwv0faOlgF2wmMQuuBW4y7cCgnKxtQtUKwKA385iF9wBHM6KQLsgnsQuaE0oUrQWEinaWJEC26Q2AiLFnYaLFDrvO8lEijv5RIq2gmt7RIq2Ti/bhVWkaOsTKdoFIFK0BYK8XS2ZoUMzcXtCJm4vxMQdLBNjm9RBgInTDGdinXcaGROnWSZ2Px4mTnd62TGsTJzuY+KOATBxOhDkHYFMzKruAmsgFuNdAjFmGWi0A9XJ2gWqE8FAdTbdLtD3jc4CdsESErvgLuAu3wUIyiXWLlBdCADeVYox0HbB3cDhrAy0CxJJ7IJuhCJFNyGRorsVKbBN6i4gUvQwXKTQefcgEyl68IkU7QTX9ogU9zi97BlWkeIen0jRMwCR4h4gyHvWkhk6NBP3ImTiXkJMfK9lYmyT7hVg4vsMZ2Kd931kTHyfZWL342Hi3k4v+4SViXv7mLhPAEzcGwjyPkAmZlV3gTUQi/F+gRizDDTagXrA2gXqAYKB6mu6XaDvG30F7IJlJHbB/cBdvh8QlMusXaD6EQD8QRa74CHgcFYD2gXVSeyC/oQiRX8hkWKAFSmwTRogIFIMNFyk0HkPJBMpBvKJFO0F1/aIFA87vRwUVpHiYZ9IMSgAkeJhIMgH1ZIZOjQTDyZk4sFCTPyIZWJskx4RYOJHDWdinfejZEz8qGVi9+Nh4iFOL4eGlYmH+Jh4aABMPAQI8qFAJmZVd4E1EIvxMYEYsww02oEaZu0CNYxgoIabbhfo+8ZwAbtgOYld8Bhwl38cCMrl1i5QjxMA/AkWu+BJ4HDWANoFNUnsghGEIsUIIZFipBUpsE0aKSBSPGW4SKHzfopMpHiKT6ToILi2R6QY5fRydFhFilE+kWJ0ACLFKCDIR9eSGTo0Ez9NyMRPCzHxGMvE2CaNEWDisYYzsc57LBkTj7VM7H48TPyM08tnw8rEz/iY+NkAmPgZIMifBTIxq7oLrIFYjM8JxJhloNEO1DhrF6hxBAM13nS7QN83xgvYBStI7ILngLv880BQrrB2gXqeAOATWOyCicDhTALaBbVJ7IJJhCLFJCGR4gUrUmCb9IKASDHZcJFC5z2ZTKSYzCdSpAmu7REppji9nBpWkWKKT6SYGoBIMQUI8qm1ZIYOzcQvEjLxi0JMPM0yMbZJ0wSY+CXDmVjn/RIZE79kmdj9eJh4utPLGWFl4uk+Jp4RABNPB4J8BpCJWdVdYA3EYpwpEGOWgUY7UC9bu0C9TDBQs0y3C/R9Y5aAXbCSxC6YCdzlXwGCcqW1C9QrBACfzWIXvAocznpAuyCZxC6YQyhSzBESKV6zIgW2Sa8JiBRzDRcpdN5zyUSKuXwiRbrg2h6R4nWnl/PCKlK87hMp5gUgUrwOBPm8WjJDh2biNwiZ+A0hJp5vmRjbpPkCTPym4Uys836TjInftEzsfjxMvMDp5VthZeIFPiZ+KwAmXgAE+VtAJmZVd4E1EItxoUCMWQYa7UC9be0C9TbBQC0y3S7Q941FAnbBKhK7YCFwl38HCMpV1i5Q7xAAfDGLXfAucDhTgHZBKoldsIRQpFgiJFIstSIFtklLBUSKZYaLFDrvZWQixTI6kULFya3tFSnec3q5PKwixXs+kWJ5ACLFe0CQL68lM3RoJn6fkInfF2LiFZaJsU1aIcDEHxjOxDrvD8iY+APLxJ7F3fGvdHr5YViZeKWPiT8MgIlXAkH+IZCJWdVdXA3kYlwlEGOWgUY7UB9Zu0B9RDBQq023C/R9Y7WAXbCaxC5YBdzlPwaCcrW1C9THBABfw2IXfAIczsZAu6AJiV2wllCkWCskUnxqRQpskz4VECnWGS5S6LzXkYkU6/hECiW3tlek+Mzp5fqwihSf+USK9QGIFJ8BQb6+lszQoZn4c0Im/lyIiTdYJsY2aYMAE39hOBPrvL8gY+IvLBN7FnfHv9Hp5ZdhZeKNPib+MgAm3ggE+ZdAJmZVd3E1kItxk0CMWQYa7UB9Ze0C9RXBQG023S7Q943NAnbBGhK7YBNwl/8aCMo11i5QXxMAfAuLXfANcDibAu2CZiR2wVZCkWKrkEjxrRUpsE36VkCk2Ga4SKHz3kYmUmzjEykqyq3tFSm+c3q5PawixXc+kWJ7ACLFd0CQb68lM3RoJt5ByMQ7hJh4p2VibJN2CjDx94Yzsc77ezIm/t4ysWdxd/y7nF7+EFYm3uVj4h8CYOJdQJD/AGRiVnUXVwO5GHcLxJhloNEO1I/WLlA/EgzUHtPtAn3f2CNgF6wlsQt2A3f5vUBQrrV2gdpLAPCfWOyCn4HD2RxoF7QgsQv2EYoU+4REiv1WpMA2ab+ASHHAcJFC532ATKQ4wCdSxMut7RUpfnF6eTCsIsUvPpHiYAAixS9AkB+sJTN0aCb+lZCJfxVi4kOWibFNOiTAxL8ZzsQ679/ImPg3y8Sexd3xH3Z6+XtYmfiwj4l/D4CJDwNB/juQiVnVXVwN5GL8QyDGLAONdqD+tHaB+pNgoI6Ybhfo+8YRAbtgHYld8Adwl/8LCMp11i5QfxEA/CiLXXAMOJwtgXZBKxK74DihSHFcSKQ4YUUKbJNOCIgUMUlmixQ6bx0juEeiIoW7pnFRPgGJFAlya3tFimxOL7O7ehoqkUIXINaVrLsQ/oAy/+5ogZkNCPLsSTJDh2bic5L4mPicJBkmPtc1Y5aJo1xTN0kXFL3ueYYzsc77PDImPs8ysWdxd/w5nF7mDCsT5/Axcc4AmDgHEOQ5gUzMqu7mTDI/xvMFYswy0GgH6gJcoLR2wQUEA5ULHSM6QH3fyJWEH9D1JHbB+cBdPjcQlOutXaByEwD8QinGQNsFFwGHszXQLmhDYhfkIRQp8giJFHldx28rUkS5pm5SXgGR4mLDRQqd98VkIsXFfCJFJbm1vSLFJU4v84VVpLjEJ1LkC0CkuAQI8nxJMkOHZuL8hEycX4iJL7VMjG3SpQJMfJnhTKzzvoyMiS+zTOxZ3B1/AaeXBcPKxAV8TFwwACYuAAR5QSATs6q7BZPMj/FygRizDDTagboCKP6wDtQVBANVyHS7QN83CgnYBRtI7ILLgbt8YSAoN1i7QBUmAPiVUoyBtguuAg5nO6Bd0J7ELihCKFIUERIpirqO31akiHJN3aSiAiJFrOEihc47lkykiOUTKSrLre0VKYo5vSweVpGimE+kKB6ASFEMCPLiSTJDh2biEoRMXEKIiUtaJsY2qaQAE19tOBPrvK8mY+KrLRN7FnfHX8rpZemwMnEpHxOXDoCJSwFBXhrIxKzqbukk82O8RiDGLAONdqCuBYo/rAN1LcFAlTHdLtD3jTICdsFGErvgGuAuXxYIyo3WLlBlCQBeToox0HbBdcDhTAfaBR1J7ILyhCJFeSGRooLr+G1FiijX1E2qICBSxBkuUui848hEijg+kSJRbm2vSKGcXlYMq0ihfCJFxQBECgUEecUkmaFDM3E8IRPHCzFxgmVibJMSBJi4kuFMrPOuRMbElSwTexZ3x1/Z6WViWJm4so+JEwNg4spAkCcCmZhV3U1MMj/GKgIxZhlotANVFSj+sA5UVYKBqma6XaDvG9UE7IJNJHZBFeAuXx0Iyk3WLlDVCQB+vRRj+Ac92uG8ATicnYF2QRcSu6AGoUhRQ0ikqOk6fluRIso1dZNqCogUEcNFiv8MJ5lIEeETKarIre0VKWo5vUwKq0hRyydSJAUgUtQCgjwpSWbo0Excm5CJawsxcR3LxNgm1RFg4rqGM7HOuy4ZE9e1TOxZ3B1/PaeXyWFl4no+Jk4OgInrAUGeDGRiVnU3Ocn8GOsLxJhloNEOVAOg+MM6UA0IBirFdLtA3zdSBOyCzSR2QX3gLp8KBOVmaxeoVAKAN5RiDLRd0Ag4nN2AdkF3ErugMaFI0VhIpGjiOn5bkSLKNXWTmgiIFDcaLlLovG8kEylu5BMpqsqt7RUpbnJ62TSsIsVNPpGiaQAixU1AkDdNkhk6NBM3I2TiZkJMfLNlYmyTbhZg4lsMZ2Kd9y1kTHyLZWLP4u74mzu9bBFWJm7uY+IWATBxcyDIWwCZmFXdbZFkfoy3CsSYZaDRDtRtQPGHdaBuIxiolqbbBfq+0VLALthCYhfcCtzlWwFBucXaBaoVAcBvl2IMtF1wB3A4ewLtgl4kdkFrQpGitZBI0cZ1/LYiRZRr6ia1ERAp7jRcpNB530kmUtzJJ1K0lVvbK1K0dXrZLqwiRVufSNEuAJGiLRDk7ZJkhg7NxO0Jmbi9EBN3sEyMbVIHASZOM5yJdd5pZEycZpnYs7g7/nSnlx3DysTpPibuGAATpwNB3hHIxKzqbsck82O8SyDGLAONdqA6AcUf1oHqRDBQnU23C/R9o7OAXbCVxC64C7jLdwGCcqu1C1QXAoB3lWIMtF1wN3A4ewPtgj4kdkE3QpGim5BI0d11/LYiRZRr6iZ1FxApehguUui8e5CJFD34RIp2cmt7RYp7nF72DKtIcY9PpOgZgEhxDxDkPZNkhg7NxL0ImbiXEBPfa5kY26R7BZj4PsOZWOd9HxkT32eZ2LO4O/7eTi/7hJWJe/uYuE8ATNwbCPI+QCZmVXf7JJkf4/0CMWYZaLQD9QBQ/GEdqAcIBqovOkZ0gPq+0TcJP6DbSOyC+4G7fD8gKLdZu0D1IwD4g1KMgbYLHgIOZ1+gXdCPxC7oTyhS9BcSKQa4jt9WpIhyTd2kAQIixUDDRQqd90AykWIgn0jRXm5tr0jxsNPLQWEVKR72iRSDAhApHgaCfFCSzNChmXgwIRMPFmLiRywTY5v0iAATP2o4E+u8HyVj4kctE3sWd8c/xOnl0LAy8RAfEw8NgImHAEE+FMjErOru0CTzY3xMIMYsA412oIYBxR/WgRpGMFDDTbcL9H1juIBdsJ3ELngMuMs/DgTldmsXqMcJAP6EFGOg7YIngcPZH2gXDCCxC0YQihQjhESKka7jtxUpolxTN2mkgEjxlOEihc77KTKR4ik+kaKD3NpekWKU08vRYRUpRvlEitEBiBSjgCAfnSQzdGgmfpqQiZ8WYuIxlomxTRojwMRjDWdinfdYMiYea5nYs7g7/mecXj4bViZ+xsfEzwbAxM8AQf4skIlZ1d1nk8yP8TmBGLMMNNqBGgcUf1gHahzBQI033S7Q943xAnbBThK74DngLv88EJQ7rV2gnicA+AQpxkDbBROBwzkIaBcMJrELJhGKFJOERIoXXMdvK1JEuaZu0gsCIsVkw0UKnfdkMpFiMp9IkSa3tlekmOL0cmpYRYopPpFiagAixRQgyKcmyQwdmolfJGTiF4WYeJplYmyTpgkw8UuGM7HO+yUyJn7JMrFncXf8051ezggrE0/3MfGMAJh4OhDkM4BMzKruzkgyP8aZAjFmGWi0A/UyUPxhHaiXCQZqlul2gb5vzBKwC3aR2AUzgbv8K0BQ7rJ2gXqFAOCzpRgDbRe8ChzOIUC7YCiJXTCHUKSYIyRSvOY6fluRIso1dZNeExAp5houUui855KJFHP5RIp0ubW9IsXrTi/nhVWkeN0nUswLQKR4HQjyeUkyQ4dm4jcImfgNISaeb5kY26T5Akz8puFMrPN+k4yJ37RM7FncHf8Cp5dvhZWJF/iY+K0AmHgBEORvAZmYVd19K8n8GBcKxJhloNEO1NtA8Yd1oN4mGKhFptsF+r6xSMAu2E1iFywE7vLvAEG529oF6h0CgC+WYgy0XfAucDiHA+2CxwPaKKKt3xJg/WKA9csGXEuyfkvP/vqJzt8yYP2mAev3Erh+6IOIvhaWy4Zfd49w3nHRPUrnHCeQ914hvGQH5w/sj9pL0OuKwF6npf/naa/Xlcw72lm8XAjb+wj6fZ1A3vtJsA3sj9pvOH+lCM34QYIZLy+Q968kMw7sj0LmrPuRw5Wv3oeOx/y3V8edP3sv46y63BGV3N9b0fke/d8zv/f9jK9XJMXEnKmW0fY8PhturQ+A5/CgzGqVDdv/zGelq2/WrI5yTd2klUn4dT8EKpxSeX+YBO+RGCl9IKCWr0oKdoP+KOPvW32GDfoj1wb9ccbXa7L43jjnez92vldvAJ9kfL1WeDNHzvOnwM3839R9Xcbf99kZ6r7OVff1GV9/foa6r3fVfUPG119k8b3K+d4NzvfqjXJjxtdfOj2S2Gs+EcDHYcMPq3qONgrk/TuJOLkJiCNgr9XvJJ9F+Op/39PifGsFdqj8CsxZmc9me6jENmmzwKHya8MPlTrvr4UOlZmPZE3jonz8b0Ci1YmSGckjHdE1GQstFe5XlGsr/x+467vFif0bVw6ne0PzRMypM+R/Q/NEzD+/oZnVOv9nb2jqAixxJfuNazj8AaH+7i3ATWjrGdaqkpjWLj0xIb5tXEJ6u4x1KqenxbetWFWlV4nPWD4+QbVrmxbXIaFdYuWEylXSEwP7DMJWIQb+1jIwtknfCjDwNsMZWOe9TWhHRx+/v3FiRa97xNCXIP1xImfpO+Cp4AjYt9CbmI6vlrMmeuYzT0XoOTpquPyReXpD533MTPnjlCs38iDyDXCt4yQvYQPnWwFnRh0nkY+2E8pH24UOrzvs4RXbpB0Ch9edhh9edd47Azq8xkX3/MeTlIj1dB+iRcf/TRQbQbrnSQtM7vneqfeufyH3JGVRO7/ckxTzz3JPVuv8o9wjMWygtf4+kX+fdDLZ7E5Ra8V4H/SJA5iH2gXczH6AgSE9PbOePwjeeHQdvxE4+WfvbJRicMopSef9vUDe55iV9ynx6bx3CeR9LjjvzCfafcNPMMh9wz3j0dbvPEPr53sUcL4VcGaUVP2yg3HyPZBrduNuYCKXD4213Ukyexiy1xIq4scRfN65Opudt1YRPxHIO3dAe2O0cf4IxCOw1yq34XOj8bJFYG7yEODlG4G885LgZQ8QL8Beq7wEePlJYG7yEeDlZ4G885PgZS8QL8Beq/wEeDkqMDcFCPByTCDvgiR4+QmIF2CvVUECvFxYCz83hQjwcpFA3oVJ8PIzEC/AXqvCBHi5UmBuihDg5SqBvIuS4GUfEC/AXquiBHgpJzA3xQnwcp1A3iVI8LIfiBdgr1UJArxcLzA3pQjwcoNA3qVJ8HIAiBdgr1VpArw0FJibMgR4aSSQd1kSvPwCxAuw16osAV5uF5ib8gR4uUMg7wokeDkIxAuw16oCAV66CsxNRQK83C2QdzwJXn4F4gXYaxVPgJcHBeamMgFeHhLIO5EEL4eAeAH2WiUS4OUJgbmpRoCXJwXyrk6Cl9+AeAH2WlUnwMsEgbmpQYCXiQJ51yTBy2EgXoC9VjUJ8DJbYG6SCPDyqkDetUnw8jsQL8Beq9oEeFksMDf1CPDyrkDeySR4+QOIF2CvVTIBXtYIzE0Kw+dfBPJOJcHLn0C8AHutUgnwskVgbhozfP5FIO8mJHg5AsQLsNeqCQFefhKYm6YMn38RyLsZCV7+AuIF2GvVjAAvRwXmpjnD518E8m5BgpejQLwAe61aEODlwiT83LRk+PyLQN6tSPByDIgXYK9VKwK8XCkwN60ZPv8ikHcbErwcB+IF2GvVhgAv5QTmph3D518E8m5PgpcTQLwAe63aE+DleoG5SWf4/ItA3h1J8BJTG1dLYK9VRwK8NBSYm84Mn38RyLsLCV6yAfEC7LXqQoCX2wXmphvD518E8u5OgpfsQLwAe626E+Clq8Dc9GT4/ItA3r1I8HIOEC/AXqteBHh5UGBuejN8/kUg7z4keDkXiBdgr1UfArw8ITA3fRk+/yKQdz8SvJwHxAuw16ofAV4mCMxNf4bPvwjkPYAELzmAeAH2Wg0gwMtsgbkZxPD5F4G8B5PgJScQL8Beq8EEeFksMDdDGD7/IpD3UBK8nA/EC7DXClk//UP/WmY0ONZZT/8MD/1zCfS/ta7//Wj9b+Lqf+dT/9uF+t9j0//GlP53c/S/BaL/fQP9mW39OVT92Tr9eSH9GQj9Xrd+V1W/f6ffKdLvSWjvV/tZWqPXuqPWUvT9UJ95NY/rvUnX2/2g5+6C2jJzh44zF3DudH9bZTv5c5x0DXIJ1zl3baDm5orvTDHHRfeo3MDZcMd7oavW9qf5RrmmbpIuKHrdi4ADK5X3RbXhPRL7ab4Ssfp/mm92cNz6kLckCXt4Wpok0zP/g4rZXd88Tg/zunp5up8QXMz1/8vm+t9srl4Vi/nnnxCc1TpnxU8I1sWMdRUub+1Td16Tf0JwXuAGeXFtfH0v/hf1jDbuS4CnsqOdcGsd6yRLCIifVpmnNn7d4Z3NzzuvQN6PG64a6LwvEcj7iYBUg7joHgWcSwXstZKqH7rP+Qhvj/mEbo/57e0R26T8ArfHSw2/Peq8LyW6PV5qb4/0t8fLnB4WsLfH//3JLNRlvttjAbLbYwHgBllQ4PZYMIDb4+X29vg/36IuE7hNPEVweywgkPcogtvj5QJ5jya5PQLnUgF7rZD106TfKotrGbo/6NksUNv8GK8Q8rjhgCwEJETWgSpEMFCF0TGiA9TacmEBxniGhDGuAJ6urwSC8hmCk8aVAnNzVW0sU7Yk3NiuItjYipi+scVnLPh+En5AnzMcmB9k5LxJIO9xJK+dFgVuwsBeK6n6ZQfXzy1dRbtWLLAXEliRIrFitc0n76ICeU8wfG/UpBUrkPdEkr2xOBCPwF6riZ1pDn1/G7vo2SxGcOgrXltmzuGALBH9ra6is5YK6i2IEkJvQZS0b0Fgm1RS4C2Iqw1/C0LnfbXQWxCZj2RN46J8gngDYlEE+wbEsiR4vzyABq2tMr9w17eUM2ul/8UbEMVjTp0h/xsQxWP++Q2IrNb5xzcgQEX4uxiZyZWqfTLA7E4hYn3Bof7OzOFDs/Bkgk/oLhOQSqaYfR34+2RTCkg6pYFrTSXxDoDzrYAzo4D182z4aJxcQ/KJ4mvBnyi+PdtJMtE1uLZ2TIxk/GUI3wkvI3QbKmtvQ9gmlRW4DZUz/Dak8y5HdhsqJ3gbEprZwN63vs7pZXnT37dGFyEzuet870iXrx1zyoM2mq4Dgrw8yUmiAiETVxBi4jjLxNgmxQkwsTKciXXeioyJlWVi9+Nh4opOL+PDysQVfUwcHwATVwSCPB78/t7thO/vxdc2P8YEFiu3EvhNd8aBqkQwUJVNfyFU3zcqC7z8M51ErU4A7vKJQFBO53n5Rww8iQQAryLFGOjjDPIN1qrgN1gzH/SbfdWAceYC2ke5Sf7ZnOqEwkx1IWHmeivMYJt0vYAwc4PhwozO+wYyYeYGPmFG4oWsv9d2x1/D6WXNsAozNXzCTM0AhJkaQJDXFDrJoJk4QsjEESEmrmWZGNukWgJMnGQ4E+u8k8iYOMkysWdtd/y1nV7WCSsT1/YxcZ0AmLg2EOR1rKKtgDUQi7Eui0VSzw6UqkcwUMmmWyT6vpEsYJHMJLFI6gJ3+fpAUM60FomqTwDwBlKMgbYLUoDDmQdoF+QlsQtSCUWKVCGRoqEVKbBNaiggUjQyXKTQeTciEyka8YkUFQXX9ogUjZ1eNgmrSNHYJ1I0CUCkaAwEeZPaMkOHZuIbCZn4RiEmvskyMbZJNwkwcVPDmVjn3ZSMiZtaJnY/HiZu5vTy5rAycTMfE98cABM3A4L8ZiATs6q7wBqIxXgLi13Q3NoFqjnBQLUw3S7Q940WAnbBLBK74BbgLn8rEJSzrF2gbiUA+G0sdkFL4HDmA9oF+UnsglaEIkUrIZHiditSYJt0u4BIcYfhIoXO+w4ykeIOPpEiXnBtj0jR2ullm7CKFK19IkWbAESK1kCQt6ktM3RoJr6TkInvFGLitpaJsU1qK8DE7QxnYp13OzImbmeZ2P14mLi908sOYWXi9j4m7hAAE7cHgrwDkIlZ1V1gDcRiTGOxC9KtXaDSCQaqo+l2gb5vdBSwC2aT2AVpwF3+LiAoZ1u7QN1FAPBOLHZBZ+BwFgDaBQVJ7IIuhCJFFyGRoqsVKbBN6iogUtxtuEih876bTKS4m0+kSBBc2yNSdHN62T2sIkU3n0jRPQCRohsQ5N1rywwdmol7EDJxDyEmvscyMbZJ9wgwcU/DmVjn3ZOMiXtaJnY/Hibu5fTy3rAycS8fE98bABP3AoL8XiATs6q7wBqIxXgfi13Q29oFqjfBQPUx3S7Q940+AnbBHBK74D7gLn8/EJRzrF2g7icA+AMsdkFf4HAWAtoFhUnsgn6EIkU/IZHiQStSYJv0oIBI8ZDhIoXO+yEykeIhPpGikuDaHpGiv9PLAWEVKfr7RIoBAYgU/YEgH1BbZujQTDyQkIkHCjHxw5aJsU16WICJBxnOxDrvQWRMPMgysfvxMPFgp5ePhJWJB/uY+JEAmHgwEOSPAJmYVd0F1kAsxkdZ7IIh1i5QQwgGaqjpdoG+bwwVsAvmktgFjwJ3+ceAoJxr7QL1GAHAh7HYBcOBw1kEaBcUJbELHicUKR4XEimesCIFtklPCIgUTxouUui8nyQTKZ7kEykqC67tESlGOL0cGVaRYoRPpBgZgEgxAgjykbVlhg7NxE8RMvFTQkw8yjIxtkmjBJh4tOFMrPMeTcbEoy0Tux8PEz/t9HJMWJn4aR8TjwmAiZ8GgnwMkIlZ1V1gDcRiHMtiFzxj7QL1DMFAPWu6XaDvG88K2AXzSOyCscBd/jkgKOdZu0A9RwDwcSx2wXjgcBYH2gUlSOyC5wlFiueFRIoJVqTANmmCgEgx0XCRQuc9kUykmMgnUiQKru0RKSY5vXwhrCLFJJ9I8UIAIsUkIMhfqC0zdGgmnkzIxJOFmHiKZWJsk6YIMPFUw5lY5z2VjImnWiZ2Px4mftHp5bSwMvGLPiaeFgATvwgE+TQgE7Oqu8AaiMX4EotdMN3aBWo6wUDNMN0u0PeNGQJ2wXwSu+Al4C4/EwjK+dYuUDMJAP4yi10wCzicpYB2QWkSu+AVQpHiFSGRYrYVKbBNmi0gUrxquEih836VTKR4lU+kqCK4tkekmOP08rWwihRzfCLFawGIFHOAIH+ttszQoZl4LiETzxVi4tctE2Ob9LoAE88znIl13vPImHieZWL342HiN5xezg8rE7/hY+L5ATDxG0CQzwcyMau6C6yBWIxvstgFC6xdoBYQDNRbptsF+r7xloBdsIDELngTuMsvBIJygbUL1EICgL/NYhcsAg5nGaBdUJbELniHUKR4R0ikWGxFCmyTFguIFO8aLlLovN8lEyne5RMpqgqu7REplji9XBpWkWKJT6RYGoBIsQQI8qW1ZYYOzcTLCJl4mRATv2eZGNuk9wSYeLnhTKzzXk7GxMstE7sfDxO/7/RyRViZ+H0fE68IgInfB4J8BZCJWdVdYA3EYvyAxS5Yae0CtZJgoD403S7Q940PBeyChSR2wQfAXX4VEJQLrV2gVhEA/CMWu2A1cDjLA+2CCiR2wceEIsXHQiLFGitSYJu0RkCk+MRwkULn/QmZSPEJn0jRVnBtj0ix1unlp2EVKdb6RIpPAxAp1gJB/mltmaFDM/E6QiZeJ8TEn1kmxjbpMwEmXm84E+u815Mx8XrLxO7Hw8SfO73cEFYm/tzHxBsCYOLPgSDfAGRiVnUXWAOxGL9gsQs2WrtAbSQYqC9Ntwv0feNLAbtgEYld8AVwl98EBOUiaxeoTQQA/4rFLtgMHM6KQLsgnsQu+JpQpPhaSKTYYkUKbJO2CIgU3xguUui8vyETKb7hEynaCa7tESm2Or38NqwixVafSPFtACLFViDIv60tM3RoJt5GyMTbhJj4O8vE2CZ9J8DE2w1nYp33djIm3m6Z2P14mHiH08udYWXiHT4m3hkAE+8AgnwnkIlZ1V1gDcRi/J7FLthl7QK1i2CgfjDdLtD3jR8E7ILFJHbB98BdfjcQlIutXaB2EwD8Rxa7YA9wOCsD7YJEErtgL6FIsVdIpPjJihTYJv0kIFL8bLhIofP+mUyk+JlPpGgvuLZHpNjn9HJ/WEWKfT6RYn8AIsU+IMj315YZOjQTHyBk4gNCTPyLZWJsk34RYOKDhjOxzvsgGRMftEzsfjxM/KvTy0NhZeJffUx8KAAm/hUI8kNAJmZVd4E1EIvxNxa74LC1C9RhgoH63XS7QN83fhewC5aQ2AW/AXf5P4CgXGLtAvUHAcD/ZLELjgCHsxrQLqhOYhf8RShS/CUkUhy1IgW2SUcFRIpjhosUOu9jZCLFMT6RooPg2h6R4rjTyxNhFSmO+0SKEwGIFMeBID9RW2bo0EwcU4ePid0xx0X5uOPNVufk15aJo12zzn8Lil43O3BgpfLOXgfeI1Emzl7HMrHr8TDxOU4vz3X1NFRMrAsQ60rWXQh/QJl/d9RMAgT5ubjh7sCq7gJrIBbjeQIxZhlotAOVow6wMaQDlYNgoHKiY0QHqO8bOevgB3QZiV1wHnCXPx8IymXWLlDnEwD8AinGQNsFuYDDWQNoF9QksQtyE4oUuYVEigutSIFt0oUCIsVFhosUOu+LyESKi/hEijTBtT0iRR6nl3nDKlLk8YkUeQMQKfIAQZ63jszQoZn4YkImvliIiS+xTIxt0iUCTJzPcCbWeecjY+J8londj4eJ8zu9vDSsTJzfx8SXBsDE+YEgvxTIxKzqLrAGYjFexmIXFLB2gSpAMFAFTbcL9H2joIBdsJzELrgMuMtfDgTlcmsXqMsJAH4Fi11QCDicSUC7oDaJXVCYUKQoLCRSXGlFCmyTrhQQKa4yXKTQeV9FJlJcxSdSpAuu7REpiji9LBpWkaKIT6QoGoBIUQQI8qJ1ZIYOzcSxhEwcK8TExSwTY5tUTICJixvOxDrv4mRMXNwysfvxMHEJp5clw8rEJXxMXDIAJi4BBHlJIBOzqrvAGojFeDWLXVDK2gWqFMFAlTbdLtD3jdICdsEKErvgauAufw0QlCusXaCuIQD4tSx2QRngcNYD2gXJJHZBWUKRoqyQSFHOihTYJpUTECmuM1yk0HlfRyZSXEcnUqg4ubW9IkV5p5cVwipSlPeJFBUCECnKA0FeoY7M0KGZOI6QieOEmFhZJsY2SQkwcUXDmVjnXZGMiStaJvYs7o4/3ullQliZON7HxAkBMHE8EOQJQCZmVXcT6pgfYyUWu6CytQtUZYKBSjTdLtD3jUQBu2AliV1QCbjLVwGCcqW1C1QVAoBXZbELqgGHMwVoF6SS2AXVCUWK6kIixfVWpMA26XoBkeIGw0UKnfcNZCLFDXwihZJb2ytS1HB6WTOsIkUNn0hRMwCRogYQ5DXryAwdmokjhEwcEWLiWpaJsU2qJcDESYYzsc47iYyJkywTexZ3x1/b6WWdsDJxbR8T1wmAiWsDQV4HyMSs6m6dOubHWJfFLqhn7QJVj2Cgkk23C/R9I1nALlhFYhfUBe7y9YGgXGXtAlWfAOANWOyCFOBwNgbaBU1I7IJUQpEiVUikaGhFCmyTGgqIFI0MFyl03o3IRIpGfCJFRbm1vSJFY6eXTcIqUjT2iRRNAhApGgNB3qSOzNChmfhGQia+UYiJb7JMjG3STQJM3NRwJtZ5NyVj4qaWiT2Lu+Nv5vTy5rAycTMfE98cABM3A4L8ZiATs6q7N9cxP8ZbWOyC5tYuUM0JBqqF6XaBvm+0ELALVpPYBbcAd/lbgaBcbe0CdSsBwG9jsQtaAoezKdAuaEZiF7QiFClaCYkUt1uRAtuk2wVEijsMFyl03neQiRR38IkU8XJre0WK1k4v24RVpGjtEynaBCBStAaCvE0dmaFDM/GdhEx8pxATt7VMjG1SWwEmbmc4E+u825ExcTvLxJ7F3fG3d3rZIaxM3N7HxB0CYOL2QJB3ADIxq7rboY75Maax2AXp1i5Q6QQD1dF0u0DfNzoK2AVrSOyCNOAufxcQlGusXaDuIgB4Jxa7oDNwOJsD7YIWJHZBF0KRoouQSNHVihTYJnUVECnuNlyk0HnfTSZS3M0nUiTIre0VKbo5veweVpGim0+k6B6ASNENCPLudWSGDs3EPQiZuIcQE99jmRjbpHsEmLin4Uys8+5JxsQ9LRN7FnfH38vp5b1hZeJePia+NwAm7gUE+b1AJmZVd++tY36M97HYBb2tXaB6EwxUH9PtAn3f6CNgF6wlsQvuA+7y9wNBudbaBep+AoA/wGIX9AUOZ0ugXdCKxC7oRyhS9BMSKR60IgW2SQ8KiBQPGS5S6LwfIhMpHuITKSrJre0VKfo7vRwQVpGiv0+kGBCASNEfCPIBdWSGDs3EAwmZeKAQEz9smRjbpIcFmHiQ4Uys8x5ExsSDLBN7FnfHP9jp5SNhZeLBPiZ+JAAmHgwE+SNAJmZVdx+pY36Mj7LYBUOsXaCGEAzUUNPtAn3fGCpgF6wjsQseBe7yjwFBuc7aBeoxAoAPY7ELhgOHszXQLmhDYhc8TihSPC4kUjxhRQpsk54QECmeNFyk0Hk/SSZSPMknUlSWW9srUoxwejkyrCLFCJ9IMTIAkWIEEOQj68gMHZqJnyJk4qeEmHiUZWJsk0YJMPFow5lY5z2ajIlHWyb2LO6O/2mnl2PCysRP+5h4TABM/DQQ5GOATMyq7o6pY36MY1nsgmesXaCeIRioZ023C/R941kBu2A9iV0wFrjLPwcE5XprF6jnCAA+jsUuGA8cznZAu6A9iV3wPKFI8byQSDHBihTYJk0QECkmGi5S6LwnkokUE/lEikS5tb0ixSSnly+EVaSY5BMpXghApJgEBPkLdWSGDs3EkwmZeLIQE0+xTIxt0hQBJp5qOBPrvKeSMfFUy8Sexd3xv+j0clpYmfhFHxNPC4CJXwSCfBqQiVnV3Wl1zI/xJRa7YLq1C9R0goGaYbpdoO8bMwTsgg0kdsFLwF1+JhCUG6xdoGYSAPxlFrtgFnA404F2QUcSu+AVQpHiFSGRYrYVKbBNmi0gUrxquEih836VTKR4lU+kqCK3tlekmOP08rWwihRzfCLFawGIFHOAIH+tjszQoZl4LiETzxVi4tctE2Ob9LoAE88znIl13vPImHieZWLP4u7433B6OT+sTPyGj4nnB8DEbwBBPh/IxKzq7vw65sf4JotdsMDaBWoBwUC9ZbpdoO8bbwnYBRtJ7II3gbv8QiAoN1q7QC0kAPjbLHbBIuBwdgbaBV1I7IJ3CEWKd4REisVWpMA2abGASPGu4SKFzvtdMpHiXT6Roqrc2l6RYonTy6VhFSmW+ESKpQGIFEuAIF9aR2bo0Ey8jJCJlwkx8XuWibFNek+AiZcbzsQ67+VkTLzcMrFncXf87zu9XBFWJn7fx8QrAmDi94EgXwFkYlZ1d0Ud82P8gMUuWGntArWSYKA+NN0u0PeNDwXsgk0kdsEHwF1+FRCUm6xdoFYRAPwjFrtgNXA4uwHtgu4kdsHHhCLFx0IixRorUmCbtEZApPjEcJFC5/0JmUjxCZ9I0VZuba9Isdbp5adhFSnW+kSKTwMQKdYCQf5pHZmhQzPxOkImXifExJ9ZJsY26TMBJl5vOBPrvNeTMfF6y8Sexd3xf+70ckNYmfhzHxNvCICJPweCfAOQiVnV3Q11zI/xCxa7YKO1C9RGgoH60nS7QN83vhSwCzaT2AVfAHf5TUBQbrZ2gdpEAPCvWOyCzcDh7Am0C3qR2AVfE4oUXwuJFFusSIFt0hYBkeIbw0UKnfc3ZCLFN3wiRTu5tb0ixVanl9+GVaTY6hMpvg1ApNgKBPm3dWSGDs3E2wiZeJsQE39nmRjbpO8EmHi74Uys895OxsTbLRN7FnfHv8Pp5c6wMvEOHxPvDICJdwBBvhPIxKzq7s465sf4PYtdsMvaBWoXwUD9YLpdoO8bPwjYBVtI7ILvgbv8biAot1i7QO0mAPiPLHbBHuBw9gbaBX1I7IK9hCLFXiGR4icrUmCb9JOASPGz4SKFzvtnMpHiZz6Ror3c2l6RYp/Ty/1hFSn2+USK/QGIFPuAIN9fR2bo0Ex8gJCJDwgx8S+WibFN+kWAiQ8azsQ674NkTHzQMrFncXf8vzq9PBRWJv7Vx8SHAmDiX4EgPwRkYlZ191Ad82P8jcUuOGztAnWYYKB+N90u0PeN3wXsgq0kdsFvwF3+DyAot1q7QP1BAPA/WeyCI8Dh7Au0C/qR2AV/EYoUfwmJFEetSIFt0lEBkeKY4SKFzvsYmUhxjE+k6CC3tlekOO708kRYRYrjPpHiRAAixXEgyE/UkRk6NBPH1OVjYnfMcVE+7niz1T35tWXiaNes+9+CotfNDhxYqbyz14X3SJSJs9e1TOxe3AN6p5fnunoaKibWBYh1JesuhD+gzL87aiYBgvzcurihY1V3z61rfoznCcSYZaDRDlSOusDGkA5UDoKByomOER2gvm/krIsf0G0kdsF5wF3+fCAot1m7QJ1PAPALpBgDbRfkAg5nf6BdMIDELshNKFLkFhIpLrQiBbZJFwqIFBcZLlLovC8iEyku4hMp0uTW9ooUeZxe5g2rSJHHJ1LkDUCkyAMEed66MkOHZuKLCZn4YiEmvsQyMbZJlwgwcT7DmVjnnY+MifNZJvYs7o4/v9PLS8PKxPl9THxpAEycHwjyS4FMzKruXlrX/BgvY7ELCli7QBUgGKiCptsF+r5RUMAu2E5iF1wG3OUvB4Jyu7UL1OUEAL+CxS4oBBzOQUC7YDCJXVCYUKQoLCRSXGlFCmyTrhQQKa4yXKTQeV9FJlJcxSdSpMut7RUpiji9LBpWkaKIT6QoGoBIUQQI8qJ1ZYYOzcSxhEwcK8TExSwTY5tUTICJixvOxDrv4mRMXNwysWdxd/wlnF6WDCsTl/AxcckAmLgEEOQlgUzMqu6WrGt+jFez2AWlrF2gShEMVGnT7QJ93ygtYBfsJLELrgbu8tcAQbnT2gXqGgKAX8tiF5QBDucQoF0wNKCNItr6lQXW72gn3FrHgGtJ1q/c2V8/0fm7Dli/yUD8TgHjF30Q0dfChGz4dXcJ5x0X3aN0zlUE8v5BaL/ODs4f2B/1A0GvqwF7nZb+n6e9Xlcy76jfzxHC9h6CflcSyHsvCbaB/VF7DeevFKEZ30cw45UF8t5PMuPA/ihkzrofOVz56n3oeMx/e3Xc+bPyGWfVCo6o5P7eas736P+e+b1xGV8rn5yPlvKrZ8OtVRF4Dg/KrK6aDdv/zCfemtXYJsULmNUJhpvVOu8EIbNagpQqCqjlleoGu0FXzvj7Es+wQVd2bdBVMr6umsX3VnG+t4rzvXoDqJbxdXXhzRw5z9cDN/N/U/cbMv6+Gmeo+w2uutfUsZ2h7jVdda+V8XVSFt9b1fneWs736o2ydsbXdZweSew11QTwcdDww6qeo9oCef9KIo7XBeII2Gv1K8lnEer973tanG+twA6V9YTegEy2h0psk5IFDpX1DT9U6rzrk70BWV/wDUi0OlEuI3mkI1q1dkxMOeF+Rbm28v+Bu74NnNhT/sUbmidiTp0h/xuaJ2L++Q3NrNb5P3tDUxdgiSvZFNdw+ANC/d0NgJtQ6hnWqpKY1i49MSG+bVxCeruMdSqnp8W3rVhVpVeJz1g+PkG1a5sW1yGhXWLlhMpV0hMD+wxCqhADN7QMjG1SQwEGbmQ4A+u8GwUk60TtsTixotc9bOhLkP44kbPUGHgqOAz2LfQmpuOr5ayJnvnMUxF6jv4wXP7IPL2h8/7TTPnjlCs38iCSAlzrCMlL2MD5VsCZUUdI5KMmhPJRE6HD64328Ipt0o0Ch9ebDD+86rxvIvIkJWI93Ydo0fGnRLERpHuetMDknqZOvZv9C7knKYva+eWepJh/lnuyWucf5R6JYQOt9feJvGndk8lmd4paK8b7oE8cwDxUM+BmdjMMDOnpmfW8WfDGo+uYInDyP27WW5mnnJJ03k0F8j5h+NuoOu9mAnnHdDHzpuInGOS+4Z7xaOuXzdD6+R4FnG8FnBklVb/sYJw0BXLNLUClTq8hwS231JXZw5C9llARq9TG552ji9l5axWxmkDeOQPaG6ONszkQj8Beq5yGz43GSwOBuclFgJcUgbxzk+ClBRAvwF6r3AR4uU1gbvIQ4KWlQN55SfByKxAvwF6rvAR46SQwN/kI8NJZIO/8JHi5DYgXYK9VfgK8PCAwNwUI8NJXIO+CJHhpCcQLsNeqIAFehgnMTSECvAwXyLswCV5aAfEC7LUqTICXcQJzU4QAL+MF8i5KgpfbgXgB9loVJcDLywJzU5wAL7ME8i5Bgpc7gHgB9lqVIMDL2wJzU4oAL4sE8i5NgpfWQLwAe61KE+DlI4G5KUOAl9UCeZclwUsbIF6AvVZlCfDylcDclCfAy2aBvCuQ4OVOIF6AvVYVCPDyo8DcVCTAyx6BvONJ8NIWiBdgr1U8AV7+FJibygR4OSKQdyIJXtoB8QLstUokwMsFdfBzU40AL7kE8q5Ogpf2QLwAe62qE+DlCoG5qUGAl0ICedckwUsHIF6AvVY1CfByrcDcJBHgpYxA3rVJ8JIGxAuw16o2AV6qCsxNPYbPvwjknUyCl3QgXoC9VskEeGkgMDcpDJ9/Ecg7lQQvHYF4AfZapRLg5TaBuWnM8PkXgbybkODlLiBegL1WTQjw0klgbpoyfP5FIO9mJHjpBMQLsNeqGQFeHhCYm+YMn38RyLsFCV46A/EC7LVqQYCXYQJz05Lh8y8CebciwUsXIF6AvVatCPAyTmBuWjN8/kUg7zYkeOkKxAuw16oNAV5eFpibdgyffxHIuz0JXu4G4gXYa9WeAC9vC8xNOsPnXwTy7kiCl25AvAB7rToS4OUjgbnpzPD5F4G8u5DgpTsQL8Beqy4EePlKYG66MXz+RSDv7iR46QHEC7DXqjsBXn4UmJueDJ9/Eci7Fwle7gHiBdhr1YsAL38KzE1vhs+/COTdhwQvPYF4AfZa9SHAywUC/856X4bPvwjk3Y8EL72AeAH2WvUjwMsVAnPTn+HzLwJ5DyDBy71AvAB7rQYQ4OVagbkZxPD5F4G8B5Pg5T4gXoC9Vsj6nZexhv5Ba7HOevpneOifS6D/rXX970frfxNX/zuf+t8u1P8em/43pvS/m6P/LRD97xvoz2zrz6Hqz9bpzwvpz0Do97r1u6r6/Tv9TpF+T0J7v9rP0hq91h21lqLvh/rMq3lc70331Y3xPPD7T12ZuYPfV4Bzp/vbMdvJn+Oka9BHuM73A3/GU1A/zfd+oZ/m+4D9ab7YJj0g8NN8+xr+03x13n2JfpqvRKz+n+abHRy3PuSVrYs9PJUT6pn/QcXsrm8/J/YH/8VPCC7m+v9lc/1vNlevisX8808Izmqds+InBOtixroK92DdU3dek39C8IPADfKhuvj6PvQv6hm1ugHcHP4A/hTRPwl+4m4/gVvkkC7m5/2gQN5DDVcNdN79BfJ+LCDVIC66RwHnUgF7raTqB1dTCW+PA4RujwPt7RHbpIECt8eHDb896rwfJro9Pmxvj/S3x0FO7IPt7fF/fzILNch3exxMdnscDNwgHxG4PT4SwO3xUXt7/J9vUYMEbhNPENweBwvk/STB7fFRgbxHkNwegXOpgL1WyPpp0u+YxbUM3R/0bA6ua36MQ4Q8bryMBSRE1oEaSjBQj6FjRAeoteXHBBhjNIveCDxdDwOCcjTBSWOYwNwMr4tlynTCjW04wcb2uOkbW/WMBeMEBnSM4cCsmJFzXYG8x5K8dvoEcBMG9lpJ1S87uH5u6Srq6zKwFxJYkSKxEXXNJ+8nBPJ+zvC9UZPWkwJ5jyPZG0cC8QjstRrXhebQ97exi57NEQSHvpF1ZeYcDsinor/VVXTWUkG9BfGU0FsQo+xbENgmjRJ4C2K04W9B6LxHCzvqkjWNi/IJ4g2I0rWxb0Bch++XB9CgtVXmF+76Pu3EPuZfvAFRPObUGfK/AVE85p/fgMhqnX98AwJUhL+LkZnc03VPBpjdKUSsLzjU35k5fGgWnkDwCd3rBK4DE82+Dvx9snkaSDpjgGtNIvEOgPOtgDOjgPXzbPhwSZHkE8XPgD9RfFe2k2Sia/CM8CeKnyV8J/xZodvQc/Y2hG3ScwK3oXGG34Z03uPIbkPjBG9DQjMb2PvW451ePm/6+9boImQmN973jvTzdWNOedBG03ggyJ8nOUlMIGTiCUJMPNEyMbZJEwWYeJLhTKzznkTGxJMsE7sfDxO/4PRycliZ+AUfE08OgIlfAIJ8Mvj9vbsI39+bXNf8GKewWLlTwW+6Mw7UVIKBetH0F0L1feNFAbV/KolaPQW4y08DgnIqz8s/YuCZRgDwl6QYA32cQb7BOh38Bmvmg36zbwYwzhxA+ygnyT+bM5NQmJkpJMy8bIUZbJNeFhBmZhkuzOi8Z5EJM7P4hBmJF7L+Xtsd/ytOL2eHVZh5xSfMzA5AmHkFCPLZQicZNBO/SsjErwox8RzLxNgmzRFg4tcMZ2Kd92tkTPyaZWLP2u745zq9fD2sTDzXx8SvB8DEc4Egf90q2gpYA7EY57FYJG/YgVJvEAzUfNMtEn3fmC9gkUwjsUjmAXf5N4GgnGYtEvUmAcAXSDEG2i54CzicuYB2QW4Su2AhoUixUEikeNuKFNgmvS0gUiwyXKTQeS8iEykW8YkUFQXX9ogU7zi9XBxWkeIdn0ixOACR4h0gyBfXlRk6NBO/S8jE7wox8RLLxNgmLRFg4qWGM7HOeykZEy+1TOx+PEy8zOnle2Fl4mU+Jn4vACZeBgT5e0AmZlV3gTUQi3E5i13wvrUL1PsEA7XCdLtA3zdWCNgF00nsguXAXf4DICinW7tAfUAA8JUsdsGHwOHMA7QL8pLYBasIRYpVQiLFR1akwDbpIwGRYrXhIoXOezWZSLGaT6SIF1zbI1J87PRyTVhFio99IsWaAESKj4EgX1NXZujQTPwJIRN/IsTEay0TY5u0VoCJPzWciXXen5Ix8aeWid2Ph4nXOb38LKxMvM7HxJ8FwMTrgCD/DMjErOousAZiMa5nsQs+t3aB+pxgoDaYbhfo+8YGAbtgJoldsB64y38BBOVMaxeoLwgAvpHFLvgSOJz5gHZBfhK7YBOhSLFJSKT4yooU2CZ9JSBSbDZcpNB5byYTKTbziRQJgmt7RIqvnV5uCatI8bVPpNgSgEjxNRDkW+rKDB2aib8hZOJvhJh4q2VibJO2CjDxt4Yzsc77WzIm/tYysfvxMPE2p5ffhZWJt/mY+LsAmHgbEOTfAZmYVd0F1kAsxu0sdsEOaxeoHQQDtdN0u0DfN3YK2AWzSOyC7cBd/nsgKGdZu0B9TwDwXSx2wQ/A4SwAtAsKktgFuwlFit1CIsWPVqTANulHAZFij+Eihc57D5lIsYdPpKgkuLZHpNjr9PKnsIoUe30ixU8BiBR7gSD/qa7M0KGZ+GdCJv5ZiIn3WSbGNmmfABPvN5yJdd77yZh4v2Vi9+Nh4gNOL38JKxMf8DHxLwEw8QEgyH8BMjGrugusgViMB1nsgl+tXaB+JRioQ6bbBfq+cUjALphNYhccBO7yvwFBOdvaBeo3AoAfZrELfgcOZyGgXVCYxC74g1Ck+ENIpPjTihTYJv0pIFIcMVyk0HkfIRMpjvCJFJUF1/aIFH85vTwaVpHiL59IcTQAkeIvIMiP1pUZOjQTHyNk4mNCTHzcMjG2SccFmPiE4Uys8z5BxsQnLBO7Hw8Tx9Rzal7v5B+Fiol1AWJdyboL4Q8o8++OGpj1cGtlq4cbOlZ1F1gDsRizC8SYZaBRH3NwgdLaBecQDNS56BjRAer7hg4SPaBzSOyC7MBd/jwgKOdYu0CdRwDwHFKMgbYLcgKHswjQLihKYhecD9woghIpzgcOpzveC1zHbytSRLmmbtIF9fDr5gIOrFTeuerBeyQqUuQCAiogkSJRcG2PSJHb6eWFYRUpcvtEigsDEClyA0F+YT2ZoUMz8UWETHyREBPnsUyMbVIeASbOazgT67zzkjFxXsvE7sfDxBc7vbwkrEx8sY+JLwmAiS8GgvwSIBOzqrvAGojFmI/FLshv7QKVn2CgLjXdLtD3jUsF7IK5JHZBPuAufxkQlHOtXaAuIwB4ARa7oCBwOIsD7YISJHbB5YQixeVCIsUVVqTANukKAZGikOEihc67EJlIUYhPpKgiuLZHpCjs9PLKsIoUhX0ixZUBiBSFgSC/sp7M0KGZ+CpCJr5KiImLWCbGNqmIABMXNZyJdd5FyZi4qGVi9+Nh4linl8XCysSxPiYuFgATxwJBXgzIxKzqLrAGYjEWZ7ELSli7QJUgGKiSptsF+r5RUsAumEdiFxQH7vJXA0E5z9oF6moCgJdisQtKA4ezFNAuKE1iF1xDKFJcIyRSXGtFCmyTrhUQKcoYLlLovMuQiRRl+ESKqoJre0SKsk4vy4VVpCjrEynKBSBSlAWCvFw9maFDM/F1hEx8nRATl7dMjG1SeQEmrmA4E+u8K5AxcQXLxO7Hw8RxTi9VWJk4zsfEKgAmjgOCXAGZmFXdBdZALMaKLHZBvLULVDzBQCWYbhfo+0aCgF0wn8QuqAjc5SsBQTnf2gWqEgHAK7PYBYnA4SwDtAvKktgFVQhFiipCIkVVK1Jgm1RVQKSoZrhIofOuRiZSVOMTKdoKru0RKao7vbw+rCJFdZ9IcX0AIkV1IMivryczdGgmvoGQiW8QYuIalomxTaohwMQ1DWdinXdNMiauaZnY/XiYOOL0slZYmTjiY+JaATBxBAjyWkAmZlV3gTUQizGJxS6obe0CVZtgoOqYbhfo+0YdAbtgAYldkATc5esCQbnA2gWqLgHA67HYBcnA4SwPtAsqkNgF9QlFivpCIkUDK1Jgm9RAQKRIMVyk0HmnkIkUKXwiRTvBtT0iRarTy4ZhFSlSfSJFwwBEilQgyBvWkxk6NBM3ImTiRkJM3NgyMbZJjQWYuInhTKzzbkLGxE0sE7sfDxPf6PTyprAy8Y0+Jr4pACa+EQjym4BMzKruAmsgFmNTFrugmbULVDOCgbrZdLtA3zduFrALFpLYBU2Bu/wtQFAutHaBuoUA4M1Z7IIWwOGsCLQL4knsglsJRYpbhUSK26xIgW3SbQIiRUvDRQqdd0sykaIln0jRXnBtj0jRyunl7WEVKVr5RIrbAxApWgFBfns9maFDM/EdhEx8hxATt7ZMjG1SawEmbmM4E+u825AxcRvLxO7Hw8R3Or1sG1YmvtPHxG0DYOI7gSBvC2RiVnUXWAOxGNux2AXtrV2g2hMMVAfT7QJ93+ggYBcsIrEL2gF3+TQgKBdZu0ClEQA8ncUu6AgczspAuyCRxC64i1CkuEtIpOhkRQpskzoJiBSdDRcpdN6dyUSKznwiRQfBtT0iRRenl13DKlJ08YkUXQMQKboAQd61nszQoZn4bkImvluIibtZJsY2qZsAE3c3nIl13t3JmLi7ZWL342HiHk4v7wkrE/fwMfE9ATBxDyDI7wEyMau6C6yBWIw9WeyCXtYuUL0IBupe0+0Cfd+4V8AuWExiF/QE7vL3AUG52NoF6j4CgPdmsQv6AIezGtAuqE5iF9xPKFLcLyRSPGBFCmyTHhAQKfoaLlLovPuSiRR9+USKNMG1PSJFP6eXD4ZVpOjnEykeDECk6AcE+YP1ZIYOzcQPETLxQ0JM3N8yMbZJ/QWYeIDhTKzzHkDGxAMsE7sfDxMPdHr5cFiZeKCPiR8OgIkHAkH+MJCJWdVdYA3EYhzEYhcMtnaBGkwwUI+Ybhfo+8YjAnbBEhK7YBBwl38UCMol1i5QjxIAfAiLXTAUOJw1gHZBTRK74DFCkeIxIZFimBUpsE0aJiBSDDdcpNB5DycTKYbziRTpgmt7RIrHnV4+EVaR4nGfSPFEACLF40CQP1FPZujQTPwkIRM/KcTEIywTY5s0QoCJRxrOxDrvkWRMPNIysfvxMPFTTi9HhZWJn/Ix8agAmPgpIMhHAZmYVd0F1kAsxtEsdsHT1i5QTxMM1BjT7QJ93xgjYBcsI7ELRgN3+bFAUC6zdoEaSwDwZ1jsgmeBw5kEtAtqk9gFzxGKFM8JiRTjrEiBbdI4AZFivOEihc57PJlIMZ5OpFBxcmt7RYrnnV5OCKtI8bxPpJgQgEjxPBDkE+rJDB2aiScSMvFEISaeZJkY26RJAkz8guFMrPN+gYyJX7BM7FncHf9kp5dTwsrEk31MPCUAJp4MBPkUIBOzqrtT6pkf41QWu+BFaxeoFwkGaprpdoG+b0wTsAuWk9gFU4G7/EtAUC63doF6iQDg01nsghnA4awHtAuSSeyCmYQixUwhkeJlK1Jgm/SygEgxy3CRQuc9i0ykmMUnUii5tb0ixStOL2eHVaR4xSdSzA5ApHgFCPLZ9WSGDs3ErxIy8atCTDzHMjG2SXMEmPg1w5lY5/0aGRO/ZpnYs7g7/rlOL18PKxPP9THx6wEw8VwgyF8HMjGruvt6PfNjnMdiF7xh7QL1BsFAzTfdLtD3jfkCdsEKErtgHnCXfxMIyhXWLlBvEgB8AYtd8BZwOFOAdkEqiV2wkFCkWCgkUrxtRQpsk94WECkWGS5S6LwXkYkUi/hEiopya3tFinecXi4Oq0jxjk+kWByASPEOEOSL68kMHZqJ3yVk4neFmHiJZWJsk5YIMPFSw5lY572UjImXWib2LO6Of5nTy/fCysTLfEz8XgBMvAwI8veATMyq7r5Xz/wYl7PYBe9bu0C9TzBQK0y3C/R9Y4WAXbCSxC5YDtzlPwCCcqW1C9QHBABfyWIXfAgczsZAu6AJiV2wilCkWCUkUnxkRQpskz4SEClWGy5S6LxXk4kUq/lEini5tb0ixcdOL9eEVaT42CdSrAlApPgYCPI19WSGDs3EnxAy8SdCTLzWMjG2SWsFmPhTw5lY5/0pGRN/apnYs7g7/nVOLz8LKxOv8zHxZwEw8TogyD8DMjGruvtZPfNjXM9iF3xu7QL1OcFAbTDdLtD3jQ0CdsEqErtgPXCX/wIIylXWLlBfEAB8I4td8CVwOJsC7YJmJHbBJkKRYpOQSPGVFSmwTfpKQKTYbLhIofPeTCZSbOYTKRLk1vaKFF87vdwSVpHia59IsSUAkeJrIMi31JMZOjQTf0PIxN8IMfFWy8TYJm0VYOJvDWdinfe3ZEz8rWViz+Lu+Lc5vfwurEy8zcfE3wXAxNuAIP8OyMSs6u539cyPcTuLXbDD2gVqB8FA7TTdLtD3jZ0CdsFqErtgO3CX/x4IytXWLlDfEwB8F4td8ANwOJsD7YIWJHbBbkKRYreQSPGjFSmwTfpRQKTYY7hIofPeQyZS7OETKSrJre0VKfY6vfwprCLFXp9I8VMAIsVeIMh/qiczdGgm/pmQiX8WYuJ9lomxTdonwMT7DWdinfd+Mibeb5nYs7g7/gNOL38JKxMf8DHxLwEw8QEgyH8BMjGruvtLPfNjPMhiF/xq7QL1K8FAHTLdLtD3jUMCdsEaErvgIHCX/w0IyjXWLlC/EQD8MItd8DtwOFsC7YJWJHbBH4QixR9CIsWfVqTANulPAZHiiOEihc77CJlIcYRPpKgst7ZXpPjL6eXRsIoUf/lEiqMBiBR/AUF+tJ7M0KGZ+BghEx8TYuLjlomxTTouwMQnDGdinfcJMiY+YZnYs7gn/mSn5skn/yhUTKwLEOtK1l0If0CZf3fUwEzGrZUtGTd0rOourgZyMWYXiDHLQKM+5uACpbULziEYqHPRMaID1PcNHSR6QNeS2AXZgbv8eUBQrrV2gTqPAOA5pBgDbRfkBA5na6Bd0IbELjgfuFEEJVKcDxxOd7wXuI7fVqSIck3dpAuS8evmAg6sVN65kuE9EhUpcgEBFZBIkSi3tlekyO308sKwihS5fSLFhQGIFLmBIL8wWWbo0Ex8ESETXyTExHksE2OblEeAifMazsQ677xkTJzXMrFncXf8Fzu9vCSsTHyxj4kvCYCJLwaC/BIgE7Oqu5ckmx9jPha7IL+1C1R+goG61HS7QN83LhWwC9aR2AX5gLv8ZUBQrrN2gbqMAOAFWOyCgsDhbAe0C9qT2AWXE4oUlwuJFFdYkQLbpCsERIpChosUOu9CZCJFIT6Roorc2l6RorDTyyvDKlIU9okUVwYgUhQGgvzKZJmhQzPxVYRMfJUQExexTIxtUhEBJi5qOBPrvIuSMXFRy8Sexd3xxzq9LBZWJo71MXGxAJg4FgjyYkAmZlV3iyWbH2NxFrughLULVAmCgSppul2g7xslBeyC9SR2QXHgLn81EJTrrV2griYAeCkWu6A0cDjTgXZBRxK74BpCkeIaIZHiWitSYJt0rYBIUcZwkULnXYZMpCjDJ1JUlVvbK1KUdXpZLqwiRVmfSFEuAJGiLBDk5ZJlhg7NxNcRMvF1Qkxc3jIxtknlBZi4guFMrPOuQMbEFSwTexZ3xx/n9FKFlYnjfEysAmDiOCDIFZCJWdVdlWx+jBVZ7IJ4axeoeIKBSjDdLtD3jQQBu2ADiV1QEbjLVwKCcoO1C1QlAoBXZrELEoHD2RloF3QhsQuqEIoUVYREiqpWpMA2qaqASFHNcJFC512NTKSoxidStJVb2ytSVHd6eX1YRYrqPpHi+gBEiupAkF+fLDN0aCa+gZCJbxBi4hqWibFNqiHAxDUNZ2Kdd00yJq5pmdizuDv+iNPLWmFl4oiPiWsFwMQRIMhrAZmYVd2tlWx+jEksdkFtaxeo2gQDVcd0u0DfN+oI2AUbSeyCJOAuXxcIyo3WLlB1CQBej8UuSAYOZzegXdCdxC6oTyhS1BcSKRpYkQLbpAYCIkWK4SKFzjuFTKRI4RMp2smt7RUpUp1eNgyrSJHqEykaBiBSpAJB3jBZZujQTNyIkIkbCTFxY8vE2CY1FmDiJoYzsc67CRkTN7FM7FncHf+NTi9vCisT3+hj4psCYOIbgSC/CcjErOruTcnmx9iUxS5oZu0C1YxgoG423S7Q942bBeyCTSR2QVPgLn8LEJSbrF2gbiEAeHMWu6AFcDh7Au2CXiR2wa2EIsWtQiLFbVakwDbpNgGRoqXhIoXOuyWZSNGST6RoL7e2V6Ro5fTy9rCKFK18IsXtAYgUrYAgvz1ZZujQTHwHIRPfIcTErS0TY5vUWoCJ2xjOxDrvNmRM3MYysWdxd/x3Or1sG1YmvtPHxG0DYOI7gSBvC2RiVnW3bbL5MbZjsQvaW7tAtScYqA6m2wX6vtFBwC7YTGIXtAPu8mlAUG62doFKIwB4Ootd0BE4nL2BdkEfErvgLkKR4i4hkaKTFSmwTeokIFJ0Nlyk0Hl3JhMpOvOJFB3k1vaKFF2cXnYNq0jRxSdSdA1ApOgCBHnXZJmhQzPx3YRMfLcQE3ezTIxtUjcBJu5uOBPrvLuTMXF3y8Sexd3x93B6eU9YmbiHj4nvCYCJewBBfg+QiVnV3XuSzY+xJ4td0MvaBaoXwUDda7pdoO8b9wrYBVtI7IKewF3+PiAot1i7QN1HAPDeLHZBH+Bw9gXaBf1I7IL7CUWK+4VEigesSIFt0gMCIkVfw0UKnXdfMpGiL59IkSa3tlek6Of08sGwihT9fCLFgwGIFP2AIH8wWWbo0Ez8ECETPyTExP0tE2Ob1F+AiQcYzsQ67wFkTDzAMrFncXf8A51ePhxWJh7oY+KHA2DigUCQPwxkYlZ19+Fk82McxGIXDLZ2gRpMMFCPmG4X6PvGIwJ2wVYSu2AQcJd/FAjKrdYuUI8SAHwIi10wFDic/YF2wQASu+AxQpHiMSGRYpgVKbBNGiYgUgw3XKTQeQ8nEymG84kU6XJre0WKx51ePhFWkeJxn0jxRAAixeNAkD+RLDN0aCZ+kpCJnxRi4hGWibFNGiHAxCMNZ2Kd90gyJh5pmdizuDv+p5xejgorEz/lY+JRATDxU0CQjwIyMau6OyrZ/BhHs9gFT1u7QD1NMFBjTLcL9H1jjIBdsI3ELhgN3OXHAkG5zdoFaiwBwJ9hsQueBQ7nIKBdMDigjSLa+j0HrN8fnXFr/QlcS7J+487++onO33hg/SYA8TsRjF/0QURfC6/Phl93u3DecdE9SuccEch7h9B+nR2cP7A/agdBr5OAvU5L/8/T/j8zJJh3tLN4uRC2dxH0+waBvH8gwTawP+oHw/krRWjG9xDMeA2BvPeSzDiwPwqZs+5HDle+eh86HvPfXh13/uz5jLPqBEdUcn9vkvM9+r9nfu/EjK8n+eR8tJRfOxturReA5/CgzOpa2bD9z3wmW7Ma26TJAmb1FMPNap33FCGzWoKUXhBQy6cmB7tBv5jx9007wwb9omuDfinj6+lZfG/E+d6XnO/VG8CMjK9nCm/myHl+GbiZ/5u6z8r4+145Q91nueo+O+PrV89Q99muus/J+Pq1LL63lvO9c5zv1Rvl3IyvX3d6JLHXzBDAxz7DD6t6juYK5L2fRByfB8QRsNdqP8lnEd743/e0ON9agR0q3xB6A3K+PVRimzRf4FD5puGHSp33m2RvQL4p+AYkWp1IyEge6YhOrxsTM064X1Gurfx/4K7vAif2t/7FG5onYk6dIf8bmidi/vkNzazW+T97Q1MXYIkr2bdcw+EPCPV3LwBuQgvPsFaVxLR26YkJ8W3jEtLbZaxTOT0tvm3Fqiq9SnzG8vEJql3btLgOCe0SKydUrpKeGNhnEBYKMfDbloGxTXpbgIEXGc7AOu9FAck60eb/lhMret2Dhr4E6Y8TOUvvAE8FB8G+hd7EdHy1nDXRM595KkLP0SHD5Y/M0xs679/MlD9OuXIjDyJvAdc6TPISNnC+FXBm1GES+WgxoXy0WOjw+q49vGKb9K7A4XWJ4YdXnfcSIk9SItbTfYgWHf9bUWwE6Z4nLTC5Z6lT72X/Qu5JyqJ2frknKeaf5Z6s1vlHuUdi2EBr/X0iX5p8MtnsTlFrxXgf9IkDmIdaBtzM3oOBIT09s57vCd54dB3fEjj5HzHrrcxTTkk676UCef9l+NuoOu9lAnkfNfSm4icY5L7hnvFo63eM5KYHnG8FnBl1LKC3gqPt81Ig1ywHKnV6DQluWZ4ss4chey2hIr5UV+CTcF3NVxFnCOR9Ttdg9sZo43wfiEdgr9U5hs+NxssCgbnJQYCXtwTyzkmClxVAvAB7rXIS4GWlwNzkIsDLhwJ55ybBywdAvAB7rXIT4GWjwNzkIcDLlwJ55yXBy0ogXoC9VnkJ8LJLYG7yEeDlB4G885Pg5UMgXoC9VvkJ8HJYYG4KEODld4G8C5LgZRUQL8Beq4IEeMlRDz83hQjwklMg78IkePkIiBdgr1VhArwUEJibIgR4KSiQd1ESvKwG4gXYa1WUAC+lBOamOAFeSgvkXYIELx8D8QLstSpBgJfKAnNTigAviQJ5lybByxogXoC9VqUJ8FJPYG7KEOAlWSDvsiR4+QSIF2CvVVkCvDQXmJvyBHhpIZB3BRK8rAXiBdhrVYEAL+kCc1ORAC8dBfKOJ8HLp0C8AHut4gnw0ltgbioT4KWPQN6JJHhZB8QLsNcqkQAvQwTmphoBXoYK5F2dBC+fAfEC7LWqToCXZwTmpgYBXp4VyLsmCV7WA/EC7LWqSYCX6QJzk8Tw+ReBvGuT4OVzIF6AvVa1CfCyQGBu6jF8/kUg72QSvGwA4gXYa5VMgJeVAnOTwvD5F4G8U0nw8gUQL8Beq1QCvGwUmJvGDJ9/Eci7CQleNgLxAuy1akKAl10Cc9OU4fMvAnk3I8HLl0C8AHutmhHg5bDA3DRn+PyLQN4tSPCyCYgXYK9VCwK85BD4d3FaMnz+RSDvViR4+QqIF2CvVSsCvBQQmJvWDJ9/Eci7DQleNgPxAuy1akOAl1ICc9OO4fMvAnm3J8HL10C8AHut2hPgpbLA3KQzfP5FIO+OJHjZAsQLsNeqIwFe6gnMTWeGz78I5N2FBC/fAPEC7LXqQoCX5gJz043h8y8CeXcnwctWIF6AvVbdCfCSLjA3PRk+/yKQdy8SvHwLxAuw16oXAV56C8xNb4bPvwjk3YcEL9uAeAH2WvUhwMsQgbnpy/D5F4G8+5Hg5TsgXoC9Vv0I8PKMwNz0Z/j8i0DeA0jwsh2IF2CvFbJ+52Ws0TOjwbHOevpneOifS6D/rXX970frfxNX/zuf+t8u1P8em/43pvS/m6P/LRD97xvoz2zrz6Hqz9bpzwvpz0Do97r1u6r6/Tv9TpF+T0J7v9rP0hq91h21lqLvh/rMq3lc703bk2M8D3rudiTLzB06zp3AudP97ZXt5M9x0jXYKVzn74E/4ymon+b7vdBP891lf5ovtkm7BH6a7w+G/zRfnfcPyfAeif00X4lY/T/NNzs4bn3Iey4Ze3gaJ9Qz/4OK2V3f3U7sP/6LnxBczPX/y+b632yuXhWL+eefEJzVOmfFTwjWxYx1Fe7H5FN3XpN/QvCPwA1yTzK+vnv+RT2jjXsvcHM4BPzJn78R/MTd3QK3yEFdzc/7R4G8BxuuGui89wrk/UhAqkFcdI8CzqUC9lpJ1Q/d558Ib48/Cd0ef7a3R2yTfha4Pe4z/Pao895HdHvcZ2+P9LfH/U7sB+zt8X9/Mgu133d7PEB2ezwA3CB/Ebg9/hLA7fGgvT3+z7eo/QK3iccIbo8HBPIeRnB7PCiQ93CS2yNwLhWw1wpZP036vbK4lqH7g57NA8nmx/irkMcNB+QhICGyDtQhgoH6DR0jOkCtLf8mwBgjSBjjV+Dp+jAQlCMIThqHBebm92QsU/Yk3Nh+J9jY/jB9Y6udseBEgQF9ynBgvpCR8zyBvEeRvHb6J3ATBvZaSdUvO7h+bukq2rWOAHshgRUpEvsr2Xzy/lMg7zGG742atI4I5D2WZG88CsQjsNdqbFeaQ9/fxi56Nv8iOPQdTZaZczggj0V/q6vorKWCegvimNBbEMftWxDYJh0XeAvihOFvQei8Twg76pI1jYvyCeINiDF1sW9AjMf3ywNo0Noq8wt3fWPqOzNR/+Qfne4NiOIxp86Q/w2I4jH//AZEVuv84xsQoCL8XYy/k6t/MsDsTiFifcGh/s7M4UOz8HMEn9AdL3AdGGf2deDvk42eMVTO2YBrjSfxDoDzrYAzo4D182z4aJxkrx/MQSLq96Bxcf7nE8X3ZjtJJroG59SPiZGM/1wgNoO6DZ0LnA13vOe5am1vQ1GuqZt0Xn38ujmAAyuVd4768B6J3oZyAAHlvw0JzWxg71vndHp5/r+4bRSLObVHgb1vjS5CZnI563vfkT6/fswpD9poygkE+fkkJ4kLCJn4AiEmzmWZGNukXAJMnNtwJtZ55yZj4tyWid2Ph4kvdHp5UViZ+EIfE18UABNfCAT5RcDh1k2+l/D9vYvqmx9jHqETE/zIlBcovrAOVF6CgboYHSM6QH3fuLg+fkAnkajVeYC7/CVAUE7ieflHDDyXEAA8nxRjoI8zyDdY8wMH3Z0z+s2+S4FxZgfaR+eQ/LM5lxEKM5cJCTMFrDCDbVIBAWGmoOHCjM67IJkwU5BPmJF4Ievvtd3xX+708oqwCjOX+4SZKwIQZi4HgvwKoZMMmokLETJxISEmLmyZGNukwgJMfKXhTKzzvpKMia+0TOxZ2x3/VU4vi4SVia/yMXGRAJj4KiDIi1hFWwFrIBZjURaLJNYOlIolGKhiplsk+r5RTMAimUxikRQF7vLFgaCcbC0SVZwA4CWkGANtF5QEDmcOoF2Qk8QuuJpQpLhaSKQoZUUKbJNKCYgUpQ0XKXTepclEitJ8IkVFwbU9IsU1Ti+vDatIcY1PpLg2AJHiGiDIr60vM3RoJi5DyMRlhJi4rGVibJPKCjBxOcOZWOddjoyJy1kmdj8eJr7O6WX5sDLxdT4mLh8AE18HBHl5IBOzqrvAGojFWIHFLoizdoGKIxgoZbpdoO8bSsAumEpiF1QA7vIVgaCcau0CVZEA4PEsdkECcDhzAe2C3CR2QSVCkaKSkEhR2YoU2CZVFhApEg0XKXTeiWQiRSKfSBEvuLZHpKji9LJqWEWKKj6RomoAIkUVIMir1pcZOjQTVyNk4mpCTFzdMjG2SdUFmPh6w5lY5309GRNfb5nY/XiY+AanlzXCysQ3+Ji4RgBMfAMQ5DWATMyq7gJrIBZjTRa7IGLtAhUhGKhaptsF+r5RS8AumEZiF9QE7vJJQFBOs3aBSiIAeG0Wu6AOcDjzAO2CvCR2QV1CkaKukEhRz4oU2CbVExApkg0XKXTeyWQiRTKfSJEguLZHpKjv9LJBWEWK+j6RokEAIkV9IMgb1JcZOjQTpxAycYoQE6daJsY2KVWAiRsazsQ674ZkTNzQMrH78TBxI6eXjcPKxI18TNw4ACZuBAR5YyATs6q7wBqIxdiExS640doF6kaCgbrJdLtA3zduErALppPYBU2Au3xTICinW7tANSUAeDMWu+Bm4HDmA9oF+UnsglsIRYpbhESK5lakwDapuYBI0cJwkULn3YJMpGjBJ1JUElzbI1Lc6vTytrCKFLf6RIrbAhApbgWC/Lb6MkOHZuKWhEzcUoiJW1kmxjaplQAT3244E+u8bydj4tstE7sfDxPf4fSydViZ+A4fE7cOgInvAIK8NZCJWdVdYA3EYmzDYhfcae0CdSfBQLU13S7Q9422AnbBTBK7oA1wl28HBOVMaxeodgQAb89iF3QADmcBoF1QkMQuSCMUKdKERIp0K1Jgm5QuIFJ0NFyk0Hl3JBMpOvKJFJUF1/aIFHc5vewUVpHiLp9I0SkAkeIuIMg71ZcZOjQTdyZk4s5CTNzFMjG2SV0EmLir4Uys8+5KxsRdLRO7Hw8T3+30sltYmfhuHxN3C4CJ7waCvBuQiVnVXWANxGLszmIX9LB2gepBMFD3mG4X6PvGPQJ2wSwSu6A7cJfvCQTlLGsXqJ4EAO/FYhfcCxzOQkC7oDCJXXAfoUhxn5BI0duKFNgm9RYQKfoYLlLovPuQiRR9+ESKRMG1PSLF/U4vHwirSHG/T6R4IACR4n4gyB+oLzN0aCbuS8jEfYWYuJ9lYmyT+gkw8YOGM7HO+0EyJn7QMrH78TDxQ04v+4eViR/yMXH/AJj4ISDI+wOZmFXdBdZALMYBLHbBQGsXqIEEA/Ww6XaBvm88LGAXzCaxCwYAd/lBQFDOtnaBGkQA8MEsdsEjwOEsArQLipLYBY8SihSPCokUQ6xIgW3SEAGRYqjhIoXOeyiZSDGUT6SoIri2R6R4zOnlsLCKFI/5RIphAYgUjwFBPqy+zNChmXg4IRMPF2Lixy0TY5v0uAATP2E4E+u8nyBj4icsE7sfDxM/6fRyRFiZ+EkfE48IgImfBIJ8BJCJWdVdYA3EYhzJYhc8Ze0C9RTBQI0y3S7Q941RAnbBHBK7YCRwlx8NBOUcaxeo0QQAf5rFLhgDHM7iQLugBIldMJZQpBgrJFI8Y0UKbJOeERApnjVcpNB5P0smUjzLJ1JUFVzbI1I85/RyXFhFiud8IsW4AESK54AgH1dfZujQTDyekInHCzHx85aJsU16XoCJJxjOxDrvCWRMPMEysfvxMPFEp5eTwsrEE31MPCkAJp4IBPkkIBOzqrvAGojF+AKLXTDZ2gVqMsFATTHdLtD3jSkCdsFcErvgBeAuPxUIyrnWLlBTCQD+IotdMA04nKWAdkFpErvgJUKR4iUhkWK6FSmwTZouIFLMMFyk0HnPIBMpZvCJFG0F1/aIFDOdXr4cVpFipk+keDkAkWImEOQv15cZOjQTzyJk4llCTPyKZWJsk14RYOLZhjOxzns2GRPPtkzsfjxM/KrTyzlhZeJXfUw8JwAmfhUI8jlAJmZVd4E1EIvxNRa7YK61C9RcgoF63XS7QN83XhewC+aR2AWvAXf5eUBQzrN2gZpHAPA3WOyC+cDhLAO0C8qS2AVvEooUbwqJFAusSIFt0gIBkeItw0UKnfdbZCLFW3wiRTvBtT0ixUKnl2+HVaRY6BMp3g5ApFgIBPnb9WWGDs3EiwiZeJEQE79jmRjbpHcEmHix4Uys815MxsSLLRO7Hw8Tv+v0cklYmfhdHxMvCYCJ3wWCfAmQiVnVXWANxGJcymIXLLN2gVpGMFDvmW4X6PvGewJ2wXwSu2ApcJdfDgTlfGsXqOUEAH+fxS5YARzO8kC7oAKJXfABoUjxgZBIsdKKFNgmrRQQKT40XKTQeX9IJlJ8yCdStBdc2yNSrHJ6+VFYRYpVPpHiowBEilVAkH9UX2bo0Ey8mpCJVwsx8ceWibFN+liAidcYzsQ67zVkTLzGMrH78TDxJ04v14aViT/xMfHaAJj4EyDI1wKZmFXdBdZALMZPWeyCddYuUOsIBuoz0+0Cfd/4TMAuWEBiF3wK3OXXA0G5wNoFaj0BwD9nsQs2AIezItAuiCexC74gFCm+EBIpNlqRAtukjQIixZeGixQ67y/JRIov+USKDoJre0SKTU4vvwqrSLHJJ1J8FYBIsQkI8q/qywwdmok3EzLxZiEm/toyMbZJXwsw8RbDmVjnvYWMibdYJnY/Hib+xunl1rAy8Tc+Jt4aABN/AwT5ViATs6q7wBqIxfgti12wzdoFahvBQH1nul2g7xvfCdgFC0nsgm+Bu/x2ICgXWrtAbScA+A4Wu2AncDgrA+2CRBK74HtCkeJ7IZFilxUpsE3aJSBS/GC4SKHz/oFMpPiBT6RIE1zbI1Lsdnr5Y1hFit0+keLHAESK3UCQ/1hfZujQTLyHkIn3CDHxXsvE2CbtFWDinwxnYp33T2RM/JNlYvfjYeKfnV7uCysT/+xj4n0BMPHPQJDvAzIxq7oLrIFYjPtZ7IID1i5QBwgG6hfT7QJ93/hFwC5YRGIX7Afu8geBoFxk7QJ1kADgv7LYBYeAw1kNaBdUJ7ELfiMUKX4TEikOW5EC26TDAiLF74aLFDrv38lEit/5RIp0wbU9IsUfTi//DKtI8YdPpPgzAJHiDyDI/6wvM3RoJj5CyMRHhJj4L8vE2Cb9JcDERw1nYp33UTImPmqZ2P14mPiY08vjYWXiYz4mPh4AEx8Dgvw4kIlZ1V1gDcRiPMFiF8Q0sHYBsAZiMWZDx4gOUN83dJDoAV1MYhecAO7y2YGgXGztApWdAODnNJCZc7hdcC5wOGsA7YKaJHbBeQ34RIrzgMPpjjdHg5NfW5EiyjV1k3I0wK+bEziwUnnnbADvkahIkRMIqGBEChUnt7ZXpDjf6eUFrp6GSqTQBYh1JesuhD+gzL87WmCeDwT5BQ1khg7NxLkImTiXEBPntkyMbVJuASa+0HAm1nlfSMbEF1om9izujv8ip5d5wsrEF/mYOE8ATHwREOR5gEzMqu7maWB+jHmlxB/0keliaxeoiwkG6hLT7QJ937hEwC5YQmIX5AXu8vmAoFxi7QKVjwDg+VnsgkuBw5kEtAtqk9gFlxGKFJcJiRQFrEiBbVIBAZGioOEihc67IJlIUZBPpFBya3tFisudXl4RVpHicp9IcUUAIsXlQJBf0UBm6NBMXIiQiQsJMXFhy8TYJhUWYOIrDWdinfeVZEx8pWViz+Lu+K9yelkkrEx8lY+JiwTAxFcBQV4EyMSs6m6RBubHWJTFLoi1doGKJRioYqbbBfq+UUzALlhGYhcUBe7yxYGgXGbtAlWcAOAlWOyCksDhrAe0C5JJ7IKrCUWKq4VEilJWpMA2qZSASFHacJFC512aTKQozSdSVJRb2ytSXOP08tqwihTX+ESKawMQKa4BgvzaBjJDh2biMoRMXEaIictaJsY2qawAE5cznIl13uXImLicZWLP4u74r3N6WT6sTHydj4nLB8DE1wFBXh7IxKzqbvkG5sdYgcUuiLN2gYojGChlul2g7xtKwC5YTmIXVADu8hWBoFxu7QJVkQDg8Sx2QQJwOFOAdkEqiV1QiVCkqCQkUlS2IgW2SZUFRIpEw0UKnXcimUiRyCdSxMut7RUpqji9rBpWkaKKT6SoGoBIUQUI8qoNZIYOzcTVCJm4mhATV7dMjG1SdQEmvt5wJtZ5X0/GxNdbJvYs7o7/BqeXNcLKxDf4mLhGAEx8AxDkNYBMzKru1mhgfow1WeyCiLULVIRgoGqZbhfo+0YtAbtgBYldUBO4yycBQbnC2gUqiQDgtVnsgjrA4WwMtAuakNgFdQlFirpCIkU9K1Jgm1RPQKRINlyk0Hknk4kUyXwiRYLc2l6Ror7TywZhFSnq+0SKBgGIFPWBIG/QQGbo0EycQsjEKUJMnGqZGNukVAEmbmg4E+u8G5IxcUPLxJ7F3fE3cnrZOKxM3MjHxI0DYOJGQJA3BjIxq7rbuIH5MTZhsQtutHaBupFgoG4y3S7Q942bBOyClSR2QRPgLt8UCMqV1i5QTQkA3ozFLrgZOJxNgXZBMxK74BZCkeIWIZGiuRUpsE1qLiBStDBcpNB5tyATKVrwiRSV5Nb2ihS3Or28Lawixa0+keK2AESKW4Egv62BzNChmbglIRO3FGLiVpaJsU1qJcDEtxvOxDrv28mY+HbLxJ7F3fHf4fSydViZ+A4fE7cOgInvAIK8NZCJWdXd1g3Mj7ENi11wp7UL1J0EA9XWdLtA3zfaCtgFq0jsgjbAXb4dEJSrrF2g2hEAvD2LXdABOJzNgXZBCxK7II1QpEgTEinSrUiBbVK6gEjR0XCRQufdkUyk6MgnUlSWW9srUtzl9LJTWEWKu3wiRacARIq7gCDv1EBm6NBM3JmQiTsLMXEXy8TYJnURYOKuhjOxzrsrGRN3tUzsWdwd/91OL7uFlYnv9jFxtwCY+G4gyLsBmZhV3e3WwPwYu7PYBT2sXaB6EAzUPabbBfq+cY+AXbCaxC7oDtzlewJBudraBaonAcB7sdgF9wKHsyXQLmhFYhfcRyhS3CckUvS2IgW2Sb0FRIo+hosUOu8+ZCJFHz6RIlFuba9Icb/TywfCKlLc7xMpHghApLgfCPIHGsgMHZqJ+xIycV8hJu5nmRjbpH4CTPyg4Uys836QjIkftEzsWdwd/0NOL/uHlYkf8jFx/wCY+CEgyPsDmZhV3e3fwPwYB7DYBQOtXaAGEgzUw6bbBfq+8bCAXbCGxC4YANzlBwFBucbaBWoQAcAHs9gFjwCHszXQLmhDYhc8SihSPCokUgyxIgW2SUMERIqhhosUOu+hZCLFUD6Roorc2l6R4jGnl8PCKlI85hMphgUgUjwGBPmwBjJDh2bi4YRMPFyIiR+3TIxt0uMCTPyE4Uys836CjImfsEzsWdwd/5NOL0eElYmf9DHxiACY+EkgyEcAmZhV3R3RwPwYR7LYBU9Zu0A9RTBQo0y3C/R9Y5SAXbCWxC4YCdzlRwNBudbaBWo0AcCfZrELxgCHsx3QLmhPYheMJRQpxgqJFM9YkQLbpGcERIpnDRcpdN7PkokUz/KJFFXl1vaKFM85vRwXVpHiOZ9IMS4AkeI5IMjHNZAZOjQTjydk4vFCTPy8ZWJsk54XYOIJhjOxznsCGRNPsEzsWdwd/0Snl5PCysQTfUw8KQAmnggE+SQgE7Oqu5MamB/jCyx2wWRrF6jJBAM1xXS7QN83pgjYBetI7IIXgLv8VCAo11m7QE0lAPiLLHbBNOBwpgPtgo4kdsFLhCLFS0IixXQrUmCbNF1ApJhhuEih855BJlLM4BMp2sqt7RUpZjq9fDmsIsVMn0jxcgAixUwgyF9uIDN0aCaeRcjEs4SY+BXLxNgmvSLAxLMNZ2Kd92wyJp5tmdizuDv+V51ezgkrE7/qY+I5ATDxq0CQzwEyMau6O6eB+TG+xmIXzLV2gZpLMFCvm24X6PvG6wJ2wXoSu+A14C4/DwjK9dYuUPMIAP4Gi10wHzicnYF2QRcSu+BNQpHiTSGRYoEVKbBNWiAgUrxluEih836LTKR4i0+kaCe3tlekWOj08u2wihQLfSLF2wGIFAuBIH+7gczQoZl4ESETLxJi4ncsE2Ob9I4AEy82nIl13ovJmHixZWLP4u7433V6uSSsTPyuj4mXBMDE7wJBvgTIxKzq7pIG5se4lMUuWGbtArWMYKDeM90u0PeN9wTsgg0kdsFS4C6/HAjKDdYuUMsJAP4+i12wAjic3YB2QXcSu+ADQpHiAyGRYqUVKbBNWikgUnxouEih8/6QTKT4kE+kaC+3tlekWOX08qOwihSrfCLFRwGIFKuAIP+ogczQoZl4NSETrxZi4o8tE2Ob9LEAE68xnIl13mvImHiNZWLP4u74P3F6uTasTPyJj4nXBsDEnwBBvhbIxKzq7toG5sf4KYtdsM7aBWodwUB9ZrpdoO8bnwnYBRtJ7IJPgbv8eiAoN1q7QK0nAPjnLHbBBuBw9gTaBb1I7IIvCEWKL4REio1WpMA2aaOASPGl4SKFzvtLMpHiSz6RooPc2l6RYpPTy6/CKlJs8okUXwUgUmwCgvyrBjJDh2bizYRMvFmIib+2TIxt0tcCTLzFcCbWeW8hY+Itlok9i7vj/8bp5dawMvE3PibeGgATfwME+VYgE7Oqu1sbmB/jtyx2wTZrF6htBAP1nel2gb5vfCdgF2wisQu+Be7y24Gg3GTtArWdAOA7WOyCncDh7A20C/qQ2AXfE4oU3wuJFLusSIFt0i4BkeIHw0UKnfcPZCLFD3wiRZrc2l6RYrfTyx/DKlLs9okUPwYgUuwGgvzHBjJDh2biPYRMvEeIifdaJsY2aa8AE/9kOBPrvH8iY+KfLBN7FnfH/7PTy31hZeKffUy8LwAm/hkI8n1AJmZVd/c1MD/G/Sx2wQFrF6gDBAP1i+l2gb5v/CJgF2wmsQv2A3f5g0BQbrZ2gTpIAPBfWeyCQ8Dh7Au0C/qR2AW/EYoUvwmJFIetSIFt0mEBkeJ3w0UKnffvZCLF73wiRbrc2l6R4g+nl3+GVaT4wydS/BmASPEHEOR/NpAZOjQTHyFk4iNCTPyXZWJsk/4SYOKjhjOxzvsoGRMftUzsWdwd/zGnl8fDysTHfEx8PAAmPgYE+XEgE7Oqu8cbmB/jCRa7ICbF2gXAGojFmA0dIzpAfd/QQaIHdAuJXXACuMtnB4Jyi7ULVHYCgJ+TIjPncLvgXOBw9gfaBQMC2iiird95wPod6gJUXYFrSdYvx9lfP9H5ywms33NA/I4D4xd9ENHXwjrZ8OtuFc47LrpH6ZzrC+T9rdB+nR2cP7A/6luCXqcAe52W/p+nvV5XMu9oZ/FyIWxvJ+h3XYG8d5BgG9gftcNw/koRmvFdBDNeTyDvH0hmHNgfhcxZ9yOHK1+9Dx2P+W+vjjt/dn7G0F7giEru701xvkf/98zvzZXxde6UmJgz1TLanqdmw611IfAcHpRZ3SAbtv+Zz0WuvlmzOso1dZMuSsGvmycFaDsI5Z0nBd4jMVK6UEAtz5sS7AZ9ccbfd8kZNuiLXRt0voyv82fxvfWd783nfK/eAC7N+Poy4c0cOc8FgJv5v6l7wYy/7/Iz1L2gq+5XZHxd6Ax1v8JV98IZX1+Zxfc2cL63sPO9eqO8KuPrIk6PJPaaSwXwscfww6qeo6sE8t5LIo4XBeII2Gu1l+SzCLH/+54W51srsENlLJizMp9i9lCJbVIxgUNlccMPlTrv4kKHysxHsqZxUT7+NyDR6sT1GckjHdH89TMALdyvKNdW/j9w17eEE3tJVw6ne0PzRMypM+R/Q/NEzD+/oZnVOv9nb2jqAixxJVvSNRz+gFB/dwngJnT1GdaqkpjWLj0xIb5tXEJ6u4x1KqenxbetWFWlV4nPWD4+QbVrmxbXIaFdYuWEylXSEwP7DMLVQgxcyjIwtkmlBBi4tOEMrPMuHZCsE23+JZ1Y0evuM/QlSH+cyFm6Bngq2Af2LfQmpuOr5ayJnvnMUxF6jg4YLn9knt7Qef9ipvxxypUbeRApCVzrIMlL2MD5VsCZUQdJ5KNrCeWja4UOr2Xs4RXbpDICh9eyhh9edd5liTxJiVhP9yFadPwlo9gI0j1PWmByTzmn3tf9C7knKYva+eWepJh/lnuyWucf5R6JYQOt9feJvFzKyWSzO0WtFeN90CcOYB7qOuBmVh4GhvT0zHqWF7zx6DqWFDj5HzbrrcxTTkk673ICef9u+NuoOu/rBPL+w9Cbip9gkPuGe8aj/qd+SG56wPlWwJlRfwb0VnC0fS4H5JoKQKVOryHBLRVSZPYwZK8lVMR89fF5HydQES8VyPsEyUtUcUA8AnutThg+NxovJQTmJvvd5uOlpEDe59zNgRcFxAuw1+ocw+dG4yVeYG5yEOAlQSDvnCR4qQjEC7DXKicBXmoLzE0uArzUEcg7Nwle4oF4AfZa5SbASzOBuclDgJebBfLOS4KXBCBegL1WeQnw0l5gbvIR4KWDQN75SfBSCYgXYK9VfgK89BKYmwIEeLlXIO+CJHipDMQLsNeqIAFeBgvMTSECvDwikHdhErwkAvEC7LUqTICXpwXmpggBXsYI5F2UBC9VgHgB9loVJcDLiwJzU5wAL9ME8i5BgpeqQLwAe61KEODlDYG5KUWAl/kCeZcmwUs1IF6AvValCfDyvsDclCHAywqBvMuS4KU6EC/AXquyBHj5XGBuyhPgZYNA3hVI8HI9EC/AXqsKBHjZITA3FQnwslMg73gSvNwAxAuw1yqeAC+/CsxNZQK8HBLIO5EELzWAeAH2WiUS4OWcBvi5qUaAl3MF8q5OgpeaQLwAe62qE+Alv8Dc1CDAy6UCedckwUsEiBdgr1VNAryUEJibJIbPvwjkXZsEL7WAeAH2WtUmwEu8wNzUY/j8i0DeySR4SQLiBdhrlUyAl9oCc5PC8PkXgbxTSfBSG4gXYK9VKgFemgnMTWOGz78I5N2EBC91gHgB9lo1IcBLe4G5acrw+ReBvJuR4KUuEC/AXqtmBHjpJTA3zRk+/yKQdwsSvNQD4gXYa9WCAC+DBeamJcPnXwTybkWCl2QgXoC9Vq0I8PK0wNy0Zvj8i0DebUjwUh+IF2CvVRsCvLwoMDftGD7/IpB3exK8NADiBdhr1Z4AL28IzE06w+dfBPLuSIKXFCBegL1WHQnw8r7A3HRm+PyLQN5dSPCSCsQLsNeqCwFePheYm24Mn38RyLs7CV4aAvEC7LXqToCXHQJz05Ph8y8CefciwUsjIF6AvVa9CPDyq8Dc9Gb4/ItA3n1I8NIYiBdgr1UfArycI/BzPPoyfP5FIO9+JHhpAsQLsNcKWT/9Q//6ZzQ4NnO9jJz1zyXQ/9a6/vej9b+Jq/+dT/1vF+p/j03/G1P6383R/xaI/vcN9Ge29edQ9Wfr/vN5If2z2jJ+6XdV9ft3+p0i/Z6E9n61n6U1eq07ai1F3w/1mVfzuN6bmqTEeB703N2YIjN36DhvAs6d7u+AbCd/jpOuwU3CdW4K/BlPQf0036ZCP823mf1pvtgmNRP4ab43G/7TfHXeNxP9NF+JWP0/zTc7OG59yDsvBXt4yiHUM/+Ditld31uc2Jv/i58QXMz1/8vm+t9srl4Vi/nnnxCc1TpnxU8I1sWMdRWuecqpO6/JPyG4OXCDbJGCr2+Lf1HPaOO+Fbg5HAD+dLtfCH7i7i0Ct8j+d5ufd3OBvAcYrhrovG8VyHtgQKpBXHSPAs6lAvZaSdUP3efbCG+PtwndHlva2yO2SS0Fbo+tDL896rxbEd0eW9nbI/3t8XYn9jvs7fF/fzILdbvv9ngH2e3xDuAG2Vrg9tg6gNtjG3t7/J9vUbcL3CYeIbg93iGQ96MEt8c2AnkPIbk9AudSAXutkPXTpD8gi2sZuj/o2bwjxfwY7xTyuOGAbAskRNaBakswUO3QMaID1NpyOwHGGE7CGHcCT9ftgaAcTnDSaC8wNx1SsEzZn3Bj60CwsaWZvrGlZiyYS2BAnzAcmBdm5FxUIO8nSV47TQduwsBeK6n6ZQfXzy1dRf3RZGAvJLAiRWJ3pZhP3ukCeT9l+N6oSaujQN6jSPbGTkA8AnutRt1Nc+j729hFz+ZdBIe+Tikyc47/tw2iv9VVdNZSQb0F0VnoLYgu9i0IbJO6CLwF0dXwtyB03l2FHXXJmsZF+QTxBkS2+tg3IHLi++UBNGhtlfmFu753O7F3+xdvQBSPOXWG/G9AFI/55zcgslrnH9+AABXh72JkJnd3yskAszuFiPUFh/o7M4cPzcJjCD6hm1PgOjDW7OvA3yebu4Gk0w241jMk3gFwvhVwZhSwfp4NH42T7iSfKO4B/kTxwGwnyUTXoIfwJ4rvIXwn/B6h21BPexvCNqmnwG2ol+G3IZ13L7LbUC/B25DQzAb2vvW9Ti/vM/19a3QRMpO71/eO9H0pMac8aKPpXiDI7yM5SfQmZOLeQkzcxzIxtkl9BJj4fsOZWOd9PxkT32+Z2P14mPgBp5d9w8rED/iYuG8ATPwAEOR9we/vDSR8f69vivkx9mOxch8Ev+nOOFAPEgzUQ6a/EKrvGw8JqP3jSdTqfsBdvj8QlON5Xv4RA09/AoAPkGIM9HEG+QbrQPAbrJkP+s2+h4FxHgd+QPpEV5mhQW/igwiFmUFCwsxgK8xgmzRYQJh5xHBhRuf9CJkw8wifMCPxQtbfa7vjf9Tp5ZCwCjOP+oSZIQEIM48CQT5E6CSDZuKhhEw8VIiJH7NMjG3SYwJMPMxwJtZ5DyNj4mGWiT1ru+Mf7vTy8bAy8XAfEz8eABMPB4L8catoK2ANxGJ8gsUiedIOlHqSYKBGmG6R6PvGCAGLZAKJRfIEcJcfCQTlBGuRqJEEAH9KijHQdsEo4HBmB37a5BySf2V/NKFIMVpIpHjaihTYJj0tIFKMMVyk0HmPIRMpxvCJFBUF1/aIFGOdXj4TVpFirE+keCYAkWIs8jO4KTJDh2biZwmZ+FkhJn7OMjG2Sc8JMPE4w5lY5z2OjInHWSZ2Px4mHu/08vmwMvF4HxM/HwATjweC/HkgE7Oqu8AaiMU4gcUumGjtAjWRYKAmmW4X6PvGJAG7YBKJXTABuMu/AATlJGsXqBcIAD6ZxS6YAhzOHEC7ICeJXTCVUKSYKiRSvGhFCmyTXhQQKaYZLlLovKeRiRTT+ESKeMG1PSLFS04vp4dVpHjJJ1JMD0CkeAkI8ukpMkOHZuIZhEw8Q4iJZ1omxjZppgATv2w4E+u8XyZj4pctE7sfDxPPcnr5SliZeJaPiV8JgIlnAUH+CpCJWdVdYA3EYpzNYhe8au0C9SrBQM0x3S7Q9405AnbBZBK7YDZwl38NCMrJ1i5QrxEAfC6LXfA6cDhzAe2C3CR2wTxCkWKekEjxhhUpsE16Q0CkmG+4SKHznk8mUsznEykSBNf2iBRvOr1cEFaR4k2fSLEgAJHiTSDIF6TIDB2aid8iZOK3hJh4oWVibJMWCjDx24Yzsc77bTImftsysfvxMPEip5fvhJWJF/mY+J0AmHgREOTvAJmYVd0F1kAsxsUsdsG71i5Q7xIM1BLT7QJ931giYBdMJbELFgN3+aVAUE61doFaSgDwZSx2wXvA4cwDtAvyktgFywlFiuVCIsX7VqTANul9AZFiheEihc57BZlIsYJPpKgkuLZHpPjA6eXKsIoUH/hEipUBiBQfAEG+MkVm6NBM/CEhE38oxMSrLBNjm7RKgIk/MpyJdd4fkTHxR5aJ3Y+HiVc7vfw4rEy82sfEHwfAxKuBIP8YyMSs6i6wBmIxrmGxCz6xdoH6hGCg1ppuF+j7xloBu2AaiV2wBrjLfwoE5TRrF6hPCQC+jsUu+Aw4nPmAdkF+ErtgPaFIsV5IpPjcihTYJn0uIFJsMFyk0HlvIBMpNvCJFJUF1/aIFF84vdwYVpHiC59IsTEAkeILIMg3psgMHZqJvyRk4i+FmHiTZWJskzYJMPFXhjOxzvsrMib+yjKx+/Ew8Wanl1+HlYk3+5j46wCYeDMQ5F8DmZhV3QXWQCzGLSx2wTfWLlDfEAzUVtPtAn3f2CpgF0wnsQu2AHf5b4GgnG7tAvUtAcC3sdgF3wGHswDQLihIYhdsJxQptguJFDusSIFt0g4BkWKn4SKFznsnmUixk0+kSBRc2yNSfO/0cldYRYrvfSLFrgBEiu+BIN+VIjN0aCb+gZCJfxBi4t2WibFN2i3AxD8azsQ67x/JmPhHy8Tux8PEe5xe7g0rE+/xMfHeAJh4DxDke4FMzKruAmsgFuNPLHbBz9YuUD8TDNQ+0+0Cfd/YJ2AXzCSxC34C7vL7gaCcae0CtZ8A4AdY7IJfgMNZCGgXFCaxCw4SihQHhUSKX61IgW3SrwIixSHDRQqd9yEykeIQn0hRRXBtj0jxm9PLw2EVKX7ziRSHAxApfgOC/HCKzNChmfh3Qib+XYiJ/7BMjG3SHwJM/KfhTKzz/pOMif+0TOx+PEx8xOnlX2Fl4iM+Jv4rACY+AgT5X0AmZlV3gTUQi/Eoi11wzNoF6hjBQB033S7Q943jAnbBLBK74Chwlz8BBOUsaxeoEwQAj0klsQuy4QJVRYB2QVESuyB7Kp9IkR04nO54z0k9+bUVKaJcUzdJFxS97rnAgZXK+9xUeI9ERYpzgYAKSKSoKri2R6Q4z+llDldPQyVS6ALEupJ1F8IfUObfHS0wzwOCPEeqzNChmTgnIRPnFGLi8y0TY5t0vgATX2A4E+u8LyBj4gssE7sfDxPncnqZO6xMnMvHxLkDYOJcQJDnBjIxq7oLrIFYjBdKiT/oI9NFQPGHdaAuIhioPOgY0QHq+0aeVPyAziaxCy4E7vJ5gaCcbe0ClZcA4Bez2AWXAIezONAuKEFiF+QjFCnyCYkU+a1IgW1SfgGR4lLDRQqd96VkIsWlfCJFW8G1PSLFZU4vC4RVpLjMJ1IUCECkuAwI8gKpMkOHZuKChExcUIiJL7dMjG3S5QJMfIXhTKzzvoKMia+wTOx+PExcyOll4bAycSEfExcOgIkLAUFeGMjErOousAZiMV7JYhdcZe0CdRXBQBUx3S7Q940iAnbBHBK74ErgLl8UCMo51i5QRQkAHstiFxQDDmcpoF1QmsQuKE4oUhQXEilKWJEC26QSAiJFScNFCp13STKRoiSfSNFOcG2PSHG108tSYRUprvaJFKUCECmuBoK8VKrM0KGZuDQhE5cWYuJrLBNjm3SNABNfazgT67yvJWPiay0Tux8PE5dxelk2rExcxsfEZQNg4jJAkJcFMjGrugusgViM5VjsguusXaCuIxio8qbbBfq+UV7ALphLYheUA+7yFYCgnGvtAlWBAOBxLHaBAg5nGaBdUJbELqhIKFJUFBIp4q1IgW1SvIBIkWC4SKHzTiATKRL4RIr2gmt7RIpKTi8rh1WkqOQTKSoHIFJUAoK8cqrM0KGZOJGQiROFmLiKZWJsk6oIMHFVw5lY512VjImrWiZ2Px4mrub0snpYmbiaj4mrB8DE1YAgrw5kYlZ1F1gDsRivZ7ELbrB2gbqBYKBqmG4X6PtGDQG7YB6JXXA9cJevCQTlPGsXqJoEAI+w2AW1gMNZHmgXVCCxC5IIRYokIZGithUpsE2qLSBS1DFcpNB51yETKerwiRQdBNf2iBR1nV7WC6tIUdcnUtQLQKSoCwR5vVSZoUMzcTIhEycLMXF9y8TYJtUXYOIGhjOxzrsBGRM3sEzsfjxMnOL0MjWsTJziY+LUAJg4BQjyVCATs6q7wBqIxdiQxS5oZO0C1YhgoBqbbhfo+0ZjAbtgPold0BC4yzcBgnK+tQtUEwKA38hiF9wEHM6KQLsgnsQuaEooUjQVEimaWZEC26RmAiLFzYaLFDrvm8lEipv5RIo0wbU9IsUtTi+bh1WkuMUnUjQPQKS4BQjy5qkyQ4dm4haETNxCiIlvtUyMbdKtAkx8m+FMrPO+jYyJb7NM7H48TNzS6WWrsDJxSx8TtwqAiVsCQd4KyMSs6i6wBmIx3s5iF9xh7QJ1B8FAtTbdLtD3jdYCdsECErvgduAu3wYIygXWLlBtCAB+J4td0BY4nJWBdkEiiV3QjlCkaCckUrS3IgW2Se0FRIoOhosUOu8OZCJFBz6RIl1wbY9Ikeb0Mj2sIkWaT6RID0CkSAOCPD1VZujQTNyRkIk7CjHxXZaJsU26S4CJOxnOxDrvTmRM3MkysfvxMHFnp5ddwsrEnX1M3CUAJu4MBHkXIBOzqrvAGojF2JXFLrjb2gXqboKB6ma6XaDvG90E7IKFJHZBV+Au3x0IyoXWLlDdCQDeg8UuuAc4nNWAdkF1ErugJ6FI0VNIpOhlRQpsk3oJiBT3Gi5S6LzvJRMp7qUTKVSc3NpekeI+p5e9wypS3OcTKXoHIFLcBwR571SZoUMzcR9CJu4jxMT3WybGNul+ASZ+wHAm1nk/QMbED1gm9izujr+v08t+YWXivj4m7hcAE/cFgrwfkIlZ1d1+qebH+CCLXfCQtQvUQwQD1d90u0DfN/oL2AWLSOyCB4G7/AAgKBdZu0ANIAD4QBa74GHgcNYA2gU1SeyCQYQixSAhkWKwFSmwTRosIFI8YrhIofN+hEykeIRPpFBya3tFikedXg4Jq0jxqE+kGBKASPEoEORDUmWGDs3EQwmZeKgQEz9mmRjbpMcEmHiY4Uys8x5GxsTDLBN7FnfHP9zp5eNhZeLhPiZ+PAAmHg4E+eNAJmZVdx9PNT/GJ1jsgietXaCeJBioEabbBfq+MULALlhMYhc8AdzlRwJBudjaBWokAcCfYrELRgGHMwloF9QmsQtGE4oUo4VEiqetSIFt0tMCIsUYw0UKnfcYMpFiDJ9IUVFuba9IMdbp5TNhFSnG+kSKZwIQKcYCQf5MqszQoZn4WUImflaIiZ+zTIxt0nMCTDzOcCbWeY8jY+Jxlok9i7vjH+/08vmwMvF4HxM/HwATjweC/HkgE7Oqu8+nmh/jBBa7YKK1C9REgoGaZLpdoO8bkwTsgiUkdsEE4C7/AhCUS6xdoF4gAPhkFrtgCnA46wHtgmQSu2AqoUgxVUikeNGKFNgmvSggUkwzXKTQeU8jEymm8YkU8XJre0WKl5xeTg+rSPGST6SYHoBI8RIQ5NNTZYYOzcQzCJl4hhATz7RMjG3STAEmftlwJtZ5v0zGxC9bJvYs7o5/ltPLV8LKxLN8TPxKAEw8CwjyV4BMzKruvpJqfoyzWeyCV61doF4lGKg5ptsF+r4xR8AuWEZiF8wG7vKvAUG5zNoF6jUCgM9lsQteBw5nCtAuSCWxC+YRihTzhESKN6xIgW3SGwIixXzDRQqd93wykWI+n0iRILe2V6R40+nlgrCKFG/6RIoFAYgUbwJBviBVZujQTPwWIRO/JcTECy0TY5u0UICJ3zaciXXeb5Mx8duWiT2Lu+Nf5PTynbAy8SIfE78TABMvAoL8HSATs6q776SaH+NiFrvgXWsXqHcJBmqJ6XaBvm8sEbALlpPYBYuBu/xSICiXW7tALSUA+DIWu+A94HA2BtoFTUjsguWEIsVyIZHifStSYJv0voBIscJwkULnvYJMpFjBJ1JUklvbK1J84PRyZVhFig98IsXKAESKD4AgX5kqM3RoJv6QkIk/FGLiVZaJsU1aJcDEHxnOxDrvj8iY+CPLxJ7F3fGvdnr5cViZeLWPiT8OgIlXA0H+MZCJWdXdj1PNj3ENi13wibUL1CcEA7XWdLtA3zfWCtgFK0jsgjXAXf5TIChXWLtAfUoA8HUsdsFnwOFsCrQLmpHYBesJRYr1QiLF51akwDbpcwGRYoPhIoXOewOZSLGBT6SoLLe2V6T4wunlxrCKFF/4RIqNAYgUXwBBvjFVZujQTPwlIRN/KcTEmywTY5u0SYCJvzKciXXeX5Ex8VeWiT2Lu+Pf7PTy67Ay8WYfE38dABNvBoL8ayATs6q7X6eaH+MWFrvgG2sXqG8IBmqr6XaBvm9sFbALVpLYBVuAu/y3QFCutHaB+pYA4NtY7ILvgMPZHGgXtCCxC7YTihTbhUSKHVakwDZph4BIsdNwkULnvZNMpNjJJ1Ikyq3tFSm+d3q5K6wixfc+kWJXACLF90CQ70qVGTo0E/9AyMQ/CDHxbsvE2CbtFmDiHw1nYp33j2RM/KNlYs/i7vj3OL3cG1Ym3uNj4r0BMPEeIMj3ApmYVd3dm2p+jD+x2AU/W7tA/UwwUPtMtwv0fWOfgF2wisQu+Am4y+8HgnKVtQvUfgKAH2CxC34BDmdLoF3QisQuOEgoUhwUEil+tSIFtkm/CogUhwwXKXTeh8hEikN8IkUVubW9IsVvTi8Ph1Wk+M0nUhwOQKT4DQjyw6kyQ4dm4t8Jmfh3ISb+wzIxtkl/CDDxn4Yzsc77TzIm/tMysWdxd/xHnF7+FVYmPuJj4r8CYOIjQJD/BWRiVnX3r1TzYzzKYhccs3aBOkYwUMdNtwv0feO4gF2wmsQuOArc5U8AQbna2gXqBAHAYxqS2AXZcIGq1kC7oA2JXZC9IZ9IkR04nO54z2l48msrUkS5pm6SLih63XOBAyuV97kN4T0SFSnOBQIqIJGiqtzaXpHiPKeXOVw9DZVIoQsQ60rWXQh/QJl/d7TAPA8I8hwNZYYOzcQ5CZk4pxATn2+ZGNuk8wWY+ALDmVjnfQEZE19gmdizuDv+XE4vc4eViXP5mDh3AEycCwjy3EAmZlV3czc0P8YLpcQf9JHpIqD4wzpQFxEMVB50jOgA9X0jT0P8gK4hsQsuBO7yeYGgXGPtApWXAOAXs9gFlwCHsx3QLmhPYhfkIxQp8gmJFPmtSIFtUn4BkeJSw0UKnfelZCLFpXwiRVu5tb0ixWVOLwuEVaS4zCdSFAhApLgMCPICDWWGDs3EBQmZuKAQE19umRjbpMsFmPgKw5lY530FGRNfYZnYs7g7/kJOLwuHlYkL+Zi4cABMXAgI8sJAJmZVdws3ND/GK1nsgqusXaCuIhioIqbbBfq+UUTALlhLYhdcCdzliwJBudbaBaooAcBjWeyCYsDhTAfaBR1J7ILihCJFcSGRooQVKbBNKiEgUpQ0XKTQeZckEylK8okU7eTW9ooUVzu9LBVWkeJqn0hRKgCR4mogyEs1lBk6NBOXJmTi0kJMfI1lYmyTrhFg4msNZ2Kd97VkTHytZWLP4u74yzi9LBtWJi7jY+KyATBxGSDIywKZmFXdLdvQ/BjLsdgF11m7QF1HMFDlTbcL9H2jvIBdsI7ELigH3OUrAEG5ztoFqgIBwONY7AIFHM7OQLugC4ldUJFQpKgoJFLEW5EC26R4AZEiwXCRQuedQCZSJPCJFO3l1vaKFJWcXlYOq0hRySdSVA5ApKgEBHnlhjJDh2biREImThRi4iqWibFNqiLAxFUNZ2Kdd1UyJq5qmdizuDv+ak4vq4eViav5mLh6AExcDQjy6kAmZlV3qzc0P8brWeyCG6xdoG4gGKgaptsF+r5RQ8AuWE9iF1wP3OVrAkG53toFqiYBwCMsdkEt4HB2A9oF3UnsgiRCkSJJSKSobUUKbJNqC4gUdQwXKXTedchEijp8IkUHubW9IkVdp5f1wipS1PWJFPUCECnqAkFer6HM0KGZOJmQiZOFmLi+ZWJsk+oLMHEDw5lY592AjIkbWCb2LO6OP8XpZWpYmTjFx8SpATBxChDkqUAmZlV3UxuaH2NDFrugkbULVCOCgWpsul2g7xuNBeyCDSR2QUPgLt8ECMoN1i5QTQgAfiOLXXATcDh7Au2CXiR2QVNCkaKpkEjRzIoU2CY1ExApbjZcpNB530wmUtzMJ1Kkya3tFSlucXrZPKwixS0+kaJ5ACLFLUCQN28oM3RoJm5ByMQthJj4VsvE2CbdKsDEtxnOxDrv28iY+DbLxJ7F3fG3dHrZKqxM3NLHxK0CYOKWQJC3AjIxq7rbqqH5Md7OYhfcYe0CdQfBQLU23S7Q943WAnbBRhK74HbgLt8GCMqN1i5QbQgAfieLXdAWOJy9gXZBHxK7oB2hSNFOSKRob0UKbJPaC4gUHQwXKXTeHchEig58IkW63NpekSLN6WV6WEWKNJ9IkR6ASJEGBHl6Q5mhQzNxR0Im7ijExHdZJsY26S4BJu5kOBPrvDuRMXEny8Sexd3xd3Z62SWsTNzZx8RdAmDizkCQdwEyMau626Wh+TF2ZbEL7rZ2gbqbYKC6mW4X6PtGNwG7YBOJXdAVuMt3B4Jyk7ULVHcCgPdgsQvuAQ5nX6Bd0C+gjSLa+vUE1u9AV9xavwDXkqxfr7O/fqLzdy+wfmOA+B1LYvfdFz3RV3TWUkGJjPcJiYy9rciIbVJvAZGxj+Eio867D5nI2EdQZETrT3Uyku+WgltvYMZa9+L6pTL/NyaLB7R2nLu+9zuxP/AvRNDiMafOkF8ELR7zzyJoVuv8n4mg9zc8GWB2pxCxvuAy/07U8KHX3Qw+LaDjywQJet2vzb7l/H2yuR9IOg8A19pCIicB51sBZ0YB6pflho8maOT86dj0CTZzk26U8et4xq/Gzv/qp2/G39fPwbv7e5s636P/e+b3Ppjx9UNZfG9W6/bP+L4BZ1i3v2vdgRlfP5zF997ofO9A53s1sQ3K+Hrwv4zhkYzve/QMMTziimFIxtdDzxDDEFcMj2V8PSyL773J+d7HnO/V2Bqe8fXjDmGjZ6Vptv/WA71XbxPmqLjoHtUy23/ris77OxIl7gmgEgLstfrO8LnRZ7qeAnOz0/C89Zmul0De35Pg5UkgXoC9Vsj6BaXIAWvpUeRGWEUO26QRAorcSMMVOZ33SCFFDh1rs5j/HqjRm/JuwwUGTcIDBISVHw0n4RszFnxCoN97CASlhwX6vZdEEAHiUblnPNr6/URSP+B8q73A+v1Mcvh9Cnj4Bc6M+pnw8PuU0OF3lD38Yps0SuDwO9rww6/Oe7SwHY22eJEXiqcbyoECmfMYAjWC5UOIY4Q25LF2Q8Y2aazAhvyM4RuyzvuZgNQIxK38KYFb2iGC2+kogbx/C+Ht9BCQQA6H8Hb6G7B+v5PcTp8FHoaAM6N+J7ydPit0GHrOHoawTXpO4DA0zvDDkM57HIk1o2/RTwtI9eMbmp33SOfAit7kkbd85KH/+YZm7xVSc3jU8EO53ifGC+R9jORQOQ44l0eBh8rjJIfKCcD6AWdGHTccd6fb/+OiezyvjcRF90BFn4kNOeZ50lmsGKel//cJ6pI0SeiS9IK9JGGb9ILAJWmy4ZcknfdkIsV4soBymr2b+YrxFIG8z+kWDBnFRfdAFWN3r6Ot37kk9UMqxucA63deN47D0BTgYQg4MwpZv6AOQ1OEDkNT7WEI26SpAoehFw0/DOm8XyRRjLVaNVFAscrVzey8tYI6QSDv3CRkNA1IRsBeq9yGz81E56KD7sdE4J6GvCy+JOw0RBuf3menCeA4D8mh/EUhHEdbv7wk9QPuNyoPsH4Xk/DIdOD8AWdGXWy4GHM6HomL7lFAZwAqOs4gcSxmnv2ORVpQl/SZQpf0l+0lHduklwUu6bMMv6TrvGcRORZzBZT7Swkci9cF8r4shI7FpcDDaYEQOhaXAetXkORw/wrwMAScGVWQ0LF4RegwNNsehrBNmi1wGHrV8MOQzvtVEsdCq30zBBS/Kw1XnrUSO10g76tIyGgOkIyAvVZXGT43M5yLDrofM4B7GvKy+JrhjoXeZ+cI4DiW5FD+qhCOo61fMZL6AfcbFQusX3ESHpkLnD/gzKjihosxp+ORuOgeBXQGoKLj6ySOxbyz37HoENQlfZ7QJf0Ne0nHNukNgUv6fMMv6Trv+USOxTIB5b4UgWPxnkDepUPoWJQCHk6vCaFjURpYv2tJDvdvAg9DwJlR1xI6Fm8KHYYW2MMQtkkLBA5Dbxl+GNJ5v0XiWGi173UBxa+84cqzVmLnCuRdgYSMFgLJCNhrVcHwuXndueig+/E6cE9DXhbfNtyx0PvsQgEcVyQ5lL8lhONo6xdPUj/gfqMqAuuXQMIji4DzB5wZlWC4GHM6HomL7lFAZwAqOr5D4lgsPvsdi/ZBXdIXC13S37WXdGyT3hW4pC8x/JKu815C5FisE1DuqxA4Fp8J5F01hI5FFeDhtFoIHYuqwPpVJzncLwUehoAzo6oTOhZLhQ5Dy+xhCNukZQKHofcMPwzpvN8jcSy02veOgOIXMVx51krsIoG8a5GQ0XIgGQF7rWoZPjfvOBcddD/eAe5pyMvi+4Y7FnqfXS6A4zokh/L3hHAcbf3qktQPuN+oOsD61SPhkRXA+QPOjKpnuBhzOh6Ji+5RQGcAKjp+QOJYrDz7HYt2QV3SVwpd0j+0l3Rskz4UuKSvMvySrvNeReRYbBNQ7lMIHIvvBPJODaFjkQI8nDYMoWORCqxfI5LD/UfAwxBwZlQjQsfiI6HD0Gp7GMI2abXAYehjww9DOu+PSRwLrfZ9IKD4NTVcedZK7AqBvJuRkNEaIBkBe62aGT43HzgXHXQ/PgDuacjL4ieGOxZ6n10jgOPmJIfyj4VwHG39WpDUD7jfqObA+t1KwiNrgfMHnBl1q+FizOl4JC66RwGdAajo+CmJY7Hu7Hcs2gZ1SV8ndEn/zF7SsU36TOCSvt7wS7rOez2RY3FAQLm/ncCx+EUg7ztC6FjcDjyctg6hY3EHsH5tSA73nwMPQ8CZUW0IHYvPhQ5DG+xhCNukDQKHoS8MPwzpvL8gcSy02vepgOLXwXDlWSuxawXyTiMho41AMgL2WqUZPjefOhcddD8+Be5pyMvil4Y7Fnqf3SiA47tIDuVfCOE42vp1IqkfcL9RdwHr15mERzYB5w84M6qz4WLM6XgkLrpHAZ0BqOj4FYljsfnsdyyqBnVJ3yx0Sf/aXtKxTfpa4JK+xfBLus57C5FjEZOKX7cbgWORTSDv7iF0LLoBD6c9QuhYdAfW7x6Sw/03wMMQcGbUPYSOxTdCh6Gt9jCEbdJWgcPQt4YfhnTe35I4Flrt+0pA8ettuPKsldhNAnn3ISGjbUAyAvZa9TF8br5yLjrofnwF3NOQl8XvDHcs9D67TQDHfUkO5d8K4Tja+vUjqR9wv1F9gfV7kIRHtgPnDzgz6kHDxZjT8UhcdI8COgNQ0XEHiWOx8+x3LKoEdUnfKXRJ/95e0rFN+l7gkr7L8Eu6znsXkWNxsYByP5DAsbhEIO+HQ+hYDAQeTgeF0LF4GFi/wSSH+x+AhyHgzKjBhI7FD0KHod32MIRt0m6Bw9CPhh+GdN4/kjgWWu3bIaD4PWa48qyV2O0CeQ8jIaM9QDIC9loNM3xudjgXHXQ/dgD3NORlca/hjoXeZ/cI4PgJkkP5j0I4jrZ+T5LUD7jfqCeA9RtBwiM/AecPODNqhOFizOl4JC66RwGdAajo+DOJY7Hv7HcsEoO6pO8TuqTvt5d0bJP2C1zSDxh+Sdd5HyByLGIFlPvRBI5FMYG8nw6hYzEaeDgdE0LH4mlg/caSHO5/AR6GgDOjxhI6Fr8IHYYO2sMQtkkHBQ5Dvxp+GNJ5/0riWGi172cBxW+84cqzVmJ/Esj7eRIyOgQkI2Cv1fOGz83PzkUH3Y+fgXsa8rL4m+GOhd5nDwngeBLJofxXIRxHW78XSOoH3G/UJGD9JpPwyGHg/AFnRk02XIw5HY/ERfcooDMAFR1/J3Es/jj7HYvKQV3S/xC6pP9pL+nYJv0pcEk/YvglXed9hMixiBNQ7qcROBZKIO+XQuhYTAMeTqeH0LF4CVi/GSSH+7+AhyHgzKgZhI7FX0KHoaP2MIRt0lGBw9Axww9DOu9jJI6FVvt+F1D8ZhuuPGsl9rBA3q+SkNFxIBkBe61eNXxufncuOuh+/A7c05CXxROGOxZ6nz0ugOO5JIfyY0I4jrZ+r5PUD7jfqLnA+s0j4ZGYRrj6AWdGzTNcjDkdj8RF9yigMwAVHbM14pjn7MB5NtSxqBTUJR1YS88l/ZxGJ7+2l/Qo19RN0gVFr3tuI7Mv6TrvcxvBeyTmWEQElPsFBI5FLYG83wqhY7EAeDhdGELH4i1g/d4mOdyfBzwMAWdGvU3oWJwndBjKYQ9D2CblEDgM5TT8MKTzzhnQYSguukf9R+1rhD8ULDFcedZKbIxA3ktJyOh8IBkBe62WGj432ZyLDrof2YB7GvKyeEEjWY6JNj69z54vgOPlJIfynEI4jrZ+75PUD7jfqOXA+q0g4ZFcwPkDzoxaYbgYczoeiYvuUUBnACo65iZxLC48+x2LhKAu6RcKXdIvspd0bJMuErik5zH8kq7zzkPkWNwooNyvInAsbhLI+6MQOhargIfT1SF0LD4C1u9jksN9XuBhCDgz6mNCxyKv0GHoYnsYwjbpYoHD0CWGH4Z03peQOBZa7cstoPitM1x51kpsLoG8PyMho3xAMgL2Wn1m+Nzkdi466H7kBu5pyMtifsMdC73P5hPA8QaSQ/klQjiOtn5fkNQPuN+oDcD6bSThkUuB8wecGbXRcDHmdDwSF92jgM4AVHS8jMSxKHD2OxbxQV3SCwhd0gvaSzq2SQUFLumXG35J13lfTuRY3Cmg3G8mcCzaCuT9dQgdi83Aw+mWEDoWXwPr9w3J4f4K4GEIODPqG0LH4gqhw1AhexjCNqmQwGGosOGHIZ13YRLHQqt9lwkoftsNV561EnupQN47SMjoSiAZAXutdhg+N5c5Fx10Py4D7mnIy+JVhjsWep+9UgDHu0gO5YWFcBxt/X4gqR9wv1G7gPXbTcIjRYDzB5wZtdtwMeZ0PBIX3aOAzgBUdCxK4ljEnv2ORcWgLumxQpf0YvaSjm1SMYFLenHDL+k67+JEjkUPAeX+JwLH4h6BvH8OoWPxE/Bwui+EjsXPwPrtJznclwAehoAzo/YTOhYlhA5DJe1hCNukkgKHoasNPwzpvK8mcSy02ldUQPE7ZLjyrJXYIgJ5/0ZCRqWAZATstfrN8Lkp6lx00P0oCtzTkJfF0oY7FnqfLSWA4z9IDuVXC+E42vr9SVI/4H6j/gDW7wgJj1wDnD/gzKgjhosxp+ORuOgeBXQGoKLjtSSORZmz37FQQV3Sywhd0svaSzq2SWUFLunlDL+k67zLETkWAwWU++MEjsXDAnmfCKFjcRx4OI3pHj7H4gSwftm6cxyGrkNe/nE5K2T9gjoMXSd0GCpvD0PYJpUXOAxVMPwwpPOuQOJYaLXvWgHFL0d3s/PWSuw1AnnnJCGjOCAZAXutcho+N9c6Fx10P64F7mnIy6Iy3LHQ+2ycAI5zkRzKKwjhOOp/9YakfsD9RuUC1u9CEh6pCJw/4MyoC4V5BLHflxNwLIDOAFR0jCdxLBLOfscisEt6gtAlvZK9pGObVEngkl7Z8Eu6zrsykWPxlIByf7HhJKkdi1ECeV9CcjhFOhYXAw+n+ULoWFwCrF9+ksN9IvAwBJwZlZ/QsUgUOgxVsYchbJOqCByGqhp+GNJ5VyVxLLTaFy+g+F1uuPKsldiKAnlfQUJG1ZD/egSQjK4wfG7inYsOuh/xwD0NeVmsbrhjoffZagI4vpLkUF5VCMdR/2tiJPUD7jfqSmD9ipDwyPXA+QPOjCpiuBhzOh6Ji+5RQGcAKjreQOJY1DjrHYu09KAu6TWELuk17SUd26SaApf0iOGX9P8MJ5FjMVlAuS9O4FhMEci7RAgdi+LAw2nJEDoWJYD1u5rkcF8LeBgCzoy6mtCxqCV0GEqyhyFsk5IEDkO1DT8M6bxrkzgWWu27QUDxK2O48qyV2OsF8i5LQkZ1gGQE7LUqa/jc3OBcdND9uAG4pyEvi3UNdyz0PltHAMflSQ7ltYVwHPVnX0jqB9xvVHlg/eJIeKQecP6AM6PiDBdjTscjcdE9CugMQEXHZBLHov7Z71ikBXVJry90SW9gL+nYJjUQuKSnGH5J13mnEDkWcwWU+wQCx+J1gbwrhdCxSAAeTiuH0LGoBKxfIsnhPhX5+gvwcJ9I6FikCh2GGtrDELZJDQUOQ40MPwzpvBuROBZa7UsWUPyuN1x51kpsPYG8byAho8ZAMgL2Wt1g+NwkOxcddD+SgXsa8rLYxHDHQu+zjQVwHCE5lDcSwnHUr+eQ1A+436gIsH5JJDxyI3D+gDOjkgwXY07HI3HRPQroDEBFx5tIHIumZ79j0SGoS3pToUt6M3tJxzapmcAl/WbDL+k675uJHItlAsp9PQLH4j2BvJND6FjUAx5O64fQsUgG1q8ByeH+FuBhCDgzqgGhY3GL0GGouT0MYZvUXOAw1MLww5DOuwWJY6HVvpsEFL/GhivPWom9USDvJiRkdCuQjIC9Vk0Mn5ubnIsOuh83Afc05GXxNsMdC73P3iqA46Ykh/IWQjiOtn7NSOoH3G9UU2D9bibhkZbA+QPOjLrZcDHmdDwSF92jgM4AVHRsReJY3H72Oxbtg7qk3y50Sb/DXtKxTbpD4JLe2vBLus67NZFjsU5Aub+VwLH4TCDv20LoWNwKPJy2DKFjcRuwfq1IDvdtgIch4MyoVoSORRuhw9Cd9jCEbdKdAoehtoYfhnTebUkcC632tRJQ/O40XHnWSmxLgbzbkpBROyAZAXut2ho+N62ciw66H62AexrystjecMdC77PtBHDcgeRQ3lYIx9HWL42lfsC9qwOwfukkPNIBOH/AmVHphosxp+ORuOgeBXQGoKJjGoljkX72Oxbtgrqkpwtd0jvaSzq2SR0FLul3GX5J13nfReRYbBNQ7jsTOBbfCeTdJYSORWfg4bRrCB2LLsD63U1yuO8EPAwBZ0bdTehYdBI6DHW2hyFskzoLHIa6GH4Y0nl3IXEstNqXJqD49TRcedZKbAeBvHuRkFFXIBkBe616GT43ac5FB92PNOCehrws3m24Y6H32a4COO5NcijvIoTjaOvXh6R+wP1G9QbW734SHukGnD/gzKj7DRdjTscjcdE9CugMQEXH7iSORY+z37FoG9QlvYfQJf0ee0nHNukegUt6T8Mv6TrvnkSOxQEB5f5BAsfiF4G8HwqhY/Eg8HDaP4SOxUPA+g0gOdz3Ah6GgDOjBhA6Fr2EDkP32sMQtkn3ChyG7jP8MKTzvo/EsdBqX3cBxe8Rw5VnrcR2E8j7URIy6g0kI2Cv1aOGz01356KD7kd34J6GvCz2Mdyx0PtsbwEcP0ZyKL9PCMfR1m8YSf2A+416DFi/4SQ8cj9w/oAzo4YbLsacjkfionsU0BmAio4PkDgWfc9+x6JqUJf0vkKX9H72ko5tUj+BS/qDhl/Sdd4PEjkWMQ3x644gcCyyCeQ9MoSOxQjg4fSpEDoWI4H1G0VyuH8IeBgCzowaRehYPCR0GOpvD0PYJvUXOAwNMPwwpPMeQOJYaLXvAQHF7xnDlWetxN4vkPezJGQ0EEhGwF6rZw2fmweciw66Hw8A9zTkZfFhwx0Lvc8OFMDxeJJD+QAhHEdbv+dJ6gfcb9R4YP0mkPDIIOD8AWdGTTBcjDkdj8RF9yigMwAVHQeTOBaPnP2ORZWgLumPCF3SH7WXdGyTHhW4pA8x/JKu8x5C5FhcLKDcTyZwLC4RyHtKCB2LycDD6dQQOhZTgPV7keRwPxR4GALOjHqR0LEYKnQYeswehrBNekzgMDTM8MOQznsYiWOh1b7BAorfTMOVZ63EDhLI+2USMhoOJCNgr9XLhs/NYOeig+7HYOCehrwsPm64Y6H32eECOJ5NcigfJoTjaOv3Kkn9gPuNmg2s3xwSHnkCOH/AmVFzDBdjTscjcdE9CugMQEXHJ0kcixFnv2ORGNQlfYTQJX2kvaRjmzRS4JL+lOGXdJ33U0SORayAcj+PwLEoJpD3GyF0LOYBD6fzQ+hYvAGs35skh/tRwMMQcGbUm4SOxSihw9BoexjCNmm0wGHoacMPQzrvp0kcC632PSmg+C0yXHnWSuwTAnm/Q0JGY4BkBOy1esfwuXnSueig+/EkcE9DXhbHGu5Y6H12jACOl5Acyp8WwnG09VtKUj/gfqOWAOu3jIRHngHOH3Bm1DLDxZjT8UhcdI8COgNQ0fFZEsfiubPfsagc1CX9OaFL+jh7Scc2aZzAJX284Zd0nfd4IsciTkC5X0HgWCiBvD8IoWOxAng4XRlCx+IDYP0+JDncPw88DAFnRn1I6Fg8L3QYmmAPQ9gmTRA4DE00/DCk855I4lhote9ZAcVvjeHKs1ZinxHI+xMSMpoEJCNgr9Unhs/Ns85FB92PZ4F7GvKy+ILhjoXeZycJ4HgdyaF8ohCOo63fZyT1A+43ah2wfutJeGQycP6AM6PWGy7GnI5H4qJ7FNAZgIqOU0gci6lnv2NRKahL+lShS/qL9pKObdKLApf0aYZf0nXe04gci4iAcr+RwLGoJZD3lyF0LDYCD6ebQuhYfAms31ckh/uXgIch4Myorwgdi5eEDkPT7WEI26TpAoehGYYfhnTeM0gcC632TRFQ/LYarjxrJXayQN7fkpDRTCAZAXutvjV8bqY4Fx10P6YA9zTkZfFlwx0Lvc/OFMDxdpJD+QwhHEdbvx0k9QPuN2o7sH47SXhkFnD+gDOjdhouxpyOR+KiexTQGYCKjq+QOBazz37HIiGoS/psoUv6q/aSjm3SqwKX9DmGX9J13nOIHIsbBZT73QSOxU0Cef8YQsdiN/BwuieEjsWPwPrtJTncvwY8DAFnRu0ldCxeEzoMzbWHIWyT5gochl43/DCk836dxLHQat8rAorfAcOVZ63EzhLI+xcSMpoHJCNgr9Uvhs/NK85FB92PV4B7GvKy+IbhjoXeZ+cJ4PgQyaH8dSEcR1u/30jqB9xv1CFg/Q6T8Mh84PwBZ0YdNlyMOR2PxEX3KKAzABUd3yRxLBac/Y5FfFCX9AVCl/S37CUd26S3BC7pCw2/pOu8FxI5FncKKPdHCByLtgJ5/xVCx+II8HB6NISOxV/A+h0jOdy/DTwMAWdGHSN0LN4WOgwtsochbJMWCRyG3jH8MKTzfofEsdBq35sCil/2HmbnrZXY+QJ5n9ODg4wWA8kI2Gt1juFz86Zz0UH3403gnoa8LL5ruGOh99nFAjjOERCO46J7PFwYF93jwXG09ctJUj/gfqNyAOt3PgmPLAHOH3Bm1PnCPILY7xcKOBZAZwAqOi4lcSyWnf2ORcWgLunLhC7p79lLOrZJ7wlc0pcbfknXeS8ncix6CCj3FxpOktqxuEcg74tIDqdIx+JC4OE0D0n9kI7FRcD65SU53L8PPAwBZ0Yh6xfUYeh9ocPQCnsYwjZphcBh6APDD0M67w9IHAut9i0VUPwuNVx51krsEoG8LyMho5VAMgL2Wl1m+NwsdS466H4sBe5pyMvih4Y7FnqfXSmA48tJDuUfCOE42vpdQVI/4H6jLgfWrxAJj6wCzh9wZlQhw8WY0/FIXHSPAjoDUNHxo0Zm87rmkI8EeKSI4ecZze+rBPIuKrR/ZQfnD+yPKgrc/3U/crjy1dfJ4xm/Gjv/q5/VGX/4sdM79/c2db5H//fM712T8fUnWXzvjc73rnG+V4seazO+/jSL723ifO9a17rrMr7+LIvvzSre9Rl/+PkZ4l3vWndDxtdfOPtj5ve5HzQO1hm+PzVzagJcNz2hYkLcjdlkhLSNLv0jt/O/F8Sc5Ltsrj/z9zeH6+sIKDYBwS7uvIw1crryyHwy89GC3fkZv/I7v+/W/d5O6Q80vq9r107pndI6NO5+b5q7ZFnpjVlpj/qvOs/3/3GXMfO/5YwR1gszH/SsbxTGYrR78+mwGO26xQ0/86elp8e169BeufeMqH+kDPC8iqxfUEYGMH/P/rvJGhnYJm0SMDK+MtzI0Hl/JWRkZD7+A33UPyMIWNPNjeRAAarnKYe4aHP+upH5hIYm3i24Psf7LzdbnEtNwZiTl5tvMv5sa6OsN8es8ouL7lHfCJHMt5ZksE36VoBkthlOMjrvbcIkg94wtgEBlT3GO6jo+l4OrGmss853Gflvz/i1I+PXzoxf32f82pXx64eMX7szfv2Y8WtPxq+9Gb9+yvj1c8avfRm/9mf8OpDx65eMXwczfv2a8etQxq/fMn4dzvj1e8avPzJ+/Znx60jGr78yfh3N+HVMb6IZv07oOWn83yLpOmV3Yjk/5uTvt/t+v8P3+52+33/v+/0u3+9/8P1+t+/3P/p+v8f3+72+3//k+/3Pvt/v8/1+v+/3B3y//8X3+4O+3//q+/0h3+9/8/3+sO/3v/t+/4fv93/6fn/E9/u/fL8/6vv9Md/vj/t+f8L3e93/82O8D9pFcWMm2r3iO+D+W9J8hSDjiVPbG2HW0r3YAazf1cbX7z9Lq53R51zRyVl9D6xfKZPrl/B3nGpXdDnHuXJWPwDrV9rU+lX0xKl2/+85x/lyVj8C63eNgfWrnH5KnGrP/5ZzlSxyVnuB9bvWtPpVyTJO9dP/f86Jp8lZ/QysXxmT6pd42jjVvv+/nCueIWe1H1i/sqbUL/GMcaoD/z7n9v+Qs/oFWL9yJtQv8R/jVAf/Xc5x/yJn9Suwftf9X9cv7l/FqQ79c86V/mXO6jdg/cr/X9Yv4V/HqQ6fMeeE9P+PnNXvwPpV+L+qX+L/V5zqj9PnXOX/M2f1J7B+cf8H9aua/v8dpzqSdc5x/0PO6i9g/VTQ9Yv7n+JUR0/NWf2POatjwPpVDLJ+Hf7nONVxb87xUeSsTgDrFx9Q/SqmRxWn0hojKE5VEvhWaALJpyqAOpsqBaxfJZL6AXUidQ2wfpVJ6gfUOVQZYP0SSeoHvKercsD6VSGpH/CeqcoD61eVpH7Ae5KKA9avGkn9gOd8VRFYv+ok9QOeU1UCsH7Xk9QPeM5SlYH1u4GkfsBzgqoCrF8NkvoBeU5VA9avJkn9gPu0uh5YvwhJ/YD7jKoBrF8tkvoBcaKAM6OQ9dMf0xuVLSYmNrOIjf/7rttx533Ho877j0ec9yH/cN6PPOy8L3nIeX/yoPM+5QHn/cp9zvuWPznvX+5x3sfc7byfuct5X3On8/6mflfru0Yxngf9vmy2xrj3SYJ6aT4bTgP0vDSfvfHJr+1L81GuqZukC4pe95zGuOGXyvucxvAenfGl+bjoHk9N46J8TvfPAkRbj3TPkxYHXFv5/8Ad/7lOL89z9fQ8Vx8yv1dvGEkxp/Yom+vr7M73ZD/D92Q7zTqn+xi72KaQmdy5jU8GmN0pRMT3d2b3/d3RMsm5QJCf11hm6NBMfG7jYDaLqH9iDEmcOYFOoQb86Gwn51zXIGfjmBjJ+M8HYiCok9n5QiezC+zJDNukCwROZrkMP5npvHORncxyEZzM/I/g2sodf26nlxf+i5NZsZhTe+Q/mRWL+eeTWVbr/J+dzHQBYl3JXtg45pQnypPZKcDMDQT5hSQniYsImfgiISbOY5kY26Q8Akyc13Am1nnnJWPivJaJ3Y+HiS92enlJWJn4Yh8TXxIAE18MBPklwOHWTR6dBcWh1o/xNR3Vy0samx9jPqETE/zIlB8ovrAOVH6CgboUHSM6QH3fuLQxfkDvJPHb8wF3+cuAoETWTwN8FCHALyMAeIGgGCMuukcsUPTGUZDwhYmCQmLA5VYMwDbpcgEx4ArDxQCd9xVkYsAVfC9MKODaZ3xhopDTy8JhfWGikO+FicIBvDBRCAjywo1lhg7NxIVITgxXEtoHVwqdGK6yJwZsk64SODEUMfzEoPMuQnZiKMJnHyBPDKes7Y6/qNPL2LDaB0V99kFsAPZBUSDIYxvLDB2aiYsRMnExISYubpkY26TiAkxcwnAm1nmXIGPiEpaJPWu74y/p9PLqsDJxSR8TXx0AE5cEgvxq67sqYA3EYizFYuSXtgOlShMM1DWmG/n6vnGNgJHfjsTILwXc5a8FgrKdNfLVtQQAL8Ni5EsFit44yhIa+WWFxIByVgzANqmcgBhwneFigM77OjIx4Do+I78icO0zGvnlnV5WCKuRX95n5FcIwMgvDwR5hcYyQ4dm4vIkJ4Y4QvsgTujEoOyJAdskJXBiqGj4iUHnXZHsxFCRzz5Anhj8j8c+iHd6mRBW+yDeZx8kBGAfxANBntBYZujQTFyJkIkrCTFxZcvE2CZVFmDiRMOZWOedSMbEiZaJ3Y+Hias4vawaViau4mPiqgEwcRUgyKsCmZjVdwXWQCzGaixGfnVr5KvqBAN1velGvr5vXC9g5HcgMfKrAXf5G4Cg7GCNfHUDAcBrsBj5UoGiN46ahEZ+TSExIGLFAHCTBMSAWoaLATrvWmRiQC0+Iz8euPYZjfwkp5e1w2rkJ/mM/NoBGPlJQJDXbiwzdGgmTiI5MdQhtA/qCJ0Y6toTA7ZJdQVODPUMPzHovOuRnRjq8dkHyBOD//HYB8lOL+uH1T5I9tkH9QOwD5KBIK/fWGbo0EzcgJCJGwgxcYplYmyTUgSYONVwJtZ5p5IxcaplYvfjYeKGTi8bhZWJG/qYuFEATNwQCPJGQCZm9V2BNRCLsTGLkd/EGvmqCcFA3Wi6ka/vGzcKGPnpJEZ+Y+AufxMQlOnWyFc3EQC8KYuRLxUoeuNoRmjkNxMSA262YgC2STcLiAG3GC4G6LxvIRMDbuEz8hOAa5/RyG/u9LJFWI385j4jv0UARn5zIMhbNJYZOjQTNyc5MdxKaB/cKnRiuM2eGLBNuk3gxNDS8BODzrsl2YmhJZ99gDwx+B+PfdDK6eXtYbUPWvnsg9sDsA9aAUF+e2OZoUMz8R2ETHyHEBO3tkyMbVJrASZuYzgT67zbkDFxG8vE7sfDxHc6vWwbVia+08fEbQNg4juBIG8LZGJW3xVYA7EY27EY+e2tka/aEwxUB9ONfH3f6CBg5N9FYuS3A+7yaUBQ3mWNfJVGAPB0FiNfKlD0xtGR0MjvKCQG3GXFAGyT7hIQAzoZLgbovDuRiQGd+Iz8SsC1z2jkd3Z62SWsRn5nn5HfJQAjvzMQ5F0aywwdmok7k5wYuhLaB12FTgx32xMDtkl3C5wYuhl+YtB5dyM7MXTjsw+QJwb/47EPuju97BFW+6C7zz7oEYB90B0I8h6NZYYOzcT3EDLxPUJM3NMyMbZJPQWYuJfhTKzz7kXGxL0sE7sfDxPf6/TyvrAy8b0+Jr4vACa+Fwjy+4BMzOq7AmsgFmNvFiO/jzXyVR+CgbrfdCNf3zfuFzDyO5MY+b2Bu/wDQFB2tka+eoAA4H1ZjHypQNEbRz9CI7+fkBjwoBUDsE16UEAMeMhwMUDn/RCZGPAQn5FfGbj2GY38/k4vB4TVyO/vM/IHBGDk9weCfEBjmaFDM3F/khPDQEL7YKDQieFhe2LANulhgRPDIMNPDDrvQWQnhkF89gHyxOB/PPbBYKeXj4TVPhjssw8eCcA+GAwE+SONZYYOzcSPEjLxo0JMPMQyMbZJQwSYeKjhTKzzHkrGxEMtE7sfDxM/5vRyWFiZ+DEfEw8LgIkfA4J8GJCJWX1XYA3EYhzOYuQ/bo189TjBQD1hupGv7xtPCBj5XUmM/OHAXf5JICi7WiNfPUkA8BEsRr5UoOiNYyShkT9SSAx4yooB2CY9JSAGjDJcDNB5jyITA0bxGfmJwLXPaOSPdnr5dFiN/NE+I//pAIz80UCQP91YZujQTDya5MQwhtA+GCN0YhhrTwzYJo0VODE8Y/iJQef9DNmJ4Rk++wB5YvA/HvvgWaeXz4XVPnjWZx88F4B98CwQ5M81lhk6NBOPI2TicUJMPN4yMbZJ4wWY+HnDmVjn/TwZEz9vmdj9eJh4gtPLiWFl4gk+Jp4YABNPAIJ8IpCJWX1XYA3EYpzEYuS/YI189QLBQE023cjX943JAkZ+NxIjfxJwl58CBGU3a+SrKQQAn8pi5EsFit44XiQ08l8UEgOmWTEA26RpAmLAS4aLATrvl8jEgJf4jPwqwLXPaORPd3o5I6xG/nSfkT8jACN/OhDkMxrLDB2aiaeTnBhmEtoH/6+9KwGPosy2DYEACauAgCi0gCIukE6AsArKKksaXEF0xkA6ECdJM6FhwGEUfTPz5r03y3uz6ezq6IwCCojKvu+yL7KKCiiLgIpssggvF6pnqst8MXdy/p46X1d9X74OqcPf99x/ubfuqfrrFUMZw6texoDtpFcNZAyTXZ4xCO/JZBnDZD75AJkxOI8Y+WCK1ZdTE1U+mOKQD6bGQT6YApzkU7PMDDp0JH6NMBK/ZigSv+5FYmwnvW4gEk9zeSQW3tPIIvE0LxLbj5hIPN3qyxmJGomnOyLxjDhE4unAST4DGIlZdVegD4zZ+AaLkD/TE/IDMwkG1JtuF/LleuNNA0L+aBIh/w3gKv8WcFKO9oT8wFsEE/xtFiHflKHohWMWoZA/y1AxYLZXDMB20mwDxYA5Li8GCO85ZMWAOXxCfkdg26UK+XOtvpyXqEL+XIeQPy8OQv5c4CSfl2Vm0KEj8VySjGE+oXww31DGsMDLGLCdtMBAxrDQ5RmD8F5IljEs5JMPkBmD84iRDxZZfbk4UeWDRQ75YHEc5INFwEm+OMvMoENH4iWEkXiJoUi81IvE2E5aaiASL3N5JBbey8gi8TIvEtuPmEi83OrLFYkaiZc7IvGKOETi5cBJvgIYiVl1V6APjNm4kkXIX+UJ+YFVBANqtduFfLneWG1AyC8iEfJXAlf5NcBJWeQJ+YE1BBP8HRYh35Sh6IVjLaGQv9ZQMWCdVwzAdtI6A8WA9S4vBgjv9WTFgPV8Qn42sO1ShfwNVl9uTFQhf4NDyN8YByF/A3CSb8wyM+jQkXgDScawiVA+2GQoY9jsZQzYTtpsIGPY4vKMQXhvIcsYtvDJB8iMwXnEyAdbrb7clqjywVaHfLAtDvLBVuAk35ZlZtChI/G7hJH4XUOReLsXibGdtN1AJN7h8kgsvHeQReIdXiS2HzGReKfVl7sSNRLvdETiXXGIxDuBk3wXMBKz6q5AHxizcTeLkL/HE/IDewgG1HtuF/LleuM9A0J+hETI3w1c5fcCJ2XEE/IDewkm+PssQr4pQ9ELxweEQv4HhooBH3rFAGwnfWigGLDP5cUA4b2PrBiwj0/IHw5su1Qhf7/VlwcSVcjf7xDyD8RByN8PnOQHsswMOnQk3k+SMXxEKB98ZChj+NjLGLCd9LGBjOGgyzMG4X2QLGM4yCcfIDMG5xEjHxyy+vJwosoHhxzyweE4yAeHgJP8cJaZQYeOxEcII/ERQ5H4Ey8SYzvpEwOR+KjLI7HwPkoWiY96kdh+xETiY1ZfHk/USHzMEYmPxyESHwNO8uPASMyquwJ9YMzGT1mE/M88IT/wGcGA+tztQr5cb3xuQMgfRyLkfwpc5U8AJ+U4T8gPnCCY4F+wCPmmDEUvHCcJhfyThooBp7xiALaTThkoBpx2eTFAeJ8mKwac5hPyRwDbLlXIP2P15dlEFfLPOIT8s3EQ8s8AJ/nZLDODDh2Jz5BkDF8SygdfGsoYznkZA7aTzhnIGM67PGMQ3ufJMobzfPIBMmNwHjHywQWrLy8mqnxwwSEfXIyDfHABOMkvZpkZdOhI/BVhJP7KUCS+5EVibCddMhCJL7s8Egvvy2SR+LIXie1HTCT2BS2fB//5p4SKxOIAv42s3RFOg6LfXe6JGcS1VSGIG3SsuivQB8ZsrGjAxhINLXeagzOUVshPIhhQldA2og2U6w0xEj1Ax5MI+RWBq3xl4KQc7wn5gcoEEzw5XhEjrXyHMUPRC0eVf31C/tuE/CpA39rtrWpLc71iQDnblE6qGsS3Ww0YQUzxrhaE95HRYkA14ISKk5CfA2y7VCE/xerL1DIUA+72fb2P6IX8lGCskJ9qGyxOg6J/L28kSQFO8tSgmUGHjsQpJBlDdWDfxCtjqG4oY6jhZQzYTqphIGOo6fKMQXjXJMsYahJkDI4DmTE4jxj5oJbVl7UTVT6o5ZAPasdBPqgFnOS1g2YGHToS1yGMxHUMReJrvEiM7aRrDETiui6PxMK7LlkkrutFYvsRE4nrWX1ZP1EjcT1HJK4fh0hcDzjJ6wMjMavuWj/ofhuvZRHyG3hCfqABwYBq6HYhX643GhoQ8p8gEfKvBa7yjYCT8glPyA80Ipjg17EI+aYMRS8cjQmF/MaGigHXe8UAbCddb6AYcIPLiwHC+wayYsANfEJ+CNh2qUJ+E6svmyaqkN/EIeQ3jYOQ3wQ4yZsGzQw6dCRuQpIx+AnlA7+hjOFGL2PAdtKNBjKGZi7PGIR3M7KMoRmffIDMGJxHjHzQ3OrLFokqHzR3yAct4iAfNAdO8hZBM4MOHYlvIozENxmKxDd7kRjbSTcbiMQtXR6JhXdLskjc0ovE9iMmEt9i9WWrRI3Etzgicas4ROJbgJO8FTASs+qurYLut/FWFiH/Nk/ID9xGMKBud7uQL9cbtxsQ8ieSCPm3Alf5O4CTcqIn5AfuIJjgrVmEfFOGoheONoRCfhtDxYA0rxiA7aQ0A8WAgMuLAcI7QFYMCPAJ+bnAtksV8tOtvsxIVCE/3SHkZ8RByE8HTvKMoJlBh47E6SQZQ1tC+aCtoYyhnZcxYDupnYGMob3LMwbh3Z4sY2jPJx8gMwbnESMfZFp92SFR5YNMh3zQIQ7yQSZwkncImhl06EjckTASdzQUiTt5kRjbSZ0MROLOLo/EwrszWSTu7EVi+xETibtYfdk1USNxF0ck7hqHSNwFOMm7AiMxq+7aNeh+G+9kEfK7eUJ+oBvBgOrudiH/yvWGASH/SRIh/07gKn8XcFI+6Qn5gbsIJvjdLEK+KUPRC0cPQiG/h6FiQE+vGIDtpJ4GigG9XF4MEN69yIoBveiE/Nw0YNulCvm9rb7sk6hCfm+HkN8nDkJ+b+Ak7xM0M+jQkbg3ScbQl1A+6GsoY7jHyxiwnXSPgYyhn8szBuHdjyxj6EcnHwSQGcPXGrfb39/qywGJKh/0d8gHA+IgH/QHTvIBQTODDh2JBxJG4oGGInGWF4mxnZRlIBIHXR6JhXeQLBIHvUgc07jd/kFWXw5O1Eg8yBGJB8chEg8CTvLBwEjMqrsODrrfxntZhPz7PCE/cB/BgLrf7UK+XG/cb0DIn0Qi5N8LXOUfAE7KSZ6QH3iAYII/yCLkmzIUvXA8pJmQmaW2FTch/yFDxYAhXjEA20lDDBQDhrq8GCC8h5IVA4bGoRiAtrmhz1Ak0NoZKP203RcPW+NiWBkKC5dL8J2zsHDZ982FhZLa+bcVFsQBP7aRFUeMd3xnRfB3PwxcMB4pc1vpI0ZkhNpltmuf2bZDoGPb9jkdcjM6jsjIDaS3D2VnZqfndIxXtHzEULR81IuW2E561EC0/JbLo6Xw/pahaIlOlYdZtqLbfcY11+6l24kcS98GXrsj/RcNTGLfBF/sga6FNNSMoW+49EIGuWHgbDB62Bfkx2xzPpqNJNvOdwd9v4HgkyYZW2WH7T5fbCZV1fqUY2Qocm92YU64oHdeKD+nQgn/w+6JJMe5arbfo+eq+Aznasm2L5PhcKn4s4Hv6udj1r/lyC7+fbi1JCbbDN078Com24YdUfx7TvBqu0m+rx/o0CI2gNq6siwkGbYXOe1M2djA534bH4tT5S2tfEdghKG8PGRbWqtbn7KIOHN0+2JjvzB0LkoGluUMU8tyVRsPn4NvdFmuY/27MBzJy53QoyiUHQnlZIUjIbsTo+t7UgkN2RcD+/lKti9PdrRjd2z0nNFV3N4meuSGwAlCPK6ChxmabbneVTC2k3INXAWPdPlVsPAeaeAqOF6TC5kW2GuX0ckzqtg3ecU/j9t8VMP6jFPIMnYlkWzjET3sIUvOV8J+b4Y99Pts/vaV4Def7fslfEZTiuKrmkFjh+fnjegfmlBSnyWV0K499XBGWHs/Rs/FREh02WUksAThvGYaZV335Fmfj1uftYp/vlP8e77jhrqKBrmVt62CoNmgUV77ZPEpMFCW+yG4LIdedGUcmeD9I0PlSLSuA+yfAJKzrAGVfV8/0P1f0Wemn9xchzFp5yiSukEe+ErGq2slXl3LnrBF1+XC4vbDtryksfVpL2fYSxwlJXCJUGNKsfHwOfhGa0y1rX+HCvIivQpHFE0YXVxjGhAeaU+Gq1iflUtox+5XOSrZfrffMJLswCbb7OqO4ZxezffPuprP9t32o7vtd7uck4K15crcSrV9V9Su6Pek2s5XsdmRirXjSr6f4uBvt8HQ917hX/0b+FcvwY7qceRvrzmnOOy0z/3ouVIv8tLKdwQK4hTUy5t0jwZfZJmy87sk/iwisXOMITuTwHZGgAWFIwW4to4WcPhvLNB/p4D+O03iv3FA/1UsxLWVVMjhv+8B/VcP6L/6JP4bD/TfzUD/tSTx3wSg/zoA/deRxH9PAP3XD+i//iT++z7yIQCg/x4l8d9EoP8Kgf4Lk/jvB0D/TQL672kS/z0J9N8vgf77FYn/ngL67yWg/14m8d8koP/eBvpvFon/ngb6bzXQf2tI/PcM0H+7gf7bQ+K//wD67xjQf8dJ/PdDoP8uAf13mcR/PwL6r3YY11adMIf/fgz0XzOg/5qT+O8/gf5rC/RfOxL//QTov95A//Uh8d9/Af03BOi/oST++2+g/x4H+u87JP77H6D/JgL99wMS//0U6L+fA/33CxL//Qzov+eB/nuBxH8/B/rvDaD/ZpL47xdA/y0H+m8Fif/+F+i/7UD/7SDx3/8B/XcY6L8jJP77JdB/54H+u0Div18B/Vd9NK6tGoYetkLfp/hrkvspf0Ni529J7HyWxM7nSOz8HYmdvyex8w8kdv6RxM4/kdj5ZxI7/0Ji5/Mkdr5AYueLJHb+lcTOl0jsfJnEzr+R2Pl3EjtfIbHzVRI7J5PYOYXEzqkkdr5GYufrJHZOI7FzOomdM8B2op933z3Q59szEM/7J4bqlMA91XPbprdN2zUQqBMCn8k35T90P88kmYdvktj5Fomdb5PYOYvEztkkds4hsXMuiZ3zSOycT2LnAhI7F5LYuYjEzsUkdi4hsXMpiZ3LSOxcTmLnChI7V5LYuYrEztUkdq4hsfMdEjvXkti5jsTO9SR2biCxcyOJnZtI7NxsyM6KDjvTyndc2TAWxXkLCeeKQM5bSTgnATlvI+FcCcj5XRLOlYGct5NwTgZy3kHCuQqQ804Szn2BnHeRcB6N3F+IhPN3gZz3kHAuAnJ+j4TzGCDnvSSckfu1v0/CGbnH+gcknJH7on9Iwhm5l/k+Es7I/cf3k3BG7hl+gIQzcp/vj0g4I/fm/piEM3I/7YMknJF7YB8i4Yzct/owCWfkXtNHSDgj94f+hIQzck/noySckfswHyPhjNw7+TgJZ+R+x5+ScEbuUfwZCWfkvsKfk3BG7gV8goQzcv/eL0g4I/fcPUnCGblP7ikSzsi9bU+TcEbuR3uGhDNyD9mzJJyR+75+ScIZuVfrORLOyP1Vz5NwRu6JeoGEM3If04sknJF7j35FwnkEkPMlEs6/BnK+TML5N0DOvkEcnH8L5FyBhPOzQM4VSTg/B+ScRML5d0DOlUg4/x7IuTIJ5z8AOSeTcP4jkHMVEs5/AnKuSsL5z0DO1Ug4/wXIOYWE8/NAzqkknF8Acq5OwvlFIOcaJJw3Afexq0nC+a/Afq5FwvklIOfaJJxfBnKuQ8L5b0DO15Bw/juQc10Szq8AOdcj4fwqkHN9Es6TgZyvJeE8Bci5AQnnqUDODUk4vwbk3IiE8+tAzteRcJ4G5NyYhPN0IOfrSTjPAHK+gYTzG0DOTUg4zwRybkrC+U0gZz8J57eAnG8k4fw2kHMzEs6zgJybk3CeDeTcgoTzHCDnm0g4zwVyvpmE8zwg55YknOcDOd9CwnkBkHMrEs4LgZxvJeG8CMj5NhLOi4GcbyfhvATI+Q4SzkuBnFuTcF4G5NyGhPNyIOc0Es4rgJwDJJxXAjmnk3BeBeScQcJ5NZBzWxLOa4Cc25FwfgfIuT0J57VAzpkknNcBOXcg4bweyLkjCecNQM6dSDhvBHLuzHJfL5BzFxLOm4Gcu5JwrurDcb6ThHM1IOduJJxTgJy7k3BOBXK+i4RzdSDnu0k41wBy7kHCuSaQc08SzrWAnHuRcK4N5NybhHMdIOc+JJyvAXLuS8K5LpDzPSSc6wE59yPhXB/IuT8J52uBnAcAOTey2qlgcZb3YMp7IeU9ifLeQHmPnlwTyjWSXDNIDi05peRYknNIDJaYJGu0rFkyh2VMSx8L5wbFPw2LfxrZfPt961PehyrvB5X3Zcr7I+V9ivJ+QXnfnrx/Tt7HJu8nk/d1yfur5H1O8n4jed+PvP9G3gcj70eR94XI+zPkfRLyfgV534Dsvy/70cv+7LJfuezfLftZy/7Ost+x7P8r++HK/rCyX6rsHyr7acr+krLfouw/KPvxyf50sl+b7F8m+3nJ/lay35PsfyT7Acn+OLJfjOyfIvuJyP4ast+E7L8g+xHI8/nyvLo8vy3PM8vzvfK8qzz/Kc9DyvOB8rycPD8mz1PJ80XyvI08fyLPY8jzCXK/vty/Lvdzy/3Ncr+v3P8q94PK/ZFyv6DcPyf3k8n9VXK/kdx/I/ejyP0Zcr+C6PeiZ4u+K3qn6H+ih4k+JHqJ6AdST5f6stRbpf4o9TipT0m9RuoXcj1/5fq2+Eeuf+R6QPJjyRclf5J8QuKrxBtZf2U9kvkp4/WQrf8zrc/G1ufAvDEF2ZERo/xFocjYokJ/YTgS8ufmhfJzWsvpDjp4Rx28kw7eWQfvooM/qIM/pIMP0cGH6uAP6+DDdPATSSr4Fzr4SR38lA5+Wgc/o4PPqqKCz9bB5+jgc3XweTr4fCU8VQVfoIMv1MEX6eCLdfAlSngtFXypDr5MB1+ug6/QwVcq4XVV8FU6+GodfI0O/o4OvlYJb6CCr9PB1+vgG3TwjTr4JiW8sQq+WQffooNv1cG36eDvKuFNVfDtOvgOHXynDr5LB9+thDdXwffo4O/p4Ht18Pd18A+U8JYq+Ic6+D4dfL8OfkAH/0gJv00F/1gHP6iDH9LBD+vgR5TwNir4Jzr4UR38mA5+XAf/VAnPUME/08E/18FP6OBf6OAnlfBMFfyUDn5aBz+jg5/Vwb9Uwjur4Od08PM6+AUd/KIO/pUS3k0Fv6SDX9bBozXgMsIr6OAVlfCeKniSDl5JB6+sgyfr4FWU8L4qeFUdvJoOnqKDp+rg1ZXwASp4DR28pg5eSwevrYPXUcIHqeDX6OB1dfB6Onh9HfxaJfx+FbyBDt5QB2+kg1+ngzdWwoeo4Nfr4Dfo4E108KY6uF8Jf0QFv1EHb6aDN9fBW+jgNynhj6ngN+vgLXXwW3TwVjr4rUp4jgp+mw5+uw5+hw7eWgdvo4SPUsHTdPCADp6ug2fo4G2V8HwVvJ0O3l4Hz9TBO+jgHZXw0Sp4Jx28sw7eRQfvqoPfqYRHVPBuOnh3HfwuHfxuHbyHEj5eBe+pg/fSwXvr4H108L46+KCJV2GW4uC7p3Bcdn5ejr9wbMHwUJE/nGv/f2OuFoyevAqN3nrTI7vQHy7Mn1CMLAiPC/mzr35HZFR2xD8qe4x/eChUWHwuO8efWxQuKP57yD8mFLlaHcI1dQ7XVM2nrjYRveHmvki4KHtk8fn8cMSfJu34s/Pzw98L5bT228+N8ReMHRPxj4lkF0Wuthq40t5Qq726//BxTmi8Pzw2Iu4dHh5bmDNG/jzWgl1vwR7Mzh9bbHA47M/PLir+itxwkf++7NzQA4H0NDn/VNmafU7Z7Itla3aestkVZWv2fWWzh8vWbIVJumZTJ5Wp2RbKZluXrdk+ymYHl63Zx5XNRsrW7M+UzT5btmanK5udW7Zmtyqb3Vu2Zs8om/U9XaZmGz2ta7Z52Zrtomy2d9ma/bay2byyNfuMstmflq3ZlxXN/j/sUEJ9JQ2CAA==",
+      "verificationKey": "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"
+    },
+    {
+      "name": "set_admin",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "new_admin",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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",
+      "verificationKey": "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"
+    },
+    {
+      "name": "set_minter",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "minter",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "approve",
+          "type": {
+            "kind": "boolean"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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+      "verificationKey": "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"
+    },
+    {
+      "name": "shield",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "from",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "secret_hash",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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+    },
+    {
+      "name": "total_supply",
+      "functionType": "unconstrained",
+      "isInternal": false,
+      "parameters": [],
+      "returnTypes": [
+        {
+          "kind": "integer",
+          "sign": "unsigned",
+          "width": 120
+        }
+      ],
+      "bytecode": "H4sIAAAAAAAA/7WTwQ3CMAxFnbRNCEgswJEFisQAnYENKlFxRAIOjA8VsfoIhQuJL3Zj9/8fx7YiYuRllUxmvsTb6B3OuujbP82BKxdm88RoIlaAZhv9Ot7F5uXdr2b659DjTDw7vg1xBVxB3t9Qz6qkFwGx5sbebZCvZ/7R2nqmjndvCtydPB2+lWsJDTW0uLxa2hHDy2QVuFSHavLILTLrMImOO3iVKyD2OLNJnZcyM1tiFjhzar92gz3RXb3ezpf+NByG/mgAkY6yBQxjrps+O1dCazXn5VNitn6kuCbxoz0AWhdB9PwFAAA=",
+      "verificationKey": "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"
+    },
+    {
+      "name": "transfer",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "from",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "to",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
+      "bytecode": 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/WGHuh5xg7o8cZ+6XHGPunzzA3E+pa5a6Vqtrv7rmrWvo+t4BfS+CvgdD39Oh72XR98boe4L0PUb63ip9r5a+R80+0kL+TDbuDgHeTxLVl40cgtMAA182cqj1RL5sJMk+tZP0gKL7nQoUvansnpoG9xHpV3NNBSbUP301V7LjURE4ypFfp6XCL9j4p5nBPszy6T99ndbAWGUfpcWCX6c1MPbvX6eVqJ+t9nVa09I2AUw3A1EWumZ66NrJMsk0YJIflkYTdGgmnpYWzWSRLM7DmeCcDqwU6oSvYcW5HoPpxCuzGcAciGplNoNoZXaErMywTjqCYGV2pOMrM233kcxWZkcyWJmFD8K+lY1/phnsWZuxMmsdq+yj8MqsdezfV2aJ+tlqKzM9AAWWsbMSTPFJrswqJeZMYJLPYrKSOIohEx9FxMRHCxNjnXQ0ARMf4zgTa7uPYcbExwgT20eAiY81g31cqjLxsSEmPi4CJj4WmOTHAYNbO7lGZfPhQY1OcOQYUGE8nmjFBF8yzQaKL1wDajaDgJqDxogGqPcbc9LwAbqaSb39eOAsfwIwKZHjpxM8L1b5QPsHHZsnMEjwE6NijHhyBxlQ9MRx0pYn5Fa7YeIkIjHgZBEDsE46mUAMOMVxMUDbfQozMeAUBmJAqHatgH1XecPEqWaw526GGDAwVtlHYTFgYIzZDROnpgVvmJhrBUsYkP96skxyKjDJ56bRBB2aiU9lsmI4jWH54DSiFcPpsmLAOul0ghXDGY6vGLTdZzBbMZzBYMUQxkzZt43/TDPYZ6Vq+eDMUPngrARTPLp8cCYwyc9Kowk6NBOfzZCJzyZi4nOEibFOOoeAic91nIm13ecyY+JzhYkDfdv455nBPi9VmXheiInPi4CJ5wGT/DwgE3OtuwLHgAzj+QQYEwJNNqAukIBSFzAIqAvRGNEA9X7jwjR8gK5hUsg/HzjLXwRMyjVSyFcXMUjwi6NijHhyBxlQ9MQxf8sTcqsV8ucTiQGXiBiAddIlBGLApY6LAdruS5mJAZcyEANCNdVCYN9VFvIvM4N9+WaIAQNjlX0UFgPYFfIvSwsW8i+3giUMyH89WSa5DJjkl6fRBB2aiS9jsmK4gmH54AqiFcOVsmLAOulKghXDVY6vGLTdVzFbMVzFYMUQOpArhvARKB8sMIO9MFXLBwtC5YOFCaZ4dPlgATDJF6bRBB2aia9myMRXEzHxNcLEWCddQ8DE1zrOxNrua5kx8bXCxPYRYOLrzGBfn6pMfF2Iia+PgImvAyb59UAm5lp3BY4BGcYbCDAmBJpsQN2IA8q2kH8jg4C6CY0RDVDvN25KwwfoWiaF/BuAs/zNwKRcK4V8dTODBL8lKsaIJ3eQAUVPHLdueUJutUL+rURiwG0iBmCddBuBGHC742KAtvt2ZmLA7QzEgFBNtQjYd5WF/DvMYN+5GWLAwFhlH4XFAHaF/DvSgoX8O61gCQPyX0+WSe4AJvmdaTRBh2biO5isGO5iWD64i2jFcLesGLBOuptgxXCP4ysGbfc9zFYM9zBYMYQO5IohfATKB/eawb4vVcsH94bKB/clmOLR5YN7gUl+XxpN0KGZeBFDJl5ExMT3CxNjnXQ/ARM/4DgTa7sfYMbEDwgT20eAiR80g/1QqjLxgyEmfigCJn4QmOQPAZmYa90VOAZkGB8mwJgQaLIBtRgHlG0hfzGDgHoEjRENUO83HknDB+g6JoX8h4Gz/BJgUq6TQr5awiDBH42KMeLJHWRA0RPH0i1PyK1WyF9KJAY8JmIA1kmPEYgBjzsuBmi7H2cmBjzOQAwI1VSLgX1XWch/wgz2k5shBgyMVfZRWAxgV8h/Ii1YyH/SCpYwIP/1ZJnkCWCSP5lGE3RoJn6CyYrhKYblg6eIVgzLZMWAddIyghXD046vGLTdTzNbMTzNYMUQOpArhvARKB8sN4P9TKqWD5aHygfPJJji0eWD5cAkfyaNJujQTPwsQyZ+loiJnxMmxjrpOQImft5xJtZ2P8+MiZ8XJraPABO/YAZ7Raoy8QshJl4RARO/AEzyFUAm5lp3BY4BGcYXCTAmBJpsQL2EA8q2kP8Sg4B6GY0RDVDvN15OwwfoD0wK+S8CZ/mVwKT8QQr5aiWDBH8lKsaIJ3eQAUVPHK9ueUJutUL+q0RiwGsiBmCd9BqBGPC642KAtvt1ZmLA6wzEgFBNtRew7yoL+W+YwX5zM8SAgbHKPgqLAewK+W+kBQv5b1rBEgbkv54sk7wBTPI302iCDs3EbzBZMbzFsHzwFtGK4W1ZMWCd9DbBiuEdx1cM2u53mK0Y3mGwYggdyBVD+AiUD941g/1eqpYP3g2VD95LMMWjywfvApP8vTSaoEMz8fsMmfh9Iib+QJgY66QPCJj4Q8eZWNv9ITMm/lCY2D4CTPyRGexVqcrEH4WYeFUETPwRMMlXAZmYa90VOAZkGD8mwJgQaLIB9QkOKNtC/icMAupTNEY0QL3f+DQNH6A/MSnkfwyc5T8DJuVPUshXnzFI8M+jYox4cgcZUPTE8cWWJ+RWK+R/QSQGfCliANZJXxKIAV85LgZou79iJgZ8xUAMCNVUewP7rrKQ/7UZ7NWbIQYMjFX2UVgMYFfI/zotWMhfbQVLGJD/erJM8jUwyVen0QQdmom/ZrJi+IZh+eAbohXDGlkxYJ20hmDF8K3jKwZt97fMVgzfMlgxhA7kiiF8BMoHa81gf5eq5YO1ofLBdwmmeHT5YC0wyb9Lowk6NBOvY8jE64iY+HthYqyTvidg4h8cZ2Jt9w/MmPgHYWL7CDDxj2awf0pVJv4xxMQ/RcDEPwKT/CcgE3OtuwLHgAzjzwQYEwJNNqB+wQFlW8j/hUFA/YrGiAao9xu/phEEKJNC/s/AWf43YFL+IoV89RuDBP89KsaIJ3eQAUVPHH9seUJutUL+H0RiwJ8iBmCd9CeBGPCX42KAtvsvZmLAXwzEgFBNtQTYd5WF/L/NYK/fDDFgYKyyj8JiALtC/t9pwUL+eitYwoD815Nlkr+BSb4+jSbo0Ez8N5MVg3Y2qq+oVgw25niSh403zZopZMWQbJ/p/xtQdL/pwIClsjs9He4j0hVDOjChIiofIFcM4SNQPqhmnlS3Xkyp8oEegALL2OoJvIsuH1QDJnn1dJqgQzNxBkMmziBi4kxhYqyTMgmYOMtxJtZ2ZzFj4ixhYvsIMHG2eZKTqkycHWLinAiYOBuY5DlAJuZadwWOARnGXAKMCYEmG1B5OKBsC/l5DAKqBhojGqDeb9RIxwfob0wK+bnAWT4fmJS/SSFf5TNI8JpRMUY8uYMMKHriqLXlCbnVCvm1iMSA2tYyV8SAJPvUTqpNIAbUcVwM0HbXYSYG1GEgBoRqqqXAvqss5Nc1T+pthhgwMFbZR+wL+XXTg4X8elawhAH5ryfLJHWBSV4vnSbo0Excl8mKoT7QN1GtGOoTrRgayIoB66QGBCuGho6vGLTdDZmtGBoyWDGEDuSKIXwEygeNzJPGm7FiaB2r7CP25QM9AAWWsY0TeDfJFUOlxGwETPLG6TRBh2biJgyZuAkREzcVJsY6qSkBEzdznIm13c2YMXEzYWL7CDBxc/OkRaoycfMQE7eIgImbA5O8BZCJudZdgWNAhrElAcaEQJMNqFY4oGwL+a0YBFQBGiMa4IY9Tjo+QP9gUshvCZzlWwOT8g8p5KvWDBK8TVSMEU/uIAOKnjjabnlCbrVCflsiMaCdtcwVMSDJPrWT2hGIAe0dFwO03e2ZiQHtGYgBoZpqH2DfVRbyO5gnHTdDDBgYq+wj9oX8DunBQn5HK1jCgPzXk2WSDsAk75hOE3RoJu7AZMXQCeibqFYMnYhWDJ1lxYB1UmeCFUMXx1cM2u4uzFYMXRisGEIHcsUQPgLlg67mSbfNWDG0jlX2EfvygR6AAsvYbgm8m+SKoVJidgUmebd0mqBDM3F3hkzcnYiJewgTY53Ug4CJezrOxNrunsyYuKcwsX0EmNjfyKtUZeJ4iIlVBEwcBya5AjIx17orcAzIMBYSYEwINNmAKsIBZVvIL2IQUMVojGiAer9RnI4P0L+YFPILgbN8L2BS/iWFfNWLQYL3joox4skdZEDRE0fJlifkVivklxCJAaXWMlfEgCT71E4qJRAD+jguBmi7+zATA/owEANCNdWxwL6rLORvY5703QwxYGCsso/YF/K3SQ8W8vtawRIG5L+eLJNsA0zyvuk0QYdm4m2YrBj6AX0T1YqhH9GKYVtZMWCdtC3BiqG/4ysGbXd/ZiuG/gxWDKEDuWIIHwGBfDvzpGwzVgytY5V9xL58oAegwDK2LIF3k1wxVErM7YBJXpZOE3RoJh7AkIkHEDHxQGFirJMGEjDx9o4zsbZ7e2ZMvL0wsX0EmHgH82THVGXiHUJMvGMETLwDMMl3BDIx17orcAzIMO5EgDEh0GQDahAOKNtC/iAGAbUzGiMaoN5v7JyOD9D1TAr5OwFn+V2ASbleCvlqFwYJvmtUjBFP7iADip44dtvyhNxqhfzdiMSAwdYyV8SAJPvUThpMIAbs7rgYoO3enZkYsDsDMSBUUx0H7LvKQv4e5smQzRADBsYq+4h9IX+P9GAhf4gVLGFA/uvJMskewCQfkk4TdGgm3oPJimEo0DdRrRiGEq0Y9pQVA9ZJexKsGPZyfMWg7d6L2YphLwYrhtCBXDGEj0D5YJh5MnwzVgytY5V9xL58oAegwDJ2eALvJrliqJSYw4BJPjydJujQTLw3Qybem4iJ9xEmxjppHwImHuE4E2u7RzBj4hHCxPYRYOKR5sm+qcrEI0NMvG8ETDwSmOT7ApmYa90VOAZkGPcjwJgQaLIBNQoHlG0hfxSDgBqNxogGqPcbo9PxAZq2mCaT0IX8/YCz/P7ApESOH9dC/v4MEvyAqBgjntxBBhQ9cRy45Qm51Qr5BxKJAWOsZa6IAUn2qZ00hkAMGOu4GKDtHstMDBjLQAwI1VTHA/uuspA/zjwZvxliwMBYZR+xL+SPSw8W8sdbwRIG5L+eLJOMAyb5+HSaoEMz8TgmK4YJQN9EtWKYQLRiKJcVA9ZJ5QQrhgrHVwza7gpmK4YKBiuG0IFcMYSPQPlgonkyaTNWDK1jlX3EvnygB6DAMnZSAu8muWKolJgTgUk+KZ0m6NBMfBBDJj6IiIkPFibGOulgAiae7DgTa7snM2PiycLE9hFg4inmySGpysRTQkx8SARMPAWY5IcAmZhr3RU4BmQYDyXAmBBosgE1FQeUbSF/KoOAmobGiAao9xvT0vEBWo1JIf9Q4Cx/GDApq0khXx3GIMEPj4ox4skdZEDRE8f0LU/IrVbIn04kBsywlrkiBiTZp3bSDAIx4AjHxQBt9xHMxIAjGIgBoZrqBGDfVRbyjzRPZm6GGDAwVtlH7Av5R6YHC/kzrWAJA/JfT5ZJjgQm+cx0mqBDM/GRTFYMs4C+iWrFMItoxXCUrBiwTjqKYMVwtOMrBm330cxWDEczWDGEDuSKIXwEygfHmCfHbsaKoXWsso/Ylw/0ABRYxh6bwLtJrhgqJeYxwCQ/Np0m6NBMfBxDJj6OiImPFybGOul4Aiae7TgTa7tnM2Pi2cLE9hFg4jnmyQmpysRzQkx8QgRMPAeY5CcAmZhr3RU4BmQYTyTAmBBosgF1Eg4o20L+SQwC6mQ0RjRAvd84OR0foBlMCvknAmf5U4BJmSGFfHUKgwQ/NSrGiCd3kAFFTxxztzwht1ohfy6RGHCatcwVMSDJPrWTTiMQA053XAzQdp/OTAw4nYEYEKqplgP7rrKQf4Z5cuZmiAEDY5V9xL6Qf0Z6sJB/phUsYUD+68kyyRnAJD8znSbo0Ex8BpMVw1lA30S1YjiLaMVwtqwYsE46m2DFcI7jKwZt9znMVgznMFgxhA7kiiF8BMoH55on8zZjxdA6VtlH7MsHegAKLGPnJfBukiuGSol5LjDJ56XTBB2aic9jyMTnETHx+cLEWCedT8DEFzjOxNruC5gx8QXCxPYRYOILzZOLUpWJLwwx8UURMPGFwCS/CMjEXOuuwDEgw3gxAcaEQJMNqPk4oGwL+fMZBNQlaIxogHq/cUk6PkCzmBTyLwbO8pcCkzJLCvnqUgYJfllUjBFP7iADip44Lt/yhNxqhfzLicSAK6xlrogBSfapnXQFgRhwpeNigLb7SmZiwJUMxIBQTbUC2HeVhfyrzJMFmyEGDIxV9hH7Qv5V6cFC/gIrWMKA/NeTZZKrgEm+IJ0m6NBMfBWTFcNCoG+iWjEsJFoxXC0rBqyTriZYMVzj+IpB230NsxXDNQxWDKEDuWIIH4HywbXmyXWbsWJoHavsI/blAz0ABZax1yXwbpIrhkqJeS0wya9Lpwk6NBNfz5CJrydi4huEibFOuoGAiW90nIm13TcyY+IbhYntI8DEN5knN6cqE98UYuKbI2Dim4BJfjOQibnWXYFjQIbxFgKMCYEmG1C34oCyLeTfyiCgbkNjRAPU+43b0vEBmsOkkH8LcJa/HZiUOVLIV7czSPA7omKMeHIHGVD0xHHnlifkVivk30kkBtxlLXNFDEiyT+2kuwjEgLsdFwO03XczEwPuZiAGBGuqFXFg31UW8u8xT+7dDDFgYKyyj9gX8u9JDxby77WCJQzIfz1ZJrkHmOT3ptMEHZqJ72GyYrgP6JuoVgz3Ea0YFsmKAeukRQQrhvsdXzFou+9ntmK4n8GKIQQZuWKo1LmN/wHz5MHNWDG0jlX2EfvygR6AAsvYBxN4N8kVQ6XEfACY5A+m0wQdmokfYsjEDxEx8cPCxFgnPUzAxIsdZ2Jt92JmTLxYmDjQuY3/EfNkSaoy8SMhJl4SARM/AkzyJUAm5lp3XZLuPsZHCTAmBJpsQC3FAWVbyF/KIKAeQ2NEA9T7jcfS8QGax6SQ/yhwln8cmJR5UshXjzNI8CeiYox4cgcZUPTE8eR/SciSKvuKrJD/JJEY8JS1zBUxIMk+tZOeIhADljkuBmi7lzETA5ZFIAagMTeJETHBf8Wpqv6zPRZPmyfLN0NYWJ9g7MLCwvrYvwsLifrZasKCHoBTLWP1QMwKXTMdfO2ngRPGM5vdV+H48UXlvUp69S4pLlV9intPKK0o6jO+qEIV9i4fWzK2cEKfqNjyGSK2fFbYEuukZwnY8jnH2VLb/RwRW6KXyssNVnS/+c7s3avGiYyl54F7d+T4+cSk8R0VCx5oLaTJf4mhf9l6IUluOZOt6ws4nEUaW2ZsE4Hpvv/2zo1i/zvrY4X32ovpiQknkX3x5A61goi4XxLixjrpJQLiftlx4tZ2vxzxNjfZcXgZvM2tFat8uDwJJIAL6rtwLGHf4wj7Hk/Y9wTCvgl/naCwQsdwTizxgblG5ViUfqVfzv0i+5b8k36l3//WL4++C5niLg5s3NBrXKTgYJc+fKArvf5f8dqrXnvNa6977Q2vvem1t7z2ttfe8dq7XnvPa+977QOvfei1j7y2ymsfe+0Tr33qtc+89rnXvvDal177ymtfe221177x2hqvfeu1tV77zmvrvPa9137w2o9e+8lrP3vtF6/96rXfvPa71/7w2p9e+0uLD15b7zW9S07zWrrXqnmtutcyvJbptSyvZXstx2u5XsvzWg2v5Xutptdqea221+p4ra7X6nmtvtcaeK2h1xp5rbHXmnitqdeaea2511p4raXXWnmtwGutvdbGa2291s5r7b3WwWsdvdbJa5291sVrXb3WzWvdvdbDaz29pjdK+saAQq8Vea3Ya7281ttrJV4r9ZouhWzjtb5e6+e1bb3W32vbea3MawO8NtBr23ttB6/t6LWdvDbIazt7bRev7eq13bw22Gu7e20Prw3x2lCv7em1vbw2zGvDvba31/bx2givjfTavl7bz2ujvDbaa/t77QCvHei1MV4b67VxXhvvtQleK/dahdcmem2S1w7y2sFem+y1KV47xGuHem2q16Z57TCvHe616V6b4bUjvHak12Z6bZbXjvLa0V47xmvHeu04rx3vtdlem+O1E7x2otdO8trJXjvFa6d6ba7XTvPa6V47w2tneu0sr53ttXO8dq7X5nntPK+d77ULvHah1y7y2sVem++1S7x2qdcu89rlXrvCa1d67SqvLfDaQq9d7bVrvHat167z2vVeu8FrN3rtJq/d7LVbvHar127z2u1eu8Nrd3rtLq/d7bV7vHav1+7z2iKv3e+1B7z2oNce8trDXlvstUe8tsRrj3ptqdce89rjXnvCa0967SmvLfPa015b7rVnvPas157z2vNee8FrK7z2otde8trL1TbNW6c3/t9Zr61qm9dqxja95u/n863X/L/XsF7z/55nveb/Pdd6zf67f/b/nm295v89y3rN/3um9Zr/9wzrNf/v1a3X/L9Xs14LC3051t/tsrD/91jo+vooM+d4UocqJBAW49rm+pYdsZC92o95CV7XWOpisaiwgFlmPfavZWOp7RCWfIew5DqEJcshLNUdwlLLISw1HMKS4xCWTIewVHMISx2HsNR0CEueQ1iyHcKS4RCWtK2MJSdWuVCbE/q7f65nHttr4/ohm/RrDcxje62dnuC6/hxSz3rN50R7Dej7y+9XP7+x/qa/NzKv22tis0UIrJ2bmMf2Grup1af/WjPzODOBTY2s13yMja3XfFuaWK/5Nje1XmtoHjdLcF07Jvz/U2bO8eSODTFhX6fMeu5fK9fC0MwBLBkOYcl2CEueQ1hqOoSljkNYqjmEJdMhLDkOYanhEJZaDmGp7hCWLIew5DqEJd8hLLUdwpKeAEsTJBYVj9vrx5iFyT7KrMdNLCyNkVi8Q/fZCNyn7qO5hd+31ceeZ/29kWVbcyyODT5vHAuOqf+8Od11N9jf4l/sb5EAR4sI7W9Bd90N9rf8F/tbJsDRMkL7bXyCVbD+f8TaSLCSYG3OCKvklmAVrDRYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYt/acBb9u4djCnNB19ZEWel4WqzxWGksrJBbv0H0UWNfycfnXybP+bsdNARbHBl+0CtnvPy+wXhesglWwClbBKlgFq2AVrIJVsApWwfqfDsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAWrYBWsglWwClbBKlgFq2AVrIJVsApWwSpYBatgFayCVbAKVsEqWAXrVsSaZ/093cLSigBLLIQllmBc/KOeQ1hqO4Ql3yEsWQ5hqe4QlvoOYWnoEJZaDmHJdAhLNYew1HEISwOHsNR1CEtNh7BkO4QlwyEsaVsZS46FIWa95v893XqtwDyuZr3W2jyubr3WxjzOsF5ra9npv9bOPM6yXmtvHmdbr3UwjxtYr3U0j+tbr3Uyj+tZr3U2j+tar3Uxjxtar3U1j/Ot17qZxzWt17qbx02t13qYx42t1/xxs8fZH7cC6zV/3Fpbr/nj1sZ6zR+3ttZr/ri1s17zx6299VqOedzBei3XPO5ovebHZSfrtRrmcWfrNX+Muliv+WPU1XrN5/Fu1mv+Grm79ZrPJf44avv/aLDp7/577VjskaAf/7GdU/61y8w5ntyxIafs65RZz/1r5VoYujuAJcMhLNkOYanpEJa6DmFp4BCWOg5hqeYQlkyHsNRyCEtDh7DUdwhLdYewZDmEJd8hLLUdwlLPISzpCbB0xWIptNf7MQuTfZRZj7taWDojsah43N6jbA6WzhaWTkgs3qH77AjuU/fRwcLv2+pjz7P+3tGyrQMWx4b46xQLjqn/vAPddTfY3/5f7G+fAEf7CO1vT3fdDfa3+xf72yXA0S5C+218glWw/n/E2lGwkmDtwAir5JZgFaw0WGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWGV+pcEq86tgFayCVeZXGqwyvwpWwSpYZX6lwSrzq2AVrIJV5lcarDK/ClbBKlhlfqXBKvOrYBWsglXmVxqsMr8KVsEqWLf2nJVjvdZtK2PJszB0ocKi4vG8BNcmsLkwJ2SzPtJCz8usx7ZP2prHnSx8bbD4NvikbQiL/9y/lj1WHQix5CW4th6HOuaxn9PVvfZivU04ukJxFMb1mHS37JxtYfCvVc16zxv1NuF6xTzOtd7bzbKlS6gf/Vq6eez/LYvErnhpzMKcnsAmfXS2HvcwZ///5FoYO1uv+Y/9GNHjZ89ps6z31Lbe08HCkmb17f/fatZ7PrTG+Nr6m/qOeowyLVtA11Qxy3b7+rYvOliPfb/4/yfXGjM7P9tjcRaGcfg421uvtU2As4OFs13ofQTzSFEYh4+zjfVaQQKcbS2crUPv0zhbYXEWh3H4OFtZr7VIgLPAwtky9D6NszkWZ68wDh9nc+u1pglwtrBwNgu9T+NsgsXZO4zDx9nEeq1RApxNLZyNQ+/TOBticZaEcfg4G1qv1U+As5GFs0HofbnWY3sNVw+LXek+eyL79NZimgPrxoJHVWuknpZ9CmvfBu4vtPovs65hX7cIPK72ddNM86/hv17NelzTCpCiTQ83xoCPWcdFPMH77Md1Q/8nz/p7nNhmZeEos57719J8X82yNZ4Ad3cLt//3ehbuOBK3ideeseBRVbzaY1iIxBL/X7wWWf2XWdewr1uMva6yr+vHq38N//Vq1uNWlg+LNz3c6EMfs45XleB99uOeof+TZ/1dEdtcaOEos57719LxWt+yVSXA3cXC7f+9o/U+O8bD6214DJl4tnHqo6p4tudH8BhviOdeVv9l1jXs6/bGXlfZ1/Xj2b+G/3o167GyfNx708ONPvYx63guSvA++3E43vOsvxcR22znVZn13L+WjucO/8A1Pu64hdv/u6192Tnjv9eOZ2gMmXi2ceqjqngutrCAx3hDPJdY/ZdZ17CvW4q9rrKv68ezfw3/9WrW4+0tH5duerjRxz5mHc+9ErzPfhyO9zzr772Ibbbzqsx67l9Lx3OpZWuvBLhtXvH/3tp6n50z/nvteIbGkIlnG6c+qorn3hYW8BhviOc+Vv9l1jXs626Dva6yr+vHs38N//Vq1uO9LR9vs+nhRh/7mHU8lyR4n/04HO951t9LiG2286rMeu5fS8fzrpatJQlw27zi/72l9T47Z/z32vEMjSETzzZOfVQVz6UWFvAYb4jnvlb/ZdY17Ov2w15X2df149m/hv96NevxRMvH/TY93OhjH7OO5z4J3mc/Dsd7nvX3PsQ223lVZj33r6XjebRla58EuG1e8f/ezHqfnTP+e+14hsaQiWcbpz6qiudtLCzgMd4Qz9ta/ZdZ17Cv2x97XWVf149n/xr+69Wsx0dZPu6/6eFGH/uYdTz3TfA++3E43vOsv/clttnOqzLruX8tHc+HWrb2TYDb5hX/742t99k547/XjmdoDJl4tnHqo6p47mdhAY/xhnjezuq/zLpGv9DrwOsq+7p+PPt9+69Xsx6fWT/x2Pg+9jHreN42wfvsx+F4z7P+Hs5ttM39Q5jC/tTxPMeyddsEuG1e8f/u69U6tny/2Tr1tgS2/FNubmvh6xbCDsdi7jUIXzvXes2um9rjOct6T0dr/MLzajhHZsUS58gApF1mjMssDGnWNezc8V/LiAXzyNdoq1nvucLEVr6xdUBojLQdAwns8K/j9+s/969l3wPRnxBLXoJrE9e8N2zxfQ1dH+Gat30PRncLk30PRg4W04b7ZrJjwaMqDvKvr7HkYrFs4MM801e2dZ0a2OtsiMO8kH3+c/9aeRaGXEIseQmuTXCdwpyQzfqoys82lppYLEUaS/5/wFLTwlILi2WDTFrbupaPy79OnvV3Ow5qY3FsiMlaIfv95zY+wYrHmhPCtTWx2PNBPh2WorwE1ya4TmFOyGZ9VJXrNpa6YJttft0cLHUtLOD7O+K6z/rgPnUfDSz8vq0+9rxY5ftZMq3XyjA4NsR5vVhwTP3nNj7BiseaY71WaytjseeYOnRYNsxlicYhMxb0iV5Lf26eaPz2umK29f5q1tl/z3kNNvXxlbVHyMfasmG+9K/pH1XNUTZHgNfjG+bLGv8Bi83j4H1KnICbNsyXNh/4tvrY86y/27xUB4tjQy7lxIJj6j+38QlWPNYc67WaWxlLnoWhBh2WDfNl+NoE1ynMCdmsj6rmDxsLeL1V9F/vfbXva0Sv0wg4cMNcZt/X7NvqY8+z/t7Asg18z/WGOK8fGlP/uY1PsOKx5liv5WxlLPYcU5cOy4a5LHxtipzVtmSZvuz1ZIFxuh4Tey0223p/hjlXs95TZK0n25rHudbfbe3R1iT91/y1Vi3rNZ9La1qv2Tznn31/5Fuv+fOdzdX2Zx781/wYt7UTf9zta6Wbx3Wt1/x1dT3rtermsR23/nglWsv71/I/u0ehk/4XbdIeL3+cCHWbDbmXG8LiP7c1JB9DdTosffISXJtKQ7Jt1sfmaEi23mPvTcC60gaf1Alh8Z/717LHKoMQS16CaxNcJ57I5qwE10XrZmmx4DquzBpP/1q2NpH5D/6g0kT8eSwjhMO/VjXrPXuYF/NjNNwYs66VbvnHXs/Y97+E52Idr41C7yP4PKEK4/Cvb3+esFkCnI0tnE1D7yP4fGZhGIeP0/58ZssEOJtZOFuE3qfjwR/j0daa4GxrTeD3b+9PwT7YsD+ybdNHVXNsEwtLIyyWDTlur+XKrGvY16XI34aW7WnWNfzXq1mPp1iisK0P+/6yP0faOMH77MfNQv/H1pQbE9tsf0a2zHruX0vH41gLbOMEuLMs3P7f/ZzUseX7zY7hxgS2NAnZ0iSE2dZYmtFh2bAvCV8713rN3p+B82dDLts+0kdVuWx/BhutS9ic6OdygwTXRX9+2r6un8v+NfzXbS4+2Ypvu67h+8v/s/ZhwwTvsx+Hc92uTzQkttmeU8qs5/61dC4fZb0p0VrAzmX/7z5v6dhqZD32baHQGP5pXkqkMTSmw7Ihl8PXtjma4r4g3Ye9D/V9Yu83/dfsvV6BhcmV2pRdR7Lnf3C9akPM1Ahh8Z/717Ln/3Q6LBv2xuFrE1yncEtrdLY2b9caKPSKf6p72HqFj6EaIZa8BNemqCsmsjkzwXXB9ZYN160duq4/nv617H175j/4g4qb/L13RgiHfX+y/57bQntjsJ67YW/sXys9VvleAX3Y3BjWM+3vhrE5HbyWU2Ec/vVtbmySAGdDC2fj0Ps0zqZYnIVhHD5O+3uCmifA2cTC2Sz0Ph0P/hg/bO2Nf7H2xn7/tjbu92nfQ4xeE9jrIP+oat6lrE0k0rsS1UQodE9bc7Nz3M5p//Hz1rrT1vB8H9q6U4ME77MfNwr9nzzr7w2Ibf6n2pd/LR2jj/2DNhDWMRLt8+2ain0/KqXe4fcbrmXa96MS7hOLEtVR7b2WXefy/27nN8X9Araf9bG59wtQ8npYz7avC75PX9nX9fPbv4b/ejXr8adWoNv7hHB9UPuwboL32Y/rh/6PvW6vS2zzP9Vy/Gvp/H77H+YyH7edP/7ffX77p3s0Kednv996Icz2PZr16bAE7tG011D+a3YuU9x7Zfso27quXbOuHcJn73dtfOB9tbLzyu/Xf+5fy/48Um1CLHkJrm2vuSiuGQvZnxm6vl3/t3Pwc+s+XPD6rtC+18E/Nmd9Z68L7XUIhdb9T/qYrXWH79eAYzGfu010bf+wdRb0/mhzdG0bSwOHsOQ7hCXXISxZDmGp7hCWug5hqeUQlhoOYSGs6/1nLJkOYanmEJb6DmGp5xCWOg5hqekQljyHsGQ7hCXDISxpWxlLTqzy/sDeC6Rbr9k6n3+2dXD/tbC2bd+jZdeBfb3c3i/59fqa1mv+PWe1rNf830BIdO+2bZs/f9vY/bWRfU+LHxP2vT8+D9n6h7/Ga2695se2fa+BP0Ytrdf8MfKx62ue0LiynekJ7LT78R/bseNfu8yc48kdG2LHvk5ZrPJvSeRaGFo6gCXDISzZDmHJcwhLTYew1HEISz2HsNR3CEs1h7BkOoQlxyEsNRzCUsshLHUdwlLdISxZDmHJdQhLvkNYGjiEJT0BFvBnZDZ8Dt3+HIm/7m5u4fAx2fffg+9H2lAzt3EUWNcl/G20Sp9l8u2393f+9e29VN3QOOl55sqGm3BiY+Z/v71px8FsC4N/rWrWe65vuAnX1Q032RK+Z8Pe89o1sfCeMovErnjALn0UJLArLRb8Hb8C6/80s2z333OLZfuQxpv+Hxh7r1gsuHcN4yaI1w337dn35fn922No1xkT5XMEv+Wnwjj869v3L7VOgNP+DFZB6H0aZxsszg3xZ+NIs67bxnq9TQJb7PszKX4f2f6tTh+bfZRZj+3fau6AxbLh3qr2/wFLBwtLRyyWDd/F0gncp+6js4Xft9XHnher/Fu+mTH8792mxYK/d1ZmPbfxCVY81hzrtbZbGYv9e9/t6bBsuMcr0TjUC/lE8+ir1tqmJRiHPef6a5uwLlTNes+4xptwvWmtbfw52vYfGOuGucL+zd82IZw2b9nrAOjaQ/1vHsTuBQrjdl3D1vkbJnjN5nZ9bO69Vj5PFVhjA+aruJ1j/v23HUJYCHgkkNv+/bf+Nezfbvcff9dw03vtXPvbGid7DeznaLp5T6cE72lvPbb7+ac52fejPz72nGz31e5f8FHNlR0srGXW884Wnk+suQm9DrPHtLrp14+hdnS2x+2Y8GM47Bf9eheCMbd/dyPNuob/ejUbmzURdNn0cGNc+Zjt37j336fng0R5SWFTB8umMut5F+v1f3qPnS+JbOxg2dgxwfuqGpc86+8dN/M69v+xY5Bi3Gzby6zn/rV0Tvxg5R96Lrc/19HBumZOo03XxO7rlQprLWUWhkRayzBrPZJPhquyVqJ/z6YghItAI9ywl7c/K+iveRJphITfM7NB+2iYAIetGfjXt+eTtmAcOSEc+qhq/eNf317/2PjaY/Epm6/9fv3n/rXsz2+1JMSSl+DaBNcpzAnZrI+qfOJf3+Ygey4F6xZVrmXs/XCidRUaS16CaxNcpzAnZLM+qvKJ/Vte/vrC1pIo1pedQlj85zY/+xiaEGLJS3BtgusU5oRs1kdVPrGxgNcXG7i9q+nLXut2A49tmnUdv1//uX8te/y7EGLJS3BtgusU5oRs1kdVfvavr/+f/1tmXS18PcDjkBYL/rZamfXcv5Y9Vl0IseQluDbBdQpzQjbroyqf+NfX/6+nedzdwhcHj0OadR2/X/+5fy17rLoQYslLcG2C6xTmhGzWR1U+sbEoLJYN82Gh6aundZ0i8NimWdfx+/Wf+9eyx18RYslLcG38dQorYtZ19D4tO3TNatbfT2+06X37Wfs57BzdZ0P9uEcCTN0sTP7fDzA4/N//9F+n1k386/j9+s/9a/3TPgKNJS/Bte1xoNZBNmccEq3dox6HDg6MQ6L1ctTj0MmBcfAxNN2K49DVgXHwMTTeiuPQ3YFx8DGkb8Vx6OnAOPgYWkc8Dppj72tUeUxsDqXYe/7TmNh7z0QcSrH3DF/7nzh0a41DIg6Nehw6ODAOiTg06nGg1mQ2ZxwScWjU49DVgXFIxKFRj0N3B8YhEYdGPQ49HRiHRBwaxTjYHGrf60T4PT2lug+/1qj9Hv5OVYr7l+F1Q/U/fcevWfrH5tQNCeplcbse5de42ye4LmUdzL+/xL+G/3o16/Fy6/4S+/6IAnP2Mdv3l9jvsx+3Cf0f+/5H6tqfff90WazyvbA6rx6xbG2XAHdzC3eiOjL43qcNsp99D3rzBGMFvd/D5MiW3muOvi/cvv/Fz5FEdUnK+27C92D5r1ezHr/zD/dg+XHjY96c+5Pah/5PovuTqO878/sN1+N0jrz0D/NBeO6yc9u+Z6aD9dh/rx3P0Bgy8Wzj1EdV8UyoW8XtOqgfz10SXJey/urHs38N//Vq1uNvLB932/Rwo499zDqeOyd4n/04HO951t87E9ts51WZ9dxeS62ybO2cAHei+3Lt+8/tnEl0Hws0hkw82zj1UVU8E9bS43YN2Y/nbgmuS1m79uM5vEeqZj3+2/Kxvbb3fexj1vHcNcH77MfheLfX6NT1ejuvyqzndg3rB8vWrglw27zi/92+t9DOGf+9ZLqUCt6D4h+bc58EwRjH7fq7H889ElyXsu7vx7N/Df/1atbj2tYHpuObHm70sY9Zx3P3BO+zH4fjPc/6O/W9Dv+0z/avpeM5w7K1ewLcifR9+zc07JxJdM82NIZMPG/JPSYEY7whnu17B8qsa9jXLcReV9nX9ePZv4b/ejXrcRvLx/Z9Eb6Pfcw6nnsmeJ/9OBzv9v0NPYlttvOqzHpu3/fQyLK1ZwLciTQm+/sR7Jzx32vHMzSGTDxv6f054DHeEM/2PSpl1jXs6xZjr6vs6/rx7F/Dvn/Ff1xsOax408ONPvYx63hWCd5nPw7He571d0Vs8z/do+RfS8dzZ8tWlQC3zSv+39Ot99k5k6gOBo0hE882Tn1UFc+FFhbwGG+I515W/2XWNezr9sZeV9nX9ePZv4b/ejXr8U6Wj3tverjRxz5mHc9FCd5nPw7He5719yJim+28KrOe+9fS8dzXsrUoAW6bV/y/tzZn+/5BW4/fWvcPNghhh2Mxv2UQvjbx975sMMfWlMLf+2J/P1BLC9OV1ud9/+nzZXa9F/05Lvt7dDJCOOzfcPPfM9KMof/9XLYWHP49L/szYHb9AKxJb5iz2lo2ZFvXbWfZ4L/nAMsGgjqKsvH4/fpjYn/GqH5obOzPMNp1NLsvO8b870Ow60f29wCFvy/X9of/Pm0/xe/Q2zj0URWf2fENrtnF7c+9+XnVMMF1KT9v5/OZfw07Jv3HR1hzvF3rKDBn+7cgGyV4n/04/L1KedbfGxHb/E+/RWd/Xv5gy9ZE3wdVz8Lt/92+94fi9zltvaleCJv92U7CeazK8WtnjUnb0HgRYAn8ll87axz8sfHHK/w9MHlIHIVjC3Wf+eA+tR01YsGjqvnJv352bNP9+BPLZ+wxdUb59DTr//t9XmM2E7lWH/b+opr1f6oneC0jwWuZCV7LCr3mY/SPHOtxnvX/ckM49ftqmtfs76T3Mft/y4pVHidoEqaF+iyK9y4uLi8pLFdFamy8sM+40l7x4l7jepeqUtWrtNeEwtKiovLS4tKSPuP6lMT7qOKiclXRq09RhelUG7AyHd9vrcU4gkpkdzy5Q2mbXyewuzbYbv9IB9sP9I+qTezrZH2yIp0mxusxiPE3CeyuzyTGgf5RSJt9svJJ6ZX0/3051Kvm/Jo562Ol96ZXqm0iOH+M3jTv0X/33/uq9/g1m+kSjGmyvn8rHdfX69Vw/qkWS0C8MXxOvZGOjQP/eMPyW/WQ72Kx4A+LoW2Kha4THseasYgXNfHkjg1OeqMavt83q+GCn8ruN6vBfUS3AKuGJ6e3qm2difpt703vVDFRv21N1O96j99L8N7XzXvfNe/VE8H73uMPiCd1ZFx/CJzU/8v4f+S9aVUV4/+RNf4fe48/qWL8P7bG/1Pv8WcJ3vuGee+n5r0a4+feP18YsBRzz/sE+dLI8UWsjqfPCexuTLSIrQbG+SUwn4C+Vo0djxu9UH2VIG6aOW635tQvCexuziRfvgLmC9DXqrnjIonmtbcJxIJWjueLtvl9ArsLmIgkQP+oAgZCIEWMt2UQ4x8S2N2OSYwD/aPaEQqB7/j7P3N+L33TnuVr702rE+xDPjTv+dra33zjPV5DvGf8CCgEfstQCPyASAhcK0Ig1klrCYTA7xwXArXd3zERAjU5fUuwYVlXbetM1N97b/qhion6e2ui/tF7/FOC975v3vujJUT97D3+hXhSR8b1r4RCYFXj/5v3pt+rGP/frPH/w3v8ZxXj/4c1/n/pxwne+4F571+WELi+Wmzj7E0x9/xMkC8dHV/E6nhaT2B3JybCRlp13FgCfa2oxg8ucFTf4r7iob4iW2SmV8dy2MbYrL7psSwyk+xTO0kPKLrf6tVxwU9ld/XqcB9VOQnEkzsCYxpP8tDBaycNFeaV6TRjm6TfVPgFeywyTFxkWvGRYY2P/1795/UJxi7Nepxu3pNexXvS/qEf+/5e//+TTjC+cXoAHrWMzbQCLwwIde0M4ISRVUVfpSXl4ypKiovGxosrxnn99K4oLxpb2EdVlBZ53RcVq3Fjy+MTiseV9C7uXVpREo+KLbOI2DJb2BLrpGwCtsxxnC213TlEbIleKmcarOh+u0a01Yr/xyOMExlLucBtW1dw7UFPYhrfgFjwSHY8w7hXbnmtoNLWC0lymdVp4hGdN3kMt655RGRcQ8gY66QaBGSc7zgZa7vzIyLjeHLHhvoIBdaotq/JTLIVgaM8su1rTTPetTZj+zowwdiFt68DY/++fU3Uz79uXymCDdTXxhVGzeqbjE03g0q94gDaoWoBJ7PasGSoqPDHs7Y1nhTxkEmwE+ju1p1ilVZJ2u6aBHb3cPwOOW13LQK7ezq68wsTDHLesGM82fGLOzp+oUMB41sBY0bFI7pTMVk/1wRyTR2g8qD7oOCWOtVp5jCkrynqOV8R3MhQl4maUY8JzvpMcDZggrMhE5yNmOBszARnEyY4mzLB2YwJzuZMcLZggrMlE5ytmOAsYIKzNROcbZjgbMsEZzsmONszwdmBCc6OTHB2YoKzMxOcXZjg7MoEZzcmOLszwdmDCc6eTHDGmeBUQJy6iN7aawWmP61Zaj1Qa21ax9IakdZftLahdQO9J9f7Xb2X1Ps0vQfS+wu9dtfrYr3m1Os5vVbS6xDN8Zo/NTfpeV/PqXq+0nOBzjMdwzo+9Nir6rEY5bgVMvFvEbBOoP3bJrapLqLHoIh4nIuBNZOo7o4rJro7rpfcHYd1Ui+Cu+N6AwOWyu7ejO6Oo8Ca4h/uqoTTHosSM96lm3F3XOsEYxe+O6517N/vjkvUz/+Lu+P0YBZYA1davfIs6fLdcaXAyaxPdfz49qkeDCTkOOrkpfg+sV4M7hIrIbhzozcDu0sJ7C5hcncXMC4V0NeqhMlXUGzDcKeyDdFOpa/sVLBO6kuwU+nn+E5F292P0U6ln+xUNhwJ4JLsVLY1491fdipbfvgDtW1op9Kf2U6lP3Ay245gp7JdFTsVxMp1W4KVa18GK/b+BHb3S8EVO9DXCjl+evJuE6t8oP2DnqP7V3cfYxlRDQuekAOARSyuATWAQUANRGNEA9S61kACxtiOCWOUAVdJ2wOTcjsGv7GwPUHc7FAdy5T29iSGHQOySWMHBhPbjq5PbB+l/++HIeDM63hibvhueYLEHMjke6N3Ak7CQF+rgUw+km1LEMn2NQjoC4pcoSKxnau7T947Edi9o+NzoyatQQR278RkbtwFmI9AX6udFrNZ9G0spqFjc2cGi75dqtPEOTwhd01+V1cY9TdI7kpUed5NKs9YJ+1GUHke7HjlWds9mKjy7B+UYxpP8mBYdVYJ4Cbb98ZvkbTHYncTF3tsRtW5TYKxC1ed28T+veqcqJ+t9uMHu1ffBDDdDERB6JoOfcd0JYbbHTj57FGdJoDRK4QhTD6tNBT8aaW2sU3JocdgKPGnlfZkeA/gnkQrsb1kJYZ10l4EK7Fhjq/EtN3DmK3EhkWwEqMcD3DfgXv2hhtf7u36PXvoQfCNGx66z27v6rFKB1rkHg5M8r2ZrCT2YcjE+xAx8QhhYqyTRhAw8UjHmVjbPZIZE48UJraPABPva3y5X6oy8b4hJt4vAibeF5jk+4HvHWpb2XznSzT7VXcf4yguZaTR4LtsOQbUaAYBtb/rN6Pp/cb+BDce7MLkLttRwFn+AGBS7sLnxgOy5DmAQYIfSMUY6OUM8u65MY7fPUf1wx5jmQgq4xgKKuOIBJXxIqhgnTSeQFCZ4Ligou2ewExQmcBPUKG4MWRj3zb+cuPLilQVVMpDgkpFBIJKOTDJK5jczDGRIRNPJGLiScLEWCdNImDigxxnYm33QcyY+CBh4kDfNv6DjS8npyoTHxxi4skRMPHBwCSfLEq0Ao4BGcYpXEobh0hAqUMYBNShrpc29H7jUILSxm5MShtTgLP8VGBS7ialDTWVQYJP48IYhzHcZB9GtMk+XDbZWCcdTrDJnu74JlvbPZ3ZJns6v012IWHfgU32DOPLI1J1kz0jtMk+IoJN9gxgkh9RnSbo0Ex8JEMmPpKIiWcKE2OdNJOAiWc5zsTa7lnMmHiWMLF9BJj4KOPLo1OViY8KMfHRETDxUcAkPxrIxFzVSeAYkGE8hot4cazI3epYBgF1nOtyt95vHEcgd+/ORO4+BjjLHw9Myt1F7lbHM0jw2VwYYw7DTfYcok32CbLJxjrpBIJN9omOb7K13Scy22SfyG+TXUTYd2CTfZLx5cmpusk+KbTJPjmCTfZJwCQ/uTpN0KGZ+BSGTHwKEROfKkyMddKpBEw813Em1nbPZcbEc4WJ7SPAxKcZX56eqkx8WoiJT4+AiU8DJvnpQCbmqk4Cx4AM4xlcxIszRe5WZzIIqLNcl7v1fuMsArl7CBO5+wzgLH82MCmHiNytzmaQ4OdwYYxzGW6yzyXaZM+TTTbWSfMINtnnOb7J1nafx2yTfR6/TXYxYd+BTfb5xpcXpOom+/zQJvuCCDbZ5wOT/ILqNEGHZuILGTLxhURMfJEwMdZJFxEw8cWOM7G2+2JmTHyxMLF9BJh4vvHlJanKxPNDTHxJBEw8H5jklwCZmKs6CRwDMoyXchEvLhO5W13GIKAud13u1vuNywnk7j2ZyN2XAmf5K4BJuafI3eoKBgl+JRfGuIrhJvsqok32AtlkY520gGCTvdDxTba2eyGzTfZCfpvsXoR9BzbZVxtfXpOqm+yrQ5vsayLYZF8NTPJrqtMEHZqJr2XIxNcSMfF1wsRYJ11HwMTXO87E2u7rmTHx9cLE9hFg4huML29MVSa+IcTEN0bAxDcAk/xGIBNzVSeBY0CG8SYu4sXNInermxkE1C2uy916v3ELgdw9jIncfRNwlr8VmJTDRO5WtzJI8Nu4MMbtDDfZtxNtsu+QTTbWSXcQbLLvdHyTre2+k9km+05+m+zehH0HNtl3GV/enaqb7LtCm+y7I9hk3wVM8rur0wQdmonvYcjE9xAx8b3CxFgn3UvAxPc5zsTa7vuYMfF9wsT2EWDiRcaX96cqEy8KMfH9ETDxImCS3w9kYq7qJHAMyDA+wEW8eFDkbvUgg4B6yHW5W+83HiKQu/dmInc/AJzlHwYm5d4id6uHGST4Yi6M8QjDTfYjRJvsJbLJxjppCcEm+1HHN9na7keZbbIf5bfJLiHsO7DJXmp8+ViqbrKXhjbZj0WwyV4KTPLHqtMEHZqJH2fIxI8TMfETwsRYJz1BwMRPOs7E2u4nmTHxk8LE9hFg4qeML5elKhM/FWLiZREw8VPAJF8GZGKu6iRwDMgwPs1FvFgucrdaziCgnnFd7tb7jWcI5O4RTOTup4Gz/LPApBwhcrd6lkGCP8eFMZ5nuMl+nmiT/YJssrFOeoFgk73C8U22tnsFs032Cn6b7FLCvgOb7BeNL19K1U32i6FN9ksRbLJfBCb5S9Vpgg7NxC8zZOKXiZh4pTAx1kkrCZj4FceZWNv9CjMmfkWY2D4CTPyq8eVrqcrEr4aY+LUImPhVYJK/BmRiruokcAzIML7ORbx4Q+Ru9QaDgHrTdblb7zfeJJC792Uid78OnOXfAiblviJ3q7cYJPjbXBjjHYab7HeINtnvyiYb66R3CTbZ7zm+ydZ2v8dsk/0ev012H8K+A5vs940vP0jVTfb7oU32BxFsst8HJvkH1WmCDs3EHzJk4g+JmPgjYWKskz4iYOJVjjOxtnsVMyZeJUxsHwEm/tj48pNUZeKPQ0z8SQRM/DEwyT8BMjFXdRI4BmQYP+UiXnwmcrf6jEFAfe663K33G58TyN2jmMjdnwJn+S+ASTlK5G71BYME/5ILY3zFcJP9FdEm+2vZZGOd9DXBJnu145tsbfdqZpvs1fw22WMJ+w5ssr8xvlyTqpvsb0Kb7DURbLK/ASb5muo0QYdm4m8ZMvG3REy8VpgY66S1BEz8neNMrO3+jhkTfydMbB8BJl5nfPl9qjLxuhATfx8BE68DJvn3QCbmqk4Cx4AM4w9cxIsfRe5WPzIIqJ9cl7v1fuMnArl7fyZy9w/AWf5nYFLuL3K3+plBgv/ChTF+ZbjJ/pVok/2bbLKxTvqNYJP9u+ObbG3378w22b/z22SPI+w7sMn+w/jyz1TdZP8R2mT/GcEm+w9gkv9ZnSbo0Ez8F0Mm/ouIif8WJsY66W8CJl7vOBNru9czY+L1wsT2EWBin3bTMiq9lBpMrK0tsIy1ByIMyL920omZgesrLQMXdFzVSeAYkGFMJ8CYEGjSyxwcULZydzUGAVUdjRENUO83NEh0gB7IRO5OB87yGcCkPFDkbpXBIMEzuTBGFjDQo9pkZwEH18abbS0fZZOdZJ/aSdkZ+H5zgAFLZXdOBtxHpJvsHGBCRbTJHk/Yd2CTnWt8mZeqm+zc0CY7L4JNdi4wyfMyaIIOzcQ1GDJxDSImzhcmxjopn4CJazrOxNrumsyYuKYwsX0EmLiW8WXtVGXiWiEmrh0BE9cCJnltIBNzVSeBY0CGsQ4X8aKuyN2qLoOAque63K33G/UI5O6xTOTuOsBZvj4wKceK3K3qM0jwBlwYoyHDTXZDok12I9lkY53UiGCT3djxTba2uzGzTXZjfpvsCYR9BzbZTYwvm6bqJrtJaJPdNIJNdhNgkjfNoAk6NBM3Y8jEzYiYuLkwMdZJzQmYuIXjTKztbsGMiVsIE9tHgIlbGl+2SlUmbhli4lYRMHFLYJK3AjIxV3USOAZkGAu4iBetRe5WrRkEVBvX5W6932hDIHePZyJ3FwBn+bbApBwvcrdqyyDB23FhjPYMN9ntiTbZHWSTjXVSB4JNdkfHN9na7o7MNtkd+W2yywn7DmyyOxlfdk7VTXan0Ca7cwSb7E7AJO+cQRN0aCbuwpCJuxAxcVdhYqyTuhIwcTfHmVjb3Y0ZE3cTJraPABN3N77skapM3D3ExD0iYOLuwCTvAWRiruokcAzIMPbkIl7ERe5WcQYBpVyXu/V+QxHI3eVM5O6ewFm+EJiU5SJ3q0IGCV7EhTGKGW6yi4k22b1kk411Ui+CTXZvxzfZ2u7ezDbZvfltsisI+w5sskuML0tTdZNdEtpkl0awyS4BJnlpBk3QoZm4D0Mm7kPExNsIE2OdtA0BE/d1nIm13X2ZMXFfYWL7CDBxP+PLbVOVifuFmHjbCJi4HzDJtwUyMVd1EjgGZBj7cxEvthO5W23HIKDKXJe7N+w3COTuiUzk7v7AWX4AMCknitytBjBI8IFcGGN7hpvs7Yk22TvIJhvrpB0INtk7Or7J1nbvyGyTvSO7TbaK0/Ud3GTvZHw5KFU32TuFNtmDIthk7wRM8kEZNEGHZuKdGTLxzkRMvIswMdZJuxAw8a6OM7G2e1dmTLyrMHGgcxv/bsaXg1OViXcLMfHgCJh4N2CSDwYyMVd1cnCG+xh35yJe7CFyt9qDQUANcV3u1vuNIQRy90FM5O7dgbP8UGBSHiRytxrKIMH35MIYezHcZO9FtMkeJptsrJOGEWyyhzu+ydZ2D2e2yR7Ob5Ot6PoObrL3Nr7cJ1U32XuHNtn7RLDJ3huY5Ptk0AQdmolHMGTiEURMPFKYGOukkQRMvK/jTKzt3pcZE+8rTBzo3Ma/n/HlqFRl4v1CTDwqAibeD5jko4BMzFWdHJXhPsbRXMSL/UXuVvszCKgDXJe79X7jAAK5ezITuXs0cJY/EJiUk0XuVgcySPAxXBhjLMNN9liiTfY42WRjnTSOYJM93vFNtrZ7PLNN9nh+m+xCur6Dm+wJxpflqbrJnhDaZJdHsMmeAEzy8gyaoEMzcQVDJq4gYuKJwsRYJ00kYOJJjjOxtnsSMyaeJEwc6NzGf5Dx5cGpysQHhZj44AiY+CBgkh8MZGKu6uTBGe5jnMxFvJgicreawiCgDnFd7tb7jUMI5O5DmMjdk4Gz/KHApDxE5G51KIMEn8qFMaYx3GRPI9pkHyabbKyTDiPYZB/u+CZb2304s0324fw22UV0fQc32dONL2ek6iZ7emiTPSOCTfZ0YJLPyKAJOjQTH8GQiY8gYuIjhYmxTjqSgIlnOs7E2u6ZzJh4pjBxoHMb/yzjy6NSlYlnhZj4qAiYeBYwyY8CMjFXdfKoDPcxHs1FvDhG5G51DIOAOtZ1uVvvN44lkLunMpG7jwbO8scBk3KqyN3qOAYJfjwXxpjNcJM9m2iTPUc22VgnzSHYZJ/g+CZb230Cs032Cfw22cV0fQc32ScaX56UqpvsE0Ob7JMi2GSfCEzykzJogg7NxCczZOKTiZj4FGFirJNOIWDiUx1nYm33qcyY+FRh4kDnNv65xpenpSoTzw0x8WkRMPFcYJKfBmRirurkaRnuYzydi3hxhsjd6gwGAXWm63K33m+cSSB3H8ZE7j4dOMufBUzKw0TuVmcxSPCzuTDGOQw32ecQbbLPlU021knnEmyy5zm+ydZ2z2O2yZ7Hb5Pdi67v4Cb7POPL81N1k31eaJN9fgSb7POASX5+Bk3QoZn4AoZMfAERE18oTIx10oUETHyR40ys7b6IGRNfJEwc6NzGf7Hx5fxUZeKLQ0w8PwImvhiY5POBTMxVnZyf4T7GS7iIF5eK3K0uZRBQl7kud+v9xmUEcvd0JnL3JcBZ/nJgUk4XuVtdziDBr+DCGFcy3GRfSbTJvko22VgnXUWwyV7g+CZb272A2SZ7Ab9Ndm+6voOb7IXGl1en6iZ7YWiTfXUEm+yFwCS/OoMm6NBMfA1DJr6GiImvFSbGOulaAia+znEm1nZfx4yJrxMmDnRu47/e+PKGVGXi60NMfEMETHw9MMlvADIxV3Xyhgz3Md7IRby4SeRudRODgLrZdblb7zduJpC7j2Aid98InOVvASblESJ3q1sYJPitXBjjNoab7NuINtm3yyYb66TbCTbZdzi+ydZ238Fsk30Hv012CV3fwU32ncaXd6XqJvvO0Cb7rgg22XcCk/yuDJqgQzPx3QyZ+G4iJr5HmBjrpHsImPhex5lY230vMya+V5g40LmN/z7jy0WpysT3hZh4UQRMfB8wyRcBmZirOrkow32M93MRLx4QuVs9wCCgHnRd7tb7jQcJ5O6ZTOTu+4Gz/EPApJwpcrd6iEGCP8yFMRYz3GQvJtpkPyKbbKyTHiHYZC9xfJOt7V7CbJO9hN8mu5Su7+Am+1Hjy6Wpusl+NLTJXhrBJvtRYJIvzaAJOjQTP8aQiR8jYuLHhYmxTnqcgImfcJyJtd1PMGPiJ4SJA53b+J80vnwqVZn4yRATPxUBEz8JTPKngEzMVZ18KsN9jMu4iBdPi9ytnmYQUMtdl7v1fmM5gdx9FBO5exlwln8GmJRHidytnmGQ4M9yYYznGG6ynyPaZD8vm2ysk54n2GS/4PgmW9v9ArNN9gv8Ntl96PoObrJXGF++mKqb7BWhTfaLEWyyVwCT/MUMmqBDM/FLDJn4JSImflmYGOuklwmYeKXjTKztXsmMiVcKEwc6t/G/Ynz5aqoy8SshJn41AiZ+BZjkrwKZmKs6+WqG+xhf4yJevC5yt3qdQUC94brcrfcbbxDI3ccwkbtfA87ybwKT8hiRu9WbDBL8LS6M8TbDTfbbRJvsd2STjXXSOwSb7Hcd32Rru99ltsl+l98meyxd38FN9nvGl++n6ib7vdAm+/0INtnvAZP8/QyaoEMz8QcMmfgDIib+UJgY66QPCZj4I8eZWNv9ETMm/kiYONC5jX+V8eXHqcrEq0JM/HEETLwKmOQfA5mYqzr5cYb7GD/hIl58KnK3+pRBQH3mutyt9xufEcjdxzGRuz8BzvKfA5PyOJG71ecMEvwLLozxJcNN9pdEm+yvZJONddJXBJvsrx3fZGu7v2a2yf6a3yZ7HF3fwU32auPLb1J1k706tMn+JoJN9mpgkn+TQRN0aCZew5CJ1xAx8bfCxFgnfUvAxGsdZ2Jt91pmTLxWmDjQuY3/O+PLdanKxN+FmHhdBEz8HTDJ1wGZmKs6uS7DfYzfcxEvfhC5W/3AIKB+dF3u1vuNHwnk7tlM5O7vgbP8T8CknC1yt/qJQYL/zIUxfmG4yf6FaJP9q2yysU76lWCT/Zvjm2xt92/MNtm/8dtkj6frO7jJ/t348o9U3WT/Htpk/xHBJvt3YJL/kUETdGgm/pMhE/9JxMR/CRNjnfQXARP/7TgTa7v/ZsbEfwsTBzq38a/3fZm56bWUYuL1ISa2ByIMyL92som5Hpnkmbig46pO4saADmMaAcaEQJMNqHQcULZydzqDgKqGxogGqPcbGiQ6QE9gInfbGZ+szdWBSXmCyN2qOoMEz+DCGJnAQI9qk50JHFwbb5a1fJRNdpJ9aidlZeL7zQYGLJXd2ZlwH5FusrOBCRXRJnsCXd/BTXaO8WVuqm6y9QAUWMbmRrDJzgEmeW4mTdChmTiPIRPnETFxDWFirJNqEDBxvuNMrO3OZ8bE+cLEgc5t/DWNL2ulKhPXDDFxrQiYuCYwyWsBmZirOlkr032MtbmIF3VE7lZ1GARUXdflbr3fqEsgd5/ERO6uDZzl6wGT8iSRu1U9BglenwtjNGC4yW5AtMluKJtsrJMaEmyyGzm+ydZ2N2K2yW7Eb5NdTtd3cJPd2PiySapushuHNtlNIthkNwYmeZNMmqBDM3FThkzclIiJmwkTY53UjICJmzvOxNru5syYuLkwcaBzG38L48uWqcrELUJM3DICJm4BTPKWQCbmqk62zHQfYysu4kWByN2qgEFAtXZd7tb7jdYEcvcpTOTuVsBZvg0wKU8RuVu1YZDgbbkwRjuGm+x2RJvs9rLJxjqpPcEmu4Pjm2xtdwdmm+wO/DbZFXR9BzfZHY0vO6XqJrtjaJPdKYJNdkdgknfKpAk6NBN3ZsjEnYmYuIswMdZJXQiYuKvjTKzt7sqMibsKEwc6t/F3M77snqpM3C3ExN0jYOJuwCTvDmRirupk90z3MfbgIl70FLlb9WQQUHHX5W6934gTyN1zmcjdPYCzvAIm5VyRu5VikOCFVIyRDga6Mh0X6EXAQE/klKS/6svrY1U6vt/TwZMaOhi1zZ8R2H0G0WSOjnGgf9QZxL5O1icr0mli/GwGMf4Fgd3nMIlxoH8U0mbtD70r9xdoH3uG/+2dPzHnT81ZH8XeG3uZRWemNUZfmPfov/vv7e09Lglt99Fb/S+B3FgK5MaoxOzP02nE7D4iZmOd1IdAzN7GcTFb270NkZhNQU6lBLvpvplbZ6Lu571x2yom6n7WRN3fe7xdgvd+Zt7b37xXTwRl3uMBxJM6Mq4HAif1/zL+23tv3KGK8d/eGv8dvcc7VTH+O1rjP8h7vHOC935u3jvIvFdj3MV7vKvxFcncQ5Av5zm+iNXxtAuB3edHpLoli3M3YD4Bfa2oxg/t58FbPrfFQ31FtsgcTHTHxO6yyMQ6aXeCReYeji8ytd17MLtjYg/COybQqsXbXodI1XiMl+kr02n9lWTfKvyCPb5DTKwN3Yw7OtbHKsdQ+I6O9bF/v6MjUT9b7Y4OPQCPWsYOtYIjDAh17SHASWjPKvoqLSkfV1FSXDQ2Xlwxzuund0V50djCPqqitMjrvqhYjRtbHp9QPK6kd3Hv0oqSyO5Z3JOIgfcSBsY6aS8CBh7mOANru4dFJPMka/9QgxXd70WO3jQRxomMpeHAVcFF4HqGnsQ0vgGmT3TM6xWMXsmg42i+4/KHvxpE232Jm/JHpS03ciEyFNjXpUxu2gLGtwLGjLqUiXy0N0P5aG+ixes+snjFOmkfgsXrCMcXr9ruEYxqlBRY/+lDN2j8Q5OYCCoCR3lkcs9IM977bobcMzDB2IXlnoGxf5d7EvXzr3IPRbCB+tq4Ih+ZucnYdDOoA2LBA73iANqh9gVOZvvBkqGiwh/P/Qh3PHochxKs/K90627NSqskbfdIAruvcvwuVW33vgR2L3B0pxImGOS8Ycd4suO3kMlODxjfChgzamFEdwsn6+eRQK4ZRfypj3hyx4Y5dlQmzRyG9DWFmnYggYp4veMqolZOxxLYfQOTm6hGA/MR6Gt1AwP1eRpB3Oyf6b7dswnsPoCB3ecQ2H0gA7uvJLB7DAO7byOweywDuxcT2D2Ogd3PEdg9noHdbxPYPYGB3V8S2F3OwO5fCOyuYGB3Zgbe7okM7G5AYPckBna3I7D7IAZ2FxHYfTADuwcS2D2Zgd17Etg9hYHdYwjsPoSB3VMJ7D6Ugd3HE9g9lYHdZxPYPY2B3VcQ2H0YA7tvJbD7cAZ2P0xg93QGdj9LYPcMBna/RWD3EQzs/oLA7iMZ2P0zgd0zGdidQVBPnsXA7voEdh/FwO62BHYfzcDuQgK7jwHarW+W7e61AtOfrn3requuPeo6nK5J6fqMrlVo3V5r2FrP1dqm1vm05qX1H62FaF1A75H1flHvnfQ+Qq+p9fpSr7X0ukNzsOYjPTfreUrnrI5f7ctjrJt4E/kj2XE7FhwvVDiPA95/oP3bI7bp/ic9BscRj/PxwHujovoUzPFEn4KZLZ+CwTppNsGnYOYAA5bK7jmMPgVDgVW+SOV/RyzBgcJsj+8JxocnbsYna1pb/++fPlnTOkb00zgUAQzqa+Mna/RgFlgDd2Jm5ZnX5U/WnAicIE/KxI/vSZsxnsniPhk4OTj6OWuyT6qcQLALupmB3ScS2H0Lg++RP5nA7luZfLIGGJcK6Gt1K5PvUDiF4e7xFKLd46mye8Q66VSC3eNcx3eP2u65jHaPc2X3yH73eJrx4emye9zywx+o00K7x9OZ7R5PB06QZxDsHs+IYPd4puwet3gXdRrBbuJOBnafTmD3XQx2j2cS2H03k90jMC4V0NcKOX6a9HvEKh9o/6Bj8/RM9zGeRVTjhifk2UBC5BpQZzMIqHPQGNEAtbZ8DgFjLGLCGGcBV9fnApNyEYOVxrkEcTMvE8uU3WOVD+S4UoztPAYT23muT2z6x1N7EwToA44npv6dx90I7H6QydcPnQ+chIG+Vg8y+Wo2W7pKtq8LgL6gyBUqErvQ8Vurtd3nE9i92PG5UZPWBQR2P8JkbrwImI9AX6tHFrNZ9G0s7KJj80IGi76LMmniHJ6QFye/qyuM+pckLia6C2K+3AWBddJ8grsgLnH8Lght9yVEd0H4B+WYxpM8orgDYo/qzt8BEUhoUN8bf6HCHt9LTaxdthl3QLSJVY6h8B0QbWL/fgdEon622g+RXpq5CWC6GYiCEDjUNf3gQ7PwUreXxRsZ/lLg5HsZsK/HUvB3z4Axo4DjF5j40HlyOZNP1l4B/mRtz9imSVWPwRXEn6y9kuG90VcS7Qqukl0B1klXEewKFji+K9B2L2C2K1hAuCsgitnI7jteaHx5tev3HaMHwTduYehe4aszY5UOdMFlITDJr2aykriGIRNfQ8TE1woTY510LQETX+c4E2u7r2PGxNcJE9tHgImvN768IVWZ+PoQE98QARNfD0zyG8D3sfWsbL7z5cIbMt3HeCOXkuZN4Du+OQbUTQwC6mbXb4zU+42bCW6CeZKJWn0jcJa/BZiUT/K5CYYseW5hkOC3UjEGejmDvJPzNvCdnP6BvsPtdiBOl3989J+CO9nxu4OhMHMHkTBzpwgzWCfdSSDM3OW4MKPtvouZMHMXP2GG4sakjX3b+O82vrwnVYWZu0PCzD0RCDN3A5P8HqKVDJqJ72XIxPcSMfF9wsRYJ91HwMSLHGdibfciZky8SJg40LeN/37jywdSlYnvDzHxAxEw8f3AJH9AFG0FHAMyjA9yKZE8JAGlHmIQUA+7XiLR+42HCUoky5iUSB4EzvKLgUm5TEokajGDBH/E9QTXn3iaRvCJpyVM7r98lKG48CiRuLBUxAWsk5YSiAuPOS4uaLsfYyYuPMZPXCgk7DsgLjxufPlEqooLj4fEhSciEBceByb5E5k0QQe/a4ohEz9JxMRPCRNjnfQUARMvc5yJtd3LmDHxMmFi+wgw8dPGl8tTlYmfDjHx8giY+Glgki8HMjFXVRY4BmQYn+Ei8z8rMr96lkFAPee6Cqj3G88RyPzLmcj8zwBn+eeBSblcZH71PIMEf4GDzD+bQOZfwUTmf5GhuPAikbjwkogLWCe9RCAuvOy4uKDtfpmZuPAyP3GhiLDvgLiw0vjylVQVF1aGxIVXIhAXVgKT/JVMmqBDM/GrDJn4VSImfk2YGOuk1wiY+HXHmVjb/TozJn5dmNg+Akz8hvHlm6nKxG+EmPjNCJj4DWCSvwlkYq6qLHAMyDC+xUXmf1tkfvU2g4B6x3UVUO833iGQ+Z9lIvO/BZzl3wUm5bMi86t3GST4exxk/nMIZP73mcj8HzAUFz4gEhc+FHEB66QPCcSFjxwXF7TdHzETFz7iJy4UE/YdEBdWGV9+nKriwqqQuPBxBOLCKmCSf5xJE3RoJv6EIRN/QsTEnwoTY530KQETf+Y4E2u7P2PGxJ8JE9tHgIk/N778IlWZ+PMQE38RARN/DkzyL4BMzFWVBY4BGcYvucj8X4nMr75iEFBfu64C6v3G1wQy//NMZP4vgbP8amBSPi8yv1rNIMG/4SDzX0kg869hIvN/y1Bc+JZIXFgr4gLWSWsJxIXvHBcXtN3fMRMXvuMnLvQi7DsgLqwzvvw+VcWFdSFx4fsIxIV1wCT/PpMm6NBM/ANDJv6BiIl/FCbGOulHAib+yXEm1nb/xIyJfxImto8AE/9sfPlLqjLxzyEm/iUCJv4ZmOS/AJmYqyoLHAMyjL9ykfl/E5lf/cYgoH53XQXU+43fCWT+FUxk/l+Bs/wfwKRcITK/+oNBgv/JQea/jUDm/4uJzP83Q3HhbyJxYb2IC1gnrScQF2JZbosL2m6NEewjUnHBHtN4kkdE4kJvwr4D4kKa8WW65dOUEhf0ABRYxtoDEQbkXzvZxEwDJnl6Fk3QoZm4WhY/Jq6WRcPE1a0YEyZOsk/tJD2g6H4zHGdibXcGMybOECa2jwATZxpfZqUqE2eGmDgrAibOBCZ5FpCJuaqywDEgw5hNgDEh0GQDKgcHlK3Mn8MgoHLRGNEA9X4jNwsfoC8xkfmzgbN8HjApXxKZX+UxSPAarie4lvkXE8j8+URUicZZk6G4UJNIXKgl4gLWSbUIxIXajosL2u7azMSF2vzEhRLCvgPiQh3jy7qpKi7UCYkLdSMQF+oAk7xuFk3QoZm4HkMmrkfExPWFibFOqk/AxA0cZ2JtdwNmTNxAmNg+Akzc0PiyUaoyccMQEzeKgIkbApO8EZCJuaqyjbLcx9iYi8zfRGR+1YRBQDV1XQXU+42mBDL/SiYyf2PgLN8MmJQrReZXzRgkeHMOMv9zBDJ/CyYyf0uG4kJLInGhlYgLWCe1IhAXChwXF7TdBczEhQJ+4kIpYd8BcaG18WWbVBUXWofEhTYRiAutgUneJosm6NBM3JYhE7clYuJ2wsRYJ7UjYOL2jjOxtrs9MyZuL0xsHwEm7mB82TFVmbhDiIk7RsDEHYBJ3hHIxFxV2Y5Z7mPsxEXm7ywyv+rMIKC6uK4C6v1GFwKZ/1UmMn8n4CzfFZiUr4rMr7oySPBuHGT+twlk/u5MZP4eDMWFHkTiQk8RF7BO6kkgLsQdFxe03XFm4kKcn7jQh7DvgLigjC8LU1VcUCFxoTACcUEBk7wwiybo0ExcxJCJi4iYuFiYGOukYgIm7uU4E2u7ezFj4l7CxPYRYOLexpclqcrEvUNMXBIBE/cGJnkJkIm5qrIlWe5jLOUi8/cRmV/1YRBQ27iuAur9xjYEMv/rTGT+UuAs3xeYlK+LzK/6Mkjwfhxk/i8JZP5tmcj8/RmKC/2JxIXtRFzAOmk7AnGhzHFxYUNwMhMXyviJC2MJ+w6ICwOMLwemqrgwICQuDIxAXBgATPKBWTRBh2bi7Rky8fZETLyDMDHWSTsQMPGOjjOxtntHZky8ozCxfQSYeCfjy0GpysQ7hZh4UARMvBMwyQcBmZirKjsoy32MO3OR+XcRmV/twiCgdnVdBdT7jV0JZP43mcj8OwNn+d2ASfmmyPxqNwYJPpiDzP8Lgcy/OxOZfw+G4sIeROLCEBEXsE4aQiAuDHVcXNB2D2UmLgzlJy6MI+w7IC7saXy5V6qKC3uGxIW9IhAX9gQm+V5ZNEGHZuJhDJl4GBETDxcmxjppOAET7+04E2u792bGxHsLE9tHgIn3Mb4ckapMvE+IiUdEwMT7AJN8BJCJuaqyI7LcxziSi8y/r8j8al8GAbWf6yqg3m/sRyDzv81E5h8JnOVHAZPybZH51SgGCT6ag8yfmYFP8P2ZyPwHMBQXDiASFw4UcQHrpAMJxIUxjosL2u4xzMSFMfzEhfGEfQfEhbHGl+NSVVwYGxIXxkUgLowFJvm4LJqgQzPxeIZMPJ6IiScIE2OdNIGAicsdZ2JtdzkzJi4XJraPABNXGF9OTFUmrggx8cQImLgCmOQTgUzMVZWdmOU+xklcZP6DROZXBzEIqINdVwH1fuNgApn/XSYy/yTgLD8ZmJTvisyvJjNI8CkcZP4GBDL/IUxk/kMZiguHEokLU0VcwDppKoG4MM1xcUHbPY2ZuDCNn7gwgbDvgLhwmPHl4akqLhwWEhcOj0BcOAyY5Idn0QQdmomnM2Ti6URMPEOYGOukGQRMfITjTKztPoIZEx8hTGwfASY+0vhyZqoy8ZEhJp4ZARMfCUzymUAm5qrKzsxyH+MsLjL/USLzq6MYBNTRrquAer9xNIHM/z4TmX8WcJY/BpiU74vMr45hkODHcpD52xHI/McxkfmPZyguHE8kLswWcQHrpNkE4sIcx8UFbfccZuLCHH7iQjlh3wFx4QTjyxNTVVw4ISQunBiBuHACMMlPzKIJOjQTn8SQiU8iYuKThYmxTjqZgIlPcZyJtd2nMGPiU4SJ7SPAxKcaX85NVSY+NcTEcyNg4lOBST4XyMRcVdm5We5jPI2LzH+6yPzqdAYBdYbrKqDeb5xBIPN/yETmPw04y58JTMoPReZXZzJI8LM4yPxFBDL/2Uxk/nMYigvnEIkL54q4gHXSuQTiwjzHxQVt9zxm4sI8fuJCBWHfAXHhPOPL81NVXDgvJC6cH4G4cB4wyc/Pogk6NBNfwJCJLyBi4guFibFOupCAiS9ynIm13RcxY+KLhIntI8DEFxtfzk9VJr44xMTzI2Dii4FJPh/IxFxV2flZ7mO8hIvMf6nI/OpSBgF1mesqoN5vXEYg869iIvNfApzlLwcm5SqR+dXlDBL8Cg4y/0ACmf9KJjL/VQzFhauIxIUFIi5gnbSAQFxY6Li4oO1eyExcWMhOXFBxur6D4sLVxpfXpKq4cHVIXLgmAnHhamCSX5NFE3RoJr6WIRNfS8TE1wkTY510HQETX+84E2u7r2fGxNcLEwc6t/HfYHx5Y6oy8Q0hJr4xAia+AZjkNwKZmKsqe2OW+xhv4iLz3ywyv7qZQUDd4roKqPcbtxDI/J8wkflvAs7ytwKT8hOR+dWtDBL8Ng4y/54EMv/tTGT+OxiKC3cQiQt3iriAddKdBOLCXY6LC9ruu5iJC3fxExcUXd9BceFu48t7UlVcuDskLtwTgbhwNzDJ78miCTo0E9/LkInvJWLi+4SJsU66j4CJFznOxNruRcyYeJEwcaBzG//9xpcPpCoT3x9i4gciYOL7gUn+AJCJuaqyD2S5j/FBLjL/QyLzq4cYBNTDrquAer/xMIHM/xkTmf9B4Cy/GJiUn4nMrxYzSPBHOMj8Ywhk/iVMZP5HGYoLjxKJC0tFXMA6aSmBuPCY4+KCtvsxZuLCY/zEhUK6voPiwuPGl0+kqrjweEhceCICceFxYJI/kUUTdGgmfpIhEz9JxMRPCRNjnfQUARMvc5yJtd3LmDHxMmHiQOc2/qeNL5enKhM/HWLi5REw8dPAJF8OZGKuquzyLPcxPsNF5n9WZH71LIOAes51FVDvN54jkPm/YCLzPwOc5Z8HJuUXIvOr5xkk+AscZP6pBDL/CiYy/4sMxYUXicSFl0RcwDrpJQJx4WXHxQVt98vMxIWX+YkLRXR9B8WFlcaXr6SquLAyJC68EoG4sBKY5K9k0QQdmolfZcjErxIx8WvCxFgnvUbAxK87zsTa7teZMfHrwsSBzm38bxhfvpmqTPxGiInfjICJ3wAm+ZtAJuaqyr6Z5T7Gt7jI/G+LzK/eZhBQ77iuAur9xjsEMv9XTGT+t4Cz/LvApPxKZH71LoMEf4+DzH88gcz/PhOZ/wOG4sIHROLChyIuYJ30IYG48JHj4oK2+yNm4sJH/MSFYrq+g+LCKuPLj1NVXFgVEhc+jkBcWAVM8o+zaIIOzcSfMGTiT4iY+FNhYqyTPiVg4s8cZ2Jt92fMmPgzYeJA5zb+z40vv0hVJv48xMRfRMDEnwOT/AsgE3NVZb/Ich/jl1xk/q9E5ldfMQior11XAfV+42sCmX81E5n/S+AsvxqYlKtF5lerGST4Nxxk/rMJZP41TGT+bxmKC98SiQtrRVzAOmktgbjwnePigrb7O2biwnf8xIVedH0HxYV1xpffp6q4sC4kLnwfgbiwDpjk32fRBB2aiX9gyMQ/EDHxj8LEWCf9SMDEPznOxNrun5gx8U/CxIHObfw/G1/+kqpM/HOIiX+JgIl/Bib5L0Am5qrK/pLlPsZfucj8v4nMr35jEFC/u64C6v3G7wQy/xomMv+vwFn+D2BSrhGZX/3BIMH/5CDzX0Eg8//FROb/m6G48DeRuLBexAWsk9YTiAuxbLfFBW23xgj2Eam4YI9pPMkjInGhN13fQXEhzfgy3fJpSokLegAKLGPtgQgD8q+dbGKmAZM8PZsm6NBMXC2bHxNXy6Zh4upWjAkTJ9mndpIeUHS/GY4zsbY7gxkTZwgTBzq38WcaX2alKhNnhpg4KwImzgQmeRaQibmqslnZ7mPMJsCYEGiyAZWDA8pW5s9hEFC5aIxogHq/kZuND9C1TGT+bOAsnwdMyrUi86s8Bglew/UE1zL/rQQyfz4RVaJx1mQoLtQkEhdqibiAdVItAnGhtuPigra7NjNxoTY/caGEru+guFDH+LJuqooLdULiQt0IxIU6wCSvm00TdGgmrseQiesRMXF9YWKsk+oTMHEDx5lY292AGRM3ECYOdG7jb2h82ShVmbhhiIkbRcDEDYFJ3gjIxFxV2UbZ7mNszEXmbyIyv2rCIKCauq4C6v1GUwKZfx0Tmb8xcJZvBkzKdSLzq2YMErw5B5n/YQKZvwUTmb8lQ3GhJZG40ErEBayTWhGICwWOiwva7gJm4kIBP3GhlK7voLjQ2viyTaqKC61D4kKbCMSF1sAkb5NNE3RoJm7LkInbEjFxO2FirJPaETBxe8eZWNvdnhkTtxcmDnRu4+9gfNkxVZm4Q4iJO0bAxB2ASd4RyMRcVdmO2e5j7MRF5u8sMr/qzCCguriuAur9RhcCmf8HJjJ/J+As3xWYlD+IzK+6Mkjwbhxk/mcJZP7uTGT+HgzFhR5E4kJPERewTupJIC7EHRcXtN1xZuJCnJ+40Ieu76C4oIwvC1NVXFAhcaEwAnFBAZO8MJsm6NBMXMSQiYuImLhYmBjrpGICJu7lOBNru3sxY+JewsSBzm38vY0vS1KViXuHmLgkAibuDUzyEiATc1VlS7Ldx1jKRebvIzK/6sMgoLZxXQXU+41tCGT+n5jI/KXAWb4vMCl/Eplf9WWQ4P04yPxvEcj82zKR+fszFBf6E4kL24m4gHXSdgTiQpnj4sKG4GQmLpTxExfG0vUdFBcGGF8OTFVxYUBIXBgYgbgwAJjkA7Npgg7NxNszZOLtiZh4B2FirJN2IGDiHR1nYm33jsyYeEdh4kDnNv6djC8HpSoT7xRi4kERMPFOwCQfBGRirqrsoGz3Me7MRebfRWR+tQuDgNrVdRVQ7zd2JZD5f2Ei8+8MnOV3AyblLyLzq90YJPhgDjL/FwQy/+5MZP49GIoLexCJC0NEXMA6aQiBuDDUcXFB2z2UmbgwlJ+4MI6u76C4sKfx5V6pKi7sGRIX9opAXNgTmOR7ZdMEHZqJhzFk4mFETDxcmBjrpOEETLy340ys7d6bGRPvLUwc6NzGv4/x5YhUZeJ9Qkw8IgIm3geY5COATMxVlR2R7T7GkVxk/n1F5lf7Mgio/VxXAfV+Yz8Cmf83JjL/SOAsPwqYlL+JzK9GMUjw0Rxk/p8JZP79mcj8BzAUFw4gEhcOFHEB66QDCcSFMY6LC9ruMczEhTH8xIXxdH0HxYWxxpfjUlVcGBsSF8ZFIC6MBSb5uGyaoEMz8XiGTDyeiIknCBNjnTSBgInLHWdibXc5MyYuFyYOdG7jrzC+nJiqTFwRYuKJETBxBTDJJwKZmKsqOzHbfYyTuMj8B4nMrw5iEFAHu64C6v3GwQQy/x9MZP5JwFl+MjAp/xCZX01mkOBTOMj8GZn4BD+Eicx/KENx4VAicWGqiAtYJ00lEBemOS4uaLunMRMXpvETFybQ9R0UFw4zvjw8VcWFw0LiwuERiAuHAZP88GyaoEMz8XSGTDydiIlnCBNjnTSDgImPcJyJtd1HMGPiI4SJA53b+I80vpyZqkx8ZIiJZ0bAxEcCk3wmkIm5qrIzs93HOIuLzH+UyPzqKAYBdbTrKqDebxxNIPP/xUTmnwWc5Y8BJuVfIvOrYxgk+LEcZP76BDL/cUxk/uMZigvHE4kLs0VcwDppNoG4MMdxcUHbPYeZuDCHn7hQTtd3UFw4wfjyxFQVF04IiQsnRiAunABM8hOzaYIOzcQnMWTik4iY+GRhYqyTTiZg4lMcZ2Jt9ynMmPgUYeJA5zb+U40v56YqE58aYuK5ETDxqcAknwtkYq6q7Nxs9zGexkXmP11kfnU6g4A6w3UVUO83ziCQ+dczkflPA87yZwKTcr3I/OpMBgl+FgeZvy2BzH82E5n/HIbiwjlE4sK5Ii5gnXQugbgwz3FxQds9j5m4MI+fuFBB13dQXDjP+PL8VBUXzguJC+dHIC6cB0zy87Npgg7NxBcwZOILiJj4QmFirJMuJGDiixxnYm33RcyY+CJh4kDnNv6LjS/npyoTXxxi4vkRMPHFwCSfD2Rirqrs/Gz3MV7CRea/VGR+dSmDgLrMdRVQ7zcuI5D50x7hIfNfApzlLwcmJXL8uMr8lzNI8Cs4yPyFBDL/ldnRJHiyOK8CJuX8xcCJB9gX5fgt+P8/fqTxt9DR8VsKHj/0/KK3c1+l4/ut9git3fHkDqVtXkNgd3WiBVk62H6gf1T1R9yO8RXpNDGexSDG1xLYnc0kxoH+UUibtT90YcHnwK89w//2zqvN+Rtz1sfVHq9dYzaOmdYYrTXv0X/333ut9/i6kGSHluu+S8f1dT2Qs6MqSH2bTlOQukEKUlgn3UBQkLrR8YKUtvtGooIUBTldT6CI3ZS9dSbqm73r3lLFRH2zNVHf6j2+LcF715j33mreqyeC273HdxBP6si4vhOpzv2H8b/Lu+7dVYz/Xdb43+M9vreK8b/HGv/7vMeLErz3W/Pe+8x7Ncb7vccPGF9RzD23E+RLnuOLWB1P9xPYXSMi5TxZnA8C8wnoa0U1fmg/P7Tlc1s81Fdki8yHiO56elgWmVgnPUywyFzs+CJT272Y2V1PiwnvekKrFqu8DpHVlNu8bF5A7K8k+1bhF+zxfcRgX7IZd2Wtj1WOofBdWetj/35XVqJ+ttpdWXoAHrWMXWIFRxgQ6tqPACehR6voq7SkfFxFSXHR2HhxxTivn94V5UVjC/uoitIir/uiYjVubHl8QvG4kt7FvUsrSiK77/hRIgZeKgyMddJSAgZ+zHEG1nY/FpHMk6z9SwxWdL+1HL3xKYwTGUuPA1cFtcD1DD2JaXwDTJ/omPdXReg4quO4/OGv3tB213VT/qi05UYuRJYA+6rH5MZLYHwrYMyoekzkoycYykdPEC1en5TFK9ZJTxIsXp9yfPGq7X6KUY2SAus/fXAOjX9JEhNBReAoj0zuWWbG++nNkHsGJhi7sNwzMPbvck+ifv5V7qEINlBfG1fky7I3GZtuBnVALHigVxxAO9TTwMlsOSwZKir88VxOuOPR47iEYOXfyK27NSutkrTdywjsbuz4Xara7qcJ7G7i6E4lTDDIecOO8WTHrymTnR4wvhUwZlTTiO4WTtbPy4Bc8wxQqdN9UHDLM9k0cxjS1xQq4q0En9JrxUBFvJ3A7gImN1E9C8xHoK9VgeNxo/PlEYK4acsgX5YQ2N2OSb48B8wXoK9VOwb58gJB3HRkkC8rCOzuxCRfngfmC9DXqhODfHmPIG66MsiX9wns7sYkX14A5gvQ16obg3z5hiBuejLIlzUEdseZ5MsKYL4Afa3iDPLlT4K4KWKQL38R2F3MJF9eBOYL0NeqmEG+1MjCx00Jg3zJJ7C7lEm+vATMF6CvVSmDfGlOEDd9GeRLCwK7+zHJl5eB+QL0terHIF+6EcTNdgzypTuB3WVM8mUlMF+AvlZlDPKlH0HcbM8gX7YlsHsHJvnyCjBfgL5WOzDIl8EEcTOIQb7sTmD3zkzy5VVgvgB9rXZmkC+jCeJmNwb5sj+B3YOZ5MtrwHwB+loNZpAvUwjiZgiDfDmEwO6hTPLldWC+AH2thjLIl2MJ4mYYg3w5jsDu4Uzy5Q1gvgB9rYYzyJezCOJmBIN8OZvA7pFM8uVNYL4Afa1GMsiXKwjiZhSDfLmSwO7RTPLlLWC+AH2tRjPIl9sI4uZADp9/IbB7DJN8eRuYL0BfqzEM8uURgrgZz+HzLwR2T2CSL+8A8wXoazWBQb68QBA3Ezl8/oXA7klM8uVdYL4Afa0mMciX9wjiZjKHz78Q2D2FSb68B8wXoK/VFAb58g1B3Ezl8PkXArunMcmX94H5AvS1msYgX/4kiJvpHD7/QmD3DCb58gEwX4C+VjMY5EsNgu/Fmcnh8y8Eds9iki8fAvMF6Gs1i0G+NCeIm2M4fP6FwO5jmeTLR8B8AfpaHcsgX7oRxM1sDp9/IbB7DpN8WQXMF6Cv1RwG+dKPIG5O4vD5FwK7T2aSLx8D8wXoa3Uyg3wZTBA3czl8/oXA7tOY5MsnwHwB+lqdxiBfRhPEzZkcPv9CYPdZTPLlU2C+AH2tzmKQL1MI4uZcDp9/IbB7HpN8+QyYL0Bfq3kM8uVYgri5gMPnXwjsvpBJvnwOzBegr9WFDPLlLIK4mc/h8y8Edl/CJF++AOYL0NfqEgb5cgVB3FzO4fMvBHZfwSRfvgTmC9DXCjl++kf/+nitwPSnf8ND/y6B/q51/f3R+jtx9fd86u8u1N/Hpr9jSn9vjv4uEP39Bvoz2/pzqPqzdfrzQvozEPq+bn2vqr7/Tt9TpO+T0LVfXc/SGr3WHbWWoveHes2reVzPTV9mxwIHOu6+yqaJOzTOr4Fxp/27TWzT7zjpMfiaeJxXA3/jKapf811N9Gu+38iv+WKd9A3Br/mucfzXfLXda7LhPiL7NV8KrOFf800H49aLvKuysYunBUQ+Cx8ozPb4fmuwr92MXwhubf2/NOucZvmqdezffyE4UT//L34hWA9mgTVwa7Mrz7wu/0LwWuAE+V02fny/24zxTBb3OuDkUAe4G6hLvItE/FrltwS7yAUM7F5LYPdCx1UDbfc6Aruvjkg1iCd3KGBcKqCvFdX4of38PcPd4/dEu8cfZPeIddIPBLvHHx3fPWq7f2S0e/xRdo/sd48/Gew/y+5xyw9/oH4K7R5/ZrZ7/Bk4Qf5CsHv8JYLd46+ye9ziXdRPBLuJ6xnY/TOB3Tcw2D3+SmD3jUx2j8C4VEBfK+T4adLfJlb5QPsHHZs/Z7uP8TeiGjc8IX8HEiLXgPqdQUD9gcaIBqi15T8IGONWJozxG3B1/ScwKW9lsNL4kyBu/srGMmWfWOUDOa4UY/sXg4ntb9cntu+8AL2WIEBvdzwxr/dsfpDA7juY3Ha6HjgJA32tqMYvHTx+tnSVtB6f43ZNg4rE0nLcJ+/1BHbf7fjcqElLxyTa7nuYzI3pwHwE+lrd8wibRd/Gwi46NtFzBgXG9ByaOIcnZLWcpPsqNH2pqO6CqAYcXBtvdauKJ3dBJNmndlL1HHy/GTm44KeyOyMH7qMqb4WKJ3cExjSe5BHFHRCXZWLvgFiIvwMikNCgvpX/wB7fTBNrWVbM/dMdEG1ilWMofAdEm9i/3wGRqJ9/vQMCNAgbB8M3LjNnE8B0MxAFIXCoa/rBh2bhRQw+obuQYBt0v9vbgY0rm0wg6WQB+3qASe0AGN8KGDMKOH6BCR+dJ9lE2wk0zhzgtlmTWN/YJjLRY5BjswwB/lxgbka1G8ol2g3lyW4I66Q8gt1QDcd3Q9ruGsx2QzUId0NEMRvZ/db5xpc1N2O30TpW2UeR3W+NHgTfuPyc4D3SNXNilQ50oSkfmOQ1mawkajFk4lpETFxbmBjrpNoETFzHcSbWdtdhxsR1hIntI8DEdY0v66UqE9cNMXG9CJi4LjDJ6wGDWzu5b2XznS+T1stxH2N9LqXcBkDxhWtANWAQUA3RGNEA9X6jIcHNP4uZqNX1gbN8I2BSLuZz8w9Z8jRikOCNqRgDvZxB3sHaBHwHq3+g7+xrCsTZClg+KmDytTnNGAozzYiEmeYizGCd1JxAmGnhuDCj7W7BTJhpwU+Yobgha2PfNv6WxpetUlWYaRkSZlpFIMy0BCZ5K6KVDJqJCxgycQERE7cWJsY6qTUBE7dxnIm13W2YMXEbYeJA3zb+tsaX7VKViduGmLhdBEzcFpjk7UTRVsAxIMPYnkuJpIMElOrAIKA6ul4i0fuNjgQlkiVMSiTtgbN8J2BSLpESierEIME7UzEGulzQBRicbYHlgnZMygVdGYoUXYlEim4iUmCd1I1ApOjuuEih7e7OTKTozk+kKCTsOyBS9DC+7JmqIkWPkEjRMwKRogcwyXvm0AQdmonjDJk4TsTESpgY6yRFwMSFjjOxtruQGRMXChPbR4CJi4wvi1OViYtCTFwcARMXAZO8GMjEXNVd4BiQYezFpVzQW8oFqjeDgCpxvVyg9xslBOWCpUzKBb2As3wpMCmXSrlAlTJI8D5cygXbAIOzI7Bc0IlJuaAvQ5GiL5FI0U9ECqyT+hGIFNs6LlJou7dlJlJsy0+kKCLsOyBS9De+3C5VRYr+IZFiuwhEiv7AJN8uhybo0ExcxpCJy4iYeIAwMdZJAwiYeKDjTKztHsiMiQcKE9tHgIm3N77cIVWZePsQE+8QARNvD0zyHYBMzFXdBY4BGcYduZQLdpJygdqJQUANcr1coPcbgwjKBY8zKRfsCJzldwYm5eNSLlA7M0jwXbiUC3YFBmdXYLmgG5NywW4MRYrdiESKwSJSYJ00mECk2N1xkULbvTszkWJ3fiJFMWHfAZFiD+PLIakqUuwREimGRCBS7AFM8iE5NEGHZuKhDJl4KBET7ylMjHXSngRMvJfjTKzt3osZE+8lTGwfASYeZnw5PFWZeFiIiYdHwMTDgEk+HMjEXNVd4BiQYdybS7lgHykXqH0YBNQI18sFer8xgqBc8CSTcsHewFl+JDApn5RygRrJIMH35VIu2A8YnD2B5YI4k3LBKIYixSgikWK0iBRYJ40mECn2d1yk0Hbvz0yk2J+fSNGLsO+ASHGA8eWBqSpSHBASKQ6MQKQ4AJjkB+bQBB2aiccwZOIxREw8VpgY66SxBEw8znEm1naPY8bE44SJ7SPAxOONLyekKhOPDzHxhAiYeDwwyScAmZirugscAzKM5VzKBRVSLlAVDAJqouvlAr3fmEhQLljGpFxQDpzlJwGTcpmUC9QkBgl+EJdywcHA4CwClguKmZQLJjMUKSYTiRRTRKTAOmkKgUhxiOMihbb7EGYixSH8RIrehH0HRIpDjS+npqpIcWhIpJgagUhxKDDJp+bQBB2aiacxZOJpREx8mDAx1kmHETDx4Y4zsbb7cGZMfLgwsX0EmHi68eWMVGXi6SEmnhEBE08HJvkMIBNzVXeBY0CG8Qgu5YIjpVygjmQQUDNdLxfo/cZMgnLBciblgiOAs/wsYFIul3KBmsUgwY/iUi44GhicJcByQSmTcsExDEWKY4hEimNFpMA66VgCkeI4x0UKbfdxzESK4/iJFCWEfQdEiuONL2enqkhxfEikmB2BSHE8MMln59AEHZqJ5zBk4jlETHyCMDHWSScQMPGJjjOxtvtEZkx8ojCxfQSY+CTjy5NTlYlPCjHxyREw8UnAJD8ZyMRc1V3gGJBhPIVLueBUKReoUxkE1FzXywV6vzGXoFzwLJNywSnAWf40YFI+K+UCdRqDBD+dS7ngDGBw9gWWC/oxKRecyVCkOJNIpDhLRAqsk84iECnOdlyk0HafzUykOJufSFFK2HdApDjH+PLcVBUpzgmJFOdGIFKcA0zyc3Nogg7NxPMYMvE8IiY+T5gY66TzCJj4fMeZWNt9PjMmPl+Y2D4CTHyB8eWFqcrEF4SY+MIImPgCYJJfCGRiruoucAzIMF7EpVxwsZQL1MUMAmq+6+UCvd+YT1AueJ5JueAi4Cx/CTApn5dygbqEQYJfyqVccBkwOLcDlgvKmJQLLmcoUlxOJFJcISIF1klXEIgUVzouUmi7r2QmUlzJT6ToQ9h3QKS4yvhyQaqKFFeFRIoFEYgUVwGTfEEOTdChmXghQyZeSMTEVwsTY510NQETX+M4E2u7r2HGxNcIE9tHgImvNb68LlWZ+NoQE18XARNfC0zy64BMzFXdBY4BGcbruZQLbpBygbqBQUDd6Hq5QO83biQoF6xgUi64HjjL3wRMyhVSLlA3MUjwm7mUC24BBuf2wHLBDkzKBbcyFCluJRIpbhORAuuk2whEitsdFym03bczEylu5ydSjCXsOyBS3GF8eWeqihR3hESKOyMQKe4AJvmdOTRBh2biuxgy8V1ETHy3MDHWSXcTMPE9jjOxtvseZkx8jzCxfQSY+F7jy/tSlYnvDTHxfREw8b3AJL8PyMRc1V3gGJBhXMSlXHC/lAvU/QwC6gHXywV6v/EAQbngJSblgkXAWf5BYFK+JOUC9SCDBH+IS7ngYWBwDgKWC3ZmUi5YzFCkWEwkUjwiIgXWSY8QiBRLHBcptN1LmIkUS/iJFOMI+w6IFI8aXy5NVZHi0ZBIsTQCkeJRYJIvzaEJOjQTP8aQiR8jYuLHhYmxTnqcgImfcJyJtd1PMGPiJ4SJ7SPAxE8aXz6Vqkz8ZIiJn4qAiZ8EJvlTQCbmqu4Cx4AM4zIu5YKnpVygnmYQUMtdLxfo/cZygnLBSiblgmXAWf4ZYFKulHKBeoZBgj/LpVzwHDA4dwOWCwYzKRc8z1CkeJ5IpHhBRAqsk14gEClWOC5SaLtXMBMpVvATKcYT9h0QKV40vnwpVUWKF0MixUsRiBQvApP8pRyaoEMz8csMmfhlIiZeKUyMddJKAiZ+xXEm1na/woyJXxEmto8AE79qfPlaqjLxqyEmfi0CJn4VmOSvAZmYq7oLHAMyjK9zKRe8IeUC9QaDgHrT9XKB3m+8SVAueJVJueB14Cz/FjApX5VygXqLQYK/zaVc8A4wOIcAywVDmZQL3mUoUrxLJFK8JyIF1knvEYgU7zsuUmi732cmUrzPT6SYQNh3QKT4wPjyw1QVKT4IiRQfRiBSfABM8g9zaIIOzcQfMWTij4iYeJUwMdZJqwiY+GPHmVjb/TEzJv5YmNg+Akz8ifHlp6nKxJ+EmPjTCJj4E2CSfwpkYq7qLnAMyDB+xqVc8LmUC9TnDALqC9fLBXq/8QVBueB1JuWCz4Cz/JfApHxdygXqSwYJ/hWXcsHXwOAcBiwXDGdSLljNUKRYTSRSfCMiBdZJ3xCIFGscFym03WuYiRRr+IkU5YR9B0SKb40v16aqSPFtSKRYG4FI8S0wydfm0AQdmom/Y8jE3xEx8TphYqyT1hEw8feOM7G2+3tmTPy9MLF9BJj4B+PLH1OViX8IMfGPETDxD8Ak/xHIxFzVXeAYkGH8iUu54GcpF6ifGQTUL66XC/R+4xeCcsGbTMoFPwFn+V+BSfmmlAvUrwwS/Dcu5YLfgcE5AlguGMmkXPAHQ5HiDyKR4k8RKbBO+pNApPjLcZFC2/0XM5HiL34iRQVh3wGR4m/jy/WpKlL8HRIp1kcgUvwNTPL1OTRBh2biWC4/JrYxx5M8bLxpuZseCxMn22fu/wYU3W86MGCp7E7PhfuIlInTc4WJrSPAxNWML6tbPk0pJtYDUGAZaw9EGJB/7aSZBJjk1XHBXcFV3QWOARnGDAKMCYEmG1CZuUDHMA2oTAYBlYXGiAao9xtZufgAfZtJuSADOMtnA5PybSkXqGwGCZ5DxRjockEuMDhHAcsFo5mUC/IYihR5RCJFDREpsE6qQSBS5DsuUmi785mJFPnsRAoVp+s7KFLUNL6slaoiRc2QSFErApGiJjDJa+XSBB2aiWszZOLaRExcR5gY66Q6BExc13Em1nbXZcbEdYWJA53b+OsZX9ZPVSauF2Li+hEwcT1gktcHMjFXdbd+rvsYG3ApFzSUcoFqyCCgGrleLtD7jUYE5YJ3mZQLGgBn+cbApHxXygWqMYMEb8KlXNAUGJwHAssFY5iUC5oxFCmaEYkUzUWkwDqpOYFI0cJxkULb3YKZSNGCn0ih6PoOihQtjS9bpapI0TIkUrSKQKRoCUzyVrk0QYdm4gKGTFxAxMSthYmxTmpNwMRtHGdibXcbZkzcRpg40LmNv63xZbtUZeK2ISZuFwETtwUmeTsgE3NVd9vluo+xPZdyQQcpF6gODAKqo+vlAr3f6EhQLnifSbmgPXCW7wRMyvelXKA6MUjwzlzKBV2AwTkeWC6YwKRc0JWhSNGVSKToJiIF1kndCESK7o6LFNru7sxEiu78RIpCur6DIkUP48ueqSpS9AiJFD0jECl6AJO8Zy5N0KGZOM6QieNETKyEibFOUgRMXOg4E2u7C5kxcaEwcaBzG3+R8WVxqjJxUYiJiyNg4iJgkhcDmZiruluc6z7GXlzKBb2lXKB6MwioEtfLBXq/UUJQLviQSbmgF3CWLwUm5YdSLlClDBK8D5dywTbA4JwILBdMYlIu6MtQpOhLJFL0E5EC66R+BCLFto6LFNrubZmJFNvyEymK6PoOihT9jS+3S1WRon9IpNguApGiPzDJt8ulCTo0E5cxZOIyIiYeIEyMddIAAiYe6DgTa7sHMmPigcLEgc5t/NsbX+6Qqky8fYiJd4iAibcHJvkOQCbmqu7ukOs+xh25lAt2knKB2olBQA1yvVyg9xuDCMoFq5iUC3YEzvI7A5NylZQL1M4MEnwXLuWCXYHBORlYLpjCpFywG0ORYjcikWKwiBRYJw0mECl2d1yk0Hbvzkyk2J2fSFFM13dQpNjD+HJIqooUe4REiiERiBR7AJN8SC5N0KGZeChDJh5KxMR7ChNjnbQnARPv5TgTa7v3YsbEewkTBzq38Q8zvhyeqkw8LMTEwyNg4mHAJB8OZGKu6u7wXPcx7s2lXLCPlAvUPgwCaoTr5QK93xhBUC74hEm5YG/gLD8SmJSfSLlAjWSQ4PtyKRfsBwzOqcBywTQm5YJRDEWKUUQixWgRKbBOGk0gUuzvuEih7d6fmUixPz+Rohdd30GR4gDjywNTVaQ4ICRSHBiBSHEAMMkPzKUJOjQTj2HIxGOImHisMDHWSWMJmHic40ys7R7HjInHCRMHOrfxjze+nJCqTDw+xMQTImDi8cAknwBkYq7q7oRc9zGWcykXVEi5QFUwCKiJrpcL9H5jIkG54DMm5YJy4Cw/CZiUn0m5QE1ikOAHcSkXHAwMzunAcsEMJuWCyQxFislEIsUUESmwTppCIFIc4rhIoe0+hJlIcQg/kaI3Xd9BkeJQ48upqSpSHBoSKaZGIFIcCkzyqbk0QYdm4mkMmXgaERMfJkyMddJhBEx8uONMrO0+nBkTHy5MHOjcxj/d+HJGqjLx9BATz4iAiacDk3wGkIm5qrszct3HeASXcsGRUi5QRzIIqJmulwv0fmMmQbngCyblgiOAs/wsYFJ+IeUCNYtBgh/FpVxwNDA4ZwLLBbOYlAuOYShSHEMkUhwrIgXWSccSiBTHOS5SaLuPYyZSHMdPpCih6zsoUhxvfDk7VUWK40MixewIRIrjgUk+O5cm6NBMPIchE88hYuIThImxTjqBgIlPdJyJtd0nMmPiE4WJA53b+E8yvjw5VZn4pBATnxwBE58ETPKTgUzMVd09Odd9jKdwKRecKuUCdSqDgJrrerlA7zfmEpQLvmJSLjgFOMufBkzKr6RcoE5jkOCncykXnAEMzmOA5YJjmZQLzmQoUpxJJFKcJSIF1klnEYgUZzsuUmi7z2YmUpzNT6Qopes7KFKcY3x5bqqKFOeERIpzIxApzgEm+bm5NEGHZuJ5DJl4HhETnydMjHXSeQRMfL7jTKztPp8ZE58vTBzo3MZ/gfHlhanKxBeEmPjCCJj4AmCSXwhkYq7q7oW57mO8iEu54GIpF6iLGQTUfNfLBXq/MZ+gXLCaSbngIuAsfwkwKVdLuUBdwiDBL+VSLrgMGJyzgeWCOUzKBZczFCkuJxIprhCRAuukKwhEiisdFym03VcyEymu5CdS9KHrOyhSXGV8uSBVRYqrQiLFgghEiquASb4glybo0Ey8kCETLyRi4quFibFOupqAia9xnIm13dcwY+JrhIkDndv4rzW+vC5VmfjaEBNfFwETXwtM8uuATMxV3b0u132M13MpF9wg5QJ1A4OAutH1coHeb9xIUC5Yw6RccD1wlr8JmJRrpFygbmKQ4DdzKRfcAgzOk4DlgpOZlAtuZShS3EokUtwmIgXWSbcRiBS3Oy5SaLtvZyZS3M5PpBhL13dQpLjD+PLOVBUp7giJFHdGIFLcAUzyO3Npgg7NxHcxZOK7iJj4bmFirJPuJmDiexxnYm33PcyY+B5h4kDnNv57jS/vS1UmvjfExPdFwMT3ApP8PiATc1V378t1H+MiLuWC+6VcoO5nEFAPuF4u0PuNBwjKBWuZlAsWAWf5B4FJuVbKBepBBgn+EJdywcPA4JwLLBecxqRcsJihSLGYSKR4REQKrJMeIRApljguUmi7lzATKZbwEynG0fUdFCkeNb5cmqoixaMhkWJpBCLFo8AkX5pLE3RoJn6MIRM/RsTEjwsTY530OAETP+E4E2u7n2DGxE8IEwc6t/E/aXz5VKoy8ZMhJn4qAiZ+EpjkTwGZmKu6+1Su+xiXcSkXPC3lAvU0g4Ba7nq5QO83lhOUC9YxKRcsA87yzwCTcp2UC9QzDBL8WS7lgueAwXkmsFxwFpNywfMMRYrniUSKF0SkwDrpBQKRYoXjIoW2ewUzkWIFP5FiPF3fQZHiRePLl1JVpHgxJFK8FIFI8SIwyV/KpQk6NBO/zJCJXyZi4pXCxFgnrSRg4lccZ2Jt9yvMmPgVYeJA5zb+V40vX0tVJn41xMSvRcDErwKT/DUgE3NVd1/LdR/j61zKBW9IuUC9wSCg3nS9XKD3G28SlAt+YFIueB04y78FTMofpFyg3mKQ4G9zKRe8AwzOc4HlgnlMygXvMhQp3iUSKd4TkQLrpPcIRIr3HRcptN3vMxMp3ucnUkyg6zsoUnxgfPlhqooUH4REig8jECk+ACb5h7k0QYdm4o8YMvFHREy8SpgY66RVBEz8seNMrO3+mBkTfyxMHOjcxv+J8eWnqcrEn4SY+NMImPgTYJJ/CmRirurup7nuY/yMS7ngcykXqM8ZBNQXrpcL9H7jC4JywU9MygWfAWf5L4FJ+ZOUC9SXDBL8Ky7lgq+BwXkBsFxwIZNywWqGIsVqIpHiGxEpsE76hkCkWOO4SKHtXsNMpFjDT6Qop+s7KFJ8a3y5NlVFim9DIsXaCESKb4FJvjaXJujQTPwdQyb+joiJ1wkTY520joCJv3ecibXd3zNj4u+FiQOd2/h/ML78MVWZ+IcQE/8YARP/AEzyH4FMzFXd/THXfYw/cSkX/CzlAvUzg4D6xfVygd5v/EJQLviFSbngJ+As/yswKX+RcoH6lUGC/8alXPA7MDjnA8sFlzApF/zBUKT4g0ik+FNECqyT/iQQKf5yXKTQdv/FTKT4i59IUUHXd1Ck+Nv4cn2qihR/h0SK9RGIFH8Dk3x9Lk3QoZk4lsePiW3M8SQPG29a3qbHwsTJ9pn3vwFF95sODFgqu9Pz4D4iZeL0PGFiu/NA0htfVrd8mlJMrAegwDLWHogwIP/aSTMJMMmr5+GCjqu6Wz3PfYwZBBgTAk02oDLzgI5hGlCZDAIqC40RDVDvN7Ly8AH6G5NyQQZwls8GJuVvUi5Q2QwSPIeKMdDlglxgcF4OLBdcEdFEkez45QHHrw5w/OoC+6Icvxr//8ePNP7ygeO3CDh+94PHD70Q0dvCdekE5UNiu+PJHUrb/BOB3X8S5Us62H6gf9Sfjsf4inSaGF/PIMZ/IbA7toRHjK9Hcj/QZu0PXaDwOfB7z/C/vfMP5vyjOeujpsdrtcwGNNMao1/Me/Tf/ffW9h7XCUl/aNnv13RcX3WBnB1VYevndJrCVj0pbGGdVI+gsFXf8cKWtrs+UWGLgpzqEihrDfK2zkTd0Ltuoyom6obWRN3Ye9wkwXt/Mu9tbN6rJ4Km3uNmxJM6Mq6bAyf1/zL+Lbzrtqxi/FtY499K18uqGP9W1vi39h63SfDen817W5v3aoxtvcftjK8o5p6mBPlSbYnb84SOp7YEdlcnWsSihY32yEUSzmZFNX5oP3fY8rktHuorskVmB6K7pzrKIhPrpI4Ei8xOji8ytd2dmN091Ynw7im0avGV1yGymtIkJxarQeyvJPtW4Rfs8e1ssHfZjLu71scqx1D47q71sX+/uytRP1vt7i49AI9axnaxgiMMCHXtzsBJqGsVfZWWlI+rKCkuGhsvrhjn9dO7orxobGEfVVFa5HVfVKzGjS2PTygeV9K7uHdpRUlk9y93JWLgbsLAWCd1I2Dg7o4zsLa7e0QyT7L2dzFY0f1mRbR9i//HI4wTGUs9gKuCLHA9Q09iGt8A0yc65v1VETqOchyXP/zVG9ruXDflj0pbbuRCpAuwrzxH55/QoYDxrYAxo/KYyEc9GcpHPYkWr3FZvGKdFCdYvCrHF6/absWoRkmB9Z8+gIfG3yWJiaAicJRHJvcUmvEu2gy5Z2CCsQvLPQNj/y73JOrnX+UeimAD9bVxRV6Yt8nYdDOoA2LBA73iANqhioCTWTEsGSoq/PEsJtzx6HHsQrDyr0W840l2laTtLiSwu7ZbdlfCp+0uIrC7jqM7lTDBIOcNO8aTvkuRyU4PGN8KGDOqbkR3Cyfr50Ig1/QCKnW6Dwpu6ZVHM4chfU2hIjbOwdvdiIGK2JTA7sZMbqLqDcxHoK9VY8fjRudLZ4K4acYgX7oQ2N2cSb6UAPMF6GvVnEG+9CGIm1YM8mUbArsLmORLKTBfgL5WBQzyZReCuGnLIF92JbC7HZN86QPMF6CvVTsG+bIvQdx0ZJAv+xHY3YlJvmwDzBegr1UnBvlyEEHcdGWQLwcT2N2NSb70BeYL0NeqG4N8OYogbnoyyJejCeyOM8mXfsB8AfpaxRnky+kEcVPEIF/OILC7mEm+bAvMF6CvVTGDfLmUIG5KGOTLZQR2lzLJl/7AfAH6WpUyyJebCeKmL4N8uYXA7n5M8mU7YL4Afa36MciXhwjiZjsG+fIwgd1lTPKlDJgvQF+rMgb58ixB3GzPIF+eI7B7Byb5MgCYL0Bfqx0Y5MvbBHEziEG+vENg985M8mUgMF+AvlY7M8iXrwjiZjcG+fI1gd2DmeTL9sB8AfpaDWaQL78RxM0QBvnyO4HdQ5nkyw7AfAH6Wg1lkC85ufi4GcYgX3IJ7B7OJF92BOYL0NdqOIN8aUIQNyM4fP6FwO6RTPJlJ2C+AH2tRjLIl84EcTOKw+dfCOwezSRfBgHzBehrNZpBvvQhiJsDOXz+hcDuMUzyZWdgvgB9rcYwyJddCOJmPIfPvxDYPYFJvuwCzBegr9UEBvmyL0HcTOTw+RcCuycxyZddgfkC9LWaxCBfDiKIm8kcPv9CYPcUJvmyGzBfgL5WUxjky1EEcTOVw+dfCOyexiRfBgPzBehrNY1BvpxOEDfTOXz+hcDuGUzyZXdgvgB9rWYwyJdLCeJmJofPvxDYPYtJvuwBzBegr9UsBvlyM0HcHMPh8y8Edh/LJF+GAPMF6Gt1LIN8eYggbmZz+PwLgd1zmOTLUGC+AH2t5jDIl2cJ4uYkDp9/IbD7ZCb5sicwX4C+ViczyJe3CeJmLofPvxDYfRqTfNkLmC9AX6vTGOTLVwRxcyaHz78Q2H0Wk3wZBswXoK/VWQzy5TeCuDmXw+dfCOyexyRfhgPzBehrNY9BvuQQ/I7HBRw+/0Jg94VM8mVvYL4Afa2Q46d/9G9HrxWY/vRveOjfJdDfta6/P1p/J67+nk/93YX6+9j0d0xt+N4c/ZtsXtOf2dafQ9WfrdOfF9KfgdD3det7VfX9d/qeIn2fhK796nqW1ui17qi1FL0/1GtezeN6bto7LxY40HG3Tx5N3ME/5wOMO+3fnWKbfsdJj8EI4nEeCfyNp6h+zXck0a/57iu/5ot10r4Ev+a7n+O/5qvt3o/Rr/lSYA3/mm86GLde5OXlYRdPNYh8Fj5QmO3xHWWwj96MXwhubf2/NOucZvmqdezffyE4UT//L34hWA9mgTVwo/Mqz7wu/0LwaOAEuX8efnz334zxTBb3AcDJIQe4G8gl3kUifq1yFMEucj4Du0cT2H2J46qBtvsAArsvjUg1iCd3KGBcKqCvFdX4wT+FzHD3eCDR7nGM7B6xThpDsHsc6/juUds9ltHucazsHtnvHscZ7ONl97jlhz9Q40K7x/HMdo/jgRPkBILd44QIdo/lsnvc4l3UOILdxJUM7B5PYPdVDHaP5QR2L2CyewTGpQL6WiHHT5P+TrHKB9o/6Ngcn+c+xgqiGjf+y2CAhMg1oCYyCKhJaIxogFpbnkTAGNcyYYwK4Or6IGBSXstgpXEQQdwcnIdlyh1jlQ/kuFKM7cEMJrbJrk9sv3oBWpsgQK93PDHreja3J7D7Bia3nU4BTsJAXyuq8UsHj58tXSXb1yFAX1DkChWJHZrnPnlPIbD7ZsfnRk1ahxDYfQuTuXEqMB+Bvla3LGGz6NtY2EXH5qEMFn1T82jiHP+dfsnv6gpNXyqquyCmEd0FcZjcBYF10mEEd0Ec7vhdENruw4kr6pRjGk/yiOIOiKwc7B0Q+Xh/BRIa1LfyH9jjO91gn7EZd0C0iVWOofAdEG1i/34HRKJ+/vUOCNAgbBwM37jpeZsAppuBKAiBQ13TDz40C9/O4BO6+QTbgTvc3g5sXNlMB5LODGBfdzKpHQDjWwFjRgHHLzDho/PkCCafKD4S/IniQbFNZKLHQPdPiX9mHq6vqHZDNuZ4koeNd5Y11rIbSrJP7SQ9oOh+jwIGLJXdR+XBfUS6GzoKmFDh3RBRzEZ2v/XRxpfHWD518n5r9CD4xukBKLCMPSYvVulAF5qOBib5MXkxFiuJYxky8bFETHycMDHWSccRMPHxjjOxtvt4Zkx8vDCxfQSYeLbx5ZxUZeLZISaeEwETzwYm+RxgcGsnD6psvvNl0jl57mM8gWjFBF8ynYgDqrgG1IkMAuokNEY0QL3fOCkPH6D3MlGrTwDO8icDk/JePjf/kCXPyQwS/BQqxkAvZ5B3sJ4KDHTbZvSdfXOBOBsBy0eNmXxtzmkMhZnTiISZ00WYwTrpdAJh5gzHhRlt9xnMhJkz+AkzFDdkbezbxn+m8eVZqSrMnBkSZs6KQJg5E5jkZxGtZNBMfDZDJj6biInPESbGOukcAiY+13Em1nafy4yJzxUmDvRt459nfHleqjLxvBATnxcBE88DJvl5omgr4BiQYTyfS4nkAgkodQGDgLrQ9RKJ3m9cSFAiWcSkRHI+cJa/CJiUi6REoi5ikOAXUzEGulwwHxiczYDlguZMygWXMBQpLiESKS4VkQLrpEsJRIrLHBcptN2XMRMpLuMnUhQS9h0QKS43vrwiVUWKy0MixRURiBSXA5P8ijyaoEMz8ZUMmfhKIia+SpgY66SrCJh4geNMrO1ewIyJFwgT20eAiRcaX16dqky8MMTEV0fAxAuBSX41kIm5qrvAMSDDeA2XcsG1Ui5Q1zIIqOtcLxfo/cZ1BOWCB5iUC64BzvLXA5PyASkXqOsZJPgNXMoFNwKDsxWwXFDApFxwE0OR4iYikeJmESmwTrqZQKS4xXGRQtt9CzOR4hZ+IkURYd8BkeJW48vbUlWkuDUkUtwWgUhxKzDJb8ujCTo0E9/OkIlvJ2LiO4SJsU66g4CJ73ScibXddzJj4juFie0jwMR3GV/enapMfFeIie+OgInvAib53UAm5qruAseADOM9XMoF90q5QN3LIKDuc71coPcb9xGUCx5iUi64BzjLLwIm5UNSLlCLGCT4/VzKBQ8Ag7MtsFzQjkm54EGGIsWDRCLFQyJSYJ30EIFI8bDjIoW2+2FmIsXD/ESKYsK+AyLFYuPLR1JVpFgcEikeiUCkWAxM8kfyaIIOzcRLGDLxEiImflSYGOukRwmYeKnjTKztXsqMiZcKE9tHgIkfM758PFWZ+LEQEz8eARM/Bkzyx4FMzFXdBY4BGcYnuJQLnpRygXqSQUA95Xq5QO83niIoFyxmUi54AjjLLwMm5WIpF6hlDBL8aS7lguXA4OwILBd0YlIueIahSPEMkUjxrIgUWCc9SyBSPOe4SKHtfo6ZSPEcP5GiF2HfAZHieePLF1JVpHg+JFK8EIFI8TwwyV/Iowk6NBOvYMjEK4iY+EVhYqyTXiRg4pccZ2Jt90vMmPglYWL7CDDxy8aXK1OViV8OMfHKCJj4ZWCSrwQyMVd1FzgGZBhf4VIueFXKBepVBgH1muvlAr3feI2gXLCESbngFeAs/zowKZdIuUC9ziDB3+BSLngTGJxdgeWCbkzKBW8xFCneIhIp3haRAuuktwlEinccFym03e8wEyne4SdS9CbsOyBSvGt8+V6qihTvhkSK9yIQKd4FJvl7eTRBh2bi9xky8ftETPyBMDHWSR8QMPGHjjOxtvtDZkz8oTCxfQSY+CPjy1WpysQfhZh4VQRM/BEwyVcBmZirugscAzKMH3MpF3wi5QL1CYOA+tT1coHeb3xKUC5YyqRc8DFwlv8MmJRLpVygPmOQ4J9zKRd8AQzOnsByQZxJueBLhiLFl0QixVciUmCd9BWBSPG14yKFtvtrZiLF1/xEihLCvgMixWrjy29SVaRYHRIpvolApFgNTPJv8miCDs3Eaxgy8RoiJv5WmBjrpG8JmHit40ys7V7LjInXChPbR4CJvzO+XJeqTPxdiInXRcDE3wGTfB2Qibmqu8AxIMP4PZdywQ9SLlA/MAioH10vF+j9xo8E5YLHmZQLvgfO8j8Bk/JxKReonxgk+M9cygW/AIOzCFguKGZSLviVoUjxK5FI8ZuIFFgn/UYgUvzuuEih7f6dmUjxOz+RopSw74BI8Yfx5Z+pKlL8ERIp/oxApPgDmOR/5tEEHZqJ/2LIxH8RMfHfwsRYJ/1NwMTrHWdibfd6Zky8XpjYPgJMHKthxrzGppdSion1ABRYxtoDEQbkXzvpxKyB6yutBi7ouKq7wDEgw5hOgDEh0KSXOTigbMsF1RgEVHU0RjRAvd/QINEB+iSTckE6cJbPACblk1IuUBkMEjyTijHQ5YIsYHCWAMsFpUzKBdnAiSIqkSIbGJw23hxr+S0iRZJ9aifl1MD3mwsMWCq7c2vAfUQqUuQCEyoikaIPYd8BkSLP+LJGqooUeSGRokYEIkUeMMlr1KAJOjQT5zNk4nwiJq4pTIx1Uk0CJq7lOBNru2sxY+JawsT2EWDi2saXdVKViWuHmLhOBExcG5jkdYBMzFXdBY4BGca6XMoF9aRcoOoxCKj6rpcL9H6jPkG5YBmTckFd4CzfAJiUy6RcoBowSPCGXMoFjYDB2RdYLujHpFzQmKFI0ZhIpGgiIgXWSU0IRIqmjosU2u6mzESKpvxEirGEfQdEimbGl81TVaRoFhIpmkcgUjQDJnnzGjRBh2biFgyZuAURE7cUJsY6qSUBE7dynIm13a2YMXErYWL7CDBxgfFl61Rl4oIQE7eOgIkLgEneGsjEXNVd4BiQYWzDpVzQVsoFqi2DgGrnerlA7zfaEZQLljMpF7QBzvLtgUm5XMoFqj2DBO/ApVzQERic2wHLBWVMygWdGIoUnYhEis4iUmCd1JlApOjiuEih7e7CTKTowk+kGEfYd0Ck6Gp82S1VRYquIZGiWwQiRVdgknerQRN0aCbuzpCJuxMxcQ9hYqyTehAwcU/HmVjb3ZMZE/cUJraPABPHjS9VqjJxPMTEKgImjgOTXAGZmKu6CxwDMoyFXMoFRVIuUEUMAqrY9XKB3m8UE5QLnmVSLigEzvK9gEn5rJQLVC8GCd6bS7mgBBic2wPLBTswKReUMhQpSolEij4iUmCd1IdApNjGcZFC270NM5FiG34ixXjCvgMiRV/jy36pKlL0DYkU/SIQKfoCk7xfDZqgQzPxtgyZeFsiJu4vTIx1Un8CJt7OcSbWdm/HjIm3Eya2jwATlxlfDkhVJi4LMfGACJi4DJjkA4BMzFXdBY4BGcaBXMoF20u5QG3PIKB2cL1coPcbOxCUC55nUi4YCJzldwQm5fNSLlA7MkjwnbiUCwYBg3MQsFywM5Nywc4MRYqdiUSKXUSkwDppFwKRYlfHRQpt967MRIpd+YkUEwj7DogUuxlfDk5VkWK3kEgxOAKRYjdgkg+uQRN0aCbenSET707ExHsIE2OdtAcBEw9xnIm13UOYMfEQYWL7CDDxUOPLPVOViYeGmHjPCJh4KDDJ9wQyMVd1FzgGZBj34lIuGCblAjWMQUANd71coPcbwwnKBSuYlAv2As7yewOTcoWUC9TeDBJ8Hy7lghHA4NwNWC4YzKRcMJKhSDGSSKTYV0QKrJP2JRAp9nNcpNB278dMpNiPn0hRTth3QKQYZXw5OlVFilEhkWJ0BCLFKGCSj65BE3RoJt6fIRPvT8TEBwgTY510AAETH+g4E2u7D2TGxAcKE9tHgInHGF+OTVUmHhNi4rERMPEYYJKPBTIxV3UXOAZkGMdxKReMl3KBGs8goCa4Xi7Q+40JBOWCl5iUC8YBZ/lyYFK+JOUCVc4gwSu4lAsmAoNzCLBcMJRJuWASQ5FiEpFIcZCIFFgnHUQgUhzsuEih7T6YmUhxMD+RooKw74BIMdn4ckqqihSTQyLFlAhEisnAJJ9Sgybo0Ex8CEMmPoSIiQ8VJsY66VACJp7qOBNru6cyY+KpwsT2EWDiacaXh6UqE08LMfFhETDxNGCSHwZkYq7qLnAMyDAezqVcMF3KBWo6g4Ca4Xq5QO83ZhCUC1YyKRccDpzljwAm5UopF6gjGCT4kVzKBTOBwTkMWC4YzqRcMIuhSDGLSKQ4SkQKrJOOIhApjnZcpNB2H81MpDianUih4nR9B0WKY4wvj01VkeKYkEhxbAQixTHAJD+2Bk3QoZn4OIZMfBwREx8vTIx10vEETDzbcSbWds9mxsSzhYkDndv45xhfnpCqTDwnxMQnRMDEc4BJfgKQibmquyfUcB/jiVzKBSdJuUCdxCCgTna9XKD3GycTlAteZVIuOBE4y58CTMpXpVygTmGQ4KdyKRfMBQbnCGC5YCSTcsFpDEWK04hEitNFpMA66XQCkeIMx0UKbfcZzESKM/iJFIqu76BIcabx5VmpKlKcGRIpzopApDgTmORn1aAJOjQTn82Qic8mYuJzhImxTjqHgInPdZyJtd3nMmPic4WJA53b+OcZX56Xqkw8L8TE50XAxPOASX4ekIm5qrvn1XAf4/lcygUXSLlAXcAgoC50vVyg9xsXEpQLXmdSLjgfOMtfBEzK16VcoC5ikOAXcykXzAcG5yhguWA0k3LBJQxFikuIRIpLRaTAOulSApHiMsdFCm33ZcxEisv4iRSFdH0HRYrLjS+vSFWR4vKQSHFFBCLF5cAkv6IGTdChmfhKhkx8JRETXyVMjHXSVQRMvMBxJtZ2L2DGxAuEiQOd2/gXGl9enapMvDDExFdHwMQLgUl+NZCJuaq7V9dwH+M1XMoF10q5QF3LIKCuc71coPcb1xGUC95kUi64BjjLXw9MyjelXKCuZ5DgN3ApF9wIDM4DgeWCMUzKBTcxFCluIhIpbhaRAuukmwlEilscFym03bcwEylu4SdSFNH1HRQpbjW+vC1VRYpbQyLFbRGIFLcCk/y2GjRBh2bi2xky8e1ETHyHMDHWSXcQMPGdjjOxtvtOZkx8pzBxoHMb/13Gl3enKhPfFWLiuyNg4ruASX43kIm5qrt313Af4z1cygX3SrlA3csgoO5zvVyg9xv3EZQL3mZSLrgHOMsvAibl21IuUIsYJPj9XMoFDwCDczywXDCBSbngQYYixYNEIsVDIlJgnfQQgUjxsOMihbb7YWYixcP8RIpiur6DIsVi48tHUlWkWBwSKR6JQKRYDEzyR2rQBB2aiZcwZOIlREz8qDAx1kmPEjDxUseZWNu9lBkTLxUmDnRu43/M+PLxVGXix0JM/HgETPwYMMkfBzIxV3X38RruY3yCS7ngSSkXqCcZBNRTrpcL9H7jKYJywbtMygVPAGf5ZcCkfFfKBWoZgwR/mku5YDkwOCcCywWTmJQLnmEoUjxDJFI8KyIF1knPEogUzzkuUmi7n2MmUjzHT6ToRdd3UKR43vjyhVQVKZ4PiRQvRCBSPA9M8hdq0AQdmolXMGTiFURM/KIwMdZJLxIw8UuOM7G2+yVmTPySMHGgcxv/y8aXK1OViV8OMfHKCJj4ZWCSrwQyMVd1d2UN9zG+wqVc8KqUC9SrDALqNdfLBXq/8RpBueB9JuWCV4Cz/OvApHxfygXqdQYJ/gaXcsGbwOCcDCwXTGFSLniLoUjxFpFI8baIFFgnvU0gUrzjuEih7X6HmUjxDj+Rojdd30GR4l3jy/dSVaR4NyRSvBeBSPEuMMnfq0ETdPCtBUMmfp+IiT8QJsY66QMCJv7QcSbWdn/IjIk/FCYOdG7j/8j4clWqMvFHISZeFQETfwRM8lVAJuaq7q6q4T7Gj7mUCz6RcoH6hEFAfep6uUDvNz4lKBd8yKRc8DFwlv8MmJQfSrlAfcYgwT/nUi74AhicU4HlgmlMygVfMhQpviQSKb4SkQLrpK8IRIqvHRcptN1fMxMpvuYnUpTQ9R0UKVYbX36TqiLF6pBI8U0EIsVqYJJ/U4Mm6NBMvIYhE68hYuJvhYmxTvqWgInXOs7E2u61zJh4rTBxoHMb/3fGl+tSlYm/CzHxugiY+Dtgkq8DMjFXdXddDfcxfs+lXPCDlAvUDwwC6kfXywV6v/EjQblgFZNywffAWf4nYFKuknKB+olBgv/MpVzwCzA4pwPLBTOYlAt+ZShS/EokUvwmIgXWSb8RiBS/Oy5SaLt/ZyZS/M5PpCil6zsoUvxhfPlnqooUf4REij8jECn+ACb5nzVogg7NxH8xZOK/iJj4b2FirJP+JmDi9Y4zsbZ7PTMmXi9MHOg8gD/fjHn+ppdSion1ABRYxtoDEQbkXzvpxMzH9ZWWjws6ruoubgzoMKYTYEwINOllDg4o23JBNQYBVR2NEQ1Q7zc0SHSAfsKkXJAOnOUzgEn5iZQLVAaDBM+kYgx0uSALGJwzgeWCWUzKBdnAiSIqkSIbGJw23hxr+S0iRZJ9aifl5OP7zQUGLJXduflwH5GKFLnAhIpIpOhD13dQpMgzvqyRqiJFXkikqBGBSJEHTPIa+TRBh2bifIZMnE/ExDWFibFOqknAxLUcZ2Jtdy1mTFxLmDjQuY2/tvFlnVRl4tohJq4TARPXBiZ5HSATc1V36+S7j7Eul3JBPSkXqHoMAqq+6+UCvd+oT1Au+IxJuaAucJZvAEzKz6RcoBowSPCGXMoFjYDBeQywXHAsk3JBY4YiRWMikaKJiBRYJzUhECmaOi5SaLubMhMpmvITKcbS9R0UKZoZXzZPVZGiWUikaB6BSNEMmOTN82mCDs3ELRgycQsiJm4pTIx1UksCJm7lOBNru1sxY+JWwsSBzm38BcaXrVOViQtCTNw6AiYuACZ5ayATc1V3W+e7j7ENl3JBWykXqLYMAqqd6+UCvd9oR1Au+IJJuaANcJZvD0zKL6RcoNozSPAOXMoFHYHBORtYLpjDpFzQiaFI0YlIpOgsIgXWSZ0JRIoujosU2u4uzESKLvxEinF0fQdFiq7Gl91SVaToGhIpukUgUnQFJnm3fJqgQzNxd4ZM3J2IiXsIE2Od1IOAiXs6zsTa7p7MmLinMHGgcxt/3PhSpSoTx0NMrCJg4jgwyRWQibmquyrffYyFXMoFRVIuUEUMAqrY9XKB3m8UE5QLvmJSLigEzvK9gEn5lZQLVC8GCd6bS7mgBBicJwHLBSczKReUMhQpSolEij4iUmCd1IdApNjGcZFC270NM5FiG34ixXi6voMiRV/jy36pKlL0DYkU/SIQKfoCk7xfPk3QoZl4W4ZMvC0RE/cXJsY6qT8BE2/nOBNru7djxsTbCRMHOrfxlxlfDkhVJi4LMfGACJi4DJjkA4BMzFXdHZDvPsaBXMoF20u5QG3PIKB2cL1coPcbOxCUC1YzKRcMBM7yOwKTcrWUC9SODBJ8Jy7lgkHA4JwLLBecxqRcsDNDkWJnIpFiFxEpsE7ahUCk2NVxkULbvSszkWJXfiLFBLq+gyLFbsaXg1NVpNgtJFIMjkCk2A2Y5IPzaYIOzcS7M2Ti3YmYeA9hYqyT9iBg4iGOM7G2ewgzJh4iTBzo3MY/1Phyz1Rl4qEhJt4zAiYeCkzyPYFMzFXd3TPffYx7cSkXDJNygRrGIKCGu14u0PuN4QTlgjVMygV7AWf5vYFJuUbKBWpvBgm+D5dywQhgcJ4JLBecxaRcMJKhSDGSSKTYV0QKrJP2JRAp9nNcpNB278dMpNiPn0hRTtd3UKQYZXw5OlVFilEhkWJ0BCLFKGCSj86nCTo0E+/PkIn3J2LiA4SJsU46gICJD3ScibXdBzJj4gOFiQOd2/jHGF+OTVUmHhNi4rERMPEYYJKPBTIxV3V3bL77GMdxKReMl3KBGs8goCa4Xi7Q+40JBOWCtUzKBeOAs3w5MCnXSrlAlTNI8Aou5YKJwOA8F1gumMekXDCJoUgxiUikOEhECqyTDiIQKQ52XKTQdh/MTKQ4mJ9IUUHXd1CkmGx8OSVVRYrJIZFiSgQixWRgkk/Jpwk6NBMfwpCJDyFi4kOFibFOOpSAiac6zsTa7qnMmHiqMHGgcxv/NOPLw1KViaeFmPiwCJh4GjDJDwMyMVd197B89zEezqVcMF3KBWo6g4Ca4Xq5QO83ZhCUC9YxKRccDpzljwAm5TopF6gjGCT4kVzKBTOBwXkBsFxwYUQTRbLjNws4fjnA8csF9kU5fkf9/x8/0vg7Gjh+twPH7w7w+KEXInpb+Fs6vt8fiO2OJ3cobfNfBHb/SJQv6WD7gf5RPzoe4yvSaWL8FwYxvp7A7l+ZxDjQPwpps/aHLlD4HPi7Z/jf3vkPc/7TnPVxjMdrx5oNaKY1RuvNe/Tf/fce5z0+PiT9oWU/DRrV12wgZ0dV2Po7naawNUcKW1gnzSEobJ3geGFL230CUWGLgpxmEyhrJ+ZvnYn6JO+6J1cxUZ9kTdSneI9PTfDev8x7TzHv1RPBXO/xacSTOjKuTwdO6v9l/M/wrntmFeN/hjX+Z3mPz65i/M+yxv8c7/G5Cd77t3nvOea9GuM87/F5xlcUc89cgnz5w/FFrI6neQR2/8lE2DgfmE9AX6s/mdzHfMGWz23xUF+RLTIvILp76kJZZGKddCHBIvMixxeZ2u6LmN09dRHh3VNo1WKd1yGymnJqXix2FLG/kuxbhV+wx/dig33+ZtzdtT5WOYbCd3etj/373V2J+tlqd3fpAXjUMna+FRxhQKhrXwychC6poq/SkvJxFSXFRWPjxRXjvH56V5QXjS3soypKi7zui4rVuLHl8QnF40p6F/curSiJ7P7lS4gY+FJhYKyTLiVg4MscZ2Bt92URyTzJ2j/fYEX3u97RG6jCOJGxdDlwVbAeXM/Qk5jGN8D0iY55f1WEjqO0R92WP/zVG7zu/2g0+ZPslhu5EJmP/CDVo27OP6FDAeNbAWNGUY0fOk+uYCgfXUG0eL1SFq9YJ11JsHi9yvHFq7b7KkY1Sgqs//QBPDT++UlMBBWBozwyuWeBGe+FmyH3DEwwdmG5Z2Ds3+WeRP38q9xDEWygvjauyBfkbzI23QzqgFjwQK84gHaohcDJ7GpYMlRU+ON5NeGOR4/jfIKVfxbxjifZVZK2ewGB3dlu2V0Jn7Z7IYHdOY7uVMIEg5w37BhPdvxymez0gPGtgDGjqMYvHZwnC4Bccw1QqdN9UHDLNfk0cxjS1xQq4il5eLtrMVAR5xLYXdtNFbESzmuB+Qj0tarteNzofLmYIG7qMciX+QR212eSL9cB8wXoa1WfQb7cQBA3jRjky40Edjdmki/XA/MF6GvVmEG+3E8QN80Y5MsDBHY3Z5IvNwDzBehr1ZxBvjxNEDetGOTLcgK7C5jky43AfAH6WhUwyJc3COKmLYN8eZPA7nZM8uUmYL4Afa3aMciXzwnipiODfPmCwO5OTPLlZmC+AH2tOjHIl58J4qYrg3z5hcDubkzy5RZgvgB9rboxyJfMGvi46ckgX7II7I4zyZdbgfkC9LWKM8iXhgRxU8QgXxoR2F3MJF9uA+YL0NeqmEG+dCCImxIG+dKRwO5SJvlyOzBfgL5WpQzypTdB3PRlkC8lBHb3Y5IvdwDzBehr1Y9BvuxEEDfbMciXQQR2lzHJlzuB+QL0tSpjkC/7EMTN9gzyZQSB3TswyZe7gPkC9LXagUG+VBDEzSAG+TKRwO6dmeTL3cB8Afpa7cwgX44kiJvdGOTLTAK7BzPJl3uA+QL0tRrMIF9OJYibIRw+/0Jg91Am+XIvMF+AvlZDGeTLxQRxM4zD518I7B7OJF/uA+YL0NdqOIN8uYEgbkZw+PwLgd0jmeTLImC+AH2tRjLIl/sJ4mYUh8+/ENg9mkm+3A/MF6Cv1WgG+fI0QdwcyOHzLwR2j2GSLw8A8wXoazWGQb68QRA34zl8/oXA7glM8uVBYL4Afa0mMMiXzwniZiKHz78Q2D2JSb48BMwXoK/VJAb58jNB3Ezm8PkXArunMMmXh4H5AvS1msIgXzIJvndtKofPvxDYPY1JviwG5gvQ12oag3xpSBA30zl8/oXA7hlM8uURYL4Afa1mMMiXDgRxM5PD518I7J7FJF+WAPMF6Gs1i0G+9CaIm2M4fP6FwO5jmeTLo8B8AfpaHcsgX3YiiJvZHD7/QmD3HCb5shSYL0BfqzkM8mUfgrg5icPnXwjsPplJvjwGzBegr9XJDPKlgiBu5nL4/AuB3acxyZfHgfkC9LU6jUG+HEkQN2dy+PwLgd1nMcmXJ4D5AvS1Qo6f/tG/Pb1WYPrTv+Ghf5dAf9e6/v5o/Z24+ns+9XcX6u9j098xpb83R38XiP5+A/2Zbf05VP3ZOv15If0ZCH1ft75XVd9/p+8p0vdJ6NqvrmdpjV7rjlpL0ftDvebVPK7npifyY4EDHXdP5tPEHRrnU8C40/7dK7bpd5z0GDxFPM7LkL8AbeGrCnM8uUMtI/o136fl13yxTnqa4Nd8lzv+a77a7uX5cB+R/ZovBdbwr/mmg3HrRd6sfOzi6Sgin4UPFGZ7fJ8x2J/djF8Ibm39vzTrnGb5qnXs338hOFE//y9+IVgPZoE1cM/mV555Xf6F4GeBE+Rz+fjxfW4zxjNZ3M8DJ4c04G4gnXgXifi1ymcIdpHnMrD7WQK75zmuGmi7nyew+7yIVIN4cocCxqUC+lpRjR/azy8w3D2+QLR7XCG7R6yTVhDsHl90fPeo7X6R0e7xRdk9st89vmSwvyy7xy0//IF6KbR7fJnZ7vFl4AS5kmD3uDKC3eMrsnvc4l3USwS7iYsY2P0ygd0XM9g9vkJg93wmu0dgXCqgrxVy/DTp7xWrfKD9g47Nl/Pdx/gqUY0bnpCvAQmRa0C9xiCgXkdjRAPU2vLrBIxxORPGeBW4un4DmJSXM1hpvEEQN2/mY5lyz1jlAzmuFGP7JoOJ7S3XJzY9UxxHEKBXOp6Ysz2bzyew+yomt52+DZyEgb5WVOOXDh4/W7pKtq93gL6gyBUqEns3333yfpvA7qsdnxs1ab1DYPc1TObG94D5CPS1uuZRNou+jYVddGy+y2DR914+TZzDE/L95Hd1haYvFdVdEO8T3QXxgdwFgXXSBwR3QXzo+F0Q2u4PiSvqlGMaT/KI4g6IGXnYOyCOxvsrkNCgvpX/wB7fjwz2VZtxB0SbWOUYCt8B0Sb273dAJOrnX++AAA3CxsHwjfsofxPAdDMQBSFwqGv6wYdm4esZfEL3aILtwA1ubwc2rmw+ApLOKmBfNzKpHQDjWwFjRgHHLzDho/PkYyafKP4E/IniYbFNZKLH4BPiTxR/yvCe8E+JdkOfyW4I66TPCHZDnzu+G9J2f85sN/Q54W6IKGYju9/6C+PLL12/3xo9CL5xX4Tukf4yP1bpQBeavgAm+ZdMVhJfMWTir4iY+GthYqyTviZg4tWOM7G2ezUzJl4tTGwfASb+xvhyTaoy8TchJl4TARN/A0zyNeD794ZVNt/5MumafPcxfsullLsWfKc7x4BayyCgvnP9hlC93/iOQO2/lYla/S1wll8HTMpb+dz8Q5Y86xgk+PdUjIFeziDvYP0BfAerf6Dv7PsRiLMWsHxUm8nX5vzEUJj5iUiY+VmEGayTfiYQZn5xXJjRdv/CTJj5hZ8wQ3FD1sa+bfy/Gl/+lqrCzK8hYea3CISZX4FJ/hvRSgbNxL8zZOLfiZj4D2FirJP+IGDiPx1nYm33n8yY+E9h4kDfNv6/jC//TlUm/ivExH9HwMR/AZP8b1G0FXAMyDCu51Ii0WmX6gEFHAMyjGlojGiAer+hQaID9HYmJZL1wFk+HZiUt0uJRKUzSPBqNWniHF4uqA4MznrAckF9JuWCjJr8RIoMYHDaeDNrbnosIkWSfWonZdbE95sFDFgqu7Nqwn1EKlJkARMqIpGikLDvgEiRbXyZY/k0pUQKPQAFlrH2QIQB+ddONjGzgUmeU5Mm6NBMnMuQiXOJmDhPmBjrpDwCJq7hOBNru2swY+IawsT2EWDifOPLmqnKxPkhJq4ZARPnA5O8JpCJuaq7wDEgw1iLSvxBL5lqS7lA1WYQUHVcLxfo/UYdgnLBnUzKBbWAs3xdYFLeKeUCVZdBgtfjUi6oDwzORsByQWMm5YIGDEWKBkQiRUMRKbBOakggUjRyXKTQdjdiJlI04idSFBH2HRApGhtfNklVkaJxSKRoEoFI0RiY5E1q0gQdmombMmTipkRM3EyYGOukZgRM3NxxJtZ2N2fGxM2Fie0jwMQtjC9bpioTtwgxccsImLgFMMlbApmYq7oLHAMyjK24lAsKpFygChgEVGvXywV6v9GaoFxwN5NyQSvgLN8GmJR3S7lAtWGQ4G25lAvaAYOzGbBc0JxJuaA9Q5GiPZFI0UFECqyTOhCIFB0dFym03R2ZiRQd+YkUxYR9B0SKTsaXnVNVpOgUEik6RyBSdAImeeeaNEGHZuIuDJm4CxETdxUmxjqpKwETd3OcibXd3ZgxcTdhYvsIMHF348seqcrE3UNM3CMCJu4OTPIeQCbmqu4Cx4AMY08u5YK4lAtUnEFAKdfLBXq/oQjKBfcyKRf0BM7yhcCkvFfKBaqQQYIXcSkXFAODsxWwXFDApFzQi6FI0YtIpOgtIgXWSb0JRIoSx0UKbXcJM5GihJ9I0Yuw74BIUWp82SdVRYrSkEjRJwKRohSY5H1q0gQdmom3YcjE2xAxcV9hYqyT+hIwcT/HmVjb3Y8ZE/cTJraPABNva3zZP1WZeNsQE/ePgIm3BSZ5fyATc1V3gWNAhnE7LuWCMikXqDIGATXA9XKB3m8MICgXLGJSLtgOOMsPBCblIikXqIEMEnx7LuWCHYDB2RZYLmjHpFywI0ORYkcikWInESmwTtqJQKQY5LhIoe0exEykGMRPpOhN2HdApNjZ+HKXVBUpdg6JFLtEIFLsDEzyXWrSBB2aiXdlyMS7EjHxbsLEWCftRsDEgx1nYm33YGZMPFiY2D4CTLy78eUeqcrEu4eYeI8ImHh3YJLvAWRiruoucAzIMA7hUi4YKuUCNZRBQO3perlA7zf2JCgXPMCkXDAEOMvvBUzKB6RcoPZikODDuJQLhgODsyOwXNCJSblgb4Yixd5EIsU+IlJgnbQPgUgxwnGRQts9gplIMYKfSFFC2HdApBhpfLlvqooUI0Mixb4RiBQjgUm+b02aoEMz8X4MmXg/IiYeJUyMddIoAiYe7TgTa7tHM2Pi0cLE9hFg4v2NLw9IVSbeP8TEB0TAxPsDk/wAIBNzVXeBY0CG8UAu5YIxUi5QYxgE1FjXywV6vzGWoFzwEJNywYHAWX4cMCkfknKBGscgwcdzKRdMAAZnV2C5oBuTckE5Q5GinEikqBCRAuukCgKRYqLjIoW2eyIzkWIiP5GilLDvgEgxyfjyoFQVKSaFRIqDIhApJgGT/KCaNEGHZuKDGTLxwURMPFmYGOukyQRMPMVxJtZ2T2HGxFOEie0jwMSHGF8emqpMfEiIiQ+NgIkPASb5oUAm5qruAseADONULuWCaVIuUNMYBNRhrpcL9H7jMIJywWIm5YKpwFn+cGBSLpZygTqcQYJP51IumAEMzp7AckGcSbngCIYixRFEIsWRIlJgnXQkgUgx03GRQts9k5lIMZOfSNGHsO+ASDHL+PKoVBUpZoVEiqMiEClmAZP8qJo0QYdm4qMZMvHRREx8jDAx1knHEDDxsY4zsbb7WGZMfKwwsX0EmPg448vjU5WJjwsx8fERMPFxwCQ/HsjEXNVd4BiQYfw/9r4FTqeq/35cQrnMYBiM+yWKMtsMM6Jci6IoiqLch6Io16JUQhKKJIQkSZIkIeEZlyRJkiQiUa5FURTxn93/TJ1zeKtfs77n3es9+3w+72eet6Y9+7vXd+119lrneZ7BLHHBwzYuUA8TNNQjpscF+rzxiEBcsIwkLhgM3OUfBZJymY0L1KMEBB/CEhc8BmzORGBckEQSFwwlNCmGCpkUw6xJgQVpmIBJMdxwk0LXPZzMpBjOZ1J0EBzbY1I87mA5IqwmxeM+k2JEACbF40CSj8gn03RoJX6CUImfEFLikVaJsSCNFFDiJw1XYl33k2RK/KRVYvflUeJRDpajw6rEo3xKPDoAJR4FJPlooBKzurvANRCb4xiWuOApGxeopwga6mnT4wJ93nhaIC5YQRIXjAHu8mOBpFxh4wI1loDg41jigmeAzZkMjAtSSOKC8YQmxXghk+JZa1JgQXpWwKSYYLhJoeueQGZSTOAzKToKju0xKZ5zsJwYVpPiOZ9JMTEAk+I5IMkn5pNpOrQSTyJU4klCSjzZKjEWpMkCSvy84Uqs636eTImft0rsvjxKPMXBcmpYlXiKT4mnBqDEU4AknwpUYlZ3F7gGYnOcxhIXvGDjAvUCQUNNNz0u0OeN6QJxQRpJXDANuMu/CCRlmo0L1IsEBJ/BEhe8BGzOWsC4oDZJXDCT0KSYKWRSvGxNCixILwuYFLMMNyl03bPITIpZfCZFJ8GxPSbFKw6Ws8NqUrziMylmB2BSvAIk+ex8Mk2HVuJXCZX4VSElnmOVGAvSHAElfs1wJdZ1v0amxK9ZJXZfHiWe62D5eliVeK5PiV8PQInnAkn+OlCJWd1d4BqIzXEeS1zwho0L1BsEDTXf9LhAnzfmC8QFq0jignnAXf5NIClX2bhAvUlA8AUsccFbwOasA4wL6pLEBQsJTYqFQibF29akwIL0toBJschwk0LXvYjMpFjEZ1J0FhzbY1IsdrBcElaTYrHPpFgSgEmxGEjyJflkmg6txO8QKvE7Qkq81CoxFqSlAkr8ruFKrOt+l0yJ37VK7L48SrzMwXJ5WJV4mU+JlwegxMuAJF8OVGJWdxe4BmJzXMESF0RsXKAiBA2VZnpcoM8baQJxwRqSuGAFcJdfCSTlGhsXqJUEBF/FEhesBjZnA2Bc0JAkLlhDaFKsETIp3rMmBRak9wRMirWGmxS67rVkJsVaPpOii+DYHpPifQfLdWE1Kd73mRTrAjAp3geSfF0+maZDK/EHhEr8gZASr7dKjAVpvYASf2i4Euu6PyRT4g+tErsvjxJvcLD8KKxKvMGnxB8FoMQbgCT/CKjErO4ucA3E5riRJS742MYF6mOChtpkelygzxubBOKCtSRxwUbgLv8JkJRrbVygPiEg+GaWuOBTYHM2AsYFjUnigi2EJsUWIZPiM2tSYEH6TMCk2Gq4SaHr3kpmUmzlMylSBcf2mBSfO1huC6tJ8bnPpNgWgEnxOZDk2/LJNB1aib8gVOIvhJR4u1ViLEjbBZR4h+FKrOveQabEO6wSuy+PEn/pYLkzrEr8pU+JdwagxF8CSb4TqMSs7i5wDcTmuIslLvjKxgXqK4KG2m16XKDPG7sF4oJ1JHHBLuAu/zWQlOtsXKC+JiD4Hpa4YC+wOZsA44KmJHHBN4QmxTdCJsW31qTAgvStgEmxz3CTQte9j8yk2EdnUqgEubG9JsV+B8sDYTUp9vtMigMBmBT7gSQ/kE+m6dBKfJBQiQ8KKfEhq8RYkA4JKPFhw5VY132YTIkPWyX2DO6e/3cOlt+HVYm/8ynx9wEo8XdAkn8PVGJWd/f7fObP8QhLXHDUxgXqKEFD/WB6XKDPGz8IxAXrSeKCI8Bd/kcgKdfbuED9SEDwYyxxwXFgczYDxgXNSeKCnwhNip+ETIqfrUmBBelnAZPihOEmha77BJlJcYLPpFByY3tNipMOlr+E1aQ46TMpfgnApDgJJPkv+WSaDq3EvxIq8a9CSnzKKjEWpFMCSnzacCXWdZ8mU+LTVok9g7vn/5uD5ZmwKvFvPiU+E4AS/wYk+RmgErO6u2fymT/HsyxxQVS0jQuAayA2xyzoOaInqM8bepLoBt1AEhecBe7yWYGk3GDjApWVgODZomX6HB4XZAc2ZwtgXNCSJC64IJrPpLgA2Jzu+eaI/vO1NSkyOaYGKUc0ftycwIaVqjtnNBwjUZMiJ5BQAZkU1eTG9poUuRwsL3RhGiqTQi9AaVex7oXwTyjjb2eWmLmAJL8wWqbp0Ep8EaESXySkxLmtEmNByi2gxHkMV2Jddx4yJc5jldgzuHv+eR0s84VVifP6lDhfAEqcF0jyfEAlZnV380WbP8doKfMHfcsUY+MCFUPQUPlNjwv0eSO/QFywkSQuiAbu8gWApNxo4wJVgIDgBVniglhgc7YCxgWtSeKCQoQmRSEhk6KwNSmwIBUWMCniDDcpdN1xZCZFHJ9JkSg3ttekKOJgWTSsJkURn0lRNACTogiQ5EWjZZoOrcTFCJW4mJASx1slxoIUL6DExQ1XYl13cTIlLm6V2DO4e/4lHCxLhlWJS/iUuGQASlwCSPKSQCVmdXdLRps/x1IscUFpGxeo0gQNVcb0uECfN8oIxAWbSOKCUsBdviyQlJtsXKDKEhC8HEtcUB7YnG2AcUFbkrigAqFJUUHIpLjYmhRYkC4WMCkqGm5S6LorkpkUFflMiiS5sb0mRSUHy0vCalJU8pkUlwRgUlQCkvySaJmmQyvxpYRKfKmQEle2SowFqbKAElcxXIl13VXIlLiKVWLP4O75X+ZgeXlYlfgynxJfHoASXwYk+eVAJWZ1dy+PNn+OVVniggQbF6gEgoZSpscF+ryhBOKCzSRxQVXgLl8NSMrNNi5Q1QgInsgSFyQBm7MdMC5oTxIXVCc0KaoLmRQ1rEmBBamGgEmRbLhJoetOJjMpkvlMiupyY3tNihQHy5phNSlSfCZFzQBMihQgyWtGyzQdWomvIFTiK4SUuJZVYixItQSUuLbhSqzrrk2mxLWtEnsGd8//SgfLq8KqxFf6lPiqAJT4SiDJrwIqMau7e1W0+XOswxIX1LVxgapL0FD1TI8L9HmjnkBcsIUkLqgD3OXrA0m5xcYFqj4BwRuwxAUNgc3ZCRgXdCaJC64mNCmuFjIprrEmBRakawRMikaGmxS67kZkJkUjPpOihtzYXpOisYPltWE1KRr7TIprAzApGgNJfm20TNOhlfg6QiW+TkiJm1glxoLURECJmxquxLrupmRK3NQqsWdw9/yvd7C8IaxKfL1PiW8IQImvB5L8BqASs7q7N0SbP8dmLHFBcxsXqOYEDXWj6XGBPm/cKBAXbCWJC5oBd/mbgKTcauMCdRMBwVuwxAUtgc3ZFRgXdCOJC24mNCluFjIpbrEmBRakWwRMilaGmxS67lZkJkUrPpMiWW5sr0nR2sHy1rCaFK19JsWtAZgUrYEkvzVapunQSnwboRLfJqTEbawSY0FqI6DEbQ1XYl13WzIlbmuV2DO4e/63O1jeEVYlvt2nxHcEoMS3A0l+B1CJWd3dO6LNn2M7lrigvY0LVHuChupgelygzxsdBOKCbSRxQTvgLt8RSMptNi5QHQkI3oklLugMbM7uwLigB0lc0IXQpOgiZFKkWpMCC1KqgEnR1XCTQtfdlcyk6MpnUqTIje01Kbo5WN4ZVpOim8+kuDMAk6IbkOR3Rss0HVqJ7yJU4ruElLi7VWIsSN0FlLiH4Uqs6+5BpsQ9rBJ7BnfP/24Hy3vCqsR3+5T4ngCU+G4gye8BKjGru3tPtPlz7MkSF/SycYHqRdBQ95oeF+jzxr0CccF2krigJ3CXvw9Iyu02LlD3ERC8N0tc0AfYnD2BcUEvkrigL6FJ0VfIpOhnTQosSP0ETIr+hpsUuu7+ZCZFfz6Toqbc2F6TYoCD5f1hNSkG+EyK+wMwKQYASX5/tEzToZX4AUIlfkBIiQdaJcaCNFBAiQcZrsS67kFkSjzIKrFncPf8H3SwfCisSvygT4kfCkCJHwSS/CGgErO6uw9Fmz/HwSxxwcM2LlAPEzTUI6bHBfq88YhAXPAlSVwwGLjLPwok5Zc2LlCPEhB8CEtc8BiwOXsD44I+JHHBUEKTYqiQSTHMmhRYkIYJmBTDDTcpdN3DyUyK4XwmRQe5sb0mxeMOliPCalI87jMpRgRgUjwOJPmIaJmmQyvxE4RK/ISQEo+0SowFaaSAEj9puBLrup8kU+InrRJ7BnfPf5SD5eiwKvEonxKPDkCJRwFJPhqoxKzu7uho8+c4hiUueMrGBeopgoZ62vS4QJ83nhaIC3aRxAVjgLv8WCApd9m4QI0lIPg4lrjgGWBz9gfGBQNI4oLxhCbFeCGT4llrUmBBelbApJhguEmh655AZlJM4DMpOsqN7TUpnnOwnBhWk+I5n0kxMQCT4jkgySdGyzQdWoknESrxJCElnmyVGAvSZAElft5wJdZ1P0+mxM9bJfYM7p7/FAfLqWFV4ik+JZ4agBJPAZJ8KlCJWd3dqdHmz3EaS1zwgo0L1AsEDTXd9LhAnzemC8QFu0nigmnAXf5FICl327hAvUhA8BksccFLwOYcCIwLBpHEBTMJTYqZQibFy9akwIL0soBJMctwk0LXPYvMpJjFZ1J0khvba1K84mA5O6wmxSs+k2J2ACbFK0CSz46WaTq0Er9KqMSvCinxHKvEWJDmCCjxa4Yrsa77NTIlfs0qsWdw9/znOli+HlYlnutT4tcDUOK5QJK/DlRiVnf39Wjz5ziPJS54w8YF6g2ChppvelygzxvzBeKCPSRxwTzgLv8mkJR7bFyg3iQg+AKWuOAtYHMOBsYFD5PEBQsJTYqFQibF29akwIL0toBJschwk0LXvYjMpFjEZ1J0lhvba1IsdrBcElaTYrHPpFgSgEmxGEjyJdEyTYdW4ncIlfgdISVeapUYC9JSASV+13Al1nW/S6bE71ol9gzunv8yB8vlYVXiZT4lXh6AEi8Dknw5UIlZ3d3l0ebPcQVLXBCxcYGKEDRUmulxgT5vpAnEBd+QxAUrgLv8SiApv7FxgVpJQPBVLHHBamBzDgHGBY+RxAVrCE2KNUImxXvWpMCC9J6ASbHWcJNC172WzKRYy2dSdJEb22tSvO9guS6sJsX7PpNiXQAmxftAkq+Llmk6tBJ/QKjEHwgp8XqrxFiQ1gso8YeGK7Gu+0MyJf7QKrFncPf8NzhYfhRWJd7gU+KPAlDiDUCSfwRUYlZ396No8+e4kSUu+NjGBepjgobaZHpcoM8bmwTign0kccFG4C7/CZCU+2xcoD4hIPhmlrjgU2BzDgfGBY+TxAVbCE2KLUImxWfWpMCC9JmASbHVcJNC172VzKTYymdSpMqN7TUpPnew3BZWk+Jzn0mxLQCT4nMgybdFyzQdWom/IFTiL4SUeLtVYixI2wWUeIfhSqzr3kGmxDusEnsGd8//SwfLnWFV4i99SrwzACX+EkjynUAlZnV3d0abP8ddLHHBVzYuUF8RNNRu0+MCfd7YLRAXHCCJC3YBd/mvgaQ8YOMC9TUBwfewxAV7gc05EhgXPBnQRpHpt0sB1y8LcP2yAseSXL9v//fXT7T/9gHXbyZw/V4Grx/6RkQfC7Nkw497SLjuhMxdStd8gUDdh4X4khVcPxAfddjwHt+QVabHjxD0eE6Buo+S9DgQH4WsWeOhA4oMDcya/uKM/v/Oz+zOT33tT9e1A84BNIdrjXI6v6P/fcbvHkx/fchn/aFtv1zZgHslULODCrZyZJMJtr6zwRYWpO8Egq3vDQ+2dN3fCwVbEuJ0WMBZOxL939moj6b/3R/+YqM+6tqof0x/few8v3uB87s/Or+rN4Lj6a9/Et7UkX39M/Ig+39Y/xPpf/fkX6z/Cdf6/5L++te/WP9fXOt/Kv316fP8bg7nd085v6vn+Jt+7WAlsfccF+DLMcNvYnU//SZQ93ESY+MskE9ArJXU+qFxjor512Ml+MYK7CbTPeeETF7u+WaJ+fO1vcnM7Jgx/39B0eNmjQE2v1DdWWPgGIk+PZUVSCj/01No1+KX9AGRacqxvFFR3wo/7ZbJsZX/H3g2JafXsrt67j893XU26twe8j/ddTbq75/uOt84/7Wnu/QCLHcVm93VzP4Jof52NuAmdMFfjJWS3KVjanJSYoeEpNSO6ePUSO2S2KFaTZWakpg+fGKS6tihS0LnpI7JNZJqpKQmB/b88gVCCpzDKjAWpBwCCpzTcAXWdecUUmD07Xd2Z67ocU8Y+gCVf57IXsqF25TUCXCeoTcxPb96zpjons+4K0L30S+G2x8Zd2/oun810/4498gdg92LUGOdInmAE9jfCtgz6hSJfXQhoX10odDN60X25hUL0kUCN6+5Db951XXnDujmNSFz1+8ZpcRc/9Mb8NDzz56JjSDVc3UJzO7J46x33n9g99Q/z9r57Z76UX9v95xvnL+1eySaDTTWH3fkeWL+LDars6j1orwX+o4DWIfKC9zM8sHIkJqasZ75BE88eh2zC5ycz5r1tOY5d0m67jwCdUetMNsp0XXnFag7C7jujCuz+4ZfYJD7hrvHM/2EvKHr57sUsL8VsGeU1PplBfMkD1BrooFOnR5DQluiY2T2MCTWEi7ij3nxdedcYXbd2kU8LlB3roD2xszOMwbIRyDWKpfhfaP5ki0fvm9yE/Alu0DdeUj4kh/IFyDWKg8BXwoK9E00AV9iBeqOIeFLASBfgFirGAK+lBPom4IEfCkvUHcsCV8KAvkCxFrFEvAlUaBv4gj4kiRQdxESvsQC+QLEWhUh4EsDgb6JJ+BLQ4G6i5PwpRCQL0CsVXECvrQQ6JtSBHxpKVB3aRK+FAbyBYi1Kk3Al04CfVOOgC+dBeouT8KXOCBfgFir8gR86S3QNxUJ+NJHoO5KJHwpAuQLEGtViYAvQwT6pjIBXx4TqLsKCV+KAvkCxFpVIeDLOIG+qUrAl2cE6k4g4UsxIF+AWKsEAr7MEOibRAK+vCRQdxIJX+KBfAFirZII+LJAoG+SCfjylkDdKSR8KQ7kCxBrlULAl1UCfVOLgC+rBequTcKXEkC+ALFWtQn4slmgb+oQ8OVTgbrrkvClJJAvQKxVXQK+7BHomwYEfNkrUHdDEr6UAvIFiLVqSMCXYwJ904jh/S8CdTcm4UtpIF+AWKvGBHzJJvDpS00Y3v8iUHdTEr6UAfIFiLVqSsCXggJ904zh/S8CdTcn4UtZIF+AWKvmBHwpJ9A3LRje/yJQd0sSvpQD8gWItWpJwJdEgb5pxfD+F4G6W5PwpTyQL0CsVWsCvjQQ6Js2DO9/Eai7LQlfKgD5AsRatSXgSwuBvmnH8P4Xgbrbk/DlYiBfgFir9gR86STQN50Y3v8iUHdnEr5UBPIFiLXqTMCX3gJ905Xh/S8CdXcj4UslIF+AWKtuBHwZItA33Rne/yJQdw8SvlwC5AsQa9WDgC/jBPqmJ8P7XwTq7kXCl0uBfAFirXoR8GWGQN/0Znj/i0DdfUj4UhnIFyDWqg8BXxYI9E1/hve/CNQ9gIQvVYB8AWKtBhDwZZVA3wxkeP+LQN2DSPhyGZAvQKzVIAK+bBbom8EM738RqPthEr5cDuQLEGv1MAFf9gj0zRCG978I1P0YCV+qAvkCxFoh109/6d/t6f8r7Yynv8NDfy+B/qx1/fnR+jNx9ed86s8u1J/Hpj9jSn9ujv4sEP35Bvo92/p9qPq9dfr9Qvo9EPq5bv2sqn7+Tj9TpJ+T0NmvzrO0R699R+2l6POhvufVOq73Jr3e7gv+OSsxMn2HnqcC9p3G946oP7/HSa+BEl7najG4sYL6Nt9qwN5wzzfRtdb223wzOaYGSS8oetwkYMNK1Z0UA8dIZK76y8kk5ur/Nt+s4Hnrm7xvorE3T99Gy2Dmv1Bzdq9vdQfDGi4s/9M3BJdx/XdZXD+zuLAqE/X33xB8vnH+J74hWC9madfC1Yg5d+c1+RuCawA3yOQY/Pom/4P1zPSnKAHvyn7BfTuw+tWsbxo+77dVVo/Bjzt8hfl11xCo+3HDXQNdd4pA3SMCcg0SMncpYF8qINZKav3QONckPD3WFDo9XmFPj1iQrhA4PdYy/PSo665FdHqsZU+P9KfH2g6GV9rT47+/Mhaqtu/0eCXZ6fFK4AZ5lcDp8aoATo917OnxX5+iagucJkYRnB6vFKh7NMHpsY5A3WNITo/AvlRArBVy/bTo3xF17oXGB92bV8aYP8e6Qhk3nJD1gILI2lD1CBqqPnqO6Alqb7m+gGKMI1GMusC76wZAUo4juNNoINA3DWOwSnl71LkXcl0l1rYhwcZ2tekbW670Bj0o8PjleMOJeTi95rMCdT9L8tjpNcBNGIi1klq/rOD1c1tXmf7IdSAWElyRErHGMeaL9zUCdU80fG/UotVIoO5JJHvjtUA+ArFWk1bQ3PT9Eeyie7MxwU3ftTEyfQ4n5HWZP9VVc8ZSQT0FcZ3QUxBN7FMQWJCaCDwF0dTwpyB03U2FnoLIuCTXNCGTVxBPQOzOi30CYh/+CQgPoUFjq4wX7vW93um1G/7BExBlo87tIf8TEGWj/v4JiPON87dPQIAW4Y/FyCju+pg/J5jVWYjSvsmh/mZG86FVeArBO3T3CVglU80+DvxxZ3M9UHRuAI41jSQ7APa3AvaMAq6fZ8NH86SZ0HECPc/m4HcUt4v6U0z0GjSPiYqSnP+NhM+E3yh0GrrJnoawIN0kcBpqYfhpSNfdguw01ELwNCTUswmCY3uet27pYHmz6c9boxcho7iWvmekb46JOudCB00tgSS/meRO4hZCJb5FSIlbWSXGgtRKQIlbG67Euu7WZErc2iqx+/Io8a0OlreFVYlv9SnxbQEo8a1Akt8Gfn6v3bnlGx+T3hZj/hzbsES5bcFPujM2VFuChrrd9AdC9XnjdoGHf2aQuNVtgLv8HUBSzuB5+EeMPHcQELydlGKgb2eQT7C2Bz/BmnGhn+zrAJxnTmB8lIvkY3M6EhozHYWMmU7WmMGC1EnAmOlsuDGj6+5MZsx05jNmJB7I+mNs9/y7OFimhtWY6eIzZlIDMGa6AEmeKnQng1biroRK3FVIibtZJcaC1E1Aie80XIl13XeSKfGdVok9Y7vnf5eDZfewKvFdPiXuHoAS3wUkeXfraCvgGojNsQdLRHK3bSh1N0FD3WN6RKLPG/cIRCQzSSKSHsBdvieQlDNtRKJ6EhC8l5RioOOCe4HNmRsYF+QhiQvuIzQp7hMyKXpbkwILUm8Bk6KP4SaFrrsPmUnRh8+kqCY4tsek6Otg2S+sJkVfn0nRLwCToi+Q5P1iZJoOrcT9CZW4v5ASD7BKjAVpgIAS32+4Euu67ydT4vutErsvjxI/4GA5MKxK/IBPiQcGoMQPAEk+EKjErO4ucA3E5jiIJS540MYF6kGChnrI9LhAnzceEogLZpHEBYOAu/xgICln2bhADSYg+MMsccEjwOaMBsYFMSRxwaOEJsWjQibFEGtSYEEaImBSPGa4SaHrfozMpHiMz6RIFBzbY1IMdbAcFlaTYqjPpBgWgEkxFEjyYTEyTYdW4uGESjxcSIkft0qMBelxASUeYbgS67pHkCnxCKvE7sujxE84WI4MqxI/4VPikQEo8RNAko8EKjGruwtcA7E5PskSF4yycYEaRdBQo02PC/R5Y7RAXDCbJC54ErjLjwGScraNC9QYAoI/xRIXPA1szoLAuCCWJC4YS2hSjBUyKcZZkwIL0jgBk+IZw00KXfczZCbFM3wmRZLg2B6TYryD5bNhNSnG+0yKZwMwKcYDSf5sjEzToZV4AqESTxBS4uesEmNBek5AiScarsS67olkSjzRKrH78ijxJAfLyWFV4kk+JZ4cgBJPApJ8MlCJWd1d4BqIzfF5lrhgio0L1BSChppqelygzxtTBeKCOSRxwfPAXX4akJRzbFygphEQ/AWWuGA6sDnjgHFBEZK44EVCk+JFIZNihjUpsCDNEDApXjLcpNB1v0RmUrzEZ1JUFxzbY1LMdLB8OawmxUyfSfFyACbFTCDJX46RaTq0Es8iVOJZQkr8ilViLEivCCjxbMOVWNc9m0yJZ1sldl8eJX7VwXJOWJX4VZ8SzwlAiV8FknwOUIlZ3V3gGojN8TWWuGCujQvUXIKGet30uECfN14XiAvmksQFrwF3+XlAUs61cYGaR0DwN1jigvnA5owHxgXFSeKCNwlNijeFTIoF1qTAgrRAwKR4y3CTQtf9FplJ8RafSVFDcGyPSbHQwfLtsJoUC30mxdsBmBQLgSR/O0am6dBKvIhQiRcJKfFiq8RYkBYLKPESw5VY172ETImXWCV2Xx4lfsfBcmlYlfgdnxIvDUCJ3wGSfClQiVndXeAaiM3xXZa4YJmNC9QygoZabnpcoM8bywXignkkccG7wF1+BZCU82xcoFYQEDzCEhekAZuzFDAuKE0SF6wkNClWCpkUq6xJgQVplYBJsdpwk0LXvZrMpFjNZ1IkC47tMSnWOFi+F1aTYo3PpHgvAJNiDZDk78XINB1aidcSKvFaISV+3yoxFqT3BZR4neFKrOteR6bE66wSuy+PEn/gYLk+rEr8gU+J1wegxB8ASb4eqMSs7i5wDcTm+CFLXLDBxgVqA0FDfWR6XKDPGx8JxAXzSeKCD4G7/EYgKefbuEBtJCD4xyxxwSZgc5YDxgXlSeKCTwhNik+ETIrN1qTAgrRZwKT41HCTQtf9KZlJ8SmfSZEiOLbHpNjiYPlZWE2KLT6T4rMATIotQJJ/FiPTdGgl3kqoxFuFlPhzq8RYkD4XUOJthiuxrnsbmRJvs0rsvjxK/IWD5fawKvEXPiXeHoASfwEk+XagErO6u8A1EJvjDpa44EsbF6gvCRpqp+lxgT5v7BSICxaQxAU7gLv8LiApF9i4QO0iIPhXLHHBbmBzVgTGBZVI4oKvCU2Kr4VMij3WpMCCtEfApNhruEmh695LZlLs5TMpagqO7TEpvnGw/DasJsU3PpPi2wBMim+AJP82Rqbp0Eq8j1CJ9wkp8X6rxFiQ9gso8QHDlVjXfYBMiQ9YJXZfHiU+6GB5KKxKfNCnxIcCUOKDQJIfAioxq7sLXAOxOR5miQu+s3GB+o6gob43PS7Q543vBeKChSRxwWHgLn8ESMqFNi5QRwgIfpQlLvgB2JyVgXFBFZK44EdCk+JHIZPimDUpsCAdEzApjhtuUui6j5OZFMf5TIoOgmN7TIqfHCx/DqtJ8ZPPpPg5AJPiJyDJf46RaTq0Ep8gVOITQkp80ioxFqSTAkr8i+FKrOv+hUyJf7FK7L48Svyrg+WpsCrxrz4lPhWAEv8KJPkpoBKzurvANRCb42mWuOA3Gxeo3wga6ozpcYE+b5wRiAsWkcQFp4G7/FkgKRfZuECdJSB4VH6SuCALbqKqKjAuSCCJC7Lm5zMpsgKb0z3fbPn/fG1NikyOqUHSC4oeNzuwYaXqzp4fjpGoSZEdSKiATIqOgmN7TIoLHCxzuDANlUmhF6C0q1j3QvgnlPG3M0vMC4Akz5FfpunQSpyTUIlzCilxLqvEWJByCSjxhYYrsa77QjIlvtAqsfvyKPFFDpa5w6rEF/mUOHcASnwRkOS5gUrM6u4C10BsjnmkzB/0LVNeoPnD2lB5CRoqH3qO6Anq80a+/PgGXUISF+QB7vLRQFIusXGBiiYgeAxLXJAf2JyJwLggiSQuKEBoUhQQMikKWpMCC1JBAZMi1nCTQtcdS2ZSxPKZFJ0Ex/aYFIUcLAuH1aQo5DMpCgdgUhQCkrxwfpmmQytxHKESxwkpcRGrxFiQiggocVHDlVjXXZRMiYtaJXZfHiUu5mAZH1YlLuZT4vgAlLgYkOTxQCVmdXeBayA2x+IscUEJGxeoEgQNVdL0uECfN0oKxAVLSeKC4sBdvhSQlEttXKBKERC8NEtcUAbYnMnAuCCFJC4oS2hSlBUyKcpZkwILUjkBk6K84SaFrrs8mUlRns+k6Cw4tsekqOBgeXFYTYoKPpPi4gBMigpAkl+cX6bp0EpckVCJKwopcSWrxFiQKgko8SWGK7Gu+xIyJb7EKrH78ijxpQ6WlcOqxJf6lLhyAEp8KZDklYFKzOruAtdAbI5VWOKCy2xcoC4jaKjLTY8L9HnjcoG4YBlJXFAFuMtXBZJymY0LVFUCgiewxAUK2Jy1gHFBbZK4oBqhSVFNyKRItCYFFqREAZMiyXCTQtedRGZSJPGZFF0Ex/aYFNUdLGuE1aSo7jMpagRgUlQHkrxGfpmmQytxMqESJwspcYpVYixIKQJKXNNwJdZ11yRT4ppWid2XR4mvcLCsFVYlvsKnxLUCUOIrgCSvBVRiVncXuAZic6zNEhdcaeMCdSVBQ11lelygzxtXCcQFK0jigtrAXb4OkJQrbFyg6hAQvC5LXFAP2Jx1gHFBXZK4oD6hSVFfyKRoYE0KLEgNBEyKhoabFLruhmQmRUM+kyJVcGyPSXG1g+U1YTUprvaZFNcEYFJcDST5Nfllmg6txI0IlbiRkBI3tkqMBamxgBJfa7gS67qvJVPia60Suy+PEl/nYNkkrEp8nU+JmwSgxNcBSd4EqMSs7i5wDcTm2JQlLrjexgXqeoKGusH0uECfN24QiAvSSOKCpsBdvhmQlGk2LlDNCAjenCUuuBHYnA2AcUFDkrjgJkKT4iYhk6KFNSmwILUQMClaGm5S6LpbkpkULelMCpUgN7bXpLjZwfKWsJoUN/tMilsCMCluBpL8lvwyTYdW4laEStxKSIlbWyXGgtRaQIlvNVyJdd23kinxrVaJPYO753+bg2WbsCrxbT4lbhOAEt8GJHkboBKzurtt8ps/x7YsccHtNi5QtxM01B2mxwX6vHGHQFywiiQuaAvc5dsBSbnKxgWqHQHB27PEBR2AzdkIGBc0JokLOhKaFB2FTIpO1qTAgtRJwKTobLhJoevuTGZSdOYzKZTc2F6ToouDZWpYTYouPpMiNQCToguQ5Kn5ZZoOrcRdCZW4q5ASd7NKjAWpm4AS32m4Euu67yRT4jutEnsGd8//LgfL7mFV4rt8Stw9ACW+C0jy7kAlZnV3u+c3f449WOKCu21coO4maKh7TI8L9HnjHoG4YA1JXNADuMv3BJJyjY0LVE8CgvdiiQvuBTZnE2Bc0JQkLriP0KS4T8ik6G1NCixIvQVMij6GmxS67j5kJkUfPpOimtzYXpOir4Nlv7CaFH19JkW/AEyKvkCS98sv03RoJe5PqMT9hZR4gFViLEgDBJT4fsOVWNd9P5kS32+V2DO4e/4POFgODKsSP+BT4oEBKPEDQJIPBCoxq7s7ML/5cxzEEhc8aOMC9SBBQz1kelygzxsPCcQFa0nigkHAXX4wkJRrbVygBhMQ/GGWuOARYHM2A8YFzUnigkcJTYpHhUyKIdakwII0RMCkeMxwk0LX/RiZSfEYn0mRKDe216QY6mA5LKwmxVCfSTEsAJNiKJDkw/LLNB1aiYcTKvFwISV+3CoxFqTHBZR4hOFKrOseQabEI6wSewZ3z/8JB8uRYVXiJ3xKPDIAJX4CSPKRQCVmdXdH5jd/jk+yxAWjbFygRhE01GjT4wJ93hgtEBesI4kLngTu8mOApFxn4wI1hoDgT7HEBU8Dm7MFMC5oSRIXjCU0KcYKmRTjrEmBBWmcgEnxjOEmha77GTKT4hk+kyJJbmyvSTHewfLZsJoU430mxbMBmBTjgSR/Nr9M06GVeAKhEk8QUuLnrBJjQXpOQIknGq7Euu6JZEo80SqxZ3D3/Cc5WE4OqxJP8inx5ACUeBKQ5JOBSszq7k7Ob/4cn2eJC6bYuEBNIWioqabHBfq8MVUgLlhPEhc8D9zlpwFJud7GBWoaAcFfYIkLpgObsxUwLmhNEhe8SGhSvChkUsywJgUWpBkCJsVLhpsUuu6XyEyKl/hMiupyY3tNipkOli+H1aSY6TMpXg7ApJgJJPnL+WWaDq3EswiVeJaQEr9ilRgL0isCSjzbcCXWdc8mU+LZVok9g7vn/6qD5ZywKvGrPiWeE4ASvwok+RygErO6u3Pymz/H11jigrk2LlBzCRrqddPjAn3eeF0gLthAEhe8Btzl5wFJucHGBWoeAcHfYIkL5gObsw0wLmhLEhe8SWhSvClkUiywJgUWpAUCJsVbhpsUuu63yEyKt/hMihpyY3tNioUOlm+H1aRY6DMp3g7ApFgIJPnb+WWaDq3EiwiVeJGQEi+2SowFabGAEi8xXIl13UvIlHiJVWLP4O75v+NguTSsSvyOT4mXBqDE7wBJvhSoxKzu7tL85s/xXZa4YJmNC9QygoZabnpcoM8bywXigo0kccG7wF1+BZCUG21coFYQEDzCEhekAZuzHTAuaE8SF6wkNClWCpkUq6xJgQVplYBJsdpwk0LXvZrMpFjNZ1Iky43tNSnWOFi+F1aTYo3PpHgvAJNiDZDk7+WXaTq0Eq8lVOK1Qkr8vlViLEjvCyjxOsOVWNe9jkyJ11kl9gzunv8HDpbrw6rEH/iUeH0ASvwBkOTrgUrM6u6uz2/+HD9kiQs22LhAbSBoqI9Mjwv0eeMjgbhgE0lc8CFwl98IJOUmGxeojQQE/5glLtgEbM5OwLigM0lc8AmhSfGJkEmx2ZoUWJA2C5gUnxpuUui6PyUzKT7lMylS5Mb2mhRbHCw/C6tJscVnUnwWgEmxBUjyz/LLNB1aibcSKvFWISX+3CoxFqTPBZR4m+FKrOveRqbE26wSewZ3z/8LB8vtYVXiL3xKvD0AJf4CSPLtQCVmdXe35zd/jjtY4oIvbVygviRoqJ2mxwX6vLFTIC7YTBIX7ADu8ruApNxs4wK1i4DgX7HEBbuBzdkVGBd0I4kLviY0Kb4WMin2WJMCC9IeAZNir+Emha57L5lJsZfPpKgpN7bXpPjGwfLbsJoU3/hMim8DMCm+AZL82/wyTYdW4n2ESrxPSIn3WyXGgrRfQIkPGK7Euu4DZEp8wCqxZ3D3/A86WB4KqxIf9CnxoQCU+CCQ5IeASszq7h7Kb/4cD7PEBd/ZuEB9R9BQ35seF+jzxvcCccEWkrjgMHCXPwIk5RYbF6gjBAQ/yhIX/ABszu7AuKAHSVzwI6FJ8aOQSXHMmhRYkI4JmBTHDTcpdN3HyUyK43wmRQe5sb0mxU8Olj+H1aT4yWdS/ByASfETkOQ/55dpOrQSnyBU4hNCSnzSKjEWpJMCSvyL4Uqs6/6FTIl/sUrsGdw9/18dLE+FVYl/9SnxqQCU+FcgyU8BlZjV3T2V3/w5nmaJC36zcYH6jaChzpgeF+jzxhmBuGArSVxwGrjLnwWScquNC9RZAoJHFSCJC7LgJqp6AuOCXiRxQdYCfCZFVmBzuuebrcCfr61JkckxNUh6QdHjZgc2rFTd2QvAMRI1KbIDCRWQSdFRbmyvSXGBg2UOF6ahMin0ApR2FeteCP+EMv52Zol5AZDkOQrINB1aiXMSKnFOISXOZZUYC1IuASW+0HAl1nVfSKbEF1ol9gzunv9FDpa5w6rEF/mUOHcASnwRkOS5gUrM6u7mLmD+HPNImT/oW6a8QPOHtaHyEjRUPvQc0RPU5418BfANuo0kLsgD3OWjgaTcZuMCFU1A8BiWuCA/sDl7A+OCPiRxQQFCk6KAkElR0JoUWJAKCpgUsYabFLruWDKTIpbPpOgkN7bXpCjkYFk4rCZFIZ9JUTgAk6IQkOSFC8g0HVqJ4wiVOE5IiYtYJcaCVERAiYsarsS67qJkSlzUKrFncPf8izlYxodViYv5lDg+ACUuBiR5PFCJWd3d+ALmz7E4S1xQwsYFqgRBQ5U0PS7Q542SAnHBdpK4oDhwly8FJOV2GxeoUgQEL80SF5QBNmd/YFwwgCQuKEtoUpQVMinKWZMCC1I5AZOivOEmha67PJlJUZ7PpOgsN7bXpKjgYHlxWE2KCj6T4uIATIoKQJJfXECm6dBKXJFQiSsKKXElq8RYkCoJKPElhiuxrvsSMiW+xCqxZ3D3/C91sKwcViW+1KfElQNQ4kuBJK8MVGJWd7dyAfPnWIUlLrjMxgXqMoKGutz0uECfNy4XiAu+JIkLqgB3+apAUn5p4wJVlYDgCSxxgQI250BgXDCIJC6oRmhSVBMyKRKtSYEFKVHApEgy3KTQdSeRmRRJfCZFF7mxvSZFdQfLGmE1Kar7TIoaAZgU1YEkr1FApunQSpxMqMTJQkqcYpUYC1KKgBLXNFyJdd01yZS4plViz+Du+V/hYFkrrEp8hU+JawWgxFcASV4LqMSs7m6tAubPsTZLXHCljQvUlQQNdZXpcYE+b1wlEBfsIokLagN3+TpAUu6ycYGqQ0DwuixxQT1gcw4GxgUPk8QF9QlNivpCJkUDa1JgQWogYFI0NNyk0HU3JDMpGvKZFKlyY3tNiqsdLK8Jq0lxtc+kuCYAk+JqIMmvKSDTdGglbkSoxI2ElLixVWIsSI0FlPhaw5VY130tmRJfa5XYM7h7/tc5WDYJqxJf51PiJgEo8XVAkjcBKjGru9ukgPlzbMoSF1xv4wJ1PUFD3WB6XKDPGzcIxAW7SeKCpsBdvhmQlLttXKCaERC8OUtccCOwOYcA44LHAtooMrt+NwHX75fluLF+BY4luX4t/vfXT7T/WgLXbwqQv1PB/EXfiOhj4YXZ8OPuEa47IXOX0jXnFah7r9B+nRVcPxAftdfwHt+QVabH9xH0eLRA3ftJehyIj0LWrPHQAUWGBl6U/uJM+s/czs88zk993Zyua7c4B9AcrjWKdn5H//uM322V/rq1z/pD234x2XBj3QrU7KCCrXzZZIKt22ywhQXpNoFgq43hwZauu41QsCUhTrcKOGttC/x3Nurb0//uHX+xUd/u2qjbpb9uf57fzev8bjvnd/VG0CH9dUfhTR3Z152Am/r/Zf07p//dLn+x/p1d65+a/rrrX6x/qmv9u6W/vvM8v5vP+d1uzu/qOd6V/rq7g5XE3tNBgC+HDL+J1f10l0Ddh0mMtR5APgGxVodJnmO++9/vbQm+sQK7ybxb6Ompe+xNJhakewRuMnsafpOp6+5J9vRUT8Gnp9CuRZb0P4BMU9rHREW1EMYrk2Mr/z9wr28vZ+73/oOnu85GndtD/qe7zkb9/dNd5xvnv/Z0l16A5a5i73U1h39CqL/dC7gJ3fcXY6Ukd+mYmpyU2CEhKbVj+jg1UrskdqhWU6WmJKYPn5ikOnboktA5qWNyjaQaKanJgT2/fJ+QAve2CowFqbeAAvcxXIF13X0CsnkyW/+9zlzR4x4x9AEq/zyRvdQXeFdwBJxn6E1Mz6+eMya65zPuitB99IPh9kfG3Ru67h/NtD/OOXIjb0TuBY51jOQBTmB/K2DPqGMk9lE/Qvuon9DNa39784oFqb/AzesAw29edd0DiDJKibn+pzfgoed/byY2glTP1SUwu+d+Z70f+Ad2T/3zrJ3f7qkf9fd2z/nG+Vu7R6LZQGP9cUd+f4E/i83qLGq9KO+FvuMA1qEeAG5mA2FkSE3NWM+BgicevY73Ctz5nzDrac1z7pJ03fcL1H3S8KdUdd0PCNT9i6EnFb/AIPcNd49ndv1+JTnpAftbAXtG/RrQ08KZxfl+oNYMAjp1egwJbRlUQGYPQ2It4SK2i8HXfZbARewgUHdUxEgX8Zx5PgjkIxBrhV4/Cb70EuibbIbXrflyr0Dd2SMcfHkI+c4MXM0KvX4SfHlYoG9yGl635ssjAnXninDwZTCQL0CsFXr9JPjylEDf5Da8bs2XpwXqzhPh4MvDQL4AsVbo9ZPgywsCfRNteN2aL9MF6o6JcPDlESBfgFgr9PpJ8OUNgb4paHjdmi/zBeqOjXDw5VEgX4BYK/T6SfAlItA3cYbXrfmSJlB3kQgHX4YA+QLEWqHXT4IvHwv0TbzhdWu+bBKou3iEgy+PAfkCxFqh10+CL18J9E0pw+vWfNktUHfpCAdfhgL5AsRaoddPgi9HBfqmnOF1a778IFB3+QgHX4YB+QLEWqHXT4IvUfnxfVPR8Lo1X7II1F0pwsGX4UC+ALFW6PWT4EuMQN9UNrxuzZf8AnVXiXDw5XEgX4BYK/T6SfCltEDfVDW8bs2XMgJ1J0Q4+DICyBcg1gq9fhJ8SRDom0TD69Z8UQJ1J0U4+PIEkC9ArBV6/ST4Ulegb5INr1vzpZ5A3SkRDr6MBPIFiLVCr58EX5oL9E0tw+vWfLlRoO7aEQ6+PAnkCxBrhV4/Cb60F+ibOobX/fv7XwTqrhvh4MsoIF+AWCv0+om8/0WgbxoYXvfv738RqLthhIMvo4F8AWKt0Osn8v4Xgb5pZHjdv7//RaDuxhEOvowB8gWItUKvn8j7XwT6ponhdf/+/heBuptGOPjyFJAvQKwVev1E3v8i0DfNDK/79/e/CNTdPMLBl6eBfAFirdDrJ/L+F4G+aWF43b+//0Wg7pYRDr6MBfIFiLVCr5/I+18E+qaV4XX//v4XgbpbRzj4Mg7IFyDWCr1+Iu9/EeibNobX/fv7XwTqbhvh4MszQL4AsVbo9RN5/4tA37QzvO7f3/8iUHf7CAdfxgP5AsRaoddP5P0vAn3TyfC6f3//i0DdnSMcfHkWyBcg1gq9fiLvfxH4XM+uhtf9+/tfBOruFuHgywQgX4BYK/T6ibz/RaBvuhte9+/vfxGou0eEgy/PAfkCxFqh10/k/S8CfdPT8Lp/f/+LQN29Ihx8mQjkCxBrhV4/kfe/CPRNb8Pr/v39LwJ194lw8GUSkC9ArBV6/UTe/yLQN/0Nr/v3978I1D0gwsGXyUC+ALFW6PUTef+LQN8MNLzu39//IlD3oAgHX54H8gWItUKun/7SvzvT/1faGU9/h4f+XgL9Wev686P1Z+Lqz/nUn12oP49Nf8aU/twc/Vkg+vMN9Hu29ftQ9Xvr9PuF9Hsg9HPd+llV/fydfqZIPyehs1+dZ2mPXvuO2kvR50N9z6t1XO9NzxeI8lzovptSQKbv0POcCuw7je9dUX9+j5Neg6nC6zwN+B1PQX2b7zShb/N9wX6bLxakFwS+zXe64d/mq+ueXgCOkchc9ZeTSczV/22+WcHz1jd5NxXA3jy1EMLMf6Hm7F7fF525z/gH3xBcxvXfZXH9zOLCqkzU339D8PnG+Z/4hmC9mKVdCzejwLk7r8nfEDwDuEG+VAC/vi/9g/XM7LxnAjeHH4DfbvcjwTfuvihwihwcMb/uGQJ1Pyxcd0Lmrt/3nZkCdT8CrjvjQu+7wL5UQKyV1PqhcX6Z8PT4stDpcZY9PWJBmiVwenzF8NOjrvsVotPjK/b0SH96nO3M/VV7evz3V8ZCzfadHl8lOz2+Ctwg5wicHucEcHp8zZ4e//UparbAaWJoxPy6XxWoe5hw3QmZu37fd14TqHs4uO6MC73vAvtSAbFWyPXTon9X1LkXGh90b75awPw5zhXKuOGEfB0oiKwN9TpBQ81DzxE9Qe0tzxNQjJERDsWYC7y7fgNISvT6SdxpvCHQN/MLYJXyzqhzL+S6SqztfIKN7U3TN7aY9AZtJdCgoyJmE/PW9Jp7CNQ9OhLMhp7ZeS4AbsJArJXU+mUFr5/busrsWG8BsZDgipSILSxgvngvEKj76YjZdWvRekug7rERjr3xbSAfgVgr5PoJ3/T9Eeyie3MhwU3f2wVk+hxOyEWZP9VVc8ZSQT0FsUjoKYjF9ikILEiLBZ6CWGL4UxC67iXCibrkmiZk8griCYgbYrBPQLTE4+UhNGhslfHCvb7vOHNf+g+egCgbdW4P+Z+AKBv1909AnG+cv30CArQIfyxGRnHvFPhzglmdhSjtmxzsbzrNh1bh8RGzjwMZJEHX/WxEZoMEHQf+uLN5Byg6S4FjTQho/RIydylgfytgzyjg+nk2fDRP3iV5R/Ey8DuKu0f9KSZ6DZYJv6N4OeEz4cuFTkMr7GkIC9IKgdNQxPDTkK47QnYaigiehoR6NrDnrdMcLFea/rw1ehEyikvzPSO9skDUORc6aEoDknwlyZ3EKkIlXiWkxKutEmNBWi2gxGsMV2Jd9xoyJV5jldh9eZT4PQfLtWFV4vd8Srw2ACV+D0jyteDn97qfW77xMenaAubP8X2WKHcd+El3xoZaR9BQH5j+QKg+b3wg4PZPjnC41e8Dd/n1QFIi14/1ie/1BAT/UEox0LczyCdYN4CfYM240E/2fQSc51ngG6SjIhzGzEZCY2ajkDHzsTVmsCB9LGDMbDLcmNF1byIzZjbxGTMSD2T9MbZ7/p84WG4OqzHzic+Y2RyAMfMJkOSbhe5k0Er8KaESfyqkxFusEmNB2iKgxJ8ZrsS67s/IlPgzq8Sesd3z3+pg+XlYlXirT4k/D0CJtwJJ/rl1tBVwDcTmuI0lIvnCNpT6gqChtpsekejzxnaBiGRKhCMi2Qbc5XcASYlcP9aIZAcBwb+UUgx0XLAT2JzZIkD1icgsIHpD20VoUuwSMim+siYFFqSvBEyK3YabFLru3WQmxW4+k6Ka4Ngek+JrB8s9YTUpvvaZFHsCMCm+BpJ8TwGZpkMr8V5CJd4rpMTfWCXGgvSNgBJ/a7gS67q/JVPib60Suy+PEu9zsNwfViXe51Pi/QEo8T4gyfcDlZjV3QWugdgcD7DEBQdtXKAOEjTUIdPjAn3eOCQQF0yLcMQFB4C7/GEgKZHrxxoXHCYg+HcsccH3wObMGcGNlSsis4DoDe0IoUlxRMikOGpNCixIRwVMih8MNyl03T+QmRQ/8JkUiYJje0yKHx0sj4XVpPjRZ1IcC8Ck+BFI8mMFZJoOrcTHCZX4uJAS/2SVGAvSTwJK/LPhSqzr/plMiX+2Suy+PEp8wsHyZFiV+IRPiU8GoMQngCQ/CVRiVncXuAZic/yFJS741cYF6leChjplelygzxunBOKC6RGOuOAX4C5/GkhK5PqxxgWnCQj+G0tccAbYnLkjuLHyRGQWEL2hnSU0Kc4KmRRRBf98aU2KTI6pQdILih43S0GzTQpdd5aCcIxETQr3miZk8grIpEgSHNtjUmR1sMzmwjRUJoVegNKuYt0L4Z9Qxt/OLDGzAkmeraBM06GVODuy5qhglDh7QRklvsAqMRakCwSUOIfhSqzrzkGmxDmsErsvjxLndLDMFVYlzulT4lwBKHFOIMlzAZWY1d0FroHYHC8UmON5J5rZhrqoIFAtSBvqIoKGyo2eI3qC+ryRuyC+QWdEOOKCC4G7fB4gKZHrxxoX5CEgeF4pxUDHBfmAzRkdwY0VE5FZQPSGFk1oUkQLmRQx1qTAghQjYFLkN9yk0HXnJzMp8vOZFNUFx/aYFAUcLAuG1aQo4DMpCgZgUhQAkrxgQZmmQytxLKESxwopcSGrxFiQCgkocWHDlVjXXZhMiQtbJXZfHiWOc7AsElYljvMpcZEAlDgOSPIiQCVmdXeBayA2x6IscUExGxeoYgQNFW96XKDPG/ECccHMCEdcUBS4yxcHkhK5fqxxQXECgpdgiQtKApuzYAR4VonILCB6QytFaFKUEjIpSluTAgtSaQGToozhJoWuuwyZSVGGz6SoITi2x6Qo62BZLqwmRVmfSVEuAJOiLJDk5QrKNB1aicsTKnF5ISWuYJUYC1IFASW+2HAl1nVfTKbEF1sldl8eJa7oYFkprEpc0afElQJQ4opAklcCKjGruwtcA7E5XsISF1xq4wJ1KUFDVTY9LtDnjcoCccGsCEdccAlwl68CJCVy/VjjgioEBL+MJS64HNiccRHgUwQRmQVEb2hVCU2KqkImRYI1KbAgJQiYFMpwk0LXrchMCsVnUiQLju0xKao5WCaG1aSo5jMpEgMwKaoBSZ5YUKbp0EqcRKjESUJKXN0qMRak6gJKXMNwJdZ11yBT4hpWid2XR4mTHSxTwqrEyT4lTglAiZOBJE8BKjGruwtcA7E51mSJC66wcYG6gqChapkeF+jzRi2BuGB2hCMuqAnc5WsDSYlcP9a4oDYBwa9kiQuuAjZnfAQ3VvGIzAKiN7Q6hCZFHSGToq41KcAgCZgU9Qw3KXTd9chMinp8JkWK4Ngek6K+g2WDsJoU9X0mRYMATIr6QJI3KCjTdGglbkioxA2FlPhqq8RYkK4WUOJrDFdiXfc1ZEp8jVVi9+VR4kYOlo3DqsSNfErcOAAlbgQkeWOgErO6u8A1EJvjtSxxwXU2LlDXETRUE9PjAn3eaCIQF8yJcMQF1wJ3+aZAUiLXjzUuaEpA8OtZ4oIbgM1ZKoIbq3REZgHRG1ozQpOimZBJ0dyaFFiQmguYFDcablLoum8kMylu5DMpagqO7TEpbnKwbBFWk+Imn0nRIgCT4iYgyVsUlGk6tBK3JFTilkJKfLNVYixINwso8S2GK7Gu+xYyJb7FKrH78ihxKwfL1mFV4lY+JW4dgBK3ApK8NVCJWd1d4BqIzfFWlrjgNhsXqNsIGqqN6XGBPm+0EYgL5kY44oJbgbt8WyApkevHGhe0JSD47SxxwR3A5iwXwY1VPiKzgOgNrR2hSdFOyKRob00KLEjtBUyKDoabFLruDmQmRQc+k6KD4Ngek6Kjg2WnsJoUHX0mRacATIqOQJJ3KijTdGgl7kyoxJ2FlLiLVWIsSF0ElDjVcCXWdaeSKXGqVWL35VHirg6W3cKqxF19StwtACXuCiR5N6ASs7q7wDUQm+OdLHHBXTYuUHcRNFR30+MCfd7oLhAXzItwxAV3Anf5HkBSItePNS7oQUDwu1nignuAzVkxghurUkRmAdEbWk9Ck6KnkEnRy5oUWJB6CZgU9xpuUui67yUzKe7lMyk6Co7tMSnuc7DsHVaT4j6fSdE7AJPiPiDJexeUaTq0EvchVOI+Qkrc1yoxFqS+Akrcz3Al1nX3I1PiflaJ3ZdHifs7WA4IqxL39ynxgACUuD+Q5AOASszq7gLXQGyO97PEBQ/YuEA9QNBQA02PC/R5Y6BAXDA/whEX3A/c5QcBSYlcP9a4YBABwR9kiQseAjZn5QhurCoRmQVEb2iDCU2KwUImxcPWpMCC9LCASfGI4SaFrvsRMpPiET6TopPg2B6T4lEHyyFhNSke9ZkUQwIwKR4FknxIQZmmQyvxY4RK/JiQEg+1SowFaaiAEg8zXIl13cPIlHiYVWL35VHi4Q6Wj4dViYf7lPjxAJR4OJDkjwOVmNXdBa6B2BxHsMQFT9i4QD1B0FAjTY8L9HljpEBcsCDCEReMAO7yTwJJiVw/1rjgSQKCj2KJC0YDm7NqBDdWQkRmAdEb2hhCk2KMkEnxlDUpsCA9JWBSPG24SaHrfprMpHiaz6ToLDi2x6QY62A5LqwmxVifSTEuAJNiLJDk4wrKNB1aiZ8hVOJnhJR4vFViLEjjBZT4WcOVWNf9LJkSP2uV2H15lHiCg+VzYVXiCT4lfi4AJZ4AJPlzQCVmdXeBayA2x4ksccEkGxeoSQQNNdn0uECfNyYLxAULIxxxwUTgLv88kJTI9WONC54nIPgUlrhgKrA5EyO4sZIiMguI3tCmEZoU04RMihesSYEF6QUBk2K64SaFrns6mUkxnc+k6CI4tsekeNHBckZYTYoXfSbFjABMiheBJJ9RUKbp0Er8EqESvySkxDOtEmNBmimgxC8brsS67pfJlPhlq8Tuy6PEsxwsXwmrEs/yKfErASjxLCDJXwEqMau7C1wDsTnOZokLXrVxgXqVoKHmmB4X6PPGHIG4YFGEIy6YDdzlXwOSErl+rHHBawQEn8sSF7wObM7kCG6slIjMAqI3tHmEJsU8IZPiDWtSYEF6Q8CkmG+4SaHrnk9mUsznMylSBcf2mBRvOlguCKtJ8abPpFgQgEnxJpDkCwrKNB1aid8iVOK3hJR4oVViLEgLBZT4bcOVWNf9NpkSv22V2H15lHiRg+XisCrxIp8SLw5AiRcBSb4YqMSs7i5wDcTmuIQlLnjHxgXqHYKGWmp6XKDPG0sF4oIlEY64YAlwl38XSErk+rHGBe8SEHwZS1ywHNictSK4sWpHZBYQvaGtIDQpVgiZFBFrUmBBigiYFGmGmxS67jQykyKNzqRQCXJje02KlQ6Wq8JqUqz0mRSrAjApVgJJvqqgTNOhlXg1oRKvFlLiNVaJsSCtEVDi9wxXYl33e2RK/J5VYs/g7vmvdbB8P6xKvNanxO8HoMRrgSR/H6jErO7u+wXNn+M6lrjgAxsXqA8IGmq96XGBPm+sF4gLlkY44oJ1wF3+QyApkevHGhd8SEDwDSxxwUfA5qwTwY1VNyKzgOgNbSOhSbFRyKT42JoUWJA+FjApNhluUui6N5GZFJv4TAolN7bXpPjEwXJzWE2KT3wmxeYATIpPgCTfXFCm6dBK/CmhEn8qpMRbrBJjQdoioMSfGa7Euu7PyJT4M6vEnsHd89/qYPl5WJV4q0+JPw9AibcCSf45UIlZ3d3PC5o/x20sccEXNi5QXxA01HbT4wJ93tguEBcsi3DEBduAu/wOICmR68caF+wgIPiXLHHBTmBzNojgxmoYkVlA9Ia2i9Ck2CVkUnxlTQosSF8JmBS7DTcpdN27yUyK3XwmRTW5sb0mxdcOlnvCalJ87TMp9gRgUnwNJPmegjJNh1bivYRKvFdIib+xSowF6RsBJf7WcCXWdX9LpsTfWiX2DO6e/z4Hy/1hVeJ9PiXeH4AS7wOSfD9QiVnd3f0FzZ/jAZa44KCNC9RBgoY6ZHpcoM8bhwTighURjrjgAHCXPwwkJXL9WOOCwwQE/44lLvge2JyNIrixGkdkFhC9oR0hNCmOCJkUR61JgQXpqIBJ8YPhJoWu+wcyk+IHPpMiUW5sr0nxo4PlsbCaFD/6TIpjAZgUPwJJfqygTNOhlfg4oRIfF1Lin6wSY0H6SUCJfzZciXXdP5Mp8c9WiT2Du+d/wsHyZFiV+IRPiU8GoMQngCQ/CVRiVnf3ZEHz5/gLS1zwq40L1K8EDXXK9LhAnzdOCcQFaRGOuOAX4C5/GkhK5PqxxgWnCQj+G0tccAbYnE0iuLGaRmQWEL2hnSU0Kc4KmRRRsX++tCZFJsfUIOkFRY+bJdZsk0LXnSUWjpGoSeFe04RMXgGZFElyY3tNiqwOltlcmIbKpNALUNpVrHsh/BPK+NuZJWZWIMmzxco0HVqJsyNrjgpGibPHyijxBVaJsSBdIKDEOQxXYl13DjIlzmGV2DO4e/45HSxzhVWJc/qUOFcASpwTSPJcQCVmdXdzxZo/xwsF5njeiWa2oS6KBaoFaUNdRNBQudFzRE9Qnzdyx+IbdFWEIy64ELjL5wGSErl+rHFBHgKC55VSDHRckA/YnM0iuLGaR2QWEL2hRROaFNFCJkWMNSmwIMUImBT5DTcpdN35yUyK/HwmRXW5sb0mRQEHy4JhNSkK+EyKggGYFAWAJC8YK9N0aCWOJVTiWCElLmSVGAtSIQElLmy4Euu6C5MpcWGrxJ7B3fOPc7AsElYljvMpcZEAlDgOSPIiQCVmdXeLxJo/x6IscUExGxeoYgQNFW96XKDPG/ECccGaCEdcUBS4yxcHkhK5fqxxQXECgpdgiQtKApuzRQQ3VsuIzAKiN7RShCZFKSGTorQ1KbAglRYwKcoYblLousuQmRRl+EyKGnJje02Ksg6W5cJqUpT1mRTlAjApygJJXi5WpunQSlyeUInLCylxBavEWJAqCCjxxYYrsa77YjIlvtgqsWdw9/wrOlhWCqsSV/QpcaUAlLgikOSVgErM6u5WijV/jpewxAWX2rhAXUrQUJVNjwv0eaOyQFywNsIRF1wC3OWrAEmJXD/WuKAKAcEvY4kLLgc2Z6sIbqzWEZkFRG9oVQlNiqpCJkWCNSmwICUImBTKcJNC163ITArFZ1Iky43tNSmqOVgmhtWkqOYzKRIDMCmqAUmeGCvTdGglTiJU4iQhJa5ulRgLUnUBJa5huBLrumuQKXENq8Sewd3zT3awTAmrEif7lDglACVOBpI8BajErO5uSqz5c6zJEhdcYeMCdQVBQ9UyPS7Q541aAnHBughHXFATuMvXBpISuX6scUFtAoJfyRIXXAVszjYR3FhtIzILiN7Q6hCaFHWETIq61qQAgyRgUtQz3KTQddcjMynq8ZkUKXJje02K+g6WDcJqUtT3mRQNAjAp6gNJ3iBWpunQStyQUIkbCinx1VaJsSBdLaDE1xiuxLrua8iU+BqrxJ7B3fNv5GDZOKxK3MinxI0DUOJGQJI3Bioxq7vbONb8OV7LEhdcZ+MCdR1BQzUxPS7Q540mAnHB+ghHXHAtcJdvCiQlcv1Y44KmBAS/niUuuAHYnO0iuLHaR2QWEL2hNSM0KZoJmRTNrUmBBam5gElxo+Emha77RjKT4kY+k6Km3Nhek+ImB8sWYTUpbvKZFC0CMCluApK8RaxM06GVuCWhErcUUuKbrRJjQbpZQIlvMVyJdd23kCnxLVaJPYO759/KwbJ1WJW4lU+JWwegxK2AJG8NVGJWd7d1rPlzvJUlLrjNxgXqNoKGamN6XKDPG20E4oINEY644FbgLt8WSErk+rHGBW0JCH47S1xwB7A5O0VwY3WOyCwgekNrR2hStBMyKdpbkwILUnsBk6KD4SaFrrsDmUnRgc+k6CA3ttek6Ohg2SmsJkVHn0nRKQCToiOQ5J1iZZoOrcSdCZW4s5ASd7FKjAWpi4ASpxquxLruVDIlTrVK7BncPf+uDpbdwqrEXX1K3C0AJe4KJHk3oBKzurvdYs2f450sccFdNi5QdxE0VHfT4wJ93uguEBdsjHDEBXcCd/keQFIi1481LuhBQPC7WeKCe4DN2TUCvC2IyCwgekPrSWhS9BQyKXpZkwILUi8Bk+Jew00KXfe9ZCbFvXwmRUe5sb0mxX0Olr3DalLc5zMpegdgUtwHJHnvWJmmQytxH0Il7iOkxH2tEmNB6iugxP0MV2Jddz8yJe5nldgzuHv+/R0sB4RVifv7lHhAAErcH0jyAUAlZnV3B8SaP8f7WeKCB2xcoB4gaKiBpscF+rwxUCAu2BThiAvuB+7yg4CkRK4fa1wwiIDgD7LEBQ8Bm7N7BJgJRWQWEL2hDSY0KQYLmRQPW5MCC9LDAibFI4abFLruR8hMikf4TIpOcmN7TYpHHSyHhNWkeNRnUgwJwKR4FEjyIbEyTYdW4scIlfgxISUeapUYC9JQASUeZrgS67qHkSnxMKvEnsHd8x/uYPl4WJV4uE+JHw9AiYcDSf44UIlZ3d3HY82f4wiWuOAJGxeoJwgaaqTpcYE+b4wUiAs2RzjighHAXf5JICmR68caFzxJQPBRLHHBaGBz9ozgxuoVkVlA9IY2htCkGCNkUjxlTQosSE8JmBRPG25S6LqfJjMpnuYzKTrLje01KcY6WI4Lq0kx1mdSjAvApBgLJPm4WJmmQyvxM4RK/IyQEo+3SowFabyAEj9ruBLrup8lU+JnrRJ7BnfPf4KD5XNhVeIJPiV+LgAlngAk+XNAJWZ1d5+LNX+OE1nigkk2LlCTCBpqsulxgT5vTBaIC7ZEOOKCicBd/nkgKZHrxxoXPE9A8CksccFUYHP2juDG6hORWUD0hjaN0KSYJmRSvGBNCixILwiYFNMNNyl03dPJTIrpfCZFF7mxvSbFiw6WM8JqUrzoMylmBGBSvAgk+YxYmaZDK/FLhEr8kpASz7RKjAVppoASv2y4Euu6XyZT4petEnsGd89/loPlK2FV4lk+JX4lACWeBST5K0AlZnV3X4k1f46zWeKCV21coF4laKg5pscF+rwxRyAu2BrhiAtmA3f514CkRK4fa1zwGgHB57LEBa8Dm7N/BDfWgIjMAqI3tHmEJsU8IZPiDWtSYEF6Q8CkmG+4SaHrnk9mUsznMylS5cb2mhRvOlguCKtJ8abPpFgQgEnxJpDkC2Jlmg6txG8RKvFbQkq80CoxFqSFAkr8tuFKrOt+m0yJ37ZK7BncPf9FDpaLw6rEi3xKvDgAJV4EJPlioBKzuruLY82f4xKWuOAdGxeodwgaaqnpcYE+bywViAu2RTjigiXAXf5dICmR68caF7xLQPBlLHHBcmBzDozgxhoUCWajyOz6rQCu3w8rcGP9CBxLcv0i//vrJ9p/acD1Gx/BjfVsBLt+6BsRfSzMnw0/7nbhuhMydyldcyGBundEZPiSFVw/EB+FrhmNyYasMj2+K2J+j8cJ1P1VhKPHgfgoZM0aDx1QZGhggfQXZ9J/FnR+xjo/9bUyXddWOQfQHK41inN+R//7jN9dnf56jc/6Q9t+RbLhxnoPqNlBBVuFs8kEW2ttsIUFaa1AsPW+4cGWrvt9oWBLQpzeE3DW1sX+dzbqD9L/7vq/2Kg/cG3UH6a/3nCe3y3k/O6Hzu/qjeCj9NcbhTd1ZF9/DNzU/y/rvyn9737yF+u/ybX+m9Nff/oX67/Ztf5b0l9/dp7fLez87hbnd/Uct6a//tzBSmLv+UiAL3siZu8Tup+2CtS9F1x3xoU2NrYB+QTEWkmtHxrnL/793pbgGyuwm8wvhJ6e2m5vMrEgbRe4ydxh+E2mrnsH2dNTOwSfnkK7Fhem/wFkmrKhQFRURBivTI6t/P/Avb5fOnPf+Q+e7jobdW4P+Z/uOhv19093nW+c/9rTXXoBlruK3elqDv+EUH/7S+AmtOsvxkpJ7tIxNTkpsUNCUmrH9HFqpHZJ7FCtpkpNSUwfPjFJdezQJaFzUsfkGkk1UlKTA3t+eZeQAn9lFRgL0lcCCrzbcAXWde8OyObJbP07nbmix90XCeb4lvB/vPzzRPbS18C7AuT6ZQiTnl89Z0x0z2fcFaH76EBElj8Jmbv+uHtD130wEgx/MnvkRt6I7ASOdShi5v7juxSwvxWwZ5TU+sHtUUL7aI/Qzetee/OKBWmvwM3rN4bfvOq6vyHKKCXm+p/egIee/85MbASpnqtLYHbPt8567/sHdk/986yd3+6pH/X3ds/5xvlbu0ei2UBj/XFH/m3sn8VmdRa1XpT3Qt9xAOtQ+4Cb2X4YGVJTM9Zzv+CJR6/jToE7/yMRoxyDc+6SdN3fCtR91Ky6z5mfrnufQN0/gOvOuDK7b/gFBrlvuHs8s+v3o6Hr57sUsL8VsGeU1PplBfPkW6DWHAA6dXoMCW05ECuzhyGxlnARPyyAr/tExHwX8SOBuk9GgtkbM+12AvkIxFqh10+CL18K9M0pw+vWfNkpUPfpCAdfDgH5AsRaoddPgi/fCfTNWcPr1nz5XqDuqDQOvhwG8gWItUKvnwRffhPom2yG1635ckag7uwkfPkO+c4/XM0qOwFf8hbE901OAr7kE6g7FwlfvgfyBYi1ykXAlxICfZObgC8lBerOQ8KXI0C+ALFWeQj4cplA30QT8OVygbpjSPhyFMgXINYqhoAvVwr0TUECvlwlUHcsCV9+APIFiLWKJeDL9QJ9E0fAlxsE6i5CwpcfgXwBYq2KEPDldoG+iSfgyx0CdRcn4csxIF+AWKviBHy5W6BvShHw5R6BukuT8OU4kC9ArFVpAr48KNA35Qj48pBA3eVJ+PITkC9ArFV5Ar6MEuibigR8GS1QdyUSvvwM5AsQa1WJgC9TBPqmMgFfpgrUXYWELyeAfAFiraoQ8GWuQN9UJeDL6wJ1J5Dw5SSQL0CsVQIBX5YJ9E0iAV+WC9SdRMKXX4B8AWKtkgj4skGgb5IJ+PKRQN0pJHz5FcgXINYqhYAvXwr0TS0CvuwUqLs2CV9OAfkCxFrVJuDLdwJ9U4eAL98L1F2XhC+ngXwBYq3qEvDlN4G+aUDAlzMCdTck4ctvQL4AsVYNCfiSV+BzCxoR8CWfQN2NSfhyBsgXINaqMQFfSgj0TRMCvpQUqLspCV/OAvkCxFo1JeDLZQJ904yAL5cL1N2chC9RhXBrCcRaNSfgy5UCfdOCgC9XCdTdkoQvWYB8AWKtWhLw5XqBvmlFwJcbBOpuTcKXrEC+ALFWrQn4crtA37Qh4MsdAnW3JeFLNiBfgFirtgR8uVugb9oR8OUegbrbk/AlO5AvQKxVewK+PCjQN50I+PKQQN2dSfhyAZAvQKxVZwK+jBLom64EfBktUHc3Er7kAPIFiLXqRsCXKQJ9052AL1MF6u5BwpecQL4AsVY9CPgyV6BvehLw5XWBunuR8CUXkC9ArFUvAr4sE+ib3gR8WS5Qdx8SvlwI5AsQa4VcP/2lf33T/1faGU9/h4f+XgL9Wev686P1Z+Lqz/nUn12oP49Nf8aU/twc/Vkg+vMN9Hu29ftQ9Xvr9PuF9Hsg9HPd+llV/fydfqZIPyehs1+dZ2mPXvuO2kvR50N9z6t1XO9Ner3dF7rvLiok03foeeYG9p3Gt1/Un9/jpNcgt/A65ykE9Khd8/urOSdk7lJ5gL3hnm9e11rbb/PN5JgaJL2g6HHzARtWqu58heAYiX2br8Rc/d/mmxU8b32TtyIWe/MUEfoGZv+FmrN7faMdDGNcWP6nbwgu4/rvsrh+ZnFhVSbq778h+Hzj/E98Q7BezNKuhYspdO7Oa/I3BMcAN8j8hfDrm/8frGdm510AeFd2IIIb62BEVhAQ31YZXQg/bv808+uOEah7gOGuga67gEDd9wfkGiRk7lLAvlRArJXU+qFxLkh4eiwodHqMtadHLEixAqfHQoafHnXdhYhOj4Xs6ZH+9FjYwTDOnh7//ZWxUIV9p8c4stNjHHCDLCJweiwSwOmxqD09/utTVGGB08SDBKfHOIG6HyI4PRYVqHswyekR2JcKiLVCrp8W/X5R515ofNC9GVfI/DkWE8q44YSMBwoia0PFEzRUcfQc0RPU3nJxAcUYQqIYxYB31yWApBxCcKdRQqBvShbCKmXfqHMv5LpKrG1Jgo2tlOkbW5H0Bl0t8PjlUMOJ+V56zdsE6h5G8thpaeAmDMRaSa1fVvD6ua2rzI5VBoiFBFekRKxsIfPFu7RA3SMM3xu1aJURqPsJkr2xHJCPQKzVE2k0N31/BLvo3ixLcNNXrpBMn8MJWT7zp7pqzlgqqKcgygs9BVHBPgWBBamCwFMQFxv+FISu+2KhpyAyLsk1TcjkFcQTEEsLYJ+ASMM/AeEhNGhslfHCvb4VnV6r9A+egCgbdW4P+Z+AKBv1909AnG+cv30CArQIfyxGRnEVC/05wazOQpT2TQ71NzOaD63Coww/DmSQBF33aLOPA3/c2VQEik4l4FhjSLIDYH8rYM8o4Pp5Nnw0Ty4heUfxpeB3FPeP+lNM9BpcKvyO4sqEz4RXFjoNVbGnISxIVQROQ5cZfhrSdV9Gdhq6TPA0JNSzgT1vfbmDZVXTn7dGL0JGcZf7npGuWijqnAsdNF0OJHlVkjuJBEIlThBSYmWVGAuSElDiaoYrsa67GpkSV7NK7L48SpzoYJkUViVO9ClxUgBKnAgkeRL4+b3+55ZvfEyaVMj8OVZniXJrgJ90Z2yoGgQNlWz6A6H6vJEs8PDPuDQOt7o6cJdPAZISuX6sT3ynEBC8ppRioG9nkE+wXgF+gjXjQj/ZVws4zxMR3FgnIzJNg97EaxMaM7WFjJkrrTGDBelKAWPmKsONGV33VWTGzFV8xozEA1l/jO2efx0Hy7phNWbq+IyZugEYM3WAJK8rdCeDVuJ6hEpcT0iJ61slxoJUX0CJGxiuxLruBmRK3MAqsWds9/wbOlheHVYlbuhT4qsDUOKGQJJfbR1tBVwDsTlewxKRNLINpRoRNFRj0yMSfd5oLBCRjE/jiEiuAe7y1wJJiVw/1ojkWgKCXyelGOi4oAmwOU9FcGOdjsgsIHpDa0poUjQVMimutyYFFqTrBUyKGww3KXTdN5CZFDfwmRTVBMf2mBTNHCybh9WkaOYzKZoHYFI0A5K8eSGZpkMr8Y2ESnyjkBLfZJUYC9JNAkrcwnAl1nW3IFPiFlaJ3ZdHiVs6WN4cViVu6VPimwNQ4pZAkt8MVGJWdxe4BmJzvIUlLmhl4wLViqChWpseF+jzRmuBuGBCGkdccAtwl78VSErk+rHGBbcSEPw2lrigDbA5z0aA5z6hjQK9obUlNCnaCpkUt1uTAgvS7QImxR2GmxS67jvITIo7+EyKRMGxPSZFOwfL9mE1Kdr5TIr2AZgU7YAkb19IpunQStyBUIk7CClxR6vEWJA6CihxJ8OVWNfdiUyJO1kldl8eJe7sYNklrErc2afEXQJQ4s5AkncBKjGruwtcA7E5prLEBV1tXKC6EjRUN9PjAn3e6CYQF0xM44gLUoG7/J1AUiLXjzUuuJOA4HexxAXdgc2ZLQ2oPiRxQQ9Ck6KHkElxtzUpsCDdLWBS3GO4SaHrvofMpLiHz6RIEhzbY1L0dLDsFVaToqfPpOgVgEnRE0jyXoVkmg6txPcSKvG9Qkp8n1ViLEj3CShxb8OVWNfdm0yJe1sldl8eJe7jYNk3rErcx6fEfQNQ4j5AkvcFKjGruwtcA7E59mOJC/rbuED1J2ioAabHBfq8MUAgLpicxhEX9APu8vcDSYlcP9a44H4Cgj/AEhcMBDZnTmBckIskLhhEaFIMEjIpHrQmBRakBwVMiocMNyl03Q+RmRQP8ZkU1QXH9pgUgx0sHw6rSTHYZ1I8HIBJMRhI8ocLyTQdWokfIVTiR4SU+FGrxFiQHhVQ4iGGK7GuewiZEg+xSuy+PEr8mIPl0LAq8WM+JR4agBI/BiT5UKASs7q7wDUQm+MwlrhguI0L1HCChnrc9LhAnzceF4gLpqRxxAXDgLv8CCApkevHGheMICD4EyxxwUhgc+YGxgV5SOKCJwlNiieFTIpR1qTAgjRKwKQYbbhJoeseTWZSjOYzKWoIju0xKcY4WD4VVpNijM+keCoAk2IMkORPFZJpOrQSP02oxE8LKfFYq8RYkMYKKPE4w5VY1z2OTInHWSV2Xx4lfsbBcnxYlfgZnxKPD0CJnwGSfDxQiVndXeAaiM3xWZa4YIKNC9QEgoZ6zvS4QJ83nhOIC6alccQFzwJ3+YlAUiLXjzUumEhA8EksccFkYHNGA+OCGJK44HlCk+J5IZNiijUpsCBNETApphpuUui6p5KZFFP5TIpkwbE9JsU0B8sXwmpSTPOZFC8EYFJMA5L8hUIyTYdW4umESjxdSIlftEqMBelFASWeYbgS67pnkCnxDKvE7sujxC85WM4MqxK/5FPimQEo8UtAks8EKjGruwtcA7E5vswSF8yycYGaRdBQr5geF+jzxisCccH0NI644GXgLj8bSErk+rHGBbMJCP4qS1wwB9icBYFxQSxJXPAaoUnxmpBJMdeaFFiQ5gqYFK8bblLoul8nMyle5zMpUgTH9pgU8xws3wirSTHPZ1K8EYBJMQ9I8jcKyTQdWonnEyrxfCElftMqMRakNwWUeIHhSqzrXkCmxAusErsvjxK/5WC5MKxK/JZPiRcGoMRvAUm+EKjErO4ucA3E5vg2S1ywyMYFahFBQy02PS7Q543FAnHBjDSOuOBt4C6/BEhK5PqxxgVLCAj+DktcsBTYnHHAuKAISVzwLqFJ8a6QSbHMmhRYkJYJmBTLDTcpdN3LyUyK5XwmRU3BsT0mxQoHy0hYTYoVPpMiEoBJsQJI8kghmaZDK3EaoRKnCSnxSqvEWJBWCijxKsOVWNe9ikyJV1kldl8eJV7tYLkmrEq82qfEawJQ4tVAkq8BKjGruwtcA7E5vscSF6y1cYFaS9BQ75seF+jzxvsCccHMNI644D3gLr8OSErk+rHGBesICP4BS1ywHtic8cC4oDhJXPAhoUnxoZBJscGaFFiQNgiYFB8ZblLouj8iMyk+4jMpOgiO7TEpNjpYfhxWk2Kjz6T4OACTYiOQ5B8Xkmk6tBJvIlTiTUJK/IlVYixInwgo8WbDlVjXvZlMiTdbJXZfHiX+1MFyS1iV+FOfEm8JQIk/BZJ8C1CJWd1d4BqIzfEzlrhgq40L1FaChvrc9LhAnzc+F4gLZqVxxAWfAXf5bUBSItePNS7YRkDwL1jigu3A5iwFjAtKk8QFOwhNih1CJsWX1qTAgvSlgEmx03CTQte9k8yk2MlnUnQUHNtjUuxysPwqrCbFLp9J8VUAJsUuIMm/KiTTdGgl3k2oxLuFlPhrq8RYkL4WUOI9hiuxrnsPmRLvsUrsvjxKvNfB8puwKvFenxJ/E4AS7wWS/BugErO6u8A1EJvjtyxxwT4bF6h9BA213/S4QJ839gvEBbPTOOKCb4G7/AEgKZHrxxoXHCAg+EGWuOAQsDnLAeOC8iRxwWFCk+KwkEnxnTUpsCB9J2BSfG+4SaHr/p7MpPiez6ToJDi2x6Q44mB5NKwmxRGfSXE0AJPiCJDkRwvJNB1aiX8gVOIfhJT4R6vEWJB+FFDiY4Yrsa77GJkSH7NK7L48SnzcwfKnsCrxcZ8S/xSAEh8HkvwnoBKzurvANRCb488sccEJGxeoEwQNddL0uECfN04KxAVz0jjigp+Bu/wvQFIi1481LviFgOC/ssQFp4DNWREYF1QiiQtOE5oUp4VMit+sSYEF6TcBk+KM4SaFrvsMmUlxhs+k6Cw4tsekOJuBZeE//1moTIqzPpPCvRD+CWX87cwS8yyS5IVlmg6txFkK8ylxlsIySpzV1WNWiTM5pgZJLyh63GzAhpWqO1thOEaiSpytsFVi1+VR4uwOlheEVYn1ApR2FXtBAEqcHUjyC4BKzOruAtdAbI45BOZ43olmtqFy4iZKGxfkJGioXOg5oieozxu5CuMbdG4aR1yQA7jLXwgkJXL9WOOCCwkIfpGUYqDjgtzA5qwMjAuqkMQFeQhNijxCJkVea1JgQcorYFLkM9yk0HXnIzMp8vGZFF0Ex/aYFNEOljFhNSmifSZFTAAmRTSQ5DGFZZoOrcT5CZU4v5ASF7BKjAWpgIASFzRciXXdBcmUuKBVYvflUeJYB8tCYVXiWJ8SFwpAiWOBJC8EVGJWdxe4BmJzLMwSF8TZuEDFETRUEdPjAn3eKCIQF8xL44gLCgN3+aJAUiLXjzUuKEpA8GIscUE8sDmrAuOCBJK4oDihSVFcyKQoYU0KLEglBEyKkoabFLrukmQmRUk+kyJVcGyPSVHKwbJ0WE2KUj6TonQAJkUpIMlLF5ZpOrQSlyFU4jJCSlzWKjEWpLICSlzOcCXWdZcjU+JyVondl0eJyztYVgirEpf3KXGFAJS4PJDkFYBKzOruAtdAbI4Xs8QFFW1coCoSNFQl0+MCfd6oJBAXzE/jiAsuBu7ylwBJiVw/1rjgEgKCX8oSF1QGNmciMC5IIokLqhCaFFWETIrLrEmBBekyAZPicsNNCl335WQmxeV0JoVKkBvba1JUdbBMCKtJUdVnUiQEYFJUBZI8obBM06GVWBEqsRJS4mpWibEgVRNQ4kTDlVjXnUimxIlWiT2Du+ef5GBZPaxKnORT4uoBKHESkOTVgUrM6u5WL2z+HGuwxAXJNi5QyQQNlWJ6XKDPGykCccGCNI64oAZwl68JJCVy/VjjgpoEBL+CJS6oBWzOZGBckEISF9QmNClqC5kUV1qTAgvSlQImxVWGmxS67qvITIqr+EwKJTe216So42BZN6wmRR2fSVE3AJOiDpDkdQvLNB1aiesRKnE9ISWub5UYC1J9ASVuYLgS67obkClxA6vEnsHd82/oYHl1WJW4oU+Jrw5AiRsCSX41UIlZ3d2rC5s/x2tY4oJGNi5QjQgaqrHpcYE+bzQWiAsWpnHEBdcAd/lrgaRErh9rXHAtAcGvY4kLmgCbsxYwLqhNEhc0JTQpmgqZFNdbkwIL0vUCJsUNhpsUuu4byEyKG/hMimpyY3tNimYOls3DalI085kUzQMwKZoBSd68sEzToZX4RkIlvlFIiW+ySowF6SYBJW5huBLruluQKXELq8Sewd3zb+lgeXNYlbilT4lvDkCJWwJJfjNQiVnd3ZsLmz/HW1jiglY2LlCtCBqqtelxgT5vtBaICxalccQFtwB3+VuBpESuH2tccCsBwW9jiQvaAJuzDjAuqEsSF7QlNCnaCpkUt1uTAgvS7QImxR2GmxS67jvITIo7+EyKRLmxvSZFOwfL9mE1Kdr5TIr2AZgU7YAkb19YpunQStyBUIk7CClxR6vEWJA6CihxJ8OVWNfdiUyJO1kl9gzunn9nB8suYVXizj4l7hKAEncGkrwLUIlZ3d0uhc2fYypLXNDVxgWqK0FDdTM9LtDnjW4CccGSNI64IBW4y98JJCVy/VjjgjsJCH4XS1zQHdicDYBxQUOSuKAHoUnRQ8ikuNuaFFiQ7hYwKe4x3KTQdd9DZlLcw2dSJMmN7TUpejpY9gqrSdHTZ1L0CsCk6Akkea/CMk2HVuJ7CZX4XiElvs8qMRak+wSUuLfhSqzr7k2mxL2tEnsGd8+/j4Nl37AqcR+fEvcNQIn7AEneF6jErO5u38Lmz7EfS1zQ38YFqj9BQw0wPS7Q540BAnHB0jSOuKAfcJe/H0hK5PqxxgX3ExD8AZa4YCCwORsB44LGJHHBIEKTYpCQSfGgNSmwID0oYFI8ZLhJoet+iMykeIjPpKguN7bXpBjsYPlwWE2KwT6T4uEATIrBQJI/XFim6dBK/AihEj8ipMSPWiXGgvSogBIPMVyJdd1DyJR4iFViz+Du+T/mYDk0rEr8mE+JhwagxI8BST4UqMSs7u7QwubPcRhLXDDcxgVqOEFDPW56XKDPG48LxAXL0jjigmHAXX4EkJTI9WONC0YQEPwJlrhgJLA5mwDjgqYkccGThCbFk0ImxShrUmBBGiVgUow23KTQdY8mMylG85kUNeTG9poUYxwsnwqrSTHGZ1I8FYBJMQZI8qcKyzQdWomfJlTip4WUeKxVYixIYwWUeJzhSqzrHkemxOOsEnsGd8//GQfL8WFV4md8Sjw+ACV+Bkjy8UAlZnV3xxc2f47PssQFE2xcoCYQNNRzpscF+rzxnEBcsCKNIy54FrjLTwSSErl+rHHBRAKCT2KJCyYDm7MZMC5oThIXPE9oUjwvZFJMsSYFFqQpAibFVMNNCl33VDKTYiqfSZEsN7bXpJjmYPlCWE2KaT6T4oUATIppQJK/UFim6dBKPJ1QiacLKfGLVomxIL0ooMQzDFdiXfcMMiWeYZXYM7h7/i85WM4MqxK/5FPimQEo8UtAks8EKjGruzuzsPlzfJklLphl4wI1i6ChXjE9LtDnjVcE4oK0NI644GXgLj8bSErk+rHGBbMJCP4qS1wwB9icLYBxQUuSuOA1QpPiNSGTYq41KbAgzRUwKV433KTQdb9OZlK8zmdSpMiN7TUp5jlYvhFWk2Kez6R4IwCTYh6Q5G8Ulmk6tBLPJ1Ti+UJK/KZVYixIbwoo8QLDlVjXvYBMiRdYJfYM7p7/Ww6WC8OqxG/5lHhhAEr8FpDkC4FKzOruLixs/hzfZokLFtm4QC0iaKjFpscF+ryxWCAuWJXGERe8DdzllwBJiVw/1rhgCQHB32GJC5YCm7MVMC5oTRIXvEtoUrwrZFIssyYFFqRlAibFcsNNCl33cjKTYjmfSVFTbmyvSbHCwTISVpNihc+kiARgUqwAkjxSWKbp4E8iESpxmpASr7RKjAVppYASrzJciXXdq8iUeJVVYs/g7vmvdrBcE1YlXu1T4jUBKPFqIMnXAJWY1d1dU9j8Ob7HEhestXGBWkvQUO+bHhfo88b7AnHBmjSOuOA94C6/DkhK5PqxxgXrCAj+AUtcsB7YnG2AcUFbkrjgQ0KT4kMhk2KDNSmwIG0QMCk+Mtyk0HV/RGZSfMRnUnSQG9trUmx0sPw4rCbFRp9J8XEAJsVGIMk/LizTdGgl3kSoxJuElPgTq8RYkD4RUOLNhiuxrnszmRJvtkrsGdw9/08dLLeEVYk/9SnxlgCU+FMgybcAlZjV3d1S2Pw5fsYSF2y1cYHaStBQn5seF+jzxucCccHaNI644DPgLr8NSErk+rHGBdsICP4FS1ywHdic7YBxQXuSuGAHoUmxQ8ik+NKaFFiQvhQwKXYablLouneSmRQ7+UyKjnJje02KXQ6WX4XVpNjlMym+CsCk2AUk+VeFZZoOrcS7CZV4t5ASf22VGAvS1wJKvMdwJdZ17yFT4j1WiT2Du+e/18Hym7Aq8V6fEn8TgBLvBZL8G6ASs7q73xQ2f47fssQF+2xcoPYRNNR+0+MCfd7YLxAXrEvjiAu+Be7yB4CkRK4fa1xwgIDgB1nigkPA5uwEjAs6k8QFhwlNisNCJsV31qTAgvSdgEnxveEmha77ezKT4ns+k6KT3Nhek+KIg+XRsJoUR3wmxdEATIojQJIfLSzTdGgl/oFQiX8QUuIfrRJjQfpRQImPGa7Euu5jZEp8zCqxZ3D3/I87WP4UViU+7lPinwJQ4uNAkv8EVGJWd/enwubP8WeWuOCEjQvUCYKGOml6XKDPGycF4oL1aRxxwc/AXf4XICmR68caF/xCQPBfWeKCU8Dm7AqMC7qRxAWnCU2K00ImxW/WpMCC9JuASXHGcJNC132GzKQ4w2dSdJYb22tSnM3AMu7PfxYqk+Ksz6RwL4R/Qhl/O7PEPIskeZxM06GVOEscnxJniYsSUeKsrh6zSpzJMTVIekHR42YDNqxU3dni4BiJKnG2OKvE7sHd88/uYHlBWJVYL0BpV7EXBKDE2YEkvwCoxKzu7gVx5s8xh8AczzvRzDZUTtxEaeOCnAQNlQs9R/QE9XkjVxy+QTekccQFOYC7/IVAUiLXjzUuuJCA4BdJKQY6LsgNbM7uwLigB0lckIfQpMgjZFLktSYFFqS8AiZFPsNNCl13PjKTIh+fSdFFbmyvSRHtYBkTVpMi2mdSxARgUkQDSR4TJ9N0aCXOT6jE+YWUuIBVYixIBQSUuKDhSqzrLkimxAWtEnsGd88/1sGyUFiVONanxIUCUOJYIMkLAZWY1d0tFGf+HAuzxAVxNi5QcQQNVcT0uECfN4oIxAUb0zjigsLAXb4okJTI9WONC4oSELwYS1wQD2zOnsC4oBdJXFCc0KQoLmRSlLAmBRakEgImRUnDTQpdd0kyk6Ikn0mRKje216Qo5WBZOqwmRSmfSVE6AJOiFJDkpeNkmg6txGUIlbiMkBKXtUqMBamsgBKXM1yJdd3lyJS4nFViz+Du+Zd3sKwQViUu71PiCgEocXkgySsAlZjV3a0QZ/4cL2aJCyrauEBVJGioSqbHBfq8UUkgLtiUxhEXXAzc5S8BkhK5fqxxwSUEBL+UJS6oDGzO3sC4oE9AG0Vm168KcP0ORHBjHQSOJbl+l/3vr59o/10OXL9RQP6OBvMXfSOij4VFs+HH3Sxcd0LmLqVrLiFQ96dC+3VWcP1AfNSnhvf4hqwyPb6VoMdLCdT9OUmPA/FRyJo1HjqgyNDAYukvzqT/jHd+Fnd+6qtquq4lOAfQHK41KuX8jv73Gb+r0l9X81l/aNuvdDbcWIlAzQ4q2CqZTSbYSrLBFhakJIFgq7rhwZauu7pQsCUhTokCzlqNuP/ORp2c/ndT/mKjTnZt1DXTX19xnt8t4fxuTed39UZQK/11beFNHdnXVwI39f/L+l+V/nfr/MX6X+Va/7rpr+v9xfrXda1//fTXDc7zuyWd363v/K6eY8P011c7WEnsPbUE+LLd8JtY3U8NBereQWKsXQPkExBrJbV+aJwb/fu9LcE3VmA3mY2Enp5qbG8ysSA1FrjJvNbwm0xd97VkT09dK/j0FNq1yJ/+B5BpyhWFoqIuE8Yrk2Mr/z9wr+91ztyb/IOnu85GndtD/qe7zkb9/dNd5xvnv/Z0l16A5a5im7iawz8h1N++DrgJNf2LsVKSu3RMTU5K7JCQlNoxfZwaqV0SO1SrqVJTEtOHT0xSHTt0Seic1DG5RlKNlNTkwJ5fbiqkwNdbBcaCdL2AAt9guALrum8IyObJbP1NnLmix90V0PEt4f94+eeJ7KVmwLsC5PplCJOeXz1nTHTPZ9wVoftot+H2R8bdG7rur820P845ciNvRJoAx9pj6P7juxSwvxWwZ5TU+qF50pzQPmoudPN6o715xYJ0o8DN602G37zqum8iyigl5vqf3oCHnn+TTGwEqZ6rS2B2TwtnvVv+A7un/nnWzm/31I/6e7vnfOP8rd0j0Wygsf64I28R92exWZ1FrRflvdB3HMA6VEvgZnYzjAypqRnrebPgiUevYxOBO/99wieezN4l6bpbCNS93/CnVHXdLQXqPmDoScUvMMh9w93jmV2/gyQnPWB/K2DPKKn1ywrmSQug1twCdOr0GBLackuczB6GxFrCRaxZCF/3EQIXsZZA3UdJHqJqBeQjEGt11PC+0Xy5TqBvjhHwpYlA3cdJ+NIayBcg1uo4AV9uE+ibEwR8aSNQ90kSvtwK5AsQa3WSgC93CfTNKQK+dBeo+zQJX24D8gWItTpNwJcHBPrmLAFfBgrUHbWSgy9tgHwBYq3Q6yfBlycE+iab4XVrvowUqDs7CV/aIt9ZjqtZZSfgyySBvslJwJfJAnXnIuHL7UC+ALFWuQj48qpA3+Qm4MscgbrzkPDlDiBfgFirPAR8eUegb6IJ+LJUoO4YEr60A/IFiLWKIeDLBwJ9U5CAL+sF6o4l4Ut7IF+AWKtYAr58IdA3cQR82S5QdxESvnQA8gWItSpCwJeDAn0TT8CXQwJ1FyfhS0cgX4BYq+IEfPlVoG9KEfDllEDdpUn40gnIFyDWqjQBXy4qjO+bcgR8yS1Qd3kSvnQG8gWItSpPwJdiAn1TkYAv8QJ1VyLhSxcgX4BYq0oEfLlUoG8qE/ClskDdVUj4kgrkCxBrVYWAL1cI9E1VAr7UEqg7gYQvXYF8AWKtEgj4cp1A3yQS8KWJQN1JJHzpBuQLEGuVRMCX2wT6JpmAL20E6k4h4cudQL4AsVYpBHy5S6BvahHwpbtA3bVJ+HIXkC9ArFVtAr48INA3dQj4MlCg7rokfOkO5AsQa1WXgC9PCPRNAwK+jBSouyEJX3oA+QLEWjUk4Mskgb5pRMCXyQJ1Nybhy91AvgCxVo0J+PKqQN80IeDLHIG6m5Lw5R4gX4BYq6YEfHlHoG+aEfBlqUDdzUn40hPIFyDWqjkBXz4Q6JsWBHxZL1B3SxK+9ALyBYi1aknAly8E+qYVAV+2C9TdmoQv9wL5AsRatSbgy0GBvmlDwJdDAnW3JeHLfUC+ALFWbQn48qtA37Qj4Mspgbrbk/ClN5AvQKxVewK+XCTwOeudCPiSW6DuziR86QPkCxBr1ZmAL8UE+qYrAV/iBeruRsKXvkC+ALFW3Qj4cqlA33Qn4Etlgbp7kPClH5AvQKwVcv30l/49kv6/0s54+js89PcS6M9a158frT8TV3/Op/7sQv15bPozpvTn5ujPAtGfb6Dfs63fh6rfW6ffL6TfA6Gf69bPqurn7/QzRfo5CZ396jxLe/Tad9Reij4f6ntereN6b+oXF+W50H3XP06m79DzHADsO43vo1F/fo+TXoMBwut8P/A7noL6Nt/7hb7N9wH7bb5YkB4Q+DbfgYZ/m6+ueyDRt/lKzNX/bb5ZwfPWN3lV4rA3T5cJYea/UHN2r+8gZ+4P/oNvCC7j+u+yuH5mcWFVJurvvyH4fOP8T3xDsF7M0q6FezDu3J3X5G8IfhC4QT4Uh1/fh/7BemZ23oOBm8PuNNxYX6fJCgLi2yoHCZwie640v+4HBeruZbhroOseLFD3vQG5BgmZuxSwLxUQayW1fmicHyY8PT4sdHp8xJ4esSA9InB6fNTw06Ou+1Gi0+Oj9vRIf3oc4sz9MXt6/PdXxkIN8Z0eHyM7PT4G3CCHCpwehwZwehxmT4//+hQ1ROA00Zfg9PiYQN39CE6PwwTq7k9yegT2pQJirZDrp0X/0ahzLzQ+6N58LM78OQ4XyrjhhHwcKIisDfU4QUONQM8RPUHtLY8QUIyBJIoxHHh3/QSQlOj1k7jTeEKgb0bGYZXykahzL+S6SqztSIKN7UnTN7bS6Q2qBBr0QcOJmZhe8zUCdT8U0Iae2XmOAm7CQKyV1PplBa+f27rK7FijgVhIcEVKxMbEmS/eowTqfsTwvVGL1miBuh8l2RufAvIRiLVCrp/wTd8fwS66N8cQ3PQ9FSfT53BCPp35U101ZywV1FMQTws9BTHWPgWBBWmswFMQ4wx/CkLXPU44UZdc04RMXkE8AVGpEPYJiMvxeHkIDRpbZbxwr+8zztzH/4MnIMpGndtD/icgykb9/RMQ5xvnb5+AAC3CH4uRUdwzcX9OMKuzEKV9k0P9zYzmQ6vwUMOPAxkkQdc9zOzjwB93Ns8ARWc8cKzhJNkBsL8VsGcUcP08Gz6aJ8+SvKN4AvgdxUOi/hQTvQYThN9R/BzhM+HPCZ2GJtrTEBakiQKnoUmGn4Z03ZPITkOTBE9DQj0b2PPWkx0snzf9eWv0ImQUN9n3jPTzcVHnXOigaTKQ5M+T3ElMIVTiKUJKPNUqMRakqQJKPM1wJdZ1TyNT4mlWid2XR4lfcLCcHlYlfsGnxNMDUOIXgCSfDn5+b8i55Rsfk06PM3+OL7JEuTPAT7ozNtQMgoZ6yfQHQvV54yWJJ5ZJ3OoXgbv8TCApkevH+sT3TAKCvyylGOjbGeQTrLPAT7BmXOgn+14BzvNIGm6so2kyTYPexGcTGjOzhYyZV60xgwXpVQFjZo7hxoyuew6ZMTOHz5iReCDrj7Hd83/NwXJuWI2Z13zGzNwAjJnXgCSfK3Qng1bi1wmV+HUhJZ5nlRgL0jwBJX7DcCXWdb9BpsRvWCX2jO2e/3wHyzfDqsTzfUr8ZgBKPB9I8jeto62AayA2xwUsEclbtqHUWwQNtdD0iESfNxYKRCSjSCKSBcBd/m0gKZHrxxqRvE1A8EVSioGOCxYDm/NYGm6s42kyC4je0JYQmhRLhEyKd6xJgQXpHQGTYqnhJoWueymZSbGUz6SoJji2x6R418FyWVhNind9JsWyAEyKd4EkXxYn03RoJV5OqMTLhZR4hVViLEgrBJQ4YrgS67ojZEocsUrsvjxKnOZguTKsSpzmU+KVAShxGpDkK4FKzOruAtdAbI6rWOKC1TYuUKsJGmqN6XGBPm+sEYgLxpDEBauAu/x7QFIi1481LniPgOBrWeKC94HNeSINN9bJNJkFRG9o6whNinVCJsUH1qTAgvSBgEmx3nCTQte9nsykWM9nUiQKju0xKT50sNwQVpPiQ59JsSEAk+JDIMk3xMk0HVqJPyJU4o+ElHijVWIsSBsFlPhjw5VY1/0xmRJ/bJXYfXmUeJOD5SdhVeJNPiX+JAAl3gQk+SdAJWZ1d4FrIDbHzSxxwac2LlCfEjTUFtPjAn3e2CIQFzxNEhdsBu7ynwFJiVw/1rjgMwKCb2WJCz4HNuepNNxYp9NkFhC9oW0jNCm2CZkUX1iTAgvSFwImxXbDTQpd93Yyk2I7n0mRJDi2x6TY4WD5ZVhNih0+k+LLAEyKHUCSfxkn03RoJd5JqMQ7hZR4l1ViLEi7BJT4K8OVWNf9FZkSf2WV2H15lHi3g+XXYVXi3T4l/joAJd4NJPnXQCVmdXeBayA2xz0sccFeGxeovQQN9Y3pcYE+b3wjEBeMI4kL9gB3+W+BpESuH2tc8C0BwfexxAX7gc15Ng147hPaKNAb2gFCk+KAkElx0JoUWJAOCpgUhww3KXTdh8hMikN8JkV1wbE9JsVhB8vvwmpSHPaZFN8FYFIcBpL8uziZpkMr8feESvy9kBIfsUqMBemIgBIfNVyJdd1HyZT4qFVi9+VR4h8cLH8MqxL/4FPiHwNQ4h+AJP8RqMSs7i5wDcTmeIwlLjhu4wJ1nKChfjI9LtDnjZ8E4oLxJHHBMeAu/zOQlMj1Y40LfiYg+AmWuOAksDmzrQSqD0lc8AuhSfGLkEnxqzUpsCD9KmBSnDLcpNB1nyIzKU7xmRQ1BMf2mBSnHSx/C6tJcdpnUvwWgElxGkjy3+Jkmg6txGcIlfiMkBKftUqMBemsgBJHFTFbiXXdeo5gjESV2L2mCZm8/teUOIuDZVYXpqFSYr0ApV3FuhfCP6GMv51ZYmYBkjwrrrlrsLq7wDUQm2M2gTmed6KZbajsuInSxgXZCRrqAvQc0RPU5w09SXSDTiCJC7IBd/kcQFIi1481LshBQPCcUoqBjgtyAZszJzAuyEUSF1wI3CiCMikuBDane74XuW6/rUmRyTE1SBcVwY+b23CTQtedm8ykyM1nUiQLju0xKfI4WOYNq0mRx2dS5A3ApMgDJHneIjJNh1bifIRKnE9IiaOtEmNBihZQ4hjDlVjXHUOmxDFWid2XR4nzO1gWCKsS5/cpcYEAlDg/kOQFgErM6u4C10BsjgVZ4oJYGxeoWIKGKmR6XKDPG4UE4oKJJHFBQeAuXxhISuT6scYFhQkIHscSFxQBNmduYFyQhyQuKEpoUhQVMimKWZMCC1IxAZMi3nCTQtcdT2ZSxPOZFCmCY3tMiuIOliXCalIU95kUJQIwKYoDSV6iiEzToZW4JKESlxRS4lJWibEglRJQ4tKGK7GuuzSZEpe2Suy+PEpcxsGybFiVuIxPicsGoMRlgCQvC1RiVncXuAZicyzHEheUt3GBKk/QUBVMjwv0eaOCQFwwmSQuKAfc5S8GkhK5fqxxwcUEBK/IEhdUAjZnNDAuiCGJCy4hNCkuETIpLrUmBRakSwVMisqGmxS67spkJkVlPpOipuDYHpOiioPlZWE1Kar4TIrLAjApqgBJflkRmaZDK/HlhEp8uZASV7VKjAWpqoASJxiuxLruBDIlTrBK7L48SqwcLKuFVYmVT4mrBaDECkjyakAlZnV3gWsgNsdElrggycYFKomgoaqbHhfo80Z1gbhgCklckAjc5WsASYlcP9a4oAYBwZNZ4oIUYHMWBMYFsSRxQU1Ck6KmkElxhTUpsCBdIWBS1DLcpNB11yIzKWrxmRQdBMf2mBS1HSyvDKtJUdtnUlwZgElRG0jyK4vINB1aia8iVOKrhJS4jlViLEh1BJS4ruFK/HtzkilxXavE7sujxPUcLOuHVYnr+ZS4fgBKXA9I8vpAJWZ1d4FrIDbHBixxQUMbF6iGBA11telxgT5vXC0QF0wjiQsaAHf5a4CkRK4fa1xwDQHBG7HEBY2BzRkHjAuKkMQF1xKaFNcKmRTXWZMCC9J1AiZFE8NNCl13EzKTogmfSdFRcGyPSdHUwfL6sJoUTX0mxfUBmBRNgSS/vohM06GV+AZCJb5BSImbWSXGgtRMQImbG67Euu7mZErc3Cqx+/Io8Y0OljeFVYlv9CnxTQEo8Y1Akt8EVGJWdxe4BmJzbMESF7S0cYFqSdBQN5seF+jzxs0CccF0IRcQHRe0AO7ytwBJiVw/1rjgFgKCt2KJC1oDmzMeGBcUJ4kLbiU0KW4VMilusyYFFqTbBEyKNoabFLruNmQmRRs+k6KT4Ngek6Ktg+XtYTUp2vpMitsDMCnaAkl+exGZpkMr8R2ESnyHkBK3s0qMBamdgBK3N1yJdd3tyZS4vVVi9+VR4g4Olh3DqsQdfErcMQAl7gAkeUegErO6u8A1EJtjJ5a4oLONC1RngobqYnpcoM8bXQTighkkcUEn4C6fCiQlcv1Y44JUAoJ3ZYkLugGbsxQwLihNEhfcSWhS3ClkUtxlTQosSHcJmBTdDTcpdN3dyUyK7nwmRWfBsT0mRQ8Hy7vDalL08JkUdwdgUvQAkvzuIjJNh1biewiV+B4hJe5plRgLUk8BJe5luBLrunuRKXEvq8Tuy6PE9zpY3hdWJb7Xp8T3BaDE9wJJfh9QiVndXeAaiM2xN0tc0MfGBaoPQUP1NT0u0OeNvgJxwUySuKA3cJfvByQlcv1Y44J+BATvzxIXDAA2ZzlgXFCeJC64n9CkuF/IpHjAmhRYkB4QMCkGGm5S6LoHkpkUA/lMii6CY3tMikEOlg+G1aQY5DMpHgzApBgEJPmDRWSaDq3EDxEq8UNCSjzYKjEWpMECSvyw4Uqs636YTIkftkrsvjxK/IiD5aNhVeJHfEr8aABK/AiQ5I8ClZjV3QWugdgch7DEBY/ZuEA9RtBQQ02PC/R5Y6hAXDCLJC4YAtzlhwFJiVw/1rhgGAHBh7PEBY8Dm7MiMC6oRBIXjCA0KUYImRRPWJMCC9ITAibFSMNNCl33SDKTYiSfSZEqOLbHpHjSwXJUWE2KJ30mxagATIongSQfVUSm6dBKPJpQiUcLKfEYq8RYkMYIKPFThiuxrvspMiV+yiqx+/Io8dMOlmPDqsRP+5R4bABK/DSQ5GOBSszq7gLXQGyO41jigmdsXKCeIWio8abHBfq8MV4gLphNEheMA+7yzwJJiVw/1rjgWQKCT2CJC54DNmdlYFxQhSQumEhoUkwUMikmWZMCC9IkAZNisuEmha57MplJMZnOpFAJcmN7TYrnHSynhNWkeN5nUkwJwKR4HkjyKUVkmg6txFMJlXiqkBJPs0qMBWmagBK/YLgS67pfIFPiF6wSewZ3z3+6g+WLYVXi6T4lfjEAJZ4OJPmLQCVmdXdfLGL+HGewxAUv2bhAvUTQUDNNjwv0eWOmQFwwhyQumAHc5V8GkhK5fqxxwcsEBJ/FEhe8AmzOqsC4IIEkLphNaFLMFjIpXrUmBRakVwVMijmGmxS67jlkJsUcPpNCyY3tNSlec7CcG1aT4jWfSTE3AJPiNSDJ5xaRaTq0Er9OqMSvCynxPKvEWJDmCSjxG4Yrsa77DTIlfsMqsWdw9/znO1i+GVYlnu9T4jcDUOL5QJK/CVRiVnf3zSLmz3EBS1zwlo0L1FsEDbXQ9LhAnzcWCsQFc0niggXAXf5tICmR68caF7xNQPBFLHHBYmBzJgLjgiSSuGAJoUmxRMikeMeaFFiQ3hEwKZYablLoupeSmRRL+UyKanJje02Kdx0sl4XVpHjXZ1IsC8CkeBdI8mVFZJoOrcTLCZV4uZASr7BKjAVphYASRwxXYl13hEyJI1aJPYO755/mYLkyrEqc5lPilQEocRqQ5CuBSszq7q4sYv4cV7HEBattXKBWEzTUGtPjAn3eWCMQF8wjiQtWAXf594CkRK4fa1zwHgHB17LEBe8DmzMZGBekkMQF6whNinVCJsUH1qTAgvSBgEmx3nCTQte9nsykWM9nUiTKje01KT50sNwQVpPiQ59JsSEAk+JDIMk3FJFpOrQSf0SoxB8JKfFGq8RYkDYKKPHHhiuxrvtjMiX+2CqxZ3D3/Dc5WH4SViXe5FPiTwJQ4k1Akn8CVGJWd/eTIubPcTNLXPCpjQvUpwQNtcX0uECfN7YIxAXzSeKCzcBd/jMgKZHrxxoXfEZA8K0sccHnwOasBYwLapPEBdsITYptQibFF9akwIL0hYBJsd1wk0LXvZ3MpNjOZ1IkyY3tNSl2OFh+GVaTYofPpPgyAJNiB5DkXxaRaTq0Eu8kVOKdQkq8yyoxFqRdAkr8leFKrOv+ikyJv7JK7BncPf/dDpZfh1WJd/uU+OsAlHg3kORfA5WY1d39uoj5c9zDEhfstXGB2kvQUN+YHhfo88Y3AnHBApK4YA9wl/8WSErk+rHGBd8SEHwfS1ywH9icdYBxQV2SuOAAoUlxQMikOGhNCixIBwVMikOGmxS67kNkJsUhPpOiutzYXpPisIPld2E1KQ77TIrvAjApDgNJ/l0RmaZDK/H3hEr8vZASH7FKjAXpiIASHzVciXXdR8mU+KhVYs/g7vn/4GD5Y1iV+AefEv8YgBL/ACT5j0AlZnV3fyxi/hyPscQFx21coI4TNNRPpscF+rzxk0BcsJAkLjgG3OV/BpISuX6sccHPBAQ/wRIXnAQ2ZwNgXNCQJC74hdCk+EXIpPjVmhRYkH4VMClOGW5S6LpPkZkUp/hMihpyY3tNitMOlr+F1aQ47TMpfgvApDgNJPlvRWSaDq3EZwiV+IyQEp+1SowF6ayAEkcVNVuJdd16jmCMRJXYvaYJmbz+15Q4i4NlVhemoVJivQClXcW6F8I/oYy/nVliZgGSPGtRXNOxurtZi5o/x2wCczzvRDPbUNlxE6WNC7ITNNQF6DmiJ6jPG3qS6AZdRBIXZAPu8jmApESuH2tckIOA4DmlFAMdF+QCNmcjYFzQmCQuuBC4UQRlUlwIbE73fC9y3X5bkyKTY2qQLiqKHze34SaFrjs3mUmRm8+kSJYb22tS5HGwzBtWkyKPz6TIG4BJkQdI8rxFZZoOrcT5CJU4n5ASR1slxoIULaDEMYYrsa47hkyJY6wSewZ3zz+/g2WBsCpxfp8SFwhAifMDSV4AqMSs7m6BoubPsSBLXBBr4wIVS9BQhUyPC/R5o5BAXLCEJC4oCNzlCwNJiVw/1rigMAHB41jigiLA5mwCjAuaksQFRQlNiqJCJkUxa1JgQSomYFLEG25S6LrjyUyKeD6TIkVubK9JUdzBskRYTYriPpOiRAAmRXEgyUsUlWk6tBKXJFTikkJKXMoqMRakUgJKXNpwJdZ1lyZT4tJWiT2Du+dfxsGybFiVuIxPicsGoMRlgCQvC1RiVne3bFHz51iOJS4ob+MCVZ6goSqYHhfo80YFgbhgKUlcUA64y18MJCVy/VjjgosJCF6RJS6oBGzOZsC4oDlJXHAJoUlxiZBJcak1KbAgXSpgUlQ23KTQdVcmMykq85kUNeXG9poUVRwsLwurSVHFZ1JcFoBJUQVI8suKyjQdWokvJ1Tiy4WUuKpVYixIVQWUOMFwJdZ1J5ApcYJVYs/g7vkrB8tqYVVi5VPiagEosQKSvBpQiVnd3WpFzZ9jIktckGTjApVE0FDVTY8L9HmjukBcsIwkLkgE7vI1gKRErh9rXFCDgODJLHFBCrA5WwDjgpYkcUFNQpOippBJcYU1KbAgXSFgUtQy3KTQddciMylq8ZkUHeTG9poUtR0srwyrSVHbZ1JcGYBJURtI8iuLyjQdWomvIlTiq4SUuI5VYixIdQSUuK7hSvx7c5IpcV2rxJ7B3fOv52BZP6xKXM+nxPUDUOJ6QJLXByoxq7tbv6j5c2zAEhc0tHGBakjQUFebHhfo88bVAnHBCpK4oAFwl78GSErk+rHGBdcQELwRS1zQGNicrYBxQWuSuOBaQpPiWiGT4jprUmBBuk7ApGhiuEmh625CZlI04TMpOsqN7TUpmjpYXh9Wk6Kpz6S4PgCToimQ5NcXlWk6tBLfQKjENwgpcTOrxFiQmgkocXPDlVjX3ZxMiZtbJfYM7p7/jQ6WN4VViW/0KfFNASjxjUCS3wRUYlZ396ai5s+xBUtc0NLGBaolQUPdbHpcoM8bNwvEBWlCLiA6LmgB3OVvAZISuX6sccEtBARvxRIXtAY2ZxtgXNCWJC64ldCkuFXIpLjNmhRYkG4TMCnaGG5S6LrbkJkUbfhMik5yY3tNirYOlreH1aRo6zMpbg/ApGgLJPntRWWaDq3EdxAq8R1CStzOKjEWpHYCStzecCXWdbcnU+L2Vok9g7vn38HBsmNYlbiDT4k7BqDEHYAk7whUYlZ3t2NR8+fYiSUu6GzjAtWZoKG6mB4X6PNGF4G4YBVJXNAJuMunAkmJXD/WuCCVgOBdWeKCbsDmbAeMC9qTxAV3EpoUdwqZFHdZkwIL0l0CJkV3w00KXXd3MpOiO59J0VlubK9J0cPB8u6wmhQ9fCbF3QGYFD2AJL+7qEzToZX4HkIlvkdIiXtaJcaC1FNAiXsZrsS67l5kStzLKrFncPf873WwvC+sSnyvT4nvC0CJ7wWS/D6gErO6u/cVNX+OvVnigj42LlB9CBqqr+lxgT5v9BWIC9aQxAW9gbt8PyApkevHGhf0IyB4f5a4YACwOTsB44LOJHHB/YQmxf1CJsUD1qTAgvSAgEkx0HCTQtc9kMykGMhnUnSRG9trUgxysHwwrCbFIJ9J8WAAJsUgIMkfLCrTdGglfohQiR8SUuLBVomxIA0WUOKHDVdiXffDZEr8sFViz+Du+T/iYPloWJX4EZ8SPxqAEj8CJPmjQCVmdXcfLWr+HIewxAWP2bhAPUbQUENNjwv0eWOoQFywliQuGALc5YcBSYlcP9a4YBgBwYezxAWPA5uzKzAu6EYSF4wgNClGCJkUT1iTAgvSEwImxUjDTQpd90gyk2Ikn0mRKje216R40sFyVFhNiid9JsWoAEyKJ4EkH1VUpunQSjyaUIlHCynxGKvEWJDGCCjxU4Yrsa77KTIlfsoqsWdw9/yfdrAcG1YlftqnxGMDUOKngSQfC1RiVnd3bFHz5ziOJS54xsYF6hmChhpvelygzxvjBeKCdSRxwTjgLv8skJTI9WONC54lIPgElrjgOWBzdgfGBT0C2igyu34Tgeu3Ow031tfAsSTXb9L//vqJ9t9k4PoNBfJ3GJi/6BuR38+72fDjrheuOyFzl9I1VxCo+0Oh/ToruH4gPupDw3t8Q1aZHt9I0OMVBer+mKTHgfgoZM0aDx1QZGhg2fQXZ9J/lnN+lnd+6uv5dF2b4hxAc7jWqKLzO/rfZ/zu1PTX03zWH9r2q5QNN9YLQM0OKti6OJtMsDXdBltYkKYLBFsvGh5s6bpfFAq2JMTpBQFnbUbR/85G/VL63535Fxv1S66N+uX017PO87sVnN992fldvRG8kv56tvCmjuzrV4Gb+v9l/eek/93X/mL957jWf27669f/Yv3nutZ/XvrrN87zuxc7vzvP+V09x/npr990sJLYe14R4Mtmw29idT/NF6j7UxJjbQGQT0CsldT6oXF+69/vbQm+sQK7yXxL6OmphfYmEwvSQoGbzLcNv8nUdb9N9vTU24JPT6Fdi6LpfwCZpsyKi4qaJIxXJsdW/n/gXt9FztwX/4Onu85GndtD/qe7zkb9/dNd5xvnv/Z0l16A5a5iF7uawz8h1N9eBNyElvzFWCnJXTqmJicldkhISu2YPk6N1C6JHarVVKkpienDJyapjh26JHRO6phcI6lGSmpyYM8vLxFS4HesAmNBekdAgZcarsC67qUB2TyZrX+xM1f0uFsDOr4l/B8v/zyRvfQu8K4AuX4ZwqTnV88ZE93zGXdF6D7aZrj9kXH3hq77CzPtj3OO3MgbkcXAsbYbuv/4LgXsbwXsGSW1fmieLCO0j5YJ3bwutzevWJCWC9y8rjD85lXXvYIoo5SY6396Ax56/oszsRGkeq4ugdk9EWe90/6B3VP/PGvnt3vqR/293XO+cf7W7pFoNtBYf9yRR4r+WWxWZ1HrRXkv9B0HsA6VBtzMVsLIkJqasZ4rBU88eh0XC9z57xI+8WT2LknXHRGo+yuz6j5nfrruNIG6dxt6UvELDHLfcPd4Ztfva5KTHrC/FbBnlNT6ZQXzJALUmlVAp06PIaEtq4rK7GFIrCVcxJfj8HXvI3ARXxGoe7+ZLuI581wN5CMQa7Xf8L7RfFkk0DeHCPiyWKDuwyR8WQPkCxBrdZiAL2sF+uYIAV/eF6j7KAlf3gPyBYi1OkrAl60CfXOMgC+fC9R9nIQva4F8AWKtjhPwZZ9A35wg4Mt+gbpPkvDlfSBfgFirkwR8OSHQN6cI+HJSoO7TJHxZB+QLEGt1moAvOYvg++YsAV9yCdQdtYqDLx8A+QLEWqHXT4IvcQJ9k83wujVfigjUnZ2EL+uRn1yCq1llJ+BLRYG+yUnAl0oCdeci4cuHQL4AsVa5CPiSLNA3uQn4kiJQdx4SvmwA8gWItcpDwJdGAn0TTcCXxgJ1x5Dw5SMgX4BYqxgCvrQS6JuCBHxpLVB3LAlfNgL5AsRaxRLwpatA38QR8KWbQN1FSPjyMZAvQKxVEQK+9Bfom3gCvgwQqLs4CV82AfkCxFoVJ+DLcIG+KUXAl8cF6i5NwpdPgHwBYq1KE/BlgkDflCPgy3MCdZcn4ctmIF+AWKvyBHyZJdA3FQn48opA3ZVI+PIpkC9ArFUlAr4sEuibygR8WSxQdxUSvmwB8gWItapCwJe1An1TlYAv7wvUnUDCl8+AfAFirRII+LJVoG8SCfjyuUDdSSR82QrkCxBrlUTAl30CfZNMwJf9AnWnkPDlcyBfgFirFAK+nBDom1oEfDkpUHdtEr5sA/IFiLWqTcCXnAKfi1OHgC+5BOquS8KXL4B8AWKt6hLwJU6gbxowvP9FoO6GJHzZDuQLEGvVkIAvFQX6phHD+18E6m5MwpcdQL4AsVaNCfiSLNA3TRje/yJQd1MSvnwJ5AsQa9WUgC+NBPqmGcP7XwTqbk7Cl51AvgCxVs0J+NJKoG9aMLz/RaDuliR82QXkCxBr1ZKAL10F+qYVw/tfBOpuTcKXr4B8AWKtWhPwpb9A37RheP+LQN1tSfiyG8gXINaqLQFfhgv0TTuG978I1N2ehC9fA/kCxFq1J+DLBIG+6cTw/heBujuT8GUPkC9ArBVy/fSX/o1K/19pZzz9HR76ewn0Z63rz4/Wn4mrP+dTf3ah/jw2/RlT+nNz9GeB6M830O/Z1u9D1e+t0+8X0u+B0M9162dV9fN3+pki/ZyEzn51nqU9eu07ai9Fnw/1Pa/Wcb037Ska5bnQfbe3qEzfoef5DbDvNL6jo/78Hie9Bt8Ir/O3wO94yuaa31/NOSFzl/pW6Nt899lv88WCtE/g23z3G/5tvrru/UXhGIl9m6/EXHUDu4mTFTxvfZM3sSj25mmSEGb+CzVn9/oecOZ+8B98Q3AZ13+XxfUziwurMlF//w3B5xvnf+IbgvVilnYt3MGi5+682cytQx0EbpCHiuLX99A/WM9Mf6sYcHPYthI31hcrZQUB8W2VBwROkV1XmV/3QYG6uxnuGui6DwvUfWdArkFC5i4F7EsFxFpJrR8a5+8IT4/fCZ0ev7enRyxI3wucHo8YfnrUdR8hOj0esadH+tPjUWfuP9jT47+/MhbqqO/0+APZ6fEH4Ab5o8Dp8ccATo/H7OnxX5+ijgqcJu4mOD3+IFD3PQSnx2MCdfckOT0C+1IBsVbI9dOiPzrq3AuND7o3fyhq/hyPC2XccEL+BBRE1ob6iaChfkbPET1B7S3/LKAYvUkU4zjw7voEkJS9Ce40Tgj0zcmiWKUcFXXuhVxXibU9SbCx/WL6xlYpvUGnCjRoX8OJ+UJ6zQsE6u5H8tjpr8BNGIi1klq/rOD1c1tXmR3rFBALCa5IidjpouaL968Cdd9v+N6oReuUQN0PkOyNvwH5CMRaPbCK5qbvj2AX3ZunCW76fisq0+dwQp7J/KmumjOWCuopiDNCT0GctU9BYEE6K/AURFQxXPNL1a3nCMboLx+FSsjc5VnThExeQTwBMT4O+wTEZPwTEB5Cg8ZWGS/c65vF6bWsrp77T09AlHX/d66f7icgykb9/RMQ5xvnb5+AAC3CH4uRUZxegCyuYvVClPZNDvU3M5oPrcIPErxDd7LAceAhs48Df9zZZAGKTlbgWINJsgNgfytgzyjg+nk2fDRPshWTwRk9z+y4ef7+juIxUX+KiV6D7MWioiTnfwGQm0Gdhi4A9oZ7vjlca21PQ5kcU4OUoxh+3JyGn4Z03TnJTkM5BU9DQj0b2PPWuRwsL/wHp40yUediFNjz1uhFyCguVzHvM9IXFos650IHTbmAJL+Q5E7iIkIlvkhIiXNbJcaClFtAifMYrsS67jxkSpzHKrH78ihxXgfLfGFV4rw+Jc4XgBLnBZI8H7C5Nchjzi3f+Jg0XzHz5xgtdMcEv2WKAZovrA0VQ9BQ+dFzRE9QnzfyF8M36BAStzoauMsXAJJyCM/DP2LkKUBA8IJSioG+nUE+wRoLbHR3zegn+woB57lvJW6s/Stlmga9iRcmNGYKCxkzcdaYwYIUJ2DMFDHcmNF1FyEzZorwGTMSD2T9MbZ7/kUdLIuF1Zgp6jNmigVgzBQFkryY0J0MWonjCZU4XkiJi1slxoJUXECJSxiuxLruEmRKXMIqsWds9/xLOliWCqsSl/QpcakAlLgkkOSlrKOtgGsgNsfSLBFJGdtQqgxBQ5U1PSLR542yAhHJUJKIpDRwly8HJOVQG5GocgQELy+lGOi4oAKwOQ8B44LDJHHBxYQmxcVCJkVFa1JgQaooYFJUMtyk0HVXIjMpKvGZFNUEx/aYFJc4WF4aVpPiEp9JcWkAJsUlQJJfWkym6dBKXJlQiSsLKXEVq8RYkKoIKPFlhiuxrvsyMiW+zCqx+/Io8eUOllXDqsSX+5S4agBKfDmQ5FWBSszq7gLXQGyOCSxxgbJxgVIEDVXN9LhAnzeqCcQFw0niggTgLp8IJOVwGxeoRAKCJ7HEBdWBzXkEGBccJYkLahCaFDWETIpka1JgQUoWMClSDDcpdN0pZCZFCp9JkSg4tsekqOlgeUVYTYqaPpPiigBMippAkl9RTKbp0Epci1CJawkpcW2rxFiQagso8ZWGK7Gu+0oyJb7SKrH78ijxVQ6WdcKqxFf5lLhOAEp8FZDkdYBKzOruAtdAbI51WeKCejYuUPUIGqq+6XGBPm/UF4gLRpDEBXWBu3wDIClH2LhANSAgeEOWuOBqYHMeA8YFx0nigmsITYprhEyKRtakwILUSMCkaGy4SaHrbkxmUjTmMymSBMf2mBTXOlheF1aT4lqfSXFdACbFtUCSX1dMpunQStyEUImbCClxU6vEWJCaCijx9YYrsa77ejIlvt4qsfvyKPENDpbNwqrEN/iUuFkASnwDkOTNgErM6u4C10Bsjs1Z4oIbbVygbiRoqJtMjwv0eeMmgbhgJElc0By4y7cAknKkjQtUCwKCt2SJC24GNucJYFxwkiQuuIXQpLhFyKRoZU0KLEitBEyK1oabFLru1mQmRWs+k6K64Ngek+JWB8vbwmpS3OozKW4LwKS4FUjy24rJNB1aidsQKnEbISVua5UYC1JbASW+3XAl1nXfTqbEt1sldl8eJb7DwbJdWJX4Dp8StwtAie8AkrwdUIlZ3V3gGojNsT1LXNDBxgWqA0FDdTQ9LtDnjY4CccEokrigPXCX7wQk5SgbF6hOBATvzBIXdAE25ylgXHCaJC5IJTQpUoVMiq7WpMCC1FXApOhmuEmh6+5GZlJ04zMpagiO7TEp7nSwvCusJsWdPpPirgBMijuBJL+rmEzToZW4O6ESdxdS4h5WibEg9RBQ4rsNV2Jd991kSny3VWL35VHiexwse4ZVie/xKXHPAJT4HiDJewKVmNXdBa6B2Bx7scQF99q4QN1L0FD3mR4X6PPGfQJxwRiSuKAXcJfvDSTlGBsXqN4EBO/DEhf0BTbnWWBcECW0UaA3tH6EJkU/IZOivzUpsCD1FzApBhhuUui6B5CZFAP4TIpkwbE9JsX9DpYPhNWkuN9nUjwQgElxP5DkDxSTaTq0Eg8kVOKBQko8yCoxFqRBAkr8oOFKrOvWcwRjJKrE7jVNyOT1v6bEDzlYDnZhGiol1gtQ2lWseyH8E8r425kl5kPFcGMNxjV3Mqu7C1wDsTk+LDDH8040sw31CG6itHHBIwQN9Sh6jugJ6vOGniS6QZ8miQseBu7yQ4CkfNrGBWoIAcEfk1IMdFwwFNic2VYB1YckLhgG3CiCMimGAZvTPd/hrttva1JkckwN0vBi+HEfBzasVN2Pk5kUj/OZFCmCY3tMihEOlk+E1aQY4TMpngjApBgBJPkTxWSaDq3EIwmVeKSQEj9plRgL0pMCSjzKcCXWdY8iU+JRVondl0eJRztYjgmrEo/2KfGYAJR4NJDkY4BKzOruAtdAbI5PscQFT9u4QD1N0FBjTY8L9HljrEBcMI4kLngKuMuPA5JynI0L1DgCgj/DEheMBzZnTmBckIskLniW0KR4VsikmGBNCixIEwRMiucMNyl03c+RmRTP8ZkUNQXH9pgUEx0sJ4XVpJjoMykmBWBSTASSfFIxmaZDK/FkQiWeLKTEz1slxoL0vIASTzFciXXdU8iUeIpVYvflUeKpDpbTwqrEU31KPC0AJZ4KJPk0oBKzurvANRCb4wssccF0Gxeo6QQN9aLpcYE+b7woEBeMJ4kLXgDu8jOApBxv4wI1g4DgL7HEBTOBzZkbGBfkIYkLXiY0KV4WMilmWZMCC9IsAZPiFcNNCl33K2QmxSt8JkUHwbE9JsVsB8tXw2pSzPaZFK8GYFLMBpL81WIyTYdW4jmESjxHSIlfs0qMBek1ASWea7gS67rnkinxXKvE7sujxK87WM4LqxK/7lPieQEo8etAks8DKjGruwtcA7E5vsESF8y3cYGaT9BQb5oeF+jzxpsCccEEkrjgDeAuvwBIygk2LlALCAj+FktcsBDYnNHAuCCGJC54m9CkeFvIpFhkTQosSIsETIrFhpsUuu7FZCbFYj6ToqPg2B6TYomD5TthNSmW+EyKdwIwKZYASf5OMZmmQyvxUkIlXiqkxO9aJcaC9K6AEi8zXIl13cvIlHiZVWL35VHi5Q6WK8KqxMt9SrwiACVeDiT5CqASs7q7wDUQm2OEJS5Is3GBSiNoqJWmxwX6vLFSIC6YSBIXRIC7/CogKSfauECtIiD4apa4YA2wOQsC44JYkrjgPUKT4j0hk2KtNSmwIK0VMCneN9yk0HW/T2ZSvM9nUnQSHNtjUqxzsPwgrCbFOp9J8UEAJsU6IMk/KCbTdGglXk+oxOuFlPhDq8RYkD4UUOINhiuxrnsDmRJvsErsvjxK/JGD5cawKvFHPiXeGIASfwQk+UagErO6u8A1EJvjxyxxwSYbF6hNBA31ielxgT5vfCIQF0wmiQs+Bu7ym4GknGzjArWZgOCfssQFW4DNGQeMC4qQxAWfEZoUnwmZFFutSYEFaauASfG54SaFrvtzMpPicz6TorPg2B6TYpuD5RdhNSm2+UyKLwIwKbYBSf5FMZmmQyvxdkIl3i6kxDusEmNB2iGgxF8arsS67i/JlPhLq8Tuy6PEOx0sd4VViXf6lHhXAEq8E0jyXUAlZnV3gWsgNsevWOKC3TYuULsJGupr0+MCfd74WiAumEISF3wF3OX3AEk5xcYFag8BwfeyxAXfAJszHhgXFCeJC74lNCm+FTIp9lmTAgvSPgGTYr/hJoWuez+ZSbGfz6ToIji2x6Q44GB5MKwmxQGfSXEwAJPiAJDkB4vJNB1aiQ8RKvEhISU+bJUYC9JhASX+znAl1nV/R6bE31kldl8eJf7ewfJIWJX4e58SHwlAib8HkvwIUIlZ3V3gGojN8ShLXPCDjQvUDwQN9aPpcYE+b/woEBdMI4kLjgJ3+WNAUk6zcYE6RkDw4yxxwU/A5iwFjAtKk8QFPxOaFD8LmRQnrEmBBemEgElx0nCTQtd9ksykOMlnUqQKju0xKX5xsPw1rCbFLz6T4tcATIpfgCT/tZhM06GV+BShEp8SUuLTVomxIJ0WUOLfDFdiXfdvZEr8m1Vi9+VR4jMOlmfDqsRnfEp8NgAlPgMk+VmgErO6u8A1EJtjVDxJXJAFN1HauCBLvPlzzIqeI3qC+ryhJ4lu0OkkcYGb8Zk+ewBJOd3GBSobAcGzSykGOi64ANic5YBxQXmSuCAHcqOICsakyAFsTvd8c8b/+dqaFJkcU4OUMx4/bi5gw0rVnSsejpGoSZELSKhgTAqVIDe216S40MHyIhemoTIp9AKUdhXrXgj/hDL+dmaJeSGQ5BfFyzQdWolzEypxbiElzmOVGAtSHgElzmu4Euu685IpcV6rxJ7B3fPP52AZHVYlzudT4ugAlDgfkOTRQCVmdXej482fYwxLXJDfxgUqP0FDFTA9LtDnjQICccEMkrggBrjLFwSScoaNC1RBAoLHssQFhYDNWREYF1QiiQsKE5oUhYVMijhrUmBBihMwKYoYblLououQmRRF+EwKJTe216Qo6mBZLKwmRVGfSVEsAJOiKJDkxeJlmg6txPGEShwvpMTFrRJjQSouoMQlDFdiXXcJMiUuYZXYM7h7/iUdLEuFVYlL+pS4VABKXBJI8lJAJWZ1d0vFmz/H0ixxQRkbF6gyBA1V1vS4QJ83ygrEBTNJ4oLSwF2+HJCUM21coMoRELw8S1xQAdiclYFxQRWSuOBiQpPiYiGToqI1KbAgVRQwKSoZblLouiuRmRSV+EyKanJje02KSxwsLw2rSXGJz6S4NACT4hIgyS+Nl2k6tBJXJlTiykJKXMUqMRakKgJKfJnhSqzrvoxMiS+zSuwZ3D3/yx0sq4ZViS/3KXHVAJT4ciDJqwKVmNXdrRpv/hwTWOICZeMCpQgaqprpcYE+b1QTiAtmkcQFCcBdPhFIylk2LlCJBARPYokLqgObsyowLkggiQtqEJoUNYRMimRrUmBBShYwKVIMNyl03SlkJkUKn0mRKDe216So6WB5RVhNipo+k+KKAEyKmkCSXxEv03RoJa5FqMS1hJS4tlViLEi1BZT4SsOVWNd9JZkSX2mV2DO4e/5XOVjWCasSX+VT4joBKPFVQJLXASoxq7tbJ978OdZliQvq2bhA1SNoqPqmxwX6vFFfIC6YTRIX1AXu8g2ApJxt4wLVgIDgDVnigquBzZkIjAuSSOKCawhNimuETIpG1qTAgtRIwKRobLhJoetuTGZSNOYzKZLkxvaaFNc6WF4XVpPiWp9JcV0AJsW1QJJfFy/TdGglbkKoxE2ElLipVWIsSE0FlPh6w5VY1309mRJfb5XYM7h7/jc4WDYLqxLf4FPiZgEo8Q1AkjcDKjGru9ss3vw5NmeJC260cYG6kaChbjI9LtDnjZsE4oI5JHFBc+Au3wJIyjk2LlAtCAjekiUuuBnYnMnAuCCFJC64hdCkuEXIpGhlTQosSK0ETIrWhpsUuu7WZCZFaz6Torrc2F6T4lYHy9vCalLc6jMpbgvApLgVSPLb4mWaDq3EbQiVuI2QEre1SowFqa2AEt9uuBLrum8nU+LbrRJ7BnfP/w4Hy3ZhVeI7fErcLgAlvgNI8nZAJWZ1d9vFmz/H9ixxQQcbF6gOBA3V0fS4QJ83OgrEBXNJ4oL2wF2+E5CUc21coDoRELwzS1zQBdictYBxQW2SuCCV0KRIFTIpulqTAgtSVwGTopvhJoWuuxuZSdGNz6SoITe216S408HyrrCaFHf6TIq7AjAp7gSS/K54maZDK3F3QiXuLqTEPawSY0HqIaDEdxuuxLruu8mU+G6rxJ7B3fO/x8GyZ1iV+B6fEvcMQInvAZK8J1CJWd3dnvHmz7EXS1xwr40L1L0EDXWf6XGBPm/cJxAXzCOJC3oBd/neQFLOs3GB6k1A8D4scUFfYHPWAcYFdUnign6EJkU/IZOivzUpsCD1FzApBhhuUui6B5CZFAP4TIpkubG9JsX9DpYPhNWkuN9nUjwQgElxP5DkD8TLNB1aiQcSKvFAISUeZJUYC9IgASV+0HAl1nU/SKbED1ol9gzunv9DDpaDw6rED/mUeHAASvwQkOSDgUrM6u4Ojjd/jg+zxAWP2LhAPULQUI+aHhfo88ajAnHBfJK44GHgLj8ESMr5Ni5QQwgI/hhLXDAU2JwNgHFBQ5K4YBihSTFMyKQYbk0KLEjDBUyKxw03KXTdj5OZFI/zmRQpcmN7TYoRDpZPhNWkGOEzKZ4IwKQYAST5E/EyTYdW4pGESjxSSImftEqMBelJASUeZbgS67pHkSnxKKvEnsHd8x/tYDkmrEo82qfEYwJQ4tFAko8BKjGruzsm3vw5PsUSFzxt4wL1NEFDjTU9LtDnjbECccECkrjgKeAuPw5IygU2LlDjCAj+DEtcMB7YnI2AcUFjkrjgWUKT4lkhk2KCNSmwIE0QMCmeM9yk0HU/R2ZSPMdnUtSUG9trUkx0sJwUVpNios+kmBSASTERSPJJ8TJNh1biyYRKPFlIiZ+3SowF6XkBJZ5iuBLruqeQKfEUq8Sewd3zn+pgOS2sSjzVp8TTAlDiqUCSTwMqMau7Oy3e/Dm+wBIXTLdxgZpO0FAvmh4X6PPGiwJxwUKSuOAF4C4/A0jKhTYuUDMICP4SS1wwE9icTYBxQVOSuOBlQpPiZSGTYpY1KbAgzRIwKV4x3KTQdb9CZlK8wmdSdJAb22tSzHawfDWsJsVsn0nxagAmxWwgyV+Nl2k6tBLPIVTiOUJK/JpVYixIrwko8VzDlVjXPZdMiedaJfYM7p7/6w6W88KqxK/7lHheAEr8OpDk84BKzOruzos3f45vsMQF821coOYTNNSbpscF+rzxpkBcsIgkLngDuMsvAJJykY0L1AICgr/FEhcsBDZnM2Bc0JwkLnib0KR4W8ikWGRNCixIiwRMisWGmxS67sVkJsViPpOio9zYXpNiiYPlO2E1KZb4TIp3AjAplgBJ/k68TNOhlXgpoRIvFVLid60SY0F6V0CJlxmuxLruZWRKvMwqsWdw9/yXO1iuCKsSL/cp8YoAlHg5kOQrgErM6u6uiDd/jhGWuCDNxgUqjaChVpoeF+jzxkqBuGAJSVwQAe7yq4CkXGLjArWKgOCrWeKCNcDmbAGMC1qSxAXvEZoU7wmZFGutSYEFaa2ASfG+4SaFrvt9MpPifT6TopPc2F6TYp2D5QdhNSnW+UyKDwIwKdYBSf5BvEzToZV4PaESrxdS4g+tEmNB+lBAiTcYrsS67g1kSrzBKrFncPf8P3Kw3BhWJf7Ip8QbA1Dij4Ak3whUYlZ3d2O8+XP8mCUu2GTjArWJoKE+MT0u0OeNTwTigqUkccHHwF1+M5CUS21coDYTEPxTlrhgC7A5WwHjgtYkccFnhCbFZ0ImxVZrUmBB2ipgUnxuuEmh6/6czKT4nM+k6Cw3ttek2OZg+UVYTYptPpPiiwBMim1Akn8RL9N0aCXeTqjE24WUeIdVYixIOwSU+EvDlVjX/SWZEn9pldgzuHv+Ox0sd4VViXf6lHhXAEq8E0jyXUAlZnV3d8WbP8evWOKC3TYuULsJGupr0+MCfd74WiAuWEYSF3wF3OX3AEm5zMYFag8BwfeyxAXfAJuzDTAuaEsSF3xLaFJ8K2RS7LMmBRakfQImxX7DTQpd934yk2I/n0nRRW5sr0lxwMHyYFhNigM+k+JgACbFASDJD8bLNB1aiQ8RKvEhISU+bJUYC9JhASX+znAl1nV/R6bE31kl9gzunv/3DpZHwqrE3/uU+EgASvw9kORHgErM6u4eiTd/jkdZ4oIfbFygfiBoqB9Njwv0eeNHgbhgBUlccBS4yx8DknKFjQvUMQKCH2eJC34CNmc7YFzQniQu+JnQpPhZyKQ4YU0KLEgnBEyKk4abFLruk2QmxUk+kyJVbmyvSfGLg+WvYTUpfvGZFL8GYFL8AiT5r/EyTYdW4lOESnxKSIlPWyXGgnRaQIl/M1yJdd2/kSnxb1aJPYO753/GwfJsWJX4jE+JzwagxGeAJD8LVGJWd/dsvPlzjCpOEhdkwU2UNi7IUtz8OWZFzxE9QX3e0JNEN2gaSVzgZnymzx5AUqbZuEBlIyB4dinFQMcFFwCbsxMwLugc0EaR2fXLAVy/bStxY30BHEty/XL+76+faP/lAq7fg0D+PgTmL/pGRB8LL8mGH3eVcN0JmbuUrvkygbpXC+3XWcH1A/FRqw3v8Q1ZZXp8LUGPVxWo+32SHgfio5A1azx0QJGhgZemvziT/rOy87OK81NfF6br2kXOATSHa42qOr+j/33G7+ZOf52neFTUX61pZrHX5jFqrLxAzQ4q2Lo8m0ywlc+Fmw22MjmmBilfcfy40UA3RKru6OJwjMTEKa+AsxZT/L+zUedP/7sF/mKjzu/aqAumv449z+9e5vxuQed39UZQKP11YeFNHdnXccBN/f+y/kXS/27Rv1j/Iq71L5b+Ov4v1r+Ya/2Lp78ucZ7fvdz53eLO7+o5lkx/XcrBSmLvKSTAl/WG38TqfiopUPeHJMZaaSCfgFgrqfVD41zm3+9tCb6xArvJLAPWsIyrrL3JxIJUVuAms5zhN5m67nJCN5kZl+SaJmTy8j89hXYtyqT/AWSaElssKiqnMF6ZHFv5/4F7fcs7c6/gquE/Pd11NurcHvI/3XU26u+f7jrfOP+1p7v0Aix3FVvB1Rz+CaH+dnngJnTxX4yVktylY2pyUmKHhKTUjunj1EjtktihWk2VmpKYPnxikurYoUtC56SOyTWSaqSkJgf2/PLFQgpc0SowFqSKAgpcyXAF1nVXCsjmyWz9FZy5osfdaOgDVP55InvpEuBdAXL9MoRJz6+eMyb8rtO5K0L30SbD7Y+Muzd03Z+YaX+cc+RG3ohUAI61meQBTmB/K2DPqM0k9tGlhPbRpUI3r5XtzSsWpMoCN69VDL951XVXIcooJeb6n96Ah55/hUxsBKmeq0tgds9lznpf/g/snvrnWTu/3VM/6u/tnvON87d2j0Szgcb64478suJ/FpvVWdR6Ud4LfccBrENdDtzMqsLIkJqasZ5VBU88eh0rCNz5bzXrac1z7pJ+fzJXoO7PDX9KVdd9uUDd2ww9qfgFBrlvuHs8019CSnLSA/a3AvaMklq/rGCeXAbUmgSgU6fHkNCWhOIyexgSawkXsWAxfN27CFzEQgJ1f0XyEJUC8hGItfrK8L7RfCkv0Dd7CPhSQaDuvSR8qQbkCxBrtZeAL0kCfbOPgC/VBereT8KXRCBfgFir/QR8aSjQN4cI+HK1QN2HSfiSBOQLEGt1mIAvLQX65ggBX24WqPsoCV+qA/kCxFodJeBLZ4G+OUbAly4CdR8n4UsNIF+AWKvjBHzpI9A3Jwj40leg7pMkfEkG8gWItTpJwJfHBPrmFAFfhgrUfZqELylAvgCxVqcJ+PKMQN+cJeDLeIG6o1Zz8KUmkC9ArBV6/ST48pJA32QzvG7Nl5kCdWcn4csVyE/GwtWsshPw5S2BvslJwJeFAnXnIuFLLSBfgFirXAR8WS3QN7kJ+LJGoO48JHypDeQLEGuVh4Avnwr0TTQBX7YI1B1DwpcrgXwBYq1iCPiyV6BvChLw5RuBumNJ+HIVkC9ArFUsAV+OC/RNHAFffhKouwgJX+oA+QLEWhUh4Ev2eHzfxBPw5QKBuouT8KUukC9ArFVxAr7ECvRNKQK+FBKouzQJX+oB+QLEWpUm4Et5gb4pR8CXCgJ1lyfhS30gX4BYq/IEfEkS6JuKBHypLlB3JRK+NADyBYi1qkTAl4YCfVOZgC9XC9RdhYQvDYF8AWKtqhDwpaVA31Ql4MvNAnUnkPDlaiBfgFirBAK+dBbom0QCvnQRqDuJhC/XAPkCxFolEfClj0DfJBPwpa9A3SkkfGkE5AsQa5VCwJfHBPqmFgFfhgrUXZuEL42BfAFirWoT8OUZgb6pQ8CX8QJ11yXhy7VAvgCxVnUJ+PKSQN80YHj/i0DdDUn4ch2QL0CsVUMCvrwl0DeNGN7/IlB3YxK+NAHyBYi1akzAl9UCfdOE4f0vAnU3JeFLUyBfgFirpgR8+VSgb5oxvP9FoO7mJHy5HsgXINaqOQFf9gr0TQuG978I1N2ShC83APkCxFq1JODLcYG+acXw/heBuluT8KUZkC9ArFVrAr5kF/gejzYM738RqLstCV+aA/kCxFoh109/6d/E9P+VdsbT3+Ghv5dAf9a6/vxo/Zm4+nM+9WcX6s9j058xpT83R38WiP58A/2ebf0+1N/fW6e/py39f/q5bv2sqn7+Tj9TpJ+T0NmvzrO0R699R+2l6POhvufVOq73pubFozwXuu9uLC7Td+h53gTsO43vpKg/v8dJr8FNwuvcAvgdT0F9m28LoW/zbWm/zRcLUkuBb/O92fBv89V130z0bb4Sc/V/m29W8Lz1TV6O4tibp5xCmPkv1Jzd63uLM/dW/+Abgsu4/rssrp9ZXFiVifr7bwg+3zj/E98QrBeztGvhWhU/d+c1+RuCWwE3yNbF8evb+h+sZ2bnfStwc9i0CjfWJ8Kfyov4tspbBE6R7VabX3crgbrbG+4a6LpvFai7Q0CuQULmLgXsSwXEWkmtHxrn2whPj7cJnR7b2NMjFqQ2AqfHtoafHnXdbYlOj23t6ZH+9Hi7M/c77Onx318ZC3W77/R4B9np8Q7gBtlO4PTYLoDTY3t7evzXp6jbBU4TXQhOj3cI1J1KcHpsL1B3V5LTI7AvFRBrhVw/LfqTos690Pige/OO4ubPsYNQxg0nZEegILI2VEeChuqEniN6gtpb7iSgGN1JFKMD8O66M5CU3QnuNDpL3FkWxyrlxKhzL+S6SqxtF4KNLdX0jU2bVrkFGvRuw4mZV9sdAnXfQ/LYaVfgJgzEWkmtX1bw+rmtq8yO1Q2IhQRXpETszuLmi3dXgbrvNXxv1KLVTaDu+0j2xruAfARire5bTXPT90ewi+7NOwlu+u4qLtPn+NNn5k911ZyxVFBPQXQXegqih30KAgtSD4GnIO42/CkIXffdwom65JomZPIK4gmIrMWwT0DkwuPlITRobJXxwr2+9zhz7/kPnoAoG3VuD/mfgCgb9fdPQJxvnL99AgK0CH8sRkZx9xT/c4JZnYUo7Zsc6m9mNB9ahfsSvEM3l8BxoJ/Zx4E/7mzuAYpOT+BY/UmyA2B/K2DPKOD6eTZ8NE96kbyj+F7wO4onR/0pJnoN7hV+R/F9hM+E3yd0GuptT0NYkHoLnIb6GH4a0nX3ITsN9RE8DQn1bGDPW/d1sOxn+vPW6EXIKK6v7xnpfsWjzrnQQVNfIMn7kdxJ9CdU4v5CSjzAKjEWpAECSny/4Uqs676fTInvt0rsvjxK/ICD5cCwKvEDPiUeGIASPwAk+UDw83uTzy3f+Jh0YHHz5ziIJcp9EPykO2NDPUjQUA+Z/kCoPm88JOD2DyRxqwcBd/nBQFIO5Hn4R4w8gwkI/rCUYqBvZ5BPsD4CfoI140I/2fcocJ67gG+Q/mqVTNOgN/EhhMbMECFj5jFrzGBBekzAmBlquDGj6x5KZswM5TNmJB7I+mNs9/yHOVgOD6sxM8xnzAwPwJgZBiT5cKE7GbQSP06oxI8LKfEIq8RYkEYIKPEThiuxrvsJMiV+wiqxZ2z3/Ec6WD4ZViUe6VPiJwNQ4pFAkj9pHW0FXAOxOY5iiUhG24ZSowkaaozpEYk+b4wRiEgeJIlIRgF3+aeApHzQRiTqKQKCPy2lGOi4YCywOfcA44K9JHHBOEKTYpyQSfGMNSmwID0jYFKMN9yk0HWPJzMpxvOZFNUEx/aYFM86WE4Iq0nxrM+kmBCASfEskOQTiss0HVqJnyNU4ueElHiiVWIsSBMFlHiS4Uqs655EpsSTrBK7L48ST3awfD6sSjzZp8TPB6DEk4Ekfx6oxKzuLnANxOY4hSUumGrjAjWVoKGmmR4X6PPGNIG4YDBJXDAFuMu/ACTlYBsXqBcICD6dJS54Edic+4BxwX6SuGAGoUkxQ8ikeMmaFFiQXhIwKWYablLoumeSmRQz+UyKRMGxPSbFyw6Ws8JqUrzsMylmBWBSvAwk+aziMk2HVuJXCJX4FSElnm2VGAvSbAElftVwJdZ1v0qmxK9aJXZfHiWe42D5WliVeI5PiV8LQInnAEn+GlCJWd1d4BqIzXEuS1zwuo0L1OsEDTXP9LhAnzfmCcQFj5DEBXOBu/wbQFI+YuMC9QYBweezxAVvApvzEDAuOEwSFywgNCkWCJkUb1mTAgvSWwImxULDTQpd90Iyk2Ihn0mRJDi2x6R428FyUVhNird9JsWiAEyKt4EkX1RcpunQSryYUIkXCynxEqvEWJCWCCjxO4Yrsa77HTIlfscqsfvyKPFSB8t3w6rES31K/G4ASrwUSPJ3gUrM6u4C10BsjstY4oLlNi5QywkaaoXpcYE+b6wQiAuGkMQFy4C7fARIyiE2LlARAoKnscQFK4HNeQQYFxwliQtWEZoUq4RMitXWpMCCtFrApFhjuEmh615DZlKs4TMpqguO7TEp3nOwXBtWk+I9n0mxNgCT4j0gydcWl2k6tBK/T6jE7wsp8TqrxFiQ1gko8QeGK7Gu+wMyJf7AKrH78ijxegfLD8OqxOt9SvxhAEq8HkjyD4FKzOruAtdAbI4bWOKCj2xcoD4iaKiNpscF+ryxUSAuGEoSF2wA7vIfA0k51MYF6mMCgm9iiQs+ATbnMWBccJwkLthMaFJsFjIpPrUmBRakTwVMii2GmxS67i1kJsUWPpOihuDYHpPiMwfLrWE1KT7zmRRbAzApPgOSfGtxmaZDK/HnhEr8uZASb7NKjAVpm4ASf2G4Euu6vyBT4i+sErsvjxJvd7DcEVYl3u5T4h0BKPF2IMl3AJWY1d0FroHYHL9kiQt22rhA7SRoqF2mxwX6vLFLIC4YThIXfAnc5b8CknK4jQvUVwQE380SF3wNbM4TwLjgJElcsIfQpNgjZFLstSYFFqS9AibFN4abFLrub8hMim/4TIpkwbE9JsW3Dpb7wmpSfOszKfYFYFJ8CyT5vuIyTYdW4v2ESrxfSIkPWCXGgnRAQIkPGq7Euu6DZEp80Cqx+/Io8SEHy8NhVeJDPiU+HIASHwKS/DBQiVndXeAaiM3xO5a44HsbF6jvCRrqiOlxgT5vHBGIC0aQxAXfAXf5o0BSjrBxgTpKQPAfWOKCH4HNeQoYF5wmiQuOEZoUx4RMiuPWpMCCdFzApPjJcJNC1/0TmUnxE59JkSI4tsek+NnB8kRYTYqffSbFiQBMip+BJD9RXKbp0Ep8klCJTwop8S9WibEg/SKgxL8arsS67l/JlPhXq8Tuy6PEpxwsT4dViU/5lPh0AEp8Ckjy00AlZnV3gWsgNsffWOKCMzYuUGcIGuqs6XGBPm+cFYgLRpLEBb8hb+VK4OY10sYFCrieYnPMUkKmz+FxQVZgc54FxgVRQhsFekPLVoLPpMgGbE73fLOXcL12flqT4l+OqUHSC4oe9wJgw0rVfUEJOEaiJsUFQEIFZFLUFBzbY1LkcLDM6cI0VCaFXoDSrmLdC+GfUMbfziwxcwBJnrOETNOhlTgXoRLnElLiC60SY0G6UECJLzJciXXdF5Ep8UVWid2XR4lzO1jmCasS5/YpcZ4AlDg3kOR5gErM6u4C10BsjnmlzB/0LVM+oPnD2lD5CBoqGj1H9AT1eSO6BL5BR5HEBXmBu3wMkJSjbFygYggInp8lLigAbM5sq4HqQxIXFCQ0KQoKmRSx1qTAghQrYFIUMtyk0HUXIjMpCvGZFB0Ex/aYFIUdLOPCalIU9pkUcQGYFIWBJI8rIdN0aCUuQqjERYSUuKhVYixIRQWUuJjhSqzrLkamxMWsErsvjxLHO1gWD6sSx/uUuHgAShwPJHlxoBKzurvANRCbYwmWuKCkjQtUSYKGKmV6XKDPG6UE4oIxJHFBCeAuXxpIyjE2LlClCQhehiUuKAtszpzAuCAXSVxQjtCkKCdkUpS3JgUWpPICJkUFw00KXXcFMpOiAp9J0VFwbI9JcbGDZcWwmhQX+0yKigGYFBcDSV6xhEzToZW4EqESVxJS4kusEmNBukRAiS81XIl13ZeSKfGlVondl0eJKztYVgmrElf2KXGVAJS4MpDkVYBKzOruAtdAbI6XscQFl9u4QF1O0FBVTY8L9HmjqkBc8DRJXHAZcJdPAJLyaRsXqAQCgiuWuKAasDlzA+OCPCRxQSKhSZEoZFIkWZMCC1KSgElR3XCTQtddncykqM5nUnQSHNtjUtRwsEwOq0lRw2dSJAdgUtQAkjy5hEzToZU4hVCJU4SUuKZVYixINQWU+ArDlVjXfQWZEl9hldh9eZS4loNl7bAqcS2fEtcOQIlrAUleG6jErO4ucA3E5nglS1xwlY0L1FUEDVXH9LhAnzfqCMQF40jigiuBu3xdICnH2bhA1SUgeD2WuKA+sDmjgXFBDElc0IDQpGggZFI0tCYFFqSGAibF1YabFLruq8lMiqv5TIrOgmN7TIprHCwbhdWkuMZnUjQKwKS4BkjyRiVkmg6txI0JlbixkBJfa5UYC9K1Akp8neFKrOu+jkyJr7NK7L48StzEwbJpWJW4iU+JmwagxE2AJG8KVGJWdxe4BmJzvJ4lLrjBxgXqBoKGamZ6XKDPG80E4oLxJHHB9cBdvjmQlONtXKCaExD8Rpa44CZgcxYExgWxJHFBC0KTooWQSdHSmhRYkFoKmBQ3G25S6LpvJjMpbuYzKboIju0xKW5xsGwVVpPiFp9J0SoAk+IWIMlblZBpOrQStyZU4tZCSnyrVWIsSLcKKPFthiuxrvs2MiW+zSqx+/IocRsHy7ZhVeI2PiVuG4AStwGSvC1QiVndXeAaiM3xdpa44A4bF6g7CBqqnelxgT5vtBOICyaQxAW3A3f59kBSTrBxgWpPQPAOLHFBR2BzxgHjgiIkcUEnQpOik5BJ0dmaFFiQOguYFF0MNyl03V3ITIoufCZFquDYHpMi1cGya1hNilSfSdE1AJMiFUjyriVkmg6txN0IlbibkBLfaZUYC9KdAkp8l+FKrOu+i0yJ77JK7L48StzdwbJHWJW4u0+JewSgxN2BJO8BVGJWdxe4BmJzvJslLrjHxgXqHoKG6ml6XKDPGz0F4oKJJHHB3cBdvheQlBNtXKB6ERD8Xpa44D5gc8YD44LiJHFBb0KToreQSdHHmhRYkPoImBR9DTcpdN19yUyKvnQmhUqQG9trUvRzsOwfVpOin8+k6B+ASdEPSPL+JWSaDq3EAwiVeICQEt9vlRgL0v0CSvyA4Uqs636ATIkfsErsGdw9/4EOloPCqsQDfUo8KAAlHggk+SCgErO6u4NKmD/HB1nigodsXKAeImiowabHBfq8MVggLphMEhc8CNzlHwaScrKNC9TDBAR/hCUueBTYnKWAcUFpkrhgCKFJMUTIpHjMmhRYkB4TMCmGGm5S6LqHkpkUQ/lMCiU3ttekGOZgOTysJsUwn0kxPACTYhiQ5MNLyDQdWokfJ1Tix4WUeIRVYixIIwSU+AnDlVjX/QSZEj9hldgzuHv+Ix0snwyrEo/0KfGTASjxSCDJnwQqMau7+2QJ8+c4iiUuGG3jAjWaoKHGmB4X6PPGGIG4YApJXDAKuMs/BSTlFBsXqKcICP40S1wwFtic5YBxQXmSuGAcoUkxTsikeMaaFFiQnhEwKcYbblLouseTmRTj+UyKanJje02KZx0sJ4TVpHjWZ1JMCMCkeBZI8gklZJoOrcTPESrxc0JKPNEqMRakiQJKPMlwJdZ1TyJT4klWiT2Du+c/2cHy+bAq8WSfEj8fgBJPBpL8eaASs7q7z5cwf45TWOKCqTYuUFMJGmqa6XGBPm9ME4gLppHEBVOAu/wLQFJOs3GBeoGA4NNZ4oIXgc1ZERgXVCKJC2YQmhQzhEyKl6xJgQXpJQGTYqbhJoWueyaZSTGTz6RIlBvba1K87GA5K6wmxcs+k2JWACbFy0CSzyoh03RoJX6FUIlfEVLi2VaJsSDNFlDiVw1XYl33q2RK/KpVYs/g7vnPcbB8LaxKPMenxK8FoMRzgCR/DajErO7uayXMn+NclrjgdRsXqNcJGmqe6XGBPm/ME4gLppPEBXOBu/wbQFJOt3GBeoOA4PNZ4oI3gc1ZGRgXVCGJCxYQmhQLhEyKt6xJgQXpLQGTYqHhJoWueyGZSbGQz6RIkhvba1K87WC5KKwmxds+k2JRACbF20CSLyoh03RoJV5MqMSLhZR4iVViLEhLBJT4HcOVWNf9DpkSv2OV2DO4e/5LHSzfDasSL/Up8bsBKPFSIMnfBSoxq7v7bgnz57iMJS5YbuMCtZygoVaYHhfo88YKgbhgBklcsAy4y0eApJxh4wIVISB4GktcsBLYnFWBcUECSVywitCkWCVkUqy2JgUWpNUCJsUaw00KXfcaMpNiDZ9JUV1ubK9J8Z6D5dqwmhTv+UyKtQGYFO8BSb62hEzToZX4fUIlfl9IiddZJcaCtE5AiT8wXIl13R+QKfEHVok9g7vnv97B8sOwKvF6nxJ/GIASrweS/EOgErO6ux+WMH+OG1jigo9sXKA+ImiojabHBfq8sVEgLphJEhdsAO7yHwNJOdPGBepjAoJvYokLPgE2ZyIwLkgiiQs2E5oUm4VMik+tSYEF6VMBk2KL4SaFrnsLmUmxhc+kqCE3ttek+MzBcmtYTYrPfCbF1gBMis+AJN9aQqbp0Er8OaESfy6kxNusEmNB2iagxF8YrsS67i/IlPgLq8Sewd3z3+5guSOsSrzdp8Q7AlDi7UCS7wAqMau7u6OE+XP8kiUu2GnjArWToKF2mR4X6PPGLoG4YBZJXPAlcJf/CkjKWTYuUF8REHw3S1zwNbA5k4FxQQpJXLCH0KTYI2RS7LUmBRakvQImxTeGmxS67m/ITIpv+EyKZLmxvSbFtw6W+8JqUnzrMyn2BWBSfAsk+b4SMk2HVuL9hEq8X0iJD1glxoJ0QECJDxquxLrug2RKfNAqsWdw9/wPOVgeDqsSH/Ip8eEAlPgQkOSHgUrM6u4eLmH+HL9jiQu+t3GB+p6goY6YHhfo88YRgbhgNklc8B1wlz8KJOVsGxeoowQE/4ElLvgR2Jy1gHFBbZK44BihSXFMyKQ4bk0KLEjHBUyKnww3KXTdP5GZFD/xmRQpcmN7TYqfHSxPhNWk+NlnUpwIwKT4GUjyEyVkmg6txCcJlfikkBL/YpUYC9IvAkr8q+FKrOv+lUyJf7VK7BncPf9TDpanw6rEp3xKfDoAJT4FJPlpoBKzurunS5g/x99Y4oIzNi5QZwga6qzpcYE+b5wViAvmkMQFvyFv5Uri5jXHxgUKuJ5ic8xSUqbP4XFBVmBz1gHGBXVJ4oJsJflMimzA5nTPN3tJ12vnpzUp/uWYGiS9oOhxLwA2rFTdF5SEYyRqUlwAJFRAJkVNubG9JkUOB8ucLkxDZVLoBSjtKta9EP4JZfztzBIzB5DkOUvKNB1aiXMRKnEuISW+0CoxFqQLBZT4IsOVWNd9EZkSX2SV2DO4e/65HSzzhFWJc/uUOE8ASpwbSPI8QCVmdXfzlDR/jnmlzB/0LVM+oPnD2lD5CBoqGj1H9AT1eSO6JL5B55LEBXmBu3wMkJRzbVygYggInp8lLigAbM4GwLigIUlcUJDQpCgoZFLEWpMCC1KsgElRyHCTQtddiMykKMRnUnSQG9trUhR2sIwLq0lR2GdSxAVgUhQGkjyupEzToZW4CKESFxFS4qJWibEgFRVQ4mKGK7GuuxiZEhezSuwZ3D3/eAfL4mFV4nifEhcPQInjgSQvDlRiVne3eEnz51iCJS4oaeMCVZKgoUqZHhfo80YpgbhgHklcUAK4y5cGknKejQtUaQKCl2GJC8oCm7MRMC5oTBIXlCM0KcoJmRTlrUmBBam8gElRwXCTQtddgcykqMBnUnSUG9trUlzsYFkxrCbFxT6TomIAJsXFQJJXLCnTdGglrkSoxJWElPgSq8RYkC4RUOJLDVdiXfelZEp8qVViz+Du+Vd2sKwSViWu7FPiKgEocWUgyasAlZjV3a1S0vw5XsYSF1xu4wJ1OUFDVTU9LtDnjaoCccF8krjgMuAunwAk5XwbF6gEAoIrlrigGrA5mwDjgqYkcUEioUmRKGRSJFmTAgtSkoBJUd1wk0LXXZ3MpKjOZ1J0khvba1LUcLBMDqtJUcNnUiQHYFLUAJI8uaRM06GVOIVQiVOElLimVWIsSDUFlPgKw5VY130FmRJfYZXYM7h7/rUcLGuHVYlr+ZS4dgBKXAtI8tpAJWZ1d2uXNH+OV7LEBVfZuEBdRdBQdUyPC/R5o45AXLCAJC64ErjL1wWScoGNC1RdAoLXY4kL6gObsxkwLmhOEhc0IDQpGgiZFA2tSYEFqaGASXG14SaFrvtqMpPiaj6TorPc2F6T4hoHy0ZhNSmu8ZkUjQIwKa4BkrxRSZmmQytxY0IlbiykxNdaJcaCdK2AEl9nuBLruq8jU+LrrBJ7BnfPv4mDZdOwKnETnxI3DUCJmwBJ3hSoxKzubtOS5s/xepa44AYbF6gbCBqqmelxgT5vNBOICxaSxAXXA3f55kBSLrRxgWpOQPAbWeKCm4DN2QIYF7QkiQtaEJoULYRMipbWpMCC1FLApLjZcJNC130zmUlxM59J0UVubK9JcYuDZauwmhS3+EyKVgGYFLcASd6qpEzToZW4NaEStxZS4lutEmNBulVAiW8zXIl13beRKfFtVok9g7vn38bBsm1YlbiNT4nbBqDEbYAkbwtUYlZ3t21J8+d4O0tccIeNC9QdBA3VzvS4QJ832gnEBYtI4oLbgbt8eyApF9m4QLUnIHgHlrigI7A5WwHjgtYkcUEnQpOik5BJ0dmaFFiQOguYFF0MNyl03V3ITIoufCZFqtzYXpMi1cGya1hNilSfSdE1AJMiFUjyriVlmg6txN0IlbibkBLfaZUYC9KdAkp8l+FKrOu+i0yJ77JK7BncPf/uDpY9wqrE3X1K3CMAJe4OJHkPoBKzurs9Spo/x7tZ4oJ7bFyg7iFoqJ6mxwX6vNFTIC5YQhIX3A3c5XsBSbnExgWqFwHB72WJC+4DNmcbYFzQNqCNIrPr1xu4fptW4cb6BDiW5Pr1+d9fP9H+6wtcv75A/vYD8xd9I6KPhSobftylwnUnZO5SuubqAnW/K7RfZwXXD8RHvWt4j2/IKtPjKwh6PFmg7ghJjwPxUciaNR46oMjQwGrpL85oXJyfSc5PffVL17X+zgE0h2uNkp3f0f8+43cHpL++32f9oW2/lGy4sR4AanZQwVaNbDLB1kAbbGFBGigQbA0yPNjSdQ8SCrYkxOkBAWftwZL/nY36ofS/O/gvNuqHXBv1w+mvHznP71Z3fvdh53f1RvBo+ushwps6sq8fA27q/5f1H5r+d4f9xfoPda3/8PTXj//F+g93rf+I9NdPnOd3azi/O8L5XT3Hkemvn3Swkth7HhXgyyrDb2J1P40UqHs1ibE2CsgnINZqNclzzKP//d6W4BsrsJvM0UJPT42xN5lYkMYI3GQ+ZfhNpq77KbKnp54SfHoK7Vpckv4HkGnKI8WjovoI45XJsZX/H7jX92ln7mP/wdNdZ6PO7SH/011no/7+6a7zjfNfe7pLL8ByV7FjXc3hnxDqbz8N3ITG/cVYKcldOqYmJyV2SEhK7Zg+To3ULokdqtVUqSmJ6cMnJqmOHbokdE7qmFwjqUZKanJgzy+PE1LgZ6wCY0F6RkCBxxuuwLru8QHZPJmtf6wzV/S4aw19gMo/T2QvPQu8K1gLzjP0JqbnV88ZE93zGXdF6D5aZ7j9kXH3hq77AzPtj3OO3MgbkbHAsdaTPMAJ7G8F7Bm1nsQ+mkBoH00Qunl9zt68YkF6TuDmdaLhN6+67olEGaXEXP/TG/DQ8x+biY0g1XN1CczumeSs9+R/YPfUP8/a+e2e+lF/b/ecb5y/tXskmg001h935JNK/llsVmdR60V5L/QdB7AONRm4mT0PI0NqasZ6Pi944tHrOFbgzn+jWU9rnnOXpOueJFD3x4Y/parrnixQ9yZDTyp+gUHuG+4ez+z6fUJy0gP2twL2jPokoKeFM4vzJKDWTAE6dXoMCW2ZUlJmD0NiLeEiPlwcX/dWAhfxUYG6Pyd5iGoqkI9ArNXnhveN5svTAn2znYAvYwXq3kHCl2lAvgCxVjsI+DJdoG92EfDlRYG6vyLhywtAvgCxVl8R8GW+QN/sIeDLmwJ17yXhy3QgX4BYq70EfEkT6Jt9BHxZKVD3fhK+vAjkCxBrtZ+AL5sE+uYQAV8+Eaj7MAlfZgD5AsRaHSbgy26BvjlCwJevBeo+SsKXl4B8AWKtjhLw5QeBvjlGwJcfBeo+TsKXmUC+ALFWxwn4kqUEvm9OEPAlq0DdJ0n48jKQL0Cs1UkCvuQX6JtTBHwpIFD3aRK+zALyBYi1Ok3AlzICfXOWgC9lBeqOWsPBl1eAfAFirdDrJ8EXJdA32QyvW/OlmkDd2Un4Mhv5yYu4mlV2Ar7UE+ibnAR8qS9Qdy4SvrwK5Mv/Y+9awHSq+u+EUBRFUcSZGZfBYLYZtyi5k9ySJEluUypJkiRJkiRJUkklSdLNtShyyf1SFEVRrkVRFEVR/rO/zjTnHPNV/971O99enX2e53vmfXzTfn+3tdfZa513XmCvVV4CvLQWmJt8BHi5XCDv/CR4eRWIF2CvVX4CvHQWmJsCBHjpIpB3QRK8vAbEC7DXqiABXnoLzE0hArzcJpB3YRK8vA7EC7DXqjABXgYLzE0RArzcJ5B3URK8vAHEC7DXqigBXkYLzE0xArw8JpB3cRK8TAPiBdhrVZwALxMF5qYkAV5eEMjbIcHLdCBegL1WDgFeZgjMTSIBXmYK5F2KBC8zgHgB9lqVIsDLYoG5KUuAl/cE8k4iwctMIF6AvVZJBHj5UGBuKhDg5SOBvJNJ8DILiBdgr1UyAV52CMxNZQK87BTIO4UEL7OBeAH2WqUQ4OV7gblJJcDLDwJ5p5Hg5U0gXoC9VmkEeDlF4O+uVSfASw6BvGuQ4OUtIF6AvVY1CPBylsDc1CLAy9kCedcmwcscIF6AvVa1CfASLzA3dQjwkiCQ9yUkeJkLxAuw1+oSArwogbmpz/D5F4G8G5Dg5W0gXoC9Vg0I8FJXYG4aM3z+RSDvJiR4eQeIF2CvVRMCvLQWmJtmDJ9/Ecj7MhK8zAPiBdhrdRkBXjoLzE1Lhs+/COTdigQv84F4AfZatSLAS2+BuWnD8PkXgbyvIMHLu0C8AHutkPU7NWONyRn/c9z19Hd46O8l0H9rXf/9aP03cfXf+dR/u1D/PTb9N6b0383RfwtE/30D/Zlt/TlU/dk6/Xkh/RkI/Vy3flZVP3+nnynSz0lo71f7WVqj17qj1lL0+VDf82oe13vTuyXifBd67haUkJk7dJwLgXOn+/tSXNb3OOkaLBSu8yLgdzyF9W2+i4S+zXex/TZfbJMWC3yb73uGf5uvzvu9EvAeiX2br0SswW/zzQGOW9/k9SmBvXm6XahnwQsVs7e+S9zYl/6NbwiO9/x3p3h+nuLpVXzcX39DcHbr/Cu+IVgX0/EUbmmJk3dek78heClwg1xWAl/fZX+jnrHGvRy4OawC/vW71QTfuLtE4BTZbpn5eS8VyPsqw1UDnfdygbzbh6QapMR2KeBcKmCvlVT90H1eQXh6XCF0elxpT4/YJq0UOD2uMvz0qPNeRXR6XGVPj/Snx9Vu7Gvs6fGfX5mFWh04Pa4hOz2uAW6QawVOj2tDOD2+b0+P//gUtVrgNNGR4PS4RiDvawlOj+8L5N2J5PQInEsF7LVC1k+T/ktxJ1/o/qBnc00J82P8QMjjhgNyHZAQWQdqHcFArUfHiA5Qa8vrBRijKwljfAC8u/4QCMquBHcaHwrMzUclsEw5Oe7kC1lXidp+RLCxbTB9Y6uRMaB3Cgxod8OBeVdGziMF8k4neex0I3ATBvZaSdUvB7h+Xukq1rU+BvZCAitSJPZJCfPJe6NA3j0M3xs1aX0skPeNJHvjJiAegb1WNy6juen7w9hFz+YnBDd9m0rIzDkckJtjP9VVcddSYT0FsVnoKYhP7VMQ2CZ9KvAUxGeGPwWh8/5M2FGXrGlKjFcYT0D0Ko59AqIvvl8+QIPWVpkvvPXd4sa+9W88AZEQd/IMBZ+ASIj76ycgslvnL5+AABXhj2JkJrelRFaAOdxCOIHgUO+ZOXxoFu5J8AndvgLHgVvMPg78cWezBUg6W4Fr9SLxDoDzrYAzo4D18234aJx8TvKJ4i/AnyieEpdFJroGXwh/ongb4TPh24ROQ9vtaQjbpO0Cp6Edhp+GdN47yE5DOwRPQ0IzG9rz1jvdXu4y/XlrdBEyk9sZeEZ6V4m4ky600bQTCPJdJHcSuwmZeLcQE39pmRjbpC8FmPgrw5lY5/0VGRN/ZZnYe/mYeI/by71RZeI9ASbeGwIT7wGCfC/4+b0pJ6dvvE26t4T5MX7NYuV+A37SnXGgviEYqH2mPxCqzxv7BNT+PiRq9dfAXX4/EJR9eB7+EQPPfgKAfyvFGOjbGeQTrN+Bn2DNvNBP9h0AxrkJ+AHpzUtlhga9iR8kFGYOCgkz31thBtuk7wWEmR8MF2Z03j+QCTM/8AkzEg9k/bG2N/5Dbi8PR1WYORQQZg6HIMwcAoL8sNCdDJqJfyRk4h+FmPgny8TYJv0kwMRHDGdinfcRMiY+YpnYt7Y3/qNuL3+OKhMfDTDxzyEw8VEgyH+2irYC1kAsxl9YLJJjdqDUMYKBOm66RaLPG8cFLJK+JBbJL8Bd/lcgKPtai0T9SgDw36QYA20XnAAO5xagXbCVxC6IK8knUnhjTonx8sZ7Ssms11akiHXNkr8XFL1uDuDASuWdoyS8R6IiRQ4goEISKaoIru0TKXK6vczl6WmkRApdAMeTrLcQwYAy3ztmJgGCPFdJmaFDM/GphEx8qhAT57ZMjG1SbgEmzmM4E+u885AxcR7LxN7Lx8R53V6eFlUmzhtg4tNCYOK8QJCfBmRiVnUXWAOxGE8XiDHbQGMdqHy4QGntgnwEA5UfHSM6QH3eyF8SP6D9SOyC04G7/BlAUPazdoE6gwDgZ0oxBtouKAAczm1Au2A7iV1QkFCkKCgkUpxlRQpsk84SECnONlyk0HmfTSZSnM0nUqQKru0TKQq5vSwcVZGiUECkKByCSFEICPLCJWWGDs3E5xAy8TlCTHyuZWJsk84VYOIihjOxzrsIGRMXsUzsvXxMXNTt5XlRZeKiASY+LwQmLgoE+XlAJmZVd4E1EIvxfBa7oJi1C1QxgoEqbrpdoM8bxQXsgv4kdsH5wF3+AiAo+1u7QF1AAPASLHZBSeBw7gLaBbtJ7AKHUKRwhESKeCtSYJsULyBSJBguUui8E8hEigQ+kSJNcG2fSJHo9rJUVEWKxIBIUSoEkSIRCPJSJWWGDs3EpQmZuLQQE5exTIxtUhkBJi5rOBPrvMuSMXFZy8Tey8fESW4vy0WViZMCTFwuBCZOAoK8HJCJWdVdYA3EYizPYhdUsHaBqkAwUMmm2wX6vJEsYBcMILELygN3+YpAUA6wdoGqSADwSix2QWXgcO4B2gV7SeyCFEKRIkVIpFBWpMA2SQmIFFUMFyl03lXIRIoqfCJFVcG1fSJFqtvLtKiKFKkBkSItBJEiFQjytJIyQ4dm4qqETFxViImrWSbGNqmaABNXN5yJdd7VyZi4umVi7+Vj4hpuL2tGlYlrBJi4ZghMXAMI8ppAJmZVd4E1EIvxQha7oJa1C1QtgoGqbbpdoM8btQXsgoEkdsGFwF3+IiAoB1q7QF1EAPCLWeyCOsDh3Ae0C/aT2AWXEIoUlwiJFHWtSIFtUl0BkaKe4SKFzrsemUhRj0+kqCa4tk+kqO/2skFURYr6AZGiQQgiRX0gyBuUlBk6NBM3JGTihkJM3MgyMbZJjQSYuLHhTKzzbkzGxI0tE3svHxM3cXvZNKpM3CTAxE1DYOImQJA3BTIxq7oLrIFYjJey2AXNrF2gmhEM1GWm2wX6vHGZgF0wiMQuuBS4yzcHgnKQtQtUcwKAt2CxC1oCh/MA0C44SGIXtCIUKVoJiRStrUiBbVJrAZHicsNFCp335WQixeV8IkV1wbV9IkUbt5dXRFWkaBMQKa4IQaRoAwT5FSVlhg7NxG0JmbitEBNfaZkY26QrBZi4neFMrPNuR8bE7SwTey8fE1/l9rJ9VJn4qgATtw+Bia8Cgrw9kIlZ1V1gDcRivJrFLuhg7QLVgWCgrjHdLtDnjWsE7ILBJHbB1cBdviMQlIOtXaA6EgD8Wha7oBNwOA8B7YLDJHbBdYQixXVCIkVnK1Jgm9RZQKToYrhIofPuQiZSdOETKWoIru0TKbq6vewWVZGia0Ck6BaCSNEVCPJuJWWGDs3E3QmZuLsQE6dbJsY2KV2Aia83nIl13teTMfH1lom9l4+Jb3B72SOqTHxDgIl7hMDENwBB3gPIxKzqLrAGYjHeyGIX3GTtAnUTwUDdbLpdoM8bNwvYBUNI7IIbgbt8TyAoh1i7QPUkAPgtLHZBL+BwHgHaBUdJ7IJbCUWKW4VEit5WpMA2qbeASHGb4SKFzvs2MpHiNj6Roqbg2j6Roo/by9ujKlL0CYgUt4cgUvQBgvz2kjJDh2bivoRM3FeIie+wTIxt0h0CTNzPcCbWefcjY+J+lom9l4+J73R72T+qTHxngIn7h8DEdwJB3h/IxKzqLrAGYjHexWIXDLB2gRpAMFB3m24X6PPG3QJ2wVASu+Au4C4/EAjKodYuUAMJAH4Pi10wCDicx4B2wXESu+BeQpHiXiGRYrAVKbBNGiwgUtxnuEih876PTKS4j0+k6Cy4tk+kGOL28v6oihRDAiLF/SGIFEOAIL+/pMzQwY8WhEw8VIiJH7BMjG3SAwJMPMxwJtZ5DyNj4mGWib2Xj4kfdHs5PKpM/GCAiYeHwMQPAkE+HMjErOousAZiMT7EYheMsHaBGkEwUA+bbhfo88bDAnbBMBK74CHgLj8SCMph1i5QIwkA/giLXTAKOJwngHZBnNBGgd7QHiUUKR4VEilGW5EC26TRAiLFY4aLFDrvx8hEisf4RIougmv7RIoxbi8fj6pIMSYgUjwegkgxBgjyx0vKDB2aiccSMvFYISZ+wjIxtklPCDDxk4Yzsc77STImftIysffyMfFTbi/HRZWJnwow8bgQmPgpIMjHAZmYVd0F1kAsxqdZ7ILx1i5Q4wkG6hnT7QJ93nhGwC4YTmIXPA3c5Z8FgnK4tQvUswQAf47FLpgAHM6cy4DsQ2IXPE8oUjwvJFJMtCIFtkkTBUSKFwwXKXTeL5CJFC/wiRRdBdf2iRST3F6+GFWRYlJApHgxBJFiEhDkL5aUGTo0E08mZOLJQkz8kmVibJNeEmDiKYYzsc57ChkTT7FM7L18TPyy28upUWXilwNMPDUEJn4ZCPKpQCZmVXeBNRCL8RUWu+BVaxeoVwkG6jXT7QJ93nhNwC4YQWIXvALc5V8HgnKEtQvU6wQAf4PFLpgGHM48QLsgL4ldMJ1QpJguJFLMsCIFtkkzBESKmYaLFDrvmWQixUw+kaKb4No+kWKW28vZURUpZgVEitkhiBSzgCCfXVJm6NBM/CYhE78pxMRvWSbGNuktASaeYzgT67znkDHxHMvE3svHxHPdXr4dVSaeG2Dit0Ng4rlAkL8NZGJWdRdYA7EY32GxC+ZZu0DNIxio+abbBfq8MV/ALhhJYhe8A9zl3wWCcqS1C9S7BABfwGIXLAQOZz6gXZCfxC5YRChSLBISKRZbkQLbpMUCIsV7hosUOu/3yESK9/hEiu6Ca/tEiiVuL5dGVaRYEhAploYgUiwBgnxpSZmhQzPxMkImXibExMstE2ObtFyAiVcYzsQ67xVkTLzCMrH38jHxSreXq6LKxCsDTLwqBCZeCQT5KiATs6q7wBqIxbiaxS5YY+0CtYZgoNaabhfo88ZaAbtgFIldsBq4y78PBOUoaxeo9wkA/gGLXbAOOJwFgHZBQRK7YD2hSLFeSKT40IoU2CZ9KCBSfGS4SKHz/ohMpPiIT6RIF1zbJ1JscHu5MaoixYaASLExBJFiAxDkG0vKDB2aiT8mZOKPhZj4E8vE2CZ9IsDEmwxnYp33JjIm3mSZ2Hv5mHiz28tPo8rEmwNM/GkITLwZCPJPgUzMqu4CayAW42csdsEWaxeoLQQDtdV0u0CfN7YK2AWjSeyCz4C7/OdAUI62doH6nADgX7DYBduAw1kIaBcUJrELthOKFNuFRIodVqTANmmHgEix03CRQue9k0yk2EknUqgUubX9IsUut5e7oypS7AqIFLtDECl2AUG+u6TM0KGZ+EtCJv5SiIm/skyMbdJXAky8x3Am1nnvIWPiPZaJfYt749/r9vLrqDLx3gATfx0CE+8FgvxrIBOzqrtflzQ/xm9Y7IJ91i5Q+wgGar/pdoE+b+wXsAvGkNgF3wB3+W+BoBxj7QL1LQHAv2OxCw4Ah7MI0C4oSmIXHCQUKQ4KiRTfW5EC26TvBUSKHwwXKXTeP5CJFD/wiRRKbm2/SHHI7eXhqIoUhwIixeEQRIpDQJAfLikzdGgm/pGQiX8UYuKfLBNjm/STABMfMZyJdd5HyJj4iGVi3+Le+I+6vfw5qkx8NMDEP4fAxEeBIP8ZyMSs6u7PJc2P8RcWu+CYtQvUMYKBOm66XaDPG8cF7IKxJHbBL8Bd/lcgKMdau0D9SgDw31jsghPA4SwGtAuKk9gF+v4TtVZYIoU35pQYL2+8pzhZr61IEeuazu8FRa+bwzFbpNB56xjBPRIVKbw1TYnxCkmkqCK3tl+kyOn8/jOXk/VvkRIpdAEcT7LeQgQDynzvmJnEwa2Vy5EZOjQTn+rwMfGpTpwIE+d2sl5bJo5xTd0kXVD0unkcs5lY561jBPdIlIm9NU2J8fq3MXFe5/efpzlZ/xYpJtYFcDzJegsRDCjzvWMFpn5P1FqnObihY1V3cTWQi/F0gRizDTTWgcqHC5TWLgDWQCzG/OgY0QHq84YOEj2gT5LYBV7Ex5rzGbhmqyetXaCA9RSL8UxHZs7hdkEBXKCqJNAucEjsgoIOn0hRENdzn0hxlpP12ooUMa6pm6QLil73bMdskULnrWME90hUpPDWNCXGKySRIlVubb9IUcj5/WdhJ+vfIiVS6AI4nmS9hQgGlPnesQJTvydqrcKOzNChmfgch4+Jz3HiRJj4XCfrtWXiGNfUTdIFRa9bxDGbiXXeOkZwj0SZ2FvTlBivfxsTF3V+/3mek/VvkWJiXQDHk6y3EMGAMt87VmDq90StdZ6DGzpWdRdXA7kYzxeIMdtAYx2oYrhAae0CYA3EYiyOjhEdoD5v6CDRAzqOxC7wIj7WnC/ANVuNs3aBAtZTLMYSjsycw+2CkrhAVSLQLihFYhc4Dp9I4eB67hMp4p2s11akiHFN3SRdUPS6CY7ZIoXOW8cI7pGoSOGtaUqMV0giRZrc2n6RItH5/WcpJ+vfIiVS6AI4nmS9hQgGlPnesQJTvydqrVKOzNChmbi0w8fEpZ04ESYu42S9tkwc45q6Sbqg6HXLOmYzsc5bxwjukSgTe2uaEuP1b2PiJOf3n+WcrH+LFBPrAjieZL2FCAaU+d6xAlO/J2qtcg5u6FjVXVwN5GIsLxBjtoHGOlAVcIHS2gXAGojFmIyOER2gPm/oINEDOp7ELvAiPtacK+KarcZbu0AB6ykWYyVHZs7hdkFlXKCqLNAuSCKxC1IcPpEiBddzn0ihnKzXVqSIcU3dJF1Q9LpVHLNFCp23jhHcI1GRwlvTlBivkESKqnJr+0WKVOf3n2lO1r9FSqTQBXA8yXoLEQwo871jBaZ+T9RaaY7M0KGZuKrDx8RVnTgRJq7mZL22TBzjmrpJuqDodas7ZjOxzlvHCO6RKBN7a5oS4/VvY+Iazu8/azpZ/xYpJtYFcDzJegsRDCjzvWMFpn5P1Fo1HdzQsaq7uBrIxXihQIzZBhrrQNXCBUprFwBrIBZjbXSM6AD1eUMHiR7QZ0nsAi/iY835Ilyz1bPWLlDAeorFeLEjM+dwu6AOLlBVAWgXJJPYBZc4fCLFJbie+0SKuk7WaytSxLimbpIuKHrdeo7ZIoXOW8cI7pGoSOGtaUqMV0giRTW5tf0iRX3n958NnKx/i5RIoQvgeJL1FiIYUOZ7xwpM/Z6otRo4MkOHZuKGDh8TN3RwG4c33kZO1mvLxDGuqZukC4pet7FjNhPrvHWM4B6JMrG3pikxXv82Jm7i/P6zqZP1b5FiYl0Ax5OstxDBgDLfO1Zg6vdErdXUwQ0dq7qLq4FcjJcKxJhtoLEOVDNcoLR2AbAGYjFeho4RHaA+b+gg0QM6gcQu8CI+1pyb45qtJli7QAHrKRZjC0dmzuF2QUtcoKoy0C5IIbELWjl8IkUrXM99IkVrJ+u1FSliXFM3SRcUve7ljtkihc5bxwjukahI4a1pSoxXSCJFdbm1/SJFG+f3n1c4Wf8WKZFCF8DxJOstRDCgzPeOFZj6PVFrXeHIDB2aids6fEzc1okTYeIrnazXloljXFM3SRcUvW47x2wm1nnrGME9EmVib01TYrz+bUx8lfP7z/ZO1r9Fiol1ARxPst5CBAPKfO9YganfE7VWewc3dKzqLq4GcjFeLRBjtoHGOlAdcIHS2gXAGojFeA06RnSA+ryhg0QP6EQSu8CL+Fhz7ohrtppo7QIFrKdYjNc6MnMOtws64QJVqUC7II3ELrjO4RMprsP13CdSdHayXluRIsY1dZN0QdHrdnHMFil03jpGcI9ERQpvTVNivEISKWrIre0XKbo6v//s5mT9W6RECl0Ax5OstxDBgDLfO1Zg6vdErdXNkRk6NBN3d/iYuLsTJ8LE6U7Wa8vEMa6pm6QLil73esdsJtZ56xjBPRJlYm9NU2K8/m1MfIPz+88eTta/RYqJdQEcT7LeQgQDynzvWIGp3xO1Vg8HN3Ss6i6uBnIx3igQY7aBxjpQN+ECpbULgDUQi/FmdIzoAPV5QweJHtBJJHaBF/Gx5twT12w1ydoFClhPsRhvcWTmHG4X9MIFqqoD7YIaJHbBrQ6fSHErruc+kaK3k/XaihQxrqmbpAuKXvc2x2yRQuetYwT3SFSk8NY0JcYrJJGiptzafpGij/P7z9udrH+LlEihC+B4kvUWIhhQ5nvHCkz9nqi1bndkhg7NxH0dPibu68SJMPEdTtZry8QxrqmbpAuKXrefYzYT67x1jOAeiTKxt6YpMV7/Nia+0/n9Z38n698ixcS6AI4nWW8hggFlvneswNTviVqrv4MbOlZ1F1cDuRjvEogx20BjHagBuEBp7QJgDcRivBsdIzpAfd7QQaIHdDKJXeBFfKw5D8Q1W022doEC1lMsxnscmTmH2wWDcIGqWkC7oDaJXXCvwydS3IvruU+kGOxkvbYiRYxr6ibpgqLXvc8xW6TQeesYwT0SFSm8NU2J8QpJpOgst7ZfpBji/P7zfifr3yIlUugCOJ5kvYUIBpT53rECU78naq37HZmhQzPxUIePiYc6cSJM/ICT9doycYxr6ibpgqLXHeaYzcQ6bx0juEeiTOytaUqM17+NiR90fv853Mn6t0gxsS6A40nWW4hgQJnvHSsw9Xui1hru4IaOVd3F1UAuxocEYsw20FgHagQuUFq7AFgDsRgfRseIDlCfN3SQ6AGdQmIXeBEfa84jcc1WU6xdoID1FIvxEUdmzuF2wShcoKoO0C64hMQueNThEykexfXcJ1KMdrJeW5EixjV1k3RB0es+5pgtUui8dYzgHomKFN6apsR4hSRSdJFb2y9SjHF+//m4k/VvkRIpdAEcT7LeQgQDynzvWIGp3xO11uOOzNChmXisw8fEY504ESZ+wsl6bZk4xjV1k3RB0es+6ZjNxDpvHSO4R6JM7K1pSozXv42Jn3J+/znOyfq3SDGxLoDjSdZbiGBAme8dKzD1e6LWGufgho5V3cXVQC7GpwVizDbQWAdqPC5QWrsAWAOxGJ9Bx4gOUJ83dJDoAZ1KYhd4ER9rzs/imq2mWrtAAespFuNzjsycw+2CCbhAVX2gXdCAxC543uETKZ7H9dwnUkx0sl5bkSLGNXWTdEHR677gmC1S6Lx1jOAeiYoU3pqmxHiFJFJ0lVvbL1JMcn7/+aKT9W+REil0ARxPst5CBAPKfO+Y/+ang1vrRUdm6NBMPNnhY+LJTpwIE7/kZL22TBzjmrpJuqDodac4ZjOxzlvHCO6RKBN7a5oS4/VvY+KXnd9/TnWy/i1STKwL4HiS9RYiGFDme8cKTP2eqLWmOrihY1V3cTWQi/EVgRizDTTWgXoVFyitXQCsgViMr6FjRAeozxs6SPiAktgFXsTHmvPrDnC4rV2ggPUUi/ENR2bO4XbBNFygqjHQLmhCYhdMd/hEium4nvtEihlO1msrUsS4pm6SLih63ZmO2SKFzlvHCO6RqEjhrWlKjFdIIkU3ubX9IsUs5/efs52sf4uUSKEL4HiS9RYiGFDme8cKTP2eqLVmOzJDh2biNx0+Jn7TiRNh4recrNeWiWNcUzdJFxS97hzHbCbWeesYwT0SZWJvTVNivP5tTDzX+f3n207Wv0WKiXUBHE+y3kIEA8p871iBqd8TtdbbDm7oWNVdXA3kYnxHIMZsA411oObhAqW1C4A1EItxPjpGdID6vKGDRA/o6yR2gRfxseb8Lq7Z6nVrFyhgPcViXODIzDncLliIC1Q1A9oFl5HYBYscPpFiEa7nPpFisZP12ooUMa6pm6QLil73PcdskULnrWME90hUpPDWNCXGKySRorvc2n6RYonz+8+lTta/RUqk0AVwPMl6CxEMKPO9YwWmfk/UWksdmaFDM/Eyh4+JlzlxIky83Ml6bZk4xjV1k3RB0euucMxmYp23jhHcI1Em9tY0Jcbr38bEK53ff65ysv4tUkysC+B4kvUWIhhQ5nvHCkz9nqi1Vjm4oWNVd3E1kItxtUCM2QYa60CtwQVKaxcAayAW41p0jOgA9XlDB4ke0GkkdoEX8bHm/D6u2WqatQsUsJ5iMX7gyMw53C5YhwtUtQTaBa1I7IL1Dp9IsR7Xc59I8aGT9dqKFDGuqZukC4pe9yPHbJFC561jBPdIVKTw1jQlxiskkSJdbm2/SLHB+f3nRifr3yIlUugCOJ5kvYUIBpT53rECU78naq2NjszQoZn4Y4ePiT924kSY+BMn67Vl4hjX1E3SBUWvu8kxm4l13jpGcI9Emdhb05QYr38bE292fv/5qZP1b5FiYl0Ax5OstxDBgDLfO1Zg6vdErfWpgxs6VnUXVwO5GD8TiDHbQGMdqC24QGntAmANxGLcio4RHaA+b+gg0QM6g8Qu8CI+1pw/xzVbzbB2gQLWUyzGLxyZOYfbBdtwgao2QLvgipA2iljrtx1Yv1VLgX4ncC3J+u3499dPdP52AuvXE4jfW8D4Rd+I6GNhzZz4dWcJ550S26V0zhcJ5D1baL/OAc4f2B812/AZfz+HzIzPIZjxOgJ5zyWZcWB/FDJn3Q9tUGRy4IUZL37L+FnL/Vnb/amvXU5c3G7n9x7m9tSojvs7+v/P/N0vM15/5cTF/VlNY+39JTlxa+1xcP0Jy9i6OKeMsbXXyXptja0Y19RN0gVFr/u1Y7axpfPWMYJ7JEZOexw8OX3j/G826n0Z77vf+e8btf7/M3/324zX32Xzuxe5v/ut+7t6IziQ8fqgE+e70Js6cq6/x9Vf/X/q/0PG+x76k/r/4Kn/4YzXP/5J/Q976v9Txusj2fzuxe7v/uT+ro7xaMbrn53f/3+JveeAg8fLPMNvYvU8HRXIez6JsPaLg6slsNdqPslzzMecf7xWSmCt0G4yjzlYDsu8jjtZr+1NZoxr6ibpgqLX/dUx+yZT561jBPdI9Okpb01TYryCT0+hVQu9yyDdlO9KxMXtcGT7FePaKvgP3vr+5vz+84Qnh//2dNcJz3/3357uOhH31093ZbfO/+zpLl2ABZ5kdSEuCbwnegh/c4CbUPx/X6tG9e5d0qunpXZOSUvvkrFOtfTuqZ2r1FTpNVIzlk9NU106d0/pltalerW0ajXSq4f2/LI35pQYL2+8p8RnvbYMHOua8b8XFL1ujnizGVjnnSMe3iMR70VvVjni8esuNPQBqpP8VeAs5cRtSmoh2M/Qm5iOr667JnrmM++K0HO02HD5I/PuDZ33e2bKHycduZE3IieAay0heYATON8KODNqCYl8lCseN8th3bzmErp5PdXevGKbdKrAzWtuw29edd65Q7p5TYnt+o9HKRHrf/sAHjp+L+Gl/D+vdN/VPTS5J49b77yeuv83uadeNrULyj314v5a7slunb+UeySGDbTWH3fkeeKzks3hFrVunP9C33EA81B5gZvZafEoMKSnZ9bzNMETj66jBjD6jmaFWU9rnnSXpPPOI6AYrDT8KVWdd16BvFcZelIJEgxy3/DOeKz1W01y0gPOtwLOjFod0tPCsfY5D5BrTgcqdXoNCW45PV5mD0P2WkJF/LYEPu91BCriAYG815M8RJUPiEdgr9V6w+dG4+U3gbnZQICXEwJ5byTBS34gXoC9VhsJ8HJmSfzcbCLASwGBvDeT4OUMIF6AvVabCfBSQmButhDgpaRA3ltJ8HImEC/AXqutBHipJDA32wjwUlkg7+0keCkAxAuw12o7AV4uFpibXQR4qSOQ924SvBQE4gXYa7WbAC8tBOZmDwFeWgrkvZcEL2cB8QLstdpLgJdrBeZmHwFeOgnkvZ8EL2cD8QLstdpPgJdbBObmAAFeegnkfZAEL4WAeAH2Wh0kwMs9AnNziAAvgwTyPkyCl8JAvAB7rQ4T4OURgbk5QoCXUQJ5HyXByzlAvAB7rY4S4OU5gbk5RoCXCQJ5HyfBy7lAvAB7rY4T4OUNgbk5QYCXaQJ5xy3nwEsRIF6AvVbo+kngZYHA3OQ0PG+Nl4UCeeciwUtRIF6AvVa5CPDygcDc5CHAyzqBvPOS4OU8IF6AvVZ5CfDyhcDc5CPAyzaBvPOT4OV8IF6AvVb5CfDyncDcFCDAywGBvAuS4KUYEC/AXquCBHj5TWBuChHg5YRA3oVJ8FIciBdgr1VhAryc6eDnpggBXgoI5F2UBC8XAPEC7LUqSoCXEg5+booR4KWkQN7FSfBSAogXYK9VcQK8VHLwc1OSAC+VBfJ2SPBSEogXYK+VQ4CXix383CQS4KWOQN6lSPDiAPEC7LUqRYCXFg5+bsoS4KWlQN5JJHiJB+IF2GuVRICXax383FQgwEsngbyTSfCSAMQLsNcqmQAvtzj4ualMgJdeAnmnkOAlEYgXYK9VCgFe7nHwc5NKgJdBAnmnkeClFBAvwF6rNAK8POLg56Y6AV5GCeRdgwQvpYF4AfZa1SDAy3MOfm5qEeBlgkDetUnwUgaIF2CvVW0CvLzh4OemDgFepgnkfQkJXsoC8QLstbqEAC8LHPzc1Gf4/ItA3g1I8JIExAuw16oBAV4+cPBz05jh8y8CeTchwUs5IF6AvVZNCPDyhYOfm2YMn38RyPsyEryUB+IF2GuFrN+pGWvMyPif466nv8NDfy+B/lvr+u9H67+Jq//Op/7bhfrvsem/MaX/bo7+WyD67xvoz2zrz6Hqz9bpzwvpz0Do57r1s6r6+Tv9TJF+TkJ7v9rP0hq91h21lqLPh/qeV/O43pt0vb0Xeu4qxMvMHdyfBM6d7u/MuKzvcdI1SBauc8V43FphfZtvReBseOOt5Km1/TbfGNfUTdIFRa9bGTiwUnlXjof3SOzbfCViDX6bbw5w3Pomb7uDvXna4cj0LHihYvbWN8XtofL08r99Q7CXT07x/DzF06v4uL/+huDs1vlXfEOwLqbjKZyKP3nnNfkbghVwg6wSj69vlb9Rz5ifZgDelS0G/nWi9wi+cTclHr9uy+Xm560E8m5luGqg804VyLt1SKpBSmyXAs6lAvZaSdUP3ec0wtNjmtDpsao9PWKbVFXg9FjN8NOjzrsa0elRIlZ7evz9isvmQsXsrW91t4c17Onxn1+ZhaoeOD3WIDs91gBukDUFTo81Qzg9XmhPj//4FFVd4DTRluD0WEMg7ysJTo8XCuTdjuT0CJxLBey1QtZPk/7MuJMvdH/Qs1kj3vwYa8XLzDn+IXYgIbIOVG2CgboIHSM6QK0tXyTAGB1IGKMW8O76YiAoOxDcaVwsMDd14rFMOSPu5AtZV4na1iHY2C4xfWO7JGNAv3TwA9rRcGDuycj5F4G8ryV57LQucBMG9lpJ1S8HuH5e6SrWteoBeyGBFSkSqx9vPnnXFci7s+F7oyategJ5dyHZGxsA8QjsteqynOam7w9jFz2b9Qlu+hrEy8w5HJANYz/VVXHXUmE9BdFQ6CmIRvFZr+1TEDGuqZvUSOApiMaGPwWh824s9BRE5iVZ05QYrzCegNhaAvsExE4H3i8foEFrq8wX3vo2cWet6d94AiIh7uQZCj4BkRD3109AZLfOXz4BASrCH8XITK5JfFaAOdxCOIHgUO+ZOXxoFu5O8AldDRJ03ulmHwf+uLNpAiSdpsC1rifxDoDzrYAzo4D18234aJxcKnScQMfZDHhs1iQ2Ky6LTHQNmsXHxUnGfxkQm2Gdhi4TOg01t6chbJOaC5yGWhh+GtJ5tyA7DbUQPA0JzWxoz1u3dHvZ6m+cNuKz6VHwtBEfJ/S8NboImcm1jPc/I90qPu6kC200tQSCvBXJnURrQiZuLcTEl1smxjbpcgEmbmM4E+u825AxcRvLxN7Lx8RXuL1sG1UmviLAxG1DYOIrgCBvCxxu3eRZJ6dvvE2KrIFUjFcK3THhP3oCFF9YB6odwUBdhY4RHaA+b1wVjx/Qm0jU6iuBu3x7IChv4nn4Rww87QkAfrUUY6BvZ5BPsHYADro3Z/STfdcA41wH/ID0+mUyQ4PexDsSCjMdhYSZa60wg23StQLCTCfDhRmddycyYaYTnzAj8UDWH2t747/O7WXnqAoz1wWEmc4hCDPXAUHeWehOBs3EXQiZuIsQE3e1TIxtUlcBJu5mOBPrvLuRMXE3y8S+tb3xd3d7mR5VJu4eYOL0EJi4OxDk6VbRVsAaiMV4vUCM2QYa60DdYAdK3UAwUD1Mt0j0eaOHgEXSk8QiuR64y98IBGVPa5GoGwkAfpMUY6DtgpuBw7kBaBdsJLELehKKFD2FRIpbrEiBbdItAiJFL8NFCp13LzKRohefSFFFcG2fSHGr28veURUpbg2IFL1DECluBYK8d7zM0KGZ+DZCJr5NiIn7WCbGNqmPABPfbjgT67xvJ2Pi2y0Tey8fE/d1e3lHVJm4b4CJ7wiBifsCQX4HkIlZ1V1gDcRi7CcQY7aBxjpQd1q7QN1JMFD9TbcL9Hmjv4Bd0IvELugH3OXvAoKyl7UL1F0EAB/AYhfcDRzOTUC7YDOJXTCQUKQYKCRS3GNFCmyT7hEQKQYZLlLovAeRiRSD+ESKVMG1fSLFvW4vB0dVpLg3IFIMDkGkuBcI8sHxMkOHZuL7CJn4PiEmHmKZGNukIQJMfL/hTKzzvp+Mie+3TOy9fEw81O3lA1Fl4qEBJn4gBCYeCgT5A0AmZlV3gTUQi3GYQIzZBhrrQD1o7QL1IMFADTfdLtDnjeECdkFvErtgGHCXfwgIyt7WLlAPEQB8BItd8DBwOLcA7YKtJHbBSEKRYqSQSPGIFSmwTXpEQKQYZbhIofMeRSZSjOITKdIE1/aJFI+6vRwdVZHi0YBIMToEkeJRIMhHx8sMHZqJHyNk4seEmHiMZWJsk8YIMPHjhjOxzvtxMiZ+3DKx9/Ix8Vi3l09ElYnHBpj4iRCYeCwQ5E8AmZhV3QXWQCzGJwVizDbQWAfqKWsXqKcIBmqc6XaBPm+ME7AL+pDYBU8Cd/mngaDsY+0C9TQBwMez2AXPAIdzG9Au2E5iFzxLKFI8KyRSPGdFCmyTnhMQKSYYLlLovCeQiRQT+ESKqoJr+0SK591eToyqSPF8QKSYGIJI8TwQ5BPjZYYOzcQvEDLxC0JMPMkyMbZJkwSY+EXDmVjn/SIZE79omdh7+Zh4stvLl6LKxJMDTPxSCEw8GQjyl4BMzKruAmsgFuMUgRizDTTWgXrZ2gXqZYKBmmq6XaDPG1MF7IK+JHbBFOAu/woQlH2tXaBeIQD4qyx2wWvA4dwFtAt2k9gFrxOKFK8LiRRvWJEC26Q3BESKaYaLFDrvaWQixTQ+kaKa4No+kWK628sZURUppgdEihkhiBTTgSCfES8zdGgmnknIxDOFmHiWZWJsk2YJMPFsw5lY5z2bjIlnWyb2Xj4mftPt5VtRZeI3A0z8VghM/CYQ5G8BmZhV3QXWQCzGOQIxZhtorAM119oFai7BQL1tul2gzxtvC9gF/UjsgjnAXf4dICj7WbtAvUMA8HksdsF84HDuAdoFe0nsgncJRYp3hUSKBVakwDZpgYBIsdBwkULnvZBMpFjIJ1JUF1zbJ1Iscnu5OKoixaKASLE4BJFiERDki+Nlhg7NxO8RMvF7Qky8xDIxtklLBJh4qeFMrPNeSsbESy0Tey8fEy9ze7k8qky8LMDEy0Ng4mVAkC8HMjGrugusgViMKwRizDbQWAdqpbUL1EqCgVplul2gzxurBOyC/iR2wQrgLr8aCMr+1i5QqwkAvobFLlgLHM59QLtgP4ld8D6hSPG+kEjxgRUpsE36QECkWGe4SKHzXkcmUqzjEylqCK7tEynWu738MKoixfqASPFhCCLFeiDIP4yXGTo0E39EyMQfCTHxBsvE2CZtEGDijYYzsc57IxkTb7RM7L18TPyx28tPosrEHweY+JMQmPhjIMg/ATIxq7oLrIFYjJsEYsw20FgHarO1C9RmgoH61HS7QJ83PhWwCwaQ2AWbgLv8Z0BQDrB2gfqMAOBbWOyCrcDhPAC0Cw6S2AWfE4oUnwuJFF9YkQLbpC8ERIpthosUOu9tZCLFNj6Roqbg2j6RYrvbyx1RFSm2B0SKHSGIFNuBIN8RLzN0aCbeScjEO4WYeJdlYmyTdgkw8W7DmVjnvZuMiXdbJvZePib+0u3lV1Fl4i8DTPxVCEz8JRDkXwGZmFXdBdZALMY9AjFmG2isA7XX2gVqL8FAfW26XaDPG18L2AUDSeyCPcBd/hsgKAdau0B9QwDwfSx2wX7gcB4C2gWHSeyCbwlFim+FRIrvrEiBbdJ3AiLFAcNFCp33ATKR4gCfSNFZcG2fSHHQ7eX3URUpDgZEiu9DECkOAkH+fbzM0KGZ+AdCJv5BiIkPWSbGNumQABMfNpyJdd6HyZj4sGVi7+Vj4h/dXv4UVSb+McDEP4XAxD8CQf4TkIlZ1V1gDcRiPCIQY7aBxjpQR61doI4SDNTPptsF+rzxs4BdMIjELjgC3OV/AYJykLUL1C8EAD8mxRhou+A4cDiPAO2CoyR2wa+EIsWvQiLFb1akwDbpNwGR4oThIoXO+wSZSHGCT6ToIri2T6SIS3BrnpD1T5ESKXQBHE+y3kIEA8p875iBmYBb65QEmaFDM3GOBD4mzpEgw8Q5PTNmmTjGNXWTdEHR6+YCDqxU3rkS4D0SZeJcCZaJPZePiU91e5k7qkx8aoCJc4fAxKcCQZ4byMSs6i6wBmIx5hGIMdtAYx2ovAnAnZd0oPISDNRp6Bjh93wZAZ6WgB/QwSR2QR7gLn86EJSDrV2gTicAeD4pxkDbBfmBw3kMaBccJ7ELziAUKc4QEinO9Nx+W5EixjV1k84UECkKGC5S6LwLkIkUBfhEiq6Ca/tEioJuL8+KqkhRMCBSnBWCSFEQCPKzEmSGDs3EZxMy8dlCTFzIMjG2SYUEmLiw4Uys8y5MxsSFLRN7Lx8Tn+P28tyoMvE5ASY+NwQmPgcI8nOBTMyq7gJrIBZjEYEYsw001oEqChR/WAeqKMFAnWe6XaDPG+cJ2AVDSOyCIsBd/nwgKIdYu0CdTwDwYlKMgbYLigOH8wTQLogT2ijQG9oFhCLFBUIiRQnP7bcVKWJcUzephIBIUdJwkULnXZJMpCjJJ1J0E1zbJ1I4bi/joypSOAGRIj4EkcIBgjw+QWbo0EycQMjECUJMnGiZGNukRAEmLmU4E+u8S5ExcSnLxN7Lx8Sl3V6WiSoTlw4wcZkQmLg0EORlgEzMqu4CayAWY1mBGLMNNNaBSgKKP6wDlUQwUOVMtwv0eaOcgF0wlMQuKAvc5csDQTnU2gWqPAHAK0gxBtouSAYOZ87lQPYhsQsqEooUFYVEikqe228rUsS4pm5SJQGRorLhIoXOuzKZSFGZT6ToLri2T6RIcXupoipSpAREChWCSJECBLlKkBk6NBNXIWTiKkJMnGqZGNukVAEmTjOciXXeaWRMnGaZ2Hv5mLiq28tqUWXiqgEmrhYCE1cFgrwakIlZ1V1gDcRirC4QY7aBxjpQNYDiD+tA1SAYqJqm2wX6vFFTwC4YRmIXVAfu8hcCQTnM2gXqQgKA15JiDLRdUBs4nHmAdkFeErvgIkKR4iIhkeJiz+23FSliXFM36WIBkaKO4SKFzrsOmUhRh0+kSBdc2ydSXOL2sm5URYpLAiJF3RBEikuAIK+bIDN0aCauR8jE9YSYuL5lYmyT6gswcQPDmVjn3YCMiRtYJvZePiZu6PayUVSZuGGAiRuFwMQNgSBvBGRiVnUXWAOxGBsLxJhtoLEOVBOg+MM6UE0IBqqp6XaBPm80FbALhpPYBY2Bu/ylQFAOt3aBupQA4M2kGANtF1wGHM58QLsgP4ld0JxQpGguJFK08Nx+W5EixjV1k1oIiBQtDRcpdN4tyUSKlnQihUqRW9svUrRye9k6qiJFq4BI0ToEkaIVEOStE2SGDs3ElxMy8eVCTNzGMjG2SW0EmPgKw5lY530FGRNfYZnYt7g3/rZuL6+MKhO3DTDxlSEwcVsgyK8EMjGruntlgvkxthOIMdtAYx2oq4DiD+tAXUUwUO1Ntwv0eaO9gF0wgsQuaAfc5a8GgnKEtQvU1QQA7yDFGGi74BrgcBYA2gUFSeyCjoQiRUchkeJaz+23FSliXFM36VoBkaKT4SKFzrsTmUjRiU+kUHJr+0WK69xedo6qSHFdQKToHIJIcR0Q5J0TZIYOzcRdCJm4ixATd7VMjG1SVwEm7mY4E+u8u5ExcTfLxL7FvfF3d3uZHlUm7h5g4vQQmLg7EOTpQCZmVXfTE8yP8XqBGLMNNNaBugEo/rAO1A0EA9XDdLtAnzd6CNgFI0nsguuBu/yNQFCOtHaBupEA4DdJMQbaLrgZOJyFgHZBYRK7oCehSNFTSKS4xXP7bUWKGNfUTbpFQKToZbhIofPuRSZS9OITKarIre0XKW51e9k7qiLFrQGRoncIIsWtQJD3TpAZOjQT30bIxLcJMXEfy8TYJvURYOLbDWdinfftZEx8u2Vi3+Le+Pu6vbwjqkzcN8DEd4TAxH2BIL8DyMSs6u4dCebH2E8gxmwDjXWg7gSKP6wDdSfBQPU33S7Q543+AnbBKBK7oB9wl78LCMpR1i5QdxEAfIAUY6DtgruBw1kEaBcUJbELBhKKFAOFRIp7PLffVqSIcU3dpHsERIpBhosUOu9BZCLFID6RIlVubb9Ica/by8FRFSnuDYgUg0MQKe4FgnxwgszQoZn4PkImvk+IiYdYJsY2aYgAE99vOBPrvO8nY+L7LRP7FvfGP9Tt5QNRZeKhASZ+IAQmHgoE+QNAJmZVdx9IMD/GYQIxZhtorAP1IFD8YR2oBwkGarjpdoE+bwwXsAtGk9gFw4C7/ENAUI62doF6iADgI6QYA20XPAwczmJAu6A4iV0wklCkGCkkUjziuf22IkWMa+omPSIgUowyXKTQeY8iEylG8YkUaXJr+0WKR91ejo6qSPFoQKQYHYJI8SgQ5KMTZIYOzcSPETLxY0JMPMYyMbZJYwSY+HHDmVjn/TgZEz9umdi3uDf+sW4vn4gqE48NMPETITDxWCDInwAyMau6+0SC+TE+KRBjtoHGOlBPAcUf1oF6imCgxpluF+jzxjgBu2AMiV3wJHCXfxoIyjHWLlBPEwB8vBRjoO2CZ4DDWRJoFzgkdsGzhCLFs0IixXOe228rUsS4pm7ScwIixQTDRQqd9wQykWICn0hRVW5tv0jxvNvLiVEVKZ4PiBQTQxApngeCfGKCzNChmfgFQiZ+QYiJJ1kmxjZpkgATv2g4E+u8XyRj4hctE/sW98Y/2e3lS1Fl4skBJn4pBCaeDAT5S0AmZlV3X0owP8YpAjFmG2isA/UyUPxhHaiXCQZqqul2gT5vTBWwC8aS2AVTgLv8K0BQjrV2gXqFAOCvSjEG2i54DTiciUC7oBSJXfA6oUjxupBI8Ybn9tuKFDGuqZv0hoBIMc1wkULnPY1MpJjGJ1JUk1vbL1JMd3s5I6oixfSASDEjBJFiOhDkMxJkhg7NxDMJmXimEBPPskyMbdIsASaebTgT67xnkzHxbMvEvsW98b/p9vKtqDLxmwEmfisEJn4TCPK3gEzMqu6+lWB+jHMEYsw20FgHai5Q/GEdqLkEA/W26XaBPm+8LWAXPEliF8wB7vLvAEH5pLUL1DsEAJ8nxRhou2A+cDjLAu2CJBK74F1CkeJdIZFigef224oUMa6pm7RAQKRYaLhIofNeSCZSLOQTKarLre0XKRa5vVwcVZFiUUCkWByCSLEICPLFCTJDh2bi9wiZ+D0hJl5imRjbpCUCTLzUcCbWeS8lY+Kllol9i3vjX+b2cnlUmXhZgImXh8DEy4AgXw5kYlZ1d3mC+TGuEIgx20BjHaiVQPGHdaBWEgzUKtPtAn3eWCVgF4wjsQtWAHf51UBQjrN2gVpNAPA1UoyBtgvWAoezAtAuSCaxC94nFCneFxIpPvDcfluRIsY1dZM+EBAp1hkuUui815GJFOv4RIoacmv7RYr1bi8/jKpIsT4gUnwYgkixHgjyDxNkhg7NxB8RMvFHQky8wTIxtkkbBJh4o+FMrPPeSMbEGy0T+xb3xv+x28tPosrEHweY+JMQmPhjIMg/ATIxq7r7SYL5MW4SiDHbQGMdqM1A8Yd1oDYTDNSnptsF+rzxqYBdMJ7ELtgE3OU/A4JyvLUL1GcEAN8ixRhou2ArcDgrA+2CFBK74HNCkeJzIZHiC8/ttxUpYlxTN+kLAZFim+Eihc57G5lIsY1PpKgpt7ZfpNju9nJHVEWK7QGRYkcIIsV2IMh3JMgMHZqJdxIy8U4hJt5lmRjbpF0CTLzbcCbWee8mY+Ldlol9i3vj/9Lt5VdRZeIvA0z8VQhM/CUQ5F8BmZhV3f0qwfwY9wjEmG2gsQ7UXqD4wzpQewkG6mvT7QJ93vhawC54lsQu2APc5b8BgvJZaxeobwgAvk+KMdB2wX7gcKYC7YI0ErvgW0KR4lshkeI7z+23FSliXFM36TsBkeKA4SKFzvsAmUhxgE+k6Cy3tl+kOOj28vuoihQHAyLF9yGIFAeBIP8+QWbo0Ez8AyET/yDExIcsE2ObdEiAiQ8bzsQ678NkTHzYMrFvcW/8P7q9/CmqTPxjgIl/CoGJfwSC/CcgE7Oquz8lmB/jEYEYsw001oE6ChR/WAfqKMFA/Wy6XaDPGz8L2AUTSOyCI8Bd/hcgKCdYu0D9QgDwY1KMgbYLjgOHszrQLqhBYhf8SihS/CokUvzmuf22IkWMa+om/SYgUpwwXKTQeZ8gEylO8IkUXeTW9osUcYluzROz/ilSIoUugONJ1luIYECZ7x0zMBNxa52SKDN0aCbOkcjHxDkScRuHN96cnhmzTBzjmrpJuqDodXMBB1Yq71yJ8B6JMnGuRMvE3sW98Z/q9jJ3VJn41AAT5w6BiU8Fgjw3kIlZ1d3ciebHmEcgxmwDjXWg8iYCd17SgcpLMFCnoWOE3/NlBHhaIn5AJ5LYBXmAu/zpQFBOtHaBOp0A4PmkGANtF+QHDmctoF1Qm8QuOINQpDhDSKQ404oU2CadKSBSFDBcpNB5FyATKQrwiRRd5db2ixQF3V6eFVWRomBApDgrBJGiIBDkZyXKDB2aic8mZOKzhZi4kGVibJMKCTBxYcOZWOddmIyJC1sm9i3ujf8ct5fnRpWJzwkw8bkhMPE5QJCfC2RiVnX33ETzYyzCYhcUtXaBKkowUOeZbhfo88Z5AnbBJBK7oAhwlz8fCMpJ1i5Q5xMAvBiLXVAcOJx1gHbBJSR2wQWEIsUFQiJFCStSYJtUQkCkKGm4SKHzLkkmUpTkEym6ya3tFykct5fxURUpnIBIER+CSOEAQR6fKDN0aCZOIGTiBCEmTrRMjG1SogATlzKciXXepciYuJRlYt/i3vhLu70sE1UmLh1g4jIhMHFpIMjLAJmYVd0tk2h+jGVZ7IIkaxeoJIKBKme6XaDPG+UE7ILJJHZBWeAuXx4IysnWLlDlCQBegcUuSAYOZ32gXdCAxC6oSChSVBQSKSpZkQLbpEoCIkVlw0UKnXdlMpGiMp9I0V1ubb9IkeL2UkVVpEgJiBQqBJEiBQhylSgzdGgmrkLIxFWEmDjVMjG2SakCTJxmOBPrvNPImDjNMrFvcW/8Vd1eVosqE1cNMHG1EJi4KhDk1YBMzKruVks0P8bqLHZBDWsXqBoEA1XTdLtAnzdqCtgFU0jsgurAXf5CICinWLtAXUgA8FosdkFt4HA2BtoFTUjsgosIRYqLhESKi61IgW3SxQIiRR3DRQqddx0ykaIOn0iRLre2X6S4xO1l3aiKFJcERIq6IYgUlwBBXjdRZujQTFyPkInrCTFxfcvE2CbVF2DiBoYzsc67ARkTN7BM7FvcG39Dt5eNosrEDQNM3CgEJm4IBHkjIBOzqruNEs2PsTGLXdDE2gWqCcFANTXdLtDnjaYCdsFUErugMXCXvxQIyqnWLlCXEgC8GYtdcBlwOJsB7YLLQtooYq1fc2D9Fi/DrfUecC3J+rX499dPdP5aAuvXHYjfdDB+0Tci/xFuc+LXfVU475TYLqVzbiiQ92tC+3UOcP7A/qjXDJ/x93PIzPg0ghlvLJD3dJIZB/ZHIXPW/dAGRSYH1st48VvGz/ruzwbuT321yuC11u4BVP83mTVq7P6O/v8zf/fyjNdtAtIfWvZrkhO31hVAzg7L2GqUU8bYamuNLWyT2goYW1cabmzpvK8UMrYkyOkKAWWtXeL/ZqO+KuN92//JRn2VZ6O+OuN1h2x+t6H7u1e7v6s3gmsyXncU3tSRc30tcFP//9S/U8b7Xvcn9e/kqX/njNdd/qT+nT3175rxuls2v9vI/d2u7u/qGLtnvE53eyWx91wjgJdZht/E6nnqLpD3bBJh7XognoC9VrNJnmO+4Z/vbSmBtUK7ybwBzGGZVw97k4ltUg+Bm8wbDb/J1HnfKHSTmXlJ1jQlxiv49BRataiZ8QZIN6VDfFxcC+F+xbi2Cv6Dt743ubHf/Dee7joRd/IMBZ/uOhH31093ZbfO/+zpLl2ABZ5kb/YMRzAg1HvfBNyEev7JWjWqd++SXj0ttXNKWnqXjHWqpXdP7VylpkqvkZqxfGqa6tK5e0q3tC7Vq6VVq5FePbTnl3sKMfAtloGxTbpFgIF7Gc7AOu9eIck8seZ/sxsret05hj5AFYwTOUu3Au8K5oD9DL2J6fjqumuiZz7zrgg9R28bLn9k3r2h837HTPnjpCM38kbkZuBa80ge4ATOtwLOjJpHIh/1JpSPegvdvN5mb16xTbpN4Oa1j+E3rzrvPkQepUSsQQkp80LHf3MMG0G67+oemtxzu1vvvn9D7qmXTe2Cck+9uL+We7Jb5y/lHolhA631xx357YlZyeZwi1o3zn+h7ziAeai+wM3sDhgY0tMz63mH4IlH1/FmgTv/hWY9rXnSXZLO+3aBvBcZ/pSqzruvQN6LDT2pBAkGuW94ZzzW+r1HctIDzrcCzoySql8OME5uB3JNP6BSp9eQ4JZ+iTJ7GLLXEiri1fH4vFcQqIjXCOS9kuQhqjuBeAT2Wq00fG40Xm4SmJs1BHi5WSDvtSR46Q/EC7DXai0BXgYIzM06ArzcLZD3ehK83AXEC7DXaj0BXkYIzM0GArw8LJD3RhK8DADiBdhrtZEAL+MF5mYTAV6eEch7Mwle7gbiBdhrtZkAL68KzM0WAry8JpD3VhK8DATiBdhrtZUAL/ME5mYbAV7mC+S9nQQv9wDxAuy12k6AlzUCc7OLAC9rBfLeTYKXQUC8AHutdhPgZYvA3OwhwMtWgbz3kuDlXiBegL1Wewnwsk9gbvYR4GW/QN77SfAyGIgXYK/VfgK8HBOYmwMEeDkukPdBErzcB8QLsNfqIAFe8iXg5+YQAV7yC+R9mAQvQ4B4AfZaHSbASzGBuTlCgJfiAnkfJcHL/UC8AHutjhLgpYLA3BwjwEuyQN7HSfAyFIgXYK/VcQK81BKYmxMEeKktkHfcCg68PADEC7DXCl0/Cbw0E5ibnIbnrfFymUDeuUjwMgyIF2CvVS4CvHQQmJs8BHi5RiDvvCR4eRCIF2CvVV4CvNwkMDf5CPBys0De+UnwMhyIF2CvVX4CvAwQmJsCBHi5WyDvgiR4eQiIF2CvVUECvIwQmJtCBHh5WCDvwiR4GQHEC7DXqjABXsYLzE0RArw8I5B3URK8PAzEC7DXqigBXl4VmJtiBHh5TSDv4iR4GQnEC7DXqjgBXuYJzE1JArzMF8jbIcHLI0C8AHutHAK8rBGYm0QCvKwVyLsUCV5GAfEC7LUqRYCXLQJzU5YAL1sF8k4iwcujQLwAe62SCPCyT2BuKhDgZb9A3skkeBkNxAuw1yqZAC/HBOamMgFejgvknUKCl8eAeAH2WqUQ4CWfwN/BTSXAS36BvNNI8DIGiBdgr1UaAV6KCcxNdQK8FBfIuwYJXh4H4gXYa1WDAC8VBOamFgFekgXyrk2Cl7FAvAB7rWoT4KWWwNzUIcBLbYG8LyHByxNAvAB7rS4hwEszgbmpz/D5F4G8G5Dg5UkgXoC9Vsj66S/9ezfjf467nv4OD/29BPpvreu/H63/Jq7+O5/6bxfqv8em/8aU/rs5+m+B6L9voD+zrT+Hqj9bpz8vpD8DoZ/r1s+q6ufv9DNF+jkJ7f1qP0tr9Fp31FqKPh/qe17N43pv0vX2Xui5eypRZu7QcY4Dzp3u74K4rO9x0jUYJ1znpxNxa+X0xPdnMafEdqmngbPhjXe8p9b223xjXFM3aXwift1ngAMrlfczifAeiX2br0SseoC9wMkBjlvf5DVPxN48tRDqWfBCxeyt77Nu7M95cvhv3xAc7/nvTvH8PMXTq/i4v/6G4OzW+Vd8Q7AupuMp3HOJJ++8Oc3NQz0H3CAnJOLrO+Fv1DPWuJ8Hbg5vA/96xDsE37j7rMApsvEK8/N+TiDvJoarBjrv5wXybhqSapAS26WAc6mAvVZS9UP3eSLh6XGi0OnxBXt6xDbpBYHT4yTDT48670lEp0eJWO3p8fcrLpsLFbO3vi+6sU+2p8d/fmUW6sXA6XEy2elxMnCDfEng9PhSCKfHKfb0+I9PUS8KnCaaE5weJwvk3YLg9DhFIO+WJKdH4FwqYK8Vsn6a9BfEnXyh+4OezcmJ5sf4spDHDQfkVCAhsg7UVIKBegUdIzpArS2/IsAYbUgY42Xg3fWrQFC2IbjTeFVgbl5LxDLlu3EnX8i6StT2NYKN7XXTN7YmGQN6ucCAtjUcmFdk5Hy9QN5Xkjx2+gZwEwb2WknVLwe4fl7pKta1pgF7IYEVKRKbnmg+eb8hkHd7w/dGTVrTBPK+mmRvnAHEI7DX6uoVNDd9fxi76NmcTnDTNyNRZs7hgJwZ+6muiruWCuspiJlCT0HMsk9BYJs0S+ApiNmGPwWh854t7KhL1jQlxiuMJyCaxmOfgGiJ75cP0KC1VeYLb33fdGN/6288AZEQd/IMBZ+ASIj76ycgslvnL5+AABXhj2JkJvdmYlaAOdxCOIHgUO+ZOXxoFu5I8AndlgLHgWvNPg78cWfzJpB03gKu1YnEOwDOtwLOjALWz7fho3EyR+g4gY5zLvDYrElsYVwWmegazE2Mi5OM/23CZ8LfFjoNvWNPQ9gmvSNwGppn+GlI5z2P7DQ0T/A0JDSzoT1vPd/t5bumP2+NLkJmcvMDz0i/mxh30oU2muYDQf4uyZ3EAkImXiDExAstE2ObtFCAiRcZzsQ670VkTLzIMrH38jHxYreX70WViRcHmPi9EJh4MRDk74Gf31t4cvrG26TvJZof4xIWK3cp+El3xoFaSjBQy0x/IFSfN5YJqP1dSdTqJcBdfjkQlF15Hv4RA89yAoCvkGIM9O0M8gnWleAnWDMv9JN9q4BxrgB+QHrlcpmhQW/iqwmFmdVCwswaK8xgm7RGQJhZa7gwo/NeSybMrOUTZiQeyPpjbW/877u9/CCqwsz7AWHmgxCEmfeBIP9A6E4GzcTrCJl4nRATr7dMjG3SegEm/tBwJtZ5f0jGxB9aJvat7Y3/I7eXG6LKxB8FmHhDCEz8ERDkG6yirYA1EItxI4tF8rEdKPUxwUB9YrpFos8bnwhYJN1JLJKNwF1+ExCU3a1FojYRAHyzFGOg7YJPgcO5BmgXrCWxCz4jFCk+ExIptliRAtukLQIixVbDRQqd91YykWIrn0hRRXBtn0jxudvLL6IqUnweECm+CEGk+BwI8i8SZYYOzcTbCJl4mxATb7dMjG3SdgEm3mE4E+u8d5Ax8Q7LxN7Lx8Q73V7uiioT7www8a4QmHgnEOS7gEzMqu4CayAW424Wu+BLaxeoLwkG6ivT7QJ93vhKwC64nsQu2A3c5fcAQXm9tQvUHgKA72WxC74GDuc6oF2wnsQu+IZQpPhGSKTYZ0UKbJP2CYgU+w0XKXTe+8lEiv18IkWq4No+keJbt5ffRVWk+DYgUnwXgkjxLRDk3yXKDB2aiQ8QMvEBISY+aJkY26SDAkz8veFMrPP+noyJv7dM7L18TPyD28tDUWXiHwJMfCgEJv4BCPJDQCZmVXeBNRCL8TCLXfCjtQvUjwQD9ZPpdoE+b/wkYBf0ILELDgN3+SNAUPawdoE6QgDwoyx2wc/A4dwAtAs2ktgFvxCKFL8IiRTHrEiBbdIxAZHiuOEihc77OJlIcZxPpEgTXNsnUvzq9vK3qIoUvwZEit9CECl+BYL8t0SZoUMz8QlCJj4hxMRxpbJeWiaOcU3dJF1Q9LqnlDKbiXXep5SC90iUib01TYnx+rcxcQ63lzk9PY0UE+sCOJ5kvYUIBpT53rECMwcQ5Dlxw53Gqu4CayAWYy6BGLMNNNaBOrUUMGnSgTqVYKByo2NEB6jPG7lL4Qf0JhK7IBdwl88DBOVN1i5QeQgAnleKMdB2wWnA4dwEtAs2k9gFpyNvB+PCESlOBw6nN958VqTANimfgEiR33CRQuedn0ykyM8nUlQVXNsnUpzh9vLMqIoUZwREijNDECnOAIL8zFIyQ4dm4gKETFxAiIkLWibGNqmgABOfZTgT67zPImPisywTey8fE5/t9rJQVJn47AATFwqBic8GgrwQkIlZ1V1gDcRiLMxiF5xj7QJ1DsFAnWu6XaDPG+cK2AU9SeyCwsBdvggQlD2tXaCKEAC8KItdcB5wOLcA7YKtJHbB+YQixflCIkUxK1Jgm1RMQKQobrhIofMuTiZSFOcTKaoJru0TKS5we1kiqiLFBQGRokQIIsUFQJCXKCUzdGgmLknIxCWFmNixTIxtkiPAxPGGM7HOO56MieMtE3svHxMnuL1MjCoTJwSYODEEJk4AgjwRyMSs6i6wBmIxlmKxC0pbu0CVJhioMqbbBfq8UUbALuhFYheUAu7yZYGg7GXtAlWWAOBJLHZBOeBwbgPaBdtJ7ILyhCJFeSGRooIVKbBNqiAgUiQbLlLovJPJRIpkPpGiuuDaPpGiotvLSlEVKSoGRIpKIYgUFYEgr1RKZujQTFyZkIkrCzFximVibJNSBJhYGc7EOm9FxsTKMrH38jFxFbeXqVFl4ioBJk4NgYmrAEGeCmRiVnUXWAOxGNNY7IKq1i5QVQkGqprpdoE+b1QTsAt6k9gFacBdvjoQlL2tXaCqEwC8BotdUBM4nLuAdsFuErvgQkKR4kIhkaKWFSmwTaolIFLUNlyk0HnXJhMpavOJFDUE1/aJFBe5vbw4qiLFRQGR4uIQRIqLgCC/uJTM0KGZuA4hE9cRYuJLLBODmyTAxHUNZ2Kdd10yJq5rmdh7+Zi4ntvL+lFl4noBJq4fAhPXA4K8PpCJWdVdYA3EYmzAYhc0tHaBakgwUI1Mtwv0eaORgF3Qh8QuaADc5RsDQdnH2gWqMQHAm7DYBU2Bw7kHaBfsJbELLiUUKS4VEimaWZEC26RmAiLFZYaLFDrvy8hEisv4RIqagmv7RIrmbi9bRFWkaB4QKVqEIFI0B4K8RSmZoUMzcUtCJm4pxMStLBNjm9RKgIlbG87EOu/WZEzc2jKx9/Ix8eVuL9tElYkvDzBxmxCY+HIgyNsAmZhV3QXWQCzGK1jsgrbWLlBtCQbqStPtAn3euFLALuhLYhdcAdzl2wFB2dfaBaodAcCvYrEL2gOHcx/QLthPYhdcTShSXC0kUnSwIgW2SR0ERIprDBcpdN7XkIkU1/CJFJ0F1/aJFB3dXl4bVZGiY0CkuDYEkaIjEOTXlpIZOjQTdyJk4k5CTHydZWJsk64TYOLOhjOxzrszGRN3tkzsvXxM3MXtZdeoMnGXABN3DYGJuwBB3hXIxKzqLrAGYjF2Y7ELulu7QHUnGKh00+0Cfd5IF7AL+pHYBd2Au/z1QFD2s3aBup4A4Dew2AU9gMN5AGgXHCSxC24kFCluFBIpbrIiBbZJNwmIFDcbLlLovG8mEylu5hMpugiu7RMperq9vCWqIkXPgEhxSwgiRU8gyG8pJTN0aCbuRcjEvYSY+FbLxNgm3SrAxL0NZ2Kdd28yJu5tmdh7+Zj4NreXfaLKxLcFmLhPCEx8GxDkfYBMzKruAmsgFuPtLHZBX2sXqL4EA3WH6XaBPm/cIWAX9CexC24H7vL9gKDsb+0C1Y8A4Hey2AX9gcN5CGgXHCaxC+4iFCnuEhIpBliRAtukAQIixd2GixQ677vJRIq7+USKroJr+0SKgW4v74mqSDEwIFLcE4JIMRAI8ntKyQwdmokHETLxICEmvtcyMbZJ9wow8WDDmVjnPZiMiQdbJvZePia+z+3lkKgy8X0BJh4SAhPfBwT5ECATs6q7wBqIxXg/i10w1NoFaijBQD1gul2gzxsPCNgFA0jsgvuBu/wwICgHWLtADSMA+IMsdsFw4HAeAdoFR0nsgocIRYqHhESKEVakwDZphIBI8bDhIoXO+2EykeJhPpGim+DaPpFipNvLR6IqUowMiBSPhCBSjASC/JFSMkOHZuJRhEw8SoiJH7VMjG3SowJMPNpwJtZ5jyZj4tGWib2Xj4kfc3s5JqpM/FiAiceEwMSPAUE+BsjErOousAZiMT7OYheMtXaBGkswUE+Ybhfo88YTAnbBQBK74HHgLv8kEJQDrV2gniQA+FMsdsE44HAeA9oFx0nsgqcJRYqnhUSK8VakwDZpvIBI8YzhIoXO+xkykeIZPpGiu+DaPpHiWbeXz0VVpHg2IFI8F4JI8SwQ5M+Vkhk6NBNPIGTiCUJM/LxlYmyTnhdg4omGM7HOeyIZE0+0TOy9fEz8gtvLSVFl4hcCTDwpBCZ+AQjySUAmZlV3gTUQi/FFFrtgsrUL1GSCgXrJdLtAnzdeErALBpHYBS8Cd/kpQFAOsnaBmkIA8JdZ7IKpwOE8AbQL4oQ2CvSG9gqhSPGKkEjxqhUpsE16VUCkeM1wkULn/RqZSPEan0iRLri2T6R43e3lG1EVKV4PiBRvhCBSvA4E+RulZIYOzcTTCJl4mhATT7dMjG3SdAEmnmE4E+u8Z5Ax8QzLxN7Lx8Qz3V7OiioTzwww8awQmHgmEOSzgEzMqu4CayAW42wWu+BNaxeoNwkG6i3T7QJ93nhLwC4YTGIXzAbu8nOAoBxs7QI1hwDgc1nsgreBw5lzBZB9SOyCdwhFineERIp5VqTANmmegEgx33CRQuc9n0ykmE8nUqgUubX9IsW7bi8XRFWkeDcgUiwIQaR4FwjyBaVkhg7NxAsJmXihEBMvskyMbdIiASZebDgT67wXkzHxYsvEvsW98b/n9nJJVJn4vQATLwmBid8DgnwJkIlZ1d0lpcyPcSmLXbDM2gVqGcFALTfdLtDnjeUCdsEQErtgKXCXXwEE5RBrF6gVBABfyWIXrAIOZx6gXZCXxC5YTShSrBYSKdZYkQLbpDUCIsVaw0UKnfdaMpFiLZ9IoeTW9osU77u9/CCqIsX7AZHigxBEiveBIP+glMzQoZl4HSETrxNi4vWWibFNWi/AxB8azsQ67w/JmPhDy8S+xb3xf+T2ckNUmfijABNvCIGJPwKCfAOQiVnV3Q2lzI9xI4td8LG1C9THBAP1iel2gT5vfCJgFwwlsQs2Anf5TUBQDrV2gdpEAPDNLHbBp8DhzAe0C/KT2AWfEYoUnwmJFFusSIFt0hYBkWKr4SKFznsrmUixlU+kqCK3tl+k+Nzt5RdRFSk+D4gUX4QgUnwOBPkXpWSGDs3E2wiZeJsQE2+3TIxt0nYBJt5hOBPrvHeQMfEOy8S+xb3x73R7uSuqTLwzwMS7QmDinUCQ7wIyMau6u6uU+THuZrELvrR2gfqSYKC+Mt0u0OeNrwTsgmEkdsFu4C6/BwjKYdYuUHsIAL6XxS74GjicBYB2QUESu+AbQpHiGyGRYp8VKbBN2icgUuw3XKTQee8nEyn284kUqXJr+0WKb91efhdVkeLbgEjxXQgixbdAkH9XSmbo0Ex8gJCJDwgx8UHLxNgmHRRg4u8NZ2Kd9/dkTPy9ZWLf4t74f3B7eSiqTPxDgIkPhcDEPwBBfgjIxKzq7qFS5sd4mMUu+NHaBepHgoH6yXS7QJ83fhKwC4aT2AWHgbv8ESAoh1u7QB0hAPhRFrvgZ+BwFgLaBYVJ7IJfCEWKX4REimNWpMA26ZiASHHccJFC532cTKQ4zidSpMmt7RcpfnV7+VtURYpfAyLFbyGIFL8CQf5bKZmhQzPxCUImPiHExHGls15aJo5xTd0kXVD0uqeUNpuJdd6nlIb3SJSJvTVNifH6tzFxDreXOT09jRQT6wI4nmS9hQgGlPnesQIzBxDkOUvjho5V3c1Z2vwYcwnEmG2gsQ7UqaWBSZMO1KkEA5UbHSM6QH3eyF0aP6AjSOyCXMBdPg8QlCOsXaDyEAA8rxRjoO2C04DDWQRoFxQlsQtOR94OxoUjUpwOHE5vvPmsSIFtUj4BkSK/4SKFzjs/mUiRn0+kqCq3tl+kOMPt5ZlRFSnOCIgUZ4YgUpwBBPmZpWWGDs3EBQiZuIAQExe0TIxtUkEBJj7LcCbWeZ9FxsRnWSb2Le6N/2y3l4WiysRnB5i4UAhMfDYQ5IWATMyq7hYqbX6MhVnsgnOsXaDOIRioc023C/R541wBu2AkiV1QGLjLFwGCcqS1C1QRAoAXZbELzgMOZzGgXVCcxC44n1CkOF9IpChmRQpsk4oJiBTFDRcpdN7FyUSK4nwiRTW5tf0ixQVuL0tEVaS4ICBSlAhBpLgACPISpWWGDs3EJQmZuKQQEzuWibFNcgSYON5wJtZ5x5MxcbxlYt/i3vgT3F4mRpWJEwJMnBgCEycAQZ4IZGJWdTextPkxlmKxC0pbu0CVJhioMqbbBfq8UUbALhhFYheUAu7yZYGgHGXtAlWWAOBJLHZBOeBwlgTaBQ6JXVCeUKQoLyRSVLAiBbZJFQREimTDRQqddzKZSJHMJ1JUl1vbL1JUdHtZKaoiRcWASFEpBJGiIhDklUrLDB2aiSsTMnFlISZOsUyMbVKKABMrw5lY563ImFhZJvYt7o2/itvL1KgycZUAE6eGwMRVgCBPBTIxq7qbWtr8GNNY7IKq1i5QVQkGqprpdoE+b1QTsAtGk9gFacBdvjoQlKOtXaCqEwC8BotdUBM4nIlAu6AUiV1wIaFIcaGQSFHLihTYJtUSEClqGy5S6Lxrk4kUtflEihpya/tFiovcXl4cVZHiooBIcXEIIsVFQJBfXFpm6NBMXIeQiesIMfEllonBTRJg4rqGM7HOuy4ZE9e1TOxb3Bt/PbeX9aPKxPUCTFw/BCauBwR5fSATs6q79UubH2MDFrugobULVEOCgWpkul2gzxuNBOyCMSR2QQPgLt8YCMox1i5QjQkA3oTFLmgKHM6yQLsgicQuuJRQpLhUSKRoZkUKbJOaCYgUlxkuUui8LyMTKS7jEylqyq3tFymau71sEVWRonlApGgRgkjRHAjyFqVlhg7NxC0JmbilEBO3skyMbVIrASZubTgT67xbkzFxa8vEvsW98V/u9rJNVJn48gATtwmBiS8HgrwNkIlZ1d02pc2P8QoWu6CttQtUW4KButJ0u0CfN64UsAvGktgFVwB3+XZAUI61doFqRwDwq1jsgvbA4awAtAuSSeyCqwlFiquFRIoOVqTANqmDgEhxjeEihc77GjKR4ho+kaKz3Np+kaKj28troypSdAyIFNeGIFJ0BIL82tIyQ4dm4k6ETNxJiImvs0yMbdJ1Akzc2XAm1nl3JmPizpaJfYt74+/i9rJrVJm4S4CJu4bAxF2AIO8KZGJWdbdrafNj7MZiF3S3doHqTjBQ6abbBfq8kS5gFzxJYhd0A+7y1wNB+aS1C9T1BAC/gcUu6AEczspAuyCFxC64kVCkuFFIpLjJihTYJt0kIFLcbLhIofO+mUykuJlPpOgit7ZfpOjp9vKWqIoUPQMixS0hiBQ9gSC/pbTM0KGZuBchE/cSYuJbLRNjm3SrABP3NpyJdd69yZi4t2Vi3+Le+G9ze9knqkx8W4CJ+4TAxLcBQd4HyMSs6m6f0ubHeDuLXdDX2gWqL8FA3WG6XaDPG3cI2AXjSOyC24G7fD8gKMdZu0D1IwD4nSx2QX/gcKYC7YI0ErvgLkKR4i4hkWKAFSmwTRogIFLcbbhIofO+m0ykuJtPpOgqt7ZfpBjo9vKeqIoUAwMixT0hiBQDgSC/p7TM0KGZeBAhEw8SYuJ7LRNjm3SvABMPNpyJdd6DyZh4sGVi3+Le+O9zezkkqkx8X4CJh4TAxPcBQT4EyMSs6u6Q0ubHeD+LXTDU2gVqKMFAPWC6XaDPGw8I2AXjSeyC+4G7/DAgKMdbu0ANIwD4gyx2wXDgcFYH2gU1SOyChwhFioeERIoRVqTANmmEgEjxsOEihc77YTKR4mE+kaKb3Np+kWKk28tHoipSjAyIFI+EIFKMBIL8kdIyQ4dm4lGETDxKiIkftUyMbdKjAkw82nAm1nmPJmPi0ZaJfYt743/M7eWYqDLxYwEmHhMCEz8GBPkYIBOzqrtjSpsf4+MsdsFYaxeosQQD9YTpdoE+bzwhYBc8S2IXPA7c5Z8EgvJZaxeoJwkA/hSLXTAOOJy1gHZBbRK74GlCkeJpIZFivBUpsE0aLyBSPGO4SKHzfoZMpHiGT6ToLre2X6R41u3lc1EVKZ4NiBTPhSBSPAsE+XOlZYYOzcQTCJl4ghATP2+ZGNuk5wWYeKLhTKzznkjGxBMtE/sW98b/gtvLSVFl4hcCTDwpBCZ+AQjySUAmZlV3J5U2P8YXWeyCydYuUJMJBuol0+0Cfd54ScAumEBiF7wI3OWnAEE5wdoFagoBwF9msQumAoezDtAuuITELniFUKR4RUikeNWKFNgmvSogUrxmuEih836NTKR4jU+kSJdb2y9SvO728o2oihSvB0SKN0IQKV4HgvyN0jJDh2biaYRMPE2IiadbJsY2aboAE88wnIl13jPImHiGZWLf4t74Z7q9nBVVJp4ZYOJZITDxTCDIZwGZmFXdnVXa/Bhns9gFb1q7QL1JMFBvmW4X6PPGWwJ2wUQSu2A2cJefAwTlRGsXqDkEAJ/LYhe8DRzO+kC7oEFIG0Ws9XsHWL+3l+PWege4lmT95v376yc6f/OB9esIxO+1YPyib0T0sbBpTvy6k4TzTontUjrn5gJ5vyi0X+cA5w/sj3rR8Bl/P4fMjE8hmPGWAnm/TDLjwP4oZM66H9qgyOTASzNe/Jbxs5n78zL3p77ezeC1Be4BNLenRi3d39H/f+bvLsx4vSgg/aFlv1Y5cWstBnJ2WMZWi5wyxtZ71tjCNuk9AWNrieHGls57iZCxJUFOiwWUtaWl/zcb9bKM913+Jxv1Ms9GvSLj9cpsfre5+7sr3N/VG8GqjNerhTd15FyvAW7q/5/6r8143/f/pP5rPfX/IOP1uj+p/wee+q/PeP1hNr/bwv3d9e7v6hg/yni9we2VxN6zSgAvrxp+E6vn6SOBvF8jEdY2AvEE7LV6jeQ55o//+d6WElgrtJvMj4WenvrE3mRim/SJwE3mJsNvMnXem8ientok+PQUWrWom/EGSDdlZWJc3DzhfsW4tgr+g7e+m93YP/0bT3ediDt5hoJPd52I++unu7Jb53/2dJcuwAJPsp96hiMYEOq9NwM3oc/+ZK0a1bt3Sa+elto5JS29S8Y61dK7p3auUlOl10jNWD41TXXp3D2lW1qX6tXSqtVIrx7a88ufCTHwFsvA2CZtEWDgrYYzsM57a0gyT6z5f+rGCv9QhKEPUAXjRM7S58C7gmlgP0NvYjq+uu6a6JnPvCtCz9EMw+WPzLs3dN4zzZQ/TjpyI29EPkU+sk7yACdwvhVwZtQsEvnoC0L56Auhm9dt9uYV26RtAjev2w2/edV5byfyKCVi/W8fwEPH/2kMG0G67+oemtyzw633zr8h99TLpnZBuade3F/LPdmt85dyj8Swgdb64458R+msZHO4Ra0b57/QdxzAPNRO4Ga2CwaG9PTMeu4SPPHoOn4qcOc/x6ynNU+6S9J57xDIe67hT6nqvHcK5P22oSeVIMEg9w3vjMf8yRaSkx5wvhVwZtQ7IT0tHGufdwC5ZjdQqdNrSHDL7tIyexiy1xIq4opEfN4LCVTEVQJ5LyJ5iOpLIB6BvVaLDJ8bjZfNAnOzhAAvnwrkvZQEL18B8QLstVpKgJe9AnOzggAvXwvkvZIEL3uAeAH2Wq0kwMtRgblZQ4CXnwXyXkuCl71AvAB7rdYS4CVvKfzcrCPAy2kCea8nwcvXQLwAe63WE+ClqMDcbCDAy3kCeW8kwcs3QLwAe602EuAlSWBuNhHgpZxA3ptJ8LIPiBdgr9VmArzUEJibLQR4qSmQ91YSvOwH4gXYa7WVAC9NBOZmGwFemgrkvZ0EL98C8QLstdpOgJerBOZmFwFe2gvkvZsEL98B8QLstdpNgJcbBOZmDwFeegjkvZcELweAeAH2Wu0lwMudAnOzjwAv/QXy3k+Cl4NAvAB7rfYT4OVBgbk5QICX4QJ5HyTBy/dAvAB7rQ4S4OUpgbk5RICXcQJ5HybByw9AvAB7rQ4T4OVlgbk5QoCXqQJ5HyXByyEgXoC9VkcJ8DJXYG6OEeDlbYG8j5Pg5TAQL8Beq+MEeFkpMDcnGD7/IpB33EoOvPwIxAuw1wpdP5HPvwjMTU7D8/7P518E8s5FgpefkN9MgstZ5SLAy16BuclDgJevBfLOS4KXI0C8AHut8hLg5ajA3OQjwMvPAnnnJ8HLUSBegL1W+Qnwklfg7xYUIMDLaQJ5FyTBy89AvAB7rQoS4KWowNwUIsDLeQJ5FybByy9AvAB7rQoT4CVJYG6KEOClnEDeRUnwcgyIF2CvVVECvNQQmJtiBHipKZB3cRK8HAfiBdhrVZwAL00E5qYkAV6aCuTtkODlVyBegL1WDgFerhKYm0QCvLQXyLsUCV5+A+IF2GtVigAvNwjMTVkCvPQQyDuJBC8ngHgB9lolEeDlToG5qUCAl/4CeSeT4CWuDK6WwF6rZAK8PCgwN5UJ8DJcIO8UErycAsQLsNcqhQAvTwnMTSoBXsYJ5J1GgpccQLwAe63SCPDyssDcVCfAy1SBvGuQ4CUnEC/AXqsaBHiZKzA3tQjw8rZA3rVJ8JILiBdgrxWyfqdmrLEq43+Ou57+Dg/9vQT6b63rvx+t/yau/juf+m8X6r/Hpv/GlP67Ofpvgei/b6A/s60/h6o/W6c/L6Q/A6Gf69bPqurn7/QzRfo5Ce39aj9La/Rad9Raij4f6ntezeN6b9L19l7ouTu1jMzcoePMDZw73d/VcVnf46RrkFu4znnKADnLE9+fxZwS26XyAGfDG29eT63tt/nGuKZuki4oet3TgAMrlfdpZeA9Evs2X4lYg9/mmwMct77Je6c09uZpntA3MAcvVMze+p7u9jCfp5f/7RuC4z3/3Smen6d4ehUf99ffEJzdOv+KbwjWxXQ8hctX5uSd1+RvCM4H3CDzl8HXN//fqGescZ8BvCubAfx070yCb9w9vQx+3Torzc87n0DelxiuGui8zxDIu25IqkFKbJcCzqUC9lpJ1Q/d5zMJT49nCp0eC9jTI7ZJBQROjwUNPz3qvAsSnR4L2tMj/enxLLeHZ9vT4z+/Mgt1VuD0eDbZ6fFs4AZZSOD0WCiE02Nhe3r8x6eoswROEw0JTo9nC+TdiOD0WFgg78Ykp0fgXCpgrxWyfpr0V8edfKH7g57Ns8uYH+M5Qh43HJDnAgmRdaDOJRioIugY0QFqbbmIAGM0I2GMc4B310WBoGxGcKdRVGBuziuDZcpVcSdfyLpK1PY8go3tfNM3tlYZA7pQ4PHL5oYDc3FGzhsF8m5B8thpMeAmDOy1kqpfDnD9vNJVzH8qBtgLCaxIkdgFZcwn72ICebc2fG/UpFVcIO/LSfbGEkA8AnutLl9Jc9P3h7GLns0LCG76SpSRmXP835qK/VRXxV1LhfUUREmhpyAc+xQEtkmOwFMQ8YY/BaHzjhd6CiLzkqxpSoxXGE9AvJWIfQJiPv4JCB+gQWurzBfe+ia4s5b4N56ASIg7eYaCT0AkxP31ExDZrfOXT0CAivBHMTKTSyiTFWAOtxBOIDjUe2YOH5qF2xJ8Qne+gFRypdnHgT/ubBKApJMIXKsdiXcAnG8FnBkFrJ9vw0fjpBTJJ4pLgz9RvCYui0x0DUoLf6K4DOEz4WWETkNl7WkI26SyAqehJMNPQzrvJLLTUJLgaUhoZkN73rqc28vypj9vjS5CZnLlAs9Ily8Td9KFNprKAUFenuROogIhE1cQYuJky8TYJiULMHFFw5lY512RjIkrWib2Xj4mruT2snJUmbhSgIkrh8DElYAgrwx+fm/Nyekbb5NWLmN+jCksVq4CP+nOOFCKYKCqmP5AqD5vVBF4+KcDiVqdAtzlU4Gg7MDz8I8YeFIJAJ4mxRjo2xnkE6xVwU+wZl7oJ/uqAeNcCPyA9KIVMkOD3sSrEwoz1YWEmRpWmME2qYaAMFPTcGFG512TTJipySfMSDyQ9cfa3vgvdHtZK6rCzIUBYaZWCMLMhUCQ1xK6k0EzcW1CJq4txMQXWSbGNukiASa+2HAm1nlfTMbEF1sm9q3tjb+O28tLosrEdQJMfEkITFwHCPJLrKKtgDUQi7Eui0VSzw6UqkcwUPVNt0j0eaO+gEXSkcQiqQvc5RsAQdnRWiSqAQHAG0oxBtouaAQcziVAu2ApiV3QmFCkaCwkUjSxIgW2SU0ERIqmhosUOu+mZCJFUz6Roorg2j6R4lK3l82iKlJcGhApmoUgUlwKBHmzMjJDh2biywiZ+DIhJm5umRjbpOYCTNzCcCbWebcgY+IWlom9l4+JW7q9bBVVJm4ZYOJWITBxSyDIWwGZmFXdBdZALMbWLHbB5dYuUJcTDFQb0+0Cfd5oI2AXdCKxC1oDd/krgKDsZO0CdQUBwNuy2AVXAodzBdAuWEliF7QjFCnaCYkUV1mRAtukqwREivaGixQ67/ZkIkV7PpEiVXBtn0hxtdvLDlEVKa4OiBQdQhAprgaCvEMZmaFDM/E1hEx8jRATd7RMjG1SRwEmvtZwJtZ5X0vGxNdaJvZePibu5PbyuqgycacAE18XAhN3AoL8OiATs6q7wBqIxdiZxS7oYu0C1YVgoLqabhfo80ZXAbugM4ld0Bm4y3cDgrKztQtUNwKAd2exC9KBw7kGaBesJbELricUKa4XEilusCIFtkk3CIgUPQwXKXTePchEih58IkWa4No+keJGt5c3RVWkuDEgUtwUgkhxIxDkN5WRGTo0E99MyMQ3CzFxT8vE2Cb1FGDiWwxnYp33LWRMfItlYu/lY+Jebi9vjSoT9wow8a0hMHEvIMhvBTIxq7oLrIFYjL1Z7ILbrF2gbiMYqD6m2wX6vNFHwC7oSmIX9Abu8rcDQdnV2gXqdgKA92WxC+4ADuc6oF2wnsQu6EcoUvQTEinutCIFtkl3CogU/Q0XKXTe/clEiv58IkVVwbV9IsVdbi8HRFWkuCsgUgwIQaS4CwjyAWVkhg7NxHcTMvHdQkw80DIxtkkDBZj4HsOZWOd9DxkT32OZ2Hv5mHiQ28t7o8rEgwJMfG8ITDwICPJ7gUzMqu4CayAW42AWu+A+axeo+wgGaojpdoE+bwwRsAu6k9gFg4G7/P1AUHa3doG6nwDgQ1nsggeAw7kBaBdsJLELhhGKFMOERIoHrUiBbdKDAiLFcMNFCp33cDKRYjifSFFNcG2fSPGQ28sRURUpHgqIFCNCECkeAoJ8RBmZoUMz8cOETPywEBOPtEyMbdJIASZ+xHAm1nk/QsbEj1gm9l4+Jh7l9vLRqDLxqAATPxoCE48CgvxRIBOzqrvAGojFOJrFLnjM2gXqMYKBGmO6XaDPG2ME7ILrSeyC0cBd/nEgKK+3doF6nADgY1nsgieAw7kJaBdsJrELniQUKZ4UEimesiIFtklPCYgU4wwXKXTe48hEinF8IkV1wbV9IsXTbi/HR1WkeDogUowPQaR4Ggjy8WVkhg7NxM8QMvEzQkz8rGVibJOeFWDi5wxnYp33c2RM/JxlYu/lY+IJbi+fjyoTTwgw8fMhMPEEIMifBzIxq7oLrIFYjBNZ7IIXrF2gXiAYqEmm2wX6vDFJwC7oQWIXTATu8i8CQdnD2gXqRQKAT2axC14CDucWoF2wlcQumEIoUkwREiletiIFtkkvC4gUUw0XKXTeU8lEiql8IkUNwbV9IsUrbi9fjapI8UpApHg1BJHiFSDIXy0jM3RoJn6NkIlfE2Li1y0TY5v0ugATv2E4E+u83yBj4jcsE3svHxNPc3s5PapMPC3AxNNDYOJpQJBPBzIxq7oLrIFYjDNY7IKZ1i5QMwkGapbpdoE+b8wSsAtuIrELZgB3+dlAUN5k7QI1mwDgb7LYBW8Bh3Mb0C7YTmIXzCEUKeYIiRRzrUiBbdJcAZHibcNFCp3322Qixdt8IkVNwbV9IsU7bi/nRVWkeCcgUswLQaR4BwjyeWVkhg7NxPMJmXi+EBO/a5kY26R3BZh4geFMrPNeQMbECywTey8fEy90e7koqky8MMDEi0Jg4oVAkC8CMjGrugusgViMi1nsgvesXaDeIxioJabbBfq8sUTALuhJYhcsBu7yS4Gg7GntArWUAODLWOyC5cDh3AW0C3aT2AUrCEWKFUIixUorUmCbtFJApFhluEih815FJlKs4hMpOguu7RMpVru9XBNVkWJ1QKRYE4JIsRoI8jVlZIYOzcRrCZl4rRATv2+ZGNuk9wWY+APDmVjn/QEZE39gmdh7+Zh4ndvL9VFl4nUBJl4fAhOvA4J8PZCJWdVdYA3EYvyQxS74yNoF6iOCgdpgul2gzxsbBOyCXiR2wYfAXX4jEJS9rF2gNhIA/GMWu+AT4HDuAdoFe0nsgk2EIsUmIZFisxUpsE3aLCBSfGq4SKHz/pRMpPiUT6ToIri2T6T4zO3llqiKFJ8FRIotIYgUnwFBvqWMzNChmXgrIRNvFWLizy0TY5v0uQATf2E4E+u8vyBj4i8sE3svHxNvc3u5PapMvC3AxNtDYOJtQJBvBzIxq7oLrIFYjDtY7IKd1i5QOwkGapfpdoE+b+wSsAt6k9gFO4C7/G4gKHtbu0DtJgD4lyx2wVfA4dwHtAv2k9gFewhFij1CIsVeK1Jgm7RXQKT42nCRQuf9NZlI8TWfSNFVcG2fSPGN28t9URUpvgmIFPtCECm+AYJ8XxmZoUMz8X5CJt4vxMTfWibGNulbASb+znAm1nl/R8bE31km9l4+Jj7g9vJgVJn4QICJD4bAxAeAID8IZGJWdRdYA7EYv2exC36wdoH6gWCgDpluF+jzxiEBu6APiV3wPXCXPwwEZR9rF6jDBAD/kcUu+Ak4nAeAdsFBErvgCKFIcURIpDhqRQpsk44KiBQ/Gy5S6Lx/JhMpfuYTKboJru0TKX5xe3ksqiLFLwGR4lgIIsUvQJAfKyMzdGgmPk7IxMeFmPhXy8TYJv0qwMS/Gc7EOu/fyJj4N8vE3svHxCcye1k2698ixcQnAkzsLUQwoMz3jhWYJ5AgL4sbOlZ1F1gDsRhPEYgx20BjHagcuEBp7YIcBAOVEx0jOkB93tBBoge0L4ld4EV8rDnnAoKyr7ULVC4CgJ8qxRhouyA3cDgPAe2CwyR2QR7gRhGWSJEHOJzeePN6br+tSBHjmrpJecvi1z0NOLBSeZ9WFt4jUZHiNCCgQhIpuguu7RMpTnd7mS+qIoUugONJNl8IIsXpQJDnKyszdGgmzk/IxPmFmPgMy8TYJp0hwMRnGs7EOu8zyZj4TMvE3svHxAXcXhaMKhMXCDBxwRCYuAAQ5AWBTMyq7gJrIBbjWSx2wdnWLlBnEwxUIdPtAn3eKCRgF/QjsQvOAu7yhYGg7GftAlWYAODnsNgF5wKH8whO4ldHSeyCIoQiRREhkaKoFSmwTSoqIFKcZ7hIofM+j0ykOI9PpEgXXNsnUpzv9rJYVEWK8wMiRbEQRIrzgSAvVlZm6NBMXJyQiYsLMfEFlomxTbpAgIlLGM7EOu8SZExcwjKx9/IxcUm3l05UmbhkgImdEJi4JBDkDpCJWdVdYA3EYoxnsQsSrF2gEggGKtF0u0CfNxIF7IL+JHZBPHCXLwUEZX9rF6hSBAAvzWIXlAEO5zGcxK+Ok9gFZQlFirJCIkWSFSmwTUoSECnKGS5S6LzLkYkU5ehECpUit7ZfpCjv9rJCVEWK8gGRokIIIkV5IMgrlJUZOjQTJxMycbIQE1e0TIxtUkUBJq5kOBPrvCuRMXEly8S+xb3xV3Z7mRJVJq4cYOKUEJi4MhDkKUAmZlV3U8qaH6NisQuqWLtAVSEYqFTT7QJ93kgVsAsGkNgFCrjLpwFBOcDaBSqNAOBVWeyCasDhPIGT+FWc0EaB3tCqE4oU1YVEihpWpMA2qYaASFHTcJFC512TTKSoySdSKLm1/SLFhW4va0VVpLgwIFLUCkGkuBAI8lplZYYOzcS1CZm4thATX2SZGNukiwSY+GLDmVjnfTEZE19smdi3uDf+Om4vL4kqE9cJMPElITBxHSDILwEyMau6e0lZ82Osy2IX1LN2gapHMFD1TbcL9HmjvoBdMJDELqgL3OUbAEE50NoFqgEBwBuy2AWNgMOZcyWQfUjsgsaEIkVjIZGiiRUpsE1qIiBSNDVcpNB5NyUTKZryiRRV5Nb2ixSXur1sFlWR4tKASNEsBJHiUiDIm5WVGTo0E19GyMSXCTFxc8vE2CY1F2DiFoYzsc67BRkTt7BM7FvcG39Lt5etosrELQNM3CoEJm4JBHkrIBOzqrutypofY2sWu+ByaxeoywkGqo3pdoE+b7QRsAsGkdgFrYG7/BVAUA6ydoG6ggDgbVnsgiuBw5kHaBfkJbEL2hGKFO2ERIqrrEiBbdJVAiJFe8NFCp13ezKRoj2fSJEqt7ZfpLja7WWHqIoUVwdEig4hiBRXA0HeoazM0KGZ+BpCJr5GiIk7WibGNqmjABNfazgT67yvJWPiay0T+xb3xt/J7eV1UWXiTgEmvi4EJu4EBPl1QCZmVXevK2t+jJ1Z7IIu1i5QXQgGqqvpdoE+b3QVsAsGk9gFnYG7fDcgKAdbu0B1IwB4dxa7IB04nPmAdkF+ErvgekKR4nohkeIGK1Jgm3SDgEjRw3CRQufdg0yk6MEnUqTJre0XKW50e3lTVEWKGwMixU0hiBQ3AkF+U1mZoUMz8c2ETHyzEBP3tEyMbVJPASa+xXAm1nnfQsbEt1gm9i3ujb+X28tbo8rEvQJMfGsITNwLCPJbgUzMqu7eWtb8GHuz2AW3WbtA3UYwUH1Mtwv0eaOPgF0whMQu6A3c5W8HgnKItQvU7QQA78tiF9wBHM4CQLugIIld0I9QpOgnJFLcaUUKbJPuFBAp+hsuUui8+5OJFP35RIqqcmv7RYq73F4OiKpIcVdApBgQgkhxFxDkA8rKDB2aie8mZOK7hZh4oGVibJMGCjDxPYYzsc77HjImvscysW9xb/yD3F7eG1UmHhRg4ntDYOJBQJDfC2RiVnX33rLmxziYxS64z9oF6j6CgRpiul2gzxtDBOyCoSR2wWDgLn8/EJRDrV2g7icA+FAWu+AB4HAWAtoFhUnsgmGEIsUwIZHiQStSYJv0oIBIMdxwkULnPZxMpBjOJ1JUk1vbL1I85PZyRFRFiocCIsWIEESKh4AgH1FWZujQTPwwIRM/LMTEIy0TY5s0UoCJHzGciXXej5Ax8SOWiX2Le+Mf5fby0agy8agAEz8aAhOPAoL8USATs6q7j5Y1P8bRLHbBY9YuUI8RDNQY0+0Cfd4YI2AXDCOxC0YDd/nHgaAcZu0C9TgBwMey2AVPAIezCNAuKEpiFzxJKFI8KSRSPGVFCmyTnhIQKcYZLlLovMeRiRTj+ESK6nJr+0WKp91ejo+qSPF0QKQYH4JI8TQQ5OPLygwdmomfIWTiZ4SY+FnLxNgmPSvAxM8ZzsQ67+fImPg5y8S+xb3xT3B7+XxUmXhCgImfD4GJJwBB/jyQiVnV3efLmh/jRBa74AVrF6gXCAZqkul2gT5vTBKwC4aT2AUTgbv8i0BQDrd2gXqRAOCTWeyCl4DDWQxoFxQnsQumEIoUU4REipetSIFt0ssCIsVUw0UKnfdUMpFiKp9IUUNubb9I8Yrby1ejKlK8EhApXg1BpHgFCPJXy8oMHZqJXyNk4teEmPh1y8TYJr0uwMRvGM7EOu83yJj4DcvEvsW98U9zezk9qkw8LcDE00Ng4mlAkE8HMjGruju9rPkxzmCxC2Zau0DNJBioWabbBfq8MUvALhhBYhfMAO7ys4GgHGHtAjWbAOBvstgFbwGHsyTQLnBI7II5hCLFHCGRYq4VKbBNmisgUrxtuEih836bTKR4m0+kqCm3tl+keMft5byoihTvBESKeSGIFO8AQT6vrMzQoZl4PiETzxdi4nctE2Ob9K4AEy8wnIl13gvImHiBZWLf4t74F7q9XBRVJl4YYOJFITDxQiDIFwGZmFXdXVTW/BgXs9gF71m7QL1HMFBLTLcL9HljiYBdMJLELlgM3OWXAkE50toFaikBwJex2AXLgcOZCLQLSpHYBSsIRYoVQiLFSitSYJu0UkCkWGW4SKHzXkUmUqziEyk6y63tFylWu71cE1WRYnVApFgTgkixGgjyNWVlhg7NxGsJmXitEBO/b5kY26T3BZj4A8OZWOf9ARkTf2CZ2Le4N/51bi/XR5WJ1wWYeH0ITLwOCPL1QCZmVXfXlzU/xg9Z7IKPrF2gPiIYqA2m2wX6vLFBwC4YRWIXfAjc5TcCQTnK2gVqIwHAP2axCz4BDmdZoF2QRGIXbCIUKTYJiRSbrUiBbdJmAZHiU8NFCp33p2Qixad8IkUXubX9IsVnbi+3RFWk+CwgUmwJQaT4DAjyLWVlhg7NxFsJmXirEBN/bpkY26TPBZj4C8OZWOf9BRkTf2GZ2Le4N/5tbi+3R5WJtwWYeHsITLwNCPLtQCZmVXe3lzU/xh0sdsFOaxeonQQDtct0u0CfN3YJ2AWjSeyCHcBdfjcQlKOtXaB2EwD8Sxa74CvgcFYA2gXJJHbBHkKRYo+QSLHXihTYJu0VECm+Nlyk0Hl/TSZSfM0nUnSVW9svUnzj9nJfVEWKbwIixb4QRIpvgCDfV1Zm6NBMvJ+QifcLMfG3lomxTfpWgIm/M5yJdd7fkTHxd5aJfYt74z/g9vJgVJn4QICJD4bAxAeAID8IZGJWdfdgWfNj/J7FLvjB2gXqB4KBOmS6XaDPG4cE7IIxJHbB98Bd/jAQlGOsXaAOEwD8Rxa74CfgcFYG2gUpJHbBEUKR4oiQSHHUihTYJh0VECl+Nlyk0Hn/TCZS/MwnUnSTW9svUvzi9vJYVEWKXwIixbEQRIpfgCA/VlZm6NBMfJyQiY8LMfGvlomxTfpVgIl/M5yJdd6/kTHxb5aJfYt74z+R2cukrH+LFBOfCDCxtxDBgDLfO1ZgnkCCPAk3dKzqLq4GcjGeIhBjtoHGOlA5cIHS2gU5CAYqJzpGdID6vKGDRA/oWBK7wIv4WHPOBQTlWGsXqFwEAD9VijHQdkFu4HCmAu2CNBK7IA9wowhLpMgDHE5vvHk9t99WpIhxTd2kvEn4dU8DDqxU3qclwXskKlKcBgRUSCJFd7m1/SLF6W4v80VVpNAFcDzJ5gtBpDgdCPJ8STJDh2bi/IRMnF+Iic+wTIxt0hkCTHym4Uys8z6TjInPtEzsW9wbfwG3lwWjysQFAkxcMAQmLgAEeUEgE7OquwWTzI/xLBa74GxrF6izCQaqkOl2gT5vFBKwC54ksQvOAu7yhYGgRNaP1S4oTADwc1jsgnOBw1kdaBfUILELihCKFEWERIqiVqTANqmogEhxnuEihc77PDKR4jw+kSJdbm2/SHG+28tiURUpzg+IFMVCECnOB4K8WJLM0KGZuDghExcXYuILLBNjm3SBABOXMJyJdd4lyJi4hGVi3+Le+Eu6vXSiysQlA0zshMDEJYEgd4BMzKruOknmxxjPYhckWLtAJRAMVKLpdoE+byQK2AXjSOyCeOAuXwoISmT9WO2CUgQAL81iF5QBDmctoF1QO6SNItb6lQXWb8YK3FozgWtJ1i/p318/0fkrB6xfWyB+rwTjF30joo+FrXPi1x0vnHdKbJfSObcVyPsZof06Bzh/YH/UM4bP+Ps5ZGZ8AsGMtxPI+3mSGQf2RyFz1v3QBkUmB16e8eK3jJ9t3J9XuD/1VT6D1yq4B9Dcnhq1c39H//+Zv5uc8bpiQPpDy35X5cStVQnI2WEZW1fmlDG2KltjC9ukygLGVorhxpbOO0XI2JIgp0oCyppK+t9s1FUy3jf1TzbqKp6NOi3jddVsfret+7tp7u/qjaBaxuvqwps6cq5rADf1/0/9a2a874V/Uv+anvrXynhd+0/qX8tT/4syXl+cze9e6f7uRe7v6hjr6NzdXknsPdUE8DLJ8JtYPU91BPJ+kURYqwvEE7DXSqp+6D7X++d7W0pgrdBuMusJPT1V395kYptUX+Ams4HhN5k67wZkT081EHx6Cq1aNM14A6SbUrVMXFyScL9iXFsF/8Fb34Zu7I3+xtNdJ+JOnqHg010n4v766a7s1vmfPd2lC7DAk2wjz3AEA0K9d0PgJtT4T9aqUb17l/TqaamdU9LSu2SsUy29e2rnKjVVeo3UjOVT01SXzt1TuqV1qV4trVqN9OqhPb/cWIiBm1gGxjapiQADNzWcgXXeTUOSeWLNv5EbK3rdKSEd31L+n1cwTuQsXQq8K0DWL5OYdHx13TXhmHTvitBzNNVw+SPz7g2d9ytmyh8nHbmRNyKNgGu9auj+E7gUcL4VcGaUVP3QOGlGKB81E7p5vczevGKbdJnAzWtzw29edd7NiTxKiVj/2wfw0PE3imEjSPdd3UOTe1q49W75N+SeetnULij31Iv7a7knu3X+Uu6RGDbQWn/ckbdIyko2h1vUunH+C33HAcxDtQRuZq1gYEhPz6xnK8ETj65jI4E7/2nCJ55Y75J03i0E8p5u+FOqOu+WAnnPMPSkEiQY5L7hnfFY6zeT5KQHnG8FnBklVb8cYJy0AHJNa6BSp9eQ4JbWSTJ7GLLXEipiWhl83nMIVMRqAnnPJXmI6nIgHoG9VnMNnxuNl4YCczOPAC+NBPKeT4KXNkC8AHut5hPgpa3A3CwkwMuVAnkvIsHLFUC8AHutFhHgpbvA3CwhwEu6QN5LSfDSFogXYK/VUgK89BWYmxUEeLlDIO+VJHi5EogXYK/VSgK8DBWYmzUEeHlAIO+1JHhpB8QLsNdqLQFexgrMzToCvDwhkPd6ErxcBcQLsNdqPQFeJgvMzQYCvLwkkPdGEry0B+IF2Gu1kQAvbwrMzSYCvLwlkPdmErxcDcQLsNdqMwFelgnMzRYCvCwXyHsrCV46APEC7LXaSoCXjwXmZhsBXj4RyHs7CV6uAeIF2Gu1nQAvXwrMzS4CvHwlkPduErx0BOIF2Gu1mwAvPwrMzR4CvPwkkPdeErxcC8QLsNdqLwFeTi2Ln5t9BHjJLZD3fhK8dALiBdhrtZ8AL+cIzM0BArycK5D3QRK8XAfEC7DX6iABXkoLzM0hAryUEcj7MAleOgPxAuy1OkyAl6oCc3OE4fMvAnkfJcFLFyBegL1WRwnw0lBgbo4xfP5FIO/jJHjpCsQLsNfqOAFe2grMzQmGz78I5K2/lxSZtxReugHxAuy1QtdP5PMvAnOT0/C8//P5F4G8c5HgpTsQL8Beq1wEeOkrMDd5CPByh0DeeUnwkg7EC7DXKi8BXoYKzE0+Arw8IJB3fhK8XA/EC7DXKj8BXsYKzE0BArw8IZB3QRK83ADEC7DXqiABXiYLzE0hAry8JJB3YRK89ADiBdhrVZgAL28KzE0RAry8JZB3URK83AjEC7DXqigBXpYJzE0xArwsF8i7OAlebgLiBdhrVZwALx8LzE1JArx8IpC3Q4KXm4F4AfZaOQR4+VJgbhIJ8PKVQN6lSPDSE4gXYK9VKQK8/CgwN2UJ8PKTQN5JJHi5BYgXYK9VEgFeThX4O+sVCPCSWyDvZBK89ALiBdhrlUyAl3ME5qYyAV7OFcg7hQQvtwLxAuy1SiHAS2mBuUklwEsZgbzTSPDSG4gXYK8Vsn76S/8+zvif466nv8NDfy+B/lvr+u9H67+Jq//Op/7bhfrvsem/MaX/bo7+WyD67xvoz2zrz6Hqz9bpzwvpz0Do57r1s6r6+Tv9TJF+TkJ7v9rP0hq91h21lqLPh/qeV/O43pt0vb0Xeu5uS5KZO3ScfYBzp/v7SVzW9zjpGvQRrvPtSbi1wvo239uBs+GNt6+n1vbbfGNcUzepbxJ+3TuAAyuV9x1J8B6JfZuvRKzBb/PNAY5b3+SVTcLePCUJ9Sx4oWL21refG/udnhz+2zcEx3v+u1M8P0/x9Co+7q+/ITi7dU7z/Fvmf0/3DcG6mI6ncHcmnbzzmvwNwXcCN8j+Sfj69v8b9Yw17ruAm8PUlbi1XhH+1B7i2yr7CZwiq68yP+87BfKuYbhqoPO+SyDvmiGpBimxXQo4lwrYayVVP3SfBxCeHgcInR7vtqdHbJPuFjg9DjT89KjzHkh0ehxoT4/0p8d73NgH2dPjP78yC3VP4PQ4iOz0OAi4Qd4rcHq8N4TT42B7evzHp6h7BE4TFxGcHgcJ5H0xwelxsEDedUhOj8C5VMBeK2T9NOl/Enfyhe4PejYHJZkf431CHjcckEOAhMg6UEMIBup+dIzoALW2fL8AY9QnYYz7gHfXQ4GgrE9wpzFUYG4eSMIy5cdxJ1/IukrU9gGCjW2Y6RvbVRkDmiwwoA0NB2aljJzrCuTdiOSx0weBmzCw10qqfjnA9fNKV7GuNRzYCwmsSJHYQ0nmk/eDAnk3NXxv1KQ1XCDvS0n2xhFAPAJ7rS5dRXPT94exi57Nhwhu+kYkycw5HJAPx36qq+KupcJ6CuJhoacgRtqnILBNGinwFMQjhj8FofN+RNhRl6xpSoxXGE9AJJbBPgFRDt8vH6BBa6vMF976jnJjf/RvPAGREHfyDAWfgEiI++snILJb5y+fgAAV4Y9iZCY3KikrwBxuIZxAcKj3zBw+NAs3J/iEbjmB40ALs48Df9zZjAKSzqPAtVqSeAfA+VbAmVHA+vk2fDRORpN8ovgx8CeKN8VlkYmuwWPCnygeQ/hM+Bih09Dj9jSEbdLjAqehsYafhnTeY8lOQ2MFT0NCMxva89ZPuL180vTnrdFFyEzuicAz0k8mxZ10oY2mJ4Agf5LkTuIpQiZ+SoiJx1kmxjZpnAATP204E+u8nyZj4qctE3svHxOPd3v5TFSZeHyAiZ8JgYnHA0H+DPj5vU0np2+8TfpMkvkxPsti5T4HftKdcaCeIxioCaY/EKrPGxME1P42JGr1s8Bd/nkgKNvwPPwjBp7nCQA+UYox0LczyCdYXwA/wZp5oZ/smwSMc85K3FpzV8oMDXoTf5FQmHlRSJiZbIUZbJMmCwgzLxkuzOi8XyITZl7iE2YkHsj6Y21v/FPcXr4cVWFmSkCYeTkEYWYKEOQvC93JoJl4KiETTxVi4lcsE2Ob9IoAE79qOBPrvF8lY+JXLRP71vbG/5rby9ejysSvBZj49RCY+DUgyF+3irYC1kAsxjdYLJJpdqDUNIKBmm66RaLPG9MFLJK2JBbJG8BdfgYQlG2tRaJmEAB8phRjoO2CWcDhnIeT+NV8ErtgNqFIMVtIpHjTihTYJr0pIFK8ZbhIofN+i0ykeItPpKgiuLZPpJjj9nJuVEWKOQGRYm4IIsUcIMjnJskMHZqJ3yZk4reFmPgdy8TYJr0jwMTzDGdinfc8MiaeZ5nYe/mYeL7by3ejysTzA0z8bghMPB8I8neBTMyq7gJrIBbjAha7YKG1C9RCgoFaZLpdoM8biwTsgnYkdsEC4C6/GAjKdtYuUIsJAP4ei12wBDicC1cCd0gSu2ApoUixVEikWGZFCmyTlgmIFMsNFyl03svJRIrlfCJFquDaPpFihdvLlVEVKVYERIqVIYgUK4AgX5kkM3RoJl5FyMSrhJh4tWVibJNWCzDxGsOZWOe9hoyJ11gm9l4+Jl7r9vL9qDLx2gATvx8CE68Fgvx9IBOzqrvAGojF+AGLXbDO2gVqHcFArTfdLtDnjfUCdkF7ErvgA+Au/yEQlO2tXaA+JAD4Ryx2wQbgcC7BSfxqKYldsJFQpNgoJFJ8bEUKbJM+FhApPjFcpNB5f0ImUnzCJ1KkCa7tEyk2ub3cHFWRYlNApNgcgkixCQjyzUkyQ4dm4k8JmfhTISb+zDIxtkmfCTDxFsOZWOe9hYyJt1gm9l4+Jt7q9vLzqDLx1gATfx4CE28FgvxzIBOzqrvAGojF+AWLXbDN2gVqG8FAbTfdLtDnje0CdkEHErvgC+AuvwMIyg7WLlA7CAC+k8Uu2AUczhU4iV+tJLELdhOKFLuFRIovrUiBbdKXAiLFV4aLFDrvr8hEiq/4RIqqgmv7RIo9bi/3RlWk2BMQKfaGIFLsAYJ8b5LM0KGZ+GtCJv5aiIm/sUyMbdI3Aky8z3Am1nnvI2PifZaJvZePife7vfw2qky8P8DE34bAxPuBIP8WyMSs6i6wBmIxfsdiFxywdoE6QDBQB023C/R546CAXdCRxC74DrjLfw8EZUdrF6jvCQD+A4tdcAg4nGtwEr9aS2IXHCYUKQ4LiRQ/WpEC26QfBUSKnwwXKXTeP5GJFD/xiRTVBNf2iRRH3F4ejapIcSQgUhwNQaQ4AgT50SSZoUMz8c+ETPyzEBP/YpkY26RfBJj4mOFMrPM+RsbExywTey8fEx93e/lrVJn4eICJfw2BiY8DQf4rkIlZ1V1gDcRi/I3FLjhh7QJ1gmCg4soZbhf855BXDj+gnUjsgt+Au/wpuGarTtYuUKeUMz/GHOVk5hxuF+QEDuc6oF2wnsQuyFWOT6TIBRxOb7ynlst6bUWKGNfUTTq1HH7d3MCBlco7dzl4j0RFitxAQIUkUlQXXNsnUuRxe5nX09NIiRS6AI4nWW8hggFlvneswMwDBHnecjJDh2bi0wiZ+DQhJj7dMjG2SacLMHE+w5lY552PjInzWSb2Xj4mzu/28oyoMnH+ABOfEQIT5weC/AwgE7Oqu8AaiMV4ppT4g75lKgAUf1gHqgDBQBU03S7Q542CAnZB51UySELbBWcCd/mzgKBE1o/VLjiLAOBns9gFhYDDuQFoF2wksQsKE4oUhYVEinOsSIFt0jkCIsW5hosUOu9zyUSKc/lEihqCa/tEiiJuL4tGVaQoEhApioYgUhQBgrxoOZmhQzPxeYRMfJ4QE59vmRjbpPMFmLiY4Uys8y5GxsTFLBN7Lx8TF3d7eUFUmbh4gIkvCIGJiwNBfgGQiVnVXWANxGIswWIXlLR2gSpJMFCO6XbBf844AnZB11UySELbBSWAu3w8EJTI+rHaBfEEAE9gsQsSgcO5CWgXbCaxC0oRihSlhESK0lakwDaptIBIUcZwkULnXYZMpCjDJ1LUFFzbJ1KUdXuZFFWRomxApEgKQaQoCwR5UjmZoUMzcTlCJi4nxMTlLRNjm1RegIkrGM7EOu8KZExcwTKx9/IxcbLby4pRZeLkABNXDIGJk4EgrwhkYlZ1F1gDsRgrsdgFla1doCoTDFSK6XaBPm+kCNgF3VfJIAltF1QC7vIKCEpk/VjtAkUA8CosdkEqcDi3AO2CrSR2QRqhSJEmJFJUtSIFtklVBUSKaoaLFDrvamQiRTU+kaKz4No+kaK628saURUpqgdEihohiBTVgSCvUU5m6NBMXJOQiWsKMfGFlomxTbpQgIlrGc7EOu9aZExcyzKx9/IxcW23lxdFlYlrB5j4ohCYuDYQ5BcBmZhV3QXWQCzGi1nsgjrWLlB1CAbqEtPtgv+cNwTsgutXySAJbRdcDNzl6wJBiawfq11QlwDg9VjsgvrA4dwGtAu2k9gFDQhFigZCIkVDK1Jgm9RQQKRoZLhIofNuRCZSNOITKboIru0TKRq7vWwSVZGicUCkaBKCSNEYCPIm5WSGDs3ETQmZuKkQE19qmRjbpEsFmLiZ4Uys825GxsTNLBN7Lx8TX+b2snlUmfiyABM3D4GJLwOCvDmQiVnVXWANxGJswWIXtLR2gWpJMFCtTLcL9HmjlYBd0GOVDJLQdkEL4C7fGghKZP1Y7YLWBAC/nMUuaAMczl1Au2A3iV1wBaFIcYWQSNHWihTYJrUVECmuNFyk0HlfSSZSXMknUnQVXNsnUrRze3lVVEWKdgGR4qoQRIp2QJBfVU5m6NBM3J6QidsLMfHVlomxTbpagIk7GM7EOu8OZEzcwTKx9/Ix8TVuLztGlYmvCTBxxxCY+BogyDsCmZhV3QXWQCzGa1nsgk7WLlCdCAbqOtPtAn3euE7ALrhplQyS0HbBtcBdvjMQlMj6sdoFnQkA3oXFLugKHM49QLtgL4ld0I1QpOgmJFJ0tyIFtkndBUSKdMNFCp13OplIkc4nUnQTXNsnUlzv9vKGqIoU1wdEihtCECmuB4L8hnIyQwd/EomQiXsIMfGNlomxTbpRgIlvMpyJdd43kTHxTZaJvZePiW92e9kzqkx8c4CJe4bAxDcDQd4TyMSs6i6wBmIx3sJiF/SydoHqRTBQt5puF+jzxq0CdkHPVTJIQtsFtwB3+d5AUCLrx2oX9CYA+G0sdkEf4HDuA9oF+0nsgtsJRYrbhUSKvlakwDapr4BIcYfhIoXO+w4ykeIOPpGiu+DaPpGin9vLO6MqUvQLiBR3hiBS9AOC/M5yMkOHZuL+hEzcX4iJ77JMjG3SXQJMPMBwJtZ5DyBj4gGWib2Xj4nvdns5MKpMfHeAiQeGwMR3A0E+EMjErOousAZiMd7DYhcMsnaBGkQwUPeabhfo88a9AnZBr1UySELbBfcAd/nBQFAi68dqFwwmAPh9LHbBEOBwHgDaBQdJ7IL7CUWK+4VEiqFWpMA2aaiASPGA4SKFzvsBMpHiAT6RIl1wbZ9IMczt5YNRFSmGBUSKB0MQKYYBQf5gOZmhQzPxcEImHi7ExA9ZJsY26SEBJh5hOBPrvEeQMfEIy8Tey8fED7u9HBlVJn44wMQjQ2Dih4EgHwlkYlZ1F1gDsRgfYbELRlm7QI0iGKhHTbcL9HnjUQG7oPcqGSSh7YJHgLv8aCAokfVjtQtGEwD8MRa7YAxwOA8B7YLDJHbB44QixeNCIsVYK1JgmzRWQKR4wnCRQuf9BJlI8QSdSKFS5Nb2ixRPur18KqoixZMBkeKpEESKJ4Egf6qczNChmXgcIROPE2Lipy0TY5v0tAATjzeciXXe48mYeLxlYt/i3vifcXv5bFSZ+JkAEz8bAhM/AwT5s0AmZlV3ny1nfozPsdgFE6xdoCYQDNTzptsF+rzxvIBd0GeVDJLQdsFzwF1+IhCUyPqx2gUTCQD+AotdMAk4nEeAdsFRErvgRUKR4kUhkWKyFSmwTZosIFK8ZLhIofN+iUykeIlPpFBya/tFiiluL1+OqkgxJSBSvByCSDEFCPKXy8kMHZqJpxIy8VQhJn7FMjG2Sa8IMPGrhjOxzvtVMiZ+1TKxb3Fv/K+5vXw9qkz8WoCJXw+BiV8Dgvx1IBOzqruvlzM/xjdY7IJp1i5Q0wgGarrpdoE+b0wXsAv6rpJBEtoueAO4y88AghJZP1a7YAYBwGey2AWzgMN5DGgXHCexC2YTihSzhUSKN61IgW3SmwIixVuGixQ677fIRIq3+ESKKnJr+0WKOW4v50ZVpJgTECnmhiBSzAGCfG45maFDM/HbhEz8thATv2OZGNukdwSYeJ7hTKzznkfGxPMsE/sW98Y/3+3lu1Fl4vkBJn43BCaeDwT5u0AmZlV33y1nfowLWOyChdYuUAsJBmqR6XaBPm8sErAL+q2SQRLaLlgA3OUXA0GJrB+rXbCYAODvsdgFS4DDeQJoF8QJbRToDW0poUixVEikWGZFCmyTlgmIFMsNFyl03svJRIrlfCJFqtzafpFihdvLlVEVKVYERIqVIYgUK4AgX1lOZujQTLyKkIlXCTHxasvE2CatFmDiNYYzsc57DRkTr7FM7FvcG/9at5fvR5WJ1waY+P0QmHgtEOTvA5mYVd19v5z5MX7AYhess3aBWkcwUOtNtwv0eWO9gF3Qn8Qu+AC4y38IBCWyfqx2wYcEAP+IxS7YABzOnKuA7ENiF2wkFCk2CokUH1uRAtukjwVEik8MFyl03p+QiRSf8IkUaXJr+0WKTW4vN0dVpNgUECk2hyBSbAKCfHM5maFDM/GnhEz8qRATf2aZGNukzwSYeIvhTKzz3kLGxFssE/sW98a/1e3l51Fl4q0BJv48BCbeCgT550AmZlV3Py9nfoxfsNgF26xdoLYRDNR20+0Cfd7YLmAXDCCxC74A7vI7gKBE1o/VLthBAPCdLHbBLuBw5gHaBXlJ7ILdhCLFbiGR4ksrUmCb9KWASPGV4SKFzvsrMpHiKz6Roqrc2n6RYo/by71RFSn2BESKvSGIFHuAIN9bTmbo0Ez8NSETfy3ExN9YJsY26RsBJt5nOBPrvPeRMfE+y8S+xb3x73d7+W1UmXh/gIm/DYGJ9wNB/i2QiVnV3W/LmR/jdyx2wQFrF6gDBAN10HS7QJ83DgrYBQNJ7ILvgLv890BQIuvHahd8TwDwH1jsgkPA4cwHtAvyk9gFhwlFisNCIsWPVqTANulHAZHiJ8NFCp33T2QixU98IkU1ubX9IsURt5dHoypSHAmIFEdDECmOAEF+tJzM0KGZ+GdCJv5ZiIl/sUyMbdIvAkx8zHAm1nkfI2PiY5aJfYt74z/u9vLXqDLx8QAT/xoCEx8HgvxXIBOzqru/ljM/xt9Y7IIT1i5QJwgGKq684XbBfw555fEDOojELvgNuMufgmu2QtaP1S44pbz5MeYoLzPncLsgJ3A4CwDtgoIkdkGu8nwiRS7gcHrjPbV81msrUsS4pm7SqeXx6+YGDqxU3rnLw3skKlLkBgIqJJGiutzafpEij9vLvJ6eRkqk0AVwPMl6CxEMKPO9YwVmHiDI85aXGTo0E59GyMSnCTHx6ZaJsU06XYCJ8xnOxDrvfGRMnM8ysW9xb/z53V6eEVUmzh9g4jNCYOL8QJCfAWRiVnX3jPLmx3imlPiDvmUqABR/WAeqAMFAFTTdLtDnjYICdsFgErvgTOAufxYQlIOtXaDOIgD42Sx2QSHgcBYC2gWFSeyCwoQiRWEhkeIcK1Jgm3SOgEhxruEihc77XDKR4lw+kaKG3Np+kaKI28uiURUpigREiqIhiBRFgCAvWl5m6NBMfB4hE58nxMTnWybGNul8ASYuZjgT67yLkTFxMcvEvsW98Rd3e3lBVJm4eICJLwiBiYsDQX4BkIlZ1d0LypsfYwkWu6CktQtUSYKBcky3C/5zxhGwC4aQ2AUlgLt8PBCUQ6xdoOIJAJ7AYhckAoezCNAuKEpiF5QiFClKCYkUpa1IgW1SaQGRoozhIoXOuwyZSFGGT6SoKbe2X6Qo6/YyKaoiRdmASJEUgkhRFgjypPIyQ4dm4nKETFxOiInLWybGNqm8ABNXMJyJdd4VyJi4gmVi3+Le+JPdXlaMKhMnB5i4YghMnAwEeUUgE7OquxXLmx9jJRa7oLK1C1RlgoFKMd0u0OeNFAG7YCiJXVAJuMsrICiHWrtAKQKAV2GxC1KBw1kMaBcUJ7EL0ghFijQhkaKqFSmwTaoqIFJUM1yk0HlXIxMpqvGJFJ3l1vaLFNXdXtaIqkhRPSBS1AhBpKgOBHmN8jJDh2bimoRMXFOIiS+0TIxt0oUCTFzLcCbWedciY+Jalol9i3vjr+328qKoMnHtABNfFAIT1waC/CIgE7OquxeVNz/Gi1nsgjrWLlB1CAbqEtPtgv+cNwTsgmEkdsHFwF2+LhCUw6xdoOoSALwei11QHzicJYF2gUNiFzQgFCkaCIkUDa1IgW1SQwGRopHhIoXOuxGZSNGIT6ToIre2X6Ro7PaySVRFisYBkaJJCCJFYyDIm5SXGTo0EzclZOKmQkx8qWVibJMuFWDiZoYzsc67GRkTN7NM7FvcG/9lbi+bR5WJLwswcfMQmPgyIMibA5mYVd1tXt78GFuw2AUtrV2gWhIMVCvT7QJ93mglYBcMJ7ELWgB3+dZAUA63doFqTQDwy1nsgjbA4UwE2gWlSOyCKwhFiiuERIq2VqTANqmtgEhxpeEihc77SjKR4ko+kaKr3Np+kaKd28uroipStAuIFFeFIFK0A4L8qvIyQ4dm4vaETNxeiImvtkyMbdLVAkzcwXAm1nl3IGPiDpaJfYt747/G7WXHqDLxNQEm7hgCE18DBHlHIBOzqrsdy5sf47UsdkEnaxeoTgQDdZ3pdoE+b1wnYBeMILELrgXu8p2BoBxh7QLVmQDgXVjsgq7A4SwLtAuSSOyCboQiRTchkaK7FSmwTeouIFKkGy5S6LzTyUSKdD6Ropvc2n6R4nq3lzdEVaS4PiBS3BCCSHE9EOQ3lJcZOjQT9yBk4h5CTHyjZWJsk24UYOKbDGdinfdNZEx8k2Vi3+Le+G92e9kzqkx8c4CJe4bAxDcDQd4TyMSs6m7P8ubHeAuLXdDL2gWqF8FA3Wq6XaDPG7cK2AUjSeyCW4C7fG8gKEdau0D1JgD4bSx2QR/gcFYA2gXJJHbB7YQixe1CIkVfK1Jgm9RXQKS4w3CRQud9B5lIcQefSNFdbm2/SNHP7eWdURUp+gVEijtDECn6AUF+Z3mZoUMzcX9CJu4vxMR3WSbGNukuASYeYDgT67wHkDHxAMvEvsW98d/t9nJgVJn47gATDwyBie8GgnwgkIlZ1d2B5c2P8R4Wu2CQtQvUIIKButd0u0CfN+4VsAtGkdgF9wB3+cFAUI6ydoEaTADw+1jsgiHA4awMtAtSSOyC+wlFivuFRIqhVqTANmmogEjxgOEihc77ATKR4gE+kSJdbm2/SDHM7eWDURUphgVEigdDECmGAUH+YHmZoUMz8XBCJh4uxMQPWSbGNukhASYeYTgT67xHkDHxCMvEvsW98T/s9nJkVJn44QATjwyBiR8GgnwkkIlZ1d2R5c2P8REWu2CUtQvUKIKBetR0u0CfNx4VsAtGk9gFjwB3+dFAUI62doEaTQDwx1jsgjHA4UwF2gVpIW0UsdbvcWD9pq7ErfUKcC3J+o3999dPdP6eANavORC/LcD4Rd+I6GNh+5z4dccI550S26V0zh0F8n5caL/OAc4f2B/1uOEz/n4OmRl/kmDGOwnk/RTJjAP7o5A5635ogyKTA6/OePFbxs8O7s9r3J/6ejKD155yD6C5PTXq5P6O/v8zf3dcxuunA9IfWva7LidurfFAzg7L2Lo2p4yx9Yw1trBNekbA2HrWcGNL5/2skLElQU7jBZS158r/bzbqCRnv+/yfbNQTPBv1xIzXL2Tzux3d353o/q7eCCZlvH5ReFNHzvVk4Kb+/6n/SxnvO+VP6v+Sp/4vZ7ye+if1f9lT/1cyXr+aze9e6/7uK+7v6hhfy3j9utsrib1nkgBexht+E6vn6TWBvJ8hEdbeAOIJ2Gv1DMlzzNP++d6WElgrtJvMaUJPT023N5nYJk0XuMmcYfhNps57BtnTUzMEn55CqxatM94A6aa8kBQXN1a4XzGurYL/4K3vTDf2WX/j6a4TcSfPUPDprhNxf/10V3br/M+e7tIFWOBJdpZnOIIBod57JnATmv0na9Wo3r1LevW01M4paeldMtaplt49tXOVmiq9RmrG8qlpqkvn7ind0rpUr5ZWrUZ69dCeX54txMBvWgbGNulNAQZ+y3AG1nm/FZLME2v+s9xY0etOMPQBqmCcyFmaA7wrmAD2M/QmpuOr666JnvnMuyL0HE00XP7IvHtD5/2CmfLHSUdu5I3ILOBak0ge4ATOtwLOjJpEIh/NJZSP5grdvL5tb16xTXpb4Ob1HcNvXnXe7xB5lBKx/rcP4KHjnxXDRpDuu7qHJvfMc+s9/2/IPfWyqV1Q7qkX99dyT3br/KXcIzFsoLX+uCOfVz4r2RxuUevG+S/0HQcwDzUfuJm9CwNDenpmPd8VPPHoOs4SuPOfYtbTmifdJem85wnk/bLhT6nqvOcL5D3V0JNKkGCQ+4Z3xmOt3yskJz3gfCvgzKhXQnpaONY+zwNyzQKgUqfXkOCWBeVl9jBkryVUxIlJAg+ZEKiIkwTynk7yENVCIB6BvVbTDZ8bjZeZAnMziwAvswTynk2Cl0VAvAB7rWYT4OU9gbmZQ4CXJQJ5zyXBy2IgXoC9VnMJ8PKRwNzMI8DLBoG855Pg5T0gXoC9VvMJ8LJTYG4WEuBll0Dei0jwsgSIF2Cv1SICvPwgMDdLCPBySCDvpSR4WQrEC7DXaikBXnKUw8/NCgK85BTIeyUJXpYB8QLstVpJgJezBeZmDQFeCgnkvZYEL8uBeAH2Wq0lwEuCwNysI8BLokDe60nwsgKIF2Cv1XoCvFQRmJsNBHhJFch7IwleVgLxAuy12kiAl3oCc7OJAC/1BfLeTIKXVUC8AHutNhPg5XKBudlCgJc2AnlvJcHLaiBegL1WWwnw0kVgbrYR4KWrQN7bSfCyBogXYK/VdgK83CYwN7sI8NJHIO/dJHhZC8QLsNdqNwFe7hOYmz0EeBkikPdeEry8D8QLsNdqLwFeHhOYm30EeBkjkPd+Erx8AMQLsNdqPwFeXhCYmwMMn38RyPsgCV7WAfEC7LU6SICXmQJzc4jh8y8CeR8mwct6IF6AvVaHCfDynsDcHGH4/ItA3kdJ8PIhEC/AXqujBHj5SGBujjF8/kUg7+MkePkIiBdgr9VxArzsFJibEwyffxHIO241B142APEC7LVC10/k8y8Cc5PT8Lz/8/kXgbxzkeBlI/KbFXE5q1wEeMkh8Hdx8hDgJadA3nlJ8PIxEC/AXqu8BHg5W2Bu8hHgpZBA3vlJ8PIJEC/AXqv8BHhJEJibAgR4SRTIuyAJXjYB8QLstSpIgJcqAnNTiAAvqQJ5FybBy2YgXoC9VoUJ8FJPYG6KEOClvkDeRUnw8ikQL8Beq6IEeLlcYG6KEeCljUDexUnw8hkQL8Beq+IEeOkiMDclCfDSVSBvhwQvW4B4AfZaOQR4uU1gbhIJ8NJHIO9SJHjZCsQLsNeqFAFe7hOYm7IEeBkikHcSCV4+B+IF2GuVRICXxwTmpgIBXsYI5J1MgpcvgHgB9loh66e/9G9Hxv8cdz39HR76ewn031rXfz9a/01c/Xc+9d8u1H+PTf+NKf13c/TfAtF/30B/Zlt/DlV/tk5/Xkh/BkI/162fVdXP3+lnivRzEtr71X6W1ui17qi1FH0+1Pe8msf13qTr7b3gn/8vLzN38M/rA+dO93dnXNb3OOkabBeu847ywGegPPH9WcwpsV1qB3A2vPHu9NTafptvjGvqJu0sj193F3BgpfLeVR7eI7Fv85WINfhtvjnAceubvMfLY2+exgr1LHihYvbWd7cb+5eeHP7bNwTHe/67Uzw/T/H0Kj7ur78hOLt1TvP8W+Z/T/cNwbqYjqdwX5Y/eec1+RuCvwRukF+Vx9f3q79Rz5j/ugdwc5gIfDr+BYJv3N0tcIqsvNr8vL8UyDvFcNVA571HIG8VkmqQEtulgHOpgL1WUvWD/zUhwtPjXqHT49f29Iht0tcCp8dvDD896ry/ITo9fmNPj/Snx31u7Pvt6fGfX5mF2hc4Pe4nOz3uB26Q3wqcHr8N4fT4nT09/uNT1D6B00RVgtPjfoG8qxGcHr8TyLs6yekROJcK2GuFrJ8m/Z1xJ1/o/qBnc39582M8IORxwwF5EEiIrAN1kGCgvkfHiA5Qa8vfCzBGLRLGOAC8u/4BCMpaBHcaPwjMzaHyWKbcEXfyhayrRG0PEWxsh03f2K7LGNBxAgN6keHAHJ+R8xsCeV9M8tjpj8BNGNhrJVW/HOD6eaWrWNf6CdgLCaxIkdiR8uaT948Cedc1fG/UpPWTQN71SPbGo0A8AnutkPUTvun7w9hFz+YRgpu+o+Vl5hwOyJ9jP9VVcddSYT0F8bPQUxC/2KcgsE36ReApiGOGPwWh8z4m7KhL1jQlxiuMJyAeTcI+AfEEvl8+QIPWVpkvvPU97sb+6994AiIh7uQZCj4BkRD3109AZLfOXz4BASrCH8XITO54+awAc7iFcALBod4zc/jQLNzQ8ONAJkjQeTcy+zjwx53NcSDp/ApcqzGJdwCcbwWcGQWsn2/DR+PkN6HjBDrOE8BjsyaxXXFZZKJrcKJ8XJxk/HEVcGuFdRryxpwS4+WN95QKWa/taSjWNSv8XlD0ujmAAyuVd44K8B6JnoZyAAEVPA0JzWxoz1vndHuZy9NTI5+3RhchMzldAMeTrLcQwYAy3ztmJgGCPFeFOIo7iVMJmfhUISbObZkY26TcAkycx3Am1nnnIWPiPJaJvZePifO6vTwtqkycN8DEp4XAxHmBID8NONy6ybtOTt94m/S0CubHeLrQHRP8likfLlDFOlD5CAYqPzpGdID6vJG/An5Am5Go1acDd/kzgKBsxvPwjxh4ziAA+JlSjIG+nUE+wVoAOOjenNFP9hUExjkN+AHp6UJfdo/exM8iFGbOEhJmzrbCDLZJZwsIM4UMF2Z03oXIhJlCfMKMxANZf6ztjb+w28tzoirMFA4IM+eEIMwUBoL8HKE7GTQTn0vIxOcKMXERy8TYJhURYOKihjOxzrsoGRMXtUzsW9sb/3luL8+PKhOfF2Di80Ng4vOAID/fKtoKWAOxGIuxWCTF7UCp4gQDdYHpFok+b1wgYJE0J7FIigF3+RJAUDa3FokqQQDwklKMgbYLHOBwzgLaBbNJ7IJ4QpEiXkikSLAiBbZJCQIiRaLhIoXOO5FMpEjkEymqCK7tEylKub0sHVWRolRApCgdgkhRCgjy0hVkhg7NxGUImbiMEBOXtUyMbVJZASZOMpyJdd5JZEycZJnYe/mYuJzby/JRZeJyASYuHwITlwOCvDyQiVnVXWANxGKswGIXJFu7QCUTDFRF0+0Cfd6oKGAXtCSxCyoAd/lKQFC2tHaBqkQA8MosdkEKcDjnAO2CuSR2gSIUKZSQSFHFihTYJlUREClSDRcpdN6pZCJFKp9IkSq4tk+kSHN7WTWqIkVaQKSoGoJIkQYEedUKMkOHZuJqhExcTYiJq1smxjapugAT1zCciXXeNciYuIZlYu/lY+Kabi8vjCoT1www8YUhMHFNIMgvBDIxq7oLrIFYjLVY7ILa1i5QtQkG6iLT7QJ93rhIwC5oTWIX1ALu8hcDQdna2gXqYgKA12GxCy4BDuc8oF0wn8QuqEsoUtQVEinqWZEC26R6AiJFfcNFCp13fTKRoj6fSJEmuLZPpGjg9rJhVEWKBgGRomEIIkUDIMgbVpAZOjQTNyJk4kZCTNzYMjG2SY0FmLiJ4Uys825CxsRNLBN7Lx8TN3V7eWlUmbhpgIkvDYGJmwJBfimQiVnVXWANxGJsxmIXXGbtAnUZwUA1N90u0OeN5gJ2QRsSu6AZcJdvAQRlG2sXqBYEAG/JYhe0Ag7nQqBdsIjELmhNKFK0FhIpLrciBbZJlwuIFG0MFyl03m3IRIo2fCJFVcG1fSLFFW4v20ZVpLgiIFK0DUGkuAII8rYVZIYOzcRXEjLxlUJM3M4yMbZJ7QSY+CrDmVjnfRUZE19lmdh7+Zi4vdvLq6PKxO0DTHx1CEzcHgjyq4FMzKruAmsgFmMHFrvgGmsXqGsIBqqj6XaBPm90FLAL2pLYBR2Au/y1QFC2tXaBupYA4J1Y7ILrgMO5BGgXLCWxCzoTihSdhUSKLlakwDapi4BI0dVwkULn3ZVMpOjKJ1JUE1zbJ1J0c3vZPaoiRbeASNE9BJGiGxDk3SvIDB2aidMJmThdiImvt0yMbdL1Akx8g+FMrPO+gYyJb7BM7L18TNzD7eWNUWXiHgEmvjEEJu4BBPmNQCZmVXeBNRCL8SYWu+BmaxeomwkGqqfpdoE+b/QUsAvakdgFNwF3+VuAoGxn7QJ1CwHAe7HYBbcCh3MF0C5YSWIX9CYUKXoLiRS3WZEC26TbBESKPoaLFDrvPmQiRR8+kaK64No+keJ2t5d9oypS3B4QKfqGIFLcDgR53woyQ4dm4jsImfgOISbuZ5kY26R+Akx8p+FMrPO+k4yJ77RM7L18TNzf7eVdUWXi/gEmvisEJu4PBPldQCZmVXeBNRCLcQCLXXC3tQvU3QQDNdB0u0CfNwYK2AXtSeyCAcBd/h4gKNtbu0DdQwDwQSx2wb3A4VwDtAvWktgFgwlFisFCIsV9VqTANuk+AZFiiOEihc57CJlIMYRPpKghuLZPpLjf7eXQqIoU9wdEiqEhiBT3A0E+tILM0KGZ+AFCJn5AiImHWSbGNmmYABM/aDgT67wfJGPiBy0Tey8fEw93e/lQVJl4eICJHwqBiYcDQf4QkIlZ1V1gDcRiHMFiFzxs7QL1MMFAjTTdLtDnjZECdkEHErtgBHCXfwQIyg7WLlCPEAB8FItd8ChwONcB7YL1JHbBaEKRYrSQSPGYFSmwTXpMQKQYY7hIofMeQyZSjOETKWoKru0TKR53ezk2qiLF4wGRYmwIIsXjQJCPrSAzdGgmfoKQiZ8QYuInLRNjm/SkABM/ZTgT67yfImPipywTey8fE49ze/l0VJl4XICJnw6BiccBQf40kIlZ1V1gDcRiHM9iFzxj7QL1DMFAPWu6XaDPG88K2AUdSeyC8cBd/jkgKDtau0A9RwDwCSx2wfPA4dwAtAs2ktgFEwlFiolCIsULVqTANukFAZFikuEihc57EplIMYlPpOgsuLZPpHjR7eXkqIoULwZEiskhiBQvAkE+uYLM0KGZ+CVCJn5JiImnWCbGNmmKABO/bDgT67xfJmPily0Tey8fE091e/lKVJl4aoCJXwmBiacCQf4KkIlZ1V1gDcRifJXFLnjN2gXqNYKBet10u0CfN14XsAs6kdgFrwJ3+TeAoOxk7QL1BgHAp7HYBdOBw7kJaBdsJrELZhCKFDOERIqZVqTANmmmgEgxy3CRQuc9i0ykmMUnUnQRXNsnUsx2e/lmVEWK2QGR4s0QRIrZQJC/WUFm6NBM/BYhE78lxMRzLBNjmzRHgInnGs7EOu+5ZEw81zKx9/Ix8dtuL9+JKhO/HWDid0Jg4reBIH8HyMSs6i6wBmIxzmOxC+Zbu0DNJxiod023C/R5410Bu6AziV0wD7jLLwCCsrO1C9QCAoAvZLELFgGHcwvQLthKYhcsJhQpFguJFO9ZkQLbpPcERIolhosUOu8lZCLFEj6Roqvg2j6RYqnby2VRFSmWBkSKZSGIFEuBIF9WQWbo0Ey8nJCJlwsx8QrLxNgmrRBg4pWGM7HOeyUZE6+0TOy9fEy8yu3l6qgy8aoAE68OgYlXAUG+GsjErOousAZiMa5hsQvWWrtArSUYqPdNtwv0eeN9AbugK4ldsAa4y38ABGVXaxeoDwgAvo7FLlgPHM5tQLtgO4ld8CGhSPGhkEjxkRUpsE36SECk2GC4SKHz3kAmUmzgEym6Ca7tEyk2ur38OKoixcaASPFxCCLFRiDIP64gM3RoJv6EkIk/EWLiTZaJsU3aJMDEmw1nYp33ZjIm3myZ2Hv5mPhTt5efRZWJPw0w8WchMPGnQJB/BmRiVnUXWAOxGLew2AVbrV2gthIM1Oem2wX6vPG5gF3QncQu2ALc5b8AgrK7tQvUFwQA38ZiF2wHDucuoF2wm8Qu2EEoUuwQEil2WpEC26SdAiLFLsNFCp33LjKRYhefSNFdcG2fSLHb7eWXURUpdgdEii9DECl2A0H+ZQWZoUMz8VeETPyVEBPvsUyMbdIeASbeazgT67z3kjHxXsvE3svHxF+7vfwmqkz8dYCJvwmBib8GgvwbIBOzqrvAGojFuI/FLthv7QK1n2CgvjXdLtDnjW8F7ILrSeyCfcBd/jsgKK+3doH6jgDgB1jsgoPA4dwDtAv2ktgF3xOKFN8LiRQ/WJEC26QfBESKQ4aLFDrvQ2QixSE+kSJdcG2fSHHY7eWPURUpDgdEih9DECkOA0H+YwWZoUMz8U+ETPyTEBMfsUyMbdIRASY+ajgT67yPkjHxUcvE3svHxD+7vfwlqkz8c4CJfwmBiX8GgvwXIBOzqrvAGojFeIzFLjhu7QJ1nGCgfjXdLtDnjV8F7IIeJHbBMeAu/xsQlD2sXaB+IwD4CRa7IC4Z6LEB7YL9JHbBKcl8IsUpuJ77RIocyVmvrUgR45q6Sbqg6HVzAgdWKu+cyfAeiYoUOYGACkekUClya/tFilxuL0/19DRSIoUugONJ1luIYECZ7x0rMHMBQX5qsszQoZk4NyET5xZi4jyWibFNyiPAxHkNZ2Kdd14yJs5rmdi3uDf+09xenh5VJj4twMSnh8DEpwFBfjqQiVnV3dOTzY8xn0CM2QYa60DlB4o/rAOVn2CgzkDHiA5QnzfOSMYP6E0kdkE+4C5/JhCUN1m7QJ1JAPACUoyBtgsKAofzANAuOEhiF5xFKFKcJSRSnG1FCmyTzhYQKQoZLlLovAuRiRSF+EQKJbe2X6Qo7PbynKiKFIUDIsU5IYgUhYEgPydZZujQTHwuIROfK8TERSwTY5tURICJixrOxDrvomRMXNQysW9xb/znub08P6pMfF6Aic8PgYnPA4L8fCATs6q75yebH2MxFruguLULVHGCgbrAdLtAnzcuELALepLYBcWAu3wJICh7WrtAlSAAeEkWu8ABDuchoF1wmMQuiCcUKeKFRIoEK1Jgm5QgIFIkGi5S6LwTyUSKRD6Roorc2n6RopTby9JRFSlKBUSK0iGIFKWAIC+dLDN0aCYuQ8jEZYSYuKxlYmyTygowcZLhTKzzTiJj4iTLxL7FvfGXc3tZPqpMXC7AxOVDYOJyQJCXBzIxq7pbPtn8GCuw2AXJ1i5QyQQDVdF0u0CfNyoK2AW9SOyCCsBdvhIQlL2sXaAqEQC8MotdkAIcziNAu+AoiV2gCEUKJSRSVLEiBbZJVQREilTDRQqddyqZSJHKJ1Kkyq3tFynS3F5WjapIkRYQKaqGIFKkAUFeNVlm6NBMXI2QiasJMXF1y8TYJlUXYOIahjOxzrsGGRPXsEzsW9wbf023lxdGlYlrBpj4whCYuCYQ5BcCmZhV3b0w2fwYa7HYBbWtXaBqEwzURabbBfq8cZGAXdCbxC6oBdzlLwaCsre1C9TFBACvw2IXXAIczmNAu+A4iV1Ql1CkqCskUtSzIgW2SfUERIr6hosUOu/6ZCJFfT6RIk1ubb9I0cDtZcOoihQNAiJFwxBEigZAkDdMlhk6NBM3ImTiRkJM3NgyMbZJjQWYuInhTKzzbkLGxE0sE/sW98bf1O3lpVFl4qYBJr40BCZuCgT5pUAmZlV3L002P8ZmLHbBZdYuUJcRDFRz0+0Cfd5oLmAX9CGxC5oBd/kWQFD2sXaBakEA8JYsdkEr4HCeANoFcUIbBXpDa00oUrQWEikutyIFtkmXC4gUbQwXKXTebchEijZ8IkVVubX9IsUVbi/bRlWkuCIgUrQNQaS4AgjytskyQ4dm4isJmfhKISZuZ5kY26R2Akx8leFMrPO+ioyJr7JM7FvcG397t5dXR5WJ2weY+OoQmLg9EORXA5mYVd29Otn8GDuw2AXXWLtAXUMwUB1Ntwv0eaOjgF3Ql8Qu6ADc5a8FgrKvtQvUtQQA78RiF1wHHM6cq4HsQ2IXdCYUKToLiRRdrEiBbVIXAZGiq+Eihc67K5lI0ZVPpKgmt7ZfpOjm9rJ7VEWKbgGRonsIIkU3IMi7J8sMHZqJ0wmZOF2Iia+3TIxt0vUCTHyD4Uys876BjIlvsEzsW9wbfw+3lzdGlYl7BJj4xhCYuAcQ5DcCmZhV3b0x2fwYb2KxC262doG6mWCgeppuF+jzRk8Bu6AfiV1wE3CXvwUIyn7WLlC3EAC8F4tdcCtwOPMA7YK8JHZBb0KRoreQSHGbFSmwTbpNQKToY7hIofPuQyZS9OETKarLre0XKW53e9k3qiLF7QGRom8IIsXtQJD3TZYZOjQT30HIxHcIMXE/y8TYJvUTYOI7DWdinfedZEx8p2Vi3+Le+Pu7vbwrqkzcP8DEd4XAxP2BIL8LyMSs6u5dyebHOIDFLrjb2gXqboKBGmi6XaDPGwMF7IL+JHbBAOAufw8QlP2tXaDuIQD4IBa74F7gcOYD2gX5SeyCwYQixWAhkeI+K1Jgm3SfgEgxxHCRQuc9hEykGMInUtSQW9svUtzv9nJoVEWK+wMixdAQRIr7gSAfmiwzdGgmfoCQiR8QYuJhlomxTRomwMQPGs7EOu8HyZj4QcvEvsW98Q93e/lQVJl4eICJHwqBiYcDQf4QkIlZ1d2Hks2PcQSLXfCwtQvUwwQDNdJ0u0CfN0YK2AUDSOyCEcBd/hEgKAdYu0A9QgDwUSx2waPA4SwAtAsKktgFowlFitFCIsVjVqTANukxAZFijOEihc57DJlIMYZPpKgpt7ZfpHjc7eXYqIoUjwdEirEhiBSPA0E+Nllm6NBM/AQhEz8hxMRPWibGNulJASZ+ynAm1nk/RcbET1km9i3ujX+c28uno8rE4wJM/HQITDwOCPKngUzMqu4+nWx+jONZ7IJnrF2gniEYqGdNtwv0eeNZAbtgIIldMB64yz8HBOVAaxeo5wgAPoHFLngeOJyFgHZBYRK7YCKhSDFRSKR4wYoU2Ca9ICBSTDJcpNB5TyITKSbxiRSd5db2ixQvur2cHFWR4sWASDE5BJHiRSDIJyfLDB2aiV8iZOKXhJh4imVibJOmCDDxy4Yzsc77ZTImftkysW9xb/xT3V6+ElUmnhpg4ldCYOKpQJC/AmRiVnX3lWTzY3yVxS54zdoF6jWCgXrddLtAnzdeF7ALBpHYBa8Cd/k3gKAcZO0C9QYBwKex2AXTgcNZBGgXFCWxC2YQihQzhESKmVakwDZppoBIMctwkULnPYtMpJjFJ1J0kVvbL1LMdnv5ZlRFitkBkeLNEESK2UCQv5ksM3RoJn6LkInfEmLiOZaJsU2aI8DEcw1nYp33XDImnmuZ2Le4N/633V6+E1UmfjvAxO+EwMRvA0H+DpCJWdXdd5LNj3Eei10w39oFaj7BQL1rul2gzxvvCtgFg0nsgnnAXX4BEJSDrV2gFhAAfCGLXbAIOJzFgHZBcRK7YDGhSLFYSKR4z4oU2Ca9JyBSLDFcpNB5LyETKZbwiRRd5db2ixRL3V4ui6pIsTQgUiwLQaRYCgT5smSZoUMz8XJCJl4uxMQrLBNjm7RCgIlXGs7EOu+VZEy80jKxb3Fv/KvcXq6OKhOvCjDx6hCYeBUQ5KuBTMyq7q5ONj/GNSx2wVprF6i1BAP1vul2gT5vvC9gFwwhsQvWAHf5D4CgHGLtAvUBAcDXsdgF64HDWRJoFzgkdsGHhCLFh0IixUdWpMA26SMBkWKD4SKFznsDmUixgU+k6Ca3tl+k2Oj28uOoihQbAyLFxyGIFBuBIP84WWbo0Ez8CSETfyLExJssE2ObtEmAiTcbzsQ6781kTLzZMrFvcW/8n7q9/CyqTPxpgIk/C4GJPwWC/DMgE7Oqu58lmx/jFha7YKu1C9RWgoH63HS7QJ83PhewC4aS2AVbgLv8F0BQDrV2gfqCAODbWOyC7cDhTATaBaVI7IIdhCLFDiGRYqcVKbBN2ikgUuwyXKTQee8iEyl28YkU3eXW9osUu91efhlVkWJ3QKT4MgSRYjcQ5F8mywwdmom/ImTir4SYeI9lYmyT9ggw8V7DmVjnvZeMifdaJvYt7o3/a7eX30SVib8OMPE3ITDx10CQfwNkYlZ195tk82Pcx2IX7Ld2gdpPMFDfmm4X6PPGtwJ2wTASu2AfcJf/DgjKYdYuUN8RAPwAi11wEDicZYF2QRKJXfA9oUjxvZBI8YMVKbBN+kFApDhkuEih8z5EJlIc4hMp0uXW9osUh91e/hhVkeJwQKT4MQSR4jAQ5D8mywwdmol/ImTin4SY+IhlYmyTjggw8VHDmVjnfZSMiY9aJvYt7o3/Z7eXv0SViX8OMPEvITDxz0CQ/wJkYlZ195dk82M8xmIXHLd2gTpOMFC/mm4X6PPGrwJ2wXASu+AYcJf/DQjK4dYuUL8RAPwEi10QVxGXdAWgXZAc0kYRa/1OAdZv4ircWi8A15KsX45/f/1E5y8nsH4NgfhtBMYv+kZEHws758SvO0I475TYLqVz7i6Q98NC+3UOcP7A/qiHDZ/x93PIzPgoghm/XiDvR0lmHNgfhcxZ90MbFJkc2CXjxW8ZP7u6P7u5P/WVK4PXTq34ew9ze2p0vfs7+v/P/N3cGa/zVIyL+7Oaxtr7G3Li1soL5OywjK30nDLG1mmevlljK8Y1dZNOq4hf9/SKZhtbOu/TK8J7JEZOeSviySlfxf/NRp0/433P+JONOr9noz4z43WBbH63u/u7Z7q/qzeCghmvzxLe1JFzfTZwU///1L9QxvsW/pP6F/LU/5yM1+f+Sf3P8dS/SMbrotn8brr7u0Xc39Uxnpfx+ny3VxJ7T0EBvIwx/CZWz9N5Ank/TiKsFQPiCdhr9TjJc8zF//nelhJYK7SbzOJgDsu8LrA3mdgmXSBwk1nC8JtMnXcJoZvMzEuypikxXsGnp9CqRXut2AA3/QIVMmIU7leMa6vgP3jrW9KN3fHk8N+e7joRd/IMBZ/uOhH31093ZbfO/+zpLl2ABZ5kHc9wBANCvXdJ4CYU/ydr1ajevUt69bTUzilp6V0y1qmW3j21c5WaKr1GasbyqWmqS+fuKd3SulSvllatRnr10J5fjhdi4ATLwNgmJQgwcKLhDKzzTgxJ5ok1f8eNFb3uk4Y+QBWMEzlLpYB3BU+C/Qy9ien46rpromc+864IPUfjDJc/Mu/e0Hk/bab8cdKRG3kj4gDXGk/yACdwvhVwZtR4EvmoNKF8VFro5rWMvXnFNqmMwM1rWcNvXnXeZYk8SolY/9sH8NDxOzFsBOm+q3tock+SW+9yf0PuqZdN7YJyT724v5Z7slvnL+UeiWEDrfXHHXlSxaxkc7hFrRvnv9B3HMA8VDngZlYeBob09Mx6lhc88eg6OgJ3/hPMelrzpLsknXeSQN7PG/6Uqs67nEDeEw09qQQJBrlveGc81vq9QHLSA863As6MeiGkp4Vj7XMSkGsqAJU6vYYEt1SoKLOHIXstoSKeWQGf9xQCFbGgQN4vkzxElQzEI7DX6mXD50bjpaTA3LxKgBdHIO/XSPBSEYgXYK/VawR4qSwwN9MI8JIikPd0ErxUAuIF2Gs1nQAvdQTmZhYBXi4RyHs2CV4qA/EC7LWaTYCXlgJzM4cAL60E8p5LgpcUIF6AvVZzCfDSSWBu5hHg5TqBvOeT4EUB8QLstZpPgJdeAnOzkAAvtwrkvYgEL1WAeAH2Wi0iwMsggblZQoCXewXyXkqCl1QgXoC9VksJ8DJKYG5WEODlUYG8V5LgJQ2IF2Cv1UoCvEwQmJs1BHh5XiDvtSR4qQrEC7DXai0BXqYJzM06ArxMF8h7PQleqgHxAuy1Wk+Al4UCc7OBAC+LBPLeSIKX6kC8AHutNhLgZZ3A3GwiwMt6gbw3k+ClBhAvwF6rzQR42SYwN1sI8LJdIO+tJHipCcQLsNdqKwFeDgjMzTYCvBwUyHs7CV4uBOIF2Gu1nQAvJwTmZhcBXuIEvpZsNwleagHxAuy12k2AlwICc7OH4fMvAnnvJcFLbSBegL1WewnwUlJgbvYxfP5FIO/9JHi5CIgXYK/VfgK8VBaYmwMMn38RyPsgCV4uBuIF2Gt1kAAvdQTm5hDD518E8j5Mgpc6QLwAe60OE+ClpcDcHGH4/ItA3kdJ8HIJEC/AXqujBHjpJDA3xxg+/yKQ93ESvNQF4gXYa3WcAC+9BObmBMPnXwTyjlvDgZd6QLwAe63Q9RP5/IvA3OQ0PO//fP5FIO9cJHipj/zmXlzOKhcBXkYJzE0eArw8KpB3XhK8NADiBdhrlZcALxME5iYfAV6eF8g7PwleGgLxAuy1yk+Al2kCc1OAAC/TBfIuSIKXRsjviwTipSABXhYKzE0hArwsEsi7MAleGgPxAuy1KkyAl3UCc1OEAC/rBfIuSoKXJkC8AHutihLgZZvA3BQjwMt2gbyLk+ClKRAvwF6r4gR4OSAwNyUJ8HJQIG+HBC+XAvEC7LVyCPByQmBuEgnwEifw/SWlSPDSDIgXYK8Vsn76S/++zfif466nv8NDfy+B/lvr+u9H67+Jq//Op/7bhfrvsem/MaX/bo7+WyD67xvoz2zrz6Hqz9bpzwvpz0Do57r1s6r/ef5Of3dbxv+096v9LK3Ra91Rayn6fKjveTWP672pWcU434Weu8sqyswdOs7mwLnT/f0uLut7nHQNmgvXuQXwO57C+jbfFkLf5tvSfpsvtkktBb7Nt5Xh3+ar825F9G2+ErEGv803BzhufZN3SkXszVMOoZ4FL1TM3vq2dmO//G98Q3C85787xfPzFE+v4uP++huCs1vnX/ENwbqYjqdwl1c8eec1+RuCLwdukG0q4uvb5m/UM9a4rwBuDuOATy8+TfCNu60FTpFl15if9+UCeScZrhrovK8QyLtcSKpBSmyXAs6lAvZaSdUP3ee2hKfHtkKnxyvt6RHbpCsFTo/tDD896rzbEZ0e29nTI/3p8So39vb29PjPr8xCXRU4PbYnOz22B26QVwucHq8O4fTYwZ4e//Ep6iqB00RFgtNje4G8KxGcHjsI5F2Z5PQInEsF7LVC1k+T/ndxJ1/o/sCfA6lofozXCHnccEB2BBIi60B1JBioa9ExogPU2vK1AoyRSsIY1wDvrjsBQZlKcKfRSWBurquIZcpv406+kHWVqO11BBtbZ9M3thsyBjS3wIBWNRyYeTNyLiaQdzWSx067ADdhYK+VVP1ygOvnla5iXasrsBcSWJEisW4VzSfvLgJ51zT9piUj564CeV9Isjd2B+IR2Gt14Rqam74/jF30bHYjuOnrXlFmzuGATI/9VFfFXUuF9RREutBTENfbpyCwTbpe4CmIGwx/CkLnfYOwoy5Z05QYrzCegPi1PPYJiJz4fvkADVpbZb7w1reHG/uNf+MJiIS4k2co+AREQtxfPwGR3Tp/+QQEqAh/FCMzuR4VswLM4RbCCQSHes/M4UOz8EUEn9DNKXAcuNjs48AfdzY9gKRzI3CtOiTeAXC+FXBmFLB+vg0fjZObSD5RfDP4E8UH4rLIRNfgZuFPFPckfCa8p9Bp6BZ7GsI26RaB01Avw09DOu9eZKehXoKnIaGZDe1561vdXvY2/XlrdBEyk7s18Ix074pxJ11oo+lWIMh7k9xJ3EbIxLcJMXEfy8TYJvURYOLbDWdinfftZEx8u2Vi7+Vj4r5uL++IKhP3DTDxHSEwcV8gyO8AP7934OT0jbdJ76hofoz9WKzcO8FPujMO1J0EA9Xf9AdC9Xmjv4DaX59Ere4H3OXvAoKyPs/DP2LguYsA4AOkGAN9O4N8gvVu8BOsmRf6yb6BwDinAD8g/bLQlxGjN/F7CIWZe4SEmUFWmME2aZCAMHOv4cKMzvteMmHmXj5hRuKBrD/W9sY/2O3lfVEVZgYHhJn7QhBmBgNBfp/QnQyaiYcQMvEQISa+3zIxtkn3CzDxUMOZWOc9lIyJh1om9q3tjf8Bt5fDosrEDwSYeFgITPwAEOTDrKKtgDUQi/FBFotkuB0oNZxgoB4y3SLR542HBCyShiQWyYPAXX4EEJQNrUWiRhAA/GEpxkDbBSOBw/kq0C54jcQueIRQpHhESKQYZUUKbJNGCYgUjxouUui8HyUTKR7lEymqCK7tEylGu718LKoixeiASPFYCCLFaCDIH6soM3RoJh5DyMRjhJj4ccvE2CY9LsDEYw1nYp33WDImHmuZ2Hv5mPgJt5dPRpWJnwgw8ZMhMPETQJA/CWRiVnUXWAOxGJ9isQvGWbtAjSMYqKdNtwv0eeNpAbugMYld8BRwlx8PBGVjaxeo8QQAf4bFLngWOJzTgHbBdBK74DlCkeI5IZFighUpsE2aICBSPG+4SKHzfp5MpHieT6RIFVzbJ1JMdHv5QlRFiokBkeKFEESKiUCQv1BRZujQTDyJkIknCTHxi5aJsU16UYCJJxvOxDrvyWRMPNkysffyMfFLbi+nRJWJXwow8ZQQmPglIMinAJmYVd0F1kAsxpdZ7IKp1i5QUwkG6hXT7QJ93nhFwC5oSmIXvAzc5V8FgrKptQvUqwQAf43FLngdOJyzgHbBbBK74A1CkeINIZFimhUpsE2aJiBSTDdcpNB5TycTKabziRRpgmv7RIoZbi9nRlWkmBEQKWaGIFLMAIJ8ZkWZoUMz8SxCJp4lxMSzLRNjmzRbgInfNJyJdd5vkjHxm5aJvZePid9yezknqkz8VoCJ54TAxG8BQT4HyMSs6i6wBmIxzmWxC962doF6m2Cg3jHdLtDnjXcE7IJmJHbBXOAuPw8IymbWLlDzCAA+n8UueBc4nHOAdsFcErtgAaFIsUBIpFhoRQpskxYKiBSLDBcpdN6LyESKRXwiRVXBtX0ixWK3l+9FVaRYHBAp3gtBpFgMBPl7FWWGDs3ESwiZeIkQEy+1TIxt0lIBJl5mOBPrvJeRMfEyy8Tey8fEy91erogqEy8PMPGKEJh4ORDkK4BMzKruAmsgFuNKFrtglbUL1CqCgVptul2gzxurBeyC5iR2wUrgLr8GCMrm1i5QawgAvpbFLngfOJzzgHbBfBK74ANCkeIDIZFinRUpsE1aJyBSrDdcpNB5rycTKdbziRTVBNf2iRQfur38KKoixYcBkeKjEESKD4Eg/6iizNChmXgDIRNvEGLijZaJsU3aKMDEHxvOxDrvj8mY+GPLxN7Lx8SfuL3cFFUm/iTAxJtCYOJPgCDfBGRiVnUXWAOxGDez2AWfWrtAfUowUJ+Zbhfo88ZnAnZBSxK7YDNwl98CBGVLaxeoLQQA38piF3wOHM6FQLtgEYld8AWhSPGFkEixzYoU2CZtExApthsuUui8t5OJFNv5RIrqgmv7RIodbi93RlWk2BEQKXaGIFLsAIJ8Z0WZoUMz8S5CJt4lxMS7LRNjm7RbgIm/NJyJdd5fkjHxl5aJvZePib9ye7knqkz8VYCJ94TAxF8BQb4HyMSs6i6wBmIx7mWxC762doH6mmCgvjHdLtDnjW8E7ILWJHbBXuAuvw8IytbWLlD7CAC+n8Uu+BY4nEuAdsFSErvgO0KR4jshkeKAFSmwTTogIFIcNFyk0HkfJBMpDvKJFDUE1/aJFN+7vfwhqiLF9wGR4ocQRIrvgSD/oaLM0KGZ+BAhEx8SYuLDlomxTToswMQ/Gs7EOu8fyZj4R8vE3svHxD+5vTwSVSb+KcDER0Jg4p+AID8CZGJWdRdYA7EYj7LYBT9bu0D9TDBQv5huF+jzxi8CdkEbErvgKHCXPwYEZRtrF6hjBAA/zmIX/AoczhVAu2AliV3wG6FI8ZuQSHHCihTYJp0QECniKpktUui8dYzgHomKFN6apsR4hSRS1BRc2ydSnOL2Moenp5ESKXQBHE+y3kIEA8p871iBeQoQ5DkqyQwdmolzVuJj4pyVZJg4l2fGLBPHuKZuki4oet1TDWdinfepZEx8qmVi7+Vj4txuL/NElYlzB5g4TwhMnBsI8jxAJmZVd4E1EIsxr0CM2QYa60CdhguU1i44jWCgTkfHiA5QnzdOr4Qf0LYkdkFe4C6fDwjKttYuUPkIAJ5fijHQdsEZwOFcA7QL1pLYBWcSihRnCokUBaxIgW1SAQGRoqDhIoXOuyCZSFGQT6ToLLi2T6Q4y+3l2VEVKc4KiBRnhyBSnAUE+dmVZIYOzcSFCJm4kBATF7ZMjG1SYQEmPsdwJtZ5n0PGxOdYJvZePiY+1+1lkagy8bkBJi4SAhOfCwR5ESATs6q7wBqIxViUxS44z9oF6jyCgTrfdLtAnzfOF7AL2pHYBUWBu3wxICjbWbtAFSMAeHEWu+AC4HCuA9oF60nsghKEIkUJIZGipBUpsE0qKSBSOIaLFDpvh0ykcPhEii6Ca/tEini3lwlRFSniAyJFQggiRTwQ5AmVZIYOzcSJhEycKMTEpSwTY5tUSoCJSxvOxDrv0mRMXNoysffyMXEZt5dlo8rEZQJMXDYEJi4DBHlZIBOzqrvAGojFmMRiF5SzdoEqRzBQ5U23C/R5o7yAXdCexC5IAu7yFYCgbG/tAlWBAODJLHZBReBwbgDaBRtJ7IJKhCJFJSGRorIVKbBNqiwgUqQYLlLovFPIRIoUPpGiq+DaPpFCub2sElWRQgVEiiohiBQKCPIqlWSGDs3EqYRMnCrExGmWibFNShNg4qqGM7HOuyoZE1e1TOy9fExcze1l9agycbUAE1cPgYmrAUFeHcjErOousAZiMdZgsQtqWrtA1SQYqAtNtwv0eeNCAbugA4ldUAO4y9cCgrKDtQtULQKA12axCy4CDucmoF2wmcQuuJhQpLhYSKSoY0UKbJPqCIgUlxguUvxnOMlEikv4RIpugmv7RIq6bi/rRVWkqBsQKeqFIFLUBYK8XiWZoUMzcX1CJq4vxMQNLBNjm9RAgIkbGs7EOu+GZEzc0DKx9/IxcSO3l42jysSNAkzcOAQmbgQEeWMgE7Oqu8AaiMXYhMUuaGrtAtWUYKAuNd0u0OeNSwXsgo4kdkET4C7fDAjKjtYuUM0IAH4Zi13QHDicW4B2wVYSu6AFoUjRQkikaGlFCmyTWgqIFK0MFyl03q3IRIpWfCJFd8G1fSJFa7eXl0dVpGgdECkuD0GkaA0E+eWVZIYOzcRtCJm4jRATX2GZGNukKwSYuK3hTKzzbkvGxG0tE3svHxNf6fayXVSZ+Mr/Y+9bwHyq/u4HhUIUpZJ7ksTMnvsYQ0iSJCFJ0mBG7vfccy333C9FURRFKIoiFEUhiqIoiqIoiqKI/+z3f6bOObzpbdbn/Pb6nX2e533M02/ePfuz12ftdfZa53y/PiVuHIAS3wskeWOgErO6u8A1EJvjfSxxQRMbF6gmBA11v+lxgT5v3C8QFzQniQvuA+7yTYGkbG7jAtWUgOAPsMQFzYDNuQcYF+wliQseJDQpHhQyKZpbkwILUnMBk+Ihw00KXfdDZCbFQ3wmRbrg2B6TItXBskVYTYpUn0nRIgCTIhVI8hYVZZoOrcQtCZW4pZASt7JKjAWplYASpxmuxLruNDIlTrNK7L48SpzuYNk6rEqc7lPi1gEocTqQ5K2BSszq7gLXQGyOD7PEBW1sXKDaEDRUW9PjAn3eaCsQF6SSxAUPA3f5dkBSptq4QLUjIHh7lrigA7A59wHjgv0kcUFHQpOio5BJ0cmaFFiQOgmYFJ0NNyl03Z3JTIrOdCaFipIb22tSdHGw7BpWk6KLz6ToGoBJ0QVI8q4VZZoOrcTdCJW4m5ASd7dKjAWpu4AS9zBciXXdPciUuIdVYs/g7vk/4mDZM6xK/IhPiXsGoMSPAEneE6jErO5uz4rmz7EXS1zQ28YFqjdBQ/UxPS7Q540+AnFBS5K4oBdwl+8LJGVLGxeovgQE78cSF/QHNucBYFxwkCQueJTQpHhUyKQYYE0KLEgDBEyKgYabFLrugWQmxUA+k0LJje01KQY5WA4Oq0kxyGdSDA7ApBgEJPngijJNh1biIYRKPERIiYdaJcaCNFRAiR8zXIl13Y+RKfFjVok9g7vn/7iD5bCwKvHjPiUeFoASPw4k+TCgErO6u8Mqmj/H4SxxwQgbF6gRBA010vS4QJ83RgrEBWkkccFw4C4/CkjKNBsXqFEEBB/NEheMATbnIWBccJgkLniC0KR4QsikGGtNCixIYwVMinGGmxS67nFkJsU4PpMiWm5sr0kx3sFyQlhNivE+k2JCACbFeCDJJ1SUaTq0Ek8kVOKJQko8ySoxFqRJAko82XAl1nVPJlPiyVaJPYO75z/FwXJqWJV4ik+JpwagxFOAJJ8KVGJWd3dqRfPnOI0lLnjSxgXqSYKGesr0uECfN54SiAtak8QF04C7/HQgKVvbuEBNJyD4DJa44Glgcx4BxgVHSeKCZwhNimeETIqZ1qTAgjRTwKSYZbhJoeueRWZSzOIzKWLkxvaaFM86WD4XVpPiWZ9J8VwAJsWzQJI/V1Gm6dBKPJtQiWcLKfEcq8RYkOYIKPHzhiuxrvt5MiV+3iqxZ3D3/F9wsJwbViV+wafEcwNQ4heAJJ8LVGJWd3duRfPnOI8lLnjRxgXqRYKGesn0uECfN14SiAvakMQF84C7/HwgKdvYuEDNJyD4Apa44GVgcx4DxgXHSeKChYQmxUIhk2KRNSmwIC0SMCkWG25S6LoXk5kUi/lMili5sb0mxSsOlq+G1aR4xWdSvBqASfEKkOSvVpRpOrQSLyFU4iVCSrzUKjEWpKUCSvya4Uqs636NTIlfs0rsGdw9/9cdLJeFVYlf9ynxsgCU+HUgyZcBlZjV3V1W0fw5LmeJC96wcYF6g6Ch3jQ9LtDnjTcF4oJ2JHHBcuAuvwJIynY2LlArCAi+kiUueAvYnCeAccFJkrhgFaFJsUrIpFhtTQosSKsFTIo1hpsUuu41ZCbFGj6TIk5ubK9J8baD5TthNSne9pkU7wRgUrwNJPk7FWWaDq3EawmVeK2QEq+zSowFaZ2AEr9ruBLrut8lU+J3rRJ7BnfP/z0Hy/VhVeL3fEq8PgAlfg9I8vVAJWZ1d9dXNH+OG1jigvdtXKDeJ2ioD0yPC/R54wOBuKADSVywAbjLbwSSsoONC9RGAoJvYokLNgOb8xQwLjhNEhd8SGhSfChkUmyxJgUWpC0CJsVWw00KXfdWMpNiK59JES83ttek+MjB8uOwmhQf+UyKjwMwKT4CkvzjijJNh1bibYRKvE1IibdbJcaCtF1AiT8xXIl13Z+QKfEnVok9g7vn/6mD5Y6wKvGnPiXeEYASfwok+Q6gErO6uzsqmj/HnSxxwWc2LlCfETTU56bHBfq88blAXNCJJC7YCdzldwFJ2cnGBWoXAcF3s8QFXwCb8ywwLogQ2ijQG9qXhCbFl0ImxR5rUmBB2iNgUuw13KTQde8lMyn28pkUCXJje02Krxwsvw6rSfGVz6T4OgCT4isgyb+uKNN0aCXeR6jE+4SUeL9VYixI+wWU+BvDlVjX/Q2ZEn9jldgzuHv+3zpYHgirEn/rU+IDASjxt0CSHwAqMau7e6Ci+XM8yBIXfGfjAvUdQUN9b3pcoM8b3wvEBV1I4oKDwF3+EJCUXWxcoA4REPwwS1zwA7A5c2wEqg9JXPAjoUnxo5BJccSaFFiQjgiYFEcNNyl03UfJTIqjfCZFotzYXpPiJwfLn8NqUvzkMyl+DsCk+AlI8p8ryjQdWomPESrxMSElPm6VGAvScQEl/sVwJdZ1/0KmxL9YJfYM7p7/rw6WJ8KqxL/6lPhEAEr8K5DkJ4BKzOrunqho/hxPssQFv9m4QP1G0FC/mx4X6PPG7wJxQTeSuOAkcJc/BSRlNxsXqFMEBD/NEhf8AWzOXMC4IDdJXHCG0KQ4I2RSnLUmBRakswImRUSk2SaFrlvPEYyRqEnhXtOoLF4BmRRJcmN7TYpsDpbZXZiGyqTQC1DCVax7IfwTyvzbWSVmNiDJs0fKNB1aiXNE8ilxjkgZJb7I1WNWibM4pgZJLyh63IsNV2Jd98VkSnyxVWLP4O7553SwzBVWJc7pU+JcAShxTiDJcwGVmNXdzRVp/hxzC8zxvBPNakNdgpsobVxwCUFDXYqeI3qC+rxxaSS+QXuQxAW5gbt8HiApe9i4QOUhIHheKcVAxwX5gM2ZBxgX5CWJCy4jNCkuEzIp8luTAgtSfgGTooDhJoWuuwCZSVGAz6RIlRvba1Jc7mB5RVhNist9JsUVAZgUlwNJfkWkTNOhlbggoRIXFFLiQlaJsSAVElDiKw1XYl33lWRKfKVVYs/g7vlf5WBZOKxKfJVPiQsHoMRXAUleGKjErO5u4Ujz53g1S1xwjY0L1DUEDXWt6XGBPm9cKxAX9CSJC64G7vJFgKTsaeMCVYSA4NexxAVFgc2ZHxgXFCCJC4oRmhTFhEyK4takwIJUXMCkKGG4SaHrLkFmUpTgMylayI3tNSlKOliWCqtJUdJnUpQKwKQoCSR5qUiZpkMrcWlCJS4tpMTXWyXGgnS9gBKXMVyJdd1lyJS4jFViz+Du+d/gYFk2rEp8g0+JywagxDcASV4WqMSs7m7ZSPPneCNLXFDOxgWqHEFD3WR6XKDPGzcJxAW9SeKCG4G7fHkgKXvbuECVJyD4zSxxQQVgcxYExgWFSOKCioQmhXvOUVm83PONjPzrZ2tSZHFMDZJeUPS4UZFmmxS67qhIOEaiJkUUkFABmRQt5cb2mhTKwTLahWmoTAq9ACVcxboXwj+hzL+dVWIqIMmjI2WaDq3EMZF8ShwjpMSxVomxIMUKKHGc4Uqs644jU+I4q8Sewd3zj3ewTAirEsf7lDghACWOB5I8AajErO5uQqT5c0wUmON5J5rVhkrCTZQ2LkgiaKhK6DmiJ6jPG5Ui8Q3alyQuSATu8slAUva1cYFKJiB4ZSnFQMcFKcDmLAyMC64miQuqEJoUVYRMiqrWpMCCVFXApLjFcJPif5qTzKS4hc+kaCU3ttekqOZgWT2sJkU1n0lRPQCTohqQ5NUjZZoOrcQ1CJW4hpAS32qVGAvSrQJKXNNwJdZ11yRT4ppWiT2Du+d/m4NlrbAq8W0+Ja4VgBLfBiR5LaASs7q7tSLNn+PtLHFBbRsXqNoEDXWH6XGBPm/cIRAX9CeJC24H7vJ1gKTsb+MCVYeA4HeyxAV1gc1ZBBgXXEcSF9xFaFLcJWRS1LMmBRakegImxd2GmxS67rvJTIq7+UyKNLmxvSZFfQfLe8JqUtT3mRT3BGBS1AeS/J5ImaZDK3EDQiVuIKTEDa0SY0FqKKDEjQxXYl13IzIlbmSV2DO4e/73Olg2DqsS3+tT4sYBKPG9QJI3Bioxq7vbONL8Od7HEhc0sXGBakLQUPebHhfo88b9AnHBAJK44D7gLt8USMoBNi5QTQkI/gBLXNAM2JzFgXFBCZK44EFCk+JBIZOiuTUpsCA1FzApHjLcpNB1P0RmUjzEZ1Kky43tNSlSHSxbhNWkSPWZFC0CMClSgSRvESnTdGglbkmoxC2FlLiVVWIsSK0ElDjNcCXWdaeRKXGaVWLP4O75pztYtg6rEqf7lLh1AEqcDiR5a6ASs7q7rSPNn+PDLHFBGxsXqDYEDdXW9LhAnzfaCsQFg0jigoeBu3w7ICkH2bhAtSMgeHuWuKADsDlLA+OC6wPaKLK6fh2B6/fkB7ixngKOJbl+nf7710+0/zoD1y8FyN8qYP6ib0T0sbBNDvy4Q4TrjsrapXTNHQTqHiq0X2cH1w/ERw01vMc3Z5fp8WEEPd5JoO7hJD0OxEcha9Z46IAiUwPbZvxwJuPfds6/7Z1/9dUlQ9e6OgfQnK416uT8jv7fM3+3W8bP3X3WH9r265wDN1YPoGYHFWx1zCETbD1igy0sSI8IBFs9DQ+2dN09hYItCXHqIeCs9Yr8z2zUvTP+bp+/2ah7uzbqvhk/9zvP73Zwfrev87t6I+if8fOjwps6sq8HADf1/8v6D8z4u4P+Zv0HutZ/cMbPQ/5m/Qe71n9oxs+Pned3Ozq/O9T5XT3HxzN+HuZgJbH39BfgyyjDb2J1Pz0uUPdoEmNtOJBPQKzVaJLnmEf8+70tyjdWYDeZI4SenhppbzKxII0UuMkcZfhNpq57FNnTU6MEn55CuxapGX8Amab0q5BxEySMVxbHVv7/4F7f0c7cx/yDp7vORpzbQ/6nu85GXPjprvON8x97uksvwCpXsWNczeGfEOpvjwZuQk/8zViJCWkt0hNiY1KjYtNbZIwTn54WkxqdpNITYzKGj4lVLVLTolrFtkiIj41PTE8I7PnlJ4QUeKxVYCxIYwUUeJzhCqzrHheQzZPV+sc4c0WPO9bQB6j880T20njgXcFYcJ6hNzE9v2rOmPAH8Zy7InQfjTfc/si8e0PXPcFM++OcIzfyRmQMcKyJJA9wAvtbAXtGTSSxjyYQ2kcThG5eJ9qbVyxIEwVuXicZfvOq655ElFFKzPV/ewEPPf8xWdgI0j1XWmB2z2Rnvaf8A7un+nnWzm/3VI+4sN1zvnEuaPdINBtorD/vyCdH/lVsdmdRq0V4L/QdB7AONQW4mU2FkSE9PXM9pwqeePQ6jhG4859q1tOa59wl6bonC9Q9zfCnVHXdUwTqftLQk4pfYJD7hrvHs7p+T5Gc9ID9rYA9o54K6GnhrOI8Gag104BOnR5DQlumRcrsYUisJVzEvhXwdc8kcBH7C9Q9i+QhqieBfARirWYZ3jeaL6MF+mY2AV/GCNQ9h4QvTwH5AsRazSHgywyBvplLwJenBeqeR8KX6UC+ALFW8wj4skCgb+YT8OVlgboXkPBlBpAvQKzVAgK+rBTom0UEfHlLoO7FJHx5GsgXINZqMQFfNgn0zRICvmwWqHspCV+eAfIFiLVaSsCX3QJ9s4yAL18I1L2chC8zgXwBYq2WE/DlsEDfrCDgyw8Cda8k4cssIF+AWKuVBHw5LdA3qwn48odA3WtI+PIskC9ArNUaAr7krYjvm7UEfMknUPc6Er48B+QLEGu1joAv1wn0zXoCvhQVqHsDCV9mA/kCxFptIODLzQJ9s5GALxUE6t5Ewpc5QL4AsVabCPhSWaBvthDwJUWg7q0kfHkeyBcg1morAV/uFOibbQR8qStQ93YSvrwA5AsQa7WdgC8PCPTNDgK+NBOoeycJX+YC+QLEWu0k4Et7gb7ZRcCXDgJ17ybhyzwgX4BYq90EfOkn0Dd7GN5/Eah7LwlfXgTyBYi12kvAl9ECfbOP4f0Xgbr3k/DlJSBfgFir/QR8mSHQNwcY3n8RqPsgCV/mA/kCxFodJODLAoG+OcTw/otA3YdJ+LIAyBcg1uowAV9WCvTNEYb3XwTqPkrCl5eBfAFirY4S8GWTQN8cY3j/RaDu4yR8WQjkCxBrdZyAL7sF+uYEw/svAnWfJOHLIiBfgFirkwR8OSzQN6cY3n8RqPs0CV8WA/kCxFqdJuDLaYG+Ocvw/otA3RGbOPjyCpAvQKwVev1E3n8R+JzCHIbX/T/vvwjUfREJX15FfjM8rmZ1EQFfrhPom1wEfCkqUHduEr4sAfIFiLXKTcCXmwX6Jg8BXyoI1J2XhC9LgXwBYq3yEvClskDf5CfgS4pA3QVI+PIakC9ArFUBAr7cKdA3BQn4Uleg7kIkfHkdyBcg1qoQAV8eEOibwgR8aSZQ99UkfFkG5AsQa3U1AV/aC/RNEQK+dBCo+zoSviwH8gWItUKun/7Sv98y/q+EM57+Dg/9vQT6s9b150frz8TVn/OpP7tQfx6b/owp/bk5+rNA9Ocb6He29Xuo+t06/b6QfgdCP9etn1XVz9/pZ4r0cxI6+9V5lvbote+ovRR9PtT3vFrH9d60PDLCc6H77o1Imb5Dz/NNYN9pfH+P+Ot7nPQavCm8ziuA3/EU1Lf5rhD6Nt+V9tt8sSCtFPg237cM/zZfXfdbkXCMxL7NV2Ku/m/zzQ6et77J6xiJvXnqJISZ/0LN2b2+q5y5r/4H3xBc0vX/l831bzYXViUjLvwNwecb57/iG4L1YpZwLdzqyHN3XpO/IXg1cINcE4lf3zX/YD2zOu+3gZvDeODTJRMIvnF3lcApsvgm8+teLVB3CcNdA1332wJ1lwzINYjK2qWAfamAWCup9UPj/A7h6fEdodPjWnt6xIK0VuD0uM7w06Ouex3R6XGdPT3Snx7fdeb+nj09/vsrc6He9Z0e3yM7Pb4H3CDXC5we1wdwetxgT4//+hT1rsBpogzB6fE9gbpvIDg9bhCouyzJ6RHYlwqItUKunxb93yPOvdD4oHvzvUjz5/i+UMYNJ+QHQEFkbagPCBpqI3qO6Alqb3mjgGKUJ1GM94F315uApCxPcKexSaBvNkdilfK3iHMv5LpKrO1mgo3tQ9M3ts4ZDdpNoEErGE7MHhk1DxeouyLJY6dbgJswEGsltX7Zwevntq6y/NVJQCwkuCIlYh9Fmi/eWwTqVobvjVq0tgrUHU2yN34M5CMQaxW9ieam789gF92bHxHc9H0cKdPncEJuy/qpLtoZSwX1FMQ2oacgttunILAgbRd4CuITw5+C0HV/IpyoS65pVBavIJ6AaFsB+wREZzxeHkKDxlaZP7jX91Nn7jv+wRMQpSLO7SH/ExClIi78BMT5xrngExCgRfhzMTKL+zTyrwlmdxaihG9yqL+Z2XxoFY4jeEO3s8BxIN7s48CfdzafAkVnB3CsBJLsANjfCtgzCrh+ng0fzZOdJG8UfwZ+o/hUxF9iotfgM+E3ij8nfCb8c6HT0C57GsKCtEvgNLTb8NOQrns32Wlot+BpSKhnA3ve+gsHyy9Nf94avQiZxX3he0b6y8iIcy500PQFkORfktxJ7CFU4j1CSrzXKjEWpL0CSvyV4Uqs6/6KTIm/skrsvjxK/LWD5b6wKvHXPiXeF4ASfw0k+T7w83unzi3f+Jh0X6T5c9zPEuV+A37SnbGhviFoqG9NfyBUnze+FXD7k0nc6v3AXf4AkJTJPA//iJHnAAHBD0opBvp2BvkE63fgJ1gzL/STfd8D5zkT+IL0LKEvi0Rv4ocIjZlDQsbMYWvMYEE6LGDM/GC4MaPr/oHMmPmBz5iReCDrz7Hd8//RwfJIWI2ZH33GzJEAjJkfgSQ/InQng1bio4RKfFRIiX+ySowF6ScBJf7ZcCXWdf9MpsQ/WyX2jO2e/zEHy+NhVeJjPiU+HoASHwOS/Lh1tBVwDcTm+AtLRPKrbSj1K0FDnTA9ItHnjRMCEUkKSUTyC3CXPwkkZYqNSNRJAoL/JqUY6Ljgd2BzzgbGBXNI4oJThCbFKSGT4rQ1KbAgnRYwKf4w3KTQdf9BZlL8wWdSRAuO7TEpzjhYng2rSXHGZ1KcDcCkOAMk+dlImaZDK3FEFJ8Su+cclcXLPd9sru3OKnFWx4z6/wuKHjc7sGGl6s4eBcdIVImzR1kldl0eJc7hrPxFLgRCpcR6AUq4ir3oPC+zoJU4B5DkF+GaO5rV3QWugdgcLxaY43knmtWGyhkFBIa0oXISNFQu9BzRE9TnjVxR+AatShIXXAzc5XMDSVnVxgUqNwHBL5FSDHRccCmwOecC44J5JHFBHkKTIo+QSZHXmhRYkPIKmBT5DDcpdN35yEyKfHwmRYzg2B6T4jJn5fOH1aS4zGdS5A/ApLgMSPL8UTJNh1biAoRKXEBIiS+3SowF6XIBJb7CcCXWdV9BpsRXWCV2Xx4lLuisfKGwKnFBnxIXCkCJCwJJXgioxKzuLnANxOZ4JUtccJWNC9RVBA1V2PS4QJ83CgvEBdVI4oIrgbv81UBSVrNxgbqagODXsMQF1wKbcz4wLlhAEhcUITQpigiZFNdZkwIL0nUCJkVRw00KXXdRMpOiKJ9JESs4tsekKOasfPGwmhTFfCZF8QBMimJAkhePkmk6tBKXIFTiEkJKXNIqMRakkgJKXMpwJdZ1lyJT4lJWid2XR4lLOyt/fViVuLRPia8PQIlLA0l+PVCJWd1d4BqIzbEMS1xwg40L1A0EDVXW9LhAnzfKCsQFNUjigjLAXf5GIClr2LhA3UhA8HIsccFNwOZcBIwLFpPEBeUJTYryQibFzdakwIJ0s4BJUcFwk0LXXYHMpKjAZ1LECY7tMSkqOisfGVaToqLPpIgMwKSoCCR5ZJRM06GVOIpQiaOElFhZJcaCpASUONpwJdajRpMpcbRVYvflUeIYZ+Vjw6rEMT4ljg1AiWOAJI8FKjGruwtcA7E5xrHEBfE2LlDxBA2VYHpcoM8bCQJxQU2SuCAOuMsnAklZ08YFKpGA4EkscUElYHMuAcYFS0nigmRCkyJZyKSobE0KLEiVBUyKFMNNCl13CplJkcJnUsQLju0xKao4K181rCZFFZ9JUTUAk6IKkORVo2SaDq3EtxAq8S1CSlzNKjEWpGoCSlzdcCXWdVcnU+LqVondl0eJazgrf2tYlbiGT4lvDUCJawBJfitQiVndXeAaiM2xJktccJuNC9RtBA1Vy/S4QJ83agnEBbVI4oKawF3+diApa9m4QN1OQPDaLHHBHcDmXAaMC5aTxAV1CE2KOkImxZ3WpMCCdKeASVHXcJNC112XzKSoy2dSJAiO7TEp7nJWvl5YTYq7fCZFvQBMiruAJK8XJdN0aCW+m1CJ7xZS4vpWibEg1RdQ4nsMV2Jd9z1kSnyPVWL35VHiBs7KNwyrEjfwKXHDAJS4AZDkDYFKzOruAtdAbI6NWOKCe21coO4laKjGpscF+rzRWCAuqE0SFzQC7vL3AUlZ28YF6j4CgjdhiQvuBzbnCmBcsJIkLmhKaFI0FTIpHrAmBRakBwRMimaGmxS67mZkJkUzPpMiUXBsj0nxoLPyzcNqUjzoMymaB2BSPAgkefMomaZDK/FDhEr8kJASp1olxoKUKqDELQxXYl13CzIlbmGV2H15lLils/KtwqrELX1K3CoAJW4JJHkroBKzurvANRCbYxpLXJBu4wKVTtBQrU2PC/R5o7VAXFCHJC5IA+7yDwNJWcfGBephAoK3YYkL2gKbczUwLlhDEhe0IzQp2gmZFO2tSYEFqb2ASdHBcJNC192BzKTowGdSJAmO7TEpOjor3ymsJkVHn0nRKQCToiOQ5J2iZJoOrcSdCZW4s5ASd7FKjAWpi4ASdzVciXXdXcmUuKtVYvflUeJuzsp3D6sSd/MpcfcAlLgbkOTdgUrM6u4C10Bsjj1Y4oJHbFygHiFoqJ6mxwX6vNFTIC6oSxIX9ADu8r2ApKxr4wLVi4DgvVnigj7A5lwLjAvWkcQFfQlNir5CJkU/a1JgQeonYFL0N9yk0HX3JzMp+vOZFKmCY3tMikedlR8QVpPiUZ9JMSAAk+JRIMkHRMk0HVqJBxIq8UAhJR5klRgL0iABJR5suBLrugeTKfFgq8Tuy6PEQ5yVHxpWJR7iU+KhASjxECDJhwKVmNXdBa6B2BwfY4kLHrdxgXqcoKGGmR4X6PPGMIG4oB5JXPAYcJcfDiRlPRsXqOEEBB/BEheMBDbnemBcsIEkLhhFaFKMEjIpRluTAgvSaAGTYozhJoWuewyZSTGGz6RoITi2x6R4wln5sWE1KZ7wmRRjAzApngCSfGyUTNOhlXgcoRKPE1Li8VaJsSCNF1DiCYYrsa57ApkST7BK7L48SjzRWflJYVXiiT4lnhSAEk8EknwSUIlZ3V3gGojNcTJLXDDFxgVqCkFDTTU9LtDnjakCcUF9krhgMnCXnwYkZX0bF6hpBAR/kiUueArYnBuBccEmkrhgOqFJMV3IpJhhTQosSDMETIqnDTcpdN1Pk5kUT/OZFC0Fx/aYFM84Kz8zrCbFMz6TYmYAJsUzQJLPjJJpOrQSzyJU4llCSvysVWIsSM8KKPFzhiuxrvs5MiV+ziqx+/Io8Wxn5eeEVYln+5R4TgBKPBtI8jlAJWZ1d4FrIDbH51nighdsXKBeIGiouabHBfq8MVcgLmhAEhc8D9zl5wFJ2cDGBWoeAcFfZIkLXgI25xZgXLCVJC6YT2hSzBcyKRZYkwIL0gIBk+Jlw00KXffLZCbFy3wmRSvBsT0mxUJn5ReF1aRY6DMpFgVgUiwEknxRlEzToZV4MaESLxZS4lesEmNBekVAiV81XIl13a+SKfGrVondl0eJlzgrvzSsSrzEp8RLA1DiJUCSLwUqMau7C1wDsTm+xhIXvG7jAvU6QUMtMz0u0OeNZQJxQSOSuOA14C6/HEjKRjYuUMsJCP4GS1zwJrA5twHjgu0kccEKQpNihZBJsdKaFFiQVgqYFG8ZblLout8iMyne4jMp0gTH9pgUq5yVXx1Wk2KVz6RYHYBJsQpI8tVRMk2HVuI1hEq8RkiJ37ZKjAXpbQElfsdwJdZ1v0OmxO9YJXZfHiVe66z8urAq8VqfEq8LQInXAkm+DqjErO4ucA3E5vguS1zwno0L1HsEDbXe9LhAnzfWC8QFjUnigneBu/wGICkb27hAbSAg+PssccEHwObcAYwLdpLEBRsJTYqNQibFJmtSYEHaJGBSbDbcpNB1byYzKTbzmRTpgmN7TIoPnZXfElaT4kOfSbElAJPiQyDJt0TJNB1aibcSKvFWISX+yCoxFqSPBJT4Y8OVWNf9MZkSf2yV2H15lHibs/Lbw6rE23xKvD0AJd4GJPl2oBKzurvANRCb4ycsccGnNi5QnxI01A7T4wJ93tghEBc0IYkLPgHu8juBpGxi4wK1k4Dgn7HEBZ8Dm3MXMC7YTRIX7CI0KXYJmRS7rUmBBWm3gEnxheEmha77CzKT4gs6k0JFyY3tNSm+dP7SnrCaFF/6TIo9AZgUXwJJvidKpunQSryXUIn3CinxV1aJsSB9JaDEXxuuxLrur8mU+GurxJ7B3fPf5/yl/WFV4n0+Jd4fgBLvA5J8P1CJWd3d/VHmz/EblrjgWxsXqG8JGuqA6XGBPm8cEIgLmpLEBd8Ad/mDQFI2tXGBOkhA8O9Y4oLvgc25BxgX7CWJCw4RmhSHhEyKw9akwIJ0WMCk+MFwk0LX/QOZSfEDn0mh5Mb2mhQ/Oit/JKwmxY8+k+JIACbFj0CSH4mSaTq0Eh8lVOKjQkr8k1ViLEg/CSjxz4Yrsa77ZzIl/tkqsWdw9/yPOSt/PKxKfMynxMcDUOJjQJIfByoxq7t7PMr8Of7CEhf8auMC9StBQ50wPS7Q540TAnFBM5K44BfgLn8SSMpmNi5QJwkI/htLXPA7sDn3AeOC/SRxwSlCk+KUkElx2poUWJBOC5gUfxhuUui6/yAzKf7gMymi5cb2mhRnnJU/G1aT4ozPpDgbgElxBkjys1EyTYdW4gjFp8TuOUdl8XLPN5tLD60SZ3VM9f8XFD1udmDDStWdXcExElXi7MoqsXtwD+kdLC9yYRoqJdYLUMJV7EXnSWrQSpwDSPKLFK7pWN3di5T5c7xYYI7nnWhWGyqnAgJD2lA5CRoqF3qO6Anq80YuhW/Q5iRxwcXAXT43kJTNbVygchMQ/BIpxUDHBZcCm/MAMC44SBIX5CE0KfIImRR5rUmBBSmvgEmRz3CTQtedj8ykyMdnUsTIje01KS5zsMwfVpPiMp9JkT8Ak+IyIMnzK5mmQytxAUIlLiCkxJdbJcaCdLmAEl9huBLruq8gU+IrrBJ7BnfPv6CDZaGwKnFBnxIXCkCJCwJJXgioxKzubiFl/hyvZIkLrrJxgbqKoKEKmx4X6PNGYYG4IJUkLrgSuMtfDSRlqo0L1NUEBL+GJS64Ftich4BxwWGSuKAIoUlRRMikuM6aFFiQrhMwKYoablLououSmRRF+UyKWLmxvSZFMQfL4mE1KYr5TIriAZgUxYAkL65kmg6txCUIlbiEkBKXtEqMBamkgBKXMlyJdd2lyJS4lFViz+Du+Zd2sLw+rEpc2qfE1wegxKWBJL8eqMSs7u71yvw5lmGJC26wcYG6gaChypoeF+jzRlmBuKAlSVxQBrjL3wgkZUsbF6gbCQhejiUuuAnYnEeAccFRkrigPKFJUV7IpLjZmhRYkG4WMCkqGG5S6LorkJkUFfhMiji5sb0mRUUHy8iwmhQVfSZFZAAmRUUgySOVTNOhlTiKUImjhJRYWSXGgqQElDjacCXWdUeTKXG0VWLP4O75xzhYxoZViWN8ShwbgBLHAEkeC1RiVnc3Vpk/xziWuCDexgUqnqChEkyPC/R5I0EgLkgjiQvigLt8IpCUaTYuUIkEBE9iiQsqAZvzGDAuOE4SFyQTmhTJQiZFZWtSYEGqLGBSpBhuUui6U8hMihQ+kyJebmyvSVHFwbJqWE2KKj6TomoAJkUVIMmrKpmmQyvxLYRKfIuQElezSowFqZqAElc3XIl13dXJlLi6VWLP4O7513CwvDWsSlzDp8S3BqDENYAkvxWoxKzu7q3K/DnWZIkLbrNxgbqNoKFqmR4X6PNGLYG4oDVJXFATuMvfDiRlaxsXqNsJCF6bJS64A9icJ4BxwUmSuKAOoUlRR8ikuNOaFFiQ7hQwKeoablLouuuSmRR1+UyKBLmxvSbFXQ6W9cJqUtzlMynqBWBS3AUkeT0l03RoJb6bUInvFlLi+laJsSDVF1DiewxXYl33PWRKfI9VYs/g7vk3cLBsGFYlbuBT4oYBKHEDIMkbApWY1d1tqMyfYyOWuOBeGxeoewkaqrHpcYE+bzQWiAvakMQFjYC7/H1AUraxcYG6j4DgTVjigvuBzXkKGBecJokLmhKaFE2FTIoHrEmBBekBAZOimeEmha67GZlJ0YzPpEiUG9trUjzoYNk8rCbFgz6TonkAJsWDQJI3VzJNh1bihwiV+CEhJU61SowFKVVAiVsYrsS67hZkStzCKrFncPf8WzpYtgqrErf0KXGrAJS4JZDkrYBKzOrutlLmzzGNJS5It3GBSidoqNamxwX6vNFaIC5oRxIXpAF3+YeBpGxn4wL1MAHB27DEBW2BzXkWGBdECG0U8A2N0KRoJ2RStLcmBRak9gImRQfDTQpddwcyk6IDn0mRJDe216To6GDZKawmRUefSdEpAJOiI5DknZRM06GVuDOhEncWUuIuVomxIHURUOKuhiuxrrsrmRJ3tUrsGdw9/24Olt3DqsTdfErcPQAl7gYkeXegErO6u92V+XPswRIXPGLjAvUIQUP1ND0u0OeNngJxQQeSuKAHcJfvBSRlBxsXqF4EBO/NEhf0ATZnjk1A9SGJC/oSmhR9hUyKftakwILUT8Ck6G+4SaHr7k9mUvTnMylS5cb2mhSPOlgOCKtJ8ajPpBgQgEnxKJDkA5RM06GVeCChEg8UUuJBVomxIA0SUOLBhiuxrnswmRIPtkrsGdw9/yEOlkPDqsRDfEo8NAAlHgIk+VCgErO6u0OV+XN8jCUueNzGBepxgoYaZnpcoM8bwwTigk4kccFjwF1+OJCUnWxcoIYTEHwES1wwEticuYBxQW6SuGAUoUkxSsikGG1NCixIowVMijGGmxS67jFkJsUYPpOihdzYXpPiCQfLsWE1KZ7wmRRjAzApngCSfKySaTq0Eo8jVOJxQko83ioxFqTxAko8wXAl1nVPIFPiCVaJPYO75z/RwXJSWJV4ok+JJwWgxBOBJJ8EVGJWd3eSMn+Ok1nigik2LlBTCBpqqulxgT5vTBWIC7qQxAWTgbv8NCApu9i4QE0jIPiTLHHBU8DmzAOMC/KSxAXTCU2K6UImxQxrUmBBmiFgUjxtuEmh636azKR4ms+kaCk3ttekeMbBcmZYTYpnfCbFzABMimeAJJ+pZJoOrcSzCJV4lpASP2uVGAvSswJK/JzhSqzrfo5MiZ+zSuwZ3D3/2Q6Wc8KqxLN9SjwnACWeDST5HKASs7q7c5T5c3yeJS54wcYF6gWChpprelygzxtzBeKCbiRxwfPAXX4ekJTdbFyg5hEQ/EWWuOAlYHPmB8YFBUjigvmEJsV8IZNigTUpsCAtEDApXjbcpNB1v0xmUrzMZ1K0khvba1IsdLBcFFaTYqHPpFgUgEmxEEjyRUqm6dBKvJhQiRcLKfErVomxIL0ioMSvGq7Euu5XyZT4VavEnsHd81/iYLk0rEq8xKfESwNQ4iVAki8FKjGru7tUmT/H11jigtdtXKBeJ2ioZabHBfq8sUwgLuhBEhe8BtzllwNJ2cPGBWo5AcHfYIkL3gQ2Z0FgXFCIJC5YQWhSrBAyKVZakwIL0koBk+Itw00KXfdbZCbFW3wmRZrc2F6TYpWD5eqwmhSrfCbF6gBMilVAkq9WMk2HVuI1hEq8RkiJ37ZKjAXpbQElfsdwJdZ1v0OmxO9YJfYM7p7/WgfLdWFV4rU+JV4XgBKvBZJ8HVCJWd3ddcr8Ob7LEhe8Z+MC9R5BQ603PS7Q5431AnFBT5K44F3gLr8BSMqeNi5QGwgI/j5LXPABsDkLA+OCq0nigo2EJsVGIZNikzUpsCBtEjApNhtuUui6N5OZFJv5TIp0ubG9JsWHDpZbwmpSfOgzKbYEYFJ8CCT5FiXTdGgl3kqoxFuFlPgjq8RYkD4SUOKPDVdiXffHZEr8sVViz+Du+W9zsNweViXe5lPi7QEo8TYgybcDlZjV3d2uzJ/jJyxxwac2LlCfEjTUDtPjAn3e2CEQF/QmiQs+Ae7yO4Gk7G3jArWTgOCfscQFnwObswgwLrguoI0iq+u3C7h+4zfixpoAHEty/Xb/96+faP99AVy/OCB/48H8Rd+I6GNhlxz4cfsK1x2VtUvpmnsI1N1PaL/ODq4fiI/qZ3iPb84u0+MDCHq8p0DdA0l6HIiPQtas8dABRaYGds344UzGv92cf7s7/+rrywxd2+McQHO61qin8zv6f8/83b0ZP3/ls/7Qtl+vHLixvgZqdlDB1iM5ZIKtfTbYwoK0TyDY2m94sKXr3i8UbEmI09cCzto36j+zUX+b8XcP/M1G/a1roz6Y8fN35/ndHs7vHnR+V28E32f8fEh4U0f29WHgpv5/Wf8fMv7uj3+z/j+41v9Ixs9H/2b9j7jW/6eMn38+z+8+4vzuT87v6jkey/j5uIOVxN7zvQBfhhh+E6v76ZhA3UNJjLVfgHwCYq2GkjzH/Ou/39uifGMFdpP5q9DTUyfsTSYWpBMCN5knDb/J1HWfJHt66qTg01No16JNxh9ApinfRUZE7BbGK4tjK/9/cK/vb87cf/8HT3edjTi3h/xPd52NuPDTXecb5z/2dJdegFWuYn93NYd/Qqi//RtwEzr1N2MlJqS1SE+IjUmNik1vkTFOfHpaTGp0kkpPjMkYPiZWtUhNi2oV2yIhPjY+MT0hsOeXTwkp8GmrwFiQTgso8B+GK7Cu+4+AbJ6s1v+7M1f0uMMMfYDKP09kL50B3hUMA+cZehPT86vmjInu+cy7InQfjTDc/si8e0PXPdJM++OcIzfyRuR34FijSB7gBPa3AvaMGkViH50ltI/OCt28RkT/9aO9ec3imBokvaDocbNFm33zquvOFg3HSCyjlJjr//YCHnr+v2dhI0j3XGmB2T3ZnfXO4Vr3/83uqX6etfPbPdUjLmz3nG+cC9o9Es0GGuvPO/Ls0X8Vm91Z1GoR3gt9xwGsQ+UAbmYXRaPIkJ6euZ4XRcudePQ6/i5w5z/WrKc1z7lL0nVnj8bXPc7wp1R13TkE6h5v6EnFLzDIfcPd41ldvwkkJz1gfytgz6gJAT0tnOU3IYBac3E0bv30GBLacnG0zB6GxFrCRTwYia97KoGL+L1A3dNIHqLKCeQjEGs1zfC+0Xz5TaBvphPw5XeBumeQ8CUXkC9ArNUMAr5cEoXvm5kEfLlUoO5ZJHzJDeQLEGs1i4Av1wj0zWwCvlwrUPccEr5cAuQLEGs1h4Av5QT6Zi4BX24SqHseCV8uBfIFiLWaR8CXJIG+mU/Al0oCdS8g4UseIF+AWKsFBHypLdA3iwj4codA3YtJ+JIXyBcg1moxAV+aCPTNEgK+3C9Q91ISvuQD8gWItVpKwJc2An2zjIAvbQXqXk7Cl8uAfAFirZYT8KW3QN+sIOBLH4G6V5LwJT+QL0Cs1UoCvowQ6JvVBHwZKVD3GhK+FADyBYi1WkPAlycF+mYtAV+eEqh7HQlfLgfyBYi1WkfAlxcF+mY9AV9eEqh7AwlfrgDyBYi12kDAlzcE+mYjAV/eFKh7EwlfCgL5AsRabSLgy/sCfbOFgC8fCNS9lYQvhYB8AWKtthLw5TOBvtlGwJfPBereTsKXK4F8AWKtthPw5TuBvtnB8P6LQN07SfhyFZAvQKzVTgK+/CbQN7sY3n8RqHs3CV8KA/kCxFrtJuDLJQKfWbCH4f0Xgbr3kvDlaiBfgFirvQR8uUagb/YxvP8iUPd+Er5cA+QLEGu1n4Av5QT65gDD+y8CdR8k4cu1QL4AsVYHCfiSJNA3hxjefxGo+zAJX4oA+QLEWh0m4Ettgb45wvD+i0DdR0n4ch2QL0Cs1VECvjQR6JtjDO+/CNR9nIQvRYF8AWKtjhPwpY1A35xgeP9FoO6TJHwpBuQLEGt1koAvvQX65hTD+y8CdZ8m4UtxIF+AWKvTBHwZIdA3ZxnefxGoO2IzB19KAPkCxFqh10/k/ReBvslheN3/8/6LQN0XkfClJJAvQKzVRQR8eVGgb3IR8OUlgbpzk/ClFJAvQKxVbgK+vCHQN3kI+PKmQN15SfhSGsgXINYqLwFf3hfom/wEfPlAoO4CJHy5HsgXINaqAAFfPhPom4IEfPlcoO5CJHwpA+QLEGuFXD/9pX8XZwBcwhlPf4eH/l4C/Vnr+vOj9Wfi6s/51J9dqD+PTX/GlP7cHP1ZIPrzDfQ72/o9VP1unX5fSL8DoZ/r1s+q6ufv9DNF+jkJnf3qPEt79Np31F6KPh/qe16t43pvKhMd4bnQfXdDtEzfoedZFth3Gt+c2f76Hie9BmWF1/lG4Hc8BfVtvjcCe8M933L223yxIJUT+Dbfmwz/Nl9d901E3+YrMVf/t/lmB89b3+TtUtibp91KBjP/hZqze33LOxje/A++Ibik6/8vm+vfbC6sSkZc+BuCzzfOf8U3BOvFLOFauJujz915Tf6G4JuBG2SFaPz6VvgH65nVeVcE3pWNAKZ/Iwm+cbe8wLdgFt5sft03C9R9teGuga67okDd1wTkGkRl7VLAvlRArJXU+qFxjiQ8PUYKnR6j7OkRC1KUwOlRGX561HUrotOjsqdH+tNjtINhjD09/vsrc6GifafHGLLTYwxwg4wVOD3GBnB6jLOnx399iooWOE0UJTg9xgjUXYzg9BgnUHdxktMjsC8VEGuFXD8t+jnPcyxD44PuzZho8+cYL5RxwwmZABRE1oZKIGioRPQc0RPU3nKigGKUJlGMeODddRKQlKUJ7jSSBPqmUjRWKS8m3NgqEWxsyaZvbL0yGnSvwOOXZQwn5tcZNf8iUPcNJI+dVgZuwkCsldT6ZQevn9u6yupYKUAsJLgiJWJVos0X78oCdZczfG/UopUiUPdNJHtjVSAfgVirmzbT3PT9mSqhe7MKwU1f1WiZPocT8pasn+qinbFUUE9B3CL0FEQ1+xQEFqRqAk9BVDf8KQhdd3WhpyAyL8k1jcriFcQTEDsisU9AfIF/AsJDaNDYKvMH9/rWcHrt1n/wBESpiHN7yP8ERKmICz8Bcb5xLvgEBGgR/lyMzOJqRP81wezOQpTwTQ71NzObD63CFQje0P1CwCqpaPZx4M87mxpA0bkVOFYkSXYA7G8F7BkFXD/Pho/mSU2SN4pvA79RnCvbX2Ki1+A24TeKaxE+E15L6DR0uz0NYUG6XeA0VNvw05CuuzbZaai24GlIqGcDe976DgfLOqY/b41ehMzi7vA9I10nOuKcCx003QEkeR2SO4k7CZX4TiElrmuVGAtSXQElvstwJdZ130WmxHdZJXZfHiWu52B5d1iVuJ5Pie8OQInrAUl+N/j5vVyEz+/dHW3+HOuzRLn3gJ90Z2yoewgaqoHpD4Tq80YDgYd/Ykjc6vrAXb4hkJQxPA//iJGnIQHBG0kpBvp2BvkE673gJ1gzL/STfY2B85wKfEF6mtCXeaE38fsIjZn7hIyZJtaYwYLURMCYud9wY0bXfT+ZMXM/nzEj8UDWn2O759/UwfKBsBozTX3GzAMBGDNNgSR/QOhOBq3EzQiVuJmQEj9olRgL0oMCStzccCXWdTcnU+LmVok9Y7vn/5CDZWpYlfghnxKnBqDEDwFJnmodbQVcA7E5tmCJSFrahlItCRqqlekRiT5vtBKISOJIIpIWwF0+DUjKOBuRqDQCgqdLKQY6LmgNbM7pwLhgBklc8DChSfGwkEnRxpoUWJDaCJgUbQ03KXTdbclMirZ8JkW04Ngek6Kd85fah9WkaOczKdoHYFK0A5K8fbRM06GVuAOhEncQUuKOVomxIHUUUOJOhiuxrrsTmRJ3skrsvjxK3Nn5S13CqsSdfUrcJQAl7gwkeRegErO6u8A1EJtjV5a4oJuNC1Q3gobqbnpcoM8b3QXiggSSuKArcJfvASRlgo0LVA8Cgj/CEhf0BDbnTGBcMIskLuhFaFL0EjIpeluTAgtSbwGToo/hJoWuuw+ZSdGHz6SIERzbY1L0dbDsF1aToq/PpOgXgEnRF0jyftEyTYdW4v6EStxfSIkftUqMBelRASUeYLgS67oHkCnxAKvE7sujxAMdLAeFVYkH+pR4UABKPBBI8kFAJWZ1d4FrIDbHwSxxwRAbF6ghBA011PS4QJ83hgrEBUkkccFg4C7/GJCUSTYuUI8REPxxlrhgGLA5ZwPjgjkkccFwQpNiuJBJMcKaFFiQRgiYFCMNNyl03SPJTIqRfCZFrODYHpNilIPl6LCaFKN8JsXoAEyKUUCSj46WaTq0Eo8hVOIxQkr8hFViLEhPCCjxWMOVWNc9lkyJx1oldl8eJR7nYDk+rEo8zqfE4wNQ4nFAko8HKjGruwtcA7E5TmCJCybauEBNJGioSabHBfq8MUkgLkgmiQsmAHf5yUBSJtu4QE0mIPgUlrhgKrA55wLjgnkkccE0QpNimpBJ8aQ1KbAgPSlgUjxluEmh636KzKR4is+kiBMc22NSTHewnBFWk2K6z6SYEYBJMR1I8hnRMk2HVuKnCZX4aSElfsYqMRakZwSUeKbhSqzrnkmmxDOtErsvjxLPcrB8NqxKPMunxM8GoMSzgCR/FqjErO4ucA3E5vgcS1ww28YFajZBQ80xPS7Q5405AnFBCklc8Bxwl38eSMoUGxeo5wkI/gJLXDAX2JzzgXHBApK4YB6hSTFPyKR40ZoUWJBeFDApXjLcpNB1v0RmUrzEZ1LEC47tMSnmO1guCKtJMd9nUiwIwKSYDyT5gmiZpkMr8cuESvyykBIvtEqMBWmhgBIvMlyJdd2LyJR4kVVi9+VR4sUOlq+EVYkX+5T4lQCUeDGQ5K8AlZjV3QWugdgcX2WJC5bYuEAtIWiopabHBfq8sVQgLqhKEhe8CtzlXwOSsqqNC9RrBAR/nSUuWAZszkXAuGAxSVywnNCkWC5kUrxhTQosSG8ImBRvGm5S6LrfJDMp3uQzKRIEx/aYFCscLFeG1aRY4TMpVgZgUqwAknxltEzToZX4LUIlfktIiVdZJcaCtEpAiVcbrsS67tVkSrzaKrH78ijxGgfLt8OqxGt8Svx2AEq8Bkjyt4FKzOruAtdAbI7vsMQFa21coNYSNNQ60+MCfd5YJxAXVCOJC94B7vLvAklZzcYF6l0Cgr/HEhesBzbnEmBcsJQkLthAaFJsEDIp3rcmBRak9wVMig8MNyl03R+QmRQf8JkUiYJje0yKjQ6Wm8JqUmz0mRSbAjApNgJJvilapunQSryZUIk3Cynxh1aJsSB9KKDEWwxXYl33FjIl3mKV2H15lHirg+VHYVXirT4l/igAJd4KJPlHQCVmdXeBayA2x49Z4oJtNi5Q2wgaarvpcYE+b2wXiAtqkMQFHwN3+U+ApKxh4wL1CQHBP2WJC3YAm3MZMC5YThIX7CQ0KXYKmRSfWZMCC9JnAibF54abFLruz8lMis/5TIokwbE9JsUuB8vdYTUpdvlMit0BmBS7gCTfHS3TdGgl/oJQib8QUuIvrRJjQfpSQIn3GK7Euu49ZEq8xyqx+/Io8V4Hy6/CqsR7fUr8VQBKvBdI8q+ASszq7gLXQGyOX7PEBftsXKD2ETTUftPjAn3e2C8QF9QkiQu+Bu7y3wBJWdPGBeobAoJ/yxIXHAA25wpgXLCSJC44SGhSHBQyKb6zJgUWpO8ETIrvDTcpdN3fk5kU3/OZFKmCY3tMikMOlofDalIc8pkUhwMwKQ4BSX44Wqbp0Er8A6ES/yCkxD9aJcaC9KOAEh8xXIl13UfIlPiIVWL35VHiow6WP4VViY/6lPinAJT4KJDkPwGVmNXdBa6B2Bx/ZokLjtm4QB0jaKjjpscF+rxxXCAuqEUSF/wM3OV/AZKylo0L1C8EBP+VJS44AWzO1cC4YA1JXHCS0KQ4KWRS/GZNCixIvwmYFL8bblLoun8nMyl+5zMpWgiO7TEpTjlYng6rSXHKZ1KcDsCkOAUk+elomaZDK/EfhEr8h5ASn7FKjAXpjIASnzVciXXdZ8mU+KxVYvflUeKIGGfNY/76T6FSYr0AJVzFuhfCP6HMv51lYsbgxsoWg2s6VncXuAZic8wuMMfzTjTLtzm4idLGBTkIGuoi9BzRE9TnDT1JdIPWJokLsgN3+YuBpKxt4wJ1MQHBc0opBjouyAVszrXAuGAdSVyQG7hRBGVS5AY2p3u+l7huv61JkcUxNUiXxODHvRTYsFJ1XxoDx0jUpLgUSKiATIqWgmN7TIo8DpZ5w2pS5PGZFHkDMCnyAEmeN0am6dBKnI9QifMJKfFlVomxIF0moMT5DVdiXXd+MiXOb5XYfXmUuICD5eVhVeICPiW+PAAlLgAk+eVAJWZ1d4FrIDbHK1jigoI2LlAFCRqqkOlxgT5vFBKIC+qQxAVXAHf5K4GkrGPjAnUlAcGvYokLCgObcz0wLthAEhdcTWhSXC1kUlxjTQosSNcImBTXGm5S6LqvJTMpruUzKVoJju0xKYo4WF4XVpOiiM+kuC4Ak6IIkOTXxcg0HVqJixIqcVEhJS5mlRgLUjEBJS5uuBLruouTKXFxq8Tuy6PEJRwsS4ZViUv4lLhkAEpcAkjykkAlZnV3gWsgNsdSLHFBaRsXqNIEDXW96XGBPm9cLxAX1CWJC0oBd/kyQFLWtXGBKkNA8BtY4oKywObcCIwLNpHEBTcSmhQ3CpkU5axJgQWpnIBJcZPhJoWu+yYyk+ImPpMiTXBsj0lR3sHy5rCaFOV9JsXNAZgU5YEkvzlGpunQSlyBUIkrCClxRavEWJAqCihxpOFKrOuOJFPiSKvE7sujxFEOliqsShzlU2IVgBJHAUmugErM6u4C10BsjtEscUGMjQtUDEFDxZoeF+jzRqxAXFCPJC6IBu7ycUBS1rNxgYojIHg8S1yQAGzOLcC4YCtJXJBIaFIkCpkUSdakwIKUJGBSVDLcpNB1VyIzKSrxmRTpgmN7TIpkB8vKYTUpkn0mReUATIpkIMkrx8g0HVqJUwiVOEVIiatYJcaCVEVAiasarsS67qpkSlzVKrH78ijxLQ6W1cKqxLf4lLhaAEp8C5Dk1YBKzOruAtdAbI7VWeKCGjYuUDUIGupW0+MCfd64VSAuqE8SF1QH7vI1gaSsb+MCVZOA4LexxAW1gM25DRgXbCeJC24nNCluFzIpaluTAgtSbQGT4g7DTQpd9x1kJsUddCaFipIb22tS1HGwvDOsJkUdn0lxZwAmRR0gye+MkWk6tBLXJVTiukJKfJdVYixIdwkocT3DlVjXXY9MietZJfYM7p7/3Q6W9cOqxHf7lLh+AEp8N5Dk9YFKzOru1o8xf473sMQFDWxcoBoQNFRD0+MCfd5oKBAXNCCJC+4B7vKNgKRsYOMC1YiA4PeyxAWNgc25AxgX7CSJC+4jNCnuEzIpmliTAgtSEwGT4n7DTQpd9/1kJsX9fCaFkhvba1I0dbB8IKwmRVOfSfFAACZFUyDJH4iRaTq0EjcjVOJmQkr8oFViLEgPCihxc8OVWNfdnEyJm1sl9gzunv9DDpapYVXih3xKnBqAEj8EJHkqUIlZ3d3UGPPn2IIlLmhp4wLVkqChWpkeF+jzRiuBuKARSVzQArjLpwFJ2cjGBSqNgODpLHFBa2Bz7gLGBbtJ4oKHCU2Kh4VMijbWpMCC1EbApGhruEmh625LZlK05TMpouXG9poU7Rws24fVpGjnMynaB2BStAOSvH2MTNOhlbgDoRJ3EFLijlaJsSB1FFDiToYrsa67E5kSd7JK7BncPf/ODpZdwqrEnX1K3CUAJe4MJHkXoBKzurtdYsyfY1eWuKCbjQtUN4KG6m56XKDPG90F4oLGJHFBV+Au3wNIysY2LlA9CAj+CEtc0BPYnHuAccFekrigF6FJ0UvIpOhtTQosSL0FTIo+hpsUuu4+ZCZFHz6TIkZubK9J0df5S/3CalL09ZkU/QIwKfoCSd4vRqbp0Ercn1CJ+wsp8aNWibEgPSqgxAMMV2Jd9wAyJR5gldgzuHv+A52/NCisSjzQp8SDAlDigUCSDwIqMau7OyjG/DkOZokLhti4QA0haKihpscF+rwxVCAuaEISFwwG7vKPAUnZxMYF6jECgj/OEhcMAzbnPmBcsJ8kLhhOaFIMFzIpRliTAgvSCAGTYqThJoWueySZSTGSz6SIlRvba1KMcrAcHVaTYpTPpBgdgEkxCkjy0TEyTYdW4jGESjxGSImfsEqMBekJASUea7gS67rHkinxWKvEnsHd8x/nYDk+rEo8zqfE4wNQ4nFAko8HKjGruzs+xvw5TmCJCybauEBNJGioSabHBfq8MUkgLmhKEhdMAO7yk4GkbGrjAjWZgOBTWOKCqcDmPACMCw6SxAXTCE2KaUImxZPWpMCC9KSASfGU4SaFrvspMpPiKT6TIk5ubK9JMd3BckZYTYrpPpNiRgAmxXQgyWfEyDQdWomfJlTip4WU+BmrxFiQnhFQ4pmGK7GueyaZEs+0SuwZ3D3/WQ6Wz4ZViWf5lPjZAJR4FpDkzwKVmNXdfTbG/Dk+xxIXzLZxgZpN0FBzTI8L9HljjkBc0IwkLngOuMs/DyRlMxsXqOcJCP4CS1wwF9ich4BxwWGSuGAeoUkxT8ikeNGaFFiQXhQwKV4y3KTQdb9EZlK8xGdSxMuN7TUp5jtYLgirSTHfZ1IsCMCkmA8k+YIYmaZDK/HLhEr8spASL7RKjAVpoYASLzJciXXdi8iUeJFVYs/g7vkvdrB8JaxKvNinxK8EoMSLgSR/BajErO7uKzHmz/FVlrhgiY0L1BKChlpqelygzxtLBeKC5iRxwavAXf41ICmb27hAvUZA8NdZ4oJlwOY8AowLjpLEBcsJTYrlQibFG9akwIL0hoBJ8abhJoWu+00yk+JNPpMiQW5sr0mxwsFyZVhNihU+k2JlACbFCiDJV8bINB1aid8iVOK3hJR4lVViLEirBJR4teFKrOteTabEq60SewZ3z3+Ng+XbYVXiNT4lfjsAJV4DJPnbQCVmdXffjjF/ju+wxAVrbVyg1hI01DrT4wJ93lgnEBekksQF7wB3+XeBpEy1cYF6l4Dg77HEBeuBzXkMGBccJ4kLNhCaFBuETIr3rUmBBel9AZPiA8NNCl33B2QmxQd8JkWi3Nhek2Kjg+WmsJoUG30mxaYATIqNQJJvipFpOrQSbyZU4s1CSvyhVWIsSB8KKPEWw5VY172FTIm3WCX2DO6e/1YHy4/CqsRbfUr8UQBKvBVI8o+ASszq7n4UY/4cP2aJC7bZuEBtI2io7abHBfq8sV0gLmhJEhd8DNzlPwGSsqWNC9QnBAT/lCUu2AFszhPAuOAkSVywk9Ck2ClkUnxmTQosSJ8JmBSfG25S6Lo/JzMpPuczKZLkxvaaFLscLHeH1aTY5TMpdgdgUuwCknx3jEzToZX4C0Il/kJIib+0SowF6UsBJd5juBLruveQKfEeq8Sewd3z3+tg+VVYlXivT4m/CkCJ9wJJ/hVQiVnd3a9izJ/j1yxxwT4bF6h9BA213/S4QJ839gvEBWkkccHXwF3+GyAp02xcoL4hIPi3LHHBAWBzngLGBadJ4oKDhCbFQSGT4jtrUmBB+k7ApPjecJNC1/09mUnxPZ9JkSo3ttekOORgeTisJsUhn0lxOACT4hCQ5IdjZJoOrcQ/ECrxD0JK/KNVYixIPwoo8RHDlVjXfYRMiY9YJfYM7p7/UQfLn8KqxEd9SvxTAEp8FEjyn4BKzOru/hRj/hx/ZokLjtm4QB0jaKjjpscF+rxxXCAuaE0SF/wM3OV/AZKytY0L1C8EBP+VJS44AWzOs8C4IEJoo0BvaCcJTYqTQibFb9akwIL0m4BJ8bvhJoWu+3cyk+J3PpOihdzYXpPilIPl6bCaFKd8JsXpAEyKU0CSn46RaTq0Ev9BqMR/CCnxGavEWJDOCCjxWcOVWNd9lkyJz1ol9gzumX+ss+axf/2nUCmxXoASrmLdC+GfUObfzjIxY3FjZYvFNR2ru4tbA7k5ZheY43knmuXbHNxEaeOCHAQNdRF6jugJ6vOGniS6QduQxAXZgbv8xUBStrFxgbqYgOA5pRQDHRfkAjZnjs3AHZIkLsgN3CiCMilyA5vTPd9LXLff1qTI4pgapEti8eNeCmxYqbovjYVjJGpSXAokVEAmRUu5sb0mRR4Hy7xhNSny+EyKvAGYFHmAJM8bK9N0aCXOR6jE+YSU+DKrxFiQLhNQ4vyGK7GuOz+ZEue3SuwZ3D3/Ag6Wl4dViQv4lPjyAJS4AJDklwOVmNXdvTzW/DlewRIXFLRxgSpI0FCFTI8L9HmjkEBc0I4kLrgCuMtfCSRlOxsXqCsJCH4VS1xQGNicuYBxQW6SuOBqQpPiaiGT4hprUmBBukbApLjWcJNC130tmUlxLZ9J0UpubK9JUcTB8rqwmhRFfCbFdQGYFEWAJL8uVqbp0EpclFCJiwopcTGrxFiQigkocXHDlVjXXZxMiYtbJfYM7p5/CQfLkmFV4hI+JS4ZgBKXAJK8JFCJWd3dkrHmz7EUS1xQ2sYFqjRBQ11velygzxvXC8QFHUjiglLAXb4MkJQdbFygyhAQ/AaWuKAssDnzAOOCvCRxwY2EJsWNQiZFOWtSYEEqJ2BS3GS4SaHrvonMpLiJz6RIkxvba1KUd7C8OawmRXmfSXFzACZFeSDJb46VaTq0ElcgVOIKQkpc0SoxFqSKAkocabgS67ojyZQ40iqxZ3D3/KMcLFVYlTjKp8QqACWOApJcAZWY1d1VsebPMZolLoixcYGKIWioWNPjAn3eiBWICzqRxAXRwF0+DkjKTjYuUHEEBI9niQsSgM2ZHxgXFCCJCxIJTYpEIZMiyZoUWJCSBEyKSoabFLruSmQmRSU+kyJdbmyvSZHsYFk5rCZFss+kqByASZEMJHnlWJmmQytxCqESpwgpcRWrxFiQqggocVXDlVjXXZVMiataJfYM7p7/LQ6W1cKqxLf4lLhaAEp8C5Dk1YBKzOruVos1f47VWeKCGjYuUDUIGupW0+MCfd64VSAu6EISF1QH7vI1gaTsYuMCVZOA4LexxAW1gM1ZEBgXFApoo8jq+t0OXL8RwK+KHon82mnB9av9379+ov13B3D9KgD5WxHMX/SNiD4W9s6BH7ebcN1RWbuUrrm/QN3dhfbr7OD6gfio7ob3+ObsMj3ek6DHBwjU3Yukx4H4KGTNGg8dUGRqYJ+MH85k/NvX+bef86++6mTo2p3OATSna40GOL+j//fM362b8fNdPusPbfsNzIEbqx5Qs4MKth7NIRNs3W2DLSxIdwsEW/UND7Z03fWFgi0Jcaon4KzdE/uf2agbZPzdhn+zUTdwbdSNMn6+9zy/29/53UbO7+qNoHHGz/cJb+rIvm4C3NT/L+t/f8bfbfo363+/a/0fyPi52d+s/wOu9X8w4+fm5/ndR53ffdD5XT3HhzJ+TnWwkth7Ggvwpa/hN7G6nx4SqLsfibHWAsgnINaqH8lzzC3//d4W5RsrsJvMlkJPT7WyN5lYkFoJ3GSmGX6TqetOI3t6Kk3w6Sm0a9El4w8g05R7oyMiagvjlcWxlf8/uNc33Zl763/wdNfZiHN7yP9019mICz/ddb5x/mNPd+kFWOUqtrWrOfwTQv3tdOAm9PDfjJWYkNYiPSE2JjUqNr1Fxjjx6WkxqdFJKj0xJmP4mFjVIjUtqlVsi4T42PjE9ITAnl9+WEiB21gFxoLURkCB2xquwLrutgHZPFmtv7UzV/S4Awx9gMo/T2QvtQPeFQwA5xl6E9Pzq+aMie75zLsidB8NMtz+yLx7Q9c92Ez745wjN/JGpDVwrCEkD3AC+1sBe0YNIbGP2hPaR+2Fbl472JtXLEgdBG5eOxp+86rr7kiUUUrM9X97AQ89/9ZZ2AjSPVdaYHZPJ2e9O/8Du6f6edbOb/dUj7iw3XO+cS5o90g0G2isP+/IO8X+VWx2Z1GrRXgv9B0HsA7VGbiZdYGRIT09cz27CJ549Dq2FrjzH2bW05rn3CXpujsJ1D3c8KdUdd2dBeoeYehJxS8wyH3D3eNZXb+RJCc9YH8rYM+okQE9LZzlT3AEak1XoFOnx5DQlq6xMnsYEmsJF7FRNL7usQQuYmOBuseRPETVDchHINZqnOF9o/mSLtA3Ewn40lqg7kkkfOkO5AsQazWJgC+PCPTNVAK+9BSoexoJX3oA+QLEWk0j4MvjAn0znYAvwwTqnkHCl0eAfAFirWYQ8GWKQN/MJODLVIG6Z5HwpSeQL0Cs1SwCvrwg0DezCfgyV6DuOSR86QXkCxBrNYeAL68L9M1cAr4sE6h7HglfegP5AsRazSPgy3sCfTOfgC/rBepeQMKXPkC+ALFWCwj48qlA3ywi4MsOgboXk/ClL5AvQKzVYgK+fCvQN0sI+HJAoO6lJHzpB+QLEGu1lIAvvwr0zTICvpwQqHs5CV/6A/kCxFotJ+BLzhh836wg4EsugbpXkvDlUSBfgFirlQR8uUqgb1YT8KWwQN1rSPgyAMgXINZqDQFfbhDom7UEfCkrUPc6Er4MBPIFiLVaR8CXeIG+WU/AlwSBujeQ8GUQkC9ArNUGAr7cJtA3Gwn4Ukug7k0kfBkM5AsQa7WJgC/3CvTNFob3XwTq3krClyFAvgCxVlsJ+JIu0DfbGN5/Eah7OwlfhgL5AsRabSfgyyMCfbOD4f0Xgbp3kvDlMSBfgFirnQR8eVygb3YxvP8iUPduEr48DuQLEGu1m4AvUwT6Zg/D+y8Cde8l4cswIF+AWKu9BHx5QaBv9jG8/yJQ934SvgwH8gWItdpPwJfXBfrmAMP7LwJ1HyThywggX4BYq4MEfHlPoG8OMbz/IlD3YRK+jATyBYi1OkzAl08F+uYIw/svAnUfJeHLKCBfgFirowR8+Vagb44xvP8iUPdxEr6MBvIFiLU6TsCXXwX65gTD+y8CdZ8k4csYIF+AWKuTBHzJKfA5uKcY3n8RqPs0CV+eAPIFiLU6TcCXqwT65izD+y8CdUd8yMGXsUC+ALFW6PUTef9FoG9yGF73/7z/IlD3RSR8GQfkCxBrdREBX+IF+iYXAV8SBOrOTcKX8UC+ALFWuQn4cptA3+Qh4EstgbrzkvBlApAvQKwVcv30l/5dngFwCWc8/R0e+nsJ9Get68+P1p+Jqz/nU392of48Nv0ZU/pzc/RngejPN9DvbOv3UPW7dfp9If0OhH6uWz+rqp+/088U6eckdPar8yzt0WvfUXsp+nyo73m1juu9aUJshOeCfx9GrEzfwb+/Ath3Gt8rsv31PU56DSYJr/Nk4Hc8BfVtvpOFvs13iv02XyxIUwS+zXeq4d/mq+ueSvRtvhJz9X+bb3bwvPVN3u2x2Jun2kKY+S/UnN3rO82Z+5P/4BuCS7r+/7K5/s3mwqpkxIW/Ifh84/xXfEOwXswSroV7Mvbcndfkbwh+ErhBPhWLX9+n/sF6ZvnbboCbwyCgOzuY4Bt3pwmcIvN/aH7dTwrUXcBw10DXPV2g7ssDcg2isnYpYF8qINZKav3QOM8gPD3OEDo9Pm1Pj1iQnhY4PT5j+OlR1/0M0enxGXt6pD89znTmPsueHv/9lblQM32nx1lkp8dZwA3yWYHT47MBnB6fs6fHf32KmilwmriS4PQ4S6DuqwhOj88J1F2Y5PQI7EsFxFoh10+L/hXnOZah8UH35qxY8+c4WyjjhhNyDlAQWRtqDkFDPY+eI3qC2lt+XkAxipAoxmzg3fULQFIWIbjTeEGgb+bGYpXycsKNbS7BxjbP9I1tYEaD1hVo0KKGE7NeRs0tBOouRvLY6YvATRiItZJav+zg9XNbV1kd6yUgFhJckRKx+bHmi/eLAnWXNHxv1KL1kkDdpUj2xgVAPgKxVqU+pLnp+zPYRffmfIKbvgWxMn0OJ+TLWT/VRTtjqaCegnhZ6CmIhfYpCCxICwWeglhk+FMQuu5Fwom65JpGZfEK4gmIW6OxT0DcgcfLQ2jQ2CrzB/f6Lnbm/so/eAKiVMS5PeR/AqJUxIWfgDjfOBd8AgK0CH8uRmZxi2P/mmB2ZyFK+CaH+puZzYdW4TIEb+jeIXAcuMHs48CfdzaLgaLzCnCssiTZAbC/FbBnFHD9PBs+mievkrxRvAT8RnHBbH+JiV6DJcJvFC8lfCZ8qdBp6LXYv362p6EsjqlB0guKHvf1WLNPQ7ru12PhGImehtxrGpXFy38aEurZwJ63XuZgudyFqZHPW6MXIbM4vQAlXMW6F8I/ocy/nVViLgOSfHlsBMWdxBuxfEr8RqyMEr9plRgL0psCSrzCcCXWda8gU+IVVondl0eJVzpYvhVWJV7pU+K3AlDilUCSvwVsbg1yQcLn996KNX+Oq4TumOC3TKtxE1WsDbWaoKHWoOeInqA+b6yJxTdoeRK3ehVwl38bSMryPA//iJHnbQKCvyOlGOjbGeQTrGuBje6uGf1k3zrgPMcCX5AeJ/RlK+hN/F1CY+ZdIWPmPWvMYEF6T8CYWW+4MaPrXk9mzKznM2YkHsj6c2z3/Dc4WL4fVmNmg8+YeT8AY2YDkOTvC93JoJX4A0Il/kBIiTdaJcaCtFFAiTcZrsS67k1kSrzJKrFnbPf8NztYfhhWJd7sU+IPA1DizUCSf2gdbQVcA7E5bmGJSLbahlJbCRrqI9MjEn3e+EggIqlAEpFsAe7yHwNJWcFGJOpjAoJvk1IMdFywHdicE4FxwSSSuOATQpPiEyGT4lNrUmBB+lTApNhhuEmh695BZlLs4DMpogXH9pgUOx0sPwurSbHTZ1J8FoBJsRNI8s9iZZoOrcSfEyrx50JKvMsqMRakXQJKvNtwJdZ17yZT4t1Wid2XR4m/cLD8MqxK/IVPib8MQIm/AJL8S6ASs7q7wDUQm+Melrhgr40L1F6ChvrK9LhAnze+EogLIknigj3AXf5rICkjbVygviYg+D6WuGA/sDmnAuOCaSRxwTeEJsU3QibFt9akwIL0rYBJccBwk0LXfYDMpDjAZ1LECI7tMSkOOlh+F1aT4qDPpPguAJPiIJDk38XKNB1aib8nVOLvhZT4kFViLEiHBJT4sOFKrOs+TKbEh60Suy+PEv/gYPljWJX4B58S/xiAEv8AJPmPQCVmdXeBayA2xyMsccFRGxeoowQN9ZPpcYE+b/wkEBcokrjgCHCX/xlISmXjAvUzAcGPscQFx4HNOR0YF8wgiQt+ITQpfhEyKX61JgUWpF8FTIoThpsUuu4TZCbFCT6TIlZwbI9JcdL5S7+F1aQ46TMpfgvApDgJJPlvsTJNh1bi3wmV+HchJT5llRgL0ikBJT5tuBLruk+TKfFpq8Tuy6PEfzh/6UxYlfgPnxKfCUCJ/wCS/AxQiVndXeAaiM3xLEtcEBFn4wLgGojNMRt6jugJ6vOGniS6QWNI4oKzwF0+O5CUMTYuUNkJCJ4jTqbP4XHBRcDmnAmMC2aRxAUXx/GZFBcDm9M935xxf/1sTYosjqlByhmHHzcXsGGl6s4VB8dI1KTIBSRUQCZFnODYHpMit/OXLnH9xVCZFHoBSriKveQ8S482KXIDSX5JnEzToZX4UkIlvlRIifNYJcaClEdAifMarsS67rxkSpzXKrH78ihxPucvXRZWJc7nU+LLAlDifECSXwZUYlZ3F7gGYnPML2X+oG+ZCti4QBUgaKjLTY8L9HnjcoG4II4kLsgP3OWvAJIyzsYF6goCghdkiQsKAZtzNjAumEMSF1xJaFJcKWRSXGVNCixIVwmYFIUNNyl03YXJTIrCfCZFvODYHpPiagfLa8JqUlztMymuCcCkuBpI8mviZJoOrcTXEirxtUJKXMQqMRakIgJKfJ3hSqzrvo5Mia+zSuy+PEpc1MGyWFiVuKhPiYsFoMRFgSQvBlRiVncXuAZicyzOEheUsHGBKkHQUCVNjwv0eaOkQFyQQBIXFAfu8qWApEywcYEqRUDw0ixxwfXA5pwLjAvmkcQFZQhNijJCJsUN1qTAgnSDgElR1nCTQtddlsykKMtnUiQIju0xKW50sCwXVpPiRp9JUS4Ak+JGIMnLxck0HVqJbyJU4puElLi8VWIsSOUFlPhmw5VY130zmRLfbJXYfXmUuIKDZcWwKnEFnxJXDECJKwBJXhGoxKzuLnANxOYYyRIXRNm4QEURNJQyPS7Q5w0lEBckkcQFkcBdPhpIyiQbF6hoAoLHsMQFscDmnA+MCxaQxAVxhCZFnJBJEW9NCixI8QImRYLhJoWuO4HMpEjgMykSBcf2mBSJDpZJYTUpEn0mRVIAJkUikORJcTJNh1biSoRKXElIiZOtEmNBShZQ4sqGK7GuuzKZEle2Suy+PEqc4mBZJaxKnOJT4ioBKHEKkORVgErM6u4C10BsjlVZ4oJbbFygbiFoqGqmxwX6vFFNIC5IJokLqgJ3+epAUibbuEBVJyB4DZa44FZgcy4CxgWLSeKCmoQmRU0hk+I2a1JgQbpNwKSoZbhJoeuuRWZS1OIzKZIEx/aYFLc7WNYOq0lxu8+kqB2ASXE7kOS142SaDq3EdxAq8R1CSlzHKjEWpDoCSnyn4Uqs676TTInvtErsvjxKXNfB8q6wKnFdnxLfFYAS1wWS/C6gErO6u8A1EJtjPZa44G4bF6i7CRqqvulxgT5v1BeIC1JI4oJ6wF3+HiApU2xcoO4hIHgDlrigIbA5lwDjgqUkcUEjQpOikZBJca81KbAg3StgUjQ23KTQdTcmMyka85kUqYJje0yK+xwsm4TVpLjPZ1I0CcCkuA9I8iZxMk2HVuL7CZX4fiElbmqVGAtSUwElfsBwJdZ1P0CmxA9YJXZfHiVu5mD5YFiVuJlPiR8MQImbAUn+IFCJWd1d4BqIzbE5S1zwkI0L1EMEDZVqelygzxupAnFBVZK4oDlwl28BJGVVGxeoFgQEb8kSF7QCNucyYFywnCQuSCM0KdKETIp0a1JgQUoXMClaG25S6Lpbk5kUrflMihaCY3tMiocdLNuE1aR42GdStAnApHgYSPI2cTJNh1bitoRK3FZIidtZJcaC1E5AidsbrsS67vZkStzeKrH78ihxBwfLjmFV4g4+Je4YgBJ3AJK8I1CJWd1d4BqIzbETS1zQ2cYFqjNBQ3UxPS7Q540uAnFBNZK4oBNwl+8KJGU1GxeorgQE78YSF3QHNucKYFywkiQu6EFoUvQQMikesSYFFqRHBEyKnoabFLrunmQmRU8+k6Kl4Ngek6KXg2XvsJoUvXwmRe8ATIpeQJL3jpNpOrQS9yFU4j5CStzXKjEWpL4CStzPcCXWdfcjU+J+Vondl0eJ+ztYPhpWJe7vU+JHA1Di/kCSPwpUYlZ3F7gGYnMcwBIXDLRxgRpI0FCDTI8L9HljkEBcUIMkLhgA3OUHA0lZw8YFajABwYewxAVDgc25GhgXrCGJCx4jNCkeEzIpHrcmBRakxwVMimGGmxS67mFkJsUwPpOileDYHpNiuIPliLCaFMN9JsWIAEyK4UCSj4iTaTq0Eo8kVOKRQko8yioxFqRRAko82nAl1nWPJlPi0VaJ3ZdHicc4WD4RViUe41PiJwJQ4jFAkj8BVGJWdxe4BmJzHMsSF4yzcYEaR9BQ402PC/R5Y7xAXFCTJC4YC9zlJwBJWdPGBWoCAcEnssQFk4DNuRYYF6wjiQsmE5oUk4VMiinWpMCCNEXApJhquEmh655KZlJM5TMp0gTH9pgU0xwsnwyrSTHNZ1I8GYBJMQ1I8ifjZJoOrcRPESrxU0JKPN0qMRak6QJKPMNwJdZ1zyBT4hlWid2XR4mfdrB8JqxK/LRPiZ8JQImfBpL8GaASs7q7wDUQm+NMlrhglo0L1CyChnrW9LhAnzeeFYgLapHEBTOBu/xzQFLWsnGBeo6A4LNZ4oI5wOZcD4wLNpDEBc8TmhTPC5kUL1iTAgvSCwImxVzDTQpd91wyk2Iun0mRLji2x6SY52D5YlhNink+k+LFAEyKeUCSvxgn03RoJX6JUIlfElLi+VaJsSDNF1DiBYYrsa57AZkSL7BK7L48Svyyg+XCsCrxyz4lXhiAEr8MJPlCoBKzurvANRCb4yKWuGCxjQvUYoKGesX0uECfN14RiAtqk8QFi4C7/KtAUta2cYF6lYDgS1jigqXA5twIjAs2kcQFrxGaFK8JmRSvW5MCC9LrAibFMsNNCl33MjKTYhmdSaGi5Mb2mhTLHSzfCKtJsdxnUrwRgEmxHEjyN+Jkmg6txG8SKvGbQkq8wioxFqQVAkq80nAl1nWvJFPilVaJPYO75/+Wg+WqsCrxWz4lXhWAEr8FJPkqoBKzurur4syf42qWuGCNjQvUGoKGetv0uECfN94WiAvqkMQFq4G7/DtAUtaxcYF6h4Dga1nignXA5twCjAu2ksQF7xKaFO8KmRTvWZMCC9J7AibFesNNCl33ejKTYj2fSaHkxvaaFBscLN8Pq0mxwWdSvB+ASbEBSPL342SaDq3EHxAq8QdCSrzRKjEWpI0CSrzJcCXWdW8iU+JNVok9g7vnv9nB8sOwKvFmnxJ/GIASbwaS/EOgErO6ux/GmT/HLSxxwVYbF6itBA31kelxgT5vfCQQF9QliQu2AHf5j4GkrGvjAvUxAcG3scQF24HNuQ0YF2wniQs+ITQpPhEyKT61JgUWpE8FTIodhpsUuu4dZCbFDj6TIlpubK9JsdPB8rOwmhQ7fSbFZwGYFDuBJP8sTqbp0Er8OaESfy6kxLusEmNB2iWgxLsNV2Jd924yJd5tldgzuHv+XzhYfhlWJf7Cp8RfBqDEXwBJ/iVQiVnd3S/jzJ/jHpa4YK+NC9Regob6yvS4QJ83vhKIC+qRxAV7gLv810BS1rNxgfqagOD7WOKC/cDm3AGMC3aSxAXfEJoU3wiZFN9akwIL0rcCJsUBw00KXfcBMpPiAJ9JESM3ttekOOhg+V1YTYqDPpPiuwBMioNAkn8XJ9N0aCX+nlCJvxdS4kNWibEgHRJQ4sOGK7Gu+zCZEh+2SuwZ3D3/HxwsfwyrEv/gU+IfA1DiH4Ak/xGoxKzu7o9x5s/xCEtccNTGBeooQUP9ZHpcoM8bPwnEBfVJ4oIjwF3+ZyAp69u4QP1MQPBjLHHBcWBz7gLGBbtJ4oJfCE2KX4RMil+tSYEF6VcBk+KE4SaFrvsEmUlxgs+kiJUb22tSnHSw/C2sJsVJn0nxWwAmxUkgyX+Lk2k6tBL/TqjEvwsp8SmrxFiQTgko8WnDlVjXfZpMiU9bJfYM7p7/Hw6WZ8KqxH/4lPhMAEr8B5DkZ4BKzOrunokzf45nWeKCiHgbFwDXQGyO2dBzRE9Qnzf0JNEN2oAkLjgL3OWzA0nZwMYFKjsBwXPEy/Q5PC64CNice4BxwV6SuODieD6T4mJgc7rnmzP+r5+tSZHFMTVIOePx4+YCNqxU3bni4RiJmhS5gIQKyKSIkxvba1LkdrC8xIVpqEwKvQAlXMW6F8I/ocy/nVVi5gaS/JJ4maZDK/GlhEp8qZAS57FKjAUpj4AS5zVciXXdecmUOK9VYs/g7vnnc7C8LKxKnM+nxJcFoMT5gCS/DKjErO7uZfHmzzG/lPmDvmUqYOMCVYCgoS43PS7Q543LBeKCRiRxQX7gLn8FkJSNbFygriAgeEGWuKAQsDn3AeOC/SRxwZWEJsWVQibFVdakwIJ0lYBJUdhwk0LXXZjMpCjMZ1LEy43tNSmudv7SNWE1Ka72mRTXBGBSXA0k+TXxMk2HVuJrCZX4WiElLmKVGAtSEQElvs5wJdZ1X0emxNdZJfYM7p5/UecvFQurEhf1KXGxAJS4KJDkxYBKzOruFos3f47FWeKCEjYuUCUIGqqk6XGBPm+UFIgLGpPEBcWBu3wpICkb27hAlSIgeGmWuOB6YHMeAMYFB0nigjKEJkUZIZPiBmtSYEG6QcCkKGu4SaHrLktmUpTlMykS5Mb2mhQ3OliWC6tJcaPPpCgXgElxI5Dk5eJlmg6txDcRKvFNQkpc3ioxFqTyAkp8s+FKrOu+mUyJb7ZK7BncPf8KDpYVw6rEFXxKXDEAJa4AJHlFoBKzursV482fYyRLXBBl4wIVRdBQyvS4QJ83lEBc0IQkLogE7vLRQFI2sXGBiiYgeAxLXBALbM5DwLjgMElcEEdoUsQJmRTx1qTAghQvYFIkGG5S6LoTyEyKBD6TIlFubK9JkehgmRRWkyLRZ1IkBWBSJAJJnhQv03RoJa5EqMSVhJQ42SoxFqRkASWubLgS67orkylxZavEnsHd809xsKwSViVO8SlxlQCUOAVI8ipAJWZ1d6vEmz/HqixxwS02LlC3EDRUNdPjAn3eqCYQFzQliQuqAnf56kBSNrVxgapOQPAaLHHBrcDmPAKMC46SxAU1CU2KmkImxW3WpMCCdJuASVHLcJNC112LzKSoxWdSJMmN7TUpbnewrB1Wk+J2n0lROwCT4nYgyWvHyzQdWonvIFTiO4SUuI5VYixIdQSU+E7DlVjXfSeZEt9pldgzuHv+dR0s7wqrEtf1KfFdAShxXSDJ7wIqMau7e1e8+XOsxxIX3G3jAnU3QUPVNz0u0OeN+gJxQTOSuKAecJe/B0jKZjYuUPcQELwBS1zQENicx4BxwXGSuKARoUnRSMikuNeaFFiQ7hUwKRobblLouhuTmRSN+UyKVLmxvSbFfQ6WTcJqUtznMymaBGBS3AckeZN4maZDK/H9hEp8v5ASN7VKjAWpqYASP2C4Euu6HyBT4gesEnsGd8+/mYPlg2FV4mY+JX4wACVuBiT5g0AlZnV3H4w3f47NWeKCh2xcoB4iaKhU0+MCfd5IFYgLmpPEBc2Bu3wLICmb27hAtSAgeEuWuKAVsDlPAOOCkyRxQRqhSZEmZFKkW5MCC1K6gEnR2nCTQtfdmsykaM1nUrSQG9trUjzsYNkmrCbFwz6Tok0AJsXDQJK3iZdpOrQStyVU4rZCStzOKjEWpHYCStzecCXWdbcnU+L2Vok9g7vn38HBsmNYlbiDT4k7BqDEHYAk7whUYlZ3t2O8+XPsxBIXdLZxgepM0FBdTI8L9Hmji0BckEoSF3QC7vJdgaRMtXGB6kpA8G4scUF3YHOeAsYFp0nigh6EJkUPIZPiEWtSYEF6RMCk6Gm4SaHr7klmUvTkMylayo3tNSl6OVj2DqtJ0ctnUvQOwKToBSR573iZpkMrcR9CJe4jpMR9rRJjQeoroMT9DFdiXXc/MiXuZ5XYM7h7/v0dLB8NqxL39ynxowEocX8gyR8FKjGru/tovPlzHMASFwy0cYEaSNBQg0yPC/R5Y5BAXNCSJC4YANzlBwNJ2dLGBWowAcGHsMQFQ4HNeRYYF0QIbRToDe0xQpPiMSGT4nFrUmBBelzApBhmuEmh6x5GZlIM4zMpWsmN7TUphjtYjgirSTHcZ1KMCMCkGA4k+Yh4maZDK/FIQiUeKaTEo6wSY0EaJaDEow1XYl33aDIlHm2V2DO4e/5jHCyfCKsSj/Ep8RMBKPEYIMmfACoxq7v7RLz5cxzLEheMs3GBGkfQUONNjwv0eWO8QFyQRhIXjAXu8hOApEyzcYGaQEDwiSxxwSRgc+b4EKg+JHHBZEKTYrKQSTHFmhRYkKYImBRTDTcpdN1TyUyKqXwmRZrc2F6TYpqD5ZNhNSmm+UyKJwMwKaYBSf5kvEzToZX4KUIlfkpIiadbJcaCNF1AiWcYrsS67hlkSjzDKrFncPf8n3awfCasSvy0T4mfCUCJnwaS/BmgErO6u8/Emz/HmSxxwSwbF6hZBA31rOlxgT5vPCsQF7QmiQtmAnf554CkbG3jAvUcAcFns8QFc4DNmQsYF+QmiQueJzQpnhcyKV6wJgUWpBcETIq5hpsUuu65ZCbFXD6TIl1ubK9JMc/B8sWwmhTzfCbFiwGYFPOAJH8xXqbp0Er8EqESvySkxPOtEmNBmi+gxAsMV2Jd9wIyJV5gldgzuHv+LztYLgyrEr/sU+KFASjxy0CSLwQqMau7uzDe/DkuYokLFtu4QC0maKhXTI8L9HnjFYG4oA1JXLAIuMu/CiRlGxsXqFcJCL6EJS5YCmzOPMC4IG9AG0VW1+814PoNAn6Y02DkB0MJrt/r//3rJ9p/y4DrVwbI3xvA/EXfiOhj4aAc+HHbCdcdlbVL6ZofE6i7vdB+nR1cPxAf1d7wHt+cXabHOxH0+DCBujuT9DgQH4WsWeOhA4pMDRyc8cOZjH+HOP8Odf7V1/IMXXvDOYDmdK3RMOd39P+e+btvZvy8wmf9oW2/4TlwY61EvtEbEUyw9XgOmWDrLRtsYUF6SyDYWmV4sKXrXiUUbEmI00oBZ211/H9mo16T8Xff/puNeo1ro34n4+e15/ndx5zffcf5Xb0RrMv4+V3hTR3Z1+8BN/X/y/qvz/i7G/5m/de71v/9jJ8/+Jv1f9+1/hszft50nt993Pndjc7v6jluzvj5Qwcrib1nnQBfuhl+E6v7abNA3d1JjLUtQD4BsVbdSZ5j3vrv97Yo31iB3WRuFXp66iN7k4kF6SOBm8yPDb/J1HV/TPb01MeCT0+hXYveGX8AmaasjY2IeF0YryyOrfz/wb2+25y5b/8HT3edjTi3h/xPd52NuPDTXecb5z/2dJdegFWuYre7msM/IdTf3gbchD75m7ESE9JapCfExqRGxaa3yBgnPj0tJjU6SaUnxmQMHxOrWqSmRbWKbZEQHxufmJ4Q2PPLnwgp8KdWgbEgfSqgwDsMV2Bd946AbJ6s1r/dmSt63J6GPkDlnyeyl3YC7wp6gvMMvYnp+VVzxkT3fOZdEbqPehtuf2TevaHr7mOm/XHOkRt5I7IdOFZfkgc4gf2tgD2j+pLYR58R2kefCd28fm5vXrEgfS5w87rL8JtXXfcuooxSYq7/2wt46Plvz8JGkO650gKze3Y76/3FP7B7qp9n7fx2T/WIC9s95xvngnaPRLOBxvrzjnx3/F/FZncWtVqE90LfcQDrUF8AN7MvYWRIT89czy8FTzx6HbcL3PkPMOtpzXPuknTduwXqHmj4U6q67i8E6h5k6EnFLzDIfcPd41ldv8EkJz1gfytgz6jBAT0tnFWcdwO1Zg/QqdNjSGjLnniZPQyJtYSL+E4svu5hBC7iOoG6h5M8RLUXyEcg1mq44X2j+bJNoG9GEfBlu0Ddo0n48hWQL0Cs1WgCvuwT6JuxBHzZL1D3OBK+fA3kCxBrNY6AL8cE+mYiAV+OC9Q9iYQv+4B8AWKtJhHwJUccvm+mEvDlIoG6p5HwZT+QL0Cs1TQCvhQU6JvpBHwpJFD3DBK+fAPkCxBrNYOAL6UF+mYmAV+uF6h7FglfvgXyBYi1mkXAlxiBvplNwJdYgbrnkPDlAJAvQKzVHAK+1BDom7kEfLlVoO55JHw5COQLEGs1j4AvDQT6Zj4BXxoK1L2AhC/fAfkCxFotIOBLS4G+WUTAl1YCdS8m4cv3QL4AsVaLCfjSTaBvlhDwpbtA3UtJ+HIIyBcg1mopAV+GCPTNMgK+DBWoezkJXw4D+QLEWi0n4MtEgb5ZQcCXSQJ1ryThyw9AvgCxVisJ+DJboG9WE/BljkDda0j48iOQL0Cs1RoCviwR6Ju1BHxZKlD3OhK+HEF+Ph6QL+sI+LJWoG/WM7z/IlD3BhK+HAXyBYi12kDAl20CfbOR4f0Xgbo3kfDlJyBfgFirTQR82SfQN1sY3n8RqHsrCV9+BvIFiLXaSsCXYwJ9s43h/ReBureT8OUYkC9ArNV2Ar7kEPjcgh0M778I1L2ThC/HgXwBYq12EvCloEDf7GJ4/0Wg7t0kfPkFyBcg1mo3AV9KC/TNHob3XwTq3kvCl1+BfAFirfYS8CVGoG/2Mbz/IlD3fhK+nADyBYi12k/AlxoCfXOA4f0XgboPkvDlJJAvQKzVQQK+NBDom0MM778I1H2YhC+/AfkCxFodJuBLS4G+OcLw/otA3UdJ+PI7kC9ArNVRAr50E+ibYwzvvwjUfZyEL6eAfAFirY4T8GWIQN+cYHj/RaDukyR8OQ3kCxBrdZKALxMF+uYUw/svAnWfJuHLH0C+ALFWpwn4Mlugb84yvP8iUHfEFg6+nAHyBYi1Qq+fyPsvAn2Tw/C6/+f9F4G6LyLhy1kgX4BYK+T66S/9K5oBcAlnPP0dHvp7CfRnrevPj9afias/51N/dqH+PDb9GVP6c3P0Z4HozzfQ72zr91D1u3X6fSH9DoR+rls/q6qfv9PPFOnnJHT2q/Ms7dFr31F7Kfp8qO95tY7rvelsfITngu/TCTJ9h55nNtw8lca3WDbXF2FmjK3Hl5x/9gTgHuma39/NOSprl8oO7A33fHO41tp+m28Wx9Qg6QVFj3sRsGGl6r4oAY6R2Lf5SszV/22+2cHz1jd5r8Vjb55ej5fBzH+h5uxe34sdDHO6sPzfviG4pOv/L5vr32wurEpGXPgbgs83zn/FNwTrxSzhWricCefuvCZ/Q3BO4AaZKwG/vrn+wXpmdd65gXdlvYGn5z7Crgvi2yovTsCPm2uL+XXnFKg7t+Guga47t0DdlwTkGkRl7VLAvlRArJXU+sFxJjw9XiJ0erzUnh6xIF0qcHrMY/jpUdedh+j0mMeeHulPj3kdDPPZ0+O/vzIXKq/v9JiP7PSYD7hBXiZwerwsgNNjfnt6/NenqLwCp4l8BKfHfAJ1X0ZweswvUHd+ktMjsC8VEGuFXD8t+sXOcyxD44PuzXwJ5s+xgFDGDSfk5UBBZG2oywka6gr0HNET1N7yFQKKUZBEMQoA764LAklZkOBOo6BA3xRKwCplUcKNrRDBxnal6Rvb8IwGfVPg8csrDSfmyoyatwjUfRXJY6dXATdhINZKav2yg9fPbV1ldazCQCwkuCIlYlcnmC/eVwnUfY3he6MWrcICdV9LsjdeA+QjEGt17Raam74/g110b15NcNN3TYJMn+MJmfVTXbQzlgrqKYhrhZ6CKGKfgsCCVETgKYjrDH8KQtd9ndBTEJmX5JpGZfEK4gmIV2KxT0Aswz8B4SE0aGyV+YN7fYs6vVbsHzwBUSri3B7yPwFRKuLCT0Ccb5wLPgEBWoQ/FyOzuKIJf00wu7MQJXyTQ/3NzOZDq3BRgjd0lwlYJcXMPg78eWdTFCg6xYBjFSfJDoD9rYA9o4Dr59nw0TwpTvJGcQnwG8XFs/0lJnoNSgi/UVyS8JnwkkKnoVL2NIQFqZTAaai04achXXdpstNQacHTkFDPBva89fUOlmVMf94avQiZxV3ve0a6TELEORc6aLoeSPIyJHcSNxAq8Q1CSlzWKjEWpLICSnyj4Uqs676RTIlvtErsvjxKXM7B8qawKnE5nxLfFIASlwOS/Cbw83vFCZ/fuynB/DmWZ4lybwY/6c7YUDcTNFQF0x8I1eeNCgIP/5QmcavLA3f5ikBSluZ5+EeMPBUJCB4ppRjo2xnkE6xR4CdYMy/0k30KOM9hwBekhwt9GD56E48mNGaihYyZGGvMYEGKETBmYg03ZnTdsWTGTCyfMSPxQNafY7vnH+dgGR9WYybOZ8zEB2DMxAFJHi90J4NW4gRCJU4QUuJEq8RYkBIFlDjJcCXWdSeRKXGSVWLP2O75V3KwTA6rElfyKXFyAEpcCUjyZOtoK+AaiM2xMktEkmIbSqUQNFQV0yMSfd6oIhCRlCGJSCoDd/mqQFKWsRGJqkpA8FukFAMdF1QDNucoYFwwmiQuqE5oUlQXMilqWJMCC1INAZPiVsNNCl33rWQmxa18JkW04Ngek6Kmg+VtYTUpavpMitsCMClqAkl+W4JM06GVuBahEtcSUuLbrRJjQbpdQIlrG67Euu7aZEpc2yqx+/Io8R0OlnXCqsR3+JS4TgBKfAeQ5HWASszq7gLXQGyOd7LEBXVtXKDqEjTUXabHBfq8cZdAXFCWJC64E7jL1wOSsqyNC1Q9AoLfzRIX1Ac251hgXDCOJC64h9CkuEfIpGhgTQosSA0ETIqGhpsUuu6GZCZFQz6TIkZwbI9J0cjB8t6wmhSNfCbFvQGYFI2AJL83Qabp0ErcmFCJGwsp8X1WibEg3SegxE0MV2JddxMyJW5ildh9eZT4fgfLpmFV4vt9Stw0ACW+H0jypkAlZnV3gWsgNscHWOKCZjYuUM0IGupB0+MCfd54UCAuKEcSFzwA3OWbA0lZzsYFqjkBwR9iiQtSgc05ERgXTCKJC1oQmhQthEyKltakwILUUsCkaGW4SaHrbkVmUrTiMyliBcf2mBRpDpbpYTUp0nwmRXoAJkUakOTpCTJNh1bi1oRK3FpIiR+2SowF6WEBJW5juBLrutuQKXEbq8Tuy6PEbR0s24VVidv6lLhdAErcFkjydkAlZnV3gWsgNsf2LHFBBxsXqA4EDdXR9LhAnzc6CsQF5UnigvbAXb4TkJTlbVygOhEQvDNLXNAF2JxTgXHBNJK4oCuhSdFVyKToZk0KLEjdBEyK7oabFLru7mQmRXc+kyJOcGyPSdHDwfKRsJoUPXwmxSMBmBQ9gCR/JEGm6dBK3JNQiXsKKXEvq8RYkHoJKHFvw5VY192bTIl7WyV2Xx4l7uNg2TesStzHp8R9A1DiPkCS9wUqMau7C1wDsTn2Y4kL+tu4QPUnaKhHTY8L9HnjUYG4oAJJXNAPuMsPAJKygo0L1AACgg9kiQsGAZtzOjAumEESFwwmNCkGC5kUQ6xJgQVpiIBJMdRwk0LXPZTMpBjKZ1LEC47tMSkec7B8PKwmxWM+k+LxAEyKx4AkfzxBpunQSjyMUImHCSnxcKvEWJCGCyjxCMOVWNc9gkyJR1gldl8eJR7pYDkqrEo80qfEowJQ4pFAko8CKjGruwtcA7E5jmaJC8bYuECNIWioJ0yPC/R54wmBuCCSJC4YDdzlxwJJGWnjAjWWgODjWOKC8cDmnAmMC2aRxAUTCE2KCUImxURrUmBBmihgUkwy3KTQdU8iMykm8ZkUCYJje0yKyc5fmhJWk2Kyz6SYEoBJMRlI8ikJMk2HVuKphEo8VUiJp1klxoI0TUCJnzRciXXdT5Ip8ZNWid2XR4mfcv7S9LAq8VM+JZ4egBI/BST5dKASs7q7wDUQm+MMlrjgaRsXqKcJGuoZ0+MCfd54RiAuUCRxwQzgLj8TSEpl4wI1k4Dgs1jigmeBzTkbGBfMIYkLniM0KZ4TMilmW5MCC9JsAZNijuEmha57DplJMYfPpEgUHNtjUjzvYPlCWE2K530mxQsBmBTPA0n+QoJM06GVeC6hEs8VUuJ5VomxIM0TUOIXDVdiXfeLZEr8olVi9+VR4pccLOeHVYlf8inx/ACU+CUgyecDlZjV3QWugdgcF7DEBS/buEC9TNBQC02PC/R5Y6FAXBBDEhcsAO7yi4CkjLFxgVpEQPDFLHHBK8DmnAuMC+aRxAWvEpoUrwqZFEusSYEFaYmASbHUcJNC172UzKRYymdSJAmO7TEpXnOwfD2sJsVrPpPi9QBMiteAJH89Qabp0Eq8jFCJlwkp8XKrxFiQlgso8RuGK7Gu+w0yJX7DKrH78ijxmw6WK8KqxG/6lHhFAEr8JpDkK4BKzOruAtdAbI4rWeKCt2xcoN4iaKhVpscF+ryxSiAuiCOJC1YCd/nVQFLG2bhArSYg+BqWuOBtYHPOB8YFC0jigncITYp3hEyKtdakwIK0VsCkWGe4SaHrXkdmUqzjMylSBcf2mBTvOli+F1aT4l2fSfFeACbFu0CSv5cg03RoJV5PqMTrhZR4g1ViLEgbBJT4fcOVWNf9PpkSv2+V2H15lPgDB8uNYVXiD3xKvDEAJf4ASPKNQCVmdXeBayA2x00sccFmGxeozQQN9aHpcYE+b3woEBckkMQFm4C7/BYgKRNsXKC2EBB8K0tc8BGwORcB44LFJHHBx4QmxcdCJsU2a1JgQdomYFJsN9yk0HVvJzMptvOZFC0Ex/aYFJ84WH4aVpPiE59J8WkAJsUnQJJ/miDTdGgl3kGoxDuElHinVWIsSDsFlPgzw5VY1/0ZmRJ/ZpXYfXmU+HMHy11hVeLPfUq8KwAl/hxI8l1AJWZ1d4FrIDbH3SxxwRc2LlBfEDTUl6bHBfq88aVAXJBEEhfsBu7ye4CkTLJxgdpDQPC9LHHBV8DmXAKMC5aSxAVfE5oUXwuZFPusSYEFaZ+ASbHfcJNC172fzKTYz2dStBQc22NSfONg+W1YTYpvfCbFtwGYFN8ASf5tgkzToZX4AKESHxBS4oNWibEgHRRQ4u8MV2Jd93dkSvydVWL35VHi7x0sD4VVib/3KfGhAJT4eyDJDwGVmNXdBa6B2BwPs8QFP9i4QP1A0FA/mh4X6PPGjwJxQTJJXHAYuMsfAZIy2cYF6ggBwY+yxAU/AZtzGTAuWE4SF/xMaFL8LGRSHLMmBRakYwImxXHDTQpd93Eyk+I4n0nRSnBsj0nxi4Plr2E1KX7xmRS/BmBS/AIk+a8JMk2HVuIThEp8QkiJT1olxoJ0UkCJfzNciXXdv5Ep8W9Wid2XR4l/d7A8FVYl/t2nxKcCUOLfgSQ/BVRiVncXuAZiczzNEhf8YeMC9QdBQ50xPS7Q540zAnFBCklccBq4y58FkjLFxgXqLAHBIxJJ4oJsuImqFcC4YCVJXJA9kc+kyA5sTvd8cyT+9bM1KbI4pgZJLyh63IuADStV90WJcIxETYqLgIQKyKRIExzbY1Jc7GCZ04VpqEwKvQAlXMW6F8I/ocy/nVViXgwkec5EmaZDK3EuQiXOJaTEua0SY0HKLaDElxiuxLruS8iU+BKrxO7Lo8SXOljmCasSX+pT4jwBKPGlQJLnASoxq7sLXAOxOeaVMn/Qt0z5gOYPa0PlI2ioy9BzRE9QnzcuS8Q3aFWSuCAvcJfPDyRlVRsXqPwEBC/AEhdcDmzO1cC4YA1JXHAFoUlxhZBJUdCaFFiQCgqYFIUMNyl03YXITIpCfCZFuuDYHpPiSgfLq8JqUlzpMymuCsCkuBJI8qsSZZoOrcSFCZW4sJASX22VGAvS1QJKfI3hSqzrvoZMia+xSuy+PEp8rYNlkbAq8bU+JS4SgBJfCyR5EaASs7q7wDUQm+N1LHFBURsXqKIEDVXM9LhAnzeKCcQF1UjiguuAu3xxICmr2bhAFScgeAmWuKAksDnXAuOCdSRxQSlCk6KUkElR2poUWJBKC5gU1xtuUui6ryczKa6nMylUlNzYXpOijIPlDWE1Kcr4TIobAjApygBJfkOiTNOhlbgsoRKXFVLiG60SY0G6UUCJyxmuxLrucmRKXM4qsWdw9/xvcrAsH1YlvsmnxOUDUOKbgCQvD1RiVne3fKL5c7yZJS6oYOMCVYGgoSqaHhfo80ZFgbigBklccDNwl48EkrKGjQtUJAHBo1jiAgVszvXAuGADSVwQTWhSRAuZFDHWpMCCFCNgUsQablLoumPJTIpYPpNCyY3tNSniHCzjw2pSxPlMivgATIo4IMnjE2WaDq3ECYRKnCCkxIlWibEgJQoocZLhSqzrTiJT4iSrxJ7B3fOv5GCZHFYlruRT4uQAlLgSkOTJQCVmdXeTE82fY2WWuCDFxgUqhaChqpgeF+jzRhWBuKAmSVxQGbjLVwWSsqaNC1RVAoLfwhIXVAM250ZgXLCJJC6oTmhSVBcyKWpYkwILUg0Bk+JWw00KXfetZCbFrXwmRbTc2F6ToqaD5W1hNSlq+kyK2wIwKWoCSX5bokzToZW4FqES1xJS4tutEmNBul1AiWsbrsS67tpkSlzbKrFncPf873CwrBNWJb7Dp8R1AlDiO4AkrwNUYlZ3t06i+XO8kyUuqGvjAlWXoKHuMj0u0OeNuwTiglokccGdwF2+HpCUtWxcoOoREPxulrigPrA5twDjgq0kccE9hCbFPUImRQNrUmBBaiBgUjQ03KTQdTckMyka8pkUMXJje02KRg6W94bVpGjkMynuDcCkaAQk+b2JMk2HVuLGhErcWEiJ77NKjAXpPgElbmK4Euu6m5ApcROrxJ7B3fO/38GyaViV+H6fEjcNQInvB5K8KVCJWd3dponmz/EBlrigmY0LVDOChnrQ9LhAnzceFIgLapPEBQ8Ad/nmQFLWtnGBak5A8IdY4oJUYHNuA8YF20nighaEJkULIZOipTUpsCC1FDApWhluUui6W5GZFK34TIpYubG9JkWag2V6WE2KNJ9JkR6ASZEGJHl6okzToZW4NaEStxZS4oetEmNBelhAidsYrsS67jZkStzGKrFncPf82zpYtgurErf1KXG7AJS4LZDk7YBKzOrutks0f47tWeKCDjYuUB0IGqqj6XGBPm90FIgL6pDEBe2Bu3wnICnr2LhAdSIgeGeWuKALsDl3AOOCnSRxQVdCk6KrkEnRzZoUWJC6CZgU3Q03KXTd3clMiu58JkWc3Nhek6KHg+UjYTUpevhMikcCMCl6AEn+SKJM06GVuCehEvcUUuJeVomxIPUSUOLehiuxrrs3mRL3tkrsGdw9/z4Oln3DqsR9fErcNwAl7gMkeV+gErO6u30TzZ9jP5a4oL+NC1R/goZ61PS4QJ83HhWIC+qSxAX9gLv8ACAp69q4QA0gIPhAlrhgELA5dwHjgt0kccFgQpNisJBJMcSaFFiQhgiYFEMNNyl03UPJTIqhfCZFvNzYXpPiMQfLx8NqUjzmMykeD8CkeAxI8scTZZoOrcTDCJV4mJASD7dKjAVpuIASjzBciXXdI8iUeIRVYs/g7vmPdLAcFVYlHulT4lEBKPFIIMlHAZWY1d0dlWj+HEezxAVjbFygxhA01BOmxwX6vPGEQFxQjyQuGA3c5ccCSVnPxgVqLAHBx7HEBeOBzbkHGBfsJYkLJhCaFBOETIqJ1qTAgjRRwKSYZLhJoeueRGZSTOIzKRLkxvaaFJMdLKeE1aSY7DMppgRgUkwGknxKokzToZV4KqESTxVS4mlWibEgTRNQ4icNV2Jd95NkSvykVWLP4O75P+VgOT2sSvyUT4mnB6DETwFJPh2oxKzu7vRE8+c4gyUueNrGBeppgoZ6xvS4QJ83nhGIC+qTxAUzgLv8TCAp69u4QM0kIPgslrjgWWBz7gPGBftJ4oLnCE2K54RMitnWpMCCNFvApJhjuEmh655DZlLM4TMpEuXG9poUzzt/6YWwmhTP+0yKFwIwKZ4HkvyFRJmmQyvxXEIlniukxPOsEmNBmiegxC8arsS67hfJlPhFq8Sewd3zf8n5S/PDqsQv+ZR4fgBK/BKQ5POBSszq7s5PNH+OC1jigpdtXKBeJmiohabHBfq8sVAgLmhAEhcsAO7yi4CkbGDjArWIgOCLWeKCV4DNeQAYFxwkiQteJTQpXhUyKZZYkwIL0hIBk2Kp4SaFrnspmUmxlM+kSJIb22tSvOZg+XpYTYrXfCbF6wGYFK8BSf56okzToZV4GaESLxNS4uVWibEgLRdQ4jcMV2Jd9xtkSvyGVWLP4O75v+lguSKsSvymT4lXBKDEbwJJvgKoxKzu7opE8+e4kiUueMvGBeotgoZaZXpcoM8bqwTigkYkccFK4C6/GkjKRjYuUKsJCL6GJS54G9ich4BxwWGSuOAdQpPiHSGTYq01KbAgrRUwKdYZblLouteRmRTr+EyKVLmxvSbFuw6W74XVpHjXZ1K8F4BJ8S6Q5O8lyjQdWonXEyrxeiEl3mCVGAvSBgElft9wJdZ1v0+mxO9bJfYM7p7/Bw6WG8OqxB/4lHhjAEr8AZDkG4FKzOrubkw0f46bWOKCzTYuUJsJGupD0+MCfd74UCAuaEwSF2wC7vJbgKRsbOMCtYWA4FtZ4oKPgM15BBgXHCWJCz4mNCk+FjIptlmTAgvSNgGTYrvhJoWuezuZSbGdz6RoITe216T4xMHy07CaFJ/4TIpPAzApPgGS/NNEmaZDK/EOQiXeIaTEO60SY0HaKaDEnxmuxLruz8iU+DOrxJ7B3fP/3MFyV1iV+HOfEu8KQIk/B5J8F1CJWd3dXYnmz3E3S1zwhY0L1BcEDfWl6XGBPm98KRAXNCGJC3YDd/k9QFI2sXGB2kNA8L0sccFXwOY8BowLjpPEBV8TmhRfC5kU+6xJgQVpn4BJsd9wk0LXvZ/MpNjPZ1K0lBvba1J842D5bVhNim98JsW3AZgU3wBJ/m2iTNOhlfgAoRIfEFLig1aJsSAdFFDi7wxXYl33d2RK/J1VYs/g7vl/72B5KKxK/L1PiQ8FoMTfA0l+CKjErO7uoUTz53iYJS74wcYF6geChvrR9LhAnzd+FIgLmpLEBYeBu/wRICmb2rhAHSEg+FGWuOAnYHOeAMYFJ0nigp8JTYqfhUyKY9akwIJ0TMCkOG64SaHrPk5mUhznMylayY3tNSl+cbD8NawmxS8+k+LXAEyKX4Ak/zVRpunQSnyCUIlPCCnxSavEWJBOCijxb4Yrsa77NzIl/s0qsWdw9/x/d7A8FVYl/t2nxKcCUOLfgSQ/BVRiVnf3VKL5czzNEhf8YeMC9QdBQ50xPS7Q540zAnFBM5K44DRwlz8LJGUzGxeoswQEj0giiQuyJQGlHBgXnCaJC7In8ZkU2YHN6Z5vDte3tlmTIotjapD0gqLHvQjYsFJ1X5QEx0jUpLgISKiATIo0ubG9JsXFDpY5XZiGyqTQC1DCVWzO83y3JdqkuBhI8pxJMk2HVuJchEqcS0iJc1slxoKUW0CJLzFciXXdl5Ap8SVWiT2Du+d/qYNlnrAq8aU+Jc4TgBJfCiR5HqASs7q7eZLMn2NeKfMHfcuUD2j+sDZUPoKGugw9R/QE9XnjsiR8gzYniQvyAnf5/EBSNrdxgcpPQPACLHHB5cDmPAuMCyKENgr0hnYFoUlxhZBJUdCaFFiQCgqYFIUMNyl03YXITIpCfCZFutzYXpPiSgfLq8JqUlzpMymuCsCkuBJI8quSZJoOrcSFCZW4sJASX22VGAvS1QJKfI3hSqzrvoZMia+xSuwZ3D3/ax0si4RVia/1KXGRAJT4WiDJiwCVmNXdLZJk/hyvY4kLitq4QBUlaKhipscF+rxRTCAuSCWJC64D7vLFgaRMtXGBKk5A8BIscUFJYHPm2AJUn4A2iqyuXyng+vUGxi19kNGN4PqV/u9fP9H+ux64fkWB/C0G5i/6RkQfC0fkwI/bUrjuqKxdStc8RqDuVkL7dXZw/UB8VCvDe3xzdpkeb03Q42MF6n6YpMeB+ChkzRoPHVBkauDIjB/OZPw7yvl3tPOvvspk6NoNzgE0p2uNxjq/o//3zN8tm/HzjT7rD237jcuBG6sc8p47Iphg64kcMsHWTTbYwoJ0k0CwVd7wYEvXXV4o2JIQp3ICztrNSf+ZjbpCxt+t+DcbdQXXRh2Z8XPUeX53jPO7kc7v6o1AZfwcLbypI/s6Brip/1/WPzbj78b9zfrHutY/PuPnhL9Z/3jX+idm/Jx0nt99wvndROd39RwrZfyc7GAlsfcoAb60M/wmVvdTJYG625MYa5WBfAJirdqTPMec8u/3tijfWIHdZKYIPT1Vxd5kYkGqInCTWdXwm0xdd1Wyp6eqCj49hXYtBmX8AWSaEpUQEVFaGK8sjq38/8G9vrc4c6/2D57uOhtxbg/5n+46G3Hhp7vON85/7OkuvQCrXMVWczWHf0Kov30LcBOq/jdjJSaktUhPiI1JjYpNb5ExTnx6WkxqdJJKT4zJGD4mVrVITYtqFdsiIT42PjE9IbDnl6sLKXANq8BYkGoIKPCthiuwrvvWgGyerNZfzZkretxOhj5A5Z8nspdqAu8KOoHzDL2J6flVc8ZE93zmXRG6j7oYbn9k3r2h6+5qpv1xzpEbeSNSDThWN5IHOIH9rYA9o7qR2Ee3EdpHtwndvNayN69YkGoJ3LzebvjNq677dqKMUmKu/9sLeOj5V8vCRpDuudICs3tqO+t9xz+we6qfZ+38dk/1iAvbPecb54J2j0Szgcb68468dtJfxWZ3FrVahPdC33EA61B3ADezOjAypKdnrmcdwROPXsdqAnf+Pc16WvOcuyRdd22BunsZ/pSqrvsOgbp7G3pS8QsMct9w93hW168PyUkP2N8K2DOqT0BPC2cV59pArbkT6NTpMSS05c4kmT0MibWEixiZgK97AIGLqATqHkjyEFVdIB+BWKuBhveN5sstAn0zhIAv1QTqHkrCl7uAfAFirYYS8OVugb4ZRsCX+gJ1DyfhSz0gX4BYq+EEfHlIoG9GEfAlVaDu0SR8uRvIFyDWajQBXzoL9M1YAr50Eah7HAlf6gP5AsRajSPgy0CBvplIwJdBAnVPIuHLPUC+ALFWkwj4Mk6gb6YS8GW8QN3TSPjSAMgXINZqGgFfZgn0zXQCvjwrUPcMEr40BPIFiLWaQcCXxQJ9M5OAL68I1D2LhC+NgHwBYq1mEfBljUDfzCbgy9sCdc8h4cu9QL4AsVZzCPiyVaBv5hLw5SOBuueR8KUxkC9ArNU8Ar7sFeib+QR8+Uqg7gUkfLkPyBcg1moBAV+OCvTNIgK+/CRQ92ISvjQB8gWItVpMwJeIRHzfLCHgSzaBupeS8OV+IF+AWKulBHwpINA3ywj4crlA3ctJ+NIUyBcg1mo5AV9KCPTNCgK+lBSoeyUJXx4A8gWItVpJwJcogb5ZzfD+i0Dda0j40gzIFyDWag0BX24R6Ju1DO+/CNS9joQvDwL5AsRarSPgy90CfbOe4f0Xgbo3kPClOZAvQKzVBgK+PCTQNxsZ3n8RqHsTCV8eAvIFiLXaRMCXzgJ9s4Xh/ReBureS8CUVyBcg1morAV8GCvTNNob3XwTq3k7ClxZAvgCxVtsJ+DJOoG92MLz/IlD3ThK+tATyBYi12knAl1kCfbOL4f0Xgbp3k/ClFZAvQKzVbgK+LBbomz0M778I1L2XhC9pQL4AsVZ7CfiyRqBv9jG8/yJQ934SvqQD+QLEWu0n4MtWgb45wPD+i0DdB0n40hrIFyDW6iABX/YK9M0hhvdfBOo+TMKXh4F8AWKtDhPw5ahA3xxheP9FoO6jJHxpA+QLEGt1lIAvEQKfs36M4f0XgbqPk/ClLZAvQKzVcQK+FBDomxMM778I1H2ShC/tgHwBYq1OEvClhEDfnGJ4/0Wg7tMkfGkP5AsQa4VcP/2lf+UyAC7hjKe/w0N/L4H+rHX9+dH6M3H153zqzy7Un8emP2NKf26O/iwQ/fkG+p1t/R6qfrdOvy+k34HQz3XrZ1X183f6mSL9nITOfnWepT167TtqL0WfD/U9r9ZxvTe1T4rwXOi+65Ak03foeXYE9p3G96Zsf32Pk16DjsLr3An4HU9BfZtvJ6Fv8+1sv80XC1JngW/z7WL4t/nqursQfZuvxFz93+abHTxvfZNXKgl781RaCDP/hZqze327OnPv9g++Ibik6/8vm+vfbC6sSkZc+BuCzzfOf8U3BOvFLOFauG5J5+68Jn9DcDfgBtk9Cb++3f/BemZ13j2Am0MX4Gmgq/ApEvFtlV0FTpFnCeruJlB3xFbzbwB6CNSdDVx3xP+yT0Rl7VLAvlRArJXU+qFxfoTw9PiI0Omxpz09YkHqKXB67GX46VHX3Yvo9NjLnh7pT4+9nbn3safHf39lLlRv3+mxD9npsQ9wg+wrcHrsG8DpsZ89Pf7rU1RvgdPExVvNr7uPQN05CU6P/QTqzkVyegT2pQJirZDrp0X/pvMcy9D4oHuzT5L5c+wvlHHDCfkoUBBZG+pRgoYagJ4jeoLaWx4goBh5SBSjP/DueiCQlHkI7jQGCvTNoCSsUpYj3NgGEWxsg03f2MZlNGhZgQbNZzgxy2XUXFmg7ssC2tCzOs8hwE0YiLWSWr/s4PVzW1dZHWsoEAsJrkiJ2GNJ5ov3EIG6Lzd8b9SiNVSg7itI9sbHgXwEYq2u2Epz0/dnsIvuzccIbvoeT5Lpczghh2X9VBftjKWCegpimNBTEMPtUxBYkIYLPAUxwvCnIHTdI4QTdck1jcriFcQTEMUSsE9AXI/Hy0No0Ngq8wf3+o505j7qHzwBUSri3B7yPwFRKuLCT0Ccb5wLPgEBWoQ/FyOzuJFJf00wu7MQJXyTQ/3NzOZDq/CVhh8HMkmCrvsqs48Df97ZjASKzijgWIVJsgNgfytgzyjg+nk2fDRPRpO8UTwG/EZx+Wx/iYlegzHCbxQ/QfhM+BNCp6Gx9jSEBWmswGlonOGnIV33OLLT0DjB05BQzwb2vPV4B8sJpj9vjV6EzOLG+56RnpAUcc6FDprGA0k+geROYiKhEk8UUuJJVomxIE0SUOLJhiuxrnsymRJPtkrsvjxKPMXBcmpYlXiKT4mnBqDEU4Aknwp+fq884fN7U5PMn+M0lij3SfCT7owN9SRBQz1l+gOh+rzxlIDbX4TErZ4G3OWnA0lZhOfhHzHyTCcg+AwpxUDfziCfYH0a/ARr5oV+su8Z4DwHAF+QHij0YcXoTXwmoTEzU8iYmWWNGSxIswSMmWcNN2Z03c+SGTPP8hkzEg9k/Tm2e/7POVjODqsx85zPmJkdgDHzHJDks4XuZNBKPIdQiecIKfHzVomxID0voMQvGK7Euu4XyJT4BavEnrHd85/rYDkvrEo816fE8wJQ4rlAks+zjrYCroHYHF9kiUhesg2lXiJoqPmmRyT6vDFfICIpShKRvAjc5RcASVnURiRqAQHBX5ZSDHRcsBDYnEOAccFQkrhgEaFJsUjIpFhsTQosSIsFTIpXDDcpdN2vkJkUr/CZFNGCY3tMilcdLJeE1aR41WdSLAnApHgVSPIlSTJNh1bipYRKvFRIiV+zSowF6TUBJX7dcCXWdb9OpsSvWyV2Xx4lXuZguTysSrzMp8TLA1DiZUCSLwcqMau7C1wDsTm+wRIXvGnjAvUmQUOtMD0u0OeNFQJxQXGSuOAN4C6/EkjK4jYuUCsJCP4WS1ywCticw4BxwXCSuGA1oUmxWsikWGNNCixIawRMircNNyl03W+TmRRv85kUMYJje0yKdxws14bVpHjHZ1KsDcCkeAdI8rVJMk2HVuJ1hEq8TkiJ37VKjAXpXQElfs9wJdZ1v0emxO9ZJXZfHiVe72C5IaxKvN6nxBsCUOL1QJJvACoxq7sLXAOxOb7PEhd8YOMC9QFBQ200PS7Q542NAnFBSZK44H3gLr8JSMqSNi5QmwgIvpklLvgQ2JyjgHHBaJK4YAuhSbFFyKTYak0KLEhbBUyKjww3KXTdH5GZFB/xmRSxgmN7TIqPHSy3hdWk+NhnUmwLwKT4GEjybUkyTYdW4u2ESrxdSIk/sUqMBekTASX+1HAl1nV/SqbEn1oldl8eJd7hYLkzrEq8w6fEOwNQ4h1Aku8EKjGruwtcA7E5fsYSF3xu4wL1OUFD7TI9LtDnjV0CcUFpkrjgM+AuvxtIytI2LlC7CQj+BUtc8CWwOccC44JxJHHBHkKTYo+QSbHXmhRYkPYKmBRfGW5S6Lq/IjMpvuIzKeIEx/aYFF87WO4Lq0nxtc+k2BeASfE1kOT7kmSaDq3E+wmVeL+QEn9jlRgL0jcCSvyt4Uqs6/6WTIm/tUrsvjxKfMDB8mBYlfiAT4kPBqDEB4AkPwhUYlZ3F7gGYnP8jiUu+N7GBep7goY6ZHpcoM8bhwTigjIkccF3wF3+MJCUZWxcoA4TEPwHlrjgR2BzTgTGBZNI4oIjhCbFESGT4qg1KbAgHRUwKX4y3KTQdf9EZlL8xGdSxAuO7TEpfnawPBZWk+Jnn0lxLACT4mcgyY8lyTQdWomPEyrxcSEl/sUqMRakXwSU+FfDlVjX/SuZEv9qldh9eZT4hIPlybAq8QmfEp8MQIlPAEl+EqjErO4ucA3E5vgbS1zwu40L1O8EDXXK9LhAnzdOCcQFZUnigt+Au/xpICnL2rhAnSYg+B8sccEZYHNOBcYF00jigrOEJsVZIZMiotJfP1qTIotjapD0gqLHzVbJbJNC152tEhwjUZPCvaZRWbwCMikSBMf2mBTZHSxzuDANlUmhF6CEq1j3QvgnlPm3s0rM7ECS56gk03RoJb4IWXNEMEp8USUZJb7YKjEWpIsFlDin4Uqs685JpsQ5rRK7L48S53KwzB1WJc7lU+LcAShxLiDJcwOVmNXdBa6B2BwvEZjjeSea1Ya6tBJQLUgb6lKChsqDniN6gvq8kacSvkHLkcQFlwB3+bxAUpazcYHKS0DwfFKKgY4LLgM253RgXDCDJC7IT2hS5BcyKQpYkwILUgEBk+Jyw00KXfflZCbF5XwmRaLg2B6T4goHy4JhNSmu8JkUBQMwKa4AkrxgJZmmQytxIUIlLiSkxFdaJcaCdKWAEl9luBLruq8iU+KrrBK7L48SF3awvDqsSlzYp8RXB6DEhYEkvxqoxKzuLnANxOZ4DUtccK2NC9S1BA1VxPS4QJ83igjEBeVJ4oJrgLv8dUBSlrdxgbqOgOBFWeKCYsDmnAmMC2aRxAXFCU2K4kImRQlrUmBBKiFgUpQ03KTQdZckMylK8pkUSYJje0yKUg6WpcNqUpTymRSlAzApSgFJXrqSTNOhlfh6QiW+XkiJy1glxoJURkCJbzBciXXdN5Ap8Q1Wid2XR4nLOljeGFYlLutT4hsDUOKyQJLfCFRiVncXuAZicyzHEhfcZOMCdRNBQ5U3PS7Q543yAnFBBZK4oBxwl78ZSMoKNi5QNxMQvAJLXFAR2JyzgXHBHJK4IJLQpIgUMimirEmBBSlKwKRQhpsUum5FZlIoPpMiVXBsj0kR7WAZE1aTItpnUsQEYFJEA0keU0mm6dBKHEuoxLFCShxnlRgLUpyAEscbrsS67ngyJY63Suy+PEqc4GCZGFYlTvApcWIASpwAJHkiUIlZ3V3gGojNMYklLqhk4wJViaChkk2PC/R5I1kgLogkiQuSgLt8ZSApI21coCoTEDyFJS6oAmzOucC4YB5JXFCV0KSoKmRS3GJNCjBIAiZFNcNNCl13NTKTohqfSdFCcGyPSVHdwbJGWE2K6j6TokYAJkV1IMlrVJJpOrQS30qoxLcKKXFNq8RYkGoKKPFthiuxrvs2MiW+zSqx+/IocS0Hy9vDqsS1fEp8ewBKXAtI8tuBSszq7gLXQGyOtVnigjtsXKDuIGioOqbHBfq8UUcgLlAkcUFt4C5/J5CUysYF6k4CgtdliQvuAjbnfGBcsIAkLqhHaFLUEzIp7rYmBRakuwVMivqGmxS67vpkJkV9PpOipeDYHpPiHgfLBmE1Ke7xmRQNAjAp7gGSvEElmaZDK3FDQiVuKKTEjawSY0FqJKDE9xquxLrue8mU+F6rxO7Lo8SNHSzvC6sSN/Yp8X0BKHFjIMnvAyoxq7sLXAOxOTZhiQvut3GBup+goZqaHhfo80ZTgbgghiQuaALc5R8AkjLGxgXqAQKCN2OJCx4ENuciYFywmCQuaE5oUjQXMikesiYFFqSHBEyKVMNNCl13KplJkcpnUrQSHNtjUrRwsGwZVpOihc+kaBmASdECSPKWlWSaDq3ErQiVuJWQEqdZJcaClCagxOmGK7GuO51MidOtErsvjxK3drB8OKxK3NqnxA8HoMStgSR/GKjErO4ucA3E5tiGJS5oa+MC1ZagodqZHhfo80Y7gbggjiQuaAPc5dsDSRln4wLVnoDgHVjigo7A5lwCjAuWksQFnQhNik5CJkVna1JgQeosYFJ0Mdyk0HV3ITMpuvCZFGmCY3tMiq4Olt3CalJ09ZkU3QIwKboCSd6tkkzToZW4O6ESdxdS4h5WibEg9RBQ4kcMV2Jd9yNkSvyIVWL35VHing6WvcKqxD19StwrACXuCSR5L6ASs7q7wDUQm2Nvlrigj40LVB+Chuprelygzxt9BeKCBJK4oDdwl+8HJGWCjQtUPwKC92eJCx4FNucyYFywnCQuGEBoUgwQMikGWpMCC9JAAZNikOEmha57EJlJMYjPpEgXHNtjUgx2sBwSVpNisM+kGBKASTEYSPIhlWSaDq3EQwmVeKiQEj9mlRgL0mMCSvy44Uqs636cTIkft0rsvjxKPMzBcnhYlXiYT4mHB6DEw4AkHw5UYlZ3F7gGYnMcwRIXjLRxgRpJ0FCjTI8L9HljlEBckEQSF4wA7vKjgaRMsnGBGk1A8DEsccETwOZcAYwLVpLEBWMJTYqxQibFOGtSYEEaJ2BSjDfcpNB1jyczKcbTmRQqSm5sr0kxwcFyYlhNigk+k2JiACbFBCDJJ1aSaTq0Ek8iVOJJQko82SoxFqTJAko8xXAl1nVPIVPiKVaJPYO75z/VwXJaWJV4qk+JpwWgxFOBJJ8GVGJWd3daJfPn+CRLXPCUjQvUUwQNNd30uECfN6YLxAXJJHHBk8BdfgaQlMk2LlAzCAj+NEtc8AywOVcD44I1JHHBTEKTYqaQSTHLmhRYkGYJmBTPGm5S6LqfJTMpnuUzKZTc2F6T4jkHy9lhNSme85kUswMwKZ4Dknx2JZmmQyvxHEIlniOkxM9bJcaC9LyAEr9guBLrul8gU+IXrBJ7BnfPf66D5bywKvFcnxLPC0CJ5wJJPg+oxKzu7rxK5s/xRZa44CUbF6iXCBpqvulxgT5vzBeIC1JI4oIXgbv8AiApU2xcoBYQEPxllrhgIbA51wLjgnUkccEiQpNikZBJsdiaFFiQFguYFK8YblLoul8hMyle4TMpouXG9poUrzpYLgmrSfGqz6RYEoBJ8SqQ5EsqyTQdWomXEirxUiElfs0qMRak1wSU+HXDlVjX/TqZEr9uldgzuHv+yxwsl4dViZf5lHh5AEq8DEjy5UAlZnV3l1cyf45vsMQFb9q4QL1J0FArTI8L9HljhUBcUJUkLngDuMuvBJKyqo0L1EoCgr/FEhesAjbnemBcsIEkLlhNaFKsFjIp1liTAgvSGgGT4m3DTQpd99tkJsXbfCZFjNzYXpPiHQfLtWE1Kd7xmRRrAzAp3gGSfG0lmaZDK/E6QiVeJ6TE71olxoL0roASv2e4Euu63yNT4vesEnsGd89/vYPlhrAq8XqfEm8IQInXA0m+AajErO7uhkrmz/F9lrjgAxsXqA8IGmqj6XGBPm9sFIgLqpHEBe8Dd/lNQFJWs3GB2kRA8M0sccGHwObcCIwLNpHEBVsITYotQibFVmtSYEHaKmBSfGS4SaHr/ojMpPiIz6SIlRvba1J87GC5Lawmxcc+k2JbACbFx0CSb6sk03RoJd5OqMTbhZT4E6vEWJA+EVDiTw1XYl33p2RK/KlVYs/g7vnvcLDcGVYl3uFT4p0BKPEOIMl3ApWY1d3dWcn8OX7GEhd8buMC9TlBQ+0yPS7Q541dAnFBDZK44DPgLr8bSMoaNi5QuwkI/gVLXPAlsDm3AOOCrSRxwR5Ck2KPkEmx15oUWJD2CpgUXxluUui6vyIzKb7iMyni5Mb2mhRfO1juC6tJ8bXPpNgXgEnxNZDk+yrJNB1aifcTKvF+ISX+xioxFqRvBJT4W8OVWNf9LZkSf2uV2DO4e/4HHCwPhlWJD/iU+GAASnwASPKDQCVmdXcPVjJ/jt+xxAXf27hAfU/QUIdMjwv0eeOQQFxQkyQu+A64yx8GkrKmjQvUYQKC/8ASF/wIbM5twLhgO0lccITQpDgiZFIctSYFFqSjAibFT4abFLrun8hMip/4TIp4ubG9JsXPDpbHwmpS/OwzKY4FYFL8DCT5sUoyTYdW4uOESnxcSIl/sUqMBekXASX+1XAl1nX/SqbEv1ol9gzunv8JB8uTYVXiEz4lPhmAEp8AkvwkUIlZ3d2Tlcyf428sccHvNi5QvxM01CnT4wJ93jglEBfUIokLfgPu8qeBpKxl4wJ1moDgf7DEBWeAzbkDGBfsJIkLzhKaFGeFTIqI5L9+tCZFFsfUIOkFRY+bLdlsk0LXnS0ZjpGoSeFe06gsXgGZFAlyY3tNiuwOljlcmIbKpNALUMJVrHsh/BPK/NtZJWZ2IMlzJMs0HVqJL0LWHBGMEl+ULKPEF1slxoJ0sYAS5zRciXXdOcmUOKdVYs/g7vnncrDMHVYlzuVT4twBKHEuIMlzA5WY1d3NnWz+HC8RmON5J5rVhro0GagWpA11KUFD5UHPET1Bfd7Ik4xv0NokccElwF0+L5CUtW1coPISEDyflGKg44LLgM25CxgX7CaJC/ITmhT5hUyKAtakwIJUQMCkuNxwk0LXfTmZSXE5n0mRKDe216S4wsGyYFhNiit8JkXBAEyKK4AkL5gs03RoJS5EqMSFhJT4SqvEWJCuFFDiqwxXYl33VWRKfJVVYs/g7vkXdrC8OqxKXNinxFcHoMSFgSS/GqjErO7u1cnmz/EalrjgWhsXqGsJGqqI6XGBPm8UEYgL6pDEBdcAd/nrgKSsY+MCdR0BwYuyxAXFgM25BxgX7CWJC4oTmhTFhUyKEtakwIJUQsCkKGm4SaHrLklmUpTkMymS5Mb2mhSlHCxLh9WkKOUzKUoHYFKUApK8dLJM06GV+HpCJb5eSInLWCXGglRGQIlvMFyJdd03kCnxDVaJPYO751/WwfLGsCpxWZ8S3xiAEpcFkvxGoBKzurs3Jps/x3IsccFNNi5QNxE0VHnT4wJ93igvEBfUJYkLygF3+ZuBpKxr4wJ1MwHBK7DEBRWBzbkPGBfsJ4kLIglNikghkyLKmhRYkKIETApluEmh61ZkJoXiMylS5cb2mhTRDpYxYTUpon0mRUwAJkU0kOQxyTJNh1biWEIljhVS4jirxFiQ4gSUON5wJdZ1x5MpcbxVYs/g7vknOFgmhlWJE3xKnBiAEicASZ4IVGJWdzcx2fw5JrHEBZVsXKAqETRUsulxgT5vJAvEBfVI4oIk4C5fGUjKejYuUJUJCJ7CEhdUATbnAWBccJAkLqhKaFJUFTIpbrEmBRgkAZOimuEmha67GplJUY3PpGghN7bXpKjuYFkjrCZFdZ9JUSMAk6I6kOQ1kmWaDq3EtxIq8a1CSlzTKjEWpJoCSnyb4Uqs676NTIlvs0rsGdw9/1oOlreHVYlr+ZT49gCUuBaQ5LcDlZjV3b092fw51maJC+6wcYG6g6Ch6pgeF+jzRh2BuKA+SVxQG7jL3wkkZX0bF6g7CQhelyUuuAvYnIeAccFhkrigHqFJUU/IpLjbmhRYkO4WMCnqG25S6Lrrk5kU9flMipZyY3tNinscLBuE1aS4x2dSNAjApLgHSPIGyTJNh1bihoRK3FBIiRtZJcaC1EhAie81XIl13feSKfG9Vok9g7vn39jB8r6wKnFjnxLfF4ASNwaS/D6gErO6u/clmz/HJixxwf02LlD3EzRUU9PjAn3eaCoQFzQgiQuaAHf5B4CkbGDjAvUAAcGbscQFDwKb8wgwLjhKEhc0JzQpmguZFA9ZkwIL0kMCJkWq4SaFrjuVzKRI5TMpWsmN7TUpWjhYtgyrSdHCZ1K0DMCkaAEkectkmaZDK3ErQiVuJaTEaVaJsSClCShxuuFKrOtOJ1PidKvEnsHd82/tYPlwWJW4tU+JHw5AiVsDSf4wUIlZ3d2Hk82fYxuWuKCtjQtUW4KGamd6XKDPG+0E4oJGJHFBG+Au3x5IykY2LlDtCQjegSUu6AhszmPAuOA4SVzQidCk6CRkUnS2JgUWpM4CJkUXw00KXXcXMpOiC59JkSY3ttek6Opg2S2sJkVXn0nRLQCToiuQ5N2SZZoOrcTdCZW4u5AS97BKjAWph4ASP2K4Euu6HyFT4kesEnsGd8+/p4Nlr7AqcU+fEvcKQIl7AkneC6jErO5ur2Tz59ibJS7oY+MC1YegofqaHhfo80ZfgbigMUlc0Bu4y/cDkrKxjQtUPwKC92eJCx4FNucJYFxwkiQuGEBoUgwQMikGWpMCC9JAAZNikOEmha57EJlJMYjPpEiXG9trUgx2sBwSVpNisM+kGBKASTEYSPIhyTJNh1bioYRKPFRIiR+zSowF6TEBJX7ccCXWdT9OpsSPWyX2DO6e/zAHy+FhVeJhPiUeHoASDwOSfDhQiVnd3eHJ5s9xBEtcMNLGBWokQUONMj0u0OeNUQJxQROSuGAEcJcfDSRlExsXqNEEBB/DEhc8AWzOU8C44PSWYDaKrK7fWOD6dQGuX1fgWJLrN+6/f/1E+288cP2uxImLugos9OgbEX0sHJ8DP25T4bqjsnYpXfNkgbofELqxyw6uH4iPesDwHt+cXabHmxP0+FSBuh8i6XEgPgpZs8ZDBxSZGjgh44czGf9OdP6d5Pz7P/9bhq5NdA6gOV1rNNX5Hf2/Z/7upIyfJ/usP7TtNy0HbqwpQM0OKtiakkMm2Jpqgy0sSFMFgq1phgdbuu5pQsGWhDhNEXDWnkz+z2zUT2X83el/s1E/5dqoZ2T8/PR5fney87sznN/VG8EzGT/PlN7UgX09C7ip/1/W/9mMv/vc36z/s671n53x85y/Wf/ZrvV/PuPnF87zu1Oc333e+V09x7kZP89zsJLYe54R4EtLw29idT/NFai7VUAOfFbn+SKQT0CsldT6oXF+6d/vbVG+sQK7yXxJ6Omp+fYmEwvSfIGbzAWG32TquheQPT21QPDpKbRrMSLjDyDTlKeTIiLGCeOVxbGV/z+41/dlZ+4L/8HTXWcjzu0h/9NdZyMu/HTX+cb5jz3dpRdglavYha7m8E8I9bdfBm5Ci/5mrMSEtBbpCbExqVGx6S0yxolPT4tJjU5S6YkxGcPHxKoWqWlRrWJbJMTHxiemJwT2/PIiIQVebBUYC9JiAQV+xXAF1nW/EpDNk9X6FzpzRY/b2tAHqPzzRPbSq8C7gtbgPENvYnp+1Zwx4Y+eOndF6D5qY7j9kXn3hq67rZn2xzlHbuSNyELgWO1YPh4aaPkAe0a1I7GPlhDaR0uEbl6X2ptXLEhLBW5eXzP85lXX/RpRRikx1//tBTz0/BdmYSNI91xpgdk9rzvrvewf2D3Vz7N2frunesSF7Z7zjXNBu0ei2UBj/XlH/nryX8Vmdxa1WoT3Qt9xAOtQy4Cb2XIYGdLTM9dzueCJR6/jQoE7/05mPa15zl2Srvt1gbo7G/6Uqq57mUDdXQw9qfgFBrlvuHs8y59QTnLSA/a3AvaMklq/7GCevA7UmjeATp0eQ0Jb3kiW2cOQWEu4iDOS8HX3JHARnxGouxfJQ1RvAvkIxFr1MrxvNF9eFuibvgR8WShQdz8SvqwA8gWItepHwJe3BPpmAAFfVgnUPZCELyuBfAFirQYS8GWzQN8MIeDLhwJ1DyXhy1tAvgCxVkMJ+PKFQN8MI+DLlwJ1DyfhyyogX4BYq+EEfPlBoG9GEfDlR4G6R5PwZTWQL0Cs1WgCvvwh0DdjCfhyRqDucSR8WQPkCxBrNY6AL/kq4ftmIgFfLhOoexIJX94G8gWItZpEwJeiAn0zlYAvxQTqnkbCl3eAfAFiraYR8KWCQN9MJ+BLRYG6Z5DwZS2QL0Cs1QwCvqQI9M1MAr5UEah7Fglf1gH5AsRazSLgS12BvplNwJe7BOqeQ8KXd4F8AWKt5hDwpZlA38wl4MuDAnXPI+HLe0C+ALFW8wj40kGgb+YT8KWjQN0LSPiyHsgXINZqAQFf+gv0zSICvjwqUPdiEr5sAPIFiLVaTMCXMQJ9s4SAL08I1L2UhC/vA/kCxFotJeDL0wJ9s4zh/ReBupeT8OUDIF+AWKvlBHx5WaBvVjC8/yJQ90oSvmwE8gWItVpJwJe3BPpmNcP7LwJ1ryHhyyYgX4BYqzUEfNks0DdrGd5/Eah7HQlfNgP5AsRarSPgyxcCfbOe4f0Xgbo3kPDlQyBfgFirDQR8+UGgbzYyvP8iUPcmEr5sAfIFiLXaRMCXPwT6ZgvD+y8CdW8l4ctWIF+AWKutBHzJJ/A5UtsY3n8RqHs7CV8+AvIFiLXaTsCXogJ9s4Ph/ReBuneS8OVjIF+AWKudBHypINA3uxjefxGoezcJX7YB+QLEWu0m4EuKQN/sYXj/RaDuvSR82Q7kCxBrtZeAL3UF+mYfw/svAnXvJ+HLJ0C+ALFW+wn40kygbw4wvP8iUPdBEr58CuQLEGt1kIAvHQT65hDD+y8CdR8m4csOIF+AWKvDBHzpL9A3RxjefxGo+ygJX3YC+QLEWh0l4MsYgb45xvD+i0Ddx0n48hmQL0CsFXL99Jf+xWUAXMIZT3+Hh/5eAv1Z6/rzo/Vn4urP+dSfXag/j01/xpT+3Bz9WSD68w30O9v6PVT9bp1+X0i/A6Gf69bPqurn7/QzRfo5CZ396jxLe/Tad9Reij4f6ntereN6b/osOcJzofvu82SZvoP75sC+0/jGZ/vre5z0GuwSXufdwO94CurbfHcLfZvvF/bbfLEgfSHwbb5fGv5tvrruL5PhGInMVX85mcRc/d/mmx08b32TNzYZe/M0Tggz/4Was3t99zhz3/sPviG4pOv/L5vr32wurEpGXPgbgs83zn/FNwTrxSzhWri9yefuvCZ/Q/Be4Ab5VTJ+fb/6B+uZ1Xl/Ddwc2gBPA22FT5GIb6vcI3CKPEFQ916Buk8a7hrour8WqPu3gFyDqKxdCtiXCoi1klo/eKpPeHrcJ3R63G9Pj1iQ9gucHr8x/PSo6/6G6PT4jT090p8ev3XmfsCeHv/9lblQ3/pOjwfITo8HgBvkQYHT48EATo/f2dPjvz5FfStwmviDoO4DAnWfITg9fidQ91mS0yOwLxUQa4VcPy368ec5lqHxQffmgWTz5/i9UMaNf7gSKIisDXWIoKEOo+eInqD2lg8LKEaOjzgU43vg3fUPQFKi10/iTuMHgb75MRmrlHGEG9uPBBvbEdM3tmkZDTpJoEEvNpyYUzJqflGg7pwBbehZfpwc+fgfrmYltX7Zwevntq6yOtZPQCwkuCIlYj8nmy/eRwXqvsTwvVGL1k8CdV9KsjceA/IRiLVCrp/wTd+fwS66N38muOk7lizT5/h3ZLJ+qot2xlJBPQVxXOgpiF/sUxBYkH4ReAriV8OfgtB1/yqcqEuuaVQWryCegBiVhH0CYjweLw+hQWOrzB/c63vCmfvJf/AERKmIc3vI/wREqYgLPwFxvnEu+AQEaBH+XIzM4k4k/zXB7M5ClPBNDvU3M5sPrcL5DD8OZJIEXfdlZh8H/ryzOQEUnZPAsfKTZAfA/lbAnlHA9fNs+PBn0kneKP4d/EZxQra/xESvwe/CbxSfInwm/JTQaei0PQ1hQTotcBr6w/DTkK77D7LT0B+CpyGhng3seeszDpZnTX/eGr0ImcWd8T0jfTY54pwLHTSdAZL8LMmdRERlPiV2zzkqi5d7vtkq//WzVeKsjln5/y8oetzswIaVqjt7ZThGokqcvbJVYtflUeIcDpYXuTANlRLrBSjhKta9EP4JZf7tLCsJkOQXAZtbg5xA+Pwecg2k5nhxZaHNAf7cWWUgMKQNlZOgoXKh54ieoD5v5KqMb9CCJG71xcBdPjeQlAV5Hv4RI09uAoJfIqUY6NsZ5BOslwIb3V0z+sm+PMB59sS9rKh6kXxsTl5CYyavkDGTzxozWJDyCRgzlxluzOi6LyMzZi7jM2YkHsj6c2z3/PM7WBYIqzGT32fMFAjAmMkPJHkBoTsZtBJfTqjElwsp8RVWibEgXSGgxAUNV2Jdd0EyJS5oldgztnv+hRwsrwyrEhfyKfGVAShxISDJr7SOtgKugdgcr2KJSArbhlKFCRrqatMjEn3euFogIrmSJCK5CrjLXwMk5ZU2IlHXEBD8WinFQMcFRYDN2RcYF/QjiQuuIzQprhMyKYpakwILUlEBk6KY4SaFrrsYmUlRjM+kiBYc22NSFHewLBFWk6K4z6QoEYBJURxI8hKVZZoOrcQlCZW4pJASl7JKjAWplIASlzZciXXdpcmUuLRVYvflUeLrHSzLhFWJr/cpcZkAlPh6IMnLAJWY1d0FroHYHG9giQvK2rhAlSVoqBtNjwv0eeNGgbigMElccANwly8HJGVhGxeocgQEv4klLigPbM4BwLhgIElccDOhSXGzkElRwZoUWJAqCJgUFQ03KXTdFclMiop8JkWM4NgekyLSwTIqrCZFpM+kiArApIgEkjyqskzToZVYESqxElLiaKvEWJCiBZQ4xnAl1nXHkClxjFVi9+VR4lgHy7iwKnGsT4njAlDiWCDJ44BKzOruAtdAbI7xLHFBgo0LVAJBQyWaHhfo80aiQFxwDUlcEA/c5ZOApLzGxgUqiYDglVjigmRgcw4BxgVDSeKCyoQmRWUhkyLFmhRYkFIETIoqhpsUuu4qZCZFFT6TIlZwbI9JUdXB8pawmhRVfSbFLQGYFFWBJL+lskzToZW4GqESVxNS4upWibEgVRdQ4hqGK7GuuwaZEtewSuy+PEp8q4NlzbAq8a0+Ja4ZgBLfCiR5TaASs7q7wDUQm+NtLHFBLRsXqFoEDXW76XGBPm/cLhAXFCGJC24D7vK1gaQsYuMCVZuA4HewxAV1gM05DBgXDCeJC+4kNCnuFDIp6lqTAgtSXQGT4i7DTQpd911kJsVdfCZFnODYHpOinoPl3WE1Ker5TIq7AzAp6gFJfndlmaZDK3F9QiWuL6TE91glxoJ0j4ASNzBciXXdDciUuIFVYvflUeKGDpaNwqrEDX1K3CgAJW4IJHkjoBKzurvANRCb470scUFjGxeoxgQNdZ/pcYE+b9wnEBcUJYkL7gXu8k2ApCxq4wLVhIDg97PEBU2BzTkKGBeMJokLHiA0KR4QMimaWZMCC1IzAZPiQcNNCl33g2QmxYN8JkW84Ngek6K5g+VDYTUpmvtMiocCMCmaA0n+UGWZpkMrcSqhEqcKKXELq8RYkFoIKHFLw5VY192STIlbWiV2Xx4lbuVgmRZWJW7lU+K0AJS4FZDkaUAlZnV3gWsgNsd0lrigtY0LVGuChnrY9LhAnzceFogLipPEBenAXb4NkJTFbVyg2hAQvC1LXNAO2JxjgXHBOJK4oD2hSdFeyKToYE0KLEgdBEyKjoabFLrujmQmRUc+kyJBcGyPSdHJwbJzWE2KTj6TonMAJkUnIMk7V5ZpOrQSdyFU4i5CStzVKjEWpK4CStzNcCXWdXcjU+JuVondl0eJuztY9girEnf3KXGPAJS4O5DkPYBKzOruAtdAbI6PsMQFPW1coHoSNFQv0+MCfd7oJRAXlCSJCx4B7vK9gaQsaeMC1ZuA4H1Y4oK+wOacCIwLJpHEBf0ITYp+QiZFf2tSYEHqL2BSPGq4SaHrfpTMpHiUz6RIFBzbY1IMcLAcGFaTYoDPpBgYgEkxAEjygZVlmg6txIMIlXiQkBIPtkqMBWmwgBIPMVyJdd1DyJR4iFVi9+VR4qEOlo+FVYmH+pT4sQCUeCiQ5I8BlZjV3QWugdgcH2eJC4bZuEANI2io4abHBfq8MVwgLihNEhc8DtzlRwBJWdrGBWoEAcFHssQFo4DNORUYF0wjiQtGE5oUo4VMijHWpMCCNEbApHjCcJNC1/0EmUnxBJ9JkSQ4tsekGOtgOS6sJsVYn0kxLgCTYiyQ5OMqyzQdWonHEyrxeCElnmCVGAvSBAElnmi4Euu6J5Ip8USrxO7Lo8STHCwnh1WJJ/mUeHIASjwJSPLJQCVmdXeBayA2xyksccFUGxeoqQQNNc30uECfN6YJxAVlSOKCKcBd/kkgKcvYuEA9SUDwp1jigunA5pwOjAtmkMQFMwhNihlCJsXT1qTAgvS0gEnxjOEmha77GTKT4hk+kyJVcGyPSTHTwXJWWE2KmT6TYlYAJsVMIMlnVZZpOrQSP0uoxM8KKfFzVomxID0noMSzDVdiXfdsMiWebZXYfXmUeI6D5fNhVeI5PiV+PgAlngMk+fNAJWZ1d4FrIDbHF1jigrk2LlBzCRpqnulxgT5vzBOIC8qSxAUvAHf5F4GkLGvjAvUiAcFfYokL5gObcyYwLphFEhcsIDQpFgiZFC9bkwIL0ssCJsVCw00KXfdCMpNiIZ9J0UJwbI9JscjBcnFYTYpFPpNicQAmxSIgyRdXlmk6tBK/QqjErwgp8atWibEgvSqgxEsMV2Jd9xIyJV5ildh9eZR4qYPla2FV4qU+JX4tACVeCiT5a0AlZnV3gWsgNsfXWeKCZTYuUMsIGmq56XGBPm8sF4gLypHEBa8Dd/k3gKQsZ+MC9QYBwd9kiQtWAJtzNjAumEMSF6wkNClWCpkUb1mTAgvSWwImxSrDTQpd9yoyk2IVn0nRUnBsj0mx2sFyTVhNitU+k2JNACbFaiDJ11SWaTq0Er9NqMRvCynxO1aJsSC9I6DEaw1XYl33WjIlXmuV2H15lHidg+W7YVXidT4lfjcAJV4HJPm7QCVmdXeBayA2x/dY4oL1Ni5Q6wkaaoPpcYE+b2wQiAvKk8QF7wF3+feBpCxv4wL1PgHBP2CJCzYCm3MuMC6YRxIXbCI0KTYJmRSbrUmBBWmzgEnxoeEmha77QzKT4kM+k6KV4Ngek2KLg+XWsJoUW3wmxdYATIotQJJvrSzTdGgl/ohQiT8SUuKPrRJjQfpYQIm3Ga7Euu5tZEq8zSqx+/Io8XYHy0/CqsTbfUr8SQBKvB1I8k+ASszq7gLXQGyOn7LEBTtsXKB2EDTUTtPjAn3e2CkQF1QgiQs+Be7ynwFJWcHGBeozAoJ/zhIX7AI253xgXLCAJC7YTWhS7BYyKb6wJgUWpC8ETIovDTcpdN1fkpkUX/KZFGmCY3tMij0OlnvDalLs8ZkUewMwKfYASb63skzToZX4K0Il/kpIib+2SowF6WsBJd5nuBLruveRKfE+q8Tuy6PE+x0svwmrEu/3KfE3ASjxfiDJvwEqMau7C1wDsTl+yxIXHLBxgTpA0FAHTY8L9HnjoEBcEEkSF3wL3OW/A5Iy0sYF6jsCgn/PEhccAjbnImBcsJgkLjhMaFIcFjIpfrAmBRakHwRMih8NNyl03T+SmRQ/8pkU6YJje0yKIw6WR8NqUhzxmRRHAzApjgBJfrSyTNOhlfgnQiX+SUiJf7ZKjAXpZwElPma4Euu6j5Ep8TGrxO7Lo8THHSx/CasSH/cp8S8BKPFxIMl/ASoxq7sLXAOxOf7KEhecsHGBOkHQUCdNjwv0eeOkQFygSOKCX4G7/G9AUiobF6jfCAj+O0tccArYnEuAccFSkrjgNKFJcVrIpPjDmhRYkP4QMCnOGG5S6LrPkJkUZ+hMChUlN7bXpDibiWXKX/8tVCbFWZ9J4V4I/4Qy/3ZWiXkWSfIUmaZDK3G2FD4lzpYSIaLE2V09ZpU4i2NqkPSCosfNAWxYqbpzpMAxElXiHClWid2Du+d/kYPlxWFVYr0AJVzFXhyAEl8EJPnFQCVmdXcvTjF/jjkF5njeiWa1oXLhJkobF+QiaKjc6DmiJ6jPG7lT8A0aQxIX5ATu8pcASRlj4wJ1CQHBL5VSDHRckAfYnMuAccFykrggL6FJkVfIpMhnTQosSPkETIrLDDcpdN2XkZkUl/GZFEpubK9Jkd/BskBYTYr8PpOiQAAmRX4gyQukyDQdWokvJ1Tiy4WU+AqrxFiQrhBQ4oKGK7GuuyCZEhe0SuwZ3D3/Qg6WV4ZViQv5lPjKAJS4EJDkVwKVmNXdvTLF/DlexRIXFLZxgSpM0FBXmx4X6PPG1QJxQRxJXHAVcJe/BkjKOBsXqGsICH4tS1xQBNicK4BxwUqSuOA6QpPiOiGToqg1KbAgFRUwKYoZblLououRmRTF+EyKaLmxvSZFcQfLEmE1KYr7TIoSAZgUxYEkL5Ei03RoJS5JqMQlhZS4lFViLEilBJS4tOFKrOsuTabEpa0SewZ3z/96B8syYVXi631KXCYAJb4eSPIyQCVmdXfLpJg/xxtY4oKyNi5QZQka6kbT4wJ93rhRIC5IIIkLbgDu8uWApEywcYEqR0Dwm1jigvLA5lwNjAvWkMQFNxOaFDcLmRQVrEmBBamCgElR0XCTQtddkcykqMhnUsTIje01KSIdLKPCalJE+kyKqABMikggyaNSZJoOrcSKUImVkBJHWyXGghQtoMQxhiuxrjuGTIljrBJ7BnfPP9bBMi6sShzrU+K4AJQ4FkjyOKASs7q7cSnmzzGeJS5IsHGBSiBoqETT4wJ93kgUiAuSSOKCeOAunwQkZZKNC1QSAcErscQFycDmXAuMC9aRxAWVCU2KykImRYo1KbAgpQiYFFUMNyl03VXITIoqfCZFrNzYXpOiqoPlLWE1Kar6TIpbAjApqgJJfkuKTNOhlbgaoRJXE1Li6laJsSBVF1DiGoYrsa67BpkS17BK7BncPf9bHSxrhlWJb/Upcc0AlPhWIMlrApWY1d2tmWL+HG9jiQtq2bhA1SJoqNtNjwv0eeN2gbggmSQuuA24y9cGkjLZxgWqNgHB72CJC+oAm3M9MC7YQBIX3EloUtwpZFLUtSYFFqS6AibFXYabFLruu8hMirv4TIo4ubG9JkU9B8u7w2pS1POZFHcHYFLUA5L87hSZpkMrcX1CJa4vpMT3WCXGgnSPgBI3MFyJdd0NyJS4gVViz+Du+Td0sGwUViVu6FPiRgEocUMgyRsBlZjV3W2UYv4c72WJCxrbuEA1Jmio+0yPC/R54z6BuCCFJC64F7jLNwGSMsXGBaoJAcHvZ4kLmgKbcyMwLthEEhc8QGhSPCBkUjSzJgUWpGYCJsWDhpsUuu4HyUyKB/lMini5sb0mRXMHy4fCalI095kUDwVgUjQHkvyhFJmmQytxKqESpwopcQurxFiQWggocUvDlVjX3ZJMiVtaJfYM7p5/KwfLtLAqcSufEqcFoMStgCRPAyoxq7ublmL+HNNZ4oLWNi5QrQka6mHT4wJ93nhYIC6oShIXpAN3+TZAUla1cYFqQ0DwtixxQTtgc24BxgVbSeKC9oQmRXshk6KDNSmwIHUQMCk6Gm5S6Lo7kpkUHflMigS5sb0mRScHy85hNSk6+UyKzgGYFJ2AJO+cItN0aCXuQqjEXYSUuKtVYixIXQWUuJvhSqzr7kamxN2sEnsGd8+/u4Nlj7AqcXefEvcIQIm7A0neA6jErO5ujxTz5/gIS1zQ08YFqidBQ/UyPS7Q541eAnFBNZK44BHgLt8bSMpqNi5QvQkI3oclLugLbM5twLhgO0lc0I/QpOgnZFL0tyYFFqT+AibFo4abFLruR8lMikf5TIpEubG9JsUAB8uBYTUpBvhMioEBmBQDgCQfmCLTdGglHkSoxIOElHiwVWIsSIMFlHiI4Uqs6x5CpsRDrBJ7BnfPf6iD5WNhVeKhPiV+LAAlHgok+WNAJWZ1dx9LMX+Oj7PEBcNsXKCGETTUcNPjAn3eGC4QF9QgiQseB+7yI4CkrGHjAjWCgOAjWeKCUcDm3AGMC3aSxAWjCU2K0UImxRhrUmBBGiNgUjxhuEmh636CzKR4gs+kSJIb22tSjHWwHBdWk2Ksz6QYF4BJMRZI8nEpMk2HVuLxhEo8XkiJJ1glxoI0QUCJJxquxLruiWRKPNEqsWdw9/wnOVhODqsST/Ip8eQAlHgSkOSTgUrM6u5OTjF/jlNY4oKpNi5QUwkaaprpcYE+b0wTiAtqksQFU4C7/JNAUta0cYF6koDgT7HEBdOBzbkLGBfsJokLZhCaFDOETIqnrUmBBelpAZPiGcNNCl33M2QmxTN8JkWq3Nhek2Kmg+WssJoUM30mxawATIqZQJLPSpFpOrQSP0uoxM8KKfFzVomxID0noMSzDVdiXfdsMiWebZXYM7h7/nMcLJ8PqxLP8Snx8wEo8RwgyZ8HKjGru/t8ivlzfIElLphr4wI1l6Ch5pkeF+jzxjyBuKAWSVzwAnCXfxFIylo2LlAvEhD8JZa4YD6wOfcA44K9JHHBAkKTYoGQSfGyNSmwIL0sYFIsNNyk0HUvJDMpFvKZFC3kxvaaFIscLBeH1aRY5DMpFgdgUiwCknxxikzToZX4FUIlfkVIiV+1SowF6VUBJV5iuBLrupeQKfESq8Sewd3zX+pg+VpYlXipT4lfC0CJlwJJ/hpQiVnd3ddSzJ/j6yxxwTIbF6hlBA213PS4QJ83lgvEBbVJ4oLXgbv8G0BS1rZxgXqDgOBvssQFK4DNuQ8YF+wniQtWEpoUK4VMiresSYEF6S0Bk2KV4SaFrnsVmUmxis+kaCk3ttekWO1guSasJsVqn0mxJgCTYjWQ5GtSZJoOrcRvEyrx20JK/I5VYixI7wgo8VrDlVjXvZZMiddaJfYM7p7/OgfLd8OqxOt8SvxuAEq8Dkjyd4FKzOruvpti/hzfY4kL1tu4QK0naKgNpscF+ryxQSAuqEMSF7wH3OXfB5Kyjo0L1PsEBP+AJS7YCGzOA8C44CBJXLCJ0KTYJGRSbLYmBRakzQImxYeGmxS67g/JTIoP+UyKVnJje02KLQ6WW8NqUmzxmRRbAzAptgBJvjVFpunQSvwRoRJ/JKTEH1slxoL0sYASbzNciXXd28iUeJtVYs/g7vlvd7D8JKxKvN2nxJ8EoMTbgST/BKjErO7uJynmz/FTlrhgh40L1A6Chtppelygzxs7BeKCuiRxwafAXf4zICnr2rhAfUZA8M9Z4oJdwOY8BIwLDpPEBbsJTYrdQibFF9akwIL0hYBJ8aXhJoWu+0syk+JLPpMiTW5sr0mxx8Fyb1hNij0+k2JvACbFHiDJ96bINB1aib8iVOKvhJT4a6vEWJC+FlDifYYrsa57H5kS77NK7BncPf/9DpbfhFWJ9/uU+JsAlHg/kOTfAJWY1d39JsX8OX7LEhccsHGBOkDQUAdNjwv0eeOgQFxQjyQu+Ba4y38HJGU9Gxeo7wgI/j1LXHAI2JxHgHHBUZK44DChSXFYyKT4wZoUWJB+EDApfjTcpNB1/0hmUvzIZ1Kky43tNSmOOFgeDatJccRnUhwNwKQ4AiT50RSZpkMr8U+ESvyTkBL/bJUYC9LPAkp8zHAl1nUfI1PiY1aJPYO753/cwfKXsCrxcZ8S/xKAEh8HkvwXoBKzuru/pJg/x19Z4oITNi5QJwga6qTpcYE+b5wUiAvqk8QFvwJ3+d+ApKxv4wL1GwHBf2eJC04Bm/MYMC44vjWYjSKr63cauH5tgOvXFjiW5Pr98d+/fqL9dwa4fvlw4qIuAws9+kZEHwufzIEft4Fw3VFZu5Su+WmBuhsK3dhlB9cPxEc1NLzHN2eX6fHGBD0+U6Du+0h6HIiPQtas8dABRaYGPpXxw5mMf6c7/85w/tXXWW3lVfn/GOZ0rdFM53f0/575u9kyfi97lYiIv1vTrGI/KwcwjKqCwyeoYOuZHDLB1kUu3GywlcUxNUgXVcGPe3EVs4MtXffFVeAYiYlTjip4ccpZ5T+zUefK+Lu5/2aj1v975u9ekvHzpef53aed373E+V29EeTJ+Dmv8KaO7Ot8wE39/7L+l2X83fx/s/6Xuda/QMbPl//N+hdwrf8VGT8XPM/vPuP87hXO7+o5Fsr4+UoHK4m9J48AX5oafhOr+6mQQN0PBOTAZ3WeVwH5BMRaSa0fGufC/35vi/KNFdhNZmGwhmVeV9ubTCxIVwvcZF5j+E2mrvsaoZvMzEtyTaOyePmfnkK7FuMz/gAyTbm0ckTEH8JPu2VxbOX/D+71vdbptSKunvvfnu46G3FuD/mf7jobceGnu843zn/s6S69AKtcxRZxNbN/Qqi/fS1wE7rub8ZKTEhrkZ4QG5MaFZveImOc+PS0mNToJJWeGJMxfEysapGaFtUqtkVCfGx8YnpCYM8vXyekwEWtAmNBKiqgwMUMV2Bdd7GAbJ6s1l/EmSt63OaGPkDlnyeyl4oDj4LNwXmG3sT0/Ko5Y6J7PvOuCN1HqYbbH5l3b+i6W5hpf5xz5EbeiBQBjtWS5AFOYH8rYM+oliT2UQlC+6iE0M1rSXvzigWppMDNaynDb1513aWIMkqJuf5vL+Ch518kCxtBuudKC8zuKe2s9/X/wO6pfp6189s91SMubPecb5wL2j0SzQYa68878tJV/io2u7Oo1SK8F/qOA1iHuh64mZWBkSE9PXM9ywieePQ6FhE4Obc262nNc+6SdN2lBep+2PCnVHXd1wvU3cbQk4pfYJD7hrvHs7p+bUlOesD+VsCeUW0Delo4qziXBmrNDUCnTo8hoS03VJHZw5BYS7iIl1TG192JwEXMI1B3Z5KHqMoC+QjEWnU2vG80X64V6JtuBHwpIlB3dxK+3AjkCxBr1Z2ALzcJ9E1PAr6UF6i7FwlfygH5AsRa9SLgSyWBvulLwJdkgbr7kfDlJiBfgFirfgR8uUOgbwYQ8KWOQN0DSfhSHsgXINZqIAFf7hfomyEEfGkqUPdQEr7cDOQLEGs1lIAvbQX6ZhgBX9oJ1D2chC8VgHwBYq2GE/Clj0DfjCLgS1+BukeT8KUikC9ArNVoAr6MFOibsQR8GSVQ9zgSvkQC+QLEWo0j4MtTAn0zkYAv0wXqnkTClyggX4BYq0kEfHlJoG+mEvBlvkDd00j4ooB8AWKtphHw5U2BvplOwJcVAnXPIOFLNJAvQKzVDAK+fCDQNzMJ+LJRoO5ZJHyJAfIFiLWaRcCXzwX6ZjYBX3YJ1D2HhC+xQL4AsVZzCPjyvUDfzCXgyyGBuueR8CUOyBcg1moeAV9+F+ib+QR8OSVQ9wISvsQD+QLEWi0g4MulAp8ms4jh/ReBuheT8CUByBcg1moxAV+uFeibJQzvvwjUvZSEL4lAvgCxVksJ+HKTQN8sY3j/RaDu5SR8SQLyBYi1Wk7Al0oCfbOC4f0XgbpXkvClEpAvQKzVSgK+3CHQN6sZ3n8RqHsNCV+SgXwBYq3WEPDlfoG+Wcvw/otA3etI+FIZyBcg1modAV/aCvTNeob3XwTq3kDClxQgX4BYqw0EfOkj0DcbGd5/Eah7EwlfqgD5AsRabSLgy0iBvtnC8P6LQN1bSfhSFcgXINZqKwFfnhLom20M778I1L2dhC+3APkCxFptJ+DLSwJ9s4Ph/ReBuneS8KUakC9ArNVOAr68KdA3uxjefxGoezcJX6oD+QLEWu0m4MsHAn2zh+H9F4G695LwpQaQL0Cs1V4Cvnwu0Df7GN5/Eah7PwlfbgXyBYi12k/Al+8F+uYAw/svAnUfJOFLTSBfgFirgwR8+V2gbw4xvP8iUPdhEr7cBuQLEGuFXD/9pX/VMgAu4Yynv8NDfy+B/qx1/fnR+jNx9ed86s8u1J/Hpj9jSn9ujv4sEP35Bvqdbf0eqn63Tr8vpN+B0M9162dV9fN3+pki/ZyEzn51nvU/Hr3+PreM/9PnQ33Pq3Vc7023VYnwXOi+q1VFpu/Q87wd2Hca3+rZ/voeJ70Gtwuvc23gdzwF9W2+tYW+zfcO+22+WJDuEPg23zqGf5uvrrsO0bf5SszV/22+2cHz1jd5p1OwN09/pMhg5r9Qc3av750OhnX/wTcEl3T9/2Vz/ZvNhVXJiAt/Q/D5xvmv+IZgvZglXAtXt8q5O6/J3xBcF7hB3lUFv753/YP1zOq86wHvylKBp4EWwqdIxLdV3inwLZhHCOquK1D3UcNdA113PYG6fwrINYjK2qWAfamAWCup9UPjfDfh6fFuodNjfXt6xIJUX+D0eI/hp0dd9z1Ep8d77OmR/vTYwMGwoT09/vsrc6Ea+E6PDclOjw2BG2QjgdNjowBOj/fa0+O/PkU1EDhN/EJQd0OBun8lOD3eK1D3CZLTI7AvFRBrhVw/LfrVz3MsQ+OD7s2GVcyfY2OhjBtOyPuAgsjaUPcRNFQT9BzRE9TechMBxThFohiNgXfX9wNJeYrgTuN+gb5pWgWrlNUIN7amBBvbA6ZvbLMyGjSbQIP+YTgxc2TUfJVA3WdIHjttBtyEgVgrqfXLDl4/t3WV1bEeBGIhwRUpEWtexXzxbiZQd7aPza5bi9aDAnVn/5hjb3wIyEcg1gq5fsI3fX8Gu+jebE5w0/dQFZk+hxMyNeunumhnLBXUUxCpQk9BtLBPQWBBaiHwFERLw5+C0HW3FHoKIvOSXNOoLF5BPAFxMhn7BMQZ/BMQHkKDxlaZP7jXt5XTa2n/4AmIUhHn9pD/CYhSERd+AuJ841zwCQjQIvy5GJnFtary1wSzOwtRwjc51N/MbD60Cl9s+HEgkyTounOafRz4886mFVB00oBj5Qpo/aKydilgfytgzyjg+nk2fDRP0kneKG4NfqO4Rra/xESvQWvhN4ofJnwm/GGh01AbexrCgtRG4DTU1vDTkK67LdlpqK3gaUioZwN73rqdg2V705+3Ri9CZnHtfM9It68Scc6FDpraAUnenuROogOhEncQUuKOVomxIHUUUOJOhiuxrrsTmRJ3skrsvjxK3NnBsktYlbizT4m7BKDEnYEk7wJ+fq8G4fN7XaqYP8euLFFuN/CT7owN1Y2gobqb/kCoPm90F3j4Jw+JW90VuMv3AJIyD8/DP2Lk6UFA8EekFAN9O4N8grUn+AnWzAv9ZF8v4Dw7AZ967kzysTm9CY2Z3kLGTB9rzGBB6iNgzPQ13JjRdfclM2b68hkzEg9k/Tm2e/79HCz7h9WY6eczZvoHYMz0A5K8v9CdDFqJHyVU4keFlHiAVWIsSAMElHig4Uqs6x5IpsQDrRJ7xnbPf5CD5eCwKvEgnxIPDkCJBwFJPtg62gq4BmJzHMISkQy1DaWGEjTUY6ZHJPq88ZhARJKPJCIZAtzlHweSMp+NSP4fe98CplP1tj9IkiRJkmSQJMksM4yz1zgO41CUYzkPoSiKoiiKohwLUYRCFKIoQlGUY86FnJJKkiRJ+M/6f3uy925+1fd772d/626vfV1d3ovpmedZz3Ove6/73u/7qqcIAD5EijHQdsFQ4HD2AtoFvUnsgqcJRYqnhUSKZ6xIgW3SMwIixTDDRQpd9zAykWIYn0hRRjC2R6QY7vTy2bCKFMN9IsWzAYgUw4Egf7aqzNChmfg5QiZ+ToiJR1gmxjZphAATjzSciXXdI8mYeKRlYvflYeJRTi9Hh5WJR/mYeHQATDwKCPLRQCZmVXeBayCW4xgWu2CstQvUWIKBet50u0CfN54XsAtykdgFY4C7/AtAUOaydoF6gQDg41jsgvHA4ewDtAv6ktgFEwhFiglCIsWLVqTANulFAZFiouEiha57IplIMZFPpIgXjO0RKSY5vXwprCLFJJ9I8VIAIsUkIMhfqiozdGgmfpmQiV8WYuLJlomxTZoswMRTDGdiXfcUMiaeYpnYfXmY+BWnl1PDysSv+Jh4agBM/AoQ5FOBTMyq7gLXQCzHaSx2wXRrF6jpBAP1qul2gT5vvCpgF+QmsQumAXf514CgzG3tAvUaAcBnsNgFM4HD2Q9oF/QnsQtmEYoUs4REitetSIFt0usCIsVsw0UKXfdsMpFiNp9IkSAY2yNSzHF6+UZYRYo5PpHijQBEijlAkL9RVWbo0Ez8JiETvynExHMtE2ObNFeAiecZzsS67nlkTDzPMrH78jDxfKeXb4WVief7mPitAJh4PhDkbwGZmFXdBa6BWI4LWOyChdYuUAsJBupt0+0Cfd54W8AuyENiFywA7vLvAEGZx9oF6h0CgC9isQsWA4dzANAuGEhiF7xLKFK8KyRSvGdFCmyT3hMQKZYYLlLoupeQiRRL+ESKsoKxPSLFUqeX74dVpFjqEyneD0CkWAoE+ftVZYYOzcTLCJl4mRATL7dMjG3ScgEmXmE4E+u6V5Ax8QrLxO7Lw8QfOL38MKxM/IGPiT8MgIk/AIL8QyATs6q7wDUQy3Eli12wytoFahXBQH1kul2gzxsfCdgFeUnsgpXAXf5jICjzWrtAfUwA8NUsdsEa4HAOAtoFg0nsgk8IRYpPhESKT61IgW3SpwIixVrDRQpd91oykWItn0hRTjC2R6RY5/RyfVhFinU+kWJ9ACLFOiDI11eVGTo0E28gZOINQky80TIxtkkbBZh4k+FMrOveRMbEmywTuy8PE3/m9HJzWJn4Mx8Tbw6AiT8DgnwzkIlZ1V3gGojluIXFLthq7QK1lWCgtpluF+jzxjYBuyAfiV2wBbjLbweCMp+1C9R2AoDvYLELdgKHcwjQLhhKYhd8TihSfC4kUnxhRQpsk74QECl2GS5S6Lp3kYkUu/hEikTB2B6RYrfTyz1hFSl2+0SKPQGIFLuBIN9TVWbo0Ez8JSETfynExHstE2ObtFeAifcZzsS67n1kTLzPMrH78jDxfqeXB8LKxPt9THwgACbeDwT5ASATs6q7wDUQy/Egi13wlbUL1FcEA3XIdLtAnzcOCdgF+UnsgoPAXf5rICjzW7tAfU0A8MMsdsE3wOEcBrQLhpPYBd8SihTfCokU31mRAtuk7wREiiOGixS67iNkIsURPpGivGBsj0jxvdPLo2EVKb73iRRHAxApvgeC/GhVmaFDM/EPhEz8gxATH7NMjG3SMQEm/tFwJtZ1/0jGxD9aJnZfHiY+7vTyp7Ay8XEfE/8UABMfB4L8JyATs6q7wDUQy/EEi13ws7UL1M8EA3XSdLtAnzdOCtgFBUjsghPAXf4XICgLWLtA/UIA8FMsdsGvwOEcAbQLRpLYBacJRYrTQiLFb1akwDbpNwGR4ozhIoWu+wyZSHGGT6SoIBjbI1L87vTybFhFit99IsXZAESK34EgP1tVZujQTHyOkInPCTHxecvE2CadF2DimGpmM7GuW+cI7pEoE7vXNC7K69/GxJmcXmZ29TRUTKwXINZVrHsh/Aml/+5ogZkJCPLMuOGuwKruAtdALMcsAjlmmGi0A3URLlFau+AigoHKis4RnaA+b+gk0QNakMQuyALc5S8GgrKgtQvUxQQAzybFGGi74BLgcI4B2gVjSeyC7MCNIiiRIjtwON35Xuq6/bYiRZQxdZMurYaPm8NwkULXnYNMpMjBJ1K0E4ztESkuc3qZM6wixWU+kSJnACLFZUCQ56wmM3RoJr6ckIkvF2LiXJaJsU3KJcDEVxjOxLruK8iY+ArLxO7Lw8S5nV5eGVYmzu1j4isDYOLcQJBfCWRiVnUXuAZiOeZhsQuusnaBuopgoPKabhfo80ZeAbugEIldkAe4y18NBGUhaxeoqwkAno/FLrgGOJzjgHbBeBK7ID+hSJFfSKS41ooU2CZdKyBSFDBcpNB1FyATKQrwiRTtBWN7RIrrnF4WDKtIcZ1PpCgYgEhxHRDkBavJDB2aia8nZOLrhZi4kGVibJMKCTBxrOFMrOuOJWPiWMvE7svDxIWdXhYJKxMX9jFxkQCYuDAQ5EWATMyq7gLXQCzHoix2wQ3WLlA3EAxUMdPtAn3eKCZgFxQmsQuKAnf5G4GgLGztAnUjAcCLs9gFNwGHcyLQLphEYheUIBQpSgiJFDdbkQLbpJsFRIqShosUuu6SZCJFST6RooNgbI9IcYvTy1JhFSlu8YkUpQIQKW4BgrxUNZmhQzPxrYRMfKsQE5e2TIxtUmkBJo4znIl13XFkTBxnmdh9eZhYOb0sE1YmVj4mLhMAEysgyMsAmZhV3QWugViO8Sx2QYK1C1QCwUCVNd0u0OeNsgJ2QVESuyAeuMuXA4KyqLULVDkCgCey2AXlgcM5GWgXTCGxCyoQihQVhESKilakwDapooBIUclwkULXXYlMpKjEJ1J0FIztESkqO72sElaRorJPpKgSgEhRGQjyKtVkhg7NxFUJmbiqEBNXs0yMbVI1ASaOGM7E/384yZg4YpnYfXmYuLrTy6SwMnF1HxMnBcDE1YEgTwIyMau6C1wDsRxrsNgFNa1doGoSDFQt0+0Cfd6oJWAXFCOxC2oAd/naQFAWs3aBqk0A8DosdkFd4HBOA9oF00nsgmRCkSJZSKSoZ0UKbJPqCYgU9Q0XKXTd9clEivp8IkUnwdgekSLF6WWDsIoUKT6RokEAIkUKEOQNqskMHZqJGxIycUMhJm5kmRjbpEYCTNzYcCbWdTcmY+LGlondl4eJb3N6eXtYmfg2HxPfHgAT3wYE+e1AJmZVd4FrIJZjExa7oKm1C1RTgoG6w3S7QJ837hCwC4qT2AVNgLv8nUBQFrd2gbqTAODNWOyC5sDhnAG0C2aS2AUtCEWKFkIiRUsrUmCb1FJApGhluEih625FJlK04hMpUgVje0SK1k4v7wqrSNHaJ1LcFYBI0RoI8ruqyQwdmonvJmTiu4WYuI1lYmyT2ggwcVvDmVjX3ZaMidtaJnZfHiZu5/SyfViZuJ2PidsHwMTtgCBvD2RiVnUXuAZiOXZgsQs6WrtAdSQYqE6m2wX6vNFJwC4oQWIXdADu8qlAUJawdoFKJQB4Zxa7oAtwOGcD7YI5JHbBPYQixT1CIkVXK1Jgm9RVQKToZrhIoevuRiZSdKMTKVScXGyvSNHd6eW9YRUpuvtEinsDECm6A0F+bzWZoUMz8X2ETHyfEBP3sEyMbVIPASbuaTgT67p7kjFxT8vEnuDu/O93evlAWJn4fh8TPxAAE98PBPkDQCZmVXcfqGZ+jr1Y7ILe1i5QvQkG6kHT7QJ93nhQwC4oSWIX9ALu8g8BQVnS2gXqIQKA92GxC/oCh3Mu0C6YR2IXPEwoUjwsJFI8YkUKbJMeERAp+hkuUui6+5GJFP34RAolF9srUvR3evloWEWK/j6R4tEARIr+QJA/Wk1m6NBM/BghEz8mxMQDLBNjmzRAgIkHGs7Euu6BZEw80DKxJ7g7/8edXj4RViZ+3MfETwTAxI8DQf4EkIlZ1d0nqpmf4yAWu2CwtQvUYIKBetJ0u0CfN54UsAtKkdgFg4C7/FNAUJaydoF6igDgQ1jsgqHA4VwAtAsWktgFTxOKFE8LiRTPWJEC26RnBESKYYaLFLruYWQixTA+kaKMXGyvSDHc6eWzYRUphvtEimcDECmGA0H+bDWZoUMz8XOETPycEBOPsEyMbdIIASYeaTgT67pHkjHxSMvEnuDu/Ec5vRwdViYe5WPi0QEw8SggyEcDmZhV3R1dzfwcx7DYBWOtXaDGEgzU86bbBfq88byAXVCaxC4YA9zlXwCCsrS1C9QLBAAfx2IXjAcO5yKgXbCYxC6YQChSTBASKV60IgW2SS8KiBQTDRcpdN0TyUSKiXwiRbxcbK9IMcnp5UthFSkm+USKlwIQKSYBQf5SNZmhQzPxy4RM/LIQE0+2TIxt0mQBJp5iOBPruqeQMfEUy8Se4O78X3F6OTWsTPyKj4mnBsDErwBBPhXIxKzq7tRq5uc4jcUumG7tAjWdYKBeNd0u0OeNVwXsAkViF0wD7vKvAUGprF2gXiMA+AwWu2AmcDiXAO2CpSR2wSxCkWKWkEjxuhUpsE16XUCkmG24SKHrnk0mUszmEykS5GJ7RYo5Ti/fCKtIMccnUrwRgEgxBwjyN6rJDB2aid8kZOI3hZh4rmVibJPmCjDxPMOZWNc9j4yJ51km9gR35z/f6eVbYWXi+T4mfisAJp4PBPlbQCZmVXffqmZ+jgtY7IKF1i5QCwkG6m3T7QJ93nhbwC6IJ7ELFgB3+XeAoIy3doF6hwDgi1jsgsXA4VwOtAtWkNgF7xKKFO8KiRTvWZEC26T3BESKJYaLFLruJWQixRI+kaKsXGyvSLHU6eX7YRUplvpEivcDECmWAkH+fjWZoUMz8TJCJl4mxMTLLRNjm7RcgIlXGM7Euu4VZEy8wjKxJ7g7/w+cXn4YVib+wMfEHwbAxB8AQf4hkIlZ1d0Pq5mf40oWu2CVtQvUKoKB+sh0u0CfNz4SsAvKktgFK4G7/MdAUJa1doH6mADgq1nsgjXA4VwJtAtWkdgFnxCKFJ8IiRSfWpEC26RPBUSKtYaLFLrutWQixVo+kaKcXGyvSLHO6eX6sIoU63wixfoARIp1QJCvryYzdGgm3kDIxBuEmHijZWJskzYKMPEmw5lY172JjIk3WSb2BHfn/5nTy81hZeLPfEy8OQAm/gwI8s1AJmZVdzdXMz/HLSx2wVZrF6itBAO1zXS7QJ83tgnYBYkkdsEW4C6/HQjKRGsXqO0EAN/BYhfsBA7naqBdsIbELvicUKT4XEik+MKKFNgmfSEgUuwyXKTQde8iEyl28YkUiXKxvSLFbqeXe8IqUuz2iRR7AhApdgNBvqeazNChmfhLQib+UoiJ91omxjZprwAT7zOciXXd+8iYeJ9lYk9wd/77nV4eCCsT7/cx8YEAmHg/EOQHgEzMqu4eqGZ+jgdZ7IKvrF2gviIYqEOm2wX6vHFIwC6oQGIXHATu8l8DQVnB2gXqawKAH2axC74BDudaoF2wjsQu+JZQpPhWSKT4zooU2CZ9JyBSHDFcpNB1HyETKY7wiRTl5WJ7RYrvnV4eDatI8b1PpDgagEjxPRDkR6vJDB2aiX8gZOIfhJj4mGVibJOOCTDxj4Yzsa77RzIm/tEysSe4O//jTi9/CisTH/cx8U8BMPFxIMh/AjIxq7r7UzXzczzBYhf8bO0C9TPBQJ003S7Q542TAnZBJRK74ARwl/8FCMpK1i5QvxAA/BSLXfArcDg3Au2CTSR2wWlCkeK0kEjxmxUpsE36TUCkOGO4SKHrPkMmUpzhEykqyMX2ihS/O708G1aR4nefSHE2AJHidyDIz1aTGTo0E58jZOJzQkx83jIxtknnBZhYB0qPZSIT67r/CBbDwcTuNY2L8vq3MXEmJ2jmyIW/CxUT6wWIdRXrXgh/Qun/FC0w9e9ExcocwQ0dq7qLWwO5HLMI5JhhotEO1EW4RGntAuAaiOWYFZ0jOkF93tBJoge0Cold4EZ8tDVfjGu2qmLtAgVcT7Ecs0Vk5hxuF1wCHM4tQLtgK4ldkD3CJ1Jkx/XcI1JcGrnw2ooUUcbUTdILio6bI2K2SKHrzhGB90hUpHCvaVyUV0AiRTu52F6R4jInaM7Ihb8LlUihFyDWVax7IfwJpf9TtMDUvxMVK2dEZujQTHx5hI+JL4/EiDBxrsiF15aJo4ypm6QXFB33iojZTKzrviIC75EoE7vXNC7K69/GxLmdoFdGLvxdqJhYL0Csq1j3QvgTSv+naIGpfycq1pUR3NCxqru4NZDLMY9AjhkmGu1AXYVLlNYuAK6BWI550TmiE9TnDZ0kekCrkdgFbsRHW/PVuGaratYuUMD1FMsxX0RmzuF2wTXA4dwBtAt2ktgF+SN8IkV+XM89IsW1kQuvrUgRZUzdJL2g6LgFImaLFLruAhF4j0RFCveaxkV5BSRStJeL7RUprnOCFoxc+LtQiRR6AWJdxboXwp9Q+j9FC0z9O1GxCkZkhg7NxNdH+Jj4+kiMCBMXilx4bZk4ypi6SXpB0XFjI2Yzsa47NgLvkSgTu9c0Lsrr38bEhZ2gRSIX/i5UTKwXINZVrHsh/Aml/1O0wNS/ExWrSAQ3dKzqLm4N5HIsKpBjholGO1A34BKltQuAayCWYzF0jugE9XlDJ4ke0OokdoEb8dHWfCOu2aq6tQsUcD3FciwekZlzuF1wE3A4dwHtgt0kdkGJCJ9IUQLXc49IcXPkwmsrUkQZUzdJLyg6bsmI2SKFrrtkBN4jUZHCvaZxUV4BiRQd5GJ7RYpbnKClIhf+LlQihV6AWFex7oXwJ5T+T9ECU/9OVKxSEZmhQzPxrRE+Jr41EiPCxKUjF15bJo4ypm6SXlB03LiI2Uys646LwHskysTuNY2L8vq3MbFygpaJXPi7UDGxXoBYV7HuhfAnlP5P0QJT/05UrDIR3NCxqru4NZDLMV4gxwwTjXagEnCJ0toFwDUQy7EsOkd0gvq8oZNED2gNErvAjfhoay6Ha7aqYe0CBVxPsRwTIzJzDrcLygOHcy/QLthHYhdUiPCJFBVwPfeIFBUjF15bkSLKmLpJekHRcStFzBYpdN2VIvAeiYoU7jWNi/IKSKToKBfbK1JUdoJWiVz4u1CJFHoBYl3FuhfCn1D6P0ULTP07UbGqRGSGDs3EVSN8TFw1EiPCxNUiF15bJo4ypm6SXlB03EjEbCb+/8MZgfdIlIndaxoX5fVvY+LqTtCkyIW/CxUT6wWIdRXrXgh/Qun/FPXzsRFcrKQIbuhY1V3cGsjlWEMgxwwTjXagauISpbULgGsglmMtdI7oBPV5QyeJHtBaJHaBG/HR1lw7Ahwcaxco4HqK5VgnIjPncLugLnA4DwLtgq9I7ILkCJ9IkYzruUekqBe58NqKFFHG1E3SC4qOWz9itkih664fgfdIVKRwr2lclFdAIkUnudhekSLFCdogcuHvQiVS6AWIdRXrXgh/Qun/FC0w9e9ExWoQkRk6NBM3jPAxccNIjAgTN4pceG2ZOMqYukl6QdFxG0fMZmJdd+MIvEeiTOxe07gor38bE9/mBL09cuHvQsXEegFiXcW6F8KfUPo/RQtM/TtRsW6P4IaOVd3FrYFcjk0Ecsww0WgHqikuUVq7ALgGYjnegc4RnaA+b+gk0QNah8QucCM+2prvxDVb1bF2gQKup1iOzSIycw63C5oDh/Mw0C74hsQuaBHhEyla4HruESlaRi68tiJFlDF1k/SCouO2ipgtUui6W0XgPRIVKdxrGhflFZBIkSoX2ytStHaC3hW58HehEin0AsS6inUvhD+h9H+KFpj6d6Ji3RWRGTo0E98d4WPiuyMxIkzcJnLhtWXiKGPqJukFRcdtGzGbiXXdbSPwHokysXtN46K8/m1M3M4J2j5y4e9CxcR6AWJdxboXwp9Q+j9FC0z9O1Gx2kdwQ8eq7uLWQC7HDgI5ZphotAPVEZcorV0AXAOxHDuhc0QnqM8bOkn0gCaT2AVuxEdbcyqu2SrZ2gUKuJ5iOXaOyMw53C7oAhzOI0C74PvPgtkool2/e4Dr1w64fu2BsSTXr+u/f/1E568bcP2y4shFXQwmevSNiD4WvpIFH7e+cN1x0V1K1/yqQN0pQjd2mcH1A/ujUgyf8fWZZWa8EcGMzxCouzHJjAP7o5A1635ogyKdA6emvTiX9uc058/pzp/66p72S++N/E8PL3at0QznZ/S/p//sfWmve0RiYv5qTaPt/cwsuFg9I7j+BGVsvZZFxti6P3LhtTW2ooypm6QXFB33gYjZxpau+4EIvEdi5NQzgienXpH/m426d9ovfTDynzdq/e/pP/tQ2us+Gfzsq87PPuT8rN4I+qa9fjgS47nQmzpyrh/Brb/636x/v7Rf2v8v1r+fa/0fTXv92F+s/6Ou9R+Q9npgBj/7mvOzA5yf1Tk+nvb6Cad4ib2nbwSPlyaG38TqeXpcoO6mASnw0eY5KIJbS2CvldT6ofs8OPJfx4rzxQrsJnNwBMth6deTkQuv7U1mlDF1k/SCouM+FTH7JlPX/VQE3iPRp6fcaxoX5eV/egqtWkxI+wVIN6VP1ZiYrhHZfkUZW/n/wr2+Q5ygQ101/Kenu87H/HmG/E93nY/5+6e7Morzf/Z0l16AZa5i9UJEfL8TPYRDIrhN6Om/iFU+sVP71MSE+HZxCant0+KUS+0U365MBZVaPj4tfHyCat+uU1zHhPaJ5RLKlU9NDOz5ZXfOcVFe7nyfiVx4bRk4ypi6SXpB0XGHRcxmYF33sAi8RyLey1AnV3TcZoY+QOXPEzlLwyO4GWoG9jP0Jqbzq+7ERM98+l0Reo5aGC5/pN+9oetuaab88acjN/JGZCgwViuSBziB862AM6NakchHz0ZwsxzUzas757goL3e+z0UuvLY3r1HG1E3SC4qOOyJi9s2rrntEBN4jMY9SItf/9AY8dP5uwov7X16pnqtTYHLPSCfoqMiFv/tPck9SzJ/Xzi/3JMX8vdyTUZy/lXskhg0U6487cr2YmVwLpxe1eoz3Qt9xAOtQOt/0WNFuZqMjKDCkpqav5+iI3IlHr+PQCP6Opo1ZT2v+6S5J1z1SoO62hj+lquseJVB3O0NPKn6CQe4b7hmP+s3JJCc94Hwr4Myo9gE9LRxtn/Weg4o1JmL24UNjTecosYchey2hIj5UFV93ZwIVsa9A3V1IHqIaG8GtJbDXqovhc6PxMkRgbroR4GWoQN3dSfDyPBAvwF6r7gR4GScwNz0I8DJeoO6eJHh5AYgXYK9VTwK8zBCYm14EeJkpUHdvEryMA+IF2GvVmwAviwTmpg8BXhYL1N2XBC/jgXgB9lr1JcDLaoG56UeAlzUCdfcnwcsEIF6AvVb9CfCyQ2BuBhDgZadA3QNJ8PIiEC/AXquBBHg5LDA3gwjw8o1A3YNJ8DIRiBdgr9VgArycEpibIQR4+VWg7qEkeJkExAuw12ooAV6yVcPPzTACvFwiUPdwEry8BMQLsNdqOAFe8gnMzQgCvFwjUPdIEry8DMQLsNdqJAFeigvMzRgCvNwkUPdYErxMBuIF2Gs1lgAviQJzM44AL+UF6h5PgpcpQLwAe63GE+CljsDcTCTAS12BuieR4OUVIF6AvVaTCPDSTGBuJhPgpblA3VNI8DIViBdgr9UUArx0FpibaQR46SJQ93QSvEwD4gXYazWdAC99BOZmBsP7XwTqnkmCl+lAvAB7rWYS4GWIwNzMZnj/i0Ddc0jw8ioQL8BeqzkEeBknMDdzGd7/IlD3PBK8vAbEC7DXah4BXmYIzM0Chve/CNS9kAQvM4B4AfZaLSTAyyKBuVnE8P4XgboXk+BlJhAvwF6rxQR4WS0wN0sY3v8iUPdSErzMAuIF2Gu1lAAvOwTmZjnD+18E6l5BgpfXgXgB9lqtIMDLYYG5Wcnw/heBuleR4GU2EC/AXqtVBHg5JTA3qxne/yJQ9xoSvMwB4gXYa7WGAC/ZIvi5Wcvw/heButeR4OUNIF6AvVbrCPCST2BuNjK8/0Wg7k0keHkTiBdgr9UmArwUF5ibLQzvfxGoeysJXuYC8QLstdpKgJdEgbnZwfD+F4G6d5LgZR4QL8Beq50EeKkjMDe7GN7/IlD3bhK8zAfiBdhrtZsAL80E5mYvw/tfBOreR4KXt4B4AfZa7SPAS2eBuTnI8P4Xgbq/IsHLAiBegL1WyPXTX/rXIK3BsU48/R0e+nsJ9Get68+P1p+Jqz/nU392of48Nv0ZU/pzc/RngejPN5iS9p9+H+rUtP/0+4X0eyD0c936WVX9/J1+pkg/J6G9X+1naY1e645aS9HnQ33Pq3lc700LIjGeC/7cYkRm7tB5vg2cO93fhpkufI+TXoO3I7Lr/E4EFyuob/N9B7fmnm/zXRS58Np+m2+UMXWT9IKi4y6O4AZWqu7FEXiPxL7NVyJX/7f5ZgbnrW/y7olgb566CvXMf6Fydq/vu07Q91w1/KdvCC7s+v8yuf7M5OpV4Zi//4bgjOL8K74hWC9mrGvh9KL6d16TvyFY55seK+qnmiP49V3yD9Yz6qeScXmrFsDTQEvhUyTi2yrfjeDjHiao+z2Bur8xXDXQdS8VqPvbgFSDuOguBZxLBey1klo/dJ/fj/CdHt05x0V5ufNdFrnw2p4eo4ypm6QXFB13ecTs06Oue3kE3iMx8pDI1Z4e/+eKyeBC5exe3xVO0A9cNdjT4//ySl8ovZixroXTi8p0etT5pseKdoP8MIJf3w8j8qfHlbi8Q3d6XBHBxz1KUPcHAnX/QHB6XClQ9zGS0yNwLhWw1wq5fpr0G2ZwLEP3Bz2bbh6Li/KSynFVRGbO4YD8CJeoYh0o4BqI5fgxOkd0glpb1kmiB/QECWO4ER/1O5xxzVYnCO40VgvMzZoIlikbEG5syDWQyvGTiOEb28y0Ab1PYEBPGg7MnmmBBgnU/QvJY6ef4gZTAXutpNYvM3j93NJV1B9hAOyFBFakSGxdxHzy/lSg7tOG742atNYK1P0byd64HjeXCthr9dtmmpu+P4xd9Gyi9wyJHNdHZOYcDsgNkahjlXFiqaCegtgAXFx3vhsjF17bpyCijKmbpBcUHXdTBDf8UnVvisB79JePQsVFd3nWNC7KK4gnIDpVxT4B0S0C75cH0KDYKv2Fe30/c4JudtXwn56AKBLz5xnyPwFRJObvn4DIKM7fPgEBWoQ/FiO9OL0AmVzF6oWI9SWH+p3pw4dm4bME79DtFsHXfc7s48AfdzZ6xlA1bwbGOk/iHQDnWwFnRgHXz7Pho3GyJRLMjUTUnxiGy/P/v6O4UaYLZKLXYGskJkYy/20RXKygTkPbcGvuOQ1tj1x4bU9DUcbUTdILio67I2L2aUjXvSMC75Hoaci9pnFRXv7TkNDMBva89U4n6OeRC39n5PPW6EVIL04vQKyrWPdC+BNK/6eoP1cwgov1eYTjTuKLCB8TfxGRYeJdkQuvLRNHGVM3SS8oOu7uiNlMrOveHYH3SJSJ3WsaF+X1b2PiPU7QLyMX/i5UTKwXINZVrHsh/Aml/1O0wNS/ExXrywjWym1E+Pwecg2kctwbEdoc0LdM+3CJKtaBAq6BWI770TmiE9TnDZ0kekCzbOFQq92Ij7bmA7hmK+T6sT7xDVxPsRwPRmTmHH47g3yC9Stc0X86dCJrPgTMszPQPupC8rE5X0f4hJmvcT33CDOHIxdeW2Emypi6SXpB0XG/iZgtzOi6v4nAeyQqzLjXNC7KKyBhRuKBrD9iu/P/1gn6XeTC34VKmNELEOsq1r0Q/oTS/ynqD+2L4GJ9F+F4KORIhI+Jj0RkmPj7yIXXlomjjKmbpBcUHfdoxGwm1nUfjcB7JMrE7jWNi/L6tzHxD07QY5ELfxcqJtYLEOsq1r0Q/oTS/ynqD36K4GIdi1hFG7gGYjn+KJBjholGO1DH7UAp4BqI5fgTOkd0gvq8oZNED2hWEovEjfioPwAJ12yV1VokCrieYjn+HJGZc7hdcBI4nN2AdkF3ErvglwifSPELrucekeJU5MJrK1JEGVM3SS8oOu6vEbNFCl33rxF4j0RFCveaxkV5BSRSlBGM7REpTjtBf4tc+LtQiRR6AWJdxboXwp9Q+j9F/fFLEVys3yIyQ4dm4jMRPiY+E5Fh4t8jF15bJo4ypm6SXlB03LMRs5lY1302Au+RKBO71zQuyuvfxsTnnKDnIxf+LlRMrBcg1lWseyH8CaX/U9SfABLBxTofwQ0dq7oLXAOxHGOqk9gFmXCJ0toFmaqbn2NmdI7oBPV5QyeJHtBsJHaBG/FRnz2AoMxm7QKVhQDgF0kxBtouyAoczh5Au6AniV1wMXKjiAlGpLgYOJzufLNVv/DaihRRxtRNylYdH/cS4MBK1X1JdXiPREWKS4CACkikiBeM7REpsju9vNTV01CJFHoBYl3FuhfCn1D6744WmNmBIL+0uszQoZk4ByET5xBi4sssE2ObdJkAE+c0nIl13TnJmDinZWL35WHiy51e5gorE1/uY+JcATDx5UCQ5wIyMau6C1wDsRyvEMgxw0SjHajc1i5QuQkG6krT7QJ93rhSwC7ITmIXXAHc5fMAQZnd2gUqDwHAr2KxC/ICh7MX0C7oTWIXXE0oUlwtJFLksyIFtkn5BESKawwXKXTd15CJFNfwiRQJgrE9IkV+p5fXhlWkyO8TKa4NQKTIDwT5tdVlhg7NxAUImbiAEBNfZ5kY26TrBJi4oOFMrOsuSMbEBS0Tuy8PE1/v9LJQWJn4eh8TFwqAia8HgrwQkIlZ1V3gGojlGCuQY4aJRjtQha1doAoTDFQR0+0Cfd4oImAX5CCxC2KBu3xRIChzWLtAFSUA+A0sdkEx4HD2AdoFfUnsghsJRYobhUSK4lakwDapuIBIcZPhIoWu+yYykeImPpGirGBsj0hRwunlzWEVKUr4RIqbAxApSgBBfnN1maFDM3FJQiYuKcTEt1gmxjbpFgEmLmU4E+u6S5ExcSnLxO7Lw8S3Or0sHVYmvtXHxKUDYOJbgSAvDWRiVnUXuAZiOcYJ5JhhotEOlLJ2gVIEA1XGdLtAnzfKCNgFOUnsgjjgLh8PBGVOaxeoeAKAJ7DYBWWBw9kPaBf0J7ELyhGKFOWERIpEK1Jgm5QoIFKUN1yk0HWXJxMpyvOJFOUEY3tEigpOLyuGVaSo4BMpKgYgUlQAgrxidZmhQzNxJUImriTExJUtE2ObVFmAiasYzsS67ipkTFzFMrH78jBxVaeX1cLKxFV9TFwtACauCgR5NSATs6q7wDUQyzEikGOGiUY7UNWtXaCqEwxUkul2gT5vJAnYBblI7IIIcJevAQRlLmsXqBoEAK/JYhfUAg7nAKBdMJDELqhNKFLUFhIp6liRAtukOgIiRV3DRQpdd10ykaIun0iRKBjbI1IkO72sF1aRItknUtQLQKRIBoK8XnWZoUMzcX1CJq4vxMQplomxTUoRYOIGhjOxrrsBGRM3sEzsvjxM3NDpZaOwMnFDHxM3CoCJGwJB3gjIxKzqLnANxHJsLJBjholGO1C3WbtA3UYwULebbhfo88btAnZBbhK7oDFwl28CBGVuaxeoJgQAb8piF9wBHM5BQLtgMIldcCehSHGnkEjRzIoU2CY1ExApmhsuUui6m5OJFM35RIrygrE9IkULp5ctwypStPCJFC0DEClaAEHesrrM0KGZuBUhE7cSYuLWlomxTWotwMR3Gc7Euu67yJj4LsvE7svDxHc7vWwTVia+28fEbQJg4ruBIG8DZGJWdRe4BmI5thXIMcNEox2odtYuUO0IBqq96XaBPm+0F7AL8pDYBW2Bu3wHICjzWLtAdSAAeEcWu6ATcDiHAO2CoSR2QSqhSJEqJFJ0tiIFtkmdBUSKLoaLFLruLmQiRRc+kaKCYGyPSHGP08uuYRUp7vGJFF0DECnuAYK8a3WZoUMzcTdCJu4mxMTdLRNjm9RdgInvNZyJdd33kjHxvZaJ3ZeHie9zetkjrEx8n4+JewTAxPcBQd4DyMSs6i5wDcRy7CmQY4aJRjtQ91u7QN1PMFAPmG4X6PPGAwJ2QV4Su6AncJfvBQRlXmsXqF4EAO/NYhc8CBzOYUC7YDiJXfAQoUjxkJBI0ceKFNgm9REQKfoaLlLouvuSiRR9+USKdoKxPSLFw04vHwmrSPGwT6R4JACR4mEgyB+pLjN0aCbuR8jE/YSYuL9lYmyT+gsw8aOGM7Gu+1EyJn7UMrH78jDxY04vB4SViR/zMfGAAJj4MSDIBwCZmFXdBa6BWI4DBXLMMNFoB+pxaxeoxwkG6gnT7QJ93nhCwC7IR2IXDATu8oOAoMxn7QI1iADgg6UYA20XPAkczhFAu2AkiV3wFKFI8ZSQSDHEihTYJg0RECmGGi5S6LqHkokUQ/lEivaCsT0ixdNOL58Jq0jxtE+keCYAkeJpIMifqS4zdGgmHkbIxMOEmHi4ZWJsk4YLMPGzhjOxrvtZMiZ+1jKx+/Iw8XNOL0eElYmf8zHxiACY+DkgyEcAmZhV3QWugViOIwVyzDDRaAdqlLUL1CiCgRptul2gzxujBeyC/CR2wUjgLj8GCMr81i5QYwgAPpbFLngeOJxjgHbBWBK74AVCkeIFIZFinBUpsE0aJyBSjDdcpNB1jycTKcbziRQdBGN7RIoJTi9fDKtIMcEnUrwYgEgxAQjyF6vLDB2aiScSMvFEISaeZJkY26RJAkz8kuFMrOt+iYyJX7JM7L48TPyy08vJYWXil31MPDkAJn4ZCPLJQCZmVXeBayCW4xSBHDNMNNqBesXaBeoVgoGaarpdoM8bUwXsggIkdsEU4C4/DQjKAtYuUNMIAD6dxS54FTic44B2wXgSu+A1QpHiNSGRYoYVKbBNmiEgUsw0XKTQdc8kEylm8okUHQVje0SKWU4vXw+rSDHLJ1K8HoBIMQsI8terywwdmolnEzLxbCEmnmOZGNukOQJM/IbhTKzrfoOMid+wTOy+PEz8ptPLuWFl4jd9TDw3ACZ+EwjyuUAmZlV3gWsgluM8gRwzTDTagZpv7QI1n2Cg3jLdLtDnjbcE7IKCJHbBPOAuvwAIyoLWLlALCAC+kMUueBs4nBOBdsEkErvgHUKR4h0hkWKRFSmwTVokIFIsNlyk0HUvJhMpFvOJFJ0EY3tEinedXr4XVpHiXZ9I8V4AIsW7QJC/V11m6NBMvISQiZcIMfFSy8TYJi0VYOL3DWdiXff7ZEz8vmVi9+Vh4mVOL5eHlYmX+Zh4eQBMvAwI8uVAJmZVd4FrIJbjCoEcM0w02oH6wNoF6gOCgfrQdLtAnzc+FLALCpHYBSuAu/xKICgLWbtArSQA+CoWu+Aj4HBOBtoFU0jsgo8JRYqPhUSK1VakwDZptYBIscZwkULXvYZMpFjDJ1KkCsb2iBSfOL38NKwixSc+keLTAESKT4Ag/7S6zNChmXgtIROvFWLidZaJsU1aJ8DE6w1nYl33ejImXm+Z2H15mHiD08uNYWXiDT4m3hgAE28AgnwjkIlZ1V3gGojluEkgxwwTjXagPrN2gfqMYKA2m24X6PPGZgG7oDCJXbAJuMtvAYKysLUL1BYCgG9lsQu2AYdzGtAumE5iF2wnFCm2C4kUO6xIgW3SDgGRYqfhIoWueyeZSLGTTqRQcXKxvSLF504vvwirSPG5T6T4IgCR4nMgyL+oLjN0aCbeRcjEu4SYeLdlYmyTdgsw8R7DmVjXvYeMifdYJvYEd+f/pdPLvWFl4i99TLw3ACb+EgjyvUAmZlV3cWsgl+M+gRwzTDTagdpv7QK1n2CgDphuF+jzxgEBu6AoiV2wD7jLHwSCsqi1C9RBAoB/xWIXHAIO5wygXTCTxC74mlCk+FpIpDhsRQpskw4LiBTfGC5S6Lq/IRMpvuETKZRcbK9I8a3Ty+/CKlJ86xMpvgtApPgWCPLvqssMHZqJjxAy8REhJv7eMjG2Sd8LMPFRw5lY132UjImPWib2BHfn/4PTy2NhZeIffEx8LAAm/gEI8mNAJmZVd3FrIJfjjwI5ZphotAN13NoF6jjBQP1kul2gzxs/CdgFxUjsgh+Bu/wJICiLWbtAnSAA+M8sdsFJ4HDOBtoFc0jsgl8IRYpfhESKU1akwDbplIBI8avhIoWu+1cykeJXPpGijFxsr0hx2unlb2EVKU77RIrfAhApTgNB/lt1maFDM/EZQiY+I8TEv1smxjbpdwEmPms4E+u6z5Ix8VnLxJ7g7vzPOb08H1YmPudj4vMBMPE5IMjPA5mYVd3FrYFcjjFJJHZBJlyitHZBpiTzc8yMzhGdoD5v6CTRA1qcxC5wIz7qswcQlMWtXaCyEAD8IinGQNsFWYHDORdoF8wjsQsuRm4UMcGIFBcDh9Odb7akC6+tSBFlTN2kbEn4uJcAB1aq7kuS4D0SFSkuAQIqIJEiXi62V6TI7vTyUldPQyVS6AWIdRXrXgh/Qum/O1pgZgeC/NIkmaFDM3EOQibOIcTEl1kmxjbpMgEmzmk4E+u6c5IxcU7LxJ7g7vwvd3qZK6xMfLmPiXMFwMSXA0GeC8jErOpuriTzc7xCIMcME412oHJbu0DlJhioK023C/R540oBu6AEiV1wBXCXzwMEZQlrF6g8BAC/Soox0HZBXuBwLgDaBQtJ7IKrCUWKq4VEinyu228rUkQZUzcpn4BIcY3hIoWu+xoykeIaPpEiQS62V6TI7/Ty2rCKFPl9IsW1AYgU+YEgvzZJZujQTFyAkIkLCDHxdZaJsU26ToCJCxrOxLrugmRMXNAysSe4O//rnV4WCisTX+9j4kIBMPH1QJAXAjIxq7pbKMn8HGMFcsww0ai/SRYo/rAOVGGCgSpiul2gzxtFBOyCkiR2QSxwly8KBGVJaxeoogQAv0GKMdB2QTHgcC4C2gWLSeyCGwlFihuFRIrirttvK1JEGVM3qbiASHGT4SKFrvsmMpHiJj6RoqxcbK9IUcLp5c1hFSlK+ESKmwMQKUoAQX5zkszQwY8WhExcUoiJb7FMjG3SLQJMXMpwJtZ1lyJj4lKWiT3B3fnf6vSydFiZ+FYfE5cOgIlvBYK8NJCJWdXd0knm5xgnkGOGiUY7UAoo/rAOlCIYqDKm2wX6vFFGwC4oRWIXxAF3+XggKEtZu0DFEwA8QYox0HZBWeBwLgHaBUtJ7IJyhCJFOSGRItF1+21Fiihj6iYlCogU5Q0XKXTd5clEivJ8IkU5udhekaKC08uKYRUpKvhEiooBiBQVgCCvmCQzdGgmrkTIxJWEmLiyZWJskyoLMHEVw5lY112FjImrWCb2BHfnX9XpZbWwMnFVHxNXC4CJqwJBXg3IxKzqbrUk83OMCOSYYaLRDlR1oPjDOlDVCQYqyXS7QJ83kgTsgtIkdkEEuMvXAIKytLULVA0CgNeUYgy0XVALOJzLgXbBChK7oDahSFFbSKSo47r9tiJFlDF1k+oIiBR1DRcpdN11yUSKunwiRaJcbK9Ikez0sl5YRYpkn0hRLwCRIhkI8npJMkOHZuL6hExcX4iJUywTY5uUIsDEDQxnYl13AzImbmCZ2BPcnX9Dp5eNwsrEDX1M3CgAJm4IBHkjIBOzqruNkszPsbFAjhkmGu1A3QYUf1gH6jaCgbrddLtAnzduF7ALFIld0Bi4yzcBglJZu0A1IQB4UynGQNsFdwCHcyXQLlhFYhfcSShS3CkkUjRz3X5bkSLKmLpJzQREiuaGixS67uZkIkVzPpGivFxsr0jRwully7CKFC18IkXLAESKFkCQt0ySGTo0E7ciZOJWQkzc2jIxtkmtBZj4LsOZWNd9FxkT32WZ2BPcnf/dTi/bhJWJ7/YxcZsAmPhuIMjbAJmYVd1tk2R+jm0Fcsww0WgHqh1Q/GEdqHYEA9XedLtAnzfaC9gF8SR2QVvgLt8BCMp4axeoDgQA7yjFGGi7oBNwOFcD7YI1JHZBKqFIkSokUnR23X5bkSLKmLpJnQVEii6GixS67i5kIkUXPpGiglxsr0hxj9PLrmEVKe7xiRRdAxAp7gGCvGuSzNChmbgbIRN3E2Li7paJsU3qLsDE9xrOxLrue8mY+F7LxJ7g7vzvc3rZI6xMfJ+PiXsEwMT3AUHeA8jErOpujyTzc+wpkGOGiUY7UPcDxR/WgbqfYKAeMN0u0OeNBwTsgrIkdkFP4C7fCwjKstYuUL0IAN5bijHQdsGDwOFcC7QL1pHYBQ8RihQPCYkUfVy331akiDKmblIfAZGir+Eiha67L5lI0ZdPpGgnF9srUjzs9PKRsIoUD/tEikcCECkeBoL8kSSZoUMzcT9CJu4nxMT9LRNjm9RfgIkfNZyJdd2PkjHxo5aJPcHd+T/m9HJAWJn4MR8TDwiAiR8DgnwAkIlZ1d0BSebnOFAgxwwTjXagHgeKP6wD9TjBQD1hul2gzxtPCNgFiSR2wUDgLj8ICMpEaxeoQQQAHyzFGGi74EngcG4E2gWbSOyCpwhFiqeERIohrttvK1JEGVM3aYiASDHUcJFC1z2UTKQYyidStJeL7RUpnnZ6+UxYRYqnfSLFMwGIFE8DQf5MkszQoZl4GCETDxNi4uGWibFNGi7AxM8azsS67mfJmPhZy8Se4O78n3N6OSKsTPycj4lHBMDEzwFBPgLIxKzq7ogk83McKZBjholGO1CjgOIP60CNIhio0egc0Qnq88boJPyAViCxC0YCd/kxQFBWsHaBGkMA8LFSjIG2C54HDucWoF2wlcQueIFQpHhBSKQY57r9tiJFlDF1k8YJiBTjDRcpdN3jyUSK8XwiRQe52F6RYoLTyxfDKlJM8IkULwYgUkwAgvzFJJmhQzPxREImnijExJMsE2ObNEmAiV8ynIl13S+RMfFLlok9wd35v+z0cnJYmfhlHxNPDoCJXwaCfDKQiVnV3clJ5uc4RSDHDBONdqBeAYo/rAP1CsFATTXdLtDnjakCdkElErtgCnCXnwYEZSVrF6hpBACfLsUYaLvgVeBw7gDaBTtJ7ILXCEWK14REihmu228rUkQZUzdphoBIMdNwkULXPZNMpJjJJ1J0lIvtFSlmOb18PawixSyfSPF6ACLFLCDIX0+SGTo0E88mZOLZQkw8xzIxtklzBJj4DcOZWNf9BhkTv2GZ2BPcnf+bTi/nhpWJ3/Qx8dwAmPhNIMjnApmYVd2dm2R+jvMEcsww0WgHaj5Q/GEdqPkEA/WW6XaBPm+8JWAXVCGxC+YBd/kFQFBWsXaBWkAA8IVSjIG2C94GDucuoF2wm8QueIdQpHhHSKRY5Lr9tiJFlDF1kxYJiBSLDRcpdN2LyUSKxXwiRSe52F6R4l2nl++FVaR41ydSvBeASPEuEOTvJckMHZqJlxAy8RIhJl5qmRjbpKUCTPy+4Uys636fjInft0zsCe7Of5nTy+VhZeJlPiZeHgATLwOCfDmQiVnV3eVJ5ue4QiDHDBONdqA+AIo/rAP1AcFAfWi6XaDPGx8K2AXVSOyCFcBdfiUQlNWsXaBWEgB8lRRjoO2Cj4DDuRdoF+wjsQs+JhQpPhYSKVa7br+tSBFlTN2k1QIixRrDRQpd9xoykWINn0iRKhfbK1J84vTy07CKFJ/4RIpPAxApPgGC/NMkmaFDM/FaQiZeK8TE6ywTY5u0ToCJ1xvOxLru9WRMvN4ysSe4O/8NTi83hpWJN/iYeGMATLwBCPKNQCZmVXc3Jpmf4yaBHDNMNNqB+gwo/rAO1GcEA7XZdLtAnzc2C9gF1Unsgk3AXX4LEJTVrV2gthAAfKsUY6Dtgm3A4TwItAu+2hzMRhHt+m0Hrl8L4Pq1BMaSXL8d//71E52/ncD1Owtcv3Pg9UPfiOhj4aws+Lg1tsjWHRfdpXTNbwjUXVPoxi4zuH5gf1TNLWbP+PrMMjNeh2DG5wrUXZdkxoH9UciadT+0QZHOga+nvTiX9uds5885zp/6+jyN175wDqAXu9ZorvMz+t/Tf3ZX2uvdSTExf7Wm0fZ+XhZcrD1Azg7K2Hozi4yx9aWrb9bYijKmbtKXSfi4e4FqiFTde5PgPRIjpz0Cytq+pP+bjXp/2u898Bcb9X7XRn0w7fVXGfzsG87PHnR+Vm8Eh9Jefy28qSPn+jBwU//frP83ab/3279Y/29c6/9d2usjf7H+37nW//u010cz+Nk3nZ/93vlZneMPaa+POb2S2HsOCeClvuE3sXqefhCoOyUgBT7aPH8E4gnYayW1fug+H//v97Y4X6zAbjKPgzks/frJ3mRim/STwE3mCcNvMnXdJ4RuMtMvyTWNi/LyPz2FVi1eSfsFSDflq7RAO4T7FWVs5f8L9/r+7OR+0lXDf3q663zMn2fI/3TX+Zi/f7orozj/Z0936QVY5ir2pGs4/AmhfvfPwE3ol7+IVT6xU/vUxIT4dnEJqe3T4pRL7RTfrkwFlVo+Pi18fIJq365TXMeE9onlEsqVT00M7PnlX4QY+JRlYGyTTgkw8K+GM7Cu+1ehHR19+33SyRUdt5GhD1D580TO0mngXUEjsJ+hNzGdX3UnJnrm0++K0HN0m+HyR/rdG7ru282UP/505EbeiJwExmpC8gAncL4VcGZUExL56DdC+eg3oZvXM/bmFdukMwI3r78bfvOq6/49oJvXuOiu/+9RSuT6n96Ah87/ZBQbQarn6hSY3HPWWe9z/0DuScpg7fxyT1LM38s9GcX5W7lHYthAsf64Iz+bdKHYzM6iVo/xXug7DmAd6hxwMzsPA0Nqavp6nhc88eh1PClw59/MrKc1/3SXpOs+K1B3c8OfUtV1nxOou4WhJxU/wSD3DfeMR7t+LUlOesD5VsCZUS0Delo42j6fRd441zD78KGxpnOU2MOQvZZQEQ9G8HW3IVARDwnU3ZbkIapMQDwCe63aGj43Gi8/C8xNBwK8nBSouyMJXjID8QLstepIgJeLquPnpjMBXrIK1N2FBC9ZgHgB9lp1IcDLVQJz040AL3kF6u5OgpeLgHgB9lp1J8DLDQJz04MAL8UE6u5JgpesQLwAe616EuAlQWBuehHgpaxA3b1J8HIxEC/AXqveBHipKTA3fQjwUkug7r4keMkGxAuw16ovAV6aCsxNPwK83CFQd38SvFwCxAuw16o/AV46CszNAAK8dBKoeyAJXrID8QLstRpIgJfeAnMziAAvDwrUPZgEL5cC8QLstRpMgJfBAnMzhAAvTwrUPZQELzmAeAH2Wg0lwMtYgbkZRoCX5wXqHk6Cl8uAeAH2Wg0nwMt0gbkZQYCXVwXqHkmCl5xAvAB7rUYS4GWhwNyMIcDL2wJ1jyXBy+VAvAB7rcYS4GWVwNyMI8DLRwJ1jyfBSy4gXoC9VuMJ8LJVYG4mEuBlm0Ddk0jwcgUQL8Beq0kEePlKYG4mM7z/RaDuKSR4yQ3EC7DXagoBXn4WmJtpDO9/Eah7OglergTiBdhrNZ0ALxcl4edmBsP7XwTqnkmClzxAvAB7rWYS4OUqgbmZzfD+F4G655Dg5SogXoC9VnMI8HKDwNzMZXj/i0Dd80jwkheIF2Cv1TwCvCQIzM0Chve/CNS9kAQvVwPxAuy1WkiAl5oCc7OI4f0vAnUvJsFLPiBegL1Wiwnw0lRgbpYwvP9FoO6lJHi5BogXYK/VUgK8dBSYm+UM738RqHsFCV7yA/EC7LVaQYCX3gJzs5Lh/S8Cda8iwcu1QLwAe61WEeBlsMDcrGZ4/4tA3WtI8FIAiBdgr9UaAryMFZibtQzvfxGoex0JXq4D4gXYa7WOAC/TBeZmI8P7XwTq3kSCl4JAvAB7rTYR4GWhwNxsYXj/i0DdW0nwcj0QL8Beq60EeFklMDc7GN7/IlD3ThK8FALiBdhrtZMAL1sF5mYXw/tfBOreTYKXWCBegL1WyPXTX/rXIq3BsU48/R0e+nsJ9Get68+P1p+Jqz/nU392of48Nv0ZU/pzc/RngejPN9Dv2dbvQ9XvrdPvF9LvgdDPdetnVfXzd/qZIv2chPZ+tZ+lNXqtO2otRZ8P9T2v5nG9N+n1dl/ouStcQ2bu0HkWAc6d7m/LTBe+x0mvQRHhdS5aAxcriyu/v8o5LrpLFQXOhjvfG1xrbb/NN8qYukl6QdFxiwEHVqruYjXgPRL7Nl+JXPUAu4GTGZy3vsnbnoS9edqRJNMz/4XK2b2+Nzo9LO7q5X/6huDCrv8vk+vPTK5eFY75+28IzijOv+IbgvVixroWrniNP++8WcytQxUHbpA31cCv703/YD2jzbsE8K7sNuBp4HbhUyTi2ypvrIGPu5eg7uICde8zXDXQdZcQqHt/QKpBXHSXAs6lAvZaSa0fus83E54ebxY6PZa0p0dsk0oKnB5vMfz0qOu+hej0KJGrPT3+zxWTwYXK2b2+pZwe3mpPj//9lb5QpXynx1vJTo+3AjfI0gKnx9IBnB7j7Onxvz5FlRI4TRwiqPtWgbq/Jjg9xgnUfZjk9AicSwXstUKunyb9lhkcy9D9Qc/mrTXMz1EJedxwQJYBEiLrQJUhGKh4dI7oBLW2HC/AGEdIGEMB764TgKA8QnCnkSAwN2VrYJmyBeHGVpZgYytn+sY2L21AdyXhB/So4cDck1bzjwJ1/0Dy2GkicBMG9lpJrV9m8Pq5patoY5UH9kICK1IkVqGG+eSdKFD3ccP3Rk1a5QXq/olkb6wIxCOw1+qnLTQ3fX8Yu+jZrEBw01exhsycwwFZKfpTXRknlgrqKYhKQk9BVLZPQWCbVFngKYgqhj8FoeuuIvQURPoluaZxUV5BPAGxOYJ9AmJnErxfHkCDYqv0F+71rerMWrV/8AREkZg/z5D/CYgiMX//BERGcf72CQjQIvyxGOnFVa1xIcHMzkLE+pJD/c704UOz8EmCd+juFJBKfjH7OPDHnU1VIOlUA8Y6ReIdAOdbAWdGAdfPs+GjcRIROk6g86wOfkdxq0yuG4i02NVrxMRI5p9E+Ex4ktBpqIY9DWGbVEPgNFTT8NOQrrsm2WmopuBpSGhmA3veupbTy9qmP2+NXoT04mr5npGuXSPmTxfaaKoFBHltkjuJOoRMXEeIietaJsY2qa4AEycbzsS67mQyJk62TOy+PExcz+ll/bAycT0fE9cPgInrAUFeH/z8XivC5/fq1zA/xxQWK7cB+El3xoFqQDBQDU1/IFSfNxoKPPxzhkStTgHu8o2AoDzD8/CPGHgaEQC8sRRjoG9nkE+w3gZ+gjX9Qj/ZdzswzzZA+6gtycfmNCEUZpoICTNNrTCDbVJTAWHmDsOFGV33HWTCzB18wozEA1l/xHbnf6fTy2ZhFWbu9AkzzQIQZu4EgryZ0J0MmombEzJxcyEmbmGZGNukFgJM3NJwJtZ1tyRj4paWiT2x3fm3cnrZOqxM3MrHxK0DYOJWQJC3toq2Aq6BWI53sVgkd9uBUncTDFQb0y0Sfd5oI2CRnCWxSO4C7vJtgaA8ay0S1ZYA4O2kGANtF7QHDmcHoF3QkcQu6EAoUnQQEik6WpEC26SOAiJFJ8NFCl13JzKRohOfSFFGMLZHpEh1etk5rCJFqk+k6ByASJEKBHnnGjJDh2biLoRM3EWIie+xTIxt0j0CTNzVcCbWdXclY+Kulondl4eJuzm97B5WJu7mY+LuATBxNyDIuwOZmFXdBa6BWI73stgF91m7QN1HMFA9TLcL9Hmjh4BdcJ7ELrgXuMv3BILyvLULVE8CgN/PYhc8ABzOzkC7oAuJXdCLUKToJSRS9LYiBbZJvQVEigcNFyl03Q+SiRQP8okU8YKxPSLFQ04v+4RVpHjIJ1L0CUCkeAgI8j41ZIYOzcR9CZm4rxATP2yZGNukhwWY+BHDmVjX/QgZEz9imdh9eZi4n9PL/mFl4n4+Ju4fABP3A4K8P5CJWdVd4BqI5fgoi13wmLUL1GMEAzXAdLtAnzcGCNgFmbZy2AWPAnf5gUBQIteP1S4YSADwx1nsgieAw9kNaBd0J7ELBhGKFIOERIrBVqTANmmwgEjxpOEiha77STKR4kk+kSJBMLZHpHjK6eWQsIoUT/lEiiEBiBRPAUE+pIbM0KGZeCghEw8VYuKnLRNjm/S0ABM/YzgT67qfIWPiZywTuy8PEw9zejk8rEw8zMfEwwNg4mFAkA8HMjGrugtcA7Ecn2WxC56zdoF6jmCgRphuF+jzxggBuyALiV3wLHCXHwkEZRZrF6iRBAAfxWIXjAYOZw+gXdCTxC4YQyhSjBESKcZakQLbpLECIsXzhosUuu7nyUSK5/lEirKCsT0ixQtOL8eFVaR4wSdSjAtApHgBCPJxNWSGDs3E4wmZeLwQE0+wTIxt0gQBJn7RcCbWdb9IxsQvWiZ2Xx4mnuj0clJYmXiij4knBcDEE4EgnwRkYlZ1F7gGYjm+xGIXvGztAvUywUBNNt0u0OeNyQJ2QVYSu+Al4C4/BQjKrNYuUFMIAP4Ki10wFTicvYB2QW8Su2AaoUgxTUikmG5FCmyTpguIFK8aLlLoul8lEyle5RMpygnG9ogUrzm9nBFWkeI1n0gxIwCR4jUgyGfUkBk6NBPPJGTimUJMPMsyMbZJswSY+HXDmVjX/ToZE79umdh9eZh4ttPLOWFl4tk+Jp4TABPPBoJ8DpCJWdVd4BqI5fgGi13wprUL1JsEAzXXdLtAnzfmCtgF2UjsgjeAu/w8ICizWbtAzSMA+HwWu+At4HD2AdoFfUnsggWEIsUCIZFioRUpsE1aKCBSvG24SKHrfptMpHibT6RIFIztESnecXq5KKwixTs+kWJRACLFO0CQL6ohM3RoJl5MyMSLhZj4XcvE2Ca9K8DE7xnOxLru98iY+D3LxO7Lw8RLnF4uDSsTL/Ex8dIAmHgJEORLgUzMqu4C10Asx/dZ7IJl1i5QywgGarnpdoE+bywXsAuyk9gF7wN3+RVAUGa3doFaQQDwD1jsgg+Bw9kPaBf0J7ELVhKKFCuFRIpVVqTANmmVgEjxkeEiha77IzKR4iM+kaK8YGyPSPGx08vVYRUpPvaJFKsDECk+BoJ8dQ2ZoUMz8RpCJl4jxMSfWCbGNukTASb+1HAm1nV/SsbEn1omdl8eJl7r9HJdWJl4rY+J1wXAxGuBIF8HZGJWdRe4BmI5rmexCzZYu0BtIBiojabbBfq8sVHALshBYhesB+7ym4CgzGHtArWJAOCfsdgFm4HDOQBoFwwksQu2EIoUW4REiq1WpMA2aauASLHNcJFC172NTKTYxidSVBCM7REptju93BFWkWK7T6TYEYBIsR0I8h01ZIYOzcQ7CZl4pxATf26ZGNukzwWY+AvDmVjX/QUZE39hmdh9eZh4l9PL3WFl4l0+Jt4dABPvAoJ8N5CJWdVd4BqI5biHxS740toF6kuCgdprul2gzxt7BeyCnCR2wR7gLr8PCMqc1i5Q+wgAvp/FLjgAHM5BQLtgMIldcJBQpDgoJFJ8ZUUKbJO+EhApDhkuUui6D5GJFIf4RIp2grE9IsXXTi8Ph1Wk+NonUhwOQKT4GgjywzVkhg7NxN8QMvE3Qkz8rWVibJO+FWDi7wxnYl33d2RM/J1lYvflYeIjTi+/DysTH/Ex8fcBMPERIMi/BzIxq7oLXAOxHI+y2AU/WLtA/UAwUMdMtwv0eeOYgF2Qi8QuOArc5X8EgjKXtQvUjwQAP85iF/wEHM4hQLtgKIldcIJQpDghJFL8bEUKbJN+FhApThouUui6T5KJFCf5RIr2grE9IsUvTi9PhVWk+MUnUpwKQKT4BQjyUzVkhg7NxL8SMvGvQkx82jIxtkmnBZj4N8OZWNf9GxkT/2aZ2H15mPiM08vfw8rEZ3xM/HsATHwGCPLfgUzMqu4C10Asx7MsdsE5axeocwQDdd50u0CfN84L2AW5SeyCs8hbuZq4vHJbu0AB11Msx0w1ZeYcbhdkBg7nMKBdMJzELshSk0+kyAIcTne+F9V0vXb+tCLFfxlTN0kvKDpuVuDAStWdtSa8R6IiRVYgoAISKToIxvaIFBc7vczm6mmoRAq9ALGuYt0L4U8o/XdHC8yLgSDPVlNm6NBMfAkhE18ixMTZLRNjm5RdgIkvNZyJdd2XkjHxpZaJ3ZeHiXM4vbwsrEycw8fElwXAxDmAIL8MyMSs6i5wDcRyzCkl/qBvmS4Hij+sA3U5wUDlQueITlCfN3LVxA9oHhK7ICdwl78CCMo81i5QVxAAPDeLXXAlcDhHAO2CkSR2QR5CkSKPkEhxlRUpsE26SkCkyGu4SKHrzksmUuTlEyk6Csb2iBRXO73MF1aR4mqfSJEvAJHiaiDI89WUGTo0E19DyMTXCDFxfsvE2CblF2Diaw1nYl33tWRMfK1lYvflYeICTi+vCysTF/Ax8XUBMHEBIMivAzIxq7oLXAOxHAuy2AXXW7tAXU8wUIVMtwv0eaOQgF2Ql8QuKAjc5WOBoMxr7QIVSwDwwix2QRHgcI4B2gVjSeyCooQiRVEhkeIGK1Jgm3SDgEhRzHCRQtddjEykKMYnUnQSjO0RKW50elk8rCLFjT6RongAIsWNQJAXrykzdGgmvomQiW8SYuISlomxTSohwMQ3G87Euu6byZj4ZsvE7svDxCWdXt4SViYu6WPiWwJg4pJAkN8CZGJWdRe4BmI5lmKxC261doG6lWCgSptuF+jzRmkBuyAfiV1QCrjLxwFBmc/aBSqOAOCKxS4oAxzOcUC7YDyJXRBPKFLEC4kUCVakwDYpQUCkKGu4SKHrLksmUpTlEylSBWN7RIpyTi8TwypSlPOJFIkBiBTlgCBPrCkzdGgmLk/IxOWFmLiCZWJskyoIMHFFw5lY112RjIkrWiZ2Xx4mruT0snJYmbiSj4krB8DElYAgrwxkYlZ1F7gGYjlWYbELqlq7QFUlGKhqptsF+rxRTcAuyE9iF1QB7vIRICjzW7tARQgAXp3FLkgCDudEoF0wicQuqEEoUtQQEilqWpEC26SaAiJFLcNFCl13LTKRohadSKHi5GJ7RYraTi/rhFWkqO0TKeoEIFLUBoK8Tk2ZoUMzcV1CJq4rxMTJlomxTUoWYOJ6hjOxrrseGRPXs0zsCe7Ov77Ty5SwMnF9HxOnBMDE9YEgTwEyMau6m1LT/BwbsNgFDa1doBoSDFQj0+0Cfd5oJGAXFCCxCxoAd/nGQFAWsHaBakwA8NtY7ILbgcM5GWgXTCGxC5oQihRNhESKplakwDapqYBIcYfhIoWu+w4ykeIOPpFCycX2ihR3Or1sFlaR4k6fSNEsAJHiTiDIm9WUGTo0EzcnZOLmQkzcwjIxtkktBJi4peFMrOtuScbELS0Te4K782/l9LJ1WJm4lY+JWwfAxK2AIG8NZGJWdbd1TfNzvIvFLrjb2gXqboKBamO6XaDPG20E7IKCJHbBXcBdvi0QlAWtXaDaEgC8HYtd0B44nNOAdsF0ErugA6FI0UFIpOhoRQpskzoKiBSdDBcpdN2dyESKTnwiRRm52F6RItXpZeewihSpPpGicwAiRSoQ5J1rygwdmom7EDJxFyEmvscyMbZJ9wgwcVfDmVjX3ZWMibtaJvYEd+ffzell97AycTcfE3cPgIm7AUHeHcjErOpu95rm53gvi11wn7UL1H0EA9XDdLtAnzd6CNgFhUjsgnuBu3xPICgLWbtA9SQA+P0sdsEDwOGcAbQLZpLYBb0IRYpeQiJFbytSYJvUW0CkeNBwkULX/SCZSPEgn0gRLxfbK1I85PSyT1hFiod8IkWfAESKh4Ag71NTZujQTNyXkIn7CjHxw5aJsU16WICJHzGciXXdj5Ax8SOWiT3B3fn3c3rZP6xM3M/HxP0DYOJ+QJD3BzIxq7rbv6b5OT7KYhc8Zu0C9RjBQA0w3S7Q540BAnZBYRK74FHgLj8QCMrC1i5QAwkA/jiLXfAEcDhnA+2COSR2wSBCkWKQkEgx2IoU2CYNFhApnjRcpNB1P0kmUjzJJ1IkyMX2ihRPOb0cElaR4imfSDEkAJHiKSDIh9SUGTo0Ew8lZOKhQkz8tGVibJOeFmDiZwxnYl33M2RM/IxlYk9wd/7DnF4ODysTD/Mx8fAAmHgYEOTDgUzMqu4Or2l+js+y2AXPWbtAPUcwUCNMtwv0eWOEgF1QlMQueBa4y48EgrKotQvUSAKAj2KxC0YDh3Mu0C6YR2IXjCEUKcYIiRRjrUiBbdJYAZHiecNFCl3382QixfN8IkVZudhekeIFp5fjwipSvOATKcYFIFK8AAT5uJoyQ4dm4vGETDxeiIknWCbGNmmCABO/aDgT67pfJGPiFy0Te4K785/o9HJSWJl4oo+JJwXAxBOBIJ8EZGJWdXdSTfNzfInFLnjZ2gXqZYKBmmy6XaDPG5MF7IJiJHbBS8BdfgoQlMWsXaCmEAD8FRa7YCpwOBcA7YKFJHbBNEKRYpqQSDHdihTYJk0XECleNVyk0HW/SiZSvMonUpSTi+0VKV5zejkjrCLFaz6RYkYAIsVrQJDPqCkzdGgmnknIxDOFmHiWZWJsk2YJMPHrhjOxrvt1MiZ+3TKxJ7g7/9lOL+eElYln+5h4TgBMPBsI8jlAJmZVd+fUND/HN1jsgjetXaDeJBiouabbBfq8MVfALihOYhe8Adzl5wFBWdzaBWoeAcDns9gFbwGHcxHQLlhMYhcsIBQpFgiJFAutSIFt0kIBkeJtw0UKXffbZCLF23wiRaJcbK9I8Y7Ty0VhFSne8YkUiwIQKd4BgnxRTZmhQzPxYkImXizExO9aJsY26V0BJn7PcCbWdb9HxsTvWSb2BHfnv8Tp5dKwMvESHxMvDYCJlwBBvhTIxKzq7tKa5uf4PotdsMzaBWoZwUAtN90u0OeN5QJ2QQkSu+B94C6/AgjKEtYuUCsIAP4Bi13wIXA4lwDtgqUkdsFKQpFipZBIscqKFNgmrRIQKT4yXKTQdX9EJlJ8xCdSlJeL7RUpPnZ6uTqsIsXHPpFidQAixcdAkK+uKTN0aCZeQ8jEa4SY+BPLxNgmfSLAxJ8azsS67k/JmPhTy8Se4O781zq9XBdWJl7rY+J1ATDxWiDI1wGZmFXdXVfT/BzXs9gFG6xdoDYQDNRG0+0Cfd7YKGAXlCSxC9YDd/lNQFCWtHaB2kQA8M9Y7ILNwOFcDrQLVpDYBVsIRYotQiLFVitSYJu0VUCk2Ga4SKHr3kYmUmzjEykqyMX2ihTbnV7uCKtIsd0nUuwIQKTYDgT5jpoyQ4dm4p2ETLxTiIk/t0yMbdLnAkz8heFMrOv+goyJv7BM7Anuzn+X08vdYWXiXT4m3h0AE+8Cgnw3kIlZ1d3dNc3PcQ+LXfCltQvUlwQDtdd0u0CfN/YK2AWlSOyCPcBdfh8QlKWsXaD2EQB8P4tdcAA4nCuBdsEqErvgIKFIcVBIpPjKihTYJn0lIFIcMlyk0HUfIhMpDvGJFO3kYntFiq+dXh4Oq0jxtU+kOByASPE1EOSHa8oMHZqJvyFk4m+EmPhby8TYJn0rwMTfGc7Euu7vyJj4O8vEnuDu/I84vfw+rEx8xMfE3wfAxEeAIP8eyMSs6u73Nc3P8SiLXfCDtQvUDwQDdcx0u0CfN44J2AWlSeyCo8Bd/kcgKEtbu0D9SADw4yx2wU/A4VwNtAvWkNgFJwhFihNCIsXPVqTANulnAZHipOEiha77JJlIcZJPpGgvF9srUvzi9PJUWEWKX3wixakARIpfgCA/VVNm6NBM/CshE/8qxMSnLRNjm3RagIl/M5yJdd2/kTHxb5aJPcHd+Z9xevl7WJn4jI+Jfw+Aic8AQf47kIlZ1d3fa5qf41kWu+CctQvUOYKBOm+6XaDPG+cF7AJFYhecRd7K1cLlpaxdoIDrKZZjploycw63CzIDh3Mt0C5YR2IXZKnFJ1JkAQ6nO9+LarleO39akeK/jKmbpBcUHTcrcGCl6s5aC94jUZEiKxBQAYkUHeRie0WKi51eZnP1NFQihV6AWFex7oXwJ5T+u6MF5sVAkGerJTN0aCa+hJCJLxFi4uyWibFNyi7AxJcazsS67kvJmPhSy8Se4O78czi9vCysTJzDx8SXBcDEOYAgvwzIxKzq7mW1zM8xp5T4g75luhwo/rAO1OUEA5ULnSM6QX3eyFULP6DxJHZBTuAufwUQlPHWLlBXEAA8N4tdcCVwODcC7YJNJHZBHkKRIo+QSHGVFSmwTbpKQKTIa7hIoevOSyZS5OUTKTrKxfaKFFc7vcwXVpHiap9IkS8AkeJqIMjz1ZIZOjQTX0PIxNcIMXF+y8TYJuUXYOJrDWdiXfe1ZEx8rWViT3B3/gWcXl4XViYu4GPi6wJg4gJAkF8HZGJWdfe6WubnWJDFLrje2gXqeoKBKmS6XaDPG4UE7IKyJHZBQeAuHwsEZVlrF6hYAoAXZrELigCHcwvQLthKYhcUJRQpigqJFDdYkQLbpBsERIpihosUuu5iZCJFMT6RopNcbK9IcaPTy+JhFSlu9IkUxQMQKW4Egrx4LZmhQzPxTYRMfJMQE5ewTIxtUgkBJr7ZcCbWdd9MxsQ3Wyb2BHfnX9Lp5S1hZeKSPia+JQAmLgkE+S1AJmZVd2+pZX6OpVjsglutXaBuJRio0qbbBfq8UVrALkgksQtKAXf5OCAoE61doOIIAK5Y7IIywOHcAbQLdpLYBfGEIkW8kEiRYEUKbJMSBESKsoaLFLrusmQiRVk+kSJVLrZXpCjn9DIxrCJFOZ9IkRiASFEOCPLEWjJDh2bi8oRMXF6IiStYJsY2qYIAE1c0nIl13RXJmLiiZWJPcHf+lZxeVg4rE1fyMXHlAJi4EhDklYFMzKruVq5lfo5VWOyCqtYuUFUJBqqa6XaBPm9UE7ALKpDYBVWAu3wECMoK1i5QEQKAV2exC5KAw7kLaBfs3hLMRhHt+tUArt9twPW7HRhLcv1q/vvXT3T+agHX7yRw/X4Brx/6RkQfC+dnwcettFW27rjoLqVrflug7spCN3aZwfUD+6MqbzV7xtdnlpnxagQzvkig7gjJjAP7o5A1635ogyKdA99Ke3Eu7c8Fzp8LnT/1VTuN1+o4B9CLXWu0yPkZ/e/pP1s37XWyT/pDy36Ls+Bi1QNydlDG1jtZZIyt+tbYwjapvoCxlWK4saXrThEytiTIqZ6Astag1v/NRt0w7fc2+ouNuqFro26c9vq2DH72bednGzs/qzeC29NeNxHe1JFz3RS4qf9v1v+OtN9751+s/x2u9W+W9rr5X6x/M9f6t0h73TKDn33H+dkWzs/qHFulvW7t9Epi77ldAC81DL+J1fPUSqDumgEp8NHmeRcQT8BeK6n1Q/f57v9+b4vzxQrsJvNuoaen2tibTGyT2gjcZLY1/CZT192W7OmptoJPT6FVi1lpvwDqptSIiakp3K8oYyv/X7jXt52Te/t/8HTX+Zg/z5D/6a7zMX//dFdGcf7Pnu7SC7DMVWx713D4E0L97nbATajDX8Qqn9ipfWpiQny7uITU9mlxyqV2im9XpoJKLR+fFj4+QbVv1ymuY0L7xHIJ5cqnJgb2/HIHIQbuaBkY26SOAgzcyXAG1nV3Ckjmibb+9k6u6Lh1DH2Ayp8ncpZSgXcFdcB+ht7EdH7VnZjomU+/K0LPUbLh8kf63Ru67npmyh9/OnIjb0TaA2PVJ3mAEzjfCjgzqj6JfNSZUD7qLHTz2sXevGKb1EXg5vUew29edd33EHmUErn+pzfgofNvH8VGkOq5OgUm93R11rvbP5B7kjJYO7/ckxTz93JPRnH+Vu6RGDZQrD/uyLvWulBsZmdRq8d4L/QdB7AO1Q24mXWHgSE1NX09uwueePQ6the4829k1tOaf7pL0nV3Fai7seFPqeq6uwnUfZuhJxU/wSD3DfeMR7t+t5Oc9IDzrYAzo24P6GnhaPvcFcg19wKVOh1DglvurSWzhyF7LaEiNq6Br7sZgYp4u0DdzUkeoroPiEdgr1Vzw+dG46WdwNy0IsBLe4G6W5PgpQcQL8Beq9YEeLlfYG7aEODlAYG625LgpScQL8Beq7YEeHlcYG46EODlCYG6O5Lg5X4gXoC9Vh0J8DJKYG46E+BltEDdXUjw8gAQL8Beqy4EeHlFYG66EeBlqkDd3Unw0guIF2CvVXcCvMwXmJseBHh5S6DuniR46Q3EC7DXqicBXj4QmJteBHj5UKDu3iR4eRCIF2CvVW8CvHwmMDd9CPCyWaDuviR4eQiIF2CvVV8CvOwXmJt+BHg5IFB3fxK89AHiBdhr1Z8AL8cF5mYAAV5+Eqh7IAle+gLxAuy1GkiAl0w18XMziAAvmQXqHkyCl4eBeAH2Wg0mwEtugbkZQoCXKwXqHkqCl0eAeAH2Wg0lwEthgbkZRoCXIgJ1DyfBSz8gXoC9VsMJ8KIE5mYEAV7KCNQ9kgQv/YF4AfZajSTAS3WBuRlDgJckgbrHkuDlUSBegL1WYwnwcpvA3IxjeP+LQN3jSfDyGBAvwF6r8QR4aScwNxMZ3v8iUPckErwMAOIF2Gs1iQAv9wvMzWSG978I1D2FBC8DgXgB9lpNIcDL4wJzM43h/S8CdU8nwcvjQLwAe62mE+BllMDczGB4/4tA3TNJ8PIEEC/AXquZBHh5RWBuZjO8/0Wg7jkkeBkExAuw12oOAV7mC8zNXIb3vwjUPY8EL4OBeAH2Ws0jwMsHAnOzgOH9LwJ1LyTBy5NAvAB7rRYS4OUzgblZxPD+F4G6F5Pg5SkgXoC9VosJ8LJfYG6WMLz/RaDupSR4GQLEC7DXaikBXo4LzM1yhve/CNS9ggQvQ4F4AfZarSDASyaBz8FdyfD+F4G6V5Hg5WkgXoC9VqsI8JJbYG5WM7z/RaDuNSR4eQaIF2Cv1RoCvBQWmJu1DO9/Eah7HQlehgHxAuy1WkeAFyUwNxsZ3v8iUPcmErwMB+IF2Gu1iQAv1QXmZgvD+18E6t5KgpdngXgB9loh1y9rWoxOaQ2OdeLp7/DQ30ugP2tdf360/kxc/Tmf+rML9eex6c+Y0p+boz8LRH++gX7Ptn4fqn5vnX6/kH4PhH6uWz+rqp+/088U6ecktPer/Syt0WvdUWsp+nyo73k1j+u96dlaMZ4LPXfP1ZKZO/j7SIFzp/urv0gvsxNPr8EI4XUeCfyOpyyu/P4q57joLjVS6Nt8R9lv88U2aZTAt/mONvzbfHXdo4m+zVciVz3AbuBkBuetb/Jq1MLePNUU6pn/QuXsXt8xTu5j/8E3BBd2/X+ZXH9mcvWqcMzff0NwRnH+Fd8QrBcz1rVwY2v9eefNYm4daixwg3y+Fn59n/8H6xlt3i8AN4dk4GmgnvApEvFtlWMETpE7COoeK1D3TsNVA133CwJ1fx6QahAX3aWAc6mAvVZS6wf/lAvC0+M4odPjeHt6xDZpvMDpcYLhp0dd9wSi0+MEe3qkPz2+6OQ+0Z4e//srfaFe9J0eJ5KdHicCN8hJAqfHSQGcHl+yp8f/+hT1osBpYg9B3RMF6v6S4PT4kkDde0lOj8C5VMBeK+T6adJPzeBYhu4PejYn1jI/x5eFPG78h40BCZF1oCYTDNQUdI7oBLW2PEWAMQ6SMMbLwLvrV4CgPEhwp/GKwNxMrYVlyk6EG9tUgo1tmukb2+K0Aa0rMKCHDAdmvbSa7xKo+2uSx06nAzdhYK+V1PplBq+fW7qKNtarwF5IYEWKxF6rZT55Txeo+1vD90ZNWq8K1P0dyd44A4hHYK/Vd1tpbvr+MHbRs/kawU3fjFoycw4H5MzoT3VlnFgqqKcgZgo9BTHLPgWBbdIsgacgXjf8KQhd9+vCjrrkmsZFeQXxBES1GtgnIGrh++UBNCi2Sn/hXt/ZTu5z/sETEEVi/jxD/icgisT8/RMQGcX52ycgQIvwx2KkFze71oUEMzsLEetLDvU704cPzcJHCd6hW0vgOPCD2ceBP+5sZgNJZw4w1jES7wA43wo4Mwq4fp4NH42TN0jeUfwm+B3FnTNdIBO9Bm8Kv6N4LuEz4XOFTkPz7GkI26R5Aqeh+YafhnTd88lOQ/MFT0NCMxvY89ZvOb1cYPrz1uhFSC/uLd8z0gtqxfzpQhtNbwFBvoDkTmIhIRMvFGLity0TY5v0tgATv2M4E+u63yFj4ncsE7svDxMvcnq5OKxMvMjHxIsDYOJFQJAvBj+/15nw+b3FtczP8V0WK/c98JPujAP1HsFALTH9gVB93lgioPafIFGr3wXu8kuBoDzB8/CPGHiWEgD8fSnGQN/OIJ9gXQZ+gjX9Qj/ZtxyYZzOgfdSc5GNzVhAKMyuEhJkPrDCDbdIHAsLMh4YLM7ruD8mEmQ/5hBmJB7L+iO3Of6XTy1VhFWZW+oSZVQEIMyuBIF8ldCeDZuKPCJn4IyEm/tgyMbZJHwsw8WrDmVjXvZqMiVdbJvbEdue/xunlJ2Fl4jU+Jv4kACZeAwT5J1bRVsA1EMvxUxaLZK0dKLWWYKDWmW6R6PPGOgGL5CSJRfIpcJdfDwTlSWuRqPUEAN8gxRhou2AjcDhbAe2C1iR2wSZCkWKTkEjxmRUpsE36TECk2Gy4SKHr3kwmUmzmEynKCMb2iBRbnF5uDatIscUnUmwNQKTYAgT51loyQ4dm4m2ETLxNiIm3WybGNmm7ABPvMJyJdd07yJh4h2Vi9+Vh4p1OLz8PKxPv9DHx5wEw8U4gyD8HMjGrugtcA7Ecv2CxC3ZZu0DtIhio3abbBfq8sVvALjhFYhd8Adzl9wBBecraBWoPAcC/ZLEL9gKHsw3QLmhLYhfsIxQp9gmJFPutSIFt0n4BkeKA4SKFrvsAmUhxgE+kiBeM7REpDjq9/CqsIsVBn0jxVQAixUEgyL+qJTN0aCY+RMjEh4SY+GvLxNgmfS3AxIcNZ2Jd92EyJj5smdh9eZj4G6eX34aVib/xMfG3ATDxN0CQfwtkYlZ1F7gGYjl+x2IXHLF2gTpCMFDfm24X6PPG9wJ2wWkSu+A74C5/FAjK09YuUEcJAP4Di11wDDicHYB2QUcSu+BHQpHiRyGR4rgVKbBNOi4gUvxkuEih6/6JTKT4iU+kSBCM7REpTji9/DmsIsUJn0jxcwAixQkgyH+uJTN0aCY+ScjEJ4WY+BfLxNgm/SLAxKcMZ2Jd9ykyJj5lmdh9eZj4V6eXp8PKxL/6mPh0AEz8KxDkp4FMzKruAtdALMffWOyCM9YuUGcIBup30+0Cfd74XcAuOENiF/wG3OXPAkF5xtoF6iwBwM+x2AXngcPZGWgXdCGxC2Jq84kU7pzjorzc+WaqfeG1FSmijVn7fxYUHTczcGCl6s5cG94jUZEiMxBQAYkUZQVje0SKLE4vL3L1NFQihV6AWFex7oXwJ5T+u6NmEiDIL6otM3RoJs5KyMRZhZj4YsvE2CZdLMDE2QxnYl13NjImzmaZ2H15mPgSp5fZw8rEl/iYOHsATHwJEOTZgUzMqu4C10Asx0sFcsww0WgHKgcuUVq7IAfBQF2GzhGdoD5vXFYbP6BnSeyCS4G7fE4gKM9au0DlJAD45VKMgbYLcgGHsxvQLuhOYhdcQShSXCEkUuS2IgW2SbkFRIorDRcpdN1XkokUV/KJFOUEY3tEijxOL68Kq0iRxydSXBWASJEHCPKrassMHZqJ8xIycV4hJr7aMjG2SVcLMHE+w5lY152PjInzWSZ2Xx4mvsbpZf6wMvE1PibOHwATXwMEeX4gE7Oqu8A1EMvxWha7oIC1C1QBgoG6znS7QJ83rhOwC86T2AXXAnf5gkBQnrd2gSpIAPDrWeyCQsDh7AG0C3qS2AWxhCJFrJBIUdiKFNgmFRYQKYoYLlLououQiRRF+ESKRMHYHpGiqNPLG8IqUhT1iRQ3BCBSFAWC/IbaMkOHZuJihExcTIiJb7RMjG3SjQJMXNxwJtZ1Fydj4uKWid2Xh4lvcnpZIqxMfJOPiUsEwMQ3AUFeAsjErOoucA3EcryZxS4oae0CVZJgoG4x3S7Q541bBOyCTNs47IKbgbt8KSAokevHaheUIgD4rSx2QWngcPYC2gW9SeyCOEKRIk5IpFBWpMA2SQmIFGUMFyl03WXIRIoyfCJFecHYHpEi3ullQlhFinifSJEQgEgRDwR5Qm2ZoUMzcVlCJi4rxMTlLBNjm1ROgIkTDWdiXXciGRMnWiZ2Xx4mLu/0skJYmbi8j4krBMDE5YEgrwBkYlZ1F7gGYjlWZLELKlm7QFUiGKjKptsF+rxRWcAuyEJiF1QE7vJVgKDMYu0CVYUA4FVZ7IJqwOHsA7QL+pLYBRFCkSIiJFJUtyIFtknVBUSKJMNFCl13EplIkcQnUlQQjO0RKWo4vawZVpGihk+kqBmASFEDCPKatWWGDs3EtQiZuJYQE9e2TIxtUm0BJq5jOBPruuuQMXEdy8Tuy8PEdZ1eJoeViev6mDg5ACauCwR5MpCJWdVd4BqI5ViPxS6ob+0CVZ9goFJMtwv0eSNFwC7ISmIX1APu8g2AoMxq7QLVgADgDVnsgkbA4ewHtAv6k9gFjQlFisZCIsVtVqTANuk2AZHidsNFCl337WQixe18IkU7wdgekaKJ08umYRUpmvhEiqYBiBRNgCBvWltm6NBMfAchE98hxMR3WibGNulOASZuZjgT67qbkTFxM8vE7svDxM2dXrYIKxM39zFxiwCYuDkQ5C2ATMyq7gLXQCzHlix2QStrF6hWBAPV2nS7QJ83WgvYBdlI7IKWwF3+LiAos1m7QN1FAPC7WeyCNsDhHAC0CwaS2AVtCUWKtkIiRTsrUmCb1E5ApGhvuEih625PJlK05xMp2gvG9ogUHZxedgyrSNHBJ1J0DECk6AAEecfaMkOHZuJOhEzcSYiJUy0TY5uUKsDEnQ1nYl13ZzIm7myZ2H15mLiL08t7wsrEXXxMfE8ATNwFCPJ7gEzMqu4C10Asx64sdkE3axeobgQD1d10u0CfN7oL2AXZSeyCrsBd/l4gKLNbu0DdSwDw+1jsgh7A4RwEtAsGk9gFPQlFip5CIsX9VqTANul+AZHiAcNFCl33A2QixQN8IkUHwdgekaKX08veYRUpevlEit4BiBS9gCDvXVtm6NBM/CAhEz8oxMQPWSbGNukhASbuYzgT67r7kDFxH8vE7svDxH2dXj4cVibu62PihwNg4r5AkD8MZGJWdRe4BmI5PsJiF/SzdoHqRzBQ/U23C/R5o7+AXZCDxC54BLjLPwoEZQ5rF6hHCQD+GItdMAA4nEOAdsFQErtgIKFIMVBIpHjcihTYJj0uIFI8YbhIoet+gkykeIJPpOgoGNsjUgxyejk4rCLFIJ9IMTgAkWIQEOSDa8sMHZqJnyRk4ieFmPgpy8TYJj0lwMRDDGdiXfcQMiYeYpnYfXmYeKjTy6fDysRDfUz8dABMPBQI8qeBTMyq7gLXQCzHZ1jsgmHWLlDDCAZquOl2gT5vDBewC3KS2AXPAHf5Z4GgzGntAvUsAcCfY7ELRgCHcxjQLhhOYheMJBQpRgqJFKOsSIFt0igBkWK04SKFrns0mUgxmk+k6CQY2yNSjHF6OTasIsUYn0gxNgCRYgwQ5GNrywwdmomfJ2Ti54WY+AXLxNgmvSDAxOMMZ2Jd9zgyJh5nmdh9eZh4vNPLCWFl4vE+Jp4QABOPB4J8ApCJWdVd4BqI5fgii10w0doFaiLBQE0y3S7Q541JAnZBLhK74EXgLv8SEJS5rF2gXiIA+MssdsFk4HCOANoFI0nsgimEIsUUIZHiFStSYJv0ioBIMdVwkULXPZVMpJjKJ1KkCsb2iBTTnF5OD6tIMc0nUkwPQKSYBgT59NoyQ4dm4lcJmfhVISZ+zTIxtkmvCTDxDMOZWNc9g4yJZ1gmdl8eJp7p9HJWWJl4po+JZwXAxDOBIJ8FZGJWdRe4BmI5vs5iF8y2doGaTTBQc0y3C/R5Y46AXZCbxC54HbjLvwEEZW5rF6g3CAD+JotdMBc4nGOAdsFYErtgHqFIMU9IpJhvRQpsk+YLiBRvGS5S6LrfIhMp3qITKVScXGyvSLHA6eXCsIoUC3wixcIARIoFQJAvrC0zdGgmfpuQid8WYuJ3LBNjm/SOABMvMpyJdd2LyJh4kWViT3B3/oudXr4bViZe7GPidwNg4sVAkL8LZGJWdffd2ubn+B6LXbDE2gVqCcFALTXdLtDnjaUCdkEeErvgPeAu/z4QlHmsXaDeJwD4Mha7YDlwOMcB7YLxJHbBCkKRYoWQSPGBFSmwTfpAQKT40HCRQtf9IZlI8SGfSKHkYntFipVOL1eFVaRY6RMpVgUgUqwEgnxVbZmhQzPxR4RM/JEQE39smRjbpI8FmHi14Uys615NxsSrLRN7grvzX+P08pOwMvEaHxN/EgATrwGC/BMgE7Oqu5/UNj/HT1nsgrXWLlBrCQZqnel2gT5vrBOwC/KS2AWfAnf59UBQ5rV2gVpPAPANLHbBRuBwTgTaBZNI7IJNhCLFJiGR4jMrUmCb9JmASLHZcJFC172ZTKTYzCdSlJGL7RUptji93BpWkWKLT6TYGoBIsQUI8q21ZYYOzcTbCJl4mxATb7dMjG3SdgEm3mE4E+u6d5Ax8Q7LxJ7g7vx3Or38PKxMvNPHxJ8HwMQ7gSD/HMjErOru57XNz/ELFrtgl7UL1C6Cgdptul2gzxu7BeyCfCR2wRfAXX4PEJT5rF2g9hAA/EsWu2AvcDgnA+2CKSR2wT5CkWKfkEix34oU2CbtFxApDhguUui6D5CJFAf4RIp4udhekeKg08uvwipSHPSJFF8FIFIcBIL8q9oyQ4dm4kOETHxIiIm/tkyMbdLXAkx82HAm1nUfJmPiw5aJPcHd+X/j9PLbsDLxNz4m/jYAJv4GCPJvgUzMqu5+W9v8HL9jsQuOWLtAHSEYqO9Ntwv0eeN7AbsgP4ld8B1wlz8KBGV+axeoowQA/4HFLjgGHM5pQLtgOold8COhSPGjkEhx3IoU2CYdFxApfjJcpNB1/0QmUvzEJ1IkyMX2ihQnnF7+HFaR4oRPpPg5AJHiBBDkP9eWGTo0E58kZOKTQkz8i2VibJN+EWDiU4Yzsa77FBkTn7JM7Anuzv9Xp5enw8rEv/qY+HQATPwrEOSngUzMqu6erm1+jr+x2AVnrF2gzhAM1O+m2wX6vPG7gF1QgMQu+A24y58FgrKAtQvUWQKAn2OxC84Dh3MG0C6YSWIXxNThEyncOcdFebnzzVTnwmsrUkQbs87/LCg6bmbgwErVnbkOvEeiIkVmIKACEinKysX2ihRZnF5e5OppqEQKvQCxrmLdC+FPKP13R80kQJBfVEdm6NBMnJWQibMKMfHFlomxTbpYgImzGc7Euu5sZEyczTKxJ7g7/0ucXmYPKxNf4mPi7AEw8SVAkGcHMjGrupu9jvk5XiqQY4aJRjtQOXCJ0toFOQgG6jJ0jugE9Xnjsjr4AS1IYhdcCtzlcwJBWdDaBSonAcAvl2IMtF2QCzics4F2wRwSu+AKQpHiCiGRIrcVKbBNyi0gUlxpuEih676STKS4kk+kKCcX2ytS5HF6eVVYRYo8PpHiqgBEijxAkF9VR2bo0Eycl5CJ8wox8dWWibFNulqAifMZzsS67nxkTJzPMrEnuDv/a5xe5g8rE1/jY+L8ATDxNUCQ5wcyMau6m7+O+Tley2IXFLB2gSpAMFDXmW4X6PPGdQJ2QSESu+Ba4C5fEAjKQtYuUAUJAH49i11QCDicc4F2wTwSuyCWUKSIFRIpCluRAtukwgIiRRHDRQpddxEykaIIn0iRKBfbK1IUdXp5Q1hFiqI+keKGAESKokCQ31BHZujQTFyMkImLCTHxjZaJsU26UYCJixvOxLru4mRMXNwysSe4O/+bnF6WCCsT3+Rj4hIBMPFNQJCXADIxq7pboo75Od7MYheUtHaBKkkwULeYbhfo88YtAnZBYRK74GbgLl8KCMrC1i5QpQgAfiuLXVAaOJwLgHbBQhK7II5QpIgTEimUFSmwTVICIkUZw0UKXXcZMpGiDJ9IUV4utlekiHd6mRBWkSLeJ1IkBCBSxANBnlBHZujQTFyWkInLCjFxOcvE2CaVE2DiRMOZWNedSMbEiZaJPcHd+Zd3elkhrExc3sfEFQJg4vJAkFcAMjGruluhjvk5VmSxCypZu0BVIhioyqbbBfq8UVnALihKYhdUBO7yVYCgLGrtAlWFAOBVWeyCasDhXAS0CxaT2AURQpEiIiRSVLciBbZJ1QVEiiTDRQpddxKZSJHEJ1JUkIvtFSlqOL2sGVaRooZPpKgZgEhRAwjymnVkhg7NxLUImbiWEBPXtkyMbVJtASauYzgT67rrkDFxHcvEnuDu/Os6vUwOKxPX9TFxcgBMXBcI8mQgE7Oqu8l1zM+xHotdUN/aBao+wUClmG4X6PNGioBdUIzELqgH3OUbAEFZzNoFqgEBwBuy2AWNgMO5BGgXLCWxCxoTihSNhUSK26xIgW3SbQIixe2GixS67tvJRIrb+USKdnKxvSJFE6eXTcMqUjTxiRRNAxApmgBB3rSOzNChmfgOQia+Q4iJ77RMjG3SnQJM3MxwJtZ1NyNj4maWiT3B3fk3d3rZIqxM3NzHxC0CYOLmQJC3ADIxq7rboo75ObZksQtaWbtAtSIYqNam2wX6vNFawC4oTmIXtATu8ncBQVnc2gXqLgKA381iF7QBDudyoF2wgsQuaEsoUrQVEinaWZEC26R2AiJFe8NFCl13ezKRoj2fSNFeLrZXpOjg9LJjWEWKDj6RomMAIkUHIMg71pEZOjQTdyJk4k5CTJxqmRjbpFQBJu5sOBPrujuTMXFny8Se4O78uzi9vCesTNzFx8T3BMDEXYAgvwfIxKzq7j11zM+xK4td0M3aBaobwUB1N90u0OeN7gJ2QQkSu6ArcJe/FwjKEtYuUPcSAPw+FrugB3A4VwLtglUkdkFPQpGip5BIcb8VKbBNul9ApHjAcJFC1/0AmUjxAJ9I0UEutlek6OX0sndYRYpePpGidwAiRS8gyHvXkRk6NBM/SMjEDwox8UOWibFNekiAifsYzsS67j5kTNzHMrEnuDv/vk4vHw4rE/f1MfHDATBxXyDIHwYyMau6+3Ad83N8hMUu6GftAtWPYKD6m24X6PNGfwG7oCSJXfAIcJd/FAjKktYuUI8SAPwxFrtgAHA4VwPtgjUkdsFAQpFioJBI8bgVKbBNelxApHjCcJFC1/0EmUjxBJ9I0VEutlekGOT0cnBYRYpBPpFicAAixSAgyAfXkRk6NBM/ScjETwox8VOWibFNekqAiYcYzsS67iFkTDzEMrEnuDv/oU4vnw4rEw/1MfHTATDxUCDInwYyMau6+3Qd83N8hsUuGGbtAjWMYKCGm24X6PPGcAG7oBSJXfAMcJd/FgjKUtYuUM8SAPw5FrtgBHA41wLtgnUkdsFIQpFipJBIMcqKFNgmjRIQKUYbLlLoukeTiRSj+USKTnKxvSLFGKeXY8MqUozxiRRjAxApxgBBPraOzNChmfh5QiZ+XoiJX7BMjG3SCwJMPM5wJtZ1jyNj4nGWiT3B3fmPd3o5IaxMPN7HxBMCYOLxQJBPADIxq7o7oY75Ob7IYhdMtHaBmkgwUJNMtwv0eWOSgF1QmsQueBG4y78EBGVpaxeolwgA/jKLXTAZOJwbgXbBJhK7YAqhSDFFSKR4xYoU2Ca9IiBSTDVcpNB1TyUTKabyiRSpcrG9IsU0p5fTwypSTPOJFNMDECmmAUE+vY7M0KGZ+FVCJn5ViIlfs0yMbdJrAkw8w3Am1nXPIGPiGZaJPcHd+c90ejkrrEw808fEswJg4plAkM8CMjGrujurjvk5vs5iF8y2doGaTTBQc0y3C/R5Y46AXaBI7ILXgbv8G0BQKmsXqDcIAP4mi10wFzicW4B2wdatwWwU0a7fPOD6JQPXrx4wluT6zf/3r5/o/L0FXL+jwPX7Abx+6BsRfSx8Nws+bvw22brjoruUrvl9gboThG7sMoPrB/ZHJWwze8bXZ5aZ8USCGV8uUHd5khkH9kcha9b90AZFOge+l/biXNqfS5w/lzp/6mtBGq8tdA6gF7vWaLnzM/rf03/27bTX7/ikP7TstyILLtYiIGcHZWwtyyJjbC22xha2SYsFjK13DTe2dN3vChlbEuS0SEBZe6/O/81GvSTt9y79i416iWujfj/t9bIMfvZ952ffd35WbwTL016vEN7UkXP9AXBT/9+s/4dpv3flX6z/h671X5X2+qO/WP9VrvX/OO316gx+dpnzsx87P6tzXJP2+hOnVxJ7z3IBvFQy/CZWz9MagborB6TAR5vnp0A8AXutpNYP3ee1//3eFueLFdhN5lqhp6fW2ZtMbJPWCdxkrjf8JlPXvZ7s6an1gk9PoVWL+Wm/AOmmLKsVEzNfuF9Rxlb+v3Cv7wYn943/4Omu8zF/niH/013nY/7+6a6M4vyfPd2lF2CZq9iNruHwJ4T63RuAm9Cmv4hVPrFT+9TEhPh2cQmp7dPilEvtFN+uTAWVWj4+LXx8gmrfrlNcx4T2ieUSypVPTQzs+eVNQgz8mWVgbJM+E2DgzYYzsK57c0AyT7T1b3RyRcetZugDVP48kbO0BXhXUA3sZ+hNTOdX3YmJnvn0uyL0HFU3XP5Iv3tD151kpvzxpyM38kZkIzBWDZIHOIHzrYAzo2qQyEdbCeWjrUI3r9vszSu2SdsEbl63G37zquveTuRRSuT6n96Ah85/YxQbQarn6hSY3LPDWe+d/0DuScpg7fxyT1LM38s9GcX5W7lHYthAsf64I99R50KxmZ1FrR7jvdB3HMA61E7gZvY5DAypqenr+bngiUev40aBO/86Zj2t+ae7JF33DoG66xr+lKque6dA3cmGnlT8BIPcN9wzHu361SM56QHnWwFnRtUL6GnhaPu8A8g1XwCVOh1Dglu+qCOzhyF7LaEivl8LX3cjAhVxuUDdjUkeotoFxCOw16qx4XOj8bJBYG6aEOBlo0DdTUnwshuIF2CvVVMCvHwpMDfNCPCyV6Du5iR42QPEC7DXqjkBXn4QmJtWBHg5JlB3axK8fAnEC7DXqjUBXs4JzE0bArycF6i7LQle9gLxAuy1akuAl8tr4+emAwFecgnU3ZEEL/uAeAH2WnUkwMv1AnPTmQAvhQTq7kKCl/1AvAB7rboQ4OVWgbnpRoCX0gJ1dyfBywEgXoC9Vt0J8FJVYG56EOClmkDdPUnwchCIF2CvVU8CvDQUmJteBHhpJFB3bxK8fAXEC7DXqjcBXu4WmJs+BHhpI1B3XxK8HALiBdhr1ZcAL/cJzE0/Arz0EKi7PwlevgbiBdhr1Z8AL48JzM0AArwMEKh7IAleDgPxAuy1GkiAl+cE5mYQAV5GCNQ9mAQv3wDxAuy1GkyAl5cF5mYIAV4mC9Q9lAQv3wLxAuy1GkqAlzcF5mYYAV7mCtQ9nAQv3wHxAuy1Gk6Al2UCczOC4f0vAnWPJMHLESBegL1WIwnwskFgbsYwvP9FoO6xJHj5HogXYK/VWAK8fCkwN+MY3v8iUPd4ErwcBeIF2Gs1ngAvPwjMzUSG978I1D2JBC8/APEC7LWaRICXcwJzM5nh/S8CdU8hwcsxIF6AvVZTCPByucDnfExjeP+LQN3TSfDyIxAvwF6r6QR4uV5gbmYwvP9FoO6ZJHg5DsQLsNdqJgFebhWYm9kM738RqHsOCV5+AuIF2Gs1hwAvVQXmZi7D+18E6p5HgpcTQLwAe63mEeClocDcLGB4/4tA3QtJ8PIzEC/AXquFBHi5W2BuFjG8/0Wg7sUkeDkJxAuw12oxAV7uE5ibJQzvfxGoeykJXn4B4gXYa7WUAC+PCczNcob3vwjUvYIEL6eAeAH2Wq0gwMtzAnOzkuH9LwJ1ryLBy69AvAB7rVYR4OVlgblZzfD+F4G615Dg5TQQL8BeqzUEeHlTYG7WMrz/RaDudSR4+Q2IF2CvFXL99Jf+3Z/W4Fgnnv4OD/29BPqz1vXnR+vPxNWf86k/u1B/Hpv+jCn9uTn6s0D05xvo92zr96Hq99bp9wvp90Do57r1s6r6+Tv9TJF+TkJ7v9rP0hq91h21lqLPh/qeV/O43pt+qxPjudBzd6aOzNyh8/wdOHe6vw9kuvA9TnoNfhde57PA73gK6tt8zwp9m+85+22+2CadE/g23/OGf5uvrvt8HXiPxL7NVyJX/7f5ZgbnrW/y5tXB3jzNF+qZ/0Ll7F7fmLr/80emuhf+6j99Q3Bh1/+WyfVnJlevCsf8/TcEZxTnX/ENwXoxY10LpxfVv/Oa/A3BOt/0WNFukJnr4tc38z9Yz6jvRHB5q+rA00CS8CkS8W2VMXXxcTcS1J1JoO5NhqsGuu4sAnV/FpBqEBfdpYBzqYC9VlLrh+7zRUCuCer0eBGY09KvrK6bL3t6jDKmblLWuvi4FwMHVqrui+vCeyRGHhK52tPj/1wxGVyonN3rm83p4SX29PjfX+kLlc13eryE7PR4CXCDzC5weswewOnxUnt6/K9PUdkEThPbCOq+RKDu7QSnx0sF6t5BcnoEzqUC9loh10+T/gMZHMvQ/UHP5iV1zc8xR12ZOYcD8jIgIbIO1GUEA5UTnSNcp0hLMKcAY+wiYYwcwLvry4Gg3EVwp3G5wNzkqotlyvsJN7ZcBBvbFaZvbCvSBvRtgccv9xgOzEVpNX8qUPeXJI+d5gZuwsBeK6n1ywxeP7d0FW2sK4G9kMCKFInlqWs+eecWqHu/4XujJq0rBeo+QLI3XgXEI7DX6sA2mpu+P4xd9GzmIbjpu6quzJzDAZk3+lNdGSeWCuopiLxCT0FcbZ+CwDbpaoGnIPIZ/hSErjuf0FMQ6ZfkmsZFeQXxBMScWtgnIN7CPwHhATQotkp/4V7fa5xZy/8PnoAoEvPnGfI/AVEk5u+fgMgozt8+AQFahD8WI724a+peSDCzsxCxvuRQvzN9+NAsfIjgHbpvCUglX5t9HPjjzuYaIOnkB8Y6TOIdAOdbAWdGAdfPs+GjcXKt0HECnWcB4LFZk1ivTBfIRK9BgboxMZL5X0f4TPh1QqehgvY0hG1SQYHT0PWGn4Z03deTnYauFzwNCc1sYM9bF3J6GWv689boRUgvrpDvGenYujF/utBGUyEgyGNJ7iQKEzJxYSEmLmKZGNukIgJMXNRwJtZ1FyVj4qKWid2Xh4lvcHpZLKxMfIOPiYsFwMQ3AEFeDPz8Xi/C5/eK1TU/xxtZrNzi4CfdGQeqOMFA3WT6A6H6vHGTwMM/R0jU6huBu3wJICiP8Dz8IwaeEgQAv1mKMdC3M8gnWEuCn2BNv9BP9t0CzLMR0D5qTPKxOaUIhZlSQsLMrVaYwTbpVgFhprThwoyuuzSZMFOaT5iReCDrj9ju/OOcXqqwCjNxPmFGBSDMxAFBroTuZNBMXIaQicsIMXG8ZWJsk+IFmDjBcCbWdSeQMXGCZWJPbHf+ZZ1elgsrE5f1MXG5AJi4LBDk5ayirYBrIJZjIotFUt4OlCpPMFAVTLdI9HmjgoBFcpTEIkkE7vIVgaA8ai0SVZEA4JWkGANtF1QGDmcToF3QlMQuqEIoUlQREimqWpEC26SqAiJFNcNFCl13NTKRohqfSFFGMLZHpIg4vaweVpEi4hMpqgcgUkSAIK9eV2bo0EycRMjESUJMXMMyMbZJNQSYuKbhTKzrrknGxDUtE7svDxPXcnpZO6xMXMvHxLUDYOJaQJDXBjIxq7oLXAOxHOuw2AV1rV2g6hIMVLLpdoE+byQL2AXHSOyCOsBdvh4QlMesXaDqEQC8PotdkAIczmZAu6A5iV3QgFCkaCAkUjS0IgW2SQ0FRIpGhosUuu5GZCJFIz6RIl4wtkekaOz08rawihSNfSLFbQGIFI2BIL+trszQoZn4dkImvl2IiZtYJsY2qYkAEzc1nIl13U3JmLipZWL35WHiO5xe3hlWJr7Dx8R3BsDEdwBBfieQiVnVXeAaiOXYjMUuaG7tAtWcYKBamG4X6PNGCwG74DiJXdAMuMu3BILyuLULVEsCgLdisQtaA4ezFdAuaE1iF9xFKFLcJSRS3G1FCmyT7hYQKdoYLlLoutuQiRRt+ESKBMHYHpGirdPLdmEVKdr6RIp2AYgUbYEgb1dXZujQTNyekInbCzFxB8vE2CZ1EGDijoYzsa67IxkTd7RM7L48TNzJ6WVqWJm4k4+JUwNg4k5AkKcCmZhV3QWugViOnVnsgi7WLlBdCAbqHtPtAn3euEfALjhBYhd0Bu7yXYGgPGHtAtWVAODdWOyC7sDhbAO0C9qS2AX3EooU9wqJFPdZkQLbpPsERIoehosUuu4eZCJFDz6RoqxgbI9I0dPp5f1hFSl6+kSK+wMQKXoCQX5/XZmhQzPxA4RM/IAQE/eyTIxtUi8BJu5tOBPrunuTMXFvy8Tuy8PEDzq9fCisTPygj4kfCoCJHwSC/CEgE7Oqu8A1EMuxD4td0NfaBaovwUA9bLpdoM8bDwvYBSdJ7II+wF3+ESAoT1q7QD1CAPB+LHZBf+BwdgDaBR1J7IJHCUWKR4VEisesSIFt0mMCIsUAw0UKXfcAMpFiAJ9IUU4wtkekGOj08vGwihQDfSLF4wGIFAOBIH+8rszQoZn4CUImfkKIiQdZJsY2aZAAEw82nIl13YPJmHiwZWL35WHiJ51ePhVWJn7Sx8RPBcDETwJB/hSQiVnVXeAaiOU4hMUuGGrtAjWUYKCeNt0u0OeNpwXsglMkdsEQ4C7/DBCUp6xdoJ4hAPgwFrtgOHA4OwPtgi4kdsGzhCLFs0IixXNWpMA26TkBkWKE4SKFrnsEmUgxgk+kSBSM7REpRjq9HBVWkWKkT6QYFYBIMRII8lF1ZYYOzcSjCZl4tBATj7FMjG3SGAEmHms4E+u6x5Ix8VjLxO7Lw8TPO718IaxM/LyPiV8IgImfB4L8BSATs6q7wDUQy3Eci10w3toFajzBQE0w3S7Q540JAnbBaRK7YBxwl38RCMrT1i5QLxIAfCKLXTAJOJzdgHZBdxK74CVCkeIlIZHiZStSYJv0soBIMdlwkULXPZlMpJjMJ1KUF4ztESmmOL18JawixRSfSPFKACLFFCDIX6krM3RoJp5KyMRThZh4mmVibJOmCTDxdMOZWNc9nYyJp1smdl8eJn7V6eVrYWXiV31M/FoATPwqEOSvAZmYVd0FroFYjjNY7IKZ1i5QMwkGapbpdoE+b8wSsAvOkNgFM4C7/OtAUJ6xdoF6nQDgs1nsgjnA4ewBtAt6ktgFbxCKFG8IiRRvWpEC26Q3BUSKuYaLFLruuWQixVw+kaKCYGyPSDHP6eX8sIoU83wixfwARIp5QJDPryszdGgmfouQid8SYuIFlomxTVogwMQLDWdiXfdCMiZeaJnYfXmY+G2nl++ElYnf9jHxOwEw8dtAkL8DZGJWdRe4BmI5LmKxCxZbu0AtJhiod023C/R5410Bu+AsiV2wCLjLvwcE5VlrF6j3CAC+hMUuWAoczl5Au6A3iV3wPqFI8b6QSLHMihTYJi0TECmWGy5S6LqXk4kUy/lEinaCsT0ixQqnlx+EVaRY4RMpPghApFgBBPkHdWWGDs3EHxIy8YdCTLzSMjG2SSsFmHiV4Uys615FxsSrLBO7Lw8Tf+T08uOwMvFHPib+OAAm/ggI8o+BTMyq7gLXQCzH1Sx2wRprF6g1BAP1iel2gT5vfCJgF5wnsQtWA3f5T4GgPG/tAvUpAcDXstgF64DD2QdoF/QlsQvWE4oU64VEig1WpMA2aYOASLHRcJFC172RTKTYyCdStBeM7REpNjm9/CysIsUmn0jxWQAixSYgyD+rKzN0aCbeTMjEm4WYeItlYmyTtggw8VbDmVjXvZWMibdaJnZfHibe5vRye1iZeJuPibcHwMTbgCDfDmRiVnUXuAZiOe5gsQt2WrtA7SQYqM9Ntwv0eeNzAbsg03YOu2AHcJf/AghK5Pqx2gVfEAB8F4tdsBs4nP2AdkF/ErtgD6FIsUdIpPjSihTYJn0pIFLsNVyk0HXvJRMp9vKJFB0EY3tEin1OL/eHVaTY5xMp9gcgUuwDgnx/XZmhQzPxAUImPiDExActE2ObdFCAib8ynIl13V+RMfFXlondl4eJDzm9/DqsTHzIx8RfB8DEh4Ag/xrIxKzqLnANxHI8zGIXfGPtAvUNwUB9a7pdoM8b3wrYBVlI7ILDwF3+OyAos1i7QH1HAPAjLHbB98DhHAC0CwaS2AVHCUWKo0IixQ9WpMA26QcBkeKY4SKFrvsYmUhxjE+k6CgY2yNS/Oj08nhYRYoffSLF8QBEih+BID9eV2bo0Ez8EyET/yTExCcsE2ObdEKAiX82nIl13T+TMfHPlondl4eJTzq9/CWsTHzSx8S/BMDEJ4Eg/wXIxKzqLnANxHI8xWIX/GrtAvUrwUCdNt0u0OeN0wJ2QVYSu+AUcJf/DQjKrNYuUL8RAPwMi13wO3A4BwHtgsEkdsFZQpHirJBIcc6KFNgmnRMQKc4bLlLous+TiRTn+USKToKxPSJFTLKz5skX/ipUIoVegFhXse6F8CeU/rujBmYyLlamZJmhQzNx5mQ+Js6cLMPEWVwzZpk4ypi6SXpB0XEvAg6sVN0XJcN7JMrEFyVbJnZdHibO6vTy4rAycVYfE18cABNnBYL8YiATs6q7wDUQyzGbQI4ZJhrtQF2SDNx5SQfqEoKByo7OEX7Pl5Zg9mT8gGYjsQuyAXf5S4GgzGbtAnUpAcBzSDEG2i64DDicQ4B2wVASuyAnoUiRU0ikuNyKFNgmXS4gUuQyXKTQdeciEyly8YkUqYKxPSLFFU4vc4dVpLjCJ1LkDkCkuAII8tzJMkOHZuIrCZn4SiEmzmOZGNukPAJMfJXhTKzrvoqMia+yTOy+PEyc1+nl1WFl4rw+Jr46ACbOCwT51UAmZlV3gWsglmM+FrvgGmsXqGsIBiq/6XaBPm/kF7ALspPYBfmAu/y1QFBmt3aBupYA4AVY7ILrgMM5DGgXDCexCwoSihQFhUSK661IgW3S9QIiRSHDRQpddyEykaIQnUih4uRie0WKWKeXhcMqUsT6RIrCAYgUsUCQF06WGTo0ExchZOIiQkxc1DIxtklFBZj4BsOZWNd9AxkT32CZ2BPcnX8xp5c3hpWJi/mY+MYAmLgYEOQ3ApmYVd29Mdn8HIuz2AU3WbtA3UQwUCVMtwv0eaOEgF2Qg8QuKA7c5W8GgjKHtQvUzQQAL8liF9wCHM4RQLtgJIldUIpQpCglJFLcakUKbJNuFRApShsuUui6S5OJFKX5RAolF9srUsQ5vVRhFSnifCKFCkCkiAOCXCXLDB2aicsQMnEZISaOt0yMbVK8ABMnGM7Euu4EMiZOsEzsCe7Ov6zTy3JhZeKyPiYuFwATlwWCvByQiVnV3XLJ5ueYyGIXlLd2gSpPMFAVTLcL9HmjgoBdkJPELkgE7vIVgaDMae0CVZEA4JVY7ILKwOEcA7QLxpLYBVUIRYoqQiJFVStSYJtUVUCkqGa4SKHrrkYmUlTjEynKyMX2ihQRp5fVwypSRHwiRfUARIoIEOTVk2WGDs3ESYRMnCTExDUsE2ObVEOAiWsazsS67ppkTFzTMrEnuDv/Wk4va4eViWv5mLh2AExcCwjy2kAmZlV3ayebn2MdFrugrrULVF2CgUo23S7Q541kAbsgF4ldUAe4y9cDgjKXtQtUPQKA12exC1KAwzkOaBeMJ7ELGhCKFA2ERIqGVqTANqmhgEjRyHCRQtfdiEykaMQnUsTLxfaKFI2dXt4WVpGisU+kuC0AkaIxEOS3JcsMHZqJbydk4tuFmLiJZWJsk5oIMHFTw5lY192UjImbWib2BHfnf4fTyzvDysR3+Jj4zgCY+A4gyO8EMjGruntnsvk5NmOxC5pbu0A1JxioFqbbBfq80ULALshNYhc0A+7yLYGgzG3tAtWSAOCtWOyC1sDhnAi0CyaR2AV3EYoUdwmJFHdbkQLbpLsFRIo2hosUuu42ZCJFGz6RIkEutlekaOv0sl1YRYq2PpGiXQAiRVsgyNslywwdmonbEzJxeyEm7mCZGNukDgJM3NFwJtZ1dyRj4o6WiT3B3fl3cnqZGlYm7uRj4tQAmLgTEOSpQCZmVXdTk83PsTOLXdDF2gWqC8FA3WO6XaDPG/cI2AV5SOyCzsBdvisQlHmsXaC6EgC8G4td0B04nJOBdsEUErvgXkKR4l4hkeI+K1Jgm3SfgEjRw3CRQtfdg0yk6MEnUpSVi+0VKXo6vbw/rCJFT59IcX8AIkVPIMjvT5YZOjQTP0DIxA8IMXEvy8TYJvUSYOLehjOxrrs3GRP3tkzsCe7O/0Gnlw+FlYkf9DHxQwEw8YNAkD8EZGJWdfehZPNz7MNiF/S1doHqSzBQD5tuF+jzxsMCdkFeErugD3CXfwQIyrzWLlCPEAC8H4td0B84nNOAdsF0ErvgUUKR4lEhkeIxK1Jgm/SYgEgxwHCRQtc9gEykGMAnUpSTi+0VKQY6vXw8rCLFQJ9I8XgAIsVAIMgfT5YZOjQTP0HIxE8IMfEgy8TYJg0SYOLBhjOxrnswGRMPtkzsCe7O/0mnl0+FlYmf9DHxUwEw8ZNAkD8FZGJWdfepZPNzHMJiFwy1doEaSjBQT5tuF+jzxtMCdkE+ErtgCHCXfwYIynzWLlDPEAB8GItdMBw4nDOAdsFMErvgWUKR4lkhkeI5K1Jgm/ScgEgxwnCRQtc9gkykGMEnUiTKxfaKFCOdXo4Kq0gx0idSjApApBgJBPmoZJmhQzPxaEImHi3ExGMsE2ObNEaAiccazsS67rFkTDzWMrEnuDv/551evhBWJn7ex8QvBMDEzwNB/gKQiVnV3ReSzc9xHItdMN7aBWo8wUBNMN0u0OeNCQJ2QX4Su2AccJd/EQjK/NYuUC8SAHwii10wCTics4F2wRwSu+AlQpHiJSGR4mUrUmCb9LKASDHZcJFC1z2ZTKSYzCdSlJeL7RUppji9fCWsIsUUn0jxSgAixRQgyF9Jlhk6NBNPJWTiqUJMPM0yMbZJ0wSYeLrhTKzrnk7GxNMtE3uCu/N/1enla2Fl4ld9TPxaAEz8KhDkrwGZmFXdfS3Z/BxnsNgFM61doGYSDNQs0+0Cfd6YJWAXFCCxC2YAd/nXgaAsYO0C9ToBwGez2AVzgMM5F2gXzCOxC94gFCneEBIp3rQiBbZJbwqIFHMNFyl03XPJRIq5fCJFBbnYXpFintPL+WEVKeb5RIr5AYgU84Agn58sM3RoJn6LkInfEmLiBZaJsU1aIMDECw1nYl33QjImXmiZ2BPcnf/bTi/fCSsTv+1j4ncCYOK3gSB/B8jErOruO8nm57iIxS5YbO0CtZhgoN413S7Q5413BeyCgiR2wSLgLv8eEJQFrV2g3iMA+BIWu2ApcDgXAO2ChSR2wfuEIsX7QiLFMitSYJu0TECkWG64SKHrXk4mUiznEynaycX2ihQrnF5+EFaRYoVPpPggAJFiBRDkHyTLDB2aiT8kZOIPhZh4pWVibJNWCjDxKsOZWNe9ioyJV1km9gR35/+R08uPw8rEH/mY+OMAmPgjIMg/BjIxq7r7cbL5Oa5msQvWWLtArSEYqE9Mtwv0eeMTAbugEIldsBq4y38KBGUhaxeoTwkAvpbFLlgHHM5FQLtgMYldsJ5QpFgvJFJssCIFtkkbBESKjYaLFLrujWQixUY+kaK9XGyvSLHJ6eVnYRUpNvlEis8CECk2AUH+WbLM0KGZeDMhE28WYuItlomxTdoiwMRbDWdiXfdWMibeapnYE9yd/zanl9vDysTbfEy8PQAm3gYE+XYgE7Oqu9uTzc9xB4tdsNPaBWonwUB9brpdoM8bnwvYBYVJ7IIdwF3+CyAoC1u7QH1BAPBdLHbBbuBwLgHaBUtJ7II9hCLFHiGR4ksrUmCb9KWASLHXcJFC172XTKTYyydSdJCL7RUp9jm93B9WkWKfT6TYH4BIsQ8I8v3JMkOHZuIDhEx8QIiJD1omxjbpoAATf2U4E+u6vyJj4q8sE3uCu/M/5PTy67Ay8SEfE38dABMfAoL8ayATs6q7Xyebn+NhFrvgG2sXqG8IBupb0+0Cfd74VsAuKEpiFxwG7vLfAUFZ1NoF6jsCgB9hsQu+Bw7ncqBdsILELjhKKFIcFRIpfrAiBbZJPwiIFMcMFyl03cfIRIpjfCJFR7nYXpHiR6eXx8MqUvzoEymOByBS/AgE+fFkmaFDM/FPhEz8kxATn7BMjG3SCQEm/tlwJtZ1/0zGxD9bJvYEd+d/0unlL2Fl4pM+Jv4lACY+CQT5L0AmZlV3f0k2P8dTLHbBr9YuUL8SDNRp0+0Cfd44LWAXFCOxC04Bd/nfgKAsZu0C9RsBwM+w2AW/A4dzJdAuWEViF5wlFCnOCokU56xIgW3SOQGR4rzhIoWu+zyZSHGeT6ToJBfbK1LE1HPWvN6FvwqVSKEXINZVrHsh/Aml/+6ogVkPFytTPZmhQzNx5np8TJy5XowIE2dxzZhl4ihj6ibpBUXHvQg4sFJ1X1QP3iNRJr6onmVid3B3/lmdXl4cVibO6mPiiwNg4qxAkF8MZGJWdffieubnmE0gxwwTjXagLqkH3HlJB+oSgoHKjs4Rfs+XlmD2evgBLU5iF2QD7vKXAkFZ3NoF6lICgOeQYgy0XXAZcDhXA+2CNSR2QU5CkSKnkEhxuRUpsE26XECkyGW4SKHrzkUmUuTiEylS5WJ7RYornF7mDqtIcYVPpMgdgEhxBRDkuevJDB2aia8kZOIrhZg4j2VibJPyCDDxVYYzsa77KjImvsoysSe4O/+8Ti+vDisT5/Ux8dUBMHFeIMivBjIxq7p7dT3zc8zHYhdcY+0CdQ3BQOU33S7Q5438AnZBCRK7IB9wl78WCMoS1i5Q1xIAvACLXXAdcDjXAu2CdduC2SiiXb+CwPWrDly/JGAsyfW7/t+/fqLzVwi4foeA6/c1eP3gzyKnxfggCz5uye2ydcdFdyld80cCdd8idGOXGVw/sD/qlu1mz/j6zDIzXppgxlcL1B1HMuPA/ihkzbof2qBI58AP016cS/tzpfPnKudPfcWm8Vph5wB6sWuNVjs/o/89/WeLpL0u6pP+0LLfmiy4WDcAOTsoY+vjLDLGVjFrbGGbVEzA2LrRcGNL132jkLElQU43SDyIW+//ZqO+Ke33lviLjfom10Z9c9rrkhn87EfOz97s/KzeCG5Je11KeFNHzvWtwE39f7P+pdN+b9xfrH9p1/qrtNdl/mL9lWv949NeJ2Twsx87Pxvv/KzOsWza63Lp7yL29Sguuuv/7z23COAl3vCbWD1PZQXqTghIgY82z0QgnoC9VlLrh+5z+f9+b4vzxQrsJrO80NNTFexNJrZJFQRuMisafpOp665I9vRURcGnp9CqxbtpvwDpppSsGxNzvXC/ooyt/H/hXt9KTu6V/8HTXedj/jxD/qe7zsf8/dNdGcX5P3u6Sy/AMlexlV3D4U8I9bsrATehKn8Rq3xip/apiQnx7eISUtunxSmX2im+XZkKKrV8fFr4+ATVvl2nuI4J7RPLJZQrn5oY2PPLVYQYuKplYGyTqgowcDXDGVjXXS0gmSfa+is7uaLjJhr6AJU/T+QsRYB3BYlgP0NvYjq/6k5M9Myn3xWh56iC4fJH+t0buu6KZsoffzpyI29EKgNjVSJ5gBM43wo4M6oSiXxUnVA+qi5085pkb16xTUoSuHmtYfjNq667BpFHKZHrf3oDHjr/ylFsBKmeq1Ngck9NZ71r/QO5JymDtfPLPUkxfy/3ZBTnb+UeiWEDxfrjjrxmvQvFZnYWtXqM90LfcQDrULWAm1ltGBhSU9PXs7bgiUevY2WBO/9qZj2t+ae7JF13TYG6I4Y/parrriVQd3VDTyp+gkHuG+4Zj3b9kkhOesD5VsCZUUkBPS0cbZ9rArmmDlCp0zEkuKVOPZk9DNlrCRXx5rr4uusQqIi3CNRdl+QhqrpAPAJ7reoaPjcaL5UE5qY+AV4qC9SdQoKXZCBegL1WKQR4qS8wN40I8JIiUHdjErzUA+IF2GvVmAAvrQTmpgkBXloL1N2UBC/1gXgB9lo1JcBLN4G5aUaAl+4CdTcnwUsKEC/AXqvmBHjpJzA3rQjw0l+g7tYkeGkAxAuw16o1AV6GCcxNGwK8DBeouy0JXhoC8QLstWpLgJeJAnPTgQAvkwTq7kiCl0ZAvAB7rToS4GW2wNx0JsDLHIG6u5DgpTEQL8Beqy4EeFkiMDfdCPCyVKDu7iR4uQ2IF2CvVXcCvKwVmJseBHhZJ1B3TxK83A7EC7DXqicBXnYJzE0vArzsFqi7NwlemgDxAuy16k2AlyMCc9OHAC/fC9TdlwQvTYF4AfZa9SXAyxmBuelHgJffBeruT4KXO4B4AfZa9SfAS45k/NwMIMDLZQJ1DyTBy51AvAB7rQYS4KWAwNwMIsDLdQJ1DybBSzMgXoC9VoMJ8FJSYG6GMLz/RaDuoSR4aQ7EC7DXaigBXioJzM0whve/CNQ9nAQvLYB4AfZaDSfAS32BuRnB8P4XgbpHkuClJRAvwF6rkQR4aSUwN2MY3v8iUPdYEry0AuIF2Gs1lgAv3QTmZhzD+18E6h5PgpfWQLwAe63GE+Cln8DcTGR4/4tA3ZNI8HIXEC/AXqtJBHgZJjA3kxne/yJQ9xQSvNwNxAuw12oKAV4mCszNNIb3vwjUPZ0EL22AeAH2Wk0nwMtsgbmZwfD+F4G6Z5LgpS0QL8Beq5kEeFkiMDezGd7/IlD3HBK8tAPiBdhrNYcAL2sF5mYuw/tfBOqeR4KX9kC8AHut5hHgZZfA3CxgeP+LQN0LSfDSAYgXYK/VQgK8HBGYm0UM738RqHsxCV46AvEC7LVaTICXMwJzs4Th/S8CdS8lwUsnIF6AvVZLCfCSQ+B7CZYzvP9FoO4VJHhJBeIF2Gu1ggAvBQTmZiXD+18E6l5FgpfOQLwAe62Q66e/9O/RtAbHOvH0d3jo7yXQn7WuPz9afyau/pxP/dmF+vPY9GdM6c/N0Z8Foj/fQL9nW78PVb+3Tr9fSL8HQj/XrZ9V1c/f6WeK9HMS2vvVfpbW6LXuqLUUfT7U97yax/Xe1LlejOeCf45XPZm5Q+d5D3DudH8fy3The5z0GtwjvM5dgd/xFNS3+XYV+jbfbvbbfLFN6ibwbb7dDf82X113d6Jv85XI1f9tvpnBeeubvIL1sDdP1wv1zH+hcnav771O7vf9g28ILuz6/zK5/szk6lXhmL//huCM4vwrviFYL2asa+Huq/fnndfkbwi+D7hB9qiHX98e/2A9o/6UPuDmUAF4GqgofIpEfFvlvQKnyNUEdd8nUPcaw1UDXXdPgbo/CUg1iIvuUsC5VMBeK6n1Q/f5fsLT4/1Cp8cH7OkR26QHBE6PvQw/Peq6exGdHnvZ0yP96bG3k/uD9vT431/pC9Xbd3p8kOz0+CBwg3xI4PT4UACnxz729Phfn6J6C5wm1hPU/aBA3RsITo99BOreSHJ6BM6lAvZaIddPk/5jGRzL0P1Bz+aD9czPsa+Qxw0H5MNAQmQdqIcJBuoRdI7oBLW2/IgAY2whYYy+wLvrfkBQbiG40+gnMDf962GZ8lHCja0/wcb2qOkb25q0AS0iMKDbDAfmDWk1JwrUvZ3ksdPHgJswsNdKav0yg9fPLV1F/ZUewF5IYEWKxAbWM5+8HxOo+3PD90ZNWgME6v6CZG98HIhHYK/VF9tpbvr+MHbRszmQ4Kbv8Xoycw4H5BPRn+rKOLFUUE9BPCH0FMQg+xQEtkmDBJ6CGGz4UxC67sHCjrrkmsZFeQXxBET+utgnIArh++UBNCi2Sn/hXt8nndyf+gdPQBSJ+fMM+Z+AKBLz909AZBTnb5+AAC3CH4uRXtyT9S4kmNlZiFhfcqjfmT58aBbeQ/AO3UICx4EvzT4O/HFn8ySQdJ4CxtpL4h0A51sBZ0YB18+z4aNxMoTkHcVDwe8oHpDpApnoNRgq/I7ipwmfCX9a6DT0jD0NYZv0jMBpaJjhpyFd9zCy09AwwdOQ0MwG9rz1cKeXz5r+vDV6EdKLG+57RvrZejF/utBG03AgyJ8luZN4jpCJnxNi4hGWibFNGiHAxCMNZ2Jd90gyJh5pmdh9eZh4lNPL0WFl4lE+Jh4dABOPAoJ8NPj5vQGEz++Nrmd+jmNYrNyx4CfdGQdqLMFAPW/6A6H6vPG8gNp/kEStHgPc5V8AgvIgz8M/YuB5gQDg46QYA307g3yCdTz4Cdb0C/1k3wRgnnWA9lFdko/NeZFQmHlRSJiZaIUZbJMmCggzkwwXZnTdk8iEmUl8wozEA1l/xHbn/5LTy5fDKsy85BNmXg5AmHkJCPKXhe5k0Ew8mZCJJwsx8RTLxNgmTRFg4lcMZ2Jd9ytkTPyKZWJPbHf+U51eTgsrE0/1MfG0AJh4KhDk06yirYBrIJbjdBaL5FU7UOpVgoF6zXSLRJ83XhOwSA6RWCTTgbv8DCAoD1mLRM0gAPhMKcZA2wWzgMNZH2gXpJDYBa8TihSvC4kUs61IgW3SbAGRYo7hIoWuew6ZSDGHT6QoIxjbI1K84fTyzbCKFG/4RIo3AxAp3gCC/M16MkOHZuK5hEw8V4iJ51kmxjZpngATzzeciXXd88mYeL5lYvflYeK3nF4uCCsTv+Vj4gUBMPFbQJAvADIxq7oLXAOxHBey2AVvW7tAvU0wUO+Ybhfo88Y7AnbBYRK7YCFwl18EBOVhaxeoRQQAX8xiF7wLHM5GQLugMYld8B6hSPGekEixxIoU2CYtERAplhouUui6l5KJFEv5RIp4wdgekeJ9p5fLwipSvO8TKZYFIFK8DwT5snoyQ4dm4uWETLxciIlXWCbGNmmFABN/YDgT67o/IGPiDywTuy8PE3/o9HJlWJn4Qx8TrwyAiT8EgnwlkIlZ1V3gGojluIrFLvjI2gXqI4KB+th0u0CfNz4WsAu+JbELVgF3+dVAUH5r7QK1mgDga1jsgk+Aw9kEaBc0JbELPiUUKT4VEinWWpEC26S1AiLFOsNFCl33OjKRYh2fSJEgGNsjUqx3erkhrCLFep9IsSEAkWI9EOQb6skMHZqJNxIy8UYhJt5kmRjbpE0CTPyZ4Uys6/6MjIk/s0zsvjxMvNnp5ZawMvFmHxNvCYCJNwNBvgXIxKzqLnANxHLcymIXbLN2gdpGMFDbTbcL9Hlju4BdcITELtgK3OV3AEF5xNoFagcBwHey2AWfA4ezGdAuaE5iF3xBKFJ8ISRS7LIiBbZJuwREit2GixS67t1kIsVuPpGirGBsj0ixx+nll2EVKfb4RIovAxAp9gBB/mU9maFDM/FeQibeK8TE+ywTY5u0T4CJ9xvOxLru/WRMvN8ysfvyMPEBp5cHw8rEB3xMfDAAJj4ABPlBIBOzqrvANRDL8SsWu+CQtQvUIYKB+tp0u0CfN74WsAuOktgFXwF3+cNAUB61doE6TADwb1jsgm+Bw9kKaBe0JrELviMUKb4TEimOWJEC26QjAiLF94aLFLru78lEiu/5RIpygrE9IsVRp5c/hFWkOOoTKX4IQKQ4CgT5D/Vkhg7NxMcImfiYEBP/aJkY26QfBZj4uOFMrOs+TsbExy0Tuy8PE//k9PJEWJn4Jx8TnwiAiX8CgvwEkIlZ1V3gGojl+DOLXXDS2gXqJMFA/WK6XaDPG78I2AXHSOyCn4G7/CkgKI9Zu0CdIgD4ryx2wWngcLYB2gVtSeyC3whFit+ERIozVqTANumMgEjxu+Eiha77dzKR4nc+kSJRMLZHpDjr9PJcWEWKsz6R4lwAIsVZIMjP1ZMZOjQTnydk4vNCTBxT/8JLy8RRxtRN0guKjpupvtlMrOvOVB/eI1Emdq9pXJTXv42JMzu9zOLqaaiYWC9ArKtY90L4E0r/3dECMzMQ5Flww53Iqu4C10Asx4sEcsww0WgHKmt9YNGkA5WVYKAuRueITlCfNy6ujx/Q4yR2wUXAXT4bEJTHrV2gshEA/BIpxkDbBdmBw9kBaBd0JLELLkXeDsYEI1JcChxOd745rEiBbVIOAZHiMsNFCl33ZWQixWV8IkV5wdgekSKn08vLwypS5PSJFJcHIFLkBIL88voyQ4dm4lyETJxLiImvsEyMbdIVAkyc23Am1nXnJmPi3JaJ3ZeHia90epknrEx8pY+J8wTAxFcCQZ4HyMSs6i5wDcRyvIrFLshr7QKVl2CgrjbdLtDnjasF7IITJHbBVcBdPh8QlCesXaDyEQD8Gha7ID9wODsD7YIuJHbBtYQixbVCIkUBK1Jgm1RAQKS4znCRQtd9HZlIcR2fSFFBMLZHpCjo9PL6sIoUBX0ixfUBiBQFgSC/vr7M0KGZuBAhExcSYuJYy8TYJsUKMHFhw5lY112YjIkLWyZ2Xx4mLuL0smhYmbiIj4mLBsDERYAgLwpkYlZ1F7gGYjnewGIXFLN2gSpGMFA3mm4X6PPGjQJ2wUkSu+AG4C5fHAjKk9YuUMUJAH4Ti11QAjic3YB2QXcSu+BmQpHiZiGRoqQVKbBNKikgUtxiuEih676FTKS4hU+kaCcY2yNSlHJ6eWtYRYpSPpHi1gBEilJAkN9aX2bo0ExcmpCJSwsxcZxlYmyT4gSYWBnOxLpuRcbEyjKx+/IwcRmnl/FhZeIyPiaOD4CJywBBHg9kYlZ1F7gGYjkmsNgFZa1doMoSDFQ50+0Cfd4oJ2AXnCKxCxKAu3wiEJSnrF2gEgkAXp7FLqgAHM4eQLugJ4ldUJFQpKgoJFJUsiIFtkmVBESKyoaLFLruymQiRWU+kaK9YGyPSFHF6WXVsIoUVXwiRdUARIoqQJBXrS8zdGgmrkbIxNWEmDhimRjcJAEmrm44E+u6q5MxcXXLxO7Lw8RJTi9rhJWJk3xMXCMAJk4CgrwGkIlZ1V3gGojlWJPFLqhl7QJVi2CgaptuF+jzRm0Bu+A0iV1QE7jL1wGC8rS1C1QdAoDXZbELkoHD2QtoF/QmsQvqEYoU9YREivpWpMA2qb6ASJFiuEih604hEylS+ESKDoKxPSJFA6eXDcMqUjTwiRQNAxApGgBB3rC+zNChmbgRIRM3EmLixpaJsU1qLMDEtxnOxLru28iY+DbLxO7Lw8S3O71sElYmvt3HxE0CYOLbgSBvAmRiVnUXuAZiOTZlsQvusHaBuoNgoO403S7Q5407BeyCMyR2QVPgLt8MCMoz1i5QzQgA3pzFLmgBHM4+QLugL4ld0JJQpGgpJFK0siIFtkmtBESK1oaLFLru1mQiRWs+kaKjYGyPSHGX08u7wypS3OUTKe4OQKS4Cwjyu+vLDB2aidsQMnEbISZua5kY26S2AkzcznAm1nW3I2PidpaJ3ZeHids7vewQViZu72PiDgEwcXsgyDsAmZhV3QWugViOHVnsgk7WLlCdCAYq1XS7QJ83UgXsgrMkdkFH4C7fGQjKs9YuUJ0JAN6FxS64Bzic/YB2QX8Su6AroUjRVUik6GZFCmyTugmIFN0NFyl03d3JRIrufCJFJ8HYHpHiXqeX94VVpLjXJ1LcF4BIcS8Q5PfVlxk6NBP3IGTiHkJM3NMyMbZJPQWY+H7DmVjXfT8ZE99vmdh9eZj4AaeXvcLKxA/4mLhXAEz8ABDkvYBMzKruAtdALMfeLHbBg9YuUA8SDNRDptsF+rzxkIBdcJ7ELugN3OX7AEF53toFqg8BwPuy2AUPA4dzANAuGEhiFzxCKFI8IiRS9LMiBbZJ/QREiv6GixS67v5kIkV/PpEiVTC2R6R41OnlY2EVKR71iRSPBSBSPAoE+WP1ZYYOzcQDCJl4gBATD7RMjG3SQAEmftxwJtZ1P07GxI9bJnZfHiZ+wunloLAy8RM+Jh4UABM/AQT5ICATs6q7wDUQy3Ewi13wpLUL1JMEA/WU6XaBPm88JWAXZNrBYRcMBu7yQ4CgRK4fq10whADgQ1nsgqeBwzkIaBcMJrELniEUKZ4REimGWZEC26RhAiLFcMNFCl33cDKRYjidSKHi5GJ7RYpnnV4+F1aR4lmfSPFcACLFs0CQP1dfZujQTDyCkIlHCDHxSMvE2CaNFGDiUYYzsa57FBkTj7JM7Anuzn+008sxYWXi0T4mHhMAE48GgnwMkIlZ1d0x9c3PcSyLXfC8tQvU8wQD9YLpdoE+b7wgYBdkIbELxgJ3+XFAUGaxdoEaRwDw8Sx2wQTgcA4B2gVDSeyCFwlFiheFRIqJVqTANmmigEgxyXCRQtc9iUykmMQnUii52F6R4iWnly+HVaR4ySdSvByASPESEOQv15cZOjQTTyZk4slCTDzFMjG2SVMEmPgVw5lY1/0KGRO/YpnYE9yd/1Snl9PCysRTfUw8LQAmngoE+TQgE7Oqu9Pqm5/jdBa74FVrF6hXCQbqNdPtAn3eeE3ALshKYhdMB+7yM4CgzGrtAjWDAOAzWeyCWcDhHAa0C4aT2AWvE4oUrwuJFLOtSIFt0mwBkWKO4SKFrnsOmUgxh0+kKCMX2ytSvOH08s2wihRv+ESKNwMQKd4AgvzN+jJDh2biuYRMPFeIiedZJsY2aZ4AE883nIl13fPJmHi+ZWJPcHf+bzm9XBBWJn7Lx8QLAmDit4AgXwBkYlZ1d0F983NcyGIXvG3tAvU2wUC9Y7pdoM8b7wjYBdlI7IKFwF1+ERCU2axdoBYRAHwxi13wLnA4RwDtgpEkdsF7hCLFe0IixRIrUmCbtERApFhquEih615KJlIs5RMp4uVie0WK951eLgurSPG+T6RYFoBI8T4Q5MvqywwdmomXEzLxciEmXmGZGNukFQJM/IHhTKzr/oCMiT+wTOwJ7s7/Q6eXK8PKxB/6mHhlAEz8IRDkK4FMzKrurqxvfo6rWOyCj6xdoD4iGKiPTbcL9HnjYwG7IDuJXbAKuMuvBoIyu7UL1GoCgK9hsQs+AQ7nGKBdMJbELviUUKT4VEikWGtFCmyT1gqIFOsMFyl03evIRIp1fCJFglxsr0ix3unlhrCKFOt9IsWGAESK9UCQb6gvM3RoJt5IyMQbhZh4k2VibJM2CTDxZ4Yzsa77MzIm/swysSe4O//NTi+3hJWJN/uYeEsATLwZCPItQCZmVXe31Dc/x60sdsE2axeobQQDtd10u0CfN7YL2AU5SOyCrcBdfgcQlDmsXaB2EAB8J4td8DlwOMcB7YLxJHbBF4QixRdCIsUuK1Jgm7RLQKTYbbhIoeveTSZS7OYTKcrKxfaKFHucXn4ZVpFij0+k+DIAkWIPEORf1pcZOjQT7yVk4r1CTLzPMjG2SfsEmHi/4Uys695PxsT7LRN7grvzP+D08mBYmfiAj4kPBsDEB4AgPwhkYlZ192B983P8isUuOGTtAnWIYKC+Nt0u0OeNrwXsgpwkdsFXwF3+MBCUOa1doA4TAPwbFrvgW+BwTgTaBZNI7ILvCEWK74REiiNWpMA26YiASPG94SKFrvt7MpHiez6RopxcbK9IcdTp5Q9hFSmO+kSKHwIQKY4CQf5DfZmhQzPxMUImPibExD9aJsY26UcBJj5uOBPruo+TMfFxy8Se4O78f3J6eSKsTPyTj4lPBMDEPwFBfgLIxKzq7on65uf4M4tdcNLaBeokwUD9YrpdoM8bvwjYBblI7IKfgbv8KSAoc1m7QJ0iAPivLHbBaeBwTgbaBVNI7ILfCEWK34REijNWpMA26YyASPG74SKFrvt3MpHidz6RIlEutlekOOv08lxYRYqzPpHiXAAixVkgyM/Vlxk6NBOfJ2Ti80JMHJNy4aVl4ihj6ibpBUXHzZRiNhPrujOlwHskysTuNY2L8vq3MXFmp5dZXD0NFRPrBYh1FeteCH9C6b87WmBmBoI8Swpu6FjV3Swp5ud4kUCOGSYa7UBlTQEWTTpQWQkG6mJ0jugE9Xnj4hT8gOYmsQsuAu7y2YCgzG3tApWNAOCXSDEG2i7IDhzOaUC7YDqJXXAp8nYwJhiR4lLgcLrzzWFFCmyTcgiIFJcZLlLoui8jEyku4xMpysvF9ooUOZ1eXh5WkSKnT6S4PACRIicQ5JenyAwd/EkkQibOJcTEV1gmxjbpCgEmzm04E+u6c5MxcW7LxJ7g7vyvdHqZJ6xMfKWPifMEwMRXAkGeB8jErOpunhTzc7yKxS7Ia+0ClZdgoK423S7Q542rBeyCPCR2wVXAXT4fEJR5rF2g8hEA/BoWuyA/cDhnAO2CmSR2wbWEIsW1QiJFAStSYJtUQECkuM5wkULXfR2ZSHEdn0hRQS62V6Qo6PTy+rCKFAV9IsX1AYgUBYEgvz5FZujQTFyIkIkLCTFxrGVibJNiBZi4sOFMrOsuTMbEhS0Te4K78y/i9LJoWJm4iI+JiwbAxEWAIC8KZGJWdbdoivk53sBiFxSzdoEqRjBQN5puF+jzxo0CdkFeErvgBuAuXxwIyrzWLlDFCQB+E4tdUAI4nLOBdsEcErvgZkKR4mYhkaKkFSmwTSopIFLcYrhIoeu+hUykuIVPpGgnF9srUpRyenlrWEWKUj6R4tYARIpSQJDfmiIzdGgmLk3IxKWFmDjOMjG2SXECTKwMZ2JdtyJjYmWZ2BPcnX8Zp5fxYWXiMj4mjg+AicsAQR4PZGJWdTc+xfwcE1jsgrLWLlBlCQaqnOl2gT5vlBOwC/KR2AUJwF0+EQjKfNYuUIkEAC/PYhdUAA7nXKBdMI/ELqhIKFJUFBIpKlmRAtukSgIiRWXDRQpdd2UykaIyn0jRXi62V6So4vSyalhFiio+kaJqACJFFSDIq6bIDB2aiasRMnE1ISaOWCYGN0mAiasbzsS67upkTFzdMrEnuDv/JKeXNcLKxEk+Jq4RABMnAUFeA8jErOpujRTzc6zJYhfUsnaBqkUwULVNtwv0eaO2gF2Qn8QuqAnc5esAQZnf2gWqDgHA67LYBcnA4VwAtAsWktgF9QhFinpCIkV9K1Jgm1RfQKRIMVyk0HWnkIkUKXwiRQe52F6RooHTy4ZhFSka+ESKhgGIFA2AIG+YIjN0aCZuRMjEjYSYuLFlYmyTGgsw8W2GM7Gu+zYyJr7NMrEnuDv/251eNgkrE9/uY+ImATDx7UCQNwEyMau62yTF/BybstgFd1i7QN1BMFB3mm4X6PPGnQJ2QQESu6ApcJdvBgRlAWsXqGYEAG/OYhe0AA7nIqBdsJjELmhJKFK0FBIpWlmRAtukVgIiRWvDRQpdd2sykaI1n0jRUS62V6S4y+nl3WEVKe7yiRR3ByBS3AUE+d0pMkOHZuI2hEzcRoiJ21omxjaprQATtzOciXXd7ciYuJ1lYk9wd/7tnV52CCsTt/cxcYcAmLg9EOQdgEzMqu52SDE/x44sdkEnaxeoTgQDlWq6XaDPG6kCdkFBErugI3CX7wwEZUFrF6jOBADvwmIX3AMcziVAu2ApiV3QlVCk6CokUnSzIgW2Sd0ERIruhosUuu7uZCJFdz6RopNcbK9Ica/Ty/vCKlLc6xMp7gtApLgXCPL7UmSGDs3EPQiZuIcQE/e0TIxtUk8BJr7fcCbWdd9PxsT3Wyb2BHfn/4DTy15hZeIHfEzcKwAmfgAI8l5AJmZVd3ulmJ9jbxa74EFrF6gHCQbqIdPtAn3eeEjALihEYhf0Bu7yfYCgLGTtAtWHAOB9WeyCh4HDuRxoF6wgsQseIRQpHhESKfpZkQLbpH4CIkV/w0UKXXd/MpGiP59IkSoX2ytSPOr08rGwihSP+kSKxwIQKR4FgvyxFJmhQzPxAEImHiDExAMtE2ObNFCAiR83nIl13Y+TMfHjlok9wd35P+H0clBYmfgJHxMPCoCJnwCCfBCQiVnV3UEp5uc4mMUueNLaBepJgoF6ynS7QJ83nhKwCwqT2AWDgbv8ECAoC1u7QA0hAPhQFrvgaeBwrgTaBau2B7NRRLt+zwDXrwJw/SoCY0mu37B///qJzt9w4PrtAa7fl+D1Q9+I6GPhJ1nwcYvukK07LrpL6ZrXC9R9g9CNXWZw/cD+qBt2mD3j6zPLzHhxghnfKFD3TSQzDuyPQtas+6ENinQO/DTtxbm0P9c6f65z/tTXs2m89pxzAL3YtUYbnZ/R/57+syPSXo/0SX9o2W9TFlysUUDODsrY2pBFxtgabY0tbJNGCxhbYww3tnTdY4SMLQlyGiWgrI1N+b/ZqJ9P+70v/MVG/bxrox6X9np8Bj+73vnZcc7P6o1gQtrrF4U3deRcTwRu6v+b9Z+U9ntf+ov1n+Ra/5fTXk/+i/V/2bX+U9Jev5LBz25wfnaK87M6x6lpr6c5vZLYeyYI4KWk4Texep6mCtR9S0AKfLR5TgfiCdhrJbV+6D6/+t/vbXG+WIHdZL4q9PTUa/YmE9uk1wRuMmcYfpOp655B9vTUDMGnp9CqxQdpvwDppoyvFxMzTLhfUcZW/r9wr+9MJ/dZ/+DprvMxf54h/9Nd52P+/umujOL8nz3dpRdgmavYWa7h8CeE+t0zgZvQ638Rq3xip/apiQnx7eISUtunxSmX2im+XZkKKrV8fFr4+ATVvl2nuI4J7RPLJZQrn5oY2PPLrwsx8GzLwNgmzRZg4DmGM7Cue05AMk+09c9yckXHLW3oA1T+PJGz9AbwrqA02M/Qm5jOr7oTEz3z6XdF6DlShssf6Xdv6LrLmCl//OnIjbwRmQWMFU/yACdwvhVwZlQ8iXz0JqF89KbQzetce/OKbdJcgZvXeYbfvOq65xF5lBK5/qc34KHznxXFRpDquToFJvfMd9b7rX8g9yRlsHZ+uScp5u/lnozi/K3cIzFsoFh/3JHPT7lQbGZnUavHeC/0HQewDvUWcDNbAANDamr6ei4QPPHodZwlcOefaNbTmn+6S9J1zxeou7zhT6nqut8SqLuCoScVP8Eg9w33jEe7fhVJTnrA+VbAmVEVA3paONo+zwdyzUKgUqdjSHDLwhSZPQzZawkVcVw9fN3VCFTECQJ1R0geonobiEdgr1XE8LnReJkpMDc1CPAyS6DumiR4eQeIF2CvVU0CvCwWmJs6BHh5V6DuuiR4WQTEC7DXqi4BXtYIzE19Arx8IlB3CgleFgPxAuy1SiHAy06BuWlEgJfPBepuTIKXd4F4AfZaNSbAyzcCc9OEAC/fCtTdlAQv7wHxAuy1akqAl18F5qYZAV5OC9TdnAQvS4B4AfZaNSfAyyX18XPTigAv2QXqbk2Cl6VAvAB7rVoT4OUagblpQ4CX/AJ1tyXBy/tAvAB7rdoS4OUmgbnpQICXEgJ1dyTByzIgXoC9Vh0J8FJeYG46E+ClgkDdXUjwshyIF2CvVRcCvNQVmJtuBHhJFqi7OwleVgDxAuy16k6Al+YCc9ODAC8tBOruSYKXD4B4AfZa9STASxeBuelFgJd7BOruTYKXD4F4AfZa9SbAS1+BuelDgJeHBeruS4KXlUC8AHut+hLgZajA3PQjwMvTAnX3J8HLKiBegL1W/QnwMl5gbgYwvP9FoO6BJHj5CIgXYK/VQAK8zBSYm0EM738RqHswCV4+BuIF2Gs1mAAviwXmZgjD+18E6h5KgpfVQLwAe62GEuBljcDcDGN4/4tA3cNJ8LIGiBdgr9VwArzsFJibEQzvfxGoeyQJXj4B4gXYazWSAC/fCMzNGIb3vwjUPZYEL58C8QLstRpLgJdfBeZmHMP7XwTqHk+Cl7VAvAB7rcYT4OUSgc+Rmsjw/heBuieR4GUdEC/AXqtJBHi5RmBuJjO8/0Wg7ikkeFkPxAuw12oKAV5uEpibaQzvfxGoezoJXjYA8QLstZpOgJfyAnMzg+H9LwJ1zyTBy0YgXoC9VjMJ8FJXYG5mM7z/RaDuOSR42QTEC7DXag4BXpoLzM1chve/CNQ9jwQvnwHxAuy1mkeAly4Cc7OA4f0vAnUvJMHLZiBegL1WCwnw0ldgbhYxvP9FoO7FJHjZAsQLsNdqMQFehgrMzRKG978I1L2UBC9bgXgB9loh109/6d/TaQ2OdeLp7/DQ30ugP2tdf360/kxc/Tmf+rML9eex6c+Y0p+boz8LRH++gX7Ptn4fqn5vnX6/kH4PhH6uWz+rqp+/088U6ecktPer/Syt0WvdUWsp+nyo73k1j+u9aWtKjOdCz922FJm5Q+e5HTh3ur/PZLrwPU56DbYLr/MO4Hc8BfVtvjuEvs13p/02X2yTdgp8m+/nhn+br6778xR4j8S+zVciV/+3+WYG561v8p5Jwd48DRPqmf9C5exe3y+c3Hf9g28ILuz6/zK5/szk6lXhmL//huCM4vwrviFYL2asa+F2pfx55zX5G4J3ATfI3Sn49d39D9Yz2rz3ADcHBTwNlBE+RSK+rfILgVPkcoK6dwnUvcJw1UDXvUeg7g8CUg3iorsUcC4VsNdKav3Qff6S8PT4pdDpca89PWKbtFfg9LjP8NOjrnsf0elxnz090p8e9zu5H7Cnx//+Sl+o/b7T4wGy0+MB4AZ5UOD0eDCA0+NX9vT4X5+i9gucJj4iqPuAQN0fE5wevxKoezXJ6RE4lwrYa4VcP036z2RwLEP3Bz2bB1LMz/GQkMcNB+TXQEJkHaivCQbqMDpHdIJaWz4swBhrSRjjEPDu+hsgKNcS3Gl8IzA336ZgmfJpwo3tW4KN7TvTN7ZNaQM6QmBA1xsOzFFpNU8XqHsDyWOnR4CbMLDXSmr9MoPXzy1dRRvre2AvJLAiRWJHU8wn7yMCdX9m+N6oSet7gbo3k+yNPwDxCOy12ryD5qbvD2MXPZtHCW76fkiRmXM4II9Ff6or48RSQT0FcUzoKYgf7VMQ2Cb9KPAUxHHDn4LQdR8XdtQl1zQuyiuIJyCeqod9AmI4vl8eQINiq/QX7vX9ycn9xD94AqJIzJ9nyP8ERJGYv38CIqM4f/sEBGgR/liM9OJ+SrmQYGZnIWJ9yaF+Z/rwoVl4G8E7dIcLHAe2m30c+OPO5icg6ZwAxtpB4h0A51sBZ0YB18+z4aNx8jPJO4pPgt9RPCzTBTLRa3BS+B3FvxA+E/6L0GnolD0NYZt0SuA09KvhpyFd969kp6FfBU9DQjMb2PPWp51e/mb689boRUgv7rTvGenfUmL+dKGNptNAkP9GcidxhpCJzwgx8e+WibFN+l2Aic8azsS67rNkTHzWMrH78jDxOaeX58PKxOd8THw+ACY+BwT5efDze8MIn987n2J+jjENSKzcTLhEFetAZWpgfo6Z0TmiE9TnDZ0kekB3kajVbsRHffYAgnIXz8M/YuDJQgDwi6QYA307g3yCNStw0N01o5/suxiYZzWgfRQh+dicbMjNMSYYYSYbEJDufC9pcOG1FWaijKmbdEkDfNzswIGVqjt7A3iPRIWZ7EBABSTMSDyQ9Udsd/6XOr3M4eppqIQZvQCxrmLdC+FPKP13RwvMS4EgzyF0J4Nm4ssImfgyISbOaZkY26ScAkx8ueFMrOu+nIyJL7dM7Intzj+X08srwsrEuXxMfEUATJwLCPIrrKKtgGsglmNuFovkSjtQ6kqCgcpjukWizxt5BCySPSQWSW7gLn8VEJR7rEWiriIAeF4pxkDbBVcDh7MG0C6oSWIX5CMUKfIJiRTXWJEC26RrBESK/IaLFLru/GQiRX4+kaKMYGyPSHGt08sCYRUprvWJFAUCECmuBYK8QAOZoUMz8XWETHydEBMXtEyMbVJBASa+3nAm1nVfT8bE11smdl8eJi7k9DI2rExcyMfEsQEwcSEgyGOBTMyq7gLXQCzHwix2QRFrF6giBANV1HS7QJ83igrYBXtJ7ILCwF3+BiAo91q7QN1AAPBiLHbBjcDhrAO0C+qS2AXFCUWK4kIixU1WpMA26SYBkaKE4SKFrrsEmUhRgk+kiBeM7REpbnZ6WTKsIsXNPpGiZAAixc1AkJdsIDN0aCa+hZCJbxFi4lKWibFNKiXAxLcazsS67lvJmPhWy8Tuy8PEpZ1exoWViUv7mDguACYuDQR5HJCJWdVd4BqI5ahY7IIy1i5QZQgGKt50u0CfN+IF7IL9JHaBAu7yCUBQ7rd2gUogAHhZFrugHHA46wPtghQSuyCRUKRIFBIpyluRAtuk8gIiRQXDRQpddwUykaICn0iRIBjbI1JUdHpZKawiRUWfSFEpAJGiIhDklRrIDB2aiSsTMnFlISauYpkY26QqAkxc1XAm1nVXJWPiqpaJ3ZeHias5vYyElYmr+Zg4EgATVwOCPAJkYlZ1F7gGYjlWZ7ELkqxdoJIIBqqG6XaBPm/UELALDpLYBdWBu3xNICgPWrtA1SQAeC0Wu6A2cDgbAe2CxiR2QR1CkaKOkEhR14oU2CbVFRApkg0XKXTdyWQiRTKfSFFWMLZHpKjn9LJ+WEWKej6Ron4AIkU9IMjrN5AZOjQTpxAycYoQEzewTIxtUgMBJm5oOBPruhuSMXFDy8Tuy8PEjZxeNg4rEzfyMXHjAJi4ERDkjYFMzKruAtdALMfbWOyC261doG4nGKgmptsF+rzRRMAuOERiF9wG3OWbAkF5yNoFqikBwO9gsQvuBA5nE6Bd0JTELmhGKFI0ExIpmluRAtuk5gIiRQvDRQpddwsykaIFn0hRTjC2R6Ro6fSyVVhFipY+kaJVACJFSyDIWzWQGTo0E7cmZOLWQkx8l2VibJPuEmDiuw1nYl333WRMfLdlYvflYeI2Ti/bhpWJ2/iYuG0ATNwGCPK2QCZmVXeBayCWYzsWu6C9tQtUe4KB6mC6XaDPGx0E7ILDJHZBO+Au3xEIysPWLlAdCQDeicUuSAUOZzOgXdCcxC7oTChSdBYSKbpYkQLbpC4CIsU9hosUuu57yESKe/hEikTB2B6RoqvTy25hFSm6+kSKbgGIFF2BIO/WQGbo0EzcnZCJuwsx8b2WibFNuleAie8znIl13feRMfF9londl4eJezi97BlWJu7hY+KeATBxDyDIewKZmFXdBa6BWI73s9gFD1i7QD1AMFC9TLcL9Hmjl4Bd8C2JXXA/cJfvDQTlt9YuUL0JAP4gi13wEHA4WwHtgtYkdkEfQpGij5BI0deKFNgm9RUQKR42XKTQdT9MJlI8zCdSlBeM7REpHnF62S+sIsUjPpGiXwAixSNAkPdrIDN0aCbuT8jE/YWY+FHLxNgmPSrAxI8ZzsS67sfImPgxy8Tuy8PEA5xeDgwrEw/wMfHAAJh4ABDkA4FMzKruAtdALMfHWeyCJ6xdoJ4gGKhBptsF+rwxSMAuOEJiFzwO3OUHA0F5xNoFajABwJ9ksQueAg5nG6Bd0JbELhhCKFIMERIphlqRAtukoQIixdOGixS67qfJRIqn+USKCoKxPSLFM04vh4VVpHjGJ1IMC0CkeAYI8mENZIYOzcTDCZl4uBATP2uZGNukZwWY+DnDmVjX/RwZEz9nmdh9eZh4hNPLkWFl4hE+Jh4ZABOPAIJ8JJCJWdVd4BqI5TiKxS4Ybe0CNZpgoMaYbhfo88YYAbvgKIldMAq4y48FgvKotQvUWAKAP89iF7wAHM4OQLugI4ldMI5QpBgnJFKMtyIFtknjBUSKCYaLFLruCWQixQQ+kaKdYGyPSPGi08uJYRUpXvSJFBMDECleBIJ8YgOZoUMz8SRCJp4kxMQvWSbGNuklASZ+2XAm1nW/TMbEL1smdl8eJp7s9HJKWJl4so+JpwTAxJOBIJ8CZGJWdRe4BmI5vsJiF0y1doGaSjBQ00y3C/R5Y5qAXXCMxC54BbjLTweC8pi1C9R0AoC/ymIXvAYczs5Au6ALiV0wg1CkmCEkUsy0IgW2STMFRIpZhosUuu5ZZCLFLD6Ror1gbI9I8brTy9lhFSle94kUswMQKV4Hgnx2A5mhQzPxHEImniPExG9YJsY26Q0BJn7TcCbWdb9JxsRvWiZ2Xx4mnuv0cl5YmXiuj4nnBcDEc4EgnwdkYlZ1F7gGYjnOZ7EL3rJ2gXqLYKAWmG4X6PPGAgG74DiJXTAfuMsvBILyuLUL1EICgL/NYhe8AxzObkC7oDuJXbCIUKRYJCRSLLYiBbZJiwVEincNFyl03e+SiRTv8okUHQRje0SK95xeLgmrSPGeT6RYEoBI8R4Q5EsayAwdmomXEjLxUiEmft8yMbZJ7wsw8TLDmVjXvYyMiZdZJnZfHiZe7vRyRViZeLmPiVcEwMTLgSBfAWRiVnUXuAZiOX7AYhd8aO0C9SHBQK003S7Q542VAnbBCRK74APgLr8KCMoT1i5QqwgA/hGLXfAxcDh7AO2CniR2wWpCkWK1kEixxooU2CatERApPjFcpNB1f0ImUnzCJ1J0FIztESk+dXq5Nqwixac+kWJtACLFp0CQr20gM3RoJl5HyMTrhJh4vWVibJPWCzDxBsOZWNe9gYyJN1gmdl8eJt7o9HJTWJl4o4+JNwXAxBuBIN8EZGJWdRe4BmI5fsZiF2y2doHaTDBQW0y3C/R5Y4uAXXCSxC74DLjLbwWC8qS1C9RWAoBvY7ELtgOHsxfQLuhNYhfsIBQpdgiJFDutSIFt0k4BkeJzw0UKXffnZCLF53wiRSfB2B6R4gunl7vCKlJ84RMpdgUgUnwBBPmuBjJDh2bi3YRMvFuIifdYJsY2aY8AE39pOBPrur8kY+IvLRO7Lw8T73V6uS+sTLzXx8T7AmDivUCQ7wMyMau6C1wDsRz3s9gFB6xdoA4QDNRB0+0Cfd44KGAXnCKxC/YDd/mvgKA8Ze0C9RUBwA+x2AVfA4ezD9Au6EtiFxwmFCkOC4kU31iRAtukbwREim8NFyl03d+SiRTf8okUqYKxPSLFd04vj4RVpPjOJ1IcCUCk+A4I8iMNZIYOzcTfEzLx90JMfNQyMbZJRwWY+AfDmVjX/QMZE/9gmdh9eZj4mNPLH8PKxMd8TPxjAEx8DAjyH4FMzKruAtdALMfjLHbBT9YuUD8RDNQJ0+0Cfd44IWAXnCaxC44Dd/mfgaA8be0C9TMBwE+y2AW/AIezH9Au6E9iF5wiFClOCYkUv1qRAtukXwVEitOGixS67tNkIsVpOpFCxcnF9ooUvzm9PBNWkeI3n0hxJgCR4jcgyM80kBk6NBP/TsjEvwsx8VnLxNgmnRVg4nOGM7Gu+xwZE5+zTOwJ7s7/fHovG174u1Ax8XkfE7sXwp9Q+u+OFpjnkSBviBs6VnUXtwZyOWYSyDHDRKMdqMy4RGntgswEA5UFnSM6QX3e0EmiB/QMiV3gRny0NV8EBOUZaxeoiwgAnlWKMdB2wcXA4RwAtAsGktgF2YAbRVAiRTbgcLrzvcR1+21Fiihj6iZd0hAfNztwYKXqzt4Q3iNRkSI7EFABiRRKLrZXpLjU6WWOsIoUegFiXcXmCECkuBQI8hwNZYYOzcSXETLxZUJMnNMyMbZJOQWY+HLDmVjXfTkZE19umdgT3J1/LqeXV4SViXP5mPiKAJg4FxDkVwCZmFXdvaKh+TnmZrELrrR2gbqSYKDymG4X6PNGHgG74CyJXZAbuMtfBQTlWWsXqKsIAJ6XxS64Gjicg4B2wWASuyAfoUiRT0ikuMaKFNgmXSMgUuQ3XKTQdecnEyny84kUZeRie0WKa51eFgirSHGtT6QoEIBIcS0Q5AUaygwdmomvI2Ti64SYuKBlYmyTCgow8fWGM7Gu+3oyJr7eMrEnuDv/Qk4vY8PKxIV8TBwbABMXAoI8FsjErOpubEPzcyzMYhcUsXaBKkIwUEVNtwv0eaOogF1wnsQuKAzc5W8AgvK8tQvUDQQAL8ZiF9wIHM4hQLtgKIldUJxQpCguJFLcZEUKbJNuEhApShguUui6S5CJFCX4RIp4udhekeJmp5clwypS3OwTKUoGIFLcDAR5yYYyQ4dm4lsImfgWISYuZZkY26RSAkx8q+FMrOu+lYyJb7VM7Anuzr+008u4sDJxaR8TxwXAxKWBII8DMjGruhvX0PwcFYtdUMbaBaoMwUDFm24X6PNGvIBdkGknh12ggLt8AhCUyPVjtQsSCABelsUuKAcczmFAu2A4iV2QSChSJAqJFOWtSIFtUnkBkaKC4SKFrrsCmUhRgU+kSJCL7RUpKjq9rBRWkaKiT6SoFIBIUREI8koNZYYOzcSVCZm4shATV7FMjG1SFQEmrmo4E+u6q5IxcVXLxJ7g7vyrOb2MhJWJq/mYOBIAE1cDgjwCZGJWdTfS0Pwcq7PYBUnWLlBJBANVw3S7QJ83agjYBVlI7ILqwF2+JhCUWaxdoGoSALwWi11QGzicI4B2wUgSu6AOoUhRR0ikqGtFCmyT6gqIFMmGixS67mQykSKZT6QoKxfbK1LUc3pZP6wiRT2fSFE/AJGiHhDk9RvKDB2aiVMImThFiIkbWCbGNqmBABM3NJyJdd0NyZi4oWViT3B3/o2cXjYOKxM38jFx4wCYuBEQ5I2BTMyq7jZuaH6Ot7HYBbdbu0DdTjBQTUy3C/R5o4mAXZCVxC64DbjLNwWCMqu1C1RTAoDfwWIX3AkczjFAu2AsiV3QjFCkaCYkUjS3IgW2Sc0FRIoWhosUuu4WZCJFCz6RopxcbK9I0dLpZauwihQtfSJFqwBEipZAkLdqKDN0aCZuTcjErYWY+C7LxNgm3SXAxHcbzsS67rvJmPhuy8Se4O782zi9bBtWJm7jY+K2ATBxGyDI2wKZmFXdbdvQ/BzbsdgF7a1doNoTDFQH0+0Cfd7oIGAXZCOxC9oBd/mOQFBms3aB6kgA8E4sdkEqcDjHAe2C8SR2QWdCkaKzkEjRxYoU2CZ1ERAp7jFcpNB130MmUtzDJ1IkysX2ihRdnV52C6tI0dUnUnQLQKToCgR5t4YyQ4dm4u6ETNxdiInvtUyMbdK9Akx8n+FMrOu+j4yJ77NM7Anuzr+H08ueYWXiHj4m7hkAE/cAgrwnkIlZ1d2eDc3P8X4Wu+ABaxeoBwgGqpfpdoE+b/QSsAuyk9gF9wN3+d5AUGa3doHqTQDwB1nsgoeAwzkRaBdMIrEL+hCKFH2ERIq+VqTANqmvgEjxsOEiha77YTKR4mE+kaK8XGyvSPGI08t+YRUpHvGJFP0CECkeAYK8X0OZoUMzcX9CJu4vxMSPWibGNulRASZ+zHAm1nU/RsbEj1km9gR35z/A6eXAsDLxAB8TDwyAiQcAQT4QyMSs6u7Ahubn+DiLXfCEtQvUEwQDNch0u0CfNwYJ2AU5SOyCx4G7/GAgKHNYu0ANJgD4kyx2wVPA4ZwMtAumkNgFQwhFiiFCIsVQK1JgmzRUQKR42nCRQtf9NJlI8TSfSFFBLrZXpHjG6eWwsIoUz/hEimEBiBTPAEE+rKHM0KGZeDghEw8XYuJnLRNjm/SsABM/ZzgT67qfI2Pi5ywTe4K78x/h9HJkWJl4hI+JRwbAxCOAIB8JZGJWdXdkQ/NzHMViF4y2doEaTTBQY0y3C/R5Y4yAXZCTxC4YBdzlxwJBmdPaBWosAcCfZ7ELXgAO5zSgXTCdxC4YRyhSjBMSKcZbkQLbpPECIsUEw0UKXfcEMpFiAp9I0U4utlekeNHp5cSwihQv+kSKiQGIFC8CQT6xoczQoZl4EiETTxJi4pcsE2Ob9JIAE79sOBPrul8mY+KXLRN7grvzn+z0ckpYmXiyj4mnBMDEk4EgnwJkYlZ1d0pD83N8hcUumGrtAjWVYKCmmW4X6PPGNAG7IBeJXfAKcJefDgRlLmsXqOkEAH+VxS54DTicM4B2wUwSu+D/sfcl8DZV7/vXNROFkKEyRBG6yzxknkLca7jmyHCvIUMJISmKQklRhqJU5rERCVGUoShT5ovMGcqs4n/Wt31/7bO7NJzn3f/1OGt/Pt/PPd8c+673fZ93Pet53n2O6YQmxXQhk2KGNSmwRZohYFLMNNyk0HHPJDMpZvKZFO3l7h1sUsxyajk7XE2KWR6TYrYPJsUsYJPPbiADOjQTzyFk4jlCTDzXMjG2SHMFmHie4Uys455HxsTzLBMH3dy9/vlOLReEKxPP9zDxAh+YeD6wyRcAmZjV3V3QwPw1vs8yLvjAjgvUBwSA+tD0cYHWGx8KjAsykYwL3gfu8h8BmzKTHReojwga/GOWccEnQHDOBo4L5pCMCxYSmhQLhUyKRdakwBZpkYBJsdhwk0LHvZjMpFjMZ1J0kLt3sEnxqVPLJeFqUnzqMSmW+GBSfAps8iUNZECHZuLPCJn4MyEmXmqZGFukpQJMvMxwJtZxLyNj4mWWiYNu7l7/cqeWn4crEy/3MPHnPjDxcmCTfw5kYlZ39/MG5q9xBcu4YKUdF6iVBID6wvRxgdYbXwiMC7KQjAtWAHf5L4FNmcWOC9SXBA2+imVcsBoIzvnAccECknHBV4QmxVdCJsXX1qTAFulrAZNijeEmhY57DZlJsYbPpOgod+9gk2KtU8t14WpSrPWYFOt8MCnWApt8XQMZ0KGZeD0hE68XYuJvLBNji/SNABN/azgT67i/JWPiby0TB93cvf4NTi03hisTb/Aw8UYfmHgDsMk3ApmY1d3d2MD8NX7HMi743o4L1PcEgNpk+rhA641NAuOCrCTjgu+Au/xmYFNmteMCtZmgwbewjAu2AsH5IXBc8BHJuGAboUmxTcik+MGaFNgi/SBgUmw33KTQcW8nMym285kUcXL3DjYpdji13BmuJsUOj0mx0weTYgewyXc2kAEdmol3ETLxLiEm3m2ZGFuk3QJMvMdwJtZx7yFj4j2WiYNu7l7/XqeWCeHKxHs9TJzgAxPvBTZ5ApCJWd3dhAbmr3Efy7hgvx0XqP0EgDpg+rhA640DAuOC7CTjgn3AXf5HYFNmt+MC9SNBgx9kGRccAoJzIXBcsIhkXHCY0KQ4LGRSHLEmBbZIRwRMiqOGmxQ67qNkJsVRPpMiXu7ewSbFMaeWx8PVpDjmMSmO+2BSHAM2+fEGMqBDM/FPhEz8kxATn7BMjC3SCQEmPmk4E+u4T5Ix8UnLxEE3d6//lFPL0+HKxKc8THzaByY+BWzy00AmZnV3Tzcwf40/s4wLfrHjAvULAaDOmD4u0HrjjMC4IAfJuOBn4C5/FtiUOey4QJ0laPBzLOOC80BwLgGOCz7b5s9GEWr+LgDzp4D5Kw68l2T+Lt74+RPF3yVg/rYA87eVZNx3OXSiL+7cS/llMl4WMhl/tSYjtki/CpiMvxluMuq4fyMzGX8TNBnR/tOawC848yDufinrR0RcwtVL/fGjePCpFXrvqCh3fn931n7lH5ig+SL+iiGvCZov4u9N0KTu8//NBP29wZ8LjHQSkcezuMTfiQIf+r65wLYAen2JTYK+b26f7JBQTza/A0nnCvBet5PYSUB8KyBmFCB/SW74aIJG4k+vLZWrxt8HNs0rgZ+bnJ+bnZ/6uqpJJfqPePTfSdzYtznv0X+e+N5kgfdFut77T+6fPPD+FNe5v/7zxPemDLxOlcR7tzjvTem8VxNd6sDrNP9yLWkD7093nbWkda0lfeD1TddZS3rXWjIEXmdM4r1bnfdmcN6r13hz4PUt0U4+nfdVcX5GhXapbcn/yAt6D88rzF1RoV1qb/I/8oqOO5/Z3PXnP5ccjcslsNYqn+G40We9CwJnngKGx63PehcF4i5I0i+Zgf0CrLVC5s8vpw6YyyCnLkv0n6+tUxfiPXWRskTj73trtNlOnY771mh4jYI2J7T7hcxp1mizcflD5B+iAk1EhQw3W/TBI0V9/H0LG37w2BKIO5NAve8lMNdSCdS7CIk5BOxH5cZ4qPkrSpI/IL5VEWD+ipEc+LMBeRCIGVWM8MCfTejAn90e+LFFyi5w4L/N8AO/jvs24QM/enPKQeBGsHw4MYfQ5pTTbk7YIuUU2JxyGb456bhzCW1OEs6OXit6s0O6G8h65xZ2ShCOQVYBBVmKQDlnE4i7dBgq51JAQi8Thsq5NDB/ZUmU8+3AfRGIGVWWUDnfLnQ4vcMeTrFFukPgcHqn4YdTHfedJIfTrI7KRx8K8kSHZ9wVDT8EalzmEYi7Eskh5k4gCVcEHmIqkxxi8gLzB8SMqmx4313LBIgK7Qp6bCQqtAtq+uSL5sBz/hvYMY6L/+Py61CeX+hQfpc9lGOLdJfAobyA4YdyHXcBkkN5Pmet6M0uH7BGyHoXJHCMCwg4p9UJHOOCAnHXCEPHuDpQLNQMQ8e4BjB/tUjE1t3AfRGIGVWL0DG+W+hweo89nGKLdI/A4bSQ4YdTHXchksOpHu/nFXAQ6xn+wL12TfMJxP0gCRkVBpIRsNbqQcMP0bqvCwvgJprlEC2Em1DzF0OSPyC+VTQwfw1J9q17gfgDYkY1NHzfupYJFRXapfIhHXfgua4IycSi6I0/sYjzSxQWFRKFxawoxBapmIAovM9wUajjvo9EFBZx1ore7IoAa4SsdxTBxKKUgHMfSzCxKC0Qd9MwnFjEAsVCszCcWDQF5q85idhSwH0RiBnVnHBioYQOp8Xt4RRbpOICh9MShh9OddwlSA6n+vGSewUc2IcMn1ho17mIQNxtSMioJJCMgLVWbQw/ROu+LimAm3Ykh8ASQrgJNX/tSfIHxLdqB8xfB5J9qxQQf0DMqA6G71vXMqGiQrsUcDIANR1Lk0wsytz4E4uOfonCMkKisKwVhdgilRUQheUMF4U67nIkorC0s1b0ZlcaWCNkvcsTTCxqCjj3nQgmFrUE4u4chhOLTkCx0CUMJxadgfnrSiK2KgD3RSBmVFfCiUUFocPp/fZwii3S/QKH04qGH0513BVJDqf68ZJSAg5sT8MnFtp1Li0Q96MkZFQJSEbAWqtHDT9E676uJICbx0kOgRWFcBNq/nqT5A+Ib/U4MH99SPatykD8ATGj+hi+b13LhIoK7VLAyQDUdKxCMrGoeuNPLDr4JQqrConCalYUYotUTUAUVjdcFOq4q5OIwirOWtGbXRVgjZD1rkEwsYgVcO77E0wsmgrEPSAMJxb9gWLhyTCcWAwA5m8gidiqCdwXgZhRAwknFjWFDqe17OEUW6RaAofT2oYfTnXctUkOp/rxksoCDuxgwycW/3PsBeIeQkJGDwDJCFhrNcTwQ7Tu6wcEcDOU5BBYWwg3oeZvGEn+gPhWQ4H5e55k36oDxB8QM+p5w/eta5lQUaFdCjgZgJqOdUkmFvVu/IlFe79EYT0hUfigFYXYIj0oIArrGy4Kddz1SURhXWet6M2uLrBGyHo3IJhYxAk49yMJJhbxAnG/GIYTi5FAsfBSGE4sXgTmbxSJ2IoG7otAzKhRhBOLaKHDaYw9nGKLFCNwOG1o+OFUx92Q5HCqHy+pI+DAjjF8YqFd57oCcY8lIaNGQDIC1lqNNfwQrfu6kQBuxpEcAhsK4SbU/I0nyR8Q32ocMH8TSPatxkD8ATGjJhi+b13LhIoK7VLAyQDUdGxCMrGIvfEnFu38EoWxQqKwqRWF2CI1FRCFzQwXhTruZiSisImzVvRm1wRYI2S9mxNMLPoIOPeTCCYWfQXinhyGE4tJQLHwVhhOLCYD8/c2idhqAdwXgZhRbxNOLFoIHU5b2sMptkgtBQ6nrQw/nOq4W5EcTvXjJY0FHNiphk8stOvcRCDuaSRk1BpIRsBaq2mGH6J1X7cWwM1MkkNgKyHchJq/WST5A+JbzQTmbzbJvvUQEH9AzKjZhu9b1zKhokK7FHAyADUd25BMLNre+BOLcn6JwrZCovBhKwqxRXpYQBS2M1wU6rjbkYjCNs5a0ZtdG2CNkPVuTzCxGCrg3M8nmFgME4h7QRhOLOYDxcL7YTixWADM3wckYqsDcF8EYkZ9QDix6CB0OO1oD6fYInUUOJzGGX441XHHkRxO9eMlDwk4sAsNn1ho17mNQNyLSMgoHkhGwFqrRYYfonVfxwvgZgnJITBOCDeh5u8zkvwB8a2WAPO3lGTf6gTEHxAzaqnh+9a1TKio0C4FnAxATcfOJBOLLjf+xKKsX6Kwi5Ao7GpFIbZIXQVE4SOGi0Id9yMkorCzs1b0ZtcZWCNkvbsRTCxeE3DuVxBMLF4XiHtlGE4sVgDFwhdhOLFYCczflyRiqztwXwRiRn1JOLHoLnQ47WEPp9gi9RA4nPY0/HCq4+5JcjjVj5d0EnBg1xg+sdCuc2eBuNeSkNGjQDIC1lqtNfwQrfv6UQHcfENyCOwphJtQ8/ctSf6A+FbfAPO3gWTfegyIPyBm1AbD961rmVBRoV0KOBmAmo69SCYWj9/4E4syfonCx4VEYW8rCrFF6i0gCvsYLgp13H1IRGEvZ63oza4XsEbIevclmFhMFXDuNxFMLKYJxL05DCcWm4BiYUsYTiw2A/O3lURsPQHcF4GYUVsJJxZPCB1O+9nDKbZI/QQOp/0NP5zquPuTHE714yWPCTiwOw2fWGjXuZdA3LtIyGgAkIyAtVa7DD9E674eIICbvSSHwP5CuAk1fwkk+QPiW+0F5m8fyb71JBB/QMyofYbvW9cyoaJCuxRwMgA1HQeSTCyeuvEnFqX9EoVPCYnCQVYUYos0SEAUPm24KNRxP00iCgc6a0VvdgOBNULW+xmCicXHAs79QYKJxScCcR8Kw4nFQaBYOByGE4tDwPwdIRFbg4H7IhAz6gjhxGKw0OF0iD2cYos0ROBw+qzhh1Md97Mkh1P9eMmTAg7sCcMnFtp1HigQ90kSMnoOSEbAWquThh+idV8/J4Cbn0kOgc8K4SbU/P1Ckj8gvtXPwPydIdm3hgLxB8SMOmP4vnUtEyoqtEsBJwNQ03EYycTi+Rt/YlHKL1H4vJAofMGKQmyRXhAQhcMNF4U67uEkonCYs1b0ZjcMWCNkvUcQTCxWCTj3FwgmFqsF4r4YhhOLC0CxcCkMJxYXgfm7TCK2RgL3RSBm1GXCicVIocPpi/Zwii3SiwKH05cMP5zquF8iOZzqx0uGCjiwVw2fWGjXeZhA3BHbOchoFJCMgLVW6Pyh66v7epQAbpL7hJuo0K6gvTcqtCsIN6HmLwVJ/oD4Vm7MhCwOSfatl4H4A2JGpTR837qWCRUV2qWAkwGo6TiaZGLxyo0/sSjplyh8RUgUvmpFIbZIrwqIwjGGi0Id9xgSUTjaWSt6sxsNrBGy3mMJJhZbBJz7tIYfWvTEYqtA3OlIxAJyYpEWKBbSk+QPObFIB8zfTSRi6zXgvgjEjELmz6/D6WtCh9PX7eEUW6TXBQ6n4ww/nOq4x5EcTvXjJS8LOLCZtpsdt3adRwvEnZmEjMYDyQhYa5XZ8EO07uvxArjJSnIIHCeEm1Dzl40kf0B8q6zA/GUn2bcmAPEHxIzKbvi+dS0TKiq0SwEnA1DTcSLJxOKNG39iUcIvUfiGkCh804pCbJHeFBCFkwwXhTruSSSicKKzVvRmNxFYI2S9JxNMLA4KOPe5CCYWhwTizh2GE4tcQLFwexhOLHID83cHidh6C7gvAjGj7iCcWLwldDh92x5OsUV6W+BwOsXww6mOewrJ4VQ/XjJBwIHNb/jEQrvOEwXivouEjN4BkhGw1uouww/Ruq/fEcDN3SSHwClCuAk1f/eQ5A+Ib3U3MH+FSPatd4H4A2JGFTJ837qWCRUV2qWAkwGo6fgeycRi6o0/sSjulyicKiQKp1lRiC3SNAFRON1wUajjnk4iCt9z1ore7N4D1ghZ7xkEE4tzAs59UYKJxXmBuIuF4cSiKFAs3BeGE4tiwPxFkYitmcB9EYgZFUU4sZgpdDidZQ+n2CLNEjiczjb8cKrjnk1yONWPl7wr4MCWMnxioV3n9wTiLk1CRnOAZASstSpt+CFa9/UcAdyUIzkEzhbCTaj5K0+SPyC+VTlg/iqQ7FtzgfgDYkZVMHzfupYJFRXapYCTAajpOI9kYjH/xp9YKL9E4XwhUbjAikJskRYIiML3DReFOu73SUThPGet6M1uHrBGyHp/QDCxSNkAf9/KBBOLVAJxVwnDiUVloFioGoYTiyrA/FUjEVsfAvdFIGZUNcKJxYdCh9OP7OEUW6SPBA6nHxt+ONVxf0xyONWPl8wVcGBrGz6x0K7zPIG4HyAho0+AZASstXrA8EO07utPBHBTj+QQ+LEQbkLN34Mk+QPiW9UD5q8+yb61EIg/IGZUfcP3rWuZUFGhXQo4GYCajotIJhaLb/yJhW+icLGQKPzUikJskT4VEIVLDBeFOu4lJKJwkbNW9Ga3CFgjZL0/I5hYZBVw7hsSTCyyCcTdKAwnFg2BYqFxGE4sGgHz14REbC0F7otAzKgmhBOLpUKH02X2cIot0jKBw+lyww+nOu7lJIdT/XjJQgEHtoXhEwvtOi8SiLslCRl9DiQjYK1VS8MP0bqvPxfAzUMkh8DlQrgJNX9tSPIHxLd6CJi/tiT71gog/oCYUW0N37euZUJFhXYp4GQAajquJJlYfHHDTyzi4v0ShV8IicIvrSjEFulLAVG4ynBRqONeRSIKVzprRW92K4E1QtZ7NcHEooCAc9+BYGJRUCDujmE4segAFAtxYTix6AjMXzyJ2PoKuC8CMaPiCScWXwkdTr+2h1Nskb4WOJyuMfxwquNeQ3I41Y+XrBBwYB8xfGKhXeeVAnF3IyGjtUAyAtZadTP8EK37eq0AbnqSHALXCOEm1Pw9SpI/IL5VT2D+HiPZt9YB8QfEjHrM8H3rWiZUVGiXAk4GoKbjepKJxTc3/sQizi9R+I2QKPzWikJskb4VEIUbDBeFOu4NJKJwvbNW9Ga3HlgjZL03EkwsSgk4930IJhalBeLuG4YTiz5AsfBEGE4s+gLz149EbH0H3BeBmFH9CCcW3wkdTr+3h1Nskb4XOJxuMvxwquPeRHI41Y+XrBNwYJ8yfGKhXef1AnEPIiGjzUAyAtZaDTL8EK37erMAbgaTHAI3CeEm1PwNIckfEN9qMDB/z5LsW1uA+ANiRj1r+L51LRMqKrRLAScDUNNxK8nEYtuNP7Ho6Jco3CYkCn+wohBbpB8EROF2w0Whjns7iSjc6qwVvdltBdYIWe8dBBOLmgLO/fMEE4taAnG/EIYTi+eBYmF4GE4sXgDmbwSJ2NoJ3BeBmFEjCCcWO4UOp7vs4RRbpF0Ch9Pdhh9Oddy7SQ6n+vGSLQIO7MuGTyy067xVIO7RJGS0B0hGwFqr0YYfonVf7xHAzRiSQ+BuIdyEmr+xJPkD4luNAebvNZJ9ay8Qf0DMqNcM37euZUJFhXYp4GQAajomkEws9t34E4sOfonCfUKicL8Vhdgi7RcQhQcMF4U67gMkojDBWSt6s0sA1ghZ7x8JJhaxAs79BIKJRVOBuCeG4cRiAlAsvBGGE4uJwPy9SSK2DgL3RSBm1JuEE4uDQofTQ/Zwii3SIYHD6WHDD6c67sMkh1P9eMleAQd2iuETC+06JwjE/Q4JGR0BkhGw1uodww/Ruq+PCOBmKskh8LAQbkLN3zSS/AHxraYC8zedZN86CsQfEDNquuH71rVMqKjQLgWcDEBNx2MkE4vjN/7Eor1fovC4kCj8yYpCbJF+EhCFJwwXhTruEySi8JizVvRmdwxYI2S9TxJMLOIEnPvZBBOLeIG454ThxGI2UCzMDcOJxRxg/uaRiK1TwH0RiBk1j3BicUrocHraHk6xRTotcDj92fDDqY77Z5LDqX685KiAA/uh4RML7TofE4j7IxIy+gVIRsBaq48MP0Trvv5FADcLSQ6BPwvhJuR/WZgkf0B8q4XA/C0m2bfOAPEHxIxabPi+dS0TKiq0SwEnA1DT8SzJxOLcjT+xaOeXKDwnJArPW1GILdJ5AVF4wXBRqOO+QCIKzzprRW92Z4E1Qtb7IsHEoo+Ac7+UYGLRVyDuZWE4sVgKFAvLw3BisQyYv89JxNYl4L4IxIz6nHBicUnocHrZHk6xRboscDj91fDDqY77V5LDqX685IyAA7vK8ImFdp3PCsS9moSMfgOSEbDWarXhh2jd178J4GYNySHwVyHchPwvyZPkD4hvtQaYv3Uk+9bvQPwBMaPWGb5vXcuEigrtUsDJANR0vEIysbh6408syvklCq8KicKImD9fWlEY4j11kXRC0fdNFmO2KNRxJ4uB10hkrVectaI3uyvADR5Z78gY8ycWQwWc+w0EE4thAnFvDMOJxQagWPguDCcWG4H5+55EbCUH7otAzKjvCScWwFwGHU5T2MMptkgpBA6nKQ0/nOq4U5IcTvXjJb8LOLDbDJ9YaNf5ikDcP5CQUSogGQFrrX4w/RAdyFuqGPx9d5IcAlMK4SbU/O0iyR8Q32onMH+7Sfat1ED8ATGjdhu+b13LhIoK7VLAyQDUdEwTw4HntEA8GzqxKOuXKEwrJArTWVGILVI6AVGY3nBRqONOTyIK0zhrRW92aYA1Qtb7JoKJxWsCzv0+gonF6wJx7w/DicU+oFg4EIYTi/3A/P1IIrYyAPdFIGbUj4QTiwxCh9OM9nCKLVJGgcPpzYYfTnXcN5McTvXjJakFHNijhk8stOucRiDuYyRkdAuQjIC1VscMP0Trvr5FADcnSA6BNwvhJuSvIibJHxDf6gQwf6dI9q1MQPwBMaNOGb5vXcuEigrtUsDJANR0zEwyschy408syvglCrMIicJbrSjEFulWAVGY1XBRqOPOSiIKMztrRW92mYE1QtY7G8HEYqqAc3+GYGIxTSDus2E4sTgDFAvnwnBicRaYv/MkYis7cF8EYkadJ5xYZBc6nN5mD6fYIt0mcDjNYfjhVMedg+Rwqh8vySTgwP5q+MRCu86ZBeL+jYSMcgLJCFhr9Zvhh2jd1zkFcHOV5BCYQwg3Ie/jOzjyB8S3ugrMX7IdHPtWLqS5gItZofOH3l+uZUJFhXYp4GQAajrmJplY3H7jTyxK+yUKbxcShXdYUYgt0h0CovBOw0WhjvtOElGY21krerPLDawRst55CCYWHws49ykNP7ToicUnAnGnIhELyImFu9Yhf9CZJH/IiUUqYP7SkIitvMB9EYgZhcyfX4fTvEKH03z2cIotUj6Bw2l+ww+nOu78JIdT/XhJLgEHNsMOs+PWrnNugbgzkpDRXUAyAtZaZTT8EK37+i4B3GQiOQTmF8JNyI4sSf6A+FaZgPnLQrJvFQDiD4gZlcXwfetaJlRUaJcCTgagpmNBkonF3Tf+xKKUX6LwbiFReI8Vhdgi3SMgCgsZLgp13IVIRGFBZ63oza4gsEbIehcmmFisEnDusxNMLFYLxH1bGE4ssgPFQo4wnFjcBsxfThKxdS9wXwRiRuUknFjcK3Q4LWIPp9giFRE4nBY1/HCq4y5KcjjVj5cUEHBg7zR8YqFd54ICcechIaNiSKcJSEZ5DD9E674uJoCb/CSHwKJCuAl5AkeSPyC+VX5g/gqQ7Fv3AfEHxIwqYPi+dS0TKiq0SwEnA1DTMYpkYqFu/IlFSb9EoRIShcWtKMQWqbiAKCxhuCjUcZcgEYVRzlrRm10UsEbIepckmFhsEXDuCxFMLLYKxF04DCcWhYBi4d4wnFgUBuavCInYKgXcF4GYUUUIJxalhA6npe3hFFuk0gKH0zKGH0513GVIDqf68ZL7BBxYZfjEQrvOUQJxFycho7JAMgLWWhU3/BCt+7qsAG5KkRwCywjhJtT8lSbJHxDfqhQwf2VI9q1yQPwBMaPKGL5vXcuEigrtUsDJANR0LE8ysahw408sSvglCisIicL7rSjEFul+AVFY0XBRqOOuSCIKyztrRW925YE1Qta7EsHE4qCAc1+BYGJxSCDu+8NwYlEBKBYqhuHE4n5g/iqRiK3KwH0RiBlViXBiUVnocFrFHk7BRRI4nFY1/HCq465KcjjVj5eUE3Bgqxs+sdCuc3mBuGuQkFE1IBkBa61qGH6I1n1dTQA3tUkOgVWFcBNq/h4gyR8Q36o2MH91SPat6kD8ATGj6hi+b13LhIoK7VLlkaIGeK6rQTKxqHnjTyyK+yUKawqJwlpWFGKLVEtAFNY2XBTquGuTiMIazlrRm10NYI2Q9X6AYGJxTsC5r08wsTgvEHeDMJxY1AeKhegwnFg0AOYvhkRs1QHui0DMqBjCiUUdocNpXXs4xRaprsDhtJ7hh1Mddz2Sw6l+vKS6gAMba/jEQrvONQTibkpCRg8CyQhYa9XU8EO07usHBXDTguQQWE8IN6HmryVJ/oD4Vi2A+WtFsm/VB+IPiBnVyvB961omVFRolwJOBqCmY4MYs88f2iSrL8AjbQ0/d2nubCAQ98Mk+1c0sF+AtVYPG46b7wIqPFoAN/q+qLj12lK5MPN94N5XAj83OT83Oz/1FROIpaETj/47kc5/3+a8R/954nsbBV43dr33n9y/SeD9sde5fxPX/ZsGXjdL4r1bnPc2dd6rDZHmgdct/uVaWgbe3+o6a2npWkvrwOuHrrOW1q61tAm8bpvEe7c6723jvFev8eHA63aOJkdjc1vyP/KCxmYHw3tyb/I/8oqOuyPJXt4euJcDa606Ehq6et9ArTmZa42JNe8QqFXHwP/iXL5cBudn2ohgk1dfqVyvq4DWJWAaR6V0rTWta82J8WR0/jwF9veWSOvKbYQr3xFJ5C3C9fvTBP53k/O6U1zvmD7tu3XpUC+uf1I1S57EfSNdsab0vM9dx8Q/S+3++xKHEtC9/nJ46OCQV0fnZ5zz8+bA/+IDrztdg8wQByLdjOj7diI4YMYLkFlnITKLBMcPrI/qDCYg7+YsUf8OQo84otfZEbhOd147O/tJFxdBZnd+ujf7ZK7/xkyaaVxxJF5uckn8nYlxJxJpSuxaiuvflSIi+LoekSb+fg+RNo7r0Cuut4dIvRPsyCRidceo40uNjS8qca2JV+KaEn9Puog/cZPGtY602HWoxN/lXUda1zrSuF4n/lk615oS/1t6z3rdveD+u4l5Te+KmeYwogPp7Bw6ujg/uwZ+PhIjt/4OAgT8iOHOvI67q0Dc3UgOHsD6qG4Eh8yOArXuSYDxRwTifpQE48D6qEcNx/gPkX841uhaP2543FsCbN9eIO7eJG5oN6AbCqy1QubPa9J0c85F3nOSvroHXvf4l5OSnoH3P3qdSUlP1/0fC7zu5Uz0vUJMAt/dDZ+o633nMezTpvEli5eM0n2Nitst7B53Ce1EgXAjCu3UrjgSL7c7rUVUFuf/9+jZu0t8/wZ9unXrEt8lrmODnr3j3ClL6onspHSs2xxOkUQa6cxhqfU9LvSU8rVyGjIX/vcnhKI891J+TbZ6C31UoY/9qAK2SH1i8Pfta/hHFXTcfX3eBKJCu4JyGhXi5dfhaUiETG5DrJvy/gd3Lp5wcNHPhY+UrvwkvldvPleTyF0y1+tI5z2R13lPsmvc51oHB7ENJjE4nYBlrmD7xQRb8e4FoX73E8ANo/917lW2TFz7+DIlS7SLKhnfPnCf0vFxJdoVL6fiy5YI3L5ESdW+XVxUx5Lty5QuWbpsfBnfngPpL8SWAyxbYos0QIAtnzScLXXcTwqxJfqo3M9ZK/q+Txj6QRvvOpFYGgi0tp4A21F6E9PrqxoRfKE/6DHkv2PoL9ILSXL9fHpuI9R1PkUoXZ8SIuNBloyxRRokQMZPG07GOu6nfSLjqNCu/3ltEmv1S76GssnGB1++yddnnHwP/gfytVoSufPK12oRfy9fk7rP38pX0x8EinSSmcyVuME+nDiAcajBwM1sCK4Z4hPzOcSVTwk89BNQAv3NeujkL6ckHfczAnEPIHjYZrBA3E8aqvy8BIPcN/oDv2JhIMlXVADxrYCYUQN9etgr1Do/A+SaZ4HOg76HBLc8GyOzhyFrjY67fuAeQyLwcT9H4mYMJVnnMJJ1Pk+yzhdI1jmcZJ0jSNY5kmSdL5Ks8yWSdY4iWefLJOscTbLOV0jW+SrJOscA16lNzPcCC7zFuZ8+M+rzmD7r6HOE5mjNf5pb9L6t90S93+he1n2iMajrq3M3JiYiQjLusST1eQ2os3R9pib7U1fqHLwmnOfXgZrTr+ni60LTxXF2uogt0jiB6eJ4w6eLOu7xRNNFibWG+cOxf1mnOxcTnHxP/AfTxbxJ5M47Xcwb8ffTxaTuc0NMF3Uy87gSNzHmr7ukydPFicDN7I0YfH7fiAkGEjKPunl1LtEnmsEEU7YJAs73EIK4JwrE/SzJdAyISwWstZLKH7rObxIqlTeFlMokq1SwRZokoFQmG65UdNyTiZTKZKtU/nclsVwRpfKWk++3rVL571diot7yKJW3yZTK28DNbIqAUplyHaWCOLm+JXByfZ7gxP62QNwvhOGJHVhrhcyf3rynJnEURtcHvUe/HWP+Gt8RmmHBG/Jd4BCLFVDvEgDqPfQa0QvUvtZ7AowxkoQx3gGekqYCm3IkwdebThXAzbQYLFO+R7ixTSPY2KZLMWUkGFBuSRXqvWYAG1yiKFJNOTPG/M2ou0DcLxm+CesmnCEQ9yiS76GdBexHYK3VqB00JPZ/wwE0NmcSkNgs6dN5qAC/1hfdhvzMr+ENHhcfH9W+Ywfl/kLeUGOeDdwskPnza7IJjD9osjnHTjaxRZojMNmca/hkU8c9V2iymXihlQUyp/Ni5JoClM+/fEN6qDHPjzGf0CLB+RsCxN8CIQmOPmy8T7LOD0jW+SHJOj8iWefHJOv8hGSdC0nWuYhknYtJ1vkpyTqXkKzzM5J1LiVZ5zKSdS4HrlM//TfN9QFifWbU5zF91tHnCM3Rmv80t+h9W++Jer/Rvaz7RGNQ11fnbnlMRIRk3J+T1GcFUKvp+kx3fYBY52CFcJ5XAnWXX+bVSiHz6gtrXmGL9IWAefWl4eaVjvtLIfNKYlQqsVb7WH7wOt25WOXke7Ur7/ax/H95JSZKJzOPK3GrY7gey18N3My+isHn96uYYCC584h4FmeVwDhzDMFj+asF4h4bho/lA2utxpJ8kPZrwhP710In9jX2xI4t0hqBE/taw0/sOu61RCf2tfbE/r8rieWKnNjXOfleb0/s//1KTNQ6z4l9PdmJfT1wM/tG4MT+jfCJfZ3AyXUcwYl9vUDc48PwxA6stRoPfrJ6utyT1WJPLa8neLL6W6FZDrwhNwCHOayA2kAAqI3oNaIXqH2tjQKM8QYJY3wLPCV9B2zKNwg+SPudAG6+j8Ey5TTCje17go1tk+kbm340fb4AQCeZv7H975Ft5GP+m4Eb2ySfHnk36QPYW4D5k+gVqc18a4z5JLZZIO63DCdvvXlvEYj7bZIPYG8D9iOw1urtHTSHH7EPYG8lOPxsi5HBOf6D2P/mEFDmuvdSfk1gfxCawG63E1hskbYLTGB3GD6B1XHvEJrAJl6SOY0K8fJr+vp9pNAO+2/Xqa7/x+5c7HRwsesfTF8HJJE77/R1QMTfT1+Tus/fTl//dRL+JkWJwe2M+XOBkU4i+nl+J9q/+z4Sx3A7gZvPLpJPhewmWece8KdXZrg+vaJzsCcmIkJy/XsJn4XbK3QSS7AnMWyREgROYvsMP4npuPeRncT2+XASk8wH+N5Bz67td2p5wPRn19BJSAxuv+d5swMxEX+50Cb3fmCTHyA5SfxIyMQ/CjHxQcvE2CIdFGDiQ4YzsY77EBkTH7JM7L6CmPiwU8sj4crEhz1MfMQHJj4MbPIj4GdoZhA+Q3Mkxvw1HmUZIx0DP23KCKhjBIA6bvpDWVpvHBd48OBdkqdNjwJ3+Z+ATfkuzze/izXPTwQNfkKKMdDHGeTTcycNf3qufuAeQyLwm9opEkPlNKGhclrIUPnZGirYIv0sYKj8YrihouP+hcxQ+YXPUFGS93av/4xTy7Phaqic8RgqZ30wVM4Am/xsjAzo0Ex8jpCJzwkx8XnLxNginRdg4guGM7GO+wIZE1+wTBx0b/f6Lzq1vBSuTHzRw8SXfGDii8Amv2SdaAXMgdgaL7OMNn61gFK/EgDqN9NHG1pv/CYw2phKMtq4DNzlfwc25VQ72lC/EzT4FRbGuEoosq8KieyIhn++tCI7xHvqIumEou+brKHZIlvHnawhvEaiItud06gQL59EdnHBeweJ7EinlsldNQ0rka0TkMcVrDsR3gUl/u5QGzMS2OTJG8qADs3EKZAxR/jDxCkayjBxSsvE2CKlFGDiVIYzsY47FRkTp7JM7L6CmDi1U8s04crEqT1MnMYHJk4NbPI0QCZmdSeBORBbY1qBNSa50FABla4hkC1IAZWOAFDp0WtEL1DrjfQN8QCdTmJ3pwXu8jcBm3K6tbvVTQQNnoGFMTISiuyMQiL7ZiuysUW6WUBk32K4yNZx30Imsm/hE9klBO8dJLIzObXMHK4iO5NHZGf2QWRnAjZ55oYyoEMzcRZCJs4ixMS3WibGFulWASbOajgT67izkjFxVsvE7iuIibM5tcwerkyczcPE2X1g4mzAJs8OZGJWdxKYA7E13sZiXuSwdrfKQQConKbb3Vpv5BSwu2eS2N23AXf5XMCmnGntbpWLoMFzszDG7YQi+3YhkX2HFdnYIt0hILLvNFxk67jvJBPZd/KJ7JKC9w4S2XmcWuYNV5GdxyOy8/ogsvMAmzxvQxnQoZk4HyET5xNi4vyWibFFyi/AxHcZzsQ67rvImPguy8TuK4iJCzi1LBiuTFzAw8QFfWDiAsAmLwhkYlZ3EpgDsTXezWJe3GPtbnUPAaAKmW53a71RSMDunk1id98N3OULA5tytrW7VWGCBr+XhTGKEIrsIkIiu6gV2dgiFRUQ2cUMF9k67mJkIrsYn8guJXjvIJF9n1PLqHAV2fd5RHaUDyL7PmCTRzWUAR2aiRUhEyshJi5umRhbpOICTFzCcCbWcZcgY+ISlondVxATl3RqWSpcmbikh4lL+cDEJYFNXgrIxKzuJDAHYmsszWJelLF2typDAKiyptvdWm+UFbC755LY3aWBu3w5YFPOtXa3KkfQ4OVZGKMCociuICSy77ciG1uk+wVEdkXDRbaOuyKZyK7IJ7JLC947SGRXcmpZOVxFdiWPyK7sg8iuBGzyyg1lQIdm4iqETFxFiImrWibGFqmqABNXM5yJddzVyJi4mmVi9xXExNWdWtYIVyau7mHiGj4wcXVgk9cAMjGrOwnMgdgaa7KYF7Ws3a1qEQCqtul2t9YbtQXs7vkkdndN4C7/ALAp51u7Wz1A0OB1WBijLqHIrisksutZkY0tUj0Bkf2g4SJbx/0gmch+kE9klxG8d5DIru/UskG4iuz6HpHdwAeRXR/Y5A0ayoAOzcTRhEwcLcTEMZaJsUWKEWDihoYzsY67IRkTN7RM7L6CmLiRU8vG4crEjTxM3NgHJm4EbPLGQCZmdSeBORBbYxMW8yLW2t0qlgBQTU23u7XeaCpgd79PYnc3Ae7yzYBN+b61u1UzggZvzsIYLQhFdgshkd3SimxskVoKiOxWhotsHXcrMpHdik9klxW8d5DIbu3U8qFwFdmtPSL7IR9Edmtgkz/UUAZ0aCZuQ8jEbYSYuK1lYmyR2gow8cOGM7GO+2EyJn7YMrH7CmLidk4t24crE7fzMHF7H5i4HbDJ2wOZmNWdBOZAbI0dWMyLjtbuVh0JABVnut2t9UacgN39IYnd3QG4y8cDm/JDa3ereIIG78TCGJ0JRXZnIZHdxYpsbJG6CIjsroaLbB13VzKR3ZVPZJcTvHeQyH7EqWW3cBXZj3hEdjcfRPYjwCbv1lAGdGgm7k7IxN2FmLiHZWJskXoIMHFPw5lYx92TjIl7WiZ2X0FM/KhTy8fClYkf9TDxYz4w8aPAJn8MyMSs7iQwB2Jr7MViXjxu7W71OAGgeptud2u90VvA7v6YxO7uBdzl+wCb8mNrd6s+BA3el4UxniAU2U8Iiex+VmRji9RPQGT3N1xk67j7k4ns/nwiu53gvYNE9gCnlk+Gq8ge4BHZT/ogsgcAm/zJhjKgQzPxQEImHijExE9ZJsYW6SkBJh5kOBPruAeRMfEgy8TuK4iJn3Zq+Uy4MvHTHiZ+xgcmfhrY5M8AmZjVnQTmQGyNg1nMiyHW7lZDCAD1rOl2t9YbzwrY3QtJ7O7BwF3+OWBTLrR2t3qOoMGHsjDGMEKRPUxIZD9vRTa2SM8LiOwXDBfZOu4XyET2C3wiu73gvYNE9nCnliPCVWQP94jsET6I7OHAJh/RUAZ0aCYeScjEI4WY+EXLxNgivSjAxC8ZzsQ67pfImPgly8TuK4iJRzm1fDlcmXiUh4lf9oGJRwGb/GUgE7O6k8AciK1xNIt58Yq1u9UrBIB61XS7W+uNVwXs7sUkdvdo4C4/BtiUi63drcYQNPhYFsZ4jVBkvyYksl+3IhtbpNcFRPY4w0W2jnscmcgexyeyOwjeO0hkj3dqOSFcRfZ4j8ie4IPIHg9s8gkNZUCHZuKJhEw8UYiJ37BMjC3SGwJM/KbhTKzjfpOMid+0TOy+gph4klPLyeHKxJM8TDzZByaeBGzyyUAmZnUngTkQW+NbLObF29buVm8TAGqK6Xa31htTBOzuJSR291vAXf4dYFMusXa3eoegwd9lYYz3CEX2e0Iie6oV2dgiTRUQ2dMMF9k67mlkInsan8juKHjvIJE93anljHAV2dM9InuGDyJ7OrDJZzSUAR2aiWcSMvFMISaeZZkYW6RZAkw823Am1nHPJmPi2ZaJ3VcQE89xajk3XJl4joeJ5/rAxHOATT4XyMSs7iQwB2JrnMdiXsy3dreaTwCoBabb3VpvLBCwu5eS2N3zgLv8+8CmXGrtbvU+QYN/wMIYHxKK7A+FRPZHVmRji/SRgMj+2HCRreP+mExkf8wnsuME7x0ksj9xarkwXEX2Jx6RvdAHkf0JsMkXNpQBHZqJFxEy8SIhJl5smRhbpMUCTPyp4Uys4/6UjIk/tUzsvoKYeIlTy8/ClYmXeJj4Mx+YeAmwyT8DMjGrOwnMgdgal7KYF8us3a2WEQBquel2t9YbywXs7uUkdvdS4C7/ObApl1u7W31O0OArWBhjJaHIXikksr+wIhtbpC8ERPaXhotsHfeXZCL7Sz6RHS947yCRvcqp5epwFdmrPCJ7tQ8iexWwyVc3lAEdmom/ImTir4SY+GvLxNgifS3AxGsMZ2Id9xoyJl5jmdh9BTHxWqeW68KVidd6mHidD0y8Ftjk64BMzOpOAnMgtsb1LObFN9buVt8QAOpb0+1urTe+FbC7V5DY3euBu/wGYFOusHa32kDQ4BulGCMSvNAhETigfwcEujtm9Cb0vVBx0OvcBMyn1gUzk/2JH52DTZ7jMnr9mwkNnM1CBs4Wa+Bgi7RFwMDZariBo+PeSmbgbOUzcKIE7x1k4GxzavlDuBo42zwGzg8+GDjbgE3+A8lJYjshE28XYuIdlomxRdohwMQ7DWdiHfdOMibeaZnYfQUx8S6nlrvDlYl3eZh4tw9MvAvY5LuB4NZFnklojO1uaP4a97CMUvaCRymMgNpLAKgE00cpWm8kCIxSviAZpewB7vL7gE35BXiUMo2wwfcRNPh+glFKfMniJaOQo5QDJMbCj4TGwo9CxsJBayxgi3RQwFg4ZLixoOM+RGYsHOIzFpTkvd3rP+zU8ki4GguHPcbCER+MhcPAJj9C8lDDUUImPirExMcsE2OLdEyAiY8bzsQ67uNkTHzcMnHQvd3r/8mp5YlwZeKfPEx8wgcm/gnY5CesI6uAORBb40kWi/+UBZQ6RQCo06Zb/FpvnBaw+FeRWPwngbv8z8CmXGUtfvUzQYP/wsIYZwhF9hkhkX3Wimxskc4KiOxzhotsHfc5MpF9jk9kFxe8d5DIPu/U8kK4iuzzHpF9wQeRfR7Y5BcayoAOzcQXCZn4ohATX7JMjC3SJQEmvmw4E+u4L5Mx8WXLxO4riIl/dWr5W7gy8a8eJv7NByb+FdjkvwGZmNWdBOZAbI2/s5gXV6zdra4QAOqq6Xa31htXBezur0js7t+RR7lGuHV9Ze1uBcyn2BqTNYrgYIzIRnwiOxKYXPd6kzf687UV2SHeUxdJJxR93xRAwErFnaIRvEaiIjsFsKF8EtklBO8dJLJTOrVM5appWIlsnYA8rmDdifAuKPF3h9qYKYFNnqqRDOjQTJyakIlTCzFxGsvE2CKlEWDitIYzsY47LRkTp7VM7L6CmDidU8v04crE6TxMnN4HJk4HbPL0QCZmdSfTNzJ/jTexmBcZgM4aK6AyEAAqI3qN6AVqvZGxER6ga0js7puAu/zNwKZcY+1udTNBg9/CwhiZCEV2JiGRndmKbGyRMguI7CyGi2wddxYykZ2FT2SXFLx3kMi+1all1nAV2bd6RHZWH0T2rcAmz9pIBnRoJs5GyMTZhJg4u2VibJGyCzDxbYYzsY77NjImvs0ysfsKYuIcTi1zhisT5/AwcU4fmDgHsMlzApmY1Z3M2cj8NeZiMS9yW7tb5SYA1O2m291ab9wuYHevI7G7cwF3+TuATbnO2t3qDoIGv5OFMfIQiuw8QiI7rxXZ2CLlFRDZ+QwX2TrufGQiOx+fyC4leO8gkZ3fqeVd4Sqy83tE9l0+iOz8wCa/q5EM6NBMXICQiQsIMXFBy8TYIhUUYOK7DWdiHffdZEx8t2Vi9xXExPc4tSwUrkx8j4eJC/nAxPcAm7wQkIlZ3clCjcxfY2EW8+Jea3erewkAVcR0u1vrjSICdvc3JHZ3YeAuXxTYlN9Yu1sVJWjwYiyMcR+hyL5PSGRHWZGNLVKUgMhWhotsHbciE9mKT2SXFrx3kMgu7tSyRLiK7OIekV3CB5FdHNjkJRrJgA7NxCUJmbikEBOXskyMLVIpASYubTgT67hLkzFxacvE7iuIics4tSwbrkxcxsPEZX1g4jLAJi8LZGJWd7JsI/PXWI7FvChv7W5VngBQFUy3u7XeqCBgd28gsbvLAXf5+4FNucHa3ep+ggavyMIYlQhFdiUhkV3ZimxskSoLiOwqhovs/4GTTGRX4RPZZQTvHSSyqzq1rBauIruqR2RX80FkVwU2ebVGMqBDM3F1QiauLsTENSwTY4tUQ4CJaxrOxDrummRMXNMysfsKYuJaTi1rhysT1/IwcW0fmLgWsMlrA5mY1Z2s3cj8NT7AYl7UsXa3qkMAqLqm291ab9QVsLu/I7G7HwDu8vWATfmdtbtVPYIGf5CFMeoTiuz6QiK7gRXZ2CI1EBDZ0YaLbB13NJnIjuYT2WUF7x0ksmOcWjYMV5Ed4xHZDX0Q2THAJm/YSAZ0aCZuRMjEjYSYuLFlYmyRGgswcRPDmVjH3YSMiZtYJnZfQUwc69SyabgycayHiZv6wMSxwCZvCmRiVneyaSPz19iMxbxobu1u1ZwAUC1Mt7u13mghYHdvIrG7mwF3+ZbAptxk7W7VkqDBW7EwRmtCkd1aSGQ/ZEU2tkgPCYjsNoaLbB13GzKR3YZPZJcTvHeQyG7r1PLhcBXZbT0i+2EfRHZbYJM/3EgGdGgmbkfIxO2EmLi9ZWJskdoLMHEHw5lYx92BjIk7WCZ2X0FM3NGpZVy4MnFHDxPH+cDEHYFNHgdkYlZ3Mq6R+WuMZzEvOlm7W3UiAFRn0+1urTc6C9jdW0js7njgLt8F2JRbrN2tuhA0eFcWxniEUGQ/IiSyu1mRjS1SNwGR3d1wka3j7k4msrvziex2gvcOEtk9nFr2DFeR3cMjsnv6ILJ7AJu8ZyMZ0KGZ+FFCJn5UiIkfs0yMLdJjAkzcy3Am1nH3ImPiXpaJ3VcQEz/u1LJ3uDLx4x4m7u0DEz8ObPLeQCZmdSd7NzJ/jX1YzIu+1u5WfQkA9YTpdrfWG08I2N3bSOzuPsBdvh+wKbdZu1v1I2jw/iyMMYBQZA8QEtlPWpGNLdKTAiJ7oOEiW8c9kExkD+QT2e0F7x0ksp9yajkoXEX2Ux6RPcgHkf0UsMkHNZIBHZqJnyZk4qeFmPgZy8TYIj0jwMSDDWdiHfdgMiYebJnYfQUx8RCnls+GKxMP8TDxsz4w8RBgkz8LZGJWd/LZRuav8TkW82KotbvVUAJADTPd7tZ6Y5iA3b2dxO5+DrjLPw9syu3W7lbPEzT4CyyMMZxQZA8XEtkjrMjGFmmEgMgeabjI1nGPJBPZI/lEdgfBeweJ7BedWr4UriL7RY/IfskHkf0isMlfaiQDOjQTjyJk4lFCTPyyZWJskV4WYOLRhjOxjns0GROPtkzsvoKY+BWnlq+GKxO/4mHiV31g4leATf4qkIlZ3clXG5m/xjEs5sVYa3ersQSAes10u1vrjdcE7O6dJHb3GOAu/zqwKXdau1u9TtDg41gYYzyhyB4vJLInWJGNLdIEAZE90XCRreOeSCayJ/KJ7I6C9w4S2W84tXwzXEX2Gx6R/aYPIvsNYJO/2UgGdGgmnkTIxJOEmHiyZWJskSYLMPFbhjOxjvstMiZ+yzKx+wpi4redWk4JVyZ+28PEU3xg4reBTT4FyMSs7uSURuav8R0W8+Jda3erdwkA9Z7pdrfWG+8J2N27Sezud4C7/FRgU+62dreaStDg01gYYzqhyJ4uJLJnWJGNLdIMAZE903CRreOeSSayZ/KJ7DjBeweJ7FlOLWeHq8ie5RHZs30Q2bOATT67kQzo0Ew8h5CJ5wgx8VzLxNgizRVg4nmGM7GOex4ZE8+zTOy+gph4vlPLBeHKxPM9TLzAByaeD2zyBUAmZnUnFzQyf43vs5gXH1i7W31AAKgPTbe7td74UMDu3ktid78P3OU/AjblXmt3q48IGvxjFsb4hFBkfyIkshdakY0t0kIBkb3IcJGt415EJrIX8YnseMF7B4nsxU4tPw1Xkb3YI7I/9UFkLwY2+aeNZECHZuIlhEy8RIiJP7NMjC3SZwJMvNRwJtZxLyVj4qWWid1XEBMvc2q5PFyZeJmHiZf7wMTLgE2+HMjErO7k8kbmr/FzFvNihbW71QoCQK003e7WemOlgN29j8Tu/hy4y38BbMp91u5WXxA0+JfINerFpXKBfEfgTHMl8HOn83OX81NfqwK/eLXTuPrvJB5/9jrv0X+e+N6vAq+/dr33n9x/TeD9a69z/zWu+68LvF6fxHt3O+9d57xXA/GbwOtv/+VaNgTev/E6a9ngWst3gdffX2ct37nWsinwenMS793jvHeT8169xi2B11udYycaRKeT/5EX9CZ8ALwJo+O+mPyPvKLj/tEn8gn533MGEgaw1upHw3GTEPnHnobGzWHD4z4ZAOA2gbiPkBzWCv+Au5e71qHm7yhJ/ooA83cEmL9jJPv1D8D9GogZhcyfXwMUYC6DBijb7QAFW6TtAgOUHYYPUHTcO4QHKOjNvZSh5HiKhBxLG0qOp0nIcSeQHIGYUacJyXGnEDnusuSILdIuAXLcbTg56rh3C5Ejeq1Zo/8gcrRi3tMoPOM+I+yQhPylQoGY9wjEfZbkELMbSMJngIeYcySHmL3A/AExo86R4K+6oSLkEkn+ahgqQi6T9G8CsH+BmFGXCUVIgpAI2WdFCLZI+wREyH7DRYiOez+JCMkdOIzvFTiU/m74uDJftMxh/AoJGR0AkhGw1uqK4SJO9/UBAdwk28lxCNwvhJtQ8xdJkj8gvpUbMyF/Nm0nx771IxB/QMyo5CT4izVUBKcmyV9TQ0VwGpL+PQjsXyBmFDJ/fongg0Ii+JAVwdgiHRIQwYcNF8E67sMkIrhgQAz+KHCoT7/T7LiLRMuImZtIyOgIkIyAtVY3CeMm5GfRA3k7IoCbm0kOgYeFcBNq/m4hyR8Q3+pmYP4ykexbR4H4A2JGZSLBXydDRXBWkvx1NlQEZyPp32PA/gViRmUjFMHHhETwcSuCsUU6LiCCfzJcBOu4fyIRwVEBMXhU4FCfw3ARXDpaRszkJCGjE0AyAtZa5TRcBOu+PiGAm9tJDoE/CeEm1PzdQZI/IL7V7cD83Umyb50E4g+IGXUnCf76GyqC85Pkb4ChIvgukv49BexfIGbUXYQi+JSQCD5tRTC2SKcFRPDPhotgHffPJCK4fEAMnhQ41N9tuAiuEi0jZu4hIaNfgGQErLW6x3ARrPv6FwHc3EtyCPxZCDeh5q8ISf6A+Fb3AvNXlGTfOgPEHxAzqigJ/kYaKoIVSf5eNFQEFyfp37PA/gViRhUnFMFnhUTwOSuCsUU6JyCCzxsugnXc50lEcI2AGDwjcKgvZbgIrhstI2ZKk5DRBSAZAWutShsugnVfXxDATTmSQ+B5IdyEmr/yJPkD4luVA+avAsm+dRGIPyBmVAUS/E0yVARXJsnfZENFcBWS/r0E7F8gZlQVQhF8SUgEX7YiGFukywIi+FfDRbCO+1cSEdwgIAYvChzqqxsugptEy4iZGiRk9BuQjIC1VjUMF8G6r38TwE1tkkPgr0K4CTV/D5DkD4hvVRuYvzok+9bvQPwBMaPqkOBvvqEiuD5J/hYYKoIbkPTvFWD/AjGjGhCK4CtCIviqFcHYIl0VEMERjc0WwTpuvUZwjUTW2jwgBn8XONQ3NFwEt4mWETONSMgoWWNcLoG1Vo0MF8G6r3Xu0PeNJTkERgjhJtT8NSXJHxDfKhaYv2Yk+1YkEH9AzKhmJPhbYagIbkWSv5WGiuDWJP2bHNi/QMyo1oQiGJjLIBGcwqVdrAgO8Z66SCka4++b0nARrONOSSKC2wfEYKTAob6t4SK4c7SMmHmYhIxSAckIWGv1sOEiWPd1KgHcdCA5BKYUwk2o+etIkj8gvlUHYP7iSPat1ED8ATGj4kjwt8lQEdyFJH+bDRXBXUn6Nw2wf4GYUV0JRXAaIRGc1opgbJHSCojgdIaLYB13OhIR3C0gBlMLHOq7Gy6Ce0XLiJkeJGSUHkhGwFqrHoaLYN3X6QVw8xjJITCdEG5CzV8vkvwB8a0eA+bvcZJ96yYg/oCYUY+T4O+goSL4CZL8HTJUBPcj6d8MwP4FYkb1IxTBGYREcEYrgrFFyigggm82XATruG8mEcF9A2LwJoFD/ZOGi+CB0TJiZiAJGd0CJCNgrdVAw0Ww7utbBHDzNMkh8GYh3ISav2dI8gfEt3oamL/BJPtWJiD+gJhRg0nwd8FQETyUJH8XDRXBw0j6NzOwf4GYUcMIRXBmIRGcxYpgbJGyCIjgWw0XwTruW0lE8DMBMZhJ4FA/3HARPCxaRsyMICGjrEAyAtZajTBcBOu+ziqAm5dIDoG3CuEm1PyNIskfEN/qJWD+XibZt7IB8QfEjHqZBH9pt5spgsewPAkDzB9SBI8l6d/swP4FYkaNJRTB2YVE8G1WBGOLdJuACM5huAjWcecgEcEjAmIwm8ChfpzhInh0tIyYGU9CRjmBZASstRpvuAjWfZ1TADdvkBwCcwjhJtT8vUmSPyC+1RvA/E0i2bdyAfEHxIyaRIK/XIaK4Ckk+cttqAh+h6R/cwP7F4gZ9Q6hCM4tJIJvtyIYW6TbBUTwHYaLYB33HSQieGxADOYSONRPNVwET4yWETPTSMjoTiAZAWutphkugnVf3ymAm5kkh8A7hHATav5mkeQPiG81E5i/2ST7Vh4g/oCYUbNJ8FfUUBE8nyR/xQwVwQtI+jcvsH+BmFELCEVwXiERnM+KYGyR8gmI4PyGi2Add34SETw5IAbzCBzqPzRcBL8XLSNmPiIho7uAZASstfrIcBGs+/ouAdwsJDkE5hfCTaj5W0SSPyC+1UJg/haT7FsFgPgDYkYtJsFfZUNF8FKS/FUxVAQvI+nfgsD+BWJGLSMUwQWFRPDdVgRji3S3gAi+x3ARrOO+h0QEzwiIwQICh/oVhovgedEyYmYlCRkVApIRsNZqpeEiWPd1IQHcrCI5BN4jhJtQ87ea5d8ZBfbKKmD+viLZtwoD8QfEjPqKBH8NDRXB60jy18hQEbyepH/vBfYvEDNqPaEIvldIBBexIhhbpCICIrio4SJYx12URAR/EBCDhQUO9RsMF8GLomXEzEYSMioGJCNgrdVGw0Ww7utiArjZxPI4pRBuQs3fZpL8AfGtNgHzt4Vk37oPiD8gZtQWEvx1MFQEbyfJX0dDRfAOkv6NAvYvEDNqB6EIjhISwcqKYGyRlIAILm64CNZxFycRwZ8FxOB9Aof63YaL4JXRMmJmDwkZlQCSEbDWao/hIlj3dQkB3OwjOQQWF8JNqPnbT5I/IL7VPmD+DpDsWyWB+ANiRh0gwV8fQ0XwYZL89TVUBB8h6d9SwP4FYkYdIRTBpYREcGkrgrFFKi0ggssYLoJ13GVIRPDqgBgsKXCoP264CF4fLSNmfiIho7JAMgLWWv1kuAjWfV1WADenSA6BZYRwE2r+TpPkD4hvdQqYv59J9q1yQPwBMaN+JsHf84aK4HMk+XvBUBF8nqR/ywP7F4gZdZ5QBJcXEsEVrAjGFqmCgAi+33ARrOO+n0QEbwyIwXICh/pLhovgrdEyYuYyCRlVBJIRsNbqsuEiWPd1RQHc/E5yCLxfCDeh5u8KSf6A+Fa/A/N3lWTfqgTEHxAz6ioJ/iYYKoKT7+LI30RDRXCKXRz9WxnYv0DMKGT+/BLBlYVEcBUrgsFFEhDBVQ0XwTruqiQieEdADFYSONSn3mV23AnRMmImDQkZVQOSEbDWKo0wbkLNm+7ragK4SU9yCKwqhJtQ83cTSf6A+FbpgfnLQLJvVQfiD4gZlYEEf7MNFcGZSPI3x1ARnJmkf2sA+xeIGZWZUATXEBLBNa0IxhappoAIrmW4CNZx1yIRwT8GxGB1gUN9VsNF8LFoGTGTjYSMagPJCFhrlc1wEaz7urYAbnKQHAJrCeEm1PzlJMkfEN8qBzB/uUj2rQeA+ANiRuUiwd9SQ0XwnST5W2aoCM5D0r91gP0LxIzKQyiC6wiJ4LpWBGOLVFdABNczXATruOuRiOCTATH4gMChPr/hIvhstIyYuYuEjB4EkhGw1uouw0Ww7usHBXBzN8khsJ4QbkL+p6tI8gfEt7obmL9CJPtWfSD+gJhRhUjwt8FQEVyUJH8bDRXBxUj6twGwf4GYUcUIRXADIREcbUUwtkjRAiI4xnARrOOOIRHBFwNisL7AoV4ZLoKvRMuImeIkZNQQSEbAWqvihotg3dcNBXBTiuQQGCOEm1DzV5okf0B8q1LA/JUh2bcaAfEHxIwqQ4K/fYaK4Aok+dtvqAi+n6R/GwP7F4gZdT+hCG4sJIKbWBGMLVITAREca7gI1nHHkojgyJiIiEYCh/rKhovgNDEyYqYKCRk1BZIRsNaqiuEiWPd1UwHcVCc5BMYK4Sbkz5qR5A+Ib1UdmL+aJPtWMyD+gJhRNUnwd8ZQEVyHJH9nDRXBdUn6tzmwf4GYUXUJRXBzIRHcwopgbJFaCIjgloaLYB13SxIRfFNADDYTONTXN1wEZ46RETMNSMioFZCMgLVWDQwXwbqvWwngpiHJIbClEG5CnhCS5A+Ib9UQmL/GJPtWayD+gJhRjUnwl3KHmSK4GUn+UgHzhxTBzUn69yFg/wIxo5oTiuCHhERwGyuCsUVqIyCC2xougnXcbUlEcLaAGGwtcKhvZbgIzh0jI2Zak5DRw0AyAtZatTZcBOu+flgAN21JDoFthXATMp5J8gfEt2oLzF87kn2rHRB/QMyodiT4y26oCI4jyd9thorgeJL+bQ/sXyBmVDyhCG4vJII7WBGMLVIHARHc0XARrOPuSCKC8wTEYDuBQ30Xw0VwwRgZMdOVhIzigGQErLXqargI1n0dJ4Cb7iSHwI5CuAk1fz1I8gfEt+oOzF9Pkn0rHog/IGZUTxL8FTJUBD9Okr/Chorg3iT92wnYv0DMqN6EIriTkAjubEUwtkidBURwF8NFsI67C4kILhwQg/ECh/onDBfBUTEyYqYfCRl1BZIRsNaqn+EiWPd1VwHcPElyCOwihJtQ8zeQJH9AfKsngfl7imTfegSIPyBm1FMk+KtgqAgeTJK/+w0VwUNI+rcbsH+BmFFDCEVwNyER3N2KYGyRuguI4B6Gi2Addw8SEVwyIAYfETjUDzVcBJePkREzw0jIqCeQjIC1VsMMF8G6r3sK4GY4ySGwhxBuQs3fCJL8AfGthgPzN5Jk33oUiD8gZtRIEvzVN1QEv8zymX5DRfBokv59DNi/QMyo0YQi+DEhEdzLimBskXoJiODHDRfBOu7HSURwpYAYfFTgUD/GcBFcI0ZGzIwlIaPeQDIC1lqNNVwE677uLYCbcSSHwMeFcBNq/saT5A+IbzUOmL8JJPtWHyD+gJhREwznuwcCfNdHYN+aZHjcDWJk9uvJJP3SF9gvwFqryYbjZntA9fUVwI2+LypuvbZULszsCNz7SuDnTufnLuenvp4IxNLPiUf/nUjnv+913qP/PPG9/QOvB7je+0/u/2Tg/QOvc/8nXfd/KvB6UBLv3e289ynnvVqAPx14/cy/XMvgwPuHXGctg11reTbw+rnrrOVZ11qGBl4PS+K9e5z3DnXeq9f4fOD1C44GRGPzdPI/8oLG5hTDe/Ji8j/yio77HZK9fDhwLwfWWr1DaCDuBO/DiWtMrPmIQK1GBv73ossHyuD8TBsRbCrqK5XrdRXQugRMyqiUrrWmda05MZ6Mzp+nwP7eEmlduY1w5TsiibxFuH5/msD/bnJed4rrHdOnfbcuHerF9U+qZsmTuG+kK9aUnve565j4Z6ndf1/iUAK6118ODyMc8hrp/HzR+Xlz4H8vBV6PugaZIQ5EuhnR951KcMB8SYDMpgmRWSQ4fmB91DQwAXk3Z4n6j2gsUyf0OkcC1+nO68vOfjLaRZDZnZ/uzT6Z678xk2YaVxyJl5tcEn9nYtyJRJoSu5bi+neliAi+rkekib/fQ6SN4zr0iuvtIVLvxDQyiVjdMer4UmPji0pca+KVuKbE35Mu4k/cpHGtIy12HSrxd3nXkda1jjSu14l/ls61psT/lt6zXncvuP9uYl7Tu2KmOYzoQF52Dh2jnZ+vBH6+2lhu/SMECHim4RMsHfcrAnHPIjl4AOujZhEcMkcK1HouAcZfFYh7HgnGgfVR8wzHeELkH441utbvGx73yQDbDxeI+wMSN3QM0A0F1loh8+c1acY45yLvOUlfYwOvX/uXk5LXA+8fd51Jyeuu+48PvJ7Q+I/7eoWYBL7HNjZ/3xmPfboxvmTxklG6r1Fxu4XdRJfQThQIN6LQTu2KI/Fyu9NaRGVx/n+Pnr27xPdv0Kdbty7xXeI6NujZO86dsqSeAE5Kx7rN4RRJpJHOHJZa30Shp2KvldNQOeaN//6kcZTnXsqvydYbQo/Gv2kfjccW6c3G+PtOMvzReB33JJ83gajQrqCcRoV4eQ9PaOH3XeCG3zUEioyYiIghEbL1CvHeyvsf3Pmd7GDtLRfmUrpwkvhevaFdjfgrhpK5Xkc674m8znuSXeM+1zqMiG1aicHpBCxzBftW42B7370g1O+eDNyE3r7OvcqWiWsfX6ZkiXZRJePbB+5TOj6uRLvi5VR82RKB25coqdq3i4vqWLJ9mdIlS5eNL+PbsyVvCzHwFMvA2CJNEWDgdwxnYB33Oz59OC3U+N9y1oq+78eGfljkLw8mArH0LtAu+xhscelNTK+vqnNPNOb1CUafZNA4Wmi4RZx4GkTHvchMi/gvkht5EHkLeK/FJB9WA+JbATGjpPKH7pP3CO2j94QOr1Pt4RVbpKkCh9dphh9eddzTSL5ZQfvdEmv1a/72VggbQXzw5ZvdM93J94x/YPdUSyJ3XrunWsTf2z1J3edv7R7TH8aLdJKZzJW4Ga4TeuKFPnEA41AzgJvZTFwzxCfmc6ag4tF5fEtAOS8168Gvv5ySdNzTBeJeRvDA2wyBuJcbqlS8BIPcN5YCv1bjcxKlB8S3AmJGfe7TA5eh1nk6kGtmAZ06fQ8Jbpll+FcjSMSt3bQTAi7iKtMfNA3EfEog7tUkD5rOBvYjsNZqNYH7fEUAN3MMfzBUx51BwHWfSxB3boG45xHEfa9A3PMJ4i4vEPcCgrjrCMT9PkHczQXi/oAg7k4CcX9IEHdfgbg/Ioh7qEDcHxPEPVYg7k8I4n5XIO6FBHF/IPF0CEHcKwTiXkwQ90aBuD8Fxq2HdSsDC7zFuZ/W3lrvae2jdYA+E+vzoT4r6XOD5lDNJ3pv1fuM7jmNP12LT11DwKTyGWrcS3z6Bp9Q1/kZ0L/Q9fki2Z/+qc7BZ8J5Xgr0Vv16imap0FM0y+xTNNgiLRN4ima54U/R6LiXEz1FI7FW+0GsP66IJC7Umt35/dyp4Yp/8GROXtffu9aTOXkj/v7JnKTuc0M8maOTmceVuBWN/7rzmvxkzgrgBrmyMT6/K/9BPkNd9xfAU5mhz2mLPenyucD0eQ1B3CsE4l5L8BVmXwjEvY7kyRwgLhWw1modyWcwviRUj18KqcdVVj1ii7RKQD2uNlw96rhXE6nH1VY90qvHr5wafm3V43+/EhP1lUc9fk2mHr8GbpBrBNTjGh/U41qrHv+zivpKQE1sIIj7a4G4NxKox7UCcX9Hoh6BuFTAWitk/jTpf5GELEPXB43Nrxubv8Z1QjNueEOuBxIiK6DWEwDqG/Qa0QvU3vI3AoyxhYQx1gFP198Cm3ILwUnjW4mTZWMsU64k3Ng2EGxsG6WYMhIMKLcUD/kYTPBRVYmm/N7wRz113GMF4t5m+Casm/A7gbh/IPmo6iZgPwJrrX7YRUNi/zeoQmPzewIS2yR9Og8V4AmRSf+jK6Hed6fhDR4XHx/VvmMH5f7HYUKNeTNws0Dmz68p+2aw9594bbFTdmyRtghM2bcaPmXXcW8VmrInXmhlgczptsZyTQHK51/+ta6QT5mNzSU0iQ+j7Rf4MNpugi/TOSAQ9x4ShbId2NfAWqs9BP3yiwBudhB8aDVZI4EDP0HctwjEvYsg7jsF4t5NEHcxgbj3EMRdUSDuvQRxPygQdwJB3K0E4t5HEHdXgbj3E8TdXyDuAwRxvyAQ948EcY8TiPsgQdzTBOI+RBD3xwJxHyaI+0uBuI+Av0zny2R/fpmO1t5a72nto3WAPhPr86E+K+lzg+ZQzSd6b9X7jO45jT9diyPCX/JyVOjxCfQ6j4G/TGdVsj99WJ2DY8J5Pk74ccjjQoOan+ygBluknwQGNScMH9TouE8QfRxSYq3245B/XBFJXKg1u/N70qnhKftxyP9+JSbqpOfjkKfIPg55CrhBnhb4OORpHz4O+bP9OOR/fhb4pMDjVPsI4j4lEPd+gg8p/CwQ9wGSD7cAcamAtVYHSL5M5xdC9fiLkHo8Y9UjtkhnBNTjWcPVo477LJF6PGvVI716POfU8LxVj//9SkzUOY96PE+mHs8DN8gLAurxgg/q8aJVj/9ZRZ0TUBOHCeI+LxD3EQL1eFEg7qMk6hGISwWstToK/nTlqiRkGbo+aGyeJ/h05SWprwhAN+Rl8JfpMALqMgGgfjX9y3S0t/yrAGOcIGGMS8DT9W/ApjxBcNL4TQA3v4O/TOdLwo3td4KN7YrpG5v+eOoPAgA9Zf7G9r+PvSI/6nsVuLFJ5S8SXGfklzBFNDHb25fazJM1MZ/ErgrE/bPh5K03b41J+PCR5CPOkcB+BNZa/bKL5vAj9iVM6D1DYo2RTWRwDm/I5E3+xb3KXPdeyq+nAZIDk+teb4omrtfOz0jXn9unAf7FPXWRUjTB3zdlExz4peJO2QReo+s+EhQV2hWU06gQL++TABIf2toVg7/vjkihHfvfrlNd/4/duU3l4Cy1C2/XegpgQMRfa+J9CmBAxN8/BZDUff72KYB/nYS/SVFicKma/LnASCcR/TyLQ/3OawEv1E3oHIkPuiMSd1JIBdzEz5NIitRASQHEjDpP8txqGsKTahqhk2pae1LFFimtwEk1neEnVR13OqGTqoQPJ7HWvzuthvzl+kKn1X9FJn9zooxI4kLd253b9E79bjL9tMrwzGp6z8lXJ7V/RPBl8jOrNwE3xwz/imXjr3sl5jODD/lMDcxBRuC9/tXp8h9sLv96U/2b05vGYXqB4cQlgmdWbxKI+zLBkyQZBeL+leUJJKDaA9Za/UqAG4l9Asnnbtyg13lzE4513gJ0RvSBcnWyPw92Oge3NImIkFx/JiD3+uVMZBJyJjJbZwJbpMwCzkQWw50JHXcWshlaFsEZmhBmffu06q1OLbP+A+WfN+KvNfIq/7wRQp9WRSchMTidgDyuYLM2ifjLFen53aE25q3AJs9KcpLIRsjE2YSYOLtlYmyRsgsw8W2GM7GO+zYyJr7NMrH7CmLiHE4tc4YrE+fwMHFOH5g4B7DJcwLBrYu8OgmKQ90/wlN0VC1zNjF/jblYHgDODTRfWAGVmwBQt6PXiF6g1hu3C7itV0lc+lzAXf4OYFNeBX9kZCVhg99B0OB3SjEG+kHGPEBwrgKOo1aTPMiYl9CkyCtkUuSzJgW2SPkETIr8hpsUOu78ZCZFfj6TQkne273+u5xaFghXk+Iuj0lRwAeT4i5gkxdoIgM6NBMXJGTigkJMfLdlYmyR7hZg4nsMZ2Id9z1kTHyPZeKge7vXX8ipZeFwZeJCHiYu7AMTFwI2eWHr7ipgDsTWeC/LuKCIBZQqQgCooqaPC7TeKCowLki2m2NccC9wly8GbEpk/ljHBcUIGvw+0xtcf/T1isD3ZUSRPIuoCM0FJWQuFLfmArZIxQXMhRKGmws67hJk5kIJPnOhuOC9g8yFkk4tS4WruVDSYy6U8sFcKAls8lJNZECHZuLShExcWoiJy1gmxhapjAATlzWciXXcZcmYuKxlYvcVxMTlnFqWD1cmLudh4vI+MHE5YJOXBzIxqytbvon5a6zAYvPfb21+dT8BoCqa7gJqvVFRwOZPTmLzVwDu8pWATZnc2vyqEkGDV2aw+TM0xDd4FRKbvyqhuVBVyFyoZs0FbJGqCZgL1Q03F3Tc1cnMhep85kIJwXsHmQs1nFrWDFdzoYbHXKjpg7lQA9jkNZvIgA7NxLUImbiWEBPXtkyMLVJtASZ+wHAm1nE/QMbED1gmdl9BTFzHqWXdcGXiOh4mrusDE9cBNnldIBOzurJ1m5i/xnosNv+D1uZXDxIAqr7pLqDWG/UFbP6UJDZ/PeAu3wDYlCmtza8aEDR4NIPNn1vA5o8hsfkbEpoLDYXMhUbWXMAWqZGAudDYcHNBx92YzFxozGculBS8d5C50MSpZWy4mgtNPOZCrA/mQhNgk8c2kQEdmombEjJxUyEmbmaZGFukZgJM3NxwJtZxNydj4uaWid1XEBO3cGrZMlyZuIWHiVv6wMQtgE3eEsjErK4sMAdia2zFYvO3tja/ak0AqIdMdwG13nhIwOZPTWLztwLu8m2ATZna2vyqDUGDt2Ww+e8VsPkfJrH52xGaC+2EzIX21lzAFqm9gLnQwXBzQcfdgcxc6MBnLpQSvHeQudDRqWVcuJoLHT3mQpwP5kJHYJPHNZEBHZqJ4wmZOF6IiTtZJsYWqZMAE3c2nIl13J3JmLizZWL3FcTEXZxadg1XJu7iYeKuPjBxF2CTdwUyMasr27WJ+Wt8hMXm72ZtftWNAFDdTXcBtd7oLmDzpyWx+R8B7vI9gE2Z1tr8qgdBg/dksPnLC9j8j5LY/I8RmguPCZkLvay5gC1SLwFz4XHDzQUd9+Nk5sLjfOZCacF7B5kLvZ1a9glXc6G3x1zo44O50BvY5H2ayIAOzcR9CZm4rxATP2GZGFukJwSYuJ/hTKzj7kfGxP0sE7uvICbu79RyQLgycX8PEw/wgYn7A5t8AJCJWV3ZAU3MX+OTLDb/QGvzq4EEgHrKdBdQ642nBGz+9CQ2/5PAXX4QsCnTW5tfDSJo8KcZbP46Ajb/MyQ2/2BCc2GwkLkwxJoL2CINETAXnjXcXNBxP0tmLjzLZy6UEbx3kLnwnFPLoeFqLjznMReG+mAuPAds8qFNZECHZuJhhEw8TIiJn7dMjC3S8wJM/ILhTKzjfoGMiV+wTOy+gph4uFPLEeHKxMM9TDzCByYeDmzyEUAmZnVlRzQxf40jWWz+F63Nr14kANRLpruAWm+8JGDzZyCx+UcCd/lRwKbMYG1+NYqgwV9msPmbC9j8o0ls/lcIzYVXhMyFV625gC3SqwLmwhjDzQUd9xgyc2EMn7lQVvDeQebCWKeWr4WruTDWYy685oO5MBbY5K81kQEdmolfJ2Ti14WYeJxlYmyRxgkw8XjDmVjHPZ6MicdbJnZfQUw8wanlxHBl4gkeJp7oAxNPADb5RCATs7qyE5uYv8Y3WGz+N63Nr94kANQk011ArTcmCdj8N5PY/G8Ad/nJwKa82dr8ajJBg7/FYPN3ErD53yax+acQmgtThMyFd6y5gC3SOwLmwruGmws67nfJzIV3+cyFcoL3DjIX3nNqOTVczYX3PObCVB/MhfeATT61iQzo0Ew8jZCJpwkx8XTLxNgiTRdg4hmGM7GOewYZE8+wTOy+gph4plPLWeHKxDM9TDzLByaeCWzyWUAmZnVlZzUxf42zWWz+OdbmV3MIADXXdBdQ6425AjZ/JhKbfzZwl58HbMpM1uZX8wgafD6Dzd9XwOZfQGLzv09oLrwvZC58YM0FbJE+EDAXPjTcXNBxf0hmLnzIZy60E7x3kLnwkVPLj8PVXPjIYy587IO58BGwyT9uIgM6NBN/QsjEnwgx8ULLxNgiLRRg4kWGM7GOexEZEy+yTOy+gph4sVPLT8OViRd7mPhTH5h4MbDJPwUyMasr+2kT89e4hMXm/8za/OozAkAtNd0F1HpjqYDNn4XE5l8C3OWXAZsyi7X51TKCBl/OYPMPFbD5Pyex+VcQmgsrhMyFldZcwBZppYC58IXh5oKO+wsyc+ELPnOhveC9g8yFL51argpXc+FLj7mwygdz4Utgk69qIgM6NBOvJmTi1UJM/JVlYmyRvhJg4q8NZ2Id99dkTPy1ZWL3FcTEa5xarg1XJl7jYeK1PjDxGmCTrwUyMasru7aJ+Wtcx2Lzr7c2v1pPAKhvTHcBtd74RsDmz0pi868D7vLfApsyq7X51bcEDb6BweYfK2DzbySx+b8jNBe+EzIXvrfmArZI3wuYC5sMNxd03JvIzIVNfOZCB8F7B5kLm51abglXc2Gzx1zY4oO5sBnY5FuayIAOzcRbCZl4qxATb7NMjC3SNgEm/sFwJtZx/0DGxD9YJnZfQUy83anljnBl4u0eJt7hAxNvBzb5DiATs7qyO5qYv8adLDb/Lmvzq10EgNptuguo9cZuAZs/O4nNvxO4y+8BNmV2a/OrPQQNvpfB5n9XwOZPILH59xGaC/uEzIX91lzAFmm/gLlwwHBzQcd9gMxcOMBnLnQUvHeQufCjU8uD4Wou/OgxFw76YC78CGzyg01kQIdm4kOETHxIiIkPWybGFumwABMfMZyJddxHyJj4iGVi9xXExEedWh4LVyY+6mHiYz4w8VFgkx8DMjGrK3usiflrPM5i8/9kbX71EwGgTpjuAmq9cULA5s9BYvMfB+7yJ4FNmcPa/OokQYOfYrD5PxCw+U+T2Pw/E5oLPwuZC79YcwFbpF8EzIUzhpsLOu4zZObCGT5zIU7w3kHmwlmnlufC1Vw46zEXzvlgLpwFNvm5JjKgQzPxeUImPi/ExBcsE2OLdEGAiS8azsQ67otkTHzRMrH7CmLiS04tL4crE1/yMPFlH5j4ErDJLwOZmNWVvdzE/DX+ymLz/2ZtfvUbAaB+N90F1HrjdwGbPxeJzf8rcJe/AmzKXNbmV1cIGvwqg82/QsDmj4jlsPmTxfKZC8mAuXWvNzL2z9fWXAjxnrpIOqHo+yYHAlYq7uSx8BqJmgvJgQ3lk7kQL3jvIHMhhVPLlK6ahpW5oBOQxxWsOxHeBSX+7lAbMwWwyVPGyoAOzcSpCJk4lRATp7ZMjC1SagEmTmM4E+u405AxcRrLxO4riInTOrVMF65MnNbDxOl8YOK0wCZPB2RiVlc2Xaz5a0wv5F3Aj0w34RZKa/PfRACoDOg1oheo9UaGWDxAbyex+dMDd/mMwKa83dr8KiNBg99seoNrm3+jgM1/S6w/DR7qOjMBm3LhLty9FgHvJZm/zDd+/kTHTFlIxmG3AuustelXyf6UZDoHt3okG3r9WQlNxKxCJmI2ayJii5RNwETMbriJqOPOTmYiZuczEaME7x1kIt7m1DJHuJqIt3lMxBw+mIi3AZs8B8lJIichE+cUYuJclomxRcolwMS5DWdiHXduMibObZnYfQUx8e1OLe8IVya+3cPEd/jAxLcDm/wOILh1kb8iNGfviDV/jXeyjPPygMd5jIDKQwCovKa7/Vpv5BUY591JMs67E7jL5wM25Z3gcd6XhA2ej6DB80sxBnoscxcQnLuBY5k9JGOZAoQmRQEhk6KgNSmwRSooYFLcbbhJoeO+m8ykuJvPpFCS93av/x6nloXC1aS4x2NSFPLBpLgH2OSFYmVAh2biwoRMXFiIie+1TIwt0r0CTFzEcCbWcRchY+IilomD7u1ef1GnlsXClYmLepi4mA9MXBTY5MWsu6uAORBb430s44IoCygVRQAoZfq4QOsNJTAuyEsyLrgPuMsXBzZlXjsuUMUJGrwEw6d/fhH49E9JkmcRSxGaC6WEzIXS1lzAFqm0gLlQxnBzQcddhsxcKMNnLhQXvHeQuVDWqWW5cDUXynrMhXI+mAtlgU1eLlYGdGgmLk/IxOWFmLiCZWJskSoIMPH9hjOxjvt+Mia+3zKx+wpi4opOLSuFKxNX9DBxJR+YuCKwySsBmZjVla0Ua/4aK7PY/FWsza+qEACqqukuoNYbVQVs/vwkNn9l4C5fDdiU+a3Nr6oRNHh1Bps/WSN8g9cgsflrEpoLNYXMhVrWXMAWqZaAuVDbcHNBx12bzFyozWculBC8d5C58IBTyzrhai484DEX6vhgLjwAbPI6sTKgQzNxXUImrivExPUsE2OLVE+AiR80nIl13A+SMfGDlondVxAT13dq2SBcmbi+h4kb+MDE9YFN3gDIxKyubINY89cYzWLzx1ibX8UQAKqh6S6g1hsNBWz+AiQ2fzRwl28EbMoC1uZXjQgavDGDzX+LgM3fhMTmjyU0F2KFzIWm1lzAFqmpgLnQzHBzQcfdjMxcaMZnLpQUvHeQudDcqWWLcDUXmnvMhRY+mAvNgU3eIlYGdGgmbknIxC2FmLiVZWJskVoJMHFrw5lYx92ajIlbWyZ2X0FM/JBTyzbhysQPeZi4jQ9M/BCwydsAmZjVlW0Ta/4a27LY/A9bm189TACodqa7gFpvtBOw+e8msfnbAnf59sCmvNva/Ko9QYN3YLD57xSw+TuS2PxxhOZCnJC5EG/NBWyR4gXMhU6Gmws67k5k5kInPnOhlOC9g8yFzk4tu4SrudDZYy508cFc6Axs8i6xMqBDM3FXQibuKsTEj1gmxhbpEQEm7mY4E+u4u5ExcTfLxO4riIm7O7XsEa5M3N3DxD18YOLuwCbvAWRiVlcWmAOxNfZksfkftTa/epQAUI+Z7gJqvfGYgM1fiMTm7wnc5XsBm7KQtflVL4IGf5zB5i8mYPP3JrH5+xCaC32EzIW+1lzAFqmvgLnwhOHmgo77CTJz4Qk+c6G04L2DzIV+Ti37h6u50M9jLvT3wVzoB2zy/rEyoEMz8QBCJh4gxMRPWibGFulJASYeaDgT67gHkjHxQMvE7iuIiZ9yajkoXJn4KQ8TD/KBiZ8CNvkgIBOzurKDYs1f49MsNv8z1uZXzxAAarDpLqDWG4MFbP57SWz+p4G7/BBgU95rbX41hKDBn2Ww+SsK2PzPkdj8QwnNhaFC5sIway5gizRMwFx43nBzQcf9PJm58DyfuVBG8N5B5sILTi2Hh6u58ILHXBjug7nwArDJh8fKgA7NxCMImXiEEBOPtEyMLdJIASZ+0XAm1nG/SMbEL1omdl9BTPySU8tR4crEL3mYeJQPTPwSsMlHAZmY1ZUdFWv+Gl9msflHW5tfjSYA1Cumu4Bab7wiYPMXJbH5Xwbu8q8Cm7KotfnVqwQNPobB5n9QwOYfS2Lzv0ZoLrwmZC68bs0FbJFeFzAXxhluLui4x5GZC+P4zIWygvcOMhfGO7WcEK7mwniPuTDBB3NhPLDJJ8TKgA7NxBMJmXiiEBO/YZkYW6Q3BJj4TcOZWMf9JhkTv2mZ2H0FMfEkp5aTw5WJJ3mYeLIPTDwJ2OSTgUzM6spOjjV/jW+x2PxvW5tfvU0AqCmmu4Bab0wRsPnvI7H53wLu8u8Am/I+a/Ordwga/F0Gm7+VgM3/HonNP5XQXJgqZC5Ms+YCtkjTBMyF6YabCzru6WTmwnQ+c6Gc4L2DzIUZTi1nhqu5MMNjLsz0wVyYAWzymbEyoEMz8SxCJp4lxMSzLRNjizRbgInnGM7EOu45ZEw8xzKx+wpi4rlOLeeFKxPP9TDxPB+YeC6wyecBmZjVlZ0Xa/4a57PY/Ausza8WEADqfdNdQK033hew+RWJzT8fuMt/AGxKZW1+9QFBg3/IYPN3FbD5PyKx+T8mNBc+FjIXPrHmArZInwiYCwsNNxd03AvJzIWFfOZCO8F7B5kLi5xaLg5Xc2GRx1xY7IO5sAjY5ItjZUCHZuJPCZn4UyEmXmKZGFukJQJM/JnhTKzj/oyMiT+zTOy+gph4qVPLZeHKxEs9TLzMByZeCmzyZUAmZnVll8Wav8blLDb/59bmV58TAGqF6S6g1hsrBGz+EiQ2/3LgLr8S2JQlrM2vVhI0+BcMNn9/AZv/SxKbfxWhubBKyFxYbc0FbJFWC5gLXxluLui4vyIzF77iMxfaC947yFz42qnlmnA1F772mAtrfDAXvgY2+ZpYGdChmXgtIROvFWLidZaJsUVaJ8DE6w1nYh33ejImXm+Z2H0FMfE3Ti2/DVcm/sbDxN/6wMTfAJv8WyATs7qy38aav8YNLDb/Rmvzq40EgPrOdBdQ643vBGz+UiQ2/wbgLv89sClLWZtffU/Q4JsYbP4XBGz+zSQ2/xZCc2GLkLmw1ZoL2CJtFTAXthluLui4t5GZC9v4zIUOgvcOMhd+cGq5PVzNhR885sJ2H8yFH4BNvj1WBnRoJt5ByMQ7hJh4p2VibJF2CjDxLsOZWMe9i4yJd1kmdl9BTLzbqeWecGXi3R4m3uMDE+8GNvkeIBOzurJ7Ys1f414Wmz/B2vwqgQBQ+0x3AbXe2Cdg85chsfn3Anf5/cCmLGNtfrWfoMEPMNj84wRs/h9JbP6DhObCQSFz4ZA1F7BFOiRgLhw23FzQcR8mMxcO85kLHQXvHWQuHHFqeTRczYUjHnPhqA/mwhFgkx+NlQEdmomPETLxMSEmPm6ZGFuk4wJM/JPhTKzj/omMiX+yTOy+gpj4hFPLk+HKxCc8THzSByY+AWzyk0AmZnVlT8aav8ZTLDb/aWvzq9MEgPrZdBdQ642fBWz+ciQ2/yngLv8LsCnLWZtf/ULQ4GcYbP5pAjb/WRKb/xyhuXBOyFw4b80FbJHOC5gLFww3F3TcF8jMhQt85kKc4L2DzIWLTi0vhau5cNFjLlzywVy4CGzyS7EyoEMz8WVCJr4sxMS/WibGFulXASb+zXAm1nH/RsbEv1kmdl9BTPy7U8sr4crEv3uY+IoPTPw7sMmvAJmY1ZW9Emv+Gq+y2PwRTa3ND8yB2BqTodeIXqDWG3qRaIBWILH5rwJ3+UhgU1awNr+KJGjw5KY3uLb5Pxaw+VM0lWlw9DpTNuUzF1ICc+teb6qmf7625kKI99RFStUUf9/UQMBKxZ26KbxGouZCamBD+WQuxAveO8hcSOPUMq2rpmFlLugE5HEF606Ed0GJvzvUxkwDbPK0TWVAh2bidIRMnE6IidNbJsYWKb0AE99kOBPruG8iY+KbLBO7ryAmzuDUMmO4MnEGDxNn9IGJMwCbPCOQiVld2YxNzV/jzULeBfzIdIu1+dUtBIDKZLoLqPVGJgGbvyKJzX8zcJfPDGzKitbmV5kJGjwLg83/pYDNfys4cIm4d8Xg484KFv5ayCduavsDa74S+HnA+fmj81Nf2QK/N7uzUeu/k3jcPey8R/954ntvC7zO4XrvP7l/zsD7c13n/jld988deH17Eu896Lw3t/NevfHcEXh9579cS57A+/NeZy15XGvJF3id/zpryeday12B1wWSeO8h5713Oe/VaywYeH23IzPQ2Cyf6o+8oLFZebfZPVkt1R95RcddxafDRqjrvAd4QADWWlUxHDdHIv/Y09C4qW543GUD/XKPQNw1SA7nhX/A3ctd61DzV5Mkf0WA+asBzF8tkv26EHC/BmJGIfPn18CsEPjcnHgVtgMzbJEKCwzM7jV8YKbjvld4YIbe3EsZSo71SMixtKHk+CAJORYBkiMQM+pBQnIsIkSORS05YotUVIAcixlOjjruYkLkiF5r1ug/iBytmO8z3O2Wijta2CEJdX0al/cJxB1DcogpBiThaOAhpiHJISYKmD8gZlRDEvxVN1SExJLkr4ahIqQpSf8qYP8CMaOaEooQJSRCilsRgi1ScQERUsJwEaLjLkEiQnIHDuNRAofSFoaPK/NFyxzGW5KQUUkgGQFrrVoaLuJ0X5cUwM1DJIfAEkK4CTV/bUjyB8S3egiYv7Yk+1YpIP6AmFFtSfAXa6gI7kCSv6aGiuCOJP1bGti/QMyojoQiuLSQCC5jRTC2SGUERHBZw0WwjrssiQguGBCDpQQO9Z0MF8FFomXETGcSMioHJCNgrVVnw0Ww7utyArh5hOQQWFYIN6HmrxtJ/oD4Vo8A89edZN8qD8QfEDOqOwn+Ohkqgh9j6V9DRXAvkv6tAOxfIGZUL0IRXEFIBN9vRTC2SPcLiOCKhotgHXdFEhEcFRCD5QUO9X0MF8Glo2XETF8SMqoEJCNgrVVfw0Ww7utKArjpT3IIrCiEm1DzN4Akf0B8q/7A/D1Jsm9VBuIPiBn1JAn++hsqgp8myd8AQ0XwMyT9WwXYv0DMqGcIRXAVIRFc1YpgbJGqCojgaoaLYB13NRIRXD4gBisLHOqfNVwEV4mWETPPkZBRdSAZAWutnjNcBOu+ri6Am+dJDoHVhHATav5eIMkfEN/qeWD+hpPsWzWA+ANiRg0nwd9IQ0XwSyT5e9FQETyKpH9rAvsXiBk1ilAE1xQSwbWsCMYWqZaACK5tuAjWcdcmEcE1AmKwhsCh/hXDRXDdaBkx8yoJGT0AJCNgrdWrhotg3dcPCODmNZJDYG0h3ISav9dJ8gfEt3oNmL9xJPtWHSD+gJhR40jwN8lQEfwGSf4mGyqC3yTp37rA/gViRr1JKILrCongelYEY4tUT0AEP2i4CNZxP0gighsExGAdgUP9W4aL4CbRMmLmbRIyqg8kI2Ct1duGi2Dd1/UFcPMuySHwQSHchJq/90jyB8S3eheYv6kk+1YDIP6AmFFTSfA331ARPJMkfwsMFcGzSPo3Gti/QMyoWYQiOFpIBMdYEYwtUoyACG5ouAjWcTckEcHNA2KwgcChfq7hIrhNtIyYmUdCRo2AZASstZpnuAjWfd1IADfvkxwCGwrhJtT8fUCSPyC+1fvA/H1Ism81BuIPiBn1IQn+VhgqgheS5G+loSJ4EUn/NgH2LxAzahGhCG4iJIJjrQjGFilWQAQ3NVwE67ibkojg9gEx2FjgUL/EcBHcOVpGzHxGQkbNgGQErLX6zHARrPu6mQBulrP8EyFCuAk1f5+T5A+Ib7UcmL8VJPtWcyD+gJhRK0jwt8lQEbyKJH+bDRXBq0n6twWwf4GYUasJRXALIRHc0opgbJFaCojgVoaLYB13KxIR3C0gBpsLHOrXGC6Ce0XLiJm1JGTUGkhGwFqrtYaLYN3XrQVw8w3JIbCVEG5Czd+3JPkD4lt9A8zfBpJ96yEg/oCYURtI8HfQUBG8iSR/hwwVwZtJ+rcNsH+BmFGbCUVwGyER3NaKYGyR2gqI4IcNF8E67odJRHDfgBh8SOBQv81wETwwWkbM/EBCRu2AZASstfrBcBGs+7qdAG52khwCHxbCTaj520WSPyC+1U5g/naT7FvtgfgDYkbtJsHfBUNF8D6S/F00VATvJ+nfDsD+BWJG7ScUwR2ERHBHK4KxReooIILjDBfBOu44EhH8TEAMthc41B80XAQPi5YRM4dIyCgeSEbAWqtDhotg3dfxArg5SnIIjBPCTaj5O8YySQL2ylFg/o6T7FudgPgDYkYdJ8Ff2u1miuBTJPlLB8wfUgSfJunfzsD+BWJGnSYUwZ2FRHAXK4KxReoiIIK7Gi6CddxdSUTwiIAY7CRwqD9juAgeHS0jZs6SkNEjQDIC1lqdNVwE675+RAA3F0gOgV2FcBNq/i6S5A+Ib3UBmL9LJPtWNyD+gJhRl0jwl8tQEfw7Sf5yGyqCr5D0b3dg/wIxo64QiuDuQiK4hxXB2CL1EBDBPQ0XwTruniQieGxADHYTONQn22N23BOjZcRM5B4OMnoUSEbAWqtIYdyEmjfd148K4CalT7iJCu0K2nujQruCcBNq/lKR5A+Ib5USmL/UJPvWY0D8ATGjUpPgr6ihIjg9Sf6KGSqCbyLp317A/gViRiHz55cI7iUkgh+3IhhbpMcFRHBvw0Wwjrs3iQieHBCDjwkc6m82XAS/Fy0jZm4hIaM+QDIC1lrdYrgI1n3dRwA3WUgOgb2FcBNq/m4lyR8Q3yoLMH9ZSfatvkD8ATGjspLgr7KhIjgHSf6qGCqCc5L07xPA/gViRuUkFMFPCIngflYEY4vUT0AE9zdcBOu4+5OI4BkBMdhX4FB/u+EieF60jJi5g4SMBgDJCFhrdYfhIlj39QAB3OQlOQT2F8JNqPnLR5I/IL5VXmD+8pPsW08C8QfEjMpPgr+Ghorgu0ny18hQEXwPSf8OBPYvEDPqHkIRPFBIBD9lRTC2SE8JiOBBhotgHfcgEhH8QUAMPilwqL/XcBG8KFpGzBQhIaOngWQErLUqYrgI1n39tABu7iM5BA4Swk2o+YsiyR8Q3+o+YP4Uyb71DBB/QMwoRYK/DoaK4FIk+etoqAguTdK/g4H9C8SMKk0oggcLieAhVgRjizREQAQ/a7gI1nE/SyKCPwuIwWcEDvXlDBfBK6NlxEx5EjJ6DkhGwFqr8oaLYN3XzwngpiLJIfBZIdyEmr9KJPkD4ltVBOavMsm+NRSIPyBmVGUS/PUxVARXJ8lfX0NFcA2S/h0G7F8gZlQNQhE8TEgEP29FMLZIzwuI4BcMF8E67hdIRPDqgBgcKnCor224CF4fLSNmHiAho+FAMgLWWj1guAjWfT1cADf1SA6BLwjhJtT8PUiSPyC+VT1g/uqT7FsjgPgDYkbVJ8Hf84aK4IYs+5+hIrgRSf+OBPYvEDOqEaEIHikkgl+0IhhbpBcFRPBLhotgHfdLJCJ4Y0AMjhA41McaLoK3RsuImaYkZDQKSEbAWqumhotg3dejBHDTguQQ+JIQbkLNX0uS/AHxrVoA89eKZN96GYg/IGZUKxL8TTBUBLclyd9EQ0XwwyT9OxrYv0DMqIcJRfBoIRH8ihXB2CK9IiCCXzVcBOu4XyURwTsCYvBlgUN9B8NFcEK0jJjpSEJGY4BkBKy16mi4CNZ9PUYAN51IDoGvCuEm1Px1ZvlMIbBXOgHz14Vk3xoLxB8QM6oLCf5mGyqCu5Pkb46hIrgHSf++BuxfIGZUD0IR/JqQCH7dimBskV4XEMHjDBfBOu5xJCL4x4AYHCtwqH/McBF8LFpGzPQiIaPxQDIC1lr1MlwE674eL4CbPiSHwHFCuAn5n84hyR8Q36oPMH9PkOxbE4D4A2JGPUGCv6WGiuAnSfK3zFARPJCkfycC+xeIGTWQUARPFBLBb1gRjC3SGwIi+E3DRbCO+00SEXwyIAYnCBzqnzZcBJ+NlhEzz5CQ0SQgGQFrrZ4xXATrvp4kgJtnSQ6BbwrhJuQveiPJHxDf6llg/oaS7FuTgfgDYkYNJcHfBkNF8HCS/G00VASPIOnft4D9C8SMGkEogt8SEsFvWxGMLdLbAiJ4iuEiWMc9hUQEXwyIwckCh/qXDBfBV6JlxMwoEjJ6B0hGwFqrUYaLYN3X7wjg5hWSQ+AUIdyE/Jg6Sf6A+FavAPM3hmTfeheIPyBm1BgS/O0zVASPI8nffkNF8HiS/n0P2L9AzKjxhCL4PSERPNWKYGyRpgqI4GmGi2Ad9zQSERwZExHxrsCh/g3DRXCaGBkx8yYJGU0HkhGw1upNw0Ww7uvpArh5i+QQOE0IN6Hm722WSTqwV94C5m8Kyb41A4g/IGbUFBL8nTFUBE8lyd9ZQ0XwNJL+nQnsXyBm1DRCETxTSATPsiIYW6RZAiJ4tuEiWMc9m0QE3xQQgzMEDvUzDRfBmWNkxMwsEjKaAyQjYK3VLMNFsO7rOQK4mcvyxTpCuAk1f/NI8gfEt5oLzN98kn1rLhB/QMyo+ST4S7nDTBH8IUn+UgHzhxTBH5H07zxg/wIxoz4iFMHzhETwfCuCsUWaLyCCFxgugnXcC0hEcLaAGJwrcKhfaLgIzh0jI2YWkZDR+0AyAtZaLTJcBOu+fl8AN0tIDoELhHATav4+I8kfEN9qCTB/S0n2rQ+A+ANiRi0lwV92Q0XwCpL83WaoCF5J0r8fAvsXiBm1klAEfygkgj+yIhhbpI8ERPDHhotgHffHJCI4T0AMfiBwqF9luAguGCMjZlaTkNEnQDIC1lqtNlwE677+RAA3a0gOgR8L4SbU/K0lyR8Q32oNMH/rSPathUD8ATGj1pHgr5ChIngDSf4KGyqCN5L07yJg/wIxozYSiuBFQiJ4sRXB2CItFhDBnxougnXcn5KI4MIBMbhQ4FC/yXARHBUjI2Y2k5DREiAZAWutNhsugnVfLxHAzTaSQ+CnQrgJNX8/kOQPiG+1DZi/7ST71mdA/AExo7aT4K+CoSJ4N0n+7jdUBO8h6d+lwP4FYkbtIRTBS4VE8DIrgrFFWiYggpcbLoJ13MtJRHDJgBj8TOBQv89wEVw+RkbM7Ccho8+BZASstdpvuAjWff25AG4OkhwClwvhJtT8HWL5dllgrxwE5u8wyb61Aog/IGbUYRL81TdUBB8nyV8DQ0XwTyT9uxLYv0DMqJ8IRfBKIRH8hRXB2CJ9ISCCvzRcBOu4vyQRwZUCYnCFwKH+lOEiuEaMjJg5TUJGq4BkBKy1Om24CNZ9vUoAN2dIDoFfCuEm1PydJckfEN/qDDB/50j2rdVA/AExo84ZzncPBPhutcC+dcnwuBvEyOzXl0n65StgvwBrrS4bjpt9AdX3lcRwKBIrXFO5MLM/cO8rgZ8HnJ8/Oj/19XUgljVOPPrvRDr//bDzHv3nie9dG3i9zvXef3L/9YH3f3Od+6933f/bwOsNSbz3oPPeb533agG+MfD6u3+5lu8D7990nbV871rL5sDrLddZy2bXWrYGXm9L4r2HnPdudd6r1/hD4PV2RwPCB3ip/sgLGpu/G96T1VL9kVd03FdI9vIdwL0cWGuFzJ9fBuIB8D6cuMbEmu8M1GpX4H+7XT5QBudn2ohgU1FfqVyvq4DWJWBSRqV0rTWta82J8WR0/jwF9veWSOvKbYQr3xFJ5C3C9fvTBP53k/O6U1zvmD7tu3XpUC+uf1I1S57EfSNdsab0vM9dx8Q/S+3++xKHEtC9/nJ42OmQ1y7n527n582B/+0JvN57DTJDHIh0M6Lvm2yv+QfMPQJkFrlXhswiwfED66OQMSeP+OvmLFH/nU1l6oRe5y7gOt15TXD2k30ugszu/HRv9slc/42ZNNO44ki83OSS+DsT404k0pTYtRTXvytFRPB1PSJN/P0eIm0c16FXXG8PkXonppFJxOqOUceXGhtfVOJaE6/ENSX+nnQRf+ImjWsdabHrUIm/y7uOtK51pHG9TvyzdK41Jf639J71unvB/XcT85reFTPNYUQHkuAcOvY5P/cHfh5oKrf+nQIEnFL44IE4cO0XiDsVycEDWB+ViuCQuUug1mkJMH5AIO50JBgH1kelMxzjRyL/cKzRtc5geNxlAyeEHQJxZxTCONoN/RHohgJrrZD585o0PzrnIu85SV8HA68P/ctJyeHA+49cZ1Jy2HX/o4HXx5r+cV+vEJPA98Gm5u87R7FPN8aXLF4ySvc1Km63sDvuEtqJAuFGFNqpXXEkXm53WouoLM7/79Gzd5f4/g36dOvWJb5LXMcGPXvHuVOW1BPASelYtzmcIok00pnDUus7LvRU7LVyGvJHC/77k8ZRnnspvyZbPwk9Gn/CPhqPLdKJpvj7njT80Xgd90mfN4Go0K6gnEaFeHkPT2jhtz1ww0yxuPs9HOj0zLGy9Qrx3sr7H9z5PeVg7bQLcyldOEl8r97Qrkb8FUPJXK8jnfdEXuc9ya5xn2sdRsQ2rcTgdAKWuYI93TTY3ncvCPW7TwE3oZ+vc6+yZeLax5cpWaJdVMn49oH7lI6PK9GueDkVX7ZE4PYlSqr27eKiOpZsX6Z0ydJl48v49mzJz0IM/ItlYGyRfhFg4DOGM7CO+4xPH04L+cNUzlrR983kk8UV9S+vv3woCIils0C7LBPY4tKbmF5fVeeeaMwnnorQOMpiuEWceHpDx32rmRbxXyQ38iByGnivrIbuP55LAfGtgJhRUvlD98k5QvvonNDh9bw9vGKLdF7g8HrB8MOrjvsCyTcraL9bYq1+zd9Oh7ARxAdfvtk9F518X/oHdk+1JHLntXuqRfy93ZPUff7W7jH9YbxIJ5nJXIm75DqhJ17oEwcwDnUJuJldxjVDfGI+LwsqHp3H0wLKOYdZD3795ZSk474oEHdOggfeLgnEnctQpeIlGOS+4cZ4qPnLTaL0gPhWQMyo3D49cBlqnS8CueZXoFOn7yHBLb8a/tUIEnFrF/HOJvi48xK4iHkE4s5H8qDpb8B+BNZa5TMcN7pf7hPATQGCfokSiLsgSb/8DuwXYK1VQYJ+qSyAm0IE/VJFIO7CJP1yBdgvwFqrwgT9Ei2Am6IE/RIjEHcxkn65CuwXYK1VMYJ+aSuAG0XQLw8LxF2cpF8imuFyCay1Kk7QLz0FcFOKoF8eFYi7NEm/JAP2C7DWqjRBvzwtgJtyBP3yjEDc5Un6JRLYL8Baq/IE/fKyAG4qEvTLaIG4K5H0S3JgvwBrrSoR9MtbAripStAvbwvEXY2kX1IA+wVYa1WNoF/mC+CmJkG/LBCIuxZJv6QE9guw1qoWQb8sF8BNHYJ++Vwg7rok/ZIK2C/AWqu6BP2yQQA39Qn6ZaNA3A1I+iU1sF+AtVYNCPplrwBuGhL0S4JA3I1I+iUNsF+AtVaNCPrllABuYgn65bRA3E1J+iUtsF+AtVZNCfrlqgBuWhD0S4TAtxy0JOmXdMB+AdZatSTol5sFcPMQQb/cIhB3G5J+SQ/sF2CtFTJ/+kPPCYEC3+LcT3+GQT+XrZ811c/P6WeC9HMOenar51HaY9e+ofZCtL7TZ1bNw3pv0flyX2jc3NRMBjfodWYA4kbXZ1+yPz+HpnOQQTjPGZsBZ5gR/nwbSUYgNtzrvdmVa/ttJCHeUxdJJxR931uAgJWK+5Zm8BqJfRuJxFrtF9r+cUUkcaHW7M5vJqeGmV21vNY3nOR1/b1rfcNJ3oi//4aTpO5zQ3zDiU5mHlfiMjf7685r8jecZAZukFma4fOb5R/kM+TvIgSeygz9vjuxbwzJ1Ax/33YEcWcWiLs9wT8Fd6tA3B1IvuEEiEsFrLWSyh+6zlkJ1WNWIfWYzapHbJGyCajH7IarRx13diL1mN2qR3r1eJtTwxxWPf73KzFRt3nUYw4y9ZgDuEHmFFCPOX1Qj7msevzPKuo2ATXRiSDuHAJxdyZQj7kE4u5Coh6BuFTAWitk/jTp70tClqHrg8ZmjmbmrzG30Iwb3pC3AwmRFVC3EwDqDvQa0QvU3vIdAozRnYQxcgNP13cCm7I7wUnjTgHc5GmGZcoEwo0tD8HGlleKKSPBgHJL8ZC/ChnY4BJFkWrK/M3M34wOCnzVeU/DN2HdhPkE6v0oySPCdwH7EVhr9eheGhL7v0EVGpv5CUjsLunTeagAPxLY2I4KbGyPG97gcfHxUe07dlBlU+FiLgDcLJD582vKXgDs/SdeBe2UHVukggJT9rsNn7LruO8WmrInXmhlgczpPc3kmgKUz/iSxUtGITfkQs3MJTSJDzHmF/gwXx+CDzHeJRB3XxKFUhjY18Baq74E/VJCADf9CfqlpEDcA0j65V5gvwBrrQYQ9Et1Adw8RdAvNQTiHkTSL0WA/QKstRpE0C+NBXAzmKBfmgjEPYSkX4oC+wVYazWEoF86COBmKEG/dBSIexhJvxQD9guw1moYQb88LoCb4QT90lsg7hEk/XIfsF+AtVYjCPrlWQHcvETQL88JxD2KpF+igP0CrLUaRdAvYwRw8wpBv4wViPtVkn5RwH4B1lq9StAv7wrg5jWCfnlPIO7XSfqlOLBfgLVWrxP0y4cCuJlA0C8fCcQ9kaRfSgD7BVhrNZGgX74QwM0kgn75UiDuyST9UhLYL8Baq8kE/bJJADdTCPpls0Dc75D0SylgvwBrrd4h6JcDAriZStAvPwrEPY2kX0oD+wVYazWNoF/OCOBmJkG/nBWIexZJv5QB9guw1moWQb8kF/ig0VyCfkkhEPc8kn4pC+wXYK3VPIJ+ySKAm/cJ+uVWgbg/IOmXcsB+AdZaIfOnv2lyf7I//1Ei/RkG/Vy2ftZUPz+nnwnSzzno2a2eR2mPXfuG2gvR+k6fWTUP672lnPA/llNe6Gso0OusAP5HiQ4k+/PzbDoHFYTzfD/h10rfL/SB14r2A6/YIlUU+MBrJcM/8KrjrkT0tdISa7VfK/3HFZHEhVqzO7+VnRpWsV8r/d+vxERV9nytdBWyr5WuAtwgqwp8rXRVH75Wupr9Wun//J1qlQW+d+pjgrirCMT9CcGXPVYTiHshyZeEAnGpgLVWUvlD17k6oXqsLqQea1j1iC1SDQH1WNNw9ajjrkmkHmta9UivHms5Naxt1eN/vxITVcujHmuTqcfawA3yAQH1+IAP6rGOVY//WUXVElATSwjiri0Q92cE6rGOQNxLSdQjEJcKWGuFzJ8m/QNJyDJ0fdDYrE3wLdV1pf6pBXRD1gP/o0SMgKpHAKgHTf9HibS3/KAAY6wgYYy6wNN1fWBTriA4adQXwE0D8D9KtJ9wY2tAsLFFm76x6a/5LiQA0C/M39j+9/XhyK9MjwFubFL5iwTXGfmPWTUk+MesJDbzRgT/mFWMQNyrDCdvvXk3FIh7Ncmj5Y2B/QistVq9l+bwI/aPWTUiOPw0biaDc3hDNvk3h4Ay172X8utpgCZCTwPE2qcBsEWKFXgaoKnhTwPouJsKPQ2QeEnmNCrEy48nAVI3wT4JkLUpPqf7I4UY4N+uU13/j921aubgtvk/eKpgQMRf8eh9qmBAxN8/VZDUff72qYJ/nYS/SVFicM2a/bnASCcR/TyLQ/3ORCCjGX0NwadWswp8anUtiZ+8/9/YBn9z4moGJMN1JNKsOVCauXsl1HWtJ8EfsE8UEDNqPcnz0y0IFVMLIcXU0iombJFaCiimVoYrJh13K6LnpyXW+neqKdS6eVVTqPeTUk3/itz/RtlEJHGh7u2uVWsHDw+ZrpoYnsVu7VFgOqn9I4Ivk5/Ffgi42bb5V6wdf90rMZ9t/kE+Q113W2AO1v7/OqH/g83lX58s/+Y0qHHYWmDo9h3Bs9gPCcT9PcETUm0F4t5EokSBuFTAWqtNBLiR2CeQfO7GDXqdDzfjWGc78PeM/Zjsz4OdzkE74e8Za0/4SfH2Qk5HB+t0YIvUQcDp6Gi406Hj7kg2G+4oOBsWwqxvn8KOc2oZb/qnsNFJSAwuzvPJ6fhmEX+50FZWHLDJ40lOEp0ImbiTEBN3tkyMLVJnASbuYjgT67i7kDFxF8vE7iuIibs6tXwkXJm4q4eJH/GBibsCm/wR8Kf6fkyC4lD3j/AUHVXLR5qZv8ZuLA+2dwd//p0RUN0JANXD9I+Jar3RQ8Bt3Ubi0ncD7vI9gU25DfxRqATCBu9J0OCPSjEGemz9GBCceYHjqHwkD0b2IjQpegmZFI9bkwJbpMcFTIrehpsUOu7eZCZFbz6TQkne273+Pk4t+4arSdHHY1L09cGk6ANs8r7NZECHZuInCJn4CSEm7meZGFukfgJM3N9wJtZx9ydj4v6WiYPu7V7/AKeWT4YrEw/wMPGTPjDxAGCTP2ndXQXMgdgaB7KMC56ygFJPEQBqkOnjAq03BgmMC7aTjAsGAnf5p4FNud2OC9TTBA3+DMu4YDAQnAWA44KCJOOCIYQmxRAhk+JZa1Jgi/SsgEnxnOEmhY77OTKT4jk+k6K44L2DTIqhTi2HhatJMdRjUgzzwaQYCmzyYc1kQIdm4ucJmfh5ISZ+wTIxtkgvCDDxcMOZWMc9nIyJh1smdl9BTDzCqeXIcGXiER4mHukDE48ANvlIIBOzurvAHIit8UWWccFLdlygXiIA1CjTxwVab4wSGBfsJBkXvAjc5V8GNuVOOy5QLxM0+GiWccErQHAWAo4LCpOMC14lNCleFTIpxliTAlukMQImxVjDTQod91gyk2Isn0lRQvDeQSbFa04tXw9Xk+I1j0nxug8mxWvAJn+9mQzo0Ew8jpCJxwkx8XjLxNgijRdg4gmGM7GOewIZE0+wTOy+gph4olPLN8KViSd6mPgNH5h4IrDJ3wAyMau7C8yB2BrfZBkXTLLjAjWJAFCTTR8XaL0xWWBcsJtkXPAmcJd/C9iUu+24QL1F0OBvs4wLpgDBWRQ4LihGMi54h9CkeEfIpHjXmhTYIr0rYFK8Z7hJoeN+j8ykeI/PpCgpeO8gk2KqU8tp4WpSTPWYFNN8MCmmApt8WjMZ0KGZeDohE08XYuIZlomxRZohwMQzDWdiHfdMMiaeaZnYfQUx8SynlrPDlYlneZh4tg9MPAvY5LOBTMzq7gJzILbGOSzjgrl2XKDmEgBqnunjAq035gmMC/aSjAvmAHf5+cCm3GvHBWo+QYMvYBkXvA8EpwKOC4qTjAs+IDQpPhAyKT60JgW2SB8KmBQfGW5S6Lg/IjMpPuIzKUoJ3jvIpPjYqeUn4WpSfOwxKT7xwaT4GNjknzSTAR2aiRcSMvFCISZeZJkYW6RFAky82HAm1nEvJmPixZaJ3VcQE3/q1HJJuDLxpx4mXuIDE38KbPIlQCZmdXeBORBb42cs44KldlyglhIAapnp4wKtN5YJjAv2kYwLPgPu8suBTbnPjgvUcoIG/5xlXLACCM5SwHFBaZJxwUpCk2KlkEnxhTUpsEX6QsCk+NJwk0LH/SWZSfEln0lRWvDeQSbFKqeWq8PVpFjlMSlW+2BSrAI2+epmMqBDM/FXhEz8lRATf22ZGFukrwWYeI3hTKzjXkPGxGssE7uvICZe69RyXbgy8VoPE6/zgYnXApt8HZCJWd1dYA7E1rieZVzwjR0XqG8IAPWt6eMCrTe+FRgXHCAZF6wH7vIbgE15wI4L1AaCBt/IMi74DgjOcsBxQXmSccH3hCbF90ImxSZrUmCLtEnApNhsuEmh495MZlJs5jMpygjeO8ik2OLUcmu4mhRbPCbFVh9Mii3AJt/aTAZ0aCbeRsjE24SY+AfLxNgi/SDAxNsNZ2Id93YyJt5umdh9BTHxDqeWO8OViXd4mHinD0y8A9jkO4FMzOruAnMgtsZdLOOC3XZcoHYTAGqP6eMCrTf2CIwLDpKMC3YBd/m9wKY8aMcFai9BgyewjAv2AcFZETguqEQyLthPaFLsFzIpDliTAlukAwImxY+GmxQ67h/JTIof+UyKsoL3DjIpDjq1PBSuJsVBj0lxyAeT4iCwyQ81kwEdmokPEzLxYSEmPmKZGFukIwJMfNRwJtZxHyVj4qOWid1XEBMfc2p5PFyZ+JiHiY/7wMTHgE1+HMjErO4uMAdia/yJZVxwwo4L1AkCQJ00fVyg9cZJgXHBYZJxwU/AXf4UsCkP23GBOkXQ4KdZxgU/A8FZFTguqEYyLviF0KT4RcikOGNNCmyRzgiYFGcNNyl03GfJTIqzfCZFOcF7B5kU55xang9Xk+Kcx6Q474NJcQ7Y5OebyYAOzcQXCJn4ghATX7RMjC3SRQEmvmQ4E+u4L5Ex8SXLxO4riIkvO7X8NVyZ+LKHiX/1gYkvA5v8VyATs7q7wByIrfE3lnHB73ZcoH4nANQV08cFWm9cERgXHCUZF/wG3OWvApvyqB0XqKsEDR7RnGRckAy3UFUTOC6oRTIuiGzOZ1JEAsHpXm/y5n++tiZFiPfURdIJRd83BRCwUnGnaA6vkahJkQLYUD6ZFO0E7x1kUqR0apnKVdOwMil0AvK4gnUnwrugxN8damOmBDZ5quYyoEMzcWpCJk4txMRpLBNji5RGgInTGs7EOu60ZEyc1jKx+wpi4nROLdOHKxOn8zBxeh+YOB2wydMDmZjV3QXmQGyNN0mZP+gjUwag+cMKqAwEgMqIXiN6gVpvZGyOB+hxknHBTcBd/mZgUx634wJ1M0GD38IyLsgEBGcd4LigLsm4IDOhSZFZyKTIYk0KbJGyCJgUtxpuUui4byUzKW7lMynaC947yKTI6tQyW7iaFFk9JkU2H0yKrMAmz9ZcBnRoJs5OyMTZhZj4NsvE2CLdJsDEOQxnYh13DjImzmGZ2H0FMXFOp5a5wpWJc3qYOJcPTJwT2OS5gEzM6u4CcyC2xtws44Lb7bhA3U4AqDtMHxdovXGHwLjgBMm4IDdwl78T2JQn7LhA3UnQ4HlYxgV5geCsDxwXNCAZF+QjNCnyCZkU+a1JgS1SfgGT4i7DTQod911kJsVdfCZFB8F7B5kUBZxaFgxXk6KAx6Qo6INJUQDY5AWby4AOzcR3EzLx3UJMfI9lYmyR7hFg4kKGM7GOuxAZExeyTOy+gpi4sFPLe8OViQt7mPheH5i4MLDJ7wUyMau7C8yB2BqLsIwLitpxgSpKAKhipo8LtN4oJjAuOEUyLigC3OXvAzblKTsuUPcRNHgUy7hAAcHZEDguaEQyLihOaFIUFzIpSliTAlukEgImRUnDTQodd0kyk6Ikn0nRUfDeQSZFKaeWpcPVpCjlMSlK+2BSlAI2eenmMqBDM3EZQiYuI8TEZS0TY4tUVoCJyxnOxDrucmRMXM4ysfsKYuLyTi0rhCsTl/cwcQUfmLg8sMkrAJmY1d0F5kBsjfezjAsq2nGBqkgAqEqmjwu03qgkMC74mWRccD9wl68MbMqf7bhAVSZo8Cos44KqQHDGAscFTUnGBdUITYpqQiZFdWtSYItUXcCkqGG4SaHjrkFmUtTgMyniBO8dZFLUdGpZK1xNipoek6KWDyZFTWCT12ouAzo0E9cmZOLaQkz8gGVibJEeEGDiOoYzsY67DhkT17FM7L6CmLiuU8t64crEdT1MXM8HJq4LbPJ6QCZmdXeBORBb44Ms44L6dlyg6hMAqoHp4wKtNxoIjAvOkIwLHgTu8tHApjxjxwUqmqDBY1jGBQ2B4GwBHBe0JBkXNCI0KRoJmRSNrUmBLVJjAZOiieEmhY67CZlJ0YTPpIgXvHeQSRHr1LJpuJoUsR6ToqkPJkUssMmbNpcBHZqJmxEycTMhJm5umRhbpOYCTNzCcCbWcbcgY+IWlondVxATt3Rq2Spcmbilh4lb+cDELYFN3grIxKzuLjAHYmtszTIueMiOC9RDBIBqY/q4QOuNNgLjgnMk44LWwF2+LbApz9lxgWpL0OAPs4wL2gHB+RBwXNDGp40i1Py1B+YvCzB/twLvJZm/Djd+/kTHVR2bc6wzDlhnrXEPJvtT2ukcxHmkH3r98YRmZLyQGdnJmpHYInUSMCM7G25G6rg7k5mRnfnMyCjBeweZkV2cWnYNVzOyi8eM7OqDGdkF2ORdSU4SjxAy8SNCTNzNMjG2SN0EmLi74Uys4+5OxsTdLRO7ryAm7uHUsme4MnEPDxP39IGJewCbvCcQ3LrIBwlN3p7NzV/joyxjwcfAY0FGQD1GAKhepo8Ftd7oJTAWvEAyFnwUuMs/DmzKC+Cx4H7CBn+coMF7s4wF+wDB2Qc4lulLMpbpS2hS9BUyKZ6wJgW2SE8ImBT9DDcpdNz9yEyKfnwmhZK8t3v9/Z1aDghXk6K/x6QY4INJ0R/Y5AOay4AOzcRPEjLxk0JMPNAyMbZIAwWY+CnDmVjH/RQZEz9lmTjo3u71D3Jq+XS4MvEgDxM/7QMTDwI2+dPW3VXAHIit8RmWccFgCyg1mABQQ0wfF2i9MURgXHCJZFzwDHCXfxbYlJfsuEA9S9Dgz7GMC4YCwdkfOC4YQDIuGEZoUgwTMimetyYFtkjPC5gULxhuUui4XyAzKV7gMymKC947yKQY7tRyRLiaFMM9JsUIH0yK4cAmH9FcBnRoJh5JyMQjhZj4RcvE2CK9KMDELxnOxDrul8iY+CXLxO4riIlHObV8OVyZeJSHiV/2gYlHAZv8ZSATs7q7wByIrXE0y7jgFTsuUK8QAOpV08cFWm+8KjAu+JVkXDAauMuPATblr3ZcoMYQNPhYlnHBa0BwPgUcFwwiGRe8TmhSvC5kUoyzJgW2SOMETIrxhpsUOu7xZCbFeD6TooTgvYNMiglOLSeGq0kxwWNSTPTBpJgAbPKJzWVAh2biNwiZ+A0hJn7TMjG2SG8KMPEkw5lYxz2JjIknWSZ2X0FMPNmp5VvhysSTPUz8lg9MPBnY5G8BmZjV3QXmQGyNb7OMC6bYcYGaQgCod0wfF2i98Y7AuOB3knHB28Bd/l1gU/5uxwXqXYIGf49lXDAVCM7BwHHBEJJxwTRCk2KakEkx3ZoU2CJNFzApZhhuUui4Z5CZFDP4TIqSgvcOMilmOrWcFa4mxUyPSTHLB5NiJrDJZzWXAR2aiWcTMvFsISaeY5kYW6Q5Akw813Am1nHPJWPiuZaJ3VcQE89zajk/XJl4noeJ5/vAxPOATT4fyMSs7i4wB2JrXMAyLnjfjgvU+wSA+sD0cYHWGx8IjAuukowLFgB3+Q+BTXnVjgvUhwQN/hHLuOBjIDiHAscFw0jGBZ8QmhSfCJkUC61JgS3SQgGTYpHhJoWOexGZSbGIz6QoJXjvIJNisVPLT8PVpFjsMSk+9cGkWAxs8k+by4AOzcRLCJl4iRATf2aZGFukzwSYeKnhTKzjXkrGxEstE7uvICZe5tRyebgy8TIPEy/3gYmXAZt8OZCJWd1dYA7E1vg5y7hghR0XqBUEgFpp+rhA642VAuOCZAkc44LPgbv8F8CmROaPdVzwBUGDf8kyLlgFBOdw4LhgBMm4YDWhSbFayKT4ypoU2CJ9JWBSfG24SaHj/prMpPiaz6QoLXjvIJNijVPLteFqUqzxmBRrfTAp1gCbfG1zGdChmXgdIROvE2Li9ZaJsUVaL8DE3xjOxDrub8iY+BvLxO4riIm/dWq5IVyZ+FsPE2/wgYm/BTb5BiATs7q7wByIrXEjy7jgOzsuUN8RAOp708cFWm98LzAuSJ7AMS7YCNzlNwGbEpk/1nHBJoIG38wyLtgCBOdLwHHBKJJxwVZCk2KrkEmxzZoU2CJtEzApfjDcpNBx/0BmUvzAZ1KUEbx3kEmx3anljnA1KbZ7TIodPpgU24FNvqO5DOjQTLyTkIl3CjHxLsvE2CLtEmDi3YYzsY57NxkT77ZM7L6CmHiPU8u94crEezxMvNcHJt4DbPK9QCZmdXeBORBbYwLLuGCfHReofQSA2m/6uEDrjf0C44KUCRzjggTgLn8A2JTI/LGOCw4QNPiPLOOCg0BwvgIcF7xKMi44RGhSHBIyKQ5bkwJbpMMCJsURw00KHfcRMpPiCJ9JUVbw3kEmxVGnlsfC1aQ46jEpjvlgUhwFNvmx5jKgQzPxcUImPi7ExD9ZJsYW6ScBJj5hOBPruE+QMfEJy8TuK4iJTzq1PBWuTHzSw8SnfGDik8AmPwVkYlZ3F5gDsTWeZhkX/GzHBepnAkD9Yvq4QOuNXwTGBakTOMYFp4G7/BlgUyLzxzouOEPQ4GdZxgXngOB8DTgueJ1kXHCe0KQ4L2RSXLAmBbZIFwRMiouGmxQ67otkJsVFPpOinOC9g0yKS04tL4erSXHJY1Jc9sGkuARs8svNZUCHZuJfCZn4VyEm/s0yMbZIvwkw8e+GM7GO+3cyJv7dMrH7CmLiK04tr4YrE1/xMPFVH5j4CrDJrwKZmNXdBeZAbI0RLUjGBclwC6UdFyRrYf4aI9FrRC9Q6w29SDRA0yZwjAvcHR+y9gA2JTJ/rOOC5AQNnkKKMdDjgpRAcE4AjgsmkowLUiE3igh/TIpUQHC615u6xZ+vrUkR4j11kVK3wN83DRCwUnGnaQGvkahJkQbYUD6ZFO0E7x1kUqR1apnOVdOwMil0AvK4gnUnwrugxN8d8jEb2OTpWsiADs3E6QmZOL0QE99kmRhbpJsEmDiD4Uys485AxsQZLBO7ryAmzujU8uZwZeKMHia+2Qcmzghs8puBTMzq7gJzILbGW1jGBZnsuEBlIgBUZtPHBVpvZBYYF6RP4BgX3ALc5bMAmxKZP9ZxQRaCBr+VZVyQFQjOScBxwWSScUE2QpMim5BJkd2aFNgiZRcwKW4z3KTQcd9GZlLcxmdStBe8d5BJkcOpZc5wNSlyeEyKnD6YFDmATZ6zhQzo0Eyci5CJcwkxcW7LxNgi5RZg4tsNZ2Id9+1kTHy7ZWL3FcTEdzi1vDNcmfgODxPf6QMT3wFs8juBTMzq7gJzILbGPCzjgrx2XKDyEgAqn+njAq038gmMCzIkcIwL8gB3+fzApkTmj3VckJ+gwe9iGRcUAIJzCnBc8A7JuKAgoUlRUMikuNuaFNgi3S1gUtxjuEmh476HzKS4h8+k6CB47yCTopBTy8LhalIU8pgUhX0wKQoBm7xwCxnQoZn4XkImvleIiYtYJsYWqYgAExc1nIl13EXJmLioZWL3FcTExZxa3heuTFzMw8T3+cDExYBNfh+QiVndXWAOxNYYxTIuUHZcoBQBoIqbPi7QeqO4wLjg5gSOcUEUcJcvAWxKZP5YxwUlCBq8JMu4oBQQnFOB44JpJOOC0oQmRWkhk6KMNSmwRSojYFKUNdyk0HGXJTMpyvKZFB0F7x1kUpRzalk+XE2Kch6TorwPJkU5YJOXbyEDOjQTVyBk4gpCTHy/ZWJske4XYOKKhjOxjrsiGRNXtEzsvoKYuJJTy8rhysSVPExc2QcmrgRs8spAJmZ1d4E5EFtjFZZxQVU7LlBVCQBVzfRxgdYb1QTGBZkSOMYFVYC7fHVgUyLzxzouqE7Q4DVYxgU1geCcCRwXzCIZF9QiNClqCZkUta1JgS1SbQGT4gHDTQod9wNkJsUDfCZFnOC9g0yKOk4t64arSVHHY1LU9cGkqANs8rotZECHZuJ6hExcT4iJH7RMjC3SgwJMXN9wJtZx1ydj4vqWid1XEBM3cGoZHa5M3MDDxNE+MHEDYJNHA5mY1d0F5kBsjTEs44KGdlygGhIAqpHp4wKtNxoJjAuyJHCMC2KAu3xjYFMi88c6LmhM0OBNWMYFsUBwzgWOC+aRjAuaEpoUTYVMimbWpMAWqZmASdHccJNCx92czKRozmdSxAveO8ikaOHUsmW4mhQtPCZFSx9MihbAJm/ZQgZ0aCZuRcjErYSYuLVlYmyRWgsw8UOGM7GO+yEyJn7IMrH7CmLiNk4t24YrE7fxMHFbH5i4DbDJ2wKZmNXdBeZAbI0Ps4wL2tlxgWpHAKj2po8LtN5oLzAuyJrAMS54GLjLdwA2JTJ/rOOCDgQN3pFlXBAHBOf7wHHBB3v92ShCzV88MH9rgPlbC8yfbo5UrtwdC5yprwR+Hnd+/uT81FenQD46O8Sh/07i8fuU8x7954nv7RJ43dX13n9y/0cC7+92nfs/4rp/98DrHkm894Tz3u7Oe/VG2DPw+tF/uZbHAu/vdZ21POZay+OB172vs5bHXWvpE3jdN4n3nnTe28d5r17jE4HX/RzZg97Epqf5Iy/oQ0D2BGxvo+Oen+aPvKLjvi2BY0/rD9zTgLVW6PyhcXM68o89DY2bXIbHPTXQL/0F4s6d4E+/RIV2qcI/4O7lrnWo+budJH9FgPnLDczfHQkc+/UA4H4NxIxC5s+vAR4wl0EDvCftAA9bpCcFBngDDR/g6bgHCg/w0Jt7KUPJMX8CR/5KG0qOdyVwkONTQHIEYkYh8+cXOT4lRI6DLDliizRIgByfNpwcddxPC5Ejeq1Zo/8gcrRifqZFeMZ9d4Js3KGuT+PyGYG470ngOMQ8DSRhd61D/jc+EzgOMYOB+QNiRvmVv6jQLlXdUBFSlCR/NQwVIcUSOPp3CLB/gZhRyPz5JUKGCImQZ60IwRbpWQER8pzhIkTH/RyJCMkdOIwPFjiUqgSz484XLXMYL57AQUZDgWQErLVC5w9dX93XQwVwUyqB4xD4nBBuQv73AEnyB8S3KgXMX5kEjn1rGBB/QMwov/IXFdqlYg0VwRVI8tfUUBF8fwJH/z4P7F8gZhQyf36J4OeFRPALVgRji/SCgAgebrgI1nEPJxHBBQNicJjAob5ygtlxF4mWETNVEjjIaASQjIC1Vuj8oeur+3qEAG6qJ3AcAocL4SbU/NUgyR8Q36o6MH81Ezj2rZFA/AExo/zKX1Rol+pkqAiuQ5K/zoaK4LoJHP37IrB/gZhRyPz5JYJfFBLBL1kRjC3SSwIieJThIljHPYpEBEcFxOBIgUN9/QSz4y4dLSNmGiRwkNHLQDIC1lqh84eur+7rlwVw0zCB4xA4Sgg3oeavEUn+gPhWDYH5a5zAsW+NBuIPiBnlV/6iQrtUf0NFcDOS/A0wVAQ3T+Do31eA/QvEjELmzy8R/IqQCH7VimBskV4VEMFjDBfBOu4xJCK4fEAMjhY41LdKMDvuKtEyYqZ1AgcZjQWSEbDWCp0/dH11X48VwE3bBI5D4Bgh3ISav4dJ8gfEt2oLzF+7BI596zUg/oCYUX7lLyq0S400VATHkeTvRUNFcHwCR/++DuxfIGYUMn9+ieDXhUTwOCuCsUUaJyCCxxsugnXc40lEcI2AGHxN4FDfJcHsuOtGy4iZrgkcZDQBSEbAWit0/tD11X09QQA33RM4DoHjhXATav56kOQPiG/VHZi/ngkc+9ZEIP6AmFF+5S8qtEtNMlQEP06Sv8mGiuDeCRz9+wawf4GYUcj8+SWC3xASwW9aEYwt0psCIniS4SJYxz2JRAQ3CIjBiQKH+icSzI67SbSMmOmXwEFGk4FkBKy1QucPXV/d15MFcPNkAschcJIQbkLN30CS/AHxrZ4E5u+pBI596y0g/oCYUX7lLyq0S803VAQPJsnfAkNF8JAEjv59G9i/QMwoZP78EsFvC4ngKVYEY4s0RUAEv2O4CNZxv0MigpsHxOBbAof6oQlmx90mWkbMDEvgIKN3gWQErLVC5w9dX93X7wrgZngCxyHwHSHchPxFbyT5A+JbDQfmb2QCx771HhB/QMwov/IXFdqlVhgqgl8myd9KQ0Xw6ASO/p0K7F8gZhQyf36J4KlCIniaFcHYIk0TEMHTDRfBOu7pJCK4fUAMvidwqB+TYHbcnaNlxMzYBA4ymgEkI2CtFTp/6Prqvp4hgJtxCRyHwOlCuAn5MXWS/AHxrcYB8zchgWPfmgnEHxAzyq/8RYV2qU2GiuBJJPnbbKgInpzA0b+zgP0LxIxC5s8vETxLSATPtiIYW6TZAiJ4juEiWMc9h0QEdwuIwZkCh/opCWbH3StaRsy8k8BBRnOBZASstULnD11f3ddzBXAzNYHjEDhHCDeh5m8aSf6A+FZTgfmbnsCxb80D4g+IGeVX/qJCu9RBQ0XwbJL8HTJUBM9J4Ojf+cD+BWJGIfPnlwieLySCF1gRjC3SAgER/L7hIljH/T6JCO4bEIPzBA718xPMjntgtIyYWZDAQUYfAMkIWGuFzh+6vrqvPxDAzYcJHIfA94VwE2r+PiLJHxDf6kNg/j5O4Ni3PgTiD4gZ5Vf+okK71AVDRfBikvxdNFQEf5rA0b8fAfsXiBmFzJ9fIvgjIRH8sRXB2CJ9LCCCPzFcBOu4PyERwc8ExOCHAof6pQlmxz0sWkbMLEvgIKOFQDIC1lqh84eur+7rhQK4WZHAcQj8RAg3oeZvJUn+gPhWK4D5+yKBY99aBMQfEDPKr/xFhXaptNvNFMFfkeQvHTB/SBH8dQJH/y4G9i8QMwqZP79E8GIhEfypFcHYIn0qIIKXGC6CddxLSETwiIAYXCRwqF+XYHbco6NlxMz6BA4y+gxIRsBaK3T+0PXVff2ZAG42JHAcApcI4SbU/G0kyR8Q32oDMH/fJXDsW0uB+ANiRvmVv6jQLpXLUBG8hSR/uQ0VwVsTOPp3GbB/gZhRyPz5JYKXCYng5VYEY4u0XEAEf264CNZxf04igscGxOBSgUP99gSz454YLSNmdiRwkNEKIBkBa63Q+UPXV/f1CgHc7E7gOAR+LoSbUPO3hyR/QHyr3cD87U3g2LdWAvEHxIzyK39RoV2qqKEi+ABJ/ooZKoJ/TODo3y+A/QvEjELmzy8R/IWQCP7SimBskb4UEMGrDBfBOu5VJCJ4ckAMrhQ41B9OMDvu96JlxMyRBA4yWg0kI2CtFTp/6Prqvl4tgJvjCRyHwFVCuAk1fz+R5A+Ib3UcmL8TCRz71ldA/AExo/zKX1Rol6psqAj+mSR/VQwVwb8kcPTv18D+BWJGIfPnlwj+WkgEr7EiGFukNQIieK3hIljHvZZEBM8IiMGvBA715xLMjntetIyYOZ/AQUbrgGQErLVC5w9dX93X6wRwcymB4xC4Vgg3oebvMkn+gPhWl4D5+zWBY99aD8QfEDPKr/xFhXaphoaK4Ksk+WtkqAiO2MfRv98A+xeIGYXMn18i+BshEfytFcHYIn0rIII3GC6CddwbSETwBwExuF7gUJ98n9lxL4qWETMpSMhoI5CMgLVWKYRxE/JndwN52yiAm9Q+4SYqtCto740K7QrCTaj5S0OSPyC+VWpg/tKS7FvfAfEHxIxKS4K/DoaK4Awk+etoqAjOSNK/3wP7F4gZlZFQBH8vJII3WRGMLdImARG82XARrOPeTCKCPwuIwe8EDvWZDBfBK6NlxExmEjLaAiQjYK1VZsNFsO7rLQK4yUpyCNwshJtQ85eNJH9AfKuswPxlJ9m3tgLxB8SMyk6Cvz6GiuBcJPnra6gIzk3Sv9uA/QvEjMpNKIK3CYngH6wIxhbpBwERvN1wEazj3k4iglcHxOBWgUP9nYaL4PXRMmImDwkZ7QCSEbDWKo/hIlj39Q4B3OQnOQRuF8JNqPm7iyR/QHyr/MD8FSDZt3YC8QfEjCpAgr/nDRXBhUjy94KhIrgwSf/uAvYvEDOqMKEI3iUkgndbEYwt0m4BEbzHcBGs495DIoI3BsTgToFDfVHDRfDWaBkxU4yEjPYCyQhYa1XMcBGs+3qvAG4UySFwjxBuQs1fcZL8AfGtFDB/JUj2rQQg/oCYUSVI8DfBUBFchiR/Ew0VwWVJ+ncfsH+BmFFlCUXwPiERvN+KYGyR9guI4AOGi2Ad9wESEbwjIAYTBA71FQwXwQnRMmLmfhIy+hFIRsBaq/sNF8G6r38UwE1lkkPgASHchJq/KiT5A+JbVQbmryrJvnUQiD8gZlRVEvzNNlQE1yTJ3xxDRXAtkv49BOxfIGZULUIRfEhIBB+2IhhbpMMCIviI4SJYx32ERAT/GBCDBwUO9XUMF8HHomXETF0SMjoKJCNgrVVdw0Ww7uujAripT3IIPCKEm1Dz14Akf0B8q/rA/EWT7FvHgPgDYkZFk+BvqaEiuDFJ/pYZKoKbkPTvcWD/AjGjmhCK4ONCIvgnK4KxRfpJQASfMFwE67hPkIjgkwExeEzgUN/McBF8NlpGzDQnIaOTQDIC1lo1N1wE674+KYCbViSHwBNCuAk1f61J8gfEt2oFzN9DJPvWKSD+gJhRD5Hgb4OhIrgdSf42GiqC25P072lg/wIxo9oTiuDTQiL4ZyuCsUX6WUAE/2K4CNZx/0Iigi8GxOApgUN9nOEi+Eq0jJiJJyGjM0AyAtZaxRsugnVfnxHATReSQ+AvQrgJNX9dSfIHxLfqAszfIyT71lkg/oCYUY+Q4G+foSK4J0n+9hsqgh8l6d9zwP4FYkY9SiiCzwmJ4PNWBGOLdF5ABF8wXATruC+QiODImIiIswKH+scNF8FpYmTETG8SMroIJCNgrVVvw0Ww7uuLArh5guQQeEEIN6Hmrx9J/oD4Vk8A89efZN+6BMQfEDOqPwn+zhgqgp8iyd9ZQ0XwIJL+vQzsXyBm1CBCEXxZSAT/akUwtki/Cojg3wwXwTru30hE8E0BMXhJ4FA/2HARnDlGRswMISGj34FkBKy1GmK4CNZ9/bsAboaSHAJ/E8JNqPkbRpI/IL7VUGD+nifZt64A8QfEjHqeBH8pd5gpgkeS5C8VMH9IEfwiSf9eBfYvEDPqRUIRfFVIBEe0/POlFcEh3lMXSScUfd9kLc0WwTruZC3hNRJZa7aAGLwicKh/2XARnDtGRsyMJiGjyJa4XAJrrUYbLoJ1X0e2xN93DMkhMJkQbkLN31iS/AHxrcYA8/cayb6VHIg/IGbUayT4y26oCJ5Akr/bDBXBE0n6NwWwf4GYURMJRTAwl0EiOKUVwdgipRQQwakMF8E67lQkIjhPQAwmFzjUTzJcBBeMkREzk0nIKDWQjIC1VpMNF8G6r1ML4GYKyyRECDeh5u8dkvwB8a2mAPP3Lsm+lQaIPyBm1Lsk+CtkqAieTpK/woaK4Bkk/ZsW2L9AzKgZhCI4rZAITmdFMLZI6QREcHrDRbCOOz2JCC4cEINpBA71sw0XwVExMmJmDgkZ3QQkI2Ct1RzDRbDu65sEcDOf5BCYXgg3oeZvAUn+gPhW84H5e59k38oAxB8QM+p9EvxVMFQEf0ySv/sNFcGfkPRvRmD/AjGjPiEUwRmFRPDNVgRji3SzgAi+xXARrOO+hUQElwyIwQwCh/rFhovg8jEyYuZTEjLKBCQjYK3Vp4aLYN3XmQRws5TkEHiLEG5Czd8ykvwB8a2WAvO3nGTfygzEHxAzajkJ/uobKoK/IMlfA0NF8Jck/ZsF2L9AzKgvCUVwFiERfKsVwdgi3SoggrMaLoJ13FlJRHClgBjMLHCo/8pwEVwjRkbMfE1CRtmAZASstfracBGs+zqbAG7WkRwCswrhJtT8rSfJHxDfah0wf9+Q7FvZgfgDYkZ9YzjfPRDgu+wC+9Z3hsfdIEZmv/6epF9uA/YLsNbqe8NxczSg+m4TwI2+LypuvbZULswcC9z7SuDncefnT85PfeUIxJLTiUf/nUjnv59y3qP/PPG9uQKvc7ve+0/uf3vg/Xdc5/63u+5/Z+B1niTee8J5753Oe7UAzxt4ne9friV/4P13XWct+V1rKRB4XfA6ayngWsvdgdf3JPHek85773beq9dYKPC6sKMB0dicnuaPvKCxucXwnpyf5o+8ouPeSrKX3wvcy4G1Vsj8+WUgHgfvw4lrTKx5kUCtigb+V8zlA2VwfqaNCDYV9ZXK9boKaF0CJmVUStda07rWnBhPRufPU2B/b4m0rtxGuPIdkUTeIly/P7BlRNzkvO4U1zumT/tuXTrUi+ufVM2SJ3HfSFesKT3vc9cx8c9Su/++xKEEdK+/HB6KOORV1PlZzPl5c+B/9wVeR12DzBAHIt2M6PtuJzhg3idAZjuEyCwSHD+wPmoHmIC8m7NE/Yu0lKkTep1Fget051U5+0lxF0Fmd366N/tkrv/GTJppXHEkXm5ySfydiXEnEmlK7FqK69+VIiL4uh6RJv5+D5E2juvQK663h0i9E9PIJGJ1x6jjS42NLypxrYlX4poSf0+6iD9xk8a1jrTYdajE3+VdR1rXOtK4Xif+WTrXmhL/W3rPet294P67iXlN74qZ5jCiA1HOoaO487NE4GfJlnLrLyJAwLsNn2DpuEsIxL2H5OABrI/aQ3DILCpQ630EGC8pEPd+EowD66P2G47x05F/ONboWh80PO6pgdPAvQJxHyJxQ0sB3VBgrRUyf16TppRzLvKek/RVOvC6zL+clJQNvL/cdSYlZV33Lx94XaHlH/f1CjEJfJduaf6+Ux77dGN8yeIlo3Rfo+J2C7v7XUI7USDciEI7tSuOxMvtTmsRlcX5/z169u4S379Bn27dusR3ievYoGfvOHfKknoCOCkd6zaHUySRRjpzWGp99ws9FXutnIbKMRX/+5PGUZ57Kb8mWxWFHo2vZB+NxxapUkv8fSsb/mi8jruyz5tAVGhXUE6jQry8hye48AvcsH1z3P3mBLq5Q3PZeoV4b+X9D+78VnGwVtWFuZQunCS+V29oVyP+iqFkrteRznsir/OeZNe4z7UOI2KbVmJwOgHLXMFWbRls77sXhPrdVYCbULXr3Ktsmbj28WVKlmgXVTK+feA+pePjSrQrXk7Fly0RuH2Jkqp9u7iojiXblyldsnTZ+DK+PVtSTYiBq1sGxhapugAD1zCcgXXcNXz6cFqo8Vd11gq3h/f5Y3FF/cvLu04klmoC7TJk/hKJSa+vqnNPNOYTT0VoHB033CJOPL2h4/7JTIv4L5IbeRCpCrzXCUP3H8+lgPhWQMwoqfyh+6QWoX1US+jwWtseXrFFqi1weH3A8MOrjvsBkm9W0H63xFr9mr9VDWEjiA++fLN76jj5rvsP7J5qSeTOa/dUi/h7uyep+/yt3WP6w3iRTjKTuRJX13VCT7zQJw5gHKoucDOrh2uG+MR81hNUPDqPVQWU88/CiifUU5KOu45A3L8QPPBWVyDuM4YqFS/BIPcNN8ZDzd9ZEqUHxLcCYkZJ5S8S3Cd1gFzzINCp0/eQ4JYHDf9qBIm4tYv4aDN83JcIXMTHBOK+TPKgaX1gPwJrrS4bjhvdL88I4OZ3gn4ZLBD3FZJ+aQDsF2Ct1RWCfhktgJtk+83vl1cE4o7cz9Ev0cB+AdZaRRqOG90vbwvgJiVBv0wRiDsVSb/EAPsFWGuViqBfFgjgJi1Bv7wvEHc6kn5pCOwXYK1VOoJ++VwANxkI+mWFQNwZSfqlEbBfgLVWGQn6ZaMAbjIR9Mt3AnFnJumXxsB+AdZaZSbolwQB3GQl6Jd9AnFnI+mXJsB+AdZaZSPol9MCuMlB0C8/C8Sdk6RfYoH9Aqy1yknQLxECT//fTtAvyQTivoOkX5oC+wVYa3UHQb/cIoCbvAT9kkkg7nwk/dIM2C/AWqt8BP2SRwA3BQj6Ja9A3AVJ+qU5sF+AtVYFCfolSgA3hQj6RQnEXZikX1oA+wVYa1WYoF+qCOCmKEG/VBWIuxhJv7QE9guw1qoYQb/ECOBGEfRLQ4G4i5P0SytgvwBrrYoT9MvDArgpRdAv7QTiLk3SL62B/QKstULmT3/o+UqgwLc499OfYdDPZetnTfXzc/qZIP2cg57d6nmU9ti1b6i9EK3v9JlV87DeW1q3jAi60Lh5qKUMbtDrbIN87jBwj6vJ/vwcms5BG+E8twV+Rs2vbyNpK/RtJA/bbyPBFulhgW8jaWf4t5HouNsRfRuJxFrtF9r+cUUkcaHW7M5ve6eGHf7BN5zkdf099zeWuL/hJG/E33/DSVL3uSG+4UQnM48rcR1a/nXnNfkbTjoAN8iOLfH57fgP8hnquuOApzJDv+9O7BtD2gt8ir/cfvPj7iAQd3nDVb+OO04g7go+qf6o0C4FxKUC1lpJ5Q9d53hC9RgvpB47WfWILVInAfXY2XD1qOPuTKQeO1v1SK8euzg17GrV43+/EhPVxaMeu5Kpx67ADfIRAfX4iA/qsZtVj/9ZRXURUBOVCdRjV4G4qxCox24CcVclUY9AXCpgrRUyf//7N9CSkGXo+qCx2bWl+WvsLjTjhjdkDyAhsgKqBwGgeqLXiF6g9pZ7CjBGTRLG6A48XT8KbMqaBCeNRwVw81hLLFNeIdzYHiPY2HpJMWUkGFBuKR7qvR4n+Mpviabs3dL8zai0QNy1Dd+EdRM+LhD3Az6Rd6jr7APsR2CtFTJ/wiT2f4MqNDZ7E5BYH+nTeagAPx3Y2MoLNHg9wxs8Lj4+qn3HDmpqGlzMfYGbBTJ/fk3Z+4K9/8TrCTtlxxbpCYEpez/Dp+w67n5CU/bEC60skDnt31KuKUD5jC9ZvGQUckMe0NJcQpP4EGNvgQ/z1Tc8bv0kRh+BuBuQKJQngX0NrLVqQNAvzwngpiFBvwwViLsRSb8MBPYLsNaqEUG/jBXATSxBv7wmEHdTkn55CtgvwFqrpgT98p4AbloQ9MtUgbhbkvTLIGC/AGutWhL0y0cCuHmIoF8+Foi7DUm/PA3sF2CtVRuCfvlSADftCPpllUDc7Un65RlgvwBrrdoT9MtmAdzEEfTLFoG440n6ZTCwX4C1VvEE/fKjAG66EPTLQYG4u5L0yxBgvwBrrboS9MtZAdx0J+iXcwJx9yDpl2eB/QKstepB0C8pWgg83k3QLykF4u5F0i/PAfsFWGvVi6BfbhXATR+CfskqEHdfkn4ZCuwXYK1VX4J+uUsAN/0J+qWAQNwDSPplGLBfgLVWAwj6paQAbp4i6JdSAnEPIumX54H9Aqy1GkTQLzUEcDOYoF9qCsQ9hKRfXgD2C7DWaghBvzQRwM1Qgn6JFYh7GEm/DAf2C7DWahhBv3QUwM1wgn6JE4h7BEm/jAD2C7DWCpm//33TZOSf/yiR/gyDfi5bP2uqn5/TzwTp5xz07FbPo7THrn1D7YVofafPrJqH9d4yQvgfyxkp9DUU6HW+CP5HiZJF/vl5Np2DF4Xz/BLh10q/JPSB11H2A6/YIo0S+MDry4Z/4FXH/TLR10pLrNV+rfQfV0QSF2rN7vyOdmr4iv1a6f9+JSZqtOdrpV8h+1rpV4Ab5KsCXyv9qg9fKz3Gfq30f/5OtdECX0vz0n7z435FIO5Rhqt+HfcYgbhf9kn1R4V2KSAuFbDWSip/6DqPJVSPY4XU42tWPWKL9JqAenzdcPWo436dSD2+btUjvXoc59RwvFWP//1KTNQ4j3ocT6YexwM3yAkC6nGCD+pxolWP/1lFjRNQE2MI1ON4gbjHEqjHiQJxv0aiHoG4VMBaK2T+NOknc58WsDkU+wbo8QTfUv2G1D+1gG7IN8H/KBEjoN4kANQk0/9RIu0tTxJgjAkkjPEG8HQ9GdiU6PxJnDQmC+DmLfA/ShRBuLG9RbCxvW36xqa/5nuAAEDfMH9j+9/XhyO/Mn0KcGOTyl8kuM7If8zqHYJ/zEpiM3+X4B+zmiIQ9yTDyVtv3u8IxD3Zp70x1HW+B+xHYK0VMn/Chx+xf8zqXYLDz3stZXAOb8ip/+YQUOa691J+PQ0wVehpgGn2aQBskaYJPA0w3fCnAXTc04WeBki8JHMaFeLlx5MAzZthnwSIb4HP6bFIIQb4t+tU1/9jd61mOLid+Q+eKhgQ8Vc8ep8qGBDx908VJHWfv32q4F8n4W9SlBjcjJZ/LjDSSUQ/z+JQvzMRyGhGn2K4tLhWw4UsoX2SFlGhXUEbQ6gnrhlAMnyXRJrNBEozd6+ELBlJ8AfsEwXEjJLKH3qfmUWomGYJKabZVjFhizRbQDHNMVwx6bjnED0/LbHWv1NNodbNq5pCvZ+UavpX5P43yiYiiQt1b3et5jp4mGe6apJoBtC9/u9Z4bkeBaaT2j8i+DL5Wex5wM12/r9i7fjrXon5nP8P8hnquhcAc/DO/68T+j/YXP71yfJvToMah3MFhm4zhR0BxCB9nkDcswx3QnTcCwTink2iRIG4VMBaq9kEuJHYJ5B87sYNep3vt+RY5wfg7xmLjPzzYKdz8EHLiAjJ9X9I+EnxD4Wcjo+s04Et0kcCTsfHhjsdOu6PyWbDHwvOhoUw69unsD9xarnQ9E9ho5OQGNwnnk9OL2wZ8ZcLbWV9AmzyhSQniUWETLxIiIkXWybGFmmxABN/ajgT67g/JWPiTy0Tu68gJl7i1PKzcGXiJR4m/swHJl4CbPLPwJ/qi0wC3aj7R3iKjqrlZy3NX+NSlgfbl4E//84IqGUEgFpu+sdEtd5YLuC2zt8v00lol34pcJf/HNiUyPzpBr+ShChC1weNzc8JGnyFFGOgx9YrgeC8tA93r8v7ZBKI3tC+IDQpvhAyKb60JgW2SF8KmBSrDDcpdNyryEyKVXwmhZK8t3v9q51afhWuJsVqj0nxlQ8mxWpgk3/VUgZ0aCb+mpCJvxZi4jWWibFFWiPAxGsNZ2Id91oyJl5rmTjo3u71r3NquT5cmXidh4nX+8DE64BNvt66uwqYA7E1fsMyLvjWAkp9SwCoDaaPC7Te2CAwLnifZFzwDXCX3whsSmT+WMcFGwka/DuWccH3QHD+vg93ryv7ZBKI3tA2EZoUm4RMis3WpMAWabOASbHFcJNCx72FzKTYwmdSFBe8d5BJsdWp5bZwNSm2ekyKbT6YFFuBTb6tpQzo0Ez8AyET/yDExNstE2OLtF2AiXcYzsQ67h1kTLzDMrH7CmLinU4td4UrE+/0MPEuH5h4J7DJdwGZmNXdBeZAbI27WcYFe+y4QO0hANRe08cFWm/sFRgXfEgyLtgN3OUTgE2JzB/ruCCBoMH3sYwL9gPBmQwHThUptFGgN7QDhCbFASGT4kdrUmCL9KOASXHQcJNCx32QzKQ4yGdSlBC8d5BJccip5eFwNSkOeUyKwz6YFIeATX64pQzo0Ex8hJCJjwgx8VHLxNgiHRVg4mOGM7GO+xgZEx+zTOy+gpj4uFPLn8KViY97mPgnH5j4OLDJfwIyMau7C8yB2BpPsIwLTtpxgTpJAKhTpo8LtN44JTAu+JhkXHACuMufBjYlMn+s44LTBA3+M8u44BcgOFMCxwWpSMYFZwhNijNCJsVZa1Jgi3RWwKQ4Z7hJoeM+R2ZSnOMzKUoK3jvIpDjv1PJCuJoU5z0mxQUfTIrzwCa/0FIGdGgmvkjIxBeFmPiSZWJskS4JMPFlw5lYx32ZjIkvWyZ2X0FM/KtTy9/ClYl/9TDxbz4w8a/AJv8NyMSs7i4wB2Jr/J1lXHDFjgvUFQJAXTV9XKD1xlWBccFCknHB78ijXCvcupD5Yx0XAPMptsZkrWRwDh8XRALBmRY4LkhHMi5I3orPpEgOBKd7vSlauV47P61J8R/vqYukE4q+b0ogYKXiTtkKXiNRkyIlsKF8MilKCd47yKRI5dQytaumYWVS6ATkcQXrToR3QYm/O9TGTAVs8tStZECHZuI0hEycRoiJ01omxhYprQATpzOciXXc6ciYOJ1lYvcVxMTpnVreFK5MnN7DxDf5wMTpgU1+E5CJWd1dYA7E1phByvxBH5kyAs0fVkBlJADUzeg1oheo9cbNrfAAXUwyLsgA3OVvATYlMn+s44JbCBo8E8u4IDMQnBmA44KMJOOCLIQmRRYhk+JWa1Jgi3SrgEmR1XCTQsedlcykyMpnUpQWvHeQSZHNqWX2cDUpsnlMiuw+mBTZgE2evZUM6NBMfBshE98mxMQ5LBNji5RDgIlzGs7EOu6cZEyc0zKx+wpi4lxOLXOHKxPn8jBxbh+YOBewyXMDmZjV3QXmQGyNt7OMC+6w4wJ1BwGg7jR9XKD1xp0C44IlJOOC24G7fB5gUyLzxzouyEPQ4HlZxgX5gODMBBwXZCYZF+QnNCnyC5kUd1mTAlukuwRMigKGmxQ67gJkJkUBPpOijOC9g0yKgk4t7w5Xk6Kgx6S42weToiCwye9uJQM6NBPfQ8jE9wgxcSHLxNgiFRJg4sKGM7GOuzAZExe2TOy+gpj4XqeWRcKVie/1MHERH5j4XmCTFwEyMau7C8yB2BqLsowLitlxgSpGAKj7TB8XaL1xn8C4YCnJuKAocJePAjYlMn+s44IoggZXLOOC4kBwZgWOC7KRjAtKEJoUJYRMipLWpMAWqaSASVHKcJNCx12KzKQoxWdSlBW8d5BJUdqpZZlwNSlKe0yKMj6YFKWBTV6mlQzo0ExclpCJywoxcTnLxNgilRNg4vKGM7GOuzwZE5e3TOy+gpi4glPL+8OViSt4mPh+H5i4ArDJ7wcyMau7C8yB2BorsowLKtlxgapEAKjKpo8LtN6oLDAuWE4yLqgI3OWrAJsSmT/WcUEVggavyjIuqAYEZw7guCAnybigOqFJUV3IpKhhTQpskWoImBQ1DTcpdNw1yUyKmnwmRTnBeweZFLWcWtYOV5OilsekqO2DSVEL2OS1W8mADs3EDxAy8QNCTFzHMjG2SHUEmLiu4Uys465LxsR1LRO7ryAmrufU8sFwZeJ6HiZ+0Acmrgds8geBTMzq7gJzILbG+izjggZ2XKAaEAAq2vRxgdYb0QLjghUk44L6wF0+BtiUyPyxjgtiCBq8Icu4oBEQnLcDxwV3kIwLGhOaFI2FTIom1qTAFqmJgEkRa7hJoeOOJTMpYvlMinaC9w4yKZo6tWwWriZFU49J0cwHk6IpsMmbtZIBHZqJmxMycXMhJm5hmRhbpBYCTNzScCbWcbckY+KWlondVxATt3Jq2TpcmbiVh4lb+8DErYBN3hrIxKzuLjAHYmt8iGVc0MaOC1QbAkC1NX1coPVGW4FxwRck44KHgLv8w8CmROaPdVzwMEGDt2MZF7QHgjMvcFyQj2Rc0IHQpOggZFJ0tCYFtkgdBUyKOMNNCh13HJlJEcdnUrQXvHeQSRHv1LJTuJoU8R6TopMPJkU8sMk7tZIBHZqJOxMycWchJu5imRhbpC4CTNzVcCbWcXclY+KulondVxATP+LUslu4MvEjHibu5gMTPwJs8m5AJmZ1d4E5EFtjd5ZxQQ87LlA9CADV0/RxgdYbPQXGBauEXED0uKA7cJd/FNiUyPyxjgseJWjwx1jGBb2A4CwAHBcUJBkXPE5oUjwuZFL0tiYFtki9BUyKPoabFDruPmQmRR8+k6KD4L2DTIq+Ti2fCFeToq/HpHjCB5OiL7DJn2glAzo0E/cjZOJ+Qkzc3zIxtkj9BZh4gOFMrOMeQMbEAywTu68gJn7SqeXAcGXiJz1MPNAHJn4S2OQDgUzM6u4CcyC2xqdYxgWD7LhADSIA1NOmjwu03nhaYFzwFcm44CngLv8MsCmR+WMdFzxD0OCDWcYFQ4DgLAQcFxQmGRc8S2hSPCtkUjxnTQpskZ4TMCmGGm5S6LiHkpkUQ/lMio6C9w4yKYY5tXw+XE2KYR6T4nkfTIphwCZ/vpUM6NBM/AIhE78gxMTDLRNjizRcgIlHGM7EOu4RZEw8wjKx+wpi4pFOLV8MVyYe6WHiF31g4pHAJn8RyMSs7i4wB2JrfIllXDDKjgvUKAJAvWz6uEDrjZcFxgVrSMYFLwF3+dHApkTmj3VcMJqgwV9hGRe8CgRnUeC4oBjJuGAMoUkxRsikGGtNCmyRxgqYFK8ZblLouF8jMyle4zMp4gTvHWRSvO7Ucly4mhSve0yKcT6YFK8Dm3xcKxnQoZl4PCETjxdi4gmWibFFmiDAxBMNZ2Id90QyJp5omdh9BTHxG04t3wxXJn7Dw8Rv+sDEbwCb/E0gE7O6u8AciK1xEsu4YLIdF6jJBIB6y/RxgdYbbwmMC9aRjAsmAXf5t4FNicwf67jgbYIGn8IyLngHCE4FHBcUJxkXvEtoUrwrZFK8Z00KbJHeEzApphpuUui4p5KZFFP5TIp4wXsHmRTTnFpOD1eTYprHpJjug0kxDdjk01vJgA7NxDMImXiGEBPPtEyMLdJMASaeZTgT67hnkTHxLMvE7iuIiWc7tZwTrkw828PEc3xg4tnAJp8DZGJWdxeYA7E1zmUZF8yz4wI1jwBQ800fF2i9MV9gXPANybhgLnCXXwBsSmT+WMcFCwga/H2WccEHQHCWAo4LSvu0UYSavw+B+Tu+D3evn4D3kszfRzd+/kTHVR+34ljnJ8A6a42bPPJPaadz8IlH+qHXv5DQjFwoZEYusmYktkiLBMzIxYabkTruxWRm5GI+MzJK8N5BZuSnTi2XhKsZ+anHjFzigxn5KbDJl5CcJD4jZOLPhJh4qWVibJGWCjDxMsOZWMe9jIyJl1kmdl9BTLzcqeXn4crEyz1M/LkPTLwc2OSfA8Gti5yccIrzeSvz17iCZSy4EjwWZATUSgJAfWH6WFDrjS8ExoIbfHL7o0K7gjo+1Ji/BDYlMn//0xGEDf4lQYOvYhkLrgaCsz5wLNhAaKNAb2hfEZoUXwmZFF9bkwJbpK8FTIo1hpsUOu41ZCbFGj6TQkne273+tU4t14WrSbHWY1Ks88GkWAts8nWtZECHZuL1hEy8XoiJv7FMjC3SNwJM/K3hTKzj/paMib+1TBx0b/f6Nzi13BiuTLzBw8QbfWDiDcAm32jdXQXMgdgav2MZF3xvAaW+JwDUJtPHBVpvbBIYF3xHMi74DrjLbwY2JTJ/rOOCzQQNvoVlXLAVCM6GwHFBI5JxwTZCk2KbkEnxgzUpsEX6QcCk2G64SaHj3k5mUmznMymKC947yKTY4dRyZ7iaFDs8JsVOH0yKHcAm39lKBnRoJt5FyMS7hJh4t2VibJF2CzDxHsOZWMe9h4yJ91gmdl9BTLzXqWVCuDLxXg8TJ/jAxHuBTZ4AZGJWdxeYA7E17mMZF+y34wK1nwBQB0wfF2i9cUBgXLCJZFywD7jL/whsSmT+WMcFPxI0+EGWccEhIDhjgeOCpiTjgsOEJsVhIZPiiDUpsEU6ImBSHDXcpNBxHyUzKY7ymRQlBO8dZFIcc2p5PFxNimMek+K4DybFMWCTH28lAzo0E/9EyMQ/CTHxCcvE2CKdEGDik4YzsY77JBkTn7RM7L6CmPiUU8vT4crEpzxMfNoHJj4FbPLTQCZmdXeBORBb488s44Jf7LhA/UIAqDOmjwu03jgjMC7YQjIu+Bm4y58FNiUyf6zjgrMEDX6OZVxwHgjOFsBxQUuSccEFQpPigpBJcdGaFNgiXRQwKS4ZblLouC+RmRSX+EyKkoL3DjIpLju1/DVcTYrLHpPiVx9MisvAJv+1lQzo0Ez8GyET/ybExL9bJsYW6XcBJr5iOBPruK+QMfEVy8TuK4iJrybWsvWf/y2smPiqh4ndifAuKPF3h9qYV5FN3hoHOlZ3F5gDsTUmE1hjkgsNFVCRuIXSjgsiCQCVHL1G9AK13tCLRAN0G8m4wN3xocacAtiUyPyxjgtSEDR4SinGQI8LUgHB+RBwXNCGZFyQGrhR+GVSpAaC073eNK7jtzUpQrynLlKa1vj7pgUCVirutK3hNRI1KdICG8onk6KU4L2DTIp0Ti3Th6tJoROQxxVseh9MinTAJk/fWgZ0aCa+iZCJbxJi4gyWibFFyiDAxBkNZ2Idd0YyJs5omdh9BTHxzU4tbwlXJr7Zw8S3+MDENwOb/BYgE7O6u8AciK0xE8u4ILMdF6jMBIDKYvq4QOuNLALjgu0k44JMwF3+VmBTIvPHOi64laDBs7KMC7IBwdkOOC5oTzIuyE5oUmQXMilusyYFtki3CZgUOQw3KXTcOchMihx8JkVpwXsHmRQ5nVrmCleTIqfHpMjlg0mRE9jkuVrLgA7NxLkJmTi3EBPfbpkYW6TbBZj4DsOZWMd9BxkT32GZ2H0FMfGdTi3zhCsT3+lh4jw+MPGdwCbPA2RiVncXmAOxNeZlGRfks+MClY8AUPlNHxdovZFfYFywk2RckBe4y98FbEpk/ljHBXcRNHgBlnFBQSA444DjgniSccHdhCbF3UImxT3WpMAW6R4Bk6KQ4SaFjrsQmUlRiM+kKCN47yCTorBTy3vD1aQo7DEp7vXBpCgMbPJ7W8uADs3ERQiZuIgQExe1TIwtUlEBJi5mOBPruIuRMXExy8TuK4iJ73NqGRWuTHyfh4mjfGDi+4BNHgVkYlZ3F5gDsTUqlnFBcTsuUMUJAFXC9HGB1hslBMYFu0nGBQq4y5cENiUyf6zjgpIEDV6KZVxQGgjOLsBxQVeScUEZQpOijJBJUdaaFNgilRUwKcoZblLouMuRmRTl+EyKsoL3DjIpyju1rBCuJkV5j0lRwQeTojywySu0lgEdmonvJ2Ti+4WYuKJlYmyRKgowcSXDmVjHXYmMiStZJnZfQUxc2alllXBl4soeJq7iAxNXBjZ5FSATs7q7wByIrbEqy7igmh0XqGoEgKpu+rhA643qAuOCvSTjgqrAXb4GsCmR+WMdF9QgaPCaLOOCWkBwdgeOC3qQjAtqE5oUtYVMigesSYEt0gMCJkUdw00KHXcdMpOiDp9JUU7w3kEmRV2nlvXC1aSo6zEp6vlgUtQFNnm91jKgQzPxg4RM/KAQE9e3TIwtUn0BJm5gOBPruBuQMXEDy8TuK4iJo51axoQrE0d7mDjGByaOBjZ5DJCJWd1dYA7E1tiQZVzQyI4LVCMCQDU2fVyg9UZjgXHBPpJxQUPgLt8E2JTI/LGOC5oQNHgsy7igKRCcjwHHBb1IxgXNCE2KZkImRXNrUmCL1FzApGhhuEmh425BZlK04DMp2gneO8ikaOnUslW4mhQtPSZFKx9MipbAJm/VWgZ0aCZuTcjErYWY+CHLxNgiPSTAxG0MZ2IddxsyJm5jmdh9BTFxW6eWD4crE7f1MPHDPjBxW2CTPwxkYlZ3F5gDsTW2YxkXtLfjAtWeAFAdTB8XaL3RQWBccIBkXNAOuMt3BDYlMn+s44KOBA0exzIuiAeCsw9wXNCXZFzQidCk6CRkUnS2JgW2SJ0FTIouhpsUOu4uZCZFFz6Tor3gvYNMiq5OLR8JV5Oiq8ekeMQHk6IrsMkfaS0DOjQTdyNk4m5CTNzdMjG2SN0FmLiH4Uys4+5BxsQ9LBO7ryAm7unU8tFwZeKeHiZ+1Acm7gls8keBTMzq7gJzILbGx1jGBb3suED1IgDU46aPC7TeeFxgXHBQyAVEjwseA+7yvYFNicwf67igN0GD92EZF/QFgrM/cFwwgGRc8AShSfGEkEnRz5oU2CL1EzAp+htuUui4+5OZFP35TIoOgvcOMikGOLV8MlxNigEek+JJH0yKAcAmf7K1DOjQTDyQkIkHCjHxU5aJsUV6SoCJBxnOxDruQWRMPMgysfsKYuKnnVo+E65M/LSHiZ/xgYmfBjb5M0AmZnV3gTkQW+NglnHBEDsuUEMIAPWs6eMCrTeeFRgXHCYZFwwG7vLPAZsSmT/WccFzBA0+lGVcMAwIzqeA44JBJOOC5wlNiueFTIoXrEmBLdILAibFcMNNCh33cDKTYjifSdFR8N5BJsUIp5Yjw9WkGOExKUb6YFKMADb5yNYyoEMz8YuETPyiEBO/ZJkYW6SXBJh4lOFMrOMeRcbEoywTu68gJn7ZqeXocGXilz1MPNoHJn4Z2OSjgUzM6u4CcyC2xldYxgWv2nGBepUAUGNMHxdovTFGYFxwlGRc8Apwlx8LbEpk/ljHBWMJGvw1lnHB60BwDgaOC4aQjAvGEZoU44RMivHWpMAWabyASTHBcJNCxz2BzKSYwGdSxAneO8ikmOjU8o1wNSkmekyKN3wwKSYCm/yN1jKgQzPxm4RM/KYQE0+yTIwt0iQBJp5sOBPruCeTMfFky8TuK4iJ33Jq+Xa4MvFbHiZ+2wcmfgvY5G8DmZjV3QXmQGyNU1jGBe/YcYF6hwBQ75o+LtB6412BccFxknHBFOAu/x6wKZH5Yx0XvEfQ4FNZxgXTgOAcChwXDCMZF0wnNCmmC5kUM6xJgS3SDAGTYqbhJoWOeyaZSTGTz6SIF7x3kEkxy6nl7HA1KWZ5TIrZPpgUs4BNPru1DOjQTDyHkInnCDHxXMvE2CLNFWDieYYzsY57HhkTz7NM7L6CmHi+U8sF4crE8z1MvMAHJp4PbPIFQCZmdXeBORBb4/ss44IP7LhAfUAAqA9NHxdovfGhwLjgBMm44H3gLv8RsCn/H3tfAm9T9b5/3czzEJJZpYi6i2ueMjSKay7zude915AhQhGVBkIUjUjzpEI0UhSVJiRFKIpC5oyh8D/ra9+fvXf3S9rPu//r+Z61P5/vx/nWad31vu/zrmc9z3vugcwf67jgLYIGf5tlXPAOEJxjgeOCcSEdFEHz9y4wf88C8/ccMH+6ObK7crcvemgcj/653/nzgPOnft6L5mOeQxz6v8k4X/5w3qP/fcZ750dfv+967z9Z/4Po+xecZv0PXOsvjL7+MJP3HnTeu9B5rz4IP4q+XnSWe1kcff/Hp9nLYtdePom+/vQ0e/nEtZcl0defZfLeQ857lzjv1Xv8PPr6C0f2oA+xc/OczAv6ErAH3NvouEvlOZlXdNy/k5xpXwLPNGCt1e+G4+Zw/MkzDY2b/YbHXTjaL18KxH2ARCxUXoNby13roPk7SJK/KsD8HQDm7xDJef0V8LwGYkYh8xfWAA+YS88Ab6kd4GGLtFRggLfM8AGejnuZ8AAPfbjXMJQc/yQhx5qGkuNfJOS4HEiOQMyovwjJcbkQOX5tyRFbpK8FyHGF4eSo414hRI7ovRZNOknkaMX8TZfYjPuEsEMSdH8al98IxB33C8clZgWQhE8ALzFZfuG4xKwE5g+IGZWFBH9NDRUh2Ujy18xQEZKdpH+/BfYvEDMKmb+wRMi3QiLkOytCsEX6TkCErDJchOi4V5GIkFLRy/hKgUtprl/MjrtCksxlPDcJGa0GkhGw1iq3MG6C5k339WoB3OQjuQSuEsJN0PzlJ8kfEN8qHzB/BUjOre+B+ANiRhUgwV97Q0VwEZL8dTBUBJ9L0r9rgP0LxIw6l1AErxESwWutCMYWaa2ACF5nuAjWca8jEcEVo2Lwe4FLfXHDRXCVJBkxcx4JGf0AJCNgrdV5hotg3dc/COCmJMklcJ0QboLmrxRJ/oD4ViWB+StNcm79CMQfEDOqNAn+ehoqgsuT5K+XoSK4Akn/rgf2LxAzqgKhCF4vJII3WBGMLdIGARH8k+EiWMf9E4kIToiKwR8FLvUXGS6CaybJiJmKJGT0M5CMgLVWFQ0XwbqvfxbATSWSS+BPQrgJmr/KJPkD4ltVAubvUpJzayMQf0DMqEtJ8DfMUBF8OUn+hhsqghNI+ncTsH+BmFEJhCJ4k5AI/sWKYGyRfhEQwb8aLoJ13L+SiOC6UTG4UeBSX91wEXxFkoyYSSQho81AMgLWWiUaLoJ1X28WwE0tkkvgr0K4CZq/2iT5A+Jb1QLmrw7JubUFiD8gZlQdEvyNN1QENyDJ3wOGiuCGJP27Fdi/QMyohoQieKuQCP7NimBskX4TEMHbDBfBOu5tJCK4WVQMbhG41Dc2XARflyQjZpqQkNF2IBkBa62aGC6CdV9vF8DNlSSXwG1CuAmav6tI8gfEt7oSmL+rSc6tHUD8ATGjribB33RDRXBzkvw9ZagIvp6kf3cC+xeIGXU9oQjeKSSCd1kRjC3SLgERvNtwEazj3k0igltGxeAOgUt9kuEiuF2SjJhpRUJGe4BkBKy1amW4CNZ9vUcAN21JLoG7hXATNH/tSPIHxLdqC8xfe5Jz63cg/oCYUe1J8DfbUBHckSR/bxgqgjuR9O9eYP8CMaM6EYrgvUIieJ8Vwdgi7RMQwfsNF8E67v0kIvjGqBj8XeBS39VwEdwtSUbMdCMhowNAMgLWWnUzXATrvj4ggJtkkkvgfiHcBM1fCkn+gPhWycD89SA5tw4C8QfEjOpBgr9FhorgniT5W2yoCO5F0r+HgP0LxIzqRSiCDwmJ4D+sCMYW6Q8BEXzYcBGs4z5MIoJTomLwoMCl/ibDRXCvJBkx05eEjI4AyQhYa9XXcBGs+/qIAG4GkFwCDwvhJmj+bibJHxDfagAwfwNJzq2jQPwBMaMGkuDvW0NF8BCS/H1nqAgeStK/fwL7F4gZNZRQBP8pJIL/siIYW6S/BETwMcNFsI77GIkI7hsVg0cFLvXDDBfBg5JkxMxwEjI6DiQjYK3VcMNFsO7r4wK4GUlyCTwmhJug+buDJH9AfKuRwPzdSXJunQDiD4gZdScJ/jYbKoLvIcnfFkNF8L0k/RvXFZc/IGbUvYQiGJhLjwjO0vXUayuCg67Z9WRC0evGdzVbBOu447vCaySy16FRMXhC4FI/xnARPCJJRszcT0JG5wDJCFhrdb/hIlj39Tld8euOJ7kExgvhJmj+HiDJHxDfajwwfxNIzq2sQPwBMaMmkODvD0NF8CSWT8IYKoInk/RvNmD/AjGjJhOK4GxCIji7FcHYImUXEME5DBfBOu4cJCL4rqgYzCpwqX/UcBE8OklGzDxGQkY5gWQErLV6zHARrPs6pwBuppBcAnMI4SZo/qaS5A+IbzUFmL9pJOdWLiD+gJhR00jwl2utmSL4aZL85QbmDymCnyHp39zA/gViRj1DKIJzC4ngPFYEY4uUR0AE5zVcBOu485KI4HFRMZhL4FL/vOEi+KEkGTHzAgkZ5QOSEbDW6gXDRbDu63wCuHmZ5BKYVwg3QfP3Ckn+gPhWLwPzN4Pk3MoPxB8QM2oGCf5KGiqCZ5Lkr5ShIngWSf8WAPYvEDNqFqEILiAkggtaEYwtUkEBEVzIcBGs4y5EIoIfiYrB/AKX+jmGi+CpSTJiZi4JGRUGkhGw1mqu4SJY93VhAdy8TXIJLCSEm6D5e4ckf0B8q7eB+XuX5NwqAsQfEDPqXRL8VTVUBL9Pkr/LDBXBH5D077nA/gViRn1AKILPFRLBRa0IxhapqIAILma4CNZxFyMRwU9FxWARgUv9h4aL4BeSZMTMRyRkVBxIRsBaq48MF8G6r4sL4OZjkktgMSHcBM3fJyT5A+JbfQzM36ck59Z5QPwBMaM+JcFfI0NF8Bck+bvCUBH8JUn/lgD2LxAz6ktCEVxCSASfb0UwtkjnC4jgkoaLYB13SRIR/EpUDJ4ncKlfZrgInpUkI2aWk5BRKSAZAWutlhsugnVflxLAzTcsH6cUwk3Q/K0kyR8Q3+obYP6+JTm3SgPxB8SM+pYEf60NFcHfk+SvjaEieA1J/5YB9i8QM2oNoQguIySCy1oRjC1SWQERXM5wEazjLkcigudGxWBpgUv9D4aL4PeSZMTMjyRkVB5IRsBaqx8NF8G6r8sL4OYnkktgOSHcBM3fzyT5A+Jb/QTM30aSc6sCEH9AzKiNJPjrYagI3kySv1RDRfAWkv69ANi/QMyoLYQi+AIhEXyhFcHYIl0oIIIvMlwE67gvIhHBH0TFYAWBS/02w0Xw4iQZMbOdhIwqAskIWGu13XARrPu6ogBudpFcAi8Swk3Q/O0myR8Q32oXMH97SM6ti4H4A2JG7SHB3xBDRfB+kvwNNVQEHyDp30uA/QvEjDpAKIIvERLBlawIxhapkoAIrmy4CNZxVyYRwUuiYvBigUv9H4aL4KVJMmLmMAkZXQokI2Ct1WHDRbDu60sFcPMnySWwshBugubvL5L8AfGt/gTm7xjJuVUFiD8gZtQxEvyNMVQEZ/mVI3/3GyqC43/l6N+qwP4FYkYh8xeWCK4qJIIvsyIYW6TLBETw5YaLYB335SQieEVUDFYRuNRn+9XsuFcnyYiZ7CRklAAkI2CtVXZh3ATNm+7rBAHc5CK5BF4uhJvAf/8kSf6A+Fa5gPnLQ3JuKSD+gJhReUjwN8VQEVyAJH9TDRXBBUn6txqwf4GYUQUJRXA1IRFc3YpgbJGqC4jgRMNFsI47kUQEr4uKQSVwqS9iuAj+OUlGzJxLQkY1gGQErLU613ARrPu6hgBuipNcAhOFcBP4W4NJ8gfEtyoOzF8JknOrJhB/QMyoEiT4e81QEVyaJH+vGyqCy5D0by1g/wIxo8oQiuBaQiK4thXB2CLVFhDBdQwXwTruOiQi+NeoGKwpcKkvb7gI3p4kI2YqkJBRXSAZAWutKhgugnVf1xXAzUUkl8A6QrgJ/DvuJPkD4ltdBMzfxSTnVj0g/oCYUReT4G+BoSL4UpL8LTRUBFch6d/6wP4FYkZVIRTB9YVEcAMrgrFFaiAgghsaLoJ13A1JRPDuqBisJ3Cpv9xwEXwgSUbMJJCQUSMgGQFrrRIMF8G6rxsJ4KY6ySWwoRBuAk/oSfIHxLeqDsxfDZJz6wog/oCYUTVI8Pe1oSK4Dkn+VhgqguuS9G9jYP8CMaPqEorgxkIiuIkVwdgiNREQwU0NF8E67qYkIvhwVAxeIXCpb2C4CD6eJCNmGpKQUTMgGQFrrRoaLoJ1XzcTwE1jkktgUyHcBM1fExYTAdgrjYH5a0pybl0JxB8QM6opCf42GiqCrybJ3yZDRfA1JP17FbB/gZhR1xCK4KuERPDVVgRji3S1gAi+xnARrOO+hkQEx7eKi7tS4FLf3HARnLOVjJi5noSMrgWSEbDW6nrDRbDu62sFcJNEcgm8Rgg3QfPXiiR/QHyrJGD+WpOcW9cB8QfEjGpNgr/9horg9iT5O2CoCO5A0r/Ngf0LxIzqQCiCmwuJ4OutCMYW6XoBEdzCcBGs425BIoLzRsXgdQKX+o6Gi+DCrWTETCcSMmoJJCNgrVUnw0Ww7uuWArjpSnIJbCGEm6D560aSPyC+VVdg/rqTnFtJQPwBMaO6k+Av2zozRXAPlm93B+YPKYJTSfq3FbB/gZhRqYQiuJWQCG5tRTC2SK0FRHAbw0WwjrsNiQguFhWDSQKX+p6Gi+BSrWTETC8SMmoLJCNgrVUvw0Ww7uu2Ari5ieQS2EYIN0Hz15ckf0B8q5uA+etHcm61A+IPiBnVjwR/xQ0VwQNJ8neeoSJ4EEn/tgf2LxAzahChCG4vJII7WBGMLVIHARF8g+EiWMd9A4kILhcVg+0ELvVDDBfBFVvJiJmhJGR0I5CMgLVWQw0XwbqvbxTAzTCSS+ANQrgJmr/hJPkD4lsNA+bvdpJzqyMQf0DMqNtJ8FfJUBF8J0n+Khsqgu8i6d9OwP4FYkbdRSiCOwmJ4M5WBGOL1FlABHcxXATruLuQiODKUTHYUeBSf4/hIjihlYyYuZeEjLoCyQhYa3Wv4SJY93VXAdyMIbkEdhHCTdD83U+SPyC+1Rhg/saSnFvdgPgDYkaNJcFfPUNF8ASS/NU3VARPJOnf7sD+BWJGTSQUwd2FRHDEimBskSICIjjZcBGs404mEcGJUTHYTeBSP8lwEVy3lYyYmUxCRilAMgLWWk02XATrvk4RwM2jJJfAZCHcBM3fYyT5A+JbPQrM3+Mk51YPIP6AmFGPk+CvhaEieBpJ/loaKoKfJOnfVGD/AjGjniQUwalCIjjNimBskdIERHC64SJYx51OIoIbRsVgD4FL/dOGi+BmrWTEzDMkZNQTSEbAWqtnDBfBuq97CuDmeZJLYLoQboLm7wWS/AHxrZ4H5u9FknOrFxB/QMyoFw3nu2uifNdL4NyaYXjcLVvJnNevkvRLb2C/AGutXjUcN3ujqq+3AG70uqi49d6yuzCzL7r28eif+50/Dzh/6qdPNJabnHj0fxPv/PM/nPfof5/x3r7R1/1c7/0n6/ePvn/Aadbv71r/5ujrgZm896Dz3pud92oBPij6+paz3Mvg6PuHnGYvg117GRp9fetp9jLUtZfboq+HZfLeQ857b3Peq/c4PPr6dkcDorF5bp6TeUFjc6bp3+OU52Re0XHPIjnLRwDPcmCt1SxCA3E/+BzO2GNGzUdGa3VH9H93unygfM6fueK8pqJ+srteXwHal4BJmZDNtddcrj1nxJPf+fdZsT+3ei5XbuNc+Y7LJG9xrp+fM/q/vM7rnmmDWw1J6du7R/O0YZnV7JxM1o13xZrN9z53HTP+XQ73fy9xKQGt9bfLw0iHvO5w/rzT+bNA9H93RV+P+i9khrgQ6WZErzuH4IJ5lwCZzRUis3hw/MD6qLlgAvIfzhL1H9lVpk7ofd4B3Kc7r3c758k9LoIs7vzpPuyzuP4ZM2nmdMWR8bjJJeNnZsSdQaTZsHuppn9W1jjvczoizfj5PiJtm9ZjUNpgH5H6J6bxmcTqjlHHlwMbX0LGXjOejD1l/Jzccadwk9O1j1zYfaiMn+XfRy7XPnK6Xmf8u9yuPWX8szy+/bp7wf3fZuQ1jytmmsuIDuRu59Jxj/PnvdE/7+sqt/+RAgT8tuETLB33vQJxv0Ny8QDWR71DcMm8Q6DW8wgwfp9A3PNJMA6sj5pvOMYPx590rNG1XmD6X+0WZfkRAnEvJHFDRwPdUGCtFTJ/fpNmtHMv8t+T9DMm+vr+s5yUjI2+f9xpJiVjXeuPj75+oOvJdf1CTALfY7qaf+6Mx366MT2xWmKC7mtU3G5hN8EltDMEwv+i0M7hiiPjcbvTWkQVcf5//wGDe6cPazmkb9/e6b3TUlsOGJzmTllmnwDOTMe6zeGsmaSRzhyW2t8EoU/F/recBv79+n//SeME31oqrMnWRKGPxj9oPxqPLdKDXfHrPmT4R+N13A+FfAgkBHs8OU0I+PgvT2jhty264JudceuViNLYW51l6xVwbeX/B+78TnKwNtmFuWwunGS8Vx9oJ+L+jqEsrtfxznviT/OeLP9lnf92GRE7tDKC0wlY6Ap2clevve/eEOpnTwIeQg+fZq3atdJS0mslVk9OSExPia5TMz2tenK1Oiq9dvXo8tUTVUpyWkJqYkqtmok1a6fXCu2zJQ8LMfAjloGxRXpEgIEfNZyBddyPhvTLaYG/UcTZK3rdRYb+ssjfvhkDiKXHgHbZIrDFpQ8xvb/GzppozGfcitA4+thwizjj9oaO+xMzLeK/SW7kRWQycK1PSX5ZDYhvBcSMksofuk8eJ7SPHhe6vD5hL6/YIj0hcHmdYvjlVcc9heSbFbTfLbHXsOZvkwMcBOneJzS7Z6qT72n/wO5pkknu/HZPk7gz2z2ZrXNGu8f0D+PFO8nM4krcNNcNPeNB3ziAcahpwMPsSVwzpGfk80lBxaPzOFlAOX9h1ge//nZL0nFPFYj7S4IPvE0TiPsrQ5WKn2CQ58YXwK/VWEqi9ID4VkDMqKUhfeAyaJ2nArlmOtCp02tIcMt0w78aQSJu7SIu6oSP+xsCF3GxQNwrST5o+hSwH4G1VisNx43ul28EcLOKoF9WCsS9mqRfngb2C7DWajVBv2wUwM1agn7ZJBD3OpJ+eQbYL8Baq3UE/bJXADfrCfpln0DcG0j65VlgvwBrrTYQ9EsWgU8DbCTol3iBuDeR9MtzwH4B1lptIuiXQgK42UzQL4UF4t5C0i/PA/sFWGu1haBfygvgZhtBv1QQiHs7Sb+8AOwXYK3VdoJ+UQK42UXQL9UE4t5N0i8vAvsFWGu1m6BfGgvgZi9BvzQRiHsfSb+8BOwXYK3VPoJ+aS2Am4ME/dJGIO5DJP3yMrBfgLVWhwj6JVkAN0cI+iVFIO6jJP3yCrBfgLVWRwn6ZaAAbo4R9MsggbiPk/TLDGC/AGutjhP0yygB3GTZbH6/3C0Qd/xmjn55FdgvwFqreMNxo/tlkgBushH0y2SBuLOT9MtrwH4B1lplJ+iXZwVwk4ugX54TiDs3Sb+8DuwXYK1VboJ+mSOAm3wE/TJXIO78JP0yE9gvwForZP70Lz2XiuK7oLOe/h0G/bls/VlT/fk5/Zkg/TkHPbvV8yjtsWvfUHshWt/pO6vmYX22zOwa53nQuJnVVQY36H3ORt5LomuUjj/1e2g6B7OF8/wG8HfUwvo2kjeEvo1kjv02EmyR5gh8G8lcw7+NRMc9l+jbSCT2ar/Q9uQTl8mD2rM7v286NXzrH3zDSXnXf/ffvuGkfNyZv+Eks3X+J77hRCeznCtxb3X9+8lr8jecvAU8IN/uis/v2/8gn4H/2jHgrczQ77sT+8aQNwV+i7/QZvPjfksg7sKGq34d9zsCcRcJSfUnBHsUEJcKWGsllT90nd8lVI/vCqnH96x6xBbpPQH1OM9w9ajjnkekHudZ9UivHuc7NXzfqsd//2Qkar5PPb5Pph7fBx6QHwioxw9CUI8LrHr81ypqvoCaKE6gHt8XiPs8AvW4QCDuEiTqEYhLBay1QuZPk35p920Bm8P/qw8am+93NX+PC4Vm3PCG/BBIiKyA+pAAUB+h94jeoPaWPxJgjNIkjLEQeLteBGzK0gQ3jUUCuFncFcuUpQgPtsUEB9vHUkwZDwaUW4oH/gvVCL7yW6IpP+1q/mE0RiDusoYfwroJPxGIuxzJR4SXAPsRWGtVbjMNif3foAqNzU8JSGyJ9O08KMAPRws/XqDBLzC8wdPS0xNSUnuownlwMX8GPCyQ+Qtryv4Z2PvPeD63U3ZskT4XmLJ/YfiUXcf9hdCUPeNBKwtkTr/sKtcUoHymJ1ZLTEAeyF91NZfQJH6J8VOBX+a7iOCXGJcIxF2RRKEsBfY1sNaqIkG/rBLATSWCflktEHdlkn5ZBuwXYK1VZYJ+2SyAm6oE/bJFIO7LSPplObBfgLVWlxH0y0EB3CiCfjkkEHc1kn75GtgvwFqragT9kq0LHjc1CPolu0DcNUn6ZQWwX4C1VjUJ+qWoAG7qEPRLMYG465L0yzfAfgHWWtUl6JeLBHDTgKBfKgrE3ZCkX1YC+wVYa9WQoF9qCOCmMUG/1BSIuwlJv3wL7BdgrVUTgn65UgA3VxL0y1UCcV9F0i/fAfsFWGt1FUG/tBfAzbUE/dJBIO7rSPplFbBfgLVW1xH0S5oAbloQ9Eu6QNwtSfplNbBfgLVWLQn6ZYgAbloT9MtQgbjbkPTL98B+AdZatSHol/sEcNOeoF9GC8TdgaRf1gD7BVhr1YGgXx4VwE1Hgn55TCDuTiT9shbYL8Baq04E/fKiAG66EvTLSwJxdyPpl3XAfgHWWnUj6Je3BXCTTNAv7wjEnULSLz8A+wVYa4XMX7boGmXiT/2lRPp3GPTnsvVnTfXn5/RngvTnHPTsVs+jtMeufUPthWh9p++smof12fKD8F+W86PQ11Cg97ke/JcSlY0/9ftsOgfrhfO8gfBrpTcI/cLrT/YXXrFF+kngF15/NvwXXnXcPxN9rbTEXu3XSp984jJ5UHt253ejU8NN9mul//2TkaiNvq+V3kT2tdKbgAfkLwJfK/1LCF8r/av9Wul//Z1qGwW+liaN4GulNwnEnU7wZY+/CsTdk+RLQoG4VMBaK6n8oeu8mVA9bhZSj1usesQWaYuAetxquHrUcW8lUo9brXqkV4+/OTXcZtXjv38yEvWbTz1uI1OP24AH5HYB9bg9BPW4w6rHf62ifhNQEzcRqMdtAnH3JVCPOwTi7keiHoG4VMBaK2T+NOmXdd8WsDkU+wbobQTfUr1T6q9aQDfkLvBfSsQIqF0EgNpt+l9KpL3l3QKMMZCEMXYCb9d7gE05kOCmsUcAN7+D/1KiMoQH2+8EB9te0w82/TXfXwkA9BbzD7b/fH048ivT9wEPNqn8xYPrjPzLrPYT/GVWEof5AYK/zGqfQNxDTCfvaMz7BeIeSvLR8oPAfgTWWg3dTHP5EfvLrA4QXH4OdpXBObwhD53NJaDWaddSYX0a4JDQpwH+sJ8GwBbpD4FPAxw2/NMAOu7DQp8GyHgkc5oQ8AnjkwAzOmE/CfBuF3xO98ULMcDZ7lOd/l+7a3XEwe3Rf/CpguFxf8ej/1MFw+PO/KmCzNY546cKzjoJZ0hRRnBHup7aYLyTiNt8m0P9zAwgoxl9GMFvrb4r8Furw0n85H1nYxuc4cZ1BEiGt5NIs6NAaebulaD7GkGCP2CfKCBm1AiSz0//SaiY/hRSTH9ZxYQt0l8CiumY4YpJx32M6PPTEns9k2oKWje/agq6npRqOityP4OyicvkQa3trtVxBw8nTFdNDJ/FPu5TYDqpw+K8j8mfxT6BPGy7nc2+0k/7/B8Qu505n0H3naWbjKoL9Yb+Dw6Xs75ZnuE2qHF4XGDoNorgs9gnBOK+m+ATUrpX0HHfQ6JEgbhUwFqrewhwI3FOIPncjRv0PuO7cezzHNw+//M9Y+XiT13sdA70+pL7zwrk8bCcjqxAbLj3m82Va+t0BFxTFylbN/y62YGAlYo7ezd4jURnw9mBDeV3OYQwG9pvYedwapnTVVMjfwsbnYSM4HQCyrmCzdkt7m8P2srKAWzynCQ3iVyETJxLiIlzWybGFim3ABPnMZyJddx5yJg4j2Vi9+Nh4rxOLfPFKhPn9TFxvhCYOC+wyfMBwa2LXC4TdKPWj/MVHVXLfN3M32N+oRsT/MpUAGi+sAKqAAGgCqL3iN6g1hsFBVz6MSQufX7gKV8I2JRjwL8KVYqwwQsRNHhhKcZAj62LAMH5DfArxFb+KpNA9IF2LqFJca6QSVHUmhTYIhUVMCmKGW5S6LiLkZkUxfhMCiW5tnv/xZ1anherJkVxn0lxXggmRXFgk5/XTQZ0aCYuQcjEJYSY+HzLxNginS/AxCUNZ2Idd0kyJi5pmdiztnv/pZxalo5VJi7lY+LSITBxKWCTl7burgLmQGyPZVjGBWUtoFRZAkCVM31c8B+NIzAuGEsyLigDPOXLA5tyrB0XqPIEDV6BZVxwARCcq4DjgtUk44ILCU2KC4VMiousSYEt0kUCJkVFw00KHXdFMpOiIp9JUU1wbY9JcbFTy0ti1aS42GdSXBKCSXExsMkv6SYDOjQTVyJk4kpCTFzZMjG2SJUFmPhSw5lYx30pGRNfapnY/XiYuIpTy6qxysRVfExcNQQmrgJs8qpAJmZ1d4E5ENvjZSzjgsvtuEBdTgCoBNPHBVpvJAiMC8aTjAsuA57yCtiU4+24QCmCBq/GMi6oDgTnWuC4YB3JuCCR0KRIFDIpaliTAlukGgImRU3DTQodd00yk6Imn0lRXXBtj0lRy6ll7Vg1KWr5TIraIZgUtYBNXrubDOjQTFyHkInrCDFxXcvE2CLVFWDieoYzsY67HhkT17NM7H48TFzfqWWDWGXi+j4mbhACE9cHNnkDIBOzurvAHIjtsSHLuKCRHReoRgSAusL0ccF/9IbAuGACybigIfCUbwxsygl2XKAaEzR4E5ZxQVMgONcDxwUbSMYFzQhNimZCJsWV1qTAFulKAZPiKsNNCh33VWQmxVV8JkWi4Noek+Jqp5bXxKpJcbXPpLgmBJPiamCTX9NNBnRoJr6WkImvFWLi6ywTY4t0nQATNzeciXXczcmYuLllYvfjYeLrnVq2iFUmvt7HxC1CYOLrgU3eAsjErO4uMAdie2zJMi5IsuMClUQAqFamjwu03mglMC54kGRc0BJ4yrcGNuWDdlygWhM0eBuWcUFbIDg3AscFm0jGBe0ITYp2QiZFe2tSYIvUXsCk6GC4SaHj7kBmUnTgMylqCK7tMSlucGp5Y6yaFDf4TIobQzApbgA2+Y3dZECHZuKOhEzcUYiJO1kmxhapkwATdzaciXXcncmYuLNlYvfjYeIuTi27xioTd/ExcdcQmLgLsMm7ApmY1d0F5kBsj91YxgXd7bhAdScAVMT0cYHWGxGBccEkknFBN+Apnwxsykl2XKCSCRo8hWVc0AMIzs3AccEWknFBKqFJkSpkUqRZkwJbpDQBkyLdcJNCx51OZlKk85kUNQXX9pgUPZ1a9opVk6Knz6ToFYJJ0RPY5L26yYAOzcS9CZm4txAT97FMjC1SHwEmvslwJtZx30TGxDdZJnY/Hibu69SyX6wycV8fE/cLgYn7Apu8H5CJWd1dYA7E9tifZVwwwI4L1AACQN1s+rhA642bBcYFD5OMC/oDT/mBwKZ82I4L1ECCBh/EMi64BQjObcBxwXaSccFgQpNisJBJMcSaFNgiDREwKYYablLouIeSmRRD+UyKWoJre0yKW51a3harJsWtPpPithBMiluBTX5bNxnQoZl4GCETDxNi4uGWibFFGi7AxLcbzsQ67tvJmPh2y8Tux8PEI5xajoxVJh7hY+KRITDxCGCTjwQyMau7C8yB2B7vYBkX3GnHBepOAkDdZfq4QOuNuwTGBY+SjAvuAJ7yo4BN+agdF6hRBA1+N8u44B4gOHcBxwW7ScYF9xKaFPcKmRT3WZMCW6T7BEyK0YabFDru0WQmxWg+k6K24Noek2KMU8v7Y9WkGOMzKe4PwaQYA2zy+7vJgA7NxGMJmXisEBOPs0yMLdI4ASYebzgT67jHkzHxeMvE7sfDxA84tZwQq0z8gI+JJ4TAxA8Am3wCkIlZ3V1gDsT2OJFlXPCgHReoBwkA9ZDp4wKtNx4SGBc8TjIumAg85ScBm/JxOy5QkwgafDLLuOBhIDj3AscF+0jGBY8QmhSPCJkUj1qTAlukRwVMiscMNyl03I+RmRSP8ZkUdQTX9pgUjzu1fCJWTYrHfSbFEyGYFI8Dm/yJbjKgQzPxFEImniLExFMtE2OLNFWAiacZzsQ67mlkTDzNMrH78TDxk04tp8cqEz/pY+LpITDxk8Amnw5kYlZ3F5gDsT0+xTIueNqOC9TTBIB6xvRxgdYbzwiMC6aQjAueAp7yzwKbcoodF6hnCRr8OZZxwfNAcB4EjgsOkYwLXiA0KV4QMiletCYFtkgvCpgULxluUui4XyIzKV7iMymSBdf2mBQvO7V8JVZNipd9JsUrIZgULwOb/JVuMqBDM/EMQiaeIcTEr1omxhbpVQEmfs1wJtZxv0bGxK9ZJnY/HiZ+3anlzFhl4td9TDwzBCZ+HdjkM4FMzOruAnMgtsdZLOOC2XZcoGYTAOoN08cFWm+8ITAumEYyLpgFPOXnAJtymh0XqDkEDT6XZVzwJhCcR4DjgqMk44K3CE2Kt4RMiretSYEt0tsCJsU7hpsUOu53yEyKd/hMihTBtT0mxbtOLd+LVZPiXZ9J8V4IJsW7wCZ/r5sM6NBMPI+QiecJMfF8y8TYIs0XYOL3DWdiHff7ZEz8vmVi9+Nh4g+cWi6IVSb+wMfEC0Jg4g+ATb4AyMSs7i4wB2J7XMgyLvjQjgvUhwSA+sj0cYHWGx8JjAumk4wLFgJP+UXAppxuxwVqEUGDL2YZF3wMBOcx4LjgOMm44BNCk+ITIZPiU2tSYIv0qYBJscRwk0LHvYTMpFjCZ1L0EFzbY1J85tTy81g1KT7zmRSfh2BSfAZs8s+7yYAOzcRfEDLxF0JM/KVlYmyRvhRg4q8MZ2Id91dkTPyVZWL342HipU4tl8UqEy/1MfGyEJh4KbDJlwGZmNXdBeZAbI/LWcYFX9txgfqaAFArTB8XaL2xQmBc8DTJuGA58JT/BtiUT9txgfqGoMFXsowLvgWCMwsOnCpe6KBAH2jfEZoU3wmZFKusSYEt0ioBk2K14SaFjns1mUmxms+kSBVc22NSfO/Uck2smhTf+0yKNSGYFN8Dm3xNNxnQoZl4LSETrxVi4nWWibFFWifAxD8YzsQ67h/ImPgHy8Tux8PEPzq1XB+rTPyjj4nXh8DEPwKbfD2QiVndXWAOxPa4gWVc8JMdF6ifCAD1s+njAq03fhYYFzxLMi7YADzlNwKb8lk7LlAbCRp8E8u44BcgOLMBxwXZScYFvxKaFL8KmRSbrUmBLdJmAZNii+EmhY57C5lJsYXPpEgTXNtjUmx1avlbrJoUW30mxW8hmBRbgU3+WzcZ0KGZeBshE28TYuLtlomxRdouwMQ7DGdiHfcOMibeYZnY/XiYeKdTy12xysQ7fUy8KwQm3gls8l1AJmZ1d4E5ENvjbpZxwR47LlB7CAD1u+njAq03fhcYFzxPMi7YDTzl9wKb8nk7LlB7CRp8H8u4YD8QnLmA44LcJOOCA4QmxQEhk+KgNSmwRTooYFIcMtyk0HEfIjMpDvGZFOmCa3tMij+cWh6OVZPiD59JcTgEk+IPYJMf7iYDOjQTHyFk4iNCTHzUMjG2SEcFmPhPw5lYx/0nGRP/aZnY/XiY+C+nlsdilYn/8jHxsRCY+C9gkx8DMjGruwvMgdgej7OMC07YcYE6QQCouO6Gjwv+I/K64wH6Ism44DjwlM+CK7Z60Y4LVJbu5u8xvrsMzuHjgnOA4MwHHBfkD+mgCJq/rMD8fQz8ux8+Aa4lmb9s//v5Ex1XZe/Osc8cwDprjVs+/pS00znQ60vuP2d3PjMyJxAb7v3mcuXampEB19RFytUdv25uIGCl4s7dHV4jUTMyN7ChQjIjEwTX9piReZxa5nXVNKbMSJ2Acq5g83aP+9uDNiPzAJs8L8lNIh8hE+cTYuL8lomxRcovwMQFDGdiHXcBMiYuYJnY/XiYuKBTy0KxysQFfUxcKAQmLghs8kJAcP+nyIQmb6Hu5u+xsJTJi74yFQGaL6yAKkIAqHNNHwtqvXGuwFjwZZKxYGHgKV8U2JQvg8eCZQgbvChBgxdjGQsWB4LzIuBYsCLJbxGdR2hSnCdkUpSwJgW2SCUETIrzDTcpdNznk5kU5/OZFEpybff+Szq1LBWrJkVJn0lRKgSToiSwyUt1lwEdmolLEzJxaSEmLmOZGFukMgJMXNZwJtZxlyVj4rKWiT1ru/dfzqll+Vhl4nI+Ji4fAhOXAzZ5eevuKmAOxPZYgWVccIEFlLqAAFAXmj4u0HrjQoFxwQyScUEF4Cl/EbApZ9hxgbqIoMErsowLLgaCsxJwXFCZZFxwCaFJcYmQSVHJmhTYIlUSMCkqG25S6Lgrk5kUlflMimqCa3tMikudWlaJVZPiUp9JUSUEk+JSYJNX6S4DOjQTVyVk4qpCTHyZZWJskS4TYOLLDWdiHfflZEx8uWVi9+Nh4gSnlipWmTjBx8QqBCZOADa5AjIxq7sLzIHYHquxjAuq23GBqk4AqETTxwVabyQKjAteIxkXVAOe8jWATfmaHReoGgQNXpNlXFALCM6qwHHBZSTjgtqEJkVtIZOijjUpsEWqI2BS1DXcpNBx1yUzKerymRTVBdf2mBT1nFrWj1WTop7PpKgfgklRD9jk9bvLgA7NxA0ImbiBEBM3tEyMLVJDASZuZDgT67gbkTFxI8vE7sfDxFc4tWwcq0x8hY+JG4fAxFcAm7wxkIlZ3V1gDsT22IRlXNDUjgtUUwJANTN9XKD1RjOBccFMknFBE+ApfyWwKWfacYG6kqDBr2IZF1wNBKcCjguqkYwLriE0Ka4RMimutSYFtkjXCpgU1xluUui4ryMzKa7jMykSBdf2mBTNnVpeH6smRXOfSXF9CCZFc2CTX99dBnRoJm5ByMQthJi4pWVibJFaCjBxkuFMrONOImPiJMvE7sfDxK2cWraOVSZu5WPi1iEwcStgk7cGMjGruwvMgdge27CMC9racYFqSwCodqaPC7TeaCcwLphNMi5oAzzl2wObcrYdF6j2BA3egWVccAMQnDWA44KaJOOCGwlNihuFTIqO1qTAFqmjgEnRyXCTQsfdicyk6MRnUtQQXNtjUnR2atklVk2Kzj6ToksIJkVnYJN36S4DOjQTdyVk4q5CTNzNMjG2SN0EmLi74Uys4+5OxsTdLRO7Hw8TR5xaJscqE0d8TJwcAhNHgE2eDGRiVncXmAOxPaawjAt62HGB6kEAqFTTxwVab6QKjAvmkIwLUoCnfBqwKefYcYFKI2jwdJZxQU8gOOsAxwV1ScYFvQhNil5CJkVva1Jgi9RbwKToY7hJoePuQ2ZS9OEzKWoKru0xKW5yatk3Vk2Km3wmRd8QTIqbgE3et7sM6NBM3I+QifsJMXF/y8TYIvUXYOIBhjOxjnsAGRMPsEzsfjxMfLNTy4GxysQ3+5h4YAhMfDOwyQcCmZjV3QXmQGyPg1jGBbfYcYG6hQBQg00fF2i9MVhgXPAmybhgEPCUHwJsyjftuEANIWjwoSzjgluB4GwAHBc0JBkX3EZoUtwmZFIMsyYFtkjDBEyK4YabFDru4WQmxXA+k6KW4Noek+J2p5YjYtWkuN1nUowIwaS4HdjkI7rLgA7NxCMJmXikEBPfYZkYW6Q7BJj4TsOZWMd9JxkT32mZ2P14mPgup5ajYpWJ7/Ix8agQmPguYJOPAjIxq7sLzIHYHu9mGRfcY8cF6h4CQN1r+rhA6417BcYFb5OMC+4GnvL3AZvybTsuUPcRNPholnHBGCA4GwPHBU1IxgX3E5oU9wuZFGOtSYEt0lgBk2Kc4SaFjnscmUkxjs+kqC24tsekGO/U8oFYNSnG+0yKB0IwKcYDm/yB7jKgQzPxBEImniDExBMtE2OLNFGAiR80nIl13A+SMfGDlondj4eJH3JqOSlWmfghHxNPCoGJHwI2+SQgE7O6u8AciO1xMsu44GE7LlAPEwDqEdPHBVpvPCIwLniXZFwwGXjKPwpsynftuEA9StDgj7GMCx4HgvNK4LjgKpJxwROEJsUTQibFFGtSYIs0RcCkmGq4SaHjnkpmUkzlMynqCK7tMSmmObV8MlZNimk+k+LJEEyKacAmf7K7DOjQTDydkImnCzHxU5aJsUV6SoCJnzaciXXcT5Mx8dOWid2Ph4mfcWr5bKwy8TM+Jn42BCZ+BtjkzwKZmNXdBeZAbI/PsYwLnrfjAvU8AaBeMH1coPXGCwLjgnkk44LngKf8i8CmnGfHBepFggZ/iWVc8DIQnNcCxwXXkYwLXiE0KV4RMilmWJMCW6QZAibFq4abFDruV8lMilf5TIpkwbU9JsVrTi1fj1WT4jWfSfF6CCbFa8Amf727DOjQTDyTkIlnCjHxLMvE2CLNEmDi2YYzsY57NhkTz7ZM7H48TPyGU8s5scrEb/iYeE4ITPwGsMnnAJmY1d0F5kBsj3NZxgVv2nGBepMAUG+ZPi7QeuMtgXHB+yTjgrnAU/5tYFO+b8cF6m2CBn+HZVzwLhCcLYDjgpYk44L3CE2K94RMinnWpMAWaZ6ASTHfcJNCxz2fzKSYz2dSpAiu7TEp3ndq+UGsmhTv+0yKD0IwKd4HNvkH3WVAh2biBYRMvECIiRdaJsYWaaEAE39oOBPruD8kY+IPLRO7Hw8Tf+TUclGsMvFHPiZeFAITfwRs8kVAJmZ1d4E5ENvjYpZxwcd2XKA+JgDUJ6aPC7Te+ERgXLCAZFywGHjKfwpsygV2XKA+JWjwJSzjgs+A4GwNHBe0IRkXfE5oUnwuZFJ8YU0KbJG+EDApvjTcpNBxf0lmUnzJZ1L0EFzbY1J85dRyaayaFF/5TIqlIZgUXwGbfGl3GdChmXgZIRMvE2Li5ZaJsUVaLsDEXxvOxDrur8mY+GvLxO7Hw8QrnFp+E6tMvMLHxN+EwMQrgE3+DZCJWd1dYA7E9riSZVzwrR0XqG8JAPWd6eMCrTe+ExgXfEgyLlgJPOVXAZvyQzsuUKsIGnw1y7jgeyA42wPHBR1IxgVrCE2KNUImxVprUmCLtFbApFhnuEmh415HZlKs4zMpUgXX9pgUPzi1/DFWTYoffCbFjyGYFD8Am/zH7jKgQzPxekImXi/ExBssE2OLtEGAiX8ynIl13D+RMfFPlondj4eJf3ZquTFWmfhnHxNvDIGJfwY2+UYgE7O6u8AciO1xE8u44Bc7LlC/EADqV9PHBVpv/CowLlhEMi7YBDzlNwObcpEdF6jNBA2+hWVcsBUIzo7AcUEnknHBb4QmxW9CJsU2a1Jgi7RNwKTYbrhJoePeTmZSbOczKdIE1/aYFDucWu6MVZNih8+k2BmCSbED2OQ7u8uADs3EuwiZeJcQE++2TIwt0m4BJt5jOBPruPeQMfEey8Tux8PEvzu13BurTPy7j4n3hsDEvwObfC+QiVndXWAOxPa4j2VcsN+OC9R+AkAdMH1coPXGAYFxwcck44J9wFP+ILApP7bjAnWQoMEPsYwL/gCCsytwXNCNZFxwmNCkOCxkUhyxJgW2SEcETIqjhpsUOu6jZCbFUT6TIl1wbY9J8adTy79i1aT402dS/BWCSfEnsMn/6i4DOjQTHyNk4mNCTHzcMjG2SMcFmPiE4Uys4z5BxsQnLBO7Hw8Tx0WcnEdO/aOYYmKdgHKuYN2J8G8o42cHbswIbq0sERzoWN1dYA7E9hgvsMdMNxr4moPbKO24AJgDsT1mRe8RvUGtN/Qm0QD9lGRc4O74oDFnwxVbfWrHBQqYT7E9Zo/I4Bw+LsiB26hKBo4LUkI6KILmLycwf8OA+RsOzJ9ujuyu3B2NHhrHo3/+6fz5l/OnfnJF85E7crKh9H+Tcb6ccN6j/33Ge/NEX+d1vfefrJ8v+v78p1k/n2v9AtHXBTN57zHnvQWc9+qDsFD0deGz3EuR6PvPPc1eirj2UjT6uthp9lLUtZfi0dfnZfLe4857izvv1XssEX19fuTkv0cfYqPyncwL+hLwGbi30XGPzXcyr+i4Pyc500pGcLkE1lp9bjhudCHyCODmK8PjvjPaLyUF4l5KIhYqr8Gt5a514L/NgSR/VYD5WwrM33KS87pUBJc/IGYUMn9hDfCAufQM8EpHTr22A7yAa+oi6YSi1y0TMXuAp+PWewTXSPRwr2EoOX5LQo41DSXH70jIsWwElz8gZtR3hOQIzKWHHMtFTr225BhwTV0knVD0uuUjZpOjjlvvEVwjkb0WTTpJ5GjFXCESm3F/L+yQBN2fxmUFgbjXkFxi3GdHQrBHfQ+8xKwlucRcAMwfEDNqLQn+mhoqQtaT5K+ZoSJkA0n/XhjB5Q+IGbWBUIQAc+kRIRdFTr22IiTgmrpIOqHodStGzBYhOm69R3CNZNzE6GX8ggj+UrrR8HFlhSSZy/gmEjK6OILLJbDWapPhIk739cUCuNlMcgl0n70JwR4PboLmbwvLN5YDe2UzMH9bSc6tSyK4/AExo7aS4K+9oSJ4B0n+OhgqgneS9G+lCC5/QMyonYQiGJhLjwiuHDn12orggGvqIumEote9NGK2CNZx6z2CaySy14pRMXhJBH+p32O4CK6SJCNmfichoyoRXC6BtVa/Gy6CdV9XEcDNfpJLoPvsTQj2eHATNH8HSPIHxLfaD8zfQZJzq2oElz8gZtRBEvz1NFQEHyHJXy9DRfBRkv69LILLHxAz6iihCAbm0iOCL4+cem1FcMA1dZF0QtHrJkTMFsE6br1HcI1E9poQFYNVIwLf4Gi4CK6ZJCNmjpOQkYrgcgmstTpuuAjWfa0EcJNlC8cl0H32JgR7PLgJmr94kvwB8a3cmAn89XFbOM6tahFc/oCYUeeQ4G+YoSI4B0n+hhsqgnOS9G/1CC5/QMwoZP7CEsHAXHpEcGLk1GsrggOuqYukE4pet0bEbBGs49Z7BNdIZK91o2KwWgR/qc+zxey4r0iSETN5ScioZgSXS2CtVV5h3ATNm+7rmgK4KUByCXSfvQnBHg9uguavIEn+gPhWBYD5K0RybtWK4PIHxIwqRIK/8YaK4KIk+XvAUBFcjKR/a0dw+QNiRhUjFMHAXHpEcJ3IqddWBAdcUxdJJxQu3CJmi2Adt94juEYie20WFYO1IvhLfQnDRfB1STJi5nwSMqoXweUSWGt1vuEiWPd1PQHclCa5BLrP3oRgjwc3QfNXhiR/QHyr0sD8lSU5t+pHcPkDYkaVJcHfdENF8AUk+XvKUBF8IUn/Nojg8gfEjLqQUAQDc+kRwQ0jp15bERxwTV0knVD0uo0iZotgHbfeI7hGInttGRWD9SP4S/3FhovgdkkyYuYSEjK6IoLLJbDW6hLDRfB/zh4B3FxKcgl0n70JwR4PbgL/jjtJ/oD4VpcC81eV5NxqHMHlD4gZVZUEf7MNFcGKJH9vGCqCq5H0b5MILn9AzKhqhCIYmEuPCG4aOfXaiuCAa+oi6YTCp5cRs0WwjlvvEVwjkb3eGBWDjSMCHxs1XAR3S5IRMzVJyOjKCC6XwFqrmoaLYN3XVwrgpg7JJdB99iYEezy4CTyhJ8kfEN+qDjB/9UjOrasiwE81AGtRjwR/iwwVwY1I8rfYUBF8BUn/Xh0BGrLA/r2CUAQDc+kRwddETr22IjjgmrpIOqHoda+NmC2Cddx6j+Aaiew1JSoGr4rgL/VNDRfBvZJkxEwzEjK6LoLLJbDWqpnhIlj39XUCuLma5BLoPnsTgj0e3ATN3zUsJgKwV64G5u9aknOreQSXPyBm1LUk+PvWUBHcgiR/3xkqgluS9O/1EVz+gJhRLQlFMDCXHhHcInLqtRXBAdfURdIJhX+EN2K2CNZx6z2CaySy175RMdg8gr/UtzZcBA9KkhEzbUjIKCmCyyWw1qqN4SJY93WSAG7ak1wC3WdvQrDHg5ug+etAkj8gvlV7YP5uIDm3WkVw+QNiRt1Agr/NhorgziT522KoCO5C0r+tI7j8ATGjuhCKYGAuPSK4TeTUayuCA66pi6QTil63bcRsEazj1nsE10hkr0OjYrBVBH+p7264CB6RJCNmIiRk1C6CyyWw1ipiuAjWfd1OADc9SC6B7rM3IdjjwU3Q/KWS5A+Ib9UDmL80knOrfQSXPyBmVBoJ/v4wVAT3JsnfYUNFcB+S/u0QweUPiBnVh1AEA3PpEcE3RE69tiI44Jq6SDqh8N9jjZgtgnXceo/gGons9a6oGGwfwV/q+xkugkcnyYiZ/iRk1DGCyyWw1qq/4SJY93VHAdwMJLkEus/ehGCPBzdB8zeIJH9AfKuBwPzdQnJudYoAPw0ErMUtJPjLtdZMEXwrSf5yA/OHFMG3kfRv5wguf0DMqNsIRTAwlx4R3CVy6rUVwQHX1EXSCUWv2zVitgjWces9gmskstdxUTHYKYK/1N9uuAh+KElGzIwgIaNuEVwugbVWIwwXwbqvuwng5k6SS6D77E0I9nhwEzR/d5HkD4hvdScwf6NIzq3uEaABDKzFKBL8lTRUBN9Hkr9Shorg0ST9G4ng8gfEjBpNKIKBufSI4OTIqddWBAdcUxdJJxT+ZU4Rs0WwjlvvEVwjkb0+EhWD3SP4S/1Yw0Xw1CQZMTOOhIx6RHC5BNZajTNcBOu+7iGAmwkkl0D32ZsQ7PHgJmj+JpLkD4hvNQGYvwdJzq3UCC5/QMyoB0nwV9VQEfwwSf4uM1QEP0LSv2kRXP6AmFGPEIpgYC49Ijg9cuq1FcEB19RF0glFr9szYrYI1nHrPYJrJLLXp6JiMDWCv9Q/brgIfiFJRsw8QUJGvSK4XAJrrZ4wXATrvu4lgJtpJJdA99mbEOzx4CZo/p4kyR8Q32oaMH/TSc6t3hFc/oCYUdNJ8NfIUBH8LEn+rjBUBD9H0r99Irj8ATGjniMUwcBcekTwTZFTr60IDrimLpJOKPwbjSNmi2Adt94juEYie30lKgZ7R/CX+hcNF8GzkmTEzEskZNQvgsslsNbqJcNFsO7rfgK4mUFyCXSfvQnBHg9ugubvVZL8AfGtZgDz9xrJudU/gssfEDPqNRL8tTZUBM9m+XZ3Q0XwGyT9OyCCyx8QM+oNQhEMzKVHBN8cOfXaiuCAa+oi6YSi1x0YMVsE67j1HsE1Etnr3KgY7B/BX+rfNFwEv5ckI2beIiGjQRFcLoG1Vm8ZLoJ1Xw8SwM27JJdA99mbEOzx4CZo/t4jyR8Q3+pdYP7mkZxbt0SAHACsxTwS/PUwVAQvIMlfqqEieCFJ/w6O4PIHxIxaSCiCgbn0iOAhkVOvrQgOuKYukk4o/K/1iZgtgnXceo/gGons9YOoGLwlgr/ULzJcBC9OkhEzi0nI6NYILpfAWqvFhotg3de3CuDmU5JLoPvsTQj2eHATNH9LSPIHxLf6FJi/z0jOrdsiuPwBMaM+I8HfEENF8Fcs55+hIngpSf8OiwDxB+zfpYQiGJhLjwgeHjn12orggGvqIumEote9PWK2CNZx6z2CaySy1yVRMXhbBH+p/9pwEbw0SUbMrCAhoxERXC6BtVYrDBfBuq9HCODmW5JLoPvsTQj2eHATNH/fkeQPiG/1LTB/q0jOrZERXP6AmFGrSPA3xlARvJYkf/cbKoLXkfTvHRFc/oCYUesIRTAwlx4RfGfk1GsrggOuqYukEwr/u20jZotgHbfeI7hGIntdERWDIyP4S/16w0Xw6iQZMbOBhIxGRXC5BNZabTBcBOu+HiWAm40kl0D32ZsQ7PHgJmj+NpHkD4hvtRGYv19Izq27I7j8ATGjfiHB3xRDRfBWkvxNNVQE/0bSv/dEcPkDYkb9RiiCgbn0iOB7I6deWxEccE1dJJ1Q9Lr3RcwWwTpuvUdwjUT2ui4qBu+O4C/1OwwXwT8nyYiZnSRkNDqCyyWw1mqn4SJY9/VoAdzsIbkEus/ehGCPBzdB8/c7Sf6A+FZ7gPnbS3JujYng8gfEjNpLgr/XDBXBB0ny97qhIvgQSf/eH8HlD4gZdYhQBANz6RHBYyOnXlsRHHBNXSSdUPS64yJmi2Adt94juEYie/01KgbHRPCX+iOGi+DtSTJi5igJGY2P4HIJrLU6argI1n09XgA3x0guge6zNyHY48FN0PwdJ8kfEN/qGDB/J0jOrQciuPwBMaNOkOBvgaEi+JytHPlbaKgIzrqVo38nRHD5A2JGIfMXlggG5tIjgidGTr22IjjgmrpIOqHodR+MmC2Cddx6j+Aaiex1d1QMPhDBX+pzbDU77gNJMmImJwkZPRTB5RJYa5VTGDdB86b7+iEB3OQhuQS6z96EYI8HN0Hzl5ckf0B8qzzA/OUjObcmRXD5A2JG5SPB39eGiuBCJPlbYagILkzSv5MjuPwBMaMKE4pgYC49IvjhyKnXVgQHXFMXSScUve4jEbNFsI5b7xFcI5G9Ho6KwUkR/KW+qOEi+HiSjJgpRkJGj0ZwuQTWWhUzXATrvn5UADclSC6B7rM3IdjjwU3Q/J1Pkj8gvlUJYP5Kkpxbj0Vw+QNiRpUkwd9GQ0VwWZL8bTJUBJcj6d/HI7j8ATGjyhGKYGAuPSL4icip11YEB1xTF0knFL3ulIjZIljHrfcIrpHIXuNbxcU9FsFf6i8wXATnbCUjZi4kIaOpEVwugbVWFxougnVfTxXAzcUkl0D32ZsQ7PHgJmj+LiHJHxDf6mJg/iqRnFvTIrj8ATGjKpHgb7+hIrgqSf4OGCqCLyPp3ycjuPwBMaMuIxTBwFx6RPD0yKnXVgQHXFMXSScUve5TEbNFsI5b7xFcI5G95o2KwWkR/KVeGS6CC7eSETPVSMjo6Qgul8Baq2qGi2Dd108L4KYGySXQffYmBHs8uAmav5ok+QPiW9UA5q8Wybn1TASXPyBmVC0S/GVbZ6YIrkeSv+zA/CFFcH2S/n02gssfEDOqPqEIBubSI4Kfi5x6bUVwwDV1kXRC0es+HzFbBOu49R7BNRLZa7GoGHwmgr/UNzJcBJdqJSNmriAhoxciuFwCa62uMFwEPx/N2wsCuGlKcgl8Xgg3QfPXjCR/QHyrpsD8XUlybr0YweUPiBl1JQn+ihsqgq8lyd95horg60j696UILn9AzKjrCEUwMJceEfxy5NRrK4IDrqmLpBOKXveViNkiWMet9wiukchey0XF4IsR/KW+heEiuGIrGTHTkoSMZkRwuQTWWrU0XATrvp4hgJvWJJdA99mbEOzx4CZo/tqQ5A+Ib9UamL+2JOfWqxFc/oCYUW1J8FfJUBF8A0n+Khsqgm8k6d/XIrj8ATGjbiQUwcBcekTw65FTr60IDrimLpJOKHrdmRGzRbCOW+8RXCORvVaOisFXI/hLfWfDRXBCKxkx04WEjGZFcLkE1lp1MVwE676eJYCb7iSXQPfZmxDs8eAmaP4iJPkD4lt1B+YvmeTcmh3B5Q+IGZVMgr96horgNJL81TdUBKeT9O8bEVz+gJhR6YQiGJhLjwieEzn12orggGvqIumEotedGzFbBOu49R7BNRLZa2JUDM6O4C/1vQ0XwXVbyYiZPiRk9GYEl0tgrVUfw0Ww7us3BXDTj+QS6D57E4I9HtwEzV9/kvwB8a36AfM3gOTceiuCyx8QM2oACf5aGCqCb2H5JIehIngwSf++HcHlD4gZNZhQBANz6RHB70ROvbYiOOCaukg6oeh1342YLYJ13HqP4BqJ7LVhVAy+FcFf6m81XAQ3ayUjZm4jIaP3IrhcAmutbjNcBOu+fk8AN7eTXALdZ29CsMeDm6D5G0GSPyC+1e3A/I0kObfmRXD5A2JGjTSc766J8p3OHfrcGmV43C1byZzXd5P0y/wILpfAWqu7DcfNkajqmy+AG70uKm69t+wuzByNrn08+uefzp9/OX/q5/1oLB848ej/Jt755yec9+h/n/HeBdHXC13v/Sfrfxh9/0enWf9D1/qLoq8XZ/LeY857Fznv1QL84+jrT85yL59G37/kNHv51LWXz6KvPz/NXj5z7eWL6OsvM3nvcee9Xzjv1Xv8Kvp6aeTkv0djc1S+k3lBY/M+w3tybL6TeUXHPZrkLF8WweUSWGs1mtBA/BN8DmfsMaPmyyNxcV9H/7ciciqGfM6fueK8pqJ+srteXwHal4BJmZDNtddcrj1nxJPf+fdZsT+3ei5XbuNc+Y7LJG9xrp+fM/q/vM7rnmmDWw1J6du7R/O0YZnV7JxM1o13xZrN9z53HTP+XQ73fy9xKQGt9bfLgwasJq+vnT9XOH8WiP7vm+jrlZHMY0JciHQzotcdS3DB1HlFxz1OiMziwfED66PGgQnIfzhL1F/3m0Sd0Pv8GrhPd16/jZz887vIqX9W3PnTfdhncf0zZtLM6Yoj43GTS8bPzIg7g0izYfdSTf+srHHe53REmvHzfUTaNq3HoLTBPiL1T0zjM4nVHaOOLwc2voSMvWY8GXvK+Dm5407hJqdrH7mw+1AZP8u/j1yufeR0vc74d7lde8r4Z3l8+3X3gvu/zchrHlfMNJcRHYg+FPSl4zvnz1XRP1dH5PavD2E0AU8wfIKl414lEPdEkosHsD5qIsEl82uBWk8iwPhqgbgnk2AcWB812XCMa9ZbIFDrRw2P+86onbRMIO7HSNzQ7yO4XAJrrZD585s0OmZ9L/Lfk/SzJvp6beTsJiXrou//IfLfJyXrXOv/GH29PnJyXb8Q0w8a32si5p87P0ag66YnVktM0H2Nitst7DZETr3OEAj/i0I7hyuOjMftTmsRVcT5//0HDO6dPqzlkL59e6f3TkttOWBwmjtlmX0CODMd6zaHs2aSRjpzWGp/bgwi9/rfchqUY36K/Ou1EnxrqbAmW+49JwR83Pv9OXLqtf1ofMA1dZF0QtHrbozgwC8Vt94juEaiDrg7pwkBH//lCS389kYXzNodONqP3hSydZetV8C1lf8fuPO7KXLyz18ip/5ZNhdOMt6rD7QTcX/HUBbX63jnPfGneU+W/7LOf7uMiB1aGcHpBCx0BasTcYXvZ6JBuCmCO4R+Pc1atWulpaTXSqyenJCYnhJdp2Z6WvXkanVUeu3q0eWrJ6qU5LSE1MSUWjUTa9ZOrxXaZ0vce04I+Lj3uzly6rVl4IBr6iLphKLX3RIxm4F13HqP4BqJ2Li/OHtFrzvF0F8W8e8TiaWtERyGpoAtLn2I6f01dtZEYz7jVoTG0TTDLeKM2xs67ifNtIj/JrmRF5FfgGtNJ/llNSC+FRAzSip/6D75LcJnH7n3nBDwce93W+TUa3t5DbimLpJOKHrd7RGzL686br1HcI3E/G6JvYY1f/sl8u/XSvc+odk9OyIn/9wZOfXP/pvd0yTu77nz2z1N4s5s92S2zhntHtM/jBfvJDOLK3E6qY3jvA/6xgGMQ+n9ZqwV9DDbFYE1Q3pGPndF5BSPzuMvEfyN5lmzPvj1t1uSjnuHQNzPEXzgbadA3M8bqlT8BIM8N54Ffq3GCyRKD4hvBcSMeiGkD1wGrbM+c1Br7Y6YLT50r+k9SpxhyFpLuIiFu+HjnkHgIhYRiPtVkg+a7ongcgmstXrVcNzofqkggJuZBP1ygUDcs0j65fcILpfAWqtZBP1STQA3cwj6pbpA3HNJ+mVvBJdLYK3VXIJ+aSKAm7cJ+qWpQNzvkPTLvggul8Baq3cI+qWNAG7mEfRLW4G455P0y/4ILpfAWqv5BP2SIoCbBQT90kMg7oUk/XIggsslsNZqIUG/DBLAzSKCfrlFIO7FJP1yMILLJbDWajFBv9wtgJtPCfrlHoG4l5D0y6EILpfAWqslBP0yWQA3XxD0y8MCcX9J0i9/RHC5BNZafUnQL88J4GYZQb88LxD3cpJ+ORzB5RJYa7WcoF/mCuDmG4J+eVMg7pUk/XIkgsslsNZqJUG/LBbAzSqCfvlYIO7VJP1yNILLJbDWajVBv6wUwM1agn75ViDudST98mcEl0tgrdU6gn7ZJICb9QT98otA3BtI+uWvCC6XwFqrDQT9sk8ANxsJ+mW/QNybSPrlWASXS2Ct1SaCfokX+HaMzQT9co5A3FtI+uV4BJdLYK0VMn/6l57rRvFd0FlP/w6D/ly2/qyp/vyc/kyQ/pyDnt3qeZT22LVvqL0Qre/0nVXzsD5bdL7cDxo3JyIyuEHvMy4ZV2tdn3rxri/cjuZAry+5/yzJuLXC+jaSLLice76NJN6Va/ttJAHX1EXSCUWvew4QsFJxn5MMr5HYt5FI7NV+oe3JJy6TB7Vnd36zOjXM5qrlf/uGk/Ku/879jSXubzgpH3fmbzjJbJ3/iW840cks50pctuS/n7wmf8NJNuABmT0Zn9/s/yCfQfedA3grM/T77sS+MSRrMn7dbQRxZxOIezvBXwWXQyDuHSTfcALEpQLWWknlD13nnITqMaeQesxl1SO2SLkE1GNuw9Wjjjs3kXqU2KtVjyefuEwe1J7d+c3j1DCvVY///slIVB6fesxLph7zAg/IfALqMV8I6jG/VY//WkXlEVATewjizisQ9+8E6jG/QNx7SdQjEJcKWGuFzJ8m/Xru2wI2h/9XHzQ28yabv8cCyTI4hzdkQSAhsgKqIAGgCqH3iN6g9pYLCTDGQRLGKAC8XRcGNuVBgptGYQHcFEnGMmVdwoOtCMHBdq4UU8aDAeWW4kHXKgpscImiSDVlsWTzD6M1EXzcfxh+COsmLCpQ78MkHxEuDuxHYK3V4a00JPZ/gyo0NosRkFhx6dt54IFWtGN+jODX/dPwBk9LT09ISe2h7syHi/k84GGBzF9YU3Zg/J4pe4nkU6/tlD3gmrpIJQSm7OcbPmXXcZ8vNGXPeNDKApnTkslyTQHKZ3pitcQE5IFcKtlcQkPjW3/CoZjAL/MdI/glxuICcR8nUSilgX0NrLU6TtAvFQVwk+U38/vlYoG443/j6JcywH4B1lrFG44b3S81BXCTjaBfagnEnZ2kX8oC+wVYa5WdoF+uEsBNLoJ+uVog7twk/VIO2C/AWqvcBP3SQQA3+Qj65QaBuPOT9Et5YL8Aa63yE/RLugBuChH0S0+BuAuT9EsFYL8Aa60KE/TLUAHcFCXol1sF4i5G0i8XAPsFWGtVjKBfRgvgpgRBv4wRiPt8kn65ENgvwFqr8wn65TEB3JQm6JfHBeIuQ9IvFwH7BVhrVYagX14SwE15gn55WSDuCiT9UhHYL8BaqwoE/fKOAG4uIuiXdwXirkjSLxcD+wVYa1WRoF+WCOCmEkG/fCYQd2WSfrkE2C/AWqvKBP2yWgA3VQn65XuBuC8j6ZdKwH4B1lpdRtAvWwRwowj6ZatA3NVI+qUysF+AtVbVCPrlkABuahD0yx8Ccdck6ZdLgf0CrLWqSdAv2SN43NQh6JccAnHXJemXKsB+AdZaIfOnv2myfvypv5RI/w6D/ly2/qyp/vyc/kyQ/pyDnt3qeZT22LVvqL0Qre/0nVXzsD5bdL7cD1y/JMvgBq43kJ/Tja7RIP7U77PpHFwmnOfLgb+rFdYvvF4u9AuvCa5c2194DbimLlKCwC+8KsN/4VXHrZLhNRL7ehWJvdqvlT75xGXyoPbszm81p4bVXbW0Xyt9lk9GonQyy7kSVz35zF+DnBDsgX6tdHXgAZmYjM9v4j/IZ2B3Angri7Wvla6WjF+3wW/mx11dIO6Ghqt+HXcNgbgbhaT6E4I9CohLBay1ksof3A0lVI81hdRjLasesUWqJaAeaxuuHnXctYnUo8RerXo8+cRl8qD27M5vHaeGda16/PdPRqLq+NRjXTL1WBd4QNYTUI/1QlCP9a16/Ncqqo6AmmhKoB7rCsTdjEA91heI+0oS9QjEpQLWWiHzp0m/gfu2gM2h2DdA1002f48NkmVwjrexgITICqiGBIBqhN4jeoPaW24kwBjXsviNwNv1FcCmvJbgpnGFAG4aJ2OZsj7hwdaY4GBrYvrBpr/mu5QAQJubf7D95+vDkV+Z3hR4sEnlLx5cZ+RfZtUMmD+JXpE6zK9MNp/EmgrE3cJw8taHdzOBuFuSfLT8KmA/AmutWv5Gc/kR+8usriS4/FyVLINzeENefTaXgFqnXUuF9WmAq4U+DXBN8qnX9tMAAdfURbpG4NMA1xr+aQAd97VCnwbIeCRzmhDwCeOTAEe7Yj8JkDOCz+nReCEGONt9qtP/a3etrnNw2/wffKpgeNzf8ej/VMHwuDN/qiCzdc74qYKzTsIZUpQR3HXJpzYY7yTiNt/mUD8zA8hoRm9N8FurmTVc0LjbkPjJR8/GNjjDjes6IBm2JZFmzYHSzN0rQffVjgR/wD5RQMyodiSfn76eUDFdL6SYWljFhC1SCwHF1NJwxaTjbimkmCT8YIm9nkk1Ba2bXzUFXU9KNZ0VuZ9B2cRl8qDWdtcqycFDK9NVk8hQCLPW/31WOMmnwHRSh8V5H5M/i90KeNi2PivWTj/tk5HP1v8gn4GVGDAHbf5/3dD/weFy1jfLM9wGNQ6TBIZuHQk+i91KIO5OBJ+QaiMQd2cSJQrEpQLWWnUmwI3EOYHkczdu0Ptsm8yxz3ZAp0pfKBvGn7rY6Ry0S46Lk9x/eyCPh+V0tBdyOjpYpwNbpA4CTscNhjsdOu4bhJyOjEcypwkBH7/LIYTZ0H4L+0anlh3/gfIvH/f3GvmVf/k4od/CRichIzidgHKuYDsmx/3tQVtZNwKbvCPJTaITIRN3EmLizpaJsUXqLMDEXQxnYh13FzIm7mKZ2P14mLirU8tuscrEXX1M3C0EJu4KbPJuQHDrIjfMBN2o9eN8RUfVEpkDqT12F7oxwa9MEaD5wgqoCAGgktF7RG9Q641kAbe1O4lL3x14yqcAm7I7+Feh6hI2eApBg/eQYgz02DoVCM4ZwK8Qe3WrTALRB1oaoUmRJmRSpFuTAlukdAGToqfhJoWOuyeZSdGTz6RQkmu799/LqWXvWDUpevlMit4hmBS9gE3eO1kGdGgm7kPIxH2EmPgmy8TYIt0kwMR9DWdiHXdfMibua5nYs7Z7//2cWvaPVSbu52Pi/iEwcT9gk/e37q4C5kBsjwME9pjpRoMC6mYLKHUzAaAGmj4u0HpjoMC4IJlkXDAAeMoPAjZlsh0XqEEEDX4Ly7hgMBCcM4Hjglkk44IhhCbFECGTYqg1KbBFGipgUtxquEmh476VzKS4lc+kqCa4tsekuM2p5bBYNSlu85kUw0IwKW4DNvmwZBnQoZl4OCETDxdi4tstE2OLdLsAE48wnIl13CPImHiEZWL342HikU4t74hVJh7pY+I7QmDikcAmvwPIxKzuLjAHYnu8U2CPmW40KKDusuMCdRcBoEaZPi7QemOUwLigB8m44E7gKX83sCl72HGBupugwe9hGRfcCwTnHOC4YC7JuOA+QpPiPiGTYrQ1KbBFGi1gUowx3KTQcY8hMynG8JkU1QXX9pgU9zu1HBurJsX9PpNibAgmxf3AJh+bLAM6NBOPI2TicUJMPN4yMbZI4wWY+AHDmVjH/QAZEz9gmdj9eJh4glPLibHKxBN8TDwxBCaeAGzyiUAmZnV3gTkQ2+ODAnvMdKNBAfWQHReohwgANcn0cYHWG5MExgVpJOOCB4Gn/GRgU6bZcYGaTNDgD7OMCx4BgvNt4LjgHZJxwaOEJsWjQibFY9akwBbpMQGT4nHDTQod9+NkJsXjfCZFouDaHpPiCaeWU2LVpHjCZ1JMCcGkeALY5FOSZUCHZuKphEw8VYiJp1kmxhZpmgATP2k4E+u4nyRj4ictE7sfDxNPd2r5VKwy8XQfEz8VAhNPBzb5U0AmZnV3gTkQ2+PTAnvMdKNBAfWMHReoZwgA9azp4wKtN54VGBf0JBkXPA085Z8DNmVPOy5QzxE0+PMs44IXgOCcBxwXzCcZF7xIaFK8KGRSvGRNCmyRXhIwKV423KTQcb9MZlK8zGdS1BBc22NSvOLUckasmhSv+EyKGSGYFK8Am3xGsgzo0Ez8KiETvyrExK9ZJsYW6TUBJn7dcCbWcb9OxsSvWyZ2Px4mnunUclasMvFMHxPPCoGJZwKbfBaQiVndXWAOxPY4W2CPmW40KKDesOMC9QYBoOaYPi7QemOOwLigN8m4YDbwlJ8LbMredlyg5hI0+Jss44K3gOBcABwXLCQZF7xNaFK8LWRSvGNNCmyR3hEwKd413KTQcb9LZlK8y2dS1BRc22NSvOfUcl6smhTv+UyKeSGYFO8Bm3xesgzo0Ew8n5CJ5wsx8fuWibFFel+AiT8wnIl13B+QMfEHlondj4eJFzi1XBirTLzAx8QLQ2DiBcAmXwhkYlZ3F5gDsT1+KLDHTDcaFFAf2XGB+ogAUItMHxdovbFIYFxwE8m44EPgKb8Y2JQ32XGBWkzQ4B+zjAs+AYJzEXBcsJhkXPApoUnxqZBJscSaFNgiLREwKT4z3KTQcX9GZlJ8xmdS1BJc22NSfO7U8otYNSk+95kUX4RgUnwObPIvkmVAh2biLwmZ+EshJv7KMjG2SF8JMPFSw5lYx72UjImXWiZ2Px4mXubUcnmsMvEyHxMvD4GJlwGbfDmQiVndXWAOxPb4tcAeM91oUECtsOMCtYIAUN+YPi7QeuMbgXFBP5JxwdfAU34lsCn72XGBWknQ4N+yjAu+A4LzU+C4YAnJuGAVoUmxSsikWG1NCmyRVguYFN8bblLouL8nMym+5zMpaguu7TEp1ji1XBurJsUan0mxNgSTYg2wydcmy4AOzcTrCJl4nRAT/2CZGFukHwSY+EfDmVjH/SMZE/9omdj9eJh4vVPLDbHKxOt9TLwhBCZeD2zyDUAmZnV3gTkQ2+NPAnvMdKNBAfWzHReonwkAtdH0cYHWGxsFxgUDSMYFPwFP+U3AphxgxwVqE0GD/8IyLvgVCM4vgOOCL0nGBZsJTYrNQibFFmtSYIu0RcCk2Gq4SaHj3kpmUmzlMynqCK7tMSl+c2q5LVZNit98JsW2EEyK34BNvi1ZBnRoJt5OyMTbhZh4h2VibJF2CDDxTsOZWMe9k4yJd1omdj8eJt7l1HJ3rDLxLh8T7w6BiXcBm3w3kIlZ3V1gDsT2uEdgj5luNCigfrfjAvU7AaD2mj4u0Hpjr8C4YCDJuGAP8JTfB2zKgXZcoPYRNPh+lnHBASA4lwHHBctJxgUHCU2Kg0ImxSFrUmCLdEjApPjDcJNCx/0HmUnxB59JkSy4tsekOOz8pCOxalIc9pkUR0IwKQ4Dm/xIsgzo0Ex8lJCJjwox8Z+WibFF+lOAif8ynIl13H+RMfFflondj4eJjzk/6XisMvExHxMfD4GJjwGb/DiQiVndXWAOxPZ4QmCPmW40MGuk2HEBMAdie8yC3iN6g1pv6E2iAXoLybjgBPCUjwc25S12XKDiCRr8nBQZnMPHBVmB4PwGOC5YSTIuyJbCZ1JkA4LTvd/sKadeW5Mi4Jq6SNlT8OvmAAJWKu4cKfAaiZoUOYANFZJJkSK4tsekyOn8pFyunxhTJoVOQDlXsLkyST3apMgJbPJcKTKgQzNxbkImzi3ExHksE2OLlEeAifMazsQ67rxkTJzXMrH78TBxPucn5Y9VJs7nY+L8ITBxPmCT5wcyMau7C8yB2B4LCOwx040GBVRBoPnDCqiCBIAqhN4jeoNabxRKwQN0CMm4oADwlC8MbMohdlygChM0eBEpxkCPC84FgnMVcFywmmRcUJTQpCgqZFIUc12/rUkRcE1dpGICJkVxw00KHXdxMpOiOJ9J0UNwbY9JcZ5TyxKxalKc5zMpSoRgUpwHbPISKTKgQzPx+YRMfL4QE5e0TIwtUkkBJi5lOBPruEuRMXEpy8Tux8PEpZ1alolVJi7tY+IyITBxaWCTlwEyMau7C8yB2B7LCuwx040GBVQ5oPnDCqhyBIAqj94jeoNab5RPwQP0VpJxQVngKV8B2JS32nGBqkDQ4BdIMQZ6XHAhEJxrgeOCdSTjgosITYqLhEyKiq7rtzUpAq6pi1RRwKS42HCTQsd9MZlJcTGfSZEquLbHpLjEqWWlWDUpLvGZFJVCMCkuATZ5pRQZ0KGZuDIhE1cWYuJLLRNji3SpABNXMZyJddxVyJi4imVi9+Nh4qpOLS+LVSau6mPiy0Jg4qrAJr8MyMSs7i4wB2J7vFxgj5luNCigEoDmDyugEggApdB7RG9Q6w2VggfoMJJxweXAU74asCmH2XGBqkbQ4NWlGAM9LkgEgnM9cFywgWRcUIPQpKghZFLUdF2/rUkRcE1dpJoCJkUtw00KHXctMpOiFp9JkSa4tsekqO3Usk6smhS1fSZFnRBMitrAJq+TIgM6NBPXJWTiukJMXM8yMbZI9QSYuL7hTKzjrk/GxPUtE7sfDxM3cGrZMFaZuIGPiRuGwMQNgE3eEMjErO4uMAdie2wksMdMNxoUUFcAzR9WQF1BAKjG6D2iN6j1RuMUPEBvJxkXNAKe8k2ATXm7HReoJgQN3lSKMdDjgmZAcG4Ejgs2kYwLriQ0Ka4UMimucl2/rUkRcE1dpKsETIqrDTcpdNxXk5kUV/OZFOmCa3tMimucWl4bqybFNT6T4toQTIprgE1+bYoM6NBMfB0hE18nxMTNLRNji9RcgImvN5yJddzXkzHx9ZaJ3Y+HiVs4tWwZq0zcwsfELUNg4hbAJm8JZGJWdxeYA7E9JgnsMdONBgVUK6D5wwqoVgSAao3eI3qDWm+0TsEDdCTJuCAJeMq3ATblSDsuUG0IGrytFGOgxwXtgODcDBwXbNkazkERNH/tgfmbBszfk8C1JPPX4X8/f6LjqhtSOPZ5I7DOWuM2ij8l7XQO9PqS++9IaEZ2FDIjO1kzElukTgJmZGfDzUgdd2cyM7IznxmZILi2x4zs4tSya6yakV18ZmTXEMzILsAm70pyk+hGyMTdhJi4u2VibJG6CzBxxHAm1nFHyJg4YpnY/XiYONmpZUqsMnGyj4lTQmDiZGCTpwDBrYvcKBN0o9aP8xUdVUtkDqT22EPoxgS/MqUCzRdWQKUSACoNvUf0BrXeSEvBA/ROkrFgD+Apnw5syjvBY8H6hA2eTtDgPaUYAz2W6QUE5zHgWOY4yVimN6FJ0VvIpOjjun5bkyLgmrpIfQRMipsMNyl03DeRmRQ38ZkUSnJt9/77OrXsF6smRV+fSdEvBJOiL7DJ+6XIgA7NxP0Jmbi/EBMPsEyMLdIAASa+2XAm1nHfTMbEN1sm9qzt3v9Ap5aDYpWJB/qYeFAITDwQ2OSDrLurgDkQ2+MtAnvMdKNBATXYAkoNJgDUEPQe0RvUemNICh6go0jGBbcAT/mhwKYcZccFaihBg98qxRjoccFtQHBmwYFTxQsdFOgDbRihSTFMyKQY7rp+W5Mi4Jq6SMMFTIrbDTcpdNy3k5kUt/OZFNUE1/aYFCOcWo6MVZNihM+kGBmCSTEC2OQjU2RAh2biOwiZ+A4hJr7TMjG2SHcKMPFdhjOxjvsuMia+yzKx+/Ew8SinlnfHKhOP8jHx3SEw8Shgk98NZGJWdxeYA7E93iOwx0w3GhRQ9wLNH1ZA3UsAqPvQe0RvUOuN+1LwAL2HZFxwD/CUHw1synvsuECNJmjwMVKMgR4X3A8EZzbguCA7ybhgLKFJMVbIpBjnun5bkyLgmrpI4wRMivGGmxQ67vFkJsV4PpOiuuDaHpPiAaeWE2LVpHjAZ1JMCMGkeADY5BNSZECHZuKJhEw8UYiJH7RMjC3SgwJM/JDhTKzjfoiMiR+yTOx+PEw8yanl5Fhl4kk+Jp4cAhNPAjb5ZCATs7q7wByI7fFhgT1mutGggHoEaP6wAuoRAkA9it4jeoNabzyaggfofSTjgoeBp/xjwKa8z44L1GMEDf64FGOgxwVPAMGZCzguyE0yLphCaFJMETIpprqu39akCLimLtJUAZNimuEmhY57GplJMY3PpEgUXNtjUjzp1HJ6rJoUT/pMiukhmBRPApt8eooM6NBM/BQhEz8lxMRPWybGFulpASZ+xnAm1nE/Q8bEz1gmdj8eJn7WqeVzscrEz/qY+LkQmPhZYJM/B2RiVncXmAOxPT4vsMdMNxoUUC8AzR9WQL1AAKgX0XtEb1DrjRdT8AAdQzIueB54yr8EbMoxdlygXiJo8JelGAM9LngFCM58wHFBfpJxwQxCk2KGkEnxquv6bU2KgGvqIr0qYFK8ZrhJoeN+jcykeI3PpKghuLbHpHjdqeXMWDUpXveZFDNDMCleBzb5zBQZ0KGZeBYhE88SYuLZlomxRZotwMRvGM7EOu43yJj4DcvE7sfDxHOcWs6NVSae42PiuSEw8Rxgk88FMjGruwvMgdge3xTYY6YbDQqot4DmDyug3iIA1NvoPaI3qPXG2yl4gI4lGRe8CTzl3wE25Vg7LlDvEDT4u1KMgR4XvAcEZyHguKAwybhgHqFJMU/IpJjvun5bkyLgmrpI8wVMivcNNyl03O+TmRTv85kUNQXX9pgUHzi1XBCrJsUHPpNiQQgmxQfAJl+QIgM6NBMvJGTihUJM/KFlYmyRPhRg4o8MZ2Id90dkTPyRZWL342HiRU4tF8cqEy/yMfHiEJh4EbDJFwOZmNXdBeZAbI8fC+wx040GBdQnQPOHFVCfEADqU/Qe0RvUeuPTFDxAx5OMCz4GnvJLgE053o4L1BKCBv9MijHQ44LPgeAsChwXFCMZF3xBaFJ8IWRSfOm6fluTIuCaukhfCpgUXxluUui4vyIzKb7iMylqCa7tMSmWOrVcFqsmxVKfSbEsBJNiKbDJl6XIgA7NxMsJmXi5EBN/bZkYW6SvBZh4heFMrONeQcbEKywTux8PE3/j1HJlrDLxNz4mXhkCE38DbPKVQCZmdXeBORDb47cCe8x0o0EB9R3Q/GEF1HcEgFqF3iN6g1pvrErBA3QCybjgW+ApvxrYlBPsuECtJmjw76UYAz0uWAMEZwnguOB8knHBWkKTYq2QSbHOdf22JkXANXWR1gmYFD8YblLouH8gMyl+4DMpaguu7TEpfnRquT5WTYoffSbF+hBMih+BTb4+RQZ0aCbeQMjEG4SY+CfLxNgi/STAxD8bzsQ67p/JmPhny8Tux8PEG51abopVJt7oY+JNITDxRmCTbwIyMau7C8yB2B5/EdhjphsNCqhfgeYPK6B+JQDUZvQe0RvUemNzCh6gD5KMC34BnvJbgE35oB0XqC0EDb5VijHQ44LfgOAsDRwXlCEZF2wjNCm2CZkU213Xb2tSBFxTF2m7gEmxw3CTQse9g8yk2MFnUtQRXNtjUux0arkrVk2KnT6TYlcIJsVOYJPvSpEBHZqJdxMy8W4hJt5jmRhbpD0CTPy74Uys4/6djIl/t0zsfjxMvNep5b5YZeK9PibeFwIT7wU2+T4gE7O6u8AciO1xv8AeM91oUEAdAJo/rIA6QACog+g9ojeo9cbBFDxAJ5GMC/YDT/lDwKacZMcF6hBBg/8hxRjoccFhIDjLA8cFFUjGBUcITYojQibFUdf125oUAdfURToqYFL8abhJoeP+k8yk+JPPpEgWXNtjUvzl1PJYrJoUf/lMimMhmBR/AZv8WIoM6NBMfJyQiY8LMfEJy8TYIp0QYOK4HmYzsY5b7xFcI1Emduc0IeDzv8bEWZxaxrtqGlNMrBNQzhWsOxH+DWX87KCNmQXY5PE4cCezurvAHIjt8RyBPWa60aCAyorbKO24ICsBoLKh94jeoNYbepNogD5MMi44B3jKZwc25cN2XKCyEzR4DinGQI8LcgLBeRFwXFCRZFyQC3hQhGVS5AKC073f3K7rtzUpAq6pi5S7B37dPIabFDruPGQmRR4+kyJFcG2PSZHXqWW+WDUp8vpMinwhmBR5gU2er4cM6NBMnJ+QifMLMXEBy8TYIhUQYOKChjOxjrsgGRMXtEzsfjxMXMipZeFYZeJCPiYuHAITFwI2eWEgE7O6u8AciO2xCMu44Fw7LlDnEgCqqOnjAq03igqMCx4lGRcUAZ7yxYBN+agdF6hiBA1enGVccB4QnJWA44LKJOOCEoQmRQkhk+J8a1Jgi3S+gElR0nCTQsddksykKMlnUvQQXNtjUpRyflLpWDUpSvlMitIhmBSlgE1euocM6NBMXIaQicsIMXFZy8TYIpUVYOJyhjOxjrscGROXs0zsfjxMXN75SRVilYnL+5i4QghMXB7Y5BWATMzq7gJzILbHC1jGBRfacYG6kABQF5k+LtB64yKBccHjJOOCC4CnfEVgUz5uxwWqIkGDX8wyLrgECM6qwHHBZSTjgkqEJkUlIZOisjUpsEWqLGBSXGq4SaHjvpTMpLiUz6RIFVzbY1JUcWpZNVZNiio+k6JqCCZFFWCTV+0hAzo0E19GyMSXCTHx5ZaJsUW6XICJEwxnYh13AhkTJ1gmdj8eJlZOLavFKhMrHxNXC4GJFbDJqwGZmNXdBeZAbI/VWcYFiXZcoBIJAFXD9HGB1hs1BMYFU0jGBdWBp3xNYFNOseMCVZOgwWuxjAtqA8GpgOOCaiTjgjqEJkUdIZOirjUpsEWqK2BS1DPcpNBx1yMzKerxmRRpgmt7TIr6Ti0bxKpJUd9nUjQIwaSoD2zyBj1kQIdm4oaETNxQiIkbWSbGFqmRABNfYTgT/wecZEx8hWVi9+Nh4sZOLZvEKhM39jFxkxCYuDGwyZsAmZjV3QXmQGyPTVnGBc3suEA1IwDUlaaPC7TeuFJgXDCNZFzQFHjKXwVsyml2XKCuImjwq1nGBdcAwVkDOC6oSTIuuJbQpLhWyKS4zpoU2CJdJ2BSNDfcpNBxNyczKZrzmRTpgmt7TIrrnVq2iFWT4nqfSdEiBJPiemCTt+ghAzo0E7ckZOKWQkycZJkYW6QkASZuZTgT67hbkTFxK8vE7sfDxK2dWraJVSZu7WPiNiEwcWtgk7cBMjGruwvMgdge27KMC9rZcYFqRwCo9qaPC7TeaC8wLphOMi5oCzzlOwCbcrodF6gOBA1+A8u44EYgOOsAxwV1QzooguavIzB/rYH5awPMn26O7K7cxUdfHNf/3/kzq/OnfjpF89HZIQ7932ScLzmc9+h/n/HeLtHXXV3v/Sfrd4u+v/tp1u/mWj8SfZ2cyXuzOe+NOO/VB2FK9HWPs9xLavT9aafZS6prL+nR1z1Ps5d01156RV/3zuS92Z339nLeq/fYJ/r6Jkf2oA+x3QVO5gV9CXga3NvouA8VOJlXdNzPkJxpfYFnGrDW6hnDcZPznJNnGho3zxse985ov/QViPsFErFQeQ1uLXetg+bvRZL8VQHm7wVg/l4iOa/7Ac9rIGYUMn9hDfCAufQM8Pr3OPXaDvACrqmL1F9ggDfA8AGejnuA8AAPfbjXMJQcXyMhx5qGkuPrJOR4M5AcgZhRrxOS481C5DjQkiO2SAMFyHGQ4eSo4x4kRI7ovRZNOknkaMV8S4/YjHu2sEMSdH8al7cIxP0GySVmEJCEZwMvMXNILjGDgfkDYkbNIcFfU0NFyNsk+WtmqAh5h6R/hwD7F4gZ9Q6hCBkiJEKGWhGCLdJQARFyq+EiRMd9K4kIKRW9jA8WuJTOM3xcWSFJ5jI+n4SMbgOSEbDWar7hIk739W0CuFlAcgm8VQg3QfO3kCR/QHyrBcD8fUhybg0D4g+IGfUhCf7aGyqCPybJXwdDRfAnJP07HNi/QMyoTwhF8HAhEXy7FcHYIt0uIIJHGC6CddwjSERwxagYHCZwqf/McBFcJUlGzHxOQkYjgWQErLX63HARrPt6pABuviK5BI4Qwk3Q/C0lyR8Q3+orYP6WkZxbdwDxB8SMWkaCv56GiuBvSPLXy1ARvJKkf+8E9i8QM2oloQi+U0gE32VFMLZIdwmI4FGGi2Ad9ygSEZwQFYN3CFzqVxkugmsmyYiZ1SRkdDeQjIC1VqsNF8G6r+8WwM1akkvgKCHcBM3fOpL8AfGt1gLz9wPJuXUPEH9AzKgfSPA3zFAR/BNJ/oYbKoJ/Junfe4H9C8SM+plQBN8rJILvsyIYW6T7BETwaMNFsI57NIkIrhsVg/cIXOp/MVwEX5EkI2Z+JSGjMUAyAtZa/Wq4CNZ9PUYAN1tJLoGjhXATNH+/keQPiG+1FZi/bSTn1v1A/AExo7aR4G+8oSJ4F0n+HjBUBO8m6d+xwP4FYkbtJhTBY4VE8DgrgrFFGicggscbLoJ13ONJRHCzqBi8X+BSv9dwEXxdkoyY2UdCRg8AyQhYa7XPcBGs+/oBAdwcZLlEC+EmaP4OkeQPiG91EJi/P0jOrQlA/AExo/4gwd90Q0XwnyT5e8pQEfwXSf9OBPYvEDPqL0IRPFFIBD9oRTC2SA8KiOCHDBfBOu6HSERwy6gYnCBwqT9huAhulyQjZuK2cZDRJCAZAWut0PlD11f39SQB3JwTEm4Sgj2eszch2OPBTdD8ZSXJHxDfyo2ZoPnLRnJuTQbiD4gZlY0Ef7MNFcG5SPL3hqEiODdJ/z4M7F8gZhQyf2GJ4IeFRPAjVgRji/SIgAh+1HARrON+lEQE3xgVg5MFLvX5tpkdd7ckGTGTn4SMHgOSEbDWKr/hIlj39WMCuClEcgl8VAg3QfNXmCR/QHyrQsD8FSE5tx4H4g+IGVWEBH+LDBXBxUnyt9hQEXweSf8+AexfIGbUeYQi+AkhETzFimBskaYIiOCphotgHfdUEhGcEhWDjwtc6ksaLoJ7JcmImVIkZDQNSEbAWqtShotg3dfTBHBTluQSOFUIN0HzV44kf0B8q7LA/JUnObeeBOIPiBlVngR/3xoqgi8iyd93horgiiT9Ox3Yv0DMqIqEIni6kAh+yopgbJGeEhDBTxsugnXcT5OI4L5RMfikwKW+kuEieFCSjJipTEJGzwDJCFhrVdlwEaz7+hkB3FQluQQ+LYSboPm7jCR/QHyrqsD8XU5ybj0LxB8QM+pyEvxtNlQEVyfJ3xZDRXAiSf8+B+xfIGZUIqEIfk5IBD9vRTC2SM8LiOAXDBfBOu4XSETw0KgYfFbgUl/LcBE8IklGzNQmIaMXgWQErLWqbbgI1n39ogBu6pFcAl8Qwk3Q/NUnyR8Q36oeMH8NSM6tl4D4A2JGNSDB3x+GiuDGJPk7bKgIbkLSvy8D+xeIGdWEUAS/LCSCX7EiGFukVwRE8AzDRbCOewaJCL4rKgZfErjUX2m4CB6dJCNmriIho1eBZASstbrKcBGs+/pVAdxcS3IJnCGEm6D5u44kf0B8q2uB+WtOcm69BsQfEDOqOQn+cq01UwQnkeQvNzB/SBHciqR/Xwf2LxAzqhWhCH5dSATPtCIYW6SZAiJ4luEiWMc9i0QEj4uKwdcELvVtDRfBDyXJiJl2JGQ0G0hGwFqrdoaLYN3XswVwcwPJJXCWEG6C5u9GkvwB8a1uAOavI8m59QYQf0DMqI4k+CtpqAjuyvI7/YaK4G4k/TsH2L9AzKhuhCJ4jpAInmtFMLZIcwVE8JuGi2Ad95skIviRqBh8Q+BSn2y4CJ6aJCNmUkjI6C0gGQFrrVIMF8G6r98SwE0aySXwTSHcBM1fOkn+gPhWacD89SQ5t94G4g+IGdWTBH9VDRXBN5Hk7zJDRXBfkv59B9i/QMyovoQi+B0hEfyuFcHYIr0rIILfM1wE67jfIxHBT0XF4NsCl/oBhovgF5JkxMzNJGQ0D0hGwFqrmw0Xwbqv5wng5haSS+B7QrgJmr/BJPkD4lvdAszfEJJzaz4Qf0DMqCEk+GtkqAgeRpK/KwwVwcNJ+vd9YP8CMaOGE4rg94VE8AdWBGOL9IGACF5guAjWcS8gEcGvRMXgfIFL/UjDRfCsJBkxcwcJGS0EkhGw1uoOw0Ww7uuFArgZRXIJXCCEm6D5u5skf0B8q1HA/N1Dcm59CMQfEDPqHhL8tTZUBI8hyV8bQ0Xw/ST9+xGwf4GYUfcTiuCPhETwIiuCsUVaJCCCFxsugnXci0lE8NyoGPxQ4FI/3nAR/F6SjJh5gISMPgaSEbDW6gHDRbDu648FcPMgySVwsRBugubvIZL8AfGtHgTmbxLJufUJEH9AzKhJJPjrYagIfpQkf6mGiuDHSPr3U2D/AjGjHiMUwZ8KieAlVgRji7REQAR/ZrgI1nF/RiKCP4iKwU8ELvVTDBfBi5NkxMxUEjL6HEhGwFqrqYaLYN3XnwvgZjrJJfAzIdwEzd9TJPkD4ltNB+bvaZJz6wsg/oCYUU+T4G+IoSL4eZL8DTVUBL9A0r9fAvsXiBn1AqEI/lJIBH9lRTC2SF8JiOClhotgHfdSEhG8JCoGvxC41L9suAhemiQjZl4hIaNlQDIC1lq9YrgI1n29TAA3r5FcApcK4SbwX71Bkj8gvtVrwPzNJDm3lgPxB8SMmkmCvzGGiuA5JPm731ARPJekf78G9i8QM2ouoQj+WkgEr7AiGFukFQIi+BvDRbCO+xsSEbwiKgaXC1zq3zZcBK9OkhEz75CQ0UogGQFrrd4xXATrvl4pgJt5JJfAb4RwE/gLk0jyB8S3mgfM3/sk59a3QPwBMaPeJ8HfFENF8Icsn+QwVAR/RNK/3wH7F4gZ9RGhCP5OSASvsiIYW6RVAiJ4teEiWMe9mkQEr4uKwW8FLvUfGy6Cf06SETOfkJDR90AyAtZafWK4CNZ9/b0Abj4juQSuFsJN4I/3k+QPiG/1GTB/X5CcW2uA+ANiRn1Bgr/XDBXBy0jy97qhIng5Sf+uBfYvEDNqOaEIXiskgtdZEYwt0joBEfyD4SJYx/0DiQj+NSoG1whc6r8xXARvT5IRMytJyOhHIBkBa61WGi6CdV//KICbVSSXwB+EcBPYnCDJHxDfahUwf9+TnFvrgfgDYkZ9T4K/BYaK4B9I8rfQUBH8I0n/bgD2LxAz6kdCEbxBSAT/ZEUwtkg/CYjgnw0XwTrun0lE8O6oGFwvcKn/yXARfCBJRsz8TEJGG4FkBKy1+tlwEaz7eqMAbn4huQT+LISboPn7lSV/wF75BZi/zSTn1iYg/oCYUZtJ8Pe1oSJ4G0n+VhgqgreT9O8vwP4FYkZtJxTBvwiJ4F+tCMYW6VcBEbzZcBGs495MIoIPR8XgJoFL/S7DRfDxJBkxs5uEjLYAyQhYa7XbcBGs+3qLAG72klwCNwvhJmj+9pHkD4hvtReYv/0k59ZWIP6AmFH7SfC30VAR/AdJ/jYZKoIPk/Tvb8D+BWJGHSYUwb8JieBtVgRji7RNQARvN1wE67i3k4jg+FZxcVsFLvV/Gi6Cc7aSETN/kZDRDiAZAWut/jJcBOu+3iGAmxMkl8DtQrgJfI5v58gfEN/qBDB/WbZznFs7gfgDYkZlIcHffkNFcDaS/B0wVARnJ+nfXcD+BWJGIfMXlgjeJSSCd1sRjC3SbgERvMdwEazj3kMigvNGxeBOgUt9ru1mx124lYyYyU1CRr8DyQhYa5VbGDdB86b7+ncB3OQjuQTuEcJN0PzlJ8kfEN8qHzB/BUjOrb1A/AExowqQ4C/bOjNFcBGS/GUH5g8pgs8l6d99wP4FYkadSyiC9wmJ4P1WBGOLtF9ABB8wXATruA+QiOBiUTG4V+BSX9xwEVyqlYyYOY+EjA4CyQhYa3We4SJY9/VBAdyUZJmECOEmaP5KkeQPiG9VEpi/0iTn1iEg/oCYUaVJ8FfcUBFcnqV/DRXBFUj69w9g/wIxoyoQiuA/hETwYSuCsUU6LCCCjxgugnXcR0hEcLmoGDwkcKm/yHARXLGVjJipSEJGR4FkBKy1qmi4CNZ9fVQAN5VILoFHhHATNH+VSfIHxLeqBMzfpSTn1p9A/AExoy4lwV8lQ0Xw5ST5q2yoCE4g6d+/gP0LxIxKIBTBfwmJ4GNWBGOLdExABB83XATruI+TiODKUTH4p8ClvrrhIjihlYyYSSQhoxNAMgLWWiUaLoJ1X58QwE0tkkvgcSHcBM1fbZL8AfGtagHzV4fk3IpLxeUPiBlVhwR/9QwVwQ1I8lffUBHckKR/swD7F4gZ1ZBQBANz6RHB8amnXlsRHHBNXSSdUPS656SaLYJ13OekwmskstfEqBiMS8Vf6hsbLoLrtpIRM01IyCgrkIyAtVZNDBfBuq+zCvTLlSSXwHOEcBM0f1eR5A+Ib3UlMH9Xk5xb2YD4A2JGXU2CvxaGiuDmJPlraagIvp6kf7MD+xeIGXU9oQjOLiSCc1gRjC1SDgERnNNwEazjzkkightGxWA2gUt9kuEiuFkrGTHTioSMcgHJCFhr1cpwEaz7OpcAbtqSXAJzCuEmaP7akeQPiG/VFpi/9iTnVm4g/oCYUe0N57tronyXW+Dc6mh43C1byZzXnUj6JQ+wX4C1Vp0Mx02WaCHyCOBGr4uKW+8tuwsz8dEXx/X/d/7M6vypn7zRWPI58ej/JkPU5nDeo/99xnvzR18XcL33n6xfMPr+QqdZv6Br/cLR10UyeW82572FnfdqAX5u9HXRs9xLsej7i59mL8Vcezkv+rrEafZynmsv50dfl8zkvdmd957vvFfvsVT0dWlHA6KxubvAybygsdnV8J48VOBkXtFxdyM5y8sAz3JgrVU3QgPxHPA5nLHHjJqXjdaqXPR/5V0+UD7nz1xxXlNRP9ldr68A7UvApEzI5tprLteeM+LJ7/z7rNifWz2XK7dxrnzHZZK3ONfPzxn9X17ndc+0wa2GpPTt3aN52rDManZOJuvGu2LN5nufu44Z/y6H+7+XuJSA1vrb5aGsQ17lnD/LO39Gz9y4CtHXF/wXMkNciHQzotdNJrhgVhAgsxQhMosHxw+sj0oBE5D/cJaof9lUmTrBvy8FuE93Xi90zpOLXARZ3PnTfdhncf0zZtLM6Yoj43GTS8bPzIg7g0izYfdSTf+srHHe53REmvHzfUTaNq3HoLTBPiL1T0zjM4nVHaOOLwc2voSMvWY8GXvK+Dm5407hJqdrH7mw+1AZP8u/j1yufeR0vc74d7lde8r4Z3l8+3X3gvu/zchrHlfMNJcRHciFzqXjIufPitE/L06V239ZAQJOM3yCpeOuKBB3OsnFA1gflU5wySwnUOveBBi/WCDuPiQYB9ZH9TEc4znPOelYo2vdz/C4d0aVeRmBuPuTuKGXAN1QYK0VMn9+k+YS517kvyfpp1L0deWznJRcGn1/ldNMSi51rV81+vqy1JPrhiGQK6Waf+5UxX66MT2xWmKC7mtU3G5hd7lLaGcIhP9FoZ3DFUfG43antYgq4vz//gMG904f1nJI376903unpbYcMDjNnTK/nvW/dhvB2Xz/DbU5LLW/y4U+Ffvfchr4S+b+/SeNE3xrqbAmWwlCH41X9qPx2CKpVPy61Qz/aLyOu1rIh0BCsMeT04SAj//yhBZ+R6ILtk/Brbc/OrPukCJbr4BrK/8/cOe3uoO1RBfmsrlwkvFefaCdiPs7hrK4Xsc774k/zXuy/Jd1/ttlROzQyghOJ2ChK9jEVK+9794Q6mdXBx5CNU6zVu1aaSnptRKrJyckpqdE16mZnlY9uVodlV67enT56okqJTktITUxpVbNxJq102uF9tmSGkIMXNMyMLZINQUYuJbhDKzjrhXSL6cF/lpNZ6/odQca+ssif/t6SCCWagPtsoFgi0sfYnp/jZ010ZjPuBWhcXSL4RZxxu0NHfdgMy3iv0lu5EUkEbjWEJJfVgPiWwExo6Tyh+6TOoT2UR2hy2tde3nFFqmuwOW1nuGXVx13vZAurwnBnv/43RJ7DWv+lhjgIEj3PqHZPfWdfDf4B3ZPk0xy57d7msSd2e7JbJ0z2j2mfxgv3klmFlfiGrhu6BkP+sYBjEM1AB5mDXHNkJ6Rz4aCikfnMVFAOQ8z64Nff7sl6bjrC8Q9nOADbw0E4r7dUKXiJxjkuTEM+LUaI0iUHhDfCogZNSKkD1wGrXN9INc0Ajp1eg0JbmmUKnOGIWst4SL2SMbHPYrARUwViPtukg+aXgHsR2Ct1d2G40b3yy0CuLmPoF8GC8Q9mqRfGgP7BVhrNZqgX+4RwM1Ygn65VyDucST90gTYL8Baq3EE/fKwAG4mEPTLIwJxTyTpl6bAfgHWWk0k6JfnBXAziaBfXhCIezJJvzQD9guw1moyQb+8KYCbRwn65S2BuB8j6Zcrgf0CrLV6jKBfPhbAzRSCfvlEIO6pJP1yFbBfgLVWUwn65VsB3Ewn6JfvBOJ+iqRfrgb2C7DW6imCfvlFADfPEvTLrwJxP0fSL9cA+wVYa/UcQb/sF8DNiwT9ckAg7pdI+uVaYL8Aa61eIuiXc1LwuJlB0C9ZBeJ+laRfrgP2C7DW6lWCfikigJuZBP1yrkDcs0j6pTmwX4C1VrMI+uUCAdzMIeiXCwXinkvSL9cD+wVYazWXoF+qC+DmbYJ+SRSI+x2SfmkB7BdgrdU7BP3SVAA38wj6pZlA3PNJ+qUlsF+AtVbzCfqlrQBuFhD0SzuBuBeS9EsSsF+AtVbI/Olfer4xiu+CGbnTv2sa/Z/+rKn+/Jz+TJD+nIOe3ep5lPbYtW+ovRCt7/SdVfOwPluSUuM8Dxo3rVJlcIPeZ2sgbnR9Osaf+j00nYPWwnluA/wdtbC+jaSN0LeRtLXfRoItUluBbyNpZ/i3kei42xF9G4nEXu0X2p584jJ5UHt257e9U8MO/+AbTsq7/jv3N5a4v+GkfNyZv+Eks3X+J77hRCeznCtxHVL/fvKa/A0nHYAH5A2p+Pze8A/yGXTfNwJvZYZ+353YN4a0F/gt/kUEcXcQiHsxwV8Fd6NA3B+TfMMJEJcKWGsllT90nTsSqseOQuqxk1WP2CJ1ElCPnQ1XjzruzkTqsbNVj/TqsYtTw65WPf77JyNRXXzqsSuZeuwKPCC7CajHbiGox+5WPf5rFdVFQE18RhB3V4G4PydQj90F4v6CRD0CcamAtVbI/GnS7+i+LWBz+H/1QWOza6r5e4wIzbjhDZkMJERWQCUTACoFvUf0BrW3nCLAGMtIGCMCvF33ADblMoKbRg8B3KSmYpnyRsKDLZXgYEuTYsp4MKDcUjzoWukEX/kt0ZQ9U80/jCoJxP214YewbsJ0gbhXkHxEuBewH4G1Viu205DY/w2q0NjsSUBivaRv50EBnjPaMVUFGvxbwxs8LT09ISW1h9pZABdzb+BhgcxfWFN2YPyeKXsfO2XHFqmPwJT9JsOn7Drum4Sm7BkPWlkgc9o3Va4pQPlMT6yWmIA8kPulmktoEr/E2DMFT+SrCH6JsZdA3KtJFEp/YF8Da61WE/TLrQK4WUvQL7cJxL2OpF8GAPsFWGu1jqBfxgjgZj1Bv9wvEPcGkn65GdgvwFqrDQT98rgAbjYS9MsTAnFvIumXgcB+AdZabSLol5cFcLOZoF9eEYh7C0m/DAL2C7DWagtBv7wrgJttBP3ynkDc20n65RZgvwBrrbYT9MtnArjZRdAvnwvEvZukXwYD+wVYa7WboF++F8DNXoJ+WSMQ9z6SfhkC7BdgrdU+gn7ZKoCbgwT98ptA3IdI+mUosF+AtVaHCPrlDwHcHCHol8MCcR8l6Zdbgf0CrLU6StAvOXrgcXOMoF9yCsR9nKRfbgP2C7DW6jhBvxQXwE2WHeb3y3kCccfv4OiXYcB+AdZaxRuOG90vFwvgJhtBv1wiEHd2kn4Zjvwyc2C/ZCfol1oCuMlF0C+1BeLOTdIvtwP7BVhrlZugX64WwE0+gn65RiDu/CT9MgLYL8Baq/wE/XKDAG4KEfTLjQJxFybpl5HAfgHWWiHzp79pslP8qb+USP8Og/5ctv6sqf78nP5MkP6cg57d6nmU9ti1b6i9EK3v9J1V87A+W0amxnkeNG7uEPoaCvQ+7wT/pUSd40/9PpvOwZ3Ceb6L8Gul7xL6hddR9hdesUUaJfALr3cb/guvOu67ib5WWmKv9mulTz5xmTyoPbvze49Tw3vt10r/+ycjUff4vlb6XrKvlb4XeEDeJ/C10veF8LXSo+3XSv/r71S7R+BraYruMD/uewXiLma46tdxjxaIu3hIqj8h2KOAuFTAWiup/KHrPIZQPY4RUo/3W/WILdL9AupxrOHqUcc9lkg9jrXqkV49jnNqON6qx3//ZCRqnE89jidTj+OBB+QDAurxgRDU4wSrHv+1ihonoCZKEqjH8QJxlyJQjxME4i5Noh6BuFTAWitk/jTpd3bfFrA5FPsG6PEE31I9UeqvWkA35IPgv5SIEVAPEgDqIdP/UiLtLT8kwBjlSRhjIvB2PQnYlOUJbhqTBHAzGfyXEnUiPNgmExxsD5t+sOmv+e4nANALzD/Y/vP14civTH8EeLBJ5S8eXGfkX2b1KMFfZiVxmD+Waj6JPSIQ90WGk7c+vB8ViLsiyUfLHwf2I7DWquIOmsuP2F9m9RjB5efxVBmcwxvyibO5BNQ67VoqrE8DPCH0aYAp9tMA2CJNEfg0wFTDPw2g454q9GmAjEcypwkBnzA+CdA8GftJgI498DmNP0eIAc52n+r0/9pdq2kObp/8B58qGB73dzz6P1UwPO7MnyrIbJ0zfqrgrJNwhhRlBDct9dQG451E3ObbHOpnZgAZzeiVCH5rtaPAb61WJvGT48/GNjjDjWsakAwvJZFmTwKlmbtXgu6rCgn+gH2igJhRVUg+Pz2dUDFNF1JMT1nFhC3SUwKK6WnDFZOO+2miz09L7PVMqinwV/36VFPQ9aRU01mR+xmUTVwmD2ptd62ecfDwrOmqSaIZQGv932eFn/EpMJ3UYXHex+TPYj8LPGyfOyvWTj/tk5HP5/5BPoPu+3lgDir//7qh/4PD5axvlme4DWocPiMwdFMEn8V+ViDuagSfkHpeIO7qJEoUiEsFrLWqToAbiXMii5Bljd7nC6kc+3wR/D1jXeJPXex0Dl5MjYuT3P9LhL8p/pKQ0/GydTqwRXpZwOl4xXCnQ8f9Ctls+BXB2bAQZkP7LewZTi1fNf23sNFJyAhuhu83p19Njfvbg7ayZgCb/FWSm8RrhEz8mhATv26ZGFuk1wWYeKbhTKzjnknGxDMtE7sfDxPPcmo5O1aZeJaPiWeHwMSzgE0+G/xbfV0yQTdq/Thf0VG1nJ1q/h7fYPlg+xzw778zAmoOAaDmmv5rolpvzBVwW2uRuPRvAE/5N4FNWQv8q1A3Ejb4mwQN/pYUY6DH1m8DwTkK+BVidwv99bvoA+0dQpPiHSGT4l1rUmCL9K6ASfGe4SaFjvs9MpPiPT6TQkmu7d7/PKeW82PVpJjnMynmh2BSzAM2+fxUGdChmfh9QiZ+X4iJP7BMjC3SBwJMvMBwJtZxLyBj4gWWiT1ru/e/0Knlh7HKxAt9TPxhCEy8ENjkH1p3VwFzILbHj1jGBYssoNQiAkAtNn1coPXGYoFxQR2SccFHwFP+Y2BT1rHjAvUxQYN/wjIu+BQIzvuA44LRJOOCJYQmxRIhk+Iza1Jgi/SZgEnxueEmhY77czKT4nM+k6Ka4Noek+ILp5ZfxqpJ8YXPpPgyBJPiC2CTf5kqAzo0E39FyMRfCTHxUsvE2CItFWDiZYYzsY57GRkTL7NM7H48TLzcqeXXscrEy31M/HUITLwc2ORfA5mY1d0F5kBsjytYxgXf2HGB+oYAUCtNHxdovbFSYFxQj2RcsAJ4yn8LbMp6dlygviVo8O9YxgWrgOAcCxwXjCMZF6wmNClWC5kU31uTAluk7wVMijWGmxQ67jVkJsUaPpOiuuDaHpNirVPLdbFqUqz1mRTrQjAp1gKbfF2qDOjQTPwDIRP/IMTEP1omxhbpRwEmXm84E+u415Mx8XrLxO7Hw8QbnFr+FKtMvMHHxD+FwMQbgE3+E5CJWd1dYA7E9vgzy7hgox0XqI0EgNpk+rhA641NAuOCBiTjgp+Bp/wvwKZsYMcF6heCBv+VZVywGQjOCcBxwUSSccEWQpNii5BJsdWaFNgibRUwKX4z3KTQcf9GZlL8xmdSJAqu7TEptjm13B6rJsU2n0mxPQSTYhuwybenyoAOzcQ7CJl4hxAT77RMjC3STgEm3mU4E+u4d5Ex8S7LxO7Hw8S7nVruiVUm3u1j4j0hMPFuYJPvATIxq7sLzIHYHn9nGRfsteMCtZcAUPtMHxdovbFPYFzQiGRc8DvwlN8PbMpGdlyg9hM0+AGWccFBIDgnAccFk0nGBYcITYpDQibFH9akwBbpDwGT4rDhJoWO+zCZSXGYz6SoIbi2x6Q44tTyaKyaFEd8JsXREEyKI8AmP5oqAzo0E/9JyMR/CjHxX5aJsUX6S4CJjxnOxDruY2RMfMwysfvxMPFxp5YnYpWJj/uY+EQITHwc2OQngEzM6u4CcyC2x7g0knFBFtxGaccFWdLM32M8eo/oDWq9oTeJBmhjknGBu+MDaw9gUza24wJ1DkGDZ5ViDPS4IBsQnI8CxwWPkYwLsiMPirhwTIrsQHC695sj7dRra1IEXFMXKUcaft2cQMBKxZ0zDV4jUZMiJ7ChQjIpagqu7TEpcjm1zO2qaUyZFDoB5VzBuhPh31DGzw7amLmATZ47TQZ0aCbOQ8jEeYSYOK9lYmyR8gowcT7DmVjHnY+MifNZJnY/HibO79SyQKwycX4fExcIgYnzA5u8AJCJWd1dYA7E9liQZVxQyI4LVCECQBU2fVyg9UZhgXFBU5JxQUHgKV8E2JRN7bhAFSFo8HNZxgVFgeCcAhwXTCUZFxQjNCmKCZkUxa1JgS1ScQGT4jzDTQod93lkJsV5fCZFLcG1PSZFCaeW58eqSVHCZ1KcH4JJUQLY5OenyYAOzcQlCZm4pBATl7JMjC1SKQEmLm04E+u4S5MxcWnLxO7Hw8RlnFqWjVUmLuNj4rIhMHEZYJOXBTIxq7sLzIHYHsuxjAvK23GBKk8AqAqmjwu03qggMC64kmRcUA54yl8AbMor7bhAXUDQ4BeyjAsuAoJzOnBc8BTJuKAioUlRUcikuNiaFNgiXSxgUlxiuEmh476EzKS4hM+kqC24tsekqOTUsnKsmhSVfCZF5RBMikrAJq+cJgM6NBNfSsjElwoxcRXLxNgiVRFg4qqGM7GOuyoZE1e1TOx+PEx8mVPLy2OViS/zMfHlITDxZcAmvxzIxKzuLjAHYntMYBkXKDsuUIoAUNVMHxdovVFNYFxwNcm4IAF4ylcHNuXVdlygqhM0eCLLuKAGEJzPAscFz5GMC2oSmhQ1hUyKWtakwBaploBJUdtwk0LHXZvMpKjNZ1LUEVzbY1LUcWpZN1ZNijo+k6JuCCZFHWCT102TAR2aiesRMnE9ISaub5kYW6T6AkzcwHAm1nE3IGPiBpaJ3Y+HiRs6tWwUq0zc0MfEjUJg4obAJm8EZGJWdxeYA7E9XsEyLmhsxwWqMQGgmpg+LtB6o4nAuOBaknHBFcBTvimwKa+14wLVlKDBm7GMC64EgvNF4LjgJZJxwVWEJsVVQibF1dakwBbpagGT4hrDTQod9zVkJsU1fCZFsuDaHpPiWqeW18WqSXGtz6S4LgST4lpgk1+XJgM6NBM3J2Ti5kJMfL1lYmyRrhdg4haGM7GOuwUZE7ewTOx+PEzc0qllUqwycUsfEyeFwMQtgU2eBGRiVncXmAOxPbZiGRe0tuMC1ZoAUG1MHxdovdFGYFzQnGRc0Ap4yrcFNmVzOy5QbQkavB3LuKA9EJwzgOOCV0nGBR0ITYoOQibFDdakwBbpBgGT4kbDTQod941kJsWNfCZFiuDaHpOio1PLTrFqUnT0mRSdQjApOgKbvFOaDOjQTNyZkIk7CzFxF8vE2CJ1EWDiroYzsY67KxkTd7VM7H48TNzNqWX3WGXibj4m7h4CE3cDNnl3IBOzurvAHIjtMcIyLki24wKVTACoFNPHBVpvpAiMC1qQjAsiwFO+B7ApW9hxgepB0OCpLOOCNCA4ZwLHBbNIxgXphCZFupBJ0dOaFNgi9RQwKXoZblLouHuRmRS9+EyKHoJre0yK3k4t+8SqSdHbZ1L0CcGk6A1s8j5pMqBDM/FNhEx8kxAT97VMjC1SXwEm7mc4E+u4+5ExcT/LxO7Hw8T9nVoOiFUm7u9j4gEhMHF/YJMPADIxq7sLzIHYHm9mGRcMtOMCNZAAUINMHxdovTFIYFyQRDIuuBl4yt8CbMokOy5QtxA0+GCWccEQIDjnAMcFc0nGBUMJTYqhQibFrdakwBbpVgGT4jbDTQod921kJsVtfCZFquDaHpNimFPL4bFqUgzzmRTDQzAphgGbfHiaDOjQTHw7IRPfLsTEIywTY4s0QoCJRxrOxDrukWRMPNIysfvxMPEdTi3vjFUmvsPHxHeGwMR3AJv8TiATs7q7wByI7fEulnHBKDsuUKMIAHW36eMCrTfuFhgXtCYZF9wFPOXvATZlazsuUPcQNPi9LOOC+4DgfBs4LniHZFwwmtCkGC1kUoyxJgW2SGMETIr7DTcpdNz3k5kU9/OZFGmCa3tMirHOTxoXqybFWJ9JMS4Ek2IssMnHpcmADs3E4wmZeLwQEz9gmRhbpAcEmHiC4Uys455AxsQTLBO7Hw8TT3R+0oOxysQTfUz8YAhMPBHY5A8CmZjV3QXmQGyPD7GMCybZcYGaRACoyaaPC7TemCwwLmhLMi54CHjKPwxsyrZ2XKAeJmjwR1jGBY8CwTkPOC6YTzIueIzQpHhMyKR43JoU2CI9LmBSPGG4SaHjfoLMpHiCz6RIF1zbY1JMcWo5NVZNiik+k2JqCCbFFGCTT02TAR2aiacRMvE0ISZ+0jIxtkhPCjDxdMOZWMc9nYyJp1smdj8eJn7KqeXTscrET/mY+OkQmPgpYJM/DWRiVncXmAOxPT7DMi541o4L1LMEgHrO9HGB1hvPCYwL2pOMC54BnvLPA5uyvR0XqOcJGvwFlnHBi0BwLgCOCxZuD+egCJq/l4D5uwWYv8HAtSTz9/L/fv5Ex1WvpHHscwawzlrjdo0/Je10Dmb4pB96/68SmpGvCpmRr1kzEluk1wTMyNcNNyN13K+TmZGv85mRCYJre8zImU4tZ8WqGTnTZ0bOCsGMnAls8lkkN4nZhEw8W4iJ37BMjC3SGwJMPMdwJtZxzyFj4jmWid2Ph4nnOrV8M1aZeK6Pid8MgYnnApv8TSC4dZG7Epq8b6aZv8e3WMaCb4PHgoyAepsAUO+YPhbUeuMdgbHgDSRjwbeAp/y7wKa8ATwW7ETY4O8SNPh7LGPBeUBwrgKOZVaTjGXmE5oU84VMivetSYEt0vsCJsUHhpsUOu4PyEyKD/hMCiW5tnv/C5xaLoxVk2KBz6RYGIJJsQDY5AvTZECHZuIPCZn4QyEm/sgyMbZIHwkw8SLDmVjHvYiMiRdZJvas7d7/YqeWH8cqEy/2MfHHITDxYmCTf2zdXQXMgdgeP2EZF3xqAaU+JQDUEtPHBVpvLBEYF3QkGRd8AjzlPwM2ZUc7LlCfETT45yzjgi+A4FwLHBesIxkXfEloUnwpZFJ8ZU0KbJG+EjAplhpuUui4l5KZFEv5TIpqgmt7TIplTi2Xx6pJscxnUiwPwaRYBmzy5WkyoEMz8deETPy1EBOvsEyMLdIKASb+xnAm1nF/Q8bE31gmdj8eJl7p1PLbWGXilT4m/jYEJl4JbPJvgUzM6u4CcyC2x+9YxgWr7LhArSIA1GrTxwVab6wWGBd0JhkXfAc85b8HNmVnOy5Q3xM0+BqWccFaIDjXA8cFG0jGBesITYp1QibFD9akwBbpBwGT4kfDTQod949kJsWPfCZFdcG1PSbFeqeWG2LVpFjvMyk2hGBSrAc2+YY0GdChmfgnQib+SYiJf7ZMjC3SzwJMvNFwJtZxbyRj4o2Wid2Ph4k3ObX8JVaZeJOPiX8JgYk3AZv8FyATs7q7wByI7fFXlnHBZjsuUJsJALXF9HGB1htbBMYFXUnGBb8CT/mtwKbsascFaitBg//GMi7YBgTnRuC4YBPJuGA7oUmxXcik2GFNCmyRdgiYFDsNNyl03DvJTIqdfCZFouDaHpNil1PL3bFqUuzymRS7QzApdgGbfHeaDOjQTLyHkIn3CDHx75aJsUX6XYCJ9xrOxDruvWRMvNcysfvxMPE+p5b7Y5WJ9/mYeH8ITLwP2OT7gUzM6u4CcyC2xwMs44KDdlygDhIA6pDp4wKtNw4JjAu6k4wLDgBP+T+ATdndjgvUHwQNfphlXHAECM7NwHHBFpJxwVFCk+KokEnxpzUpsEX6U8Ck+Mtwk0LH/ReZSfEXn0lRQ3Btj0lxzKnl8Vg1KY75TIrjIZgUx4BNfjxNBnRoJj5ByMQnhJg4Lv3US8vEAdfURdIJRa+bJd1sJtZxZ0mH10iUid05TQj4/K8xcbxTy3NcNY0pJtYJKOcK1p0I/4YyfnbQxowHNvk5OHDXYHV3gTkQ22NWgT1mutGggMqWDgyaFFDZCACVHb1H9Aa13siejgdoMsm4ICvwlM8BbMpkOy5QOQgaPKcUY6DHBbmA4NwGHBdsJxkX5EZeB+PCMSlyA8Hp3m8ea1Jgi5RHwKTIa7hJoePOS2ZS5OUzKWoKru0xKfI5tcwfqyZFPp9JkT8EkyIfsMnzp8uADs3EBQiZuIAQExe0TIwtUkEBJi5kOBPruAuRMXEhy8Tux8PEhZ1aFolVJi7sY+IiITBxYWCTFwEyMau7C8yB2B7PZRkXFLXjAlWUAFDFTB8XaL1RTGBc0INkXHAu8JQvDmzKHnZcoIoTNPh5LOOCEkBw7gKOC3aTjAvOJzQpzhcyKUpakwJbpJICJkUpw00KHXcpMpOiFJ9JUUtwbY9JUdqpZZlYNSlK+0yKMiGYFKWBTV4mXQZ0aCYuS8jEZYWYuJxlYmyRygkwcXnDmVjHXZ6MictbJnY/Hiau4NTyglhl4go+Jr4gBCauAGzyC4BMzOruAnMgtscLWcYFF9lxgbqIAFAVTR8XaL1RUWBckEYyLrgQeMpfDGzKNDsuUBcTNPglLOOCSkBw7gWOC/aRjAsqE5oUlYVMikutSYEt0qUCJkUVw00KHXcVMpOiCp9JUVtwbY9JUdWp5WWxalJU9ZkUl4VgUlQFNvll6TKgQzPx5YRMfLkQEydYJsYWKUGAiZXhTKzjVmRMrCwTux8PE1dzalk9Vpm4mo+Jq4fAxNWATV4dyMSs7i4wB2J7TGQZF9Sw4wJVgwBQNU0fF2i9UVNgXNCTZFyQCDzlawGbsqcdF6haBA1em2VcUAcIzoPAccEhknFBXUKToq6QSVHPmhTYItUTMCnqG25S6Ljrk5kU9flMijqCa3tMigZOLRvGqknRwGdSNAzBpGgAbPKG6TKgQzNxI0ImbiTExFdYJgYXSYCJGxvOxDruxmRM3NgysfvxMHETp5ZNY5WJm/iYuGkITNwE2ORNgUzM6u4CcyC2x2Ys44Ir7bhAXUkAqKtMHxdovXGVwLigN8m4oBnwlL8a2JS97bhAXU3Q4NewjAuuBYLzCHBccJRkXHAdoUlxnZBJ0dyaFNgiNRcwKa433KTQcV9PZlJcz2dSJAuu7TEpWji1bBmrJkULn0nRMgSTogWwyVumy4AOzcRJhEycJMTErSwTY4vUSoCJWxvOxDru1mRM3NoysfvxMHEbp5ZtY5WJ2/iYuG0ITNwG2ORtgUzM6u4CcyC2x3Ys44L2dlyg2hMAqoPp4wKtNzoIjAtuIhkXtAOe8jcAm/ImOy5QNxA0+I0s44KOQHAeA44LjpOMCzoRmhSdhEyKztakwBaps4BJ0cVwk0LH3YXMpOjCZ1KkCK7tMSm6OrXsFqsmRVefSdEtBJOiK7DJu6XLgA7NxN0Jmbi7EBNHLBNjixQRYOJkw5lYx51MxsTJlondj4eJU5xa9ohVJk7xMXGPEJg4BdjkPYBMzOruAnMgtsdUlnFBmh0XqDQCQKWbPi7QeiNdYFzQj2RckAo85XsCm7KfHReongQN3otlXNAbCM4sOHCqeKGDAn2g9SE0KfoImRQ3WZMCW6SbBEyKvoabFDruvmQmRV8+k6KH4Noek6KfU8v+sWpS9POZFP1DMCn6AZu8f7oM6NBMPICQiQcIMfHNlomxRbpZgIkHGs7EOu6BZEw80DKx+/Ew8SCnlrfEKhMP8jHxLSEw8SBgk98CZGJWdxeYA7E9DmYZFwyx4wI1hABQQ00fF2i9MVRgXDCAZFwwGHjK3wpsygF2XKBuJWjw21jGBcOA4MwGHBdkJxkXDCc0KYYLmRS3W5MCW6TbBUyKEYabFDruEWQmxQg+kyJVcG2PSTHSqeUdsWpSjPSZFHeEYFKMBDb5HekyoEMz8Z2ETHynEBPfZZkYW6S7BJh4lOFMrOMeRcbEoywTux8PE9/t1PKeWGXiu31MfE8ITHw3sMnvATIxq7sLzIHYHu9lGRfcZ8cF6j4CQI02fVyg9cZogXHBQJJxwb3AU34MsCkH2nGBGkPQ4PezjAvGAsGZCzguyE0yLhhHaFKMEzIpxluTAluk8QImxQOGmxQ67gfITIoH+EyKNMG1PSbFBKeWE2PVpJjgMykmhmBSTAA2+cR0GdChmfhBQiZ+UIiJH7JMjC3SQwJMPMlwJtZxTyJj4kmWid2Ph4knO7V8OFaZeLKPiR8OgYknA5v8YSATs7q7wByI7fERlnHBo3ZcoB4lANRjpo8LtN54TGBccAvJuOAR4Cn/OLApb7HjAvU4QYM/wTIumAIEZz7guCA/ybhgKqFJMVXIpJhmTQpskaYJmBRPGm5S6LifJDMpnuQzKdIF1/aYFNOdn/RUrJoU030mxVMhmBTTgU3+VLoM6NBM/DQhEz8txMTPWCbGFukZASZ+1nAm1nE/S8bEz1omdj8eJn7O+UnPxyoTP+dj4udDYOLngE3+PJCJWd1dYA7E9vgCy7jgRTsuUC8SAOol08cFWm+8JDAuGEIyLngBeMq/DGzKIXZcoF4maPBXWMYFM4DgLAQcFxQO6aAImr9XgfmrBMxfZWD+dHNkd+Uud/TF8eifeZw/8zp/6ue1aD5ed4hD/zcZ50sB5z3632e8d2b09SzXe//J+rOj73/jNOvPdq0/J/p6bibvzee8d47zXn0Qvhl9/dZZ7uXt6PvfOc1e3nbt5d3o6/dOs5d3XXuZF309P5P35nfeO895r97j+9HXHziyB32IdS58Mi/oS8Ct4N5Gx92j8Mm8ouO+jeRMWwA804C1VrcZjpuC55w809C4ud3wuDtG+2WBQNwjSMRC5TW4tdy1DvyVVCT5qwLM3whg/u4gOa8XAs9rIGYUMn9hDfCAufQM8D60AzxskT4UGOB9ZPgAT8f9kfAAD3241zCUHO8hIceahpLjvSTkuAhIjkDMqHsJyXGREDkutuSILdJiAXL82HBy1HF/LESO6L0WTTpJ5GjF/El6bMY9RtghCbo/jctPBOK+n+QS8zGQhMcALzFjSS4xnwLzB8SMGkuCv6aGipAJJPlrZqgImUjSv0uA/QvEjJpIKEKWCImQz6wIwRbpMwER8rnhIkTH/TmJCCkVvYx/KnApnWT4uLJCksxlfDIJGX0BJCNgrdVkw0Wc7usvBHDzKMkl8HMh3ATN32Mk+QPiWz0KzN/jJOfWl0D8ATGjHifBX3tDRfA0kvx1MFQEP0nSv18B+xeIGfUkoQj+SkgEL7UiGFukpQIieJnhIljHvYxEBFeMisEvBS71TxsugqskyYiZZ0jIaDmQjIC1Vs8YLoJ1Xy8XwM3zJJfAZUK4CZq/F0jyB8S3eh6YvxdJzq2vgfgDYka9SIK/noaK4Bkk+etlqAh+laR/VwD7F4gZ9SqhCF4hJIK/sSIYW6RvBETwSsNFsI57JYkIToiKwa8FLvUzDRfBNZNkxMwsEjL6FkhGwFqrWYaLYN3X3wrgZg7JJXClEG6C5m8uSf6A+FZzgPl7k+Tc+g6IPyBm1Jsk+BtmqAh+lyR/ww0Vwe+R9O8qYP8CMaPeIxTBq4RE8GorgrFFWi0ggr83XATruL8nEcF1o2LwO4FL/fuGi+ArkmTEzAckZLQGSEbAWqsPDBfBuq/XCODmQ5JL4PdCuAmav49I8gfEt/oQmL9FJOfWWiD+gJhRi0jwN95QEfwpSf4eMFQELyHp33XA/gViRi0hFMHrhETwD1YEY4v0g4AI/tFwEazj/pFEBDeLisG1Apf6LwwXwdclyYiZL0nIaD2QjIC1Vl8aLoJ1X68XwM0ykkvgj0K4CfzxfpL8AfGtlgHz9zXJubUBiD8gZtTXJPibbqgI/pYkf08ZKoK/I+nfn4D9C8SM+o5QBP8kJIJ/tiIYW6SfBUTwRsNFsI57I4kIbhkVgxsELvXfGy6C2yXJiJk1JGS0CUhGwFqrNYaLYN3XmwRw8wPJJXCjEG4CmxMk+QPiW/0AzN96knPrFyD+gJhR60nwN9tQEbyRJH9vGCqCN5H076/A/gViRm0iFMG/CongzVYEY4u0WUAEbzFcBOu4t5CI4BujYvAXgUv9ZsNFcLckGTGzhYSMtgLJCFhrtcVwEaz7eqsAbraRXAK3COEmaP62s+QP2CvbgPnbQXJu/QbEHxAzagcJ/hYZKoL3kORvsaEi+HeS/t0G7F8gZtTvhCJ4m5AI3m5FMLZI2wVE8A7DRbCOeweJCE6JisHfBC71+w0Xwb2SZMTMARIy2gkkI2Ct1QHDRbDu650CuPmD5BK4Qwg3QfN3mCR/QHyrP4D5O0Jybu0C4g+IGXWEBH/fGiqCj5Hk7ztDRfBxkv7dDexfIGbUcUIRvFtIBO+xIhhbpD0CIvh3w0Wwjvt3EhHcNyoGdwlc6rPsNDvuQUkyYiZ+JwcZ7QWSEbDWKl4YN4Ed92je9grgJltIuEkI9njO3oRgjwc3QfOXnSR/QHyrbMD85SA5t/YB8QfEjMpBgr/NhorgPCT522KoCM5L0r/7gf0LxIxC5i8sEbxfSAQfsCIYW6QDAiL4oOEiWMd9kEQED42KwX0Cl/oChovgEUkyYqYgCRkdApIRsNaqoOEiWPf1IQHcFCG5BB4Uwk3Q/J1Lkj8gvlURYP6KkpxbfwDxB8SMKkqCvz8MFcElSPJ32FARfD5J/x4G9i8QM+p8QhF8WEgEH7EiGFukIwIi+KjhIljHfZREBN8VFYN/CFzqSxsugkcnyYiZMiRk9CeQjIC1VmUMF8G6r/8UwE15kkvgUSHcBM1fBZL8AfGtygPzdwHJufUXEH9AzKgLSPCXa62ZIvhikvzlBuYPKYIvIenfY8D+BWJGXUIogo8JieDjVgRji3RcQASfMFwE67hPkIjgcVEx+JfApf5Sw0XwQ0kyYqYKCRnF9cTlElhrVcVwEfyfvu6JX/dykkvgiXQZ3ATNXwJJ/oD4VpcD86dIzq0swHMLiBmlSPBX0lARXIMkf6UMFcE1Sfo3Hti/QMyomoQiGJhLjwg+p+ep11YEB1xTF+mcnvh1s/Y0WwTruLP2hNdIZK+PRMVgFoFLfR3DRfDUaNwSYqYuCRllA5IRsNaqruEiWPd1NgHcNCC5BGYVwk3Q/DUkyR8Q36oBMH+NSM6t7ED8ATGjGpHgr6qhIrgpSf4uM1QENyPp3xzA/gViRjUjFME5hERwTiuCsUXKKSCCcxkugnXcuUhE8FNRMZhd4FJ/teEi+IUkGTFzDQkZ5QaSEbDW6hrDRbDu69wCuGnO8nFKIdwEzd/1JPkD4ls1B+avBcm5lQeIPyBmVAsS/DUyVAS3JsnfFYaK4DYk/ZsX2L9AzKg2hCI4r5AIzmdFMLZI+QREcH7DRbCOOz+JCH4lKgbzCFzq2xsugmclyYiZDiRkVABIRsBaqw6Gi2Dd1wUEcNOR5BKYXwg3QfPXiSR/QHyrjsD8dSY5twoC8QfEjOpMgr/Whorg7iT5a2OoCI6Q9G8hYP8CMaMihCK4kJAILmxFMLZIhQVEcBHDRbCOuwiJCJ4bFYMFBS71PQwXwe8lyYiZVBIyOhdIRsBaq1TDRbDu63MFcNOT5BJYRAg3QfPXiyR/QHyrnsD89SY5t4oC8QfEjOpNgr8ehorgfiz9a6gI7k/Sv8WA/QvEjOpPKIKLCYng4lYEY4tUXEAEn2e4CNZxn0cigj+IisGiApf6gYaL4MVJMmJmEAkZlQCSEbDWapDhIlj3dQkB3AwhuQSeJ4SboPkbSpI/IL7VEGD+biU5t84H4g+IGXUrCf6GGCqCbyfJ31BDRfAIkv4tCexfIGbUCEIRXFJIBJeyIhhbpFICIri04SJYx12aRAQviYrB8wUu9XcaLoKXJsmImbtIyKgMkIyAtVZ3GS6CdV+XEcDNPSSXwNJCuAmav3tJ8gfEt7oHmL/7SM6tskD8ATGj7iPB3xhDRfBYkvzdb6gIHkfSv+WA/QvEjBpHKILLCYng8lYEY4tUXkAEVzBcBOu4K5CI4BVRMVhW4FI/wXARvDpJRsxMJCGjC4BkBKy1mmi4CNZ9fYEAbiaRXAIrCOEmaP4mk+QPiG81CZi/h0nOrQuB+ANiRj1Mgr8phorgx0nyN9VQEfwESf9eBOxfIGbUE4Qi+CIhEVzRimBskSoKiOCLDRfBOu6LSUTwuqgYvFDgUj/NcBH8c5KMmHmShIwuAZIRsNbqScNFsO7rSwRw8zTJJfBiIdwEzd8zJPkD4ls9DczfsyTnViUg/oCYUc+S4O81Q0XwiyT5e91QEfwSSf9WBvYvEDPqJUIRXFlIBF9qRTC2SJcKiOAqhotgHXcVEhH8a1QMVhK41M8wXARvT5IRM6+SkFFVIBkBa61eNVwE676uKoCbmSSXwCpCuAmav1kk+QPiW80E5m82ybl1GRB/QMyo2ST4W2CoCH6TJH8LDRXBb5H07+XA/gViRr1FKIIvFxLBCVYEY4uUICCCleEiWMetSETw7qgYvEzgUv+u4SL4QJKMmHmPhIyqAckIWGv1nuEiWPd1NQHcvE9yCVRCuAmavw9I8gfEt3ofmL8FJOdWdSD+gJhRC0jw97WhIngRSf5WGCqCF5P0byKwf4GYUYsJRXCikAiuYUUwtkg1BERwTcNFsI67JokIPhwVg9UFLvWfGi6CjyfJiJklJGRUC0hGwFqrJYaLYN3XtQRw8wXJJbCmEG6C5u9LkvwB8a2+AObvK5JzqzYQf0DMqK9I8LfRUBH8NUn+NhkqgleQ9G8dYP8CMaNWEIrgOkIiuK4Vwdgi1RUQwfUMF8E67nokIji+VVxcbYFL/beGi+CcrWTEzHckZFQfSEbAWqvvDBfBuq/rC+Dme5JLYD0h3ATN3xqS/AHxrb4H5m8tybnVAIg/IGbUWhL87TdUBK8nyd8BQ0XwBpL+bQjsXyBm1AZCEdxQSAQ3siIYW6RGAiL4CsNF8H/ASSKC80bFYAOBS/1Gw0Vw4VYyYmYTCRk1BpIRsNZqk+EiWPd1YwHcbCa5BF4hhJug+dvCMkkC9spmYP62kpxbTYD4A2JGbSXBX7Z1ZorgHST5yw7MH1IE7yTp36bA/gViRu0kFMFNhURwMyuCsUVqJiCCrzRcBOu4ryQRwcWiYrCJwKV+j+EiuFQrGTHzOwkZXQUkI2Ct1e+Gi2Dd11cJ4GY/ySXwSiHcBM3fAZL8AfGt9gPzd5Dk3LoaiD8gZtRBEvwVN1QEHyHJ33mGiuCjJP17DbB/gZhRRwlF8DVCIvhaK4KxRbpWQARfZ7gI1nFfRyKCy0XF4NUCl/pjhovgiq1kxMxxEjJqDiQjYK3VccNFsO7r5gK4ybKL4xJ4nRBuguYvniR/QHwrN2aC5u+cXRzn1vVA/AExo84hwV8lQ0VwDpL8VTZUBOck6d8WwP4FYkYh8xeWCG4hJIJbWhGMLVJLARGcZLgI1nEnkYjgylExeL3ApT7PLrPjTmglI2bykpBRKyAZAWut8grjJmjedF+3EsBNAZJLYJIQboLmryBJ/oD4VgWA+StEcm61BuIPiBlViAR/9QwVwUVJ8lffUBFcjKR/2wD7F4gZVYxQBLcREsFtrQjGFqmtgAhuZ7gI1nG3IxHBiVEx2FrgUl/CcBFct5WMmDmfhIzaA8kIWGt1vuEiWPd1ewHclCa5BLYTwk3Q/JUhyR8Q36o0MH9lSc6tDkD8ATGjypLgr4WhIvgCkvy1NFQEX0jSvzcA+xeIGXUhoQi+QUgE32hFMLZINwqI4I6Gi2Add0cSEdwwKgY7CFzqLzZcBDdrJSNmLiEho05AMgLWWl1iuAjWfd1JADeXklwCOwrhJmj+qpDkD4hvdSkwf1VJzq3OQPwBMaOqGs5310T5rrPAuaUMj7tlK5nzuhpJv3QB9guw1qqa4bjJFS1EFwHc6HVRceu9ZXdhJnf0xfHon3mcP/M6f+qnazSWbk48+r/JELUFnPfof5/x3u7R1xHXe//J+snR96ecZv1k1/o9oq9TM3lvPue9PZz3agGeFn2dfpZ76Rl9f6/T7KWnay+9o6/7nGYvvV17uSn6um8m783vvPcm5716j/2ir/s7GhCNzc6FT+YFjc0ahvdkj8In8wr/a09JzvIBwLMcWGtVk9BAzAM+hzP2mFHzm6O1Ghj93yCXD5TP+TNXnNdU1E921+srQPsSMCkTsrn2msu15/87C51/nxX7c6vncuU2zpXvuEzyFuf6+Tmj/8vrvO6ZNrjVkJS+vXs0TxuWWc3OyWTdeFes2Xzvc9cx49/lcP/3EpcS0Fp/uzzc7JDXQOfPQc6fBaL/uyX6evB/ITPEhUg3I3rdOgQXzFsEyKyuEJnFg+MH1kfVBROQ/3CWqP/NPWXqhN7nQOA+3Xkd4pwnQ10EWdz5033YZ3H9M2bSzOmKI+Nxk0vGz8yIO4NIs2H3Uk3/rKxx3ud0RJrx831E2jatx6C0wT4i9U9M4zOJ1R2jji8HNr6EjL1mPBl7yvg5ueNO4Sanax+5sPtQGT/Lv49crn3kdL3O+He5XXvK+Gd5fPt194L7v83Iax5XzDSXER3IEOfSMdT589bon7f1lNv/zQIE3MDwCZaO+1aBuBuSXDyA9VENCS6ZAwVq3ZgA47cJxN2EBOPA+qgmhmO84DknHWv4t38bHnfHqBs6QCDuq0jc0GFANxRYa4XMn9+kGebci/z3JP0Mj76+/SwnJSOi7x95mknJCNf6d0Rf39nz5LphCOThPc0/d+7AfroxPbFaYoLua1TcbmF3l0toZwiE/0WhncMVR8bjdqe1iCri/P/+Awb3Th/Wckjfvr3Te6elthwwOM2dssw+AZyZjnWbw1kzSSOdOSy1v7uEPhX733IalGNG/ftPGif41lJhTbZGCX00/m770Xhske7uiV/3HsM/Gq/jvifkQyAh2OPJaULAx395Qgu/LNEf8FIabr1Iwbi4l9Nk6xVwbeX/B+783utg7T4X5rK5cJLxXn2gnYj7O4ayuF7HO++JP817svyXdf7bZUTs0MoITidgoSvY+3p67X33hlA/+17gITT6NGvVrpWWkl4rsXpyQmJ6SnSdmulp1ZOr1VHptatHl6+eqFKS0xJSE1Nq1UysWTu9VmifLRktxMBjLANjizRGgIHvN5yBddz3h/TLaUHjv8/ZK3rdaw39ZRH/PpFYGgu0y64FW1z6ENP7a+ysicZ8xq0IjaPmhlvEGbc3dNzXm2kR/01yIy8i9wHXakHyy2pAfCsgZpRU/tB9Mo7QPhondHkdby+v2CKNF7i8PmD45VXH/QDJNytov1tir2HN3+4LcBCke5/Q7J4JTr4n/gO7p0kmufPbPU3izmz3ZLbOGe0e0z+MF+8kM4srcRNdN/SMB33jAMahJgIPswdxzZCekc8HBRWPzuN9Asq5tVkf/PrbLUnHPUEg7jYEH3ibKBB3W0OVip9gkOdGa+DXarQjUXpAfCsgZlS7kD5wGbTOE4Bc8xDQqdNrSHDLQ4Z/NYJE3NpFfCsVH3dHAhfxbYG4O5F80HQSsB+BtVadDMeN7pdPBHDTlaBfPhWIuxtJv0wG9guw1qobQb98J4CbZIJ+WSUQdwpJvzwM7BdgrVUKQb/8KoCbNIJ+2SwQdzpJvzwC7BdgrVU6Qb8cEMBNb4J+OSgQdx+SfnkU2C/AWqs+BP2SVeDTM/0I+iWbQNz9SfrlMWC/AGut+hP0y7kCuBlI0C9FBeIeRNIvjwP7BVhrNYigXy4UwM0Qgn65SCDuoST98gSwX4C1VkMJ+iVRADfDCPqlhkDcw0n6ZQqwX4C1VsMJ+qWZAG5GEvTLlQJx30HSL1OB/QKstbqDoF/aCeBmFEG/tBeI+26SfpkG7BdgrdXdBP2SKoCb+wj6JU0g7tEk/fIksF+AtVajCfplsABuxhL0yxCBuMeR9Mt0YL8Aa63GEfTLvQK4mUDQL/cJxD2RpF+eAvYLsNZqIkG/PCKAm0kE/fKoQNyTSfrlaWC/AGutJhP0ywsCuHmUoF9eFIj7MZJ+eQbYL8BaK2T+9C89D42PiyvorKd/h0F/Llt/1lR/fk5/Jkh/zkHPbvU8Snvs2jfUXojWd/rOqnlYny3P9IzzPGjcPNtTBjfofT4HxI2uz63xp34PTefgOeE8Pw/8HbWwvo3keaFvI3nBfhsJtkgvCHwbyYuGfxuJjvtFom8jkdir/ULbk09cJg9qz+78vuTU8OV/8A0n5V3/3X/7hpPycWf+hpPM1vmf+IYTncxyrsS93PPvJ6/J33DyMvCAfKUnPr+v/IN8Bt33DOCtzNDvuxP7xpCXBH6LfwpB3C8LxD2V4K+CmyEQ9zSSbzgB4lIBa62k8oeu86uE6vFVIfX4mlWP2CK9JqAeXzdcPeq4XydSj69b9UivHmc6NZxl1eO/fzISNdOnHmeRqcdZwANytoB6nB2CenzDqsd/raJmCqiJpwniniUQ9zME6vENgbifJVGPQFwqYK0VMn+a9G913xawOfy/+qCxOaun+XucIzTjhjfkXCAhsgJqLgGg3kTvEb1B7S2/KcAYL5Iwxhzg7fotYFO+SHDTeEsAN2/3xDLlUMKD7W2Cg+0dKaaMBwPKLcWDrvUuwVd+SzTlez3NP4yGC8T9suGHsG7CdwXifoXkI8LzgP0IrLV6ZRcNif3foAqNzfcISGye9O08KMALRjvmDoEGf83wBk9LT09ISe2hOhbGxTwfeFgg8xfWlH0+2PvPeN63U3Zskd4XmLJ/YPiUXcf9gdCUPeNBKwtkThf0lGsKUD7TE6slJiAP5IU9zSU0iV9ifE/gl/lmEvwS4zyBuGeRKJQPgX0NrLWaRdAvnwvgZg5Bv3whEPdckn75CNgvwFqruQT9skYAN28T9MtagbjfIemXRcB+AdZavUPQL78J4GYeQb9sE4h7Pkm/LAb2C7DWaj5BvxwWwM0Cgn45IhD3QpJ++RjYL8Baq4UE/ZIzHY+bRQT9kksg7sUk/fIJsF+AtVaLCfrlPAHcfErQLyUE4l5C0i+fAvsFWGu1hKBfLhHAzRcE/VJJIO4vSfplCbBfgLVWXxL0S20B3Cwj6Jc6AnEvJ+mXz4D9Aqy1Wk7QL9cI4OYbgn65ViDulST98jmwX4C1VisJ+uVGAdysIuiXjgJxrybply+A/QKstVpN0C+9BHCzlqBfegvEvY6kX74E9guw1modQb/cJoCb9QT9Mkwg7g0k/fIVsF+AtVYbCPrlfgHcbCTol7ECcW8i6ZelwH4B1lptIuiXJwRws5mgX6YIxL2FpF+WAfsFWGu1haBfXhHAzTaCfpkhEPd2kn5ZDuwXYK0VMn/6myZviz/1lxLp32HQn8vWnzXVn5/TnwnSn3PQs1s9j9Ieu/YNtRei9Z2+s2oe1mfLcuG/LOdroa+hQO9zBfgvJRoWf+r32XQOVgjn+RvCr5X+RugXXlfaX3jFFmmlwC+8fmv4L7zquL8l+lppib3ar5U++cRl8qD27M7vd04NV9mvlf73T0aivvN9rfQqsq+VXgU8IFcLfK306hC+Vvp7+7XS//o71b4T+FqaXQRxrxKIezfBlz1+LxD3HpIvCQXiUgFrraTyh67zGkL1uEZIPa616hFbpLUC6nGd4epRx72OSD2us+qRXj3+4NTwR6se//2TkagffOrxRzL1+CPwgFwvoB7Xh6AeN1j1+K9V1A8CamI/Qdw/CsR9gEA9bhCI+yCJegTiUgFrrZD506Q/zH1bwOZQ7BugfyT4luqfpP6qBXRD/gz+S4kYAfUzAaA2mv6XEmlveaMAYxwhYYyfgLfrTcCmPEJw09gkgJtfwH8p0W2EB9svBAfbr6YfbPprvhcKAPRP8w+2/3x9OPIr0zcDDzap/MWD64z8y6y2EPxlVhKH+VaCv8xqs0Dcxwwnb314bxGI+zjJR8t/A/YjsNbq+C6ay4/YX2a1leDy81tPGZzjf8flbC4BtU67lgrr0wDbhD4NsN1+GgBbpO0CnwbYYfinAXTcO4Q+DZDxSOY0IeATxicBnkzFfhLg1XR8TnOfI8QAZ7tPdfp/7a7VTge3u/7BpwqGx/0dj/5PFQyPO/OnCjJb54yfKjjrJJwhRRnB7ex5aoPxTiJu820O9jMdIKMZPctus6XFf2u4oHHH75ZpOLSfnPtsbIMz3Lh2Ij/LGVL+An8uHSjN3L0SdF9ZSfAH7BMFxIySyh/89wMIFdNuIcW0xyombJH2CCim3w1XTDru34k+Py2x1zOppsCXQp9qCrqelGo6K3I/g7KJy+RBre2u1V4HD/tMV00Mn8Xe61NgOqnD4ryPyZ/F3gc8bPefFWunn/bJyOf+f5DPwJ+BBeYg/v/XDf0fHC5nfbM8w21Q43CvwNAtl7AjgBik7xOIO7fhToiO+4BA3HlIlCgQlwpYa5WHADci54SQZQ3/XYOeHPs8BP6eseHxpy52OgeHhL9n7A/C3xT/Q8jpOGydDmyRDgs4HUcMdzp03EfIZsNHBGfDQpgN7bewjzq1/NP038JGJyEjuKO+35z+s2fc3x60lXUU2OR/ktwk/iJk4r+EmPiYZWJskY4JMPFxw5lYx32cjImPWyZ2Px4mPpFRy16n/llMMfEJHxO7E+HfUMbPDtqYJ5BN3gsHuv8MWjJBN2r9OF/RUbVE5kBqj1l6CR0O8I+D4TaqWAEVTwCoc9B7RG9Q6w29STRAC5C49O6ODzyBAzYlMn+6wYcSNnhWggbPJsUY6LF1diA4OwJ/568TyRfL5gAeFGGZFDmA4HTvN6fr+m1NioBr6iLl7CUwRwUCViruXL3gNRI1KXIBGyokk0JJru3ef26nlnli1aTQCSjnCjZPCCZFbmCT5+klAzo0E+clZOK8QkyczzIxtkj5BJg4v+FMrOPOT8bE+S0Te9Z277+AU8uCscrEBXxMXDAEJi4AbPKC1t1VwByI7bEQy7igsAWUKkwAqCKmjwu03igiMC4oRDIuKAQ85c8FNmUhOy5Q5xI0eFGWcUExIDi7AscF3UjGBcUJTYriQibFedakwBbpPAGTooThJoWOuwSZSVGCz6SoJri2x6Q436llyVg1Kc73mRQlQzApzgc2ecleMqBDM3EpQiYuJcTEpS0TY4tUWoCJyxjOxDruMmRMXMYysfvxMHFZp5blYpWJy/qYuFwITFwW2OTlgEzM6u4CcyC2x/Is44IKdlygKhAA6gLTxwVab1wgMC4oQjIuKA885S8ENmUROy5QFxI0+EUs44KKQHAmA8cFKSTjgosJTYqLhUyKS6xJgS3SJQImRSXDTQoddyUyk6ISn0lRXXBtj0lR2anlpbFqUlT2mRSXhmBSVAY2+aW9ZECHZuIqhExcRYiJq1omxhapqgATX2Y4E+u4LyNj4sssE7sfDxNf7tQyIVaZ+HIfEyeEwMSXA5s8AcjErO4uMAdie1Qs44JqdlygqhEAqrrp4wKtN6oLjAuKkowLFPCUTwQ2ZVE7LlCJBA1eg2VcUBMIzjTguCCdZFxQi9CkqCVkUtS2JgW2SLUFTIo6hpsUOu46ZCZFHT6TIlFwbY9JUdepZb1YNSnq+kyKeiGYFHWBTV6vlwzo0Excn5CJ6wsxcQPLxNgiNRBg4oaGM7GOuyEZEze0TOx+PEzcyKnlFbHKxI18THxFCEzcCNjkVwCZmNXdBeZAbI+NWcYFTey4QDUhAFRT08cFWm80FRgXFCcZFzQGnvLNgE1Z3I4LVDOCBr+SZVxwFRCcvYHjgj4k44KrCU2Kq4VMimusSYEt0jUCJsW1hpsUOu5ryUyKa/lMihqCa3tMiuucWjaPVZPiOp9J0TwEk+I6YJM37yUDOjQTX0/IxNcLMXELy8TYIrUQYOKWhjOxjrslGRO3tEzsfjxMnOTUslWsMnGSj4lbhcDEScAmbwVkYlZ3F5gDsT22ZhkXtLHjAtWGAFBtTR8XaL3RVmBcUIJkXNAaeMq3AzZlCTsuUO0IGrw9y7igAxCc/YDjgv4k44IbCE2KG4RMihutSYEt0o0CJkVHw00KHXdHMpOiI59JUVNwbY9J0cmpZedYNSk6+UyKziGYFJ2ATd65lwzo0EzchZCJuwgxcVfLxNgidRVg4m6GM7GOuxsZE3ezTOx+PEzc3allJFaZuLuPiSMhMHF3YJNHgEzM6u4CcyC2x2SWcUGKHReoFAJA9TB9XKD1Rg+BcUFJknFBMvCUTwU2ZUk7LlCpBA2exjIuSAeCcyBwXDCIZFzQk9Ck6ClkUvSyJgW2SL0ETIrehpsUOu7eZCZFbz6Topbg2h6Too9Ty5ti1aTo4zMpbgrBpOgDbPKbesmADs3EfQmZuK8QE/ezTIwtUj8BJu5vOBPruPuTMXF/y8Tux8PEA5xa3hyrTDzAx8Q3h8DEA4BNfjOQiVndXWAOxPY4kGVcMMiOC9QgAkDdYvq4QOuNWwTGBaVJxgUDgaf8YGBTlrbjAjWYoMGHsIwLhgLBOQQ4LhhKMi64ldCkuFXIpLjNmhTYIt0mYFIMM9yk0HEPIzMphvGZFLUF1/aYFMOdWt4eqybFcJ9JcXsIJsVwYJPf3ksGdGgmHkHIxCOEmHikZWJskUYKMPEdhjOxjvsOMia+wzKx+/Ew8Z1OLe+KVSa+08fEd4XAxHcCm/wuIBOzurvAHIjtcRTLuOBuOy5QdxMA6h7TxwVab9wjMC4oSzIuGAU85e8FNmVZOy5Q9xI0+H0s44LRQHAOA44LhpOMC8YQmhRjhEyK+61JgS3S/QImxVjDTQod91gyk2Isn0lRR3Btj0kxzqnl+Fg1Kcb5TIrxIZgU44BNPr6XDOjQTPwAIRM/IMTEEywTY4s0QYCJJxrOxDruiWRMPNEysfvxMPGDTi0filUmftDHxA+FwMQPApv8ISATs7q7wByI7XESy7hgsh0XqMkEgHrY9HGB1hsPC4wLypOMCyYBT/lHgE1Z3o4L1CMEDf4oy7jgMSA4RwLHBXeQjAseJzQpHhcyKZ6wJgW2SE8ImBRTDDcpdNxTyEyKKXwmRbLg2h6TYqpTy2mxalJM9ZkU00IwKaYCm3xaLxnQoZn4SUImflKIiadbJsYWaboAEz9lOBPruJ8iY+KnLBO7Hw8TP+3U8plYZeKnfUz8TAhM/DSwyZ8BMjGruwvMgdgen2UZFzxnxwXqOQJAPW/6uEDrjecFxgUXkIwLngWe8i8Am/ICOy5QLxA0+Iss44KXgOAcBRwX3E0yLniZ0KR4WcikeMWaFNgivSJgUsww3KTQcc8gMylm8JkUKYJre0yKV51avharJsWrPpPitRBMileBTf5aLxnQoZn4dUImfl2IiWdaJsYWaaYAE88ynIl13LPImHiWZWL342Hi2U4t34hVJp7tY+I3QmDi2cAmfwPIxKzuLjAHYnucwzIumGvHBWouAaDeNH1coPXGmwLjgotIxgVzgKf8W8CmvMiOC9RbBA3+Nsu44B0gOO8DjgtGk4wL3iU0Kd4VMinesyYFtkjvCZgU8ww3KXTc88hMinl8JkUPwbU9JsV8p5bvx6pJMd9nUrwfgkkxH9jk7/eSAR2aiT8gZOIPhJh4gWVibJEWCDDxQsOZWMe9kIyJF1omdj8eJv7QqeVHscrEH/qY+KMQmPhDYJN/BGRiVncXmAOxPS5iGRcstuMCtZgAUB+bPi7QeuNjgXHBxSTjgkXAU/4TYFNebMcF6hOCBv+UZVywBAjOscBxwTiSccFnhCbFZ0ImxefWpMAW6XMBk+ILw00KHfcXZCbFF3wmRarg2h6T4kunll/Fqknxpc+k+CoEk+JLYJN/1UsGdGgmXkrIxEuFmHiZZWJskZYJMPFyw5lYx72cjImXWyZ2Px4m/tqp5YpYZeKvfUy8IgQm/hrY5CuATMzq7gJzILbHb1jGBSvtuECtJADUt6aPC7Te+FZgXFCJZFzwDfCU/w7YlJXsuEB9R9Dgq1jGBauB4JwAHBdMJBkXfE9oUnwvZFKssSYFtkhrBEyKtYabFDrutWQmxVo+kyJNcG2PSbHOqeUPsWpSrPOZFD+EYFKsAzb5D71kQIdm4h8JmfhHISZeb5kYW6T1Aky8wXAm1nFvIGPiDZaJ3Y+HiX9yavlzrDLxTz4m/jkEJv4J2OQ/A5mY1d0F5kBsjxtZxgWb7LhAbSIA1C+mjwu03vhFYFxwKcm4YCPwlP8V2JSX2nGB+pWgwTezjAu2AME5CTgumEwyLthKaFJsFTIpfrMmBbZIvwmYFNsMNyl03NvITIptfCZFuuDaHpNiu1PLHbFqUmz3mRQ7QjAptgObfEcvGdChmXgnIRPvFGLiXZaJsUXaJcDEuw1nYh33bjIm3m2Z2P14mHiPU8vfY5WJ9/iY+PcQmHgPsMl/BzIxq7sLzIHYHveyjAv22XGB2kcAqP2mjwu03tgvMC6oSjIu2As85Q8Am7KqHReoAwQNfpBlXHAICM5HgeOCx3aFc1AEzd8fwPw1B+bveuBakvk7/L+fP9Fx1ZFeHPs8Cqyz1ri3x5+SdjoHR33SD73/PwnNyD+FzMi/rBmJLdJfAmbkMcPNSB33MTIz8hifGZkguLbHjDzu1PJErJqRx31m5IkQzMjjwCY/QXKTiOvNx8TuPScEfNz7zdL71GvLxEHX7H0yoeh144GAlYo7vje8RqJMHN/bMrHr8TDxOU4ts7pqGlNMrBNQzhWsOxH+DWX87MBMAmzyrEBw6yLfTmjyInMgtcdsvYUOB/SVKXtvYGFIAZWdAFA50HtEb1DrjRy98QC9nGQsmA14yucENuXl4LHgbYQNnpOgwXNJMQZ6LJMbCM6ZwLHMLJKxTB5CkyKPkEmR15oU2CLlFTAp8hluUui485GZFPn4TAolubZ7//mdWhaIVZMiv8+kKBCCSZEf2OQFesuADs3EBQmZuKAQExeyTIwtUiEBJi5sOBPruAuTMXFhy8Setd37L+LU8txYZeIiPiY+NwQmLgJs8nOtu6uAORDbY1GWcUExCyhVjABQxU0fF2i9UVxgXKBIxgVFgaf8ecCmVHZcoM4jaPASLOOC84HgnAMcF8wlGReUJDQpSgqZFKWsSYEtUikBk6K04SaFjrs0mUlRms+kqCa4tsekKOPUsmysmhRlfCZF2RBMijLAJi/bWwZ0aCYuR8jE5YSYuLxlYmyRygswcQXDmVjHXYGMiStYJnY/Hia+wKnlhbHKxBf4mPjCEJj4AmCTXwhkYlZ3F5gDsT1exDIuqGjHBaoiAaAuNn1coPXGxQLjguok44KLgKf8JcCmrG7HBeoSggavxDIuqAwE59vAccE7JOOCSwlNikuFTIoq1qTAFqmKgElR1XCTQsddlcykqMpnUlQXXNtjUlzm1PLyWDUpLvOZFJeHYFJcBmzyy3vLgA7NxAmETJwgxMTKMjG2SEqAiasZzsQ67mpkTFzNMrH78TBxdaeWibHKxNV9TJwYAhNXBzZ5IpCJWd1dYA7E9liDZVxQ044LVE0CQNUyfVyg9UYtgXFBDZJxQQ3gKV8b2JQ17LhA1SZo8Dos44K6QHDOA44L5pOMC+oRmhT1hEyK+takwBapvoBJ0cBwk0LH3YDMpGjAZ1IkCq7tMSkaOrVsFKsmRUOfSdEoBJOiIbDJG/WWAR2aia8gZOIrhJi4sWVibJEaCzBxE8OZWMfdhIyJm1gmdj8eJm7q1LJZrDJxUx8TNwuBiZsCm7wZkIlZ3V1gDsT2eCXLuOAqOy5QVxEA6mrTxwVab1wtMC6oRTIuuBJ4yl8DbMpadlygriFo8GtZxgXXAcG5ADguWEgyLmhOaFI0FzIprrcmBbZI1wuYFC0MNyl03C3ITIoWfCZFDcG1PSZFS6eWSbFqUrT0mRRJIZgULYFNntRbBnRoJm5FyMSthJi4tWVibJFaCzBxG8OZWMfdhoyJ21gmdj8eJm7r1LJdrDJxWx8TtwuBidsCm7wdkIlZ3V1gDsT22J5lXNDBjgtUBwJA3WD6uEDrjRsExgV1SMYF7YGn/I3ApqxjxwXqRoIG78gyLugEBOci4LhgMcm4oDOhSdFZyKToYk0KbJG6CJgUXQ03KXTcXclMiq58JkVNwbU9JkU3p5bdY9Wk6OYzKbqHYFJ0AzZ5994yoEMzcYSQiSNCTJxsmRhbpGQBJk4xnIl13ClkTJximdj9eJi4h1PL1Fhl4h4+Jk4NgYl7AJs8FcjErO4uMAdie0xjGRek23GBSicAVE/TxwVab/QUGBfUIxkXpAFP+V7ApqxnxwWqF0GD92YZF/QBgvNT4LhgCcm44CZCk+ImIZOirzUpsEXqK2BS9DPcpNBx9yMzKfrxmRS1BNf2mBT9nVoOiFWTor/PpBgQgknRH9jkA3rLgA7NxDcTMvHNQkw80DIxtkgDBZh4kOFMrOMeRMbEgywTux8PE9/i1HJwrDLxLT4mHhwCE98CbPLBQCZmdXeBORDb4xCWccFQOy5QQwkAdavp4wKtN24VGBc0IBkXDAGe8rcBm7KBHReo2wgafBjLuGA4EJxfAMcFX5KMC24nNCluFzIpRliTAlukEQImxUjDTQod90gyk2Ikn0lRW3Btj0lxh1PLO2PVpLjDZ1LcGYJJcQewye/sLQM6NBPfRcjEdwkx8SjLxNgijRJg4rsNZ2Id991kTHy3ZWL342Hie5xa3hurTHyPj4nvDYGJ7wE2+b1AJmZ1d4E5ENvjfSzjgtF2XKBGEwBqjOnjAq03xgiMCxqRjAvuA57y9wObspEdF6j7CRp8LMu4YBwQnMuA44LlJOOC8YQmxXghk+IBa1Jgi/SAgEkxwXCTQsc9gcykmMBnUtQRXNtjUkx0avlgrJoUE30mxYMhmBQTgU3+YG8Z0KGZ+CFCJn5IiIknWSbGFmmSABNPNpyJddyTyZh4smVi9+Nh4oedWj4Sq0z8sI+JHwmBiR8GNvkjQCZmdXeBORDb46Ms44LH7LhAPUYAqMdNHxdovfG4wLigMcm44FHgKf8EsCkb23GBeoKgwaewjAumAsH5DXBcsJJkXDCN0KSYJmRSPGlNCmyRnhQwKaYbblLouKeTmRTT+UyKZMG1PSbFU04tn45Vk+Ipn0nxdAgmxVPAJn+6twzo0Ez8DCETPyPExM9aJsYW6VkBJn7OcCbWcT9HxsTPWSZ2Px4mft6p5QuxysTP+5j4hRCY+Hlgk78AZGJWdxeYA7E9vsgyLnjJjgvUSwSAetn0cYHWGy8LjAuakowLXgSe8q8Am7KpHReoVwgafAbLuOBVIDhXAccFq0nGBa8RmhSvCZkUr1uTAluk1wVMipmGmxQ67plkJsVMPpMiRXBtj0kxy6nl7Fg1KWb5TIrZIZgUs4BNPru3DOjQTPwGIRO/IcTEcywTY4s0R4CJ5xrOxDruuWRMPNcysfvxMPGbTi3filUmftPHxG+FwMRvApv8LSATs7q7wByI7fFtlnHBO3ZcoN4hANS7po8LtN54V2BccCXJuOBt4Cn/HrApr7TjAvUeQYPPYxkXzAeCcy1wXLCOZFzwPqFJ8b6QSfGBNSmwRfpAwKRYYLhJoeNeQGZSLOAzKXoIru0xKRY6tfwwVk2KhT6T4sMQTIqFwCb/sLcM6NBM/BEhE38kxMSLLBNji7RIgIkXG87EOu7FZEy82DKx+/Ew8cdOLT+JVSb+2MfEn4TAxB8Dm/wTIBOzurvAHIjt8VOWccESOy5QSwgA9Znp4wKtNz4TGBdcTTIu+BR4yn8ObMqr7bhAfU7Q4F+wjAu+BIJzPXBcsIFkXPAVoUnxlZBJsdSaFNgiLRUwKZYZblLouJeRmRTL+EyKVMG1PSbFcqeWX8eqSbHcZ1J8HYJJsRzY5F/3lgEdmolXEDLxCiEm/sYyMbZI3wgw8UrDmVjHvZKMiVdaJnY/Hib+1qnld7HKxN/6mPi7EJj4W2CTfwdkYlZ3F5gDsT2uYhkXrLbjArWaAFDfmz4u0Hrje4FxwbUk44JVwFN+DbApr7XjArWGoMHXsowL1gHBuRE4LthEMi74gdCk+EHIpPjRmhTYIv0oYFKsN9yk0HGvJzMp1vOZFGmCa3tMig1OLX+KVZNig8+k+CkEk2IDsMl/6i0DOjQT/0zIxD8LMfFGy8TYIm0UYOJNhjOxjnsTGRNvskzsfjxM/ItTy19jlYl/8THxryEw8S/AJv8VyMSs7i4wB2J73MwyLthixwVqCwGgtpo+LtB6Y6vAuKA5ybhgM/CU/w3YlM3tuED9RtDg21jGBduB4NwMHBdsIRkX7CA0KXYImRQ7rUmBLdJOAZNil+EmhY57F5lJsYvPpEgXXNtjUux2arknVk2K3T6TYk8IJsVuYJPv6S0DOjQT/07IxL8LMfFey8TYIu0VYOJ9hjOxjnsfGRPvs0zsfjxMvN+p5YFYZeL9PiY+EAIT7wc2+QEgE7O6u8AciO3xIMu44JAdF6hDBID6w/RxgdYbfwiMC1qQjAsOAk/5w8CmbGHHBeowQYMfYRkXHAWCcxtwXLB9VzgHRdD8/QnMXxZcc6t44EGhmyO7K3eFoy+OR/8s4vx5rvOnfv6K5uOYQxz6v8k4X4o779H/PuO9x6OvT7je+0/Wj+sTfX+f/76+/vcZ742Pvj4nk/cWdd4b77xXH4RZo6+z9Tm7vWSPvj/HafaS3bWXnNHXuU6zl5yuveSOvs6TyXuLOe/N7bxX7zFv9HW+Pif/PfoQ+/zck3lBXwKSwJcAdNwrzj2ZV3TcrXZznGn5++ByCay1amU4bs475+SZhsZNW8PjXhLtl/wC/dKORCxUXoNby13roPlrT5K/KsD8tQPmrwPJeV0AeF4DMaOQ+QtrgAfMpWeAV7DPqdd2gBdwTV2kgn3w6xbqY/YAT8ddqA+8RqKHew1DybEzCTnWNJQcu5CQY2EgOQIxo7oQkmNhIXIsYskRW6QiAuR4ruHkqOM+V4gc0XstmnSSyNGKuWif2Iy7u7BDEnR/GpdFBeKOkFxizgWScHfgJSaZ5BJTDJg/IGZUMgn+mhoqQtJI8tfMUBGSTtK/xYH9C8SMSicUIcWFRMh5VoRgi3SegAgpYbgI0XGXIBEhpaKX8WICl9Leho8rKyTJXMb7kJDR+UAyAtZa9TFcxOm+Pl8AN/1ILoElhHATNH/9SfIHxLfqB8zfAJJzqyQQf0DMqAEk+GtvqAi+hSR/HQwVwYNJ+rcUsH+BmFGDCUVwKSERXNqKYGyRSguI4DKGi2AddxkSEVwxKgZLClzqbzVcBP8/9r4E3qbqff+6ZkIImacQGe7iGovMhbjmSlEu95qv8ZpnIfNMFEKoUMbmFEWpZIqikaIoCplS/M/6te+3fXb3SzrPu//r+Z61P5/v555vjn3X+77Pu571PO8+R+kYGTEzkISMCgLJCFhrNdBwEaz7uqAAboaQHAILCOEm1PwNJckfEN9qCDB/w0j2rUJA/AExo4aR4K+ToSJ4FEn+OhsqgkeT9G9hYP8CMaNGE4rgwkIiuIgVwdgiFREQwUUNF8E67qIkIjgqIAYLCRzqxxougivFyIiZcSRkdBuQjIC1VuMMF8G6r28TwM0EkkNgUSHchJq/iST5A+JbTQDmbxLJvlUMiD8gZtQkEvwNMlQETyPJ32BDRfB0kv4tDuxfIGbUdEIRXFxIBJewIhhbpBICIvh2w0Wwjvt2EhFcLSAGiwkc6mcZLoJrxsiImdkkZFQSSEbAWqvZhotg3dclBXAzj+QQeLsQbkLN3xMk+QPiW80D5m8+yb5VCog/IGbUfBL8TTJUBC8kyd9kQ0XwIpL+vQPYv0DMqEWEIvgOIRFc2opgbJFKC4jgMoaLYB13GRIRXDcgBksJHOqXGC6CG8bIiJmlJGRUFkhGwFqrpYaLYN3XZQVws5zkEFhGCDeh5m8FSf6A+FbLgflbSbJvlQPiD4gZtZIEfwsNFcGrSPK3yFARvJqkf6OA/QvEjFpNKIKjhESwsiIYWyQlIILLGy6CddzlSURwk4AYLCdwqH/RcBHcMkZGzKwlIaMKQDIC1lqtNVwE676uIICbDSSHwPJCuAk1fxtJ8gfEt9oAzN8mkn0rGog/IGbUJhL8vWioCH6VpX8NFcGvkfRvRWD/AjGjXiMUwRWFRHAlK4KxRaokIIIrGy6CddyVSUTwAwExGC1wqH/TcBHcLkZGzGwmIaMqQDIC1lptNlwE676uIoCbLSSHwMpCuAk1f1tJ8gfEt9oCzN87JPtWVSD+gJhR75Dgb4uhIvg9kvxtNVQEv0/Sv9WA/QvEjHqfUARXExLBd1oRjC3SnQIi+C7DRbCO+y4SERwbEINVBQ71HxougjvHyIiZj0jIqDqQjIC1Vh8ZLoJ1X1cXwM0ukkPgXUK4CTV/u0nyB8S32gXM3x6SfasGEH9AzKg9JPjbZ6gI3k+Sv08MFcEHSPr3bmD/AjGjDhCK4LuFRHBNK4LBRRIQwbUMF8E67lokIrh7QAzWEDjUHzRcBPeJkREzh0jIqDaQjIC1VocMF8G6r2sL4OZLkkNgLSHchJq/r0jyB8S3+hKYv69J9q06QPwBMaO+JsHfUUNF8Lck+TtmqAj+jqR/6wL7F4gZ9R2hCK4rJILrWRGMLVI9ARFc33ARrOOuTyKC+wfEYB2BQ/33hovgoTEyYuYHEjK6B0hGwFqrHwwXwbqv7xHAzY8kh8D6QrgJNX8/keQPiG/1IzB/J0n2rXuB+ANiRp0kwd8FQ0XwaZL8XTRUBJ8h6d8GwP4FYkadIRTBDYREcEMrgrFFaiggghsZLoJ13I1IRPDIgBi8V+BQf85wETwuRkbMnCcho/uAZASstTpvuAjWfX2fAG4ukRwCGwnhJtT8/UaSPyC+1SVg/i6T7FuNgfgDYkZdJsFf+oNmiuCrJPnLAMwfUgRH/MzRv02A/QvEjELmzy8R3ERIBMdYEYwtUoyACG5quAjWcTclEcETA2KwscChPuXPZsc9PUZGzKQiIaNmQDIC1lqlEsZNqHnTfd1MADdpfcJNVGhX0N4bFdoVhJtQ85eOJH9AfKu0wPylJ9m3mgPxB8SMSk+Cv7yGiuBMJPnLZ6gIzkzSvy2A/QvEjMpMKIJbCIngllYEY4vUUkAEtzJcBOu4W5GI4NkBMdhc4FCf1XARvCBGRsxkIyGj1kAyAtZaZTNcBOu+bi2Amxwkh8BWQrgJNX85SfIHxLfKAcxfLpJ9634g/oCYUblI8FfGUBGclyR/ZQ0VwflI+vcBYP8CMaPyEYrgB4RE8INWBGOL9KCACG5juAjWcbchEcGLAmLwfoFDfUHDRfAzMTJiphAJGT0EJCNgrVUhw0Ww7uuHBHBTlOQQ2EYIN6Hm7zaS/AHxrYoC81eMZN96GIg/IGZUMRL83W2oCC5Jkr+ahorgUiT92xbYv0DMqFKEIritkAhuZ0UwtkjtBETwI4aLYB33IyQi+NmAGHxY4FBfxnAR/EKMjJgpS0JGjwLJCFhrVdZwEaz7+lEB3CiSQ+AjQrgJNX/lWSZJwF5RwPxVINm32gPxB8SMqkCCv2aGiuDKJPlrbqgIrkLSv7HA/gViRlUhFMGxQiK4gxXB2CJ1EBDBHQ0XwTrujiQieH1ADLYXONTfabgIfiVGRszcRUJGcUAyAtZa3WW4CNZ9HSeAm7tJDoEdhXATav5qkuQPiG91NzB/tUj2rXgg/oCYUbVI8NfBUBFcj2X/M1QE1yfp307A/gViRtUnFMGdhERwZyuCsUXqLCCCuxgugnXcXUhE8BsBMRgvcKhvYLgI3hojI2YakpBRVyAZAWutGhougnVfdxXATWOSQ2AXIdyE/K2jJPkD4ls1BuYvhmTf6gbEHxAzKoYEf4mGiuAWJPnrb6gIbknSv92B/QvEjGpJKIK7C4ngHlYEY4vUQ0AEJxgugnXcCSQieHtADHYTONTfb7gI/ihGRsw8QEJGPYFkBKy1esBwEaz7uqcAbh4iOQQmCOEm5M+KkuQPiG/1EDB/bUn2rV5A/AExo9qS4G+8oSK4PUn+HjdUBMeS9G9vYP8CMaNiCUVwbyER3MeKYGyR+giI4L6Gi2Add18SEbw7IAZ7CRzq4wwXwQdiZMRMPAkZ9QOSEbDWKt5wEaz7up8AbrqQHAL7CuEm5CcbSPIHxLfqAsxfN5J9KxGIPyBmVDcS/M03VAT3JMnfAkNFcC+S/u0P7F8gZlQvQhHcX0gED7AiGFukAQIieKDhIljHPZBEBB8KiMFEgUN9X8NF8DcxMmKmHwkZDQKSEbDWqp/hIlj39SAB3AwgOQQOFMJNyHUhyR8Q32oAMH+DSPatwUD8ATGjBpHgb5WhIngYSf5WGyqCh5P07xBg/wIxo4YTiuAhQiJ4qBXB2CINFRDBwwwXwTruYSQi+LuAGBwscKgfZbgIPhEjI2ZGk5DRcCAZAWutRhsugnVfDxfAzViSQ+AwIdyEmr9xJPkD4luNBeZvPMm+NQKIPyBm1HgS/L1pqAieRJK/zYaK4Mkk/TsS2L9AzKjJhCJ4pJAIHmVFMLZIowRE8GjDRbCOezSJCD4VEIMjBA710wwXwb/GyIiZ6SRkNAZIRsBaq+mGi2Dd12MEcDOLRcQJ4SbU/M0myR8Q32oWMH9zSPatx4D4A2JGzSHB3y5DRfB8kvztNlQELyDp37HA/gViRi0gFMFjhUTwOCuCsUUaJyCCxxsugnXc40lE8MWAGHxM4FC/0HARfCVGRswsIiGjx4FkBKy1WmS4CNZ9/bgAbpawfLGOEG5Czd9SkvwB8a2WAPO3jGTfmgDEHxAzahkJ/g4bKoJXkuTviKEi+FmS/p0I7F8gZtSzhCJ4opAInmRFMLZIkwRE8GTDRbCOezKJCI5sGhExQeBQv8pwEZyuqYyYWU1CRlOAZASstVptuAjWfT1FADcvkhwCJwvhJtT8rWX5TCGwV14E5m8dyb41FYg/IGbUOhL8nTVUBG8iyd+vhorgl0j6dxqwf4GYUS8RiuBpQiJ4uhXB2CJNFxDBMwwXwTruGSQi+KaAGJwqcKh/1XARnK2pjJh5jYSMZgLJCFhr9ZrhIlj39UwB3LxJcgicIYSbUPO3mSR/QHyrN4H5e4tk35oFxB8QM+otEvylPmSmCH6HJH9pgPlDiuB3Sfp3NrB/gZhR7xKK4NlCIniOFcHYIs0REMFzDRfBOu65JCI4Z0AMzhI41L9nuAjO11RGzLxPQkbzgGQErLV633ARrPt6ngBuPiQ5BM4Vwk2o+fuIJH9AfKsPgfnbSbJvPQHEHxAzaicJ/nIZKoL3kOTvVkNF8F6S/p0P7F8gZtReQhE8X0gEL7AiGFukBQIi+EnDRbCO+0kSEVwoIAafEDjU7zdcBBdvKiNmDpCQ0VNAMgLWWh0wXATrvn5KADcHSQ6BTwrhJtT8HSLJHxDf6iAwf5+T7FsLgfgDYkZ9ToK/koaK4K9J8lfKUBH8DUn/LgL2LxAz6htCEbxISAQvtiIYW6TFAiL4acNFsI77aRIRXCogBhcKHOq/NVwERzWVETPfkZDREiAZAWutvjNcBOu+XiKAm+9JDoFPC+Em1Pz9QJI/IL7V98D8HSfZt5YC8QfEjDpOgr87DRXBJ0nyd5ehIvgUSf8uA/YvEDPqFKEIXiYkgp+xIhhbpGcERPByw0Wwjns5iQiODojBpQKH+tOGi+BqTWXEzBkSMloBJCNgrdUZw0Ww7usVArg5R3IIXC6Em1Dzd54kf0B8q3PA/F0g2bdWAvEHxIy6QIK/xoaK4Msk+WtiqAj+naR/nwX2LxAz6ndCEfyskAh+zopgbJGeExDBzxsugnXcz5OI4BoBMbhS4FB/1XARXLepjJiJ+IWDjFYByQhYa4XOH7q+uq9XCeAmpU+4iQrtCtp7o0K7gnATav5SkeQPiG/lxkyo+UtNsm+tBuIPiBmVWnjfigrtUvcG+G61wL6V3vC4mzSV2a8zkPTLGmC/AGutMhiOm6yBQqwRwI2+LypuvbY0LsxkC7y4EviZ3fl5i/NTXy8EYnnRiUf/nSRRm8t5j/7zpPeuDbxe53rvP7n/+sD7N1zj/utd998YeL0pmffmcN670XmvFuAvBV6/fINreSXw/levsZZXXGt5LfD69Wus5TXXWt4IvH4zmffmdN77hvNevcbNgddvORoQjc33b/kzL2hsZjK8J3ff8mde0XFnJtnL3wbu5cBaK2T+/DIQs4P34aQ1JtV8S6BWWwP/e8flA2VyfqaPCDYV9ZXG9bomaF0CJmVUatda07vWnBRPZufPU2F/b4X0rtxGuPIdkUzeIly/P13gfzc5rzvF9WuaGNu9S4dGcYOSq1nKZO4b6Yo1ted97jom/Vla99+XOJSA7vW3w8MWh7y2Oj/fcX5mCfzv3cDrbf+FzBAHIt2M8PsSHDDfFSCzbEJkFomOH0hA2cAE5N2cJeq/patMndDr3Apcpzuv25395D0XQeZyfro3+xSu/8ZMmulccSRdbnJJ+p1JcScRaWrsWsrr35UqIvi6FpEm/X4PkbaI69Anrp+HSL0T08hkYnXHqONLi40vKmmtSVfSmpJ+T4aIv3CTzrWO9Nh1qKTf5V1Hetc60rleJ/1ZBteakv5bRs963b3g/rtJec3oipnmMKID2e4cOt5zfr4f+Lmjq9z6twgQcA7DJ1g67vcF4s5JcvAA1kflJDhkbhWodW4CjO8QiDsPCcaB9VF5DMf4rSn/dKzRtc5veNzbA27o2wJxFyBxQz8AuqHAWitk/rwmzQfOuch7TtLXh4HXH93gpGRn4P0fX2NSstN1/12B17u7/nlfPwTyh13N33d2YZ9ujI8uHx2l+xoVt1vY7XEJ7SSB8L8otNO64ki63O60FlHZnf+f0LNfl/hBTRK7d+8S3yWuY5Oe/eLcKUvuCeDkdKzbHE6VTBrpzGGp9e0Reir2v+U05G9a//dPGkd57qX8mmztFXo0fp99NB5bpH1d8ff9xPBH43Xcn/i8CUSFdgXlNCrEy3t4Qgu/9IFfcKEz7n47s0VEXOwsW68Q7628/8Gd3/0O1g64MJfahZOk9+oN7WrE3zGUwvU60nlP5DXek+K/3Oe/HUbENq2k4HQCNruCPdA12N53Lwj1u/cDN6FPr3GvKpXjYuMrR1doHxUdHxu4T6X4uArty1dV8VUqBG5fIVrFto+L6hgdW7lSdKUq8ZV9e7bkUyEG/swyMLZInwkw8EHDGVjHfdCnD6eF/G9LOGtF37ewoR8W+du/kQDE0iGgXVYYbHHpTUyvr5ZzTzTmk05FaBwVNdwiTjq9oeO+zUyL+G+SG3kQOQC8VzGSD6sB8a2AmFFS+UP3yeeE9tHnQofXL+zhFVukLwQOr18afnjVcX9J8s0K2u+WWKtf87cDIWwE8cGXb3bPV06+v/4Hdk/tZHLntXtqR1zf7knuPte1e0x/GC/SSWYKV+K+dp3Qky70iQMYh/oauJl9g2uG+KR8fiOoeHQeDwgo55JmPfj1t1OSjvsrgbhLETzw9rVA3HcYqlS8BIPcN0oCv1ajNInSA+JbATGjpPIXCe6Tr4Bccxjo1Ol7SHDLYcO/GkEibu0iphZw0xSBi5hGIO7yJA+aHgH2I7DWqrzhuNH9kkMANxUJ+iWnQNyVSPrlW2C/AGutKhH0SzEB3FQl6JfiAnFXI+mX74D9Aqy1qkbQLxUFcFOdoF8qCcRdg6RfjgL7BVhrVYOgX+oJ4KYWQb/UF4i7Nkm/HAP2C7DWqjZBv7QSwE09gn5pLRB3fZJ++R7YL8Baq/oE/RIngJsGBP0SLxB3Q5J++QHYL8Baq4YE/ZIogJvGBP3SXyDuJiT9chzYL8BaqyYE/TJWADfNCPplnEDczUn65QSwX4C1Vs0J+mWOAG5aEfTLXIG4W5P0y4/AfgHWWrUm6JflArh5kKBfVgjE3YakX34C9guw1qoNQb9sEsBNW4J+eUkg7nYk/XIS2C/AWqt2BP2yTQA37Qn6ZbtA3LEk/XIK2C/AWqtYgn7ZL4CbOIJ+OSAQdzxJv/wM7BdgrVU8Qb8cFcBNF4J+OSYQd1eSfvkF2C/AWquuBP1yTgA3PQj65bxA3Akk/XIa2C/AWitk/vSHnmdHRkTc7NxPf4ZBP5etnzXVz8/pZ4L0cw56dqvnUdpj176h9kK0vtNnVs3Dem853TUi6ELj5kxXGdyg13kWiBtdnzmRf30OTefgrHCefwV+Rs2vbyP5VejbSM7ZbyPBFumcwLeRnDf820h03OeJvo1EYq32C23/vCKSuVBrduf3glPDi//gG04Ku/7ef/uGk8IR1/+Gk+Tu8z/xDSc6mYVcibvY9e87r8nfcHIRuEFe6orP76V/kM9Q1/0b8FRm6PfdJUsIiE/bXxD4FH9vgrgvCsTdx3DVr+P+TSDuvj6p/qjQLgXEpQLWWknlD13ny4Tq8bKQevzdqkdskX4XUI9/GK4eddx/EKnHP6x6pFePV5waXrXq8d9fSYm64lGPV8nU41XkBtkNn199T2n1mAK37rBTj1cE1MQAgrivCsQ9kEA9puiGj3sQiXoE4lIBa62Q+dOkP8d9WsDm8D/1QWPzalfz1xjZTQbn8IZMCSREVkCl7Gb+GlOh14heoPaWUwkwxjASxnB3fKgxpwY25TCCk0ZqAdyk6YZlytmEG1sago0trRRTRoIB5Zbiod4rHbDBJYoi1ZTpu5m/GX0oIPdGGL4J6yZMJ1DvkSSPCGcA9iOw1mrkLzQk9p9BFfyxfQISyyB9Og8V4LcGOmaXwMY2xvAGj4uPj4rt2EFtvwUXc0bgZoHMn19T9oxg7z/puqnbX6/tlD3Ee+oi3dQNf99MQJkrFXembvAaBW1OaGWBzGnmbnJNAcpnfHT56Cjkhpylm7mEJvEhxvRd8EQ+luBDjBkE4h5HolBuBvY1sNZqHEG/5BbAzQSCfskjEPdEkn7JCuwXYK3VRIJ+KSmAmykE/VJKIO6pJP2SDdgvwFqrqQT9UlUANzMI+qWaQNwzSfolO7BfgLVWMwn6pYEAbuYQ9EtDgbjnkvTLLcB+AdZazSXolwcFcDOfoF/aCMS9gKRfcgD7BVhrtYCgX7oI4GYhQb90FYh7EUm/5AT2C7DWahFBvwwSwM0Sgn4ZLBD3UpJ+yQXsF2Ct1VKCfpkggJvlBP0yUSDuFST9ciuwX4C1VisI+mW+AG6eI+iXBQJxP0/SL7mB/QKstXqeoF+eE8DNGoJ+eV4g7hdI+iUPsF+AtVYvEPTLqwK4WUfQL68JxL2epF/yAvsFWGu1nqBfdgjgZhNBv3wgEPdLJP2SD9gvwFqrlwj65aAAbl4l6JdDAnG/RtIv+YH9Aqy1eo2gX44L4OZNgn45IRD3ZpJ+KQDsF2Ct1WaCfrkkgJstBP3ym0DcW0n6pSCwX4C1Vsj86W+anBv51z9KpD/DoJ/L1s+a6ufn9DNB+jkHPbvV8yjtsWvfUHshWt/pM6vmYb23FOwWEXShcVNI6Gso0OssDMSNrs+8yL8+z6ZzUFg4z0WAn9Xy6wOvRYQ+8FrUfuAVW6SiAh94vc3wD7zquG8T+sCrxNerSKzVfq30n1dEMhdqze78FnNqWNxVS/u10jd4JSVKJ7OQK3HF/8HXIEeFdkG/Vro4cIMsIfC10iV8+Frp2+3XSv/r71QrJvC9U9sI4i4uEPd2w1W/jvt2gbjf80n1R4V2KSAuFbDWSip/6DqXJFSPJYXUYymrHrFFKiWgHu8wXD3quO8gUo93WPVIrx5LOzUsY9Xjv7+SElXaox7LkKnHMsANsqyAeizrg3osZ9Xjv1ZRpQXUxIcEcZcRiPsjAvVYTiDunSTqEYhLBay1QuZPk/4892kBm8P/1AeNzTIE31IdJfVPLaAbUoH/USJGQCkCQJU3/R8l0t5yeQHG2EPCGFHA03UFYFPuIThpVBDATTT4HyWaS7ixRRNsbBVN39j013xnEQDoPvM3tv/7+nDkV6ZXAm5sUvmLBNcZ+Y9ZVSb4x6wkNvMqBP+YVSWBuPcbTt56864sEPcBkkfLqwL7EVhrdeAXmsOP2D9mVYXg8FO1mwzO4Q1Z7UYOAZWveS/l19MA1YSeBrjTPg2ALdKdAk8D3GX40wA67ruEngZIuiRzGhXi5ceTACc7YZ8EuNwFn9NsKYUY4EbXqa79x+5aVXdwW+MfPFUwOOLvePQ+VTA44vpPFSR3n+s+VXDDSbhOipKCq97trwVGOokY6Fkc6ncmARnN6AcJPrV6WeBTq4dI/ORsN2IbXOfEVR1Ihp+TSLMaQGnm7pVQ1/UFCf6AfaKAmFFS+UPvM3cTKqa7hRRTTauYwEUSUEy1DFdMOu5aRM9PS6z1eqop1Lp5VVPIj3sJqaYbIvfrKJuIZC7Uvd21qu3goY7pqkmiGUD3+s+zwrU9CkwndVBE8GXys9h1gJtt3Rti7fhrXkn5rPsP8hnquusBc3Do/9cJ/R9sLjd8srzOaVDjsLbA0O0wwbPYdQTiPkLwhFQ9gbi/JVGiQFwqYK3VtwS4kdgnsgpZ1uh11u/Gsc57wN8z9kTkXwc7nYN7hL9n7F7CT4rfK+R0NLBOB7ZIDQScjoaGOx067oZks+GGgrNhIcyGpvyvfQV9CruRU8v7TP8UNjoJScE18nxy+r5uEX+70FZWI2CT30dykmhMyMSNhZi4iWVibJGaCDBxjOFMrOOOIWPiGMvE7iuIiZs6tWwWrkzc1MPEzXxg4qbAJm8G/lTfE8mgG3X/CE/RUbVs1s38NTZnebC9Bfjz74yAakEAqJamf0xU642WAm7r9yQufXPgLt8K2JTI/OkGn03Y4K0IGry1FGOgx9b3A8GpgOOo8iQPRj5AaFI8IGRSPGhNCmyRHhQwKdoYblLouNuQmRRt+EwKJXlv9/ofcmr5cLiaFA95TIqHfTApHgI2+cPdZECHZuK2hEzcVoiJ21kmxhapnQATP2I4E+u4HyFj4kcsEwfd273+R51atg9XJn7Uw8TtfWDiR4FN3t66uwqYA7E1xrKMCzpYQKkOBIDqaPq4QOuNjgLjguMk44JY4C4fB2zK43ZcoOIIGjyeZVzQCQjOisBxQSWScUFnQpOis5BJ0cWaFNgidREwKboablLouLuSmRRd+UyK8oL3DjIpujm17B6uJkU3j0nR3QeTohuwybt3kwEdmol7EDJxDyEmTrBMjC1SggAT9zSciXXcPcmYuKdlYvcVxMS9nFr2Dlcm7uVh4t4+MHEvYJP3BjIxq7sLzIHYGvuwjAv62nGB6ksAqH6mjwu03ugnMC74kWRc0Ae4yycCm/JHOy5QiQQN3p9lXDAACM6qwHFBNZJxwUBCk2KgkEkxyJoU2CINEjApBhtuUui4B5OZFIP5TIoKgvcOMimGOLUcGq4mxRCPSTHUB5NiCLDJh3aTAR2aiYcRMvEwISYebpkYW6ThAkw8wnAm1nGPIGPiEZaJ3VcQE490ajkqXJl4pIeJR/nAxCOBTT4KyMSs7i4wB2JrHM0yLhhjxwVqDAGgHjN9XKD1xmMC44KTJOOC0cBdfiywKU/acYEaS9Dg41jGBeOB4KwOHBfUIBkXPE5oUjwuZFJMsCYFtkgTBEyKiYabFDruiWQmxUQ+kyJa8N5BJsUkp5aTw9WkmOQxKSb7YFJMAjb55G4yoEMz8RRCJp4ixMRTLRNjizRVgImnGc7EOu5pZEw8zTKx+wpi4ulOLWeEKxNP9zDxDB+YeDqwyWcAmZjV3QXmQGyNM1nGBbPsuEDNIgDUbNPHBVpvzBYYF/xMMi6YCdzl5wCb8mc7LlBzCBp8Lsu4YB4QnLWA44LaJOOCJwhNiieETIr51qTAFmm+gEmxwHCTQse9gMykWMBnUlQUvHeQSfGkU8unwtWkeNJjUjzlg0nxJLDJn+omAzo0Ey8kZOKFQky8yDIxtkiLBJh4seFMrONeTMbEiy0Tu68gJn7aqeWScGXipz1MvMQHJn4a2ORLgEzM6u4CcyC2xqUs44JldlyglhEA6hnTxwVabzwjMC44TTIuWArc5ZcDm/K0HReo5QQNvoJlXLASCM56wHFBfZJxwbOEJsWzQibFc9akwBbpOQGT4nnDTQod9/NkJsXzfCZFJcF7B5kUq5xarg5Xk2KVx6RY7YNJsQrY5Ku7yYAOzcRrCJl4jRATv2CZGFukFwSY+EXDmVjH/SIZE79omdh9BTHxWqeW68KVidd6mHidD0y8Ftjk64BMzOruAnMgtsb1LOOCDXZcoDYQAGqj6eMCrTc2CowLzpKMC9YDd/lNwKY8a8cFahNBg7/EMi54GQjOBsBxQUOSccErhCbFK0ImxavWpMAW6VUBk+I1w00KHfdrZCbFa3wmRWXBeweZFK87tXwjXE2K1z0mxRs+mBSvA5v8jW4yoEMz8ZuETPymEBNvtkyMLdJmASZ+y3Am1nG/RcbEb1kmdl9BTPy2U8st4crEb3uYeIsPTPw2sMm3AJmY1d0F5kBsjVtZxgXv2HGBeocAUO+aPi7QeuNdgXHBOZJxwVbgLr8N2JTn7LhAbSNo8O0s44L3gOBsDBwXNCEZF7xPaFK8L2RS7LAmBbZIOwRMig8MNyl03B+QmRQf8JkUVQTvHWRSfOjU8qNwNSk+9JgUH/lgUnwIbPKPusmADs3EOwmZeKcQE39smRhbpI8FmHiX4Uys495FxsS7LBO7ryAm3u3Uck+4MvFuDxPv8YGJdwObfA+QiVndXWAOxNa4l2VcsM+OC9Q+AkB9Yvq4QOuNTwTGBRdIxgV7gbv8fmBTXrDjArWfoMEPsIwLPgWCsxlwXNCcZFzwGaFJ8ZmQSXHQmhTYIh0UMCkOGW5S6LgPkZkUh/hMiqqC9w4yKT53avlFuJoUn3tMii98MCk+Bzb5F91kQIdm4i8JmfhLISb+yjIxtkhfCTDx14YzsY77azIm/toysfsKYuJvnFoeDlcm/sbDxId9YOJvgE1+GMjErO4uMAdiazzCMi741o4L1LcEgPrO9HGB1hvfCYwLLpGMC44Ad/mjwKa8ZMcF6ihBgx9jGRd8DwRnK+C4oDXJuOAHQpPiByGT4rg1KbBFOi5gUpww3KTQcZ8gMylO8JkU7QXvHWRS/OjU8qdwNSl+9JgUP/lgUvwIbPKfusmADs3EJwmZ+KQQE5+yTIwt0ikBJv7ZcCbWcf9MxsQ/WyZ2X0FM/ItTy9PhysS/eJj4tA9M/AuwyU8DmZjV3QXmQGyNZ1jGBWftuECdJQDUr6aPC7Te+FVgXHCZZFxwBrjLnwM25WU7LlDnCBr8PMu44AIQnA8CxwVtSMYFFwlNiotCJsUla1Jgi3RJwKT4zXCTQsf9G5lJ8RufSREreO8gk+KyU8vfw9WkuOwxKX73waS4DGzy37vJgA7NxH8QMvEfQkx8xTIxtkhXBJj4quFMrOO+SsbEVy0Tu68gJo7o7uS8+1//KayYWCegkCtYdyK8C0r63SE3ZnfcvVJ0x4GO1d0F5kBsjZECa0x2oSEfc3ALpR0XpCQAVCr0GtEL1HpDLxJ+picZF0QCd/nUwKb8w44LVGqCBk8jxRjocUFaIDjbAscF7UjGBemAG4VfJkU6IDjd603vOn5bkyLEe+oipe+Ov28GIGCl4s7QHV4jUZMiA7ChfDIpOgjeO8ikyOjU8qZwNSkyekyKm3wwKTICm/ym7jKgQzNxJkImziTExJktE2OLlFmAibMYzsQ67ixkTJzFMrH7CmLim51aZg1XJr7Zw8RZfWDim4FNnhXIxKzuLjAHYmvMxjIuyG7HBSo7AaBuMX1coPXGLQLjgqsk44JswF0+B7Apr9pxgcpB0OA5WcYFuYDgbA8cF8SSjAtuJTQpbhUyKXJbkwJbpNwCJkUew00KHXceMpMiD59J0VHw3kEmRV6nlvnC1aTI6zEp8vlgUuQFNnm+7jKgQzNxfkImzi/ExAUsE2OLVECAiQsazsQ67oJkTFzQMrH7CmLiQk4tC4crExfyMHFhH5i4ELDJCwOZmNXdBeZAbI1FWMYFRe24QBUlANRtpo8LtN64TWBckOI0x7igCHCXLwZsSmT+WMcFxQgavDjLuKAEEJxxwHFBPMm44HZCk+J2IZOipDUpsEUqKWBSlDLcpNBxlyIzKUrxmRRxgvcOMinucGpZOlxNijs8JkVpH0yKO4BNXrq7DOjQTFyGkInLCDFxWcvE2CKVFWDicoYzsY67HBkTl7NM7L6CmDjKqaUKVyaO8jCx8oGJo4BNroBMzOruAnMgtsbyLOOCCnZcoCoQACra9HGB1hvRAuOClCTjgvLAXb4isClT2nGBqkjQ4JVYxgWVgeDsAhwXdCUZF1QhNCmqCJkUVa1JgS1SVQGToprhJoWOuxqZSVGNz6SIF7x3kElxp1PLu8LVpLjTY1Lc5YNJcSewye/qLgM6NBNXJ2Ti6kJMXMMyMbZINQSY+G7DmVjHfTcZE99tmdh9BTFxTaeWtcKViWt6mLiWD0xcE9jktYBMzOruAnMgtsbaLOOCOnZcoOoQAKqu6eMCrTfqCowLUpOMC2oDd/l6wKZMbccFqh5Bg9dnGRfcAwRnD+C4IMGnby0LNX/3AvNXFJi/24D3ksxfg//9/ImOqxp251hnIyQJBu4xP/Ivaadz0Mgj/dDrv4/QjLxPyIxsbM1IbJEaC5iRTQw3I3XcTcjMyCZ8ZmSU4L2DzMgYp5ZNw9WMjPGYkU19MCNjgE3elOQk0YyQiZsJMXFzy8TYIjUXYOIWhjOxjrsFGRO3sEzsvoKYuKVTy1bhysQtPUzcygcmbgls8lZAcOsizyc0eVt1N3+NrVnGgveDx4KMgLqfAFAPmD4W1HrjAYGxYFqSsWBr4C7/ILAp04LHgnMJG/xBggZvwzIWfAgIzrHAscw4krHMw4QmxcNCJkVba1Jgi9RWwKRoZ7hJoeNuR2ZStOMzKZTkvd3rf8Sp5aPhalI84jEpHvXBpHgE2OSPdpcBHZqJ2xMycXshJo61TIwtUqwAE3cwnIl13B3ImLiDZeKge7vX39GpZVy4MnFHDxPH+cDEHYFNHmfdXQXMgdga41nGBZ0soFQnAkB1Nn1coPVGZ4FxQXqScUE8cJfvAmzK9HZcoLoQNHhXlnFBNyA4JwDHBRNJxgXdCU2K7kImRQ9rUmCL1EPApEgw3KTQcSeQmRQJfCZFecF7B5kUPZ1a9gpXk6Knx6To5YNJ0RPY5L26y4AOzcS9CZm4txAT97FMjC1SHwEm7ms4E+u4+5IxcV/LxO4riIn7ObVMDFcm7udh4kQfmLgfsMkTgUzM6u4CcyC2xv4s44IBdlygBhAAaqDp4wKtNwYKjAsykowL+gN3+UHApsxoxwVqEEGDD2YZFwwBgnMKcFwwlWRcMJTQpBgqZFIMsyYFtkjDBEyK4YabFDru4WQmxXA+k6KC4L2DTIoRTi1HhqtJMcJjUoz0waQYAWzykd1lQIdm4lGETDxKiIlHWybGFmm0ABOPMZyJddxjyJh4jGVi9xXExI85tRwbrkz8mIeJx/rAxI8Bm3wskIlZ3V1gDsTWOI5lXDDejgvUeAJAPW76uEDrjccFxgWZSMYF44C7/ARgU2ay4wI1gaDBJ7KMCyYBwTkDOC6YSTIumExoUkwWMimmWJMCW6QpAibFVMNNCh33VDKTYiqfSREteO8gk2KaU8vp4WpSTPOYFNN9MCmmAZt8encZ0KGZeAYhE88QYuKZlomxRZopwMSzDGdiHfcsMiaeZZnYfQUx8WynlnPClYlne5h4jg9MPBvY5HOATMzq7gJzILbGuSzjgnl2XKDmEQDqCdPHBVpvPCEwLshCMi6YC9zl5wObMosdF6j5BA2+gGVc8CQQnHOA44K5JOOCpwhNiqeETIqF1qTAFmmhgEmxyHCTQse9iMykWMRnUlQUvHeQSbHYqeXT4WpSLPaYFE/7YFIsBjb5091lQIdm4iWETLxEiImXWibGFmmpABMvM5yJddzLyJh4mWVi9xXExM84tVwerkz8jIeJl/vAxM8Am3w5kIlZ3V1gDsTWuIJlXLDSjgvUSgJAPWv6uEDrjWcFxgVZScYFK4C7/HPApsxqxwXqOYIGf55lXLAKCM75wHHBApJxwWpCk2K1kEmxxpoU2CKtETApXjDcpNBxv0BmUrzAZ1JUErx3kEnxolPLteFqUrzoMSnW+mBSvAhs8rXdZUCHZuJ1hEy8ToiJ11smxhZpvQATbzCciXXcG8iYeINlYvcVxMQbnVpuClcm3uhh4k0+MPFGYJNvAjIxq7sLzIHYGl9iGRe8bMcF6mUCQL1i+rhA641XBMYF2UnGBS8Bd/lXgU2Z3Y4L1KsEDf4ay7jgdSA4FwLHBYtIxgVvEJoUbwiZFG9akwJbpDcFTIrNhpsUOu7NZCbFZj6TorLgvYNMirecWr4dribFWx6T4m0fTIq3gE3+dncZ0KGZeAshE28RYuKtlomxRdoqwMTvGM7EOu53yJj4HcvE7iuIid91arktXJn4XQ8Tb/OBid8FNvk2IBOzurvAHIitcTvLuOA9Oy5Q7xEA6n3TxwVab7wvMC7IQTIu2A7c5XcAmzKHHReoHQQN/gHLuOBDIDiXAMcFS0nGBR8RmhQfCZkUO61JgS3STgGT4mPDTQod98dkJsXHfCZFFcF7B5kUu5xa7g5Xk2KXx6TY7YNJsQvY5Lu7y4AOzcR7CJl4jxAT77VMjC3SXgEm3mc4E+u495Ex8T7LxO4riIk/cWq5P1yZ+BMPE+/3gYk/ATb5fiATs7q7wByIrfEAy7jgUzsuUJ8SAOoz08cFWm98JjAuyEUyLjgA3OUPApsylx0XqIMEDX6IZVzwORCcy4HjghUk44IvCE2KL4RMii+tSYEt0pcCJsVXhpsUOu6vyEyKr/hMiqqC9w4yKb52avlNuJoUX3tMim98MCm+Bjb5N91lQIdm4sOETHxYiImPWCbGFumIABN/azgT67i/JWPiby0Tu68gJv7OqeXRcGXi7zxMfNQHJv4O2ORHgUzM6u4CcyC2xmMs44Lv7bhAfU8AqB9MHxdovfGDwLggN8m44Bhwlz8ObMrcdlygjhM0+AmWccGPQHA+BxwXPE8yLviJ0KT4ScikOGlNCmyRTgqYFKcMNyl03KfITIpTfCZFe8F7B5kUPzu1/CVcTYqfPSbFLz6YFD8Dm/yX7jKgQzPxaUImPi3ExGcsE2OLdEaAic8azsQ67rNkTHzWMrH7CmLiX51angtXJv7Vw8TnfGDiX4FNfg7IxKzuLjAHYms8zzIuuGDHBeoCAaAumj4u0HrjosC4IC/JuOA8cJe/BGzKvHZcoC4RNPhvLOOCy0BwrgGOC14gGRf8TmhS/C5kUvxhTQpskf4QMCmuGG5S6LivkJkUV/hMiljBeweZFFeTatnjr/8WVibFVY9J4U6Ed0FJvzvUxryKbPIeMqBDM3GKHnxMnKKHDBNHujBmmTjEe+oi6YSi75sSCFipuFP2gNdIlIlT9rBM7LqCmDiVU8vU4crEOgGFXMGm9oGJUwGbPDWQiVndXWAOxNaYRmCNyS40VEClxS2UdlyQlgBQ6dBrRC9Q6410PfAAzU8yLkgD3OXTA5syvx0XqPQEDZ5BijHQ44KMQHCuA44L1pOMC24iNCluEjIpMlmTAlukTAImRWbDTQodd2YykyIzn0nRQfDeQSZFFqeWN4erSZHFY1Lc7INJkQXY5Df3kAEdmomzEjJxViEmzmaZGFukbAJMnN1wJtZxZydj4uyWid1XEBPf4tQyR7gy8S0eJs7hAxPfAmzyHEAmZnV3gTkQW2NOlnFBLjsuULkIAHWr6eMCrTduFRgXFCQZF+QE7vK5gU1Z0I4LVG6CBs/DMi7ICwTnJuC44CWScUE+QpMin5BJkd+aFNgi5RcwKQoYblLouAuQmRQF+EyKjoL3DjIpCjq1LBSuJkVBj0lRyAeToiCwyQv1kAEdmokLEzJxYSEmLmKZGFukIgJMXNRwJtZxFyVj4qKWid1XEBPf5tSyWLgy8W0eJi7mAxPfBmzyYkAmZnV3gTkQW2NxlnFBCTsuUCUIAHW76eMCrTduFxgXFCYZFxQH7vIlgU1Z2I4LVEmCBi/FMi64AwjOV4HjgtdIxgWlCU2K0kImRRlrUmCLVEbApChruEmh4y5LZlKU5TMp4gTvHWRSlHNqGRWuJkU5j0kR5YNJUQ7Y5FE9ZECHZmJFyMRKiInLWybGFqm8ABNXMJyJddwVyJi4gmVi9xXExNFOLSuGKxNHe5i4og9MHA1s8opAJmZ1d4E5EFtjJZZxQWU7LlCVCQBVxfRxgdYbVQTGBUVJxgWVgLt8VWBTFrXjAlWVoMGrsYwL7gSC803guGAzybjgLkKT4i4hk6K6NSmwRaouYFLUMNyk0HHXIDMpavCZFPGC9w4yKe52alkzXE2Kuz0mRU0fTIq7gU1es4cM6NBMXIuQiWsJMXFty8TYItUWYOI6hjOxjrsOGRPXsUzsvoKYuK5Ty3rhysR1PUxczwcmrgts8npAJmZ1d4E5EFtjfZZxwT12XKDuIQDUvaaPC7TeuFdgXFCMZFxQH7jLNwA2ZTE7LlANCBq8Icu4oBEQnFuA44Ktv/izUYSav/uA+TsIzN8hYP50c6Rx5S5P4MWVwM+8zs98zk99NQ7ko4lDHPrvJO0vBZ336D9Pem9M4HVT13v/yf2bBd7f/Br3b+a6f4vA65bJvDe/894Wznv1Rtgq8Lr1Da7l/sD7H7jGWu53reXBwOs211jLg661PBR4/XAy7y3gvPch5716jW0Dr9s5sgf+JE+uP/OCPgSUAB8C0HFXz/VnXtFx336aY097BLinAWutbjccN4VS/rmnoXFzh+FxVwj0yyMCcZcmEQulPsPdy13rUPNXhiR/pYH5Kw3MX1mS/fpR4H4NxIxC5s+vAR4wl0EDvPZ2gIctUnuBAV6s4QM8HXes8AAPvblXNJQcK7A8uGwoOUaTkGMHIDkCMaOiCcmxgxA5drTkiC1SRwFyjDOcHHXccULkiF5rjpg/iRytmON7hGfclYUdklDXp3EZLxB3FZJDTByQhCsDDzFVSQ4xnYD5A2JGVSXBXx1DRUh1kvzVNVSE1CDp387A/gViRtUgFCGdhURIFytCsEXqIiBCuhouQnTcXUlESL7AYbyTwKG0luHjyiIxMofx2iRk1A1IRsBaq9qGizjd190EcFOP5BDYVQg3oeavPkn+gPhW9YD5u4dk3+oOxB8QM+oeEvy1MlQENyLJX2tDRfB9JP3bA9i/QMyo+whFcA8hEZxgRTC2SAkCIrin4SJYx92TRAQXD4jB7gKH+hjDRXDpGBkx05SEjHoByQhYa9XUcBGs+7qXAG5akBwCewrhJtT8tSTJHxDfqgUwf61I9q3eQPwBMaNakeCvk6Ei+EGS/HU2VAS3IenfPsD+BWJGtSEUwX2ERHBfK4KxReorIIL7GS6Cddz9SERwVEAM9hY41Lc1XARXipERM+1IyCgRSEbAWqt2hotg3deJArhpT3II7CeEm1DzF0uSPyC+VXtg/jqQ7Fv9gfgDYkZ1IMHfIENFcCeS/A02VAR3JunfAcD+BWJGdSYUwQOERPBAK4KxRRooIIIHGS6CddyDSERwtYAY7C9wqO9muAiuGSMjZrqTkNFgIBkBa626Gy6CdV8PFsBNT5ZDtBBuQn6ygSR/QHyrnsD89SbZt4YA8QfEjOpNgr9JhorgRJL8TTZUBPcn6d+hwP4FYkb1JxTBQ4VE8DArgrFFGiYggocbLoJ13MNJRHDdgBgcInCoH2S4CG4YIyNmBpOQ0QggGQFrrQYbLoJ1X48QwM0wkkPgcCHchFwXlkkSsFeGAfM3gmTfGgnEHxAzagQJ/hYaKoLHkORvkaEi+DGS/h0F7F8gZtRjhCJ4lJAIHm1FMLZIowVE8BjDRbCOewyJCG4SEIMjBQ714w0XwS1jZMTM4yRk9BiQjIC1Vo8bLoJ1Xz8mgJtJJIfAMUK4CTV/k0nyB8S3mgTM3xSSfWssEH9AzKgpJPh70VARPIMkf2sNFcEzSfp3HLB/gZhRMwlF8DghETzeimBskcYLiODHDRfBOu7HSUTwAwExOFbgUD/HcBHcLkZGzMwlIaMJQDIC1lrNNVwE676eIICb+SwiTgg3oeZvAUn+gPhW84H5e5Jk35oIxB8QM+pJEvxtMVQELybJ31ZDRfDTJP07Cdi/QMyopwlF8CQhETzZimBskSYLiOAphotgHfcUEhEcGxCDEwUO9csMF8GdY2TEzDMkZDQVSEbAWqtnDBfBuq+nCuBmJckhcIoQbkLN37Mk+QPiW60E5u85kn1rGhB/QMyo50jwt89QEbyGJH+fGCqCXyDp3+nA/gViRr1AKIKnC4ngGVYEY4s0Q0AEzzRcBOu4Z5KI4O4BMThN4FC/znAR3CdGRsysJyGjWUAyAtZarTdcBOu+niWAm00kh8CZQrgJNX8vkeQPiG+1CZi/l0n2rdlA/AExo14mwd9RQ0Xw6yT5O2aoCH6DpH/nAPsXiBn1BqEIniMkgudaEYwt0lwBETzPcBGs455HIoL7B8TgbIFD/VuGi+ChMTJi5m0SMnoCSEbAWqu3DRfBuq+fEMDNOySHwHlCuAk1f++S5A+Ib/UOMH/bSPat+UD8ATGjtpHg74KhIngHSf4uGiqCPyDp3wXA/gViRn1AKIIXCIngJ60IxhbpSQER/JThIljH/RSJCB4ZEIPzBQ71Ow0XweNiZMTMxyRktBBIRsBaq48NF8G6rxcK4GYPySHwKSHchJq/vST5A+Jb7QHmbx/JvrUIiD8gZtQ+EvylP2imCP6UJH8ZgPlDiuDPSPp3MbB/gZhRnxGK4MVCIvhpK4KxRXpaQAQvMVwE67iXkIjgiQExuEjgUP+54SJ4eoyMmPmChIyWAskIWGv1heEiWPf1UgHcfE1yCFwihJtQ8/cNSf6A+FZfA/N3mGTfWgbEHxAz6jAJ/vIaKoKPkuQvn6Ei+BhJ/z4D7F8gZtQxQhH8jJAIXm5FMLZIywVE8ArDRbCOewWJCJ4dEIPLBA71xw0XwQtiZMTMCRIyWgkkI2Ct1QnDRbDu65UCuDlJcghcIYSbUPN3iiR/QHyrk8D8/Uyybz0LxB8QM+pnEvyVMVQEnyXJX1lDRfCvJP37HLB/gZhRvxKK4OeERPDzVgRji/S8gAheZbgI1nGvIhHBiwJi8FmBQ/0Fw0XwMzEyYuYiCRmtBpIRsNbqouEiWPf1agHcXCY5BK4Swk2o+fud5TOFwF65DMzfHyT71hog/oCYUX+Q4O9uQ0VwijMc+atpqAiOPMPRvy8A+xeIGYXMn18i+AUhEfyiFcHYIr0oIILXGi6CddxrSUTwswExuEbgUJ/6jNlxvxAjI2bSkJDROiAZAWut0gjjJtS86b5eJ4Cb9CSHwLVCuAk1fxlI8gfEt0oPzF9Gkn1rPRB/QMyojCT4a2aoCM5Ckr/mhorgm0n6dwOwf4GYUTcTiuANQiJ4oxXB2CJtFBDBmwwXwTruTSQieH1ADK4XONRnN1wEvxIjI2ZuISGjl4BkBKy1usVwEaz7+iUB3OQiOQRuEsJNqPm7lSR/QHyrXMD85SbZt14G4g+IGZWbBH8dDBXB+Uny19FQEVyApH9fAfYvEDOqAKEIfkVIBL9qRTC2SK8KiODXDBfBOu7XSETwGwEx+LLAob6w4SJ4a4yMmClCQkavA8kIWGtVxHARrPv6dQHcFCM5BL4mhJtQ81ecJH9AfKtiwPyVINm33gDiD4gZVYIEf4mGiuA7SPLX31ARXJqkf98E9i8QM6o0oQh+U0gEb7YiGFukzQIi+C3DRbCO+y0SEbw9IAbfEDjUlzNcBH8UIyNmokjI6G0gGQFrraIMF8G6r98WwE0FkkPgW0K4CTV/0ST5A+JbVQDmryLJvrUFiD8gZlRFEvyNN1QEVyXJ3+OGiuBqJP27Fdi/QMyoaoQieKuQCH7HimBskd4REMHvGi6Cddzvkojg3QExuEXgUF/dcBF8IEZGzNQgIaNtQDIC1lrVMFwE677eJoCbWiSHwHeFcBNq/mqT5A+Ib1ULmL86JPvWdiD+gJhRdUjwN99QEXwPSf4WGCqC7yXp3/eA/QvEjLqXUAS/JySC37ciGFuk9wVE8A7DRbCOeweJCD4UEIPbBQ71jQwXwd/EyIiZ+0jI6AMgGQFrre4zXATrvv5AADcxJIfAHUK4CTV/TUnyB8S3igHmrxnJvvUhEH9AzKhmJPhbZagIbkWSv9WGiuDWJP37EbB/gZhRrQlF8EdCIninFcHYIu0UEMEfGy6Cddwfk4jg7wJi8EOBQ/2DhovgEzEyYqYNCRntApIRsNaqjeEiWPf1LgHctCU5BH4shJtQ89eOJH9AfKu2wPw9QrJv7QbiD4gZ9QgJ/t40VAR3IMnfZkNFcEeS/t0D7F8gZlRHQhG8R0gE77UiGFukvQIieJ/hIljHvY9EBJ8KiMHdAof6ToaL4F9jZMRMZxIy+gRIRsBaq86Gi2Dd158I4KYbySFwnxBuQs1fd5L8AfGtugHz14Nk39oPxB8QM6oHCf52GSqCe5Pkb7ehIrgPSf8eAPYvEDOqD6EIPiAkgj+1IhhbpE8FRPBnhotgHfdnJCL4YkAM7hc41CcaLoKvxMiImf4kZHQQSEbAWqv+hotg3dcHBXAziOQQ+JkQbkLN32CWb5cF9sogYP6GkOxbh4D4A2JGDSHB32FDRfAIkvwdMVQEjyTp38+B/QvEjBpJKII/FxLBX1gRjC3SFwIi+EvDRbCO+0sSERzZNCLikMChfozhIjhdUxkx8xgJGX0FJCNgrdVjhotg3ddfCeBmPMkh8Esh3ISav8dJ8gfEtxoPzN8Ekn3rayD+gJhRE0jwd9ZQETyFJH+/GiqCp5L07zfA/gViRk0lFMHfCIngw1YEY4t0WEAEHzFcBOu4j5CI4JsCYvBrgUP9DMNFcLamMmJmJgkZfQskI2Ct1UzDRbDu628FcDOHZRIihJtQ8zeXJH9AfKs5wPzNI9m3vgPiD4gZNY8Ef6kPmSmCnyTJXxpg/pAi+CmS/j0K7F8gZtRThCL4qJAIPmZFMLZIxwRE8PeGi2Ad9/ckIjhnQAx+J3CoX2y4CM7XVEbMPE1CRj8AyQhYa/W04SJY9/UPArhZRnII/F4IN6Hm7xmS/AHxrZYB87ecZN86DsQfEDNqOQn+chkqgp8jyd+thorg50n69wSwf4GYUc8TiuATQiL4RyuCsUX6UUAE/2S4CNZx/0QiggsFxOBxgUP9GsNFcPGmMmLmBRIyOgkkI2Ct1QuGi2Dd1ycFcLOO5BD4kxBuQs3fepL8AfGt1gHzt4Fk3zoFxB8QM2oDCf5KGiqCXybJXylDRfArJP37M7B/gZhRrxCK4J+FRPAvVgRji/SLgAg+bbgI1nGfJhHBpQJi8JTAof51w0VwVFMZMfMGCRmdAZIRsNbqDcNFsO7rMwK4eYvkEHhaCDeh5u9tkvwB8a3eAuZvC8m+dRaIPyBm1BYS/N1pqAjeRpK/uwwVwdtJ+vdXYP8CMaO2E4rgX4VE8DkrgrFFOicggs8bLoJ13OdJRHB0QAyeFTjU7zBcBFdrKiNmPiAhowtAMgLWWn1guAjWfX1BADc7SQ6B54VwE/K/30ySPyC+1U5g/naR7FsXgfgDYkbtIsFfY0NF8D6S/DUxVAR/QtK/l4D9C8SM+oRQBF8SEsG/WRGMLdJvAiL4suEiWMd9mUQE1wiIwYsCh/pPDRfBdZvKiJnPSMjodyAZAWutPjNcBOu+/l0AN5+THAIvC+Em1Px9wfJPTAF75XNg/r4k2bf+AOIPiBn1peF8d2+A7/4Q2LcOGx53k6Yy+/URkn65AuwXYK3VEcNxkztQiCsCuNH3RcWt15bGhZk8es2Bn3mdn/mcn/q6qvVIwp/x6L+TJGoLOu/Rf5703hSB90W63vtP7p8y8P5U17i//vOk96YOvE6TzHvzO+9N7bxXC/C0gdfpbnAt6QPvz3CNtaR3rSVj4PVN11hLRtdaMgVeZ07mvQWc92Zy3qvXmCXw+uYEJ5/O+2o6P6NCu1TFXH/mBY3No4b3ZPVcf+YVHfcxkr08awIul8Baq2OEBmJe8D6ctMakmmcL1Cp74H+3JPwVQybnZ/qIYFNRX2lcr2uC1iVgUkaldq01vWvNSfFkdv48Ffb3Vkjvym2EK98RyeQtwvX70wX+d5PzulNcv6aJsd27dGgUNyi5mqVM5r6RrlhTe97nrmPSn6V1/32JQwnoXn87PGRzyCu78/MW52eWwP9yBF7n/C9khjgQ6WZE3/c4wQEzhwCZnRAis0hw/MD6qBNgAvJuzhL1z5YgUyf0OrMD1+nOay5nP7nVRZC5nJ/uzT6F678xk2Y6VxxJl5tckn5nUtxJRJoau5by+neligi+rkWkSb/fQ6Qt4jr0ievnIVLvxDQymVjdMer40mLji0paa9KVtKak35Mh4i/cpHOtIz12HSrpd3nXkd61jnSu10l/lsG1pqT/ltGzXncvuP9uUl4zumKmOYzoQHI5h45bnZ+5Az/zJMitP5sAAZ80fIKl484tEPcpkoMHsD7qFMEhM7tArU8TYDyPQNxnSDAOrI86YzjGC6X807FG1/qc4XFXCJyWswrEfZ7EDc0LdEOBtVbI/HlNmrzOuch7TtJXvsDr/Dc4KSkQeH/Ba0xKCrjuXyjwunDCn/f1QyDnSzB/3ymUAL1vfHT56Cjd16i43cKuiEtoJwmE/0WhndYVR9Lldqe1iMru/P+Env26xA9qkti9e5f4LnEdm/TsF+dOWXJPACenY93mcKpk0khnDkutz41B5Fr/W05D5ZiiCf/6XlGeeym/JltFE2T2j9tctbOPxod4T12k2xLw9y2WgAO/VNzFfN4EokK7gnIaFeLlPTyhhV/WwC+4tzvuftVyREQ06C5brxDvrbz/wZ3f4g7WSrgwl9qFk6T36g3tasTfMZTC9TrSeU/kNd6T4r/c578dRsQ2raTgdAI2u4ItkRBs77sXhPrdxYGb0O3XuFeVynGx8ZWjK7SPio6PDdynUnxchfblq6r4KhUCt68QrWLbx0V1jI6tXCm6UpX4yr49W3K7EAOXtAyMLVJJAQYuZTgD67hLCTEw+vhdwlkr+r6XDP2wiHedSCzdAbTLLoEtLr2J6fXVcu6JxnzSqQj+YTDTv+nHOb2h4/7dTIv4b5IbeRApAbzXHywf9gPa4kDMKKn8ofukNKF9VFro8FrGHl6xRSojcHgta/jhVcdd1qfDa1Ro1//53RJr9Wv+ViKEjSA++PLN7inn5DvqH9g9tZPJndfuqR1xfbsnuftc1+4x/WG8SCeZKVyJi3Kd0JMu9IkDGIeKAm5mCtcM8Un5VIKKR+exhIByTnHWKMfgb6ckHXc5gbgjzYo72QfeogTiTgmOO+kKdd/wEgxy33BjPNT8pTI0f55LAfGtgJhRUvmLBPdJOSDXlAc6dfoeEtxSPkFmD0PWWsJFbN0NH3f6s2bHrV3E+wXizuDT3hjqOisA+xFYa5XBcNzofokXwE0mgn7pJBB3ZpJ+iQb2C7DWKjNBv/QXwE1Wgn4ZIBB3NpJ+qQjsF2CtVTaCfhkngJscBP0yXiDunCT9UgnYL8Baq5wE/TJXADe5CfplnkDceUj6pTKwX4C1VnkI+mWFAG7yE/TLSoG4C5D0SxVgvwBrrQoQ9MtLArgpTNAvLwvEXYSkX6oC+wVYa1WEoF+2C+CmGEG/vCcQd3GSfqkG7BdgrVVxgn45IICbkgT98qlA3KVI+uVOYL8Aa61KEfTLMQHclCHol+8F4i5L0i93AfsFWGtVlqBfzgvgRhH0ywWBuMuT9Et1YL8Aa63KE/RLGoFPl1Uk6Je0AnFXIumXGsB+AdZaVSLol5wCuKlK0C+5BOKuRtIvdwP7BVhrVY2gX4oL4KY6Qb+UEIi7Bkm/1AT2C7DWqgZBv1QSwE0tgn6pLBB3bZJ+qQXsF2CtVW2CfqkvgJt6BP1yj0Dc9Un6pTawX4C1Vsj86Q89r4+MiLg5KWeBmPVz2fpZU/38nH4mSD/noGe3eh6lPXbtG2ovROu7/zuz6s+nBv5XOyEi6ELjpk6CDG7Q66wLxI2uz4bIvz6HpnNQVzjP9YCfUfPr20jqCX0bSX37bSTYItUX+DaSewz/NhId9z1E30YisVb7hbZ/XhHJXKg1u/N7r1PDBv/gG04Ku/7ef/uGk8IR1/+Gk+Tu8z/xDSc6mYVciWuQ8Ped1+RvOGkA3CAbJuDz2/Af5DPUdTcCnsoM/b47sW8MuVfgU/wNCL4ppYFA3A0NV/067kYCcTci+YYTIC4VsNZKKn/oOt9HqB7vE1KPja16xBapsYB6bGK4etRxNyFSj02seqRXjzFODZta9fjvr6RExXjUY1My9dgUuEE2E1CPzXxQj82tevzXKipGQE3EEKjHpgJxNyVQj80F4m5Goh6BuFTAWitk/jTpb3CfFrA5/E990NhsmmD+GlsIzbjhDdkSSIisgGpJAKhW6DWiF6i95VYCjNGKhDFaAE/XrYFN2YrgpNFaADf3J2CZcj3hxnY/wcb2gBRTRoIB5Zbiod7rQYKv/JZoyjYJ5m9G+SQ2I8M3Yd2EDwrE/QDJI8IPAfsRWGv1wFkaEvvPoAqNzTYEJPaQ9Ok8VIAXCnRMIYEGf8jwBo+Lj4+K7dhBVciFi/lh4GaBzJ9fU/aHwd5/0tXWTtmxRWorMGVvZ/iUXcfdTmjKnnShlQUyp48kyDUFKJ/x0eWjo5Ab8qMJ5hKaxIcY2wh8mK8twYcYHxKIux2JQmkP7GtgrVU7gn7pKoCb9gT90k0g7liSfokF9guw1iqWoF8GC+AmjqBfhgjEHU/SLx2A/QKstYon6JeJArjpQtAvkwTi7krSLx2B/QKstepK0C8LBHDTg6BfnhSIO4GkX+KA/QKstUog6JfnBXDTm6BfVgnE3YekX+KB/QKstepD0C+vCeAmkaBfXheIuz9Jv3QC9guw1qo/Qb98IICbQQT98qFA3INJ+qUzsF+AtVaDCfrlkABuhhH0y+cCcQ8n6ZcuwH4B1loNJ+iXEwK4GUXQLz8KxD2apF+6AvsFWGs1mqBffhPAzViCfrksEPc4kn7pBuwXYK3VOIJ+ydADj5sJBP2SUSDuiST90h3YL8Baq4kE/ZJHADdTCPolr0DcU0n6pQewX4C1VlMJ+qWUAG5mEPTLHQJxzyTplwRgvwBrrWYS9Es1AdzMIeiXOwXinkvSLz2B/QKstZpL0C8NBXAzn6BfGgnEvYCkX3oB+wVYa4XMn/6myY2Rf/2jRPozDPq5bP2sqX5+Tj8TpJ9z0LNbPY/SHrv2DbUXovWdPrNqHtZ7Sy/hfyynt9DXUMCfXwH/o0SbIv/6PJvOQR/hPPcl/FrpvkIfeO1nP/CKLVI/gQ+8Jhr+gVcddyLR10pLrNV+rfSfV0QyF2rN7vz2d2o4wH6t9L+/khLV3/O10gPIvlZ6AHCDHCjwtdIDffha6UH2a6X/9Xeq9Rf4WpqFBF8rPUAg7kUEX/Y4SCDuxSRfEgrEpQLWWknlD/50LaF6HCykHodY9Ygt0hAB9TjUcPWo4x5KpB6HWvVIrx6HOTUcbtXjv7+SEjXMox6Hk6nH4cANcoSAehzhg3ocadXjv1ZRwwTUxDIC9ThcIO5nCNTjSIG4l5OoRyAuFbDWCpk/Tfqb3KcFbA7FvgF6OMG3VI+S+qcW4B9yAv+jRIyAGk0AqDGm/6NE2lseI8AYz5Ewxijg6foxYFM+R3DSeEwAN2PB/yjRRsKNbSzBxjbO9I1Nf833owIAXWX+xvZ/Xx+O/Mr08cCNTSp/keA6I/8xq8cJ/jEric18AsE/ZjVeIO41hpO33rwfF4j7BZJHyycC+xFYa/XCWZrDj9g/ZjWB4PAzMUEG5/CGnHQjh4DK17yX8utpgElCTwNMtk8DYIs0WeBpgCmGPw2g454i9DRA0iWZ06gQLz+eBKjRDfskwH098DnNk1KIAW50neraf+yu1VQHt9P+wVMFgyP+jkfvUwWDI67/VEFy97nuUwU3nITrpCgpuKkJfy0w0knEQM/iUL8zCchoRl9H8KnV+wQ+tbqexE/OcyO2wXVOXFOBZLiBRJpNA0ozd6+Euq6NJPgD9okCYkZtJHl+ejqhYpoupJhmWMWELdIMAcU003DFpOOeSfT8tMRar6eaQq2bVzWFej8p1XRD5H4dZRORzIW6t7tWsxw8zDZdNTE8iz3Lo8B0UgdFBF8mP4s9G7jZzrkh1o6/5pWUzzn/IJ8hf98WMAfr/3+d0P/B5nLDJ8vrnAY1DmcJDN1eJXgWe7ZA3K8RPCE1VyDu10mUKBCXClhr9ToBbiT2idxCljV6nfMSONb5BPh7xl6K/Otgp3PwREJEhOT65xN+Uny+kNOxwDod2CItEHA6njTc6dBxP0k2G35ScDYshFnfPoX9lFPLhaZ/ChudhKTgnvJ8cnphQsTfLrSV9RSwyReSnCQWETLxIiEmXmyZGFukxQJM/LThTKzjfpqMiZ+2TOy+gph4iVPLpeHKxEs8TLzUByZeAmzypeBP9b2UDLpR94/wFB1Vy6UJ5q9xGcuD7c+AP//OCKhnCAC13PSPiWq9sVzAbX2L5RtTgLv8CmBTvgX+KNR6wgZfQdDgK6UYAz22fhYIzvTAcVQGkgcjnyM0KZ4TMimetyYFtkjPC5gUqww3KXTcq8hMilV8JoWSvLd7/audWq4JV5NitcekWOODSbEa2ORrEmRAh2biFwiZ+AUhJn7RMjG2SC8KMPFaw5lYx72WjInXWiYOurd7/eucWq4PVyZe52Hi9T4w8TrkY+HW3VXAHIitcQPLuGCjBZTaSACoTaaPC7Te2CQwLthCMi7YANzlXwI25RY7LlAvETT4yyzjgleA4MwEHBdkJhkXvEpoUrwqZFK8Zk0KbJFeEzApXjfcpNBxv05mUrzOZ1KUF7x3kEnxhlPLN8PVpHjDY1K86YNJ8Qawyd9MkAEdmok3EzLxZiEmfssyMbZIbwkw8duGM7GO+20yJn7bMrH7CmLiLU4tt4YrE2/xMPFWH5h4C7DJtwKZmNXdBeZAbI3vsIwL3rXjAvUuAaC2mT4u0Hpjm8C44B2SccE7wF1+O7Ap37HjArWdoMHfYxkXvA8EZ1bguCAbybhgB6FJsUPIpPjAmhTYIn0gYFJ8aLhJoeP+kMyk+JDPpKggeO8gk+Ijp5Y7w9Wk+MhjUuz0waT4CNjkOxNkQIdm4o8JmfhjISbeZZkYW6RdAky823Am1nHvJmPi3ZaJ3VcQE+9xark3XJl4j4eJ9/rAxHuATb4XyMSs7i4wB2Jr3McyLvjEjgvUJwSA2m/6uEDrjf0C44JtJOOCfcBd/gCwKbfZcYE6QNDgn7KMCz4DgjMHcFyQk2RccJDQpDgoZFIcsiYFtkiHBEyKzw03KXTcn5OZFJ/zmRTRgvcOMim+cGr5ZbiaFF94TIovfTApvgA2+ZcJMqBDM/FXhEz8lRATf22ZGFukrwWY+BvDmVjH/Q0ZE39jmdh9BTHxYaeWR8KViQ97mPiID0x8GNjkR4BMzOruAnMgtsZvWcYF39lxgfqOAFBHTR8XaL1xVGBc8B7JuOBb4C5/DNiU79lxgTpG0ODfs4wLfgCCMzdwXJCHZFxwnNCkOC5kUpywJgW2SCcETIofDTcpdNw/kpkUP/KZFBUF7x1kUvzk1PJkuJoUP3lMipM+mBQ/AZv8ZIIM6NBMfIqQiU8JMfHPlomxRfpZgIl/MZyJddy/kDHxL5aJ3VcQE592ankmXJn4tIeJz/jAxKeBTX4GyMSs7i4wB2JrPMsyLvjVjgvUrwSAOmf6uEDrjXMC44IdJOOCs8Bd/jywKXfYcYE6T9DgF1jGBReB4MwPHBcUIBkXXCI0KS4JmRS/WZMCW6TfBEyKy4abFDruy2QmxWU+k6KS4L2DTIrfnVr+Ea4mxe8ek+IPH0yK34FN/keCDOjQTHyFkImvCDHxVcvE2CJdFWDiiJ5mM7GOW68RXCNRJnbnNCrE63+NiVM4tYx01TSsmFgnoJArWHcivAtK+t2hNmYKYJNH4sBdidXdBeZAbI0pBdaY7EJDBVQq3EJpxwWpCACVGr1G9AK13tCLRAP0Q5JxQUrgLp8G2JQf2nGBSkPQ4GmlGAM9LkgHBGdh4LigCMm4ID1wo/DLpEgPBKd7vRlcx29rUoR4T12kDD3x981ouEmh485IZlJk5DMpKgveO8ikuMmpZaZwNSlu8pgUmXwwKW4CNnmmnjKgQzNxZkImzizExFksE2OLlEWAiW82nIl13DeTMfHNlondVxATZ3VqmS1cmTirh4mz+cDEWYFNng3IxKzuLjAHYmvMzjIuuMWOC9QtBIDKYfq4QOuNHALjgp0k44LswF0+J7Apd9pxgcpJ0OC5WMYFtwLBWQw4LihOMi7ITWhS5BYyKfJYkwJbpDwCJkVew00KHXdeMpMiL59JUUXw3kEmRT6nlvnD1aTI5zEp8vtgUuQDNnn+njKgQzNxAUImLiDExAUtE2OLVFCAiQsZzsQ67kJkTFzIMrH7CmLiwk4ti4QrExf2MHERH5i4MLDJiwCZmNXdBeZAbI1FWcYFt9lxgbqNAFDFTB8XaL1RTGBcsItkXFAUuMsXBzblLjsuUMUJGrwEy7jgdiA4SwLHBaVIxgUlCU2KkkImRSlrUmCLVErApLjDcJNCx30HmUlxB59JUVXw3kEmRWmnlmXC1aQo7TEpyvhgUpQGNnmZnjKgQzNxWUImLivExOUsE2OLVE6AiaMMZ2IddxQZE0dZJnZfQUysnFqWD1cmVh4mLu8DEytgk5cHMjGruwvMgdgaK7CMC6LtuEBFEwCqounjAq03KgqMC/aQjAsqAHf5SsCm3GPHBaoSQYNXZhkXVAGCswxwXFCWZFxQldCkqCpkUlSzJgW2SNUETIo7DTcpdNx3kpkUd/KZFO0F7x1kUtzl1LJ6uJoUd3lMiuo+mBR3AZu8ek8Z0KGZuAYhE9cQYuK7LRNji3S3ABPXNJyJ/w+cZExc0zKx+wpi4lpOLWuHKxPX8jBxbR+YuBawyWsDmZjV3QXmQGyNdVjGBXXtuEDVJQBUPdPHBVpv1BMYF+wjGRfUAe7y9YFNuc+OC1R9gga/h2VccC8QnAo4LihPMi5oQGhSNBAyKRpakwJbpIYCJkUjw00KHXcjMpOiEZ9JESt47yCT4j6nlo3D1aS4z2NSNPbBpLgP2OSNe8qADs3ETQiZuIkQE8dYJsYWKUaAiZsazsQ67qZkTNzUMrH7CmLiZk4tm4crEzfzMHFzH5i4GbDJmwOZmNXdBeZAbI0tWMYFLe24QLUkAFQr08cFWm+0EhgX7CcZF7QA7vKtgU25344LVGuCBr+fZVzwABCcFYHjgkok44IHCU2KB4VMijbWpMAWqY2ASfGQ4SaFjvshMpPiIT6TooPgvYNMioedWrYNV5PiYY9J0dYHk+JhYJO37SkDOjQTtyNk4nZCTPyIZWJskR4RYOJHDWdiHfejZEz8qGVi9xXExO2dWsaGKxO39zBxrA9M3B7Y5LFAJmZ1d4E5EFtjB5ZxQUc7LlAdCQAVZ/q4QOuNOIFxwack44IOwF0+HtiUn9pxgYonaPBOLOOCzkBwVgWOC6qRjAu6EJoUXYRMiq7WpMAWqauASdHNcJNCx92NzKToxmdSdBS8d5BJ0d2pZY9wNSm6e0yKHj6YFN2BTd6jpwzo0EycQMjECUJM3NMyMbZIPQWYuJfhTKzj7kXGxL0sE7uvICbu7dSyT7gycW8PE/fxgYl7A5u8D5CJWd1dYA7E1tiXZVzQz44LVD8CQCWaPi7QeiNRYFxwkGRc0Be4y/cHNuVBOy5Q/QkafADLuGAgEJzVgeOCGiTjgkGEJsUgIZNisDUpsEUaLGBSDDHcpNBxDyEzKYbwmRRxgvcOMimGOrUcFq4mxVCPSTHMB5NiKLDJh/WUAR2aiYcTMvFwISYeYZkYW6QRAkw80nAm1nGPJGPikZaJ3VcQE49yajk6XJl4lIeJR/vAxKOATT4ayMSs7i4wB2JrHMMyLnjMjgvUYwSAGmv6uEDrjbEC44LPScYFY4C7/DhgU35uxwVqHEGDj2cZFzwOBGct4LigNsm4YAKhSTFByKSYaE0KbJEmCpgUkww3KXTck8hMikl8JkW84L2DTIrJTi2nhKtJMdljUkzxwaSYDGzyKT1lQIdm4qmETDxViImnWSbGFmmaABNPN5yJddzTyZh4umVi9xXExDOcWs4MVyae4WHimT4w8Qxgk88EMjGruwvMgdgaZ7GMC2bbcYGaTQCoOaaPC7TemCMwLviSZFwwC7jLzwU25Zd2XKDmEjT4PJZxwRNAcNYDjgvq+7RRhJq/+cD8XT6Du9fvwHtJ5m/B/37+RMdVT/bkWOdTwDprjfty5F/STufgKY/0Q69/IaEZuVDIjFxkzUhskRYJmJGLDTcjddyLyczIxXxmZJTgvYPMyKedWi4JVzPyaY8ZucQHM/JpYJMvITlJLCVk4qVCTLzMMjG2SMsEmPgZw5lYx/0MGRM/Y5nYfQUx8XKnlivClYmXe5h4hQ9MvBzY5CuA4NZFfpnQ5F3R0/w1rmQZCz4LHgsyAupZAkA9Z/pYUOuN5wTGgl+TjAVXAnf554FN+TV4LLiRsMGfJ2jwVSxjwdVAcLYFjgXbkXyKaA2hSbFGyKR4wZoU2CK9IGBSvGi4SaHjfpHMpHiRz6RQkvd2r3+tU8t14WpSrPWYFOt8MCnWApt8XU8Z0KGZeD0hE68XYuINlomxRdogwMQbDWdiHfdGMibeaJk46N7u9W9yavlSuDLxJg8Tv+QDE28CNvlL1t1VwByIrfFllnHBKxZQ6hUCQL1q+rhA641XBcYFh0nGBS8Dd/nXgE152I4L1GsEDf46y7jgDSA42wPHBbEk44I3CU2KN4VMis3WpMAWabOASfGW4SaFjvstMpPiLT6TorzgvYNMiredWm4JV5PibY9JscUHk+JtYJNv6SkDOjQTbyVk4q1CTPyOZWJskd4RYOJ3DWdiHfe7ZEz8rmVi9xXExNucWm4PVybe5mHi7T4w8TZgk28HMjGruwvMgdga32MZF7xvxwXqfQJA7TB9XKD1xg6BccG3JOOC94C7/AfApvzWjgvUBwQN/iHLuOAjIDjjgOOCeJJxwU5Ck2KnkEnxsTUpsEX6WMCk2GW4SaHj3kVmUuziMykqCN47yKTY7dRyT7iaFLs9JsUeH0yK3cAm39NTBnRoJt5LyMR7hZh4n2VibJH2CTDxJ4YzsY77EzIm/sQysfsKYuL9Ti0PhCsT7/cw8QEfmHg/sMkPAJmY1d0F5kBsjZ+yjAs+s+MC9RkBoA6aPi7QeuOgwLjgKMm44FPgLn8I2JRH7bhAHSJo8M9ZxgVfAMHZBTgu6EoyLviS0KT4Usik+MqaFNgifSVgUnxtuEmh4/6azKT4ms+kiBa8d5BJ8Y1Ty8PhalJ84zEpDvtgUnwDbPLDPWVAh2biI4RMfESIib+1TIwt0rcCTPyd4Uys4/6OjIm/s0zsvoKY+KhTy2PhysRHPUx8zAcmPgps8mNAJmZ1d4E5EFvj9yzjgh/suED9QACo46aPC7TeOC4wLvieZFzwPXCXPwFsyu/tuECdIGjwH1nGBT8BwdkDOC5IIBkXnCQ0KU4KmRSnrEmBLdIpAZPiZ8NNCh33z2Qmxc98JkVFwXsHmRS/OLU8Ha4mxS8ek+K0DybFL8AmP91TBnRoJj5DyMRnhJj4rGVibJHOCjDxr4YzsY77VzIm/tUysfsKYuJzTi3PhysTn/Mw8XkfmPgcsMnPA5mY1d0F5kBsjRdYxgUX7bhAXSQA1CXTxwVab1wSGBccJxkXXADu8r8Bm/K4HReo3wga/DLLuOB3IDh7A8cFfUjGBX8QmhR/CJkUV6xJgS3SFQGT4qrhJoWO+yqZSXGVz6SoJHjvIJMiopeT815//aewMil0Agq5gnUnwrugpN8dcmP2wt0rRS8Z0KGZOLIXHxNH9pJh4pQujFkmDvGeukg6oej7pgICViruVL3gNRJl4lS9LBO7riAmTu3UMk24MnFqDxOn8YGJUwObPA2QiVndXWAOxNaYVmCNyS40VECl6wXceUkBlY4AUOnRa4Sf+QILTN8LD9AfScYFaYG7fAZgU/5oxwUqA0GDZ5RiDPS44CYgOBOB44L+JOOCTIQmRSYhkyKzNSmwRcosYFJkMdyk0HFnITMpsvCZFJUF7x1kUtzs1DJruJoUN3tMiqw+mBQ3A5s8ay8Z0KGZOBshE2cTYuLslomxRcouwMS3GM7EOu5byJj4FsvE7iuIiXM4tcwZrkycw8PEOX1g4hzAJs8JZGJWdxeYA7E15mIZF9xqxwXqVgJA5TZ9XKD1Rm6BccFJknFBLuAunwfYlCftuEDlIWjwvCzjgnxAcA4CjgsGk4wL8hOaFPmFTIoC1qTAFqmAgElR0HCTQsddkMykKMhnUlQRvHeQSVHIqWXhcDUpCnlMisI+mBSFgE1euJcM6NBMXISQiYsIMXFRy8TYIhUVYOLbDGdiHfdtZEx8m2Vi9xXExMWcWhYPVyYu5mHi4j4wcTFgkxcHMjGruwvMgdgaS7CMC2634wJ1OwGgSpo+LtB6o6TAuOBnknFBCeAuXwrYlD/bcYEqRdDgd7CMC0oDwTkMOC4YTjIuKENoUpQRMinKWpMCW6SyAiZFOcNNCh13OTKTohyfSVFV8N5BJkWUU0sVriZFlMekUD6YFFHAJle9ZECHZuLyhExcXoiJK1gmxhapggATRxvOxDruaDImjrZM7L6CmLiiU8tK4crEFT1MXMkHJq4IbPJKQCZmdXeBORBbY2WWcUEVOy5QVQgAVdX0cYHWG1UFxgWnScYFlYG7fDVgU5624wJVjaDB72QZF9wFBOco4LhgNMm4oDqhSVFdyKSoYU0KbJFqCJgUdxtuUui47yYzKe7mMynaC947yKSo6dSyVriaFDU9JkUtH0yKmsAmr9VLBnRoJq5NyMS1hZi4jmVibJHqCDBxXcOZWMddl4yJ61omdl9BTFzPqWX9cGXieh4mru8DE9cDNnl9IBOzurvAHIit8R6WccG9dlyg7iUAVAPTxwVabzQQGBecJRkX3APc5RsCm/KsHReohgQN3ohlXHAfEJxjgeOCcSTjgsaEJkVjIZOiiTUpsEVqImBSxBhuUui4Y8hMihg+kyJW8N5BJkVTp5bNwtWkaOoxKZr5YFI0BTZ5s14yoEMzcXNCJm4uxMQtLBNji9RCgIlbGs7EOu6WZEzc0jKx+wpi4lZOLVuHKxO38jBxax+YuBWwyVsDmZjV3QXmQGyN97OMCx6w4wL1AAGgHjR9XKD1xoMC44JzJOOC+4G7fBtgU56z4wLVhqDBH2IZFzwMBOcE4LhgIsm4oC2hSdFWyKRoZ00KbJHaCZgUjxhuUui4HyEzKR7hMyk6CN47yKR41Kll+3A1KR71mBTtfTApHgU2efteMqBDM3EsIRPHCjFxB8vE2CJ1EGDijoYzsY67IxkTd7RM7L6CmDjOqWV8uDJxnIeJ431g4jhgk8cDmZjV3QXmQGyNnVjGBZ3tuEB1JgBUF9PHBVpvdBEYF1wgGRd0Au7yXYFNecGOC1RXggbvxjIu6A4E5xTguGAqybigB6FJ0UPIpEiwJgW2SAkCJkVPw00KHXdPMpOiJ59J0VHw3kEmRS+nlr3D1aTo5TEpevtgUvQCNnnvXjKgQzNxH0Im7iPExH0tE2OL1FeAifsZzsQ67n5kTNzPMrH7CmLiRKeW/cOViRM9TNzfByZOBDZ5fyATs7q7wByIrXEAy7hgoB0XqIEEgBpk+rhA641BAuOCSyTjggHAXX4wsCkv2XGBGkzQ4ENYxgVDgeCcARwXzCQZFwwjNCmGCZkUw61JgS3ScAGTYoThJoWOewSZSTGCz6SIE7x3kEkx0qnlqHA1KUZ6TIpRPpgUI4FNPqqXDOjQTDyakIlHCzHxGMvE2CKNEWDixwxnYh33Y2RM/JhlYvcVxMRjnVqOC1cmHuth4nE+MPFYYJOPAzIxq7sLzIHYGsezjAset+MC9TgBoCaYPi7QemOCwLjgMsm4YDxwl58IbMrLdlygJhI0+CSWccFkIDjnAMcFc0nGBVMITYopQibFVGtSYIs0VcCkmGa4SaHjnkZmUkzjMyniBe8dZFJMd2o5I1xNiukek2KGDybFdGCTz+glAzo0E88kZOKZQkw8yzIxtkizBJh4tuFMrOOeTcbEsy0Tu68gJp7j1HJuuDLxHA8Tz/WBiecAm3wukIlZ3V1gDsTWOI9lXPCEHReoJwgANd/0cYHWG/MFxgV/kIwL5gF3+QXApvzDjgvUAoIGf5JlXPAUEJzzgeOCBT5tFKHmbyEwf+uA+VsPzJ9ujjSu3BUJvLgS+FnU+Xmb81NfiwL5WOwQh/47SftLCec9+s+T3vt04PUS13v/yf2XBt6/7Br3X+q6/zOB18uTeW8x573POO/VG+GKwOuVN7iWZwPvf+4aa3nWtZbnA69XXWMtz7vWsjrwek0y7y3uvHe18169xhcCr190ZA96E1ua+8+8oA8BV8G9jY77+dx/5hUdd8SvHHvaWuCeBqy1QucPjZvbU/65p6Fxk9LwuJ8O9MtagbhT+dQvUaFdqtRnuHu5ax1q/lKT5K80MH+pgPlLQ7JfrwPu10DMKGT+/BrgAXMZNMBb77Km7QAvxHvqIq0XGOBtMHyAp+PeIDzAQ2/uFQ0lx4wk5FjJUHK8iYQcNwLJEYgZdRMhOW4UIsdNlhyxRdokQI4vGU6OOu6XhMgRvdYcMX8SOVoxv9wrPOPOIuyQhLo+jcuXBeK+meQQ8xKQhLMADzFZSQ4xrwDzB8SMykqCvzqGipAcJPmra6gIyUnSv68C+xeIGZWTUIS8KiRCXrMiBFuk1wREyOuGixAd9+skIiRf4DD+isChNLfh48oiMTKH8TwkZPQGkIyAtVZ5DBdxuq/fEMBNfpJD4OtCuAk1fwVI8gfEt8oPzF9Bkn3rTSD+gJhRBUnw18pQEVyUJH+tDRXBt5H072Zg/wIxo24jFMGbhUTwW1YEY4v0loAIfttwEazjfptEBBcPiME3BQ71JQwXwaVjZMTM7SRktAVIRsBaq9sNF8G6r7cI4OYOkkPg20K4CTV/pUnyB8S3ugOYvzIk+9ZWIP6AmFFlSPDXyVARrEjy19lQEVyepH/fAfYvEDOqPKEIfkdIBL9rRTC2SO8KiOBthotgHfc2EhEcFRCDWwUO9RUNF8GVYmTETCUSMtoOJCNgrVUlw0Ww7uvtAripSnII3CaEm1DzV43lM13AXqkKzN+dJPvWe0D8ATGj7iTB3yBDRfDdJPkbbKgIrknSv+8D+xeIGVWTUAS/LySCd1gRjC3SDgER/IHhIljH/QGJCK4WEIPvCRzq6xgugmvGyIiZuiRk9CGQjIC1VnUNF8G6rz8UwM09JIfAD4RwE2r+7mX5TCGwV+4B5q8Byb71ERB/QMyoBiT4m2SoCG5Mkr/JhorgJiT9uxPYv0DMqCaEIninkAj+2IpgbJE+FhDBuwwXwTruXSQiuG5ADH4kcKhvZrgIbhgjI2aak5DRbiAZAWutmhsugnVf7xbATSuSQ+AuIdyEmr/WJPkD4lu1AubvfpJ9aw8Qf0DMqPtJ8LfQUBH8EEn+Fhkqgh8m6d+9wP4FYkY9TCiC9wqJ4H1WBGOLtE9ABH9iuAjWcX9CIoKbBMTgHoFD/SOGi+CWMTJi5lESMtoPJCNgrdWjhotg3df7BXDTgeQQ+IkQbkLNX0eS/AHxrToA8xdHsm8dAOIPiBkVR4K/Fw0VwV1I8rfWUBHclaR/PwX2LxAzqiuhCP5USAR/ZkUwtkifCYjgg4aLYB33QRIR/EBADB4QONT3MFwEt4uRETMJJGR0CEhGwFqrBMNFsO7rQwK46U1yCDwohJtQ89eHJH9AfKvewPz1Jdm3PgfiD4gZ1ZcEf1sMFcEDSPK31VARPJCkf78A9i8QM2ogoQj+QkgEf2lFMLZIXwqI4K8MF8E67q9IRHBsQAx+LnCoH2K4CO4cIyNmhpKQ0ddAMgLWWg01XATrvv5aADcjSA6BXwnhJtT8jSTJHxDfagQwf6NI9q1vgPgDYkaNIsHfPkNF8FiWJ2EMFcHjSPr3MLB/gZhR4whF8GEhEXzEimBskY4IiOBvDRfBOu5vSURw94AY/EbgUD/BcBHcJ0ZGzEwkIaPvgGQErLWaaLgI1n39nQBuppAcAr8Vwk2o+ZtKkj8gvtUUYP6mkexbR4H4A2JGTSPB31FDRfAskvwdM1QEzybp32PA/gViRs0mFMHHhETw91YEY4v0vYAI/sFwEazj/oFEBPcPiMGjAof6eYaL4KExMmLmCRIyOg4kI2Ct1ROGi2Dd18cFcPMkySHwByHchJq/p0jyB8S3ehKYv4Uk+9YJIP6AmFELSfB3wVARvIQkfxcNFcFLSfr3R2D/AjGjlhKK4B+FRPBPVgRji/STgAg+abgI1nGfJBHBIwNi8ITAoX654SJ4XIyMmFlBQkangGQErLVaYbgI1n19SgA3z5EcAk8K4SbU/D1Pkj8gvtVzwPytItm3fgbiD4gZtYoEf+kPmimCXyTJXwZg/pAieC1J//4C7F8gZtRaQhH8i5AIPm1FMLZIpwVE8BnDRbCO+wyJCJ4YEIM/CxzqNxgugqfHyIiZjSRkdBZIRsBaq42Gi2Dd12cFcPMyySHwjBBuQs3fKyT5A+JbvQzM36sk+9avQPwBMaNeJcFfXkNF8Jsk+ctnqAjeTNK/54D9C8SM2kwogs8JieDzVgRji3ReQARfMFwE67gvkIjg2QEx+KvAoX6L4SJ4QYyMmNlKQkYXgWQErLXaargI1n19UQA321gepxTCTaj5287y7bLAXtkGzN97JPvWJSD+gJhR75Hgr4yhIvhDkvyVNVQEf0TSv78B+xeIGfURoQj+TUgEX7YiGFukywIi+HfDRbCO+3cSEbwoIAYvCRzqdxkugp+JkREzu0nI6A8gGQFrrXYbLoJ1X/8hgJt9JIfA34VwE/K/30ySPyC+1T5g/vaT7FtXgPgDYkbtJ8Hf3YaK4IMk+atpqAg+RNK/V4H9C8SMOkQogq8KieCI3n+9tCI4xHvqIumEou+borfZIljHnaI3vEYia302IAavCBzqvzRcBL8QIyNmviIho8jeuFwCa62+MlwE676O7I2/72GSQ2AKIdyEmr8jJPkD4lsdBubvW5J9KyUQf0DMqG9J8NfMUBH8PUn+mhsqgn8g6d9UwP4FYkb9QCiCgbkMEsGprQjGFim1gAhOY7gI1nGnIRHB6wNiMKXAof5Hw0XwKzEyYuYnEjJKCyQjYK3VT4aLYN3XaQVw8zPJITCNEG5C/sIVkvwB8a1+BubvNMm+lQ6IPyBm1GkS/HUwVASfI8lfR0NF8HmS/k0P7F8gZtR5QhGcXkgEZ7AiGFukDAIiOKPhIljHnZFEBL8REIPpBA71lwwXwVtjZMTMbyRkdBOQjIC1Vr8ZLoJ1X98kgJs/SA6BGYVwE/JjsiT5A+Jb/QHM31WSfSsTEH9AzKirJPhLNFQEpzzHkb/+horgVOc4+jczsH+BmFHI/PklgjMLieAsVgRji5RFQATfbLgI1nHfTCKCtwfEYCaBQ33ac2bH/VGMjJhJR0JGWYFkBKy1SieMm1Dzpvs6qwBuMpIcAm8Wwk3Ipg5J/oD4VhmB+ctEsm9lA+IPiBmViQR/4w0VwVlJ8ve4oSI4G0n/Zgf2LxAzKhuhCM4uJIJvsSIYW6RbBERwDsNFsI47B4kI3h0Qg9kEDvU5DBfBB2JkxExOEjLKCSQjYK1VTsNFsO7rnAK4yU1yCMwhhJtQ85eHJH9AfKvcwPzlJdm3cgHxB8SMykuCv/mGiuCCJPlbYKgILkTSv7cC+xeIGVWIUATfKiSCc1sRjC1SbgERnMdwEazjzkMigg8FxGAugUN9UcNF8DcxMmLmNhIyygskI2Ct1W2Gi2Dd13kFcFOC5BCYRwg3oebvdpL8AfGtSgDzV5Jk38oHxB8QM6okCf5WGSqCy5Dkb7WhIrgsSf/mB/YvEDOqLKEIzi8kggtYEYwtUgEBEVzQcBGs4y5IIoK/C4jBfAKHemW4CD4RIyNmypOQUSEgGQFrrcobLoJ1XxcSwE1FkkNgQSHchJq/SiT5A+JbVQTmrzLJvlUYiD8gZlRlEvy9aagIvpMkf5sNFcF3kfRvEWD/AjGj7iIUwUWERHBRK4KxRSoqIIJvM1wE67hvIxHBpwJisLDAof5uw0XwrzEyYqYmCRkVA5IRsNaqpuEiWPd1MQHc1GGZZArhJtT81SXJHxDfqg4wf/VI9q3iQPwBMaPqkeBvl6EiuAFJ/nYbKoIbkvRvCWD/AjGjGhKK4BJCIvh2K4KxRbpdQASXNFwE67hLkojgiwExWFzgUN/YcBF8JUZGzDQhIaNSQDIC1lo1MVwE674uJYCbZiSHwJJCuAk1f81J8gfEt2oGzF8Lkn3rDiD+gJhRLUjwd9hQEXw/Sf6OGCqCHyDp39LA/gViRj1AKIJLC4ngMlYEY4tURkAElzVcBOu4y5KI4MimERF3CBzqHzJcBKdrKiNmHiYho3JAMgLWWj1suAjWfV1OADePkBwCywrhJtT8PUqSPyC+1SPA/LUn2beigPgDYka1J8HfWUNFcBxJ/n41VATHk/SvAvYvEDMqnlAEKyERXN6KYGyRyguI4AqGi2AddwUSEXxTQAxGCRzquxgugrM1lREzXUnIKBpIRsBaq66Gi2Dd19ECuOlBcgisIISbUPOXQJI/IL5VD2D+epLsWxWB+ANiRvUkwV/qQ2aK4L4k+UsDzB9SBPcj6d9KwP4FYkb1IxTBlYREcGUrgrFFqiwggqsYLoJ13FVIRHDOgBisKHCoH2C4CM7XVEbMDCQho6pAMgLWWg00XATrvq4qgJshJIfAKkK4CTV/Q0nyB8S3GgLM3zCSfasaEH9AzKhhJPjLZagIHkWSv1sNFcGjSfr3TmD/AjGjRhOK4DuFRPBdVgRji3SXgAiubrgI1nFXJxHBhQJisJrAoX6s4SK4eFMZMTOOhIxqAMkIWGs1znARrPu6hgBuJpAcAqsL4SbU/E0kyR8Q32oCMH+TSPatu4H4A2JGTSLBX0lDRfA0kvyVMlQETyfp35rA/gViRk0nFME1hURwLSuCsUWqJSCCaxsugnXctUlEcKmAGLxb4FA/y3ARHNVURszMJiGjOkAyAtZazTZcBOu+riOAm3kkh8DaQrgJNX9PkOQPiG81D5i/+ST7Vl0g/oCYUfNJ8HenoSJ4IUn+7jJUBC8i6d96wP4FYkYtIhTB9YREcH0rgrFFqi8ggu8xXATruO8hEcHRATFYV+BQv8RwEVytqYyYWUpCRvcCyQhYa7XUcBGs+/peAdwsJzkE3iOEm1Dzt4Ikf0B8q+XA/K0k2bcaAPEHxIxaSYK/xoaK4FUs3+5uqAheTdK/DYH9C8SMWk0oghsKieBGVgRji9RIQATfZ7gI1nHfRyKCawTEYAOBQ/2Lhovguk1lxMxaEjJqDCQjYK3VWsNFsO7rxgK42UByCLxPCDeh5m8jSf6A+FYbgPnbRLJvNQHiD4gZtclwvrs3wHdNBPatVw2Pu0lTmf36NZJ+iQH2C7DW6jXDcVM4UIgYAdzo+6Li1mtL48JMkcCLK4GfRZ2ftzk/9dU0EEszJx79d5JEbQnnPfrPk97bPPC6heu9/+T+LQPvb3WN+7d03b914PX9yby3mPPe1s57tQB/IPD6wRtcS5vA+x+6xlrauNbycOB122us5WHXWtoFXj+SzHuLO+9t57xXr/HRwOv2jgZEY3Np7j/zgsbmm4b35PO5/8wrOu7NJHt5LHAvB9ZabSY0EIuC9+GkNSbVvEOgVh0D/4tz+UCZnJ/pI4JNRX2lcb2uCVqXgEkZldq11vSuNSfFk9n581TY31shvSu3Ea58RySTtwjX708X+N9NzutOcf2aJsZ279KhUdyg5GqWMpn7RrpiTe15n7uOSX+W1v33JQ4loHv97fDQwSGvjs7POOdnlsD/4gOvO/0XMkMciHQzou+7heCAGS9AZluFyCwSHD+wPmormIC8m7NE/Tv0lqkTep0dget057Wzs590cRFkLuene7NP4fpvzKSZzhVH0uUml6TfmRR3EpGmxq6lvP5dqSKCr2sRadLv9xBpi7gOfeL6eYjUOzGNTCZWd4w6vrTY+KKS1pp0Ja0p6fdkiPgLN+lc60iPXYdK+l3edaR3rSOd63XSn2VwrSnpv2X0rNfdC+6/m5TXjK6YaQ4jOpDOzqGji/Oza+Bnt95y6+8gQMDbDJ9g6bi7CsS9neTgAayP2k5wyOwoUOsdBBjvJhD3ByQYB9ZHfWA4xm9P+adjja71TsPjfjrghsYKxP0xiRvaHeiGAmutkPnzmjTdnXOR95ykrx6B1wk3OCnpGXh/r2tMSnq67t878LpP7z/v64dA7tHb/H2nN/bpxvjo8tFRuq9RcbuFXV+X0E4SCP+LQjutK46ky+1OaxGV3fn/CT37dYkf1CSxe/cu8V3iOjbp2S/OnbLkngBOTse6zeFUyaSRzhyWWl9foadi/1tOQ/7nxv79k8ZRnnspvyZb/YQejU+0j8Zji5TYG3/f/oY/Gq/j7u/zJhAV2hWU06gQL+/hCS38cgd+wfyeuPutDFjyC3rK1ivEeyvvf3Dnd4CDtYEuzKV24STpvXpDuxrxdwylcL2OdN4TeY33pPgv9/lvhxGxTSspOJ2Aza5gB/YOtvfdC0L97gHATWjQNe5VpXJcbHzl6Arto6LjYwP3qRQfV6F9+aoqvkqFwO0rRKvY9nFRHaNjK1eKrlQlvrJvz5YMEmLgwZaBsUUaLMDAQwxnYB33EJ8+nBbyP7DorBV93z2Gfljkb/9QIBBLQ4F22R6wxaU3Mb2+Ws490ZhPOhWhcbTPcIs46fSGjvsTMy3iv0lu5EFkIPBe+0k+rAbEtwJiRknlD90nwwjto2FCh9fh9vCKLdJwgcPrCMMPrzruESTfrKD9bom1+jV/GxjCRhAffPlm94x08j3qH9g9tZPJndfuqR1xfbsnuftc1+4x/WG8SCeZKVyJG+U6oSdd6BMHMA41CriZjcY1Q3xSPkcLKh6dx4ECyvmgWQ9+/e2UpOMeKRD3IYIH3kYJxP25oUrFSzDIfeMg8Gs1viBRekB8KyBm1Bc+PXAZap1HArlmDNCp0/eQ4JYxhn81gkTc2kVcmYCP+zCBi/isQNxHSB40fQzYj8BaqyOG40b3y8sCuDlK0C+vCMR9jKRfxgL7BVhrdYygX94TwM1xgn55XyDuEyT9Mg7YL8BaqxME/fKpAG5OEvTLZwJxnyLpl/HAfgHWWp0i6JfvBXBzmqBffhCI+wxJvzwO7BdgrdUZgn65IICbcwT9clEg7vMk/TIB2C/AWqvzBP2SVuBps0sE/ZJOIO7fSPplIrBfgLVWvxH0Sy4B3PxB0C+3CsR9haRfJgH7BVhrdYWgX0oI4CbFefP75XaBuCPPc/TLZGC/AGutIg3Hje6XygK4SU3QL1UE4k5D0i9TgP0CrLVKQ9Av9wjgJj1Bv9wrEHcGkn6ZCuwXYK1VBoJ+uV8AN5kI+uUBgbgzk/TLNGC/AGutMhP0SycB3GQl6JfOAnFnI+mX6cB+AdZaZSPolwECuMlB0C8DBeLOSdIvM4D9Aqy1yknQL+MFcJOboF8eF4g7D0m/zAT2C7DWKg9Bv8wTwE1+gn55QiDuAiT9MgvYL8BaK2T+9Ieed0dGRNzs3E9/hkE/l62fNdXPz+lngvRzDnp2q+dR2mPXvqH2QrS+02dWzcN6b5nVOyLoQuNmdm8Z3KDXOQfpqwbusSfyr8+h6RzMEc7zXOBn1Pz6NpK5Qt9GMs9+Gwm2SPMEvo3kCcO/jUTH/QTRt5FIrNV+oe2fV0QyF2rN7vzOd2q44B98w0lh19/7b99wUjji+t9wktx9/ie+4UQns5ArcQt6/33nNfkbThYAN8gne+Pz++Q/yGeo634KeCoz9PvuxL4xZL7Ep/jPmx/3AoG4ixiu+nXcTwnEXdQn1R8V2qWAuFTAWiup/KHrvJBQPS4UUo+LrHrEFmmRgHpcbLh61HEvJlKPi616pFePTzs1XGLV47+/khL1tEc9LiFTj0uAG+RSAfW41Af1uMyqx3+top4WUBMlCNTjEoG4bydQj8sE4i5Joh6BuFTAWitk/jTp73GfFrA5/E990Nhc0tv8NT4jNOOGN+RyICGyAmo5AaBWoNeIXqD2llcIMEYZEsZ4Bni6XglsyjIEJ42VArh5tjeWKXcTbmzPEmxsz0kxZSQYUG4pHuq9nif4ym+JplzV2/zNqIdA3OUM34R1Ez4vEHcUySPCq4H9CKy1ijpPQ2L/GVShsbmKgMRWS5/OQ/abAh3TW6DBKxje4HHx8VGxHTuop3PjYl4D3CyQ+fNryr4G7P0nXS/YKTu2SC8ITNlfNHzKruN+UWjKnnShlQUyp2t7yzUFKJ/x0eWjo5Ab8rre5hKaxIcYVwl8mK8iwYcYVwvEXYlEoawH9jWw1qoSQb+8LoCbqgT98oZA3NVI+mUDsF+AtVbVCPrlQwHcVCfol48E4q5B0i8bgf0CrLWqQdAvnwvgphZBv3whEHdtkn7ZBOwXYK1VbYJ++VEAN/UI+uUngbjrk/TLS8B+AdZa1Sfol8sCuGlA0C+/C8TdkKRfXgb2C7DWqiFBv2TshcdNY4J+uUkg7iYk/fIKsF+AtVZNCPolrwBumhH0Sz6BuJuT9MurwH4B1lo1J+iXOwRw04qgX0oLxN2apF9eA/YLsNaqNUG/3CmAmwcJ+uUugbjbkPTL68B+AdZatSHol0YCuGlL0C/3CcTdjqRf3gD2C7DWqh1BvzwkgJv2BP3ysEDcsST98iawX4C1VrEE/dJNADdxBP3SXSDueJJ+2QzsF2CtVTxBvwwRwE0Xgn4ZKhB3V5J+eQvYL8Baq64E/TJJADc9CPplskDcCST98jawX4C1VgkE/fKkAG56E/TLUwJx9yHply3AfgHWWiHzp79pcm/kX/8okf4Mg34uWz9rqp+f088E6ecc9OxWz6O0x659Q+2FaH2nz6yah/XesqV3RNCFxs1Woa+hQK/zHfA/SrQv8q/Ps+kcvCOc53cJv1b6XaEPvG6zH3jFFmmbwAdetxv+gVcd93air5WWWKv9Wuk/r4hkLtSa3fl9z6nh+/Zrpf/9lZSo9zxfK/0+2ddKvw/cIHcIfK30Dh++VvoD+7XS//o71d4T+FqaRIKvlX5fIO7+BF/2+IFA3ANIviQUiEsFrLWSyh+6zh8SqscPhdTjR1Y9Yov0kYB63Gm4etRx7yRSjzuteqRXjx87Ndxl1eO/v5IS9bFHPe4iU4+7gBvkbgH1uNsH9bjHqsd/raI+FlATQwjU4y6BuIcSqMc9AnEPI1GPQFwqYK0VMn+a9Pe5TwvYHIp9A/Qugm+p3iv1Ty2gG3If+B8lYgTUPgJAfWL6P0qkveVPBBhjFAlj7AWervcDm3IUwUljvwBuDoD/UaK9hBvbAYKN7VPTNzb9Nd/rBAA6xvyN7f++Phz5lemfATc2qfxFguuM/MesDhL8Y1YSm/mh3uaT2GcCcY81nLz15n1QIO5xJI+Wfw7sR2Ct1bjzNIef/ww40dg8RHD4+by3DM7hDfnFjRwCKl/zXsqvpwG+EHoa4Ev7NAC2SF8KPA3wleFPA+i4vxJ6GiDpksxpVIiXH08CTEvAPgmwsBc+p0VSCjHAja5TXfuP3bX62sHtN//gqYLBEX/Ho/epgsER13+qILn7XPepghtOwnVSlBTc173/WmCkk4iBnsWhfmcSkNGMPoHgU6sLBT61OpHETy5yI7bBdU5cXwPJcBKJNPsGKM3cvRLquiaT4A/YJwqIGTWZ5Pnpw4SK6bCQYjpiFRO2SEcEFNO3hismHfe3RM9PS6z1eqop1Lp5VVOo95NSTTdE7tdRNhHJXKh7u2v1nYOHo6arJoZnsb/zKDCd1EERwZfJz2IfBW62x26IteOveSXl89g/yGeo6/4emIOJ/79O6P9gc7nhk+V1ToMah98JDN1mEDyLfVQg7pkET0h9LxD3LBIlCsSlAtZazSLAjcQ+UVjIskav84feHOs8Dv6esU8i/zrY6Rwc7x0RIbn+E4SfFD8h5HT8aJ0ObJF+FHA6fjLc6dBx/0Q2G/5JcDYshFnfPoV90qnlKdM/hY1OQlJwJz2fnD7VO+JvF9rKOgls8lMkJ4mfCZn4ZyEm/sUyMbZIvwgw8WnDmVjHfZqMiU9bJnZfQUx8xqnl2XBl4jMeJj7rAxOfATb5WfCn+j5JBt2o+0d4io6q5dne5q/xV5YH28+BP//OCKhzBIA6b/rHRLXeOC/gts4jcel/Be7yF4BNOQ/8UajdhA1+gaDBL0oxBnpsfQkIzsPArxA7ck4mgegN7TdCk+I3IZPisjUpsEW6LGBS/G64SaHj/p3MpPidz6RQkvd2r/8Pp5ZXwtWk+MNjUlzxwaT4A9jkV3rLgA7NxFcJmfiqEBNH9PnrpWXiEO+pi6QTir5vij5mM7GOO0UfeI1Emdid06gQr/81Jo50apnSVdOwYmKdgEKuYN2J8C4o6XeH2piRwCZPiQM3rbsLzIHYGlMJrDHZhYYKqNQWUCo1AaDSoNeIXqDWG2n64AE6n2RckAq4y6cFNuV8Oy5QaQkaPJ0UY6DHBemB4DwKHBccIxkXZEAeByP8MSkyAMHpXm9Ga1Jgi5RRwKS4yXCTQsd9E5lJcROfSVFe8N5BJkUmp5aZw9WkyOQxKTL7YFJkAjZ55j4yoEMzcRZCJs4ixMQ3WybGFulmASbOajgT67izkjFxVsvE7iuIibM5tcwerkyczcPE2X1g4mzAJs8OZGJWdxeYA7E13sIyLshhxwUqBwGgcpo+LtB6I6fAuOBJknHBLcBdPhewKZ+04wKVi6DBb2UZF+QGgvM4cFxwgmRckIfQpMgjZFLktSYFtkh5BUyKfIabFDrufGQmRT4+k6KC4L2DTIr8Ti0LhKtJkd9jUhTwwaTID2zyAn1kQIdm4oKETFxQiIkLWSbGFqmQABMXNpyJddyFyZi4sGVi9xXExEWcWhYNVyYu4mHioj4wcRFgkxcFMjGruwvMgdgab2MZFxSz4wJVjABQxU0fF2i9UVxgXLCQZFxwG3CXLwFsyoV2XKBKEDT47SzjgpJAcJ4EjgtOkYwLShGaFKWETIo7rEmBLdIdAiZFacNNCh13aTKTojSfSREteO8gk6KMU8uy4WpSlPGYFGV9MCnKAJu8bB8Z0KGZuBwhE5cTYuIoy8TYIkUJMLEynIl13IqMiZVlYvcVxMTlnVpWCFcmLu9h4go+MHF5YJNXADIxq7sLzIHYGqNZxgUV7bhAVSQAVCXTxwVab1QSGBcsJhkXRAN3+crAplxsxwWqMkGDV2EZF1QFgvM0cFxwhmRcUI3QpKgmZFLcaU0KbJHuFDAp7jLcpNBx30VmUtzFZ1JUFLx3kElR3alljXA1Kap7TIoaPpgU1YFNXqOPDOjQTHw3IRPfLcTENS0Tg4skwMS1DGdiHXctMiauZZnYfQUxcW2nlnXClYlre5i4jg9MXBvY5HWATMzq7gJzILbGuizjgnp2XKDqEQCqvunjAq036guMC5aQjAvqAnf5e4BNucSOC9Q9BA1+L8u4oAEQnOeA44LzJOOChoQmRUMhk6KRNSmwRWokYFLcZ7hJoeO+j8ykuI/PpKgkeO8gk6KxU8sm4WpSNPaYFE18MCkaA5u8SR8Z0KGZOIaQiWOEmLipZWJskZoKMHEzw5lYx92MjImbWSZ2X0FM3NypZYtwZeLmHiZu4QMTNwc2eQsgE7O6u8AciK2xJcu4oJUdF6hWBIBqbfq4QOuN1gLjgmUk44KWwF3+fmBTLrPjAnU/QYM/wDIueBAIzkvAccFvJOOCNoQmRRshk+Iha1Jgi/SQgEnxsOEmhY77YTKT4mE+k6Ky4L2DTIq2Ti3bhatJ0dZjUrTzwaRoC2zydn1kQIdm4kcImfgRISZ+1DIxtkiPCjBxe8OZWMfdnoyJ21smdl9BTBzr1LJDuDJxrIeJO/jAxLHAJu8AZGJWdxeYA7E1dmQZF8TZcYGKIwBUvOnjAq034gXGBctJxgUdgbt8J2BTLrfjAtWJoME7s4wLugDB+QdwXHCFZFzQldCk6CpkUnSzJgW2SN0ETIruhpsUOu7uZCZFdz6ToorgvYNMih5OLRPC1aTo4TEpEnwwKXoAmzyhjwzo0Ezck5CJewoxcS/LxNgi9RJg4t6GM7GOuzcZE/e2TOy+gpi4j1PLvuHKxH08TNzXBybuA2zyvkAmZnV3gTkQW2M/lnFBoh0XqEQCQPU3fVyg9UZ/gXHBSpJxQT/gLj8A2JQr7bhADSBo8IEs44JBQHCmwIFTRQptFOgNbTChSTFYyKQYYk0KbJGGCJgUQw03KXTcQ8lMiqF8JkVVwXsHmRTDnFoOD1eTYpjHpBjug0kxDNjkw/vIgA7NxCMImXiEEBOPtEyMLdJIASYeZTgT67hHkTHxKMvE7iuIiUc7tRwTrkw82sPEY3xg4tHAJh8DZGJWdxeYA7E1PsYyLhhrxwVqLAGgxpk+LtB6Y5zAuOA5knHBY8BdfjywKZ+z4wI1nqDBH2cZF0wAgjM1cFyQhmRcMJHQpJgoZFJMsiYFtkiTBEyKyYabFDruyWQmxWQ+k6K94L2DTIopTi2nhqtJMcVjUkz1waSYAmzyqX1kQIdm4mmETDxNiImnWybGFmm6ABPPMJyJddwzyJh4hmVi9xXExDOdWs4KVyae6WHiWT4w8Uxgk88CMjGruwvMgdgaZ7OMC+bYcYGaQwCouaaPC7TemCswLlhFMi6YDdzl5wGbcpUdF6h5BA3+BMu4YD4QnOmB44IMJOOCBYQmxQIhk+JJa1Jgi/SkgEnxlOEmhY77KTKT4ik+kyJW8N5BJsVCp5aLwtWkWOgxKRb5YFIsBDb5oj4yoEMz8WJCJl4sxMRPWybGFulpASZeYjgT67iXkDHxEsvE7iuIiZc6tVwWrky81MPEy3xg4qXAJl8GZGJWdxeYA7E1PsMyLlhuxwVqOQGgVpg+LtB6Y4XAuGANybjgGeAuvxLYlGvsuECtJGjwZ1nGBc8BwZkJOC7ITDIueJ7QpHheyKRYZU0KbJFWCZgUqw03KXTcq8lMitV8JkUHwXsHmRRrnFq+EK4mxRqPSfGCDybFGmCTv9BHBnRoJn6RkIlfFGLitZaJsUVaK8DE6wxnYh33OjImXmeZ2H0FMfF6p5YbwpWJ13uYeIMPTLwe2OQbgEzM6u4CcyC2xo0s44JNdlygNhEA6iXTxwVab7wkMC54kWRcsBG4y78MbMoX7bhAvUzQ4K+wjAteBYIzK3BckI1kXPAaoUnxmpBJ8bo1KbBFel3ApHjDcJNCx/0GmUnxBp9J0VHw3kEmxZtOLTeHq0nxpsek2OyDSfEmsMk395EBHZqJ3yJk4reEmPhty8TYIr0twMRbDGdiHfcWMibeYpnYfQUx8Vanlu+EKxNv9TDxOz4w8VZgk78DZGJWdxeYA7E1vssyLthmxwVqGwGgtps+LtB6Y7vAuGAdybjgXeAu/x6wKdfZcYF6j6DB32cZF+wAgjMHcFyQk2Rc8AGhSfGBkEnxoTUpsEX6UMCk+Mhwk0LH/RGZSfERn0kRJ3jvIJNip1PLj8PVpNjpMSk+9sGk2Als8o/7yIAOzcS7CJl4lxAT77ZMjC3SbgEm3mM4E+u495Ax8R7LxO4riIn3OrXcF65MvNfDxPt8YOK9wCbfB2RiVncXmAOxNX7CMi7Yb8cFaj8BoA6YPi7QeuOAwLhgA8m44BPgLv8psCk32HGB+pSgwT9jGRccBIIzN3BckIdkXHCI0KQ4JGRSfG5NCmyRPhcwKb4w3KTQcX9BZlJ8wWdSxAveO8ik+NKp5VfhalJ86TEpvvLBpPgS2ORf9ZEBHZqJvyZk4q+FmPgby8TYIn0jwMSHDWdiHfdhMiY+bJnYfQUx8RGnlt+GKxMf8TDxtz4w8RFgk38LZGJWdxeYA7E1fscyLjhqxwXqKAGgjpk+LtB645jAuGATybjgO+Au/z2wKTfZcYH6nqDBf2AZFxwHgjM/cFxQwKeNItT8nQDmb9854LwTeC/J/P34v58/0XHVT3041nkSWGetcfdH/iXtdA5OeqQfev2nCM3IU0Jm5M/WjMQW6WcBM/IXw81IHfcvZGbkL3xmZJTgvYPMyNNOLc+Eqxl52mNGnvHBjDwNbPIzJCeJs4RMfFaIiX+1TIwt0q8CTHzOcCbWcZ8jY+JzlondVxATn3dqeSFcmfi8h4kv+MDE54FNfgEIbl3k/YQm74U+5q/xIstY8BJ4LMgIqEsEgPrN9LGg1hu/CYwFXyYZC14E7vKXgU35MngsuJewwS8TNPjvLGPBP4DgrAgcC1Yi+RTRFUKT4oqQSXHVmhTYIl0VMCki+pptUui49RrBNRI1Kdw5jQrx8smkUJL3dq8/hVPLSFdNw8qk0Ako5ArWnQjvgpJ+d6iNmQLY5JF9ZUCHZuKUffmYOGVfGSZO5cKYZeIQ76mLpBOKvm9qw5lYx52ajIlTWyYOurd7/WmcWqYNVyZO42HitD4wcRpgk6cFMjGruwvMgdga0wmsMdmFhgqo9BZQKj0BoDKg14heoNYbGfriAfoqybggHXCXzwhsylftuEBlJGjwm6QYAz0uyAQEZ1XguKAaybggM6FJkVnIpMhiTQpskbIImBQ3G25S6LhvJjMpbuYzKcoL3jvIpMjq1DJbuJoUWT0mRTYfTIqswCbP1lcGdGgmzk7IxNmFmPgWy8TYIt0iwMQ5DGdiHXcOMibOYZnYfQUxcU6nlrnClYlzepg4lw9MnBPY5LmATMzq7gJzILbGW1nGBbntuEDlJgBUHtPHBVpv5BEYF7xOMi64FbjL5wU25et2XKDyEjR4PpZxQX4gOKsDxwU1SMYFBQhNigJCJkVBa1Jgi1RQwKQoZLhJoeMuRGZSFOIzKSoI3jvIpCjs1LJIuJoUhT0mRREfTIrCwCYv0lcGdGgmLkrIxEWFmPg2y8TYIt0mwMTFDGdiHXcxMiYuZpnYfQUxcXGnliXClYmLe5i4hA9MXBzY5CWATMzq7gJzILbG21nGBSXtuECVJABUKdPHBVpvlBIYF7xJMi64HbjL3wFsyjftuEDdQdDgpVnGBWWA4KwFHBfUJhkXlCU0KcoKmRTlrEmBLVI5AZMiynCTQscdRWZSRPGZFNGC9w4yKZRTy/LhalIoj0lR3geTQgGbvHxfGdChmbgCIRNXEGLiaMvE2CJFCzBxRcOZWMddkYyJK1omdl9BTFzJqWXlcGXiSh4mruwDE1cCNnllIBOzurvAHIitsQrLuKCqHReoqgSAqmb6uEDrjWoC44K3SMYFVYC7/J3ApnzLjgvUnQQNfhfLuKA6EJz1gOOC+iTjghqEJkUNIZPibmtSYIt0t4BJUdNwk+L/wElmUtTkMykqCt47yKSo5dSydriaFLU8JkVtH0yKWsAmr91XBnRoJq5DyMR1hJi4rmVibJHqCjBxPcOZWMddj4yJ61kmdl9BTFzfqeU94crE9T1MfI8PTFwf2OT3AJmY1d0F5kBsjfeyjAsa2HGBakAAqIamjwu03mgoMC7YQjIuuBe4yzcCNuUWOy5QjQga/D6WcUFjIDgbAMcFDUnGBU0ITYomQiZFjDUpsEWKETApmhpuUui4m5KZFE35TIpKgvcOMimaObVsHq4mRTOPSdHcB5OiGbDJm/eVAR2aiVsQMnELISZuaZkYW6SWAkzcynAm1nG3ImPiVpaJ3VcQE7d2anl/uDJxaw8T3+8DE7cGNvn9QCZmdXeBORBb4wMs44IH7bhAPUgAqDamjwu03mgjMC54h2Rc8ABwl38I2JTv2HGBeoigwR9mGRe0BYKzMXBc0IRkXNCO0KRoJ2RSPGJNCmyRHhEwKR413KTQcT9KZlI8ymdSVBa8d5BJ0d6pZWy4mhTtPSZFrA8mRXtgk8f2lQEdmok7EDJxByEm7miZGFukjgJMHGc4E+u448iYOM4ysfsKYuJ4p5adwpWJ4z1M3MkHJo4HNnknIBOzurvAHIitsTPLuKCLHReoLgSA6mr6uEDrja4C44JtJOOCzsBdvhuwKbfZcYHqRtDg3VnGBT2A4GwGHBc0JxkXJBCaFAlCJkVPa1Jgi9RTwKToZbhJoePuRWZS9OIzKaoI3jvIpOjt1LJPuJoUvT0mRR8fTIrewCbv01cGdGgm7kvIxH2FmLifZWJskfoJMHGi4Uys404kY+JEy8TuK4iJ+zu1HBCuTNzfw8QDfGDi/sAmHwBkYlZ3F5gDsTUOZBkXDLLjAjWIAFCDTR8XaL0xWGBc8B7JuGAgcJcfAmzK9+y4QA0haPChLOOCYUBwtgKOC1qTjAuGE5oUw4VMihHWpMAWaYSASTHScJNCxz2SzKQYyWdSVBW8d5BJMcqp5ehwNSlGeUyK0T6YFKOATT66rwzo0Ew8hpCJxwgx8WOWibFFekyAiccazsQ67rFkTDzWMrH7CmLicU4tx4crE4/zMPF4H5h4HLDJxwOZmNXdBeZAbI2Ps4wLJthxgZpAAKiJpo8LtN6YKDAu2EEyLngcuMtPAjblDjsuUJMIGnwyy7hgChCcDwLHBW1IxgVTCU2KqUImxTRrUmCLNE3ApJhuuEmh455OZlJM5zMp2gveO8ikmOHUcma4mhQzPCbFTB9MihnAJp/ZVwZ0aCaeRcjEs4SYeLZlYmyRZgsw8RzDmVjHPYeMiedYJnZfQUw816nlvHBl4rkeJp7nAxPPBTb5PCATs7q7wByIrfEJlnHBfDsuUPMJALXA9HGB1hsLBMYFH5KMC54A7vJPApvyQzsuUE8SNPhTLOOChUBwtgWOC9qRjAsWEZoUi4RMisXWpMAWabGASfG04SaFjvtpMpPiaT6TIlbw3kEmxRKnlkvD1aRY4jEplvpgUiwBNvnSvjKgQzPxMkImXibExM9YJsYW6RkBJl5uOBPruJeTMfFyy8TuK4iJVzi1XBmuTLzCw8QrfWDiFcAmXwlkYlZ3F5gDsTU+yzIueM6OC9RzBIB63vRxgdYbzwuMC3aSjAueBe7yq4BNudOOC9QqggZfzTIuWAMEZ3vguCCWZFzwAqFJ8YKQSfGiNSmwRXpRwKRYa7hJoeNeS2ZSrOUzKToI3jvIpFjn1HJ9uJoU6zwmxXofTIp1wCZf31cGdGgm3kDIxBuEmHijZWJskTYKMPEmw5lYx72JjIk3WSZ2X0FM/JJTy5fDlYlf8jDxyz4w8UvAJn8ZyMSs7i4wB2JrfIVlXPCqHReoVwkA9Zrp4wKtN14TGBfsIhkXvALc5V8HNuUuOy5QrxM0+Bss44I3geCMA44L4knGBZsJTYrNQibFW9akwBbpLQGT4m3DTQod99tkJsXbfCZFR8F7B5kUW5xabg1Xk2KLx6TY6oNJsQXY5Fv7yoAOzcTvEDLxO0JM/K5lYmyR3hVg4m2GM7GOexsZE2+zTOy+gph4u1PL98KVibd7mPg9H5h4O7DJ3wMyMau7C8yB2BrfZxkX7LDjArWDAFAfmD4u0HrjA4FxwR6SccH7wF3+Q2BT7rHjAvUhQYN/xDIu2AkEZxfguKArybjgY0KT4mMhk2KXNSmwRdolYFLsNtyk0HHvJjMpdvOZFHGC9w4yKfY4tdwbribFHo9JsdcHk2IPsMn39pUBHZqJ9xEy8T4hJv7EMjG2SJ8IMPF+w5lYx72fjIn3WyZ2X0FMfMCp5afhysQHPEz8qQ9MfADY5J8CmZjV3QXmQGyNn7GMCw7acYE6SACoQ6aPC7TeOCQwLthHMi74DLjLfw5syn12XKA+J2jwL1jGBV8CwdkDOC5IIBkXfEVoUnwlZFJ8bU0KbJG+FjApvjHcpNBxf0NmUnzDZ1LEC947yKQ47NTySLiaFIc9JsURH0yKw8AmP9JXBnRoJv6WkIm/FWLi7ywTY4v0nQATHzWciXXcR8mY+KhlYvcVxMTHnFp+H65MfMzDxN/7wMTHgE3+PZCJWd1dYA7E1vgDy7jguB0XqOMEgDph+rhA640TAuOC/STjgh+Au/yPwKbcb8cF6keCBv+JZVxwEgjO3sBxQR+fNopQ83cKmL8JwPxNBOZPN0caV+5KBV5cCfy8w/lZ2vmpr58D+fjFIQ79d5L2l3LOe/SfJ733dOD1Gdd7/8n9zwbe/+s17n/Wdf9zgdfnk3lvGee955z36o3wQuD1xRtcy6XA+3+7xlouudZyOfD692us5bJrLX/o18m8t6zz3j+c9+o1XtWSp9+ff47exLLk+zMv6EPAp+DeRsedK9+feUXH/RnJnpaiHy6XwFqrzwzHjTaYTgvg5nPD484U6BeNGXTcX5CIhVKfAZ+FOQ98FIQkf6WB+fsCmL+vSPbrSOB+DcSMQubPrwEeMJdBA7yU/f56bQd4Id5TFyllP/x9U/Uze4Cn407VD14j0c29oqHk+C0JOVYylBy/IyHH1EByBGJGfUdIjqmFyDGNJUdskdIIkGNaw8lRx51WiBzRa80R8yeRoxVzun7hGff3wg5JqOvTuEwnEPcPJIeYtEAS/h54iDlOcohJD8wfEDPqOAn+6hgqQk6S5K+uoSLkFEn/ZgD2LxAz6hShCMkgJEIyWhGCLVJGARFyk+EiRMd9E4kIyRc4jKcXOJSeNnxcWSRG5jB+hoSMMgHJCFhrdcZwEaf7OpMAbs6RHAJvEsJNqPk7T5I/IL7VOWD+LpDsW5mB+ANiRl0gwV8rQ0XwZZL8tTZUBP9O0r9ZgP0LxIz6nVAEZxESwTdbEYwt0s0CIjir4SJYx52VRAQXD4jBzAKH+quGi+DSMTJiJuICBxllA5IRsNYKnT90fXVfZxPATUqfcBMV2hW090aFdgXhJtT8pSLJHxDfyo2ZkB8TI9m3sgPxB8SMSk2Cv06GiuD0JPnrbKgIzkDSv7cA+xeIGYXMn18i+BYhEZzDimBskXIIiOCchotgHXdOEhEcFRCD2QUO9ZkumB13pRgZMZOZhIxyAckIWGuV2XARrPs6lwBuspIcAnMK4SZkU4ckf0B8q6zA/GUn2bduBeIPiBmVnQR/gwwVwblI8jfYUBF8K0n/5gb2LxAz6lZCEZxbSATnsSIYW6Q8AiI4r+EiWMedl0QEVwuIwVsFDvV5DRfBNWNkxEw+EjLKByQjYK1VPsNFsO7rfAK4KUhyCMwrhJtQ81eIJH9AfKuCwPwVJtm38gPxB8SMKkyCv0mGiuBiJPmbbKgILk7SvwWA/QvEjCpOKIILCIngglYEY4tUUEAEFzJcBOu4C5GI4LoBMZhf4FBf0nAR3DBGRsyUIiGjwkAyAtZalTJcBOu+LiyAmzIkh8BCQrgJNX9lSfIHxLcqA8xfOZJ9qwgQf0DMqHIk+FtoqAiuQJK/RYaK4GiS/i0K7F8gZlQ0oQguKiSCb7MiGFuk2wREcDHDRbCOuxiJCG4SEINFBA71lQ0XwS1jZMRMFRIyKg4kI2CtVRXDRbDu6+ICuLmT5BBYTAg3oebvLpL8AfGt7gTmrzrJvlUCiD8gZlR1Evy9aKgIrkWSv7WGiuDaJP17O7B/gZhRtQlF8O1CIrikFcHYIpUUEMGlDBfBOu5SJCL4gYAYLCFwqK9nuAhuFyMjZuqTkNEdQDIC1lrVN1wE676+QwA3DVgmmUK4CTV/DUnyB8S3agDMXyOSfas0EH9AzKhGJPjbYqgIjiHJ31ZDRXBTkv4tA+xfIGZUU0IRXEZIBJe1IhhbpLICIric4SJYx12ORATHBsRgaYFDfQvDRXDnGBkx05KEjKKAZASstWppuAjWfR0lgJv7SQ6B5YRwE2r+HiDJHxDf6n5g/h4k2bcUEH9AzKgHSfC3z1AR3JYkf58YKoLbkfRveWD/AjGj2hGK4PJCIriCFcHYIlUQEMHRhotgHXc0iQjuHhCDSuBQ395wEdwnRkbMxJKQUUUgGQFrrWINF8G6rysK4CaO5BAYLYSbUPMXT5I/IL5VHDB/nUj2rUpA/AExozqR4O+ooSK4G0n+jhkqgruT9G9lYP8CMaO6E4rgykIiuIoVwdgiVREQwVUNF8E67qokIrh/QAxWEjjU9zRcBA+NkREzvUjIqBqQjIC1Vr0MF8G6r6sJ4KYvySGwqhBuQs1fP5L8AfGt+gLzl0iyb90JxB8QMyqRBH8XDBXBg0jyd9FQETyYpH/vAvYvEDNqMKEIvktIBFe3IhhbpOoCIriG4SJYx12DRASPDIjBOwUO9cMMF8HjYmTEzHASMrobSEbAWqvhhotg3dd3C+BmFMkhsIYQbkLN32iS/AHxrUYB8zeGZN+qCcQfEDNqDAn+0h80UwSPJ8lfBmD+kCL4cZL+rQXsXyBm1OOEIriWkAiubUUwtki1BURwHcNFsI67DokInhgQgzUFDvWTDBfB02NkxMxkEjKqCyQjYK3VZMNFsO7rugK4mUZyCKwjhJtQ8zed5d8ZBfbKNGD+ZpDsW/WA+ANiRs0gwV9eQ0XwHJL85TNUBM8l6d/6wP4FYkbNJRTB9YVE8D1WBGOLdI+ACL7XcBGs476XRATPDojBegKH+vmGi+AFMTJiZgEJGTUAkhGw1mqB4SJY93UDAdwsJDkE3iuEm1Dzt4gkf0B8q4XA/C0m2bcaAvEHxIxaTIK/MoaK4GUk+StrqAh+hqR/GwH7F4gZ9QyhCG4kJILvsyIYW6T7BERwY8NFsI67MYkIXhQQgw0FDvUrDRfBz8TIiJlnScioCZCMgLVWzxougnVfNxHAzSqSQ2BjIdyEmr/VJPkD4lutAuZvDcm+FQPEHxAzag0J/u42VASvI8lfTUNF8HqS/m0K7F8gZtR6QhHcVEgEN7MiGFukZgIiuLnhIljH3ZxEBD8bEIMxAof6TYaL4BdiZMTMSyRk1AJIRsBaq5cMF8G6r1sI4OZVkkNgcyHchJq/10jyB8S3ehWYv9dJ9q2WQPwBMaNeJ8FfM0NF8Fss+5+hIvhtkv5tBexfIGbU24QiuJWQCG5tRTC2SK0FRPD9hotgHff9JCJ4fUAMthQ41L9juAh+JUZGzLxLQkYPAMkIWGv1ruEiWPf1AwK4eY/kEHi/EG5Czd/7JPkD4lu9B8zfDpJ960Eg/oCYUTtI8NfBUBG8kyR/HQ0VwR+T9G8bYP8CMaM+JhTBbYRE8ENWBGOL9JCACH7YcBGs436YRAS/ERCDDwoc6vcYLoK3xsiImb0kZNQWSEbAWqu9hotg3ddtBXCzn+QQ+LAQbkLN3wGS/AHxrfYD8/cpyb7VDog/IGbUpyT4SzRUBH9Okr/+horgL0j69xFg/wIxo74gFMGPCIngR60IxhbpUQER3N5wEazjbk8igrcHxGA7gUP914aL4I9iZMTMNyRkFAskI2Ct1TeGi2Dd17ECuPmW5BDYXgg3oebvO5L8AfGtvgXm7yjJvtUBiD8gZtRREvyNN1QEHyfJ3+OGiuATJP3bEdi/QMyoE4QiuKOQCI6zIhhbpDgBERxvuAjWcceTiODdATHYQeBQf9JwEXwgRkbMnCIho05AMgLWWp0yXATrvu4kgJvTJIfAeCHchJq/MyT5A+JbnQbm7yzJvtUZiD8gZtRZEvzNN1QEX2D5dndDRfBFkv7tAuxfIGbURUIR3EVIBHe1IhhbpK4CIrib4SJYx92NRAQfCojBzgKH+suGi+BvYmTEzO8kZNQdSEbAWqvfDRfBuq+7C+DmKskhsJsQbkLexy9y5A+Ib3UVmL8UFzn2rR5A/AExo1KQ4G+VoSI4NUn+VhsqgtOQ9G8CsH+BmFHI/PklghOERHBPK4KxReopIIJ7GS6Cddy9SETwdwEx2EPgUJ/+otlxn4iRETMZSMioN5CMgLVWGYRxE2redF/3FsBNJpJDYC8h3ISav8wk+QPiW2UC5i8Lyb7VB4g/IGZUFhL8vWmoCM5Okr/NhorgW0j6ty+wf4GYUbcQiuC+QiK4nxXB2CL1ExDBiYaLYB13IokIPhUQg30EDvW5DBfBv8bIiJlbScioP5CMgLVWtxougnVf9xfATV6SQ2CiEG5CzV8+kvwB8a3yAvOXn2TfGgDEHxAzKj8J/nYZKoILk+Rvt6EiuAhJ/w4E9i8QM6oIoQgeKCSCB1kRjC3SIAERPNhwEazjHkwigi8GxOAAgUN9McNF8JUYGTFTnISMhgDJCFhrVdxwEaz7eogAbkqSHAIHC+Em1PyVIskfEN+qJDB/d5DsW0OB+ANiRt1Bgr/DhorgciT5O2KoCI4i6d9hwP4FYkZFEYrgYUIieLgVwdgiDRcQwSMMF8E67hEkIjiyaUTEUIFDfQXDRXC6pjJiJpqEjEYCyQhYaxVtuAjWfT1SADeVSQ6BI4RwE2r+qpDkD4hvVRmYv6ok+9YoIP6AmFFVSfB31lARXJ0kf78aKoJrkPTvaGD/AjGjahCK4NFCIniMFcHYIo0REMGPGS6CddyPkYjgmwJicJTAob6W4SI4W1MZMVObhIzGAskIWGtV23ARrPt6rABu6pEcAh8Twk2o+atPkj8gvlU9YP7uIdm3xgHxB8SMuocEf6kPmSmCG5HkLw0wf0gRfB9J/44H9i8QM+o+QhE8XkgEP25FMLZIjwuI4AmGi2Ad9wQSEZwzIAbHCRzqYwwXwfmayoiZpiRkNBFIRsBaq6aGi2Dd1xMFcNOC5BA4QQg3oeavJUn+gPhWLYD5a0Wyb00C4g+IGdWKBH+5DBXBD7J8pt9QEdyGpH8nA/sXiBnVhlAETxYSwVOsCMYWaYqACJ5quAjWcU8lEcGFAmJwksChvq3hIrh4Uxkx046EjKYByQhYa9XOcBGs+3qaAG7akxwCpwrhJtT8xZLkD4hv1R6Yvw4k+9Z0IP6AmFEdSPBX0lAR3Ikkf6UMFcGdSfp3BrB/gZhRnQlF8AwhETzTimBskWYKiOBZhotgHfcsEhFcKiAGpwsc6rsZLoKjmsqIme4kZDQbSEbAWqvuhotg3dezBXDTk+QQOEsINyH/01Uk+QPiW/UE5q83yb41B4g/IGZUbxL83WmoCE4kyd9dhorg/iT9OxfYv0DMqP6EIniukAieZ0UwtkjzBETwE4aLYB33EyQiODogBucIHOoHGS6CqzWVETODSchoPpCMgLVWgw0Xwbqv5wvgZhjJIfAJIdyEmr/hLN+uDeyVYcD8jSDZtxYA8QfEjBpBgr/GhorgMST5a2KoCH6MpH+fBPYvEDPqMUIR/KSQCH7KimBskZ4SEMELDRfBOu6FJCK4RkAMLhA41I83XATXbSojZh4nIaNFQDIC1lo9brgI1n29SAA3k0gOgQuFcBPyZ81I8gfEt5oEzN8Ukn1rMRB/QMyoKYbz3b0BvlsssG/NMDzuJk1l9uuZJP3yNLBfgLVWMw3HTclAIZ6W+KcQU2KFaxoXZkoFXlwJ/LzD+Vna+amvJYFYljrx6L+TJGrLOe/Rf5703mWB18+43vtP7r888P4V17j/ctf9VwZeP5vMe8s4713pvFcL8OcCr5+/wbWsCrx/9TXWssq1ljWB1y9cYy1rXGt5MfB6bTLvLeu890XnvXqN6wKv1zsaEI3NLPn+zAsam3MM78lc+f7MKzruuSR7+QbgXg6stZpLaCDeAd6Hk9aYVPONgVptCvzvJZcPlMn5mT4i2FTUVxrX65qgdQmYlFGpXWtN71pzUjyZnT9Phf29FdK7chvhyndEMnmLcP3+dIH/3eS87hTXr2libPcuHRrFDUquZimTuW+kK9bUnve565j0Z2ndf1/iUAK6198ODxsd8trk/HzJ+Zkl8L+XA69f+S9khjgQ6WZE33c+wQHzZQEyWyBEZpHg+IH1UQvABOTdnCXqv7GfTJ3Q69wEXKc7r686+8lrLoLM5fx0b/YpXP+NmTTTueJIutzkkvQ7k+JOItLU2LWU178rVUTwdS0iTfr9HiJtEdehT1w/D5F6J6aRycTqjlHHlxYbX1TSWpOupDUl/Z4MEX/hJp1rHemx61BJv8u7jvSudaRzvU76swyuNSX9t4ye9bp7wf13k/Ka0RUzzWFEB/Kqc+h4zfn5euDnG/3k1r9RgIAXGj7B0nG/LhD3IpKDB7A+ahHBIXOTQK2XEGD8DYG4l5JgHFgftdRwjOsT+zKBWi83PO5MATd0g0DcK0jc0DeBbiiw1gqZP69J86ZzLvKek/S1OfD6rRuclLwdeP+Wa0xK3nbdf2vg9Tv9/ryvHwJ5cz/z952t2Kcb46PLR0fpvkbF7RZ277qEdpJA+F8U2mldcSRdbndai6jszv9P6NmvS/ygJondu3eJ7xLXsUnPfnHulCX3BHByOtZtDqdKJo105rDU+t4Veir2v+U0VI7Z9u+fNI7y3Ev5NdnaJvRo/Hb7aDy2SNv74e/7nuGPxuu43/N5E4gK7QrKaVSIl/fwhBZ+hQO/4EQf3P1uyRMR8WMf2XqFeG/l/Q/u/L7vYG2HC3OpXThJeq/e0K5G/B1DKVyvI533RF7jPSn+y33+22FEbNNKCk4nYLMr2B39gu1994JQv/t94Cb0wTXuVaVyXGx85egK7aOi42MD96kUH1ehffmqKr5KhcDtK0Sr2PZxUR2jYytXiq5UJb6yb8+WfCDEwB9aBsYW6UMBBv7IcAbWcX/k04fTQo1/h7NW9H2fM/TDIt51IrG0E2iXPQe2uPQmptdXy7knGvNJpyI0jlYZbhEnnd7Qca820yL+m+RGHkR2AO+1huTDakB8KyBmlFT+0H3yMaF99LHQ4XWXPbxii7RL4PC62/DDq457N8k3K2i/W2Ktfs3fdoSwEcQHX77ZPXucfO/9B3ZP7WRy57V7akdc3+5J7j7XtXtMfxgv0klmClfi9rpO6EkX/F9rwsWh9gI3s324ZohPyuc+QcWj87hDQDmvM+vBr7+dknTcewTiXk/wwNtegbg3GKpUvASD3DfWAb9WYyOJ0gPiWwExozb69MBlqHXeA+SaT4BOnb6HBLd8YvhXI0jErV3Ei73xcb9K4CJeEoj7NZIHTfcD+xFYa/Wa4bjR/ZJOwH1+k6Bf0gvEvZmkXw4A+wVYa7WZoF9uFcDNFoJ+yS0Q91aSfvkU2C/AWqutBP1yuwButhH0S0mBuLeT9MtnwH4B1lptJ+iXKgK42UHQL1UF4v6ApF8OAvsFWGv1AUG/3CuAm50E/dJAIO6PSfrlELBfgLVWHxP0ywMCuNlD0C8PCsS9l6RfPgf2C7DWai9Bv3QWwM1+gn7pIhD3AZJ++QLYL8BaqwME/TJQADcHCfplkEDch0j65UtgvwBrrQ4R9MvjArj5kqBfJgjE/RVJv3wF7BdgrdVXBP3yhABuDhP0y3yBuI+Q9MvXwH4B1lodIeiXZwVwc5SgX54TiPsYSb98A+wXYK3VMYJ+eUUAN8cJ+uVVgbhPkPTLYWC/AGutThD0y/sCuDlJ0C87BOI+RdIvR4D9Aqy1OkXQL58J4OY0Qb8cFIj7DEm/fAvsF2Ct1RmCfvlBADfnCPrluEDc50n65TtgvwBrrZD50x96PhUZEXGzcz/9GQb9XLZ+1lQ/P6efCdLPOejZrZ5HaY9d+4baC9H6Tp9ZNQ/rveW7fhFBF1zv95PBDVyfA3Gj6/Nz5F+fQ9M5OCac5++Bn1Hz69tIvhf6NpIf7LeRYIv0g8C3kRw3/NtIdNzHib6NRGKt9gtt/7wikrlQa3bn94RTwx//wTecFHb9vf/2DSeFI67/DSfJ3ed/4htOdDILuRL3Y7+/77wmf8PJj8AN8qd++Pz+9A/yGbKbBzyVGfp9d2LfGHJC4FP8lwji/lEg7t8I/im4kwJxXyb5hhMgLhWw1koqf/DpAaF6PCWkHn+26hFbpJ8F1OMvhqtHHfcvROrxF6se6dXjaaeGZ6x6/PdXUqJOe9TjGTL1eAa4QZ4VUI9nfVCPv1r1+K9V1GkBNXGVIO4zAnFHXDL/APCrQNwpwHFH/Jd9Iiq0SwFxqYC1Vsj8adL/2X1awObwP/VBY/NMP/PXeE5oxo1/iANIiKyAOk8AqAvoNaIXqL3lCwKMkZqEMc4BT9cXkU+eEJw0LkrMJfphmfIU4cZ2iWBj+02KKSPBgHJL8ZCHKARf+S3RlL/3M38z2iwQd1rDN2HdhJcF4k7nE3mHus4/gP0IrLVKd4mGxP4zqEJj83cCEvtD+nQeKsD15GWrQINnNLzB4+Ljo2I7dlCZ8uFivgLcLJD582vKfgXs/SddV+2UHVukqwJT9ohEoAkuFLdeI7hGov+YEDKnKRLlmgKUz/jo8tFRyA05MtFcQpP4EOPvAh/my2R43PpJjD8E4s5MolBSAvsaWGuVmaBfbuqLx01Wgn7JJBB3NpJ+SQXsF2CtVTaCfskngJscBP2SXyDunCT9khrYL8Baq5wE/VJaADe5CfqljEDceUj6JQ2wX4C1VnkI+uUuAdzkJ+iX6gJxFyDpl7TAfgHWWhUg6Jf7BHBTmKBfGgvEXYSkX9IB+wVYa1WEoF8eFsBNMYJ+aSsQd3GSfkkP7BdgrVVxgn7pLoCbkgT90kMg7lIk/ZIB2C/AWqtSBP0yVAA3ZQj6ZZhA3GVJ+iUjsF+AtVZlCfplsgBuFEG/TBGIuzxJv9wE7BdgrVV5gn55SgA3FQn6ZaFA3JVI+iUTsF+AtVaVCPpltQBuqhL0yxqBuKuR9EtmYL8Aa62qEfTLGwK4qU7QL28KxF2DpF+yAPsFWGtVg6BfPhLATS2CftkpEHdtkn65GdgvwFqr2gT98oUAbuoR9MuXAnHXJ+mXrMB+AdZa1Sfol58EcNOAoF9OCsTdkKRfsgH7BVhrhcyf/qbJXyL/+keJ9GcY9HPZ+llT/fycfiZIP+egZ7d6HqU9du0bai9E6zt9ZtU8rPeWbIkRQRcaN9kTZXCDXuctQNzo+pyO/OvzbDoHtwjnOQfws1p+feA1BxAb7vXmdOXafuA1xHvqIumEou+by/APvOq4cwl94FXi61Uk1mq/VvrPKyKZC7Vmd35vdWqY21VL+7XSN3glJUons5ArcbkTr/81yFGhXdCvlc4N3CDzJOLzm+cf5DPUdecFnsrC7Wulb03E37fxJfPjzi0QdxOCL3vMKxB3DMmXhAJxqYC1VlL5Q9c5H6F6zCekHvNb9YgtUn4B9VjAcPWo4y5ApB4LWPVIrx4LOjUsZNXjv7+SElXQox4LkanHQsANsrCAeizsg3osYtXjv1ZRBQXURAsC9VhIIO6WBOqxiEDcrUjUIxCXClhrhcyfJv3T7tMCNodi3wBdKNH8NRYVmnHDG/I2ICGyAuo2AkAVQ68RvUDtLRcTYIwHSRijKPB0XRzYlA8SnDSKC+CmRCKWKX8h3NhKEGxst5u+semv+Y4UAOhD5m9s//f14civTC8J3Nik8hcJrjPyH7MqBf7KeZbN/I5E80mspEDcbQ0nb715lxKIux3Jo+Wlgf0IrLVqd4nm8CP2j1ndQXD4KZ0og3P8dybdyCGg8jXvpfx6GqCM0NMAZe3TANgilRV4GqCc4U8D6LjLCT0NkHRJ5jQqxMuPJwG+6Y19EuBUX3xOS6UUYoAbXae69h+7axXl4Fb9g6cKBkf8HY/epwoGR1z/qYLk7nPdpwpuOAnXSVFScFGJfy0w0knEQM/iUL8zCchoRm9P8KnVUwKfWo0l8ZNL3YhtcJ0TVxSQDDuQSDMFlGbuXgl1XR1J8AfsEwXEjOpI8vx0eULFVF5IMVWwiglbpAoCiinacMWk444men5aYq3XU00hP9bpUU0hf4WCkGq6IXK/jrKJSOZC3dtdq4oOHiqZrpoYnsWu6FFgOqmDIoIvk5/FrgTcbCvfEGvHX/NKymflf5DPUNddBZiD2P9fJ/R/sLnc8MnyOqdBjcOKAkO3LgTPYlcSiLsrwRNSVQTi7kaiRIG4VMBaq24EuJHYJ0oKWdbodVZN5FhnNfD3jJ2J/Otgp3NQTfh7xu4k/KT4nUJOx13W6cAW6S4Bp6O64U6Hjrs62Wy4uuBsWAizvn0Ku4ZTy7tN/xQ2OglJwdXwfHL67sSIv11oK6sGsMnvJjlJ1CRk4ppCTFzLMjG2SLUEmLi24Uys465NxsS1LRO7ryAmruPUsm64MnEdDxPX9YGJ6wCbvC74U31nkkE36v4RnqKjalk30fw11mN5sL0++PPvjICqTwCoe0z/mKjWG/cIuK09SVz6esBd/l5gU/YEfxTqFGGD30vQ4A2kGAM9tm4IBOerwK8Qe+2iTALRG1ojQpOikZBJcZ81KbBFuk/ApGhsuEmh425MZlI05jMplOS93etv4tQyJlxNiiYekyLGB5OiCbDJYxJlQIdm4qaETNxUiImbWSbGFqmZABM3N5yJddzNyZi4uWXioHu719/CqWXLcGXiFh4mbukDE7cANnlL6+4qYA7E1tiKZVzQ2gJKtSYA1P2mjwu03rhfYFzQm2Rc0Aq4yz8AbMredlygHiBo8AdZxgVtgOB8Ezgu2EwyLniI0KR4SMikeNiaFNgiPSxgUrQ13KTQcbclMyna8pkU5QXvHWRStHNq+Ui4mhTtPCbFIz6YFO2ATf5Iogzo0Ez8KCETPyrExO0tE2OL1F6AiWMNZ2IddywZE8daJnZfQUzcwallx3Bl4g4eJu7oAxN3ADZ5RyATs7q7wByIrTGOZVwQb8cFKp4AUJ1MHxdovdFJYFzQl2RcEAfc5TsDm7KvHReozgQN3oVlXNAVCM4twHHBVpJxQTdCk6KbkEnR3ZoU2CJ1FzApehhuUui4e5CZFD34TIoKgvcOMikSnFr2DFeTIsFjUvT0waRIADZ5z0QZ0KGZuBchE/cSYuLelomxReotwMR9DGdiHXcfMibuY5nYfQUxcV+nlv3ClYn7epi4nw9M3BfY5P2ATMzq7gJzILbGRJZxQX87LlD9CQA1wPRxgdYbAwTGBYkk44JE4C4/ENiUiXZcoAYSNPgglnHBYCA4twHHBdtJxgVDCE2KIUImxVBrUmCLNFTApBhmuEmh4x5GZlIM4zMpogXvHWRSDHdqOSJcTYrhHpNihA8mxXBgk49IlAEdmolHEjLxSCEmHmWZGFukUQJMPNpwJtZxjyZj4tGWid1XEBOPcWr5WLgy8RgPEz/mAxOPATb5Y0AmZnV3gTkQW+NYlnHBODsuUOMIADXe9HGB1hvjBcYFA0jGBWOBu/zjwKYcYMcF6nGCBp/AMi6YCATnDuC44AOSccEkQpNikpBJMdmaFNgiTRYwKaYYblLouKeQmRRT+EyKioL3DjIppjq1nBauJsVUj0kxzQeTYiqwyaclyoAOzcTTCZl4uhATz7BMjC3SDAEmnmk4E+u4Z5Ix8UzLxO4riIlnObWcHa5MPMvDxLN9YOJZwCafDWRiVncXmAOxNc5hGRfMteMCNZcAUPNMHxdovTFPYFwwiGRcMAe4yz8BbMpBdlygniBo8Pks44IFQHDuBI4LPiYZFzxJaFI8KWRSPGVNCmyRnhIwKRYablLouBeSmRQL+UyKSoL3DjIpFjm1XByuJsUij0mx2AeTYhGwyRcnyoAOzcRPEzLx00JMvMQyMbZISwSYeKnhTKzjXkrGxEstE7uvICZe5tTymXBl4mUeJn7GByZeBmzyZ4BMzOruAnMgtsblLOOCFXZcoFYQAGql6eMCrTdWCowLhpCMC5YDd/lngU05xI4L1LMEDf4cy7jgeSA49wDHBXtJxgWrCE2KVUImxWprUmCLtFrApFhjuEmh415DZlKs4TMpKgveO8ikeMGp5YvhalK84DEpXvTBpHgB2OQvJsqADs3EawmZeK0QE6+zTIwt0joBJl5vOBPruNeTMfF6y8TuK4iJNzi13BiuTLzBw8QbfWDiDcAm3whkYlZ3F5gDsTVuYhkXvGTHBeolAkC9bPq4QOuNlwXGBcNIxgWbgLv8K8CmHGbHBeoVggZ/lWVc8BoQnPuB44IDJOOC1wlNiteFTIo3rEmBLdIbAibFm4abFDruN8lMijf5TIoqgvcOMik2O7V8K1xNis0ek+ItH0yKzcAmfytRBnRoJn6bkInfFmLiLZaJsUXaIsDEWw1nYh33VjIm3mqZ2H0FMfE7Ti3fDVcmfsfDxO/6wMTvAJv8XSATs7q7wByIrXEby7hgux0XqO0EgHrP9HGB1hvvCYwLRpCMC7YBd/n3gU05wo4L1PsEDb6DZVzwARCcB4HjgkMk44IPCU2KD4VMio+sSYEt0kcCJsVOw00KHfdOMpNiJ59JUVXw3kEmxcdOLXeFq0nxscek2OWDSfExsMl3JcqADs3EuwmZeLcQE++xTIwt0h4BJt5rOBPruPeSMfFey8TuK4iJ9zm1/CRcmXifh4k/8YGJ9wGb/BMgE7O6u8AciK1xP8u44IAdF6gDBID61PRxgdYbnwqMC0aRjAv2A3f5z4BNOcqOC9RnBA1+kGVccAgIzi+B44KvSMYFnxOaFJ8LmRRfWJMCW6QvBEyKLw03KXTcX5KZFF/ymRTtBe8dZFJ85dTy63A1Kb7ymBRf+2BSfAVs8q8TZUCHZuJvCJn4GyEmPmyZGFukwwJMfMRwJtZxHyFj4iOWid1XEBN/69Tyu3Bl4m89TPydD0z8LbDJvwMyMau7C8yB2BqPsowLjtlxgTpGAKjvTR8XaL3xvcC4YAzJuOAocJf/AdiUY+y4QP1A0ODHWcYFJ4DgPAwcFxwhGRf8SGhS/ChkUvxkTQpskX4SMClOGm5S6LhPkpkUJ/lMiljBeweZFKecWv4cribFKY9J8bMPJsUpYJP/nCgDOjQT/0LIxL8IMfFpy8TYIp0WYOIzhjOxjvsMGROfsUzsvoKY+KxTy1/DlYnPepj4Vx+Y+CywyX8FMjGruwvMgdgaz7GMC87bcYE6TwCoC6aPC7TeuCAwLhhLMi44B9zlLwKbcqwdF6iLBA1+iWVc8BsQnEeB44JjJOOCy4QmxWUhk+J3a1Jgi/S7gEnxh+EmhY77DzKT4g8+k6KD4L2DTIorTi2vhqtJccVjUlz1waS4Amzyq4kyoEMzcUR/PiZ2rzkqxMu93hT9/3ptmTjUe/b/M6Ho+0YCASsVd2R/eI1EmTiyv2Vi1xXExCmdWqZy1TSsmFgnoJArWHcivAtK+t0hMwmwyVPhwN2B1d0F5kBsjakF1pjsQkMFVJr+wMKQAioNAaDSoteIXqDWG2n74wE6nmRckBq4y6cDNuV4Oy5Q6QgaPL0UY6DHBRmA4DwOHBecIBkXZCQ0KTIKmRQ3WZMCW6SbBEyKTIabFDruTGQmRSY+k6Kj4L2DTIrMTi2zhKtJkdljUmTxwaTIDGzyLP1lQIdm4psJmfhmISbOapkYW6SsAkyczXAm1nFnI2PibJaJ3VcQE2d3anlLuDJxdg8T3+IDE2cHNvktQCZmdXeBORBbYw6WcUFOOy5QOQkAlcv0cYHWG7kExgUTSMYFOYC7/K3AppxgxwXqVoIGz80yLsgDBOdJ4LjgFMm4IC+hSZFXyKTIZ00KbJHyCZgU+Q03KXTc+clMivx8JkWc4L2DTIoCTi0LhqtJUcBjUhT0waQoAGzygv1lQIdm4kKETFxIiIkLWybGFqmwABMXMZyJddxFyJi4iGVi9xXExEWdWt4Wrkxc1MPEt/nAxEWBTX4bkIlZ3V1gDsTWWIxlXFDcjgtUcQJAlTB9XKD1RgmBccEkknFBMeAufzuwKSfZcYG6naDBS7KMC0oBwXkaOC44QzIuuIPQpLhDyKQobU0KbJFKC5gUZQw3KXTcZchMijJ8JkW84L2DTIqyTi3LhatJUdZjUpTzwaQoC2zycv1lQIdm4ihCJo4SYmJlmRhbJCXAxOUNZ2Idd3kyJi5vmdh9BTFxBaeW0eHKxBU8TBztAxNXADZ5NJCJWd1dYA7E1liRZVxQyY4LVCUCQFU2fVyg9UZlgXHBFJJxQUXgLl8F2JRT7LhAVSFo8Kos44JqQHCeA44Lzl/0Z6MINX93AvO3Cpi/1cB7Sebvrv/9/ImOq6r351hnDWCdtcY9G/mXtNM5qOGRfuj1301oRt4tZEbWtGYkuEgCZmQtw81IHXctMjOyFp8ZGSV47yAzsrZTyzrhakbW9piRdXwwI2sDm7wOyUmiLiET1xVi4nqWibFFqifAxPUNZ2Idd30yJq5vmdh9BTHxPU4t7w1XJr7Hw8T3+sDE9wCb/F4guHWRzxKavPf2N3+NDVjGgg3BY0FGQDUkAFQj08eCWm80EhgLTiMZCzYA7vL3AZtyGngs+Athg99H0OCNWcaCTYDgzIQDp8ostFGgN7QYQpMiRsikaGpNCmyRmgqYFM0MNyl03M3ITIpmfCaFkry3e/3NnVq2CFeTornHpGjhg0nRHNjkLfrLgA7NxC0JmbilEBO3skyMLVIrASZubTgT67hbkzFxa8vEQfd2r/9+p5YPhCsT3+9h4gd8YOL7gU3+gHV3FTAHYmt8kGVc0MYCSrUhANRDpo8LtN54SGBcMINkXPAgcJd/GNiUM+y4QD1M0OBtWcYF7YDgzAocF2QjGRc8QmhSPCJkUjxqTQpskR4VMCnaG25S6Ljbk5kU7flMivKC9w4yKWKdWnYIV5Mi1mNSdPDBpIgFNnmH/jKgQzNxR0Im7ijExHGWibFFihNg4njDmVjHHU/GxPGWid1XEBN3cmrZOVyZuJOHiTv7wMSdgE3eGcjErO4uMAdia+zCMi7oascFqisBoLqZPi7QeqObwLhgFsm4oAtwl+8ObMpZdlyguhM0eA+WcUECEJw5gOOCnCTjgp6EJkVPIZOilzUpsEXqJWBS9DbcpNBx9yYzKXrzmRQVBO8dZFL0cWrZN1xNij4ek6KvDyZFH2CT9+0vAzo0E/cjZOJ+QkycaJkYW6REASbubzgT67j7kzFxf8vE7iuIiQc4tRwYrkw8wMPEA31g4gHAJh8IZGJWdxeYA7E1DmIZFwy24wI1mABQQ0wfF2i9MURgXDCHZFwwCLjLDwU25Rw7LlBDCRp8GMu4YDgQnLmB44I8JOOCEYQmxQghk2KkNSmwRRopYFKMMtyk0HGPIjMpRvGZFNGC9w4yKUY7tRwTribFaI9JMcYHk2I0sMnH9JcBHZqJHyNk4seEmHisZWJskcYKMPE4w5lYxz2OjInHWSZ2X0FMPN6p5ePhysTjPUz8uA9MPB7Y5I8DmZjV3QXmQGyNE1jGBRPtuEBNJADUJNPHBVpvTBIYF8wjGRdMAO7yk4FNOc+OC9RkggafwjIumAoEZ37guKAAybhgGqFJMU3IpJhuTQpskaYLmBQzDDcpdNwzyEyKGXwmRUXBeweZFDOdWs4KV5NipsekmOWDSTET2OSz+suADs3EswmZeLYQE8+xTIwt0hwBJp5rOBPruOeSMfFcy8TuK4iJ5zm1fCJcmXieh4mf8IGJ5wGb/AkgE7O6u8AciK1xPsu4YIEdF6gFBIB60vRxgdYbTwqMC+aTjAvmA3f5p4BNOd+OC9RTBA2+kGVcsAgIzsLAcUERknHBYkKTYrGQSfG0NSmwRXpawKRYYrhJoeNeQmZSLOEzKSoJ3jvIpFjq1HJZuJoUSz0mxTIfTIqlwCZf1l8GdGgmfoaQiZ8RYuLllomxRVouwMQrDGdiHfcKMiZeYZnYfQUx8Uqnls+GKxOv9DDxsz4w8Upgkz8LZGJWdxeYA7E1PscyLnjejgvU8wSAWmX6uEDrjVUC44InScYFzwF3+dXApnzSjgvUaoIGX8MyLngBCM5iwHFBcZJxwYuEJsWLQibFWmtSYIu0VsCkWGe4SaHjXkdmUqzjMykqC947yKRY79RyQ7iaFOs9JsUGH0yK9cAm39BfBnRoJt5IyMQbhZh4k2VibJE2CTDxS4YzsY77JTImfskysfsKYuKXnVq+Eq5M/LKHiV/xgYlfBjb5K0AmZnV3gTkQW+OrLOOC1+y4QL1GAKjXTR8XaL3xusC4YCHJuOBV4C7/BrApF9pxgXqDoMHfZBkXbAaCsyRwXFCKZFzwFqFJ8ZaQSfG2NSmwRXpbwKTYYrhJoePeQmZSbOEzKaoI3jvIpNjq1PKdcDUptnpMind8MCm2Apv8nf4yoEMz8buETPyuEBNvs0yMLdI2ASbebjgT67i3kzHxdsvE7iuIid9zavl+uDLxex4mft8HJn4P2OTvA5mY1d0F5kBsjTtYxgUf2HGB+oAAUB+aPi7QeuNDgXHBYpJxwQ7gLv8RsCkX23GB+oigwXeyjAs+BoKzDHBcUJZkXLCL0KTYJWRS7LYmBbZIuwVMij2GmxQ67j1kJsUePpOiquC9g0yKvU4t94WrSbHXY1Ls88Gk2Ats8n39ZUCHZuJPCJn4EyEm3m+ZGFuk/QJMfMBwJtZxHyBj4gOWid1XEBN/6tTys3Bl4k89TPyZD0z8KbDJPwMyMau7C8yB2BoPsowLDtlxgTpEAKjPTR8XaL3xucC4YAnJuOAgcJf/AtiUS+y4QH1B0OBfsowLvgKCUwHHBeVJxgVfE5oUXwuZFN9YkwJbpG8ETIrDhpsUOu7DZCbFYT6Tor3gvYNMiiNOLb8NV5PiiMek+NYHk+IIsMm/7S8DOjQTf0fIxN8JMfFRy8TYIh0VYOJjhjOxjvsYGRMfs0zsvoKY+Hunlj+EKxN/72HiH3xg4u+BTf4DkIlZ3V1gDsTWeJxlXHDCjgvUCQJA/Wj6uEDrjR8FxgXLSMYFx4G7/E/AplxmxwXqJ4IGP8kyLjgFBGdF4LigEsm44GdCk+JnIZPiF2tSYIv0i4BJcdpwk0LHfZrMpDjNZ1LECt47yKQ449TybLiaFGc8JsVZH0yKM8AmP9tfBnRoJv6VkIl/FWLic5aJsUU6J8DE5w1nYh33eTImPm+Z2H0FMfEFp5YXw5WJL3iY+KIPTHwB2OQXgUzM6u4CcyC2xkss44Lf7LhA/UYAqMumjwu03rgsMC5YTjIuuATc5X8HNuVyOy5QvxM0+B8s44IrQHBWBY4LqpGMC64SmhRXhUyKiAF/vbQmRYj31EXSCUXfN8UAs00KHXeKAfAaiZoU7pxGhXj5ZFJ0ELx3kEkR6dQypaumYWVS6AQUcgXrToR3QUm/O9TGjAQ2ecoBMqBDM3EqZMwR/jBxqgEyTJzaMjG2SKkFmDiN4Uys405DxsRpLBO7ryAmTuvUMl24MnFaDxOn84GJ0wKbPB2QiVndXWAOxNaYXmCNyS40VEBlGABkC1JAZSAAVEb0GtEL1Hoj4wA8QFeSjAvSA3f5m4BNudKOC9RNBA2eSYox0OOCzEBwVgeOC2qQjAuyEJoUWYRMiputSYEt0s0CJkVWw00KHXdWMpMiK59J0VHw3kEmRTanltnD1aTI5jEpsvtgUmQDNnn2ATKgQzPxLYRMfIsQE+ewTIwtUg4BJs5pOBPruHOSMXFOy8TuK4iJczm1vDVcmTiXh4lv9YGJcwGb/FYgE7O6u8AciK0xN8u4II8dF6g8BIDKa/q4QOuNvALjgudIxgW5gbt8PmBTPmfHBSofQYPnZxkXFACCsxZwXFCbZFxQkNCkKChkUhSyJgW2SIUETIrChpsUOu7CZCZFYT6TIk7w3kEmRRGnlkXD1aQo4jEpivpgUhQBNnnRATKgQzPxbYRMfJsQExezTIwtUjEBJi5uOBPruIuTMXFxy8TuK4iJSzi1vD1cmbiEh4lv94GJSwCb/HYgE7O6u8AciK2xJMu4oJQdF6hSBIC6w/RxgdYbdwiMC1aRjAtKAnf50sCmXGXHBao0QYOXYRkXlAWCsx5wXFCfZFxQjtCkKCdkUkRZkwJbpCgBk0IZblLouBWZSaH4TIp4wXsHmRTlnVpWCFeTorzHpKjgg0lRHtjkFQbIgA7NxNGETBwtxMQVLRNji1RRgIkrGc7EOu5KZExcyTKx+wpi4spOLauEKxNX9jBxFR+YuDKwyasAmZjV3QXmQGyNVVnGBdXsuEBVIwDUnaaPC7TeuFNgXLCGZFxQFbjL3wVsyjV2XKDuImjw6izjghpAcDYAjgsa+rRRhJq/u4H5aw/MXywwf7o50rhyVz7w4orOnfMz2vn5f3kN5KOWQxz67yTtL5Wd9+g/T3pv7cDrOq73/pP71w28v9417l/Xdf/6gdf3JPPeis576zvv1RvhvYHXDW5wLQ0D7290jbU0dK3lvsDrxtdYy32utTQJvI5J5r2VnPc2cd6r19g08LqZI3vQm9jQAn/mBX0IeBHc2+i4HyvwZ17Rca8l2dOaA/c0YK3VWsNxUyXln3saGjcbDI97cKBfmgvEvZFELJT6DHcvd61Dzd8mkvyVBuZvIzB/L5Hs1y2A+zUQMwqZP78GeMBcBg3wWtoBHrZILQUGeK0MH+DpuFsJD/DQm3tFQ8nxdRJyrGQoOb5BQo6tgeQIxIx6g5AcWwuR4/2WHLFFul+AHB8wnBx13A8IkSN6rTli/iRytGJ+cEB4xv2WsEMS6vo0Lh8UiPttkkPMA0ASfgt4iNlCcohpA8wfEDNqCwn+6hgqQraR5K+uoSJkO0n/PgTsXyBm1HZCEfKQkAh52IoQbJEeFhAhbQ0XITrutiQiJF/gMN5G4FC6w/BxZZEYmcP4ByRk1A5IRsBaqw8MF3G6r9sJ4GYnySGwrRBuQs3fxyT5A+Jb7QTmbxfJvvUIEH9AzKhdJPhrZagI3keSv9aGiuBPSPr3UWD/AjGjPiEUwY8KieD2VgRji9ReQATHGi6CddyxJCK4eEAMPiJwqP/UcBFcOkZGzHxGQkYdgGQErLX6zHARrPu6gwBuPic5BMYK4SbU/H1Bkj8gvtXnwPx9SbJvdQTiD4gZ9SUJ/joZKoIPk+Svs6Ei+AhJ/8YB+xeIGXWEUATHCYngeCuCsUWKFxDBnQwXwTruTiQiOCogBjsKHOqPGi6CK8XIiJljJGTUGUhGwFqrY4aLYN3XnQVwc5zlEC2Em1Dzd4Ikf0B8q+PA/P1Ism91AeIPiBn1Iwn+Bhkqgn8myd9gQ0XwLyT92xXYv0DMqF8IRXBXIRHczYpgbJG6CYjg7oaLYB13dxIRXC0gBrsIHOrPGi6Ca8bIiJlfScioB5CMgLVWvxougnVf9xDAzQWSQ2B3IdyEmr+LJPkD4ltdAObvEsm+lQDEHxAz6hIJ/iYZKoL/IMnfZENF8BWS/u0J7F8gZtQVQhHcU0gE97IiGFukXgIiuLfhIljH3ZtEBNcNiMEEgUN9it/MjrthjIyYifyNg4z6AMkIWGsVKYybUPOm+7qPAG5S+4SbqNCuoL03KrQrCDeh5i8NSf6A+FapgflLS7Jv9QXiD4gZlZYEfwsNFcEZSfK3yFARfBNJ//YD9i8QMwqZP79EcD8hEZxoRTC2SIkCIri/4SJYx92fRAQ3CYjBvgKH+iyGi+CWMTJi5mYSMhoAJCNgrdXNhotg3dcDBHCTneQQ2F8IN6Hm7xaS/AHxrbID85eDZN8aCMQfEDMqBwn+XjRUBOcmyd9aQ0VwHpL+HQTsXyBmVB5CETxISAQPtiIYW6TBAiJ4iOEiWMc9hEQEPxAQgwMFDvX5DRfB7WJkxEwBEjIaCiQjYK1VAcNFsO7roQK4KUxyCBwihJtQ81eEJH9AfKvCwPwVJdm3hgHxB8SMKkqCvy2GiuASJPnbaqgIvp2kf4cD+xeIGXU7oQgeLiSCR1gRjC3SCAERPNJwEazjHkkigmMDYnCYwKH+DsNFcOcYGTFTmoSMRgHJCFhrVdpwEaz7epQAbsqRHAJHCuEm1PxFkeQPiG9VDpg/RbJvjQbiD4gZpUjwt89QEVyRJH+fGCqCK5H07xhg/wIxoyoRiuAxQiL4MSuCsUV6TEAEjzVcBOu4x5KI4O4BMTha4FBf1XAR3CdGRsxUIyGjcUAyAtZaVTNcBOu+HieAm+okh8CxQrgJNX81SPIHxLeqDszf3ST71ngg/oCYUXeT4O+ooSK4Dkn+jhkqguuS9O/jwP4FYkbVJRTBjwuJ4AlWBGOLNEFABE80XATruCeSiOD+ATE4XuBQf4/hInhojIyYuZeEjCYByQhYa3Wv4SJY9/UkAdw0IjkEThTCTaj5u48kf0B8q0bA/DUm2bcmA/EHxIxqTIK/C4aK4GYk+btoqAhuTtK/U4D9C8SMak4ogqcIieCpVgRjizRVQARPM1wE67inkYjgkQExOFngUN/KcBE8LkZGzLQmIaPpQDIC1lq1NlwE676eLoCbB0kOgdOEcBNq/tqQ5A+Ib/UgMH8PkexbM4D4A2JGPUSCv/QHzRTBj5DkLwMwf0gR/ChJ/84E9i8QM+pRQhE8U0gEz7IiGFukWQIieLbhIljHPZtEBE8MiMEZAof6DoaL4OkxMmKmIwkZzQGSEbDWqqPhIlj39RwB3HQiOQTOFsJNqPnrTJI/IL5VJ2D+upDsW3OB+ANiRnUhwV9eQ0VwD5L85TNUBCeQ9O88YP8CMaMSCEXwPCER/IQVwdgiPSEggucbLoJ13PNJRPDsgBicK3Co7224CF4QIyNm+pCQ0QIgGQFrrfoYLoJ1Xy8QwE0iySFwvhBuQv6nq0jyB8S3SgTmbwDJvvUkEH9AzKgBJPgrY6gIHkKSv7KGiuChJP37FLB/gZhRQwlF8FNCInihFcHYIi0UEMGLDBfBOu5FJCJ4UUAMPilwqB9huAh+JkZGzIwkIaPFQDIC1lqNNFwE675eLICbMSSHwEVCuAk1f4+xfLs2sFfGAPM3lmTfehqIPyBm1FgS/N1tqAieQJK/moaK4Ikk/bsE2L9AzKiJhCJ4iZAIXmpFMLZISwVE8DLDRbCOexmJCH42IAafFjjUTzFcBL8QIyNmppKQ0TNAMgLWWk01XATrvn5GADczSA6By4RwE/JnzUjyB8S3mgHM3yySfWs5EH9AzKhZJPhrZqgInkeSv+aGiuAnSPp3BbB/gZhRTxCK4BVCInilFcHYIq0UEMHPGi6CddzPkojg9QExuFzgUP+k4SL4lRgZMfMUCRk9ByQjYK3VU4aLYN3XzwngZjHJIfBZIdyEPCEkyR8Q32oxMH9LSPat54H4A2JGLSHBXwdDRfByls/0GyqCV5D07ypg/wIxo1YQiuBVQiJ4tRXB2CKtFhDBawwXwTruNSQi+I2AGHxe4FD/nOEieGuMjJh5noSMXgCSEbDW6nnDRbDu6xcEcLOG5BC4Rgg3/4+9L4GzsXzfH/tOCJFqEEXRPIxdyVqIQaG9LDPWiJCxHkNImxRFUSnabUUIhSiUNWvJTlTKvhX/83y95z/veZuU3us+v+fqPO/n8/3M+Y7Te577vq/7uZ7rus854xvPJPkD4lt9CMzfNJJ9axoQf0DMqGkk+OtlqAj+iCR/vQ0VwR+T9O90YP8CMaM+JhTB04VE8AwrgrFFmiEggmcaLoJ13DNJRPCyoBicJnCo/8RwEfx1goyYmUNCRh8ByQhYazXHcBGs+/ojAdx8SnIInCmEG7/5m0+SPyC+1afA/C0g2bc+BuIPiBm1gAR/ww0VwYtI8jfCUBG8mKR/ZwH7F4gZtZhQBM8SEsGzrQjGFmm2gAj+xHARrOP+hEQErwmKwY8FDvVLDRfBGxNkxMwyEjKaAyQjYK3VMsNFsO7rOQK4WU5yCPxECDd+87eCJH9AfKvlwPytJNm35gLxB8SMWkmCv3GGiuDVJPkbb6gIXkPSv/OA/QvEjFpDKILnCYngT60IxhbpUwERPN9wEazjnk8igrcGxeBcgUP9esNF8I4EGTHzLQkZLQCSEbDW6lvDRbDu6wUCuNlEcgicL4Qbv/nbTJI/IL7VJmD+tpDsWwuB+ANiRm0hwd/7horgbST5+8BQEfwDSf9+BuxfIGbUD4Qi+DMhEfy5FcHYIn0uIIIXGS6CddyLSETwnqAYXChwqN9puAg+mCAjZnaRkNFiIBkBa612GS6CdV8vFsDNXpJD4CIh3PjN3z6S/AHxrfYC87efZN9aAsQfEDNqPwn+Fhgqgn8iyd9CQ0XwzyT9+wWwf4GYUT8TiuAvhETwUiuCsUVaKiCClxkugnXcy0hE8KGgGFwicKj/1XARfCxBRsz8RkJGXwLJCFhr9ZvhIlj39ZcCuDnK8nZeIdz4zd8xkvwB8a2OAvN3nGTf+gqIPyBm1HES/K02VASfJsnfGkNF8BmS/l0O7F8gZtQZQhG8XEgEr7AiGFukFQIieKXhIljHvZJEBJ8KisGvBA71fxgugs8lyIiZcyRk9DWQjIC1VucMF8G6r78WwE26sxyHwJVCuPGbv/Qk+QPiW7kx4zd/Gc5y7FvfAPEHxIzKQIK/nYaK4Cwk+dtlqAjOStK/q4D9C8SMQuYvUiJ4lZAIXm1FMLZIqwVE8BrDRbCOew2JCE7fNCbmG4FDfY6zZsedtamMmMlJQkZrgWQErLXKKYwb319AEszbWgHc5CE5BK4Rwo3f/F1Gkj8gvlUeYP7ykuxb64D4A2JG5SXB31FDRXABkvwdM1QEFyTp3/XA/gViRhUkFMHrhUTwt1YEY4v0rYAI3mC4CNZxbyARwTmDYnCdwKG+sOEiOF9TGTFThISMNgLJCFhrVcRwEaz7eqMAbq4iOQRuEMKN3/xdTZI/IL7VVcD8XUOyb20C4g+IGXUNCf4ybTVTBJcgyV9mYP6QIvhakv7dDOxfIGbUtYQieLOQCN5iRTC2SFsERPBWw0WwjnsriQguGBSDmwQO9dcZLoKLNpURM9eTkNF3QDIC1lpdb7gI1n39nQBubiA5BG4Vwo3f/N1Ikj8gvtUNwPyVJdm3vgfiD4gZVZYEf4UMFcGKJH9XGCqCy5P07zZg/wIxo8oTiuBtQiL4ByuCsUX6QUAEbzdcBOu4t5OI4NigGPxe4FBf0XARXKqpjJipREJGO4BkBKy1qmS4CNZ9vUMAN1VJDoHbhXDjN3/VSPIHxLeqCsxfdZJ9aycQf0DMqOok+CttqAiuSZK/MoaK4FtJ+ncXsH+BmFG3EorgXUIieLcVwdgi7RYQwXsMF8E67j0kIrhMUAzuFDjU1zFcBMc1lREzdUnIaC+QjIC1VnUNF8G6r/cK4OY2kkPgHiHc+M3f7ST5A+Jb3QbMXwOSfWsfEH9AzKgGJPirbqgIbkySvxqGiuAmJP27H9i/QMyoJoQieL+QCP7RimBskX4UEMEHDBfBOu4DJCI4PigG9wkc6psZLoKrNZURM81JyOggkIyAtVbNDRfBuq8PCuCmBckh8IAQbvzmryVJ/oD4Vi2A+WtFsm/9BMQfEDOqFQn+Ghsqgu8jyV8TQ0Xw/ST9+zOwf4GYUfcTiuCfhUTwL1YEY4v0i4AIPmS4CNZxHyIRwbcExeBPAof6hwwXwXWbyoiZh0nI6FcgGQFrrR42XATrvv5VADdtSQ6Bh4Rw4zd/7UjyB8S3agvMXyLJvvUbEH9AzKhEw/nu9iDf/Sawb3U0PO4mTWX2604k/XIY2C/AWqtOhuNGBQtxWAA3+r6ouPXaMrswUz744Jxeo/Mz3vmpryPBWI468ej/JiRqKzvP0f8eeu6x4OPjruf+k/ufCD7/5EXuf8J1/1PBx6fTeG5F57mnnOdqAX4m+PjsJa7l9+Dz/7jIWn53reVc8PH5i6zlnGstMX2Cz+vz5+dWCr12nws/9RrTBx9n6HPh39HY7H/1hbygsfmI4T059OoLeUXH3ZVkL8/YB5dLYK1VV0IDsQJ4Hw6tMVTzTMFaZQ7+L0uf1BhyOT+zxYSbivrK7Hp8K2hdAiZlXCbXWrO51hyKJ7fz7xmxr1shmyu3Ma58x6SRtxjX62cN/i+n87h9Ys+mvdp06di2UWJyWjXLkMZ907tizeR5nruOoX/L4v7vJQ4loHv96fCQySGvzM7PLM7PPDqJwcfZ/oLMEAci3Yzo+3YnOGBmFSCzHkJklh4cP7A+qgeYgLybs0T9M/WRqRN6nZmB63TnNbuzn+RwEWQh56d7s0/n+h0zaWZ1xRG63OQSes1Q3CEizYRdS3n9Whljwq+LEWno9T1Eemdi2x6JPT1E6p2Ypk8jVneMOr4s2PjiQmsNXaE1hV4ne0wqbrK61pENuw4Vei3vOrK51pHV9Tj0b9ldawr9Lodnve5ecP+3obzmcMVMcxjRgWR3Dh05nJ85gz9z9ZFbfyYBAu5l+ARLx51TIO7eJAcPYH1Ub4JDZmaBWicTYDyXQNx9STAOrI/qazjGq2S44Fijaz3A8Lj7Bt3QjAIYH0jihuYGuqHAWitk/rwmTW7nXOQ9J+krT/DxZX0ubVKSN/j8fH3+elKS13X//MHHl/dxphsxf77Q+M7Tx/x9J38f6H2T4svHx+m+RsXtFnYFXEI7JBD+i0I7iyuO0OV2p7WIyu/8/67denZMSm7Sq0uXjkkdE9s16dYz0Z2ytN4BnJaOdZvDGdNII505LLU+NwaRa/2rnPr+m9t9/vW94jz3UpGabBXsI7N/FHLVzr413uc9dZEK9cHf94o+OPBLxX1FhDeBOH9XWE7jfF7ewxNa+JUOvkD13rj7DS4aE1Ojt2y9fN5beX/hzm9hB2tFXJjL5MJJ6Ll6Qzsf82cMpXM9Tu88J/1FnpPuL+7zV4cRsU0rFJxOwEJXsEX6hNv77gWhXrswcBO68iL3qlI5sU1S5fgKrePik9oE71MpKbFC6/JVVVKVCsHbV4hXbVonxrWLb1O5UnylKkmVI/bekiuFGLioZWBskYoKMPBVhjOwjvsqIQZGH7+LOGtF33ewoR8W8a4TiaWrgXbZYLDFpTcxvb5azj3RmA+ditA4GmK4RRw6vaHjHmqmRfwnyY08iBQB3usJkg+rAfGtgJhRUvlD98k1hPbRNUKH11h7eMUWKVbg8FrM8MOrjrtYhA6vcf6u//ndEmuN1PytiI+NICn8ipjdU9zJd4l/YPfUTiN3Xrundszf2z1p3edv7R7T34yX3klmOlfiSrhO6KELfeIAxqFKADeza3HNkBTK57WCikfnsYiAcn7SrDd+/emUpOMuLhD3SII3vJUQiPspQ5WKl2CQ+8aTwK/VeJpE6QHxrYCYUU9H6A2XfutcHMg1JYFOnb6HBLeU7COzhyFrLeEiNuiFj/t5AhexoUDco0neaFoK2I/AWqvRhuNG98s9ArgZQ9Av9wrEPZakX64D9guw1mosQb90FMDNOIJ+6SQQ93iSfrke2C/AWqvxBP2SLICbCQT90lcg7okk/VIa2C/AWquJBP3ypABu3iDol5ECcU8i6ZcywH4B1lpNIuiXcQK4mUzQL+MF4p5C0i83APsFWGs1haBf3hXAzbsE/fKeQNzvkfTLjcB+AdZavUfQL3MFcPMhQb/ME4h7Kkm/lAX2C7DWaipBvywXwM0Mgn5ZIRD3TJJ+KQfsF2Ct1UyCftkigJtZBP2yVSDu2ST9chOwX4C1VrMJ+uWAAG7mEvTLQYG455H0SxywX4C1VvMI+uW0AG4WEPTLGYG4F5L0iwL2C7DWaiFBv2QT+DTmIoJ+yS4Q92KSfikP7BdgrdVign4pLICbpQT9UkQg7mUk/VIB2C/AWqtlBP1SWgA3ywn6pYxA3CtI+iUe2C/AWqsVBP1SVQA33xD0SzWBuFeR9EtFYL8Aa62Q+dMfes4ZTNxlzv30Zxj0+7L1e031++f0e4L0+xz07FbPo7THrn1D7YVofafPrJqH9d5SsU9M2IXGTaU+MrhBr7MyEDe6PrkyuP6EaPDelYXzXAX4GbVIfRtJFaFvI6lqv40EW6SqAt9GUs3wbyPRcVcj+jYSibXaL7S9cMWkcaHW7M5vdaeGNf7BN5wUc/13f/UNJ8Vi/v4bTtK6z3/iG050MmNdiavR5887r8nfcFIDuEHe3Aef35v/QT79rvsW4KnM0O+7E/vGkOoCn+JfSxB3DYG41xH8KbhbBOJeT/INJ0BcKmCtlVT+0HWuSageawqpx1utegQXSUA91jJcPeq4axGpx1pWPdKrx9pODetY9fjvr1CianvUYx0y9VgHuEHWFVCPdSOgHutZ9fivVVRtATWxiSDuOgJxbyZQj/UE4t5Coh6BuFTAWitk/jTp58oQ86cLXR80Nuv0MX+N9YVm3PCGvA1IiKyAuo0AULej14heoPaWbxdgjG0kjFEfeLpuAGzKbQQnjQYCuGnYB8uUOQk3toYEG1sjKaZMDwaUW4r7vdcdBF/5LdGUjfuYvxnlEYh7u+GbsG7COwTi3kHyFuEmwH4E1lrtOEtDYv9/UIXGZmMCEmsifTr3/V7gYOHzCzT4bsMbPDEpKa5Nu7aq79W4mBOAmwUyf5GasieAvf/Q1dRO2bFFaiowZW9m+JRdx91MaMoeutDKApnT5n3kmgKUz6T48vFxyA35zj7mEprEhxgbC3yYby/BhxibCMS9j0Sh3AXsa2Ct1T6CfnlAADcHCPrlQYG4D5L0SwtgvwBrrQ4S9MsjArj5haBfugrEfYikX1oC+wVYa3WIoF8GCODmMEG/DBSI+whJv7QC9guw1uoIQb88I4Cb4wT98qxA3CdI+uVuYL8Aa61OEPTLBAHcnCbol4kCcZ8h6Zd7gP0CrLU6Q9AvHwrg5g+CfpkqEPc5kn65F9gvwFqrcwT9skAAN+l+N79fFgrEnf53jn65D9gvwFqr9IbjRvfLNwK4yUTQL6sE4s5M0i/3I78MENgvmQn6ZZsAbrIR9MsPAnFnJ+mXB4D9Aqy1yk7QL78I4CYXQb8cEog7N0m/PAjsF2CtVW6CfvlDADd5CfrlnEDc+Uj65SFgvwBrrfIR9Euux/G4KUDQL7kF4i5I0i8PA/sFWGtVkKBfrhLATWGCfrlaIO4iJP3SGtgvwFqrIgT9UlYAN1cR9Es5gbivJumXNsB+AdZaXU3QLzcL4KYYQb/cIhB3cZJ+aQvsF2CtFTJ/+psmc7v+KJH+DIN+X7Z+r6l+/5x+T5B+n4Oe3ep5lPbYtW+ovRCt7/SZVfOw3lvaCv+xnHZCX0OBXmci+I8S5XH9USKdg0ThPCcRfq10ktAHXtvbD7xii9Re4AOvHQz/wKuOuwPR10pLrNV+rfSFKyaNC7Vmd347OjXsZL9W+t9foUR19HytdCeyr5XuBNwgOwt8rXTnCHytdBf7tdL/+jvVOgp8LU3J382Pu5NA3KUMV/067i4CcV8XIdUf5+9SQFwqYK2VVP7QdX6EUD0+IqQeu1r1iC1SVwH12M1w9ajj7kakHrtZ9UivHh91atjdqsd/f4US9ahHPXYnU4/dgRtkDwH12CMC6vExqx7/tYp6VEBN3ECgHrsLxH0jgXp8TCDusiTqEYhLBay1QuZPk34ewj+10J3gW6p7Sv2pBXRD9gL/USJGQPUiAFRv0/8okfaWewswhiJhjJ7A0/XjwKZUBCeNxwVw0wf8R4lyE25sfQg2tmTTNzb9Nd93CgC0gvkb2/++Phz5lel9gRubVP7Sg+uM/GNW/Qj+mJXEZt6f4I9Z9RWIu6Lh5K03734CcVcieWv5AGA/AmutKv1Oc/gR+2NW/QkOPwP6yOAc3pADL+UQUPmi91KRejfAQKF3Awyy7wbAFmmQwLsBAoa/G0DHHRB6N0DoksxpnM8rEu8EUL2w7wSo+Tg+p+UzCDHApa5TXfyf3bUa7OA25R+8q6BvzJ/x6H1XQd+Yv39XQVr3+dt3FVxyEv4mRaHgBvdJXWB6JxF9PItDvWYIyGhGr0rwqdWaAp9arUbiJ5e/FNvgb05cg4FkWJ1EmqUApZm7V/yuqwYJ/oB9ooCYUTVI3j89hFAxDRFSTEOtYsIWaaiAYnrCcMWk436C6P3TEmv9O9Xkt25e1eT3flKq6ZLI/W+UTUwaF+re7loNc/Aw3HTVxPBe7GEeBaaTmhwTfpn8XuzhwM12xCWxdtJFr1A+R/yDfPpd95PAHFT7vzqh/4PN5ZJPln9zGtQ4HCYwdKtF8F7s4QJx1yZ4h9STAnHXIVGiQFwqYK1VHQLcSOwTSsiyRq9zZB+OdT4F/p6xy1zfM6Zz8JTw94w9TfhJ8aeFnI5nrNOBLdIzAk7Hs4Y7HTruZ8lmw88KzoaFMBuxT2E/59RylOmfwkYnIRTcc55PTo/qE/OnC21lPQds8lEkJ4nnCZn4eSEmHm2ZGFuk0QJM/ILhTKzjfoGMiV+wTOy+wpj4RaeWY6KViV/0MPGYCDDxi8AmHwP+VN9lhJ/qG9PH/DWOZXlj+0vgz78zAuolAkC9bPrHRLXeeFnAbb2NxKUfC9zlxwGb8jbwR6FyEjb4OIIGHy/FGOix9StAcD4P/Aqx0WdlEoje0F4lNCleFTIpJliTAlukCQImxUTDTQod90Qyk2Iin0mhJO/tXv9rTi1fj1aT4jWPSfF6BEyK14BN/nofGdChmfgNQiZ+Q4iJJ1kmxhZpkgATv2k4E+u43yRj4jctE4fd273+t5xaTo5WJn7Lw8STI8DEbwGbfLJ1dxUwB2JrnMIyLnjbAkq9TQCod0wfF2i98Y7AuKABybhgCnCXfxfYlA3suEC9S9Dg77GMC94HgnMMcFwwlmRc8AGhSfGBkEnxoTUpsEX6UMCkmGq4SaHjnkpmUkzlMynKC947zKSY5tRyerSaFNM8JsX0CJgU04BNPr2PDOjQTDyDkIlnCDHxTMvE2CLNFGDijwxnYh33R2RM/JFlYvcVxsQfO7WcFa1M/LGHiWdFgIk/Bjb5LCATs7q7wByIrXE2y7jgEzsuUJ8QAGqO6eMCrTfmCIwLGpGMC2YDd/m5wKZsZMcFai5Bg89jGRd8CgTnOOC4YDzJuGA+oUkxX8ikWGBNCmyRFgiYFAsNNyl03AvJTIqFfCZFBcF7h5kUnzm1/DxaTYrPPCbF5xEwKT4DNvnnfWRAh2biRYRMvEiIiRdbJsYWabEAEy8xnIl13EvImHiJZWL3FcbEXzi1XBqtTPyFh4mXRoCJvwA2+VIgE7O6u8AciK1xGcu44Es7LlBfEgDqK9PHBVpvfCUwLmhMMi5YBtzllwObsrEdF6jlBA2+gmVcsBIIzgnAccFEknHB14QmxddCJsU31qTAFukbAZNileEmhY57FZlJsYrPpIgXvHeYSbHaqeWaaDUpVntMijURMClWA5t8TR8Z0KGZeC0hE68VYuJ1lomxRVonwMTrDWdiHfd6MiZeb5nYfYUx8bdOLTdEKxN/62HiDRFg4m+BTb4ByMSs7i4wB2Jr3MgyLthkxwVqEwGgNps+LtB6Y7PAuCCBZFywEbjLbwE2ZYIdF6gtBA2+lWVc8B0QnG8AxwWTSMYF3xOaFN8LmRTbrEmBLdI2AZPiB8NNCh33D2QmxQ98JkVFwXuHmRTbnVruiFaTYrvHpNgRAZNiO7DJd/SRAR2aiXcSMvFOISbeZZkYW6RdAky823Am1nHvJmPi3ZaJ3VcYE+9xark3Wpl4j4eJ90aAifcAm3wvkIlZ3V1gDsTWuI9lXLDfjgvUfgJA/Wj6uEDrjR8FxgXNSMYF+4C7/AFgUzaz4wJ1gKDBD7KMC34CgnMycFwwhWRc8DOhSfGzkEnxizUpsEX6RcCkOGS4SaHjPkRmUhziMykqCd47zKT41anlb9FqUvzqMSl+i4BJ8SuwyX/rIwM6NBMfJmTiw0JMfMQyMbZIRwSY+KjhTKzjPkrGxEctE7uvMCY+5tTyeLQy8TEPEx+PABMfAzb5cSATs7q7wByIrfEEy7jgpB0XqJMEgDpl+rhA641TAuOCO0nGBSeAu/xpYFPeaccF6jRBg59hGRecBYLzXeC44D2SccHvhCbF70ImxR/WpMAW6Q8Bk+Kc4SaFjvscmUlxjs+kqCx47zCT4nyolsmpv4sqk+K8x6RwJ8K7oNBr+23M88gmT5YBHZqJ0yXzMXG6ZBkmTu/CmGVin/fURdIJRd83AxCwUnFnSIbXSJSJMyRbJnZdYUyc0allpmhlYp2AWFewmSLAxBmBTZ4JyMSs7i4wB2JrzCywxjQX6hdQWXALpR0XZCEAVFb0GtEL1HojazIeoC1IxgWZgbt8NmBTtrDjApWNoMGzSzEGelyQAwjOD4Hjgqkk44KchCZFTiGTIpc1KbBFyiVgUuQ23KTQcecmMyly85kUVQTvHWZS5HFqeVm0mhR5PCbFZREwKfIAm/yyZBnQoZk4LyET5xVi4nyWibFFyifAxPkNZ2Idd34yJs5vmdh9hTHx5U4tC0QrE1/uYeICEWDiy4FNXgDIxKzuLjAHYmssyDIuKGTHBaoQAaCuMH1coPXGFQLjglYk44KCwF2+MLApW9lxgSpM0OBFWMYFVwLBOQM4LphJMi4oSmhSFBUyKa6yJgW2SFcJmBRXG25S6LivJjMpruYzKaoK3jvMpLjGqWVstJoU13hMitgImBTXAJs8NlkGdGgmLkbIxMWEmLi4ZWJskYoLMHEJw5lYx12CjIlLWCZ2X2FMfK1Ty5LRysTXepi4ZASY+Fpgk5cEMjGruwvMgdgaS7GMC66z4wJ1HQGgrjd9XKD1xvUC44J7SMYFpYC7fGlgU95jxwWqNEGDl2EZF9wABOcs4LhgNsm44EZCk+JGIZOirDUpsEUqK2BSlDPcpNBxlyMzKcrxmRStBe8dZlLc5NQyLlpNips8JkVcBEyKm4BNHpcsAzo0EytCJlZCTFzeMjG2SOUFmLiC4Uys465AxsQVLBO7rzAmjndqWTFamTjew8QVI8DE8cAmrwhkYlZ3F5gDsTVWYhkXVLbjAlWZAFBVTB8XaL1RRWBccB/JuKAScJevCmzK++y4QFUlaPBqLOOC6kBwzgWOC+aRjAtqEJoUNYRMiputSYEt0s0CJsUthpsUOu5byEyKW/hMijaC9w4zKWo6tbw1Wk2Kmh6T4tYImBQ1gU1+a7IM6NBMXIuQiWsJMXFty8TYItUWYOI6hjOxjrsOGRPXsUzsvsKYuK5Ty3rRysR1PUxcLwJMXBfY5PWATMzq7gJzILbG+izjgtvsuEDdRgCo200fF2i9cbvAuOABknFBfeAu3wDYlA/YcYFqQNDgDVnGBY2A4FwAHBcsJBkX3EFoUtwhZFI0tiYFtkiNBUyKJoabFDruJmQmRRM+k6Kt4L3DTIoEp5ZNo9WkSPCYFE0jYFIkAJu8abIM6NBM3IyQiZsJMXFzy8TYIjUXYOI7DWdiHfedZEx8p2Vi9xXGxHc5tWwRrUx8l4eJW0SAie8CNnkLIBOzurvAHIitsSXLuKCVHReoVgSAutv0cYHWG3cLjAseIhkXtATu8vcAm/IhOy5Q9xA0+L0s44L7gOBcBBwXLCYZF9xPaFLcL2RSPGBNCmyRHhAwKR403KTQcT9IZlI8yGdStBO8d5hJ8ZBTy4ej1aR4yGNSPBwBk+IhYJM/nCwDOjQTtyZk4tZCTNzGMjG2SG0EmLit4Uys425LxsRtLRO7rzAmbufUMjFambidh4kTI8DE7YBNnghkYlZ3F5gDsTUmsYwL2ttxgWpPAKgOpo8LtN7oIDAuaE0yLkgC7vIdgU3Z2o4LVEeCBu/EMi7oDATnUuC4YBnJuKALoUnRRcikeMSaFNgiPSJgUnQ13KTQcXclMym68pkUiYL3DjMpujm1fDRaTYpuHpPi0QiYFN2ATf5osgzo0EzcnZCJuwsxcQ/LxNgi9RBg4scMZ2Id92NkTPyYZWL3FcbEPZ1a9opWJu7pYeJeEWDinsAm7wVkYlZ3F5gDsTX2ZhkXPG7HBepxAkD1MX1coPVGH4FxQVuScUFv4C6fDGzKtnZcoJIJGrwvy7igHxCcy4HjghUk44L+hCZFfyGTYoA1KbBFGiBgUgw03KTQcQ8kMykG8pkUSYL3DjMpBjm1DESrSTHIY1IEImBSDAI2eSBZBnRoJh5MyMSDhZg4xTIxtkgpAkw8xHAm1nEPIWPiIZaJ3VcYEw91avlEtDLxUA8TPxEBJh4KbPIngEzM6u4CcyC2xmEs44LhdlyghhMAaoTp4wKtN0YIjAsSScYFw4C7/JPApky04wL1JEGDj2QZFzwFBOc3wHHBqrOR2Sj85u9pYP6GAPM3FHgvyfw989/Pn+i46tlkjnU+B6yz1rh5M6RKO52D5zzSD73+UYRm5CghM/J5a0Zii/S8gBk52nAzUsc9msyMHM1nRsYJ3jvMjHzBqeWL0WpGvuAxI1+MgBn5ArDJXyQ5SYwhZOIxQkw81jIxtkhjBZj4JcOZWMf9EhkTv2SZ2H2FMfHLTi3HRSsTv+xh4nERYOKXgU0+DghuXeS8hCbvuGTz1zieZSz4CngsyAioVwgA9arpY0GtN14VGAu2JxkLjgfu8hOATdkePBbMTdjgEwgafCLLWPA1IDj3Ascy+0jGMq8TmhSvC5kUb1iTAlukNwRMikmGmxQ67klkJsUkPpNCSd7bvf43nVq+Fa0mxZsek+KtCJgUbwKb/K1kGdChmXgyIRNPFmLiKZaJsUWaIsDEbxvOxDrut8mY+G3LxGH3dq//HaeW70YrE7/jYeJ3I8DE7wCb/F3r7ipgDsTW+B7LuOB9Cyj1PgGgPjB9XKD1xgcC44KOJOOC94C7/IfApuxoxwXqQ4IGn8oyLpgGBOcB4LjgIMm4YDqhSTFdyKSYYU0KbJFmCJgUMw03KXTcM8lMipl8JkV5wXuHmRQfObX8OFpNio88JsXHETApPgI2+cfJMqBDM/EsQiaeJcTEsy0TY4s0W4CJPzGciXXcn5Ax8SeWid1XGBPPcWo5N1qZeI6HiedGgInnAJt8LpCJWd1dYA7E1jiPZVzwqR0XqE8JADXf9HGB1hvzBcYFnUnGBfOAu/wCYFN2tuMCtYCgwReyjAs+A4LzF+C44BDJuOBzQpPicyGTYpE1KbBFWiRgUiw23KTQcS8mMykW85kUFQTvHWZSLHFq+UW0mhRLPCbFFxEwKZYAm/yLZBnQoZl4KSETLxVi4mWWibFFWibAxF8azsQ67i/JmPhLy8TuK4yJv3JquTxamfgrDxMvjwATfwVs8uVAJmZ1d4E5EFvjCpZxwUo7LlArCQD1tenjAq03vhYYFzxCMi5YAdzlvwE25SN2XKC+IWjwVSzjgtVAcB4GjguOkIwL1hCaFGuETIq11qTAFmmtgEmxznCTQse9jsykWMdnUsQL3jvMpFjv1PLbaDUp1ntMim8jYFKsBzb5t8kyoEMz8QZCJt4gxMQbLRNji7RRgIk3Gc7EOu5NZEy8yTKx+wpj4s1OLbdEKxNv9jDxlggw8WZgk28BMjGruwvMgdgat7KMC76z4wL1HQGgvjd9XKD1xvcC44JuJOOCrcBdfhuwKbvZcYHaRtDgP7CMC7YDwXkcOC44QTIu2EFoUuwQMil2WpMCW6SdAibFLsNNCh33LjKTYhefSVFR8N5hJsVup5Z7otWk2O0xKfZEwKTYDWzyPckyoEMz8V5CJt4rxMT7LBNji7RPgIn3G87EOu79ZEy83zKx+wpj4h+dWh6IVib+0cPEByLAxD8Cm/wAkIlZ3V1gDsTWeJBlXPCTHReonwgA9bPp4wKtN34WGBd0JxkXHATu8r8Am7K7HReoXwga/BDLuOBXIDhPA8cFZ0jGBb8RmhS/CZkUh61JgS3SYQGT4ojhJoWO+wiZSXGEz6SoJHjvMJPiqFPLY9FqUhz1mBTHImBSHAU2+bFkGdChmfg4IRMfF2LiE5aJsUU6IcDEJw1nYh33STImPmmZ2H2FMfEpp5ano5WJT3mY+HQEmPgUsMlPA5mY1d0F5kBsjWdYxgVn7bhAnSUA1O+mjwu03vhdYFzwGMm44Axwl/8D2JSP2XGB+oOgwc+xjAvOA8H5B3BccI5kXBDTl8+kcK85zuflXm+6vqmPrUnh9559LyQUfd/0QMBKxZ2+L7xGoiZFemBDRcikqCx47zCTIoNTy4yumkaVSaETEOsK1p0I74JCr+2bSYBNnrGvDOjQTJyJkIkzCTFxZsvE2CJlFmDiLIYzsY47CxkTZ7FM7L7CmDirU8ts0crEWT1MnC0CTJwV2OTZgEzM6u4CcyC2xuwCa0xzoX4BlQO3UNpxQQ4CQOVErxG9QK03cvbFA7QXybggO3CXzwVsyl52XKByETR4binGQI8L8gDBmQ4HTpVeaKNAb2iXEZoUlwmZFHmtSYEtUl4BkyKf4SaFjjsfmUmRj8+kqCJ47zCTIr9Ty8uj1aTI7zEpLo+ASZEf2OSX95UBHZqJCxAycQEhJi5omRhbpIICTFzIcCbWcRciY+JClondVxgTX+HUsnC0MvEVHiYuHAEmvgLY5IWBTMzq7gJzILbGIizjgivtuEBdSQCooqaPC7TeKCowLnicZFxQBLjLXwVsysftuEBdRdDgV7OMC64BgjMTcFyQmWRcEEtoUsQKmRTFrEmBLVIxAZOiuOEmhY67OJlJUZzPpKgqeO8wk6KEU8tro9WkKOExKa6NgElRAtjk1/aVAR2aiUsSMnFJISYuZZkYW6RSAkx8neFMrOO+joyJr7NM7L7CmPh6p5alo5WJr/cwcekIMPH1wCYvDWRiVncXmAOxNZZhGRfcYMcF6gYCQN1o+rhA640bBcYFySTjgjLAXb4ssCmT7bhAlSVo8HIs44KbgODMBhwXZCcZF8QRmhRxQiaFsiYFtkhKwKQob7hJoeMuT2ZSlOczKVoL3jvMpKjg1DI+Wk2KCh6TIj4CJkUFYJPH95UBHZqJKxIycUUhJq5kmRhbpEoCTFzZcCbWcVcmY+LKlondVxgTV3FqWTVambiKh4mrRoCJqwCbvCqQiVndXWAOxNZYjWVcUN2OC1R1AkDVMH1coPVGDYFxQT+ScUE14C5/M7Ap+9lxgbqZoMFvYRkX1ASCMxdwXJCbZFxwK6FJcauQSVHLmhTYItUSMClqG25S6Lhrk5kUtflMijaC9w4zKeo4tawbrSZFHY9JUTcCJkUdYJPX7SsDOjQT1yNk4npCTFzfMjG2SPUFmPg2w5lYx30bGRPfZpnYfYUx8e1OLRtEKxPf7mHiBhFg4tuBTd4AyMSs7i4wB2JrbMgyLmhkxwWqEQGg7jB9XKD1xh0C44IBJOOChsBdvjGwKQfYcYFqTNDgTVjGBQlAcOYFjgvykYwLmhKaFE2FTIpm1qTAFqmZgEnR3HCTQsfdnMykaM5nUrQVvHeYSXGnU8u7otWkuNNjUtwVAZPiTmCT39VXBnRoJm5ByMQthJi4pWVibJFaCjBxK8OZWMfdioyJW1kmdl9hTHy3U8t7opWJ7/Yw8T0RYOK7gU1+D5CJWd1dYA7E1ngvy7jgPjsuUPcRAOp+08cFWm/cLzAuGEQyLrgXuMs/AGzKQXZcoB4gaPAHWcYFDwHBWQA4LihIMi54mNCkeFjIpGhtTQpskVoLmBRtDDcpdNxtyEyKNnwmRTvBe4eZFG2dWraLVpOircekaBcBk6ItsMnb9ZUBHZqJEwmZOFGIiZMsE2OLlCTAxO0NZ2Idd3syJm5vmdh9hTFxB6eWHaOViTt4mLhjBJi4A7DJOwKZmNXdBeZAbI2dWMYFne24QHUmAFQX08cFWm90ERgXDCYZF3QC7vKPAJtysB0XqEcIGrwry7igGxCchYHjgiIk44JHCU2KR4VMiu7WpMAWqbuASdHDcJNCx92DzKTowWdSJAreO8ykeMypZc9oNSke85gUPSNgUjwGbPKefWVAh2biXoRM3EuIiXtbJsYWqbcAEz9uOBPruB8nY+LHLRO7rzAm7uPUMjlambiPh4mTI8DEfYBNngxkYlZ3F5gDsTX2ZRkX9LPjAtWPAFD9TR8XaL3RX2BcMIRkXNAXuMsPADblEDsuUAMIGnwgy7hgEBCcVwHHBVeTjAsChCZFQMikGGxNCmyRBguYFCmGmxQ67hQykyKFz6RIErx3mEkxxKnl0Gg1KYZ4TIqhETAphgCbfGhfGdChmfgJQiZ+QoiJh1kmxhZpmAATDzeciXXcw8mYeLhlYvcVxsQjnFo+Ga1MPMLDxE9GgIlHAJv8SSATs7q7wByIrXEky7jgKTsuUE8RAOpp08cFWm88LTAueIJkXDASuMs/A2zKJ+y4QD1D0ODPsowLngOCsxhwXFA8QhuF3/yNAuavKjB/1YD5082R2ZW7asEH54I/qzs/azg/9fV8MB+jHeLQ/03o+F3TeY7+99BzXwg+ftH13H9y/zHB54+9yP3HuO7/UvDxy2k892bnuS85z9Ub4bjg4/GXuJZXgs9/9SJrecW1lgnBxxMvspYJrrW8Fnz8ehrPvcV57mvOc/Ua3wg+nuTIHvQmdiD2Ql7Qh4Dh4N5Gx3049kJe0XGPINnT3gTuacBaqxGG4+bWDBf2NLiqMzzu/bExMW8KxP00iVgosxmoXn8HCg+S/N0IzN/TwPw9S7JfvwXcr4GYUcj8RWqAB8xl2ABvsh3gYYs0WWCAN8XwAZ6Oe4rwAA+9uVc0lBxfICHHSoaS44sk5Pg2kByBmFEvEpLj20Lk+I4lR2yR3hEgx3cNJ0cd97tC5Ihea4GEC0SOVszv9Y3OuF8Sdkj8rk/j8j2BuF8mOcS8CyThl4CHmHEkh5j3gfkDYkaNI8FfHUNFyASS/NU1VIRMJOnfD4D9C8SMmkgoQj4QEiEfWhGCLdKHAiJkquEiRMc9lUSEFA0ext8XOJS+Yfi4sniCzGF8EgkZTQOSEbDWapLhIk739TQB3EwmOQROFcKN3/xNIckfEN9qMjB/b5PsW9OB+ANiRr1Ngr8Whorg90ny19JQEfwBSf/OAPYvEDPqA0IRPENIBM+0IhhbpJkCIvgjw0WwjvsjEhFcKigGpwsc6qcZLoJvTJARM9NJyOhjIBkBa62mGy6CdV9/LICbj0gOgR8J4cY3nknyB8S3+giYv1kk+9YsIP6AmFGzSPDX3lARPJckfx0MFcHzSPp3NrB/gZhR8whF8GwhEfyJFcHYIn0iIILnGC6CddxzSERwXFAMzhI41C8wXARXSpARMwtJyGgukIyAtVYLDRfBuq/nCuBmEckhcI4QbvzmbzFJ/oD4VouA+VtCsm/NA+IPiBm1hAR/yYaK4C9Z/piMoSL4K5L+/RTYv0DMqK8IRfCnQiJ4vhXB2CLNFxDBCwwXwTruBSQiuFpQDM4TONSvNP1bqxJkxMzXJGS0EEhGwFqrrw0XwbqvFwrgZjXJIXCBEG785m8NSf6A+FargflbS7JvfQbEHxAzai0J/p4yVARvIMnf04aK4I0k/fs5sH+BmFEbCUXw50IieJEVwdgiLRIQwYsNF8E67sUkIrhuUAx+JnCo32K4CG6YICNmtpKQ0RIgGQFrrbYaLoJ1Xy8RwM02kkPgYiHc+M3fDyT5A+JbbQPmbzvJvvUFEH9AzKjtJPibYKgI3k2Sv4mGiuA9JP27FNi/QMyoPYQieKmQCF5mRTC2SMsERPCXhotgHfeXJCK4SVAMfiFwqN9vuAi+K0FGzPxIQkZfAckIWGv1o+EiWPf1VwK4+YnkEPilEG785u9nkvwB8a1+AubvF5J9azkQf0DMqF9I8DfNUBF8mOUz/YaK4CMk/bsC2L9AzKgjhCJ4hZAIXmlFMLZIKwVE8NeGi2Ad99ckIvjuoBhcLnCoP264CH4wQUbMnCAho2+AZASstTphuAjWff2NAG5Os7ydVwg3fvN3hiR/QHyr08D8nSXZt1YB8QfEjDpLgr9Fhorg8yzvhDFUBMf8wdG/q4H9C8SMQuYvUiJ4tZAIXmNFMLZIawRE8FrDRbCOey2JCG4TFIOrBA71Gf4wO+4OCTJiJiMJGa0DkhGw1iqjMG58f3YymLd1ArjJEiHcxPm7wvbeOH9XGG785i8rSf6A+FZZgPnLRrJvrQfiD4gZlY0Ef+sNFcG5SPL3raEiODdJ/34L7F8gZlRuQhH8rZAI3mBFMLZIGwRE8EbDRbCOeyOJCO4SFIPrBQ71eQ0XwT0SZMRMPhIy2gQkI2CtVT7DRbDu600CuClAcgjcKIQbv/krSJI/IL5VAWD+CpHsW5uB+ANiRhUiwd9eQ0XwlST522eoCC5K0r9bgP0LxIwqSiiCtwiJ4K1WBGOLtFVABH9nuAjWcX9HIoJ7B8XgZoFD/TWGi+D+CTJiJpaEjL4HkhGw1irWcBGs+/p7AdyUIDkEfieEG7/5u5Ykf0B8qxLA/JUk2be2AfEHxIwqSYK/k4aK4NIk+TtlqAguQ9K/PwD7F4gZVYZQBP8gJIK3WxGMLdJ2ARG8w3ARrOPeQSKCA0ExuE3gUF/WcBE8LEFGzJQjIaOdQDIC1lqVM1wE677eKYAbRXII3CGEG7/5K0+SPyC+lQLmrwLJvrULiD8gZlQFEvxl22KmCK5Mkr/swPwhRXAVkv7dDexfIGZUFUIRvFtIBO+xIhhbpD0CIniv4SJYx72XRASPDIrBXQKH+uqGi+BRCTJipgYJGe0DkhGw1qqG4SJY9/U+AdzUZHk7pRBu/ObvVpL8AfGtagLzV4tk39oPxB8QM6oWCf6uNFQE1yPJX1FDRXB9kv79Edi/QMyo+oQi+EchEXzAimBskQ4IiOCDhotgHfdBEhH8YlAM7hc41DcwXASPT5ARMw1JyOgnIBkBa60aGi6CdV//JICbxiSHwINCuPGbvyYk+QPiWzUG5i+BZN/6GYg/IGZUAgn+yhoqgu9keSeHoSL4LpL+/QXYv0DMqLsIRfAvQiL4kBXB2CIdEhDBvxougnXcv5KI4IlBMfizwKG+leEi+K0EGTFzNwkZ/QYkI2Ct1d2Gi2Dd178J4OY+kkPgr0K48Zu/+0nyB8S3ug+YvwdI9q3DQPwBMaMeIMFfTUNFcGuS/N1qqAhuQ9K/R4D9C8SMakMogo8IieCjVgRji3RUQAQfM1wE67iPkYjgd4Ji8LDAoT7RcBE8NUFGzCSRkNFxIBkBa62SDBfBuq+PC+CmI8kh8JgQbvzmrxNJ/oD4Vh2B+etMsm+dAOIPiBnVmQR/zQwVwd1I8tfcUBH8KEn/ngT2LxAz6lFCEXxSSASfsiIYW6RTAiL4tOEiWMd9mkQEzwyKwRMCh/rHDBfBcxJkxExPEjI6AyQjYK1VT8NFsO7rMwK4eZzkEHhaCDd+89eHJH9AfKvHgflLJtm3zgLxB8SMSibBX1tDRfAAkvy1M1QEDyTp39+B/QvEjBpIKIJ/FxLBf1gRjC3SHwIi+JzhIljHfY5EBM8PisGzAof6wYaL4MUJMmImhYSMzgPJCFhrlWK4CNZ9fV4AN0+QHALPCeHGb/6GkeQPiG/1BDB/w0n2rZh+uPwBMaOGk+Cvl6Ei+CmS/PU2VAQ/TdK/6YD9C8SMeppQBANzGSaC0/dLfWxFsM976iLphKLvm6Gf2SJYx52hH7xGImtdFhSDMf3wh/rnDBfBXyfIiJlRJGSUEUhGwFqrUYaLYN3XGQX65QWSQ2AGIdz4zd+LJPkD4lu9AMzfGJJ9KxMQf0DMqDEk+BtuqAgeR5K/EYaK4PEk/ZsZ2L9AzKjxhCI4s5AIzmJFMLZIWQREcFbDRbCOOyuJCF4TFIOZBA71EwwXwRsTZMTMRBIyygYkI2Ct1UTDRbDu62wCuHmD5BCYVQg3fvM3iSR/QHyrN4D5e5Nk38oOxB8QM+pNEvyNM1QEv02Sv/GGiuB3SPo3B7B/gZhR7xCK4BxCIjinFcHYIuUUEMG5DBfBOu5cJCJ4a1AMZhc41L9vuAjekSAjZj4gIaPcQDIC1lp9YLgI1n2dWwA300gOgbmEcOM3f9NJ8gfEt5oGzN8Mkn0rDxB/QMyoGST4e99QETyLpX8NFcGzSfr3MmD/AjGjZhOK4MuERHBeK4KxRcorIILzGS6Cddz5SETwnqAYzCNwqJ9ruAg+mCAjZuaRkFF+IBkBa63mGS6CdV/nF8DNApJDYD4h3PjN30KS/AHxrRYA8/cZyb51ORB/QMyoz0jwt8BQEbyEJH8LDRXBX5D0bwFg/wIxo74gFMEFhERwQSuCsUUqKCCCCxkugnXchUhE8KGgGLxc4FD/peEi+FiCjJj5ioSMrgCSEbDW6ivDRbDu6ysEcLOS5BBYSAg3fvP3NUn+gPhWK4H5+4Zk3yoMxB8QM+obEvytNlQEryXJ3xpDRfA6kv4tAuxfIGbUOkIRXERIBF9pRTC2SFcKiOCihotgHXdREhF8KigGCwsc6jcYLoLPJciImY0kZHQVkIyAtVYbDRfBuq+vEsDNFpJDYFEh3PjN31aS/AHxrbYA8/cdyb51NRB/QMyo70jwt9NQEbydJH+7DBXBO0j69xpg/wIxo3YQiuBrhERwrBXB2CLFCojgYoaLYB13MRIRnL5pTMzVAof63YaL4KxNZcTMHhIyKg4kI2Ct1R7DRbDu6+ICuNlPcggsJoQbv/n7kSR/QHyr/cD8HSDZt0oA8QfEjDpAgr+jhorgX0jyd8xQEXyIpH+vBfYvEDPqEKEIvlZIBJe0IhhbpJICIriU4SJYx12KRATnDIrBEgKH+sOGi+B8TWXEzBESMroOSEbAWqsjhotg3dfXCeDmOMkhsJQQbvzm7wRJ/oD4VseB+TtJsm9dD8QfEDPqJAn+Mm01UwSfJclfZmD+kCL4d5L+LQ3sXyBm1O+EIri0kAguY0UwtkhlBETwDYaLYB33DSQiuGBQDF4vcKg/b7gILtpURszEnOMgoxuBZASstULnD11f3dc3CuAmQ4RwE+fvCtt74/xdYbjx/XevSfIHxLdyY8b3398l2bfKAvEHxIzKRIK/QoaK4Gwk+bvCUBGcnaR/ywH7F4gZhcxfpERwOSERfJMVwdgi3SQgguMMF8E67jgSERwbFINlBQ71uc6ZHXeppjJiJjcJGSkgGQFrrXIbLoJ1XysB3OQlOQTGCeHG97d2k+QPiG+VF5i//CT7Vnkg/oCYUflJ8FfaUBFciCR/ZQwVwVeQ9G8FYP8CMaOuIBTBFYREcLwVwdgixQuI4IqGi2Add0USEVwmKAbLCxzqrzRcBMc1lREzRUnIqBKQjIC1VkUNF8G6rysJ4OYakkNgRSHc+M1fLEn+gPhW1wDzV4xk36oMxB8QM6oYCf6qGyqCS5Lkr4ahIrgUSf9WAfYvEDOqFKEIriIkgqtaEYwtUlUBEVzNcBGs465GIoLjg2KwssChvrThIrhaUxkxU4aEjKoDyQhYa1XGcBGs+7q6AG7KkhwCqwnhxvfb7FgmScBeKQvM300k+1YNIP6AmFE3keCvsaEiuAJJ/poYKoLjSfr3ZmD/AjGj4glF8M1CIvgWK4KxRbpFQATXNFwE67hrkojgW4JisIbAob6y4SK4blMZMVOFhIxuBZIRsNaqiuEi+H97jwBuqpMcAmsK4ca3OCLJHxDfqjowfzeT7Fu1gPgDYkbdbDjf3R7ku1oC+1Ytw+Nu0lRmv65N0i+1gf0CrLWqbThuqgYLUVsAN/q+qLj12jK7MFMt+CCY1pjqzs8azk991QnGUteJR/83IVFb03mO/vfQc+sFH9d3Pfef3P+24PNvv8j9b3Pdv0HwccM0nnuz89wGznO1AG8UfHzHJa6lcfD5TS6ylsautSQEHze9yFoSXGtpFnzcPI3n3uI8t5nzXL3GO4OP73I0IBqbB2Iv5AWNzXqG9+Th2At5Rcddn2QvbwHcy4G1Vsj8RcpArA7eh0NrDNW8ZbBWrYL/u9vlA+VyfmaLCTcV9ZXZ9fhW0LoETMq4TK61ZnOtORRPbuffM2Jft0I2V25jXPmOSSNvMa7Xzxr8X07ncfvEnk17tenSsW2jxOS0apYhjfumd8WayfM8dx1D/5bF/d9LHEpA9/rT4aGlQ16tnJ93Oz/zBP93T/DxvX9BZogDkW5G9H0bEBww7xEgs4ZCZJYeHD+wPqohmIC8m7NE/Vv2k6kTep2tgOt05/U+Zz+530WQhZyf7s0+net3zKSZ1RVH6HKTS+g1Q3GHiDQTdi3l9WtljAm/Lkakodf3EOmdiW17JPb0EKl3Ypo+jVjdMer4smDjiwutNXSF1hR6newxqbjJ6lpHNuw6VOi1vOvI5lpHVtfj0L9ld60p9LscnvW6e8H934bymsMVM81hRAdyn3PouN/5+UDw54P95NbfUoCAGxs+wdJxPyAQdxOSgwewPqoJwSGzlUCtmxFg/EGBuJuTYBxYH9XccIzfmuGCY42udQvD494fGxPTQiDuliRu6ENANxRYa4XMn9ekecg5F3nPSfp6OPi49SVOStoEn9/2IpOSNq77tws+Tux34b6REMgP9zN/32mHfXdjUnz5+Djd16i43cIuySW0QwLhvyi0s7jiCF1ud1qLqPzO/+/arWfHpOQmvbp06ZjUMbFdk249E90pS+sdwGnpWLc5nDGNNNKZw1LrSxJ6V+xf5dQvx7T/9+80jvPcS0VqstVe6K3xHexb47FF6tAPf9+Ohr81XsfdMcKbQJy/KyyncT4v7+EJLfz0LvN0Mu5+h66OiXkmWbZePu+tvL9w57eTg7XOLsxlcuEk9Fy9oZ2P+TOG0rkep3eek/4iz0n3F/f5q8OI2KYVCk4nYKEr2M79wu1994JQr90JuAl1uci9qlRObJNUOb5C67j4pDbB+1RKSqzQunxVlVSlQvD2FeJVm9aJce3i21SuFF+pSlLliL23pIsQAz9iGRhbpEcEGLir4Qys4+4aoQ+n+Y2/s7NW9H3vMfTDIt51IrHUDWiX3QO2uPQmptdXy7knGvOhUxEaR/cZbhGHTm/ouO830yL+k+RGHkQ6A+/1AMmH1YD4VkDMKKn8ofvkUUL76FGhw2t3e3jFFqm7wOG1h+GHVx13D5JvVtB+t8RaIzV/6+xjI0gKvyJm9zzm5LvnP7B7aqeRO6/dUzvm7+2etO7zt3aP6W/GS+8kM50rcT1dJ/TQhT5xAONQPYGbWS9cMySF8tlLUPHoPHYWUM6tzXrj159OSTruxwTibkPwhreeAnG3NVSpeAkGuW+0Bn6tRjsSpQfEtwJiRrWL0Bsu/db5MSDX9AY6dfoeEtzS2/CvRpCIW0vw8X3wcXckcBFfEYi7E8kbTR8H9iOw1qqT4bjR/fKeAG4eIeiX9wXi7krSL32A/QKstepK0C/zBHDTnaBfPhWIuwdJvyQD+wVYa9WDoF9WCOCmF0G/rBSIuzdJv/QF9guw1qo3Qb9sFcBNMkG/fCcQd1+SfukH7BdgrVVfgn45KICbAQT98pNA3ANJ+qU/sF+AtVYDCfrljABuBhP0y1mBuFNI+mUAsF+AtVYpBP2SXeDdmU8Q9EsOgbiHkfTLQGC/AGuthhH0SxEB3DxJ0C9XCsQ9kqRfBgH7BVhrNZKgX8oI4OYZgn65QSDuZ0n6JQDsF2Ct1bME/VJNADfPE/RLdYG4R5P0y2BgvwBrrUYT9EtDAdyMIeiXRgJxjyXplxRgvwBrrcYS9Mu9ArgZR9Av9wnEPZ6kX4YA+wVYazWeoF86CeBmAkG/dBaIeyJJvwwF9guw1moiQb/0FcDNGwT90k8g7kkk/fIEsF+AtVaTCPplpABuJhP0y1MCcU8h6ZdhwH4B1loh86c/9FwmmLjLnPvpzzDo92Xr95rq98/p9wTp9zno2a2eR2mPXfuG2gvR+k6fWTUP671lWL+YsAuNm+H9ZHCDXucIIG50fW7IkPo5NJ2DEcJ5fhL4GbVIfRvJk0LfRjLSfhsJtkgjBb6N5CnDv41Ex/0U0beRSKzVfqHthSsmjQu1Znd+n3Zq+Mw/+IaTYq7/7q++4aRYzN9/w0la9/lPfMOJTmasK3HP9PvzzmvyN5w8A9wgn+2Hz++z/yCfftf9HPBUZuj33Yl9Y8jTAp/if5cg7mcE4n6P4E/BPScQ9/sk33ACxKUC1lpJ5Q9d51GE6nGUkHp83qpHbJGeF1CPow1Xjzru0UTqcbRVj/Tq8QWnhi9a9fjvr1CiXvCoxxfJ1OOLwA1yjIB6HBMB9TjWqsd/raJeEFAT0wjiflEg7ukE6nGsQNwzSNQjEJcKWGuFzJ8m/RsyxPzpQtcHjc0X+5m/xpeEZtzwhnwZSIisgHqZAFDj0GtEL1B7y+MEGGMWCWO8BDxdjwc25SyCk8Z4Ady80g/LlGUIN7ZXCDa2V6WYMj0YUG4p7vsjCQRf+S3RlBP7mb8ZPSwQ9yeGb8K6CScIxD2H5C3CrwH7EVhrNeccDYn9/0EVGpsTCUjsNenTuV+A3xosfDuBBv/U8AZPTEqKa9Ourdofi4v5deBmgcxfpKbsr4O9/9D1hp2yY4v0hsCUfZLhU3Yd9yShKXvoQisLZE7f7CfXFKB8JsWXj49Dbshv9TOX0CQ+xDhR4MN8Cwg+xPiaQNwLSRTKZGBfA2utFhL0y1QB3Cwi6JdpAnEvJumXKcB+AdZaLSbol4UCuFlK0C+fCcS9jKRf3gb2C7DWahlBv6wSwM1ygn5ZLRD3CpJ+eQfYL8BaqxUE/fKDAG6+IeiX7QJxryLpl3eB/QKstVpF0C+HBHCzlqBffhWIex1Jv7wH7BdgrdU6gn45J4CbDQT9cl4g7o0k/fI+sF+AtVYbCfold188brYQ9Esegbi3kvTLB8B+AdZabSXol6sFcLONoF+uEYj7B5J++RDYL8Baqx8I+qWcAG52EvTLTQJx7yLpl6nAfgHWWu0i6JdbBHCzl6BfagrEvY+kX6YB+wVYa7WPoF+aCODmAEG/JAjEfZCkX6YD+wVYa3WQoF8eFMDNLwT98pBA3IdI+mUGsF+AtVaHCPqlqwBuDhP0SzeBuI+Q9MtMYL8Aa62OEPTLQAHcHCfol0ECcZ8g6ZePgP0CrLU6QdAvzwrg5jRBvzwnEPcZkn75GNgvwForZP70N03e6PqjRPozDPp92fq9pvr9c/o9Qfp9Dnp2q+dR2mPXvqH2QrS+02dWzcN6b/lY+I/lzBL6Ggr0OmeD/yhRWdcfJdI5mC2c508Iv1b6E6EPvM6xH3jFFmmOwAde5xr+gVcd91yir5WWWKv9WukLV0waF2rN7vzOc2r4qf1a6X9/hRI1z/O10p+Sfa30p8ANcr7A10rPj8DXSi+wXyv9r79TbZ7A19L8QRD3pwJxnyP4sscFAnGfJ/mSUCAuFbDWSip/8G9rIFSPC4XU42dWPWKL9JmAevzccPWo4/6cSD1+btUjvXpc5NRwsVWP//4KJWqRRz0uJlOPi4Eb5BIB9bgkAurxC6se/7WKWiSgJjKcNz/uxQJxZxSOO87f9b995wuBuDOB4475i30izt+lgLhUwForZP406Zcl/FMLiwm+pXqp1J9aQDfkMvAfJWIE1DICQH1p+h8l0t7ylwKMkY2EMZYCT9dfAZsyG8FJ4ysB3CwH/1GiGwk3tuUEG9sK0zc2/TXfbwkANIf5G9v/vj4c+ZXpK4Ebm1T+0oPrjPxjVl8T/DEric38G4I/ZrVSIO5chpO33ry/Fog7d4T2Rt9fCQnsR2CtVe7zNIcfsT9m9Q3B4WdVPxmcwxty9aUcAipf9F4qUu8GWC30boA19t0A2CKtEXg3wFrD3w2g414r9G6A0CWZ0zifVyTeCZDSB/tOgFF98TmtlkGIAS51neri/+yu1ToHt+v/wbsK+sb8GY/edxX0jfn7dxWkdZ+/fVfBJSfhb1IUCm5dv9QFpncS0cezONRrhoCMZvS8hkuLv2o4v3HnI/GTq12KbfA3J651QDLMTyLN1gOlmbtX/K7rchL8AftEATGjpPKH3me+JVRM3woppg1WMWGLtEFAMW00XDHpuDcSvX9aYq1/p5r81s2rmnx/ZZuQarokcv8bZROTxoW6t7tWmxw8bDZdNTG8F3uTR4HppLrep/+/y+T3Ym8GbrZbLom1ky56hfK55R/k0/ffbwDmIN//1Qn9H2wul3yy/JvToMbhJoGhW2GC92JvFoi7CME7pLYKxH0liRIF4lIBa62uJMCNxD5RVciyRq/zu34c6/we/D1j5VzfM6Zz8L3w94xtI/yk+DYhp+MH63Rgi/SDgNOx3XCnQ8e9nWw2vF1wNiyE2Yh9CnuHU8udpn8KG52EUHA7PJ+c3tkv5k8X2sraAWzynSQniV2ETLxLiIl3WybGFmm3ABPvMZyJddx7yJh4j2Vi9xXGxHudWu6LVibe62HifRFg4r3AJt8H/lRfOcJP9e3rZ/4a97O8sf1H8OffGQH1IwGgDpj+MVGtNw4IuK3XkLj0+4G7/EFgU14D/ihUGcIGP0jQ4D9JMQZ6bP0zEJwdgV8h1onki2V/ITQpfhEyKQ5ZkwJbpEMCJsWvhpsUOu5fyUyKX/lMCiV5b/f6f3NqeThaTYrfPCbF4QiYFL8Bm/xwPxnQoZn4CCETHxFi4qOWibFFOirAxMcMZ2Id9zEyJj5mmTjs3u71H3dqeSJamfi4h4lPRICJjwOb/IR1dxUwB2JrPMkyLjhlAaVOEQDqtOnjAq03TguMC4qRjAtOAnf5M8CmLGbHBeoMQYOfZRkX/A4E5yPAcUFXknHBH4QmxR9CJsU5a1Jgi3ROwKQ4b7hJoeM+T2ZSnOczKcoL3jvMpIjp7+S8f+qvosqk0AmIdQXrToR3QaHX9t2Y/XH3StdfBnRoJk7fn4+J0/eXYeIMLoxZJvZ5T10knVD0fTMCASsVd8b+8BqJMnHG/paJXVcYE2dyapk5Wpk4k4eJM0eAiTMBmzwzkIlZ3V1gDsTWmEVgjWku1C+gsvYH7rykgMpKAKhs6DXCz3zBBWbrjwdoCZJxQRbgLp8d2JQl7LhAZSdo8BxSjIEeF+QEgrM7cFzQg2RckIvQpMglZFLktiYFtki5BUyKPIabFDruPGQmRR4+k6KC4L3DTIrLnFrmjVaT4jKPSZE3AibFZcAmz9tfBnRoJs5HyMT5hJg4v2VibJHyCzDx5YYzsY77cjImvtwysfsKY+ICTi0LRisTF/AwccEIMHEBYJMXBDIxq7sLzIHYGguxjAuusOMCdQUBoAqbPi7QeqOwwLigJMm4oBBwly8CbMqSdlygihA0+JUs44KiQHD2Ao4LepOMC64iNCmuEjIprrYmBbZIVwuYFNcYblLouK8hMymu4TMp4gXvHWZSxDq1LBatJkWsx6QoFgGTIhbY5MX6y4AOzcTFCZm4uBATl7BMjC1SCQEmvtZwJtZxX0vGxNdaJnZfYUxc0qllqWhl4pIeJi4VASYuCWzyUkAmZnV3gTkQW+N1LOOC6+24QF1PAKjSpo8LtN4oLTAuuI5kXHAdcJcvA2zK6+y4QJUhaPAbWMYFNwLBmQwcF/QlGReUJTQpygqZFOWsSYEtUjkBk+Imw00KHfdNZCbFTXwmRUXBe4eZFHFOLVW0mhRxHpNCRcCkiAM2ueovAzo0E5cnZOLyQkxcwTIxtkgVBJg43nAm1nHHkzFxvGVi9xXGxBWdWlaKViau6GHiShFg4orAJq8EZGJWdxeYA7E1VmYZF1Sx4wJVhQBQVU0fF2i9UVVgXFCaZFxQGbjLVwM2ZWk7LlDVCBq8Osu4oAYQnAOA44KBJOOCmwlNipuFTIpbrEmBLdItAiZFTcNNCh13TTKToiafSVFJ8N5hJsWtTi1rRatJcavHpKgVAZPiVmCT1+ovAzo0E9cmZOLaQkxcxzIxtkh1BJi4ruFMrOOuS8bEdS0Tu68wJq7n1LJ+tDJxPQ8T148AE9cDNnl9IBOzurvAHIit8TaWccHtdlygbicAVAPTxwVabzQQGBfcQDIuuA24yzcENuUNdlygGhI0eCOWccEdQHAOBo4LUkjGBY0JTYrGQiZFE2tSYIvURMCkSDDcpNBxJ5CZFAl8JkVlwXuHmRRNnVo2i1aToqnHpGgWAZOiKbDJm/WXAR2aiZsTMnFzISa+0zIxtkh3CjDxXYYzsY77LjImvssysfsKY+IWTi1bRisTt/AwccsIMHELYJO3BDIxq7sLzIHYGluxjAvutuMCdTcBoO4xfVyg9cY9AuOCsiTjglbAXf5eYFOWteMCdS9Bg9/HMi64HwjOJ4DjgmEk44IHCE2KB4RMigetSYEt0oMCJsVDhpsUOu6HyEyKh/hMiiqC9w4zKR52atk6Wk2Khz0mResImBQPA5u8dX8Z0KGZuA0hE7cRYuK2lomxRWorwMTtDGdiHXc7MiZuZ5nYfYUxcaJTy6RoZeJEDxMnRYCJE4FNngRkYlZ3F5gDsTW2ZxkXdLDjAtWBAFAdTR8XaL3RUWBccBPJuKA9cJfvBGzKm+y4QHUiaPDOLOOCLkBwPgkcF4wkGRc8QmhSPCJkUnS1JgW2SF0FTIpuhpsUOu5uZCZFNz6ToqrgvcNMikedWnaPVpPiUY9J0T0CJsWjwCbv3l8GdGgm7kHIxD2EmPgxy8TYIj0mwMQ9DWdiHXdPMibuaZnYfYUxcS+nlr2jlYl7eZi4dwSYuBewyXsDmZjV3QXmQGyNj7OMC/rYcYHqQwCoZNPHBVpvJAuMCxTJuOBx4C7fF9iUyo4LVF+CBu/HMi7oDwTnM8BxwbMk44IBhCbFACGTYqA1KbBFGihgUgwy3KTQcQ8iMykG8ZkUrQXvHWZSBJxaDo5WkyLgMSkGR8CkCACbfHB/GdChmTiFkIlThJh4iGVibJGGCDDxUMOZWMc9lIyJh1omdl9hTPyEU8th0crET3iYeFgEmPgJYJMPAzIxq7sLzIHYGoezjAtG2HGBGkEAqCdNHxdovfGkwLigAsm4YDhwlx8JbMoKdlygRhI0+FMs44KngeB8HjguGE0yLniG0KR4RsikeNaaFNgiPStgUjxnuEmh436OzKR4js+kaCN47zCTYpRTy+ej1aQY5TEpno+ASTEK2OTP95cBHZqJRxMy8WghJn7BMjG2SC8IMPGLhjOxjvtFMiZ+0TKx+wpj4jFOLcdGKxOP8TDx2Agw8Rhgk48FMjGruwvMgdgaX2IZF7xsxwXqZQJAjTN9XKD1xjiBcUFFknHBS8BdfjywKSvacYEaT9Dgr7CMC14FgnMMcFwwlmRcMIHQpJggZFJMtCYFtkgTBUyK1ww3KXTcr5GZFK/xmRRtBe8dZlK87tTyjWg1KV73mBRvRMCkeB3Y5G/0lwEdmoknETLxJCEmftMyMbZIbwow8VuGM7GO+y0yJn7LMrH7CmPiyU4tp0QrE0/2MPGUCDDxZGCTTwEyMau7C8yB2BrfZhkXvGPHBeodAkC9a/q4QOuNdwXGBZVJxgVvA3f594BNWdmOC9R7BA3+Psu44AMgOMcBxwXjScYFHxKaFB8KmRRTrUmBLdJUAZNimuEmhY57GplJMY3PpGgneO8wk2K6U8sZ0WpSTPeYFDMiYFJMBzb5jP4yoEMz8UxCJp4pxMQfWSbGFukjASb+2HAm1nF/TMbEH1smdl9hTDzLqeXsaGXiWR4mnh0BJp4FbPLZQCZmdXeBORBb4ycs44I5dlyg5hAAaq7p4wKtN+YKjAuqkowLPgHu8vOATVnVjgvUPIIG/5RlXDAfCM4JwHHBRJJxwQJCk2KBkEmx0JoU2CItFDApPjPcpNBxf0ZmUnzGZ1IkCt47zKT43Knlomg1KT73mBSLImBSfA5s8kX9ZUCHZuLFhEy8WIiJl1gmxhZpiQATf2E4E+u4vyBj4i8sE7uvMCZe6tRyWbQy8VIPEy+LABMvBTb5MiATs7q7wByIrfFLlnHBV3ZcoL4iANRy08cFWm8sFxgXVCcZF3wJ3OVXAJuyuh0XqBUEDb6SZVzwNRCcbwDHBZNIxgXfEJoU3wiZFKusSYEt0ioBk2K14SaFjns1mUmxms+kSBK8d5hJscap5dpoNSnWeEyKtREwKdYAm3xtfxnQoZl4HSETrxNi4vWWibFFWi/AxN8azsQ67m/JmPhby8TuK4yJNzi13BitTLzBw8QbI8DEG4BNvhHIxKzuLjAHYmvcxDIu2GzHBWozAaC2mD4u0Hpji8C44GaSccEm4C6/FdiUN9txgdpK0ODfsYwLvgeCczJwXDDlXGQ2Cr/52wbM333A/N0PvJdk/n747+dPdFy1vT/HOncA66w17k0ZUqWdzsEOj/RDr38noRm5U8iM3GXNSGyRdgmYkbsNNyN13LvJzMjdfGZknOC9w8zIPU4t90arGbnHY0bujYAZuQfY5HtJThL7CJl4nxAT77dMjC3SfgEm/tFwJtZx/0jGxD9aJnZfYUx8wKnlwWhl4gMeJj4YASY+AGzyg0Bw6yLfRGjyHuxv/hp/YhkL/gweCzIC6mcCQP1i+lhQ641fBMaCNUnGgj8Bd/lDwKasCR4L3kjY4IcIGvxXlrHgb0BwLgCOZRaSjGUOE5oUh4VMiiPWpMAW6YiASXHUcJNCx32UzKQ4ymdSKMl7u9d/zKnl8Wg1KY55TIrjETApjgGb/Hh/GdChmfgEIROfEGLik5aJsUU6KcDEpwxnYh33KTImPmWZOOze7vWfdmp5JlqZ+LSHic9EgIlPA5v8jHV3FTAHYms8yzIu+N0CSv1OAKg/TB8XaL3xh8C4oBbJuOAscJc/B2zKWnZcoM4RNPh5lnFBzABc0IuA44LFJOOCdAP4TIp0uJqHmRTpB6Q+tiaFz3vqIumEou+bAQhYqbgzDIDXSNSkyABsqAiZFOUF7x1mUmR0apnJVdOoMil0AmJdwboT4V1Q6LX9NmZGYJNnGiADOjQTZyZk4sxCTJzFMjG2SFkEmDir4Uys485KxsRZLRO7rzAmzubUMnu0MnE2DxNnjwATZwM2eXYgE7O6u8AciK0xh8Aa01yoX0DlBJo/rIDKSQCoXOg1oheo9UauAXiA1iEZF+QA7vK5gU1Zx44LVG6CBs8jxRjoccFlQHAuBY4LlpGMC/ISmhR5hUyKfNakwBYpn4BJkd9wk0LHnZ/MpMjPZ1JUELx3mElxuVPLAtFqUlzuMSkKRMCkuBzY5AUGyIAOzcQFCZm4oBATF7JMjC1SIQEmvsJwJtZxX0HGxFdYJnZfYUxc2KllkWhl4sIeJi4SASYuDGzyIkAmZnV3gTkQW+OVLOOConZcoIoSAOoq08cFWm9cJTAuqEcyLrgSuMtfDWzKenZcoK4maPBrWMYFsUBwLgeOC1aQjAuKEZoUxYRMiuLWpMAWqbiASVHCcJNCx12CzKQowWdSxAveO8ykuNapZcloNSmu9ZgUJSNgUlwLbPKSA2RAh2biUoRMXEqIia+zTIwt0nUCTHy94Uys476ejImvt0zsvsKYuLRTyzLRysSlPUxcJgJMXBrY5GWATMzq7gJzILbGG1jGBTfacYG6kQBQZU0fF2i9UVZgXHAbybjgBuAuXw7YlLfZcYEqR9DgN7GMC+KA4PwGOC5YRTIuUIQmhRIyKcpbkwJbpPICJkUFw00KHXcFMpOiAp9JUVHw3mEmRbxTy4rRalLEe0yKihEwKeKBTV5xgAzo0ExciZCJKwkxcWXLxNgiVRZg4iqGM7GOuwoZE1exTOy+wpi4qlPLatHKxFU9TFwtAkxcFdjk1YBMzOruAnMgtsbqLOOCGnZcoGoQAOpm08cFWm/cLDAuaEAyLqgO3OVvATZlAzsuULcQNHhNlnHBrUBwrgWOC9aRjAtqEZoUtYRMitrWpMAWqbaASVHHcJNCx12HzKSow2dSVBK8d5hJUdepZb1oNSnqekyKehEwKeoCm7zeABnQoZm4PiET1xdi4tssE2OLdJsAE99uOBPruG8nY+LbLRO7rzAmbuDUsmG0MnEDDxM3jAATNwA2eUMgE7O6u8AciK2xEcu44A47LlB3EACqsenjAq03GguMCxqRjAsaAXf5JsCmbGTHBaoJQYMnsIwLmgLBuQE4LthIMi5oRmhSNBMyKZpbkwJbpOYCJsWdhpsUOu47yUyKO/lMisqC9w4zKe5yatkiWk2KuzwmRYsImBR3AZu8xQAZ0KGZuCUhE7cUYuJWlomxRWolwMR3G87EOu67yZj4bsvE7iuMie9xanlvtDLxPR4mvjcCTHwPsMnvBTIxq7sLzIHYGu9jGRfcb8cF6n4CQD1g+rhA640HBMYFjUnGBfcBd/kHgU3Z2I4L1IMEDf4Qy7jgYSA4twDHBVtJxgWtCU2K1kImRRtrUmCL1EbApGhruEmh425LZlK05TMpqgjeO8ykaOfUMjFaTYp2HpMiMQImRTtgkycOkAEdmomTCJk4SYiJ21smxhapvQATdzCciXXcHciYuINlYvcVxsQdnVp2ilYm7uhh4k4RYOKOwCbvBGRiVncXmAOxNXZmGRd0seMC1YUAUI+YPi7QeuMRgXFBAsm4oDNwl+8KbMoEOy5QXQkavBvLuOBRIDi3AccFP5CMC7oTmhTdhUyKHtakwBaph4BJ8ZjhJoWO+zEyk+IxPpOiquC9w0yKnk4te0WrSdHTY1L0ioBJ0RPY5L0GyIAOzcS9CZm4txATP26ZGFukxwWYuI/hTKzj7kPGxH0sE7uvMCZOdmrZN1qZONnDxH0jwMTJwCbvC2RiVncXmAOxNfZjGRf0t+MC1Z8AUANMHxdovTFAYFzQjGRc0A+4yw8ENmUzOy5QAwkafBDLuCAABOdO4LhgF8m4YDChSTFYyKRIsSYFtkgpAibFEMNNCh33EDKTYgifSdFa8N5hJsVQp5ZPRKtJMdRjUjwRAZNiKLDJnxggAzo0Ew8jZOJhQkw83DIxtkjDBZh4hOFMrOMeQcbEIywTu68wJn7SqeXIaGXiJz1MPDICTPwksMlHApmY1d0F5kBsjU+xjAuetuMC9TQBoJ4xfVyg9cYzAuOCO0nGBU8Bd/lngU15px0XqGcJGvw5lnHBKCA49wLHBftIxgXPE5oUzwuZFKOtSYEt0mgBk+IFw00KHfcLZCbFC3wmRRvBe4eZFC86tRwTrSbFix6TYkwETIoXgU0+ZoAM6NBMPJaQiccKMfFLlomxRXpJgIlfNpyJddwvkzHxy5aJ3VcYE49zajk+Wpl4nIeJx0eAiccBm3w8kIlZ3V1gDsTW+ArLuOBVOy5QrxIAaoLp4wKtNyYIjAtakIwLXgHu8hOBTdnCjgvURIIGf41lXPA6EJwHgOOCgyTjgjcITYo3hEyKSdakwBZpkoBJ8abhJoWO+00yk+JNPpOireC9w0yKt5xaTo5Wk+Itj0kxOQImxVvAJp88QAZ0aCaeQsjEU4SY+G3LxNgivS3AxO8YzsQ67nfImPgdy8TuK4yJ33Vq+V60MvG7HiZ+LwJM/C6wyd8DMjGruwvMgdga32cZF3xgxwXqAwJAfWj6uEDrjQ8FxgWtSMYF7wN3+anApmxlxwVqKkGDT2MZF0wHgvMX4LjgEMm4YAahSTFDyKSYaU0KbJFmCpgUHxluUui4PyIzKT7iMynaCd47zKT42KnlrGg1KT72mBSzImBSfAxs8lkDZECHZuLZhEw8W4iJP7FMjC3SJwJMPMdwJtZxzyFj4jmWid1XGBPPdWo5L1qZeK6HiedFgInnApt8HpCJWd1dYA7E1vgpy7hgvh0XqPkEgFpg+rhA640FAuOCe0jGBZ8Cd/mFwKa8x44L1EKCBv+MZVzwORCch4HjgiMk44JFhCbFIiGTYrE1KbBFWixgUiwx3KTQcS8hMymW8JkUiYL3DjMpvnBquTRaTYovPCbF0giYFF8Am3zpABnQoZl4GSETLxNi4i8tE2OL9KUAE39lOBPruL8iY+KvLBO7rzAmXu7UckW0MvFyDxOviAATLwc2+QogE7O6u8AciK1xJcu44Gs7LlBfEwDqG9PHBVpvfCMwLriPZFywErjLrwI25X12XKBWETT4apZxwRogOI8DxwUnSMYFawlNirVCJsU6a1Jgi7ROwKRYb7hJoeNeT2ZSrOczKZIE7x1mUnzr1HJDtJoU33pMig0RMCm+BTb5hgEyoEMz8UZCJt4oxMSbLBNji7RJgIk3G87EOu7NZEy82TKx+wpj4i1OLbdGKxNv8TDx1ggw8RZgk28FMjGruwvMgdgav2MZF3xvxwXqewJAbTN9XKD1xjaBccEDJOOC74C7/A/ApnzAjgvUDwQNvp1lXLADCM7TwHHBmXOR2Sj85m8nMH95cc2t8gE3Ct0cmV25qx18ECxPTB3nZ13np752BfOx2yEO/d+Ejt+3Oc/R/x567p7g472u5/6T++8LPn//Re6/z3X/H4OPD6Tx3HrOc390nqs3woPBxz9d4lp+Dj7/l4us5WfXWg4FH/96kbUccq3lt+Djw2k8t77z3N+c5+o1Hgk+PurIHvQm1rLEhbygDwEPgQ8B6LgfLHEhr+i4Hz7PsacdA+5pwFqrhw3Hze0ZLuxpaNy0NTzuu4L9ckwg7nYkYqHMZty93LX2m79EkvzdCMxfO2D+kkj26+PA/RqIGYXMX6QGeMBchg3wTtgBHrZIJwQGeCcNH+DpuE8KD/DQm3tFQ8mxMwk5VjKUHLuQkOMpIDkCMaO6EJLjKSFyPG3JEVuk0wLkeMZwctRxnxEiR/RaCyRcIHK0Yj47IDrj7ibskPhdn8blWYG4HyU5xJwBknA34CGmO8kh5ndg/oCYUd1J8FfHUBHSiyR/dQ0VIb1J+vcPYP8CMaN6E4qQP4REyDkrQrBFOicgQs4bLkJ03OdJREjR4GH8d4FDabLh48riCTKH8b4kZBQzEJdLYK1VX8NF3P/6eiD+vgNIDoHnB8jgxm/+BpLkD4hvNQCYv0Ek+1Y64L4FxIwaRIK/FoaK4CEk+WtpqAgeStK/6YH9C8SMGkoogoG5DBPBGQamPrYi2Oc9dZEyDMTfN+NAs0WwjjvjQHiNRNZaKigG0wkc6ocbLoJvDMYtIWZGkJBRJiAZAWutRhgugnVfZxLAzVMkh8CMQrjxm7+nSfIHxLd6Cpi/Z0j2rcxA/AExo54hwV97Q0Xw8yT562CoCB5N0r9ZgP0LxIwaTSiCswiJ4KxWBGOLlFVABGczXATruLORiOC4oBjMLHCoH2O4CK6UICNmxpKQUXYgGQFrrcYaLoJ1X2cXwM04kkNgNiHc+M3feJL8AfGtxgHz9wrJvpUDiD8gZtQrJPhLNlQEv8byTg5DRfDrJP2bE9i/QMyo1wlFcE4hEZzLimBskXIJiODchotgHXduEhFcLSgGcwgc6t80XATfmiAjZt4iIaM8QDIC1lq9ZbgI1n2dRwA3b5McAnML4cZv/t4hyR8Q3+ptYP7eJdm3LgPiD4gZ9S4J/p4yVAR/SJK/pw0VwVNJ+jcvsH+BmFFTCUVwXiERnM+KYGyR8gmI4PyGi2Add34SEVw3KAYvEzjUzzBcBDdMkBEzM0nI6HIgGQFrrWYaLoJ1X18ugJtZJIfA/EK48Zu/2ST5A+JbzQLm7xOSfasAEH9AzKhPSPA3wVAR/ClJ/iYaKoLnk/RvQWD/AjGj5hOK4IJCIriQFcHYIhUSEMFXGC6CddxXkIjgJkExWEDgUP+Z6X/HJ0FGzHxOQkaFgWQErLX63HARrPu6sABulpAcAq8Qwo3f/H1Bkj8gvtUSYP6WkuxbRYD4A2JGLSXB3zRDRfBykvxNN1QEryDp3yuB/QvEjFpBKIKvFBLBRa0IxhapqIAIvspwEazjvopEBN8dFINFBA713xgugh9MkBEzq0jI6GogGQFrrVYZLoJ1X18tgJu1JIfAq4Rw4zd/60jyB8S3WgvM33qSfesaIP6AmFHrSfC3yFARvIkkf4sNFcGbSfo3Fti/QMyozYQiOFZIBBezIhhbpGICIri44SJYx12cRAS3CYrBawQO9d8ZLoI7JMiIme9JyKgEkIyAtVbfGy6CdV+XEMDNdpJDYHEh3PjN3w6S/AHxrbYD87eTZN+6Fog/IGbUThL8rTdUBO8lyd+3horgfST9WxLYv0DMqH2EIrikkAguZUUwtkilBETwdYaLYB33dSQiuEtQDF4rcKg/YLgI7pEgI2YOkpDR9UAyAtZaHTRcBOu+vl4AN7+QHAKvE8KN3/wdIskfEN/qF2D+fiXZt0oD8QfEjPqVBH97DRXBR0nyt89QEXyMpH/LAPsXiBl1jFAElxESwTdYEYwt0g0CIvhGw0WwjvtGEhHcOygGSwsc6k8aLoL7J8iImVMkZFQWSEbAWqtThotg3ddlBXBzluQQeKMQbvzm73eS/AHxrc4C8/cHyb5VDog/IGbUHyT4O2moCE4X3FEZ8nfKUBGcPkL587vOm4D9C8SMQuYvUiL4JiERHGdFMLZIcQIiWBkugnXcikQEB4JisJzAoT4TeFNGxz0sQUbMZCYho/JAMgLWWmUWxo3fvOm+Li+Am2wkh0AlhBvff/eaJH9AfKtswPzlINm3KgDxB8SMykGCv2xbzBTBeUjyl32LmSL4MpL+jQf2LxAz6jJCERwvJIIrWhGMLVJFARFcyXARrOOuRCKCRwbFYAWBQ31+w0XwqAQZMXM5CRlVBpIRsNbqcsNFsO7rygK4KURyCKwkhBvf39pNkj8gvlUhYP4Kk+xbVYD4A2JGFSbB35WGiuCrSPJX1FARfDVJ/1YF9i8QM+pqQhFcVUgEV7MiGFukagIiuLrhIljHXZ1EBL8YFINVBA71xQwXweMTZMRMcRIyqgEkI2CtVXHDRbDu6xoCuClJcgisLoQbv/krRZI/IL5VSWD+riPZt24G4g+IGXUdCf7KGiqCbyDJXzlDRfCNJP17C7B/gZhRNxKK4FuERHBNK4KxRaopIIJvNVwE/w+cJCJ4YlAM3ixwqL/JcBH8VoKMmIkjIaNaQDIC1lrFGS6CdV/XEsBNBZJD4K1CuPH9NjuS/AHxrSoA81eRZN+qDcQfEDOqIgn+ahoqgquy7H+GiuBqJP1bB9i/QMyoaoQiuI6QCK5rRTC2SHUFRHA9w0WwjrseiQh+JygGawsc6m82XARPTZARM7eQkFF9IBkBa61uMVwE676uL4CbWiSHwHpCuPEtjkjyB8S3qgXMXx2Sfes2IP6AmFF1SPDXzFARfBtJ/pobKoJvJ+nf24H9C8SMup1QBN8uJIIbWBGMLVIDARHc0HARrONuSCKCZwbF4G0Ch/pGhovgOQkyYuYOEjJqBCQjYK3VHYaLYN3XjQRwk0ByCGwohBu/+WtKkj8gvlUCMH/NSPatO4D4A2JGNSPBX1tDRXALkvy1M1QEtyTp38bA/gViRrUkFMGNhURwEyuCsUVqIiCCEwwXwTruBBIRPD8oBu8QONTfY7gIXpwgI2buJSGjpkAyAtZa3Wu4CNZ93VQANw+QHAIThHDjN38PkuQPiG/1ADB/D5HsW82A+ANiRj1Egr9ehorgtiT5622oCG5H0r/Ngf0LxIxqRyiCmwuJ4DutCMYW6U4BEXyX4SJYx30XiQheFhSDzQQO9e0NF8FfJ8iImQ4kZNQCSEbAWqsOhotg3dctBHDTmeQQeJcQbvzmrwtJ/oD4Vp2B+XuEZN9qCcQfEDPqERL8DTdUBHcnyd8IQ0VwD5L+bQXsXyBmVA9CEdxKSATfbUUwtkh3C4jgewwXwTrue0hE8JqgGGwpcKjvZbgI3pggI2Z6k5DRvUAyAtZa9TZcBOu+vlcAN8kkh8B7hHDjN399WSZJwF5JBuavH8m+dR8Qf0DMqH4k+BtnqAgeRJK/8YaK4ABJ/94P7F8gZlSAUATfLySCH7AiGFukBwRE8IOGi2Ad94MkInhrUAzeJ3CoH2K4CN6RICNmhpKQ0UNAMgLWWg01XATrvn5IADfDSQ6BDwrhxm/+RpDkD4hvNRyYvydJ9q2HgfgDYkY9SYK/9w0Vwc+Q5O8DQ0XwsyT92xrYv0DMqGcJRXBrIRHcxopgbJHaCIjgtoaLYB13WxIRvCcoBh8WONQ/b7gIPpggI2ZGk5BROyAZAWutRhsugnVftxPAzRiSQ2BbIdz4zd9YkvwB8a3GAPP3Esm+lQjEHxAz6iUS/C0wVAS/QpK/hYaK4FdJ+jcJ2L9AzKhXCUVwkpAIbm9FMLZI7QVEcAfDRbCOuwOJCD4UFIOJAof61wwXwccSZMTM6yRk1BFIRsBaq9cNF8G6rzsK4OZNls+0CuHGb/7eIskfEN/qTWD+JpPsW52A+ANiRk0mwd9qQ0XwuyT5W2OoCH6PpH87A/sXiBn1HqEI7iwkgrtYEYwtUhcBEfyI4SJYx/0IiQg+FRSDnQQO9R8aLoLPJciImakkZNQVSEbAWquphotg3dddBXAzg+QQ+IgQbvzmbyZJ/oD4VjOA+fuIZN/qBsQfEDPqIxL87TRUBH9Ckr9dhorgOST9+yiwf4GYUXMIRfCjQiK4uxXB2CJ1FxDBPQwXwTruHiQiOH3TmJhuAof6Tw0XwVmbyoiZ+SRk9BiQjIC1VvMNF8G6rx8TwM1nJIfAHkK48Zu/z0nyB8S3+gyYv0Uk+1ZPIP6AmFGLSPB31FARvJQkf8cMFcHLSPq3F7B/gZhRywhFcC8hEdzbimBskXoLiODHDRfBOu7HSURwzqAY7ClwqF9uuAjO11RGzKwgIaM+QDIC1lqtMFwE677uI4Cbb0gOgY8L4cZv/laR5A+Ib/UNMH+rSfatZCD+gJhRq0nwl2mrmSJ4PUn+Mm81UwR/S9K/fYH9C8SM+pZQBPcVEsH9rAjGFqmfgAjub7gI1nH3JxHBBYNiMFngUL/JcBFctKmMmNlMQkYDgGQErLXabLgI1n09QAA335EcAvsL4cZv/r4nyR8Q3+o7YP62kexbA4H4A2JGbSPBXyFDRfBOkvxdYagI3kXSv4OA/QvEjNpFKIIHCYnggBXB2CIFBETwYMNFsI57MIkIjg2KwYECh/q9hovgUk1lxMw+EjJKAZIRsNZqn+EiWPd1igBuDpAcAgcL4cZv/g6S5A+Ib3UAmL+fSPatIUD8ATGjfiLBX2lDRfCvJPkrY6gI/o2kf4cC+xeIGfUboQgeKiSCn7AiGFukJwRE8DDDRbCOexiJCC4TFINDBA71Rw0XwXFNZcTMMRIyGg4kI2Ct1THDRbDu6+ECuDlJcggcJoQbv/k7xfKZQmCvnATm7zTJvjUCiD8gZtRpEvxVN1QE/0GSvxqGiuBzJP37JLB/gZhR5whF8JNCInikFcHYIo0UEMFPGS6CddxPkYjg+KAYHCFwqE+XzmwRXK2pjJhJn46DjJ4GkhGw1ip9OrNFsO7rpwVwkykdxyHwKSHc+M1fZpL8AfGtMgHzl4Vk33oGiD8gZlQWEvw1NlQE5yDJXxNDRXBOkv59Fti/QMwoZP4iJYKfFRLBz1kRjC3ScwIieJThIljHPYpEBN8SFIPPCBzq8xgugus2lREzl5GQ0fNAMgLWWl1muAjWff28AG7ykxwCRwnhxm/+LifJHxDfKj8wfwVI9q3RQPwBMaMKGM53twf5brTAvlXY8LibNJXZr4uQ9MsLwH4B1loVMRw3tYKFeEEAN/q+qLj12jK7MFM7+OBc8Gcd52dd56e+XgzGMsaJR/83IVF7m/Mc/e+h544NPn7J9dx/cv+Xg88fd5H7v+y6//jg41fSeG4957njnedqAf5q8PGES1zLxODzX7vIWia61vJ68PEbF1nL6661TAo+fjON59Z3njvJea5e41vBx5MdDYjGZssSF/KCxuZVhvfkgyUu5BUd99Uke/kU4F4OrLW6mtBArAPeh0NrDNX87WCt3gn+712XD5TL+ZktJtxU1Fdm1+NbQesSMCnjMrnWms215lA8uZ1/z4h93QrZXLmNceU7Jo28xbheP2vwfzmdx+0Tezbt1aZLx7aNEpPTqlmGNO6b3hVrJs/z3HUM/VsW938vcSgB3etPh4e3HfJ6x/n5rvMzT/B/7wUfv/8XZIY4EOlmRN+3GMEB8z0BMisuRGbpwfED66OKgwnIuzlL1P9t4ARLcp3vANfpzusHzn7yoYsgCzk/3Zt9OtfvmEkzqyuO0OUml9BrhuIOEWkm7FrK69fKGBN+XYxIQ6/vIdI7E9v2SOzpIVLvxDR9GrG6Y9TxZcHGFxdaa+gKrSn0OtljUnGT1bWObNh1qNBredeRzbWOrK7HoX/L7lpT6Hc5POt194L7vw3lNYcrZprDiA7kA+fQ8aHzc2rw57SBcut/W4CASxo+wdJxTxWIuxTJwQNYH1WK4JD5jkCtSxNgfJpA3GVIMA6sjypj+mQrwwXHGl3rsobHfVfQDZ0iEHc5Ejd0OtANBdZaIfPnNWmmO+ci7zlJXzOCj2de4qTko+DzP77IpOQj1/1nBR/PHnjhvpEQyDPAAlli35mFfXdjUnz5+Djd16i43cLuE5fQDgmE/6LQzuKKI3S53WktovI7/79rt54dk5Kb9OrSpWNSx8R2Tbr1THSnLK13AKelY93mcMY00khnDkutz41B5Fr/Kqd+OWbOv3+ncZznXipSk605Qm+Nn2vfGo8t0tyB+PvOM/yt8TrueRHeBOL8XWE5jfN5eQ9PaOFXNfgC2/rj7ndfsZiYH/rL1svnvZX3F+78fupgbb4Lc5lcOAk9V29o52P+jKF0rsfpneekv8hz0v3Fff7qMCK2aYWC0wlY6Ap2/sBwe9+9INRrfwrchBZc5F5VKie2SaocX6F1XHxSm+B9KiUlVmhdvqpKqlIhePsK8apN68S4dvFtKleKr1QlqXLE3luyQIiBF1oGxhZpoQADf2Y4A+u4PxNiYPTxe76zVvR9laEfFvGuE4mlz4F2mQJbXHoT0+ur5dwTjfnQqQiNowqGW8Sh0xs67ngzLeI/SW7kQWQ+8F4VST6sBsS3AmJGSeUP3SeLCO2jRUKH18X28Iot0mKBw+sSww+vOu4lETq8xvm7/ud3S6w1UvO3+T42gqTwK2J2zxdOvpf+A7undhq589o9tWP+3u5J6z5/a/eY/ma89E4y07kSt9R1Qg9d6BMHMA61FLiZLcM1Q1Ion8sEFY/O43wB5VzVrDd+/emUpOP+QiDuagRveFsqEHd1Q5WKl2CQ+0ZV4Ndq1CBRekB8KyBmVI0IveHSb52/AHLNl0CnTt9Dglu+HCizhyFrLeEi/tRPIG4CF/Fngbhrk7zR9CtgPwJrrWobjhvdL2cFcFOPoF9+F4i7Pkm/LAf2C7DWqj5Bv+QQmNY0IOiXnAJxNyTplxXAfgHWWjUk6JcrBXDTmKBfigrE3YSkX1YC+wVYa9WEoF9uEMBNM4J+uVEg7uYk/fI1sF+AtVbNCfqlugBuWhD0Sw2BuFuS9Ms3wH4B1lq1JOiXRgK4uYegX+4QiPtekn5ZBewXYK3VvQT9cp8Abh4g6Jf7BeJ+kKRfVgP7BVhr9SBBv3QWwE1rgn7pIhB3G5J+WQPsF2CtVRuCfukngJtEgn7pLxB3Ekm/rAX2C7DWKomgX54SwE1Hgn55WiDuTiT9sg7YL8Baq04E/fKKAG4eIeiXVwXi7krSL+uB/QKstepK0C/vC+CmO0G/fCAQdw+SfvkW2C/AWqseBP3yqQBuehH0y3yBuHuT9MsGYL8Aa616E/TLSgHcJBP0y9cCcfcl6ZeNwH4B1lr1JeiX7wRwM4CgX74XiHsgSb9sAvYLsNYKmT/9oWf9BcWXOffTn2HQ78vW7zXV75/T7wnS73PQs1s9j9Ieu/YNtRei9Z0+s2oe1nvLpoExYRcaN5vBX/Qstc4tQNzo+jTIkPo5NJ2DLcJ53gr8jFqkvo1kq9C3kXxnv40EW6TvBL6N5HvDv41Ex/090beRSKzVfqHthSsmjQu1Znd+tzk1/OEffMNJMdd/l9a3l6R3npP+Is9J9xf3+U98w4lOZqwrcT8M/PPOa/I3nPwA3CC3D8Tnd/s/yKffde8AnsoM/b47sW8M2SbwKf7BBHH/IBB3CsGfgtshEPcQkm84AeJSAWutpPKHrvNOQvW4U0g97rLqEVukXQLqcbfh6lHHvZtIPe626pFePe5xarjXqsd/f4UStcejHveSqce9wA1yn4B63BcB9bjfqsd/raL2CKiJ4QRx7xWIewSBetwvEPeTJOoRiEsFrLVC5k+TfoMMMX+60PVBY3PvQPPX+KPQjBvekAeAhMgKqAMEgDqIXiN6gdpbPijAGM+QMMaPwNP1T8CmfIbgpPGTAG5+BjaM3thuJ9zYfibY2H6RYsr0YEC5pbjfex0i+Mpviab8FVxsibhnCMT9nOGbsG7CQwJxjyJ5i/BvwH4E1lqNAss9QRL7/4MqNDZ/JSCx36RP534Brgs/S6DBXzC8wROTkuLatGur7iqBi/kwcLNA5i9SU/bDYO8/dB2xU3ZskY4ITNmPGj5l13EfFZqyhy60skDm9NhAuaYA5TMpvnx8HHJDPj7QXEKT+BDjrwIf5htD8CHG3wTiHkuiUE4A+xpYazWWoF/OC+BmHEG/xAzAxz2epF9OAvsFWGs1nqBf8gjgZgJBv1wmEPdEkn45BewXYK3VRIJ+uUYAN28Q9EusQNyTSPrlNLBfgLVWkwj65SYB3Ewm6Jc4gbinkPTLGWC/AGutphD0S00B3LxL0C+3CsT9Hkm/nAX2C7DW6j2CfkkQwM2HBP3SVCDuqST98juwX4C1VlMJ+uUhAdzMIOiXhwXinknSL38A+wVYazWToF+6CeBmFkG/PCoQ92ySfjkH7BdgrdVsgn4ZJICbuQT9EhCIex5Jv5wH9guw1moeQb88J4CbBQT9Mkog7oUk/RIzCJdLYK3VQoJ+eU0AN4sI+uV1gbgXk/RLOmC/AGutFhP0yzQB3Cwl6JfpAnEvI+mX9MB+AdZaLSPol88EcLOcoF8+F4h7BUm/ZAD2C7DWagVBv6wWwM03BP2yRiDuVST9khHYL8Baq1UE/bJdADdrCfplh0Dc60j6JROwX4C1Vsj86W+abOj6o0T6Mwz6fdn6vab6/XP6PUH6fQ56dqvnUdpj176h9kK0vtNnVs3Dem/R+XJfaNxkxtVD9GuZswBxo+vTyPVHiXQOsgjnOesg4BktJjIfeM0KxIZ7vdlcubYfePV5T10knVD0fbMDASsVd/ZB8BqJfb2KxFrt10pfuGLSuFBrduc3h1PDnK5a2q+VvsQrlCidzFhX4nIO+vuvQY7zd0G/VjoncIPMNQif31z/IJ9+150beCqLtq+VzjEIf98NBHHnFIh7I8GXPeYWiHsTyZeEAnGpgLVWUvlD1zkPoXrMI6QeL7PqEVukywTUY17D1aOOOy+Resxr1SO9eszn1DC/VY///golKp9HPeYnU4/5gRvk5QLq8fIIqMcCVj3+axWVT0BNfEcQd36BuL8nUI8FBOLeRqIegbhUwForZP406Tci/FML+QeZv8aCQjNueEMWAhIiK6AKEQDqCvQa0QvU3vIVAoyxk4QxCgJP14WBTbmT4KRRWAA3RYANoze2hoQbWxGCje1K0zc2/TXfxwX+nsNu8ze2/319OPIr04sCNzap/KUH1xn5x6yuAuZPolekNvOrwZuERNxFBeLeazh56837KoG495G8tfwaYD8Ca632gW0CwcOP2B+zuprg8HONwBrTXKhfoMdeirqpfNF7qUi9GyBW6N0Axey7AbBFKibwboDihr8bQMddXOjdAKFLMqdxPq9IvBNgfT/sOwF2DsDntHYGIQa41HWqi/+zu1YlHNxe+w/eVdA35s949L6roG/M37+rIK37/O27Ci45CX+TolBwJQalLjC9k4g+nsWhXjMEZDSjHyD41OpOgU+tHiTxk2tnwJ24SgDJ8CcSaXYtUJq5e8Xvun4mwR+wTxQQM+pnkvdPlyRUTCWFFFMpq5iwRSoloJiuM1wx6bivI3r/tMRa/041+a2bVzX5vZ+Uarokcv8bZROTxoW6t7tW1zt4KG26amJ4L/b1HgWmk5ocE36Z/F7s0sDNtswlsXbSRa9QPsv8g3z6XfcNwBwc/L86of+DzeWST5Z/cxrUOLxeYOh2mOC92KUF4j5C8A6pGwTiPkqiRIG4VMBaq6MEuJHYJ2oJWdbodd5I8j1jZcHfM3aH63vGdA7KCn/PWDnCT4qXE3I6brJOB7ZINwk4HXGGOx067jiy2XCc4GxYCLMR+xS2cmpZ3vRPYaOTEApOeT45XX5QzJ8utJWlgE1enuQkUYGQiSsIMXG8ZWJskeIFmLii4Uys465IxsQVLRO7rzAmruTUsnK0MnElDxNXjgATVwI2eWXwp/ruIPxUX+VB5q+xCssb26uCP//OCKiqBICqZvrHRLXeqCbgtp4kcemrAHf56sCmPAn+KNTthA1enaDBa0gxBnpsfTMQnLWA46jaJG+MvIXQpLhFyKSoaU0KbJFqCpgUtxpuUvwPnGQmxa18JoWSvLd7/bWcWtaOVpOilsekqB0Bk6IWsMlrD5IBHZqJ6xAycR0hJq5rmRhbpLoCTFzPcCbWcdcjY+J6lonD7u1ef32nlrdFKxPX9zDxbRFg4vrAJr/NursKmAOxNd7OMi5oYAGlGhAAqqHp4wKtNxoKjAtOk4wLbgfu8o2ATXnajgtUI4IGv4NlXNAYCM56wHFBfZJxQRNCk6KJkEmRYE0KbJESBEyKpoabFDrupmQmRVM+k6K84L3DTIpmTi2bR6tJ0cxjUjSPgEnRDNjkzQfJgA7NxHcSMvGdQkx8l2VibJHuEmDiFoYzsY67BRkTt7BM7L7CmLilU8tW0crELT1M3CoCTNwS2OStgEzM6u4CcyC2xrtZxgX32HGBuocAUPeaPi7QeuNegXHBWZJxwd3AXf4+YFOeteMCdR9Bg9/PMi54AAjOBsBxQUOSccGDhCbFg0ImxUPWpMAW6SEBk+Jhw00KHffDZCbFw3wmRQXBe4eZFK2dWraJVpOitcekaBMBk6I1sMnbDJIBHZqJ2xIycVshJm5nmRhbpHYCTJxoOBPruBPJmDjRMrH7CmPiJKeW7aOViZM8TNw+AkycBGzy9kAmZnV3gTkQW2MHlnFBRzsuUB0JANXJ9HGB1hudBMYFf5CMCzoAd/nOwKb8w44LVGeCBu/CMi54BAjOxsBxQROScUFXQpOiq5BJ0c2aFNgidRMwKR413KTQcT9KZlI8ymdSxAveO8yk6O7Uske0mhTdPSZFjwiYFN2BTd5jkAzo0Ez8GCETPybExD0tE2OL1FOAiXsZzsQ67l5kTNzLMrH7CmPi3k4tH49WJu7tYeLHI8DEvYFN/jiQiVndXWAOxNbYh2VckGzHBSqZAFB9TR8XaL3RV2BccJ5kXNAHuMv3AzbleTsuUP0IGrw/y7hgABCczYDjguYk44KBhCbFQCGTYpA1KbBFGiRgUgQMNyl03AEykyLAZ1JUFLx3mEkx2KllSrSaFIM9JkVKBEyKwcAmTxkkAzo0Ew8hZOIhQkw81DIxtkhDBZj4CcOZWMf9BBkTP2GZ2H2FMfEwp5bDo5WJh3mYeHgEmHgYsMmHA5mY1d0F5kBsjSNYxgVP2nGBepIAUCNNHxdovTFSYFyQLj3HuGAEcJd/CtiUyPyxjgueImjwp1nGBc8AwdkCOC5oSTIueJbQpHhWyKR4zpoU2CI9J2BSjDLcpNBxjyIzKUbxmRSVBO8dZlI879RydLSaFM97TIrRETApngc2+ehBMqBDM/ELhEz8ghATv2iZGFukFwWYeIzhTKzjHkPGxGMsE7uvMCYe69TypWhl4rEeJn4pAkw8FtjkLwGZmNXdBeZAbI0vs4wLxtlxgRpHAKjxpo8LtN4YLzAuyEAyLngZuMu/AmzKDHZcoF4haPBXWcYFE4DgvAc4LriXZFwwkdCkmChkUrxmTQpskV4TMCleN9yk0HG/TmZSvM5nUlQWvHeYSfGGU8tJ0WpSvOExKSZFwKR4A9jkkwbJgA7NxG8SMvGbQkz8lmVibJHeEmDiyYYzsY57MhkTT7ZM7L7CmHiKU8u3o5WJp3iY+O0IMPEUYJO/DWRiVncXmAOxNb7DMi54144L1LsEgHrP9HGB1hvvCYwLMpGMC94B7vLvA5sykx0XqPcJGvwDlnHBh0BwPgAcFzxIMi6YSmhSTBUyKaZZkwJbpGkCJsV0w00KHfd0MpNiOp9JUUXw3mEmxQynljOj1aSY4TEpZkbApJgBbPKZg2RAh2bijwiZ+CMhJv7YMjG2SB8LMPEsw5lYxz2LjIlnWSZ2X2FMPNup5SfRysSzPUz8SQSYeDawyT8BMjGruwvMgdga57CMC+bacYGaSwCoeaaPC7TemCcwLshCMi6YA9zlPwU2ZRY7LlCfEjT4fJZxwQIgOFsDxwVtSMYFCwlNioVCJsVn1qTAFukzAZPic8NNCh3352Qmxed8JkVVwXuHmRSLnFoujlaTYpHHpFgcAZNiEbDJFw+SAR2aiZcQMvESISb+wjIxtkhfCDDxUsOZWMe9lIyJl1omdl9hTLzMqeWX0crEyzxM/GUEmHgZsMm/BDIxq7sLzIHYGr9iGRcst+MCtZwAUCtMHxdovbFCYFyQjWRc8BVwl18JbMpsdlygVhI0+Ncs44JvgOBMBI4LkkjGBasITYpVQibFamtSYIu0WsCkWGO4SaHjXkNmUqzhMylaC947zKRY69RyXbSaFGs9JsW6CJgUa4FNvm6QDOjQTLyekInXCzHxt5aJsUX6VoCJNxjOxDruDWRMvMEysfsKY+KNTi03RSsTb/Qw8aYIMPFGYJNvAjIxq7sLzIHYGjezjAu22HGB2kIAqK2mjwu03tgqMC7IQTIu2Azc5b8DNmUOOy5Q3xE0+Pcs44JtQHB2BI4LOpGMC34gNCl+EDIptluTAluk7QImxQ7DTQod9w4yk2IHn0nRRvDeYSbFTqeWu6LVpNjpMSl2RcCk2Als8l2DZECHZuLdhEy8W4iJ91gmxhZpjwAT7zWciXXce8mYeK9lYvcVxsT7nFruj1Ym3udh4v0RYOJ9wCbfD2RiVncXmAOxNf7IMi44YMcF6gABoA6aPi7QeuOgwLggF8m44EfgLv8TsClz2XGB+omgwX9mGRf8AgTnI8BxQVeSccEhQpPikJBJ8as1KbBF+lXApPjNcJNCx/0bmUnxG59J0Vbw3mEmxWGnlkei1aQ47DEpjkTApDgMbPIjg2RAh2bio4RMfFSIiY9ZJsYW6ZgAEx83nIl13MfJmPi4ZWL3FcbEJ5xanoxWJj7hYeKTEWDiE8AmPwlkYlZ3F5gDsTWeYhkXnLbjAnWaAFBnTB8XaL1xRmBckIdkXHAKuMufBTZlHjsuUGcJGvx3lnHBH0BwdgeOC3qQjAvOEZoU54RMivPWpMAW6byASRETMNuk0HHrNYJrJGpSuHMa5/OKkEnRTvDeYSZFusCFn+kDqb+LKpNCJyDWFaw7Ed4FhV7bb2Pq10TdK31ABnRoJs4Q4GPiDAEZJs4YcD32YExflokv4Z66SDqh6PtmCpjNxDpuvUZwjUSZ2J3TOJ/Xf42JMwcu/MwSSP1dVDGxTkCsK1h3IrwLCr2238bUr4m6V5YADnSs7i4wB2JrzCqwxjQX6vur4XELpR0XAHMgtsbs6DWiF6j1hl4kGqB5ScYF7o73/QVMuGKrvHZcoID5FFtjToE1pgl03x/3wS1U9QKOC3qTjAtyB/hMity4moeZFHkCqY+tSeHznrpIOqHo+14WMNuk0HHrNYJrJGpSuHMa5/OKkEmRKHjvMJMib+DCz3yB1N9FlUmhExDrCtadCO+CQq/t+5gdwN0rX0AGdGgmzh/gY+L8ARkmvjyQ+tgysc976iLphKLvWyBgNhPruPUawTUSZWJ3TuN8Xv81Ji4YuPCzUCD1d1HFxDoBsa5g3YnwLij02n4bU78m6l6FAjjQsbq7wByIrfEKgTWmuVC/gCqMWyjtuACYA7E1FkGvEb1ArTf0IuFnepJxgbvj/cZ8Ja7YKr8dFyhgPsXWWFRgjWkC3S84r8ItVCUDxwV9ScYFVwf4TIqrcTUPMymuCaQ+tiaFz3vqIumEou8bGzDbpNBx6zWCayRqUrhzGufzipBJkSR47zCToljgws/igdTfRZVJoRMQ6wrWnQjvgkKv7bcx9Wui7lU8IAM6NBOXCPAxcYmADBNfG0h9bJnY5z11kXRC0fctGTCbiXXceo3gGokysTuncT6v/xoTlwpc+HldIPV3UcXEOgGxrmDdifAuKPTafhtTvybqXtcFcKBjdXeBORBb4/UCa0xzoX4BVRq3UNpxATAHYmssg14jeoFab+hFogFagGRc4O54vzHfgCu2KmDHBQqYT7E13iiwxjSB7hecZXELVQOA44KB6SKzUfjNXzlg/ioA8xcPvJdk/m767+dPdFwVF4ihWKcC1llr3MYZUqWdzoG+v+T6ywf4zMjyuJyHmZEVAqmPrRnp8566SDqh6PvGB8w2I3Xceo3gGomake6cxvm8ImRGxgneO8yMrBi48LNSIPV3UWVG6gTEuoJ1J8K7oNBr+21M/Zqoe1UKcJwkKgf4mLhyQIaJqwRSH1sm9nlPXSSdUPR9qwbMZmIdt14juEaiTOzOaZzP67/GxNUCF35WD6T+LqqYWCcg1hWsOxHeBYVe229j6tdE3at6AAc6XeTGhCYvMgdSa6wRENoc0Eemm3ELVayAAuZAbI23oNeIXqDWG3qRaIAWIhkLujveb8w1ccVWhcBjwYaEDQ7Mp9gabxVYY5pA9wvOWriFqjHAscxYkrFM7QCfSVEbV/Mwk6JOIPWxNSl83lMXSScUfd+6AbNNCh23XiO4RqImhTuncT6vCJkUSvLe7vXXC1z4WT+Q+ruoMil0AmJdwboT4V1Q6LX9NqZ+TdS96gdkQIdm4tsCfEx8W0CGiW8PpD62TOzznrpIOqHo+zYImM3EOm69RnCNRJnYndM4n9d/jYkbBi78bBRI/V1UMbFOQKwrWHcivAsKvbbfxtSvibpXo4B1d4E5EFvjHQJrTHOhfgHVOGABBcyB2BqboNeIXqDWG3qRaIAWJhkXuDveb8wJuGKrwnZcoID5FFtjU4E1pgl0v+BshluoGgccF4wnGRc0D/CZFM1xNQ8zKe4MpD62JoXPe+oi6YSi73tXwGyTQset1wiukahJ4c5pnM8rQiZFecF7h5kULQIXfrYMpP4uqkwKnYBYV7DuRHgXFHptv42pXxN1r5YBGdChmbhVgI+JWwVkmPjuQOpjy8Q+76mLpBOKvu89AbOZWMet1wiukSgTu3Ma5/P6rzHxvYELP+8LpP4uqphYJyDWFaw7Ed4FhV7bb2Pq10Td674ADnSs7i4wB2JrvF9gjWku1C+gHsAtlHZcAMyB2BofRK8RvUCtN/Qi0QC9kmRc4O54vzE/hCu2utKOCxQwn2JrfFhgjWkC3S84W+MWqiYAxwUTScYFbQJ8JkUbXM3DTIq2gdTH1qTweU9dJJ1Q9H3bBcw2KXTceo3gGomaFO6cxvm8ImRSVBC8d5hJkRi48DMpkPq7qDIpdAJiXcG6E+FdUOi1/Tamfk3UvZICMqBDM3H7AB8Ttw/IMHGHQOpjy8Q+76mLpBOKvm/HgNlMrOPWawTXSJSJ3TmN83n915i4U+DCz86B1N9FFRPrBMS6gnUnwrug0Gv7bUz9mqh7dQ7gQMfq7gJzILbGLgJrTHOhfgH1CG6htOMCYA7E1tgVvUb0ArXe0ItEA/QqknGBu+P9xtwNV2x1lR0XKGA+xdb4qMAa0wS6X3B2xy1UvQEcF0wiGRf0CPCZFD1wNQ8zKR4LpD62JoXPe+oi6YSi79szYLZJoePWawTXSNSkcOc0zucVIZMiXvDeYSZFr8CFn70Dqb+LKpNCJyDWFaw7Ed4FhV7bb2Pq10Tdq3dABnRoJn48wMfEjwdkmLhPIPWxZWKf99RF0glF3zc5YDYT67j1GsE1EmVid07jfF7/NSbuG7jws18g9XdRxcQ6AbGuYN2J8C4o9Np+G1O/Jupe/QI40LG6u8AciK2xv8Aa01yoX0ANwC2UdlwAzIHYGgei14heoNYbepFogF5DMi5wd7zfmAfhiq2useMCBcyn2BoDAmtME+h+wTkYt1A1GTgumEIyLkgJ8JkUKbiah5kUQwKpj61J4fOeukg6oej7Dg2YbVLouPUawTUSNSncOY3zeUXIpKgoeO8wk+KJwIWfwwKpv4sqk0InINYVrDsR3gWFXttvY+rXRN1rWEAGdGgmHh7gY+LhARkmHhFIfWyZ2Oc9dZF0QtH3fTJgNhPruPUawTUSZWJ3TuN8Xv81Jh4ZuPDzqUDq76KKiXUCYl3BuhPhXVDotf02pn5N1L2eCuBAx+ruAnMgtsanBdaY5kL9AuoZ3EJpxwXAHIit8Vn0GtEL1HpDLxIN0GIk4wJ3x/uN+TlcsVUxOy5QwHyKrXGUwBrTBLpfcD6PW6h6FzgueI9kXDA6wGdSjMbVPMykeCGQ+tiaFD7vqYukE4q+74sBs00KHbdeI7hGoiaFO6dxPq8ImRSVBO8dZlKMCVz4OTaQ+ruoMil0AmJdwboT4V1Q6LX9NqZ+TdS9xgZkQIdm4pcCfEz8UkCGiV8OpD62TOzznrpIOqHo+44LmM3EOm69RnCNRJnYndM4n9d/jYnHBy78fCWQ+ruoYmKdgFhXsO5EeBcUem2/jalfE3WvVwI40LG6u8AciK3xVYE1prlQv4CagFso7bgAmAOxNU5ErxG9QK039CLRAC1BMi5wd7zfmF/DFVuVsOMCBcyn2BpfF1hjmkD3C843cAtVHwLHBVNJxgWTAnwmxSRczcNMijcDqY+tSeHznrpIOqHo+74VMNuk0HHrNYJrJGpSuHMa5/OKkElRWfDeYSbF5MCFn1MCqb+LKpNCJyDWFaw7Ed4FhV7bb2Pq10Tda0pABnRoJn47wMfEbwdkmPidQOpjy8Q+76mLpBOKvu+7AbOZWMet1wiukSgTu3Ma5/P6rzHxe4ELP98PpP4uqphYJyDWFaw7Ed4FhV7bb2Pq10Td6/0ADnSs7i4wB2Jr/EBgjWku1C+gPsQtlHZcAMyB2BqnoteIXqDWG3qRaICWJBkXuDveb8zTcMVWJe24QAHzKbbG6QJrTBPofsE5A7dQNQM4LphJMi6YGeAzKWbiah5mUnwUSH1sTQqf99RF0glF3/fjgNkmhY5brxFcI1GTwp3TOJ9XhEyKKoL3DjMpZgUu/JwdSP1dVJkUOgGxrmDdifAuKPTafhtTvybqXrMDMqBDM/EnAT4m/iQgw8RzAqmPLRP7vKcukk4o+r5zA2YzsY5brxFcI1Emduc0zuf1X2PieYELPz8NpP4uqphYJyDWFaw7Ed4FhV7bb2Pq10Td69MADnSs7i4wB2JrnC+wxjQX6hdQC3ALpR0XAHMgtsaF6DWiF6j1hl4kGqDXkYwL3B3vN+bPcMVW19lxgQLmU2yNnwusMU2g+wXnogBw0wCOC2aTjAsWB/hMisW4moeZFEsCqY+tSeHznrpIOqHo+34RMNuk0HHrNYJrJGpSuHMa5/OKkElRVfDeYSbF0sCFn8sCqb+LKpNCJyDWFaw7Ed4FhV7bb2Pq10Tda1lABnRoJv4ywMfEXwZkmPirQOpjy8Q+76mLpBOKvu/ygNlMrOPWawTXSJSJ3TmN83n915h4ReDCz5WB1N9FFRPrBMS6gnUnwrug0Gv7bUz9mqh7rQzgQMfq7gJzILbGrwXWmOZC/QLqG9xCaccFwByIrXEVeo3oBWq9oReJBmhpknGBu+P9xrwaV2xV2o4LFDCfYmtcI7DGNIHuF5xrcQtVc4Hjgnkk44J1AT6TYh2u5mEmxfpA6mNrUvi8py6STij6vt8GzDYpdNx6jeAaiZoU7pzG+bwiZFK0Frx3mEmxIXDh58ZA6u+iyqTQCYh1BetOhHdBodf225j6NVH32hiQAR2aiTcF+Jh4U0CGiTcHUh9bJvZ5T10knVD0fbcEzGZiHbdeI7hGokzszmmcz+u/xsRbAxd+fhdI/V1UMbFOQKwrWHcivAsKvbbfxtSvibrXdwEc6FjdXWAOxNb4vcAa01yoX0Btwy2UdlwAzIHYGn9ArxG9QK039CLRAL2BZFzg7ni/MW/HFVvdYMcFCphPsTXuEFhjmkD3C86duIWqBcBxwUKSccGuAJ9JsQtX8zCTYncg9bE1KXzeUxdJJxR93z0Bs00KHbdeI7hGoiaFO6dxPq8ImRRtBO8dZlLsDVz4uS+Q+ruoMil0AmJdwboT4V1Q6LX9NqZ+TdS99gVkQIdm4v0BPibeH5Bh4h8DqY8tE/u8py6STij6vgcCZjOxjluvEVwjUSZ25zTO5/VfY+KDgQs/fwqk/i6qmFgnINYVrDsR3gWFXttvY+rXRN3rpwAOdKzuLjAHYmv8WWCNaS7UL6B+wS2UdlwAzIHYGg+h14heoNYbepFogJYlGRe4O95vzL/iiq3K2nGBAuZTbI2/CawxTaD7Bedh3ELVIuC4YDHJuOBIgM+kOIKreZhJcTSQ+tiaFD7vqYukE4q+77GA2SaFjluvEVwjUZPCndM4n1eETIq2gvcOMymOBy78PBFI/V1UmRQ6AbGuYN2J8C4o9Np+G1O/JupeJwIyoEMz8ckAHxOfDMgw8alA6mPLxD7vqYukE4q+7+mA2Uys49ZrBNdIlIndOY3zef3XmPhM4MLPs4HU30UVE+sExLqCdSfCu6DQa/ttTP2aqHudDeBAx+ruAnMgtsbfBdaY5kL9AuoP3EJpxwXAHIit8Rx6jegFar2hF4kG6E0k4wJ3x/uN+Tyu2OomOy5QwHyKrTFmMMm4IB1uoWopcFywjGRckH4wn0mRHghO93ozDE59bE0Kn/fURdIJRd83IxCwUnFnHAyvkahJkRHYUBEyKdoJ3jvMpMjk1DKzq6ZRZVLoBMS6gnUnwrug0Gv7bcxMwCbPPFgGdGgmzkLIxFmEmDirZWJskbIKMHE2w5lYx52NjImzWSZ2X2FMnN2pZY5oZeLsHibOEQEmzg5s8hxAJmZ1d4E5EFtjToE1prlQv4DKBTR/WAGViwBQudFrRC9Q643cg/EAVSTjgpzAXT4PsCmVHReoPAQNfhnLuCAvEJzLgeOCFSTjgnyEJkU+IZMivzUpsEXKL2BSXG64SaHjvpzMpLicz6RIFLx3mElRwKllwWg1KQp4TIqCETApCgCbvOBgGdChmbgQIRMXEmLiKywTY4t0hQATFzaciXXchcmYuLBlYvcVxsRFnFpeGa1MXMTDxFdGgImLAJv8SiATs7q7wByIrbGowBrTXKhfQF1lxwXqKgJAXW36uEDrjasFxgUVSMYFRYG7/DXApqxgxwXqGoIGj2UZFxQDgvMb4LhgFcm4oDihSVFcyKQoYU0KbJFKCJgU1xpuUui4ryUzKa7lMymSBO8dZlKUdGpZKlpNipIek6JUBEyKksAmLzVYBnRoJr6OkImvE2Li6y0TY4t0vQATlzaciXXcpcmYuLRlYvcVxsRlBl/4eUO0MnEZDxPfEAEmLgNs8huATMzq7gJzILbGGwXWmOZCfX81vB0XqLIEgCpn+rhA641yAuOCiiTjghuBu/xNwKasaMcF6iaCBo9jGRcoIDjXAscF69JFZqPwm7/ywPwdAObvIDB/ujkyu3KnN41zwZ+NnJ93OD//l89gPuId4tD/Tej4neA8R/976LkVg48ruZ77T+5fOfj8Khe5f2XX/asGH1dL47mNnedWdZ6rN8Lqwcc1LnEtNweff8tF1nKzay01NU4uspaarrXUCj6uncZzmzjPreU8V6+xTvBxXUf2oDexJSUv5AV9CKgMPgSg415Z8kJe0XFXSc+xp9UD7mnAWqsqhuOmaYYLexoaN9UNj3tRsF/qCcRdg0QslNmMu5e71n7zdzOL2ALmrwYwf7eQ7Nf1gfs1EDMKmb9IDfCAuQwb4N02OPWxHeD5vKcu0m0CA7zbDR/g6bj1GsE1Et3cKxpKjnVIyLGSoeRYl4QcGwDJEYgZVZeQHBsIkWNDS47YIjUUIMdGhpOjjruREDmi11og4QKRoxXzHYOjM+7bhB0Sv+vTuLxDIO7bSQ4xjYAkfBvwENOA5BDTGJg/IGZUAxL81TFUhDQmyV9dQ0VIE5L+bQLsXyBmVBNCEdJESIQkWBGCLVKCgAhpargI0XE3JREhRYOH8cYCh9Jmho8riyfIHMabk5BRMyAZAWutmhsu4nRfNxPATQuSQ2BTIdz4zV9LkvwB8a1aAPPXimTfag7EHxAzqhUJ/loYKoLvI8lfS0NF8P0k/XsnsH+BmFH3E4rgO4VE8F1WBGOLdJeACG5huAjWcbcgEcGlgmKwucCh/iHDRfCNCTJi5mESMmoJJCNgrdXDhotg3dctBXDTluUQLYQbv/lrR5I/IL5VW2D+Ekn2rVZA/AExoxJJ8NfeUBHckSR/HQwVwZ1I+vduYP8CMaM6EYrgu4VE8D1WBGOLdI+ACL7XcBGs476XRATHBcVgK4FD/SOGi+BKCTJipisJGd0HJCNgrVVXw0Ww7uv7BHDTneQQeK8QbvzmrwdJ/oD4Vt2B+XuMZN+6H4g/IGbUYyT4SzZUBD9Okr++horgPiT9+wCwf4GYUX0IRfADQiL4QSuCsUV6UEAEP2S4CNZxP0QigqsFxeD9Aof6foaL4FsTZMRMfxIyehhIRsBaq/6Gi2Dd1w8L4GYQySHwISHc+M1fgCR/QHyrQcD8DSbZt1oD8QfEjBpMgr+nDBXBT5Dk72lDRfAwkv5tA+xfIGbUMEIR3EZIBLe1IhhbpLYCIrid4SJYx92ORATXDYrB1gKH+icNF8ENE2TEzEgSMkoEkhGw1mqk4SJY93WiAG6eITkEthPCjd/8PUuSPyC+1TPA/D1Hsm8lAfEHxIx6jgR/EwwVwS+Q5G+ioSL4RZL+bQ/sXyBm1IuEIri9kAjuYEUwtkgdBERwR8NFsI67I4kIbhIUg0kCh/qXDBfBdyXIiJmXScioE5CMgLVWLxsugnVfdxLAzSskh8COQrjxm79XSfIHxLd6BZi/CST7Vmcg/oCYURNI8DfNUBH8Bkn+phsqgieR9G8XYP8CMaMmEYrgLkIi+BErgrFFekRABHc1XATruLuSiOC7g2Kws8ChfrLhIvjBBBkxM4WEjLoByQhYazXFcBGs+7qbAG7eZflMqxBu/ObvPZL8AfGt3gXm732SfetRIP6AmFHvk+BvkaEieBpJ/hYbKoKnk/Rvd2D/AjGjphOK4O5CIriHFcHYIvUQEMGPGS6CddyPkYjgNkEx+KjAof4jw0VwhwQZMfMxCRn1BJIRsNbqY8NFsO7rngK4+YTkEPiYEG785m8OSf6A+FafAPM3l2Tf6gXEHxAzai4J/tYbKoIXkOTvW0NF8EKS/u0N7F8gZtRCQhHcW0gEP25FMLZIjwuI4D6Gi2Addx8SEdwlKAZ7CRzqFxkugnskyIiZxSRklAwkI2Ct1WLDRbDu62QB3CwlOQT2EcKN3/wtY5kkAXtlKTB/X5LsW32B+ANiRn1Jgr+9horglST522eoCP6apH/7AfsXiBn1NaEI7ickgvtbEYwtUn8BETzAcBGs4x5AIoJ7B8VgX4FD/WrDRXD/BBkxs4aEjAYCyQhYa7XGcBGs+3qgAG7WkxwCBwjhxm/+viXJHxDfaj0wfxtI9q1BQPwBMaM2kODvpKEieAtJ/k4ZKoK3kvRvANi/QMyorYQiOCAkggdbEYwt0mABEZxiuAjWcaeQiOBAUAwOEjjUbzNcBA9LkBEzP5CQ0RAgGQFrrX4wXATrvh4igJudJIfAFCHc+M3fLpL8AfGtdgLzt5tk3xoKxB8QM2o3Cf6ybTFTBO8nyV/2LWaK4B9J+vcJYP8CMaN+JBTBTwiJ4GFWBGOLNExABA83XATruIeTiOCRQTE4VOBQ/5PhInhUgoyY+ZmEjEYAyQhYa/Wz4SJY9/UIAdz8SnIIHC6EG7/5+40kf0B8q1+B+TtMsm89CcQfEDPqMAn+rjRUBB8nyV9RQ0XwCZL+HQnsXyBm1AlCETxSSAQ/ZUUwtkhPCYjgpw0XwTrup0lE8ItBMfikwKH+tOEieHyCjJg5Q0JGzwDJCFhrdcZwEaz7+hkB3PxBcgh8Wgg3fvN3jiR/QHyrP4D5O0+ybz0LxB8QM+o8Cf7KGiqCM2TgyF85Q0Vwxgwc/fscsH+BmFHI/EVKBD8nJIJHWRGMLdIoARH8vOEiWMf9PIkInhgUg88KHOqzZDBbBL+VICNmspKQ0WggGQFrrbJmMFsE674eLYCbHCSHwOeFcOM3fzlJ8gfEt8oBzF8ukn3rBSD+gJhRuUjwV9NQEZyXJH+3GiqC85H074vA/gViRuUjFMEvCongMVYEY4s0RkAEjzVcBOu4x5KI4HeCYvAFgUN9AcNF8NQEGTFTkISMXgKSEbDWqqDhIlj39UsCuClMcggcK4Qbv/krQpI/IL5VYWD+riTZt14G4g+IGXUlCf6aGSqCryHJX3NDRXAsSf+OA/YvEDMqllAEjxMSweOtCMYWabyACH7FcBGs436FRATPDIrBlwUO9SUMF8FzEmTEzLUkZPQqkIyAtVbXGi6CdV+/KoCb60gOga8I4cZv/q4nyR8Q3+o6YP5Kk+xbE4D4A2JGlSbBX1tDRXBZkvy1M1QElyPp34nA/gViRpUjFMEThUTwa1YEY4v0moAIft1wEazjfp1EBM8PisEJAod6ZbgIXpwgI2bKk5DRG0AyAtZalTdcBOu+fkMANxVJDoGvC+HGb/4qkeQPiG9VEZi/yiT71iQg/oCYUZVJ8NfLUBFcnSR/vQ0VwTVI+vdNYP8CMaNqEIrgN4VE8FtWBGOL9JaACJ5suAjWcU8mEcHLgmJwksChvqbhIvjrBBkxcysJGU0BkhGw1upWw0Ww7uspAripQ3IInCyEG7/5q8vymUJgr9QB5q8eyb71NhB/QMyoeiT4G26oCG5Akr8RhorghiT9+w6wf4GYUQ0JRfA7QiL4XSuCsUV6V0AEv2e4CNZxv0cigtcExeDbAof6xoaL4I0JMmKmCQkZvQ8kI2CtVRPDRbDu6/cFcNOM5BD4nhBu/OavOUn+gPhWzYD5u5Nk3/oAiD8gZtSdJPgbZ6gIbkWSv/GGiuC7Sfr3Q2D/AjGj7iYUwR8KieCpVgRjizRVQARPM1wE67inkYjgrUEx+IHAof4+w0XwjgQZMXM/CRlNB5IRsNbqfsNFsO7r6QK4eYjkEDhNCDd+8/cwSf6A+FYPAfPXmmTfmgHEHxAzqjUJ/t43VAQnkuTvA0NFcBJJ/84E9i8QMyqJUATPFBLBH1kRjC3SRwIi+GPDRbCO+2MSEbwnKAZnCBzqOxougg8myIiZTiRkNAtIRsBaq06Gi2Dd17MEcPMIySHwYyHc+M1fV5L8AfGtHgHmrxvJvjUbiD8gZlQ3EvwtMFQEP0aSv4WGiuCeJP37CbB/gZhRPQlF8CdCIniOFcHYIs0REMFzDRfBOu65JCL4UFAMzhY41D9uuAg+liAjZvqQkNE8IBkBa636GC6CdV/PE8BNP5JD4Fwh3PjNX3+S/AHxrfoB8zeAZN/6FIg/IGbUABL8rTZUBA8myd8aQ0VwCkn/zgf2LxAzKoVQBM8XEsELrAjGFmmBgAheaLgI1nEvJBHBp4Ji8FOBQ/0ThovgcwkyYmYYCRl9BiQjYK3VMMNFsO7rzwRw8yTLJEQIN37zN5Ikf0B8qyeB+XuKZN/6HIg/IGbUUyT422moCH6OJH+7DBXBo0j6dxGwf4GYUaMIRfAiIRG82IpgbJEWC4jgJYaLYB33EhIRnL5pTMznAof6FwwXwVmbyoiZF0nI6AsgGQFrrV40XATrvv5CADcvkRwClwjhxm/+XibJHxDf6iVg/saR7FtLgfgDYkaNI8HfUUNF8ASS/B0zVARPJOnfZcD+BWJGTSQUwcuERPCXVgRji/SlgAj+ynARrOP+ikQE5wyKwaUCh/o3DBfB+ZrKiJlJJGS0HEhGwFqrSYaLYN3XywVwM5nkEPiVEG58/8kvkvwB8a0mA/P3Nsm+tQKIPyBm1Nsk+Mu01UwR/D5J/jJvNVMEf0DSvyuB/QvEjPqAUASvFBLBX1sRjC3S1wIi+BvDRbCO+xsSEVwwKAZXCBzqpxkugos2lREz00nIaBWQjIC1VtMNF8G6r1cJ4OYjkkPgN0K48f2FZST5A+JbfQTM3yySfWs1EH9AzKhZJPgrZKgInkuSvysMFcHzSPp3DbB/gZhR8whF8BohEbzWimBskdYKiOB1hotgHfc6EhEcGxSDqwUO9QsMF8GlmsqImYUkZLQeSEbAWquFhotg3dfrBXCziOQQuE4IN37zt5jlM9XAXlkEzN8Skn3rWyD+gJhRS0jwV9pQEfwlSf7KGCqCvyLp3w3A/gViRn1FKII3CIngjVYEY4u0UUAEbzJcBOu4N5GI4DJBMfitwKF+peEiOK6pjJj5moSMNgPJCFhr9bXhIlj39WYB3KwmOQRuEsKN7wkDSf6A+FargflbS7JvbQHiD4gZtZYEf9UNFcEbSPJXw1ARvJGkf7cC+xeIGbWRUARvFRLB31kRjC3SdwIi+HvDRbCO+3sSERwfFINbBA71WwwXwdWayoiZrSRktA1IRsBaq62Gi2Dd19sEcLON5BD4vRBu/ObvB5L8AfGttgHzt51k3/oBiD8gZtR2Evw1NlQE7ybJXxNDRfAekv7dDuxfIGbUHkIRvF1IBO+wIhhbpB0CInin4SJYx72TRATfEhSDPwgc6vcbLoLrNpURMz+SkNEuIBkBa61+NFwE677eJYCbn1j+xIoQbvzm72eS/AHxrX4C5u8Xkn1rNxB/QMyoXwznu9uDfLdbYN86bHjcTZrK7NdHSPplD7BfgLVWRwzHTYNgIfYI4EbfFxW3XltmF2YaBh+cC/5s5Py8w/mpr73BWPY58ej/JiRqE5zn6H8PPXd/8PGPruf+k/sfCD7/4EXuf8B1/5+Cj39O47mNnef+5DxXC/Bfgo8PXeJafg0+/7eLrOVX11oOBx8fuchaDrvWcjT4+Fgaz23iPPeo81y9xuPBxyccDYjG5pKSF/KCxuZxw3tyZckLeUXHfYJkLz8J3MuBtVYnCA3ERuB9OLTGUM1PBWt1Ovi/M4NTY8jl/MwWE24q6iuz6/GtoHUJmJRxmVxrzeZacyie3M6/Z8S+boVsrtzGuPIdk0beYlyvnzX4v5zO4/aJPZv2atOlY9tGiclp1SxDGvdN74o1k+d57jqG/i2L+7+XOJSA7vWnw8Mph7xOOz/POD/zBP93Nvj4978gM8SBSDcj+r6nCQ6YZwXI7IwQmaUHxw+sjzoDJiDv5ixR/1M4Mo+TXOdp4Drdef3D2U/OuQiykPPTvdmnc/2OmTSzuuIIXW5yCb1mKO4QkWbCrqW8fq2MMeHXxYg09PoeIr0zsW2PxJ4eIvVOTNOnEas7Rh1fFmx8caG1hq7QmkKvkz0mFTdZXevIhl2HCr2Wdx3ZXOvI6noc+rfsrjWFfpfDs153L7j/21Bec7hipjmM6ED+cA4d55yf5/XmkCK3/lMCBPyH4RMsHfd5gbjPkRw8gPVR5wgOmacFap0uo/kY1/sG+r7pM3JgHFgflT6j2RhvmuGCY42udSbD414UdENPCsSdOSOHG5ouBZdLYK0VMn9ek0bHrM9F3nOSvtIH/y1DyqVNSjIGn58p5a8nJRlTUp+bOfg4S8qF+7oP86ELje/0KTHG7zuZU6D3TYovHx+n+xoVt1vYZU1JfRwSCP9FoZ3FFUfocrvTWkTld/5/1249OyYlN+nVpUvHpI6J7Zp065noTlla7wBOS8e6zeGMaaSRzhyWWp8bg8i1/lVO/XJMtpR/fa84z71UpCZb2VJk9o/srtrZt8b7vKcuUvYU/H1zpODALxV3jghvAnH+rrCcxvm8vIcntPCrFXyBcgHc/b4qERNzU0C2Xj7vrby/cOc3p4O1XC7MZXLhJPRcvaGdj/kzhtK5Hqd3npP+Is9J9xf3+avDiNimFQpOJ2ChK9hcKeH2vntBqNfOCdyEcl/kXlUqJ7ZJqhxfoXVcfFKb4H0qJSVWaF2+qkqqUiF4+wrxqk3rxLh28W0qV4qvVCWpcsTeW5JbiIHzWAbGFimPAANfZjgD67gvE2Jg9PE7l7NW+LE+QhZX3CVe3nUisZQXaJdlA1tcehPT66vl3BON+dCpCI2jHIZbxKHTGzrunGZaxH+S3MiDSC7kvQzdfzyXAuJbATGjpPKH7pN8hPZRPqHDa357eMUWKb/A4fVyww+vOu7LI3R4jfN3/c/vllhrpOZvuXxsBEnhV8TsngJOvgv+A7undhq589o9tWP+3u5J6z5/a/eY/ma89E4y07kSV9B1Qg9d6BMHMA5VELiZFcI1Q1Ion4UEFY/OY64U/Ikmr1lv/PrTKUnHXUAg7nwEb3grKBB3fkOVipdgkPuGG+N+83c5idID4lsBMaMuj9AbLv3WuQCQa67AKTAR8aF77YoUmT0MWWsJF7HGIHzchQlcxJsF4i5C8kbTwsB+BNZaFTEcN7pf7hDAzVUE/dJYIO6rSfqlCLBfgLVWVxP0y/0CuClG0C8PCMRdnKRfrgT2C7DWqjhBv3QRwE1Jgn55RCDuUiT9UhTYL8Baq1IE/dJfADelCfplgEDcZUj65SpgvwBrrcoQ9MvTArgpS9AvzwjEXY6kX64G9guw1qocQb+8KoAbRdAvEwTiLk/SL9cA+wVYa1WeoF8+EMBNRYJ++VAg7kok/RIL7BdgrVUlgn6ZL4CbqgT9skAg7mok/VIM2C/AWqtqBP3ytQBubibol28E4r6FpF+KA/sFWGt1C0G/fC+Am1oE/bJNIO7aJP1SAtgvwFqr2gT98rMAbuoR9MsvAnHXJ+mXa4H9Aqy1qk/QL78L4KYBQb/8IRB3Q5J+KQnsF2CtVUOCfskZwOOmMUG/5BKIuwlJv5QC9guw1qoJQb8UDeBx04ygX64SiLs5Sb9cB+wXYK1Vc4J+uTGAx00Lgn4pKxB3S5J+uR7YL8BaK2T+9Ieek4KJu8y5n/4Mg35ftn6vqX7/nH5PkH6fg57d6nmU9ti1b6i9EK3v9JlV87DeW3S+3Bf8/WO4eoh+m0cZIG50fdpnSP0cms5BGeE835CCu1ekvo3kBiA23Ou90ZVr+20kPu+pi6QTir5vWSBgpeIumwKvkdi3kUis1X6h7YUrJo0LtWZ3fss5NbzJVcu/+oaTYq7/7q++4aRYzN9/w0la9/lPfMOJTmasK3E3pfx55zX5G05uAm6QcSn4/Mb9g3z6fnco8FRm6PfdiX1jSLkU/H3vIYj7JoG47zVc9eu4lUDc95F8wwkQlwpYayWVP/i70QnVY3kh9VjBdfiy6tHnPXWRKgiox3jD1aOOO55IPUqs1arHC1dMGhdqze78VnRqWMmqx39/hRJV0aMeK5Gpx0rADbKygHqsHAH1WMWqx3+toioKqImHCOKuJBD3wwTqsYpA3K1J1CMQlwpYa4XMnyb99hli/nSh64PGZqUU89dYVWCNaS7U94cCgYTICqhqBICqjl4jeoHaW64uwBiJJIxRFXi6rgFsykSCk0YNAdzcDGwYvbElEW5syBxIrfEWKaZMDwaUW4r7vVdNYINLFEWqKW8FF1si7vQCcbc3fBPWTVhTIO4OJG8RrgXsR2CtVQew3BMksf8/qEJjE71nSKyxVorw6dwvwJsGC59ZoME7G97giUlJcW3atVWLSuJirg3cLJD5i9SUHRh/2JS9TkrqYztl93lPXaQ6Kfj71gXKXKm466bAayT6x4SQOa2XItcUoHwmxZePj0NuyPVTzCU0iQ8x3hrAE/kjBB9irCUQd1cShXIbsK+BtVZdCfqlaQCPm+4E/dJMIO4eJP1yO7BfgLVWPQj65eEAHje9CPqltUDcvUn6pQGwX4C1Vr0J+uXRAB43yQT90l0g7r4k/dIQ2C/AWqu+BP0SCOBxM4CgXwYLxD2QpF8aAfsFWGs1kKBfRgXwuBlM0C/PC8SdQtIvdwD7BVhrlULQL68H8Lh5gqBf3hCIexhJvzQG9guw1moYQb9MD+Bx8yRBv8wQiHskSb80AfYLsNZqJEG/fB7A4+YZgn5ZJBD3syT9kgDsF2Ct1bME/bImgMfN8wT9slYg7tEk/dIU2C/AWqvRBP2yI4DHzRiCftkpEPdYkn5pBuwXYK3VWIJ++S2Ax804gn45LBD3eJJ+aQ7sF2Ct1XiCfokZjMfNBIJ+SScQ90SSfrkT2C/AWquJBP1ymQBu3iDol7wCcU8i6Ze7gP0CrLWaRNAvsQK4mUzQL8UE4p5C0i8tgP0CrLWaQtAvcQK4eZegX5RA3O+R9EtLYL8Aa62Q+dPfNNnB9UeJ9GcY9Puy9XtN9fvn9HuC9Psc9OxWz6O0x659Q+2FaH2nz6yah/XeovPlvtC4aYWrh+jXMt8NxI2uT0fXHyXSObhbOM/3pODuFakPvN4DxIZ7vfe6cm0/8OrznrpIOqHo+94HBKxU3PelwGsk9vUqEmu1Xyt94YpJ40Kt2Z3f+50aPuCqpf1a6Uu8QonSyYx1Je6BlL//GuQ4fxf0a6UfAG6QD6bg8/vgP8in768xBp7Kou1rpe9Pwd/3Q4K4HxCIeyrBlz0+JBD3NJIvCQXiUgFrraTyh67zw4Tq8WEh9djadfiy6tHnPXWRWguoxzaGq0cddxsi9SixVqseL1wxaVyoNbvz29apYTurHv/9FUpUW496bEemHtsBN8hEAfWYGAH1mGTV479WUW0F1MRHBHG3E4j7YwL1mCQQ9ywS9QjEpQLWWiHzp0m/I+GfWmiXYv4a2wusMc2F+v7aeCAhsgKqAwGgOqLXiF6g9pY7CjDGXBLGaA88XXcCNuVcgpNGJwHcdAY2jN7YOhBubMgcSK2xi+kbm/6a7/oCAP3U/I3tf18fXhe4sT0C3Nik8pceXGfkH7PqCsyfRK9IbebdwJuERNyPCMS9wHDy1pt3V4G4F5K8tfxRYD8Ca60Wgm0CwcOP2B+zQu8ZEmt8VGCNaS7U93fwX8ohoPJF76Ui9W6A7uAZRejqkZL62L4bwOc9dZF6pODv+xjw1CoV92Mp8Bpd9C1Bcf6usJzG+bwi8U6Aawdh3wlQfjA+pw0zCDHApa5TXfyf3bXq6eC2lwu/f/Wugr4xf8aj910FfWP+/l0Fad3nb99VcMlJ+JsUhYLrmZK6wPROIvp4Fod6zRCQ0Yy+iOBTq+UFPrW6mMRPbpgBd+LqCSTDJSTSrBdQmrl7xe+6viDBH7BPFBAz6guS90/3JlRMvYUU0+NWMWGL9LiAYupjuGLScfcRUkwSfrDEWv9ONfmtm1c1+b2flGq6JHL/G2UTk8aFure7VskOHvqarpoY3oud7FFgOqnJMeGXye/F7gvcbPtdEmsnXfQK5bPfP8in33X3B+Zg8f/VCf0fbC6XfLL8m9OgxmFyCv7Eupzgvdh9BeJeQfAOqf4Cca8kUaJAXCpgrdVKAtxI7BMNhCxr9DoHpHCscyDQqdIHyk6u7xnTORiYEhMjuf5BQB6PlNMxSMjpCFinA1ukgIDTMdhwp0PHPVjI6QhdkjmN83l5XQ4hzEbsU9gpTi2H/APlXyzmzzXyKv9iMUKfwkYnIRScTkCsK9ghKTF/utBWVgqwyYeQnCSGEjLxUCEmfsIyMbZITwgw8TDDmVjHPYyMiYdZJnZfYUw83KnliGhl4uEeJh4RASYeDmzyEUBw6yJ3IvxUHzIHUmt8UujEBD8yjQSaL6yAGkkAqKfQa0QvUOuNpwTc1tUkLv2TwF3+aWBTrgZ/FCqJsMGfJmjwZ6QYAz22fhYIzsLAcVQRkjdGPkdoUjwnZFKMch2/rUnh8566SKMETIrnDTcpdNzPk5kUz/OZFEry3u71j3Zq+UK0mhSjPSbFCxEwKUYDm/yFFBnQoZn4RUImflGIicdYJsYWaYwAE481nIl13GPJmHisZeKwe7vX/5JTy5ejlYlf8jDxyxFg4peATf6ydXcVMAdiaxwnsMY0F+oXUOMtoNR4AkC9Yvq4QOuNVwTGBWtJxgXjgLv8q8CmXGvHBepVggafIMUY6HHBRCA4rwKOC64mGRe8RmhSvCZkUrzuOn5bk8LnPXWRXhcwKd4w3KTQcb9BZlK8wWdSlBe8d5hJMcmp5ZvRalJM8pgUb0bApJgEbPI3U2RAh2bitwiZ+C0hJp5smRhbpMkCTDzFcCbWcU8hY+IplondVxgTv+3U8p1oZeK3PUz8TgSY+G1gk78DZGJWdxeYA7E1viuwxjQX6hdQ7wHNH1ZAvUcAqPdNHxdovfG+wLhgPcm44F3gLv8BsCnX23GB+oCgwT+UYgz0uGAqEJzFgOOC4iTjgmmEJsU0IZNiuuv4bU0Kn/fURZouYFLMMNyk0HHPIDMpZvCZFBUE7x1mUsx0avlRtJoUMz0mxUcRMClmApv8oxQZ0KGZ+GNCJv5YiIlnWSbGFmmWABPPNpyJddyzyZh4tmVi9xXGxJ84tZwTrUz8iYeJ50SAiT8BNvkcIBOzurvAHIitca7AGtNcqF9AzQOaP6yAmkcAqE9NHxdovfGpwLhgA8m4YC5wl58PbMoNdlyg5hM0+AIpxkCPCxYCwVkSOC4oRTIu+IzQpPhMyKT43HX8tiaFz3vqIn0uYFIsMtyk0HEvIjMpFvGZFPGC9w4zKRY7tVwSrSbFYo9JsSQCJsViYJMvSZEBHZqJvyBk4i+EmHipZWJskZYKMPEyw5lYx72MjImXWSZ2X2FM/KVTy6+ilYm/9DDxVxFg4i+BTf4VkIlZ3V1gDsTWuFxgjWku1PcfrgWaP6yAWkEAqJWmjwu03lgpMC7YxPIXhoG7/NfAptxkxwXqa4IG/0aKMdDjglVAcJYGjgvKkIwLVhOaFKuFTIo1ruO3NSl83lMXaY2ASbHWcJNCx72WzKRYy2dSVBS8d5hJsc6p5fpoNSnWeUyK9REwKdYBm3x9igzo0Ez8LSETfyvExBssE2OLtEGAiTcazsQ67o1kTLzRMrH7CmPiTU4tN0crE2/yMPHmCDDxJmCTbwYyMau7C8yB2Bq3CKwxzYX6BdRWoPnDCqitBID6zvRxgdYb3wmMC7aQjAu2AHf574FNucWOC9T3BA2+TYox0OOCH4DgLAscF5QjGRdsJzQptguZFDtcx29rUvi8py7SDgGTYqfhJoWOeyeZSbGTz6SoJHjvMJNil1PL3dFqUuzymBS7I2BS7AI2+e4UGdChmXgPIRPvEWLivZaJsUXaK8DE+wxnYh33PjIm3meZ2H2FMfF+p5Y/RisT7/cw8Y8RYOL9wCb/EcjErO4uMAdiazwgsMY0F+oXUAeB5g8roA4SAOon08cFWm/8JDAu+I5kXHAAuMv/DGzK7+y4QP1M0OC/SDEGelxwCAhOBRwXlCcZF/xKaFL8KmRS/OY6fluTwuc9dZF+EzApDhtuUui4D5OZFIf5TIrKgvcOMymOOLU8Gq0mxRGPSXE0AibFEWCTH02RAR2aiY8RMvExISY+bpkYW6TjAkx8wnAm1nGfIGPiE5aJ3VcYE590ankqWpn4pIeJT0WAiU8Cm/wUkIlZ3V1gDsTWeFpgjWku1C+gzgDNH1ZAnSEA1FnTxwVab5wVGBdsIxkXnAbu8r8Dm3KbHReo3wka/A8pxkCPC84BwVkROC6oRDIuOE9oUpwXMilihqQ+tCaFz3vqIumEou+bbojZJoWOO90QeI1ETQp3TuN8XhEyKaoI3jvMpEjv1DKDq6ZRZVLoBMS6gnUnwrug0Gv7bcz0wCbPMEQGdGgmzoiMOSYyTJxxiAwTZ7JMjC1SJgEmzmw4E+u4M5MxcWbLxO4rjImzOLXMGq1MnMXDxFkjwMRZgE2eFcjErO4uMAdia8wmsMY0F+oXUNmHANmCFFDZCQCVA71G9AK13sgxBA/Q7STjgmzAXT4nsCm323GByknQ4LmkGAM9LsgNBGdV4LigGsm4IA+hSZFHyKS4zJoU2CJdJmBS5DXcpNBx5yUzKfLymRRVBe8dZlLkc2qZP1pNinwekyJ/BEyKfMAmzz9EBnRoJr6ckIkvF2LiApaJsUUqIMDEBQ1nYh13QTImLmiZ2H2FMXEhp5ZXRCsTF/Iw8RURYOJCwCa/AsjErO4uMAdiayzMMi4oYscFqggBoK40fVyg9caVAuOCnSTjgsLAXb4osCl32nGBKkrQ4FexjAuuBoLzZuC44BaSccE1hCbFNUImRaw1KbBFihUwKYoZblLouIuRmRTF+EyK1oL3DjMpiju1LBGtJkVxj0lRIgImRXFgk5cYIgM6NBNfS8jE1woxcUnLxNgilRRg4lKGM7GOuxQZE5eyTOy+wpj4OqeW10crE1/nYeLrI8DE1wGb/HogE7O6u8AciK2xNMu4oIwdF6gyBIC6wfRxgdYbNwiMC3aTjAtKA3f5G4FNuduOC9SNBA1elmVcUA4IzlrAcUFtknHBTYQmxU1CJkWcNSmwRYoTMCmU4SaFjluRmRSKz6RoI3jvMJOivFPLCtFqUpT3mBQVImBSlAc2eYUhMqBDM3E8IRPHCzFxRcvE2CJVFGDiSoYzsY67EhkTV7JM7L7CmLiyU8sq0crElT1MXCUCTFwZ2ORVgEzM6u4CcyC2xqos44JqdlygqhEAqrrp4wKtN6oLjAv2kowLqgJ3+RrAptxrxwWqBkGD38wyLrgFCM56wHFBfZJxQU1Ck6KmkElxqzUpwEUSMClqGW5S6LhrkZkUtfhMiraC9w4zKWo7tawTrSZFbY9JUScCJkVtYJPXGSIDOjQT1yVk4rpCTFzPMjG2SPUEmLi+4Uys465PxsT1LRO7rzAmvs2p5e3RysS3eZj49ggw8W3AJr8dyMSs7i4wB2JrbMAyLmhoxwWqIQGgGpk+LtB6o5HAuGA/ybigAXCXvwPYlPvtuEDdQdDgjVnGBU2A4GwAHBc0JBkXJBCaFAlCJkVTa1Jgi9RUwKRoZrhJoeNuRmZSNOMzKdoJ3jvMpGju1PLOaDUpmntMijsjYFI0Bzb5nUNkQIdm4rsImfguISZuYZkYW6QWAkzc0nAm1nG3JGPilpaJ3VcYE7dyanl3tDJxKw8T3x0BJm4FbPK7gUzM6u4CcyC2xntYxgX32nGBupcAUPeZPi7QeuM+gXHBAZJxwT3AXf5+YFMesOMCdT9Bgz/AMi54EAjOxsBxQROSccFDhCbFQ0ImxcPWpMAW6WEBk6K14SaFjrs1mUnRms+kSBS8d5hJ0capZdtoNSnaeEyKthEwKdoAm7ztEBnQoZm4HSETtxNi4kTLxNgiJQowcZLhTKzjTiJj4iTLxO4rjInbO7XsEK1M3N7DxB0iwMTtgU3eAcjErO4uMAdia+zIMi7oZMcFqhMBoDqbPi7QeqOzwLjgJ5JxQUfgLt8F2JQ/2XGB6kLQ4I+wjAu6AsHZDDguaE4yLuhGaFJ0EzIpHrUmBbZIjwqYFN0NNyl03N3JTIrufCZFkuC9w0yKHk4tH4tWk6KHx6R4LAImRQ9gkz82RAZ0aCbuScjEPYWYuJdlYmyRegkwcW/DmVjH3ZuMiXtbJnZfYUz8uFPLPtHKxI97mLhPBJj4cWCT9wEyMau7C8yB2BqTWcYFfe24QPUlAFQ/08cFWm/0ExgX/EIyLkgG7vL9gU35ix0XqP4EDT6AZVwwEAjOFsBxQcsIbRR+8zcImL8cwPzlBN5LMn+B/37+RMdVg4U2GvQ6U4B11hq3c4ZUaadzkOKRfuj1DyE0I4cImZFDrRmJLdJQATPyCcPNSB33E2Rm5BN8ZmSc4L3DzMhhTi2HR6sZOcxjRg6PgBk5DNjkw0lOEiMImXiEEBM/aZkYW6QnBZh4pOFMrOMeScbEIy0Tu68wJn7KqeXT0crET3mY+OkIMPFTwCZ/GghuXeTOhCbv00PMX+MzLGPBZ8FjQUZAPUsAqOdMHwtqvfGcwFjwV5Kx4DPAXX4UsCl/BY8FOxA2+CiCBn+eZSw4GgjOR4Bjma4kY5kXCE2KF4RMihetSYEt0osCJsUYw00KHfcYMpNiDJ9JoSTv7V7/WKeWL0WrSTHWY1K8FAGTYiywyV8aIgM6NBO/TMjELwsx8TjLxNgijRNg4vGGM7GOezwZE4+3TBx2b/f6X3Fq+Wq0MvErHiZ+NQJM/AqwyV+17q4C5kBsjRNYxgUTLaDURAJAvWb6uEDrjdcExgWHScYFE4C7/OvApjxsxwXqdYIGf4NlXDAJCM7uwHFBD5JxwZuEJsWbQibFW9akwBbpLQGTYrLhJoWOezKZSTGZz6QoL3jvMJNiilPLt6PVpJjiMSnejoBJMQXY5G8PkQEdmonfIWTid4SY+F3LxNgivSvAxO8ZzsQ67vfImPg9y8TuK4yJ33dq+UG0MvH7Hib+IAJM/D6wyT8AMjGruwvMgdgaP2QZF0y14wI1lQBQ00wfF2i9MU1gXHCUZFzwIXCXnw5syqN2XKCmEzT4DJZxwUwgOHsBxwW9ScYFHxGaFB8JmRQfW5MCW6SPBUyKWYabFDruWWQmxSw+k6KC4L3DTIrZTi0/iVaTYrbHpPgkAibFbGCTfzJEBnRoJp5DyMRzhJh4rmVibJHmCjDxPMOZWMc9j4yJ51kmdl9hTPypU8v50crEn3qYeH4EmPhTYJPPBzIxq7sLzIHYGhewjAsW2nGBWkgAqM9MHxdovfGZwLjgOMm4YAFwl/8c2JTH7bhAfU7Q4ItYxgWLgeBMBo4L+pKMC5YQmhRLhEyKL6xJgS3SFwImxVLDTQod91Iyk2Ipn0kRL3jvMJNimVPLL6PVpFjmMSm+jIBJsQzY5F8OkQEdmom/ImTir4SYeLllYmyRlgsw8QrDmVjHvYKMiVdYJnZfYUy80qnl19HKxCs9TPx1BJh4JbDJvwYyMau7C8yB2Bq/YRkXrLLjArWKAFCrTR8XaL2xWmBccJJkXPANcJdfA2zKk3ZcoNYQNPhalnHBOiA4BwDHBQNJxgXrCU2K9UImxbfWpMAW6VsBk2KD4SaFjnsDmUmxgc+kqCh47zCTYqNTy03RalJs9JgUmyJgUmwENvmmITKgQzPxZkIm3izExFssE2OLtEWAibcazsQ67q1kTLzVMrH7CmPi75xafh+tTPydh4m/jwATfwds8u+BTMzq7gJzILbGbSzjgh/suED9QACo7aaPC7Te2C4wLjhNMi7YBtzldwCb8rQdF6gdBA2+k2VcsAsIzsHAcUEKybhgN6FJsVvIpNhjTQpskfYImBR7DTcpdNx7yUyKvXwmRSXBe4eZFPucWu6PVpNin8ek2B8Bk2IfsMn3D5EBHZqJfyRk4h+FmPiAZWJskQ4IMPFBw5lYx32QjIkPWiZ2X2FM/JNTy5+jlYl/8jDxzxFg4p+ATf4zkIlZ3V1gDsTW+AvLuOCQHReoQwSA+tX0cYHWG78KjAvOkowLfgHu8r8Bm/KsHReo3wga/DDLuOAIEJxPAMcFw0jGBUcJTYqjQibFMWtSYIt0TMCkOG64SaHjPk5mUhznMykqC947zKQ44dTyZLSaFCc8JsXJCJgUJ4BNfnKIDOjQTHyKkIlPCTHxacvE2CKdFmDiM4YzsY77DBkTn7FM7L7CmPisU8vfo5WJz3qY+PcIMPFZYJP/DmRiVncXmAOxNf7BMi44Z8cF6hwBoM6bPi7QeuO8wLjgD5JxwR/Io9xQ4LrsuEAB8ym2xnQCa0wT6H7BmR4IzieB44KRJOOCDEP5TIoMQHC615txqOux89OaFP/ynrpIOqHo+2YCAlYq7kxD4TUSNSkyARsqQiZFFcF7h5kUmZ1aZnHVNKpMCp2AWFew7kR4FxR6bb+NmRnY5FmGyoAOzcRZCZk4qxATZ7NMjC1SNgEmzm44E+u4s5MxcXbLxO4rjIlzOLXMGa1MnMPDxDkjwMQ5gE2eE8jErO4uMAdia8wlZf6gj0y5geYPK6ByEwAqD3qN6AVqvZFnKB6g50nGBbmAu/xlwKY8b8cF6jKCBs/LMi7IBwTnM8BxwbMk44L8hCZFfiGT4nJrUmCLdLmASVHAcJNCx12AzKQowGdSVBW8d5hJUdCpZaFoNSkKekyKQhEwKQoCm7zQUBnQoZn4CkImvkKIiQtbJsYWqbAAExcxnIl13EXImLiIZWL3FcbEVzq1LBqtTHylh4mLRoCJrwQ2eVEgE7O6u8AciK3xKpZxwdV2XKCuJgDUNaaPC7TeuEZgXJAuE8e44CrgLh8LbEpk/ljHBbEEDV6MZVxQHAjO54HjgtEk44IShCZFCSGT4lprUmCLdK2ASVHScJNCx12SzKQoyWdStBa8d5hJUcqp5XXRalKU8pgU10XApCgFbPLrhsqADs3E1xMy8fVCTFzaMjG2SKUFmLiM4Uys4y5DxsRlLBO7rzAmvsGp5Y3RysQ3eJj4xggw8Q3AJr8RyMSs7i4wB2JrLMsyLihnxwWqHAGgbjJ9XKD1xk0C44IMJOOCssBdPg7YlBnsuEDFETS4YhkXlAeCcwxwXDCWZFxQgdCkqCBkUsRbkwJbpHgBk6Ki4SaFjrsimUlRkc+kaCN47zCTopJTy8rRalJU8pgUlSNgUlQCNnnloTKgQzNxFUImriLExFUtE2OLVFWAiasZzsQ67mpkTFzNMrH7CmPi6k4ta0QrE1f3MHGNCDBxdWCT1wAyMau7C8yB2BpvZhkX3GLHBeoWAkDVNH1coPVGTYFxQSaSccHNwF3+VmBTZrLjAnUrQYPXYhkX1AaCcxxwXDCeZFxQh9CkqCNkUtS1JgW2SHUFTIp6hpsUOu56ZCZFPT6Toq3gvcNMivpOLW+LVpOivsekuC0CJkV9YJPfNlQGdGgmvp2QiW8XYuIGlomxRWogwMQNDWdiHXdDMiZuaJnYfYUxcSOnlndEKxM38jDxHRFg4kbAJr8DyMSs7i4wB2JrbMwyLmhixwWqCQGgEkwfF2i9kSAwLshCMi5oDNzlmwKbMosdF6imBA3ejGVc0BwIzgnAccFEknHBnYQmxZ1CJsVd1qTAFukuAZOiheEmhY67BZlJ0YLPpGgneO8wk6KlU8tW0WpStPSYFK0iYFK0BDZ5q6EyoEMz8d2ETHy3EBPfY5kYW6R7BJj4XsOZWMd9LxkT32uZ2H2FMfF9Ti3vj1Ymvs/DxPdHgInvAzb5/UAmZnV3gTkQW+MDLOOCB+24QD1IAKiHTB8XaL3xkMC4IBvJuOAB4C7/MLAps9lxgXqYoMFbs4wL2gDB+QZwXDCJZFzQltCkaCtkUrSzJgW2SO0ETIpEw00KHXcimUmRyGdSJAreO8ykSHJq2T5aTYokj0nRPgImRRKwydsPlQEdmok7EDJxByEm7miZGFukjgJM3MlwJtZxdyJj4k6Wid1XGBN3dmrZJVqZuLOHibtEgIk7A5u8C5CJWd1dYA7E1vgIy7igqx0XqK4EgOpm+rhA641uAuOCHCTjgkeAu/yjwKbMYccF6lGCBu/OMi7oAQTnZOC4YArJuOAxQpPiMSGToqc1KbBF6ilgUvQy3KTQcfciMyl68ZkUSYL3DjMpeju1fDxaTYreHpPi8QiYFL2BTf74UBnQoZm4DyET9xFi4mTLxNgiJQswcV/DmVjH3ZeMiftaJnZfYUzcz6ll/2hl4n4eJu4fASbuB2zy/kAmZnV3gTkQW+MAlnHBQDsuUAMJADXI9HGB1huDBMYFuUjGBQOAu3wA2JS57LhABQgafDDLuCAFCM53geOC9zJGZqPwm78hwPwtAuZvMTB/ujkyu3LXPPjgXPDnnc7Pu5yf+hoazMcTDnHo/yZ0/G7lPEf/e+i5w4KPh7ue+0/uPyL4/Ccvcv8RrvuPDD5+Ko3ntnCeO9J5rt4Inw4+fuYS1/Js8PnPXWQtz7rWMir4+PmLrGWUay2jg49fSOO5LZ3njnaeq9f4YvDxGEf2oDexuOsv5AV9CMgDPgSg465y/YW8ouO+LBPHnjYWuKcBa60uMxw3d2e4sKehcZPf8LjLBftlrEDcl5OIhTKbcfdy19pv/gqQ5O9GYP4uB+avIMl+/RJwvwZiRiHzF6kBHjCXYQO8l+0AD1uklwUGeOMMH+DpuMcJD/DQm3tFQ8nxShJyrGQoORYlIcfxQHIEYkYVJSTH8ULk+IolR2yRXhEgx1cNJ0cd96tC5Ihea4GEC0SOVswThkZn3NcIOyR+16dxOUEg7liSQ8yrQBK+BniIKUZyiJkIzB8QM6oYCf7qGCpCSpLkr66hIqQUSf++BuxfIGZUKUIR8pqQCHndihBskV4XECFvGC5CdNxvkIiQosHD+ESBQ2lpw8eVxRNkDuNlSMhoEpCMgLVWZQwXcbqvJwngpizJIfANIdz4zV85lrcJAHulLDB/N5HsW28C8QfEjLqJBH8tDBXBFUjy19JQERxP0r9vAfsXiBkVTyiC3xISwZOtCMYWabKACJ5iuAjWcU8hEcGlgmLwTYFDfWXDRfCNCTJipgoJGb0NJCNgrVUVw0Ww7uu3BXBTneQQOEUIN37zV4Mkf0B8q+rA/N1Msm+9A8QfEDPqZhL8tTdUBNciyV8HQ0VwbZL+fRfYv0DMqNqEIvhdIRH8nhXB2CK9JyCC3zdcBOu43ycRwXFBMfiOwKG+nuEiuFKCjJipT0JGHwDJCFhrVd9wEaz7+gMB3DQgOQS+L4Qbv/lrSJI/IL5VA2D+GpHsWx8C8QfEjGpEgr9kQ0VwAkn++hoqgpuS9O9UYP8CMaOaEorgqUIieJoVwdgiTRMQwdMNF8E67ukkIrhaUAx+KHCov9NwEXxrgoyYuYuEjGYAyQhYa3WX4SJY9/UMAdy0IjkEThfCjd/83U2SPyC+VStg/u4h2bdmAvEHxIy6hwR/Txkqgh8gyd/ThorgB0n69yNg/wIxox4kFMEfCYngj60IxhbpYwERPMtwEazjnkUigusGxeBMgUN9a8NFcMMEGTHThoSMZgPJCFhr1cZwEaz7erYAbhJJDoGzhHDjN39JJPkD4lslAvPXnmTf+gSIPyBmVHsS/E0wVAR3JsnfRENFcBeS/p0D7F8gZlQXQhE8R0gEz7UiGFukuQIieJ7hIljHPY9EBDcJisFPBA713QwXwXclyIiZR0nI6FMgGQFrrR41XATrvv5UADePkRwC5wnhxm/+epLkD4hv9Rgwf71I9q35QPwBMaN6keBvmqEiOJnlnTCGiuC+JP27ANi/QMyovoQieIGQCF5oRTC2SAsFRPBnhotgHfdnJCL47qAYnC9wqB9guAh+MEFGzAwkIaPPgWQErLUaaLgI1n39uQBuBpMcAj8Two3f/KWQ5A+IbzUYmL8hJPvWIiD+gJhRQ0jwt8hQETycJH+LDRXBI0j6dzGwf4GYUSMIRfBiIRG8xIpgbJGWCIjgLwwXwTruL0hEcJugGFwkcKh/ynAR3CFBRsw8TUJGS4FkBKy1etpwEaz7eqkAbp4jOQR+IYQbv/kbxfKZQmCvPAfM3/Mk+9YyIP6AmFHPk+BvvaEieAxJ/r41VASPJenfL4H9C8SMGksogr8UEsFfWRGMLdJXAiJ4ueEiWMe9nEQEdwmKwWUCh/pxhovgHgkyYmY8CRmtAJIRsNZqvOEiWPf1CgHcTCA5BC4Xwo3f/E0kyR8Q32oCMH+vkexbK4H4A2JGvUaCv72GiuA3SfK3z1AR/BZJ/34N7F8gZtRbhCL4ayER/I0VwdgifSMgglcZLoJ13KtIRHDvoBhcKXCof9twEdw/QUbMvENCRquBZASstXrHcBGs+3q1AG7eJzkErhLCje8/+UWSPyC+1fvA/H1Ism+tAeIPiBn1IQn+ThoqgmeQ5O+UoSJ4Jkn/rgX2LxAzaiahCF4rJILXWRGMLdI6ARG83nARrONeTyKCA0ExuEbgUD/LcBE8LEFGzMwmIaNvgWQErLWabbgI1n39rQBu5rK8nVIIN76/sIwkf0B8q7nA/H1Ksm9tAOIPiBn1KQn+sm0xUwR/RpK/7FvMFMGfk/TvRmD/AjGjPicUwRuFRPAmK4KxRdokIII3Gy6CddybSUTwyKAY3CBwqF9iuAgelSAjZr4gIaMtQDIC1lp9YbgI1n29RQA3X5IcAjcL4cZv/r5i+Uw1sFe+BOZvOcm+tRWIPyBm1HIS/F1pqAj+hiR/RQ0VwatI+vc7YP8CMaNWEYrg74RE8PdWBGOL9L2ACN5muAjWcW8jEcEvBsXgVoFD/VrDRfD4BBkxs46EjH4AkhGw1mqd4SJY9/UPArjZQHII3CaEG98TBpL8AfGtNgDzt4lk39oOxB8QM2oTCf7KGiqCvyPJXzlDRfD3JP27A9i/QMyo7wlF8A4hEbzTimBskXYKiOBdhotgHfcuEhE8MSgGtwsc6rcbLoLfSpARMztIyGg3kIyAtVY7DBfBuq93C+BmN8khcJcQbvzmbw9J/oD4VruB+dtLsm/tAeIPiBm1lwR/NQ0VwQdI8neroSL4IEn/7gX2LxAz6iChCN4rJIL3WRGMLdI+ARG833ARrOPeTyKC3wmKwT0Ch/pfDBfBUxNkxMwhEjL6EUhGwFqrQ4aLYN3XPwrg5jDJIXC/EG785u8ISf6A+FaHgfk7SrJvHQDiD4gZdZQEf80MFcEnSfLX3FARfIqkfw8C+xeIGXWKUAQfFBLBP1kRjC3STwIi+GfDRbCO+2cSETwzKAYPCBzqzxouguckyIiZ30nI6BcgGQFrrX43XATrvv5FADfnSQ6BPwvhxvc+npkjf0B8q/PA/KXLzLFvHQLiD4gZlY4Ef20NFcGZSPLXzlARnJmkf38F9i8QMwqZv0iJ4F+FRPBvVgRji/SbgAg+bLgI1nEfJhHB84Ni8JDAoT5bZrNF8OIEGTGTnYSMjgDJCFhrlT2z2SJY9/URAdzkIjkEHhbCjd/85SbJHxDfKhcwf3lI9q2jQPwBMaPykOCvl6EiOD9J/nobKoIvJ+nfY8D+BWJGXU4ogo8JieDjVgRji3RcQASfMFwE67hPkIjgZUExeFTgUF/IcBH8dYKMmLmChIxOAskIWGt1heEiWPf1SQHcXElyCDwhhBu/+StKkj8gvtWVwPxdRbJvnQLiD4gZdRUJ/oYbKoKLkeRvhKEiuDhJ/54G9i8QM6o4oQg+LSSCz1gRjC3SGQERfNZwEazjPksigtcExeCp/8fem8DbVL3/49c1z0OZh1CEDHdxzfOQDHEvMkcZ7jWTOYQk85wmRKXMIUrIUJQGZWpQFEUoQiWEov9ZX/v82md303Dez/6v9+es/Xr1uufz6bTvep7n/az3er+ffc4VONQXMVwE74+TETNFScjoNyAZAWutihougnVf/yaAm+Ikh8BfhXATbv5KkOQPiG9VHJi/O0j2ratA/AExo+4gwd8cQ0VwGZL8zTVUBMeQ9O81YP8CMaNiCEXwNSER/LsVwdgi/S4ggqPGmS2Cddx6jeAaiaz1YEAMXhU41JczXAR/HScjZmJJyCjZOFwugbVWsYaLYN3XOnfo+1YkOQRGCeEm3PxVIskfEN+qIjB/lUn2rWgg/oCYUZVJ8LfCUBFcnSR/LxkqgmuQ9G9yYP8CMaNqEIpgYC5DRHAKl3axIjjMe+oipRiHv29Kw0WwjjsliQg+FhCD0QKH+tqGi+BTcTJipg4JGaUCkhGw1qqO4SJY93UqAdzcSXIITCmEm3DzV58kf0B8qzuB+buLZN9KDcQfEDPqLhL8bTFUBDcmyd9WQ0Xw3ST9mwbYv0DMqLsJRXAaIRGc1opgbJHSCojgdIaLYB13OhIRfDYgBlMLHOrjDBfB5+NkxEw8CRmlB5IRsNYq3nARrPs6vQBuWrB8sZMQbsLN3z0k+QPiW7UA5q8lyb6VAYg/IGZUSxL87TFUBLclyd9eQ0VwO5L+zQjsXyBmVDtCEZxRSARnsiIYW6RMAiI4s+EiWMedmUQEXwqIwQwCh/oOhovga3EyYqYjCRllAZIRsNaqo+EiWPd1FgHcdCI5BGYWwk24+etMkj8gvlUnYP66kOxbWYH4A2JGdSHB3xFDRXA3kvwdNVQEdyfp32zA/gViRnUnFMHZhETwTVYEY4t0k4AIvtlwEazjvplEBEfHR0VlFTjU9zJcBKeJlxEzvUnIKDuQjIC1Vr0NF8G6r7ML4KYfySHwZiHchJu/B0jyB8S36gfMX3+SfSsHEH9AzKj+JPj72VARPJgkf+cNFcFDSPo3J7B/gZhRQwhFcE4hEZzLimBskXIJiODchotgHXduEhGcISAGcwgc6ocZLoKzxcuImeEkZJQHSEbAWqvhhotg3dd5BHAzkuQQmFsIN+HmbxRJ/oD4ViOB+RtNsm/lBeIPiBk1mgR/KQ+aKYLHkuQv1UEzRfCjJP2bD9i/QMyoRwlFcD4hEZzfimBskfILiOAChotgHXcBEhGcIyAG8woc6icYLoLzxcuImYkkZHQLkIyAtVYTDRfBuq9vEcDNFJJDYAEh3ISbv6ksf2cU2CtTgPmbRrJvFQTiD4gZNY0EfzkNFcGzSPKXy1AR/BhJ/xYC9i8QM+oxQhFcSEgEF7YiGFukwgIi+FbDRbCO+1YSEVwwIAYLChzqnzBcBBeNlxEzT5KQ0W1AMgLWWj1puAjWfX2bAG7mkBwCbxXCTbj5m0uSPyC+1Rxg/uaR7FtFgPgDYkbNI8FfcUNF8LMk+SthqAh+jqR/iwL7F4gZ9RyhCC4qJIJvtyIYW6TbBURwMcNFsI67GIkILhEQg0UEDvUvGC6CY+JlxMyLJGRUHEhGwFqrFw0XwbqviwvgZgnJIbCYEG7Czd9SkvwB8a2WAPO3jGTfKgHEHxAzahkJ/qoaKoJXkuSvmqEieBVJ/94B7F8gZtQqQhF8h5AILmlFMLZIJQVEcCnDRbCOuxSJCI4NiMESAof6NYaL4CrxMmJmLQkZlQaSEbDWaq3hIlj3dWkB3KwjOQSWEsJNuPl7jSR/QHyrdcD8rSfZt8oA8QfEjFpPgr8mhorgTST5a2qoCN5M0r8xwP4FYkZtJhTBMUIiWFkRjC2SEhDBZQ0XwTrusiQiuEZADJYRONS/YbgIrhcvI2beJCGjckAyAtZavWm4CNZ9XU4AN2+RHALLCuEm3Py9TZI/IL7VW8D87SDZt2KB+ANiRu0wnO8aBPguVmDfet/wuJvGy+zXO0n6pTywX4C1VjsNx02zQCHKC+BG3xcVt15bKhdmmgdeXAv8bOH8vMf5qa8KgVgqOvHo/yYoals779H/PvjeSoHXlV3v/Sf3rxJ4f9Ub3L+K6/7VAq+rJ/Hels57qznv1QK8RuB1zX+5llqB99e+wVpqudZSJ/C67g3WUse1lnqB13cm8d5WznvrOe/Va6wfeH2XowHh+rLY9bygsbnL8J6sVOx6XtFx7ybZyxsA93JgrdVuQgOxBXgfDq4xWPOGgVo1CvzT2OUDZXR+po0KNRX1lcr1uhZoXQImZUxK11rTutYcjCeT8+9TYH9vubSu3Ea58h2VRN6iXL8/TeCfDM7rbgmD4gd37t2jS+OEYUnVLHkS9412xZrS8z53HYP/LrX7v5c4lIDu9afDQ0OHvBo5Pxs7PzMH/rk78LrJX5AZ4kCkmxF9330EB8y7BcjsIyEyiwbHD6yP+ghMQN7NWaL+DYETLMl1NgKu053Xps5+EuciyJzOT/dmn8z1/zGTZhpXHMHLTS7B3xmMO0ikKbFrKat/V4qo0OtGRBr8/R4ibZHQZUDCIA+Reiem0UnE6o5Rx5caG19McK3BK7im4O9JF/UHbtK41pEWuw4V/F3edaR1rSON63Xw36VzrSn4/6X3rNfdC+7/NpjX9K6YaQ4jOpCmzqEjzvkZH/jZbJzc+hsKEPCnhk+wdNzxAnHvJzl4AOuj9hMcMhsJ1PoAAcabCcR9kATjwPqog4ZjvE3y6441utaHDI+7dMANbSAQ92ESN7Q50A0F1loh8/enqYdzLvKek/TVIvD6nn85KWkZeH+rG0xKWrru3zrwus246/f1QyC3AAtkiX2nNfbpxsTYsrExuq9RcbuFXVuX0A4KhP9FoZ3aFUfwcrvTWkTd5Pzvvv0G9Ugc1nRw7949EnskdG3ab1CCO2VJPQGclI51m8MpkkgjnTkstb62Qk/F/lVOw+WYdv/9SeMYz72UX5OtdkKPxre3j8Zji9R+HP6+9xr+aLyO+16fN4GY8K6QnMaEeXkPT2jh1zDwC0aPxd2vfNGoqIfHytYrzHsr7//hzm8HB2sdXZhL6cJJ8L16Q/s96s8YSuZ6He28J/oG70n2F/f5q8OI2KYVDE4nYKsr2I7jQu1994JQv7sDcBO67wb3qlQxoXNixdhynWJiEzsH7lMhMaFcp7KVVWKlcoHbl4tVnTslxHSN7VyxQmyFSokVfXu25D4hBr7fMjC2SPcLMHAnwxlYx93Jpw+nhRt/R2et6PseMfTDIt51IrHUGWiXHQFbXHoT0+ur7dwT/qyFcypC4+gbwy3i4OkNHfcxMy3iP0lu5EGkI/Bex0k+rAbEtwJiRknlD90nXQjtoy5Ch9eu9vCKLVJXgcNrguGHVx13Ask3K2i/W2Ktfs3fOoaxESSGXr7ZPYlOvrv9A7unThK589o9daL+3u5J6j5/a/eY/jBetJPMZK7EdXOd0IMX+sQBjEN1A25m3XHNkBjMZ3dBxaPz2FFAOZ8068GvP52SdNyJAnGfInjgrZtA3N8bqlS8BIPcN04Cv1bjNInSA+JbATGjTvv0wGW4dU4Eck0PoFOn7yHBLT0M/2oEibi1izjtEXzcPxG4iNMF4j5H8qBpT2A/AmutzhmOG90v8wVwc4GgXxYIxH2RpF96AfsFWGt1kaBfVgrg5jJBv6wSiPsKSb/0BvYLsNbqCkG/bBHAzVWCftkqEPc1kn7pA+wXYK3VNYJ+2SWAm2Spze+X3QJxR6fm6Je+wH4B1lpFG44b3S+HBHCTkqBfDgvEnYqkX/oB+wVYa5WKoF/OCOAmLUG/nBWIOx1JvzwA7BdgrVU6gn65KoCbjAT9ck0g7kwk/dIf2C/AWqtMBP2SUeBp5qwE/ZJJIO5sJP0yANgvwFqrbAT9kl8AN9kJ+qWAQNw5SPplILBfgLVWOQj6pZQAbnIT9EtpgbjzkPTLIGC/AGut8hD0S3UB3OQn6JcaAnEXIOmXwcB+AdZaFSDolyYCuClE0C9NBeIuTNIvQ4D9Aqy1KkzQLx0EcFOEoF86CsRdlKRfhgL7BVhrVZSgX/oI4KY4Qb/0FYi7BEm/PAjsF2CtVQmCfhkpgJtSBP0ySiDu0iT9MgzYL8BaK2T+9IeeHw0kLotzP/0ZBv1ctn7WVD8/p58J0s856Nmtnkdpj137htoL0fpOn1k1D+u9Zdi4qJALjZvh4C96llrnCORzIYF7jEv+x+fQdA5GCOf5IeBn1Pz6NpKHhL6NZKT9NhJskUYKfBvJKMO/jUTHPYro20gk1mq/0Pb6FZXEhVqzO7+jnRo+/A++4aSQ67/7q284KRT1999wktR9/ie+4UQns6ArcQ+P+/POa/I3nDwM3CDHjMPnd8w/yGe4634EeCoz9PvuxL4xZLTAp/hVavPjflgg7rKGq34d9yMCcZfzSfXHhHcpIC4VsNZKKn/oOo8lVI9jhdTjo1Y9Yov0qIB6HGe4etRxjyNSj+OseqRXj+OdGk6w6vG/X8FEjfeoxwlk6nECcIOcKKAeJ/qgHidZ9fifVdR4ATVRkUA9ThCIuxKBepwkEHdlEvUIxKUC1loh86dJf1zyqD9d6PqgsTlhnPlrnCw044Y35BQgIbICagoBoKai14heoPaWpwowRnUSxpgMPF1PAzZldYKTxjQB3EwHNoze2B4l3NimE2xsM6SYMhoMKLcUD/deMwm+8luiKWeBiy0RdwuBuGsavgnrJpwpEHctkkeEHwP2I7DWqhZY7gmS2P8bVKGxOYuAxB6TPp2HC/A2gcK3FmjwuoY3eEJiYkznrl1U6WK4mGcDNwtk/vyass8Ge//B63E7ZccW6XGBKfsThk/ZddxPCE3ZgxdaWSBz+uQ4uaYA5TMxtmxsDHJDfmqcuYQm8SHGWQIf5ruT4EOMjwnEXZ9EoTwN7GtgrVV9gn55XgA3DQn6ZaFA3I1I+mUOsF+AtVaNCPpljQBumhD0y1qBuJuS9MtcYL8Aa62aEvTLNgHcNCPol+0CcTcn6Zd5wH4B1lo1J+iXfQK4aUnQLx8JxN2KpF+eAfYLsNaqFUG/HBHATVuCfjkqEHc7kn6ZD+wXYK1VO4J++UkANx0I+uWcQNwdSfplAbBfgLVWHQn6JdmjeNx0IuiXaIG4O5P0y7PAfgHWWnUm6JesArhJIOiXbAJxJ5L0y3PAfgHWWiUS9EshAdz0IOiXwgJx9yTpl+eB/QKstepJ0C9KADd9CPqlrEDcfUn6ZSGwX4C1Vn0J+qW2AG76E/RLHYG4B5D0ywvAfgHWWg0g6JdmArgZTNAvzQXiHkLSLy8C+wVYazWEoF86CeBmGEG/dBaIezhJvywC9guw1mo4Qb/0F8DNSIJ+GSAQ9yiSflkM7BdgrdUogn4ZI4CbMQT98ohA3I+Q9MsSYL8Aa62Q+UsZuMd41x8l0p9h0M9l62dN9fNz+pkg/ZyDnt3qeZT22LVvqL0Qre/0mVXzsN5blgj/sZylQl9DgV7nMvAfJZrg+qNEOgfLhPO8nPBrpZcLfeB1hf3AK7ZIKwQ+8PqS4R941XG/RPS10hJrtV8rff2KSuJCrdmd35VODVfZr5X+71cwUSs9Xyu9iuxrpVcBN8jVAl8rvdqHr5V+2X6t9H/+TrWVAl9LM47ga6VXCcQ9nuDLHl8WiHsCyZeEAnGpgLVWUvlD13kNoXpcI6Qe11r1iC3SWgH1+Irh6lHH/QqRenzFqkd69fiqU8N1Vj3+9yuYqFc96nEdmXpcB9wgXxNQj6/5oB7XW/X4n1XUqwJqYgqBelwnEPdUAvW4XiDuaSTqEYhLBay1QuZPk/6E5FF/utD1QWNzHcG3VG+Q+lML6IbcCP6jRIyA2kgAqNdN/6NE2lt+XeLvWJAwxgbg6XoTsClnEZw0NgngZjP4jxKNJ9zYNhNsbFtM39j013w/JQDQ2eZvbP/39eHIr0zfCtzYpPIXDa4z8o9ZvUHwx6wkNvM3wZuERNxbBeJ+wnDy1pv3GwJxP0nyaPk2YD8Ca62eBNsEgocfsT9m9SbB4WebwBqTXGi4QN/+bw4BFW94L+XX0wDbhZ4GeMs+DYAt0lsCTwO8bfjTADrut4WeBghekjmNCfPy40mAwY9gnwQY+yg+p82TCzHAv12nuvG/dtdqh4Pbd/7BUwXDo/6MR+9TBcOj/v6pgqTu87dPFfzrJPxNioLB7Rj3xwKjnUQ86Fkc6ncGgYxm9DkEn1odK/Cp1bkkfnLz5LgT1w4gGc4jkWbvAKWZu1fC/nZ+EvwB+0QBMaOeIXl++l1CxfSukGJ6zyombJHeE1BM7xuumHTc7xM9Py2x1r9TTWH/qUWPagr3flKq6V+R+98om6gkLtS93bXa6eDhA9NVE8Oz2Ds9CkwndVhU6GXys9gfADfbD/8Vayfe8Arm88N/kM9w170LmIO5/3+d0P/B5vKvT5Z/cxrUONwpMHR7nuBZ7A8E4l5I8ITULoG4XyBRokBcKmCt1QsEuJHYJ5oJWdbode4ex7HOPeDvGZvo+p4xnYM946KiJNe/l/CT4nuFnI591unAFmmfgNPxkeFOh477I7LZ8EeCs2EhzPr2KeyPnVp+YvqnsNFJCAb3seeT05+Mi/rThbayPgY2+SckJ4lPCZn4UyEm3m+ZGFuk/QJM/JnhTKzj/oyMiT+zTOy+Qpj4c6eWByKViT/3MPEBH5j4c2CTHwB/qm8i4af6Dowzf40HWR5s/wL8+XdGQH1BAKgvTf+YqNYbXwq4rUtIXPqDwF3+ELApl4A/CvUoYYMfImjww1KMgR5bfwUE50/ArxA7l4rjwcivCU2Kr4VMiiPWpMAW6YiASXHUcJNCx32UzKQ4ymdSKMl7u9f/jVPLY5FqUnzjMSmO+WBSfANs8mPjZECHZuLjhEx8XIiJT1gmxhbphAATf2s4E+u4vyVj4m8tE4fc273+75xanoxUJv7Ow8QnfWDi74BNftK6uwqYA7E1nmIZF3xvAaW+JwDUadPHBVpvnBYYFywjGRecAu7yZ4BNucyOC9QZggY/yzIu+AEIzgvAccFFknHBj4QmxY9CJsVP1qTAFuknAZPinOEmhY77HJlJcY7PpCgreO8Qk+Jnp5bnI9Wk+NljUpz3waT4Gdjk58fJgA7NxBcImfiCEBNftEyMLdJFASb+xXAm1nH/QsbEv1gmdl8hTHzJqeXlSGXiSx4mvuwDE18CNvllIBOzurvAHIit8QrLuOBXOy5QvxIA6jfTxwVab/wmMC5YQTIuuALc5a8Cm3KFHReoqwQNfo1lXPA7EJyXgeOCKyTjgqjxfCaFe80xYV7u9SYb/8dra1KEe8/x1xOKvm80ELBScUePh9dI1KSIBjaUTyZFOcF7h5gUyZ1apnDVNKJMCp2Agq5g3YnwLij4u8NmEmCTpxgvAzo0E6ckZOKUQkycyjIxtkipBJg4teFMrONOTcbEqS0Tu68QJk7j1DJtpDJxGg8Tp/WBidMAmzwtkIlZ3V1gDsTWmE5gjUkuNFxApcctlHZckJ4AUBnQa0QvUOuNDOPxAF1JMi5IB9zlMwKbcqUdF6iMBA2eSYox0OOCzEBwXgWOC66RjAuyEJoUWYRMiqzWpMAWKauASZHNcJNCx52NzKTIxmdSxAreO8SkuMmp5c2RalLc5DEpbvbBpLgJ2OQ3j5cBHZqJsxMycXYhJs5hmRhbpBwCTJzTcCbWceckY+KclondVwgT53JqmTtSmTiXh4lz+8DEuYBNnhvIxKzuLjAHYmvMwzIuyGvHBSovAaDymT4u0Hojn8C4YDXJuCAPcJfPD2zK1XZcoPITNHgBlnHBLUBwJgP+Ke3o1BzjgoKEJkVBIZOikDUpsEUqJGBSFDbcpNBxFyYzKQrzmRTlBe8dYlLc6tTytkg1KW71mBS3+WBS3Aps8tvGy4AOzcRFCJm4iBATF7VMjC1SUQEmvt1wJtZx307GxLdbJnZfIUxczKll8Uhl4mIeJi7uAxMXAzZ5cSATs7q7wByIrbEEy7jgDjsuUHcQAKqk6eMCrTdKCowL1pCMC0oAd/lSwKZcY8cFqhRBg5dmGReUAYIzJXBckIpkXBBDaFLECJkUypoU2CIpAZOirOEmhY67LJlJUZbPpKggeO8Qk6KcU8vYSDUpynlMilgfTIpywCaPHS8DOjQTlydk4vJCTFzBMjG2SBUEmLii4Uys465IxsQVLRO7rxAmruTUsnKkMnElDxNX9oGJKwGbvDKQiVndXWAOxNZYhWVcUNWOC1RVAkBVM31coPVGNYFxwSsk44IqwF2+OrApX7HjAlWdoMFrsIwLagLBmRY4LkhHMi6oRWhS1BIyKWpbkwJbpNoCJkUdw00KHXcdMpOiDp9JUVHw3iEmRV2nlvUi1aSo6zEp6vlgUtQFNnm98TKgQzPxnYRMfKcQE9e3TIwtUn0BJr7LcCbWcd9FxsR3WSZ2XyFM3MCpZcNIZeIGHiZu6AMTNwA2eUMgE7O6u8AciK2xEcu4oLEdF6jGBIC62/RxgdYbdwuMC9aRjAsaAXf5JsCmXGfHBaoJQYM3ZRkXxAHBmRE4LshEMi6IJzQp4oVMimbWpMAWqZmASdHccJNCx92czKRozmdSVBK8d4hJ0cKp5T2RalK08JgU9/hgUrQANvk942VAh2biloRM3FKIiVtZJsYWqZUAE7c2nIl13K3JmLi1ZWL3FcLEbZxato1UJm7jYeK2PjBxG2CTtwUyMau7C8yB2BrbsYwL2ttxgWpPAKh7TR8XaL1xr8C4YD3JuKAdcJfvAGzK9XZcoDoQNHhHlnHBfUBwZgWOC7KRjAvuJzQp7hcyKTpZkwJbpE4CJkVnw00KHXdnMpOiM59JUVnw3iEmRRenll0j1aTo4jEpuvpgUnQBNnnX8TKgQzNxAiETJwgxcaJlYmyREgWYuJvhTKzj7kbGxN0sE7uvECbu7tSyR6QycXcPE/fwgYm7A5u8B5CJWd1dYA7E1tiTZVzQy44LVC8CQPU2fVyg9UZvgXHBRpJxQU/gLt8H2JQb7bhA9SFo8L4s44J+QHBmB44LcpCMCx4gNCkeEDIp+luTAluk/gImxQDDTQod9wAyk2IAn0nRSfDeISbFQKeWgyLVpBjoMSkG+WBSDAQ2+aDxMqBDM/FgQiYeLMTEQywTY4s0RICJhxrOxDruoWRMPNQysfsKYeIHnVoOi1QmftDDxMN8YOIHgU0+DMjErO4uMAdiaxzOMi4YYccFagQBoB4yfVyg9cZDAuOCTSTjguHAXX4ksCk32XGBGknQ4KNYxgWjgeDMDRwX5CEZFzxMaFI8LGRSjLEmBbZIYwRMikcMNyl03I+QmRSP8JkUnQXvHWJSjHVq+WikmhRjPSbFoz6YFGOBTf7oeBnQoZl4HCETjxNi4vGWibFFGi/AxBMMZ2Id9wQyJp5gmdh9hTDxRKeWkyKViSd6mHiSD0w8Edjkk4BMzOruAnMgtsbJLOOCKXZcoKYQAGqq6eMCrTemCowLtpCMCyYDd/lpwKbcYscFahpBg09nGRfMAIIzP3BcUIBkXDCT0KSYKWRSzLImBbZIswRMiscMNyl03I+RmRSP8ZkUXQTvHWJSzHZq+XikmhSzPSbF4z6YFLOBTf74eBnQoZn4CUImfkKIiZ+0TIwt0pMCTPyU4Uys436KjImfskzsvkKY+GmnlnMilYmf9jDxHB+Y+Glgk88BMjGruwvMgdga57KMC+bZcYGaRwCoZ0wfF2i98YzAuOANknHBXOAuPx/YlG/YcYGaT9DgC1jGBc8CwVkIOC4oTDIueI7QpHhOyKR43poU2CI9L2BSLDTcpNBxLyQzKRbymRRdBe8dYlK84NTyxUg1KV7wmBQv+mBSvABs8hfHy4AOzcSLCJl4kRATL7ZMjC3SYgEmXmI4E+u4l5Ax8RLLxO4rhImXOrVcFqlMvNTDxMt8YOKlwCZfBmRiVncXmAOxNS5nGRessOMCtYIAUC+ZPi7QeuMlgXHBNpJxwXLgLr8S2JTb7LhArSRo8FUs44LVQHAWAY4LipKMC14mNCleFjIp1liTAlukNQImxVrDTQod91oyk2Itn0mRIHjvEJPiFaeWr0aqSfGKx6R41QeT4hVgk786XgZ0aCZeR8jE64SY+DXLxNgivSbAxOsNZ2Id93oyJl5vmdh9hTDxBqeWGyOViTd4mHijD0y8AdjkG4FMzOruAnMgtsbXWcYFm+y4QG0iANRm08cFWm9sFhgXvEUyLngduMtvATblW3ZcoLYQNPhWlnHBG0BwFgeOC0qQjAveJDQp3hQyKbZZkwJbpG0CJsV2w00KHfd2MpNiO59JkSh47xCT4i2nlm9HqknxlsekeNsHk+ItYJO/PV4GdGgm3kHIxDuEmPgdy8TYIr0jwMTvGs7EOu53yZj4XcvE7iuEid9zavl+pDLxex4mft8HJn4P2OTvA5mY1d0F5kBsjTtZxgUf2HGB+oAAUB+aPi7QeuNDgXHBDpJxwU7gLr8L2JQ77LhA7SJo8N0s44I9QHCWAo4LSvu0UYSbv73A/H2TCpe/Y8B7SeZv3/9+/kTHVR8JbTTodX4MrLPWuJOS/yHtdA4+9kg/9Po/ITQjPxEyIz+1ZiS2SJ8KmJH7DTcjddz7yczI/XxmZIzgvUPMyM+cWn4eqWbkZx4z8nMfzMjPgE3+OclJ4gAhEx8QYuKDlomxRToowMRfGM7EOu4vyJj4C8vE7iuEib90ankoUpn4Sw8TH/KBib8ENvkhILh1kScRmryHxpu/xsMsY8GvwGNBRkB9RQCor00fC2q98bXAWPBdkrHgYeAufwTYlO+Cx4LjCRv8CEGDH2UZC34DBOedwLFgfZJPER0jNCmOCZkUx61JgS3ScQGT4oThJoWO+wSZSXGCz6RQkvd2r/9bp5bfRapJ8a3HpPjOB5PiW2CTfzdeBnRoJj5JyMQnhZj4lGVibJFOCTDx94YzsY77ezIm/t4ycci93es/7dTyTKQy8WkPE5/xgYlPA5v8jHV3FTAHYms8yzIu+MECSv1AAKgfTR8XaL3xo8C44H2SccFZ4C7/E7Ap37fjAvUTQYOfYxkX/AwEZ0PguKARybjgPKFJcV7IpLhgTQpskS4ImBQXDTcpdNwXyUyKi3wmRVnBe4eYFL84tbwUqSbFLx6T4pIPJsUvwCa/NF4GdGgmvkzIxJeFmPiKZWJska4IMPGvhjOxjvtXMib+1TKx+wph4t+cWl6NVCb+zcPEV31g4t+ATX4VyMSs7i4wB2JrvMYyLvjdjgvU7wSAippg+Ljg/0TeBDxAPyAZF1wD7vLJcMVWH9hxgUo2wfw1RgusMUmghy2MgeBsAhwXNCUZF6SYwGdSpACC073elBP+eG1NijDvqYuUcgL+vqmAgJWKO9UEeI1ETYpUwIbyyaQoJ3jvEJMitVPLNK6aRpRJoRNQ0BWsOxHeBQV/d7iNmRrY5GkmyIAOzcRpCZk4rRATp7NMjC1SOgEmTm84E+u405MxcXrLxO4rhIkzOLXMGKlMnMHDxBl9YOIMwCbPCGRiVncXmAOxNWaSMn/QR6bMQPOHFVCZCQCVxfRxgdYbWQTGBbtIxgWZgLt8VmBT7rLjApWVoMGzsYwLbgKCsxlwXNCcZFxwM6FJcbOQSZHdmhTYImUXMClyGG5S6LhzkJkUOfhMiljBe4eYFDmdWuaKVJMip8ekyOWDSZET2OS5JsiADs3EuQmZOLcQE+exTIwtUh4BJs5rOBPruPOSMXFey8TuK4SJ8zm1zB+pTJzPw8T5fWDifMAmzw9kYlZ3F5gDsTUWYBkX3GLHBeoWAkAVNH1c8H8aR2BcsIdkXFAAuMsXAjblHjsuUIUIGrwwy7jgViA4WwLHBa1IxgW3EZoUtwmZFEWsSYEtUhEBk6Ko4SaFjrsomUlRlM+kKC947xCT4nanlsUi1aS43WNSFPPBpLgd2OTFJsiADs3ExQmZuLgQE5ewTIwtUgkBJr7DcCbWcd9BxsR3WCZ2XyFMXNKpZalIZeKSHiYu5QMTlwQ2eSkgE7O6u8AciK2xNMu4oIwdF6gyBICKMX1coPVGjMC4YB/JuKA0cJdXwKbcZ8cFShE0eFmWcUE5IDjbAscF7UjGBbGEJkWskElR3poU2CKVFzApKhhuUui4K5CZFBX4TIoKgvcOMSkqOrWsFKkmRUWPSVHJB5OiIrDJK02QAR2aiSsTMnFlISauYpkYW6QqAkxc1XAm1nFXJWPiqpaJ3VcIE1dzalk9Upm4moeJq/vAxNWATV4dyMSs7i4wB2JrrMEyLqhpxwWqJgGgapk+Lvg/vSEwLviYZFxQA7jL1wY25cd2XKBqEzR4HZZxQV0gODsAxwUdScYF9QhNinpCJsWd1qTAFulOAZOivuEmhY67PplJUZ/PpKgoeO8Qk+Iup5YNItWkuMtjUjTwwaS4C9jkDSbIgA7NxA0JmbihEBM3skyMLVIjASZubDgT67gbkzFxY8vE7iuEie92atkkUpn4bg8TN/GBie8GNnkTIBOzurvAHIitsSnLuCDOjgtUHAGg4k0fF2i9ES8wLviUZFzQFLjLNwM25ad2XKCaETR4c5ZxQQsgODsBxwWdScYF9xCaFPcImRQtrUmBLVJLAZOileEmhY67FZlJ0YrPpKgkeO8Qk6K1U8s2kWpStPaYFG18MClaA5u8zQQZ0KGZuC0hE7cVYuJ2lomxRWonwMTtDWdiHXd7MiZub5nYfYUw8b1OLTtEKhPf62HiDj4w8b3AJu8AZGJWdxeYA7E1dmQZF9xnxwXqPgJA3W/6uEDrjfsFxgWfkYwLOgJ3+U7ApvzMjgtUJ4IG78wyLugCBGcCcFyQSDIu6EpoUnQVMikSrEmBLVKCgEmRaLhJoeNOJDMpEvlMisqC9w4xKbo5teweqSZFN49J0d0Hk6IbsMm7T5ABHZqJexAycQ8hJu5pmRhbpJ4CTNzLcCbWcfciY+JelondVwgT93Zq2SdSmbi3h4n7+MDEvYFN3gfIxKzuLjAHYmvsyzIu6GfHBaofAaAeMH1coPXGAwLjggMk44K+wF2+P7ApD9hxgepP0OADWMYFA4Hg7AEcF/QkGRcMIjQpBgmZFIOtSYEt0mABk2KI4SaFjnsImUkxhM+k6CR47xCTYqhTywcj1aQY6jEpHvTBpBgKbPIHJ8iADs3EwwiZeJgQEw+3TIwt0nABJh5hOBPruEeQMfEIy8TuK4SJH3JqOTJSmfghDxOP9IGJHwI2+UggE7O6u8AciK1xFMu4YLQdF6jRBIB62PRxgdYbDwuMC74gGReMAu7yY4BN+YUdF6gxBA3+CMu4YCwQnH2A44K+JOOCRwlNikeFTIpx1qTAFmmcgEkx3nCTQsc9nsykGM9nUnQWvHeISTHBqeXESDUpJnhMiok+mBQTgE0+cYIM6NBMPImQiScJMfFky8TYIk0WYOIphjOxjnsKGRNPsUzsvkKYeKpTy2mRysRTPUw8zQcmngps8mlAJmZ1d4E5EFvjdJZxwQw7LlAzCAA10/RxgdYbMwXGBYdIxgXTgbv8LGBTHrLjAjWLoMEfYxkXzAaCsz9wXDCAZFzwOKFJ8biQSfGENSmwRXpCwKR40nCTQsf9JJlJ8SSfSdFF8N4hJsVTTi2fjlST4imPSfG0DybFU8Amf3qCDOjQTDyHkInnCDHxXMvE2CLNFWDieYYzsY57HhkTz7NM7L5CmPgZp5bzI5WJn/Ew8XwfmPgZYJPPBzIxq7sLzIHYGhewjAueteMC9SwBoJ4zfVyg9cZzAuOCr0jGBQuAu/zzwKb8yo4L1PMEDb6QZVzwAhCcg4HjgiEk44IXCU2KF4VMikXWpMAWaZGASbHYcJNCx72YzKRYzGdSdBW8d4hJscSp5dJINSmWeEyKpT6YFEuATb50ggzo0Ey8jJCJlwkx8XLLxNgiLRdg4hWGM7GOewUZE6+wTOy+Qpj4JaeWKyOViV/yMPFKH5j4JWCTrwQyMau7C8yB2BpXsYwLVttxgVpNAKiXTR8XaL3xssC44AjJuGAVcJdfA2zKI3ZcoNYQNPhalnHBK0BwDgOOC4aTjAteJTQpXhUyKdZZkwJbpHUCJsVrhpsUOu7XyEyK1/hMigTBe4eYFOudWm6IVJNivcek2OCDSbEe2OQbJsiADs3EGwmZeKMQE79umRhbpNcFmHiT4Uys495ExsSbLBO7rxAm3uzUckukMvFmDxNv8YGJNwObfAuQiVndXWAOxNa4lWVc8IYdF6g3CAD1punjAq033hQYF3xDMi7YCtzltwGb8hs7LlDbCBp8O8u44C0gOEcCxwWjSMYFbxOaFG8LmRQ7rEmBLdIOAZPiHcNNCh33O2QmxTt8JkWi4L1DTIp3nVq+F6kmxbsek+I9H0yKd4FN/t4EGdChmfh9QiZ+X4iJd1omxhZppwATf2A4E+u4PyBj4g8sE7uvECb+0Knlrkhl4g89TLzLByb+ENjku4BMzOruAnMgtsbdLOOCPXZcoPYQAGqv6eMCrTf2CowLjpOMC3YDd/l9wKY8bscFah9Bg3/EMi74GAjOMcBxwSM+bRTh5u8TYP7mAPM3F5g/3RypXLlrF3hxLfCzvfPzXuenvj4N5GO/Qxz6vwkev+9z3qP/ffC9nwVef+567z+5/4HA+w/e4P4HXPf/IvD6yyTe28F57xfOe/VGeCjw+vC/XMtXgfd/fYO1fOVay5HA66M3WMsR11q+Cbw+lsR7Ozrv/cZ5r17j8cDrE47sQW9i80tczwv6EPAtuLfRcS8qcT2v6Li/I9nTvgXuacBaq+8Mx839ya/vaWjcfG943PMC/fKtQNynScRCic9x93LXOtz8nSHJX0lg/k4D83eWZL/+DrhfAzGjkPnza4AHzGXIAO+kHeBhi3RSYIB3yvABno77lPAAD725lzeUHH8mIccKhpLjeRJy/B5IjkDMqPOE5Pi9EDmetuSILdJpAXI8Yzg56rjPCJEjeq3Z464TOVoxn50QmXH/IuyQhK3EAzGfFYj7Eskh5gyQhH8BHmIukxxifgDmD4gZdZkEf3UNFSFXSfJXz1ARco2kf38E9i8QM+oaoQj5UUiE/GRFCLZIPwmIkHOGixAd9zkSEZIvcBj/QeBQmiyN2ePKwnEyh/HoNBxk9DOQjIC1VtFpzBZxuq9/FsBNyjQch8BzQrgJN3+pSPIHxLdKCcxfapJ96zwQf0DMqNQk+GtpqAhOT5K/VoaK4Awk/XsB2L9AzChk/vwSwReERPBFK4KxRbooIIJ/MVwE67h/IRHBRQNi8LzAoT6z4SK4ZJyMmMlCQkaXgGQErLXKYrgI1n19SQA3N5EcAn8Rwk24+buZJH9AfKubgPnLTrJvXQbiD4gZlZ0Ef90MFcG5SfLX3VARnIekf68A+xeIGZWHUARfERLBv1oRjC3SrwIi+DfDRbCO+zcSERwTEIOXBQ71+Q0XwRXiZMRMARIyugokI2CtVQHDRbDu66sCuClEcgj8TQg34eavMEn+gPhWhYD5u5Vk37oGxB8QM+pWEvwNM1QE306Sv+GGiuBiJP37O7B/gZhRxQhF8O9CIjhq4h8vrQgO8566SDqh6Psmm2i2CNZxJ5sIr5HIWqsExOA1gUP9HYaL4FpxMmKmJAkZRU/E5RJYa1XScBGs+zp6Iv6+ZUgOgcmEcBNu/mJI8gfEtyoDzJ8i2beSA/EHxIxSJPibYqgILk+Sv6mGiuAKJP2bAti/QMyoCoQiGJjLEBGc0opgbJFSCojgVIaLYB13KhIRXC8gBpMLHOorGy6CG8XJiJkqJGSUGkhGwFqrKoaLYN3XqQVwU53kEJhKCDfh5q8GSf6A+FbVgfmrSbJvpQHiD4gZVZMEf/MNFcF1SfK3wFARXI+kf9MC+xeIGVWPUASnFRLB6awIxhYpnYAITm+4CNZxpycRwU0DYjCNwKH+LsNF8D1xMmKmAQkZZQCSEbDWqoHhIlj3dQYB3DQmOQSmF8JNuPm7myR/QHyrxsD8NSHZtzIC8QfEjGpCgr/VhorgZiT5e9lQEdycpH8zAfsXiBnVnFAEZxISwZmtCMYWKbOACM5iuAjWcWchEcFtAmIwo8ChvqXhIrhjnIyYaUVCRlmBZASstWpluAjWfZ1VADdtWb7YSQg34eavHcu3ywJ7pS0wf+1J9q1sQPwBMaPak+Bvm6Ei+D6S/G03VATfT9K/NwH7F4gZdT+hCL5JSATfbEUwtkg3C4jg7IaLYB13dhIR3DkgBrMJHOq7GC6Cu8fJiJmuJGSUA0hGwFqrroaLYN3XOQRw043kEJhdCDfh5q87Sf6A+FbdgPnrQbJv5QTiD4gZ1YMEfx8bKoL7kOTvE0NFcF+S/s0F7F8gZlRfQhGcS0gE57YiGFuk3AIiOI/hIljHnYdEBPcOiMGcAof6/oaL4AFxMmJmAAkZ5QWSEbDWaoDhIlj3dV4B3AwmOQTmEcJNuPkbQpI/IL7VYGD+hpLsW/mA+ANiRg0lwd9xQ0XwCJL8nTBUBD9E0r/5gf0LxIx6iFAE5xcSwQWsCMYWqYCACL7FcBGs476FRAQPCYjBfAKH+tGGi+CH4mTEzMMkZFQQSEbAWquHDRfBuq8LCuBmLMkh8BYh3ISbv0dJ8gfEtxoLzN84kn2rEBB/QMyocST4+8VQETyJJH+XDBXBk0n6tzCwf4GYUZMJRXBhIRF8qxXB2CLdKiCCbzNcBOu4byMRwQ8HxGAhgUP9NMNF8Pg4GTEznYSMigDJCFhrNd1wEaz7uogAbmaRHAJvE8JNuPl7jCR/QHyrWcD8zSbZt4oC8QfEjJpNgr+0B8wUwU+R5C/dATNF8NMk/Xs7sH+BmFFPE4rg24VEcDErgrFFKiYggosbLoJ13MVJRPDkgBgsKnCon2e4CJ4ZJyNmniEhoxJAMgLWWj1juAjWfV1CADfPkhwCiwvhJtz8PUeSPyC+1bPA/D1Psm/dAcQfEDPqeRL85TVUBC8iyV8+Q0XwYpL+LQnsXyBm1GJCEVxSSASXsiIYW6RSAiK4tOEiWMddmkQEPx4Qg3cIHOqXGS6C58bJiJnlJGRUBkhGwFqr5YaLYN3XZQRws5LkEFhaCDfh5m8VSf6A+FYrgflbTbJvxQDxB8SMWk2Cv1KGiuBXWPY/Q0XwqyT9q4D9C8SMepVQBCshEVzWimBskcoKiOByhotgHXc5EhG8ICAGYwQO9esNF8EvxsmImQ0kZBQLJCNgrdUGw0Ww7utYAdxsIjkElhPCTbj520ySPyC+1SZg/raQ7FvlgfgDYkZtIcFfTUNF8DaS/NUyVARvJ+nfCsD+BWJGbScUwRWERHBFK4KxRaooIIIrGS6CddyVSETw0oAYLC9wqN9huAheFScjZt4hIaPKQDIC1lq9Y7gI1n1dWQA375McAisJ4Sbc/O0kyR8Q3+p9YP4+INm3qgDxB8SM+oAEf80MFcF7SPLX3FARvJekf6sC+xeIGbWXUARXFRLB1awIxhapmoAIrm64CNZxVycRwWsDYrCKwKH+Y8NF8IY4GTHzCQkZ1QCSEbDW6hPDRbDu6xoCuPmM5BBYXQg34ebvc5a/Mwrslc+A+TtAsm/VBOIPiBl1gAR/XQwVwYdI8tfVUBF8mKR/awH7F4gZdZhQBNcSEsG1rQjGFqm2gAiuY7gI1nHXIRHBmwNisKbAof6I4SJ4e5yMmDlKQkZ1gWQErLU6argI1n1dVwA3x0kOgXWEcBNu/k6Q5A+Ib3UcmL9vSfatekD8ATGjviXB32BDRfD3JPkbYqgIPk3Sv3cC+xeIGXWaUATfKSSC61sRjC1SfQERfJfhIljHfReJCH4nIAbrCRzqfzBcBH8YJyNmfiQhowZAMgLWWv1ouAjWfd1AADc/kxwC7xLCTbj5O0+SPyC+1c/A/F0g2bcaAvEHxIy6QIK/CYaK4Msk+ZtoqAi+QtK/jYD9C8SMukIoghsJieDGVgRji9RYQATfbbgI1nHfTSKC9wbEYEOBQ/1Vw0Xw/jgZMXONhIyaAMkIWGt1zXARrPu6iQBukqXlOATeLYSbcPMXTZI/IL6VGzPh5i95Wo59qykQf0DMqOQk+JtjqAhOTZK/uYaK4DQk/RsH7F8gZhQyf36J4DghERxvRTC2SPECIriZ4SJYx92MRAQfDIjBpgKH+vRpzRbBX8fJiJkMJGTUHEhGwFqrDGnNFsG6r5sL4CYzySGwmRBuws1fFpL8AfGtMgPzl5Vk32oBxB8QMyorCf5WGCqCs5Pk7yVDRXAOkv69B9i/QMyoHIQi+B4hEdzSimBskVoKiOBWhotgHXcrEhF8LCAGWwgc6nMbLoJPxcmImTwkZNQaSEbAWqs8hotg3detBXCTn+QQ2EoIN+HmrwBJ/oD4VvmB+buFZN9qA8QfEDPqFhL8bTFUBN9Kkr+thorg20j6ty2wf4GYUbcRiuC2QiK4nRXB2CK1ExDB7Q0XwTru9iQi+GxADLYRONTfbrgIPh8nI2aKkZDRvUAyAtZaFTNcBOu+vlcAN3eQHALbC+Em3PyVJMkfEN/qDmD+SpHsWx2A+ANiRpUiwd8eQ0WwIsnfXkNFcFmS/u0I7F8gZlRZQhHcUUgE32dFMLZI9wmI4PsNF8E67vtJRPClgBjsIHCoL2+4CL4WJyNmKpCQUScgGQFrrSoYLoJ1X3cSwE1lkkPg/UK4Cfvvx5LkD4hvVRmYv6ok+1ZnIP6AmFFVSfB3xFARXJMkf0cNFcG1SPq3C7B/gZhRtQhFcBchEdzVimBskboKiOAEw0WwjjuBRARHx0dFdRY41Nc1XASniZcRM/VIyCgRSEbAWqt6hotg3deJAri5i+QQmCCEm7C/7Zwkf0B8q7uA+WtIsm91A+IPiBnVkAR/PxsqgpuQ5O+8oSK4KUn/dgf2LxAzqimhCO4uJIJ7WBGMLVIPARHc03ARrOPuSSKCMwTEYDeBQ30zw0VwtngZMdOchIx6AckIWGvV3HARrPu6lwBuWpIcAnsK4Sbsz2qT5A+Ib9USmL/WJPtWbyD+gJhRrUnwl/KgmSK4PUn+Uh00UwTfS9K/fYD9C8SMupdQBPcREsF9rQjGFqmvgAjuZ7gI1nH3IxHBOQJisLfAof4+w0VwvngZMXM/CRk9ACQjYK3V/YaLYN3XDwjgpgvJIbCfEG7CzV9XlsfJgb3SBZi/BJJ9qz8Qf0DMqAQS/OU0VAT3IMlfLkNFcE+S/h0A7F8gZlRPQhE8QEgED7QiGFukgQIieJDhIljHPYhEBBcMiMH+Aof6PoaL4KLxMmKmLwkZDQaSEbDWqq/hIlj39WAB3PQnOQQOEsJN2IcrkvwB8a36A/M3kGTfGgLEHxAzaiAJ/oobKoKHkuSvhKEi+EGS/h0K7F8gZtSDhCJ4qJAIftCKYGyRHhQQwcMMF8E67mEkIrhEQAwOETjUjzBcBMfEy4iZh0jIaDiQjIC1Vg8ZLoJ1Xw8XwM1okkPgMCHchJu/h0nyB8S3Gg3M3xiSfWsEEH9AzKgxJPiraqgIHkeSv2qGiuDxJP37ELB/gZhR4wlF8ENCInikFcHYIo0UEMGjDBfBOu5RJCI4NiAGRwgc6icZLoKrxMuImckkZDQaSEbAWqvJhotg3dejBXAzjeQQOEoIN+HmbzpJ/oD4VtOA+ZtBsm89DMQfEDNqBgn+mhgqgmeT5K+poSL4cZL+HQPsXyBm1OOEIniMkAh+xIpgbJEeERDBYw0XwTrusSQiuEZADD4scKh/ynARXC9eRsw8TUJGjwLJCFhr9bThIlj39aMCuJlHcggcK4SbcPP3DEn+gPhW84D5m0+yb40D4g+IGTXfcL5rEOC7cQL71vOGx900Xma/XkjSL+OB/QKstVpoOG7aBgoxXgA3+r6ouPXaUrkw0y7w4lrgZ3vn573OT31NCMQy0YlH/zdBUXuf8x7974PvnRR4Pdn13n9y/ymB90+9wf2nuO4/LfB6ehLv7eC8d5rzXi3AZwRez/yXa5kVeP9jN1jLLNdaZgdeP36Dtcx2reWJwOsnk3hvR+e9Tzjv1Wt8KvD6aUcDorE5v8T1vKCxucjwnlxU4npe0XEvJtnL5wD3cmCt1WJCA7E9eB8OrjFY87mBWs0L/POMywfK6PxMGxVqKuorlet1LdC6BEzKmJSutaZ1rTkYTybn36fA/t5yaV25jXLlOyqJvEW5fn+awD8ZnNfdEgbFD+7cu0eXxgnDkqpZ8iTuG+2KNaXnfe46Bv9davd/L3EoAd3rT4eHuQ55zXN+PuP8zBz4Z37g9YK/IDPEgUg3I/q+ywgOmPMFyGy5EJlFg+MH1kctBxOQd3OWqP9c4ARLcp3zgOt05/VZZz95zkWQOZ2f7s0+mev/YybNNK44gpebXIK/Mxh3kEhTYtdSVv+uFFGh142INPj7PUTaIqHLgIRBHiL1Tkyjk4jVHaOOLzU2vpjgWoNXcE3B35Mu6g/cpHGtIy12HSr4u7zrSOtaRxrX6+C/S+daU/D/S+9Zr7sX3P9tMK/pXTHTHEZ0IM86h47nnJ/PB34unCi3/rkCBLzS8AmWjvt5gbhXkRw8gPVRqwgOmfMEar2GAOMLBeJeS4JxYH3UWsMxfn/y6441utbrDI97XsANnSMQ92skbugLQDcUWGuFzJ/XpHnBORd5z0n6ejHwetG/nJQsDrx/yQ0mJYtd918aeL1s4vX7+iGQXwQLZIl9Zyn26cbE2LKxMbqvUXG7hd1yl9AOCoT/RaGd2hVH8HK701pE3eT87779BvVIHNZ0cO/ePRJ7JHRt2m9QgjtlST0BnJSOdZvDKZJII505LLW+5UJPxf5VTsPlmBX//UnjGM+9lF+TrRVCj8a/ZB+NxxbppYn4+640/NF4HfdKnzeBmPCukJzGhHl5D09o4dcs8Av2jsfdb2GxqKh942XrFea9lff/cOd3lYO11S7MpXThJPhevaH9HvVnDCVzvY523hN9g/ck+4v7/NVhRGzTCganE7DVFezqiaH2vntBqN+9CrgJvXyDe1WqmNA5sWJsuU4xsYmdA/epkJhQrlPZyiqxUrnA7cvFqs6dEmK6xnauWCG2QqXEir49W/KyEAOvsQyMLdIaAQZeazgD67jX+vThtHDjX+2sFX3fjYZ+WORPdjMQS68A7bKNYItLb2J6fbWde6IxHzwVoXG0yXCLOHh6Q8e92UyL+E+SG3kQWQ281xaSD6sB8a2AmFFS+UP3yauE9tGrQofXdfbwii3SOoHD62uGH1513K+RfLOC9rsl1urX/G11GBtBYujlm92z3sn3hn9g99RJIndeu6dO1N/bPUnd52/tHtMfxot2kpnMlbgNrhN68EKfOIBxqA3AzWwjrhkSg/ncKKh4dB5XCyjnbWY9+PWnU5KOe71A3NsJHnjbIBD3W4YqFS/BIPeNbcCv1XibROkB8a2AmFFv+/TAZbh1Xg/kmteBTp2+hwS3vG74VyNIxK1dxMPj8HG/T+AifiUQ906SB003AfsRWGu103Dc6H45K4CbXQT98oNA3LtJ+mUzsF+AtVa7CfrlmgBu9hH0y+8CcX9E0i9bgP0CrLX6iKBfMglMNz8l6JfMAnHvJ+mXrcB+AdZa7SfolwICuDlA0C+3CMR9kKRf3gD2C7DW6iBBv5QWwM0hgn4pIxD3YZJ+eRPYL8Baq8ME/VJDADdHCPqlpkDcR0n6ZRuwX4C1VkcJ+qWpAG6OE/RLnEDcJ0j6ZTuwX4C1VicI+qWjAG5OEvTLfQJxnyLpl7eA/QKstTpF0C99BXBzhqBf+gnEfZakX94G9guw1uosQb+MEsDNTwT9Mlog7nMk/bID2C/AWqtzBP0yXQA3Fwj6ZYZA3BdJ+uUdYL8Aa60uEvTLAgHcXCbol2cF4r5C0i/vAvsFWGt1haBfVgng5ipBv6wWiPsaSb+8B+wXYK3VNYJ+2SqAm2TpzO+XNwTijk7H0S/vA/sFWGsVbThudL/sFsBNSoJ+2SMQdyqSftkJ7BdgrRUyf/pDzwsDicvi3E9/hkE/l62fNdXPz+lngvRzDnp2q+dR2mPXvqH2QrS+02dWzcN6b9k5MSrkQuPmA+A3Tkiu80MkbgL3eCH5H59D0zn4UDjPu4CfUfPr20h2CX0byW77bSTYIu0W+DaSPYZ/G4mOew/Rt5FIrNV+oe31KyqJC7Vmd373OjXc9w++4aSQ67/7q284KRT1999wktR9/ie+4UQns6Arcfsm/nnnNfkbTvYBN8iPJuLz+9E/yGe46/4YeCoz9PvuxL4xZK/Ap/jTpjM/7n0CcaczXPXruD8WiDu9T6o/JrxLAXGpgLVWUvlD1/kTQvX4iZB6/NSqR2yRPhVQj/sNV4867v1E6nG/VY/06vEzp4afW/X4369goj7zqMfPydTj58AN8oCAejzgg3o8aNXjf1ZRnwmoicwE6vFzgbizEKjHgwJxZyVRj0BcKmCtFTJ/mvRfSB71pwtdHzQ2P59o/hq/EJpxwxvySyAhsgLqSwJAHUKvEb1A7S0fEmCM7CSM8QXwdH0Y2JTZCU4ahwVw8xWwYfTGtpBwY/uKYGP7Woopo8GAckvxsL/ihuArvyWa8ii42BJxvygQd07DN2HdhEcE4s5F8ojwN8B+BNZa5QLLPUES+3+DKjQ2jxKQ2DfSp/NwAX5/oPBLBRo8r+ENnpCYGNO5axc1rwQu5mPAzQKZP7+m7MfA3n/wOm6n7NgiHReYsp8wfMqu4z4hNGUPXmhlgczptxPlmgKUz8TYsrExyA35u4nmEprEhxiPCnyYLz/Bhxi/EYi7AIlCOQnsa2CtVQGCfjkngJtCBP3ys0DchUn65RSwX4C1VoUJ+iV6Ah43RQj6JblA3EVJ+uV7YL8Aa62KEvRLNgHcFCfol5sE4i5B0i+ngf0CrLUqQdAvhQVwU4qgX24ViLs0Sb+cAfYLsNaqNEG/lBXAjSLol3ICcZcl6ZezwH4B1lqVJeiXOgK4KU/QL3UF4q5A0i8/APsFWGtVgaBfmgvgpjJBv7QQiLsKSb/8COwXYK1VFYJ+6SyAm+oE/dJFIO4aJP3yE7BfgLVWNQj6ZYAAbmoT9MtAgbjrkPTLOWC/AGut6hD0yyMCuLmToF/GCsRdn6Rffgb2C7DWqj5BvzwmgJuGBP0yWyDuRiT9ch7YL8Baq0YE/bJQADdNCPrlBYG4m5L0ywVgvwBrrZoS9MtaAdw0I+iXVwTibk7SLxeB/QKstWpO0C/bBXDTkqBf3hKIuxVJv/wC7BdgrVUrgn75SAA3bQn65WOBuNuR9MslYL8Aa62Q+dPfNPmi648S6c8w6Oey9bOm+vk5/UyQfs5Bz271PEp77No31F6I1nf6zKp5WO8tlyZGhVxo3FwW+hoK9DqvAHGj67PI9UeJdA6uCOf5V8Kvlf5V6AOvv9kPvGKL9JvAB16vGv6BVx33VaKvlZZYq/1a6etXVBIXas3u/F5zavi7/Vrp/34FE3XN87XSv0/8+69Bjgnvgn6t9O/IDXISPr/6nn+Xz7D/ZDJu3RH3tdLXBL6WpgPB10r/LhB3R4Ive0w2CR/3fSRfEgrEpQLWWknlD13n6El86jEazGn/D5uT/nht1WOY99RFSj4Jf98UQMBKxZ1iErxGYuQhsVarHq9fUUlcqDW785vSqWEqVy2tevyXVzBROpkFXYlL9Q/UTkx4F1Q9pgJukKkF1GNqH9RjGqse/7OKSimgJroQqMdUAnF3JVCPaQTiTiBRj0BcKmCtFTJ/mvQXEf6phVSTzF9jWoE1JrnQsP+2NpAQWQGVjgBQ6dFrRC9Qe8vpBRijB8sfQQeerjMAm7IHwUkjgwBuMgIbRm9sLxJubBkJNrZMpm9s+mu+vxMYIPUyf2P7v68PR35lembgxiaVv2hwnZF/zCoLMH8SvSK1mWcFbxIScWcWiLuP4eStN+8sAnH3JXm0PBuwH4G1Vn3BNoHg4Ufsj1llJTj8ZBNYY5ILDRfoN/0bdVPxhvdSfj0NcJPQ0wA326cBsEW6WeBpgOyGPw2g484u9DRA8JLMaUyYlx9PArwzDvskwCcT8Dltl1yIAf7tOtWN/7W7Vjkc3Ob8B08VDI/6Mx69TxUMj/r7pwqSus/fPlXwr5PwNykKBpdj0h8LjHYS8aBncajfGQQymtH7E3xq9ROBT60OIPGT2yXHnbhyAMlwIIk0ywmUZu5eCXddg0jwB+wTBcSMGkTy/HQuQsWUS0gx5baKCVuk3AKKKY/hiknHnYfo+WmJtf6dagr7q7I8qinc+0mppn9F7n+jbKKSuFD3dtcqr4OHfKarJoZnsfN6FJhO6rCo0MvkZ7HzATfb/P+KtRNveAXzmf8f5DPsvwcMzMGA/79O6P9gc/nXJ8u/OQ1qHOYVGLoNI3gWO59A3MMJnpAqIBD3CBIlCsSlAtZajSDAjcQ+0VbIskav85ZJHOssCHSq9IFyset7xnQOCk6KipJcfyHCT4oXEnI6ClunA1ukwgJOx62GOx067lvJZsO3Cs6GhTDr26ewb3NqWcT0T2GjkxAM7jbPJ6eLTIr604W2sm4DNnkRkpNEUUImLirExLdbJsYW6XYBJi5mOBPruIuRMXExy8TuK4SJizu1LBGpTFzcw8QlfGDi4sAmLwH+VN9iwk/1lZhk/hrvYHmwvST48++MgCpJAKhSpn9MVOuNUgJu62gSl/4O4C5fGtiUo8EfhVpI2OClCRq8jBRjoMfWMUBwvg/8CrGdaTkejFSEJoUSMinKWpMCW6SyAiZFOcNNCh13OTKTohyfSaEk7+1ef6xTy/KRalLEekyK8j6YFLHAJi8/SQZ0aCauQMjEFYSYuKJlYmyRKgowcSXDmVjHXYmMiStZJg65t3v9lZ1aVolUJq7sYeIqPjBxZWCTV7HurgLmQGyNVVnGBdUsoFQ1AkBVN31coPVGdYFxwRiScUFV4C5fA9iUY+y4QNUgaPCaLOOCWkBw7gKOC3aTjAtqE5oUtYVMijrWpMAWqY6ASVHXcJNCx12XzKSoy2dSlBW8d4hJUc+p5Z2RalLU85gUd/pgUtQDNvmdk2RAh2bi+oRMXF+Iie+yTIwt0l0CTNzAcCbWcTcgY+IGlondVwgTN3Rq2ShSmbihh4kb+cDEDYFN3gjIxKzuLjAHYmtszDIuuNuOC9TdBIBqYvq4QOuNJgLjgrEk44LGwF2+KbApx9pxgWpK0OBxLOOCeCA49wHHBR+RjAuaEZoUzYRMiubWpMAWqbmASdHCcJNCx92CzKRowWdSlBO8d4hJcY9Ty5aRalLc4zEpWvpgUtwDbPKWk2RAh2biVoRM3EqIiVtbJsYWqbUAE7cxnIl13G3ImLiNZWL3FcLEbZ1atotUJm7rYeJ2PjBxW2CTtwMyMau7C8yB2Brbs4wL7rXjAnUvAaA6mD4u0Hqjg8C4YBzJuKA9cJfvCGzKcXZcoDoSNPh9LOOC+4Hg/BQ4LthPMi7oRGhSdBIyKTpbkwJbpM4CJkUXw00KHXcXMpOiC59JESt47xCToqtTy4RINSm6ekyKBB9Miq7AJk+YJAM6NBMnEjJxohATd7NMjC1SNwEm7m44E+u4u5MxcXfLxO4rhIl7OLXsGalM3MPDxD19YOIewCbvCWRiVncXmAOxNfZiGRf0tuMC1ZsAUH1MHxdovdFHYFwwgWRc0Au4y/cFNuUEOy5QfQkavB/LuOABIDgPAMcFB0nGBf0JTYr+QibFAGtSYIs0QMCkGGi4SaHjHkhmUgzkMynKC947xKQY5NRycKSaFIM8JsVgH0yKQcAmHzxJBnRoJh5CyMRDhJh4qGVibJGGCjDxg4YzsY77QTImftAysfsKYeJhTi2HRyoTD/Mw8XAfmHgYsMmHA5mY1d0F5kBsjSNYxgUP2XGBeogAUCNNHxdovTFSYFwwiWRcMAK4y48CNuUkOy5QowgafDTLuOBhIDgPAccFh0nGBWMITYoxQibFI9akwBbpEQGTYqzhJoWOeyyZSTGWz6SoIHjvEJPiUaeW4yLVpHjUY1KM88GkeBTY5OMmyYAOzcTjCZl4vBATT7BMjC3SBAEmnmg4E+u4J5Ix8UTLxO4rhIknObWcHKlMPMnDxJN9YOJJwCafDGRiVncXmAOxNU5hGRdMteMCNZUAUNNMHxdovTFNYFwwhWRcMAW4y08HNuUUOy5Q0wkafAbLuGAmEJxHgOOCoyTjglmEJsUsIZPiMWtSYIv0mIBJMdtwk0LHPZvMpJjNZ1JUFLx3iEnxuFPLJyLVpHjcY1I84YNJ8TiwyZ+YJAM6NBM/ScjETwox8VOWibFFekqAiZ82nIl13E+TMfHTlondVwgTz3FqOTdSmXiOh4nn+sDEc4BNPhfIxKzuLjAHYmucxzIueMaOC9QzBICab/q4QOuN+QLjgmkk44J5wF1+AbApp9lxgVpA0ODPsowLngOC8zhwXHCCZFzwPKFJ8byQSbHQmhTYIi0UMCleMNyk0HG/QGZSvMBnUlQSvHeISfGiU8tFkWpSvOgxKRb5YFK8CGzyRZNkQIdm4sWETLxYiImXWCbGFmmJABMvNZyJddxLyZh4qWVi9xXCxMucWi6PVCZe5mHi5T4w8TJgky8HMjGruwvMgdgaV7CMC16y4wL1EgGgVpo+LtB6Y6XAuGAGybhgBXCXXwVsyhl2XKBWETT4apZxwctAcJ4EjgtOkYwL1hCaFGuETIq11qTAFmmtgEnxiuEmhY77FTKT4hU+k6Ky4L1DTIpXnVqui1ST4lWPSbHOB5PiVWCTr5skAzo0E79GyMSvCTHxesvE2CKtF2DiDYYzsY57AxkTb7BM7L5CmHijU8vXI5WJN3qY+HUfmHgjsMlfBzIxq7sLzIHYGjexjAs223GB2kwAqC2mjwu03tgiMC6YRTIu2ATc5bcCm3KWHReorQQN/gbLuOBNIDjPAMcFZ0nGBdsITYptQibFdmtSYIu0XcCkeMtwk0LH/RaZSfEWn0nRSfDeISbF204td0SqSfG2x6TY4YNJ8TawyXdMkgEdmonfIWTid4SY+F3LxNgivSvAxO8ZzsQ67vfImPg9y8TuK4SJ33dquTNSmfh9DxPv9IGJ3wc2+U4gE7O6u8AciK3xA5ZxwYd2XKA+JADULtPHBVpv7BIYF8wmGRd8ANzldwObcrYdF6jdBA2+h2VcsBcIzp+A44JzJOOCfYQmxT4hk+Ija1Jgi/SRgEnxseEmhY77YzKT4mM+k6Kz4L1DTIpPnFp+GqkmxScek+JTH0yKT4BN/ukkGdChmXg/IRPvF2LizywTY4v0mQATf244E+u4Pydj4s8tE7uvECY+4NTyYKQy8QEPEx/0gYkPAJv8IJCJWd1dYA7E1vgFy7jgSzsuUF8SAOqQ6eMCrTcOCYwLniAZF3wB3OUPA5vyCTsuUIcJGvwrlnHB10BwXgCOCy6SjAuOEJoUR4RMiqPWpMAW6aiASfGN4SaFjvsbMpPiGz6ToovgvUNMimNOLY9HqklxzGNSHPfBpDgGbPLjk2RAh2biE4RMfEKIib+1TIwt0rcCTPyd4Uys4/6OjIm/s0zsvkKY+KRTy1ORysQnPUx8ygcmPgls8lNAJmZ1d4E5EFvj9yzjgtN2XKBOEwDqjOnjAq03zgiMC54iGRd8D9zlzwKb8ik7LlBnCRr8B5ZxwY9AcF4GjguukIwLfiI0KX4SMinOWZMCW6RzAibFz4abFDrun8lMip/5TIqugvcOMSnOO7W8EKkmxXmPSXHBB5PiPLDJL0ySAR2aiS8SMvFFISb+xTIxtki/CDDxJcOZWMd9iYyJL1kmdl8hTHzZqeWVSGXiyx4mvuIDE18GNvkVIBOzurvAHIit8VeWccFvdlygfiMA1FXTxwVab1wVGBfMIRkX/Arc5a8Bm3KOHReoawQN/jvLuCBqMnBXA44LrpGMC5JN5jMpkuFqHmJSRE/+47U1KcK8py6STij6vsmBgJWKO/lkeI1ETYrkwIbyyaRIELx3iEmRwqllSldNI8qk0Ako6ArWnQjvgoK/O9zGTAFs8pSTZUCHZuJUhEycSoiJU1smxhYptQATpzGciXXcaciYOI1lYvcVwsRpnVqmi1QmTuth4nQ+MHFaYJOnAzIxq7sLzIHYGtMLrDHJhYYLqAxA84cVUBkIAJURvUb0ArXeyDgZD9B5JOOC9MBdPhOwKefZcYHKRNDgmaUYAz0uyAIEZzIcOFV0Oo5xQVZCkyKrkEmRzZoU2CJlEzApbjLcpNBx30RmUtzEZ1IkCt47xKS42all9kg1KW72mBTZfTApbgY2efbJMqBDM3EOQibOIcTEOS0TY4uUU4CJcxnOxDruXGRMnMsysfsKYeLcTi3zRCoT5/YwcR4fmDg3sMnzAJmY1d0F5kBsjXlZxgX57LhA5SMAVH7TxwVab+QXGBfMJxkX5AXu8gWATTnfjgtUAYIGv4VlXFAQCM6UwHFBKp82inDzVwiYv03AT2dsBt5LMn+F//fzJzquulVoo0Gv8zbkPhO4x5Lkf0g7nYPbPNIPvf4ihGZkESEzsqg1I7FFKipgRt5uuBmp476dzIy8nc+MjBG8d4gZWcypZfFINSOLeczI4j6YkcWATV6c5CRRgpCJSwgx8R2WibFFukOAiUsazsQ67pJkTFzSMrH7CmHiUk4tS0cqE5fyMHFpH5i4FLDJSwPBrYu8hNDkLT3Z/DWWYRkLxoDHgoyAiiEAlDJ9LKj1hhIYCz5LMhYsA9zlywKb8lnwWPBFwgYvS9Dg5VjGgrFAcOYHjgULkHyKqDyhSVFeyKSoYE0KbJEqCJgUFQ03KXTcFclMiop8JoWSvLd7/ZWcWlaOVJOiksekqOyDSVEJ2OSVJ8uADs3EVQiZuIoQE1e1TIwtUlUBJq5mOBPruKuRMXE1y8Qh93avv7pTyxqRysTVPUxcwwcmrg5s8hrW3VXAHIitsSbLuKCWBZSqRQCo2qaPC7TeqC0wLnieZFxQE7jL1wE25fN2XKDqEDR4XZZxQT0gOAsBxwWFScYFdxKaFHcKmRT1rUmBLVJ9AZPiLsNNCh33XWQmxV18JkVZwXuHmBQNnFo2jFSTooHHpGjog0nRANjkDSfLgA7NxI0ImbiREBM3tkyMLVJjASa+23Am1nHfTcbEd1smdl8hTNzEqWXTSGXiJh4mbuoDEzcBNnlTIBOzurvAHIitMY5lXBBvxwUqngBQzUwfF2i90UxgXPACybggDrjLNwc25Qt2XKCaEzR4C5ZxwT1AcBYBjguKkowLWhKaFC2FTIpW1qTAFqmVgEnR2nCTQsfdmsykaM1nUpQTvHeISdHGqWXbSDUp2nhMirY+mBRtgE3edrIM6NBM3I6QidsJMXF7y8TYIrUXYOJ7DWdiHfe9ZEx8r2Vi9xXCxB2cWnaMVCbu4GHijj4wcQdgk3cEMjGruwvMgdga72MZF9xvxwXqfgJAdTJ9XKD1RieBccEiknHBfcBdvjOwKRfZcYHqTNDgXVjGBV2B4CwOHBeUIBkXJBCaFAlCJkWiNSmwRUoUMCm6GW5S6Li7kZkU3fhMiljBe4eYFN2dWvaIVJOiu8ek6OGDSdEd2OQ9JsuADs3EPQmZuKcQE/eyTIwtUi8BJu5tOBPruHuTMXFvy8TuK4SJ+zi17BupTNzHw8R9fWDiPsAm7wtkYlZ3F5gDsTX2YxkXPGDHBeoBAkD1N31coPVGf4FxwRKScUE/4C4/ANiUS+y4QA0gaPCBLOOCQUBwlgKOC0qTjAsGE5oUg4VMiiHWpMAWaYiASTHUcJNCxz2UzKQYymdSlBe8d4hJ8aBTy2GRalI86DEphvlgUjwIbPJhk2VAh2bi4YRMPFyIiUdYJsYWaYQAEz9kOBPruB8iY+KHLBO7rxAmHunUclSkMvFIDxOP8oGJRwKbfBSQiVndXWAOxNY4mmVc8LAdF6iHCQA1xvRxgdYbYwTGBctIxgWjgbv8I8CmXGbHBeoRggYfyzIueBQITgUcF5QlGReMIzQpxgmZFOOtSYEt0ngBk2KC4SaFjnsCmUkxgc+kqCB47xCTYqJTy0mRalJM9JgUk3wwKSYCm3zSZBnQoZl4MiETTxZi4imWibFFmiLAxFMNZ2Id91QyJp5qmdh9hTDxNKeW0yOViad5mHi6D0w8Ddjk04FMzOruAnMgtsYZLOOCmXZcoGYSAGqW6eMCrTdmCYwLVpCMC2YAd/nHgE25wo4L1GMEDT6bZVzwOBCc5YHjggok44InCE2KJ4RMiietSYEt0pMCJsVThpsUOu6nyEyKp/hMioqC9w4xKZ52ajknUk2Kpz0mxRwfTIqngU0+Z7IM6NBMPJeQiecKMfE8y8TYIs0TYOJnDGdiHfczZEz8jGVi9xXCxPOdWi6IVCae72HiBT4w8Xxgky8AMjGruwvMgdgan2UZFzxnxwXqOQJAPW/6uEDrjecFxgUrScYFzwJ3+YXAplxpxwVqIUGDv8AyLngRCM7KwHFBFZJxwSJCk2KRkEmx2JoU2CItFjAplhhuUui4l5CZFEv4TIpKgvcOMSmWOrVcFqkmxVKPSbHMB5NiKbDJl02WAR2aiZcTMvFyISZeYZkYW6QVAkz8kuFMrON+iYyJX7JM7L5CmHilU8tVkcrEKz1MvMoHJl4JbPJVQCZmdXeBORBb42qWccHLdlygXiYA1BrTxwVab6wRGBesJhkXrAbu8muBTbnajgvUWoIGf4VlXPAqEJzVgeOCGiTjgnWEJsU6IZPiNWtSYIv0moBJsd5wk0LHvZ7MpFjPZ1JUFrx3iEmxwanlxkg1KTZ4TIqNPpgUG4BNvnGyDOjQTPw6IRO/LsTEmywTY4u0SYCJNxvOxDruzWRMvNkysfsKYeItTi23RioTb/Ew8VYfmHgLsMm3ApmY1d0F5kBsjW+wjAvetOMC9SYBoLaZPi7QemObwLhgDcm44A3gLr8d2JRr7LhAbSdo8LdYxgVvA8FZGzguqEMyLthBaFLsEDIp3rEmBbZI7wiYFO8ablLouN8lMyne5TMpOgneO8SkeM+p5fuRalK85zEp3vfBpHgP2OTvT5YBHZqJdxIy8U4hJv7AMjG2SB8IMPGHhjOxjvtDMib+0DKx+wph4l1OLXdHKhPv8jDxbh+YeBewyXcDmZjV3QXmQGyNe1jGBXvtuEDtJQDUPtPHBVpv7BMYF7xCMi7YA9zlPwI25St2XKA+Imjwj1nGBZ8AwXkncFxQn2Rc8CmhSfGpkEmx35oU2CLtFzApPjPcpNBxf0ZmUnzGZ1J0Frx3iEnxuVPLA5FqUnzuMSkO+GBSfA5s8gOTZUCHZuKDhEx8UIiJv7BMjC3SFwJM/KXhTKzj/pKMib+0TOy+Qpj4kFPLw5HKxIc8THzYByY+BGzyw0AmZnV3gTkQW+NXLOOCr+24QH1NAKgjpo8LtN44IjAuWEcyLvgKuMsfBTblOjsuUEcJGvwblnHBMSA4GwLHBY1IxgXHCU2K40ImxQlrUmCLdELApPjWcJNCx/0tmUnxLZ9J0UXw3iEmxXdOLU9GqknxncekOOmDSfEdsMlPTpYBHZqJTxEy8SkhJv7eMjG2SN8LMPFpw5lYx32ajIlPWyZ2XyFMfMap5dlIZeIzHiY+6wMTnwE2+VkgE7O6u8AciK3xB5ZxwY92XKB+JADUT6aPC7Te+ElgXLCeZFzwA3CXPwdsyvV2XKDOETT4zyzjgvNAcDYBjguakowLLhCaFBeETIqL1qTAFumigEnxi+EmhY77FzKT4hc+k6Kr4L1DTIpLTi0vR6pJccljUlz2waS4BGzyy5NlQIdm4iuETHxFiIl/tUyMLdKvAkz8m+FMrOP+jYyJf7NM7L5CmPiqU8trkcrEVz1MfM0HJr4KbPJrQCZmdXeBORBb4+8s44KoKXZcAMyB2BqTodeIXqDWG3qRaIBuJBkX/A7c5aOBTbnRjgtUNEGDJxdYY5JADxecKYDgbAYcFzQnGReknMJnUqQEgtO93lRT/nhtTYow76mLlGoK/r6pgYCVijv1FHiNRE2K1MCG8smkSBC8d4hJkcapZVpXTSPKpNAJKOgK1p0I74KCvzvcxkwDbPK0U2RAh2bidIRMnE6IidNbJsYWKb0AE2cwnIl13BnImDiDZWL3FcLEGZ1aZopUJs7oYeJMPjBxRmCTZwIyMau7C8yB2BozS5k/6CNTFjsuUFkIAJXV9HGB1htZBcYFm0jGBZmBu3w2YFNusuMClY2gwW9iGRfcDARnS+C4oBXJuCA7oUmRXcikyGFNCmyRcgiYFDkNNyl03DnJTIqcfCZFouC9Q0yKXE4tc0eqSZHLY1Lk9sGkyAVs8txTZECHZuI8hEycR4iJ81omxhYprwAT5zOciXXc+ciYOJ9lYvcVwsT5nVoWiFQmzu9h4gI+MHF+YJMXADIxq7sLzIHYGm9hGRcUtOMCVZAAUIVMHxdovVFIYFywhWRccAtwly8MbMotdlygChM0+K0s44LbgOBsCxwXtPNpowg3f0WA+esPzN8AYP50c6Ry5a5z4MW1wM8uzs+uzk99FQ3k43aHOPR/Ezx+d3Peo/998L3FAq+Lu977T+5fIvD+O25w/xKu+5cMvC6VxHsTnPeWdN6rN8LSgddl/uVaYgLvVzdYS4xrLWUDr8vdYC1lXWuJDbwun8R7E533xjrv1WusEHhd0ZE98McLS13PC/oQ8Aa4t+Hz6FLX84qO+02SPa0ScE8D1lq9aThuuie/vqehcfOW4XGnCfRLJYG43yYRCyU+x93LXetw87eDJH8lgfl7G5i/d0j268rA/RqIGYXMn18DPGAuQwZ4VewAD1ukKgIDvKqGD/B03FWFB3jozb28oeT4AQk5VjCUHD8kIcdqQHIEYkZ9SEiO1YTIsbolR2yRqguQYw3DyVHHXUOIHOHPxMZdJ3K0Yq45JTLj3iPskIS7Po3LmgJx7yU5xNQAkvAe4CFmH8khphYwf0DMqH0k+KtrqAj5lCR/9QwVIftJ+rc2sH+BmFH7CUVIbSERUseKEGyR6giIkLqGixAdd10SEZIvcBivJXAoPWD4uLJwnMxh/CAJGdUDkhGw1uqg4SJO93U9AdwcYjlEC+Em3PwdJskfEN/qEDB/X5HsW3cC8QfEjPqKBH8tDRXB35Dkr5WhIvgYSf/WB/YvEDPqGKEIri8kgu+yIhhbpLsERHADw0WwjrsBiQguGhCDdwoc6r81XASXjJMRM9+RkFFDIBkBa62+M1wE675uKICb70kOgQ2EcBNu/k6T5A+Ib/U9MH9nSPatRkD8ATGjzpDgr5uhIvgnkvx1N1QEnyPp38bA/gViRp0jFMGNhUTw3VYEY4t0t4AIbmK4CNZxNyERwTEBMdhI4FB/wXARXCFORsxcJCGjpkAyAtZaXTRcBOu+biqAm8skh8AmQrgJN39XSPIHxLe6DMzfryT7VhwQf0DMqF9J8DfMUBH8O0n+hhsqgqPSc/RvPLB/gZhRyPz5JYLjhURwMyuCsUVqJiCCmxsugnXczUlEcJWAGIwTONQnT2+2CK4VJyNmUpCQUQsgGQFrrVKkN1sE675uIYCb1Ok5DoHNhXAT9l+WJ8kfEN8qNTB/aUn2rXuA+ANiRqUlwd8UQ0VwRpL8TTVUBGci6d+WwP4FYkZlIhTBLYVEcCsrgrFFaiUgglsbLoJ13K1JRHC9gBi8R+BQn9VwEdwoTkbMZCMhozZAMgLWWmUzXATrvm4jgJvsJIfA1kK4CTd/OUjyB8S3yg7MX06SfastEH9AzKicJPibb6gIzkuSvwWGiuB8JP3bDti/QMyofIQiuJ2QCG5vRTC2SO0FRPC9hotgHfe9JCK4aUAMthU41N9iuAi+J05GzBQkIaMOQDIC1loVNFwE677uIICbW0kOgfcK4Sbsv+1Jkj8gvtWtwPwVIdm3OgLxB8SMKkKCv9WGiuDiJPl72VARXIKkf+8D9i8QM6oEoQi+T0gE329FMLZI9wuI4E6Gi2AddycSEdwmIAY7ChzqSxkugjvGyYiZ0iRk1BlIRsBaq9KGi2Dd150FcKNIDoGdhHATbv7KkuQPiG+lgPkrR7JvdQHiD4gZVY4Ef9sMFcEVSfK33VARXImkf7sC+xeIGVWJUAR3FRLBCVYEY4uUICCCEw0XwTruRBIR3DkgBrsIHOqrGi6Cu8fJiJlqJGTUDUhGwFqraoaLYN3X3ST+rjHJITBRCDdh//1YkvwB8a1qAvNXm2Tf6g7EHxAzqjYJ/j42VATfSZK/TwwVwfVJ+rcHsH+BmFH1CUVwDyER3NOKYGyRegqI4F6Gi2Addy8SEdw7IAa7CxzqGxouggfEyYiZRiRk1BtIRsBaq0aGi2Dd170FcNOE5BDYSwg3YX/bOUn+gPhWTYD5iyPZt/oA8QfEjIojwd9xQ0VwC5L8nTBUBN9D0r99gf0LxIy6h1AE9xUSwf2sCMYWqZ+ACH7AcBGs436ARAQPCYjBPgKH+taGi+CH4mTETBsSMuoPJCNgrVUbw0Ww7uv+ArhpT3IIfEAIN2F/Vpskf0B8q/bA/HUg2bcGAPEHxIzqQIK/XwwVwZ1I8nfJUBHcmaR/BwL7F4gZ1ZlQBA8UEsGDrAjGFmmQgAgebLgI1nEPJhHBDwfE4ACBQ32C4SJ4fJyMmEkkIaMhQDIC1lolGi6CdV8PEcBND5JD4GAh3ISbv54sj5MDe6UHMH+9SPatoUD8ATGjepHgL+0BM0VwP5L8pTtgpgh+gKR/HwT2LxAz6gFCEfygkAgeZkUwtkjDBETwcMNFsI57OIkInhwQg0MFDvUDDRfBM+NkxMwgEjIaASQjYK3VIMNFsO7rEQK4GUpyCBwuhJuwD1ck+QPiWw0F5m8Yyb71EBB/QMyoYST4y2uoCB5Jkr98horgUST9OxLYv0DMqFGEInikkAgeZUUwtkijBETwaMNFsI57NIkIfjwgBh8SONSPMVwEz42TETOPkJDRw0AyAtZaPWK4CNZ9/bAAbsaRHAJHC+Em3PyNJ8kfEN9qHDB/E0j2rTFA/AExoyaQ4K+UoSJ4Csu3uxsqgqeS9O8jwP4FYkZNJRTBjwiJ4LFWBGOLNFZABD9quAjWcT9KIoIXBMTgGIFD/QzDRfCLcTJiZiYJGY0DkhGw1mqm4SJY9/U4AdzMJjkEPiqEm3Dz9zhJ/oD4VrOB+XuCZN8aD8QfEDPqCRL81TRUBM8hyV8tQ0XwXJL+nQDsXyBm1FxCETxBSARPtCIYW6SJAiJ4kuEiWMc9iUQELw2IwfECh/r5hovgVXEyYmYBCRlNBpIRsNZqgeEiWPf1ZAHcPE9yCJwkhJtw87eQJH9AfKvngfl7gWTfmgLEHxAz6gUS/DUzVAQvIclfc0NF8FKS/p0K7F8gZtRSQhE8VUgET7MiGFukaQIieLrhIljHPZ1EBK8NiMEpAof6FYaL4A1xMmLmJRIymgEkI2Ct1UuGi2Dd1zMEcLOa5BA4XQg34ebvZZL8AfGtVgPzt4Zk35oJxB8QM2oNCf66GCqC15Hkr6uhIvg1kv6dBexfIGbUa4QieJaQCH7MimBskR4TEMGzDRfBOu7ZJCJ4c0AMzhQ41G80XARvj5MRM6+TkNHjQDIC1lq9brgI1n39uAButpAcAmcL4Sbc/G0lyR8Q32oLMH9vkOxbTwDxB8SMeoMEf4MNFcFvkeRviKEi+G2S/n0S2L9AzKi3CUXwk0Ii+CkrgrFFekpABD9tuAjWcT9NIoLfCYjBJwQO9e8aLoI/jJMRM++RkNEcIBkBa63eM1wE676eI4CbD0gOgU8L4Sbc/H1Ikj8gvtUHwPztItm35gLxB8SM2kWCvwmGiuB9JPmbaKgI/oikf+cB+xeIGfURoQieJySCn7EiGFukZwRE8HzDRbCOez6JCN4bEINzBQ71nxougvfHyYiZ/SRktABIRsBaq/2Gi2Dd1wsEcHOA5BA4Xwg34ebvIEn+gPhWB4D5+4Jk33oWiD8gZtQXJPibY6gI/ookf3MNFcFfk/Tvc8D+BWJGfU0ogp8TEsHPWxGMLdLzAiJ4oeEiWMe9kEQEHwyIwWcFDvXfGC6Cv46TETPHSMjoBSAZAWutjhkugnVfvyCAm29JDoELhXATbv6+I8kfEN/qW2D+TpLsWy8C8QfEjDpJgr8VhorgMyyf6TdUBJ8l6d9FwP4FYkadJRTBi4RE8GIrgrFFWiwggpcYLoJ13EtIRPCxgBh8UeBQ/5PhIvhUnIyYOUdCRkuBZASstTpnuAjWfb1UADcXSA6BS4RwE27+LpLkD4hvdQGYv19I9q1lQPwBMaN+IcHfFkNF8K8k+dtqqAj+jaR/lwP7F4gZ9RuhCF4uJIJXWBGMLdIKARH8kuEiWMf9EokIPhsQg8sEDvW/Gy6Cz8fJiJmoDBxktBJIRsBaK3T+4N/+HcjbSgHcJM9AMgkRwk24+UtBkj8gvpUbM+HmLyXJvrUKiD8gZlRKEvztMVQEpyXJ315DRXA6kv5dDexfIGYUMn9+ieDVQiL4ZSuCsUV6WUAErzFcBOu415CI4EsBMbhK4FCfMYPZIvhanIyYyURCRmuBZASstcpkuAjWfb1WADdZSQ6Ba4RwE27+spHkD4hvlRWYv5tI9q1XgPgDYkbdRIK/I4aK4Jwk+TtqqAjORdK/rwL7F4gZlYtQBL8qJILXWRGMLdI6ARH8muEiWMf9GokIjo6PinpF4FCf13ARnCZeRszkIyGj9UAyAtZa5TNcBOu+Xi+Am1tIDoGvCeEm3PwVJMkfEN/qFmD+CpHsWxuA+ANiRhUiwd/PhorgIiT5O2+oCC5K0r8bgf0LxIwqSiiCNwqJ4NetCMYW6XUBEbzJcBGs495EIoIzBMTgBoFDfXHDRXC2eBkxU4KEjDYDyQhYa1XCcBGs+3qzAG5KkRwCNwnhJtz8lSbJHxDfqhQwf2VI9q0tQPwBMaPKkOAv5UEzRXA5kvylOmimCI4l6d+twP4FYkbFEorgrUIi+A0rgrFFekNABL9puAjWcb9JIoJzBMTgFoFDfUXDRXC+eBkxU4mEjLYByQhYa1XJcBGs+3qbAG6qkhwC3xTCTbj5q0aSPyC+VVVg/qqT7FvbgfgDYkZVJ8FfTkNFcG2S/OUyVATXIenft4D9C8SMqkMogt8SEsFvWxGMLdLbAiJ4h+EiWMe9g0QEFwyIwe0Ch/o7DRfBReNlxEx9EjJ6B0hGwFqr+oaLYN3X7wjgpiHJIXCHEG7CzV8jkvwB8a0aAvPXmGTfeheIPyBmVGMS/BU3VATHsTzJYagIjifp3/eA/QvEjIonFMHvCYng960IxhbpfQERvNNwEazj3kkigksExOC7Aof6FoaL4Jh4GTFzDwkZfQAkI2Ct1T2Gi2Dd1x8I4KY1ySFwpxBuws1fG5L8AfGtWgPz15Zk3/oQiD8gZlRbEvxVNVQEdyDJXzVDRXBHkv7dBexfIGZUR0IRvEtIBO+2IhhbpN0CIniP4SJYx72HRATHBsTghwKH+k6Gi+Aq8TJipjMJGe0FkhGw1qqz4SJY9/VeAdwksPyJFSHchJu/RJL8AfGtEoD560ayb+0D4g+IGdWNBH9NDBXBvUjy19RQEdybpH8/AvYvEDOqN6EI/khIBH9sRTC2SB8LiOBPDBfBOu5PSERwjYAY3CdwqO9nuAiuFy8jZh4gIaNPgWQErLV6wHARrPv6UwHcDCQ5BH4ihJtw8zeIJH9AfKuBwPwNJtm39gPxB8SMGmw43zUI8N1+gX1rmOFxN42X2a+Hk/TLZ8B+AdZaDTccN50ChfhMYjiUHCtcU7kw0znw4lrgZxfnZ1fnp74+D8RywIlH/zdBUdvNeY/+98H3Hgy8/sL13n9y/y8D7z90g/t/6br/4cDrr5J4b4Lz3sPOe7UA/zrw+si/XMvRwPu/ucFajrrWcizw+vgN1nLMtZYTgdffJvHeROe9J5z36jV+F3h90tGAaGymK3U9L2hsjjT9y4xLXc8rOu5RJHv5KeBeDqy1GkVoIHYB78PBNQZr/n2gVqcD/5xx+UAZnZ9po0JNRX2lcr2uBVqXgEkZk9K11rSuNQfjyeT8+xTY31surSu3Ua58RyWRtyjX708T+CeD87pbwqD4wZ179+jSOGFYUjVLnsR9o12xpvS8z13H4L9L7f7vJQ4loHv96fDwvUNep52fZ5yfmQP/nA28/uEvyAxxINLNiL7vGIID5lkBMntEiMyiwfED66MeAROQd3OWqP/3wAmW5DpPA9fpzuuPzn7yk4sgczo/3Zt9Mtf/x0yaaVxxBC83uQR/ZzDuIJGmxK6lrP5dKaJCrxsRafD3e4i0RUKXAQmDPETqnZhGJxGrO0YdX2psfDHBtQav4JqCvydd1B+4SeNaR1rsOlTwd3nXkda1jjSu18F/l861puD/l96zXncvuP/bYF7Tu2KmOYzoQH50Dh0/OT/PBX7+PEVu/d8LEPA4wydYOu5zAnGPJzl4AOujxhMcMk8L1HoSAcZ/Foh7MgnGgfVRkw3HePfk1x1rdK2nGR53moAbekog7ukkbuh5oBsKrLVC5s9r0px3zkXec5K+LgReX/yXk5JfAu+/dINJyS+u+18OvL4y5fp9/RDIF8ACWWLfuYx9ujExtmxsjO5rVNxuYferS2gHBcL/otBO7YojeLndaS2ibnL+d99+g3okDms6uHfvHok9Ero27TcowZ2ypJ4ATkrHus3hFEmkkc4cllrfr0JPxf5VTsPlmN/++5PGMZ57Kb8mW78JPRp/1T4ajy3S1Sn4+14z/NF4Hfc1nzeBmPCukJzGhHl5D09o4dc28AsKTcbdL/MdUVGFJ8vWK8x7K+//4c7v70GsTf3j/0vpwknwvXpD+z3qzxhK5nod7bwn+gbvSfYX9/mrw4jYphUMTidgqzvYqaH2vntBqN/9O3ATSjb1r+9VqWJC58SKseU6xcQmdg7cp0JiQrlOZSurxErlArcvF6s6d0qI6RrbuWKF2AqVEiv69myJe80xYV4hzyK4QGwZOMx76iLphKLvm3yq2Qys404+FV4jERs3ylkr+r6zDP2wiHedSCylwG1KahbY4tKbmF5fbeeeaMwHT0VoHM023CIOnt7QcT9upkX8J8mNPIhEAXvxCZIPqwHxrYCYUVL5Q/dJyqk4LPt1eE0pdHhNZQ+v2CKlEji8pjb88KrjTu3T4TUmvOv//G6Jtfo1f4sKYyNIDL18s3vSOPlO+w/snjpJ5M5r99SJ+nu7J6n7/K3dY/rDeNFOMpO5EpfWdUIPXugTBzAOlRa4maXDNUNiMJ/pBBWPzmOUgHKeY9aDX386Jem40wjEPZfggbe0AnHPM1SpeAkGuW/MAX6txjMkSg+IbwXEjHrGpwcuw61zGiDXpAc6dfoeEtySfqrMHoastYSLWGYSPu7nCVzEGIG4F5I8aJoB2I/AWquFhuNG90tNAdwsIuiXWgJxLybpl4zAfgHWWi0m6Jc4AdwsI+iXeIG4l5P0SyZgvwBrrZYT9Mt9ArhZSdAv9wvEvYqkXzID+wVYa7WKoF/6CeBmDUG/PCAQ91qSfskC7BdgrdVagn4ZLYCbdQT98rBA3K+R9EtWYL8Aa61eI+iXGQK42UjQLzMF4n6dpF+yAfsFWGv1OkG/PCuAmy0E/fKcQNxbSfrlJmC/AGutthL0y2oB3Gwj6JeXBeLeTtIvNwP7BVhrtZ2gX94QwM0Ogn55UyDud0j6JTuwX4C1Vu8Q9MseAdy8T9AvewXi3knSLzmA/QKstdpJ0C9fCeBmF0G/fC0Q926SfskJ7BdgrdVugn75QQA3+wj65UeBuD8i6ZdcwH4B1lp9RNAvvwvg5lOCfokS+NT2fpJ+yQ3sF2Ct1X6CfsksgJsDBP2SRSDugyT9kgfYL8Baq4ME/XKLAG4OEfRLQYG4D5P0S15gvwBrrZD50x96fjOQuCzO/fRnGPRz2fpZU/38nH4mSD/noGe3eh6lPXbtG2ovROs7fWbVPKz3lrxTo0IuNG7yAb9xQnKd+YG40fXZlvyPz6HpHOQXznMB4GfU/Po2kgJC30Zyi/02EmyRbhH4NpKChn8biY67ING3kUis1X6h7fUrKokLtWZ3fgs5NSz8D77hpJDrv/urbzgpFPX333CS1H3+J77hRCezoCtxhaf+eec1+RtOCgM3yFun4vN76z/IZ7jrvg14KjP0++7EvjGkkMCn+I8QxF1YIO6jBH8K7jaBuL8h+YYTIC4VsNZKKn/oOhchVI9FhNRjUasesUUqKqAebzdcPeq4bydSj7db9UivHos5NSxu1eN/v4KJKuZRj8XJ1GNx4AZZQkA9lvBBPd5h1eN/VlHFBNTEtwRxFxeI+zsC9XiHQNwnSdQjEJcKWGuFzJ8m/W3Jo/50oeuDxmbxqeavsaTQjBvekKWAhMgKqFIEgCqNXiN6gdpbLi3AGGdIGKMk8HRdBtiUZwhOGmUEcBMDbBi9sb1JuLHFEGxsSoopo8GAckvxcO9VluArvyWashy42BJxX5iCj/sHwzdh3YRlBer9I8kjwrHAfgTWWv0IlnuCJPb/BlVobJYjILFY6dN5uADvHij8ZYGN7WfDGzwhMTGmc9cuKk0pXMzlgZsFMn9+TdnLg73/4FXBTtmxRaogMGWvaPiUXcddUWjKHrzQygKZ00pT5ZoClM/E2LKxMcgNufJUcwlN4kOM5QQ+zHeB4EOMsQJxXyRRKFWAfQ2stbpI0C91BXBzmaBf6gnEfYWkX6oC+wVYa3WFoF9aCODmKkG/3CMQ9zWSfqkG7BdgrdU1gn7pIoCbZBnN75euAnFHZ+Tol+rAfgHWWkUbjhvdLwMFcJOSoF8GCcSdiqRfaiC/TAPYL6kI+mWsAG7SEvTLowJxpyPpl5rAfgHWWqUj6JfZArjJSNAvjwvEnYmkX2oB+wVYa5WJoF9eEMBNVoJ+eVEg7mwk/VIb2C/AWqtsBP3yigBushP0y6sCcecg6Zc6wH4B1lrlIOiXtwRwk5ugX94WiDsPSb/UBfYLsNYqD0G/fCyAm/wE/fKJQNwFSPqlHrBfgLVWBQj65RsB3BQi6JdjAnEXJumXO4H9Aqy1KkzQLz8L4KYIQb+cF4i7KEm/1Af2C7DWqihBvyQX+OBEcYJ+SSEQdwmSfrkL2C/AWqsSBP1ykwBuShH0y80CcZcm6ZcGwH4B1lqVJuiXWwVwowj65TaBuMuS9EtDYL8Aa62Q+dPfNLnd9UeJ9GcY9HPZ+llT/fycfibo/55zCPyj51HaY9e+ofZCtL7TZ1bNw3pvaSj8x3IaCX0NBXqdjcF/lOgt1x8l0jloLJznuwm/VvpuoQ+8NrEfeMUWqYnAB16bGv6BVx13U6KvlZZYq/1a6etXVBIXas3u/MY5NYy3Xyv9369gouI8XysdT/a10vHADbKZwNdKN/Pha6Wb26+V/s/fqRYn8L1T5TOaH3e8QNwVDFf9Ou7mAnFX9En1x4R3KSAuFbDWSip/6Dq3IFSPLYTU4z1WPWKLdI+AemxpuHrUcbckUo8trXqkV4+tnBq2turxv1/BRLXyqMfWZOqxNXCDbCOgHtv4oB7bWvX4n1VUKwE1UZVAPbYWiLsagXpsKxB3dRL1CMSlAtZaIfOnSf8twj+10JrgW6rbSf2pBXRDtgf/USJGQLUnANS9pv9RIu0t3yvAGLVJGKMd8HTdAdiUtQlOGh0EcNMR/EeJthNubB0JNrb7TN/Y9Nd8VxYAaF3zN7b/+/pw5Fem3w/c2KTyFw2uM/KPWXUi+GNWEpt5Z4I/ZnW/QNx3Gk7eevPuJBB3fZJHy7sA+xFYa1UfbBMIHn7E/phVZ4LDTxeBNSa50HCB3vXfHAIq3vBeyq+nAboKPQ2QYJ8GwBYpQeBpgETDnwbQcScKPQ0QvCRzGhPm5ceTADknYZ8EKDJFgKWSCzHAv12nuvG/dteqm4Pb7v/gqYLhUX/Go/epguFRf/9UQVL3+dunCv51Ev4mRcHguk39Y4HRTiIe9CwO9TuDQEYzekOCT60WEfjUaiMSP7lzctyJqxuQDBuTSLPuQGnm7pWwP5VJgj9gnyggZtTdJM9P9yBUTD2EFFNPq5iwReopoJh6Ga6YdNy9iJ6flljr36mmsB+P9KimcO8npZr+Fbn/jbKJSuJC3dtdq94OHvqYrpoYnsXu7VFgOqnDokIvk5/F7gPcbPv+K9ZOvOEVzGfff5DPcNfdD5iDRv9/ndD/webyr0+Wf3Ma1DjsLTB0a0bwLHYfgbibEzwh1U8g7hYkShSISwWstWpBgBuJfaKTkGWNXucDUznW2R/8PWNvu75nTOegv/D3jA0g/KT4ACGnY6B1OrBFGijgdAwy3OnQcQ8imw0PEpwNC2HWt09hD3ZqOcT0T2GjkxAMbrDnk9NDpkb96UJbWYOBTT6E5CQxlJCJhwox8YOWibFFelCAiYcZzsQ67mFkTDzMMrH7CmHi4U4tR0QqEw/3MPEIH5h4OLDJR4A/1fc24af6Rkw1f40PsTzYPhL8+XdGQI0kANQo0z8mqvXGKAG3tTWJS/8QcJcfDWzK1uCPQr1J2OCjCRr8YSnGQI+txwDB+TzwK8QWZuB4MPIRQpPiESGTYqw1KbBFGitgUjxquEmh436UzKR4lM+kUJL3dq9/nFPL8ZFqUozzmBTjfTApxgGbfPxUGdChmXgCIRNPEGLiiZaJsUWaKMDEkwxnYh33JDImnmSZOOTe7vVPdmo5JVKZeLKHiaf4wMSTgU0+xbq7CpgDsTVOZRkXTLOAUtMIADXd9HGB1hvTBcYFbUnGBVOBu/wMYFO2teMCNYOgwWeyjAtmAcG5CDguWEwyLniM0KR4TMikmG1NCmyRZguYFI8bblLouB8nMyke5zMpygreO8SkeMKp5ZORalI84TEpnvTBpHgC2ORPTpUBHZqJnyJk4qeEmPhpy8TYIj0twMRzDGdiHfccMiaeY5nYfYUw8VynlvMilYnneph4ng9MPBfY5POATMzq7gJzILbGZ1jGBfPtuEDNJwDUAtPHBVpvLBAYF7QnGRc8A9zlnwU2ZXs7LlDPEjT4cyzjgueB4FwGHBcsJxkXLCQ0KRYKmRQvWJMCW6QXBEyKFw03KXTcL5KZFC/ymRTlBO8dYlIscmq5OFJNikUek2KxDybFImCTL54qAzo0Ey8hZOIlQky81DIxtkhLBZh4meFMrONeRsbEyywTu68QJl7u1HJFpDLxcg8Tr/CBiZcDm3wFkIlZ3V1gDsTW+BLLuGClHReolQSAWmX6uEDrjVUC44IOJOOCl4C7/GpgU3aw4wK1mqDBX2YZF6wBgnMlcFywimRcsJbQpFgrZFK8Yk0KbJFeETApXjXcpNBxv0pmUrzKZ1LECt47xKRY59TytUg1KdZ5TIrXfDAp1gGb/LWpMqBDM/F6QiZeL8TEGywTY4u0QYCJNxrOxDrujWRMvNEysfsKYeLXnVpuilQmft3DxJt8YOLXgU2+CcjErO4uMAdia9zMMi7YYscFagsBoLaaPi7QemOrwLjgPpJxwWbgLv8GsCnvs+MC9QZBg7/JMi7YBgTnGuC4YC3JuGA7oUmxXcikeMuaFNgivSVgUrxtuEmh436bzKR4m8+kKC947xCTYodTy3ci1aTY4TEp3vHBpNgBbPJ3psqADs3E7xIy8btCTPyeZWJskd4TYOL3DWdiHff7ZEz8vmVi9xXCxDudWn4QqUy808PEH/jAxDuBTf4BkIlZ3V1gDsTW+CHLuGCXHReoXQSA2m36uEDrjd0C44JOJOOCD4G7/B5gU3ay4wK1h6DB97KMC/YBwbkOOC54jWRc8BGhSfGRkEnxsTUpsEX6WMCk+MRwk0LH/QmZSfEJn0lRQfDeISbFp04t90eqSfGpx6TY74NJ8SmwyfdPlQEdmok/I2Tiz4SY+HPLxNgifS7AxAcMZ2Id9wEyJj5gmdh9hTDxQaeWX0QqEx/0MPEXPjDxQWCTfwFkYlZ3F5gDsTV+yTIuOGTHBeoQAaAOmz4u0HrjsMC4oAvJuOBL4C7/FbApu9hxgfqKoMG/ZhkXHAGCcyNwXPA6ybjgKKFJcVTIpPjGmhTYIn0jYFIcM9yk0HEfIzMpjvGZFBUF7x1iUhx3ankiUk2K4x6T4oQPJsVxYJOfmCoDOjQTf0vIxN8KMfF3lomxRfpOgIlPGs7EOu6TZEx80jKx+wph4lNOLb+PVCY+5WHi731g4lPAJv8eyMSs7i4wB2JrPM0yLjhjxwXqDAGgzpo+LtB646zAuCCBZFxwGrjL/wBsygQ7LlA/EDT4jyzjgp+A4NwCHBdsJRkXnCM0Kc4JmRQ/W5MCW6SfBUyK84abFDru82QmxXk+k6KS4L1DTIoLTi0vRqpJccFjUlz0waS4AGzyi1NlQIdm4l8ImfgXISa+ZJkYW6RLAkx82XAm1nFfJmPiy5aJ3VcIE19xavlrpDLxFQ8T/+oDE18BNvmvQCZmdXeBORBb428s44KrdlygrhIA6prp4wKtN64JjAu6kYwLfgPu8r8Dm7KbHReo3wkaPGoaybggGW6hahtwXLCdZFwQPY3PpIgGgtO93uTT/nhtTYow76mLpBOKvm8KIGCl4k4xDV4jUZMiBbChfDIpKgveO8SkSOnUMpWrphFlUugEFHQF606Ed0HB3x1uY6YENnmqaTKgQzNxakImTi3ExGksE2OLlEaAidMazsQ67rRkTJzWMrH7CmHidE4t00cqE6fzMHF6H5g4HbDJ0wOZmNXdBeZAbI0ZpMwf9JEpI9D8YQVURgJAZUKvEb1ArTcyTcMDtAfJuCADcJfPDGzKHnZcoDITNHgWlnFBViA4dwDHBe+QjAuyEZoU2YRMipusSYEt0k0CJsXNhpsUOu6byUyKm/lMik6C9w4xKbI7tcwRqSZFdo9JkcMHkyI7sMlzTJMBHZqJcxIycU4hJs5lmRhbpFwCTJzbcCbWcecmY+LclondVwgT53FqmTdSmTiPh4nz+sDEeYBNnhfIxKzuLjAHYmvMxzIuyG/HBSo/AaAKmD4u0HqjgMC4oBfJuCAfcJe/BdiUvey4QN1C0OAFWcYFhYDgfB84LthJMi4oTGhSFBYyKW61JgW2SLcKmBS3GW5S6LhvIzMpbuMzKToL3jvEpCji1LJopJoURTwmRVEfTIoiwCYvOk0GdGgmvp2QiW8XYuJilomxRSomwMTFDWdiHXdxMiYubpnYfYUwcQmnlndEKhOX8DDxHT4wcQlgk98BZGJWdxeYA7E1lmQZF5Sy4wJVigBQpU0fF2i9UVpgXNCHZFxQErjLlwE2ZR87LlBlCBo8hmVcoIDg3AUcF+wmGReUJTQpygqZFOWsSYEtUjkBkyLWcJNCxx1LZlLE8pkUXQTvHWJSlHdqWSFSTYryHpOigg8mRXlgk1eYJgM6NBNXJGTiikJMXMkyMbZIlQSYuLLhTKzjrkzGxJUtE7uvECau4tSyaqQycRUPE1f1gYmrAJu8KpCJWd1dYA7E1liNZVxQ3Y4LVHUCQNUwfVyg9UYNgXFBP5JxQTXgLl8T2JT97LhA1SRo8Fos44LaQHDuA44LPiIZF9QhNCnqCJkUda1JgS1SXQGTop7hJoWOux6ZSVGPz6ToKnjvEJPiTqeW9SPVpLjTY1LU98GkuBPY5PWnyYAOzcR3ETLxXUJM3MAyMbZIDQSYuKHhTKzjbkjGxA0tE7uvECZu5NSycaQycSMPEzf2gYkbAZu8MZCJWd1dYA7E1ng3y7igiR0XqCYEgGpq+rhA642mAuOC/iTjgruBu3wcsCn723GBiiNo8HiWcUEzIDg/BY4L9pOMC5oTmhTNhUyKFtakwBaphYBJcY/hJoWO+x4yk+IePpMiQfDeISZFS6eWrSLVpGjpMSla+WBStAQ2eatpMqBDM3FrQiZuLcTEbSwTY4vURoCJ2xrOxDrutmRM3NYysfsKYeJ2Ti3bRyoTt/MwcXsfmLgdsMnbA5mY1d0F5kBsjfeyjAs62HGB6kAAqI6mjwu03ugoMC4YSDIuuBe4y98HbMqBdlyg7iNo8PtZxgWdgOA8ABwXHCQZF3QmNCk6C5kUXaxJgS1SFwGToqvhJoWOuyuZSdGVz6RIFLx3iEmR4NQyMVJNigSPSZHog0mRAGzyxGkyoEMzcTdCJu4mxMTdLRNji9RdgIl7GM7EOu4eZEzcwzKx+wph4p5OLXtFKhP39DBxLx+YuCewyXsBmZjV3QXmQGyNvVnGBX3suED1IQBUX9PHBVpv9BUYFwwmGRf0Bu7y/YBNOdiOC1Q/ggZ/gGVc0B8IzkPAccHhDP5sFOHmbwAwf7OB+XsceC/J/A3838+f6LhqkNBGAyd+YJ21xt2R/A9pp3Mw2CP90OsfQmhGDhEyI4daMxJbpKECZuSDhpuROu4HyczIB/nMyBjBe4eYkcOcWg6PVDNymMeMHO6DGTkM2OTDSU4SIwiZeIQQEz9kmRhbpIcEmHik4Uys4x5JxsQjLRO7rxAmHuXUcnSkMvEoDxOP9oGJRwGbfDQQ3LrIOwhN3tHTzF/jwyxjwTHgsSAjoMYQAOoR08eCWm88IjAWHEoyFnwYuMuPBTblUPBYcDthg48laPBHWcaC44DgvAAcy1wkGcuMJzQpxguZFBOsSYEt0gQBk2Ki4SaFjnsimUkxkc+kUJL3dq9/klPLyZFqUkzymBSTfTApJgGbfPI0GdChmXgKIRNPEWLiqZaJsUWaKsDE0wxnYh33NDImnmaZOOTe7vVPd2o5I1KZeLqHiWf4wMTTgU0+w7q7CpgDsTXOZBkXzLKAUrMIAPWY6eMCrTceExgXDCMZF8wE7vKzgU05zI4L1GyCBn+cZVzwBBCcl4Hjgisk44InCU2KJ4VMiqesSYEt0lMCJsXThpsUOu6nyUyKp/lMirKC9w4xKeY4tZwbqSbFHI9JMdcHk2IOsMnnTpMBHZqJ5xEy8TwhJn7GMjG2SM8IMPF8w5lYxz2fjInnWyZ2XyFMvMCp5bORysQLPEz8rA9MvADY5M8CmZjV3QXmQGyNz7GMC5634wL1PAGgFpo+LtB6Y6HAuGAEybjgOeAu/wKwKUfYcYF6gaDBX2QZFywCgvMqcFxwjWRcsJjQpFgsZFIssSYFtkhLBEyKpYabFDrupWQmxVI+k6Kc4L1DTIplTi2XR6pJscxjUiz3waRYBmzy5dNkQIdm4hWETLxCiIlfskyMLdJLAky80nAm1nGvJGPilZaJ3VcIE69yark6Upl4lYeJV/vAxKuATb4ayMSs7i4wB2JrfJllXLDGjgvUGgJArTV9XKD1xlqBccFIknHBy8Bd/hVgU4604wL1CkGDv8oyLlgHBGcyHDhVdEaOccFrhCbFa0ImxXprUmCLtF7ApNhguEmh495AZlJs4DMpYgXvHWJSbHRq+XqkmhQbPSbF6z6YFBuBTf76NBnQoZl4EyETbxJi4s2WibFF2izAxFsMZ2Id9xYyJt5imdh9hTDxVqeWb0QqE2/1MPEbPjDxVmCTvwFkYlZ3F5gDsTW+yTIu2GbHBWobAaC2mz4u0Hpju8C4YDTJuOBN4C7/FrApR9txgXqLoMHfZhkX7ACCMyVwXJCKZFzwDqFJ8Y6QSfGuNSmwRXpXwKR4z3CTQsf9HplJ8R6fSVFe8N4hJsX7Ti13RqpJ8b7HpNjpg0nxPrDJd06TAR2aiT8gZOIPhJj4Q8vE2CJ9KMDEuwxnYh33LjIm3mWZ2H2FMPFup5Z7IpWJd3uYeI8PTLwb2OR7gEzM6u4CcyC2xr0s44J9dlyg9hEA6iPTxwVab3wkMC4YQzIu2Avc5T8GNuUYOy5QHxM0+Ccs44JPgeBMCxwXpCMZF+wnNCn2C5kUn1mTAlukzwRMis8NNyl03J+TmRSf85kUFQTvHWJSHHBqeTBSTYoDHpPioA8mxQFgkx+cJgM6NBN/QcjEXwgx8ZeWibFF0glF3/fQNLOZWMet1wiukSgTu3MaE+b1v8bEh51afuWqaUQxsU5AQVew7kR4FxT83eE25mFgk3+FA3cFVncXmAOxNX4tsMYkFxouoI7gFko7LjhCAKij6DWiF6j1xtFpeICOJRkXfA3c5b8BNuVYOy5Q3xA0+DEpxkCPC44DwZkROC7IRDIuOAHcKPwyKU4Awele77eu47c1KcK8py7StwImxXeGmxQ67u/ITIrv+EyKioL3DjEpTjq1PBWpJsVJj0lxygeT4iSwyU9NkwEdmom/J2Ti74WY+LRlYmyRTgsw8RnDmVjHfYaMic9YJnZfIUx81qnlD5HKxGc9TPyDD0x8FtjkPwCZmNXdBeZAbI0/sowLfrLjAvUTAaDOmT4u0HrjnMC4YBzJuOBH4C7/M7Apx9lxgfqZoMHPs4wLLgDBmRU4LshGMi64SGhSXBQyKX6xJgW2SL8ImBSXDDcpdNyXyEyKS3wmRSXBe4eYFJedWl6JVJPissekuOKDSXEZ2ORXpsmADs3EvxIy8a9CTPybZWJskX4TYOKrhjOxjvsqGRNftUzsvkKY+JpTy98jlYmveZj4dx+Y+BqwyX8HMjGruwvMgdgao6aTjAuS4RZKOy5INt38NUaj14heoNYbepFogE4gGRe4Oz5s7QFsygl2XKCSEzR4CinGQI8LUgLBmR04LshBMi5IhdwoovwxKVIBweleb+rpf7y2JkWY99RFSj0df980QMBKxZ1mOrxGoiZFGmBD+WRSVBa8d4hJkdapZTpXTSPKpNAJKOgK1p0I74KCvzvcxkwLbPJ002VAh2bi9IRMnF6IiTNYJsYWKYMAE2c0nIl13BnJmDijZWL3FcLEmZxaZo5UJs7kYeLMPjBxJmCTZwYyMau7C8yB2BqzsIwLstpxgcpKAKhspo8LtN7IJjAumEQyLsgC3OVvAjblJDsuUDcRNPjNLOOC7EBw5gaOC/KQjAtyEJoUOYRMipzWpMAWKaeASZHLcJNCx52LzKTIxWdSdBK8d4hJkdupZZ5INSlye0yKPD6YFLmBTZ5nugzo0Eycl5CJ8woxcT7LxNgi5RNg4vyGM7GOOz8ZE+e3TOy+Qpi4gFPLWyKViQt4mPgWH5i4ALDJbwEyMau7C8yB2BoLsowLCtlxgSpEAKjCpo8LtN4oLDAumEIyLigI3OVvBTblFDsuULcSNPhtLOOCIkBw5geOCwqQjAuKEpoURYVMitutSYEt0u0CJkUxw00KHXcxMpOiGJ9J0Vnw3iEmRXGnliUi1aQo7jEpSvhgUhQHNnmJ6TKgQzPxHYRMfIcQE5e0TIwtUkkBJi5lOBPruEuRMXEpy8TuK4SJSzu1LBOpTFzaw8RlfGDi0sAmLwNkYlZ3F5gDsTXGsIwLlB0XKEUAqLKmjwu03igrMC6YRjIuiAHu8uWATTnNjgtUOYIGj2UZF5QHgrMQcFxQmGRcUIHQpKggZFJUtCYFtkgVBUyKSoabFDruSmQmRSU+k6KL4L1DTIrKTi2rRKpJUdljUlTxwaSoDGzyKtNlQIdm4qqETFxViImrWSbGFqmaABNXN5yJddzVyZi4umVi9xXCxDWcWtaMVCau4WHimj4wcQ1gk9cEMjGruwvMgdgaa7GMC2rbcYGqTQCoOqaPC7TeqCMwLphBMi6oBdzl6wKbcoYdF6i6BA1ej2VccCcQnEWA44KiJOOC+oQmRX0hk+Iua1Jgi3SXgEnRwHCTQsfdgMykaMBnUnQVvHeISdHQqWWjSDUpGnpMikY+mBQNgU3eaLoM6NBM3JiQiRsLMfHdlomxRbpbgImbGM7EOu4mZEzcxDKx+wph4qZOLeMilYmbepg4zgcmbgps8jggE7O6u8AciK0xnmVc0MyOC1QzAkA1N31coPVGc4FxwSyScUE8cJdvAWzKWXZcoFoQNPg9LOOClkBwFgeOC0qQjAtaEZoUrYRMitbWpMAWqbWASdHGcJNCx92GzKRow2dSJAjeO8SkaOvUsl2kmhRtPSZFOx9MirbAJm83XQZ0aCZuT8jE7YWY+F7LxNgi3SvAxB0MZ2IddwcyJu5gmdh9hTBxR6eW90UqE3f0MPF9PjBxR2CT3wdkYlZ3F5gDsTXezzIu6GTHBaoTAaA6mz4u0Hqjs8C4YDbJuOB+4C7fBdiUs+24QHUhaPCuLOOCBCA4SwHHBaVJxgWJhCZFopBJ0c2aFNgidRMwKbobblLouLuTmRTd+UyKRMF7h5gUPZxa9oxUk6KHx6To6YNJ0QPY5D2ny4AOzcS9CJm4lxAT97ZMjC1SbwEm7mM4E+u4+5AxcR/LxO4rhIn7OrXsF6lM3NfDxP18YOK+wCbvB2RiVncXmAOxNT7AMi7ob8cFqj8BoAaYPi7QemOAwLjgCZJxwQPAXX4gsCmfsOMCNZCgwQexjAsGA8GpgOOCsj5tFOHmbwgwfw2B+WsEzJ9ujlSu3PUMvLgW+NnL+dnb+amvoYF8POgQh/5vgsfvfs579L8PvndY4PVw13v/yf1HBN7/0A3uP8J1/5GB16OSeG8f570jnffqjXB04PXD/3ItYwLvf+QGaxnjWsvYwOtHb7CWsa61jAu8Hp/Ee/s67x3nvFevcULg9URH9qA3saFlrucFfQh4Ctzb6LhHl7meV3TcT5PsaZOAexqw1uppw3HzQPLrexoaN/MMj3twoF8mCcT9DIlYKPE57l7uWoebv/kk+SsJzN8zwPwtINmvJwP3ayBmFDJ/fg3wgLkMGeBNsQM8bJGmCAzwpho+wNNxTxUe4KE39/KGkuMLJORYwVByfJGEHKcByRGIGfUiITlOEyLH6ZYcsUWaLkCOMwwnRx33DCFyRK81e9x1Ikcr5pnTIzPuJcIOSdh/gyUQ80yBuJeSHGJmAEl4CfAQs4zkEDMLmD8gZtQyEvzVNVSErCTJXz1DRcgqkv59DNi/QMyoVYQi5DEhETLbihBskWYLiJDHDRchOu7HSURIvsBhfJbAoXSN4ePKwnEyh/G1JGT0BJCMgLVWaw0XcbqvnxDAzTqSQ+DjQrgJN3+vkeQPiG+1Dpi/9ST71pNA/AExo9aT4K+loSJ4E0n+WhkqgjeT9O9TwP4FYkZtJhTBTwmJ4KetCMYW6WkBETzHcBGs455DIoKLBsTgkwKH+jcMF8El42TEzJskZDQXSEbAWqs3DRfBuq/nCuDmLZJD4Bwh3ISbv7dJ8gfEt3oLmL8dJPvWPCD+gJhRO0jw181QEfw+Sf66GyqCd5L07zPA/gViRu0kFMHPCIng+VYEY4s0X0AELzBcBOu4F5CI4JiAGJwncKjfZbgIrhAnI2Z2k5DRs0AyAtZa7TZcBOu+flYAN/tIDoELhHATbv4+IskfEN9qHzB/H5PsW88B8QfEjPqYBH/DDBXBn5Hkb7ihIvhzkv59Hti/QMyozwlF8PNCInihFcHYIi0UEMEvGC6CddwvkIjgKgEx+JzAof4Lw0VwrTgZMfMlCRm9CCQjYK3Vl4aLYN3XLwrg5iuSQ+ALQrgJN39fk+QPiG/1FTB/R0j2rUVA/AExo46Q4G+KoSL4OEn+phoqgk+Q9O9iYP8CMaNOEIrgxUIieIkVwdgiLREQwUsNF8E67qUkIrheQAwuEjjUnzRcBDeKkxEzp0jIaBmQjIC1VqcMF8G6r5cJ4OYMySFwqRBuws3fWZL8AfGtzgDz9wPJvrUciD8gZtQPJPibb6gI/pnlSRhDRfB5kv5dAexfIGbUeUIRvEJIBL9kRTC2SC8JiOCVhotgHfdKEhHcNCAGlwsc6n8xXATfEycjZi6RkNEqIBkBa60uGS6CdV+vEsDNrySHwJVCuAk3f7+R5A+Ib/UrMH9XSfat1UD8ATGjrpLgb7WhIjhZJo78vWyoCI7OxNG/LwP7F4gZhcyfXyL4ZSERvMaKYGyR1giI4LWGi2Ad91oSEdwmIAZXCxzqU2YyWwR3jJMRM6lIyOgVIBkBa61SZTJbBOu+fkUAN2lJDoFrhXATbv7SkeQPiG+VFpi/9CT71qtA/AExo9KT4G+boSI4M0n+thsqgrOQ9O86YP8CMaOyEIrgdUIi+DUrgrFFek1ABK83XATruNeTiODOATH4qsCh/ibDRXD3OBkxczMJGW0AkhGw1upmw0Ww7usNArjJSXIIXC+Em3Dzl4skf0B8q5zA/OUm2bc2AvEHxIzKTYK/jw0VwflJ8veJoSK4AEn/vg7sXyBmVAFCEfy6kAjeZEUwtkibBETwZsNFsI57M4kI7h0QgxsFDvWFDBfBA+JkxExhEjLaAiQjYK1VYcNFsO7rLQK4KUJyCNwshJtw81eUJH9AfKsiwPzdTrJvbQXiD4gZdTsJ/o4bKoLvIMnfCUNFcEmS/n0D2L9AzKiShCL4DSER/KYVwdgivSkggrcZLoJ13NtIRPCQgBjcKnCoL2O4CH4oTkbMxJCQ0XYgGQFrrWIMF8G6r7cL4KYcy+OUQrgJN3+xJPkD4luVA+avPMm+9RYQf0DMqPIk+PvFUBFcmSR/lwwVwVVI+vdtYP8CMaOqEIrgt4VE8A4rgrFF2iEggt8xXATruN8hEcEPB8TgWwKH+uqGi+DxcTJipgYJGb0LJCNgrVUNw0Ww7ut3BXBTm+QQ+I4QbsLNXx2S/AHxrWoD81eXZN96D4g/IGZUXRL8pT1gpgi+iyR/6Q6YKYIbkPTv+8D+BWJGNSAUwe8LieCdVgRji7RTQAR/YLgI1nF/QCKCJwfE4HsCh/rGhovgmXEyYuZuEjL6EEhGwFqruw0XwbqvPxTATRzJIfADIdyEm794kvwB8a3igPlrRrJv7QLiD4gZ1YwEf3kNFcEtSfKXz1AR3Iqkf3cD+xeIGdWKUATvFhLBe6wIxhZpj4AI3mu4CNZx7yURwY8HxOAugUN9W8NF8Nw4GTHTjoSM9gHJCFhr1c5wEaz7ep8AbjqQHAL3CuEm3Px1JMkfEN+qAzB/95HsWx8B8QfEjLqPBH+lDBXBXUjyV9pQEdyVpH8/BvYvEDOqK6EI/lhIBH9iRTC2SJ8IiOBPDRfBOu5PSUTwgoAY/EjgUN/NcBH8YpyMmOlOQkb7gWQErLXqbrgI1n29XwA3vUgOgZ8K4Sbc/PUmyR8Q36oXMH99SPatz4D4A2JG9SHBX01DRXB/kvzVMlQEDyDp38+B/QvEjBpAKII/FxLBB6wIxhbpgIAIPmi4CNZxHyQRwUsDYvAzgUP9YMNF8Ko4GTEzhISMvgCSEbDWaojhIlj39RcCuBlGcgg8KISbcPM3nCR/QHyrYcD8jSDZt74E4g+IGTWCBH/NDBXBo0ny19xQEfwwSf8eAvYvEDPqYUIRfEhIBB+2IhhbpMMCIvgrw0WwjvsrEhG8NiAGvxQ41I81XARviJMRM4+SkNHXQDIC1lo9argI1n39tQBuJpAcAr8Swk24+ZtIkj8gvtUEYP4mkexbR4D4A2JGTSLBXxdDRfA0kvx1NVQETyfp36PA/gViRk0nFMFHhUTwN1YEY4v0jYAIPma4CNZxHyMRwZsDYvCIwKF+luEieHucjJh5jISMjgPJCFhr9ZjhIlj39XEB3DxBcgg8JoSbcPP3JEn+gPhWTwDz9xTJvnUCiD8gZtRTJPgbbKgInsfyJIehIvgZkv79Fti/QMyoZwhF8LdCIvg7K4KxRfpOQASfNFwE67hPkojgdwJi8ITAof5Zw0Xwh3EyYuY5EjI6BSQjYK3Vc4aLYN3XpwRw8wLJIfCkEG7Czd+LJPkD4lu9AMzfIpJ963sg/oCYUYtI8DfBUBG8jCR/Ew0VwctJ+vc0sH+BmFHLCUXwaSERfMaKYGyRzgiI4LOGi2Ad91kSEbw3IAa/FzjUrzRcBO+PkxEzq0jI6AcgGQFrrVYZLoJ1X/8ggJs1JIfAs0K4CTd/a0nyB8S3WgPM3ysk+9aPQPwBMaNeIcHfHENF8HqS/M01VARvIOnfn4D9C8SM2kAogn8SEsHnrAjGFumcgAj+2XARrOP+mUQEHwyIwR8FDvWbDBfBX8fJiJnNJGR0HkhGwFqrzYaLYN3X5wVw8wbJIfBnIdyEm783SfIHxLd6A5i/bST71gUg/oCYUdtI8LfCUBG8gyR/Lxkqgt8h6d+LwP4FYka9QyiCLwqJ4F+sCMYW6RcBEXzJcBGs475EIoKPBcTgBYFD/fuGi+BTcTJiZicJGV0GkhGw1mqn4SJY9/VlAdzsIjkEXhLCTbj5202SPyC+1S5g/vaQ7FtXgPgDYkbtIcHfFkNF8Mck+dtqqAj+hKR/fwX2LxAz6hNCEfyrkAj+zYpgbJF+ExDBVw0XwTruqyQi+GxADF4RONR/ZrgIPh8nI2Y+JyGja0AyAtZafW64CNZ9fU0AN1+QHAKvCuEm7D+dQ5I/IL7VF8D8HSLZt34H4g+IGXWIBH97DBXBR0jyt9dQEXyUpH+jZuDyB8SMOkoogoG5DBHByWb88dqK4HDvOeN6QtH3jZ5htgjWcUfPgNdIZK2XAmLwd4FD/XHDRfC1OBkxc4KEjJIDyQhYa3XCcBGs+zr5DIEv3CI5BEYL4SbsL3ojyR8Q3+okMH/fk+xbKYD4A2JGfU+CvyOGiuAfSPJ31FAR/CNJ/6YE9i8QM+pHQhGcUkgEp7IiGFukVAIiOLXhIljHnZpEBEfHB4AucKj/2XARnCZeRsycJyGjNEAyAtZanTdcBOu+TiOAm19IDoGphXAT9mPqJPkD4lv9AszfZZJ9Ky0Qf0DMqMsk+PvZUBF8laV/DRXB10j6Nx2wf4GYUdcIRXA6IRGc3opgbJHSC4jgDIaLYB13BhIRnCEgBtMKHOqTZTZbBGeLlxEz0Zk5yCgjkIyAtVbRmc0WwbqvMwrgJmVmjkNgBiHchJu/VCT5A+JbpQTmLzXJvpUJiD8gZlRqEvylPGimCE5Pkr9UB80UwRlI+jczsH+BmFHI/PklgjMLieAsVgRji5RFQARnNVwE67izkojgHAExmEngUJ/ZcBGcL15GzGQhIaNsQDIC1lplMVwE677OJoCbm0gOgVmFcBNu/m4myR8Q3+omYP6yk+xbNwHxB8SMyk6Cv5yGiuDcJPnLZagIzkPSvzcD+xeIGZWHUATfLCSCs1sRjC1SdgERnMNwEazjzkEiggsGxOBNAof6/IaL4KLxMmKmAAkZ5QSSEbDWqoDhIlj3dU4B3BQiOQTmEMJNuPkrTJI/IL5VIWD+biXZt3IB8QfEjLqVBH/FDRXBt5Pkr4ShIrgYSf/mBvYvEDOqGKEIzi0kgvNYEYwtUh4BEZzXcBGs485LIoJLBMRgLoFD/R2Gi+CYeBkxU5KEjPIByQhYa1XScBGs+zqfAG7KkBwC8wrhJtz8xZDkD4hvVQaYP0Wyb+UH4g+IGaVI8FfVUBFcniR/1QwVwRVI+rcAsH+BmFEVCEVwASERfIsVwdgi3SIgggsaLoJ13AVJRHBsQAzmFzjUVzZcBFeJlxEzVUjIqBCQjIC1VlUMF8G6rwsJ4KY6ySGwoBBuws1fDZL8AfGtqgPzV5Nk3yoMxB8QM6omCf6aGCqC65Lkr6mhIrgeSf/eCuxfIGZUPUIRfKuQCL7NimBskW4TEMFFDBfBOu4iJCK4RkAMFhY41N9luAiuFy8jZhqQkFFRIBkBa60aGC6CdV8XFcBNY5JDYBEh3ISbv7tJ8gfEt2oMzF8Tkn3rdiD+gJhRTQznuwYBvrtdYN9qZnjcTeNl9uvmJP1SDNgvwFqr5objpkegEMUEcKPvi4pbry2VCzM9Ay+uBX72cn72dn7qq3gglhJOPPq/CYrafs579L8PvveOwOuSrvf+k/uXCry/9A3uX8p1/zKB1zFJvLeP894yznu1AFeB12X/5VrKBd4fe4O1lHOtpXzgdYUbrKW8ay0VA68rJfHevs57Kzrv1WusHHhdxdGAaGwOLXM9L2hstjS8J0eXuZ5XdNytSPbyqsC9HFhr1YrQQOwF3oeDawzWvFqgVtUD/9Rw+UAZnZ9po0JNRX2lcr2uBVqXgEkZk9K11rSuNQfjyeT8+xTY31surSu3Ua58RyWRtyjX708T+CeD87pbwqD4wZ179+jSOGFYUjVLnsR9o12xpvS8z13H4L9L7f7vJQ4loHv96fBQzSGv6s7PGs7PzIF/auqN5y/IDHEg0s2Ivm9bggNmTQEyaydEZtHg+IH1Ue3ABOTdnCXqXw04wZJcZ3XgOt15re3sJ3VcBJnT+ene7JO5/j9m0kzjiiN4uckl+DuDcQeJNCV2LWX170oRFXrdiEiDv99DpC0SugxIGOQhUu/ENDqJWN0x6vhSY+OLCa41eAXXFPw96aL+wE0a1zrSYtehgr/Lu460rnWkcb0O/rt0rjUF/7/0nvW6e8H93wbzmt4VM81hRAdS2zl01HF+1g38rDdDbv3VBAi4g+ETLB13XYG4O5IcPID1UR0JDpnVBWrdiQDj9QTi7kyCcWB9VGfDMf5A8uuONbrWCYbHPTjghlYViDuRxA29E+iGAmutkPnzmjR3Ouci7zlJX/UDr+/6l5OSBoH3N7zBpKSB6/6NAq8bz7h+Xz8Ecn2wQJbYdxphn25MjC0bG6P7GhW3W9jd7RLaQYHwvyi0U7viCF5ud1qLqJuc/92336AeicOaDu7du0dij4SuTfsNSnCnLKkngJPSsW5zOEUSaaQzh6XWd7fQU7F/ldOwn4r6708ax3jupfyabDURejS+qX00HlukpjPw940z/NF4HXecz5tATHhXSE5jwry8hye48Av8ggHTcPd7qFRU1MBpsvUK897K+3+48xvvYK2ZC3MpXTgJvldvaL9H/RlDyVyvo533RN/gPcn+4j5/dRgR27SCwekEbHUF22xGqL3vXhDqd8cDN6HmN7hXpYoJnRMrxpbrFBOb2DlwnwqJCeU6la2sEiuVC9y+XKzq3Ckhpmts54oVYitUSqzo27MlzYUYuIVlYGyRWggw8D2GM7CO+x6fPpwW9sPlzlrh9rChHxbxrhOJpZZAu6wH2OLSm5heX23nnmjMB09FaBz1MtwiDp7e0HH3NtMi/pPkRh5EmgHv1Yfkw2pAfCsgZpRU/uAPlhPaR62EDq+t7eEVW6TWAofXNoYfXnXcbUi+WUH73RJr9Wv+1iyMjSAx9PLN7mnr5LvdP7B76iSRO6/dUyfq7+2epO7zt3aP6Q/jRTvJTOZKXDvXCT14oU8cwDhUO+Bm1h7XDInBfLYXVDw6j80ElHN/sx78+tMpScfdViDuAQQPvLUTiHugoUrFSzDIfaM/8Gs1BpEoPSC+FRAzapBPD1yG/WkzINfcC3Tq9D0kuOVew78aQSJu7SI+PBUf9zACF3GMQNzDSR407QDsR2Ct1XDDcaP7ZaYAbkYS9MssgbhHkfRLR2C/AGutRhH0y3MCuBlD0C/PC8T9CEm/3AfsF2Ct1SME/fKyAG7GEfTLGoG4x5P0y/3AfgHWWo0n6Jc3BXAziaBftgnEPZmkXzoB+wVYazWZoF/2CuBmGkG/7BOIezpJv3QG9guw1mo6Qb98LYCbWQT9ckQg7sdI+qULsF+AtVaPEfTLjwK4eYKgX34SiPtJkn7pCuwXYK3VkwT9EiXwNPMcgn5JJhD3XJJ+SQD2C7DWai5Bv2QRwM18gn7JKhD3ApJ+SQT2C7DWagFBvxQUwM3zBP1SSCDuhST90g3YL8Baq4UE/RIjgJtFBP2iBOJeTNIv3YH9Aqy1WkzQL7UEcLOMoF9qC8S9nKRfegD7BVhrtZygX+IFcLOSoF+aCcS9iqRfegL7BVhrtYqgX+4XwM0agn7pJBD3WpJ+6QXsF2Ct1VqCfnlAADfrCPqlv0Dcr5H0S29gvwBrrZD50x96Pqz9X+d++jMM+rls/aypfn5OPxOkn3PQs1s9j9Ieu/YNtRei9Z0+s2oe1ntL7xlRIRcaN33AX/Qstc6+QNzo+nyV3PXnRgP37iuc537Az6j59W0k/YS+jeQB+20k2CI9IPBtJP0N/zYSHXd/om8jkVir/ULb61dUEhdqze78DnBqOPAffMNJIdd/91ffcFIo6u+/4SSp+/xPfMOJTmZBV+IGzvjzzmvyN5wMBG6Qg2bg8zvoH+Qz3HUPBp7KDP2+O7FvDBkg8Cn+jQRxDxSI+3WCPwU3WCDuTSTfcALEpQLWWknlD13nIYTqcYiQehxq1SO2SEMF1OODhqtHHfeDROrxQase6dXjMKeGw616/O9XMFHDPOpxOJl6HA7cIEcIqMcRPqjHh6x6/M8qapiAmniDIO7hAnG/SaAeHxKIexuJegTiUgFrrZD506T/VfKoP13o+qCxOXyG+WscKTTjxn/JHJAQWQE1igBQo9FrRC9Qe8ujBRhjBwljjASerh8GNuUOgpPGwwK4GQNsGL2xHSbc2MYQbGyPSDFlNBhQbike7r3GEnzlt0RTPgoutkTc9QXiftfwTVg34ViBuN8jeUR4HLAfgbVW74HlniCJ/b9BFRqbjxKQ2Djp03m4AH8gUPhGAg3+geENnpCYGNO5axc1uAwu5vHAzQKZP7+m7OPB3n/wmmCn7NgiTRCYsk80fMqu454oNGUPXmhlgczppBlyTQHKZ2Js2dgY5IY8eYa5hCbxIcZHBT7Mt4vgQ4zjBOLeTaJQpgD7GlhrtZugXx4XwM0+gn55QiDuj0j6ZSqwX4C1Vh8R9MuLArj5lKBfFgnEvZ+kX6YB+wVYa7WfoF9eFcDNAYJ+WScQ90GSfpkO7BdgrdVBgn55WwA3hwj6ZYdA3IdJ+mUGsF+AtVaHCfrlEwHcHCHol08F4j5K0i8zgf0CrLU6StAvxwRwc5ygX44LxH2CpF9mAfsFWGt1gqBfzgvg5iRBv1wQiPsUSb88BuwXYK3VKYJ+STEdj5szBP2SUiDusyT9MhvYL8Baq7ME/XKzAG5+IuiX7AJxnyPpl8eB/QKstTpH0C+3CeDmAkG/FBGI+yJJvzwB7BdgrdVFgn6JFcDNZYJ+KS8Q9xWSfnkS2C/AWqsrBP1STwA3Vwn65U6BuK+R9MtTwH4B1lpdI+iXewRwkyyL+f3SUiDu6Cwc/fI0sF+AtVbRhuNG90tXAdykJOiXBIG4U5H0yxzkH8sA9ksqgn4ZJICbtAT9Mlgg7nQk/TIX2C/AWitk/vQ3TX7t+qNE+jMM+rls/aypfn5OPxOkn3PQs1s9j9Ieu/YNtRei9Z0+s2oe1nvLXOE/ljNP6Gso0Ot8BvxHiY64/iiRzsEzwnmeT/i10vOFPvC6wH7gFVukBQIfeH3W8A+86rifJfpaaYm12q+Vvn5FJXGh1uzO73NODZ+3Xyv9369gop7zfK3082RfK/08cINcKPC10gt9+FrpF+zXSv/n71R7TuBraTJmMT/u5wXizmS46tdxvyAQd2afVH9MeJcC4lIBa62k8oeu84uE6vFFIfW4yKpHbJEWCajHxYarRx33YiL1uNiqR3r1uMSp4VKrHv/7FUzUEo96XEqmHpcCN8hlAupxmQ/qcblVj/9ZRS0RUBM3EajHpQJx30ygHpcLxJ2dRD0CcamAtVbI/GnSP0L4pxaWEnxL9QqpP7WAbsiXwH+UiBFQLxEAaqXpf5RIe8srBRgjNwljrACerlcBmzI3wUljlQBuVoP/KNHXhBvbaoKN7WXTNzb9Nd+TBQCa1/yN7f++Phz5lelrgBubVP6iwXVG/jGrtQR/zEpiM3+F4I9ZrRGIO7/h5K0377UCcRcgebT8VWA/AmutCoBtAsHDj9gfs3qF4PDzqsAak1xouEBf928OARVveC/l19MA64SeBnjNPg2ALdJrAk8DrDf8aQAd93qhpwGCl2ROY8K8/HgSoPtU7JMAQ6bjc9ozuRAD/Nt1qhv/a3etNji43fgPnioYHvVnPHqfKhge9fdPFSR1n799quBfJ+FvUhQMbsOMPxYY7STiQc/iUL8zCGQ0oxci+NTqEIFPrRYm8ZN7JseduDYAyfBWEmm2ESjN3L0S7rpuI8EfsE8UEDPqNpLnp18nVEyvCymmTVYxYYu0SUAxbTZcMem4NxM9Py2x1r9TTeHWzauawr2flGr6V+T+N8omKokLdW93rbY4eNhqumpieBZ7i0eB6aQOiwq9TH4Weytws33jX7F24g2vYD7f+Af5DHfdbwJzUPj/rxP6P9hc/vXJ8m9OgxqHWwSGbsUJnsXeKhB3CYInpN4UiPsOEiUKxKUC1lrdQYAbiX2ih5BljV7nthkc69wO/p6xo67vGdM52C78PWNvEX5S/C0hp+Nt63Rgi/S2gNOxw3CnQ8e9g2w2vENwNiyEWd8+hf2OU8t3Tf8UNjoJweDe8Xxy+t0ZUX+60FbWO8Amf5fkJPEeIRO/J8TE71smxhbpfQEm3mk4E+u4d5Ix8U7LxO4rhIk/cGr5YaQy8QceJv7QByb+ANjkH4I/1XeU8FN9H84wf427WB5s3w3+/DsjoHYTAGqP6R8T1Xpjj4DbWobEpd8F3OX3ApuyDPijUIcJG3wvQYPvk2IM9Nj6IyA4hwG/Qmx4Zo4HIz8mNCk+FjIpPrEmBbZInwiYFJ8ablLouD8lMyk+5TMplOS93evf79Tys0g1KfZ7TIrPfDAp9gOb/LMZMqBDM/HnhEz8uRATH7BMjC3SAQEmPmg4E+u4D5Ix8UHLxCH3dq//C6eWX0YqE3/hYeIvfWDiL4BN/qV1dxUwB2JrPMQyLjhsAaUOEwDqK9PHBVpvfCUwLlAk44JDwF3+a2BTKjsuUF8TNPgRlnHBUSA4RwLHBaNIxgXfEJoU3wiZFMesSYEt0jEBk+K44SaFjvs4mUlxnM+kKCt47xCT4oRTy28j1aQ44TEpvvXBpDgBbPJvZ8iADs3E3xEy8XdCTHzSMjG2SCcFmPiU4Uys4z5FxsSnLBO7rxAm/t6p5elIZeLvPUx82gcm/h7Y5KeBTMzq7gJzILbGMyzjgrN2XKDOEgDqB9PHBVpv/CAwLihHMi44A9zlfwQ2ZTk7LlA/EjT4TyzjgnNAcI4BjgseIRkX/ExoUvwsZFKctyYFtkjnBUyKC4abFDruC2QmxQU+k6Kc4L1DTIqLTi1/iVST4qLHpPjFB5PiIrDJf5khAzo0E18iZOJLQkx82TIxtkiXBZj4iuFMrOO+QsbEVywTu68QJv7VqeVvkcrEv3qY+DcfmPhXYJP/BmRiVncXmAOxNV5lGRdcs+MCdY0AUL+bPi7QeuN3gXFBeZJxwVXkUW4mbl3l7bhAAfMptsZkAmtMEujhgjMaCM5xwHHBeJJxQfKZfCZFciA43etNMdP12vlpTYr/eE9dJJ1Q9H1TAgErFXfKmfAaiZoUKYEN5ZNJESt47xCTIpVTy9SumkaUSaETUNAVrDsR3gUFf3e4jZkK2OSpZ8qADs3EaQiZOI0QE6e1TIwtUloBJk5nOBPruNORMXE6y8TuK4SJ0zu1zBCpTJzew8QZfGDi9MAmzwBkYlZ3F5gDsTVmlDJ/0EemTEDzhxVQmQgAlRm9RvQCtd7IPBMP0Iok44KMwF0+C7ApK9pxgcpC0OBZWcYF2YDgnAQcF0wmGRfcRGhS3CRkUtxsTQpskW4WMCmyG25S6Lizk5kU2flMivKC9w4xKXI4tcwZqSZFDo9JkdMHkyIHsMlzzpQBHZqJcxEycS4hJs5tmRhbpNwCTJzHcCbWcechY+I8londVwgT53VqmS9SmTivh4nz+cDEeYFNng/IxKzuLjAHYmvMzzIuKGDHBaoAAaBuMX1coPXGLQLjgsok44L8wF2+ILApK9txgSpI0OCFWMYFhYHgnAYcF0wnGRfcSmhS3CpkUtxmTQpskW4TMCmKGG5S6LiLkJkURfhMigqC9w4xKYo6tbw9Uk2Koh6T4nYfTIqiwCa/faYM6NBMXIyQiYsJMXFxy8TYIhUXYOIShjOxjrsEGROXsEzsvkKY+A6nliUjlYnv8DBxSR+Y+A5gk5cEMjGruwvMgdgaS7GMC0rbcYEqTQCoMqaPC7TeKCMwLqhKMi4oBdzlY4BNWdWOC1QMQYMrlnFBWSA4ZwHHBY+RjAvKEZoU5YRMilhrUmCLFCtgUpQ33KTQcZcnMynK85kUFQXvHWJSVHBqWTFSTYoKHpOiog8mRQVgk1ecKQM6NBNXImTiSkJMXNkyMbZIlQWYuIrhTKzjrkLGxFUsE7uvECau6tSyWqQycVUPE1fzgYmrApu8GpCJWd1dYA7E1lidZVxQw44LVA0CQNU0fVyg9UZNgXFBdZJxQXXgLl8L2JTV7bhA1SJo8Nos44I6QHA+ARwXPEkyLqhLaFLUFTIp6lmTAlukegImxZ2GmxQ67jvJTIo7+UyKSoL3DjEp6ju1vCtSTYr6HpPiLh9MivrAJr9rpgzo0EzcgJCJGwgxcUPLxNgiNRRg4kaGM7GOuxEZEzeyTOy+Qpi4sVPLuyOViRt7mPhuH5i4MbDJ7wYyMau7C8yB2BqbsIwLmtpxgWpKAKg408cFWm/ECYwLapKMC5oAd/l4YFPWtOMCFU/Q4M1YxgXNgeCcAxwXzCUZF7QgNClaCJkU91iTAlukewRMipaGmxQ67pZkJkVLPpOisuC9Q0yKVk4tW0eqSdHKY1K09sGkaAVs8tYzZUCHZuI2hEzcRoiJ21omxhaprQATtzOciXXc7ciYuJ1lYvcVwsTtnVreG6lM3N7DxPf6wMTtgU1+L5CJWd1dYA7E1tiBZVzQ0Y4LVEcCQN1n+rhA6437BMYFtUnGBR2Au/z9wKasbccF6n6CBu/EMi7oDATnfOC4YAHJuKALoUnRRcik6GpNCmyRugqYFAmGmxQ67gQykyKBz6ToJHjvEJMi0allt0g1KRI9JkU3H0yKRGCTd5spAzo0E3cnZOLuQkzcwzIxtkg9BJi4p+FMrOPuScbEPS0Tu68QJu7l1LJ3pDJxLw8T9/aBiXsBm7w3kIlZ3V1gDsTW2IdlXNDXjgtUXwJA9TN9XKD1Rj+BcUFdknFBH+Au/wCwKevacYF6gKDB+7OMCwYAwfk8cFywkGRcMJDQpBgoZFIMsiYFtkiDBEyKwYabFDruwWQmxWA+k6Kz4L1DTIohTi2HRqpJMcRjUgz1waQYAmzyoTNlQIdm4gcJmfhBISYeZpkYW6RhAkw83HAm1nEPJ2Pi4ZaJ3VcIE49wavlQpDLxCA8TP+QDE48ANvlDQCZmdXeBORBb40iWccEoOy5QowgANdr0cYHWG6MFxgV3kowLRgJ3+YeBTXmnHReohwkafAzLuOARIDgXAccFi0nGBWMJTYqxQibFo9akwBbpUQGTYpzhJoWOexyZSTGOz6ToInjvEJNivFPLCZFqUoz3mBQTfDApxgObfMJMGdChmXgiIRNPFGLiSZaJsUWaJMDEkw1nYh33ZDImnmyZ2H2FMPEUp5ZTI5WJp3iYeKoPTDwF2ORTgUzM6u4CcyC2xmks44LpdlygphMAaobp4wKtN2YIjAvuIhkXTAPu8jOBTXmXHReomQQNPotlXPAYEJzLgOOC5STjgtmEJsVsIZPicWtSYIv0uIBJ8YThJoWO+wkyk+IJPpOiq+C9Q0yKJ51aPhWpJsWTHpPiKR9MiieBTf7UTBnQoZn4aUImflqIiedYJsYWaY4AE881nIl13HPJmHiuZWL3FcLE85xaPhOpTDzPw8TP+MDE84BN/gyQiVndXWAOxNY4n2VcsMCOC9QCAkA9a/q4QOuNZwXGBQ1JxgXzgbv8c8CmbGjHBeo5ggZ/nmVcsBAIzpXAccEqknHBC4QmxQtCJsWL1qTAFulFAZNikeEmhY57EZlJsYjPpEgQvHeISbHYqeWSSDUpFntMiiU+mBSLgU2+ZKYM6NBMvJSQiZcKMfEyy8TYIi0TYOLlhjOxjns5GRMvt0zsvkKYeIVTy5cilYlXeJj4JR+YeAWwyV8CMjGruwvMgdgaV7KMC1bZcYFaRQCo1aaPC7TeWC0wLmhMMi5YCdzlXwY2ZWM7LlAvEzT4GpZxwVogONcAxwVrScYFrxCaFK8ImRSvWpMCW6RXBUyKdYabFDrudWQmxTo+kyJR8N4hJsVrTi3XR6pJ8ZrHpFjvg0nxGrDJ18+UAR2aiTcQMvEGISbeaJkYW6SNAkz8uuFMrON+nYyJX7dM7L5CmHiTU8vNkcrEmzxMvNkHJt4EbPLNQCZmdXeBORBb4xaWccFWOy5QWwkA9Ybp4wKtN94QGBc0IRkXbAHu8m8Cm7KJHReoNwkafBvLuGA7EJzrgOOC1zL7s1GEm7+3gPnrBcxfb+C9JPP39v9+/kTHVTuENhr0Ot8B1llr3G+S/yHtdA7e8Ug/9PrfJTQj3xUyI9+zZiS2SO8JmJHvG25G6rjfJzMj3+czI2ME7x1iRu50avlBpJqROz1m5Ac+mJE7gU3+AclJ4kNCJv5QiIl3WSbGFmmXABPvNpyJddy7yZh4t2Vi9xXCxHucWu6NVCbe42HivT4w8R5gk+8FglsX+RtCk3fvTPPXuI9lLPgReCzICKiPCAD1seljQa03PhYYC8aRjAX3AXf5T4BNGQceC35N2OCfEDT4pyxjwf1AcO4CjmV2k4xlPiM0KT4TMik+tyYFtkifC5gUBww3KXTcB8hMigN8JoWSvLd7/QedWn4RqSbFQY9J8YUPJsVBYJN/MVMGdGgm/pKQib8UYuJDlomxRTokwMSHDWdiHfdhMiY+bJk45N7u9X/l1PLrSGXirzxM/LUPTPwVsMm/tu6uAuZAbI1HWMYFRy2g1FECQH1j+rhA641vBMYFzUjGBUeAu/wxYFM2s+MCdYygwY+zjAtOAMG5Dzgu+IhkXPAtoUnxrZBJ8Z01KbBF+k7ApDhpuEmh4z5JZlKc5DMpygreO8SkOOXU8vtINSlOeUyK730wKU4Bm/z7mTKgQzPxaUImPi3ExGcsE2OLdEaAic8azsQ67rNkTHzWMrH7CmHiH5xa/hipTPyDh4l/9IGJfwA2+Y9AJmZ1d4E5EFvjTyzjgnN2XKDOEQDqZ9PHBVpv/CwwLmhBMi74CbjLnwc2ZQs7LlDnCRr8Asu44CIQnJ8CxwX7ScYFvxCaFL8ImRSXrEmBLdIlAZPisuEmhY77MplJcZnPpCgneO8Qk+KKU8tfI9WkuOIxKX71waS4AmzyX2fKgA7NxL8RMvFvQkx81TIxtkhXBZj4muFMrOO+RsbE1ywTu68QJv49WMtZf/x/EcXEv3uY2J0I74KCvzvcxvwd2eSzcKBjdXeBORBbYzKBNSa50HABFY1bKO24IJoAUMnRa0QvUOsNvUg0QFuSjAvcHR9uzCmATdnSjgtUCoIGTynFGOhxQSogOA8AxwUHScYFqYEbhV8mRWogON3rTeM6fluTIsx76iKlmYW/b1ogYKXiTjsLXiNRkyItsKF8MiliBe8dYlKkc2qZPlJNCp2Agq5g0/tgUqQDNnn6WTKgQzNxBkImziDExBktE2OLlFGAiTMZzsQ67kxkTJzJMrH7CmHizE4ts0QqE2f2MHEWH5g4M7DJswCZmNXdBeZAbI1ZWcYF2ey4QGUjANRNpo8LtN64SWBc0JpkXJAVuMvfDGzK1nZcoG4maPDsLOOCHEBwHgKOCw6TjAtyEpoUOYVMilzWpMAWKZeASZHbcJNCx52bzKTIzWdSlBe8d4hJkcepZd5INSnyeEyKvD6YFHmATZ53lgzo0Eycj5CJ8wkxcX7LxNgi5Rdg4gKGM7GOuwAZExewTOy+Qpj4FqeWBSOViW/xMHFBH5j4FmCTFwQyMau7C8yB2BoLsYwLCttxgSpMAKhbTR8XaL1xq8C4oC3JuKAQcJe/DdiUbe24QN1G0OBFWMYFRYHgPAIcFxwlGRfcTmhS3C5kUhSzJgW2SMUETIrihpsUOu7iZCZFcT6TooLgvUNMihJOLe+IVJOihMekuMMHk6IEsMnvmCUDOjQTlyRk4pJCTFzKMjG2SKUEmLi04Uys4y5NxsSlLRO7rxAmLuPUMiZSmbiMh4ljfGDiMsAmjwEyMau7C8yB2BoVy7igrB0XqLIEgCpn+rhA641yAuOC9iTjAgXc5WOBTdnejgtULEGDl2cZF1QAgvM4cFxwgmRcUJHQpKgoZFJUsiYFtkiVBEyKyoabFDruymQmRWU+k6Ki4L1DTIoqTi2rRqpJUcVjUlT1waSoAmzyqrNkQIdm4mqETFxNiImrWybGFqm6ABPXMJyJddw1yJi4hmVi9xXCxDWdWtaKVCau6WHiWj4wcU1gk9cCMjGruwvMgdgaa7OMC+rYcYGqQwCouqaPC7TeqCswLuhAMi6oDdzl6wGbsoMdF6h6BA1+J8u4oD4QnCeB44JTJOOCuwhNiruETIoG1qTAFqmBgEnR0HCTQsfdkMykaMhnUlQSvHeISdHIqWXjSDUpGnlMisY+mBSNgE3eeJYM6NBMfDchE98txMRNLBNji9REgImbGs7EOu6mZEzc1DKx+wph4jinlvGRysRxHiaO94GJ44BNHg9kYlZ3F5gDsTU2YxkXNLfjAtWcAFAtTB8XaL3RQmBccB/JuKAZcJe/B9iU99lxgbqHoMFbsowLWgHBeQY4LjhLMi5oTWhStBYyKdpYkwJbpDYCJkVbw00KHXdbMpOiLZ9JUVnw3iEmRTunlu0j1aRo5zEp2vtgUrQDNnn7WTKgQzPxvYRMfK8QE3ewTIwtUgcBJu5oOBPruDuSMXFHy8TuK4SJ73NqeX+kMvF9Hia+3wcmvg/Y5PcDmZjV3QXmQGyNnVjGBZ3tuEB1JgBUF9PHBVpvdBEYF3QiGRd0Au7yXYFN2cmOC1RXggZPYBkXJALB+RNwXHCOZFzQjdCk6CZkUnS3JgW2SN0FTIoehpsUOu4eZCZFDz6TopPgvUNMip5OLXtFqknR02NS9PLBpOgJbPJes2RAh2bi3oRM3FuIiftYJsYWqY8AE/c1nIl13H3JmLivZWL3FcLE/ZxaPhCpTNzPw8QP+MDE/YBN/gCQiVndXWAOxNbYn2VcMMCOC9QAAkANNH1coPXGQIFxQReScUF/4C4/CNiUXey4QA0iaPDBLOOCIUBwXgCOCy6SjAuGEpoUQ4VMigetSYEt0oMCJsUww00KHfcwMpNiGJ9J0Vnw3iEmxXCnliMi1aQY7jEpRvhgUgwHNvmIWTKgQzPxQ4RM/JAQE4+0TIwt0kgBJh5lOBPruEeRMfEoy8TuK4SJRzu1fDhSmXi0h4kf9oGJRwOb/GEgE7O6u8AciK1xDMu44BE7LlCPEABqrOnjAq03xgqMCxJIxgVjgLv8o8CmTLDjAvUoQYOPYxkXjAeC8zJwXHCFZFwwgdCkmCBkUky0JgW2SBMFTIpJhpsUOu5JZCbFJD6ToovgvUNMislOLadEqkkx2WNSTPHBpJgMbPIps2RAh2biqYRMPFWIiadZJsYWaZoAE083nIl13NPJmHi6ZWL3FcLEM5xazoxUJp7hYeKZPjDxDGCTzwQyMau7C8yB2BpnsYwLHrPjAvUYAaBmmz4u0HpjtsC4oBvJuGAWcJd/HNiU3ey4QD1O0OBPsIwLngSC8ypwXHCNZFzwFKFJ8ZSQSfG0NSmwRXpawKSYY7hJoeOeQ2ZSzOEzKboK3jvEpJjr1HJepJoUcz0mxTwfTIq5wCafN0sGdGgmfoaQiZ8RYuL5lomxRZovwMQLDGdiHfcCMiZeYJnYfYUw8bNOLZ+LVCZ+1sPEz/nAxM8Cm/w5IBOzurvAHIit8XmWccFCOy5QCwkA9YLp4wKtN14QGBf0IBkXPA/c5V8ENmUPOy5QLxI0+CKWccFiIDiT4cCporNwjAuWEJoUS4RMiqXWpMAWaamASbHMcJNCx72MzKRYxmdSJAjeO8SkWO7UckWkmhTLPSbFCh9MiuXAJl8xSwZ0aCZ+iZCJXxJi4pWWibFFWinAxKsMZ2Id9yoyJl5lmdh9hTDxaqeWL0cqE6/2MPHLPjDxamCTvwxkYlZ3F5gDsTWuYRkXrLXjArWWAFCvmD4u0HrjFYFxQS+SccEa4C7/KrApe9lxgXqVoMHXsYwLXgOCMyVwXJCKZFywntCkWC9kUmywJgW2SBsETIqNhpsUOu6NZCbFRj6TIlHw3iEmxetOLTdFqknxusek2OSDSfE6sMk3zZIBHZqJNxMy8WYhJt5imRhbpC0CTLzVcCbWcW8lY+KtlondVwgTv+HU8s1IZeI3PEz8pg9M/Aawyd8EMjGruwvMgdgat7GMC7bbcYHaTgCot0wfF2i98ZbAuKAPybhgG3CXfxvYlH3suEC9TdDgO1jGBe8AwZkWOC5I59NGEW7+3gXmrxAwf4WB+dPNkcqVuwGBF9cCPwc6Pwc5P/X1XiAf7zvEof+b4PF7qPMe/e+D790ZeP2B673/5P4fBt6/6wb3/9B1/92B13uSeO9g5727nffqjXBv4PW+f7mWjwLv//gGa/nItZZPAq8/vcFaPnGtZX/g9WdJvHeI8979znv1Gj8PvD7gyB70JnZMXc8L+hDQD9zb6LhPq+t5Rcf9AMmedhC4pwFrrR4wHDcPJr++p6FxM9DwuI8G+uWgQNyDSMRCic9x93LXOtz8DSbJX0lg/gYB8zeEZL/+ArhfAzGjkPnza4AHzGXIAO9LO8DDFulLgQHeIcMHeDruQ8IDPPTmXt5QchxBQo4VDCXHh0jI8TCQHIGYUQ8RkuNhIXL8ypIjtkhfCZDj14aTo477ayFyRK81e9x1Ikcr5iOzIjPu0cIOSbjr07g8IhD3wySHmK+BJDwaeIgZQ3KIOQrMHxAzagwJ/uoaKkLGkeSvnqEiZDxJ/34D7F8gZtR4QhHyjZAIOWZFCLZIxwREyHHDRYiO+ziJCMkXOIwfFTiUTjJ8XFk4TuYwPpmEjE4AyQhYazXZcBGn+/qEAG6mkRwCjwvhJtz8TSfJHxDfahowfzNI9q1vgfgDYkbNIMFfS0NF8GyS/LUyVAQ/TtK/3wH7F4gZ9TihCP5OSASftCIYW6STAiL4lOEiWMd9ikQEFw2IwW8FDvVPGS6CS8bJiJmnScjoeyAZAWutnjZcBOu+/l4AN/NIDoGnhHAT9p/iJckfEN9qHjB/80n2rdNA/AExo+aT4K+boSL4eZL8dTdUBC8k6d8zwP4FYkYtJBTBZ4RE8FkrgrFFOisggn8wXATruH8gEcExATF4WuBQv8hwEVwhTkbMLCYhox+BZASstVpsuAjWff2jAG6WkRwCfxDCTdh/VI8kf0B8q2XA/K0g2bd+AuIPiBm1ggR/wwwVwatJ8jfcUBH8Mkn/ngP2LxAz6mVCEXxOSAT/bEUwtkg/C4jg84aLYB33eRIRXCUgBn8SONS/YrgIrhUnI2ZeJSGjC0AyAtZavWq4CNZ9fUEAN+tJDoHnhXATbv42kOQPiG+1Hpi/jST71kUg/oCYURtJ8DfFUBG8hSR/Uw0VwVtJ+vcXYP8CMaO2EorgX4RE8CUrgrFFuiQggi8bLoJ13JdJRHC9gBi8KHCo32a4CG4UJyNmtpOQ0RUgGQFrrbYbLoJ1X18RwM0OkkPgZSHchP1nTUjyB8S32gHM37sk+9avQPwBMaPeJcHffENF8Ack+VtgqAj+kKR/fwP2LxAz6kNCEfybkAi+akUwtkhXBUTwNcNFsI77GokIbhoQg78KHOr3GC6C74mTETN7ScjodyAZAWut9hougnVf/y6Am49JDoHXhHATbv4+IckfEN/qY2D+PiXZt6Iew9UCiBn1KQn+Vhsqgg+Q5O9lQ0XwQZL+TQbsXyBm1EFCEQzMZYgIjn7sj9dWBId5T10knVD0fZM/ZrYI1nEnfwxeI5G1tgmIwajH8If6Q4aL4I5xMmLmMAkZpQCSEbDW6rDhIlj3dQqBfjlCcghMLoSbsP90Dkn+gPhWR4D5+4Zk30oJxB8QM+obEvxtM1QEf8vyJIehIvg7kv5NBexfIGbUd4QiOJWQCE5tRTC2SKkFRHAaw0WwjjsNiQjuHBCDKQUO9d8bLoK7x8mImdMkZJQWSEbAWqvThotg3ddpBXDzA8khMI0QbsL+ojeS/AHxrX4A5u8nkn0rHRB/QMyon0jw97GhIvgCSf4+MVQEXyTp3/TA/gViRl0kFMHphURwBiuCsUXKICCCMxougnXcGUlEcO+AGEwncKi/bLgIHhAnI2aukJBRJiAZAWutrhgugnVfZxLAzVWSQ2BGIdyE/Zg6Sf6A+FZXgfn7nWTfygzEHxAz6ncS/B03VAQnz8qRvxOGiuAUWTn6Nwuwf4GYUcj8+SWCswiJ4KxWBGOLlFVABGczXATruLORiOAhATGYWeBQnzqr2SL4oTgZMZOGhIxuApIRsNYqTVazRbDu65sEcJOe5BCYTQg34eYvA0n+gPhW6YH5y0iyb90MxB8QMyojCf5+MVQEZyXJ3yVDRXA2kv7NDuxfIGZUNkIRnF1IBOewIhhbpBwCIjin4SJYx52TRAQ/HBCDNwsc6rMbLoLHx8mImRwkZJQLSEbAWqschotg3de5BHCTm+QQmFMIN+HmLw9J/oD4VrmB+ctLsm/lBuIPiBmVlwR/aQ+YKYJvIclfugNmiuCCJP2bB9i/QMyogoQiOI+QCM5rRTC2SHkFRHA+w0WwjjsfiQieHBCDuQUO9bcaLoJnxsmImdtIyCg/kIyAtVa3GS6CdV/nF8DN7SSHwHxCuAk3f8VI8gfEt7odmL/iJPtWASD+gJhRxUnwl9dQEVyKZf8zVASXJunfW4D9C8SMKk0ogm8REsEFrQjGFqmggAguZLgI1nEXIhHBjwfEYAGBQ70yXATPjZMRM2VJyKgwkIyAtVZlDRfBuq8LC+CmPMkhsJAQbsLNXwWS/AHxrcoD81eRZN+6FYg/IGZURRL8lTJUBFclyV9pQ0VwNZL+vQ3Yv0DMqGqEIvg2IRFcxIpgbJGKCIjgooaLYB13URIRvCAgBm8VONTXNFwEvxgnI2ZqkZDR7UAyAtZa1TJcBOu+vl0AN3VJDoFFhXATbv7qkeQPiG9VF5i/O0n2rWJA/AExo+4kwV9NQ0VwQ5b+NVQENyLp3+LA/gViRjUiFMHFhURwCSuCsUUqISCC7zBcBOu47yARwUsDYrCYwKG+ieEieFWcjJhpSkJGJYFkBKy1amq4CNZ9XVIAN81IDoF3COEm3Pw1J8kfEN+qGTB/LUj2rVJA/AExo1qQ4K+ZoSK4NUn+mhsqgtuQ9G9pYP8CMaPaEIrg0kIiuIwVwdgilREQwTGGi2AddwyJCF4bEIOlBA717Q0XwRviZMTMvSRkpIBkBKy1utdwEaz7Wgng5j6SQ2CMEG7Czd/9JPkD4lvdB8xfJ5J9qywQf0DMqE4k+OtiqAhOIMlfV0NFcCJJ/5YD9i8QMyqRUASXExLBsVYEY4sUKyCCyxsugnXc5UlE8OaAGCwrcKjvYbgI3h4nI2Z6kpBRBSAZAWutehougnVfVxDATR+SQ2B5IdyEm7++JPkD4lv1AeavH8m+VRGIPyBmVD8S/A02VAQPJMnfEENF8CCS/q0E7F8gZtQgQhFcSUgEV7YiGFukygIiuIrhIljHXYVEBL8TEIMVBQ71Qw0XwR/GyYiZB0nIqCqQjIC1Vg8aLoJ1X1cVwM0IkkNgFSHchJu/h0jyB8S3GgHM30iSfasaEH9AzKiRJPibYKgIHkOSv4mGiuBHSPq3OrB/gZhRjxCK4OpCIriGFcHYItUQEME1DRfBOu6aJCJ4b0AMVhM41I8zXATvj5MRM+NJyKgWkIyAtVbjDRfB/7f3COBmEssX6wjhJtz8TSbJHxDfahIwf1NI9q3aQPwBMaOmkOBvjqEieAZJ/uYaKoJnkvRvHWD/AjGjZhKK4DpCIriuFcHYItUVEMH1DBfBOu56JCL4YEAM1hY41M82XAR/HScjZh4nIaM7gWQErLV63HARrPv6TgHcPEVyCKwnhJtw8/c0Sf6A+FZPAfM3h2Tfqg/EHxAzag4J/lYYKoLnk+TvJUNF8AKS/r0L2L9AzKgFhCL4LiER3MCKYGyRGgiI4IaGi2Add0MSEXwsIAbrCxzqnzdcBJ+KkxEzC0nIqBGQjIC1VgsNF8G6rxsJ4GYRySGwoRBuws3fYpL8AfGtFgHzt4Rk32oMxB8QM2oJCf62GCqCV5Dkb6uhIvglkv69G9i/QMyolwhF8N1CIriJFcHYIjUREMFNDRfBOu6mJCL4bEAMNhY41K82XASfj5MRMy+TkFEckIyAtVYvGy6CdV/HCeDmFZY/8SOEm3Dz9ypJ/oD4Vq8A87eOZN+KB+IPiBm1jgR/ewwVwRtJ8rfXUBH8Okn/NgP2LxAz6nVCEdxMSAQ3tyIYW6TmAiK4heEiWMfdgkQEXwqIwXiBQ/0Ww0XwtTgZMbOVhIzuAZIRsNZqq+EiWPf1PQK42UZyCGwhhJtw87edZZIE7JVtwPy9RbJvtQTiD4gZ9RYJ/o4YKoLfJcnfUUNF8Hsk/dsK2L9AzKj3CEVwKyER3NqKYGyRWguI4DaGi2AddxsSERwdHxXVUuBQ/4HhIjhNvIyY+ZCEjNoCyQhYa/Wh4SJY93VbAdzsITkEthHCTbj520uSPyC+1R5g/vaR7FvtgPgDYkbtI8Hfz4aK4E9J8nfeUBG8n6R/2wP7F4gZtZ9QBLcXEsH3WhGMLdK9AiK4g+EiWMfdgUQEZwiIwXYCh/oDhovgbPEyYuYgCRl1BJIRsNbqoOEiWPd1RwHcHCI5BHYQwk24+TtMkj8gvtUhYP6+Itm37gPiD4gZ9RUJ/lIeNFMEf0OSv1QHzRTBx0j6935g/wIxo44RiuD7hURwJyuCsUXqJCCCOxsugnXcnUlEcI6AGLxP4FD/reEiOF+8jJj5joSMugDJCFhr9Z3hIlj3dRcB3HxPcgjsLISbcPN3miR/QHyr74H5O0Oyb3UF4g+IGXWGBH85DRXBP5HkL5ehIvgcSf8mAPsXiBl1jlAEJwiJ4EQrgrFFShQQwd0MF8E67m4kIrhgQAx2FTjUXzBcBBeNlxEzF0nIqDuQjIC1VhcNF8G6r7sL4OYyySGwmxBuws3fFZL8AfGtLgPz9yvJvtUDiD8gZtSvJPgrbqgI/p0kfyUMFcFR2Tj6tyewf4GYUcj8+SWCewqJ4F5WBGOL1EtABPc2XATruHuTiOASATHYQ+BQnzyb2SI4Jl5GzKQgIaM+QDIC1lqlyGa2CNZ93UcAN6mzcRwCewvhJtz8pSHJHxDfKjUwf2lJ9q2+QPwBMaPSkuCvqqEiOCNJ/qoZKoIzkfRvP2D/AjGjMhGK4H5CIvgBK4KxRXpAQAT3N1wE67j7k4jg2IAY7CtwqM9quAiuEi8jZrKRkNEAIBkBa62yGS6CdV8PEMBNdpJDYH8h3ISbvxwk+QPiW2UH5i8nyb41EIg/IGZUThL8NTFUBOclyV9TQ0VwPpL+HQTsXyBmVD5CETxISAQPtiIYW6TBAiJ4iOEiWMc9hEQE1wiIwYECh/pbDBfB9eJlxExBEjIaCiQjYK1VQcNFsO7roQK4uZXkEDhECDfh5u82kvwB8a1uBeavCMm+9SAQf0DMqCKG812DAN89KLBvFTc87qbxMvt1CZJ+GQbsF2CtVQnDcdM/UIhhArjR90XFrdeWyoWZAYEX1wI/Bzo/Bzk/9TU8EMsIJx793wRF7VDnPfrfB9/7UOD1SNd7/8n9RwXeP/oG9x/luv/DgddjknjvYOe9Dzvv1QL8kcDrsf9yLY8G3j/uBmt51LWW8YHXE26wlvGutUwMvJ6UxHuHOO+d6LxXr3Fy4PUURwOisXlMXc8LGpulDO/J0+p6XtFxlybZy6cC93JgrVVpQgNxIHgfDq4xWPNpgVpND/wzw+UDZXR+po0KNRX1lcr1uhZoXQImZUxK11rTutYcjCeT8+9TYH9vubSu3Ea58h2VRN6iXL8/TeCfDM7rbgmD4gd37t2jS+OEYUnVLHkS9412xZrS8z53HYP/LrX7v5c4lIDu9afDwzSHvKY7P2c4PzMH/pkZeD3rL8gMcSDSzYi+ryI4YM4UILOyQmQWDY4fWB9VFkxA3s1Zov7TgBMsyXVOB67TndfHnP1ktosgczo/3Zt9Mtf/x0yaaVxxBC83uQR/ZzDuIJGmxK6lrP5dKaJCrxsRafD3e4i0RUKXAQmDPETqnZhGJxGrO0YdX2psfDHBtQav4JqCvydd1B+4SeNaR1rsOlTwd3nX8f+x9yXwNlXv+9c1kznzECpFhru45pChMl8URVEu96IMEYoQKsk8z2OzsagUGaKQZJZCiKIQEoVM/7O+9vm1z+6m4Tzv/q+ns/bn8/243zpt633f513Pep53n33TutaRxvVz8N+lc60p+M/Se9br7gX3fxvMa3pXzDSHER3IGOfQMdb5c1zgz/Fj5NY/XICAy5r+GGfya3lF37ccycEDWB9VjuCQOUKg1hUJMD5eIO5KJBgH1kdVMhzjTye/5lija13F8LgPBY4YwwTirkrihk4AuqHAWitk/rwmzQTnXOQ9J+lrYuDnSf9wUjI58Pkp15mUTHbdf2rg52ljrt3XD4E8ESyQJfadqdinGxNjS8fG6L5Gxe0WdtNdQjsoEP6LQju1K47g5XantYjK5vz/zl26d0js1bBHx44dEjsktG3YpXuCO2VJPQGclI51m8MpkkgjnTkstb7pQk/F/llOw+WYGf/+SeMYz72UX5OtGUKPxs+0j8ZjizRzDP6+swx/NF7HPcvnTSAmvCskpzFhXt7DE1r4dQj8BR+Pwt3vaKmoqE9GydYrzHsr7z9w53e2g7WXXZhL6cJJ8LN6Q7sa9UcMJXP9HO18Jvo6n0n2J/f5s8OI2KYVDE4nYKUr2JfHhNr77gWh/u7ZwE3olevcq0L5hPjE8rFlWsfEJsYH7lMuMaFM69IVVWKFMoHbl4lV8a0TYtrGxpcvF1uuQmJ5354teUWIgV+1DIwt0qsCDPya4Qys437Npy+nhRv/y85a0fetbuiXRbzrRGLpdaBdVh1scelNTK+vunNPNOaDpyI0jmoabhEHT2/ouGuZaRH/QXIjDyIvA+91N8mX1YD4VkDMKKn8ofvkDUL76A2hw+ub9vCKLdKbAofXOYYfXnXcc0jerKD9bom1+jV/ezmMjSAx9PLN7pnr5Hve37B7aiSRO6/dUyPqr+2epO7zl3aP6Q/jRTvJTOZK3DzXCT14wd+xh4tDzQNuZvNxzZAYzOd8QcWj8/iygHKuY9aDX384Jem45wrEXZfggbd5AnHXM1SpeAkGuW/UAb5Woz6J0gPiWwExo+r79MBluHWeC+SaBUCnTt9DglsWGP5qBIm4tYu4bSQ+7sYELuJ2gbibkDxouhDYj8BaqyaG40b3y0EB3DQl6JdDAnE3I+mXt4D9Aqy1akbQL6cFcNOcoF9+Foi7BUm/vA3sF2CtVQuCfkkmMN1sSdAv0QJxtyLpl0XAfgHWWrUi6JcsArhpTdAvWQXijifpl8XAfgHWWsUT9EshAdwkEPRLYYG4E0n65R1gvwBrrRIJ+kUJ4KYDQb+UFoj7MZJ+eRfYL8Baq8cI+qW6AG46EfRLDYG4O5P0y3vAfgHWWnUm6JfGArjpStAvTQTi7kbSL0uA/QKstepG0C+tBXDTg6Bf4gXi7knSL+8D+wVYa9WToF+6CuCmF0G/dBOIuzdJv3wA7BdgrVVvgn4ZIICbvgT9MlAg7n4k/bIU2C/AWqt+BP0yWgA3Awj6ZYxA3ANJ+mUZsF+AtVYDCfpltgBuXiDol5cF4h5E0i8fAvsFWGs1iKBfFgng5iWCflksEPcQkn5ZDuwXYK3VEIJ+WS2Am+EE/bJGIO4RJP2yAtgvwForZP70l54vBRKX2bmf/g6Dfi5bP2uqn5/TzwTp5xz07FbPo7THrn1D7YVofafPrJqH9d6yYkxUyIXGzUrwi56l1rkKiBtdn8vJf/8ems7BKuE8fwT8jppfbyP5SOhtJKvt20iwRVot8DaSNYa/jUTHvYbobSQSa7UvtL12RSVxodbszu/HTg0/+RtvOCnk+u/+7A0nhaL++g0nSd3nP/GGE53Mgq7EfTLmjzuvyW84+QS4Qa4dg8/v2r+Rz3DXvQ54KjP0fXdibwz5WOBb/KMJ4v5EIO4xBL8Kbp1A3GNJ3nACxKUC1lpJ5Q9d5/WE6nG9kHr81KpHbJE+FVCPGwxXjzruDUTqcYNVj/Tq8TOnhhutevz3VzBRn3nU40Yy9bgRuEF+LqAeP/dBPW6y6vFfq6jPBNTERIK4NwrEPYlAPW4SiHsyiXoE4lIBa62Q+dOkfzl51B8udH3Q2Nw4xvw1bhaaccMbcguQEFkBtYUAUFvRa0QvUHvLWwUYYzoJY2wGnq63AZtyOsFJY5sAbrYDG0ZvbJcIN7btBBvbDimmjAYDyi3Fw73XToJXfks05RfgYkvEPVEg7pmGb8K6CXcKxD2L5BHhXcB+BNZazQLLPUES+79BFRqbXxCQ2C7p03m4AH86UPipAg3+iuENnpCYGBPfto06pHAxfwncLJD582vK/iXY+w9eX9kpO7ZIXwlM2XcbPmXXce8WmrIHL7SyQOZ0zxi5pgDlMzG2dGwMckPeO8ZcQpP4EuMXAl/me43gS4y7BOJ+nUShfA3sa2Ct1esE/XJYADdzCPrliEDcc0n6ZR+wX4C1VnMJ+uUXAdwsIOiXXwXiXkjSL/uB/QKstVpI0C8pR+Nxs4igX1IJxL2YpF8OAPsFWGu1mKBfsgvg5j2CfskhEPcSkn75BtgvwFqrJQT9cqsAbpYS9EsRgbiXkfTLQWC/AGutlhH0S1kB3Kwg6JdyAnGvJOmXQ8B+AdZarSTol7sFcLOaoF/uEYh7DUm/fAvsF2Ct1RqCfmkqgJu1BP3STCDudST98h2wX4C1VusI+iVBADcbCPolUSDuz0j65TCwX4C1Vp8R9EsPAdxsIuiXngJxbybplyPAfgHWWm0m6JcXBHCzjaBfBgnEvZ2kX74H9guw1mo7Qb+MF8DNFwT9MkEg7l0k/fIDsF+AtVa7CPrlNQHc7Cbol9cF4t5D0i9Hgf0CrLXaQ9Av7wngZh9BvywRiHs/Sb8cA/YLsNZqP0G/rBXAzUGCflknEPchkn45DuwXYK0VMn/6TZNXXL+USH+HQT+XrZ811c/P6WeC9HMOenar51HaY9e+ofZCtL7TZ1bNw3pvOS78y3J+FHoNBXqdJ8C/lOiq65cS6RycEM7zScLXSp8U+sLrKfuFV2yRTgl84fUnw7/wquP+iei10hJrta+VvnZFJXGh1uzO72mnhj/b10r/+yuYqNOe10r/TPZa6Z+BG+QZgddKn/HhtdJn7Wul//U71U4LvJbmMEHcPwvEfYTgZY9nBeL+nuQloUBcKmCtlVT+0HX+hVA9/iKkHn+16hFbpF8F1OM5w9WjjvsckXo8Z9UjvXo879TwglWP//4KJuq8Rz1eIFOPF4Ab5G8C6vE3H9TjRase/7WKOi+gJo4TxH1BIO4fCdTjRYG4T5CoRyAuFbDWCpk/TfpXCX/VwgWCt1RfkvpVC+iGvAz+pUSMgLpMAKgrpv9SIu0tXxFgjNMkjHEJeLq+CmzK0wQnjasCuIkaGwVlyiuEGxsyB1JrTDbW8I1Nv+Z7rwBAz5i/sf3v9eHIV6ZH44qtpPIXDa4z8pdZJQfmT6JXpDbzFOBNQiJujW34EM5w8tabd3KBuH8lebQ8JbAfgbVWv4JtAsHDj9gvs0pBcPhJKbDGJBcaLtBTjf0H9yp/3Xspv54GSAVMrnu9qcf+/rN9GiDMe+oipR6Lv2+asTjwS8WdZiy8Rtd9JCgmvCskpzFhXn48CbB0JPZJgPWj8TntllyIAf7pOtX1/7W7Vmkd3KZz4ffPniroHfVHPHqfKugd9ddPFSR1n798quAfJ+EvUhQMLu3Y3xcY7STiac/iUH9nEMhoRr9A8K3V9QLfWv2NxE/ulhx34koLJMOLJNIsHVCauXsl3HVdIsEfsE8UEDPqEsnz0+kJFVN6IcV0g1VM2CLdIKCYMhiumHTcGYQUk4QfLLHWv1JN4dbNq5rCfrWTkGr6R+T+F8omKokLdW93rTI6eMhkumpieBY7o0eB6aT2igq9TH4WOxNws838j1g78bpXMJ+Z/0Y+w113FmAOfvv/dUL/G5vLPz5Z/sVpUOMwo8DQLVk285/FziQQd3Q285+QyiIQd/JsHEoUiEsFrLVKToAbiX2iq5BljV5n1rEc68wGdKr+d6BM8fvBTucg29ioKMn13wjkcb+cjhuFnI7s1unAFim7gNORw3CnQ8edg2w2nENwNiyEWd++hZ3TqWWuv6H8C0X9sUZe5V8oSuhb2OgkBIPTCSjoCjbX2Kg/XGgrKyewyXORnCRyEzJxbiEmzmOZGFukPAJMnNdwJtZx5yVj4ryWid1XCBPnc2qZP1KZOJ+HifP7wMT5gE2eH/ytvv+jBnzOxR4azz/W/DUWYHmw/Sag+cIKqJsIAFXQ9K+J/k/jCLitqUlc+gLAXb4QsCmR+dO9fYnwe+CFCBq8sBRjoMfWNwPB2Rj4YGQTkgcjbyE0KW4RMilutSYFtki3CpgURQw3KXTcRchMiiJ8JoWSvLd7/bc5tbw9Uk2K2zwmxe0+mBS3AZv89rEyoEMzcVFCJi4qxMTFLBNji1RMgInvMJyJddx3kDHxHZaJQ+7tXn9xp5YlIpWJi3uYuIQPTFwc2OQlrLurgDkQW2NJlnFBKQsoVYoAUDGmjwu03ogRGBekJRkXlATu8grYlGntuEApggYvzTIuKAMEZ1PguKAZybggltCkiBUyKcpakwJbpLICJkU5w00KHXc5MpOiHJ9JUVrw3iEmRXmnlhUi1aQo7zEpKvhgUpQHNnmFsTKgQzNxRUImrijExJUsE2OLVEmAiSsbzsQ67spkTFzZMrH7CmHiO51aVolUJr7Tw8RVfGDiO4FNXgXIxKzuLjAHYmusyjIuqGbHBaoaAaDuMn1c8D+9ITAuSE8yLqgK3OWrA5syvR0XqOoEDV6DZVxQEwjO5sBxQQuScUEtQpOilpBJcbc1KbBFulvApLjHcJNCx30PmUlxD59JUUbw3iEmxb1OLWtHqklxr8ekqO2DSXEvsMlrj5UBHZqJ6xAycR0hJq5rmRhbpLoCTFzPcCbWcdcjY+J6londVwgT13dq2SBSmbi+h4kb+MDE9YFN3gDIxKzuLjAHYmtsyDIuiLPjAhVHAKhGpo8LtN5oJDAuyEAyLmgI3OUbA5sygx0XqMYEDd6EZVxwHxCcLYHjglYk44L7CU2K+4VMiqbWpMAWqamASdHMcJNCx92MzKRoxmdSxAreO8SkeMCp5YORalI84DEpHvTBpHgA2OQPjpUBHZqJmxMycXMhJm5hmRhbpBYCTPyQ4Uys436IjIkfskzsvkKY+GGnli0jlYkf9jBxSx+Y+GFgk7cEMjGruwvMgdgaW7GMCx6x4wL1CAGgHjV9XKD1xqMC44JMJOOCVsBdvjWwKTPZcYFqTdDg8SzjgjZAcLYGjgviScYFbQlNirZCJkWCNSmwRUoQMCkSDTcpdNyJZCZFIp9JUVbw3iEmRTunlu0j1aRo5zEp2vtgUrQDNnn7sTKgQzNxB0Im7iDExI9ZJsYW6TEBJn7ccCbWcT9OxsSPWyZ2XyFM3NGpZadIZeKOHibu5AMTdwQ2eScgE7O6u8AciK2xM8u4oIsdF6guBIB6wvRxgdYbTwiMC7KQjAs6A3f5rsCmzGLHBaorQYN3YxkXPAkEZwJwXJBIMi7oTmhSdBcyKXpYkwJbpB4CJkVPw00KHXdPMpOiJ59JUU7w3iEmxVNOLZ+OVJPiKY9J8bQPJsVTwCZ/eqwM6NBM3IuQiXsJMXFvy8TYIvUWYOJnDGdiHfczZEz8jGVi9xXCxH2cWvaNVCbu42Hivj4wcR9gk/cFMjGruwvMgdga+7GMC5614wL1LAGg+ps+LtB6o7/AuCAbybigH3CXHwBsymx2XKAGEDT4QJZxwXNAcHYAjgseIxkXPE9oUjwvZFK8YE0KbJFeEDApBhluUui4B5GZFIP4TIrygvcOMSledGo5OFJNihc9JsVgH0yKF4FNPnisDOjQTPwSIRO/JMTEQywTY4s0RICJhxrOxDruoWRMPNQysfsKYeJhTi2HRyoTD/Mw8XAfmHgYsMmHA5mY1d0F5kBsjSNYxgUj7bhAjSQA1CjTxwVab4wSGBdkJxkXjADu8qOBTZndjgvUaIIGH8MyLhgLBGcn4LigM8m4YByhSTFOyKQYb00KbJHGC5gUEww3KXTcE8hMigl8JkUFwXuHmBQTnVpOilSTYqLHpJjkg0kxEdjkk8bKgA7NxJMJmXiyEBNPsUyMLdIUASaeajgT67inkjHxVMvE7iuEiac5tZweqUw8zcPE031g4mnAJp8OZGJWdxeYA7E1zmAZF8y04wI1kwBQs0wfF2i9MUtgXJCTZFwwA7jLzwY2ZU47LlCzCRr8ZZZxwStAcHYFjgu6kYwLXiU0KV4VMilesyYFtkivCZgUrxtuUui4XyczKV7nMykqCt47xKR4w6nlm5FqUrzhMSne9MGkeAPY5G+OlQEdmonnEDLxHCEmnmuZGFukuQJMPM9wJtZxzyNj4nmWid1XCBPPd2q5IFKZeL6HiRf4wMTzgU2+AMjErO4uMAdia1zIMi54y44L1FsEgHrb9HGB1htvC4wLcpOMCxYCd/lFwKbMbccFahFBgy9mGRe8AwRnD+C4oCfJuOBdQpPiXSGT4j1rUmCL9J6ASbHEcJNCx72EzKRYwmdStBa8d4hJ8b5Tyw8i1aR432NSfOCDSfE+sMk/GCsDOjQTLyVk4qVCTLzMMjG2SMsEmPhDw5lYx/0hGRN/aJnYfYUw8XKnlisilYmXe5h4hQ9MvBzY5CuATMzq7gJzILbGlSzjglV2XKBWEQDqI9PHBVpvfCQwLshLMi5YCdzlVwObMq8dF6jVBA2+hmVc8DEQnL2A44LeJOOCTwhNik+ETIq11qTAFmmtgEmxznCTQse9jsykWMdnUsQL3jvEpFjv1PLTSDUp1ntMik99MCnWA5v807EyoEMz8QZCJt4gxMSfWSbGFukzASbeaDgT67g3kjHxRsvE7iuEiT93arkpUpn4cw8Tb/KBiT8HNvkmIBOzurvAHIitcTPLuGCLHReoLQSA2mr6uEDrja0C44L8JOOCzcBdfhuwKfPbcYHaRtDg21nGBTuA4OwLHBf0IxkX7CQ0KXYKmRRfWJMCW6QvBEyKXYabFDruXWQmxS4+k6KN4L1DTIovnVp+FakmxZcek+IrH0yKL4FN/tVYGdChmXg3IRPvFmLiPZaJsUXaI8DEew1nYh33XjIm3muZ2H2FMPHXTi33RSoTf+1h4n0+MPHXwCbfB2RiVncXmAOxNe5nGRccsOMCdYAAUN+YPi7QeuMbgXHBTSTjgv3AXf4gsClvsuMCdZCgwQ+xjAu+BYJzAHBcMJBkXPAdoUnxnZBJcdiaFNgiHRYwKY4YblLouI+QmRRH+EyKtoL3DjEpvndq+UOkmhTfe0yKH3wwKb4HNvkPY2VAh2bio4RMfFSIiY9ZJsYW6ZgAEx83nIl13MfJmPi4ZWL3FcLEPzq1PBGpTPyjh4lP+MDEPwKb/ASQiVndXWAOxNZ4kmVccMqOC9QpAkD9ZPq4QOuNnwTGBYVIxgUngbv8aWBTFrLjAnWaoMF/ZhkXnAGC8wXguGAQybjgLKFJcVbIpPjFmhTYIv0iYFL8arhJoeP+lcyk+JXPpEgQvHeISXHOqeX5SDUpznlMivM+mBTngE1+fqwM6NBMfIGQiS8IMfFvlomxRfpNgIkvGs7EOu6LZEx80TKx+wph4ktOLS9HKhNf8jDxZR+Y+BKwyS8DmZjV3QXmQGyNV1jGBVftuEBdJQBU1DjDxwX/E3nj8AC9mWRccAW4yyfDFVvdbMcFKtk489cYLbDGJIEetjAGgvMl4LhgCMm4IMU4PpMiBRCc7vWmHPf7z9akCPOeukgpx+HvmwoIWKm4U42D10jUpEgFbCifTIpEwXuHmBSpnVqmcdU0okwKnYCCrmDdifAuKPh3h9uYqYFNnmacDOjQTJyWkInTCjFxOsvE2CKlE2Di9IYzsY47PRkTp7dM7L5CmPgGp5YZIpWJb/AwcQYfmPgGYJNnADIxq7sLzIHYGjNKmT/oI1MmoPnDCqhMBIDKbPq4QOuNzALjgltJxgUZgbt8FmBT3mrHBSoLQYNnZRkXZAOCczhwXDAiqz8bRbj5uxGYv5rA/NUC3ksyf9n/+/kTHVflENpo0OvMCayz1rjJUvwu7XQOcnqkH3r9uQjNyFxCZmRua0Zii5RbwIzMY7gZqePOQ2ZG5uEzI2ME7x1iRuZ1apkvUs3IvB4zMp8PZmReYJPnIzlJ5Cdk4vxCTFzAMjG2SAUEmPgmw5lYx30TGRPfZJnYfYUwcUGnloUilYkLepi4kA9MXBDY5IWA4NZFTkY4xSk0zvw1FmYZC94MHgsyAupmAkDdYvpYUOuNWwTGgreRjAULA3f5W4FNeRt4LHiFcCx4K0GDF2EZC94GBOdrwLHM6yRjmdsJTYrbhUyKotakwBapqIBJUcxwk0LHXYzMpCjGZ1IoyXu713+HU8vikWpS3OExKYr7YFLcAWzy4uNkQIdm4hKETFxCiIlLWibGFqmkABOXMpyJddylyJi4lGXikHu71x/j1FJFKhPHeJhY+cDEMcAmV9bdVcAciK2xNMu4oIwFlCpDAKhY08cFWm/ECowLipKMC0oDd/mywKYsascFqixBg5djGReUB4JzDnBcMJdkXFCB0KSoIGRSVLQmBbZIFQVMikqGmxQ67kpkJkUlPpOitOC9Q0yKyk4t74xUk6Kyx6S40weTojKwye8cJwM6NBNXIWTiKkJMXNUyMbZIVQWYuJrhTKzjrkbGxNUsE7uvECa+y6ll9Uhl4rs8TFzdBya+C9jk1YFMzOruAnMgtsYaLOOCmnZcoGoSAKqW6eMCrTdqCYwL7iAZF9QA7vJ3A5vyDjsuUHcTNPg9LOOCe4HgXAAcFywkGRfUJjQpaguZFHWsSYEtUh0Bk6Ku4SaFjrsumUlRl8+kKCN47xCTop5Ty/qRalLU85gU9X0wKeoBm7z+OBnQoZm4ASETNxBi4oaWibFFaijAxHGGM7GOO46MieMsE7uvECZu5NSycaQycSMPEzf2gYkbAZu8MZCJWd1dYA7E1tiEZVxwnx0XqPsIAHW/6eMCrTfuFxgXlCAZFzQB7vJNgU1Zwo4LVFOCBm/GMi54AAjORcBxwWKSccGDhCbFg0ImRXNrUmCL1FzApGhhuEmh425BZlK04DMpYgXvHWJSPOTU8uFINSke8pgUD/tgUjwEbPKHx8mADs3ELQmZuKUQE7eyTIwtUisBJn7EcCbWcT9CxsSPWCZ2XyFM/KhTy9aRysSPepi4tQ9M/CiwyVsDmZjV3QXmQGyN8SzjgjZ2XKDaEACqrenjAq032gqMC0qRjAvigbt8ArApS9lxgUogaPBElnFBOyA43wOOC5aQjAvaE5oU7YVMig7WpMAWqYOASfGY4SaFjvsxMpPiMT6ToqzgvUNMisedWnaMVJPicY9J0dEHk+JxYJN3HCcDOjQTdyJk4k5CTNzZMjG2SJ0FmLiL4Uys4+5CxsRdLBO7rxAmfsKpZddIZeInPEzc1QcmfgLY5F2BTMzq7gJzILbGbizjgiftuEA9SQCo7qaPC7Te6C4wLlAk44JuwF2+B7AplR0XqB4EDd6TZVzwFBCcS4HjgmUk44KnCU2Kp4VMil7WpMAWqZeASdHbcJNCx92bzKTozWdSlBO8d4hJ8YxTyz6RalI84zEp+vhgUjwDbPI+42RAh2bivoRM3FeIiftZJsYWqZ8AEz9rOBPruJ8lY+JnLRO7rxAm7u/UckCkMnF/DxMP8IGJ+wObfACQiVndXWAOxNY4kGVc8JwdF6jnCAD1vOnjAq03nhcYF5QhGRcMBO7yLwCbsowdF6gXCBp8EMu44EUgOFcAxwUrScYFgwlNisFCJsVL1qTAFuklAZNiiOEmhY57CJlJMYTPpCgveO8Qk2KoU8thkWpSDPWYFMN8MCmGApt82DgZ0KGZeDghEw8XYuIRlomxRRohwMQjDWdiHfdIMiYeaZnYfYUw8SinlqMjlYlHeZh4tA9MPArY5KOBTMzq7gJzILbGMSzjgrF2XKDGEgBqnOnjAq03xgmMC8qSjAvGAHf58cCmLGvHBWo8QYNPYBkXTASCczVwXLCGZFwwidCkmCRkUky2JgW2SJMFTIophpsUOu4pZCbFFD6TooLgvUNMiqlOLadFqkkx1WNSTPPBpJgKbPJp42RAh2bi6YRMPF2IiWdYJsYWaYYAE880nIl13DPJmHimZWL3FcLEs5xazo5UJp7lYeLZPjDxLGCTzwYyMau7C8yB2BpfZhkXvGLHBeoVAkC9avq4QOuNVwXGBeVJxgUvA3f514BNWd6OC9RrBA3+Osu44A0gONcCxwXrSMYFbxKaFG8KmRRzrEmBLdIcAZNiruEmhY57LplJMZfPpKgoeO8Qk2KeU8v5kWpSzPOYFPN9MCnmAZt8/jgZ0KGZeAEhEy8QYuKFlomxRVoowMRvGc7EOu63yJj4LcvE7iuEid92arkoUpn4bQ8TL/KBid8GNvkiIBOzurvAHIitcTHLuOAdOy5Q7xAA6l3TxwVab7wrMC6oSDIuWAzc5d8DNmVFOy5Q7xE0+BKWccH7QHBuAI4LPiMZF3xAaFJ8IGRSLLUmBbZISwVMimWGmxQ67mVkJsUyPpOiteC9Q0yKD51aLo9Uk+JDj0mx3AeT4kNgky8fJwM6NBOvIGTiFUJMvNIyMbZIKwWYeJXhTKzjXkXGxKssE7uvECb+yKnl6khl4o88TLzaByb+CNjkq4FMzOruAnMgtsY1LOOCj+24QH1MAKhPTB8XaL3xicC4oDLJuGANcJdfC2zKynZcoNYSNPg6lnHBeiA4NwHHBZtJxgWfEpoUnwqZFBusSYEt0gYBk+Izw00KHfdnZCbFZ3wmRbzgvUNMio1OLT+PVJNio8ek+NwHk2IjsMk/HycDOjQTbyJk4k1CTLzZMjG2SJsFmHiL4Uys495CxsRbLBO7rxAm3urUclukMvFWDxNv84GJtwKbfBuQiVndXWAOxNa4nWVcsMOOC9QOAkDtNH1coPXGToFxQRWSccF24C7/BbApq9hxgfqCoMF3sYwLvgSCcxtwXLCdZFzwFaFJ8ZWQSbHbmhTYIu0WMCn2GG5S6Lj3kJkUe/hMijaC9w4xKfY6tfw6Uk2KvR6T4msfTIq9wCb/epwM6NBMvI+QifcJMfF+y8TYIu0XYOIDhjOxjvsAGRMfsEzsvkKY+BunlgcjlYm/8TDxQR+Y+Btgkx8EMjGruwvMgdgaD7GMC7614wL1LQGgvjN9XKD1xncC44JqJOOCQ8Bd/jCwKavZcYE6TNDgR1jGBd8DwfkFcFywi2Rc8AOhSfGDkElx1JoU2CIdFTApjhluUui4j5GZFMf4TIq2gvcOMSmOO7X8MVJNiuMek+JHH0yK48Am/3GcDOjQTHyCkIlPCDHxScvE2CKdFGDiU4YzsY77FBkTn7JM7L5CmPgnp5anI5WJf/Iw8WkfmPgnYJOfBjIxq7sLzIHYGn9mGRecseMCdYYAUGdNHxdovXFWYFxQnWRc8DNwl/8F2JTV7bhA/ULQ4L+yjAvOAcG5Gzgu2EMyLjhPaFKcFzIpLliTAlukCwImxW+GmxQ67t/ITIrf+EyKBMF7h5gUF51aXopUk+Kix6S45INJcRHY5JfGyYAOzcSXCZn4shATX7FMjC3SFQEmvmo4E+u4r5Ix8VXLxO4rhImjxjs5H//7P4ooJtYJKOgK1p0I74KCf3fYjTked69k43GgY3V3gTkQW2O0wBqTXGjYxxzcQmnHBckJAJUCvUb0ArXe0ItEA7QmybggGrjLpwQ2ZU07LlApCRo8lRRjoMcFqYHg3AccF+wnGRekAW4UfpkUaYDgdK83rev4bU2KMO+pi5R2PP6+6YCAlYo73Xh4jURNinTAhvLJpEgUvHeISZHeqeUNkWpSpPeYFDf4YFKkBzb5DeNlQIdm4gyETJxBiIkzWibGFimjABNnMpyJddyZyJg4k2Vi9xXCxJmdWmaJVCbO7GHiLD4wcWZgk2cBMjGruwvMgdgas7KMC7LZcYHKRgCoG00fF2i9caPAuOBuknFBVuAunx3YlHfbcYHKTtDgOVjGBTmB4DwIHBccyurPRhFu/nIB83cBmL/fgPnTzZHKlbvegR+uBP58xvmzj/OnvnIH8pHHIQ793wSP3886n9H/PvjZvIGf87k++3funz/w+QLXuX9+1/1v0vIgic/2dT57k/PZ/+mjwM+F/+Fabg58/pbrrOVm11puDfxc5DprudW1ltsCP9+exGf7OZ+9zfmsXmPRwM/Fgo+NOZ+7y/kzJrxLNY69lhf0IeBe8CEAHXfz2Gt5RcddOxvHnnYHcE8D1lrVNhw3/ZNf29PQuKlneNxxgX65QyDu+iRiodhXuHu5ax1u/hqQ5K84MH/1gflrSLJfFwfu10DMKGT+/BrgAXMZMsArYQd42CKVEBjglTR8gKfjLik8wENv7mUNJcf7SMixnKHkeD8JOZYCkiMQM+p+QnIsJUSOMZYcsUWKESBHZTg56riVEDnCRxhx14gcrZhLj4/MuB8QdkjCXZ/GZWmBuB8kOcQoIAk/ADzENCc5xJQB5g+IGdWcBH81DRUhLUnyV8tQEdKKpH9jgf0LxIxqRShCYoVESFkrQrBFKisgQsoZLkJ03OVIREi+wGG8jMChtLXh48rCcTKH8XgSMioPJCNgrVW84SJO93V5AdwksDjRQrgJN3+JJPkD4lslAPPXjmTfqgDEHxAzqh0J/poaKoIfJ8lfM0NFcEeS/q0I7F8gZlRHQhFcUUgEV7IiGFukSgIiuLLhIljHXZlEBBcJiMEKAof6LoaL4OJxMmLmCRIyuhNIRsBaqycMF8G6r+8UwM2TJIfAykK4CTd/3UnyB8S3ehKYvx4k+1YVIP6AmFE9SPDXzlAR3Iskf+0NFcG9Sfq3KrB/gZhRvQlFcFUhEVzNimBskaoJiOC7DBfB/wMniQiOCYjBKgKH+r6Gi+BycTJiph8JGVUHkhGw1qqf4SJY93V1AdwMIDkE3iWEm3DzN5Akf0B8qwHA/D1Hsm/VAOIPiBn1HAn+ehkqgl8kyV9vQ0XwYJL+rQnsXyBm1GBCEVxTSATXsiIYW6RaAiL4bsNFsI77bhIRXCkgBmsIHOqHGi6C74qTETPDSMjoHiAZAWuthhkugnVf3yOAm5Ekh8C7hXATbv5GkeQPiG81Epi/0ST71r1A/AExo0aT4G+ooSJ4PEv/GiqCJ5D0b21g/wIxoyYQiuDaQiK4jhXB2CLVERDBdQ0XwTruuiQiuFZADN4rcKifbLgIrhsnI2amkJBRPSAZAWutphgugnVf1xPAzXSSQ2BdIdyEm78ZJPkD4ltNB+ZvJsm+VR+IPyBm1EwS/E03VAS/QpK/GYaK4FdJ+rcBsH+BmFGvEorgBkIiuKEVwdgiNRQQwXGGi2AddxyJCG4YEIP1BQ71bxgugu+PkxEzb5KQUSMgGQFrrd40XATrvm4kgJt5JIfAOCHchJu/+ST5A+JbzQPmbwHJvtUYiD8gZtQCEvy9ZagIXkSSv7cNFcGLSfq3CbB/gZhRiwlFcBMhEXyfFcHYIt0nIILvN1wE67jvJxHBDwbEYGOBQ/17hovgVnEyYmYJCRk1BZIRsNZqieEiWPd1UwHcLCU5BN4vhJtw87eMJH9AfKulwPx9SLJvNQPiD4gZ9SEJ/lYbKoJXkeRvjaEi+COS/n0A2L9AzKiPCEXwA0Ii+EErgrFFelBABDc3XATruJuTiOD4gBhsJnCo/9hwEdw+TkbMfEJCRi2AZASstfrEcBGs+7qFAG7WkxwCmwvhJtz8fUqSPyC+1Xpg/jaQ7FsPAfEHxIzaQIK/HYaK4E0k+dtpqAjeTNK/DwP7F4gZtZlQBD8sJIJbWhGMLVJLARHcynARrONuRSKCOwbE4EMCh/pthovgbnEyYmY7CRk9AiQjYK3VdsNFsO7rRwRw8wXJIbCVEG7Czd8ukvwB8a2+AObvS5J961Eg/oCYUV+S4O+woSJ4L0n+jhgqgr8m6d/WwP4FYkZ9TSiCWwuJ4HgrgrFFihcQwW0MF8E67jYkIrhnQAw+KnCoP2C4CO4TJyNmviEho7ZAMgLWWn1juAjWfd1WADffkhwC2wjhJtz8fUeSPyC+1bfA/B0m2bcSgPgDYkYdJsHfOUNF8FGS/J03VAQfI+nfRGD/AjGjjhGK4EQhEdzOimBskdoJiOD2hotgHXd7EhHcPyAGEwQO9ScMF8GD4mTEzEkSMuoAJCNgrdVJw0Ww7usOArg5TXIIbC+Em3Dz9zNJ/oD4VqeB+TtDsm89BsQfEDPqDAn+0u42UwSfI8lfut1miuDzJP37OLB/gZhR5wlF8ONCIrijFcHYInUUEMGdDBfBOu5OJCJ4SEAMPiZwqL9ouAgeFScjZi6RkFFnIBkBa60uGS6CdV93FsDNVZJDYCch3IS9j9/IkT8gvtVVYP6S3cixb3UB4g+IGZWMBH95DRXBKUnyl89QEZyKpH+fAPYvEDMKmT+/RPATQiK4qxXB2CJ1FRDB3QwXwTrubiQieFxADHYRONSnvdFsETwlTkbMpCMhoyeBZASstUp3o9kiWPf1kwK4yUByCOwmhJtw85eRJH9AfKsMwPxlItm3ugPxB8SMykSCvxKGiuBsJPkraagIvpGkf3sA+xeIGXUjoQjuISSCe1oRjC1STwER/JThIljH/RSJCJ4REIPdBQ71OQ0Xwa/GyYiZXCRk9DSQjIC1VrkMF8G6r58WwE1ekkPgU0K4CTd/+UjyB8S3ygvMX36SfasXEH9AzKj8JPirZqgILkSSv7sMFcGFSfq3N7B/gZhRhQlFcG8hEfyMFcHYIj0jIIL7GC6Cddx9SETwmwEx2EvgUH+r4SJ4YZyMmClCQkZ9gWQErLUqYrgI1n3dVwA3RUkOgX2EcBNu/oqR5A+Ib1UUmL87SPatfkD8ATGj7iDBX2NDRXApkvw1MVQEx5D077PA/gViRsUQiuBnhURwfyuCsUXqLyCCBxgugnXcA0hE8OKAGOwncKgvY7gI/iBORszEkpDRQCAZAWutYg0XwbqvBwrgpjzJIXCAEG7CzV8FkvwB8a3KA/NXkWTfeg6IPyBmVEUS/LUxVARXIclfW0NFcFWS/n0e2L9AzKiqhCL4eSER/IIVwdgivSAgggcZLoJ13INIRPDygBh8TuBQX91wEbwmTkbM1CAhoxeBZASstaphuAjWff2iAG7uJjkEDhLCTbj5u4ckf0B8q7uB+buXZN8aDMQfEDPqXhL89TBUBNcjyV9PQ0VwfZL+fQnYv0DMqPqEIvglIRE8xIpgbJGGCIjgoYaLYB33UBIRvC4gBgcLHOrjDBfBn8fJiJlGJGQ0DEhGwFqrRoaLYN3XwwRwcx/JIXCoEG7Czd/9JPkD4lvdB8xfU5J9azgQf0DMqKYk+HvRUBHcnCR/gw0VwS1I+ncEsH+BmFEtCEXwCCERPNKKYGyRRgqI4FGGi2Ad9ygSEbw1IAaHCxzqWxougnfFyYiZViRkNBpIRsBaq1aGi2Dd16MFcNOa5BA4Sgg34eYvniR/QHyr1sD8tSHZt8YA8QfEjGpDgr/JhorgdiT5m2KoCG5P0r9jgf0LxIxqTyiCxwqJ4HFWBGOLNE5ABI83XATruMeTiOA9ATE4RuBQ/7jhIvibOBkx05GEjCYAyQhYa9XRcBGs+3qCAG66kBwCxwvhJuzfP0mSPyC+VRdg/rqS7FsTgfgDYkZ1JcHfPENFcA+S/M03VAT3JOnfScD+BWJG9SQUwZOERPBkK4KxRZosIIKnGC6CddxTSETwdwExOFHgUN/LcBF8LE5GzPQmIaOpQDIC1lr1NlwE676eKoCbviyTECHchP3WYJL8AfGt+gLz9yzJvjUNiD8gZtSzJPhbYagIfo4kfysNFcHPk/TvdGD/AjGjnicUwdOFRPAMK4KxRZohIIJnGi6CddwzSUTwyYAYnCZwqH/RcBF8Nk5GzAwmIaNZQDIC1loNNlwE676eJYCboSSHwJlCuAn7O+4s3ykE9spQYP6Gk+xbs4H4A2JGDSfB3xZDRfBokvxtNVQEjyHp35eB/QvEjBpDKIJfFhLBr1gRjC3SKwIi+FXDRbCO+1USEXw+IAZnCxzqxxsugq/EyYiZCSRk9BqQjIC1VhMMF8G6r18TwM1kkkPgq0K4CXtCT5I/IL7VZGD+ppLsW68D8QfEjJpKgr+DhorgmST5O2SoCJ5F0r9vAPsXiBk1i1AEvyEkgt+0IhhbpDcFRPAcw0WwjnsOiQiObhQV9brAof4Vw0VwmkYyYuZVEjKaCyQjYK3Vq4aLYN3XcwVw8wbJIXCOEG7Czd+bLCYCsFfeAOZvDsm+NQ+IPyBm1BwS/J0xVAQvIMnfWUNF8EKS/p0P7F8gZtRCQhE8X0gEL7AiGFukBQIieKHhIljHvZBEBN8QEIPzBA71iwwXwVkbyYiZxSRk9BaQjIC1VosNF8G6r98SwM17JIfAhUK4CTd/S0jyB8S3eg+Yv/dJ9q23gfgDYka9T4K/lHvMFMEfkuQv1R4zRfBykv5dBOxfIGbUckIRvEhIBC+2IhhbpMUCIvgdw0WwjvsdEhGcIyAG3xY41K8yXATnayQjZj4iIaN3gWQErLX6yHARrPv6XQHcfExyCHxHCDfh5u8TkvwB8a0+BuZvLcm+9R4Qf0DMqLUk+MtpqAjeQJK/XIaK4M9I+ncJsH+BmFGfEYrgJUIi+H0rgrFFel9ABH9guAjWcX9AIoILBsTgewKH+k2Gi+AijWTEzGYSMloKJCNgrdVmw0Ww7uulArjZRnII/EAIN+HmbztJ/oD4VtuA+dtBsm8tA+IPiBm1gwR/RQ0VwV+S5K+YoSL4K5L+/RDYv0DMqK8IRfCHQiJ4uRXB2CItFxDBKwwXwTruFSQiuFhADC4TONTvNVwExzSSETNfk5DRSiAZAWutvjZcBOu+XimAmwMsv2JFCDfh5u8bkvwB8a0OAPN3kGTfWgXEHxAz6iAJ/iobKoIPk+TvTkNF8BGS/v0I2L9AzKgjhCL4IyERvNqKYGyRVguI4DWGi2Ad9xoSERwbEIOrBA71Rw0XwZUayYiZYyRk9DGQjIC1VscMF8G6rz8WwM0JkkPgGiHchJu/kyT5A+JbnQDm7xTJvvUJEH9AzKhTJPhrYKgIPkOSv4aGiuCzJP27Fti/QMyos4QieK2QCF5nRTC2SOsERPB6w0Wwjns9iQiuGhCDnwgc6s8ZLoJrNZIRM+dJyOhTIBkBa63OGy6CdV9/KoCbiySHwPVCuAk3f5dI8gfEt7oIzN9lkn1rAxB/QMyoy4bzXe0A320Q2LeSZTc77oaNZPbr6Owc/fIZsF+AtVbRhuOmV6AQnwngRt8XFbdeWyoXZnoHfrgS+PMZ588+zp/62hiI5XMnHv3fBEXts85n9L8PfnZT4OfNrs/+nftvCXx+63Xuv8V1/22Bn7cn8dm+zme3OZ/VAnxH4Oed/3AtXwQ+v+s6a/nCtZYvAz9/dZ21fOlay+7Az3uS+Gw/57O7nc/qNe4N/Py1owHR2Gwcey0vaGymNLwnm8deyys67lQke/k+4F4OrLVC5s8vA/EZ8D4cXGOw5vsDtToQ+N83Lh8og/Nn2qhQU1FfqVw/3wVal4BJGZPStda0rjUH48no/PsU2L+3TFpXbqNc+Y5KIm9Rrr8/TeB/Nzg/t0vo3qhHfMcObeol9EqqZsmTuG+0K9aUns+56xj8d6nd/73EoQR0rz8cHvY75HXA+fMb589Mgf8dDPx86E/IDHEg0s2Ivm9aggPmQQEySydEZtHg+IH1UenABOTdnCXqvx84wZJc5wHgOt15/dbZT75zEWRO50/3Zp/M9c+YSTONK47g5SaX4N8ZjDtIpCmxaymt/64UUaHX9Yg0+Pd7iPS+hDbdErp7iNQ7MY1OIlZ3jDq+1Nj4YoJrDV7BNQX/nnRRv+MmjWsdabHrUMG/y7uOtK51pHH9HPx36VxrCv6z9J71unvB/d8G85reFTPNYUQH8q1z6PjO+fNw4M8j4+XWv1+AgDNkN3uCpeM+LBB3RpKDB7A+KiPBIfOAQK2zEGD8iEDcWUkwDqyPymo4xvsnv+ZYo2ud3fC44wJu6D6BuHOQuKHfA91QYK0VMn9ek+Z751zkPSfp64fAz0f/4aTkWODzx68zKTnmuv+PgZ9PjL92Xz8E8g9ggSyx7/yIfboxMbZ0bIzua1TcbmF30iW0gwLhvyi0U7viCF5ud1qLqGzO/+/cpXuHxF4Ne3Ts2CGxQ0Lbhl26J7hTltQTwEnpWLc5nCKJNNKZw1LrOyn0VOyf5TTsrwb9+yeNYzz3Un5Ntk4JPRr/k300Hlukn8bj73va8Efjddynfd4EYsK7QnIaE+blPTyhhV/XwF9w4zjc/ZqVjorKPk62XmHeW3n/gTu/PztYO+PCXEoXToKf1Rva1ag/YiiZ6+do5zPR1/lMsj+5z58dRsQ2rWBwOgErXcGeGR9q77sXhPq7fwZuQmevc68K5RPiE8vHlmkdE5sYH7hPucSEMq1LV1SJFcoEbl8mVsW3TohpGxtfvlxsuQqJ5X17tuSsEAP/YhkYW6RfBBj4V8MZWMf9q09fTgv7m9HOWtH3ze2TxRXzDy/vOpFYOge0y3KDLS69ien1VXfuicZ88FSExlFewy3i4OkNHXc+My3iP0hu5EHkDPBe+Q3dfzyXAuJbATGjpPIH/zIwoX10XujwesEeXrFFuiBweP3N8MOrjvs3kjcraL9bYq1+zd/OhLERJIZevtk9F518X/obdk+NJHLntXtqRP213ZPUff7S7jH9YbxoJ5nJXIm75DqhBy/0iQMYh7oE3Mwu45ohMZjPy4KKR+fxjIByLmTWg19/OCXpuC8KxF2Y4IG3SwJx32yoUvESDHLfcGM83PzdQqL0gPhWQMyoW3x64DLs1/cAueYK0KnT95DgliuGvxpBIm7tIhYei4+7KIGLeLNA3MVIHjS9CuxHYK1VMcNxo/ultABuShD0SxmBuEuS9EvUBFwugbVWJQn6pYYAbhRBv9QUiLs0Sb8kA/YLsNaqNEG/NBHATVmCfrlPIO5yJP0SDewXYK1VOYJ+iRfATUWCfmkjEHclkn5JDuwXYK1VJYJ+6SaAmyoE/fKkQNxVSfolBbBfgLVWVQn6ZaAAbqoT9MtzAnHXIOmXlMB+AdZa1SDolzECuLmboF/GCsR9D0m/pAL2C7DW6h6CfnlZADd1CPrlFYG465L0S2pgvwBrreoS9MtiAdw0IOiXdwTibkjSL2mA/QKstWpI0C9rBHDTmKBfPhaIuwlJv6QF9guw1qoJQb9sF8BNU4J+2SEQdzOSfkkH7BdgrVUzgn45JICb5gT98q1A3C1I+iU9sF+AtVYtCPrlZwHctCTolzMCcbci6ZcbgP0CrLVqRdAv0QLf9m9N0C/JBeKOJ+mXDMB+AdZaxRP0S1YB3CQQ9Es2gbgTSfolI7BfgLVWyPzpLz3nSREVldm5n/4Og34uWz9rqp+f088E6ecc9OxWz6O0x659Q+2FaH2nz6yah/XeovPlvtC4yYSrh+jbPDIDcaPrkzfF799D0znILJznLBOAz5RF+fM2kixAbLjXm9WVa/s2kjDvqYukE4q+bzYgYKXizjYBXiOxt5FIrNW+0PbaFZXEhVqzO783OjXM7qrln73hpJDrv/uzN5wUivrrN5wkdZ//xBtOdDILuhKXfcIfd16T33CSHbhB5piAz2+Ov5HPcNedE3gqM/R9d2JvDLlxAv6+HQjizi4Q92MEvwoup0Dcj5O84QSISwWstZLKH7rOuQjVYy4h9ZjbqkdskXILqMc8hqtHHXceIvWYx6pHevWY16lhPqse//0VTFRej3rMR6Ye8wE3yPwC6jG/D+qxgFWP/1pF5RVQE10I4s4nEPcTBOqxgEDcXUnUIxCXClhrhcyfJv28KaL+cKHrg8Zmvgnmr/EmoRk3vCELAgmRFVAFCQBVCL1G9AK1t1xIgDF6kDDGTcDTdWFgU/YgOGkUFsDNzcCG0XtaHsKN7WaCje0WKaaMBgPKLcXDvdetwAaXKIpUUxYBF1si7h8EXnX+lOGbsG7CWwXq/TTJI8K3AfsRWGv1NFjuCZLY/w2q0NgsQkBit0mfzsMFeP9Ax/wosLE9Y3iDJyQmxsS3baPiYnEx3w7cLJD582vKfjvY+w9eRe2UHVukogJT9mKGT9l13MWEpuzBC60skDm9Y4JcU4DymRhbOjYGuSEXn2AuoUl8ibGIwJf5+hJ8ifE2gbj7kSiUEsC+BtZa9SPol3ICuBlA0C/lBeIeSNIvJYH9Aqy1GkjQL/cI4OYFgn65VyDuQST9UgrYL8Baq0EE/dJMADcvEfTLAwJxDyHplxhgvwBrrYYQ9EuiAG6GE/RLO4G4R5D0iwL2C7DWagRBv/QUwM1ogn55SiDuMST9UhrYL8BaqzEE/TJIADfjCfrlRYG4J5D0SxlgvwBrrSYQ9MsEAdxMJuiXiQJxTyHpl1hgvwBrraYQ9MvrAriZTtAvbwjEPYOkX8oC+wVYazWDoF+WCOBmNkG/vC8Q98sk/VIO2C/AWquXCfplnQBuXiPol/UCcb9O0i/lgf0CrLV6naBfdgngZg5Bv3wpEPdckn6pAOwXYK3VXIJ+OSKAmwUE/fK9QNwLSfqlIrBfgLVWCwn65VcB3Cwi6JdzAnEvJumXSsB+AdZaLSbol1QCXzR6j6BfUgvEvYSkXyoD+wVYa7WEoF9yCOBmKUG/5BSIexlJv9wJ7BdgrRUyf/pNk/lcv5RIf4dBP5etnzXVz8/pZ4L0cw56dqvnUdpj176h9kK0vtNnVs3Dem+5U/iX5VQReg0Fep1Vwb+UKL/rlxLpHFQVznM1wtdKVxP6wutd9guv4CIJfOG1uuFfeNVxVyd6rbTEWu1rpa9dUUlcqDW781vDqWFN+1rpf38FE1XD81rpmmSvla4J3CBrCbxWupYPr5W+275W+l+/U62GwHunVhDEXVMg7pUEL3u8WyDuVSQvCQXiUgFrraTyh67zPYTq8R4h9XivVY/YIt0roB5rG64eddy1idRjbase6dVjHaeGda16/PdXMFF1POqxLpl6rAvcIOsJqMd6PqjH+lY9/msVVUdATXxMEHddgbg/IVCP9QXiXkuiHoG4VMBaK2T+NOnnJ/xVC3UJ3lLdQOpXLaAbsiH4lxIxAqohAaDiTP+lRNpbjhNgjA0kjNEAeLpuBGzKDQQnjUYCuGkM/qVE+Qg3tsYEG1sT0zc2/Zrv4gIA3Wj+xva/14cjX5l+H3Bjk8pfNLjOyF9mdT/BL7OS2MybEvwyq/sE4t5kOHnrzft+gbg3kzxa3gzYj8Baq81gmyAf4S+zakpw+GkmsMYkFxou0B/4J4eA8te9l/LraYAHhJ4GeNA+DYAt0oMCTwM0N/xpAB13c6GnAYKXZE5jwrz8eBIg3VjskwC5xuNz2ju5EAP803Wq6/9rd61aOLh96G88VdA76o949D5V0Dvqr58qSOo+f/lUwT9Owl+kKBhciwm/LzDaScTTnsWh/s4gkNGMvo3gW6u5BL61up3ET+6dHHfiagEkwx0k0uwhoDRz90q469pJgj9gnyggZtROkuenHyZUTA8LKaaWVjFhi9RSQDG1Mlwx6bhbET0/LbHWv1JN4dbNq5rC9keFVNM/Ive/UDZRSVyoe7tr9YiDh0dNV00Mz2I/4lFgOqm9okIvk5/FfhS42bb+R6ydeN0rmM/WfyOf4a47HpiD7f+/Tuh/Y3P5xyfLvzgNahw+IjB0203wLPajAnHvIXhCKl4g7r0kShSISwWstdpLgBuJfaKXkGWNXmebCRzrbAt+z1gB13vGdA7aCr9nLIHwm+IJQk5HonU6sEVKFHA62hnudOi425HNhtsJzoaFMOvbt7DbO7XsYPq3sNFJCAbX3vPN6Q4Tov5woa2s9sAm70BykniMkIkfE2Lixy0TY4v0uAATdzSciXXcHcmYuKNlYvcVwsSdnFp2jlQm7uRh4s4+MHEnYJN3Bn+rrwDht/o6TzB/jV1YHmx/Avz9d0ZAPUEAqK6mf01U642uAm7rARKXvgtwl+8GbMoD4K9C5SFs8G4EDf6kFGOgx9bdgeAsChxHFSN5MLIHoUnRQ8ik6GlNCmyRegqYFE8ZblLouJ8iMyme4jMplOS93et/2qllr0g1KZ72mBS9fDApngY2ea8JMqBDM3FvQibuLcTEz1gmxhbpGQEm7mM4E+u4+5AxcR/LxCH3dq+/r1PLfpHKxH09TNzPBybuC2zyftbdVcAciK3xWZZxQX8LKNWfAFADTB8XaL0xQGBccJBkXPAscJcfCGzKg3ZcoAYSNPhzLOOC54HgLAEcF5QkGRe8QGhSvCBkUgyyJgW2SIMETIoXDTcpdNwvkpkUL/KZFKUF7x1iUgx2avlSpJoUgz0mxUs+mBSDgU3+0gQZ0KGZeAghEw8RYuKhlomxRRoqwMTDDGdiHfcwMiYeZpnYfYUw8XCnliMilYmHe5h4hA9MPBzY5COATMzq7gJzILbGkSzjglF2XKBGEQBqtOnjAq03RguMC74lGReMBO7yY4BN+a0dF6gxBA0+lmVcMA4ITgUcF5QmGReMJzQpxguZFBOsSYEt0gQBk2Ki4SaFjnsimUkxkc+kKCN47xCTYpJTy8mRalJM8pgUk30wKSYBm3zyBBnQoZl4CiETTxFi4qmWibFFmirAxNMMZ2Id9zQyJp5mmdh9hTDxdKeWMyKViad7mHiGD0w8HdjkM4BMzOruAnMgtsaZLOOCWXZcoGYRAGq26eMCrTdmC4wLDpOMC2YCd/mXgU152I4L1MsEDf4Ky7jgVSA4ywLHBeVIxgWvEZoUrwmZFK9bkwJbpNcFTIo3DDcpdNxvkJkUb/CZFLGC9w4xKd50ajknUk2KNz0mxRwfTIo3gU0+Z4IM6NBMPJeQiecKMfE8y8TYIs0TYOL5hjOxjns+GRPPt0zsvkKYeIFTy4WRysQLPEy80AcmXgBs8oVAJmZ1d4E5EFvjWyzjgrftuEC9TQCoRaaPC7TeWCQwLvieZFzwFnCXXwxsyu/tuEAtJmjwd1jGBe8CwVkROC6oRDIueI/QpHhPyKRYYk0KbJGWCJgU7xtuUui43yczKd7nMynKCt47xKT4wKnl0kg1KT7wmBRLfTApPgA2+dIJMqBDM/EyQiZeJsTEH1omxhbpQwEmXm44E+u4l5Mx8XLLxO4rhIlXOLVcGalMvMLDxCt9YOIVwCZfCWRiVncXmAOxNa5iGRd8ZMcF6iMCQK02fVyg9cZqgXHBUZJxwSrgLr8G2JRH7bhArSFo8I9ZxgWfAMFZBTguqEoyLlhLaFKsFTIp1lmTAlukdQImxXrDTQod93oyk2I9n0lRTvDeISbFp04tN0SqSfGpx6TY4INJ8SmwyTdMkAEdmok/I2Tiz4SYeKNlYmyRNgow8eeGM7GO+3MyJv7cMrH7CmHiTU4tN0cqE2/yMPFmH5h4E7DJNwOZmNXdBeZAbI1bWMYFW+24QG0lANQ208cFWm9sExgXHCcZF2wB7vLbgU153I4L1HaCBt/BMi7YCQRndeC4oAbJuOALQpPiCyGTYpc1KbBF2iVgUnxpuEmh4/6SzKT4ks+kKC947xCT4iunlrsj1aT4ymNS7PbBpPgK2OS7J8iADs3EewiZeI8QE++1TIwt0l4BJv7acCbWcX9NxsRfWyZ2XyFMvM+p5f5IZeJ9Hibe7wMT7wM2+X4gE7O6u8AciK3xAMu44Bs7LlDfEADqoOnjAq03DgqMC06QjAsOAHf5Q8CmPGHHBeoQQYN/yzIu+A4IzruB44J7SMYFhwlNisNCJsURa1Jgi3REwKT43nCTQsf9PZlJ8T2fSVFB8N4hJsUPTi2PRqpJ8YPHpDjqg0nxA7DJj06QAR2aiY8RMvExISY+bpkYW6TjAkz8o+FMrOP+kYyJf7RM7L5CmPiEU8uTkcrEJzxMfNIHJj4BbPKTQCZmdXeBORBb4ymWccFPdlygfiIA1GnTxwVab5wWGBecIhkXnALu8j8Dm/KUHReonwka/AzLuOAsEJx1gOOCuiTjgl8ITYpfhEyKX61JgS3SrwImxTnDTQod9zkyk+Icn0lRUfDeISbFeaeWFyLVpDjvMSku+GBSnAc2+YUJMqBDM/FvhEz8mxATX7RMjC3SRQEmvmQ4E+u4L5Ex8SXLxO4rhIkvO7W8EqlMfNnDxFd8YOLLwCa/AmRiVncXmAOxNV5lGRdETbTjAmAOxNaYDL1G9AK13tCLRAP0NMm44Cpwl48GNuVpOy5Q0QQNnlxgjUkCPVxwpgCCswFwXNCQZFyQciKfSZESCE73elNN/P1na1KEeU9dpFQT8fdNDQSsVNypJ8JrJGpSpAY2lE8mRWvBe4eYFGmcWqZ11TSiTAqdgIKuYN2J8C4o+HeH25hpgE2edqIM6NBMnI6QidMJMXF6y8TYIqUXYOIbDGdiHfcNZEx8g2Vi9xXCxBmcWmaMVCbO4GHijD4wcQZgk2cEMjGruwvMgdgaM0mZP+gjU2Y7LlCZCQCVxfRxgdYbWQTGBWdIxgWZgLt8VmBTnrHjApWVoMGzsYwLbgSCszFwXNCEZFyQndCkyC5kUuSwJgW2SDkETIqchpsUOu6cZCZFTj6TIl7w3iEmRS6nlrkj1aTI5TEpcvtgUuQCNnnuiTKgQzNxHkImziPExHktE2OLlFeAifMZzsQ67nxkTJzPMrH7CmHi/E4tC0QqE+f3MHEBH5g4P7DJCwCZmNXdBeZAbI03sYwLCtpxgSpIAKhCpo8LtN4oJDAu+IVkXHATcJcvDGzKX+y4QBUmaPCbWcYFtwDB2RQ4LmhGMi64ldCkuFXIpChiTQpskYoImBS3GW5S6LhvIzMpbuMzKdoI3jvEpLjdqWXRSDUpbveYFEV9MCluBzZ50YkyoEMzcTFCJi4mxMR3WCbGFukOASYubjgT67iLkzFxccvE7iuEiUs4tSwZqUxcwsPEJX1g4hLAJi8JZGJWdxeYA7E1lmIZF8TYcYGKIQCUMn1coPWGEhgXnCMZF5QC7vKlgU15zo4LVGmCBi/DMi6IBYKzOXBc0IJkXFCW0KQoK2RSlLMmBbZI5QRMivKGmxQ67vJkJkV5PpOireC9Q0yKCk4tK0aqSVHBY1JU9MGkqABs8ooTZUCHZuJKhExcSYiJK1smxhapsgAT32k4E+u47yRj4jstE7uvECau4tSyaqQycRUPE1f1gYmrAJu8KpCJWd1dYA7E1liNZVxwlx0XqLsIAFXd9HGB1hvVBcYFF0jGBdWAu3wNYFNesOMCVYOgwWuyjAtqAcHZEjguaEUyLrib0KS4W8ikuMeaFNgi3SNgUtxruEmh476XzKS4l8+kSBC8d4hJUdupZZ1INSlqe0yKOj6YFLWBTV5nogzo0Excl5CJ6woxcT3LxNgi1RNg4vqGM7GOuz4ZE9e3TOy+Qpi4gVPLhpHKxA08TNzQByZuAGzyhkAmZnV3gTkQW2Mcy7igkR0XqEYEgGps+rhA643GAuOCiyTjgjjgLt8E2JQX7bhANSFo8PtYxgX3A8HZGjguiCcZFzQlNCmaCpkUzaxJgS1SMwGT4gHDTQod9wNkJsUDfCZFouC9Q0yKB51aNo9Uk+JBj0nR3AeT4kFgkzefKAM6NBO3IGTiFkJM/JBlYmyRHhJg4ocNZ2Id98NkTPywZWL3FcLELZ1atopUJm7pYeJWPjBxS2CTtwIyMau7C8yB2BofYRkXPGrHBepRAkC1Nn1coPVGa4FxwWWSccEjwF0+HtiUl+24QMUTNHgblnFBWyA4E4DjgkSfNopw85cAzF9eYP7yAe8lmb/E/37+RMdV7YQ2GvQ62wPrrDXuTSl+l3Y6B+090g+9/g6EZmQHITPyMWtGYov0mIAZ+bjhZqSO+3EyM/JxPjMyRvDeIWZkR6eWnSLVjOzoMSM7+WBGdgQ2eSeSk0RnQibuLMTEXSwTY4vURYCJnzCciXXcT5Ax8ROWid1XCBN3dWrZLVKZuKuHibv5wMRdgU3eDQhuXeSbCE3ebhPNX+OTLGPB7uCxICOguhMAqofpY0GtN3oIjAWvkowFnwTu8j2BTXkVPBbMR9jgPQka/CmWseDTQHD2BY5l+pGMZXoRmhS9hEyK3takwBapt4BJ8YzhJoWO+xkyk+IZPpNCSd7bvf4+Ti37RqpJ0cdjUvT1waToA2zyvhNlQIdm4n6ETNxPiImftUyMLdKzAkzc33Am1nH3J2Pi/paJQ+7tXv8Ap5YDI5WJB3iYeKAPTDwA2OQDrburgDkQW+NzLOOC5y2g1PMEgHrB9HGB1hsvCIwLkuXgGBc8B9zlBwGbEpk/1nHBIIIGf5FlXDAYCM4BwHHBQJJxwUuEJsVLQibFEGtSYIs0RMCkGGq4SaHjHkpmUgzlMylKC947xKQY5tRyeKSaFMM8JsVwH0yKYcAmHz5RBnRoJh5ByMQjhJh4pGVibJFGCjDxKMOZWMc9ioyJR1kmdl8hTDzaqeWYSGXi0R4mHuMDE48GNvkYIBOzurvAHIitcSzLuGCcHReocQSAGm/6uEDrjfEC44LkJOOCscBdfgKwKZPbcYGaQNDgE1nGBZOA4HwBOC4YRDIumExoUkwWMimmWJMCW6QpAibFVMNNCh33VDKTYiqfSVFG8N4hJsU0p5bTI9WkmOYxKab7YFJMAzb59IkyoEMz8QxCJp4hxMQzLRNjizRTgIlnGc7EOu5ZZEw8yzKx+wph4tlOLV+OVCae7WHil31g4tnAJn8ZyMSs7i4wB2JrfIVlXPCqHReoVwkA9Zrp4wKtN14TGBekJBkXvALc5V8HNmVKOy5QrxM0+Bss44I3geB8CTguGEIyLphDaFLMETIp5lqTAlukuQImxTzDTQod9zwyk2Ien0kRK3jvEJNivlPLBZFqUsz3mBQLfDAp5gObfMFEGdChmXghIRMvFGLitywTY4v0lgATv204E+u43yZj4rctE7uvECZe5NRycaQy8SIPEy/2gYkXAZt8MZCJWd1dYA7E1vgOy7jgXTsuUO8SAOo908cFWm+8JzAuSE0yLngHuMsvATZlajsuUEsIGvx9lnHBB0BwDgeOC0aQjAuWEpoUS4VMimXWpMAWaZmASfGh4SaFjvtDMpPiQz6ToqzgvUNMiuVOLVdEqkmx3GNSrPDBpFgObPIVE2VAh2bilYRMvFKIiVdZJsYWaZUAE39kOBPruD8iY+KPLBO7rxAmXu3Uck2kMvFqDxOv8YGJVwObfA2QiVndXWAOxNb4Mcu44BM7LlCfEABqrenjAq031gqMC9KSjAs+Bu7y64BNmdaOC9Q6ggZfzzIu+BQIztHAccEYknHBBkKTYoOQSfGZNSmwRfpMwKTYaLhJoePeSGZSbOQzKcoJ3jvEpPjcqeWmSDUpPveYFJt8MCk+Bzb5pokyoEMz8WZCJt4sxMRbLBNji7RFgIm3Gs7EOu6tZEy81TKx+wph4m1OLbdHKhNv8zDxdh+YeBuwybcDmZjV3QXmQGyNO1jGBTvtuEDtJADUF6aPC7Te+EJgXJCeZFywA7jL7wI2ZXo7LlC7CBr8S5ZxwVdAcI4HjgsmkIwLdhOaFLuFTIo91qTAFmmPgEmx13CTQse9l8yk2MtnUpQXvHeISfG1U8t9kWpSfO0xKfb5YFJ8DWzyfRNlQIdm4v2ETLxfiIkPWCbGFumAABN/YzgT67i/IWPibywTu68QJj7o1PJQpDLxQQ8TH/KBiQ8Cm/wQkIlZ3V1gDsTW+C3LuOA7Oy5Q3xEA6rDp4wKtNw4LjAsykIwLvgXu8keATZnBjgvUEYIG/55lXPADEJyTgeOCKSTjgqOEJsVRIZPimDUpsEU6JmBSHDfcpNBxHyczKY7zmRQVBO8dYlL86NTyRKSaFD96TIoTPpgUPwKb/MREGdChmfgkIROfFGLiU5aJsUU6JcDEPxnOxDrun8iY+CfLxO4rhIlPO7X8OVKZ+LSHiX/2gYlPA5v8ZyATs7q7wByIrfEMy7jgrB0XqLMEgPrF9HGB1hu/CIwLMpGMC84Ad/lfgU2ZyY4L1K8EDX6OZVxwHgjO6cBxwQySccEFQpPigpBJ8Zs1KbBF+k3ApLhouEmh475IZlJc5DMpKgreO8SkuOTU8nKkmhSXPCbFZR9MikvAJr88UQZ0aCa+QsjEV4SY+KplYmyRrgowcdQks5lYx63XCK6RKBO7cxoT5vVfY+JkTi2jXTWNKCbWCSjoCtadCO+Cgn93uI2ZDNjk0ThwV2R1d4E5EFtjcoE1JrnQcAGVArdQ2nFBCgJApUSvEb1ArTf0ItEAzUIyLkgO3OVTAZsyix0XqFQEDZ5aijHQ44I0QHDOBo4LXiYZF6QFbhR+mRRpgeB0rzed6/htTYow76mLlG4S/r7pDTcpdNzpyUyK9HwmRWvBe4eYFDc4tcwQqSbFDR6TIoMPJsUNwCbPMEkGdGgmzkjIxBmFmDiTZWJskTIJMHFmw5lYx52ZjIkzWyZ2XyFMnMWpZdZIZeIsHibO6gMTZwE2eVYgE7O6u8AciK0xG8u44EY7LlA3EgAqu+njAq03sguMC7KRjAuyAXf5HMCmzGbHBSoHQYPnZBkX5AKC8zXguOB1knFBbkKTIreQSZHHmhTYIuURMCnyGm5S6LjzkpkUeflMinjBe4eYFPmcWuaPVJMin8ekyO+DSZEP2OT5J8mADs3EBQiZuIAQE99kmRhbpJsEmLig4Uys4y5IxsQFLRO7rxAmLuTUsnCkMnEhDxMX9oGJCwGbvDCQiVndXWAOxNZ4M8u44BY7LlC3EADqVtPHBVpv3CowLshOMi64GbjLFwE2ZXY7LlBFCBr8NpZxwe1AcM4BjgvmkowLihKaFEWFTIpi1qTAFqmYgElxh+EmhY77DjKT4g4+k6KN4L1DTIriTi1LRKpJUdxjUpTwwaQoDmzyEpNkQIdm4pKETFxSiIlLWSbGFqmUABPHGM7EOu4YMiaOsUzsvkKYWDm1LB2pTKw8TFzaByZWwCYvDWRiVncXmAOxNZZhGRfE2nGBiiUAVFnTxwVab5QVGBfkJBkXlAHu8uWATZnTjgtUOYIGL88yLqgABOcC4LhgIcm4oCKhSVFRyKSoZE0KbJEqCZgUlQ03KXTclclMisp8JkVbwXuHmBR3OrWsEqkmxZ0ek6KKDybFncAmrzJJBnRoJq5KyMRVhZi4mmVibJGqCTDxXYYz8f/AScbEd1kmdl8hTFzdqWWNSGXi6h4mruEDE1cHNnkNIBOzurvAHIitsSbLuKCWHReoWgSAutv0cYHWG3cLjAtyk4wLagJ3+XuATZnbjgvUPQQNfi/LuKA2EJyLgOOCxSTjgjqEJkUdIZOirjUpsEWqK2BS1DPcpNBx1yMzKerxmRQJgvcOMSnqO7VsEKkmRX2PSdHAB5OiPrDJG0ySAR2aiRsSMnFDISaOs0yMLVKcABM3MpyJddyNyJi4kWVi9xXCxI2dWjaJVCZu7GHiJj4wcWNgkzcBMjGruwvMgdga72MZF9xvxwXqfgJANTV9XKD1RlOBcUFeknHBfcBdvhmwKfPacYFqRtDgD7CMCx4EgvM94LhgCcm4oDmhSdFcyKRoYU0KbJFaCJgUDxluUui4HyIzKR7iMykSBe8dYlI87NSyZaSaFA97TIqWPpgUDwObvOUkGdChmbgVIRO3EmLiRywTY4v0iAATP2o4E+u4HyVj4kctE7uvECZu7dQyPlKZuLWHieN9YOLWwCaPBzIxq7sLzIHYGtuwjAva2nGBaksAqATTxwVabyQIjAvyk4wL2gB3+URgU+a34wKVSNDg7VjGBe2B4FwKHBcsy+7PRhFu/joA87cNmL/twPzp5kjlyt3AwA9XAn8+5/z5vPOnvh4L5ONxhzj0fxM8fr/ofEb/++BnOwZ+7uT67N+5f+fA57tc5/6dXfd/IvBz1yQ++4Lz2Secz+o9sFvg5yf/4Vq6Bz7f4zpr6e5aS8/Az09dZy09XWt5OvBzryQ+O8j57NPOZ/Uaewd+fsaRPehNbGW5a3lBHwJuAh8C0HGvK3ctr+i4C+bg2NP6APc0YK1VQcNxMzj5tT0NjZubDY97eaBf+gjEfQuJWCj2Fe5e7lqHm79bSfJXHJi/W4D5K0KyX/cF7tdAzChk/vwa4AFzGTLA62cHeNgi9RMY4D1r+ABPx/2s8AAPvbmXNZQc7yAhx3KGkmNxEnLsDyRHIGZUcUJy7C9EjgMsOWKLNECAHAcaTo467oFC5Ihea/a4a0SOVszPTYrMuEsJOyThrk/j8jmBuGNIDjEDgSRcCniIUSSHmOeB+QNiRikS/NU0VISUJclfLUNFSDmS/n0B2L9AzKhyhCLkBSERMsiKEGyRBgmIkBcNFyE67hdJREi+wGH8eYFDaUXDx5WF42QO45VIyGgwkIyAtVaVDBdxuq8HC+CmCskh8EUh3IT9W4hI8gfEt6oCzF81kn3rJSD+gJhR1Ujw19RQEVyTJH/NDBXBtUj6dwiwf4GYUbUIRfAQIRE81IpgbJGGCojgYYaLYB33MBIRXCQgBl8SONTfa7gILh4nI2Zqk5DRcCAZAWutahsugnVfDxfATT2SQ+AwIdyE/fsESPIHxLeqB8xfA5J9awQQf0DMqAYk+GtnqAhuTJK/9oaK4CYk/TsS2L9AzKgmhCJ4pJAIHmVFMLZIowRE8GjDRbCOezSJCI4JiMERAof6poaL4HJxMmKmGQkZjQGSEbDWqpnhIlj39RgB3DQnOQSOFsJNuPlrwTJJAvZKc2D+HiLZt8YC8QfEjHqIBH+9DBXBj5Dkr7ehIvhRkv4dB+xfIGbUo4QieJyQCB5vRTC2SOMFRPAEw0WwjnsCiQiuFBCDYwUO9W0MF8F3xcmImbYkZDQRSEbAWqu2hotg3dcTBXDTjuQQOEEIN2G/0ZUkf0B8q3bA/HUg2bcmAfEHxIzqQIK/oYaK4E4sT8IYKoI7k/TvZGD/AjGjOhOK4MlCIniKFcHYIk0REMFTDRfBOu6pJCK4VkAMThI41Hc1XATXjZMRM91IyGgakIyAtVbdDBfBuq+nCeCmB8khcKoQbsLNX0+S/AHxrXoA8/cUyb41HYg/IGbUUyT4m26oCH6GJH8zDBXBfUj6dwawf4GYUX0IRfAMIRE804pgbJFmCojgWYaLYB33LBIR3DAgBqcLHOqfNVwE3x8nI2b6k5DRbCAZAWut+hsugnVfz5Z4mzXJIXCWEG7CfmswSf6A+FbPAfP3Asm+9TIQf0DMqBdI8PeWoSL4JZL8vW2oCB5C0r+vAPsXiBk1hFAEvyIkgl+1IhhbpFcFRPBrhotgHfdrJCL4wYAYfFngUD/ccBHcKk5GzIwgIaPXgWQErLUaYbgI1n39ugBuRpMcAl8Twk3Y33EnyR8Q32o0MH9jSfatN4D4A2JGjSXB32pDRfBEkvytMVQETyLp3zeB/QvEjJpEKILfFBLBc6wIxhZpjoAInmu4CNZxzyURwfEBMfiGwKF+quEiuH2cjJiZRkJG84BkBKy1mma4CNZ9PU8ANzNJDoFzhXAT9oSeJH9AfKuZwPzNJtm35gPxB8SMmk2Cvx2GiuDXSPK301AR/DpJ/y4A9i8QM+p1QhG8QEgEL7QiGFukhQIi+C3DRbCO+y0SEdwxIAbnCxzq5xgugrvFyYiZuSRk9DaQjIC1VnMNF8G6r98WwM0ClscphXATbv4WspgIwF5ZAMzfWyT71iIg/oCYUW+R4O+woSL4HZL8HTFUBL9L0r+Lgf0LxIx6l1AELxYSwe9YEYwt0jsCIvhdw0WwjvtdEhHcMyAGFwkc6t83XAT3iZMRMx+QkNF7QDIC1lp9YLgI1n39ngBuPiQ5BL4rhJtw87ecJH9AfKsPgflbQbJvLQHiD4gZtYIEf+cMFcGrSfJ33lARvIakf98H9i8QM2oNoQh+X0gEf2BFMLZIHwiI4KWGi2Ad91ISEdw/IAaXCBzq1xouggfFyYiZdSRktAxIRsBaq3WGi2Dd18sEcLOB5BC4VAg34ebvM5L8AfGtNgDzt5Fk3/oQiD8gZtRGEvyl3W2mCN5Ckr90u80UwVtJ+nc5sH+BmFFbCUXwciERvMKKYGyRVgiI4JWGi2Ad90oSETwkIAY/FDjU7zBcBI+KkxEzO0nIaBWQjIC1VjsNF8G6r1cJ4OZLkkPgSiHchJu/r1i+UwjslS+B+dtNsm99BMQfEDNqNwn+8hoqgveR5C+foSJ4P0n/rgb2LxAzaj+hCF4tJILXWBGMLdIaARH8seEiWMf9MYkIHhcQgx8JHOoPGi6Cp8TJiJlDJGT0CZCMgLVWhwwXwbqvPxHAzWGSQ+DHQrgJN39HSPIHxLc6DMzf9yT71log/oCYUd+T4K+EoSL4OEn+Shoqgn8k6d91wP4FYkb9SCiC1wmJ4PVWBGOLtF5ABH9quAjWcX9KIoJnBMTgWoFD/SnDRfCrcTJi5icSMtoAJCNgrdVPhotg3dcbBHBzhuQQ+KkQbsLN31mS/AHxrc4A8/cLyb71GRB/QMyoX0jwV81QEXyBJH93GSqCfyPp343A/gViRv1GKII3Congz60IxhbpcwERvMlwEazj3kQigt8MiMHPBA71lw0XwQvjZMTMFRIy2gwkI2Ct1RXDRbDu680CuEmWk+MQuEkIN+HmL5okf0B8Kzdmws1f8pwc+9YWIP6AmFHJSfDX2FARnJokf00MFcFpSPp3K7B/gZhRyPz5JYK3CongbVYEY4u0TUAEbzdcBOu4t5OI4MUBMbhF4FCfPqfZIviDOBkxcwMJGe0AkhGw1uqGnGaLYN3XOwRwk4nkELhdCDfh5i8zSf6A+FaZgPnLQrJv7QTiD4gZlYUEf20MFcHZSfLX1lARnIOkf78A9i8QMyoHoQj+QkgE77IiGFukXQIi+EvDRbCO+0sSEbw8IAZ3ChzqcxsugtfEyYiZPCRk9BWQjIC1VnkMF8G6r78SwE1+kkPgl0K4CTd/BUjyB8S3yg/M300k+9ZuIP6AmFE3keCvh6Ei+GaS/PU0VATfQtK/e4D9C8SMuoVQBO8REsF7rQjGFmmvgAj+2nARrOP+mkQErwuIwd0Ch/rbDBfBn8fJiJnbSchoH5CMgLVWtxsugnVf7xPAzR0kh8CvhXATbv6Kk+QPiG91BzB/JUj2rf1A/AExo0qQ4O9FQ0WwIsnfYENFcGmS/j0A7F8gZlRpQhF8QEgEf2NFMLZI3wiI4IOGi2Ad90ESEbw1IAb3CxzqyxougnfFyYiZciRkdAhIRsBaq3KGi2Dd14cEcFOR5BB4UAg34eavEkn+gPhWFYH5q0yyb30LxB8QM6oyCf4mGyqCq5Hkb4qhIvgukv79Dti/QMyouwhF8HdCIviwFcHYIh0WEMFHDBfBOu4jJCJ4T0AMfitwqK9puAj+Jk5GzNQiIaPvgWQErLWqZbgI1n39vQBu7iU5BB4Rwk24+atNkj8gvtW9wPzVIdm3fgDiD4gZVYcEf/MMFcENSPI331AR3JCkf48C+xeIGdWQUAQfFRLBx6wIxhbpmIAIPm64CNZxHycRwd8FxOAPAof6xoaL4GNxMmKmCQkZ/QgkI2CtVRPDRbDu6x8FcNOU5BB4XAg34eavGcvbZYG90hSYvwdI9q0TQPwBMaMeIMHfCkNF8EMk+VtpqAh+mKR/TwL7F4gZ9TChCD4pJIJPWRGMLdIpARH8k+EiWMf9E4kIPhkQgycEDvWPGC6Cz8bJiJlHScjoNJCMgLVWjxougnVfnxbATRuSQ+BPQrgJN39tSfIHxLdqA8xfAsm+9TMQf0DMqAQS/G0xVAR3IMnfVkNF8GMk/XsG2L9AzKjHCEXwGSERfNaKYGyRzgqI4F8MF8E67l9IRPD5gBj8WeBQ38lwEXwlTkbMdCYho1+BZASstepsuAjWff2rAG66khwCfxHCTbj560aSPyC+VVdg/p4k2bfOAfEHxIx6kgR/Bw0VwU+R5O+QoSL4aZL+PQ/sXyBm1NOEIvi8kAi+YEUwtkgXBETwb4aLYB33byQiOLpRVNQ5gUP9M4aL4DSNZMRMHxIyuggkI2CtVR/DRbDu64sCuHmW5BD4mxBuws1ff5L8AfGtngXmbwDJvnUJiD8gZtQAEvydMVQEv0CSv7OGiuBBJP17Gdi/QMyoQYQi+LKQCL5iRTC2SFcERPBVw0WwjvsqiQi+ISAGLwkc6l8yXARnbSQjZoaQkFHUZFwugbVWQwwXwf/r68n4+w4nOQRenSSDm3DzN4Ikf0B8q+HA/I0k2beSAfctIGbUSBL8pdxjpggeS5K/VHvMFMHjSPo3Gti/QMyocYQiGJjLEBGcfPLvP1sRHOY9dZGST8bfN8Vks0WwjjvFZHiNRNaaIyAGkwkc6icaLoLzBeKWEDOTSMgoJZCMgLVWkwwXwbqvUwrgZirJITCFEG7Czd80kvwB8a2mAvM3nWTfSgXEHxAzajoJ/nIaKoJnk+Qvl6Ei+GWS/k0N7F8gZtTLhCI4tZAITmNFMLZIaQREcFrDRbCOOy2JCC4YEIOpBA71rxkugos0khEzr5OQUTogGQFrrV43XATrvk4ngJs5JIfAtEK4CTd/c0nyB8S3mgPM3zySfSs9EH9AzKh5JPgraqgIfoskf8UMFcFvk/TvDcD+BWJGvU0ogm8QEsEZrAjGFimDgAjOaLgI1nFnJBHBxQJiML3Aof4dw0VwTCMZMfMuCRllApIRsNbqXcNFsO7rTAK4eZ/kEJhRCDfh5u8DkvwB8a3eB+ZvKcm+lRmIPyBm1FIS/FU2VASvIMnfnYaK4JUk/ZsF2L9AzKiVhCI4i5AIzmpFMLZIWQVEcDbDRbCOOxuJCI4NiMHMAof61YaL4EqNZMTMGhIyuhFIRsBaqzWGi2Dd1zcK4GYtySEwmxBuws3fOpL8AfGt1gLzt55k38oOxB8QM2o9Cf4aGCqCN5Lkr6GhIvhzkv7NAexfIGbU54QiOIeQCM5pRTC2SDkFRHAuw0WwjjsXiQiuGhCD2QUO9VsMF8G1GsmIma0kZJQbSEbAWquthotg3de5BXCzg+U7cUK4CTd/O1l+zyiwV3YA8/cFyb6VB4g/IGbUF4bzXe0A3+UR2Ld2Gx53w0Yy+/Uekn7JC+wXYK3VHsNxMyBQiLwCuNH3RcWt15bKhZmBgR+uBP58zvnzeedPfeULxJLfiUf/N0FR+6LzGf3vg58tEPj5Jtdn/879CwY+X+g69y/oun/hwM83J/HZF5zPFnY+qwX4LYGfb/2HaykS+Pxt11lLEddabg/8XPQ6a7ndtZZigZ/vSOKzg5zPFnM+q9dYPPBzCUcDorG5sty1vKCxuc/wnlxX7lpe0XHvJ9nLSwL3cmCt1X5CA/E58D4cXGOw5qUCtYoJ/E+5fKAMzp9po0JNRX2lcv18F2hdAiZlTErXWtO61hyMJ6Pz71Ng/94yaV25jXLlOyqJvEW5/v40gf/d4PzcLqF7ox7xHTu0qZfQK6maJU/ivtGuWFN6PueuY/DfpXb/9xKHEtC9/nB4KOWQV4zzp3L+zBT4X+nAz2X+hMwQByLdjOj7HiQ4YJYWILNDQmQWDY4fWB91CExA3s1Zov6lgBMsyXXGANfpzmuss5+UdRFkTudP92afzPXPmEkzjSuO4OUml+DfGYw7SKQpsWsprf+uFFGh1/WINPj3e4j0voQ23RK6e4jUOzGNTiJWd4w6vtTY+GKCaw1ewTUF/550Ub/jJo1rHWmx61DBv8u7jrSudaRx/Rz8d+lcawr+s/Se9bp7wf3fBvOa3hUzzWFEBxLrHDrKOn+WC/xZfrLc+ksJEPBhwydYOu5yAnEfITl4AOujjhAcMmMEan2UAOPlBeI+RoJxYH3UMcMxPjj5NccaXesThse9POCGlhSI+ySJG1oB6IYCa62Q+fOaNBWcc5H3nKSvioGfK/3DSUnlwOfvvM6kpLLr/lUCP1edfO2+fgjkimCBLLHvVME+3ZgYWzo2Rvc1Km63sKvmEtpBgfBfFNqpXXEEL7c7rUVUNuf/d+7SvUNir4Y9OnbskNghoW3DLt0T3ClL6gngpHSs2xxOkUQa6cxhqfVVE3oq9s9yGi7H3PXvnzSO8dxL+TXZukvo0fjq9tF4bJGqT8bft4bhj8bruGv4vAnEhHeF5DQmzMt7eEILv16BvyBhIu5+H8dGRSVOlK1XmPdW3n/gzm9NB2u1XJhL6cJJ8LN6Q7sa9UcMJXP9HO18Jvo6n0n2J/f5s8OI2KYVDE4nYKUr2FqTQ+1994JQf3dN4CZ093XuVaF8Qnxi+dgyrWNiE+MD9ymXmFCmdemKKrFCmcDty8Sq+NYJMW1j48uXiy1XIbG8b8+W3C3EwPdYBsYW6R4BBr7XcAbWcd/r05fTwo2/lrNW9H1PG/plEe86kViqDbTLToMtLr2J6fVVd+6JxnzwVITG0RnDLeLg6Q0d91kzLeI/SG7kQaQW8F6/kHxZDYhvBcSMksofuk/qENpHdYQOr3Xt4RVbpLoCh9d6hh9eddz1SN6soP1uibX6NX+rFcZGkBh6+Wb31Hfy3eBv2D01ksid1+6pEfXXdk9S9/lLu8f0h/GinWQmcyWugeuEHrzQJw5gHKoBcDNriGuGxGA+GwoqHp3HWgLK+YJZD3794ZSk464vEPdvBA+8NRCI+6KhSsVLMMh94wLwtRqXSJQeEN8KiBl1yacHLsOtc30g18QBnTp9DwluiTP81QgScWsX8ckJ+LiT5TLfRewuEHd0Lo4HTRsB+xFYaxVtOG50vzwngJuUBP3yvEDcqUj6pTGwX4C1VqkI+mWsAG7SEvTLOIG405H0SxNgvwBrrdIR9MsrArjJQNAvrwrEnZGkX+4D9guw1iojQb+8I4CbLAT98q5A3FlJ+uV+YL8Aa62yEvTLxwK4yU7QL58IxJ2DpF+aAvsFWGuVg6BfdgjgJjdBv+wUiDsPSb80A/YLsNYqD0G/fCuAm/wE/fKdQNwFSPrlAWC/AGutChD0yxkB3BQi6JezAnEXJumXB4H9Aqy1KkzQL8kFnv6/laBfUgjEXYSkX5oD+wVYa1WEoF+yCeCmKEG/3CgQdzGSfmkB7BdgrVUxgn65WQA3JQj65RaBuEuS9MtDwH4B1lqVJOiXMgK4UQT9EisQd2mSfnkY2C/AWqvSBP1SUwA3ZQn6pZZA3OVI+qUlsF+AtVblCPrlPgHcVCTol/sF4q5E0i+tgP0CrLWqRNAvbQRwU4WgX9oKxF2VpF8eAfYLsNYKmT/9pecKKaKiMjv3099h0M9l62dN9fNz+pkg/ZyDnt3qeZT22LVvqL0Qre/0mVXzsN5bHpkcFXKhcfMo+EXPUutsjXyuPXCPiil+/x6azkFr4TzHA7+j5tfbSOKF3kbSxr6NBFukNgJvI2lr+NtIdNxtid5GIrFW+0Lba1dUEhdqze78Jjg1TPwbbzgp5Prv/uwNJ4Wi/voNJ0nd5z/xhhOdzIKuxCVO/uPOa/IbThKBG2S7yfj8tvsb+Qx33e2BpzJD33cn9saQBIFv8VfPZX7ciQJx1zBc9eu42wvEXdMn1R8T3qWAuFTAWiup/KHr3IFQPXYQUo+PWfWILdJjAurxccPVo477cSL1+LhVj/TqsaNTw05WPf77K5iojh712IlMPXYCbpCdBdRjZx/UYxerHv+1iuoooCbuJVCPnQTirk2gHrsIxF2HRD0CcamAtVbI/GnSr5gi6g8Xuj5obHaabP4anxCaccMbsiuQEFkB1ZUAUN3Qa0QvUHvL3QQYowEJYzwBPF0/CWzKBgQnjScFcNMd2DB6T6tAuLF1J9jYekgxZTQYUG4pHu69ehK88luiKZ8CF1si7ooCcccZvgnrJuwpEHcjkkeEnwb2I7DWqhFY7gmS2P8NqtDYfIqAxJ6WPp2HC/DBgY6pItDg9xne4AmJiTHxbduo5eVwMfcCbhbI/Pk1Ze8F9v6DV287ZccWqbfAlP0Zw6fsOu5nhKbswQutLJA57TNZrilA+UyMLR0bg9yQ+042l9AkvsT4lMCX+ZoSfInxaYG4m5EolH7AvgbWWjUj6JcXBXDTnKBfBgvE3YKkX54F9guw1qoFQb9MFMBNS4J+mSQQdyuSfukP7BdgrVUrgn55QwA3rQn65U2BuONJ+mUAsF+AtVbxBP3yvgBuEgj65QOBuBNJ+mUgsF+AtVaJBP2yXgA3HQj65VOBuB8j6ZfngP0CrLV6jKBfvhTATSeCfvlKIO7OJP3yPLBfgLVWnQn65XsB3HQl6JcfBOLuRtIvLwD7BVhr1Y2gX84J4KYHQb+cF4i7J0m/DAL2C7DWqidBv6SehMdNL4J+SSMQd2+SfnkR2C/AWqveBP2SUwA3fQn6JZdA3P1I+mUwsF+AtVb9CPrlNgHcDCDol9sF4h5I0i8vAfsFWGs1kKBfygvg5gWCfqkgEPcgkn4ZAuwXYK3VIIJ+uVcANy8R9EttgbiHkPTLUGC/AGuthhD0ywMCuBlO0C8PCsQ9gqRfhgH7BVhrNYKgX9oJ4GY0Qb+0F4h7DEm/DAf2C7DWCpk//abJSq5fSqS/w6Cfy9bPmurn5/QzQfo5Bz271fMo7bFr31B7IVrf6TOr5mG9twwX/mU5I4ReQ4Fe50jwLyWq7PqlRDoHI4XzPIrwtdKjhL7wOtp+4RVbpNECX3gdY/gXXnXcY4heKy2xVvta6WtXVBIXas3u/I51ajjOvlb631/BRI31vFZ6HNlrpccBN8jxAq+VHu/Da6Un2NdK/+t3qo0VeC3NeILXSo8TiHsCwcseJwjEPZHkJaFAXCpgrZVU/uB1JlSPE4XU4ySrHrFFmiSgHicbrh513JOJ1ONkqx7p1eMUp4ZTrXr891cwUVM86nEqmXqcCtwgpwmox2k+qMfpVj3+axU1RUBNTCVQj1MF4p5GoB6nC8Q9nUQ9AnGpgLVWyPxp0q9M+KsWphK8pXqG1K9aQDfkTPAvJWIE1EwCQM0y/ZcSaW95lgBjzCZhjBnA0/VsYFPOJjhpzBbAzcvgX0pUiXBje5lgY3vF9I1Nv+a7rwBAXzF/Y/vf68ORr0x/FbixSeUvGlxn5C+zeo3gl1lJbOavE/wyq1cF4n7NcPLWm/drEvUmebT8DWA/AmutXgfbBJUIf5nV6wSHnzcE1pjkQsMF+pv/5BBQ/rr3Un49DfCm0NMAc+zTANgizRF4GmCu4U8D6LjnCj0NELwkcxoT5uXHkwAPTcA+CdBhEj6nA5MLMcA/Xae6/r9212qeg9v5f+Opgt5Rf8Sj96mC3lF//VRBUvf5y6cK/nES/iJFweDmTf59gdFOIp72LA71dwaBjGb0OQTfWu0g8K3VuSR+8sDkuBPXPCAZziORZvOB0szdK2GviwR/wD5RQMyo+STPTy8gVEwLhBTTQquYsEVaKKCY3jJcMem43yJ6flpirX+lmsJ+1a9HNYV7PynV9I/I/S+UTVQSF+re7lq97eBhkemqieFZ7Lc9CkwntVdU6GXys9iLgJvt4n/E2onXvYL5XPw38hnuut8B5mDu/68T+t/YXP7xyfIvToMah28LDN0WETyLvUgg7sUET0i9IxD3OyRKFIhLBay1eocANxL7xAAhyxq9zncnc6zzPfB7xu50vWdM5+A94feMLSH8pvgSIafjfet0YIv0voDT8YHhToeO+wOy2fAHgrNhIcz69i3spU4tl5n+LWx0EoLBLfV8c3rZ5Kg/XGgraymwyZeRnCQ+JGTiD4WYeLllYmyRlgsw8QrDmVjHvYKMiVdYJnZfIUy80qnlqkhl4pUeJl7lAxOvBDb5KvC3+u4k/Fbfqsnmr/EjlgfbV4O//84IqNUEgFpj+tdEtd5YI+C2vk/i0n8E3OU/Bjbl++CvQlUgbPCPCRr8EynGQI+t1wLBmQw4joomeTByHaFJsU7IpFhvTQpskdYLmBSfGm5S6Lg/JTMpPuUzKZTkvd3r3+DU8rNINSk2eEyKz3wwKTYAm/yzyTKgQzPxRkIm3ijExJ9bJsYW6XMBJt5kOBPruDeRMfEmy8Qh93avf7NTyy2RysSbPUy8xQcm3gxs8i3W3VXAHIitcSvLuGCbBZTaRgCo7aaPC7Te2C4wLlhKMi7YCtzldwCbcqkdF6gdBA2+k2Vc8AXy6X7guCAVybhgF6FJsUvIpPjSmhTYIn0pYFJ8ZbhJoeP+isyk+IrPpCgteO8Qk2K3U8s9kWpS7PaYFHt8MCl2A5t8z2QZ0KGZeC8hE+8VYuKvLRNji/S1ABPvM5yJddz7yJh4n2Vi9xXCxPudWh6IVCbe72HiAz4w8X5gkx8AMjGruwvMgdgav2EZFxy04wJ1kABQh0wfF2i9cUhgXPAhybjgG+Au/y2wKT+04wL1LUGDf8cyLjgMBGda4LggHcm44AihSXFEyKT43poU2CJ9L2BS/GC4SaHj/oHMpPiBz6QoI3jvEJPiqFPLY5FqUhz1mBTHfDApjgKb/NhkGdChmfg4IRMfF2LiHy0TY4v0owATnzCciXXcJ8iY+IRlYvcVwsQnnVqeilQmPulh4lM+MPFJYJOfAjIxq7sLzIHYGn9iGRectuMCdZoAUD+bPi7QeuNngXHBCpJxwU/AXf4MsClX2HGBOkPQ4GdZxgW/AMGZATguyEgyLviV0KT4VcikOGdNCmyRzgmYFOcNNyl03OfJTIrzfCZFrOC9Q0yKC04tf4tUk+KCx6T4zQeT4gKwyX+bLAM6NBNfJGTii0JMfMkyMbZIlwSY+LLhTKzjvkzGxJctE7uvECa+4tTyaqQy8RUPE1/1gYmvAJv8KpCJWd1dYA7E1hg1hWRckAy3UNpxQbIp5q8xGr1G9AK13tCLRAN0Fcm4wN3xYWsPYFOusuMClZygwVNIMQZ6XJASCM4swHFBVpJxQSrkRhHlj0mRCghO93pTT/n9Z2tShHlPXaTUU/D3TQMErFTcaabAayRqUqQBNpRPJkVZwXuHmBRpnVqmc9U0okwKnYCCrmDdifAuKPh3h9uYaYFNnm6KDOjQTJyekInTCzHxDZaJsUW6QYCJMxjOxDruDGRMnMEysfsKYeKMTi0zRSoTZ/QwcSYfmDgjsMkzAZmY1d0F5kBsjZlZxgVZ7LhAZSEAVFbTxwVab2QVGBesJhkXZAbu8tmATbnajgtUNoIGv5FlXJAdCM7swHFBDpJxQQ5CkyKHkEmR05oU2CLlFDApchluUui4c5GZFLn4TIpygvcOMSlyO7XME6kmRW6PSZHHB5MiN7DJ80yRAR2aifMSMnFeISbOZ5kYW6R8Akyc33Am1nHnJ2Pi/JaJ3VcIExdwanlTpDJxAQ8T3+QDExcANvlNQCZmdXeBORBbY0GWcUEhOy5QhQgAVdj0cYHWG4UFxgUfk4wLCgJ3+ZuBTfmxHReomwka/BaWccGtQHDmBo4L8pCMC4oQmhRFhEyK26xJgS3SbQImxe2GmxQ67tvJTIrb+UyK8oL3DjEpijq1LBapJkVRj0lRzAeToiiwyYtNkQEdmonvIGTiO4SYuLhlYmyRigswcQnDmVjHXYKMiUtYJnZfIUxc0qllqUhl4pIeJi7lAxOXBDZ5KSATs7q7wByIrTGGZVyg7LhAKQJAlTZ9XKD1RmmBccFaknFBDHCXLwNsyrV2XKDKEDR4LMu4oCwQnPmB44ICJOOCcoQmRTkhk6K8NSmwRSovYFJUMNyk0HFXIDMpKvCZFBUE7x1iUlR0alkpUk2Kih6TopIPJkVFYJNXmiIDOjQTVyZk4spCTHynZWJske4UYOIqhjOxjrsKGRNXsUzsvkKYuKpTy2qRysRVPUxczQcmrgps8mpAJmZ1d4E5EFvjXSzjgup2XKCqEwCqhunjAq03agiMC9aTjAvuAu7yNYFNud6OC1RNggavxTIuuBsIzkLAcUFhknHBPYQmxT1CJsW91qTAFuleAZOituEmhY67NplJUZvPpKgoeO8Qk6KOU8u6kWpS1PGYFHV9MCnqAJu87hQZ0KGZuB4hE9cTYuL6lomxRaovwMQNDGdiHXcDMiZuYJnYfYUwcUOnlnGRysQNPUwc5wMTNwQ2eRyQiVndXWAOxNbYiGVc0NiOC1RjAkA1MX1coPVGE4FxwQaScUEj4C5/H7ApN9hxgbqPoMHvZxkXNAWC81bguKAIybigGaFJ0UzIpHjAmhTYIj0gYFI8aLhJoeN+kMykeJDPpGgteO8Qk6K5U8sWkWpSNPeYFC18MCmaA5u8xRQZ0KGZ+CFCJn5IiIkftkyMLdLDAkzc0nAm1nG3JGPilpaJ3VcIE7dyavlIpDJxKw8TP+IDE7cCNvkjQCZmdXeBORBb46Ms44LWdlygWhMAKt70cYHWG/EC44KNJOOCR4G7fBtgU2604wLVhqDB27KMCxKA4CwKHBcUIxkXJBKaFIlCJkU7a1Jgi9ROwKRob7hJoeNuT2ZStOczKeIF7x1iUnRwavlYpJoUHTwmxWM+mBQdgE3+2BQZ0KGZ+HFCJn5ciIk7WibGFqmjABN3MpyJddydyJi4k2Vi9xXCxJ2dWnaJVCbu7GHiLj4wcWdgk3cBMjGruwvMgdgan2AZF3S14wLVlQBQ3UwfF2i90U1gXLCJZFzwBHCXfxLYlJvsuEA9SdDg3VnGBT2A4CwBHBeUJBkX9CQ0KXoKmRRPWZMCW6SnBEyKpw03KXTcT5OZFE/zmRRtBO8dYlL0cmrZO1JNil4ek6K3DyZFL2CT954iAzo0Ez9DyMTPCDFxH8vE2CL1EWDivoYzsY67LxkT97VM7L5CmLifU8tnI5WJ+3mY+FkfmLgfsMmfBTIxq7sLzIHYGvuzjAsG2HGBGkAAqIGmjwu03hgoMC7YQjIu6A/c5Z8DNuUWOy5QzxE0+PMs44IXgOBUwHFBaZJxwSBCk2KQkEnxojUpsEV6UcCkGGy4SaHjHkxmUgzmMynaCt47xKR4yanlkEg1KV7ymBRDfDApXgI2+ZApMqBDM/FQQiYeKsTEwywTY4s0TICJhxvOxDru4WRMPNwysfsKYeIRTi1HRioTj/Aw8UgfmHgEsMlHApmY1d0F5kBsjaNYxgWj7bhAjSYA1BjTxwVab4wRGBdsIxkXjALu8mOBTbnNjgvUWIIGH8cyLhgPBGdZ4LigHMm4YAKhSTFByKSYaE0KbJEmCpgUkww3KXTck8hMikl8JkWC4L1DTIrJTi2nRKpJMdljUkzxwaSYDGzyKVNkQIdm4qmETDxViImnWSbGFmmaABNPN5yJddzTyZh4umVi9xXCxDOcWs6MVCae4WHimT4w8Qxgk88EMjGruwvMgdgaZ7GMC2bbcYGaTQCol00fF2i98bLAuGAHybhgFnCXfwXYlDvsuEC9QtDgr7KMC14DgrMicFxQiWRc8DqhSfG6kEnxhjUpsEV6Q8CkeNNwk0LH/SaZSfEmn0mRKHjvEJNijlPLuZFqUszxmBRzfTAp5gCbfO4UGdChmXgeIRPPE2Li+ZaJsUWaL8DECwxnYh33AjImXmCZ2H2FMPFCp5ZvRSoTL/Qw8Vs+MPFCYJO/BWRiVncXmAOxNb7NMi5YZMcFahEBoBabPi7QemOxwLjgC5JxwdvAXf4dYFN+YccF6h2CBn+XZVzwHhCcVYDjgqo+bRTh5m8JMH9ncuLydxZ4L8n8vf/fz5/ouOoDoY0Gvc6lwDprjVslxe/STudgqUf6ode/jNCMXCZkRn5ozUhskT4UMCOXG25G6riXk5mRy/nMyBjBe4eYkSucWq6MVDNyhceMXOmDGbkC2OQrSU4SqwiZeJUQE39kmRhbpI8EmHi14Uys415NxsSrLRO7rxAmXuPU8uNIZeI1Hib+2AcmXgNs8o+B4NZFrkJo8n48xfw1fsIyFlwLHgsyAmotAaDWmT4W1HpjncBY8EuSseAnwF1+PbApvwSPBSsRNvh6ggb/lGUsuAEIzqbAsWAzkm8RfUZoUnwmZFJstCYFtkgbBUyKzw03KXTcn5OZFJ/zmRRK8t7u9W9yark5Uk2KTR6TYrMPJsUmYJNvniIDOjQTbyFk4i1CTLzVMjG2SFsFmHib4Uys495GxsTbLBOH3Nu9/u1OLXdEKhNv9zDxDh+YeDuwyXdYd1cBcyC2xp0s44IvLKDUFwSA2mX6uEDrjV0C44LdJOOCncBd/ktgU+624wL1JUGDf8UyLtgNBGdz4LigBcm4YA+hSbFHyKTYa00KbJH2CpgUXxtuUui4vyYzKb7mMylKC947xKTY59Ryf6SaFPs8JsV+H0yKfcAm3z9FBnRoJj5AyMQHhJj4G8vE2CJ9I8DEBw1nYh33QTImPmiZ2H2FMPEhp5bfRioTH/Iw8bc+MPEhYJN/C2RiVncXmAOxNX7HMi44bMcF6jABoI6YPi7QeuOIwLhgL8m44DvgLv89sCn32nGB+p6gwX9gGRccBYKzJXBc0IpkXHCM0KQ4JmRSHLcmBbZIxwVMih8NNyl03D+SmRQ/8pkUZQTvHWJSnHBqeTJSTYoTHpPipA8mxQlgk5+cIgM6NBOfImTiU0JM/JNlYmyRfhJg4tOGM7GO+zQZE5+2TOy+Qpj4Z6eWZyKViX/2MPEZH5j4Z2CTnwEyMau7C8yB2BrPsowLfrHjAvULAaB+NX1coPXGrwLjgn0k44KzwF3+HLAp99lxgTpH0ODnWcYFF4DgbA0cF8STjAt+IzQpfhMyKS5akwJbpIsCJsUlw00KHfclMpPiEp9JESt47xCT4rJTyyuRalJc9pgUV3wwKS4Dm/zKFBnQoZn4KiETXxVi4qipv/9omTjMe+oi6YSi75tsqtlMrONONhVeI1Emduc0Jszrv8bE0U4tk7tqGlFMrBNQ0BWsOxHeBQX/7nAbMxrY5Mlx4I5ldXeBORBbYwqBNSa50HABlXIqMGhSQKUkAFQq9BrRC9R6I9VUPEAPkIwLUgB3+dTApjxgxwUqNUGDp5FiDPS4IC0QnAnAcUEiybggHfI4GOWPSZEOCE73etNbkwJbpPQCJsUNhpsUOu4byEyKG/hMirKC9w4xKTI4tcwYqSZFBo9JkdEHkyIDsMkzTpUBHZqJMxEycSYhJs5smRhbpMwCTJzFcCbWcWchY+IslondVwgTZ3VqmS1SmTirh4mz+cDEWYFNng3IxKzuLjAHYmu8kWVckN2OC1R2AkDlMH1coPVGDoFxwUGSccGNwF0+J7ApD9pxgcpJ0OC5WMYFuYHg7AAcFzxGMi7IQ2hS5BEyKfJakwJbpLwCJkU+w00KHXc+MpMiH59JUU7w3iEmRX6nlgUi1aTI7zEpCvhgUuQHNnmBqTKgQzPxTYRMfJMQExe0TIwtUkEBJi5kOBPruAuRMXEhy8TuK4SJCzu1vDlSmbiwh4lv9oGJCwOb/GYgE7O6u8AciK3xFpZxwa12XKBuJQBUEdPHBVpvFBEYF3xLMi64BbjL3wZsym/tuEDdRtDgt7OMC4oCwdkJOC7oTDIuKEZoUhQTMinusCYFtkh3CJgUxQ03KXTcxclMiuJ8JkV5wXuHmBQlnFqWjFSTooTHpCjpg0lRAtjkJafKgA7NxKUImbiUEBPHWCbGFilGgImV4Uys41ZkTKwsE7uvECYu7dSyTKQycWkPE5fxgYlLA5u8DJCJWd1dYA7E1hjLMi4oa8cFqiwBoMqZPi7QeqOcwLjgMMm4IBa4y5cHNuVhOy5Q5QkavALLuKAiEJxdgeOCbiTjgkqEJkUlIZOisjUpsEWqLGBS3Gm4SaHjvpPMpLiTz6SoIHjvEJOiilPLqpFqUlTxmBRVfTApqgCbvOpUGdChmbgaIRNXE2LiuywTg4skwMTVDWdiHXd1MiaubpnYfYUwcQ2nljUjlYlreJi4pg9MXAPY5DWBTMzq7gJzILbGWizjgrvtuEDdTQCoe0wfF2i9cY/AuOB7knFBLeAufy+wKb+34wJ1L0GD12YZF9QBgrMHcFzQk2RcUJfQpKgrZFLUsyYFtkj1BEyK+oabFDru+mQmRX0+k6Ki4L1DTIoGTi0bRqpJ0cBjUjT0waRoAGzyhlNlQIdm4jhCJo4TYuJGlomxRWokwMSNDWdiHXdjMiZubJnYfYUwcROnlvdFKhM38TDxfT4wcRNgk98HZGJWdxeYA7E13s8yLmhqxwWqKQGgmpk+LtB6o5nAuOAoybjgfuAu/wCwKY/acYF6gKDBH2QZFzQHgrMXcFzQm2Rc0ILQpGghZFI8ZE0KbJEeEjApHjbcpNBxP0xmUjzMZ1K0Frx3iEnR0qllq0g1KVp6TIpWPpgULYFN3mqqDOjQTPwIIRM/IsTEj1omxhbpUQEmbm04E+u4W5MxcWvLxO4rhInjnVq2iVQmjvcwcRsfmDge2ORtgEzM6u4CcyC2xrYs44IEOy5QCQSASjR9XKD1RqLAuOA4ybigLXCXbwdsyuN2XKDaETR4e5ZxQQcgOPsCxwX9SMYFjxGaFI8JmRSPW5MCW6THBUyKjoabFDrujmQmRUc+kyJe8N4hJkUnp5adI9Wk6OQxKTr7YFJ0AjZ556kyoEMzcRdCJu4ixMRPWCbGFukJASbuajgT67i7kjFxV8vE7iuEibs5tXwyUpm4m4eJn/SBibsBm/xJIBOzurvAHIitsTvLuKCHHReoHgSA6mn6uEDrjZ4C44ITJOOC7sBd/ilgU56w4wL1FEGDP80yLugFBOcA4LhgIMm4oDehSdFbyKR4xpoU2CI9I2BS9DHcpNBx9yEzKfrwmRRtBO8dYlL0dWrZL1JNir4ek6KfDyZFX2CT95sqAzo0Ez9LyMTPCjFxf8vE2CL1F2DiAYYzsY57ABkTD7BM7L5CmHigU8vnIpWJB3qY+DkfmHggsMmfAzIxq7sLzIHYGp9nGRe8YMcF6gUCQA0yfVyg9cYggXHBKZJxwfPAXf5FYFOesuMC9SJBgw9mGRe8BATnC8BxwSCSccEQQpNiiJBJMdSaFNgiDRUwKYYZblLouIeRmRTD+EyKtoL3DjEphju1HBGpJsVwj0kxwgeTYjiwyUdMlQEdmolHEjLxSCEmHmWZGFukUQJMPNpwJtZxjyZj4tGWid1XCBOPcWo5NlKZeIyHicf6wMRjgE0+FsjErO4uMAdiaxzHMi4Yb8cFajwBoCaYPi7QemOCwLjgNMm4YBxwl58IbMrTdlygJhI0+CSWccFkIDhfAo4LhpCMC6YQmhRThEyKqdakwBZpqoBJMc1wk0LHPY3MpJjGZ1IkCN47xKSY7tRyRqSaFNM9JsUMH0yK6cAmnzFVBnRoJp5JyMQzhZh4lmVibJFmCTDxbMOZWMc9m4yJZ1smdl8hTPyyU8tXIpWJX/Yw8Ss+MPHLwCZ/BcjErO4uMAdia3yVZVzwmh0XqNcIAPW66eMCrTdeFxgXnCEZF7wK3OXfADblGTsuUG8QNPibLOOCOUBwDgeOC0aQjAvmEpoUc4VMinnWpMAWaZ6ASTHfcJNCxz2fzKSYz2dSJAreO8SkWODUcmGkmhQLPCbFQh9MigXAJl84VQZ0aCZ+i5CJ3xJi4rctE2OL9LYAEy8ynIl13IvImHiRZWL3FcLEi51avhOpTLzYw8Tv+MDEi4FN/g6QiVndXWAOxNb4Lsu44D07LlDvEQBqienjAq03lgiMC34hGRe8C9zl3wc25S92XKDeJ2jwD1jGBUuB4BwNHBeM8WmjCDd/y4D5mwPM31xg/nRzpHLlbkjghyuBP4c6fw5z/tTXh4F8LHeIQ/83weP3SOcz+t8HP7si8PNK12f/zv1XBT7/0XXuv8p1/9WBn9ck8dnhzmdXO5/Ve+DHgZ8/+YdrWRv4/LrrrGWtay3rAz9/ep21rHetZUPg58+S+OwI57MbnM/qNW4M/Py5I3vQm9gdFa/lBX0IOAfubXTcZSpeyys67vMke9om4J4GrLU6bzhuRiW/tqehcXPR8LiLBvplk0Dcl0jEQrGvcPdy1zrc/F0myV9xYP4uAfN3hWS/3gzcr4GYUcj8+TXAA+YyZIC3xQ7wsEXaIjDA22r4AE/HvVV4gIfe3MsaSo7Jc3OQYzlDyTFFbg5y3AYkRyBmFDJ/fpHjNiFy3G7JEVuk7QLkuMNwctRx7xAiR/Ras8ddI3K0Yt45NTLjTp1b1iEJd30alzsF4k5DcojZASRhd63DzV9akkPMF8D8ATGj0pLgr6ahIiQDSf5qGSpCMpL07y5g/wIxozISipBdQiLkSytCsEX6UkCEfGW4CNFxf0UiQvIFDuNfCBxKswgfxmPCu1ThOJnDeFYSMtoNJCNgrVVWw0Wc7uvdArjJTnII/EoIN+HmLwdJ/oD4VtmB+ctJsm/tAeIPiBmVkwR/TQ0VwXlJ8tfMUBGcj6R/9wL7F4gZlY9QBO8VEsFfWxGMLdLXAiJ4n+EiWMe9j0QEFwmIwT0Ch/qbDBfBxeNkxExBEjLaDyQjYK1VQcNFsO7r/QK4uZnkELhPCDfh5u8WkvwB8a1uBubvVpJ96wAQf0DMqFtJ8NfOUBFclCR/7Q0VwcVI+vcbYP8CMaOKEYrgb4RE8EErgrFFOigggg8ZLoJ13IdIRHBMQAweEDjUlzBcBJeLkxEzJUnI6FsgGQFrrUoaLoJ1X38rgBtFcgg8JISbcPNXmiR/QHwrBcxfGZJ96zsg/oCYUWVI8NfLUBFcniR/vQ0VwRVI+vcwsH+BmFEVCEXwYSERfMSKYGyRjgiI4O8NF8E67u9JRHClgBj8TuBQX9lwEXxXnIyYuZOEjH4AkhGw1upOw0Ww7usfBHBTjeQQ+L0QbsLN310k+QPiW1UD5q86yb51FIg/IGZUdRL8DTVUBN9Nkr9hhorge0j69xiwf4GYUfcQiuBjQiL4uBXB2CIdFxDBPxougnXcP5KI4FoBMXhU4FBfx3ARXDdORszUJSGjE0AyAtZa1TVcBOu+PiGAmwYkh8AfhXATbv4akuQPiG/VAJi/OJJ96yQQf0DMqDgS/E03VATfR5K/GYaK4PtJ+vcUsH+BmFH3E4rgU0Ii+CcrgrFF+klABJ82XATruE+TiOCGATF4UuBQ/4DhIvj+OBkx8yAJGf0MJCNgrdWDhotg3dc/C+DmIZJD4Gkh3ISbv4dJ8gfEt3oImL+WJPvWGSD+gJhRLUnw95ahIrg1Sf7eNlQEx5P071lg/wIxo+IJRfBZIRH8ixXB2CL9IiCCfzVcBOu4fyURwQ8GxOAZgUN9guEiuFWcjJhJJCGjc0AyAtZaJRougnVfnxPATQeSQ+CvQrgJN3+PkeQPiG/VAZi/x0n2rfNA/AExox4nwd9qQ0VwF5L8rTFUBD9B0r8XgP0LxIx6glAEXxASwb9ZEYwt0m8CIvii4SJYx32RRATHB8TgeYFD/ZOGi+D2cTJipjsJGV0CkhGw1qq74SJY9/UlAdw8RXIIvCiEm3Dz9zRJ/oD4Vk8B89eLZN+6DMQfEDOqFwn+dhgqgvuS5G+noSK4H0n/XgH2LxAzqh+hCL4iJIKvWhGMLdJVAREcNc1sEazj1msE10hkrR0DYvCywKF+gOEiuFucjJgZSEJGyabhcgmstRpouAjWfa1zh77vCySHwCgh3ISbv0Ek+QPiW70AzN+LJPtWNBB/QMyoF0nwd9hQETyUJH9HDBXBw0j6Nzmwf4GYUcMIRTAwlyEiOIVLu1gRHOY9dZFSTMPfN6XhIljHnZJEBPcMiMFogUP9SMNFcJ84GTEzioSMUgHJCFhrNcpwEaz7OpUAbsaSHAJTCuEm3PyNI8kfEN9qLDB/40n2rdRA/AExo8aT4O+coSJ4Mkn+zhsqgqeQ9G8aYP8CMaOmEIrgNEIiOK0VwdgipRUQwekMF8E67nQkIrh/QAymFjjUTzdcBA+KkxEzM0jIKD2QjIC1VjMMF8G6r9ML4GY2ySEwnRBuws3fyyxvlwX2ymxg/l4h2bduAOIPiBn1Cgn+0u42UwS/wbL/7TZTBL9J0r8ZgP0LxIx6k1AEZxASwRmtCMYWKaOACM5kuAjWcWciEcFDAmLwBoFD/TzDRfCoOBkxM5+EjDIDyQhYazXfcBGs+zqzAG7eIjkEZhLCTbj5e5skf0B8q7eA+VtEsm9lAeIPiBm1iAR/eQ0Vwe+R5C+foSJ4CUn/ZgX2LxAzagmhCM4qJIKzWRGMLVI2ARF8o+EiWMd9I4kIHhcQg1kEDvVLDRfBU+JkxMwyEjLKDiQjYK3VMsNFsO7r7AK4WUFyCLxRCDfh5m8lSf6A+FYrgPlbRbJv5QDiD4gZtYoEfyUMFcEfk+SvpKEi+BOS/s0J7F8gZtQnhCI4p5AIzmVFMLZIuQREcG7DRbCOOzeJCJ4REIM5BA716w0Xwa/GyYiZT0nIKA+QjIC1Vp8aLoJ1X+cRwM1GkkNgbiHchJu/z0nyB8S32gjM3yaSfSsvEH9AzKhNJPirZqgI3kaSv7sMFcHbSfo3H7B/gZhR2wlFcD4hEZzfimBskfILiOAChotgHXcBEhH8ZkAM5hU41H9huAheGCcjZnaRkNFNQDIC1lrtMlwE676+SQA3u0kOgQWEcBNu/vaQ5A+Ib7UbmL+9JPtWQSD+gJhRe0nw19hQEXyAJH9NDBXB35D0byFg/wIxo74hFMGFhERwYSuCsUUqLCCCbzZcBOu4byYRwYsDYrCgwKH+W8NF8AdxMmLmOxIyugVIRsBaq+8MF8G6r28RwM33JIfAm4VwE27+fiDJHxDf6ntg/o6S7Fu3AvEHxIw6SoK/NoaK4BMk+WtrqAg+SdK/RYD9C8SMOkkogosIieDbrAjGFuk2ARF8u+EiWMd9O4kIXh4Qg7cKHOpPGy6C18TJiJmfScioKJCMgLVWPxsugnVfFxXAzS8kh8DbhXATbv5+JckfEN/qF2D+zpHsW8WA+ANiRp0jwV8PQ0XwRZL89TRUBF8i6d87gP0LxIy6RCiC7xASwcWtCMYWqbiACC5huAjWcZcgEcHrAmKwmMCh/qrhIvjzOBkxE5WHg4xKAskIWGuFzh+6vrqvSwrgJnkejkNgCSHchJu/FCT5A+JbuTET9u+/Jtm3SgHxB8SMSkmCvxcNFcFpSfI32FARnI6kf2OA/QvEjELmzy8RHCMkgpUVwdgiKQERXNpwEazjLk0igrcGxGApgUN9hjxmi+BdcTJiJiMJGZUBkhGw1iqj4SJY93UZAdxkITkElhbCTdi/eoMkf0B8qyzA/GUj2bdigfgDYkZlI8HfZENFcE6S/E0xVATnIunfssD+BWJG5SIUwWWFRHA5K4KxRSonIILLGy6CddzlSUTwnoAYjBU41Oc1XAR/EycjZvKRkFEFIBkBa63yGS6CdV9XEMDNTSSHwPJCuAn7hUkk+QPiW90EzF8hkn2rIhB/QMyoQiT4m2eoCL6VJH/zDRXBRUj6txKwf4GYUUUIRXAlIRFc2YpgbJEqC4jgOw0XwTruO0lE8HcBMVhR4FBf1HARfCxORswUIyGjKkAyAtZaFTNcBOu+riKAmxIkh8A7hXAT9uP9JPkD4luVAOavFMm+VRWIPyBmVCkS/K0wVASXIcnfSkNFcCxJ/1YD9i8QMyqWUARXExLBd1kRDC6SgAiubrgI1nFXJxHBJwNisKrAob684SL4bJyMmKlAQkY1gGQErLWqYLgI1n1dQwA3lUkOgdWFcBO2OUGSPyC+VWVg/qqQ7Fs1gfgDYkZVIcHfFkNFcHWS/G01VATXIOnfWsD+BWJG1SAUwbWERPDdVgRji3S3gAi+x3ARrOO+h0QEnw+IwZoCh/q7DRfBV+JkxMw9JGR0L5CMgLVW9xgugnVf3yuAmzokh8B7hHATbv7qsuQP2Ct1gPmrR7Jv1QbiD4gZVY8EfwcNFcFxJPk7ZKgIbkTSv3WA/QvEjGpEKILrCIngulYEY4tUV0AE1zNcBOu465GI4OhGUVG1BQ719xkugtM0khEz95OQUX0gGQFrre43XATrvq4vgJsHSA6B9YRwE27+HiTJHxDf6gFg/pqT7FsNgPgDYkY1J8HfGUNFcEuS/J01VAS3IunfhsD+BWJGtSIUwQ2FRHCcFcHYIsUJiOBGhotgHXcjEhF8Q0AMNhA41Lc2XARnbSQjZuJJyKgxkIyAtVbxhotg3deNBXCTQHIIbCSEm3Dzl0iSPyC+VQIwf+1I9q0mQPwBMaPakeAv5R4zRfDjJPlLtcdMEdyRpH/vA/YvEDOqI6EIvk9IBN9vRTC2SPcLiOCmhotgHXdTEhGcIyAGmwgc6rsYLoLzNZIRM0+QkFEzIBkBa62eMFwE675uJoCbJ0kOgU2FcBNu/rqT5A+Ib/UkMH89SPatB4D4A2JG9SDBX05DRXAvkvzlMlQE9ybp3weB/QvEjOpNKIIfFBLBza0IxhapuYAIbmG4CNZxtyARwQUDYvABgUN9X8NFcJFGMmKmHwkZPQQkI2CtVT/DRbDu64cEcDOA5BDYQgg34eZvIEn+gPhWA4D5e45k33oYiD8gZtRzJPgraqgIfpHl7e6GiuDBJP3bEti/QMyowYQiuKWQCG5lRTC2SK0ERPAjhotgHfcjJCK4WEAMPixwqB9quAiOaSQjZoaRkNGjQDIC1loNM1wE675+VAA3I0kOgY8I4Sbc/I0iyR8Q32okMH+jSfat1kD8ATGjRpPgr7KhIng8y6+IM1QETyDp33hg/wIxoyYQiuB4IRHcxopgbJHaCIjgtoaLYB13WxIRHBsQg60FDvWTDRfBlRrJiJkpJGSUACQjYK3VFMNFsO7rBAHcTCc5BLYVwk24+ZtBkj8gvtV0YP5mkuxbiUD8ATGjZpLgr4GhIvgVkvw1NFQEv0rSv+2A/QvEjHqVUAS3ExLB7a0IxhapvYAI7mC4CNZxdyARwVUDYjBR4FD/huEiuFYjGTHzJgkZPQYkI2Ct1ZuGi2Dd148J4GYeySGwgxBuws3ffJL8AfGt5gHzt4Bk33ociD8gZtQCw/mudoDvHhfYtxYZHnfDRjL79WKSfukI7BdgrdViw3HzUqAQHQVwo++LiluvLZULM0MCP1wJ/DnU+XOY86e+OgVi6ezEo/+boKgd6XxG//vgZ7sEfn7C9dm/c/+ugc93u879u7ru/2Tg5+5JfHa489knnc9qAd4j8HPPf7iWpwKff/o6a3nKtZZegZ97X2ctvVxreSbwc58kPjvC+ewzzmf1GvsGfu7naEA0Nu+oeC0vaGy+Z3hPlql4La/ouJeQ7OXPAvdyYK3VEkIDcSh4Hw6uMVjz/oFaDQj8b6DLB8rg/Jk2KtRU1Fcq1893gdYlYFLGpHStNa1rzcF4Mjr/PgX27y2T1pXbKFe+o5LIW5Tr708T+N8Nzs/tEro36hHfsUObegm9kqpZ8iTuG+2KNaXnc+46Bv9davd/L3EoAd3rD4eH/g55DXD+HOj8mSnwv+cCPz//J2SGOBDpZkTfdynBAfM5ATJbJkRm0eD4gfVRy8AE5N2cJerfHzjBklznAOA63Xl9wdlPBrkIMqfzp3uzT+b6Z8ykmcYVR/Byk0vw7wzGHSTSlNi1lNZ/V4qo0Ot6RBr8+z1Eel9Cm24J3T1E6p2YRicRqztGHV9qbHwxwbUGr+Cagn9PuqjfcZPGtY602HWo4N/lXUda1zrSuH4O/rt0rjUF/1l6z3rdveD+b4N5Te+KmeYwogN5wTl0DHL+fDHw5+BpcuvvL0DAKwyfYOm4XxSIeyXJwQNYH7WS4JA5QKDWqwkwPlgg7jUkGAfWR60xHOOjkl9zrNG1Xmt43EUDbuizAnGvI3FDXwK6ocBaK2T+vCbNS865yHtO0teQwM9D/+GkZFjg88OvMykZ5rr/iMDPI6ddu68fAnkIWCBL7DsjsE83JsaWjo3RfY2K2y3sRrmEdlAg/BeFdmpXHMHL7U5rEZXN+f+du3TvkNirYY+OHTskdkho27BL9wR3ypJ6AjgpHes2h1MkkUY6c1hqfaOEnor9s5yG/X6Mf/+kcYznXsqvydZooUfjx9hH47FFGjMNf9+xhj8ar+Me6/MmEBPeFZLTmDAv7+EJLfwGBP6CJVNw94spHxX1/hTZeoV5b+X9B+78jnOwNt6FuZQunAQ/qze0q1F/xFAy18/Rzmeir/OZZH9ynz87jIhtWsHgdAJWuoIdPy3U3ncvCPV3jwNuQhOuc68K5RPiE8vHlmkdE5sYH7hPucSEMq1LV1SJFcoEbl8mVsW3TohpGxtfvlxsuQqJ5X17tmSCEANPtAyMLdJEAQaeZDgD67gn+fTltLBfD+asFX3fDYZ+WcS7TiSWJgPtsg1gi0tvYnp91Z17wp9hcE5FaBxtNP11t87pDR3352ZaxH+Q3MiDyHjgvTaRfFkNiG8FxIySyh+6T6YQ2kdThA6vU+3hFVukqQKH12mGH1513NNI3qyg/W6Jtfo1fxsfxkaQGHr5ZvdMd/I942/YPTWSyJ3X7qkR9dd2T1L3+Uu7x/SH8aKdZCZzJW6G64QevNAnDmAcagZwM5uJa4bEYD5nCioencfxAsp5m1kPfv3hlKTjni4Q93aCB95mCMS9w1Cl4iUY5L6xDfhajZ0kSg+IbwXEjNrp0wOXYb/DFsg1s4BOnb6HBLfMMvzVCBJxaxfxk8n4uHcTuIhrBeLeQ/Kg6WxgPwJrrfYYjhvdLzsFcLOPoF++EIh7P0m/vAzsF2Ct1X6CfvlOADcHCfrlsEDch0j65RVgvwBrrQ4R9MtZAdwcJuiXXwTiPkLSL68C+wVYa3WEoF9SCDwNcJSgX1IKxH2MpF9eA/YLsNbqGEG/3CiAmxME/ZJdIO6TJP3yOrBfgLVWJwn65RYB3Jwm6JdbBeL+maRf3gD2C7DW6meCfokVwM0vBP1SViDuX0n65U1gvwBrrX4l6JdaAri5QNAvdwvE/RtJv8wB9guw1uo3gn65XwA3lwn6palA3FdI+mUusF+AtVZXCPqlrQBukuU1v18SBOKOzsvRL/OA/QKstYo2HDe6X7oL4CYlQb/0EIg7FUm/zAf2C7DWKhVBvzwvgJu0BP3ygkDc6Uj6ZQGwX4C1VukI+mWcAG4yEPTLeIG4M5L0y0JgvwBrrTIS9MurArjJQtAvrwnEnZWkX94C9guw1iorQb+8K4Cb7AT98p5A3DlI+uVtYL8Aa62Q+dNfem6WIioqs3M//R0G/Vy2ftZUPz+nnwnSzzno2a2eR2mPXfuG2gvR+k6fWTUP673l7WlRIRcaN4vAL3qWWudipO4N3OOBFL9/D03nYLFwnt8BfkfNr7eRvCP0NpJ37dtIsEV6V+BtJO8Z/jYSHfd7RG8jkVirfaHttSsqiQu1Znd+lzg1fP9vvOGkkOu/+7M3nBSK+us3nCR1n//EG050Mgu6Evf+tD/uvCa/4eR94Ab5wTR8fj/4G/kM+/e8Ak9lhr7vTuyNIUsEvsWfO6/5cb8vEHcew1W/jnupQNx5fVL9MeFdCohLBay1ksofus7LCNXjMiH1+KFVj9gifSigHpcbrh513MuJ1ONyqx7p1eMKp4YrrXr891cwUSs86nElmXpcCdwgVwmox1U+qMePrHr81ypqhYCauIlAPa4UiLsggXr8SCDuQiTqEYhLBay1QuZPk/4DKaL+cKHrg8bmymnmr3G10Iwb3pBrgITICqg1BID6GL1G9AK1t/yxAGPcSsIYq4Gn60+ATXkrwUnjEwHcrAU2jN7TmhFubGsJNrZ1UkwZDQaUW4qHe6/1BK/8lmjKT8HFloh7iEDctxm+CesmXC8Q9+0kjwhvAPYjsNbqdrDcEySx/xtUobH5KQGJbZA+nYcL8FGBjhkh0OB3GN7gCYmJMfFt26iiFXExfwbcLJD582vK/hnY+w9eG+2UHVukjQJT9s8Nn7LruD8XmrIHL7SyQOZ00zS5pgDlMzG2dGwMckPePM1cQpP4EuOnAl/mK0HwJcYNAnGXJFEoW4B9Day1KknQL18J4EYR9MtugbhLk/TLVmC/AGutShP0yw8CuClL0C9HBeIuR9Iv24D9Aqy1KkfQL+cFcFORoF8uCMRdiaRftgP7BVhrVYmgX9JMxeOmCkG/pBWIuypJv+wA9guw1qoqQb/kEsBNdYJ+yS0Qdw2SftkJ7BdgrVUNgn65XQA3dxP0S1GBuO8h6ZcvgP0CrLW6h6BfKgjgpg5Bv1QUiLsuSb/sAvYLsNaqLkG/1BbATQOCfqkjEHdDkn75EtgvwFqrhgT98qAAbhoT9EtzgbibkPTLV8B+AdZaNSHol/YCuGlK0C8dBOJuRtIvu4H9Aqy1akbQL08L4KY5Qb/0Eoi7BUm/7AH2C7DWqgVBvwwWwE1Lgn55SSDuViT9shfYL8Baq1YE/TJJADetCfplskDc8ST98jWwX4C1VvEE/fKmAG4SCPpljkDciST9sg/YL8Baq0SCfvlAADcdCPplqUDcj5H0y35gvwBrrZD502+afND1S4n0dxj0c9n6WVP9/Jx+Jkg/56Bnt3oepT127RtqL0TrO31m1Tys95b9wr8s54DQayjQ6/wG/EuJmrt+KZHOwTfCeT5I+Frpg0JfeD1kv/CKLdIhgS+8fmv4F1513N8SvVZaYq32tdLXrqgkLtSa3fn9zqnhYfta6X9/BRP1nee10ofJXit9GLhBHhF4rfQRH14r/b19rfS/fqfadwKvpelE8FrpwwJxdyZ42eP3AnF3IXlJKBCXClhrJZU/dJ1/IFSPPwipx6NWPWKLdFRAPR4zXD3quI8RqcdjVj3Sq8fjTg1/tOrx31/BRB33qMcfydTjj8AN8oSAejzhg3o8adXjv1ZRxwXUxJME6vFHgbi7E6jHkwJx9yBRj0BcKmCtFTJ/mvSbE/6qhR8J3lJ9SupXLaAb8ifwLyViBNRPBIA6bfovJdLe8mkBxuhFwhingKfrn4FN2YvgpPGzAG7OgH8p0YOEG9sZgo3trOkbm37N92YBgD5j/sb2v9eHI1+Z/gtwY5PKXzS4zshfZvUrwS+zktjMzxH8MqtfBOLuazh56837V4G4+5E8Wn4e2I/AWqt+YJvgQcJfZnWO4PBzXmCNSS40XKBf+CeHgPLXvZfy62mAC0JPA/xmnwbAFuk3gacBLhr+NICO+6LQ0wDBSzKnMWFefjwJMH8y9kmAZVPxOR2SXIgB/uk61fX/tbtWlxzcXv4bTxX0jvojHr1PFfSO+uunCpK6z18+VfCPk/AXKQoGd2na7wuMdhLxtGdxqL8zCGQ0ow8g+NbqMoFvrQ4k8ZOHJMeduC4ByfA5Eml2GSjN3L0S7rqeJ8EfsE8UEDPqeZLnp68QKqYrQorpqlVM2CJdFVBMUdPNVkw6br1GcI3E/GCJtf6Vagr7UOhRTeHeT0o1/SNy/wtlE5XEhbq3u1bJHDxEu3BhpGpieBZbJ9OtwHRSe0WFXiY/ix0N3GyTT/8n60q87hXMZ/K/kc9w150CmIOB/79O6H9jc/nHJ8u/OA1qHAbxj6zHSwTPYkcLxD2E4AmpFAJxDyVRokBcKmCt1VAC3IjsE0KWNXqdKadzrDMVbp3/e89YC9d7xnQOUk2PipJcf2rkWSbKH6cj9XTsmTR4pXHl2jodYd5TFynNdPx90xrudOi40wo5HcFLMqcxYV5el0MIs759CzudU8v0f0P5F4r6Y428yr9QlNC3sNFJCAanE1DQFWz66VF/uNBWVjpgk6cnOUncQMjENwgxcQbLxNgiZRBg4oyGM7GOOyMZE2e0TOy+Qpg4k1PLzJHKxJk8TJzZBybOBGzyzEBw6yK3IPxWX+bp5q8xi9CJCX5kygo0X1gBlZUAUNnQa0QvUOuNbAJu60gSlz4LcJe/EdiUI8FfhWpG2OA3EjR4dinGQI+tcwDBuRv4CrE9eTgejMxJaFLkFDIpclmTAlukXAImRW7DTQodd24ykyI3n0mhJO/tXn8ep5Z5I9WkyOMxKfL6YFLkATZ53ukyoEMzcT5CJs4nxMT5LRNji5RfgIkLGM7EOu4CZExcwDJxyL3d67/JqWXBSGXimzxMXNAHJr4J2OQFrburgDkQW2MhlnFBYQsoVZgAUDebPi7QeuNmgXHBaJJxQSHgLn8LsClH23GBuoWgwW9lGRcUAYJzH3BcsJ9kXHAboUlxm5BJcbs1KbBFul3ApChquEmh4y5KZlIU5TMpSgveO8SkKObU8o5INSmKeUyKO3wwKYoBm/yO6TKgQzNxcUImLi7ExCUsE2OLVEKAiUsazsQ67pJkTFzSMrH7CmHiUk4tYyKViUt5mDjGByYuBWzyGCATs7q7wByIrVGxjAtK23GBKk0AqDKmjwu03igjMC4YSzIuUMBdPhbYlGPtuEDFEjR4WZZxQTkgOA8CxwWHSMYF5QlNivJCJkUFa1Jgi1RBwKSoaLhJoeOuSGZSVOQzKcoI3jvEpKjk1LJypJoUlTwmRWUfTIpKwCavPF0GdGgmvpOQie8UYuIqlomxRaoiwMRVDWdiHXdVMiauapnYfYUwcTWnlndFKhNX8zDxXT4wcTVgk98FZGJWdxeYA7E1VmcZF9Sw4wJVgwBQNU0fF2i9UVNgXDCeZFxQHbjL1wI25Xg7LlC1CBr8bpZxwT1AcB4GjguOkIwL7iU0Ke4VMilqW5MCW6TaAiZFHcNNCh13HTKTog6fSREreO8Qk6KuU8t6kWpS1PWYFPV8MCnqApu83nQZ0KGZuD4hE9cXYuIGlomxRWogwMQNDWdiHXdDMiZuaJnYfYUwcZxTy0aRysRxHiZu5AMTxwGbvBGQiVndXWAOxNbYmGVc0MSOC1QTAkDdZ/q4QOuN+wTGBRNJxgWNgbv8/cCmnGjHBep+ggZvyjIuaAYE51HguOAYybjgAUKT4gEhk+JBa1Jgi/SggEnR3HCTQsfdnMykaM5nUpQVvHeISdHCqeVDkWpStPCYFA/5YFK0ADb5Q9NlQIdm4ocJmfhhISZuaZkYW6SWAkzcynAm1nG3ImPiVpaJ3VcIEz/i1PLRSGXiRzxM/KgPTPwIsMkfBTIxq7sLzIHYGluzjAvi7bhAxRMAqo3p4wKtN9oIjAsmk4wLWgN3+bbAppxsxwWqLUGDJ7CMCxKB4DwBHBecJBkXtCM0KdoJmRTtrUmBLVJ7AZOig+EmhY67A5lJ0YHPpCgneO8Qk+Ixp5aPR6pJ8ZjHpHjcB5PiMWCTPz5dBnRoJu5IyMQdhZi4k2VibJE6CTBxZ8OZWMfdmYyJO1smdl8hTNzFqeUTkcrEXTxM/IQPTNwF2ORPAJmY1d0F5kBsjV1ZxgXd7LhAdSMA1JOmjwu03nhSYFwwlWRc0BW4y3cHNuVUOy5Q3QkavAfLuKAnEJyngeOCn0nGBU8RmhRPCZkUT1uTAlukpwVMil6GmxQ67l5kJkUvPpOivOC9Q0yK3k4tn4lUk6K3x6R4xgeTojewyZ+ZLgM6NBP3IWTiPkJM3NcyMbZIfQWYuJ/hTKzj7kfGxP0sE7uvECZ+1qll/0hl4mc9TNzfByZ+Ftjk/YFMzOruAnMgtsYBLOOCgXZcoAYSAOo508cFWm88JzAumE4yLhgA3OWfBzbldDsuUM8TNPgLLOOCQUBw/gIcF/xKMi54kdCkeFHIpBhsTQpskQYLmBQvGW5S6LhfIjMpXuIzKSoI3jvEpBji1HJopJoUQzwmxVAfTIohwCYfOl0GdGgmHkbIxMOEmHi4ZWJskYYLMPEIw5lYxz2CjIlHWCZ2XyFMPNKp5ahIZeKRHiYe5QMTjwQ2+SggE7O6u8AciK1xNMu4YIwdF6gxBIAaa/q4QOuNsQLjgpkk44LRwF1+HLApZ9pxgRpH0ODjWcYFE4DgvAAcF/xGMi6YSGhSTBQyKSZZkwJbpEkCJsVkw00KHfdkMpNiMp9JUVHw3iEmxRSnllMj1aSY4jEppvpgUkwBNvnU6TKgQzPxNEImnibExNMtE2OLNF2AiWcYzsQ67hlkTDzDMrH7CmHimU4tZ0UqE8/0MPEsH5h4JrDJZwGZmNXdBeZAbI2zWcYFL9txgXqZAFCvmD4u0HrjFYFxwWySccFs4C7/KrApZ9txgXqVoMFfYxkXvA4E52XguOAKybjgDUKT4g0hk+JNa1Jgi/SmgEkxx3CTQsc9h8ykmMNnUrQWvHeISTHXqeW8SDUp5npMink+mBRzgU0+b7oM6NBMPJ+QiecLMfECy8TYIi0QYOKFhjOxjnshGRMvtEzsvkKY+C2nlm9HKhO/5WHit31g4reATf42kIlZ3V1gDsTWuIhlXLDYjgvUYgJAvWP6uEDrjXcExgWvkIwLFgF3+XeBTfmKHReodwka/D2WccESIDiT4cCpovNyjAveJzQp3hcyKT6wJgW2SB8ImBRLDTcpdNxLyUyKpXwmRbzgvUNMimVOLT+MVJNimcek+NAHk2IZsMk/nC4DOjQTLydk4uVCTLzCMjG2SCsEmHil4Uys415JxsQrLRO7rxAmXuXU8qNIZeJVHib+yAcmXgVs8o+ATMzq7gJzILbG1SzjgjV2XKDWEADqY9PHBVpvfCwwLniNZFywGrjLfwJsytfsuEB9QtDga1nGBeuA4EwJHBekIhkXrCc0KdYLmRSfWpMCW6RPBUyKDYabFDruDWQmxQY+k6KN4L1DTIrPnFpujFST4jOPSbHRB5PiM2CTb5wuAzo0E39OyMSfCzHxJsvE2CJtEmDizYYzsY57MxkTb7ZM7L5CmHiLU8utkcrEWzxMvNUHJt4CbPKtQCZmdXeBORBb4zaWccF2Oy5Q2wkAtcP0cYHWGzsExgVvkIwLtgF3+Z3ApnzDjgvUToIG/4JlXLALCM60wHFBOpJxwZeEJsWXQibFV9akwBbpKwGTYrfhJoWOezeZSbGbz6RoK3jvEJNij1PLvZFqUuzxmBR7fTAp9gCbfO90GdChmfhrQib+WoiJ91kmxhZpnwAT7zeciXXc+8mYeL9lYvcVwsQHnFp+E6lMfMDDxN/4wMQHgE3+DZCJWd1dYA7E1niQZVxwyI4L1CECQH1r+rhA641vBcYFc0jGBQeBu/x3wKacY8cF6juCBj/MMi44AgRnBuC4ICPJuOB7QpPieyGT4gdrUmCL9IOASXHUcJNCx32UzKQ4ymdSJAjeO8SkOObU8nikmhTHPCbFcR9MimPAJj8+XQZ0aCb+kZCJfxRi4hOWibFFOiHAxCcNZ2Id90kyJj5pmdh9hTDxKaeWP0UqE5/yMPFPPjDxKWCT/wRkYlZ3F5gDsTWeZhkX/GzHBepnAkCdMX1coPXGGYFxwTySccFp4C5/FtiU8+y4QJ0laPBfWMYFvwLBmQU4LshKMi44R2hSnBMyKc5bkwJbpPMCJsUFw00KHfcFMpPiAp9JkSh47xCT4jenlhcj1aT4zWNSXPTBpPgN2OQXp8uADs3ElwiZ+JIQE1+2TIwt0mUBJr5iOBPruK+QMfEVy8TuK4SJrwZrOeP3fxZRTHzVw8TuRHgXFPy7w23Mq8gmn4EDHau7C8yB2BqTCawxyYWGC6ho3EJpxwXRBIBKjl4jeoFab+hFogG6gGRc4O74cGNOAWzKBXZcoFIQNHhKKcZAjwtSAcGZHTguyOHTRhFu/lID87cxDy5/nwPvJZm/NP/9/ImOq9IKbTTodaYD1llr3IdS/C7tdA7SeaQfev3pgQcCv8zI9EBsuNd7gyvX1owM8566SDfMwN83AxCwUnFnmAGvkagZmQHYUD6ZkTGC9w4xIzM6tcwUqWakTkBBV7CZfDAjMwKbPBPJSSIzIRNnFmLiLJaJsUXKIsDEWQ1nYh13VjImzmqZ2H2FMHE2p5Y3RioTZ/Mw8Y0+MHE2YJPfCAS3LvJDhCbvjTPMX2N2lrFgDvBYkBFQOQgAldP0saDWGzkFxoJvkYwFswN3+VzApnwLPBZ8kLDBcxE0eG6WsWAeIDhLAMeCJUm+RZSX0KTIK2RS5LMmBbZI+QRMivyGmxQ67vxkJkV+PpNCSd7bvf4CTi1vilSTooDHpLjJB5OiALDJb5ohAzo0ExckZOKCQkxcyDIxtkiFBJi4sOFMrOMuTMbEhS0Th9zbvf6bnVreEqlMfLOHiW/xgYlvBjb5LdbdVcAciK3xVpZxQRELKFWEAFC3mT4u0HrjNoFxwSKSccGtwF3+dmBTLrLjAnU7QYMXZRkXFAOCUwHHBaVJxgV3EJoUdwiZFMWtSYEtUnEBk6KE4SaFjrsEmUlRgs+kKC147xCToqRTy1KRalKU9JgUpXwwKUoCm7zUDBnQoZk4hpCJY4SYWFkmxhZJCTBxacOZWMddmoyJS1smdl8hTFzGqWVspDJxGQ8Tx/rAxGWATR4LZGJWdxeYA7E1lmUZF5Sz4wJVjgBQ5U0fF2i9UV5gXPAOybigLHCXrwBsynfsuEBVIGjwiizjgkpAcJYFjgvKkYwLKhOaFJWFTIo7rUmBLdKdAiZFFcNNCh13FTKTogqfSVFG8N4hJkVVp5bVItWkqOoxKar5YFJUBTZ5tRkyoEMz8V2ETHyXEBNXt0yMLVJ1ASauYTgT67hrkDFxDcvE7iuEiWs6tawVqUxc08PEtXxg4prAJq8FZGJWdxeYA7E13s0yLrjHjgvUPQSAutf0cYHWG/cKjAveIxkX3A3c5WsDm/I9Oy5QtQkavA7LuKAuEJwVgeOCSiTjgnqEJkU9IZOivjUpsEWqL2BSNDDcpNBxNyAzKRrwmRSxgvcOMSkaOrWMi1SToqHHpIjzwaRoCGzyuBkyoEMzcSNCJm4kxMSNLRNji9RYgImbGM7EOu4mZEzcxDKx+wph4vucWt4fqUx8n4eJ7/eBie8DNvn9QCZmdXeBORBbY1OWcUEzOy5QzQgA9YDp4wKtNx4QGBe8TzIuaArc5R8ENuX7dlygHiRo8OYs44IWQHBWAY4LqpKMCx4iNCkeEjIpHrYmBbZIDwuYFC0NNyl03C3JTIqWfCZFWcF7h5gUrZxaPhKpJkUrj0nxiA8mRStgkz8yQwZ0aCZ+lJCJHxVi4taWibFFai3AxPGGM7GOO56MieMtE7uvECZu49SybaQycRsPE7f1gYnbAJu8LZCJWd1dYA7E1pjAMi5ItOMClUgAqHamjwu03mgnMC5YSjIuSADu8u2BTbnUjgtUe4IG78AyLngMCM7qwHFBDZJxweOEJsXjQiZFR2tSYIvUUcCk6GS4SaHj7kRmUnTiMynKCd47xKTo7NSyS6SaFJ09JkUXH0yKzsAm7zJDBnRoJn6CkImfEGLirpaJsUXqKsDE3QxnYh13NzIm7maZ2H2FMPGTTi27RyoTP+lh4u4+MPGTwCbvDmRiVncXmAOxNfZgGRf0tOMC1ZMAUE+ZPi7QeuMpgXHBhyTjgh7AXf5pYFN+aMcF6mmCBu/FMi7oDQTn3cBxwT0k44JnCE2KZ4RMij7WpMAWqY+ASdHXcJNCx92XzKToy2dSlBe8d4hJ0c+p5bORalL085gUz/pgUvQDNvmzM2RAh2bi/oRM3F+IiQdYJsYWaYAAEw80nIl13APJmHigZWL3FcLEzzm1fD5Smfg5DxM/7wMTPwds8ueBTMzq7gJzILbGF1jGBYPsuEANIgDUi6aPC7TeeFFgXLCCZFzwAnCXHwxsyhV2XKAGEzT4SyzjgiFAcNYBjgvqkowLhhKaFEOFTIph1qTAFmmYgEkx3HCTQsc9nMykGM5nUlQQvHeISTHCqeXISDUpRnhMipE+mBQjgE0+coYM6NBMPIqQiUcJMfFoy8TYIo0WYOIxhjOxjnsMGROPsUzsvkKYeKxTy3GRysRjPUw8zgcmHgts8nFAJmZ1d4E5EFvjeJZxwQQ7LlATCAA10fRxgdYbEwXGBatIxgXjgbv8JGBTrrLjAjWJoMEns4wLpgDB2QA4LmhIMi6YSmhSTBUyKaZZkwJbpGkCJsV0w00KHfd0MpNiOp9JUVHw3iEmxQynljMj1aSY4TEpZvpgUswANvnMGTKgQzPxLEImniXExLMtE2OLNFuAiV82nIl13C+TMfHLlondVwgTv+LU8tVIZeJXPEz8qg9M/AqwyV8FMjGruwvMgdgaX2MZF7xuxwXqdQJAvWH6uEDrjTcExgWrScYFrwF3+TeBTbnajgvUmwQNPodlXDAXCM7GwHFBE5JxwTxCk2KekEkx35oU2CLNFzApFhhuUui4F5CZFAv4TIrWgvcOMSkWOrV8K1JNioUek+ItH0yKhcAmf2uGDOjQTPw2IRO/LcTEiywTY4u0SICJFxvOxDruxWRMvNgysfsKYeJ3nFq+G6lM/I6Hid/1gYnfATb5u0AmZnV3gTkQW+N7LOOCJXZcoJYQAOp908cFWm+8LzAu+JhkXPAecJf/ANiUH9txgfqAoMGXsowLlgHB2RQ4LmhGMi74kNCk+FDIpFhuTQpskZYLmBQrDDcpdNwryEyKFXwmRbzgvUNMipVOLVdFqkmx0mNSrPLBpFgJbPJVM2RAh2bijwiZ+CMhJl5tmRhbpNUCTLzGcCbWca8hY+I1londVwgTf+zU8pNIZeKPPUz8iQ9M/DGwyT8BMjGruwvMgdga17KMC9bZcYFaRwCo9aaPC7TeWC8wLlhLMi5YC9zlPwU25Vo7LlCfEjT4BpZxwWdAcDYHjgtakIwLNhKaFBuFTIrPrUmBLdLnAibFJsNNCh33JjKTYhOfSdFG8N4hJsVmp5ZbItWk2OwxKbb4YFJsBjb5lhkyoEMz8VZCJt4qxMTbLBNji7RNgIm3G87EOu7tZEy83TKx+wph4h1OLXdGKhPv8DDxTh+YeAewyXcCmZjV3QXmQGyNX7CMC3bZcYHaRQCoL00fF2i98aXAuGA9ybjgC+Au/xWwKdfbcYH6iqDBd7OMC/YAwdkSOC5oRTIu2EtoUuwVMim+tiYFtkhfC5gU+ww3KXTc+8hMin18JkVbwXuHmBT7nVoeiFSTYr/HpDjgg0mxH9jkB2bIgA7NxN8QMvE3Qkx80DIxtkgHBZj4kOFMrOM+RMbEhywTu68QJv7WqeV3kcrE33qY+DsfmPhbYJN/B2RiVncXmAOxNR5mGRccseMCdYQAUN+bPi7QeuN7gXHBBpJxwWHgLv8DsCk32HGB+oGgwY+yjAuOAcHZGjguiCcZFxwnNCmOC5kUP1qTAlukHwVMihOGmxQ67hNkJsUJPpMiQfDeISbFSaeWpyLVpDjpMSlO+WBSnAQ2+akZMqBDM/FPhEz8kxATn7ZMjC3SaQEm/tlwJtZx/0zGxD9bJnZfIUx8xqnl2Uhl4jMeJj7rAxOfATb5WSATs7q7wByIrfEXlnHBr3ZcoH4lANQ508cFWm+cExgXbCQZF/wC3OXPA5tyox0XqPMEDX6BZVzwGxCcCcBxQSLJuOAioUlxUcikuGRNCmyRLgmYFJcNNyl03JfJTIrLfCZFouC9Q0yKK04tr0aqSXHFY1Jc9cGkuAJs8qszZECHZuKomXxM7F5zTJiXe73JZv7+s2XicO8581pC0feNBgJWKu7omfAaiTJx9EzLxK4rhImTO7VM4appRDGxTkBBV7DuRHgXFPy7w2YSYJOnwIE7kdXdBeZAbI0pBdaY5ELDBVSqmcDCkAIqFQGgUqPXiF6g1hupZ+IBuolkXJASuMunATblJjsuUGkIGjytFGOgxwXpgODsABwXPObTRhFu/tID8zcAmL+BwPzp5kjlyt2YwA9XAn+Odf4c5/yprxsC+cjgEIf+b4LH74nOZ/S/D342Y+DnTK7P/p37Zw58Pst17p/Zdf+sgZ+zJfHZ8c5nszqf1XvgjYGfs//DteQIfD7nddaSw7WWXIGfc19nLblca8kT+DlvEp+d4Hw2j/NZvcZ8gZ/zO7IHvYlNqnwtL+hDwBZwb6PjnlX5Wl7RcW8l2dMKAPc0YK3VVsNxMyn5tT0NjZsdhsc9IdAvBQTi3kkiFop9hbuXu9bh5u8LkvwVB+ZvJzB/u0j265uA+zUQMwqZP78GeMBchgzwCtoBHrZIBQUGeIUMH+DpuAsJD/DQm3tZQ8lxLwk5ljOUHL8mIcfCQHIEYkZ9TUiOhYXI8WZLjtgi3SxAjrcYTo467luEyBG91uxx14gcrZhvnRmZcR8QdkjCXZ/G5a0CcX9Dcoi5BUjCB4CHmIMkh5giwPwBMaMOkuCvpqEi5DBJ/moZKkKOkPTvbcD+BWJGHSEUIbcJiZDbrQjBFul2ARFS1HARouMuSiJC8gUO40UEDqVHDR9XFo6TOYwfIyGjYkAyAtZaHTNcxOm+LiaAmxMkh8CiQrgJ+1WKJPkD4ludAObvFMm+dQcQf0DMqFMk+GtqqAg+Q5K/ZoaK4LMk/Vsc2L9AzKizhCK4uJAILmFFMLZIJQREcEnDRbCOuySJCC4SEIN3CBzqzxkugovHyYiZ8yRkVApIRsBaq/OGi2Dd16UEcHOR5BBYUgg34ebvEkn+gPhWF4H5u0yyb8UA8QfEjLpMgr92horgZPk48tfeUBEcnY+jfxWwf4GYUcj8+SWClZAILm1FMLZIpQVEcBnDRbCOuwyJCI4JiMEYgUN9ynxmi+BycTJiJhUJGcUCyQhYa5Uqn9kiWPd1rABu0pIcAssI4Sbsl9mQ5A+Ib5UWmL/0JPtWWSD+gJhR6Unw18tQEZyJJH+9DRXBmUn6txywf4GYUZkJRXA5IRFc3opgbJHKC4jgCoaLYB13BRIRXCkgBssKHOqzGS6C74qTETM3kpBRRSAZAWutbjRcBOu+riiAm5wkh8AKQrgJN3+5SPIHxLfKCcxfbpJ9qxIQf0DMqNwk+BtqqAjOT5K/YYaK4AIk/VsZ2L9AzKgChCK4spAIvtOKYGyR7hQQwVUMF8E67iokIrhWQAxWEjjUFzJcBNeNkxEzhUnIqCqQjIC1VoUNF8G6r6tKvMiL5BBYRQg3Yb8wiSR/QHyrW4H5u41k36oGxB8QM+o2EvxNN1QE30GSvxmGiuDiJP17F7B/gZhRxQlF8F1CIri6FcHYIlUXEME1DBfBOu4aJCK4YUAMVhM41JcyXATfHycjZmJIyKgmkIyAtVYxhotg3dc1BXBThuQQWEMIN2E/3k+SPyC+VRlg/sqS7Fu1gPgDYkaVJcHfW4aK4Iok+XvbUBFciaR/7wb2LxAzqhKhCL5bSATfY0Uwtkj3CIjgew0XwTrue0lE8IMBMVhL4FBfxXAR3CpORsxUJSGj2kAyAtZaVTVcBOu+ri2Am+okh8B7hXATtjlBkj8gvlV1YP5qkuxbdYD4A2JG1STB32pDRfC9JPlbY6gIrk3Sv3WB/QvEjKpNKILrCongelYEY4tUT0AE1zdcBOu465OI4PiAGKwjcKivZ7gIbh8nI2bqk5BRAyAZAWut6hsugnVfNxDATRzJIbC+EG7CzV8jlvwBeyUOmL/GJPtWQyD+gJhRjUnwt8NQEdyUJH87DRXBzUj6Nw7Yv0DMqGaEIjhOSAQ3siIYW6RGAiK4seEiWMfdmEQEdwyIwYYCh/rmhovgbnEyYqYFCRk1AZIRsNaqheEiWPd1EwHctCQ5BDYWwk24+WtFkj8gvlVLYP4eIdm37gPiD4gZ9QgJ/g4bKoLbkOTviKEiuC1J/94P7F8gZlRbQhF8v5AIbmpFMLZITQVEcDPDRbCOuxmJCO4ZEIP3CRzq2xkugvvEyYiZ9iRk9ACQjIC1Vu0NF8G6rx8QwM3jJIfAZkK4CTd/HVl+zyiwVx4H5q8Tyb71IBB/QMyoTiT4O2eoCO5Kkr/zhorgbiT92xzYv0DMqG6EIri5kAhuYUUwtkgtBETwQ4aLYB33QyQiuH9ADD4ocKjvYbgIHhQnI2Z6kpDRw0AyAtZa9TRcBOu+flgAN71IDoEPCeEm3Pz1JskfEN+qFzB/z5DsWy2B+ANiRj1Dgr+0u80Uwc+S5C/dbjNFcH+S/m0F7F8gZlR/QhHcSkgEP2JFMLZIjwiI4EcNF8E67kdJRPCQgBhsKXCof85wETwqTkbMPE9CRq2BZASstXrecBGs+7q1AG5eJDkEPiqEm3DzN5gkf0B8qxeB+XuJZN+KB+IPiBn1Egn+8hoqgoeT5C+foSJ4BEn/tgH2LxAzagShCG4jJILbWhGMLVJbARGcYLgI1nEnkIjgcQExGC9wqB9tuAieEicjZsaQkFEikIyAtVZjDBfBuq8TBXAznuQQmCCEm3DzN4Ekf0B8q/HA/E0k2bfaAfEHxIyaSIK/EoaK4Kkk+StpqAieRtK/7YH9C8SMmkYogtsLieAOVgRji9RBQAQ/ZrgI1nE/RiKCZwTEYDuBQ/1Mw0Xwq3EyYmYWCRk9DiQjYK3VLMNFsO7rxwVw8wrJIfAxIdyEm79XSfIHxLd6BZi/10j2rY5A/AExo14jwV81Q0XwHJL83WWoCJ5L0r+dgP0LxIyaSyiCOwmJ4M5WBGOL1FlABHcxXATruLuQiOA3A2Kwo8ChfoHhInhhnIyYWUhCRk8AyQhYa7XQcBGs+/oJAdwsIjkEdhHCTbj5W0ySPyC+1SJg/t4h2be6AvEHxIx6hwR/jQ0Vwe+T5K+JoSL4A5L+7QbsXyBm1AeEIribkAh+0opgbJGeFBDB3Q0XwTru7iQieHFADHYVONR/aLgI/iBORswsJyGjHkAyAtZaLTdcBOu+7iGAm1Ukh8DuQrgJN38fkeQPiG+1Cpi/1ST7Vk8g/oCYUatJ8NfGUBG8liR/bQ0VwetI+vcpYP8CMaPWEYrgp4RE8NNWBGOL9LSACO5luAjWcfciEcHLA2Kwp8ChfoPhInhNnIyY+YyEjHoDyQhYa/WZ4SJY93VvAdxsIjkE9hLCTbj520ySPyC+1SZg/raQ7FvPAPEHxIzaQoK/HoaK4B0sb3c3VATvJOnfPsD+BWJG7SQUwX2ERHBfK4KxReorIIL7GS6Cddz9SETwuoAYfEbgUP+l4SL48zgZMfMVCRk9CyQjYK3VV4aLYN3XzwrgZi/JIbCfEG7Czd/XJPkD4lvtBeZvH8m+1R+IPyBm1D4S/L1oqAg+SJK/wYaK4EMk/TsA2L9AzKhDhCJ4gJAIHmhFMLZIAwVE8HOGi2Ad93MkInhrQAz2FzjUHzZcBO+KkxEzR0jI6HkgGQFrrY4YLoJ1Xz8vgJujJIfA54RwE27+jpHkD4hvdRSYv+Mk+9YLQPwBMaOOk+BvsqEi+BRJ/qYYKoJ/IunfQcD+BWJG/UQoggcJieAXrQjGFulFARE82HARrOMeTCKC9wTE4AsCh/ozhovgb+JkxMxZEjJ6CUhGwFqrs4aLYN3XLwng5hzLJEQIN+Hm7zxJ/oD4VueA+btAsm8NAeIPiBl1gQR/8wwVwZdJ8jffUBF8haR/hwL7F4gZdYVQBA8VEsHDrAjGFmmYgAgebrgI1nEPJxHB3wXE4BCBQ32y/GaL4GNxMmImOj8HGY0AkhGw1io6v9kiWPf1CAHcpMzPcQgcLoSbcPOXiiR/QHyrlMD8pSbZt0YC8QfEjEpNgr8Vhorg9CT5W2moCL6BpH9HAfsXiBmFzJ9fIniUkAgebUUwtkijBUTwGMNFsI57DIkIPhkQgyMFDvWZDBfBZ+NkxExmEjIaCyQjYK1VZsNFsO7rsQK4yUZyCBwjhJtw83cjSf6A+FbZgPnLTrJvjQPiD4gZlZ0Ef1sMFcG5SfK31VARnIekf8cD+xeIGZWHUASPFxLBE6wIxhZpgoAInmi4CNZxTyQRwecDYnCcwKE+v+Ei+EqcjJgpQEJGk4BkBKy1KmC4CNZ9PUkAN4VIDoEThXATbv4Kk+QPiG9VCJi/m0n2rclA/AExo24mwd9BQ0XwbST5O2SoCL6dpH+nAPsXiBl1O6EIniIkgqdaEYwt0lQBETzNcBGs455GIoKjG0VFTRY41N9huAhO00hGzBQnIaPpQDIC1loVN1wE676eLoCbUiSHwGlCuAk3fzEk+QPiW5UC5k+R7FszgPgDYkYpEvydMVQElyXJ31lDRXA5kv6dCexfIGZUOUIRPFNIBM+yIhhbpFkCIni24SJYxz2bRATfEBCDMwQO9RUNF8FZG8mImUokZPQykIyAtVaVDBfBuq9fFsBNFZJD4Gwh3ISbv6ok+QPiW1UB5q8ayb71ChB/QMyoaiT4S7nHTBFckyR/qfaYKYJrkfTvq8D+BWJG1SIUwa8KieDXrAjGFuk1ARH8uuEiWMf9OokIzhEQg68IHOrvNVwE52skI2Zqk5DRG0AyAtZa1TZcBOu+fkMAN/VIDoGvC+Em3PzVJ8kfEN+qHjB/DUj2rTeB+ANiRjUgwV9OQ0VwY5L85TJUBDch6d85wP4FYkY1IRTBc4RE8FwrgrFFmisggucZLoJ13PNIRHDBgBh8U+BQ39RwEVykkYyYaUZCRvOBZASstWpmuAjWfT1fADfNSQ6B84RwE27+WpDkD4hv1RyYv4dI9q0FQPwBMaMeIsFfUUNF8CMk+StmqAh+lKR/FwL7F4gZ9SihCF4oJILfsiIYW6S3BETw24aLYB332yQiuFhADC4QONS3MVwExzSSETNtSchoEZCMgLVWbQ0XwbqvFwngph3JIfBtIdyEm7/2JPkD4lu1A+avA8m+tRiIPyBmVAcS/FU2VAR3IsnfnYaK4M4k/fsOsH+BmFGdCUXwO0Ii+F0rgrFFeldABL9nuAjWcb9HIoJjA2JwscChvqvhIrhSIxkx042EjJYAyQhYa9XNcBGs+3qJAG56kBwC3xPCTbj560mSPyC+VQ9g/p4i2bfeB+IPiBn1FAn+Ghgqgp8hyV9DQ0VwH5L+/QDYv0DMqD6EIvgDIRG81IpgbJGWCojgZYaLYB33MhIRXDUgBt8XONQ/a7gIrtVIRsz0JyGjD4FkBKy16m+4CNZ9/aEAbp4jOQQuE8JNuPl7niR/QHyr54D5e4Fk31oOxB8QM+oFw/mudoDvlgvsWy8ZHnfDRjL79RCSflkB7BdgrdUQw3EzOlCIFQK40fdFxa3XlsqFmTGBH64E/hzr/DnO+VNfKwOxrHLi0f9NUNROdD6j/33wsx8Ffl7t+uzfuf+awOc/vs7917ju/0ng57VJfHa889lPnM9qAb4u8PP6f7iWTwOf33CdtXzqWstngZ83Xmctn7nW8nng501JfHaC89nPnc/qNW4O/LzF0YBobE6qfC0vaGwON7wnZ1W+lld03CNI9vKtwL0cWGs1gtBAHAveh4NrDNZ8W6BW2wP/2+HygTI4f6aNCjUV9ZXK9fNdoHUJmJQxKV1rTetaczCejM6/T4H9e8ukdeU2ypXvqCTyFuX6+9ME/neD83O7hO6NesR37NCmXkKvpGqWPIn7RrtiTen5nLuOwX+X2v3fSxxKQPf6w+Fhm0Ne250/dzh/Zgr8b2fg5y/+hMwQByLdjPD7EhwwdwqQ2RghMotGxw8koDFgAvJuzhL13wacYEmucztwne687nL2ky9dBJnT+dO92Sdz/TNm0kzjiiN4uckl+HcG4w4SaUrsWkrrvytFVOh1PSIN/v0eIr0voU23hO4eIvVOTKOTiNUdo44vNTa+mOBag1dwTcG/J13U77hJ41pHWuw6VPDv8q4jrWsdaVw/B/9dOteagv8svWe97l5w/7fBvKZ3xUxzGNGB7HIOHV86f34V+HP3TLn1bxMg4PGGT7B03F8JxD2B5OABrI+aQHDI3C5Q68kEGN8tEPcUEowD66OmGI7xScmvOdboWk83PO4JATd0q0DcM0jc0D1ANxRYa4XMn9ek2eOci7znJH3tDfz89T+clOwLfH7/dSYl+1z3PxD4+ZuZ1+7rh0DeCxbIEvvOAezTjYmxpWNjdF+j4nYLu4MuoR0UCP9FoZ3aFUfwcrvTWkRlc/5/5y7dOyT2atijY8cOiR0S2jbs0j3BnbKkngBOSse6zeEUSaSRzhyWWt9Boadi/yyn4XLMoX//pHGM517Kr8nWIaFH47+1j8Zji/TtTPx9vzP80Xgd93c+bwIx4V0hOY0J8/IentDC76XAX5B6BvBgXDFAmDNk6xXmvZX3H7jze9jB2hEX5lK6cBL8rN7Qrkb9EUPJXD9HO5+Jvs5nkv3Jff7sMCK2aQWD0wlY6Qr2yMxQe9+9INTffRi4CX1/nXtVKJ8Qn1g+tkzrmNjE+MB9yiUmlGlduqJKrFAmcPsysSq+dUJM29j48uViy1VILO/bsyXfCzHwD5aBsUX6QYCBjxrOwDruoz59OS3c+I84a0Xfd7ahXxbxrhOJpWNAu2w22OLSm5heX3XnnmjMB09FaBy9YrhFHDy9oeN+1UyL+A+SG3kQOQK812skX1YD4lsBMaOk8ofuk+OE9tFxocPrj/bwii3SjwKH1xOGH1513CdI3qyg/W6Jtfo1fzsSxkaQGHr5ZvecdPJ96m/YPTWSyJ3X7qkR9dd2T1L3+Uu7x/SH8aKdZCZzJe6U64QevNAnDmAc6hRwM/sJ1wyJwXz+JKh4dB6PCCjnOWY9+PWHU5KO+6RA3HMJHng7JRD3PEOVipdgkPvGHOBrNeaTKD0gvhUQM2q+Tw9chlvnk0CuOQ106vQ9JLjltOGvRpCIW7uI2afj415E4CLmEIh7McmDpj8D+xFYa7XYcNzofrlVADfvEfRLEYG4l5D0yxlgvwBrrZYQ9EtZAdwsJeiXcgJxLyPpl7PAfgHWWi0j6Je7BXCzgqBf7hGIeyVJv/wC7BdgrdVKgn5pKoCb1QT90kwg7jUk/fIrsF+AtVZrCPolQQA3awn6JVEg7nUk/XIO2C/AWqt1BP3SQwA3Gwj6padA3J+R9Mt5YL8Aa60+I+iXFwRws4mgXwYJxL2ZpF8uAPsFWGu1maBfxgvgZhtBv0wQiHs7Sb/8BuwXYK3VdoJ+eU0AN18Q9MvrAnHvIumXi8B+AdZa7SLol/cEcLOboF+WCMS9h6RfLgH7BVhrtYegX9YK4GYfQb+sE4h7P0m/XAb2C7DWaj9Bv3whgJuDBP2ySyDuQyT9cgXYL8Baq0ME/XJYADeHCfrliEDcR0j65SqwX4C1VkcI+uUXAdwcJeiXXwXiPkbSL1GzcLkE1lodI+iXlAJvxzhB0C+pBOI+SdIvyWbhcgmstULmT3/puXuKqKjMzv30dxj0c9n6WVP9/Jx+Jkg/56Bnt3oepT127RtqL0TrO31m1Tys9xadL/eFxk00rh6ib/NIjlun0vXpkcL1m3IC99b3l1x/ilnAXET58zaSFLich7yNJOWs33+2byMJ8566SDqh6PummgU8JAnFrdcIrpHY20gk1mpfaHvtikriQq3Znd/Us679mWbW7//sz95wUsj13/3ZG04KRf31G06Sus9/4g0nOpkFXYnTSfXuvCa/4USvN3ivcDfItLPw+U37N/IZ7rrT4dZt6vvuxN4YknoW/r6nCeJOIxD3zwS/Ci6dQNxnSN5wAsSlAtZaSeUPXef0s/jUo3vNMWFe7vXeMOv3n616DPOeukg6oej7ZphltnrUces1gmskRh4Sa7Xq8doVlcSFWrM7vxlnXfsz06zf/5lVj//wCiZKJ7OgK3E6qUzqUa83eK9wN8jMs/D5zTxLXj1mwa074tRjxln4+54jiDuTQNznCdRjFoG4L5CoRyAuFbDWCpk/Tfo9UkT94ULXB41NN4/FhHlJrTGrwBqTXGi4DZkNt1DFCihgDsTWeCN6jegFam9ZLxIN0MskjOHu+HBjzo4rtrpMcNLILoCbHLgc/o8puxNubMgcSK0xp8Aa/3dFgwHlluLh3isXLmixV35LNGVucLEl4t4r8Krzq4ZvwroJcwnUO6oAxyPCeWbhcgmstULmT5jE/m9QhcYmes+QWGOeWcKn83ABPinQMQcENrbkhjd4QmJiTHzbNmpCZVzMeWfhgIPMn19TdmD8IVP2fLN+/9lO2cO8py6STij6vvlnmT1l13HrNYJrJPrLhJA5LTBLrilA+UyMLR0bg9yQb5plLqFJfIkxt8CX+VIaHrd+EiOPQNypSBRKwVm4XAJrrVIR9EtRAdykJeiXYgJxpyPpl0KzcLkE1lqlI+iXigK4yUDQL5UE4s5I0i+FZwGfxAX2S0aCfqkjgJssBP1SVyDurCT9cvMsXC6BtVZZCfqluQBushP0SwuBuHOQ9Msts3C5BNZa/T/2vgTcxqp9/5hnRaFCDqKMncUxz2NRHGOpUA7nSBkyFqVSUSmKUBS2eRaKSlEUzTJEUeahUpSxEf+9Pu/+e/fbSem9n/e37vZ6r+u7zv44rbOe57mfda/7fvbZ8hP0SzcB3FxO0C93CcR9BUm/lAgBJ2jAfrmCoF8GCuCmMEG/DBKI+0qSfikZAs44gP1yJUG/PCmAm6IE/TJcIO5iJP1ydQiXS2CtVTGCfhkvgJsSBP0yQSDukiT9ck0Il0tgrVVJgn6ZI4CbUgT9Mlcg7tIk/VIqhMslsNaqNEG/vCGAm3IE/bJcIO7yJP1SOoTLJbDWqjxBv3wogBtF0C8fCcRdgaRfyoRwuQTWWlUg6JetAripRNAv2wTirkzSL2VDuFwCa60qE/TLdwK4qUbQLwcF4q5O0i/lQrhcAmutqhP0y68CuKlF0C+/CcRdm6RfyodwuQTWWtUm6JdsAr+YV4+gX7ILxF2fpF+uDeFyCay1QuZPf9LkANc/SqR/h0G/L1u/11S/f06/J6hE+H96dqvnUdpj176h9kK0vtN3Vs3D+mzR+XI/aNwk4Ooh+rHMCrfP//2jRPe6/lEinQO9vuT+K4SAv6sVF8wvvFbA5TzqF14rhs69tr/w6nNNXSSdUPS6iSGzf+FVx633CK6R2MerSOzVfqz02ScujQe1Z3d+K4XOfq0cOvdn9mOlL/CJJEonM96VOJ1U78lr8sdK6/1G1vJ7QFYJ4fNb5R/k0+++q+L2HXMfK10phF+30ZXmx11ZIO7Ghqt+HXdVgbivC0j1J/h7FBCXClhrJZU/+NQkxKce3XtO8Pm491s9dO61VY8+19RF0glFr1sjZLZ61HHrPYJrJEYeEnu16vHsE5fGg9qzO781Q2e/1gqd+zOrHi/wiSRKJzPelTidVCb1qPcbWcv3rDSEz2/tkLx6rIPbd8ypx5oh/Lo3EKjHWgJx30igHusIxN2MRD0CcamAtVbI/GnSv5fwn1pw81iCz0dqj3UF9pjmRn2/eQW3UcUKKGAOxPZYH71H9Aa1t6w3iQZoSxLGcHe835gb4IqtWhLcNBoI4KYhLof/Y8oBhAcbMgdSe2wUMvxg0x/zXUQAoK3NP9j+9/HhyI9Mb4wrtpLKX3pwnZH/mNV1wPxJ9IrUYX59KM54EmssEHdbw8m7UTjm6wTivonkreVNQrhcAmutbgLbBAMI/zEr9JkhsccmAntMc6N+gd40dAFrVTnvWiqodwM0BSbXvd8bQude23cD+FxTF0knFL3ujSGz3w2g49Z7BNfovG8JSvD3ROU0wecTxDsBTr2EfSdAjsn4nI7OIMQAF7pPdf6/dteqWejs1+ahc3/2V+8qGOT67/7qXQWD4v7+XQVprfO37yq44CT8TYoiwekEpHMFqxNxn2dzqJ8ZATKa0W8h+K3VHAK/tXoriZ88OgPuxqXxisrfbSTSrHkIVwt3r/jdV3sS/AH7RAExo9qTvH86KcSnmNx7TvD5uPfbInTutVVMPtfURdIJRa/bMmS2YtJx6z2CayTmB0vs9e9Uk9+6eVWT3/WkVNMFkfvfKJu4NB7U2u5atQqd/do6dO7PjFRNDO/F1sl0KzCd1IFx0Y/J78XW+42s5bfJ2oQuZF+p530i+WzzD/Lpe7gFzMGt/1c39H9wuFzwzfJvboMahxH8I+vRieC92K0F4k4meIdUW4G4O5MoUSAuFbDWqjMBbiTOiVFCljX8TQQhjn3ejNvn/z5n7D7X54zpHOj1JfffLoRbKyino10IeyeNPLeEzr22TofPNXWRdELR694aMtvp0HHrPYJrJDobduc0wefjdTmEMBvYb2HfFjr7tX3o3J8Z+VvY6CREgtMJiHcF606Ed0ORn+17ThXCrdU+xHGT6BDiY+IOIRkm7hg699oysc81dZF0QtHr3h4ym4l13HqP4BqJMrE7pwk+n/8aE98ROvu1U+jcn8UUE+sExLuCdSfCu6HIz/bbmPpnotbqFMKBThf5PsLf6kPmQGqPySGhwwFuguI2qlgBBcyB2B67oPeI3qDWG3qTaIB2JXHp3R3vN+YUXLFVV/CvQvUjbHBgPsX2mCqwxzSB7rshcRtVi4EfIbakMMcbI+8M8ZkUd+JqHmVSdAude21NCp9r6iLphKLXvStktkmh49Z7BNdI1KRw5zTB5xOQSaEk13bv/+7Q2a/dQ+f+LKZMCp2AeFew7kR4NxT52X4bU/9M1FrdQzKgQzNxjxAfE/cIyTBxz9C515aJfa6pi6QTil63V8hsJtZx6z2CayTKxO6cJvh8/mtMfE/o7NfeoXN/FlNMrBMQ7wrWnQjvhiI/229j6p+JWqt3yLq7wByI7bGPwB7T3KhfQPUNWUABcyC2x37oPaI3qPWG3iQaoN1IxgXujvcbc39csVU3Oy5QwHyK7XGAwB7TBLpfcN6L26haChwXLCMZF9wX4jMp7sPVPMqkGBg699qaFD7X1EXSCUWvOyhktkmh49Z7BNdI1KRw5zTB5xOQSVFBcO0ok+L+0NmvD4TO/VlMmRQ6AfGuYN2J8G4o8rP9Nqb+mai1HgjJgA7NxINDfEw8OCTDxA+Gzr22TOxzTV0knVD0ug+FzGZiHbfeI7hGokzszmmCz+e/xsQPh85+HRI692cxxcQ6AfGuYN2J8G4o8rP9Nqb+mai1hoRwoGN1d4E5ENvjIwJ7THOjfgH1KG6jtOMCYA7E9vgYeo/oDWq9oTeJBujdJOMCd8f7jXkortjqbjsuUMB8iu1xmMAe0wS6X3A+jtuoegM4LlhOMi54IsRnUjyBq3mUSfFk6Nxra1L4XFMXSScUve7wkNkmhY5b7xFcI1GTwp3TBJ9PQCZFRcG1o0yKp0Jnvz4dOvdnMWVS6ATEu4J1J8K7ocjP9tuY+mei1no6JAM6NBOPCPEx8YiQDBOPDJ17bZnY55q6SDqh6HWfCZnNxDpuvUdwjUSZ2J3TBJ/Pf42Jnw2d/ToqdO7PYoqJdQLiXcG6E+HdUORn+21M/TNRa40K4UDH6u4CcyC2x9ECe0xzo34B9Rxuo7TjAmAOxPY4Br1H9Aa13tCbRAO0B8s/nhjCxTwWV2zVw44LFDCfYnscJ7DHNIHuF5zP4zaqVgDHBStJxgUvhPhMihdwNY8yKcaHzr22JoXPNXWRdELR604ImW1S6Lj1HsE1EjUp3DlN8PkEZFIkCq4dZVK8GDr79aXQuT+LKZNCJyDeFaw7Ed4NRX6238bUPxO11kshGdChmXhiiI+JJ4ZkmHhS6Nxry8Q+19RF0glFrzs5ZDYT67j1HsE1EmVid04TfD7/NSYOhc5+nRI692cxxcQ6AfGuYN2J8G4o8rP9Nqb+mai1poRwoGN1d4E5ENvjVIE9prlRv4Cahtso7bgAmAOxPU5H7xG9Qa039CbRAO1FMi5wd7zfmGfgiq162XGBAuZTbI8zBfaYJtD9gnMWbqNqFXBcsJpkXDA7xGdSzMbVPMqkmBM699qaFD7X1EXSCUWvOzdktkmh49Z7BNdI1KRw5zTB5xOQSVFJcO0ok2Je6OzX+aFzfxZTJoVOQLwrWHcivBuK/Gy/jal/Jmqt+SEZ0KGZeEGIj4kXhGSYeGHo3GvLxD7X1EXSCUWv+3LIbCbWces9gmskysTunCb4fP5rTLwodPbr4tC5P4spJtYJiHcF606Ed0ORn+23MfXPRK21OIQDHau7C8yB2B6XCOwxzY36BdQruI3SjguAORDb46voPaI3qPWG3iQaoL1JxgXujvcb81JcsVVvOy5QwHyK7XGZwB7TBLpfcL6G26haAxwXrCUZF7we4jMpXsfVPMqkeCN07rU1KXyuqYukE4ped3nIbJNCx633CK6RqEnhzmmCzycgk6Ky4NpRJsWbobNf3wqd+7OYMil0AuJdwboT4d1Q5Gf7bUz9M1FrvRWSAR2aiVeE+Jh4RUiGiVeGzr22TOxzTV0knVD0um+HzGZiHbfeI7hGokzszmmCz+e/xsTvhM5+XRU692cxxcQ6AfGuYN2J8G4o8rP9Nqb+mai1VoVwoGN1d4E5ENvjaoE9prlRv4B6F7dR2nEBMAdie3wPvUf0BrXe0JtEA7QvybjA3fF+Y16DK7bqa8cFCphPsT2uFdhjmkD3C873cRtVHwLHBR+RjAs+CPGZFB/gah5lUnwYOvfamhQ+19RF0glFr/tRyGyTQset9wiukahJ4c5pgs8nIJOiiuDaUSbFx6GzXz8JnfuzmDIpdALiXcG6E+HdUORn+21M/TNRa30SkgEdmok/DfEx8achGSZeFzr32jKxzzV1kXRC0et+FjKbiXXceo/gGokysTunCT6f/xoTrw+d/bohdO7PYoqJdQLiXcG6E+HdUORn+21M/TNRa20I4UDH6u4CcyC2x40Ce0xzo34BtQm3UdpxATAHYnv8HL1H9Aa13tCbRAO0P8m4wN3xfmPejCu26m/HBQqYT7E9bhHYY5pA9wvOL3AbVZ8CxwXrSMYFX4b4TIovcTWPMim2hs69tiaFzzV1kXRC0etuC5ltUui49R7BNRI1Kdw5TfD5BGRSVBVcO8qk+Cp09uvXoXN/FlMmhU5AvCtYdyK8G4r8bL+NqX8maq2vQzKgQzPx9hAfE28PyTDxjtC515aJfa6pi6QTil53Z8hsJtZx6z2CayTKxO6cJvh8/mtMvCt09uvu0Lk/iykm1gmIdwXrToR3Q5Gf7bcx9c9ErbU7hAMdq7sLzIHYHvcI7DHNjfoF1F7cRmnHBcAciO1xH3qP6A1qvaE3iQbovSTjAnfH+415P67Y6l47LlDAfIrt8YDAHtMEul9wfoPbqNoAHBdsJBkXfBviMym+xdU8yqT4LnTutTUpfK6pi6QTil73YMhsk0LHrfcIrpGoSeHOaYLPJyCToprg2lEmxfehs19/CJ37s5gyKXQC4l3BuhPh3VDkZ/ttTP0zUWv9EJIBHZqJD4X4mPhQSIaJD4fOvbZM7HNNXSSdUPS6P4bMZmIdt94juEaiTOzOaYLP57/GxD+Fzn49Ejr3ZzHFxDoB8a5g3Ynwbijys/02pv6ZqLWOhHCgY3V3gTkQ2+NRgT2muVG/gDqG2yjtuACYA7E9HkfvEb1BrTf0JtEAHUgyLnB3vN+YT+CKrQbacYEC5lNsjycF9pgm0P2C82fcRtVm4LhgC8m44JcQn0nxC67mUSbFr6Fzr61J4XNNXSSdUPS6v4XMNil03HqP4BqJmhTunCb4fAIyKToJrh1lUvweOvv1j9C5P4spk0InIN4VrDsR3g1FfrbfxtQ/E7XWHyEZ0KGZ+FSIj4lPhWSY+HTo3GvLxD7X1EXSCUWveyZkNhPruPUewTUSZWJ3ThN8Pv81Jo6b4uR8yrk/iikm1gmIdwXrToR3Q5Gf7bsxp+DWSjcFBzpWdxeYA7E9phfYY5ob9X3NwW2UdlyQgQBQGdF7RG9Q6w29STRA7ycZF6QHnvKZgE15vx0XqEwEDZ5ZijHQ44IsQHBuBY4LtpGMC7ICD4qgTIqsQHC695vNdf22JoXPNXWRsk3Br5sdCFipuLNPgddI1KTIDmyogEyKZMG1o0yKHE4tc8aqSZHDY1LkDMCkyAFs8pxTZECHZuJchEycS4iJc1smxhYptwATX2Q4E+u4LyJj4ossE7ufKCa+2Kllnlhl4os9TJwnACa+GNjkeYBMzOruAnMgtse8AntMc6N+AXWJHReoSwgAdanp4wKtNy4VGBcMJhkX5AWe8vmATTnYjgtUPoIGz88yLigABOd24LhgB8m44DJCk+IyIZPicmtSYIt0uYBJcYXhJoWO+woyk+IKPpOis+DaUSZFQaeWhWLVpCjoMSkKBWBSFAQ2eaEpMqBDM3FhQiYuLMTEV1omxhbpSgEmLmI4E+u4i5AxcRHLxO4nionjnVoWjVUmjvcwcdEAmDge2ORFgUzM6u4CcyC2x2ICe0xzo34BVdyOC1RxAkBdZfq4QOuNqwTGBQ+RjAuKAU/5EsCmfMiOC1QJggYvyTIuuBoIzt3AccEeknHBNYQmxTVCJkUpa1Jgi1RKwKQobbhJoeMuTWZSlOYzKboIrh1lUpRxalk2Vk2KMh6TomwAJkUZYJOXnSIDOjQTlyNk4nJCTFzeMjG2SOUFmPhaw5lYx30tGRNfa5nY/UQxcYJTSxWrTJzgYWIVABMnAJtcAZmY1d0F5kBsjxUE9pjmRv0CqqIdF6iKBIBKNH1coPVGosC4YAjJuKAC8JSvBGzKIXZcoCoRNHhllnFBFSA49wPHBQdIxgVVCU2KqkImRTVrUmCLVE3ApKhuuEmh465OZlJU5zMpUgTXjjIpaji1rBmrJkUNj0lRMwCTogawyWtOkQEdmolrETJxLSEmrm2ZGFuk2gJMXMdwJtZx1yFj4jqWid1PFBPXdWpZL1aZuK6HiesFwMR1gU1eD8jErO4uMAdie6wvsMc0N+oXUA3suEA1IABUQ9PHBVpvNBQYFzxKMi6oDzzlGwGb8lE7LlCNCBq8Mcu44DogOL8DjgsOkowLric0Ka4XMimaWJMCW6QmAiZFU8NNCh13UzKToimfSZEquHaUSXGDU8sbY9WkuMFjUtwYgElxA7DJb5wiAzo0EzcjZOJmQkzc3DIxtkjNBZg4yXAm1nEnkTFxkmVi9xPFxC2cWraMVSZu4WHilgEwcQtgk7cEMjGruwvMgdgeWwnsMc2N+gVUazsuUK0JANXG9HGB1httBMYFQ0nGBa2Ap3xbYFMOteMC1ZagwW9iGRfcDATnIeC44HDhYA4Kv/lrB8zfNGD+pgPXkszfLf/9/ImOq24VOmjQ+7wNWGetcQdmPCftdA5u80g/9P7bE5qR7YXMyA7WjMQWqYOAGdnRcDNSx92RzIzsyGdGJgiuHWVG3u7U8o5YNSNv95iRdwRgRt4ObPI7SG4SnQiZuJMQEydbJsYWKVmAiTsbzsQ67s5kTNzZMrH7iWLiLk4tU2KVibt4mDglACbuAmzyFCC4dZEHEpq8yBxI7TFV6MYEvzJ1BY8FGQHVlQBQd5o+FtR6406BseDjJGPBVOAp3w3YlI+Dx4IDCBu8G0GD3yXFGOixzN1Iux4HTpX5So6xTHdCk6K7kEnRw5oU2CL1EDApehpuUui4e5KZFD35TAolubZ7/72cWt4TqyZFL49JcU8AJkUvYJPfM0UGdGgm7k3IxL2FmLiPZWJskfoIMHFfw5lYx92XjIn7WiaOWtu9/35OLfvHKhP38zBx/wCYuB+wyftbd1cBcyC2xwECe0xzo34Bda8FlLqXAFD3mT4u0HrjPoFxwZMk44IBwFN+ILApn7TjAjWQoMEHsYwL7geCMxtwXJCdZFzwAKFJ8YCQSTHYmhTYIg0WMCkeNNyk0HE/SGZSPMhnUlQQXDvKpHjIqeXDsWpSPOQxKR4OwKR4CNjkD0+RAR2aiYcQMvEQISZ+xDIxtkiPCDDxo4YzsY77UTImftQysfuJYuLHnFoOjVUmfszDxEMDYOLHgE0+FMjErO4uMAdiexwmsMc0N+r7zdt2XKAeJwDUE6aPC7TeeEJgXPAUybhgGPCUfxLYlE/ZcYF6kqDBh7OMC54CgjMXcFyQm2Rc8DShSfG0kEkxwpoU2CKNEDApRhpuUui4R5KZFCP5TIqKgmtHmRTPOLV8NlZNimc8JsWzAZgUzwCb/NkpMqBDM/EoQiYeJcTEoy0TY4s0WoCJnzOciXXcz5Ex8XOWid1PFBOPcWo5NlaZeIyHiccGwMRjgE0+FsjErO4uMAdiexwnsMc0N+oXUM/bcYF6ngBQL5g+LtB64wWBccEIknHBOOApPx7YlCPsuECNJ2jwCSzjgheB4MwDHBfkJRkXvERoUrwkZFJMtCYFtkgTBUyKSYabFDruSWQmxSQ+kyJRcO0ok2KyU8tQrJoUkz0mRSgAk2IysMlDU2RAh2biKYRMPEWIiadaJsYWaaoAE08znIl13NPImHiaZWL3E8XE051azohVJp7uYeIZATDxdGCTzwAyMau7C8yB2B5nCuwxzY36BdQsOy5QswgANdv0cYHWG7MFxgXPkIwLZgJP+TnApnzGjgvUHIIGn8syLpgHBGc+4LggP8m4YD6hSTFfyKRYYE0KbJEWCJgUCw03KXTcC8lMioV8JkUlwbWjTIqXnVouilWT4mWPSbEoAJPiZWCTL5oiAzo0Ey8mZOLFQky8xDIxtkhLBJj4FcOZWMf9ChkTv2KZ2P1EMfGrTi2XxioTv+ph4qUBMPGrwCZfCmRiVncXmAOxPS4T2GOaG/ULqNfsuEC9RgCo100fF2i98brAuGAUybhgGfCUfwPYlKPsuEC9QdDgy1nGBW8CwXk5cFxwBcm44C1Ck+ItIZNihTUpsEVaIWBSrDTcpNBxryQzKVbymRSVBdeOMinedmr5TqyaFG97TIp3AjAp3gY2+TtTZECHZuJVhEy8SoiJV1smxhZptQATv2s4E+u43yVj4nctE7ufKCZ+z6nlmlhl4vc8TLwmACZ+D9jka4BMzOruAnMgtse1AntMc6N+AfW+HReo9wkA9YHp4wKtNz4QGBc8RzIuWAs85T8ENuVzdlygPiRo8I9YxgUfA8FZGDguuJJkXPAJoUnxiZBJ8ak1KbBF+lTApFhnuEmh415HZlKs4zMpqgiuHWVSfObUcn2smhSfeUyK9QGYFJ8Bm3z9FBnQoZl4AyETbxBi4o2WibFF2ijAxJsMZ2Id9yYyJt5kmdj9RDHx504tN8cqE3/uYeLNATDx58Am3wxkYlZ3F5gDsT1uEdhjmhv1C6gv7LhAfUEAqC9NHxdovfGlwLhgLMm4YAvwlN8KbMqxdlygthI0+DaWccFXQHAWBY4LipGMC74mNCm+FjIptluTAluk7QImxQ7DTQod9w4yk2IHn0lRVXDtKJNip1PLXbFqUuz0mBS7AjApdgKbfNcUGdChmXg3IRPvFmLiPZaJsUXaI8DEew1nYh33XjIm3muZ2P1EMfE+p5b7Y5WJ93mYeH8ATLwP2OT7gUzM6u4CcyC2xwMCe0xzo34B9Y0dF6hvCAD1renjAq03vhUYFzxPMi44ADzlvwM25fN2XKC+I2jwgyzjgu+B4CwBHBeUJBkX/EBoUvwgZFIcsiYFtkiHBEyKw4abFDruw2QmxWE+k6Ka4NpRJsWPTi1/ilWT4kePSfFTACbFj8Am/2mKDOjQTHyEkImPCDHxUcvE2CIdFWDiY4YzsY77GBkTH7NM7H6imPi4U8sTscrExz1MfCIAJj4ObPITQCZmdXeBORDb40mBPaa5Ub+A+tmOC9TPBID6xfRxgdYbvwiMC8aTjAtOAk/5X4FNOd6OC9SvBA3+G8u44HcgOEsBxwWlScYFfxCaFH8ImRSnrEmBLdIpAZPitOEmhY77NJlJcZrPpOgkuHaUSXEmUsup5/4spkyKMx6Twp0I74YiP9tvY55BNvlUGdChmTjdVD4mTjdVhonTuzBmmdjnmrpIOqHodTMAASsVd4ap8BqJMnGGqZaJXU8UE2d0apkpVplYJyDeFWymAJg4I7DJMwGZmNXdBeZAbI+ZBfaY5kb9AioLbqO044IsBIDKit4jeoNab2SdigfoiyTjgszAUz4bsClftOMClY2gwbNLMQZ6XJADCM5ywHFBeZJxQU5CkyKnkEmRy3X9tiaFzzV1kXIJmBS5DTcpdNy5yUyK3HwmRbLg2lEmxUVOLS+OVZPiIo9JcXEAJsVFwCa/eKoM6NBMnIeQifMIMXFey8TYIuUVYOJLDGdiHfclZEx8iWVi9xPFxJc6tcwXq0x8qYeJ8wXAxJcCmzwfkIlZ3V1gDsT2mF9gj2lu1C+gCgDNH1ZAFSAA1GXoPaI3qPXGZVPxAJ1IMi7IDzzlLwc25UQ7LlCXEzT4FVKMgR4XFASCUwHHBRVIxgWFCE2KQkImRWHX9duaFD7X1EUqLGBSXGm4SaHjvpLMpLiSz6ToLLh2lElRxKllfKyaFEU8JkV8ACZFEWCTx0+VAR2aiYsSMnFRISYuZpkYW6RiAkxc3HAm1nEXJ2Pi4paJ3U8UE1/l1LJErDLxVR4mLhEAE18FbPISQCZmdXeBORDbY0mBPaa5Ub+Auhpo/rAC6moCQF1j+rhA641rBMYFk0nGBSWBp3wpYFNOtuMCVYqgwUtLMQZ6XFAGCM5KwHFBZZJxQVlCk6KskElRznX9tiaFzzV1kcoJmBTlDTcpdNzlyUyK8nwmRRfBtaNMimudWibEqklxrcekSAjApLgW2OQJU2VAh2ZiRcjESoiJK1gmxhapggATVzSciXXcFcmYuKJlYvcTxcSJTi0rxSoTJ3qYuFIATJwIbPJKQCZmdXeBORDbY2WBPaa5Ub+AqgI0f1gBVYUAUFVNHxdovVFVYFwwhWRcUBl4ylcDNuUUOy5Q1QgavLoUY6DHBTWA4KwGHBdUJxkX1CQ0KWoKmRS1XNdva1L4XFMXqZaASVHbcJNCx12bzKSozWdSpAiuHWVS1HFqWTdWTYo6HpOibgAmRR1gk9edKgM6NBPXI2TiekJMXN8yMbZI9QWYuIHhTKzjbkDGxA0sE7ufKCZu6NSyUawycUMPEzcKgIkbApu8EZCJWd1dYA7E9thYYI9pbtQvoK4Dmj+sgLqOAFDXmz4u0HrjeoFxwTSScUFj4CnfBNiU0+y4QDUhaPCmUoyBHhfcAARnLeC4oDbJuOBGQpPiRiGTopnr+m1NCp9r6iI1EzApmhtuUui4m5OZFM35TIpUwbWjTIokp5YtYtWkSPKYFC0CMCmSgE3eYqoM6NBM3JKQiVsKMXEry8TYIrUSYOLWhjOxjrs1GRO3tkzsfqKYuI1Ty7axysRtPEzcNgAmbgNs8rZAJmZ1d4E5ENvjTQJ7THOjfgF1M9D8YQXUzQSAamf6uEDrjXYC44IZJOOCm4Cn/C3AppxhxwXqFoIGv1WKMdDjgtuA4KwHHBfUD+ig8Ju/9sD83QLM363A/OnmyOzK3YTwi9Phry86X19yvuqnQzgfHR3i0P9N5Po92fke/feR7709/PoO1/f+k/U7hb8/+Tzrd3Kt3zn8uksa3zvR+d7OzvfqMzAl/Dr1AvfSNfz9d55nL11de+kWfn3XefbSzbWXu8Ovu6fxvZOc773b+V69xx7h1z2nnv179CGWqfbZvKAvAbPAvY2OO1fts3lFxz2b5EzrBTzTgLVWsw3HTSjD2TMNjZt5hsedIdwvvQTink8iFkp/iVvLXWu/+VtAkr+ywPzNB+ZvIcl5fQ/wvAZiRiHzF9QAD5jLqAFe76nnXtsBns81dZF6T8Wv2wfo+kjF3WcqvEaih3slQ8nxFZbPOTGUHF8lIce+QHIEYka9SkiOfYXIsZ8lR2yR+gmQY3/DyVHH3V+IHNF7zZd0lsjRinnA1NiM+zVhh8Tv/jQuBwjE/TrJJaY/kIRfA15i3iC5xNwLzB8QM+oNEvw1MFSErCDJX0NDRchKkv69D9i/QMyolYQiBJjLKBEy0IoQbJEGCoiQQYaLEB33IBIRUih8Gb9X4FK6yvBxZbEkmcv4ahIyuh9IRsBaq9WGizjd1/cL4GYNySVwkBBu/OZvLUn+gPhWa4D5e5/k3HoAiD8gZtT7JPhra6gI/pjldwIMFcGfkPTvYGD/AjGjPiEUwcBcRongB13axYpgn2vqIj0oIIIfMlwE67gfIhHBJcNi8AGBS/1nhovgskkyYmY9CRk9DCQjYK3VesNFsO7rhwVws4nkEviQEG785u9zkvwB8a02AfO3meTcGgLEHxAzajMJ/roaKoK3kuTvTkNF8DaS/n0E2L9AzKhthCIYmMsoEfyoS7tYEexzTV2kRwVE8GOGi2Ad92MkIjghLAaHCFzqtxsugisnyYiZHSRkNBRIRsBaqx2Gi2Dd10MFcLOb5BL4mBBu/OZvD0n+gPhWu4H520tybg0D4g+IGbWXBH8DDRXB37C8E8ZQEfwtSf8+DuxfIGbUt4QiGJjLKBH8hEu7WBHsc01dpCcERPCThotgHfeTJCK4elgMDhO41H9vuAiumyQjZn4gIaPhQDIC1lr9YLgI1n09XAA3P5JcAp8Uwo3f/P1Ekj8gvtWPwPwdITm3ngLiD4gZdYQEf08ZKoJPkOTvaUNF8EmS/n0a2L9AzKiThCIYmMsoETzCpV2sCPa5pi7SCAERPNJwEazjHkkighuGxeBTApf6Xw0XwU2TZMTMbyRk9AyQjIC1Vr8ZLoJ1Xz8jgJtTJJfAkUK48Zu/0yT5A+JbnQLm7wzJufUsEH9AzKgzJPibaKgIzlCEI3+TDBXBGYtw9O8oYP8CMaOQ+QtKBANzGSWCR7u0ixXBPtfURRotIIKfM1wE67ifIxHBzcNi8FmBS32WImaL4DZJMmImKwkZjQGSEbDWKmsRs0Ww7usxArjJQXIJfE4IN37zl5Mkf0B8qxzA/OUiObfGAvEHxIzKRYK/lw0VwXlI8rfIUBGcl6R/xwH7F4gZlZdQBANzGSWCn3dpFyuCfa6pi/S8gAh+wXARrON+gUQEtwuLwbECl/p8hovgjkkyYiY/CRmNB5IRsNYqv+EiWPf1eAHcXE5yCXxBCDd+83cFSf6A+FaXA/NXkOTcmgDEHxAzqiAJ/lYZKoKLkORvtaEiOJ6kf18E9i8QMyqeUAQDcxklgl9yaRcrgn2uqYv0koAInmi4CNZxTyQRwclhMThB4FJf3HARfGeSjJi5ioSMJgHJCFhrdZXhIlj39SQB3FxNcgmcKIQbv/m7hiR/QHyrq4H5K0Vybk0G4g+IGVWKBH+bDBXB5Ujy97mhIrg8Sf+GgP0LxIwqTyiCgbmMEsFTXNrFimCfa+oiTREQwVMNF8E67qkkIrh7WAxOFrjUK8NFcJ8kGTFTgYSMpgHJCFhrVcFwEaz7epoAbiqRXAKnCuHGb/4qk+QPiG9VCZi/KiTn1nQg/oCYUVVI8LffUBFcgyR/BwwVwTVJ+ncGsH+BmFE1CUUwMJdRInimS7tYEexzTV2kmQIieJbhIljHPYtEBA8Ii8HpApf6OoaL4AeSZMRMXRIymg0kI2CtVV3DRbDu69kCuGlAcgmcJYQbv/lrSJI/IL5VA2D+GpGcW3OA+ANiRjUiwd/PhorgJiT5+8VQEdyUpH/nAvsXiBnVlFAEA3MZJYLnubSLFcE+19RFmicggucbLoJ13PNJRPDDYTE4R+BS38xwETwsSUbMNCchowVAMgLWWjU3XATrvl4ggJuWJJfA+UK48Zu/ViT5A+JbtQTmrzXJubUQiD8gZlRrEvxl22qmCL6ZJH/Zt5opgtuR9O/LwP4FYka1IxTBwFxGieBFLu1iRbDPNXWRFgmI4MWGi2Ad92ISETw8LAYXClzqbzNcBD+bJCNm2pOQ0RIgGQFrrdobLoJ1Xy8RwM3tJJfAxUK48Zu/O0jyB8S3uh2Yv04k59YrQPwBMaM6keCvoKEiOIUkf4UMFcGpJP37KrB/gZhRqYQiGJjLKBG81KVdrAj2uaYu0lIBEbzMcBGs415GIoLHhMXgKwKX+m6Gi+AJSTJi5i4SMnoNSEbAWqu7DBfBuq9fE8BND5JL4DIh3PjNX0+S/AHxrXoA89eL5Nx6HYg/IGZULxL8lTNUBPclyV95Q0VwP5L+fQPYv0DMqH6EIhiYyygRvNylXawI9rmmLtJyARH8puEiWMf9JokInhQWg68LXOrvNVwET0+SETP3kZDRW0AyAtZa3We4CNZ9/ZYAbu4nuQS+KYQbv/l7gCR/QHyr+4H5G0xybq0A4g+IGTWYBH91DBXBQ1h+p99QEfwISf+uBPYvEDPqEUIRDMxllAh+26VdrAj2uaYu0tsCIvgdw0WwjvsdEhE8OywGVwhc6ocaLoIXJsmImWEkZLQKSEbAWqthhotg3derBHDzJMkl8B0h3PjN33CS/AHxrZ4E5u8pknNrNRB/QMyop0jw19JQEfwMSf5aGSqCnyXp33eB/QvEjHqWUAQDcxklgt9zaRcrgn2uqYv0noAIXmO4CNZxryERwUvCYnC1wKX+OcNF8OtJMmJmDAkZrQWSEbDWaozhIlj39VoB3DxPcglcI4Qbv/l7gSR/QHyr54H5G09ybr0PxB8QM2o8Cf46GyqCJ5Lkr4uhIngSSf9+AOxfIGbUJEIRDMxllAj+0KVdrAj2uaYu0ocCIvgjw0WwjvsjEhH8VlgMvi9wqZ9iuAhenSQjZqaSkNHHQDIC1lpNNVwE677+WAA3M0gugR8J4cZv/maS5A+IbzUDmL9ZJOfWJ0D8ATGjZpHgr7+hIngeSf4GGCqC55P076fA/gViRs0nFMHAXEaJ4HUu7WJFsM81dZHWCYjgzwwXwTruz0hE8NqwGPxE4FL/suEi+JMkGTGziISM1gPJCFhrtchwEaz7er0Abl4huQR+JoQb3586SpI/IL7VK8D8LSU5tzYA8QfEjFpKgr/HDRXBb5Dk7wlDRfBykv7dCOxfIGbUckIRDMxllAje5NIuVgT7XFMXaZOACP7ccBGs4/6cRASvD4vBDQKX+hWGi+AtSTJiZiUJGW0GkhGw1mql4SJY9/VmAdysIrkEfi6EG9+/K0qSPyC+1Spg/t4lObe2APEHxIx6lwR/4w0Vwe+T5G+CoSL4A5L+/QLYv0DMqA8IRTAwl1Ei+EuXdrEi2OeaukhfCojgrYaLYB33VhIRvC0sBrcIXOo/NlwE70qSETOfkJDRNiAZAWutPjFcBOu+3iaAm89ILoFbhXDj+50NJPkD4lt9BszfBpJz6ysg/oCYURtI8DfPUBG8mSR/8w0VwVtI+vdrYP8CMaO2EIpgYC6jRPB2l3axItjnmrpI2wVE8A7DRbCOeweJCN4XFoNfCVzqtxougg8myYiZbSRktBNIRsBaq22Gi2Dd1zsFcLOd5BK4Qwg3vutCkj8gvtV2YP52kpxbu4D4A2JG7STB3wpDRfBelndyGCqC95H0725g/wIxo/YRimBgLqNE8B6XdrEi2Oeaukh7BETwXsNFsI57L4kIPhwWg7sELvXfGC6CjyfJiJlvSchoH5CMgLVW3xougnVf7xPAzfckl8C9Qrjxm78fSPIHxLf6Hpi/QyTn1n4g/oCYUYdI8PeZoSL4CEn+1hsqgo+S9O8BYP8CMaOOEopgYC6jRPA3Lu1iRbDPNXWRvhEQwd8aLoJ13N+SiOBfwmJwv8Cl/oThIvh0koyYOUlCRt8ByQhYa3XScBGs+/o7Adz8yiLihHDjN3+/keQPiG/1KzB/v5OcWweB+ANiRv1Ogr/dhorgMyT522OoCI6L5+jf74H9C8SMQuYvKBEMzGWUCP7BpV2sCPa5pi7SDwIi+JDhIljHfYhEBKdvERd3UOBSnyHebBGctYWMmMlIQkaHgWQErLXKGG+2CNZ9fVgAN1niOS6Bh4Rw4zd/WUnyB8S3ygLMXzaSc+tHIP6AmFHZSPB3zFARnIskf8cNFcG5Sfr3J2D/AjGjchOKYGAuo0TwEZd2sSLY55q6SEcERPBRw0WwjvsoiQjOGRaDPwpc6vMYLoLztpARM3lJyOgYkIyAtVZ5DRfBuq+PCeAmH8kl8KgQbvzmLz9J/oD4VvmA+StAcm4dB+IPiBlVgAR/mbaZKYILkuQv8zYzRXAhkv49AexfIGZUIUIRDMxllAg+6dIuVgT7XFMX6aSACP7ZcBGs4/6ZRATnD4vB4wKX+iKGi+BCLWTETDwJGf0CJCNgrVW84SJY9/UvArgpTnIJ/FkIN37zdxVJ/oD4VsWB+StBcm79CsQfEDOqBAn+ChgqgkuR5O8yQ0VwaZL+/Q3Yv0DMqNKEIhiYyygR/LtLu1gR7HNNXaTfBUTwH4aLYB33HyQiOD4sBn8VuNSXM1wEl2whI2bKk5DRKSAZAWutyhsugnVfnxLAjSK5BP4hhBu/+atAkj8gvpUC5q8iybl1Gog/IGZURRL8lTJUBFchyV9pQ0VwVZL+PQPsXyBmVFVCEQzMZZQIjpt27qUVwT7X1EXSCUWvm26a2SJYx51uGrxGInstHRaDpwUu9TUMF8EJLWTETE0SMko/DZdLYK1VTcNFsO7r9NPw69YhuQSmE8KN3/zVJckfEN+qDjB/9UjOrQxA/AExo+qR4K+GoSK4EUv/GiqCG5P0b0Zg/wIxoxoTimBgLqNEcCYrgrFFyiQggjMbLoJ13JlJRHBiWAxmELjUNzFcBFdvISNmmpKQURYgGQFrrZoaLoJ1X2cRwE0zlt+JE8KN3/w1J8kfEN+qGTB/SSTnVlYg/oCYUUkk+GtmqAhuTZK/5oaK4DYk/ZsN2L9AzKg2hCI4m5AIzm5FMLZI2QVEcA7DRbCOOweJCK4dFoNZBS71Nxsughu2kBEz7UjIKCeQjIC1Vu0MF8G6r3MK4OY2kktgDiHc+M1fe5L8AfGtbgPmrwPJuZULiD8gZlQHw/nu+jDf5RI4tzoZHnfzFjLndTJJv+QG9guw1irZcNyMDxcitwBu9LqouPXeMrswMyH84nT464vO15ecr/q5KBzLxU48+r+JiNrJzvfov498b57w67yu7/0n618S/v5Lz7P+Ja7184Vf50/jeyc635vP+V4twAuEX192gXu5PPz9V5xnL5e79lIw/LrQefZS0LWXwuHXV6bxvZOc7y3sfK/eY5Hw63hHA6Kxman22bygsZlieE/mqn02r+i4U0nO8qLAsxxYa4XMX1AG4ovgcziyx0jNi4VrVTz8v6tcPlAu52u2uGhTUT+ZXa/rgvYlYFImZHLtNZtrz5F4cjt/nxH7cytmc+U2zpXvuDTyFuf6+VnD/8vpvO6a0q9F/+Tu3TrfkDIwrZplSGPd9K5YM3m+z13HyN9lcf/3EpcS0Fp/ujwUc8iruPP1KufrReH/lQi/LvkXZIa4EOlmRK/bjeCCWUKAzO4SIrP04PiB9VF3gQnIezhL1L8YjswTJPdZHLhPd16vds6Ta1wEWcD56j7s07n+jJk0s7riiDxucon8zEjcESLNhN1LBf2zMsZFP+cj0sjP9xBp65TOfVL6eYjUOzFNn0as7hh1fFmw8SVE9hp5InuK/Jzscedwk9W1j2zYfajIz/LuI5trH1ldryN/l921p8if5fDs190L7v82ktccrphpLiM6kKudS8c1ztdS4a+lp8ntv5gAAfcwfIKl4y4lEHdPkosHsD6qJ8Els7hArXsTYLy0QNx9SDAOrI/qYzjGQxnOOtboWvc3PO4MYTe0qEDcA0jc0DJANxRYa4XMn9ekKePci7z3JP2UDb8ud4GTkvLh77/2PJOS8q71E8Kv1bSz6wYhkMuCBbLEuZMwDbpuamKFxATd16i43cKugktoRwTCf1FoZ3HFEXnc7rQWUZc4/79nr37dUgc279+9e7fUbildmvfql+JOWVrvAE5Lx7rN4YxppJHOHJbanxuDyL3+VU59f0jktH+9VoJnLRXUZKviNJnzI9FVO/vWeJ9r6iIlTsOvW2kaDvxScVcK+BBI8PdE5TTB5+O9PKGF36jwD2g3Bbde9ppxcbdMka2Xz7WV9w/c+a3sYK2KC3OZXDiJfK8+0M7E/RlD6Vyv0zvfk/4835PuL9b5q8uI2KEVCU4nYKUr2CrTou1994ZQP7sy8BCqep61qlZJSU6tklixU0JianJ4ncqpKRU7VaimUqtWDC9fMVEld0pJ6JKYXKVyYuWqqVUCe29JVSEGrmYZGFukagIMXN1wBtZxVxdiYPT1u4qzV/S6AwOyuBIu8PHuE4mlGkC7DJm/CDHp/dVz1kRjPnIrQuPofsMt4sjtDR33A2ZaxH+S3MiLSBXgWoMNPX88jwLiWwExo6Tyh+6TmoT2UU2hy2ste3nFFqmWwOW1tuGXVx137YAurwn+nv/53RJ7DWr+VsXHQZAa/QRm99Rx8l33H9g99dPIndfuqR/393ZPWuv8rd1j+pvx0jvJTOdKXF3XDT3yoG8cwDhUXeBhVg/XDKmRfNYTVDw6j1UElPOQeKPe+PWnW5KOu45A3I8QvOGtrkDcjxqqVLwEgzw33Bj3m7/HSJQeEN8KiBkllb/04D6pA+Sa+kCnTq8hwS31pwmdYcBaS7iIqSF83E8SuIhdBeIeTvJG0wbAfgTWWg03HDe6XwaE8LgZQdAv9wrEPZKkXxoC+wVYazWSoF+GhfC4GUXQL48LxD2apF8aAfsFWGs1mqBfxoXwuBlL0C/PC8Q9jqRfGgP7BVhrNY6gX2aGBHQbQb/MEoh7Akm/XAfsF2Ct1QSCflkWwuNmIkG/vCYQ9ySSfrke2C/AWqtJBP2yNoTHzRSCfnlfIO6pJP3SBNgvwFqrqQT9siWEx80Mgn75QiDumST90hTYL8Baq5kE/XIghMfNHIJ++UYg7rkk/XIDsF+AtVZzCfrlZAiPmwUE/fKzQNwLSfrlRmC/AGutFhL0S+YpeNwsJuiXLAJxLyHpl2bAfgHWWi0h6Jf8ArhZStAvBQTiXkbSL82B/QKstVpG0C8lBXDzBkG/XC0Q93KSfkkC9guw1mo5Qb9UFsDNCoJ+qSIQ90qSfmkB7BdgrdVKgn5pLICbVQT9cp1A3KtJ+qUlsF+AtVarCfrlJgHcrCHol5sF4l5L0i+tgP0CrLVC5k//0vPojHFxFzvr6d9h0O/L1u811e+f0+8J0u9z0LNbPY/SHrv2DbUXovWdvrNqHtZnS6tpcVEPGjetcfUQ/TSPNkDc6Po8l/Hc76HpHLQRznNb4O+oZYgL5tNI2gp9GslN9tNIsEW6SeDTSG42/NNIdNw3E30aicRevZ9Gkh687xj8QNs/7dmd33ZODW/5B59wUtT136X16SXpne9Jf57vSfcX6/wnPuFEJzPelbhbpv355DX5E05uAR6Qt07D5/fWf5BPv/u+DXgrM/Tz7sQ+MaSdwG/xf0gQ9y0CcX9kuOrXcd8mEPfHAan+BH+PAuJSAWutpPKHrnN7QvXYXkg9drDqEVukDgLqsaPh6lHH3ZFIPUrs1arHs09cGg9qz+783u7U8A6rHv/9E0nU7R71eAeZerwDeEB2ElCPnQJQj8lWPf5rFXW7gJr4jCDuOwTiXk+gHpMF4t5Aoh6BuFTAWitk/jTpP5cx7k8Puj5obN4xzfw9dhaaccMbsguQEFkB1YUAUCnoPaI3qL3lFAHG2EzCGJ2Bt+tUYFNuJrhppArgpiuwYfSZNprwYOtKcLDdKcWU6cGAcktxv2t1Aza4RFGkmvIucLEl4i4rEPcXhh/Cugm7CcT9JclbhO8G9iOw1upLsNwTJLH/P6hCY/MuAhK7W/p27hfgoXDHJAg0+FeGN3hKampCcpfOKkNtXMzdgYcFMn9BTdmB8UdN2XvYKTu2SD0Epuw9DZ+y67h7Ck3ZIw9aWSBz2muaXFOA8pmaWCExAXkg3zPNXEKT+CXGu6bgiXy74XHrd2LcLRD3DhKF0hvY18Baqx0E/TJIADe7CfrlfoG495D0Sx9gvwBrrfYQ9MtwAdzsJ+iXpwTiPkDSL32B/QKstTpA0C8TBHDzHUG/vCgQ90GSfukH7BdgrdVBgn6ZK4CbQwT9Mk8g7sMk/dIf2C/AWqvDBP2yXAA3Rwj65U2BuI+S9MsAYL8Aa62OEvTLRwK4OUHQLx8LxH2SpF/uBfYLsNbqJEG/bBPAza8E/fKVQNy/kfTLfcB+AdZa/UbQLwcFcHOKoF++F4j7NEm/DAT2C7DW6jRBv/wmgJt0Rc3vl98F4k5flKNfBgH7BVhrld5w3Oh+yT4Vj5tMBP2SQyDuzCT9cj+wX4C1VpkJ+uUKAdxkI+iXggJxZyfplweA/QKstcpO0C+lBXCTi6BfygjEnZukXwYD+wVYa5WboF+qC+AmD0G/1BCIOy9JvzwI7BdgrVVegn5pKoCbfAT9coNA3PlJ+uUhYL8Aa63yE/TLrQK4uZygX24TiPsKkn55GNgvwForZP70J02Ocf2jRPp3GPT7svV7TfX75/R7gvT7HPTsVs+jtMeufUPthWh9p++smof12fLwtLioB42bIQK/ZSyxz0eQPlF4jbGuf5RI5+AR4Tw/CvxdrbR+UTOtPSf4e9SjQr/w+pj9hVdskR4T+IXXoYb/wquOe6jQL7xKfLyKxF41gN2Nkx68b/ux0tEfKz3MqeHjrlraj5W+wCeSKJ3MeFfiHp/255MX+NvX6DjU48AD8olp+Pw+8Q/y6XffTwJvZbH2sdLDBD6WpnBR8+N+XCDuKw1X/TruJwXiLhKQ6k/w9yggLhWw1koqf+g6DydUj8OF1ONTVj1ii/SUgHp82nD1qON+mkg9SuzVqsezT1waD2rP7vyOcGo40qrHf/9EEjXCox5HkqnHkcAD8hkB9fhMAOrxWase/7WKGiGgJooTqMeRAnFfRaAenxWIuwSJegTiUgFrrZD506Q/lvCfWhg5zfw9jhKaccMbcjSQEFkBNZoAUM+h94jeoPaWnxNgjFIkjDEKeLseA2zKUgQ3jTECuBkLbBh9po0hPNjGEhxs40w/2PTHfN8jANAy5h9s//v4cORHpj8PPNik8pceXGfkP2b1AjB/Er0idZiPBx8SEnE/LxB3OcPJWx/eLwjEXZ7kreUTgP0IrLUqD7YJxhD+Y1bjCS4/EwT2mOZG/QL9xQu5BFQ571oqqHcDvCj0boCX7LsBsEV6SeDdABMNfzeAjnui0LsBIo9kThN8PkG8E6B5CPtOgPZTBRgggxADXOg+1fn/2l2rSQ5uJ/+DdxUMivszHr3vKhgU9/fvKkhrnb99V8EFJ+FvUhQJbtK0cxtM7yTiPs/mUD8zAmQ0oyuC31pNq+H8xl2BxE+ekAF345oEJMOKJNJsMlCauXvF774SSfAH7BMFxIxKJHn/dIhQMYWEFNMUq5iwRZoioJimGq6YdNxTid4/LbHXv1NNfuvmVU2+P+JQSDVdELn/jbKJS+NBre2u1TQHD9NNV00M78We5lFgOqkD46Ifk9+LPR142M64INZOPe8TyeeMf5BPv/ueCcxBhf+rG/o/OFwu+Gb5N7dBjcNpAkO3agTvxZ4uEHd1gndIzRSIuwaJEgXiUgFrrWoQ4EbinEDyuRs36H3Omsaxz9lAp0pfKMe5PmdM52D2tLg4yf3PAfJ4UE7HHCGnY651OrBFmivgdMwz3OnQcc8jmw3PE5wNC2E2sN/Cnu/UcsE/UP5F4/5cI6/yLxon9FvY6CREgtMJiHcFu2Ba3J8etJU1H9jkC0huEgsJmXihEBO/bJkYW6SXBZh4keFMrONeRMbEiywTu58oJl7s1HJJrDLxYg8TLwmAiRcDm3wJ+Lf6xhH+Vt+Saebv8RWhGxP8yvQq0HxhBdSrBIBait4jeoNabywVcFvrkLj0rwBP+WXApqwD/lWo0YQNvoygwV+TYgz02Pp1IDifjMeNo4bHc7wx8g1Ck+INIZNiuTUpsEVaLmBSvGm4SaHjfpPMpHiTz6RQkmu79/+WU8sVsWpSvOUxKVYEYFK8BWzyFdNkQIdm4pWETLxSiInftkyMLdLbAkz8juFMrON+h4yJ37FMHLW2e/+rnFqujlUmXuVh4tUBMPEqYJOvtu6uAuZAbI/vsowL3rOAUu8RAGqN6eMCrTfWCIwL6pGMC94FnvJrgU1Zz44L1FqCBn+fZVzwARCcI+Jx44KRJOOCDwlNig+FTIqPrEmBLdJHAibFx4abFDruj8lMio/5TIoKgmtHmRSfOLX8NFZNik88JsWnAZgUnwCb/NNpMqBDM/E6QiZeJ8TEn1kmxhbpMwEmXm84E+u415Mx8XrLxO4niok3OLXcGKtMvMHDxBsDYOINwCbfCGRiVncXmAOxPW5iGRd8bscF6nMCQG02fVyg9cZmgXFBA5JxwSbgKb8F2JQN7LhAbSFo8C9YxgVfAsE5Kh43LhhNMi7YSmhSbBUyKbZZkwJbpG0CJsVXhpsUOu6vyEyKr/hMioqCa0eZFF87tdweqybF1x6TYnsAJsXXwCbfPk0GdGgm3kHIxDuEmHinZWJskXYKMPEuw5lYx72LjIl3WSZ2P1FMvNup5Z5YZeLdHibeEwAT7wY2+R4gE7O6u8AciO1xL8u4YJ8dF6h9BIDab/q4QOuN/QLjgkYk44K9wFP+ALApG9lxgTpA0ODfsIwLvgWCc2w8blwwjmRc8B2hSfGdkElx0JoU2CIdFDApvjfcpNBxf09mUnzPZ1IkCq4dZVL84NTyUKyaFD94TIpDAZgUPwCb/NA0GdChmfgwIRMfFmLiHy0TY4v0owAT/2Q4E+u4fyJj4p8sE7ufKCY+4tTyaKwy8REPEx8NgImPAJv8KJCJWd1dYA7E9niMZVxw3I4L1HECQJ0wfVyg9cYJgXHBdSTjgmPAU/4ksCmvs+MCdZKgwX9mGRf8AgTn+HjcuGACybjgV0KT4lchk+I3a1Jgi/SbgEnxu+EmhY77dzKT4nc+k6KS4NpRJsUfTi1PxapJ8YfHpDgVgEnxB7DJT02TAR2aiU8TMvFpISY+Y5kYW6QzAkwcN91sJtZx6z2CayTKxO6cJvh8/mtMnM6pZXpXTWOKiXUC4l3BuhPh3VDkZ/ttzHTAJk+PA3clVncXmAOxPWYQ2GOaG/ULqIy4jdKOCzISACoTeo/oDWq9oTeJBmgTknFBBuApnxnYlE3suEBlJmjwLFKMgR4XZAWCc2I8blwwiWRckA14UARlUmQDgtO93+yu67c1KXyuqYuUfTp+3RyGmxQ67hxkJkUOPpOisuDaUSZFTqeWuWLVpMjpMSlyBWBS5AQ2ea7pMqBDM3FuQibOLcTEF1kmxhbpIgEmvthwJtZxX0zGxBdbJnY/UUycx6ll3lhl4jweJs4bABPnATZ5XiATs7q7wByI7fESlnHBpXZcoC4lAFQ+08cFWm/kExgX3EAyLrgEeMrnBzblDXZcoPITNHgBlnHBZUBwTonHjQumkowLLic0KS4XMimusCYFtkhXCJgUBQ03KXTcBclMioJ8JkUVwbWjTIpCTi0Lx6pJUchjUhQOwKQoBGzywtNlQIdm4isJmfhKISYuYpkYW6QiAkwcbzgT67jjyZg43jKx+4li4qJOLYvFKhMX9TBxsQCYuCiwyYsBmZjV3QXmQGyPxVnGBVfZcYG6igBQJUwfF2i9UUJgXNCMZFxQHHjKlwQ2ZTM7LlAlCRr8apZxwTVAcM6Ix40LZpKMC0oRmhSlhEyK0takwBaptIBJUcZwk0LHXYbMpCjDZ1JUFVw7yqQo69SyXKyaFGU9JkW5AEyKssAmLzddBnRoJi5PyMTlhZj4WsvE2CJdK8DECYYzsY47gYyJEywTu58oJlZOLSvEKhMrDxNXCICJFbDJKwCZmNXdBeZAbI8VWcYFiXZcoBIJAFXJ9HGB1huVBMYFSSTjgorAU74ysCmT7LhAVSZo8Cos44KqQHDOiceNC+aSjAuqEZoU1YRMiurWpMAWqbqASVHDcJNCx12DzKSowWdSVBNcO8qkqOnUslasmhQ1PSZFrQBMiprAJq81XQZ0aCauTcjEtYWYuI5lYmyR6ggwcV3Dmfh/4CRj4rqWid1PFBPXc2pZP1aZuJ6HiesHwMT1gE1eH8jErO4uMAdie2zAMi5oaMcFqiEBoBqZPi7QeqORwLigJcm4oAHwlG8MbMqWdlygGhM0+HUs44LrgeBcEI8bFywkGRc0ITQpmgiZFE2tSYEtUlMBk+IGw00KHfcNZCbFDXwmRSfBtaNMihudWjaLVZPiRo9J0SwAk+JGYJM3my4DOjQTNydk4uZCTJxkmRhbpCQBJm5hOBPruFuQMXELy8TuJ4qJWzq1bBWrTNzSw8StAmDilsAmbwVkYlZ3F5gDsT22ZhkXtLHjAtWGAFBtTR8XaL3RVmBc0JpkXNAaeMrfBGzK1nZcoG4iaPCbWcYF7YDgXByPGxcsIRkX3EJoUtwiZFLcak0KbJFuFTApbjPcpNBx30ZmUtzGZ1IkC64dZVK0d2rZIVZNivYek6JDACZFe2CTd5guAzo0E3ckZOKOQkx8u2VibJFuF2DiOwxnYh33HWRMfIdlYvcTxcSdnFomxyoTd/IwcXIATNwJ2OTJQCZmdXeBORDbY2eWcUEXOy5QXQgAlWL6uEDrjRSBcUFbknFBZ+ApnwpsyrZ2XKBSCRq8K8u44E4gOJfG48YFy0jGBd0ITYpuQibFXdakwBbpLgGT4m7DTQod991kJsXdfCZFZ8G1o0yK7k4te8SqSdHdY1L0CMCk6A5s8h7TZUCHZuKehEzcU4iJe1kmxhaplwAT32M4E+u47yFj4nssE7ufKCbu7dSyT6wycW8PE/cJgIl7A5u8D5CJWd1dYA7E9tiXZVzQz44LVD8CQPU3fVyg9UZ/gXHBzSTjgr7AU34AsClvtuMCNYCgwe9lGRfcBwTnG/G4ccFyknHBQEKTYqCQSTHImhTYIg0SMCnuN9yk0HHfT2ZS3M9nUnQRXDvKpHjAqeXgWDUpHvCYFIMDMCkeADb54OkyoEMz8YOETPygEBM/ZJkYW6SHBJj4YcOZWMf9MBkTP2yZ2P1EMfEQp5aPxCoTD/Ew8SMBMPEQYJM/AmRiVncXmAOxPT7KMi54zI4L1GMEgBpq+rhA642hAuOCW0jGBY8CT/lhwKa8xY4L1DCCBn+cZVzwBBCcK+Jx44KVJOOCJwlNiieFTIrh1qTAFmm4gEnxlOEmhY77KTKT4ik+kyJFcO0ok+Jpp5YjYtWkeNpjUowIwKR4GtjkI6bLgA7NxCMJmXikEBM/Y5kYW6RnBJj4WcOZWMf9LBkTP2uZ2P1EMfEop5ajY5WJR3mYeHQATDwK2OSjgUzM6u4CcyC2x+dYxgVj7LhAjSEA1FjTxwVab4wVGBfcRjIueA54yo8DNuVtdlygxhE0+PMs44IXgOBcFY8bF6wmGReMJzQpxguZFBOsSYEt0gQBk+JFw00KHfeLZCbFi3wmRarg2lEmxUtOLSfGqknxksekmBiASfESsMknTpcBHZqJJxEy8SQhJp5smRhbpMkCTBwynIl13CEyJg5ZJnY/UUw8xanl1Fhl4ikeJp4aABNPATb5VCATs7q7wByI7XEay7hguh0XqOkEgJph+rhA640ZAuOCDiTjgmnAU34msCk72HGBmknQ4LNYxgWzgeBcE48bF6yND+ag8Ju/OcD83Q/M3wPAtSTzN/e/nz/RcdU8oYMGvc/5wDprjft8xnPSTudgvkf6ofe/gNCMXCBkRi60ZiS2SAsFzMiXDTcjddwvk5mRL/OZkQmCa0eZkYucWi6OVTNykceMXByAGbkI2OSLSW4SSwiZeIkQE79imRhbpFcEmPhVw5lYx/0qGRO/apnY/UQx8VKnlstilYmXeph4WQBMvBTY5MuA4NZFfp7Q5F023fw9vsYyFnwdPBZkBNTrBIB6w/SxoNYbbwiMBW8nGQu+BjzllwOb8nbwWHAMYYMvJ2jwN1nGgm8Bwbk9HjeW2UEylllBaFKsEDIpVlqTAluklQImxduGmxQ67rfJTIq3+UwKJbm2e//vOLVcFasmxTsek2JVACbFO8AmXzVdBnRoJl5NyMSrhZj4XcvE2CK9K8DE7xnOxDru98iY+D3LxFFru/e/xqnl2lhl4jUeJl4bABOvATb5WuvuKmAOxPb4Psu44AMLKPUBAaA+NH1coPXGhwLjgk4k44L3gaf8R8Cm7GTHBeojggb/mGVc8AkQnLvjceOCPSTjgk8JTYpPhUyKddakwBZpnYBJ8ZnhJoWO+zMyk+IzPpOiguDaUSbFeqeWG2LVpFjvMSk2BGBSrAc2+YbpMqBDM/FGQibeKMTEmywTY4u0SYCJPzeciXXcn5Mx8eeWid1PFBNvdmq5JVaZeLOHibcEwMSbgU2+BcjErO4uMAdie/yCZVzwpR0XqC8JALXV9HGB1htbBcYFnUnGBV8AT/ltwKbsbMcFahtBg3/FMi74GgjO/fG4ccEBknHBdkKTYruQSbHDmhTYIu0QMCl2Gm5S6Lh3kpkUO/lMioqCa0eZFLucWu6OVZNil8ek2B2ASbEL2OS7p8uADs3EewiZeI8QE++1TIwt0l4BJt5nOBPruPeRMfE+y8TuJ4qJ9zu1PBCrTLzfw8QHAmDi/cAmPwBkYlZ3F5gDsT1+wzIu+NaOC9S3BID6zvRxgdYb3wmMC1JIxgXfAE/5g8CmTLHjAnWQoMG/ZxkX/AAE53fxuHHBQZJxwSFCk+KQkElx2JoU2CIdFjApfjTcpNBx/0hmUvzIZ1IkCq4dZVL85NTySKyaFD95TIojAZgUPwGb/Mh0GdChmfgoIRMfFWLiY5aJsUU6JsDExw1nYh33cTImPm6Z2P1EMfEJp5YnY5WJT3iY+GQATHwC2OQngUzM6u4CcyC2x59ZxgW/2HGB+oUAUL+aPi7QeuNXgXFBV5Jxwc/AU/43YFN2teMC9RtBg//OMi74AwjOQ/G4ccFhknHBKUKT4pSQSXHamhTYIp0WMCnOGG5S6LjPkJkUZ/hMikqCa0eZFHEznJzPOPdHMWVS6ATEu4J1J8K7ocjP9t2YM3BrpZshAzo0E6efwcfE6WfIMHEGF8YsE/tcUxdJJxS9bkYgYKXizjgDXiNRJs44wzKx64li4kxOLTPHKhNn8jBx5gCYOBOwyTMDmZjV3QXmQGyPWQT2mOZG/QIq6wzgyUsKqKwEgMqG3iP8zhfeYLYZeIB2IxkXZAGe8tmBTdnNjgtUdoIGzyHFGOhxQU4gOI/E48YFR0nGBbkITYpcQiZFbmtSYIuUW8CkuMhwk0LHfRGZSXERn0lRWXDtKJPiYqeWeWLVpLjYY1LkCcCkuBjY5HlmyIAOzcR5CZk4rxATX2KZGFukSwSY+FLDmVjHfSkZE19qmdj9RDFxPqeW+WOVifN5mDh/AEycD9jk+YFMzOruAnMgtscCLOOCy+y4QF1GAKjLTR8XaL1xucC44G6ScUEB4Cl/BbAp77bjAnUFQYMXZBkXFAKC80Q8blxwkmRcUJjQpCgsZFJcaU0KbJGuFDApihhuUui4i5CZFEX4TIoqgmtHmRTxTi2LxqpJEe8xKYoGYFLEA5u86AwZ0KGZuBghExcTYuLilomxRSouwMRXGc7EOu6ryJj4KsvE7ieKiUs4tSwZq0xcwsPEJQNg4hLAJi8JZGJWdxeYA7E9Xs0yLrjGjgvUNQSAKmX6uEDrjVIC44IeJOOCq4GnfGlgU/aw4wJVmqDBy7CMC8oCwflrPG5c8BvJuKAcoUlRTsikKG9NCmyRyguYFNcablLouK8lMymu5TMpqgquHWVSJDi1VLFqUiR4TAoVgEmRAGxyNUMGdGgmrkDIxBWEmLiiZWJskSoKMHGi4Uys404kY+JEy8TuJ4qJKzm1rByrTFzJw8SVA2DiSsAmrwxkYlZ3F5gDsT1WYRkXVLXjAlWVAFDVTB8XaL1RTWBc0ItkXFAFeMpXBzZlLzsuUNUJGrwGy7igJhCcp+Jx44LTJOOCWoQmRS0hk6K2NSmwRaotYFLUMdyk0HHXITMp6vCZFNUE144yKeo6tawXqyZFXY9JUS8Ak6IusMnrzZABHZqJ6xMycX0hJm5gmRhbpAYCTNzQcCbWcTckY+KGlondTxQTN3Jq2ThWmbiRh4kbB8DEjYBN3hjIxKzuLjAHYnu8jmVccL0dF6jrCQDVxPRxgdYbTQTGBb1JxgXXAU/5psCm7G3HBaopQYPfwDIuuBEIznQ4cKr0RTnGBc0ITYpmQiZFc2tSYIvUXMCkSDLcpNBxJ5GZFEl8JkUnwbWjTIoWTi1bxqpJ0cJjUrQMwKRoAWzyljNkQIdm4laETNxKiIlbWybGFqm1ABO3MZyJddxtyJi4jWVi9xPFxG2dWt4Uq0zc1sPENwXAxG2BTX4TkIlZ3V1gDsT2eDPLuKCdHReodgSAusX0cYHWG7cIjAv6kowLbgae8rcCm7KvHReoWwka/DaWcUF7IDgzAccFmUnGBR0ITYoOQiZFR2tSYIvUUcCkuN1wk0LHfTuZSXE7n0mRLLh2lElxh1PLTrFqUtzhMSk6BWBS3AFs8k4zZECHZuJkQiZOFmLizpaJsUXqLMDEXQxnYh13FzIm7mKZ2P1EMXGKU8vUWGXiFA8TpwbAxCnAJk8FMjGruwvMgdgeu7KMC+604wJ1JwGgupk+LtB6o5vAuKA/ybigK/CUvwvYlP3tuEDdRdDgd7OMC7oDwZkNOC7ITjIu6EFoUvQQMil6WpMCW6SeAiZFL8NNCh13LzKTohefSdFZcO0ok+Iep5a9Y9WkuMdjUvQOwKS4B9jkvWfIgA7NxH0ImbiPEBP3tUyMLVJfASbuZzgT67j7kTFxP8vE7ieKifs7tRwQq0zc38PEAwJg4v7AJh8AZGJWdxeYA7E93ssyLrjPjgvUfQSAGmj6uEDrjYEC44J7ScYF9wJP+UHAprzXjgvUIIIGv59lXPAAEJy5gOOC3CTjgsGEJsVgIZPiQWtSYIv0oIBJ8ZDhJoWO+yEyk+IhPpOii+DaUSbFw04th8SqSfGwx6QYEoBJ8TCwyYfMkAEdmokfIWTiR4SY+FHLxNgiPSrAxI8ZzsQ67sfImPgxy8TuJ4qJhzq1HBarTDzUw8TDAmDiocAmHwZkYlZ3F5gDsT0+zjIueMKOC9QTBIB60vRxgdYbTwqMCwaSjAseB57yw4FNOdCOC9RwggZ/imVc8DQQnHmA44K8JOOCEYQmxQghk2KkNSmwRRopYFI8Y7hJoeN+hsykeIbPpEgRXDvKpHjWqeWoWDUpnvWYFKMCMCmeBTb5qBkyoEMz8WhCJh4txMTPWSbGFuk5ASYeYzgT67jHkDHxGMvE7ieKicc6tRwXq0w81sPE4wJg4rHAJh8HZGJWdxeYA7E9Ps8yLnjBjgvUCwSAGm/6uEDrjfEC44L7ScYFzwNP+QnAprzfjgvUBIIGf5FlXPASEJz5gOOC/CTjgomEJsVEIZNikjUpsEWaJGBSTDbcpNBxTyYzKSbzmRSpgmtHmRQhp5ZTYtWkCHlMiikBmBQhYJNPmSEDOjQTTyVk4qlCTDzNMjG2SNMEmHi64Uys455OxsTTLRO7nygmnuHUcmasMvEMDxPPDICJZwCbfCaQiVndXWAOxPY4i2VcMNuOC9RsAkDNMX1coPXGHIFxwWCSccEs4Ck/F9iUg+24QM0laPB5LOOC+UBwXg4cF1wR0EHhN38LgPlTwPxVAOZPN0dmV+6mhl+cDn+d5nyd7nzVz8JwPl52iEP/N5Hr9yzne/TfR753Ufj1Ytf3/pP1l4S//5XzrL/Etf6r4ddL0/jeGc73vup8rz4Dl4Vfv3aBe3k9/P1vnGcvr7v2sjz8+s3z7GW5ay9vhV+vSON7Zzrf+5bzvXqPK8Ov33ZkD/oQ61P3bF7Ql4CHwL2NjntQ3bN5Rcf9MMmZ9g7wTAPWWj1sOG5mZzh7pqFx86jhcd8TXugdgbgfIxELpb/EreWute8PwiDJX1lg/h4D5m8YyXm9CnheAzGjkPkLaoAHzGXUAG+1HeBhi7RaYID3ruEDPB33u8IDPPThXslQcnyKhBwrG0qOT5OQ43tAcgRiRj1NSI7vCZHjGkuO2CKtESDHtYaTo457rRA5oveaL+kskaMV8/szYjPuZ4QdEr/707h8XyDuZ0kuMWuBJPwM8BIziuQS8wEwf0DMqFEk+GtgqAgZS5K/hoaKkHEk/fshsH+BmFHjCEXIh0Ii5CMrQrBF+khAhHxsuAjRcX9MIkIKhS/jHwhcSscbPq4sliRzGZ9AQkafAMkIWGs1wXARp/v6EwHcTCS5BH4shBu/+ZtEkj8gvtVEYP4mk5xbnwLxB8SMmkyCv7aGiuBpJPm7yVARPJ2kf9cB+xeIGTWdUASvExLBn1kRjC3SZwIieL3hIljHvZ5EBJcMi8FPBS71swwXwWWTZMTMbBIy2gAkI2Ct1WzDRbDu6w0CuJlHcglcL4Qb37/HR5I/IL7VPGD+FpCcWxuB+ANiRi0gwV9XQ0XwYpL83WmoCF5C0r+bgP0LxIxaQiiCNwmJ4M+tCMYW6XMBEbzZcBGs495MIoITwmJwo8ClfqnhIrhykoyYWUZCRluAZASstVpmuAjWfb1FADdvkFwCNwvhxm/+lpPkD4hv9QYwf2+SnFtfAPEHxIx6kwR/Aw0VwW+T5G+QoSL4HZL+/RLYv0DMqHcIRfCXQiJ4qxXB2CJtFRDB2wwXwTrubSQiuHpYDH4hcKl/13ARXDdJRsy8R0JGXwHJCFhr9Z7hIlj39VcSv8NMcgncJoQb378rSpI/IL7V+8D8fUhybn0NxB8QM+pDEvw9ZagI/pQkf08bKoLXkfTvdmD/AjGj1hGK4O1CIniHFcHYIu0QEME7DRfBOu6dJCK4YVgMfi1wqd9guAhumiQjZjaSkNEuIBkBa602Gi6CdV/vEsDNZpJL4E4h3Ph+ZwNJ/oD4VpuB+fuC5NzaDcQfEDPqCxL8TTRUBH9Fkr9Jhorgr0n6dw+wf4GYUV8TiuA9QiJ4rxXB2CLtFRDB+wwXwTrufSQiuHlYDO4WuNTvNFwEt0mSETO7SMhoP5CMgLVWuwwXwbqv9wvgZi/JJXCfEG5814Ukf0B8q73A/O0nObcOAPEHxIzaT4K/lw0Vwd+R5G+RoSL4IEn/fgPsXyBm1EFCEfyNkAj+1opgbJG+FRDB3xkugnXc35GI4HZhMXhA4FJ/yHAR3DFJRswcJiGjg0AyAtZaHTZcBOu+PiiAmyMkl8DvhHDjN39HSfIHxLc6AszfMZJz63sg/oCYUcdI8LfKUBH8M0n+Vhsqgn8h6d8fgP0LxIz6hVAE/yAkgg9ZEYwt0iEBEXzYcBGs4z5MIoKTw2Lwe4FL/e+Gi+A7k2TEzB8kZPQjkIyAtVZ/GC6CdV//KICbMywiTgg3vs/xYhz5A+JbnQHmL10xjnPrJyD+gJhR6Ujwt8lQEZyJJH+fGyqCM5P07xFg/wIxo5D5C0oEHxESwUetCMYW6aiACD5muAjWcR8jEcHdw2LwJ4FLfbZiZovgPkkyYiY7CRkdB5IRsNYqezGzRbDu6+MCuMlFcgk8JoQbv/nLTZI/IL5VLmD+LiI5t04A8QfEjLqIBH/7DRXBl5Dk74ChIvhSkv49CexfIGbUpYQi+KSQCP7ZimBskX4WEMG/GC6Cddy/kIjgAWExeELgUl/AcBH8QJKMmLmMhIx+BZIRsNbqMsNFsO7rXwVwU5DkEviLEG785q8QSf6A+FYFgfkrTHJu/QbEHxAzqjAJ/n42VAQXZTn/DBXBxUj693dg/wIxo4oRiuDfhUTwH1YEY4v0h4AIPmW4CNZxnyIRwQ+HxeBvApf6EoaL4GFJMmKmJAkZnQaSEbDWqqThIlj39WkB3JQiuQSeEsKN3/yVJskfEN+qFDB/ZUjOrTNA/AExo8qQ4C/bVjNF8LUs7+TYaqYITiDp37iZuPwBMaMSCEUwMJdRIjjdzHOvrQj2u+bMswlFr5t+ptkiWMedfia8RiJ7HR4Wg2cELvUVDRfBzybJiJlEEjLKACQjYK1VouEiWPd1hpn4dauQXALTC+HGb/6qkuQPiG9VBZi/aiTnVkYg/oCYUdVI8FfQUBFciyR/hQwVwbVJ+jcTsH+BmFG1CUVwJiERnNmKYGyRMguI4CyGi2AddxYSETwmLAYzClzq6xkugickyYiZ+iRklBVIRsBaq/qGi2Dd11kFcNOI5BKYRQg3fvPXmCR/QHyrRsD8XUdybmUD4g+IGXUdCf7KGSqCbyDJX3lDRfCNJP2bHdi/QMyoGwlFcHYhEZzDimBskXIIiOCchotgHXdOEhE8KSwGswlc6pMMF8HTk2TETAsSMsoFJCNgrVULw0Ww7utcArhpTXIJzCmEG7/5a0OSPyC+VWtg/tqSnFu5gfgDYka1JcFfHUNF8C0k+atrqAi+laR/LwL2LxAz6lZCEXyRkAi+2IpgbJEuFhDBeQwXwTruPCQieHZYDOYWuNR3MFwEL0ySETMdScgoL5CMgLVWHQ0Xwbqv8wrgphPJJTCPEG785i+ZJH9AfKtOwPx1Jjm3LgHiD4gZ1ZkEfy0NFcFdSfLXylARfCdJ/14K7F8gZtSdhCL4UiERnM+KYGyR8gmI4PyGi2Add34SEbwkLAYvEbjU3224CH49SUbMdCchowJAMgLWWnU3XATrvi4ggJteJJfA/EK48Zu/e0jyB8S36gXMX2+Sc+syIP6AmFG9SfDX2VAR3J8kf10MFcEDSPr3cmD/AjGjBhCK4MuFRPAVVgRji3SFgAguaLgI1nEXJBHBb4XF4GUCl/qBhovg1UkyYmYQCRkVApIRsNZqkOEiWPd1IQHcDGb5YB0h3PjN34Mk+QPiWw0G5u8hknOrMBB/QMyoh0jw199QEfwoSf4GGCqCHyPp3yuB/QvEjHqMUARfKSSCi1gRjC1SEQERHG+4CNZxx5OI4LVhMVhY4FL/uOEi+JMkGTHzBAkZFQWSEbDW6gnDRbDu66ICuHmK5BIYL4Qbv/l7miR/QHyrp4D5G0FybhUD4g+IGTWCBH+PGyqCR7H0r6EieDRJ/xYH9i8QM2o0oQguLiSCr7IiGFukqwREcAnDRbCOuwSJCF4fFoPFBC71Yw0XwVuSZMTMOBIyKgkkI2Ct1TjDRbDu65ICuBlPcgksIYQbv/mbQJI/IL7VeGD+XiQ5t64G4g+IGfUiCf7GGyqCJ5Pkb4KhIjhE0r/XAPsXiBkVIhTB1wiJ4FJWBGOLVEpABJc2XATruEuTiOBtYTF4tcClfprhInhXkoyYmU5CRmWAZASstZpuuAjWfV1GADezSC6BpYVw4zd/s0nyB8S3mgXM3xySc6ssEH9AzKg5JPibZ6gIXkCSv/mGiuCFJP1bDti/QMyohYQiuJyQCC5vRTC2SOUFRPC1hotgHfe1JCJ4X1gMlhW41C82XAQfTJIRM0tIyCgBSEbAWqslhotg3dcJArhZSnIJvFYIN37zt4wkf0B8q6XA/L1Gcm4pIP6AmFGvkeBvhaEi+E2S/K00VAS/RdK/FYD9C8SMeotQBFcQEsEVrQjGFqmigAhONFwE67gTSUTw4bAYVAKX+rcNF8HHk2TEzDskZFQJSEbAWqt3DBfBuq8rCeDmXZJLYKIQbvzm7z2S/AHxrd4F5m8NyblVGYg/IGbUGhL8fWaoCP6QJH/rDRXBH5H0bxVg/wIxoz4iFMFVhERwVSuCsUWqKiCCqxkugnXc1UhE8C9hMVhZ4FL/qeEi+HSSjJhZR0JG1YFkBKy1Wme4CNZ9XV0ANxtILoHVhHDjN38bSfIHxLfaAMzfJpJzqwYQf0DMqE0k+NttqAj+giR/ewwVwV+S9G9NYP8CMaO+JBTBNYVEcC0rgrFFqiUggmsbLoJ13LVJRHD6FnFxNQQu9V8ZLoKztpARM1+TkFEdIBkBa62+NlwE676uI4CbnSSXwNpCuPGbv10k+QPiW+0E5m83yblVF4g/IGbUbhL8HTNUBO8nyd9xQ0XwAZL+rQfsXyBm1AFCEVxPSATXtyIYW6T6AiK4geEiWMfdgEQE5wyLwboCl/rvDBfBeVvIiJmDJGTUEEhGwFqrg4aLYN3XDQVwc4jkEthACDd+83eYJH9AfKtDwPz9SHJuNQLiD4gZ9SMJ/jJtM1MEHyPJX+ZtZorg4yT92xjYv0DMqOOEIrixkAi+zopgbJGuExDB1xsugnXc15OI4PxhMdhI4FL/s+EiuFALGTHzCwkZNQGSEbDW6hfDRbDu6yYCuPmd5BJ4vRBu/ObvD5L8AfGtfgfm7xTJudUUiD8gZtQpEvwVMFQEpyvOkb/LDBXB6Ytz9O8NwP4FYkYh8xeUCL5BSATfaEUwtkg3CojgZoaLYB13MxIRHB8Wg00FLvWZipstgku2kBEzmUnIqDmQjIC1VpmLmy2CdV83F8BNNpJLYDMh3PjNX3aS/AHxrbIB85eD5NxKAuIPiBmVgwR/pQwVwReR5K+0oSL4YpL+bQHsXyBm1MWEIriFkAhuaUUwtkgtBURwK8NFsI67FYkILh0Wg0kCl/pLDBfBCS1kxMylJGTUGkhGwFqrSw0XwbqvWwvgpgDJJbCVEG785u8ykvwB8a0KAPN3Ocm51QaIPyBm1OUk+KthqAguTJK/moaK4CtJ+rctsH+BmFFXEorgtkIi+CYrgrFFuklABN9suAjWcd9MIoITw2KwjcClvqjhIrh6CxkxU4yEjNoByQhYa1XMcBGs+7qdAG5KkFwCbxbCjd/8lSTJHxDfqgQwf1eTnFu3APEHxIy6mgR/zQwVwWVI8tfcUBFclqR/bwX2LxAzqiyhCL5VSATfZkUwtki3CYjg9oaLYB13exIRXDssBm8RuNRfa7gIbthCRswkkJBRByAZAWutEgwXwbqvOwjgpiLJJbC9EG58//vNJPkD4ltVBOavEsm51RGIPyBmVCXD+e76MN91FDi3qhked/MWMud1dZJ+uR3YL8Baq+qG42ZKuBC3C+BGr4uKW+8tswszU8MvToe/TnO+Tne+6ueOcCydnHj0fxMRtbOc79F/H/ne5PDrzq7v/Sfrdwl/f8p51u/iWj81/LprGt87w/neVOd7tQC/M/y62wXu5a7w9999nr3c5dpL9/DrHufZS3fXXnqGX/dK43tnOt/b0/levcd7wq97OxoQjc0+dc/mBY3NWob35KC6Z/MK/xdfSM7yPsCzHFhrVZvQQJwGPocje4zUvG+4Vv3C/+vv8oFyOV+zxUWbivrJ7HpdF7QvAZMyIZNrr9lce47Ek9v5+4zYn1sxmyu3ca58x6WRtzjXz88a/l9O53XXlH4t+id379b5hpSBadUsQxrrpnfFmsnzfe46Rv4ui/u/l7iUgNb60+Whr0Ne/Zyv/Z2vF4X/NyD8+t6/IDPEhUg3I3rdegQXzAECZFZfiMzSg+MH1kfVBxOQ93CWqH9f4ARLcp/9gPt05/U+5zwZ6CLIAs5X92GfzvVnzKSZ1RVH5HGTS+RnRuKOEGkm7F4q6J+VMS76OR+RRn6+h0hbp3Tuk9LPQ6TeiWn6NGJ1x6jjy4KNLyGy18gT2VPk52SPO4ebrK59ZMPuQ0V+lncf2Vz7yOp6Hfm77K49Rf4sh2e/7l5w/7eRvOZwxUxzGdGB3OdcOgY6XweFv94/U27/fQUIuJHhEywd9yCBuBuTXDyA9VGNCS6Z/QRq3YQA4/cLxN2UBOPA+qimhmN8doazjjX8g88Mj/ue8EJ9BOJuTuKGPgB0Q4G1Vsj8eU2aB5x7kfeepJ/B4dcPXuCk5KHw9z98nknJQ671h4RfPzLz7LpBCOTBYIEsce4Mwb67MTWxQmKC7mtU3G5h96hLaEcEwn9RaGdxxRF53O60FlGXOP+/Z69+3VIHNu/fvXu31G4pXZr36pfiTlla7wBOS8e6zeGMaaSRzhyW2t+jQu+K/auc+uWYx/79O40TPGupoCZbjwm9NX6ofWs8tkhDZ+LXHWb4W+N13MMCPgQS/D1ROU3w+XgvT2jhNz78A+ZMx613b+24uLnTZevlc23l/QN3fh93sPaEC3OZXDiJfK8+0M7E/RlD6Vyv0zvfk/4835PuL9b5q8uI2KEVCU4nYKUr2CdmRtv77g2hfvbjwEPoyfOsVbVKSnJqlcSKnRISU5PD61ROTanYqUI1lVq1Ynj5iokquVNKQpfE5CqVEytXTa0S2HtLnhRi4OGWgbFFGi7AwE8ZzsA67qcC+uU0v/E/4ewVvW5LQ39ZxLtPJJaeBtplLcEWlz7E9P7qOWuiMR+5FaFx1Npwizhye0PH3cZMi/hPkht5EXkCuFZbkl9WA+JbATGjpPKH7pMRhPbRCKHL60h7ecUWaaTA5fUZwy+vOu5nArq8Jvh7/ud3S+w1qPnbEz4OgtToJzC751kn36P+gd1TP43cee2e+nF/b/ektc7f2j2mvxkvvZPMdK7EjXLd0CMP+sYBjEONAh5mo3HNkBrJ52hBxaPz+ISAcr7FrDd+/emWpON+ViDuWwne8DZKIO7bDFUqXoJBnhu3AD9Woz2J0gPiWwExo9oH9IZLv3V+Fsg1zwGdOr2GBLc8N1PmDEPWWsJFfG0aPu5OBC7i6wJxJ5O80XQMsB+BtVbJhuNG98v7ArhJIeiXDwTiTiXpl7HAfgHWWqUS9MsXArjpRtAvXwrEfRdJv4wD9guw1uougn75RgA3PQj65VuBuHuS9MvzwH4B1lr1JOiXnwVw05ugX34RiLsPSb+8AOwXYK1VH4J+ySLw7pn+BP2SVSDuAST9Mh7YL8BaqwEE/VJAADcDCfrlMoG4B5H0ywRgvwBrrQYR9MvVArgZTNAv1wjE/SBJv7wI7BdgrdWDBP1SRQA3Qwj6papA3I+Q9MtLwH4B1lo9QtAv1wngZihBv1wvEPcwkn6ZCOwXYK3VMIJ+uVkAN08S9Es7gbiHk/TLJGC/AGuthhP0S1cB3Iwg6Jc7BeIeSdIvk4H9Aqy1GknQL/cK4GYUQb/cJxD3aJJ+CQH7BVhrNZqgXx4XwM1Ygn55QiDucST9MgXYL8Baq3EE/fK8AG7GE/TLCwJxTyDpl6nAfgHWWk0g6JdZAriZSNAvswXinkTSL9OA/QKstULmT//S86KMcXEXO+vp32HQ78vW7zXV75/T7wnS73PQs1s9j9Ieu/YNtRei9Z2+s2oe1mfLtJlxUQ8aN9PBH/Qstc8ZQNzo+izOeO730HQOZgjneSbwd9SC+jSSmUKfRjLLfhoJtkizBD6NZLbhn0ai455N9GkkEnu1H2h79olL40Ht2Z3fOU4N5/6DTzgp6vrv/uoTTorG/f0nnKS1zn/iE050MuNdiZs7888nr8mfcDIXeEDOm4nP77x/kE+/+54PvJUZ+nl3Yp8YMkfit/gJ4p4rEPdUgn8Kbr5A3NNIPuEEiEsFrLWSyh+6zgsI1eMCIfW40KpHbJEWCqjHlw1Xjzrul4nU48tWPdKrx0VODRdb9fjvn0iiFnnU42Iy9bgYeEAuEVCPSwJQj69Y9fivVdQiATUxiyDuxQJxzyZQj68IxD2HRD0CcamAtVbI/GnSX5wx7k8Puj5obC6eaf4eXxWaccMbcimQEFkBtZQAUMvQe0RvUHvLywQYYwEJY7wKvF2/BmzKBQQ3jdcEcPM6sGH0mbaI8GB7neBge0OKKdODAeWW4n7XWk7wkd8STfkmuNgScQ8WiPtlww9h3YTLBeJeRPIW4beA/QistVoElnuCJPb/B1VobL5JQGJvSd/OfftN4Y4ZItDgrxje4CmpqQnJXTqre+riYl4BPCyQ+Qtqyr4C7P1HnpV2yo4t0kqBKfvbhk/ZddxvC03ZIw9aWSBz+s5MuaYA5TM1sUJiAvJAXjXTXEKT+CXGNwV+mW8pwS8xviUQ9zIShbIa2NfAWqtlBP3ysQBu3iDol08E4l5O0i/vAvsFWGu1nKBfvhLAzQqCfvlaIO6VJP3yHrBfgLVWKwn65XsB3Kwi6JcfBOJeTdIva4D9Aqy1Wk3QL78L4GYNQb/8IRD3WpJ+WQvsF2Ct1VqCfskxA4+bDwn6JadA3B+R9Mv7wH4B1lp9RNAvBQVw8ylBvxQSiHsdSb98AOwXYK3VOoJ+KSOAmw0E/VJWIO6NJP3yIbBfgLVWGwn6pYYAbjYT9EtNgbi3kPTLR8B+AdZabSHolxsEcLOVoF9uFIh7G0m/fAzsF2Ct1TaCfrlNADfbCfqlvUDcO0j65RNgvwBrrXYQ9MvdArjZTdAv3QXi3kPSL58C+wVYa7WHoF/uF8DNfoJ+eUAg7gMk/bIO2C/AWqsDBP3ylABuviPol6cF4j5I0i+fAfsFWGt1kKBfXhTAzSGCfnlJIO7DJP2yHtgvwFqrwwT9Mk8AN0cI+mW+QNxHSfplA7BfgLVWyPzpT5pc4vpHifTvMOj3Zev3mur3z+n3BOn3OejZrZ5HaY9d+4baC9H6Tt9ZNQ/rs2WD8D+Ws1HoYyjQ+9wE/keJXnH9o0Q6B5uE8/w54cdKfy70C6+b7S+8You0WeAXXrcY/guvOu4tRB8rLbFX+7HSZ5+4NB7Unt35/cKp4Zf2Y6X//RNJ1Beej5X+kuxjpb8EHpBbBT5WemsAHyu9zX6s9L/+TLUvBD6W5gRB3F8KxH2S4MMetwnE/TPJh4QCcamAtVZS+UPX+StC9fiVkHr82qpHbJG+FlCP2w1Xjzru7UTqcbtVj/TqcYdTw51WPf77J5KoHR71uJNMPe4EHpC7BNTjrgDU426rHv+1itohoCZ+J4h7p0DcfxCox90CcZ8iUY9AXCpgrRUyf5r0XyH8pxZ2EnxK9R6pf2oB3ZB7wf8oESOg9hIAap/p/yiR9pb3CTBGuqs4GGMP8Ha9H9iU6PxJ3DT2C+DmAPgfJVpCeLAdIDjYvjH9YNMf871KAKAZzD/Y/vfx4ciPTP8WeLBJ5S89uM7If8zqO4J/zEriMD9I8I9ZfSsQdybDyVsf3t8JxJ35Ko63ln+PfIswLmaFzJ/w5UfsH7M6SHD5+V5gj2lu1C/Qf7iQS0CV866lgno3wA9C7wY4ZN8NgC3SIYF3Axw2/N0AOu7DQu8GiDySOU3w+QTxToDJ07DvBFgwA5/TqRmEGOBC96nO/9fuWv3o4Panf/CugkFxf8aj910Fg+L+/l0Faa3zt+8quOAk/E2KIsH9OPPcBtM7ibjPsznUz4wAGc3o2QyXFn/VcH7jzk7iJ0/NgLtx/Qgkwxwk0uwnoDRz94rffeUkwR+wTxQQM0oqf+hz5gihYjoipJiOWsWELdJRAcV0zHDFpOM+RvT+aYm9/p1q8ls3r2ryu56Uarogcv8bZROXxoNa212r4w4eTpiumhjei33co8B0UgfGRT8mvxf7BPCwPXlBrJ163ieSz5P/IJ++f5MQmIPs/1c39H9wuFzwzfJvboMah8cFhm55rjL/vdgnBOLOS/AOqZ8F4r6ERIkCcamAtVaXEOBG4pyYImRZo/f5y0yOff4K/pyxV12fM6Zz8OvMuDjJ/f9G+Jvivwk5Hb9bpwNbpN8FnI4/DHc6dNx/kM2G/xCcDQthNrDfwj7l1PK06b+FjU5CJLhTnt+cPj0z7k8P2so6BWzy0yQ3iTOETHxGiInjZp17aZnY55q6SDqh6HXTzTKbiXXc6WbBayTKxO6cJvh8/mtMnN6pZQZXTWOKiXUC4l3BuhPh3VDkZ/ttzPTAJs8ABLcu8quEv9WHzIHUHjPOEjoc0FemTLOAQZMCKhMBoDKj94jeoNYbmWfhAVqAxKXPCDzlswCbsgD4V6EWETZ4FoIGzyrFGOixdTYgODsBPxoomeSDZbMjr4NxwZgU2YHgdO83hzUpsEXKIWBS5DTcpNBx5yQzKXLymRRKcm33/nM5tcwdqyZFLo9JkTsAkyIXsMlzz5IBHZqJLyJk4ouEmPhiy8TYIl0swMR5DGdiHXceMibOY5k4am33/vM6tbwkVpk4r4eJLwmAifMCm/wS6+4qYA7E9ngpy7ggnwWUykcAqPymjwu03sgvMC64nGRccCnwlC8AbMrL7bhAFSBo8MtYxgWXA8GZAhwXpJKMC64gNCmuEDIpClqTAlukggImRSHDTQoddyEyk6IQn0lRQXDtKJOisFPLK2PVpCjsMSmuDMCkKAxs8itnyYAOzcRFCJm4iBATx1smxhYpXoCJixrOxDruomRMXNQysfuJYuJiTi2LxyoTF/MwcfEAmLgYsMmLA5mY1d0F5kBsj1exjAtK2HGBKkEAqJKmjwu03igpMC4oSDIuuAp4yl8NbMqCdlygriZo8GtYxgWlgODsBhwX3EUyLihNaFKUFjIpyliTAlukMgImRVnDTQodd1kyk6Isn0lRUXDtKJOinFPL8rFqUpTzmBTlAzApygGbvPwsGdChmfhaQia+VoiJEywTY4uUIMDEynAm1nErMiZWlondTxQTV3BqWTFWmbiCh4krBsDEFYBNXhHIxKzuLjAHYntMZBkXVLLjAlWJAFCVTR8XaL1RWWBcUJhkXJAIPOWrAJuysB0XqCoEDV6VZVxQDQjOHsBxQU+ScUF1QpOiupBJUcOaFNgi1RAwKWoablLouGuSmRQ1+UyKRMG1o0yKWk4ta8eqSVHLY1LUDsCkqAVs8tqzZECHZuI6hExcR4iJ61omBhdJgInrGc7EOu56ZExczzKx+4li4vpOLRvEKhPX9zBxgwCYuD6wyRsAmZjV3QXmQGyPDVnGBY3suEA1IgBUY9PHBVpvNBYYFxQhGRc0BJ7y1wGbsogdF6jrCBr8epZxQRMgOHsDxwV9SMYFTQlNiqZCJsUN1qTAFukGAZPiRsNNCh33jWQmxY18JkUlwbWjTIpmTi2bx6pJ0cxjUjQPwKRoBmzy5rNkQIdm4iRCJk4SYuIWlomxRWohwMQtDWdiHXdLMiZuaZnY/UQxcSunlq1jlYlbeZi4dQBM3ArY5K2BTMzq7gJzILbHNizjgrZ2XKDaEgDqJtPHBVpv3CQwLihKMi5oAzzlbwY2ZVE7LlA3EzR4O5ZxwS1AcPYHjgsGkIwLbiU0KW4VMilusyYFtki3CZgU7Q03KXTc7clMivZ8JkVlwbWjTIoOTi07xqpJ0cFjUnQMwKToAGzyjrNkQIdm4tsJmfh2ISa+wzIxtkh3CDBxJ8OZWMfdiYyJO1kmdj9RTJzs1LJzrDJxsoeJOwfAxMnAJu8MZGJWdxeYA7E9dmEZF6TYcYFKIQBUqunjAq03UgXGBcVJxgVdgKd8V2BTFrfjAtWVoMHvZBkXdAOCcyBwXDCIZFxwF6FJcZeQSXG3NSmwRbpbwKTobrhJoePuTmZSdOczKaoIrh1lUvRwatkzVk2KHh6TomcAJkUPYJP3nCUDOjQT9yJk4l5CTHyPZWJske4RYOLehjOxjrs3GRP3tkzsfqKYuI9Ty76xysR9PEzcNwAm7gNs8r5AJmZ1d4E5ENtjP5ZxQX87LlD9CQA1wPRxgdYbAwTGBSVIxgX9gKf8vcCmLGHHBepegga/j2VcMBAIzsHAccGDJOOCQYQmxSAhk+J+a1Jgi3S/gEnxgOEmhY77ATKT4gE+k6Kq4NpRJsVgp5YPxqpJMdhjUjwYgEkxGNjkD86SAR2aiR8iZOKHhJj4YcvE2CI9LMDEQwxnYh33EDImHmKZ2P1EMfEjTi0fjVUmfsTDxI8GwMSPAJv8USATs7q7wByI7fExlnHBUDsuUEMJADXM9HGB1hvDBMYFV5OMCx4DnvKPA5vyajsuUI8TNPgTLOOCJ4HgHAIcFzxCMi4YTmhSDBcyKZ6yJgW2SE8JmBRPG25S6LifJjMpnuYzKaoJrh1lUoxwajkyVk2KER6TYmQAJsUIYJOPnCUDOjQTP0PIxM8IMfGzlomxRXpWgIlHGc7EOu5RZEw8yjKx+4li4tFOLZ+LVSYe7WHi5wJg4tHAJn8OyMSs7i4wB2J7HMMyLhhrxwVqLAGgxpk+LtB6Y5zAuKAUybhgDPCUfx7YlKXsuEA9T9DgL7CMC8YDwTkUOC4YRjIumEBoUkwQMiletCYFtkgvCpgULxluUui4XyIzKV7iMyk6Ca4dZVJMdGo5KVZNiokek2JSACbFRGCTT5olAzo0E08mZOLJQkwcskyMLVJIgImnGM7EOu4pZEw8xTKx+4li4qlOLafFKhNP9TDxtACYeCqwyacBmZjV3QXmQGyP01nGBTPsuEDNIADUTNPHBVpvzBQYF5QhGRdMB57ys4BNWcaOC9QsggafzTIumAME55PAccFwknHBXEKTYq6QSTHPmhTYIs0TMCnmG25S6Ljnk5kU8/lMimTBtaNMigVOLRfGqkmxwGNSLAzApFgAbPKFs2RAh2bilwmZ+GUhJl5kmRhbpEUCTLzYcCbWcS8mY+LFlondTxQTL3Fq+UqsMvESDxO/EgATLwE2+StAJmZ1d4E5ENvjqyzjgqV2XKCWEgBqmenjAq03lgmMC8qRjAteBZ7yrwGbspwdF6jXCBr8dZZxwRtAcI4AjgtGkowLlhOaFMuFTIo3rUmBLdKbAibFW4abFDrut8hMirf4TIrOgmtHmRQrnFqujFWTYoXHpFgZgEmxAtjkK2fJgA7NxG8TMvHbQkz8jmVibJHeEWDiVYYzsY57FRkTr7JM7H6imHi1U8t3Y5WJV3uY+N0AmHg1sMnfBTIxq7sLzIHYHt9jGResseMCtYYAUGtNHxdovbFWYFxwLcm44D3gKf8+sCmvteMC9T5Bg3/AMi74EAjOUcBxwWiSccFHhCbFR0ImxcfWpMAW6WMBk+ITw00KHfcnZCbFJ3wmRRfBtaNMik+dWq6LVZPiU49JsS4Ak+JTYJOvmyUDOjQTf0bIxJ8JMfF6y8TYIq0XYOINhjOxjnsDGRNvsEzsfqKYeKNTy02xysQbPUy8KQAm3ghs8k1AJmZ1d4E5ENvj5yzjgs12XKA2EwBqi+njAq03tgiMCxTJuOBz4Cn/BbAplR0XqC8IGvxLlnHBViA4xwLHBeNIxgXbCE2KbUImxVfWpMAW6SsBk+Jrw00KHffXZCbF13wmRYrg2lEmxXanljti1aTY7jEpdgRgUmwHNvmOWTKgQzPxTkIm3inExLssE2OLtEuAiXcbzsQ67t1kTLzbMrH7iWLiPU4t98YqE+/xMPHeAJh4D7DJ9wKZmNXdBeZAbI/7WMYF++24QO0nANQB08cFWm8cEBgXVCQZF+wDnvLfAJuyoh0XqG8IGvxblnHBd0BwjgeOCyaQjAsOEpoUB4VMiu+tSYEt0vcCJsUPhpsUOu4fyEyKH/hMilTBtaNMikNOLQ/HqklxyGNSHA7ApDgEbPLDs2RAh2biHwmZ+EchJv7JMjG2SD8JMPERw5lYx32EjImPWCZ2P1FMfNSp5bFYZeKjHiY+FgATHwU2+TEgE7O6u8AciO3xOMu44IQdF6gTBIA6afq4QOuNkwLjgkok44LjwFP+Z2BTVrLjAvUzQYP/wjIu+BUIzonAccGk4sEcFH7z9xswf62B+WsDXEsyf7//9/MnOq76Q+igQe/zFLDOWuMuzXhO2ukcnPJIP/T+TxOakaeFzMgz1ozEFumMgBkZN9tsM1LHrfcIrpGoGenOaYLPJyAzMkFw7SgzMp1Ty/SumsaUGakTEO8K1p0I74YiP9tvY6YDNnn62XEUN4kMs/mYOMNsGSbO6MKYZWKfa+oi6YSi181kOBPruDORMXEmy8TuJ4qJMzu1zBKrTJzZw8RZAmDizMAmzwIEty7yUkKTN8ts8/eYVejGBL8yZcNtVLECKhsBoLKj94jeoNYb2WfjAVqFZCyYFXjK5wA2ZRXwWHAJYYPnIGjwnFKMgR7L5AKCcylwLLOMZCyTm9CkyC1kUlxkTQpskS4SMCkuNtyk0HFfTGZSXMxnUijJtd37z+PUMm+smhR5PCZF3gBMijzAJs87WwZ0aCa+hJCJLxFi4kstE2OLdKkAE+cznIl13PnImDifZeKotd37z+/UskCsMnF+DxMXCICJ8wObvIB1dxUwB2J7vIxlXHC5BZS6nABQV5g+LtB64wqBcUE1knHBZcBTviCwKavZcYEqSNDghVjGBYWB4HwDOC5YTjIuuJLQpLhSyKQoYk0KbJGKCJgU8YabFDrueDKTIp7PpKgguHaUSVHUqWWxWDUpinpMimIBmBRFgU1ebLYM6NBMXJyQiYsLMfFVlomxRbpKgIlLGM7EOu4SZExcwjKx+4li4pJOLa+OVSYu6WHiqwNg4pLAJr8ayMSs7i4wB2J7vIZlXFDKjgtUKQJAlTZ9XKD1RmmBcUENknHBNcBTvgywKWvYcYEqQ9DgZVnGBeWA4FwBHBesJBkXlCc0KcoLmRTXWpMCW6RrBUyKBMNNCh13AplJkcBnUlQUXDvKpFBOLSvEqkmhPCZFhQBMCgVs8gqzZUCHZuKKhExcUYiJEy0TY4uUKMDElQxnYh13JTImrmSZ2P1EMXFlp5ZVYpWJK3uYuEoATFwZ2ORVgEzM6u4CcyC2x6os44JqdlygqhEAqrrp4wKtN6oLjAtqkYwLqgJP+RrApqxlxwWqBkGD12QZF9QCgnMVcFywmmRcUJvQpKgtZFLUsSYFtkh1BEyKuoabFP8DJ5lJUZfPpEgUXDvKpKjn1LJ+rJoU9TwmRf0ATIp6wCavP1sGdGgmbkDIxA2EmLihZWJskRoKMHEjw5lYx92IjIkbWSZ2P1FM3Nip5XWxysSNPUx8XQBM3BjY5NcBmZjV3QXmQGyP17OMC5rYcYFqQgCopqaPC7TeaCowLqhDMi64HnjK3wBsyjp2XKBuIGjwG1nGBc2A4FwDHBesJRkXNCc0KZoLmRRJ1qTAFilJwKRoYbhJoeNuQWZStOAzKSoJrh1lUrR0atkqVk2Klh6TolUAJkVLYJO3mi0DOjQTtyZk4tZCTNzGMjG2SG0EmLit4Uys425LxsRtLRO7nygmvsmp5c2xysQ3eZj45gCY+CZgk98MZGJWdxeYA7E9tmMZF9xixwXqFgJA3Wr6uEDrjVsFxgX1SMYF7YCn/G3ApqxnxwXqNoIGb88yLugABOeHwHHBRyTjgo6EJkVHIZPidmtSYIt0u4BJcYfhJoWO+w4yk+IOPpOisuDaUSZFJ6eWybFqUnTymBTJAZgUnYBNnjxbBnRoJu5MyMSdhZi4i2VibJG6CDBxiuFMrONOIWPiFMvE7ieKiVOdWnaNVSZO9TBx1wCYOBXY5F2BTMzq7gJzILbHO1nGBd3suEB1IwDUXaaPC7TeuEtgXNCAZFxwJ/CUvxvYlA3suEDdTdDg3VnGBT2A4PwUOC5YRzIu6EloUvQUMil6WZMCW6ReAibFPYabFDrue8hMinv4TIoqgmtHmRS9nVr2iVWTorfHpOgTgEnRG9jkfWbLgA7NxH0JmbivEBP3s0yMLVI/ASbubzgT67j7kzFxf8vE7ieKiQc4tbw3Vpl4gIeJ7w2AiQcAm/xeIBOzurvAHIjt8T6WccFAOy5QAwkANcj0cYHWG4MExgWNSMYF9wFP+fuBTdnIjgvU/QQN/gDLuGAwEJwbgOOCjSTjggcJTYoHhUyKh6xJgS3SQwImxcOGmxQ67ofJTIqH+UyKqoJrR5kUQ5xaPhKrJsUQj0nxSAAmxRBgkz8yWwZ0aCZ+lJCJHxVi4scsE2OL9JgAEw81nIl13EPJmHioZWL3E8XEw5xaPh6rTDzMw8SPB8DEw4BN/jiQiVndXWAOxPb4BMu44Ek7LlBPEgBquOnjAq03hguMC64jGRc8ATzlnwI25XV2XKCeImjwp1nGBSOA4NwMHBdsIRkXjCQ0KUYKmRTPWJMCW6RnBEyKZw03KXTcz5KZFM/ymRTVBNeOMilGObUcHasmxSiPSTE6AJNiFLDJR8+WAR2aiZ8jZOLnhJh4jGVibJHGCDDxWMOZWMc9loyJx1omdj9RTDzOqeXzscrE4zxM/HwATDwO2OTPA5mY1d0F5kBsjy+wjAvG23GBGk8AqAmmjwu03pggMC5oQjIueAF4yr8IbMomdlygXiRo8JdYxgUTgeDcChwXbCMZF0wiNCkmCZkUk61JgS3SZAGTImS4SaHjDpGZFCE+k6KT4NpRJsUUp5ZTY9WkmOIxKaYGYFJMATb51NkyoEMz8TRCJp4mxMTTLRNjizRdgIlnGM7EOu4ZZEw8wzKx+4li4plOLWfFKhPP9DDxrACYeCawyWcBmZjV3QXmQGyPs1nGBXPsuEDNIQDUXNPHBVpvzBUYF9xAMi6YDTzl5wGb8gY7LlDzCBp8Psu4YAEQnNuB44IdJOOChYQmxUIhk+Jla1Jgi/SygEmxyHCTQse9iMykWMRnUiQLrh1lUix2arkkVk2KxR6TYkkAJsViYJMvmS0DOjQTv0LIxK8IMfGrlomxRXpVgImXGs7EOu6lZEy81DKx+4li4mVOLV+LVSZe5mHi1wJg4mXAJn8NyMSs7i4wB2J7fJ1lXPCGHReoNwgAtdz0cYHWG8sFxgXNSMYFrwNP+TeBTdnMjgvUmwQN/hbLuGAFEJy7geOCPSTjgpWEJsVKIZPibWtSYIv0toBJ8Y7hJoWO+x0yk+IdPpOis+DaUSbFKqeWq2PVpFjlMSlWB2BSrAI2+erZMqBDM/G7hEz8rhATv2eZGFuk9wSYeI3hTKzjXkPGxGssE7ufKCZe69Ty/Vhl4rUeJn4/ACZeC2zy94FMzOruAnMgtscPWMYFH9pxgfqQAFAfmT4u0HrjI4FxQRLJuOAD4Cn/MbApk+y4QH1M0OCfsIwLPgWCcz9wXHCAZFywjtCkWCdkUnxmTQpskT4TMCnWG25S6LjXk5kU6/lMii6Ca0eZFBucWm6MVZNig8ek2BiASbEB2OQbZ8uADs3EmwiZeJMQE39umRhbpM8FmHiz4Uys495MxsSbLRO7nygm3uLU8otYZeItHib+IgAm3gJs8i+ATMzq7gJzILbHL1nGBVvtuEBtJQDUNtPHBVpvbBMYF7QkGRd8CTzlvwI2ZUs7LlBfETT41yzjgu1AcH4HHBccJBkX7CA0KXYImRQ7rUmBLdJOAZNil+EmhY57F5lJsYvPpEgRXDvKpNjt1HJPrJoUuz0mxZ4ATIrdwCbfM1sGdGgm3kvIxHuFmHifZWJskfYJMPF+w5lYx72fjIn3WyZ2P1FMfMCp5TexysQHPEz8TQBMfADY5N8AmZjV3QXmQGyP37KMC76z4wL1HQGgDpo+LtB646DAuKA1ybjgW+Ap/z2wKVvbcYH6nqDBf2AZFxwCgvMQcFxwmGRccJjQpDgsZFL8aE0KbJF+FDApfjLcpNBx/0RmUvzEZ1KkCq4dZVIccWp5NFZNiiMek+JoACbFEWCTH50tAzo0Ex8jZOJjQkx83DIxtkjHBZj4hOFMrOM+QcbEJywTu58oJj7p1PLnWGXikx4m/jkAJj4JbPKfgUzM6u4CcyC2x19YxgW/2nGB+pUAUL+ZPi7QeuM3gXFBW5JxwS/AU/53YFO2teMC9TtBg//BMi44BQTnEeC44GjxYA4Kv/k7DcxfNlxzq+zAg0I3R2ZX7uaGX5wOf53nfJ3vfNXPGX0Fn3O2ofR/E7l+v+x8j/77yPemC39fetf3/pP1M4S/P+N51td/H/neTOHXmdP43gXO92ZyvlefgVnCr7Ne4F6yhb8/+3n2ks21lxzh1znPs5ccrr3kCr/Oncb3LnS+N5fzvXqPF4VfXzzHyafzfXWdrwn+HrWz/tm8oC8BN4MvAfB3MNU/m1d03O2u4jjT8szB5RJYa9XOcNwsynD2TEPj5jbD494e7pc8AnG3JxELpb/EreWutd/8dSDJX1lg/toD89eR5LzOCzyvgZhRyPwFNcAD5jJqgHfJnHOv7QDP55q6SJfMwa976RyzB3g67kvnwGskerhXMpQcO5OQY2VDybELCTnmA5IjEDOqCyE55hMix/yWHLFFyi9AjgUMJ0cddwEhcoTvNekskaMV82VzYjPursIOid/9aVxeJhD3nSSXmAJAEu4KvMR0I7nEXA7MHxAzqhsJ/hoYKkJ6kOSvoaEipCdJ/14B7F8gZlRPQhFyhZAIKWhFCLZIBQVESCHDRYiOuxCJCCkUvoxfLnAp7W34uLJYksxlvA8JGRUGkhGw1qqP4SJO93VhAdz0J7kEFhLCjd/8DSDJHxDfqj8wf/eSnFtXAvEHxIy6lwR/bQ0VwfeT5O8mQ0XwAyT9WwTYv0DMqAcIRXARIREcb0UwtkjxAiK4qOEiWMddlEQElwyLwSsFLvUPGS6CyybJiJmHScioGJCMgLVWDxsugnVfFxPAzaMkl8CiQrjxm7/HSPIHxLd6FJi/oSTnVnEg/oCYUUNJ8NfVUBH8JEn+7jRUBA8n6d+rgP0LxIwaTiiCrxISwSWsCMYWqYSACC5puAjWcZckEcEJYTFYXOBSP8JwEVw5SUbMjCQho6uBZASstRppuAjWfX21AG5GkVwCSwrhxm/+RpPkD4hvNQqYv+dIzq1rgPgDYkY9R4K/gYaK4OdJ8jfIUBH8Akn/lgL2LxAz6gVCEVxKSASXtiIYW6TSAiK4jOEiWMddhkQEVw+LwWsELvUvGi6C6ybJiJmXSMioLJCMgLVWLxkugnVflxXAzWSSS2AZIdz4zV+IJH9AfKvJwPxNITm3ygHxB8SMmkKCv6cMFcEzSPL3tKEieCZJ/5YH9i8QM2omoQguLySCr7UiGFukawVEcILhIljHnUAighuGxWA5gUv9HMNFcNMkGTEzl4SMFJCMgLVWcw0XwbqvlQBuFpBcAhOEcOM3fwtJ8gfEt1oAzN/LJOdWBSD+gJhRL5Pgb6KhIvgVkvxNMlQEv0rSvxWB/QvEjHqVUARXFBLBiVYEY4uUKCCCKxkugnXclUhEcPOwGKwgcKl/zXAR3CZJRsy8TkJGlYFkBKy1et1wEaz7urIAbt4kuQRWEsKN3/y9RZI/IL7Vm8D8rSA5t6oA8QfEjFpBgr+XDRXBq0jyt8hQEbyapH+rAvsXiBm1mlAEVxUSwdWsCMYWqZqACK5uuAjWcVcnEcHtwmKwisClfo3hIrhjkoyYWUtCRjWAZASstVpruAjWfV1DADcfklwCqwvhxm/+PiLJHxDf6kNg/j4mObdqAvEHxIz6mAR/qwwVwZ+R5G+1oSJ4PUn/1gL2LxAzaj2hCK4lJIJrWxGMLVJtARFcx3ARrOOuQyKCk8NisKbApX6T4SL4ziQZMfM5CRnVBZIRsNbqc8NF8P/OHgHcfEFyCawjhBu/+fuSJH9AfKsvgPnbSnJu1QPiD4gZtZUEf5sMFcHbWfrXUBG8g6R/6wP7F4gZtYNQBNcXEsENrAjGFqmBgAhuaLgI1nE3JBHB3cNisJ7ApX634SK4T5KMmNlDQkaNgGQErLXaY7gI1n3dSAA3+0kugQ2FcOM3fwdI8gfEt9oPzN83JOdWYyD+gJhR35Dgb7+hIvh7kvwdMFQE/0DSv9cB+xeIGfUDoQi+TkgEX29FMLZI1wuI4CaGi2AddxMSETwgLAYbC1zqfzRcBD+QJCNmfiIho6ZAMgLWWv1kuAjWfd1UADfHSC6BTYRw4zd/x0nyB8S3OgbM3wmSc+sGIP6AmFEnSPD3s6Ei+FeS/P1iqAj+jaR/bwT2LxAz6jdCEXyjkAhuZkUwtkjNBERwc8NFsI67OYkIfjgsBm8QuNSfMlwED0uSETOnScgoCUhGwFqr04aLYN3XSQK4SVeC4xLYXAg3fvOXniR/QHwrN2b85i9DCY5zqwUQf0DMqAwk+Mu21UwRnIUkf9m3mimCs5L0b0tg/wIxo5D5C0oEtxQSwa2sCMYWqZWACG5tuAjWcbcmEcHDw2KwhcClPkcJs0Xws0kyYiYnCRm1AZIRsNYqZwmzRbDu6zYCuLmI5BLYWgg3fvN3MUn+gPhWFwHzl4fk3GoLxB8QMyoPCf4KGiqC85Hkr5ChIjg/Sf/eBOxfIGZUfkIRfJOQCL7ZimBskW4WEMHtDBfBOu52JCJ4TFgMthW41F9uuAiekCQjZq4gIaNbgGQErLW6wnARrPv6FgHcFCa5BLYTwo3f/F1Jkj8gvlVhYP6KkJxbtwLxB8SMKkKCv3KGiuDiJPkrb6gIvoqkf28D9i8QM+oqQhF8m5AIbm9FMLZI7QVEcAfDRbCOuwOJCJ4UFoO3ClzqrzZcBE9PkhEz15CQUUcgGQFrra4xXATrvu4ogJsyJJfADkK48Zu/siT5A+JblQHmrxzJuXU7EH9AzKhyJPirY6gIViT5q2uoCK5A0r93APsXiBlVgVAE3yEkgjtZEYwtUicBEZxsuAjWcSeTiODZYTF4u8ClvpLhInhhkoyYqUxCRp2BZASstapsuAjWfd1ZADfVSC6ByUK48f3vN5PkD4hvVQ2Yvxok51YXIP6AmFE1SPDX0lARXIckf60MFcF1Sfo3Bdi/QMyouoQiOEVIBKdaEYwtUqqACO5quAjWcXclEcFLwmKwi8ClvoHhIvj1JBkx05CEjO4EkhGw1qqh4SJY9/WdAri5juQS2FUIN37zdz1J/oD4VtcB89eE5NzqBsQfEDOqCQn+OhsqgpuR5K+LoSK4OUn/3gXsXyBmVHNCEXyXkAi+24pgbJHuFhDB3Q0XwTru7iQi+K2wGOwmcKlvabgIXp0kI2ZakZBRDyAZAWutWhkugnVf9xDATVuSS2B3Idz4/sAVlkkSsFfaAvN3M8m51ROIPyBm1M0k+OtvqAi+jSR/AwwVwe1J+rcXsH+BmFHtCUVwLyERfI8Vwdgi3SMggnsbLoJ13L1JRPDasBjsKXCpv91wEfxJkoyYuYOEjPoAyQhYa3WH4SJY93UfAdx0JrkE9hbCje+3yZLkD4hv1RmYvxSSc6svEH9AzKgUEvw9bqgI7kaSvycMFcF3kfRvP2D/AjGj7iIUwf2ERHB/K4KxReovIIIHGC6CddwDSETw+rAY7Ctwqe9huAjekiQjZnqSkNG9QDIC1lr1NFwE676+VwA3vVkmIUK48W3qkOQPiG/VG5i/viTn1n1A/AExo/qS4G+8oSL4XpL8TTBUBN9H0r8Dgf0LxIy6j1AEDxQSwYOsCMYWaZCACL7fcBGs476fRARvC4vB+wQu9fcbLoJ3JcmImQdIyOgBIBkBa60eMFwE675+QAA3D5FcAu8Xwo3f/D1Mkj8gvtVDwPwNITm3BgPxB8SMGkKCv3mGiuChJPmbb6gIHkbSvw8C+xeIGTWMUAQ/KCSCH7IiGFukhwRE8MOGi2Ad98MkInhfWAwOFrjUP2m4CD6YJCNmhpOQ0RAgGQFrrYYbLoJ1Xw8RwM0Ikkvgw0K48Zu/kST5A+JbjQDm7xmSc+sRIP6AmFHPkOBvhaEi+DmS/K00VASPIenfR4H9C8SMGkMogh8VEsGPWRGMLdJjAiJ4qOEiWMc9lEQEHw6LwUcELvXPGy6CjyfJiJkXSMhoGJCMgLVWLxgugnVfDxPAzYskl8ChQrjxm7+XSPIHxLd6EZi/iSTn1uNA/AExoyaS4O8zQ0XwFJL8rTdUBE8l6d8ngP0LxIyaSiiCnxASwU9aEYwt0pMCIni44SJYxz2cRAT/EhaDjwtc6mcYLoJPJ8mImZkkZPQUkIyAtVYzDRfBuq+fEsDNHJZJphBu/OZvLkn+gPhWc4D5m0dybj0NxB8QM2oeCf52GyqCXybJ3x5DRfAikv4dAexfIGbUIkIRPEJIBI+0IhhbpJECIvgZw0WwjvsZEhGcvkVc3NMCl/pXDBfBWVvIiJlXScjoWSAZAWutXjVcBOu+flYAN6+RXAKfEcKN3/y9TpI/IL7Va8D8vUFybo0C4g+IGfUGCf6OGSqCV5Dk77ihInglSf+OBvYvEDNqJaEIHi0kgp+zIhhbpOcERPAYw0WwjnsMiQjOGRaDowQu9asMF8F5W8iImdUkZDQWSEbAWqvVhotg3ddjBXCzhuQSOEYIN37zt5Ykf0B8qzXA/L1Pcm6NA+IPiBn1Pgn+Mm0zUwR/TJK/zNvMFMGfkPTv88D+BWJGfUIogp8XEsEvWBGMLdILAiJ4vOEiWMc9nkQE5w+LwXECl/rPDBfBhVrIiJn1JGQ0AUhGwFqr9YaLYN3XEwRws4nln1gRwo3f/H3O8juFwF7ZBMzfZpJz60Ug/oCYUZtJ8FfAUBG8lSR/lxkqgreR9O9LwP4FYkZtIxTBLwmJ4IlWBGOLNFFABE8yXATruCeRiOD4sBh8UeBSv91wEVyyhYyY2UFCRpOBZASstdphuAjWfT1ZADe7SS6Bk4Rw4zd/e0jyB8S32g3M316ScysExB8QM2ovCf5KGSqCvyHJX2lDRfC3JP07Bdi/QMyobwlF8BQhETzVimBskaYKiOBphotgHfc0EhFcOiwGQwKX+u8NF8EJLWTEzA8kZDQdSEbAWqsfDBfBuq+nC+DmR5JL4DQh3PjN308k+QPiW/0IzN8RknNrBhB/QMyoIyT4q2GoCD5Bkr+ahorgkyT9OxPYv0DMqJOEInimkAieZUUwtkizBETwbMNFsI57NokITgyLwRkCl/pfDRfB1VvIiJnfSMhoDpCMgLVWvxkugnVfzxHAzSmSS+BsIdz4zd9pkvwB8a1OAfN3huTcmgvEHxAz6gwJ/poZKoIzlOTIX3NDRXDGkhz9Ow/Yv0DMKGT+ghLB84RE8HwrgrFFmi8gghcYLoJ13AtIRHDtsBicK3Cpz1LSbBHcsIWMmMlKQkYLgWQErLXKWtJsEaz7eqEAbnKQXAIXCOHGb/5ykuQPiG+VA5i/XCTn1stA/AExo3IZznfXh/nuZYFzK4/hcTdvIXNe5yXpl0XAfgHWWuU1HDdzwoVYJPFPIWbACtfMLszMDb84Hf46z/k63/mqn8XhWJY48ej/JiJqX3a+R/995HtfCb9+1fW9/2T9peHvX3ae9Ze61n8t/Pr1NL53gfO9rznfqwX4G+HXyy9wL2+Gv/+t8+zlTddeVoRfrzzPXla49vJ2+PU7aXzvQud733a+V+9xVfj1akcDorG5s/7ZvKCxmc/wnvym/tm8ouPOT3KWvws8y4G1VvkZDUTwORzZY6Tm74VrtSb8v7UuHyiX8zVbXLSpqJ/Mrtd1QfsSMCkTMrn2ms2150g8uZ2/z4j9uRWzuXIb58p3XBp5i3P9/Kzh/+V0XndN6deif3L3bp1vSBmYVs0ypLFuelesmTzf565j5O+yuP97iUsJaK0/XR7ec8hrjfN1rfP1ovD/3g+//uAvyAxxIdLNiF73coIL5vsCZHaFEJmlB8cPrI+6AkxA3sNZov7vASdYkvtcA9ynO68fOufJRy6CLOB8dR/26Vx/xkyaWV1xRB43uUR+ZiTuCJFmwu6lgv5ZGeOin/MRaeTne4i0dUrnPin9PETqnZimTyNWd4w6vizY+BIie408kT1Ffk72uHO4yeraRzbsPlTkZ3n3kc21j6yu15G/y+7aU+TPcnj26+4F938byWsOV8w0lxEdyIfOpeMj5+vH4a+fzJHb/3sCBFzY8AmWjvtjgbivJLl4AOujriS4ZK4RqHVRAox/IhB3MRKMA+ujihmO8UUZzjrW6FqXMDzu7WE39F2BuEuSuKGfAt1QYK0VMn9ek+ZT517kvSfpZ1349WcXOClZH/7+DeeZlKx3rb8x/HrTnLPrBiGQ14EFssS5sxH77sbUxAqJCbqvUXG7hd3nLqEdEQj/RaGdxRVH5HG701pEXeL8/569+nVLHdi8f/fu3VK7pXRp3qtfijtlab0DOC0d6zaHM6aRRjpzWGp/nwu9K/avcur7X0r49+80TvCspYKabG0Wemv8FvvWeGyRtszBr/uF4W+N13F/EfAhkODvicppgs/He3lCC78p4R/w2yzcevvCC/0+S7ZePtdW3j9w5/dLB2tbXZjL5MJJ5Hv1gXYm7s8YSud6nd75nvTn+Z50f7HOX11GxA6tSHA6AStdwW6dE23vuzeE+tlfAg+hbedZq2qVlOTUKokVOyUkpiaH16mcmlKxU4VqKrVqxfDyFRNVcqeUhC6JyVUqJ1aumlolsPeWbBNi4K8sA2OL9JUAA39tOAPruL8O6JfTfP9DUc5e0euWMvSXRbz7RGJpO9AuKwW2uPQhpvdXz1kTjfnIrQiNozKGW8SR2xs67rJmWsR/ktzIi8hW4FrlSH5ZDYhvBcSMksofuk92ENpHO4Qurzvt5RVbpJ0Cl9ddhl9eddy7Arq8Jvh7/ud3S+w1qPnbVh8HQWr0E5jds9vJ955/YPfUTyN3Xrunftzf2z1prfO3do/pb8ZL7yQznStxe1w39MiDvnEA41B7gIfZXlwzpEbyuVdQ8eg8bhVQzsqsN3796Zak494tEHcFgje87RGIu6KhSsVLMMhzQwE/ViORROkB8a2AmFGJAb3h0ve/Zgrkmn1Ap06vIcEt++bInGHIWku4iFkF3LRqBC5iNoG4q5O80XQ/sB+BtVbVDceN7pfLBHBTi6BfLheIuzZJvxwA9guw1qo2Qb9cI4CbegT9Ukog7vok/fINsF+AtVb1CfqlqgBuGhH0SzWBuBuT9Mu3wH4B1lo1JuiX6wVw04SgX5oIxN2UpF++A/YLsNaqKUG/tBPATTOCfrlFIO7mJP1yENgvwFqr5gT9cqcAbloS9Es3gbhbkfTL98B+AdZatSLol/sEcNOWoF8GCsR9E0m//ADsF2Ct1U0E/fKEAG5uIeiXJwXivpWkXw4B+wVYa3UrQb+8IICbDgT9Ml4g7o4k/XIY2C/AWquOBP0yWwA3nQj6ZY5A3Mkk/fIjsF+AtVbJBP3yugBuUgj65Q2BuFNJ+uUnYL8Aa61SCfrlAwHcdCPolw8F4r6LpF+OAPsFWGt1F0G/fCmAmx4E/bJVIO6eJP1yFNgvwFqrngT98q0AbnoT9Mt3AnH3IemXY8B+AdZa9SHol18EcNOfoF9+FYh7AEm/HAf2C7DWCpk//UvP6zLGxV3srKd/h0G/L1u/11S/f06/J0i/z0HPbvU8Snvs2jfUXojWd/rOqnlYny3H58RFPWjcnAB/0LPUPk8CcaPr81nGc7+HpnNwUjjPPwN/Ry2oTyP5WejTSH6xn0aCLdIvAp9G8qvhn0ai4/6V6NNIJPZqP9D27BOXxoPaszu/vzk1/P0ffMJJUdd/91efcFI07u8/4SStdbK5/izy39N9wolOZrwrcb/P+fPJa/InnPwOPCD/mIPP7x//IJ9+930KeCsz9PPuxD4x5DeB3+IfSBD37wJxDyL4p+BOCcR9P8knnABxqYC1VlL5Q9f5NKF6PC2kHs9Y9Ygt0hkB9Rg312z1qOPWewTXSIw8JPZq1ePZJy6NB7Vnd37TOTVM76qlVY8X+EQSpZMZ70qcTiqTekwPPCAzzMXnN8NcefWYEbfvmFOP6ebi132IIO70AnE/TKAeMwrEPYREPQJxqYC1Vsj8adL/LGPcnx50fdDYTD/X/D1mEthjmhv125CZgYTICqjMBIDKgt4jeoPaW84iwBhDSRgjE/B2nRXYlEMJbhpZBXCTDdgw+kxbR3iwZSM42LJLMWV6MKDcUtzvWjmADS5RFKmmzAkutkTc6wSGZo8bfgjrJswhUO8nSN4inAvYj8BaqyfAck+QxP7/oAqNzZwEJJZL+nbuF+CLwh2zUeBge8rwBk9JTU1I7tJZba+Pizk38LBA5i+oKXtusPcfeS5yDanslN3nmrpIF83Fr3ux4VN2HffFQlP2yINWFsic5pkr1xSgfKYmVkhMQB7IeeeaS2gSv8SYczaeyEcQ/BJjLoG4R5IolEuAfQ2stRpJ0C+FBHAziqBfCgvEPZqkXy4F9guw1mo0Qb+UFcDNWIJ+KScQ9ziSfskH7BdgrdU4gn6pKYCb8QT9Uksg7gkk/ZIf2C/AWqsJBP1yowBuJhL0SzOBuCeR9EsBYL8Aa60mEfRLewHcTCHolw4CcU8l6ZfLgP0CrLWaStAv3QVwM4OgX3oIxD2TpF8uB/YLsNZqJkG/PCCAmzkE/TJYIO65JP1yBbBfgLVWcwn65WkB3Cwg6JcRAnEvJOmXgsB+AdZaLSTol5cEcLOYoF8mCsS9hKRfCgH7BVhrtYSgX+YL4GYpQb8sEIh7GUm/FAb2C7DWahlBv7wlgJs3CPplhUDcy0n65UpgvwBrrZYT9MsnArhZQdAvnwrEvZKkX4oA+wVYa7WSoF++FsDNKoJ+2S4Q92qSfokH9guw1mo1Qb/8IICbNQT9ckgg7rUk/VIU2C/AWqu1BP3yhwBuPiTol1MCcX9E0i/FgP0CrLVC5k9/0uR61z9KpH+HQb8vW7/XVL9/Tr8nSL/PQc9u9TxKe+zaN9ReiNZ3+s6qeVifLcXmxkU9aNwUF/oYCvQ+rwLiRtdng+sfJdI5uEo4zyWQH0IZF8wvvJYQ+oXXkvYXXrFFKinwC69XG/4Lrzruq4k+Vlpir/Zjpc8+cWk8qD2783uNU8NS9mOl//0TSdQ1no+VLkX2sdKlgAdkaYGPlS4dwMdKl7EfK/2vP1PtGoHPnfqUIO5SAnGvI/iwxzICcX9G8iGhQFwqYK2VVP7QdS5LqB7LCqnHclY9YotUTkA9ljdcPeq4yxOpx/JWPdKrx2udGiZY9fjvn0iirvWoxwQy9ZgAPCCVgHpUAajHClY9/msVda2AmthEEHeCQNyfE6jHCgJxbyZRj0BcKmCtFTJ/mvQ3EP5TCwkEn1JdUeqfWkA3ZCL4HyViBFQiAaAqmf6PEmlvuZIAY2wlYYyKwNt1ZWBTbiW4aVQWwE0V8D9KtJ7wYKtCcLBVNf1g0x/znVcAoF+Zf7D97+PDkR+ZXg14sEnlLz24zsh/zKo6wT9mJXGY1yD4x6yqCcS93XDy1od3dYG4d5C8tbwmsB+BtVY7wDbBesJ/zKoGweWnpsAe09yoX6DXupBLQJXzrqWCejdALaF3A9S27wbAFqm2wLsB6hj+bgAddx2hdwNEHsmcJvh8gngnwE8zse8EOD0bn9O5GYQY4EL3qc7/1+5a1XVwW+8fvKtgUNyf8eh9V8GguL9/V0Fa6/ztuwouOAl/k6JIcHXnnttgeicR93k2h/qZESCjGX03wW+tnhb4rdU9JH7y3AuxDf7mxlUXSIZ7SaRZPaA0c/eK333tI8EfsE8UEDNqH8n7p+sTKqb6QoqpgVVM2CI1EFBMDQ1XTDruhkTvn5bY69+pJt//VIlHNfkmu7oyqumCyP1vlE1cGg9qbXetGjl4aGy6amJ4L3YjjwLTSR0YF/2Y/F7sxsDD9roLYu3U8z6RfF73D/Lpd9/XA3Ow5//qhv4PDpcLvln+zW1Q47CRwNDtO4L3YjcWiPsgwTukrheI+3sSJQrEpQLWWn1PgBuJc2KOkGWN3meTuRz7bAr+nLGNrs8Z0zloKvw5YzcQ/qb4DUJOx43W6cAW6UYBp6OZ4U6HjrsZ2Wy4meBsWAizgf0WdnOnlkmm/xY2OgmR4Jp7fnM6aW7cnx60ldUc2ORJJDeJFoRM3EKIiVtaJsYWqaUAE7cynIl13K3ImLiVZWL3E8XErZ1atolVJm7tYeI2ATBxa2CTtwH/Vt9Gwt/qazPX/D22ZXlj+03g339nBNRNBIC62fRfE9V642YBt/VHEpe+LfCUbwdsyh/Bvwq1jrDB2xE0+C1SjIEeW98KBGc14DiqOskbI28jNCluEzIp2luTAluk9gImRQfDTQoddwcyk6IDn0mhJNd277+jU8vbY9Wk6OgxKW4PwKToCGzy2+fKgA7NxHcQMvEdQkzcyTIxtkidBJg42XAm1nEnkzFxsmXiqLXd++/s1LJLrDJxZw8TdwmAiTsDm7yLdXcVMAdie0xhGRekWkCpVAJAdTV9XKD1RleBccERknFBCvCUvxPYlEfsuEDdSdDg3VjGBXcBwVkLOC6oTTIuuJvQpLhbyKTobk0KbJG6C5gUPQw3KXTcPchMih58JkUFwbWjTIqeTi17xapJ0dNjUvQKwKToCWzyXnNlQIdm4nsImfgeISbubZkYW6TeAkzcx3Am1nH3IWPiPpaJ3U8UE/d1atkvVpm4r4eJ+wXAxH2BTd4PyMSs7i4wB2J77M8yLhhgxwVqAAGg7jV9XKD1xr0C44JjJOOC/sBT/j5gUx6z4wJ1H0GDD2QZFwwCgrMecFxQn2RccD+hSXG/kEnxgDUpsEV6QMCkGGy4SaHjHkxmUgzmMykqCq4dZVI86NTyoVg1KR70mBQPBWBSPAhs8ofmyoAOzcQPEzLxw0JMPMQyMbZIQwSY+BHDmVjH/QgZEz9imdj9RDHxo04tH4tVJn7Uw8SPBcDEjwKb/DEgE7O6u8AciO1xKMu4YJgdF6hhBIB63PRxgdYbjwuMC06QjAuGAk/5J4BNecKOC9QTBA3+JMu4YDgQnI2A44LGJOOCpwhNiqeETIqnrUmBLdLTAibFCMNNCh33CDKTYgSfSZEouHaUSTHSqeUzsWpSjPSYFM8EYFKMBDb5M3NlQIdm4mcJmfhZISYeZZkYW6RRAkw82nAm1nGPJmPi0ZaJ3U8UEz/n1HJMrDLxcx4mHhMAEz8HbPIxQCZmdXeBORDb41iWccE4Oy5Q4wgA9bzp4wKtN54XGBf8TDIuGAs85V8ANuXPdlygXiBo8PEs44IJQHA2AY4LmpKMC14kNCleFDIpXrImBbZILwmYFBMNNyl03BPJTIqJfCZFJcG1o0yKSU4tJ8eqSTHJY1JMDsCkmARs8slzZUCHZuIQIROHhJh4imVibJGmCDDxVMOZWMc9lYyJp1omdj9RTDzNqeX0WGXiaR4mnh4AE08DNvl0IBOzurvAHIjtcQbLuGCmHReomQSAmmX6uEDrjVkC44JfScYFM4Cn/GxgU/5qxwVqNkGDz2EZF8wFgrMZcFzQnGRcMI/QpJgnZFLMtyYFtkjzBUyKBYabFDruBWQmxQI+k6Ky4NpRJsVCp5Yvx6pJsdBjUrwcgEmxENjkL8+VAR2aiRcRMvEiISZebJkYW6TFAky8xHAm1nEvIWPiJZaJ3U8UE7/i1PLVWGXiVzxM/GoATPwKsMlfBTIxq7sLzIHYHpeyjAuW2XGBWkYAqNdMHxdovfGawLjgd5JxwVLgKf86sCl/t+MC9TpBg7/BMi5YDgRnS+C4oBXJuOBNQpPiTSGT4i1rUmCL9JaASbHCcJNCx72CzKRYwWdSVBFcO8qkWOnU8u1YNSlWekyKtwMwKVYCm/ztuTKgQzPxO4RM/I4QE6+yTIwt0ioBJl5tOBPruFeTMfFqy8TuJ4qJ33Vq+V6sMvG7HiZ+LwAmfhfY5O8BmZjV3QXmQGyPa1jGBWvtuECtJQDU+6aPC7TeeF9gXHCKZFywBnjKfwBsylN2XKA+IGjwD1nGBR8BwdkWOC64iWRc8DGhSfGxkEnxiTUpsEX6RMCk+NRwk0LH/SmZSfEpn0lRVXDtKJNinVPLz2LVpFjnMSk+C8CkWAds8s/myoAOzcTrCZl4vRATb7BMjC3SBgEm3mg4E+u4N5Ix8UbLxO4niok3ObX8PFaZeJOHiT8PgIk3AZv8cyATs7q7wByI7XEzy7hgix0XqC0EgPrC9HGB1htfCIwLzpCMCzYDT/kvgU15xo4L1JcEDb6VZVywDQjOW4DjgltJxgVfEZoUXwmZFF9bkwJbpK8FTIrthpsUOu7tZCbFdj6Toprg2lEmxQ6nljtj1aTY4TEpdgZgUuwANvnOuTKgQzPxLkIm3iXExLstE2OLtFuAifcYzsQ67j1kTLzHMrH7iWLivU4t98UqE+/1MPG+AJh4L7DJ9wGZmNXdBeZAbI/7WcYFB+y4QB0gANQ3po8LtN74RmBckO5qjnHBfuAp/y2wKZH5Yx0XfEvQ4N+xjAsOAsHZATgu6EgyLvie0KT4Xsik+MGaFNgi/SBgUhwy3KTQcR8iMykO8ZkUnQTXjjIpDju1/DFWTYrDHpPixwBMisPAJv9xrgzo0Ez8EyET/yTExEcsE2OLdESAiY8azsQ67qNkTHzUMrH7iWLiY04tj8cqEx/zMPHxAJj4GLDJjwOZmNXdBeZAbI8nWMYFJ+24QJ0kANTPpo8LtN74WWBckIFkXHACeMr/AmzKDHZcoH4haPBfWcYFvwHB2Qk4LkgmGRf8TmhS/C5kUvxhTQpskf4QMClOGW5S6LhPkZkUp/hMimTBtaNMitNOLc/Eqklx2mNSnAnApDgNbPIzc2VAh2biuHl8TOzec4LPx73fdPPOvbZM7HfNeWcTil43PRCwUnGnnwevkSgTp59nmdj1RDFxBqeWGV01jSkm1gmIdwXrToR3Q5Gf7ZtJgE2eEQfuZFZ3F5gDsT1mEthjmhv1C6jM84CFIQVUZgJAZUHvEb1BrTeyzMMDNBPJuCAT8JTPCmzKTHZcoLISNHg2KcZAjwuyA8GZAhwXpJKMC3IQmhQ5hEyKnNakwBYpp4BJkctwk0LHnYvMpMjFZ1J0Flw7yqTI7dTyolg1KXJ7TIqLAjApcgOb/KJ5MqBDM/HFhEx8sRAT57FMjC1SHgEmzms4E+u485IxcV7LxO4niokvcWp5aawy8SUeJr40ACa+BNjklwKZmNXdBeZAbI/5WMYF+e24QOUnAFQB08cFWm8UEBgXZCEZF+QDnvKXAZsyix0XqMsIGvxylnHBFUBwdgOOC+4iGRcUJDQpCgqZFIWsSYEtUiEBk6Kw4SaFjrswmUlRmM+k6CK4dpRJcaVTyyKxalJc6TEpigRgUlwJbPIi82RAh2bieEImjhdi4qKWibFFKirAxMUMZ2IddzEyJi5mmdj9RDFxcaeWV8UqExf3MPFVATBxcWCTXwVkYlZ3F5gDsT2WYBkXlLTjAlWSAFBXmz4u0HrjaoFxQTaScUEJ4Cl/DbAps9lxgbqGoMFLsYwLSgPB2QM4LuhJMi4oQ2hSlBEyKcpakwJbpLICJkU5w00KHXc5MpOiHJ9JkSK4dpRJUd6p5bWxalKU95gU1wZgUpQHNvm182RAh2biBEImThBiYmWZGFskJcDEFQxnYh13BTImrmCZ2P1EMXFFp5aJscrEFT1MnBgAE1cENnkikIlZ3V1gDsT2WIllXFDZjgtUZQJAVTF9XKD1RhWBcUEOknFBJeApXxXYlDnsuEBVJWjwaizjgupAcPYGjgv6kIwLahCaFDWETIqa1qTAFqmmgElRy3CTQsddi8ykqMVnUqQKrh1lUtR2alknVk2K2h6Tok4AJkVtYJPXmScDOjQT1yVk4rpCTFzPMjG2SPUEmLi+4Uys465PxsT1LRO7nygmbuDUsmGsMnEDDxM3DICJGwCbvCGQiVndXWAOxPbYiGVc0NiOC1RjAkBdZ/q4QOuN6wTGBblIxgWNgKf89cCmzGXHBep6ggZvwjIuaAoEZ3/guGBAyWAOCr/5uwGYvzLA/JUFriWZvxv/+/kTHVc1Ezpo0PtsDqyz1ribMp6TdjoHzT3SD73/JEIzMknIjGxhzUhskVoImJEtDTcjddwtyczIlnxmZILg2lFmZCunlq1j1Yxs5TEjWwdgRrYCNnlrkptEG0ImbiPExG0tE2OL1FaAiW8ynIl13DeRMfFNlondTxQT3+zUsl2sMvHNHiZuFwAT3wxs8nZAcOsibyI0edvNM3+Pt7CMBW8FjwUZAXUrAaBuM30sqPXGbQJjwYtIxoK3AE/59sCmvAg8FlxP2ODtCRq8A8tYsCMQnCOAY5mRJGOZ2wlNituFTIo7rEmBLdIdAiZFJ8NNCh13JzKTohOfSaEk13bvP9mpZedYNSmSPSZF5wBMimRgk3eeJwM6NBN3IWTiLkJMnGKZGFukFAEmTjWciXXcqWRMnGqZOGpt9/67OrW8M1aZuKuHie8MgIm7Apv8TuvuKmAOxPbYjWVccJcFlLqLAFB3mz4u0HrjboFxQR6ScUE34CnfHdiUeey4QHUnaPAeLOOCnkBwjgKOC0aTjAt6EZoUvYRMinusSYEt0j0CJkVvw00KHXdvMpOiN59JUUFw7SiToo9Ty76xalL08ZgUfQMwKfoAm7zvPBnQoZm4HyET9xNi4v6WibFF6i/AxAMMZ2Id9wAyJh5gmdj9RDHxvU4t74tVJr7Xw8T3BcDE9wKb/D4gE7O6u8AciO1xIMu4YJAdF6hBBIC63/RxgdYb9wuMCy4hGRcMBJ7yDwCb8hI7LlAPEDT4YJZxwYNAcI4FjgvGkYwLHiI0KR4SMiketiYFtkgPC5gUQww3KXTcQ8hMiiF8JkVFwbWjTIpHnFo+GqsmxSMek+LRAEyKR4BN/ug8GdChmfgxQiZ+TIiJh1omxhZpqAATDzOciXXcw8iYeJhlYvcTxcSPO7V8IlaZ+HEPEz8RABM/DmzyJ4BMzOruAnMgtscnWcYFw+24QA0nANRTpo8LtN54SmBckI9kXPAk8JR/GtiU+ey4QD1N0OAjWMYFI4HgHA8cF0wgGRc8Q2hSPCNkUjxrTQpskZ4VMClGGW5S6LhHkZkUo/hMikTBtaNMitFOLZ+LVZNitMekeC4Ak2I0sMmfmycDOjQTjyFk4jFCTDzWMjG2SGMFmHic4Uys4x5HxsTjLBO7nygmft6p5QuxysTPe5j4hQCY+Hlgk78AZGJWdxeYA7E9jmcZF0yw4wI1gQBQL5o+LtB640WBcUEBknHBeOAp/xKwKQvYcYF6iaDBJ7KMCyYBwTkROC6YRDIumExoUkwWMilC1qTAFikkYFJMMdyk0HFPITMppvCZFJUE144yKaY6tZwWqybFVI9JMS0Ak2IqsMmnzZMBHZqJpxMy8XQhJp5hmRhbpBkCTDzTcCbWcc8kY+KZlondTxQTz3JqOTtWmXiWh4lnB8DEs4BNPhvIxKzuLjAHYnucwzIumGvHBWouAaDmmT4u0HpjnsC44HKSccEc4Ck/H9iUl9txgZpP0OALWMYFC4HgnAIcF0wlGRe8TGhSvCxkUiyyJgW2SIsETIrFhpsUOu7FZCbFYj6TorLg2lEmxRKnlq/EqkmxxGNSvBKASbEE2OSvzJMBHZqJXyVk4leFmHipZWJskZYKMPEyw5lYx72MjImXWSZ2P1FM/JpTy9djlYlf8zDx6wEw8WvAJn8dyMSs7i4wB2J7fINlXLDcjgvUcgJAvWn6uEDrjTcFxgUFScYFbwBP+beATVnQjgvUWwQNvoJlXLASCM4ZwHHBTJJxwduEJsXbQibFO9akwBbpHQGTYpXhJoWOexWZSbGKz6SoIrh2lEmx2qnlu7FqUqz2mBTvBmBSrAY2+bvzZECHZuL3CJn4PSEmXmOZGFukNQJMvNZwJtZxryVj4rWWid1PFBO/79Tyg1hl4vc9TPxBAEz8PrDJPwAyMau7C8yB2B4/ZBkXfGTHBeojAkB9bPq4QOuNjwXGBYVJxgUfAk/5T4BNWdiOC9QnBA3+Kcu4YB0QnHOA44K5JOOCzwhNis+ETIr11qTAFmm9gEmxwXCTQse9gcyk2MBnUlQVXDvKpNjo1HJTrJoUGz0mxaYATIqNwCbfNE8GdGgm/pyQiT8XYuLNlomxRdoswMRbDGdiHfcWMibeYpnY/UQx8RdOLb+MVSb+wsPEXwbAxF8Am/xLIBOzurvAHIjtcSvLuGCbHReobQSA+sr0cYHWG18JjAuKkIwLtgJP+a+BTVnEjgvU1wQNvp1lXLADCM4FwHHBQpJxwU5Ck2KnkEmxy5oU2CLtEjApdhtuUui4d5OZFLv5TIpqgmtHmRR7nFrujVWTYo/HpNgbgEmxB9jke+fJgA7NxPsImXifEBPvt0yMLdJ+ASY+YDgT67gPkDHxAcvE7ieKib9xavltrDLxNx4m/jYAJv4G2OTfApmY1d0F5kBsj9+xjAsO2nGBOkgAqO9NHxdovfG9wLigKMm44DvgKf8DsCmL2nGB+oGgwQ+xjAsOA8G5GDguWEIyLviR0KT4Ucik+MmaFNgi/SRgUhwx3KTQcR8hMymO8JkUnQTXjjIpjjq1PBarJsVRj0lxLACT4iiwyY/NkwEdmomPEzLxcSEmPmGZGFukEwJMfNJwJtZxnyRj4pOWid1PFBP/7NTyl1hl4p89TPxLAEz8M7DJfwEyMau7C8yB2B5/ZRkX/GbHBeo3AkD9bvq4QOuN3wXGBcVJxgW/Ak/5P4BNWdyOC9QfBA1+imVccBoIzqXAccEyknHBGUKT4oyQSRE3/9xLa1L4XFMXSScUvW66+WabFDrudPPhNRI1Kdw5TfD5BGRSJAuuHWVSpHdqmcFV05gyKXQC4l3BuhPh3VDkZ/ttzPTAJs8wXwZ0aCbOiIw5LhgmzjhfhokzWSbGFimTABNnNpyJddyZyZg4s2Vi9xPFxFmcWmaNVSbO4mHirAEwcRZgk2cFMjGruwvMgdgeswnsMc2N+gVU9vlAtiAFVHYCQOVA7xG9Qa03cszHA7QEybggG/CUzwlsyhJ2XKByEjR4LinGQI8LcgPB+QZwXLCcZFxwEaFJcZGQSXGxNSmwRbpYwKTIY7hJoePOQ2ZS5OEzKToLrh1lUuR1anlJrJoUeT0mxSUBmBR5gU1+yXwZ0KGZ+FJCJr5UiInzWSbGFimfABPnN5yJddz5yZg4v2Vi9xPFxAWcWl4Wq0xcwMPElwXAxAWATX4ZkIlZ3V1gDsT2eDnLuOAKOy5QVxAAqqDp4wKtNwoKjAuuJhkXXA485QsBm/JqOy5QhQgavDDLuOBKIDhXAMcFK0nGBUUITYoiQiZFvDUpsEWKFzApihpuUui4i5KZFEX5TIougmtHmRTFnFoWj1WTopjHpCgegElRDNjkxefLgA7NxFcRMvFVQkxcwjIxtkglBJi4pOFMrOMuScbEJS0Tu58oJr7aqeU1scrEV3uY+JoAmPhqYJNfA2RiVncXmAOxPZZiGReUtuMCVZoAUGVMHxdovVFGYFxQimRcUAp4ypcFNmUpOy5QZQkavBzLuKA8EJyrgOOC1STjgmsJTYprhUyKBGtSYIuUIGBSKMNNCh23IjMpFJ9JkSK4dpRJUcGpZcVYNSkqeEyKigGYFBWATV5xvgzo0EycSMjEiUJMXMkyMbZIlQSYuLLhTKzjrkzGxJUtE7ufKCau4tSyaqwycRUPE1cNgImrAJu8KpCJWd1dYA7E9liNZVxQ3Y4LVHUCQNUwfVyg9UYNgXFBGZJxQTXgKV8T2JRl7LhA1SRo8Fos44LaQHCuAY4L1pKMC+oQmhR1hEyKutakABdJwKSoZ7hJoeOuR2ZS1OMzKVIF144yKeo7tWwQqyZFfY9J0SAAk6I+sMkbzJcBHZqJGxIycUMhJm5kmRhbpEYCTNzYcCbWcTcmY+LGlondTxQTX+fU8vpYZeLrPEx8fQBMfB2wya8HMjGruwvMgdgem7CMC5racYFqSgCoG0wfF2i9cYPAuKAcybigCfCUvxHYlOXsuEDdSNDgzVjGBc2B4PwQOC74qGQwB4Xf/CUB87cbmL89wPzp5sjsyt2S8IvT4a+vOF9fdb7qp0U4Hy0d4tD/TeT6/ZrzPfrvI9/bKvy6tet7/8n6bcLf3/Y867dxrX9T+PXNaXzvUud7b3K+V5+B7cKvb7nAvdwa/v7bzrOXW117aR9+3eE8e2nv2kvH8Ovb0/jeZc73dnS+V+/xjvDrTo7sgR+0jc7mBX0JuBZ8CUDH3abR2byi4064muNMSwaeacBaqwTDcfN6hrNnGho3FQ2Pu2m4X5IF4k4kEQulv8St5a613/xVIslfWWD+EoH5q0xyXncGntdAzChk/oIa4AFzGTXA62IHeNgidREY4KUYPsDTcacID/DQh3slQ8mxBgk5VjaUHGuSkGMqkByBmFE1CckxVYgcu1pyxBapqwA53mk4Oeq47xQiR/Re8yWdJXK0Yu42PzbjriPskPjdn8ZlN4G465JcYu4EknAd4CWmHskl5i5g/oCYUfVI8NfAUBHSiCR/DQ0VIY1J+vduYP8CMaMaE4qQu4VESHcrQrBF6i4gQnoYLkJ03D1IREih8GX8LoFLaRPDx5XFkmQu401JyKgnkIyAtVZNDRdxuq97CuCmGcklsIcQbny/hZEkf0B8q2bA/CWRnFu9gPgDYkYlkeCvraEiuDVJ/m4yVAS3Ienfe4D9C8SMakMogu8REsG9rQjGFqm3gAjuY7gI1nH3IRHBJcNisJfApf5mw0Vw2SQZMdOOhIz6AskIWGvVznARrPu6rwBubiO5BPYRwo3f/LUnyR8Q3+o2YP46kJxb/YD4A2JGdSDBX1dDRXAnlndyGCqCk0n6tz+wf4GYUcmEIri/kAgeYEUwtkgDBETwvYaLYB33vSQiOCEsBvsJXOpTDBfBlZNkxEwqCRndByQjYK1VquEiWPf1fRJv3ya5BN4rhBvfb5MlyR8Q36obMH93k5xbA4H4A2JG3U2Cv4GGiuBeJPkbZKgIvoekfwcB+xeIGXUPoQgeJCSC77ciGFuk+wVE8AOGi2Ad9wMkIrh6WAwOFLjU9zVcBNdNkhEz/UjIaDCQjIC1Vv0MF8G6rwcL4OZekkvgA0K48W3qkOQPiG91LzB/A0nOrQeB+ANiRg0kwd9ThorgwST5e9pQEfwgSf8+BOxfIGbUg4Qi+CEhEfywFcHYIj0sIIKHGC6CddxDSERww7AYfFDgUj/E9I8wTpIRM4+QkNEjQDIC1lo9YrgI1n39iABuhpJcAocI4cZv/oaR5A+IbzUUmL/HSc6tR4H4A2JGPU6Cv4mGiuCnSPI3yVAR/DRJ/z4G7F8gZtTThCL4MSERPNSKYGyRhgqI4GGGi2Ad9zASEdw8LAYfFbjUP2P6v3uVJCNmniUho8eBZASstXrWcBGs+/pxAdw8R3IJHCaEG7/5G0OSPyC+1XPA/I0lObeeAOIPiBk1lgR/LxsqgseT5G+RoSJ4Akn/PgnsXyBm1ARCEfykkAgebkUwtkjDBUTwU4aLYB33UyQiuF1YDD4hcKmfaLgI7pgkI2YmkZDR00AyAtZaTTJcBOu+floAN1NY3k4phBu/+ZvKMkkC9soUYP6mkZxbI4D4A2JGTSPB3ypDRfAskvytNlQEzybp35HA/gViRs0mFMEjhUTwM1YEY4v0jIAIftZwEazjfpZEBCeHxeAIgUv9PMNF8J1JMmJmPgkZjQKSEbDWar7hIlj39SgB3LzMMskUwo3f/C0iyR8Q3+plYP4Wk5xbo4H4A2JGLSbB3yZDRfBSkvx9bqgIXkbSv88B+xeIGbWMUAQ/JySCx1gRjC3SGAERPNZwEazjHksigruHxeBogUv9G4aL4D5JMmJmOQkZjQOSEbDWarnhIlj39TgB3KwguQSOFcKN3/ytJMkfEN9qBTB/b5OcW88D8QfEjHqbBH/7DRXB75Lk74ChIvg9kv59Adi/QMyo9whF8AtCIni8FcHYIo0XEMETDBfBOu4JJCJ4QFgMPi9wqX/fcBH8QJKMmPmAhIxeBJIRsNbqA8NFsO7rFwVw8zHJJXCCEG785u8TkvwB8a0+BubvU5Jz6yUg/oCYUZ+S4O9nQ0XwBpL8/WKoCN5I0r8Tgf0LxIzaSCiCJwqJ4ElWBGOLNElABE82XATruCeTiOCHw2LwJYFL/WbDRfCwJBkxs4WEjEJAMgLWWm0xXATrvg4J4GYrySVwshBu/OZvG0n+gPhWW4H5+4rk3JoCxB8QM+orEvxl22qmCN5Jkr/sW80UwbtI+ncqsH+BmFG7CEXwVCERPM2KYGyRpgmI4OmGi2Ad93QSETw8LAanCFzq9xougp9NkhEz+0jIaAaQjIC1VvsMF8G6r2cI4OYbkkvgdCHc+M3ftyT5A+JbfQPM33ck59ZMIP6AmFHfkeCvoKEi+BBJ/goZKoIPk/TvLGD/AjGjDhOK4FlCIni2FcHYIs0WEMFzDBfBOu45JCJ4TFgMzhS41B8xXARPSJIRM0dJyGgukIyAtVZHDRfBuq/nCuDmBMklcI4Qbvzm7yRJ/oD4VieA+fuZ5NyaB8QfEDPqZxL8lTNUBP9Okr/yhorgP0j6dz6wf4GYUX8QiuD5QiJ4gRXB2CItEBDBCw0XwTruhSQieFJYDM4TuNSfMVwET0+SETNx13CQ0ctAMgLWWqHzh66v7uuXBXCT4RqOS+BCIdz4zV9GkvwB8a3cmPGbv0wk59YiIP6AmFGZSPBXx1ARnI0kf3UNFcHZSfp3MbB/gZhRyPwFJYIXC4ngJVYEY4u0REAEv2K4CNZxv0IigmeHxeAigUt9rmvMFsELk2TETG4SMnoVSEbAWqvchotg3devCuAmD8kl8BUh3PjNX16S/AHxrfIA83cJybm1FIg/IGbUJST4a2moCC5Akr9Whorgy0j6dxmwf4GYUZcRiuBlQiL4NSuCsUV6TUAEv264CNZxv04igpeExeBSgUt9QcNF8OtJMmKmEAkZvQEkI2CtVSHDRbDu6zcEcFOE5BL4uhBu/OYvniR/QHyrIsD8FSU5t5YD8QfEjCpKgr/OhorgEiT562KoCC5J0r9vAvsXiBlVklAEvykkgt+yIhhbpLcERPAKw0WwjnsFiQh+KywGlwtc6ksZLoJXJ8mImdIkZLQSSEbAWqvShotg3dcrBXBTjuQSuEIIN37zV54kf0B8q3LA/F1Lcm69DcQfEDPqWhL89TdUBFckyd8AQ0VwIkn/vgPsXyBmVCKhCH5HSASvsiIYW6RVAiJ4teEiWMe9mkQErw2LwbcFLvVVDBfBnyTJiJmqJGT0LpCMgLVWVQ0Xwbqv3xXATQ2SS+BqIdz4zV9NkvwB8a1qAPNXi+Tceg+IPyBmVC0S/D1uqAiuR5K/JwwVwfVJ+ncNsH+BmFH1CUXwGiERvNaKYGyR1gqI4PcNF8E67vdJRPD6sBh8T+BS38hwEbwlSUbMNCYhow+AZASstWpsuAjWff2BAG6akFwC3xfCjd/8NSXJHxDfqgkwfzeQnFsfAvEHxIy6gQR/4w0VwUkk+ZtgqAhuQdK/HwH7F4gZ1YJQBH8kJII/tiIYW6SPBUTwJ4aLYB33JyQieFtYDH4ocKlvbbgI3pUkI2bakJDRp0AyAtZatTFcBOu+/lQANzeTXAI/EcKN3/y1I8kfEN/qZmD+biE5t9YB8QfEjLqFBH/zDBXBHUjyN99QEdyRpH8/A/YvEDOqI6EI/kxIBK+3IhhbpPUCIniD4SJYx72BRATvC4vBdQKX+k6Gi+CDSTJiJpmEjDYCyQhYa5VsuAjWfb1RADcpJJfADUK48Zu/VJL8AfGtUoD560pybm0C4g+IGdWVBH8rDBXBd5Pkb6WhIrg7Sf9+DuxfIGZUd0IR/LmQCN5sRTC2SJsFRPAWw0WwjnsLiQg+HBaDmwQu9b0MF8HHk2TEzD0kZPQFkIyAtVb3GC6CdV9/IYCbviSXwC1CuPGbv34k+QPiW/UF5q8/ybn1JRB/QMyo/iT4+8xQETyQJH/rDRXBg0j6dyuwf4GYUYMIRfBWIRG8zYpgbJG2CYjgrwwXwTrur0hE8C9hMfilwKV+sOEi+HSSjJh5kISMvgaSEbDW6kHDRbDu668FcDOE5BL4lRBu/ObvEZL8AfGthgDz9yjJubUdiD8gZtSjJPjbbagIfpwkf3sMFcFPkPTvDmD/AjGjniAUwTuERPBOK4KxRdopIIJ3GS6Cddy7SERw+hZxcdsFLvVPGS6Cs7aQETNPk5DRbiAZAWutnjZcBOu+3i2Am2dILoG7hHDjN3/PkuQPiG/1DDB/o0jOrT1A/AExo0aR4O+YoSJ4LEn+jhsqgseR9O9eYP8CMaPGEYrgvUIieJ8Vwdgi7RMQwfsNF8E67v0kIjhnWAzuEbjUjzdcBOdtISNmJpCQ0QEgGQFrrSYYLoJ1Xx8QwM1EkkvgfiHc+M3fJJZPlwX2ykRg/iaTnFvfAPEHxIyaTIK/TNvMFMHTSPKXeZuZIng6Sf9+C+xfIGbUdEIR/K2QCP7OimBskb4TEMEHDRfBOu6DJCI4f1gMfiNwqZ9luAgu1EJGzMwmIaPvgWQErLWabbgI1n39vQBu5pFcAg8K4cZv/uaT5A+IbzUPmL8FJOfWD0D8ATGjFpDgr4ChIngxSf4uM1QELyHp30PA/gViRi0hFMGHhETwYSuCsUU6LCCCfzRcBOu4fyQRwfFhMfiDwKV+qeEiuGQLGTGzjISMfgKSEbDWapnhIlj39U8CuHmD5BL4oxBu/OZvOUn+gPhWbwDz9ybJuXUEiD8gZtSbJPgrZagIfpskf6UNFcHvkPTvUWD/AjGj3iEUwUeFRPAxK4KxRTomIIKPGy6CddzHSURw6bAYPCJwqX/XcBGc0EJGzLxHQkYngGQErLV6z3ARrPv6hABu3mf5nTgh3PjN3wck+QPiW70PzN+HJOfWSSD+gJhRH5Lgr4ahIvhTkvzVNFQEryPp35+B/QvEjFpHKIJ/FhLBv1gRjC3SLwIi+FfDRbCO+1cSEZwYFoMnBS71GwwXwdVbyIiZjSRk9BuQjIC1VhsNF8G6r38TwM1mkkvgr0K48f1PV5HkD4hvtRmYvy9Izq3fgfgDYkZ9QYK/ZoaK4K9I8tfcUBH8NUn//gHsXyBm1NeEIvgPIRF8yopgbJFOCYjg04aLYB33aRIRXDssBn8XuNTvNFwEN2whI2Z2kZDRGSAZAWutdhkugnVfnxHAzV6SS+BpIdz4zd8+lk/XBvbKXmD+9pOcW3ELcLUAYkbtN5zvrg/znc4d+tz6zvC4m7eQOa8PkvRLOmC/AGutDhqOm8XhQqQT6Be9LipuvbfMLswsCb84Hf76ivP1VeerftKHY8ngxKP/m4iofc35Hv33ke/NGH6dyfW9/2T9zOHvz3Ke9TO71s8afp0tje9d6nxvVud7tQDPHn6d4wL3kjP8/bnOs5ecrr3kDr++6Dx7ye3ay8Xh13nS+N5lzvde7Hyv3mPe8OtLFpz9ezQ2b2x0Ni9obB4yvCfbNDqbV3Tch0nO8kuBZzmw1uowoYH4CvgcjuwxUvN84VrlD/+vwIJzMeRyvmaLizYV9ZPZ9bouaF8CJmVCJtdes7n2HIknt/P3GbE/t2I2V27jXPmOSyNvca6fnzX8v5zO664p/Vr0T+7erfMNKQPTqlmGNNZN74o1k+f73HWM/F0W938vcSkBrfWny0M+h7zyO18LOF8vCv/vsvDry/+CzBAXIt2M6HWPEFwwLxMgs6NCZJYeHD+wPuoomIC8h7NE/fPhyDxBcp/5gft05/UK5zwp6CLIAs5X92GfzvVnzKSZ1RVH5HGTS+RnRuKOEGkm7F4q6J+VMS76OR+RRn6+h0hbp3Tuk9LPQ6TeiWn6NGJ1x6jjy4KNLyGy18gT2VPk52SPO4ebrK59ZMPuQ0V+lncf2Vz7yOp6Hfm77K49Rf4sh2e/7l5w/7eRvOZwxUxzGdGBXOFcOgo6XwuFvxZeILf/fAIEfMLwCZaOu5BA3CdJLh7A+qiTBJfM/AK1/pUA44UF4v6NBOPA+qjfDMf46xnOOtboWp8yPO6mYTf0UoG4T5O4oVcC3VBgrRUyf16T5krnXuS9J+mnSPh1/AVOSoqGv7/YeSYlRV3rFw+/vmrB2XWDEMhFwAJZ4twpvgC6bmpihcQE3deouN3CroRLaEcEwn9RaGdxxRF53O60FlGXOP+/Z69+3VIHNu/fvXu31G4pXZr36pfiTlla7wBOS8e6zeGMaaSRzhyW2p8bg8i9/lVO/XJMyQX/eq0Ez1oqqMlWyQUy58fVrtrZt8b7XFMX6eoF+HWvWYADv1Tc1wR8CCT4e6JymuDz8V6e0MJvTvgH3DAPt17LBnFxN86TrZfPtZX3D9z5LeVgrbQLc5lcOIl8rz7QzsT9GUPpXK/TO9+T/jzfk+4v1vmry4jYoRUJTidgpSvY0gui7X33hlA/uxTwECpznrWqVklJTq2SWLFTQmJqcnidyqkpFTtVqKZSq1YML18xUSV3SknokphcpXJi5aqpVQJ7b0kZIQYuaxkYW6SyAgxcznAG1nGXE2Jg9PW7tLNX9LrpSpn5yyLefSKxVB5olyHzFyEmvb96zppozEduRWgcZShltkUcub2h485YykiL+E+SG3kRKQ1cK5Oh54/nUUB8KyBmlFT+0H1yLaF9dK3Q5TXBXl6xRUoQuLwqwy+vOm4V0OU1wd/zP79bYq9Bzd9K+zgIUqOfwOyeCk6+K/4Du6d+Grnz2j314/7e7klrnb+1e0x/M156J5npXImr6LqhRx70jQMYh6oIPMwScc2QGslnoqDi0XksLaCcs5Uy6o1ff7ol6bgrCMSd3ay403zDW0WBuHMYqlS8BIM8N9wY95u/nCRKD4hvBcSMkspfenCfVAByTSWgU6fXkOCWSoZ/NIJE3NpFvGUuPu48BC7irQJx5zXTRfzTPisD+xFYa5XXcNzofukmgJt8BP1yl0Dc+Un6pQqwX4C1VvkJ+mWgAG4uJ+iXQQJxX0HSL1WB/QKstbqCoF+eFMBNYYJ+GS4Q95Uk/VIN2C/AWqsrCfplvABuihL0ywSBuIuR9Et1YL8Aa62KEfTLHAHclCDol7kCcZck6ZcawH4B1lqVJOiXNwRwU4qgX5YLxF2apF9qAvsFWGtVmqBfPhTATTmCfvlIIO7yJP1SC9gvwFqr8gT9slUAN4qgX7YJxF2BpF9qA/sFWGtVgaBfvhPATSWCfjkoEHdlkn6pA+wXYK1VZYJ++VUAN9UI+uU3gbirk/RLXWC/AGutqhP0SzaB3y6rRdAv2QXirk3SL/WA/QKstapN0C+XC+CmHkG/XCEQd32SfqkP7BdgrVV9gn4pJYCbRgT9Ulog7sYk/dIA2C/AWqvGBP1STQA3TQj6pbpA3E1J+qUhsF+AtVZNCfqliQBumhH0S1OBuJuT9EsjYL8Aa62Q+dO/9PxDxri4i5319O8w6Pdl6/ea6vfP6fcE6fc56Nmtnkdpj/1/vqH+ndTw//SdVfOwPlsaLYiLeuD3EvAHPUvt8zogbnR9DmU893toOgfXCef5euDvqAX1aSTXC30aSRP7aSTYIjUR+DSSpoZ/GomOuynRp5FI7NV+oO3ZJy6NB7Vnd35vcGp44z/4hJOirv/urz7hpGjc33/CSVrr/Cc+4UQnM96VuBsX/PnkNfkTTm4EHpDNFuDz2+wf5NO36gDeygz9vDuxTwy5QeC3+FsSxH2jQNytDFf9Ou7mAnG3JvmEEyAuFbDWSip/6DonEarHJCH12MKqR2yRWgiox5aGq0cdd0si9djSqkd69djKqWFrqx7//RNJVCuPemxNph5bAw/INgLqsU0A6rGtVY//WkW1ElATNxPE3Vog7nYE6rGtQNy3kKhHIC4VsNYKmT9N+ocyxv3pQdcHjc3WC8zf401CM278AQwkRFZA3UwAqHboPaI3qL3ldgKM0YGEMW4C3q5vATZlB4Kbxi0CuLkV2DD6TPuB8GC7leBgu02KKdODAeWW4n7Xak/wkd8STdkBXGyJuIsIxH274YewbsL2AnHfQfIW4Y7AfgTWWt0BlnuCJPb/B1VobHYgILGO0rdzvwB/PdwxxQUavLPhDZ6SmpqQ3KWzatoIeJgDDwtk/oKast8O9v4jzx12yo4t0h0CU/ZOhk/ZddydhKbskQetLJA5TV4g1xSgfKYmVkhMQB7InReYS2gSv8TYQeCX+VIIfomxo0DcqSQKpQuwr4G1VqkE/dJDADfdCPqlp0Dcd5H0SwqwX4C1VncR9MtgAdz0IOiXBwXi7knSL6nAfgHWWvUk6JcRArjpTdAvIwXi7kPSL12B/QKstepD0C8TBXDTn6BfJgnEPYCkX+4E9guw1moAQb8sEMDNQIJ+WSgQ9yCSfukG7BdgrdUggn5ZIYCbwQT9slIg7gdJ+uUuYL8Aa60eJOiXTwVwM4SgX9YJxP0ISb/cDewXYK3VIwT9sl0AN0MJ+mWHQNzDSPqlO7BfgLVWwwj65ZAAbp4k6JfDAnEPJ+mXHsB+AdZaDSfol1MCuBlB0C+nBeIeSdIvPYH9Aqy1GknQL7nm43EziqBfcgvEPZqkX3oB+wVYazWaoF8KC+BmLEG/XCkQ9ziSfrkH2C/AWqtxBP1STgA34wn6pbxA3BNI+qU3sF+AtVYTCPqllgBuJhL0S22BuCeR9EsfYL8Aa60mEfRLMwHcTCHol+YCcU8l6Ze+wH4B1loh86c/afKw6x8l+n/tvQWcVVX7PT50hzQISAgKErNpUJFOYQjBDmIGUEIpCVGRErEoKSkJRaU7ROnuBpVGQUHpUOF/98uZv+ceBwTves5vr+/d5/PxZV65nrufWHvttZ5z7+jPMOjnsvWzpvr5Of1MkH7OQc9u9TxKe+zaN9ReiNZ3+syqeVjvLR2Ef1lOR6GvoYA/5wb+pUS/uX4pkc5BJ+E8dyb8WunOQh94fd1+4BVbpNcFPvDaxfAPvOq4uxB9rbTEWu3XSt+8IuK4UGt257erU8Nu9mul//sVm6iunq+V7kb2tdLdgBtkd4Gvle7uw9dKv2G/Vvo/f6daV4GvpZlEEHc3gbgnE3zZ4xsCcX9O8iWhwL5UwForqfzBn8InVI89hNTjm1Y9Yov0poB6fMtw9ajjfotIPb5l1SO9enzbqWFPqx7/+xWbqLc96rEnmXrsCdwg3xFQj+/4oB57WfX4n1XU2wJq4iuCuHsKxP01gXrsJRD3VBL1COxLBay1QuZPk/5vhL9qoSfBt1T3lvpVC/APQ4J/KRFjQ/UhaKi+pv9SIu0t9xVgjJkkjNEbeLruBwTlTIKTRj+BvnkX/EuJzhBubO8SbGz9Td/Y9Nd8NxNo0Nnmb2z/+/pw5Femvwfc2KTyFx9cZ+QvsxpA8MusJDbz9wl+mdV7AnHPNZy89eY9QCDueSSPln8AxCOw1moe2CY4Q/jLrN4nOPx8ILDGOBca8nc73M0hoPRt76X8ehrgQ6GnAT6yTwNgi/SRwNMAHxv+NICO+2OhpwFiL8mcRoZ4+fEkQMUvsU8CRH2Nz+msBEIMcLfrVLf/a3etBjp9O+gOniroFvHPfvQ+VdAt4t+fKojrPv/6VMFdJ+FfUhQb3MCpfy8wvpOILp7Fod4ztpHRjL6Q4FOrUQKfWl1E4ifPSoA7cQ0EkuFiEmk2CCjN3FgJdV1LSPoPiBMF7Bm1hOT56cGEimmwkGIaYhUTtkhDBBTTUMMVk457KNHz0xJr/TfVFGrdvKop1PtJqaa7Ivd/UTYRcVyoe7tr9YnTD8NMV00Mz2J/4lFgOqldI4Ivk5/FHgbcbIffFWvH3PaKzefwO8hnyN/LB8zBov9XJ/Q72Fzu+mT5L6dB3YefCAzdlhE8iz1MIO7lBE9IjRCIewWJEgX2pQLWWq0g6BuJfWKmkGWNXufIqRzrHAX+nrHfXd8zpnMwSvh7xj4l/KT4p0JOx2jrdGCLNFrA6RhjuNOh4x5DNhseIzgbFupZ3z6FPdap5TjTP4WNTkJscGM9n5weNzXiHxfayhoLBPk4kpPEeEImHi/ExJ9ZJsYW6TMBJp5gOBPruCeQMfEEy8TuK4iJJzq1nBSuTDzRw8STfGDiiUCQTwJ/qu93wk/1TZpq/honszzY/jn48++MDfU5QUN9YfrHRLXe+ELAbV1D4tJPBu7yU4CgXAP+KNSvhACfQgDwL6UYAz22/grYnPcAx1HpSB6M/JrQpPhayKSYak0KbJGmCpgU0ww3KXTc08hMiml8JoWSvLd7/dOdWs4IV5NiusekmOGDSTEdCPIZU2WaDv4gByETzxRi4lmWibFFmiXAxLMNZ2Id92wyJp5tmTjo3u71z3FqOTdcmXiOh4nn+sDEc4Agn2vdXQXMgdga57GMC+bbhlLzCRpqgenjAq03FgiMC9aRjAvmAXf5hUBQrrPjArWQAOCLWMYFi4HNmRE4LshEMi5YQmhSLBEyKb6xJgW2SN8ImBRLDTcpdNxLyUyKpXwmRTHBeweZFN86tfwuXE2Kbz0mxXc+mBTfAkH+3VSZpkMz8TJCJl4mxMTLLRNji7RcgIlXGM7EOu4VZEy8wjKx+wpi4pVOLVeFKxOv9DDxKh+YeCUQ5KuATMzq7gJzILbG1SzjgjV2XKDWEDTUWtPHBVpvrBUYF2wgGResBu7y64Cg3GDHBWodAcDXs4wLNgCbMytwXJCNZFywkdCk2ChkUmyyJgW2SJsETIrNhpsUOu7NZCbFZj6TorjgvYNMii1OLbeGq0mxxWNSbPXBpNgCBPnWqTJNh2bibYRMvE2IibdbJsYWabsAE+8wnIl13DvImHiHZWL3FcTEO51a7gpXJt7pYeJdPjDxTiDIdwGZmNXdBeZAbI27WcYFe+y4QO0haKi9po8LtN7YKzAu2EQyLtgN3OX3AUG5yY4L1D4CgO9nGRccADZnDuC4ICfJuOB7QpPieyGT4gdrUmCL9IOASfGj4SaFjvtHMpPiRz6TooTgvYNMioNOLQ+Fq0lx0GNSHPLBpDgIBPmhqTJNh2biw4RMfFiIiY9YJsYW6YgAEx81nIl13EfJmPioZWL3FcTEx5xaHg9XJj7mYeLjPjDxMSDIjwOZmNXdBeZAbI0nWMYFP9lxgfqJoKF+Nn1coPXGzwLjgi0k44ITwF3+JBCUW+y4QJ0kAPgplnHBL8DmzA0cF+QhGRf8SmhS/CpkUpy2JgW2SKcFTIozhpsUOu4zZCbFGT6ToqTgvYNMit+cWv4eribFbx6T4ncfTIrfgCD/fapM06GZ+CwhE58VYuJzlomxRTonwMTnDWdiHfd5MiY+b5nYfQUx8QWnlhfDlYkveJj4og9MfAEI8otAJmZ1d4E5EFvjJZZxwWU7LlCXCRrqiunjAq03rgiMC7aRjAsuAXf5q0BQbrPjAnWVAODXWMYFfwCbMx9wXJCfZFzwJ6FJ8aeQSfGXNSmwRfpLwKS4brhJoeO+TmZSXOczKUoJ3jvIpLgRW8tpf/+7sDIpbnhMCncivAuKfe9QgXkDCfJpMk2HZuJ40/iYON40GSaO7+oxy8Qh3lMXSScUfd8EwIaVijvBNHiNRJk4wTTLxK4riIkTOrVMFK5MrBOQyxVsIh+YOCEQ5ImATMzq7gJzILbGxAJrjHOhoTZUEtxCaccFSQgaKil6jegFar2RdBq+QXeQjAsSA3f5ZEBQ7rDjApWMAODJpRgDPS5IAWzOAsBxQUGScUFKQpMipZBJkcqaFNgipRIwKVIbblLouFOTmRSp+UyK0oL3DjIp0ji1TBuuJkUaj0mR1geTIg0Q5GmnyTQdmonvIWTie4SYOJ1lYmyR0gkwcXrDmVjHnZ6MidNbJnZfQUycwallxnBl4gweJs7oAxNnAII8I5CJWd1dYA7E1piJZVyQ2Y4LVGaChspi+rhA640sAuOCXSTjgkzAXT4rEJS77LhAZSUAeDaWccG9wOYsDBwXFCEZF2QnNCmyC5kUOaxJgS1SDgGTIqfhJoWOOyeZSZGTz6QoI3jvIJPiPqeWucLVpLjPY1Lk8sGkuA8I8lzTZJoOzcS5CZk4txAT57FMjC1SHgEmzms4E+u485IxcV7LxO4riInvd2qZL1yZ+H4PE+fzgYnvB4I8H5CJWd1dYA7E1pifZVzwgB0XqAcIGupB08cFWm88KDAu2EMyLsgP3OULAEG5x44LVAECgBdkGRc8BGxOBRwXFCMZFxQiNCkKCZkUha1JgS1SYQGToojhJoWOuwiZSVGEz6QoK3jvIJOiqFPLyHA1KYp6TIpIH0yKokCQR06TaTo0EytCJlZCTFzMMjG2SMUEmLi44Uys4y5OxsTFLRO7ryAmLuHUsmS4MnEJDxOX9IGJSwBBXhLIxKzuLjAHYmssxTIuKG3HBao0QUOVMX1coPVGGYFxwT6ScUEp4C5fFgjKfXZcoMoSALwcy7jgYWBzlgSOC0qRjAseITQpHhEyKR61JgW2SI8KmBTlDTcpdNzlyUyK8nwmRRPBeweZFI85tawQribFYx6TooIPJsVjQJBXmCbTdGgmrkjIxBWFmLiSZWJskSoJMHFlw5lYx12ZjIkrWyZ2X0FMXMWpZdVwZeIqHiau6gMTVwGCvCqQiVndXWAOxNZYjWVcUN2OC1R1goaqYfq4QOuNGgLjggMk44JqwF2+JhCUB+y4QNUkAHgtlnFBbWBzlgWOC8qRjAseJzQpHhcyKepYkwJbpDoCJkVdw00KHXddMpOiLp9J0VTw3kEmRZRTy3rhalJEeUyKej6YFFFAkNebJtN0aCauT8jE9YWYuIFlYmyRGggwcUPDmVjH3ZCMiRtaJnZfQUz8hFPLRuHKxE94mLiRD0z8BBDkjYBMzOruAnMgtsbGLOOCJ+24QD1J0FBPmT4u0HrjKYFxwQ8k44LGwF3+aSAof7DjAvU0AcCfYRkXPAtszkeB44LyJOOC5whNiueETIrnrUmBLdLzAibFC4abFDruF8hMihf4TIpmgvcOMiledGr5UriaFC96TIqXfDApXgSC/KVpMk2HZuImhEzcRIiJm1omxhapqQATNzOciXXczciYuJllYvcVxMTNnVpGhysTN/cwcbQPTNwcCPJoIBOzurvAHIitMYZlXNDCjgtUC4KGamn6uEDrjZYC44KDJOOCGOAu3woIyoN2XKBaEQD8ZZZxwSvA5qwIHBdUIhkXtCY0KVoLmRRtrEmBLVIbAZOireEmhY67LZlJ0ZbPpGgueO8gk6KdU8tXw9WkaOcxKV71waRoBwT5q9Nkmg7NxK8RMvFrQkzc3jIxtkjtBZi4g+FMrOPuQMbEHSwTu68gJu7o1LJTuDJxRw8Td/KBiTsCQd4JyMSs7i4wB2Jr7MwyLnjdjgvU6wQN1cX0cYHWG10ExgWHScYFnYG7fFcgKA/bcYHqSgDwbizjgu7A5qwKHBdUIxkXvEFoUrwhZFL0sCYFtkg9BEyKNw03KXTcb5KZFG/ymRTRgvcOMinecmr5driaFG95TIq3fTAp3gKC/O1pMk2HZuKehEzcU4iJ37FMjC3SOwJM3MtwJtZx9yJj4l6Wid1XEBP3dmrZJ1yZuLeHifv4wMS9gSDvA2RiVncXmAOxNfZlGRf0s+MC1Y+god41fVyg9ca7AuOCoyTjgr7AXb4/EJRH7bhA9ScA+Hss44IBwOasCRwX1CIZF7xPaFK8L2RSfGBNCmyRPhAwKT403KTQcX9IZlJ8yGdSxAjeO8ik+Mip5cfhalJ85DEpPvbBpPgICPKPp8k0HZqJBxIy8UAhJh5kmRhbpEECTDzYcCbWcQ8mY+LBlondVxATD3FqOTRcmXiIh4mH+sDEQ4AgHwpkYlZ3F5gDsTV+wjIuGGbHBWoYQUMNN31coPXGcIFxwXGSccEnwF1+BBCUx+24QI0gAPhIlnHBKGBz1gGOC+r6tFGEmr9PgflLAMxfQuC9JPM3+v9+/kTHVWOENhr0OscC66w17tmEf0s7nYOxHumHXv84QjNynJAZOd6akdgijRcwIz8z3IzUcX9GZkZ+xmdGRgreO8iMnODUcmK4mpETPGbkRB/MyAlAkE8kOUlMImTiSUJMPNkyMbZIkwWY+HPDmVjH/TkZE39umdh9BTHxF04tp4QrE3/hYeIpPjDxF0CQTwE2ty7yWUKTd8o089f4JctY8CvwWJCxob4iaKivTR8Lar3xtcBY8CeSseCXwF1+KhCUP4HHgmcIAT6VAODTWMaC04HNGQ0cy8SQjGVmEJoUM4RMipnWpMAWaaaASTHLcJNCxz2LzKSYxWdSKMl7u9c/26nlnHA1KWZ7TIo5PpgUs4EgnzNNpunQTDyXkInnCjHxPMvE2CLNE2Di+YYzsY57PhkTz7dMHHRv9/oXOLVcGK5MvMDDxAt9YOIFQJAvtO6uAuZAbI2LWMYFi21DqcUEDbXE9HGB1htLBMYFJ0nGBYuAu/w3QFCetOMC9Q0BwJeyjAu+BTZnK+C44GWSccF3hCbFd0ImxTJrUmCLtEzApFhuuEmh415OZlIs5zMpigneO8ikWOHUcmW4mhQrPCbFSh9MihVAkK+cJtN0aCZeRcjEq4SYeLVlYmyRVgsw8RrDmVjHvYaMiddYJnZfQUy81qnlunBl4rUeJl7nAxOvBYJ8HZCJWd1dYA7E1rieZVywwY4L1AaChtpo+rhA642NAuOCX0jGBeuBu/wmICh/seMCtYkA4JtZxgVbgM3ZBjguaEsyLthKaFJsFTIptlmTAlukbQImxXbDTQod93Yyk2I7n0lRXPDeQSbFDqeWO8PVpNjhMSl2+mBS7ACCfOc0maZDM/EuQibeJcTEuy0TY4u0W4CJ9xjOxDruPWRMvMcysfsKYuK9Ti33hSsT7/Uw8T4fmHgvEOT7gEzM6u4CcyC2xv0s44IDdlygDhA01Pemjwu03vheYFxwmmRcsB+4y/8ABOVpOy5QPxAA/EeWccFBYHO+BhwXtCcZFxwiNCkOCZkUh61JgS3SYQGT4ojhJoWO+wiZSXGEz6QoIXjvIJPiqFPLY+FqUhz1mBTHfDApjgJBfmyaTNOhmfg4IRMfF2LiE5aJsUU6IcDEPxnOxDrun8iY+CfLxO4riIl/dmp5MlyZ+GcPE5/0gYl/BoL8JJCJWd1dYA7E1niKZVzwix0XqF8IGupX08cFWm/8KjAu+I1kXHAKuMufBoLyNzsuUKcJAH6GZVzwG7A5OwHHBZ1JxgW/E5oUvwuZFGetSYEt0lkBk+Kc4SaFjvscmUlxjs+kKCl47yCT4rxTywvhalKc95gUF3wwKc4DQX5hmkzToZn4IiETXxRi4kuWibFFuiTAxJcNZ2Id92UyJr5smdh9BTHxFaeWV8OVia94mPiqD0x8BQjyq0AmZnV3gTkQW+M1lnHBH3ZcoP4gaKg/TR8XaL3xp8C44CzJuOAacJf/CwjKs3ZcoP4iAPh1lnHBDWBzdgWOC7qRjAsipvOZFO41R4Z4udcbb/rfP1uTItR7Tr+ZUPR94wMbViru+NPhNRI1KeIDAeWTSVFK8N5BJkUCp5YJXTUNK5NCJyCXK1h3IrwLin3vkJkECPKE02WaDs3EiQiZOJEQEye2TIwtUmIBJk5iOBPruJOQMXESy8TuK4iJkzq1TBauTJzUw8TJfGDipECQJwMyMau7C8yB2BqTC6wxzoWG2lApcAulHRekIGiolOg1oheo9UbK6fgGPU8yLkgO3OVTAUF53o4LVCoCgKeWYgz0uCANsDl7AMcFb5KMC9ISmhRphUyKe6xJgS3SPQImRTrDTQoddzoykyIdn0lRWvDeQSZFeqeWGcLVpEjvMSky+GBSpAeCPMN0maZDM3FGQibOKMTEmSwTY4uUSYCJMxvOxDruzGRMnNkysfsKYuIsTi2zhisTZ/EwcVYfmDgLEORZgUzM6u4CcyC2xmws44J77bhA3UvQUNlNHxdovZFdYFxwkWRckA24y+cAgvKiHReoHAQAz8kyLrgP2Jw9geOCd0jGBbkITYpcQiZFbmtSYIuUW8CkyGO4SaHjzkNmUuThMynKCN47yKTI69Ty/nA1KfJ6TIr7fTAp8gJBfv90maZDM3E+QibOJ8TE+S0TY4uUX4CJHzCciXXcD5Ax8QOWid1XEBM/6NSyQLgy8YMeJi7gAxM/CAR5ASATs7q7wByIrbEgy7jgITsuUA8RNFQh08cFWm8UEhgXXCYZFxQE7vKFgaC8bMcFqjABwIuwjAuKApuzD3Bc0JdkXBBJaFJECpkUypoU2CIpAZOimOEmhY67GJlJUYzPpCgreO8gk6K4U8sS4WpSFPeYFCV8MCmKA0FeYrpM06GZuCQhE5cUYuJSlomxRSolwMSlDWdiHXdpMiYubZnYfQUxcRmnlmXDlYnLeJi4rA9MXAYI8rJAJmZ1d4E5EFtjOZZxwcN2XKAeJmioR0wfF2i98YjAuOAqybigHHCXfxQIyqt2XKAeJQB4eZZxwWPA5uwPHBe8RzIuqEBoUlQQMikqWpMCW6SKAiZFJcNNCh13JTKTohKfSdFE8N5BJkVlp5ZVwtWkqOwxKar4YFJUBoK8ynSZpkMzcVVCJq4qxMTVLBNji1RNgImrG87EOu7qZExc3TKx+wpi4hpOLWuGKxPX8DBxTR+YuAYQ5DWBTMzq7gJzILbGWizjgtp2XKBqEzTU46aPC7TeeFxgXPAHybigFnCXrwME5R92XKDqEAC8Lsu4IArYnB8AxwUfkowL6hGaFPWETIr61qTAFqm+gEnRwHCTQsfdgMykaMBnUjQVvHeQSdHQqeUT4WpSNPSYFE/4YFI0BIL8iekyTYdm4kaETNxIiIkbWybGFqmxABM/aTgT67ifJGPiJy0Tu68gJn7KqeXT4crET3mY+GkfmPgpIMifBjIxq7sLzIHYGp9hGRc8a8cF6lmChnrO9HGB1hvPCYwL/iIZFzwD3OWfB4LyLzsuUM8TAPwFlnHBi8DmHAgcFwwiGRe8RGhSvCRkUjSxJgW2SE0ETIqmhpsUOu6mZCZFUz6TopngvYNMimZOLZuHq0nRzGNSNPfBpGgGBHnz6TJNh2biaEImjhZi4hjLxNgixQgwcQvDmVjH3YKMiVtYJnZfQUzc0qllq3Bl4pYeJm7lAxO3BIK8FZCJWd1dYA7E1vgyy7jgFTsuUK8QNFRr08cFWm+0FhgX3CAZF7wM3OXbAEF5w44LVBsCgLdlGRe0AzbnUOC44BOSccGrhCbFq0ImxWvWpMAW6TUBk6K94SaFjrs9mUnRns+kaC547yCTooNTy47halJ08JgUHX0wKToAQd5xukzToZm4EyETdxJi4s6WibFF6izAxK8bzsQ67tfJmPh1y8TuK4iJuzi17BquTNzFw8RdfWDiLkCQdwUyMau7C8yB2Bq7sYwLuttxgepO0FBvmD4u0HrjDYFxQbyCHOOCbsBdvgcQlMj8sY4LehAA/E2WccFbwOYcARwXjCQZF7xNaFK8LWRS9LQmBbZIPQVMincMNyl03O+QmRTv8JkU0YL3DjIpejm17B2uJkUvj0nR2weTohcQ5L2nyzQdmon7EDJxHyEm7muZGFukvgJM3M9wJtZx9yNj4n6Wid1XEBO/69Syf7gy8bseJu7vAxO/CwR5fyATs7q7wByIrfE9lnHBADsuUAMIGup908cFWm+8LzAuSEAyLngPuMt/AARlAjsuUB8QAPxDlnHBR8DmHA0cF4whGRd8TGhSfCxkUgy0JgW2SAMFTIpBhpsUOu5BZCbFID6TIkbw3kEmxWCnlkPC1aQY7DEphvhgUgwGgnzIdJmmQzPxUEImHirExJ9YJsYW6RMBJh5mOBPruIeRMfEwy8TuK4iJhzu1HBGuTDzcw8QjfGDi4UCQjwAyMau7C8yB2BpHsowLRtlxgRpF0FCfmj4u0HrjU4FxQSKSccFI4C4/GgjKRHZcoEYTAHwMy7hgLLA5xwPHBZ/59K1loeZvHDB/C4H5WwTMnwZHYlfuFgV+uB74c7Hz5xLnT32ND+TjM4c49H8Te/z+1nmN/vvY104I/DzR9do7uf+kwOsn3+b+k1z3/zzw8xdxvPYb57WfO6/Ve+CUwM9f3uVavgq8/uvbrOUr11qmBn6edpu1THWtZXrg5xlxvHap89rpzmv1GmcGfp7lyB70Jraw+s28oA8BScCHAHTcy6rfzCs67qQFOfa02cA9DVhrldTwvvkuwc09Dd03KQyPe34AL7MF4k5JIhYK7sXdy13rUPOXiiR/hYD5SwnMX2qS/XoOcL8G9oxC5s+vAR4wl0EDvLl2gIct0lyBAd48wwd4Ou55wgM89OZe0lByTE9CjqUMJccMJOQ4H0iOwJ5RGQjJcb4QOS6w5Igt0gIBclxoODnquBcKkSN6rRmjbhI5WjEvmh6ecWcWdkhCXZ/uy0UCcWchOcQsBJJwZuAhJivJIWYxMH/AnlFZSfqvsqEiJAdJ/qoYKkJykuB3CRC/wJ5ROQlFyBIhEfKNFSHYIn0jIEKWGi5CdNxLSURI9sBhfLHAoTS34ePKPFEyh/E8JGT0LZCMgLVWeQwXcRrX3wr0TT6SQ+BSob4JNX/5SfIH7G+VD5i/B0j2re+A/QfsGfUASf81MlQEP0SSv8aGiuBCJPhdBsQvsGdUIUIRvExIBC+3IhhbpOUCIniF4SJYx72CRATnD4jB7wQO9UUNF8GFomTETCQJGa0EkhGw1irScBGscb1SoG+KkxwCVwj1Taj5K0GSP2B/q+LA/JUk2bdWAfsP2DOqJEn/tTBUBJclyV9LQ0VwORL8rgbiF9gzqhyhCF4tJILXWBGMLdIaARG81nARrONeSyKCIwNicJXAof5Rw0VwqSgZMVOehIzWAckIWGtV3nARrHG9TqBvKpIcAtcK9U2o+atEkj9gf6uKwPxVJtm31gP7D9gzqjJJ/3U1VARXZ/nd84aK4Bok+N0AxC+wZ1QNQhG8QUgEb7QiGFukjQIieJPhIljHvYlEBJcLiMH1Aof62oaL4ApRMmLmcRIy2gwkI2Ct1eOGi2CN680CfRNFcgjcJNQ3oeavHkn+gP2tooD5q0+yb20B9h+wZ1R9kv4bYKgIbkSSv/cNFcGNSfC7FYhfYM+oxoQieKuQCN5mRTC2SNsERPB2w0Wwjns7iQiuEhCDWwQO9U8bLoJrRcmImWdIyGgHkIyAtVbPGC6CNa53CPTN8ySHwO1CfRNq/l4gyR+wv9XzwPy9SLJv7QT2H7Bn1Isk/TfaUBHcjCR/YwwVwc1J8LsLiF9gz6jmhCJ4l5AI3m1FMLZIuwVE8B7DRbCOew+JCK4bEIM7BQ71LQwXwU9EyYiZliRktBdIRsBaq5aGi2CN670CffMKySFwj1DfhJq/1iyfKQRi5RVg/tqQ7Fv7gP0H7BnVhqT/phsqgl8jyd8MQ0VwexL87gfiF9gzqj2hCN4vJIIPWBGMLdIBARH8veEiWMf9PYkIfiogBvcJHOo7GS6CX4iSETOdScjoByAZAWutOhsugjWufxDom64kh8Dvhfom1Px1I8kfsL9VV2D+upPsWz8C+w/YM6o7Sf8tM1QEv0WSv+WGiuC3SfB7EIhfYM+otwlF8EEhEXzIimBskQ4JiODDhotgHfdhEhHcNCAGfxQ41PcyXAS3jJIRM71JyOgIkIyAtVa9DRfBGtdHBPqmH8kh8LBQ34Sav3dJ8gfsb9UPmL/+JPvWUWD/AXtG9Sfpvx2GiuAPSPK301AR/CEJfo8B8QvsGfUhoQg+JiSCj1sRjC3ScQERfMJwEazjPkEiglsHxOBRgUP9QMNFcPsoGTEziISMfgKSEbDWapDhIljj+ieBvhlKcgg8IdQ3oebvE5L8AftbDQXmbxjJvvUzsP+APaOGkfTfcUNF8CiW/c9QEfwpCX5PAvEL7Bn1KaEIPikkgk9ZEYwt0ikBEfyL4SJYx/0LiQjuHBCDPwsc6scaLoLfiJIRM+NIyOhXIBkBa63GGS6CNa5/FeibCSSHwF+E+ibU/E0kyR+wv9UEYP4mkexbp4H9B+wZNYmk/y4bKoKnkOTviqEi+EsS/J4B4hfYM+pLQhF8RkgE/2ZFMLZIvwmI4N8NF8E67t9JRPDbATF4WuBQP9VwEdw3SkbMTCMho7NAMgLWWk0zXARrXJ8V6JuZJIfA34X6JtT8zSLJH7C/1Uxg/maT7FvngP0H7Bk1m6T/ku0zUwTPJ8lf8n1miuAFJPg9D8QvsGfUAkIRfF5IBF+wIhhbpAsCIvii4SJYx32RRAS/FxCD5wQO9YsNF8EfR8mImSUkZHQJSEbAWqslhotgjetLAn3zLckh8KJQ34Sav+9I8gfsb/UtMH/LSPaty8D+A/aMWkbSf/caKoJXkeQvu6EieDUJfq8A8QvsGbWaUARfERLBV60IxhbpqoAIvma4CNZxXyMRwUMCYvCywKF+neEieGSUjJhZT0JGfwDJCFhrtd5wEaxx/YdA32wiOQReE+qbUPO3mSR/wP5Wm4D520Kyb/0J7D9gz6gtJP1X2FARvIMkf0UMFcE7SfD7FxC/wJ5ROwlF8F9CIvi6FcHYIl0XEME3DBfBOu4bJCJ4TEAM/ilwqN9juAieGCUjZvaSkFHEDFwugbVWew0Xwf/D9Qz8fQ+QHAJvTJfpm5B/dRVJ/oD9rQ4A8/cDyb4VD7hvAXtG/UDSf48ZKoIPk+SvgqEi+AgJfuMD8QvsGXWEUAQDcxkkghPM+PtnK4JDvKcuUoIZ+PsmnGG2CNZxJ5wBr5HIWr8IiMF4Aof644aL4GmBuCXEzAkSMkoEJCNgrdUJw0WwxnUigb45SXIITCjUN6Hm7xTLt8sCsXISmL9fSPatxMD+A/aM+oWk/+obKoJ/I8lfA0NF8O8k+E0CxC+wZ9TvhCI4iZAITmpFMLZISQVEcDLDRbCOOxmJCJ4VEIOJBQ715w0XwQuiZMTMBRIySg4kI2Ct1QXDRbDGdXKBvrnM8sU6Qn0T8mfNSPIH7G91GZi/qyT7Vgpg/wF7Rl0l6b9mhorgv0jy19xQEXydBL8pgfgF9oy6TiiCUwqJ4FRWBGOLlEpABKc2XATruFOTiOAlATGYQuBQH+8hs0Xw8igZMRP/IQ4ySgMkI2CtVfyHzBbBGtdpBPom0UMch8DUQn0T8oSQJH/A/laJgPlLQrJvpQX2H7BnVBKS/utkqAhOQZK/zoaK4JQk+L0HiF9gzyhk/vwSwfcIieB0VgRji5ROQASnN1wE67jTk4jg1QExmFbgUJ/GcBG8MUpGzKQlIaMMQDIC1lqlNVwEa1xnEOib9CSHwPRCfRNyP5PkD9jfKj0wfxlJ9q2MwP4D9ozKSNJ//QwVwVlJ8veuoSI4Gwl+MwHxC+wZlY1QBGcSEsGZrQjGFimzgAjOYrgI1nFnIRHBWwNiMKPAoT6H4SJ4d5SMmMlJQkZZgWQErLXKabgI1rjOKtA3uUkOgVmE+ibU/OUhyR+wv1VuYP7ykuxb2YD9B+wZlZek/0YYKoIfIMnfSENF8IMk+L0XiF9gz6gHCUXwvUIiOLsVwdgiZRcQwTkMF8E67hwkInh/QAxmEzjUP2S4CD4UJSNmCpGQUU4gGQFrrQoZLoI1rnMK9E1RkkNgDqG+CTV/kST5A/a3KgrMnyLZt+4D9h+wZ5Qi6b+vDBXBJUny97WhIrgUCX5zAfEL7BlVilAE5xISwbmtCMYWKbeACM5juAjWcechEcHHAmLwPoFDfVnDRfCpKBkxU46EjPICyQhYa1XOcBGscZ1XoG8eJTkE5hHqm1DzV54kf8D+Vo8C8/cYyb51P7D/gD2jHiPpv28MFcGVSfK31FARXIUEv/mA+AX2jKpCKILzCYng/FYEY4uUX0AEP2C4CNZxP0Aigs8ExOD9Aof66oaL4AtRMmKmBgkZPQgkI2CtVQ3DRbDG9YMCfVOb5BD4gFDfhJq/x0nyB+xvVRuYvzok+1YBYP8Be0bVIem/LYaK4Pok+dtqqAhuQILfgkD8AntGNSAUwQWFRPBDVgRji/SQgAguZLgI1nEXIhHBVwJisIDAob6R4SL4epSMmGlMQkaFgWQErLVqbLgI1rguLNA3T7M8zivUN6Hm7xmS/AH7Wz0NzN+zJPtWEWD/AXtGPUvSf4cNFcEvkuTviKEi+CUS/BYF4hfYM+olQhFcVEgER1oRjC1SpIAIVoaLYB23IhHB8etFRBQRONQ3M1wEJ60nI2aak5BRMSAZAWutmhsugjWuiwn0TQuSQ6AS6ptQ89eSJH/A/lYtgPlrRbJvFQf2H7BnVCuS/jtvqAhuQ5K/C4aK4LYk+C0BxC+wZ1RbQhFcQkgEl7QiGFukkgIiuJThIljHXYpEBKcMiMHiAof61wwXwenqyYiZ9iRkVBpIRsBaq/aGi2CN69ICfdOJ5BBYSqhvQs1fZ5L8AftbdQLm73WSfasMsP+APaNeJ+m/RPvNFMHdSfKXeL+ZIvgNEvyWBeIX2DPqDUIRXFZIBJezIhhbpHICIvhhw0WwjvthEhGcKSAGywgc6t8yXARnrycjZt4mIaNHgGQErLV623ARrHH9iEDf9CI5BD4s1Deh5q83Sf6A/a16AfPXh2TfehTYf8CeUX1I+i+zoSK4P8uviDNUBL9Hgt/yQPwCe0a9RyiCywuJ4MesCMYW6TEBEVzBcBH8v+YkEcG5AmLwUYFD/QeGi+D89WTEzIckZFQRSEbAWqsPDRfBGtcVBfpmIMkhsIJQ34Sav0Ek+QP2txoIzN9gkn2rErD/gD2jBpP0XwFDRfAwkvwVNFQEDyfBb2UgfoE9o4YTiuDKQiK4ihXB2CJVERDBVQ0XwTruqiQiuGBADFYSONSPMlwER9aTETOfkpBRNSAZAWutPjVcBGtcVxPom7Ekh8CqQn0Tav7GkeQP2N9qLDB/40n2rerA/gP2jBpP0n8PGyqCJ5Hk7xFDRfBkEvzWAOIX2DNqMqEIriEkgmtaEYwtUk0BEVzLcBGs465FIoJLBMRgdYFD/RTDRXC5ejJi5ksSMqoNJCNgrdWXhotgjevaAn0zleQQWEuob0LN3zSS/AH7W00F5m86yb71OLD/gD2jppP0Xx1DRfBskvzVNVQEzyHBbx0gfoE9o+YQiuA6QiK4rhXB2CLVFRDBUYaLYB13FIkILh8Qg48LHOrnGy6Cq9STETMLSMioHpCMgLVWCwwXwRrX9QT6ZjHJITBKqG9Czd8SkvwB+1stBubvG5J9qz6w/4A9o74xnO9qBPiuvsC+tczwuOvWk9mvl5PgpQEQL8Baq+WG983CQCEaCPSNvi8qbr22xK6eWRT44Xrgz8XOn0ucP/XVMBDLE048+r+JFbXfOq/Rfx/72kaBnxu7Xnsn938y8PqnbnP/J133fzrw8zNxvPYb57VPO6/VAvzZwM/P3eVang+8/oXbrOV511peDPz80m3W8qJrLU0CPzeN47VLndc2cV6r19gs8HNzRwPCe7P6zbyge3OV4ZhcVv1mXtFxrybZy6OBezmw1mo1oYG4GLwPx64xtuYxgVq1CPzT0uUDpXL+TBYRbCrqK7Hr5wqgdQmYlJGJXGtN5lpzbDypnb9PiH3f4slcuY1w5TsijrxFuN4/aeCflM7PLaI71uvUtHWrZrWju8ZVswRx3De+K9ZEnte56xj7d0nc/73EoQR0r38cHmIc8mrh/NnS+TNN4J9WgZ9fvgWZIQ5EGozo+64jOGC2EiCz9UJkFh8cP7A+aj2YgLybs0T9Y4ATLMl1tgCu053XV5z9pLWLIDM7f7o3+3iuf8dMmkldccRebnKJfc/YuGOJNBF2LcX0eyWMCL5uR6Sx7+8h0obRzdpHd/QQqXdiGj+OWN0x6viSYOOLjF1r7BW7ptj3SR7xd98kda0jGXYdKva9vOtI5lpHUtfPsX+X3LWm2H+XwrNeNxbc/21sXlO4YqY5jOhAXnEOHa2dP9sE/mw7Q279MQIEvMnwCZaOu41A3JtJDh7A+qjNBIfMFgK13kbQ420F4t5O0uPA+qjthvf4dwluOtboWu8yPO75ATc0WiDu3SRuaDugGwqstULmz2vStHPORd5zkr5eDfz82l1OStoHXt/hNpOS9q77dwz83GnGzfv6IZBfBQtkiX2nI/bpxpgSxUpEalyj4nYLu84uoR0rEP4vCu0krjhiL7c7rUVUeuf/t23XsVVM17qdWrduFdMqunnddh2j3SmL6wnguHSs2xxOGEca6cxhqfV1Fnoq9lY5DfnXBf73J40jPfdSfk22Xhd6NL6LfTQeW6QuM/D37Wr4o/E67q4+bwKRoV1BOY0M8fIentDCb2bgDT6dhrvf0qoREaOnydYrxHsr779w57eb02vdXT2XyNUnsa/VG9qNiH/2UDzXz/Gd18S/zWvi3eI+tzqMiG1ascHpBCx1Bdt9RrC9714Q6r27ATehN25zrzKlo5vGlC5RvElkiZimgfuUioku3qRYWRVTpnjg9sVLqKZNoiObl2haulSJUmViSvv2bMkbQgzcwzIwtkg9BBj4TcMZWMf9phADo4/f3Z21ou+7z9APi3jXieylt4B22T6wxaU3Mb2+is490T0feypC99EBwy3i2NMbOu7vzbSI/yG5kQeR7sB7/UDyYTVgfytgzyip/KFx8jahffS20OG1pz28YovUU+Dw+o7hh1cd9zs+HV4jQ7v+53dLrNWv+Vv3EDaCmODLN7unl5Pv3ndg91SKI3deu6dSxL/bPXHd51/tHtMfxovvJDOeK3G9XSf02At94gDGoXoDN7M+ODDExOazj6Di0XnsLqCcD5v14Nc/Tkk67l4CcR8heOCtt0DcRw1VKl6CQe4bh4Ffq3GMROkB+1sBe0Yd8+mBy1Dr3AvINX2BTp2+hwS39J0hs4chay3hIn45FR/3SQIX8SuBuE+RPGjaD4hHYK3VKcP7RuNlkUDfnCbAy2KBuM+Q4OVdIF6AtVZnCPCyXqBvzhLgZYNA3OdI8NIfiBdgrdU5ArzsF+ibiwR4OSAQ9yUSvLwHxAuw1uoSAV5OCfTNVQK8/CIQ9zUSvAwA4gVYa3WNAC/XBPrmLwK8/CEQ93USvLwPxAuw1uo6AV6SCzxtFq+Q+XhJIRB3/EIcePkAiBdgrVV8w/tG4yWbQN8kIsDLvQJxJybBy4dAvABrrRIT4KWgQN8kI8DLQwJxJyfBy0dAvABrrZIT4KWcQN+kIsDLwwJxpybBy8dAvABrrVIT4KWWQN/cQ4CX2gJxpyPBy0AgXoC1VukI8PKMQN9kJMDLswJxZyLByyAgXoC1VpkI8PKyQN9kJcDLKwJxZyPBy2AgXoC1VtkI8NJNoG9yEOClu0DcOUnwMgSIF2CtVU4CvLwn0De5CfAyQCDuPCR4GQrEC7DWKg8BXkYK9E0+AryMEog7PwlePgHiBVhrhcyf/tBz8sD/pHXupz/DoJ/L1s+a6ufn9DNB+jkHPbvV8yjtsWvfUHshWt/pM6vmYb236Hy5L3TfDMPVI1JyncORc7vAPVIk+vtzaDoHw4XzPAL4GTW/vo1khNC3kYy030aCLdJIgW8jGWX4t5HouEcRfRuJxFrtF9revCLiuFBrduf3U6eGo+/gG05yu/67W33DSe6If/+Gk7ju83/iG050MnO5Ejd6xj93XpO/4WQ0cIMcMwOf3zF3kM9Q1z0WeCoz9Pvu4iQExKftPxX4FH+BQubHPVog7oKGq34d91iBuB/ySfVHhnYpYF8qYK2VVP7QdR5HqB7HCanH8VY9Yos0XkA9fma4etRxf0akHj+z6pFePU5wajjRqsf/fsUmaoJHPU4kU48TgRvkJAH1OMkH9TjZqsf/rKImCKiJogTqcaJA3JEE6nGyQNyKRD0C+1IBa62Q+dOknyJRxD8udH3QvTlxhvlr/Fxoxg0H5BdAQmRtqC8IGmoKeo3oBWpveYoAY5QkYYzPgafrL4GgLElw0vhSoG++AgJGb2zJCTe2rwg2tq+lmDI+uKHcUjzUe00FAlyiKFKgnAYutkTcrwrEXdrwTViDcKpA3GVIHhGeDsQjsNaqDFjuCZLY/z+oQvfmNAISmy59Og+1wb8LIKajAMAfNhzg0TExkU2bN1Pzq+NingHcLJD582vKDow/aMo+007ZsUWaKTBln2X4lF3HPUtoyh57oZUFMqezZ8iBApTPmBLFSkQiN+Q5M8wlNIkPMU4T+DDfowQfYpwuEHd5EoUyF4hrYK1VeQK8LBXom4oEePlWIO5KJHiZB8QLsNaqEgFeNgv0TVUCvGwRiLsaCV7mA/ECrLWqRoCXHwX6piYBXg4KxF2LBC8LgHgB1lrVIsDLGYG+qUOAl98E4q5LgpeFQLwAa63qEuDlukDf1CfAyw2BuBuQ4GUREC/AWqsGBHhJPR3fN40I8JJGIO7GJHhZDMQLsNaqMQFecgr0zdMEeLlPIO5nSPCyBIgXYK3VMwR4KSLQN88T4KWoQNwvkODlGyBegLVWLxDgpbxA3zQhwMtjAnE3JcHLUiBegLVWTQnwUlegb6IJ8BIlEHcMCV6+BeIFWGsVQ4CXFwT6phUBXl4UiPtlErx8B8QLsNbqZQK8tBXomzYEeGknEHdbErwsA+IFWGvVlgAvbwr0zWsEeHlLIO72JHhZDsQLsNaqPQFePhTom04EePlIIO7OJHhZAcQLsNaqMwFexgj0TVcCvIwViLsbCV5WAvECrLVC5k9/2Dil65cS6c8w6Oey9bOm+vk5/UyQfs5Bz271PEp77No31F6I1nf6zKp5WO8tOl/uC903q3D1iJRc52pg3+j6pHL9UiKdg9XCeV4D/KyWXx94XSP0gde19gOv2CKtFfjA6zrDP/Cq414n9IFXia9XkVir/Vrpm1dEHBdqze78rndquMFVS/u10nd5xSZKJzOXK3EbZvz71yBHhnZBv1Z6A3CD3DgDn9+Nd5DPUNe9CXgqC7evlV4v8LU0PQi+VnqDQNxvEnzZ4yaBuN8i+ZJQYF8qYK2VVP7Qdd5MqB43C6nHLVY9You0RUA9bjVcPeq4txKpx61WPdKrx21ODbdb9fjfr9hEbfOox+1k6nE7cIPcIaAed/igHnda9fifVdQ2ATXRi0A9bheIuzeBetwpEHcfEvUI7EsFrLVC5k+TfirCX7WwfYb5a9wlNOOGA3I3kBBZG2o3QUPtQa8RvUDtLe8RYIz+JIyxC3i63gsEZX+Ck8Zegb7ZBwSM3thSEm5s+wg2tv2mb2z6a77nCDToAPM3tv99fTjyK9MPADc2qfzFB9cZ+cusvgfmTwIrUpv5D+BNQiLuAwJxf2A4eevN+3uBuD8kebT8RyAegbVWH4JtgpSEv8zqB4LDz48Ca4xzoaE2+sG7OQSUvu29lF9PAxwUehrgkH0aAFukQwJPAxw2/GkAHfdhoacBYi/JnEaGePnxJMCgqdgnAcZNx+d0UQIhBrjbdarb/7W7Vkecvj16B08VdIv4Zz96nyroFvHvTxXEdZ9/fargrpPwLymKDe7IjL8XGN9JRBfP4lDvGdvIaEYfSPCp1XECn1odROInL0qAO3EdAZLhYBJpdhQozdxYCXVdQ0j6D4gTBewZNYTk+eljhIrpmJBiOm4VE7ZIxwUU0wnDFZOO+wTR89MSa/031RRq3byqKeSvphVSTXdF7v+ibCLiuFD3dtfqJ6cffjZdNTE8i/2TR4HppHaNCL5Mfhb7Z+Bme/KuWDvmtldsPk/eQT5DXfcpYA4G/b86od/B5nLXJ8t/OQ3qPvxJYOg2guBZ7J8F4h5J8ITUKYG4R5EoUWBfKmCt1SiCvpHYJxYKWdbodf4yg2OdvwKdKn2gTO36njGdg19nRERIrv80kMf9cjpOCzkdZ6zTgS3SGQGn4zfDnQ4d929ks+HfBGfDQj0bmvK//RX0KezfnVqevQPlnzvinzXyKv/cEUKfwkYnITY4nYBcrmDPzoj4x4W2sn4HgvwsyUniHCETnxNi4vOWibFFOi/AxBcMZ2Id9wUyJr5gmdh9BTHxRaeWl8KViS96mPiSD0x8EQjyS+BP9aUm/FTfpRnmr/Gy0IkJfmS6AjRfWBvqCkFDXUWvEb1ArTeuCritY0lc+svAXf4aEJRjwR+FSk4I8GsEAP9DijHQY+s/gc15EvgVYqce4ngw8i9Ck+IvIZPiujUpsEW6LmBS3DDcpNBx3yAzKW7wmRRK8t5B65/p5Hzm3/8qrEwKnYBcrmDdifAuKPa9QwbmTNy94s2UaTo0E8efycfE8WfKMHECV49ZJg7xnrpIOqHo+yYENqxU3AlnwmskysQJZ1omdt/bvf5ETi0ThysTJ/IwcWIfmDgREOSJgUzM6u4CcyC2xiQCa4xzoaE2VFLbUCopQUMlQ68RfuYLLDDZTHyDjicZFyQB7vLJgaAcb8cFKjkBwFNIMQZ6XJAS2JyngeOCMyTjglSEJkUqIZMitTUpsEVKLWBSpDHcpNBxpyEzKdLwmRTFBO8dZFKkdWp5T7iaFGk9JsU9PpgUaYEgv2emTNOhmTgdIROnE2Li9JaJsUVKL8DEGQxnYh13BjImzmCZ2H0FMXFGp5aZwpWJM3qYOJMPTJwRCPJMQCZmdXeBORBbY2aWcUEWOy5QWQgaKqvp4wKtN7IKjAsmkIwLMgN3+WxAUE6w4wKVjQDg97KMC7IDm/MscFxwjmRckIPQpMghZFLktCYFtkg5BUyK+ww3KXTc95GZFPfxmRTFBe8dZFLkcmqZO1xNilwekyK3DyZFLiDIc8+UaTo0E+chZOI8Qkyc1zIxtkh5BZj4fsOZWMd9PxkT32+Z2H0FMXE+p5b5w5WJ83mYOL8PTJwPCPL8QCZmdXeBORBb4wMs44IH7bhAPUjQUAVMHxdovVFAYFwwiWRc8ABwly8IBOUkOy5QBQkA/hDLuKAQsDkvAscFl0jGBYUJTYrCQiZFEWtSYItURMCkKGq4SaHjLkpmUhTlMylKCN47yKSIdGqpwtWkiPSYFMoHkyISCHI1U6bp0ExcjJCJiwkxcXHLxNgiFRdg4hKGM7GOuwQZE5ewTOy+gpi4pFPLUuHKxCU9TFzKByYuCQR5KSATs7q7wByIrbE0y7igjB0XqDIEDVXW9HGB1htlBcYFn5OMC0oDd/lyQFB+bscFqhwBwB9mGRc8AmzOq8BxwTWSccGjhCbFo0ImRXlrUmCLVF7ApHjMcJNCx/0YmUnxGJ9JUVLw3kEmRQWnlhXD1aSo4DEpKvpgUlQAgrziTJmmQzNxJUImriTExJUtE2OLVFmAiasYzsQ67ipkTFzFMrH7CmLiqk4tq4UrE1f1MHE1H5i4KhDk1YBMzOruAnMgtsbqLOOCGnZcoGoQNFRN08cFWm/UFBgXTCEZF1QH7vK1gKCcYscFqhYBwGuzjAseBzbnX8BxwXWScUEdQpOijpBJUdeaFNgi1RUwKaIMNyl03FFkJkUUn0lRSvDeQSZFPaeW9cPVpKjnMSnq+2BS1AOCvP5MmaZDM3EDQiZuIMTEDS0TY4vUUICJnzCciXXcT5Ax8ROWid1XEBM3cmrZOFyZuJGHiRv7wMSNgCBvDGRiVncXmAOxNT7JMi54yo4L1FMEDfW06eMCrTeeFhgXfEUyLngSuMs/AwTlV3ZcoJ4hAPizLOOC54DNGQ/XnCp+IY5xwfOEJsXzQibFC9akwBbpBQGT4kXDTQod94tkJsWLfCZFacF7B5kULzm1bBKuJsVLHpOiiQ8mxUtAkDeZKdN0aCZuSsjETYWYuJllYmyRmgkwcXPDmVjH3ZyMiZtbJnZfQUwc7dQyJlyZONrDxDE+MHE0EOQxQCZmdXeBORBbYwuWcUFLOy5QLQkaqpXp4wKtN1oJjAumkowLWgB3+ZeBoJxqxwXqZQKAv8IyLmgNbM5EwHFBYpJxQRtCk6KNkEnR1poU2CK1FTAp2hluUui425GZFO34TIoygvcOMiledWr5WriaFK96TIrXfDApXgWC/LWZMk2HZuL2hEzcXoiJO1gmxhapgwATdzSciXXcHcmYuKNlYvcVxMSdnFp2Dlcm7uRh4s4+MHEnIMg7A5mY1d0F5kBsja+zjAu62HGB6kLQUF1NHxdovdFVYFwwnWRc8Dpwl+8GBOV0Oy5Q3QgA3p1lXPAGsDmTAccFyUnGBT0ITYoeQibFm9akwBbpTQGT4i3DTQod91tkJsVbfCZFWcF7B5kUbzu17BmuJsXbHpOipw8mxdtAkPecKdN0aCZ+h5CJ3xFi4l6WibFF6iXAxL0NZ2Idd28yJu5tmdh9BTFxH6eWfcOVift4mLivD0zcBwjyvkAmZnV3gTkQW2M/lnHBu3ZcoN4laKj+po8LtN7oLzAumEkyLugH3OXfA4Jyph0XqPcIAD6AZVzwPrA5UwHHBalJxgUfEJoUHwiZFB9akwJbpA8FTIqPDDcpdNwfkZkUH/GZFE0E7x1kUnzs1HJguJoUH3tMioE+mBQfA0E+cKZM06GZeBAhEw8SYuLBlomxRRoswMRDDGdiHfcQMiYeYpnYfQUx8VCnlp+EKxMP9TDxJz4w8VAgyD8BMjGruwvMgdgah7GMC4bbcYEaTtBQI0wfF2i9MUJgXDCbZFwwDLjLjwSCcrYdF6iRBAAfxTIu+BTYnPcAxwXpSMYFowlNitFCJsUYa1JgizRGwKQYa7hJoeMeS2ZSjOUzKZoK3jvIpBjn1HJ8uJoU4zwmxXgfTIpxQJCPnynTdGgm/oyQiT8TYuIJlomxRZogwMQTDWdiHfdEMiaeaJnYfQUx8SSnlpPDlYkneZh4sg9MPAkI8slAJmZ1d4E5EFvj5yzjgi/suEB9QdBQU0wfF2i9MUVgXDCXZFzwOXCX/xIIyrl2XKC+JAD4Vyzjgq+BzZkROC7IRDIumEpoUkwVMimmWZMCW6RpAibFdMNNCh33dDKTYjqfSdFM8N5BJsUMp5Yzw9WkmOExKWb6YFLMAIJ85kyZpkMz8SxCJp4lxMSzLRNjizRbgInnGM7EOu45ZEw8xzKx+wpi4rlOLeeFKxPP9TDxPB+YeC4Q5POATMzq7gJzILbG+SzjggV2XKAWEDTUQtPHBVpvLBQYF8wnGRfMB+7yi4CgnG/HBWoRAcAXs4wLlgCbMytwXJCNZFzwDaFJ8Y2QSbHUmhTYIi0VMCm+Ndyk0HF/S2ZSfMtnUjQXvHeQSfGdU8tl4WpSfOcxKZb5YFJ8BwT5spkyTYdm4uWETLxciIlXWCbGFmmFABOvNJyJddwryZh4pWVi9xXExKucWq4OVyZe5WHi1T4w8SogyFcDmZjV3QXmQGyNa1jGBWvtuECtJWiodaaPC7TeWCcwLlhIMi5YA9zl1wNBudCOC9R6AoBvYBkXbAQ2Zw7guCAnybhgE6FJsUnIpNhsTQpskTYLmBRbDDcpdNxbyEyKLXwmRbTgvYNMiq1OLbeFq0mx1WNSbPPBpNgKBPm2mTJNh2bi7YRMvF2IiXdYJsYWaYcAE+80nIl13DvJmHinZWL3FcTEu5xa7g5XJt7lYeLdPjDxLiDIdwOZmNXdBeZAbI17WMYFe+24QO0laKh9po8LtN7YJzAuWEwyLtgD3OX3A0G52I4L1H4CgB9gGRd8D2zO3MBxQR6SccEPhCbFD0ImxY/WpMAW6UcBk+Kg4SaFjvsgmUlxkM+kiBG8d5BJccip5eFwNSkOeUyKwz6YFIeAID88U6bp0Ex8hJCJjwgx8VHLxNgiHRVg4mOGM7GO+xgZEx+zTOy+gpj4uFPLE+HKxMc9THzCByY+DgT5CSATs7q7wByIrfEnlnHBz3ZcoH4maKiTpo8LtN44KTAu+IZkXPATcJc/BQTlN3ZcoE4RAPwXlnHBr8DmzAccF+T3aaMINX+ngfk78BAuf98D7yWZvzP/9/MnOq76TWijQa/zd2CdNWelSfS3tNM5+N0j/dDrP0toRp4VMiPPWTMSW6RzAmbkecPNSB33eTIz8jyfGRkpeO8gM/KCU8uL4WpGXvCYkRd9MCMvAEF+keQkcYmQiS8JMfFly8TYIl0WYOIrhjOxjvsKGRNfsUzsvoKY+KpTy2vhysRXPUx8zQcmvgoE+TVgc+sipyE0ea/NNH+Nf7CMBf8EjwUZG+pPgob6y/SxoNYbfwmMBb8lGQv+AdzlrwNB+S14LJiSEODXCQB+g2UsGDELF/SjwLFgeZJPEcWbxWdSxMPVPMikiD/r75+tSRHiPXWRdELR900AbFipuBPMgtdI1KRIAASUTyaFkry3e/0JnVomctU0rEwKnYBcrmDdifAuKPa9QwVmQiDIE82SaTo0EycmZOLEQkycxDIxtkhJBJg4qeFMrONOSsbESS0TB93bvf5kTi2ThysTJ/MwcXIfmDgZEOTJgUzM6u4CcyC2xhQCa4xzoaE2VErbUColQUOlQq8RvUCtN1LNwjfoMpJxQQrgLp8aCMpldlygUhMAPI0UY6DHBWmBzVkROC6oRDIuuIfQpLhHyKRIZ00KbJHSCZgU6Q03KXTc6clMivR8JkUxwXsHmRQZnFpmDFeTIoPHpMjog0mRAQjyjLNkmg7NxJkImTiTEBNntkyMLVJmASbOYjgT67izkDFxFsvE7iuIibM6tcwWrkyc1cPE2Xxg4qxAkGcDMjGruwvMgdga72UZF2S34wKVnaChcpg+LtB6I4fAuGAFybjgXuAunxMIyhV2XKByEgD8PpZxQS5gc1YFjguqkYwLchOaFLmFTIo81qTAFimPgEmR13CTQsedl8ykyMtnUhQXvHeQSXG/U8t84WpS3O8xKfL5YFLcDwR5vlkyTYdm4vyETJxfiIkfsEyMLdIDAkz8oOFMrON+kIyJH7RM7L6CmLiAU8uC4crEBTxMXNAHJi4ABHlBIBOzurvAHIit8SGWcUEhOy5QhQgaqrDp4wKtNwoLjAtWkYwLHgLu8kWAoFxlxwWqCAHAi7KMCyKBzVkTOC6oRTIuUIQmhRIyKYpZkwJbpGICJkVxw00KHXdxMpOiOJ9JUULw3kEmRQmnliXD1aQo4TEpSvpgUpQAgrzkLJmmQzNxKUImLiXExKUtE2OLVFqAicsYzsQ67jJkTFzGMrH7CmLisk4ty4UrE5f1MHE5H5i4LBDk5YBMzOruAnMgtsaHWcYFj9hxgXqEoKEeNX1coPXGowLjgjUk44KHgbt8eSAo19hxgSpPAPDHWMYFFYDNWQc4LqhLMi6oSGhSVBQyKSpZkwJbpEoCJkVlw00KHXdlMpOiMp9JUVLw3kEmRRWnllXD1aSo4jEpqvpgUlQBgrzqLJmmQzNxNUImribExNUtE2OLVF2AiWsYzsQ67hpkTFzDMrH7CmLimk4ta4UrE9f0MHEtH5i4JhDktYBMzOruAnMgtsbaLOOCx+24QD1O0FB1TB8XaL1RR2BcsI5kXFAbuMvXBYJynR0XqLoEAI9iGRfUAzZnfeC4oAHJuKA+oUlRX8ikaGBNCmyRGgiYFA0NNyl03A3JTIqGfCZFKcF7B5kUTzi1bBSuJsUTHpOikQ8mxRNAkDeaJdN0aCZuTMjEjYWY+EnLxNgiPSnAxE8ZzsQ67qfImPgpy8TuK4iJn3Zq+Uy4MvHTHiZ+xgcmfhoI8meATMzq7gJzILbGZ1nGBc/ZcYF6jqChnjd9XKD1xvMC44INJOOCZ4G7/AtAUG6w4wL1AgHAX2QZF7wEbM5GwHFBY5JxQRNCk6KJkEnR1JoU2CI1FTApmhluUui4m5GZFM34TIrSgvcOMimaO7WMDleTornHpIj2waRoDgR59CyZpkMzcQwhE8cIMXELy8TYIrUQYOKWhjOxjrslGRO3tEzsvoKYuJVTy5fDlYlbeZj4ZR+YuBUQ5C8DmZjV3QXmQGyNr7CMC1rbcYFqTdBQbUwfF2i90UZgXLCJZFzwCnCXbwsE5SY7LlBtCQDejmVc8CqwOZ8GjgueIRkXvEZoUrwmZFK0tyYFtkjtBUyKDoabFDruDmQmRQc+k6KM4L2DTIqOTi07hatJ0dFjUnTywaToCAR5p1kyTYdm4s6ETNxZiIlft0yMLdLrAkzcxXAm1nF3IWPiLpaJ3VcQE3d1atktXJm4q4eJu/nAxF2BIO8GZGJWdxeYA7E1dmcZF7xhxwXqDYKG6mH6uEDrjR4C44ItJOOC7sBd/k0gKLfYcYF6kwDgb7GMC94GNufzwHHBCyTjgp6EJkVPIZPiHWtSYIv0joBJ0ctwk0LH3YvMpOjFZ1KUFbx3kEnR26lln3A1KXp7TIo+PpgUvYEg7zNLpunQTNyXkIn7CjFxP8vE2CL1E2Didw1nYh33u2RM/K5lYvcVxMT9nVq+F65M3N/DxO/5wMT9gSB/D8jErO4uMAdiaxzAMi54344L1PsEDfWB6eMCrTc+EBgXbCMZFwwA7vIfAkG5zY4L1IcEAP+IZVzwMbA5mwDHBU1JxgUDCU2KgUImxSBrUmCLNEjApBhsuEmh4x5MZlIM5jMpmgjeO8ikGOLUcmi4mhRDPCbFUB9MiiFAkA+dJdN0aCb+hJCJPxFi4mGWibFFGibAxMMNZ2Id93AyJh5umdh9BTHxCKeWI8OViUd4mHikD0w8AgjykUAmZnV3gTkQW+MolnHBp3ZcoD4laKjRpo8LtN4YLTAu2EEyLhgF3OXHAEG5w44L1BgCgI9lGReMAzZnNHBcEEMyLhhPaFKMFzIpPrMmBbZInwmYFBMMNyl03BPITIoJfCZFU8F7B5kUE51aTgpXk2Kix6SY5INJMREI8kmzZJoOzcSTCZl4shATf26ZGFukzwWY+AvDmVjH/QUZE39hmdh9BTHxFKeWX4YrE0/xMPGXPjDxFCDIvwQyMau7C8yB2Bq/YhkXfG3HBeprgoaaavq4QOuNqQLjgl0k44KvgLv8NCAod9lxgZpGAPDpLOOCGcDmbAUcF7xMMi6YSWhSzBQyKWZZkwJbpFkCJsVsw00KHfdsMpNiNp9J0Uzw3kEmxRynlnPD1aSY4zEp5vpgUswBgnzuLJmmQzPxPEImnifExPMtE2OLNF+AiRcYzsQ67gVkTLzAMrH7CmLihU4tF4UrEy/0MPEiH5h4IRDki4BMzOruAnMgtsbFLOOCJXZcoJYQNNQ3po8LtN74RmBcsIdkXLAYuMsvBYJyjx0XqKUEAP+WZVzwHbA52wDHBW1JxgXLCE2KZUImxXJrUmCLtFzApFhhuEmh415BZlKs4DMpmgveO8ikWOnUclW4mhQrPSbFKh9MipVAkK+aJdN0aCZeTcjEq4WYeI1lYmyR1ggw8VrDmVjHvZaMiddaJnZfQUy8zqnl+nBl4nUeJl7vAxOvA4J8PZCJWd1dYA7E1riBZVyw0Y4L1EaChtpk+rhA641NAuOCfSTjgg3AXX4zEJT77LhAbSYA+BaWccFWYHO+BhwXtCcZF2wjNCm2CZkU261JgS3SdgGTYofhJoWOeweZSbGDz6SIFrx3kEmx06nlrnA1KXZ6TIpdPpgUO4Eg3zVLpunQTLybkIl3CzHxHsvE2CLtEWDivYYzsY57LxkT77VM7L6CmHifU8v94crE+zxMvN8HJt4HBPl+IBOzurvAHIit8QDLuOB7Oy5Q3xM01A+mjwu03vhBYFxwgGRccAC4y/8IBOUBOy5QPxIA/CDLuOAQsDk7AccFnUnGBYcJTYrDQibFEWtSYIt0RMCkOGq4SaHjPkpmUhzlMyliBO8dZFIcc2p5PFxNimMek+K4DybFMSDIj8+SaTo0E58gZOITQkz8k2VibJF+EmDinw1nYh33z2RM/LNlYvcVxMQnnVqeClcmPulh4lM+MPFJIMhPAZmY1d0F5kBsjb+wjAt+teMC9StBQ502fVyg9cZpgXHBDyTjgl+Au/wZICh/sOMCdYYA4L+xjAt+BzZnV+C4oJtPG0Wo+TsLzN9AYP4GAfOnwZHYlbvlgR+uB/5c4fy50vlTX+cC+TjvEIf+b2KP32uc1+i/j33thcDPF12vvZP7Xwq8/vJt7n/Jdf8rgZ+vxvHaVc5rrziv1RvhtcDPf9zlWv4MvP6v26zlT9dargd+vnGbtVx3rSViduB1s//52tWx7z375p//07OBnxPMvvn36E0sf62beUEfAg6CsY2Ou0itm3lFx32IZE9LOBs4NwfuaYcM75u1CW7uaei+OWp43PcH8JJQAC/HSMRCwb3AyaMr5pAHPST5KwTM3zFg/k6Q7NeJgPs1sGcUMn9+DfCAuQwa4CWe/ffPdoAX4j11kRLPxt83yWyzB3g67iSz4TUS3dxLGkqOv5CQYylDyfFXEnJMCiRHYM+oXwnJMakQOSaz5IgtUjIBckxuODnquJMLkSN6rRmjbhI5WjGnmB2ecf8m7JCEuj7dlykE4v6d5BCTHEjCvwEPMWdJDjEpgfkD9ow6S9J/lQ0VIRdJ8lfFUBFyiQS/qYD4BfaMukQoQlIJiZDUVoRgi5RaQISkMVyE6LjTkIiQ7IHDeEqBQ+lVw8eVeaJkDuPXSMgoLZCMgLVW1wwXcRrXaQX65i+SQ2Aaob4JNX/XSfIH7G/1FzB/N0j2rXuA/QfsGXWDpP8aGSqCExTmyF9jQ0VwwsIc+E0HxC+wZxQyf36J4HRCIji9FcHYIqUXEMEZDBfBOu4MJCI4f0AM3iNwqE9S2GwRXChKRswkJSGjjEAyAtZaJS1stgjWuM4oMbkmOQRmEOqbkCeEJPkD9rdKAcxfKpJ9KxOw/4A9o1KR9F8LQ0XwPST5a2moCE5Hgt/MQPwCe0alIxTBmYVEcBYrgrFFyiIggrMaLoJ13FlJRHBkQAxmEjjUZzRcBJeKkhEzmUjIKBuQjIC1VpkMF8Ea19kE+iYrySEwq1DfhNzPJPkD9rfKCszfvST71r3A/gP2jLqXpP+6GiqC7yPJXzdDRXAuEvxmB+IX2DMqF6EIzi4kgnNYEYwtUg4BEZzTcBGs485JIoLLBcTgvQKH+ryGi+AKUTJi5n4SMroPSEbAWqv7DRfBGtf3CfTNAySHwJxCfRNq/h4kyR+wv9UDwPwVINm3cgH7D9gzqgBJ/w0wVAQXJsnf+4aK4CIk+M0NxC+wZ1QRQhGcW0gE57EiGFukPAIiOK/hIljHnZdEBFcJiMFcAod6ZbgIrhUlI2aKkZDR/UAyAtZaFTNcBGtc3y/QNyVJDoF5hfom1PyVIskfsL9VSWD+SpPsW/mA/QfsGVWapP9GGyqCHybJ3xhDRfAjJPjND8QvsGfUI4QiOL+QCH7AimBskR4QEMEPGi6CddwPkojgugExmE/gUP+Y4SL4iSgZMVOBhIwKAMkIWGtVwXARrHFdQKBvKpMcAh8U6ptQ81eFJH/A/laVgfmrSrJvFQT2H7BnVFWS/ptuqAiuSZK/GYaK4Fok+H0IiF9gz6hahCL4ISERXMiKYGyRCgmI4MKGi2Add2ESEfxUQAwWFDjU1zFcBL8QJSNm6pKQUREgGQFrreoaLoI1rosI9E19kkNgYaG+CTV/DUjyB+xvVR+Yv4Yk+1ZRYP8Be0Y1JOm/ZYaK4CdJ8rfcUBH8FAl+I4H4BfaMeopQBEcKiWBlRTC2SEpABBczXATruIuRiOCmATFYVOBQ/6zhIrhllIyYeY6EjIoDyQhYa/Wc4SJY47q4QN+8yPI4r1DfhJq/l0jyB+xv9SIwf01I9q0SwP4D9oxqQtJ/OwwVwdEk+dtpqAiOIcFvSSB+gT2jYghFcEkhEVzKimBskUoJiODShotgHXdpEhHcOiAGSwgc6lsZLoLbR8mImZdJyKgMkIyAtVYvGy6CNa7LCPRNG5JDYGmhvgk1f21J8gfsb9UGmL92JPtWWWD/AXtGtSPpv+OGiuAOJPk7YagI7kiC33JA/AJ7RnUkFMHlhETww1YEY4v0sIAIfsRwEazjfoREBHcOiMGyAof61w0XwW9EyYiZLiRk9CiQjIC1Vl0MF8Ea148K9E13kkPgI0J9E2r+3iDJH7C/VXdg/nqQ7Fvlgf0H7BnVg6T/LhsqgnuS5O+KoSL4HRL8PgbEL7Bn1DuEIvgxIRFcwYpgcJEERHBFw0WwjrsiiQh+OyAGywsc6vsYLoL7RsmImb4kZFQJSEbAWqu+hotgjetKAn3Tn+QQWFGob0LN33sk+QP2t+oPzN8Akn2rMrD/gD2jBpD0X7J9Zorgj0jyl3yfmSL4YxL8VgHiF9gz6mNCEVxFSARXtSIYW6SqAiK4muEiWMddjUQEvxcQg5UFDvWDDRfBH0fJiJkhJGRUHUhGwFqrIYaLYI3r6gJ9M4zkEFhNqG9Czd9wkvwB+1sNA+ZvBMm+VQPYf8CeUSNI+u9eQ0XwaJL8ZTdUBI8hwW9NIH6BPaPGEIrgmkIiuJYVwdgi1RIQwbUNF8E67tokInhIQAzWEDjUjzdcBI+MkhEzn5GQ0eNAMgLWWn1muAjWuH5coG8mkRwCawv1Taj5m0ySP2B/q0nA/H1Osm/VAfYfsGfU5yT9V9hQEfwVSf6KGCqCvybBb10gfoE9o74mFMF1hURwlBXB2CJFCYjgeoaLYB13PRIRPCYgBusIHOqnGy6CJ0bJiJkZJGRUH0hGwFqrGYaLYI3r+gJ9M5vkEFhPqG9Czd8clt8zCsTKbGD+5pLsWw2A/QfsGTWXpP8eM1QELyTJXwVDRfAiEvw2BOIX2DNqEaEIbigkgp+wIhhbpCcERHAjw0WwjrsRiQj+IiAGGwgc6r8xXARPi5IRM0tJyKgxkIyAtVZLDRfBGteNBfpmGckhsJFQ34Sav+Uk+QP2t1oGzN8Kkn3rSWD/AXtGrSDpv/qGiuA1JPlrYKgIXkuC36eA+AX2jFpLKIKfEhLBT1sRjC3S0wIi+BnDRbCO+xkSETwrIAafFDjUbzBcBC+IkhEzG0nI6FkgGQFrrTYaLoI1rp8V6JstJIfAZ4T6JtT8bSXJH7C/1RZg/raR7FvPAfsP2DNqG0n/NTNUBO8iyV9zQ0XwbhL8Pg/EL7Bn1G5CEfy8kAh+wYpgbJFeEBDBLxougnXcL5KI4CUBMficwKF+n+EieHmUjJjZT0JGLwHJCFhrtd9wEaxx/ZJA3/xAcgh8UahvQs3fjyT5A/a3+gGYv4Mk+1YTYP8Be0YdJOm/ToaK4KMk+etsqAg+RoLfpkD8AntGHSMUwU2FRHAzK4KxRWomIIKbGy6CddzNSUTw6oAYbCJwqP/JcBG8MUpGzPxMQkbRQDIC1lr9bLgI1riOFuibX1gmIUJ9E2r+fiXJH7C/1S/A/J0m2bdigP0H7Bl1mqT/+hkqgs+S5O9dQ0XwORL8tgDiF9gz6hyhCG4hJIJbWhGMLVJLARHcynARrONuRSKCtwbEYIzAof6i4SJ4d5SMmLlEQkYvA8kIWGt1yXARrHH9skDfXCU5BLYS6ptQ83eNJH/A/lZXgfn7g2TfegXYf8CeUX+Q9N8IQ0XwDZL8jTRUBEcU4cBvayB+gT2jkPnzSwS3FhLBbawIxhapjYAIbmu4CNZxtyURwfsDYvAVgUN9giJmi+BDUTJiJiEJGbUDkhGw1iphEbNFsMZ1O4G+SVKE4xDYVqhvQs1fUpL8AftbJQHmLxnJvvUqsP+APaOSkfTfV4aK4FQk+fvaUBGcmgS/rwHxC+wZlZpQBL8mJILbWxGMLVJ7ARHcwXARrOPuQCKCjwXE4KsCh/p7DBfBp6JkxEw6EjLqCCQjYK1VOsNFsMZ1R4G+yUhyCOwg1Deh5i8TSf6A/a0yAvOXmWTf6gTsP2DPqMwk/feNoSL4XpL8LTVUBGcnwW9nIH6BPaOyE4rgzkIi+HUrgrFFel1ABHcxXATruLuQiOAzATHYSeBQf5/hIvhClIyYyUVCRl2BZASstcpluAjWuO4q0Dd5SQ6BXYT6JtT83U+SP2B/q7zA/OUj2be6AfsP2DMqH0n/bTFUBBcgyd9WQ0VwQRL8dgfiF9gzqiChCO4uJILfsCIYW6Q3BERwD8NFsI67B4kIvhIQg90EDvWFDRfB16NkxEwREjJ6E0hGwFqrIoaLYI3rNwX6RpEcAnsI9U2o+StGkj9gfysFzF9xkn3rLWD/AXtGFSfpv8OGiuDSJPk7YqgILkOC37eB+AX2jCpDKILfFhLBPa0Ixhapp4AIfsdwEazjfodEBMevFxHxlsCh/mHDRXDSejJi5hESMuoFJCNgrdUjhotgjeteAn3zGMkh8B2hvgk1fxVI8gfsb/UYMH8VSfat3sD+A/aMqkjSf+cNFcFVSfJ3wVARXI0Ev32A+AX2jKpGKIL7CIngvlYEY4vUV0AE9zNcBOu4+5GI4JQBMdhb4FBf03ARnK6ejJipRUJG7wLJCFhrVctwEaxx/a5A39QhOQT2E+qbUPNXlyR/wP5WdYD5iyLZt/oD+w/YMyqKpP8S7TdTBDckyV/i/WaK4CdI8PseEL/AnlFPEIrg94RE8AArgrFFGiAggt83XATruN8nEcGZAmKwv8Ch/knDRXD2ejJi5ikSMvoASEbAWqunDBfBGtcfCPTNsySHwPeF+ibU/D1Hkj9gf6tngfl7nmTf+hDYf8CeUc+T9F9mQ0VwE5L8ZTFUBDclwe9HQPwCe0Y1JRTBHwmJ4I+tCMYW6WMBETzQcBGs4x5IIoJzBcTghwKH+mjDRXD+ejJiJoaEjAYByQhYaxVjuAjWuB4k0DetSA6BA4X6JuTfe02SP2B/q1bA/L1Csm8NBvYfsGfUKyT9V8BQEdyOJH8FDRXBr5LgdwgQv8CeUa8SiuAhQiJ4qBXB2CINFRDBnxgugnXcn5CI4IIBMThY4FDfwXARHFlPRsx0JCGjYUAyAtZadTRcBGtcDxPom9dJDoGfCPVNyN/aTZI/YH+r14H560qybw0H9h+wZ1RXkv572FAR3IPlM/2GiuA3SfA7AohfYM+oNwlF8AghETzSimBskUYKiOBRhotgHfcoEhFcIiAGhwsc6nsaLoLL1ZMRM++QkNGnQDIC1lq9Y7gI1rj+VKBv+pAcAkcJ9U2o+evL8sViQKz0AeavH8m+NRrYf8CeUf1I+q+OoSJ4AEn+6hoqgt8nwe8YIH6BPaPeJxTBY4RE8FgrgrFFGisggscZLoJ13ONIRHD5gBgcLXCo/8hwEVylnoyY+ZiEjMYDyQhYa/Wx4SJY43q8QN8MJjkEjhPqm5AfsyPJH7C/1WBg/oaS7FufAfsP2DNqqOF8VyPAd58J7FsjDI+7bj2Z/XokCV4mAPECrLUaaXjfLAsUYoJA3+j7ouLWa0vs6pnlgR+uB/5c4fy50vlTXxMDsUxy4tH/TayoXeO8Rv997GsnB37+3PXaO7n/F4HXT7nN/b9w3f/LwM9fxfHaVc5rv3ReqwX414Gfp97lWqYFXj/9NmuZ5lrLjMDPM2+zlhmutcwK/Dw7jteudl47y3mtXuOcwM9zHQ0I/yhnrZt5QffmaMMxWaTWzbyi4x5DspfPA+7lwFqrMYQG4grwPhy7xtiazw/UakHgn4UuHyiV82eyiGBTUV+JXT9XAK1LwKSMTORaazLXmmPjSe38fULs+xZP5spthCvfEXHkLcL1/kkD/6R0fm4R3bFep6atWzWrHd01rpoliOO+8V2xJvK8zl3H2L9L4v7vJQ4loHv94/Aw3yGvBc6fC50/0wT+WRT4efEtyAxxINJgRN93PMEBc5EAmX0mRGbxwfED66M+AxOQd3OWqP984ARLcp0LgOt053WJs5984yLIzM6f7s0+nuvfMZNmUlccsZebXGLfMzbuWCJNhF1LMf1eCSOCr9sRaez7e4i0YXSz9tEdPUTqnZjGjyNWd4w6viTY+CJj1xp7xa4p9n2SR/zdN0ld60iGXYeKfS/vOpK51pHU9XPs3yV3rSn236XwrNeNBfd/G5vXFK6YaQ4jOpAlzqHjG+fPpYE/v50tt/75AgQ8yfAJlo57qUDck0kOHsD6qMkEh8wFArWeQtDj3wrE/SVJjwPro740vMfXJrjpWKNrPdXwuO8PuKHzBOKeRuKGfgd0Q4G1Vsj8eU2a75xzkfecpK9lgZ+X3+WkZEXg9StvMylZ4br/qsDPq2ffvK8fAnkZWCBL7DursE83xpQoViJS4xoVt1vYrXEJ7ViB8H9RaCdxxRF7ud1pLaLSO/+/bbuOrWK61u3UunWrmFbRzeu26xjtTllcTwDHpWPd5nDCONJIZw5LrW+N0FOxt8ppqByz9r8/aRzpuZfya7K1VujR+HX20XhskdbNxt93veGPxuu41/u8CUSGdgXlNDLEy3t4Qgu/hYE3OD0Td7+HakREnJkpW68Q7628/8Kd3w1Or2109VwiV5/EvlZvaDci/tlD8Vw/x3deE/82r4l3i/vc6jAitmnFBqcTsNQV7MbZwfa+e0Go994A3IQ23eZeZUpHN40pXaJ4k8gSMU0D9ykVE128SbGyKqZM8cDti5dQTZtERzYv0bR0qRKlysSU9u3Zkk1CDLzZMjC2SJsFGHiL4Qys497i04fTQo1/o7NW9H1nGvphEe86kb20FWiXzQRbXHoT0+ur6NwT3fOxpyJ0H8023CKOPb2h455jpkX8D8mNPIhsBN5rLsmH1YD9rYA9o6Tyh8bJNkL7aJvQ4XW7Pbxii7Rd4PC6w/DDq457B8k3K2i/W2Ktfs3fNoawEcQEX77ZPTudfO+6A7unUhy589o9lSL+3e6J6z7/aveY/jBefCeZ8VyJ2+U6ocde6BMHMA61C7iZ7caBISY2n7sFFY/O40YB5bzQrAe//nFK0nHvFIh7EcEDb7sE4l5sqFLxEgxy31gI/FqNJSRKD9jfCtgzaolPD1yGWuedQK7ZA3Tq9D0kuGWP4V+NIBG3dhH/mCEQN4GL+KdA3MtJHjTdC8QjsNZqueF9o/GSQsB9XkWAl5QCca8mwcs+IF6AtVarCfByr0DfrCPAS3aBuNeT4GU/EC/AWqv1BHh5SKBvNhHgpZBA3JtJ8HIAiBdgrdVmArw8LNA32wjw8ohA3NtJ8PI9EC/AWqvtBHipLdA3uwjw8rhA3LtJ8PIDEC/AWqvdBHh5VqBv9hHg5TmBuPeT4OVHIF6AtVb7CfDyikDf/ECAl9YCcf9IgpeDQLwAa61+JMBLd4G+OUyAlzcE4j5CgpdDQLwAa62OEOBlgEDfHCfAy/sCcZ8gwcthIF6AtVYnCPAySqBvThLg5VOBuE+R4OUIEC/AWqtTBHj5SqBvThPg5WuBuM+Q4OUoEC/AWqszBHhZLNA3ZwnwskQg7nMkeDkGxAuw1uocAV42CPTNRQK8bBSI+xIJXo4D8QKstbpEgJcDAn1zlQAv3wvEfY0ELyeAeAHWWl0jwMsvAn3zFwFefhWI+zoJXn4C4gVYa4XMn/7Q84OB/0nr3E9/hkE/l62fNdXPz+lngvRzDnp2q+dR2mPXvqH2QrS+02dWzcN6b/lpdkTQhe6bn8Ff9Cy1zpPAvtH1KZDo78+h6RycFM7zKeBn1Pz6NpJTQt9G8ov9NhJskX4R+DaSXw3/NhId969E30YisVb7hbY3r4g4LtSa3fk97dTwzB18w0lu1393q284yR3x799wEtd9/k98w4lOZi5X4s7M/ufOa/I3nJwBbpC/zcbn97c7yGeo6/4deCoz9PvuxL4x5LTAp/jjFTU/7jMCcccvarbq13H/LhB3gqL+qP7I0C4F7EsFrLWSyh98ykioHs8KqcdzVj1ii3ROQD2eN1w96rjPE6nH81Y90qvHC04NL1r1+N+v2ERd8KjHi2Tq8SJwg7wkoB4v+aAeL1v1+J9V1AUBNZGEQD1eFIg7KYF6vCwQdzIS9QjsSwWstULmT5N+gUQR/7jQ9UH35sXZ5q/xitCMG/+wF5AQWRvqKkFDXUOvEb1A7S1fE2CMVCSMcQV4uv4DCMpUBCeNPwT65k8gYPTG9iDhxvYnwcb2lxRTxgc3lFuKh/zoJMFXfkuA8ga42BJxLxOIO43hm7AG4XWBuNMW5XhEOGIOLpfAWqu0YLknSGL//6AK3Zs3CEgM2D9xn85DbfC1AcSsEgB4esMBHh0TE9m0eTN1fy3gEy/AzQKZP7+m7MD4g6bs8ef8/bOdsod4T10knVD0fRPMMXvKruNOMAdeI9FfJoTMacI5cqAA5TOmRLESkcgNOdEccwlN4kOMNwQ+zJfR8Lj1kxgRs/BxZyJRKImBuAbWWmUiwEsagb7JSoCXtAJxZyPBSxIgXoC1VtkI8HKfQN/kIMBLLoG4c5LgJSkQL8Baq5wEeCkq0De5CfASKRB3HhK8JAPiBVhrlYcAL48J9E0+ArxUEIg7PwlekgPxAqy1yk+AlyiBvilAgJd6AnEXJMFLCiBegLVWBQnw8qJA3xQmwMtLAnEXIcFLSiBegLVWRQjw0k6gbxQBXl4ViLsYCV5SAfECrLUqRoCXtwT6piQBXt4WiLsUCV5SA/ECrLUqRYCXjwT6piwBXj4WiLscCV7SAPECrLUqR4CXsQJ98ygBXsYJxF2eBC9pgXgB1lqVJ8DLdIG+qUiAlxkCcVciwcs9QLwAa60qEeDlW4G+qUqAl+8E4q5Ggpd0QLwAa62qEeBli0Df1CTAy1aBuGuR4CU9EC/AWqtaBHg5KNA3dQjwckgg7rokeMkAxAuw1qouAV5+E+ib+gR4+V0g7gYkeMkIxAuw1gqZP/1h44KuX0qkP8Ogn8vWz5rq5+f0M0H6OQc9u9XzKO2xa99QeyFa3+kzq+ZhvbdknBMRdME/B4L+BK/QOjMD+0bX5yHXLyXSOcgsnOcswM9q+fWB1yxCH3jNaj/wii1SVoEPvGYz/AOvOu5sQh94lfh6FYm12q+VvnlFxHGh1uzO771ODbO7amm/Vvour9hE6WTmciUu+5x//xrkyNAu6NdKZwdukDnm4POb4w7yGfKnvICnsnD7Wul75+Dv24jga6WzC8TdmODLHnMKxP0kyZeEAvtSAWutpPKHrvN9hOrxPiH1mMuqR2yRcgmox9yGq0cdd24i9Zjbqkd69ZjHqWFeqx7/+xWbqDwe9ZiXTD3mBW6Q9wuox/t9UI/5rHr8zyoqj4CaeJZAPeYViPs5AvWYTyDu50nUI7AvFbDWCpk/TfoPEf6qhbxzzF9jfqEZNxyQDwAJkbWhHiBoqAelv/Y8MrRLaW/5QQHGaELCGPmBp+sCQFA2IThpFBDom4JAwOiNrSDhxlaQYGN7yPSNTX/NdyKBBm1m/sb2v68PR35leiHgxiaVv/jgOiN/mVVh8FfOs2zmRcCbhETchQTijjb90fJAzIUF4o4hebS8KBCPwFqrGLBNUJDwl1kVITj8FBVYY5wLDbXRI+/mEFD6tvdSfj0NECn0NICyTwNgi6QEngYoZvjTADruYkJPA8RekjmNDPHy40mAozOwTwKcnYXP6fIEQgxwt+tUt/9rd62KO31b4g6eKugW8c9+9D5V0C3i358qiOs+//pUwV0n4V9SFBtc8Tl/LzC+k4gunsWh3jO2kdGM3orgU6tnBT61+jKJn7w8Ae7EVRxIhq+QSLMSQGnmxkqo62pN0n9AnChgz6jWJM9PlyRUTCWFFFMpq5iwRSoloJhKG66YdNyliZ6flljrv6mmUOvmVU2h3k9KNd0Vuf+LsomI40Ld212rMk4/lDVdNTE8i13Go8B0UrtGBF8mP4tdFrjZlrsr1o657RWbz3J3kM9Q1/0wMAcv/786od/B5nLXJ8t/OQ3qPiwjMHR7jeBZ7LICcbcneELqYYG4O5AoUWBfKmCtVQeCvpHYJ5YJWdbodT4yh2Odj4K/Z6yQ63vGdA4eFf6esfKEnxQvL+R0PGadDmyRHhNwOioY7nT8rznJZsMVBGfDQj3r26ewKzq1rGT6p7DRSYgNrqLnk9OV5kT840JbWRWBIK9EcpKoTMjElYWYuIplYmyRqggwcVXDmVjHXZWMiataJnZfQUxczall9XBl4moeJq7uAxNXA4K8OvhTfYUIP9VXfY75a6zB8mB7TfDn3xkbqiZBQ9Uy/WOiWm/UEnBbXydx6WsAd/naQFC+Dv4o1IOEAK9NAPDHpRgDPbauA2zOZcCvEFtehOPByLqEJkVdIZMiypoU2CJFCZgU9Qw3KXTc9chMinp8JoWSvLd7/fWdWjYIV5OivsekaOCDSVEfCPIGc2SaDs3EDQmZuKEQEz9hmRhbpCcEmLiR4Uys425ExsSNLBMH3du9/sZOLZ8MVyZu7GHiJ31g4sZAkD9p3V0FzIHYGp9iGRc8bRtKPU3QUM+YPi7QeuMZgXFBV5JxwVPAXf5ZICi72nGBepYA4M+xjAueBzbnKuC4YDXJuOAFQpPiBSGT4kVrUmCL9KKASfGS4SaFjvslMpPiJT6TopjgvYNMiiZOLZuGq0nRxGNSNPXBpGgCBHnTOTJNh2biZoRM3EyIiZtbJsYWqbkAE0cbzsQ67mgyJo62TOy+gpg4xqlli3Bl4hgPE7fwgYljgCBvAWRiVncXmAOxNbZkGRe0suMC1YqgoV42fVyg9cbLAuOC7iTjgpbAXf4VICi723GBeoUA4K1ZxgVtgM25DjguWE8yLmhLaFK0FTIp2lmTAlukdgImxauGmxQ67lfJTIpX+UyK4oL3DjIpXnNq2T5cTYrXPCZFex9MiteAIG8/R6bp0EzcgZCJOwgxcUfLxNgidRRg4k6GM7GOuxMZE3eyTOy+gpi4s1PL18OViTt7mPh1H5i4MxDkrwOZmNXdBeZAbI1dWMYFXe24QHUlaKhupo8LtN7oJjAu6EEyLugC3OW7A0HZw44LVHcCgL/BMi7oAWzOTcBxwWaSccGbhCbFm0ImxVvWpMAW6S0Bk+Jtw00KHffbZCbF23wmRQnBeweZFD2dWr4TriZFT49J8Y4PJkVPIMjfmSPTdGgm7kXIxL2EmLi3ZWJskXoLMHEfw5lYx92HjIn7WCZ2X0FM3NepZb9wZeK+Hibu5wMT9wWCvB+QiVndXWAOxNb4Lsu4oL8dF6j+BA31nunjAq033hMYF7xFMi54F7jLDwCC8i07LlADCAD+Psu44ANgc24Djgu2k4wLPiQ0KT4UMik+siYFtkgfCZgUHxtuUui4PyYzKT7mMylKCt47yKQY6NRyULiaFAM9JsUgH0yKgUCQD5oj03RoJh5MyMSDhZh4iGVibJGGCDDxUMOZWMc9lIyJh1omdl9BTPyJU8th4crEn3iYeJgPTPwJEOTDgEzM6u4CcyC2xuEs44IRdlygRhA01EjTxwVab4wUGBf0JBkXDAfu8qOAoOxpxwVqFAHAP2UZF4wGNucu4LhgN8m4YAyhSTFGyKQYa00KbJHGCpgU4ww3KXTc48hMinF8JkUpwXsHmRTjnVp+Fq4mxXiPSfGZDybFeCDIP5sj03RoJp5AyMQThJh4omVibJEmCjDxJMOZWMc9iYyJJ1kmdl9BTDzZqeXn4crEkz1M/LkPTDwZCPLPgUzM6u4CcyC2xi9YxgVT7LhATSFoqC9NHxdovfGlwLigF8m44AvgLv8VEJS97LhAfUUA8K9ZxgVTgc25Dzgu2E8yLphGaFJMEzIppluTAluk6QImxQzDTQod9wwyk2IGn0lRWvDeQSbFTKeWs8LVpJjpMSlm+WBSzASCfNYcmaZDM/FsQiaeLcTEcywTY4s0R4CJ5xrOxDruuWRMPNcysfsKYuJ5Ti3nhysTz/Mw8XwfmHgeEOTzgUzM6u4CcyC2xgUs44KFdlygFhI01CLTxwVabywSGBf0IRkXLADu8ouBoOxjxwVqMQHAl7CMC74BNucPwHHBjyTjgqWEJsVSIZPiW2tSYIv0rYBJ8Z3hJoWO+zsyk+I7PpOijOC9g0yKZU4tl4erSbHMY1Is98GkWAYE+fI5Mk2HZuIVhEy8QoiJV1omxhZppQATrzKciXXcq8iYeJVlYvcVxMSrnVquCVcmXu1h4jU+MPFqIMjXAJmY1d0F5kBsjWtZxgXr7LhArSNoqPWmjwu03lgvMC7oRzIuWAvc5TcAQdnPjgvUBgKAb2QZF2wCNudh4LjgCMm4YDOhSbFZyKTYYk0KbJG2CJgUWw03KXTcW8lMiq18JkVZwXsHmRTbnFpuD1eTYpvHpNjug0mxDQjy7XNkmg7NxDsImXiHEBPvtEyMLdJOASbeZTgT67h3kTHxLsvE7iuIiXc7tdwTrky828PEe3xg4t1AkO8BMjGruwvMgdga97KMC/bZcYHaR9BQ+00fF2i9sV9gXNCfZFywF7jLHwCCsr8dF6gDBAD/nmVc8AOwOY8DxwUnSMYFPxKaFD8KmRQHrUmBLdJBAZPikOEmhY77EJlJcYjPpGgieO8gk+KwU8sj4WpSHPaYFEd8MCkOA0F+ZI5M06GZ+CghEx8VYuJjlomxRTomwMTHDWdiHfdxMiY+bpnYfQUx8Qmnlj+FKxOf8DDxTz4w8QkgyH8CMjGruwvMgdgaf2YZF5y04wJ1kqChTpk+LtB645TAuGAAybjgZ+Au/wsQlAPsuED9QgDwX1nGBaeBzXkSOC44RTIuOENoUpwRMil+syYFtki/CZgUvxtuUui4fyczKX7nMymaCt47yKQ469TyXLiaFGc9JsU5H0yKs0CQn5sj03RoJj5PyMTnhZj4gmVibJEuCDDxRcOZWMd9kYyJL1omdl9BTHzJqeXlcGXiSx4mvuwDE18CgvwykIlZ3V1gDsTWeIVlXHDVjgvUVYKGumb6uEDrjWsC44IPSMYFV4C7/B9AUH5gxwXqDwKA/8kyLvgL2JyngeOCMyTjguuEJsV1IZPihjUpsEW6IWBSRMw126TQces1gmskalK4cxoZ4uWTSdFM8N5BJkU8p5bxXTUNK5NCJyCXK1h3IrwLin3vUIEZDwjy+HNlmg7NxAnm8jFxgrkyTJzQ1WOWiUO8py6STij6vokMZ2IddyIyJk5kmdh9BTFxYqeWScKViRN7mDiJD0ycGAjyJEAmZnV3gTkQW2NSgTXGudBQGyoZbqG044JkBA2VHL1G9AK13kg+F9+gH5GMC5ICd/kUQFB+ZMcFKgUBwFNKMQZ6XJAK2JxngeOCcyTjgtSEJkVqIZMijTUpsEVKI2BSpDXcpNBxpyUzKdLymRTNBe8dZFLc49QyXbiaFPd4TIp0PpgU9wBBnm6uTNOhmTg9IROnF2LiDJaJsUXKIMDEGQ1nYh13RjImzmiZ2H0FMXEmp5aZw5WJM3mYOLMPTJwJCPLMQCZmdXeBORBbYxaWcUFWOy5QWQkaKpvp4wKtN7IJjAsGkowLsgB3+XuBoBxoxwXqXgKAZ2cZF+QANudF4LjgEsm4ICehSZFTyKS4z5oU2CLdJ2BS5DLcpNBx5yIzKXLxmRTRgvcOMilyO7XME64mRW6PSZHHB5MiNxDkeebKNB2aifMSMnFeISa+3zIxtkj3CzBxPsOZWMedj4yJ81kmdl9BTJzfqeUD4crE+T1M/IAPTJwfCPIHgEzM6u4CcyC2xgdZxgUF7LhAFSBoqIKmjwu03igoMC4YTDIueBC4yz8EBOVgOy5QDxEAvBDLuKAwsDmvAscF10jGBUUITYoiQiZFUWtSYItUVMCkiDTcpNBxR5KZFJF8JkWM4L2DTArl1LJYuJoUymNSFPPBpFBAkBebK9N0aCYuTsjExYWYuIRlYmyRSggwcUnDmVjHXZKMiUtaJnZfQUxcyqll6XBl4lIeJi7tAxOXAoK8NJCJWd1dYA7E1liGZVxQ1o4LVFmChipn+rhA641yAuOCoSTjgjLAXf5hICiH2nGBepgA4I+wjAseBTbnX8BxwfUi/mwUoeavPDB/s4H5mwO8l2T+Hvu/nz/RcVUFoY0Gvc6KwDprziqcyCXtAveu6JF+6PVXIjQjKwmZkZWtGYktUmUBM7KK4WakjrsKmRlZhc+MjBS8d5AZWdWpZbVwNSOreszIaj6YkVWBIK9GcpKoTsjE1YWYuIZlYmyRaggwcU3DmVjHXZOMiWtaJnZfQUxcy6ll7XBl4loeJq7tAxPXAoK8NrC5dZELE5q8teeav8bHWcaCdcBjQcaGqkPQUHVNHwtqvVFXYCw4jGQs+Dhwl48CgnIYeCxYkBDgUQQAr8cyFqwPbM6MuOZUmYpyjGUaEJoUDYRMiobWpMAWqaGASfGE4SaFjvsJMpPiCT6TQkne273+Rk4tG4erSdHIY1I09sGkaAQEeeO5Mk2HZuInCZn4SSEmfsoyMbZITwkw8dOGM7GO+2kyJn7aMnHQvd3rf8ap5bPhysTPeJj4WR+Y+BkgyJ+17q4C5kBsjc+xjAuetw2lnidoqBdMHxdovfGCwLhgBMm44DngLv8iEJQj7LhAvUgA8JdYxgVNgM2ZFTguyEYyLmhKaFI0FTIpmlmTAlukZgImRXPDTQodd3Myk6I5n0lRTPDeQSZFtFPLmHA1KaI9JkWMDyZFNBDkMXNlmg7NxC0ImbiFEBO3tEyMLVJLASZuZTgT67hbkTFxK8vE7iuIiV92avlKuDLxyx4mfsUHJn4ZCPJXgEzM6u4CcyC2xtYs44I2dlyg2hA0VFvTxwVab7QVGBeMIhkXtAbu8u2AoBxlxwWqHQHAX2UZF7wGbM4cwHFBTpJxQXtCk6K9kEnRwZoU2CJ1EDApOhpuUui4O5KZFB35TIrigvcOMik6ObXsHK4mRSePSdHZB5OiExDknefKNB2aiV8nZOLXhZi4i2VibJG6CDBxV8OZWMfdlYyJu1omdl9BTNzNqWX3cGXibh4m7u4DE3cDgrw7kIlZ3V1gDsTW+AbLuKCHHReoHgQN9abp4wKtN94UGBeMJhkXvAHc5d8CgnK0HReotwgA/jbLuKAnsDlzA8cFeUjGBe8QmhTvCJkUvaxJgS1SLwGTorfhJoWOuzeZSdGbz6QoIXjvIJOij1PLvuFqUvTxmBR9fTAp+gBB3neuTNOhmbgfIRP3E2Lidy0TY4v0rgAT9zeciXXc/cmYuL9lYvcVxMTvObUcEK5M/J6HiQf4wMTvAUE+AMjErO4uMAdia3yfZVzwgR0XqA8IGupD08cFWm98KDAuGEsyLngfuMt/BATlWDsuUB8RAPxjlnHBQGBz5gOOC/KTjAsGEZoUg4RMisHWpMAWabCASTHEcJNCxz2EzKQYwmdSlBS8d5BJMdSp5SfhalIM9ZgUn/hgUgwFgvyTuTJNh2biYYRMPEyIiYdbJsYWabgAE48wnIl13CPImHiEZWL3FcTEI51ajgpXJh7pYeJRPjDxSCDIRwGZmNXdBeZAbI2fsowLRttxgRpN0FBjTB8XaL0xRmBcMJ5kXPApcJcfCwTleDsuUGMJAD6OZVwwHticBYDjgoIk44LPCE2Kz4RMignWpMAWaYKASTHRcJNCxz2RzKSYyGdSlBK8d5BJMcmp5eRwNSkmeUyKyT6YFJOAIJ88V6bp0Ez8OSETfy7ExF9YJsYW6QsBJp5iOBPruKeQMfEUy8TuK4iJv3Rq+VW4MvGXHib+ygcm/hII8q+ATMzq7gJzILbGr1nGBVPtuEBNJWioaaaPC7TemCYwLphAMi74GrjLTweCcoIdF6jpBACfwTIumAlszsLAcUERknHBLEKTYpaQSTHbmhTYIs0WMCnmGG5S6LjnkJkUc/hMitKC9w4yKeY6tZwXribFXI9JMc8Hk2IuEOTz5so0HZqJ5xMy8XwhJl5gmRhbpAUCTLzQcCbWcS8kY+KFlondVxATL3JquThcmXiRh4kX+8DEi4AgXwxkYlZ3F5gDsTUuYRkXfGPHBeobgoZaavq4QOuNpQLjgkkk44IlwF3+WyAoJ9lxgfqWAODfsYwLlgGbUwHHBcVIxgXLCU2K5UImxQprUmCLtELApFhpuEmh415JZlKs5DMpygjeO8ikWOXUcnW4mhSrPCbFah9MilVAkK+eK9N0aCZeQ8jEa4SYeK1lYmyR1gow8TrDmVjHvY6MiddZJnZfQUy83qnlhnBl4vUeJt7gAxOvB4J8A5CJWd1dYA7E1riRZVywyY4L1CaChtps+rhA643NAuOCz0nGBRuBu/wWICg/t+MCtYUA4FtZxgXbgM1ZEjguKEUyLthOaFJsFzIpdliTAlukHQImxU7DTQod904yk2Inn0lRVvDeQSbFLqeWu8PVpNjlMSl2+2BS7AKCfPdcmaZDM/EeQibeI8TEey0TY4u0V4CJ9xnOxDrufWRMvM8ysfsKYuL9Ti0PhCsT7/cw8QEfmHg/EOQHgEzM6u4CcyC2xu9ZxgU/2HGB+oGgoX40fVyg9caPAuOCKSTjgu+Bu/xBICin2HGBOkgA8EMs44LDwOYsCxwXlCMZFxwhNCmOCJkUR61JgS3SUQGT4pjhJoWO+xiZSXGMz6RoInjvIJPiuFPLE+FqUhz3mBQnfDApjgNBfmKuTNOhmfgnQib+SYiJf7ZMjC3SzwJMfNJwJtZxnyRj4pOWid1XEBOfcmr5S7gy8SkPE//iAxOfAoL8FyATs7q7wByIrfFXlnHBaTsuUKcJGuqM6eMCrTfOCIwLviIZF/wK3OV/A4LyKzsuUL8RAPx3lnHBWWBzPgocF5QnGRecIzQpzgmZFOetSYEt0nkBk+KC4SaFjvsCmUlxgc+kaCp47yCT4qJTy0vhalJc9JgUl3wwKS4CQX5prkzToZn4MiETXxZi4iuWibFFuiLAxFcNZ2Id91UyJr5qmdh9BTHxNaeWf4QrE1/zMPEfPjDxNSDI/wAyMau7C8yB2Br/ZBkX/GXHBeovgoa6bvq4QOuN6wLjgqkk44I/gbv8DSAop9pxgbpBAPCIeSTjgni4haqKwHFBJZJxQfx5fCZFfGBzutebYN7fP1uTIsR76iLphKLvmxDYsFJxJ5wHr5GoSZEQCCifTIpmgvcOMikSObVM7KppWJkUOgG5XMG6E+FdUOx7hwrMRECQJ54n03RoJk5CyMRJhJg4qWVibJGSCjBxMsOZWMedjIyJk1kmdl9BTJzcqWWKcGXi5B4mTuEDEycHgjwFkIlZ3V1gDsTWmFLK/EEfmVIBzR/WhkpF0FCp0WtEL1DrjdTz8A06nWRckBK4y6cBgnK6HReoNAQAT8syLrgH2JxVgeOCaiTjgnSEJkU6IZMivTUpsEVKL2BSZDDcpNBxZyAzKTLwmRTNBe8dZFJkdGqZKVxNiowekyKTDyZFRiDIM82TaTo0E2cmZOLMQkycxTIxtkhZBJg4q+FMrOPOSsbEWS0Tu68gJs7m1PLecGXibB4mvtcHJs4GBPm9QCZmdXeBORBbY3aWcUEOOy5QOQgaKqfp4wKtN3IKjAtmkowLsgN3+fuAoJxpxwXqPgKA52IZF+QGNmdN4LigFsm4IA+hSZFHyKTIa00KbJHyCpgU9xtuUui47yczKe7nMymiBe8dZFLkc2qZP1xNinwekyK/DyZFPiDI88+TaTo0Ez9AyMQPCDHxg5aJsUV6UICJCxjOxDruAmRMXMAysfsKYuKCTi0fClcmLuhh4od8YOKCQJA/BGRiVncXmAOxNRZiGRcUtuMCVZigoYqYPi7QeqOIwLhgNsm4oBBwly8KBOVsOy5QRQkAHskyLlDA5qwDHBfUJRkXFCM0KYoJmRTFrUmBLVJxAZOihOEmhY67BJlJUYLPpIgRvHeQSVHSqWWpcDUpSnpMilI+mBQlgSAvNU+m6dBMXJqQiUsLMXEZy8TYIpURYOKyhjOxjrssGROXtUzsvoKYuJxTy4fDlYnLeZj4YR+YuBwQ5A8DmZjV3QXmQGyNj7CMCx614wL1KEFDlTd9XKD1RnmBccFcknHBI8Bd/jEgKOfacYF6jADgFVjGBRWBzVkfOC5o4NNGEWr+KgHz1wqYv5eB+dPgSOzK3frAD9cDf25w/tzo/KmvyoF8VHGIQ/83scfvLc5r9N/HvrZq4Odqrtfeyf2rB15f4zb3r+66f83Az7XieO0m57U1ndfqjbB24OfH73ItdQKvr3ubtdRxrSUq8HO926wlyrWW+oGfG8Tx2s3Oa+s7r9VrbBj4+QlH9qA3scGP38wL+hAwH4xtdNyjHr+ZV3TcC0j2tEbAPQ1Ya7XA8L7ZmuDmnobum8WGxz0wgJdGAnEvIRELBffi7uWudaj5+4bl2Sxg/pYA87eUZL9uDNyvgT2jkPnza4AHzGXQAO9JO8DDFulJgQHeU4YP8HTcTwkP8NCbe0lDyXEFCTmWMpQcV5KQ49NAcgT2jFpJSI5PC5HjM5YcsUV6RoAcnzWcHHXczwqRI3qtGaNuEjlaMT83LzzjXiPskIS6Pt2XzwnEvZbkEPMskITXAA8x60gOMc8D8wfsGbWOpP8qGypCNpHkr4qhImQzCX5fAOIX2DNqM6EIeUFIhLxoRQi2SC8KiJCXDBchOu6XSERI9sBh/HmBQ+k2w8eVeaJkDuPbScioCZCMgLVW2w0XcRrXTQT6ZhfJIfAlob4JNX+7SfIH7G+1C5i/PST7VlNg/wF7Ru0h6b9GhorgAyT5a2yoCP6eBL/NgPgF9oz6nlAENxMSwc2tCMYWqbmACI42XATruKNJRHD+gBhsKnCoP2i4CC4UJSNmDpGQUQyQjIC1VocMF8Ea1zECfXOU5BAYLdQ3oebvGEn+gP2tjgLzd5xk32oB7D9gz6jjJP3XwlARfJIkfy0NFcGnSPDbEohfYM+oU4QiuKWQCG5lRTC2SK0ERPDLhotgHffLJCI4MiAGWwgc6k8bLoJLRcmImTMkZPQKkIyAtVZnDBfBGtevCPTNWZJD4MtCfRNq/s6R5A/Y3+osMH/nSfat1sD+A/aMOk/Sf10NFcGXSfLXzVARfIUEv22A+AX2jLpCKILbCIngtlYEY4vUVkAEtzNcBOu425GI4HIBMdha4FD/h+EiuEKUjJj5k4SMXgWSEbDW6k/DRbDG9asCfXOD5BDYTqhvQt7HIznyB+xvdQOYv3iRHPvWa8D+A/aMikfSfwMMFcGJSPL3vqEiODEJftsD8QvsGYXMn18iuL2QCO5gRTC2SB0ERHBHw0WwjrsjiQiuEhCDrwkc6pNFmi2Ca0XJiJnkJGTUCUhGwFqr5JFmi2CN604CfZOK5BDYUahvQs1fapL8AftbpQLmLw3JvtUZ2H/AnlFpSPpvtKEiOD1J/sYYKoIzkOD3dSB+gT2jMhCK4NeFRHAXK4KxReoiIIK7Gi6CddxdSURw3YAY7CxwqM9suAh+IkpGzGQhIaNuQDIC1lplMVwEa1x3E+ibe0kOgV2F+ibU/GUnyR+wv9W9wPzlINm3ugP7D9gzKgdJ/003VATnJsnfDENFcB4S/L4BxC+wZ1QeQhH8hpAI7mFFMLZIPQRE8JuGi2Ad95skIvipgBjsLnCoz2e4CH4hSkbM5Ccho7eAZASstcpvuAjWuH5LoG8KkBwC3xTqm1DzV5Akf8D+VgWA+XuIZN96G9h/wJ5RD5H03zJDRXBRkvwtN1QER5LgtycQv8CeUZGEIrinkAh+x4pgbJHeERDBvQwXwTruXiQiuGlADL4tcKgvbrgIbhklI2ZKkJBRbyAZAWutShgugjWuewv0TWmSQ2Avob4JNX9lSPIH7G9VGpi/siT7Vh9g/wF7RpUl6b8dhorgR0nyt9NQEVyeBL99gfgF9owqTyiC+wqJ4H5WBGOL1E9ABL9ruAjWcb9LIoJbB8RgH4FDfUXDRXD7KBkxU4mEjPoDyQhYa1XJcBGscd1foG+qkhwC3xXqm1DzV40kf8D+VlWB+atOsm+9B+w/YM+o6iT9d9xQEVybJH8nDBXBj5PgdwAQv8CeUY8TiuABQiL4fSuCsUV6X0AEf2C4CNZxf0AigjsHxOB7Aof6KMNF8BtRMmKmHgkZfQgkI2CtVT3DRbDG9YcCfdOQ5BD4gVDfhJq/J0jyB+xv1RCYv0Yk+9ZHwP4D9oxqRNJ/lw0VwU+T5O+KoSL4GRL8fgzEL7Bn1DOEIvhjIRE80IpgbJEGCojgQYaLYB33IBIR/HZADH4kcKh/3nAR3DdKRsy8QEJGg4FkBKy1esFwEaxxPVigb5qQHAIHCfVNqPlrSpI/YH+rJsD8NSPZt4YA+w/YM6oZSf8l22emCG7B8u3u+8wUwS1J8DsUiF9gz6iWhCJ4qJAI/sSKYGyRPhEQwcMMF8E67mEkIvi9gBgcInCof8VwEfxxlIyYaU1CRsOBZASstWptuAjWuB4u0DftSA6Bw4T6JuTfe02SP2B/q3bA/L1Gsm+NAPYfsGfUayT9d6+hIrgTSf6yGyqCO5PgdyQQv8CeUZ0JRfBIIRE8yopgbJFGCYjgTw0XwTruT0lE8JCAGBwhcKjvargIHhklI2a6kZDRaCAZAWutuhkugjWuRwv0TQ+SQ+CnQn0T8rd2k+QP2N+qBzB/b5HsW2OA/QfsGfUWSf8VNlQE9yLJXxFDRXBvEvyOBeIX2DOqN6EIHiskgsdZEYwt0jgBETzecBGs4x5PIoLHBMTgGIFDfT/DRfDEKBkx8y4JGX0GJCNgrdW7hotgjevPBPpmAMkhcLxQ34Sav/dZvlgMiJUBwPx9QLJvTQD2H7Bn1Ack/feYoSJ4IEn+KhgqggeR4HciEL/AnlGDCEXwRCERPMmKYGyRJgmI4MmGi2Ad92QSEfxFQAxOEDjUDzVcBE+LkhEzn5CQ0edAMgLWWn1iuAjWuP5coG9GkBwCJwv1TciP2ZHkD9jfagQwf6NI9q0vgP0H7Bk1iqT/6hsqgseS5K+BoSJ4HAl+pwDxC+wZNY5QBE8REsFfWhGMLdKXAiL4K8NFsI77KxIRPCsgBr8QONRPMFwEL4iSETMTScjoayAZAWutJhougjWuvxbom89JDoFfCfVNyOKIJH/A/lafA/M3hWTfmgrsP2DPqCkk/dfMUBE8lSR/zQ0VwdNI8DsNiF9gz6hphCJ4mpAInm5FMLZI0wVE8AzDRbCOewaJCF4SEINTBQ71Mw0XwcujZMTMLBIymgkkI2Ct1SzDRbDG9UyBvplLcgicIdQ3oeZvHkn+gP2t5gLzN59k35oF7D9gz6j5JP3XyVARvJgkf50NFcFLSPA7G4hfYM+oJYQieLaQCJ5jRTC2SHMERPBcw0WwjnsuiQheHRCDswQO9d8aLoI3RsmIme9IyGgekIyAtVbfGS6CNa7nCfTNCpJD4Fyhvgk1fytJ8gfsb7UCmL9VJPvWfGD/AXtGrSLpv36GiuB1LJ/pN1QEryfB7wIgfoE9o9YTiuAFQiJ4oRXB2CItFBDBiwwXwTruRSQieGtADM4XONRvMlwE746SETObSchoMZCMgLVWmw0XwRrXiwX6ZhvJIXCRUN+Emr/tJPkD9rfaBszfDpJ9awmw/4A9o3aQ9N8IQ0XwHpL8jTRUBO8lwe83QPwCe0btJRTB3wiJ4KVWBGOLtFRABH9ruAjWcX9LIoL3B8TgEoFD/QHDRfChKBkx8z0JGX0HJCNgrdX3hotgjevvBPrmIMkh8Fuhvgk1f4dI8gfsb3UQmL/DJPvWMmD/AXtGHSbpv68MFcHHSfL3taEi+AQJfpcD8QvsGXWCUAQvFxLBK6wIxhZphYAIXmm4CNZxryQRwccCYnCZwKH+pOEi+FSUjJg5RUJGq4BkBKy1OmW4CNa4XiXQN6dJDoErhfom1PydIckfsL/VaWD+fiPZt1YD+w/YM+o3kv77xlARfJ4kf0sNFcEXSPC7BohfYM+oC4QieI2QCF5rRTC2SGsFRPA6w0WwjnsdiQg+ExCDqwUO9ZcNF8EXomTEzBUSMloPJCNgrdUVw0WwxvV6gb75g+QQuE6ob0LN358k+QP2t/oDmL+/SPatDcD+A/aM+ouk/7YYKoLjKY78bTVUBMdXHPjdCMQvsGcUMn9+ieCNQiJ4kxXB2CJtEhDBmw0XwTruzSQi+EpADG4QONQnUmaL4OtRMmImMQkZbQGSEbDWKrEyWwRrXG8R6JtkJIfAzUJ9E2r+kpPkD9jfKhkwfylI9q2twP4D9oxKQdJ/hw0VwWlI8nfEUBGclgS/24D4BfaMSksogrcJieDtVgRji7RdQATvMFwE67h3kIjg+PUiIrYKHOrTGy6Ck9aTETMZSMhoJ5CMgLVWGQwXwRrXOwX6JjPJIXCHUN+Emr8sJPkD9rfKDMxfVpJ9axew/4A9o7KS9N95Q0VwDpL8XTBUBOckwe9uIH6BPaNyEorg3UIieI8Vwdgi7REQwXsNF8E67r0kIjhlQAzuEjjU5zZcBKerJyNm8pCQ0T4gGQFrrfIYLoI1rvcJ9E0+kkPgXqG+CTV/+UnyB+xvlQ+YvwdI9q39wP4D9ox6gKT/Eu03UwQ/xPIkx34zRXAhEvweAOIX2DOqEKEIPiAkgr+3IhhbpO8FRPAPhotgHfcPJCI4U0AM7hc41Bc1XARnrycjZiJJyOhHIBkBa60iDRfBGtc/CvRNcZJD4A9CfRNq/kqQ5A/Y36o4MH8lSfatg8D+A/aMKknSf5kNFcFlSfKXxVARXI4Ev4eA+AX2jCpHKIIPCYngw1YEY4t0WEAEHzFcBOu4j5CI4FwBMXhQ4FD/qOEiOH89GTFTnoSMjgLJCFhrVd5wEaxxfVSgbyqyfCZOqG9CzV8lkvwB+1tVBOavMsm+dQzYf8CeUZVJ+q+AoSK4Okn+ChoqgmuQ4Pc4EL/AnlE1CEXwcSERfMKKYGyRTgiI4J8MF8E67p9IRHDBgBg8JnCor224CI6sJyNmHicho5+BZASstXrccBGscf2zQN9EkRwCfxLqm1DzV48kf8D+VlHA/NUn2bdOAvsP2DOqPkn/PWyoCG5Ekr9HDBXBjUnwewqIX2DPqMaEIviUkAj+xYpgbJF+ERDBvxougnXcv5KI4BIBMXhS4FD/tOEiuFw9GTHzDAkZnQaSEbDW6hnDRbDG9WmBvnme5BD4q1DfhJq/F0jyB+xv9Twwfy+S7FtngP0H7Bn1Ikn/1TFUBDcjyV9dQ0VwcxL8/gbEL7BnVHNCEfybkAj+3YpgbJF+FxDBZw0XwTrusyQiuHxADJ4RONS3MFwEV6knI2ZakpDROSAZAWutWhougjWuzwn0zSskh8CzQn0Tav5ak+QP2N/qFWD+2pDsW+eB/QfsGdXGcL6rEeC78wL71muGx123nsx+3Z4ELxeAeAHWWrU3vG/WBQpxQaBv9H1Rceu1JXb1zPrAD9cDf25w/tzo/Kmvi4FYLjnx6P8mVtRucV6j/z72tZcDP19xvfZO7n818Pprt7n/Vdf9/wj8/Gccr93kvPYP57VagP+lf77LtdzQ2mv+rddyw7WWeIHXxZ9/67Xov49dS4LAzwnjeO1m57UJnNfqNSYK/Jx4vvMezusqOH9GhnapwY/fzAu6NzsZjslRj9/MKzruziR7eZL5uFwCa606ExqIG8D7cOwaY2ueNFCrZIF/ks//O4ZUzp/JIoJNRX0ldv1cAbQuAZMyMpFrrclca46NJ7Xz9wmx71s8mSu3Ea58R8SRtwjX+ycN/JPS+blFdMd6nZq2btWsdnTXuGqWII77xnfFmsjzOncdY/8uifu/lziUgO71j8NDUoe8kjl/Jnf+TBP4J0Xg55S3IDPEgUiDEX3frgQHzBQCZNZNiMzig+MH1kd1AxOQd3OWqH9SHJlHSq4zGXCd7rymcvaT1C6CzOz86d7s47n+HTNpJnXFEXu5ySX2PWPjjiXSRNi1FNPvlTAi+Lodkca+v4dIG0Y3ax/d0UOk3olp/Dhidceo40uCjS8ydq2xV+yaYt8necTffZPUtY5k2HWo2PfyriOZax1JXT/H/l1y15pi/10Kz3rdWHD/t7F5TeGKmeYwogNJ5Rw6UscePgJ/pp0vt/6kAgTcw/AJlo47jUDcb5IcPID1UW8SHDKTCdS6J0GPpxWI+x2SHgfWR71jeI9vTXDTsUbXuo/hcQ8MuKFJBHq8L4kbeg/QDQXWWiHz5zVp7nHORd5zkr7SBX5OP//uJiUZAq/PeJtJSQbX/TMFfs48/+Z9/RDI6cACWWLfyTQfet+YEsVKRGpco+J2C7ssLqEdKxD+LwrtJK44Yi+3O61FVHrn/7dt17FVTNe6nVq3bhXTKrp53XYdo90pi+sJ4Lh0rNscThhHGunMYan1uXsQudZb5TRUjsk6/z/fK9JzL+XXZCvrfJn9I5urdvbR+BDvqYuUbT7+vvfOxzW/VNz3+rwJRIZ2BeU0MsTLe3hCC79lgTcoPxd3v+G1IiIemytbrxDvrbz/wp3f7E6v5XD1XCJXn8S+Vm9oNyL+2UPxXD/Hd14T/zaviXeL+9zqMCK2acUGpxOw1BVsjvnB9r57Qaj3zg7chHLe5l5lSkc3jSldoniTyBIxTQP3KRUTXbxJsbIqpkzxwO2Ll1BNm0RHNi/RtHSpEqXKxJT27dmSnEIMfJ9lYGyR7hNg4FyGM7COO5cQA6OP3zmctaLv29/QD4t414nspdxAu6w/2OLSm5heX0Xnnuiejz0VoftogOEWcezpDR33+2ZaxP+Q3MiDSA7gvT4g+bAasL8VsGeUVP7QOMlDaB/lETq85rWHV2yR8gocXu83/PCq477fp8NrZGjX//xuibX6NX/LEcJGEBN8+Wb35HPynf8O7J5KceTOa/dUivh3uyeu+/yr3WP6w3jxnWTGcyUuv+uEHnuhTxzAOFR+4Gb2AA4MMbH5fEBQ8eg85hBQzgPNevDrH6ckHXc+gbgHETzwll8g7sGGKhUvwSD3jYHAr9UYQqL0gP2tgD2jhvj0wGWodc4H5JoHgU6dvocEtzw4X2YPQ9ZawkV8fA4+7hEELmIdgbhHkjxoWgCIR2Ct1UjD+0bj5TmBvhlNgJfnBeIeQ4KXgkC8AGutxhDgpbVA34wnwEsbgbg/I8HLQ0C8AGutPiPAyxsCfTOJAC89BOKeTIKXQkC8AGutJhPg5X2BvplCgJcPBOL+kgQvhYF4AdZafUmAl08F+mYqAV5GC8Q9jQQvRYB4AdZaTSPAy9cCfTOTAC9TBeKeRYKXokC8AGutZhHgZYlA38wlwMs3AnHPI8FLJBAvwFqreQR42SjQNwsJ8LJJIO5FJHhRQLwAa60WEeDle4G++YYALz8IxL2UBC/FgHgB1lotJcDLrwJ9s4wAL6cF4l5OgpfiQLwAa62WE+DlT4G+WUWAl78E4l5NgpcSQLwAa61WE+AlpcCnMdcR4CWVQNzrSfBSEogXYK3VegK8ZBfom00EeMkhEPdmEryUAuIFWGu1mQAvhQT6ZhsBXgoLxL2dBC+lgXgB1lptJ8DLIwJ9s4sAL48KxL2bBC9lgHgB1loh86c/9Fwt8D9pnfvpzzDo57L1s6b6+Tn9TJB+zkHPbvU8Snvs2jfUXojWd/rMqnlY7y1l5kcEXei+KQv+omepdZYD9o2uT/VEf38OTeegnHCeHwZ+Rs2vbyN5WOjbSB6x30aCLdIjAt9G8qjh30ai436U6NtIJNZqv9D25hURx4Vaszu/5Z0aPnYH33CS2/Xf3eobTnJH/Ps3nMR1n/8T33Cik5nLlbjH5v9z5zX5G04eA26QFebj81vhDvIZ6rorAk9lhn7fndg3hpQX+BT/PoK4HxOIez/Br4KrKBD3AZJvOAH2pQLWWknlD13nSoTqsZKQeqxs1SO2SJUF1GMVw9WjjrsKkXqsYtUjvXqs6tSwmlWP//2KTVRVj3qsRqYeqwE3yOoC6rG6D+qxhlWP/1lFVRVQEwcJ4q4mEPchAvVYQyDuwyTqEdiXClhrhcyfJv3qiSL+caHrg+7NavPNX2NNoRk3HJC1gITI2lC1CBqqNnqN6AVqb7m2AGMcJ2GMmsDT9eNAUB4nOGk8LtA3dYCA0RtbNcKNrQ7BxlZXiinjgxvKLcVDvVcUwVd+S4CyHrjYEnGnE4j7J8M3YQ3CKIG4fyZ5RLg+EI/AWqufwXJPkMT+/0EVujfrEZBYfenTeagNvjWAmEwCAP/FcIBHx8RENm3eTA18HBdzA+BmgcyfX1P2BmDvP/ZqaKfs2CI1FJiyP2H4lF3H/YTQlD32QisLZE4bzZcDBSifMSWKlYhEbsiN55tLaBIfYqwn8GG+0wQfYqwvEPcZEoXyJBDXwFqrMwR4eUmgb84S4KWJQNznSPDyFBAvwFqrcwR4eVWgby4S4OU1gbgvkeDlaSBegLVWlwjw8rZA31wlwEtPgbivkeDlGSBegLVW1wjw8rFA3/xFgJeBAnFfJ8HLs0C8AGutrhPgZZxA38QrZj5exgvEHb8YB16eA+IFWGsV3/C+0XiZIdA3iQjwMlMg7sQkeHke+WVNQLwkJsDLdwJ9k4wAL8sE4k5OgpcXgHgB1lolJ8DLVoG+SUWAl20CcacmwcuLQLwAa61SE+DlkEDf3EOAl8MCcacjwctLQLwAa63SEeDld4G+yUiAl7MCcWciwUsTIF6AtVaZCPASMQ/fN1kJ8BJPIO5sJHhpCsQLsNYqGwFe0gr0TQ4CvNwjEHdOErw0A+IFWGuVkwAvuQT6JjcBXnILxJ2HBC/NgXgB1lrlIcBLpEDf5CPAixKIOz8JXqKBeAHWWuUnwEsFgb4pQICXigJxFyTBSwwQL8BaK2T+9IeNa7h+KZH+DIN+Lls/a6qfn9PPBOnnHPTsVs+jtMeufUPthWh9p8+smof13hIj/MtyWgh9DQV6nS3Bv5SopuuXEukctBTOcyvCr5VuJfSB15ftB16xRXpZ4AOvrxj+gVcd9ytEXystsVb7tdI3r4g4LtSa3flt7dSwjf1a6f9+xSaqtedrpduQfa10G+AG2Vbga6Xb+vC10u3s10r/5+9Uay3wtTSFi5kfdxuBuIsYrvp13O0E4i7qk+qPDO1SwL5UwForqfyh6/wqoXp8VUg9vmbVI7ZIrwmox/aGq0cdd3si9djeqkd69djBqWFHqx7/+xWbqA4e9diRTD12BG6QnQTUYycf1GNnqx7/s4rqIKAmihOox44CcZcgUI+dBeIuSaIegX2pgLVWyPxp0q9J+KsWOhJ8S/XrUr9qAQ3ILuBfSsTYUF0IGqqr6b+USHvLXQUYoywJY7wOPF13A4KyLMFJo5tA33QH/1KiGoQbW3eCje0N0zc2/TXfjQUa9GHzN7b/fX048ivTewA3Nqn8xQfXGfnLrN4k+GVWEpv5WwS/zKqHQNyPGk7eevN+UyDu8iSPlr8NxCOw1qo82CaoQfjLrN4iOPy8LbDGOBcaaqP3vJtDQOnb3kv59TRAT6GnAd6xTwNgi/SOwNMAvQx/GkDH3UvoaYDYSzKnkSFefjwJUGIO9kmASvPwOV2fQIgB7nad6vZ/7a5Vb6dv+9zBUwXdIv7Zj96nCrpF/PtTBXHd51+fKrjrJPxLimKD6z3/7wXGdxLRxbM41HvGNjKa0SsSfGq1ksCnViuR+MnrE+BOXL2BZFiZRJr1AUozN1ZCXVcVkv4D4kQBe0ZVIXl+ui+hYuorpJj6WcWELVI/AcX0ruGKScf9LtHz0xJr/TfVFGrdvKop1PtJqaa7Ivd/UTYRcVyoe7tr1d/ph/dMV00Mz2L39ygwndSuEcGXyc9ivwfcbAfcFWvH3PaKzeeAO8hnqOt+H5iDSv+vTuh3sLnc9cnyX06Dug/7CwzdahI8i/2eQNy1CJ6Qel8g7tokShTYlwpYa1WboG8k9ol1QpY1ep0fzOdY54fg7xmr5fqeMZ2DD4W/Z+wjwk+KfyTkdHxsnQ5skT4WcDoGGu506LgHks2GBwrOhoV61rdPYQ9yajnY9E9ho5MQG9wgzyenB8+P+MeFtrIGAUE+mOQkMYSQiYcIMfFQy8TYIg0VYOJPDGdiHfcnZEz8iWVi9xXExMOcWg4PVyYe5mHi4T4w8TAgyIeDP9VXi/BTfcPnm7/GESwPto8Ef/6dsaFGEjTUKNM/Jqr1xigBtzWKxKUfAdzlPwWCMgr8UahqhAD/lADgo6UYAz22HgNszhHArxAbqTgejBxLaFKMFTIpxlmTAlukcQImxXjDTQod93gyk2I8n0mhJO/tXv9nTi0nhKtJ8ZnHpJjgg0nxGRDkE+bLNB2aiScSMvFEISaeZJkYW6RJAkw82XAm1nFPJmPiyZaJg+7tXv/nTi2/CFcm/tzDxF/4wMSfA0H+hXV3FTAHYmucwjIu+NI2lPqSoKG+Mn1coPXGVwLjgvok44IpwF3+ayAo69txgfqaAOBTWcYF04DNORo4LhhDMi6YTmhSTBcyKWZYkwJbpBkCJsVMw00KHfdMMpNiJp9JUUzw3kEmxSynlrPD1aSY5TEpZvtgUswCgnz2fJmmQzPxHEImniPExHMtE2OLNFeAiecZzsQ67nlkTDzPMrH7CmLi+U4tF4QrE8/3MPECH5h4PhDkC4BMzOruAnMgtsaFLOOCRXZcoBYRNNRi08cFWm8sFhgXNCQZFywE7vJLgKBsaMcFagkBwL9hGRcsBTbneOC44DOSccG3hCbFt0ImxXfWpMAW6TsBk2KZ4SaFjnsZmUmxjM+kKC547yCTYrlTyxXhalIs95gUK3wwKZYDQb5ivkzToZl4JSETrxRi4lWWibFFWiXAxKsNZ2Id92oyJl5tmdh9BTHxGqeWa8OVidd4mHitD0y8BgjytUAmZnV3gTkQW+M6lnHBejsuUOsJGmqD6eMCrTc2CIwLGpGMC9YBd/mNQFA2suMCtZEA4JtYxgWbgc05CTgumEwyLthCaFJsETIptlqTAlukrQImxTbDTQod9zYyk2Ibn0lRQvDeQSbFdqeWO8LVpNjuMSl2+GBSbAeCfMd8maZDM/FOQibeKcTEuywTY4u0S4CJdxvOxDru3WRMvNsysfsKYuI9Ti33hisT7/Ew8V4fmHgPEOR7gUzM6u4CcyC2xn0s44L9dlyg9hM01AHTxwVabxwQGBc8STIu2Afc5b8HgvJJOy5Q3xMA/AeWccGPwOacAhwXfEkyLjhIaFIcFDIpDlmTAlukQwImxWHDTQod92Eyk+Iwn0lRUvDeQSbFEaeWR8PVpDjiMSmO+mBSHAGC/Oh8maZDM/ExQiY+JsTExy0TY4t0XICJTxjOxDruE2RMfMIysfsKYuKfnFr+HK5M/JOHiX/2gYl/AoL8ZyATs7q7wByIrfEky7jglB0XqFMEDfWL6eMCrTd+ERgXPE0yLjgJ3OV/BYLyaTsuUL8SAPw0y7jgDLA5pwLHBdNIxgW/EZoUvwmZFL9bkwJbpN8FTIqzhpsUOu6zZCbFWT6TopTgvYNMinNOLc+Hq0lxzmNSnPfBpDgHBPn5+TJNh2biC4RMfEGIiS9aJsYW6aIAE18ynIl13JfImPiSZWL3FcTEl51aXglXJr7sYeIrPjDxZSDIrwCZmNXdBeZAbI1XWcYF1+y4QF0jaKg/TB8XaL3xh8C44FmSccFV4C7/JxCUz9pxgfqTAOB/sYwLrgObcyZwXDCLZFxwg9CkuCFkUkQs+PtHa1KEeE9dJJ1Q9H3jLTDbpNBxx1sAr5GoSeHOaWSIl08mRWnBeweZFPGdWiZw1TSsTAqdgFyuYN2J8C4o9r1DBWZ8IMgTLJBpOjQTJ0TGHOEPEydcIMPEiSwTY4uUSICJExvOxDruxGRMnNgysfsKYuIkTi2ThisTJ/EwcVIfmDgJEORJgUzM6u4CcyC2xmQCa4xzoaE2VPIFQLYgbajkBA2VAr1G9AK13kixAN+gz5OMC5IBd/mUQFA+b8cFKiUBwFNJMQZ6XJAa2JxzgeOCeSTjgjSEJkUaIZMirTUpsEVKK2BS3GO4SaHjvofMpLiHz6QoI3jvIJMinVPL9OFqUqTzmBTpfTAp0gFBnn6BTNOhmTgDIRNnEGLijJaJsUXKKMDEmQxnYh13JjImzmSZ2H0FMXFmp5ZZwpWJM3uYOIsPTJwZCPIsQCZmdXeBORBbY1aWcUE2Oy5Q2Qga6l7TxwVab9wrMC54kWRckBW4y2cHgvJFOy5Q2QkAnoNlXJAT2JwLgeOCRSTjgvsITYr7hEyKXNakwBYpl4BJkdtwk0LHnZvMpMjNZ1KUFbx3kEmRx6ll3nA1KfJ4TIq8PpgUeYAgz7tApunQTHw/IRPfL8TE+SwTY4uUT4CJ8xvOxDru/GRMnN8ysfsKYuIHnFo+GK5M/ICHiR/0gYkfAIL8QSATs7q7wByIrbEAy7igoB0XqIIEDfWQ6eMCrTceEhgXNCEZFxQA7vKFgKBsYscFqhABwAuzjAuKAJvzG+C4YCnJuKAooUlRVMikiLQmBbZIkQImhTLcpNBxKzKTQvGZFE0E7x1kUhRzalk8XE2KYh6TorgPJkUxIMiLL5BpOjQTlyBk4hJCTFzSMjG2SCUFmLiU4Uys4y5FxsSlLBO7ryAmLu3Usky4MnFpDxOX8YGJSwNBXgbIxKzuLjAHYmssyzIuKGfHBaocQUM9bPq4QOuNhwXGBc1IxgVlgbv8I0BQNrPjAvUIAcAfZRkXlAc25zLguGA5ybjgMUKT4jEhk6KCNSnARRIwKSoablLouCuSmRQV+UyKpoL3DjIpKjm1rByuJkUlj0lR2QeTohIQ5JUXyDQdmomrEDJxFSEmrmqZGFukqgJMXM1wJtZxVyNj4mqWid1XEBNXd2pZI1yZuLqHiWv4wMTVgSCvAWRiVncXmAOxNdZkGRfUsuMCVYugoWqbPi7QeqO2wLggmmRcUBO4yz8OBGW0HReoxwkAXodlXFAX2JyrgOOC1STjgihCkyJKyKSoZ00KbJHqCZgU9Q03KXTc9clMivp8JkUzwXsHmRQNnFo2DFeTooHHpGjog0nRAAjyhgtkmg7NxE8QMvETQkzcyDIxtkiNBJi4seFMrONuTMbEjS0Tu68gJn7SqeVT4crET3qY+CkfmPhJIMifAjIxq7sLzIHYGp9mGRc8Y8cF6hmChnrW9HGB1hvPCowLWpCMC54G7vLPAUHZwo4L1HMEAH+eZVzwArA51wHHBetJxgUvEpoULwqZFC9ZkwJbpJcETIomhpsUOu4mZCZFEz6TorngvYNMiqZOLZuFq0nR1GNSNPPBpGgKBHmzBTJNh2bi5oRM3FyIiaMtE2OLFC3AxDGGM7GOO4aMiWMsE7uvICZu4dSyZbgycQsPE7f0gYlbAEHeEsjErO4uMAdia2zFMi542Y4L1MsEDfWK6eMCrTdeERgXtCIZF7QC7vKtgaBsZccFqjUBwNuwjAvaAptzE3BcsJlkXNCO0KRoJ2RSvGpNCmyRXhUwKV4z3KTQcb9GZlK8xmdSRAveO8ikaO/UskO4mhTtPSZFBx9MivZAkHdYINN0aCbuSMjEHYWYuJNlYmyROgkwcWfDmVjH3ZmMiTtbJnZfQUz8ulPLLuHKxK97mLiLD0z8OhDkXYBMzOruAnMgtsauLOOCbnZcoLoRNFR308cFWm90FxgXvEIyLugK3OXfAILyFTsuUG8QALwHy7jgTWBzbgOOC7aTjAveIjQp3hIyKd62JgW2SG8LmBQ9DTcpdNw9yUyKnnwmRYzgvYNMinecWvYKV5PiHY9J0csHk+IdIMh7LZBpOjQT9yZk4t5CTNzHMjG2SH0EmLiv4Uys4+5LxsR9LRO7ryAm7ufU8t1wZeJ+HiZ+1wcm7gcE+btAJmZ1d4E5EFtjf5ZxwXt2XKDeI2ioAaaPC7TeGCAwLmhDMi7oD9zl3weCso0dF6j3CQD+Acu44ENgc+4Cjgt2k4wLPhIqNHqdHwPrrPeM2on+PlrrHHzsOXqj1z+Q0AwaKGQGDbJmELZIgwTMoMGGm0E67sFkZtBgPjMoUvDeQWbQEKeWQ8PVDBriMYOG+mAGDQGCfCjJSeITQib+RIiJh1kmxhZpmAATDzeciXXcw8mYeLhlYvcVxMQjnFqODFcmHuFh4pE+MPEIIMhHAptbF7k2ock2coH5axzFMpb5FDyWYWyoTwkaarTpYxmtN0YLjGXakYxlRgF3+TFAULYDj2VqEAJ8DAHAx7KMZcYBm/M0cCxzhmQsM57QpBgvZFJ8Zk0KbJE+EzApJhhuUui4J5CZFBP4TAoleW/3+ic6tZwUribFRI9JMckHk2IiEOSTFsg0HZqJJxMy8WQhJv7cMjG2SJ8LMPEXhjOxjvsLMib+wjJx0L3d65/i1PLLcGXiKR4m/tIHJp4CBPmX1t1VwByIrfErlnHB17ah1NcEDTXV9HGB1htTBcYFr5GMC74C7vLTgKB8zY4L1DQCgE9nGRfMADbnWeC44BzJuGAmoUkxU8ikmGVNCmyRZgmYFLMNNyl03LPJTIrZfCZFMcF7B5kUc5xazg1Xk2KOx6SY64NJMQcI8rkLZJoOzcTzCJl4nhATz7dMjC3SfAEmXmA4E+u4F5Ax8QLLxO4riIkXOrVcFK5MvNDDxIt8YOKFQJAvAjIxq7sLzIHYGhezjAuW2HGBWkLQUN+YPi7QeuMbgXFBB5JxwWLgLr8UCMoOdlyglhIA/FuWccF3wOa8CBwXXCIZFywjNCmWCZkUy61JgS3ScgGTYoXhJoWOewWZSbGCz6QoLnjvIJNipVPLVeFqUqz0mBSrfDApVgJBvmqBTNOhmXg1IROvFmLiNZaJsUVaI8DEaw1nYh33WjImXmuZ2H0FMfE6p5brw5WJ13mYeL0PTLwOCPL1QCZmdXeBORBb4waWccFGOy5QGwkaapPp4wKtNzYJjAs6kYwLNgB3+c1AUHay4wK1mQDgW1jGBVuBzXkVOC64RjIu2EZoUmwTMim2W5MCW6TtAibFDsNNCh33DjKTYgefSVFC8N5BJsVOp5a7wtWk2OkxKXb5YFLsBIJ81wKZpkMz8W5CJt4txMR7LBNji7RHgIn3Gs7EOu69ZEy81zKx+wpi4n1OLfeHKxPv8zDxfh+YeB8Q5PuBTMzq7gJzILbGAyzjgu/tuEB9T9BQP5g+LtB64weBccHrJOOCA8Bd/kcgKF+34wL1IwHAD7KMCw4Bm/Mv4LjgOsm44DChSXFYyKQ4Yk0KbJGOCJgURw03KXTcR8lMiqN8JkVJwXsHmRTHnFoeD1eT4pjHpDjug0lxDAjy4wtkmg7NxCcImfiEEBP/ZJkYW6SfBJj4Z8OZWMf9MxkT/2yZ2H0FMfFJp5anwpWJT3qY+JQPTHwSCPJTQCZmdXeBORBb4y8s44Jf7bhA/UrQUKdNHxdovXFaYFzQlWRc8Atwlz8DBGVXOy5QZwgA/hvLuOB3YHPGwzWnil+MY1xwltCkOCtkUpyzJgW2SOcETIrzhpsUOu7zZCbFeT6TopTgvYNMigtOLS+Gq0lxwWNSXPTBpLgABPnFBTJNh2biS4RMfEmIiS9bJsYW6bIAE18xnIl13FfImPiKZWL3FcTEV51aXgtXJr7qYeJrPjDxVSDIrwGZmNXdBeZAbI1/sIwL/rTjAvUnQUP9Zfq4QOuNvwTGBd1JxgV/AHf560BQdrfjAnWdAOA3WMYFEQtxQScCjgsSk4wL4i3kMyni4WoeZFLEX/j3z9akCPGeukg6oej7JgA2rFTcCRbCayRqUiQAAsonk6K04L2DTIqETi0TuWoaViaFTkAuV7DuRHgXFPveoQIzIRDkiRbKNB2aiRMTMnFiISZOYpkYW6QkAkyc1HAm1nEnJWPipJaJ3VcQEydzapk8XJk4mYeJk/vAxMmAIE8OZGJWdxeYA7E1phBYY5wLDbWhUgLNH9aGSknQUKnQa0QvUOuNVAvxDdqDZFyQArjLpwaCsocdF6jUBABPI8UY6HFBWmBzJgOOC5KTjAvuITQp7hEyKdJZkwJbpHQCJkV6w00KHXd6MpMiPZ9JUUbw3kEmRQanlhnD1aTI4DEpMvpgUmQAgjzjQpmmQzNxJkImziTExJktE2OLlFmAibMYzsQ67ixkTJzFMrH7CmLirE4ts4UrE2f1MHE2H5g4KxDk2YBMzOruAnMgtsZ7WcYF2e24QGUnaKgcpo8LtN7IITAueItkXHAvcJfPCQTlW3ZcoHISAPw+lnFBLmBzpgKOC1KTjAtyE5oUuYVMijzWpMAWKY+ASZHXcJNCx52XzKTIy2dSlBW8d5BJcb9Ty3zhalLc7zEp8vlgUtwPBHm+hTJNh2bi/IRMnF+IiR+wTIwt0gMCTPyg4Uys436QjIkftEzsvoKYuIBTy4LhysQFPExc0AcmLgAEeUEgE7O6u8AciK3xIZZxQSE7LlCFCBqqsOnjAq03CguMC3qSjAseAu7yRYCg7GnHBaoIAcCLsowLIoHNeQ9wXJCOZFygCE0KJWRSFLMmBbZIxQRMiuKGmxQ67uJkJkVxPpOiieC9g0yKEk4tS4arSVHCY1KU9MGkKAEEecmFMk2HZuJShExcSoiJS1smxhaptAATlzGciXXcZciYuIxlYvcVxMRlnVqWC1cmLuth4nI+MHFZIMjLAZmY1d0F5kBsjQ+zjAseseMC9QhBQz1q+rhA641HBcYFvUjGBQ8Dd/nyQFD2suMCVZ4A4I+xjAsqAJszI3BckIlkXFCR0KSoKGRSVLImBbZIlQRMisqGmxQ67spkJkVlPpOiqeC9g0yKKk4tq4arSVHFY1JU9cGkqAIEedWFMk2HZuJqhExcTYiJq1smxhapugAT1zCciXXcNciYuIZlYvcVxMQ1nVrWClcmrulh4lo+MHFNIMhrAZmY1d0F5kBsjbVZxgWP23GBepygoeqYPi7QeqOOwLigD8m4oDZwl68LBGUfOy5QdQkAHsUyLqgHbM6swHFBNpJxQX1Ck6K+kEnRwJoU2CI1EDApGhpuUui4G5KZFA35TIpmgvcOMimecGrZKFxNiic8JkUjH0yKJ4Agb7RQpunQTNyYkIkbCzHxk5aJsUV6UoCJnzKciXXcT5Ex8VOWid1XEBM/7dTymXBl4qc9TPyMD0z8NBDkzwCZmNXdBeZAbI3PsowLnrPjAvUcQUM9b/q4QOuN5wXGBf1IxgXPAnf5F4Cg7GfHBeoFAoC/yDIueAnYnDmA44KcJOOCJoQmRRMhk6KpNSmwRWoqYFI0M9yk0HE3IzMpmvGZFM0F7x1kUjR3ahkdriZFc49JEe2DSdEcCPLohTJNh2biGEImjhFi4haWibFFaiHAxC0NZ2Idd0syJm5pmdh9BTFxK6eWL4crE7fyMPHLPjBxKyDIXwYyMau7C8yB2BpfYRkXtLbjAtWaoKHamD4u0HqjjcC4oD/JuOAV4C7fFgjK/nZcoNoSALwdy7jgVWBz5gaOC/KQjAteIzQpXhMyKdpbkwJbpPYCJkUHw00KHXcHMpOiA59JES147yCToqNTy07halJ09JgUnXwwKToCQd5poUzToZm4MyETdxZi4tctE2OL9LoAE3cxnIl13F3ImLiLZWL3FcTEXZ1adgtXJu7qYeJuPjBxVyDIuwGZmNXdBeZAbI3dWcYFb9hxgXqDoKF6mD4u0Hqjh8C4YADJuKA7cJd/EwjKAXZcoN4kAPhbLOOCt4HNmQ84LshPMi7oSWhS9BQyKd6xJgW2SO8ImBS9DDcpdNy9yEyKXnwmRYzgvYNMit5OLfuEq0nR22NS9PHBpOgNBHmfhTJNh2bivoRM3FeIiftZJsYWqZ8AE79rOBPruN8lY+J3LRO7ryAm7u/U8r1wZeL+HiZ+zwcm7g8E+XtAJmZ1d4E5EFvjAJZxwft2XKDeJ2ioD0wfF2i98YHAuOADknHBAOAu/yEQlB/YcYH6kADgH7GMCz4GNmcB4LigoE8bRaj5GwjMX0Vg/iqRjFsG3c1GW/q291J+mTyDhEyewdbkwRZpsIDJM8Rwk0fHPYTM5BkiaPLEB691XeAN+szH3S9RnYiIgQIn7TXx72KN6vZ/HRHHhbq3u1ZDnb795A4MrW4R/+xHr6HVLeLfDa247vP/zNAauvDvBcZ3EtHFszjUe8Y2MrrxPgKfPNBxSwHuY5ITq3tjCPXENRRIhgNJ8vcJ8MTvxkrIJ2kSawWIEwXsGXVX+bsLwkTvX0PBB9BbrTPUew8jVHbDhJTdcKvssEUaLqDsRhiu7HTcI8iU3Qir7KyyC1wjnb4dFa7KbqRH2Y1yKbvYy+ST/kjg5jiM5KQ/ytCT/vAwPOkDe0YNB570E7jy595EPnVtdLGbTmLX31fAxBIpcGKM1BtzIs/a9eXeMJM6f+qrRXTHBk3aNm/Xplqr6NbN48XxX7gzkcDzd8lcP8f+XZII4S05sevNNMyvB/7MHHHzz0+d/6+v0YGfxzhbd2LXQjfFv/ma0a7Xjg38PG7hzfsmiPjnhT5bbYqPK3m8ONaMXi9wOxWb22eOMH+Nnwo9W4Be51ghMT3etbWmdP7Um4hXWLs3G/f5z7spCWzLxaW25aSuOCI88cZuy/c4/79tu46tYrpWbh/dpGN087rtOka7kxi7vyeI40buzcD99wldb57Ycx93YmP/TnQXd98T3bnjwarVD+tqlBDaPrPWFbZInwlYVxMMt6503BMErCu/wIU8FrgtiljwTAzkZlLgn8muHKVy/vSJssSURGJXHLGXm7L03yfEvm9xN/VHuPIdEUfeIlzvr+kz9kgRUDX1OjVt3apZ7eiucdUsQRz3dR89vAzrrmPs3wUxJNonnAC0L7yaaaKjeyY5f052/kwT+OfzwM9feD6JE18wtlDvNWWhLGmEuj69+UwR8JFHGf6ghu4jibg/FbLP0PMIYH0UMma9B8TxsQF4/ePj7iWqc5E+jOQ6J5L4BpPASsb6WuHna7kPbLH78peB+3/lOpfc6/zptjPcFkdcB7hw8JiSu+KI8MQb6zGldf5/dJtWHau2bda+66sBj+nxdi3ch+Ekzp+J4riPO6/6Suj62T0XTux5bWLXuipgYi6WLOJvXy3C9d7uq4LrZ/c4Jzl2Lf/DVgrXe8WuK/Z9Urj+PolrHSmw6/jfeT+5J373GoTe93/xp/yX+FPGsY6UPsbv9pyTe9bpxn7s391W5EWGdqkpPpF6qIfur3HrLO4dxn3tiM8sEX8P46YG/t20hXHbhhJ1mCpkv0639iu2SNMF7NcZhtuvOu4ZPj85GGoeZoBnMN516mumfUgjguQhjTXxg/f4ma4HL2YFfp4dx0MaU53XzHK9dk7g57k+PqQxlUzM3tXDpf9ySa0xS4T5a5xJYrbMETq3zLMPadiHNEQf0phH+JAGcnd1r3e+VQnYIs0XUAkLDFcJOu4FxA9pII8FcQ38FwZysyjwz2L7kAbife1DGvpaIPiQxkJH9yxy/lzsekhjSeDnb4Qf0kBueEsNf0hDbz5LBR5WGGv4Qxq6jyTiHkfykAawPmqcfUhDbJ1TSfT4QpJ1LrK+lvW1Qrziekjj28D9v7MPadz2sg9p/P3e7quC62f7kIbY+9qHNO52oUt9IvVQD93LwCJLap3LSfK5gmSdK4XWif5CjlVAQ6HgXty9Cu3lyN9qYP5KAvNXiiR/a4D5qwzMXxWS/K0F5q8RMH+NSfK3Dpi/FsD8tSTJ33pg/roC89eNJH8bgPkbAMzf+yT52wjM32hg/saQ5G8TMH/TgfmbQZK/zcD8LQPmbzlJ/rYA87cDmL+dJPnbCszfcWD+TpDkbxswf5eB+btCkr/twPwl24e7V/J9HPnbAczfvcD8ZSfJ305g/goD81eEJH+7gPl7DJi/CiT52w3MX31g/hqQ5G8PMH/NgPlrTpK/vcD8dQLmrzNJ/vYB89cPmL93SfK3H5i/EcD8jSTJ3wFg/r4C5u9rkvx9D8zfN8D8LSXJ3w/A/G0B5m8rSf5+BObvMDB/R0jydxCYv/PA/F0gyd8hYP4S7cfdK/F+jvwdBuYvMzB/WUjydwSYvwLA/BUkyd9RYP4eBubvEZL8HQPmrw4wf3WF8od+TvE4yfOUJ0jW+RPJOn8mWedJknWeIlnnLyTr/JVknadJ1nmGZJ2/kazzd5J1niVZ5znwOtGfN9K/yXj0fIHfKGL4lxHo37g8RiDuiSS/sPY88PNbwFqriYb3jcbLVIG++ZwAL9ME4v6CBC8XgHgB1lp9QYCXbwT65isCvCwViPtrErxcBOIFWGv1NQFeNgn0zXQCvGwWiHsGCV4uAfECrLWaQYCXHwT6ZjYBXn4UiHsOCV4uA/ECrLWaQ4CX0wJ9M58AL2cE4l5AgpcrQLwAa60WEODlL4G+WUyAl+sCcS8hwctVIF6AtVZLCPCSagG+b74lwEtqgbi/I8HLNSBegLVW3xHgJYdA36wgwEtOgbhXkuDlDyBegLVWKwnwUligb9YQ4KWIQNxrSfDyJxAvwFqrtQR4eVSgbzYQ4KW8QNwbSfDyFxAvwFqrjQR4qSPQN1sI8FJXIO6tJHi5DsQLsNZqKwFenhfomx0EeHlBIO6dJHi5AcQLsNZqJwFe2gj0zR4CvLQViHsvCV4iFuFyCay12kuAlx4CfXOAAC9vCsT9PQle4gHxAqy1+p4ALx8I9M1BArx8KBD3IRK8xAfiBVhrdYgAL2MF+uYoAV7GCcR9jAQvCYB4AdZaHSPAy3SBvvmJAC8zBOL+mQQvCYF4AdZa/UyAl28F+uYXArx8JxD3ryR4SQTEC7DW6lcCvGwR6JvfCPCyVSDu30nwkhiIF2Ct1e8EeDko0DfnCfBySCDuCyR4SQLEC7DW6gIBXn4T6JvLBHj5XSDuKyR4SQrEC7DW6goBXm4I9M0fBHiJWIiP+08SvCQD4gVYa/UnAV7SCPTNDQK8pBWIO6I4B16SA/ECrLVC508CL/cJ9E0Cw+PWeMklEHdCErykAOIFWGuVkAAvRQX6JgkBXiIF4k5KgpeUQLwAa62SEuDlMYG+SUGAlwoCcackwUsqIF6AtVYpCfASJdA3aQjwUk8g7rQkeEkNxAuw1iotAV5eFOib9AR4eUkg7gwkeEkDxAuw1ioDAV7aCfRNZgK8vCoQdxYSvKQF4gVYa5WFAC9vCfTNvQR4eVsg7uwkeLkHiBdgrVV2Arx8JNA39xHg5WOBuHOR4CUdEC/AWqtchvfNO4F71I4noF9w9RD9/TwZSNaZkWSdmUjWmZlknVlI1pmVZJ3ZSNZ5L8k6s5OsMwfJOnOSrPM+knXmIllnbpJ15hFaZ3zPOiNDu1Q8YMx5SWKOD4z5fpKYEwBjzkcSc0JgzPlJYk4EjPkBkpgTA2N+kCTmJMCYC5DEXAMYc0GSmJctxMX8EEnMy4ExFyKJeQUw5sIkMa8ExlyEJOZVwJiLksS8GhhzJEnMa4AxK5KY1wJjLkYS8zpgzMVJYl4PjLkEScwbgDGXJIl5IzDmUiQxbwLGXJok5s3AmMuQxLwFGHNZkpi3AmMuRxLzNmDMD5PEvB0Y8yMkMe8AxvwoScw7gTGXJ4l5FzDmx0hi3g2MuQJJzHuAMVckiXkvMOZKJDHvA8ZcmSTm/cCYq5DEfAAYc1WSmL8HxlyNJOYfgDFXJ4n5R2DMNUhiPgiMuSZJzIeAMdciifkwMObaJDEfAcb8OEnMR4Ex1yGJ+Rgw5rokMY8FxhxFEvMcYMz1SGI+Doy5PknMJ4AxNyCJ+SdgzA1JYv4ZGPMTJDGfBMbciCTmU8CYG5PE/Asw5idJYv4VGPNTJDGfBsb8NEnMZ4AxP0MS82/AmJ8lifl3YMzPkcR8Fhjz8yQxnwPG/AJJzOeBMb9IEvMFYMwvkcR8ERhzE5KYLwFjbkoS82VgzM1IYr4CjLk5ScxXgTFHk8R8DRhzDEnMfwBjbkES85/AmFuSxPwXMOZWJDFfB8b8MknMN4Axv0ISc8QiXMytWb6HBhhzG5bvoQHG3Jble2iAMbdj+R4aYMyvsnwPDTDm11i+hwYYc3uW76EBxtyBJOakwJg7ksScDBhzJ5KYkwNj7kwScwpgzK+TxJwSGHMXkphTAWPuShJzamDM3UhiTgOMuTtJzGmBMb9BEvM9wJh7kMScDhjzmyQxpwfG/BZJzBmAMb9NEnNGYMw9SWLOBIz5HZKYMwNj7kUScxZgzL1JYs4KjLkPSczZgDH3JYn5XmDM/Uhizg6M+V2SmHMAY+5PEnNOYMzvkcR8HzDmASQx5wLG/D5JzLmBMX9AEnMeYMwfssxuInAxf8QyuwHG/DHL7AYY80CW2Q0w5kEssxtgzINZZjfAmIewzG6AMQ9lmd0AY/6EZXYDjHkYy+wGGPNwltkNMOYRLLMbYMwjWWY3wJhHscxugDF/yjK7AcY8GhhzNuc+8ZyY9e/B1L8XUv+eRP17A/Xv0dOaUGskrRn0GVqfKfUZS585NAdrTtJ7tN6zNIZ1T+sa65gzB/7JEvgna+CfbK78dnf+1L8TVf+OUP07M/XvkNS/U1H/jkH9O/f076DTv5NN/44y/Tu79O+w0r/TSf+OI/07f/TvwNG/E0b/jhT9O0P079DQv1NC/44F/TsH9Hfw6++k19/Rrr+zXH+H9/++0zrwj/7OY/0dwPo7cfV3xOrvTNXfIaq/U1N/x6T+zkX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+      "verificationKey": "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"
+    },
+    {
+      "name": "transfer_public",
+      "functionType": "open",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "from",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "to",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [
+        {
+          "kind": "struct",
+          "path": "aztec::abi::PublicCircuitPublicInputs",
+          "fields": [
+            {
+              "name": "call_context",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::CallContext",
+                "fields": [
+                  {
+                    "name": "msg_sender",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "storage_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "portal_contract_address",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "function_selector",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "is_delegate_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_static_call",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  },
+                  {
+                    "name": "is_contract_deployment",
+                    "type": {
+                      "kind": "boolean"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "args_hash",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "return_values",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "contract_storage_update_requests",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageUpdateRequest",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "old_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "new_value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "contract_storage_read",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "struct",
+                  "path": "aztec::abi::ContractStorageRead",
+                  "fields": [
+                    {
+                      "name": "storage_slot",
+                      "type": {
+                        "kind": "field"
+                      }
+                    },
+                    {
+                      "name": "value",
+                      "type": {
+                        "kind": "field"
+                      }
+                    }
+                  ]
+                }
+              }
+            },
+            {
+              "name": "public_call_stack",
+              "type": {
+                "kind": "array",
+                "length": 4,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_commitments",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_nullifiers",
+              "type": {
+                "kind": "array",
+                "length": 16,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "new_l2_to_l1_msgs",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_logs_hash",
+              "type": {
+                "kind": "array",
+                "length": 2,
+                "type": {
+                  "kind": "field"
+                }
+              }
+            },
+            {
+              "name": "unencrypted_log_preimages_length",
+              "type": {
+                "kind": "field"
+              }
+            },
+            {
+              "name": "block_data",
+              "type": {
+                "kind": "struct",
+                "path": "aztec::abi::HistoricBlockData",
+                "fields": [
+                  {
+                    "name": "private_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "nullifier_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "contract_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "l1_to_l2_messages_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "blocks_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "public_data_tree_root",
+                    "type": {
+                      "kind": "field"
+                    }
+                  },
+                  {
+                    "name": "global_variables_hash",
+                    "type": {
+                      "kind": "field"
+                    }
+                  }
+                ]
+              }
+            },
+            {
+              "name": "prover_address",
+              "type": {
+                "kind": "field"
+              }
+            }
+          ]
+        }
+      ],
+      "bytecode": 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",
+      "verificationKey": "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"
+    },
+    {
+      "name": "unshield",
+      "functionType": "secret",
+      "isInternal": false,
+      "parameters": [
+        {
+          "name": "from",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "to",
+          "type": {
+            "kind": "struct",
+            "path": "aztec::types::address::AztecAddress",
+            "fields": [
+              {
+                "name": "address",
+                "type": {
+                  "kind": "field"
+                }
+              }
+            ]
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "amount",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        },
+        {
+          "name": "nonce",
+          "type": {
+            "kind": "field"
+          },
+          "visibility": "private"
+        }
+      ],
+      "returnTypes": [],
+      "bytecode": 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",
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+  "events": [],
+  "debug": {
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",
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",
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",
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",
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",
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",
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",
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",
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",
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",
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",
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",
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udgP6pkGLq92AvmnQ5Go3oG8atLnaDeibBo2udgP6pkGrq92AvmnQ7Go3oG8atLvaDeibBg2vdgP6pkHLq92AvmnQ9Go3oG8atL3aDeibBo2vdgP6pkHrq92AvmnQ/Go3oG8atL/aDeibBg2wdgP6pkELrN2AvmnQBGs3oG8atMHaDeibBo2wdgP6pkErrN2AvmnQDGs3oG8atMPaDeibBg2xdgP6pkFLrN2AvmnQFGs3oG8atMXaDeibBo2xdgP6pkFrrN2AvmnQHGs3oG8atMfaDeibBg2ydgP6pkGLrN0AvmmHemQO9cgc6pE51CNzqEfmUI/MoR6ZQz0yh3pkDvXIHOqROdQjc6hH5lCPzKEemUM9Mod6ZA71yBzqkTnUI3OoR+ZQj8yhHplDPTKHemQO9cgc6pE51CNzqEfmUI/MoR6ZQz0yh3pkDvXIHOqROdQjc6hH5lCPzKEemUM9Mod6ZA71yBzqkTnUI3OoR+ZQj8yhHplDPTKHemQO9cgc6pE51CNzqEfmUI/MoR6ZQz0yh3pkDvXIHOqROdQjc6hH5lCPzKEemUM9Mod6ZA71yBzqkTnUI3OoR+ZQj8yhHplDPTKHemQO9cgc6pE51CNzqEfmUI/MoR6ZQz0yh3pkDvXIHOqROdQjc6hH5lCPzKEemUM9Mod6ZA71yBzqkTnUI3OoR+ZQj8yhHplDPTKHemQO9cgc6pE51CPzqEfmUY/Mox6ZRz0yj3pkHvXIPOqRedQj86hH5lGPzKMemUc9Mo96ZB71yDzqkXnUI/OoR+ZRj8yjHplHPTKPemQe9cg86pF51CPzqEfmUY/Mox6ZRz0yj3pkHvXIPOqRedQj86hH5lGPzKMemUc9Mo96ZB71yDzqkXnUI/OoR+ZRj8yjHplHPTKPemQe9cg86pF51CPzqEfmUY/Mox6ZRz0yj3pkHvXIPOqRedQj86hH5lGPzKMemUc9Mo96ZB71yDzqkXnUI/OoR+ZRj8yjHplHPTKPemQe9cg86pF51CPzqEfmUY/Mox6ZRz0yj3pkHvXIPOqRedQj86hH5lGPzKMemUc9Mo96ZB71yDzqkXnUI/OoR+ZRj8yjHplHPTKPemQe9cg86pF51CPzqEfmUY/Mox6ZRz2ygHpkAfXIAuqRBdQjC6hHFlCPLKAeWUA9soB6ZAH1yALqkQXUIwuoRxZQjyygHllAPbKAemQB9cgC6pEF1CMLqEcWUI8soB5ZQD2ygHpkAfXIAuqRBdQjC6hHFlCPLKAeWUA9soB6ZAH1yALqkQXUIwuoRxZQjyygHllAPbKAemQB9cgC6pEF1CMLqEcWUI8soB5ZQD2ygHpkAfXIAuqRBdQjC6hHFlCPLKAeWUA9soB6ZAH1yALqkQXUIwuoRxZQjyygHllAPbKAemQB9cgC6pEF1CMLqEcWUI8soB5ZQD2ygHpkAfXIAuqRBdQjC6hHFlCPLKAeWUA9soB6ZAH1yALqkQXUIwuoRxZQjyygHllAPbKAemQB9cgC6pEF1CMLqEcWUI8soB5ZQD2ygHpkAfXIAuqRBdQji6hHFlGPLKIeWUQ9soh6ZBH1yCLqkUXUI4uoRxZRjyyiHllEPbKIemQR9cgi6pFF1COLqEcWUY8soh5ZRD2yiHpkEfXIIuqRRdQji6hHFlGPLKIeWUQ9soh6ZBH1yCLqkUXUI4uoRxZRjyyiHllEPbKIemQR9cgi6pFF1COLqEcWUY8soh5ZRD2yiHpkEfXIIuqRRdQji6hHFlGPLKIeWZz3yP7yd1f5kHJ+Xdn+u35dHTf08rec6b8jHTnTf6U6cqbXgI6c6RWmI2d6/erIma4OOnKma4+OnOnKpiJn3nHWkcNVlefdch05XFV53unXkcNVled/pdCRw1WV539h0ZHDVZXnfx3SkcNVled/2dKRw1WV53+V05HDVZXnf1HUkcNVled/DdWRw1WV53/J1ZHDVZXnf4XWkcNVled/QdeRw1WV53/915HDVZXnOxd05HBV5fmuCx05XFV5vmNERw5XVZ7vdtGRw1WV5zt1dORwVeX5LiMdOVRVOc13SOnIoarKab67S0cOVVVOG1VVTvN9bzpyqKpymu/Z05FDVZXTfL+hipz5bkYdOVxVeb4TU0cOV1We7yLVkcNVlec7YHXkcFXl+e5dHTlcVXm+81hHDldVnu+a1pHDVZXnO7515HBV5fludR05XFV5vtNeRw5XVZ6nBHTkcFXlecJBRw5XVZ6nM3TkcFXlebJERw5XVZ6nYnTkcFXleaJHRw5XVZ6nkXTkcFXleZJKRw5XVZ6nwHTkcFXleYJNRw5XVZ6n73TkcFVlLrYvcbF9iYvtS1xsX+Ji+xIX25e42L7ExfYlLrYvcbF9iYvtS1xsX+Ji+xIX25e42L7ExfYlLrYvcbF9iYvtS1xsX+Ji+xIX25e42L7ExfYlLrYvcbF9iYvtS1xsX+Ji+xIX25e42L7ExfYlLrYvcbF9iYvtS1xsX+Ji+xIX25e42L7ExfYlLrYvcbF9iYvtS1xsX+Ji+xIX25e42L7ExfZlLrYvc7F9mYvty1xsX96oqnLmYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7ctcbF/mYvsyF9uXudi+zMX2ZS62L3OxfZmL7StcbF/hYvsKF9tXuNi+slFV5cLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7jYvsLF9hUutq9wsX2Fi+0rXGxf4WL7ChfbV7nYvsrF9lUutq9ysX11o6rKlYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLravcrF9lYvtq1xsX+Vi+yoX21e52L7KxfZVLrZPuNg+4WL7hIvtEy62TzaqqixcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfcLF9gkX2ydcbJ9wsX3CxfYJF9snXGyfcLF9wsX2CRfbJ1xsn3CxfULF9vmNiu1rcpiqcpPDVJWbHKaq3OQwVeUmh6kqNzlMVbnJYarKTQ5TVW5yuKoyFdvX5HBVZSq2r8nhqspUbF+Tw1WVqdi+JoerKlOxfU0OV1WmYvuaHK6qTMX2NTlcVZmK7WtyuKoyFdvX5HBVZSq2r8nhqspUbF+Tw1WVqdi+JoerKlOxfU0OV1WmYvuaHK6qTMX2NTlcVZmK7WtyuKoyFdvX5HBVZSq2r8nhqspUbF+Tw1WVqdi+JoerKlOxfU0OV1WmYvuaHK6qTMX2NTlcVZmK7WtyuKoyFdvX5HBVZSq2r8nhqspUbF+Tw1WVqdi+JoerKlOxfU0OV1WmYvuaHK6qTMX2NTlcVZmK7WtyuKoyFdvX5HBVZSq2r8nhqspUbF+Tw1WVqdi+JoerKlOxfU0OV1WmYvuaHK6qTMX2NTlcVZmK7WtyuKoyFdvX5HBVZSq2r8nhqspUbF+Tw1WVqdi+JoerKlOxfU0OVVV2XGyf42L7HBfb57jYPrdRVWXHxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e42D7HxfY5LrbPcbF9jovtc1xsn+Ni+xwX2+e52D7PxfZ5LrbPc7F9fqOqyp6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+z8X2eS62z3OxfZ6L7fNcbJ/nYvs8F9vnudg+32f7yub968aypfpN1Pu2bvUc39atcuPbuuuthO09uxJc/vvb+nTV+Lbu3+/4tu7f2fi2/gvwW33f1qrfz38VMb0/vnYi+nrJ8nnJfTbn5DH6r/bcMbq70sljdLeak8fo/z2fOkYfYjl5jP5KOXeM/rI6d4xuTT55DIV13qc9Th5DYZ33uYyTx1BY532C4tQxQh+LOHmM69d56AMMJ49x/ToP2/XrPPT5gZPHuH6dh36n/8ljXL/OQ78n/9wx+o32vz5G6I1x8jrvjnHyOu+OcXydZ1c+Y1T3fYy/v9jV8BbkxMefL/6bp/t59N+G+fk7nAuxvL9AtP+WLymhfKZ7vOSYmu7x6mdquscLsanpHt8TTE33+PZkarrHd0pL0+1zGOtO9/j5wdR0jx9lTE33WaeqPgez7nSfdarqczzrTvdZp6o+h7TudJ91qupzVOtO91mnqj4Htu50n3Wq6nNs6073WaeqPoe37nSfdarqc4TrTvdZp6o+B7nudJ91qupznOtO91mnqj6Huu50n3Wq6nO06073WaeqPge87nSfdarqc8zrTvdZp6o+h73udJ91qupz5OtO91mnqj4Hv+50n3Wq6nP86073Waeqfg7ButN91qmqn6Ow7nSfdarq50CsO91nnar6ORbrTvdZp6p+Dse6033WqaqfI7LudJ91qurnoKw73WedqnZyXJad7rNOVTu5OctO91mnqvKsU9VOmtOq091JoVp2us86Ve2kfi073Wedqk4IZzM13Wedqk6IrDM13Wedqk4I8jM13Wedqk6I7OOZ7tflLmRXe9NdaSOamO5CpSr6Iu+HR/8thPfbdBcqVTG4+Jlu3LrTXahUjacbT0hoNDXdhb4Azkx3oS+AM9NdaN+dme5C++6fpht6013oC+DMdBf6AjgzXepTVY7fplvq9+m+9VMfkyb0U597xvpPiKC9Vz/1yWRCP/VRY0I/9dlhQj/1YWBCP/XuPqGferue0G98/+XOqp3Qb3z/5U6TndBvfP/lznud0G98/+VOZJ3Qb3z/5c5MndBvfP/lTjWd0G98/+XOHZ3Qb3z/5U4GndBvfP/lzu6c0G98/+VO15zQb3z/5c6/nNBvfP/lTqic0G98/+XOkJzQb3z/5U55nNBvfP/lzmGc0G98/+VOSpzQb3z/5c4ynNBvfP/lThuc0G98/+XOA5zQb3z/5U7sm9BvfP/lztSb0G98/+VOvZvQb3z/5c6lm9BvfP/lTo6b0G98/+XOdpvQb3z/5U5fm9BvfP/lzkeb0G98/+VOMJvQb3z/5c4Ym9BvfP/lTgGb0G98/+XO6ZrQb3z/5U7SmtBvfP/lzrqa0G98/+VOo5rQb3z/5c6LmtBvfP/lTnSa0G98/xXj+68Y33/F+P7Lndk1od/4/ivG918xvv9yp5pN6De+/3Lnjg31J+4gsQn9tvffxB31NaHf9v6bNtv7b+JO15rQb3v/Tcbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr5Lx/KtkPP8qGc+/Ssbzr7Lx/KtsPP8qG8+/ysbzr/Jme//NxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/yobz7/KxvOvsvH8q2w8/6oYz78qxvOvivH8q2I8/6pstvffYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qhjPvyrG86+K8fyrYjz/qpDnX4U40s+9/471c++/Y/3c+2+Vj/7qUk8/9/471s+9/471c++/Y/3c++9YP/f+O9bPvf8O9ZPnX431c++/Y/3c++9Yv/H9lzz/aqzf+P5Lnn811m98/yXPvxrrN77/kudfjfUb33/J86/G+o3vv+T5V2P9xvdf8vyrsX7j+y95/tVYv+39t5LnX431295/K3n+1Vi/7f23brb330qefzXWb3v/reT5V2P9tvffSp5/NdRPnn811m98/yXPvxrrN77/kudfjfUb33/J86/G+o3vv+T5V2P9xvdf8vyrsX7j+y95/tVYv/H9lzz/aqzf+P5Lnn811m98/yXPvxrrN77/kudfjfUb33/J86/G+o3vv+T5V2P9xvdf8vyrsX7j+y95/tVYv/H9lzz/aqzf+P5Lnn811m98/yXPvxrrN77/kudfjfUb33/J86/G+o3vv+T5V2P9xvdf8vyrsX7j+y95/tVYv/H9lzz/aqzf+P5Lnn811m98/yXPvxrrN77/kudfjfUb33/J86/G+o3vv+T5V2P9xvdf8vyrsX7j+y95/tVYv/H9lzz/aqzf+P5rPP+qGs+/qsbzr6rx/KtqPP+qGs+/qsbzr6rx/KtqPP+qGs+/qsbzr6rx/KtqPP+qGs+/qsbzr6rx/KtqPP+qGs+/qsbzr6rx/KtqPP+qGs+/qsbzr6rx/KtqPP+qGs+/EuP5V2I8/0qM51+J8fwr2Wzvv2I8/0qM51+J8fwrMZ5/Jcbzr8R4/pUYz78S4/lXYjz/SoznX4nx/Csxnn8lxvOvxHj+lRjPvxLj+VdiPP9KjOdfifH8KzGefyXG86/EeP6VGM+/EuP5V2I8/0qM51+J8fwrMZ5/Jcbzr8R4/pUYz78S4/lXYjz/SoznX4nx/Csxnn8lxvOvxHj+lRjPvxLj+VdiPP9KjOdfifH8KzGefyXG86/EeP6VGM+/EuP5V2I8/0qM51+J8fwrMZ5/Jcbzr8R4/pUYz78S4/lXYjz/SoznX4nx/Csxnn8lxvOvxHj+lRjPvxLj+VdiPP9KjOdfifH8KzGefyXG86/EeP6VGM+/EuP5V2I8/0qM51+J8fwrMZ5/Jcbzr8R4/pUYz78S4/lXYjz/SoznX4nx/Csxnn8lxvOvxHj+lRjPvxLj+VdiPP9KjOdfifH8KzGefyXG86/EeP6V2M6/Cpvt/Kum3/T+2/Sb3n+bftP7b9Nvev9t+k3vv02/6f236Te9/zb9pvffpt/4/ms7/6rpN77/2s6/avqN77+286+afuP7r+38q6bf+P5rO/+q6Te+/9rOv2r6je+/tvOvmn7j+6/t/Kum3/j+azv/quk3vv/azr9q+o3vv7bzr5p+4/uv7fyrpt/4/ms7/6rpN77/2s6/avqN77+286+afuP7r+38q6bf+P5rO/+q6Te+/9rOv2r6je+/tvOvmn7j+6/t/Kum3/j+azv/quk3vv/azr9q+o3vv7bzr5p+4/uv7fyrpt/4/ms7/6rpN77/2s6/avqN77+286+afuP7r+38q6bf+P5rO/+q6Te+/9rOv2r6je+/tvOvmn7j+6/t/Kum3/j+azv/quk3vv/azr9q+o3vv7bzr5p+4/uv7fyrpt/4/ms7/6rpN77/2s6/avqN77+286+afuP7r+38q6bf+P5rO/+q6Te+/9rOv2r6je+/tvOvmn7j+6/t/Kum3/j+azv/qum3vf864/lXznj+lTOef+WM51+5zfb+64znXznj+VfOeP6VM55/5YznXznj+VfOeP6VM55/5YznXznj+VfOeP6VM55/5YznXznj+VfOeP6VM55/5YznXznj+VfOeP6VM55/5YznXznj+VfOeP6VM55/5YznXznj+VfOeP6VM55/5W7NvyrfL34LunND7Qq6c4fsClLe8iS4jyCRwZ9c+0L8eXT7cuC//8n1Lt98+Fy+Jen9hSrvkBdON7n8ujiFLxlN0XuqypvpnVNV3nd1phpLZ6raEVl3TlV5N79zqsob/51TVT4j3DlV5dPHnVNVPtfcOdV1TkzDqS55WupPdaHTUnmf+VPdelNd6LQ0mKp2oNmdU13otDSa6kKnpdFUFzotjaa60GlpNNWFTkujqS50WhpNdaHT0miqzzktaWfK3ThV7fi5O6f6nNOSdqjdnVN9zmlJOyrvzqkudFqSt+bsej9kaAfw3TnVhU5Lo6kudFoaTXWh09JgqtphgXdOdaHT0miqC52WRlNd6LQ0mupCp6XRVJ9zWtKOS7xzqs85LWmHMN45Vd3Tkt/c9r54C71uQOUAxglBuiePCUG654MJQf2tLeSPoFDlR0HxM0T81l0nvnNpyO8GyyBff/s+fMT0N5+bxPS3h5vE9Av4TWL6JfYmMf0ieI+YnQS8m8T0i99NYvqF7yYx/a8uN4lhqsA7EXA3iWGqwDvhbDeJYarAO7Fpt4jxOxloN4khqsB+J53sJjFEFdhvRBXY74SA3SSGqAL7nXium8QQVWC/E5x1j5idFKybxDBV4J18qpvEMFXgneSom8QwVeCdTKebxDBV4J20pZvEMFXgnRykm8QwVeCdhKKbxDBV4J3soJvEMFXgnVSfe8TsRKwgYtJ7hJjSdzHvEY6v19EIh//UUn5HiaTqeyMc/vsZjtD/o4juM0JMP/+OUz9hE7WEz5Uldn82fMOHPn7Jzh8t/V35Hi39TfkeLf09+RYtO7kL92jpr/B7tPQ35Hu09Pfje7T0a+Q9WvrV9B4tRHV3B2+/RwtR3d0BxG/RskNw36OFqO7uMND3aCGquzsU8T1aTq27+buW9winVtPuCKfWyO4IhyufpE8H37bVn19Z/GrgiyH8/B2ifjoDa/z22PRRfrhO3qV8h/S0oPxwDb5N+eGKfZvyw/X9NuWHd4PblI/3jpx+HMG1v7i39BDC9zE6tlV572TRfXWZ5vKRM95oVOWMdyVVOeMtTFXOeF/SlLMDyt0mZ7yDqMoZbwuqcsa1XlXOuICryuGqyjsA1G1yuKryDkh0mxyuqryD+twmh6sq72A+t8nhqso7zNFtcriq8g53dJscrqq8wx7dJoerKu/wR7fJ4arKOwzSbXK4qvIOh3SbHK6qvMMi3SaHqyrv8Ei3yaGqymGHSbpNDlVVDjtc0m1yqKpy2Kiqctihk26TQ1WVww6hdJscqqocdiilu+TscEq3yeGqyjus0m1yuKryDq90mxyuqrzDLN0mh6sq73BLt8nhqso77NJtcriq8g6/dJscrqq8wzDdJoerKu9wTLfJ4arKO/92+G1yuKryDnZ2mxyuqrzz727fJoerKu/gfrfJ4arKEyChqhyuqjyBE6rK4arKE1ChqhyuqjyBFqrK4arKE4ChqhyuqjyBGarK4arKE7ChqhyuqjyBHKrK4arKE+ChqhyuqjyBH6rK4arKE7iiqhyuqjwBQqrK4arKE8iiqhyuqjwBF6rK4arKExigqhyuqszF9gUuti9wsX2Bi+0LXGxf4GL7AhfbF7jYvsDF9gUuti9wsX2Bi+0LXGxf4GL7AhfbF7jYvsDF9gUuti9wsX2Bi+0LXGxf4GL7AhfbF7jYvsDF9gUuti9wsX2Bi+0LXGxf4GL7AhfbF7jYvsDF9gUuti9ysX2Ri+2LXGxf5GL74kZVlSMX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ri+yIX2xe52L7IxfZFLrYvcrF9kYvti1xsX+Ji+xIX25e42L7ExfaljaoqJy62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+xMX2JS62L3GxfYmL7UtcbF/iYvsSF9uXuNi+zMX2ZS62L3OxfZmL7csbVVXOXGxf5mL7Mhfbl5XZvujDW0703+V0lIf3peHbpW7zH+m6FfxM6crM4KnSdXeGX5Oetq503V3kVOnjHaeUgfRQ3tJ9qp9r5WuM8TZyfIzx3nB8jHHBPz7GuIofH2Ncmo+PMa6hh8eYQPFGY4Stfpad744xrkrHx+iXj1TkPUY7xX8b431bf+mm9JHWVl7ntv5qHN7WX2DD2/prZnhbfxkMb+v/ZQ9v6/+xjm7bgY6Gt/X/pIa37fyVjG77tb+SHShmeNuv/ZXsQCbD237tr2QH2hje9mt/JTsQxPC2X/sr2YEKhrf92l/JTpN+Kxaf2wYHn/o5y9Ty7dgTO5d69/7G4aN8HXs+Wvp/evdo6f8936Olv0ju0dJfefdo6S/nW7TstOTfo6VfeO7R0q9m92jpl8h7tBDV3Z0e/Hu0ENXdne77e7QQ1d2dvvtbtOw03d+jhaju7rTb36Pl1Lqbv2t5j3BqNe2OcLhGSnJvE2Hb6s8faHT57ZzEEORn5eH93Bq/PTZ9lB+uqLcpP1x/b1N+uFrfpvxwbb9L+U6jvwXl432jDn58aN8/3tLbgv8+Rkf65xeFmL4K+7dfFHagAEjP57dFV1zuzXm8JxwfY7wrHB9jvC8cH2NcwY+PMa61x8cYV8XjY4zr1+ExdprXzx3jhJowHENhne/0jp87hsI63+nyPncMhXW+04997hgK63ync/rUMXbaoc8dQ2Gd7zQunzuGwjrfaTE+dwyFdb7TDHzuGArrfKdt99wxrl/nZafB9twxrl/nZacV9twxrl/nZbt+nZedTtRzx7h+nZedntFzx7h+nZedjs1Tx9hprTx3DIV1vtOseO4YCut8p6vw3DEU1vlOV+G5Yyis852uwnPHUFjnO12F546hsM53ugrPHUNhne/0K547hsI63+mEPHcMhXW+02N57hgK63yne/PcMRTW+U5f6LljKKzznY7Tc8dQWOc7vaznjqGwzne6ZM8dQ2Gd7/TfnjuGwjrf6ew9dwyFdT7RM3x8DIV1PtHje3wMhXU+0ZN7fAyFdT7RQ3t8DIV1PtHzenwMhXU+0aN6fAyFdT7RU3p8DIV1PtEDenwMhXU+0bN5fAyFdT7RY3l8DIV1PtE9eXwMhXU+0el4fAyFdT7RPXh8DIV1PtGRd3wMhXWu0A9XFPrhikI/XFHohysK/XBFoR+uKPTDFYV+uKLQD1cU+uGKQj9cUeiHKwr9cEWhH64o9MMVhX64otAPVxT64YpCP1xR6IcrCv1wRaEfrij0wxWFfrii0A9XFPrhikI/XFHoh6sK/XBVoR+uKvTDVYV+uLpdv86rQj9cVeiHqwr9cFWhH64q9MNVhX64qtAPVxX64apCP1xV6IerCv1wVaEfrir0w1WFfriq0A9XFfrhqkI/XFXoh6sK/XBVoR+uKvTDVYV+uKrQD1cV+uGqQj9cVeiHqwr9cFWhH64q9MNVhX64qtAPVxX64apCP1xV6IerCv1wVaEfrir0w1WFfriq0A9XFfrhqkI/XFXoh6sK/XBVoR+uKvTDVYV+uKrQD1cV+uGqQj9cVeiHqwr9cFWhH64q9MNVhX64qtAPVxX64apCP1xV6IerCv1wVaEfrir0w1WFfriq0A9XFfrhqkI/XFXoh6sK/XBVoR+uKvTDVYV+uKrQD1cV+uGqQj9cVeiHqwr9cFWhH64q9MNVhX64qtAPVxX64apCP1xV6IerCv1wVaEfrir0w1WFfriq0A9XFfrhqkI/XFXoh6sK/XBVoR+uKvTDVYV+uKrQDycK/XCi0A8nCv1wotAPJ9v161wU+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfThT64UShH04U+uFEoR9OFPrhRKEfTq7vh4vb9f1wbYzL13kb4/J13sa4fJ23MS5f522My9d5G+Pydd7GuHydtzEuX+dtDIV1fn0/XBtDYZ1f3w/XxlBY59f3w7UxFNb59f1wbQyFdX59P1wbQ2GdX98P18ZQWOfX98O1MRTW+fX9cG0MhXV+fT9cG0NhnV/fD9fGUFjn1/fDtTEU1vn1/XBtDIV1fn0/XBtDYZ1f3w/XxlBY59f3w7UxFNb59f1wbQyFdX59P1wbQ2GdX98P18ZQWOfX98O1MRTW+fX9cG0MhXV+fT9cG0NhnV/fD9fGUFjn1/fDtTEU1vn1/XBtDIV1fn0/XBtDYZ1f3w/XxlBY59f3w7UxFNb59f1wbYyddS6fMUrcfh4j5voeIwf3NUbuXJyzf12by5f0ED9ydkrCRXJc9J+LY/Kfi2PpXBycC6+LgwtfH6ZU7OL3VHcq04pT3SmQK051p04vONW9tsoVp7qza6041Z3Nc8Wp7uzhK0515yix4lR1TzS3TvU5p6W9PugVp/qc09JeV/iCU91rTl9xqs85Le216q841eeclvbAhRWn+pzT0h7GseJUn3Na2oNaVpzqc05Le4jPilN9zmlpD3hacarPOS3t4V8rTvU5p6U9GG7FqT7ntLSHBq441cecltweKLniVB9zWnJ72OiKU33MacltjzktuT2Wd8WpPua05PbI5hWn+pjTktvjvBec6h5uvuJUtU9LdXtfnHz+eapf16YtfC5NsXOpr+ktwtfqf/5UXPXyFiHe/Xyxd+/+WB/lc2n+fH7aR7DVPj/tc91qn5/2YXG1z0/7BLra56d9rF3t89M+K6/2+WkfwFf7/LRP9Yt9fnuJNb8/v8nP7/f3j2Of3+/vH8c+v9/fP459fr+/fxz7/H5//zj2+f3+/nHs8/v9/ePY5/f7+8exz+/x3z/i94tfn8pePt7DPxXi7wrJfT6VvA0+FXknXARfvi7d8MWzFz/43A+E+DR/zwdCfDy/5wMhPm/f84EQH6Dv+UCIT8T3fCDER9x7PhDiM+stH8hezOtzP5DfJ9U/fSC/T6p/+kB+n1T/9IH8Pqn+6QP5fVL90wfy+6T6pw/k90n1Tx/IcifVsH3/QN7TXO782Z3mXqj4VdNMIXymWQbT9G7z76vbf6evP8bY/7v94fL3dJXPjBdON32Wafomo7rPVJVPg3dOVfmcpzPVWHpTVT7B3TlV5bPZnVNVPnXdOVXl89SdU1U+Kd05VeXT0o1T3fvnGVac6kKnpfI+B6e69aa60GlpNNWFTkujqS50WhpNdaHT0miqC52WRlNd6LQ0mupCp6XRVBc6LQ2mqv2vk9w51eeclrT/dZI7p/qc05L2v05y51Sfc1rS/tdJ7pzqc05L2v86yZVTlbeO7Hruvva/TnLjVLX/dZI7p7rQaWk01YVOS6OpLnRaGk11odPSaKoLnZZGU13otDSa6kKnpdFUn3Na0v7XSW6cqva/TnLnVJ9zWur/6yTvhrefJ9m76v3Y7slk7rGj/qP+P71x0rO7ey/87O7vu/1/XOKkZ3d3l5Oe3S3nJz27Wz9Pebbv/wMBJz27WyFOevaBJTl89pF1+bNJ4rcj63L07CPrcvTsI+ty9Owj63L07CPrcvTsI+ty8Ox+FPVJzz6yLkfPPrIuR8++cF3283RPevaF67Kfw3rSsy9cl/38zpOefeG67Oc+Tj7752Om72cinvTsI+ty9Owj63L07CPrcvTsI+ty9Owj63L07CPrcvTsI+ty9Owj63Lw7H5y0knPvnBd9qN8Tnr29Lp83zC92N43TK+g9w3Ty+J9w/Tf+vuG6T/g9w3Tf5WvG/qpBz/dMP33875h+o/ifQP6pvvU9U83oG+6T+3+dAP6pvvU5083oG+6TyL+dAP6pvtE3E83gG867ATNh4/1VkKVv/5UZmIpr0tjTZ8rxX9G6DvZZ47QN5BPHGEnzvvMEfp26Zkj9H/TPXOE/k+pZ47QrUu/OIJsvRH6PxyeOUL/97ozRzhzTfdHOHNN90c4c013R9hJSfTbZwSf648j+OzeQ7RLv45Y0vsRwdXw/ur4X3Msexe37x7yefTfhvlc3v2BwoWvy13I7kt2KJ/p9hfnstPtV4plp9svW8tOt19Dl51uv6AvO93+7rLsdPtb3arT3UkFXHa6/YP9stNd6VSV5dNTEoqT3nRXOlVNTHelU9XEdFc6VbXvTl/TLbE33ZVOVRPTXWnfHU93Jzdt2emutO9OTHelfXdiuivtuxPTXWnfnZjus/bdnSy1Zae7kpsxMd2V3IyJ6T7rVLWTrbbsdJ91qtrJWFt2us86Ve1krS073WedqnYy15ad7rNOVTvZa8tO91mnqp0MtmWn+6xT1U4W27LTfdapaieTbdnpPutUtZPNtux0n3Wq2sloW3a6zzpV7WS1LTvdZ52qdjLblp3us05VO9lty073WaeqnQy3Zaf7rFPVTpbbstN91qlqJ9Nt2ek+61TVz3Zbd7rPOlX1Y/DWne6zTlX9sMB1p/usU1U/UnHd6T7qVBX7wZPrTvdRp6rYj+dcd7qPOlXF7VGnqtjPVV13uo86VcV++uy6033UqSr2M3qXnW4/Nnjd6T7rVNUPV153us86VfUjqNed7rNOVf2g7nWn+6xT1U4G5rLTfdapaicddNnpPutUtZObuux0n3Wq2kmUXXa6zzpV7WTtLjvdZ52qdlKIl53us05V/X+yY93pPutUtVT69sR0n3WqWip9e2K6zzpVLZW+PTHdZ52qlkrfnpjus05VS6VvT0z3WaeqpdK3J6b7rFPVUunbE9N91qnqWenbsf/v+a073Wedqp6VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHp+VrR6fla0en5WtHpeKo67l8/BQpTvdlTaiiekuVKriluT98LjlrTfdhUpVdMl9putD5+2mlQKLZ6a70BfAmeku9AVwZroLfQGcme5C++7MdBfad/803dKb7kJfAGemu9AXwJnprnSqmpjuuqeq3nRXCiyeme66p6rudNc9VXWnu+6pqjvdZx0zVkrwnZnuSscMX77cDF87bkZaKcF3ZrorHTPG010pwXdmuisdMyamu9IxY2K6Kx0zJqa7knkzMd2VTlUT013pVDUx3WedqlZK8J2Z7rNOVSsl+M5M91mnqpUSfGem+6xT1UoJvjPTfdapaqUE35npPutUtVKC78x0n3WqWinBd2a6zzpVLZXxKiG+Hx6k1ySYlsp4nZjuQvvuzHQX2nf/NN1eX9VSGa8T011o3w1Sv/Uz+94f81IZrxPTXej77sx0F9p345bj13S7x4yVUkBnprvQvjsz3YX23ZnpLrTvzkx3oX13YrorpYDOTHel77sT013pV4SJ6S50qpqZ7lKnqhHymFZKAZ2Z7lKnqvF0lzpVjae71KlqPN2lTlXD6a6UAjoz3aVOVePpLnWqGk93qVPVeLrPOlWtlAI6M91nnapWSgGdme6zTlUrpYBOTHelFNCZ6T7rVLVSCujMdJ91qlopBXRmus86Va2UAjoz3WcdM1aKxZyYrnQ3ou111/bjRF1w9auzx9XUe3638p/4/G6pPfH53dp24vO7xeTE53e/E534/G51mH2+/5Zj6mP3+d3leNrzcz9r8cTnd8+1Jz7/0PqdeP6h9Tvx/EPrd+L5h9bvxPMPrd+J5x9avxPPP7Z+Xfz2/Nx7/rH1O3x+P9XrxOcfW7/j5x9bv+PnH1u/4+cfW7/j5x9bv+PnH1u/4+cfW7/j51+8fvvpPec9vx+Xc+LzL16//UCYE59/8frtR56c+PyL128/1OPE51+8fvuxFSc+/+L12w9mOPH5F6/ffvTAic+/eP324foTn3/x+u3j4yc+/+L12wekT3z+xeu3jwCf+PyL12+8eP32qVIn7xH8NxMu5c9d3bcWt7cbl77dldP7rj4WNryr+wkP7+p+bsO7uqvVu7c36tPXd8z8+Qz7DMnwru7KGt7V/eRHd/XBgOFd3dpbtvd37hJr767+ryWju/o/Oozu6ndE7N7117/+f5sfM/k=",
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",
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",
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"
+    ],
+    "fileMap": {
+      "1": {
+        "source": "// docs:start:token_all\n// docs:start:imports\nmod types;\n\n// Minimal token implementation that supports `AuthWit` accounts.\n// The auth message follows a similar pattern to the cross-chain message and includes a designated caller.\n// The designated caller is ALWAYS used here, and not based on a flag as cross-chain.\n// message hash = H([caller, contract, selector, ...args])\n// To be read as `caller` calls function at `contract` defined by `selector` with `args`\n// Including a nonce in the message hash ensures that the message can only be used once.\n\ncontract Token {\n    // Libs\n    use dep::std::option::Option;\n\n    use dep::safe_math::SafeU120;\n\n    use dep::aztec::{\n        note::{\n            note_getter_options::NoteGetterOptions,\n            note_header::NoteHeader,\n            utils as note_utils,\n        },\n        context::{PrivateContext, PublicContext, Context},\n        hash::{compute_secret_hash},\n        state_vars::{map::Map, public_state::PublicState, set::Set},\n        types::type_serialization::{\n            field_serialization::{FieldSerializationMethods, FIELD_SERIALIZED_LEN},\n            bool_serialization::{BoolSerializationMethods, BOOL_SERIALIZED_LEN},\n            aztec_address_serialization::{AztecAddressSerializationMethods, AZTEC_ADDRESS_SERIALIZED_LEN},\n        },\n        types::address::{AztecAddress},\n        selector::compute_selector,\n    };\n\n    // docs:start:import_authwit\n    use dep::authwit::{\n        auth::{\n            assert_current_call_valid_authwit, \n            assert_current_call_valid_authwit_public, \n        },\n    };\n    // docs:end:import_authwit\n\n    use crate::types::{\n        transparent_note::{TransparentNote, TransparentNoteMethods, TRANSPARENT_NOTE_LEN},\n        token_note::{TokenNote, TokenNoteMethods, TOKEN_NOTE_LEN},\n        balances_map::{BalancesMap},\n        safe_u120_serialization::{SafeU120SerializationMethods, SAFE_U120_SERIALIZED_LEN}\n    };\n    // docs:end::imports\n\n    // docs:start:storage_struct\n    struct Storage {\n        // docs:start:storage_admin\n        admin: PublicState<AztecAddress, AZTEC_ADDRESS_SERIALIZED_LEN>,\n        // docs:end:storage_admin\n        // docs:start:storage_minters\n        minters: Map<PublicState<bool, BOOL_SERIALIZED_LEN>>,\n        // docs:end:storage_minters\n        // docs:start:storage_balances\n        balances: BalancesMap,\n        // docs:end:storage_balances\n        total_supply: PublicState<SafeU120, SAFE_U120_SERIALIZED_LEN>,\n        // docs:start:storage_pending_shields\n        pending_shields: Set<TransparentNote, TRANSPARENT_NOTE_LEN>,\n        // docs:end:storage_pending_shields\n        public_balances: Map<PublicState<SafeU120, SAFE_U120_SERIALIZED_LEN>>,\n    }\n    // docs:end:storage_struct\n\n    // docs:start:storage_init\n    impl Storage {\n        fn init(context: Context) -> pub Self {\n            Storage {\n                // docs:start:storage_admin_init\n                admin: PublicState::new(\n                    context,\n                    1,\n                    AztecAddressSerializationMethods,\n                ),\n                // docs:end:storage_admin_init\n                // docs:start:storage_minters_init\n                minters: Map::new(\n                    context,\n                    2,\n                    |context, slot| {\n                        PublicState::new(\n                            context,\n                            slot,\n                            BoolSerializationMethods,\n                        )\n                    },\n                ),\n                // docs:end:storage_minters_init\n                balances: BalancesMap::new(context, 3),\n                total_supply: PublicState::new(\n                    context,\n                    4,\n                    SafeU120SerializationMethods,\n                ),\n                // docs:start:storage_pending_shields_init\n                pending_shields: Set::new(context, 5, TransparentNoteMethods),\n                // docs:end:storage_pending_shields_init\n                public_balances: Map::new(\n                    context,\n                    6,\n                    |context, slot| {\n                        PublicState::new(\n                            context,\n                            slot,\n                            SafeU120SerializationMethods,\n                        )\n                    },\n                ),\n            }\n        }\n    }\n    // docs:end:storage_init\n\n    // docs:start:constructor\n    #[aztec(private)]\n    fn constructor(admin: AztecAddress) {\n        let selector = compute_selector(\"_initialize((Field))\");\n        context.call_public_function(context.this_address(), selector, [admin.address]);\n    }\n    // docs:end:constructor\n\n    // docs:start:set_admin\n    #[aztec(public)]\n    fn set_admin(\n        new_admin: AztecAddress,\n    ) {\n        assert(storage.admin.read().eq(AztecAddress::new(context.msg_sender())), \"caller is not admin\");\n        // docs:start:write_admin\n        storage.admin.write(new_admin);\n        // docs:end:write_admin\n    }\n    // docs:end:set_admin\n\n    // docs:start:set_minter\n    #[aztec(public)]\n    fn set_minter(\n        minter: AztecAddress,\n        approve: bool,\n    ) {\n        // docs:start:read_admin\n        assert(storage.admin.read().eq(AztecAddress::new(context.msg_sender())), \"caller is not admin\");\n        // docs:end:read_admin\n        // docs:start:write_minter\n        storage.minters.at(minter.address).write(approve);\n        // docs:end:write_minter\n    }\n    // docs:end:set_minter\n\n    // docs:start:mint_public\n    #[aztec(public)]\n    fn mint_public(\n        to: AztecAddress,\n        amount: Field,\n    ) -> Field {\n        // docs:start:read_minter\n        assert(storage.minters.at(context.msg_sender()).read(), \"caller is not minter\");\n        // docs:end:read_minter\n        let amount = SafeU120::new(amount);\n        let new_balance = storage.public_balances.at(to.address).read().add(amount);\n        let supply = storage.total_supply.read().add(amount);\n\n        storage.public_balances.at(to.address).write(new_balance);\n        storage.total_supply.write(supply);\n        1\n    }\n    // docs:end:mint_public\n\n    // docs:start:mint_private\n    #[aztec(public)]\n    fn mint_private(\n        amount: Field,\n        secret_hash: Field,\n    ) -> Field {\n        assert(storage.minters.at(context.msg_sender()).read(), \"caller is not minter\");\n        let pending_shields = storage.pending_shields;\n        let mut note = TransparentNote::new(amount, secret_hash);\n        let supply = storage.total_supply.read().add(SafeU120::new(amount));\n\n        storage.total_supply.write(supply);\n        // docs:start:insert_from_public\n        pending_shields.insert_from_public(&mut note);\n        // docs:end:insert_from_public\n        1\n    }\n    // docs:end:mint_private\n\n    // docs:start:shield\n    #[aztec(public)]\n    fn shield(\n        from: AztecAddress,\n        amount: Field,\n        secret_hash: Field,\n        nonce: Field,\n    ) -> Field {\n        if (from.address != context.msg_sender()) {\n            // The redeem is only spendable once, so we need to ensure that you cannot insert multiple shields from the same message.\n            assert_current_call_valid_authwit_public(&mut context, from);\n        } else {\n            assert(nonce == 0, \"invalid nonce\");\n        }\n\n        let amount = SafeU120::new(amount);\n        let from_balance = storage.public_balances.at(from.address).read().sub(amount);\n\n        let pending_shields = storage.pending_shields;\n        let mut note = TransparentNote::new(amount.value as Field, secret_hash);\n\n        storage.public_balances.at(from.address).write(from_balance);\n        pending_shields.insert_from_public(&mut note);\n        1\n    }\n    // docs:end:shield\n\n    // docs:start:transfer_public\n    #[aztec(public)]\n    fn transfer_public(\n        from: AztecAddress,\n        to: AztecAddress,\n        amount: Field,\n        nonce: Field,\n    ) -> Field {\n        if (from.address != context.msg_sender()) {\n            assert_current_call_valid_authwit_public(&mut context, from);\n        } else {\n            assert(nonce == 0, \"invalid nonce\");\n        }\n\n        let amount = SafeU120::new(amount);\n        let from_balance = storage.public_balances.at(from.address).read().sub(amount);\n        storage.public_balances.at(from.address).write(from_balance);\n\n        let to_balance = storage.public_balances.at(to.address).read().add(amount);\n        storage.public_balances.at(to.address).write(to_balance);\n\n        1\n    }\n    // docs:end:transfer_public\n\n    // docs:start:burn_public\n    #[aztec(public)]\n    fn burn_public(\n        from: AztecAddress,\n        amount: Field,\n        nonce: Field,\n    ) -> Field {\n        if (from.address != context.msg_sender()) {\n            assert_current_call_valid_authwit_public(&mut context, from);\n        } else {\n            assert(nonce == 0, \"invalid nonce\");\n        }\n\n        let amount = SafeU120::new(amount);\n        let from_balance = storage.public_balances.at(from.address).read().sub(amount);\n        storage.public_balances.at(from.address).write(from_balance);\n\n        let new_supply = storage.total_supply.read().sub(amount);\n        storage.total_supply.write(new_supply);\n\n        1\n    }\n    // docs:end:burn_public\n\n    // docs:start:redeem_shield\n    #[aztec(private)]\n    fn redeem_shield(\n        to: AztecAddress,\n        amount: Field,\n        secret: Field,\n    ) -> Field {\n        let pending_shields = storage.pending_shields;\n        let secret_hash = compute_secret_hash(secret);\n        let options = NoteGetterOptions::new().select(0, amount).select(1, secret_hash).set_limit(1);\n        let notes = pending_shields.get_notes(options);\n        let note = notes[0].unwrap_unchecked();\n        pending_shields.remove(note);\n\n        storage.balances.at(to).add(SafeU120::new(amount));\n\n        1\n    }\n    // docs:end:redeem_shield\n\n    // docs:start:unshield\n    #[aztec(private)]\n    fn unshield(\n        from: AztecAddress,\n        to: AztecAddress,\n        amount: Field,\n        nonce: Field,\n    ) -> Field {\n        if (from.address != context.msg_sender()) {\n            assert_current_call_valid_authwit(&mut context, from);\n        } else {\n            assert(nonce == 0, \"invalid nonce\");\n        }\n\n        storage.balances.at(from).sub(SafeU120::new(amount));\n\n        let selector = compute_selector(\"_increase_public_balance((Field),Field)\");\n        let _void = context.call_public_function(context.this_address(), selector, [to.address, amount]);\n\n        1\n    }\n    // docs:end:unshield\n\n    // docs:start:transfer\n    #[aztec(private)]\n    fn transfer(\n        from: AztecAddress,\n        to: AztecAddress,\n        amount: Field,\n        nonce: Field,\n    ) -> Field {\n        if (from.address != context.msg_sender()) {\n            assert_current_call_valid_authwit(&mut context, from);\n        } else {\n            assert(nonce == 0, \"invalid nonce\");\n        }\n\n        let amount = SafeU120::new(amount);\n        storage.balances.at(from).sub(amount);\n        storage.balances.at(to).add(amount);\n\n        1\n    }\n    // docs:end:transfer\n\n    // docs:start:burn\n    #[aztec(private)]\n    fn burn(\n        from: AztecAddress,\n        amount: Field,\n        nonce: Field,\n    ) -> Field {\n        if (from.address != context.msg_sender()) {\n            assert_current_call_valid_authwit(&mut context, from);\n        } else {\n            assert(nonce == 0, \"invalid nonce\");\n        }\n\n        storage.balances.at(from).sub(SafeU120::new(amount));\n\n        let selector = compute_selector(\"_reduce_total_supply(Field)\");\n        let _void = context.call_public_function(context.this_address(), selector, [amount]);\n\n        1\n    }\n    // docs:end:burn\n\n    // docs:start:initialize\n    #[aztec(public)]\n    internal fn _initialize(\n        new_admin: AztecAddress,\n    ) {\n        storage.admin.write(new_admin);\n        storage.minters.at(new_admin.address).write(true);\n    }\n    // docs:end:initialize\n\n    /// Internal ///\n\n    // docs:start:increase_public_balance\n    #[aztec(public)]\n    internal fn _increase_public_balance(\n        to: AztecAddress,\n        amount: Field,\n    ) {\n        let new_balance = storage.public_balances.at(to.address).read().add(SafeU120::new(amount));\n        storage.public_balances.at(to.address).write(new_balance);\n    }\n    // docs:end:increase_public_balance\n\n    // docs:start:reduce_total_supply\n    #[aztec(public)]\n    internal fn _reduce_total_supply(\n        amount: Field,\n    ) {\n        // Only to be called from burn.\n        let new_supply = storage.total_supply.read().sub(SafeU120::new(amount));\n        storage.total_supply.write(new_supply);\n    }\n    // docs:end:reduce_total_supply\n\n    /// Unconstrained ///\n\n    // docs:start:admin\n    unconstrained fn admin() -> Field {\n        storage.admin.read().address\n    }\n    // docs:end:admin\n\n    // docs:start:is_minter\n    unconstrained fn is_minter(\n        minter: AztecAddress,\n    ) -> bool {\n        storage.minters.at(minter.address).read()\n    }\n    // docs:end:is_minter\n\n    // docs:start:total_supply\n    unconstrained fn total_supply() -> u120 {\n        storage.total_supply.read().value\n    }\n    // docs:end:total_supply\n\n    // docs:start:balance_of_private\n    unconstrained fn balance_of_private(\n        owner: AztecAddress,\n    ) -> u120 {\n        storage.balances.at(owner).balance_of().value\n    }\n    // docs:end:balance_of_private\n\n    // docs:start:balance_of_public\n    unconstrained fn balance_of_public(\n        owner: AztecAddress,\n    ) -> u120 {\n        storage.public_balances.at(owner.address).read().value\n    }\n    // docs:end:balance_of_public\n\n    // Below this point is the stuff of nightmares.\n    // This should ideally not be required. What do we do if vastly different types of preimages?\n\n    // docs:start:compute_note_hash_and_nullifier\n    // Computes note hash and nullifier.\n    // Note 1: Needs to be defined by every contract producing logs.\n    // Note 2: Having it in all the contracts gives us the ability to compute the note hash and nullifier differently for different kind of notes.\n    unconstrained fn compute_note_hash_and_nullifier(contract_address: Field, nonce: Field, storage_slot: Field, preimage: [Field; TOKEN_NOTE_LEN]) -> [Field; 4] {\n        let note_header = NoteHeader::new(contract_address, nonce, storage_slot);\n        if (storage_slot == 5) {\n            note_utils::compute_note_hash_and_nullifier(TransparentNoteMethods, note_header, preimage)\n        } else {\n            note_utils::compute_note_hash_and_nullifier(TokenNoteMethods, note_header, preimage)\n        }\n    }\n    // docs:end:compute_note_hash_and_nullifier\n}\n// docs:end:token_all\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/boxes/token/src/contracts/src/main"
+      },
+      "6": {
+        "source": "mod poseidon;\n\n#[foreign(sha256)]\npub fn sha256<N>(_input : [u8; N]) -> [u8; 32] {}\n\n#[foreign(blake2s)]\npub fn blake2s<N>(_input : [u8; N]) -> [u8; 32] {}\n\npub fn pedersen<N>(input : [Field; N]) -> [Field; 2] {\n    pedersen_with_separator(input, 0)\n}\n\n#[foreign(pedersen)]\npub fn pedersen_with_separator<N>(_input : [Field; N], _separator : u32) -> [Field; 2] {}\n\n#[foreign(hash_to_field_128_security)]\npub fn hash_to_field<N>(_input : [Field; N]) -> Field {}\n\n#[foreign(keccak256)]\npub fn keccak256<N>(_input : [u8; N], _message_size: u32) -> [u8; 32] {}\n\n// mimc-p/p implementation\n// constants are (publicly generated) random numbers, for instance using keccak as a ROM.\n// You must use constants generated for the native field\n// Rounds number should be ~ log(p)/log(exp)\n// For 254 bit primes, exponent 7 and 91 rounds seems to be recommended\nfn mimc<N>(x: Field, k: Field, constants: [Field; N], exp : Field) -> Field {\n    //round 0\n    let mut t = x + k;\n    let mut h = t.pow_32(exp);\n    //next rounds\n    for i in 1 .. constants.len() {\n        t = h + k + constants[i];\n        h = t.pow_32(exp);\n    };\n    h + k\n}\n\nglobal MIMC_BN254_ROUNDS = 91;\n\n//mimc implementation with hardcoded parameters for BN254 curve.\npub fn mimc_bn254<N>(array: [Field; N]) -> Field {\n    //mimc parameters\n    let exponent = 7;\n    //generated from seed \"mimc\" using keccak256 \n    let constants: [Field; MIMC_BN254_ROUNDS] = [\n        0, \n        20888961410941983456478427210666206549300505294776164667214940546594746570981,\n        15265126113435022738560151911929040668591755459209400716467504685752745317193,\n        8334177627492981984476504167502758309043212251641796197711684499645635709656,\n        1374324219480165500871639364801692115397519265181803854177629327624133579404,\n        11442588683664344394633565859260176446561886575962616332903193988751292992472,\n        2558901189096558760448896669327086721003508630712968559048179091037845349145,\n        11189978595292752354820141775598510151189959177917284797737745690127318076389,\n        3262966573163560839685415914157855077211340576201936620532175028036746741754,\n        17029914891543225301403832095880481731551830725367286980611178737703889171730,\n        4614037031668406927330683909387957156531244689520944789503628527855167665518,\n        19647356996769918391113967168615123299113119185942498194367262335168397100658,\n        5040699236106090655289931820723926657076483236860546282406111821875672148900,\n        2632385916954580941368956176626336146806721642583847728103570779270161510514,\n        17691411851977575435597871505860208507285462834710151833948561098560743654671,\n        11482807709115676646560379017491661435505951727793345550942389701970904563183,\n        8360838254132998143349158726141014535383109403565779450210746881879715734773,\n        12663821244032248511491386323242575231591777785787269938928497649288048289525,\n        3067001377342968891237590775929219083706800062321980129409398033259904188058,\n        8536471869378957766675292398190944925664113548202769136103887479787957959589,\n        19825444354178182240559170937204690272111734703605805530888940813160705385792,\n        16703465144013840124940690347975638755097486902749048533167980887413919317592,\n        13061236261277650370863439564453267964462486225679643020432589226741411380501,\n        10864774797625152707517901967943775867717907803542223029967000416969007792571,\n        10035653564014594269791753415727486340557376923045841607746250017541686319774,\n        3446968588058668564420958894889124905706353937375068998436129414772610003289,\n        4653317306466493184743870159523234588955994456998076243468148492375236846006,\n        8486711143589723036499933521576871883500223198263343024003617825616410932026,\n        250710584458582618659378487568129931785810765264752039738223488321597070280,\n        2104159799604932521291371026105311735948154964200596636974609406977292675173,\n        16313562605837709339799839901240652934758303521543693857533755376563489378839,\n        6032365105133504724925793806318578936233045029919447519826248813478479197288,\n        14025118133847866722315446277964222215118620050302054655768867040006542798474,\n        7400123822125662712777833064081316757896757785777291653271747396958201309118,\n        1744432620323851751204287974553233986555641872755053103823939564833813704825,\n        8316378125659383262515151597439205374263247719876250938893842106722210729522,\n        6739722627047123650704294650168547689199576889424317598327664349670094847386,\n        21211457866117465531949733809706514799713333930924902519246949506964470524162,\n        13718112532745211817410303291774369209520657938741992779396229864894885156527,\n        5264534817993325015357427094323255342713527811596856940387954546330728068658,\n        18884137497114307927425084003812022333609937761793387700010402412840002189451,\n        5148596049900083984813839872929010525572543381981952060869301611018636120248,\n        19799686398774806587970184652860783461860993790013219899147141137827718662674,\n        19240878651604412704364448729659032944342952609050243268894572835672205984837,\n        10546185249390392695582524554167530669949955276893453512788278945742408153192,\n        5507959600969845538113649209272736011390582494851145043668969080335346810411,\n        18177751737739153338153217698774510185696788019377850245260475034576050820091,\n        19603444733183990109492724100282114612026332366576932662794133334264283907557,\n        10548274686824425401349248282213580046351514091431715597441736281987273193140,\n        1823201861560942974198127384034483127920205835821334101215923769688644479957,\n        11867589662193422187545516240823411225342068709600734253659804646934346124945,\n        18718569356736340558616379408444812528964066420519677106145092918482774343613,\n        10530777752259630125564678480897857853807637120039176813174150229243735996839,\n        20486583726592018813337145844457018474256372770211860618687961310422228379031,\n        12690713110714036569415168795200156516217175005650145422920562694422306200486,\n        17386427286863519095301372413760745749282643730629659997153085139065756667205,\n        2216432659854733047132347621569505613620980842043977268828076165669557467682,\n        6309765381643925252238633914530877025934201680691496500372265330505506717193,\n        20806323192073945401862788605803131761175139076694468214027227878952047793390,\n        4037040458505567977365391535756875199663510397600316887746139396052445718861,\n        19948974083684238245321361840704327952464170097132407924861169241740046562673,\n        845322671528508199439318170916419179535949348988022948153107378280175750024,\n        16222384601744433420585982239113457177459602187868460608565289920306145389382,\n        10232118865851112229330353999139005145127746617219324244541194256766741433339,\n        6699067738555349409504843460654299019000594109597429103342076743347235369120,\n        6220784880752427143725783746407285094967584864656399181815603544365010379208,\n        6129250029437675212264306655559561251995722990149771051304736001195288083309,\n        10773245783118750721454994239248013870822765715268323522295722350908043393604,\n        4490242021765793917495398271905043433053432245571325177153467194570741607167,\n        19596995117319480189066041930051006586888908165330319666010398892494684778526,\n        837850695495734270707668553360118467905109360511302468085569220634750561083,\n        11803922811376367215191737026157445294481406304781326649717082177394185903907,\n        10201298324909697255105265958780781450978049256931478989759448189112393506592,\n        13564695482314888817576351063608519127702411536552857463682060761575100923924,\n        9262808208636973454201420823766139682381973240743541030659775288508921362724,\n        173271062536305557219323722062711383294158572562695717740068656098441040230,\n        18120430890549410286417591505529104700901943324772175772035648111937818237369,\n        20484495168135072493552514219686101965206843697794133766912991150184337935627,\n        19155651295705203459475805213866664350848604323501251939850063308319753686505,\n        11971299749478202793661982361798418342615500543489781306376058267926437157297,\n        18285310723116790056148596536349375622245669010373674803854111592441823052978,\n        7069216248902547653615508023941692395371990416048967468982099270925308100727,\n        6465151453746412132599596984628739550147379072443683076388208843341824127379,\n        16143532858389170960690347742477978826830511669766530042104134302796355145785,\n        19362583304414853660976404410208489566967618125972377176980367224623492419647,\n        1702213613534733786921602839210290505213503664731919006932367875629005980493,\n        10781825404476535814285389902565833897646945212027592373510689209734812292327,\n        4212716923652881254737947578600828255798948993302968210248673545442808456151,\n        7594017890037021425366623750593200398174488805473151513558919864633711506220,\n        18979889247746272055963929241596362599320706910852082477600815822482192194401,\n        13602139229813231349386885113156901793661719180900395818909719758150455500533,\n    ];\n\n    let mut r = 0;\n    for elem in array {\n        let h = mimc(elem, r, constants, exponent);\n        r = r + elem + h;\n    }\n    r\n}\n",
+        "path": "std/hash"
+      },
+      "18": {
+        "source": "struct GrumpkinScalar {\n    low: Field,\n    high: Field,\n}\n\nimpl GrumpkinScalar {\n    fn new(low: Field, high: Field) -> Self {\n        // TODO: check that the low and high value fit within the grumpkin modulus\n        GrumpkinScalar { low, high }\n    }\n}\n\nglobal GRUMPKIN_SCALAR_SERIALIZED_LEN: Field = 2;\n\nfn deserialize_grumpkin_scalar(fields: [Field; GRUMPKIN_SCALAR_SERIALIZED_LEN]) -> GrumpkinScalar {\n    GrumpkinScalar { low: fields[0], high: fields[1] }\n}\n\nfn serialize_grumpkin_scalar(scalar: GrumpkinScalar) -> [Field; GRUMPKIN_SCALAR_SERIALIZED_LEN] {\n    [scalar.low, scalar.high]\n}\n",
+        "path": "std/grumpkin_scalar"
+      },
+      "19": {
+        "source": "use crate::grumpkin_scalar::GrumpkinScalar;\nuse crate::scalar_mul::fixed_base_embedded_curve;\n\nfn grumpkin_fixed_base(scalar: GrumpkinScalar) -> [Field; 2] {\n    // TODO: this should use both the low and high limbs to do the scalar multiplication\n    fixed_base_embedded_curve(scalar.low, scalar.high)\n}\n",
+        "path": "std/grumpkin_scalar_mul"
+      },
+      "23": {
+        "source": "\nimpl Field {\n    #[builtin(to_le_bits)]\n    pub fn to_le_bits(_x : Field, _bit_size: u32) -> [u1] {}\n    #[builtin(to_be_bits)]\n    pub fn to_be_bits(_x : Field, _bit_size: u32) -> [u1] {}\n\n    pub fn to_le_bytes(x : Field, byte_size: u32) -> [u8] {\n        x.to_le_radix(256, byte_size)\n    }\n    pub fn to_be_bytes(x : Field, byte_size: u32) -> [u8] {\n        x.to_be_radix(256, byte_size)\n    }\n\n    #[builtin(to_le_radix)]\n    //decompose _x into a _result_len vector over the _radix basis\n    //_radix must be less than 256\n    pub fn to_le_radix(_x : Field, _radix: u32, _result_len: u32) -> [u8] {}\n    #[builtin(to_be_radix)]\n    pub fn to_be_radix(_x : Field, _radix: u32, _result_len: u32) -> [u8] {}\n\n    // Returns self to the power of the given exponent value.\n    // Caution: we assume the exponent fits into 32 bits\n    // using a bigger bit size impacts negatively the performance and should be done only if the exponent does not fit in 32 bits\n    pub fn pow_32(self, exponent: Field) -> Field {\n        let mut r: Field = 1;\n        let b = exponent.to_le_bits(32);\n\n        for i in 1..33 {\n            r *= r;\n            r = (b[32-i] as Field) * (r * self) + (1 - b[32-i] as Field) * r;\n        }\n        r\n    }\n\n    // Parity of (prime) Field element, i.e. sgn0(x mod p) = 0 if x ∈ {0, ..., p-1} is even, otherwise sgn0(x mod p) = 1.\n    pub fn sgn0(self) -> u1 {\n        self as u1\n    }\n}\n\n#[builtin(modulus_num_bits)]\npub fn modulus_num_bits() -> Field {}\n\n#[builtin(modulus_be_bits)]\npub fn modulus_be_bits() -> [u1] {}\n\n#[builtin(modulus_le_bits)]\npub fn modulus_le_bits() -> [u1] {}\n\n#[builtin(modulus_be_bytes)]\npub fn modulus_be_bytes() -> [u8] {}\n\n#[builtin(modulus_le_bytes)]\npub fn modulus_le_bytes() -> [u8] {}\n",
+        "path": "std/field"
+      },
+      "34": {
+        "source": "struct Option<T> {\n    _is_some: bool,\n    _value: T,\n}\n\nimpl<T> Option<T> {\n    /// Constructs a None value\n    pub fn none() -> Self {\n        Self { _is_some: false, _value: crate::unsafe::zeroed() }\n    }\n\n    /// Constructs a Some wrapper around the given value\n    pub fn some(_value: T) -> Self {\n        Self { _is_some: true, _value }\n    }\n\n    /// True if this Option is None\n    pub fn is_none(self) -> bool {\n        !self._is_some\n    }\n\n    /// True if this Option is Some\n    pub fn is_some(self) -> bool {\n        self._is_some\n    }\n\n    /// Asserts `self.is_some()` and returns the wrapped value.\n    pub fn unwrap(self) -> T {\n        assert(self._is_some);\n        self._value\n    }\n\n    /// Returns the inner value without asserting `self.is_some()`\n    /// Note that if `self` is `None`, there is no guarantee what value will be returned,\n    /// only that it will be of type `T`.\n    pub fn unwrap_unchecked(self) -> T {\n        self._value\n    }\n\n    /// Returns the wrapped value if `self.is_some()`. Otherwise, returns the given default value.\n    pub fn unwrap_or(self, default: T) -> T {\n        if self._is_some {\n            self._value\n        } else {\n            default\n        }\n    }\n\n    /// Returns the wrapped value if `self.is_some()`. Otherwise, calls the given function to return\n    /// a default value.\n    pub fn unwrap_or_else<Env>(self, default: fn[Env]() -> T) -> T {\n        if self._is_some {\n            self._value\n        } else {\n            default()\n        }\n    }\n\n    /// If self is `Some(x)`, this returns `Some(f(x))`. Otherwise, this returns `None`.\n    pub fn map<U, Env>(self, f: fn[Env](T) -> U) -> Option<U> {\n        if self._is_some {\n            Option::some(f(self._value))\n        } else {\n            Option::none()\n        }\n    }\n\n    /// If self is `Some(x)`, this returns `f(x)`. Otherwise, this returns the given default value.\n    pub fn map_or<U, Env>(self, default: U, f: fn[Env](T) -> U) -> U {\n        if self._is_some {\n            f(self._value)\n        } else {\n            default\n        }\n    }\n\n    /// If self is `Some(x)`, this returns `f(x)`. Otherwise, this returns `default()`.\n    pub fn map_or_else<U, Env1, Env2>(self, default: fn[Env1]() -> U, f: fn[Env2](T) -> U) -> U {\n        if self._is_some {\n            f(self._value)\n        } else {\n            default()\n        }\n    }\n\n    /// Returns None if self is None. Otherwise, this returns `other`.\n    pub fn and(self, other: Self) -> Self {\n        if self.is_none() {\n            Option::none()\n        } else {\n            other\n        }\n    }\n\n    /// If self is None, this returns None. Otherwise, this calls the given function\n    /// with the Some value contained within self, and returns the result of that call.\n    ///\n    /// In some languages this function is called `flat_map` or `bind`.\n    pub fn and_then<U, Env>(self, f: fn[Env](T) -> Option<U>) -> Option<U> {\n        if self._is_some {\n            f(self._value)\n        } else {\n            Option::none()\n        }\n    }\n\n    /// If self is Some, return self. Otherwise, return `other`.\n    pub fn or(self, other: Self) -> Self {\n        if self._is_some {\n            self\n        } else {\n            other\n        }\n    }\n\n    /// If self is Some, return self. Otherwise, return `default()`.\n    pub fn or_else<U, Env>(self, default: fn[Env]() -> Self) -> Self {\n        if self._is_some {\n            self\n        } else {\n            default()\n        }\n    }\n\n    // If only one of the two Options is Some, return that option.\n    // Otherwise, if both options are Some or both are None, None is returned.\n    pub fn xor(self, other: Self) -> Self {\n        if self._is_some {\n            if other._is_some {\n                Option::none()\n            } else {\n                self\n            }\n        } else if other._is_some {\n            other\n        } else {\n            Option::none()\n        }\n    }\n\n    /// Returns `Some(x)` if self is `Some(x)` and `predicate(x)` is true.\n    /// Otherwise, this returns `None`\n    pub fn filter<Env>(self, predicate: fn[Env](T) -> bool) -> Self {\n        if self._is_some {\n            if predicate(self._value) {\n                self\n            } else {\n                Option::none()\n            }\n        } else {\n            Option::none()\n        }\n    }\n\n    /// Flattens an Option<Option<T>> into a Option<T>.\n    /// This returns None if the outer Option is None. Otherwise, this returns the inner Option.\n    pub fn flatten(option: Option<Option<T>>) -> Option<T> {\n        if option._is_some {\n            option._value\n        } else {\n            Option::none()\n        }\n    }\n}\n",
+        "path": "std/option"
+      },
+      "37": {
+        "source": "use crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    MAX_READ_REQUESTS_PER_CALL,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    GENERATOR_INDEX__FUNCTION_ARGS,\n    HISTORIC_BLOCK_DATA_LENGTH,\n    CONTRACT_DEPLOYMENT_DATA_LENGTH,\n    CALL_CONTEXT_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH,\n    CONTRACT_STORAGE_READ_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH,\n    PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH,\n    GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__FUNCTION_DATA,\n    GENERATOR_INDEX__PUBLIC_DATA_READ,\n    GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST,\n    GENERATOR_INDEX__CALL_CONTEXT,\n    GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS,\n    GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA,\n};\n\nuse crate::oracle::debug_log;\nuse crate::types::vec::BoundedVec;\nuse crate::types::point::Point;\n\n\n// docs:start:private-global-variables\nstruct PrivateGlobalVariables {\n    chain_id: Field,\n    version: Field,\n}\n// docs:end:private-global-variables\n\nimpl PrivateGlobalVariables {\n    fn serialize(self) -> [Field; 2] {\n        [self.chain_id, self.version]\n    }\n}\n\n// docs:start:public-global-variables\nstruct PublicGlobalVariables {\n    chain_id: Field,\n    version: Field,\n    block_number: Field,\n    timestamp: Field,\n}\n// docs:end:public-global-variables\n\nimpl PublicGlobalVariables {\n    fn serialize(self) -> [Field; 4] {\n        [self.chain_id, self.version, self.block_number, self.timestamp]\n    }\n}\n\n// docs:start:contract-deployment-data\nstruct ContractDeploymentData {\n    deployer_public_key: Point,\n    constructor_vk_hash : Field,\n    function_tree_root : Field,\n    contract_address_salt : Field,\n    portal_contract_address : Field,\n}\n// docs:end:contract-deployment-data\n\nimpl ContractDeploymentData {\n    fn serialize(self) -> [Field; CONTRACT_DEPLOYMENT_DATA_LENGTH] {\n        [\n            self.deployer_public_key.x,\n            self.deployer_public_key.y,\n            self.constructor_vk_hash,\n            self.function_tree_root,\n            self.contract_address_salt,\n            self.portal_contract_address,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CONTRACT_DEPLOYMENT_DATA)[0]\n    }\n}\n\n// PrivateContextInputs are expected to be provided to each private function\n// docs:start:private-context-inputs\nstruct PrivateContextInputs {\n    call_context : CallContext,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    private_global_variables: PrivateGlobalVariables,\n}\n// docs:end:private-context-inputs\n\n// PublicContextInputs are expected to be provided to each public function\n// docs:start:public-context-inputs\nstruct PublicContextInputs {\n    call_context: CallContext,\n    block_data: HistoricBlockData,\n\n    public_global_variables: PublicGlobalVariables,\n}\n// docs:end:public-context-inputs\n\n// docs:start:call-context\nstruct CallContext {\n    msg_sender : Field,\n    storage_contract_address : Field,\n    portal_contract_address : Field,\n    function_selector: Field,\n\n    is_delegate_call : bool,\n    is_static_call : bool,\n    is_contract_deployment: bool,\n}\n// docs:end:call-context\n\nimpl CallContext {\n    fn serialize(self) -> [Field; CALL_CONTEXT_LENGTH] {\n        [\n            self.msg_sender,\n            self.storage_contract_address,\n            self.portal_contract_address,\n            self.function_selector,\n            self.is_delegate_call as Field,\n            self.is_static_call as Field,\n            self.is_contract_deployment as Field,\n        ]\n    }\n\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__CALL_CONTEXT)[0]\n    }\n}\n\n// docs:start:historic-block-data\nstruct HistoricBlockData {\n    private_data_tree_root : Field,\n    nullifier_tree_root : Field,\n    contract_tree_root : Field,\n    l1_to_l2_messages_tree_root : Field,\n    blocks_tree_root: Field,\n    public_data_tree_root: Field,\n    global_variables_hash: Field,\n}\n// docs:end:historic-block-data\n\nimpl HistoricBlockData {\n    // NOTE: this order must match the order in `private_circuit_public_inputs.hpp`\n    pub fn serialize(self) -> [Field; HISTORIC_BLOCK_DATA_LENGTH] {\n        [\n            self.private_data_tree_root,\n            self.nullifier_tree_root,\n            self.contract_tree_root,\n            self.l1_to_l2_messages_tree_root,\n            self.blocks_tree_root,\n            self.public_data_tree_root,\n            self.global_variables_hash,\n        ]\n    }\n\n    pub fn empty() -> Self {\n        Self { private_data_tree_root: 0, nullifier_tree_root: 0, contract_tree_root: 0, l1_to_l2_messages_tree_root: 0, blocks_tree_root: 0, public_data_tree_root: 0, global_variables_hash: 0 }\n    }\n}\n\nstruct FunctionData {\n    function_selector: Field,\n    is_internal: bool,\n    is_private: bool,\n    is_constructor: bool,\n}\n\nimpl FunctionData {\n    fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.function_selector,\n            self.is_internal as Field,\n            self.is_private as Field,\n            self.is_constructor as Field,\n        ], GENERATOR_INDEX__FUNCTION_DATA)[0]\n    }\n}\n\nstruct PrivateCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    read_requests: [Field; crate::abi::MAX_READ_REQUESTS_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    nullified_commitments: [Field; MAX_NEW_NULLIFIERS_PER_CALL],\n    private_call_stack: [Field; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_l2_to_l1_msgs: [Field; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    // Explore introducing a new type like uint256 (similar to Point), so it's more explicit that\n    // we're talking about a single number backed by two field elements.\n    encrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    encrypted_log_preimages_length: Field,\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    contract_deployment_data: ContractDeploymentData,\n    chain_id: Field,\n    version: Field,\n}\n\nimpl PrivateCircuitPublicInputs {\n    fn hash(self) -> Field {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0); \n        fields.push(self.call_context.hash());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.nullified_commitments);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.contract_deployment_data.hash());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n\n        dep::std::hash::pedersen_with_separator(fields.storage, GENERATOR_INDEX__PRIVATE_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    fn serialize(self) -> [Field; PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PRIVATE_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());\n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        fields.push_array(self.read_requests);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.private_call_stack);\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.encrypted_logs_hash);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.encrypted_log_preimages_length);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push_array(self.contract_deployment_data.serialize());\n        fields.push(self.chain_id);\n        fields.push(self.version);\n        fields.storage\n    }\n}\n\nstruct ContractStorageRead {\n    storage_slot: Field,\n    value: Field,\n}\n\nimpl ContractStorageRead {\n    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_READ_LENGTH] {\n        [self.storage_slot, self.value]\n    }\n\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_READ)[0]\n    }\n\n    pub fn empty() -> Self {\n        Self { storage_slot: 0, value: 0 }\n    }\n}\n\nstruct ContractStorageUpdateRequest {\n    storage_slot: Field,\n    old_value: Field,\n    new_value: Field,\n}\n\nimpl ContractStorageUpdateRequest {\n    pub fn serialize(self) -> [Field; CONTRACT_STORAGE_UPDATE_REQUEST_LENGTH] {\n        [self.storage_slot, self.old_value, self.new_value]\n    }\n\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator(self.serialize(), GENERATOR_INDEX__PUBLIC_DATA_UPDATE_REQUEST)[0]\n    }\n\n    pub fn empty() -> Self {\n        Self { storage_slot: 0, old_value: 0, new_value: 0 }\n    }\n}\n\n\nstruct PublicCircuitPublicInputs {\n    call_context: CallContext,\n    args_hash: Field,\n    return_values: [Field; RETURN_VALUES_LENGTH],\n    contract_storage_update_requests: [ContractStorageUpdateRequest; MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n    contract_storage_read: [ContractStorageRead; MAX_PUBLIC_DATA_READS_PER_CALL],\n    public_call_stack: [Field; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n    new_commitments: [Field; MAX_NEW_COMMITMENTS_PER_CALL],\n    new_nullifiers: [Field; crate::abi::MAX_NEW_NULLIFIERS_PER_CALL],\n    new_l2_to_l1_msgs: [Field; crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n    unencrypted_logs_hash: [Field; NUM_FIELDS_PER_SHA256],\n    unencrypted_log_preimages_length: Field,\n    block_data: HistoricBlockData,\n    prover_address: Field,\n}\n\nimpl PublicCircuitPublicInputs {\n    \n    pub fn hash(self) -> Field {\n        let mut inputs: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_HASH_INPUT_LENGTH> = BoundedVec::new(0);\n        inputs.push(self.call_context.hash());\n        inputs.push(self.args_hash);\n        inputs.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            inputs.push(self.contract_storage_update_requests[i].hash());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            inputs.push(self.contract_storage_read[i].hash());\n        }\n        inputs.push_array(self.public_call_stack);\n        inputs.push_array(self.new_commitments);\n        inputs.push_array(self.new_nullifiers);\n        inputs.push_array(self.new_l2_to_l1_msgs);\n\n        inputs.push_array(self.unencrypted_logs_hash);\n        inputs.push(self.unencrypted_log_preimages_length);\n        inputs.push_array(self.block_data.serialize());\n        inputs.push(self.prover_address);\n\n        dep::std::hash::pedersen_with_separator(inputs.storage, GENERATOR_INDEX__PUBLIC_CIRCUIT_PUBLIC_INPUTS)[0]\n    }\n\n    pub fn serialize(self) -> [Field; PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH] {\n        let mut fields: BoundedVec<Field, PUBLIC_CIRCUIT_PUBLIC_INPUTS_LENGTH> = BoundedVec::new(0); \n        fields.push_array(self.call_context.serialize());   \n        fields.push(self.args_hash);\n        fields.push_array(self.return_values);\n        for i in 0..MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL {\n            fields.push_array(self.contract_storage_update_requests[i].serialize());\n        }\n        for i in 0..MAX_PUBLIC_DATA_READS_PER_CALL {\n            fields.push_array(self.contract_storage_read[i].serialize());\n        }\n        fields.push_array(self.public_call_stack);\n        fields.push_array(self.new_commitments);\n        fields.push_array(self.new_nullifiers);\n        fields.push_array(self.new_l2_to_l1_msgs);\n        fields.push_array(self.unencrypted_logs_hash);\n        fields.push(self.unencrypted_log_preimages_length);\n        fields.push_array(self.block_data.serialize());\n        fields.push(self.prover_address);\n        fields.storage\n    }\n}\n\nstruct Hasher {\n    fields: [Field],\n}\n\nimpl Hasher {\n    pub fn new()-> Self {\n        Self { fields: [] }\n    }\n\n    pub fn add(&mut self, field: Field) {\n        self.fields = self.fields.push_back(field);\n    }\n\n    pub fn add_multiple<N>(&mut self, fields: [Field; N]) {\n        for i in 0..N {\n            self.fields = self.fields.push_back(fields[i]);\n        }\n    }\n\n    pub fn hash(self) -> Field {\n        hash_args(self.fields)\n    }\n}\n\nglobal ARGS_HASH_CHUNK_LENGTH: u32 = 32;\nglobal ARGS_HASH_CHUNK_COUNT: u32 = 16;\n\npub fn hash_args<N>(args: [Field; N]) -> Field {\n    if args.len() == 0 {\n        0\n    } else {\n        let mut chunks_hashes = [0; ARGS_HASH_CHUNK_COUNT];\n        for i in 0..ARGS_HASH_CHUNK_COUNT {\n            let mut chunk_hash = 0;\n            let start_chunk_index = i * ARGS_HASH_CHUNK_LENGTH;\n            if start_chunk_index < (args.len() as u32) {\n                let mut chunk_args = [0; ARGS_HASH_CHUNK_LENGTH];\n                for j in 0..ARGS_HASH_CHUNK_LENGTH {\n                    let item_index = i * ARGS_HASH_CHUNK_LENGTH + j;\n                    if item_index < (args.len() as u32) {\n                        chunk_args[j] = args[item_index];\n                    }\n                }\n                chunk_hash = dep::std::hash::pedersen_with_separator(chunk_args, GENERATOR_INDEX__FUNCTION_ARGS)[0];\n            }\n            chunks_hashes[i] = chunk_hash;\n        }\n        dep::std::hash::pedersen_with_separator(chunks_hashes, GENERATOR_INDEX__FUNCTION_ARGS)[0]\n    }\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/abi"
+      },
+      "38": {
+        "source": "use dep::std::hash;\nuse crate::constants_gen::GENERATOR_INDEX__CONTRACT_ADDRESS;\n\npub fn compute_address(pub_key_x: Field, pub_key_y: Field, partial_address: Field) -> Field {\n  hash::pedersen_with_separator([pub_key_x, pub_key_y, partial_address], GENERATOR_INDEX__CONTRACT_ADDRESS)[0]\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/address"
+      },
+      "40": {
+        "source": "use crate::constants_gen::{\n    EMPTY_NULLIFIED_COMMITMENT,\n    MAX_NEW_COMMITMENTS_PER_CALL,\n    MAX_NEW_L2_TO_L1_MSGS_PER_CALL,\n    MAX_NEW_NULLIFIERS_PER_CALL,\n    MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL,\n    MAX_PUBLIC_DATA_READS_PER_CALL,\n    MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL,\n    MAX_READ_REQUESTS_PER_CALL,\n    NUM_FIELDS_PER_SHA256,\n    RETURN_VALUES_LENGTH,\n};\n\nuse crate::abi;\n\nuse crate::abi::{\n    hash_args,\n    CallContext,\n    ContractDeploymentData,\n    HistoricBlockData,\n    FunctionData,\n    PrivateCircuitPublicInputs,\n    PublicCircuitPublicInputs,\n};\n\n// TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n// use dep::std::collections::vec::Vec;\n\n// l1 to l2 messaging\nuse crate::messaging::process_l1_to_l2_message;\nuse crate::private_call_stack_item::PrivateCallStackItem;\nuse crate::public_call_stack_item::PublicCallStackItem;\n\nuse crate::types::{\n    vec::BoundedVec,\n    point::Point,\n};\n\nuse crate::utils::arr_copy_slice;\n\nuse crate::oracle::{\n    arguments,\n    call_private_function::call_private_function_internal,\n    public_call::call_public_function_internal,\n    enqueue_public_function_call::enqueue_public_function_call_internal,\n    context::get_portal_address,\n};\n\nuse dep::std::option::Option;\n\n// When finished, one can call .finish() to convert back to the abi\nstruct PrivateContext {\n    // docs:start:private-context\n    inputs: abi::PrivateContextInputs,\n\n    args_hash : Field,\n    return_values : BoundedVec<Field, RETURN_VALUES_LENGTH>,\n\n    read_requests: BoundedVec<Field, MAX_READ_REQUESTS_PER_CALL>,\n\n    new_commitments: BoundedVec<Field, MAX_NEW_COMMITMENTS_PER_CALL>,\n    new_nullifiers: BoundedVec<Field, MAX_NEW_NULLIFIERS_PER_CALL>,\n    nullified_commitments: BoundedVec<Field, MAX_NEW_NULLIFIERS_PER_CALL>,\n\n    private_call_stack : BoundedVec<Field, MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL>,\n    public_call_stack : BoundedVec<Field, MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL>,\n    new_l2_to_l1_msgs : BoundedVec<Field, MAX_NEW_L2_TO_L1_MSGS_PER_CALL>,\n    // docs:end:private-context\n\n    block_data: HistoricBlockData,\n\n    // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    // encrypted_logs_preimages: Vec<Field>,\n    // unencrypted_logs_preimages: Vec<Field>,\n}\n\nimpl PrivateContext {\n    pub fn new(inputs: abi::PrivateContextInputs, args_hash: Field) -> PrivateContext {\n        PrivateContext {\n            inputs: inputs,\n\n            args_hash: args_hash,\n            return_values: BoundedVec::new(0),\n\n            read_requests: BoundedVec::new(0),\n\n            new_commitments: BoundedVec::new(0),\n            new_nullifiers: BoundedVec::new(0),\n            nullified_commitments: BoundedVec::new(0),\n\n            block_data: inputs.block_data,\n\n            private_call_stack: BoundedVec::new(0),\n            public_call_stack: BoundedVec::new(0),\n            new_l2_to_l1_msgs: BoundedVec::new(0),\n\n            // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n            // encrypted_logs_preimages: Vec::new(),\n            // unencrypted_logs_preimages: Vec::new(),\n        }\n    }\n\n    pub fn msg_sender(self) -> Field {\n        self.inputs.call_context.msg_sender\n    }\n\n    pub fn this_address(self) -> Field {\n        self.inputs.call_context.storage_contract_address\n    }\n\n    pub fn this_portal_address(self) -> Field {\n        self.inputs.call_context.portal_contract_address\n    }\n\n    pub fn chain_id(self) -> Field {\n        self.inputs.private_global_variables.chain_id\n    }\n\n    pub fn version(self) -> Field {\n        self.inputs.private_global_variables.version\n    }\n\n    pub fn selector(self) -> Field {\n        self.inputs.call_context.function_selector\n    }\n\n    pub fn finish(self) -> abi::PrivateCircuitPublicInputs {\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n        let encrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];\n        let unencrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];\n        let encrypted_log_preimages_length = 0;\n        let unencrypted_log_preimages_length = 0;\n\n        let priv_circuit_pub_inputs = abi::PrivateCircuitPublicInputs {\n            call_context: self.inputs.call_context,\n            args_hash: self.args_hash,\n            return_values: self.return_values.storage,\n            read_requests: self.read_requests.storage,\n            new_commitments: self.new_commitments.storage,\n            new_nullifiers: self.new_nullifiers.storage,\n            nullified_commitments: self.nullified_commitments.storage,\n            private_call_stack: self.private_call_stack.storage,\n            public_call_stack: self.public_call_stack.storage,\n            new_l2_to_l1_msgs: self.new_l2_to_l1_msgs.storage,\n            encrypted_logs_hash: encrypted_logs_hash,\n            unencrypted_logs_hash: unencrypted_logs_hash,\n            encrypted_log_preimages_length: encrypted_log_preimages_length,\n            unencrypted_log_preimages_length: unencrypted_log_preimages_length,\n            block_data: self.block_data,\n            contract_deployment_data: self.inputs.contract_deployment_data,\n            chain_id: self.inputs.private_global_variables.chain_id,\n            version: self.inputs.private_global_variables.version,\n        };\n        priv_circuit_pub_inputs\n    }\n\n    pub fn push_read_request(&mut self, read_request: Field) {\n        self.read_requests.push(read_request);\n    }\n\n    pub fn push_new_note_hash(&mut self, note_hash: Field) {\n        self.new_commitments.push(note_hash);\n    }\n\n    // We never push a zero nullified_commitment as zero is used to indicate the end\n    // of a field array in private kernel. This routine transparently replaces a\n    // zero value into the special placeholder: EMPTY_NULLIFIED_COMMITMENT.\n    pub fn push_new_nullifier(&mut self, nullifier: Field, nullified_commitment: Field) {\n        self.new_nullifiers.push(nullifier);\n        let mut non_zero_nullified = nullified_commitment;\n        if (non_zero_nullified == 0) {\n            non_zero_nullified = EMPTY_NULLIFIED_COMMITMENT;\n        }\n        self.nullified_commitments.push(non_zero_nullified);\n    }\n\n    // docs:start:context_message_portal\n    pub fn message_portal(&mut self, content: Field) \n    // docs:end:context_message_portal\n    {\n        self.new_l2_to_l1_msgs.push(content);\n    }\n\n    // PrivateContextInputs must be temporarily passed in to prevent too many unknowns\n    // Note this returns self to get around an issue where mutable structs do not maintain mutations unless reassigned\n    // docs:start:context_consume_l1_to_l2_message\n    // docs:start:consume_l1_to_l2_message\n    pub fn consume_l1_to_l2_message(\n        &mut self,\n        msg_key: Field,\n        content: Field,\n        secret: Field\n    ) \n    // docs:end:context_consume_l1_to_l2_message\n    {\n        let nullifier = process_l1_to_l2_message(self.block_data.l1_to_l2_messages_tree_root, self.this_address(), msg_key, content, secret);\n\n        // Push nullifier (and the \"commitment\" corresponding to this can be \"empty\")\n        self.push_new_nullifier(nullifier, EMPTY_NULLIFIED_COMMITMENT)\n    }\n    // docs:end:consume_l1_to_l2_message\n\n    pub fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {\n        let _void1 = self.inputs;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    pub fn accumulate_unencrypted_logs<T>(&mut self, log: T) {\n        let _void1 = self.inputs;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    pub fn call_private_function<ARGS_COUNT>(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field, \n        args: [Field; ARGS_COUNT]\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        let args_hash = hash_args(args);\n        assert(args_hash == arguments::pack_arguments(args));\n        self.call_private_function_with_packed_args(contract_address, function_selector, args_hash)\n    }\n\n    pub fn call_private_function_no_args(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field, \n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        self.call_private_function_with_packed_args(contract_address, function_selector, 0)\n    }\n\n    pub fn call_private_function_with_packed_args(\n        &mut self,\n        contract_address: Field,\n        function_selector: Field,\n        args_hash: Field\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        let fields = call_private_function_internal(\n            contract_address, \n            function_selector, \n            args_hash\n        );\n        let item = PrivateCallStackItem {\n            contract_address: fields[0],\n            function_data: FunctionData {\n                function_selector: fields[1],\n                is_internal: fields[2] as bool,\n                is_private: fields[3] as bool,\n                is_constructor: fields[4] as bool,\n            },\n            public_inputs: PrivateCircuitPublicInputs {\n                call_context: CallContext {\n                    msg_sender : fields[5],\n                    storage_contract_address : fields[6],\n                    portal_contract_address : fields[7],\n                    function_selector: fields[8], // practically same as fields[1]\n                    is_delegate_call : fields[9] as bool,\n                    is_static_call : fields[10] as bool,\n                    is_contract_deployment: fields[11] as bool,\n                },\n                // TODO handle the offsets as a variable incremented during extraction?\n                args_hash: fields[12],\n                return_values: arr_copy_slice(fields, [0; RETURN_VALUES_LENGTH], 13),\n                read_requests: arr_copy_slice(fields, [0; MAX_READ_REQUESTS_PER_CALL], 17),\n                new_commitments: arr_copy_slice(fields, [0; MAX_NEW_COMMITMENTS_PER_CALL], 49),\n                new_nullifiers: arr_copy_slice(fields, [0; MAX_NEW_NULLIFIERS_PER_CALL], 65),\n                nullified_commitments: arr_copy_slice(fields, [0; MAX_NEW_NULLIFIERS_PER_CALL], 81),\n                private_call_stack: arr_copy_slice(fields, [0; MAX_PRIVATE_CALL_STACK_LENGTH_PER_CALL], 97),\n                public_call_stack: arr_copy_slice(fields, [0; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL], 101),\n                new_l2_to_l1_msgs: arr_copy_slice(fields, [0; MAX_NEW_L2_TO_L1_MSGS_PER_CALL], 105),\n                encrypted_logs_hash: arr_copy_slice(fields, [0; NUM_FIELDS_PER_SHA256], 107),\n                unencrypted_logs_hash: arr_copy_slice(fields, [0; NUM_FIELDS_PER_SHA256], 109),\n                encrypted_log_preimages_length: fields[111],\n                unencrypted_log_preimages_length: fields[112],\n                block_data: HistoricBlockData {\n                    // Must match order in `private_circuit_public_inputs.hpp`\n                    private_data_tree_root : fields[113],\n                    nullifier_tree_root : fields[114],\n                    contract_tree_root : fields[115],\n                    l1_to_l2_messages_tree_root : fields[116],\n                    blocks_tree_root : fields[117],\n                    public_data_tree_root: fields[118],\n                    global_variables_hash: fields[119],\n                },\n                contract_deployment_data: ContractDeploymentData {\n                    deployer_public_key: Point::new(fields[120], fields[121]),\n                    constructor_vk_hash : fields[122],\n                    function_tree_root : fields[123],\n                    contract_address_salt : fields[124],\n                    portal_contract_address : fields[125],\n                },\n                chain_id: fields[126],\n                version: fields[127],\n            },\n            is_execution_request: fields[128] as bool,\n        };\n        assert(contract_address == item.contract_address);\n        assert(function_selector == item.function_data.function_selector);\n\n        assert(args_hash == item.public_inputs.args_hash);\n\n        assert(item.is_execution_request == false);\n\n        // Assert that the call context of the enqueued call generated by the oracle matches our request.\n        // We are issuing a regular call which is not delegate, static, or deployment. We also constrain\n        // the msg_sender in the nested call to be equal to our address, and the execution context address\n        // for the nested call to be equal to the address we actually called.\n        assert(item.public_inputs.call_context.is_delegate_call == false);\n        assert(item.public_inputs.call_context.is_static_call == false);\n        assert(item.public_inputs.call_context.is_contract_deployment == false);\n        assert(item.public_inputs.call_context.msg_sender == self.inputs.call_context.storage_contract_address);\n        assert(item.public_inputs.call_context.storage_contract_address == contract_address);\n\n        self.private_call_stack.push(item.hash());\n\n        item.public_inputs.return_values\n    }\n\n    pub fn call_public_function<ARGS_COUNT>(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field, \n        args: [Field; ARGS_COUNT]\n    ) {\n        let args_hash = hash_args(args);\n        assert(args_hash == arguments::pack_arguments(args));\n        self.call_public_function_with_packed_args(contract_address, function_selector, args_hash)\n    }\n\n    pub fn call_public_function_no_args(\n        &mut self,\n        contract_address: Field, \n        function_selector: Field,\n    ) {\n        self.call_public_function_with_packed_args(contract_address, function_selector, 0)\n    }\n\n    pub fn call_public_function_with_packed_args(\n        &mut self,\n        contract_address: Field,\n        function_selector: Field,\n        args_hash: Field\n    ) {\n        let fields = enqueue_public_function_call_internal(\n            contract_address, \n            function_selector, \n            args_hash\n        );\n        let item = PublicCallStackItem {\n            contract_address: fields[0],\n            function_data: FunctionData {\n                function_selector: fields[1],\n                is_internal: fields[2] as bool,\n                is_private: fields[3] as bool,\n                is_constructor: fields[4] as bool,\n            },\n            public_inputs: PublicCircuitPublicInputs {\n                call_context: CallContext {\n                    msg_sender : fields[5],\n                    storage_contract_address : fields[6],\n                    portal_contract_address : fields[7],\n                    function_selector: fields[8], // practically same as fields[1]\n                    is_delegate_call : fields[9] as bool,\n                    is_static_call : fields[10] as bool,\n                    is_contract_deployment: fields[11] as bool,\n                },\n                args_hash: fields[12],\n                return_values: [0; RETURN_VALUES_LENGTH],\n                contract_storage_update_requests: [ContractStorageUpdateRequest::empty(); MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL],\n                contract_storage_read: [ContractStorageRead::empty(); MAX_PUBLIC_DATA_READS_PER_CALL],\n                public_call_stack: [0; MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL],\n                new_commitments: [0; MAX_NEW_COMMITMENTS_PER_CALL],\n                new_nullifiers: [0; MAX_NEW_NULLIFIERS_PER_CALL],\n                new_l2_to_l1_msgs:[0; MAX_NEW_L2_TO_L1_MSGS_PER_CALL],\n                unencrypted_logs_hash:[0; NUM_FIELDS_PER_SHA256],\n                unencrypted_log_preimages_length: 0,\n                block_data: HistoricBlockData::empty(),\n                prover_address: 0,\n            },\n            is_execution_request: true,\n        };\n\n        assert(contract_address == item.contract_address);\n        assert(function_selector == item.function_data.function_selector);\n        \n        assert(args_hash == item.public_inputs.args_hash);\n\n        // Assert that the call context of the enqueued call generated by the oracle matches our request.\n        // We are issuing a regular call which is not delegate, static, or deployment. We also constrain\n        // the msg_sender in the nested call to be equal to our address, and the execution context address\n        // for the nested call to be equal to the address we actually called.\n        assert(item.public_inputs.call_context.is_delegate_call == false);\n        assert(item.public_inputs.call_context.is_static_call == false);\n        assert(item.public_inputs.call_context.is_contract_deployment == false);\n        assert(item.public_inputs.call_context.msg_sender == self.inputs.call_context.storage_contract_address);\n        assert(item.public_inputs.call_context.storage_contract_address == contract_address);\n\n        self.public_call_stack.push(item.hash());\n    }\n}\n\nuse crate::abi::{\n    ContractStorageRead,\n    ContractStorageUpdateRequest\n};\n\nstruct PublicContext {\n    inputs: abi::PublicContextInputs,\n\n    args_hash : Field,\n    return_values : BoundedVec<Field, RETURN_VALUES_LENGTH>,\n\n    contract_storage_update_requests: BoundedVec<ContractStorageUpdateRequest, MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_CALL>,\n    contract_storage_read: BoundedVec<ContractStorageRead, MAX_PUBLIC_DATA_READS_PER_CALL>,\n    public_call_stack: BoundedVec<Field, MAX_PUBLIC_CALL_STACK_LENGTH_PER_CALL>,\n\n    new_commitments: BoundedVec<Field, MAX_NEW_COMMITMENTS_PER_CALL>,\n    new_nullifiers: BoundedVec<Field, crate::abi::MAX_NEW_NULLIFIERS_PER_CALL>,\n\n    new_l2_to_l1_msgs: BoundedVec<Field, crate::abi::MAX_NEW_L2_TO_L1_MSGS_PER_CALL>,\n\n    unencrypted_logs_hash: BoundedVec<Field, NUM_FIELDS_PER_SHA256>,\n    unencrypted_logs_preimages_length: Field,\n\n    block_data: HistoricBlockData,\n    prover_address: Field,\n}\n\nimpl PublicContext {\n    pub fn new(inputs: abi::PublicContextInputs, args_hash: Field) -> PublicContext {\n        let empty_storage_read = ContractStorageRead::empty();\n        let empty_storage_update = ContractStorageUpdateRequest::empty();\n        PublicContext {\n            inputs: inputs,\n\n            args_hash: args_hash,\n            return_values: BoundedVec::new(0),\n\n            contract_storage_update_requests: BoundedVec::new(empty_storage_update),\n            contract_storage_read: BoundedVec::new(empty_storage_read),\n            public_call_stack: BoundedVec::new(0),\n\n            new_commitments: BoundedVec::new(0),\n            new_nullifiers: BoundedVec::new(0),\n\n            new_l2_to_l1_msgs: BoundedVec::new(0),\n\n            \n            unencrypted_logs_hash: BoundedVec::new(0),\n            unencrypted_logs_preimages_length: 0,\n\n            block_data: inputs.block_data,\n            prover_address: 0,\n\n            // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n            // encrypted_logs_preimages: Vec::new(),\n            // unencrypted_logs_preimages: Vec::new(),\n        }\n    }\n\n    pub fn msg_sender(self) -> Field {\n        self.inputs.call_context.msg_sender\n    }\n\n    pub fn this_address(self) -> Field {\n        self.inputs.call_context.storage_contract_address\n    }\n\n    pub fn this_portal_address(self) -> Field {\n        self.inputs.call_context.portal_contract_address\n    }\n\n    pub fn chain_id(self) -> Field {\n        self.inputs.public_global_variables.chain_id\n    }\n\n    pub fn version(self) -> Field {\n        self.inputs.public_global_variables.version\n    }\n\n    pub fn selector(self) -> Field {\n        self.inputs.call_context.function_selector\n    }\n\n    pub fn block_number(self) -> Field {\n        self.inputs.public_global_variables.block_number\n    }\n\n    pub fn timestamp(self) -> Field {\n        self.inputs.public_global_variables.timestamp\n    }\n\n    pub fn finish(self) -> abi::PublicCircuitPublicInputs {\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n        let unencrypted_logs_hash = [0; NUM_FIELDS_PER_SHA256];\n        let unencrypted_log_preimages_length = 0;\n\n\n        // Compute the public call stack hashes\n        let pub_circuit_pub_inputs = abi::PublicCircuitPublicInputs {\n            call_context: self.inputs.call_context, // Done\n            args_hash: self.args_hash, // Done\n            contract_storage_update_requests: self.contract_storage_update_requests.storage,\n            contract_storage_read: self.contract_storage_read.storage,\n            return_values: self.return_values.storage,\n            new_commitments: self.new_commitments.storage,\n            new_nullifiers: self.new_nullifiers.storage,\n            public_call_stack: self.public_call_stack.storage,\n            new_l2_to_l1_msgs: self.new_l2_to_l1_msgs.storage,\n            unencrypted_logs_hash: unencrypted_logs_hash,\n            unencrypted_log_preimages_length: unencrypted_log_preimages_length,\n            block_data: self.inputs.block_data,\n            prover_address: self.prover_address,\n        };\n        pub_circuit_pub_inputs\n    }\n\n    pub fn push_new_note_hash(&mut self, note_hash: Field) {\n        self.new_commitments.push(note_hash);\n    }\n\n    pub fn push_new_nullifier(&mut self, nullifier: Field, _nullified_commitment: Field) {\n        self.new_nullifiers.push(nullifier);\n    }\n\n    pub fn message_portal(&mut self, content: Field) {\n        self.new_l2_to_l1_msgs.push(content);\n    }\n\n    // PrivateContextInputs must be temporarily passed in to prevent too many unknowns\n    // Note this returns self to get around an issue where mutable structs do not maintain mutations unless reassigned\n    pub fn consume_l1_to_l2_message(&mut self, msg_key: Field, content: Field, secret: Field) {\n        let this = (*self).this_address();\n        let nullifier = process_l1_to_l2_message(self.block_data.l1_to_l2_messages_tree_root, this, msg_key, content, secret);\n\n        // Push nullifier (and the \"commitment\" corresponding to this can be \"empty\")\n        self.push_new_nullifier(nullifier, EMPTY_NULLIFIED_COMMITMENT)\n    }\n\n    pub fn accumulate_encrypted_logs<N>(&mut self, log: [Field; N]) {\n        let _void1 = self;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    pub fn accumulate_unencrypted_logs<T>(&mut self, log: T) {\n        let _void1 = self;\n        let _void2 = log;\n        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1165)\n    }\n\n    pub fn call_public_function<ARGS_COUNT>(\n        _self: Self,\n        contract_address: Field, \n        function_selector: Field,\n        args: [Field; ARGS_COUNT],\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        let args_hash = abi::hash_args(args);\n        assert(args_hash == arguments::pack_arguments(args));\n        call_public_function_internal(\n            contract_address, \n            function_selector, \n            args_hash,\n        )\n    }\n\n    pub fn call_public_function_no_args(\n        _self: Self,\n        contract_address: Field, \n        function_selector: Field,\n    ) -> [Field; RETURN_VALUES_LENGTH] {\n        call_public_function_internal(\n            contract_address, \n            function_selector, \n            0,\n        )\n    }\n\n}\n\nstruct Context {\n    private: Option<&mut PrivateContext>,\n    public: Option<&mut PublicContext>,\n}\n\nimpl Context {\n    pub fn private(context: &mut PrivateContext) -> Context {\n        Context {\n            private: Option::some(context),\n            public: Option::none()\n        }\n    }\n\n    pub fn public(context: &mut PublicContext) -> Context {\n        Context {\n            public: Option::some(context),\n            private: Option::none()\n        }\n    }\n\n    pub fn none() -> Context {\n        Context {\n            public: Option::none(),\n            private: Option::none()\n        }\n    }\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/context"
+      },
+      "41": {
+        "source": "use dep::std::hash::{pedersen_with_separator, sha256};\nuse crate::constants_gen::{\n  GENERATOR_INDEX__SIGNATURE_PAYLOAD,\n  GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET,\n};\n\npub fn sha256_to_field<N>(bytes_to_hash: [u8; N]) -> Field {\n  let sha256_hashed = sha256(bytes_to_hash);\n\n  // Convert it to a field element\n  let mut v = 1;\n  let mut high = 0 as Field;\n  let mut low = 0 as Field;\n\n  for i in 0..16 {\n      high = high + (sha256_hashed[15 - i] as Field) * v;\n      low = low + (sha256_hashed[16 + 15 - i] as Field) * v;\n      v = v * 256;\n  }\n\n  // Abuse that a % p + b % p = (a + b) % p and that low < p\n  let hash_in_a_field = low + high * v;\n\n  hash_in_a_field\n}\n\npub fn compute_secret_hash(secret: Field) -> Field {\n  // TODO(#1205) This is probably not the right index to use\n  pedersen_with_separator([secret], GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET)[0]\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/hash"
+      },
+      "42": {
+        "source": "use crate::context::{PrivateContext, PublicContext};\nuse crate::oracle;\nuse crate::types::point::Point;\n\npub fn emit_encrypted_log<N>(\n    context: &mut PrivateContext,\n    contract_address: Field,\n    storage_slot: Field,\n    encryption_pub_key: Point,\n    log: [Field; N],\n) {\n    let _ = oracle::logs::emit_encrypted_log(contract_address, storage_slot, encryption_pub_key, log);\n    context.accumulate_encrypted_logs(log);\n}\n\npub fn emit_unencrypted_log<T>(\n    context: &mut PublicContext,\n    log: T,\n) {\n    let contract_address = context.this_address();\n    let event_selector = 5; // TODO: compute actual event selector.\n    let _ = oracle::logs::emit_unencrypted_log(contract_address, event_selector, log);\n    // context.accumulate_unencrypted_logs(log);\n}\n\n// TODO: We might want to remove this since emitting unencrypted logs from private functions is violating privacy.\n// --> might be a better approach to force devs to make a public function call that emits the log if needed then\n// it would be less easy to accidentally leak information.\n// If we decide to keep this function around would make sense to wait for traits and then merge it with emit_unencrypted_log.\npub fn emit_unencrypted_log_from_private<T>(\n    context: &mut PrivateContext,\n    log: T,\n) {\n    let contract_address = context.this_address();\n    let event_selector = 5; // TODO: compute actual event selector.\n    let _ = oracle::logs::emit_unencrypted_log(contract_address, event_selector, log);\n    // context.accumulate_unencrypted_logs(log);\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/log"
+      },
+      "47": {
+        "source": "use dep::std::option::Option;\nuse crate::abi::PublicContextInputs;\nuse crate::context::{\n    PrivateContext,\n    PublicContext,\n};\nuse crate::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    utils::compute_inner_note_hash,\n};\nuse crate::oracle::notes::{notify_created_note, notify_nullified_note};\nuse crate::constants_gen::EMPTY_NULLIFIED_COMMITMENT;\n\npub fn create_note<Note, N>(\n    context: &mut PrivateContext,\n    storage_slot: Field,\n    note: &mut Note,\n    note_interface: NoteInterface<Note, N>,\n) {\n    let contract_address = (*context).this_address();\n\n    let header = NoteHeader { contract_address, storage_slot, nonce: 0, is_transient: true };\n    let set_header = note_interface.set_header;\n    set_header(note, header);\n    let inner_note_hash = compute_inner_note_hash(note_interface, *note);\n\n    let serialize = note_interface.serialize;\n    let preimage = serialize(*note);\n    assert(notify_created_note(storage_slot, preimage, inner_note_hash) == 0);\n\n    context.push_new_note_hash(inner_note_hash);\n}\n\npub fn create_note_hash_from_public<Note, N>(\n    context: &mut PublicContext,\n    storage_slot: Field,\n    note: &mut Note,\n    note_interface: NoteInterface<Note, N>,\n) {\n    let contract_address = (*context).this_address();\n\n    let header = NoteHeader { contract_address, storage_slot, nonce: 0, is_transient: true };\n    let set_header = note_interface.set_header;\n    set_header(note, header);\n    let inner_note_hash = compute_inner_note_hash(note_interface, *note);\n\n    context.push_new_note_hash(inner_note_hash);\n}\n\npub fn destroy_note<Note, N>(\n    context: &mut PrivateContext,\n    note: Note,\n    note_interface: NoteInterface<Note, N>,\n) {\n    let mut nullifier = 0;\n    let mut nullified_commitment: Field = EMPTY_NULLIFIED_COMMITMENT;\n    let compute_nullifier = note_interface.compute_nullifier;\n    nullifier = compute_nullifier(note);\n\n    // We also need the note commitment corresponding to the \"nullifier\"\n    let get_header = note_interface.get_header;\n    let header = get_header(note);\n    // `nullified_commitment` is used to inform the kernel which pending commitment\n    // the nullifier corresponds to so they can be matched and both squashed/deleted.\n    // nonzero nonce implies \"persistable\" nullifier (nullifies a persistent/in-tree\n    // commitment) in which case `nullified_commitment` is not used since the kernel\n    // just siloes and forwards the nullier to its output.\n    if (header.is_transient) {\n        // TODO(1718): Can we reuse the note commitment computed in `compute_nullifier`?\n        nullified_commitment = compute_inner_note_hash(note_interface, note);\n    }\n    assert(notify_nullified_note(nullifier, nullified_commitment) == 0);\n\n    context.push_new_nullifier(nullifier, nullified_commitment)\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/note/lifecycle"
+      },
+      "48": {
+        "source": "use dep::std::option::Option;\nuse crate::constants_gen::{\n    MAX_READ_REQUESTS_PER_CALL,\n    GET_NOTE_ORACLE_RETURN_LENGTH,\n    GET_NOTES_ORACLE_RETURN_LENGTH,\n    MAX_NOTES_PER_PAGE,\n    VIEW_NOTE_ORACLE_RETURN_LENGTH,\n};\nuse crate::context::PrivateContext;\nuse crate::note::{\n    note_getter_options::{NoteGetterOptions, Select, Sort, SortOrder},\n    note_interface::NoteInterface,\n    note_viewer_options::NoteViewerOptions,\n    utils::compute_note_hash_for_read_or_nullify,\n};\nuse crate::oracle;\nuse crate::types::vec::BoundedVec;\n\nfn check_note_header<Note, N>(\n    context: PrivateContext,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    note: Note,\n) {\n    let get_header = note_interface.get_header;\n    let header = get_header(note);\n    let contract_address = context.this_address();\n    assert(header.contract_address == contract_address);\n    assert(header.storage_slot == storage_slot);\n}\n\nfn check_note_fields<N>(\n    fields: [Field; N],\n    selects: BoundedVec<Option<Select>, N>,\n) {\n    for i in 0..selects.len {\n        let select = selects.get_unchecked(i).unwrap_unchecked();\n        assert(fields[select.field_index] == select.value, \"Mismatch return note field.\");\n    }\n}\n\nfn check_notes_order<N>(fields_0: [Field; N], fields_1: [Field; N], sorts: BoundedVec<Option<Sort>, N>) {\n    for i in 0..sorts.len {\n        let sort = sorts.get_unchecked(i).unwrap_unchecked();\n        let eq = fields_0[sort.field_index] == fields_1[sort.field_index];\n        let lt = fields_0[sort.field_index] as u120 < fields_1[sort.field_index] as u120;\n        if sort.order == SortOrder.ASC {\n            assert(eq | lt, \"Return notes not sorted in ascending order.\");\n        } else if !eq {\n            assert(!lt, \"Return notes not sorted in descending order.\");\n        }\n    }\n}\n\npub fn get_note<Note, N>(\n    context: &mut PrivateContext,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n) -> Note {\n    let note = get_note_internal(storage_slot, note_interface);\n\n    check_note_header(*context, storage_slot, note_interface, note);\n\n    let note_hash_for_read_request = compute_note_hash_for_read_or_nullify(note_interface, note);\n\n    context.push_read_request(note_hash_for_read_request);\n    note\n}\n\npub fn get_notes<Note, N, FILTER_ARGS>(\n    context: &mut PrivateContext,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    options: NoteGetterOptions<Note, N, FILTER_ARGS>,\n) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {\n    let opt_notes = get_notes_internal(storage_slot, note_interface, options);\n    let mut num_notes = 0;\n    let mut prev_fields = [0; N];\n    for i in 0..opt_notes.len() {\n        let opt_note = opt_notes[i];\n        if opt_note.is_some() {\n            let note = opt_note.unwrap_unchecked();\n            let serialize = note_interface.serialize;\n            let fields = serialize(note);\n            check_note_header(*context, storage_slot, note_interface, note);\n            check_note_fields(fields, options.selects);\n            if i != 0 {\n                check_notes_order(prev_fields, fields, options.sorts);\n            }\n            prev_fields = fields;\n\n            let note_hash_for_read_request = compute_note_hash_for_read_or_nullify(note_interface, note);\n            // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1410): test to ensure\n            // failure if malicious oracle injects 0 nonce here for a \"pre-existing\" note.\n            context.push_read_request(note_hash_for_read_request);\n\n            num_notes += 1;\n        };\n    };\n    if options.limit != 0 {\n        assert(num_notes <= options.limit, \"Invalid number of return notes.\");\n    }\n    opt_notes\n}\n\nunconstrained fn get_note_internal<Note, N>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n) -> Note {\n    let placeholder_note = [Option::none()];\n    let placeholder_fields = [0; GET_NOTE_ORACLE_RETURN_LENGTH];\n    oracle::notes::get_notes(\n        storage_slot,\n        note_interface,\n        0,\n        [],\n        [],\n        [],\n        [],\n        1, // limit\n        0, // offset\n        placeholder_note,\n        placeholder_fields,\n    )[0].unwrap() // Notice: we don't allow dummies to be returned from get_note (singular).\n}\n\nunconstrained fn get_notes_internal<Note, N, FILTER_ARGS>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    options: NoteGetterOptions<Note, N, FILTER_ARGS>,\n) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {\n    let (num_selects, select_by, select_values, sort_by, sort_order) = flatten_options(options.selects, options.sorts);\n    let placeholder_opt_notes = [Option::none(); MAX_READ_REQUESTS_PER_CALL];\n    let placeholder_fields = [0; GET_NOTES_ORACLE_RETURN_LENGTH];\n    let opt_notes = oracle::notes::get_notes(\n        storage_slot,\n        note_interface,\n        num_selects,\n        select_by,\n        select_values,\n        sort_by,\n        sort_order,\n        options.limit,\n        options.offset,\n        placeholder_opt_notes,\n        placeholder_fields,\n    );\n\n    let filter = options.filter;\n    let filter_args = options.filter_args;\n    filter(opt_notes, filter_args)\n}\n\nunconstrained pub fn view_notes<Note, N>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    options: NoteViewerOptions<Note, N>,\n) -> [Option<Note>; MAX_NOTES_PER_PAGE] {\n    let (num_selects, select_by, select_values, sort_by, sort_order) = flatten_options(options.selects, options.sorts);\n    let placeholder_opt_notes = [Option::none(); MAX_NOTES_PER_PAGE];\n    let placeholder_fields = [0; VIEW_NOTE_ORACLE_RETURN_LENGTH];\n    oracle::notes::get_notes(\n        storage_slot,\n        note_interface,\n        num_selects,\n        select_by,\n        select_values,\n        sort_by,\n        sort_order,\n        options.limit,\n        options.offset,\n        placeholder_opt_notes,\n        placeholder_fields,\n    )\n}\n\nunconstrained fn flatten_options<Note, N>(\n    selects: BoundedVec<Option<Select>, N>,\n    sorts: BoundedVec<Option<Sort>, N>,\n) -> (u8, [u8; N], [Field; N], [u8; N], [u2; N]) {\n    let mut num_selects = 0;\n    let mut select_by = [0; N];\n    let mut select_values = [0; N];\n    for i in 0..selects.len {\n        let select = selects.get(i);\n        if select.is_some() {\n            select_by[num_selects] = select.unwrap_unchecked().field_index;\n            select_values[num_selects] = select.unwrap_unchecked().value;\n            num_selects += 1;\n        };\n    };\n\n    let mut sort_by = [0; N];\n    let mut sort_order = [0; N];\n    for i in 0..sorts.len {\n        let sort = sorts.get(i);\n        if sort.is_some() {\n            sort_by[i] = sort.unwrap_unchecked().field_index;\n            sort_order[i] = sort.unwrap_unchecked().order;\n        };\n    };\n\n    (num_selects, select_by, select_values, sort_by, sort_order)\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/note/note_getter"
+      },
+      "50": {
+        "source": "use dep::std::hash::{pedersen, pedersen_with_separator};\nuse crate::constants_gen::{GENERATOR_INDEX__UNIQUE_COMMITMENT, GENERATOR_INDEX__SILOED_COMMITMENT};\n\npub fn compute_inner_hash(storage_slot: Field, note_hash: Field) -> Field {\n    // TODO(#1205) Do we need a generator index here?\n    pedersen([storage_slot, note_hash])[0]\n}\n\npub fn compute_siloed_hash(contract_address: Field, inner_note_hash: Field) -> Field {\n    let inputs = [contract_address, inner_note_hash];\n    pedersen_with_separator(inputs, GENERATOR_INDEX__SILOED_COMMITMENT)[0]\n}\n\npub fn compute_unique_hash(nonce: Field, siloed_note_hash: Field) -> Field {\n    let inputs = [nonce, siloed_note_hash];\n    pedersen_with_separator(inputs, GENERATOR_INDEX__UNIQUE_COMMITMENT)[0]\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/note/note_hash"
+      },
+      "53": {
+        "source": "use dep::std::option::Option;\nuse crate::constants_gen::MAX_NOTES_PER_PAGE;\nuse crate::note::note_getter_options::{Select, Sort};\nuse crate::types::vec::BoundedVec;\n\n// docs:start:NoteViewerOptions\nstruct NoteViewerOptions<Note, N> {\n    selects: BoundedVec<Option<Select>, N>,\n    sorts: BoundedVec<Option<Sort>, N>,\n    limit: u32,\n    offset: u32,\n}\n// docs:end:NoteViewerOptions\n\nimpl<Note, N> NoteViewerOptions<Note, N> {\n    pub fn new() -> NoteViewerOptions<Note, N> {\n        NoteViewerOptions {\n            selects: BoundedVec::new(Option::none()),\n            sorts: BoundedVec::new(Option::none()),\n            limit: MAX_NOTES_PER_PAGE as u32,\n            offset: 0,\n        }\n    }\n\n    pub fn select(&mut self, field_index: u8, value: Field) -> Self {\n        self.selects.push(Option::some(Select::new(field_index, value)));\n        *self\n    }\n\n    pub fn sort(&mut self, field_index: u8, order: u2) -> Self {\n        self.sorts.push(Option::some(Sort::new(field_index, order)));\n        *self\n    }\n\n    pub fn set_limit(&mut self, limit: u32) -> Self {\n        assert(limit <= MAX_NOTES_PER_PAGE as u32);\n        self.limit = limit;\n        *self\n    }\n\n    pub fn set_offset(&mut self, offset: u32) -> Self {\n        self.offset = offset;\n        *self\n    }\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/note/note_viewer_options"
+      },
+      "54": {
+        "source": "use crate::note::{\n    note_hash::{compute_inner_hash, compute_siloed_hash, compute_unique_hash},\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n};\nuse crate::utils::arr_copy_slice;\n\npub fn compute_inner_note_hash<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note);\n\n    let compute_note_hash = note_interface.compute_note_hash;\n    let note_hash = compute_note_hash(note);\n\n    compute_inner_hash(header.storage_slot, note_hash)\n}\n\npub fn compute_siloed_note_hash<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note_with_header: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note_with_header);\n\n    let inner_note_hash = compute_inner_note_hash(note_interface, note_with_header);\n\n    compute_siloed_hash(header.contract_address, inner_note_hash)\n}\n\npub fn compute_unique_siloed_note_hash<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note_with_header: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note_with_header);\n\n    let siloed_note_hash = compute_siloed_note_hash(note_interface, note_with_header);\n\n    compute_unique_hash(header.nonce, siloed_note_hash)\n}\n\npub fn compute_note_hash_for_read_or_nullify<Note, N>(\n    note_interface: NoteInterface<Note, N>,\n    note_with_header: Note,\n) -> Field {\n    let get_header = note_interface.get_header;\n    let header = get_header(note_with_header);\n\n    // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1386)\n    if (header.is_transient) {\n        // If a note is transient, we just read the inner_note_hash (kernel will silo by contract address).\n        compute_inner_note_hash(note_interface, note_with_header)\n    } else if (header.nonce == 0) {\n        // If not transient and nonce is zero, that means we are reading a public note.\n        compute_siloed_note_hash(note_interface, note_with_header)\n    } else {\n        // When nonce is nonzero, that means we are reading a settled note (from tree) created in a\n        // previous TX. So we need the unique_siloed_note_hash which has already been hashed with\n        // contract address and then nonce. This hash will match the existing leaf in the private\n        // data tree, so the kernel can just perform a membership check directly on this hash/leaf.\n        compute_unique_siloed_note_hash(note_interface, note_with_header)\n    }\n\n}\n\npub fn compute_note_hash_and_nullifier<Note, N, S>(\n    note_interface: NoteInterface<Note, N>,\n    note_header: NoteHeader,\n    preimage: [Field; S],\n) -> [Field; 4] {\n    let deserialize = note_interface.deserialize;\n    let set_header = note_interface.set_header;\n    let mut note = deserialize(arr_copy_slice(preimage, [0; N], 0));\n    set_header(&mut note, note_header);\n\n    let compute_note_hash = note_interface.compute_note_hash;\n    let note_hash = compute_note_hash(note);\n    let inner_note_hash = compute_inner_hash(note_header.storage_slot, note_hash);\n\n    let siloed_note_hash = compute_siloed_hash(note_header.contract_address, inner_note_hash);\n\n    let unique_siloed_note_hash = compute_unique_hash(note_header.nonce, siloed_note_hash);\n\n    let compute_nullifier = note_interface.compute_nullifier;\n    let inner_nullifier = compute_nullifier(note);\n\n    [inner_note_hash, siloed_note_hash, unique_siloed_note_hash, inner_nullifier]\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/note/utils"
+      },
+      "56": {
+        "source": "#[oracle(packArguments)]\nfn pack_arguments_oracle<N>(_args: [Field; N]) -> Field {}\n\n// TODO: explain what this does.\nunconstrained pub fn pack_arguments<N>(args: [Field; N]) -> Field {\n    pack_arguments_oracle(args)\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/arguments"
+      },
+      "57": {
+        "source": "use crate::constants_gen::CALL_PRIVATE_FUNCTION_RETURN_SIZE;\n\n#[oracle(callPrivateFunction)]\nfn call_private_function_oracle(\n    _contract_address: Field,\n    _function_selector: Field,\n    _args_hash: Field\n) -> [Field; CALL_PRIVATE_FUNCTION_RETURN_SIZE] {}\n\nunconstrained pub fn call_private_function_internal(\n    contract_address: Field,\n    function_selector: Field,\n    args_hash: Field\n) -> [Field; CALL_PRIVATE_FUNCTION_RETURN_SIZE] {\n    call_private_function_oracle(\n        contract_address,\n        function_selector,\n        args_hash,\n    )\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/call_private_function"
+      },
+      "61": {
+        "source": "use crate::types::point::Point;\nuse crate::address::compute_address;\n\n#[oracle(getPublicKey)]\nfn get_public_key_oracle(_address: Field) -> [Field; 3] {}\n\nunconstrained fn get_public_key_internal(address: Field) -> [Field; 3] {\n  get_public_key_oracle(address)\n}\n\npub fn get_public_key(address: Field) -> Point {\n  let result = get_public_key_internal(address);\n  let pub_key_x = result[0];\n  let pub_key_y = result[1];\n  let partial_address = result[2];\n  \n  let calculated_address = compute_address(pub_key_x, pub_key_y, partial_address);\n  assert(calculated_address == address);\n  \n  Point::new(pub_key_x, pub_key_y)\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/get_public_key"
+      },
+      "62": {
+        "source": "use crate::oracle::get_public_key::get_public_key;\nuse crate::types::point::Point;\n\n#[oracle(getSecretKey)]\nfn get_secret_key_oracle(\n    _owner: Point,\n) -> [Field; dep::std::grumpkin_scalar::GRUMPKIN_SCALAR_SERIALIZED_LEN] {\n}\n\nunconstrained fn get_secret_key_internal(owner_public_key: Point) -> dep::std::grumpkin_scalar::GrumpkinScalar {\n    dep::std::grumpkin_scalar::deserialize_grumpkin_scalar(get_secret_key_oracle(owner_public_key))\n}\n\npub fn get_secret_key(owner: Field) -> dep::std::grumpkin_scalar::GrumpkinScalar {\n    let owner_public_key = get_public_key(owner);\n    let secret = get_secret_key_internal(owner_public_key);\n\n    // Constrain the owner - Nullifier secret key is currently just the encryption private key so we can constrain\n    // the owner by deriving the public key from the secret key and checking the result.\n    let computed_public_key = dep::std::grumpkin_scalar_mul::grumpkin_fixed_base(secret);\n    assert(owner_public_key.x == computed_public_key[0]);\n    assert(owner_public_key.y == computed_public_key[1]);\n\n    secret\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/get_secret_key"
+      },
+      "63": {
+        "source": "\n\n#[oracle(getRandomField)]\nfn rand_oracle() -> Field {}\n\nunconstrained pub fn rand() -> Field {\n    rand_oracle()\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/rand"
+      },
+      "64": {
+        "source": "\n// contract_address + \n// args_hash +\n// crate::abi::FUNCTION_DATA_SIZE +\n// crate::abi::CALL_CONTEXT_SIZE +\n// = 2 + 4 + 7\nglobal ENQUEUE_PUBLIC_FUNCTION_CALL_RETURN_SIZE: Field = 13;\n\n#[oracle(enqueuePublicFunctionCall)]\nfn enqueue_public_function_call_oracle(\n    _contract_address: Field, \n    _function_selector: Field, \n    _args_hash: Field,\n) -> [Field; ENQUEUE_PUBLIC_FUNCTION_CALL_RETURN_SIZE] {}\n\nunconstrained pub fn enqueue_public_function_call_internal(\n    contract_address: Field, \n    function_selector: Field,\n    args_hash: Field\n) -> [Field; ENQUEUE_PUBLIC_FUNCTION_CALL_RETURN_SIZE] {\n    enqueue_public_function_call_oracle(\n        contract_address, \n        function_selector, \n        args_hash,\n    )\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/enqueue_public_function_call"
+      },
+      "65": {
+        "source": "use crate::constants_gen::RETURN_VALUES_LENGTH;\n\n#[oracle(callPublicFunction)]\nfn call_public_function_oracle(\n    _contract_address: Field, \n    _function_selector: Field, \n    _args_hash: Field\n) -> [Field; RETURN_VALUES_LENGTH] {}\n\nunconstrained pub fn call_public_function_internal(\n    contract_address: Field, \n    function_selector: Field,\n    args_hash: Field\n) -> [Field; RETURN_VALUES_LENGTH] {\n    call_public_function_oracle(\n        contract_address, \n        function_selector, \n        args_hash,\n    )\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/public_call"
+      },
+      "66": {
+        "source": "use dep::std::option::Option;\nuse crate::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n};\nuse crate::utils::arr_copy_slice;\n\n#[oracle(notifyCreatedNote)]\nfn notify_created_note_oracle<N>(\n    _storage_slot: Field,\n    _preimage: [Field; N],\n    _inner_note_hash: Field,\n) -> Field {}\n\nunconstrained pub fn notify_created_note<N>(\n    storage_slot: Field,\n    preimage: [Field; N],\n    inner_note_hash: Field,\n) -> Field {\n    notify_created_note_oracle(storage_slot, preimage, inner_note_hash)\n}\n\n#[oracle(notifyNullifiedNote)]\nfn notify_nullified_note_oracle<N>(\n    _nullifier: Field,\n    _inner_note_hash: Field,\n) -> Field {}\n\nunconstrained pub fn notify_nullified_note<N>(\n    nullifier: Field,\n    inner_note_hash: Field,\n) -> Field {\n    notify_nullified_note_oracle(nullifier, inner_note_hash)\n}\n\n#[oracle(getNotes)]\nfn get_notes_oracle<N, S>(\n    _storage_slot: Field,\n    _num_selects: u8,\n    _select_by: [u8; N],\n    _select_values: [Field; N],\n    _sort_by: [u8; N],\n    _sort_order: [u2; N],\n    _limit: u32,\n    _offset: u32,\n    _return_size: u32,\n    _placeholder_fields: [Field; S],\n) -> [Field; S] {}\n\nunconstrained fn get_notes_oracle_wrapper<N, S>(\n    storage_slot: Field,\n    num_selects: u8,\n    select_by: [u8; N],\n    select_values: [Field; N],\n    sort_by: [u8; N],\n    sort_order: [u2; N],\n    limit: u32,\n    offset: u32,\n    mut placeholder_fields: [Field; S],\n)-> [Field; S] {\n    let return_size = placeholder_fields.len() as u32;\n    get_notes_oracle(storage_slot, num_selects, select_by, select_values, sort_by, sort_order, limit, offset, return_size, placeholder_fields)\n}\n\nunconstrained pub fn get_notes<Note, N, M, S, NS>(\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n    num_selects: u8,\n    select_by: [u8; M],\n    select_values: [Field; M],\n    sort_by: [u8; M],\n    sort_order: [u2; M],\n    limit: u32,\n    offset: u32,\n    mut placeholder_opt_notes: [Option<Note>; S], // TODO: Remove it and use `limit` to initialize the note array.\n    placeholder_fields: [Field; NS], // TODO: Remove it and use `limit` to initialize the note array.\n) -> [Option<Note>; S] {\n    let fields = get_notes_oracle_wrapper(storage_slot, num_selects, select_by, select_values, sort_by, sort_order, limit, offset, placeholder_fields);\n    let num_notes = fields[0] as u32;\n    let contract_address = fields[1];\n    let deserialize = note_interface.deserialize;\n    let set_header = note_interface.set_header;\n    for i in 0..placeholder_opt_notes.len() {\n        if i as u32 < num_notes {\n            // lengths named as per typescript.\n            let return_header_length: Field = 2; // num_notes & contract_address.\n            let extra_preimage_length: Field = 2; // nonce & is_transient.\n            let read_offset: Field = return_header_length + i * (N + extra_preimage_length);\n            let nonce = fields[read_offset];\n            let is_transient = fields[read_offset + 1] as bool;\n            let header = NoteHeader { contract_address, nonce, storage_slot, is_transient };\n            let preimage = arr_copy_slice(fields, [0; N], read_offset + 2);\n            let mut note = deserialize(preimage);\n            set_header(&mut note, header);\n            placeholder_opt_notes[i] = Option::some(note);\n        };\n    };\n    placeholder_opt_notes\n}\n\n#[oracle(checkNullifierExists)]\nfn check_nullifier_exists_oracle(\n    _inner_nullifier: Field,\n) -> Field {}\n\nunconstrained pub fn check_nullifier_exists(inner_nullifier: Field) -> bool {\n    check_nullifier_exists_oracle(inner_nullifier) == 1\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/notes"
+      },
+      "67": {
+        "source": "\n#[oracle(storageRead)]\nfn storage_read_oracle<N>(\n    _storage_slot: Field,\n    _number_of_elements: Field,\n) -> [Field; N] {}\n\nunconstrained fn storage_read_oracle_wrapper<N>(_storage_slot: Field)-> [Field; N] {\n    storage_read_oracle(_storage_slot, N)\n}\n\npub fn storage_read<T, N>(\n    storage_slot: Field,\n    deserialize: fn ([Field; N]) -> T,\n) -> T {\n    let fields = storage_read_oracle_wrapper(storage_slot);\n    deserialize(fields)\n}\n\n#[oracle(storageWrite)]\nfn storage_write_oracle<N>(\n    _storage_slot: Field,\n    _values: [Field; N],\n) -> [Field; N] {}\n\n// TODO: Remove return value.\nunconstrained pub fn storage_write<N>(\n    storage_slot: Field,\n    fields: [Field; N]\n) {\n    let _hash = storage_write_oracle(storage_slot, fields);\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/storage"
+      },
+      "68": {
+        "source": "use crate::types::point::Point;\nuse crate::constants_gen::NUM_FIELDS_PER_SHA256;\n\n// TODO: Should take encrypted data.\n#[oracle(emitEncryptedLog)]\nfn emit_encrypted_log_oracle<N>(\n    _contract_address: Field,\n    _storage_slot: Field,\n    _encryption_pub_key: Point,\n    _preimage: [Field; N],\n)  -> Field {}\n\nunconstrained pub fn emit_encrypted_log<N>(\n    contract_address: Field,\n    storage_slot: Field,\n    encryption_pub_key: Point,\n    preimage: [Field; N],\n) -> [Field; NUM_FIELDS_PER_SHA256] {\n    [emit_encrypted_log_oracle(\n        contract_address,\n        storage_slot,\n        encryption_pub_key,\n        preimage,\n    ), 0]\n}\n\n#[oracle(emitUnencryptedLog)]\nfn emit_unencrypted_log_oracle<T>(_contract_address: Field, _event_selector: Field, _message: T)  -> Field {}\n\nunconstrained pub fn emit_unencrypted_log<T>(contract_address: Field, event_selector: Field, message: T) -> [Field; NUM_FIELDS_PER_SHA256] {\n    // https://github.com/AztecProtocol/aztec-packages/issues/885\n    [emit_unencrypted_log_oracle(contract_address, event_selector, message), 0]\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/oracle/logs"
+      },
+      "69": {
+        "source": "use crate::abi::FunctionData;\nuse crate::abi::PrivateCircuitPublicInputs;\nuse crate::constants_gen::GENERATOR_INDEX__CALL_STACK_ITEM;\n\nstruct PrivateCallStackItem {\n    contract_address: Field,\n    function_data: FunctionData,\n    public_inputs: PrivateCircuitPublicInputs,\n    is_execution_request: bool,\n}\n\nimpl PrivateCallStackItem {\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.contract_address,\n            self.function_data.hash(),\n            self.public_inputs.hash(),\n        ], GENERATOR_INDEX__CALL_STACK_ITEM)[0]\n    }\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/private_call_stack_item"
+      },
+      "70": {
+        "source": "use crate::{\n    abi,\n    abi::{\n        PublicCircuitPublicInputs,\n        FunctionData,\n    },\n};\nuse crate::constants_gen::{\n    RETURN_VALUES_LENGTH,\n    GENERATOR_INDEX__CALL_STACK_ITEM,\n};\n\n// oracles\nuse crate::oracle::{\n    enqueue_public_function_call::enqueue_public_function_call_internal,\n};\n\nstruct PublicCallStackItem {\n    contract_address: Field,\n    function_data: FunctionData,\n    public_inputs: PublicCircuitPublicInputs,\n    is_execution_request: bool,\n}\n\nimpl PublicCallStackItem {\n    pub fn hash(self) -> Field {\n        dep::std::hash::pedersen_with_separator([\n            self.contract_address,\n            self.function_data.hash(),\n            self.public_inputs.hash(),\n        ], GENERATOR_INDEX__CALL_STACK_ITEM)[0]\n    }\n}\n\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/public_call_stack_item"
+      },
+      "74": {
+        "source": "use crate::context::{PrivateContext, PublicContext, Context};\nuse dep::std::option::Option;\n\n// docs:start:map\nstruct Map<V> {\n    context: Context,\n    storage_slot: Field,\n    state_var_constructor: fn(Context, Field) -> V,\n}\n// docs:end:map\n\nimpl<V> Map<V> {\n    // docs:start:new\n    pub fn new(\n        context: Context,\n        storage_slot: Field,\n        state_var_constructor: fn(Context, Field) -> V,\n    ) -> Map<V> {\n        assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n        Map {\n            context,\n            storage_slot,\n            state_var_constructor,\n        }\n    }\n    // docs:end:new\n\n    // docs:start:at\n    pub fn at(self, key: Field) -> V {\n        // TODO(#1204): use a generator index for the storage slot\n        let derived_storage_slot = dep::std::hash::pedersen([self.storage_slot, key])[0];\n\n        let state_var_constructor = self.state_var_constructor;\n        state_var_constructor(self.context, derived_storage_slot)\n    }\n    // docs:end:at\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/state_vars/map"
+      },
+      "75": {
+        "source": "use crate::context::{Context};\nuse crate::oracle::storage::storage_read;\nuse crate::oracle::storage::storage_write;\nuse crate::types::type_serialization::TypeSerializationInterface;\nuse dep::std::option::Option;\n\n// docs:start:public_state_struct\nstruct PublicState<T, T_SERIALIZED_LEN> {\n    context: Context,\n    storage_slot: Field,\n    serialization_methods: TypeSerializationInterface<T, T_SERIALIZED_LEN>,\n}\n// docs:end:public_state_struct\n\nimpl<T, T_SERIALIZED_LEN> PublicState<T, T_SERIALIZED_LEN> {\n    // docs:start:public_state_struct_new\n    pub fn new(\n        // Note: Passing the contexts to new(...) just to have an interface compatible with a Map.\n        context: Context,\n        storage_slot: Field,\n        serialization_methods: TypeSerializationInterface<T, T_SERIALIZED_LEN>,\n    ) -> Self {\n        assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n        PublicState {\n            context,\n            storage_slot,\n            serialization_methods,\n        }\n    }\n    // docs:end:public_state_struct_new\n\n    // docs:start:public_state_struct_read\n    pub fn read(self) -> T {\n        assert(self.context.private.is_none(), \"Public state writes only supported in public functions\");\n        storage_read(self.storage_slot, self.serialization_methods.deserialize)\n    }\n    // docs:end:public_state_struct_read\n\n    // docs:start:public_state_struct_write\n    pub fn write(self, value: T) {\n        assert(self.context.private.is_none(), \"Public state writes only supported in public functions\");\n        let serialize = self.serialization_methods.serialize;\n        let fields = serialize(value);\n        storage_write(self.storage_slot, fields);\n    }\n    // docs:end:public_state_struct_write\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/state_vars/public_state"
+      },
+      "76": {
+        "source": "use dep::std::option::Option;\nuse crate::abi::PublicContextInputs;\nuse crate::constants_gen::{MAX_NOTES_PER_PAGE, MAX_READ_REQUESTS_PER_CALL};\nuse crate::context::{PrivateContext, PublicContext, Context};\nuse crate::note::{\n    lifecycle::{create_note, create_note_hash_from_public, destroy_note},\n    note_getter::{get_notes, view_notes},\n    note_getter_options::NoteGetterOptions,\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    note_viewer_options::NoteViewerOptions,\n    utils::compute_note_hash_for_read_or_nullify,\n};\n\n// docs:start:struct\nstruct Set<Note, N> {\n    context: Context,\n    storage_slot: Field,\n    note_interface: NoteInterface<Note, N>,\n}\n// docs:end:struct\n\nimpl<Note, N> Set<Note, N> {\n    // docs:start:new\n    pub fn new(\n        context: Context,\n        storage_slot: Field,\n        note_interface: NoteInterface<Note, N>,\n    ) -> Self {\n        assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n        Set {\n            context,\n            storage_slot,\n            note_interface,\n        }\n    }\n    // docs:end:new\n\n    // docs:start:insert\n    pub fn insert(self, note: &mut Note) {\n        create_note(\n            self.context.private.unwrap(),\n            self.storage_slot,\n            note,\n            self.note_interface,\n        );\n    }\n    // docs:end:insert\n\n    // docs:start:insert_from_public\n    pub fn insert_from_public(self, note: &mut Note) {\n        create_note_hash_from_public(\n            self.context.public.unwrap(),\n            self.storage_slot,\n            note,\n            self.note_interface,\n        );\n    }\n    // docs:end:insert_from_public\n    \n    // DEPRECATED\n    fn assert_contains_and_remove(_self: Self, _note: &mut Note, _nonce: Field) {\n        assert(false, \"`assert_contains_and_remove` has been deprecated. Please call PXE.addNote() to add a note to the database. Then use Set.get_notes() and Set.remove() in your contract to verify and remove a note.\");\n    }\n\n    // DEPRECATED\n    fn assert_contains_and_remove_publicly_created(_self: Self, _note: &mut Note) {\n        assert(false, \"`assert_contains_and_remove_publicly_created` has been deprecated. Please call PXE.addNote() to add a note to the database. Then use Set.get_notes() and Set.remove() in your contract to verify and remove a note.\");\n    }\n\n    // docs:start:remove\n    pub fn remove(self, note: Note) {\n        let context = self.context.private.unwrap();\n        let note_hash = compute_note_hash_for_read_or_nullify(self.note_interface, note);\n        let has_been_read = context.read_requests.any(|r| r == note_hash);\n        assert(has_been_read, \"Can only remove a note that has been read from the set.\");\n\n        destroy_note(\n            context,\n            note,\n            self.note_interface,\n        );\n    }\n    // docs:end:remove\n\n    // docs:start:get_notes\n    pub fn get_notes<FILTER_ARGS>(\n        self,\n        options: NoteGetterOptions<Note, N, FILTER_ARGS>,\n    ) -> [Option<Note>; MAX_READ_REQUESTS_PER_CALL] {\n        let storage_slot = self.storage_slot;\n        let opt_notes = get_notes(\n            self.context.private.unwrap(),\n            storage_slot,\n            self.note_interface,\n            options,\n        );\n        opt_notes\n    }\n    // docs:end:get_notes\n\n    // docs:start:view_notes\n    unconstrained pub fn view_notes(\n        self,\n        options: NoteViewerOptions<Note, N>,\n    ) -> [Option<Note>; MAX_NOTES_PER_PAGE] {\n        view_notes(self.storage_slot, self.note_interface, options)\n    }\n    // docs:end:view_notes\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/state_vars/set"
+      },
+      "79": {
+        "source": "struct AztecAddress {\n  address: Field\n}\n\nimpl AztecAddress {\n  pub fn new(address: Field) -> Self {\n    Self {\n      address\n    }\n  }\n\n  pub fn eq(self: Self, other: Self) -> bool {\n    self.address == other.address\n  }\n\n  pub fn serialize(self: Self) -> [Field; 1] {\n    [self.address]\n  }\n\n  pub fn deserialize(fields: [Field; 1]) -> Self {\n    Self {\n      address: fields[0]\n    }\n  }\n}\n\nstruct EthereumAddress {\n  address: Field\n}\n\nimpl EthereumAddress {\n  pub fn new(address: Field) -> Self {\n    // Check that it actually will fit. Spending a lot of constraints here :grimacing:\n    let bytes = address.to_be_bytes(32);\n    for i in 0..12 {\n        assert(bytes[i] == 0, \"Value too large for an ethereum address\");\n    }\n    Self {\n      address\n    }\n  }\n\n\n  pub fn serialize(self: Self) -> [Field; 1] {\n    [self.address]\n  }\n\n  pub fn deserialize(fields: [Field; 1]) -> Self {\n    Self {\n      address: fields[0]\n    }\n  }\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/types/address"
+      },
+      "81": {
+        "source": "\nstruct BoundedVec<T, MaxLen> {\n    storage: [T; MaxLen],\n    len: Field,\n}\n\nimpl<T, MaxLen> BoundedVec<T, MaxLen> {\n    pub fn new(initial_value: T) -> Self {\n        BoundedVec { storage: [initial_value; MaxLen], len: 0 }\n    }\n\n    pub fn get(mut self: Self, index: Field) -> T {\n        assert(index as u64 < self.len as u64);\n        self.storage[index]\n    }\n\n    pub fn get_unchecked(mut self: Self, index: Field) -> T {\n        self.storage[index]\n    }\n\n    pub fn push(&mut self, elem: T) {\n        assert(self.len as u64 < MaxLen as u64);\n\n        self.storage[self.len] = elem;\n        self.len += 1;\n    }\n\n    pub fn push_array<Len>(&mut self, array: [T; Len]) {\n        let newLen = self.len + array.len();\n        assert(newLen as u64 <= MaxLen as u64);\n        for i in 0..array.len() {\n            self.storage[self.len + i] = array[i];\n        }\n        self.len = newLen;\n    }\n\n    pub fn pop(&mut self) -> T {\n        assert(self.len as u64 > 0);\n\n        let elem = self.storage[self.len - 1];\n        self.len -= 1;\n        elem\n    }\n\n    pub fn any<Env>(self, predicate: fn[Env](T) -> bool) -> bool {\n        let mut ret = false;\n        let mut exceeded_len = false;\n        for i in 0..MaxLen {\n            exceeded_len |= i == self.len;\n            if (!exceeded_len) {\n                ret |= predicate(self.storage[i]);\n            }\n        }\n        ret\n    }\n}\n\n#[test]\nfn test_vec_push_pop() {\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(0);\n    assert(vec.len == 0);\n    vec.push(2);\n    assert(vec.len == 1);\n    vec.push(4);\n    assert(vec.len == 2);\n    vec.push(6);\n    assert(vec.len == 3);\n    let x = vec.pop();\n    assert(x == 6);\n    assert(vec.len == 2);\n    assert(vec.get(0) == 2);\n    assert(vec.get(1) == 4);\n}\n\n#[test]\nfn test_vec_push_array() {\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(0);\n    vec.push_array([2, 4]);\n    assert(vec.len == 2);\n    assert(vec.get(0) == 2);\n    assert(vec.get(1) == 4);\n}\n\n#[test(should_fail)]\nfn test_vec_get_out_of_bound() {\n    let mut vec: BoundedVec<Field, 2> = BoundedVec::new(0);\n    vec.push_array([2, 4]);\n    let _x = vec.get(2);\n}\n\n#[test(should_fail)]\nfn test_vec_get_not_declared() {\n    let mut vec: BoundedVec<Field, 2> = BoundedVec::new(0);\n    vec.push_array([2]);\n    let _x = vec.get(1);\n}\n\n#[test(should_fail)]\nfn test_vec_get_uninitialized() {\n    let mut vec: BoundedVec<Field, 2> = BoundedVec::new(0);\n    let _x = vec.get(0);\n}\n\n#[test(should_fail)]\nfn test_vec_push_overflow() {\n    let mut vec: BoundedVec<Field, 1> = BoundedVec::new(0);\n    vec.push(1);\n    vec.push(2);\n}\n\n#[test]\nfn test_vec_any() {\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(0);\n    vec.push_array([2, 4, 6]);\n    assert(vec.any(|v| v == 2) == true);\n    assert(vec.any(|v| v == 4) == true);\n    assert(vec.any(|v| v == 6) == true);\n    assert(vec.any(|v| v == 3) == false);\n}\n\n#[test]\nfn test_vec_any_not_default() {\n    let default_value = 1;\n    let mut vec: BoundedVec<Field, 3> = BoundedVec::new(default_value);\n    vec.push_array([2, 4]);\n    assert(vec.any(|v| v == default_value) == false);\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/types/vec"
+      },
+      "83": {
+        "source": "use crate::types::type_serialization::TypeSerializationInterface;\n\nglobal BOOL_SERIALIZED_LEN: Field = 1;\n\nfn deserializeBool(fields: [Field; BOOL_SERIALIZED_LEN]) -> bool {\n    fields[0] as bool\n}\n\nfn serializeBool(value: bool) -> [Field; BOOL_SERIALIZED_LEN] {\n    [value as Field]\n}\n\nglobal BoolSerializationMethods = TypeSerializationInterface {\n    deserialize: deserializeBool,\n    serialize: serializeBool,\n};",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/types/type_serialization/bool_serialization"
+      },
+      "86": {
+        "source": "use crate::types::type_serialization::TypeSerializationInterface;\nuse crate::types::address::AztecAddress;\n\nglobal AZTEC_ADDRESS_SERIALIZED_LEN: Field = 1;\n\nfn deserialize(fields: [Field; AZTEC_ADDRESS_SERIALIZED_LEN]) -> AztecAddress {\n    AztecAddress::new(fields[0])\n}\n\nfn serialize(value: AztecAddress) -> [Field; AZTEC_ADDRESS_SERIALIZED_LEN] {\n    [value.address]\n}\n\nglobal AztecAddressSerializationMethods = TypeSerializationInterface {\n    deserialize,\n    serialize,\n};",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/types/type_serialization/aztec_address_serialization"
+      },
+      "87": {
+        "source": "pub fn arr_copy_slice<T, N, M>(\n    src: [T; N],\n    mut dst: [T; M],\n    offset: Field,\n) -> [T; M] {\n    for i in 0..dst.len() {\n        dst[i] = src[i + offset];\n    }\n    dst\n}\n\npub fn field_from_bytes<N>(bytes: [u8; N], big_endian: bool) -> Field {\n    assert(bytes.len() as u32 < 32, \"field_from_bytes: N must be less than 32\");\n    let mut as_field = 0;\n    let mut offset = 1;\n    for i in 0..N {\n        let mut index = i;\n        if big_endian {\n            index = N - i - 1;\n        }\n        as_field += (bytes[index] as Field) * offset;\n        offset *= 256;\n    }\n\n    as_field\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/aztec/src/utils"
+      },
+      "90": {
+        "source": "use dep::std::hash::pedersen_with_separator;\n\nuse dep::aztec::{\n  context::{PrivateContext, PublicContext, Context},\n  constants_gen::{EMPTY_NULLIFIED_COMMITMENT, GENERATOR_INDEX__SIGNATURE_PAYLOAD},\n  types::address::AztecAddress,\n  abi::hash_args,\n};\n\nglobal IS_VALID_SELECTOR = 0xe86ab4ff;\nglobal IS_VALID_PUBLIC_SELECTOR = 0xf3661153;\n\n// @todo #2676 Should use different generator than the payload to limit probability of collisions.\n\n// docs:start:assert_valid_authwit\n// Assert that `on_behalf_of` have authorized `message_hash` with a valid authentication witness\npub fn assert_valid_authwit(context: &mut PrivateContext, on_behalf_of: AztecAddress, message_hash: Field) {\n  let result = context.call_private_function(on_behalf_of.address, IS_VALID_SELECTOR, [message_hash])[0];\n  context.push_new_nullifier(message_hash, EMPTY_NULLIFIED_COMMITMENT);\n  assert(result == IS_VALID_SELECTOR, \"Message not authorized by account\");\n}\n// docs:end:assert_valid_authwit\n\n// docs:start:assert_current_call_valid_authwit\n// Assert that `on_behalf_of` have authorized the current call with a valid authentication witness\npub fn assert_current_call_valid_authwit(context: &mut PrivateContext, on_behalf_of: AztecAddress) {\n  // message_hash = H(caller, contract_this, selector, args_hash)\n  let message_hash = pedersen_with_separator(\n    [context.msg_sender(), context.this_address(), context.selector(), context.args_hash],\n    GENERATOR_INDEX__SIGNATURE_PAYLOAD\n  )[0];\n  assert_valid_authwit(context, on_behalf_of, message_hash);\n}\n// docs:end:assert_current_call_valid_authwit\n\n// docs:start:assert_valid_authwit_public\n// Assert that `on_behalf_of` have authorized `message_hash` in a public context\npub fn assert_valid_authwit_public(context: &mut PublicContext, on_behalf_of: AztecAddress, message_hash: Field) {\n  let result = context.call_public_function(on_behalf_of.address, IS_VALID_PUBLIC_SELECTOR, [message_hash])[0];\n  context.push_new_nullifier(message_hash, EMPTY_NULLIFIED_COMMITMENT);\n  assert(result == IS_VALID_SELECTOR, \"Message not authorized by account\");\n}\n// docs:end:assert_valid_authwit_public\n\n// docs:start:assert_current_call_valid_authwit_public\n// Assert that `on_behalf_of` have authorized the current call in a public context\npub fn assert_current_call_valid_authwit_public(context: &mut PublicContext, on_behalf_of: AztecAddress) {\n  // message_hash = H(caller, contract_this, selector, args_hash)\n  let message_hash = pedersen_with_separator(\n    [context.msg_sender(), context.this_address(), context.selector(), context.args_hash],\n    GENERATOR_INDEX__SIGNATURE_PAYLOAD\n  )[0];\n  assert_valid_authwit_public(context, on_behalf_of, message_hash);\n}\n// docs:end:assert_current_call_valid_authwit_public\n\n// docs:start:compute_authwit_message_hash\n// Compute the message hash to be used by an authentication witness \npub fn compute_authwit_message_hash<N>(\n  caller: AztecAddress, \n  target: AztecAddress, \n  selector: Field, \n  args: [Field; N]\n) -> Field {\n  let args_hash = hash_args(args);\n  pedersen_with_separator([caller.address, target.address, selector, args_hash], GENERATOR_INDEX__SIGNATURE_PAYLOAD)[0]\n}\n// docs:end:compute_authwit_message_hash",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/authwit/src/auth"
+      },
+      "92": {
+        "source": "struct SafeU120 {\n    value: u120,\n}\n\nimpl SafeU120 {\n    pub fn min() -> Self {\n        Self {\n            value: 0\n        }\n    }\n\n    pub fn max() -> Self {\n        Self {\n            value: 0xffffffffffffffffffffffffffffff\n        }\n    }\n\n    pub fn new(\n        value: Field,\n    ) -> Self {\n        // Check that it actually will fit. Spending a lot of constraints here :grimacing:\n        let bytes = value.to_be_bytes(32);\n        for i in 0..17 {\n            assert(bytes[i] == 0, \"Value too large for SafeU120\");\n        }\n        Self {\n            value: value as u120\n        }\n    }\n\n    pub fn is_zero(\n        self: Self,\n    ) -> bool {\n        self.value == 0\n    }\n\n    pub fn eq(\n        self: Self,\n        other: Self\n    ) -> bool {\n        self.value == other.value\n    }\n\n    pub fn lt(self: Self, other: Self) -> bool {\n        self.value < other.value\n    }\n\n    pub fn le(self: Self, other: Self) -> bool {\n        self.value <= other.value\n    }\n\n    pub fn gt(self: Self, other: Self) -> bool {\n        self.value > other.value\n    }\n\n    pub fn ge(self: Self, other: Self) -> bool {\n        self.value >= other.value\n    }\n\n    pub fn sub(\n      self: Self,\n      b: Self,\n    ) -> Self {\n        assert(self.value >= b.value, \"Underflow\");\n        Self {\n            value: self.value - b.value\n        }\n    }\n\n    pub fn add(\n        self: Self,\n        b: Self,\n    ) -> Self {\n        let c: u120 = self.value + b.value;\n        assert(c >= self.value, \"Overflow\");\n        Self {\n            value: c\n        }\n    }\n\n    pub fn mul(\n        self: Self,\n        b: Self,\n    ) -> Self {\n        let c: u120 = self.value * b.value;\n        if !b.is_zero() {\n            assert(c / b.value == self.value, \"Overflow\");\n        }\n        Self {\n            value: c\n        }\n    }\n\n    pub fn div(\n        self: Self,\n        b: Self,\n    ) -> Self {\n        assert(!b.is_zero(), \"Divide by zero\");\n        Self {\n            value: self.value / b.value\n        }\n    }\n\n    pub fn mul_div(\n        self: Self,\n        b: Self,\n        divisor: Self\n    ) -> Self {\n        self.mul(b).div(divisor)\n    }\n\n    pub fn mul_div_up(\n        self: Self,\n        b: Self,\n        divisor: Self\n    ) -> Self {\n        let c = self.mul(b);\n        assert(!divisor.is_zero(), \"Divide by zero\");\n        let adder = ((self.value * b.value % divisor.value) as u120 > 0) as u120;\n        c.div(divisor).add(Self {value: adder})\n    }\n\n    // todo: implement mul_div with 240 bit intermediate values.\n}\n\n#[test]\nfn test_init() {\n    let a = SafeU120::new(1);\n    assert(a.value == 1);\n}\n\n#[test]\nfn test_init_max() {\n    let a = SafeU120::max();\n    assert(a.value == 0xffffffffffffffffffffffffffffff);\n}\n\n#[test]\nfn test_init_min() {\n    let a = SafeU120::min();\n    assert(a.value == 0);\n}\n\n#[test]\nfn test_is_zero() {\n    let a = SafeU120::min();\n    assert(a.value == 0);\n    assert(a.is_zero() == true);\n}\n\n#[test]\nfn test_eq() {\n    let a = SafeU120::new(1);\n    let b = SafeU120::new(1);\n    assert(a.eq(b));\n}\n\n#[test]\nfn test_lt() {\n    let a = SafeU120::new(1);\n    let b = SafeU120::new(2);\n    assert(a.lt(b));\n    assert(b.lt(a) == false);\n}\n\n\n#[test]\nfn test_le() {\n    let a = SafeU120::new(2);\n    let b = SafeU120::new(2);\n    let c = SafeU120::new(5);\n    assert(a.le(b));\n    assert(a.le(c));\n    assert(c.le(a) == false);\n}\n\n#[test]\nfn test_gt() {\n    let a = SafeU120::new(1);\n    let b = SafeU120::new(2);\n    assert(b.gt(a));\n    assert(a.gt(b) == false);\n}\n\n\n#[test]\nfn test_ge() {\n    let a = SafeU120::new(2);\n    let b = SafeU120::new(2);\n    let c = SafeU120::new(5);\n    assert(a.ge(b));\n    assert(a.ge(c) == false);\n    assert(c.ge(a));\n}\n\n#[test(should_fail)]\nfn test_init_too_large() {\n    let b = SafeU120::max().value as Field + 1; // max + 1\n    let _a = SafeU120::new(b);\n}\n\n#[test]\nfn test_add() {\n    let a = SafeU120::new(1);\n    let b = SafeU120::new(2);\n    let c = SafeU120::add(a, b);\n    assert(c.value == 3);\n}\n\n#[test(should_fail)]\nfn test_add_overflow() {\n    let a = SafeU120::max();\n    let b = SafeU120::new(1);\n    let _c = SafeU120::add(a, b);\n}\n\n#[test]\nfn test_sub() {\n    let a = SafeU120::new(2);\n    let b = SafeU120::new(1);\n    let c = SafeU120::sub(a, b);\n    assert(c.value == 1);\n}\n\n#[test(should_fail)]\nfn test_sub_underflow() {\n    let a = SafeU120::new(1);\n    let b = SafeU120::new(2);\n    let _c = SafeU120::sub(a, b);\n}\n\n#[test]\nfn test_mul() {\n    let a = SafeU120::new(2);\n    let b = SafeU120::new(3);\n    let c = SafeU120::mul(a, b);\n    assert(c.value == 6);\n}\n\n#[test(should_fail)]\nfn test_mul_overflow() {\n    let a = SafeU120::max();\n    let b = SafeU120::new(2);\n    let _c = SafeU120::mul(a, b);\n}\n\n#[test]\nfn test_div() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(3);\n    let c = SafeU120::div(a, b);\n    assert(c.value == 2);\n}\n\n#[test(should_fail)]\nfn test_div_by_zero() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(0);\n    let _c = SafeU120::div(a, b);\n}\n\n#[test]\nfn test_mul_div() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(3);\n    let c = SafeU120::new(2);\n    let d = SafeU120::mul_div(a, b, c);\n    assert(d.value == 9);\n}\n\n#[test(should_fail)]\nfn test_mul_div_zero_divisor() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(3);\n    let c = SafeU120::new(0);\n    let _d = SafeU120::mul_div(a, b, c);\n}\n\n#[test(should_fail)]\nfn test_mul_div_ghost_overflow() {\n    let a = SafeU120::max();\n    let b = SafeU120::new(2);\n    let c = SafeU120::new(4);\n    let _d = SafeU120::mul_div(a, b, c);\n}\n\n#[test]\nfn test_mul_div_up_rounding() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(3);\n    let c = SafeU120::new(5);\n    let d = SafeU120::mul_div_up(a, b, c);\n    assert(d.value == 4);\n}\n\n#[test]\nfn test_mul_div_up_non_rounding() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(3);\n    let c = SafeU120::new(2);\n    let d = SafeU120::mul_div_up(a, b, c);\n    assert(d.value == 9);\n}\n\n\n#[test(should_fail)]\nfn test_mul_div_up_ghost_overflow() {\n    let a = SafeU120::max();\n    let b = SafeU120::new(2);\n    let c = SafeU120::new(9);\n    let _d = SafeU120::mul_div_up(a, b, c);\n}\n\n// It should not be possible for us to overflow `mul_div_up` through the adder, since that require the divisor to be 1\n// since we otherwise would not be at the max value. If divisor is 1, adder is 0.\n#[test(should_fail)]\nfn test_mul_div_up_zero_divisor() {\n    let a = SafeU120::new(6);\n    let b = SafeU120::new(3);\n    let c = SafeU120::new(0);\n    let _d = SafeU120::mul_div_up(a, b, c);\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/aztec-nr/safe-math/src/safe_u120"
+      },
+      "98": {
+        "source": "// docs:start:token_types_all\nuse dep::std::hash::pedersen;\nuse dep::aztec::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    utils::compute_siloed_note_hash,\n};\nuse dep::aztec::hash::{compute_secret_hash};\n\nglobal TRANSPARENT_NOTE_LEN: Field = 2;\n\n// Transparent note represents a note that is created in the clear (public execution),\n// but can only be spent by those that know the preimage of the \"secret_hash\"\nstruct TransparentNote {\n    amount: Field,\n    secret_hash: Field,\n    // the secret is just here for ease of use and won't be (de)serialized\n    secret: Field,\n    // header is just here to satisfy the NoteInterface\n    header: NoteHeader,\n}\n\nimpl TransparentNote {\n\n    // CONSTRUCTORS\n\n    pub fn new(amount: Field, secret_hash: Field) -> Self {\n        TransparentNote {\n            amount: amount,\n            secret_hash: secret_hash,\n            secret: 0,\n            header: NoteHeader::empty(),\n        }\n    }\n\n    // new oracle call primitive\n    // get me the secret corresponding to this hash\n    pub fn new_from_secret(amount: Field, secret: Field) -> Self {\n        TransparentNote {\n            amount: amount,\n            secret_hash: compute_secret_hash(secret),\n            secret: secret,\n            header: NoteHeader::empty(),\n        }\n    }\n\n\n    // STANDARD NOTE_INTERFACE FUNCTIONS\n\n    pub fn serialize(self) -> [Field; TRANSPARENT_NOTE_LEN] {\n        [self.amount, self.secret_hash]\n    }\n\n    pub fn deserialize(preimage: [Field; TRANSPARENT_NOTE_LEN]) -> Self {\n        TransparentNote {\n            amount: preimage[0],\n            secret_hash: preimage[1],\n            secret: 0,\n            header: NoteHeader::empty(),\n        }\n    }\n\n    pub fn compute_note_hash(self) -> Field {\n        // TODO(#1205) Should use a non-zero generator index.\n        dep::std::hash::pedersen([\n            self.amount,\n            self.secret_hash,\n        ])[0]\n    }\n\n    pub fn compute_nullifier(self) -> Field {\n        // TODO(#1386): should use `compute_note_hash_for_read_or_nullify` once public functions inject nonce!\n        let siloed_note_hash = compute_siloed_note_hash(TransparentNoteMethods, self);\n        // TODO(#1205) Should use a non-zero generator index.\n        pedersen([self.secret, siloed_note_hash])[0]\n    }\n\n    pub fn set_header(&mut self, header: NoteHeader) {\n        self.header = header;\n    }\n\n\n    // CUSTOM FUNCTIONS FOR THIS NOTE TYPE\n\n    pub fn knows_secret(self, secret: Field) {\n        let hash = compute_secret_hash(secret);\n        assert(self.secret_hash == hash);\n    }\n}\n\nfn deserialize(preimage: [Field; TRANSPARENT_NOTE_LEN]) -> TransparentNote {\n    TransparentNote::deserialize(preimage)\n}\n\nfn serialize(note: TransparentNote) -> [Field; TRANSPARENT_NOTE_LEN] {\n    note.serialize()\n}\n\nfn compute_note_hash(note: TransparentNote) -> Field {\n    note.compute_note_hash()\n}\n\nfn compute_nullifier(note: TransparentNote) -> Field {\n    note.compute_nullifier()\n}\n\nfn get_header(note: TransparentNote) -> NoteHeader {\n    note.header\n}\n\nfn set_header(note: &mut TransparentNote, header: NoteHeader) {\n    note.set_header(header)\n}\n\nglobal TransparentNoteMethods = NoteInterface {\n    deserialize,\n    serialize,\n    compute_note_hash,\n    compute_nullifier,\n    get_header,\n    set_header,\n};\n// docs:end:token_types_all",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/boxes/token/src/contracts/src/types/transparent_note"
+      },
+      "99": {
+        "source": "use dep::std::option::Option;\nuse dep::safe_math::SafeU120;\nuse dep::aztec::{\n  context::Context,\n  constants_gen::MAX_READ_REQUESTS_PER_CALL,\n  state_vars::set::Set,\n  log::emit_encrypted_log,\n  types::address::AztecAddress,\n};\nuse dep::aztec::note::{\n    note_getter::view_notes,\n    note_getter_options::{NoteGetterOptions, SortOrder},\n    note_viewer_options::NoteViewerOptions\n};\nuse dep::aztec::note::{\n    note_header::NoteHeader,\n    note_interface::NoteInterface,\n    utils::compute_note_hash_for_read_or_nullify,\n};\nuse dep::aztec::oracle::{\n    rand::rand,\n    get_secret_key::get_secret_key,\n    get_public_key::get_public_key,\n};\n\nuse crate::types::token_note::{TokenNote, TOKEN_NOTE_LEN, TokenNoteMethods};\n\n// A set implementing standard manipulation of balances.\n// Does not require spending key, but only knowledge.\n// Spending key requirement should be enforced by the contract using this.\nstruct BalanceSet {\n  context: Context,\n  owner: AztecAddress,\n  set: Set<TokenNote, TOKEN_NOTE_LEN>\n}\n\nimpl BalanceSet {\n  pub fn new(context: Context, owner: AztecAddress, storage_slot: Field) -> Self {\n    assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n    let set = Set {\n        context,\n        storage_slot,\n        note_interface: TokenNoteMethods,\n    };\n    Self {\n        context,\n        owner,\n        set,\n    }\n  }\n\n  unconstrained pub fn balance_of(self: Self) -> SafeU120 {\n    self.balance_of_with_offset(0)\n  }\n\n  unconstrained pub fn balance_of_with_offset(self: Self, offset: u32) -> SafeU120 {\n      // Same as SafeU120::new(0), but fewer constraints because no check. \n      let mut balance = SafeU120::min();\n      // docs:start:view_notes\n      let options = NoteViewerOptions::new().set_offset(offset);\n      let opt_notes = self.set.view_notes(options);\n      // docs:end:view_notes\n      let len = opt_notes.len();\n      for i in 0..len {\n          if opt_notes[i].is_some() {\n              balance = balance.add(opt_notes[i].unwrap_unchecked().amount);\n          }\n      }\n      if (opt_notes[len - 1].is_some()) {\n          balance = balance.add(self.balance_of_with_offset(offset + opt_notes.len() as u32));\n      }\n\n      balance\n  }\n\n    pub fn add(self: Self, addend: SafeU120) {\n        let mut addend_note = TokenNote::new(addend, self.owner);\n\n        // docs:start:insert\n        self.set.insert(&mut addend_note);\n        // docs:end:insert\n\n        addend_note.emit_encrypted(\n          self.context.private.unwrap(),\n          self.set.storage_slot\n        );\n    }\n\n    pub fn sub(self: Self, subtrahend: SafeU120) {\n        // docs:start:get_notes\n        let options = NoteGetterOptions::with_filter(filter_notes_min_sum, subtrahend);\n        let maybe_notes = self.set.get_notes(options);\n        // docs:end:get_notes\n\n        let mut minuend: SafeU120 = SafeU120::min();\n        for i in 0..maybe_notes.len() {\n            if maybe_notes[i].is_some() {\n                let note = maybe_notes[i].unwrap_unchecked();\n\n                // Removes the note from the owner's set of notes.\n                // This will call the the `compute_nullifer` function of the `token_note`\n                // which require knowledge of the secret key (currently the users encryption key).\n                // The contract logic must ensure that the spending key is used as well.\n                // docs:start:remove\n                self.set.remove(note);\n                // docs:end:remove\n\n                minuend = minuend.add(note.amount);\n            }\n        }\n\n        // This is to provide a nicer error msg,\n        // without it minuend-subtrahend would still catch it, but more generic error then.\n        // without the == true, it includes 'minuend.ge(subtrahend)' as part of the error.\n        assert(minuend.ge(subtrahend) == true, \"Balance too low\");\n\n        self.add(minuend.sub(subtrahend));\n    }\n}\n\npub fn filter_notes_min_sum(notes: [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: SafeU120) -> [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL] {\n    let mut selected = [Option::none(); MAX_READ_REQUESTS_PER_CALL];\n    let mut sum = SafeU120::min();\n    for i in 0..notes.len() {\n        if notes[i].is_some() & sum.lt(min_sum) {\n            let note = notes[i].unwrap_unchecked();\n            selected[i] = Option::some(note);\n            sum = sum.add(note.amount);\n        }\n    }\n    selected\n}",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/boxes/token/src/contracts/src/types/balance_set"
+      },
+      "100": {
+        "source": "use dep::aztec::context::{PrivateContext, PublicContext, Context};\nuse dep::aztec::types::address::AztecAddress;\nuse dep::std::option::Option;\nuse crate::types::balance_set::BalanceSet;\n\nstruct BalancesMap {\n    context: Context,\n    storage_slot: Field,\n}\n\nimpl BalancesMap {\n    pub fn new(\n        context: Context,\n        storage_slot: Field,\n    ) -> Self {\n        assert(storage_slot != 0, \"Storage slot 0 not allowed. Storage slots must start from 1.\");\n        Self {\n            context,\n            storage_slot,\n        }\n    }\n\n    pub fn at(self, owner: AztecAddress) -> BalanceSet {\n        let derived_storage_slot = dep::std::hash::pedersen([self.storage_slot, owner.address])[0];\n        BalanceSet::new(self.context, owner, derived_storage_slot)\n    }\n}\n",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/boxes/token/src/contracts/src/types/balances_map"
+      },
+      "101": {
+        "source": "use dep::aztec::{\n    note::{\n        note_header::NoteHeader,\n        note_interface::NoteInterface,\n        utils::compute_note_hash_for_read_or_nullify,\n    },\n    context::PrivateContext,\n    constants_gen::MAX_READ_REQUESTS_PER_CALL,\n    state_vars::set::Set,\n    log::emit_encrypted_log\n};\nuse dep::aztec::types::address::AztecAddress;\nuse dep::aztec::oracle::{\n    rand::rand,\n    get_secret_key::get_secret_key,\n    get_public_key::get_public_key,\n};\n\nuse dep::safe_math::SafeU120;\nuse dep::std::option::Option;\n\nglobal TOKEN_NOTE_LEN: Field = 3; // 3 plus a header.\n\nstruct TokenNote {\n    // the amount of tokens in the note\n    amount: SafeU120,\n    // the provider of secrets for the nullifier. The owner (recipient) to ensure that the note \n    // can be privately spent. When nullifier secret and encryption private key is same \n    // we can simply use the owner for this one.\n    owner: AztecAddress,\n    // randomness of the note to hide contents.\n    randomness: Field,\n    // the note header (contract_address, nonce, storage_slot)\n    // included in the note such that it becomes part of encrypted logs for later use.\n    header: NoteHeader,\n}\n\nimpl TokenNote {\n    pub fn new(amount: SafeU120, owner: AztecAddress) -> Self {\n        Self {\n            amount,\n            owner,\n            randomness: rand(),\n            header: NoteHeader::empty(),\n        }\n    }\n\n    pub fn serialize(self) -> [Field; TOKEN_NOTE_LEN] {\n        [self.amount.value as Field, self.owner.address, self.randomness]\n    }\n\n    pub fn deserialize(preimage: [Field; TOKEN_NOTE_LEN]) -> Self {\n        Self {\n            amount: SafeU120::new(preimage[0]),\n            owner: AztecAddress::new(preimage[1]),\n            randomness: preimage[2],\n            header: NoteHeader::empty(),\n        }\n    }\n\n    pub fn compute_note_hash(self) -> Field {\n        // TODO(#1205) Should use a non-zero generator index.\n        dep::std::hash::pedersen([\n            self.amount.value as Field, \n            self.owner.address as Field,\n            self.randomness,\n        ])[0]\n    }\n\n    // docs:start:nullifier\n    pub fn compute_nullifier(self) -> Field {\n        let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(TokenNoteMethods, self);\n        let secret = get_secret_key(self.owner.address);\n        // TODO(#1205) Should use a non-zero generator index.\n        dep::std::hash::pedersen([\n            note_hash_for_nullify,\n            secret.low,\n            secret.high,\n        ])[0]\n    }\n    // docs:end:nullifier\n\n    pub fn set_header(&mut self, header: NoteHeader) {\n        self.header = header;\n    }\n\n\n  pub fn emit_encrypted(\n      self: &mut Self,\n      context: &mut PrivateContext,\n      storage_slot: Field,\n  ) {\n      // We only bother inserting the note if non-empty to save funds on gas.\n      if !self.amount.is_zero() {\n          // docs:start:encrypted\n          let application_contract_address = (*context).this_address();\n          let encryption_pub_key = get_public_key(self.owner.address);\n          let encrypted_data = (*self).serialize();\n\n          emit_encrypted_log(\n              context,\n              application_contract_address,\n              storage_slot,\n              encryption_pub_key,\n              encrypted_data,\n          );\n          // docs:end:encrypted\n      }\n  }\n}\n\nfn deserialize(preimage: [Field; TOKEN_NOTE_LEN]) -> TokenNote {\n    TokenNote::deserialize(preimage)\n}\n\nfn serialize(note: TokenNote) -> [Field; TOKEN_NOTE_LEN] {\n    note.serialize()\n}\n\nfn compute_note_hash(note: TokenNote) -> Field {\n    note.compute_note_hash()\n}\n\nfn compute_nullifier(note: TokenNote) -> Field {\n    note.compute_nullifier()\n}\n\nfn get_header(note: TokenNote) -> NoteHeader {\n    note.header\n}\n\nfn set_header(note: &mut TokenNote, header: NoteHeader) {\n    note.set_header(header)\n}\n\nglobal TokenNoteMethods = NoteInterface {\n    deserialize,\n    serialize,\n    compute_note_hash,\n    compute_nullifier,\n    get_header,\n    set_header,\n};",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/boxes/token/src/contracts/src/types/token_note"
+      },
+      "102": {
+        "source": "use dep::aztec::types::type_serialization::TypeSerializationInterface;\nuse dep::safe_math::SafeU120;\n\nglobal SAFE_U120_SERIALIZED_LEN: Field = 1;\n\n// This is safe when reading from storage IF only correct safeu120 was written to storage\nfn deserializeU120(fields: [Field; SAFE_U120_SERIALIZED_LEN]) -> SafeU120 {\n    SafeU120{value: fields[0] as u120}\n}\n\nfn serializeU120(value: SafeU120) -> [Field; SAFE_U120_SERIALIZED_LEN] {\n    [value.value as Field]\n}\n\nglobal SafeU120SerializationMethods = TypeSerializationInterface {\n    deserialize: deserializeU120,\n    serialize: serializeU120,\n};",
+        "path": "/Users/danlee/code/aztec-packages-2/yarn-project/boxes/token/src/contracts/src/types/safe_u120_serialization"
+      }
+    }
+  }
+}
diff --git a/yarn-project/boxes/token/src/artifacts/Token.ts b/yarn-project/boxes/token/src/artifacts/Token.ts
new file mode 100644
index 000000000000..4e0f7a0b4943
--- /dev/null
+++ b/yarn-project/boxes/token/src/artifacts/Token.ts
@@ -0,0 +1,162 @@
+/* Autogenerated file, do not edit! */
+
+/* eslint-disable */
+import {
+  AztecAddress,
+  CompleteAddress,
+  Contract,
+  ContractBase,
+  ContractFunctionInteraction,
+  ContractMethod,
+  DeployMethod,
+  EthAddress,
+  FieldLike,
+  AztecAddressLike,
+  EthAddressLike,
+  Wallet,
+} from '@aztec/aztec.js';
+import { Fr, Point } from '@aztec/foundation/fields';
+import { PXE, PublicKey } from '@aztec/types';
+import { ContractArtifact } from '@aztec/foundation/abi';
+import TokenContractArtifactJson from './Token.json' assert { type: 'json' };
+export const TokenContractArtifact = TokenContractArtifactJson as ContractArtifact;
+
+/**
+ * Type-safe interface for contract Token;
+ */
+export class TokenContract extends ContractBase {
+  private constructor(completeAddress: CompleteAddress, wallet: Wallet, portalContract = EthAddress.ZERO) {
+    super(completeAddress, TokenContractArtifact, wallet, portalContract);
+  }
+
+  /**
+   * Creates a contract instance.
+   * @param address - The deployed contract's address.
+   * @param wallet - The wallet to use when interacting with the contract.
+   * @returns A promise that resolves to a new Contract instance.
+   */
+  public static async at(address: AztecAddress, wallet: Wallet) {
+    return Contract.at(address, TokenContract.artifact, wallet) as Promise<TokenContract>;
+  }
+
+  /**
+   * Creates a tx to deploy a new instance of this contract.
+   */
+  public static deploy(pxe: PXE, admin: AztecAddressLike) {
+    return new DeployMethod<TokenContract>(Point.ZERO, pxe, TokenContractArtifact, Array.from(arguments).slice(1));
+  }
+
+  /**
+   * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
+   */
+  public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey, admin: AztecAddressLike) {
+    return new DeployMethod<TokenContract>(publicKey, pxe, TokenContractArtifact, Array.from(arguments).slice(2));
+  }
+
+  /**
+   * Returns this contract's artifact.
+   */
+  public static get artifact(): ContractArtifact {
+    return TokenContractArtifact;
+  }
+
+  /** Type-safe wrappers for the public methods exposed by the contract. */
+  public methods!: {
+    /** _increase_public_balance(to: struct, amount: field) */
+    _increase_public_balance: ((to: AztecAddressLike, amount: FieldLike) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** _initialize(new_admin: struct) */
+    _initialize: ((new_admin: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** _reduce_total_supply(amount: field) */
+    _reduce_total_supply: ((amount: FieldLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** admin() */
+    admin: (() => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** balance_of_private(owner: struct) */
+    balance_of_private: ((owner: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** balance_of_public(owner: struct) */
+    balance_of_public: ((owner: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** burn(from: struct, amount: field, nonce: field) */
+    burn: ((from: AztecAddressLike, amount: FieldLike, nonce: FieldLike) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** burn_public(from: struct, amount: field, nonce: field) */
+    burn_public: ((from: AztecAddressLike, amount: FieldLike, nonce: FieldLike) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** compute_note_hash_and_nullifier(contract_address: field, nonce: field, storage_slot: field, preimage: array) */
+    compute_note_hash_and_nullifier: ((
+      contract_address: FieldLike,
+      nonce: FieldLike,
+      storage_slot: FieldLike,
+      preimage: FieldLike[],
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** is_minter(minter: struct) */
+    is_minter: ((minter: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** mint_private(amount: field, secret_hash: field) */
+    mint_private: ((amount: FieldLike, secret_hash: FieldLike) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** mint_public(to: struct, amount: field) */
+    mint_public: ((to: AztecAddressLike, amount: FieldLike) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** redeem_shield(to: struct, amount: field, secret: field) */
+    redeem_shield: ((to: AztecAddressLike, amount: FieldLike, secret: FieldLike) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** set_admin(new_admin: struct) */
+    set_admin: ((new_admin: AztecAddressLike) => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** set_minter(minter: struct, approve: boolean) */
+    set_minter: ((minter: AztecAddressLike, approve: boolean) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** shield(from: struct, amount: field, secret_hash: field, nonce: field) */
+    shield: ((
+      from: AztecAddressLike,
+      amount: FieldLike,
+      secret_hash: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** total_supply() */
+    total_supply: (() => ContractFunctionInteraction) & Pick<ContractMethod, 'selector'>;
+
+    /** transfer(from: struct, to: struct, amount: field, nonce: field) */
+    transfer: ((
+      from: AztecAddressLike,
+      to: AztecAddressLike,
+      amount: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** transfer_public(from: struct, to: struct, amount: field, nonce: field) */
+    transfer_public: ((
+      from: AztecAddressLike,
+      to: AztecAddressLike,
+      amount: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+
+    /** unshield(from: struct, to: struct, amount: field, nonce: field) */
+    unshield: ((
+      from: AztecAddressLike,
+      to: AztecAddressLike,
+      amount: FieldLike,
+      nonce: FieldLike,
+    ) => ContractFunctionInteraction) &
+      Pick<ContractMethod, 'selector'>;
+  };
+}
diff --git a/yarn-project/boxes/private-token/src/assets/aztec_logo.svg b/yarn-project/boxes/token/src/assets/aztec_logo.svg
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/aztec_logo.svg
rename to yarn-project/boxes/token/src/assets/aztec_logo.svg
diff --git a/yarn-project/boxes/private-token/src/assets/check.svg b/yarn-project/boxes/token/src/assets/check.svg
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/check.svg
rename to yarn-project/boxes/token/src/assets/check.svg
diff --git a/yarn-project/boxes/private-token/src/assets/copy.svg b/yarn-project/boxes/token/src/assets/copy.svg
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/copy.svg
rename to yarn-project/boxes/token/src/assets/copy.svg
diff --git a/yarn-project/boxes/private-token/src/assets/favicon.ico b/yarn-project/boxes/token/src/assets/favicon.ico
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/favicon.ico
rename to yarn-project/boxes/token/src/assets/favicon.ico
diff --git a/yarn-project/boxes/private-token/src/assets/soehne-leicht-kursiv.ttf b/yarn-project/boxes/token/src/assets/soehne-leicht-kursiv.ttf
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/soehne-leicht-kursiv.ttf
rename to yarn-project/boxes/token/src/assets/soehne-leicht-kursiv.ttf
diff --git a/yarn-project/boxes/private-token/src/assets/soehne-web-buch.woff2 b/yarn-project/boxes/token/src/assets/soehne-web-buch.woff2
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/soehne-web-buch.woff2
rename to yarn-project/boxes/token/src/assets/soehne-web-buch.woff2
diff --git a/yarn-project/boxes/private-token/src/assets/soehne-web-halbfett-kursiv.woff2 b/yarn-project/boxes/token/src/assets/soehne-web-halbfett-kursiv.woff2
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/soehne-web-halbfett-kursiv.woff2
rename to yarn-project/boxes/token/src/assets/soehne-web-halbfett-kursiv.woff2
diff --git a/yarn-project/boxes/private-token/src/assets/soehne-web-halbfett.woff2 b/yarn-project/boxes/token/src/assets/soehne-web-halbfett.woff2
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/soehne-web-halbfett.woff2
rename to yarn-project/boxes/token/src/assets/soehne-web-halbfett.woff2
diff --git a/yarn-project/boxes/private-token/src/assets/soehne-web-kraftig.woff2 b/yarn-project/boxes/token/src/assets/soehne-web-kraftig.woff2
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/soehne-web-kraftig.woff2
rename to yarn-project/boxes/token/src/assets/soehne-web-kraftig.woff2
diff --git a/yarn-project/boxes/private-token/src/assets/soehne-web-leicht.woff2 b/yarn-project/boxes/token/src/assets/soehne-web-leicht.woff2
similarity index 100%
rename from yarn-project/boxes/private-token/src/assets/soehne-web-leicht.woff2
rename to yarn-project/boxes/token/src/assets/soehne-web-leicht.woff2
diff --git a/yarn-project/boxes/private-token/src/config.ts b/yarn-project/boxes/token/src/config.ts
similarity index 52%
rename from yarn-project/boxes/private-token/src/config.ts
rename to yarn-project/boxes/token/src/config.ts
index 14449eac122f..0fbb78239b24 100644
--- a/yarn-project/boxes/private-token/src/config.ts
+++ b/yarn-project/boxes/token/src/config.ts
@@ -1,13 +1,13 @@
-import { PrivateTokenContractAbi } from './artifacts/private_token.js';
 import { PXE, createPXEClient } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
+import { TokenContractArtifact } from './artifacts/Token.js';
 
 // update this if using a different contract
 
-export const contractAbi: ContractAbi = PrivateTokenContractAbi;
+export const contractArtifact: ContractArtifact = TokenContractArtifact;
 
 export const PXE_URL: string = process.env.PXE_URL || 'http://localhost:8080';
 export const pxe: PXE = createPXEClient(PXE_URL);
 
-export const CONTRACT_ADDRESS_PARAM_NAMES = ['owner', 'contract_address', 'recipient'];
+export const CONTRACT_ADDRESS_PARAM_NAMES = ['owner', 'address', 'recipient'];
 export const FILTERED_FUNCTION_NAMES = ['compute_note_hash_and_nullifier'];
diff --git a/yarn-project/noir-contracts/src/contracts/private_token_contract/Nargo.toml b/yarn-project/boxes/token/src/contracts/Nargo.toml
similarity index 59%
rename from yarn-project/noir-contracts/src/contracts/private_token_contract/Nargo.toml
rename to yarn-project/boxes/token/src/contracts/Nargo.toml
index f3e29ac1bf52..1da51baf1849 100644
--- a/yarn-project/noir-contracts/src/contracts/private_token_contract/Nargo.toml
+++ b/yarn-project/boxes/token/src/contracts/Nargo.toml
@@ -1,12 +1,11 @@
-# docs:start:importing-aztec
 [package]
-name = "private_token_contract"
+name = "token_contract"
 authors = [""]
 compiler_version = "0.1"
 type = "contract"
 
 [dependencies]
-# highlight-next-line:importing-aztec
 aztec = { path = "../../../../aztec-nr/aztec" }
 value_note = { path = "../../../../aztec-nr/value-note"}
-# docs:end:importing-aztec
\ No newline at end of file
+safe_math = { path = "../../../../aztec-nr/safe-math" }
+authwit = { path = "../../../../aztec-nr/authwit" }
\ No newline at end of file
diff --git a/yarn-project/boxes/token/src/contracts/src/main.nr b/yarn-project/boxes/token/src/contracts/src/main.nr
new file mode 100644
index 000000000000..73e0c9f33607
--- /dev/null
+++ b/yarn-project/boxes/token/src/contracts/src/main.nr
@@ -0,0 +1,446 @@
+// docs:start:token_all
+// docs:start:imports
+mod types;
+
+// Minimal token implementation that supports `AuthWit` accounts.
+// The auth message follows a similar pattern to the cross-chain message and includes a designated caller.
+// The designated caller is ALWAYS used here, and not based on a flag as cross-chain.
+// message hash = H([caller, contract, selector, ...args])
+// To be read as `caller` calls function at `contract` defined by `selector` with `args`
+// Including a nonce in the message hash ensures that the message can only be used once.
+
+contract Token {
+    // Libs
+    use dep::std::option::Option;
+
+    use dep::safe_math::SafeU120;
+
+    use dep::aztec::{
+        note::{
+            note_getter_options::NoteGetterOptions,
+            note_header::NoteHeader,
+            utils as note_utils,
+        },
+        context::{PrivateContext, PublicContext, Context},
+        hash::{compute_secret_hash},
+        state_vars::{map::Map, public_state::PublicState, set::Set},
+        types::type_serialization::{
+            field_serialization::{FieldSerializationMethods, FIELD_SERIALIZED_LEN},
+            bool_serialization::{BoolSerializationMethods, BOOL_SERIALIZED_LEN},
+            aztec_address_serialization::{AztecAddressSerializationMethods, AZTEC_ADDRESS_SERIALIZED_LEN},
+        },
+        types::address::{AztecAddress},
+        selector::compute_selector,
+    };
+
+    // docs:start:import_authwit
+    use dep::authwit::{
+        auth::{
+            assert_current_call_valid_authwit, 
+            assert_current_call_valid_authwit_public, 
+        },
+    };
+    // docs:end:import_authwit
+
+    use crate::types::{
+        transparent_note::{TransparentNote, TransparentNoteMethods, TRANSPARENT_NOTE_LEN},
+        token_note::{TokenNote, TokenNoteMethods, TOKEN_NOTE_LEN},
+        balances_map::{BalancesMap},
+        safe_u120_serialization::{SafeU120SerializationMethods, SAFE_U120_SERIALIZED_LEN}
+    };
+    // docs:end::imports
+
+    // docs:start:storage_struct
+    struct Storage {
+        // docs:start:storage_admin
+        admin: PublicState<AztecAddress, AZTEC_ADDRESS_SERIALIZED_LEN>,
+        // docs:end:storage_admin
+        // docs:start:storage_minters
+        minters: Map<PublicState<bool, BOOL_SERIALIZED_LEN>>,
+        // docs:end:storage_minters
+        // docs:start:storage_balances
+        balances: BalancesMap,
+        // docs:end:storage_balances
+        total_supply: PublicState<SafeU120, SAFE_U120_SERIALIZED_LEN>,
+        // docs:start:storage_pending_shields
+        pending_shields: Set<TransparentNote, TRANSPARENT_NOTE_LEN>,
+        // docs:end:storage_pending_shields
+        public_balances: Map<PublicState<SafeU120, SAFE_U120_SERIALIZED_LEN>>,
+    }
+    // docs:end:storage_struct
+
+    // docs:start:storage_init
+    impl Storage {
+        fn init(context: Context) -> pub Self {
+            Storage {
+                // docs:start:storage_admin_init
+                admin: PublicState::new(
+                    context,
+                    1,
+                    AztecAddressSerializationMethods,
+                ),
+                // docs:end:storage_admin_init
+                // docs:start:storage_minters_init
+                minters: Map::new(
+                    context,
+                    2,
+                    |context, slot| {
+                        PublicState::new(
+                            context,
+                            slot,
+                            BoolSerializationMethods,
+                        )
+                    },
+                ),
+                // docs:end:storage_minters_init
+                balances: BalancesMap::new(context, 3),
+                total_supply: PublicState::new(
+                    context,
+                    4,
+                    SafeU120SerializationMethods,
+                ),
+                // docs:start:storage_pending_shields_init
+                pending_shields: Set::new(context, 5, TransparentNoteMethods),
+                // docs:end:storage_pending_shields_init
+                public_balances: Map::new(
+                    context,
+                    6,
+                    |context, slot| {
+                        PublicState::new(
+                            context,
+                            slot,
+                            SafeU120SerializationMethods,
+                        )
+                    },
+                ),
+            }
+        }
+    }
+    // docs:end:storage_init
+
+    // docs:start:constructor
+    #[aztec(private)]
+    fn constructor(admin: AztecAddress) {
+        let selector = compute_selector("_initialize((Field))");
+        context.call_public_function(context.this_address(), selector, [admin.address]);
+    }
+    // docs:end:constructor
+
+    // docs:start:set_admin
+    #[aztec(public)]
+    fn set_admin(
+        new_admin: AztecAddress,
+    ) {
+        assert(storage.admin.read().eq(AztecAddress::new(context.msg_sender())), "caller is not admin");
+        // docs:start:write_admin
+        storage.admin.write(new_admin);
+        // docs:end:write_admin
+    }
+    // docs:end:set_admin
+
+    // docs:start:set_minter
+    #[aztec(public)]
+    fn set_minter(
+        minter: AztecAddress,
+        approve: bool,
+    ) {
+        // docs:start:read_admin
+        assert(storage.admin.read().eq(AztecAddress::new(context.msg_sender())), "caller is not admin");
+        // docs:end:read_admin
+        // docs:start:write_minter
+        storage.minters.at(minter.address).write(approve);
+        // docs:end:write_minter
+    }
+    // docs:end:set_minter
+
+    // docs:start:mint_public
+    #[aztec(public)]
+    fn mint_public(
+        to: AztecAddress,
+        amount: Field,
+    ) -> Field {
+        // docs:start:read_minter
+        assert(storage.minters.at(context.msg_sender()).read(), "caller is not minter");
+        // docs:end:read_minter
+        let amount = SafeU120::new(amount);
+        let new_balance = storage.public_balances.at(to.address).read().add(amount);
+        let supply = storage.total_supply.read().add(amount);
+
+        storage.public_balances.at(to.address).write(new_balance);
+        storage.total_supply.write(supply);
+        1
+    }
+    // docs:end:mint_public
+
+    // docs:start:mint_private
+    #[aztec(public)]
+    fn mint_private(
+        amount: Field,
+        secret_hash: Field,
+    ) -> Field {
+        assert(storage.minters.at(context.msg_sender()).read(), "caller is not minter");
+        let pending_shields = storage.pending_shields;
+        let mut note = TransparentNote::new(amount, secret_hash);
+        let supply = storage.total_supply.read().add(SafeU120::new(amount));
+
+        storage.total_supply.write(supply);
+        // docs:start:insert_from_public
+        pending_shields.insert_from_public(&mut note);
+        // docs:end:insert_from_public
+        1
+    }
+    // docs:end:mint_private
+
+    // docs:start:shield
+    #[aztec(public)]
+    fn shield(
+        from: AztecAddress,
+        amount: Field,
+        secret_hash: Field,
+        nonce: Field,
+    ) -> Field {
+        if (from.address != context.msg_sender()) {
+            // The redeem is only spendable once, so we need to ensure that you cannot insert multiple shields from the same message.
+            assert_current_call_valid_authwit_public(&mut context, from);
+        } else {
+            assert(nonce == 0, "invalid nonce");
+        }
+
+        let amount = SafeU120::new(amount);
+        let from_balance = storage.public_balances.at(from.address).read().sub(amount);
+
+        let pending_shields = storage.pending_shields;
+        let mut note = TransparentNote::new(amount.value as Field, secret_hash);
+
+        storage.public_balances.at(from.address).write(from_balance);
+        pending_shields.insert_from_public(&mut note);
+        1
+    }
+    // docs:end:shield
+
+    // docs:start:transfer_public
+    #[aztec(public)]
+    fn transfer_public(
+        from: AztecAddress,
+        to: AztecAddress,
+        amount: Field,
+        nonce: Field,
+    ) -> Field {
+        if (from.address != context.msg_sender()) {
+            assert_current_call_valid_authwit_public(&mut context, from);
+        } else {
+            assert(nonce == 0, "invalid nonce");
+        }
+
+        let amount = SafeU120::new(amount);
+        let from_balance = storage.public_balances.at(from.address).read().sub(amount);
+        storage.public_balances.at(from.address).write(from_balance);
+
+        let to_balance = storage.public_balances.at(to.address).read().add(amount);
+        storage.public_balances.at(to.address).write(to_balance);
+
+        1
+    }
+    // docs:end:transfer_public
+
+    // docs:start:burn_public
+    #[aztec(public)]
+    fn burn_public(
+        from: AztecAddress,
+        amount: Field,
+        nonce: Field,
+    ) -> Field {
+        if (from.address != context.msg_sender()) {
+            assert_current_call_valid_authwit_public(&mut context, from);
+        } else {
+            assert(nonce == 0, "invalid nonce");
+        }
+
+        let amount = SafeU120::new(amount);
+        let from_balance = storage.public_balances.at(from.address).read().sub(amount);
+        storage.public_balances.at(from.address).write(from_balance);
+
+        let new_supply = storage.total_supply.read().sub(amount);
+        storage.total_supply.write(new_supply);
+
+        1
+    }
+    // docs:end:burn_public
+
+    // docs:start:redeem_shield
+    #[aztec(private)]
+    fn redeem_shield(
+        to: AztecAddress,
+        amount: Field,
+        secret: Field,
+    ) -> Field {
+        let pending_shields = storage.pending_shields;
+        let secret_hash = compute_secret_hash(secret);
+        let options = NoteGetterOptions::new().select(0, amount).select(1, secret_hash).set_limit(1);
+        let notes = pending_shields.get_notes(options);
+        let note = notes[0].unwrap_unchecked();
+        pending_shields.remove(note);
+
+        storage.balances.at(to).add(SafeU120::new(amount));
+
+        1
+    }
+    // docs:end:redeem_shield
+
+    // docs:start:unshield
+    #[aztec(private)]
+    fn unshield(
+        from: AztecAddress,
+        to: AztecAddress,
+        amount: Field,
+        nonce: Field,
+    ) -> Field {
+        if (from.address != context.msg_sender()) {
+            assert_current_call_valid_authwit(&mut context, from);
+        } else {
+            assert(nonce == 0, "invalid nonce");
+        }
+
+        storage.balances.at(from).sub(SafeU120::new(amount));
+
+        let selector = compute_selector("_increase_public_balance((Field),Field)");
+        let _void = context.call_public_function(context.this_address(), selector, [to.address, amount]);
+
+        1
+    }
+    // docs:end:unshield
+
+    // docs:start:transfer
+    #[aztec(private)]
+    fn transfer(
+        from: AztecAddress,
+        to: AztecAddress,
+        amount: Field,
+        nonce: Field,
+    ) -> Field {
+        if (from.address != context.msg_sender()) {
+            assert_current_call_valid_authwit(&mut context, from);
+        } else {
+            assert(nonce == 0, "invalid nonce");
+        }
+
+        let amount = SafeU120::new(amount);
+        storage.balances.at(from).sub(amount);
+        storage.balances.at(to).add(amount);
+
+        1
+    }
+    // docs:end:transfer
+
+    // docs:start:burn
+    #[aztec(private)]
+    fn burn(
+        from: AztecAddress,
+        amount: Field,
+        nonce: Field,
+    ) -> Field {
+        if (from.address != context.msg_sender()) {
+            assert_current_call_valid_authwit(&mut context, from);
+        } else {
+            assert(nonce == 0, "invalid nonce");
+        }
+
+        storage.balances.at(from).sub(SafeU120::new(amount));
+
+        let selector = compute_selector("_reduce_total_supply(Field)");
+        let _void = context.call_public_function(context.this_address(), selector, [amount]);
+
+        1
+    }
+    // docs:end:burn
+
+    // docs:start:initialize
+    #[aztec(public)]
+    internal fn _initialize(
+        new_admin: AztecAddress,
+    ) {
+        storage.admin.write(new_admin);
+        storage.minters.at(new_admin.address).write(true);
+    }
+    // docs:end:initialize
+
+    /// Internal ///
+
+    // docs:start:increase_public_balance
+    #[aztec(public)]
+    internal fn _increase_public_balance(
+        to: AztecAddress,
+        amount: Field,
+    ) {
+        let new_balance = storage.public_balances.at(to.address).read().add(SafeU120::new(amount));
+        storage.public_balances.at(to.address).write(new_balance);
+    }
+    // docs:end:increase_public_balance
+
+    // docs:start:reduce_total_supply
+    #[aztec(public)]
+    internal fn _reduce_total_supply(
+        amount: Field,
+    ) {
+        // Only to be called from burn.
+        let new_supply = storage.total_supply.read().sub(SafeU120::new(amount));
+        storage.total_supply.write(new_supply);
+    }
+    // docs:end:reduce_total_supply
+
+    /// Unconstrained ///
+
+    // docs:start:admin
+    unconstrained fn admin() -> Field {
+        storage.admin.read().address
+    }
+    // docs:end:admin
+
+    // docs:start:is_minter
+    unconstrained fn is_minter(
+        minter: AztecAddress,
+    ) -> bool {
+        storage.minters.at(minter.address).read()
+    }
+    // docs:end:is_minter
+
+    // docs:start:total_supply
+    unconstrained fn total_supply() -> u120 {
+        storage.total_supply.read().value
+    }
+    // docs:end:total_supply
+
+    // docs:start:balance_of_private
+    unconstrained fn balance_of_private(
+        owner: AztecAddress,
+    ) -> u120 {
+        storage.balances.at(owner).balance_of().value
+    }
+    // docs:end:balance_of_private
+
+    // docs:start:balance_of_public
+    unconstrained fn balance_of_public(
+        owner: AztecAddress,
+    ) -> u120 {
+        storage.public_balances.at(owner.address).read().value
+    }
+    // docs:end:balance_of_public
+
+    // Below this point is the stuff of nightmares.
+    // This should ideally not be required. What do we do if vastly different types of preimages?
+
+    // docs:start:compute_note_hash_and_nullifier
+    // Computes note hash and nullifier.
+    // Note 1: Needs to be defined by every contract producing logs.
+    // Note 2: Having it in all the contracts gives us the ability to compute the note hash and nullifier differently for different kind of notes.
+    unconstrained fn compute_note_hash_and_nullifier(contract_address: Field, nonce: Field, storage_slot: Field, preimage: [Field; TOKEN_NOTE_LEN]) -> [Field; 4] {
+        let note_header = NoteHeader::new(contract_address, nonce, storage_slot);
+        if (storage_slot == 5) {
+            note_utils::compute_note_hash_and_nullifier(TransparentNoteMethods, note_header, preimage)
+        } else {
+            note_utils::compute_note_hash_and_nullifier(TokenNoteMethods, note_header, preimage)
+        }
+    }
+    // docs:end:compute_note_hash_and_nullifier
+}
+// docs:end:token_all
diff --git a/yarn-project/boxes/token/src/contracts/src/types.nr b/yarn-project/boxes/token/src/contracts/src/types.nr
new file mode 100644
index 000000000000..1f4883a54c6a
--- /dev/null
+++ b/yarn-project/boxes/token/src/contracts/src/types.nr
@@ -0,0 +1,5 @@
+mod transparent_note;
+mod balance_set;
+mod balances_map;
+mod token_note;
+mod safe_u120_serialization;
\ No newline at end of file
diff --git a/yarn-project/boxes/token/src/contracts/src/types/balance_set.nr b/yarn-project/boxes/token/src/contracts/src/types/balance_set.nr
new file mode 100644
index 000000000000..240b8a3a8c47
--- /dev/null
+++ b/yarn-project/boxes/token/src/contracts/src/types/balance_set.nr
@@ -0,0 +1,132 @@
+use dep::std::option::Option;
+use dep::safe_math::SafeU120;
+use dep::aztec::{
+  context::Context,
+  constants_gen::MAX_READ_REQUESTS_PER_CALL,
+  state_vars::set::Set,
+  log::emit_encrypted_log,
+  types::address::AztecAddress,
+};
+use dep::aztec::note::{
+    note_getter::view_notes,
+    note_getter_options::{NoteGetterOptions, SortOrder},
+    note_viewer_options::NoteViewerOptions
+};
+use dep::aztec::note::{
+    note_header::NoteHeader,
+    note_interface::NoteInterface,
+    utils::compute_note_hash_for_read_or_nullify,
+};
+use dep::aztec::oracle::{
+    rand::rand,
+    get_secret_key::get_secret_key,
+    get_public_key::get_public_key,
+};
+
+use crate::types::token_note::{TokenNote, TOKEN_NOTE_LEN, TokenNoteMethods};
+
+// A set implementing standard manipulation of balances.
+// Does not require spending key, but only knowledge.
+// Spending key requirement should be enforced by the contract using this.
+struct BalanceSet {
+  context: Context,
+  owner: AztecAddress,
+  set: Set<TokenNote, TOKEN_NOTE_LEN>
+}
+
+impl BalanceSet {
+  pub fn new(context: Context, owner: AztecAddress, storage_slot: Field) -> Self {
+    assert(storage_slot != 0, "Storage slot 0 not allowed. Storage slots must start from 1.");
+    let set = Set {
+        context,
+        storage_slot,
+        note_interface: TokenNoteMethods,
+    };
+    Self {
+        context,
+        owner,
+        set,
+    }
+  }
+
+  unconstrained pub fn balance_of(self: Self) -> SafeU120 {
+    self.balance_of_with_offset(0)
+  }
+
+  unconstrained pub fn balance_of_with_offset(self: Self, offset: u32) -> SafeU120 {
+      // Same as SafeU120::new(0), but fewer constraints because no check. 
+      let mut balance = SafeU120::min();
+      // docs:start:view_notes
+      let options = NoteViewerOptions::new().set_offset(offset);
+      let opt_notes = self.set.view_notes(options);
+      // docs:end:view_notes
+      let len = opt_notes.len();
+      for i in 0..len {
+          if opt_notes[i].is_some() {
+              balance = balance.add(opt_notes[i].unwrap_unchecked().amount);
+          }
+      }
+      if (opt_notes[len - 1].is_some()) {
+          balance = balance.add(self.balance_of_with_offset(offset + opt_notes.len() as u32));
+      }
+
+      balance
+  }
+
+    pub fn add(self: Self, addend: SafeU120) {
+        let mut addend_note = TokenNote::new(addend, self.owner);
+
+        // docs:start:insert
+        self.set.insert(&mut addend_note);
+        // docs:end:insert
+
+        addend_note.emit_encrypted(
+          self.context.private.unwrap(),
+          self.set.storage_slot
+        );
+    }
+
+    pub fn sub(self: Self, subtrahend: SafeU120) {
+        // docs:start:get_notes
+        let options = NoteGetterOptions::with_filter(filter_notes_min_sum, subtrahend);
+        let maybe_notes = self.set.get_notes(options);
+        // docs:end:get_notes
+
+        let mut minuend: SafeU120 = SafeU120::min();
+        for i in 0..maybe_notes.len() {
+            if maybe_notes[i].is_some() {
+                let note = maybe_notes[i].unwrap_unchecked();
+
+                // Removes the note from the owner's set of notes.
+                // This will call the the `compute_nullifer` function of the `token_note`
+                // which require knowledge of the secret key (currently the users encryption key).
+                // The contract logic must ensure that the spending key is used as well.
+                // docs:start:remove
+                self.set.remove(note);
+                // docs:end:remove
+
+                minuend = minuend.add(note.amount);
+            }
+        }
+
+        // This is to provide a nicer error msg,
+        // without it minuend-subtrahend would still catch it, but more generic error then.
+        // without the == true, it includes 'minuend.ge(subtrahend)' as part of the error.
+        assert(minuend.ge(subtrahend) == true, "Balance too low");
+
+        self.add(minuend.sub(subtrahend));
+    }
+}
+
+pub fn filter_notes_min_sum(notes: [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: SafeU120) -> [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL] {
+    let mut selected = [Option::none(); MAX_READ_REQUESTS_PER_CALL];
+    let mut sum = SafeU120::min();
+    for i in 0..notes.len() {
+        if notes[i].is_some() & sum.lt(min_sum) {
+            let note = notes[i].unwrap_unchecked();
+            selected[i] = Option::some(note);
+            sum = sum.add(note.amount);
+        }
+    }
+    selected
+}
\ No newline at end of file
diff --git a/yarn-project/boxes/token/src/contracts/src/types/balances_map.nr b/yarn-project/boxes/token/src/contracts/src/types/balances_map.nr
new file mode 100644
index 000000000000..dfcdfb3fbd38
--- /dev/null
+++ b/yarn-project/boxes/token/src/contracts/src/types/balances_map.nr
@@ -0,0 +1,27 @@
+use dep::aztec::context::{PrivateContext, PublicContext, Context};
+use dep::aztec::types::address::AztecAddress;
+use dep::std::option::Option;
+use crate::types::balance_set::BalanceSet;
+
+struct BalancesMap {
+    context: Context,
+    storage_slot: Field,
+}
+
+impl BalancesMap {
+    pub fn new(
+        context: Context,
+        storage_slot: Field,
+    ) -> Self {
+        assert(storage_slot != 0, "Storage slot 0 not allowed. Storage slots must start from 1.");
+        Self {
+            context,
+            storage_slot,
+        }
+    }
+
+    pub fn at(self, owner: AztecAddress) -> BalanceSet {
+        let derived_storage_slot = dep::std::hash::pedersen([self.storage_slot, owner.address])[0];
+        BalanceSet::new(self.context, owner, derived_storage_slot)
+    }
+}
diff --git a/yarn-project/boxes/token/src/contracts/src/types/safe_u120_serialization.nr b/yarn-project/boxes/token/src/contracts/src/types/safe_u120_serialization.nr
new file mode 100644
index 000000000000..f4f3ef84d23e
--- /dev/null
+++ b/yarn-project/boxes/token/src/contracts/src/types/safe_u120_serialization.nr
@@ -0,0 +1,18 @@
+use dep::aztec::types::type_serialization::TypeSerializationInterface;
+use dep::safe_math::SafeU120;
+
+global SAFE_U120_SERIALIZED_LEN: Field = 1;
+
+// This is safe when reading from storage IF only correct safeu120 was written to storage
+fn deserializeU120(fields: [Field; SAFE_U120_SERIALIZED_LEN]) -> SafeU120 {
+    SafeU120{value: fields[0] as u120}
+}
+
+fn serializeU120(value: SafeU120) -> [Field; SAFE_U120_SERIALIZED_LEN] {
+    [value.value as Field]
+}
+
+global SafeU120SerializationMethods = TypeSerializationInterface {
+    deserialize: deserializeU120,
+    serialize: serializeU120,
+};
\ No newline at end of file
diff --git a/yarn-project/boxes/token/src/contracts/src/types/token_note.nr b/yarn-project/boxes/token/src/contracts/src/types/token_note.nr
new file mode 100644
index 000000000000..fdc147adf1a7
--- /dev/null
+++ b/yarn-project/boxes/token/src/contracts/src/types/token_note.nr
@@ -0,0 +1,143 @@
+use dep::aztec::{
+    note::{
+        note_header::NoteHeader,
+        note_interface::NoteInterface,
+        utils::compute_note_hash_for_read_or_nullify,
+    },
+    context::PrivateContext,
+    constants_gen::MAX_READ_REQUESTS_PER_CALL,
+    state_vars::set::Set,
+    log::emit_encrypted_log
+};
+use dep::aztec::types::address::AztecAddress;
+use dep::aztec::oracle::{
+    rand::rand,
+    get_secret_key::get_secret_key,
+    get_public_key::get_public_key,
+};
+
+use dep::safe_math::SafeU120;
+use dep::std::option::Option;
+
+global TOKEN_NOTE_LEN: Field = 3; // 3 plus a header.
+
+struct TokenNote {
+    // the amount of tokens in the note
+    amount: SafeU120,
+    // the provider of secrets for the nullifier. The owner (recipient) to ensure that the note 
+    // can be privately spent. When nullifier secret and encryption private key is same 
+    // we can simply use the owner for this one.
+    owner: AztecAddress,
+    // randomness of the note to hide contents.
+    randomness: Field,
+    // the note header (contract_address, nonce, storage_slot)
+    // included in the note such that it becomes part of encrypted logs for later use.
+    header: NoteHeader,
+}
+
+impl TokenNote {
+    pub fn new(amount: SafeU120, owner: AztecAddress) -> Self {
+        Self {
+            amount,
+            owner,
+            randomness: rand(),
+            header: NoteHeader::empty(),
+        }
+    }
+
+    pub fn serialize(self) -> [Field; TOKEN_NOTE_LEN] {
+        [self.amount.value as Field, self.owner.address, self.randomness]
+    }
+
+    pub fn deserialize(preimage: [Field; TOKEN_NOTE_LEN]) -> Self {
+        Self {
+            amount: SafeU120::new(preimage[0]),
+            owner: AztecAddress::new(preimage[1]),
+            randomness: preimage[2],
+            header: NoteHeader::empty(),
+        }
+    }
+
+    pub fn compute_note_hash(self) -> Field {
+        // TODO(#1205) Should use a non-zero generator index.
+        dep::std::hash::pedersen([
+            self.amount.value as Field, 
+            self.owner.address as Field,
+            self.randomness,
+        ])[0]
+    }
+
+    // docs:start:nullifier
+    pub fn compute_nullifier(self) -> Field {
+        let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(TokenNoteMethods, self);
+        let secret = get_secret_key(self.owner.address);
+        // TODO(#1205) Should use a non-zero generator index.
+        dep::std::hash::pedersen([
+            note_hash_for_nullify,
+            secret.low,
+            secret.high,
+        ])[0]
+    }
+    // docs:end:nullifier
+
+    pub fn set_header(&mut self, header: NoteHeader) {
+        self.header = header;
+    }
+
+
+  pub fn emit_encrypted(
+      self: &mut Self,
+      context: &mut PrivateContext,
+      storage_slot: Field,
+  ) {
+      // We only bother inserting the note if non-empty to save funds on gas.
+      if !self.amount.is_zero() {
+          // docs:start:encrypted
+          let application_contract_address = (*context).this_address();
+          let encryption_pub_key = get_public_key(self.owner.address);
+          let encrypted_data = (*self).serialize();
+
+          emit_encrypted_log(
+              context,
+              application_contract_address,
+              storage_slot,
+              encryption_pub_key,
+              encrypted_data,
+          );
+          // docs:end:encrypted
+      }
+  }
+}
+
+fn deserialize(preimage: [Field; TOKEN_NOTE_LEN]) -> TokenNote {
+    TokenNote::deserialize(preimage)
+}
+
+fn serialize(note: TokenNote) -> [Field; TOKEN_NOTE_LEN] {
+    note.serialize()
+}
+
+fn compute_note_hash(note: TokenNote) -> Field {
+    note.compute_note_hash()
+}
+
+fn compute_nullifier(note: TokenNote) -> Field {
+    note.compute_nullifier()
+}
+
+fn get_header(note: TokenNote) -> NoteHeader {
+    note.header
+}
+
+fn set_header(note: &mut TokenNote, header: NoteHeader) {
+    note.set_header(header)
+}
+
+global TokenNoteMethods = NoteInterface {
+    deserialize,
+    serialize,
+    compute_note_hash,
+    compute_nullifier,
+    get_header,
+    set_header,
+};
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/transparent_note.nr b/yarn-project/boxes/token/src/contracts/src/types/transparent_note.nr
similarity index 68%
rename from yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/transparent_note.nr
rename to yarn-project/boxes/token/src/contracts/src/types/transparent_note.nr
index 2c9bcbe2461a..9cee3bf6d238 100644
--- a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/transparent_note.nr
+++ b/yarn-project/boxes/token/src/contracts/src/types/transparent_note.nr
@@ -1,11 +1,11 @@
+// docs:start:token_types_all
 use dep::std::hash::pedersen;
-use dep::std::hash::pedersen_with_separator;
 use dep::aztec::note::{
     note_header::NoteHeader,
     note_interface::NoteInterface,
     utils::compute_siloed_note_hash,
 };
-use dep::aztec::constants_gen::GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET;
+use dep::aztec::hash::{compute_secret_hash};
 
 global TRANSPARENT_NOTE_LEN: Field = 2;
 
@@ -14,8 +14,9 @@ global TRANSPARENT_NOTE_LEN: Field = 2;
 struct TransparentNote {
     amount: Field,
     secret_hash: Field,
-    // the fields below are not serialized/deserialized
+    // the secret is just here for ease of use and won't be (de)serialized
     secret: Field,
+    // header is just here to satisfy the NoteInterface
     header: NoteHeader,
 }
 
@@ -23,7 +24,7 @@ impl TransparentNote {
 
     // CONSTRUCTORS
 
-    fn new(amount: Field, secret_hash: Field) -> Self {
+    pub fn new(amount: Field, secret_hash: Field) -> Self {
         TransparentNote {
             amount: amount,
             secret_hash: secret_hash,
@@ -34,10 +35,10 @@ impl TransparentNote {
 
     // new oracle call primitive
     // get me the secret corresponding to this hash
-    fn new_from_secret(amount: Field, secret: Field) -> Self {
+    pub fn new_from_secret(amount: Field, secret: Field) -> Self {
         TransparentNote {
             amount: amount,
-            secret_hash: TransparentNote::compute_secret_hash(secret),
+            secret_hash: compute_secret_hash(secret),
             secret: secret,
             header: NoteHeader::empty(),
         }
@@ -46,11 +47,11 @@ impl TransparentNote {
 
     // STANDARD NOTE_INTERFACE FUNCTIONS
 
-    fn serialize(self) -> [Field; TRANSPARENT_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; TRANSPARENT_NOTE_LEN] {
         [self.amount, self.secret_hash]
     }
 
-    fn deserialize(preimage: [Field; TRANSPARENT_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; TRANSPARENT_NOTE_LEN]) -> Self {
         TransparentNote {
             amount: preimage[0],
             secret_hash: preimage[1],
@@ -59,7 +60,7 @@ impl TransparentNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         // TODO(#1205) Should use a non-zero generator index.
         dep::std::hash::pedersen([
             self.amount,
@@ -67,28 +68,22 @@ impl TransparentNote {
         ])[0]
     }
 
-    fn compute_nullifier(self) -> Field {
-        // TODO(https://github.com/AztecProtocol/aztec-packages/issues/1386): should use
-        // `compute_note_hash_for_read_or_nullify` once public functions inject nonce!
+    pub fn compute_nullifier(self) -> Field {
+        // TODO(#1386): should use `compute_note_hash_for_read_or_nullify` once public functions inject nonce!
         let siloed_note_hash = compute_siloed_note_hash(TransparentNoteMethods, self);
         // TODO(#1205) Should use a non-zero generator index.
         pedersen([self.secret, siloed_note_hash])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 
 
     // CUSTOM FUNCTIONS FOR THIS NOTE TYPE
 
-    fn compute_secret_hash(secret: Field) -> Field {
-        // TODO(#1205) This is probably not the right index to use
-        pedersen_with_separator([secret], GENERATOR_INDEX__L1_TO_L2_MESSAGE_SECRET)[0]
-    }
-
-    fn knows_secret(self, secret: Field) {
-        let hash = TransparentNote::compute_secret_hash(secret);
+    pub fn knows_secret(self, secret: Field) {
+        let hash = compute_secret_hash(secret);
         assert(self.secret_hash == hash);
     }
 }
@@ -124,4 +119,5 @@ global TransparentNoteMethods = NoteInterface {
     compute_nullifier,
     get_header,
     set_header,
-};
\ No newline at end of file
+};
+// docs:end:token_types_all
\ No newline at end of file
diff --git a/yarn-project/boxes/private-token/src/scripts/call_contract_function.ts b/yarn-project/boxes/token/src/scripts/call_contract_function.ts
similarity index 89%
rename from yarn-project/boxes/private-token/src/scripts/call_contract_function.ts
rename to yarn-project/boxes/token/src/scripts/call_contract_function.ts
index 86fc722777aa..854803eaa423 100644
--- a/yarn-project/boxes/private-token/src/scripts/call_contract_function.ts
+++ b/yarn-project/boxes/token/src/scripts/call_contract_function.ts
@@ -1,10 +1,10 @@
 import { getWallet } from './util.js';
 import { AztecAddress, PXE, CompleteAddress, Contract } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 
 export async function callContractFunction(
   address: AztecAddress,
-  abi: ContractAbi,
+  abi: ContractArtifact,
   functionName: string,
   typedArgs: any[], // for the exposed functions, this is an array of field elements Fr[]
   pxe: PXE,
diff --git a/yarn-project/boxes/private-token/src/scripts/deploy_contract.ts b/yarn-project/boxes/token/src/scripts/deploy_contract.ts
similarity index 75%
rename from yarn-project/boxes/private-token/src/scripts/deploy_contract.ts
rename to yarn-project/boxes/token/src/scripts/deploy_contract.ts
index 7a0dc7d4d76b..84c28cf63187 100644
--- a/yarn-project/boxes/private-token/src/scripts/deploy_contract.ts
+++ b/yarn-project/boxes/token/src/scripts/deploy_contract.ts
@@ -1,15 +1,15 @@
 import { AztecAddress, CompleteAddress, DeployMethod, Fr } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { PXE } from '@aztec/types';
 
 export async function deployContract(
   activeWallet: CompleteAddress,
-  contractAbi: ContractAbi,
+  artifact: ContractArtifact,
   typedArgs: Fr[], // encode prior to passing in
   salt: Fr,
   pxe: PXE,
 ): Promise<AztecAddress> {
-  const tx = new DeployMethod(activeWallet.publicKey, pxe, contractAbi, typedArgs).send({
+  const tx = new DeployMethod(activeWallet.publicKey, pxe, artifact, typedArgs).send({
     contractAddressSalt: salt,
   });
   await tx.wait();
diff --git a/yarn-project/boxes/private-token/src/scripts/index.ts b/yarn-project/boxes/token/src/scripts/index.ts
similarity index 100%
rename from yarn-project/boxes/private-token/src/scripts/index.ts
rename to yarn-project/boxes/token/src/scripts/index.ts
diff --git a/yarn-project/boxes/token/src/scripts/util.ts b/yarn-project/boxes/token/src/scripts/util.ts
new file mode 100644
index 000000000000..6b6b8884ca8c
--- /dev/null
+++ b/yarn-project/boxes/token/src/scripts/util.ts
@@ -0,0 +1,51 @@
+import { AccountWallet, Fr, getSandboxAccountsWallets } from '@aztec/aztec.js';
+import { FunctionArtifact, encodeArguments } from '@aztec/foundation/abi';
+import { CompleteAddress, PXE } from '@aztec/types';
+
+function convertBasicArg(paramType: string, value: any) {
+  switch (paramType) {
+    case 'field':
+      // hack: addresses are stored as string in the form to avoid bigint compatibility issues with formik
+      // convert those back to bigints before turning into Fr
+      return BigInt(value);
+    default:
+      return value;
+  }
+}
+
+export function convertArgs(functionAbi: FunctionArtifact, args: any): Fr[] {
+  const untypedArgs = functionAbi.parameters
+    .map(param => {
+      if (['field', 'array', 'boolean'].includes(param.type.kind)) {
+        return convertBasicArg(param.type.kind, args[param.name]);
+      } else if (param.type.kind === 'struct') {
+        const structParams = param.type.fields;
+        // struct an object for the struct input type
+        const structArgs = [];
+        for (const field of structParams) {
+          structArgs.push(convertBasicArg(field.type.kind, args[param.name][field.name]));
+        }
+        return structArgs;
+      }
+    })
+    .flat();
+
+  return encodeArguments(functionAbi, untypedArgs);
+}
+
+/**
+ * terminology is confusing, but the `account` points to a smart contract's public key information
+ * while the "wallet" has the account's private key and is used to sign transactions
+ * we need the "wallet" to actually submit transactions using the "account" identity
+ * @param account
+ * @param pxe
+ * @returns
+ */
+export async function getWallet(account: CompleteAddress, pxe: PXE): Promise<AccountWallet> {
+  const accountWallets: AccountWallet[] = await getSandboxAccountsWallets(pxe);
+  const selectedWallet: AccountWallet = accountWallets.find(w => w.getAddress().equals(account.address))!;
+  if (!selectedWallet) {
+    throw new Error(`Wallet for account ${account.address.toShortString()} not found in the PXE.`);
+  }
+  return selectedWallet;
+}
diff --git a/yarn-project/boxes/private-token/src/scripts/view_contract_function.ts b/yarn-project/boxes/token/src/scripts/view_contract_function.ts
similarity index 76%
rename from yarn-project/boxes/private-token/src/scripts/view_contract_function.ts
rename to yarn-project/boxes/token/src/scripts/view_contract_function.ts
index 79bd9b16f928..8b3bfd8e901f 100644
--- a/yarn-project/boxes/private-token/src/scripts/view_contract_function.ts
+++ b/yarn-project/boxes/token/src/scripts/view_contract_function.ts
@@ -1,10 +1,10 @@
 import { getWallet } from './util.js';
 import { AztecAddress, PXE, CompleteAddress, Contract } from '@aztec/aztec.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 
 export async function viewContractFunction(
   address: AztecAddress,
-  abi: ContractAbi,
+  artifact: ContractArtifact,
   functionName: string,
   typedArgs: any[],
   pxe: PXE,
@@ -12,7 +12,7 @@ export async function viewContractFunction(
 ) {
   // we specify the account that is calling the view function by passing in the wallet to the Contract
   const selectedWallet = await getWallet(wallet, pxe);
-  const contract = await Contract.at(address, abi, selectedWallet);
+  const contract = await Contract.at(address, artifact, selectedWallet);
 
   return await contract.methods[functionName](...typedArgs).view({ from: wallet.address });
 }
diff --git a/yarn-project/boxes/token/src/tests/token.contract.test.ts b/yarn-project/boxes/token/src/tests/token.contract.test.ts
new file mode 100644
index 000000000000..0af582936758
--- /dev/null
+++ b/yarn-project/boxes/token/src/tests/token.contract.test.ts
@@ -0,0 +1,975 @@
+import {
+  AccountWallet,
+  Fr,
+  NotePreimage,
+  PXE,
+  TxHash,
+  TxStatus,
+  computeAuthWitMessageHash,
+  computeMessageSecretHash,
+  createPXEClient,
+  getSandboxAccountsWallets,
+  waitForSandbox,
+} from '@aztec/aztec.js';
+import { CompleteAddress } from '@aztec/circuits.js';
+import { DebugLogger, createDebugLogger } from '@aztec/foundation/log';
+import { TokenContract } from '../artifacts/Token.js';
+
+import { afterEach, beforeAll, expect, jest } from '@jest/globals';
+
+import { TokenSimulator } from './token_simulator.js';
+
+// assumes sandbox is running locally, which this script does not trigger
+// as well as anvil.  anvil can be started with yarn test:integration
+const setupSandbox = async () => {
+  const { PXE_URL = 'http://localhost:8080' } = process.env;
+  const pxe = createPXEClient(PXE_URL);
+  await waitForSandbox(pxe);
+  return pxe;
+};
+
+const TIMEOUT = 60_000;
+
+describe('e2e_token_contract', () => {
+  jest.setTimeout(TIMEOUT);
+
+  let wallets: AccountWallet[];
+  let accounts: CompleteAddress[];
+  let logger: DebugLogger;
+
+  let asset: TokenContract;
+
+  let tokenSim: TokenSimulator;
+  let pxe: PXE;
+
+  const addPendingShieldNoteToPXE = async (accountIndex: number, amount: bigint, secretHash: Fr, txHash: TxHash) => {
+    const storageSlot = new Fr(5); // The storage slot of `pending_shields` is 5.
+    const preimage = new NotePreimage([new Fr(amount), secretHash]);
+    await wallets[accountIndex].addNote(accounts[0].address, asset.address, storageSlot, preimage, txHash);
+  };
+
+  beforeAll(async () => {
+    logger = createDebugLogger('box:token_contract_test');
+    pxe = await setupSandbox();
+    // wallets = await createAccounts(pxe, 3);
+    accounts = await pxe.getRegisteredAccounts();
+    wallets = await getSandboxAccountsWallets(pxe);
+
+    logger(`Accounts: ${accounts.map(a => a.toReadableString())}`);
+    logger(`Wallets: ${wallets.map(w => w.getAddress().toString())}`);
+
+    asset = await TokenContract.deploy(wallets[0], accounts[0].address).send().deployed();
+    logger(`Token deployed to ${asset.address}`);
+    tokenSim = new TokenSimulator(
+      asset,
+      logger,
+      accounts.map(a => a.address),
+    );
+
+    expect(await asset.methods.admin().view()).toBe(accounts[0].address.toBigInt());
+  }, 100_000);
+
+  afterEach(async () => {
+    await tokenSim.check();
+  }, TIMEOUT);
+
+  describe('Access controlled functions', () => {
+    it('Set admin', async () => {
+      const tx = asset.methods.set_admin(accounts[1].address).send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+      expect(await asset.methods.admin().view()).toBe(accounts[1].address.toBigInt());
+    });
+
+    it('Add minter as admin', async () => {
+      const tx = asset.withWallet(wallets[1]).methods.set_minter(accounts[1].address, true).send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+      expect(await asset.methods.is_minter(accounts[1].address).view()).toBe(true);
+    });
+
+    it('Revoke minter as admin', async () => {
+      const tx = asset.withWallet(wallets[1]).methods.set_minter(accounts[1].address, false).send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+      expect(await asset.methods.is_minter(accounts[1].address).view()).toBe(false);
+    });
+
+    describe('failure cases', () => {
+      it('Set admin (not admin)', async () => {
+        await expect(asset.methods.set_admin(accounts[0].address).simulate()).rejects.toThrowError(
+          'Assertion failed: caller is not admin',
+        );
+      });
+      it('Revoke minter not as admin', async () => {
+        await expect(asset.methods.set_minter(accounts[0].address, false).simulate()).rejects.toThrowError(
+          'Assertion failed: caller is not admin',
+        );
+      });
+    });
+  });
+
+  describe('Minting', () => {
+    describe('Public', () => {
+      it('as minter', async () => {
+        const amount = 10000n;
+        const tx = asset.methods.mint_public(accounts[0].address, amount).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+
+        tokenSim.mintPublic(accounts[0].address, amount);
+        expect(await asset.methods.balance_of_public(accounts[0].address).view()).toEqual(
+          tokenSim.balanceOfPublic(accounts[0].address),
+        );
+        expect(await asset.methods.total_supply().view()).toEqual(tokenSim.totalSupply);
+      });
+
+      describe('failure cases', () => {
+        it('as non-minter', async () => {
+          const amount = 10000n;
+          await expect(
+            asset.withWallet(wallets[1]).methods.mint_public(accounts[0].address, amount).simulate(),
+          ).rejects.toThrowError('Assertion failed: caller is not minter');
+        });
+
+        it('mint >u120 tokens to overflow', async () => {
+          const amount = 2n ** 120n; // SafeU120::max() + 1;
+          await expect(asset.methods.mint_public(accounts[0].address, amount).simulate()).rejects.toThrowError(
+            'Assertion failed: Value too large for SafeU120',
+          );
+        });
+
+        it('mint <u120 but recipient balance >u120', async () => {
+          const amount = 2n ** 120n - tokenSim.balanceOfPublic(accounts[0].address);
+          await expect(asset.methods.mint_public(accounts[0].address, amount).simulate()).rejects.toThrowError(
+            'Assertion failed: Overflow',
+          );
+        });
+
+        it('mint <u120 but such that total supply >u120', async () => {
+          const amount = 2n ** 120n - tokenSim.balanceOfPublic(accounts[0].address);
+          await expect(asset.methods.mint_public(accounts[1].address, amount).simulate()).rejects.toThrowError(
+            'Assertion failed: Overflow',
+          );
+        });
+      });
+    });
+
+    describe('Private', () => {
+      const secret = Fr.random();
+      const amount = 10000n;
+      let secretHash: Fr;
+      let txHash: TxHash;
+
+      beforeAll(async () => {
+        secretHash = await computeMessageSecretHash(secret);
+      });
+
+      describe('Mint flow', () => {
+        it('mint_private as minter', async () => {
+          const tx = asset.methods.mint_private(amount, secretHash).send();
+          const receipt = await tx.wait();
+          expect(receipt.status).toBe(TxStatus.MINED);
+          tokenSim.mintPrivate(amount);
+          txHash = receipt.txHash;
+        });
+
+        it('redeem as recipient', async () => {
+          await addPendingShieldNoteToPXE(0, amount, secretHash, txHash);
+          const txClaim = asset.methods.redeem_shield(accounts[0].address, amount, secret).send();
+          const receiptClaim = await txClaim.wait();
+          expect(receiptClaim.status).toBe(TxStatus.MINED);
+          tokenSim.redeemShield(accounts[0].address, amount);
+        });
+      });
+
+      describe('failure cases', () => {
+        it('try to redeem as recipient (double-spend) [REVERTS]', async () => {
+          await expect(addPendingShieldNoteToPXE(0, amount, secretHash, txHash)).rejects.toThrowError(
+            'The note has been destroyed.',
+          );
+          await expect(
+            asset.methods.redeem_shield(accounts[0].address, amount, secret).simulate(),
+          ).rejects.toThrowError('Can only remove a note that has been read from the set.');
+        });
+
+        it('mint_private as non-minter', async () => {
+          await expect(
+            asset.withWallet(wallets[1]).methods.mint_private(amount, secretHash).simulate(),
+          ).rejects.toThrowError('Assertion failed: caller is not minter');
+        });
+
+        it('mint >u120 tokens to overflow', async () => {
+          const amount = 2n ** 120n; // SafeU120::max() + 1;
+          await expect(asset.methods.mint_private(amount, secretHash).simulate()).rejects.toThrowError(
+            'Assertion failed: Value too large for SafeU120',
+          );
+        });
+
+        it('mint <u120 but recipient balance >u120', async () => {
+          const amount = 2n ** 120n - tokenSim.balanceOfPrivate(accounts[0].address);
+          expect(amount).toBeLessThan(2n ** 120n);
+          await expect(asset.methods.mint_private(amount, secretHash).simulate()).rejects.toThrowError(
+            'Assertion failed: Overflow',
+          );
+        });
+
+        it('mint <u120 but such that total supply >u120', async () => {
+          const amount = 2n ** 120n - tokenSim.totalSupply;
+          await expect(asset.methods.mint_private(amount, secretHash).simulate()).rejects.toThrowError(
+            'Assertion failed: Overflow',
+          );
+        });
+      });
+    });
+  });
+
+  describe('Transfer', () => {
+    describe('public', () => {
+      it('transfer less than balance', async () => {
+        const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const tx = asset.methods.transfer_public(accounts[0].address, accounts[1].address, amount, 0).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+
+        tokenSim.transferPublic(accounts[0].address, accounts[1].address, amount);
+      });
+
+      it('transfer to self', async () => {
+        const balance = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balance / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const tx = asset.methods.transfer_public(accounts[0].address, accounts[0].address, amount, 0).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+
+        tokenSim.transferPublic(accounts[0].address, accounts[0].address, amount);
+      });
+
+      it('transfer on behalf of other', async () => {
+        const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const nonce = Fr.random();
+
+        // docs:start:authwit_public_transfer_example
+        const action = asset
+          .withWallet(wallets[1])
+          .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+        await wallets[0].setPublicAuth(messageHash, true).send().wait();
+        // docs:end:authwit_public_transfer_example
+
+        // Perform the transfer
+        const tx = action.send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+
+        tokenSim.transferPublic(accounts[0].address, accounts[1].address, amount);
+
+        // Check that the message hash is no longer valid. Need to try to send since nullifiers are handled by sequencer.
+        const txReplay = asset
+          .withWallet(wallets[1])
+          .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce)
+          .send();
+        await txReplay.isMined();
+        const receiptReplay = await txReplay.getReceipt();
+        expect(receiptReplay.status).toBe(TxStatus.DROPPED);
+      });
+
+      describe('failure cases', () => {
+        it('transfer more than balance', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          const nonce = 0;
+          await expect(
+            asset.methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce).simulate(),
+          ).rejects.toThrowError('Assertion failed: Underflow');
+        });
+
+        it('transfer on behalf of self with non-zero nonce', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 - 1n;
+          const nonce = 1;
+          await expect(
+            asset.methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce).simulate(),
+          ).rejects.toThrowError('Assertion failed: invalid nonce');
+        });
+
+        it('transfer on behalf of other without "approval"', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          const nonce = Fr.random();
+          await expect(
+            asset
+              .withWallet(wallets[1])
+              .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce)
+              .simulate(),
+          ).rejects.toThrowError('Assertion failed: Message not authorized by account');
+        });
+
+        it('transfer more than balance on behalf of other', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const balance1 = await asset.methods.balance_of_public(accounts[1].address).view();
+          const amount = balance0 + 1n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          const action = asset
+            .withWallet(wallets[1])
+            .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+          // Perform the transfer
+          await expect(action.simulate()).rejects.toThrowError('Assertion failed: Underflow');
+
+          expect(await asset.methods.balance_of_public(accounts[0].address).view()).toEqual(balance0);
+          expect(await asset.methods.balance_of_public(accounts[1].address).view()).toEqual(balance1);
+        });
+
+        it('transfer on behalf of other, wrong designated caller', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const balance1 = await asset.methods.balance_of_public(accounts[1].address).view();
+          const amount = balance0 + 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset
+            .withWallet(wallets[1])
+            .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[0].address, action.request());
+
+          await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+          // Perform the transfer
+          await expect(action.simulate()).rejects.toThrowError('Assertion failed: Message not authorized by account');
+
+          expect(await asset.methods.balance_of_public(accounts[0].address).view()).toEqual(balance0);
+          expect(await asset.methods.balance_of_public(accounts[1].address).view()).toEqual(balance1);
+        });
+
+        it('transfer on behalf of other, wrong designated caller', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const balance1 = await asset.methods.balance_of_public(accounts[1].address).view();
+          const amount = balance0 + 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset
+            .withWallet(wallets[1])
+            .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[0].address, action.request());
+          await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+          // Perform the transfer
+          await expect(action.simulate()).rejects.toThrowError('Assertion failed: Message not authorized by account');
+
+          expect(await asset.methods.balance_of_public(accounts[0].address).view()).toEqual(balance0);
+          expect(await asset.methods.balance_of_public(accounts[1].address).view()).toEqual(balance1);
+        });
+      });
+    });
+
+    describe('private', () => {
+      it('transfer less than balance', async () => {
+        const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const tx = asset.methods.transfer(accounts[0].address, accounts[1].address, amount, 0).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+        tokenSim.transferPrivate(accounts[0].address, accounts[1].address, amount);
+      });
+
+      it('transfer to self', async () => {
+        const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const tx = asset.methods.transfer(accounts[0].address, accounts[0].address, amount, 0).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+        tokenSim.transferPrivate(accounts[0].address, accounts[0].address, amount);
+      });
+
+      it('transfer on behalf of other', async () => {
+        const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        // docs:start:authwit_transfer_example
+        // docs:start:authwit_computeAuthWitMessageHash
+        const action = asset
+          .withWallet(wallets[1])
+          .methods.transfer(accounts[0].address, accounts[1].address, amount, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+        // docs:end:authwit_computeAuthWitMessageHash
+
+        const witness = await wallets[0].createAuthWitness(messageHash);
+        await wallets[1].addAuthWitness(witness);
+        // docs:end:authwit_transfer_example
+
+        // Perform the transfer
+        const tx = action.send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+        tokenSim.transferPrivate(accounts[0].address, accounts[1].address, amount);
+
+        // Perform the transfer again, should fail
+        const txReplay = asset
+          .withWallet(wallets[1])
+          .methods.transfer(accounts[0].address, accounts[1].address, amount, nonce)
+          .send();
+        await txReplay.isMined();
+        const receiptReplay = await txReplay.getReceipt();
+        expect(receiptReplay.status).toBe(TxStatus.DROPPED);
+      });
+
+      describe('failure cases', () => {
+        it('transfer more than balance', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          expect(amount).toBeGreaterThan(0n);
+          await expect(
+            asset.methods.transfer(accounts[0].address, accounts[1].address, amount, 0).simulate(),
+          ).rejects.toThrowError('Assertion failed: Balance too low');
+        });
+
+        it('transfer on behalf of self with non-zero nonce', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 - 1n;
+          expect(amount).toBeGreaterThan(0n);
+          await expect(
+            asset.methods.transfer(accounts[0].address, accounts[1].address, amount, 1).simulate(),
+          ).rejects.toThrowError('Assertion failed: invalid nonce');
+        });
+
+        it('transfer more than balance on behalf of other', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const balance1 = await asset.methods.balance_of_private(accounts[1].address).view();
+          const amount = balance0 + 1n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset
+            .withWallet(wallets[1])
+            .methods.transfer(accounts[0].address, accounts[1].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+          // Both wallets are connected to same node and PXE so we could just insert directly using
+          // await wallet.signAndAddAuthWitness(messageHash, );
+          // But doing it in two actions to show the flow.
+          const witness = await wallets[0].createAuthWitness(messageHash);
+          await wallets[1].addAuthWitness(witness);
+
+          // Perform the transfer
+          await expect(action.simulate()).rejects.toThrowError('Assertion failed: Balance too low');
+          expect(await asset.methods.balance_of_private(accounts[0].address).view()).toEqual(balance0);
+          expect(await asset.methods.balance_of_private(accounts[1].address).view()).toEqual(balance1);
+        });
+
+        it('transfer on behalf of other without approval', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 / 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset
+            .withWallet(wallets[1])
+            .methods.transfer(accounts[0].address, accounts[1].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+          await expect(action.simulate()).rejects.toThrowError(
+            `Unknown auth witness for message hash 0x${messageHash.toString('hex')}`,
+          );
+        });
+
+        it('transfer on behalf of other, wrong designated caller', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 / 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset
+            .withWallet(wallets[2])
+            .methods.transfer(accounts[0].address, accounts[1].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+          const expectedMessageHash = await computeAuthWitMessageHash(accounts[2].address, action.request());
+
+          const witness = await wallets[0].createAuthWitness(messageHash);
+          await wallets[2].addAuthWitness(witness);
+
+          await expect(action.simulate()).rejects.toThrowError(
+            `Unknown auth witness for message hash 0x${expectedMessageHash.toString('hex')}`,
+          );
+          expect(await asset.methods.balance_of_private(accounts[0].address).view()).toEqual(balance0);
+        });
+      });
+    });
+  });
+
+  describe('Shielding (shield + redeem_shield)', () => {
+    const secret = Fr.random();
+    let secretHash: Fr;
+
+    beforeAll(async () => {
+      secretHash = await computeMessageSecretHash(secret);
+    });
+
+    it('on behalf of self', async () => {
+      const balancePub = await asset.methods.balance_of_public(accounts[0].address).view();
+      const amount = balancePub / 2n;
+      expect(amount).toBeGreaterThan(0n);
+
+      const tx = asset.methods.shield(accounts[0].address, amount, secretHash, 0).send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+
+      tokenSim.shield(accounts[0].address, amount);
+      await tokenSim.check();
+
+      // Redeem it
+      await addPendingShieldNoteToPXE(0, amount, secretHash, receipt.txHash);
+      const txClaim = asset.methods.redeem_shield(accounts[0].address, amount, secret).send();
+      const receiptClaim = await txClaim.wait();
+      expect(receiptClaim.status).toBe(TxStatus.MINED);
+
+      tokenSim.redeemShield(accounts[0].address, amount);
+    });
+
+    it('on behalf of other', async () => {
+      const balancePub = await asset.methods.balance_of_public(accounts[0].address).view();
+      const amount = balancePub / 2n;
+      const nonce = Fr.random();
+      expect(amount).toBeGreaterThan(0n);
+
+      // We need to compute the message we want to sign and add it to the wallet as approved
+      const action = asset.withWallet(wallets[1]).methods.shield(accounts[0].address, amount, secretHash, nonce);
+      const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+      await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+      const tx = action.send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+
+      tokenSim.shield(accounts[0].address, amount);
+      await tokenSim.check();
+
+      // Check that replaying the shield should fail!
+      const txReplay = asset
+        .withWallet(wallets[1])
+        .methods.shield(accounts[0].address, amount, secretHash, nonce)
+        .send();
+      await txReplay.isMined();
+      const receiptReplay = await txReplay.getReceipt();
+      expect(receiptReplay.status).toBe(TxStatus.DROPPED);
+
+      // Redeem it
+      await addPendingShieldNoteToPXE(0, amount, secretHash, receipt.txHash);
+      const txClaim = asset.methods.redeem_shield(accounts[0].address, amount, secret).send();
+      const receiptClaim = await txClaim.wait();
+      expect(receiptClaim.status).toBe(TxStatus.MINED);
+
+      tokenSim.redeemShield(accounts[0].address, amount);
+    });
+
+    describe('failure cases', () => {
+      it('on behalf of self (more than balance)', async () => {
+        const balancePub = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balancePub + 1n;
+        expect(amount).toBeGreaterThan(0n);
+
+        await expect(asset.methods.shield(accounts[0].address, amount, secretHash, 0).simulate()).rejects.toThrowError(
+          'Assertion failed: Underflow',
+        );
+      });
+
+      it('on behalf of self (invalid nonce)', async () => {
+        const balancePub = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balancePub + 1n;
+        expect(amount).toBeGreaterThan(0n);
+
+        await expect(asset.methods.shield(accounts[0].address, amount, secretHash, 1).simulate()).rejects.toThrowError(
+          'Assertion failed: invalid nonce',
+        );
+      });
+
+      it('on behalf of other (more than balance)', async () => {
+        const balancePub = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balancePub + 1n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        const action = asset.withWallet(wallets[1]).methods.shield(accounts[0].address, amount, secretHash, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+        await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+        await expect(action.simulate()).rejects.toThrowError('Assertion failed: Underflow');
+      });
+
+      it('on behalf of other (wrong designated caller)', async () => {
+        const balancePub = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balancePub + 1n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        const action = asset.withWallet(wallets[2]).methods.shield(accounts[0].address, amount, secretHash, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+        await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+        await expect(action.simulate()).rejects.toThrowError('Assertion failed: Message not authorized by account');
+      });
+
+      it('on behalf of other (without approval)', async () => {
+        const balance = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balance / 2n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        await expect(
+          asset.withWallet(wallets[1]).methods.shield(accounts[0].address, amount, secretHash, nonce).simulate(),
+        ).rejects.toThrowError(`Assertion failed: Message not authorized by account`);
+      });
+    });
+  });
+
+  describe('Unshielding', () => {
+    it('on behalf of self', async () => {
+      const balancePriv = await asset.methods.balance_of_private(accounts[0].address).view();
+      const amount = balancePriv / 2n;
+      expect(amount).toBeGreaterThan(0n);
+
+      const tx = asset.methods.unshield(accounts[0].address, accounts[0].address, amount, 0).send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+
+      tokenSim.unshield(accounts[0].address, accounts[0].address, amount);
+    });
+
+    it('on behalf of other', async () => {
+      const balancePriv0 = await asset.methods.balance_of_private(accounts[0].address).view();
+      const amount = balancePriv0 / 2n;
+      const nonce = Fr.random();
+      expect(amount).toBeGreaterThan(0n);
+
+      // We need to compute the message we want to sign and add it to the wallet as approved
+      const action = asset
+        .withWallet(wallets[1])
+        .methods.unshield(accounts[0].address, accounts[1].address, amount, nonce);
+      const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+      // Both wallets are connected to same node and PXE so we could just insert directly using
+      // await wallet.signAndAddAuthWitness(messageHash, );
+      // But doing it in two actions to show the flow.
+      const witness = await wallets[0].createAuthWitness(messageHash);
+      await wallets[1].addAuthWitness(witness);
+
+      const tx = action.send();
+      const receipt = await tx.wait();
+      expect(receipt.status).toBe(TxStatus.MINED);
+      tokenSim.unshield(accounts[0].address, accounts[1].address, amount);
+
+      // Perform the transfer again, should fail
+      const txReplay = asset
+        .withWallet(wallets[1])
+        .methods.unshield(accounts[0].address, accounts[1].address, amount, nonce)
+        .send();
+      await txReplay.isMined();
+      const receiptReplay = await txReplay.getReceipt();
+      expect(receiptReplay.status).toBe(TxStatus.DROPPED);
+    });
+
+    describe('failure cases', () => {
+      it('on behalf of self (more than balance)', async () => {
+        const balancePriv = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balancePriv + 1n;
+        expect(amount).toBeGreaterThan(0n);
+
+        await expect(
+          asset.methods.unshield(accounts[0].address, accounts[0].address, amount, 0).simulate(),
+        ).rejects.toThrowError('Assertion failed: Balance too low');
+      });
+
+      it('on behalf of self (invalid nonce)', async () => {
+        const balancePriv = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balancePriv + 1n;
+        expect(amount).toBeGreaterThan(0n);
+
+        await expect(
+          asset.methods.unshield(accounts[0].address, accounts[0].address, amount, 1).simulate(),
+        ).rejects.toThrowError('Assertion failed: invalid nonce');
+      });
+
+      it('on behalf of other (more than balance)', async () => {
+        const balancePriv0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balancePriv0 + 2n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        const action = asset
+          .withWallet(wallets[1])
+          .methods.unshield(accounts[0].address, accounts[1].address, amount, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+        // Both wallets are connected to same node and PXE so we could just insert directly using
+        // await wallet.signAndAddAuthWitness(messageHash, );
+        // But doing it in two actions to show the flow.
+        const witness = await wallets[0].createAuthWitness(messageHash);
+        await wallets[1].addAuthWitness(witness);
+
+        await expect(action.simulate()).rejects.toThrowError('Assertion failed: Balance too low');
+      });
+
+      it('on behalf of other (invalid designated caller)', async () => {
+        const balancePriv0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balancePriv0 + 2n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        const action = asset
+          .withWallet(wallets[2])
+          .methods.unshield(accounts[0].address, accounts[1].address, amount, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+        const expectedMessageHash = await computeAuthWitMessageHash(accounts[2].address, action.request());
+
+        // Both wallets are connected to same node and PXE so we could just insert directly using
+        // await wallet.signAndAddAuthWitness(messageHash, );
+        // But doing it in two actions to show the flow.
+        const witness = await wallets[0].createAuthWitness(messageHash);
+        await wallets[2].addAuthWitness(witness);
+
+        await expect(action.simulate()).rejects.toThrowError(
+          `Unknown auth witness for message hash 0x${expectedMessageHash.toString('hex')}`,
+        );
+      });
+    });
+  });
+
+  describe('Burn', () => {
+    describe('public', () => {
+      it('burn less than balance', async () => {
+        const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const tx = asset.methods.burn_public(accounts[0].address, amount, 0).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+
+        tokenSim.burnPublic(accounts[0].address, amount);
+      });
+
+      it('burn on behalf of other', async () => {
+        const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const nonce = Fr.random();
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        const action = asset.withWallet(wallets[1]).methods.burn_public(accounts[0].address, amount, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+        await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+        const tx = action.send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+
+        tokenSim.burnPublic(accounts[0].address, amount);
+
+        // Check that the message hash is no longer valid. Need to try to send since nullifiers are handled by sequencer.
+        const txReplay = asset.withWallet(wallets[1]).methods.burn_public(accounts[0].address, amount, nonce).send();
+        await txReplay.isMined();
+        const receiptReplay = await txReplay.getReceipt();
+        expect(receiptReplay.status).toBe(TxStatus.DROPPED);
+      });
+
+      describe('failure cases', () => {
+        it('burn more than balance', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          const nonce = 0;
+          await expect(asset.methods.burn_public(accounts[0].address, amount, nonce).simulate()).rejects.toThrowError(
+            'Assertion failed: Underflow',
+          );
+        });
+
+        it('burn on behalf of self with non-zero nonce', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 - 1n;
+          expect(amount).toBeGreaterThan(0n);
+          const nonce = 1;
+          await expect(asset.methods.burn_public(accounts[0].address, amount, nonce).simulate()).rejects.toThrowError(
+            'Assertion failed: invalid nonce',
+          );
+        });
+
+        it('burn on behalf of other without "approval"', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          const nonce = Fr.random();
+          await expect(
+            asset.withWallet(wallets[1]).methods.burn_public(accounts[0].address, amount, nonce).simulate(),
+          ).rejects.toThrowError('Assertion failed: Message not authorized by account');
+        });
+
+        it('burn more than balance on behalf of other', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset.withWallet(wallets[1]).methods.burn_public(accounts[0].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+          await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+          await expect(action.simulate()).rejects.toThrowError('Assertion failed: Underflow');
+        });
+
+        it('burn on behalf of other, wrong designated caller', async () => {
+          const balance0 = await asset.methods.balance_of_public(accounts[0].address).view();
+          const amount = balance0 + 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset.withWallet(wallets[1]).methods.burn_public(accounts[0].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[0].address, action.request());
+          await wallets[0].setPublicAuth(messageHash, true).send().wait();
+
+          await expect(
+            asset.withWallet(wallets[1]).methods.burn_public(accounts[0].address, amount, nonce).simulate(),
+          ).rejects.toThrowError('Assertion failed: Message not authorized by account');
+        });
+      });
+    });
+
+    describe('private', () => {
+      it('burn less than balance', async () => {
+        const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        expect(amount).toBeGreaterThan(0n);
+        const tx = asset.methods.burn(accounts[0].address, amount, 0).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+        tokenSim.burnPrivate(accounts[0].address, amount);
+      });
+
+      it('burn on behalf of other', async () => {
+        const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+        const amount = balance0 / 2n;
+        const nonce = Fr.random();
+        expect(amount).toBeGreaterThan(0n);
+
+        // We need to compute the message we want to sign and add it to the wallet as approved
+        const action = asset.withWallet(wallets[1]).methods.burn(accounts[0].address, amount, nonce);
+        const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+        // Both wallets are connected to same node and PXE so we could just insert directly using
+        // await wallet.signAndAddAuthWitness(messageHash, );
+        // But doing it in two actions to show the flow.
+        const witness = await wallets[0].createAuthWitness(messageHash);
+        await wallets[1].addAuthWitness(witness);
+
+        const tx = asset.withWallet(wallets[1]).methods.burn(accounts[0].address, amount, nonce).send();
+        const receipt = await tx.wait();
+        expect(receipt.status).toBe(TxStatus.MINED);
+        tokenSim.burnPrivate(accounts[0].address, amount);
+
+        // Perform the transfer again, should fail
+        const txReplay = asset.withWallet(wallets[1]).methods.burn(accounts[0].address, amount, nonce).send();
+        await txReplay.isMined();
+        const receiptReplay = await txReplay.getReceipt();
+        expect(receiptReplay.status).toBe(TxStatus.DROPPED);
+      });
+
+      describe('failure cases', () => {
+        it('burn more than balance', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          expect(amount).toBeGreaterThan(0n);
+          await expect(asset.methods.burn(accounts[0].address, amount, 0).simulate()).rejects.toThrowError(
+            'Assertion failed: Balance too low',
+          );
+        });
+
+        it('burn on behalf of self with non-zero nonce', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 - 1n;
+          expect(amount).toBeGreaterThan(0n);
+          await expect(asset.methods.burn(accounts[0].address, amount, 1).simulate()).rejects.toThrowError(
+            'Assertion failed: invalid nonce',
+          );
+        });
+
+        it('burn more than balance on behalf of other', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 + 1n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset.withWallet(wallets[1]).methods.burn(accounts[0].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+          // Both wallets are connected to same node and PXE so we could just insert directly using
+          // await wallet.signAndAddAuthWitness(messageHash, );
+          // But doing it in two actions to show the flow.
+          const witness = await wallets[0].createAuthWitness(messageHash);
+          await wallets[1].addAuthWitness(witness);
+
+          await expect(action.simulate()).rejects.toThrowError('Assertion failed: Balance too low');
+        });
+
+        it('burn on behalf of other without approval', async () => {
+          const balance0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balance0 / 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset.withWallet(wallets[1]).methods.burn(accounts[0].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+
+          await expect(action.simulate()).rejects.toThrowError(
+            `Unknown auth witness for message hash 0x${messageHash.toString('hex')}`,
+          );
+        });
+
+        it('on behalf of other (invalid designated caller)', async () => {
+          const balancePriv0 = await asset.methods.balance_of_private(accounts[0].address).view();
+          const amount = balancePriv0 + 2n;
+          const nonce = Fr.random();
+          expect(amount).toBeGreaterThan(0n);
+
+          // We need to compute the message we want to sign and add it to the wallet as approved
+          const action = asset.withWallet(wallets[2]).methods.burn(accounts[0].address, amount, nonce);
+          const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+          const expectedMessageHash = await computeAuthWitMessageHash(accounts[2].address, action.request());
+
+          const witness = await wallets[0].createAuthWitness(messageHash);
+          await wallets[2].addAuthWitness(witness);
+
+          await expect(action.simulate()).rejects.toThrowError(
+            `Unknown auth witness for message hash 0x${expectedMessageHash.toString('hex')}`,
+          );
+        });
+      });
+    });
+  });
+});
diff --git a/yarn-project/boxes/token/src/tests/token_simulator.ts b/yarn-project/boxes/token/src/tests/token_simulator.ts
new file mode 100644
index 000000000000..fd435811bfe1
--- /dev/null
+++ b/yarn-project/boxes/token/src/tests/token_simulator.ts
@@ -0,0 +1,95 @@
+import { AztecAddress, DebugLogger } from '@aztec/aztec.js';
+import { TokenContract } from '../artifacts/Token.js';
+
+export class TokenSimulator {
+  private balancesPrivate: Map<AztecAddress, bigint> = new Map();
+  private balancePublic: Map<AztecAddress, bigint> = new Map();
+  public totalSupply: bigint = 0n;
+
+  constructor(
+    protected token: TokenContract,
+    protected logger: DebugLogger,
+    protected accounts: AztecAddress[],
+  ) {}
+
+  public mintPrivate(amount: bigint) {
+    this.totalSupply += amount;
+  }
+
+  public mintPublic(to: AztecAddress, amount: bigint) {
+    this.totalSupply += amount;
+    const value = this.balancePublic.get(to) || 0n;
+    this.balancePublic.set(to, value + amount);
+  }
+
+  public transferPublic(from: AztecAddress, to: AztecAddress, amount: bigint) {
+    const fromBalance = this.balancePublic.get(from) || 0n;
+    this.balancePublic.set(from, fromBalance - amount);
+    expect(fromBalance).toBeGreaterThanOrEqual(amount);
+
+    const toBalance = this.balancePublic.get(to) || 0n;
+    this.balancePublic.set(to, toBalance + amount);
+  }
+
+  public transferPrivate(from: AztecAddress, to: AztecAddress, amount: bigint) {
+    const fromBalance = this.balancesPrivate.get(from) || 0n;
+    expect(fromBalance).toBeGreaterThanOrEqual(amount);
+    this.balancesPrivate.set(from, fromBalance - amount);
+
+    const toBalance = this.balancesPrivate.get(to) || 0n;
+    this.balancesPrivate.set(to, toBalance + amount);
+  }
+
+  public shield(from: AztecAddress, amount: bigint) {
+    const fromBalance = this.balancePublic.get(from) || 0n;
+    expect(fromBalance).toBeGreaterThanOrEqual(amount);
+    this.balancePublic.set(from, fromBalance - amount);
+  }
+
+  public redeemShield(to: AztecAddress, amount: bigint) {
+    const toBalance = this.balancesPrivate.get(to) || 0n;
+    this.balancesPrivate.set(to, toBalance + amount);
+  }
+
+  public unshield(from: AztecAddress, to: AztecAddress, amount: bigint) {
+    const fromBalance = this.balancesPrivate.get(from) || 0n;
+    const toBalance = this.balancePublic.get(to) || 0n;
+    expect(fromBalance).toBeGreaterThanOrEqual(amount);
+    this.balancesPrivate.set(from, fromBalance - amount);
+    this.balancePublic.set(to, toBalance + amount);
+  }
+
+  public burnPrivate(from: AztecAddress, amount: bigint) {
+    const fromBalance = this.balancesPrivate.get(from) || 0n;
+    expect(fromBalance).toBeGreaterThanOrEqual(amount);
+    this.balancesPrivate.set(from, fromBalance - amount);
+
+    this.totalSupply -= amount;
+  }
+
+  public burnPublic(from: AztecAddress, amount: bigint) {
+    const fromBalance = this.balancePublic.get(from) || 0n;
+    expect(fromBalance).toBeGreaterThanOrEqual(amount);
+    this.balancePublic.set(from, fromBalance - amount);
+
+    this.totalSupply -= amount;
+  }
+
+  public balanceOfPublic(address: AztecAddress) {
+    return this.balancePublic.get(address) || 0n;
+  }
+
+  public balanceOfPrivate(address: AztecAddress) {
+    return this.balancesPrivate.get(address) || 0n;
+  }
+
+  public async check() {
+    expect(await this.token.methods.total_supply().view()).toEqual(this.totalSupply);
+
+    // Check that all our public matches
+    for (const address of this.accounts) {
+      expect(await this.token.methods.balance_of_public({ address }).view()).toEqual(this.balanceOfPublic(address));
+      expect(await this.token.methods.balance_of_private({ address }).view()).toEqual(this.balanceOfPrivate(address));
+    }
+  }
+}
diff --git a/yarn-project/boxes/private-token/src/typings.d.ts b/yarn-project/boxes/token/src/typings.d.ts
similarity index 100%
rename from yarn-project/boxes/private-token/src/typings.d.ts
rename to yarn-project/boxes/token/src/typings.d.ts
diff --git a/yarn-project/boxes/private-token/tailwind.config.cjs b/yarn-project/boxes/token/tailwind.config.cjs
similarity index 100%
rename from yarn-project/boxes/private-token/tailwind.config.cjs
rename to yarn-project/boxes/token/tailwind.config.cjs
diff --git a/yarn-project/boxes/private-token/tsconfig.dest.json b/yarn-project/boxes/token/tsconfig.dest.json
similarity index 86%
rename from yarn-project/boxes/private-token/tsconfig.dest.json
rename to yarn-project/boxes/token/tsconfig.dest.json
index 6c11c57e0ebc..0ae51db04507 100644
--- a/yarn-project/boxes/private-token/tsconfig.dest.json
+++ b/yarn-project/boxes/token/tsconfig.dest.json
@@ -2,7 +2,6 @@
   "extends": ".",
   "references": [
     { "path": "../../aztec.js" },
-    { "path": "../../cli" },
     { "path": "../../foundation" },
     { "path": "../../types" }
   ],
diff --git a/yarn-project/boxes/private-token/tsconfig.json b/yarn-project/boxes/token/tsconfig.json
similarity index 95%
rename from yarn-project/boxes/private-token/tsconfig.json
rename to yarn-project/boxes/token/tsconfig.json
index 5598551378cf..c206f6242290 100644
--- a/yarn-project/boxes/private-token/tsconfig.json
+++ b/yarn-project/boxes/token/tsconfig.json
@@ -36,9 +36,6 @@
     {
       "path": "../../circuits.js"
     },
-    {
-      "path": "../../cli"
-    },
     {
       "path": "../../foundation"
     },
diff --git a/yarn-project/boxes/private-token/webpack.config.js b/yarn-project/boxes/token/webpack.config.js
similarity index 99%
rename from yarn-project/boxes/private-token/webpack.config.js
rename to yarn-project/boxes/token/webpack.config.js
index f489a6bc0082..b5f4f902bd38 100644
--- a/yarn-project/boxes/private-token/webpack.config.js
+++ b/yarn-project/boxes/token/webpack.config.js
@@ -10,7 +10,7 @@ const require = createRequire(import.meta.url);
 export default (_, argv) => ({
   target: 'web',
   mode: 'production',
-  devtool: false,
+  devtool: 'source-map',
   entry: {
     main: './src/app/index.tsx',
   },
diff --git a/yarn-project/canary/package.json b/yarn-project/canary/package.json
index d621c6008e87..4bdaf4e0495e 100644
--- a/yarn-project/canary/package.json
+++ b/yarn-project/canary/package.json
@@ -22,11 +22,7 @@
   },
   "dependencies": {
     "@aztec/aztec.js": "workspace:^",
-    "@aztec/circuits.js": "workspace:^",
-    "@aztec/cli": "workspace:^",
     "@aztec/end-to-end": "workspace:^",
-    "@aztec/l1-artifacts": "workspace:^",
-    "@aztec/noir-contracts": "workspace:^",
     "@jest/globals": "^29.5.0",
     "@types/jest": "^29.5.0",
     "@types/koa-static": "^4.0.2",
diff --git a/yarn-project/canary/scripts/docker-compose-browser.yml b/yarn-project/canary/scripts/docker-compose-browser.yml
index bb8c3b1ecc5a..6e9429371ab6 100644
--- a/yarn-project/canary/scripts/docker-compose-browser.yml
+++ b/yarn-project/canary/scripts/docker-compose-browser.yml
@@ -13,7 +13,7 @@ services:
       - '8545:8545'
 
   sandbox:
-    image: aztecprotocol/aztec-sandbox:latest
+    image: aztecprotocol/aztec-sandbox:canary
     environment:
       DEBUG: 'aztec:*'
       ETHEREUM_HOST: http://fork:8545
@@ -24,7 +24,6 @@ services:
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       PXE_BLOCK_POLLING_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     ports:
       - '8080:8080'
 
diff --git a/yarn-project/canary/scripts/docker-compose-e2e-sandbox.yml b/yarn-project/canary/scripts/docker-compose-e2e-sandbox.yml
index 9fcde2a195ac..e9d8f75c5b34 100644
--- a/yarn-project/canary/scripts/docker-compose-e2e-sandbox.yml
+++ b/yarn-project/canary/scripts/docker-compose-e2e-sandbox.yml
@@ -24,7 +24,6 @@ services:
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       PXE_BLOCK_POLLING_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     ports:
       - '8080:8080'
 
@@ -34,5 +33,4 @@ services:
       ETHEREUM_HOST: http://fork:8545
       CHAIN_ID: 31337
       PXE_URL: http://sandbox:8080
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     command: ${TEST:-./src/e2e_deploy_contract.test.ts}
diff --git a/yarn-project/canary/scripts/docker-compose.yml b/yarn-project/canary/scripts/docker-compose.yml
index 9dba10f56cda..06a2c094a19e 100644
--- a/yarn-project/canary/scripts/docker-compose.yml
+++ b/yarn-project/canary/scripts/docker-compose.yml
@@ -13,7 +13,7 @@ services:
       - '8545:8545'
 
   sandbox:
-    image: aztecprotocol/aztec-sandbox:latest
+    image: aztecprotocol/aztec-sandbox:canary
     environment:
       DEBUG: 'aztec:*'
       ETHEREUM_HOST: http://fork:8545
@@ -24,7 +24,6 @@ services:
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       PXE_BLOCK_POLLING_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     ports:
       - '8080:8080'
 
diff --git a/yarn-project/canary/scripts/run_tests b/yarn-project/canary/scripts/run_tests
index dd330d5fef2e..5ed4d4609c18 100755
--- a/yarn-project/canary/scripts/run_tests
+++ b/yarn-project/canary/scripts/run_tests
@@ -7,8 +7,9 @@ set -eu
 export TEST=$1
 export IMAGE=${2:-canary}
 export COMPOSE_FILE=${3:-./scripts/docker-compose.yml}
-
-if [ "$TEST" = "uniswap_trade_on_l1_from_l2.test.ts" ]; then
+:
+# if test name ends with uniswap_trade_on_l1_from_l2.test.ts, use the forked mainnet
+if [[ "$TEST" == *"uniswap_trade_on_l1_from_l2"* ]]; then
   export FORK_URL=https://mainnet.infura.io/v3/9928b52099854248b3a096be07a6b23c
   export FORK_BLOCK_NUMBER=17514288
 fi
diff --git a/yarn-project/canary/scripts/update_packages.sh b/yarn-project/canary/scripts/update_packages.sh
index dac457c72482..ce020291a739 100755
--- a/yarn-project/canary/scripts/update_packages.sh
+++ b/yarn-project/canary/scripts/update_packages.sh
@@ -1,23 +1,18 @@
+#!/bin/bash
 set -eu
 
-COMMIT_TAG=$1
+DIST_TAG=$1
 
-if [ -z "$COMMIT_TAG" ]; then
-  echo "No commit tag provided."
+if [ -z "$DIST_TAG" ]; then
+  echo "No dist tag provided."
   exit 0
 fi
 
-VERSION=$(npx semver $COMMIT_TAG)
-if [ -z "$VERSION" ]; then
-  echo "$COMMIT_TAG is not a semantic version."
-  exit 1
-fi
-
-echo "Updating Aztec dependencies to version $VERSION"
+echo "Updating Aztec dependencies to tag $DIST_TAG"
 
 TMP=$(mktemp)
 for PKG in $(jq --raw-output ".dependencies | keys[] | select(contains(\"@aztec/\") and (. != \"@aztec/end-to-end\"))" package.json); do
-  jq --arg v $VERSION ".dependencies[\"$PKG\"] = \$v" package.json > $TMP && mv $TMP package.json
+  jq --arg v $DIST_TAG ".dependencies[\"$PKG\"] = \$v" package.json >$TMP && mv $TMP package.json
 done
 
-jq ".references = []" tsconfig.json > $TMP && mv $TMP tsconfig.json
+jq ".references = []" tsconfig.json >$TMP && mv $TMP tsconfig.json
diff --git a/yarn-project/canary/src/uniswap_trade_on_l1_from_l2.test.ts b/yarn-project/canary/src/uniswap_trade_on_l1_from_l2.test.ts
index a478d20a908c..ff00b4f92f90 100644
--- a/yarn-project/canary/src/uniswap_trade_on_l1_from_l2.test.ts
+++ b/yarn-project/canary/src/uniswap_trade_on_l1_from_l2.test.ts
@@ -1,439 +1,36 @@
-import {
-  AccountWallet,
-  AztecAddress,
-  EthAddress,
-  Fr,
-  NotePreimage,
-  TxHash,
-  TxStatus,
-  computeAuthWitMessageHash,
-  computeMessageSecretHash,
-  createDebugLogger,
-  createPXEClient,
-  getL1ContractAddresses,
-  getSandboxAccountsWallets,
-  sleep,
-  waitForSandbox,
-} from '@aztec/aztec.js';
-import { UniswapPortalAbi, UniswapPortalBytecode } from '@aztec/l1-artifacts';
-import { TokenBridgeContract, TokenContract, UniswapContract } from '@aztec/noir-contracts/types';
+import { createDebugLogger, createPXEClient, getSandboxAccountsWallets, waitForSandbox } from '@aztec/aztec.js';
+import { UniswapSetupContext, uniswapL1L2TestSuite } from '@aztec/end-to-end';
 
-import {
-  HDAccount,
-  HttpTransport,
-  PublicClient,
-  WalletClient,
-  createPublicClient,
-  createWalletClient,
-  getContract,
-  http,
-  parseEther,
-} from 'viem';
+import { createPublicClient, createWalletClient, http } from 'viem';
 import { mnemonicToAccount } from 'viem/accounts';
-import { Chain, foundry } from 'viem/chains';
-
-import { deployAndInitializeTokenAndBridgeContracts, deployL1Contract } from './utils.js';
-
-const logger = createDebugLogger('aztec:canary');
+import { foundry } from 'viem/chains';
 
 const { PXE_URL = 'http://localhost:8080', ETHEREUM_HOST = 'http://localhost:8545' } = process.env;
-
 export const MNEMONIC = 'test test test test test test test test test test test junk';
-
-const WETH9_ADDRESS = EthAddress.fromString('0xC02aaA39b223FE8D0A0e5C4F27eAD9083C756Cc2');
-const DAI_ADDRESS = EthAddress.fromString('0x6B175474E89094C44Da98b954EedeAC495271d0F');
-
-const EXPECTED_FORKED_BLOCK = 17514288;
-
-const pxeRpcUrl = PXE_URL;
-const ethRpcUrl = ETHEREUM_HOST;
-
 const hdAccount = mnemonicToAccount(MNEMONIC);
+// This tests works on forked mainnet, configured on the CI.
+const EXPECTED_FORKED_BLOCK = 17514288;
 
-const pxe = createPXEClient(pxeRpcUrl);
-
-const wethAmountToBridge: bigint = parseEther('1');
-const uniswapFeeTier = 3000;
-const minimumOutputAmount = 0n;
-const deadline = 2 ** 32 - 1; // max uint32 - 1
-
-/**
- * Deploys all l1 / l2 contracts
- * @param owner - Owner address.
- */
-async function deployAllContracts(
-  ownerWallet: AccountWallet,
-  ownerAddress: AztecAddress,
-  publicClient: PublicClient<HttpTransport, Chain>,
-  walletClient: WalletClient<HttpTransport, Chain, HDAccount>,
-) {
-  const l1ContractsAddresses = await getL1ContractAddresses(pxeRpcUrl);
-  logger('Deploying DAI Portal, initializing and deploying l2 contract...');
-  const daiContracts = await deployAndInitializeTokenAndBridgeContracts(
-    ownerWallet,
-    walletClient,
-    publicClient,
-    l1ContractsAddresses!.registryAddress,
-    ownerAddress,
-    DAI_ADDRESS,
-  );
-  const daiL2Contract = daiContracts.token;
-  const daiL2Bridge = daiContracts.bridge;
-  const daiContract = daiContracts.underlyingERC20;
-  const daiTokenPortalAddress = daiContracts.tokenPortalAddress;
-
-  logger('Deploying WETH Portal, initializing and deploying l2 contract...');
-  const wethContracts = await deployAndInitializeTokenAndBridgeContracts(
-    ownerWallet,
-    walletClient,
-    publicClient,
-    l1ContractsAddresses!.registryAddress,
-    ownerAddress,
-    WETH9_ADDRESS,
-  );
-  const wethL2Contract = wethContracts.token;
-  const wethL2Bridge = wethContracts.bridge;
-  const wethContract = wethContracts.underlyingERC20;
-  const wethTokenPortal = wethContracts.tokenPortal;
-  const wethTokenPortalAddress = wethContracts.tokenPortalAddress;
+// docs:start:uniswap_setup
+const setup = async (): Promise<UniswapSetupContext> => {
+  const logger = createDebugLogger('aztec:canary_uniswap');
+  const pxe = createPXEClient(PXE_URL);
+  await waitForSandbox(pxe);
 
-  logger('Deploy Uniswap portal on L1 and L2...');
-  const uniswapPortalAddress = await deployL1Contract(
-    walletClient,
-    publicClient,
-    UniswapPortalAbi,
-    UniswapPortalBytecode,
-  );
-  const uniswapPortal = getContract({
-    address: uniswapPortalAddress.toString(),
-    abi: UniswapPortalAbi,
-    walletClient,
-    publicClient,
+  const walletClient = createWalletClient({
+    account: hdAccount,
+    chain: foundry,
+    transport: http(ETHEREUM_HOST),
+  });
+  const publicClient = createPublicClient({
+    chain: foundry,
+    transport: http(ETHEREUM_HOST),
   });
 
-  // deploy l2 uniswap contract and attach to portal
-  const uniswapL2Contract = await UniswapContract.deploy(ownerWallet)
-    .send({ portalContract: uniswapPortalAddress })
-    .deployed();
-
-  await uniswapPortal.write.initialize(
-    [l1ContractsAddresses!.registryAddress.toString(), uniswapL2Contract.address.toString()],
-    {} as any,
-  );
-
-  return {
-    daiL2Contract,
-    daiL2Bridge,
-    daiContract,
-    daiTokenPortalAddress,
-    wethL2Contract,
-    wethL2Bridge,
-    wethContract,
-    wethTokenPortal,
-    wethTokenPortalAddress,
-    uniswapL2Contract,
-    uniswapPortal,
-    uniswapPortalAddress,
-  };
-}
-
-const getL2PrivateBalanceOf = async (owner: AztecAddress, l2Contract: TokenContract) => {
-  return await l2Contract.methods.balance_of_private(owner).view({ from: owner });
-};
-
-const getL2PublicBalanceOf = async (owner: AztecAddress, l2Contract: TokenContract) => {
-  return await l2Contract.methods.balance_of_public(owner).view();
-};
-
-const expectPrivateBalanceOnL2 = async (owner: AztecAddress, expectedBalance: bigint, l2Contract: TokenContract) => {
-  const balance = await getL2PrivateBalanceOf(owner, l2Contract);
-  logger(`Account ${owner} balance: ${balance}. Expected to be: ${expectedBalance}`);
-  expect(balance).toBe(expectedBalance);
-};
-
-const expectPublicBalanceOnL2 = async (owner: AztecAddress, expectedBalance: bigint, l2Contract: TokenContract) => {
-  const balance = await getL2PublicBalanceOf(owner, l2Contract);
-  logger(`Account ${owner} balance: ${balance}. Expected to be: ${expectedBalance}`);
-  expect(balance).toBe(expectedBalance);
-};
-
-const generateClaimSecret = async () => {
-  const secret = Fr.random();
-  const secretHash = await computeMessageSecretHash(secret);
-  return [secret, secretHash];
-};
-
-const transferWethOnL2 = async (
-  wethL2Contract: TokenContract,
-  ownerAddress: AztecAddress,
-  receiver: AztecAddress,
-  transferAmount: bigint,
-) => {
-  const transferTx = wethL2Contract.methods.transfer_public(ownerAddress, receiver, transferAmount, 0).send();
-  const receipt = await transferTx.wait();
-  expect(receipt.status).toBe(TxStatus.MINED);
-};
-
-const consumeMessageOnAztecAndMintSecretly = async (
-  l2Bridge: TokenBridgeContract,
-  bridgeAmount: bigint,
-  secretHashForRedeemingMintedNotes: Fr,
-  canceller: EthAddress,
-  messageKey: Fr,
-  secretForL2MessageConsumption: Fr,
-) => {
-  logger('Consuming messages on L2 secretively');
-  // Call the mint tokens function on the Aztec.nr contract
-  const consumptionTx = l2Bridge.methods
-    .claim_private(
-      bridgeAmount,
-      secretHashForRedeemingMintedNotes,
-      canceller,
-      messageKey,
-      secretForL2MessageConsumption,
-    )
-    .send();
-  const consumptionReceipt = await consumptionTx.wait();
-  expect(consumptionReceipt.status).toBe(TxStatus.MINED);
-  return consumptionReceipt.txHash;
-};
-
-const redeemShieldPrivatelyOnL2 = async (
-  l2Contract: TokenContract,
-  to: AztecAddress,
-  shieldAmount: bigint,
-  secret: Fr,
-  secretHash: Fr,
-  txHash: TxHash,
-) => {
-  // Add the note to the pxe.
-  const storageSlot = new Fr(5);
-  const preimage = new NotePreimage([new Fr(shieldAmount), secretHash]);
-  await pxe.addNote(to, l2Contract.address, storageSlot, preimage, txHash);
+  const [ownerWallet, sponsorWallet] = await getSandboxAccountsWallets(pxe);
 
-  logger('Spending commitment in private call');
-  const privateTx = l2Contract.methods.redeem_shield(to, shieldAmount, secret).send();
-  const privateReceipt = await privateTx.wait();
-  expect(privateReceipt.status).toBe(TxStatus.MINED);
+  return { pxe, logger, publicClient, walletClient, ownerWallet, sponsorWallet };
 };
+// docs:end:uniswap_setup
 
-describe('uniswap_trade_on_l1_from_l2', () => {
-  let publicClient: PublicClient<HttpTransport, Chain>;
-  let walletClient: WalletClient<HttpTransport, Chain, HDAccount>;
-  let ownerWallet: AccountWallet;
-  let ownerAddress: AztecAddress;
-  let ownerEthAddress: EthAddress;
-
-  beforeAll(async () => {
-    await waitForSandbox(pxe);
-
-    walletClient = createWalletClient({
-      account: hdAccount,
-      chain: foundry,
-      transport: http(ethRpcUrl),
-    });
-    publicClient = createPublicClient({
-      chain: foundry,
-      transport: http(ethRpcUrl),
-    });
-
-    if (Number(await publicClient.getBlockNumber()) < EXPECTED_FORKED_BLOCK) {
-      throw new Error('This test must be run on a fork of mainnet with the expected fork block');
-    }
-
-    ownerEthAddress = EthAddress.fromString((await walletClient.getAddresses())[0]);
-  }, 60_000);
-  it('should uniswap trade on L1 from L2 funds privately (swaps WETH -> DAI)', async () => {
-    logger('Running L1/L2 messaging test on HTTP interface.');
-
-    [ownerWallet] = await getSandboxAccountsWallets(pxe);
-    const accounts = await ownerWallet.getRegisteredAccounts();
-    ownerAddress = accounts[0].address;
-    const receiver = accounts[1].address;
-
-    const result = await deployAllContracts(ownerWallet, ownerAddress, publicClient, walletClient);
-    const {
-      daiL2Contract,
-      daiL2Bridge,
-      daiContract,
-      daiTokenPortalAddress,
-      wethL2Contract,
-      wethL2Bridge,
-      wethContract,
-      wethTokenPortal,
-      wethTokenPortalAddress,
-      uniswapL2Contract,
-      uniswapPortal,
-    } = result;
-
-    const ownerInitialBalance = await getL2PrivateBalanceOf(ownerAddress, wethL2Contract);
-    logger(`Owner's initial L2 WETH balance: ${ownerInitialBalance}`);
-
-    // Give me some WETH so I can deposit to L2 and do the swap...
-    logger('Getting some weth');
-    await walletClient.sendTransaction({
-      to: WETH9_ADDRESS.toString(),
-      value: parseEther('1'),
-    });
-
-    const wethL1BeforeBalance = await wethContract.read.balanceOf([ownerEthAddress.toString()]);
-    // 1. Approve weth to be bridged
-    await wethContract.write.approve([wethTokenPortalAddress.toString(), wethAmountToBridge], {} as any);
-
-    // 2. Deposit weth into the portal and move to L2
-    // generate secret
-    const [secretForMintingWeth, secretHashForMintingWeth] = await generateClaimSecret();
-    const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await generateClaimSecret();
-    logger('Sending messages to L1 portal');
-    const args = [
-      wethAmountToBridge,
-      secretHashForRedeemingWeth.toString(true),
-      ownerEthAddress.toString(),
-      deadline,
-      secretHashForMintingWeth.toString(true),
-    ] as const;
-    const { result: messageKeyHex } = await wethTokenPortal.simulate.depositToAztecPrivate(args, {
-      account: ownerEthAddress.toString(),
-    } as any);
-    await wethTokenPortal.write.depositToAztecPrivate(args, {} as any);
-
-    const currentL1Balance = await wethContract.read.balanceOf([ownerEthAddress.toString()]);
-    logger(`Initial Balance: ${currentL1Balance}. Should be: ${wethL1BeforeBalance - wethAmountToBridge}`);
-    expect(currentL1Balance).toBe(wethL1BeforeBalance - wethAmountToBridge);
-    const messageKey = Fr.fromString(messageKeyHex);
-
-    // Wait for the archiver to process the message
-    await sleep(5000);
-    // send a transfer tx to force through rollup with the message included
-    await transferWethOnL2(wethL2Contract, ownerAddress, receiver, 0n);
-
-    // 3. Claim WETH on L2
-    logger('Minting weth on L2');
-    const redeemingWethTxHash = await consumeMessageOnAztecAndMintSecretly(
-      wethL2Bridge,
-      wethAmountToBridge,
-      secretHashForRedeemingWeth,
-      ownerEthAddress,
-      messageKey,
-      secretForMintingWeth,
-    );
-    await redeemShieldPrivatelyOnL2(
-      wethL2Contract,
-      ownerAddress,
-      wethAmountToBridge,
-      secretForRedeemingWeth,
-      secretHashForRedeemingWeth,
-      redeemingWethTxHash,
-    );
-    await expectPrivateBalanceOnL2(ownerAddress, wethAmountToBridge + BigInt(ownerInitialBalance), wethL2Contract);
-
-    // Store balances
-    const wethL2BalanceBeforeSwap = await getL2PrivateBalanceOf(ownerAddress, wethL2Contract);
-    const daiL2BalanceBeforeSwap = await getL2PrivateBalanceOf(ownerAddress, daiL2Contract);
-
-    // 4. Owner gives uniswap approval to unshield funds to self on its behalf
-    logger('Approving uniswap to unshield funds to self on my behalf');
-    const nonceForWETHUnshieldApproval = new Fr(2n);
-    const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethL2Contract.methods
-        .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
-        .request(),
-    );
-    await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
-
-    // 5. Swap on L1 - sends L2 to L1 message to withdraw WETH to L1 and another message to swap assets.
-    logger('Withdrawing weth to L1 and sending message to swap to dai');
-
-    const [secretForDepositingSwappedDai, secretHashForDepositingSwappedDai] = await generateClaimSecret();
-    const [secretForRedeemingDai, secretHashForRedeemingDai] = await generateClaimSecret();
-
-    const withdrawReceipt = await uniswapL2Contract.methods
-      .swap_private(
-        wethL2Contract.address,
-        wethL2Bridge.address,
-        wethAmountToBridge,
-        daiL2Bridge.address,
-        nonceForWETHUnshieldApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        secretHashForRedeemingDai,
-        secretHashForDepositingSwappedDai,
-        deadline,
-        ownerEthAddress,
-        ownerEthAddress,
-      )
-      .send()
-      .wait();
-    expect(withdrawReceipt.status).toBe(TxStatus.MINED);
-    // ensure that user's funds were burnt
-    await expectPrivateBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge, wethL2Contract);
-    // ensure that uniswap contract didn't eat the funds.
-    await expectPublicBalanceOnL2(uniswapL2Contract.address, 0n, wethL2Contract);
-
-    // 6. Consume L2 to L1 message by calling uniswapPortal.swap_private()
-    logger('Execute withdraw and swap on the uniswapPortal!');
-    const daiL1BalanceOfPortalBeforeSwap = await daiContract.read.balanceOf([daiTokenPortalAddress.toString()]);
-    const swapArgs = [
-      wethTokenPortalAddress.toString(),
-      wethAmountToBridge,
-      uniswapFeeTier,
-      daiTokenPortalAddress.toString(),
-      minimumOutputAmount,
-      secretHashForRedeemingDai.toString(true),
-      secretHashForDepositingSwappedDai.toString(true),
-      deadline,
-      ownerEthAddress.toString(),
-      true,
-    ] as const;
-    const { result: depositDaiMessageKeyHex } = await uniswapPortal.simulate.swapPrivate(swapArgs, {
-      account: ownerEthAddress.toString(),
-    } as any);
-
-    // this should also insert a message into the inbox.
-    await uniswapPortal.write.swapPrivate(swapArgs, {} as any);
-    const depositDaiMessageKey = Fr.fromString(depositDaiMessageKeyHex);
-
-    // weth was swapped to dai and send to portal
-    const daiL1BalanceOfPortalAfter = await daiContract.read.balanceOf([daiTokenPortalAddress.toString()]);
-    logger(
-      `DAI balance in Portal: balance after (${daiL1BalanceOfPortalAfter}) should be bigger than balance before (${daiL1BalanceOfPortalBeforeSwap})`,
-    );
-    expect(daiL1BalanceOfPortalAfter).toBeGreaterThan(daiL1BalanceOfPortalBeforeSwap);
-    const daiAmountToBridge = BigInt(daiL1BalanceOfPortalAfter - daiL1BalanceOfPortalBeforeSwap);
-
-    // Wait for the archiver to process the message
-    await sleep(5000);
-    // send a transfer tx to force through rollup with the message included
-    await transferWethOnL2(wethL2Contract, ownerAddress, receiver, 0n);
-
-    // 7. claim dai on L2
-    logger('Consuming messages to mint dai on L2');
-    const redeemingDaiTxHash = await consumeMessageOnAztecAndMintSecretly(
-      daiL2Bridge,
-      daiAmountToBridge,
-      secretHashForRedeemingDai,
-      ownerEthAddress,
-      depositDaiMessageKey,
-      secretForDepositingSwappedDai,
-    );
-    await redeemShieldPrivatelyOnL2(
-      daiL2Contract,
-      ownerAddress,
-      daiAmountToBridge,
-      secretForRedeemingDai,
-      secretHashForRedeemingDai,
-      redeemingDaiTxHash,
-    );
-    await expectPrivateBalanceOnL2(ownerAddress, daiL2BalanceBeforeSwap + daiAmountToBridge, daiL2Contract);
-
-    const wethL2BalanceAfterSwap = await getL2PrivateBalanceOf(ownerAddress, wethL2Contract);
-    const daiL2BalanceAfterSwap = await getL2PrivateBalanceOf(ownerAddress, daiL2Contract);
-
-    logger('WETH balance before swap: ' + wethL2BalanceBeforeSwap.toString());
-    logger('DAI balance before swap  : ' + daiL2BalanceBeforeSwap.toString());
-    logger('***** 🧚‍♀️ SWAP L2 assets on L1 Uniswap 🧚‍♀️ *****');
-    logger('WETH balance after swap : ' + wethL2BalanceAfterSwap.toString());
-    logger('DAI balance after swap  : ' + daiL2BalanceAfterSwap.toString());
-  }, 140_000);
-});
+uniswapL1L2TestSuite(setup, () => Promise.resolve(), EXPECTED_FORKED_BLOCK);
diff --git a/yarn-project/canary/src/utils.ts b/yarn-project/canary/src/utils.ts
deleted file mode 100644
index 4a05c6713f5f..000000000000
--- a/yarn-project/canary/src/utils.ts
+++ /dev/null
@@ -1,131 +0,0 @@
-import { AztecAddress, EthAddress, TxStatus, Wallet } from '@aztec/aztec.js';
-import { PortalERC20Abi, PortalERC20Bytecode, TokenPortalAbi, TokenPortalBytecode } from '@aztec/l1-artifacts';
-import { TokenBridgeContract, TokenContract } from '@aztec/noir-contracts/types';
-
-import type { Abi, Narrow } from 'abitype';
-import { Account, Chain, Hex, HttpTransport, PublicClient, WalletClient, getContract } from 'viem';
-
-/**
- * Deploy L1 token and portal, initialize portal, deploy a non native l2 token contract, its L2 bridge contract and attach is to the portal.
- * @param wallet - the wallet instance
- * @param walletClient - A viem WalletClient.
- * @param publicClient - A viem PublicClient.
- * @param rollupRegistryAddress - address of rollup registry to pass to initialize the token portal
- * @param owner - owner of the L2 contract
- * @param underlyingERC20Address - address of the underlying ERC20 contract to use (if none supplied, it deploys one)
- * @returns l2 contract instance, bridge contract instance, token portal instance, token portal address and the underlying ERC20 instance
- */
-export async function deployAndInitializeTokenAndBridgeContracts(
-  wallet: Wallet,
-  walletClient: WalletClient<HttpTransport, Chain, Account>,
-  publicClient: PublicClient<HttpTransport, Chain>,
-  rollupRegistryAddress: EthAddress,
-  owner: AztecAddress,
-  underlyingERC20Address?: EthAddress,
-): Promise<{
-  /**
-   * The L2 token contract instance.
-   */
-  token: TokenContract;
-  /**
-   * The L2 bridge contract instance.
-   */
-  bridge: TokenBridgeContract;
-  /**
-   * The token portal contract address.
-   */
-  tokenPortalAddress: EthAddress;
-  /**
-   * The token portal contract instance
-   */
-  tokenPortal: any;
-  /**
-   * The underlying ERC20 contract instance.
-   */
-  underlyingERC20: any;
-}> {
-  if (!underlyingERC20Address) {
-    underlyingERC20Address = await deployL1Contract(walletClient, publicClient, PortalERC20Abi, PortalERC20Bytecode);
-  }
-  const underlyingERC20 = getContract({
-    address: underlyingERC20Address.toString(),
-    abi: PortalERC20Abi,
-    walletClient,
-    publicClient,
-  });
-
-  // deploy the token portal
-  const tokenPortalAddress = await deployL1Contract(walletClient, publicClient, TokenPortalAbi, TokenPortalBytecode);
-  const tokenPortal = getContract({
-    address: tokenPortalAddress.toString(),
-    abi: TokenPortalAbi,
-    walletClient,
-    publicClient,
-  });
-
-  // deploy l2 token
-  const deployTx = TokenContract.deploy(wallet, owner).send();
-
-  // now wait for the deploy txs to be mined. This way we send all tx in the same rollup.
-  const deployReceipt = await deployTx.wait();
-  if (deployReceipt.status !== TxStatus.MINED) throw new Error(`Deploy token tx status is ${deployReceipt.status}`);
-  const token = await TokenContract.at(deployReceipt.contractAddress!, wallet);
-
-  // deploy l2 token bridge and attach to the portal
-  const bridge = await TokenBridgeContract.deploy(wallet, token.address)
-    .send({ portalContract: tokenPortalAddress })
-    .deployed();
-  const bridgeAddress = bridge.address.toString();
-
-  // now we wait for the txs to be mined. This way we send all tx in the same rollup.
-  if ((await token.methods.admin().view()) !== owner.toBigInt()) throw new Error(`Token admin is not ${owner}`);
-
-  if ((await bridge.methods.token().view()) !== token.address.toBigInt())
-    throw new Error(`Bridge token is not ${token.address}`);
-
-  // make the bridge a minter on the token:
-  const makeMinterTx = token.methods.set_minter(bridge.address, true).send();
-  const makeMinterReceipt = await makeMinterTx.wait();
-  if (makeMinterReceipt.status !== TxStatus.MINED)
-    throw new Error(`Make bridge a minter tx status is ${makeMinterReceipt.status}`);
-  if ((await token.methods.is_minter(bridge.address).view()) === 1n) throw new Error(`Bridge is not a minter`);
-
-  // initialize portal
-  await tokenPortal.write.initialize(
-    [rollupRegistryAddress.toString(), underlyingERC20Address.toString(), bridgeAddress],
-    {} as any,
-  );
-
-  return { token, bridge, tokenPortalAddress, tokenPortal, underlyingERC20 };
-}
-
-/**
- * Helper function to deploy ETH contracts.
- * @param walletClient - A viem WalletClient.
- * @param publicClient - A viem PublicClient.
- * @param abi - The ETH contract's ABI (as abitype's Abi).
- * @param bytecode  - The ETH contract's bytecode.
- * @param args - Constructor arguments for the contract.
- * @returns The ETH address the contract was deployed to.
- */
-export async function deployL1Contract(
-  walletClient: WalletClient<HttpTransport, Chain, Account>,
-  publicClient: PublicClient<HttpTransport, Chain>,
-  abi: Narrow<Abi | readonly unknown[]>,
-  bytecode: Hex,
-  args: readonly unknown[] = [],
-): Promise<EthAddress> {
-  const hash = await walletClient.deployContract({
-    abi,
-    bytecode,
-    args,
-  } as any);
-
-  const receipt = await publicClient.waitForTransactionReceipt({ hash });
-  const contractAddress = receipt.contractAddress;
-  if (!contractAddress) {
-    throw new Error(`No contract address found in receipt: ${JSON.stringify(receipt)}`);
-  }
-
-  return EthAddress.fromString(receipt.contractAddress!);
-}
diff --git a/yarn-project/canary/tsconfig.json b/yarn-project/canary/tsconfig.json
index d02659b19cdd..2e42dbb2f9a2 100644
--- a/yarn-project/canary/tsconfig.json
+++ b/yarn-project/canary/tsconfig.json
@@ -22,20 +22,8 @@
     {
       "path": "../aztec.js"
     },
-    {
-      "path": "../circuits.js"
-    },
-    {
-      "path": "../cli"
-    },
     {
       "path": "../end-to-end"
-    },
-    {
-      "path": "../l1-artifacts"
-    },
-    {
-      "path": "../noir-contracts"
     }
   ],
   "include": ["src"]
diff --git a/yarn-project/circuits.js/src/abis/abis.ts b/yarn-project/circuits.js/src/abis/abis.ts
index f24e6c544711..7226848c5b50 100644
--- a/yarn-project/circuits.js/src/abis/abis.ts
+++ b/yarn-project/circuits.js/src/abis/abis.ts
@@ -252,7 +252,7 @@ export function siloCommitment(wasm: IWasmModule, contract: AztecAddress, innerC
 }
 
 /**
- * Computes a unique commitment. It includes a nonce which contains data that guarantees the commiment will be unique.
+ * Computes a unique commitment. It includes a nonce which contains data that guarantees the commitment will be unique.
  * @param wasm - A module providing low-level wasm access.
  * @param nonce - The contract address.
  * @param siloedCommitment - An siloed commitment.
@@ -367,11 +367,11 @@ export function computePublicDataTreeValue(wasm: IWasmModule, value: Fr): Fr {
  * Computes a public data tree index from contract address and storage slot.
  * @param wasm - A module providing low-level wasm access.
  * @param contractAddress - Contract where insertion is occurring.
- * @param storageSlot - Storage slot where insertion is occuring.
+ * @param storageSlot - Storage slot where insertion is occurring.
  * @returns Public data tree index computed from contract address and storage slot.
 
  */
-export function computePublicDataTreeIndex(wasm: IWasmModule, contractAddress: Fr, storageSlot: Fr): Fr {
+export function computePublicDataTreeIndex(wasm: IWasmModule, contractAddress: AztecAddress, storageSlot: Fr): Fr {
   wasm.call('pedersen__init');
   return abisComputePublicDataTreeIndex(wasm, contractAddress, storageSlot);
 }
diff --git a/yarn-project/circuits.js/src/barretenberg/crypto/aes128/index.ts b/yarn-project/circuits.js/src/barretenberg/crypto/aes128/index.ts
index 47e8b7c90dad..8d92a2779ab2 100644
--- a/yarn-project/circuits.js/src/barretenberg/crypto/aes128/index.ts
+++ b/yarn-project/circuits.js/src/barretenberg/crypto/aes128/index.ts
@@ -11,7 +11,7 @@ export class Aes128 {
   /**
    * Encrypt a buffer using AES-128-CBC.
    * @param data - Data to encrypt.
-   * @param iv - AES initialisation vector.
+   * @param iv - AES initialization vector.
    * @param key - Key to encrypt with.
    * @returns Encrypted data.
    */
@@ -50,7 +50,7 @@ export class Aes128 {
   /**
    * Decrypt a buffer using AES-128-CBC.
    * @param data - Data to decrypt.
-   * @param iv - AES initialisation vector.
+   * @param iv - AES initialization vector.
    * @param key - Key to decrypt with.
    * @returns Decrypted data.
    */
diff --git a/yarn-project/circuits.js/src/barretenberg/crypto/ecdsa/signature.ts b/yarn-project/circuits.js/src/barretenberg/crypto/ecdsa/signature.ts
index 80c334f07f2d..5a18f988c400 100644
--- a/yarn-project/circuits.js/src/barretenberg/crypto/ecdsa/signature.ts
+++ b/yarn-project/circuits.js/src/barretenberg/crypto/ecdsa/signature.ts
@@ -45,8 +45,8 @@ export class EcdsaSignature implements Signature {
   }
 
   /**
-   * Deserialises the signature from a buffer.
-   * @param buffer - The buffer from which to deserialise the signature.
+   * Deserializes the signature from a buffer.
+   * @param buffer - The buffer from which to deserialize the signature.
    * @returns The ECDSA signature
    */
   public static fromBuffer(buffer: Buffer) {
diff --git a/yarn-project/circuits.js/src/barretenberg/crypto/grumpkin/index.ts b/yarn-project/circuits.js/src/barretenberg/crypto/grumpkin/index.ts
index d2967d772e07..82c735563555 100644
--- a/yarn-project/circuits.js/src/barretenberg/crypto/grumpkin/index.ts
+++ b/yarn-project/circuits.js/src/barretenberg/crypto/grumpkin/index.ts
@@ -1,6 +1,7 @@
+import { Fr, Point } from '@aztec/foundation/fields';
 import { IWasmModule } from '@aztec/foundation/wasm';
 
-import { CircuitsWasm, Fr, GrumpkinScalar, Point } from '../../../index.js';
+import { CircuitsWasm, GrumpkinScalar } from '../../../index.js';
 
 /**
  * Grumpkin elliptic curve operations.
diff --git a/yarn-project/circuits.js/src/barretenberg/crypto/pedersen/pedersen.ts b/yarn-project/circuits.js/src/barretenberg/crypto/pedersen/pedersen.ts
index 485fb6ac7bad..32ddc30f377e 100644
--- a/yarn-project/circuits.js/src/barretenberg/crypto/pedersen/pedersen.ts
+++ b/yarn-project/circuits.js/src/barretenberg/crypto/pedersen/pedersen.ts
@@ -10,6 +10,8 @@ import { deserializeArrayFromVector, deserializeField, serializeBufferArrayToVec
  * @param lhs - The first hash.
  * @param rhs - The second hash.
  * @returns The new 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenCompress(wasm: IWasmModule, lhs: Uint8Array, rhs: Uint8Array): Buffer {
   // If not done already, precompute constants.
@@ -29,6 +31,8 @@ export function pedersenCompress(wasm: IWasmModule, lhs: Uint8Array, rhs: Uint8A
  * @param lhs - The first hash.
  * @param rhs - The second hash.
  * @returns The new 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenHashInputs(wasm: IWasmModule, inputs: Buffer[]): Buffer {
   // If not done already, precompute constants.
@@ -44,6 +48,8 @@ export function pedersenHashInputs(wasm: IWasmModule, inputs: Buffer[]): Buffer
  * @param wasm - The barretenberg module.
  * @param inputs - The array of buffers to compress.
  * @returns The resulting 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenCompressInputs(wasm: IWasmModule, inputs: Buffer[]): Buffer {
   // If not done already, precompute constants.
@@ -59,6 +65,8 @@ export function pedersenCompressInputs(wasm: IWasmModule, inputs: Buffer[]): Buf
  * @param wasm - The barretenberg module.
  * @param inputs - The array of buffers to compress.
  * @returns The resulting 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenPlookupCommitInputs(wasm: IWasmModule, inputs: Buffer[]): Buffer {
   // If not done already, precompute constants.
@@ -75,6 +83,8 @@ export function pedersenPlookupCommitInputs(wasm: IWasmModule, inputs: Buffer[])
  * @param inputs - The array of buffers to compress.
  * @param hashIndex - Hash index of the generator to use (See GeneratorIndex enum).
  * @returns The resulting 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenPlookupCommitWithHashIndex(wasm: IWasmModule, inputs: Buffer[], hashIndex: number): Buffer {
   // If not done already, precompute constants.
@@ -91,6 +101,8 @@ export function pedersenPlookupCommitWithHashIndex(wasm: IWasmModule, inputs: Bu
  * @param inputs - The array of buffers to compress.
  * @param hashIndex - Hash index of the generator to use (See GeneratorIndex enum).
  * @returns The resulting 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenCompressWithHashIndex(wasm: IWasmModule, inputs: Buffer[], hashIndex: number): Buffer {
   // If not done already, precompute constants.
@@ -107,6 +119,8 @@ export function pedersenCompressWithHashIndex(wasm: IWasmModule, inputs: Buffer[
  * @param inputs - The array of buffers to compress.
  * @param hashIndex - Hash index of the generator to use (See GeneratorIndex enum).
  * @returns The resulting 32-byte hash.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenPlookupCompressWithHashIndex(wasm: IWasmModule, inputs: Buffer[], hashIndex: number): Buffer {
   // If not done already, precompute constants.
@@ -122,6 +136,8 @@ export function pedersenPlookupCompressWithHashIndex(wasm: IWasmModule, inputs:
  * @param wasm - The barretenberg module.
  * @param data - The data buffer.
  * @returns The hash buffer.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenGetHash(wasm: IWasmModule, data: Buffer): Buffer {
   // If not done already, precompute constants.
@@ -144,6 +160,8 @@ export function pedersenGetHash(wasm: IWasmModule, data: Buffer): Buffer {
  * @param wasm - The barretenberg module.
  * @param values - The 32 byte pedersen leaves.
  * @returns A tree represented by an array.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export function pedersenGetHashTree(wasm: IWasmModule, values: Buffer[]) {
   // If not done already, precompute constants.
diff --git a/yarn-project/circuits.js/src/barretenberg/crypto/schnorr/signature.ts b/yarn-project/circuits.js/src/barretenberg/crypto/schnorr/signature.ts
index 4c7564357c23..c753a8470516 100644
--- a/yarn-project/circuits.js/src/barretenberg/crypto/schnorr/signature.ts
+++ b/yarn-project/circuits.js/src/barretenberg/crypto/schnorr/signature.ts
@@ -79,7 +79,7 @@ export class SchnorrSignature implements Signature {
   }
 
   /**
-   * Deserialises from a buffer.
+   * Deserializes from a buffer.
    * @param buffer - The buffer representation of the object.
    * @returns The new object.
    */
diff --git a/yarn-project/circuits.js/src/cbind/circuits.gen.ts b/yarn-project/circuits.js/src/cbind/circuits.gen.ts
index d89e191b5861..abeec9a7c913 100644
--- a/yarn-project/circuits.js/src/cbind/circuits.gen.ts
+++ b/yarn-project/circuits.js/src/cbind/circuits.gen.ts
@@ -3208,7 +3208,7 @@ export function abisComputeGlobalsHash(wasm: IWasmModule, arg0: GlobalVariables)
 export function abisComputePublicDataTreeValue(wasm: IWasmModule, arg0: Fr): Fr {
   return Fr.fromBuffer(callCbind(wasm, 'abis__compute_public_data_tree_value', [toBuffer(arg0)]));
 }
-export function abisComputePublicDataTreeIndex(wasm: IWasmModule, arg0: Fr, arg1: Fr): Fr {
+export function abisComputePublicDataTreeIndex(wasm: IWasmModule, arg0: Address, arg1: Fr): Fr {
   return Fr.fromBuffer(callCbind(wasm, 'abis__compute_public_data_tree_index', [toBuffer(arg0), toBuffer(arg1)]));
 }
 export function privateKernelDummyPreviousKernel(wasm: IWasmModule): PreviousKernelData {
diff --git a/yarn-project/circuits.js/src/cbind/constants.gen.ts b/yarn-project/circuits.js/src/cbind/constants.gen.ts
index 13b9bd3515f2..1817cbedd8fd 100644
--- a/yarn-project/circuits.js/src/cbind/constants.gen.ts
+++ b/yarn-project/circuits.js/src/cbind/constants.gen.ts
@@ -80,7 +80,7 @@ export enum GeneratorIndex {
   UNIQUE_COMMITMENT = 3,
   SILOED_COMMITMENT = 4,
   NULLIFIER = 5,
-  INITIALISATION_NULLIFIER = 6,
+  INITIALIZATION_NULLIFIER = 6,
   OUTER_NULLIFIER = 7,
   PUBLIC_DATA_READ = 8,
   PUBLIC_DATA_UPDATE_REQUEST = 9,
diff --git a/yarn-project/circuits.js/src/contract/contract_deployment_info.ts b/yarn-project/circuits.js/src/contract/contract_deployment_info.ts
index dc6914eaf104..df1d8efade57 100644
--- a/yarn-project/circuits.js/src/contract/contract_deployment_info.ts
+++ b/yarn-project/circuits.js/src/contract/contract_deployment_info.ts
@@ -4,44 +4,44 @@ import {
   computeVarArgsHash,
   hashConstructor,
 } from '@aztec/circuits.js/abis';
-import { ContractAbi, FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionSelector, encodeArguments } from '@aztec/foundation/abi';
 
 import { CircuitsWasm, DeploymentInfo, Fr, FunctionData, PublicKey } from '../index.js';
 import { generateFunctionLeaves, hashVKStr, isConstructor } from './contract_tree/contract_tree.js';
 
 /**
  * Generates the deployment info for a contract
- * @param abi - The account contract abi
+ * @param artifact - The account contract build artifact.
  * @param args - The args to the account contract constructor
  * @param contractAddressSalt - The salt to be used in the contract address derivation
  * @param publicKey - The account public key
  * @returns - The contract deployment info
  */
 export async function getContractDeploymentInfo(
-  abi: ContractAbi,
+  artifact: ContractArtifact,
   args: any[],
   contractAddressSalt: Fr,
   publicKey: PublicKey,
 ): Promise<DeploymentInfo> {
-  const constructorAbi = abi.functions.find(isConstructor);
-  if (!constructorAbi) {
-    throw new Error('Cannot find constructor in the ABI.');
+  const constructorArtifact = artifact.functions.find(isConstructor);
+  if (!constructorArtifact) {
+    throw new Error('Cannot find constructor in the artifact.');
   }
-  if (!constructorAbi.verificationKey) {
+  if (!constructorArtifact.verificationKey) {
     throw new Error('Missing verification key for the constructor.');
   }
 
   const wasm = await CircuitsWasm.get();
-  const vkHash = hashVKStr(constructorAbi.verificationKey, wasm);
+  const vkHash = hashVKStr(constructorArtifact.verificationKey, wasm);
   const constructorVkHash = Fr.fromBuffer(vkHash);
-  const functions = abi.functions.map(f => ({
+  const functions = artifact.functions.map(f => ({
     ...f,
     selector: FunctionSelector.fromNameAndParameters(f.name, f.parameters),
   }));
   const leaves = generateFunctionLeaves(functions, wasm);
   const functionTreeRoot = computeFunctionTreeRoot(wasm, leaves);
-  const functionData = FunctionData.fromAbi(constructorAbi);
-  const flatArgs = encodeArguments(constructorAbi, args);
+  const functionData = FunctionData.fromAbi(constructorArtifact);
+  const flatArgs = encodeArguments(constructorArtifact, args);
   const argsHash = await computeVarArgsHash(wasm, flatArgs);
   const constructorHash = hashConstructor(wasm, functionData, argsHash, constructorVkHash.toBuffer());
 
diff --git a/yarn-project/circuits.js/src/structs/call_context.ts b/yarn-project/circuits.js/src/structs/call_context.ts
index 676c0370d51a..ad45890458f6 100644
--- a/yarn-project/circuits.js/src/structs/call_context.ts
+++ b/yarn-project/circuits.js/src/structs/call_context.ts
@@ -102,9 +102,9 @@ export class CallContext {
   }
 
   /**
-   * Deserialise this from a buffer.
-   * @param buffer - The bufferable type from which to deserialise.
-   * @returns The deserialised instance of PublicCallRequest.
+   * Deserialize this from a buffer.
+   * @param buffer - The bufferable type from which to deserialize.
+   * @returns The deserialized instance of PublicCallRequest.
    */
   static fromBuffer(buffer: Buffer | BufferReader) {
     const reader = BufferReader.asReader(buffer);
diff --git a/yarn-project/circuits.js/src/structs/complete_address.ts b/yarn-project/circuits.js/src/structs/complete_address.ts
index 21db16b9a2a3..e35c98d252c2 100644
--- a/yarn-project/circuits.js/src/structs/complete_address.ts
+++ b/yarn-project/circuits.js/src/structs/complete_address.ts
@@ -1,9 +1,10 @@
 import { AztecAddress } from '@aztec/foundation/aztec-address';
+import { Fr, Point } from '@aztec/foundation/fields';
 import { BufferReader } from '@aztec/foundation/serialize';
 
 import { computeContractAddressFromPartial } from '../abis/abis.js';
 import { Grumpkin } from '../barretenberg/index.js';
-import { CircuitsWasm, Fr, GrumpkinPrivateKey, PartialAddress, Point, PublicKey } from '../index.js';
+import { CircuitsWasm, GrumpkinPrivateKey, PartialAddress, PublicKey } from '../index.js';
 
 /**
  * A complete address is a combination of an Aztec address, a public key and a partial address.
@@ -26,6 +27,9 @@ export class CompleteAddress {
     public partialAddress: PartialAddress,
   ) {}
 
+  /** Size in bytes of an instance */
+  static readonly SIZE_IN_BYTES = 32 * 4;
+
   static async create(
     address: AztecAddress,
     publicKey: PublicKey,
diff --git a/yarn-project/circuits.js/src/structs/function_data.ts b/yarn-project/circuits.js/src/structs/function_data.ts
index a2fffc173def..9838417a13b6 100644
--- a/yarn-project/circuits.js/src/structs/function_data.ts
+++ b/yarn-project/circuits.js/src/structs/function_data.ts
@@ -1,4 +1,4 @@
-import { FunctionAbiHeader, FunctionSelector, FunctionType } from '@aztec/foundation/abi';
+import { FunctionAbi, FunctionSelector, FunctionType } from '@aztec/foundation/abi';
 import { BufferReader } from '@aztec/foundation/serialize';
 
 import { ContractFunctionDao } from '../index.js';
@@ -28,7 +28,7 @@ export class FunctionData {
     public isConstructor: boolean,
   ) {}
 
-  static fromAbi(abi: FunctionAbiHeader | ContractFunctionDao): FunctionData {
+  static fromAbi(abi: FunctionAbi | ContractFunctionDao): FunctionData {
     return new FunctionData(
       FunctionSelector.fromNameAndParameters(abi.name, abi.parameters),
       abi.isInternal,
diff --git a/yarn-project/circuits.js/src/structs/kernel/historic_block_data.test.ts b/yarn-project/circuits.js/src/structs/kernel/historic_block_data.test.ts
index 0d95c9ad1386..9179c979ca40 100644
--- a/yarn-project/circuits.js/src/structs/kernel/historic_block_data.test.ts
+++ b/yarn-project/circuits.js/src/structs/kernel/historic_block_data.test.ts
@@ -1,17 +1,17 @@
 import { HistoricBlockData } from './historic_block_data.js';
 
 describe('HistoricBlockData', () => {
-  it('serialises to buffer and back', () => {
+  it('serializes to buffer and back', () => {
     const historicBlockData = HistoricBlockData.random();
-    const serialised = historicBlockData.toBuffer();
-    const deserialised = HistoricBlockData.fromBuffer(serialised);
-    expect(deserialised).toEqual(historicBlockData);
+    const serialized = historicBlockData.toBuffer();
+    const deserialized = HistoricBlockData.fromBuffer(serialized);
+    expect(deserialized).toEqual(historicBlockData);
   });
 
-  it('serialises to string and back', () => {
+  it('serializes to string and back', () => {
     const historicBlockData = HistoricBlockData.random();
-    const serialised = historicBlockData.toString();
-    const deserialised = HistoricBlockData.fromString(serialised);
-    expect(deserialised).toEqual(historicBlockData);
+    const serialized = historicBlockData.toString();
+    const deserialized = HistoricBlockData.fromString(serialized);
+    expect(deserialized).toEqual(historicBlockData);
   });
 });
diff --git a/yarn-project/circuits.js/src/structs/kernel/historic_block_data.ts b/yarn-project/circuits.js/src/structs/kernel/historic_block_data.ts
index 1423bee43e55..51188419e83e 100644
--- a/yarn-project/circuits.js/src/structs/kernel/historic_block_data.ts
+++ b/yarn-project/circuits.js/src/structs/kernel/historic_block_data.ts
@@ -5,7 +5,7 @@ import { FieldsOf } from '../../utils/jsUtils.js';
 import { serializeToBuffer } from '../../utils/serialize.js';
 
 /**
- * The string encoding used for serialising HistoricBlockData objects.
+ * The string encoding used for serializing HistoricBlockData objects.
  */
 const STRING_ENCODING: BufferEncoding = 'hex';
 
@@ -88,7 +88,7 @@ export class HistoricBlockData {
   }
 
   /**
-   * Return the historic block data as an array of items in the order they are serialised in noir.
+   * Return the historic block data as an array of items in the order they are serialized in noir.
    * @returns Array of items in the order they are stored in the contract
    */
   toArray(): Fr[] {
diff --git a/yarn-project/circuits.js/src/structs/kernel/public_inputs_final.ts b/yarn-project/circuits.js/src/structs/kernel/public_inputs_final.ts
index 6962edb9bbde..dd1a1339e236 100644
--- a/yarn-project/circuits.js/src/structs/kernel/public_inputs_final.ts
+++ b/yarn-project/circuits.js/src/structs/kernel/public_inputs_final.ts
@@ -11,7 +11,7 @@ import { CombinedConstantData } from './combined_constant_data.js';
 export class KernelCircuitPublicInputsFinal {
   constructor(
     /**
-     * Final data accumulated for ordering privated kernel circuit.
+     * Final data accumulated for ordering private kernel circuit.
      */
     public end: FinalAccumulatedData,
     /**
diff --git a/yarn-project/circuits.js/src/structs/public_call_request.ts b/yarn-project/circuits.js/src/structs/public_call_request.ts
index b4ba51f8c587..e32e045fc9c7 100644
--- a/yarn-project/circuits.js/src/structs/public_call_request.ts
+++ b/yarn-project/circuits.js/src/structs/public_call_request.ts
@@ -50,9 +50,9 @@ export class PublicCallRequest {
   }
 
   /**
-   * Deserialise this from a buffer.
-   * @param buffer - The bufferable type from which to deserialise.
-   * @returns The deserialised instance of PublicCallRequest.
+   * Deserialize this from a buffer.
+   * @param buffer - The bufferable type from which to deserialize.
+   * @returns The deserialized instance of PublicCallRequest.
    */
   static fromBuffer(buffer: Buffer | BufferReader) {
     const reader = BufferReader.asReader(buffer);
diff --git a/yarn-project/circuits.js/src/structs/shared.ts b/yarn-project/circuits.js/src/structs/shared.ts
index 50375a8a58b8..449e1189a040 100644
--- a/yarn-project/circuits.js/src/structs/shared.ts
+++ b/yarn-project/circuits.js/src/structs/shared.ts
@@ -45,6 +45,6 @@ export enum RollupTypes {
 }
 
 /**
- * String encoding of serialised buffer data
+ * String encoding of serialized buffer data
  */
 export const STRING_ENCODING: BufferEncoding = 'hex';
diff --git a/yarn-project/circuits.js/src/structs/tx_request.ts b/yarn-project/circuits.js/src/structs/tx_request.ts
index 6f30046cc9e4..32fb13a82d96 100644
--- a/yarn-project/circuits.js/src/structs/tx_request.ts
+++ b/yarn-project/circuits.js/src/structs/tx_request.ts
@@ -51,7 +51,7 @@ export class TxRequest {
   /**
    * Deserializes from a buffer or reader, corresponding to a write in cpp.
    * @param buffer - Buffer to read from.
-   * @returns The deserialised TxRequest object.
+   * @returns The deserialized TxRequest object.
    */
   static fromBuffer(buffer: Buffer | BufferReader): TxRequest {
     const reader = BufferReader.asReader(buffer);
diff --git a/yarn-project/circuits.js/src/types/contract_function_dao.ts b/yarn-project/circuits.js/src/types/contract_function_dao.ts
index 597d2f525cf6..84675ecb65e7 100644
--- a/yarn-project/circuits.js/src/types/contract_function_dao.ts
+++ b/yarn-project/circuits.js/src/types/contract_function_dao.ts
@@ -1,13 +1,13 @@
-import { FunctionAbi } from '@aztec/foundation/abi';
+import { FunctionArtifact } from '@aztec/foundation/abi';
 
 import { FunctionSelector } from '../index.js';
 
 /**
  * A contract function Data Access Object (DAO).
- * Extends the FunctionAbi interface, adding a 'selector' property.
+ * Extends the FunctionArtifact interface, adding a 'selector' property.
  * The 'selector' is a unique identifier for the function within the contract.
  */
-export interface ContractFunctionDao extends FunctionAbi {
+export interface ContractFunctionDao extends FunctionArtifact {
   /**
    * Unique identifier for a contract function.
    */
diff --git a/yarn-project/circuits.js/src/types/public_key.ts b/yarn-project/circuits.js/src/types/public_key.ts
index 0c99b7e661ef..1a985a9a6a28 100644
--- a/yarn-project/circuits.js/src/types/public_key.ts
+++ b/yarn-project/circuits.js/src/types/public_key.ts
@@ -1,4 +1,4 @@
-import { Point } from '../index.js';
+import { Point } from '@aztec/foundation/fields';
 
 /** Represents a user public key. */
 export type PublicKey = Point;
diff --git a/yarn-project/cli/README.md b/yarn-project/cli/README.md
index fffc25a7a4ba..70007f28da5d 100644
--- a/yarn-project/cli/README.md
+++ b/yarn-project/cli/README.md
@@ -140,28 +140,28 @@ Deploys a compiled Aztec.nr contract to Aztec.
 Syntax:
 
 ```shell
-aztec-cli deploy <contractAbi> [options]
+aztec-cli deploy <contractArtifact> [options]
 ```
 
 Options:
 
-- `-c, --contract-abi <fileLocation>`: Path to the compiled Aztec.nr contract's ABI file in JSON format. You can also use one of Aztec's example contracts found in [@aztec/noir-contracts](https://www.npmjs.com/package/@aztec/noir-contracts), e.g. PrivateTokenContractAbi. You can get a full ist of the available contracts with `aztec-cli example-contracts`
+- `-c, --contract-artifact <fileLocation>`: Path to the compiled Aztec.nr contract's artifact file in JSON format. You can also use one of Aztec's example contracts found in [@aztec/noir-contracts](https://www.npmjs.com/package/@aztec/noir-contracts), e.g. PrivateTokenContractArtifact. You can get a full ist of the available contracts with `aztec-cli example-contracts`
 - `-a, --args <constructorArgs...>` (optional): Contract constructor arguments Default: [].
 - `-u, --rpc-url <string>`: URL of PXE Service. Default: `http://localhost:8080`.
 - `-k, --public-key <string>`: Public key of the deployer. If not provided, it will check the RPC for existing ones.
 
-This command deploys a compiled Aztec.nr contract to Aztec. It requires the path to the contract's ABI file in JSON format. Optionally, you can specify the public key of the deployer and provide constructor arguments for the contract. The command displays the address of the deployed contract.
+This command deploys a compiled Aztec.nr contract to Aztec. It requires the path to the contract's artifact file in JSON format. Optionally, you can specify the public key of the deployer and provide constructor arguments for the contract. The command displays the address of the deployed contract.
 
 Example usage:
 
 ```shell
-aztec-cli deploy -c path/to/contract.abi.json -a ...args
+aztec-cli deploy -c path/to/contract.artifact.json -a ...args
 ```
 
 With an Aztec example contract:
 
 ```shell
-aztec-cli deploy -c PrivateTokenContractAbi -a 333 0x134567890abcdef
+aztec-cli deploy -c PrivateTokenContractArtifact -a 333 0x134567890abcdef
 ```
 
 ### check-deploy
@@ -313,7 +313,7 @@ Sends a transaction invoking a function on an Aztec contract.
 Syntax:
 
 ```shell
-aztec-cli send <functionName> --args [functionArgs...] --contract-abi <contractAbi> --contract-address <contractAddress> --private-key <senderPrivateKey>
+aztec-cli send <functionName> --args [functionArgs...] --contract-artifact <contractArtifact> --contract-address <contractAddress> --private-key <senderPrivateKey>
 ```
 
 - `functionName`: Name of the function to call.
@@ -321,17 +321,17 @@ aztec-cli send <functionName> --args [functionArgs...] --contract-abi <contractA
 Options:
 
 - `'-a, --args [functionArgs...]` (optional): Function arguments. Default: [].
-- `-c, --contract-abi <fileLocation>`: The compiled contract's ABI in JSON format. You can also use one of Aztec's example contracts found in (@aztec/noir-contracts)[https://www.npmjs.com/package/@aztec/noir-contracts], e.g. PrivateTokenContractAbi.
+- `-c, --contract-artifact <fileLocation>`: The compiled contract's artifact in JSON format. You can also use one of Aztec's example contracts found in (@aztec/noir-contracts)[https://www.npmjs.com/package/@aztec/noir-contracts], e.g. PrivateTokenContractArtifact.
 - `-ca, --contract-address <address>`: Address of the contract.
 - `-k, --private-key <string>`: The sender's private key.
 - `-u, --rpc-url <string>`: URL of PXE Service. Default: `http://localhost:8080`.
 
-This command calls a function on an Aztec contract. It requires the contract's ABI, address, function name, and optionally, function arguments. The command executes the function call and displays the transaction details.
+This command calls a function on an Aztec contract. It requires the contract's artifact, address, function name, and optionally, function arguments. The command executes the function call and displays the transaction details.
 
 Example usage:
 
 ```shell
-aztec-cli send transfer -ca 0x123456789abcdef123456789abcdef12345678 -a 100 -c path/to/abi.json
+aztec-cli send transfer -ca 0x123456789abcdef123456789abcdef12345678 -a 100 -c path/to/artifact.json
 ```
 
 ### call
@@ -342,7 +342,7 @@ Unlike transactions, view calls do not modify the state of the contract.
 Syntax:
 
 ```shell
-aztec-cli call <functionName> -a [functionArgs...] -c <contractAbi> -ca <contractAddress> -f <fromAddress>
+aztec-cli call <functionName> -a [functionArgs...] -c <contractArtifact> -ca <contractAddress> -f <fromAddress>
 ```
 
 - `functionName`: Name of the function to view.
@@ -350,17 +350,17 @@ aztec-cli call <functionName> -a [functionArgs...] -c <contractAbi> -ca <contrac
 Options:
 
 - `'-a, --args [functionArgs...]` (optional): Function arguments. Default: [].
-- `-c, --contract-abi <fileLocation>`: The compiled contract's ABI in JSON format. You can also use one of Aztec's example contracts found in (@aztec/noir-contracts)[https://www.npmjs.com/package/@aztec/noir-contracts], e.g. PrivateTokenContractAbi.
+- `-c, --contract-artifact <fileLocation>`: The compiled contract's artifact in JSON format. You can also use one of Aztec's example contracts found in (@aztec/noir-contracts)[https://www.npmjs.com/package/@aztec/noir-contracts], e.g. PrivateTokenContractArtifact.
 - `-ca, --contract-address <address>`: Address of the contract.
 - `-f, --from <string>`: Address of the caller. If empty, first account in the Private eXecution Environment (PXE) will be used.
 - `-u, --rpc-url <string>`: URL of PXE Service. Default: `http://localhost:8080`.
 
-This command simulates the execution of a view function on a deployed contract without modifying the state. It requires the contract's ABI, address, function name, and optionally, function arguments. The command displays the result of the view function.
+This command simulates the execution of a view function on a deployed contract without modifying the state. It requires the contract's artifact, address, function name, and optionally, function arguments. The command displays the result of the view function.
 
 Example usage:
 
 ```shell
-aztec-cli call balanceOf -c path/to/contract.abi.json -ca 0x123456789abcdef123456789abcdef12345678 -a balanceOf 0xabcdef1234567890abcdef1234567890abcdef12
+aztec-cli call balanceOf -c path/to/contract.artifact.json -ca 0x123456789abcdef123456789abcdef12345678 -a balanceOf 0xabcdef1234567890abcdef1234567890abcdef12
 ```
 
 ### parse-parameter-struct
@@ -370,46 +370,46 @@ Helper for parsing an encoded string into a contract's parameter struct.
 Syntax:
 
 ```shell
-aztec-cli parse-parameter-struct <encodedString> <contractAbi> <parameterName>
+aztec-cli parse-parameter-struct <encodedString> <contractArtifact> <parameterName>
 ```
 
 - `encodedString`: The encoded hex string.
-- `contractAbi`: The compiled contract's ABI in JSON format.
+- `contractArtifact`: The compiled contract's artifact in JSON format.
 - `parameterName`: The name of the struct parameter to decode into.
 
-This command is a helper for parsing an encoded hex string into a contract's parameter struct. It requires the encoded string, the contract's ABI, and the name of the struct parameter. The command decodes the string and displays the struct data.
+This command is a helper for parsing an encoded hex string into a contract's parameter struct. It requires the encoded string, the contract's artifact, and the name of the struct parameter. The command decodes the string and displays the struct data.
 
 Example usage:
 
 ```shell
-aztec-cli parse-parameter-struct 0xabcdef1234567890abcdef1234567890abcdef1234567890abcdef1234567890 path/to/contract.abi.json paramName
+aztec-cli parse-parameter-struct 0xabcdef1234567890abcdef1234567890abcdef1234567890abcdef1234567890 path/to/contract.artifact.json paramName
 ```
 
 ### get-logs
 
-Gets all the unencrypted logs from L2 blocks in the specified range.
+Applies filter and returns the resulting unencrypted logs.
+The filter is applied by doing an intersection of all its params.
 
 Syntax:
 
 ```shell
-aztec-cli get-logs --from <number> --limit <number> [options]
+aztec-cli get-logs --fromBlock <number>
 ```
-
-- `from`: Block number to start fetching logs from.
-- `limit`: Maximum number of block logs to obtain.
-
 Options:
 
 - `-u, --rpc-url <string>`: URL of PXE Service. Default: `http://localhost:8080`.
 
-This command retrieves and displays all the unencrypted logs from L2 blocks in the specified range. It shows the logs found in the blocks and unrolls them for readability.
-
+This command retrieves and displays all the unencrypted logs from L2 blocks in the specified range or from a specific transaction.
 Example usage:
 
 ```shell
-aztec-cli get-logs --from 1000 --limit 10
+aztec-cli get-logs --txHash 21fef567e01f8508e30843ebcef9c5f6ff27b29d66783cfcdbd070c3a9174234
+aztec-cli get-logs --fromBlock 4 --toBlock 5 --contractAddress 0x1db5f68861c5960c37205d3d5b23466240359c115c49e45982865ea7ace69a02
+aztec-cli get-logs --fromBlock 4 --toBlock 5 --contractAddress 0x1db5f68861c5960c37205d3d5b23466240359c115c49e45982865ea7ace69a02 --selector 00000005
 ```
 
+Run `aztec-cli get-logs --help` for more information on the filtering options.
+
 ### block-number
 
 Gets the current Aztec L2 block number.
diff --git a/yarn-project/cli/src/index.ts b/yarn-project/cli/src/index.ts
index ded8ca5fcf08..04ebfed912a4 100644
--- a/yarn-project/cli/src/index.ts
+++ b/yarn-project/cli/src/index.ts
@@ -1,6 +1,8 @@
 import {
+  AztecAddress,
   Contract,
   ContractDeployer,
+  EthAddress,
   Fr,
   GrumpkinScalar,
   NotePreimage,
@@ -11,9 +13,10 @@ import {
 import { StructType, decodeFunctionSignatureWithParameterNames } from '@aztec/foundation/abi';
 import { JsonStringify } from '@aztec/foundation/json-rpc';
 import { DebugLogger, LogFn } from '@aztec/foundation/log';
+import { sleep } from '@aztec/foundation/sleep';
 import { fileURLToPath } from '@aztec/foundation/url';
 import { compileContract, generateNoirInterface, generateTypescriptInterface } from '@aztec/noir-compiler/cli';
-import { CompleteAddress, ContractData, L2BlockL2Logs } from '@aztec/types';
+import { CompleteAddress, ContractData, LogFilter } from '@aztec/types';
 
 import { createSecp256k1PeerId } from '@libp2p/peer-id-factory';
 import { Command, Option } from 'commander';
@@ -27,13 +30,19 @@ import { encodeArgs, parseStructString } from './encoding.js';
 import { unboxContract } from './unbox.js';
 import {
   deployAztecContracts,
-  getAbiFunction,
-  getContractAbi,
+  getContractArtifact,
   getExampleContractArtifacts,
+  getFunctionArtifact,
   getTxSender,
   parseAztecAddress,
+  parseEthereumAddress,
   parseField,
   parseFields,
+  parseOptionalAztecAddress,
+  parseOptionalInteger,
+  parseOptionalLogId,
+  parseOptionalSelector,
+  parseOptionalTxHash,
   parsePartialAddress,
   parsePrivateKey,
   parsePublicKey,
@@ -150,18 +159,29 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
       createPrivateKeyOption('Private key for note encryption and transaction signing. Uses random by default.', false),
     )
     .addOption(pxeOption)
-    .action(async options => {
-      const client = await createCompatibleClient(options.rpcUrl, debugLogger);
-      const privateKey = options.privateKey ?? GrumpkinScalar.random();
+    // `options.wait` is default true. Passing `--no-wait` will set it to false.
+    // https://github.com/tj/commander.js#other-option-types-negatable-boolean-and-booleanvalue
+    .option('--no-wait', 'Skip waiting for the contract to be deployed. Print the hash of deployment transaction')
+    .action(async ({ rpcUrl, privateKey, wait }) => {
+      const client = await createCompatibleClient(rpcUrl, debugLogger);
+      const actualPrivateKey = privateKey ?? GrumpkinScalar.random();
 
-      const account = getSchnorrAccount(client, privateKey, privateKey, accountCreationSalt);
-      const wallet = await account.waitDeploy();
-      const { address, publicKey, partialAddress } = wallet.getCompleteAddress();
+      const account = getSchnorrAccount(client, actualPrivateKey, actualPrivateKey, accountCreationSalt);
+      const { address, publicKey, partialAddress } = await account.getCompleteAddress();
+      const tx = await account.deploy();
+      const txHash = await tx.getTxHash();
+      debugLogger(`Account contract tx sent with hash ${txHash}`);
+      if (wait) {
+        log(`\nWaiting for account contract deployment...`);
+        await tx.wait();
+      } else {
+        log(`\nAccount deployment transaction hash: ${txHash}\n`);
+      }
 
-      log(`\nCreated new account:\n`);
+      log(`\nNew account:\n`);
       log(`Address:         ${address.toString()}`);
       log(`Public key:      ${publicKey.toString()}`);
-      if (!options.privateKey) log(`Private key:     ${privateKey.toString(true)}`);
+      if (!privateKey) log(`Private key:     ${actualPrivateKey.toString(true)}`);
       log(`Partial address: ${partialAddress.toString()}`);
     });
 
@@ -169,8 +189,8 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     .command('deploy')
     .description('Deploys a compiled Aztec.nr contract to Aztec.')
     .argument(
-      '<abi>',
-      "A compiled Aztec.nr contract's ABI in JSON format or name of a contract ABI exported by @aztec/noir-contracts",
+      '<artifact>',
+      "A compiled Aztec.nr contract's artifact in JSON format or name of a contract artifact exported by @aztec/noir-contracts",
     )
     .option('-a, --args <constructorArgs...>', 'Contract constructor arguments', [])
     .addOption(pxeOption)
@@ -187,28 +207,34 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     // `options.wait` is default true. Passing `--no-wait` will set it to false.
     // https://github.com/tj/commander.js#other-option-types-negatable-boolean-and-booleanvalue
     .option('--no-wait', 'Skip waiting for the contract to be deployed. Print the hash of deployment transaction')
-    .action(async (abiPath, { rpcUrl, publicKey, args: rawArgs, salt, wait }) => {
-      const contractAbi = await getContractAbi(abiPath, log);
-      const constructorAbi = contractAbi.functions.find(({ name }) => name === 'constructor');
+    .action(async (artifactPath, { rpcUrl, publicKey, args: rawArgs, salt, wait }) => {
+      const contractArtifact = await getContractArtifact(artifactPath, log);
+      const constructorArtifact = contractArtifact.functions.find(({ name }) => name === 'constructor');
 
       const client = await createCompatibleClient(rpcUrl, debugLogger);
-      const deployer = new ContractDeployer(contractAbi, client, publicKey);
+      const deployer = new ContractDeployer(contractArtifact, client, publicKey);
 
-      const constructor = getAbiFunction(contractAbi, 'constructor');
+      const constructor = getFunctionArtifact(contractArtifact, 'constructor');
       if (!constructor) throw new Error(`Constructor not found in contract ABI`);
 
       debugLogger(`Input arguments: ${rawArgs.map((x: any) => `"${x}"`).join(', ')}`);
-      const args = encodeArgs(rawArgs, constructorAbi!.parameters);
+      const args = encodeArgs(rawArgs, constructorArtifact!.parameters);
       debugLogger(`Encoded arguments: ${args.join(', ')}`);
 
-      const tx = deployer.deploy(...args).send({ contractAddressSalt: salt });
+      const deploy = deployer.deploy(...args);
+
+      await deploy.create({ contractAddressSalt: salt });
+      const tx = deploy.send({ contractAddressSalt: salt });
       const txHash = await tx.getTxHash();
       debugLogger(`Deploy tx sent with hash ${txHash}`);
       if (wait) {
         const deployed = await tx.wait();
-        log(`\nContract deployed at ${deployed.contractAddress!.toString()}\n`);
+        log(`\nContract deployed at ${deployed.contract.completeAddress.address.toString()}\n`);
+        log(`Contract partial address ${deployed.contract.completeAddress.partialAddress.toString()}\n`);
       } else {
-        log(`\nDeployment transaction hash: ${txHash}\n`);
+        log(`\nContract Address: ${deploy.completeAddress?.address.toString() ?? 'N/A'}`);
+        log(`Contract Partial Address: ${deploy.completeAddress?.partialAddress.toString() ?? 'N/A'}`);
+        log(`Deployment transaction hash: ${txHash}\n`);
       }
     });
 
@@ -229,6 +255,34 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
       else log(`\nNo contract found at ${address.toString()}\n`);
     });
 
+  program
+    .command('add-contract')
+    .description(
+      'Adds an existing contract to the PXE. This is useful if you have deployed a contract outside of the PXE and want to use it with the PXE.',
+    )
+    .requiredOption(
+      '-c, --contract-artifact <fileLocation>',
+      "A compiled Aztec.nr contract's ABI in JSON format or name of a contract ABI exported by @aztec/noir-contracts",
+    )
+    .requiredOption('-ca, --contract-address <address>', 'Aztec address of the contract.', parseAztecAddress)
+    .requiredOption('-pa, --partial-address <address>', 'Partial address of the contract', parsePartialAddress)
+    .option('-p, --public-key <public key>', 'Optional public key for this contract', parsePublicKey)
+    .option('--portal-address <address>', 'Optional address to a portal contract on L1', parseEthereumAddress)
+    .addOption(pxeOption)
+    .action(async options => {
+      const artifact = await getContractArtifact(options.contractArtifact, log);
+      const contractAddress: AztecAddress = options.contractAddress;
+      const completeAddress = new CompleteAddress(
+        contractAddress,
+        options.publicKey ?? Fr.ZERO,
+        options.partialAddress,
+      );
+      const portalContract: EthAddress = options.portalContract ?? EthAddress.ZERO;
+      const client = await createCompatibleClient(options.rpcUrl, debugLogger);
+
+      await client.addContracts([{ artifact, completeAddress, portalContract }]);
+      log(`\nContract added to PXE at ${contractAddress.toString()}\n`);
+    });
   program
     .command('get-tx-receipt')
     .description('Gets the receipt for the specified transaction hash.')
@@ -277,22 +331,58 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
 
   program
     .command('get-logs')
-    .description('Gets all the unencrypted logs from L2 blocks in the range specified.')
-    .option('-f, --from <blockNum>', 'Initial block number for getting logs (defaults to 1).')
-    .option('-l, --limit <blockCount>', 'How many blocks to fetch (defaults to 100).')
+    .description('Gets all the unencrypted logs from an intersection of all the filter params.')
+    .option('-tx, --tx-hash <txHash>', 'A transaction hash to get the receipt for.', parseOptionalTxHash)
+    .option(
+      '-fb, --from-block <blockNum>',
+      'Initial block number for getting logs (defaults to 1).',
+      parseOptionalInteger,
+    )
+    .option('-tb, --to-block <blockNum>', 'Up to which block to fetch logs (defaults to latest).', parseOptionalInteger)
+    .option('-al --after-log <logId>', 'ID of a log after which to fetch the logs.', parseOptionalLogId)
+    .option('-ca, --contract-address <address>', 'Contract address to filter logs by.', parseOptionalAztecAddress)
+    .option('-s, --selector <hex string>', 'Event selector to filter logs by.', parseOptionalSelector)
     .addOption(pxeOption)
-    .action(async options => {
-      const { from, limit } = options;
-      const fromBlock = from ? parseInt(from) : 1;
-      const limitCount = limit ? parseInt(limit) : 100;
+    .option('--follow', 'If set, will keep polling for new logs until interrupted.')
+    .action(async ({ txHash, fromBlock, toBlock, afterLog, contractAddress, selector, rpcUrl, follow }) => {
+      const pxe = await createCompatibleClient(rpcUrl, debugLogger);
 
-      const client = await createCompatibleClient(options.rpcUrl, debugLogger);
-      const logs = await client.getUnencryptedLogs(fromBlock, limitCount);
-      if (!logs.length) {
-        log(`No logs found in blocks ${fromBlock} to ${fromBlock + limitCount}`);
+      if (follow) {
+        if (txHash) throw Error('Cannot use --follow with --tx-hash');
+        if (toBlock) throw Error('Cannot use --follow with --to-block');
+      }
+
+      const filter: LogFilter = { txHash, fromBlock, toBlock, afterLog, contractAddress, selector };
+
+      const fetchLogs = async () => {
+        const response = await pxe.getUnencryptedLogs(filter);
+        const logs = response.logs;
+
+        if (!logs.length) {
+          const filterOptions = Object.entries(filter)
+            .filter(([, value]) => value !== undefined)
+            .map(([key, value]) => `${key}: ${value}`)
+            .join(', ');
+          if (!follow) log(`No logs found for filter: {${filterOptions}}`);
+        } else {
+          if (!follow && !filter.afterLog) log('Logs found: \n');
+          logs.forEach(unencryptedLog => log(unencryptedLog.toHumanReadable()));
+          // Set the continuation parameter for the following requests
+          filter.afterLog = logs[logs.length - 1].id;
+        }
+        return response.maxLogsHit;
+      };
+
+      if (follow) {
+        log('Fetching logs...');
+        while (true) {
+          const maxLogsHit = await fetchLogs();
+          if (!maxLogsHit) await sleep(1000);
+        }
       } else {
-        log('Logs found: \n');
-        L2BlockL2Logs.unrollLogs(logs).forEach(fnLog => log(`${fnLog.toString('ascii')}\n`));
+        while (await fetchLogs()) {
+          // Keep fetching logs until we reach the end.
+        }
       }
     });
 
@@ -385,7 +475,7 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     .argument('<functionName>', 'Name of function to execute')
     .option('-a, --args [functionArgs...]', 'Function arguments', [])
     .requiredOption(
-      '-c, --contract-abi <fileLocation>',
+      '-c, --contract-artifact <fileLocation>',
       "A compiled Aztec.nr contract's ABI in JSON format or name of a contract ABI exported by @aztec/noir-contracts",
     )
     .requiredOption('-ca, --contract-address <address>', 'Aztec address of the contract.', parseAztecAddress)
@@ -393,14 +483,19 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     .addOption(pxeOption)
     .option('--no-wait', 'Print transaction hash without waiting for it to be mined')
     .action(async (functionName, options) => {
-      const { functionArgs, contractAbi } = await prepTx(options.contractAbi, functionName, options.args, log);
+      const { functionArgs, contractArtifact } = await prepTx(
+        options.contractArtifact,
+        functionName,
+        options.args,
+        log,
+      );
       const { contractAddress, privateKey } = options;
 
       const client = await createCompatibleClient(options.rpcUrl, debugLogger);
       const wallet = await getSchnorrAccount(client, privateKey, privateKey, accountCreationSalt).getWallet();
-      const contract = await Contract.at(contractAddress, contractAbi, wallet);
+      const contract = await Contract.at(contractAddress, contractArtifact, wallet);
       const tx = contract.methods[functionName](...functionArgs).send();
-      log(`Transaction hash: ${(await tx.getTxHash()).toString()}`);
+      log(`\nTransaction hash: ${(await tx.getTxHash()).toString()}`);
       if (options.wait) {
         await tx.wait();
 
@@ -411,7 +506,7 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
         log(`Block number: ${receipt.blockNumber}`);
         log(`Block hash: ${receipt.blockHash?.toString('hex')}`);
       } else {
-        log('\nTransaction pending. Check status with get-tx-receipt');
+        log('Transaction pending. Check status with get-tx-receipt');
       }
     });
 
@@ -423,19 +518,24 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     .argument('<functionName>', 'Name of function to call')
     .option('-a, --args [functionArgs...]', 'Function arguments', [])
     .requiredOption(
-      '-c, --contract-abi <fileLocation>',
+      '-c, --contract-artifact <fileLocation>',
       "A compiled Aztec.nr contract's ABI in JSON format or name of a contract ABI exported by @aztec/noir-contracts",
     )
     .requiredOption('-ca, --contract-address <address>', 'Aztec address of the contract.', parseAztecAddress)
     .option('-f, --from <string>', 'Aztec address of the caller. If empty, will use the first account from RPC.')
     .addOption(pxeOption)
     .action(async (functionName, options) => {
-      const { functionArgs, contractAbi } = await prepTx(options.contractAbi, functionName, options.args, log);
+      const { functionArgs, contractArtifact } = await prepTx(
+        options.contractArtifact,
+        functionName,
+        options.args,
+        log,
+      );
 
-      const fnAbi = getAbiFunction(contractAbi, functionName);
-      if (fnAbi.parameters.length !== options.args.length) {
+      const fnArtifact = getFunctionArtifact(contractArtifact, functionName);
+      if (fnArtifact.parameters.length !== options.args.length) {
         throw Error(
-          `Invalid number of args passed. Expected ${fnAbi.parameters.length}; Received: ${options.args.length}`,
+          `Invalid number of args passed. Expected ${fnArtifact.parameters.length}; Received: ${options.args.length}`,
         );
       }
       const client = await createCompatibleClient(options.rpcUrl, debugLogger);
@@ -465,13 +565,13 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     .description("Helper for parsing an encoded string into a contract's parameter struct.")
     .argument('<encodedString>', 'The encoded hex string')
     .requiredOption(
-      '-c, --contract-abi <fileLocation>',
+      '-c, --contract-artifact <fileLocation>',
       "A compiled Aztec.nr contract's ABI in JSON format or name of a contract ABI exported by @aztec/noir-contracts",
     )
     .requiredOption('-p, --parameter <parameterName>', 'The name of the struct parameter to decode into')
     .action(async (encodedString, options) => {
-      const contractAbi = await getContractAbi(options.contractAbi, log);
-      const parameterAbitype = contractAbi.functions
+      const contractArtifact = await getContractArtifact(options.contractArtifact, log);
+      const parameterAbitype = contractArtifact.functions
         .map(({ parameters }) => parameters)
         .flat()
         .find(({ name, type }) => name === options.parameter && type.kind === 'struct');
@@ -508,7 +608,10 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
       'Unboxes an example contract from @aztec/boxes.  Also Copies `noir-libs` dependencies and setup simple frontend for the contract using its ABI.',
     )
     .argument('<contractName>', 'Name of the contract to unbox, e.g. "PrivateToken"')
-    .argument('[localDirectory]', 'Local directory to unbox to (relative or absolute), defaults to `<contractName>`')
+    .argument(
+      '[localDirectory]',
+      'Local directory to unbox source folder to (relative or absolute), optional - defaults to `<contractName>/`',
+    )
     .action(async (contractName, localDirectory) => {
       const unboxTo: string = localDirectory ? localDirectory : contractName;
       await unboxContract(contractName, unboxTo, version, log);
@@ -533,16 +636,16 @@ export function getProgram(log: LogFn, debugLogger: DebugLogger): Command {
     .command('inspect-contract')
     .description('Shows list of external callable functions for a contract')
     .argument(
-      '<contractAbiFile>',
-      `A compiled Noir contract's ABI in JSON format or name of a contract ABI exported by @aztec/noir-contracts`,
+      '<contractArtifactFile>',
+      `A compiled Noir contract's artifact in JSON format or name of a contract artifact exported by @aztec/noir-contracts`,
     )
-    .action(async (contractAbiFile: string) => {
-      const contractAbi = await getContractAbi(contractAbiFile, debugLogger);
-      const contractFns = contractAbi.functions.filter(
+    .action(async (contractArtifactFile: string) => {
+      const contractArtifact = await getContractArtifact(contractArtifactFile, debugLogger);
+      const contractFns = contractArtifact.functions.filter(
         f => !f.isInternal && f.name !== 'compute_note_hash_and_nullifier',
       );
       if (contractFns.length === 0) {
-        log(`No external functions found for contract ${contractAbi.name}`);
+        log(`No external functions found for contract ${contractArtifact.name}`);
       }
       for (const fn of contractFns) {
         const signature = decodeFunctionSignatureWithParameterNames(fn.name, fn.parameters);
diff --git a/yarn-project/cli/src/test/mocks.ts b/yarn-project/cli/src/test/mocks.ts
index 9ba23a077f5e..f02cbdb8f75f 100644
--- a/yarn-project/cli/src/test/mocks.ts
+++ b/yarn-project/cli/src/test/mocks.ts
@@ -1,6 +1,6 @@
-import { ABIParameterVisibility, ContractAbi, FunctionType } from '@aztec/foundation/abi';
+import { ABIParameterVisibility, ContractArtifact, FunctionType } from '@aztec/foundation/abi';
 
-export const mockContractAbi: ContractAbi = {
+export const mockContractArtifact: ContractArtifact = {
   name: 'MockContract',
   functions: [
     {
@@ -61,4 +61,5 @@ export const mockContractAbi: ContractAbi = {
       bytecode: 'mockBytecode',
     },
   ],
+  events: [],
 };
diff --git a/yarn-project/cli/src/test/utils.test.ts b/yarn-project/cli/src/test/utils.test.ts
index 17619dc8f8ce..aea7a8bbfc66 100644
--- a/yarn-project/cli/src/test/utils.test.ts
+++ b/yarn-project/cli/src/test/utils.test.ts
@@ -6,7 +6,7 @@ import { MockProxy, mock } from 'jest-mock-extended';
 
 import { encodeArgs } from '../encoding.js';
 import { getTxSender, parseSaltFromHexString, stripLeadingHex } from '../utils.js';
-import { mockContractAbi } from './mocks.js';
+import { mockContractArtifact } from './mocks.js';
 
 describe('CLI Utils', () => {
   let client: MockProxy<PXE>;
@@ -58,7 +58,7 @@ describe('CLI Utils', () => {
 
   it('Encodes args correctly', () => {
     const args = [addr1.toString(), 'false', num.toString(), `${JSON.stringify(fieldArray)}`, JSON.stringify(struct)];
-    const result = encodeArgs(args, mockContractAbi.functions[1].parameters);
+    const result = encodeArgs(args, mockContractArtifact.functions[1].parameters);
     const exp = [
       addr1.toBigInt(),
       false,
@@ -75,7 +75,7 @@ describe('CLI Utils', () => {
   it('Errors on invalid inputs', () => {
     // invalid number of args
     const args1 = [field.toString(), 'false'];
-    expect(() => encodeArgs(args1, mockContractAbi.functions[1].parameters)).toThrow('Invalid args provided');
+    expect(() => encodeArgs(args1, mockContractArtifact.functions[1].parameters)).toThrow('Invalid args provided');
 
     // invalid array length
     const invalidArray = fieldArray.concat([Fr.random().toString()]);
@@ -86,7 +86,7 @@ describe('CLI Utils', () => {
       `${JSON.stringify(invalidArray)}`,
       JSON.stringify(struct),
     ];
-    expect(() => encodeArgs(args2, mockContractAbi.functions[1].parameters)).toThrow(
+    expect(() => encodeArgs(args2, mockContractArtifact.functions[1].parameters)).toThrow(
       'Invalid array length passed for arrayParam. Expected 3, received 4.',
     );
 
@@ -101,7 +101,7 @@ describe('CLI Utils', () => {
       `${JSON.stringify(fieldArray)}`,
       JSON.stringify(invalidStruct),
     ];
-    expect(() => encodeArgs(args3, mockContractAbi.functions[1].parameters)).toThrow(
+    expect(() => encodeArgs(args3, mockContractArtifact.functions[1].parameters)).toThrow(
       'Expected field subField2 not found in struct structParam.',
     );
 
@@ -113,19 +113,19 @@ describe('CLI Utils', () => {
       `${JSON.stringify(fieldArray)}`,
       JSON.stringify(invalidStruct),
     ];
-    expect(() => encodeArgs(args4, mockContractAbi.functions[1].parameters)).toThrow(
+    expect(() => encodeArgs(args4, mockContractArtifact.functions[1].parameters)).toThrow(
       'Invalid boolean value passed for boolParam: foo.',
     );
 
     // invalid field
     const args5 = ['foo', 'false', num.toString(), `${JSON.stringify(fieldArray)}`, JSON.stringify(invalidStruct)];
-    expect(() => encodeArgs(args5, mockContractAbi.functions[1].parameters)).toThrow(
+    expect(() => encodeArgs(args5, mockContractArtifact.functions[1].parameters)).toThrow(
       'Invalid value passed for fieldParam. Could not parse foo as a field.',
     );
 
     // invalid int
     const args6 = [addr1.toString(), 'false', 'foo', `${JSON.stringify(fieldArray)}`, JSON.stringify(invalidStruct)];
-    expect(() => encodeArgs(args6, mockContractAbi.functions[1].parameters)).toThrow(
+    expect(() => encodeArgs(args6, mockContractArtifact.functions[1].parameters)).toThrow(
       'Invalid value passed for integerParam. Could not parse foo as an integer.',
     );
   });
diff --git a/yarn-project/cli/src/unbox.ts b/yarn-project/cli/src/unbox.ts
index 629396cca2fc..93ca80521dc8 100644
--- a/yarn-project/cli/src/unbox.ts
+++ b/yarn-project/cli/src/unbox.ts
@@ -103,7 +103,7 @@ async function downloadContractAndBoxFromGithub(
   // small string conversion, in the ABI the contract name looks like PrivateToken
   // but in the repostory it looks like private_token
 
-  log(`Downloading @aztex/boxes/${contractName}/ to ${outputPath}...`);
+  log(`Downloading @aztec/boxes/${contractName}/ to ${outputPath}...`);
   // Step 1: Fetch the monorepo ZIP from GitHub, matching the CLI version
   const url = `https://github.com/${GITHUB_OWNER}/${GITHUB_REPO}/archive/refs/tags/${tag}.zip`;
   const response = await fetch(url);
@@ -113,7 +113,7 @@ async function downloadContractAndBoxFromGithub(
   const data = await zip.loadAsync(buffer);
 
   // Step 2: copy the '@aztec/boxes/{contract-name}' subpackage to the output directory
-  // this is currently only implemented for `blank` and `private-token` under 'boxes/{box-name}/'
+  // this is currently only implemented for `blank`, `blank-react` and `token` under 'boxes/{box-name}/'
   const repoDirectoryPrefix = `${GITHUB_REPO}-${tag}`;
 
   const boxPath = `${repoDirectoryPrefix}/${BOXES_PATH}/${contractName}/`;
@@ -157,19 +157,34 @@ async function updatePackagingConfigurations(
 }
 
 /**
- * adjust the contract Nargo.toml file to use the same repository version as the npm packages
+ * Adjust the contract Nargo.toml file for copied box:
+ * change the dependency paths from pointing within the monorepo
+ * to the github tagged version matching the installed `aztec-cli --version`
  * @param packageVersion - CLI npm version, which determines what npm version to grab
  * @param outputPath - relative path where we are copying everything
  * @param log - logger
  */
 async function updateNargoToml(tag: string, outputPath: string, log: LogFn): Promise<void> {
+  const SUPPORTED_DEPS = ['aztec', 'value_note'];
+
   const nargoTomlPath = path.join(outputPath, 'src', 'contracts', 'Nargo.toml');
   const fileContent = await fs.readFile(nargoTomlPath, 'utf-8');
   const lines = fileContent.split('\n');
-  const updatedLines = lines.map(line => line.replace(/tag="master"/g, `tag="${tag}"`));
+  const updatedLines = lines.map(line => {
+    // Check if the line starts with one of the deps
+    const key: string | undefined = SUPPORTED_DEPS.find(dependencyName =>
+      line.trim().startsWith(`${dependencyName} =`),
+    );
+    if (key) {
+      // Replace the line, which was configured for compiling within the `aztec-packages` monorepo.  We replace
+      // the local path with `git` and `directory` fields with a `tag` field, which points to the tagged release
+      return `${key} = { git="https://github.com/AztecProtocol/aztec-packages/", tag="${tag}", directory="yarn-project/aztec-nr/${key}" }`;
+    }
+    return line;
+  });
   const updatedContent = updatedLines.join('\n');
   await fs.writeFile(nargoTomlPath, updatedContent);
-  log(`Updated Nargo.toml to point to the compatible version of aztec noir libs.`);
+  log(`Updated Nargo.toml to point to version ${tag} of aztec-noir libs in github.`);
 }
 
 /**
@@ -297,13 +312,13 @@ export async function unboxContract(
   packageVersion: string,
   log: LogFn,
 ) {
-  const contractNames = ['private-token', 'blank', 'blank-react'];
+  const contractNames = ['token', 'blank', 'blank-react'];
 
   if (!contractNames.includes(contractName)) {
     log(
       `The noir contract named "${contractName}" was not found in "@aztec/boxes" package.  Valid options are: 
         ${contractNames.join('\n\t')}
-      We recommend "private-token" as a default.`,
+      We recommend "token" as a default.`,
     );
     return;
   }
diff --git a/yarn-project/cli/src/utils.ts b/yarn-project/cli/src/utils.ts
index 8e6f527f9ca3..6c9d81cdae58 100644
--- a/yarn-project/cli/src/utils.ts
+++ b/yarn-project/cli/src/utils.ts
@@ -1,6 +1,6 @@
-import { AztecAddress, Fr, GrumpkinScalar, PXE, Point, TxHash } from '@aztec/aztec.js';
+import { AztecAddress, EthAddress, Fr, FunctionSelector, GrumpkinScalar, PXE, Point, TxHash } from '@aztec/aztec.js';
 import { L1ContractArtifactsForDeployment, createEthereumChain, deployL1Contracts } from '@aztec/ethereum';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { DebugLogger, LogFn } from '@aztec/foundation/log';
 import {
   ContractDeploymentEmitterAbi,
@@ -14,6 +14,7 @@ import {
   RollupAbi,
   RollupBytecode,
 } from '@aztec/l1-artifacts';
+import { LogId } from '@aztec/types';
 
 import { InvalidArgumentError } from 'commander';
 import fs from 'fs';
@@ -25,17 +26,17 @@ import { encodeArgs } from './encoding.js';
  * Helper type to dynamically import contracts.
  */
 interface ArtifactsType {
-  [key: string]: ContractAbi;
+  [key: string]: ContractArtifact;
 }
 
 /**
  * Helper to get an ABI function or throw error if it doesn't exist.
- * @param abi - Contract's ABI in JSON format.
+ * @param artifact - Contract's build artifact in JSON format.
  * @param fnName - Function name to be found.
  * @returns The function's ABI.
  */
-export function getAbiFunction(abi: ContractAbi, fnName: string) {
-  const fn = abi.functions.find(({ name }) => name === fnName);
+export function getFunctionArtifact(artifact: ContractArtifact, fnName: string) {
+  const fn = artifact.functions.find(({ name }) => name === fnName);
   if (!fn) {
     throw Error(`Function ${fnName} not found in contract ABI.`);
   }
@@ -95,14 +96,14 @@ export async function getExampleContractArtifacts() {
 /**
  * Reads a file and converts it to an Aztec Contract ABI.
  * @param fileDir - The directory of the compiled contract ABI.
- * @returns The parsed ContractABI.
+ * @returns The parsed contract artifact.
  */
-export async function getContractAbi(fileDir: string, log: LogFn) {
+export async function getContractArtifact(fileDir: string, log: LogFn) {
   // first check if it's a noir-contracts example
   let contents: string;
   const artifacts = await getExampleContractArtifacts();
   if (artifacts[fileDir]) {
-    return artifacts[fileDir] as ContractAbi;
+    return artifacts[fileDir] as ContractArtifact;
   }
 
   try {
@@ -112,14 +113,14 @@ export async function getContractAbi(fileDir: string, log: LogFn) {
   }
 
   // if not found, try reading as path directly
-  let contractAbi: ContractAbi;
+  let contractArtifact: ContractArtifact;
   try {
-    contractAbi = JSON.parse(contents) as ContractAbi;
+    contractArtifact = JSON.parse(contents) as ContractArtifact;
   } catch (err) {
     log('Invalid file used. Please try again.');
     throw err;
   }
-  return contractAbi;
+  return contractArtifact;
 }
 
 /**
@@ -150,18 +151,17 @@ export async function getTxSender(pxe: PXE, _from?: string) {
 /**
  * Performs necessary checks, conversions & operations to call a contract fn from the CLI.
  * @param contractFile - Directory of the compiled contract ABI.
- * @param contractAddress - Aztec Address of the contract.
  * @param functionName - Name of the function to be called.
  * @param _functionArgs - Arguments to call the function with.
  * @param log - Logger instance that will output to the CLI
  * @returns Formatted contract address, function arguments and caller's aztec address.
  */
 export async function prepTx(contractFile: string, functionName: string, _functionArgs: string[], log: LogFn) {
-  const contractAbi = await getContractAbi(contractFile, log);
-  const functionAbi = getAbiFunction(contractAbi, functionName);
-  const functionArgs = encodeArgs(_functionArgs, functionAbi.parameters);
+  const contractArtifact = await getContractArtifact(contractFile, log);
+  const functionArtifact = getFunctionArtifact(contractArtifact, functionName);
+  const functionArgs = encodeArgs(_functionArgs, functionArtifact.parameters);
 
-  return { functionArgs, contractAbi };
+  return { functionArgs, contractArtifact };
 }
 
 /**
@@ -198,9 +198,10 @@ export function parseSaltFromHexString(str: string): Fr {
 }
 
 /**
- * Parses an AztecAddress from a string. Throws InvalidArgumentError if the string is not a valid.
- * @param address - A serialised Aztec address
+ * Parses an AztecAddress from a string.
+ * @param address - A serialized Aztec address
  * @returns An Aztec address
+ * @throws InvalidArgumentError if the input string is not valid.
  */
 export function parseAztecAddress(address: string): AztecAddress {
   try {
@@ -211,9 +212,85 @@ export function parseAztecAddress(address: string): AztecAddress {
 }
 
 /**
- * Parses a TxHash from a string. Throws InvalidArgumentError if the string is not a valid.
+ * Parses an Ethereum address from a string.
+ * @param address - A serialized Ethereum address
+ * @returns An Ethereum address
+ * @throws InvalidArgumentError if the input string is not valid.
+ */
+export function parseEthereumAddress(address: string): EthAddress {
+  try {
+    return EthAddress.fromString(address);
+  } catch {
+    throw new InvalidArgumentError(`Invalid address: ${address}`);
+  }
+}
+
+/**
+ * Parses an AztecAddress from a string.
+ * @param address - A serialized Aztec address
+ * @returns An Aztec address
+ * @throws InvalidArgumentError if the input string is not valid.
+ */
+export function parseOptionalAztecAddress(address: string): AztecAddress | undefined {
+  if (!address) {
+    return undefined;
+  }
+  return parseAztecAddress(address);
+}
+
+/**
+ * Parses an optional log ID string into a LogId object.
+ *
+ * @param logId - The log ID string to parse.
+ * @returns The parsed LogId object, or undefined if the log ID is missing or empty.
+ */
+export function parseOptionalLogId(logId: string): LogId | undefined {
+  if (!logId) {
+    return undefined;
+  }
+  return LogId.fromString(logId);
+}
+
+/**
+ * Parses a selector from a string.
+ * @param selector - A serialized selector.
+ * @returns A selector.
+ * @throws InvalidArgumentError if the input string is not valid.
+ */
+export function parseOptionalSelector(selector: string): FunctionSelector | undefined {
+  if (!selector) {
+    return undefined;
+  }
+  try {
+    return FunctionSelector.fromString(selector);
+  } catch {
+    throw new InvalidArgumentError(`Invalid selector: ${selector}`);
+  }
+}
+
+/**
+ * Parses a string into an integer or returns undefined if the input is falsy.
+ *
+ * @param value - The string to parse into an integer.
+ * @returns The parsed integer, or undefined if the input string is falsy.
+ * @throws If the input is not a valid integer.
+ */
+export function parseOptionalInteger(value: string): number | undefined {
+  if (!value) {
+    return undefined;
+  }
+  const parsed = Number(value);
+  if (!Number.isInteger(parsed)) {
+    throw new InvalidArgumentError('Invalid integer.');
+  }
+  return parsed;
+}
+
+/**
+ * Parses a TxHash from a string.
  * @param txHash - A transaction hash
  * @returns A TxHash instance
+ * @throws InvalidArgumentError if the input string is not valid.
  */
 export function parseTxHash(txHash: string): TxHash {
   try {
@@ -224,9 +301,24 @@ export function parseTxHash(txHash: string): TxHash {
 }
 
 /**
- * Parses a public key from a string. Throws InvalidArgumentError if the string is not a valid.
+ * Parses an optional TxHash from a string.
+ * Calls parseTxHash internally.
+ * @param txHash - A transaction hash
+ * @returns A TxHash instance, or undefined if the input string is falsy.
+ * @throws InvalidArgumentError if the input string is not valid.
+ */
+export function parseOptionalTxHash(txHash: string): TxHash | undefined {
+  if (!txHash) {
+    return undefined;
+  }
+  return parseTxHash(txHash);
+}
+
+/**
+ * Parses a public key from a string.
  * @param publicKey - A public key
  * @returns A Point instance
+ * @throws InvalidArgumentError if the input string is not valid.
  */
 export function parsePublicKey(publicKey: string): Point {
   try {
@@ -237,9 +329,10 @@ export function parsePublicKey(publicKey: string): Point {
 }
 
 /**
- * Parses a partial address from a string. Throws InvalidArgumentError if the string is not a valid.
+ * Parses a partial address from a string.
  * @param address - A partial address
  * @returns A Fr instance
+ * @throws InvalidArgumentError if the input string is not valid.
  */
 export function parsePartialAddress(address: string): Fr {
   try {
@@ -250,9 +343,10 @@ export function parsePartialAddress(address: string): Fr {
 }
 
 /**
- * Parses a private key from a string. Throws InvalidArgumentError if the string is not a valid.
+ * Parses a private key from a string.
  * @param privateKey - A string
  * @returns A private key
+ * @throws InvalidArgumentError if the input string is not valid.
  */
 export function parsePrivateKey(privateKey: string): GrumpkinScalar {
   try {
@@ -269,9 +363,10 @@ export function parsePrivateKey(privateKey: string): GrumpkinScalar {
 }
 
 /**
- * Parses a field from a string. Throws InvalidArgumentError if the string is not a valid field value.
+ * Parses a field from a string.
  * @param field - A string representing the field.
  * @returns A field.
+ * @throws InvalidArgumentError if the input string is not valid.
  */
 export function parseField(field: string): Fr {
   try {
diff --git a/yarn-project/deploy_dockerhub.sh b/yarn-project/deploy_dockerhub.sh
index 5e7d83dd891c..7a0ff5d0aa95 100755
--- a/yarn-project/deploy_dockerhub.sh
+++ b/yarn-project/deploy_dockerhub.sh
@@ -1,15 +1,16 @@
 #!/bin/bash
 
+DIST_TAG=${1:-"latest"}
+
 extract_repo yarn-project /usr/src project
 PROJECT_ROOT=$(pwd)/project/src/
 
-for REPOSITORY in "pxe" "aztec-sandbox"
-do
-    echo "Deploying $REPOSITORY"
-    RELATIVE_PROJECT_DIR=$(query_manifest relativeProjectDir $REPOSITORY)
-    cd "$PROJECT_ROOT/$RELATIVE_PROJECT_DIR"
+for REPOSITORY in "pxe" "aztec-sandbox"; do
+  echo "Deploying $REPOSITORY $DIST_TAG"
+  RELATIVE_PROJECT_DIR=$(query_manifest relativeProjectDir $REPOSITORY)
+  cd "$PROJECT_ROOT/$RELATIVE_PROJECT_DIR"
 
-    deploy_dockerhub $REPOSITORY x86_64
-    deploy_dockerhub $REPOSITORY arm64
-    create_dockerhub_manifest $REPOSITORY x86_64,arm64
+  deploy_dockerhub $REPOSITORY x86_64 $DIST_TAG
+  deploy_dockerhub $REPOSITORY arm64 $DIST_TAG
+  create_dockerhub_manifest $REPOSITORY x86_64,arm64 $DIST_TAG
 done
diff --git a/yarn-project/deploy_ecr.sh b/yarn-project/deploy_ecr.sh
new file mode 100755
index 000000000000..9dae7f7b1d66
--- /dev/null
+++ b/yarn-project/deploy_ecr.sh
@@ -0,0 +1,13 @@
+#!/bin/bash
+
+extract_repo yarn-project /usr/src project
+PROJECT_ROOT=$(pwd)/project/src/
+
+for REPOSITORY in "p2p-bootstrap" "aztec-node"
+do
+    echo "Deploying $REPOSITORY"
+    RELATIVE_PROJECT_DIR=$(query_manifest relativeProjectDir $REPOSITORY)
+    cd "$PROJECT_ROOT/$RELATIVE_PROJECT_DIR"
+
+    deploy_ecr $REPOSITORY
+done
\ No newline at end of file
diff --git a/yarn-project/deploy_npm.sh b/yarn-project/deploy_npm.sh
index 4f6ed2860bde..f391b489176f 100755
--- a/yarn-project/deploy_npm.sh
+++ b/yarn-project/deploy_npm.sh
@@ -5,57 +5,72 @@ set -eu
 extract_repo yarn-project /usr/src project
 cd project/src/yarn-project
 
-echo "//registry.npmjs.org/:_authToken=$NPM_TOKEN" > .npmrc
+echo "//registry.npmjs.org/:_authToken=$NPM_TOKEN" >.npmrc
+# also copy npcrc into the l1-contracts directory
+cp .npmrc ../l1-contracts
+
+# This is to be used with the 'canary' tag for testing, and then 'latest' for making it public
+DIST_TAG=${1:-"latest"}
 
 function deploy_package() {
-    REPOSITORY=$1
-    cd $REPOSITORY
+  REPOSITORY=$1
+  cd $REPOSITORY
 
-    VERSION=$(extract_tag_version $REPOSITORY true)
-    echo "Deploying $REPOSITORY $VERSION"
+  PACKAGE_NAME=$(jq -r '.name' package.json)
+  VERSION=$(extract_tag_version $REPOSITORY false)
+  echo "Deploying $REPOSITORY $VERSION $DIST_TAG"
 
-    # If the commit tag itself has a dist-tag (e.g. v2.1.0-testnet.123), extract the dist-tag.
-    TAG=$(echo "$VERSION" | grep -oP ".*-\K(.*)(?=\.\d+)" || true)
-    TAG_ARG=""
-    if [ -n "$TAG" ]; then
-        TAG_ARG="--tag $TAG"
-    fi
+  if [ -n "$DIST_TAG" ]; then
+    TAG_ARG="--tag $DIST_TAG"
+  fi
 
-    PUBLISHED_VERSION=$(npm show . version ${TAG_ARG:-} 2> /dev/null) || true
-    HIGHER_VERSION=$(npx semver ${VERSION} ${PUBLISHED_VERSION} | tail -1)
+  PUBLISHED_VERSION=$(npm show . version ${TAG_ARG:-} 2>/dev/null) || true
+  HIGHER_VERSION=$(npx semver ${VERSION} ${PUBLISHED_VERSION} | tail -1)
 
-    # If there is already a published package equal to given version, assume this is a re-run of a deploy, and early out.
-    if [ "$VERSION" == "$PUBLISHED_VERSION" ]; then
-        echo "Tagged version $VERSION is equal to published version $PUBLISHED_VERSION. Skipping publish."
-        exit 0
-    fi
+  # Check if there is already a published package equal to given version, assume this is a re-run of a deploy
+  if [ "$VERSION" == "$PUBLISHED_VERSION" ]; then
+    echo "Tagged ${DIST_TAG:+ $DIST_TAG}version $VERSION is equal to published ${DIST_TAG:+ $DIST_TAG}version $PUBLISHED_VERSION."
+    echo "Skipping publish."
+    exit 0
+  fi
 
-    # If the published version is > the given version, something's gone wrong.
-    if [ "$VERSION" != "$HIGHER_VERSION" ]; then
-        echo "Tagged version $VERSION is lower than published version $PUBLISHED_VERSION."
-        exit 1
-    fi
+  # If the published version is > the given version, something's gone wrong.
+  if [ "$VERSION" != "$HIGHER_VERSION" ]; then
+    echo "Tagged version $VERSION is lower than published version $PUBLISHED_VERSION."
+    exit 1
+  fi
 
-    # Update the package version in package.json.
-    TMP=$(mktemp)
-    jq --arg v $VERSION '.version = $v' package.json > $TMP && mv $TMP package.json
+  # Update the package version in package.json.
+  TMP=$(mktemp)
+  jq --arg v $VERSION '.version = $v' package.json >$TMP && mv $TMP package.json
 
-    if [ -z "${STANDALONE:-}" ]; then
+  if [ -z "${STANDALONE:-}" ]; then
     # Update each dependent @aztec package version in package.json.
     for PKG in $(jq --raw-output ".dependencies | keys[] | select(contains(\"@aztec/\"))" package.json); do
-        jq --arg v $VERSION ".dependencies[\"$PKG\"] = \$v" package.json > $TMP && mv $TMP package.json
+      jq --arg v $VERSION ".dependencies[\"$PKG\"] = \$v" package.json >$TMP && mv $TMP package.json
     done
-    fi
+  fi
 
-    # Publish
-    if [ -n "${COMMIT_TAG:-}" ] ; then 
-        npm publish $TAG_ARG --access public
+  # Publish
+  if [ -n "${COMMIT_TAG:-}" ]; then
+    # Check if version exists
+    if npm view "$PACKAGE_NAME@$VERSION" version >/dev/null 2>&1; then
+      # Tag the existing version
+      npm dist-tag add $PACKAGE_NAME@$VERSION $DIST_TAG
     else
-        npm publish --dry-run $TAG_ARG --access public
+      # Publish new verison
+      npm publish $TAG_ARG --access public
     fi
+  else
+    npm publish --dry-run $TAG_ARG --access public
+  fi
 
-    # Back to root
+  # Back to root
+  if [ "$REPOSITORY" == "../l1-contracts" ]; then
+    cd ../yarn-project
+  else
     cd ..
+  fi
 }
 
 deploy_package foundation
@@ -77,3 +92,4 @@ deploy_package world-state
 deploy_package sequencer-client
 deploy_package aztec-node
 deploy_package aztec-sandbox
+deploy_package ../l1-contracts
diff --git a/yarn-project/end-to-end/.gitignore b/yarn-project/end-to-end/.gitignore
index a174be95ed33..c9bba6e4021a 100644
--- a/yarn-project/end-to-end/.gitignore
+++ b/yarn-project/end-to-end/.gitignore
@@ -1,2 +1,3 @@
 addresses.json
 /log
+/data
diff --git a/yarn-project/end-to-end/package.json b/yarn-project/end-to-end/package.json
index 6d3d3426817c..1aec35f5b591 100644
--- a/yarn-project/end-to-end/package.json
+++ b/yarn-project/end-to-end/package.json
@@ -50,6 +50,7 @@
     "@types/lodash.zipwith": "^4.2.7",
     "@types/memdown": "^3.0.3",
     "@types/node": "^18.7.23",
+    "glob": "^10.3.10",
     "jest": "^29.5.0",
     "koa": "^2.14.2",
     "koa-static": "^5.0.0",
diff --git a/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox-browser.yml b/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox-browser.yml
index 2663326eb1c0..5d1e8dbc13b5 100644
--- a/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox-browser.yml
+++ b/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox-browser.yml
@@ -24,7 +24,6 @@ services:
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       PXE_BLOCK_POLLING_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     ports:
       - '8080:8080'
 
@@ -36,7 +35,6 @@ services:
       ETHEREUM_HOST: http://fork:8545
       CHAIN_ID: 31337
       PXE_URL: http://sandbox:8080
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     entrypoint: ['./scripts/start_e2e_ci_browser.sh', './src/e2e_aztec_js_browser.test.ts']
     volumes:
       - ../log:/usr/src/yarn-project/end-to-end/log:rw
diff --git a/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox.yml b/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox.yml
index 2cc503da61cc..b357f9bef83a 100644
--- a/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox.yml
+++ b/yarn-project/end-to-end/scripts/docker-compose-e2e-sandbox.yml
@@ -24,7 +24,6 @@ services:
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       PXE_BLOCK_POLLING_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     ports:
       - '8080:8080'
 
@@ -36,7 +35,6 @@ services:
       ETHEREUM_HOST: http://fork:8545
       CHAIN_ID: 31337
       PXE_URL: http://sandbox:8080
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     command: ${TEST:-./src/e2e_deploy_contract.test.ts}
     volumes:
       - ../log:/usr/src/yarn-project/end-to-end/log:rw
diff --git a/yarn-project/end-to-end/scripts/docker-compose-p2p.yml b/yarn-project/end-to-end/scripts/docker-compose-p2p.yml
index c6d607a79bbe..9fa069b1ca95 100644
--- a/yarn-project/end-to-end/scripts/docker-compose-p2p.yml
+++ b/yarn-project/end-to-end/scripts/docker-compose-p2p.yml
@@ -33,7 +33,6 @@ services:
       SEQ_MIN_TX_PER_BLOCK: 1
       P2P_TCP_LISTEN_IP: '0.0.0.0'
       P2P_NAT_ENABLED: 'false'
-      P2P_SERVER: 'false'
       P2P_ENABLED: 'true'
       BOOTSTRAP_NODES: '/ip4/p2p-bootstrap/tcp/40400/p2p/12D3KooWGBpbC6qQFkaCYphjNeY6sV99o4SnEWyTeBigoVriDn4D'
     command: ${TEST:-./src/e2e_p2p_network.test.ts}
diff --git a/yarn-project/end-to-end/scripts/docker-compose.yml b/yarn-project/end-to-end/scripts/docker-compose.yml
index eaea6050e00b..bd2020709e5f 100644
--- a/yarn-project/end-to-end/scripts/docker-compose.yml
+++ b/yarn-project/end-to-end/scripts/docker-compose.yml
@@ -25,7 +25,6 @@ services:
       WS_BLOCK_CHECK_INTERVAL_MS: 50
       PXE_BLOCK_POLLING_INTERVAL_MS: 50
       ARCHIVER_VIEM_POLLING_INTERVAL_MS: 500
-      SEARCH_START_BLOCK: ${FORK_BLOCK_NUMBER:-0}
     command: ${TEST:-./src/e2e_deploy_contract.test.ts}
     volumes:
       - ../log:/usr/src/yarn-project/end-to-end/log:rw
diff --git a/yarn-project/end-to-end/scripts/setup_canary.sh b/yarn-project/end-to-end/scripts/setup_canary.sh
index e7ea1020221b..db900ca2843f 100755
--- a/yarn-project/end-to-end/scripts/setup_canary.sh
+++ b/yarn-project/end-to-end/scripts/setup_canary.sh
@@ -1,7 +1,7 @@
 #!/bin/bash
 set -eu
 
-COMMIT_TAG=$1
+DIST_TAG=$1
 TARGET_PKGS_FILE=$2
 
 # Check if file exists and read it into an array
@@ -15,26 +15,11 @@ else
   echo "File $TARGET_PKGS_FILE does not exist."
 fi
 
-if [ -z "$COMMIT_TAG" ]; then
-  echo "No commit tag provided."
+if [ -z "$DIST_TAG" ]; then
+  echo "No dist tag provided."
   exit 0
 fi
 
-set +e  # Temporarily disable exit on error
-VERSION=$(npx semver $COMMIT_TAG)
-RESULT=$?  # Capture the exit status of the last command
-set -e  # Re-enable exit on error
-
-if [ $RESULT -ne 0 ]; then
-  echo "Error when running 'npx semver' with commit tag: $COMMIT_TAG"
-  exit 1
-fi
-
-if [ -z "$VERSION" ]; then
-  echo "$COMMIT_TAG is not a semantic version."
-  exit 1
-fi
-
 echo "Removing all files & folders that aren't needed for canary tests"
 TARGET_DIR="./src"
 cd "$TARGET_DIR"
@@ -48,11 +33,11 @@ for item in $(ls -A); do
 done
 cd ..
 
-echo "Updating external Aztec dependencies to version $VERSION"
+echo "Updating external Aztec dependencies to tag $DIST_TAG"
 JSON_TARGET_PKGS=$(printf '%s\n' "${TARGET_PKGS[@]}" | jq -R -s -c 'split("\n") | map(select(. != ""))')
 
 TMP=$(mktemp)
-jq --arg v $VERSION --argjson target_pkgs "$JSON_TARGET_PKGS" '
+jq --arg v $DIST_TAG --argjson target_pkgs "$JSON_TARGET_PKGS" '
 .dependencies |= with_entries(
   select(
     (.key | startswith("@aztec")) as $isAztec |
@@ -67,6 +52,6 @@ jq --arg v $VERSION --argjson target_pkgs "$JSON_TARGET_PKGS" '
   else
     .
   end
-)' package.json > $TMP && mv $TMP package.json
+)' package.json >$TMP && mv $TMP package.json
 
-jq ".references = []" tsconfig.json > $TMP && mv $TMP tsconfig.json
+jq ".references = []" tsconfig.json >$TMP && mv $TMP tsconfig.json
diff --git a/yarn-project/end-to-end/scripts/start_p2p_e2e.sh b/yarn-project/end-to-end/scripts/start_p2p_e2e.sh
index 9b1b661a7feb..828a1db8b433 100755
--- a/yarn-project/end-to-end/scripts/start_p2p_e2e.sh
+++ b/yarn-project/end-to-end/scripts/start_p2p_e2e.sh
@@ -10,7 +10,6 @@ export SEQ_MIN_TX_PER_BLOCK=32
 export BOOTSTRAP_NODES='/ip4/127.0.0.1/tcp/40400/p2p/12D3KooWGBpbC6qQFkaCYphjNeY6sV99o4SnEWyTeBigoVriDn4D'
 export P2P_TCP_LISTEN_IP='0.0.0.0'
 export P2P_NAT_ENABLED='false'
-export P2P_SERVER='false'
 export P2P_ENABLED='true'
 export DEBUG='aztec:*,libp2p:*'
 
diff --git a/yarn-project/end-to-end/src/benchmarks/README.md b/yarn-project/end-to-end/src/benchmarks/README.md
new file mode 100644
index 000000000000..c737a87b6ab1
--- /dev/null
+++ b/yarn-project/end-to-end/src/benchmarks/README.md
@@ -0,0 +1,23 @@
+# Benchmarks
+
+Tests in this folder are meant to used for benchmarking. Stats are collected by instrumenting relevant sections of the code and emitting stats via structured logging. All stats are strongly-typed and defined in `yarn-project/types/src/stats/stats.ts`.
+
+These stats are emitted to jsonl files named after the test being run if the `BENCHMARK` flag is enabled or if running on `CI`. This setup happens when calling the `setup` helper of e2e tests in `yarn-project/end-to-end/src/fixtures/logging.ts`. Note that by default stats from all e2e tests are collected on the CI, and are uploaded to S3 using the `upload_logs_to_s3.sh` script called at the end of `run_tests_local`. All jsonl files are uploaded to the `aztec-ci-artifacts` bucket under the `logs` folder. Tests run in master are uploaded to `logs/master/COMMIT_HASH`, while tests from a PR are uploaded to `logs/pulls/PULL_REQUEST_NUMBER`.
+
+## Benchmark summaries
+
+After all benchmark tests are executed, a `bench-summary` CI job takes care of aggregating them, using the scripts in `yarn-project/scripts/benchmarks` orchestrated by `scripts/ci/assemble_e2e_benchmark.sh`. This script downloads all jsonl files, extracts metrics grouped by block size or chain length, and outputs an aggregated benchmark json file which is uploaded to S3. This file is uploaded to the same `aztec-ci-artifacts` bucket but under the `benchmarks` folder.
+
+Metrics are strongly typed as well and defined in `yarn-project/types/src/stats/metrics.ts`, while the `yarn-project/scripts/src/benchmarks/aggregate.ts` script takes care of generating them out of the collected stats from the jsonl files.
+
+Once the summary is generated, if the benchmark run is on a PR, then the summary job will also download the latest benchmark from master, compare it against the current run, generate a markdown summary, and post it to the pull request on github. This uses the `AZTEC_BOT_COMMENTER_GITHUB_TOKEN`, which is a fine-grained personal access token from the `AztecBot` github user with rw permissions on issues and pull requests.
+
+## Local development
+
+To test locally, first run one or more benchmark e2e tests locally from the `yarn-project/end-to-end` folder. It may be a good idea to shorten them so they run faster, for example:
+
+```
+$ BENCHMARK_BLOCK_SIZES=4 BENCHMARK=1 yarn test bench_publish
+```
+
+This should've generated one or more jsonl files in `yarn-project/end-to-end/log`
diff --git a/yarn-project/end-to-end/src/benchmarks/bench_process_history.test.ts b/yarn-project/end-to-end/src/benchmarks/bench_process_history.test.ts
new file mode 100644
index 000000000000..73a9532d9407
--- /dev/null
+++ b/yarn-project/end-to-end/src/benchmarks/bench_process_history.test.ts
@@ -0,0 +1,101 @@
+import { AztecNodeConfig, AztecNodeService } from '@aztec/aztec-node';
+import { Fr, GrumpkinScalar } from '@aztec/circuits.js';
+import { sleep } from '@aztec/foundation/sleep';
+import { elapsed } from '@aztec/foundation/timer';
+import { BenchmarkingContract } from '@aztec/noir-contracts/types';
+import { SequencerClient } from '@aztec/sequencer-client';
+import { INITIAL_L2_BLOCK_NUM } from '@aztec/types';
+import {
+  BENCHMARK_HISTORY_BLOCK_SIZE,
+  BENCHMARK_HISTORY_CHAIN_LENGTHS,
+  NodeSyncedChainHistoryStats,
+} from '@aztec/types/stats';
+
+import { EndToEndContext } from '../fixtures/utils.js';
+import {
+  benchmarkSetup,
+  getFolderSize,
+  makeDataDirectory,
+  sendTxs,
+  waitNewPXESynced,
+  waitRegisteredAccountSynced,
+} from './utils.js';
+
+const BLOCK_SIZE = BENCHMARK_HISTORY_BLOCK_SIZE;
+const CHAIN_LENGTHS = BENCHMARK_HISTORY_CHAIN_LENGTHS;
+const MAX_CHAIN_LENGTH = CHAIN_LENGTHS[CHAIN_LENGTHS.length - 1];
+const SETUP_BLOCK_COUNT = 2; // deploy account + deploy contract
+
+describe('benchmarks/process_history', () => {
+  let context: EndToEndContext;
+  let contract: BenchmarkingContract;
+  let sequencer: SequencerClient;
+
+  beforeEach(async () => {
+    ({ context, contract, sequencer } = await benchmarkSetup({ maxTxsPerBlock: BLOCK_SIZE }));
+  }, 60_000);
+
+  it(
+    `processes chain history of ${MAX_CHAIN_LENGTH} with ${BLOCK_SIZE}-tx blocks`,
+    async () => {
+      // Ensure each block has exactly BLOCK_SIZE txs
+      sequencer.updateSequencerConfig({ minTxsPerBlock: BLOCK_SIZE });
+      let lastBlock = 0;
+
+      for (const chainLength of CHAIN_LENGTHS) {
+        // Send enough txs to move the chain to the next block number checkpoint
+        const txCount = (chainLength - lastBlock) * BLOCK_SIZE;
+        const sentTxs = await sendTxs(txCount, context, contract);
+        await sentTxs[sentTxs.length - 1].wait({ timeout: 5 * 60_000 });
+        await sleep(100);
+
+        // Create a new node and measure how much time it takes it to sync
+        const dataDirectory = makeDataDirectory(chainLength);
+        context.logger(`Set up data directory at ${dataDirectory}`);
+        const nodeConfig: AztecNodeConfig = { ...context.config, disableSequencer: true, dataDirectory };
+        const [nodeSyncTime, node] = await elapsed(async () => {
+          const node = await AztecNodeService.createAndSync(nodeConfig);
+          await node.getTreeRoots();
+          return node;
+        });
+
+        const blockNumber = await node.getBlockNumber();
+        expect(blockNumber).toEqual(chainLength + SETUP_BLOCK_COUNT);
+
+        context.logger(`Node synced chain up to block ${chainLength}`, {
+          eventName: 'node-synced-chain-history',
+          txCount: BLOCK_SIZE * chainLength,
+          txsPerBlock: BLOCK_SIZE,
+          duration: nodeSyncTime,
+          blockNumber,
+          blockCount: chainLength,
+          dbSize: getFolderSize(dataDirectory),
+        } satisfies NodeSyncedChainHistoryStats);
+
+        // Create a new pxe and measure how much time it takes it to sync with failed and successful decryption
+        // Skip the first two blocks used for setup (create account contract and deploy benchmarking contract)
+        context.logger(`Starting new pxe`);
+        const pxe = await waitNewPXESynced(node, contract, INITIAL_L2_BLOCK_NUM + SETUP_BLOCK_COUNT);
+
+        // Register the owner account and wait until it's synced so we measure how much time it took
+        context.logger(`Registering owner account on new pxe`);
+        const partialAddress = context.wallet.getCompleteAddress().partialAddress;
+        const privateKey = context.wallet.getEncryptionPrivateKey();
+        await waitRegisteredAccountSynced(pxe, privateKey, partialAddress);
+
+        // Repeat for another account that didn't receive any notes for them, so we measure trial-decrypts
+        context.logger(`Registering fresh account on new pxe`);
+        await waitRegisteredAccountSynced(pxe, GrumpkinScalar.random(), Fr.random());
+
+        // Stop the external node and pxe
+        await pxe.stop();
+        await node.stop();
+
+        lastBlock = chainLength;
+      }
+
+      await context.teardown();
+    },
+    60 * 60_000,
+  );
+});
diff --git a/yarn-project/end-to-end/src/benchmarks/bench_publish_rollup.test.ts b/yarn-project/end-to-end/src/benchmarks/bench_publish_rollup.test.ts
index 91791aeedb10..888a4916a92f 100644
--- a/yarn-project/end-to-end/src/benchmarks/bench_publish_rollup.test.ts
+++ b/yarn-project/end-to-end/src/benchmarks/bench_publish_rollup.test.ts
@@ -1,55 +1,29 @@
-/* eslint-disable camelcase */
 import { AztecNodeService } from '@aztec/aztec-node';
-import { AztecAddress, BatchCall } from '@aztec/aztec.js';
-import { EthAddress, Fr, GrumpkinScalar } from '@aztec/circuits.js';
-import { retryUntil } from '@aztec/foundation/retry';
-import { sleep } from '@aztec/foundation/sleep';
+import { Fr, GrumpkinScalar } from '@aztec/circuits.js';
 import { BenchmarkingContract } from '@aztec/noir-contracts/types';
-import { createPXEService } from '@aztec/pxe';
 import { SequencerClient } from '@aztec/sequencer-client';
+import { BENCHMARK_BLOCK_SIZES } from '@aztec/types/stats';
 
-import times from 'lodash.times';
-
-import { setup } from '../fixtures/utils.js';
-
-const ROLLUP_SIZES = process.env.ROLLUP_SIZES ? process.env.ROLLUP_SIZES.split(',').map(Number) : [8, 32, 128];
+import { EndToEndContext } from '../fixtures/utils.js';
+import { benchmarkSetup, sendTxs, waitNewPXESynced, waitRegisteredAccountSynced } from './utils.js';
 
 describe('benchmarks/publish_rollup', () => {
-  let context: Awaited<ReturnType<typeof setup>>;
+  let context: EndToEndContext;
   let contract: BenchmarkingContract;
-  let owner: AztecAddress;
   let sequencer: SequencerClient;
 
   beforeEach(async () => {
-    context = await setup(2, { maxTxsPerBlock: 1024 });
-    [owner] = context.accounts.map(a => a.address);
-    contract = await BenchmarkingContract.deploy(context.wallet).send().deployed();
-    context.logger(`Deployed benchmarking contract at ${contract.address}`);
-    sequencer = (context.aztecNode as AztecNodeService).getSequencer()!;
-    await sequencer.stop();
+    ({ context, contract, sequencer } = await benchmarkSetup({ maxTxsPerBlock: 1024 }));
   }, 60_000);
 
-  // Each tx has a private execution (account entrypoint), a nested private call (create_note),
-  // a public call (increment_balance), and a nested public call (broadcast). These include
-  // emitting one private note and one unencrypted log, two storage reads and one write.
-  const makeBatchCall = (i: number) =>
-    new BatchCall(context.wallet, [
-      contract.methods.create_note(owner, i + 1).request(),
-      contract.methods.increment_balance(owner, i + 1).request(),
-    ]);
-
-  it.each(ROLLUP_SIZES)(
+  it.each(BENCHMARK_BLOCK_SIZES)(
     `publishes a rollup with %d txs`,
     async (txCount: number) => {
-      context.logger(`Assembling rollup with ${txCount} txs`);
-      // Simulate and simultaneously send ROLLUP_SIZE txs. These should not yet be processed since sequencer is stopped.
-      const calls = times(txCount, makeBatchCall);
-      calls.forEach(call => call.simulate({ skipPublicSimulation: true }));
-      const sentTxs = calls.map(call => call.send());
+      await sequencer.stop();
 
-      // Awaiting txHash waits until the aztec node has received the tx into its p2p pool
-      await Promise.all(sentTxs.map(tx => tx.getTxHash()));
-      await sleep(100);
+      // Simulate and simultaneously send ROLLUP_SIZE txs. These should not yet be processed since sequencer is stopped.
+      context.logger(`Assembling rollup with ${txCount} txs`);
+      const sentTxs = await sendTxs(txCount, context, contract);
 
       // Restart sequencer to process all txs together
       sequencer.restart();
@@ -66,25 +40,17 @@ describe('benchmarks/publish_rollup', () => {
 
       // Spin up a new pxe and sync it, we'll use it to test sync times of new accounts for the last block
       context.logger(`Starting new pxe`);
-      const pxe = await createPXEService(node, { l2BlockPollingIntervalMS: 100, l2StartingBlock: blockNumber! - 1 });
-      await pxe.addContracts([{ ...contract, portalContract: EthAddress.ZERO }]);
-      await retryUntil(() => pxe.isGlobalStateSynchronized(), 'pxe-global-sync');
-      const { publicKey, partialAddress } = context.wallet.getCompleteAddress();
-      const privateKey = context.wallet.getEncryptionPrivateKey();
-      const l2Block = await node.getBlockNumber();
+      const pxe = await waitNewPXESynced(node, contract, blockNumber! - 1);
 
       // Register the owner account and wait until it's synced so we measure how much time it took
       context.logger(`Registering owner account on new pxe`);
-      await pxe.registerAccount(privateKey, partialAddress);
-      const isOwnerSynced = async () => (await pxe.getSyncStatus()).notes[publicKey.toString()] === l2Block;
-      await retryUntil(isOwnerSynced, 'pxe-owner-sync');
+      const partialAddress = context.wallet.getCompleteAddress().partialAddress;
+      const privateKey = context.wallet.getEncryptionPrivateKey();
+      await waitRegisteredAccountSynced(pxe, privateKey, partialAddress);
 
       // Repeat for another account that didn't receive any notes for them, so we measure trial-decrypts
       context.logger(`Registering fresh account on new pxe`);
-      const newAccount = await pxe.registerAccount(GrumpkinScalar.random(), Fr.random());
-      const isNewAccountSynced = async () =>
-        (await pxe.getSyncStatus()).notes[newAccount.publicKey.toString()] === l2Block;
-      await retryUntil(isNewAccountSynced, 'pxe-new-account-sync');
+      await waitRegisteredAccountSynced(pxe, GrumpkinScalar.random(), Fr.random());
 
       // Stop the external node and pxe
       await pxe.stop();
diff --git a/yarn-project/end-to-end/src/benchmarks/utils.ts b/yarn-project/end-to-end/src/benchmarks/utils.ts
new file mode 100644
index 000000000000..bb09e27a10b2
--- /dev/null
+++ b/yarn-project/end-to-end/src/benchmarks/utils.ts
@@ -0,0 +1,128 @@
+import { AztecNodeConfig, AztecNodeService } from '@aztec/aztec-node';
+import { BatchCall, SentTx } from '@aztec/aztec.js';
+import { GrumpkinScalar } from '@aztec/circuits.js';
+import { retryUntil } from '@aztec/foundation/retry';
+import { sleep } from '@aztec/foundation/sleep';
+import { BenchmarkingContract } from '@aztec/noir-contracts/types';
+import { PXEService, createPXEService } from '@aztec/pxe';
+import { AztecNode, INITIAL_L2_BLOCK_NUM, PXE, PartialAddress } from '@aztec/types';
+
+import { mkdirpSync } from 'fs-extra';
+import { globSync } from 'glob';
+import times from 'lodash.times';
+import { join } from 'path';
+
+import { EndToEndContext, setup } from '../fixtures/utils.js';
+
+/**
+ * Setup for benchmarks. Initializes a sandbox node with a single account and deploys a benchmark contract.
+ */
+export async function benchmarkSetup(opts: Partial<AztecNodeConfig>) {
+  const context = await setup(1, { ...opts });
+  const contract = await BenchmarkingContract.deploy(context.wallet).send().deployed();
+  context.logger(`Deployed benchmarking contract at ${contract.address}`);
+  const sequencer = (context.aztecNode as AztecNodeService).getSequencer()!;
+  return { context, contract, sequencer };
+}
+
+/**
+ * Creates and returns a directory with the current job name and a random number.
+ * @param index - Index to merge into the dir path.
+ * @returns A path to a created dir.
+ */
+export function makeDataDirectory(index: number) {
+  const random = Math.random().toString().slice(2);
+  const testName = expect.getState().currentTestName!.split(' ')[0].replaceAll('/', '_');
+  const db = join('data', testName, index.toString(), random);
+  mkdirpSync(db);
+  return db;
+}
+
+/**
+ * Returns the size in disk of a folder.
+ * @param path - Path to the folder.
+ * @returns Size in bytes.
+ */
+export function getFolderSize(path: string): number {
+  return globSync('**', { stat: true, cwd: path, nodir: true, withFileTypes: true }).reduce(
+    (accum, file) => accum + (file as any as { /** Size */ size: number }).size,
+    0,
+  );
+}
+
+/**
+ * Returns a call to the benchmark contract. Each call has a private execution (account entrypoint),
+ * a nested private call (create_note), a public call (increment_balance), and a nested public
+ * call (broadcast). These include emitting one private note and one unencrypted log, two storage
+ * reads and one write.
+ * @param index - Index of the call within a block.
+ * @param context - End to end context.
+ * @param contract - Benchmarking contract.
+ * @returns A BatchCall instance.
+ */
+export function makeCall(index: number, context: EndToEndContext, contract: BenchmarkingContract) {
+  const owner = context.wallet.getAddress();
+  return new BatchCall(context.wallet, [
+    contract.methods.create_note(owner, index + 1).request(),
+    contract.methods.increment_balance(owner, index + 1).request(),
+  ]);
+}
+
+/**
+ * Assembles and sends multiple transactions simultaneously to the node in context.
+ * Each tx is the result of calling makeCall.
+ * @param txCount - How many txs to send
+ * @param context - End to end context.
+ * @param contract - Target contract.
+ * @returns Array of sent txs.
+ */
+export async function sendTxs(
+  txCount: number,
+  context: EndToEndContext,
+  contract: BenchmarkingContract,
+): Promise<SentTx[]> {
+  const calls = times(txCount, index => makeCall(index, context, contract));
+  calls.forEach(call => call.simulate({ skipPublicSimulation: true }));
+  const sentTxs = calls.map(call => call.send());
+
+  // Awaiting txHash waits until the aztec node has received the tx into its p2p pool
+  await Promise.all(sentTxs.map(tx => tx.getTxHash()));
+  await sleep(100);
+
+  return sentTxs;
+}
+
+/**
+ * Creates a new PXE and awaits until it's synced with the node.
+ * @param node - Node to connect the pxe to.
+ * @param contract - Benchmark contract to add to the pxe.
+ * @param startingBlock - First l2 block to process.
+ * @returns The new PXE.
+ */
+export async function waitNewPXESynced(
+  node: AztecNode,
+  contract: BenchmarkingContract,
+  startingBlock: number = INITIAL_L2_BLOCK_NUM,
+): Promise<PXEService> {
+  const pxe = await createPXEService(node, { l2BlockPollingIntervalMS: 100, l2StartingBlock: startingBlock });
+  await pxe.addContracts([contract]);
+  await retryUntil(() => pxe.isGlobalStateSynchronized(), 'pxe-global-sync');
+  return pxe;
+}
+
+/**
+ * Registers a new account in a pxe and waits until it's synced all its notes.
+ * @param pxe - PXE where to register the account.
+ * @param privateKey - Private key of the account to register.
+ * @param partialAddress - Partial address of the account to register.
+ */
+export async function waitRegisteredAccountSynced(
+  pxe: PXE,
+  privateKey: GrumpkinScalar,
+  partialAddress: PartialAddress,
+) {
+  const l2Block = await pxe.getBlockNumber();
+  const { publicKey } = await pxe.registerAccount(privateKey, partialAddress);
+  const isAccountSynced = async () => (await pxe.getSyncStatus()).notes[publicKey.toString()] === l2Block;
+  await retryUntil(isAccountSynced, 'pxe-notes-sync');
+}
diff --git a/yarn-project/end-to-end/src/canary/browser.ts b/yarn-project/end-to-end/src/canary/browser.ts
index 737901dc0d7b..e876272feb7e 100644
--- a/yarn-project/end-to-end/src/canary/browser.ts
+++ b/yarn-project/end-to-end/src/canary/browser.ts
@@ -1,6 +1,6 @@
 /* eslint-disable no-console */
 import * as AztecJs from '@aztec/aztec.js';
-import { TokenContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TokenContractArtifact } from '@aztec/noir-contracts/artifacts';
 
 import { Server } from 'http';
 import Koa from 'koa';
@@ -112,34 +112,47 @@ export const browserTestSuite = (setup: () => Server, pageLogger: AztecJs.DebugL
       await deployTokenContract();
     }, 60_000);
 
+    it('Can access CompleteAddress class in browser', async () => {
+      const result: string = await page.evaluate(() => {
+        const completeAddress = window.AztecJs.CompleteAddress.fromString(
+          '0x115f123bbc6cc6af9890055821cfba23a7c4e8832377a32ccb719a1ba3a86483',
+        );
+        // NOTE: browser does not know how to serialize CompleteAddress for return, so return a string
+        // otherwise returning a CompleteAddress makes result undefined.
+        return completeAddress.toString();
+      });
+      // a lot of trailing 0s get added in the return value
+      expect(result.slice(0, 66)).toBe('0x115f123bbc6cc6af9890055821cfba23a7c4e8832377a32ccb719a1ba3a86483');
+    });
+
     it("Gets the owner's balance", async () => {
       const result = await page.evaluate(
-        async (rpcUrl, contractAddress, TokenContractAbi) => {
+        async (rpcUrl, contractAddress, TokenContractArtifact) => {
           const { Contract, AztecAddress, createPXEClient: createPXEClient } = window.AztecJs;
           const pxe = createPXEClient(rpcUrl!);
           const owner = (await pxe.getRegisteredAccounts())[0].address;
           const [wallet] = await AztecJs.getSandboxAccountsWallets(pxe);
-          const contract = await Contract.at(AztecAddress.fromString(contractAddress), TokenContractAbi, wallet);
+          const contract = await Contract.at(AztecAddress.fromString(contractAddress), TokenContractArtifact, wallet);
           const balance = await contract.methods.balance_of_private(owner).view({ from: owner });
           return balance;
         },
         PXE_URL,
         (await getTokenAddress()).toString(),
-        TokenContractAbi,
+        TokenContractArtifact,
       );
       expect(result).toEqual(initialBalance);
     });
 
     it('Sends a transfer TX', async () => {
       const result = await page.evaluate(
-        async (rpcUrl, contractAddress, transferAmount, TokenContractAbi) => {
+        async (rpcUrl, contractAddress, transferAmount, TokenContractArtifact) => {
           console.log(`Starting transfer tx`);
           const { AztecAddress, Contract, createPXEClient: createPXEClient } = window.AztecJs;
           const pxe = createPXEClient(rpcUrl!);
           const accounts = await pxe.getRegisteredAccounts();
           const receiver = accounts[1].address;
           const [wallet] = await AztecJs.getSandboxAccountsWallets(pxe);
-          const contract = await Contract.at(AztecAddress.fromString(contractAddress), TokenContractAbi, wallet);
+          const contract = await Contract.at(AztecAddress.fromString(contractAddress), TokenContractArtifact, wallet);
           await contract.methods.transfer(accounts[0].address, receiver, transferAmount, 0).send().wait();
           console.log(`Transferred ${transferAmount} tokens to new Account`);
           return await contract.methods.balance_of_private(receiver).view({ from: receiver });
@@ -147,14 +160,14 @@ export const browserTestSuite = (setup: () => Server, pageLogger: AztecJs.DebugL
         PXE_URL,
         (await getTokenAddress()).toString(),
         transferAmount,
-        TokenContractAbi,
+        TokenContractArtifact,
       );
       expect(result).toEqual(transferAmount);
     }, 60_000);
 
     const deployTokenContract = async () => {
       const txHash = await page.evaluate(
-        async (rpcUrl, privateKeyString, initialBalance, TokenContractAbi) => {
+        async (rpcUrl, privateKeyString, initialBalance, TokenContractArtifact) => {
           const {
             GrumpkinScalar,
             DeployMethod,
@@ -176,14 +189,14 @@ export const browserTestSuite = (setup: () => Server, pageLogger: AztecJs.DebugL
           }
           const [owner] = await getSandboxAccountsWallets(pxe);
           const ownerAddress = owner.getAddress();
-          const tx = new DeployMethod(accounts[0].publicKey, pxe, TokenContractAbi, [
+          const tx = new DeployMethod(accounts[0].publicKey, pxe, TokenContractArtifact, [
             owner.getCompleteAddress(),
           ]).send();
           await tx.wait();
           const receipt = await tx.getReceipt();
           console.log(`Contract Deployed: ${receipt.contractAddress}`);
 
-          const token = await Contract.at(receipt.contractAddress!, TokenContractAbi, owner);
+          const token = await Contract.at(receipt.contractAddress!, TokenContractArtifact, owner);
           const secret = Fr.random();
           const secretHash = await computeMessageSecretHash(secret);
           const mintPrivateReceipt = await token.methods.mint_private(initialBalance, secretHash).send().wait();
@@ -199,7 +212,7 @@ export const browserTestSuite = (setup: () => Server, pageLogger: AztecJs.DebugL
         PXE_URL,
         privKey.toString(),
         initialBalance,
-        TokenContractAbi,
+        TokenContractArtifact,
       );
 
       const txResult = await testClient.getTxReceipt(AztecJs.TxHash.fromString(txHash));
diff --git a/yarn-project/end-to-end/src/canary/cli.ts b/yarn-project/end-to-end/src/canary/cli.ts
index 79bbbfb766b1..529cb8130b2b 100644
--- a/yarn-project/end-to-end/src/canary/cli.ts
+++ b/yarn-project/end-to-end/src/canary/cli.ts
@@ -117,7 +117,7 @@ export const cliTestSuite = (
       const ownerAddress = AztecAddress.fromString(foundAddress!);
 
       debug('Deploy Token Contract using created account.');
-      await run(`deploy TokenContractAbi --salt 0 --args ${ownerAddress}`);
+      await run(`deploy TokenContractArtifact --salt 0 --args ${ownerAddress}`);
       const loggedAddress = findInLogs(/Contract\sdeployed\sat\s+(?<address>0x[a-fA-F0-9]+)/)?.groups?.address;
       expect(loggedAddress).toBeDefined();
       contractAddress = AztecAddress.fromString(loggedAddress!);
@@ -135,7 +135,7 @@ export const cliTestSuite = (
 
       debug('Mint initial tokens.');
       await run(
-        `send mint_private --args ${INITIAL_BALANCE} ${secretHash} --contract-abi TokenContractAbi --contract-address ${contractAddress.toString()} --private-key ${privKey}`,
+        `send mint_private --args ${INITIAL_BALANCE} ${secretHash} --contract-artifact TokenContractArtifact --contract-address ${contractAddress.toString()} --private-key ${privKey}`,
       );
 
       debug('Add note to the PXE.');
@@ -147,7 +147,7 @@ export const cliTestSuite = (
 
       debug('Redeem tokens.');
       await run(
-        `send redeem_shield --args ${ownerAddress} ${INITIAL_BALANCE} ${secret} --contract-abi TokenContractAbi --contract-address ${contractAddress.toString()} --private-key ${privKey}`,
+        `send redeem_shield --args ${ownerAddress} ${INITIAL_BALANCE} ${secret} --contract-artifact TokenContractArtifact --contract-address ${contractAddress.toString()} --private-key ${privKey}`,
       );
 
       // clear logs
@@ -158,7 +158,7 @@ export const cliTestSuite = (
 
       debug("Check owner's balance");
       await run(
-        `call balance_of_private --args ${ownerAddress} --contract-abi TokenContractAbi --contract-address ${contractAddress.toString()}`,
+        `call balance_of_private --args ${ownerAddress} --contract-artifact TokenContractArtifact --contract-address ${contractAddress.toString()}`,
       );
       const balance = findInLogs(/View\sresult:\s+(?<data>\S+)/)?.groups?.data;
       expect(balance!).toEqual(`${BigInt(INITIAL_BALANCE).toString()}n`);
@@ -169,7 +169,7 @@ export const cliTestSuite = (
       const receiver = existingAccounts.find(acc => acc.address.toString() !== ownerAddress.toString());
 
       await run(
-        `send transfer --args ${ownerAddress.toString()} ${receiver?.address.toString()}  ${TRANSFER_BALANCE} 0 --contract-address ${contractAddress.toString()} --contract-abi TokenContractAbi --private-key ${privKey}`,
+        `send transfer --args ${ownerAddress.toString()} ${receiver?.address.toString()}  ${TRANSFER_BALANCE} 0 --contract-address ${contractAddress.toString()} --contract-artifact TokenContractArtifact --private-key ${privKey}`,
       );
       const txHash = findInLogs(/Transaction\shash:\s+(?<txHash>\S+)/)?.groups?.txHash;
 
@@ -182,7 +182,7 @@ export const cliTestSuite = (
       debug("Check Receiver's balance");
       clearLogs();
       await run(
-        `call balance_of_private --args ${receiver?.address.toString()} --contract-abi TokenContractAbi --contract-address ${contractAddress.toString()}`,
+        `call balance_of_private --args ${receiver?.address.toString()} --contract-artifact TokenContractArtifact --contract-address ${contractAddress.toString()}`,
       );
       const receiverBalance = findInLogs(/View\sresult:\s+(?<data>\S+)/)?.groups?.data;
       expect(receiverBalance).toEqual(`${BigInt(TRANSFER_BALANCE).toString()}n`);
diff --git a/yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts b/yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts
new file mode 100644
index 000000000000..ab45ab2fac05
--- /dev/null
+++ b/yarn-project/end-to-end/src/canary/uniswap_l1_l2.ts
@@ -0,0 +1,756 @@
+import {
+  AccountWallet,
+  AztecAddress,
+  DebugLogger,
+  EthAddress,
+  Fr,
+  PXE,
+  TxStatus,
+  computeAuthWitMessageHash,
+} from '@aztec/aztec.js';
+import { deployL1Contract } from '@aztec/ethereum';
+import { UniswapPortalAbi, UniswapPortalBytecode } from '@aztec/l1-artifacts';
+import { UniswapContract } from '@aztec/noir-contracts/types';
+
+import { jest } from '@jest/globals';
+import { Chain, HttpTransport, PublicClient, getContract, parseEther } from 'viem';
+
+import { CrossChainTestHarness } from '../fixtures/cross_chain_test_harness.js';
+import { delay } from '../fixtures/utils.js';
+
+// PSA: This tests works on forked mainnet. There is a dump of the data in `dumpedState` such that we
+// don't need to burn through RPC requests.
+// To generate a new dump, use the `dumpChainState` cheatcode.
+// To start an actual fork, use the command:
+// anvil --fork-url https://mainnet.infura.io/v3/9928b52099854248b3a096be07a6b23c --fork-block-number 17514288 --chain-id 31337
+// For CI, this is configured in `run_tests.sh` and `docker-compose.yml`
+
+// docs:start:uniswap_l1_l2_test_setup_const
+const TIMEOUT = 90_000;
+
+/** Objects to be returned by the uniswap setup function */
+export type UniswapSetupContext = {
+  /** The Private eXecution Environment (PXE). */
+  pxe: PXE;
+  /** Logger instance named as the current test. */
+  logger: DebugLogger;
+  /** Viem Public client instance. */
+  publicClient: PublicClient<HttpTransport, Chain>;
+  /** Viem Wallet Client instance. */
+  walletClient: any;
+  /** The owner wallet. */
+  ownerWallet: AccountWallet;
+  /** The sponsor wallet. */
+  sponsorWallet: AccountWallet;
+};
+// docs:end:uniswap_l1_l2_test_setup_const
+
+export const uniswapL1L2TestSuite = (
+  setup: () => Promise<UniswapSetupContext>,
+  cleanup: () => Promise<void>,
+  expectedForkBlockNumber = 17514288,
+) => {
+  // docs:start:uniswap_l1_l2_test_beforeAll
+  describe('uniswap_trade_on_l1_from_l2', () => {
+    jest.setTimeout(TIMEOUT);
+
+    const WETH9_ADDRESS: EthAddress = EthAddress.fromString('0xC02aaA39b223FE8D0A0e5C4F27eAD9083C756Cc2');
+    const DAI_ADDRESS: EthAddress = EthAddress.fromString('0x6B175474E89094C44Da98b954EedeAC495271d0F');
+
+    let pxe: PXE;
+    let logger: DebugLogger;
+
+    let walletClient: any;
+
+    let ownerWallet: AccountWallet;
+    let ownerAddress: AztecAddress;
+    let ownerEthAddress: EthAddress;
+    // does transactions on behalf of owner on Aztec:
+    let sponsorWallet: AccountWallet;
+    let sponsorAddress: AztecAddress;
+
+    let daiCrossChainHarness: CrossChainTestHarness;
+    let wethCrossChainHarness: CrossChainTestHarness;
+
+    let uniswapPortal: any;
+    let uniswapPortalAddress: EthAddress;
+    let uniswapL2Contract: UniswapContract;
+
+    const wethAmountToBridge = parseEther('1');
+    const uniswapFeeTier = 3000n;
+    const minimumOutputAmount = 0n;
+    const deadlineForDepositingSwappedDai = BigInt(2 ** 32 - 1); // max uint32
+
+    beforeAll(async () => {
+      let publicClient: PublicClient<HttpTransport, Chain>;
+      ({ pxe, logger, publicClient, walletClient, ownerWallet, sponsorWallet } = await setup());
+
+      // walletClient = deployL1ContractsValues.walletClient;
+      // const publicClient = deployL1ContractsValues.publicClient;
+
+      if (Number(await publicClient.getBlockNumber()) < expectedForkBlockNumber) {
+        throw new Error('This test must be run on a fork of mainnet with the expected fork block');
+      }
+
+      ownerAddress = ownerWallet.getAddress();
+      sponsorAddress = sponsorWallet.getAddress();
+      ownerEthAddress = EthAddress.fromString((await walletClient.getAddresses())[0]);
+
+      logger('Deploying DAI Portal, initializing and deploying l2 contract...');
+      daiCrossChainHarness = await CrossChainTestHarness.new(
+        pxe,
+        publicClient,
+        walletClient,
+        ownerWallet,
+        logger,
+        DAI_ADDRESS,
+      );
+
+      logger('Deploying WETH Portal, initializing and deploying l2 contract...');
+      wethCrossChainHarness = await CrossChainTestHarness.new(
+        pxe,
+        publicClient,
+        walletClient,
+        ownerWallet,
+        logger,
+        WETH9_ADDRESS,
+      );
+
+      logger('Deploy Uniswap portal on L1 and L2...');
+      uniswapPortalAddress = await deployL1Contract(
+        walletClient,
+        publicClient,
+        UniswapPortalAbi,
+        UniswapPortalBytecode,
+      );
+      uniswapPortal = getContract({
+        address: uniswapPortalAddress.toString(),
+        abi: UniswapPortalAbi,
+        walletClient,
+        publicClient,
+      });
+      // deploy l2 uniswap contract and attach to portal
+      uniswapL2Contract = await UniswapContract.deploy(ownerWallet)
+        .send({ portalContract: uniswapPortalAddress })
+        .deployed();
+
+      const registryAddress = (await pxe.getNodeInfo()).l1ContractAddresses.registryAddress;
+      await uniswapPortal.write.initialize(
+        [registryAddress.toString(), uniswapL2Contract.address.toString()],
+        {} as any,
+      );
+    });
+
+    beforeEach(async () => {
+      // Give me some WETH so I can deposit to L2 and do the swap...
+      logger('Getting some weth');
+      await walletClient.sendTransaction({ to: WETH9_ADDRESS.toString(), value: parseEther('1') });
+    });
+    // docs:end:uniswap_l1_l2_test_beforeAll
+
+    afterAll(async () => {
+      await cleanup();
+    });
+    // docs:start:uniswap_private
+    it('should uniswap trade on L1 from L2 funds privately (swaps WETH -> DAI)', async () => {
+      const wethL1BeforeBalance = await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress);
+
+      // 1. Approve and deposit weth to the portal and move to L2
+      const [secretForMintingWeth, secretHashForMintingWeth] = await wethCrossChainHarness.generateClaimSecret();
+      const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await wethCrossChainHarness.generateClaimSecret();
+
+      const messageKey = await wethCrossChainHarness.sendTokensToPortalPrivate(
+        secretHashForRedeemingWeth,
+        wethAmountToBridge,
+        secretHashForMintingWeth,
+      );
+      // funds transferred from owner to token portal
+      expect(await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress)).toBe(
+        wethL1BeforeBalance - wethAmountToBridge,
+      );
+      expect(await wethCrossChainHarness.getL1BalanceOf(wethCrossChainHarness.tokenPortalAddress)).toBe(
+        wethAmountToBridge,
+      );
+
+      // Wait for the archiver to process the message
+      await delay(5000);
+
+      // Perform an unrelated transaction on L2 to progress the rollup. Here we mint public tokens.
+      await wethCrossChainHarness.mintTokensPublicOnL2(0n);
+
+      // 2. Claim WETH on L2
+      logger('Minting weth on L2');
+      await wethCrossChainHarness.consumeMessageOnAztecAndMintSecretly(
+        secretHashForRedeemingWeth,
+        wethAmountToBridge,
+        messageKey,
+        secretForMintingWeth,
+      );
+      await wethCrossChainHarness.redeemShieldPrivatelyOnL2(wethAmountToBridge, secretForRedeemingWeth);
+      await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethAmountToBridge);
+
+      // Store balances
+      const wethL2BalanceBeforeSwap = await wethCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
+      const daiL2BalanceBeforeSwap = await daiCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
+
+      // before swap - check nonce_for_burn_approval stored on uniswap
+      // (which is used by uniswap to approve the bridge to burn funds on its behalf to exit to L1)
+      const nonceForBurnApprovalBeforeSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
+
+      // 3. Owner gives uniswap approval to unshield funds to self on its behalf
+      logger('Approving uniswap to unshield funds to self on my behalf');
+      const nonceForWETHUnshieldApproval = new Fr(1n);
+      const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
+          .request(),
+      );
+      await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
+
+      // 4. Swap on L1 - sends L2 to L1 message to withdraw WETH to L1 and another message to swap assets.
+      logger('Withdrawing weth to L1 and sending message to swap to dai');
+      const [secretForDepositingSwappedDai, secretHashForDepositingSwappedDai] =
+        await daiCrossChainHarness.generateClaimSecret();
+      const [secretForRedeemingDai, secretHashForRedeemingDai] = await daiCrossChainHarness.generateClaimSecret();
+
+      const withdrawReceipt = await uniswapL2Contract.methods
+        .swap_private(
+          wethCrossChainHarness.l2Token.address,
+          wethCrossChainHarness.l2Bridge.address,
+          wethAmountToBridge,
+          daiCrossChainHarness.l2Bridge.address,
+          nonceForWETHUnshieldApproval,
+          uniswapFeeTier,
+          minimumOutputAmount,
+          secretHashForRedeemingDai,
+          secretHashForDepositingSwappedDai,
+          deadlineForDepositingSwappedDai,
+          ownerEthAddress,
+          ownerEthAddress,
+        )
+        .send()
+        .wait();
+      expect(withdrawReceipt.status).toBe(TxStatus.MINED);
+      // ensure that user's funds were burnt
+      await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge);
+      // ensure that uniswap contract didn't eat the funds.
+      await wethCrossChainHarness.expectPublicBalanceOnL2(uniswapL2Contract.address, 0n);
+      // check burn approval nonce incremented:
+      const nonceForBurnApprovalAfterSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
+      expect(nonceForBurnApprovalAfterSwap).toBe(nonceForBurnApprovalBeforeSwap + 1n);
+
+      // 5. Consume L2 to L1 message by calling uniswapPortal.swap_private()
+      logger('Execute withdraw and swap on the uniswapPortal!');
+      const daiL1BalanceOfPortalBeforeSwap = await daiCrossChainHarness.getL1BalanceOf(
+        daiCrossChainHarness.tokenPortalAddress,
+      );
+      const swapArgs = [
+        wethCrossChainHarness.tokenPortalAddress.toString(),
+        wethAmountToBridge,
+        uniswapFeeTier,
+        daiCrossChainHarness.tokenPortalAddress.toString(),
+        minimumOutputAmount,
+        secretHashForRedeemingDai.toString(true),
+        secretHashForDepositingSwappedDai.toString(true),
+        deadlineForDepositingSwappedDai,
+        ownerEthAddress.toString(),
+        true,
+      ] as const;
+      const { result: depositDaiMessageKeyHex } = await uniswapPortal.simulate.swapPrivate(swapArgs, {
+        account: ownerEthAddress.toString(),
+      } as any);
+
+      // this should also insert a message into the inbox.
+      await uniswapPortal.write.swapPrivate(swapArgs, {} as any);
+      const depositDaiMessageKey = Fr.fromString(depositDaiMessageKeyHex);
+
+      // weth was swapped to dai and send to portal
+      const daiL1BalanceOfPortalAfter = await daiCrossChainHarness.getL1BalanceOf(
+        daiCrossChainHarness.tokenPortalAddress,
+      );
+      expect(daiL1BalanceOfPortalAfter).toBeGreaterThan(daiL1BalanceOfPortalBeforeSwap);
+      const daiAmountToBridge = BigInt(daiL1BalanceOfPortalAfter - daiL1BalanceOfPortalBeforeSwap);
+
+      // Wait for the archiver to process the message
+      await delay(5000);
+      // send a transfer tx to force through rollup with the message included
+      await wethCrossChainHarness.mintTokensPublicOnL2(0n);
+
+      // 6. claim dai on L2
+      logger('Consuming messages to mint dai on L2');
+      await daiCrossChainHarness.consumeMessageOnAztecAndMintSecretly(
+        secretHashForRedeemingDai,
+        daiAmountToBridge,
+        depositDaiMessageKey,
+        secretForDepositingSwappedDai,
+      );
+      await daiCrossChainHarness.redeemShieldPrivatelyOnL2(daiAmountToBridge, secretForRedeemingDai);
+      await daiCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, daiL2BalanceBeforeSwap + daiAmountToBridge);
+
+      const wethL2BalanceAfterSwap = await wethCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
+      const daiL2BalanceAfterSwap = await daiCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
+
+      logger('WETH balance before swap: ' + wethL2BalanceBeforeSwap.toString());
+      logger('DAI balance before swap  : ' + daiL2BalanceBeforeSwap.toString());
+      logger('***** 🧚‍♀️ SWAP L2 assets on L1 Uniswap 🧚‍♀️ *****');
+      logger('WETH balance after swap : ', wethL2BalanceAfterSwap.toString());
+      logger('DAI balance after swap  : ', daiL2BalanceAfterSwap.toString());
+    });
+    // docs:end:uniswap_private
+
+    // docs:start:uniswap_public
+    it('should uniswap trade on L1 from L2 funds publicly (swaps WETH -> DAI)', async () => {
+      const wethL1BeforeBalance = await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress);
+
+      // 1. Approve and deposit weth to the portal and move to L2
+      const [secretForMintingWeth, secretHashForMintingWeth] = await wethCrossChainHarness.generateClaimSecret();
+
+      const messageKey = await wethCrossChainHarness.sendTokensToPortalPublic(
+        wethAmountToBridge,
+        secretHashForMintingWeth,
+      );
+      // funds transferred from owner to token portal
+      expect(await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress)).toBe(
+        wethL1BeforeBalance - wethAmountToBridge,
+      );
+      expect(await wethCrossChainHarness.getL1BalanceOf(wethCrossChainHarness.tokenPortalAddress)).toBe(
+        wethAmountToBridge,
+      );
+
+      // Wait for the archiver to process the message
+      await delay(5000);
+
+      // Perform an unrelated transaction on L2 to progress the rollup. Here we transfer 0 tokens
+      await wethCrossChainHarness.mintTokensPublicOnL2(0n);
+
+      // 2. Claim WETH on L2
+      logger('Minting weth on L2');
+      await wethCrossChainHarness.consumeMessageOnAztecAndMintPublicly(
+        wethAmountToBridge,
+        messageKey,
+        secretForMintingWeth,
+      );
+      await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, wethAmountToBridge);
+
+      // Store balances
+      const wethL2BalanceBeforeSwap = await wethCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
+      const daiL2BalanceBeforeSwap = await daiCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
+
+      // 3. Owner gives uniswap approval to transfer funds on its behalf
+      const nonceForWETHTransferApproval = new Fr(1n);
+      const transferMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
+          .request(),
+      );
+      await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
+
+      // before swap - check nonce_for_burn_approval stored on uniswap
+      // (which is used by uniswap to approve the bridge to burn funds on its behalf to exit to L1)
+      const nonceForBurnApprovalBeforeSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
+
+      // 4. Swap on L1 - sends L2 to L1 message to withdraw WETH to L1 and another message to swap assets.
+      const [secretForDepositingSwappedDai, secretHashForDepositingSwappedDai] =
+        await daiCrossChainHarness.generateClaimSecret();
+
+      // 4.1 Owner approves user to swap on their behalf:
+      const nonceForSwap = new Fr(3n);
+      const action = uniswapL2Contract
+        .withWallet(sponsorWallet)
+        .methods.swap_public(
+          ownerAddress,
+          wethCrossChainHarness.l2Bridge.address,
+          wethAmountToBridge,
+          daiCrossChainHarness.l2Bridge.address,
+          nonceForWETHTransferApproval,
+          uniswapFeeTier,
+          minimumOutputAmount,
+          ownerAddress,
+          secretHashForDepositingSwappedDai,
+          deadlineForDepositingSwappedDai,
+          ownerEthAddress,
+          ownerEthAddress,
+          nonceForSwap,
+        );
+      const swapMessageHash = await computeAuthWitMessageHash(sponsorAddress, action.request());
+      await ownerWallet.setPublicAuth(swapMessageHash, true).send().wait();
+
+      // 4.2 Call swap_public from user2 on behalf of owner
+      const withdrawReceipt = await action.send().wait();
+      expect(withdrawReceipt.status).toBe(TxStatus.MINED);
+
+      // check weth balance of owner on L2 (we first bridged `wethAmountToBridge` into L2 and now withdrew it!)
+      await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge);
+
+      // check burn approval nonce incremented:
+      const nonceForBurnApprovalAfterSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
+      expect(nonceForBurnApprovalAfterSwap).toBe(nonceForBurnApprovalBeforeSwap + 1n);
+
+      // 5. Perform the swap on L1 with the `uniswapPortal.swap_private()` (consuming L2 to L1 messages)
+      logger('Execute withdraw and swap on the uniswapPortal!');
+      const daiL1BalanceOfPortalBeforeSwap = await daiCrossChainHarness.getL1BalanceOf(
+        daiCrossChainHarness.tokenPortalAddress,
+      );
+      const swapArgs = [
+        wethCrossChainHarness.tokenPortalAddress.toString(),
+        wethAmountToBridge,
+        uniswapFeeTier,
+        daiCrossChainHarness.tokenPortalAddress.toString(),
+        minimumOutputAmount,
+        ownerAddress.toString(),
+        secretHashForDepositingSwappedDai.toString(true),
+        deadlineForDepositingSwappedDai,
+        ownerEthAddress.toString(),
+        true,
+      ] as const;
+      const { result: depositDaiMessageKeyHex } = await uniswapPortal.simulate.swapPublic(swapArgs, {
+        account: ownerEthAddress.toString(),
+      } as any);
+
+      // this should also insert a message into the inbox.
+      await uniswapPortal.write.swapPublic(swapArgs, {} as any);
+      const depositDaiMessageKey = Fr.fromString(depositDaiMessageKeyHex);
+      // weth was swapped to dai and send to portal
+      const daiL1BalanceOfPortalAfter = await daiCrossChainHarness.getL1BalanceOf(
+        daiCrossChainHarness.tokenPortalAddress,
+      );
+      expect(daiL1BalanceOfPortalAfter).toBeGreaterThan(daiL1BalanceOfPortalBeforeSwap);
+      const daiAmountToBridge = BigInt(daiL1BalanceOfPortalAfter - daiL1BalanceOfPortalBeforeSwap);
+
+      // Wait for the archiver to process the message
+      await delay(5000);
+      // send a transfer tx to force through rollup with the message included
+      await wethCrossChainHarness.mintTokensPublicOnL2(0n);
+
+      // 6. claim dai on L2
+      logger('Consuming messages to mint dai on L2');
+      await daiCrossChainHarness.consumeMessageOnAztecAndMintPublicly(
+        daiAmountToBridge,
+        depositDaiMessageKey,
+        secretForDepositingSwappedDai,
+      );
+      await daiCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, daiL2BalanceBeforeSwap + daiAmountToBridge);
+
+      const wethL2BalanceAfterSwap = await wethCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
+      const daiL2BalanceAfterSwap = await daiCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
+
+      logger('WETH balance before swap: ', wethL2BalanceBeforeSwap.toString());
+      logger('DAI balance before swap  : ', daiL2BalanceBeforeSwap.toString());
+      logger('***** 🧚‍♀️ SWAP L2 assets on L1 Uniswap 🧚‍♀️ *****');
+      logger('WETH balance after swap : ', wethL2BalanceAfterSwap.toString());
+      logger('DAI balance after swap  : ', daiL2BalanceAfterSwap.toString());
+    });
+    // docs:end:uniswap_public
+
+    // Edge cases for the private flow:
+    // note - tests for uniswapPortal.sol and minting asset on L2 are covered in other tests.
+
+    it('swap_private reverts without unshield approval', async () => {
+      // swap should fail since no withdraw approval to uniswap:
+      const nonceForWETHUnshieldApproval = new Fr(2n);
+
+      const expectedMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
+          .request(),
+      );
+
+      await expect(
+        uniswapL2Contract.methods
+          .swap_private(
+            wethCrossChainHarness.l2Token.address,
+            wethCrossChainHarness.l2Bridge.address,
+            wethAmountToBridge,
+            daiCrossChainHarness.l2Bridge.address,
+            nonceForWETHUnshieldApproval,
+            uniswapFeeTier,
+            minimumOutputAmount,
+            Fr.random(),
+            Fr.random(),
+            deadlineForDepositingSwappedDai,
+            ownerEthAddress,
+            ownerEthAddress,
+          )
+          .simulate(),
+      ).rejects.toThrowError(`Unknown auth witness for message hash 0x${expectedMessageHash.toString('hex')}`);
+    });
+
+    it("can't swap if user passes a token different to what the bridge tracks", async () => {
+      // 1. give user private funds on L2:
+      const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await wethCrossChainHarness.generateClaimSecret();
+      await wethCrossChainHarness.mintTokensPrivateOnL2(wethAmountToBridge, secretHashForRedeemingWeth);
+      await wethCrossChainHarness.redeemShieldPrivatelyOnL2(wethAmountToBridge, secretForRedeemingWeth);
+      await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethAmountToBridge);
+
+      // 2. owner gives uniswap approval to unshield funds:
+      logger('Approving uniswap to unshield funds to self on my behalf');
+      const nonceForWETHUnshieldApproval = new Fr(3n);
+      const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
+          .request(),
+      );
+      await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
+
+      // 3. Swap but send the wrong token address
+      logger('Swap but send the wrong token address');
+      await expect(
+        uniswapL2Contract.methods
+          .swap_private(
+            wethCrossChainHarness.l2Token.address, // send weth token
+            daiCrossChainHarness.l2Bridge.address, // but dai bridge!
+            wethAmountToBridge,
+            daiCrossChainHarness.l2Bridge.address,
+            nonceForWETHUnshieldApproval,
+            uniswapFeeTier,
+            minimumOutputAmount,
+            Fr.random(),
+            Fr.random(),
+            deadlineForDepositingSwappedDai,
+            ownerEthAddress,
+            ownerEthAddress,
+          )
+          .simulate(),
+      ).rejects.toThrowError('Assertion failed: input_asset address is not the same as seen in the bridge contract');
+    });
+
+    // edge cases for public flow:
+
+    it("I don't need approval to call swap_public if I'm swapping on my own behalf", async () => {
+      // 1. get tokens on l2
+      await wethCrossChainHarness.mintTokensPublicOnL2(wethAmountToBridge);
+
+      // 2. Give approval to uniswap to transfer funds to itself
+      const nonceForWETHTransferApproval = new Fr(2n);
+      const transferMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
+          .request(),
+      );
+      await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
+
+      // No approval to call `swap` but should work even without it:
+      const [_, secretHashForDepositingSwappedDai] = await daiCrossChainHarness.generateClaimSecret();
+
+      const withdrawReceipt = await uniswapL2Contract.methods
+        .swap_public(
+          ownerAddress,
+          wethCrossChainHarness.l2Bridge.address,
+          wethAmountToBridge,
+          daiCrossChainHarness.l2Bridge.address,
+          nonceForWETHTransferApproval,
+          uniswapFeeTier,
+          minimumOutputAmount,
+          ownerAddress,
+          secretHashForDepositingSwappedDai,
+          deadlineForDepositingSwappedDai,
+          ownerEthAddress,
+          ownerEthAddress,
+          Fr.ZERO, // nonce for swap -> doesn't matter
+        )
+        .send()
+        .wait();
+      expect(withdrawReceipt.status).toBe(TxStatus.MINED);
+      // check weth balance of owner on L2 (we first bridged `wethAmountToBridge` into L2 and now withdrew it!)
+      await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, 0n);
+    });
+
+    it("someone can't call swap_public on my behalf without approval", async () => {
+      // Owner approves a a user to swap_public:
+      const approvedUser = AztecAddress.random();
+
+      const nonceForWETHTransferApproval = new Fr(3n);
+      const nonceForSwap = new Fr(3n);
+      const secretHashForDepositingSwappedDai = new Fr(4n);
+      const action = uniswapL2Contract
+        .withWallet(sponsorWallet)
+        .methods.swap_public(
+          ownerAddress,
+          wethCrossChainHarness.l2Bridge.address,
+          wethAmountToBridge,
+          daiCrossChainHarness.l2Bridge.address,
+          nonceForWETHTransferApproval,
+          uniswapFeeTier,
+          minimumOutputAmount,
+          ownerAddress,
+          secretHashForDepositingSwappedDai,
+          deadlineForDepositingSwappedDai,
+          ownerEthAddress,
+          ownerEthAddress,
+          nonceForSwap,
+        );
+      const swapMessageHash = await computeAuthWitMessageHash(approvedUser, action.request());
+      await ownerWallet.setPublicAuth(swapMessageHash, true).send().wait();
+
+      // Swap!
+      await expect(action.simulate()).rejects.toThrowError(
+        "Assertion failed: Message not authorized by account 'result == IS_VALID_SELECTOR'",
+      );
+    });
+
+    it("uniswap can't pull funds without transfer approval", async () => {
+      // swap should fail since no transfer approval to uniswap:
+      const nonceForWETHTransferApproval = new Fr(4n);
+
+      const transferMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
+          .request(),
+      );
+      await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
+
+      await expect(
+        uniswapL2Contract.methods
+          .swap_public(
+            ownerAddress,
+            wethCrossChainHarness.l2Bridge.address,
+            wethAmountToBridge,
+            daiCrossChainHarness.l2Bridge.address,
+            new Fr(420), // using a different nonce
+            uniswapFeeTier,
+            minimumOutputAmount,
+            ownerAddress,
+            Fr.random(),
+            deadlineForDepositingSwappedDai,
+            ownerEthAddress,
+            ownerEthAddress,
+            Fr.ZERO,
+          )
+          .simulate(),
+      ).rejects.toThrowError(`Assertion failed: Message not authorized by account 'result == IS_VALID_SELECTOR'`);
+    });
+
+    // tests when trying to mix private and public flows:
+    it("can't call swap_public on L1 if called swap_private on L2", async () => {
+      // get tokens on L2:
+      const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await wethCrossChainHarness.generateClaimSecret();
+      logger('minting weth on L2');
+      await wethCrossChainHarness.mintTokensPrivateOnL2(wethAmountToBridge, secretHashForRedeemingWeth);
+      await wethCrossChainHarness.redeemShieldPrivatelyOnL2(wethAmountToBridge, secretForRedeemingWeth);
+
+      // Owner gives uniswap approval to unshield funds to self on its behalf
+      logger('Approving uniswap to unshield funds to self on my behalf');
+      const nonceForWETHUnshieldApproval = new Fr(4n);
+
+      const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
+          .request(),
+      );
+      await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
+      const wethL2BalanceBeforeSwap = await wethCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
+
+      // Swap
+      logger('Withdrawing weth to L1 and sending message to swap to dai');
+      const secretHashForDepositingSwappedDai = Fr.random();
+
+      const withdrawReceipt = await uniswapL2Contract.methods
+        .swap_private(
+          wethCrossChainHarness.l2Token.address,
+          wethCrossChainHarness.l2Bridge.address,
+          wethAmountToBridge,
+          daiCrossChainHarness.l2Bridge.address,
+          nonceForWETHUnshieldApproval,
+          uniswapFeeTier,
+          minimumOutputAmount,
+          Fr.random(),
+          secretHashForDepositingSwappedDai,
+          deadlineForDepositingSwappedDai,
+          ownerEthAddress,
+          ownerEthAddress,
+        )
+        .send()
+        .wait();
+      expect(withdrawReceipt.status).toBe(TxStatus.MINED);
+      // ensure that user's funds were burnt
+      await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge);
+
+      // On L1 call swap_public!
+      logger('call swap_public on L1');
+      const swapArgs = [
+        wethCrossChainHarness.tokenPortalAddress.toString(),
+        wethAmountToBridge,
+        uniswapFeeTier,
+        daiCrossChainHarness.tokenPortalAddress.toString(),
+        minimumOutputAmount,
+        ownerAddress.toString(),
+        secretHashForDepositingSwappedDai.toString(true),
+        deadlineForDepositingSwappedDai,
+        ownerEthAddress.toString(),
+        true,
+      ] as const;
+      await expect(
+        uniswapPortal.simulate.swapPublic(swapArgs, {
+          account: ownerEthAddress.toString(),
+        } as any),
+      ).rejects.toThrowError('The contract function "swapPublic" reverted.');
+    });
+
+    it("can't call swap_private on L1 if called swap_public on L2", async () => {
+      // get tokens on L2:
+      await wethCrossChainHarness.mintTokensPublicOnL2(wethAmountToBridge);
+
+      // Owner gives uniswap approval to transfer funds on its behalf
+      const nonceForWETHTransferApproval = new Fr(5n);
+      const transferMessageHash = await computeAuthWitMessageHash(
+        uniswapL2Contract.address,
+        wethCrossChainHarness.l2Token.methods
+          .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
+          .request(),
+      );
+      await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
+
+      // Call swap_public on L2
+      const secretHashForDepositingSwappedDai = Fr.random();
+      const withdrawReceipt = await uniswapL2Contract.methods
+        .swap_public(
+          ownerAddress,
+          wethCrossChainHarness.l2Bridge.address,
+          wethAmountToBridge,
+          daiCrossChainHarness.l2Bridge.address,
+          nonceForWETHTransferApproval,
+          uniswapFeeTier,
+          minimumOutputAmount,
+          ownerAddress,
+          secretHashForDepositingSwappedDai,
+          deadlineForDepositingSwappedDai,
+          ownerEthAddress,
+          ownerEthAddress,
+          Fr.ZERO,
+        )
+        .send()
+        .wait();
+      expect(withdrawReceipt.status).toBe(TxStatus.MINED);
+      // check weth balance of owner on L2 (we first bridged `wethAmountToBridge` into L2 and now withdrew it!)
+      await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, 0n);
+
+      // Call swap_private on L1
+      const secretHashForRedeemingDai = Fr.random(); // creating my own secret hash
+      logger('Execute withdraw and swap on the uniswapPortal!');
+      const swapArgs = [
+        wethCrossChainHarness.tokenPortalAddress.toString(),
+        wethAmountToBridge,
+        uniswapFeeTier,
+        daiCrossChainHarness.tokenPortalAddress.toString(),
+        minimumOutputAmount,
+        secretHashForRedeemingDai.toString(true),
+        secretHashForDepositingSwappedDai.toString(true),
+        deadlineForDepositingSwappedDai,
+        ownerEthAddress.toString(),
+        true,
+      ] as const;
+      await expect(
+        uniswapPortal.simulate.swapPrivate(swapArgs, {
+          account: ownerEthAddress.toString(),
+        } as any),
+      ).rejects.toThrowError('The contract function "swapPrivate" reverted.');
+    });
+  });
+};
diff --git a/yarn-project/end-to-end/src/cli_docs_sandbox.test.ts b/yarn-project/end-to-end/src/cli_docs_sandbox.test.ts
index 2f2b9b21c071..cfa14445de54 100644
--- a/yarn-project/end-to-end/src/cli_docs_sandbox.test.ts
+++ b/yarn-project/end-to-end/src/cli_docs_sandbox.test.ts
@@ -94,32 +94,30 @@ Rollup Address: 0x0dcd1bf9a1b36ce34237eeafef220932846bcd82
     const docs = `
 // docs:start:example-contracts
 % aztec-cli example-contracts
-BenchmarkingContractAbi
-CardGameContractAbi
-ChildContractAbi
-DocsExampleContractAbi
-EasyPrivateTokenContractAbi
-EcdsaAccountContractAbi
-EscrowContractAbi
-ImportTestContractAbi
-LendingContractAbi
-MultiTransferContractAbi
-NonNativeTokenContractAbi
-ParentContractAbi
-PendingCommitmentsContractAbi
-PokeableTokenContractAbi
-PriceFeedContractAbi
-PrivateTokenAirdropContractAbi
-PrivateTokenContractAbi
-PublicTokenContractAbi
-SchnorrAccountContractAbi
-SchnorrHardcodedAccountContractAbi
-SchnorrSingleKeyAccountContractAbi
-StatefulTestContractAbi
-TestContractAbi
-TokenBridgeContractAbi
-TokenContractAbi
-UniswapContractAbi
+BenchmarkingContractArtifact
+CardGameContractArtifact
+ChildContractArtifact
+DocsExampleContractArtifact
+EasyPrivateTokenContractArtifact
+EcdsaAccountContractArtifact
+EscrowContractArtifact
+ImportTestContractArtifact
+LendingContractArtifact
+MultiTransferContractArtifact
+ParentContractArtifact
+PendingCommitmentsContractArtifact
+PokeableTokenContractArtifact
+PriceFeedContractArtifact
+PrivateTokenAirdropContractArtifact
+PublicTokenContractArtifact
+SchnorrAccountContractArtifact
+SchnorrHardcodedAccountContractArtifact
+SchnorrSingleKeyAccountContractArtifact
+StatefulTestContractArtifact
+TestContractArtifact
+TokenBridgeContractArtifact
+TokenContractArtifact
+UniswapContractArtifact
 // docs:end:example-contracts
 `;
 
@@ -250,13 +248,10 @@ Accounts found:
 
     clearLogs();
 
-    // Set some of the found addresses as address2 for later use
-    const address2 = AztecAddress.fromString(fetchedAddresses[1].groups?.address as string);
-
     // Test deploy
     docs = `
 // docs:start:deploy
-% aztec-cli deploy PrivateTokenContractAbi --args 1000000 $ADDRESS
+% aztec-cli deploy TokenContractArtifact --args $ADDRESS
 
 Contract deployed at 0x1ae8eea0dc265fb7f160dae62cc8912686d8a9ed78e821fbdd8bcedc54c06d0f
 // docs:end:deploy
@@ -287,38 +282,12 @@ Contract found at 0x1ae8eea0dc265fb7f160dae62cc8912686d8a9ed78e821fbdd8bcedc54c0
 
     clearLogs();
 
-    // Test call
-    docs = `
-// docs:start:call
-% aztec-cli call getBalance \
-  --args $ADDRESS \
-  --contract-abi PrivateTokenContractAbi \
-  --contract-address $CONTRACT_ADDRESS
-
-View result:  1000000n
-// docs:end:call
-`;
-    command = docs
-      .split('\n')[2]
-      .split('aztec-cli ')[1]
-      .replace('$ADDRESS', newAddress.toString())
-      .replace('$CONTRACT_ADDRESS', contractAddress.toString());
-    await run(command);
-
-    let foundBalance = findInLogs(/View\sresult:\s+(?<data>\S+)/)?.groups?.data;
-    expect(foundBalance!).toEqual(`${BigInt(1000000).toString()}n`);
-
-    clearLogs();
-
-    // We reset CLI so that we can call the same command again later on
-    resetCli();
-
     // Test send
     docs = `
 // docs:start:send
-% aztec-cli send transfer \
-  --args 543 $ADDRESS2 \
-  --contract-abi PrivateTokenContractAbi \
+% aztec-cli send mint_public \
+  --args $ADDRESS 543 \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT_ADDRESS \
   --private-key $PRIVATE_KEY
 
@@ -333,7 +302,7 @@ Block hash: 163697608599543b2bee9652f543938683e4cdd0f94ac506e5764d8b908d43d4
     command = docs
       .split('\n')[2]
       .split('aztec-cli ')[1]
-      .replace('$ADDRESS2', address2.toString())
+      .replace('$ADDRESS', newAddress.toString())
       .replace('$CONTRACT_ADDRESS', contractAddress.toString())
       .replace('$PRIVATE_KEY', foundPrivateKey!);
     await run(command);
@@ -378,17 +347,13 @@ Transaction receipt:
 
     clearLogs();
 
-    // get balance
+    // Test call
     docs = `
-// docs:start:calls
-% aztec-cli call getBalance -a $ADDRESS -c PrivateTokenContractAbi -ca $CONTRACT_ADDRESS
-
-View result:  999457n
-
-% aztec-cli call getBalance -a $ADDRESS2 -c PrivateTokenContractAbi -ca $CONTRACT_ADDRESS
+// docs:start:call
+% aztec-cli call balance_of_public -a $ADDRESS -c TokenContractArtifact -ca $CONTRACT_ADDRESS
 
 View result:  543n
-// docs:end:calls
+// docs:end:call
 `;
     command = docs
       .split('\n')[2]
@@ -398,23 +363,7 @@ View result:  543n
 
     await run(command);
 
-    foundBalance = findInLogs(/View\sresult:\s+(?<data>\S+)/)?.groups?.data;
-    expect(foundBalance!).toEqual(`${BigInt(999457).toString()}n`);
-
-    clearLogs();
-    resetCli();
-
-    command = docs
-      .split('\n')[6]
-      .split('aztec-cli ')[1]
-      .replace('$ADDRESS2', address2.toString())
-      .replace('$CONTRACT_ADDRESS', contractAddress.toString());
-
-    await run(command);
-
-    foundBalance = findInLogs(/View\sresult:\s+(?<data>\S+)/)?.groups?.data;
+    const foundBalance = findInLogs(/View\sresult:\s+(?<data>\S+)/)?.groups?.data;
     expect(foundBalance!).toEqual(`${BigInt(543).toString()}n`);
-
-    clearLogs();
   }, 60_000);
 });
diff --git a/yarn-project/end-to-end/src/e2e_2_pxes.test.ts b/yarn-project/end-to-end/src/e2e_2_pxes.test.ts
index d470d060595b..ae644c661708 100644
--- a/yarn-project/end-to-end/src/e2e_2_pxes.test.ts
+++ b/yarn-project/end-to-end/src/e2e_2_pxes.test.ts
@@ -121,7 +121,7 @@ describe('e2e_2_pxes', () => {
     // Add token to PXE B (PXE A already has it because it was deployed through it)
     await pxeB.addContracts([
       {
-        abi: TokenContract.abi,
+        artifact: TokenContract.artifact,
         completeAddress: completeTokenAddress,
         portalContract: EthAddress.ZERO,
       },
@@ -184,7 +184,7 @@ describe('e2e_2_pxes', () => {
     // Add Child to PXE B
     await pxeB.addContracts([
       {
-        abi: ChildContract.abi,
+        artifact: ChildContract.artifact,
         completeAddress: childCompleteAddress,
         portalContract: EthAddress.ZERO,
       },
@@ -216,7 +216,7 @@ describe('e2e_2_pxes', () => {
     // Add token to PXE B (PXE A already has it because it was deployed through it)
     await pxeB.addContracts([
       {
-        abi: TokenContract.abi,
+        artifact: TokenContract.artifact,
         completeAddress: completeTokenAddress,
         portalContract: EthAddress.ZERO,
       },
diff --git a/yarn-project/end-to-end/src/e2e_block_building.test.ts b/yarn-project/end-to-end/src/e2e_block_building.test.ts
index 9336b1fc2641..4920384d1c0a 100644
--- a/yarn-project/end-to-end/src/e2e_block_building.test.ts
+++ b/yarn-project/end-to-end/src/e2e_block_building.test.ts
@@ -9,7 +9,7 @@ import {
 import { CircuitsWasm } from '@aztec/circuits.js';
 import { pedersenPlookupCommitInputs } from '@aztec/circuits.js/barretenberg';
 import { DebugLogger } from '@aztec/foundation/log';
-import { TestContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TestContractArtifact } from '@aztec/noir-contracts/artifacts';
 import { TestContract, TokenContract } from '@aztec/noir-contracts/types';
 import { PXE, TxStatus } from '@aztec/types';
 
@@ -25,7 +25,7 @@ describe('e2e_block_building', () => {
   let teardown: () => Promise<void>;
 
   describe('multi-txs block', () => {
-    const abi = TestContractAbi;
+    const artifact = TestContractArtifact;
 
     beforeAll(async () => {
       ({
@@ -42,7 +42,7 @@ describe('e2e_block_building', () => {
       // Assemble N contract deployment txs
       // We need to create them sequentially since we cannot have parallel calls to a circuit
       const TX_COUNT = 8;
-      const deployer = new ContractDeployer(abi, owner);
+      const deployer = new ContractDeployer(artifact, owner);
       const methods = times(TX_COUNT, () => deployer.deploy());
 
       for (const i in methods) {
@@ -76,7 +76,7 @@ describe('e2e_block_building', () => {
       const callInteraction = new ContractFunctionInteraction(
         owner,
         deployer.completeAddress!.address,
-        TokenContract.abi.functions.find(x => x.name === 'set_minter')!,
+        TokenContract.artifact.functions.find(x => x.name === 'set_minter')!,
         [minter.getCompleteAddress(), true],
       );
 
diff --git a/yarn-project/end-to-end/src/e2e_card_game.test.ts b/yarn-project/end-to-end/src/e2e_card_game.test.ts
index 5ff8b15c5910..5fdb0a4e1ee6 100644
--- a/yarn-project/end-to-end/src/e2e_card_game.test.ts
+++ b/yarn-project/end-to-end/src/e2e_card_game.test.ts
@@ -267,9 +267,9 @@ describe('e2e_card_game', () => {
         { address: secondPlayer, deck: secondPlayerGameDeck },
       ]);
 
-      const sotedByPoints = game.players.sort((a, b) => Number(b.points - a.points));
-      const winner = AztecAddress.fromBigInt(sotedByPoints[0].address);
-      const loser = AztecAddress.fromBigInt(sotedByPoints[1].address);
+      const sortedByPoints = game.players.sort((a, b) => Number(b.points - a.points));
+      const winner = AztecAddress.fromBigInt(sortedByPoints[0].address);
+      const loser = AztecAddress.fromBigInt(sortedByPoints[1].address);
 
       await expect(
         contractFor(loser).methods.claim_cards(GAME_ID, game.rounds_cards.map(cardToField)).send().wait(),
diff --git a/yarn-project/end-to-end/src/e2e_cross_chain_messaging.test.ts b/yarn-project/end-to-end/src/e2e_cross_chain_messaging.test.ts
index 1f2b8209d661..3f4fbd352f66 100644
--- a/yarn-project/end-to-end/src/e2e_cross_chain_messaging.test.ts
+++ b/yarn-project/end-to-end/src/e2e_cross_chain_messaging.test.ts
@@ -1,9 +1,13 @@
-import { AccountWallet, AztecAddress, computeAuthWitMessageHash } from '@aztec/aztec.js';
-import { EthAddress } from '@aztec/foundation/eth-address';
-import { Fr } from '@aztec/foundation/fields';
-import { DebugLogger } from '@aztec/foundation/log';
+import {
+  AccountWallet,
+  AztecAddress,
+  DebugLogger,
+  EthAddress,
+  Fr,
+  TxStatus,
+  computeAuthWitMessageHash,
+} from '@aztec/aztec.js';
 import { TokenBridgeContract, TokenContract } from '@aztec/noir-contracts/types';
-import { TxStatus } from '@aztec/types';
 
 import { CrossChainTestHarness } from './fixtures/cross_chain_test_harness.js';
 import { delay, setup } from './fixtures/utils.js';
@@ -23,25 +27,14 @@ describe('e2e_cross_chain_messaging', () => {
   let outbox: any;
 
   beforeEach(async () => {
-    const {
-      aztecNode,
-      pxe,
-      deployL1ContractsValues,
-      accounts,
-      wallets,
-      logger: logger_,
-      cheatCodes,
-      teardown: teardown_,
-    } = await setup(2);
+    const { pxe, deployL1ContractsValues, wallets, logger: logger_, teardown: teardown_ } = await setup(2);
 
     crossChainTestHarness = await CrossChainTestHarness.new(
-      aztecNode,
       pxe,
-      deployL1ContractsValues,
-      accounts,
+      deployL1ContractsValues.publicClient,
+      deployL1ContractsValues.walletClient,
       wallets[0],
       logger_,
-      cheatCodes,
     );
 
     l2Token = crossChainTestHarness.l2Token;
@@ -58,10 +51,9 @@ describe('e2e_cross_chain_messaging', () => {
 
   afterEach(async () => {
     await teardown();
-    await crossChainTestHarness?.stop();
   });
-
-  it('Milestone 2: Deposit funds from L1 -> L2 and withdraw back to L1', async () => {
+  // docs:start:e2e_private_cross_chain
+  it('Privately deposit funds from L1 -> L2 and withdraw back to L1', async () => {
     // Generate a claim secret using pedersen
     const l1TokenBalance = 1000000n;
     const bridgeAmount = 100n;
@@ -76,9 +68,9 @@ describe('e2e_cross_chain_messaging', () => {
 
     // 2. Deposit tokens to the TokenPortal
     const messageKey = await crossChainTestHarness.sendTokensToPortalPrivate(
+      secretHashForRedeemingMintedNotes,
       bridgeAmount,
       secretHashForL2MessageConsumption,
-      secretHashForRedeemingMintedNotes,
     );
     expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(l1TokenBalance - bridgeAmount);
 
@@ -92,8 +84,8 @@ describe('e2e_cross_chain_messaging', () => {
 
     // 3. Consume L1-> L2 message and mint private tokens on L2
     await crossChainTestHarness.consumeMessageOnAztecAndMintSecretly(
-      bridgeAmount,
       secretHashForRedeemingMintedNotes,
+      bridgeAmount,
       messageKey,
       secretForL2MessageConsumption,
     );
@@ -125,6 +117,7 @@ describe('e2e_cross_chain_messaging', () => {
 
     expect(await outbox.read.contains([entryKey.toString(true)])).toBeFalsy();
   }, 120_000);
+  // docs:end:e2e_private_cross_chain
 
   // Unit tests for TokenBridge's private methods.
   it('Someone else can mint funds to me on my behalf (privately)', async () => {
@@ -137,9 +130,9 @@ describe('e2e_cross_chain_messaging', () => {
 
     await crossChainTestHarness.mintTokensOnL1(l1TokenBalance);
     const messageKey = await crossChainTestHarness.sendTokensToPortalPrivate(
+      secretHashForRedeemingMintedNotes,
       bridgeAmount,
       secretHashForL2MessageConsumption,
-      secretHashForRedeemingMintedNotes,
     );
     expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(l1TokenBalance - bridgeAmount);
 
@@ -158,8 +151,8 @@ describe('e2e_cross_chain_messaging', () => {
       l2Bridge
         .withWallet(user2Wallet)
         .methods.claim_private(
-          bridgeAmount,
           secretHashForL2MessageConsumption,
+          bridgeAmount,
           ethAccount,
           messageKey,
           secretForL2MessageConsumption,
@@ -171,8 +164,8 @@ describe('e2e_cross_chain_messaging', () => {
     const consumptionTx = l2Bridge
       .withWallet(user2Wallet)
       .methods.claim_private(
-        bridgeAmount,
         secretHashForRedeemingMintedNotes,
+        bridgeAmount,
         ethAccount,
         messageKey,
         secretForL2MessageConsumption,
@@ -205,7 +198,7 @@ describe('e2e_cross_chain_messaging', () => {
     await expect(
       l2Bridge
         .withWallet(user1Wallet)
-        .methods.exit_to_l1_private(ethAccount, l2Token.address, withdrawAmount, EthAddress.ZERO, nonce)
+        .methods.exit_to_l1_private(l2Token.address, ethAccount, withdrawAmount, EthAddress.ZERO, nonce)
         .simulate(),
     ).rejects.toThrowError(`Unknown auth witness for message hash 0x${expectedBurnMessageHash.toString('hex')}`);
   });
@@ -220,9 +213,9 @@ describe('e2e_cross_chain_messaging', () => {
       await crossChainTestHarness.generateClaimSecret();
 
     const messageKey = await crossChainTestHarness.sendTokensToPortalPrivate(
+      Fr.random(),
       bridgeAmount,
       secretHashForL2MessageConsumption,
-      Fr.random(),
     );
     expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(0n);
 
@@ -230,7 +223,7 @@ describe('e2e_cross_chain_messaging', () => {
     await delay(5000); /// waiting 5 seconds.
 
     // Perform an unrelated transaction on L2 to progress the rollup. Here we mint public tokens.
-    await crossChainTestHarness.performL2Transfer(0n);
+    await crossChainTestHarness.mintTokensPublicOnL2(0n);
 
     // 3. Consume L1-> L2 message and try to mint publicly on L2  - should fail
     await expect(
diff --git a/yarn-project/end-to-end/src/e2e_deploy_contract.test.ts b/yarn-project/end-to-end/src/e2e_deploy_contract.test.ts
index f23e0cf52de2..8304e87dc33d 100644
--- a/yarn-project/end-to-end/src/e2e_deploy_contract.test.ts
+++ b/yarn-project/end-to-end/src/e2e_deploy_contract.test.ts
@@ -1,7 +1,7 @@
 import { AztecAddress, Contract, ContractDeployer, EthAddress, Fr, Wallet, isContractDeployed } from '@aztec/aztec.js';
 import { CompleteAddress, getContractDeploymentInfo } from '@aztec/circuits.js';
 import { DebugLogger } from '@aztec/foundation/log';
-import { TestContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TestContractArtifact } from '@aztec/noir-contracts/artifacts';
 import { PXE, TxStatus } from '@aztec/types';
 
 import { setup } from './fixtures/utils.js';
@@ -26,8 +26,8 @@ describe('e2e_deploy_contract', () => {
   it('should deploy a contract', async () => {
     const publicKey = accounts[0].publicKey;
     const salt = Fr.random();
-    const deploymentData = await getContractDeploymentInfo(TestContractAbi, [], salt, publicKey);
-    const deployer = new ContractDeployer(TestContractAbi, pxe, publicKey);
+    const deploymentData = await getContractDeploymentInfo(TestContractArtifact, [], salt, publicKey);
+    const deployer = new ContractDeployer(TestContractArtifact, pxe, publicKey);
     const tx = deployer.deploy().send({ contractAddressSalt: salt });
     logger(`Tx sent with hash ${await tx.getTxHash()}`);
     const receipt = await tx.getReceipt();
@@ -58,7 +58,7 @@ describe('e2e_deploy_contract', () => {
    * Verify that we can produce multiple rollups.
    */
   it('should deploy one contract after another in consecutive rollups', async () => {
-    const deployer = new ContractDeployer(TestContractAbi, pxe);
+    const deployer = new ContractDeployer(TestContractArtifact, pxe);
 
     for (let index = 0; index < 2; index++) {
       logger(`Deploying contract ${index + 1}...`);
@@ -74,13 +74,13 @@ describe('e2e_deploy_contract', () => {
    * Verify that we can deploy multiple contracts and interact with all of them.
    */
   it('should deploy multiple contracts and interact with them', async () => {
-    const deployer = new ContractDeployer(TestContractAbi, pxe);
+    const deployer = new ContractDeployer(TestContractArtifact, pxe);
 
     for (let index = 0; index < 2; index++) {
       logger(`Deploying contract ${index + 1}...`);
       const receipt = await deployer.deploy().send({ contractAddressSalt: Fr.random() }).wait({ wallet });
 
-      const contract = await Contract.at(receipt.contractAddress!, TestContractAbi, wallet);
+      const contract = await Contract.at(receipt.contractAddress!, TestContractArtifact, wallet);
       logger(`Sending TX to contract ${index + 1}...`);
       await contract.methods.getPublicKey(accounts[0].address).send().wait();
     }
@@ -92,7 +92,7 @@ describe('e2e_deploy_contract', () => {
    */
   it('should not deploy a contract with the same salt twice', async () => {
     const contractAddressSalt = Fr.random();
-    const deployer = new ContractDeployer(TestContractAbi, pxe);
+    const deployer = new ContractDeployer(TestContractArtifact, pxe);
 
     {
       const tx = deployer.deploy().send({ contractAddressSalt });
@@ -113,7 +113,7 @@ describe('e2e_deploy_contract', () => {
   }, 30_000);
 
   it('should deploy a contract connected to a portal contract', async () => {
-    const deployer = new ContractDeployer(TestContractAbi, wallet);
+    const deployer = new ContractDeployer(TestContractArtifact, wallet);
     const portalContract = EthAddress.random();
 
     const txReceipt = await deployer.deploy().send({ portalContract }).wait();
diff --git a/yarn-project/end-to-end/src/e2e_escrow_contract.test.ts b/yarn-project/end-to-end/src/e2e_escrow_contract.test.ts
index 77d9db582d28..8e0ccaf2752a 100644
--- a/yarn-project/end-to-end/src/e2e_escrow_contract.test.ts
+++ b/yarn-project/end-to-end/src/e2e_escrow_contract.test.ts
@@ -8,7 +8,7 @@ import {
 } from '@aztec/aztec.js';
 import { CompleteAddress, Fr, GrumpkinPrivateKey, GrumpkinScalar, getContractDeploymentInfo } from '@aztec/circuits.js';
 import { DebugLogger } from '@aztec/foundation/log';
-import { EscrowContractAbi } from '@aztec/noir-contracts/artifacts';
+import { EscrowContractArtifact } from '@aztec/noir-contracts/artifacts';
 import { EscrowContract, TokenContract } from '@aztec/noir-contracts/types';
 import { PXE, PublicKey, TxStatus } from '@aztec/types';
 
@@ -48,7 +48,7 @@ describe('e2e_escrow_contract', () => {
     escrowPrivateKey = GrumpkinScalar.random();
     escrowPublicKey = await generatePublicKey(escrowPrivateKey);
     const salt = Fr.random();
-    const deployInfo = await getContractDeploymentInfo(EscrowContractAbi, [owner], salt, escrowPublicKey);
+    const deployInfo = await getContractDeploymentInfo(EscrowContractArtifact, [owner], salt, escrowPublicKey);
     await pxe.registerAccount(escrowPrivateKey, deployInfo.completeAddress.partialAddress);
 
     escrowContract = await EscrowContract.deployWithPublicKey(wallet, escrowPublicKey, owner)
@@ -56,7 +56,7 @@ describe('e2e_escrow_contract', () => {
       .deployed();
     logger(`Escrow contract deployed at ${escrowContract.address}`);
 
-    // Deploy Private Token contract and mint funds for the escrow contract
+    // Deploy Token contract and mint funds for the escrow contract
     token = await TokenContract.deploy(wallet, owner).send().deployed();
 
     const mintAmount = 100n;
diff --git a/yarn-project/end-to-end/src/e2e_multi_transfer.test.ts b/yarn-project/end-to-end/src/e2e_multi_transfer.test.ts
index 81aa130aba00..80b7259a3560 100644
--- a/yarn-project/end-to-end/src/e2e_multi_transfer.test.ts
+++ b/yarn-project/end-to-end/src/e2e_multi_transfer.test.ts
@@ -160,10 +160,10 @@ describe('multi-transfer payments', () => {
     {
       const amounts: bigint[] = [50n, 50n, 50n, 50n, 50n, 50n, 50n, 50n, 50n, 50n, 50n, 50n];
       const noteOffsets: bigint[] = [0n, 0n, 3n, 6n];
-      const repeatedSelfAdddress: AztecAddress[] = Array(12).fill(ownerAddress);
+      const repeatedSelfAddress: AztecAddress[] = Array(12).fill(ownerAddress);
 
       await multiTransferContract.methods
-        .multiTransfer(zkTokenContract.address.toField(), repeatedSelfAdddress, amounts, ownerAddress, noteOffsets)
+        .multiTransfer(zkTokenContract.address.toField(), repeatedSelfAddress, amounts, ownerAddress, noteOffsets)
         .send()
         .wait({ timeout: 100 }); // mining timeout ≥ time needed for the test to finish.
 
diff --git a/yarn-project/end-to-end/src/e2e_nested_contract.test.ts b/yarn-project/end-to-end/src/e2e_nested_contract.test.ts
index 8136b5f60a8d..0abd59128446 100644
--- a/yarn-project/end-to-end/src/e2e_nested_contract.test.ts
+++ b/yarn-project/end-to-end/src/e2e_nested_contract.test.ts
@@ -3,7 +3,7 @@ import { toBigIntBE } from '@aztec/foundation/bigint-buffer';
 import { DebugLogger } from '@aztec/foundation/log';
 import { toBigInt } from '@aztec/foundation/serialize';
 import { ChildContract, ImportTestContract, ParentContract, TestContract } from '@aztec/noir-contracts/types';
-import { L2BlockL2Logs, PXE, UnencryptedL2Log } from '@aztec/types';
+import { PXE } from '@aztec/types';
 
 import { setup } from './fixtures/utils.js';
 
@@ -114,10 +114,13 @@ describe('e2e_nested_contract', () => {
       ];
 
       const tx = await new BatchCall(wallet, actions).send().wait();
-      const logs = L2BlockL2Logs.unrollLogs(await wallet.getUnencryptedLogs(tx.blockNumber!, 1)).map(log =>
-        toBigIntBE(UnencryptedL2Log.fromBuffer(log).data),
-      );
-      expect(logs).toEqual([20n, 40n]);
+      const extendedLogs = (
+        await wallet.getUnencryptedLogs({
+          fromBlock: tx.blockNumber!,
+        })
+      ).logs;
+      const processedLogs = extendedLogs.map(extendedLog => toBigIntBE(extendedLog.log.data));
+      expect(processedLogs).toEqual([20n, 40n]);
       expect(await getChildStoredValue(childContract)).toEqual(40n);
     });
   });
diff --git a/yarn-project/end-to-end/src/e2e_ordering.test.ts b/yarn-project/end-to-end/src/e2e_ordering.test.ts
index f53fa53d544d..7f3b722125cb 100644
--- a/yarn-project/end-to-end/src/e2e_ordering.test.ts
+++ b/yarn-project/end-to-end/src/e2e_ordering.test.ts
@@ -5,7 +5,7 @@ import { toBigIntBE } from '@aztec/foundation/bigint-buffer';
 import { Fr } from '@aztec/foundation/fields';
 import { toBigInt } from '@aztec/foundation/serialize';
 import { ChildContract, ParentContract } from '@aztec/noir-contracts/types';
-import { L2BlockL2Logs, PXE, TxStatus, UnencryptedL2Log } from '@aztec/types';
+import { PXE, TxStatus } from '@aztec/types';
 
 import { setup } from './fixtures/utils.js';
 
@@ -16,12 +16,13 @@ describe('e2e_ordering', () => {
   let teardown: () => Promise<void>;
 
   const expectLogsFromLastBlockToBe = async (logMessages: bigint[]) => {
-    const l2BlockNum = await pxe.getBlockNumber();
-    const unencryptedLogs = await pxe.getUnencryptedLogs(l2BlockNum, 1);
-    const unrolledLogs = L2BlockL2Logs.unrollLogs(unencryptedLogs)
-      .map(log => UnencryptedL2Log.fromBuffer(log))
-      .map(log => log.data);
-    const bigintLogs = unrolledLogs.map((log: Buffer) => toBigIntBE(log));
+    const fromBlock = await pxe.getBlockNumber();
+    const logFilter = {
+      fromBlock,
+      toBlock: fromBlock + 1,
+    };
+    const unencryptedLogs = (await pxe.getUnencryptedLogs(logFilter)).logs;
+    const bigintLogs = unencryptedLogs.map(extendedLog => toBigIntBE(extendedLog.log.data));
 
     expect(bigintLogs).toStrictEqual(logMessages);
   };
diff --git a/yarn-project/end-to-end/src/e2e_p2p_network.test.ts b/yarn-project/end-to-end/src/e2e_p2p_network.test.ts
index 02f19d353da4..507738a1fb5b 100644
--- a/yarn-project/end-to-end/src/e2e_p2p_network.test.ts
+++ b/yarn-project/end-to-end/src/e2e_p2p_network.test.ts
@@ -3,7 +3,7 @@ import { ContractDeployer, SentTx, isContractDeployed } from '@aztec/aztec.js';
 import { AztecAddress, CompleteAddress, Fr, PublicKey, getContractDeploymentInfo } from '@aztec/circuits.js';
 import { Grumpkin } from '@aztec/circuits.js/barretenberg';
 import { DebugLogger } from '@aztec/foundation/log';
-import { TestContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TestContractArtifact } from '@aztec/noir-contracts/artifacts';
 import { BootstrapNode, P2PConfig, createLibP2PPeerId } from '@aztec/p2p';
 import { ConstantKeyPair, PXEService, createPXEService, getPXEServiceConfig as getRpcConfig } from '@aztec/pxe';
 import { TxStatus } from '@aztec/types';
@@ -78,10 +78,10 @@ describe('e2e_p2p_network', () => {
       p2pEnabled: true,
       tcpListenPort: BOOT_NODE_TCP_PORT,
       tcpListenIp: '0.0.0.0',
-      announceHostname: '127.0.0.1',
+      announceHostname: '/tcp/127.0.0.1',
       announcePort: BOOT_NODE_TCP_PORT,
       peerIdPrivateKey: Buffer.from(peerId.privateKey!).toString('hex'),
-      serverMode: false,
+      clientKADRouting: false,
       minPeerCount: 10,
       maxPeerCount: 100,
 
@@ -107,7 +107,7 @@ describe('e2e_p2p_network', () => {
       minTxsPerBlock: NUM_TXS_PER_BLOCK,
       maxTxsPerBlock: NUM_TXS_PER_BLOCK,
       p2pEnabled: true,
-      serverMode: false,
+      clientKADRouting: false,
     };
     return await AztecNodeService.createAndSync(newConfig);
   };
@@ -117,8 +117,9 @@ describe('e2e_p2p_network', () => {
     const txs: SentTx[] = [];
     for (let i = 0; i < numTxs; i++) {
       const salt = Fr.random();
-      const origin = (await getContractDeploymentInfo(TestContractAbi, [], salt, publicKey)).completeAddress.address;
-      const deployer = new ContractDeployer(TestContractAbi, pxe, publicKey);
+      const origin = (await getContractDeploymentInfo(TestContractArtifact, [], salt, publicKey)).completeAddress
+        .address;
+      const deployer = new ContractDeployer(TestContractArtifact, pxe, publicKey);
       const tx = deployer.deploy().send({ contractAddressSalt: salt });
       logger(`Tx sent with hash ${await tx.getTxHash()}`);
       const receipt = await tx.getReceipt();
diff --git a/yarn-project/end-to-end/src/e2e_private_token_contract.test.ts b/yarn-project/end-to-end/src/e2e_private_token_contract.test.ts
deleted file mode 100644
index 1cc13f97e783..000000000000
--- a/yarn-project/end-to-end/src/e2e_private_token_contract.test.ts
+++ /dev/null
@@ -1,99 +0,0 @@
-import { AztecAddress, Wallet } from '@aztec/aztec.js';
-import { DebugLogger } from '@aztec/foundation/log';
-import { PrivateTokenContract } from '@aztec/noir-contracts/types';
-import { AztecNode, CompleteAddress, TxStatus } from '@aztec/types';
-
-import { expectsNumOfEncryptedLogsInTheLastBlockToBe, setup } from './fixtures/utils.js';
-
-describe('e2e_private_token_contract', () => {
-  let aztecNode: AztecNode | undefined;
-  let wallet: Wallet;
-  let logger: DebugLogger;
-  let owner: AztecAddress;
-  let receiver: AztecAddress;
-  let teardown: () => Promise<void>;
-  let contract: PrivateTokenContract;
-
-  beforeEach(async () => {
-    let accounts: CompleteAddress[];
-    ({ teardown, aztecNode, accounts, wallet, logger } = await setup(2));
-    owner = accounts[0].address;
-    receiver = accounts[1].address;
-  }, 100_000);
-
-  afterEach(() => teardown());
-
-  const expectBalance = async (owner: AztecAddress, expectedBalance: bigint) => {
-    const balance = await contract.methods.getBalance(owner).view({ from: owner });
-    logger(`Account ${owner} balance: ${balance}`);
-    expect(balance).toBe(expectedBalance);
-  };
-
-  const deployContract = async (initialBalance: bigint, owner: AztecAddress) => {
-    logger(`Deploying L2 contract...`);
-    contract = await PrivateTokenContract.deploy(wallet, initialBalance, owner).send().deployed();
-    logger(`L2 contract deployed at ${contract.address}`);
-  };
-
-  /**
-   * Milestone 1.3.
-   * https://hackmd.io/AG5rb9DyTRu3y7mBptWauA
-   */
-  it('1.3 should deploy private token contract with initial token minted to the account', async () => {
-    const initialBalance = 987n;
-    await deployContract(initialBalance, owner);
-    await expectBalance(owner, initialBalance);
-    await expectBalance(receiver, 0n);
-
-    await expectsNumOfEncryptedLogsInTheLastBlockToBe(aztecNode, 1);
-  }, 30_000);
-
-  /**
-   * Milestone 1.4.
-   */
-  it('1.4 should call mint and increase balance', async () => {
-    const mintAmount = 65n;
-
-    await deployContract(0n, owner);
-    await expectBalance(owner, 0n);
-
-    await expectsNumOfEncryptedLogsInTheLastBlockToBe(aztecNode, 0);
-
-    const tx = contract.methods.mint(mintAmount, owner).send();
-
-    await tx.isMined({ interval: 0.1 });
-    const receipt = await tx.getReceipt();
-
-    expect(receipt.status).toBe(TxStatus.MINED);
-    await expectBalance(owner, mintAmount);
-
-    await expectsNumOfEncryptedLogsInTheLastBlockToBe(aztecNode, 1);
-  }, 60_000);
-
-  /**
-   * Milestone 1.5.
-   */
-  it('1.5 should call transfer and increase balance of another account', async () => {
-    const initialBalance = 987n;
-    const transferAmount = 654n;
-
-    await deployContract(initialBalance, owner);
-
-    await expectBalance(owner, initialBalance);
-    await expectBalance(receiver, 0n);
-
-    await expectsNumOfEncryptedLogsInTheLastBlockToBe(aztecNode, 1);
-
-    const tx = contract.methods.transfer(transferAmount, receiver).send();
-
-    await tx.isMined({ interval: 0.1 });
-    const receipt = await tx.getReceipt();
-
-    expect(receipt.status).toBe(TxStatus.MINED);
-
-    await expectBalance(owner, initialBalance - transferAmount);
-    await expectBalance(receiver, transferAmount);
-
-    await expectsNumOfEncryptedLogsInTheLastBlockToBe(aztecNode, 2);
-  }, 60_000);
-});
diff --git a/yarn-project/end-to-end/src/e2e_public_cross_chain_messaging.test.ts b/yarn-project/end-to-end/src/e2e_public_cross_chain_messaging.test.ts
index 6d77f9826e71..082a6aad1201 100644
--- a/yarn-project/end-to-end/src/e2e_public_cross_chain_messaging.test.ts
+++ b/yarn-project/end-to-end/src/e2e_public_cross_chain_messaging.test.ts
@@ -12,9 +12,9 @@ describe('e2e_public_cross_chain_messaging', () => {
   let logger: DebugLogger;
   let teardown: () => Promise<void>;
 
-  let ownerWallet: AccountWallet;
+  let user1Wallet: AccountWallet;
   let user2Wallet: AccountWallet;
-  let ownerEthAddress: EthAddress;
+  let ethAccount: EthAddress;
   let ownerAddress: AztecAddress;
 
   let crossChainTestHarness: CrossChainTestHarness;
@@ -23,32 +23,21 @@ describe('e2e_public_cross_chain_messaging', () => {
   let outbox: any;
 
   beforeEach(async () => {
-    const {
-      aztecNode: aztecNode_,
-      pxe,
-      deployL1ContractsValues,
-      accounts,
-      wallets,
-      logger: logger_,
-      teardown: teardown_,
-      cheatCodes,
-    } = await setup(2);
+    const { pxe, deployL1ContractsValues, wallets, logger: logger_, teardown: teardown_ } = await setup(2);
     crossChainTestHarness = await CrossChainTestHarness.new(
-      aztecNode_,
       pxe,
-      deployL1ContractsValues,
-      accounts,
+      deployL1ContractsValues.publicClient,
+      deployL1ContractsValues.walletClient,
       wallets[0],
       logger_,
-      cheatCodes,
     );
     l2Token = crossChainTestHarness.l2Token;
     l2Bridge = crossChainTestHarness.l2Bridge;
-    ownerEthAddress = crossChainTestHarness.ethAccount;
+    ethAccount = crossChainTestHarness.ethAccount;
     ownerAddress = crossChainTestHarness.ownerAddress;
     outbox = crossChainTestHarness.outbox;
     teardown = teardown_;
-    ownerWallet = wallets[0];
+    user1Wallet = wallets[0];
     user2Wallet = wallets[1];
 
     logger = logger_;
@@ -57,10 +46,10 @@ describe('e2e_public_cross_chain_messaging', () => {
 
   afterEach(async () => {
     await teardown();
-    await crossChainTestHarness?.stop();
   });
 
-  it('Milestone 2: Deposit funds from L1 -> L2 and withdraw back to L1', async () => {
+  // docs:start:e2e_public_cross_chain
+  it('Publicly deposit funds from L1 -> L2 and withdraw back to L1', async () => {
     // Generate a claim secret using pedersen
     const l1TokenBalance = 1000000n;
     const bridgeAmount = 100n;
@@ -72,7 +61,7 @@ describe('e2e_public_cross_chain_messaging', () => {
 
     // 2. Deposit tokens to the TokenPortal
     const messageKey = await crossChainTestHarness.sendTokensToPortalPublic(bridgeAmount, secretHash);
-    expect(await crossChainTestHarness.getL1BalanceOf(ownerEthAddress)).toBe(l1TokenBalance - bridgeAmount);
+    expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(l1TokenBalance - bridgeAmount);
 
     // Wait for the archiver to process the message
     await delay(5000); /// waiting 5 seconds.
@@ -98,7 +87,7 @@ describe('e2e_public_cross_chain_messaging', () => {
       l2Bridge.address,
       l2Token.methods.burn_public(ownerAddress, withdrawAmount, nonce).request(),
     );
-    await ownerWallet.setPublicAuth(burnMessageHash, true).send().wait();
+    await user1Wallet.setPublicAuth(burnMessageHash, true).send().wait();
 
     // 5. Withdraw owner's funds from L2 to L1
     const entryKey = await crossChainTestHarness.checkEntryIsNotInOutbox(withdrawAmount);
@@ -106,14 +95,13 @@ describe('e2e_public_cross_chain_messaging', () => {
     await crossChainTestHarness.expectPublicBalanceOnL2(ownerAddress, afterBalance - withdrawAmount);
 
     // Check balance before and after exit.
-    expect(await crossChainTestHarness.getL1BalanceOf(ownerEthAddress)).toBe(l1TokenBalance - bridgeAmount);
+    expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(l1TokenBalance - bridgeAmount);
     await crossChainTestHarness.withdrawFundsFromBridgeOnL1(withdrawAmount, entryKey);
-    expect(await crossChainTestHarness.getL1BalanceOf(ownerEthAddress)).toBe(
-      l1TokenBalance - bridgeAmount + withdrawAmount,
-    );
+    expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(l1TokenBalance - bridgeAmount + withdrawAmount);
 
     expect(await outbox.read.contains([entryKey.toString(true)])).toBeFalsy();
   }, 120_000);
+  // docs:end:e2e_public_cross_chain
 
   // Unit tests for TokenBridge's public methods.
 
@@ -126,7 +114,7 @@ describe('e2e_public_cross_chain_messaging', () => {
 
     await crossChainTestHarness.mintTokensOnL1(l1TokenBalance);
     const messageKey = await crossChainTestHarness.sendTokensToPortalPublic(bridgeAmount, secretHash);
-    expect(await crossChainTestHarness.getL1BalanceOf(ownerEthAddress)).toBe(l1TokenBalance - bridgeAmount);
+    expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(l1TokenBalance - bridgeAmount);
 
     // Wait for the archiver to process the message
     await delay(5000); /// waiting 5 seconds.
@@ -140,7 +128,7 @@ describe('e2e_public_cross_chain_messaging', () => {
     await expect(
       l2Bridge
         .withWallet(user2Wallet)
-        .methods.claim_public(user2Wallet.getAddress(), bridgeAmount, ownerEthAddress, messageKey, secret)
+        .methods.claim_public(user2Wallet.getAddress(), bridgeAmount, ethAccount, messageKey, secret)
         .simulate(),
     ).rejects.toThrow();
 
@@ -148,7 +136,7 @@ describe('e2e_public_cross_chain_messaging', () => {
     logger("user2 consumes owner's message on L2 Publicly");
     const tx = l2Bridge
       .withWallet(user2Wallet)
-      .methods.claim_public(ownerAddress, bridgeAmount, ownerEthAddress, messageKey, secret)
+      .methods.claim_public(ownerAddress, bridgeAmount, ethAccount, messageKey, secret)
       .send();
     const receipt = await tx.wait();
     expect(receipt.status).toBe(TxStatus.MINED);
@@ -166,8 +154,8 @@ describe('e2e_public_cross_chain_messaging', () => {
     // Should fail as owner has not given approval to bridge burn their funds.
     await expect(
       l2Bridge
-        .withWallet(ownerWallet)
-        .methods.exit_to_l1_public(ownerEthAddress, withdrawAmount, EthAddress.ZERO, nonce)
+        .withWallet(user1Wallet)
+        .methods.exit_to_l1_public(ethAccount, withdrawAmount, EthAddress.ZERO, nonce)
         .simulate(),
     ).rejects.toThrowError('Assertion failed: Message not authorized by account');
   });
@@ -178,18 +166,18 @@ describe('e2e_public_cross_chain_messaging', () => {
 
     await crossChainTestHarness.mintTokensOnL1(bridgeAmount);
     const messageKey = await crossChainTestHarness.sendTokensToPortalPublic(bridgeAmount, secretHash);
-    expect(await crossChainTestHarness.getL1BalanceOf(ownerEthAddress)).toBe(0n);
+    expect(await crossChainTestHarness.getL1BalanceOf(ethAccount)).toBe(0n);
 
     // Wait for the archiver to process the message
     await delay(5000); /// waiting 5 seconds.
 
     // Perform an unrelated transaction on L2 to progress the rollup. Here we mint public tokens.
-    await crossChainTestHarness.performL2Transfer(0n);
+    await crossChainTestHarness.mintTokensPublicOnL2(0n);
 
     await expect(
       l2Bridge
         .withWallet(user2Wallet)
-        .methods.claim_private(bridgeAmount, secretHash, ownerEthAddress, messageKey, secret)
+        .methods.claim_private(secretHash, bridgeAmount, ethAccount, messageKey, secret)
         .simulate(),
     ).rejects.toThrowError("Cannot satisfy constraint 'l1_to_l2_message_data.message.content == content");
   });
diff --git a/yarn-project/end-to-end/src/e2e_public_to_private_messaging.test.ts b/yarn-project/end-to-end/src/e2e_public_to_private_messaging.test.ts
index 3514744c0a7f..df236df5ec82 100644
--- a/yarn-project/end-to-end/src/e2e_public_to_private_messaging.test.ts
+++ b/yarn-project/end-to-end/src/e2e_public_to_private_messaging.test.ts
@@ -18,24 +18,13 @@ describe('e2e_public_to_private_messaging', () => {
   let crossChainTestHarness: CrossChainTestHarness;
 
   beforeEach(async () => {
-    const {
-      aztecNode,
-      pxe,
-      deployL1ContractsValues,
-      accounts,
-      wallet,
-      logger: logger_,
-      cheatCodes,
-      teardown: teardown_,
-    } = await setup(2);
+    const { pxe, deployL1ContractsValues, wallet, logger: logger_, teardown: teardown_ } = await setup(2);
     crossChainTestHarness = await CrossChainTestHarness.new(
-      aztecNode,
       pxe,
-      deployL1ContractsValues,
-      accounts,
+      deployL1ContractsValues.publicClient,
+      deployL1ContractsValues.walletClient,
       wallet,
       logger_,
-      cheatCodes,
     );
 
     ethAccount = crossChainTestHarness.ethAccount;
@@ -49,7 +38,6 @@ describe('e2e_public_to_private_messaging', () => {
 
   afterEach(async () => {
     await teardown();
-    await crossChainTestHarness?.stop();
   });
 
   it('Milestone 5.4: Should be able to create a commitment in a public function and spend in a private function', async () => {
diff --git a/yarn-project/end-to-end/src/e2e_public_token_contract.test.ts b/yarn-project/end-to-end/src/e2e_public_token_contract.test.ts
index 32b85181195f..2707988a2fc2 100644
--- a/yarn-project/end-to-end/src/e2e_public_token_contract.test.ts
+++ b/yarn-project/end-to-end/src/e2e_public_token_contract.test.ts
@@ -5,7 +5,7 @@ import { CompleteAddress, PXE, TxStatus } from '@aztec/types';
 
 import times from 'lodash.times';
 
-import { expectUnencryptedLogsFromLastBlockToBe, setup } from './fixtures/utils.js';
+import { expectUnencryptedLogsFromLastBlockToBe, expectUnencryptedLogsInTxToBe, setup } from './fixtures/utils.js';
 
 describe('e2e_public_token_contract', () => {
   let pxe: PXE;
@@ -52,7 +52,7 @@ describe('e2e_public_token_contract', () => {
     const balance = await contract.methods.publicBalanceOf(recipient.toField()).view({ from: recipient });
     expect(balance).toBe(mintAmount);
 
-    await expectUnencryptedLogsFromLastBlockToBe(pxe, ['Coins minted']);
+    await expectUnencryptedLogsInTxToBe(tx, ['Coins minted']);
   }, 45_000);
 
   // Regression for https://github.com/AztecProtocol/aztec-packages/issues/640
diff --git a/yarn-project/end-to-end/src/e2e_sandbox_example.test.ts b/yarn-project/end-to-end/src/e2e_sandbox_example.test.ts
index 86efb877d6dd..487f34a141c9 100644
--- a/yarn-project/end-to-end/src/e2e_sandbox_example.test.ts
+++ b/yarn-project/end-to-end/src/e2e_sandbox_example.test.ts
@@ -54,30 +54,33 @@ describe('e2e_sandbox_example', () => {
     // docs:start:Deployment
     ////////////// DEPLOY OUR TOKEN CONTRACT //////////////
 
-    // Deploy a token contract, create a contract abstraction object and link it to the owner's wallet
     const initialSupply = 1_000_000n;
+    logger(`Deploying token contract...`);
 
-    logger(`Deploying token contract minting an initial ${initialSupply} tokens to Alice...`);
+    // Deploy the contract and set Alice as the admin while doing so
     const contract = await TokenContract.deploy(pxe, alice).send().deployed();
+    logger(`Contract successfully deployed at address ${contract.address.toShortString()}`);
 
-    // Create the contract abstraction and link to Alice's wallet for future signing
+    // Create the contract abstraction and link it to Alice's wallet for future signing
     const tokenContractAlice = await TokenContract.at(contract.address, accounts[0]);
 
-    // add Bob as a minter
-    await tokenContractAlice.methods.set_minter(bob, true).send().wait();
-
-    logger(`Contract successfully deployed at address ${contract.address.toShortString()}`);
-
-    const secret = Fr.random();
-    const secretHash = await computeMessageSecretHash(secret);
+    // Create a secret and a corresponding hash that will be used to mint funds privately
+    const aliceSecret = Fr.random();
+    const aliceSecretHash = await computeMessageSecretHash(aliceSecret);
 
-    const receipt = await tokenContractAlice.methods.mint_private(initialSupply, secretHash).send().wait();
+    logger(`Minting tokens to Alice...`);
+    // Mint the initial supply privately "to secret hash"
+    const receipt = await tokenContractAlice.methods.mint_private(initialSupply, aliceSecretHash).send().wait();
 
+    // Add the newly created "pending shield" note to PXE
     const pendingShieldsStorageSlot = new Fr(5); // The storage slot of `pending_shields` is 5.
-    const preimage = new NotePreimage([new Fr(initialSupply), secretHash]);
+    const preimage = new NotePreimage([new Fr(initialSupply), aliceSecretHash]);
     await pxe.addNote(alice, contract.address, pendingShieldsStorageSlot, preimage, receipt.txHash);
 
-    await tokenContractAlice.methods.redeem_shield(alice, initialSupply, secret).send().wait();
+    // Make the tokens spendable by redeeming them using the secret (converts the "pending shield note" created above
+    // to a "token note")
+    await tokenContractAlice.methods.redeem_shield(alice, initialSupply, aliceSecret).send().wait();
+    logger(`${initialSupply} tokens were successfully minted and redeemed by Alice`);
     // docs:end:Deployment
 
     // ensure that token contract is registered in PXE
@@ -125,14 +128,22 @@ describe('e2e_sandbox_example', () => {
     ////////////// MINT SOME MORE TOKENS TO BOB'S ACCOUNT //////////////
 
     // Now mint some further funds for Bob
+
+    // Alice is nice and she adds Bob as a minter
+    await tokenContractAlice.methods.set_minter(bob, true).send().wait();
+
+    const bobSecret = Fr.random();
+    const bobSecretHash = await computeMessageSecretHash(bobSecret);
+    // Bob now has a secret 🥷
+
     const mintQuantity = 10_000n;
     logger(`Minting ${mintQuantity} tokens to Bob...`);
-    const mintPrivateReceipt = await tokenContractBob.methods.mint_private(mintQuantity, secretHash).send().wait();
+    const mintPrivateReceipt = await tokenContractBob.methods.mint_private(mintQuantity, bobSecretHash).send().wait();
 
-    const bobPendingShield = new NotePreimage([new Fr(mintQuantity), secretHash]);
+    const bobPendingShield = new NotePreimage([new Fr(mintQuantity), bobSecretHash]);
     await pxe.addNote(bob, contract.address, pendingShieldsStorageSlot, bobPendingShield, mintPrivateReceipt.txHash);
 
-    await tokenContractBob.methods.redeem_shield(bob, mintQuantity, secret).send().wait();
+    await tokenContractBob.methods.redeem_shield(bob, mintQuantity, bobSecret).send().wait();
 
     // Check the new balances
     aliceBalance = await tokenContractAlice.methods.balance_of_private(alice).view();
diff --git a/yarn-project/end-to-end/src/e2e_token_contract.test.ts b/yarn-project/end-to-end/src/e2e_token_contract.test.ts
index eed45f17ff44..7606a5f6556a 100644
--- a/yarn-project/end-to-end/src/e2e_token_contract.test.ts
+++ b/yarn-project/end-to-end/src/e2e_token_contract.test.ts
@@ -48,7 +48,7 @@ describe('e2e_token_contract', () => {
 
     expect(await asset.methods.admin().view()).toBe(accounts[0].address.toBigInt());
 
-    asset.abi.functions.forEach(fn => {
+    asset.artifact.functions.forEach(fn => {
       logger(
         `Function ${fn.name} has ${fn.bytecode.length} bytes and the selector: ${FunctionSelector.fromNameAndParameters(
           fn.name,
@@ -245,14 +245,14 @@ describe('e2e_token_contract', () => {
         expect(amount).toBeGreaterThan(0n);
         const nonce = Fr.random();
 
+        // docs:start:authwit_public_transfer_example
         const action = asset
           .withWallet(wallets[1])
           .methods.transfer_public(accounts[0].address, accounts[1].address, amount, nonce);
         const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
 
-        // We need to compute the message we want to sign and add it to the wallet as approved
-        //const messageHash = await transferMessageHash(accounts[1], accounts[0], accounts[1], amount, nonce);
         await wallets[0].setPublicAuth(messageHash, true).send().wait();
+        // docs:end:authwit_public_transfer_example
 
         // Perform the transfer
         const tx = action.send();
@@ -404,16 +404,17 @@ describe('e2e_token_contract', () => {
         expect(amount).toBeGreaterThan(0n);
 
         // We need to compute the message we want to sign and add it to the wallet as approved
+        // docs:start:authwit_transfer_example
+        // docs:start:authwit_computeAuthWitMessageHash
         const action = asset
           .withWallet(wallets[1])
           .methods.transfer(accounts[0].address, accounts[1].address, amount, nonce);
         const messageHash = await computeAuthWitMessageHash(accounts[1].address, action.request());
+        // docs:end:authwit_computeAuthWitMessageHash
 
-        // Both wallets are connected to same node and PXE so we could just insert directly using
-        // await wallet.signAndAddAuthWitness(messageHash, );
-        // But doing it in two actions to show the flow.
         const witness = await wallets[0].createAuthWitness(messageHash);
         await wallets[1].addAuthWitness(witness);
+        // docs:end:authwit_transfer_example
 
         // Perform the transfer
         const tx = action.send();
diff --git a/yarn-project/end-to-end/src/fixtures/cross_chain_test_harness.ts b/yarn-project/end-to-end/src/fixtures/cross_chain_test_harness.ts
index 6e9c6077b419..2a173c1e5979 100644
--- a/yarn-project/end-to-end/src/fixtures/cross_chain_test_harness.ts
+++ b/yarn-project/end-to-end/src/fixtures/cross_chain_test_harness.ts
@@ -1,16 +1,11 @@
-import { AztecNodeService } from '@aztec/aztec-node';
-import { CheatCodes, TxHash, Wallet, computeMessageSecretHash } from '@aztec/aztec.js';
-import { AztecAddress, CompleteAddress, EthAddress, Fr, PublicKey } from '@aztec/circuits.js';
-import { DeployL1Contracts } from '@aztec/ethereum';
-import { toBufferBE } from '@aztec/foundation/bigint-buffer';
+// docs:start:cross_chain_test_harness
+import { AztecAddress, DebugLogger, EthAddress, Fr, TxHash, Wallet, computeMessageSecretHash } from '@aztec/aztec.js';
 import { sha256ToField } from '@aztec/foundation/crypto';
-import { DebugLogger } from '@aztec/foundation/log';
 import { OutboxAbi } from '@aztec/l1-artifacts';
 import { TokenBridgeContract, TokenContract } from '@aztec/noir-contracts/types';
-import { PXEService } from '@aztec/pxe';
-import { AztecNode, NotePreimage, PXE, TxStatus } from '@aztec/types';
+import { NotePreimage, PXE, TxStatus } from '@aztec/types';
 
-import { Chain, HttpTransport, PublicClient, getContract } from 'viem';
+import { Chain, HttpTransport, PublicClient, getContract, getFunctionSelector } from 'viem';
 
 import { deployAndInitializeTokenAndBridgeContracts } from './utils.js';
 
@@ -20,61 +15,41 @@ import { deployAndInitializeTokenAndBridgeContracts } from './utils.js';
  */
 export class CrossChainTestHarness {
   static async new(
-    aztecNode: AztecNode | undefined,
     pxeService: PXE,
-    deployL1ContractsValues: DeployL1Contracts,
-    accounts: CompleteAddress[],
+    publicClient: PublicClient<HttpTransport, Chain>,
+    walletClient: any,
     wallet: Wallet,
     logger: DebugLogger,
-    cheatCodes: CheatCodes,
     underlyingERC20Address?: EthAddress,
-    initialBalance?: bigint,
   ): Promise<CrossChainTestHarness> {
-    const walletClient = deployL1ContractsValues.walletClient;
-    const publicClient = deployL1ContractsValues.publicClient;
     const ethAccount = EthAddress.fromString((await walletClient.getAddresses())[0]);
-    const [owner, receiver] = accounts;
+    const owner = wallet.getCompleteAddress();
+    const l1ContractAddresses = (await pxeService.getNodeInfo()).l1ContractAddresses;
 
     const outbox = getContract({
-      address: deployL1ContractsValues.l1ContractAddresses.outboxAddress!.toString(),
+      address: l1ContractAddresses.outboxAddress.toString(),
       abi: OutboxAbi,
       publicClient,
     });
 
     // Deploy and initialize all required contracts
     logger('Deploying and initializing token, portal and its bridge...');
-    const contracts = await deployAndInitializeTokenAndBridgeContracts(
-      wallet,
-      walletClient,
-      publicClient,
-      deployL1ContractsValues!.l1ContractAddresses.registryAddress!,
-      owner.address,
-      underlyingERC20Address,
-    );
-    const l2Token = contracts.token;
-    const l2Bridge = contracts.bridge;
-    const underlyingERC20 = contracts.underlyingERC20;
-    const tokenPortal = contracts.tokenPortal;
-    const tokenPortalAddress = contracts.tokenPortalAddress;
+    const { token, bridge, tokenPortalAddress, tokenPortal, underlyingERC20 } =
+      await deployAndInitializeTokenAndBridgeContracts(
+        wallet,
+        walletClient,
+        publicClient,
+        l1ContractAddresses.registryAddress,
+        owner.address,
+        underlyingERC20Address,
+      );
     logger('Deployed and initialized token, portal and its bridge.');
 
-    if (initialBalance) {
-      logger(`Minting ${initialBalance} tokens to ${owner.address}...`);
-      const mintTx = l2Token.methods.mint_public(owner.address, initialBalance).send();
-      const mintReceipt = await mintTx.wait();
-      expect(mintReceipt.status).toBe(TxStatus.MINED);
-      expect(l2Token.methods.balance_of_public(owner.address).view()).toBe(initialBalance);
-      logger(`Minted ${initialBalance} tokens to ${owner.address}.`);
-    }
-
     return new CrossChainTestHarness(
-      aztecNode,
       pxeService,
-      cheatCodes,
-      accounts,
       logger,
-      l2Token,
-      l2Bridge,
+      token,
+      bridge,
       ethAccount,
       tokenPortalAddress,
       tokenPortal,
@@ -83,19 +58,12 @@ export class CrossChainTestHarness {
       publicClient,
       walletClient,
       owner.address,
-      receiver.address,
-      owner.publicKey,
     );
   }
+
   constructor(
-    /** AztecNode. */
-    public aztecNode: AztecNode | undefined,
     /** Private eXecution Environment (PXE). */
     public pxeService: PXE,
-    /** CheatCodes. */
-    public cc: CheatCodes,
-    /** Accounts. */
-    public accounts: CompleteAddress[],
     /** Logger. */
     public logger: DebugLogger,
 
@@ -122,10 +90,6 @@ export class CrossChainTestHarness {
 
     /** Aztec address to use in tests. */
     public ownerAddress: AztecAddress,
-    /** Another Aztec Address to use in tests. */
-    public receiver: AztecAddress,
-    /** The owners public key. */
-    public ownerPub: PublicKey,
   ) {}
 
   async generateClaimSecret(): Promise<[Fr, Fr]> {
@@ -150,12 +114,12 @@ export class CrossChainTestHarness {
     await this.underlyingERC20.write.approve([this.tokenPortalAddress.toString(), bridgeAmount], {} as any);
 
     // Deposit tokens to the TokenPortal
-    const deadline = 2 ** 32 - 1; // max uint32 - 1
+    const deadline = 2 ** 32 - 1; // max uint32
 
     this.logger('Sending messages to L1 portal to be consumed publicly');
     const args = [
-      bridgeAmount,
       this.ownerAddress.toString(),
+      bridgeAmount,
       this.ethAccount.toString(),
       deadline,
       secretHash.toString(true),
@@ -169,19 +133,19 @@ export class CrossChainTestHarness {
   }
 
   async sendTokensToPortalPrivate(
+    secretHashForRedeemingMintedNotes: Fr,
     bridgeAmount: bigint,
     secretHashForL2MessageConsumption: Fr,
-    secretHashForRedeemingMintedNotes: Fr,
   ) {
     await this.underlyingERC20.write.approve([this.tokenPortalAddress.toString(), bridgeAmount], {} as any);
 
     // Deposit tokens to the TokenPortal
-    const deadline = 2 ** 32 - 1; // max uint32 - 1
+    const deadline = 2 ** 32 - 1; // max uint32
 
     this.logger('Sending messages to L1 portal to be consumed privately');
     const args = [
-      bridgeAmount,
       secretHashForRedeemingMintedNotes.toString(true),
+      bridgeAmount,
       this.ethAccount.toString(),
       deadline,
       secretHashForL2MessageConsumption.toString(true),
@@ -208,16 +172,18 @@ export class CrossChainTestHarness {
     await this.addPendingShieldNoteToPXE(amount, secretHash, receipt.txHash);
   }
 
-  async performL2Transfer(transferAmount: bigint) {
+  async performL2Transfer(transferAmount: bigint, receiverAddress: AztecAddress) {
     // send a transfer tx to force through rollup with the message included
-    const transferTx = this.l2Token.methods.transfer_public(this.ownerAddress, this.receiver, transferAmount, 0).send();
+    const transferTx = this.l2Token.methods
+      .transfer_public(this.ownerAddress, receiverAddress, transferAmount, 0)
+      .send();
     const receipt = await transferTx.wait();
     expect(receipt.status).toBe(TxStatus.MINED);
   }
 
   async consumeMessageOnAztecAndMintSecretly(
-    bridgeAmount: bigint,
     secretHashForRedeemingMintedNotes: Fr,
+    bridgeAmount: bigint,
     messageKey: Fr,
     secretForL2MessageConsumption: Fr,
   ) {
@@ -225,8 +191,8 @@ export class CrossChainTestHarness {
     // Call the mint tokens function on the Aztec.nr contract
     const consumptionTx = this.l2Bridge.methods
       .claim_private(
-        bridgeAmount,
         secretHashForRedeemingMintedNotes,
+        bridgeAmount,
         this.ethAccount,
         messageKey,
         secretForL2MessageConsumption,
@@ -250,7 +216,7 @@ export class CrossChainTestHarness {
 
   async withdrawPrivateFromAztecToL1(withdrawAmount: bigint, nonce: Fr = Fr.ZERO) {
     const withdrawTx = this.l2Bridge.methods
-      .exit_to_l1_private(this.ethAccount, this.l2Token.address, withdrawAmount, EthAddress.ZERO, nonce)
+      .exit_to_l1_private(this.l2Token.address, this.ethAccount, withdrawAmount, EthAddress.ZERO, nonce)
       .send();
     const withdrawReceipt = await withdrawTx.wait();
     expect(withdrawReceipt.status).toBe(TxStatus.MINED);
@@ -285,13 +251,12 @@ export class CrossChainTestHarness {
 
   async checkEntryIsNotInOutbox(withdrawAmount: bigint, callerOnL1: EthAddress = EthAddress.ZERO): Promise<Fr> {
     this.logger('Ensure that the entry is not in outbox yet');
-    const contractData = await this.pxeService.getContractData(this.l2Bridge.address);
-    // 0xb460af94, selector for "withdraw(uint256,address,address)"
+
     const content = sha256ToField(
       Buffer.concat([
-        Buffer.from([0xb4, 0x60, 0xaf, 0x94]),
-        toBufferBE(withdrawAmount, 32),
+        Buffer.from(getFunctionSelector('withdraw(address,uint256,address)').substring(2), 'hex'),
         this.ethAccount.toBuffer32(),
+        new Fr(withdrawAmount).toBuffer(),
         callerOnL1.toBuffer32(),
       ]),
     );
@@ -299,7 +264,7 @@ export class CrossChainTestHarness {
       Buffer.concat([
         this.l2Bridge.address.toBuffer(),
         new Fr(1).toBuffer(), // aztec version
-        contractData?.portalContractAddress.toBuffer32() ?? Buffer.alloc(32, 0),
+        this.tokenPortalAddress.toBuffer32() ?? Buffer.alloc(32, 0),
         new Fr(this.publicClient.chain.id).toBuffer(), // chain id
         content.toBuffer(),
       ]),
@@ -313,8 +278,8 @@ export class CrossChainTestHarness {
     this.logger('Send L1 tx to consume entry and withdraw funds');
     // Call function on L1 contract to consume the message
     const { request: withdrawRequest, result: withdrawEntryKey } = await this.tokenPortal.simulate.withdraw([
-      withdrawAmount,
       this.ethAccount.toString(),
+      withdrawAmount,
       false,
     ]);
 
@@ -356,11 +321,5 @@ export class CrossChainTestHarness {
     const unshieldReceipt = await unshieldTx.wait();
     expect(unshieldReceipt.status).toBe(TxStatus.MINED);
   }
-
-  async stop() {
-    if (this.aztecNode instanceof AztecNodeService) await this.aztecNode?.stop();
-    if (this.pxeService instanceof PXEService) {
-      await this.pxeService?.stop();
-    }
-  }
 }
+// docs:end:cross_chain_test_harness
diff --git a/yarn-project/end-to-end/src/fixtures/utils.ts b/yarn-project/end-to-end/src/fixtures/utils.ts
index ea37f3056c52..601aeddc2a93 100644
--- a/yarn-project/end-to-end/src/fixtures/utils.ts
+++ b/yarn-project/end-to-end/src/fixtures/utils.ts
@@ -6,6 +6,7 @@ import {
   CompleteAddress,
   EthAddress,
   EthCheatCodes,
+  SentTx,
   Wallet,
   createAccounts,
   createPXEClient,
@@ -37,17 +38,9 @@ import {
   TokenPortalAbi,
   TokenPortalBytecode,
 } from '@aztec/l1-artifacts';
-import { NonNativeTokenContract, TokenBridgeContract, TokenContract } from '@aztec/noir-contracts/types';
+import { TokenBridgeContract, TokenContract } from '@aztec/noir-contracts/types';
 import { PXEService, createPXEService, getPXEServiceConfig } from '@aztec/pxe';
-import {
-  AztecNode,
-  L2BlockL2Logs,
-  LogType,
-  PXE,
-  TxStatus,
-  UnencryptedL2Log,
-  createAztecNodeRpcClient,
-} from '@aztec/types';
+import { AztecNode, L2BlockL2Logs, LogType, PXE, TxStatus, createAztecNodeRpcClient } from '@aztec/types';
 
 import * as path from 'path';
 import {
@@ -255,7 +248,7 @@ export type EndToEndContext = {
 /**
  * Sets up the environment for the end-to-end tests.
  * @param numberOfAccounts - The number of new accounts to be created once the PXE is initiated.
- * @param opts - Options to pass to the node initialisation and to the setup script.
+ * @param opts - Options to pass to the node initialization and to the setup script.
  */
 export async function setup(numberOfAccounts = 1, opts: SetupOptions = {}): Promise<EndToEndContext> {
   const config = { ...getConfigEnvVars(), ...opts };
@@ -289,6 +282,7 @@ export async function setup(numberOfAccounts = 1, opts: SetupOptions = {}): Prom
   config.l1Contracts.contractDeploymentEmitterAddress =
     deployL1ContractsValues.l1ContractAddresses.contractDeploymentEmitterAddress;
   config.l1Contracts.inboxAddress = deployL1ContractsValues.l1ContractAddresses.inboxAddress;
+  config.l1Contracts.outboxAddress = deployL1ContractsValues.l1ContractAddresses.outboxAddress;
 
   logger('Creating and synching an aztec node...');
   const aztecNode = await AztecNodeService.createAndSync(config);
@@ -344,6 +338,7 @@ export function getLogger() {
   return createDebugLogger('aztec:' + describeBlockName);
 }
 
+// docs:start:deployAndInitializeTokenAndBridgeContracts
 /**
  * Deploy L1 token and portal, initialize portal, deploy a non native l2 token contract, its L2 bridge contract and attach is to the portal.
  * @param wallet - the wallet instance
@@ -435,62 +430,9 @@ export async function deployAndInitializeTokenAndBridgeContracts(
 
   return { token, bridge, tokenPortalAddress, tokenPortal, underlyingERC20 };
 }
+// docs:end:deployAndInitializeTokenAndBridgeContracts
 
-/**
- * Deploy L1 token and portal, initialize portal, deploy a non native l2 token contract and attach is to the portal.
- * @param wallet - Aztec wallet instance.
- * @param walletClient - A viem WalletClient.
- * @param publicClient - A viem PublicClient.
- * @param rollupRegistryAddress - address of rollup registry to pass to initialize the token portal
- * @param initialBalance - initial balance of the owner of the L2 contract
- * @param owner - owner of the L2 contract
- * @param underlyingERC20Address - address of the underlying ERC20 contract to use (if none supplied, it deploys one)
- * @returns l2 contract instance, token portal instance, token portal address and the underlying ERC20 instance
- */
-// TODO (#2291) DELETE!!!
-export async function deployAndInitializeNonNativeL2TokenContracts(
-  wallet: Wallet,
-  walletClient: WalletClient<HttpTransport, Chain, Account>,
-  publicClient: PublicClient<HttpTransport, Chain>,
-  rollupRegistryAddress: EthAddress,
-  initialBalance = 0n,
-  owner = AztecAddress.ZERO,
-  underlyingERC20Address?: EthAddress,
-) {
-  // deploy underlying contract if no address supplied
-  if (!underlyingERC20Address) {
-    underlyingERC20Address = await deployL1Contract(walletClient, publicClient, PortalERC20Abi, PortalERC20Bytecode);
-  }
-  const underlyingERC20: any = getContract({
-    address: underlyingERC20Address.toString(),
-    abi: PortalERC20Abi,
-    walletClient,
-    publicClient,
-  });
-
-  // deploy the token portal
-  const tokenPortalAddress = await deployL1Contract(walletClient, publicClient, TokenPortalAbi, TokenPortalBytecode);
-  const tokenPortal: any = getContract({
-    address: tokenPortalAddress.toString(),
-    abi: TokenPortalAbi,
-    walletClient,
-    publicClient,
-  });
-
-  // deploy l2 contract and attach to portal
-  const l2Contract = await NonNativeTokenContract.deploy(wallet, initialBalance, owner)
-    .send({ portalContract: tokenPortalAddress })
-    .deployed();
-  const l2TokenAddress = l2Contract.address.toString();
-
-  // initialize portal
-  await tokenPortal.write.initialize(
-    [rollupRegistryAddress.toString(), underlyingERC20Address.toString(), l2TokenAddress],
-    {} as any,
-  );
-  return { l2Contract, tokenPortalAddress, tokenPortal, underlyingERC20 };
-}
-
+// docs:start:delay
 /**
  * Sleep for a given number of milliseconds.
  * @param ms - the number of milliseconds to sleep for
@@ -498,6 +440,7 @@ export async function deployAndInitializeNonNativeL2TokenContracts(
 export function delay(ms: number): Promise<void> {
   return new Promise<void>(resolve => setTimeout(resolve, ms));
 }
+// docs:end:delay
 
 /**
  * Checks the number of encrypted logs in the last block is as expected.
@@ -521,18 +464,32 @@ export const expectsNumOfEncryptedLogsInTheLastBlockToBe = async (
 
 /**
  * Checks that the last block contains the given expected unencrypted log messages.
- * @param pxe - The instance of PXE for retrieving the logs.
+ * @param tx - An instance of SentTx for which to retrieve the logs.
+ * @param logMessages - The set of expected log messages.
+ */
+export const expectUnencryptedLogsInTxToBe = async (tx: SentTx, logMessages: string[]) => {
+  const unencryptedLogs = (await tx.getUnencryptedLogs()).logs;
+  const asciiLogs = unencryptedLogs.map(extendedLog => extendedLog.log.data.toString('ascii'));
+
+  expect(asciiLogs).toStrictEqual(logMessages);
+};
+
+/**
+ * Checks that the last block contains the given expected unencrypted log messages.
+ * @param pxe - An instance of PXE for retrieving the logs.
  * @param logMessages - The set of expected log messages.
  */
 export const expectUnencryptedLogsFromLastBlockToBe = async (pxe: PXE, logMessages: string[]) => {
   // docs:start:get_logs
-  // Get the latest block number to retrieve logs from
-  const l2BlockNum = await pxe.getBlockNumber();
   // Get the unencrypted logs from the last block
-  const unencryptedLogs = await pxe.getUnencryptedLogs(l2BlockNum, 1);
+  const fromBlock = await pxe.getBlockNumber();
+  const logFilter = {
+    fromBlock,
+    toBlock: fromBlock + 1,
+  };
+  const unencryptedLogs = (await pxe.getUnencryptedLogs(logFilter)).logs;
   // docs:end:get_logs
-  const unrolledLogs = L2BlockL2Logs.unrollLogs(unencryptedLogs).map(log => UnencryptedL2Log.fromBuffer(log));
-  const asciiLogs = unrolledLogs.map(log => log.data.toString('ascii'));
+  const asciiLogs = unencryptedLogs.map(extendedLog => extendedLog.log.data.toString('ascii'));
 
   expect(asciiLogs).toStrictEqual(logMessages);
 };
diff --git a/yarn-project/end-to-end/src/guides/dapp_testing.test.ts b/yarn-project/end-to-end/src/guides/dapp_testing.test.ts
index d5adfd24890e..8f10f3e4ca06 100644
--- a/yarn-project/end-to-end/src/guides/dapp_testing.test.ts
+++ b/yarn-project/end-to-end/src/guides/dapp_testing.test.ts
@@ -3,10 +3,8 @@ import {
   AccountWallet,
   CheatCodes,
   Fr,
-  L2BlockL2Logs,
   NotePreimage,
   PXE,
-  UnencryptedL2Log,
   computeMessageSecretHash,
   createAccount,
   createPXEClient,
@@ -20,7 +18,7 @@ const { PXE_URL = 'http://localhost:8080', ETHEREUM_HOST = 'http://localhost:854
 
 describe('guides/dapp/testing', () => {
   describe('on in-proc sandbox', () => {
-    describe('private token contract', () => {
+    describe('token contract', () => {
       let pxe: PXE;
       let stop: () => Promise<void>;
       let owner: AccountWallet;
@@ -66,7 +64,7 @@ describe('guides/dapp/testing', () => {
     });
 
     // docs:start:sandbox-example
-    describe('private token contract', () => {
+    describe('token contract', () => {
       let pxe: PXE;
       let owner: AccountWallet;
       let recipient: AccountWallet;
@@ -98,7 +96,7 @@ describe('guides/dapp/testing', () => {
     });
     // docs:end:sandbox-example
 
-    describe('private token contract with initial accounts', () => {
+    describe('token contract with initial accounts', () => {
       let pxe: PXE;
       let owner: AccountWallet;
       let recipient: AccountWallet;
@@ -208,9 +206,12 @@ describe('guides/dapp/testing', () => {
         // docs:start:unencrypted-logs
         const value = Fr.fromString('ef'); // Only 1 bytes will make its way in there :( so no larger stuff
         const tx = await testContract.methods.emit_unencrypted(value).send().wait();
-        const logs = await pxe.getUnencryptedLogs(tx.blockNumber!, 1);
-        const log = UnencryptedL2Log.fromBuffer(L2BlockL2Logs.unrollLogs(logs)[0]);
-        expect(Fr.fromBuffer(log.data)).toEqual(value);
+        const filter = {
+          fromBlock: tx.blockNumber!,
+          limit: 1, // 1 log expected
+        };
+        const logs = (await pxe.getUnencryptedLogs(filter)).logs;
+        expect(Fr.fromBuffer(logs[0].log.data)).toEqual(value);
         // docs:end:unencrypted-logs
       });
 
diff --git a/yarn-project/end-to-end/src/guides/up_quick_start.sh b/yarn-project/end-to-end/src/guides/up_quick_start.sh
index c97dd0d5e295..de6f6074107a 100755
--- a/yarn-project/end-to-end/src/guides/up_quick_start.sh
+++ b/yarn-project/end-to-end/src/guides/up_quick_start.sh
@@ -11,7 +11,7 @@ ALICE_PRIVATE_KEY="0x2153536ff6628eee01cf4024889ff977a18d9fa61d0e414422f7681cf08
 
 # docs:start:deploy
 aztec-cli deploy \
-  TokenContractAbi \
+  TokenContractArtifact \
   --salt 0 \
   --args $ALICE
 
@@ -26,7 +26,7 @@ SECRET_HASH="0x0a42b1fe22b652cc8610e33bb1128040ce2d2862e7041ff235aa871739822b74"
 
 MINT_PRIVATE_OUTPUT=$(aztec-cli send mint_private \
   --args 1000 $SECRET_HASH \
-  --contract-abi TokenContractAbi \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT \
   --private-key $ALICE_PRIVATE_KEY)
 
@@ -38,7 +38,7 @@ aztec-cli add-note \
 
 aztec-cli send redeem_shield \
   --args $ALICE 1000 $SECRET \
-  --contract-abi TokenContractAbi \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT \
   --private-key $ALICE_PRIVATE_KEY
 # docs:end:mint-private
@@ -46,32 +46,32 @@ aztec-cli send redeem_shield \
 # docs:start:get-balance
 aztec-cli call balance_of_private \
   --args $ALICE \
-  --contract-abi TokenContractAbi \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT
 # docs:end:get-balance
 
 # docs:start:transfer
 aztec-cli send transfer \
   --args $ALICE $BOB 500 0 \
-  --contract-abi TokenContractAbi \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT \
   --private-key $ALICE_PRIVATE_KEY
 
 aztec-cli call balance_of_private \
   --args $ALICE \
-  --contract-abi TokenContractAbi \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT
 
 aztec-cli call balance_of_private \
   --args $BOB \
-  --contract-abi TokenContractAbi \
+  --contract-artifact TokenContractArtifact \
   --contract-address $CONTRACT
 # docs:end:transfer
 
 aztec-cli get-logs
 
 # Test end result
-BOB_BALANCE=$(aztec-cli call balance_of_private --args $BOB --contract-abi TokenContractAbi --contract-address $CONTRACT)
+BOB_BALANCE=$(aztec-cli call balance_of_private --args $BOB --contract-artifact TokenContractArtifact --contract-address $CONTRACT)
 if ! echo $BOB_BALANCE | grep -q 500; then
   echo "Incorrect Bob balance after transaction (expected 500 but got $BOB_BALANCE)"
   exit 1
diff --git a/yarn-project/end-to-end/src/guides/writing_an_account_contract.test.ts b/yarn-project/end-to-end/src/guides/writing_an_account_contract.test.ts
index f61e3c4c881f..f7c7c2a7ca18 100644
--- a/yarn-project/end-to-end/src/guides/writing_an_account_contract.test.ts
+++ b/yarn-project/end-to-end/src/guides/writing_an_account_contract.test.ts
@@ -9,7 +9,7 @@ import {
 } from '@aztec/aztec.js';
 import { GrumpkinPrivateKey, GrumpkinScalar } from '@aztec/circuits.js';
 import { Schnorr } from '@aztec/circuits.js/barretenberg';
-import { SchnorrHardcodedAccountContractAbi, TokenContract } from '@aztec/noir-contracts/types';
+import { SchnorrHardcodedAccountContractArtifact, TokenContract } from '@aztec/noir-contracts/types';
 import { AuthWitness } from '@aztec/types';
 
 import { setup } from '../fixtures/utils.js';
@@ -20,7 +20,7 @@ const PRIVATE_KEY = GrumpkinScalar.fromString('0xd35d743ac0dfe3d6dbe6be8c877cb52
 /** Account contract implementation that authenticates txs using Schnorr signatures. */
 class SchnorrHardcodedKeyAccountContract extends BaseAccountContract {
   constructor(private privateKey: GrumpkinPrivateKey = PRIVATE_KEY) {
-    super(SchnorrHardcodedAccountContractAbi);
+    super(SchnorrHardcodedAccountContractArtifact);
   }
 
   getDeploymentArgs(): Promise<any[]> {
diff --git a/yarn-project/end-to-end/src/index.ts b/yarn-project/end-to-end/src/index.ts
index dd9005c49c91..da0a55181ff0 100644
--- a/yarn-project/end-to-end/src/index.ts
+++ b/yarn-project/end-to-end/src/index.ts
@@ -2,3 +2,4 @@
 
 export { cliTestSuite } from './canary/cli.js';
 export { browserTestSuite } from './canary/browser.js';
+export { uniswapL1L2TestSuite, UniswapSetupContext } from './canary/uniswap_l1_l2.js';
diff --git a/yarn-project/end-to-end/src/integration_archiver_l1_to_l2.test.ts b/yarn-project/end-to-end/src/integration_archiver_l1_to_l2.test.ts
index f78160612883..85b722452690 100644
--- a/yarn-project/end-to-end/src/integration_archiver_l1_to_l2.test.ts
+++ b/yarn-project/end-to-end/src/integration_archiver_l1_to_l2.test.ts
@@ -5,11 +5,11 @@ import { DeployL1Contracts } from '@aztec/ethereum';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
 import { DebugLogger } from '@aztec/foundation/log';
-import { NonNativeTokenContract } from '@aztec/noir-contracts/types';
+import { TokenContract } from '@aztec/noir-contracts/types';
 
 import { Chain, HttpTransport, PublicClient } from 'viem';
 
-import { delay, deployAndInitializeNonNativeL2TokenContracts, setNextBlockTimestamp, setup } from './fixtures/utils.js';
+import { delay, deployAndInitializeTokenAndBridgeContracts, setNextBlockTimestamp, setup } from './fixtures/utils.js';
 
 // TODO (#2291) - Replace with token bridge standard
 describe('archiver integration with l1 to l2 messages', () => {
@@ -19,7 +19,7 @@ describe('archiver integration with l1 to l2 messages', () => {
   let config: AztecNodeConfig;
   let teardown: () => Promise<void>;
 
-  let l2Contract: NonNativeTokenContract;
+  let l2Token: TokenContract;
   let ethAccount: EthAddress;
 
   let tokenPortalAddress: EthAddress;
@@ -27,11 +27,10 @@ describe('archiver integration with l1 to l2 messages', () => {
   let underlyingERC20: any;
   let publicClient: PublicClient<HttpTransport, Chain>;
 
-  const initialBalance = 10n;
   let owner: AztecAddress;
   let receiver: AztecAddress;
 
-  beforeEach(async () => {
+  beforeAll(async () => {
     let deployL1ContractsValues: DeployL1Contracts | undefined;
     let accounts: CompleteAddress[];
     ({ teardown, wallet, deployL1ContractsValues, accounts, config, logger } = await setup(2));
@@ -46,35 +45,29 @@ describe('archiver integration with l1 to l2 messages', () => {
 
     // Deploy and initialize all required contracts
     logger('Deploying Portal, initializing and deploying l2 contract...');
-    const contracts = await deployAndInitializeNonNativeL2TokenContracts(
+    const contracts = await deployAndInitializeTokenAndBridgeContracts(
       wallet,
       walletClient,
       publicClient,
       deployL1ContractsValues!.l1ContractAddresses.registryAddress!,
-      initialBalance,
       owner,
     );
-    l2Contract = contracts.l2Contract;
+    l2Token = contracts.token;
     underlyingERC20 = contracts.underlyingERC20;
     tokenPortal = contracts.tokenPortal;
     tokenPortalAddress = contracts.tokenPortalAddress;
-    await expectBalance(owner, initialBalance);
     logger('Successfully deployed contracts and initialized portal');
   }, 100_000);
 
-  afterEach(async () => {
+  afterAll(async () => {
     await archiver.stop();
     await teardown();
-  }, 30_000);
-
-  const expectBalance = async (owner: AztecAddress, expectedBalance: bigint) => {
-    const balance = await l2Contract.methods.getBalance(owner).view({ from: owner });
-    logger(`Account ${owner} balance: ${balance}`);
-    expect(balance).toBe(expectedBalance);
-  };
+  });
 
   it('cancelled l1 to l2 messages cannot be consumed by archiver', async () => {
     // create a message, then cancel it
+    const initialL1MintAmount = 1000000n;
+    const mintAmount = 1000n;
 
     // Generate a claim secret using pedersen
     logger("Generating a claim secret using pedersen's hash function");
@@ -84,19 +77,17 @@ describe('archiver integration with l1 to l2 messages', () => {
     logger('Generated claim secret: ' + secretString);
 
     logger('Minting tokens on L1');
-    await underlyingERC20.write.mint([ethAccount.toString(), 1000000n], {} as any);
-    await underlyingERC20.write.approve([tokenPortalAddress.toString(), 1000n], {} as any);
-
-    expect(await underlyingERC20.read.balanceOf([ethAccount.toString()])).toBe(1000000n);
+    await underlyingERC20.write.mint([ethAccount.toString(), initialL1MintAmount], {} as any);
+    expect(await underlyingERC20.read.balanceOf([ethAccount.toString()])).toBe(initialL1MintAmount);
 
     // Deposit tokens to the TokenPortal
+    await underlyingERC20.write.approve([tokenPortalAddress.toString(), mintAmount], {} as any);
     const deadline = Number((await publicClient.getBlock()).timestamp + 1000n);
-    const mintAmount = 100n;
 
     logger('Sending messages to L1 portal');
-    const args = [mintAmount, owner.toString(), ethAccount.toString(), deadline, secretString] as const;
+    const args = [owner.toString(), mintAmount, ethAccount.toString(), deadline, secretString] as const;
     await tokenPortal.write.depositToAztecPublic(args, {} as any);
-    expect(await underlyingERC20.read.balanceOf([ethAccount.toString()])).toBe(1000000n - mintAmount);
+    expect(await underlyingERC20.read.balanceOf([ethAccount.toString()])).toBe(initialL1MintAmount - mintAmount);
 
     // Wait for the archiver to process the message
     await delay(5000); /// waiting 5 seconds.
@@ -106,9 +97,9 @@ describe('archiver integration with l1 to l2 messages', () => {
 
     // cancel the message
     logger('cancelling the l1 to l2 message');
-    const argsCancel = [mintAmount, owner.toString(), deadline, secretString, 0n] as const;
+    const argsCancel = [owner.toString(), mintAmount, deadline, secretString, 0n] as const;
     await tokenPortal.write.cancelL1ToAztecMessagePublic(argsCancel, { gas: 1_000_000n } as any);
-    expect(await underlyingERC20.read.balanceOf([ethAccount.toString()])).toBe(1000000n);
+    expect(await underlyingERC20.read.balanceOf([ethAccount.toString()])).toBe(initialL1MintAmount);
     // let archiver sync up
     await delay(5000);
 
@@ -118,8 +109,7 @@ describe('archiver integration with l1 to l2 messages', () => {
 
   it('archiver handles l1 to l2 message correctly even when l2block has no such messages', async () => {
     // send a transfer tx to force through rollup with the message included
-    const transferAmount = 1n;
-    l2Contract.methods.transfer(transferAmount, receiver).send();
+    await l2Token.methods.transfer_public(owner, receiver, 0n, 0n).send().wait();
 
     expect((await archiver.getPendingL1ToL2Messages(10)).length).toEqual(0);
     expect(() => archiver.getConfirmedL1ToL2Message(Fr.ZERO)).toThrow();
diff --git a/yarn-project/end-to-end/src/integration_l1_publisher.test.ts b/yarn-project/end-to-end/src/integration_l1_publisher.test.ts
index 5875d3af99a3..5e66d1222c61 100644
--- a/yarn-project/end-to-end/src/integration_l1_publisher.test.ts
+++ b/yarn-project/end-to-end/src/integration_l1_publisher.test.ts
@@ -13,6 +13,7 @@ import {
   range,
 } from '@aztec/circuits.js';
 import { fr, makeNewContractData, makeProof } from '@aztec/circuits.js/factories';
+import { createEthereumChain } from '@aztec/ethereum';
 import { Fr } from '@aztec/foundation/fields';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { to2Fields } from '@aztec/foundation/serialize';
@@ -87,6 +88,8 @@ describe('L1Publisher integration', () => {
   // The global variables of the last rollup
   let prevGlobals: GlobalVariables;
 
+  const chainId = createEthereumChain(config.rpcUrl, config.apiKey).chainInfo.id;
+
   beforeEach(async () => {
     deployerAccount = privateKeyToAccount(deployerPK);
     const {
@@ -148,7 +151,7 @@ describe('L1Publisher integration', () => {
     const historicTreeRoots = await getHistoricBlockData(builderDb, prevGlobals);
     const tx = await makeEmptyProcessedTxFromHistoricTreeRoots(
       historicTreeRoots,
-      new Fr(config.chainId),
+      new Fr(chainId),
       new Fr(config.version),
     );
     return tx;
@@ -157,7 +160,7 @@ describe('L1Publisher integration', () => {
   const makeBloatedProcessedTx = async (seed = 0x1) => {
     const tx = mockTx(seed);
     const kernelOutput = KernelCircuitPublicInputs.empty();
-    kernelOutput.constants.txContext.chainId = fr(config.chainId);
+    kernelOutput.constants.txContext.chainId = fr(chainId);
     kernelOutput.constants.txContext.version = fr(config.version);
     kernelOutput.constants.blockData = await getHistoricBlockData(builderDb, prevGlobals);
     kernelOutput.end.publicDataUpdateRequests = makeTuple(
@@ -267,7 +270,7 @@ describe('L1Publisher integration', () => {
         await makeBloatedProcessedTx(totalNullifiersPerBlock * i + 4 * MAX_NEW_NULLIFIERS_PER_TX),
       ];
       const globalVariables = new GlobalVariables(
-        new Fr(config.chainId),
+        new Fr(chainId),
         new Fr(config.version),
         new Fr(1 + i),
         new Fr(await rollup.read.lastBlockTs()),
@@ -359,7 +362,7 @@ describe('L1Publisher integration', () => {
         await makeEmptyProcessedTx(),
       ];
       const globalVariables = new GlobalVariables(
-        new Fr(config.chainId),
+        new Fr(chainId),
         new Fr(config.version),
         new Fr(1 + i),
         new Fr(await rollup.read.lastBlockTs()),
diff --git a/yarn-project/end-to-end/src/sample-dapp/contracts.mjs b/yarn-project/end-to-end/src/sample-dapp/contracts.mjs
index b0892378b017..aa4e08b1004a 100644
--- a/yarn-project/end-to-end/src/sample-dapp/contracts.mjs
+++ b/yarn-project/end-to-end/src/sample-dapp/contracts.mjs
@@ -1,11 +1,11 @@
 import { Contract } from '@aztec/aztec.js';
-import { TokenContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TokenContractArtifact } from '@aztec/noir-contracts/artifacts';
 
 import { readFileSync } from 'fs';
 
 // docs:start:get-tokens
 export async function getToken(client) {
   const addresses = JSON.parse(readFileSync('addresses.json'));
-  return Contract.at(addresses.token, TokenContractAbi, client);
+  return Contract.at(addresses.token, TokenContractArtifact, client);
 }
 // docs:end:get-tokens
diff --git a/yarn-project/end-to-end/src/sample-dapp/deploy.mjs b/yarn-project/end-to-end/src/sample-dapp/deploy.mjs
index bebf5e72399b..bc97a7b022e7 100644
--- a/yarn-project/end-to-end/src/sample-dapp/deploy.mjs
+++ b/yarn-project/end-to-end/src/sample-dapp/deploy.mjs
@@ -1,5 +1,5 @@
 import { Contract, ContractDeployer, createPXEClient, getSandboxAccountsWallets } from '@aztec/aztec.js';
-import { TokenContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TokenContractArtifact } from '@aztec/noir-contracts/artifacts';
 
 import { writeFileSync } from 'fs';
 import { fileURLToPath } from 'url';
@@ -11,7 +11,7 @@ async function main() {
   const pxe = createPXEClient(PXE_URL);
   const [owner] = await getSandboxAccountsWallets(pxe);
 
-  const token = await Contract.deploy(pxe, TokenContractAbi, [owner.getCompleteAddress()]).send().deployed();
+  const token = await Contract.deploy(pxe, TokenContractArtifact, [owner.getCompleteAddress()]).send().deployed();
 
   console.log(`Token deployed at ${token.address.toString()}`);
 
diff --git a/yarn-project/end-to-end/src/sample-dapp/index.mjs b/yarn-project/end-to-end/src/sample-dapp/index.mjs
index 449eedace479..dc6ba0c08bed 100644
--- a/yarn-project/end-to-end/src/sample-dapp/index.mjs
+++ b/yarn-project/end-to-end/src/sample-dapp/index.mjs
@@ -98,7 +98,7 @@ async function mintPublicFunds(pxe) {
 
   // docs:start:showLogs
   const blockNumber = await pxe.getBlockNumber();
-  const logs = await pxe.getUnencryptedLogs(blockNumber, 1);
+  const logs = (await pxe.getUnencryptedLogs(blockNumber, 1)).logs;
   const textLogs = L2BlockL2Logs.unrollLogs(logs).map(log => log.toString('ascii'));
   for (const log of textLogs) console.log(`Log emitted: ${log}`);
   // docs:end:showLogs
diff --git a/yarn-project/end-to-end/src/sample-dapp/index.test.mjs b/yarn-project/end-to-end/src/sample-dapp/index.test.mjs
index 19d49926e452..76b8f3019dea 100644
--- a/yarn-project/end-to-end/src/sample-dapp/index.test.mjs
+++ b/yarn-project/end-to-end/src/sample-dapp/index.test.mjs
@@ -1,6 +1,6 @@
 import { createSandbox } from '@aztec/aztec-sandbox';
 import { Contract, Fr, NotePreimage, computeMessageSecretHash, createAccount } from '@aztec/aztec.js';
-import { TokenContractAbi } from '@aztec/noir-contracts/artifacts';
+import { TokenContractArtifact } from '@aztec/noir-contracts/artifacts';
 
 describe('token', () => {
   // docs:start:setup
@@ -10,7 +10,7 @@ describe('token', () => {
     owner = await createAccount(pxe);
     recipient = await createAccount(pxe);
 
-    token = await Contract.deploy(owner, TokenContractAbi, [owner.getCompleteAddress()]).send().deployed();
+    token = await Contract.deploy(owner, TokenContractArtifact, [owner.getCompleteAddress()]).send().deployed();
 
     const initialBalance = 20n;
     const secret = Fr.random();
diff --git a/yarn-project/end-to-end/src/uniswap_trade_on_l1_from_l2.test.ts b/yarn-project/end-to-end/src/uniswap_trade_on_l1_from_l2.test.ts
index 8e26fb3a8173..b96cf35b4cd1 100644
--- a/yarn-project/end-to-end/src/uniswap_trade_on_l1_from_l2.test.ts
+++ b/yarn-project/end-to-end/src/uniswap_trade_on_l1_from_l2.test.ts
@@ -1,739 +1,36 @@
-import { AccountWallet, AztecAddress, computeAuthWitMessageHash } from '@aztec/aztec.js';
-import { deployL1Contract } from '@aztec/ethereum';
-import { EthAddress } from '@aztec/foundation/eth-address';
-import { Fr } from '@aztec/foundation/fields';
-import { DebugLogger } from '@aztec/foundation/log';
-import { UniswapPortalAbi, UniswapPortalBytecode } from '@aztec/l1-artifacts';
-import { UniswapContract } from '@aztec/noir-contracts/types';
-import { AztecNode, PXE, TxStatus } from '@aztec/types';
+import { UniswapSetupContext, uniswapL1L2TestSuite } from './canary/uniswap_l1_l2.js';
+import { setup as e2eSetup } from './fixtures/utils.js';
 
-import { jest } from '@jest/globals';
-import { getContract, parseEther } from 'viem';
-
-import { CrossChainTestHarness } from './fixtures/cross_chain_test_harness.js';
-import { delay, setup } from './fixtures/utils.js';
-
-// PSA: This tests works on forked mainnet. There is a dump of the data in `dumpedState` such that we
+// This tests works on forked mainnet. There is a dump of the data in `dumpedState` such that we
 // don't need to burn through RPC requests.
-// To generate a new dump, use the `dumpChainState` cheatcode.
-// To start an actual fork, use the command:
-// anvil --fork-url https://mainnet.infura.io/v3/9928b52099854248b3a096be07a6b23c --fork-block-number 17514288 --chain-id 31337
-// For CI, this is configured in `run_tests.sh` and `docker-compose.yml`
-
 const dumpedState = 'src/fixtures/dumps/uniswap_state';
 // When taking a dump use the block number of the fork to improve speed.
 const EXPECTED_FORKED_BLOCK = 0; //17514288;
-// We tell the archiver to only sync from this block.
-process.env.SEARCH_START_BLOCK = EXPECTED_FORKED_BLOCK.toString();
-const TIMEOUT = 90_000;
-
-// Should mint WETH on L2, swap to DAI using L1 Uniswap and mint this DAI back on L2
-describe('uniswap_trade_on_l1_from_l2', () => {
-  jest.setTimeout(TIMEOUT);
-
-  const WETH9_ADDRESS: EthAddress = EthAddress.fromString('0xC02aaA39b223FE8D0A0e5C4F27eAD9083C756Cc2');
-  const DAI_ADDRESS: EthAddress = EthAddress.fromString('0x6B175474E89094C44Da98b954EedeAC495271d0F');
-
-  let aztecNode: AztecNode | undefined;
-  let pxe: PXE;
-  let logger: DebugLogger;
-  let teardown: () => Promise<void>;
-
-  let walletClient: any;
-
-  let ownerWallet: AccountWallet;
-  let ownerAddress: AztecAddress;
-  let ownerEthAddress: EthAddress;
-  // does transactions on behalf of owner on Aztec:
-  let sponsorWallet: AccountWallet;
-  let sponsorAddress: AztecAddress;
-
-  let daiCrossChainHarness: CrossChainTestHarness;
-  let wethCrossChainHarness: CrossChainTestHarness;
-
-  let uniswapPortal: any;
-  let uniswapPortalAddress: EthAddress;
-  let uniswapL2Contract: UniswapContract;
-
-  const wethAmountToBridge = parseEther('1');
-  const uniswapFeeTier = 3000n;
-  const minimumOutputAmount = 0n;
-  const deadlineForDepositingSwappedDai = BigInt(2 ** 32 - 1); // max uint32 - 1
-
-  beforeAll(async () => {
-    const {
-      teardown: teardown_,
-      aztecNode: aztecNode_,
-      pxe: pxe_,
-      deployL1ContractsValues,
-      accounts,
-      wallets,
-      logger: logger_,
-      cheatCodes,
-    } = await setup(2, { stateLoad: dumpedState });
-    walletClient = deployL1ContractsValues.walletClient;
-    const publicClient = deployL1ContractsValues.publicClient;
-
-    if (Number(await publicClient.getBlockNumber()) < EXPECTED_FORKED_BLOCK) {
-      throw new Error('This test must be run on a fork of mainnet with the expected fork block');
-    }
-
-    aztecNode = aztecNode_;
-    pxe = pxe_;
-    logger = logger_;
-    teardown = teardown_;
-    ownerWallet = wallets[0];
-    sponsorWallet = wallets[1];
-    ownerAddress = accounts[0].address;
-    sponsorAddress = accounts[1].address;
-    ownerEthAddress = EthAddress.fromString((await walletClient.getAddresses())[0]);
-
-    logger('Deploying DAI Portal, initializing and deploying l2 contract...');
-    daiCrossChainHarness = await CrossChainTestHarness.new(
-      aztecNode,
-      pxe,
-      deployL1ContractsValues,
-      accounts,
-      ownerWallet,
-      logger,
-      cheatCodes,
-      DAI_ADDRESS,
-    );
-
-    logger('Deploying WETH Portal, initializing and deploying l2 contract...');
-    wethCrossChainHarness = await CrossChainTestHarness.new(
-      aztecNode,
-      pxe,
-      deployL1ContractsValues,
-      accounts,
-      ownerWallet,
-      logger,
-      cheatCodes,
-      WETH9_ADDRESS,
-    );
-
-    logger('Deploy Uniswap portal on L1 and L2...');
-    uniswapPortalAddress = await deployL1Contract(walletClient, publicClient, UniswapPortalAbi, UniswapPortalBytecode);
-    uniswapPortal = getContract({
-      address: uniswapPortalAddress.toString(),
-      abi: UniswapPortalAbi,
-      walletClient,
-      publicClient,
-    });
-    // deploy l2 uniswap contract and attach to portal
-    uniswapL2Contract = await UniswapContract.deploy(ownerWallet)
-      .send({ portalContract: uniswapPortalAddress })
-      .deployed();
-
-    await uniswapPortal.write.initialize(
-      [deployL1ContractsValues!.l1ContractAddresses.registryAddress!.toString(), uniswapL2Contract.address.toString()],
-      {} as any,
-    );
-  });
-
-  beforeEach(async () => {
-    // Give me some WETH so I can deposit to L2 and do the swap...
-    logger('Getting some weth');
-    await walletClient.sendTransaction({ to: WETH9_ADDRESS.toString(), value: parseEther('1') });
-  });
-
-  afterAll(async () => {
-    await teardown();
-    await wethCrossChainHarness.stop();
-    await daiCrossChainHarness.stop();
-  });
-
-  it('should uniswap trade on L1 from L2 funds privately (swaps WETH -> DAI)', async () => {
-    const wethL1BeforeBalance = await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress);
-
-    // 1. Approve and deposit weth to the portal and move to L2
-    const [secretForMintingWeth, secretHashForMintingWeth] = await wethCrossChainHarness.generateClaimSecret();
-    const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await wethCrossChainHarness.generateClaimSecret();
-
-    const messageKey = await wethCrossChainHarness.sendTokensToPortalPrivate(
-      wethAmountToBridge,
-      secretHashForMintingWeth,
-      secretHashForRedeemingWeth,
-    );
-    // funds transferred from owner to token portal
-    expect(await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress)).toBe(wethL1BeforeBalance - wethAmountToBridge);
-    expect(await wethCrossChainHarness.getL1BalanceOf(wethCrossChainHarness.tokenPortalAddress)).toBe(
-      wethAmountToBridge,
-    );
-
-    // Wait for the archiver to process the message
-    await delay(5000);
-
-    // Perform an unrelated transaction on L2 to progress the rollup. Here we mint public tokens.
-    await wethCrossChainHarness.mintTokensPublicOnL2(0n);
-
-    // 2. Claim WETH on L2
-    logger('Minting weth on L2');
-    await wethCrossChainHarness.consumeMessageOnAztecAndMintSecretly(
-      wethAmountToBridge,
-      secretHashForRedeemingWeth,
-      messageKey,
-      secretForMintingWeth,
-    );
-    await wethCrossChainHarness.redeemShieldPrivatelyOnL2(wethAmountToBridge, secretForRedeemingWeth);
-    await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethAmountToBridge);
-
-    // Store balances
-    const wethL2BalanceBeforeSwap = await wethCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
-    const daiL2BalanceBeforeSwap = await daiCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
-
-    // before swap - check nonce_for_burn_approval stored on uniswap
-    // (which is used by uniswap to approve the bridge to burn funds on its behalf to exit to L1)
-    const nonceForBurnApprovalBeforeSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
-
-    // 3. Owner gives uniswap approval to unshield funds to self on its behalf
-    logger('Approving uniswap to unshield funds to self on my behalf');
-    const nonceForWETHUnshieldApproval = new Fr(1n);
-    const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
-        .request(),
-    );
-    await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
-
-    // 4. Swap on L1 - sends L2 to L1 message to withdraw WETH to L1 and another message to swap assets.
-    logger('Withdrawing weth to L1 and sending message to swap to dai');
-    const [secretForDepositingSwappedDai, secretHashForDepositingSwappedDai] =
-      await daiCrossChainHarness.generateClaimSecret();
-    const [secretForRedeemingDai, secretHashForRedeemingDai] = await daiCrossChainHarness.generateClaimSecret();
-
-    const withdrawReceipt = await uniswapL2Contract.methods
-      .swap_private(
-        wethCrossChainHarness.l2Token.address,
-        wethCrossChainHarness.l2Bridge.address,
-        wethAmountToBridge,
-        daiCrossChainHarness.l2Bridge.address,
-        nonceForWETHUnshieldApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        secretHashForRedeemingDai,
-        secretHashForDepositingSwappedDai,
-        deadlineForDepositingSwappedDai,
-        ownerEthAddress,
-        ownerEthAddress,
-      )
-      .send()
-      .wait();
-    expect(withdrawReceipt.status).toBe(TxStatus.MINED);
-    // ensure that user's funds were burnt
-    await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge);
-    // ensure that uniswap contract didn't eat the funds.
-    await wethCrossChainHarness.expectPublicBalanceOnL2(uniswapL2Contract.address, 0n);
-    // check burn approval nonce incremented:
-    const nonceForBurnApprovalAfterSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
-    expect(nonceForBurnApprovalAfterSwap).toBe(nonceForBurnApprovalBeforeSwap + 1n);
-
-    // 5. Consume L2 to L1 message by calling uniswapPortal.swap_private()
-    logger('Execute withdraw and swap on the uniswapPortal!');
-    const daiL1BalanceOfPortalBeforeSwap = await daiCrossChainHarness.getL1BalanceOf(
-      daiCrossChainHarness.tokenPortalAddress,
-    );
-    const swapArgs = [
-      wethCrossChainHarness.tokenPortalAddress.toString(),
-      wethAmountToBridge,
-      uniswapFeeTier,
-      daiCrossChainHarness.tokenPortalAddress.toString(),
-      minimumOutputAmount,
-      secretHashForRedeemingDai.toString(true),
-      secretHashForDepositingSwappedDai.toString(true),
-      deadlineForDepositingSwappedDai,
-      ownerEthAddress.toString(),
-      true,
-    ] as const;
-    const { result: depositDaiMessageKeyHex } = await uniswapPortal.simulate.swapPrivate(swapArgs, {
-      account: ownerEthAddress.toString(),
-    } as any);
-
-    // this should also insert a message into the inbox.
-    await uniswapPortal.write.swapPrivate(swapArgs, {} as any);
-    const depositDaiMessageKey = Fr.fromString(depositDaiMessageKeyHex);
-
-    // weth was swapped to dai and send to portal
-    const daiL1BalanceOfPortalAfter = await daiCrossChainHarness.getL1BalanceOf(
-      daiCrossChainHarness.tokenPortalAddress,
-    );
-    expect(daiL1BalanceOfPortalAfter).toBeGreaterThan(daiL1BalanceOfPortalBeforeSwap);
-    const daiAmountToBridge = BigInt(daiL1BalanceOfPortalAfter - daiL1BalanceOfPortalBeforeSwap);
-
-    // Wait for the archiver to process the message
-    await delay(5000);
-    // send a transfer tx to force through rollup with the message included
-    await wethCrossChainHarness.performL2Transfer(0n);
-
-    // 6. claim dai on L2
-    logger('Consuming messages to mint dai on L2');
-    await daiCrossChainHarness.consumeMessageOnAztecAndMintSecretly(
-      daiAmountToBridge,
-      secretHashForRedeemingDai,
-      depositDaiMessageKey,
-      secretForDepositingSwappedDai,
-    );
-    await daiCrossChainHarness.redeemShieldPrivatelyOnL2(daiAmountToBridge, secretForRedeemingDai);
-    await daiCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, daiL2BalanceBeforeSwap + daiAmountToBridge);
-
-    const wethL2BalanceAfterSwap = await wethCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
-    const daiL2BalanceAfterSwap = await daiCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
-
-    logger('WETH balance before swap: ' + wethL2BalanceBeforeSwap.toString());
-    logger('DAI balance before swap  : ' + daiL2BalanceBeforeSwap.toString());
-    logger('***** 🧚‍♀️ SWAP L2 assets on L1 Uniswap 🧚‍♀️ *****');
-    logger('WETH balance after swap : ', wethL2BalanceAfterSwap.toString());
-    logger('DAI balance after swap  : ', daiL2BalanceAfterSwap.toString());
-  });
-
-  it('should uniswap trade on L1 from L2 funds publicly (swaps WETH -> DAI)', async () => {
-    const wethL1BeforeBalance = await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress);
-
-    // 1. Approve and deposit weth to the portal and move to L2
-    const [secretForMintingWeth, secretHashForMintingWeth] = await wethCrossChainHarness.generateClaimSecret();
-
-    const messageKey = await wethCrossChainHarness.sendTokensToPortalPublic(
-      wethAmountToBridge,
-      secretHashForMintingWeth,
-    );
-    // funds transferred from owner to token portal
-    expect(await wethCrossChainHarness.getL1BalanceOf(ownerEthAddress)).toBe(wethL1BeforeBalance - wethAmountToBridge);
-    expect(await wethCrossChainHarness.getL1BalanceOf(wethCrossChainHarness.tokenPortalAddress)).toBe(
-      wethAmountToBridge,
-    );
-
-    // Wait for the archiver to process the message
-    await delay(5000);
-
-    // Perform an unrelated transaction on L2 to progress the rollup. Here we transfer 0 tokens
-    await wethCrossChainHarness.mintTokensPublicOnL2(0n);
-
-    // 2. Claim WETH on L2
-    logger('Minting weth on L2');
-    await wethCrossChainHarness.consumeMessageOnAztecAndMintPublicly(
-      wethAmountToBridge,
-      messageKey,
-      secretForMintingWeth,
-    );
-    await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, wethAmountToBridge);
-
-    // Store balances
-    const wethL2BalanceBeforeSwap = await wethCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
-    const daiL2BalanceBeforeSwap = await daiCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
-
-    // 3. Owner gives uniswap approval to transfer funds on its behalf
-    const nonceForWETHTransferApproval = new Fr(1n);
-    const transferMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
-        .request(),
-    );
-    await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
-
-    // before swap - check nonce_for_burn_approval stored on uniswap
-    // (which is used by uniswap to approve the bridge to burn funds on its behalf to exit to L1)
-    const nonceForBurnApprovalBeforeSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
-
-    // 4. Swap on L1 - sends L2 to L1 message to withdraw WETH to L1 and another message to swap assets.
-    const [secretForDepositingSwappedDai, secretHashForDepositingSwappedDai] =
-      await daiCrossChainHarness.generateClaimSecret();
-
-    // 4.1 Owner approves user to swap on their behalf:
-    const nonceForSwap = new Fr(3n);
-    const action = uniswapL2Contract
-      .withWallet(sponsorWallet)
-      .methods.swap_public(
-        ownerAddress,
-        wethCrossChainHarness.l2Bridge.address,
-        wethAmountToBridge,
-        daiCrossChainHarness.l2Bridge.address,
-        nonceForWETHTransferApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        ownerAddress,
-        secretHashForDepositingSwappedDai,
-        deadlineForDepositingSwappedDai,
-        ownerEthAddress,
-        ownerEthAddress,
-        nonceForSwap,
-      );
-    const swapMessageHash = await computeAuthWitMessageHash(sponsorAddress, action.request());
-    await ownerWallet.setPublicAuth(swapMessageHash, true).send().wait();
-
-    // 4.2 Call swap_public from user2 on behalf of owner
-    const withdrawReceipt = await action.send().wait();
-    expect(withdrawReceipt.status).toBe(TxStatus.MINED);
-
-    // check weth balance of owner on L2 (we first bridged `wethAmountToBridge` into L2 and now withdrew it!)
-    await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge);
-
-    // check burn approval nonce incremented:
-    const nonceForBurnApprovalAfterSwap = await uniswapL2Contract.methods.nonce_for_burn_approval().view();
-    expect(nonceForBurnApprovalAfterSwap).toBe(nonceForBurnApprovalBeforeSwap + 1n);
-
-    // 5. Perform the swap on L1 with the `uniswapPortal.swap_private()` (consuming L2 to L1 messages)
-    logger('Execute withdraw and swap on the uniswapPortal!');
-    const daiL1BalanceOfPortalBeforeSwap = await daiCrossChainHarness.getL1BalanceOf(
-      daiCrossChainHarness.tokenPortalAddress,
-    );
-    const swapArgs = [
-      wethCrossChainHarness.tokenPortalAddress.toString(),
-      wethAmountToBridge,
-      uniswapFeeTier,
-      daiCrossChainHarness.tokenPortalAddress.toString(),
-      minimumOutputAmount,
-      ownerAddress.toString(),
-      secretHashForDepositingSwappedDai.toString(true),
-      deadlineForDepositingSwappedDai,
-      ownerEthAddress.toString(),
-      true,
-    ] as const;
-    const { result: depositDaiMessageKeyHex } = await uniswapPortal.simulate.swapPublic(swapArgs, {
-      account: ownerEthAddress.toString(),
-    } as any);
-
-    // this should also insert a message into the inbox.
-    await uniswapPortal.write.swapPublic(swapArgs, {} as any);
-    const depositDaiMessageKey = Fr.fromString(depositDaiMessageKeyHex);
-    // weth was swapped to dai and send to portal
-    const daiL1BalanceOfPortalAfter = await daiCrossChainHarness.getL1BalanceOf(
-      daiCrossChainHarness.tokenPortalAddress,
-    );
-    expect(daiL1BalanceOfPortalAfter).toBeGreaterThan(daiL1BalanceOfPortalBeforeSwap);
-    const daiAmountToBridge = BigInt(daiL1BalanceOfPortalAfter - daiL1BalanceOfPortalBeforeSwap);
-
-    // Wait for the archiver to process the message
-    await delay(5000);
-    // send a transfer tx to force through rollup with the message included
-    await wethCrossChainHarness.performL2Transfer(0n);
-
-    // 6. claim dai on L2
-    logger('Consuming messages to mint dai on L2');
-    await daiCrossChainHarness.consumeMessageOnAztecAndMintPublicly(
-      daiAmountToBridge,
-      depositDaiMessageKey,
-      secretForDepositingSwappedDai,
-    );
-    await daiCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, daiL2BalanceBeforeSwap + daiAmountToBridge);
-
-    const wethL2BalanceAfterSwap = await wethCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
-    const daiL2BalanceAfterSwap = await daiCrossChainHarness.getL2PublicBalanceOf(ownerAddress);
-
-    logger('WETH balance before swap: ', wethL2BalanceBeforeSwap.toString());
-    logger('DAI balance before swap  : ', daiL2BalanceBeforeSwap.toString());
-    logger('***** 🧚‍♀️ SWAP L2 assets on L1 Uniswap 🧚‍♀️ *****');
-    logger('WETH balance after swap : ', wethL2BalanceAfterSwap.toString());
-    logger('DAI balance after swap  : ', daiL2BalanceAfterSwap.toString());
-  });
-
-  // Edge cases for the private flow:
-  // note - tests for uniswapPortal.sol and minting asset on L2 are covered in other tests.
-
-  it('swap_private reverts without unshield approval', async () => {
-    // swap should fail since no withdraw approval to uniswap:
-    const nonceForWETHUnshieldApproval = new Fr(2n);
-
-    const expectedMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
-        .request(),
-    );
-
-    await expect(
-      uniswapL2Contract.methods
-        .swap_private(
-          wethCrossChainHarness.l2Token.address,
-          wethCrossChainHarness.l2Bridge.address,
-          wethAmountToBridge,
-          daiCrossChainHarness.l2Bridge.address,
-          nonceForWETHUnshieldApproval,
-          uniswapFeeTier,
-          minimumOutputAmount,
-          Fr.random(),
-          Fr.random(),
-          deadlineForDepositingSwappedDai,
-          ownerEthAddress,
-          ownerEthAddress,
-        )
-        .simulate(),
-    ).rejects.toThrowError(`Unknown auth witness for message hash 0x${expectedMessageHash.toString('hex')}`);
-  });
-
-  it("can't swap if user passes a token different to what the bridge tracks", async () => {
-    // 1. give user private funds on L2:
-    const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await wethCrossChainHarness.generateClaimSecret();
-    await wethCrossChainHarness.mintTokensPrivateOnL2(wethAmountToBridge, secretHashForRedeemingWeth);
-    await wethCrossChainHarness.redeemShieldPrivatelyOnL2(wethAmountToBridge, secretForRedeemingWeth);
-    await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethAmountToBridge);
-
-    // 2. owner gives uniswap approval to unshield funds:
-    logger('Approving uniswap to unshield funds to self on my behalf');
-    const nonceForWETHUnshieldApproval = new Fr(3n);
-    const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
-        .request(),
-    );
-    await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
-
-    // 3. Swap but send the wrong token address
-    logger('Swap but send the wrong token address');
-    await expect(
-      uniswapL2Contract.methods
-        .swap_private(
-          wethCrossChainHarness.l2Token.address, // send weth token
-          daiCrossChainHarness.l2Bridge.address, // but dai bridge!
-          wethAmountToBridge,
-          daiCrossChainHarness.l2Bridge.address,
-          nonceForWETHUnshieldApproval,
-          uniswapFeeTier,
-          minimumOutputAmount,
-          Fr.random(),
-          Fr.random(),
-          deadlineForDepositingSwappedDai,
-          ownerEthAddress,
-          ownerEthAddress,
-        )
-        .simulate(),
-    ).rejects.toThrowError('Assertion failed: input_asset address is not the same as seen in the bridge contract');
-  });
-
-  // edge cases for public flow:
-
-  it("I don't need approval to call swap_public if I'm swapping on my own behalf", async () => {
-    // 1. get tokens on l2
-    await wethCrossChainHarness.mintTokensPublicOnL2(wethAmountToBridge);
-
-    // 2. Give approval to uniswap to transfer funds to itself
-    const nonceForWETHTransferApproval = new Fr(2n);
-    const transferMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
-        .request(),
-    );
-    await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
-
-    // No approval to call `swap` but should work even without it:
-    const [_, secretHashForDepositingSwappedDai] = await daiCrossChainHarness.generateClaimSecret();
-
-    const withdrawReceipt = await uniswapL2Contract.methods
-      .swap_public(
-        ownerAddress,
-        wethCrossChainHarness.l2Bridge.address,
-        wethAmountToBridge,
-        daiCrossChainHarness.l2Bridge.address,
-        nonceForWETHTransferApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        ownerAddress,
-        secretHashForDepositingSwappedDai,
-        deadlineForDepositingSwappedDai,
-        ownerEthAddress,
-        ownerEthAddress,
-        Fr.ZERO, // nonce for swap -> doesn't matter
-      )
-      .send()
-      .wait();
-    expect(withdrawReceipt.status).toBe(TxStatus.MINED);
-    // check weth balance of owner on L2 (we first bridged `wethAmountToBridge` into L2 and now withdrew it!)
-    await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, 0n);
-  });
-
-  it("someone can't call swap_public on my behalf without approval", async () => {
-    // Owner approves a a user to swap_public:
-    const approvedUser = AztecAddress.random();
-
-    const nonceForWETHTransferApproval = new Fr(3n);
-    const nonceForSwap = new Fr(3n);
-    const secretHashForDepositingSwappedDai = new Fr(4n);
-    const action = uniswapL2Contract
-      .withWallet(sponsorWallet)
-      .methods.swap_public(
-        ownerAddress,
-        wethCrossChainHarness.l2Bridge.address,
-        wethAmountToBridge,
-        daiCrossChainHarness.l2Bridge.address,
-        nonceForWETHTransferApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        ownerAddress,
-        secretHashForDepositingSwappedDai,
-        deadlineForDepositingSwappedDai,
-        ownerEthAddress,
-        ownerEthAddress,
-        nonceForSwap,
-      );
-    const swapMessageHash = await computeAuthWitMessageHash(approvedUser, action.request());
-    await ownerWallet.setPublicAuth(swapMessageHash, true).send().wait();
-
-    // Swap!
-    await expect(action.simulate()).rejects.toThrowError(
-      "Assertion failed: Message not authorized by account 'result == IS_VALID_SELECTOR'",
-    );
-  });
-
-  it("uniswap can't pull funds without transfer approval", async () => {
-    // swap should fail since no transfer approval to uniswap:
-    const nonceForWETHTransferApproval = new Fr(4n);
-
-    const transferMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
-        .request(),
-    );
-    await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
-
-    await expect(
-      uniswapL2Contract.methods
-        .swap_public(
-          ownerAddress,
-          wethCrossChainHarness.l2Bridge.address,
-          wethAmountToBridge,
-          daiCrossChainHarness.l2Bridge.address,
-          new Fr(420), // using a different nonce
-          uniswapFeeTier,
-          minimumOutputAmount,
-          ownerAddress,
-          Fr.random(),
-          deadlineForDepositingSwappedDai,
-          ownerEthAddress,
-          ownerEthAddress,
-          Fr.ZERO,
-        )
-        .simulate(),
-    ).rejects.toThrowError(`Assertion failed: Message not authorized by account 'result == IS_VALID_SELECTOR'`);
-  });
-
-  // tests when trying to mix private and public flows:
-  it("can't call swap_public on L1 if called swap_private on L2", async () => {
-    // get tokens on L2:
-    const [secretForRedeemingWeth, secretHashForRedeemingWeth] = await wethCrossChainHarness.generateClaimSecret();
-    logger('minting weth on L2');
-    await wethCrossChainHarness.mintTokensPrivateOnL2(wethAmountToBridge, secretHashForRedeemingWeth);
-    await wethCrossChainHarness.redeemShieldPrivatelyOnL2(wethAmountToBridge, secretForRedeemingWeth);
-
-    // Owner gives uniswap approval to unshield funds to self on its behalf
-    logger('Approving uniswap to unshield funds to self on my behalf');
-    const nonceForWETHUnshieldApproval = new Fr(4n);
 
-    const unshieldToUniswapMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .unshield(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHUnshieldApproval)
-        .request(),
-    );
-    await ownerWallet.createAuthWitness(Fr.fromBuffer(unshieldToUniswapMessageHash));
-    const wethL2BalanceBeforeSwap = await wethCrossChainHarness.getL2PrivateBalanceOf(ownerAddress);
+let teardown: () => Promise<void>;
 
-    // Swap
-    logger('Withdrawing weth to L1 and sending message to swap to dai');
-    const secretHashForDepositingSwappedDai = Fr.random();
+const testSetup = async (): Promise<UniswapSetupContext> => {
+  const {
+    teardown: teardown_,
+    pxe,
+    deployL1ContractsValues,
+    wallets,
+    logger,
+  } = await e2eSetup(2, { stateLoad: dumpedState });
 
-    const withdrawReceipt = await uniswapL2Contract.methods
-      .swap_private(
-        wethCrossChainHarness.l2Token.address,
-        wethCrossChainHarness.l2Bridge.address,
-        wethAmountToBridge,
-        daiCrossChainHarness.l2Bridge.address,
-        nonceForWETHUnshieldApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        Fr.random(),
-        secretHashForDepositingSwappedDai,
-        deadlineForDepositingSwappedDai,
-        ownerEthAddress,
-        ownerEthAddress,
-      )
-      .send()
-      .wait();
-    expect(withdrawReceipt.status).toBe(TxStatus.MINED);
-    // ensure that user's funds were burnt
-    await wethCrossChainHarness.expectPrivateBalanceOnL2(ownerAddress, wethL2BalanceBeforeSwap - wethAmountToBridge);
+  const walletClient = deployL1ContractsValues.walletClient;
+  const publicClient = deployL1ContractsValues.publicClient;
 
-    // On L1 call swap_public!
-    logger('call swap_public on L1');
-    const swapArgs = [
-      wethCrossChainHarness.tokenPortalAddress.toString(),
-      wethAmountToBridge,
-      uniswapFeeTier,
-      daiCrossChainHarness.tokenPortalAddress.toString(),
-      minimumOutputAmount,
-      ownerAddress.toString(),
-      secretHashForDepositingSwappedDai.toString(true),
-      deadlineForDepositingSwappedDai,
-      ownerEthAddress.toString(),
-      true,
-    ] as const;
-    await expect(
-      uniswapPortal.simulate.swapPublic(swapArgs, {
-        account: ownerEthAddress.toString(),
-      } as any),
-    ).rejects.toThrowError('The contract function "swapPublic" reverted.');
-  });
+  const ownerWallet = wallets[0];
+  const sponsorWallet = wallets[1];
 
-  it("can't call swap_private on L1 if called swap_public on L2", async () => {
-    // get tokens on L2:
-    await wethCrossChainHarness.mintTokensPublicOnL2(wethAmountToBridge);
+  teardown = teardown_;
 
-    // Owner gives uniswap approval to transfer funds on its behalf
-    const nonceForWETHTransferApproval = new Fr(5n);
-    const transferMessageHash = await computeAuthWitMessageHash(
-      uniswapL2Contract.address,
-      wethCrossChainHarness.l2Token.methods
-        .transfer_public(ownerAddress, uniswapL2Contract.address, wethAmountToBridge, nonceForWETHTransferApproval)
-        .request(),
-    );
-    await ownerWallet.setPublicAuth(transferMessageHash, true).send().wait();
+  return { pxe, logger, publicClient, walletClient, ownerWallet, sponsorWallet };
+};
 
-    // Call swap_public on L2
-    const secretHashForDepositingSwappedDai = Fr.random();
-    const withdrawReceipt = await uniswapL2Contract.methods
-      .swap_public(
-        ownerAddress,
-        wethCrossChainHarness.l2Bridge.address,
-        wethAmountToBridge,
-        daiCrossChainHarness.l2Bridge.address,
-        nonceForWETHTransferApproval,
-        uniswapFeeTier,
-        minimumOutputAmount,
-        ownerAddress,
-        secretHashForDepositingSwappedDai,
-        deadlineForDepositingSwappedDai,
-        ownerEthAddress,
-        ownerEthAddress,
-        Fr.ZERO,
-      )
-      .send()
-      .wait();
-    expect(withdrawReceipt.status).toBe(TxStatus.MINED);
-    // check weth balance of owner on L2 (we first bridged `wethAmountToBridge` into L2 and now withdrew it!)
-    await wethCrossChainHarness.expectPublicBalanceOnL2(ownerAddress, 0n);
+const testCleanup = async () => {
+  await teardown();
+};
 
-    // Call swap_private on L1
-    const secretHashForRedeemingDai = Fr.random(); // creating my own secret hash
-    logger('Execute withdraw and swap on the uniswapPortal!');
-    const swapArgs = [
-      wethCrossChainHarness.tokenPortalAddress.toString(),
-      wethAmountToBridge,
-      uniswapFeeTier,
-      daiCrossChainHarness.tokenPortalAddress.toString(),
-      minimumOutputAmount,
-      secretHashForRedeemingDai.toString(true),
-      secretHashForDepositingSwappedDai.toString(true),
-      deadlineForDepositingSwappedDai,
-      ownerEthAddress.toString(),
-      true,
-    ] as const;
-    await expect(
-      uniswapPortal.simulate.swapPrivate(swapArgs, {
-        account: ownerEthAddress.toString(),
-      } as any),
-    ).rejects.toThrowError('The contract function "swapPrivate" reverted.');
-  });
-});
+uniswapL1L2TestSuite(testSetup, testCleanup, EXPECTED_FORKED_BLOCK);
diff --git a/yarn-project/ethereum/src/constants.ts b/yarn-project/ethereum/src/constants.ts
new file mode 100644
index 000000000000..fa71f161b2ac
--- /dev/null
+++ b/yarn-project/ethereum/src/constants.ts
@@ -0,0 +1,3 @@
+import { Hex } from 'viem';
+
+export const NULL_KEY: Hex = `0x${'0000000000000000000000000000000000000000000000000000000000000000'}`;
diff --git a/yarn-project/ethereum/src/deploy_l1_contracts.ts b/yarn-project/ethereum/src/deploy_l1_contracts.ts
index 49933e2477c2..9682cc4e18b3 100644
--- a/yarn-project/ethereum/src/deploy_l1_contracts.ts
+++ b/yarn-project/ethereum/src/deploy_l1_contracts.ts
@@ -43,7 +43,7 @@ export type DeployL1Contracts = {
  */
 export interface ContractArtifacts {
   /**
-   * The conttract abi.
+   * The contract abi.
    */
   contractAbi: Narrow<Abi | readonly unknown[]>;
   /**
@@ -192,6 +192,7 @@ export const deployL1Contracts = async (
   };
 };
 
+// docs:start:deployL1Contract
 /**
  * Helper function to deploy ETH contracts.
  * @param walletClient - A viem WalletClient.
@@ -222,3 +223,4 @@ export async function deployL1Contract(
 
   return EthAddress.fromString(receipt.contractAddress!);
 }
+// docs:end:deployL1Contract
diff --git a/yarn-project/ethereum/src/index.ts b/yarn-project/ethereum/src/index.ts
index c8edddb8ddee..6765234a136c 100644
--- a/yarn-project/ethereum/src/index.ts
+++ b/yarn-project/ethereum/src/index.ts
@@ -6,6 +6,7 @@ import { createTestnetChain } from './testnet.js';
 export * from './testnet.js';
 export * from './deploy_l1_contracts.js';
 export * from './l1_contract_addresses.js';
+export * from './constants.js';
 
 /**
  * Helper function to create an instance of Aztec Chain from an rpc url and api key.
diff --git a/yarn-project/foundation/src/abi/abi.ts b/yarn-project/foundation/src/abi/abi.ts
index 19acd281f606..23ece0bbcefe 100644
--- a/yarn-project/foundation/src/abi/abi.ts
+++ b/yarn-project/foundation/src/abi/abi.ts
@@ -99,6 +99,24 @@ export interface StructType extends BasicType<'struct'> {
   path: string;
 }
 
+/**
+ * A contract event.
+ */
+export interface EventAbi {
+  /**
+   * The event name.
+   */
+  name: string;
+  /**
+   * Fully qualified name of the event.
+   */
+  path: string;
+  /**
+   * The fields of the event.
+   */
+  fields: ABIVariable[];
+}
+
 /**
  * Aztec.nr function types.
  */
@@ -109,9 +127,9 @@ export enum FunctionType {
 }
 
 /**
- * The ABI entry of a function without including bytecode and verification key.
+ * The abi entry of a function.
  */
-export interface FunctionAbiHeader {
+export interface FunctionAbi {
   /**
    * The name of the function.
    */
@@ -135,9 +153,9 @@ export interface FunctionAbiHeader {
 }
 
 /**
- * The ABI entry of a function.
+ * The artifact entry of a function.
  */
-export interface FunctionAbi extends FunctionAbiHeader {
+export interface FunctionArtifact extends FunctionAbi {
   /**
    * The ACIR bytecode of the function.
    */
@@ -224,9 +242,9 @@ export interface DebugMetadata {
 }
 
 /**
- * Defines ABI of a contract.
+ * Defines artifact of a contract.
  */
-export interface ContractAbi {
+export interface ContractArtifact {
   /**
    * The name of the contract.
    */
@@ -234,7 +252,11 @@ export interface ContractAbi {
   /**
    * The functions of the contract.
    */
-  functions: FunctionAbi[];
+  functions: FunctionArtifact[];
+  /**
+   * The events of the contract.
+   */
+  events: EventAbi[];
 
   /**
    * The debug metadata of the contract.
@@ -258,18 +280,21 @@ export interface FunctionDebugMetadata {
 }
 
 /**
- * Gets the debug metadata of a given function from the contract abi
- * @param abi - The contract abi
+ * Gets the debug metadata of a given function from the contract artifact
+ * @param artifact - The contract build artifact
  * @param functionName - The name of the function
  * @returns The debug metadata of the function
  */
-export function getFunctionDebugMetadata(abi: ContractAbi, functionName: string): FunctionDebugMetadata | undefined {
-  const functionIndex = abi.functions.findIndex(f => f.name === functionName);
-  if (abi.debug && functionIndex !== -1) {
+export function getFunctionDebugMetadata(
+  artifact: ContractArtifact,
+  functionName: string,
+): FunctionDebugMetadata | undefined {
+  const functionIndex = artifact.functions.findIndex(f => f.name === functionName);
+  if (artifact.debug && functionIndex !== -1) {
     const debugSymbols = JSON.parse(
-      inflate(Buffer.from(abi.debug.debugSymbols[functionIndex], 'base64'), { to: 'string' }),
+      inflate(Buffer.from(artifact.debug.debugSymbols[functionIndex], 'base64'), { to: 'string' }),
     );
-    const files = abi.debug.fileMap;
+    const files = artifact.debug.fileMap;
     return {
       debugSymbols,
       files,
diff --git a/yarn-project/foundation/src/abi/decoder.test.ts b/yarn-project/foundation/src/abi/decoder.test.ts
index 206b0aa99542..827a2d94b933 100644
--- a/yarn-project/foundation/src/abi/decoder.test.ts
+++ b/yarn-project/foundation/src/abi/decoder.test.ts
@@ -1,4 +1,4 @@
-import { ABIParameterVisibility, FunctionAbi } from './abi.js';
+import { ABIParameterVisibility, FunctionArtifact } from './abi.js';
 import { decodeFunctionSignature, decodeFunctionSignatureWithParameterNames } from './decoder.js';
 
 describe('abi/decoder', () => {
@@ -61,7 +61,7 @@ describe('abi/decoder', () => {
         visibility: 'private' as ABIParameterVisibility,
       },
     ],
-  } as Pick<FunctionAbi, 'name' | 'parameters'>;
+  } as Pick<FunctionArtifact, 'name' | 'parameters'>;
 
   it('decodes function signature', () => {
     expect(decodeFunctionSignature(abi.name, abi.parameters)).toMatchInlineSnapshot(
diff --git a/yarn-project/foundation/src/abi/decoder.ts b/yarn-project/foundation/src/abi/decoder.ts
index cece6e9d9496..4a44672d9476 100644
--- a/yarn-project/foundation/src/abi/decoder.ts
+++ b/yarn-project/foundation/src/abi/decoder.ts
@@ -1,4 +1,4 @@
-import { ABIParameter, ABIType, ABIVariable, FunctionAbi } from '@aztec/foundation/abi';
+import { ABIParameter, ABIType, ABIVariable, FunctionArtifact } from '@aztec/foundation/abi';
 import { Fr } from '@aztec/foundation/fields';
 
 /**
@@ -11,7 +11,7 @@ export type DecodedReturn = bigint | boolean | DecodedReturn[] | { [key: string]
  * Missing support for integer and string.
  */
 class ReturnValuesDecoder {
-  constructor(private abi: FunctionAbi, private flattened: Fr[]) {}
+  constructor(private artifact: FunctionArtifact, private flattened: Fr[]) {}
 
   /**
    * Decodes a single return value from field to the given type.
@@ -67,13 +67,13 @@ class ReturnValuesDecoder {
    * @returns The decoded return values.
    */
   public decode(): DecodedReturn {
-    if (this.abi.returnTypes.length > 1) {
+    if (this.artifact.returnTypes.length > 1) {
       throw new Error('Multiple return values not supported');
     }
-    if (this.abi.returnTypes.length === 0) {
+    if (this.artifact.returnTypes.length === 0) {
       return [];
     }
-    return this.decodeReturn(this.abi.returnTypes[0]);
+    return this.decodeReturn(this.artifact.returnTypes[0]);
   }
 }
 
@@ -83,7 +83,7 @@ class ReturnValuesDecoder {
  * @param returnValues - The decoded return values.
  * @returns
  */
-export function decodeReturnValues(abi: FunctionAbi, returnValues: Fr[]) {
+export function decodeReturnValues(abi: FunctionArtifact, returnValues: Fr[]) {
   return new ReturnValuesDecoder(abi, returnValues.slice()).decode();
 }
 
diff --git a/yarn-project/foundation/src/abi/encoder.test.ts b/yarn-project/foundation/src/abi/encoder.test.ts
index 67cb6223c42d..8f978756c0b5 100644
--- a/yarn-project/foundation/src/abi/encoder.test.ts
+++ b/yarn-project/foundation/src/abi/encoder.test.ts
@@ -1,11 +1,11 @@
 import { AztecAddress } from '../aztec-address/index.js';
 import { Fr } from '../fields/fields.js';
-import { ABIParameterVisibility, FunctionAbi, FunctionAbiHeader, FunctionType } from './abi.js';
+import { ABIParameterVisibility, FunctionAbi, FunctionType } from './abi.js';
 import { encodeArguments } from './encoder.js';
 
 describe('abi/encoder', () => {
   it('serializes fields as fields', () => {
-    const abi: FunctionAbiHeader = {
+    const abi: FunctionAbi = {
       name: 'constructor',
       functionType: FunctionType.SECRET,
       isInternal: false,
@@ -26,7 +26,7 @@ describe('abi/encoder', () => {
   });
 
   it.each(['AztecAddress', 'EthereumAddress'])('accepts address instance for %s structs', (structType: string) => {
-    const abi: FunctionAbiHeader = {
+    const abi: FunctionAbi = {
       name: 'constructor',
       functionType: FunctionType.SECRET,
       isInternal: false,
@@ -71,8 +71,6 @@ describe('abi/encoder', () => {
         },
       ],
       returnTypes: [],
-      bytecode: '',
-      verificationKey: '',
     };
     const args = ['garbage'];
 
@@ -96,8 +94,6 @@ describe('abi/encoder', () => {
         },
       ],
       returnTypes: [],
-      bytecode: '',
-      verificationKey: '',
     };
     const args = ['garbage'];
     expect(() => encodeArguments(testFunctionAbi, args)).toThrowError('Cannot convert garbage to a BigInt');
@@ -118,8 +114,6 @@ describe('abi/encoder', () => {
         },
       ],
       returnTypes: [],
-      bytecode: '',
-      verificationKey: '',
     };
     const args = [
       {
diff --git a/yarn-project/foundation/src/abi/encoder.ts b/yarn-project/foundation/src/abi/encoder.ts
index 5f0c903b8b3d..8fccb8b38387 100644
--- a/yarn-project/foundation/src/abi/encoder.ts
+++ b/yarn-project/foundation/src/abi/encoder.ts
@@ -1,4 +1,4 @@
-import { ABIType, FunctionAbiHeader, isAddressStruct } from '@aztec/foundation/abi';
+import { ABIType, FunctionAbi, isAddressStruct } from '@aztec/foundation/abi';
 import { Fr } from '@aztec/foundation/fields';
 
 /**
@@ -8,7 +8,7 @@ import { Fr } from '@aztec/foundation/fields';
 class ArgumentEncoder {
   private flattened: Fr[] = [];
 
-  constructor(private abi: FunctionAbiHeader, private args: any[]) {}
+  constructor(private abi: FunctionAbi, private args: any[]) {}
 
   /**
    * Encodes a single argument from the given type to field.
@@ -86,6 +86,6 @@ class ArgumentEncoder {
  * @param args - The arguments to encode.
  * @returns The encoded arguments.
  */
-export function encodeArguments(abi: FunctionAbiHeader, args: any[]) {
+export function encodeArguments(abi: FunctionAbi, args: any[]) {
   return new ArgumentEncoder(abi, args).encode();
 }
diff --git a/yarn-project/foundation/src/abi/function_selector.ts b/yarn-project/foundation/src/abi/function_selector.ts
index 88c7919e4a55..fbfc56f79b6b 100644
--- a/yarn-project/foundation/src/abi/function_selector.ts
+++ b/yarn-project/foundation/src/abi/function_selector.ts
@@ -104,6 +104,22 @@ export class FunctionSelector {
     return selector;
   }
 
+  /**
+   * Create an AztecAddress instance from a hex-encoded string.
+   * The input 'address' should be prefixed with '0x' or not, and have exactly 64 hex characters.
+   * Throws an error if the input length is invalid or address value is out of range.
+   *
+   * @param selector - The hex-encoded string representing the Aztec address.
+   * @returns An AztecAddress instance.
+   */
+  static fromString(selector: string) {
+    const buf = Buffer.from(selector.replace(/^0x/i, ''), 'hex');
+    if (buf.length !== FunctionSelector.SIZE) {
+      throw new Error(`Invalid length ${buf.length}.`);
+    }
+    return FunctionSelector.fromBuffer(buf);
+  }
+
   /**
    * Creates an empty function selector.
    * @returns An empty function selector.
diff --git a/yarn-project/foundation/src/eth-address/index.ts b/yarn-project/foundation/src/eth-address/index.ts
index 8c1a741e945f..2571f09790c2 100644
--- a/yarn-project/foundation/src/eth-address/index.ts
+++ b/yarn-project/foundation/src/eth-address/index.ts
@@ -70,7 +70,7 @@ export class EthAddress {
       // Does not have the basic requirements of an address.
       return false;
     } else if (/^(0x|0X)?[0-9a-f]{40}$/.test(address) || /^(0x|0X)?[0-9A-F]{40}$/.test(address)) {
-      // It's ALL lowercase or ALL upppercase.
+      // It's ALL lowercase or ALL uppercase.
       return true;
     } else {
       return EthAddress.checkAddressChecksum(address);
@@ -227,7 +227,7 @@ export class EthAddress {
   /**
    * Deserializes from a buffer or reader, corresponding to a write in cpp.
    * @param buffer - Buffer to read from.
-   * @returns The EthAdress.
+   * @returns The EthAddress.
    */
   static fromBuffer(buffer: Buffer | BufferReader): EthAddress {
     const reader = BufferReader.asReader(buffer);
diff --git a/yarn-project/foundation/src/fields/coordinate.ts b/yarn-project/foundation/src/fields/coordinate.ts
index aada6d1ff806..be9d4ec39b9e 100644
--- a/yarn-project/foundation/src/fields/coordinate.ts
+++ b/yarn-project/foundation/src/fields/coordinate.ts
@@ -37,7 +37,7 @@ export class Coordinate {
   }
 
   /**
-   * serializes the oblect to buffer of 2 fields.
+   * serializes the object to buffer of 2 fields.
    * @returns A buffer serialization of the object.
    */
   toFieldsBuffer(): Buffer {
diff --git a/yarn-project/foundation/src/fields/point.ts b/yarn-project/foundation/src/fields/point.ts
index 7302c02eb070..4c94afa883a0 100644
--- a/yarn-project/foundation/src/fields/point.ts
+++ b/yarn-project/foundation/src/fields/point.ts
@@ -78,7 +78,7 @@ export class Point {
   }
 
   /**
-   * Converts the Point instance to a Buffer representaion of the coordinates.
+   * Converts the Point instance to a Buffer representation of the coordinates.
    * The outputs buffer length will be 64, the length of both coordinates not represented as fields.
    * @returns A Buffer representation of the Point instance.
    */
diff --git a/yarn-project/foundation/src/fifo/bounded_serial_queue.ts b/yarn-project/foundation/src/fifo/bounded_serial_queue.ts
index 79e83d19e0c5..afecfd9b30b2 100644
--- a/yarn-project/foundation/src/fifo/bounded_serial_queue.ts
+++ b/yarn-project/foundation/src/fifo/bounded_serial_queue.ts
@@ -55,8 +55,8 @@ export class BoundedSerialQueue {
   }
 
   /**
-   * The caller will block until fn is succesfully enqueued.
-   * The fn itself is execute asyncronously and its result discarded.
+   * The caller will block until fn is successfully enqueued.
+   * The fn itself is execute asynchronously and its result discarded.
    * TODO(AD) do we need this if we have exec()?
    * @param fn - The function to call once unblocked.
    */
@@ -78,7 +78,7 @@ export class BoundedSerialQueue {
   /**
    * The caller will block until fn is successfully executed, and it's result returned.
    * @param fn - The function.
-   * @returns A promise that resolves with the result once exceuted.
+   * @returns A promise that resolves with the result once executed.
    */
   public async exec<T>(fn: () => Promise<T>): Promise<T> {
     await this.semaphore.acquire();
diff --git a/yarn-project/foundation/src/fifo/serial_queue.ts b/yarn-project/foundation/src/fifo/serial_queue.ts
index 9eeb6a45c2c9..560bfca07767 100644
--- a/yarn-project/foundation/src/fifo/serial_queue.ts
+++ b/yarn-project/foundation/src/fifo/serial_queue.ts
@@ -1,7 +1,7 @@
 import { MemoryFifo } from './memory_fifo.js';
 
 /**
- * A more specialised fifo queue that enqueues functions to execute. Enqueued functions are executed in serial.
+ * A more specialized fifo queue that enqueues functions to execute. Enqueued functions are executed in serial.
  */
 export class SerialQueue {
   private readonly queue = new MemoryFifo<() => Promise<void>>();
diff --git a/yarn-project/foundation/src/json-rpc/README.md b/yarn-project/foundation/src/json-rpc/README.md
index 8abcc99adda0..2a2c159af975 100644
--- a/yarn-project/foundation/src/json-rpc/README.md
+++ b/yarn-project/foundation/src/json-rpc/README.md
@@ -12,7 +12,7 @@ json-rpc
 ```
 
 Each createJsonRpcClient and JsonRpcServer call needs a map of classes that will be translated in input and output values.
-By default, Buffer is handled, but other usermade classes need to define toString() and static fromString() like so:
+By default, Buffer is handled, but other user-made classes need to define toString() and static fromString() like so:
 
 ```
    class PublicKey {
diff --git a/yarn-project/foundation/src/json-rpc/convert.ts b/yarn-project/foundation/src/json-rpc/convert.ts
index af378fa4cc11..6de58f4fee80 100644
--- a/yarn-project/foundation/src/json-rpc/convert.ts
+++ b/yarn-project/foundation/src/json-rpc/convert.ts
@@ -117,7 +117,7 @@ export function convertFromJsonObj(cc: ClassConverter, obj: any): any {
  * @returns The encoded object.
  */
 export function convertToJsonObj(cc: ClassConverter, obj: any): any {
-  // Bigint is a primitive type that needs special handling since it's not serialisable
+  // Bigint is a primitive type that needs special handling since it's not serializable
   if (typeof obj === 'bigint') {
     return {
       type: 'bigint',
diff --git a/yarn-project/foundation/src/log/log_history.test.ts b/yarn-project/foundation/src/log/log_history.test.ts
index 4db9e5276f45..8049616d6c15 100644
--- a/yarn-project/foundation/src/log/log_history.test.ts
+++ b/yarn-project/foundation/src/log/log_history.test.ts
@@ -8,7 +8,7 @@ jest.useFakeTimers({ doNotFake: ['performance'] });
 describe('log history', () => {
   let debug: (msg: string) => void;
   let logHistory: LogHistory;
-  const timestemp = new Date().toISOString();
+  const timestamp = new Date().toISOString();
   const name = 'test:a';
 
   beforeEach(() => {
@@ -24,9 +24,9 @@ describe('log history', () => {
     debug('1');
     debug('2');
     expect(logHistory.getLogs()).toEqual([
-      [timestemp, name, '0'],
-      [timestemp, name, '1'],
-      [timestemp, name, '2'],
+      [timestamp, name, '0'],
+      [timestamp, name, '1'],
+      [timestamp, name, '2'],
     ]);
   });
 
@@ -45,8 +45,8 @@ describe('log history', () => {
     debug('3');
     debug('4');
     expect(logHistory.getLogs(2)).toEqual([
-      [timestemp, name, '3'],
-      [timestemp, name, '4'],
+      [timestamp, name, '3'],
+      [timestamp, name, '4'],
     ]);
   });
 
@@ -56,15 +56,15 @@ describe('log history', () => {
     const debug2 = createDebugOnlyLogger(name2);
     debug('0');
     debug2('zero');
-    expect(logHistory.getLogs()).toEqual([[timestemp, name, '0']]);
+    expect(logHistory.getLogs()).toEqual([[timestamp, name, '0']]);
 
     enableLogs(`${name},${name2}`);
     debug('1');
     debug2('one');
     expect(logHistory.getLogs()).toEqual([
-      [timestemp, name, '0'],
-      [timestemp, name, '1'],
-      [timestemp, name2, 'one'],
+      [timestamp, name, '0'],
+      [timestamp, name, '1'],
+      [timestamp, name2, 'one'],
     ]);
   });
 
@@ -83,6 +83,6 @@ describe('log history', () => {
     debug('1');
     debug('2');
     logHistory.clear(2);
-    expect(logHistory.getLogs()).toEqual([[timestemp, name, '2']]);
+    expect(logHistory.getLogs()).toEqual([[timestamp, name, '2']]);
   });
 });
diff --git a/yarn-project/foundation/src/running-promise/index.ts b/yarn-project/foundation/src/running-promise/index.ts
index 0ea045dd9c3f..d362ebe2ad1a 100644
--- a/yarn-project/foundation/src/running-promise/index.ts
+++ b/yarn-project/foundation/src/running-promise/index.ts
@@ -20,14 +20,14 @@ export class RunningPromise {
     const poll = async () => {
       while (this.running) {
         await this.fn();
-        await this.interruptableSleep(this.pollingInterval);
+        await this.interruptibleSleep(this.pollingInterval);
       }
     };
     this.runningPromise = poll();
   }
 
   /**
-   * Stops the running promise, resolves any pending interruptable sleep,
+   * Stops the running promise, resolves any pending interruptible sleep,
    * and waits for the currently executing function to complete.
    */
   async stop(): Promise<void> {
@@ -41,7 +41,7 @@ export class RunningPromise {
    * The sleep duration is determined by 'timeInMs', and it can be terminated early if the 'interruptPromise' is resolved.
    * @param timeInMs - The time in milliseconds.
    */
-  private async interruptableSleep(timeInMs: number) {
+  private async interruptibleSleep(timeInMs: number) {
     let timeout!: NodeJS.Timeout;
     const sleepPromise = new Promise(resolve => {
       timeout = setTimeout(resolve, timeInMs);
diff --git a/yarn-project/foundation/src/sleep/index.ts b/yarn-project/foundation/src/sleep/index.ts
index dc3a4b58f879..168e4578f1c6 100644
--- a/yarn-project/foundation/src/sleep/index.ts
+++ b/yarn-project/foundation/src/sleep/index.ts
@@ -1,13 +1,13 @@
 import { InterruptError } from '../errors/index.js';
 
 /**
- * InterruptableSleep is a utility class that allows you to create an interruptible sleep function.
+ * InterruptibleSleep is a utility class that allows you to create an interruptible sleep function.
  * The sleep function can be interrupted at any time by calling the `interrupt` method, which can
  * also specify whether the sleep should throw an error or just return. This is useful when you need
  * to terminate long-running processes or perform cleanup tasks in response to external events.
  *
  * @example
- * const sleeper = new InterruptableSleep();
+ * const sleeper = new InterruptibleSleep();
  *
  * async function longRunningTask() \{
  *   try \{
@@ -20,7 +20,7 @@ import { InterruptError } from '../errors/index.js';
  *
  * setTimeout(() =\> sleeper.interrupt(true), 1500); // Interrupt the sleep after 1.5 seconds
  */
-export class InterruptableSleep {
+export class InterruptibleSleep {
   private interruptResolve: (shouldThrow: boolean) => void = () => {};
   private interruptPromise = new Promise<boolean>(resolve => (this.interruptResolve = resolve));
   private timeouts: NodeJS.Timeout[] = [];
@@ -61,7 +61,7 @@ export class InterruptableSleep {
 /**
  * Puts the current execution context to sleep for a specified duration.
  * This simulates a blocking sleep operation by using an asynchronous function and a Promise that resolves after the given duration.
- * The sleep function can be interrupted by the 'interrupt' method of the InterruptableSleep class.
+ * The sleep function can be interrupted by the 'interrupt' method of the InterruptibleSleep class.
  *
  * @param ms - The duration in milliseconds for which the sleep operation should last.
  * @returns A Promise that resolves after the specified duration, allowing the use of 'await' to pause execution.
diff --git a/yarn-project/foundation/src/timer/elapsed.ts b/yarn-project/foundation/src/timer/elapsed.ts
index c400816665c6..168aaf825378 100644
--- a/yarn-project/foundation/src/timer/elapsed.ts
+++ b/yarn-project/foundation/src/timer/elapsed.ts
@@ -3,21 +3,21 @@ import { Timer } from './timer.js';
 /**
  * Measures the elapsed execution time of a function call or promise once it is awaited.
  * @param fn - Function or promise.
- * @returns A timer object and the result.
+ * @returns The number of ms and the result.
  */
-export async function elapsed<T>(fn: Promise<T> | (() => T | Promise<T>)): Promise<[Timer, T]> {
+export async function elapsed<T>(fn: Promise<T> | (() => T | Promise<T>)): Promise<[number, T]> {
   const timer = new Timer();
   const result = await (typeof fn === 'function' ? fn() : fn);
-  return [timer, result];
+  return [timer.ms(), result];
 }
 
 /**
  * Measures the elapsed execution time of a synchronous function call once it is awaited.
  * @param fn - Function.
- * @returns A timer object and the result.
+ * @returns The number of ms and the result.
  */
-export function elapsedSync<T>(fn: () => T): [Timer, T] {
+export function elapsedSync<T>(fn: () => T): [number, T] {
   const timer = new Timer();
   const result = fn();
-  return [timer, result];
+  return [timer.ms(), result];
 }
diff --git a/yarn-project/merkle-tree/src/pedersen.ts b/yarn-project/merkle-tree/src/pedersen.ts
index 376f2708d3ae..7c2c1caecd29 100644
--- a/yarn-project/merkle-tree/src/pedersen.ts
+++ b/yarn-project/merkle-tree/src/pedersen.ts
@@ -9,22 +9,40 @@ import { Hasher } from '@aztec/types';
 
 /**
  * A helper class encapsulating Pedersen hash functionality.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export class Pedersen implements Hasher {
   constructor(private wasm: IWasmModule) {}
 
+  /*
+   * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+   * purposes.
+   */
   public compress(lhs: Uint8Array, rhs: Uint8Array): Buffer {
     return pedersenCompress(this.wasm, lhs, rhs);
   }
 
+  /*
+   * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+   * purposes.
+   */
   public compressInputs(inputs: Buffer[]): Buffer {
     return pedersenHashInputs(this.wasm, inputs);
   }
 
+  /*
+   * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+   * purposes.
+   */
   public hashToField(data: Uint8Array): Buffer {
     return pedersenGetHash(this.wasm, Buffer.from(data));
   }
 
+  /*
+   * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+   * purposes.
+   */
   public hashToTree(leaves: Buffer[]): Promise<Buffer[]> {
     return Promise.resolve(pedersenGetHashTree(this.wasm, leaves));
   }
diff --git a/yarn-project/merkle-tree/src/test/utils/pedersen_with_counter.ts b/yarn-project/merkle-tree/src/test/utils/pedersen_with_counter.ts
index b5e267839543..4555ffa81056 100644
--- a/yarn-project/merkle-tree/src/test/utils/pedersen_with_counter.ts
+++ b/yarn-project/merkle-tree/src/test/utils/pedersen_with_counter.ts
@@ -2,6 +2,8 @@ import { Pedersen } from '../../index.js';
 
 /**
  * A test utility allowing us to count the number of times the compress function has been called.
+ * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+ * purposes.
  */
 export class PedersenWithCounter extends Pedersen {
   /**
@@ -14,6 +16,8 @@ export class PedersenWithCounter extends Pedersen {
    * @param lhs - The first hash.
    * @param rhs - The second hash.
    * @returns The new 32-byte hash.
+   * @deprecated Don't call pedersen directly in production code. Instead, create suitably-named functions for specific
+   * purposes.
    */
   public compress(lhs: Uint8Array, rhs: Uint8Array): Buffer {
     this.compressCounter++;
diff --git a/yarn-project/noir-compiler/src/__snapshots__/index.test.ts.snap b/yarn-project/noir-compiler/src/__snapshots__/index.test.ts.snap
index be3f887a2940..7a7d4d491db6 100644
--- a/yarn-project/noir-compiler/src/__snapshots__/index.test.ts.snap
+++ b/yarn-project/noir-compiler/src/__snapshots__/index.test.ts.snap
@@ -5,7 +5,7 @@ exports[`noir-compiler using nargo binary compiles the test contract 1`] = `
   {
     "debug": {
       "debugSymbols": [
-        "eJyrVsrJT04syczPK1ayqlYyULKKrlYqLkjMA/GKSxKLSpSsDE0MdZRS81KALFOzWh2ltMycVCC7VgdDpbEJVKGZOVydsQkWhUYGMJVGxkhKa2N1lAwH2gm1tQDKLFO0",
+        "eJyrVsrJT04syczPK1ayqlYyULKKrlYqLkjMA/GKSxKLSpSsDE0MdZRS81KALFOzWh2ltMycVCC7VgdDpbEJVKGZOVydsSkWhUaGZlCVRiaWCKW1sbW1AA1jLOg=",
         "eJyrVsrJT04syczPK1ayqq6tBQAz9wY7",
       ],
       "fileMap": {
@@ -14,23 +14,23 @@ exports[`noir-compiler using nargo binary compiles the test contract 1`] = `
           "source": "mod poseidon;
 
 #[foreign(sha256)]
-fn sha256<N>(_input : [u8; N]) -> [u8; 32] {}
+pub fn sha256<N>(_input : [u8; N]) -> [u8; 32] {}
 
 #[foreign(blake2s)]
-fn blake2s<N>(_input : [u8; N]) -> [u8; 32] {}
+pub fn blake2s<N>(_input : [u8; N]) -> [u8; 32] {}
 
-fn pedersen<N>(input : [Field; N]) -> [Field; 2] {
+pub fn pedersen<N>(input : [Field; N]) -> [Field; 2] {
     pedersen_with_separator(input, 0)
 }
 
 #[foreign(pedersen)]
-fn pedersen_with_separator<N>(_input : [Field; N], _separator : u32) -> [Field; 2] {}
+pub fn pedersen_with_separator<N>(_input : [Field; N], _separator : u32) -> [Field; 2] {}
 
 #[foreign(hash_to_field_128_security)]
-fn hash_to_field<N>(_input : [Field; N]) -> Field {}
+pub fn hash_to_field<N>(_input : [Field; N]) -> Field {}
 
 #[foreign(keccak256)]
-fn keccak256<N>(_input : [u8; N], _message_size: u32) -> [u8; 32] {}
+pub fn keccak256<N>(_input : [u8; N], _message_size: u32) -> [u8; 32] {}
 
 // mimc-p/p implementation
 // constants are (publicly generated) random numbers, for instance using keccak as a ROM.
@@ -52,7 +52,7 @@ fn mimc<N>(x: Field, k: Field, constants: [Field; N], exp : Field) -> Field {
 global MIMC_BN254_ROUNDS = 91;
 
 //mimc implementation with hardcoded parameters for BN254 curve.
-fn mimc_bn254<N>(array: [Field; N]) -> Field {
+pub fn mimc_bn254<N>(array: [Field; N]) -> Field {
     //mimc parameters
     let exponent = 7;
     //generated from seed "mimc" using keccak256 
@@ -163,7 +163,7 @@ fn mimc_bn254<N>(array: [Field; N]) -> Field {
     },
     "functions": [
       {
-        "bytecode": "H4sIAAAAAAAA/61Q0QrDMAhMuqXfo1EbfduvLCz9/y8Y66gF6Wt7cJwncsjNKaVH2pE3zq6H//r8v3luLO6n0z7iyHu5wjVgvjFrClkEC/NodSDhG6p1FWDpi6KiqHyqEg1lbdatgSHTwFWMVg8r9/0FsfMcOo49l9DxD+/NSgK4AQAA",
+        "bytecode": "H4sIAAAAAAAA/61RQQ6DMAwLZfCepElocttXVq38/wXTQASpnMGSZediRfYMAAkODBvn0PP+hR83vuCKMfQdivdAw4NZqctiXERayY2YPpi9mqJoXYyM1PSbjbmZWPHqBZ2EG63qvEbY9Nxf2Hd7+tRtsHc6dR3/AZK4+6agAQAA",
         "functionType": "secret",
         "isInternal": false,
         "name": "constructor",
@@ -213,13 +213,13 @@ struct TestContractPrivateContextInterface {
 }
 
 impl TestContractPrivateContextInterface {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
   }
   
-  fn openFunction(
+  pub fn openFunction(
     self,
     context: &mut PrivateContext
   ) {
@@ -239,13 +239,13 @@ struct TestContractPublicContextInterface {
 }
 
 impl TestContractPublicContextInterface {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
   }
   
-  fn openFunction(
+  pub fn openFunction(
     self,
     context: PublicContext
   ) -> [Field; RETURN_VALUES_LENGTH] {
@@ -265,12 +265,12 @@ exports[`noir-compiler using nargo binary generates typescript interface 1`] = `
 /* Autogenerated file, do not edit! */
 
 /* eslint-disable */
-import { AztecAddress, CompleteAddress, ContractBase, ContractFunctionInteraction, ContractMethod, DeployMethod, FieldLike, AztecAddressLike, EthAddressLike, Wallet } from '@aztec/aztec.js';
+import { AztecAddress, CompleteAddress, Contract, ContractBase, ContractFunctionInteraction, ContractMethod, DeployMethod, EthAddress, FieldLike, AztecAddressLike, EthAddressLike, Wallet } from '@aztec/aztec.js';
 import { Fr, Point } from '@aztec/foundation/fields';
 import { PXE, PublicKey } from '@aztec/types';
-import { ContractAbi } from '@aztec/foundation/abi';
-import TestContractContractAbiJson from '../target/test.json' assert { type: 'json' };
-export const TestContractContractAbi = TestContractContractAbiJson as ContractAbi;
+import { ContractArtifact } from '@aztec/foundation/abi';
+import TestContractContractArtifactJson from '../target/test.json' assert { type: 'json' };
+export const TestContractContractArtifact = TestContractContractArtifactJson as ContractArtifact;
 
 /**
  * Type-safe interface for contract TestContract;
@@ -278,12 +278,11 @@ export const TestContractContractAbi = TestContractContractAbiJson as ContractAb
 export class TestContractContract extends ContractBase {
   
   private constructor(
-    /** The deployed contract's complete address. */
     completeAddress: CompleteAddress,
-    /** The wallet. */
     wallet: Wallet,
+    portalContract = EthAddress.ZERO
   ) {
-    super(completeAddress, TestContractContractAbi, wallet);
+    super(completeAddress, TestContractContractArtifact, wallet, portalContract);
   }
   
 
@@ -295,16 +294,10 @@ export class TestContractContract extends ContractBase {
    * @returns A promise that resolves to a new Contract instance.
    */
   public static async at(
-    /** The deployed contract's address. */
     address: AztecAddress,
-    /** The wallet. */
     wallet: Wallet,
   ) {
-    const extendedContractData = await wallet.getExtendedContractData(address);
-    if (extendedContractData === undefined) {
-      throw new Error('Contract ' + address.toString() + ' is not deployed');
-    }
-    return new TestContractContract(extendedContractData.getCompleteAddress(), wallet);
+    return Contract.at(address, TestContractContract.artifact, wallet) as Promise<TestContractContract>;
   }
 
   
@@ -312,23 +305,23 @@ export class TestContractContract extends ContractBase {
    * Creates a tx to deploy a new instance of this contract.
    */
   public static deploy(pxe: PXE, pub_param: FieldLike) {
-    return new DeployMethod<TestContractContract>(Point.ZERO, pxe, TestContractContractAbi, Array.from(arguments).slice(1));
+    return new DeployMethod<TestContractContract>(Point.ZERO, pxe, TestContractContractArtifact, Array.from(arguments).slice(1));
   }
 
   /**
    * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
    */
   public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey, pub_param: FieldLike) {
-    return new DeployMethod<TestContractContract>(publicKey, pxe, TestContractContractAbi, Array.from(arguments).slice(2));
+    return new DeployMethod<TestContractContract>(publicKey, pxe, TestContractContractArtifact, Array.from(arguments).slice(2));
   }
   
 
   
   /**
-   * Returns this contract's ABI.
+   * Returns this contract's artifact.
    */
-  public static get abi(): ContractAbi {
-    return TestContractContractAbi;
+  public static get artifact(): ContractArtifact {
+    return TestContractContractArtifact;
   }
   
 
diff --git a/yarn-project/noir-compiler/src/cli/contract.ts b/yarn-project/noir-compiler/src/cli/contract.ts
index 92243a5a3680..b2a81e3406af 100644
--- a/yarn-project/noir-compiler/src/cli/contract.ts
+++ b/yarn-project/noir-compiler/src/cli/contract.ts
@@ -59,7 +59,14 @@ export function compileContract(program: Command, name = 'contract', log: LogFn
           if (typescript) {
             const tsPath = resolve(projectPath, typescript, `${contract.name}.ts`);
             log(`Writing ${contract.name} typescript interface to ${path.relative(currentDir, tsPath)}`);
-            const relativeArtifactPath = path.relative(path.dirname(tsPath), artifactPath);
+            let relativeArtifactPath = path.relative(path.dirname(tsPath), artifactPath);
+            log(`Relative path: ${relativeArtifactPath}`);
+            if (relativeArtifactPath === `${contract.name}.json`) {
+              // relative path edge case, prepending ./ for local import - the above logic just does
+              // `${contract.name}.json`, which is not a valid import for a file in the same directory
+              relativeArtifactPath = `./${contract.name}.json`;
+            }
+            log(`Relative path after correction: ${relativeArtifactPath}`);
             const tsWrapper = generateTypescriptContractInterface(contract, relativeArtifactPath);
             mkdirpSync(path.dirname(tsPath));
             writeFileSync(tsPath, tsWrapper);
diff --git a/yarn-project/noir-compiler/src/cli/noir-interface.ts b/yarn-project/noir-compiler/src/cli/noir-interface.ts
index 63afee9633e0..badb3831b7ad 100644
--- a/yarn-project/noir-compiler/src/cli/noir-interface.ts
+++ b/yarn-project/noir-compiler/src/cli/noir-interface.ts
@@ -6,7 +6,7 @@ import { mkdirpSync } from 'fs-extra';
 import path, { resolve } from 'path';
 
 import { generateNoirContractInterface } from '../index.js';
-import { isContractAbi } from '../utils.js';
+import { isContractArtifact } from '../utils.js';
 
 /**
  * Registers a 'interface' command on the given commander program that generates a Noir interface out of an ABI.
@@ -45,7 +45,7 @@ export function generateNoirInterface(program: Command, name = 'interface', log:
           const artifactPath = resolve(artifactsDir, artifactsDirItem);
           if (statSync(artifactPath).isFile() && artifactPath.endsWith('.json')) {
             const contract = JSON.parse(readFileSync(artifactPath).toString());
-            if (!isContractAbi(contract)) continue;
+            if (!isContractArtifact(contract)) continue;
             const interfacePath = resolve(projectPath, outdir, `${contract.name}_interface.nr`);
             log(`Writing ${contract.name} Noir external interface to ${path.relative(currentDir, interfacePath)}`);
             try {
diff --git a/yarn-project/noir-compiler/src/cli/typescript.ts b/yarn-project/noir-compiler/src/cli/typescript.ts
index 8a4142ddc091..9e0d9c008454 100644
--- a/yarn-project/noir-compiler/src/cli/typescript.ts
+++ b/yarn-project/noir-compiler/src/cli/typescript.ts
@@ -6,7 +6,7 @@ import { mkdirpSync } from 'fs-extra';
 import path, { resolve } from 'path';
 
 import { generateTypescriptContractInterface } from '../index.js';
-import { isContractAbi } from '../utils.js';
+import { isContractArtifact } from '../utils.js';
 
 /**
  * Registers a 'typescript' command on the given commander program that generates typescript interface out of an ABI.
@@ -45,10 +45,15 @@ export function generateTypescriptInterface(program: Command, name = 'typescript
           const artifactPath = resolve(artifactsDir, artifactsDirItem);
           if (statSync(artifactPath).isFile() && artifactPath.endsWith('.json')) {
             const contract = JSON.parse(readFileSync(artifactPath).toString());
-            if (!isContractAbi(contract)) continue;
+            if (!isContractArtifact(contract)) continue;
             const tsPath = resolve(projectPath, outdir, `${contract.name}.ts`);
             log(`Writing ${contract.name} typescript interface to ${path.relative(currentDir, tsPath)}`);
-            const relativeArtifactPath = path.relative(path.dirname(tsPath), artifactPath);
+            let relativeArtifactPath = path.relative(path.dirname(tsPath), artifactPath);
+            if (relativeArtifactPath === `${contract.name}.json`) {
+              // relative path edge case, prepending ./ for local import - the above logic just does
+              // `${contract.name}.json`, which is not a valid import for a file in the same directory
+              relativeArtifactPath = `./${contract.name}.json`;
+            }
             try {
               const tsWrapper = generateTypescriptContractInterface(contract, relativeArtifactPath);
               mkdirpSync(path.dirname(tsPath));
diff --git a/yarn-project/noir-compiler/src/contract-interface-gen/abi.ts b/yarn-project/noir-compiler/src/contract-interface-gen/abi.ts
index ba3f02d48d31..d7501c4dcf33 100644
--- a/yarn-project/noir-compiler/src/contract-interface-gen/abi.ts
+++ b/yarn-project/noir-compiler/src/contract-interface-gen/abi.ts
@@ -1,4 +1,4 @@
-import { ContractAbi, DebugMetadata, FunctionAbi, FunctionType } from '@aztec/foundation/abi';
+import { ContractArtifact, DebugMetadata, FunctionArtifact, FunctionType } from '@aztec/foundation/abi';
 
 import { deflate } from 'pako';
 
@@ -6,11 +6,11 @@ import { mockVerificationKey } from '../mocked_keys.js';
 import { NoirCompilationArtifacts, NoirFunctionEntry } from '../noir_artifact.js';
 
 /**
- * Generates an Aztec ABI for a Aztec.nr function build artifact. Replaces verification key with a mock value.
+ * Generates a function build artifact. Replaces verification key with a mock value.
  * @param fn - Noir function entry.
- * @returns Aztec ABI function entry.
+ * @returns Function artifact.
  */
-function generateAbiFunction(fn: NoirFunctionEntry): FunctionAbi {
+function generateFunctionArtifact(fn: NoirFunctionEntry): FunctionArtifact {
   const functionType = fn.function_type.toLowerCase() as FunctionType;
   const isInternal = fn.is_internal;
 
@@ -33,11 +33,11 @@ function generateAbiFunction(fn: NoirFunctionEntry): FunctionAbi {
 }
 
 /**
- * Given a Nargo output generates an Aztec-compatible contract ABI.
+ * Given a Nargo output generates an Aztec-compatible contract artifact.
  * @param compiled - Noir build output.
- * @returns An Aztec valid ABI.
+ * @returns Aztec contract build artifact.
  */
-export function generateAztecAbi({ contract, debug }: NoirCompilationArtifacts): ContractAbi {
+export function generateContractArtifact({ contract, debug }: NoirCompilationArtifacts): ContractArtifact {
   const originalFunctions = contract.functions;
   // TODO why sort? we should have idempotent compilation so this should not be needed.
   const sortedFunctions = [...contract.functions].sort((fnA, fnB) => fnA.name.localeCompare(fnB.name));
@@ -55,7 +55,8 @@ export function generateAztecAbi({ contract, debug }: NoirCompilationArtifacts):
 
   return {
     name: contract.name,
-    functions: sortedFunctions.map(generateAbiFunction),
+    functions: sortedFunctions.map(generateFunctionArtifact),
+    events: contract.events,
     debug: parsedDebug,
   };
 }
diff --git a/yarn-project/noir-compiler/src/contract-interface-gen/noir.ts b/yarn-project/noir-compiler/src/contract-interface-gen/noir.ts
index d1fd96bea215..ab91b78d8d6f 100644
--- a/yarn-project/noir-compiler/src/contract-interface-gen/noir.ts
+++ b/yarn-project/noir-compiler/src/contract-interface-gen/noir.ts
@@ -1,8 +1,8 @@
 import {
   ABIParameter,
   ABIVariable,
-  ContractAbi,
-  FunctionAbi,
+  ContractArtifact,
+  FunctionArtifact,
   FunctionSelector,
   FunctionType,
   StructType,
@@ -38,7 +38,7 @@ function generateCallStatement(selector: FunctionSelector, functionType: Functio
 /**
  * Formats a string as pascal case.
  * @param str - A string.
- * @returns A capitalised camelcase string.
+ * @returns A capitalized camelcase string.
  */
 function toPascalCase(str: string) {
   return upperFirst(camelCase(str));
@@ -47,7 +47,7 @@ function toPascalCase(str: string) {
 /**
  * Returns a struct name given a list of fragments.
  * @param fragments - Fragments.
- * @returns The concatenation of the capitalised fragments.
+ * @returns The concatenation of the capitalized fragments.
  */
 function getStructName(...fragments: string[]) {
   return fragments.map(toPascalCase).join('') + 'Struct';
@@ -85,7 +85,7 @@ function getTypeName(param: ABIVariable, ...parentNames: string[]): string {
  * @param functionData - Parent function.
  * @returns A Noir string with the param name and type to be used in a function call.
  */
-function generateParameter(param: ABIParameter, functionData: FunctionAbi) {
+function generateParameter(param: ABIParameter, functionData: FunctionArtifact) {
   const typename = getTypeName(param, functionData.name);
   return `${param.name}: ${typename}`;
 }
@@ -122,7 +122,7 @@ function collectParametersForSerialization(parameters: ABIVariable[]) {
 }
 
 /**
- * Generates Noir code for serialising the parameters into an array of fields.
+ * Generates Noir code for serializing the parameters into an array of fields.
  * @param parameters - Parameters to serialize.
  * @returns The serialization code.
  */
@@ -139,7 +139,7 @@ function generateSerialization(parameters: ABIParameter[]) {
  * @param kind - Whether this interface will be used from private or public functions.
  * @returns A code string.
  */
-function generateFunctionInterface(functionData: FunctionAbi, kind: 'private' | 'public') {
+function generateFunctionInterface(functionData: FunctionArtifact, kind: 'private' | 'public') {
   const { name, parameters } = functionData;
   const selector = FunctionSelector.fromNameAndParameters(name, parameters);
   const serialization = generateSerialization(parameters);
@@ -151,7 +151,7 @@ function generateFunctionInterface(functionData: FunctionAbi, kind: 'private' |
   const retType = isSync ? `-> [Field; RETURN_VALUES_LENGTH] ` : ``;
 
   return `
-  fn ${name}(
+  pub fn ${name}(
     ${allParams.join(',\n    ')}
   ) ${retType}{
 ${serialization}
@@ -203,7 +203,7 @@ struct ${generateContractStructName(contractName, kind)} {
  */
 function generateContractInterfaceImpl(contractName: string, kind: 'private' | 'public', functions: string[]) {
   return `impl ${generateContractStructName(contractName, kind)} {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
@@ -258,7 +258,7 @@ function collectStructs(params: ABIVariable[], parentNames: string[]): StructInf
  * @param methods - Contract methods to generate (private ones will be excluded if kind is public)
  * @returns Code.
  */
-function generateContractStruct(abiName: string, kind: 'private' | 'public', methods: FunctionAbi[]) {
+function generateContractStruct(abiName: string, kind: 'private' | 'public', methods: FunctionArtifact[]) {
   const contractStruct: string = generateContractInterfaceStruct(abiName, kind);
   const applicableMethods = methods.filter(m => kind === 'private' || !isPrivateCall(m.functionType));
   const functionInterfaces = applicableMethods.map(m => generateFunctionInterface(m, kind));
@@ -272,19 +272,19 @@ ${contractImpl}
 
 /**
  * Generates the Noir code to represent an interface for calling a contract.
- * @param abi - The compiled Aztec.nr artifact.
+ * @param artifact - The compiled Aztec.nr artifact.
  * @returns The corresponding ts code.
  */
-export function generateNoirContractInterface(abi: ContractAbi) {
+export function generateNoirContractInterface(artifact: ContractArtifact) {
   // We don't allow calling a constructor, internal fns, or unconstrained fns from other contracts
   const methods = compact(
-    abi.functions.filter(
+    artifact.functions.filter(
       f => f.name !== 'constructor' && !f.isInternal && f.functionType !== FunctionType.UNCONSTRAINED,
     ),
   );
   const paramStructs = methods.flatMap(m => collectStructs(m.parameters, [m.name])).map(generateStruct);
-  const privateContractStruct = generateContractStruct(abi.name, 'private', methods);
-  const publicContractStruct = generateContractStruct(abi.name, 'public', methods);
+  const privateContractStruct = generateContractStruct(artifact.name, 'private', methods);
+  const publicContractStruct = generateContractStruct(artifact.name, 'public', methods);
 
   return `/* Autogenerated file, do not edit! */
   
diff --git a/yarn-project/noir-compiler/src/contract-interface-gen/typescript.ts b/yarn-project/noir-compiler/src/contract-interface-gen/typescript.ts
index 210776234ba3..cda7c47e4a8f 100644
--- a/yarn-project/noir-compiler/src/contract-interface-gen/typescript.ts
+++ b/yarn-project/noir-compiler/src/contract-interface-gen/typescript.ts
@@ -1,7 +1,7 @@
 import {
   ABIParameter,
-  ContractAbi,
-  FunctionAbi,
+  ContractArtifact,
+  FunctionArtifact,
   isAztecAddressStruct,
   isEthereumAddressStruct,
 } from '@aztec/foundation/abi';
@@ -48,7 +48,7 @@ function generateParameter(param: ABIParameter) {
  * @param param - A Noir function.
  * @returns The corresponding ts code.
  */
-function generateMethod(entry: FunctionAbi) {
+function generateMethod(entry: FunctionArtifact) {
   const args = entry.parameters.map(generateParameter).join(', ');
   return `
     /** ${entry.name}(${entry.parameters.map(p => `${p.name}: ${p.type.kind}`).join(', ')}) */
@@ -57,27 +57,27 @@ function generateMethod(entry: FunctionAbi) {
 
 /**
  * Generates a deploy method for this contract.
- * @param input - ABI of the contract.
+ * @param input - Build artifact of the contract.
  * @returns A type-safe deploy method in ts.
  */
-function generateDeploy(input: ContractAbi) {
+function generateDeploy(input: ContractArtifact) {
   const ctor = input.functions.find(f => f.name === 'constructor');
   const args = (ctor?.parameters ?? []).map(generateParameter).join(', ');
-  const abiName = `${input.name}ContractAbi`;
+  const artifactName = `${input.name}ContractArtifact`;
 
   return `
   /**
    * Creates a tx to deploy a new instance of this contract.
    */
   public static deploy(pxe: PXE, ${args}) {
-    return new DeployMethod<${input.name}Contract>(Point.ZERO, pxe, ${abiName}, Array.from(arguments).slice(1));
+    return new DeployMethod<${input.name}Contract>(Point.ZERO, pxe, ${artifactName}, Array.from(arguments).slice(1));
   }
 
   /**
    * Creates a tx to deploy a new instance of this contract using the specified public key to derive the address.
    */
   public static deployWithPublicKey(pxe: PXE, publicKey: PublicKey, ${args}) {
-    return new DeployMethod<${input.name}Contract>(publicKey, pxe, ${abiName}, Array.from(arguments).slice(2));
+    return new DeployMethod<${input.name}Contract>(publicKey, pxe, ${artifactName}, Array.from(arguments).slice(2));
   }
   `;
 }
@@ -95,7 +95,7 @@ function generateConstructor(name: string) {
     wallet: Wallet,
     portalContract = EthAddress.ZERO
   ) {
-    super(completeAddress, ${name}ContractAbi, wallet, portalContract);
+    super(completeAddress, ${name}ContractArtifact, wallet, portalContract);
   }
   `;
 }
@@ -118,36 +118,36 @@ function generateAt(name: string) {
     address: AztecAddress,
     wallet: Wallet,
   ) {
-    return Contract.at(address, ${name}Contract.abi, wallet) as Promise<${name}Contract>;
+    return Contract.at(address, ${name}Contract.artifact, wallet) as Promise<${name}Contract>;
   }`;
 }
 
 /**
- * Generates a static getter for the contract's ABI.
- * @param name - Name of the contract used to derive name of the ABI import.
+ * Generates a static getter for the contract's artifact.
+ * @param name - Name of the contract used to derive name of the artifact import.
  */
-function generateAbiGetter(name: string) {
-  const abiName = `${name}ContractAbi`;
+function generateArtifactGetter(name: string) {
+  const artifactName = `${name}ContractArtifact`;
   return `
   /**
-   * Returns this contract's ABI.
+   * Returns this contract's artifact.
    */
-  public static get abi(): ContractAbi {
-    return ${abiName};
+  public static get artifact(): ContractArtifact {
+    return ${artifactName};
   }
   `;
 }
 
 /**
- * Generates statements for importing the abi from a json artifact and re-exporting it.
+ * Generates statements for importing the artifact from json and re-exporting it.
  * @param name - Name of the contract.
- * @param abiImportPath - Path to load the ABI from.
+ * @param artifactImportPath - Path to load the ABI from.
  * @returns Code.
  */
-function generateAbiStatement(name: string, abiImportPath: string) {
+function generateAbiStatement(name: string, artifactImportPath: string) {
   const stmts = [
-    `import ${name}ContractAbiJson from '${abiImportPath}' assert { type: 'json' };`,
-    `export const ${name}ContractAbi = ${name}ContractAbiJson as ContractAbi;`,
+    `import ${name}ContractArtifactJson from '${artifactImportPath}' assert { type: 'json' };`,
+    `export const ${name}ContractArtifact = ${name}ContractArtifactJson as ContractArtifact;`,
   ];
   return stmts.join('\n');
 }
@@ -155,17 +155,17 @@ function generateAbiStatement(name: string, abiImportPath: string) {
 /**
  * Generates the typescript code to represent a contract.
  * @param input - The compiled Noir artifact.
- * @param abiImportPath - Optional path to import the ABI (if not set, will be required in the constructor).
+ * @param artifactImportPath - Optional path to import the artifact (if not set, will be required in the constructor).
  * @returns The corresponding ts code.
  */
-export function generateTypescriptContractInterface(input: ContractAbi, abiImportPath?: string) {
+export function generateTypescriptContractInterface(input: ContractArtifact, artifactImportPath?: string) {
   // `compact` removes all falsey values from an array
   const methods = compact(input.functions.filter(f => f.name !== 'constructor').map(generateMethod));
-  const deploy = abiImportPath && generateDeploy(input);
-  const ctor = abiImportPath && generateConstructor(input.name);
-  const at = abiImportPath && generateAt(input.name);
-  const abiStatement = abiImportPath && generateAbiStatement(input.name, abiImportPath);
-  const abiGetter = abiImportPath && generateAbiGetter(input.name);
+  const deploy = artifactImportPath && generateDeploy(input);
+  const ctor = artifactImportPath && generateConstructor(input.name);
+  const at = artifactImportPath && generateAt(input.name);
+  const artifactStatement = artifactImportPath && generateAbiStatement(input.name, artifactImportPath);
+  const artifactGetter = artifactImportPath && generateArtifactGetter(input.name);
 
   return `
 /* Autogenerated file, do not edit! */
@@ -174,8 +174,8 @@ export function generateTypescriptContractInterface(input: ContractAbi, abiImpor
 import { AztecAddress, CompleteAddress, Contract, ContractBase, ContractFunctionInteraction, ContractMethod, DeployMethod, EthAddress, FieldLike, AztecAddressLike, EthAddressLike, Wallet } from '@aztec/aztec.js';
 import { Fr, Point } from '@aztec/foundation/fields';
 import { PXE, PublicKey } from '@aztec/types';
-import { ContractAbi } from '@aztec/foundation/abi';
-${abiStatement}
+import { ContractArtifact } from '@aztec/foundation/abi';
+${artifactStatement}
 
 /**
  * Type-safe interface for contract ${input.name};
@@ -187,7 +187,7 @@ export class ${input.name}Contract extends ContractBase {
 
   ${deploy}
 
-  ${abiGetter}
+  ${artifactGetter}
 
   /** Type-safe wrappers for the public methods exposed by the contract. */
   public methods!: {
diff --git a/yarn-project/noir-compiler/src/index.test.ts b/yarn-project/noir-compiler/src/index.test.ts
index 804dc88da31d..974757ca761f 100644
--- a/yarn-project/noir-compiler/src/index.test.ts
+++ b/yarn-project/noir-compiler/src/index.test.ts
@@ -1,4 +1,4 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { fileURLToPath } from '@aztec/foundation/url';
 
 import { execSync } from 'child_process';
@@ -25,7 +25,7 @@ describe('noir-compiler', () => {
   });
 
   describeIf(isNargoAvailable)('using nargo binary', () => {
-    let compiled: ContractAbi[];
+    let compiled: ContractArtifact[];
     beforeAll(async () => {
       compiled = await compileUsingNargo(projectPath);
     });
diff --git a/yarn-project/noir-compiler/src/index.ts b/yarn-project/noir-compiler/src/index.ts
index 85b52ffe7bdb..27210cf097ff 100644
--- a/yarn-project/noir-compiler/src/index.ts
+++ b/yarn-project/noir-compiler/src/index.ts
@@ -1,7 +1,7 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 
 import { CompileOpts, NargoContractCompiler } from './compile/nargo.js';
-import { generateAztecAbi } from './contract-interface-gen/abi.js';
+import { generateContractArtifact } from './contract-interface-gen/abi.js';
 import NoirVersion from './noir-version.json' assert { type: 'json' };
 
 const { commit: NoirCommit, tag: NoirTag } = NoirVersion;
@@ -9,7 +9,7 @@ export { NoirCommit, NoirTag };
 
 export { generateNoirContractInterface } from './contract-interface-gen/noir.js';
 export { generateTypescriptContractInterface } from './contract-interface-gen/typescript.js';
-export { generateAztecAbi };
+export { generateContractArtifact };
 
 /**
  * Compile Aztec.nr contracts in project path using a nargo binary available in the shell.
@@ -17,6 +17,6 @@ export { generateAztecAbi };
  * @param opts - Compiler options.
  * @returns Compiled artifacts.
  */
-export async function compileUsingNargo(projectPath: string, opts: CompileOpts = {}): Promise<ContractAbi[]> {
-  return (await new NargoContractCompiler(projectPath, opts).compile()).map(generateAztecAbi);
+export async function compileUsingNargo(projectPath: string, opts: CompileOpts = {}): Promise<ContractArtifact[]> {
+  return (await new NargoContractCompiler(projectPath, opts).compile()).map(generateContractArtifact);
 }
diff --git a/yarn-project/noir-compiler/src/noir-version.ts b/yarn-project/noir-compiler/src/noir-version.ts
index aad45f07eefb..4946d70fd3b5 100644
--- a/yarn-project/noir-compiler/src/noir-version.ts
+++ b/yarn-project/noir-compiler/src/noir-version.ts
@@ -1,3 +1 @@
-import * as version from './noir-version.json' assert { type: 'json' };
-
-export default version.default;
+export { default } from './noir-version.json' assert { type: 'json' };
diff --git a/yarn-project/noir-compiler/src/noir_artifact.ts b/yarn-project/noir-compiler/src/noir_artifact.ts
index f1fab9562a78..319ece59cf5a 100644
--- a/yarn-project/noir-compiler/src/noir_artifact.ts
+++ b/yarn-project/noir-compiler/src/noir_artifact.ts
@@ -1,4 +1,4 @@
-import { ABIParameter, ABIType, DebugFileMap, DebugInfo } from '@aztec/foundation/abi';
+import { ABIParameter, ABIType, DebugFileMap, DebugInfo, EventAbi } from '@aztec/foundation/abi';
 
 /** The Aztec.nr function types. */
 type NoirFunctionType = 'Open' | 'Secret' | 'Unconstrained';
@@ -45,6 +45,8 @@ export interface NoirCompiledContract {
   backend: string;
   /** The functions of the contract. */
   functions: NoirFunctionEntry[];
+  /** The events of the contract */
+  events: EventAbi[];
 }
 
 /**
diff --git a/yarn-project/noir-compiler/src/utils.ts b/yarn-project/noir-compiler/src/utils.ts
index c1cbb83a4c74..544a7b246301 100644
--- a/yarn-project/noir-compiler/src/utils.ts
+++ b/yarn-project/noir-compiler/src/utils.ts
@@ -1,18 +1,18 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 
 /**
- * Checks if the given input looks like a valid ContractAbi. The check is not exhaustive,
+ * Checks if the given input looks like a valid ContractArtifact. The check is not exhaustive,
  * and it's just meant to differentiate between nargo raw build artifacts and the ones
  * produced by this compiler.
  * @param input - Input object.
- * @returns True if it looks like a ContractAbi.
+ * @returns True if it looks like a ContractArtifact.
  */
-export function isContractAbi(input: any): input is ContractAbi {
+export function isContractArtifact(input: any): input is ContractArtifact {
   if (typeof input !== 'object') return false;
-  const maybeContractAbi = input as ContractAbi;
-  if (typeof maybeContractAbi.name !== 'string') return false;
-  if (!Array.isArray(maybeContractAbi.functions)) return false;
-  for (const fn of maybeContractAbi.functions) {
+  const maybeContractArtifact = input as ContractArtifact;
+  if (typeof maybeContractArtifact.name !== 'string') return false;
+  if (!Array.isArray(maybeContractArtifact.functions)) return false;
+  for (const fn of maybeContractArtifact.functions) {
     if (typeof fn.name !== 'string') return false;
     if (typeof fn.functionType !== 'string') return false;
     if (typeof fn.isInternal !== 'boolean') return false;
diff --git a/yarn-project/noir-contracts/Nargo.toml b/yarn-project/noir-contracts/Nargo.toml
index f1e3bc6fe800..1097b1ae1183 100644
--- a/yarn-project/noir-contracts/Nargo.toml
+++ b/yarn-project/noir-contracts/Nargo.toml
@@ -10,13 +10,11 @@ members = [
     "src/contracts/import_test_contract",
     "src/contracts/lending_contract",
     "src/contracts/multi_transfer_contract",
-    "src/contracts/non_native_token_contract",
     "src/contracts/parent_contract",
     "src/contracts/pending_commitments_contract",
     "src/contracts/pokeable_token_contract",
     "src/contracts/price_feed_contract",
     "src/contracts/private_token_airdrop_contract",
-    "src/contracts/private_token_contract",
     "src/contracts/public_token_contract",
     "src/contracts/schnorr_account_contract",
     "src/contracts/schnorr_hardcoded_account_contract",
diff --git a/yarn-project/noir-contracts/README.md b/yarn-project/noir-contracts/README.md
index 2ad77cb638fe..c53443a2531d 100644
--- a/yarn-project/noir-contracts/README.md
+++ b/yarn-project/noir-contracts/README.md
@@ -59,7 +59,7 @@ It has prebuilt binaries and is super easy to install using `noirup`
   ```
   echo -e '\n# Adds direnv initialization\neval "$(direnv hook zsh)"' >> $HOME/.zshenv
   ```
-- VSCode needs to be resterted so direnv plugin can notice env changes with:
+- VSCode needs to be restarted so direnv plugin can notice env changes with:
   ```
   kill -9 ps aux | grep $(whoami)/.vscode-server | awk '{print $2}'
   ```
@@ -137,7 +137,7 @@ It has prebuilt binaries and is super easy to install using `noirup`
 6. Export the abi in `src/artifacts/index.ts` to be able to use the contract in the rest of the project:
    ```
    import ExampleContractJson from './example_contract.json' assert { type: 'json' };
-   export const ExampleContractAbi = ExampleContractJson as ContractAbi;
+   export const ExampleContractArtifact = ExampleContractJson as ContractArtifact;
    ```
 7. ???
 8. Profit.
diff --git a/yarn-project/noir-contracts/package.json b/yarn-project/noir-contracts/package.json
index 0739cee59762..21f59ba110ac 100644
--- a/yarn-project/noir-contracts/package.json
+++ b/yarn-project/noir-contracts/package.json
@@ -14,7 +14,7 @@
     "formatting": "run -T prettier --check ./src && run -T eslint ./src",
     "formatting:fix": "run -T prettier -w ./src",
     "test": "NODE_NO_WARNINGS=1 node --experimental-vm-modules $(yarn bin jest) --passWithNoTests",
-    "noir:clean": "rm -rf ./src/artifacts ./src/types && mkdir -p ../aztec.js/src/abis/ && find ../aztec.js/src/abis/ -mindepth 1 -delete && rm -rf target/",
+    "noir:clean": "rm -rf ./src/artifacts ./src/types && mkdir -p ../aztec.js/src/artifacts/ && find ../aztec.js/src/artifacts/ -mindepth 1 -delete && rm -rf target/",
     "noir:build": "./src/scripts/compile.sh",
     "noir:build:all": "yarn noir:clean && ./scripts/compile_all.sh && ./scripts/types_all.sh",
     "noir:types:all": "./scripts/types_all.sh"
diff --git a/yarn-project/noir-contracts/scripts/get_all_libraries.sh b/yarn-project/noir-contracts/scripts/get_all_libraries.sh
index 3220187ae3c1..f1913a46cafd 100755
--- a/yarn-project/noir-contracts/scripts/get_all_libraries.sh
+++ b/yarn-project/noir-contracts/scripts/get_all_libraries.sh
@@ -1,3 +1,3 @@
 #!/bin/bash
-# Utility to get the names of all noir libaries located in ../aztec-nr
+# Utility to get the names of all noir libraries located in ../aztec-nr
 echo $(ls -d ../aztec-nr/*/Nargo.toml | sed -r "s/..\\/aztec-nr\\/(.+)\\/Nargo.toml/\\1/")
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/scripts/types.sh b/yarn-project/noir-contracts/scripts/types.sh
index 883e5af2b44e..881978d17d94 100755
--- a/yarn-project/noir-contracts/scripts/types.sh
+++ b/yarn-project/noir-contracts/scripts/types.sh
@@ -32,7 +32,7 @@ write_export() {
     NAME=$(echo $CONTRACT_NAME | perl -pe 's/(^|_)(\w)/\U$2/g')
 
     # artifacts
-    echo "export const ${NAME}ContractAbi = ${NAME}Json as ContractAbi;"  >> "$artifacts_dir/index.ts";
+    echo "export const ${NAME}ContractArtifact = ${NAME}Json as ContractArtifact;"  >> "$artifacts_dir/index.ts";
     echo "Written typescript for $NAME"
 
     # types
@@ -50,7 +50,7 @@ process() {
 
 format(){
   echo "Formatting contract folders"
-  yarn run -T prettier -w  ../aztec.js/src/abis/*.json ./$types_dir/*.ts
+  yarn run -T prettier -w  ../aztec.js/src/artifacts/*.json ./$types_dir/*.ts
   echo -e "Done\n"
 }
 
@@ -68,7 +68,7 @@ rm -f $artifacts_dir/index.ts || true
 
 # Generate artifacts package index.ts
 echo "// Auto generated module\n" > "$artifacts_dir/index.ts";
-echo "import { ContractAbi } from '@aztec/foundation/abi';"  >> "$artifacts_dir/index.ts";
+echo "import { ContractArtifact } from '@aztec/foundation/abi';"  >> "$artifacts_dir/index.ts";
 
 # Generate types package index.ts
 echo "// Auto generated module\n" > "$types_dir/index.ts";
diff --git a/yarn-project/noir-contracts/src/contracts/card_game_contract/src/cards.nr b/yarn-project/noir-contracts/src/contracts/card_game_contract/src/cards.nr
index 219728e3f90f..58005615eca2 100644
--- a/yarn-project/noir-contracts/src/contracts/card_game_contract/src/cards.nr
+++ b/yarn-project/noir-contracts/src/contracts/card_game_contract/src/cards.nr
@@ -28,7 +28,7 @@ struct Card {
 }
 
 impl Card {
-    fn from_field(field: Field) -> Card {
+    pub fn from_field(field: Field) -> Card {
         let value_bytes = field.to_le_bytes(32);
         let strength = (value_bytes[0] as u16) + (value_bytes[1] as u16) * 256;
         let points = (value_bytes[2] as u16) + (value_bytes[3] as u16) * 256;
@@ -38,11 +38,11 @@ impl Card {
         }
     }
 
-    fn to_field(self) -> Field {
+    pub fn to_field(self) -> Field {
         self.strength as Field + (self.points as Field)*65536
     }
 
-    fn serialize(self) -> [Field; 2] {
+    pub fn serialize(self) -> [Field; 2] {
         [self.strength as Field, self.points as Field]
     }
 }
@@ -73,14 +73,14 @@ impl CardNote {
         CardNote::from_card(card, owner)
     }
 
-    fn from_card(card: Card, owner: Field) -> CardNote {
+    pub fn from_card(card: Card, owner: Field) -> CardNote {
         CardNote {
             card,
             note: ValueNote::new(card.to_field(), owner),
         }
     }
 
-    fn from_note(note: ValueNote) -> CardNote {
+    pub fn from_note(note: ValueNote) -> CardNote {
         CardNote {
             card: Card::from_field(note.value),
             note,
@@ -92,7 +92,7 @@ struct Deck {
     set: Set<ValueNote, VALUE_NOTE_LEN>,
 }
 
-fn filter_cards<N>(notes: [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL], desired_cards: [Card; N]) -> [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL] {
+pub fn filter_cards<N>(notes: [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL], desired_cards: [Card; N]) -> [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL] {
     let mut selected = [Option::none(); MAX_READ_REQUESTS_PER_CALL];
 
     let mut found = [false; N];
@@ -118,7 +118,7 @@ fn filter_cards<N>(notes: [Option<ValueNote>; MAX_READ_REQUESTS_PER_CALL], desir
 
 
 impl Deck {
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
     ) -> Self {
@@ -132,7 +132,7 @@ impl Deck {
         }
     }
 
-    fn add_cards<N>(&mut self, cards: [Card; N], owner: Field) -> [CardNote]{
+    pub fn add_cards<N>(&mut self, cards: [Card; N], owner: Field) -> [CardNote]{
         let owner_key = get_public_key(owner);
         let context = self.set.context.private.unwrap();
 
@@ -153,7 +153,7 @@ impl Deck {
         inserted_cards
     }
 
-    fn get_cards<N>(&mut self, cards: [Card; N], owner: Field) -> [CardNote; N] {
+    pub fn get_cards<N>(&mut self, cards: [Card; N], owner: Field) -> [CardNote; N] {
         let options = NoteGetterOptions::with_filter(filter_cards, cards);
         let maybe_notes = self.set.get_notes(options);
         let mut found_cards = [Option::none(); N];
@@ -180,14 +180,14 @@ impl Deck {
         })
     }
 
-    fn remove_cards<N>(&mut self, cards: [Card; N], owner: Field) {
+    pub fn remove_cards<N>(&mut self, cards: [Card; N], owner: Field) {
         let card_notes = self.get_cards(cards, owner);
         for card_note in card_notes {
             self.set.remove(card_note.note);
         }
     }
 
-    unconstrained fn view_cards(self, offset: u32) -> [Option<Card>; MAX_NOTES_PER_PAGE] {
+    unconstrained pub fn view_cards(self, offset: u32) -> [Option<Card>; MAX_NOTES_PER_PAGE] {
         let options = NoteViewerOptions::new().set_offset(offset);
         let opt_notes = self.set.view_notes(options);
         let mut opt_cards = [Option::none(); MAX_NOTES_PER_PAGE];
@@ -203,7 +203,7 @@ impl Deck {
 
 global PACK_CARDS = 3; // Limited by number of write requests (max 4)
 
-fn get_pack_cards(
+pub fn get_pack_cards(
     seed: Field,
     owner_address: Field
 ) -> [Card; PACK_CARDS] {
@@ -226,7 +226,7 @@ fn get_pack_cards(
     cards
 }
 
-fn compute_deck_strength<N>(cards: [Card; N]) -> Field {
+pub fn compute_deck_strength<N>(cards: [Card; N]) -> Field {
     cards.fold(0, |acc, card: Card| {
         acc + card.strength as Field
     })
diff --git a/yarn-project/noir-contracts/src/contracts/card_game_contract/src/game.nr b/yarn-project/noir-contracts/src/contracts/card_game_contract/src/game.nr
index 30a8c722bd10..75be5f84979f 100644
--- a/yarn-project/noir-contracts/src/contracts/card_game_contract/src/game.nr
+++ b/yarn-project/noir-contracts/src/contracts/card_game_contract/src/game.nr
@@ -11,7 +11,7 @@ struct PlayerEntry {
 }
 
 impl PlayerEntry {
-    fn is_initialized(self) -> bool {
+    pub fn is_initialized(self) -> bool {
         self.address != 0
     }
 }
@@ -79,11 +79,11 @@ fn serializeGame(game: Game) -> [Field; GAME_SERIALIZED_LEN] {
 }
 
 impl Game {
-    fn serialize(self: Self) -> [Field; GAME_SERIALIZED_LEN] {
+    pub fn serialize(self: Self) -> [Field; GAME_SERIALIZED_LEN] {
         serializeGame(self)
     }
 
-    fn add_player(&mut self, player_entry: PlayerEntry) -> bool {
+    pub fn add_player(&mut self, player_entry: PlayerEntry) -> bool {
         let mut added = false;
 
         for i in 0..NUMBER_OF_PLAYERS {
@@ -99,7 +99,7 @@ impl Game {
         added
     }
 
-    fn start_game(&mut self) {
+    pub fn start_game(&mut self) {
         assert(!self.started, "Game already started");
         for i in 0..NUMBER_OF_PLAYERS {
             let entry = self.players[i];
@@ -110,13 +110,13 @@ impl Game {
         self.started = true;
     }
 
-    fn current_player(self) -> PlayerEntry {
+    pub fn current_player(self) -> PlayerEntry {
         assert(self.started, "Game not started");
         assert(!self.finished, "Game finished");
         self.players[self.current_player]
     }
 
-    fn winner(self) -> PlayerEntry {
+    pub fn winner(self) -> PlayerEntry {
         assert(self.finished, "Game not finished");
         let mut winner = self.players[0];
         for i in 1..NUMBER_OF_PLAYERS {
@@ -128,7 +128,7 @@ impl Game {
         winner
     }
 
-    fn play_card(&mut self, card: Card) {
+    pub fn play_card(&mut self, card: Card) {
         assert(self.started, "Game not started");
         assert(!self.finished, "Game finished");
 
diff --git a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/account_contract_interface.nr b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/account_contract_interface.nr
index ab79a11c7161..0701b4819be2 100644
--- a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/account_contract_interface.nr
+++ b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/account_contract_interface.nr
@@ -3,9 +3,9 @@ struct AccountContractInterface {
 }
 
 impl AccountContractInterface {
-    fn at(address: Field) -> Self {
+    pub fn at(address: Field) -> Self {
         AccountContractInterface { address }
     }
 
-    fn send_rewards(_self: Self, _rewards: u8) {}
+    pub fn send_rewards(_self: Self, _rewards: u8) {}
 }
diff --git a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/actions.nr b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/actions.nr
index 4a3b77d8914f..f84bd2914783 100644
--- a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/actions.nr
+++ b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/actions.nr
@@ -17,28 +17,28 @@ use crate::types::{
 };
 
 // docs:start:state_vars-PublicStateRead
-fn is_locked(state_var: PublicState<bool, BOOL_SERIALIZED_LEN>) -> bool {
+pub fn is_locked(state_var: PublicState<bool, BOOL_SERIALIZED_LEN>) -> bool {
     state_var.read()
 }
 // docs:end:state_vars-PublicStateRead
 
 // docs:start:state_vars-PublicStateWrite
-fn lock(state_var: PublicState<bool, BOOL_SERIALIZED_LEN>) {
+pub fn lock(state_var: PublicState<bool, BOOL_SERIALIZED_LEN>) {
     state_var.write(true);
 }
 // docs:end:state_vars-PublicStateWrite
 
-fn unlock(state_var: PublicState<bool, BOOL_SERIALIZED_LEN>) {
+pub fn unlock(state_var: PublicState<bool, BOOL_SERIALIZED_LEN>) {
     state_var.write(false);
 }
 
 // docs:start:state_vars-PublicStateReadCustom
-fn get_current_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>) -> Queen {
+pub fn get_current_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>) -> Queen {
     state_var.read()
 }
 // docs:end:state_vars-PublicStateReadCustom
 
-fn can_replace_queen(
+pub fn can_replace_queen(
     state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>,
     new_queen: Queen,
 ) -> bool {
@@ -47,13 +47,13 @@ fn can_replace_queen(
 }
 
 // docs:start:state_vars-PublicStateWriteCustom
-fn replace_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>, new_queen: Queen) {
+pub fn replace_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>, new_queen: Queen) {
     state_var.write(new_queen);
 }
 // docs:end:state_vars-PublicStateWriteCustom
 
 // docs:start:state_vars-PublicStateReadWriteCustom
-fn add_points_to_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>, new_points: u8) {
+pub fn add_points_to_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>, new_points: u8) {
     let mut queen = state_var.read();
     queen.points += new_points;
     state_var.write(queen);
@@ -61,25 +61,25 @@ fn add_points_to_queen(state_var: PublicState<Queen, QUEEN_SERIALIZED_LEN>, new_
 // docs:end:state_vars-PublicStateReadWriteCustom
 
 // docs:start:state_vars-SingletonInit
-fn init_legendary_card(state_var: Singleton<CardNote, CARD_NOTE_LEN>, card: &mut CardNote) {
+pub fn init_legendary_card(state_var: Singleton<CardNote, CARD_NOTE_LEN>, card: &mut CardNote) {
     state_var.initialize(card, Option::some(card.owner));
 }
 // docs:end:state_vars-SingletonInit
 
 // docs:start:state_vars-SingletonReplace
-fn update_legendary_card(state_var: Singleton<CardNote, CARD_NOTE_LEN>, card: &mut CardNote) {
+pub fn update_legendary_card(state_var: Singleton<CardNote, CARD_NOTE_LEN>, card: &mut CardNote) {
     state_var.replace(card);
 }
 // docs:end:state_vars-SingletonReplace
 
 // docs:start:state_vars-SingletonGet
-fn get_legendary_card(state_var: Singleton<CardNote, CARD_NOTE_LEN>) -> CardNote {
+pub fn get_legendary_card(state_var: Singleton<CardNote, CARD_NOTE_LEN>) -> CardNote {
     state_var.get_note()
 }
 // docs:end:state_vars-SingletonGet
 
 // docs:start:state_vars-ImmutableSingletonInit
-fn init_game_rules(
+pub fn init_game_rules(
     state_var: ImmutableSingleton<RulesNote, RULES_NOTE_LEN>,
     rules: &mut RulesNote,
 ) {
@@ -88,26 +88,26 @@ fn init_game_rules(
 // docs:end:state_vars-ImmutableSingletonInit
 
 // docs:start:state_vars-ImmutableSingletonGet
-fn is_valid_card(state_var: ImmutableSingleton<RulesNote, RULES_NOTE_LEN>, card: CardNote) -> bool {
+pub fn is_valid_card(state_var: ImmutableSingleton<RulesNote, RULES_NOTE_LEN>, card: CardNote) -> bool {
     let rules = state_var.get_note();
     card.points >= rules.min_points & card.points <= rules.max_points
 }
 // docs:end:state_vars-ImmutableSingletonGet
 
 // docs:start:state_vars-SetInsert
-fn add_new_card(state_var: Set<CardNote, CARD_NOTE_LEN>, card: &mut CardNote) {
+pub fn add_new_card(state_var: Set<CardNote, CARD_NOTE_LEN>, card: &mut CardNote) {
     state_var.insert(card);
 }
 // docs:end:state_vars-SetInsert
 
 // docs:start:state_vars-SetRemove
-fn remove_card(state_var: Set<CardNote, CARD_NOTE_LEN>, card: CardNote) {
+pub fn remove_card(state_var: Set<CardNote, CARD_NOTE_LEN>, card: CardNote) {
     state_var.remove(card);
 }
 // docs:end:state_vars-SetRemove
 
 // docs:start:state_vars-SetGet
-fn get_cards<FILTER_PARAMS>(
+pub fn get_cards<FILTER_PARAMS>(
     state_var: Set<CardNote, CARD_NOTE_LEN>,
     options: NoteGetterOptions<CardNote, CARD_NOTE_LEN, FILTER_PARAMS>,
 ) -> [Option<CardNote>; MAX_READ_REQUESTS_PER_CALL] {
@@ -116,7 +116,7 @@ fn get_cards<FILTER_PARAMS>(
 // docs:end:state_vars-SetGet
 
 // docs:start:state_vars-SetView
-unconstrained  fn view_cards(
+unconstrained pub fn view_cards(
     state_var: Set<CardNote, CARD_NOTE_LEN>,
     options: NoteViewerOptions<CardNote, CARD_NOTE_LEN>,
 ) -> [Option<CardNote>; MAX_NOTES_PER_PAGE] {
@@ -124,7 +124,7 @@ unconstrained  fn view_cards(
 }
 // docs:end:state_vars-SetView
 
-unconstrained fn get_total_points(
+unconstrained pub fn get_total_points(
     state_var: Set<CardNote, CARD_NOTE_LEN>,
     account: Field,
     offset: u32,
@@ -146,7 +146,7 @@ unconstrained fn get_total_points(
 }
 
 // docs:start:state_vars-MapAtSingletonInit
-fn add_new_profile(
+pub fn add_new_profile(
     state_var: Map<Singleton<ProfileNote, PROFILE_NOTE_LEN>>,
     account: Field,
     profile: &mut ProfileNote,
@@ -156,7 +156,7 @@ fn add_new_profile(
 // docs:end:state_vars-MapAtSingletonInit
 
 // docs:start:state_vars-MapAtSingletonGet
-fn get_profile(
+pub fn get_profile(
     state_var: Map<Singleton<ProfileNote, PROFILE_NOTE_LEN>>,
     account: Field,
 ) -> ProfileNote {
diff --git a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/options.nr b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/options.nr
index 56751913f0c3..636a6de36093 100644
--- a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/options.nr
+++ b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/options.nr
@@ -4,7 +4,7 @@ use dep::aztec::note::note_getter_options::{NoteGetterOptions, Sort, SortOrder};
 use dep::std::option::Option;
 
 // docs:start:state_vars-NoteGetterOptionsSelectSortOffset
-fn create_account_card_getter_options(
+pub fn create_account_card_getter_options(
     account_address: Field,
     offset: u32,
 ) -> NoteGetterOptions<CardNote, CARD_NOTE_LEN, Field> {
@@ -16,7 +16,7 @@ fn create_account_card_getter_options(
 // docs:end:state_vars-NoteGetterOptionsSelectSortOffset
 
 // docs:start:state_vars-NoteGetterOptionsMultiSelects
-fn create_exact_card_getter_options(
+pub fn create_exact_card_getter_options(
     points: u8,
     secret: Field,
     account_address: Field,
@@ -29,7 +29,7 @@ fn create_exact_card_getter_options(
 // docs:end:state_vars-NoteGetterOptionsMultiSelects
 
 // docs:start:state_vars-OptionFilter
-fn filter_min_points(
+pub fn filter_min_points(
     cards: [Option<CardNote>; MAX_READ_REQUESTS_PER_CALL],
     min_points: u8,
 ) -> [Option<CardNote>; MAX_READ_REQUESTS_PER_CALL] {
@@ -46,7 +46,7 @@ fn filter_min_points(
 // docs:end:state_vars-OptionFilter
 
 // docs:start:state_vars-NoteGetterOptionsFilter
-fn create_account_cards_with_min_points_getter_options(
+pub fn create_account_cards_with_min_points_getter_options(
     account_address: Field,
     min_points: u8,
 ) -> NoteGetterOptions<CardNote, CARD_NOTE_LEN, u8> {
@@ -57,7 +57,7 @@ fn create_account_cards_with_min_points_getter_options(
 // docs:end:state_vars-NoteGetterOptionsFilter
 
 // docs:start:state_vars-NoteGetterOptionsPickOne
-fn create_largest_account_card_getter_options(
+pub fn create_largest_account_card_getter_options(
     account_address: Field,
 ) -> NoteGetterOptions<CardNote, CARD_NOTE_LEN, Field> {
     NoteGetterOptions::new()
diff --git a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/card_note.nr b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/card_note.nr
index c193534e5941..509e73372690 100644
--- a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/card_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/card_note.nr
@@ -19,7 +19,7 @@ struct CardNote {
 // docs:end:state_vars-CardNote
 
 impl CardNote {
-    fn new(points: u8, secret: Field, owner: Field) -> Self {
+    pub fn new(points: u8, secret: Field, owner: Field) -> Self {
         CardNote {
             points,
             secret,
@@ -28,11 +28,11 @@ impl CardNote {
         }
     }
 
-    fn serialize(self) -> [Field; CARD_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; CARD_NOTE_LEN] {
         [self.points as Field, self.secret, self.owner]
     }
 
-    fn deserialize(preimage: [Field; CARD_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; CARD_NOTE_LEN]) -> Self {
         CardNote {
             points: preimage[0] as u8,
             secret: preimage[1],
@@ -41,7 +41,7 @@ impl CardNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         dep::std::hash::pedersen([
             self.points as Field, 
             self.secret,
@@ -49,7 +49,7 @@ impl CardNote {
         ])[0]
     }
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(CardNoteMethods, self);
         let secret = get_secret_key(self.owner);
         dep::std::hash::pedersen([
@@ -59,7 +59,7 @@ impl CardNote {
         ])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/profile_note.nr b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/profile_note.nr
index e287d8ab544e..6205a5acf002 100644
--- a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/profile_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/profile_note.nr
@@ -12,7 +12,7 @@ struct ProfileNote {
 }
 
 impl ProfileNote {
-    fn new(avatar: Field, xp: Field) -> Self {
+    pub fn new(avatar: Field, xp: Field) -> Self {
         ProfileNote {
             avatar,
             xp,
@@ -20,11 +20,11 @@ impl ProfileNote {
         }
     }
 
-    fn serialize(self) -> [Field; PROFILE_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; PROFILE_NOTE_LEN] {
         [self.avatar, self.xp]
     }
 
-    fn deserialize(preimage: [Field; PROFILE_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; PROFILE_NOTE_LEN]) -> Self {
         ProfileNote {
             avatar: preimage[1],
             xp: preimage[0],
@@ -32,19 +32,19 @@ impl ProfileNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         dep::std::hash::pedersen([
             self.avatar, 
             self.xp,
         ])[0]
     }
 
-    fn compute_nullifier(_self: Self) -> Field {
+    pub fn compute_nullifier(_self: Self) -> Field {
         assert(false); // Not allowed.
         0
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/rules_note.nr b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/rules_note.nr
index e67c116e9611..27b0faf1cc1e 100644
--- a/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/rules_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/docs_example_contract/src/types/rules_note.nr
@@ -12,7 +12,7 @@ struct RulesNote {
 }
 
 impl RulesNote {
-    fn new(min_points: u8, max_points: u8) -> Self {
+    pub fn new(min_points: u8, max_points: u8) -> Self {
         RulesNote {
             min_points,
             max_points,
@@ -20,11 +20,11 @@ impl RulesNote {
         }
     }
 
-    fn serialize(self) -> [Field; RULES_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; RULES_NOTE_LEN] {
         [self.min_points as Field, self.max_points as Field]
     }
 
-    fn deserialize(preimage: [Field; RULES_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; RULES_NOTE_LEN]) -> Self {
         RulesNote {
             min_points: preimage[0] as u8,
             max_points: preimage[1] as u8,
@@ -32,19 +32,19 @@ impl RulesNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         dep::std::hash::pedersen([
             self.min_points as Field, 
             self.max_points as Field, 
         ])[0]
     }
 
-    fn compute_nullifier(_self: Self) -> Field {
+    pub fn compute_nullifier(_self: Self) -> Field {
         // Not used
         0
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/ecdsa_account_contract/src/ecdsa_public_key_note.nr b/yarn-project/noir-contracts/src/contracts/ecdsa_account_contract/src/ecdsa_public_key_note.nr
index c80188fff21d..99e27616bed9 100644
--- a/yarn-project/noir-contracts/src/contracts/ecdsa_account_contract/src/ecdsa_public_key_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/ecdsa_account_contract/src/ecdsa_public_key_note.nr
@@ -15,7 +15,7 @@ struct EcdsaPublicKeyNote {
 }
 
 impl EcdsaPublicKeyNote {
-    fn new(x: [u8; 32], y: [u8; 32], owner: Field) -> Self {
+    pub fn new(x: [u8; 32], y: [u8; 32], owner: Field) -> Self {
         EcdsaPublicKeyNote {
             x,
             y,
@@ -30,16 +30,16 @@ impl EcdsaPublicKeyNote {
     // [2] = y[0..31]
     // [3] = y[31]
     // [4] = owner
-    fn serialize(self) -> [Field; ECDSA_PUBLIC_KEY_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; ECDSA_PUBLIC_KEY_NOTE_LEN] {
         let mut x: Field = 0;
         let mut y: Field = 0;
         let mut mul: Field = 1;
 
         for i in 1..32 {
-          let bytex: Field = self.x[31 - i] as Field;
-          x = x + (bytex * mul);
-          let bytey: Field = self.y[31 - i] as Field;
-          y = y + (bytey * mul);
+          let byte_x: Field = self.x[31 - i] as Field;
+          x = x + (byte_x * mul);
+          let byte_y: Field = self.y[31 - i] as Field;
+          y = y + (byte_y * mul);
           mul *= 256;
         }
 
@@ -50,7 +50,7 @@ impl EcdsaPublicKeyNote {
         res
     }
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let unique_siloed_note_hash = compute_unique_siloed_note_hash(EcdsaPublicKeyNoteInterface, self);
         let secret = get_secret_key(self.owner);
         // TODO(#1205) Should use a non-zero generator index.
@@ -61,7 +61,7 @@ impl EcdsaPublicKeyNote {
         ])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/escrow_contract/Nargo.toml b/yarn-project/noir-contracts/src/contracts/escrow_contract/Nargo.toml
index 6278ae9ddfbb..0273f8d5f8e4 100644
--- a/yarn-project/noir-contracts/src/contracts/escrow_contract/Nargo.toml
+++ b/yarn-project/noir-contracts/src/contracts/escrow_contract/Nargo.toml
@@ -6,3 +6,4 @@ type = "contract"
 
 [dependencies]
 aztec = { path = "../../../../aztec-nr/aztec" }
+address_note = { path = "../../../../aztec-nr/address-note"}
diff --git a/yarn-project/noir-contracts/src/contracts/escrow_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/escrow_contract/src/main.nr
index c12ddf56bb51..e489eb9812aa 100644
--- a/yarn-project/noir-contracts/src/contracts/escrow_contract/src/main.nr
+++ b/yarn-project/noir-contracts/src/contracts/escrow_contract/src/main.nr
@@ -1,5 +1,3 @@
-mod address_note;
-
 // Sample escrow contract that stores a balance of a private token on behalf of an owner.
 contract Escrow {
     use dep::std::option::Option;
@@ -17,7 +15,7 @@ contract Escrow {
         state_vars::set::Set,
     };
 
-    use crate::address_note::{
+    use dep::address_note::address_note::{
         AddressNote,
         AddressNoteMethods,
         ADDRESS_NOTE_LEN,
diff --git a/yarn-project/noir-contracts/src/contracts/lending_contract/src/asset.nr b/yarn-project/noir-contracts/src/contracts/lending_contract/src/asset.nr
index 76a6744c9e34..cb8dcd90ad4f 100644
--- a/yarn-project/noir-contracts/src/contracts/lending_contract/src/asset.nr
+++ b/yarn-project/noir-contracts/src/contracts/lending_contract/src/asset.nr
@@ -35,7 +35,7 @@ fn serializeAsset(asset: Asset) -> [Field; ASSET_SERIALIZED_LEN] {
 }
 
 impl Asset {
-    fn serialize(self: Self) -> [Field; ASSET_SERIALIZED_LEN] {
+    pub fn serialize(self: Self) -> [Field; ASSET_SERIALIZED_LEN] {
         serializeAsset(self)
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/lending_contract/src/helpers.nr b/yarn-project/noir-contracts/src/contracts/lending_contract/src/helpers.nr
index 30df21ea5b05..d94ebe60872b 100644
--- a/yarn-project/noir-contracts/src/contracts/lending_contract/src/helpers.nr
+++ b/yarn-project/noir-contracts/src/contracts/lending_contract/src/helpers.nr
@@ -6,7 +6,7 @@ use dep::safe_math::SafeU120;
 // Utility used to easily get a "id" for a private user that sits in the same
 // "space" as the public users.
 // It help us to have a single mapping for collateral that have both public and private users.
-fn compute_identifier(
+pub fn compute_identifier(
     secret: Field,
     on_behalf_of: Field,
     self: Field,
@@ -20,7 +20,7 @@ fn compute_identifier(
     }
 }
 
-fn covered_by_collateral(
+pub fn covered_by_collateral(
     price: u120,
     loan_to_value: u120,
     collateral: u120,
@@ -45,7 +45,7 @@ struct DebtReturn {
     static_debt: u120,
 }
 
-fn debt_updates(
+pub fn debt_updates(
     interest_accumulator: u120,
     static_debt: u120,
     increase: u120,
@@ -78,7 +78,7 @@ fn debt_updates(
     }
 }
 
-fn debt_value(
+pub fn debt_value(
     static_debt: u120,
     interest_accumulator: u120,
 ) -> u120 {
diff --git a/yarn-project/noir-contracts/src/contracts/lending_contract/src/interest_math.nr b/yarn-project/noir-contracts/src/contracts/lending_contract/src/interest_math.nr
index e6bcadd9b56f..735e6ce9e7ab 100644
--- a/yarn-project/noir-contracts/src/contracts/lending_contract/src/interest_math.nr
+++ b/yarn-project/noir-contracts/src/contracts/lending_contract/src/interest_math.nr
@@ -7,7 +7,7 @@ use dep::safe_math::SafeU120;
 // dividing with 31536000 (seconds per year).
 // rate must be measured with higher precision than 10^9.
 // we use e18, and rates >= 4% yearly. Otherwise need more precision
-fn compute_multiplier(
+pub fn compute_multiplier(
     rate_per_second: u120,
     dt: SafeU120,
 ) -> SafeU120 {
diff --git a/yarn-project/noir-contracts/src/contracts/lending_contract/src/interfaces.nr b/yarn-project/noir-contracts/src/contracts/lending_contract/src/interfaces.nr
index b11e56a59f63..b4f0634f7234 100644
--- a/yarn-project/noir-contracts/src/contracts/lending_contract/src/interfaces.nr
+++ b/yarn-project/noir-contracts/src/contracts/lending_contract/src/interfaces.nr
@@ -12,11 +12,11 @@ struct PriceFeed {
 }
 
 impl PriceFeed {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
     Self { address }
   }
 
-  fn get_price(self: Self, context: PublicContext) -> u120 {
+  pub fn get_price(self: Self, context: PublicContext) -> u120 {
     let return_values = context.call_public_function(
       self.address, 
       compute_selector("get_price(Field)"),
@@ -32,11 +32,11 @@ struct Token {
 }
 
 impl Token {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
     Self { address }
   }
 
-  fn transfer_public(self: Self, context: PublicContext, from: Field, to: Field, amount: Field, nonce: Field) {
+  pub fn transfer_public(self: Self, context: PublicContext, from: Field, to: Field, amount: Field, nonce: Field) {
     let _transfer_return_values = context.call_public_function(
       self.address,
       compute_selector("transfer_public((Field),(Field),Field,Field)"),
@@ -44,7 +44,7 @@ impl Token {
     );
   }
 
-  fn mint_public(self: Self, context: PublicContext, to: Field, amount: Field) {
+  pub fn mint_public(self: Self, context: PublicContext, to: Field, amount: Field) {
     let _return_values = context.call_public_function(
       self.address,
       compute_selector("mint_public((Field),Field)"),
@@ -52,7 +52,7 @@ impl Token {
     );
   }
 
-  fn burn_public(self: Self, context: PublicContext, from: Field, amount: Field, nonce: Field){
+  pub fn burn_public(self: Self, context: PublicContext, from: Field, amount: Field, nonce: Field){
     let _return_values = context.call_public_function(
       self.address,
       compute_selector("burn_public((Field),Field,Field)"),
@@ -61,7 +61,7 @@ impl Token {
   }
 
   // Private
-  fn unshield(self: Self, context: &mut PrivateContext, from: Field, to: Field, amount: Field, nonce: Field) -> [Field; RETURN_VALUES_LENGTH] {
+  pub fn unshield(self: Self, context: &mut PrivateContext, from: Field, to: Field, amount: Field, nonce: Field) -> [Field; RETURN_VALUES_LENGTH] {
     context.call_private_function(
       self.address,
       compute_selector("unshield((Field),(Field),Field,Field)"),
@@ -69,7 +69,7 @@ impl Token {
     )
   }
 
-  fn burn(self: Self, context: &mut PrivateContext, from: Field, amount: Field, nonce: Field) -> [Field; RETURN_VALUES_LENGTH] {
+  pub fn burn(self: Self, context: &mut PrivateContext, from: Field, amount: Field, nonce: Field) -> [Field; RETURN_VALUES_LENGTH] {
     context.call_private_function(
       self.address,
       compute_selector("burn((Field),Field,Field)"),
@@ -83,11 +83,11 @@ struct Lending {
 }
 
 impl Lending {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
     Self { address }
   }
 
-  fn update_accumulator(self: Self, context: PublicContext) -> Asset {
+  pub fn update_accumulator(self: Self, context: PublicContext) -> Asset {
     let return_values = context.call_public_function_no_args(
       self.address,
       compute_selector("update_accumulator()"),
diff --git a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/Nargo.toml b/yarn-project/noir-contracts/src/contracts/non_native_token_contract/Nargo.toml
deleted file mode 100644
index 5e51ed65b25b..000000000000
--- a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/Nargo.toml
+++ /dev/null
@@ -1,9 +0,0 @@
-[package]
-name = "non_native_token_contract"
-authors = [""]
-compiler_version = "0.1"
-type = "contract"
-
-[dependencies]
-aztec = { path = "../../../../aztec-nr/aztec" }
-value_note = { path = "../../../../aztec-nr/value-note"}
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/hash.nr b/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/hash.nr
deleted file mode 100644
index 42b092c59ec8..000000000000
--- a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/hash.nr
+++ /dev/null
@@ -1,78 +0,0 @@
-use dep::std::hash::sha256;
-
-// Computes a content hash of a deposit/mint message.
-fn get_mint_content_hash(amount: Field, owner_address: Field, canceller: Field) -> Field {
-    let mut hash_bytes: [u8; 100] = [0; 100];
-    let amount_bytes = amount.to_be_bytes(32);
-    let recipient_bytes = owner_address.to_be_bytes(32);
-    let canceller_bytes = canceller.to_be_bytes(32);
-
-    for i in 0..32 {
-        hash_bytes[i + 4] = amount_bytes[i];
-        hash_bytes[i + 36] = recipient_bytes[i];
-        hash_bytes[i + 68] = canceller_bytes[i];
-    }
-    
-    // Function selector: 0xeeb73071 keccak256('mint(uint256,bytes32,address)')
-    hash_bytes[0] = 0xee;
-    hash_bytes[1] = 0xb7;
-    hash_bytes[2] = 0x30;
-    hash_bytes[3] = 0x71;
-    
-    let content_sha256 = sha256(hash_bytes);
-
-    // // Convert the content_sha256 to a field element
-    let mut v = 1;
-    let mut high = 0 as Field;
-    let mut low = 0 as Field;
-
-    for i in 0..16 {
-        high = high + (content_sha256[15 - i] as Field) * v;
-        low = low + (content_sha256[16 + 15 - i] as Field) * v;
-        v = v * 256;
-    }
-
-    // Abuse that a % p + b % p = (a + b) % p and that low < p
-    let content_hash = low + high * v;
-    content_hash
-}
-
-// Computes a content hash of a withdraw message.
-fn get_withdraw_content_hash(amount: Field, recipient: Field, callerOnL1: Field) -> Field {
-    // Compute the content hash
-    // Compute sha256(selector || amount || recipient)
-    // then convert to a single field element
-    // add that to the l2 to l1 messages
-    let mut hash_bytes: [u8; 100] = [0; 100];
-    let amount_bytes = amount.to_be_bytes(32);
-    let recipient_bytes = recipient.to_be_bytes(32);
-    let callerOnL1_bytes = callerOnL1.to_be_bytes(32);
-    
-    //  0xb460af94, selector for "withdraw(uint256,address,address)"
-    hash_bytes[0] = 0xb4;
-    hash_bytes[1] = 0x60;
-    hash_bytes[2] = 0xaf;
-    hash_bytes[3] = 0x94;
-
-    for i in 0..32 {
-        hash_bytes[i + 4] = amount_bytes[i];
-        hash_bytes[i + 36] = recipient_bytes[i];
-        hash_bytes[i + 68] = callerOnL1_bytes[i];
-    }
-    let content_sha256 = sha256(hash_bytes);
-
-    // Convert the content_sha256 to a field element
-    let mut v = 1;
-    let mut high = 0 as Field;
-    let mut low = 0 as Field;
-    
-    for i in 0..16 {
-        high = high + (content_sha256[15 - i] as Field) * v;
-        low = low + (content_sha256[16 + 15 - i] as Field) * v;
-        v = v * 256;
-    }
-
-    // Abuse that a % p + b % p = (a + b) % p and that low < p
-    let content = low + high * v;
-    content
-}
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/interface.nr b/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/interface.nr
deleted file mode 100644
index f81e987051a2..000000000000
--- a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/interface.nr
+++ /dev/null
@@ -1,248 +0,0 @@
-/* Autogenerated file, do not edit! */
-  
-use dep::std;
-use dep::aztec::context::{ PrivateContext, PublicContext };
-use dep::aztec::constants_gen::RETURN_VALUES_LENGTH;
-
-
-
-// Interface for calling NonNativeToken functions from a private context
-struct NonNativeTokenPrivateContextInterface {
-  address: Field,
-}
-
-impl NonNativeTokenPrivateContextInterface {
-  fn at(address: Field) -> Self {
-      Self {
-          address,
-      }
-  }
-  
-  fn addUnshieldedBalance(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    recipient: Field
-  ) {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-
-    context.call_public_function(self.address, 0x716a727f, serialized_args)
-  }
-  
-
-  fn mint(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    owner: Field,
-    msg_key: Field,
-    secret: Field,
-    canceller: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 5];
-    serialized_args[0] = amount;
-    serialized_args[1] = owner;
-    serialized_args[2] = msg_key;
-    serialized_args[3] = secret;
-    serialized_args[4] = canceller;
-
-    context.call_private_function(self.address, 0x641662d1, serialized_args)
-  }
-  
-
-  fn mintPublic(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    owner_address: Field,
-    msg_key: Field,
-    secret: Field,
-    canceller: Field
-  ) {
-    let mut serialized_args = [0; 5];
-    serialized_args[0] = amount;
-    serialized_args[1] = owner_address;
-    serialized_args[2] = msg_key;
-    serialized_args[3] = secret;
-    serialized_args[4] = canceller;
-
-    context.call_public_function(self.address, 0x93343cc1, serialized_args)
-  }
-  
-
-  fn redeemShield(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    secret: Field,
-    owner: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 3];
-    serialized_args[0] = amount;
-    serialized_args[1] = secret;
-    serialized_args[2] = owner;
-
-    context.call_private_function(self.address, 0x8ecff612, serialized_args)
-  }
-  
-
-  fn shield(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    secretHash: Field
-  ) {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = secretHash;
-
-    context.call_public_function(self.address, 0x72451161, serialized_args)
-  }
-  
-
-  fn transfer(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    recipient: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-
-    context.call_private_function(self.address, 0xc0888d22, serialized_args)
-  }
-  
-
-  fn unshieldTokens(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    recipient: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-
-    context.call_private_function(self.address, 0x906b1f4f, serialized_args)
-  }
-  
-
-  fn withdraw(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    sender: Field,
-    recipient: Field,
-    callerOnL1: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 4];
-    serialized_args[0] = amount;
-    serialized_args[1] = sender;
-    serialized_args[2] = recipient;
-    serialized_args[3] = callerOnL1;
-
-    context.call_private_function(self.address, 0x760d58ea, serialized_args)
-  }
-  
-
-  fn withdrawPublic(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    recipient: Field,
-    callerOnL1: Field
-  ) {
-    let mut serialized_args = [0; 3];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-    serialized_args[2] = callerOnL1;
-
-    context.call_public_function(self.address, 0xc80c80d3, serialized_args)
-  }
-  
-}
-  
-  
-
-
-// Interface for calling NonNativeToken functions from a public context
-struct NonNativeTokenPublicContextInterface {
-  address: Field,
-}
-
-impl NonNativeTokenPublicContextInterface {
-  fn at(address: Field) -> Self {
-      Self {
-          address,
-      }
-  }
-  
-  fn addUnshieldedBalance(
-    self,
-    context: PublicContext,
-    amount: Field,
-    recipient: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-
-    context.call_public_function(self.address, 0x716a727f, serialized_args)
-  }
-  
-
-  fn mintPublic(
-    self,
-    context: PublicContext,
-    amount: Field,
-    owner_address: Field,
-    msg_key: Field,
-    secret: Field,
-    canceller: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 5];
-    serialized_args[0] = amount;
-    serialized_args[1] = owner_address;
-    serialized_args[2] = msg_key;
-    serialized_args[3] = secret;
-    serialized_args[4] = canceller;
-
-    context.call_public_function(self.address, 0x93343cc1, serialized_args)
-  }
-  
-
-  fn shield(
-    self,
-    context: PublicContext,
-    amount: Field,
-    secretHash: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = secretHash;
-
-    context.call_public_function(self.address, 0x72451161, serialized_args)
-  }
-  
-
-  fn withdrawPublic(
-    self,
-    context: PublicContext,
-    amount: Field,
-    recipient: Field,
-    callerOnL1: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 3];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-    serialized_args[2] = callerOnL1;
-
-    context.call_public_function(self.address, 0xc80c80d3, serialized_args)
-  }
-  
-}
-  
-  
diff --git a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/main.nr
deleted file mode 100644
index 8fd7c7212f7f..000000000000
--- a/yarn-project/noir-contracts/src/contracts/non_native_token_contract/src/main.nr
+++ /dev/null
@@ -1,322 +0,0 @@
-mod hash;
-mod transparent_note;
-
-// Represents an ERC20 token bridged from L1 to L2 via `l1-contracts/test/portals/TokenPortal.sol`. The bridged user
-// balance can be stored in both public and private domain. If the balance is stored in the private domain then it
-// is represented as a set of notes in the private data tree. If the balance is stored in the public domain then it is
-// represented as a single value in the public data tree.
-//
-// It is also used to test insertion of a note from public domain into the private data tree. How this works is that
-// a user provides a secret hash as an argument on the input of the public function, and the contract then inserts
-// a note into the private data tree once the public call is processed. A note can later on be spent by providing
-// the secret hash preimage on the input of a private function call.
-//
-// This flow will be typically used when performing a token swap:
-// 1. A calls a private function which enqueues a public call to the DEX contract (with the secret hash on input).
-// 2. The sequencer performs the public call to the DEX and the note gets inserted into the private data tree.
-// 3. At this point a recipient can spend the note in a private function assuming he/she knows the secret.
-contract NonNativeToken {
-    // Libs
-    use dep::std::option::Option;
-    use dep::value_note::{
-        balance_utils,
-        utils::{increment, decrement},
-        value_note::{VALUE_NOTE_LEN, ValueNote, ValueNoteMethods},
-    };
-
-    use crate::transparent_note::{
-        TransparentNote,
-        TransparentNoteMethods,
-        TRANSPARENT_NOTE_LEN,
-    };
-
-    use crate::hash::{get_mint_content_hash, get_withdraw_content_hash};
-
-    use dep::aztec::{
-        context::{PrivateContext, PublicContext, Context},
-        note::{
-            note_getter_options::NoteGetterOptions,
-            note_header::NoteHeader,
-            utils as note_utils,
-        },
-        selector::compute_selector,
-        state_vars::{map::Map, public_state::PublicState, set::Set},
-        types::type_serialization::field_serialization::{
-            FieldSerializationMethods, FIELD_SERIALIZED_LEN,
-        },
-    };
-
-    struct Storage {
-        balances: Map<Set<ValueNote, VALUE_NOTE_LEN>>,
-        pending_shields: Set<TransparentNote, TRANSPARENT_NOTE_LEN>,
-        public_balances: Map<PublicState<Field, FIELD_SERIALIZED_LEN>>,
-    }
-
-    impl Storage {
-        fn init(context: Context) -> pub Self {
-            Storage {
-                balances: Map::new(
-                    context,
-                    1, // Storage slot
-                    |context, slot| {
-                        Set::new(context, slot, ValueNoteMethods)
-                    },
-                ),
-                pending_shields: Set::new(context, 2, TransparentNoteMethods),
-                public_balances: Map::new(
-                    context,
-                    3,
-                    |context, slot| {
-                        PublicState::new(
-                            context,
-                            slot,
-                            FieldSerializationMethods,
-                        )
-                    },
-                ),
-            }
-        }
-    }
-
-    #[aztec(private)]
-    fn constructor(
-        initial_supply: Field,
-        owner: Field,
-    ) {
-        
-
-        let balance = storage.balances.at(owner);
-        increment(balance, initial_supply, owner);
-    }
-
-    // Mint Private Function
-    // This mint function differs to the typical token mint function as it only allows minting
-    // upon consuming valid messages from a token portal contract
-    // docs:start:non_native_token_mint
-    #[aztec(private)]
-    fn mint(
-        amount: Field,
-        owner: Field,
-        msg_key: Field,
-        secret: Field,
-        canceller: Field,
-    ) {
-        
-
-        let content_hash = get_mint_content_hash(amount, owner, canceller);
-
-        // Get the l1 message from an oracle call
-        context.consume_l1_to_l2_message(msg_key, content_hash, secret);
-
-        let balance = storage.balances.at(owner);
-        increment(balance, amount, owner);
-    }
-    // docs:end:non_native_token_mint
-
-    // Withdraws using user's private balance.
-    // @dev Destroys 2 of user's notes and sends a message to the L1 portal contract. That message can then be consumed
-    //      by calling the `withdraw` function on the L1 portal contract (assuming the args are set correctly).
-    // docs:start:non_native_token_withdraw
-    #[aztec(private)]
-    fn withdraw(
-        amount: Field,
-        sender: Field, // TODO: Should verify sender.
-        recipient: Field, // ethereum address in the field
-        callerOnL1: Field, // ethereum address that can call this function on the L1 portal (0x0 if anyone can call)
-    ) {
-        
-
-        let sender_balance = storage.balances.at(sender);
-        decrement(sender_balance, amount, sender);
-
-        let content = get_withdraw_content_hash(amount, recipient, callerOnL1);
-        context.message_portal(content);
-    }
-    // docs:end:non_native_token_withdraw
-
-    // Mint Public Function
-    // This mint function differs to the typical token mint function as it only allows minting
-    // upon consuming valid messages from a token portal contract
-    #[aztec(public)]
-    fn mintPublic(
-        amount: Field,
-        owner_address: Field,
-        msg_key: Field,
-        secret: Field,
-        canceller: Field,
-    ) -> Field {
-        
-        let public_balances = storage.public_balances;
-
-        let content_hash = get_mint_content_hash(amount, owner_address, canceller);
-
-        // Consume message and emit nullifier
-        context.consume_l1_to_l2_message(msg_key, content_hash, secret);
-
-        // Update the public balance
-        let recipient_balance = public_balances.at(owner_address);
-        let new_balance = recipient_balance.read() + amount;
-        recipient_balance.write(new_balance);
-
-        // Push the return value into the context
-        new_balance 
-    }
-
-
-    // Withdraws using user's public balance.
-    #[aztec(public)]
-    fn withdrawPublic(
-        amount: Field,
-        recipient: Field,
-        callerOnL1: Field, // ethereum address that can call this function on the L1 portal (0x0 if anyone can call)
-    ) {
-        
-        let public_balances = storage.public_balances;
-
-        let sender = context.msg_sender();
-        let sender_balance = public_balances.at(sender);
-
-        let current_sender_balance: Field = sender_balance.read();
-
-        if (current_sender_balance as u120) > (amount as u120) {
-            // User has sufficient balance so we decrement it by `amount`
-            let _void1 = sender_balance.write(current_sender_balance - amount);
-        }
-        // TODO: Revert if there is not enough balance
-
-        let content = get_withdraw_content_hash(amount, recipient, callerOnL1);
-
-        // Emit the l2 to l1 message
-        context.message_portal(content);
-    }
-
-
-    // Transfers `amount` of tokens from `sender`'s private balance to a `recipient`.
-    // Note: Copied from PrivateToken
-    #[aztec(private)]
-    fn transfer(
-        amount: Field,
-        recipient: Field,
-    ) {
-        
-        let sender = context.msg_sender();
-
-        // Gets the set of sender's notes and picks 2 of those.
-        let sender_balance = storage.balances.at(sender);
-        decrement(sender_balance, amount, sender);
-
-        let balance = storage.balances.at(recipient);
-        increment(balance, amount, recipient);
-    }
-
-    // Shield creates a way for a user to move tokens from the public context into the private context.
-    #[aztec(public)]
-    fn shield(
-        amount: Field,
-        secretHash: Field,
-    ) {
-        
-        let public_balances = storage.public_balances;
-        let pending_shields = storage.pending_shields;
-
-        // Decrease user's balance.
-        let sender = context.msg_sender();
-        let sender_balance = public_balances.at(sender);
-        let current_sender_balance: Field = sender_balance.read();
-
-        assert(current_sender_balance as u120 >= amount as u120);
-
-        // User has sufficient balance so we decrement it by `amount`
-        let _void1 = sender_balance.write(current_sender_balance - amount);
-
-        // Create a commitment to the "amount" using the "secretHash"
-        // and insert it into the set of "pending_shields" and therefore
-        // (eventually) the private data tree.
-        let mut note = TransparentNote::new(amount, secretHash);
-        pending_shields.insert_from_public(&mut note);
-    }
-
-    // The shield function takes a public balance, and creates a commitment containing the amount of tokens
-    // in the private context.
-    #[aztec(private)]
-    fn redeemShield(
-        amount: Field,
-        secret: Field,
-        owner: Field,
-    ) {
-        let pending_shields = storage.pending_shields;
-
-        // Find the note that has the exact amount and secret hash.
-        let secret_hash = TransparentNote::compute_secret_hash(secret);
-        let options = NoteGetterOptions::new().select(0, amount).select(1, secret_hash).set_limit(1);
-        let notes = pending_shields.get_notes(options);
-        let note = notes[0].unwrap_unchecked();
-
-        // Remove the note so that it can't be redeemed again.
-        pending_shields.remove(note);
-
-        // Mint the tokens
-        let balance = storage.balances.at(owner);
-        increment(balance, amount, owner);
-    }
-
-    #[aztec(private)]
-    fn unshieldTokens(
-        amount: Field,
-        recipient: Field,
-    ) {
-        
-        let owner = context.msg_sender();
-
-        // Remove user balance
-        let sender_balance = storage.balances.at(owner);
-        decrement(sender_balance, amount, owner);
-
-        // enqueue a public function to perform the public state update.
-        let thisAddress = context.this_address();
-
-        let addUnshieldedBalance = compute_selector("addUnshieldedBalance(Field,Field)");
-        let _callStackItem1 = context.call_public_function(thisAddress, addUnshieldedBalance, [amount, recipient]);
-    }
-
-    #[aztec(public)]
-    fn addUnshieldedBalance(
-        amount: Field,
-        recipient: Field,
-    ) {
-        
-
-        let recipient_balance = storage.public_balances.at(recipient);
-        let current_balance = recipient_balance.read();
-        let new_balance = current_balance + amount;
-        recipient_balance.write(new_balance);
-    }
-
-    unconstrained fn getBalance(
-        owner: Field,
-    ) -> Field {
-        
-        let owner_balance = storage.balances.at(owner);
-
-        balance_utils::get_balance(owner_balance)
-    }
-
-    // Computes note hash and nullifier.
-    // Note 1: Needs to be defined by every contract producing logs.
-    // Note 2: Having it in all the contracts gives us the ability to compute the note hash and nullifier differently for different kind of notes.
-    unconstrained fn compute_note_hash_and_nullifier(contract_address: Field, nonce: Field, storage_slot: Field, preimage: [Field; VALUE_NOTE_LEN]) -> [Field; 4] {
-        let note_header = NoteHeader::new(contract_address, nonce, storage_slot);
-        if (storage_slot == 2) {
-            note_utils::compute_note_hash_and_nullifier(TransparentNoteMethods, note_header, preimage)
-        } else {
-            note_utils::compute_note_hash_and_nullifier(ValueNoteMethods, note_header, preimage)
-        }
-    }
-
-    unconstrained fn publicBalanceOf(
-        owner: Field,
-    ) -> Field {
-        
-        storage.public_balances.at(owner).read()
-    }
-}
diff --git a/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/Nargo.toml b/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/Nargo.toml
index 6b07ad277f4c..5d8e70f060de 100644
--- a/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/Nargo.toml
+++ b/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/Nargo.toml
@@ -6,4 +6,5 @@ type = "contract"
 
 [dependencies]
 aztec = { path = "../../../../aztec-nr/aztec" }
+address_note = { path = "../../../../aztec-nr/address-note"}
 value_note = { path = "../../../../aztec-nr/value-note"}
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/address_note.nr b/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/address_note.nr
deleted file mode 100644
index e931dcb04d1f..000000000000
--- a/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/address_note.nr
+++ /dev/null
@@ -1,78 +0,0 @@
-use dep::aztec::note::note_interface::NoteInterface;
-use dep::aztec::note::note_header::NoteHeader;
-use dep::aztec::note::utils::compute_unique_siloed_note_hash;
-use dep::aztec::oracle::get_secret_key::get_secret_key;
-
-global ADDRESS_NOTE_LEN: Field = 1;
-
-struct AddressNote {
-    address: Field,
-    header: NoteHeader,
-}
-
-impl AddressNote {
-    fn new(address: Field) -> Self {
-        AddressNote {
-            address,
-            header: NoteHeader::empty(),
-        }
-    }
-
-    fn serialize(self) -> [Field; ADDRESS_NOTE_LEN] {
-        let mut res: [Field; ADDRESS_NOTE_LEN] = [0; ADDRESS_NOTE_LEN];
-        res[0] = self.address;
-        res
-    }
-
-    fn compute_nullifier(self) -> Field {
-        let unique_siloed_note_hash = compute_unique_siloed_note_hash(AddressNoteMethods, self);
-        let secret = get_secret_key(self.address);
-        // TODO(#1205) Should use a non-zero generator index.
-        dep::std::hash::pedersen([
-            unique_siloed_note_hash,
-            secret.low,
-            secret.high,
-        ])[0]
-    }
-
-    fn set_header(&mut self, header: NoteHeader) {
-        self.header = header;
-    }
-}
-
-fn deserialize(preimage: [Field; ADDRESS_NOTE_LEN]) -> AddressNote {
-    AddressNote {
-        address: preimage[0],
-        header: NoteHeader::empty(),
-    }
-}
-
-fn serialize(note: AddressNote) -> [Field; ADDRESS_NOTE_LEN] {
-    note.serialize()
-}
-
-fn compute_note_hash(note: AddressNote) -> Field {
-    // TODO(#1205) Should use a non-zero generator index.
-    dep::std::hash::pedersen(note.serialize())[0]
-}
-
-fn compute_nullifier(note: AddressNote) -> Field {
-    note.compute_nullifier()
-}
-
-fn get_header(note: AddressNote) -> NoteHeader {
-    note.header
-}
-
-fn set_header(note: &mut AddressNote, header: NoteHeader) {
-    note.set_header(header);
-}
-
-global AddressNoteMethods = NoteInterface {
-    deserialize,
-    serialize,
-    compute_note_hash,
-    compute_nullifier,
-    get_header,
-    set_header,
-};
diff --git a/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/main.nr
index 1c3ef3fa5e81..7d9a7d77e0e0 100644
--- a/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/main.nr
+++ b/yarn-project/noir-contracts/src/contracts/pokeable_token_contract/src/main.nr
@@ -1,5 +1,3 @@
-mod address_note;
-
 contract PokeableToken {
     // Libs
     use dep::std::option::Option;
@@ -19,7 +17,11 @@ contract PokeableToken {
         state_vars::{immutable_singleton::ImmutableSingleton, map::Map, set::Set},
         types::point::Point,
     };
-    use crate::address_note::{AddressNote, AddressNoteMethods, ADDRESS_NOTE_LEN};
+    use dep::address_note::address_note::{
+        AddressNote,
+        AddressNoteMethods,
+        ADDRESS_NOTE_LEN,
+    };
 
     struct Storage {
         sender: ImmutableSingleton<AddressNote, ADDRESS_NOTE_LEN>,
@@ -50,8 +52,8 @@ contract PokeableToken {
         sender: Field,
         recipient: Field
     )  {
-        let mut sender_note = AddressNote::new(sender);
-        let mut recipient_note = AddressNote::new(recipient);
+        let mut sender_note = AddressNote::new(sender, sender);
+        let mut recipient_note = AddressNote::new(recipient, recipient);
 
         storage.sender.initialize(&mut sender_note, Option::none());
         storage.recipient.initialize(&mut recipient_note, Option::none());
diff --git a/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/claim_note.nr b/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/claim_note.nr
index 1126e4405806..2fe272999691 100644
--- a/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/claim_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/claim_note.nr
@@ -14,7 +14,7 @@ struct ClaimNote {
 }
 
 impl ClaimNote {
-    fn new(value: Field, secret_hash: Field) -> Self {
+    pub fn new(value: Field, secret_hash: Field) -> Self {
         ClaimNote {
             value,
             secret_hash,
@@ -22,11 +22,11 @@ impl ClaimNote {
         }
     }
 
-    fn serialize(self) -> [Field; CLAIM_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; CLAIM_NOTE_LEN] {
         [self.value, self.secret_hash]
     }
 
-    fn deserialize(preimage: [Field; CLAIM_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; CLAIM_NOTE_LEN]) -> Self {
         ClaimNote {
             value: preimage[0],
             secret_hash: preimage[1],
@@ -34,7 +34,7 @@ impl ClaimNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         // TODO(#1205) Should use a non-zero generator index.
         dep::std::hash::pedersen([
             self.value, 
@@ -42,7 +42,7 @@ impl ClaimNote {
         ])[0]
     }
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(ClaimNoteMethods, self);
         // TODO(#1205) Should use a non-zero generator index.
         dep::std::hash::pedersen([
@@ -51,7 +51,7 @@ impl ClaimNote {
         ])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/interface.nr b/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/interface.nr
index babfad8d3255..1c6bc62fb5a3 100644
--- a/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/interface.nr
+++ b/yarn-project/noir-contracts/src/contracts/private_token_airdrop_contract/src/interface.nr
@@ -12,13 +12,13 @@ struct PrivateTokenAirdropPrivateContextInterface {
 }
 
 impl PrivateTokenAirdropPrivateContextInterface {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
   }
   
-  fn batchTransfer(
+  pub fn batchTransfer(
     self,
     context: &mut PrivateContext,
     sender: Field,
@@ -40,7 +40,7 @@ impl PrivateTokenAirdropPrivateContextInterface {
   }
   
 
-  fn burn(
+  pub fn burn(
     self,
     context: &mut PrivateContext,
     amount: Field,
@@ -54,7 +54,7 @@ impl PrivateTokenAirdropPrivateContextInterface {
   }
   
 
-  fn claim(
+  pub fn claim(
     self,
     context: &mut PrivateContext,
     amount: Field,
@@ -68,7 +68,7 @@ impl PrivateTokenAirdropPrivateContextInterface {
   }
   
 
-  fn createClaims(
+  pub fn createClaims(
     self,
     context: &mut PrivateContext,
     amounts: [Field;16],
@@ -112,7 +112,7 @@ impl PrivateTokenAirdropPrivateContextInterface {
   }
   
 
-  fn mint(
+  pub fn mint(
     self,
     context: &mut PrivateContext,
     amount: Field,
@@ -126,7 +126,7 @@ impl PrivateTokenAirdropPrivateContextInterface {
   }
   
 
-  fn transfer(
+  pub fn transfer(
     self,
     context: &mut PrivateContext,
     amount: Field,
@@ -150,7 +150,7 @@ struct PrivateTokenAirdropPublicContextInterface {
 }
 
 impl PrivateTokenAirdropPublicContextInterface {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
diff --git a/yarn-project/noir-contracts/src/contracts/private_token_contract/src/interface.nr b/yarn-project/noir-contracts/src/contracts/private_token_contract/src/interface.nr
deleted file mode 100644
index 0f59f541a245..000000000000
--- a/yarn-project/noir-contracts/src/contracts/private_token_contract/src/interface.nr
+++ /dev/null
@@ -1,67 +0,0 @@
-/* Autogenerated file, do not edit! */
-  
-use dep::std;
-use dep::aztec::context::{ PrivateContext, PublicContext };
-use dep::aztec::constants_gen::RETURN_VALUES_LENGTH;
-
-
-
-// Interface for calling PrivateToken functions from a private context
-struct PrivateTokenPrivateContextInterface {
-  address: Field,
-}
-
-impl PrivateTokenPrivateContextInterface {
-  fn at(address: Field) -> Self {
-      Self {
-          address,
-      }
-  }
-  
-  fn mint(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    owner: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = owner;
-
-    context.call_private_function(self.address, 0x1535439c, serialized_args)
-  }
-  
-
-  fn transfer(
-    self,
-    context: &mut PrivateContext,
-    amount: Field,
-    recipient: Field
-  ) -> [Field; RETURN_VALUES_LENGTH] {
-    let mut serialized_args = [0; 2];
-    serialized_args[0] = amount;
-    serialized_args[1] = recipient;
-
-    context.call_private_function(self.address, 0xc0888d22, serialized_args)
-  }
-  
-}
-  
-  
-
-
-// Interface for calling PrivateToken functions from a public context
-struct PrivateTokenPublicContextInterface {
-  address: Field,
-}
-
-impl PrivateTokenPublicContextInterface {
-  fn at(address: Field) -> Self {
-      Self {
-          address,
-      }
-  }
-  
-}
-  
-  
diff --git a/yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr
deleted file mode 100644
index c999ee9939e4..000000000000
--- a/yarn-project/noir-contracts/src/contracts/private_token_contract/src/main.nr
+++ /dev/null
@@ -1,105 +0,0 @@
-// docs:start:all
-contract PrivateToken {
-    use dep::std::option::Option;
-    use dep::value_note::{
-        balance_utils,
-        utils::{increment, decrement},
-        value_note::{VALUE_NOTE_LEN, ValueNote, ValueNoteMethods},
-    };
-    use dep::aztec::{
-        context::{PrivateContext, PublicContext, Context},
-        note::{
-            note_header::NoteHeader,
-            utils as note_utils,
-        },
-        state_vars::{map::Map, set::Set},
-    };
-
-    struct Storage {
-        // maps an aztec address to its balance
-        balances: Map<Set<ValueNote, VALUE_NOTE_LEN>>,
-    }
-
-    impl Storage {
-        fn init(context: Context) -> pub Self {
-            Storage {
-                balances: Map::new(
-                    context,
-                    1, // Storage slot
-                    |context, slot| {
-                        Set::new(context, slot, ValueNoteMethods)
-                    },
-                ),
-            }
-        }
-    }
-
-    // Constructs the contract and sets `initial_supply` which is fully owned by `owner`.
-    #[aztec(private)]
-    fn constructor(
-        initial_supply: Field, 
-        owner: Field
-    )  {
-        
-        // Insert new note to a set of user notes and emit the newly created encrypted note preimage via oracle call.
-        let owner_balance = storage.balances.at(owner);
-        if (initial_supply != 0) {
-            increment(owner_balance, initial_supply, owner);
-        }
-    }
-
-    // docs:start:mint
-    // Mints `amount` of tokens to `owner`.
-    #[aztec(private)]
-    fn mint(
-        amount: Field, 
-        owner: Field
-    )  {
-        
-
-        // Insert new note to a set of user notes and emit the newly created encrypted note preimage via oracle call.
-        let owner_balance = storage.balances.at(owner);
-        increment(owner_balance, amount, owner);
-    }
-    // docs:end:mint
-
-    // Transfers `amount` of tokens from msg_sender to a `recipient`.
-    #[aztec(private)]
-    fn transfer(
-        amount: Field, 
-        recipient: Field,
-    )  {
-        
-        let sender = context.msg_sender();
-
-        // Pick from the set of sender's notes to spend amount.
-        let sender_balance = storage.balances.at(sender);
-        decrement(sender_balance, amount, sender);
-
-        // Creates new note for the recipient.
-        let recipient_balance = storage.balances.at(recipient);
-        increment(recipient_balance, amount, recipient);
-    }
-
-    // Helper function to get the balance of a user ("unconstrained" is a Noir alternative of Solidity's "view" function).
-    unconstrained fn getBalance(
-        owner: Field,
-    ) -> Field {
-        
-
-        // Get the set of notes owned by the user.
-        let owner_balance = storage.balances.at(owner);
-
-        // Return the sum of all notes in the set.
-        balance_utils::get_balance(owner_balance)
-    }
-
-    // Computes note hash and nullifier.
-    // Note 1: Needs to be defined by every contract producing logs.
-    // Note 2: Having it in all the contracts gives us the ability to compute the note hash and nullifier differently for different kind of notes.
-    unconstrained fn compute_note_hash_and_nullifier(contract_address: Field, nonce: Field, storage_slot: Field, preimage: [Field; VALUE_NOTE_LEN]) -> [Field; 4] {
-        let note_header = NoteHeader::new(contract_address, nonce, storage_slot);
-        note_utils::compute_note_hash_and_nullifier(ValueNoteMethods, note_header, preimage)
-    }
-}
-// docs:end:all
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/schnorr_account_contract/src/public_key_note.nr b/yarn-project/noir-contracts/src/contracts/schnorr_account_contract/src/public_key_note.nr
index ceb64ac8cb42..54e3f3fc9a04 100644
--- a/yarn-project/noir-contracts/src/contracts/schnorr_account_contract/src/public_key_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/schnorr_account_contract/src/public_key_note.nr
@@ -15,7 +15,7 @@ struct PublicKeyNote {
 }
 
 impl PublicKeyNote {
-    fn new(x: Field, y: Field, owner: Field) -> Self {
+    pub fn new(x: Field, y: Field, owner: Field) -> Self {
         PublicKeyNote {
             x,
             y,
@@ -25,11 +25,11 @@ impl PublicKeyNote {
     }
 
     // serialize the note as 3 fields
-    fn serialize(self) -> [Field; PUBLIC_KEY_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; PUBLIC_KEY_NOTE_LEN] {
         [self.x, self.y, self.owner]
     }
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let unique_siloed_note_hash = compute_unique_siloed_note_hash(PublicKeyNoteMethods, self);
         let secret = get_secret_key(self.owner);
         // TODO(#1205) Should use a non-zero generator index.
@@ -40,7 +40,7 @@ impl PublicKeyNote {
         ])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 }
diff --git a/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/auth_oracle.nr b/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/auth_oracle.nr
index 878da45b183a..2cb544a4502f 100644
--- a/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/auth_oracle.nr
+++ b/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/auth_oracle.nr
@@ -21,7 +21,7 @@ impl AuthWitness {
     }
 }
 
-unconstrained fn get_auth_witness(message_hash: Field) -> AuthWitness {
+unconstrained pub fn get_auth_witness(message_hash: Field) -> AuthWitness {
     let witness: [Field; 67] = auth_witness::get_auth_witness(message_hash);
     AuthWitness::deserialize(witness)
 }
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/util.nr b/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/util.nr
index 2c0a21c342d6..3b8143735677 100644
--- a/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/util.nr
+++ b/yarn-project/noir-contracts/src/contracts/schnorr_single_key_account_contract/src/util.nr
@@ -2,7 +2,7 @@ use dep::std::{schnorr::verify_signature};
 use dep::aztec::address::compute_address;
 use crate::auth_oracle::{AuthWitness};
 
-fn recover_address(
+pub fn recover_address(
     message_hash: Field,
     witness: AuthWitness,
 ) -> Field {
diff --git a/yarn-project/noir-contracts/src/contracts/test_contract/Nargo.toml b/yarn-project/noir-contracts/src/contracts/test_contract/Nargo.toml
index c4818f6ba32d..afa5e911ac99 100644
--- a/yarn-project/noir-contracts/src/contracts/test_contract/Nargo.toml
+++ b/yarn-project/noir-contracts/src/contracts/test_contract/Nargo.toml
@@ -6,3 +6,4 @@ type = "contract"
 
 [dependencies]
 aztec = { path = "../../../../aztec-nr/aztec" }
+token_portal_content_hash_lib = { path = "../token_portal_content_hash_lib" }
diff --git a/yarn-project/noir-contracts/src/contracts/test_contract/src/interface.nr b/yarn-project/noir-contracts/src/contracts/test_contract/src/interface.nr
index 453b7f399cc0..2a8addc00e9a 100644
--- a/yarn-project/noir-contracts/src/contracts/test_contract/src/interface.nr
+++ b/yarn-project/noir-contracts/src/contracts/test_contract/src/interface.nr
@@ -33,13 +33,53 @@ struct TestPrivateContextInterface {
 }
 
 impl TestPrivateContextInterface {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
   }
   
-  fn createL2ToL1MessagePublic(
+  pub fn consume_mint_private_message(
+    self,
+    context: &mut PrivateContext,
+    secret_hash_for_redeeming_minted_notes: Field,
+    amount: Field,
+    canceller: Field,
+    msg_key: Field,
+    secret_for_L1_to_L2_message_consumption: Field
+  ) -> [Field; RETURN_VALUES_LENGTH] {
+    let mut serialized_args = [0; 5];
+    serialized_args[0] = secret_hash_for_redeeming_minted_notes;
+    serialized_args[1] = amount;
+    serialized_args[2] = canceller;
+    serialized_args[3] = msg_key;
+    serialized_args[4] = secret_for_L1_to_L2_message_consumption;
+
+    context.call_private_function(self.address, 0x8999306a, serialized_args)
+  }
+  
+
+  pub fn consume_mint_public_message(
+    self,
+    context: &mut PrivateContext,
+    to: Field,
+    amount: Field,
+    canceller: Field,
+    msg_key: Field,
+    secret: Field
+  ) {
+    let mut serialized_args = [0; 5];
+    serialized_args[0] = to;
+    serialized_args[1] = amount;
+    serialized_args[2] = canceller;
+    serialized_args[3] = msg_key;
+    serialized_args[4] = secret;
+
+    context.call_public_function(self.address, 0x1c60863d, serialized_args)
+  }
+  
+
+  pub fn createL2ToL1MessagePublic(
     self,
     context: &mut PrivateContext,
     amount: Field,
@@ -53,7 +93,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn createNullifierPublic(
+  pub fn createNullifierPublic(
     self,
     context: &mut PrivateContext,
     amount: Field,
@@ -67,7 +107,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn emit_nullifier(
+  pub fn emit_nullifier(
     self,
     context: &mut PrivateContext,
     nullifier: Field
@@ -79,7 +119,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn emit_unencrypted(
+  pub fn emit_unencrypted(
     self,
     context: &mut PrivateContext,
     value: Field
@@ -91,7 +131,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn getPortalContractAddress(
+  pub fn getPortalContractAddress(
     self,
     context: &mut PrivateContext,
     aztec_address: Field
@@ -103,7 +143,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn getPublicKey(
+  pub fn getPublicKey(
     self,
     context: &mut PrivateContext,
     address: Field
@@ -115,7 +155,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn getThisAddress(
+  pub fn getThisAddress(
     self,
     context: &mut PrivateContext
   ) -> [Field; RETURN_VALUES_LENGTH] {
@@ -125,7 +165,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn getThisPortalAddress(
+  pub fn getThisPortalAddress(
     self,
     context: &mut PrivateContext
   ) -> [Field; RETURN_VALUES_LENGTH] {
@@ -135,7 +175,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn isTimeEqual(
+  pub fn isTimeEqual(
     self,
     context: &mut PrivateContext,
     time: Field
@@ -147,7 +187,7 @@ impl TestPrivateContextInterface {
   }
   
 
-  fn testCodeGen(
+  pub fn testCodeGen(
     self,
     context: &mut PrivateContext,
     aField: Field,
@@ -190,13 +230,33 @@ struct TestPublicContextInterface {
 }
 
 impl TestPublicContextInterface {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
       Self {
           address,
       }
   }
   
-  fn createL2ToL1MessagePublic(
+  pub fn consume_mint_public_message(
+    self,
+    context: PublicContext,
+    to: Field,
+    amount: Field,
+    canceller: Field,
+    msg_key: Field,
+    secret: Field
+  ) -> [Field; RETURN_VALUES_LENGTH] {
+    let mut serialized_args = [0; 5];
+    serialized_args[0] = to;
+    serialized_args[1] = amount;
+    serialized_args[2] = canceller;
+    serialized_args[3] = msg_key;
+    serialized_args[4] = secret;
+
+    context.call_public_function(self.address, 0x1c60863d, serialized_args)
+  }
+  
+
+  pub fn createL2ToL1MessagePublic(
     self,
     context: PublicContext,
     amount: Field,
@@ -210,7 +270,7 @@ impl TestPublicContextInterface {
   }
   
 
-  fn createNullifierPublic(
+  pub fn createNullifierPublic(
     self,
     context: PublicContext,
     amount: Field,
@@ -224,7 +284,7 @@ impl TestPublicContextInterface {
   }
   
 
-  fn emit_unencrypted(
+  pub fn emit_unencrypted(
     self,
     context: PublicContext,
     value: Field
@@ -236,7 +296,7 @@ impl TestPublicContextInterface {
   }
   
 
-  fn isTimeEqual(
+  pub fn isTimeEqual(
     self,
     context: PublicContext,
     time: Field
diff --git a/yarn-project/noir-contracts/src/contracts/test_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/test_contract/src/main.nr
index 24404d2c6160..7b5277774160 100644
--- a/yarn-project/noir-contracts/src/contracts/test_contract/src/main.nr
+++ b/yarn-project/noir-contracts/src/contracts/test_contract/src/main.nr
@@ -13,6 +13,12 @@ contract Test {
         types::vec::BoundedVec,
         constants_gen::EMPTY_NULLIFIED_COMMITMENT,
     };
+    use dep::token_portal_content_hash_lib::{get_mint_private_content_hash, get_mint_public_content_hash};
+
+    #[event]
+    struct ExampleEvent {
+        value: Field,
+    }
 
     #[aztec(private)]
     fn constructor() {}
@@ -132,6 +138,32 @@ contract Test {
     }
     // docs:end:emit_unencrypted_log
 
+    #[aztec(public)]
+    fn consume_mint_public_message(
+        to: Field,
+        amount: Field,
+        canceller: Field,
+        msg_key: Field,
+        secret: Field,
+    ) {
+        let content_hash = get_mint_public_content_hash(to, amount, canceller);
+        // Consume message and emit nullifier
+        context.consume_l1_to_l2_message(msg_key, content_hash, secret);
+    }
+
+     #[aztec(private)]
+    fn consume_mint_private_message(
+        secret_hash_for_redeeming_minted_notes: Field, 
+        amount: Field,
+        canceller: Field,
+        msg_key: Field,
+        secret_for_L1_to_L2_message_consumption: Field, 
+    ) {
+        // Consume L1 to L2 message and emit nullifier
+        let content_hash = get_mint_private_content_hash(secret_hash_for_redeeming_minted_notes, amount, canceller);
+        context.consume_l1_to_l2_message(msg_key, content_hash, secret_for_L1_to_L2_message_consumption);
+    }
+
     // Purely exists for testing
     unconstrained fn getRandom(
         kindaSeed: Field
diff --git a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/Nargo.toml b/yarn-project/noir-contracts/src/contracts/token_bridge_contract/Nargo.toml
index cdad05123957..2dd5853eae16 100644
--- a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/Nargo.toml
+++ b/yarn-project/noir-contracts/src/contracts/token_bridge_contract/Nargo.toml
@@ -5,4 +5,5 @@ compiler_version = "0.1"
 type = "contract"
 
 [dependencies]
-aztec = { path = "../../../../aztec-nr/aztec" }
\ No newline at end of file
+aztec = { path = "../../../../aztec-nr/aztec" }
+token_portal_content_hash_lib = { path = "../token_portal_content_hash_lib" }
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr
index 7febd157a16c..18c4cc849ef3 100644
--- a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/main.nr
@@ -1,4 +1,4 @@
-mod util;
+// docs:start:token_bridge_imports
 mod token_interface;
 
 // Minimal implementation of the token bridge that can move funds between L1 <> L2.
@@ -17,10 +17,13 @@ contract TokenBridge {
         types::address::{AztecAddress, EthereumAddress},
         selector::compute_selector,
     };
+    // docs:end:token_bridge_imports
+
+    use dep::token_portal_content_hash_lib::{get_mint_public_content_hash, get_mint_private_content_hash, get_withdraw_content_hash};
 
     use crate::token_interface::Token;
-    use crate::util::{get_mint_public_content_hash, get_mint_private_content_hash, get_withdraw_content_hash};
 
+    // docs:start:token_bridge_storage_and_constructor
     // Storage structure, containing all storage, and specifying what slots they use.
     struct Storage {
         token: PublicState<Field, 1>,
@@ -44,6 +47,8 @@ contract TokenBridge {
         let selector = compute_selector("_initialize((Field))");
         context.call_public_function(context.this_address(), selector, [token.address]);
     }
+    // docs:end:token_bridge_storage_and_constructor
+
 
     // docs:start:claim_public
     // Consumes a L1->L2 message and calls the token contract to mint the appropriate amount publicly
@@ -86,19 +91,19 @@ contract TokenBridge {
         1
     }
     // docs:end:exit_to_l1_public
-
+    // docs:start:claim_private
     // Consumes a L1->L2 message and calls the token contract to mint the appropriate amount in private assets
     // User needs to call token.redeem_shield() to get the private assets
     #[aztec(private)]
     fn claim_private(
-        amount: Field,
         secret_hash_for_redeeming_minted_notes: Field, // secret hash used to redeem minted notes at a later time. This enables anyone to call this function and mint tokens to a user on their behalf
+        amount: Field,
         canceller: EthereumAddress,
         msg_key: Field, // L1 to L2 message key as derived from the inbox contract
         secret_for_L1_to_L2_message_consumption: Field, // secret used to consume the L1 to L2 message
     ) -> Field {
         // Consume L1 to L2 message and emit nullifier
-        let content_hash = get_mint_private_content_hash(amount, secret_hash_for_redeeming_minted_notes, canceller.address);
+        let content_hash = get_mint_private_content_hash(secret_hash_for_redeeming_minted_notes, amount, canceller.address);
         context.consume_l1_to_l2_message(msg_key, content_hash, secret_for_L1_to_L2_message_consumption);
 
         // Mint tokens on L2
@@ -113,14 +118,15 @@ contract TokenBridge {
 
         1
     }
+    // docs:end:claim_private
 
     // docs:start:exit_to_l1_private
     // Burns the appropriate amount of tokens and creates a L2 to L1 withdraw message privately
     // Requires `msg.sender` (caller of the method) to give approval to the bridge to burn tokens on their behalf using witness signatures
     #[aztec(private)]
     fn exit_to_l1_private(
-        recipient: EthereumAddress, // ethereum address to withdraw to
         token: AztecAddress,
+        recipient: EthereumAddress, // ethereum address to withdraw to
         amount: Field,
         callerOnL1: EthereumAddress, // ethereum address that can call this function on the L1 portal (0x0 if anyone can call)
         nonce: Field, // nonce used in the approval message by `msg.sender` to let bridge burn their tokens on L2
@@ -157,6 +163,7 @@ contract TokenBridge {
         storage.token.write(token.address);
     }
 
+    // docs:start:call_mint_on_token
     // This is a public call as we need to read from public storage.
     // Also, note that user hashes their secret in private and only sends the hash in public
     // meaning only user can `redeem_shield` at a later time with their secret.
@@ -164,9 +171,13 @@ contract TokenBridge {
     internal fn _call_mint_on_token(amount: Field, secret_hash: Field){
         Token::at(storage.token.read()).mint_private(context, amount, secret_hash);
     }
+    // docs:end:call_mint_on_token
 
+    // docs:start:assert_token_is_same
     #[aztec(public)]
     internal fn _assert_token_is_same(token: Field) {
         assert(storage.token.read() == token, "Token address is not the same as seen in storage");
     }
+    // docs:end:assert_token_is_same
+
 }
diff --git a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/token_interface.nr b/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/token_interface.nr
index e0a17779f77f..6c44755b8a49 100644
--- a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/token_interface.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/token_interface.nr
@@ -1,3 +1,4 @@
+// docs:start:token_brodge_token_interface
 use dep::aztec::{
   context::{ PrivateContext, PublicContext, Context },
   selector::compute_selector,
@@ -8,11 +9,11 @@ struct Token {
 }
 
 impl Token {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
     Self { address }
   }
 
-  fn mint_public(self: Self, context: PublicContext, to: Field, amount: Field) {
+  pub fn mint_public(self: Self, context: PublicContext, to: Field, amount: Field) {
     let _return_values = context.call_public_function(
       self.address,
       compute_selector("mint_public((Field),Field)"),
@@ -21,7 +22,7 @@ impl Token {
   }
 
   // docs:start:public_burn_interface
-  fn burn_public(self: Self, context: PublicContext, from: Field, amount: Field, nonce: Field) {
+  pub fn burn_public(self: Self, context: PublicContext, from: Field, amount: Field, nonce: Field) {
     let _return_values = context.call_public_function(
       self.address,
       compute_selector("burn_public((Field),Field,Field)"),
@@ -30,7 +31,7 @@ impl Token {
   }
   // docs:end:public_burn_interface
 
-  fn mint_private(self: Self, context: PublicContext, amount: Field, secret_hash: Field) {
+  pub fn mint_private(self: Self, context: PublicContext, amount: Field, secret_hash: Field) {
     let _return_values = context.call_public_function(
       self.address,
       compute_selector("mint_private(Field,Field)"),
@@ -40,7 +41,7 @@ impl Token {
 
 
   // docs:start:private_burn_interface
-  fn burn(self: Self, context: &mut PrivateContext, from: Field, amount: Field, nonce: Field) {
+  pub fn burn(self: Self, context: &mut PrivateContext, from: Field, amount: Field, nonce: Field) {
     let _return_values = context.call_private_function(
       self.address,
       compute_selector("burn((Field),Field,Field)"),
@@ -49,3 +50,4 @@ impl Token {
   }
   // docs:end:private_burn_interface
 }
+// docs:end:token_brodge_token_interface
diff --git a/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr
index 3c6a4427d2a7..20d226fcf857 100644
--- a/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_contract/src/main.nr
@@ -33,12 +33,14 @@ contract Token {
         selector::compute_selector,
     };
 
+    // docs:start:import_authwit
     use dep::authwit::{
         auth::{
             assert_current_call_valid_authwit, 
             assert_current_call_valid_authwit_public, 
         },
     };
+    // docs:end:import_authwit
 
     use crate::types::{
         transparent_note::{TransparentNote, TransparentNoteMethods, TRANSPARENT_NOTE_LEN},
@@ -274,11 +276,15 @@ contract Token {
     ) -> Field {
         let pending_shields = storage.pending_shields;
         let secret_hash = compute_secret_hash(secret);
+        // Get 1 note (set_limit(1)) which has amount stored in field with index 0 (select(0, amount)) and secret_hash
+        // stored in field with index 1 (select(1, secret_hash)).
         let options = NoteGetterOptions::new().select(0, amount).select(1, secret_hash).set_limit(1);
         let notes = pending_shields.get_notes(options);
         let note = notes[0].unwrap_unchecked();
+        // Remove the note from the pending shields set 
         pending_shields.remove(note);
 
+        // Add the token note to user's balances set
         storage.balances.at(to).add(SafeU120::new(amount));
 
         1
diff --git a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balance_set.nr b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balance_set.nr
index 3789e62c96a8..240b8a3a8c47 100644
--- a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balance_set.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balance_set.nr
@@ -35,7 +35,7 @@ struct BalanceSet {
 }
 
 impl BalanceSet {
-  fn new(context: Context, owner: AztecAddress, storage_slot: Field) -> Self {
+  pub fn new(context: Context, owner: AztecAddress, storage_slot: Field) -> Self {
     assert(storage_slot != 0, "Storage slot 0 not allowed. Storage slots must start from 1.");
     let set = Set {
         context,
@@ -49,11 +49,11 @@ impl BalanceSet {
     }
   }
 
-  unconstrained fn balance_of(self: Self) -> SafeU120 {
+  unconstrained pub fn balance_of(self: Self) -> SafeU120 {
     self.balance_of_with_offset(0)
   }
 
-  unconstrained fn balance_of_with_offset(self: Self, offset: u32) -> SafeU120 {
+  unconstrained pub fn balance_of_with_offset(self: Self, offset: u32) -> SafeU120 {
       // Same as SafeU120::new(0), but fewer constraints because no check. 
       let mut balance = SafeU120::min();
       // docs:start:view_notes
@@ -73,7 +73,7 @@ impl BalanceSet {
       balance
   }
 
-    fn add(self: Self, addend: SafeU120) {
+    pub fn add(self: Self, addend: SafeU120) {
         let mut addend_note = TokenNote::new(addend, self.owner);
 
         // docs:start:insert
@@ -86,7 +86,7 @@ impl BalanceSet {
         );
     }
 
-     fn sub(self: Self, subtrahend: SafeU120) {
+    pub fn sub(self: Self, subtrahend: SafeU120) {
         // docs:start:get_notes
         let options = NoteGetterOptions::with_filter(filter_notes_min_sum, subtrahend);
         let maybe_notes = self.set.get_notes(options);
@@ -118,7 +118,7 @@ impl BalanceSet {
     }
 }
 
-fn filter_notes_min_sum(notes: [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: SafeU120) -> [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL] {
+pub fn filter_notes_min_sum(notes: [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL], min_sum: SafeU120) -> [Option<TokenNote>; MAX_READ_REQUESTS_PER_CALL] {
     let mut selected = [Option::none(); MAX_READ_REQUESTS_PER_CALL];
     let mut sum = SafeU120::min();
     for i in 0..notes.len() {
diff --git a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balances_map.nr b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balances_map.nr
index fef342cbea78..dfcdfb3fbd38 100644
--- a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balances_map.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/balances_map.nr
@@ -9,7 +9,7 @@ struct BalancesMap {
 }
 
 impl BalancesMap {
-    fn new(
+    pub fn new(
         context: Context,
         storage_slot: Field,
     ) -> Self {
@@ -20,7 +20,7 @@ impl BalancesMap {
         }
     }
 
-    fn at(self, owner: AztecAddress) -> BalanceSet {
+    pub fn at(self, owner: AztecAddress) -> BalanceSet {
         let derived_storage_slot = dep::std::hash::pedersen([self.storage_slot, owner.address])[0];
         BalanceSet::new(self.context, owner, derived_storage_slot)
     }
diff --git a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/token_note.nr b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/token_note.nr
index 1322f248332d..fdc147adf1a7 100644
--- a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/token_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/token_note.nr
@@ -36,7 +36,7 @@ struct TokenNote {
 }
 
 impl TokenNote {
-    fn new(amount: SafeU120, owner: AztecAddress) -> Self {
+    pub fn new(amount: SafeU120, owner: AztecAddress) -> Self {
         Self {
             amount,
             owner,
@@ -45,11 +45,11 @@ impl TokenNote {
         }
     }
 
-    fn serialize(self) -> [Field; TOKEN_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; TOKEN_NOTE_LEN] {
         [self.amount.value as Field, self.owner.address, self.randomness]
     }
 
-    fn deserialize(preimage: [Field; TOKEN_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; TOKEN_NOTE_LEN]) -> Self {
         Self {
             amount: SafeU120::new(preimage[0]),
             owner: AztecAddress::new(preimage[1]),
@@ -58,7 +58,7 @@ impl TokenNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         // TODO(#1205) Should use a non-zero generator index.
         dep::std::hash::pedersen([
             self.amount.value as Field, 
@@ -68,7 +68,7 @@ impl TokenNote {
     }
 
     // docs:start:nullifier
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         let note_hash_for_nullify = compute_note_hash_for_read_or_nullify(TokenNoteMethods, self);
         let secret = get_secret_key(self.owner.address);
         // TODO(#1205) Should use a non-zero generator index.
@@ -80,12 +80,12 @@ impl TokenNote {
     }
     // docs:end:nullifier
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 
 
-  fn emit_encrypted(
+  pub fn emit_encrypted(
       self: &mut Self,
       context: &mut PrivateContext,
       storage_slot: Field,
diff --git a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/transparent_note.nr b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/transparent_note.nr
index bce35b246601..9cee3bf6d238 100644
--- a/yarn-project/noir-contracts/src/contracts/token_contract/src/types/transparent_note.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_contract/src/types/transparent_note.nr
@@ -24,7 +24,7 @@ impl TransparentNote {
 
     // CONSTRUCTORS
 
-    fn new(amount: Field, secret_hash: Field) -> Self {
+    pub fn new(amount: Field, secret_hash: Field) -> Self {
         TransparentNote {
             amount: amount,
             secret_hash: secret_hash,
@@ -35,7 +35,7 @@ impl TransparentNote {
 
     // new oracle call primitive
     // get me the secret corresponding to this hash
-    fn new_from_secret(amount: Field, secret: Field) -> Self {
+    pub fn new_from_secret(amount: Field, secret: Field) -> Self {
         TransparentNote {
             amount: amount,
             secret_hash: compute_secret_hash(secret),
@@ -47,11 +47,11 @@ impl TransparentNote {
 
     // STANDARD NOTE_INTERFACE FUNCTIONS
 
-    fn serialize(self) -> [Field; TRANSPARENT_NOTE_LEN] {
+    pub fn serialize(self) -> [Field; TRANSPARENT_NOTE_LEN] {
         [self.amount, self.secret_hash]
     }
 
-    fn deserialize(preimage: [Field; TRANSPARENT_NOTE_LEN]) -> Self {
+    pub fn deserialize(preimage: [Field; TRANSPARENT_NOTE_LEN]) -> Self {
         TransparentNote {
             amount: preimage[0],
             secret_hash: preimage[1],
@@ -60,7 +60,7 @@ impl TransparentNote {
         }
     }
 
-    fn compute_note_hash(self) -> Field {
+    pub fn compute_note_hash(self) -> Field {
         // TODO(#1205) Should use a non-zero generator index.
         dep::std::hash::pedersen([
             self.amount,
@@ -68,21 +68,21 @@ impl TransparentNote {
         ])[0]
     }
 
-    fn compute_nullifier(self) -> Field {
+    pub fn compute_nullifier(self) -> Field {
         // TODO(#1386): should use `compute_note_hash_for_read_or_nullify` once public functions inject nonce!
         let siloed_note_hash = compute_siloed_note_hash(TransparentNoteMethods, self);
         // TODO(#1205) Should use a non-zero generator index.
         pedersen([self.secret, siloed_note_hash])[0]
     }
 
-    fn set_header(&mut self, header: NoteHeader) {
+    pub fn set_header(&mut self, header: NoteHeader) {
         self.header = header;
     }
 
 
     // CUSTOM FUNCTIONS FOR THIS NOTE TYPE
 
-    fn knows_secret(self, secret: Field) {
+    pub fn knows_secret(self, secret: Field) {
         let hash = compute_secret_hash(secret);
         assert(self.secret_hash == hash);
     }
diff --git a/yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/Nargo.toml b/yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/Nargo.toml
new file mode 100644
index 000000000000..f3dfa0e4f2a3
--- /dev/null
+++ b/yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/Nargo.toml
@@ -0,0 +1,8 @@
+[package]
+name = "token_portal_content_hash_lib"
+authors = ["aztec-labs"]
+compiler_version = "0.1"
+type = "lib"
+
+[dependencies]
+aztec = { path = "../../../../aztec-nr/aztec" }
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/util.nr b/yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr
similarity index 56%
rename from yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/util.nr
rename to yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr
index f03bed150944..98cf094aabc6 100644
--- a/yarn-project/noir-contracts/src/contracts/token_bridge_contract/src/util.nr
+++ b/yarn-project/noir-contracts/src/contracts/token_portal_content_hash_lib/src/lib.nr
@@ -1,79 +1,83 @@
-use dep::std::hash::pedersen_with_separator;
 // docs:start:mint_public_content_hash_nr
+use dep::std::hash::pedersen_with_separator;
 use dep::aztec::hash::{sha256_to_field};
 
 // Computes a content hash of a deposit/mint_public message.
 // Refer TokenPortal.sol for reference on L1.
-fn get_mint_public_content_hash(owner_address: Field, amount: Field, canceller: Field) -> Field {
+pub fn get_mint_public_content_hash(owner_address: Field, amount: Field, canceller: Field) -> Field {
     
     let mut hash_bytes: [u8; 100] = [0; 100];
-    let amount_bytes = amount.to_be_bytes(32);
     let recipient_bytes = owner_address.to_be_bytes(32);
+    let amount_bytes = amount.to_be_bytes(32);
     let canceller_bytes = canceller.to_be_bytes(32);
 
     for i in 0..32 {
-        hash_bytes[i + 4] = amount_bytes[i];
-        hash_bytes[i + 36] = recipient_bytes[i];
+        hash_bytes[i + 4] = recipient_bytes[i];
+        hash_bytes[i + 36] = amount_bytes[i];
         hash_bytes[i + 68] = canceller_bytes[i];
     }
 
-    // Function selector: 0x63c9440d keccak256('mint_public(uint256,bytes32,address)')
-    hash_bytes[0] = 0x63;
-    hash_bytes[1] = 0xc9;
-    hash_bytes[2] = 0x44;
-    hash_bytes[3] = 0x0d;
+    // Function selector: 0xefc2aae6 keccak256('mint_public(bytes32,uint256,address)')
+    hash_bytes[0] = 0xef;
+    hash_bytes[1] = 0xc2;
+    hash_bytes[2] = 0xaa;
+    hash_bytes[3] = 0xe6;
 
     let content_hash = sha256_to_field(hash_bytes);
     content_hash
 }
 // docs:end:mint_public_content_hash_nr
 
+// docs:start:get_mint_private_content_hash
 // Computes a content hash of a deposit/mint_private message.
 // Refer TokenPortal.sol for reference on L1.
-fn get_mint_private_content_hash(amount: Field, secret_hash_for_redeeming_minted_notes: Field, canceller: Field) -> Field {
+pub fn get_mint_private_content_hash(secret_hash_for_redeeming_minted_notes: Field, amount: Field, canceller: Field) -> Field {
     let mut hash_bytes: [u8; 100] = [0; 100];
-    let amount_bytes = amount.to_be_bytes(32);
     let secret_hash_bytes = secret_hash_for_redeeming_minted_notes.to_be_bytes(32);
+    let amount_bytes = amount.to_be_bytes(32);
     let canceller_bytes = canceller.to_be_bytes(32);
 
     for i in 0..32 {
-        hash_bytes[i + 4] = amount_bytes[i];
-        hash_bytes[i + 36] = secret_hash_bytes[i];
+        hash_bytes[i + 4] = secret_hash_bytes[i];
+        hash_bytes[i + 36] = amount_bytes[i];
         hash_bytes[i + 68] = canceller_bytes[i];
     }
 
-    // Function selector: 0x25d46b0f keccak256('mint_private(uint256,bytes32,address)')
-    hash_bytes[0] = 0x25;
-    hash_bytes[1] = 0xd4;
-    hash_bytes[2] = 0x6b;
-    hash_bytes[3] = 0x0f;
+    // Function selector: 0xf512262e keccak256('mint_private(bytes32,uint256,address)')
+    hash_bytes[0] = 0xf5;
+    hash_bytes[1] = 0x12;
+    hash_bytes[2] = 0x26;
+    hash_bytes[3] = 0x2e;
 
     let content_hash = sha256_to_field(hash_bytes);
     content_hash
 }
+// docs:end:get_mint_private_content_hash
 
+// docs:start:get_withdraw_content_hash
 // Computes a content hash of a withdraw message.
-fn get_withdraw_content_hash(recipient: Field, amount: Field, callerOnL1: Field) -> Field {
+pub fn get_withdraw_content_hash(recipient: Field, amount: Field, callerOnL1: Field) -> Field {
     // Compute the content hash
     // Compute sha256(selector || amount || recipient)
     // then convert to a single field element
     // add that to the l2 to l1 messages
     let mut hash_bytes: [u8; 100] = [0; 100];
-    let amount_bytes = amount.to_be_bytes(32);
     let recipient_bytes = recipient.to_be_bytes(32);
+    let amount_bytes = amount.to_be_bytes(32);
     let callerOnL1_bytes = callerOnL1.to_be_bytes(32);
 
-    //  0xb460af94, selector for "withdraw(uint256,address,address)"
-    hash_bytes[0] = 0xb4;
-    hash_bytes[1] = 0x60;
-    hash_bytes[2] = 0xaf;
-    hash_bytes[3] = 0x94;
+    //  0x69328dec, selector for "withdraw(address,uint256,address)"
+    hash_bytes[0] = 0x69;
+    hash_bytes[1] = 0x32;
+    hash_bytes[2] = 0x8d;
+    hash_bytes[3] = 0xec;
 
     for i in 0..32 {
-        hash_bytes[i + 4] = amount_bytes[i];
-        hash_bytes[i + 36] = recipient_bytes[i];
+        hash_bytes[i + 4] = recipient_bytes[i];
+        hash_bytes[i + 36] = amount_bytes[i];
         hash_bytes[i + 68] = callerOnL1_bytes[i];
     }
     let content_hash = sha256_to_field(hash_bytes);
     content_hash
-}
\ No newline at end of file
+}
+// docs:end:get_withdraw_content_hash
diff --git a/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/interfaces.nr b/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/interfaces.nr
index 24feb699e48a..aabf2735702c 100644
--- a/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/interfaces.nr
+++ b/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/interfaces.nr
@@ -1,3 +1,4 @@
+// docs:start:interfaces
 use dep::aztec::{
   context::{ PrivateContext, PublicContext, Context },
   selector::compute_selector,
@@ -9,11 +10,11 @@ struct Token {
 }
 
 impl Token {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
     Self { address }
   }
 
-  fn transfer_public(self: Self, context: PublicContext, from: Field, to: Field, amount: Field, nonce: Field) {
+  pub fn transfer_public(self: Self, context: PublicContext, from: Field, to: Field, amount: Field, nonce: Field) {
     let _transfer_return_values = context.call_public_function(
       self.address,
       compute_selector("transfer_public((Field),(Field),Field,Field)"),
@@ -21,7 +22,7 @@ impl Token {
     );
   }
 
-  fn unshield(self: Self, context: &mut PrivateContext, from: Field, to: Field,  amount: Field, nonce: Field) {
+  pub fn unshield(self: Self, context: &mut PrivateContext, from: Field, to: Field,  amount: Field, nonce: Field) {
     let _return_values = context.call_private_function(
       self.address,
       compute_selector("unshield((Field),(Field),Field,Field)"),
@@ -35,24 +36,16 @@ struct TokenBridge {
 }
 
 impl TokenBridge {
-  fn at(address: Field) -> Self {
+  pub fn at(address: Field) -> Self {
     Self { address }
   }
 
-  fn token(self: Self, context: PublicContext) -> AztecAddress {
+  pub fn token(self: Self, context: PublicContext) -> AztecAddress {
     let return_values = context.call_public_function(self.address, compute_selector("get_token()"), []);
     AztecAddress::new(return_values[0])
   }
 
-  fn claim_public(self: Self, context: PublicContext, to: Field, amount: Field, canceller: Field, msg_key: Field, secret: Field) {
-    let _return_values = context.call_public_function(
-      self.address,
-      compute_selector("claim_public((Field),Field,Field,Field,Field)"),
-      [to, amount, canceller, msg_key, secret]
-    );
-  }
-
-  fn exit_to_l1_public(self: Self, context: PublicContext, recipient: Field, amount: Field, callerOnL1: Field, nonce: Field) {
+  pub fn exit_to_l1_public(self: Self, context: PublicContext, recipient: Field, amount: Field, callerOnL1: Field, nonce: Field) {
     let _return_values = context.call_public_function(
       self.address,
       compute_selector("exit_to_l1_public((Field),Field,(Field),Field)"),
@@ -60,3 +53,4 @@ impl TokenBridge {
     );
   }
 }
+// docs:end:interfaces
diff --git a/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr b/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr
index 754ba49df06c..35472e07ff4b 100644
--- a/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr
+++ b/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/main.nr
@@ -1,3 +1,4 @@
+// docs:start:uniswap_setup
 mod interfaces;
 mod util;
 
@@ -49,7 +50,9 @@ contract Uniswap {
     
     #[aztec(private)]
     fn constructor() {}
+// docs:end:uniswap_setup
 
+// docs:start:swap_public
     #[aztec(public)]
     fn swap_public(
         sender: AztecAddress,
@@ -97,6 +100,7 @@ contract Uniswap {
         // this ensures the integrity of what the user originally intends to do on L1.
         let input_asset_bridge_portal_address = get_portal_address(input_asset_bridge.address);
         let output_asset_bridge_portal_address = get_portal_address(output_asset_bridge.address);
+        // ensure portal exists - else funds might be lost
         assert(input_asset_bridge_portal_address != 0, "L1 portal address of input_asset's bridge is 0");
         assert(output_asset_bridge_portal_address != 0, "L1 portal address of output_asset's bridge is 0");
 
@@ -116,7 +120,9 @@ contract Uniswap {
 
         1
     }
+// docs:end:swap_public
 
+// docs:start:swap_private
     #[aztec(private)]
     fn swap_private(
         input_asset: AztecAddress, // since private, we pass here and later assert that this is as expected by input_bridge
@@ -160,6 +166,7 @@ contract Uniswap {
         // this ensures the integrity of what the user originally intends to do on L1.
         let input_asset_bridge_portal_address = get_portal_address(input_asset_bridge.address);
         let output_asset_bridge_portal_address = get_portal_address(output_asset_bridge.address);
+        // ensure portal exists - else funds might be lost
         assert(input_asset_bridge_portal_address != 0, "L1 portal address of input_asset's bridge is 0");
         assert(output_asset_bridge_portal_address != 0, "L1 portal address of output_asset's bridge is 0");
 
@@ -179,7 +186,9 @@ contract Uniswap {
 
         1
     }
+    // docs:end:swap_private
 
+    // docs:start:authwit_uniswap_get
     // Since the token bridge burns funds on behalf of this contract, this contract has to tell the token contract if the signature is valid
     // implementation is similar to how account contracts validate public approvals.
     // if valid, it returns the IS_VALID selector which is expected by token contract
@@ -192,7 +201,9 @@ contract Uniswap {
             0
         }
     }
+    // docs:end:authwit_uniswap_get
 
+    // docs:start:authwit_uniswap_set
     // This helper method approves the bridge to burn this contract's funds and exits the input asset to L1
     // Assumes contract already has funds. 
     // Assume `token` relates to `token_bridge` (ie token_bridge.token == token)
@@ -222,11 +233,14 @@ contract Uniswap {
             nonce_for_burn_approval,
         );
     }
+    // docs:end:authwit_uniswap_set
 
+    // docs:start:assert_token_is_same
     #[aztec(public)]
     internal fn _assert_token_is_same(token: AztecAddress, token_bridge: AztecAddress) {
         assert(token.eq(TokenBridge::at(token_bridge.address).token(context)), "input_asset address is not the same as seen in the bridge contract");
     }
+    // docs:end:assert_token_is_same
 
     // /// Unconstrained /// 
 
@@ -234,5 +248,4 @@ contract Uniswap {
     unconstrained fn nonce_for_burn_approval() -> Field {
         storage.nonce_for_burn_approval.read()
     }
-
 }
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/util.nr b/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/util.nr
index 8d51e11679b2..cc39741944b3 100644
--- a/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/util.nr
+++ b/yarn-project/noir-contracts/src/contracts/uniswap_contract/src/util.nr
@@ -1,14 +1,15 @@
+// docs:start:uniswap_public_content_hash
 use dep::aztec::hash::sha256_to_field;
 
-// This method computes the L2 to L1 message content hash for the private
+// This method computes the L2 to L1 message content hash for the public
 // refer `l1-contracts/test/portals/UniswapPortal.sol` on how L2 to L1 message is expected
-fn compute_swap_private_content_hash(
+pub fn compute_swap_public_content_hash(
     input_asset_bridge_portal_address: Field,
     input_amount: Field,
     uniswap_fee_tier: Field,
     output_asset_bridge_portal_address: Field,
     minimum_output_amount: Field,
-    secret_hash_for_redeeming_minted_notes: Field,
+    aztec_recipient: Field,
     secret_hash_for_L1_to_l2_message: Field,
     deadline_for_L1_to_l2_message: Field,
     canceller_for_L1_to_L2_message: Field,
@@ -21,17 +22,17 @@ fn compute_swap_private_content_hash(
     let uniswap_fee_tier_bytes = uniswap_fee_tier.to_be_bytes(32);
     let output_token_portal_bytes = output_asset_bridge_portal_address.to_be_bytes(32);
     let amount_out_min_bytes = minimum_output_amount.to_be_bytes(32);
-    let secret_hash_for_redeeming_minted_notes_bytes = secret_hash_for_redeeming_minted_notes.to_be_bytes(32);
+    let aztec_recipient_bytes = aztec_recipient.to_be_bytes(32);
     let secret_hash_for_L1_to_l2_message_bytes = secret_hash_for_L1_to_l2_message.to_be_bytes(32);
     let deadline_for_L1_to_l2_message_bytes = deadline_for_L1_to_l2_message.to_be_bytes(32);
     let canceller_bytes = canceller_for_L1_to_L2_message.to_be_bytes(32);
     let caller_on_L1_bytes = caller_on_L1.to_be_bytes(32);
 
-    // function selector: 0xbd87d14b keccak256("swap_private(address,uint256,uint24,address,uint256,bytes32,bytes32,uint32,address,address)")
-    hash_bytes[0] = 0xbd;
-    hash_bytes[1] = 0x87;
-    hash_bytes[2] = 0xd1;
-    hash_bytes[3] = 0x4b;
+    // function selector: 0xf3068cac keccak256("swap_public(address,uint256,uint24,address,uint256,bytes32,bytes32,uint32,address,address)")
+    hash_bytes[0] = 0xf3;
+    hash_bytes[1] = 0x06;
+    hash_bytes[2] = 0x8c;
+    hash_bytes[3] = 0xac;
 
     for i in 0..32 {
         hash_bytes[i + 4] = input_token_portal_bytes[i];
@@ -39,25 +40,28 @@ fn compute_swap_private_content_hash(
         hash_bytes[i + 68] = uniswap_fee_tier_bytes[i];
         hash_bytes[i + 100] = output_token_portal_bytes[i];
         hash_bytes[i + 132] = amount_out_min_bytes[i];
-        hash_bytes[i + 164] = secret_hash_for_redeeming_minted_notes_bytes[i];
+        hash_bytes[i + 164] = aztec_recipient_bytes[i];
         hash_bytes[i + 196] = secret_hash_for_L1_to_l2_message_bytes[i];
         hash_bytes[i + 228] = deadline_for_L1_to_l2_message_bytes[i];
         hash_bytes[i + 260] = canceller_bytes[i];
         hash_bytes[i + 292] = caller_on_L1_bytes[i];
     }
+
     let content_hash = sha256_to_field(hash_bytes);
     content_hash
 }
+// docs:end:uniswap_public_content_hash
 
-// This method computes the L2 to L1 message content hash for the public
+// docs:start:compute_swap_private_content_hash
+// This method computes the L2 to L1 message content hash for the private
 // refer `l1-contracts/test/portals/UniswapPortal.sol` on how L2 to L1 message is expected
-fn compute_swap_public_content_hash(
+pub fn compute_swap_private_content_hash(
     input_asset_bridge_portal_address: Field,
     input_amount: Field,
     uniswap_fee_tier: Field,
     output_asset_bridge_portal_address: Field,
     minimum_output_amount: Field,
-    aztec_recipient: Field,
+    secret_hash_for_redeeming_minted_notes: Field,
     secret_hash_for_L1_to_l2_message: Field,
     deadline_for_L1_to_l2_message: Field,
     canceller_for_L1_to_L2_message: Field,
@@ -70,17 +74,17 @@ fn compute_swap_public_content_hash(
     let uniswap_fee_tier_bytes = uniswap_fee_tier.to_be_bytes(32);
     let output_token_portal_bytes = output_asset_bridge_portal_address.to_be_bytes(32);
     let amount_out_min_bytes = minimum_output_amount.to_be_bytes(32);
-    let aztec_recipient_bytes = aztec_recipient.to_be_bytes(32);
+    let secret_hash_for_redeeming_minted_notes_bytes = secret_hash_for_redeeming_minted_notes.to_be_bytes(32);
     let secret_hash_for_L1_to_l2_message_bytes = secret_hash_for_L1_to_l2_message.to_be_bytes(32);
     let deadline_for_L1_to_l2_message_bytes = deadline_for_L1_to_l2_message.to_be_bytes(32);
     let canceller_bytes = canceller_for_L1_to_L2_message.to_be_bytes(32);
     let caller_on_L1_bytes = caller_on_L1.to_be_bytes(32);
 
-    // function selector: 0xf3068cac keccak256("swap_public(address,uint256,uint24,address,uint256,bytes32,bytes32,uint32,address,address)")
-    hash_bytes[0] = 0xf3;
-    hash_bytes[1] = 0x06;
-    hash_bytes[2] = 0x8c;
-    hash_bytes[3] = 0xac;
+    // function selector: 0xbd87d14b keccak256("swap_private(address,uint256,uint24,address,uint256,bytes32,bytes32,uint32,address,address)")
+    hash_bytes[0] = 0xbd;
+    hash_bytes[1] = 0x87;
+    hash_bytes[2] = 0xd1;
+    hash_bytes[3] = 0x4b;
 
     for i in 0..32 {
         hash_bytes[i + 4] = input_token_portal_bytes[i];
@@ -88,13 +92,13 @@ fn compute_swap_public_content_hash(
         hash_bytes[i + 68] = uniswap_fee_tier_bytes[i];
         hash_bytes[i + 100] = output_token_portal_bytes[i];
         hash_bytes[i + 132] = amount_out_min_bytes[i];
-        hash_bytes[i + 164] = aztec_recipient_bytes[i];
+        hash_bytes[i + 164] = secret_hash_for_redeeming_minted_notes_bytes[i];
         hash_bytes[i + 196] = secret_hash_for_L1_to_l2_message_bytes[i];
         hash_bytes[i + 228] = deadline_for_L1_to_l2_message_bytes[i];
         hash_bytes[i + 260] = canceller_bytes[i];
         hash_bytes[i + 292] = caller_on_L1_bytes[i];
     }
-
     let content_hash = sha256_to_field(hash_bytes);
     content_hash
 }
+// docs:end:compute_swap_private_content_hash
\ No newline at end of file
diff --git a/yarn-project/noir-contracts/src/scripts/copy_output.ts b/yarn-project/noir-contracts/src/scripts/copy_output.ts
index 15b5dede4461..ab22356465ee 100644
--- a/yarn-project/noir-contracts/src/scripts/copy_output.ts
+++ b/yarn-project/noir-contracts/src/scripts/copy_output.ts
@@ -1,7 +1,7 @@
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { createConsoleLogger } from '@aztec/foundation/log';
 import {
-  generateAztecAbi,
+  generateContractArtifact,
   generateNoirContractInterface,
   generateTypescriptContractInterface,
 } from '@aztec/noir-compiler';
@@ -18,27 +18,27 @@ import { format } from 'util';
 const log = createConsoleLogger('aztec:noir-contracts');
 
 const PROJECT_CONTRACTS = [
-  { name: 'SchnorrSingleKeyAccount', target: '../aztec.js/src/abis/', exclude: [] },
-  { name: 'SchnorrAccount', target: '../aztec.js/src/abis/', exclude: [] },
-  { name: 'EcdsaAccount', target: '../aztec.js/src/abis/', exclude: [] },
+  { name: 'SchnorrSingleKeyAccount', target: '../aztec.js/src/artifacts/', exclude: [] },
+  { name: 'SchnorrAccount', target: '../aztec.js/src/artifacts/', exclude: [] },
+  { name: 'EcdsaAccount', target: '../aztec.js/src/artifacts/', exclude: [] },
 ];
 
-const INTERFACE_CONTRACTS = ['private_token', 'private_token_airdrop', 'non_native_token', 'test'];
+const INTERFACE_CONTRACTS = ['private_token', 'private_token_airdrop', 'test'];
 
 /**
  * Writes the contract to a specific project folder, if needed.
- * @param abi - The Abi to write.
+ * @param artifact - The artifact to write.
  */
-function writeToProject(abi: any) {
+function writeToProject(artifact: any) {
   for (const projectContract of PROJECT_CONTRACTS) {
-    if (abi.name === projectContract.name) {
+    if (artifact.name === projectContract.name) {
       const toWrite = {
-        ...abi,
-        functions: abi.functions.map((f: any) => omit(f, projectContract.exclude)),
-        // If we maintain debug symbols they will get commited to git.
+        ...artifact,
+        functions: artifact.functions.map((f: any) => omit(f, projectContract.exclude)),
+        // If we maintain debug symbols they will get committed to git.
         debug: undefined,
       };
-      const targetFilename = pathJoin(projectContract.target, `${snakeCase(abi.name)}_contract.json`);
+      const targetFilename = pathJoin(projectContract.target, `${snakeCase(artifact.name)}_contract.json`);
       writeFileSync(targetFilename, JSON.stringify(toWrite, null, 2) + '\n');
       log(`Written ${targetFilename}`);
     }
@@ -71,7 +71,7 @@ const main = () => {
   }
 
   // Remove extraneous information from the buildJson (which was output by Nargo) to hone in on the function data we actually care about:
-  const artifactJson: ContractAbi = generateAztecAbi({ contract: buildJson, debug });
+  const artifactJson: ContractArtifact = generateContractArtifact({ contract: buildJson, debug });
 
   // Write the artifact:
   const artifactsDir = 'src/artifacts';
diff --git a/yarn-project/p2p-bootstrap/Dockerfile b/yarn-project/p2p-bootstrap/Dockerfile
new file mode 100644
index 000000000000..98cb0e4d6cf9
--- /dev/null
+++ b/yarn-project/p2p-bootstrap/Dockerfile
@@ -0,0 +1,14 @@
+FROM 278380418400.dkr.ecr.eu-west-2.amazonaws.com/yarn-project AS builder
+
+WORKDIR /usr/src/yarn-project/p2p-bootstrap
+
+# Productionify. See comment in yarn-project-base/Dockerfile.
+RUN yarn cache clean && yarn workspaces focus --production
+
+# Create final, minimal size image.
+FROM node:18-alpine
+COPY --from=builder /usr/src/ /usr/src/
+WORKDIR /usr/src/yarn-project/p2p-bootstrap
+ENTRYPOINT ["yarn"]
+CMD [ "start" ]
+EXPOSE 8080
diff --git a/yarn-project/p2p-bootstrap/src/index.ts b/yarn-project/p2p-bootstrap/src/index.ts
index 3b1ccc3080de..f6de48946fe7 100644
--- a/yarn-project/p2p-bootstrap/src/index.ts
+++ b/yarn-project/p2p-bootstrap/src/index.ts
@@ -1,8 +1,6 @@
 import { createDebugLogger } from '@aztec/foundation/log';
 import { BootstrapNode, getP2PConfigEnvVars } from '@aztec/p2p';
 
-import 'dotenv/config';
-
 const logger = createDebugLogger('aztec:bootstrap_node');
 
 /**
diff --git a/yarn-project/p2p-bootstrap/terraform/main.tf b/yarn-project/p2p-bootstrap/terraform/main.tf
new file mode 100644
index 000000000000..8e44f28913db
--- /dev/null
+++ b/yarn-project/p2p-bootstrap/terraform/main.tf
@@ -0,0 +1,402 @@
+# Terraform to setup a prototype network of Aztec Boot Nodes in AWS
+# It sets up 2 boot nodes with different ports/keys etc.
+# Some duplication across the 2 defined services, could possibly 
+# be refactored to use modules as and when we build out infrastructure for real
+
+terraform {
+  backend "s3" {
+    bucket = "aztec-terraform"
+    region = "eu-west-2"
+  }
+  required_providers {
+    aws = {
+      source  = "hashicorp/aws"
+      version = "3.74.2"
+    }
+  }
+}
+
+# Define provider and region
+provider "aws" {
+  region = "eu-west-2"
+}
+
+data "terraform_remote_state" "setup_iac" {
+  backend = "s3"
+  config = {
+    bucket = "aztec-terraform"
+    key    = "setup/setup-iac"
+    region = "eu-west-2"
+  }
+}
+
+data "terraform_remote_state" "aztec2_iac" {
+  backend = "s3"
+  config = {
+    bucket = "aztec-terraform"
+    key    = "aztec2/iac"
+    region = "eu-west-2"
+  }
+}
+
+data "terraform_remote_state" "aztec-network_iac" {
+  backend = "s3"
+  config = {
+    bucket = "aztec-terraform"
+    key    = "aztec-network/iac"
+    region = "eu-west-2"
+  }
+}
+
+
+resource "aws_cloudwatch_log_group" "aztec-bootstrap-1-log-group" {
+  name              = "/fargate/service/${var.DEPLOY_TAG}/aztec-bootstrap-1"
+  retention_in_days = 14
+}
+
+resource "aws_service_discovery_service" "aztec-bootstrap-1" {
+  name = "${var.DEPLOY_TAG}-aztec-bootstrap-1"
+
+  health_check_custom_config {
+    failure_threshold = 1
+  }
+
+  dns_config {
+    namespace_id = data.terraform_remote_state.setup_iac.outputs.local_service_discovery_id
+
+    dns_records {
+      ttl  = 60
+      type = "A"
+    }
+
+    dns_records {
+      ttl  = 60
+      type = "SRV"
+    }
+
+    routing_policy = "MULTIVALUE"
+  }
+
+  # Terraform just fails if this resource changes and you have registered instances.
+  provisioner "local-exec" {
+    when    = destroy
+    command = "${path.module}/../servicediscovery-drain.sh ${self.id}"
+  }
+}
+
+resource "aws_ecs_task_definition" "aztec-bootstrap-1" {
+  family                   = "${var.DEPLOY_TAG}-aztec-bootstrap-1"
+  requires_compatibilities = ["FARGATE"]
+  network_mode             = "awsvpc"
+  cpu                      = "2048"
+  memory                   = "4096"
+  execution_role_arn       = data.terraform_remote_state.setup_iac.outputs.ecs_task_execution_role_arn
+  task_role_arn            = data.terraform_remote_state.aztec2_iac.outputs.cloudwatch_logging_ecs_role_arn
+
+  container_definitions = <<DEFINITIONS
+[
+  {
+    "name": "${var.DEPLOY_TAG}-aztec-bootstrap-1",
+    "image": "${var.ECR_URL}/p2p-bootstrap:aztec3-packages-prod",
+    "essential": true,
+    "command": ["start"],
+    "memoryReservation": 3776,
+    "portMappings": [
+      {
+        "containerPort": ${var.BOOTNODE_1_LISTEN_PORT}
+      },
+      {
+        "containerPort": 80
+      }
+    ],
+    "environment": [
+      {
+        "name": "NODE_ENV",
+        "value": "production"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_PORT",
+        "value": "${var.BOOTNODE_1_LISTEN_PORT}"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_IP",
+        "value": "0.0.0.0"
+      },
+      {
+        "name": "PEER_ID_PRIVATE_KEY",
+        "value": "${var.BOOTNODE_1_PRIVATE_KEY}"
+      },
+      {
+        "name": "DEBUG",
+        "value": "aztec:*"
+      }
+    ],
+    "logConfiguration": {
+      "logDriver": "awslogs",
+      "options": {
+        "awslogs-group": "/fargate/service/${var.DEPLOY_TAG}/aztec-bootstrap-1",
+        "awslogs-region": "eu-west-2",
+        "awslogs-stream-prefix": "ecs"
+      }
+    }
+  }
+]
+DEFINITIONS
+}
+
+resource "aws_ecs_service" "aztec-bootstrap-1" {
+  name                               = "${var.DEPLOY_TAG}-aztec-bootstrap-1"
+  cluster                            = data.terraform_remote_state.setup_iac.outputs.ecs_cluster_id
+  launch_type                        = "FARGATE"
+  desired_count                      = 1
+  deployment_maximum_percent         = 100
+  deployment_minimum_healthy_percent = 0
+  platform_version                   = "1.4.0"
+
+  network_configuration {
+    subnets = [
+      data.terraform_remote_state.setup_iac.outputs.subnet_az1_private_id,
+      data.terraform_remote_state.setup_iac.outputs.subnet_az2_private_id
+    ]
+    security_groups = [data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id, data.terraform_remote_state.setup_iac.outputs.security_group_private_id]
+  }
+
+  service_registries {
+    registry_arn   = aws_service_discovery_service.aztec-bootstrap-1.arn
+    container_name = "${var.DEPLOY_TAG}-aztec-bootstrap-1"
+    container_port = 80
+  }
+
+  load_balancer {
+    target_group_arn = aws_lb_target_group.aztec-bootstrap-1-target-group.id
+    container_name   = "${var.DEPLOY_TAG}-aztec-bootstrap-1"
+    container_port   = var.BOOTNODE_1_LISTEN_PORT
+  }
+
+  task_definition = aws_ecs_task_definition.aztec-bootstrap-1.family
+}
+
+resource "aws_lb_target_group" "aztec-bootstrap-1-target-group" {
+  name        = "aztec-bootstrap-1-target-group"
+  port        = var.BOOTNODE_1_LISTEN_PORT
+  protocol    = "TCP"
+  target_type = "ip"
+  vpc_id      = data.terraform_remote_state.setup_iac.outputs.vpc_id
+
+  health_check {
+    protocol            = "TCP"
+    interval            = 10
+    healthy_threshold   = 2
+    unhealthy_threshold = 2
+    port                = var.BOOTNODE_1_LISTEN_PORT
+  }
+}
+
+resource "aws_security_group_rule" "allow-bootstrap-1-tcp" {
+  type              = "ingress"
+  from_port         = var.BOOTNODE_1_LISTEN_PORT
+  to_port           = var.BOOTNODE_1_LISTEN_PORT
+  protocol          = "tcp"
+  cidr_blocks       = ["0.0.0.0/0"]
+  security_group_id = data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id
+}
+
+## Commented out here and setup manually as terraform (or the aws provider version we are using) has a bug
+## NLB listeners can't have a 'weight' property defined. You will see there isn't one here but that doesn't
+## stop it trying to automatically specify one and giving an error
+
+# resource "aws_lb_listener" "aztec-bootstrap-1-tcp-listener" {
+#   load_balancer_arn = data.terraform_remote_state.aztec-network_iac.outputs.nlb_arn
+#   port              = "${var.BOOTNODE_1_LISTEN_PORT}"
+#   protocol          = "TCP"
+
+#   tags = {
+#     name = "aztec-bootstrap-1-target-group"
+#   }
+
+#   default_action {
+#     type = "forward"
+
+#     forward {
+#       target_group {
+#         arn    = aws_lb_target_group.aztec-bootstrap-1-target-group.arn
+#       }
+#     }
+#   }
+# }
+
+resource "aws_cloudwatch_log_group" "aztec-bootstrap-2-log-group" {
+  name              = "/fargate/service/${var.DEPLOY_TAG}/aztec-bootstrap-2"
+  retention_in_days = 14
+}
+
+resource "aws_service_discovery_service" "aztec-bootstrap-2" {
+  name = "${var.DEPLOY_TAG}-aztec-bootstrap-2"
+
+  health_check_custom_config {
+    failure_threshold = 1
+  }
+
+  dns_config {
+    namespace_id = data.terraform_remote_state.setup_iac.outputs.local_service_discovery_id
+
+    dns_records {
+      ttl  = 60
+      type = "A"
+    }
+
+    dns_records {
+      ttl  = 60
+      type = "SRV"
+    }
+
+    routing_policy = "MULTIVALUE"
+  }
+
+  # Terraform just fails if this resource changes and you have registered instances.
+  provisioner "local-exec" {
+    when    = destroy
+    command = "${path.module}/../servicediscovery-drain.sh ${self.id}"
+  }
+}
+
+resource "aws_ecs_task_definition" "aztec-bootstrap-2" {
+  family                   = "${var.DEPLOY_TAG}-aztec-bootstrap-2"
+  requires_compatibilities = ["FARGATE"]
+  network_mode             = "awsvpc"
+  cpu                      = "2048"
+  memory                   = "4096"
+  execution_role_arn       = data.terraform_remote_state.setup_iac.outputs.ecs_task_execution_role_arn
+  task_role_arn            = data.terraform_remote_state.aztec2_iac.outputs.cloudwatch_logging_ecs_role_arn
+
+  container_definitions = <<DEFINITIONS
+[
+  {
+    "name": "${var.DEPLOY_TAG}-aztec-bootstrap-2",
+    "image": "${var.ECR_URL}/p2p-bootstrap:aztec3-packages-prod",
+    "essential": true,
+    "command": ["start"],
+    "memoryReservation": 3776,
+    "portMappings": [
+      {
+        "containerPort": ${var.BOOTNODE_2_LISTEN_PORT}
+      },
+      {
+        "containerPort": 80
+      }
+    ],
+    "environment": [
+      {
+        "name": "NODE_ENV",
+        "value": "production"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_PORT",
+        "value": "${var.BOOTNODE_2_LISTEN_PORT}"
+      },
+      {
+        "name": "P2P_TCP_LISTEN_IP",
+        "value": "0.0.0.0"
+      },
+      {
+        "name": "PEER_ID_PRIVATE_KEY",
+        "value": "${var.BOOTNODE_2_PRIVATE_KEY}"
+      },
+      {
+        "name": "DEBUG",
+        "value": "aztec:*"
+      }
+    ],
+    "logConfiguration": {
+      "logDriver": "awslogs",
+      "options": {
+        "awslogs-group": "/fargate/service/${var.DEPLOY_TAG}/aztec-bootstrap-2",
+        "awslogs-region": "eu-west-2",
+        "awslogs-stream-prefix": "ecs"
+      }
+    }
+  }
+]
+DEFINITIONS
+}
+
+resource "aws_ecs_service" "aztec-bootstrap-2" {
+  name                               = "${var.DEPLOY_TAG}-aztec-bootstrap-2"
+  cluster                            = data.terraform_remote_state.setup_iac.outputs.ecs_cluster_id
+  launch_type                        = "FARGATE"
+  desired_count                      = 1
+  deployment_maximum_percent         = 100
+  deployment_minimum_healthy_percent = 0
+  platform_version                   = "1.4.0"
+
+  network_configuration {
+    subnets = [
+      data.terraform_remote_state.setup_iac.outputs.subnet_az1_private_id,
+      data.terraform_remote_state.setup_iac.outputs.subnet_az2_private_id
+    ]
+    security_groups = [data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id, data.terraform_remote_state.setup_iac.outputs.security_group_private_id]
+  }
+
+  service_registries {
+    registry_arn   = aws_service_discovery_service.aztec-bootstrap-2.arn
+    container_name = "${var.DEPLOY_TAG}-aztec-bootstrap-2"
+    container_port = 80
+  }
+
+  load_balancer {
+    target_group_arn = aws_lb_target_group.aztec-bootstrap-2-target-group.id
+    container_name   = "${var.DEPLOY_TAG}-aztec-bootstrap-2"
+    container_port   = var.BOOTNODE_2_LISTEN_PORT
+  }
+
+  task_definition = aws_ecs_task_definition.aztec-bootstrap-2.family
+}
+
+resource "aws_lb_target_group" "aztec-bootstrap-2-target-group" {
+  name        = "aztec-bootstrap-2-target-group"
+  port        = var.BOOTNODE_2_LISTEN_PORT
+  protocol    = "TCP"
+  target_type = "ip"
+  vpc_id      = data.terraform_remote_state.setup_iac.outputs.vpc_id
+
+  health_check {
+    protocol            = "TCP"
+    interval            = 10
+    healthy_threshold   = 2
+    unhealthy_threshold = 2
+    port                = var.BOOTNODE_2_LISTEN_PORT
+  }
+}
+
+resource "aws_security_group_rule" "allow-bootstrap-2-tcp" {
+  type              = "ingress"
+  from_port         = var.BOOTNODE_2_LISTEN_PORT
+  to_port           = var.BOOTNODE_2_LISTEN_PORT
+  protocol          = "tcp"
+  cidr_blocks       = ["0.0.0.0/0"]
+  security_group_id = data.terraform_remote_state.aztec-network_iac.outputs.p2p_security_group_id
+}
+
+## Commented out here and setup manually as terraform (or the aws provider version we are using) has a bug
+## NLB listeners can't have a 'weight' property defined. You will see there isn't one here but that doesn't
+## stop it trying to automatically specify one and giving an error
+
+# resource "aws_lb_listener" "aztec-bootstrap-2-tcp-listener" {
+#   load_balancer_arn = data.terraform_remote_state.aztec-network_iac.outputs.nlb_arn
+#   port              = "${var.BOOTNODE_2_LISTEN_PORT}"
+#   protocol          = "TCP"
+
+#   tags = {
+#     name = "aztec-bootstrap-2-tcp-listener"
+#   }
+
+#   default_action {
+#     type = "forward"
+
+#     forward {
+#       target_group {
+#         arn    = aws_lb_target_group.aztec-bootstrap-2-target-group.arn
+#       }
+#     }
+#   }
+# }
diff --git a/yarn-project/p2p-bootstrap/terraform/variables.tf b/yarn-project/p2p-bootstrap/terraform/variables.tf
new file mode 100644
index 000000000000..0557ec21e0a6
--- /dev/null
+++ b/yarn-project/p2p-bootstrap/terraform/variables.tf
@@ -0,0 +1,23 @@
+variable "DEPLOY_TAG" {
+  type = string
+}
+
+variable "BOOTNODE_1_LISTEN_PORT" {
+  type = string
+}
+
+variable "BOOTNODE_1_PRIVATE_KEY" {
+  type = string
+}
+
+variable "BOOTNODE_2_LISTEN_PORT" {
+  type = string
+}
+
+variable "BOOTNODE_2_PRIVATE_KEY" {
+  type = string
+}
+
+variable "ECR_URL" {
+  type = string
+}
diff --git a/yarn-project/p2p/src/bootstrap/bootstrap.ts b/yarn-project/p2p/src/bootstrap/bootstrap.ts
index 5c3dc673f062..17ecba0a4d94 100644
--- a/yarn-project/p2p/src/bootstrap/bootstrap.ts
+++ b/yarn-project/p2p/src/bootstrap/bootstrap.ts
@@ -39,7 +39,7 @@ export class BootstrapNode {
       peerId,
       addresses: {
         listen: [`/ip4/${tcpListenIp}/tcp/${tcpListenPort}`],
-        announce: announceHostname ? [`/ip4/${announceHostname}/tcp/${announcePort ?? tcpListenPort}`] : [],
+        announce: announceHostname ? [`${announceHostname}/tcp/${announcePort ?? tcpListenPort}`] : [],
       },
       transports: [tcp()],
       streamMuxers: [yamux(), mplex()],
@@ -58,6 +58,13 @@ export class BootstrapNode {
         protocolPrefix: 'aztec',
         clientMode: false,
       }),
+      // The autonat service seems quite problematic in that using it seems to cause a lot of attempts
+      // to dial ephemeral ports. I suspect that it works better if you can get the uPNPnat service to
+      // work as then you would have a permanent port to be dialled.
+      // Alas, I struggled to get this to work reliably either.
+      // autoNAT: autoNATService({
+      //   protocolPrefix: 'aztec',
+      // }),
     };
 
     this.node = await createLibp2p({
diff --git a/yarn-project/p2p/src/client/mocks.ts b/yarn-project/p2p/src/client/mocks.ts
index 7face89993ed..7548fb3175d2 100644
--- a/yarn-project/p2p/src/client/mocks.ts
+++ b/yarn-project/p2p/src/client/mocks.ts
@@ -45,7 +45,7 @@ export class MockBlockSource implements L2BlockSource {
    * @param number - The block number to return (inclusive).
    * @returns The requested L2 block.
    */
-  public getL2Block(number: number) {
+  public getBlock(number: number) {
     return Promise.resolve(this.l2Blocks[number]);
   }
 
@@ -55,7 +55,7 @@ export class MockBlockSource implements L2BlockSource {
    * @param limit - The maximum number of blocks to return.
    * @returns The requested mocked L2 blocks.
    */
-  public getL2Blocks(from: number, limit: number) {
+  public getBlocks(from: number, limit: number) {
     return Promise.resolve(this.l2Blocks.slice(from, from + limit));
   }
 
@@ -71,7 +71,7 @@ export class MockBlockSource implements L2BlockSource {
 
   /**
    * Starts the block source. In this mock implementation, this is a noop.
-   * @returns A promise that signals the initialization of the l2 block source on compmletion.
+   * @returns A promise that signals the initialization of the l2 block source on completion.
    */
   public start(): Promise<void> {
     return Promise.resolve();
diff --git a/yarn-project/p2p/src/client/p2p_client.ts b/yarn-project/p2p/src/client/p2p_client.ts
index e8e34868a780..7880bf2310b2 100644
--- a/yarn-project/p2p/src/client/p2p_client.ts
+++ b/yarn-project/p2p/src/client/p2p_client.ts
@@ -16,7 +16,7 @@ export enum P2PClientState {
 }
 
 /**
- * The synchronisation status of the P2P client.
+ * The synchronization status of the P2P client.
  */
 export interface P2PSyncState {
   /**
@@ -164,7 +164,7 @@ export class P2PClient implements P2P {
     // start looking for further blocks
     const blockProcess = async () => {
       while (!this.stopping) {
-        const blocks = await this.blockDownloader.getL2Blocks();
+        const blocks = await this.blockDownloader.getBlocks();
         await this.handleL2Blocks(blocks);
       }
     };
diff --git a/yarn-project/p2p/src/config.ts b/yarn-project/p2p/src/config.ts
index 2906898280c7..c908cd0b063c 100644
--- a/yarn-project/p2p/src/config.ts
+++ b/yarn-project/p2p/src/config.ts
@@ -53,9 +53,9 @@ export interface P2PConfig {
   announcePort?: number;
 
   /**
-   * Optional specification to run as a server node.
+   * Optional specification to run as a client in the Kademlia routing protocol.
    */
-  serverMode: boolean;
+  clientKADRouting: boolean;
 
   /**
    * Whether to enable NAT from libp2p (ignored for bootstrap node).
@@ -88,7 +88,7 @@ export function getP2PConfigEnvVars(): P2PConfig {
     BOOTSTRAP_NODES,
     P2P_ANNOUNCE_HOSTNAME,
     P2P_ANNOUNCE_PORT,
-    P2P_SERVER,
+    P2P_KAD_CLIENT,
     P2P_NAT_ENABLED,
     P2P_MIN_PEERS,
     P2P_MAX_PEERS,
@@ -104,7 +104,7 @@ export function getP2PConfigEnvVars(): P2PConfig {
     transactionProtocol: '',
     announceHostname: P2P_ANNOUNCE_HOSTNAME,
     announcePort: P2P_ANNOUNCE_PORT ? +P2P_ANNOUNCE_PORT : undefined,
-    serverMode: P2P_SERVER === 'true',
+    clientKADRouting: P2P_KAD_CLIENT === 'true',
     enableNat: P2P_NAT_ENABLED === 'true',
     minPeerCount: P2P_MIN_PEERS ? +P2P_MIN_PEERS : 10,
     maxPeerCount: P2P_MAX_PEERS ? +P2P_MAX_PEERS : 100,
diff --git a/yarn-project/p2p/src/service/dummy_service.ts b/yarn-project/p2p/src/service/dummy_service.ts
index 3c83cca8e910..36b1953be759 100644
--- a/yarn-project/p2p/src/service/dummy_service.ts
+++ b/yarn-project/p2p/src/service/dummy_service.ts
@@ -15,7 +15,7 @@ export class DummyP2PService implements P2PService {
   }
 
   /**
-   * Stops the dummy imaplementation.
+   * Stops the dummy implementation.
    * @returns A resolved promise.
    */
   public stop() {
diff --git a/yarn-project/p2p/src/service/libp2p_service.ts b/yarn-project/p2p/src/service/libp2p_service.ts
index 83cd580e3205..4abc1be3a23f 100644
--- a/yarn-project/p2p/src/service/libp2p_service.ts
+++ b/yarn-project/p2p/src/service/libp2p_service.ts
@@ -14,7 +14,6 @@ import { createFromJSON, createSecp256k1PeerId, exportToProtobuf } from '@libp2p
 import { tcp } from '@libp2p/tcp';
 import { pipe } from 'it-pipe';
 import { Libp2p, Libp2pOptions, ServiceFactoryMap, createLibp2p } from 'libp2p';
-import { autoNATService } from 'libp2p/autonat';
 import { identifyService } from 'libp2p/identify';
 
 import { P2PConfig } from '../config.js';
@@ -84,7 +83,7 @@ export class LibP2PService implements P2PService {
     }
     const { enableNat, tcpListenIp, tcpListenPort, announceHostname, announcePort } = this.config;
     this.logger(`Starting P2P node on ${tcpListenIp}:${tcpListenPort}`);
-    if (announceHostname) this.logger(`Announcing at ${announceHostname}:${announcePort ?? tcpListenPort}`);
+    if (announceHostname) this.logger(`Announcing at ${announceHostname}/tcp/${announcePort ?? tcpListenPort}`);
     if (enableNat) this.logger(`Enabling NAT in libp2p module`);
 
     this.node.addEventListener('peer:discovery', evt => {
@@ -141,12 +140,11 @@ export class LibP2PService implements P2PService {
    */
   public static async new(config: P2PConfig, txPool: TxPool) {
     const {
-      enableNat,
       tcpListenIp,
       tcpListenPort,
       announceHostname,
       announcePort,
-      serverMode,
+      clientKADRouting,
       minPeerCount,
       maxPeerCount,
       peerIdPrivateKey,
@@ -158,7 +156,7 @@ export class LibP2PService implements P2PService {
       peerId,
       addresses: {
         listen: [`/ip4/${tcpListenIp}/tcp/${tcpListenPort}`],
-        announce: announceHostname ? [`/ip4/${announceHostname}/tcp/${announcePort ?? tcpListenPort}`] : [],
+        announce: announceHostname ? [`${announceHostname}/tcp/${announcePort ?? tcpListenPort}`] : [],
       },
       transports: [tcp()],
       streamMuxers: [yamux(), mplex()],
@@ -180,15 +178,23 @@ export class LibP2PService implements P2PService {
       }),
       kadDHT: kadDHT({
         protocolPrefix: 'aztec',
-        clientMode: !serverMode,
+        clientMode: clientKADRouting,
       }),
     };
 
-    if (enableNat) {
-      services.nat = autoNATService({
-        protocolPrefix: 'aztec',
-      });
-    }
+    // The autonat service seems quite problematic in that using it seems to cause a lot of attempts
+    // to dial ephemeral ports. I suspect that it works better if you can get the uPNPnat service to
+    // work as then you would have a permanent port to be dialled.
+    // Alas, I struggled to get this to work reliably either. I find there is a race between the
+    // service that reads our listener addresses and the uPnP service.
+    // The result being the uPnP service can't find an address to use for the port forward.
+    // Need to investigate further.
+    // if (enableNat) {
+    //   services.autoNAT = autoNATService({
+    //     protocolPrefix: 'aztec',
+    //   });
+    //   services.uPnPNAT = uPnPNATService();
+    // }
 
     const node = await createLibp2p({
       ...opts,
@@ -304,7 +310,7 @@ export class LibP2PService implements P2PService {
   private async processReceivedTxs(encodedMessage: Buffer, peerId: PeerId) {
     try {
       const txs = decodeTransactionsMessage(encodedMessage);
-      // Could optimise here and process all txs at once
+      // Could optimize here and process all txs at once
       // Propagation would need to filter and send custom tx set per peer
       for (const tx of txs) {
         await this.processTxFromPeer(tx, peerId);
diff --git a/yarn-project/p2p/src/tx_pool/memory_tx_pool.ts b/yarn-project/p2p/src/tx_pool/memory_tx_pool.ts
index 1e8fc195ce93..2c897ca48751 100644
--- a/yarn-project/p2p/src/tx_pool/memory_tx_pool.ts
+++ b/yarn-project/p2p/src/tx_pool/memory_tx_pool.ts
@@ -1,5 +1,6 @@
 import { createDebugLogger } from '@aztec/foundation/log';
 import { Tx, TxHash } from '@aztec/types';
+import { TxAddedToPoolStats } from '@aztec/types/stats';
 
 import { TxPool } from './index.js';
 
@@ -38,7 +39,10 @@ export class InMemoryTxPool implements TxPool {
   public async addTxs(txs: Tx[]): Promise<void> {
     for (const tx of txs) {
       const txHash = await tx.getTxHash();
-      this.log(`Adding tx with id ${txHash.toString()}`);
+      this.log(`Adding tx with id ${txHash.toString()}`, {
+        eventName: 'tx-added-to-pool',
+        ...tx.getStats(),
+      } satisfies TxAddedToPoolStats);
       this.txs.set(txHash.toBigInt(), tx);
     }
   }
diff --git a/yarn-project/p2p/src/tx_pool/tx_pool.ts b/yarn-project/p2p/src/tx_pool/tx_pool.ts
index 148101fa6704..3faf36880755 100644
--- a/yarn-project/p2p/src/tx_pool/tx_pool.ts
+++ b/yarn-project/p2p/src/tx_pool/tx_pool.ts
@@ -18,7 +18,7 @@ export interface TxPool {
   getTxByHash(txHash: TxHash): Tx | undefined;
 
   /**
-   * Deletes transactions from the pool. Tx hasehs that are not present are ignored.
+   * Deletes transactions from the pool. Tx hashes that are not present are ignored.
    * @param txHashes - An array of tx hashes to be removed from the tx pool.
    */
   deleteTxs(txHashes: TxHash[]): void;
diff --git a/yarn-project/package.json b/yarn-project/package.json
index 8e3d25271bbe..36bf9b261ad0 100644
--- a/yarn-project/package.json
+++ b/yarn-project/package.json
@@ -24,7 +24,7 @@
     "aztec.js",
     "boxes/blank",
     "boxes/blank-react",
-    "boxes/private-token",
+    "boxes/token",
     "canary",
     "circuits.js",
     "cli",
@@ -42,6 +42,7 @@
     "prover-client",
     "rollup-provider",
     "sequencer-client",
+    "scripts",
     "types",
     "world-state",
     "yarn-project-base"
diff --git a/yarn-project/pxe/src/contract_data_oracle/index.ts b/yarn-project/pxe/src/contract_data_oracle/index.ts
index 419fce0319fa..79be6f6aa44e 100644
--- a/yarn-project/pxe/src/contract_data_oracle/index.ts
+++ b/yarn-project/pxe/src/contract_data_oracle/index.ts
@@ -31,17 +31,17 @@ export class ContractDataOracle {
   }
 
   /**
-   * Retrieves the ABI of a specified function within a given contract.
+   * Retrieves the artifact of a specified function within a given contract.
    * The function is identified by its selector, which is a unique code generated from the function's signature.
    * Throws an error if the contract address or function selector are invalid or not found.
    *
    * @param contractAddress - The AztecAddress representing the contract containing the function.
    * @param selector - The function selector.
-   * @returns The corresponding function's ABI as an object.
+   * @returns The corresponding function's artifact as an object.
    */
-  public async getFunctionAbi(contractAddress: AztecAddress, selector: FunctionSelector) {
+  public async getFunctionArtifact(contractAddress: AztecAddress, selector: FunctionSelector) {
     const tree = await this.getTree(contractAddress);
-    return tree.getFunctionAbi(selector);
+    return tree.getFunctionArtifact(selector);
   }
 
   /**
@@ -51,20 +51,20 @@ export class ContractDataOracle {
    *
    * @param contractAddress - The AztecAddress representing the contract containing the function.
    * @param selector - The function selector.
-   * @returns The corresponding function's ABI as an object.
+   * @returns The corresponding function's artifact as an object.
    */
   public async getFunctionDebugMetadata(
     contractAddress: AztecAddress,
     selector: FunctionSelector,
   ): Promise<FunctionDebugMetadata | undefined> {
     const contract = await this.db.getContract(contractAddress);
-    const functionAbi = contract?.functions.find(f => f.selector.equals(selector));
+    const functionArtifact = contract?.functions.find(f => f.selector.equals(selector));
 
-    if (!contract || !functionAbi) {
+    if (!contract || !functionArtifact) {
       return undefined;
     }
 
-    return getFunctionDebugMetadata(contract, functionAbi.name);
+    return getFunctionDebugMetadata(contract, functionArtifact.name);
   }
 
   /**
diff --git a/yarn-project/pxe/src/contract_tree/index.ts b/yarn-project/pxe/src/contract_tree/index.ts
index e187e87f7c3d..4fd6a61cd918 100644
--- a/yarn-project/pxe/src/contract_tree/index.ts
+++ b/yarn-project/pxe/src/contract_tree/index.ts
@@ -22,14 +22,14 @@ import {
   computeVarArgsHash,
   hashConstructor,
 } from '@aztec/circuits.js/abis';
-import { ContractAbi, FunctionSelector } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionSelector } from '@aztec/foundation/abi';
 import { assertLength } from '@aztec/foundation/serialize';
 import { AztecNode, ContractDao, MerkleTreeId, PublicKey, StateInfoProvider } from '@aztec/types';
 
 /**
  * The ContractTree class represents a Merkle tree of functions for a particular contract.
  * It manages the construction of the function tree, computes its root, and generates membership witnesses
- * for constrained functions. This class also enables lookup of specific function ABI and bytecode using selectors.
+ * for constrained functions. This class also enables lookup of specific function artifact using selectors.
  * It is used in combination with the AztecNode to compute various data for executing private transactions.
  */
 export class ContractTree {
@@ -40,7 +40,7 @@ export class ContractTree {
 
   constructor(
     /**
-     * The contract data object containing the ABI and contract address.
+     * The contract data object containing the artifact and contract address.
      */
     public readonly contract: ContractDao,
     private stateInfoProvider: StateInfoProvider,
@@ -52,13 +52,13 @@ export class ContractTree {
   ) {}
 
   /**
-   * Create a new ContractTree instance from the provided contract ABI, constructor arguments, and related data.
+   * Create a new ContractTree instance from the provided contract artifact, constructor arguments, and related data.
    * The function generates function leaves for constrained functions, computes the function tree root,
    * and hashes the constructor's verification key. It then computes the contract address using the contract
    * and portal contract addresses, contract address salt, and generated data. Finally, it returns a new
    * ContractTree instance containing the contract data and computed values.
    *
-   * @param abi - The contract's ABI containing the functions and their metadata.
+   * @param artifact - The contract's build artifact containing the functions and their metadata.
    * @param args - An array of Fr elements representing the constructor's arguments.
    * @param portalContract - The Ethereum address of the portal smart contract.
    * @param contractAddressSalt - An Fr element representing the salt used to compute the contract address.
@@ -67,7 +67,7 @@ export class ContractTree {
    * @returns A new ContractTree instance containing the contract data and computed values.
    */
   public static async new(
-    abi: ContractAbi,
+    artifact: ContractArtifact,
     args: Fr[],
     portalContract: EthAddress,
     contractAddressSalt: Fr,
@@ -75,29 +75,29 @@ export class ContractTree {
     node: AztecNode,
   ) {
     const wasm = await CircuitsWasm.get();
-    const constructorAbi = abi.functions.find(isConstructor);
-    if (!constructorAbi) {
+    const constructorArtifact = artifact.functions.find(isConstructor);
+    if (!constructorArtifact) {
       throw new Error('Constructor not found.');
     }
-    if (!constructorAbi.verificationKey) {
+    if (!constructorArtifact.verificationKey) {
       throw new Error('Missing verification key for the constructor.');
     }
 
-    const functions = abi.functions.map(f => ({
+    const functions = artifact.functions.map(f => ({
       ...f,
       selector: FunctionSelector.fromNameAndParameters(f.name, f.parameters),
     }));
     const leaves = generateFunctionLeaves(functions, wasm);
     const root = computeFunctionTreeRoot(wasm, leaves);
-    const functionData = FunctionData.fromAbi(constructorAbi);
-    const vkHash = hashVKStr(constructorAbi.verificationKey, wasm);
+    const functionData = FunctionData.fromAbi(constructorArtifact);
+    const vkHash = hashVKStr(constructorArtifact.verificationKey, wasm);
     const argsHash = await computeVarArgsHash(wasm, args);
     const constructorHash = hashConstructor(wasm, functionData, argsHash, vkHash);
 
     const completeAddress = computeCompleteAddress(wasm, from, contractAddressSalt, root, constructorHash);
 
     const contractDao: ContractDao = {
-      ...abi,
+      ...artifact,
       completeAddress,
       functions,
       portalContract,
@@ -110,23 +110,23 @@ export class ContractTree {
   }
 
   /**
-   * Retrieve the ABI of a given function.
+   * Retrieve the artifact of a given function.
    * The function is identified by its selector, which represents a unique identifier for the function's signature.
    * Throws an error if the function with the provided selector is not found in the contract.
    *
    * @param selector - The function selector.
-   * @returns The ABI object containing relevant information about the targeted function.
+   * @returns The artifact object containing relevant information about the targeted function.
    */
-  public getFunctionAbi(selector: FunctionSelector) {
-    const abi = this.contract.functions.find(f => f.selector.equals(selector));
-    if (!abi) {
+  public getFunctionArtifact(selector: FunctionSelector) {
+    const artifact = this.contract.functions.find(f => f.selector.equals(selector));
+    if (!artifact) {
       throw new Error(
-        `Unknown function. Selector ${selector.toString()} not found in the ABI of contract ${this.contract.completeAddress.address.toString()}. Expected one of: ${this.contract.functions
+        `Unknown function. Selector ${selector.toString()} not found in the artifact of contract ${this.contract.completeAddress.address.toString()}. Expected one of: ${this.contract.functions
           .map(f => f.selector.toString())
           .join(', ')}`,
       );
     }
-    return abi;
+    return artifact;
   }
 
   /**
@@ -138,7 +138,7 @@ export class ContractTree {
    * @returns The bytecode of the function as a string.
    */
   public getBytecode(selector: FunctionSelector) {
-    return this.getFunctionAbi(selector).bytecode;
+    return this.getFunctionArtifact(selector).bytecode;
   }
 
   /**
diff --git a/yarn-project/pxe/src/database/database.ts b/yarn-project/pxe/src/database/database.ts
index 0809cf7e0e21..8696d035c1cd 100644
--- a/yarn-project/pxe/src/database/database.ts
+++ b/yarn-project/pxe/src/database/database.ts
@@ -128,4 +128,10 @@ export interface Database extends ContractDatabase {
    * @returns A promise that resolves to an array of AztecAddress instances.
    */
   getCompleteAddresses(): Promise<CompleteAddress[]>;
+
+  /**
+   * Returns the estimated size in bytes of this db.
+   * @returns The estimated size in bytes of this db.
+   */
+  estimateSize(): number;
 }
diff --git a/yarn-project/pxe/src/database/memory_db.ts b/yarn-project/pxe/src/database/memory_db.ts
index 208096fd1067..dde7b86a7bcc 100644
--- a/yarn-project/pxe/src/database/memory_db.ts
+++ b/yarn-project/pxe/src/database/memory_db.ts
@@ -6,7 +6,7 @@ import { MerkleTreeId, PublicKey } from '@aztec/types';
 
 import { MemoryContractDatabase } from '../contract_database/index.js';
 import { Database } from './database.js';
-import { NoteSpendingInfoDao } from './note_spending_info_dao.js';
+import { NoteSpendingInfoDao, getNoteSpendingInfoDaoSize } from './note_spending_info_dao.js';
 
 /**
  * The MemoryDB class provides an in-memory implementation of a database to manage transactions and auxiliary data.
@@ -144,4 +144,12 @@ export class MemoryDB extends MemoryContractDatabase implements Database {
   public getCompleteAddresses(): Promise<CompleteAddress[]> {
     return Promise.resolve(this.addresses);
   }
+
+  public estimateSize() {
+    const notesSize = this.noteSpendingInfoTable.reduce((sum, note) => sum + getNoteSpendingInfoDaoSize(note), 0);
+    const treeRootsSize = this.treeRoots ? Object.entries(this.treeRoots).length * Fr.SIZE_IN_BYTES : 0;
+    const authWits = Object.entries(this.authWitnesses);
+    const authWitsSize = authWits.reduce((sum, [key, value]) => sum + key.length + value.length * Fr.SIZE_IN_BYTES, 0);
+    return notesSize + treeRootsSize + authWitsSize + this.addresses.length * CompleteAddress.SIZE_IN_BYTES;
+  }
 }
diff --git a/yarn-project/pxe/src/database/note_spending_info_dao.ts b/yarn-project/pxe/src/database/note_spending_info_dao.ts
index 91936a4d6f1f..37f06cf68009 100644
--- a/yarn-project/pxe/src/database/note_spending_info_dao.ts
+++ b/yarn-project/pxe/src/database/note_spending_info_dao.ts
@@ -25,7 +25,7 @@ export interface NoteSpendingInfoDao {
    */
   notePreimage: NotePreimage;
   /**
-   * Inner note hash of the note. This is customisable by the app circuit.
+   * Inner note hash of the note. This is customizable by the app circuit.
    * We can use this value to compute siloedNoteHash and uniqueSiloedNoteHash.
    */
   innerNoteHash: Fr;
@@ -62,3 +62,14 @@ export const createRandomNoteSpendingInfoDao = ({
   index,
   publicKey,
 });
+
+/**
+ * Returns the size in bytes of a note spending info dao.
+ * @param note - The note.
+ * @returns - Its size in bytes.
+ */
+export function getNoteSpendingInfoDaoSize(note: NoteSpendingInfoDao) {
+  // 7 fields + 1 bigint + 1 buffer size (4 bytes) + 1 buffer
+  const indexSize = Math.ceil(Math.log2(Number(note.index)));
+  return 7 * Fr.SIZE_IN_BYTES + indexSize + 4 + note.notePreimage.items.length * Fr.SIZE_IN_BYTES;
+}
diff --git a/yarn-project/pxe/src/kernel_prover/proof_creator.ts b/yarn-project/pxe/src/kernel_prover/proof_creator.ts
index 016018ba808e..40d24e157593 100644
--- a/yarn-project/pxe/src/kernel_prover/proof_creator.ts
+++ b/yarn-project/pxe/src/kernel_prover/proof_creator.ts
@@ -17,6 +17,7 @@ import { siloCommitment } from '@aztec/circuits.js/abis';
 import { Fr } from '@aztec/foundation/fields';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { elapsed } from '@aztec/foundation/timer';
+import { CircuitSimulationStats } from '@aztec/types/stats';
 
 /**
  * Represents the output of the proof creation process for init and inner private kernel circuit.
@@ -109,17 +110,17 @@ export class KernelProofCreator implements ProofCreator {
 
   public async createProofInit(privateInputs: PrivateKernelInputsInit): Promise<ProofOutput> {
     const wasm = await CircuitsWasm.get();
-    const [time, result] = await elapsed(() => privateKernelSimInit(wasm, privateInputs));
+    const [duration, result] = await elapsed(() => privateKernelSimInit(wasm, privateInputs));
     if (result instanceof CircuitError) {
       throw new CircuitError(result.code, result.message);
     }
     this.log(`Simulated private kernel init`, {
       eventName: 'circuit-simulation',
       circuitName: 'private-kernel-init',
-      duration: time.ms(),
+      duration,
       inputSize: privateInputs.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
     this.log('Skipping private kernel init proving...');
     const proof = makeEmptyProof();
 
@@ -131,17 +132,17 @@ export class KernelProofCreator implements ProofCreator {
 
   public async createProofInner(privateInputs: PrivateKernelInputsInner): Promise<ProofOutput> {
     const wasm = await CircuitsWasm.get();
-    const [time, result] = await elapsed(() => privateKernelSimInner(wasm, privateInputs));
+    const [duration, result] = await elapsed(() => privateKernelSimInner(wasm, privateInputs));
     if (result instanceof CircuitError) {
       throw new CircuitError(result.code, result.message);
     }
     this.log(`Simulated private kernel inner`, {
       eventName: 'circuit-simulation',
       circuitName: 'private-kernel-inner',
-      duration: time.ms(),
+      duration,
       inputSize: privateInputs.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
     this.log('Skipping private kernel inner proving...');
     const proof = makeEmptyProof();
 
@@ -154,17 +155,17 @@ export class KernelProofCreator implements ProofCreator {
   public async createProofOrdering(privateInputs: PrivateKernelInputsOrdering): Promise<ProofOutputFinal> {
     const wasm = await CircuitsWasm.get();
     this.log('Executing private kernel simulation ordering...');
-    const [time, result] = await elapsed(() => privateKernelSimOrdering(wasm, privateInputs));
+    const [duration, result] = await elapsed(() => privateKernelSimOrdering(wasm, privateInputs));
     if (result instanceof CircuitError) {
       throw new CircuitError(result.code, result.message);
     }
     this.log(`Simulated private kernel ordering`, {
       eventName: 'circuit-simulation',
       circuitName: 'private-kernel-ordering',
-      duration: time.ms(),
+      duration,
       inputSize: privateInputs.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
     this.log('Skipping private kernel ordering proving...');
     const proof = makeEmptyProof();
 
diff --git a/yarn-project/pxe/src/note_processor/note_processor.ts b/yarn-project/pxe/src/note_processor/note_processor.ts
index 01caa613732f..97e801de0dac 100644
--- a/yarn-project/pxe/src/note_processor/note_processor.ts
+++ b/yarn-project/pxe/src/note_processor/note_processor.ts
@@ -5,6 +5,7 @@ import { Fr } from '@aztec/foundation/fields';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { Timer } from '@aztec/foundation/timer';
 import { AztecNode, KeyStore, L2BlockContext, L2BlockL2Logs, NoteSpendingInfo, PublicKey } from '@aztec/types';
+import { NoteProcessorStats } from '@aztec/types/stats';
 
 import { Database, NoteSpendingInfoDao } from '../database/index.js';
 import { getAcirSimulator } from '../simulator/index.js';
@@ -23,16 +24,6 @@ interface ProcessedData {
   noteSpendingInfoDaos: NoteSpendingInfoDao[];
 }
 
-/** Accumulated stats for a note processor.  */
-type NoteProcessorStats = {
-  /** How many notes have been seen and trial-decrypted. */
-  seen: number;
-  /** How many notes were successfully decrypted. */
-  decrypted: number;
-  /** How many notes failed processing. */
-  failed: number;
-};
-
 /**
  * NoteProcessor is responsible for decrypting logs and converting them to notes via their originating contracts
  * before storing them against their owner.
@@ -45,7 +36,7 @@ export class NoteProcessor {
   public readonly timer: Timer = new Timer();
 
   /** Stats accumulated for this processor. */
-  public readonly stats: NoteProcessorStats = { seen: 0, decrypted: 0, failed: 0 };
+  public readonly stats: NoteProcessorStats = { seen: 0, decrypted: 0, failed: 0, blocks: 0, txs: 0 };
 
   constructor(
     /**
@@ -75,7 +66,7 @@ export class NoteProcessor {
   }
 
   /**
-   * Returns synchronisation status (ie up to which block has been synced ) for this note processor.
+   * Returns synchronization status (ie up to which block has been synced ) for this note processor.
    */
   public get status() {
     return { syncedToBlock: this.syncedToBlock };
@@ -106,6 +97,7 @@ export class NoteProcessor {
 
     // Iterate over both blocks and encrypted logs.
     for (let blockIndex = 0; blockIndex < encryptedL2BlockLogs.length; ++blockIndex) {
+      this.stats.blocks++;
       const { txLogs } = encryptedL2BlockLogs[blockIndex];
       const block = l2BlockContexts[blockIndex].block;
       const dataStartIndexForBlock = block.startPrivateDataTreeSnapshot.nextAvailableLeafIndex;
@@ -117,6 +109,7 @@ export class NoteProcessor {
 
       // Iterate over all the encrypted logs and try decrypting them. If successful, store the note spending info.
       for (let indexOfTxInABlock = 0; indexOfTxInABlock < txLogs.length; ++indexOfTxInABlock) {
+        this.stats.txs++;
         const dataStartIndexForTx = dataStartIndexForBlock + indexOfTxInABlock * MAX_NEW_COMMITMENTS_PER_TX;
         const newCommitments = block.newCommitments.slice(
           indexOfTxInABlock * MAX_NEW_COMMITMENTS_PER_TX,
@@ -237,7 +230,7 @@ ${siloedNoteHash.toString()}'.
 If you can see that notification. Everything's fine.
 If that's not the case, and you can't find such a notification, something has gone wrong.
 There could be a problem with the way you've defined a custom note, or with the way you're
-serialising / deserialising / hashing / encrypting / decrypting that note.
+serializing / deserializing / hashing / encrypting / decrypting that note.
 Please see the following github issue to track an improvement that we're working on:
 https://github.com/AztecProtocol/aztec-packages/issues/1641`;
       }
diff --git a/yarn-project/pxe/src/pxe_http/pxe_http_server.ts b/yarn-project/pxe/src/pxe_http/pxe_http_server.ts
index e8eb1a864c10..64eb01c1f56f 100644
--- a/yarn-project/pxe/src/pxe_http/pxe_http_server.ts
+++ b/yarn-project/pxe/src/pxe_http/pxe_http_server.ts
@@ -1,3 +1,4 @@
+import { FunctionSelector } from '@aztec/circuits.js';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { Fr, GrumpkinScalar, Point } from '@aztec/foundation/fields';
 import { JsonRpcServer } from '@aztec/foundation/json-rpc/server';
@@ -6,9 +7,11 @@ import {
   CompleteAddress,
   ContractData,
   ExtendedContractData,
+  ExtendedUnencryptedL2Log,
   L2Block,
   L2BlockL2Logs,
   L2Tx,
+  LogId,
   NotePreimage,
   PXE,
   Tx,
@@ -37,6 +40,8 @@ export function createPXERpcServer(pxeService: PXE): JsonRpcServer {
       TxExecutionRequest,
       ContractData,
       ExtendedContractData,
+      ExtendedUnencryptedL2Log,
+      FunctionSelector,
       TxHash,
       EthAddress,
       Point,
@@ -46,6 +51,7 @@ export function createPXERpcServer(pxeService: PXE): JsonRpcServer {
       AuthWitness,
       L2Block,
       L2Tx,
+      LogId,
     },
     { Tx, TxReceipt, L2BlockL2Logs },
     false,
diff --git a/yarn-project/pxe/src/pxe_service/pxe_service.ts b/yarn-project/pxe/src/pxe_service/pxe_service.ts
index 9aeb1c38bb8b..d1edb864afb5 100644
--- a/yarn-project/pxe/src/pxe_service/pxe_service.ts
+++ b/yarn-project/pxe/src/pxe_service/pxe_service.ts
@@ -10,7 +10,6 @@ import {
   AztecAddress,
   CircuitsWasm,
   CompleteAddress,
-  EthAddress,
   FunctionData,
   GrumpkinPrivateKey,
   KernelCircuitPublicInputsFinal,
@@ -21,7 +20,7 @@ import {
 import { computeCommitmentNonce, siloNullifier } from '@aztec/circuits.js/abis';
 import { encodeArguments } from '@aztec/foundation/abi';
 import { padArrayEnd } from '@aztec/foundation/collection';
-import { Fr, Point } from '@aztec/foundation/fields';
+import { Fr } from '@aztec/foundation/fields';
 import { DebugLogger, createDebugLogger } from '@aztec/foundation/log';
 import NoirVersion from '@aztec/noir-compiler/noir-version';
 import {
@@ -32,11 +31,11 @@ import {
   DeployedContract,
   ExtendedContractData,
   FunctionCall,
+  GetUnencryptedLogsResponse,
   KeyStore,
   L2Block,
-  L2BlockL2Logs,
   L2Tx,
-  LogType,
+  LogFilter,
   MerkleTreeId,
   NodeInfo,
   NotePreimage,
@@ -87,7 +86,7 @@ export class PXEService implements PXE {
   }
 
   /**
-   * Starts the PXE Service by beginning the synchronisation process between the Aztec node and the database.
+   * Starts the PXE Service by beginning the synchronization process between the Aztec node and the database.
    *
    * @returns A promise that resolves when the server has started successfully.
    */
@@ -110,6 +109,11 @@ export class PXEService implements PXE {
     this.log.info('Stopped');
   }
 
+  /** Returns an estimate of the db size in bytes. */
+  public estimateDbSize() {
+    return this.db.estimateSize();
+  }
+
   public addAuthWitness(witness: AuthWitness) {
     return this.db.addAuthWitness(witness.requestHash, witness.witness);
   }
@@ -168,7 +172,7 @@ export class PXEService implements PXE {
   }
 
   public async addContracts(contracts: DeployedContract[]) {
-    const contractDaos = contracts.map(c => toContractDao(c.abi, c.completeAddress, c.portalContract));
+    const contractDaos = contracts.map(c => toContractDao(c.artifact, c.completeAddress, c.portalContract));
     await Promise.all(contractDaos.map(c => this.db.addContract(c)));
     for (const contract of contractDaos) {
       const portalInfo =
@@ -334,7 +338,7 @@ export class PXEService implements PXE {
     const functionCall = await this.#getFunctionCall(functionName, args, to);
     const executionResult = await this.#simulateUnconstrained(functionCall);
 
-    // TODO - Return typed result based on the function abi.
+    // TODO - Return typed result based on the function artifact.
     return executionResult;
   }
 
@@ -379,8 +383,13 @@ export class PXEService implements PXE {
     return await this.node.getContractData(contractAddress);
   }
 
-  public async getUnencryptedLogs(from: number, limit: number): Promise<L2BlockL2Logs[]> {
-    return await this.node.getLogs(from, limit, LogType.UNENCRYPTED);
+  /**
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
+   */
+  public getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse> {
+    return this.node.getUnencryptedLogs(filter);
   }
 
   async #getFunctionCall(functionName: string, args: any[], to: AztecAddress): Promise<FunctionCall> {
@@ -420,14 +429,14 @@ export class PXEService implements PXE {
 
   /**
    * Retrieves the simulation parameters required to run an ACIR simulation.
-   * This includes the contract address, function ABI, portal contract address, and historic tree roots.
+   * This includes the contract address, function artifact, portal contract address, and historic tree roots.
    *
    * @param execRequest - The transaction request object containing details of the contract call.
-   * @returns An object containing the contract address, function ABI, portal contract address, and historic tree roots.
+   * @returns An object containing the contract address, function artifact, portal contract address, and historic tree roots.
    */
   async #getSimulationParameters(execRequest: FunctionCall | TxExecutionRequest) {
     const contractAddress = (execRequest as FunctionCall).to ?? (execRequest as TxExecutionRequest).origin;
-    const functionAbi = await this.contractDataOracle.getFunctionAbi(
+    const functionArtifact = await this.contractDataOracle.getFunctionArtifact(
       contractAddress,
       execRequest.functionData.selector,
     );
@@ -439,8 +448,8 @@ export class PXEService implements PXE {
 
     return {
       contractAddress,
-      functionAbi: {
-        ...functionAbi,
+      functionArtifact: {
+        ...functionArtifact,
         debug,
       },
       portalContract,
@@ -450,11 +459,11 @@ export class PXEService implements PXE {
   async #simulate(txRequest: TxExecutionRequest): Promise<ExecutionResult> {
     // TODO - Pause syncing while simulating.
 
-    const { contractAddress, functionAbi, portalContract } = await this.#getSimulationParameters(txRequest);
+    const { contractAddress, functionArtifact, portalContract } = await this.#getSimulationParameters(txRequest);
 
     this.log('Executing simulator...');
     try {
-      const result = await this.simulator.run(txRequest, functionAbi, contractAddress, portalContract);
+      const result = await this.simulator.run(txRequest, functionArtifact, contractAddress, portalContract);
       this.log('Simulation completed!');
       return result;
     } catch (err) {
@@ -474,11 +483,11 @@ export class PXEService implements PXE {
    * @returns The simulation result containing the outputs of the unconstrained function.
    */
   async #simulateUnconstrained(execRequest: FunctionCall) {
-    const { contractAddress, functionAbi } = await this.#getSimulationParameters(execRequest);
+    const { contractAddress, functionArtifact } = await this.#getSimulationParameters(execRequest);
 
     this.log('Executing unconstrained simulator...');
     try {
-      const result = await this.simulator.runUnconstrained(execRequest, functionAbi, contractAddress, this.node);
+      const result = await this.simulator.runUnconstrained(execRequest, functionArtifact, contractAddress, this.node);
       this.log('Unconstrained simulation completed!');
 
       return result;
@@ -543,22 +552,18 @@ export class PXEService implements PXE {
     this.log(`Executing kernel prover...`);
     const { proof, publicInputs } = await kernelProver.prove(txExecutionRequest.toTxRequest(), executionResult);
 
-    const newContractPublicFunctions = newContract ? getNewContractPublicFunctions(newContract) : [];
-
     const encryptedLogs = new TxL2Logs(collectEncryptedLogs(executionResult));
     const unencryptedLogs = new TxL2Logs(collectUnencryptedLogs(executionResult));
     const enqueuedPublicFunctions = collectEnqueuedPublicFunctionCalls(executionResult);
 
-    const contractData = new ContractData(
-      newContract?.completeAddress.address ?? AztecAddress.ZERO,
-      newContract?.portalContract ?? EthAddress.ZERO,
-    );
-    const extendedContractData = new ExtendedContractData(
-      contractData,
-      newContractPublicFunctions,
-      newContract?.completeAddress.partialAddress ?? Fr.ZERO,
-      newContract?.completeAddress.publicKey ?? Point.ZERO,
-    );
+    const extendedContractData = newContract
+      ? new ExtendedContractData(
+          new ContractData(newContract.completeAddress.address, newContract.portalContract),
+          getNewContractPublicFunctions(newContract),
+          newContract.completeAddress.partialAddress,
+          newContract.completeAddress.publicKey,
+        )
+      : ExtendedContractData.empty();
 
     // HACK(#1639): Manually patches the ordering of the public call stack
     // TODO(#757): Enforce proper ordering of enqueued public calls
@@ -590,9 +595,9 @@ export class PXEService implements PXE {
         if (contract) {
           err.enrichWithContractName(parsedContractAddress, contract.name);
           selectors.forEach(selector => {
-            const functionAbi = contract.functions.find(f => f.selector.toString() === selector);
-            if (functionAbi) {
-              err.enrichWithFunctionName(parsedContractAddress, functionAbi.selector, functionAbi.name);
+            const functionArtifact = contract.functions.find(f => f.selector.toString() === selector);
+            if (functionArtifact) {
+              err.enrichWithFunctionName(parsedContractAddress, functionArtifact.selector, functionArtifact.name);
             }
           });
         }
diff --git a/yarn-project/pxe/src/simulator_oracle/index.ts b/yarn-project/pxe/src/simulator_oracle/index.ts
index a5d1ae03e431..0974cf0cfac3 100644
--- a/yarn-project/pxe/src/simulator_oracle/index.ts
+++ b/yarn-project/pxe/src/simulator_oracle/index.ts
@@ -1,4 +1,4 @@
-import { DBOracle, FunctionAbiWithDebugMetadata, MessageLoadOracleInputs } from '@aztec/acir-simulator';
+import { DBOracle, FunctionArtifactWithDebugMetadata, MessageLoadOracleInputs } from '@aztec/acir-simulator';
 import {
   AztecAddress,
   CompleteAddress,
@@ -60,14 +60,14 @@ export class SimulatorOracle implements DBOracle {
     );
   }
 
-  async getFunctionABI(
+  async getFunctionArtifact(
     contractAddress: AztecAddress,
     selector: FunctionSelector,
-  ): Promise<FunctionAbiWithDebugMetadata> {
-    const abi = await this.contractDataOracle.getFunctionAbi(contractAddress, selector);
+  ): Promise<FunctionArtifactWithDebugMetadata> {
+    const artifact = await this.contractDataOracle.getFunctionArtifact(contractAddress, selector);
     const debug = await this.contractDataOracle.getFunctionDebugMetadata(contractAddress, selector);
     return {
-      ...abi,
+      ...artifact,
       debug,
     };
   }
diff --git a/yarn-project/pxe/src/synchronizer/synchronizer.ts b/yarn-project/pxe/src/synchronizer/synchronizer.ts
index 092d2d69ba9f..e45b2cd150ee 100644
--- a/yarn-project/pxe/src/synchronizer/synchronizer.ts
+++ b/yarn-project/pxe/src/synchronizer/synchronizer.ts
@@ -1,8 +1,9 @@
 import { AztecAddress, CircuitsWasm, Fr, HistoricBlockData, PublicKey } from '@aztec/circuits.js';
 import { computeGlobalsHash } from '@aztec/circuits.js/abis';
 import { DebugLogger, createDebugLogger } from '@aztec/foundation/log';
-import { InterruptableSleep } from '@aztec/foundation/sleep';
+import { InterruptibleSleep } from '@aztec/foundation/sleep';
 import { AztecNode, INITIAL_L2_BLOCK_NUM, KeyStore, L2BlockContext, L2BlockL2Logs, LogType } from '@aztec/types';
+import { NoteProcessorCaughtUpStats } from '@aztec/types/stats';
 
 import { Database } from '../database/index.js';
 import { NoteProcessor } from '../note_processor/index.js';
@@ -17,7 +18,7 @@ import { NoteProcessor } from '../note_processor/index.js';
 export class Synchronizer {
   private runningPromise?: Promise<void>;
   private noteProcessors: NoteProcessor[] = [];
-  private interruptableSleep = new InterruptableSleep();
+  private interruptibleSleep = new InterruptibleSleep();
   private running = false;
   private initialSyncBlockNumber = 0;
   private synchedToBlock = 0;
@@ -29,7 +30,7 @@ export class Synchronizer {
   }
 
   /**
-   * Starts the synchronisation process by fetching encrypted logs and blocks from a specified position.
+   * Starts the synchronization process by fetching encrypted logs and blocks from a specified position.
    * Continuously processes the fetched data for all note processors until stopped. If there is no data
    * available, it retries after a specified interval.
    *
@@ -79,20 +80,20 @@ export class Synchronizer {
     try {
       let encryptedLogs = await this.node.getLogs(from, limit, LogType.ENCRYPTED);
       if (!encryptedLogs.length) {
-        await this.interruptableSleep.sleep(retryInterval);
+        await this.interruptibleSleep.sleep(retryInterval);
         return;
       }
 
       let unencryptedLogs = await this.node.getLogs(from, limit, LogType.UNENCRYPTED);
       if (!unencryptedLogs.length) {
-        await this.interruptableSleep.sleep(retryInterval);
+        await this.interruptibleSleep.sleep(retryInterval);
         return;
       }
 
       // Note: If less than `limit` encrypted logs is returned, then we fetch only that number of blocks.
       const blocks = await this.node.getBlocks(from, encryptedLogs.length);
       if (!blocks.length) {
-        await this.interruptableSleep.sleep(retryInterval);
+        await this.interruptibleSleep.sleep(retryInterval);
         return;
       }
 
@@ -128,7 +129,7 @@ export class Synchronizer {
       this.synchedToBlock = latestBlock.block.number;
     } catch (err) {
       this.log.error(`Error in synchronizer work`, err);
-      await this.interruptableSleep.sleep(retryInterval);
+      await this.interruptibleSleep.sleep(retryInterval);
     }
   }
 
@@ -182,14 +183,15 @@ export class Synchronizer {
           eventName: 'note-processor-caught-up',
           publicKey: noteProcessor.publicKey.toString(),
           duration: noteProcessor.timer.ms(),
+          dbSize: this.db.estimateSize(),
           ...noteProcessor.stats,
-        });
+        } satisfies NoteProcessorCaughtUpStats);
         this.noteProcessorsToCatchUp.shift();
         this.noteProcessors.push(noteProcessor);
       }
     } catch (err) {
       this.log.error(`Error in synchronizer workNoteProcessorCatchUp`, err);
-      await this.interruptableSleep.sleep(retryInterval);
+      await this.interruptibleSleep.sleep(retryInterval);
     }
   }
 
@@ -222,7 +224,7 @@ export class Synchronizer {
    */
   public async stop() {
     this.running = false;
-    this.interruptableSleep.interrupt();
+    this.interruptibleSleep.interrupt();
     await this.runningPromise;
     this.log('Stopped');
   }
diff --git a/yarn-project/scripts/.eslintrc.cjs b/yarn-project/scripts/.eslintrc.cjs
new file mode 100644
index 000000000000..e659927475c0
--- /dev/null
+++ b/yarn-project/scripts/.eslintrc.cjs
@@ -0,0 +1 @@
+module.exports = require('@aztec/foundation/eslint');
diff --git a/yarn-project/scripts/.gitignore b/yarn-project/scripts/.gitignore
new file mode 100644
index 000000000000..ceeb05b41081
--- /dev/null
+++ b/yarn-project/scripts/.gitignore
@@ -0,0 +1 @@
+/tmp
diff --git a/yarn-project/scripts/README.md b/yarn-project/scripts/README.md
new file mode 100644
index 000000000000..d0ad794d0c77
--- /dev/null
+++ b/yarn-project/scripts/README.md
@@ -0,0 +1,3 @@
+# Scripts
+
+Private package with strongly-typed scripts in typescript.
\ No newline at end of file
diff --git a/yarn-project/scripts/benchmark.json b/yarn-project/scripts/benchmark.json
new file mode 100644
index 000000000000..8443a67824f9
--- /dev/null
+++ b/yarn-project/scripts/benchmark.json
@@ -0,0 +1,103 @@
+{
+  "circuit_simulation_time_in_ms": {
+    "private-kernel-init": 54.9340490797546,
+    "private-kernel-ordering": 30.192484662576685,
+    "base-rollup": 871,
+    "root-rollup": 37.926829268292686,
+    "private-kernel-inner": 51.861111111111114,
+    "public-kernel-private-input": 51.72453703703704,
+    "public-kernel-non-first-iteration": 31.63425925925926,
+    "merge-rollup": 1
+  },
+  "circuit_input_size_in_bytes": {
+    "private-kernel-init": 56577,
+    "private-kernel-ordering": 20137,
+    "base-rollup": 631604,
+    "root-rollup": 4072,
+    "private-kernel-inner": 72288,
+    "public-kernel-private-input": 37359,
+    "public-kernel-non-first-iteration": 37401,
+    "merge-rollup": 2592
+  },
+  "circuit_output_size_in_bytes": {
+    "private-kernel-init": 14745,
+    "private-kernel-ordering": 8089,
+    "base-rollup": 810,
+    "root-rollup": 1097,
+    "private-kernel-inner": 14745,
+    "public-kernel-private-input": 14745,
+    "public-kernel-non-first-iteration": 14745,
+    "merge-rollup": 873
+  },
+  "node_history_sync_time_in_ms": {
+    "10": 30823,
+    "20": 75516,
+    "30": 136231
+  },
+  "node_database_size_in_bytes": {
+    "10": 1194179,
+    "20": 1900681,
+    "30": 2754125
+  },
+  "note_history_successful_decrypting_time_in_ms": {
+    "10": 4653,
+    "20": 12961,
+    "30": 20148
+  },
+  "pxe_database_size_in_bytes": {
+    "10": 54187,
+    "20": 108338,
+    "30": 162578
+  },
+  "note_history_trial_decrypting_time_in_ms": {
+    "10": 147,
+    "20": 208,
+    "30": 254
+  },
+  "l2_block_building_time_in_ms": {
+    "8": 9114,
+    "32": 36117,
+    "128": 152315
+  },
+  "l2_block_rollup_simulation_time_in_ms": {
+    "8": 6771,
+    "32": 26781,
+    "128": 107164
+  },
+  "l2_block_public_tx_process_time_in_ms": {
+    "8": 2300,
+    "32": 9209,
+    "128": 44431
+  },
+  "l1_rollup_calldata_gas": {
+    "8": 222984,
+    "32": 867956,
+    "128": 3449696
+  },
+  "l1_rollup_calldata_size_in_bytes": {
+    "8": 45444,
+    "32": 179588,
+    "128": 716132
+  },
+  "l1_rollup_execution_gas": {
+    "8": 842071,
+    "32": 3595064,
+    "128": 22205065
+  },
+  "l2_block_processing_time_in_ms": {
+    "8": 1060,
+    "32": 3981,
+    "128": 15688
+  },
+  "note_successful_decrypting_time_in_ms": {
+    "8": 332,
+    "32": 1019,
+    "128": 3780
+  },
+  "note_trial_decrypting_time_in_ms": {
+    "8": 34,
+    "32": 108,
+    "128": 138
+  },
+  "timestamp": "2023-10-10T17:51:38.017Z"
+}
diff --git a/yarn-project/scripts/package.json b/yarn-project/scripts/package.json
new file mode 100644
index 000000000000..7c7fba41894c
--- /dev/null
+++ b/yarn-project/scripts/package.json
@@ -0,0 +1,60 @@
+{
+  "name": "@aztec/scripts",
+  "private": true,
+  "version": "0.1.0",
+  "type": "module",
+  "exports": "./dest/index.js",
+  "bin": {
+    "bench-aggregate": "./dest/bin/bench-aggregate.js",
+    "bench-comment": "./dest/bin/bench-comment.js",
+    "bench-markdown": "./dest/bin/bench-markdown.js"
+  },
+  "scripts": {
+    "build": "yarn clean && tsc -b",
+    "build:dev": "tsc -b --watch",
+    "clean": "rm -rf ./dest .tsbuildinfo",
+    "formatting": "run -T prettier --check ./src && run -T eslint ./src",
+    "formatting:fix": "run -T prettier -w ./src",
+    "start:dev": "tsc-watch -p tsconfig.json --onSuccess 'yarn start'",
+    "start": "node ./dest/index.js",
+    "test": "NODE_NO_WARNINGS=1 node --experimental-vm-modules $(yarn bin jest) --passWithNoTests"
+  },
+  "inherits": [
+    "../package.common.json"
+  ],
+  "dependencies": {
+    "@aztec/foundation": "workspace:^",
+    "@aztec/types": "workspace:^",
+    "fs-extra": "^11.1.1",
+    "lodash.pick": "^4.4.0",
+    "tslib": "^2.4.0"
+  },
+  "devDependencies": {
+    "@jest/globals": "^29.5.0",
+    "@rushstack/eslint-patch": "^1.1.4",
+    "@types/jest": "^29.5.0",
+    "@types/lodash.pick": "^4.4.7",
+    "@types/node": "^18.14.6",
+    "jest": "^29.5.0",
+    "ts-jest": "^29.1.0",
+    "ts-node": "^10.9.1",
+    "typescript": "^5.0.4"
+  },
+  "files": [
+    "dest",
+    "src",
+    "!*.test.*"
+  ],
+  "types": "./dest/index.d.ts",
+  "jest": {
+    "preset": "ts-jest/presets/default-esm",
+    "moduleNameMapper": {
+      "^(\\.{1,2}/.*)\\.m?js$": "$1"
+    },
+    "testRegex": "./src/.*\\.test\\.(js|mjs|ts)$",
+    "rootDir": "./src"
+  },
+  "engines": {
+    "node": ">=18"
+  }
+}
diff --git a/yarn-project/scripts/run_script.sh b/yarn-project/scripts/run_script.sh
new file mode 100755
index 000000000000..a3347411e85e
--- /dev/null
+++ b/yarn-project/scripts/run_script.sh
@@ -0,0 +1,14 @@
+#!/bin/bash
+# Downloads the image that contains the built scripts package and executes the given command in it.
+[ -n "${BUILD_SYSTEM_DEBUG:-}" ] && set -x # conditionally trace
+set -eu
+
+export PATH="$PATH:$(git rev-parse --show-toplevel)/build-system/scripts"
+
+ecr_login
+
+REPO="yarn-project"
+retry docker pull $(calculate_image_uri $REPO)
+retry docker tag $(calculate_image_uri $REPO) aztecprotocol/$REPO:latest
+
+docker run ${DOCKER_RUN_OPTS:-} --rm aztecprotocol/$REPO:latest $@
\ No newline at end of file
diff --git a/yarn-project/scripts/src/benchmarks/aggregate.ts b/yarn-project/scripts/src/benchmarks/aggregate.ts
new file mode 100644
index 000000000000..125140dbe884
--- /dev/null
+++ b/yarn-project/scripts/src/benchmarks/aggregate.ts
@@ -0,0 +1,202 @@
+// Given a local folder with the e2e benchmark files, generates a single file
+// output with the grouped metrics to be published. This script can probably
+// be replaced by a single call to jq, but I found this easier to write,
+// and pretty much every CI comes with a working version of node.
+//
+// To test this locally, first run the benchmark tests from the yarn-project/end-to-end folder
+// BENCHMARK=1 yarn test bench
+//
+// And then run this script from the yarn-project/scripts folder
+// LOG_FOLDER=../end-to-end/log yarn bench-aggregate
+import { createConsoleLogger } from '@aztec/foundation/log';
+import {
+  BENCHMARK_BLOCK_SIZES,
+  BENCHMARK_HISTORY_BLOCK_SIZE,
+  BENCHMARK_HISTORY_CHAIN_LENGTHS,
+  BenchmarkMetricResults,
+  BenchmarkResults,
+  BenchmarkResultsWithTimestamp,
+  CircuitSimulationStats,
+  L1PublishStats,
+  L2BlockBuiltStats,
+  L2BlockHandledStats,
+  MetricName,
+  NodeSyncedChainHistoryStats,
+  NoteProcessorCaughtUpStats,
+  Stats,
+  TxAddedToPoolStats,
+} from '@aztec/types/stats';
+
+import * as fs from 'fs';
+import { mkdirpSync } from 'fs-extra';
+import * as path from 'path';
+import * as readline from 'readline';
+
+import { BenchDir, BenchFile, LogsDir } from './paths.js';
+
+const log = createConsoleLogger();
+
+/** Appends a data point to the final results for the given metric in the given bucket */
+function append(
+  results: BenchmarkCollectedResults,
+  metric: MetricName,
+  bucket: number | string,
+  value: number | bigint,
+) {
+  if (value === undefined) {
+    log(`Undefined value for ${metric} in bucket ${bucket}`);
+    return;
+  }
+  const numeric = Number(value);
+  if (Number.isNaN(numeric)) {
+    log(`Value ${value} for ${metric} in ${bucket} is not a number`);
+    return;
+  }
+  if (!results[metric]) results[metric] = {};
+  if (!results[metric]![bucket]) results[metric]![bucket] = [];
+  results[metric]![bucket].push(numeric);
+}
+
+/** Processes an entry with event name 'rollup-published-to-l1' and updates results */
+function processRollupPublished(entry: L1PublishStats, results: BenchmarkCollectedResults) {
+  const bucket = entry.txCount;
+  if (!BENCHMARK_BLOCK_SIZES.includes(bucket)) return;
+  append(results, 'l1_rollup_calldata_gas', bucket, entry.calldataGas);
+  append(results, 'l1_rollup_calldata_size_in_bytes', bucket, entry.calldataSize);
+  append(results, 'l1_rollup_execution_gas', bucket, entry.gasUsed);
+}
+
+/**
+ * Processes an entry with event name 'l2-block-handled' and updates results
+ * Skips instances where the block was emitted by the same node where the processing is skipped
+ */
+function processRollupBlockSynced(entry: L2BlockHandledStats, results: BenchmarkCollectedResults) {
+  const bucket = entry.txCount;
+  if (!BENCHMARK_BLOCK_SIZES.includes(bucket)) return;
+  if (entry.isBlockOurs) return;
+  append(results, 'l2_block_processing_time_in_ms', bucket, entry.duration);
+}
+
+/**
+ * Processes an entry with event name 'circuit-simulated' and updates results
+ * Buckets are circuit names
+ */
+function processCircuitSimulation(entry: CircuitSimulationStats, results: BenchmarkCollectedResults) {
+  const bucket = entry.circuitName;
+  if (!bucket) return;
+  append(results, 'circuit_simulation_time_in_ms', bucket, entry.duration);
+  append(results, 'circuit_input_size_in_bytes', bucket, entry.inputSize);
+  append(results, 'circuit_output_size_in_bytes', bucket, entry.outputSize);
+}
+
+/**
+ * Processes an entry with event name 'note-processor-caught-up' and updates results
+ * Buckets are rollup sizes for NOTE_DECRYPTING_TIME, or chain sizes for NOTE_HISTORY_DECRYPTING_TIME
+ */
+function processNoteProcessorCaughtUp(entry: NoteProcessorCaughtUpStats, results: BenchmarkCollectedResults) {
+  const { seen, decrypted, blocks, duration, dbSize } = entry;
+  if (BENCHMARK_BLOCK_SIZES.includes(decrypted)) {
+    append(results, 'note_successful_decrypting_time_in_ms', decrypted, duration);
+  }
+  if (BENCHMARK_BLOCK_SIZES.includes(seen) && decrypted === 0) {
+    append(results, 'note_trial_decrypting_time_in_ms', seen, duration);
+  }
+  if (BENCHMARK_HISTORY_CHAIN_LENGTHS.includes(blocks) && decrypted > 0) {
+    append(results, 'note_history_successful_decrypting_time_in_ms', blocks, duration);
+    append(results, 'pxe_database_size_in_bytes', blocks, dbSize);
+  }
+  if (BENCHMARK_HISTORY_CHAIN_LENGTHS.includes(blocks) && decrypted === 0)
+    append(results, 'note_history_trial_decrypting_time_in_ms', blocks, duration);
+}
+
+/** Processes an entry with event name 'l2-block-built' and updates results where buckets are rollup sizes */
+function processL2BlockBuilt(entry: L2BlockBuiltStats, results: BenchmarkCollectedResults) {
+  const bucket = entry.txCount;
+  if (!BENCHMARK_BLOCK_SIZES.includes(bucket)) return;
+  append(results, 'l2_block_building_time_in_ms', bucket, entry.duration);
+  append(results, 'l2_block_rollup_simulation_time_in_ms', bucket, entry.rollupCircuitsDuration);
+  append(results, 'l2_block_public_tx_process_time_in_ms', bucket, entry.publicProcessDuration);
+}
+
+/** Processes entries with event name node-synced-chain-history emitted by benchmark tests where buckets are chain lengths */
+function processNodeSyncedChain(entry: NodeSyncedChainHistoryStats, results: BenchmarkCollectedResults) {
+  const bucket = entry.blockCount;
+  if (!BENCHMARK_HISTORY_CHAIN_LENGTHS.includes(bucket)) return;
+  if (entry.txsPerBlock !== BENCHMARK_HISTORY_BLOCK_SIZE) return;
+  append(results, 'node_history_sync_time_in_ms', bucket, entry.duration);
+  append(results, 'node_database_size_in_bytes', bucket, entry.dbSize);
+}
+
+/** Processes entries for events tx-added-to-pool, with grouping by deployed contract count. */
+function processTxAddedToPool(entry: TxAddedToPoolStats, results: BenchmarkCollectedResults) {
+  append(results, 'tx_size_in_bytes', entry.newContractCount, entry.size);
+}
+
+/** Processes a parsed entry from a log-file and updates results */
+function processEntry(entry: Stats, results: BenchmarkCollectedResults) {
+  switch (entry.eventName) {
+    case 'rollup-published-to-l1':
+      return processRollupPublished(entry, results);
+    case 'l2-block-handled':
+      return processRollupBlockSynced(entry, results);
+    case 'circuit-simulation':
+      return processCircuitSimulation(entry, results);
+    case 'note-processor-caught-up':
+      return processNoteProcessorCaughtUp(entry, results);
+    case 'l2-block-built':
+      return processL2BlockBuilt(entry, results);
+    case 'node-synced-chain-history':
+      return processNodeSyncedChain(entry, results);
+    case 'tx-added-to-pool':
+      return processTxAddedToPool(entry, results);
+    default:
+      return;
+  }
+}
+
+/** Array of collected raw results for a given metric. */
+type BenchmarkCollectedMetricResults = Record<string, number[]>;
+
+/** Collected raw results pending averaging each bucket within each metric. */
+type BenchmarkCollectedResults = Partial<Record<MetricName, BenchmarkCollectedMetricResults>>;
+
+/** Parses all jsonl files downloaded and aggregates them into a single results object. */
+export async function main() {
+  const collected: BenchmarkCollectedResults = {};
+
+  // Get all jsonl files in the logs dir
+  const files = fs.readdirSync(LogsDir).filter(f => f.endsWith('.jsonl'));
+
+  // Iterate over each .jsonl file
+  for (const file of files) {
+    const filePath = path.join(LogsDir, file);
+    const fileStream = fs.createReadStream(filePath);
+    const rl = readline.createInterface({ input: fileStream });
+
+    for await (const line of rl) {
+      const entry = JSON.parse(line);
+      processEntry(entry, collected);
+    }
+  }
+
+  log(`Collected entries: ${JSON.stringify(collected)}`);
+
+  // For each bucket of each metric compute the average all collected data points
+  const results: BenchmarkResults = {};
+  for (const [metricName, metric] of Object.entries(collected)) {
+    const resultMetric: BenchmarkMetricResults = {};
+    results[metricName as MetricName] = resultMetric;
+    for (const [bucketName, bucket] of Object.entries(metric)) {
+      let avg = bucket.reduce((acc, val) => acc + val, 0) / bucket.length;
+      if (avg > 100) avg = Math.floor(avg);
+      resultMetric[bucketName] = avg;
+    }
+  }
+
+  const timestampedResults: BenchmarkResultsWithTimestamp = { ...results, timestamp: new Date().toISOString() };
+
+  // Write results to disk
+  log(`Aggregated results: ${JSON.stringify(timestampedResults, null, 2)}`);
+  mkdirpSync(BenchDir);
+  fs.writeFileSync(BenchFile, JSON.stringify(timestampedResults, null, 2));
+}
diff --git a/yarn-project/scripts/src/benchmarks/comment.ts b/yarn-project/scripts/src/benchmarks/comment.ts
new file mode 100644
index 000000000000..12815f952830
--- /dev/null
+++ b/yarn-project/scripts/src/benchmarks/comment.ts
@@ -0,0 +1,103 @@
+// Given a local benchmark json aggregated file, reformats it in markdown
+// and comments on the PR that prompted it. If the CI is rerun, the comment
+// is updated.
+import { createConsoleLogger } from '@aztec/foundation/log';
+
+import * as https from 'https';
+
+import { getMarkdown } from './markdown.js';
+
+const GITHUB_TOKEN = process.env.AZTEC_BOT_COMMENTER_GITHUB_TOKEN;
+const OWNER = 'AztecProtocol';
+const REPO = 'aztec3-packages';
+const COMMENT_MARK = '<!-- AUTOGENERATED BENCHMARK COMMENT -->';
+
+const log = createConsoleLogger();
+
+/** Returns the number of the current PR */
+function getPrNumber() {
+  if (!process.env.CIRCLE_PULL_REQUEST) throw new Error(`Not in Circle PR`);
+  const fragments = process.env.CIRCLE_PULL_REQUEST.split('/');
+  return fragments[fragments.length - 1];
+}
+
+/** Function to check if a bench comment already exists */
+async function getExistingComment() {
+  try {
+    const response = await sendGitHubRequest(`/repos/${OWNER}/${REPO}/issues/${getPrNumber()}/comments`);
+    const comments = JSON.parse(response);
+    return comments.find((comment: any) => comment.body.includes(COMMENT_MARK));
+  } catch (error: any) {
+    throw new Error('Error checking for existing comments: ' + error.message);
+  }
+}
+
+/** Function to create or update a comment */
+async function upsertComment(existingCommentId: string) {
+  try {
+    const commentContent = getMarkdown();
+    const commentData = { body: commentContent };
+
+    const requestMethod = existingCommentId ? 'PATCH' : 'POST';
+    const requestUrl = existingCommentId
+      ? `/repos/${OWNER}/${REPO}/issues/comments/${existingCommentId}`
+      : `/repos/${OWNER}/${REPO}/issues/${getPrNumber()}/comments`;
+
+    await sendGitHubRequest(requestUrl, requestMethod, commentData);
+    log('Comment added or updated successfully.');
+  } catch (error: any) {
+    throw new Error('Error adding or updating comment: ' + error.message);
+  }
+}
+
+/** Function to send a request to the GitHub API */
+function sendGitHubRequest(url: string, method = 'GET', data?: object): Promise<string> {
+  const apiUrl = url.startsWith('http') ? url : `https://api.github.com${url}`;
+  const headers = {
+    Authorization: `Bearer ${GITHUB_TOKEN}`,
+    Accept: 'application/vnd.github+json',
+    'X-GitHub-Api-Version': '2022-11-28',
+    'User-Agent': OWNER,
+    'Content-Type': undefined as string | undefined,
+  };
+  if (data) headers['Content-Type'] = 'application/json';
+  else delete headers['Content-Type'];
+
+  const requestOptions = { method, headers };
+
+  // TODO: Use octokit instead of manually using the https node module
+  return new Promise((resolve, reject) => {
+    const req = https.request(apiUrl, requestOptions, res => {
+      if (res.statusCode === 301 || res.statusCode === 302 || res.statusCode === 307) {
+        sendGitHubRequest(res.headers.location!, method, data).then(resolve).catch(reject);
+        return;
+      } else {
+        let data = '';
+        res.on('data', chunk => {
+          data += chunk;
+        });
+
+        res.on('end', () => {
+          if (res.statusCode! >= 200 && res.statusCode! < 300) {
+            resolve(data);
+          } else {
+            reject(new Error(`GitHub API request failed with ${res.statusCode}: ${data}`));
+          }
+        });
+      }
+    });
+
+    req.on('error', error => {
+      reject(error);
+    });
+
+    if (data) req.write(JSON.stringify(data));
+    req.end();
+  });
+}
+
+/** Entrypoint */
+export async function main() {
+  const existingComment = await getExistingComment();
+  await upsertComment(existingComment?.id);
+}
diff --git a/yarn-project/scripts/src/benchmarks/markdown.ts b/yarn-project/scripts/src/benchmarks/markdown.ts
new file mode 100644
index 000000000000..0f76a6044815
--- /dev/null
+++ b/yarn-project/scripts/src/benchmarks/markdown.ts
@@ -0,0 +1,158 @@
+// Generate a markdown file with a table summary of the aggregated benchmarks.
+// If a benchmark-base file is available, shows the comparison against base (ie master in a PR).
+import { createConsoleLogger } from '@aztec/foundation/log';
+import { BENCHMARK_HISTORY_BLOCK_SIZE, Metrics } from '@aztec/types/stats';
+
+import * as fs from 'fs';
+import pick from 'lodash.pick';
+
+import { BaseBenchFile, BenchFile } from './paths.js';
+
+// Input file paths
+const inputFile = BenchFile;
+const baseFile = BaseBenchFile;
+
+const COMMENT_MARK = '<!-- AUTOGENERATED BENCHMARK COMMENT -->';
+const S3_URL = 'https://aztec-ci-artifacts.s3.us-east-2.amazonaws.com';
+
+const log = createConsoleLogger();
+
+/** Returns a cell content formatted as string */
+function getCell(
+  data: Record<string, Record<string, number>>,
+  base: Record<string, Record<string, number>> | undefined,
+  row: string,
+  col: string,
+) {
+  const value = data[row][col];
+  const baseValue = base ? (base[row] ?? {})[col] : undefined;
+  const percentDiff = baseValue ? Math.round(((value - baseValue) / baseValue) * 100) : undefined;
+  const formattedValue = formatValue(value);
+  const highlight = percentDiff && Math.abs(percentDiff) > 10 ? '**' : '';
+  const warning = percentDiff && Math.abs(percentDiff) > 10 ? ':warning:' : '';
+  const percentSign = percentDiff && percentDiff > 0 ? '+' : '';
+  return percentDiff && Math.abs(percentDiff) >= 1
+    ? `${warning} ${formattedValue} (${highlight}<span title="${formatValue(
+        baseValue!,
+      )}">${percentSign}${percentDiff}%</span>${highlight})`
+    : formattedValue;
+}
+
+/** Returns the description of a metric name, if found. */
+function tryGetDescription(name: string) {
+  return Metrics.find(m => m.name === name)?.description;
+}
+
+/** Wraps the metric name in a span with a title with the description, if found. */
+function withDescriptionTitle(name: string) {
+  const description = tryGetDescription(name);
+  if (!description) return name;
+  return `<span title="${description}">${name}</span>`;
+}
+
+/** Formats a numeric value for display. */
+function formatValue(value: number) {
+  if (value < 100) return value.toPrecision(3);
+  return value.toLocaleString();
+}
+
+/** Transposes an object topmost and nested keys. */
+function transpose(obj: any) {
+  const transposed: any = {};
+  for (const outerKey in obj) {
+    const innerObj = obj[outerKey];
+    for (const innerKey in innerObj) {
+      if (!transposed[innerKey]) transposed[innerKey] = {};
+      transposed[innerKey][outerKey] = innerObj[innerKey];
+    }
+  }
+  return transposed;
+}
+
+/** Returns the base benchmark for comparison, if exists */
+function getBaseBenchmark(): Record<string, Record<string, number>> | undefined {
+  try {
+    return JSON.parse(fs.readFileSync(baseFile, 'utf-8'));
+  } catch {
+    return undefined;
+  }
+}
+
+/** Creates a table in md out of the data (rows and cols). */
+function getTableContent(
+  data: Record<string, Record<string, number>>,
+  baseBenchmark: Record<string, Record<string, number>> | undefined,
+  groupUnit = '',
+  col1Title = 'Metric',
+) {
+  const rowKeys = Object.keys(data);
+  const groups = [...new Set(rowKeys.flatMap(key => Object.keys(data[key])))];
+  const makeHeader = (colTitle: string) => `${withDescriptionTitle(colTitle)} ${groupUnit}`;
+  const header = `| ${col1Title} | ${groups.map(makeHeader).join(' | ')} |`;
+  const separator = `| - | ${groups.map(() => '-').join(' | ')} |`;
+  const makeCell = (row: string, col: string) => getCell(data, baseBenchmark, row, col);
+  const rows = rowKeys.map(key => `${withDescriptionTitle(key)} | ${groups.map(g => makeCell(key, g)).join(' | ')} |`);
+
+  return `
+${header}
+${separator}
+${rows.join('\n')}
+  `;
+}
+
+/** Creates a md with the benchmark contents. */
+export function getMarkdown() {
+  const benchmark = JSON.parse(fs.readFileSync(inputFile, 'utf-8'));
+  const baseBenchmark = getBaseBenchmark();
+  const metricsByBlockSize = Metrics.filter(m => m.groupBy === 'block-size').map(m => m.name);
+  const metricsByChainLength = Metrics.filter(m => m.groupBy === 'chain-length').map(m => m.name);
+  const metricsByCircuitName = Metrics.filter(m => m.groupBy === 'circuit-name').map(m => m.name);
+  const metricsByContractCount = Metrics.filter(m => m.groupBy === 'contract-count').map(m => m.name);
+
+  const baseHash = process.env.BASE_COMMIT_HASH;
+  const baseUrl = baseHash && `[\`${baseHash.slice(0, 8)}\`](${S3_URL}/benchmarks-v1/master/${baseHash}.json)`;
+  const baseCommitText = baseUrl
+    ? `\nValues are compared against data from master at commit ${baseUrl} and shown if the difference exceeds 1%.`
+    : '';
+
+  const prNumber = process.env.CIRCLE_PULL_REQUEST && parseInt(process.env.CIRCLE_PULL_REQUEST.split('/')[6]);
+  const prSourceDataUrl = prNumber && `${S3_URL}/benchmarks-v1/pulls/${prNumber}.json`;
+  const prSourceDataText = prSourceDataUrl
+    ? `\nThis benchmark source data is available in JSON format on S3 [here](${prSourceDataUrl}).`
+    : '';
+
+  return `
+## Benchmark results
+
+All benchmarks are run on txs on the \`Benchmarking\` contract on the repository. Each tx consists of a batch call  to \`create_note\` and \`increment_balance\`, which guarantees that each tx has a private call, a nested private call, a public call, and a nested public call, as well as an emitted private note, an unencrypted log, and public storage read and write. 
+${prSourceDataText}
+${baseCommitText}
+
+### L2 block published to L1
+
+Each column represents the number of txs on an L2 block published to L1.
+${getTableContent(pick(benchmark, metricsByBlockSize), baseBenchmark, 'txs')}
+
+### L2 chain processing
+
+Each column represents the number of blocks on the L2 chain where each block has ${BENCHMARK_HISTORY_BLOCK_SIZE} txs.
+${getTableContent(pick(benchmark, metricsByChainLength), baseBenchmark, 'blocks')}
+
+### Circuits stats
+
+Stats on running time and I/O sizes collected for every circuit run across all benchmarks.
+${getTableContent(transpose(pick(benchmark, metricsByCircuitName)), transpose(baseBenchmark), '', 'Circuit')}
+
+### Miscellaneous
+
+Transaction sizes based on how many contracts are deployed in the tx.
+${getTableContent(pick(benchmark, metricsByContractCount), baseBenchmark, 'deployed contracts')}
+
+${COMMENT_MARK}
+`;
+}
+
+/** Entrypoint */
+export function main() {
+  log(getMarkdown());
+}
diff --git a/yarn-project/scripts/src/benchmarks/paths.ts b/yarn-project/scripts/src/benchmarks/paths.ts
new file mode 100644
index 000000000000..8b82f42b19a6
--- /dev/null
+++ b/yarn-project/scripts/src/benchmarks/paths.ts
@@ -0,0 +1,13 @@
+import * as path from 'path';
+
+/** Folder where to load raw logs from */
+export const LogsDir = process.env.LOG_FOLDER ?? `log`;
+
+/** Folder with the aggregated benchmark results */
+export const BenchDir = process.env.BENCH_FOLDER ?? `bench`;
+
+/** Benchmark file path */
+export const BenchFile = path.join(BenchDir, 'benchmark.json');
+
+/** Base benchmark file path */
+export const BaseBenchFile = path.join(BenchDir, 'base-benchmark.json');
diff --git a/yarn-project/scripts/src/bin/bench-aggregate.ts b/yarn-project/scripts/src/bin/bench-aggregate.ts
new file mode 100644
index 000000000000..44ee68f36945
--- /dev/null
+++ b/yarn-project/scripts/src/bin/bench-aggregate.ts
@@ -0,0 +1,7 @@
+import { main } from '../benchmarks/aggregate.js';
+
+void main().catch(err => {
+  // eslint-disable-next-line no-console
+  console.error(err.message);
+  process.exit(1);
+});
diff --git a/yarn-project/scripts/src/bin/bench-comment.ts b/yarn-project/scripts/src/bin/bench-comment.ts
new file mode 100644
index 000000000000..4216f047a413
--- /dev/null
+++ b/yarn-project/scripts/src/bin/bench-comment.ts
@@ -0,0 +1,7 @@
+import { main } from '../benchmarks/comment.js';
+
+void main().catch(err => {
+  // eslint-disable-next-line no-console
+  console.error(err.message);
+  process.exit(1);
+});
diff --git a/yarn-project/scripts/src/bin/bench-markdown.ts b/yarn-project/scripts/src/bin/bench-markdown.ts
new file mode 100644
index 000000000000..f7c2af364ff7
--- /dev/null
+++ b/yarn-project/scripts/src/bin/bench-markdown.ts
@@ -0,0 +1,9 @@
+import { main } from '../benchmarks/markdown.js';
+
+try {
+  void main();
+} catch (err: any) {
+  // eslint-disable-next-line no-console
+  console.error(err.message);
+  process.exit(1);
+}
diff --git a/docs/docs/concepts/foundation/nodes_clients/sequencer_client.md b/yarn-project/scripts/src/index.ts
similarity index 100%
rename from docs/docs/concepts/foundation/nodes_clients/sequencer_client.md
rename to yarn-project/scripts/src/index.ts
diff --git a/yarn-project/scripts/tsconfig.json b/yarn-project/scripts/tsconfig.json
new file mode 100644
index 000000000000..831130c7c84b
--- /dev/null
+++ b/yarn-project/scripts/tsconfig.json
@@ -0,0 +1,17 @@
+{
+  "extends": "..",
+  "compilerOptions": {
+    "outDir": "dest",
+    "rootDir": "src",
+    "tsBuildInfoFile": ".tsbuildinfo"
+  },
+  "references": [
+    {
+      "path": "../foundation"
+    },
+    {
+      "path": "../types"
+    }
+  ],
+  "include": ["src"]
+}
diff --git a/yarn-project/sequencer-client/src/block_builder/solo_block_builder.ts b/yarn-project/sequencer-client/src/block_builder/solo_block_builder.ts
index 0435ef2eea42..0841fcb917e2 100644
--- a/yarn-project/sequencer-client/src/block_builder/solo_block_builder.ts
+++ b/yarn-project/sequencer-client/src/block_builder/solo_block_builder.ts
@@ -36,7 +36,12 @@ import {
   VerificationKey,
   makeTuple,
 } from '@aztec/circuits.js';
-import { computeBlockHash, computeBlockHashWithGlobals, computeContractLeaf } from '@aztec/circuits.js/abis';
+import {
+  computeBlockHash,
+  computeBlockHashWithGlobals,
+  computeContractLeaf,
+  computeGlobalsHash,
+} from '@aztec/circuits.js/abis';
 import { toFriendlyJSON } from '@aztec/circuits.js/utils';
 import { toBigIntBE } from '@aztec/foundation/bigint-buffer';
 import { padArrayEnd } from '@aztec/foundation/collection';
@@ -44,7 +49,7 @@ import { Fr } from '@aztec/foundation/fields';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { Tuple, assertLength } from '@aztec/foundation/serialize';
 import { ContractData, L2Block, L2BlockL2Logs, MerkleTreeId, PublicDataWrite, TxL2Logs } from '@aztec/types';
-import { MerkleTreeOperations, computeGlobalVariablesHash } from '@aztec/world-state';
+import { MerkleTreeOperations } from '@aztec/world-state';
 
 import chunk from 'lodash.chunk';
 import flatMap from 'lodash.flatmap';
@@ -308,7 +313,7 @@ export class SoloBlockBuilder implements BlockBuilder {
     // Update the root trees with the latest data and contract tree roots,
     // and validate them against the output of the root circuit simulation
     this.debug(`Updating and validating root trees`);
-    const globalVariablesHash = await computeGlobalVariablesHash(left[0].constants.globalVariables);
+    const globalVariablesHash = computeGlobalsHash(await CircuitsWasm.get(), left[0].constants.globalVariables);
     await this.db.updateLatestGlobalVariablesHash(globalVariablesHash);
     await this.db.updateHistoricBlocksTree(globalVariablesHash);
 
diff --git a/yarn-project/sequencer-client/src/client/sequencer-client.ts b/yarn-project/sequencer-client/src/client/sequencer-client.ts
index 22af9491e4e7..577ae7276399 100644
--- a/yarn-project/sequencer-client/src/client/sequencer-client.ts
+++ b/yarn-project/sequencer-client/src/client/sequencer-client.ts
@@ -5,7 +5,7 @@ import { WorldStateSynchronizer } from '@aztec/world-state';
 import { SoloBlockBuilder } from '../block_builder/solo_block_builder.js';
 import { SequencerClientConfig } from '../config.js';
 import { getGlobalVariableBuilder } from '../global_variable_builder/index.js';
-import { Sequencer, getL1Publisher, getVerificationKeys } from '../index.js';
+import { Sequencer, SequencerConfig, getL1Publisher, getVerificationKeys } from '../index.js';
 import { EmptyRollupProver } from '../prover/empty.js';
 import { PublicProcessorFactory } from '../sequencer/public_processor.js';
 import { WasmRollupCircuitSimulator } from '../simulator/rollup.js';
@@ -64,6 +64,14 @@ export class SequencerClient {
     return new SequencerClient(sequencer);
   }
 
+  /**
+   * Updates sequencer config.
+   * @param config - New parameters.
+   */
+  public updateSequencerConfig(config: SequencerConfig) {
+    this.sequencer.updateConfig(config);
+  }
+
   /**
    * Stops the sequencer from processing new txs.
    */
diff --git a/yarn-project/sequencer-client/src/config.ts b/yarn-project/sequencer-client/src/config.ts
index 5a75ff6980b3..1db3bdf6c3c9 100644
--- a/yarn-project/sequencer-client/src/config.ts
+++ b/yarn-project/sequencer-client/src/config.ts
@@ -1,14 +1,28 @@
-import { L1ContractAddresses } from '@aztec/ethereum';
+import { L1ContractAddresses, NULL_KEY } from '@aztec/ethereum';
 import { EthAddress } from '@aztec/foundation/eth-address';
 
+import { Hex } from 'viem';
+
 import { GlobalReaderConfig } from './global_variable_builder/index.js';
 import { PublisherConfig, TxSenderConfig } from './publisher/config.js';
 import { SequencerConfig } from './sequencer/config.js';
 
+/** Chain configuration. */
+type ChainConfig = {
+  /** The chain id of the ethereum host. */
+  chainId: number;
+  /** The version of the rollup. */
+  version: number;
+};
+
 /**
  * Configuration settings for the SequencerClient.
  */
-export type SequencerClientConfig = PublisherConfig & TxSenderConfig & SequencerConfig & GlobalReaderConfig;
+export type SequencerClientConfig = PublisherConfig &
+  TxSenderConfig &
+  SequencerConfig &
+  GlobalReaderConfig &
+  ChainConfig;
 
 /**
  * Creates an instance of SequencerClientConfig out of environment variables using sensible defaults for integration testing if not set.
@@ -20,7 +34,7 @@ export function getConfigEnvVars(): SequencerClientConfig {
     CHAIN_ID,
     VERSION,
     API_KEY,
-    SEQ_REQUIRED_CONFS,
+    SEQ_REQUIRED_CONFIRMATIONS,
     SEQ_PUBLISH_RETRY_INTERVAL_MS,
     SEQ_TX_POLLING_INTERVAL_MS,
     SEQ_MAX_TX_PER_BLOCK,
@@ -31,11 +45,9 @@ export function getConfigEnvVars(): SequencerClientConfig {
     CONTRACT_DEPLOYMENT_EMITTER_ADDRESS,
   } = process.env;
 
-  const publisherPrivateKey: `0x${string}` = `0x${
-    SEQ_PUBLISHER_PRIVATE_KEY
-      ? SEQ_PUBLISHER_PRIVATE_KEY.replace('0x', '')
-      : '0000000000000000000000000000000000000000000000000000000000000000'
-  }`;
+  const publisherPrivateKey: Hex = SEQ_PUBLISHER_PRIVATE_KEY
+    ? `0x${SEQ_PUBLISHER_PRIVATE_KEY.replace('0x', '')}`
+    : NULL_KEY;
   // Populate the relevant addresses for use by the sequencer
   const addresses: L1ContractAddresses = {
     rollupAddress: ROLLUP_CONTRACT_ADDRESS ? EthAddress.fromString(ROLLUP_CONTRACT_ADDRESS) : EthAddress.ZERO,
@@ -53,7 +65,7 @@ export function getConfigEnvVars(): SequencerClientConfig {
     chainId: CHAIN_ID ? +CHAIN_ID : 31337, // 31337 is the default chain id for anvil
     version: VERSION ? +VERSION : 1, // 1 is our default version
     apiKey: API_KEY,
-    requiredConfirmations: SEQ_REQUIRED_CONFS ? +SEQ_REQUIRED_CONFS : 1,
+    requiredConfirmations: SEQ_REQUIRED_CONFIRMATIONS ? +SEQ_REQUIRED_CONFIRMATIONS : 1,
     l1BlockPublishRetryIntervalMS: SEQ_PUBLISH_RETRY_INTERVAL_MS ? +SEQ_PUBLISH_RETRY_INTERVAL_MS : 1_000,
     transactionPollingIntervalMS: SEQ_TX_POLLING_INTERVAL_MS ? +SEQ_TX_POLLING_INTERVAL_MS : 1_000,
     l1Contracts: addresses,
diff --git a/yarn-project/sequencer-client/src/publisher/index.ts b/yarn-project/sequencer-client/src/publisher/index.ts
index 97cef6b99158..9fd03d258802 100644
--- a/yarn-project/sequencer-client/src/publisher/index.ts
+++ b/yarn-project/sequencer-client/src/publisher/index.ts
@@ -5,34 +5,6 @@ import { ViemTxSender } from './viem-tx-sender.js';
 export { L1Publisher } from './l1-publisher.js';
 export { PublisherConfig } from './config.js';
 
-/** Stats logged for each L1 rollup publish tx.*/
-export type L1PublishStats = {
-  /** Name of the event for metrics purposes */
-  eventName: 'rollup-published-to-l1';
-  /** Effective gas price of the tx. */
-  gasPrice: bigint;
-  /** Effective gas used in the tx. */
-  gasUsed: bigint;
-  /** Hash of the L1 tx. */
-  transactionHash: string;
-  /** Gas cost of the calldata. */
-  calldataGas: number;
-  /** Size in bytes of the calldata. */
-  calldataSize: number;
-  /** Number of txs in the L2 block. */
-  txCount: number;
-  /** Number of the L2 block. */
-  blockNumber: number;
-  /** Number of encrypted logs. */
-  encryptedLogCount?: number;
-  /** Number of unencrypted logs. */
-  unencryptedLogCount?: number;
-  /** Serialised size of encrypted logs. */
-  encryptedLogSize?: number;
-  /** Serialised size of unencrypted logs. */
-  unencryptedLogSize?: number;
-};
-
 /**
  * Returns a new instance of the L1Publisher.
  * @param config - Configuration to initialize the new instance.
diff --git a/yarn-project/sequencer-client/src/publisher/l1-publisher.ts b/yarn-project/sequencer-client/src/publisher/l1-publisher.ts
index 1294f6985556..cae6c43dc00a 100644
--- a/yarn-project/sequencer-client/src/publisher/l1-publisher.ts
+++ b/yarn-project/sequencer-client/src/publisher/l1-publisher.ts
@@ -1,12 +1,12 @@
 import { createDebugLogger } from '@aztec/foundation/log';
-import { InterruptableSleep } from '@aztec/foundation/sleep';
+import { InterruptibleSleep } from '@aztec/foundation/sleep';
 import { ExtendedContractData, L2Block } from '@aztec/types';
+import { L1PublishStats } from '@aztec/types/stats';
 
 import pick from 'lodash.pick';
 
 import { L2BlockReceiver } from '../receiver.js';
 import { PublisherConfig } from './config.js';
-import { L1PublishStats } from './index.js';
 
 /**
  * Stats for a sent transaction.
@@ -108,7 +108,7 @@ function isNotUndefined<T>(item: T | undefined): item is T {
  * Adapted from https://github.com/AztecProtocol/aztec2-internal/blob/master/falafel/src/rollup_publisher.ts.
  */
 export class L1Publisher implements L2BlockReceiver {
-  private interruptableSleep = new InterruptableSleep();
+  private interruptibleSleep = new InterruptibleSleep();
   private sleepTimeMs: number;
   private interrupted = false;
   private log = createDebugLogger('aztec:sequencer:publisher');
@@ -217,7 +217,7 @@ export class L1Publisher implements L2BlockReceiver {
    */
   public interrupt() {
     this.interrupted = true;
-    this.interruptableSleep.interrupt();
+    this.interruptibleSleep.interrupt();
   }
 
   /** Restarts the publisher after calling `interrupt`. */
@@ -276,6 +276,6 @@ export class L1Publisher implements L2BlockReceiver {
   }
 
   protected async sleepOrInterrupted() {
-    await this.interruptableSleep.sleep(this.sleepTimeMs);
+    await this.interruptibleSleep.sleep(this.sleepTimeMs);
   }
 }
diff --git a/yarn-project/sequencer-client/src/sequencer/config.ts b/yarn-project/sequencer-client/src/sequencer/config.ts
index 3e8a818c8140..82c6e10db168 100644
--- a/yarn-project/sequencer-client/src/sequencer/config.ts
+++ b/yarn-project/sequencer-client/src/sequencer/config.ts
@@ -14,14 +14,4 @@ export interface SequencerConfig {
    * The minimum number of txs to include in a block.
    */
   minTxsPerBlock?: number;
-
-  /**
-   * The chain id of the ethereum host.
-   */
-  chainId: number;
-
-  /**
-   * The version of the rollup.
-   */
-  version: number;
 }
diff --git a/yarn-project/sequencer-client/src/sequencer/sequencer.test.ts b/yarn-project/sequencer-client/src/sequencer/sequencer.test.ts
index 1ec5c92280a9..f826b1112ef0 100644
--- a/yarn-project/sequencer-client/src/sequencer/sequencer.test.ts
+++ b/yarn-project/sequencer-client/src/sequencer/sequencer.test.ts
@@ -44,7 +44,7 @@ describe('sequencer', () => {
 
   let sequencer: TestSubject;
 
-  const chainId = Fr.ZERO;
+  const chainId = new Fr(12345);
   const version = Fr.ZERO;
 
   beforeEach(() => {
@@ -94,15 +94,12 @@ describe('sequencer', () => {
       l1ToL2MessageSource,
       contractDataSource,
       publicProcessorFactory,
-      {
-        chainId: Number(chainId.value),
-        version: Number(version.value),
-      },
     );
   });
 
   it('builds a block out of a single tx', async () => {
     const tx = mockTx();
+    tx.data.constants.txContext.chainId = chainId;
     const block = L2Block.random(lastBlockNumber + 1);
     const proof = makeEmptyProof();
 
@@ -128,6 +125,9 @@ describe('sequencer', () => {
 
   it('builds a block out of several txs rejecting double spends', async () => {
     const txs = [mockTx(0x10000), mockTx(0x20000), mockTx(0x30000)];
+    txs.forEach(tx => {
+      tx.data.constants.txContext.chainId = chainId;
+    });
     const doubleSpendTx = txs[1];
     const block = L2Block.random(lastBlockNumber + 1);
     const proof = makeEmptyProof();
@@ -160,6 +160,39 @@ describe('sequencer', () => {
     expect(publisher.processL2Block).toHaveBeenCalledWith(block);
     expect(p2p.deleteTxs).toHaveBeenCalledWith([await doubleSpendTx.getTxHash()]);
   });
+
+  it('builds a block out of several txs rejecting incorrect chain ids', async () => {
+    const txs = [mockTx(0x10000), mockTx(0x20000), mockTx(0x30000)];
+    txs.forEach(tx => {
+      tx.data.constants.txContext.chainId = chainId;
+    });
+    const invalidChainTx = txs[1];
+    const block = L2Block.random(lastBlockNumber + 1);
+    const proof = makeEmptyProof();
+
+    p2p.getTxs.mockResolvedValueOnce(txs);
+    blockBuilder.buildL2Block.mockResolvedValueOnce([block, proof]);
+    publisher.processL2Block.mockResolvedValueOnce(true);
+    globalVariableBuilder.buildGlobalVariables.mockResolvedValueOnce(
+      new GlobalVariables(chainId, version, new Fr(lastBlockNumber + 1), Fr.ZERO),
+    );
+
+    // We make the chain id on the invalid tx not equal to the configured chain id
+    invalidChainTx.data.constants.txContext.chainId = new Fr(1n + chainId.value);
+
+    await sequencer.initialSync();
+    await sequencer.work();
+
+    const expectedTxHashes = [...(await Tx.getHashes([txs[0], txs[2]])), TxHash.ZERO, TxHash.ZERO];
+
+    expect(blockBuilder.buildL2Block).toHaveBeenCalledWith(
+      new GlobalVariables(chainId, version, new Fr(lastBlockNumber + 1), Fr.ZERO),
+      expectedTxHashes.map(hash => expect.objectContaining({ hash })),
+      Array(NUMBER_OF_L1_L2_MESSAGES_PER_ROLLUP).fill(new Fr(0n)),
+    );
+    expect(publisher.processL2Block).toHaveBeenCalledWith(block);
+    expect(p2p.deleteTxs).toHaveBeenCalledWith([await invalidChainTx.getTxHash()]);
+  });
 });
 
 class TestSubject extends Sequencer {
diff --git a/yarn-project/sequencer-client/src/sequencer/sequencer.ts b/yarn-project/sequencer-client/src/sequencer/sequencer.ts
index 4398545fc30c..c0368c02434d 100644
--- a/yarn-project/sequencer-client/src/sequencer/sequencer.ts
+++ b/yarn-project/sequencer-client/src/sequencer/sequencer.ts
@@ -2,8 +2,10 @@ import { GlobalVariables } from '@aztec/circuits.js';
 import { Fr } from '@aztec/foundation/fields';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { RunningPromise } from '@aztec/foundation/running-promise';
+import { Timer, elapsed } from '@aztec/foundation/timer';
 import { P2P } from '@aztec/p2p';
 import { ContractDataSource, L1ToL2MessageSource, L2Block, L2BlockSource, MerkleTreeId, Tx } from '@aztec/types';
+import { L2BlockBuiltStats } from '@aztec/types/stats';
 import { WorldStateStatus, WorldStateSynchronizer } from '@aztec/world-state';
 
 import times from 'lodash.times';
@@ -27,7 +29,7 @@ import { PublicProcessorFactory } from './public_processor.js';
  */
 export class Sequencer {
   private runningPromise?: RunningPromise;
-  private pollingIntervalMs: number;
+  private pollingIntervalMs: number = 1000;
   private maxTxsPerBlock = 32;
   private minTxsPerBLock = 1;
   private lastPublishedBlock = 0;
@@ -43,19 +45,23 @@ export class Sequencer {
     private l1ToL2MessageSource: L1ToL2MessageSource,
     private contractDataSource: ContractDataSource,
     private publicProcessorFactory: PublicProcessorFactory,
-    config: SequencerConfig,
+    config: SequencerConfig = {},
     private log = createDebugLogger('aztec:sequencer'),
   ) {
-    this.pollingIntervalMs = config.transactionPollingIntervalMS ?? 1_000;
-    if (config.maxTxsPerBlock) {
-      this.maxTxsPerBlock = config.maxTxsPerBlock;
-    }
-    if (config.minTxsPerBlock) {
-      this.minTxsPerBLock = config.minTxsPerBlock;
-    }
+    this.updateConfig(config);
     this.log(`Initialized sequencer with ${this.minTxsPerBLock}-${this.maxTxsPerBlock} txs per block.`);
   }
 
+  /**
+   * Updates sequencer config.
+   * @param config - New parameters.
+   */
+  public updateConfig(config: SequencerConfig) {
+    if (config.transactionPollingIntervalMS) this.pollingIntervalMs = config.transactionPollingIntervalMS;
+    if (config.maxTxsPerBlock) this.maxTxsPerBlock = config.maxTxsPerBlock;
+    if (config.minTxsPerBlock) this.minTxsPerBLock = config.minTxsPerBlock;
+  }
+
   /**
    * Starts the sequencer and moves to IDLE state. Blocks until the initial sync is complete.
    */
@@ -97,7 +103,7 @@ export class Sequencer {
   }
 
   protected async initialSync() {
-    // TODO: Should we wait for worldstate to be ready, or is the caller expected to run await start?
+    // TODO: Should we wait for world state to be ready, or is the caller expected to run await start?
     this.lastPublishedBlock = await this.worldState.status().then((s: WorldStateStatus) => s.syncedToL2Block);
   }
 
@@ -116,6 +122,7 @@ export class Sequencer {
       // Do not go forward with new block if the previous one has not been mined and processed
       if (!prevBlockSynced) return;
 
+      const workTimer = new Timer();
       this.state = SequencerState.WAITING_FOR_TXS;
 
       // Get txs to build the new block
@@ -123,23 +130,23 @@ export class Sequencer {
       if (pendingTxs.length < this.minTxsPerBLock) return;
       this.log.info(`Retrieved ${pendingTxs.length} txs from P2P pool`);
 
+      const blockNumber = (await this.l2BlockSource.getBlockNumber()) + 1;
+      const newGlobalVariables = await this.globalsBuilder.buildGlobalVariables(new Fr(blockNumber));
+
       // Filter out invalid txs
       // TODO: It should be responsibility of the P2P layer to validate txs before passing them on here
-      const validTxs = await this.takeValidTxs(pendingTxs);
+      const validTxs = await this.takeValidTxs(pendingTxs, newGlobalVariables);
       if (validTxs.length < this.minTxsPerBLock) return;
 
-      const blockNumber = (await this.l2BlockSource.getBlockNumber()) + 1;
-
       this.log.info(`Building block ${blockNumber} with ${validTxs.length} transactions`);
       this.state = SequencerState.CREATING_BLOCK;
 
-      const newGlobalVariables = await this.globalsBuilder.buildGlobalVariables(new Fr(blockNumber));
-      const prevGlobalVariables = (await this.l2BlockSource.getL2Block(-1))?.globalVariables ?? GlobalVariables.empty();
+      const prevGlobalVariables = (await this.l2BlockSource.getBlock(-1))?.globalVariables ?? GlobalVariables.empty();
 
       // Process txs and drop the ones that fail processing
       // We create a fresh processor each time to reset any cached state (eg storage writes)
       const processor = await this.publicProcessorFactory.create(prevGlobalVariables, newGlobalVariables);
-      const [processedTxs, failedTxs] = await processor.process(validTxs);
+      const [publicProcessorDuration, [processedTxs, failedTxs]] = await elapsed(() => processor.process(validTxs));
       if (failedTxs.length > 0) {
         const failedTxData = failedTxs.map(fail => fail.tx);
         this.log(`Dropping failed txs ${(await Tx.getHashes(failedTxData)).join(', ')}`);
@@ -150,7 +157,7 @@ export class Sequencer {
       // public functions emitting nullifiers would pass earlier check but fail here.
       // Note that we're checking all nullifiers generated in the private execution twice,
       // we could store the ones already checked and skip them here as an optimisation.
-      const processedValidTxs = await this.takeValidTxs(processedTxs);
+      const processedValidTxs = await this.takeValidTxs(processedTxs, newGlobalVariables);
 
       if (processedValidTxs.length === 0) {
         this.log('No txs processed correctly to build block. Exiting');
@@ -166,8 +173,17 @@ export class Sequencer {
       this.log(`Assembling block with txs ${processedValidTxs.map(tx => tx.hash).join(', ')}`);
 
       const emptyTx = await processor.makeEmptyProcessedTx();
-      const block = await this.buildBlock(processedValidTxs, l1ToL2Messages, emptyTx, newGlobalVariables);
-      this.log(`Assembled block ${block.number}`);
+      const [rollupCircuitsDuration, block] = await elapsed(() =>
+        this.buildBlock(processedValidTxs, l1ToL2Messages, emptyTx, newGlobalVariables),
+      );
+
+      this.log(`Assembled block ${block.number}`, {
+        eventName: 'l2-block-built',
+        duration: workTimer.ms(),
+        publicProcessDuration: publicProcessorDuration,
+        rollupCircuitsDuration: rollupCircuitsDuration,
+        ...block.getStats(),
+      } satisfies L2BlockBuiltStats);
 
       await this.publishExtendedContractData(validTxs, block);
 
@@ -224,16 +240,25 @@ export class Sequencer {
     }
   }
 
-  protected async takeValidTxs<T extends Tx | ProcessedTx>(txs: T[]): Promise<T[]> {
+  protected async takeValidTxs<T extends Tx | ProcessedTx>(txs: T[], globalVariables: GlobalVariables): Promise<T[]> {
     const validTxs: T[] = [];
-    const doubleSpendTxs = [];
+    const txsToDelete = [];
     const thisBlockNullifiers: Set<bigint> = new Set();
 
     // Process txs until we get to maxTxsPerBlock, rejecting double spends in the process
     for (const tx of txs) {
+      if (tx.data.constants.txContext.chainId.value !== globalVariables.chainId.value) {
+        this.log(
+          `Deleting tx for incorrect chain ${tx.data.constants.txContext.chainId.toString()}, tx hash ${await Tx.getHash(
+            tx,
+          )}`,
+        );
+        txsToDelete.push(tx);
+        continue;
+      }
       if (await this.isTxDoubleSpend(tx)) {
         this.log(`Deleting double spend tx ${await Tx.getHash(tx)}`);
-        doubleSpendTxs.push(tx);
+        txsToDelete.push(tx);
         continue;
       } else if (this.isTxDoubleSpendSameBlock(tx, thisBlockNullifiers)) {
         // We don't drop these txs from the p2p pool immediately since they become valid
@@ -248,8 +273,8 @@ export class Sequencer {
     }
 
     // Make sure we remove these from the tx pool so we do not consider it again
-    if (doubleSpendTxs.length > 0) {
-      await this.p2pClient.deleteTxs(await Tx.getHashes([...doubleSpendTxs]));
+    if (txsToDelete.length > 0) {
+      await this.p2pClient.deleteTxs(await Tx.getHashes([...txsToDelete]));
     }
 
     return validTxs;
diff --git a/yarn-project/sequencer-client/src/simulator/public_executor.ts b/yarn-project/sequencer-client/src/simulator/public_executor.ts
index 6928cff3ffcd..3d6c2d5284ba 100644
--- a/yarn-project/sequencer-client/src/simulator/public_executor.ts
+++ b/yarn-project/sequencer-client/src/simulator/public_executor.ts
@@ -6,8 +6,9 @@ import {
   PublicStateDB,
 } from '@aztec/acir-simulator';
 import { AztecAddress, CircuitsWasm, EthAddress, Fr, FunctionSelector, HistoricBlockData } from '@aztec/circuits.js';
+import { computePublicDataTreeIndex } from '@aztec/circuits.js/abis';
 import { ContractDataSource, ExtendedContractData, L1ToL2MessageSource, MerkleTreeId, Tx } from '@aztec/types';
-import { MerkleTreeOperations, computePublicDataTreeLeafIndex } from '@aztec/world-state';
+import { MerkleTreeOperations } from '@aztec/world-state';
 
 /**
  * Returns a new PublicExecutor simulator backed by the supplied merkle tree db and contract data source.
@@ -31,7 +32,7 @@ export function getPublicExecutor(
 
 /**
  * Implements the PublicContractsDB using a ContractDataSource.
- * Progresively records contracts in transaction as they are processed in a block.
+ * Progressively records contracts in transaction as they are processed in a block.
  */
 export class ContractsDataSourcePublicDB implements PublicContractsDB {
   cache = new Map<string, ExtendedContractData>();
@@ -106,7 +107,7 @@ class WorldStatePublicDB implements PublicStateDB {
    * @returns The current value in the storage slot.
    */
   public async storageRead(contract: AztecAddress, slot: Fr): Promise<Fr> {
-    const index = computePublicDataTreeLeafIndex(contract, slot, await CircuitsWasm.get());
+    const index = computePublicDataTreeIndex(await CircuitsWasm.get(), contract, slot).value;
     const cached = this.writeCache.get(index);
     if (cached !== undefined) return cached;
     const value = await this.db.getLeafValue(MerkleTreeId.PUBLIC_DATA_TREE, index);
@@ -120,7 +121,7 @@ class WorldStatePublicDB implements PublicStateDB {
    * @param newValue - The new value to store.
    */
   public async storageWrite(contract: AztecAddress, slot: Fr, newValue: Fr): Promise<void> {
-    const index = computePublicDataTreeLeafIndex(contract, slot, await CircuitsWasm.get());
+    const index = computePublicDataTreeIndex(await CircuitsWasm.get(), contract, slot).value;
     this.writeCache.set(index, newValue);
   }
 }
diff --git a/yarn-project/sequencer-client/src/simulator/public_kernel.ts b/yarn-project/sequencer-client/src/simulator/public_kernel.ts
index 3ba43adf5c20..89df560bcc3b 100644
--- a/yarn-project/sequencer-client/src/simulator/public_kernel.ts
+++ b/yarn-project/sequencer-client/src/simulator/public_kernel.ts
@@ -1,6 +1,7 @@
 import { PublicKernelInputs, PublicKernelPublicInputs, simulatePublicKernelCircuit } from '@aztec/circuits.js';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { elapsed } from '@aztec/foundation/timer';
+import { CircuitSimulationStats } from '@aztec/types/stats';
 
 import { PublicKernelCircuitSimulator } from './index.js';
 
@@ -17,14 +18,14 @@ export class WasmPublicKernelCircuitSimulator implements PublicKernelCircuitSimu
    */
   public async publicKernelCircuitPrivateInput(input: PublicKernelInputs): Promise<PublicKernelPublicInputs> {
     if (!input.previousKernel.publicInputs.isPrivate) throw new Error(`Expected private kernel previous inputs`);
-    const [time, result] = await elapsed(() => simulatePublicKernelCircuit(input));
+    const [duration, result] = await elapsed(() => simulatePublicKernelCircuit(input));
     this.log(`Simulated public kernel circuit with private input`, {
       eventName: 'circuit-simulation',
       circuitName: 'public-kernel-private-input',
-      duration: time.ms(),
+      duration,
       inputSize: input.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
     return result;
   }
 
@@ -35,14 +36,14 @@ export class WasmPublicKernelCircuitSimulator implements PublicKernelCircuitSimu
    */
   public async publicKernelCircuitNonFirstIteration(input: PublicKernelInputs): Promise<PublicKernelPublicInputs> {
     if (input.previousKernel.publicInputs.isPrivate) throw new Error(`Expected public kernel previous inputs`);
-    const [time, result] = await elapsed(() => simulatePublicKernelCircuit(input));
+    const [duration, result] = await elapsed(() => simulatePublicKernelCircuit(input));
     this.log(`Simulated public kernel circuit non-first iteration`, {
       eventName: 'circuit-simulation',
       circuitName: 'public-kernel-non-first-iteration',
-      duration: time.ms(),
+      duration,
       inputSize: input.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
     return result;
   }
 }
diff --git a/yarn-project/sequencer-client/src/simulator/rollup.ts b/yarn-project/sequencer-client/src/simulator/rollup.ts
index d9a1f97442b3..0f45ebdccc42 100644
--- a/yarn-project/sequencer-client/src/simulator/rollup.ts
+++ b/yarn-project/sequencer-client/src/simulator/rollup.ts
@@ -12,6 +12,7 @@ import {
 } from '@aztec/circuits.js';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { elapsed } from '@aztec/foundation/timer';
+import { CircuitSimulationStats } from '@aztec/types/stats';
 
 import { RollupSimulator } from './index.js';
 
@@ -28,7 +29,7 @@ export class WasmRollupCircuitSimulator implements RollupSimulator {
    */
   public async baseRollupCircuit(input: BaseRollupInputs): Promise<BaseOrMergeRollupPublicInputs> {
     const wasm = await CircuitsWasm.get();
-    const [time, result] = await elapsed(() => baseRollupSim(wasm, input));
+    const [duration, result] = await elapsed(() => baseRollupSim(wasm, input));
     if (result instanceof CircuitError) {
       throw new CircuitError(result.code, result.message);
     }
@@ -36,10 +37,10 @@ export class WasmRollupCircuitSimulator implements RollupSimulator {
     this.log(`Simulated base rollup circuit`, {
       eventName: 'circuit-simulation',
       circuitName: 'base-rollup',
-      duration: time.ms(),
+      duration,
       inputSize: input.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
 
     return Promise.resolve(result);
   }
@@ -50,7 +51,7 @@ export class WasmRollupCircuitSimulator implements RollupSimulator {
    */
   public async mergeRollupCircuit(input: MergeRollupInputs): Promise<BaseOrMergeRollupPublicInputs> {
     const wasm = await CircuitsWasm.get();
-    const [time, result] = await elapsed(() => mergeRollupSim(wasm, input));
+    const [duration, result] = await elapsed(() => mergeRollupSim(wasm, input));
     if (result instanceof CircuitError) {
       throw new CircuitError(result.code, result.message);
     }
@@ -58,10 +59,10 @@ export class WasmRollupCircuitSimulator implements RollupSimulator {
     this.log(`Simulated merge rollup circuit`, {
       eventName: 'circuit-simulation',
       circuitName: 'merge-rollup',
-      duration: time.ms(),
+      duration,
       inputSize: input.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
 
     return result;
   }
@@ -73,7 +74,7 @@ export class WasmRollupCircuitSimulator implements RollupSimulator {
    */
   public async rootRollupCircuit(input: RootRollupInputs): Promise<RootRollupPublicInputs> {
     const wasm = await CircuitsWasm.get();
-    const [time, result] = await elapsed(() => rootRollupSim(wasm, input));
+    const [duration, result] = await elapsed(() => rootRollupSim(wasm, input));
     if (result instanceof CircuitError) {
       throw new CircuitError(result.code, result.message);
     }
@@ -81,10 +82,10 @@ export class WasmRollupCircuitSimulator implements RollupSimulator {
     this.log(`Simulated root rollup circuit`, {
       eventName: 'circuit-simulation',
       circuitName: 'root-rollup',
-      duration: time.ms(),
+      duration,
       inputSize: input.toBuffer().length,
       outputSize: result.toBuffer().length,
-    });
+    } satisfies CircuitSimulationStats);
 
     return result;
   }
diff --git a/yarn-project/sequencer-client/src/utils.ts b/yarn-project/sequencer-client/src/utils.ts
index 21a9b792c101..d7fef0d7f85a 100644
--- a/yarn-project/sequencer-client/src/utils.ts
+++ b/yarn-project/sequencer-client/src/utils.ts
@@ -1,10 +1,10 @@
 /**
- * Returns a promise that resolves after ms milliseconds, returning retval.
+ * Returns a promise that resolves after ms milliseconds, returning "returnValue".
  * @param ms - How many milliseconds to sleep.
- * @param retval - The return value of the promise.
+ * @param returnValue - The return value of the promise.
  */
-export function sleep<T>(ms: number, retval: T): Promise<T> {
-  return new Promise(resolve => setTimeout(() => resolve(retval), ms));
+export function sleep<T>(ms: number, returnValue: T): Promise<T> {
+  return new Promise(resolve => setTimeout(() => resolve(returnValue), ms));
 }
 
 /**
diff --git a/yarn-project/tsconfig.json b/yarn-project/tsconfig.json
index c59d9b15b2fa..07554204d49c 100644
--- a/yarn-project/tsconfig.json
+++ b/yarn-project/tsconfig.json
@@ -40,9 +40,10 @@
     { "path": "sequencer-client/tsconfig.json" },
     { "path": "types/tsconfig.json" },
     { "path": "world-state/tsconfig.json" },
-    { "path": "boxes/private-token/tsconfig.json" },
+    { "path": "boxes/token/tsconfig.json" },
     { "path": "boxes/blank/tsconfig.json" },
-    { "path": "boxes/blank-react/tsconfig.json" }
+    { "path": "boxes/blank-react/tsconfig.json" },
+    { "path": "scripts/tsconfig.json" }
   ],
   "files": ["./@types/jest/index.d.ts"]
 }
diff --git a/yarn-project/types/package.json b/yarn-project/types/package.json
index ff64626d7acc..597a6d02bc15 100644
--- a/yarn-project/types/package.json
+++ b/yarn-project/types/package.json
@@ -2,7 +2,10 @@
   "name": "@aztec/types",
   "version": "0.1.0",
   "type": "module",
-  "exports": "./dest/index.js",
+  "exports": {
+    ".": "./dest/index.js",
+    "./stats": "./dest/stats/index.js"
+  },
   "typedocOptions": {
     "entryPoints": [
       "./src/index.ts"
diff --git a/yarn-project/types/src/aztec_node/rpc/http_rpc_client.ts b/yarn-project/types/src/aztec_node/rpc/http_rpc_client.ts
index 96cdfb6676ea..0dd96e503a7a 100644
--- a/yarn-project/types/src/aztec_node/rpc/http_rpc_client.ts
+++ b/yarn-project/types/src/aztec_node/rpc/http_rpc_client.ts
@@ -1,4 +1,4 @@
-import { HistoricBlockData } from '@aztec/circuits.js';
+import { FunctionSelector, HistoricBlockData } from '@aztec/circuits.js';
 import { AztecAddress } from '@aztec/foundation/aztec-address';
 import { EthAddress } from '@aztec/foundation/eth-address';
 import { Fr } from '@aztec/foundation/fields';
@@ -7,10 +7,12 @@ import {
   AztecNode,
   ContractData,
   ExtendedContractData,
+  ExtendedUnencryptedL2Log,
   L1ToL2MessageAndIndex,
   L2Block,
   L2BlockL2Logs,
   L2Tx,
+  LogId,
   SiblingPath,
   Tx,
   TxHash,
@@ -29,11 +31,14 @@ export function createAztecNodeRpcClient(url: string, fetch = defaultFetch): Azt
       AztecAddress,
       EthAddress,
       ExtendedContractData,
+      ExtendedUnencryptedL2Log,
       ContractData,
       Fr,
+      FunctionSelector,
       HistoricBlockData,
       L2Block,
       L2Tx,
+      LogId,
       TxHash,
       SiblingPath,
       L1ToL2MessageAndIndex,
diff --git a/yarn-project/types/src/contract_dao.ts b/yarn-project/types/src/contract_dao.ts
index 463793909814..d07e2d66a586 100644
--- a/yarn-project/types/src/contract_dao.ts
+++ b/yarn-project/types/src/contract_dao.ts
@@ -1,5 +1,5 @@
 import { CompleteAddress, ContractFunctionDao } from '@aztec/circuits.js';
-import { ContractAbi, FunctionSelector, FunctionType } from '@aztec/foundation/abi';
+import { ContractArtifact, FunctionSelector, FunctionType } from '@aztec/foundation/abi';
 import { EthAddress } from '@aztec/foundation/eth-address';
 
 import { EncodedContractFunction } from './contract_data.js';
@@ -9,7 +9,7 @@ import { EncodedContractFunction } from './contract_data.js';
  * Contains the contract's address, portal contract address, and an array of ContractFunctionDao objects.
  * Each ContractFunctionDao object includes FunctionAbi data and the function selector buffer.
  */
-export interface ContractDao extends ContractAbi {
+export interface ContractDao extends ContractArtifact {
   /**
    * The complete address representing the contract on L2.
    */
@@ -25,25 +25,25 @@ export interface ContractDao extends ContractAbi {
 }
 
 /**
- * Converts the given contract ABI into a ContractDao object that includes additional properties
+ * Converts the given contract artifact into a ContractDao object that includes additional properties
  * such as the address, portal contract, and function selectors.
  *
- * @param abi - The contract ABI.
+ * @param artifact - The contract artifact.
  * @param completeAddress - The AztecAddress representing the contract's address.
  * @param portalContract - The EthAddress representing the address of the associated portal contract.
  * @returns A ContractDao object containing the provided information along with generated function selectors.
  */
 export function toContractDao(
-  abi: ContractAbi,
+  artifact: ContractArtifact,
   completeAddress: CompleteAddress,
   portalContract: EthAddress,
 ): ContractDao {
-  const functions = abi.functions.map(f => ({
+  const functions = artifact.functions.map(f => ({
     ...f,
     selector: FunctionSelector.fromNameAndParameters(f.name, f.parameters),
   }));
   return {
-    ...abi,
+    ...artifact,
     completeAddress,
     functions,
     portalContract,
diff --git a/yarn-project/types/src/contract_data.ts b/yarn-project/types/src/contract_data.ts
index af62d0aa3f02..ac1727f64529 100644
--- a/yarn-project/types/src/contract_data.ts
+++ b/yarn-project/types/src/contract_data.ts
@@ -122,7 +122,7 @@ export class ExtendedContractData {
   constructor(
     /** The base contract data: aztec & portal addresses. */
     public contractData: ContractData,
-    /** ABIs of public functions. */
+    /** Artifacts of public functions. */
     private publicFunctions: EncodedContractFunction[],
     /** Partial addresses of the contract. */
     public readonly partialAddress: PartialAddress,
@@ -166,6 +166,17 @@ export class ExtendedContractData {
     return new CompleteAddress(this.contractData.contractAddress, this.publicKey, this.partialAddress);
   }
 
+  /** True if this represents an empty instance. */
+  public isEmpty(): boolean {
+    return (
+      this.contractData.isEmpty() &&
+      this.publicFunctions.length === 0 &&
+      this.partialAddress.isZero() &&
+      this.publicKey.x.isZero() &&
+      this.publicKey.y.isZero()
+    );
+  }
+
   /**
    * Deserializes a contract data object from an encoded buffer, using 20 bytes for the eth address.
    * @param buffer - Byte array resulting from calling toBuffer.
@@ -201,6 +212,11 @@ export class ExtendedContractData {
       Point.random(),
     );
   }
+
+  /** Generates empty extended contract data. */
+  static empty(): ExtendedContractData {
+    return new ExtendedContractData(ContractData.empty(), [], Fr.ZERO, Point.ZERO);
+  }
 }
 
 /**
@@ -234,6 +250,11 @@ export class ContractData {
     return this.toBuffer().toString('hex');
   }
 
+  /** True if all data is zero. */
+  public isEmpty(): boolean {
+    return this.contractAddress.isZero() && this.portalContractAddress.isZero();
+  }
+
   /**
    * Deserializes a contract data object from an encoded buffer, using 20 bytes for the eth address.
    * @param buffer - Byte array resulting from calling toBuffer.
@@ -262,4 +283,9 @@ export class ContractData {
   static random(): ContractData {
     return new ContractData(AztecAddress.random(), EthAddress.random());
   }
+
+  /** Generates an empty ContractData. */
+  static empty(): ContractData {
+    return new ContractData(AztecAddress.ZERO, EthAddress.ZERO);
+  }
 }
diff --git a/yarn-project/types/src/interfaces/aztec-node.ts b/yarn-project/types/src/interfaces/aztec-node.ts
index 231e1ea9446b..287e4df2f531 100644
--- a/yarn-project/types/src/interfaces/aztec-node.ts
+++ b/yarn-project/types/src/interfaces/aztec-node.ts
@@ -6,9 +6,11 @@ import { Fr } from '@aztec/foundation/fields';
 import {
   ContractData,
   ExtendedContractData,
+  GetUnencryptedLogsResponse,
   L2Block,
   L2BlockL2Logs,
   L2Tx,
+  LogFilter,
   LogType,
   MerkleTreeId,
   StateInfoProvider,
@@ -90,6 +92,13 @@ export interface AztecNode extends StateInfoProvider {
    */
   getLogs(from: number, limit: number, logType: LogType): Promise<L2BlockL2Logs[]>;
 
+  /**
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
+   */
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse>;
+
   /**
    * Method to submit a transaction to the p2p pool.
    * @param tx - The transaction to be submitted.
diff --git a/yarn-project/types/src/interfaces/deployed-contract.ts b/yarn-project/types/src/interfaces/deployed-contract.ts
index 6afa2d285e4b..1e5fd0581979 100644
--- a/yarn-project/types/src/interfaces/deployed-contract.ts
+++ b/yarn-project/types/src/interfaces/deployed-contract.ts
@@ -1,16 +1,16 @@
 import { EthAddress } from '@aztec/circuits.js';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { CompleteAddress } from '@aztec/types';
 
 /**
  * Represents a deployed contract on the Aztec network.
- * Contains the contract ABI, address, and associated portal contract address.
+ * Contains the contract artifact, address, and associated portal contract address.
  */
 export interface DeployedContract {
   /**
-   * The Application Binary Interface of the deployed contract.
+   * The artifact of the deployed contract.
    */
-  abi: ContractAbi;
+  artifact: ContractArtifact;
   /**
    * The complete address representing the contract on L2.
    */
diff --git a/yarn-project/types/src/interfaces/pxe.ts b/yarn-project/types/src/interfaces/pxe.ts
index b3907ebab6d4..24ef850105e1 100644
--- a/yarn-project/types/src/interfaces/pxe.ts
+++ b/yarn-project/types/src/interfaces/pxe.ts
@@ -4,8 +4,9 @@ import {
   CompleteAddress,
   ContractData,
   ExtendedContractData,
-  L2BlockL2Logs,
+  GetUnencryptedLogsResponse,
   L2Tx,
+  LogFilter,
   NotePreimage,
   Tx,
   TxExecutionRequest,
@@ -26,15 +27,15 @@ import { SyncStatus } from './sync-status.js';
  */
 export interface PXE {
   /**
-   * Insert an auth witness for a given message hash. Auth witnesses are used to authorise actions on
+   * Insert an auth witness for a given message hash. Auth witnesses are used to authorize actions on
    * behalf of a user. For instance, a token transfer initiated by a different address may request
-   * authorisation from the user to move their tokens. This authorisation is granted by the user
+   * authorization from the user to move their tokens. This authorization is granted by the user
    * account contract by verifying an auth witness requested to the execution oracle. Witnesses are
-   * usually a signature over a hash of the action to be authorised, but their actual contents depend
+   * usually a signature over a hash of the action to be authorized, but their actual contents depend
    * on the account contract that consumes them.
    *
    * @param authWitness - The auth witness to insert. Composed of an identifier, which is the hash of
-   * the action to be authorised, and the actual witness as an array of fields, which are to be
+   * the action to be authorized, and the actual witness as an array of fields, which are to be
    * deserialized and processed by the account contract.
    */
   addAuthWitness(authWitness: AuthWitness): Promise<void>;
@@ -118,7 +119,7 @@ export interface PXE {
    *
    * @param txRequest - An authenticated tx request ready for simulation
    * @param simulatePublic - Whether to simulate the public part of the transaction.
-   * @returns A transaction ready to be sent to the network for excution.
+   * @returns A transaction ready to be sent to the network for execution.
    * @throws If the code for the functions executed in this transaction has not been made available via `addContracts`.
    */
   simulateTx(txRequest: TxExecutionRequest, simulatePublic: boolean): Promise<Tx>;
@@ -231,14 +232,11 @@ export interface PXE {
   getContractData(contractAddress: AztecAddress): Promise<ContractData | undefined>;
 
   /**
-   * Gets unencrypted public logs from the specified block range. Logs are grouped by block and then by
-   * transaction. Use the `L2BlockL2Logs.unrollLogs` helper function to get an flattened array of logs instead.
-   *
-   * @param from - Number of the L2 block to which corresponds the first unencrypted logs to be returned.
-   * @param limit - The maximum number of unencrypted logs to return.
-   * @returns The requested unencrypted logs.
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
    */
-  getUnencryptedLogs(from: number, limit: number): Promise<L2BlockL2Logs[]>;
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse>;
 
   /**
    * Fetches the current block number.
diff --git a/yarn-project/types/src/l2_block.test.ts b/yarn-project/types/src/l2_block.test.ts
index fb5c9a76e57f..29ce3d05d75e 100644
--- a/yarn-project/types/src/l2_block.test.ts
+++ b/yarn-project/types/src/l2_block.test.ts
@@ -16,8 +16,8 @@ describe('L2Block', () => {
     block.newEncryptedLogs = undefined;
     block.newUnencryptedLogs = undefined;
 
-    const serialised = block.toString();
-    const recovered = L2Block.fromString(serialised);
+    const serialized = block.toString();
+    const recovered = L2Block.fromString(serialized);
 
     expect(recovered).toEqual(block);
   });
diff --git a/yarn-project/types/src/l2_block.ts b/yarn-project/types/src/l2_block.ts
index 3890bbf1817a..15997264d8be 100644
--- a/yarn-project/types/src/l2_block.ts
+++ b/yarn-project/types/src/l2_block.ts
@@ -158,19 +158,19 @@ export class L2Block {
    * Creates an L2 block containing random data.
    * @param l2BlockNum - The number of the L2 block.
    * @param txsPerBlock - The number of transactions to include in the block.
-   * @param numPrivateFunctionCalls - The number of private function calls to include in each transaction.
-   * @param numPublicFunctionCalls - The number of public function calls to include in each transaction.
-   * @param numEncryptedLogs - The number of encrypted logs to include in each transaction.
-   * @param numUnencryptedLogs - The number of unencrypted logs to include in each transaction.
+   * @param numPrivateCallsPerTx - The number of private function calls to include in each transaction.
+   * @param numPublicCallsPerTx - The number of public function calls to include in each transaction.
+   * @param numEncryptedLogsPerCall - The number of encrypted logs per 1 private function invocation.
+   * @param numUnencryptedLogsPerCall - The number of unencrypted logs per 1 public function invocation.
    * @returns The L2 block.
    */
   static random(
     l2BlockNum: number,
     txsPerBlock = 4,
-    numPrivateFunctionCalls = 2,
-    numPublicFunctionCalls = 3,
-    numEncryptedLogs = 2,
-    numUnencryptedLogs = 1,
+    numPrivateCallsPerTx = 2,
+    numPublicCallsPerTx = 3,
+    numEncryptedLogsPerCall = 2,
+    numUnencryptedLogsPerCall = 1,
   ): L2Block {
     const newNullifiers = times(MAX_NEW_NULLIFIERS_PER_TX * txsPerBlock, Fr.random);
     const newCommitments = times(MAX_NEW_COMMITMENTS_PER_TX * txsPerBlock, Fr.random);
@@ -179,8 +179,18 @@ export class L2Block {
     const newPublicDataWrites = times(MAX_PUBLIC_DATA_UPDATE_REQUESTS_PER_TX * txsPerBlock, PublicDataWrite.random);
     const newL1ToL2Messages = times(NUMBER_OF_L1_L2_MESSAGES_PER_ROLLUP, Fr.random);
     const newL2ToL1Msgs = times(MAX_NEW_L2_TO_L1_MSGS_PER_TX, Fr.random);
-    const newEncryptedLogs = L2BlockL2Logs.random(txsPerBlock, numPrivateFunctionCalls, numEncryptedLogs);
-    const newUnencryptedLogs = L2BlockL2Logs.random(txsPerBlock, numPublicFunctionCalls, numUnencryptedLogs);
+    const newEncryptedLogs = L2BlockL2Logs.random(
+      txsPerBlock,
+      numPrivateCallsPerTx,
+      numEncryptedLogsPerCall,
+      LogType.ENCRYPTED,
+    );
+    const newUnencryptedLogs = L2BlockL2Logs.random(
+      txsPerBlock,
+      numPublicCallsPerTx,
+      numUnencryptedLogsPerCall,
+      LogType.UNENCRYPTED,
+    );
 
     return L2Block.fromFields({
       number: l2BlockNum,
@@ -429,7 +439,7 @@ export class L2Block {
     const newL2ToL1Msgs = reader.readVector(Fr);
     const newContracts = reader.readVector(Fr);
     const newContractData = reader.readArray(newContracts.length, ContractData);
-    // TODO(sean): could an optimisation of this be that it is encoded such that zeros are assumed
+    // TODO(sean): could an optimization of this be that it is encoded such that zeros are assumed
     const newL1ToL2Messages = reader.readVector(Fr);
 
     return L2Block.fromFields({
diff --git a/yarn-project/types/src/l2_block_downloader/l2_block_downloader.ts b/yarn-project/types/src/l2_block_downloader/l2_block_downloader.ts
index 5b0f60d6049f..228694ca7190 100644
--- a/yarn-project/types/src/l2_block_downloader/l2_block_downloader.ts
+++ b/yarn-project/types/src/l2_block_downloader/l2_block_downloader.ts
@@ -1,6 +1,6 @@
 import { MemoryFifo, Semaphore, SerialQueue } from '@aztec/foundation/fifo';
 import { createDebugLogger } from '@aztec/foundation/log';
-import { InterruptableSleep } from '@aztec/foundation/sleep';
+import { InterruptibleSleep } from '@aztec/foundation/sleep';
 
 import { INITIAL_L2_BLOCK_NUM, L2Block, L2BlockSource } from '../index.js';
 
@@ -16,7 +16,7 @@ export class L2BlockDownloader {
   private runningPromise?: Promise<void>;
   private running = false;
   private from = 0;
-  private interruptableSleep = new InterruptableSleep();
+  private interruptibleSleep = new InterruptibleSleep();
   private semaphore: Semaphore;
   private jobQueue = new SerialQueue();
   private blockQueue = new MemoryFifo<L2Block[]>();
@@ -31,7 +31,7 @@ export class L2BlockDownloader {
    */
   public start(from = INITIAL_L2_BLOCK_NUM) {
     if (this.running) {
-      this.interruptableSleep.interrupt();
+      this.interruptibleSleep.interrupt();
       return;
     }
     this.from = from;
@@ -41,10 +41,10 @@ export class L2BlockDownloader {
       while (this.running) {
         try {
           await this.jobQueue.put(() => this.collectBlocks());
-          await this.interruptableSleep.sleep(this.pollIntervalMS);
+          await this.interruptibleSleep.sleep(this.pollIntervalMS);
         } catch (err) {
           log.error(`Error downloading L2 block`, err);
-          await this.interruptableSleep.sleep(this.pollIntervalMS);
+          await this.interruptibleSleep.sleep(this.pollIntervalMS);
         }
       }
     };
@@ -60,7 +60,7 @@ export class L2BlockDownloader {
   private async collectBlocks() {
     let totalBlocks = 0;
     while (true) {
-      const blocks = await this.l2BlockSource.getL2Blocks(this.from, 10);
+      const blocks = await this.l2BlockSource.getBlocks(this.from, 10);
       if (!blocks.length) {
         return totalBlocks;
       }
@@ -76,7 +76,7 @@ export class L2BlockDownloader {
    */
   public async stop() {
     this.running = false;
-    this.interruptableSleep.interrupt();
+    this.interruptibleSleep.interrupt();
     await this.jobQueue.cancel();
     this.blockQueue.cancel();
     await this.runningPromise;
@@ -87,7 +87,7 @@ export class L2BlockDownloader {
    * @param timeout - optional timeout value to prevent permanent blocking
    * @returns The next batch of blocks from the queue.
    */
-  public async getL2Blocks(timeout?: number) {
+  public async getBlocks(timeout?: number): Promise<L2Block[]> {
     try {
       const blocks = await this.blockQueue.get(timeout);
       if (!blocks) {
diff --git a/yarn-project/types/src/l2_block_source.ts b/yarn-project/types/src/l2_block_source.ts
index 5da437eafebe..00de1abd27c5 100644
--- a/yarn-project/types/src/l2_block_source.ts
+++ b/yarn-project/types/src/l2_block_source.ts
@@ -31,7 +31,7 @@ export interface L2BlockSource {
    * @param number - The block number to return (inclusive).
    * @returns The requested L2 block.
    */
-  getL2Block(number: number): Promise<L2Block | undefined>;
+  getBlock(number: number): Promise<L2Block | undefined>;
 
   /**
    * Gets up to `limit` amount of L2 blocks starting from `from`.
@@ -39,7 +39,7 @@ export interface L2BlockSource {
    * @param limit - The maximum number of blocks to return.
    * @returns The requested L2 blocks.
    */
-  getL2Blocks(from: number, limit: number): Promise<L2Block[]>;
+  getBlocks(from: number, limit: number): Promise<L2Block[]>;
 
   /**
    * Gets an l2 tx.
diff --git a/yarn-project/types/src/l2_tx.ts b/yarn-project/types/src/l2_tx.ts
index a101e678038d..8552ba571b61 100644
--- a/yarn-project/types/src/l2_tx.ts
+++ b/yarn-project/types/src/l2_tx.ts
@@ -16,7 +16,7 @@ import { PublicDataWrite } from './public_data_write.js';
 import { TxHash } from './tx/tx_hash.js';
 
 /**
- * The string encoding used for serialising L2Tx objects to strings.
+ * The string encoding used for serializing L2Tx objects to strings.
  */
 const STRING_ENCODING: BufferEncoding = 'hex';
 
diff --git a/yarn-project/types/src/logs/extended_unencrypted_l2_log.ts b/yarn-project/types/src/logs/extended_unencrypted_l2_log.ts
new file mode 100644
index 000000000000..e5cc7d46a336
--- /dev/null
+++ b/yarn-project/types/src/logs/extended_unencrypted_l2_log.ts
@@ -0,0 +1,74 @@
+import { BufferReader } from '@aztec/foundation/serialize';
+
+import isEqual from 'lodash.isequal';
+
+import { LogId, UnencryptedL2Log } from '../index.js';
+
+/**
+ * Represents an individual unencrypted log entry extended with info about the block and tx it was emitted in.
+ */
+export class ExtendedUnencryptedL2Log {
+  constructor(
+    /** Globally unique id of the log. */
+    public readonly id: LogId,
+    /** The data contents of the log. */
+    public readonly log: UnencryptedL2Log,
+  ) {}
+
+  /**
+   * Serializes log to a buffer.
+   * @returns A buffer containing the serialized log.
+   */
+  public toBuffer(): Buffer {
+    return Buffer.concat([this.id.toBuffer(), this.log.toBuffer()]);
+  }
+
+  /**
+   * Serializes log to a string.
+   * @returns A string containing the serialized log.
+   */
+  public toString(): string {
+    return this.toBuffer().toString('hex');
+  }
+
+  /**
+   * Serializes log to a human readable string.
+   * @returns A human readable representation of the log.
+   */
+  public toHumanReadable(): string {
+    return `${this.id.toHumanReadable()}, ${this.log.toHumanReadable()}`;
+  }
+
+  /**
+   * Checks if two ExtendedUnencryptedL2Log objects are equal.
+   * @param other - Another ExtendedUnencryptedL2Log object to compare with.
+   * @returns True if the two objects are equal, false otherwise.
+   */
+  public equals(other: ExtendedUnencryptedL2Log): boolean {
+    return isEqual(this, other);
+  }
+
+  /**
+   * Deserializes log from a buffer.
+   * @param buffer - The buffer or buffer reader containing the log.
+   * @returns Deserialized instance of `Log`.
+   */
+  public static fromBuffer(buffer: Buffer | BufferReader): ExtendedUnencryptedL2Log {
+    const reader = BufferReader.asReader(buffer);
+
+    const logId = LogId.fromBuffer(reader);
+    const log = UnencryptedL2Log.fromBuffer(reader);
+
+    return new ExtendedUnencryptedL2Log(logId, log);
+  }
+
+  /**
+   * Deserializes `ExtendedUnencryptedL2Log` object from a hex string representation.
+   * @param data - A hex string representation of the log.
+   * @returns An `ExtendedUnencryptedL2Log` object.
+   */
+  public static fromString(data: string): ExtendedUnencryptedL2Log {
+    const buffer = Buffer.from(data, 'hex');
+    return ExtendedUnencryptedL2Log.fromBuffer(buffer);
+  }
+}
diff --git a/yarn-project/types/src/logs/function_l2_logs.ts b/yarn-project/types/src/logs/function_l2_logs.ts
index b504490537e5..ae7608b0e07a 100644
--- a/yarn-project/types/src/logs/function_l2_logs.ts
+++ b/yarn-project/types/src/logs/function_l2_logs.ts
@@ -4,6 +4,9 @@ import { BufferReader, prefixBufferWithLength } from '@aztec/foundation/serializ
 
 import { randomBytes } from 'crypto';
 
+import { LogType } from './log_type.js';
+import { UnencryptedL2Log } from './unencrypted_l2_log.js';
+
 /**
  * Data container of logs emitted in 1 function invocation (corresponds to 1 kernel iteration).
  */
@@ -65,14 +68,19 @@ export class FunctionL2Logs {
   /**
    * Creates a new L2Logs object with `numLogs` logs.
    * @param numLogs - The number of logs to create.
+   * @param logType - The type of logs to generate.
    * @returns A new FunctionL2Logs object.
    */
-  public static random(numLogs: number): FunctionL2Logs {
+  public static random(numLogs: number, logType = LogType.ENCRYPTED): FunctionL2Logs {
     const logs: Buffer[] = [];
     for (let i = 0; i < numLogs; i++) {
-      const randomEphPubKey = Point.random();
-      const randomLogContent = randomBytes(144 - Point.SIZE_IN_BYTES);
-      logs.push(Buffer.concat([randomLogContent, randomEphPubKey.toBuffer()]));
+      if (logType === LogType.ENCRYPTED) {
+        const randomEphPubKey = Point.random();
+        const randomLogContent = randomBytes(144 - Point.SIZE_IN_BYTES);
+        logs.push(Buffer.concat([randomLogContent, randomEphPubKey.toBuffer()]));
+      } else {
+        logs.push(UnencryptedL2Log.random().toBuffer());
+      }
     }
     return new FunctionL2Logs(logs);
   }
diff --git a/yarn-project/types/src/logs/get_unencrypted_logs_response.ts b/yarn-project/types/src/logs/get_unencrypted_logs_response.ts
new file mode 100644
index 000000000000..d50c7280a9b8
--- /dev/null
+++ b/yarn-project/types/src/logs/get_unencrypted_logs_response.ts
@@ -0,0 +1,16 @@
+import { ExtendedUnencryptedL2Log } from './extended_unencrypted_l2_log.js';
+
+/**
+ * It provides documentation for the GetUnencryptedLogsResponse type.
+ */
+export type GetUnencryptedLogsResponse = {
+  /**
+   * An array of ExtendedUnencryptedL2Log elements.
+   */
+  logs: ExtendedUnencryptedL2Log[];
+
+  /**
+   * Indicates if a limit has been reached.
+   */
+  maxLogsHit: boolean;
+};
diff --git a/yarn-project/types/src/logs/index.ts b/yarn-project/types/src/logs/index.ts
index cea46901df1f..a495dfb6a7b2 100644
--- a/yarn-project/types/src/logs/index.ts
+++ b/yarn-project/types/src/logs/index.ts
@@ -1,7 +1,11 @@
+export * from './get_unencrypted_logs_response.js';
 export * from './function_l2_logs.js';
 export * from './l2_block_l2_logs.js';
 export * from './l2_logs_source.js';
+export * from './log_id.js';
 export * from './log_type.js';
+export * from './log_filter.js';
 export * from './note_spending_info/index.js';
 export * from './tx_l2_logs.js';
 export * from './unencrypted_l2_log.js';
+export * from './extended_unencrypted_l2_log.js';
diff --git a/yarn-project/types/src/logs/l2_block_l2_logs.ts b/yarn-project/types/src/logs/l2_block_l2_logs.ts
index 9c8702bfb025..a0c095c3aa6a 100644
--- a/yarn-project/types/src/logs/l2_block_l2_logs.ts
+++ b/yarn-project/types/src/logs/l2_block_l2_logs.ts
@@ -2,6 +2,7 @@ import { BufferReader, prefixBufferWithLength } from '@aztec/foundation/serializ
 
 import isEqual from 'lodash.isequal';
 
+import { LogType } from './log_type.js';
 import { TxL2Logs } from './tx_l2_logs.js';
 
 /**
@@ -37,13 +38,7 @@ export class L2BlockL2Logs {
    * Gets the total number of logs emitted from all the TxL2Logs.
    */
   public getTotalLogCount(): number {
-    let count = 0;
-    for (const txLog of this.txLogs) {
-      for (const functionLog of txLog.functionLogs) {
-        count += functionLog.logs.length;
-      }
-    }
-    return count;
+    return this.txLogs.reduce((acc, logs) => acc + logs.getTotalLogCount(), 0);
   }
 
   /**
@@ -62,17 +57,23 @@ export class L2BlockL2Logs {
   }
 
   /**
-   * Creates a new `L2BlockL2Logs` object with `numFunctionInvocations` function logs and `numLogsIn1Invocation` logs
-   * in each invocation.
+   * Creates a new `L2BlockL2Logs` object with `numCalls` function logs and `numLogsPerCall` logs in each function
+   * call.
    * @param numTxs - The number of txs in the block.
-   * @param numFunctionInvocations - The number of function invocations in the tx.
-   * @param numLogsIn1Invocation - The number of logs emitted in each function invocation.
+   * @param numCalls - The number of function calls in the tx.
+   * @param numLogsPerCall - The number of logs emitted in each function call.
+   * @param logType - The type of logs to generate.
    * @returns A new `L2BlockL2Logs` object.
    */
-  public static random(numTxs: number, numFunctionInvocations: number, numLogsIn1Invocation: number): L2BlockL2Logs {
+  public static random(
+    numTxs: number,
+    numCalls: number,
+    numLogsPerCall: number,
+    logType = LogType.ENCRYPTED,
+  ): L2BlockL2Logs {
     const txLogs: TxL2Logs[] = [];
     for (let i = 0; i < numTxs; i++) {
-      txLogs.push(TxL2Logs.random(numFunctionInvocations, numLogsIn1Invocation));
+      txLogs.push(TxL2Logs.random(numCalls, numLogsPerCall, logType));
     }
     return new L2BlockL2Logs(txLogs);
   }
@@ -86,9 +87,7 @@ export class L2BlockL2Logs {
     const logs: Buffer[] = [];
     for (const blockLog of blockLogs) {
       for (const txLog of blockLog.txLogs) {
-        for (const functionLog of txLog.functionLogs) {
-          logs.push(...functionLog.logs);
-        }
+        logs.push(...txLog.unrollLogs());
       }
     }
     return logs;
diff --git a/yarn-project/types/src/logs/l2_logs_source.ts b/yarn-project/types/src/logs/l2_logs_source.ts
index a21d5ccedd34..a3566a803fcc 100644
--- a/yarn-project/types/src/logs/l2_logs_source.ts
+++ b/yarn-project/types/src/logs/l2_logs_source.ts
@@ -1,8 +1,10 @@
+import { GetUnencryptedLogsResponse } from './get_unencrypted_logs_response.js';
 import { L2BlockL2Logs } from './l2_block_l2_logs.js';
+import { LogFilter } from './log_filter.js';
 import { LogType } from './log_type.js';
 
 /**
- * Interface of classes allowing for the retrieval of encrypted logs.
+ * Interface of classes allowing for the retrieval of logs.
  */
 export interface L2LogsSource {
   /**
@@ -15,17 +17,11 @@ export interface L2LogsSource {
   getLogs(from: number, limit: number, logType: LogType): Promise<L2BlockL2Logs[]>;
 
   /**
-   * Starts the encrypted logs source.
-   * @param blockUntilSynced - If true, blocks until the data source has fully synced.
-   * @returns A promise signalling completion of the start process.
-   */
-  start(blockUntilSynced: boolean): Promise<void>;
-
-  /**
-   * Stops the encrypted logs source.
-   * @returns A promise signalling completion of the stop process.
+   * Gets unencrypted logs based on the provided filter.
+   * @param filter - The filter to apply to the logs.
+   * @returns The requested logs.
    */
-  stop(): Promise<void>;
+  getUnencryptedLogs(filter: LogFilter): Promise<GetUnencryptedLogsResponse>;
 
   /**
    * Gets the number of the latest L2 block processed by the implementation.
diff --git a/yarn-project/types/src/logs/log_filter.ts b/yarn-project/types/src/logs/log_filter.ts
new file mode 100644
index 000000000000..34dca97343ef
--- /dev/null
+++ b/yarn-project/types/src/logs/log_filter.ts
@@ -0,0 +1,31 @@
+import { AztecAddress, FunctionSelector } from '@aztec/circuits.js';
+
+import { LogId, TxHash } from '../index.js';
+
+/**
+ * Log filter used to fetch L2 logs.
+ * @remarks This filter is applied as an intersection of all it's params.
+ */
+export type LogFilter = {
+  /**
+   * Hash of a transaction from which to fetch the logs.
+   */
+  txHash?: TxHash;
+  /**
+   * The block number from which to start fetching logs (inclusive).
+   */
+  fromBlock?: number;
+  /** The block number until which to fetch logs (not inclusive). */
+  toBlock?: number;
+  /**
+   * Log id after which to start fetching logs.
+   */
+  afterLog?: LogId;
+  /** The contract address to filter logs by. */
+  contractAddress?: AztecAddress;
+  /**
+   * Selector of the event/log topic.
+   * TODO: https://github.com/AztecProtocol/aztec-packages/issues/2632
+   */
+  selector?: FunctionSelector;
+};
diff --git a/yarn-project/types/src/logs/log_id.test.ts b/yarn-project/types/src/logs/log_id.test.ts
new file mode 100644
index 000000000000..dd01771262c1
--- /dev/null
+++ b/yarn-project/types/src/logs/log_id.test.ts
@@ -0,0 +1,25 @@
+import { LogId } from './log_id.js';
+
+describe('LogId', () => {
+  let logId: LogId;
+  beforeEach(() => {
+    const blockNumber = Math.floor(Math.random() * 1000);
+    const txIndex = Math.floor(Math.random() * 1000);
+    const logIndex = Math.floor(Math.random() * 1000);
+    logId = new LogId(blockNumber, txIndex, logIndex);
+  });
+
+  it('toBuffer and fromBuffer works', () => {
+    const buffer = logId.toBuffer();
+    const parsedLogId = LogId.fromBuffer(buffer);
+
+    expect(parsedLogId).toEqual(logId);
+  });
+
+  it('toBuffer and fromBuffer works', () => {
+    const buffer = logId.toBuffer();
+    const parsedLogId = LogId.fromBuffer(buffer);
+
+    expect(parsedLogId).toEqual(logId);
+  });
+});
diff --git a/yarn-project/types/src/logs/log_id.ts b/yarn-project/types/src/logs/log_id.ts
new file mode 100644
index 000000000000..00ab59c2c523
--- /dev/null
+++ b/yarn-project/types/src/logs/log_id.ts
@@ -0,0 +1,89 @@
+import { toBufferBE } from '@aztec/foundation/bigint-buffer';
+import { BufferReader } from '@aztec/foundation/serialize';
+
+import { INITIAL_L2_BLOCK_NUM } from '../constants.js';
+
+/** A globally unique log id. */
+export class LogId {
+  /**
+   * Parses a log id from a string.
+   * @param blockNumber - The block number.
+   * @param txIndex - The transaction index.
+   * @param logIndex - The log index.
+   */
+  constructor(
+    /** The block number the log was emitted in. */
+    public readonly blockNumber: number,
+    /** The index of a tx in a block the log was emitted in. */
+    public readonly txIndex: number,
+    /** The index of a log the tx was emitted in. */
+    public readonly logIndex: number,
+  ) {
+    if (!Number.isInteger(blockNumber) || blockNumber < INITIAL_L2_BLOCK_NUM) {
+      throw new Error(`Invalid block number: ${blockNumber}`);
+    }
+    if (!Number.isInteger(txIndex)) {
+      throw new Error(`Invalid tx index: ${txIndex}`);
+    }
+    if (!Number.isInteger(logIndex)) {
+      throw new Error(`Invalid log index: ${logIndex}`);
+    }
+  }
+
+  /**
+   * Serializes log id to a buffer.
+   * @returns A buffer containing the serialized log id.
+   */
+  public toBuffer(): Buffer {
+    return Buffer.concat([
+      toBufferBE(BigInt(this.blockNumber), 4),
+      toBufferBE(BigInt(this.txIndex), 4),
+      toBufferBE(BigInt(this.logIndex), 4),
+    ]);
+  }
+
+  /**
+   * Creates a LogId from a buffer.
+   * @param buffer - A buffer containing the serialized log id.
+   * @returns A log id.
+   */
+  static fromBuffer(buffer: Buffer | BufferReader): LogId {
+    const reader = BufferReader.asReader(buffer);
+
+    const blockNumber = reader.readNumber();
+    const txIndex = reader.readNumber();
+    const logIndex = reader.readNumber();
+
+    return new LogId(blockNumber, txIndex, logIndex);
+  }
+
+  /**
+   * Converts the LogId instance to a string.
+   * @returns A string representation of the log id.
+   */
+  public toString(): string {
+    return `${this.blockNumber}-${this.txIndex}-${this.logIndex}`;
+  }
+
+  /**
+   * Creates a LogId from a string.
+   * @param data - A string representation of a log id.
+   * @returns A log id.
+   */
+  static fromString(data: string): LogId {
+    const [rawBlockNumber, rawTxIndex, rawLogIndex] = data.split('-');
+    const blockNumber = Number(rawBlockNumber);
+    const txIndex = Number(rawTxIndex);
+    const logIndex = Number(rawLogIndex);
+
+    return new LogId(blockNumber, txIndex, logIndex);
+  }
+
+  /**
+   * Serializes log id to a human readable string.
+   * @returns A human readable representation of the log id.
+   */
+  public toHumanReadable(): string {
+    return `logId: (blockNumber: ${this.blockNumber}, txIndex: ${this.txIndex}, logIndex: ${this.logIndex})`;
+  }
+}
diff --git a/yarn-project/types/src/logs/note_spending_info/browserify-cipher.d.ts b/yarn-project/types/src/logs/note_spending_info/browserify-cipher.d.ts
index b43cb1c1362d..40a65868749e 100644
--- a/yarn-project/types/src/logs/note_spending_info/browserify-cipher.d.ts
+++ b/yarn-project/types/src/logs/note_spending_info/browserify-cipher.d.ts
@@ -74,5 +74,5 @@ declare module 'browserify-cipher' {
    *
    * @returns An array of strings representing the supported cipher algorithms.
    */
-  function gebtCiphers(): CipherTypes[];
+  function getCiphers(): CipherTypes[];
 }
diff --git a/yarn-project/types/src/logs/tx_l2_logs.ts b/yarn-project/types/src/logs/tx_l2_logs.ts
index 98fb94d1be69..f59efb8ff7e1 100644
--- a/yarn-project/types/src/logs/tx_l2_logs.ts
+++ b/yarn-project/types/src/logs/tx_l2_logs.ts
@@ -1,6 +1,7 @@
 import { BufferReader, prefixBufferWithLength } from '@aztec/foundation/serialize';
 
 import { FunctionL2Logs } from './function_l2_logs.js';
+import { LogType } from './log_type.js';
 
 /**
  * Data container of logs emitted in 1 tx.
@@ -31,6 +32,11 @@ export class TxL2Logs {
     return this.functionLogs.reduce((acc, logs) => acc + logs.getSerializedLength(), 0) + 4;
   }
 
+  /** Gets the total number of logs. */
+  public getTotalLogCount() {
+    return this.functionLogs.reduce((acc, logs) => acc + logs.logs.length, 0);
+  }
+
   /**
    * Adds function logs to the existing logs.
    * @param functionLogs - The function logs to add
@@ -58,16 +64,16 @@ export class TxL2Logs {
   }
 
   /**
-   * Creates a new `TxL2Logs` object with `numFunctionInvocations` function logs and `numLogsIn1Invocation` logs
-   * in each invocation.
-   * @param numFunctionInvocations - The number of function invocations in the tx.
-   * @param numLogsIn1Invocation - The number of logs emitted in each function invocation.
+   * Creates a new `TxL2Logs` object with `numCalls` function logs and `numLogsPerCall` logs in each invocation.
+   * @param numCalls - The number of function calls in the tx.
+   * @param numLogsPerCall - The number of logs emitted in each function call.
+   * @param logType - The type of logs to generate.
    * @returns A new `TxL2Logs` object.
    */
-  public static random(numFunctionInvocations: number, numLogsIn1Invocation: number): TxL2Logs {
+  public static random(numCalls: number, numLogsPerCall: number, logType = LogType.ENCRYPTED): TxL2Logs {
     const functionLogs: FunctionL2Logs[] = [];
-    for (let i = 0; i < numFunctionInvocations; i++) {
-      functionLogs.push(FunctionL2Logs.random(numLogsIn1Invocation));
+    for (let i = 0; i < numCalls; i++) {
+      functionLogs.push(FunctionL2Logs.random(numLogsPerCall, logType));
     }
     return new TxL2Logs(functionLogs);
   }
@@ -82,6 +88,14 @@ export class TxL2Logs {
     };
   }
 
+  /**
+   * Unrolls logs from this tx.
+   * @returns Unrolled logs.
+   */
+  public unrollLogs(): Buffer[] {
+    return this.functionLogs.flatMap(functionLog => functionLog.logs);
+  }
+
   /**
    * Convert a plain JSON object to a TxL2Logs class object.
    * @param obj - A plain TxL2Logs JSON object.
diff --git a/yarn-project/types/src/logs/unencrypted_l2_log.ts b/yarn-project/types/src/logs/unencrypted_l2_log.ts
index e4707f3ad344..777c9811db4f 100644
--- a/yarn-project/types/src/logs/unencrypted_l2_log.ts
+++ b/yarn-project/types/src/logs/unencrypted_l2_log.ts
@@ -17,7 +17,10 @@ export class UnencryptedL2Log {
      * TODO: Optimize this once it makes sense.
      */
     public readonly contractAddress: AztecAddress,
-    /** Selector of the event/log topic. */
+    /**
+     * Selector of the event/log topic.
+     * TODO: https://github.com/AztecProtocol/aztec-packages/issues/2632
+     */
     public readonly selector: FunctionSelector,
     /** The data contents of the log. */
     public readonly data: Buffer,
@@ -45,7 +48,7 @@ export class UnencryptedL2Log {
    */
   public toHumanReadable(): string {
     return `UnencryptedL2Log(contractAddress: ${this.contractAddress.toString()}, selector: ${this.selector.toString()}, data: ${this.data.toString(
-      'hex',
+      'ascii',
     )})`;
   }
 
diff --git a/yarn-project/types/src/mocks.ts b/yarn-project/types/src/mocks.ts
index f98dee06d6c2..3fded6d748d9 100644
--- a/yarn-project/types/src/mocks.ts
+++ b/yarn-project/types/src/mocks.ts
@@ -6,7 +6,7 @@ import {
   Proof,
 } from '@aztec/circuits.js';
 import { makePrivateKernelPublicInputsFinal, makePublicCallRequest } from '@aztec/circuits.js/factories';
-import { ContractAbi } from '@aztec/foundation/abi';
+import { ContractArtifact } from '@aztec/foundation/abi';
 import { randomBytes } from '@aztec/foundation/crypto';
 import { Tuple } from '@aztec/foundation/serialize';
 
@@ -37,13 +37,14 @@ export const mockTx = (seed = 1) => {
   );
 };
 
-export const randomContractAbi = (): ContractAbi => ({
+export const randomContractArtifact = (): ContractArtifact => ({
   name: randomBytes(4).toString('hex'),
   functions: [],
+  events: [],
 });
 
 export const randomDeployedContract = async (): Promise<DeployedContract> => ({
-  abi: randomContractAbi(),
+  artifact: randomContractArtifact(),
   completeAddress: await CompleteAddress.random(),
   portalContract: EthAddress.random(),
 });
diff --git a/yarn-project/types/src/public_data_write.ts b/yarn-project/types/src/public_data_write.ts
index 844a7ce18059..13ec9e0b8550 100644
--- a/yarn-project/types/src/public_data_write.ts
+++ b/yarn-project/types/src/public_data_write.ts
@@ -45,7 +45,7 @@ export class PublicDataWrite {
   }
 
   /**
-   * Serialises the operation to a string.
+   * Serializes the operation to a string.
    * @returns A string representation of the operation.
    */
   toString(): string {
@@ -72,7 +72,7 @@ export class PublicDataWrite {
 
   /**
    * Creates a new public data write operation from the given string.
-   * @param str - The serialised string
+   * @param str - The serialized string
    * @returns A new public data write operation instance.
    */
   static fromString(str: string): PublicDataWrite {
diff --git a/yarn-project/types/src/stats/benchmarks.ts b/yarn-project/types/src/stats/benchmarks.ts
new file mode 100644
index 000000000000..284cdadd48fc
--- /dev/null
+++ b/yarn-project/types/src/stats/benchmarks.ts
@@ -0,0 +1,12 @@
+import { MetricName } from './metrics.js';
+
+/** Aggregated benchmark results. */
+export type BenchmarkResults = Partial<Record<MetricName, BenchmarkMetricResults>>;
+
+/** Aggregated benchmark result for a given metric (values aggregated by bucket such as chain size). */
+export type BenchmarkMetricResults = Record<string, number>;
+
+/** Aggregated benchmark results with a timestamp. */
+export type BenchmarkResultsWithTimestamp = BenchmarkResults & {
+  /** When did this benchmark happen. */ timestamp: string;
+};
diff --git a/yarn-project/types/src/stats/index.ts b/yarn-project/types/src/stats/index.ts
new file mode 100644
index 000000000000..5bf1e1426161
--- /dev/null
+++ b/yarn-project/types/src/stats/index.ts
@@ -0,0 +1,18 @@
+export * from './stats.js';
+export * from './metrics.js';
+export * from './benchmarks.js';
+
+/** Block sizes to use for benchmark tests on multiple block sizes. */
+export const BENCHMARK_BLOCK_SIZES = process.env.BENCHMARK_BLOCK_SIZES
+  ? process.env.BENCHMARK_BLOCK_SIZES.split(',').map(Number)
+  : [8, 32, 128];
+
+/** Block size to use for building chains of multiple blocks. */
+export const BENCHMARK_HISTORY_BLOCK_SIZE = process.env.BENCHMARK_HISTORY_BLOCK_SIZE
+  ? +process.env.BENCHMARK_HISTORY_BLOCK_SIZE
+  : 16;
+
+/** Chain lengths to test for history processing benchmarks. */
+export const BENCHMARK_HISTORY_CHAIN_LENGTHS = process.env.BENCHMARK_HISTORY_CHAIN_LENGTHS
+  ? process.env.BENCHMARK_HISTORY_CHAIN_LENGTHS.split(',').map(Number)
+  : [5, 10];
diff --git a/yarn-project/types/src/stats/metrics.ts b/yarn-project/types/src/stats/metrics.ts
new file mode 100644
index 000000000000..235e6284ef2c
--- /dev/null
+++ b/yarn-project/types/src/stats/metrics.ts
@@ -0,0 +1,136 @@
+import { StatsEventName } from './stats.js';
+
+/** How a metric is grouped in benchmarks: by block size, by length of chain processed, or by circuit name. */
+export type MetricGroupBy = 'block-size' | 'chain-length' | 'circuit-name' | 'contract-count';
+
+/** Definition of a metric to track in benchmarks. */
+export interface Metric {
+  /** Identifier. */
+  name: string;
+  /** What dimension this metric is grouped by. */
+  groupBy: MetricGroupBy;
+  /** Description */
+  description: string;
+  /** Events used for generating this metric. */
+  events: readonly StatsEventName[];
+}
+
+/** Metric definitions to track from benchmarks. */
+export const Metrics = [
+  {
+    name: 'l1_rollup_calldata_size_in_bytes',
+    groupBy: 'block-size',
+    description: 'Size in bytes of the tx calldata posted to L1 when submitting a block.',
+    events: ['rollup-published-to-l1'],
+  },
+  {
+    name: 'l1_rollup_calldata_gas',
+    groupBy: 'block-size',
+    description: 'Estimated gas cost of the tx calldata when posting a block to L1.',
+    events: ['rollup-published-to-l1'],
+  },
+  {
+    name: 'l1_rollup_execution_gas',
+    groupBy: 'block-size',
+    description: 'Total gas used in a tx when submitting a block to L1.',
+    events: ['rollup-published-to-l1'],
+  },
+  {
+    name: 'l2_block_processing_time_in_ms',
+    groupBy: 'block-size',
+    description: 'Time for the state synchronizer to process an L2 block that was not built by its own sequencer.',
+    events: ['l2-block-handled'],
+  },
+  {
+    name: 'note_successful_decrypting_time_in_ms',
+    groupBy: 'block-size',
+    description: 'Time for the PXE to decrypt all notes in a block where they belong to a registered account.',
+    events: ['note-processor-caught-up'],
+  },
+  {
+    name: 'note_trial_decrypting_time_in_ms',
+    groupBy: 'block-size',
+    description:
+      'Time for the PXE to try decrypting all notes in a block where they do not belong to a registered account.',
+    events: ['note-processor-caught-up'],
+  },
+  {
+    name: 'l2_block_building_time_in_ms',
+    groupBy: 'block-size',
+    description: 'Total time for the sequencer to build an L2 block from a set of txs.',
+    events: ['l2-block-built'],
+  },
+  {
+    name: 'l2_block_rollup_simulation_time_in_ms',
+    groupBy: 'block-size',
+    description: 'Time for the sequencer to run the rollup circuit simulation when assembling a block.',
+    events: ['l2-block-built'],
+  },
+  {
+    name: 'l2_block_public_tx_process_time_in_ms',
+    groupBy: 'block-size',
+    description: 'Time for the sequencer to execute public function calls for txs in a block.',
+    events: ['l2-block-built'],
+  },
+  {
+    name: 'node_history_sync_time_in_ms',
+    groupBy: 'chain-length',
+    description: 'Time for a node without a sequencer to sync chain history',
+    events: ['node-synced-chain-history'],
+  },
+  {
+    name: 'note_history_successful_decrypting_time_in_ms',
+    groupBy: 'chain-length',
+    description: 'Time for a PXE to decrypt all notes in the chain where they belong to a registered account.',
+    events: ['note-processor-caught-up'],
+  },
+  {
+    name: 'note_history_trial_decrypting_time_in_ms',
+    groupBy: 'chain-length',
+    description:
+      'Time for a PXE to try decrypting all notes in the chain where they do not belong to a registered account.',
+    events: ['note-processor-caught-up'],
+  },
+  {
+    name: 'node_database_size_in_bytes',
+    groupBy: 'chain-length',
+    description: 'Size on disk of the leveldown database of a node after syncing all chain history.',
+    events: ['node-synced-chain-history'],
+  },
+  {
+    name: 'pxe_database_size_in_bytes',
+    groupBy: 'chain-length',
+    description: 'Estimated size in memory of a PXE database after syncing all notes that belong to it in the chain.',
+    events: ['note-processor-caught-up'],
+  },
+  {
+    name: 'circuit_simulation_time_in_ms',
+    groupBy: 'circuit-name',
+    description: 'Time to run a circuit simulation.',
+    events: ['circuit-simulation'],
+  },
+  {
+    name: 'circuit_input_size_in_bytes',
+    groupBy: 'circuit-name',
+    description: 'Size of the inputs to a circuit simulation.',
+    events: ['circuit-simulation'],
+  },
+  {
+    name: 'circuit_output_size_in_bytes',
+    groupBy: 'circuit-name',
+    description: 'Size of the outputs (ie public inputs) from a circuit simulation.',
+    events: ['circuit-simulation'],
+  },
+  {
+    name: 'tx_size_in_bytes',
+    groupBy: 'contract-count',
+    description: 'Size of txs received in the mempool.',
+    events: ['tx-added-to-pool'],
+  },
+] as const satisfies readonly Metric[];
+
+/** Metric definitions to track from benchmarks. */
+export type Metrics = typeof Metrics;
+
+/** Type of valid metric names. */
+export type MetricName = Metrics[number]['name'];
diff --git a/yarn-project/types/src/stats/stats.ts b/yarn-project/types/src/stats/stats.ts
new file mode 100644
index 000000000000..a975970dd0b9
--- /dev/null
+++ b/yarn-project/types/src/stats/stats.ts
@@ -0,0 +1,160 @@
+/** Stats associated with an L2 block. */
+export type L2BlockStats = {
+  /** Number of txs in the L2 block. */
+  txCount: number;
+  /** Number of the L2 block. */
+  blockNumber: number;
+  /** Number of encrypted logs. */
+  encryptedLogCount?: number;
+  /** Number of unencrypted logs. */
+  unencryptedLogCount?: number;
+  /** Serialized size of encrypted logs. */
+  encryptedLogSize?: number;
+  /** Serialized size of unencrypted logs. */
+  unencryptedLogSize?: number;
+};
+
+/** Stats logged for each L1 rollup publish tx.*/
+export type L1PublishStats = {
+  /** Name of the event for metrics purposes */
+  eventName: 'rollup-published-to-l1';
+  /** Effective gas price of the tx. */
+  gasPrice: bigint;
+  /** Effective gas used in the tx. */
+  gasUsed: bigint;
+  /** Hash of the L1 tx. */
+  transactionHash: string;
+  /** Gas cost of the calldata. */
+  calldataGas: number;
+  /** Size in bytes of the calldata. */
+  calldataSize: number;
+} & L2BlockStats;
+
+/** Stats logged for synching node chain history.  */
+export type NodeSyncedChainHistoryStats = {
+  /** Name of the event. */
+  eventName: 'node-synced-chain-history';
+  /** Number of txs in the L2 block.. */
+  txCount: number;
+  /** Number of txs in each block. */
+  txsPerBlock: number;
+  /** Duration in ms. */
+  duration: number;
+  /** Id of the L2 block. */
+  blockNumber: number;
+  /** Number of blocks processed. */
+  blockCount: number;
+  /** Size of the db in bytes. */
+  dbSize: number;
+};
+
+/** Stats for circuit simulation. */
+export type CircuitSimulationStats = {
+  /** name of the event. */
+  eventName: 'circuit-simulation';
+  /** Name of the circuit. */
+  circuitName:
+    | 'base-rollup'
+    | 'private-kernel-init'
+    | 'private-kernel-ordering'
+    | 'root-rollup'
+    | 'merge-rollup'
+    | 'private-kernel-inner'
+    | 'public-kernel-private-input'
+    | 'public-kernel-non-first-iteration';
+  /** Duration in ms. */
+  duration: number;
+  /** Size in bytes of circuit inputs. */
+  inputSize: number;
+  /** Size in bytes of circuit outputs (aka public inputs). */
+  outputSize: number;
+};
+
+/** Stats for an L2 block built by a sequencer. */
+export type L2BlockBuiltStats = {
+  /** Name of the event. */
+  eventName: 'l2-block-built';
+  /** Total duration in ms. */
+  duration: number;
+  /** Time for processing public txs in ms. */
+  publicProcessDuration: number;
+  /** Time for running rollup circuits in ms.  */
+  rollupCircuitsDuration: number;
+} & L2BlockStats;
+
+/** Stats for an L2 block processed by the world state synchronizer. */
+export type L2BlockHandledStats = {
+  /** Name of the event. */
+  eventName: 'l2-block-handled';
+  /** Total duration in ms. */
+  duration: number;
+  /** Whether the block was produced by this node. */
+  isBlockOurs: boolean;
+} & L2BlockStats;
+
+/** Stats for a note processor that has caught up with the chain. */
+export type NoteProcessorCaughtUpStats = {
+  /** Name of the event. */
+  eventName: 'note-processor-caught-up';
+  /** Public key of the note processor. */
+  publicKey: string;
+  /** Total time to catch up with the tip of the chain from scratch in ms. */
+  duration: number;
+  /** Size of the notes db. */
+  dbSize: number;
+} & NoteProcessorStats;
+
+/** Accumulated rolling stats for a note processor.  */
+export type NoteProcessorStats = {
+  /** How many notes have been seen and trial-decrypted. */
+  seen: number;
+  /** How many notes were successfully decrypted. */
+  decrypted: number;
+  /** How many notes failed processing. */
+  failed: number;
+  /** How many blocks were spanned.  */
+  blocks: number;
+  /** How many txs were spanned.  */
+  txs: number;
+};
+
+/** Stats for a tx. */
+export type TxStats = {
+  /** Hash of the tx. */
+  txHash: string;
+  /** Total size in bytes. */
+  size: number;
+  /** Size of the proof. */
+  proofSize: number;
+  /** Number of encrypted logs. */
+  encryptedLogCount: number;
+  /** Number of unencrypted logs. */
+  unencryptedLogCount: number;
+  /** Serialised size of encrypted logs. */
+  encryptedLogSize: number;
+  /** Serialised size of unencrypted logs. */
+  unencryptedLogSize: number;
+  /** Serialised size of new contract data. */
+  newContractDataSize: number;
+  /** Number of new contracts deployed in this tx. */
+  newContractCount: number;
+};
+
+/** A new tx was added to the tx pool. */
+export type TxAddedToPoolStats = {
+  /** Name of the event. */
+  eventName: 'tx-added-to-pool';
+} & TxStats;
+
+/** Stats emitted in structured logs with an `eventName` for tracking. */
+export type Stats =
+  | L1PublishStats
+  | NodeSyncedChainHistoryStats
+  | CircuitSimulationStats
+  | L2BlockBuiltStats
+  | L2BlockHandledStats
+  | NoteProcessorCaughtUpStats
+  | TxAddedToPoolStats;
+
+/** Set of event names across emitted stats. */
+export type StatsEventName = Stats['eventName'];
diff --git a/yarn-project/types/src/tx/tx.ts b/yarn-project/types/src/tx/tx.ts
index 4486aa8b8aba..3cc485343a4b 100644
--- a/yarn-project/types/src/tx/tx.ts
+++ b/yarn-project/types/src/tx/tx.ts
@@ -10,7 +10,10 @@ import { arrayNonEmptyLength } from '@aztec/foundation/collection';
 import { BufferReader, Tuple } from '@aztec/foundation/serialize';
 
 import { ExtendedContractData } from '../contract_data.js';
+import { L2LogsSource } from '../index.js';
+import { GetUnencryptedLogsResponse } from '../logs/get_unencrypted_logs_response.js';
 import { TxL2Logs } from '../logs/tx_l2_logs.js';
+import { TxStats } from '../stats/stats.js';
 import { TxHash } from './tx_hash.js';
 
 /**
@@ -112,6 +115,15 @@ export class Tx {
     };
   }
 
+  /**
+   * Gets unencrypted logs emitted by this tx.
+   * @param logsSource - An instance of `L2LogsSource` which can be used to obtain the logs.
+   * @returns The requested logs.
+   */
+  public async getUnencryptedLogs(logsSource: L2LogsSource): Promise<GetUnencryptedLogsResponse> {
+    return logsSource.getUnencryptedLogs({ txHash: await this.getTxHash() });
+  }
+
   /**
    * Convert a plain JSON object to a Tx class object.
    * @param obj - A plain Tx JSON object.
@@ -147,6 +159,21 @@ export class Tx {
     return Promise.resolve(new TxHash(firstNullifier.toBuffer()));
   }
 
+  /** Returns stats about this tx. */
+  getStats(): TxStats {
+    return {
+      txHash: this.data!.end.newNullifiers[0].toString(true),
+      encryptedLogCount: this.encryptedLogs.getTotalLogCount(),
+      unencryptedLogCount: this.unencryptedLogs.getTotalLogCount(),
+      encryptedLogSize: this.encryptedLogs.getSerializedLength(),
+      unencryptedLogSize: this.unencryptedLogs.getSerializedLength(),
+      newContractCount: this.newContracts.filter(c => !c.isEmpty()).length,
+      newContractDataSize: this.newContracts.map(c => c.toBuffer().length).reduce((a, b) => a + b, 0),
+      proofSize: this.proof.buffer.length,
+      size: this.toBuffer().length,
+    };
+  }
+
   /**
    * Convenience function to get a hash out of a tx or a tx-like.
    * @param tx - Tx-like object.
diff --git a/yarn-project/world-state/src/index.ts b/yarn-project/world-state/src/index.ts
index b0b168e54e52..08c8c225b665 100644
--- a/yarn-project/world-state/src/index.ts
+++ b/yarn-project/world-state/src/index.ts
@@ -1,4 +1,3 @@
 export * from './synchronizer/index.js';
 export * from './world-state-db/index.js';
-export * from './utils.js';
 export * from './synchronizer/config.js';
diff --git a/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.test.ts b/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.test.ts
index 72e88e42af86..d0ae108e6e0b 100644
--- a/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.test.ts
+++ b/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.test.ts
@@ -118,7 +118,7 @@ const log = createDebugLogger('aztec:server_world_state_synchronizer_test');
 describe('server_world_state_synchronizer', () => {
   const rollupSource = mock<L2BlockSource>({
     getBlockNumber: jest.fn(getLatestBlockNumber),
-    getL2Blocks: jest.fn(consumeNextBlocks),
+    getBlocks: jest.fn(consumeNextBlocks),
   });
 
   const merkleTreeDb = mock<MerkleTreeDb>({
@@ -210,7 +210,7 @@ describe('server_world_state_synchronizer', () => {
       nextBlocks = [getMockBlock(currentBlockNumber + 1)];
     }
 
-    // check the status agian, should be fully synced
+    // check the status again, should be fully synced
     status = await server.status();
     expect(status.state).toEqual(WorldStateRunningState.RUNNING);
     expect(status.syncedToL2Block).toEqual(LATEST_BLOCK_NUMBER);
diff --git a/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.ts b/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.ts
index 144d2cd49b7f..896b85a55def 100644
--- a/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.ts
+++ b/yarn-project/world-state/src/synchronizer/server_world_state_synchronizer.ts
@@ -2,6 +2,7 @@ import { SerialQueue } from '@aztec/foundation/fifo';
 import { createDebugLogger } from '@aztec/foundation/log';
 import { elapsed } from '@aztec/foundation/timer';
 import { L2Block, L2BlockDownloader, L2BlockSource } from '@aztec/types';
+import { L2BlockHandledStats } from '@aztec/types/stats';
 
 import { LevelUp } from 'levelup';
 
@@ -172,7 +173,7 @@ export class ServerWorldStateSynchronizer implements WorldStateSynchronizer {
    */
   private async collectAndProcessBlocks() {
     // This request for blocks will timeout after 1 second if no blocks are received
-    const blocks = await this.l2BlockDownloader.getL2Blocks(1);
+    const blocks = await this.l2BlockDownloader.getBlocks(1);
     await this.handleL2Blocks(blocks);
     await this.commitCurrentL2BlockNumber();
   }
@@ -184,13 +185,13 @@ export class ServerWorldStateSynchronizer implements WorldStateSynchronizer {
    */
   private async handleL2Blocks(l2Blocks: L2Block[]) {
     for (const l2Block of l2Blocks) {
-      const [time, result] = await elapsed(() => this.handleL2Block(l2Block));
+      const [duration, result] = await elapsed(() => this.handleL2Block(l2Block));
       this.log(`Handled new L2 block`, {
         eventName: 'l2-block-handled',
-        duration: time.ms(),
+        duration,
         isBlockOurs: result.isBlockOurs,
         ...l2Block.getStats(),
-      });
+      } satisfies L2BlockHandledStats);
     }
   }
 
diff --git a/yarn-project/world-state/src/utils.ts b/yarn-project/world-state/src/utils.ts
deleted file mode 100644
index 46f199a979d0..000000000000
--- a/yarn-project/world-state/src/utils.ts
+++ /dev/null
@@ -1,35 +0,0 @@
-import { CircuitsWasm, GeneratorIndex, GlobalVariables } from '@aztec/circuits.js';
-import { computeGlobalsHash } from '@aztec/circuits.js/abis';
-import { pedersenCompressWithHashIndex } from '@aztec/circuits.js/barretenberg';
-import { AztecAddress } from '@aztec/foundation/aztec-address';
-import { Fr } from '@aztec/foundation/fields';
-import { toBigInt } from '@aztec/foundation/serialize';
-import { IWasmModule } from '@aztec/foundation/wasm';
-
-/**
- * Computes the index in the public data tree for a given contract and storage slot.
- * @param contract - Address of the contract who owns the storage.
- * @param slot - Slot within the contract storage.
- * @param bbWasm - Wasm module for computing the hash.
- * @returns The leaf index of the public data tree that maps to this storage slot.
- */
-export function computePublicDataTreeLeafIndex(contract: AztecAddress, slot: Fr, wasm: IWasmModule): bigint {
-  return toBigInt(
-    pedersenCompressWithHashIndex(
-      wasm,
-      [contract, slot].map(f => f.toBuffer()),
-      GeneratorIndex.PUBLIC_LEAF_INDEX,
-    ),
-  );
-}
-
-/**
- * Computes the hash of the global variables.
- * @returns The hash of the global variables.
- */
-export async function computeGlobalVariablesHash(
-  globalVariables: GlobalVariables = GlobalVariables.empty(),
-): Promise<Fr> {
-  const wasm = await CircuitsWasm.get();
-  return computeGlobalsHash(wasm, globalVariables);
-}
diff --git a/yarn-project/world-state/src/world-state-db/merkle_trees.ts b/yarn-project/world-state/src/world-state-db/merkle_trees.ts
index 27069d581cf1..2008ba5dc983 100644
--- a/yarn-project/world-state/src/world-state-db/merkle_trees.ts
+++ b/yarn-project/world-state/src/world-state-db/merkle_trees.ts
@@ -10,7 +10,7 @@ import {
   PRIVATE_DATA_TREE_HEIGHT,
   PUBLIC_DATA_TREE_HEIGHT,
 } from '@aztec/circuits.js';
-import { computeBlockHash } from '@aztec/circuits.js/abis';
+import { computeBlockHash, computeGlobalsHash } from '@aztec/circuits.js/abis';
 import { Committable } from '@aztec/foundation/committable';
 import { SerialQueue } from '@aztec/foundation/fifo';
 import { createDebugLogger } from '@aztec/foundation/log';
@@ -33,7 +33,6 @@ import { L2Block, MerkleTreeId, SiblingPath } from '@aztec/types';
 import { default as levelup } from 'levelup';
 
 import { MerkleTreeOperationsFacade } from '../merkle-tree/merkle_tree_operations_facade.js';
-import { computeGlobalVariablesHash } from '../utils.js';
 import {
   CurrentTreeRoots,
   HandleL2BlockResult,
@@ -127,12 +126,12 @@ export class MerkleTrees implements MerkleTreeDb {
 
     // The first leaf in the blocks tree contains the empty roots of the other trees and empty global variables.
     if (!fromDb) {
-      const initialGlobalVariablesHash = await computeGlobalVariablesHash(GlobalVariables.empty());
+      const initialGlobalVariablesHash = computeGlobalsHash(wasm, GlobalVariables.empty());
       await this._updateLatestGlobalVariablesHash(initialGlobalVariablesHash);
       await this._updateHistoricBlocksTree(initialGlobalVariablesHash, true);
       await this._commit();
     } else {
-      await this._updateLatestGlobalVariablesHash(await computeGlobalVariablesHash(fromDbOptions.globalVariables));
+      await this._updateLatestGlobalVariablesHash(computeGlobalsHash(wasm, fromDbOptions.globalVariables));
     }
   }
 
@@ -263,7 +262,7 @@ export class MerkleTrees implements MerkleTreeDb {
    * Gets the sibling path for a leaf in a tree.
    * @param treeId - The ID of the tree.
    * @param index - The index of the leaf.
-   * @param includeUncommitted - Indicates whether the sibling path should incro include uncommitted data.
+   * @param includeUncommitted - Indicates whether the sibling path should include uncommitted data.
    * @returns The sibling path for the leaf.
    */
   public async getSiblingPath<N extends number>(
@@ -575,7 +574,7 @@ export class MerkleTrees implements MerkleTreeDb {
       }
 
       // Sync and add the block to the historic blocks tree
-      const globalVariablesHash = await computeGlobalVariablesHash(l2Block.globalVariables);
+      const globalVariablesHash = computeGlobalsHash(await CircuitsWasm.get(), l2Block.globalVariables);
       await this._updateLatestGlobalVariablesHash(globalVariablesHash);
       this.log(`Synced global variables with hash ${globalVariablesHash}`);
 
diff --git a/yarn-project/yarn-project-base/Dockerfile b/yarn-project/yarn-project-base/Dockerfile
index e9c9b521106d..4d92493bd06f 100644
--- a/yarn-project/yarn-project-base/Dockerfile
+++ b/yarn-project/yarn-project-base/Dockerfile
@@ -1,8 +1,8 @@
 # This base Dockerfile is for:
 #  - Caching the workspace dependencies.
-#  - Running workspace checks (package.json inheritence, tsconfig.json project references).
-#  - Bringing in any upstream artefacts such as circuits.wasm and L1 contracts.
-#  - Performing any code generation that doesn't require the workspace code to do so (generate L1 artefacts).
+#  - Running workspace checks (package.json inheritance, tsconfig.json project references).
+#  - Bringing in any upstream artifacts such as circuits.wasm and L1 contracts.
+#  - Performing any code generation that doesn't require the workspace code to do so (generate L1 artifacts).
 #
 # When installing workspace dependencies, there are issues with doing this naively:
 #  - We only ever want to re-download and install workspace dependencies in the event that they change.
@@ -64,7 +64,7 @@ RUN yarn --immutable && rm -rf /root/.cache/puppeteer && /bin/bash -c '\
 # If everything's worked properly, we should no longer need access to the network.
 RUN echo "enableNetwork: false" >> .yarnrc.yml
 
-# Check package.json inheritence and tsconfig project references.
+# Check package.json inheritance and tsconfig project references.
 RUN yarn prepare:check
 
 # Bring in circuits wasms.
@@ -73,6 +73,7 @@ COPY --from=circuits /usr/src/circuits/cpp/build-wasm/bin /usr/src/circuits/cpp/
 # Copy ignition download script.
 COPY --from=circuits /usr/src/barretenberg/cpp/srs_db/download_ignition.sh /usr/src/barretenberg/cpp/srs_db/download_ignition.sh
 
+# Copy L1 contracts.
+COPY --from=contracts /usr/src/l1-contracts /usr/src/l1-contracts
 # Generate L1 contract TypeScript artifacts.
-COPY --from=contracts /usr/src/l1-contracts/out /usr/src/l1-contracts/out
 RUN cd l1-artifacts && ./scripts/generate-artifacts.sh
diff --git a/yarn-project/yarn-project-base/Dockerfile.dockerignore b/yarn-project/yarn-project-base/Dockerfile.dockerignore
index 635777c60143..234cb8b7af91 100644
--- a/yarn-project/yarn-project-base/Dockerfile.dockerignore
+++ b/yarn-project/yarn-project-base/Dockerfile.dockerignore
@@ -12,7 +12,7 @@ bootstrap.sh
 # TODO: These boxes might be better outside the workspace where they have their own dependencies
 # as they're meant to be consumers of the project, not a part of it.
 # NOTE: See comment at top of Dockerfile.dockerignore.v24!
-!boxes/private-token
+!boxes/token
 !boxes/blank
 !boxes/blank-react
 boxes/*/*
diff --git a/yarn-project/yarn-project-base/README.md b/yarn-project/yarn-project-base/README.md
index 620a4aa978dd..2ed7ea6ef87d 100644
--- a/yarn-project/yarn-project-base/README.md
+++ b/yarn-project/yarn-project-base/README.md
@@ -18,7 +18,7 @@ The root project Dockerfile `yarn-project` then:
 1. Checks all formatting is correct.
 1. Runs all workspace unit tests.
 
-Downstream projects are then just about containerising what's needed to produce executable containers for e2e testing or
+Downstream projects are then just about containerizing what's needed to produce executable containers for e2e testing or
 deployments.
 
 ## Do we care about docker layer caching, when build-system rebuild patterns only trigger on yarn.lock changes?
diff --git a/yarn-project/yarn.lock b/yarn-project/yarn.lock
index aacf1b24f7f5..b7422b89efea 100644
--- a/yarn-project/yarn.lock
+++ b/yarn-project/yarn.lock
@@ -82,6 +82,7 @@ __metadata:
     ts-node: ^10.9.1
     tslib: ^2.4.0
     typescript: ^5.0.4
+    viem: ^1.2.5
   languageName: unknown
   linkType: soft
 
@@ -259,11 +260,7 @@ __metadata:
   resolution: "@aztec/canary@workspace:canary"
   dependencies:
     "@aztec/aztec.js": "workspace:^"
-    "@aztec/circuits.js": "workspace:^"
-    "@aztec/cli": "workspace:^"
     "@aztec/end-to-end": "workspace:^"
-    "@aztec/l1-artifacts": "workspace:^"
-    "@aztec/noir-contracts": "workspace:^"
     "@jest/globals": ^29.5.0
     "@rushstack/eslint-patch": ^1.1.4
     "@types/jest": ^29.5.0
@@ -391,6 +388,7 @@ __metadata:
     "@types/memdown": ^3.0.3
     "@types/node": ^18.7.23
     concurrently: ^7.6.0
+    glob: ^10.3.10
     jest: ^29.5.0
     koa: ^2.14.2
     koa-static: ^5.0.0
@@ -709,6 +707,31 @@ __metadata:
   languageName: unknown
   linkType: soft
 
+"@aztec/scripts@workspace:scripts":
+  version: 0.0.0-use.local
+  resolution: "@aztec/scripts@workspace:scripts"
+  dependencies:
+    "@aztec/foundation": "workspace:^"
+    "@aztec/types": "workspace:^"
+    "@jest/globals": ^29.5.0
+    "@rushstack/eslint-patch": ^1.1.4
+    "@types/jest": ^29.5.0
+    "@types/lodash.pick": ^4.4.7
+    "@types/node": ^18.14.6
+    fs-extra: ^11.1.1
+    jest: ^29.5.0
+    lodash.pick: ^4.4.0
+    ts-jest: ^29.1.0
+    ts-node: ^10.9.1
+    tslib: ^2.4.0
+    typescript: ^5.0.4
+  bin:
+    bench-aggregate: ./dest/bin/bench-aggregate.js
+    bench-comment: ./dest/bin/bench-comment.js
+    bench-markdown: ./dest/bin/bench-markdown.js
+  languageName: unknown
+  linkType: soft
+
 "@aztec/sequencer-client@workspace:^, @aztec/sequencer-client@workspace:sequencer-client":
   version: 0.0.0-use.local
   resolution: "@aztec/sequencer-client@workspace:sequencer-client"
@@ -6981,7 +7004,6 @@ __metadata:
     "@aztec/aztec-ui": ^0.1.14
     "@aztec/aztec.js": "workspace:^"
     "@aztec/circuits.js": "workspace:^"
-    "@aztec/cli": "workspace:^"
     "@aztec/foundation": "workspace:^"
     "@aztec/types": "workspace:^"
     "@types/node": ^20.5.9
@@ -7031,7 +7053,6 @@ __metadata:
     "@aztec/aztec-ui": ^0.1.14
     "@aztec/aztec.js": "workspace:^"
     "@aztec/circuits.js": "workspace:^"
-    "@aztec/cli": "workspace:^"
     "@aztec/foundation": "workspace:^"
     "@typescript-eslint/eslint-plugin": ^6.0.0
     "@typescript-eslint/parser": ^6.0.0
@@ -10518,6 +10539,21 @@ __metadata:
   languageName: node
   linkType: hard
 
+"glob@npm:^10.3.10":
+  version: 10.3.10
+  resolution: "glob@npm:10.3.10"
+  dependencies:
+    foreground-child: ^3.1.0
+    jackspeak: ^2.3.5
+    minimatch: ^9.0.1
+    minipass: ^5.0.0 || ^6.0.2 || ^7.0.0
+    path-scurry: ^1.10.1
+  bin:
+    glob: dist/esm/bin.mjs
+  checksum: 4f2fe2511e157b5a3f525a54092169a5f92405f24d2aed3142f4411df328baca13059f4182f1db1bf933e2c69c0bd89e57ae87edd8950cba8c7ccbe84f721cf3
+  languageName: node
+  linkType: hard
+
 "glob@npm:^7.0.0, glob@npm:^7.0.3, glob@npm:^7.1.3, glob@npm:^7.1.4":
   version: 7.2.3
   resolution: "glob@npm:7.2.3"
@@ -11982,6 +12018,19 @@ __metadata:
   languageName: node
   linkType: hard
 
+"jackspeak@npm:^2.3.5":
+  version: 2.3.6
+  resolution: "jackspeak@npm:2.3.6"
+  dependencies:
+    "@isaacs/cliui": ^8.0.2
+    "@pkgjs/parseargs": ^0.11.0
+  dependenciesMeta:
+    "@pkgjs/parseargs":
+      optional: true
+  checksum: 57d43ad11eadc98cdfe7496612f6bbb5255ea69fe51ea431162db302c2a11011642f50cfad57288bd0aea78384a0612b16e131944ad8ecd09d619041c8531b54
+  languageName: node
+  linkType: hard
+
 "javascript-natural-sort@npm:0.7.1":
   version: 0.7.1
   resolution: "javascript-natural-sort@npm:0.7.1"
@@ -15591,56 +15640,6 @@ __metadata:
   languageName: node
   linkType: hard
 
-"private-token@workspace:boxes/private-token":
-  version: 0.0.0-use.local
-  resolution: "private-token@workspace:boxes/private-token"
-  dependencies:
-    "@aztec/aztec-ui": ^0.1.14
-    "@aztec/aztec.js": "workspace:^"
-    "@aztec/circuits.js": "workspace:^"
-    "@aztec/cli": "workspace:^"
-    "@aztec/foundation": "workspace:^"
-    "@aztec/types": "workspace:^"
-    "@types/node": ^20.5.9
-    "@types/react": ^18.2.15
-    "@types/react-dom": ^18.2.7
-    "@typescript-eslint/eslint-plugin": ^6.0.0
-    "@typescript-eslint/parser": ^6.0.0
-    autoprefixer: ^10.4.15
-    classnames: ^2.3.2
-    copy-webpack-plugin: ^11.0.0
-    css-loader: ^6.8.1
-    eslint: ^8.45.0
-    eslint-import-resolver-typescript: ^3.5.5
-    eslint-plugin-import: ^2.27.5
-    eslint-plugin-react-hooks: ^4.6.0
-    eslint-plugin-react-refresh: ^0.4.3
-    formik: ^2.4.3
-    jest: ^29.6.4
-    node-sass: ^9.0.0
-    postcss: ^8.4.29
-    postcss-loader: ^7.3.3
-    prettier: ^3.0.3
-    react: ^18.2.0
-    react-dom: ^18.2.0
-    resolve-typescript-plugin: ^2.0.1
-    sass-loader: ^13.3.2
-    serve: ^14.2.1
-    stream-browserify: ^3.0.0
-    style-loader: ^3.3.3
-    ts-jest: ^29.1.0
-    ts-loader: ^9.4.4
-    ts-node: ^10.9.1
-    tty-browserify: ^0.0.1
-    typescript: ^5.0.4
-    util: ^0.12.5
-    webpack: ^5.88.2
-    webpack-cli: ^5.1.4
-    webpack-dev-server: ^4.15.1
-    yup: ^1.2.0
-  languageName: unknown
-  linkType: soft
-
 "process-nextick-args@npm:~2.0.0":
   version: 2.0.1
   resolution: "process-nextick-args@npm:2.0.1"
@@ -17912,6 +17911,56 @@ __metadata:
   languageName: node
   linkType: hard
 
+"token@workspace:boxes/token":
+  version: 0.0.0-use.local
+  resolution: "token@workspace:boxes/token"
+  dependencies:
+    "@aztec/aztec-ui": ^0.1.14
+    "@aztec/aztec.js": "workspace:^"
+    "@aztec/circuits.js": "workspace:^"
+    "@aztec/foundation": "workspace:^"
+    "@aztec/types": "workspace:^"
+    "@jest/globals": ^29.6.4
+    "@types/node": ^20.5.9
+    "@types/react": ^18.2.15
+    "@types/react-dom": ^18.2.7
+    "@typescript-eslint/eslint-plugin": ^6.0.0
+    "@typescript-eslint/parser": ^6.0.0
+    autoprefixer: ^10.4.15
+    classnames: ^2.3.2
+    copy-webpack-plugin: ^11.0.0
+    css-loader: ^6.8.1
+    eslint: ^8.45.0
+    eslint-import-resolver-typescript: ^3.5.5
+    eslint-plugin-import: ^2.27.5
+    eslint-plugin-react-hooks: ^4.6.0
+    eslint-plugin-react-refresh: ^0.4.3
+    formik: ^2.4.3
+    jest: ^29.6.4
+    node-sass: ^9.0.0
+    postcss: ^8.4.29
+    postcss-loader: ^7.3.3
+    prettier: ^3.0.3
+    react: ^18.2.0
+    react-dom: ^18.2.0
+    resolve-typescript-plugin: ^2.0.1
+    sass-loader: ^13.3.2
+    serve: ^14.2.1
+    stream-browserify: ^3.0.0
+    style-loader: ^3.3.3
+    ts-jest: ^29.1.0
+    ts-loader: ^9.4.4
+    ts-node: ^10.9.1
+    tty-browserify: ^0.0.1
+    typescript: ^5.0.4
+    util: ^0.12.5
+    webpack: ^5.88.2
+    webpack-cli: ^5.1.4
+    webpack-dev-server: ^4.15.1
+    yup: ^1.2.0
+  languageName: unknown
+  linkType: soft
+
 "toml@npm:^3.0.0":
   version: 3.0.0
   resolution: "toml@npm:3.0.0"
diff --git a/yellow-paper/.gitignore b/yellow-paper/.gitignore
new file mode 100644
index 000000000000..b2d6de30624f
--- /dev/null
+++ b/yellow-paper/.gitignore
@@ -0,0 +1,20 @@
+# Dependencies
+/node_modules
+
+# Production
+/build
+
+# Generated files
+.docusaurus
+.cache-loader
+
+# Misc
+.DS_Store
+.env.local
+.env.development.local
+.env.test.local
+.env.production.local
+
+npm-debug.log*
+yarn-debug.log*
+yarn-error.log*
diff --git a/yellow-paper/README.md b/yellow-paper/README.md
new file mode 100644
index 000000000000..aaba2fa1e16e
--- /dev/null
+++ b/yellow-paper/README.md
@@ -0,0 +1,41 @@
+# Website
+
+This website is built using [Docusaurus 2](https://docusaurus.io/), a modern static website generator.
+
+### Installation
+
+```
+$ yarn
+```
+
+### Local Development
+
+```
+$ yarn start
+```
+
+This command starts a local development server and opens up a browser window. Most changes are reflected live without having to restart the server.
+
+### Build
+
+```
+$ yarn build
+```
+
+This command generates static content into the `build` directory and can be served using any static contents hosting service.
+
+### Deployment
+
+Using SSH:
+
+```
+$ USE_SSH=true yarn deploy
+```
+
+Not using SSH:
+
+```
+$ GIT_USER=<Your GitHub username> yarn deploy
+```
+
+If you are using GitHub pages for hosting, this command is a convenient way to build the website and push to the `gh-pages` branch.
diff --git a/yellow-paper/babel.config.js b/yellow-paper/babel.config.js
new file mode 100644
index 000000000000..e00595dae7d6
--- /dev/null
+++ b/yellow-paper/babel.config.js
@@ -0,0 +1,3 @@
+module.exports = {
+  presets: [require.resolve('@docusaurus/core/lib/babel/preset')],
+};
diff --git a/yellow-paper/docs/intro.md b/yellow-paper/docs/intro.md
new file mode 100644
index 000000000000..8a2e69d95f9f
--- /dev/null
+++ b/yellow-paper/docs/intro.md
@@ -0,0 +1,47 @@
+---
+sidebar_position: 1
+---
+
+# Tutorial Intro
+
+Let's discover **Docusaurus in less than 5 minutes**.
+
+## Getting Started
+
+Get started by **creating a new site**.
+
+Or **try Docusaurus immediately** with **[docusaurus.new](https://docusaurus.new)**.
+
+### What you'll need
+
+- [Node.js](https://nodejs.org/en/download/) version 16.14 or above:
+  - When installing Node.js, you are recommended to check all checkboxes related to dependencies.
+
+## Generate a new site
+
+Generate a new Docusaurus site using the **classic template**.
+
+The classic template will automatically be added to your project after you run the command:
+
+```bash
+npm init docusaurus@latest my-website classic
+```
+
+You can type this command into Command Prompt, Powershell, Terminal, or any other integrated terminal of your code editor.
+
+The command also installs all necessary dependencies you need to run Docusaurus.
+
+## Start your site
+
+Run the development server:
+
+```bash
+cd my-website
+npm run start
+```
+
+The `cd` command changes the directory you're working with. In order to work with your newly created Docusaurus site, you'll need to navigate the terminal there.
+
+The `npm run start` command builds your website locally and serves it through a development server, ready for you to view at http://localhost:3000/.
+
+Open `docs/intro.md` (this page) and edit some lines: the site **reloads automatically** and displays your changes.
diff --git a/yellow-paper/docs/tutorial-basics/_category_.json b/yellow-paper/docs/tutorial-basics/_category_.json
new file mode 100644
index 000000000000..2e6db55b1eb6
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/_category_.json
@@ -0,0 +1,8 @@
+{
+  "label": "Tutorial - Basics",
+  "position": 2,
+  "link": {
+    "type": "generated-index",
+    "description": "5 minutes to learn the most important Docusaurus concepts."
+  }
+}
diff --git a/yellow-paper/docs/tutorial-basics/congratulations.md b/yellow-paper/docs/tutorial-basics/congratulations.md
new file mode 100644
index 000000000000..04771a00b72f
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/congratulations.md
@@ -0,0 +1,23 @@
+---
+sidebar_position: 6
+---
+
+# Congratulations!
+
+You have just learned the **basics of Docusaurus** and made some changes to the **initial template**.
+
+Docusaurus has **much more to offer**!
+
+Have **5 more minutes**? Take a look at **[versioning](../tutorial-extras/manage-docs-versions.md)** and **[i18n](../tutorial-extras/translate-your-site.md)**.
+
+Anything **unclear** or **buggy** in this tutorial? [Please report it!](https://github.com/facebook/docusaurus/discussions/4610)
+
+## What's next?
+
+- Read the [official documentation](https://docusaurus.io/)
+- Modify your site configuration with [`docusaurus.config.js`](https://docusaurus.io/docs/api/docusaurus-config)
+- Add navbar and footer items with [`themeConfig`](https://docusaurus.io/docs/api/themes/configuration)
+- Add a custom [Design and Layout](https://docusaurus.io/docs/styling-layout)
+- Add a [search bar](https://docusaurus.io/docs/search)
+- Find inspirations in the [Docusaurus showcase](https://docusaurus.io/showcase)
+- Get involved in the [Docusaurus Community](https://docusaurus.io/community/support)
diff --git a/yellow-paper/docs/tutorial-basics/create-a-blog-post.md b/yellow-paper/docs/tutorial-basics/create-a-blog-post.md
new file mode 100644
index 000000000000..ea472bbaf871
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/create-a-blog-post.md
@@ -0,0 +1,34 @@
+---
+sidebar_position: 3
+---
+
+# Create a Blog Post
+
+Docusaurus creates a **page for each blog post**, but also a **blog index page**, a **tag system**, an **RSS** feed...
+
+## Create your first Post
+
+Create a file at `blog/2021-02-28-greetings.md`:
+
+```md title="blog/2021-02-28-greetings.md"
+---
+slug: greetings
+title: Greetings!
+authors:
+  - name: Joel Marcey
+    title: Co-creator of Docusaurus 1
+    url: https://github.com/JoelMarcey
+    image_url: https://github.com/JoelMarcey.png
+  - name: Sébastien Lorber
+    title: Docusaurus maintainer
+    url: https://sebastienlorber.com
+    image_url: https://github.com/slorber.png
+tags: [greetings]
+---
+
+Congratulations, you have made your first post!
+
+Feel free to play around and edit this post as much you like.
+```
+
+A new blog post is now available at [http://localhost:3000/blog/greetings](http://localhost:3000/blog/greetings).
diff --git a/yellow-paper/docs/tutorial-basics/create-a-document.md b/yellow-paper/docs/tutorial-basics/create-a-document.md
new file mode 100644
index 000000000000..ffddfa8eb8ac
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/create-a-document.md
@@ -0,0 +1,57 @@
+---
+sidebar_position: 2
+---
+
+# Create a Document
+
+Documents are **groups of pages** connected through:
+
+- a **sidebar**
+- **previous/next navigation**
+- **versioning**
+
+## Create your first Doc
+
+Create a Markdown file at `docs/hello.md`:
+
+```md title="docs/hello.md"
+# Hello
+
+This is my **first Docusaurus document**!
+```
+
+A new document is now available at [http://localhost:3000/docs/hello](http://localhost:3000/docs/hello).
+
+## Configure the Sidebar
+
+Docusaurus automatically **creates a sidebar** from the `docs` folder.
+
+Add metadata to customize the sidebar label and position:
+
+```md title="docs/hello.md" {1-4}
+---
+sidebar_label: 'Hi!'
+sidebar_position: 3
+---
+
+# Hello
+
+This is my **first Docusaurus document**!
+```
+
+It is also possible to create your sidebar explicitly in `sidebars.js`:
+
+```js title="sidebars.js"
+module.exports = {
+  tutorialSidebar: [
+    'intro',
+    // highlight-next-line
+    'hello',
+    {
+      type: 'category',
+      label: 'Tutorial',
+      items: ['tutorial-basics/create-a-document'],
+    },
+  ],
+};
+```
diff --git a/yellow-paper/docs/tutorial-basics/create-a-page.md b/yellow-paper/docs/tutorial-basics/create-a-page.md
new file mode 100644
index 000000000000..20e2ac300556
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/create-a-page.md
@@ -0,0 +1,43 @@
+---
+sidebar_position: 1
+---
+
+# Create a Page
+
+Add **Markdown or React** files to `src/pages` to create a **standalone page**:
+
+- `src/pages/index.js` → `localhost:3000/`
+- `src/pages/foo.md` → `localhost:3000/foo`
+- `src/pages/foo/bar.js` → `localhost:3000/foo/bar`
+
+## Create your first React Page
+
+Create a file at `src/pages/my-react-page.js`:
+
+```jsx title="src/pages/my-react-page.js"
+import React from 'react';
+import Layout from '@theme/Layout';
+
+export default function MyReactPage() {
+  return (
+    <Layout>
+      <h1>My React page</h1>
+      <p>This is a React page</p>
+    </Layout>
+  );
+}
+```
+
+A new page is now available at [http://localhost:3000/my-react-page](http://localhost:3000/my-react-page).
+
+## Create your first Markdown Page
+
+Create a file at `src/pages/my-markdown-page.md`:
+
+```mdx title="src/pages/my-markdown-page.md"
+# My Markdown page
+
+This is a Markdown page
+```
+
+A new page is now available at [http://localhost:3000/my-markdown-page](http://localhost:3000/my-markdown-page).
diff --git a/yellow-paper/docs/tutorial-basics/deploy-your-site.md b/yellow-paper/docs/tutorial-basics/deploy-your-site.md
new file mode 100644
index 000000000000..1c50ee063ef4
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/deploy-your-site.md
@@ -0,0 +1,31 @@
+---
+sidebar_position: 5
+---
+
+# Deploy your site
+
+Docusaurus is a **static-site-generator** (also called **[Jamstack](https://jamstack.org/)**).
+
+It builds your site as simple **static HTML, JavaScript and CSS files**.
+
+## Build your site
+
+Build your site **for production**:
+
+```bash
+npm run build
+```
+
+The static files are generated in the `build` folder.
+
+## Deploy your site
+
+Test your production build locally:
+
+```bash
+npm run serve
+```
+
+The `build` folder is now served at [http://localhost:3000/](http://localhost:3000/).
+
+You can now deploy the `build` folder **almost anywhere** easily, **for free** or very small cost (read the **[Deployment Guide](https://docusaurus.io/docs/deployment)**).
diff --git a/yellow-paper/docs/tutorial-basics/markdown-features.mdx b/yellow-paper/docs/tutorial-basics/markdown-features.mdx
new file mode 100644
index 000000000000..0337f34d6a54
--- /dev/null
+++ b/yellow-paper/docs/tutorial-basics/markdown-features.mdx
@@ -0,0 +1,150 @@
+---
+sidebar_position: 4
+---
+
+# Markdown Features
+
+Docusaurus supports **[Markdown](https://daringfireball.net/projects/markdown/syntax)** and a few **additional features**.
+
+## Front Matter
+
+Markdown documents have metadata at the top called [Front Matter](https://jekyllrb.com/docs/front-matter/):
+
+```text title="my-doc.md"
+// highlight-start
+---
+id: my-doc-id
+title: My document title
+description: My document description
+slug: /my-custom-url
+---
+// highlight-end
+
+## Markdown heading
+
+Markdown text with [links](./hello.md)
+```
+
+## Links
+
+Regular Markdown links are supported, using url paths or relative file paths.
+
+```md
+Let's see how to [Create a page](/create-a-page).
+```
+
+```md
+Let's see how to [Create a page](./create-a-page.md).
+```
+
+**Result:** Let's see how to [Create a page](./create-a-page.md).
+
+## Images
+
+Regular Markdown images are supported.
+
+You can use absolute paths to reference images in the static directory (`static/img/docusaurus.png`):
+
+```md
+![Docusaurus logo](/img/docusaurus.png)
+```
+
+![Docusaurus logo](/img/docusaurus.png)
+
+You can reference images relative to the current file as well. This is particularly useful to colocate images close to the Markdown files using them:
+
+```md
+![Docusaurus logo](./img/docusaurus.png)
+```
+
+## Code Blocks
+
+Markdown code blocks are supported with Syntax highlighting.
+
+    ```jsx title="src/components/HelloDocusaurus.js"
+    function HelloDocusaurus() {
+        return (
+            <h1>Hello, Docusaurus!</h1>
+        )
+    }
+    ```
+
+```jsx title="src/components/HelloDocusaurus.js"
+function HelloDocusaurus() {
+  return <h1>Hello, Docusaurus!</h1>;
+}
+```
+
+## Admonitions
+
+Docusaurus has a special syntax to create admonitions and callouts:
+
+    :::tip My tip
+
+    Use this awesome feature option
+
+    :::
+
+    :::danger Take care
+
+    This action is dangerous
+
+    :::
+
+:::tip My tip
+
+Use this awesome feature option
+
+:::
+
+:::danger Take care
+
+This action is dangerous
+
+:::
+
+## MDX and React Components
+
+[MDX](https://mdxjs.com/) can make your documentation more **interactive** and allows using any **React components inside Markdown**:
+
+```jsx
+export const Highlight = ({children, color}) => (
+  <span
+    style={{
+      backgroundColor: color,
+      borderRadius: '20px',
+      color: '#fff',
+      padding: '10px',
+      cursor: 'pointer',
+    }}
+    onClick={() => {
+      alert(`You clicked the color ${color} with label ${children}`)
+    }}>
+    {children}
+  </span>
+);
+
+This is <Highlight color="#25c2a0">Docusaurus green</Highlight> !
+
+This is <Highlight color="#1877F2">Facebook blue</Highlight> !
+```
+
+export const Highlight = ({children, color}) => (
+  <span
+    style={{
+      backgroundColor: color,
+      borderRadius: '20px',
+      color: '#fff',
+      padding: '10px',
+      cursor: 'pointer',
+    }}
+    onClick={() => {
+      alert(`You clicked the color ${color} with label ${children}`);
+    }}>
+    {children}
+  </span>
+);
+
+This is <Highlight color="#25c2a0">Docusaurus green</Highlight> !
+
+This is <Highlight color="#1877F2">Facebook blue</Highlight> !
diff --git a/yellow-paper/docs/tutorial-extras/_category_.json b/yellow-paper/docs/tutorial-extras/_category_.json
new file mode 100644
index 000000000000..a8ffcc19300e
--- /dev/null
+++ b/yellow-paper/docs/tutorial-extras/_category_.json
@@ -0,0 +1,7 @@
+{
+  "label": "Tutorial - Extras",
+  "position": 3,
+  "link": {
+    "type": "generated-index"
+  }
+}
diff --git a/yellow-paper/docs/tutorial-extras/img/docsVersionDropdown.png b/yellow-paper/docs/tutorial-extras/img/docsVersionDropdown.png
new file mode 100644
index 000000000000..97e4164618b5
Binary files /dev/null and b/yellow-paper/docs/tutorial-extras/img/docsVersionDropdown.png differ
diff --git a/yellow-paper/docs/tutorial-extras/img/localeDropdown.png b/yellow-paper/docs/tutorial-extras/img/localeDropdown.png
new file mode 100644
index 000000000000..e257edc1f932
Binary files /dev/null and b/yellow-paper/docs/tutorial-extras/img/localeDropdown.png differ
diff --git a/yellow-paper/docs/tutorial-extras/manage-docs-versions.md b/yellow-paper/docs/tutorial-extras/manage-docs-versions.md
new file mode 100644
index 000000000000..e12c3f3444fa
--- /dev/null
+++ b/yellow-paper/docs/tutorial-extras/manage-docs-versions.md
@@ -0,0 +1,55 @@
+---
+sidebar_position: 1
+---
+
+# Manage Docs Versions
+
+Docusaurus can manage multiple versions of your docs.
+
+## Create a docs version
+
+Release a version 1.0 of your project:
+
+```bash
+npm run docusaurus docs:version 1.0
+```
+
+The `docs` folder is copied into `versioned_docs/version-1.0` and `versions.json` is created.
+
+Your docs now have 2 versions:
+
+- `1.0` at `http://localhost:3000/docs/` for the version 1.0 docs
+- `current` at `http://localhost:3000/docs/next/` for the **upcoming, unreleased docs**
+
+## Add a Version Dropdown
+
+To navigate seamlessly across versions, add a version dropdown.
+
+Modify the `docusaurus.config.js` file:
+
+```js title="docusaurus.config.js"
+module.exports = {
+  themeConfig: {
+    navbar: {
+      items: [
+        // highlight-start
+        {
+          type: 'docsVersionDropdown',
+        },
+        // highlight-end
+      ],
+    },
+  },
+};
+```
+
+The docs version dropdown appears in your navbar:
+
+![Docs Version Dropdown](./img/docsVersionDropdown.png)
+
+## Update an existing version
+
+It is possible to edit versioned docs in their respective folder:
+
+- `versioned_docs/version-1.0/hello.md` updates `http://localhost:3000/docs/hello`
+- `docs/hello.md` updates `http://localhost:3000/docs/next/hello`
diff --git a/yellow-paper/docs/tutorial-extras/translate-your-site.md b/yellow-paper/docs/tutorial-extras/translate-your-site.md
new file mode 100644
index 000000000000..caeaffb05548
--- /dev/null
+++ b/yellow-paper/docs/tutorial-extras/translate-your-site.md
@@ -0,0 +1,88 @@
+---
+sidebar_position: 2
+---
+
+# Translate your site
+
+Let's translate `docs/intro.md` to French.
+
+## Configure i18n
+
+Modify `docusaurus.config.js` to add support for the `fr` locale:
+
+```js title="docusaurus.config.js"
+module.exports = {
+  i18n: {
+    defaultLocale: 'en',
+    locales: ['en', 'fr'],
+  },
+};
+```
+
+## Translate a doc
+
+Copy the `docs/intro.md` file to the `i18n/fr` folder:
+
+```bash
+mkdir -p i18n/fr/docusaurus-plugin-content-docs/current/
+
+cp docs/intro.md i18n/fr/docusaurus-plugin-content-docs/current/intro.md
+```
+
+Translate `i18n/fr/docusaurus-plugin-content-docs/current/intro.md` in French.
+
+## Start your localized site
+
+Start your site on the French locale:
+
+```bash
+npm run start -- --locale fr
+```
+
+Your localized site is accessible at [http://localhost:3000/fr/](http://localhost:3000/fr/) and the `Getting Started` page is translated.
+
+:::caution
+
+In development, you can only use one locale at a same time.
+
+:::
+
+## Add a Locale Dropdown
+
+To navigate seamlessly across languages, add a locale dropdown.
+
+Modify the `docusaurus.config.js` file:
+
+```js title="docusaurus.config.js"
+module.exports = {
+  themeConfig: {
+    navbar: {
+      items: [
+        // highlight-start
+        {
+          type: 'localeDropdown',
+        },
+        // highlight-end
+      ],
+    },
+  },
+};
+```
+
+The locale dropdown now appears in your navbar:
+
+![Locale Dropdown](./img/localeDropdown.png)
+
+## Build your localized site
+
+Build your site for a specific locale:
+
+```bash
+npm run build -- --locale fr
+```
+
+Or build your site to include all the locales at once:
+
+```bash
+npm run build
+```
diff --git a/yellow-paper/docusaurus.config.js b/yellow-paper/docusaurus.config.js
new file mode 100644
index 000000000000..38833a78c37d
--- /dev/null
+++ b/yellow-paper/docusaurus.config.js
@@ -0,0 +1,109 @@
+// @ts-check
+// Note: type annotations allow type checking and IDEs autocompletion
+
+const lightCodeTheme = require("prism-react-renderer/themes/github");
+const darkCodeTheme = require("prism-react-renderer/themes/dracula");
+
+/** @type {import('@docusaurus/types').Config} */
+const config = {
+  title: "Aztec Yellow Paper",
+  tagline: "Aztec Network Specification",
+  favicon: "img/favicon.ico",
+
+  // Set the production url of your site here
+  url: "https://your-docusaurus-test-site.com",
+  // Set the /<baseUrl>/ pathname under which your site is served
+  // For GitHub pages deployment, it is often '/<projectName>/'
+  baseUrl: "/",
+
+  // GitHub pages deployment config.
+  // If you aren't using GitHub pages, you don't need these.
+  organizationName: "Aztec Labs", // Usually your GitHub org/user name.
+  projectName: "Aztec Yellow Paper", // Usually your repo name.
+
+  onBrokenLinks: "throw",
+  onBrokenMarkdownLinks: "warn",
+
+  // Even if you don't use internalization, you can use this field to set useful
+  // metadata like html lang. For example, if your site is Chinese, you may want
+  // to replace "en" with "zh-Hans".
+  i18n: {
+    defaultLocale: "en",
+    locales: ["en"],
+  },
+
+  presets: [
+    [
+      "classic",
+      /** @type {import('@docusaurus/preset-classic').Options} */
+      ({
+        docs: {
+          sidebarPath: require.resolve("./sidebars.js"),
+          // Please change this to your repo.
+          // Remove this to remove the "edit this page" links.
+          editUrl:
+            "https://github.com/AztecProtocol/aztec-packages/edit/master/yellow-paper",
+        },
+        theme: {
+          customCss: require.resolve("./src/css/custom.css"),
+        },
+      }),
+    ],
+  ],
+
+  themeConfig:
+    /** @type {import('@docusaurus/preset-classic').ThemeConfig} */
+    ({
+      // Replace with your project's social card
+      image: "img/docusaurus-social-card.jpg",
+      navbar: {
+        title: "My Site",
+        logo: {
+          alt: "My Site Logo",
+          src: "img/logo.svg",
+        },
+        items: [
+          {
+            type: "docSidebar",
+            sidebarId: "tutorialSidebar",
+            position: "left",
+            label: "Tutorial",
+          },
+          {
+            href: "https://github.com/facebook/docusaurus",
+            label: "GitHub",
+            position: "right",
+          },
+        ],
+      },
+      footer: {
+        style: "dark",
+        links: [
+          {
+            title: "Docs",
+            items: [],
+          },
+          {
+            title: "Community",
+            items: [],
+          },
+          {
+            title: "More",
+            items: [
+              {
+                label: "GitHub",
+                href: "https://github.com/facebook/docusaurus",
+              },
+            ],
+          },
+        ],
+        copyright: `Copyright © ${new Date().getFullYear()} Aztec Labs, Inc. Built with Docusaurus.`,
+      },
+      prism: {
+        theme: lightCodeTheme,
+        darkTheme: darkCodeTheme,
+      },
+    }),
+};
+
+module.exports = config;
diff --git a/yellow-paper/package.json b/yellow-paper/package.json
new file mode 100644
index 000000000000..3f4e429c5815
--- /dev/null
+++ b/yellow-paper/package.json
@@ -0,0 +1,46 @@
+{
+  "name": "classic",
+  "version": "0.0.0",
+  "private": true,
+  "scripts": {
+    "docusaurus": "docusaurus",
+    "start": "docusaurus start",
+    "build": "docusaurus build",
+    "swizzle": "docusaurus swizzle",
+    "deploy": "docusaurus deploy",
+    "clear": "docusaurus clear",
+    "serve": "docusaurus serve",
+    "write-translations": "docusaurus write-translations",
+    "write-heading-ids": "docusaurus write-heading-ids",
+    "typecheck": "tsc"
+  },
+  "dependencies": {
+    "@docusaurus/core": "2.4.3",
+    "@docusaurus/preset-classic": "2.4.3",
+    "@mdx-js/react": "^1.6.22",
+    "clsx": "^1.2.1",
+    "prism-react-renderer": "^1.3.5",
+    "react": "^17.0.2",
+    "react-dom": "^17.0.2"
+  },
+  "devDependencies": {
+    "@docusaurus/module-type-aliases": "2.4.3",
+    "@tsconfig/docusaurus": "^1.0.5",
+    "typescript": "^4.7.4"
+  },
+  "browserslist": {
+    "production": [
+      ">0.5%",
+      "not dead",
+      "not op_mini all"
+    ],
+    "development": [
+      "last 1 chrome version",
+      "last 1 firefox version",
+      "last 1 safari version"
+    ]
+  },
+  "engines": {
+    "node": ">=16.14"
+  }
+}
diff --git a/yellow-paper/sidebars.js b/yellow-paper/sidebars.js
new file mode 100644
index 000000000000..9ab54c2459c4
--- /dev/null
+++ b/yellow-paper/sidebars.js
@@ -0,0 +1,33 @@
+/**
+ * Creating a sidebar enables you to:
+ - create an ordered group of docs
+ - render a sidebar for each doc of that group
+ - provide next/previous navigation
+
+ The sidebars can be generated from the filesystem, or explicitly defined here.
+
+ Create as many sidebars as you want.
+ */
+
+// @ts-check
+
+/** @type {import('@docusaurus/plugin-content-docs').SidebarsConfig} */
+const sidebars = {
+  // By default, Docusaurus generates a sidebar from the docs folder structure
+  tutorialSidebar: [{type: 'autogenerated', dirName: '.'}],
+
+  // But you can create a sidebar manually
+  /*
+  tutorialSidebar: [
+    'intro',
+    'hello',
+    {
+      type: 'category',
+      label: 'Tutorial',
+      items: ['tutorial-basics/create-a-document'],
+    },
+  ],
+   */
+};
+
+module.exports = sidebars;
diff --git a/yellow-paper/src/components/HomepageFeatures/index.tsx b/yellow-paper/src/components/HomepageFeatures/index.tsx
new file mode 100644
index 000000000000..91ef4601d2fc
--- /dev/null
+++ b/yellow-paper/src/components/HomepageFeatures/index.tsx
@@ -0,0 +1,70 @@
+import React from 'react';
+import clsx from 'clsx';
+import styles from './styles.module.css';
+
+type FeatureItem = {
+  title: string;
+  Svg: React.ComponentType<React.ComponentProps<'svg'>>;
+  description: JSX.Element;
+};
+
+const FeatureList: FeatureItem[] = [
+  {
+    title: 'Easy to Use',
+    Svg: require('@site/static/img/undraw_docusaurus_mountain.svg').default,
+    description: (
+      <>
+        Docusaurus was designed from the ground up to be easily installed and
+        used to get your website up and running quickly.
+      </>
+    ),
+  },
+  {
+    title: 'Focus on What Matters',
+    Svg: require('@site/static/img/undraw_docusaurus_tree.svg').default,
+    description: (
+      <>
+        Docusaurus lets you focus on your docs, and we&apos;ll do the chores. Go
+        ahead and move your docs into the <code>docs</code> directory.
+      </>
+    ),
+  },
+  {
+    title: 'Powered by React',
+    Svg: require('@site/static/img/undraw_docusaurus_react.svg').default,
+    description: (
+      <>
+        Extend or customize your website layout by reusing React. Docusaurus can
+        be extended while reusing the same header and footer.
+      </>
+    ),
+  },
+];
+
+function Feature({title, Svg, description}: FeatureItem) {
+  return (
+    <div className={clsx('col col--4')}>
+      <div className="text--center">
+        <Svg className={styles.featureSvg} role="img" />
+      </div>
+      <div className="text--center padding-horiz--md">
+        <h3>{title}</h3>
+        <p>{description}</p>
+      </div>
+    </div>
+  );
+}
+
+export default function HomepageFeatures(): JSX.Element {
+  return (
+    <section className={styles.features}>
+      <div className="container">
+        <div className="row">
+          {FeatureList.map((props, idx) => (
+            <Feature key={idx} {...props} />
+          ))}
+        </div>
+      </div>
+    </section>
+  );
+}
diff --git a/yellow-paper/src/components/HomepageFeatures/styles.module.css b/yellow-paper/src/components/HomepageFeatures/styles.module.css
new file mode 100644
index 000000000000..b248eb2e5dee
--- /dev/null
+++ b/yellow-paper/src/components/HomepageFeatures/styles.module.css
@@ -0,0 +1,11 @@
+.features {
+  display: flex;
+  align-items: center;
+  padding: 2rem 0;
+  width: 100%;
+}
+
+.featureSvg {
+  height: 200px;
+  width: 200px;
+}
diff --git a/yellow-paper/src/css/custom.css b/yellow-paper/src/css/custom.css
new file mode 100644
index 000000000000..2bc6a4cfdef4
--- /dev/null
+++ b/yellow-paper/src/css/custom.css
@@ -0,0 +1,30 @@
+/**
+ * Any CSS included here will be global. The classic template
+ * bundles Infima by default. Infima is a CSS framework designed to
+ * work well for content-centric websites.
+ */
+
+/* You can override the default Infima variables here. */
+:root {
+  --ifm-color-primary: #2e8555;
+  --ifm-color-primary-dark: #29784c;
+  --ifm-color-primary-darker: #277148;
+  --ifm-color-primary-darkest: #205d3b;
+  --ifm-color-primary-light: #33925d;
+  --ifm-color-primary-lighter: #359962;
+  --ifm-color-primary-lightest: #3cad6e;
+  --ifm-code-font-size: 95%;
+  --docusaurus-highlighted-code-line-bg: rgba(0, 0, 0, 0.1);
+}
+
+/* For readability concerns, you should choose a lighter palette in dark mode. */
+[data-theme='dark'] {
+  --ifm-color-primary: #25c2a0;
+  --ifm-color-primary-dark: #21af90;
+  --ifm-color-primary-darker: #1fa588;
+  --ifm-color-primary-darkest: #1a8870;
+  --ifm-color-primary-light: #29d5b0;
+  --ifm-color-primary-lighter: #32d8b4;
+  --ifm-color-primary-lightest: #4fddbf;
+  --docusaurus-highlighted-code-line-bg: rgba(0, 0, 0, 0.3);
+}
diff --git a/yellow-paper/src/pages/index.module.css b/yellow-paper/src/pages/index.module.css
new file mode 100644
index 000000000000..9f71a5da775b
--- /dev/null
+++ b/yellow-paper/src/pages/index.module.css
@@ -0,0 +1,23 @@
+/**
+ * CSS files with the .module.css suffix will be treated as CSS modules
+ * and scoped locally.
+ */
+
+.heroBanner {
+  padding: 4rem 0;
+  text-align: center;
+  position: relative;
+  overflow: hidden;
+}
+
+@media screen and (max-width: 996px) {
+  .heroBanner {
+    padding: 2rem;
+  }
+}
+
+.buttons {
+  display: flex;
+  align-items: center;
+  justify-content: center;
+}
diff --git a/yellow-paper/src/pages/index.tsx b/yellow-paper/src/pages/index.tsx
new file mode 100644
index 000000000000..305139fba009
--- /dev/null
+++ b/yellow-paper/src/pages/index.tsx
@@ -0,0 +1,41 @@
+import React from 'react';
+import clsx from 'clsx';
+import Link from '@docusaurus/Link';
+import useDocusaurusContext from '@docusaurus/useDocusaurusContext';
+import Layout from '@theme/Layout';
+import HomepageFeatures from '@site/src/components/HomepageFeatures';
+
+import styles from './index.module.css';
+
+function HomepageHeader() {
+  const {siteConfig} = useDocusaurusContext();
+  return (
+    <header className={clsx('hero hero--primary', styles.heroBanner)}>
+      <div className="container">
+        <h1 className="hero__title">{siteConfig.title}</h1>
+        <p className="hero__subtitle">{siteConfig.tagline}</p>
+        <div className={styles.buttons}>
+          <Link
+            className="button button--secondary button--lg"
+            to="/docs/intro">
+            Docusaurus Tutorial - 5min ⏱️
+          </Link>
+        </div>
+      </div>
+    </header>
+  );
+}
+
+export default function Home(): JSX.Element {
+  const {siteConfig} = useDocusaurusContext();
+  return (
+    <Layout
+      title={`Hello from ${siteConfig.title}`}
+      description="Description will go into a meta tag in <head />">
+      <HomepageHeader />
+      <main>
+        <HomepageFeatures />
+      </main>
+    </Layout>
+  );
+}
diff --git a/yellow-paper/src/pages/markdown-page.md b/yellow-paper/src/pages/markdown-page.md
new file mode 100644
index 000000000000..9756c5b6685a
--- /dev/null
+++ b/yellow-paper/src/pages/markdown-page.md
@@ -0,0 +1,7 @@
+---
+title: Markdown page example
+---
+
+# Markdown page example
+
+You don't need React to write simple standalone pages.
diff --git a/yellow-paper/static/.nojekyll b/yellow-paper/static/.nojekyll
new file mode 100644
index 000000000000..e69de29bb2d1
diff --git a/yellow-paper/static/img/docusaurus-social-card.jpg b/yellow-paper/static/img/docusaurus-social-card.jpg
new file mode 100644
index 000000000000..ffcb448210e1
Binary files /dev/null and b/yellow-paper/static/img/docusaurus-social-card.jpg differ
diff --git a/yellow-paper/static/img/docusaurus.png b/yellow-paper/static/img/docusaurus.png
new file mode 100644
index 000000000000..f458149e3c8f
Binary files /dev/null and b/yellow-paper/static/img/docusaurus.png differ
diff --git a/yellow-paper/static/img/favicon.ico b/yellow-paper/static/img/favicon.ico
new file mode 100644
index 000000000000..c01d54bcd39a
Binary files /dev/null and b/yellow-paper/static/img/favicon.ico differ
diff --git a/yellow-paper/static/img/logo.svg b/yellow-paper/static/img/logo.svg
new file mode 100644
index 000000000000..9db6d0d066e3
--- /dev/null
+++ b/yellow-paper/static/img/logo.svg
@@ -0,0 +1 @@
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\ No newline at end of file
diff --git a/yellow-paper/static/img/undraw_docusaurus_mountain.svg b/yellow-paper/static/img/undraw_docusaurus_mountain.svg
new file mode 100644
index 000000000000..af961c49a888
--- /dev/null
+++ b/yellow-paper/static/img/undraw_docusaurus_mountain.svg
@@ -0,0 +1,171 @@
+<svg xmlns="http://www.w3.org/2000/svg" width="1088" height="687.962" viewBox="0 0 1088 687.962">
+  <title>Easy to Use</title>
+  <g id="Group_12" data-name="Group 12" transform="translate(-57 -56)">
+    <g id="Group_11" data-name="Group 11" transform="translate(57 56)">
+      <path id="Path_83" data-name="Path 83" d="M1017.81,560.461c-5.27,45.15-16.22,81.4-31.25,110.31-20,38.52-54.21,54.04-84.77,70.28a193.275,193.275,0,0,1-27.46,11.94c-55.61,19.3-117.85,14.18-166.74,3.99a657.282,657.282,0,0,0-104.09-13.16q-14.97-.675-29.97-.67c-15.42.02-293.07,5.29-360.67-131.57-16.69-33.76-28.13-75-32.24-125.27-11.63-142.12,52.29-235.46,134.74-296.47,155.97-115.41,369.76-110.57,523.43,7.88C941.15,276.621,1036.99,396.031,1017.81,560.461Z" transform="translate(-56 -106.019)" fill="#3f3d56"/>
+      <path id="Path_84" data-name="Path 84" d="M986.56,670.771c-20,38.52-47.21,64.04-77.77,80.28a193.272,193.272,0,0,1-27.46,11.94c-55.61,19.3-117.85,14.18-166.74,3.99a657.3,657.3,0,0,0-104.09-13.16q-14.97-.675-29.97-.67-23.13.03-46.25,1.72c-100.17,7.36-253.82-6.43-321.42-143.29L382,283.981,444.95,445.6l20.09,51.59,55.37-75.98L549,381.981l130.2,149.27,36.8-81.27L970.78,657.9l14.21,11.59Z" transform="translate(-56 -106.019)" fill="#f2f2f2"/>
+      <path id="Path_85" data-name="Path 85" d="M302,282.962l26-57,36,83-31-60Z" opacity="0.1"/>
+      <path id="Path_86" data-name="Path 86" d="M610.5,753.821q-14.97-.675-29.97-.67L465.04,497.191Z" transform="translate(-56 -106.019)" opacity="0.1"/>
+      <path id="Path_87" data-name="Path 87" d="M464.411,315.191,493,292.962l130,150-132-128Z" opacity="0.1"/>
+      <path id="Path_88" data-name="Path 88" d="M908.79,751.051a193.265,193.265,0,0,1-27.46,11.94L679.2,531.251Z" transform="translate(-56 -106.019)" opacity="0.1"/>
+      <circle id="Ellipse_11" data-name="Ellipse 11" cx="3" cy="3" r="3" transform="translate(479 98.962)" fill="#f2f2f2"/>
+      <circle id="Ellipse_12" data-name="Ellipse 12" cx="3" cy="3" r="3" transform="translate(396 201.962)" fill="#f2f2f2"/>
+      <circle id="Ellipse_13" data-name="Ellipse 13" cx="2" cy="2" r="2" transform="translate(600 220.962)" fill="#f2f2f2"/>
+      <circle id="Ellipse_14" data-name="Ellipse 14" cx="2" cy="2" r="2" transform="translate(180 265.962)" fill="#f2f2f2"/>
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diff --git a/yellow-paper/static/img/undraw_docusaurus_react.svg b/yellow-paper/static/img/undraw_docusaurus_react.svg
new file mode 100644
index 000000000000..94b5cf08f88f
--- /dev/null
+++ b/yellow-paper/static/img/undraw_docusaurus_react.svg
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diff --git a/yellow-paper/static/img/undraw_docusaurus_tree.svg b/yellow-paper/static/img/undraw_docusaurus_tree.svg
new file mode 100644
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diff --git a/yellow-paper/tsconfig.json b/yellow-paper/tsconfig.json
new file mode 100644
index 000000000000..6f4756980d4d
--- /dev/null
+++ b/yellow-paper/tsconfig.json
@@ -0,0 +1,7 @@
+{
+  // This file is not used in compilation. It is here just for a nice editor experience.
+  "extends": "@tsconfig/docusaurus/tsconfig.json",
+  "compilerOptions": {
+    "baseUrl": "."
+  }
+}
diff --git a/yellow-paper/yarn.lock b/yellow-paper/yarn.lock
new file mode 100644
index 000000000000..f5cb443fd4ac
--- /dev/null
+++ b/yellow-paper/yarn.lock
@@ -0,0 +1,7726 @@
+# THIS IS AN AUTOGENERATED FILE. DO NOT EDIT THIS FILE DIRECTLY.
+# yarn lockfile v1
+
+
+"@algolia/autocomplete-core@1.9.3":
+  version "1.9.3"
+  resolved "https://registry.yarnpkg.com/@algolia/autocomplete-core/-/autocomplete-core-1.9.3.tgz#1d56482a768c33aae0868c8533049e02e8961be7"
+  integrity sha512-009HdfugtGCdC4JdXUbVJClA0q0zh24yyePn+KUGk3rP7j8FEe/m5Yo/z65gn6nP/cM39PxpzqKrL7A6fP6PPw==
+  dependencies:
+    "@algolia/autocomplete-plugin-algolia-insights" "1.9.3"
+    "@algolia/autocomplete-shared" "1.9.3"
+
+"@algolia/autocomplete-plugin-algolia-insights@1.9.3":
+  version "1.9.3"
+  resolved "https://registry.yarnpkg.com/@algolia/autocomplete-plugin-algolia-insights/-/autocomplete-plugin-algolia-insights-1.9.3.tgz#9b7f8641052c8ead6d66c1623d444cbe19dde587"
+  integrity sha512-a/yTUkcO/Vyy+JffmAnTWbr4/90cLzw+CC3bRbhnULr/EM0fGNvM13oQQ14f2moLMcVDyAx/leczLlAOovhSZg==
+  dependencies:
+    "@algolia/autocomplete-shared" "1.9.3"
+
+"@algolia/autocomplete-preset-algolia@1.9.3":
+  version "1.9.3"
+  resolved "https://registry.yarnpkg.com/@algolia/autocomplete-preset-algolia/-/autocomplete-preset-algolia-1.9.3.tgz#64cca4a4304cfcad2cf730e83067e0c1b2f485da"
+  integrity sha512-d4qlt6YmrLMYy95n5TB52wtNDr6EgAIPH81dvvvW8UmuWRgxEtY0NJiPwl/h95JtG2vmRM804M0DSwMCNZlzRA==
+  dependencies:
+    "@algolia/autocomplete-shared" "1.9.3"
+
+"@algolia/autocomplete-shared@1.9.3":
+  version "1.9.3"
+  resolved "https://registry.yarnpkg.com/@algolia/autocomplete-shared/-/autocomplete-shared-1.9.3.tgz#2e22e830d36f0a9cf2c0ccd3c7f6d59435b77dfa"
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+
+"@algolia/cache-browser-local-storage@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/cache-browser-local-storage/-/cache-browser-local-storage-4.20.0.tgz#357318242fc542ffce41d6eb5b4a9b402921b0bb"
+  integrity sha512-uujahcBt4DxduBTvYdwO3sBfHuJvJokiC3BP1+O70fglmE1ShkH8lpXqZBac1rrU3FnNYSUs4pL9lBdTKeRPOQ==
+  dependencies:
+    "@algolia/cache-common" "4.20.0"
+
+"@algolia/cache-common@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/cache-common/-/cache-common-4.20.0.tgz#ec52230509fce891091ffd0d890618bcdc2fa20d"
+  integrity sha512-vCfxauaZutL3NImzB2G9LjLt36vKAckc6DhMp05An14kVo8F1Yofb6SIl6U3SaEz8pG2QOB9ptwM5c+zGevwIQ==
+
+"@algolia/cache-in-memory@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/cache-in-memory/-/cache-in-memory-4.20.0.tgz#5f18d057bd6b3b075022df085c4f83bcca4e3e67"
+  integrity sha512-Wm9ak/IaacAZXS4mB3+qF/KCoVSBV6aLgIGFEtQtJwjv64g4ePMapORGmCyulCFwfePaRAtcaTbMcJF+voc/bg==
+  dependencies:
+    "@algolia/cache-common" "4.20.0"
+
+"@algolia/client-account@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/client-account/-/client-account-4.20.0.tgz#23ce0b4cffd63100fb7c1aa1c67a4494de5bd645"
+  integrity sha512-GGToLQvrwo7am4zVkZTnKa72pheQeez/16sURDWm7Seyz+HUxKi3BM6fthVVPUEBhtJ0reyVtuK9ArmnaKl10Q==
+  dependencies:
+    "@algolia/client-common" "4.20.0"
+    "@algolia/client-search" "4.20.0"
+    "@algolia/transporter" "4.20.0"
+
+"@algolia/client-analytics@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/client-analytics/-/client-analytics-4.20.0.tgz#0aa6bef35d3a41ac3991b3f46fcd0bf00d276fa9"
+  integrity sha512-EIr+PdFMOallRdBTHHdKI3CstslgLORQG7844Mq84ib5oVFRVASuuPmG4bXBgiDbcsMLUeOC6zRVJhv1KWI0ug==
+  dependencies:
+    "@algolia/client-common" "4.20.0"
+    "@algolia/client-search" "4.20.0"
+    "@algolia/requester-common" "4.20.0"
+    "@algolia/transporter" "4.20.0"
+
+"@algolia/client-common@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/client-common/-/client-common-4.20.0.tgz#ca60f04466515548651c4371a742fbb8971790ef"
+  integrity sha512-P3WgMdEss915p+knMMSd/fwiHRHKvDu4DYRrCRaBrsfFw7EQHon+EbRSm4QisS9NYdxbS04kcvNoavVGthyfqQ==
+  dependencies:
+    "@algolia/requester-common" "4.20.0"
+    "@algolia/transporter" "4.20.0"
+
+"@algolia/client-personalization@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/client-personalization/-/client-personalization-4.20.0.tgz#ca81308e8ad0db3b27458b78355f124f29657181"
+  integrity sha512-N9+zx0tWOQsLc3K4PVRDV8GUeOLAY0i445En79Pr3zWB+m67V+n/8w4Kw1C5LlbHDDJcyhMMIlqezh6BEk7xAQ==
+  dependencies:
+    "@algolia/client-common" "4.20.0"
+    "@algolia/requester-common" "4.20.0"
+    "@algolia/transporter" "4.20.0"
+
+"@algolia/client-search@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/client-search/-/client-search-4.20.0.tgz#3bcce817ca6caedc835e0eaf6f580e02ee7c3e15"
+  integrity sha512-zgwqnMvhWLdpzKTpd3sGmMlr4c+iS7eyyLGiaO51zDZWGMkpgoNVmltkzdBwxOVXz0RsFMznIxB9zuarUv4TZg==
+  dependencies:
+    "@algolia/client-common" "4.20.0"
+    "@algolia/requester-common" "4.20.0"
+    "@algolia/transporter" "4.20.0"
+
+"@algolia/events@^4.0.1":
+  version "4.0.1"
+  resolved "https://registry.yarnpkg.com/@algolia/events/-/events-4.0.1.tgz#fd39e7477e7bc703d7f893b556f676c032af3950"
+  integrity sha512-FQzvOCgoFXAbf5Y6mYozw2aj5KCJoA3m4heImceldzPSMbdyS4atVjJzXKMsfX3wnZTFYwkkt8/z8UesLHlSBQ==
+
+"@algolia/logger-common@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/logger-common/-/logger-common-4.20.0.tgz#f148ddf67e5d733a06213bebf7117cb8a651ab36"
+  integrity sha512-xouigCMB5WJYEwvoWW5XDv7Z9f0A8VoXJc3VKwlHJw/je+3p2RcDXfksLI4G4lIVncFUYMZx30tP/rsdlvvzHQ==
+
+"@algolia/logger-console@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/logger-console/-/logger-console-4.20.0.tgz#ac443d27c4e94357f3063e675039cef0aa2de0a7"
+  integrity sha512-THlIGG1g/FS63z0StQqDhT6bprUczBI8wnLT3JWvfAQDZX5P6fCg7dG+pIrUBpDIHGszgkqYEqECaKKsdNKOUA==
+  dependencies:
+    "@algolia/logger-common" "4.20.0"
+
+"@algolia/requester-browser-xhr@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/requester-browser-xhr/-/requester-browser-xhr-4.20.0.tgz#db16d0bdef018b93b51681d3f1e134aca4f64814"
+  integrity sha512-HbzoSjcjuUmYOkcHECkVTwAelmvTlgs48N6Owt4FnTOQdwn0b8pdht9eMgishvk8+F8bal354nhx/xOoTfwiAw==
+  dependencies:
+    "@algolia/requester-common" "4.20.0"
+
+"@algolia/requester-common@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/requester-common/-/requester-common-4.20.0.tgz#65694b2263a8712b4360fef18680528ffd435b5c"
+  integrity sha512-9h6ye6RY/BkfmeJp7Z8gyyeMrmmWsMOCRBXQDs4mZKKsyVlfIVICpcSibbeYcuUdurLhIlrOUkH3rQEgZzonng==
+
+"@algolia/requester-node-http@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/requester-node-http/-/requester-node-http-4.20.0.tgz#b52b182b52b0b16dec4070832267d484a6b1d5bb"
+  integrity sha512-ocJ66L60ABSSTRFnCHIEZpNHv6qTxsBwJEPfYaSBsLQodm0F9ptvalFkHMpvj5DfE22oZrcrLbOYM2bdPJRHng==
+  dependencies:
+    "@algolia/requester-common" "4.20.0"
+
+"@algolia/transporter@4.20.0":
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/@algolia/transporter/-/transporter-4.20.0.tgz#7e5b24333d7cc9a926b2f6a249f87c2889b944a9"
+  integrity sha512-Lsii1pGWOAISbzeyuf+r/GPhvHMPHSPrTDWNcIzOE1SG1inlJHICaVe2ikuoRjcpgxZNU54Jl+if15SUCsaTUg==
+  dependencies:
+    "@algolia/cache-common" "4.20.0"
+    "@algolia/logger-common" "4.20.0"
+    "@algolia/requester-common" "4.20.0"
+
+"@ampproject/remapping@^2.2.0":
+  version "2.2.1"
+  resolved "https://registry.yarnpkg.com/@ampproject/remapping/-/remapping-2.2.1.tgz#99e8e11851128b8702cd57c33684f1d0f260b630"
+  integrity sha512-lFMjJTrFL3j7L9yBxwYfCq2k6qqwHyzuUl/XBnif78PWTJYyL/dfowQHWE3sp6U6ZzqWiiIZnpTMO96zhkjwtg==
+  dependencies:
+    "@jridgewell/gen-mapping" "^0.3.0"
+    "@jridgewell/trace-mapping" "^0.3.9"
+
+"@babel/code-frame@^7.0.0", "@babel/code-frame@^7.10.4", "@babel/code-frame@^7.16.0", "@babel/code-frame@^7.22.13", "@babel/code-frame@^7.8.3":
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+  resolved "https://registry.yarnpkg.com/@babel/code-frame/-/code-frame-7.22.13.tgz#e3c1c099402598483b7a8c46a721d1038803755e"
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+  dependencies:
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+    chalk "^2.4.2"
+
+"@babel/compat-data@^7.22.20", "@babel/compat-data@^7.22.6", "@babel/compat-data@^7.22.9":
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+
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+    postcss "^8.4.14"
+    postcss-sort-media-queries "^4.2.1"
+    tslib "^2.4.0"
+
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+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/logger/-/logger-2.4.3.tgz#518bbc965fb4ebe8f1d0b14e5f4161607552d34c"
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+  dependencies:
+    chalk "^4.1.2"
+    tslib "^2.4.0"
+
+"@docusaurus/mdx-loader@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/mdx-loader/-/mdx-loader-2.4.3.tgz#e8ff37f30a060eaa97b8121c135f74cb531a4a3e"
+  integrity sha512-b1+fDnWtl3GiqkL0BRjYtc94FZrcDDBV1j8446+4tptB9BAOlePwG2p/pK6vGvfL53lkOsszXMghr2g67M0vCw==
+  dependencies:
+    "@babel/parser" "^7.18.8"
+    "@babel/traverse" "^7.18.8"
+    "@docusaurus/logger" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@mdx-js/mdx" "^1.6.22"
+    escape-html "^1.0.3"
+    file-loader "^6.2.0"
+    fs-extra "^10.1.0"
+    image-size "^1.0.1"
+    mdast-util-to-string "^2.0.0"
+    remark-emoji "^2.2.0"
+    stringify-object "^3.3.0"
+    tslib "^2.4.0"
+    unified "^9.2.2"
+    unist-util-visit "^2.0.3"
+    url-loader "^4.1.1"
+    webpack "^5.73.0"
+
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+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/module-type-aliases/-/module-type-aliases-2.4.3.tgz#d08ef67e4151e02f352a2836bcf9ecde3b9c56ac"
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+  dependencies:
+    "@docusaurus/react-loadable" "5.5.2"
+    "@docusaurus/types" "2.4.3"
+    "@types/history" "^4.7.11"
+    "@types/react" "*"
+    "@types/react-router-config" "*"
+    "@types/react-router-dom" "*"
+    react-helmet-async "*"
+    react-loadable "npm:@docusaurus/react-loadable@5.5.2"
+
+"@docusaurus/plugin-content-blog@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-content-blog/-/plugin-content-blog-2.4.3.tgz#6473b974acab98e967414d8bbb0d37e0cedcea14"
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+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/logger" "2.4.3"
+    "@docusaurus/mdx-loader" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-common" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    cheerio "^1.0.0-rc.12"
+    feed "^4.2.2"
+    fs-extra "^10.1.0"
+    lodash "^4.17.21"
+    reading-time "^1.5.0"
+    tslib "^2.4.0"
+    unist-util-visit "^2.0.3"
+    utility-types "^3.10.0"
+    webpack "^5.73.0"
+
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+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-content-docs/-/plugin-content-docs-2.4.3.tgz#aa224c0512351e81807adf778ca59fd9cd136973"
+  integrity sha512-N7Po2LSH6UejQhzTCsvuX5NOzlC+HiXOVvofnEPj0WhMu1etpLEXE6a4aTxrtg95lQ5kf0xUIdjX9sh3d3G76A==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/logger" "2.4.3"
+    "@docusaurus/mdx-loader" "2.4.3"
+    "@docusaurus/module-type-aliases" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    "@types/react-router-config" "^5.0.6"
+    combine-promises "^1.1.0"
+    fs-extra "^10.1.0"
+    import-fresh "^3.3.0"
+    js-yaml "^4.1.0"
+    lodash "^4.17.21"
+    tslib "^2.4.0"
+    utility-types "^3.10.0"
+    webpack "^5.73.0"
+
+"@docusaurus/plugin-content-pages@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-content-pages/-/plugin-content-pages-2.4.3.tgz#7f285e718b53da8c8d0101e70840c75b9c0a1ac0"
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+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/mdx-loader" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    fs-extra "^10.1.0"
+    tslib "^2.4.0"
+    webpack "^5.73.0"
+
+"@docusaurus/plugin-debug@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-debug/-/plugin-debug-2.4.3.tgz#2f90eb0c9286a9f225444e3a88315676fe02c245"
+  integrity sha512-LkUbuq3zCmINlFb+gAd4ZvYr+bPAzMC0hwND4F7V9bZ852dCX8YoWyovVUBKq4er1XsOwSQaHmNGtObtn8Av8Q==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    fs-extra "^10.1.0"
+    react-json-view "^1.21.3"
+    tslib "^2.4.0"
+
+"@docusaurus/plugin-google-analytics@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-google-analytics/-/plugin-google-analytics-2.4.3.tgz#0d19993136ade6f7a7741251b4f617400d92ab45"
+  integrity sha512-KzBV3k8lDkWOhg/oYGxlK5o9bOwX7KpPc/FTWoB+SfKhlHfhq7qcQdMi1elAaVEIop8tgK6gD1E58Q+XC6otSQ==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    tslib "^2.4.0"
+
+"@docusaurus/plugin-google-gtag@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-google-gtag/-/plugin-google-gtag-2.4.3.tgz#e1a80b0696771b488562e5b60eff21c9932d9e1c"
+  integrity sha512-5FMg0rT7sDy4i9AGsvJC71MQrqQZwgLNdDetLEGDHLfSHLvJhQbTCUGbGXknUgWXQJckcV/AILYeJy+HhxeIFA==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    tslib "^2.4.0"
+
+"@docusaurus/plugin-google-tag-manager@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-google-tag-manager/-/plugin-google-tag-manager-2.4.3.tgz#e41fbf79b0ffc2de1cc4013eb77798cff0ad98e3"
+  integrity sha512-1jTzp71yDGuQiX9Bi0pVp3alArV0LSnHXempvQTxwCGAEzUWWaBg4d8pocAlTpbP9aULQQqhgzrs8hgTRPOM0A==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    tslib "^2.4.0"
+
+"@docusaurus/plugin-sitemap@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/plugin-sitemap/-/plugin-sitemap-2.4.3.tgz#1b3930900a8f89670ce7e8f83fb4730cd3298c32"
+  integrity sha512-LRQYrK1oH1rNfr4YvWBmRzTL0LN9UAPxBbghgeFRBm5yloF6P+zv1tm2pe2hQTX/QP5bSKdnajCvfnScgKXMZQ==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/logger" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-common" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    fs-extra "^10.1.0"
+    sitemap "^7.1.1"
+    tslib "^2.4.0"
+
+"@docusaurus/preset-classic@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/preset-classic/-/preset-classic-2.4.3.tgz#074c57ebf29fa43d23bd1c8ce691226f542bc262"
+  integrity sha512-tRyMliepY11Ym6hB1rAFSNGwQDpmszvWYJvlK1E+md4SW8i6ylNHtpZjaYFff9Mdk3i/Pg8ItQq9P0daOJAvQw==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/plugin-content-blog" "2.4.3"
+    "@docusaurus/plugin-content-docs" "2.4.3"
+    "@docusaurus/plugin-content-pages" "2.4.3"
+    "@docusaurus/plugin-debug" "2.4.3"
+    "@docusaurus/plugin-google-analytics" "2.4.3"
+    "@docusaurus/plugin-google-gtag" "2.4.3"
+    "@docusaurus/plugin-google-tag-manager" "2.4.3"
+    "@docusaurus/plugin-sitemap" "2.4.3"
+    "@docusaurus/theme-classic" "2.4.3"
+    "@docusaurus/theme-common" "2.4.3"
+    "@docusaurus/theme-search-algolia" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+
+"@docusaurus/react-loadable@5.5.2", "react-loadable@npm:@docusaurus/react-loadable@5.5.2":
+  version "5.5.2"
+  resolved "https://registry.yarnpkg.com/@docusaurus/react-loadable/-/react-loadable-5.5.2.tgz#81aae0db81ecafbdaee3651f12804580868fa6ce"
+  integrity sha512-A3dYjdBGuy0IGT+wyLIGIKLRE+sAk1iNk0f1HjNDysO7u8lhL4N3VEm+FAubmJbAztn94F7MxBTPmnixbiyFdQ==
+  dependencies:
+    "@types/react" "*"
+    prop-types "^15.6.2"
+
+"@docusaurus/theme-classic@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/theme-classic/-/theme-classic-2.4.3.tgz#29360f2eb03a0e1686eb19668633ef313970ee8f"
+  integrity sha512-QKRAJPSGPfDY2yCiPMIVyr+MqwZCIV2lxNzqbyUW0YkrlmdzzP3WuQJPMGLCjWgQp/5c9kpWMvMxjhpZx1R32Q==
+  dependencies:
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/mdx-loader" "2.4.3"
+    "@docusaurus/module-type-aliases" "2.4.3"
+    "@docusaurus/plugin-content-blog" "2.4.3"
+    "@docusaurus/plugin-content-docs" "2.4.3"
+    "@docusaurus/plugin-content-pages" "2.4.3"
+    "@docusaurus/theme-common" "2.4.3"
+    "@docusaurus/theme-translations" "2.4.3"
+    "@docusaurus/types" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-common" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    "@mdx-js/react" "^1.6.22"
+    clsx "^1.2.1"
+    copy-text-to-clipboard "^3.0.1"
+    infima "0.2.0-alpha.43"
+    lodash "^4.17.21"
+    nprogress "^0.2.0"
+    postcss "^8.4.14"
+    prism-react-renderer "^1.3.5"
+    prismjs "^1.28.0"
+    react-router-dom "^5.3.3"
+    rtlcss "^3.5.0"
+    tslib "^2.4.0"
+    utility-types "^3.10.0"
+
+"@docusaurus/theme-common@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/theme-common/-/theme-common-2.4.3.tgz#bb31d70b6b67d0bdef9baa343192dcec49946a2e"
+  integrity sha512-7KaDJBXKBVGXw5WOVt84FtN8czGWhM0lbyWEZXGp8AFfL6sZQfRTluFp4QriR97qwzSyOfQb+nzcDZZU4tezUw==
+  dependencies:
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+    "@docusaurus/module-type-aliases" "2.4.3"
+    "@docusaurus/plugin-content-blog" "2.4.3"
+    "@docusaurus/plugin-content-docs" "2.4.3"
+    "@docusaurus/plugin-content-pages" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-common" "2.4.3"
+    "@types/history" "^4.7.11"
+    "@types/react" "*"
+    "@types/react-router-config" "*"
+    clsx "^1.2.1"
+    parse-numeric-range "^1.3.0"
+    prism-react-renderer "^1.3.5"
+    tslib "^2.4.0"
+    use-sync-external-store "^1.2.0"
+    utility-types "^3.10.0"
+
+"@docusaurus/theme-search-algolia@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/theme-search-algolia/-/theme-search-algolia-2.4.3.tgz#32d4cbefc3deba4112068fbdb0bde11ac51ece53"
+  integrity sha512-jziq4f6YVUB5hZOB85ELATwnxBz/RmSLD3ksGQOLDPKVzat4pmI8tddNWtriPpxR04BNT+ZfpPUMFkNFetSW1Q==
+  dependencies:
+    "@docsearch/react" "^3.1.1"
+    "@docusaurus/core" "2.4.3"
+    "@docusaurus/logger" "2.4.3"
+    "@docusaurus/plugin-content-docs" "2.4.3"
+    "@docusaurus/theme-common" "2.4.3"
+    "@docusaurus/theme-translations" "2.4.3"
+    "@docusaurus/utils" "2.4.3"
+    "@docusaurus/utils-validation" "2.4.3"
+    algoliasearch "^4.13.1"
+    algoliasearch-helper "^3.10.0"
+    clsx "^1.2.1"
+    eta "^2.0.0"
+    fs-extra "^10.1.0"
+    lodash "^4.17.21"
+    tslib "^2.4.0"
+    utility-types "^3.10.0"
+
+"@docusaurus/theme-translations@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/theme-translations/-/theme-translations-2.4.3.tgz#91ac73fc49b8c652b7a54e88b679af57d6ac6102"
+  integrity sha512-H4D+lbZbjbKNS/Zw1Lel64PioUAIT3cLYYJLUf3KkuO/oc9e0QCVhIYVtUI2SfBCF2NNdlyhBDQEEMygsCedIg==
+  dependencies:
+    fs-extra "^10.1.0"
+    tslib "^2.4.0"
+
+"@docusaurus/types@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/types/-/types-2.4.3.tgz#4aead281ca09f721b3c0a9b926818450cfa3db31"
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+  dependencies:
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+    "@types/react" "*"
+    commander "^5.1.0"
+    joi "^17.6.0"
+    react-helmet-async "^1.3.0"
+    utility-types "^3.10.0"
+    webpack "^5.73.0"
+    webpack-merge "^5.8.0"
+
+"@docusaurus/utils-common@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/utils-common/-/utils-common-2.4.3.tgz#30656c39ef1ce7e002af7ba39ea08330f58efcfb"
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+  dependencies:
+    tslib "^2.4.0"
+
+"@docusaurus/utils-validation@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/utils-validation/-/utils-validation-2.4.3.tgz#8122c394feef3e96c73f6433987837ec206a63fb"
+  integrity sha512-G2+Vt3WR5E/9drAobP+hhZQMaswRwDlp6qOMi7o7ZypB+VO7N//DZWhZEwhcRGepMDJGQEwtPv7UxtYwPL9PBw==
+  dependencies:
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+    "@docusaurus/utils" "2.4.3"
+    joi "^17.6.0"
+    js-yaml "^4.1.0"
+    tslib "^2.4.0"
+
+"@docusaurus/utils@2.4.3":
+  version "2.4.3"
+  resolved "https://registry.yarnpkg.com/@docusaurus/utils/-/utils-2.4.3.tgz#52b000d989380a2125831b84e3a7327bef471e89"
+  integrity sha512-fKcXsjrD86Smxv8Pt0TBFqYieZZCPh4cbf9oszUq/AMhZn3ujwpKaVYZACPX8mmjtYx0JOgNx52CREBfiGQB4A==
+  dependencies:
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+    "@svgr/webpack" "^6.2.1"
+    escape-string-regexp "^4.0.0"
+    file-loader "^6.2.0"
+    fs-extra "^10.1.0"
+    github-slugger "^1.4.0"
+    globby "^11.1.0"
+    gray-matter "^4.0.3"
+    js-yaml "^4.1.0"
+    lodash "^4.17.21"
+    micromatch "^4.0.5"
+    resolve-pathname "^3.0.0"
+    shelljs "^0.8.5"
+    tslib "^2.4.0"
+    url-loader "^4.1.1"
+    webpack "^5.73.0"
+
+"@hapi/hoek@^9.0.0":
+  version "9.3.0"
+  resolved "https://registry.yarnpkg.com/@hapi/hoek/-/hoek-9.3.0.tgz#8368869dcb735be2e7f5cb7647de78e167a251fb"
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+
+"@hapi/topo@^5.0.0":
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/@hapi/topo/-/topo-5.1.0.tgz#dc448e332c6c6e37a4dc02fd84ba8d44b9afb012"
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+  dependencies:
+    "@hapi/hoek" "^9.0.0"
+
+"@jest/schemas@^29.6.3":
+  version "29.6.3"
+  resolved "https://registry.yarnpkg.com/@jest/schemas/-/schemas-29.6.3.tgz#430b5ce8a4e0044a7e3819663305a7b3091c8e03"
+  integrity sha512-mo5j5X+jIZmJQveBKeS/clAueipV7KgiX1vMgCxam1RNYiqE1w62n0/tJJnHtjW8ZHcQco5gY85jA3mi0L+nSA==
+  dependencies:
+    "@sinclair/typebox" "^0.27.8"
+
+"@jest/types@^29.6.3":
+  version "29.6.3"
+  resolved "https://registry.yarnpkg.com/@jest/types/-/types-29.6.3.tgz#1131f8cf634e7e84c5e77bab12f052af585fba59"
+  integrity sha512-u3UPsIilWKOM3F9CXtrG8LEJmNxwoCQC/XVj4IKYXvvpx7QIi/Kg1LI5uDmDpKlac62NUtX7eLjRh+jVZcLOzw==
+  dependencies:
+    "@jest/schemas" "^29.6.3"
+    "@types/istanbul-lib-coverage" "^2.0.0"
+    "@types/istanbul-reports" "^3.0.0"
+    "@types/node" "*"
+    "@types/yargs" "^17.0.8"
+    chalk "^4.0.0"
+
+"@jridgewell/gen-mapping@^0.3.0", "@jridgewell/gen-mapping@^0.3.2":
+  version "0.3.3"
+  resolved "https://registry.yarnpkg.com/@jridgewell/gen-mapping/-/gen-mapping-0.3.3.tgz#7e02e6eb5df901aaedb08514203b096614024098"
+  integrity sha512-HLhSWOLRi875zjjMG/r+Nv0oCW8umGb0BgEhyX3dDX3egwZtB8PqLnjz3yedt8R5StBrzcg4aBpnh8UA9D1BoQ==
+  dependencies:
+    "@jridgewell/set-array" "^1.0.1"
+    "@jridgewell/sourcemap-codec" "^1.4.10"
+    "@jridgewell/trace-mapping" "^0.3.9"
+
+"@jridgewell/resolve-uri@^3.1.0":
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/@jridgewell/resolve-uri/-/resolve-uri-3.1.1.tgz#c08679063f279615a3326583ba3a90d1d82cc721"
+  integrity sha512-dSYZh7HhCDtCKm4QakX0xFpsRDqjjtZf/kjI/v3T3Nwt5r8/qz/M19F9ySyOqU94SXBmeG9ttTul+YnR4LOxFA==
+
+"@jridgewell/set-array@^1.0.1":
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/@jridgewell/set-array/-/set-array-1.1.2.tgz#7c6cf998d6d20b914c0a55a91ae928ff25965e72"
+  integrity sha512-xnkseuNADM0gt2bs+BvhO0p78Mk762YnZdsuzFV018NoG1Sj1SCQvpSqa7XUaTam5vAGasABV9qXASMKnFMwMw==
+
+"@jridgewell/source-map@^0.3.3":
+  version "0.3.5"
+  resolved "https://registry.yarnpkg.com/@jridgewell/source-map/-/source-map-0.3.5.tgz#a3bb4d5c6825aab0d281268f47f6ad5853431e91"
+  integrity sha512-UTYAUj/wviwdsMfzoSJspJxbkH5o1snzwX0//0ENX1u/55kkZZkcTZP6u9bwKGkv+dkk9at4m1Cpt0uY80kcpQ==
+  dependencies:
+    "@jridgewell/gen-mapping" "^0.3.0"
+    "@jridgewell/trace-mapping" "^0.3.9"
+
+"@jridgewell/sourcemap-codec@^1.4.10", "@jridgewell/sourcemap-codec@^1.4.14":
+  version "1.4.15"
+  resolved "https://registry.yarnpkg.com/@jridgewell/sourcemap-codec/-/sourcemap-codec-1.4.15.tgz#d7c6e6755c78567a951e04ab52ef0fd26de59f32"
+  integrity sha512-eF2rxCRulEKXHTRiDrDy6erMYWqNw4LPdQ8UQA4huuxaQsVeRPFl2oM8oDGxMFhJUWZf9McpLtJasDDZb/Bpeg==
+
+"@jridgewell/trace-mapping@^0.3.17", "@jridgewell/trace-mapping@^0.3.9":
+  version "0.3.19"
+  resolved "https://registry.yarnpkg.com/@jridgewell/trace-mapping/-/trace-mapping-0.3.19.tgz#f8a3249862f91be48d3127c3cfe992f79b4b8811"
+  integrity sha512-kf37QtfW+Hwx/buWGMPcR60iF9ziHa6r/CZJIHbmcm4+0qrXiVdxegAH0F6yddEVQ7zdkjcGCgCzUu+BcbhQxw==
+  dependencies:
+    "@jridgewell/resolve-uri" "^3.1.0"
+    "@jridgewell/sourcemap-codec" "^1.4.14"
+
+"@leichtgewicht/ip-codec@^2.0.1":
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/@leichtgewicht/ip-codec/-/ip-codec-2.0.4.tgz#b2ac626d6cb9c8718ab459166d4bb405b8ffa78b"
+  integrity sha512-Hcv+nVC0kZnQ3tD9GVu5xSMR4VVYOteQIr/hwFPVEvPdlXqgGEuRjiheChHgdM+JyqdgNcmzZOX/tnl0JOiI7A==
+
+"@mdx-js/mdx@^1.6.22":
+  version "1.6.22"
+  resolved "https://registry.yarnpkg.com/@mdx-js/mdx/-/mdx-1.6.22.tgz#8a723157bf90e78f17dc0f27995398e6c731f1ba"
+  integrity sha512-AMxuLxPz2j5/6TpF/XSdKpQP1NlG0z11dFOlq+2IP/lSgl11GY8ji6S/rgsViN/L0BDvHvUMruRb7ub+24LUYA==
+  dependencies:
+    "@babel/core" "7.12.9"
+    "@babel/plugin-syntax-jsx" "7.12.1"
+    "@babel/plugin-syntax-object-rest-spread" "7.8.3"
+    "@mdx-js/util" "1.6.22"
+    babel-plugin-apply-mdx-type-prop "1.6.22"
+    babel-plugin-extract-import-names "1.6.22"
+    camelcase-css "2.0.1"
+    detab "2.0.4"
+    hast-util-raw "6.0.1"
+    lodash.uniq "4.5.0"
+    mdast-util-to-hast "10.0.1"
+    remark-footnotes "2.0.0"
+    remark-mdx "1.6.22"
+    remark-parse "8.0.3"
+    remark-squeeze-paragraphs "4.0.0"
+    style-to-object "0.3.0"
+    unified "9.2.0"
+    unist-builder "2.0.3"
+    unist-util-visit "2.0.3"
+
+"@mdx-js/react@^1.6.22":
+  version "1.6.22"
+  resolved "https://registry.yarnpkg.com/@mdx-js/react/-/react-1.6.22.tgz#ae09b4744fddc74714ee9f9d6f17a66e77c43573"
+  integrity sha512-TDoPum4SHdfPiGSAaRBw7ECyI8VaHpK8GJugbJIJuqyh6kzw9ZLJZW3HGL3NNrJGxcAixUvqROm+YuQOo5eXtg==
+
+"@mdx-js/util@1.6.22":
+  version "1.6.22"
+  resolved "https://registry.yarnpkg.com/@mdx-js/util/-/util-1.6.22.tgz#219dfd89ae5b97a8801f015323ffa4b62f45718b"
+  integrity sha512-H1rQc1ZOHANWBvPcW+JpGwr+juXSxM8Q8YCkm3GhZd8REu1fHR3z99CErO1p9pkcfcxZnMdIZdIsXkOHY0NilA==
+
+"@nodelib/fs.scandir@2.1.5":
+  version "2.1.5"
+  resolved "https://registry.yarnpkg.com/@nodelib/fs.scandir/-/fs.scandir-2.1.5.tgz#7619c2eb21b25483f6d167548b4cfd5a7488c3d5"
+  integrity sha512-vq24Bq3ym5HEQm2NKCr3yXDwjc7vTsEThRDnkp2DK9p1uqLR+DHurm/NOTo0KG7HYHU7eppKZj3MyqYuMBf62g==
+  dependencies:
+    "@nodelib/fs.stat" "2.0.5"
+    run-parallel "^1.1.9"
+
+"@nodelib/fs.stat@2.0.5", "@nodelib/fs.stat@^2.0.2":
+  version "2.0.5"
+  resolved "https://registry.yarnpkg.com/@nodelib/fs.stat/-/fs.stat-2.0.5.tgz#5bd262af94e9d25bd1e71b05deed44876a222e8b"
+  integrity sha512-RkhPPp2zrqDAQA/2jNhnztcPAlv64XdhIp7a7454A5ovI7Bukxgt7MX7udwAu3zg1DcpPU0rz3VV1SeaqvY4+A==
+
+"@nodelib/fs.walk@^1.2.3":
+  version "1.2.8"
+  resolved "https://registry.yarnpkg.com/@nodelib/fs.walk/-/fs.walk-1.2.8.tgz#e95737e8bb6746ddedf69c556953494f196fe69a"
+  integrity sha512-oGB+UxlgWcgQkgwo8GcEGwemoTFt3FIO9ababBmaGwXIoBKZ+GTy0pP185beGg7Llih/NSHSV2XAs1lnznocSg==
+  dependencies:
+    "@nodelib/fs.scandir" "2.1.5"
+    fastq "^1.6.0"
+
+"@polka/url@^1.0.0-next.20":
+  version "1.0.0-next.23"
+  resolved "https://registry.yarnpkg.com/@polka/url/-/url-1.0.0-next.23.tgz#498e41218ab3b6a1419c735e5c6ae2c5ed609b6c"
+  integrity sha512-C16M+IYz0rgRhWZdCmK+h58JMv8vijAA61gmz2rspCSwKwzBebpdcsiUmwrtJRdphuY30i6BSLEOP8ppbNLyLg==
+
+"@sideway/address@^4.1.3":
+  version "4.1.4"
+  resolved "https://registry.yarnpkg.com/@sideway/address/-/address-4.1.4.tgz#03dccebc6ea47fdc226f7d3d1ad512955d4783f0"
+  integrity sha512-7vwq+rOHVWjyXxVlR76Agnvhy8I9rpzjosTESvmhNeXOXdZZB15Fl+TI9x1SiHZH5Jv2wTGduSxFDIaq0m3DUw==
+  dependencies:
+    "@hapi/hoek" "^9.0.0"
+
+"@sideway/formula@^3.0.1":
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/@sideway/formula/-/formula-3.0.1.tgz#80fcbcbaf7ce031e0ef2dd29b1bfc7c3f583611f"
+  integrity sha512-/poHZJJVjx3L+zVD6g9KgHfYnb443oi7wLu/XKojDviHy6HOEOA6z1Trk5aR1dGcmPenJEgb2sK2I80LeS3MIg==
+
+"@sideway/pinpoint@^2.0.0":
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/@sideway/pinpoint/-/pinpoint-2.0.0.tgz#cff8ffadc372ad29fd3f78277aeb29e632cc70df"
+  integrity sha512-RNiOoTPkptFtSVzQevY/yWtZwf/RxyVnPy/OcA9HBM3MlGDnBEYL5B41H0MTn0Uec8Hi+2qUtTfG2WWZBmMejQ==
+
+"@sinclair/typebox@^0.27.8":
+  version "0.27.8"
+  resolved "https://registry.yarnpkg.com/@sinclair/typebox/-/typebox-0.27.8.tgz#6667fac16c436b5434a387a34dedb013198f6e6e"
+  integrity sha512-+Fj43pSMwJs4KRrH/938Uf+uAELIgVBmQzg/q1YG10djyfA3TnrU8N8XzqCh/okZdszqBQTZf96idMfE5lnwTA==
+
+"@sindresorhus/is@^0.14.0":
+  version "0.14.0"
+  resolved "https://registry.yarnpkg.com/@sindresorhus/is/-/is-0.14.0.tgz#9fb3a3cf3132328151f353de4632e01e52102bea"
+  integrity sha512-9NET910DNaIPngYnLLPeg+Ogzqsi9uM4mSboU5y6p8S5DzMTVEsJZrawi+BoDNUVBa2DhJqQYUFvMDfgU062LQ==
+
+"@slorber/static-site-generator-webpack-plugin@^4.0.7":
+  version "4.0.7"
+  resolved "https://registry.yarnpkg.com/@slorber/static-site-generator-webpack-plugin/-/static-site-generator-webpack-plugin-4.0.7.tgz#fc1678bddefab014e2145cbe25b3ce4e1cfc36f3"
+  integrity sha512-Ug7x6z5lwrz0WqdnNFOMYrDQNTPAprvHLSh6+/fmml3qUiz6l5eq+2MzLKWtn/q5K5NpSiFsZTP/fck/3vjSxA==
+  dependencies:
+    eval "^0.1.8"
+    p-map "^4.0.0"
+    webpack-sources "^3.2.2"
+
+"@svgr/babel-plugin-add-jsx-attribute@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-add-jsx-attribute/-/babel-plugin-add-jsx-attribute-6.5.1.tgz#74a5d648bd0347bda99d82409d87b8ca80b9a1ba"
+  integrity sha512-9PYGcXrAxitycIjRmZB+Q0JaN07GZIWaTBIGQzfaZv+qr1n8X1XUEJ5rZ/vx6OVD9RRYlrNnXWExQXcmZeD/BQ==
+
+"@svgr/babel-plugin-remove-jsx-attribute@*":
+  version "8.0.0"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-remove-jsx-attribute/-/babel-plugin-remove-jsx-attribute-8.0.0.tgz#69177f7937233caca3a1afb051906698f2f59186"
+  integrity sha512-BcCkm/STipKvbCl6b7QFrMh/vx00vIP63k2eM66MfHJzPr6O2U0jYEViXkHJWqXqQYjdeA9cuCl5KWmlwjDvbA==
+
+"@svgr/babel-plugin-remove-jsx-empty-expression@*":
+  version "8.0.0"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-remove-jsx-empty-expression/-/babel-plugin-remove-jsx-empty-expression-8.0.0.tgz#c2c48104cfd7dcd557f373b70a56e9e3bdae1d44"
+  integrity sha512-5BcGCBfBxB5+XSDSWnhTThfI9jcO5f0Ai2V24gZpG+wXF14BzwxxdDb4g6trdOux0rhibGs385BeFMSmxtS3uA==
+
+"@svgr/babel-plugin-replace-jsx-attribute-value@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-replace-jsx-attribute-value/-/babel-plugin-replace-jsx-attribute-value-6.5.1.tgz#fb9d22ea26d2bc5e0a44b763d4c46d5d3f596c60"
+  integrity sha512-8DPaVVE3fd5JKuIC29dqyMB54sA6mfgki2H2+swh+zNJoynC8pMPzOkidqHOSc6Wj032fhl8Z0TVn1GiPpAiJg==
+
+"@svgr/babel-plugin-svg-dynamic-title@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-svg-dynamic-title/-/babel-plugin-svg-dynamic-title-6.5.1.tgz#01b2024a2b53ffaa5efceaa0bf3e1d5a4c520ce4"
+  integrity sha512-FwOEi0Il72iAzlkaHrlemVurgSQRDFbk0OC8dSvD5fSBPHltNh7JtLsxmZUhjYBZo2PpcU/RJvvi6Q0l7O7ogw==
+
+"@svgr/babel-plugin-svg-em-dimensions@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-svg-em-dimensions/-/babel-plugin-svg-em-dimensions-6.5.1.tgz#dd3fa9f5b24eb4f93bcf121c3d40ff5facecb217"
+  integrity sha512-gWGsiwjb4tw+ITOJ86ndY/DZZ6cuXMNE/SjcDRg+HLuCmwpcjOktwRF9WgAiycTqJD/QXqL2f8IzE2Rzh7aVXA==
+
+"@svgr/babel-plugin-transform-react-native-svg@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-transform-react-native-svg/-/babel-plugin-transform-react-native-svg-6.5.1.tgz#1d8e945a03df65b601551097d8f5e34351d3d305"
+  integrity sha512-2jT3nTayyYP7kI6aGutkyfJ7UMGtuguD72OjeGLwVNyfPRBD8zQthlvL+fAbAKk5n9ZNcvFkp/b1lZ7VsYqVJg==
+
+"@svgr/babel-plugin-transform-svg-component@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-plugin-transform-svg-component/-/babel-plugin-transform-svg-component-6.5.1.tgz#48620b9e590e25ff95a80f811544218d27f8a250"
+  integrity sha512-a1p6LF5Jt33O3rZoVRBqdxL350oge54iZWHNI6LJB5tQ7EelvD/Mb1mfBiZNAan0dt4i3VArkFRjA4iObuNykQ==
+
+"@svgr/babel-preset@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/babel-preset/-/babel-preset-6.5.1.tgz#b90de7979c8843c5c580c7e2ec71f024b49eb828"
+  integrity sha512-6127fvO/FF2oi5EzSQOAjo1LE3OtNVh11R+/8FXa+mHx1ptAaS4cknIjnUA7e6j6fwGGJ17NzaTJFUwOV2zwCw==
+  dependencies:
+    "@svgr/babel-plugin-add-jsx-attribute" "^6.5.1"
+    "@svgr/babel-plugin-remove-jsx-attribute" "*"
+    "@svgr/babel-plugin-remove-jsx-empty-expression" "*"
+    "@svgr/babel-plugin-replace-jsx-attribute-value" "^6.5.1"
+    "@svgr/babel-plugin-svg-dynamic-title" "^6.5.1"
+    "@svgr/babel-plugin-svg-em-dimensions" "^6.5.1"
+    "@svgr/babel-plugin-transform-react-native-svg" "^6.5.1"
+    "@svgr/babel-plugin-transform-svg-component" "^6.5.1"
+
+"@svgr/core@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/core/-/core-6.5.1.tgz#d3e8aa9dbe3fbd747f9ee4282c1c77a27410488a"
+  integrity sha512-/xdLSWxK5QkqG524ONSjvg3V/FkNyCv538OIBdQqPNaAta3AsXj/Bd2FbvR87yMbXO2hFSWiAe/Q6IkVPDw+mw==
+  dependencies:
+    "@babel/core" "^7.19.6"
+    "@svgr/babel-preset" "^6.5.1"
+    "@svgr/plugin-jsx" "^6.5.1"
+    camelcase "^6.2.0"
+    cosmiconfig "^7.0.1"
+
+"@svgr/hast-util-to-babel-ast@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/hast-util-to-babel-ast/-/hast-util-to-babel-ast-6.5.1.tgz#81800bd09b5bcdb968bf6ee7c863d2288fdb80d2"
+  integrity sha512-1hnUxxjd83EAxbL4a0JDJoD3Dao3hmjvyvyEV8PzWmLK3B9m9NPlW7GKjFyoWE8nM7HnXzPcmmSyOW8yOddSXw==
+  dependencies:
+    "@babel/types" "^7.20.0"
+    entities "^4.4.0"
+
+"@svgr/plugin-jsx@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/plugin-jsx/-/plugin-jsx-6.5.1.tgz#0e30d1878e771ca753c94e69581c7971542a7072"
+  integrity sha512-+UdQxI3jgtSjCykNSlEMuy1jSRQlGC7pqBCPvkG/2dATdWo082zHTTK3uhnAju2/6XpE6B5mZ3z4Z8Ns01S8Gw==
+  dependencies:
+    "@babel/core" "^7.19.6"
+    "@svgr/babel-preset" "^6.5.1"
+    "@svgr/hast-util-to-babel-ast" "^6.5.1"
+    svg-parser "^2.0.4"
+
+"@svgr/plugin-svgo@^6.5.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/plugin-svgo/-/plugin-svgo-6.5.1.tgz#0f91910e988fc0b842f88e0960c2862e022abe84"
+  integrity sha512-omvZKf8ixP9z6GWgwbtmP9qQMPX4ODXi+wzbVZgomNFsUIlHA1sf4fThdwTWSsZGgvGAG6yE+b/F5gWUkcZ/iQ==
+  dependencies:
+    cosmiconfig "^7.0.1"
+    deepmerge "^4.2.2"
+    svgo "^2.8.0"
+
+"@svgr/webpack@^6.2.1":
+  version "6.5.1"
+  resolved "https://registry.yarnpkg.com/@svgr/webpack/-/webpack-6.5.1.tgz#ecf027814fc1cb2decc29dc92f39c3cf691e40e8"
+  integrity sha512-cQ/AsnBkXPkEK8cLbv4Dm7JGXq2XrumKnL1dRpJD9rIO2fTIlJI9a1uCciYG1F2aUsox/hJQyNGbt3soDxSRkA==
+  dependencies:
+    "@babel/core" "^7.19.6"
+    "@babel/plugin-transform-react-constant-elements" "^7.18.12"
+    "@babel/preset-env" "^7.19.4"
+    "@babel/preset-react" "^7.18.6"
+    "@babel/preset-typescript" "^7.18.6"
+    "@svgr/core" "^6.5.1"
+    "@svgr/plugin-jsx" "^6.5.1"
+    "@svgr/plugin-svgo" "^6.5.1"
+
+"@szmarczak/http-timer@^1.1.2":
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/@szmarczak/http-timer/-/http-timer-1.1.2.tgz#b1665e2c461a2cd92f4c1bbf50d5454de0d4b421"
+  integrity sha512-XIB2XbzHTN6ieIjfIMV9hlVcfPU26s2vafYWQcZHWXHOxiaRZYEDKEwdl129Zyg50+foYV2jCgtrqSA6qNuNSA==
+  dependencies:
+    defer-to-connect "^1.0.1"
+
+"@trysound/sax@0.2.0":
+  version "0.2.0"
+  resolved "https://registry.yarnpkg.com/@trysound/sax/-/sax-0.2.0.tgz#cccaab758af56761eb7bf37af6f03f326dd798ad"
+  integrity sha512-L7z9BgrNEcYyUYtF+HaEfiS5ebkh9jXqbszz7pC0hRBPaatV0XjSD3+eHrpqFemQfgwiFF0QPIarnIihIDn7OA==
+
+"@tsconfig/docusaurus@^1.0.5":
+  version "1.0.7"
+  resolved "https://registry.yarnpkg.com/@tsconfig/docusaurus/-/docusaurus-1.0.7.tgz#a3ee3c8109b3fec091e3d61a61834e563aeee3c3"
+  integrity sha512-ffTXxGIP/IRMCjuzHd6M4/HdIrw1bMfC7Bv8hMkTadnePkpe0lG0oDSdbRpSDZb2rQMAgpbWiR10BvxvNYwYrg==
+
+"@types/body-parser@*":
+  version "1.19.3"
+  resolved "https://registry.yarnpkg.com/@types/body-parser/-/body-parser-1.19.3.tgz#fb558014374f7d9e56c8f34bab2042a3a07d25cd"
+  integrity sha512-oyl4jvAfTGX9Bt6Or4H9ni1Z447/tQuxnZsytsCaExKlmJiU8sFgnIBRzJUpKwB5eWn9HuBYlUlVA74q/yN0eQ==
+  dependencies:
+    "@types/connect" "*"
+    "@types/node" "*"
+
+"@types/bonjour@^3.5.9":
+  version "3.5.11"
+  resolved "https://registry.yarnpkg.com/@types/bonjour/-/bonjour-3.5.11.tgz#fbaa46a1529ea5c5e46cde36e4be6a880db55b84"
+  integrity sha512-isGhjmBtLIxdHBDl2xGwUzEM8AOyOvWsADWq7rqirdi/ZQoHnLWErHvsThcEzTX8juDRiZtzp2Qkv5bgNh6mAg==
+  dependencies:
+    "@types/node" "*"
+
+"@types/connect-history-api-fallback@^1.3.5":
+  version "1.5.1"
+  resolved "https://registry.yarnpkg.com/@types/connect-history-api-fallback/-/connect-history-api-fallback-1.5.1.tgz#6e5e3602d93bda975cebc3449e1a318340af9e20"
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+  dependencies:
+    "@types/express-serve-static-core" "*"
+    "@types/node" "*"
+
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+  version "3.4.36"
+  resolved "https://registry.yarnpkg.com/@types/connect/-/connect-3.4.36.tgz#e511558c15a39cb29bd5357eebb57bd1459cd1ab"
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+  dependencies:
+    "@types/node" "*"
+
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+  version "3.7.5"
+  resolved "https://registry.yarnpkg.com/@types/eslint-scope/-/eslint-scope-3.7.5.tgz#e28b09dbb1d9d35fdfa8a884225f00440dfc5a3e"
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+  dependencies:
+    "@types/eslint" "*"
+    "@types/estree" "*"
+
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+  version "8.44.4"
+  resolved "https://registry.yarnpkg.com/@types/eslint/-/eslint-8.44.4.tgz#28eaff82e1ca0a96554ec5bb0188f10ae1a74c2f"
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+  dependencies:
+    "@types/estree" "*"
+    "@types/json-schema" "*"
+
+"@types/estree@*", "@types/estree@^1.0.0":
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/@types/estree/-/estree-1.0.2.tgz#ff02bc3dc8317cd668dfec247b750ba1f1d62453"
+  integrity sha512-VeiPZ9MMwXjO32/Xu7+OwflfmeoRwkE/qzndw42gGtgJwZopBnzy2gD//NN1+go1mADzkDcqf/KnFRSjTJ8xJA==
+
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+  version "4.17.37"
+  resolved "https://registry.yarnpkg.com/@types/express-serve-static-core/-/express-serve-static-core-4.17.37.tgz#7e4b7b59da9142138a2aaa7621f5abedce8c7320"
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+  dependencies:
+    "@types/node" "*"
+    "@types/qs" "*"
+    "@types/range-parser" "*"
+    "@types/send" "*"
+
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+  version "4.17.19"
+  resolved "https://registry.yarnpkg.com/@types/express/-/express-4.17.19.tgz#6ff9b4851fda132c5d3dcd2f89fdb6a7a0031ced"
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+  dependencies:
+    "@types/body-parser" "*"
+    "@types/express-serve-static-core" "^4.17.33"
+    "@types/qs" "*"
+    "@types/serve-static" "*"
+
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+  version "2.3.6"
+  resolved "https://registry.yarnpkg.com/@types/hast/-/hast-2.3.6.tgz#bb8b05602112a26d22868acb70c4b20984ec7086"
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+  dependencies:
+    "@types/unist" "^2"
+
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+  version "4.7.11"
+  resolved "https://registry.yarnpkg.com/@types/history/-/history-4.7.11.tgz#56588b17ae8f50c53983a524fc3cc47437969d64"
+  integrity sha512-qjDJRrmvBMiTx+jyLxvLfJU7UznFuokDv4f3WRuriHKERccVpFU+8XMQUAbDzoiJCsmexxRExQeMwwCdamSKDA==
+
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+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/@types/html-minifier-terser/-/html-minifier-terser-6.1.0.tgz#4fc33a00c1d0c16987b1a20cf92d20614c55ac35"
+  integrity sha512-oh/6byDPnL1zeNXFrDXFLyZjkr1MsBG667IM792caf1L2UPOOMf65NFzjUH/ltyfwjAGfs1rsX1eftK0jC/KIg==
+
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+  version "2.0.2"
+  resolved "https://registry.yarnpkg.com/@types/http-errors/-/http-errors-2.0.2.tgz#a86e00bbde8950364f8e7846687259ffcd96e8c2"
+  integrity sha512-lPG6KlZs88gef6aD85z3HNkztpj7w2R7HmR3gygjfXCQmsLloWNARFkMuzKiiY8FGdh1XDpgBdrSf4aKDiA7Kg==
+
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+  version "1.17.12"
+  resolved "https://registry.yarnpkg.com/@types/http-proxy/-/http-proxy-1.17.12.tgz#86e849e9eeae0362548803c37a0a1afc616bd96b"
+  integrity sha512-kQtujO08dVtQ2wXAuSFfk9ASy3sug4+ogFR8Kd8UgP8PEuc1/G/8yjYRmp//PcDNJEUKOza/MrQu15bouEUCiw==
+  dependencies:
+    "@types/node" "*"
+
+"@types/istanbul-lib-coverage@*", "@types/istanbul-lib-coverage@^2.0.0":
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/@types/istanbul-lib-coverage/-/istanbul-lib-coverage-2.0.4.tgz#8467d4b3c087805d63580480890791277ce35c44"
+  integrity sha512-z/QT1XN4K4KYuslS23k62yDIDLwLFkzxOuMplDtObz0+y7VqJCaO2o+SPwHCvLFZh7xazvvoor2tA/hPz9ee7g==
+
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+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/@types/istanbul-lib-report/-/istanbul-lib-report-3.0.1.tgz#412e0725ef41cde73bfa03e0e833eaff41e0fd63"
+  integrity sha512-gPQuzaPR5h/djlAv2apEG1HVOyj1IUs7GpfMZixU0/0KXT3pm64ylHuMUI1/Akh+sq/iikxg6Z2j+fcMDXaaTQ==
+  dependencies:
+    "@types/istanbul-lib-coverage" "*"
+
+"@types/istanbul-reports@^3.0.0":
+  version "3.0.2"
+  resolved "https://registry.yarnpkg.com/@types/istanbul-reports/-/istanbul-reports-3.0.2.tgz#edc8e421991a3b4df875036d381fc0a5a982f549"
+  integrity sha512-kv43F9eb3Lhj+lr/Hn6OcLCs/sSM8bt+fIaP11rCYngfV6NVjzWXJ17owQtDQTL9tQ8WSLUrGsSJ6rJz0F1w1A==
+  dependencies:
+    "@types/istanbul-lib-report" "*"
+
+"@types/json-schema@*", "@types/json-schema@^7.0.4", "@types/json-schema@^7.0.5", "@types/json-schema@^7.0.8", "@types/json-schema@^7.0.9":
+  version "7.0.13"
+  resolved "https://registry.yarnpkg.com/@types/json-schema/-/json-schema-7.0.13.tgz#02c24f4363176d2d18fc8b70b9f3c54aba178a85"
+  integrity sha512-RbSSoHliUbnXj3ny0CNFOoxrIDV6SUGyStHsvDqosw6CkdPV8TtWGlfecuK4ToyMEAql6pzNxgCFKanovUzlgQ==
+
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+  version "3.0.13"
+  resolved "https://registry.yarnpkg.com/@types/mdast/-/mdast-3.0.13.tgz#b7ba6e52d0faeb9c493e32c205f3831022be4e1b"
+  integrity sha512-HjiGiWedR0DVFkeNljpa6Lv4/IZU1+30VY5d747K7lBudFc3R0Ibr6yJ9lN3BE28VnZyDfLF/VB1Ql1ZIbKrmg==
+  dependencies:
+    "@types/unist" "^2"
+
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+  version "3.0.2"
+  resolved "https://registry.yarnpkg.com/@types/mime/-/mime-3.0.2.tgz#c1ae807f13d308ee7511a5b81c74f327028e66e8"
+  integrity sha512-Wj+fqpTLtTbG7c0tH47dkahefpLKEbB+xAZuLq7b4/IDHPl/n6VoXcyUQ2bypFlbSwvCr0y+bD4euTTqTJsPxQ==
+
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+  version "1.3.3"
+  resolved "https://registry.yarnpkg.com/@types/mime/-/mime-1.3.3.tgz#bbe64987e0eb05de150c305005055c7ad784a9ce"
+  integrity sha512-Ys+/St+2VF4+xuY6+kDIXGxbNRO0mesVg0bbxEfB97Od1Vjpjx9KD1qxs64Gcb3CWPirk9Xe+PT4YiiHQ9T+eg==
+
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+  version "20.8.4"
+  resolved "https://registry.yarnpkg.com/@types/node/-/node-20.8.4.tgz#0e9ebb2ff29d5c3302fc84477d066fa7c6b441aa"
+  integrity sha512-ZVPnqU58giiCjSxjVUESDtdPk4QR5WQhhINbc9UBrKLU68MX5BF6kbQzTrkwbolyr0X8ChBpXfavr5mZFKZQ5A==
+  dependencies:
+    undici-types "~5.25.1"
+
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+  version "17.0.45"
+  resolved "https://registry.yarnpkg.com/@types/node/-/node-17.0.45.tgz#2c0fafd78705e7a18b7906b5201a522719dc5190"
+  integrity sha512-w+tIMs3rq2afQdsPJlODhoUEKzFP1ayaoyl1CcnwtIlsVe7K7bA1NGm4s3PraqTLlXnbIN84zuBlxBWo1u9BLw==
+
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+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/@types/parse-json/-/parse-json-4.0.0.tgz#2f8bb441434d163b35fb8ffdccd7138927ffb8c0"
+  integrity sha512-//oorEZjL6sbPcKUaCdIGlIUeH26mgzimjBB77G6XRgnDl/L5wOnpyBGRe/Mmf5CVW3PwEBE1NjiMZ/ssFh4wA==
+
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+  version "5.0.3"
+  resolved "https://registry.yarnpkg.com/@types/parse5/-/parse5-5.0.3.tgz#e7b5aebbac150f8b5fdd4a46e7f0bd8e65e19109"
+  integrity sha512-kUNnecmtkunAoQ3CnjmMkzNU/gtxG8guhi+Fk2U/kOpIKjIMKnXGp4IJCgQJrXSgMsWYimYG4TGjz/UzbGEBTw==
+
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+  version "15.7.8"
+  resolved "https://registry.yarnpkg.com/@types/prop-types/-/prop-types-15.7.8.tgz#805eae6e8f41bd19e88917d2ea200dc992f405d3"
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+
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+  version "6.9.8"
+  resolved "https://registry.yarnpkg.com/@types/qs/-/qs-6.9.8.tgz#f2a7de3c107b89b441e071d5472e6b726b4adf45"
+  integrity sha512-u95svzDlTysU5xecFNTgfFG5RUWu1A9P0VzgpcIiGZA9iraHOdSzcxMxQ55DyeRaGCSxQi7LxXDI4rzq/MYfdg==
+
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+  version "1.2.5"
+  resolved "https://registry.yarnpkg.com/@types/range-parser/-/range-parser-1.2.5.tgz#38bd1733ae299620771bd414837ade2e57757498"
+  integrity sha512-xrO9OoVPqFuYyR/loIHjnbvvyRZREYKLjxV4+dY6v3FQR3stQ9ZxIGkaclF7YhI9hfjpuTbu14hZEy94qKLtOA==
+
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+  version "5.0.8"
+  resolved "https://registry.yarnpkg.com/@types/react-router-config/-/react-router-config-5.0.8.tgz#dd00654de4d79927570a4a8807c4a728feed59f3"
+  integrity sha512-zBzYZsr05V9xRG96oQ/xBXHy5+fDCX5wL7bboM0FFoOYQp9Gxmz8uvuKSkLesNWHlICl+W1l64F7fmp/KsOkuw==
+  dependencies:
+    "@types/history" "^4.7.11"
+    "@types/react" "*"
+    "@types/react-router" "^5.1.0"
+
+"@types/react-router-dom@*":
+  version "5.3.3"
+  resolved "https://registry.yarnpkg.com/@types/react-router-dom/-/react-router-dom-5.3.3.tgz#e9d6b4a66fcdbd651a5f106c2656a30088cc1e83"
+  integrity sha512-kpqnYK4wcdm5UaWI3fLcELopqLrHgLqNsdpHauzlQktfkHL3npOSwtj1Uz9oKBAzs7lFtVkV8j83voAz2D8fhw==
+  dependencies:
+    "@types/history" "^4.7.11"
+    "@types/react" "*"
+    "@types/react-router" "*"
+
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+  version "5.1.20"
+  resolved "https://registry.yarnpkg.com/@types/react-router/-/react-router-5.1.20.tgz#88eccaa122a82405ef3efbcaaa5dcdd9f021387c"
+  integrity sha512-jGjmu/ZqS7FjSH6owMcD5qpq19+1RS9DeVRqfl1FeBMxTDQAGwlMWOcs52NDoXaNKyG3d1cYQFMs9rCrb88o9Q==
+  dependencies:
+    "@types/history" "^4.7.11"
+    "@types/react" "*"
+
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+  version "18.2.27"
+  resolved "https://registry.yarnpkg.com/@types/react/-/react-18.2.27.tgz#746e52b06f3ccd5d7a724fd53769b70792601440"
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+  dependencies:
+    "@types/prop-types" "*"
+    "@types/scheduler" "*"
+    csstype "^3.0.2"
+
+"@types/retry@0.12.0":
+  version "0.12.0"
+  resolved "https://registry.yarnpkg.com/@types/retry/-/retry-0.12.0.tgz#2b35eccfcee7d38cd72ad99232fbd58bffb3c84d"
+  integrity sha512-wWKOClTTiizcZhXnPY4wikVAwmdYHp8q6DmC+EJUzAMsycb7HB32Kh9RN4+0gExjmPmZSAQjgURXIGATPegAvA==
+
+"@types/sax@^1.2.1":
+  version "1.2.5"
+  resolved "https://registry.yarnpkg.com/@types/sax/-/sax-1.2.5.tgz#4392799e1770d24b6dc8d0c66c8882f8e1c38b3d"
+  integrity sha512-9jWta97bBVC027/MShr3gLab8gPhKy4l6qpb+UJLF5pDm3501NvA7uvqVCW+REFtx00oTi6Cq9JzLwgq6evVgw==
+  dependencies:
+    "@types/node" "*"
+
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+  version "0.16.4"
+  resolved "https://registry.yarnpkg.com/@types/scheduler/-/scheduler-0.16.4.tgz#fedc3e5b15c26dc18faae96bf1317487cb3658cf"
+  integrity sha512-2L9ifAGl7wmXwP4v3pN4p2FLhD0O1qsJpvKmNin5VA8+UvNVb447UDaAEV6UdrkA+m/Xs58U1RFps44x6TFsVQ==
+
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+  version "0.17.2"
+  resolved "https://registry.yarnpkg.com/@types/send/-/send-0.17.2.tgz#af78a4495e3c2b79bfbdac3955fdd50e03cc98f2"
+  integrity sha512-aAG6yRf6r0wQ29bkS+x97BIs64ZLxeE/ARwyS6wrldMm3C1MdKwCcnnEwMC1slI8wuxJOpiUH9MioC0A0i+GJw==
+  dependencies:
+    "@types/mime" "^1"
+    "@types/node" "*"
+
+"@types/serve-index@^1.9.1":
+  version "1.9.2"
+  resolved "https://registry.yarnpkg.com/@types/serve-index/-/serve-index-1.9.2.tgz#cb26e775678a8526b73a5d980a147518740aaecd"
+  integrity sha512-asaEIoc6J+DbBKXtO7p2shWUpKacZOoMBEGBgPG91P8xhO53ohzHWGCs4ScZo5pQMf5ukQzVT9fhX1WzpHihig==
+  dependencies:
+    "@types/express" "*"
+
+"@types/serve-static@*", "@types/serve-static@^1.13.10":
+  version "1.15.3"
+  resolved "https://registry.yarnpkg.com/@types/serve-static/-/serve-static-1.15.3.tgz#2cfacfd1fd4520bbc3e292cca432d5e8e2e3ee61"
+  integrity sha512-yVRvFsEMrv7s0lGhzrggJjNOSmZCdgCjw9xWrPr/kNNLp6FaDfMC1KaYl3TSJ0c58bECwNBMoQrZJ8hA8E1eFg==
+  dependencies:
+    "@types/http-errors" "*"
+    "@types/mime" "*"
+    "@types/node" "*"
+
+"@types/sockjs@^0.3.33":
+  version "0.3.34"
+  resolved "https://registry.yarnpkg.com/@types/sockjs/-/sockjs-0.3.34.tgz#43e10e549b36d2ba2589278f00f81b5d7ccda167"
+  integrity sha512-R+n7qBFnm/6jinlteC9DBL5dGiDGjWAvjo4viUanpnc/dG1y7uDoacXPIQ/PQEg1fI912SMHIa014ZjRpvDw4g==
+  dependencies:
+    "@types/node" "*"
+
+"@types/unist@^2", "@types/unist@^2.0.0", "@types/unist@^2.0.2", "@types/unist@^2.0.3":
+  version "2.0.8"
+  resolved "https://registry.yarnpkg.com/@types/unist/-/unist-2.0.8.tgz#bb197b9639aa1a04cf464a617fe800cccd92ad5c"
+  integrity sha512-d0XxK3YTObnWVp6rZuev3c49+j4Lo8g4L1ZRm9z5L0xpoZycUPshHgczK5gsUMaZOstjVYYi09p5gYvUtfChYw==
+
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+  version "8.5.6"
+  resolved "https://registry.yarnpkg.com/@types/ws/-/ws-8.5.6.tgz#e9ad51f0ab79b9110c50916c9fcbddc36d373065"
+  integrity sha512-8B5EO9jLVCy+B58PLHvLDuOD8DRVMgQzq8d55SjLCOn9kqGyqOvy27exVaTio1q1nX5zLu8/6N0n2ThSxOM6tg==
+  dependencies:
+    "@types/node" "*"
+
+"@types/yargs-parser@*":
+  version "21.0.1"
+  resolved "https://registry.yarnpkg.com/@types/yargs-parser/-/yargs-parser-21.0.1.tgz#07773d7160494d56aa882d7531aac7319ea67c3b"
+  integrity sha512-axdPBuLuEJt0c4yI5OZssC19K2Mq1uKdrfZBzuxLvaztgqUtFYZUNw7lETExPYJR9jdEoIg4mb7RQKRQzOkeGQ==
+
+"@types/yargs@^17.0.8":
+  version "17.0.28"
+  resolved "https://registry.yarnpkg.com/@types/yargs/-/yargs-17.0.28.tgz#d106e4301fbacde3d1796ab27374dd16588ec851"
+  integrity sha512-N3e3fkS86hNhtk6BEnc0rj3zcehaxx8QWhCROJkqpl5Zaoi7nAic3jH8q94jVD3zu5LGk+PUB6KAiDmimYOEQw==
+  dependencies:
+    "@types/yargs-parser" "*"
+
+"@webassemblyjs/ast@1.11.6", "@webassemblyjs/ast@^1.11.5":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/ast/-/ast-1.11.6.tgz#db046555d3c413f8966ca50a95176a0e2c642e24"
+  integrity sha512-IN1xI7PwOvLPgjcf180gC1bqn3q/QaOCwYUahIOhbYUu8KA/3tw2RT/T0Gidi1l7Hhj5D/INhJxiICObqpMu4Q==
+  dependencies:
+    "@webassemblyjs/helper-numbers" "1.11.6"
+    "@webassemblyjs/helper-wasm-bytecode" "1.11.6"
+
+"@webassemblyjs/floating-point-hex-parser@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/floating-point-hex-parser/-/floating-point-hex-parser-1.11.6.tgz#dacbcb95aff135c8260f77fa3b4c5fea600a6431"
+  integrity sha512-ejAj9hfRJ2XMsNHk/v6Fu2dGS+i4UaXBXGemOfQ/JfQ6mdQg/WXtwleQRLLS4OvfDhv8rYnVwH27YJLMyYsxhw==
+
+"@webassemblyjs/helper-api-error@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/helper-api-error/-/helper-api-error-1.11.6.tgz#6132f68c4acd59dcd141c44b18cbebbd9f2fa768"
+  integrity sha512-o0YkoP4pVu4rN8aTJgAyj9hC2Sv5UlkzCHhxqWj8butaLvnpdc2jOwh4ewE6CX0txSfLn/UYaV/pheS2Txg//Q==
+
+"@webassemblyjs/helper-buffer@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/helper-buffer/-/helper-buffer-1.11.6.tgz#b66d73c43e296fd5e88006f18524feb0f2c7c093"
+  integrity sha512-z3nFzdcp1mb8nEOFFk8DrYLpHvhKC3grJD2ardfKOzmbmJvEf/tPIqCY+sNcwZIY8ZD7IkB2l7/pqhUhqm7hLA==
+
+"@webassemblyjs/helper-numbers@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/helper-numbers/-/helper-numbers-1.11.6.tgz#cbce5e7e0c1bd32cf4905ae444ef64cea919f1b5"
+  integrity sha512-vUIhZ8LZoIWHBohiEObxVm6hwP034jwmc9kuq5GdHZH0wiLVLIPcMCdpJzG4C11cHoQ25TFIQj9kaVADVX7N3g==
+  dependencies:
+    "@webassemblyjs/floating-point-hex-parser" "1.11.6"
+    "@webassemblyjs/helper-api-error" "1.11.6"
+    "@xtuc/long" "4.2.2"
+
+"@webassemblyjs/helper-wasm-bytecode@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/helper-wasm-bytecode/-/helper-wasm-bytecode-1.11.6.tgz#bb2ebdb3b83aa26d9baad4c46d4315283acd51e9"
+  integrity sha512-sFFHKwcmBprO9e7Icf0+gddyWYDViL8bpPjJJl0WHxCdETktXdmtWLGVzoHbqUcY4Be1LkNfwTmXOJUFZYSJdA==
+
+"@webassemblyjs/helper-wasm-section@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/helper-wasm-section/-/helper-wasm-section-1.11.6.tgz#ff97f3863c55ee7f580fd5c41a381e9def4aa577"
+  integrity sha512-LPpZbSOwTpEC2cgn4hTydySy1Ke+XEu+ETXuoyvuyezHO3Kjdu90KK95Sh9xTbmjrCsUwvWwCOQQNta37VrS9g==
+  dependencies:
+    "@webassemblyjs/ast" "1.11.6"
+    "@webassemblyjs/helper-buffer" "1.11.6"
+    "@webassemblyjs/helper-wasm-bytecode" "1.11.6"
+    "@webassemblyjs/wasm-gen" "1.11.6"
+
+"@webassemblyjs/ieee754@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/ieee754/-/ieee754-1.11.6.tgz#bb665c91d0b14fffceb0e38298c329af043c6e3a"
+  integrity sha512-LM4p2csPNvbij6U1f19v6WR56QZ8JcHg3QIJTlSwzFcmx6WSORicYj6I63f9yU1kEUtrpG+kjkiIAkevHpDXrg==
+  dependencies:
+    "@xtuc/ieee754" "^1.2.0"
+
+"@webassemblyjs/leb128@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/leb128/-/leb128-1.11.6.tgz#70e60e5e82f9ac81118bc25381a0b283893240d7"
+  integrity sha512-m7a0FhE67DQXgouf1tbN5XQcdWoNgaAuoULHIfGFIEVKA6tu/edls6XnIlkmS6FrXAquJRPni3ZZKjw6FSPjPQ==
+  dependencies:
+    "@xtuc/long" "4.2.2"
+
+"@webassemblyjs/utf8@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/utf8/-/utf8-1.11.6.tgz#90f8bc34c561595fe156603be7253cdbcd0fab5a"
+  integrity sha512-vtXf2wTQ3+up9Zsg8sa2yWiQpzSsMyXj0qViVP6xKGCUT8p8YJ6HqI7l5eCnWx1T/FYdsv07HQs2wTFbbof/RA==
+
+"@webassemblyjs/wasm-edit@^1.11.5":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/wasm-edit/-/wasm-edit-1.11.6.tgz#c72fa8220524c9b416249f3d94c2958dfe70ceab"
+  integrity sha512-Ybn2I6fnfIGuCR+Faaz7YcvtBKxvoLV3Lebn1tM4o/IAJzmi9AWYIPWpyBfU8cC+JxAO57bk4+zdsTjJR+VTOw==
+  dependencies:
+    "@webassemblyjs/ast" "1.11.6"
+    "@webassemblyjs/helper-buffer" "1.11.6"
+    "@webassemblyjs/helper-wasm-bytecode" "1.11.6"
+    "@webassemblyjs/helper-wasm-section" "1.11.6"
+    "@webassemblyjs/wasm-gen" "1.11.6"
+    "@webassemblyjs/wasm-opt" "1.11.6"
+    "@webassemblyjs/wasm-parser" "1.11.6"
+    "@webassemblyjs/wast-printer" "1.11.6"
+
+"@webassemblyjs/wasm-gen@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/wasm-gen/-/wasm-gen-1.11.6.tgz#fb5283e0e8b4551cc4e9c3c0d7184a65faf7c268"
+  integrity sha512-3XOqkZP/y6B4F0PBAXvI1/bky7GryoogUtfwExeP/v7Nzwo1QLcq5oQmpKlftZLbT+ERUOAZVQjuNVak6UXjPA==
+  dependencies:
+    "@webassemblyjs/ast" "1.11.6"
+    "@webassemblyjs/helper-wasm-bytecode" "1.11.6"
+    "@webassemblyjs/ieee754" "1.11.6"
+    "@webassemblyjs/leb128" "1.11.6"
+    "@webassemblyjs/utf8" "1.11.6"
+
+"@webassemblyjs/wasm-opt@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/wasm-opt/-/wasm-opt-1.11.6.tgz#d9a22d651248422ca498b09aa3232a81041487c2"
+  integrity sha512-cOrKuLRE7PCe6AsOVl7WasYf3wbSo4CeOk6PkrjS7g57MFfVUF9u6ysQBBODX0LdgSvQqRiGz3CXvIDKcPNy4g==
+  dependencies:
+    "@webassemblyjs/ast" "1.11.6"
+    "@webassemblyjs/helper-buffer" "1.11.6"
+    "@webassemblyjs/wasm-gen" "1.11.6"
+    "@webassemblyjs/wasm-parser" "1.11.6"
+
+"@webassemblyjs/wasm-parser@1.11.6", "@webassemblyjs/wasm-parser@^1.11.5":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/wasm-parser/-/wasm-parser-1.11.6.tgz#bb85378c527df824004812bbdb784eea539174a1"
+  integrity sha512-6ZwPeGzMJM3Dqp3hCsLgESxBGtT/OeCvCZ4TA1JUPYgmhAx38tTPR9JaKy0S5H3evQpO/h2uWs2j6Yc/fjkpTQ==
+  dependencies:
+    "@webassemblyjs/ast" "1.11.6"
+    "@webassemblyjs/helper-api-error" "1.11.6"
+    "@webassemblyjs/helper-wasm-bytecode" "1.11.6"
+    "@webassemblyjs/ieee754" "1.11.6"
+    "@webassemblyjs/leb128" "1.11.6"
+    "@webassemblyjs/utf8" "1.11.6"
+
+"@webassemblyjs/wast-printer@1.11.6":
+  version "1.11.6"
+  resolved "https://registry.yarnpkg.com/@webassemblyjs/wast-printer/-/wast-printer-1.11.6.tgz#a7bf8dd7e362aeb1668ff43f35cb849f188eff20"
+  integrity sha512-JM7AhRcE+yW2GWYaKeHL5vt4xqee5N2WcezptmgyhNS+ScggqcT1OtXykhAb13Sn5Yas0j2uv9tHgrjwvzAP4A==
+  dependencies:
+    "@webassemblyjs/ast" "1.11.6"
+    "@xtuc/long" "4.2.2"
+
+"@xtuc/ieee754@^1.2.0":
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/@xtuc/ieee754/-/ieee754-1.2.0.tgz#eef014a3145ae477a1cbc00cd1e552336dceb790"
+  integrity sha512-DX8nKgqcGwsc0eJSqYt5lwP4DH5FlHnmuWWBRy7X0NcaGR0ZtuyeESgMwTYVEtxmsNGY+qit4QYT/MIYTOTPeA==
+
+"@xtuc/long@4.2.2":
+  version "4.2.2"
+  resolved "https://registry.yarnpkg.com/@xtuc/long/-/long-4.2.2.tgz#d291c6a4e97989b5c61d9acf396ae4fe133a718d"
+  integrity sha512-NuHqBY1PB/D8xU6s/thBgOAiAP7HOYDQ32+BFZILJ8ivkUkAHQnWfn6WhL79Owj1qmUnoN/YPhktdIoucipkAQ==
+
+accepts@~1.3.4, accepts@~1.3.5, accepts@~1.3.8:
+  version "1.3.8"
+  resolved "https://registry.yarnpkg.com/accepts/-/accepts-1.3.8.tgz#0bf0be125b67014adcb0b0921e62db7bffe16b2e"
+  integrity sha512-PYAthTa2m2VKxuvSD3DPC/Gy+U+sOA1LAuT8mkmRuvw+NACSaeXEQ+NHcVF7rONl6qcaxV3Uuemwawk+7+SJLw==
+  dependencies:
+    mime-types "~2.1.34"
+    negotiator "0.6.3"
+
+acorn-import-assertions@^1.9.0:
+  version "1.9.0"
+  resolved "https://registry.yarnpkg.com/acorn-import-assertions/-/acorn-import-assertions-1.9.0.tgz#507276249d684797c84e0734ef84860334cfb1ac"
+  integrity sha512-cmMwop9x+8KFhxvKrKfPYmN6/pKTYYHBqLa0DfvVZcKMJWNyWLnaqND7dx/qn66R7ewM1UX5XMaDVP5wlVTaVA==
+
+acorn-walk@^8.0.0:
+  version "8.2.0"
+  resolved "https://registry.yarnpkg.com/acorn-walk/-/acorn-walk-8.2.0.tgz#741210f2e2426454508853a2f44d0ab83b7f69c1"
+  integrity sha512-k+iyHEuPgSw6SbuDpGQM+06HQUa04DZ3o+F6CSzXMvvI5KMvnaEqXe+YVe555R9nn6GPt404fos4wcgpw12SDA==
+
+acorn@^8.0.4, acorn@^8.7.1, acorn@^8.8.2:
+  version "8.10.0"
+  resolved "https://registry.yarnpkg.com/acorn/-/acorn-8.10.0.tgz#8be5b3907a67221a81ab23c7889c4c5526b62ec5"
+  integrity sha512-F0SAmZ8iUtS//m8DmCTA0jlh6TDKkHQyK6xc6V4KDTyZKA9dnvX9/3sRTVQrWm79glUAZbnmmNcdYwUIHWVybw==
+
+address@^1.0.1, address@^1.1.2:
+  version "1.2.2"
+  resolved "https://registry.yarnpkg.com/address/-/address-1.2.2.tgz#2b5248dac5485a6390532c6a517fda2e3faac89e"
+  integrity sha512-4B/qKCfeE/ODUaAUpSwfzazo5x29WD4r3vXiWsB7I2mSDAihwEqKO+g8GELZUQSSAo5e1XTYh3ZVfLyxBc12nA==
+
+aggregate-error@^3.0.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/aggregate-error/-/aggregate-error-3.1.0.tgz#92670ff50f5359bdb7a3e0d40d0ec30c5737687a"
+  integrity sha512-4I7Td01quW/RpocfNayFdFVk1qSuoh0E7JrbRJ16nH01HhKFQ88INq9Sd+nd72zqRySlr9BmDA8xlEJ6vJMrYA==
+  dependencies:
+    clean-stack "^2.0.0"
+    indent-string "^4.0.0"
+
+ajv-formats@^2.1.1:
+  version "2.1.1"
+  resolved "https://registry.yarnpkg.com/ajv-formats/-/ajv-formats-2.1.1.tgz#6e669400659eb74973bbf2e33327180a0996b520"
+  integrity sha512-Wx0Kx52hxE7C18hkMEggYlEifqWZtYaRgouJor+WMdPnQyEK13vgEWyVNup7SoeeoLMsr4kf5h6dOW11I15MUA==
+  dependencies:
+    ajv "^8.0.0"
+
+ajv-keywords@^3.4.1, ajv-keywords@^3.5.2:
+  version "3.5.2"
+  resolved "https://registry.yarnpkg.com/ajv-keywords/-/ajv-keywords-3.5.2.tgz#31f29da5ab6e00d1c2d329acf7b5929614d5014d"
+  integrity sha512-5p6WTN0DdTGVQk6VjcEju19IgaHudalcfabD7yhDGeA6bcQnmL+CpveLJq/3hvfwd1aof6L386Ougkx6RfyMIQ==
+
+ajv-keywords@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/ajv-keywords/-/ajv-keywords-5.1.0.tgz#69d4d385a4733cdbeab44964a1170a88f87f0e16"
+  integrity sha512-YCS/JNFAUyr5vAuhk1DWm1CBxRHW9LbJ2ozWeemrIqpbsqKjHVxYPyi5GC0rjZIT5JxJ3virVTS8wk4i/Z+krw==
+  dependencies:
+    fast-deep-equal "^3.1.3"
+
+ajv@^6.12.2, ajv@^6.12.4, ajv@^6.12.5:
+  version "6.12.6"
+  resolved "https://registry.yarnpkg.com/ajv/-/ajv-6.12.6.tgz#baf5a62e802b07d977034586f8c3baf5adf26df4"
+  integrity sha512-j3fVLgvTo527anyYyJOGTYJbG+vnnQYvE0m5mmkc1TK+nxAppkCLMIL0aZ4dblVCNoGShhm+kzE4ZUykBoMg4g==
+  dependencies:
+    fast-deep-equal "^3.1.1"
+    fast-json-stable-stringify "^2.0.0"
+    json-schema-traverse "^0.4.1"
+    uri-js "^4.2.2"
+
+ajv@^8.0.0, ajv@^8.9.0:
+  version "8.12.0"
+  resolved "https://registry.yarnpkg.com/ajv/-/ajv-8.12.0.tgz#d1a0527323e22f53562c567c00991577dfbe19d1"
+  integrity sha512-sRu1kpcO9yLtYxBKvqfTeh9KzZEwO3STyX1HT+4CaDzC6HpTGYhIhPIzj9XuKU7KYDwnaeh5hcOwjy1QuJzBPA==
+  dependencies:
+    fast-deep-equal "^3.1.1"
+    json-schema-traverse "^1.0.0"
+    require-from-string "^2.0.2"
+    uri-js "^4.2.2"
+
+algoliasearch-helper@^3.10.0:
+  version "3.14.2"
+  resolved "https://registry.yarnpkg.com/algoliasearch-helper/-/algoliasearch-helper-3.14.2.tgz#c34cfe6cefcfecd65c60bcb8bf9b68134472d28c"
+  integrity sha512-FjDSrjvQvJT/SKMW74nPgFpsoPUwZCzGbCqbp8HhBFfSk/OvNFxzCaCmuO0p7AWeLy1gD+muFwQEkBwcl5H4pg==
+  dependencies:
+    "@algolia/events" "^4.0.1"
+
+algoliasearch@^4.13.1, algoliasearch@^4.19.1:
+  version "4.20.0"
+  resolved "https://registry.yarnpkg.com/algoliasearch/-/algoliasearch-4.20.0.tgz#700c2cb66e14f8a288460036c7b2a554d0d93cf4"
+  integrity sha512-y+UHEjnOItoNy0bYO+WWmLWBlPwDjKHW6mNHrPi0NkuhpQOOEbrkwQH/wgKFDLh7qlKjzoKeiRtlpewDPDG23g==
+  dependencies:
+    "@algolia/cache-browser-local-storage" "4.20.0"
+    "@algolia/cache-common" "4.20.0"
+    "@algolia/cache-in-memory" "4.20.0"
+    "@algolia/client-account" "4.20.0"
+    "@algolia/client-analytics" "4.20.0"
+    "@algolia/client-common" "4.20.0"
+    "@algolia/client-personalization" "4.20.0"
+    "@algolia/client-search" "4.20.0"
+    "@algolia/logger-common" "4.20.0"
+    "@algolia/logger-console" "4.20.0"
+    "@algolia/requester-browser-xhr" "4.20.0"
+    "@algolia/requester-common" "4.20.0"
+    "@algolia/requester-node-http" "4.20.0"
+    "@algolia/transporter" "4.20.0"
+
+ansi-align@^3.0.0, ansi-align@^3.0.1:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/ansi-align/-/ansi-align-3.0.1.tgz#0cdf12e111ace773a86e9a1fad1225c43cb19a59"
+  integrity sha512-IOfwwBF5iczOjp/WeY4YxyjqAFMQoZufdQWDd19SEExbVLNXqvpzSJ/M7Za4/sCPmQ0+GRquoA7bGcINcxew6w==
+  dependencies:
+    string-width "^4.1.0"
+
+ansi-html-community@^0.0.8:
+  version "0.0.8"
+  resolved "https://registry.yarnpkg.com/ansi-html-community/-/ansi-html-community-0.0.8.tgz#69fbc4d6ccbe383f9736934ae34c3f8290f1bf41"
+  integrity sha512-1APHAyr3+PCamwNw3bXCPp4HFLONZt/yIH0sZp0/469KWNTEy+qN5jQ3GVX6DMZ1UXAi34yVwtTeaG/HpBuuzw==
+
+ansi-regex@^5.0.1:
+  version "5.0.1"
+  resolved "https://registry.yarnpkg.com/ansi-regex/-/ansi-regex-5.0.1.tgz#082cb2c89c9fe8659a311a53bd6a4dc5301db304"
+  integrity sha512-quJQXlTSUGL2LH9SUXo8VwsY4soanhgo6LNSm84E1LBcE8s3O0wpdiRzyR9z/ZZJMlMWv37qOOb9pdJlMUEKFQ==
+
+ansi-regex@^6.0.1:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/ansi-regex/-/ansi-regex-6.0.1.tgz#3183e38fae9a65d7cb5e53945cd5897d0260a06a"
+  integrity sha512-n5M855fKb2SsfMIiFFoVrABHJC8QtHwVx+mHWP3QcEqBHYienj5dHSgjbxtC0WEZXYt4wcD6zrQElDPhFuZgfA==
+
+ansi-styles@^3.2.1:
+  version "3.2.1"
+  resolved "https://registry.yarnpkg.com/ansi-styles/-/ansi-styles-3.2.1.tgz#41fbb20243e50b12be0f04b8dedbf07520ce841d"
+  integrity sha512-VT0ZI6kZRdTh8YyJw3SMbYm/u+NqfsAxEpWO0Pf9sq8/e94WxxOpPKx9FR1FlyCtOVDNOQ+8ntlqFxiRc+r5qA==
+  dependencies:
+    color-convert "^1.9.0"
+
+ansi-styles@^4.0.0, ansi-styles@^4.1.0:
+  version "4.3.0"
+  resolved "https://registry.yarnpkg.com/ansi-styles/-/ansi-styles-4.3.0.tgz#edd803628ae71c04c85ae7a0906edad34b648937"
+  integrity sha512-zbB9rCJAT1rbjiVDb2hqKFHNYLxgtk8NURxZ3IZwD3F6NtxbXZQCnnSi1Lkx+IDohdPlFp222wVALIheZJQSEg==
+  dependencies:
+    color-convert "^2.0.1"
+
+ansi-styles@^6.1.0:
+  version "6.2.1"
+  resolved "https://registry.yarnpkg.com/ansi-styles/-/ansi-styles-6.2.1.tgz#0e62320cf99c21afff3b3012192546aacbfb05c5"
+  integrity sha512-bN798gFfQX+viw3R7yrGWRqnrN2oRkEkUjjl4JNn4E8GxxbjtG3FbrEIIY3l8/hrwUwIeCZvi4QuOTP4MErVug==
+
+anymatch@~3.1.2:
+  version "3.1.3"
+  resolved "https://registry.yarnpkg.com/anymatch/-/anymatch-3.1.3.tgz#790c58b19ba1720a84205b57c618d5ad8524973e"
+  integrity sha512-KMReFUr0B4t+D+OBkjR3KYqvocp2XaSzO55UcB6mgQMd3KbcE+mWTyvVV7D/zsdEbNnV6acZUutkiHQXvTr1Rw==
+  dependencies:
+    normalize-path "^3.0.0"
+    picomatch "^2.0.4"
+
+arg@^5.0.0:
+  version "5.0.2"
+  resolved "https://registry.yarnpkg.com/arg/-/arg-5.0.2.tgz#c81433cc427c92c4dcf4865142dbca6f15acd59c"
+  integrity sha512-PYjyFOLKQ9y57JvQ6QLo8dAgNqswh8M1RMJYdQduT6xbWSgK36P/Z/v+p888pM69jMMfS8Xd8F6I1kQ/I9HUGg==
+
+argparse@^1.0.7:
+  version "1.0.10"
+  resolved "https://registry.yarnpkg.com/argparse/-/argparse-1.0.10.tgz#bcd6791ea5ae09725e17e5ad988134cd40b3d911"
+  integrity sha512-o5Roy6tNG4SL/FOkCAN6RzjiakZS25RLYFrcMttJqbdd8BWrnA+fGz57iN5Pb06pvBGvl5gQ0B48dJlslXvoTg==
+  dependencies:
+    sprintf-js "~1.0.2"
+
+argparse@^2.0.1:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/argparse/-/argparse-2.0.1.tgz#246f50f3ca78a3240f6c997e8a9bd1eac49e4b38"
+  integrity sha512-8+9WqebbFzpX9OR+Wa6O29asIogeRMzcGtAINdpMHHyAg10f05aSFVBbcEqGf/PXw1EjAZ+q2/bEBg3DvurK3Q==
+
+array-flatten@1.1.1:
+  version "1.1.1"
+  resolved "https://registry.yarnpkg.com/array-flatten/-/array-flatten-1.1.1.tgz#9a5f699051b1e7073328f2a008968b64ea2955d2"
+  integrity sha512-PCVAQswWemu6UdxsDFFX/+gVeYqKAod3D3UVm91jHwynguOwAvYPhx8nNlM++NqRcK6CxxpUafjmhIdKiHibqg==
+
+array-flatten@^2.1.2:
+  version "2.1.2"
+  resolved "https://registry.yarnpkg.com/array-flatten/-/array-flatten-2.1.2.tgz#24ef80a28c1a893617e2149b0c6d0d788293b099"
+  integrity sha512-hNfzcOV8W4NdualtqBFPyVO+54DSJuZGY9qT4pRroB6S9e3iiido2ISIC5h9R2sPJ8H3FHCIiEnsv1lPXO3KtQ==
+
+array-union@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/array-union/-/array-union-2.1.0.tgz#b798420adbeb1de828d84acd8a2e23d3efe85e8d"
+  integrity sha512-HGyxoOTYUyCM6stUe6EJgnd4EoewAI7zMdfqO+kGjnlZmBDz/cR5pf8r/cR4Wq60sL/p0IkcjUEEPwS3GFrIyw==
+
+asap@~2.0.3:
+  version "2.0.6"
+  resolved "https://registry.yarnpkg.com/asap/-/asap-2.0.6.tgz#e50347611d7e690943208bbdafebcbc2fb866d46"
+  integrity sha512-BSHWgDSAiKs50o2Re8ppvp3seVHXSRM44cdSsT9FfNEUUZLOGWVCsiWaRPWM1Znn+mqZ1OfVZ3z3DWEzSp7hRA==
+
+at-least-node@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/at-least-node/-/at-least-node-1.0.0.tgz#602cd4b46e844ad4effc92a8011a3c46e0238dc2"
+  integrity sha512-+q/t7Ekv1EDY2l6Gda6LLiX14rU9TV20Wa3ofeQmwPFZbOMo9DXrLbOjFaaclkXKWidIaopwAObQDqwWtGUjqg==
+
+autoprefixer@^10.4.12, autoprefixer@^10.4.7:
+  version "10.4.16"
+  resolved "https://registry.yarnpkg.com/autoprefixer/-/autoprefixer-10.4.16.tgz#fad1411024d8670880bdece3970aa72e3572feb8"
+  integrity sha512-7vd3UC6xKp0HLfua5IjZlcXvGAGy7cBAXTg2lyQ/8WpNhd6SiZ8Be+xm3FyBSYJx5GKcpRCzBh7RH4/0dnY+uQ==
+  dependencies:
+    browserslist "^4.21.10"
+    caniuse-lite "^1.0.30001538"
+    fraction.js "^4.3.6"
+    normalize-range "^0.1.2"
+    picocolors "^1.0.0"
+    postcss-value-parser "^4.2.0"
+
+axios@^0.25.0:
+  version "0.25.0"
+  resolved "https://registry.yarnpkg.com/axios/-/axios-0.25.0.tgz#349cfbb31331a9b4453190791760a8d35b093e0a"
+  integrity sha512-cD8FOb0tRH3uuEe6+evtAbgJtfxr7ly3fQjYcMcuPlgkwVS9xboaVIpcDV+cYQe+yGykgwZCs1pzjntcGa6l5g==
+  dependencies:
+    follow-redirects "^1.14.7"
+
+babel-loader@^8.2.5:
+  version "8.3.0"
+  resolved "https://registry.yarnpkg.com/babel-loader/-/babel-loader-8.3.0.tgz#124936e841ba4fe8176786d6ff28add1f134d6a8"
+  integrity sha512-H8SvsMF+m9t15HNLMipppzkC+Y2Yq+v3SonZyU70RBL/h1gxPkH08Ot8pEE9Z4Kd+czyWJClmFS8qzIP9OZ04Q==
+  dependencies:
+    find-cache-dir "^3.3.1"
+    loader-utils "^2.0.0"
+    make-dir "^3.1.0"
+    schema-utils "^2.6.5"
+
+babel-plugin-apply-mdx-type-prop@1.6.22:
+  version "1.6.22"
+  resolved "https://registry.yarnpkg.com/babel-plugin-apply-mdx-type-prop/-/babel-plugin-apply-mdx-type-prop-1.6.22.tgz#d216e8fd0de91de3f1478ef3231e05446bc8705b"
+  integrity sha512-VefL+8o+F/DfK24lPZMtJctrCVOfgbqLAGZSkxwhazQv4VxPg3Za/i40fu22KR2m8eEda+IfSOlPLUSIiLcnCQ==
+  dependencies:
+    "@babel/helper-plugin-utils" "7.10.4"
+    "@mdx-js/util" "1.6.22"
+
+babel-plugin-dynamic-import-node@^2.3.3:
+  version "2.3.3"
+  resolved "https://registry.yarnpkg.com/babel-plugin-dynamic-import-node/-/babel-plugin-dynamic-import-node-2.3.3.tgz#84fda19c976ec5c6defef57f9427b3def66e17a3"
+  integrity sha512-jZVI+s9Zg3IqA/kdi0i6UDCybUI3aSBLnglhYbSSjKlV7yF1F/5LWv8MakQmvYpnbJDS6fcBL2KzHSxNCMtWSQ==
+  dependencies:
+    object.assign "^4.1.0"
+
+babel-plugin-extract-import-names@1.6.22:
+  version "1.6.22"
+  resolved "https://registry.yarnpkg.com/babel-plugin-extract-import-names/-/babel-plugin-extract-import-names-1.6.22.tgz#de5f9a28eb12f3eb2578bf74472204e66d1a13dc"
+  integrity sha512-yJ9BsJaISua7d8zNT7oRG1ZLBJCIdZ4PZqmH8qa9N5AK01ifk3fnkc98AXhtzE7UkfCsEumvoQWgoYLhOnJ7jQ==
+  dependencies:
+    "@babel/helper-plugin-utils" "7.10.4"
+
+babel-plugin-polyfill-corejs2@^0.4.5:
+  version "0.4.5"
+  resolved "https://registry.yarnpkg.com/babel-plugin-polyfill-corejs2/-/babel-plugin-polyfill-corejs2-0.4.5.tgz#8097b4cb4af5b64a1d11332b6fb72ef5e64a054c"
+  integrity sha512-19hwUH5FKl49JEsvyTcoHakh6BE0wgXLLptIyKZ3PijHc/Ci521wygORCUCCred+E/twuqRyAkE02BAWPmsHOg==
+  dependencies:
+    "@babel/compat-data" "^7.22.6"
+    "@babel/helper-define-polyfill-provider" "^0.4.2"
+    semver "^6.3.1"
+
+babel-plugin-polyfill-corejs3@^0.8.3:
+  version "0.8.4"
+  resolved "https://registry.yarnpkg.com/babel-plugin-polyfill-corejs3/-/babel-plugin-polyfill-corejs3-0.8.4.tgz#1fac2b1dcef6274e72b3c72977ed8325cb330591"
+  integrity sha512-9l//BZZsPR+5XjyJMPtZSK4jv0BsTO1zDac2GC6ygx9WLGlcsnRd1Co0B2zT5fF5Ic6BZy+9m3HNZ3QcOeDKfg==
+  dependencies:
+    "@babel/helper-define-polyfill-provider" "^0.4.2"
+    core-js-compat "^3.32.2"
+
+babel-plugin-polyfill-regenerator@^0.5.2:
+  version "0.5.2"
+  resolved "https://registry.yarnpkg.com/babel-plugin-polyfill-regenerator/-/babel-plugin-polyfill-regenerator-0.5.2.tgz#80d0f3e1098c080c8b5a65f41e9427af692dc326"
+  integrity sha512-tAlOptU0Xj34V1Y2PNTL4Y0FOJMDB6bZmoW39FeCQIhigGLkqu3Fj6uiXpxIf6Ij274ENdYx64y6Au+ZKlb1IA==
+  dependencies:
+    "@babel/helper-define-polyfill-provider" "^0.4.2"
+
+bail@^1.0.0:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/bail/-/bail-1.0.5.tgz#b6fa133404a392cbc1f8c4bf63f5953351e7a776"
+  integrity sha512-xFbRxM1tahm08yHBP16MMjVUAvDaBMD38zsM9EMAUN61omwLmKlOpB/Zku5QkjZ8TZ4vn53pj+t518cH0S03RQ==
+
+balanced-match@^1.0.0:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/balanced-match/-/balanced-match-1.0.2.tgz#e83e3a7e3f300b34cb9d87f615fa0cbf357690ee"
+  integrity sha512-3oSeUO0TMV67hN1AmbXsK4yaqU7tjiHlbxRDZOpH0KW9+CeX4bRAaX0Anxt0tx2MrpRpWwQaPwIlISEJhYU5Pw==
+
+base16@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/base16/-/base16-1.0.0.tgz#e297f60d7ec1014a7a971a39ebc8a98c0b681e70"
+  integrity sha512-pNdYkNPiJUnEhnfXV56+sQy8+AaPcG3POZAUnwr4EeqCUZFz4u2PePbo3e5Gj4ziYPCWGUZT9RHisvJKnwFuBQ==
+
+batch@0.6.1:
+  version "0.6.1"
+  resolved "https://registry.yarnpkg.com/batch/-/batch-0.6.1.tgz#dc34314f4e679318093fc760272525f94bf25c16"
+  integrity sha512-x+VAiMRL6UPkx+kudNvxTl6hB2XNNCG2r+7wixVfIYwu/2HKRXimwQyaumLjMveWvT2Hkd/cAJw+QBMfJ/EKVw==
+
+big.js@^5.2.2:
+  version "5.2.2"
+  resolved "https://registry.yarnpkg.com/big.js/-/big.js-5.2.2.tgz#65f0af382f578bcdc742bd9c281e9cb2d7768328"
+  integrity sha512-vyL2OymJxmarO8gxMr0mhChsO9QGwhynfuu4+MHTAW6czfq9humCB7rKpUjDd9YUiDPU4mzpyupFSvOClAwbmQ==
+
+binary-extensions@^2.0.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/binary-extensions/-/binary-extensions-2.2.0.tgz#75f502eeaf9ffde42fc98829645be4ea76bd9e2d"
+  integrity sha512-jDctJ/IVQbZoJykoeHbhXpOlNBqGNcwXJKJog42E5HDPUwQTSdjCHdihjj0DlnheQ7blbT6dHOafNAiS8ooQKA==
+
+body-parser@1.20.1:
+  version "1.20.1"
+  resolved "https://registry.yarnpkg.com/body-parser/-/body-parser-1.20.1.tgz#b1812a8912c195cd371a3ee5e66faa2338a5c668"
+  integrity sha512-jWi7abTbYwajOytWCQc37VulmWiRae5RyTpaCyDcS5/lMdtwSz5lOpDE67srw/HYe35f1z3fDQw+3txg7gNtWw==
+  dependencies:
+    bytes "3.1.2"
+    content-type "~1.0.4"
+    debug "2.6.9"
+    depd "2.0.0"
+    destroy "1.2.0"
+    http-errors "2.0.0"
+    iconv-lite "0.4.24"
+    on-finished "2.4.1"
+    qs "6.11.0"
+    raw-body "2.5.1"
+    type-is "~1.6.18"
+    unpipe "1.0.0"
+
+bonjour-service@^1.0.11:
+  version "1.1.1"
+  resolved "https://registry.yarnpkg.com/bonjour-service/-/bonjour-service-1.1.1.tgz#960948fa0e0153f5d26743ab15baf8e33752c135"
+  integrity sha512-Z/5lQRMOG9k7W+FkeGTNjh7htqn/2LMnfOvBZ8pynNZCM9MwkQkI3zeI4oz09uWdcgmgHugVvBqxGg4VQJ5PCg==
+  dependencies:
+    array-flatten "^2.1.2"
+    dns-equal "^1.0.0"
+    fast-deep-equal "^3.1.3"
+    multicast-dns "^7.2.5"
+
+boolbase@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/boolbase/-/boolbase-1.0.0.tgz#68dff5fbe60c51eb37725ea9e3ed310dcc1e776e"
+  integrity sha512-JZOSA7Mo9sNGB8+UjSgzdLtokWAky1zbztM3WRLCbZ70/3cTANmQmOdR7y2g+J0e2WXywy1yS468tY+IruqEww==
+
+boxen@^5.0.0:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/boxen/-/boxen-5.1.2.tgz#788cb686fc83c1f486dfa8a40c68fc2b831d2b50"
+  integrity sha512-9gYgQKXx+1nP8mP7CzFyaUARhg7D3n1dF/FnErWmu9l6JvGpNUN278h0aSb+QjoiKSWG+iZ3uHrcqk0qrY9RQQ==
+  dependencies:
+    ansi-align "^3.0.0"
+    camelcase "^6.2.0"
+    chalk "^4.1.0"
+    cli-boxes "^2.2.1"
+    string-width "^4.2.2"
+    type-fest "^0.20.2"
+    widest-line "^3.1.0"
+    wrap-ansi "^7.0.0"
+
+boxen@^6.2.1:
+  version "6.2.1"
+  resolved "https://registry.yarnpkg.com/boxen/-/boxen-6.2.1.tgz#b098a2278b2cd2845deef2dff2efc38d329b434d"
+  integrity sha512-H4PEsJXfFI/Pt8sjDWbHlQPx4zL/bvSQjcilJmaulGt5mLDorHOHpmdXAJcBcmru7PhYSp/cDMWRko4ZUMFkSw==
+  dependencies:
+    ansi-align "^3.0.1"
+    camelcase "^6.2.0"
+    chalk "^4.1.2"
+    cli-boxes "^3.0.0"
+    string-width "^5.0.1"
+    type-fest "^2.5.0"
+    widest-line "^4.0.1"
+    wrap-ansi "^8.0.1"
+
+brace-expansion@^1.1.7:
+  version "1.1.11"
+  resolved "https://registry.yarnpkg.com/brace-expansion/-/brace-expansion-1.1.11.tgz#3c7fcbf529d87226f3d2f52b966ff5271eb441dd"
+  integrity sha512-iCuPHDFgrHX7H2vEI/5xpz07zSHB00TpugqhmYtVmMO6518mCuRMoOYFldEBl0g187ufozdaHgWKcYFb61qGiA==
+  dependencies:
+    balanced-match "^1.0.0"
+    concat-map "0.0.1"
+
+braces@^3.0.2, braces@~3.0.2:
+  version "3.0.2"
+  resolved "https://registry.yarnpkg.com/braces/-/braces-3.0.2.tgz#3454e1a462ee8d599e236df336cd9ea4f8afe107"
+  integrity sha512-b8um+L1RzM3WDSzvhm6gIz1yfTbBt6YTlcEKAvsmqCZZFw46z626lVj9j1yEPW33H5H+lBQpZMP1k8l+78Ha0A==
+  dependencies:
+    fill-range "^7.0.1"
+
+browserslist@^4.0.0, browserslist@^4.14.5, browserslist@^4.18.1, browserslist@^4.21.10, browserslist@^4.21.4, browserslist@^4.21.9, browserslist@^4.22.1:
+  version "4.22.1"
+  resolved "https://registry.yarnpkg.com/browserslist/-/browserslist-4.22.1.tgz#ba91958d1a59b87dab6fed8dfbcb3da5e2e9c619"
+  integrity sha512-FEVc202+2iuClEhZhrWy6ZiAcRLvNMyYcxZ8raemul1DYVOVdFsbqckWLdsixQZCpJlwe77Z3UTalE7jsjnKfQ==
+  dependencies:
+    caniuse-lite "^1.0.30001541"
+    electron-to-chromium "^1.4.535"
+    node-releases "^2.0.13"
+    update-browserslist-db "^1.0.13"
+
+buffer-from@^1.0.0:
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/buffer-from/-/buffer-from-1.1.2.tgz#2b146a6fd72e80b4f55d255f35ed59a3a9a41bd5"
+  integrity sha512-E+XQCRwSbaaiChtv6k6Dwgc+bx+Bs6vuKJHHl5kox/BaKbhiXzqQOwK4cO22yElGp2OCmjwVhT3HmxgyPGnJfQ==
+
+bytes@3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/bytes/-/bytes-3.0.0.tgz#d32815404d689699f85a4ea4fa8755dd13a96048"
+  integrity sha512-pMhOfFDPiv9t5jjIXkHosWmkSyQbvsgEVNkz0ERHbuLh2T/7j4Mqqpz523Fe8MVY89KC6Sh/QfS2sM+SjgFDcw==
+
+bytes@3.1.2:
+  version "3.1.2"
+  resolved "https://registry.yarnpkg.com/bytes/-/bytes-3.1.2.tgz#8b0beeb98605adf1b128fa4386403c009e0221a5"
+  integrity sha512-/Nf7TyzTx6S3yRJObOAV7956r8cr2+Oj8AC5dt8wSP3BQAoeX58NoHyCU8P8zGkNXStjTSi6fzO6F0pBdcYbEg==
+
+cacheable-request@^6.0.0:
+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/cacheable-request/-/cacheable-request-6.1.0.tgz#20ffb8bd162ba4be11e9567d823db651052ca912"
+  integrity sha512-Oj3cAGPCqOZX7Rz64Uny2GYAZNliQSqfbePrgAQ1wKAihYmCUnraBtJtKcGR4xz7wF+LoJC+ssFZvv5BgF9Igg==
+  dependencies:
+    clone-response "^1.0.2"
+    get-stream "^5.1.0"
+    http-cache-semantics "^4.0.0"
+    keyv "^3.0.0"
+    lowercase-keys "^2.0.0"
+    normalize-url "^4.1.0"
+    responselike "^1.0.2"
+
+call-bind@^1.0.0, call-bind@^1.0.2:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/call-bind/-/call-bind-1.0.2.tgz#b1d4e89e688119c3c9a903ad30abb2f6a919be3c"
+  integrity sha512-7O+FbCihrB5WGbFYesctwmTKae6rOiIzmz1icreWJ+0aA7LJfuqhEso2T9ncpcFtzMQtzXf2QGGueWJGTYsqrA==
+  dependencies:
+    function-bind "^1.1.1"
+    get-intrinsic "^1.0.2"
+
+callsites@^3.0.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/callsites/-/callsites-3.1.0.tgz#b3630abd8943432f54b3f0519238e33cd7df2f73"
+  integrity sha512-P8BjAsXvZS+VIDUI11hHCQEv74YT67YUi5JJFNWIqL235sBmjX4+qx9Muvls5ivyNENctx46xQLQ3aTuE7ssaQ==
+
+camel-case@^4.1.2:
+  version "4.1.2"
+  resolved "https://registry.yarnpkg.com/camel-case/-/camel-case-4.1.2.tgz#9728072a954f805228225a6deea6b38461e1bd5a"
+  integrity sha512-gxGWBrTT1JuMx6R+o5PTXMmUnhnVzLQ9SNutD4YqKtI6ap897t3tKECYla6gCWEkplXnlNybEkZg9GEGxKFCgw==
+  dependencies:
+    pascal-case "^3.1.2"
+    tslib "^2.0.3"
+
+camelcase-css@2.0.1:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/camelcase-css/-/camelcase-css-2.0.1.tgz#ee978f6947914cc30c6b44741b6ed1df7f043fd5"
+  integrity sha512-QOSvevhslijgYwRx6Rv7zKdMF8lbRmx+uQGx2+vDc+KI/eBnsy9kit5aj23AgGu3pa4t9AgwbnXWqS+iOY+2aA==
+
+camelcase@^6.2.0:
+  version "6.3.0"
+  resolved "https://registry.yarnpkg.com/camelcase/-/camelcase-6.3.0.tgz#5685b95eb209ac9c0c177467778c9c84df58ba9a"
+  integrity sha512-Gmy6FhYlCY7uOElZUSbxo2UCDH8owEk996gkbrpsgGtrJLM3J7jGxl9Ic7Qwwj4ivOE5AWZWRMecDdF7hqGjFA==
+
+caniuse-api@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/caniuse-api/-/caniuse-api-3.0.0.tgz#5e4d90e2274961d46291997df599e3ed008ee4c0"
+  integrity sha512-bsTwuIg/BZZK/vreVTYYbSWoe2F+71P7K5QGEX+pT250DZbfU1MQ5prOKpPR+LL6uWKK3KMwMCAS74QB3Um1uw==
+  dependencies:
+    browserslist "^4.0.0"
+    caniuse-lite "^1.0.0"
+    lodash.memoize "^4.1.2"
+    lodash.uniq "^4.5.0"
+
+caniuse-lite@^1.0.0, caniuse-lite@^1.0.30001538, caniuse-lite@^1.0.30001541:
+  version "1.0.30001547"
+  resolved "https://registry.yarnpkg.com/caniuse-lite/-/caniuse-lite-1.0.30001547.tgz#d4f92efc488aab3c7f92c738d3977c2a3180472b"
+  integrity sha512-W7CrtIModMAxobGhz8iXmDfuJiiKg1WADMO/9x7/CLNin5cpSbuBjooyoIUVB5eyCc36QuTVlkVa1iB2S5+/eA==
+
+ccount@^1.0.0:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/ccount/-/ccount-1.1.0.tgz#246687debb6014735131be8abab2d93898f8d043"
+  integrity sha512-vlNK021QdI7PNeiUh/lKkC/mNHHfV0m/Ad5JoI0TYtlBnJAslM/JIkm/tGC88bkLIwO6OQ5uV6ztS6kVAtCDlg==
+
+chalk@^2.4.2:
+  version "2.4.2"
+  resolved "https://registry.yarnpkg.com/chalk/-/chalk-2.4.2.tgz#cd42541677a54333cf541a49108c1432b44c9424"
+  integrity sha512-Mti+f9lpJNcwF4tWV8/OrTTtF1gZi+f8FqlyAdouralcFWFQWF2+NgCHShjkCb+IFBLq9buZwE1xckQU4peSuQ==
+  dependencies:
+    ansi-styles "^3.2.1"
+    escape-string-regexp "^1.0.5"
+    supports-color "^5.3.0"
+
+chalk@^4.0.0, chalk@^4.1.0, chalk@^4.1.2:
+  version "4.1.2"
+  resolved "https://registry.yarnpkg.com/chalk/-/chalk-4.1.2.tgz#aac4e2b7734a740867aeb16bf02aad556a1e7a01"
+  integrity sha512-oKnbhFyRIXpUuez8iBMmyEa4nbj4IOQyuhc/wy9kY7/WVPcwIO9VA668Pu8RkO7+0G76SLROeyw9CpQ061i4mA==
+  dependencies:
+    ansi-styles "^4.1.0"
+    supports-color "^7.1.0"
+
+character-entities-legacy@^1.0.0:
+  version "1.1.4"
+  resolved "https://registry.yarnpkg.com/character-entities-legacy/-/character-entities-legacy-1.1.4.tgz#94bc1845dce70a5bb9d2ecc748725661293d8fc1"
+  integrity sha512-3Xnr+7ZFS1uxeiUDvV02wQ+QDbc55o97tIV5zHScSPJpcLm/r0DFPcoY3tYRp+VZukxuMeKgXYmsXQHO05zQeA==
+
+character-entities@^1.0.0:
+  version "1.2.4"
+  resolved "https://registry.yarnpkg.com/character-entities/-/character-entities-1.2.4.tgz#e12c3939b7eaf4e5b15e7ad4c5e28e1d48c5b16b"
+  integrity sha512-iBMyeEHxfVnIakwOuDXpVkc54HijNgCyQB2w0VfGQThle6NXn50zU6V/u+LDhxHcDUPojn6Kpga3PTAD8W1bQw==
+
+character-reference-invalid@^1.0.0:
+  version "1.1.4"
+  resolved "https://registry.yarnpkg.com/character-reference-invalid/-/character-reference-invalid-1.1.4.tgz#083329cda0eae272ab3dbbf37e9a382c13af1560"
+  integrity sha512-mKKUkUbhPpQlCOfIuZkvSEgktjPFIsZKRRbC6KWVEMvlzblj3i3asQv5ODsrwt0N3pHAEvjP8KTQPHkp0+6jOg==
+
+cheerio-select@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/cheerio-select/-/cheerio-select-2.1.0.tgz#4d8673286b8126ca2a8e42740d5e3c4884ae21b4"
+  integrity sha512-9v9kG0LvzrlcungtnJtpGNxY+fzECQKhK4EGJX2vByejiMX84MFNQw4UxPJl3bFbTMw+Dfs37XaIkCwTZfLh4g==
+  dependencies:
+    boolbase "^1.0.0"
+    css-select "^5.1.0"
+    css-what "^6.1.0"
+    domelementtype "^2.3.0"
+    domhandler "^5.0.3"
+    domutils "^3.0.1"
+
+cheerio@^1.0.0-rc.12:
+  version "1.0.0-rc.12"
+  resolved "https://registry.yarnpkg.com/cheerio/-/cheerio-1.0.0-rc.12.tgz#788bf7466506b1c6bf5fae51d24a2c4d62e47683"
+  integrity sha512-VqR8m68vM46BNnuZ5NtnGBKIE/DfN0cRIzg9n40EIq9NOv90ayxLBXA8fXC5gquFRGJSTRqBq25Jt2ECLR431Q==
+  dependencies:
+    cheerio-select "^2.1.0"
+    dom-serializer "^2.0.0"
+    domhandler "^5.0.3"
+    domutils "^3.0.1"
+    htmlparser2 "^8.0.1"
+    parse5 "^7.0.0"
+    parse5-htmlparser2-tree-adapter "^7.0.0"
+
+chokidar@^3.4.2, chokidar@^3.5.3:
+  version "3.5.3"
+  resolved "https://registry.yarnpkg.com/chokidar/-/chokidar-3.5.3.tgz#1cf37c8707b932bd1af1ae22c0432e2acd1903bd"
+  integrity sha512-Dr3sfKRP6oTcjf2JmUmFJfeVMvXBdegxB0iVQ5eb2V10uFJUCAS8OByZdVAyVb8xXNz3GjjTgj9kLWsZTqE6kw==
+  dependencies:
+    anymatch "~3.1.2"
+    braces "~3.0.2"
+    glob-parent "~5.1.2"
+    is-binary-path "~2.1.0"
+    is-glob "~4.0.1"
+    normalize-path "~3.0.0"
+    readdirp "~3.6.0"
+  optionalDependencies:
+    fsevents "~2.3.2"
+
+chrome-trace-event@^1.0.2:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/chrome-trace-event/-/chrome-trace-event-1.0.3.tgz#1015eced4741e15d06664a957dbbf50d041e26ac"
+  integrity sha512-p3KULyQg4S7NIHixdwbGX+nFHkoBiA4YQmyWtjb8XngSKV124nJmRysgAeujbUVb15vh+RvFUfCPqU7rXk+hZg==
+
+ci-info@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/ci-info/-/ci-info-2.0.0.tgz#67a9e964be31a51e15e5010d58e6f12834002f46"
+  integrity sha512-5tK7EtrZ0N+OLFMthtqOj4fI2Jeb88C4CAZPu25LDVUgXJ0A3Js4PMGqrn0JU1W0Mh1/Z8wZzYPxqUrXeBboCQ==
+
+ci-info@^3.2.0:
+  version "3.9.0"
+  resolved "https://registry.yarnpkg.com/ci-info/-/ci-info-3.9.0.tgz#4279a62028a7b1f262f3473fc9605f5e218c59b4"
+  integrity sha512-NIxF55hv4nSqQswkAeiOi1r83xy8JldOFDTWiug55KBu9Jnblncd2U6ViHmYgHf01TPZS77NJBhBMKdWj9HQMQ==
+
+clean-css@^5.2.2, clean-css@^5.3.0:
+  version "5.3.2"
+  resolved "https://registry.yarnpkg.com/clean-css/-/clean-css-5.3.2.tgz#70ecc7d4d4114921f5d298349ff86a31a9975224"
+  integrity sha512-JVJbM+f3d3Q704rF4bqQ5UUyTtuJ0JRKNbTKVEeujCCBoMdkEi+V+e8oktO9qGQNSvHrFTM6JZRXrUvGR1czww==
+  dependencies:
+    source-map "~0.6.0"
+
+clean-stack@^2.0.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/clean-stack/-/clean-stack-2.2.0.tgz#ee8472dbb129e727b31e8a10a427dee9dfe4008b"
+  integrity sha512-4diC9HaTE+KRAMWhDhrGOECgWZxoevMc5TlkObMqNSsVU62PYzXZ/SMTjzyGAFF1YusgxGcSWTEXBhp0CPwQ1A==
+
+cli-boxes@^2.2.1:
+  version "2.2.1"
+  resolved "https://registry.yarnpkg.com/cli-boxes/-/cli-boxes-2.2.1.tgz#ddd5035d25094fce220e9cab40a45840a440318f"
+  integrity sha512-y4coMcylgSCdVinjiDBuR8PCC2bLjyGTwEmPb9NHR/QaNU6EUOXcTY/s6VjGMD6ENSEaeQYHCY0GNGS5jfMwPw==
+
+cli-boxes@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/cli-boxes/-/cli-boxes-3.0.0.tgz#71a10c716feeba005e4504f36329ef0b17cf3145"
+  integrity sha512-/lzGpEWL/8PfI0BmBOPRwp0c/wFNX1RdUML3jK/RcSBA9T8mZDdQpqYBKtCFTOfQbwPqWEOpjqW+Fnayc0969g==
+
+cli-table3@^0.6.2:
+  version "0.6.3"
+  resolved "https://registry.yarnpkg.com/cli-table3/-/cli-table3-0.6.3.tgz#61ab765aac156b52f222954ffc607a6f01dbeeb2"
+  integrity sha512-w5Jac5SykAeZJKntOxJCrm63Eg5/4dhMWIcuTbo9rpE+brgaSZo0RuNJZeOyMgsUdhDeojvgyQLmjI+K50ZGyg==
+  dependencies:
+    string-width "^4.2.0"
+  optionalDependencies:
+    "@colors/colors" "1.5.0"
+
+clone-deep@^4.0.1:
+  version "4.0.1"
+  resolved "https://registry.yarnpkg.com/clone-deep/-/clone-deep-4.0.1.tgz#c19fd9bdbbf85942b4fd979c84dcf7d5f07c2387"
+  integrity sha512-neHB9xuzh/wk0dIHweyAXv2aPGZIVk3pLMe+/RNzINf17fe0OG96QroktYAUm7SM1PBnzTabaLboqqxDyMU+SQ==
+  dependencies:
+    is-plain-object "^2.0.4"
+    kind-of "^6.0.2"
+    shallow-clone "^3.0.0"
+
+clone-response@^1.0.2:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/clone-response/-/clone-response-1.0.3.tgz#af2032aa47816399cf5f0a1d0db902f517abb8c3"
+  integrity sha512-ROoL94jJH2dUVML2Y/5PEDNaSHgeOdSDicUyS7izcF63G6sTc/FTjLub4b8Il9S8S0beOfYt0TaA5qvFK+w0wA==
+  dependencies:
+    mimic-response "^1.0.0"
+
+clsx@^1.2.1:
+  version "1.2.1"
+  resolved "https://registry.yarnpkg.com/clsx/-/clsx-1.2.1.tgz#0ddc4a20a549b59c93a4116bb26f5294ca17dc12"
+  integrity sha512-EcR6r5a8bj6pu3ycsa/E/cKVGuTgZJZdsyUYHOksG/UHIiKfjxzRxYJpyVBwYaQeOvghal9fcc4PidlgzugAQg==
+
+collapse-white-space@^1.0.2:
+  version "1.0.6"
+  resolved "https://registry.yarnpkg.com/collapse-white-space/-/collapse-white-space-1.0.6.tgz#e63629c0016665792060dbbeb79c42239d2c5287"
+  integrity sha512-jEovNnrhMuqyCcjfEJA56v0Xq8SkIoPKDyaHahwo3POf4qcSXqMYuwNcOTzp74vTsR9Tn08z4MxWqAhcekogkQ==
+
+color-convert@^1.9.0:
+  version "1.9.3"
+  resolved "https://registry.yarnpkg.com/color-convert/-/color-convert-1.9.3.tgz#bb71850690e1f136567de629d2d5471deda4c1e8"
+  integrity sha512-QfAUtd+vFdAtFQcC8CCyYt1fYWxSqAiK2cSD6zDB8N3cpsEBAvRxp9zOGg6G/SHHJYAT88/az/IuDGALsNVbGg==
+  dependencies:
+    color-name "1.1.3"
+
+color-convert@^2.0.1:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/color-convert/-/color-convert-2.0.1.tgz#72d3a68d598c9bdb3af2ad1e84f21d896abd4de3"
+  integrity sha512-RRECPsj7iu/xb5oKYcsFHSppFNnsj/52OVTRKb4zP5onXwVF3zVmmToNcOfGC+CRDpfK/U584fMg38ZHCaElKQ==
+  dependencies:
+    color-name "~1.1.4"
+
+color-name@1.1.3:
+  version "1.1.3"
+  resolved "https://registry.yarnpkg.com/color-name/-/color-name-1.1.3.tgz#a7d0558bd89c42f795dd42328f740831ca53bc25"
+  integrity sha512-72fSenhMw2HZMTVHeCA9KCmpEIbzWiQsjN+BHcBbS9vr1mtt+vJjPdksIBNUmKAW8TFUDPJK5SUU3QhE9NEXDw==
+
+color-name@~1.1.4:
+  version "1.1.4"
+  resolved "https://registry.yarnpkg.com/color-name/-/color-name-1.1.4.tgz#c2a09a87acbde69543de6f63fa3995c826c536a2"
+  integrity sha512-dOy+3AuW3a2wNbZHIuMZpTcgjGuLU/uBL/ubcZF9OXbDo8ff4O8yVp5Bf0efS8uEoYo5q4Fx7dY9OgQGXgAsQA==
+
+colord@^2.9.1:
+  version "2.9.3"
+  resolved "https://registry.yarnpkg.com/colord/-/colord-2.9.3.tgz#4f8ce919de456f1d5c1c368c307fe20f3e59fb43"
+  integrity sha512-jeC1axXpnb0/2nn/Y1LPuLdgXBLH7aDcHu4KEKfqw3CUhX7ZpfBSlPKyqXE6btIgEzfWtrX3/tyBCaCvXvMkOw==
+
+colorette@^2.0.10:
+  version "2.0.20"
+  resolved "https://registry.yarnpkg.com/colorette/-/colorette-2.0.20.tgz#9eb793e6833067f7235902fcd3b09917a000a95a"
+  integrity sha512-IfEDxwoWIjkeXL1eXcDiow4UbKjhLdq6/EuSVR9GMN7KVH3r9gQ83e73hsz1Nd1T3ijd5xv1wcWRYO+D6kCI2w==
+
+combine-promises@^1.1.0:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/combine-promises/-/combine-promises-1.2.0.tgz#5f2e68451862acf85761ded4d9e2af7769c2ca6a"
+  integrity sha512-VcQB1ziGD0NXrhKxiwyNbCDmRzs/OShMs2GqW2DlU2A/Sd0nQxE1oWDAE5O0ygSx5mgQOn9eIFh7yKPgFRVkPQ==
+
+comma-separated-tokens@^1.0.0:
+  version "1.0.8"
+  resolved "https://registry.yarnpkg.com/comma-separated-tokens/-/comma-separated-tokens-1.0.8.tgz#632b80b6117867a158f1080ad498b2fbe7e3f5ea"
+  integrity sha512-GHuDRO12Sypu2cV70d1dkA2EUmXHgntrzbpvOB+Qy+49ypNfGgFQIC2fhhXbnyrJRynDCAARsT7Ou0M6hirpfw==
+
+commander@^2.20.0:
+  version "2.20.3"
+  resolved "https://registry.yarnpkg.com/commander/-/commander-2.20.3.tgz#fd485e84c03eb4881c20722ba48035e8531aeb33"
+  integrity sha512-GpVkmM8vF2vQUkj2LvZmD35JxeJOLCwJ9cUkugyk2nuhbv3+mJvpLYYt+0+USMxE+oj+ey/lJEnhZw75x/OMcQ==
+
+commander@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/commander/-/commander-5.1.0.tgz#46abbd1652f8e059bddaef99bbdcb2ad9cf179ae"
+  integrity sha512-P0CysNDQ7rtVw4QIQtm+MRxV66vKFSvlsQvGYXZWR3qFU0jlMKHZZZgw8e+8DSah4UDKMqnknRDQz+xuQXQ/Zg==
+
+commander@^7.2.0:
+  version "7.2.0"
+  resolved "https://registry.yarnpkg.com/commander/-/commander-7.2.0.tgz#a36cb57d0b501ce108e4d20559a150a391d97ab7"
+  integrity sha512-QrWXB+ZQSVPmIWIhtEO9H+gwHaMGYiF5ChvoJ+K9ZGHG/sVsa6yiesAD1GC/x46sET00Xlwo1u49RVVVzvcSkw==
+
+commander@^8.3.0:
+  version "8.3.0"
+  resolved "https://registry.yarnpkg.com/commander/-/commander-8.3.0.tgz#4837ea1b2da67b9c616a67afbb0fafee567bca66"
+  integrity sha512-OkTL9umf+He2DZkUq8f8J9of7yL6RJKI24dVITBmNfZBmri9zYZQrKkuXiKhyfPSu8tUhnVBB1iKXevvnlR4Ww==
+
+commondir@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/commondir/-/commondir-1.0.1.tgz#ddd800da0c66127393cca5950ea968a3aaf1253b"
+  integrity sha512-W9pAhw0ja1Edb5GVdIF1mjZw/ASI0AlShXM83UUGe2DVr5TdAPEA1OA8m/g8zWp9x6On7gqufY+FatDbC3MDQg==
+
+compressible@~2.0.16:
+  version "2.0.18"
+  resolved "https://registry.yarnpkg.com/compressible/-/compressible-2.0.18.tgz#af53cca6b070d4c3c0750fbd77286a6d7cc46fba"
+  integrity sha512-AF3r7P5dWxL8MxyITRMlORQNaOA2IkAFaTr4k7BUumjPtRpGDTZpl0Pb1XCO6JeDCBdp126Cgs9sMxqSjgYyRg==
+  dependencies:
+    mime-db ">= 1.43.0 < 2"
+
+compression@^1.7.4:
+  version "1.7.4"
+  resolved "https://registry.yarnpkg.com/compression/-/compression-1.7.4.tgz#95523eff170ca57c29a0ca41e6fe131f41e5bb8f"
+  integrity sha512-jaSIDzP9pZVS4ZfQ+TzvtiWhdpFhE2RDHz8QJkpX9SIpLq88VueF5jJw6t+6CUQcAoA6t+x89MLrWAqpfDE8iQ==
+  dependencies:
+    accepts "~1.3.5"
+    bytes "3.0.0"
+    compressible "~2.0.16"
+    debug "2.6.9"
+    on-headers "~1.0.2"
+    safe-buffer "5.1.2"
+    vary "~1.1.2"
+
+concat-map@0.0.1:
+  version "0.0.1"
+  resolved "https://registry.yarnpkg.com/concat-map/-/concat-map-0.0.1.tgz#d8a96bd77fd68df7793a73036a3ba0d5405d477b"
+  integrity sha512-/Srv4dswyQNBfohGpz9o6Yb3Gz3SrUDqBH5rTuhGR7ahtlbYKnVxw2bCFMRljaA7EXHaXZ8wsHdodFvbkhKmqg==
+
+configstore@^5.0.1:
+  version "5.0.1"
+  resolved "https://registry.yarnpkg.com/configstore/-/configstore-5.0.1.tgz#d365021b5df4b98cdd187d6a3b0e3f6a7cc5ed96"
+  integrity sha512-aMKprgk5YhBNyH25hj8wGt2+D52Sw1DRRIzqBwLp2Ya9mFmY8KPvvtvmna8SxVR9JMZ4kzMD68N22vlaRpkeFA==
+  dependencies:
+    dot-prop "^5.2.0"
+    graceful-fs "^4.1.2"
+    make-dir "^3.0.0"
+    unique-string "^2.0.0"
+    write-file-atomic "^3.0.0"
+    xdg-basedir "^4.0.0"
+
+connect-history-api-fallback@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/connect-history-api-fallback/-/connect-history-api-fallback-2.0.0.tgz#647264845251a0daf25b97ce87834cace0f5f1c8"
+  integrity sha512-U73+6lQFmfiNPrYbXqr6kZ1i1wiRqXnp2nhMsINseWXO8lDau0LGEffJ8kQi4EjLZympVgRdvqjAgiZ1tgzDDA==
+
+consola@^2.15.3:
+  version "2.15.3"
+  resolved "https://registry.yarnpkg.com/consola/-/consola-2.15.3.tgz#2e11f98d6a4be71ff72e0bdf07bd23e12cb61550"
+  integrity sha512-9vAdYbHj6x2fLKC4+oPH0kFzY/orMZyG2Aj+kNylHxKGJ/Ed4dpNyAQYwJOdqO4zdM7XpVHmyejQDcQHrnuXbw==
+
+content-disposition@0.5.2:
+  version "0.5.2"
+  resolved "https://registry.yarnpkg.com/content-disposition/-/content-disposition-0.5.2.tgz#0cf68bb9ddf5f2be7961c3a85178cb85dba78cb4"
+  integrity sha512-kRGRZw3bLlFISDBgwTSA1TMBFN6J6GWDeubmDE3AF+3+yXL8hTWv8r5rkLbqYXY4RjPk/EzHnClI3zQf1cFmHA==
+
+content-disposition@0.5.4:
+  version "0.5.4"
+  resolved "https://registry.yarnpkg.com/content-disposition/-/content-disposition-0.5.4.tgz#8b82b4efac82512a02bb0b1dcec9d2c5e8eb5bfe"
+  integrity sha512-FveZTNuGw04cxlAiWbzi6zTAL/lhehaWbTtgluJh4/E95DqMwTmha3KZN1aAWA8cFIhHzMZUvLevkw5Rqk+tSQ==
+  dependencies:
+    safe-buffer "5.2.1"
+
+content-type@~1.0.4:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/content-type/-/content-type-1.0.5.tgz#8b773162656d1d1086784c8f23a54ce6d73d7918"
+  integrity sha512-nTjqfcBFEipKdXCv4YDQWCfmcLZKm81ldF0pAopTvyrFGVbcR6P/VAAd5G7N+0tTr8QqiU0tFadD6FK4NtJwOA==
+
+convert-source-map@^1.7.0:
+  version "1.9.0"
+  resolved "https://registry.yarnpkg.com/convert-source-map/-/convert-source-map-1.9.0.tgz#7faae62353fb4213366d0ca98358d22e8368b05f"
+  integrity sha512-ASFBup0Mz1uyiIjANan1jzLQami9z1PoYSZCiiYW2FczPbenXc45FZdBZLzOT+r6+iciuEModtmCti+hjaAk0A==
+
+convert-source-map@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/convert-source-map/-/convert-source-map-2.0.0.tgz#4b560f649fc4e918dd0ab75cf4961e8bc882d82a"
+  integrity sha512-Kvp459HrV2FEJ1CAsi1Ku+MY3kasH19TFykTz2xWmMeq6bk2NU3XXvfJ+Q61m0xktWwt+1HSYf3JZsTms3aRJg==
+
+cookie-signature@1.0.6:
+  version "1.0.6"
+  resolved "https://registry.yarnpkg.com/cookie-signature/-/cookie-signature-1.0.6.tgz#e303a882b342cc3ee8ca513a79999734dab3ae2c"
+  integrity sha512-QADzlaHc8icV8I7vbaJXJwod9HWYp8uCqf1xa4OfNu1T7JVxQIrUgOWtHdNDtPiywmFbiS12VjotIXLrKM3orQ==
+
+cookie@0.5.0:
+  version "0.5.0"
+  resolved "https://registry.yarnpkg.com/cookie/-/cookie-0.5.0.tgz#d1f5d71adec6558c58f389987c366aa47e994f8b"
+  integrity sha512-YZ3GUyn/o8gfKJlnlX7g7xq4gyO6OSuhGPKaaGssGB2qgDUS0gPgtTvoyZLTt9Ab6dC4hfc9dV5arkvc/OCmrw==
+
+copy-text-to-clipboard@^3.0.1:
+  version "3.2.0"
+  resolved "https://registry.yarnpkg.com/copy-text-to-clipboard/-/copy-text-to-clipboard-3.2.0.tgz#0202b2d9bdae30a49a53f898626dcc3b49ad960b"
+  integrity sha512-RnJFp1XR/LOBDckxTib5Qjr/PMfkatD0MUCQgdpqS8MdKiNUzBjAQBEN6oUy+jW7LI93BBG3DtMB2KOOKpGs2Q==
+
+copy-webpack-plugin@^11.0.0:
+  version "11.0.0"
+  resolved "https://registry.yarnpkg.com/copy-webpack-plugin/-/copy-webpack-plugin-11.0.0.tgz#96d4dbdb5f73d02dd72d0528d1958721ab72e04a"
+  integrity sha512-fX2MWpamkW0hZxMEg0+mYnA40LTosOSa5TqZ9GYIBzyJa9C3QUaMPSE2xAi/buNr8u89SfD9wHSQVBzrRa/SOQ==
+  dependencies:
+    fast-glob "^3.2.11"
+    glob-parent "^6.0.1"
+    globby "^13.1.1"
+    normalize-path "^3.0.0"
+    schema-utils "^4.0.0"
+    serialize-javascript "^6.0.0"
+
+core-js-compat@^3.31.0, core-js-compat@^3.32.2:
+  version "3.33.0"
+  resolved "https://registry.yarnpkg.com/core-js-compat/-/core-js-compat-3.33.0.tgz#24aa230b228406450b2277b7c8bfebae932df966"
+  integrity sha512-0w4LcLXsVEuNkIqwjjf9rjCoPhK8uqA4tMRh4Ge26vfLtUutshn+aRJU21I9LCJlh2QQHfisNToLjw1XEJLTWw==
+  dependencies:
+    browserslist "^4.22.1"
+
+core-js-pure@^3.30.2:
+  version "3.33.0"
+  resolved "https://registry.yarnpkg.com/core-js-pure/-/core-js-pure-3.33.0.tgz#938a28754b4d82017a7a8cbd2727b1abecc63591"
+  integrity sha512-FKSIDtJnds/YFIEaZ4HszRX7hkxGpNKM7FC9aJ9WLJbSd3lD4vOltFuVIBLR8asSx9frkTSqL0dw90SKQxgKrg==
+
+core-js@^3.23.3:
+  version "3.33.0"
+  resolved "https://registry.yarnpkg.com/core-js/-/core-js-3.33.0.tgz#70366dbf737134761edb017990cf5ce6c6369c40"
+  integrity sha512-HoZr92+ZjFEKar5HS6MC776gYslNOKHt75mEBKWKnPeFDpZ6nH5OeF3S6HFT1mUAUZKrzkez05VboaX8myjSuw==
+
+core-util-is@~1.0.0:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/core-util-is/-/core-util-is-1.0.3.tgz#a6042d3634c2b27e9328f837b965fac83808db85"
+  integrity sha512-ZQBvi1DcpJ4GDqanjucZ2Hj3wEO5pZDS89BWbkcrvdxksJorwUDDZamX9ldFkp9aw2lmBDLgkObEA4DWNJ9FYQ==
+
+cosmiconfig@^6.0.0:
+  version "6.0.0"
+  resolved "https://registry.yarnpkg.com/cosmiconfig/-/cosmiconfig-6.0.0.tgz#da4fee853c52f6b1e6935f41c1a2fc50bd4a9982"
+  integrity sha512-xb3ZL6+L8b9JLLCx3ZdoZy4+2ECphCMo2PwqgP1tlfVq6M6YReyzBJtvWWtbDSpNr9hn96pkCiZqUcFEc+54Qg==
+  dependencies:
+    "@types/parse-json" "^4.0.0"
+    import-fresh "^3.1.0"
+    parse-json "^5.0.0"
+    path-type "^4.0.0"
+    yaml "^1.7.2"
+
+cosmiconfig@^7.0.1:
+  version "7.1.0"
+  resolved "https://registry.yarnpkg.com/cosmiconfig/-/cosmiconfig-7.1.0.tgz#1443b9afa596b670082ea46cbd8f6a62b84635f6"
+  integrity sha512-AdmX6xUzdNASswsFtmwSt7Vj8po9IuqXm0UXz7QKPuEUmPB4XyjGfaAr2PSuELMwkRMVH1EpIkX5bTZGRB3eCA==
+  dependencies:
+    "@types/parse-json" "^4.0.0"
+    import-fresh "^3.2.1"
+    parse-json "^5.0.0"
+    path-type "^4.0.0"
+    yaml "^1.10.0"
+
+cosmiconfig@^8.2.0:
+  version "8.3.6"
+  resolved "https://registry.yarnpkg.com/cosmiconfig/-/cosmiconfig-8.3.6.tgz#060a2b871d66dba6c8538ea1118ba1ac16f5fae3"
+  integrity sha512-kcZ6+W5QzcJ3P1Mt+83OUv/oHFqZHIx8DuxG6eZ5RGMERoLqp4BuGjhHLYGK+Kf5XVkQvqBSmAy/nGWN3qDgEA==
+  dependencies:
+    import-fresh "^3.3.0"
+    js-yaml "^4.1.0"
+    parse-json "^5.2.0"
+    path-type "^4.0.0"
+
+cross-fetch@^3.1.5:
+  version "3.1.8"
+  resolved "https://registry.yarnpkg.com/cross-fetch/-/cross-fetch-3.1.8.tgz#0327eba65fd68a7d119f8fb2bf9334a1a7956f82"
+  integrity sha512-cvA+JwZoU0Xq+h6WkMvAUqPEYy92Obet6UdKLfW60qn99ftItKjB5T+BkyWOFWe2pUyfQ+IJHmpOTznqk1M6Kg==
+  dependencies:
+    node-fetch "^2.6.12"
+
+cross-spawn@^7.0.3:
+  version "7.0.3"
+  resolved "https://registry.yarnpkg.com/cross-spawn/-/cross-spawn-7.0.3.tgz#f73a85b9d5d41d045551c177e2882d4ac85728a6"
+  integrity sha512-iRDPJKUPVEND7dHPO8rkbOnPpyDygcDFtWjpeWNCgy8WP2rXcxXL8TskReQl6OrB2G7+UJrags1q15Fudc7G6w==
+  dependencies:
+    path-key "^3.1.0"
+    shebang-command "^2.0.0"
+    which "^2.0.1"
+
+crypto-random-string@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/crypto-random-string/-/crypto-random-string-2.0.0.tgz#ef2a7a966ec11083388369baa02ebead229b30d5"
+  integrity sha512-v1plID3y9r/lPhviJ1wrXpLeyUIGAZ2SHNYTEapm7/8A9nLPoyvVp3RK/EPFqn5kEznyWgYZNsRtYYIWbuG8KA==
+
+css-declaration-sorter@^6.3.1:
+  version "6.4.1"
+  resolved "https://registry.yarnpkg.com/css-declaration-sorter/-/css-declaration-sorter-6.4.1.tgz#28beac7c20bad7f1775be3a7129d7eae409a3a71"
+  integrity sha512-rtdthzxKuyq6IzqX6jEcIzQF/YqccluefyCYheovBOLhFT/drQA9zj/UbRAa9J7C0o6EG6u3E6g+vKkay7/k3g==
+
+css-loader@^6.7.1:
+  version "6.8.1"
+  resolved "https://registry.yarnpkg.com/css-loader/-/css-loader-6.8.1.tgz#0f8f52699f60f5e679eab4ec0fcd68b8e8a50a88"
+  integrity sha512-xDAXtEVGlD0gJ07iclwWVkLoZOpEvAWaSyf6W18S2pOC//K8+qUDIx8IIT3D+HjnmkJPQeesOPv5aiUaJsCM2g==
+  dependencies:
+    icss-utils "^5.1.0"
+    postcss "^8.4.21"
+    postcss-modules-extract-imports "^3.0.0"
+    postcss-modules-local-by-default "^4.0.3"
+    postcss-modules-scope "^3.0.0"
+    postcss-modules-values "^4.0.0"
+    postcss-value-parser "^4.2.0"
+    semver "^7.3.8"
+
+css-minimizer-webpack-plugin@^4.0.0:
+  version "4.2.2"
+  resolved "https://registry.yarnpkg.com/css-minimizer-webpack-plugin/-/css-minimizer-webpack-plugin-4.2.2.tgz#79f6199eb5adf1ff7ba57f105e3752d15211eb35"
+  integrity sha512-s3Of/4jKfw1Hj9CxEO1E5oXhQAxlayuHO2y/ML+C6I9sQ7FdzfEV6QgMLN3vI+qFsjJGIAFLKtQK7t8BOXAIyA==
+  dependencies:
+    cssnano "^5.1.8"
+    jest-worker "^29.1.2"
+    postcss "^8.4.17"
+    schema-utils "^4.0.0"
+    serialize-javascript "^6.0.0"
+    source-map "^0.6.1"
+
+css-select@^4.1.3:
+  version "4.3.0"
+  resolved "https://registry.yarnpkg.com/css-select/-/css-select-4.3.0.tgz#db7129b2846662fd8628cfc496abb2b59e41529b"
+  integrity sha512-wPpOYtnsVontu2mODhA19JrqWxNsfdatRKd64kmpRbQgh1KtItko5sTnEpPdpSaJszTOhEMlF/RPz28qj4HqhQ==
+  dependencies:
+    boolbase "^1.0.0"
+    css-what "^6.0.1"
+    domhandler "^4.3.1"
+    domutils "^2.8.0"
+    nth-check "^2.0.1"
+
+css-select@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/css-select/-/css-select-5.1.0.tgz#b8ebd6554c3637ccc76688804ad3f6a6fdaea8a6"
+  integrity sha512-nwoRF1rvRRnnCqqY7updORDsuqKzqYJ28+oSMaJMMgOauh3fvwHqMS7EZpIPqK8GL+g9mKxF1vP/ZjSeNjEVHg==
+  dependencies:
+    boolbase "^1.0.0"
+    css-what "^6.1.0"
+    domhandler "^5.0.2"
+    domutils "^3.0.1"
+    nth-check "^2.0.1"
+
+css-tree@^1.1.2, css-tree@^1.1.3:
+  version "1.1.3"
+  resolved "https://registry.yarnpkg.com/css-tree/-/css-tree-1.1.3.tgz#eb4870fb6fd7707327ec95c2ff2ab09b5e8db91d"
+  integrity sha512-tRpdppF7TRazZrjJ6v3stzv93qxRcSsFmW6cX0Zm2NVKpxE1WV1HblnghVv9TreireHkqI/VDEsfolRF1p6y7Q==
+  dependencies:
+    mdn-data "2.0.14"
+    source-map "^0.6.1"
+
+css-what@^6.0.1, css-what@^6.1.0:
+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/css-what/-/css-what-6.1.0.tgz#fb5effcf76f1ddea2c81bdfaa4de44e79bac70f4"
+  integrity sha512-HTUrgRJ7r4dsZKU6GjmpfRK1O76h97Z8MfS1G0FozR+oF2kG6Vfe8JE6zwrkbxigziPHinCJ+gCPjA9EaBDtRw==
+
+cssesc@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/cssesc/-/cssesc-3.0.0.tgz#37741919903b868565e1c09ea747445cd18983ee"
+  integrity sha512-/Tb/JcjK111nNScGob5MNtsntNM1aCNUDipB/TkwZFhyDrrE47SOx/18wF2bbjgc3ZzCSKW1T5nt5EbFoAz/Vg==
+
+cssnano-preset-advanced@^5.3.8:
+  version "5.3.10"
+  resolved "https://registry.yarnpkg.com/cssnano-preset-advanced/-/cssnano-preset-advanced-5.3.10.tgz#25558a1fbf3a871fb6429ce71e41be7f5aca6eef"
+  integrity sha512-fnYJyCS9jgMU+cmHO1rPSPf9axbQyD7iUhLO5Df6O4G+fKIOMps+ZbU0PdGFejFBBZ3Pftf18fn1eG7MAPUSWQ==
+  dependencies:
+    autoprefixer "^10.4.12"
+    cssnano-preset-default "^5.2.14"
+    postcss-discard-unused "^5.1.0"
+    postcss-merge-idents "^5.1.1"
+    postcss-reduce-idents "^5.2.0"
+    postcss-zindex "^5.1.0"
+
+cssnano-preset-default@^5.2.14:
+  version "5.2.14"
+  resolved "https://registry.yarnpkg.com/cssnano-preset-default/-/cssnano-preset-default-5.2.14.tgz#309def4f7b7e16d71ab2438052093330d9ab45d8"
+  integrity sha512-t0SFesj/ZV2OTylqQVOrFgEh5uanxbO6ZAdeCrNsUQ6fVuXwYTxJPNAGvGTxHbD68ldIJNec7PyYZDBrfDQ+6A==
+  dependencies:
+    css-declaration-sorter "^6.3.1"
+    cssnano-utils "^3.1.0"
+    postcss-calc "^8.2.3"
+    postcss-colormin "^5.3.1"
+    postcss-convert-values "^5.1.3"
+    postcss-discard-comments "^5.1.2"
+    postcss-discard-duplicates "^5.1.0"
+    postcss-discard-empty "^5.1.1"
+    postcss-discard-overridden "^5.1.0"
+    postcss-merge-longhand "^5.1.7"
+    postcss-merge-rules "^5.1.4"
+    postcss-minify-font-values "^5.1.0"
+    postcss-minify-gradients "^5.1.1"
+    postcss-minify-params "^5.1.4"
+    postcss-minify-selectors "^5.2.1"
+    postcss-normalize-charset "^5.1.0"
+    postcss-normalize-display-values "^5.1.0"
+    postcss-normalize-positions "^5.1.1"
+    postcss-normalize-repeat-style "^5.1.1"
+    postcss-normalize-string "^5.1.0"
+    postcss-normalize-timing-functions "^5.1.0"
+    postcss-normalize-unicode "^5.1.1"
+    postcss-normalize-url "^5.1.0"
+    postcss-normalize-whitespace "^5.1.1"
+    postcss-ordered-values "^5.1.3"
+    postcss-reduce-initial "^5.1.2"
+    postcss-reduce-transforms "^5.1.0"
+    postcss-svgo "^5.1.0"
+    postcss-unique-selectors "^5.1.1"
+
+cssnano-utils@^3.1.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/cssnano-utils/-/cssnano-utils-3.1.0.tgz#95684d08c91511edfc70d2636338ca37ef3a6861"
+  integrity sha512-JQNR19/YZhz4psLX/rQ9M83e3z2Wf/HdJbryzte4a3NSuafyp9w/I4U+hx5C2S9g41qlstH7DEWnZaaj83OuEA==
+
+cssnano@^5.1.12, cssnano@^5.1.8:
+  version "5.1.15"
+  resolved "https://registry.yarnpkg.com/cssnano/-/cssnano-5.1.15.tgz#ded66b5480d5127fcb44dac12ea5a983755136bf"
+  integrity sha512-j+BKgDcLDQA+eDifLx0EO4XSA56b7uut3BQFH+wbSaSTuGLuiyTa/wbRYthUXX8LC9mLg+WWKe8h+qJuwTAbHw==
+  dependencies:
+    cssnano-preset-default "^5.2.14"
+    lilconfig "^2.0.3"
+    yaml "^1.10.2"
+
+csso@^4.2.0:
+  version "4.2.0"
+  resolved "https://registry.yarnpkg.com/csso/-/csso-4.2.0.tgz#ea3a561346e8dc9f546d6febedd50187cf389529"
+  integrity sha512-wvlcdIbf6pwKEk7vHj8/Bkc0B4ylXZruLvOgs9doS5eOsOpuodOV2zJChSpkp+pRpYQLQMeF04nr3Z68Sta9jA==
+  dependencies:
+    css-tree "^1.1.2"
+
+csstype@^3.0.2:
+  version "3.1.2"
+  resolved "https://registry.yarnpkg.com/csstype/-/csstype-3.1.2.tgz#1d4bf9d572f11c14031f0436e1c10bc1f571f50b"
+  integrity sha512-I7K1Uu0MBPzaFKg4nI5Q7Vs2t+3gWWW648spaF+Rg7pI9ds18Ugn+lvg4SHczUdKlHI5LWBXyqfS8+DufyBsgQ==
+
+debug@2.6.9, debug@^2.6.0:
+  version "2.6.9"
+  resolved "https://registry.yarnpkg.com/debug/-/debug-2.6.9.tgz#5d128515df134ff327e90a4c93f4e077a536341f"
+  integrity sha512-bC7ElrdJaJnPbAP+1EotYvqZsb3ecl5wi6Bfi6BJTUcNowp6cvspg0jXznRTKDjm/E7AdgFBVeAPVMNcKGsHMA==
+  dependencies:
+    ms "2.0.0"
+
+debug@4, debug@^4.1.0, debug@^4.1.1:
+  version "4.3.4"
+  resolved "https://registry.yarnpkg.com/debug/-/debug-4.3.4.tgz#1319f6579357f2338d3337d2cdd4914bb5dcc865"
+  integrity sha512-PRWFHuSU3eDtQJPvnNY7Jcket1j0t5OuOsFzPPzsekD52Zl8qUfFIPEiswXqIvHWGVHOgX+7G/vCNNhehwxfkQ==
+  dependencies:
+    ms "2.1.2"
+
+decompress-response@^3.3.0:
+  version "3.3.0"
+  resolved "https://registry.yarnpkg.com/decompress-response/-/decompress-response-3.3.0.tgz#80a4dd323748384bfa248083622aedec982adff3"
+  integrity sha512-BzRPQuY1ip+qDonAOz42gRm/pg9F768C+npV/4JOsxRC2sq+Rlk+Q4ZCAsOhnIaMrgarILY+RMUIvMmmX1qAEA==
+  dependencies:
+    mimic-response "^1.0.0"
+
+deep-extend@^0.6.0:
+  version "0.6.0"
+  resolved "https://registry.yarnpkg.com/deep-extend/-/deep-extend-0.6.0.tgz#c4fa7c95404a17a9c3e8ca7e1537312b736330ac"
+  integrity sha512-LOHxIOaPYdHlJRtCQfDIVZtfw/ufM8+rVj649RIHzcm/vGwQRXFt6OPqIFWsm2XEMrNIEtWR64sY1LEKD2vAOA==
+
+deepmerge@^4.2.2:
+  version "4.3.1"
+  resolved "https://registry.yarnpkg.com/deepmerge/-/deepmerge-4.3.1.tgz#44b5f2147cd3b00d4b56137685966f26fd25dd4a"
+  integrity sha512-3sUqbMEc77XqpdNO7FRyRog+eW3ph+GYCbj+rK+uYyRMuwsVy0rMiVtPn+QJlKFvWP/1PYpapqYn0Me2knFn+A==
+
+default-gateway@^6.0.3:
+  version "6.0.3"
+  resolved "https://registry.yarnpkg.com/default-gateway/-/default-gateway-6.0.3.tgz#819494c888053bdb743edbf343d6cdf7f2943a71"
+  integrity sha512-fwSOJsbbNzZ/CUFpqFBqYfYNLj1NbMPm8MMCIzHjC83iSJRBEGmDUxU+WP661BaBQImeC2yHwXtz+P/O9o+XEg==
+  dependencies:
+    execa "^5.0.0"
+
+defer-to-connect@^1.0.1:
+  version "1.1.3"
+  resolved "https://registry.yarnpkg.com/defer-to-connect/-/defer-to-connect-1.1.3.tgz#331ae050c08dcf789f8c83a7b81f0ed94f4ac591"
+  integrity sha512-0ISdNousHvZT2EiFlZeZAHBUvSxmKswVCEf8hW7KWgG4a8MVEu/3Vb6uWYozkjylyCxe0JBIiRB1jV45S70WVQ==
+
+define-data-property@^1.0.1:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/define-data-property/-/define-data-property-1.1.0.tgz#0db13540704e1d8d479a0656cf781267531b9451"
+  integrity sha512-UzGwzcjyv3OtAvolTj1GoyNYzfFR+iqbGjcnBEENZVCpM4/Ng1yhGNvS3lR/xDS74Tb2wGG9WzNSNIOS9UVb2g==
+  dependencies:
+    get-intrinsic "^1.2.1"
+    gopd "^1.0.1"
+    has-property-descriptors "^1.0.0"
+
+define-lazy-prop@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/define-lazy-prop/-/define-lazy-prop-2.0.0.tgz#3f7ae421129bcaaac9bc74905c98a0009ec9ee7f"
+  integrity sha512-Ds09qNh8yw3khSjiJjiUInaGX9xlqZDY7JVryGxdxV7NPeuqQfplOpQ66yJFZut3jLa5zOwkXw1g9EI2uKh4Og==
+
+define-properties@^1.1.4:
+  version "1.2.1"
+  resolved "https://registry.yarnpkg.com/define-properties/-/define-properties-1.2.1.tgz#10781cc616eb951a80a034bafcaa7377f6af2b6c"
+  integrity sha512-8QmQKqEASLd5nx0U1B1okLElbUuuttJ/AnYmRXbbbGDWh6uS208EjD4Xqq/I9wK7u0v6O08XhTWnt5XtEbR6Dg==
+  dependencies:
+    define-data-property "^1.0.1"
+    has-property-descriptors "^1.0.0"
+    object-keys "^1.1.1"
+
+del@^6.1.1:
+  version "6.1.1"
+  resolved "https://registry.yarnpkg.com/del/-/del-6.1.1.tgz#3b70314f1ec0aa325c6b14eb36b95786671edb7a"
+  integrity sha512-ua8BhapfP0JUJKC/zV9yHHDW/rDoDxP4Zhn3AkA6/xT6gY7jYXJiaeyBZznYVujhZZET+UgcbZiQ7sN3WqcImg==
+  dependencies:
+    globby "^11.0.1"
+    graceful-fs "^4.2.4"
+    is-glob "^4.0.1"
+    is-path-cwd "^2.2.0"
+    is-path-inside "^3.0.2"
+    p-map "^4.0.0"
+    rimraf "^3.0.2"
+    slash "^3.0.0"
+
+depd@2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/depd/-/depd-2.0.0.tgz#b696163cc757560d09cf22cc8fad1571b79e76df"
+  integrity sha512-g7nH6P6dyDioJogAAGprGpCtVImJhpPk/roCzdb3fIh61/s/nPsfR6onyMwkCAR/OlC3yBC0lESvUoQEAssIrw==
+
+depd@~1.1.2:
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/depd/-/depd-1.1.2.tgz#9bcd52e14c097763e749b274c4346ed2e560b5a9"
+  integrity sha512-7emPTl6Dpo6JRXOXjLRxck+FlLRX5847cLKEn00PLAgc3g2hTZZgr+e4c2v6QpSmLeFP3n5yUo7ft6avBK/5jQ==
+
+destroy@1.2.0:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/destroy/-/destroy-1.2.0.tgz#4803735509ad8be552934c67df614f94e66fa015"
+  integrity sha512-2sJGJTaXIIaR1w4iJSNoN0hnMY7Gpc/n8D4qSCJw8QqFWXf7cuAgnEHxBpweaVcPevC2l3KpjYCx3NypQQgaJg==
+
+detab@2.0.4:
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/detab/-/detab-2.0.4.tgz#b927892069aff405fbb9a186fe97a44a92a94b43"
+  integrity sha512-8zdsQA5bIkoRECvCrNKPla84lyoR7DSAyf7p0YgXzBO9PDJx8KntPUay7NS6yp+KdxdVtiE5SpHKtbp2ZQyA9g==
+  dependencies:
+    repeat-string "^1.5.4"
+
+detect-node@^2.0.4:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/detect-node/-/detect-node-2.1.0.tgz#c9c70775a49c3d03bc2c06d9a73be550f978f8b1"
+  integrity sha512-T0NIuQpnTvFDATNuHN5roPwSBG83rFsuO+MXXH9/3N1eFbn4wcPjttvjMLEPWJ0RGUYgQE7cGgS3tNxbqCGM7g==
+
+detect-port-alt@^1.1.6:
+  version "1.1.6"
+  resolved "https://registry.yarnpkg.com/detect-port-alt/-/detect-port-alt-1.1.6.tgz#24707deabe932d4a3cf621302027c2b266568275"
+  integrity sha512-5tQykt+LqfJFBEYaDITx7S7cR7mJ/zQmLXZ2qt5w04ainYZw6tBf9dBunMjVeVOdYVRUzUOE4HkY5J7+uttb5Q==
+  dependencies:
+    address "^1.0.1"
+    debug "^2.6.0"
+
+detect-port@^1.3.0:
+  version "1.5.1"
+  resolved "https://registry.yarnpkg.com/detect-port/-/detect-port-1.5.1.tgz#451ca9b6eaf20451acb0799b8ab40dff7718727b"
+  integrity sha512-aBzdj76lueB6uUst5iAs7+0H/oOjqI5D16XUWxlWMIMROhcM0rfsNVk93zTngq1dDNpoXRr++Sus7ETAExppAQ==
+  dependencies:
+    address "^1.0.1"
+    debug "4"
+
+dir-glob@^3.0.1:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/dir-glob/-/dir-glob-3.0.1.tgz#56dbf73d992a4a93ba1584f4534063fd2e41717f"
+  integrity sha512-WkrWp9GR4KXfKGYzOLmTuGVi1UWFfws377n9cc55/tb6DuqyF6pcQ5AbiHEshaDpY9v6oaSr2XCDidGmMwdzIA==
+  dependencies:
+    path-type "^4.0.0"
+
+dns-equal@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/dns-equal/-/dns-equal-1.0.0.tgz#b39e7f1da6eb0a75ba9c17324b34753c47e0654d"
+  integrity sha512-z+paD6YUQsk+AbGCEM4PrOXSss5gd66QfcVBFTKR/HpFL9jCqikS94HYwKww6fQyO7IxrIIyUu+g0Ka9tUS2Cg==
+
+dns-packet@^5.2.2:
+  version "5.6.1"
+  resolved "https://registry.yarnpkg.com/dns-packet/-/dns-packet-5.6.1.tgz#ae888ad425a9d1478a0674256ab866de1012cf2f"
+  integrity sha512-l4gcSouhcgIKRvyy99RNVOgxXiicE+2jZoNmaNmZ6JXiGajBOJAesk1OBlJuM5k2c+eudGdLxDqXuPCKIj6kpw==
+  dependencies:
+    "@leichtgewicht/ip-codec" "^2.0.1"
+
+dom-converter@^0.2.0:
+  version "0.2.0"
+  resolved "https://registry.yarnpkg.com/dom-converter/-/dom-converter-0.2.0.tgz#6721a9daee2e293682955b6afe416771627bb768"
+  integrity sha512-gd3ypIPfOMr9h5jIKq8E3sHOTCjeirnl0WK5ZdS1AW0Odt0b1PaWaHdJ4Qk4klv+YB9aJBS7mESXjFoDQPu6DA==
+  dependencies:
+    utila "~0.4"
+
+dom-serializer@^1.0.1:
+  version "1.4.1"
+  resolved "https://registry.yarnpkg.com/dom-serializer/-/dom-serializer-1.4.1.tgz#de5d41b1aea290215dc45a6dae8adcf1d32e2d30"
+  integrity sha512-VHwB3KfrcOOkelEG2ZOfxqLZdfkil8PtJi4P8N2MMXucZq2yLp75ClViUlOVwyoHEDjYU433Aq+5zWP61+RGag==
+  dependencies:
+    domelementtype "^2.0.1"
+    domhandler "^4.2.0"
+    entities "^2.0.0"
+
+dom-serializer@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/dom-serializer/-/dom-serializer-2.0.0.tgz#e41b802e1eedf9f6cae183ce5e622d789d7d8e53"
+  integrity sha512-wIkAryiqt/nV5EQKqQpo3SToSOV9J0DnbJqwK7Wv/Trc92zIAYZ4FlMu+JPFW1DfGFt81ZTCGgDEabffXeLyJg==
+  dependencies:
+    domelementtype "^2.3.0"
+    domhandler "^5.0.2"
+    entities "^4.2.0"
+
+domelementtype@^2.0.1, domelementtype@^2.2.0, domelementtype@^2.3.0:
+  version "2.3.0"
+  resolved "https://registry.yarnpkg.com/domelementtype/-/domelementtype-2.3.0.tgz#5c45e8e869952626331d7aab326d01daf65d589d"
+  integrity sha512-OLETBj6w0OsagBwdXnPdN0cnMfF9opN69co+7ZrbfPGrdpPVNBUj02spi6B1N7wChLQiPn4CSH/zJvXw56gmHw==
+
+domhandler@^4.0.0, domhandler@^4.2.0, domhandler@^4.3.1:
+  version "4.3.1"
+  resolved "https://registry.yarnpkg.com/domhandler/-/domhandler-4.3.1.tgz#8d792033416f59d68bc03a5aa7b018c1ca89279c"
+  integrity sha512-GrwoxYN+uWlzO8uhUXRl0P+kHE4GtVPfYzVLcUxPL7KNdHKj66vvlhiweIHqYYXWlw+T8iLMp42Lm67ghw4WMQ==
+  dependencies:
+    domelementtype "^2.2.0"
+
+domhandler@^5.0.2, domhandler@^5.0.3:
+  version "5.0.3"
+  resolved "https://registry.yarnpkg.com/domhandler/-/domhandler-5.0.3.tgz#cc385f7f751f1d1fc650c21374804254538c7d31"
+  integrity sha512-cgwlv/1iFQiFnU96XXgROh8xTeetsnJiDsTc7TYCLFd9+/WNkIqPTxiM/8pSd8VIrhXGTf1Ny1q1hquVqDJB5w==
+  dependencies:
+    domelementtype "^2.3.0"
+
+domutils@^2.5.2, domutils@^2.8.0:
+  version "2.8.0"
+  resolved "https://registry.yarnpkg.com/domutils/-/domutils-2.8.0.tgz#4437def5db6e2d1f5d6ee859bd95ca7d02048135"
+  integrity sha512-w96Cjofp72M5IIhpjgobBimYEfoPjx1Vx0BSX9P30WBdZW2WIKU0T1Bd0kz2eNZ9ikjKgHbEyKx8BB6H1L3h3A==
+  dependencies:
+    dom-serializer "^1.0.1"
+    domelementtype "^2.2.0"
+    domhandler "^4.2.0"
+
+domutils@^3.0.1:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/domutils/-/domutils-3.1.0.tgz#c47f551278d3dc4b0b1ab8cbb42d751a6f0d824e"
+  integrity sha512-H78uMmQtI2AhgDJjWeQmHwJJ2bLPD3GMmO7Zja/ZZh84wkm+4ut+IUnUdRa8uCGX88DiVx1j6FRe1XfxEgjEZA==
+  dependencies:
+    dom-serializer "^2.0.0"
+    domelementtype "^2.3.0"
+    domhandler "^5.0.3"
+
+dot-case@^3.0.4:
+  version "3.0.4"
+  resolved "https://registry.yarnpkg.com/dot-case/-/dot-case-3.0.4.tgz#9b2b670d00a431667a8a75ba29cd1b98809ce751"
+  integrity sha512-Kv5nKlh6yRrdrGvxeJ2e5y2eRUpkUosIW4A2AS38zwSz27zu7ufDwQPi5Jhs3XAlGNetl3bmnGhQsMtkKJnj3w==
+  dependencies:
+    no-case "^3.0.4"
+    tslib "^2.0.3"
+
+dot-prop@^5.2.0:
+  version "5.3.0"
+  resolved "https://registry.yarnpkg.com/dot-prop/-/dot-prop-5.3.0.tgz#90ccce708cd9cd82cc4dc8c3ddd9abdd55b20e88"
+  integrity sha512-QM8q3zDe58hqUqjraQOmzZ1LIH9SWQJTlEKCH4kJ2oQvLZk7RbQXvtDM2XEq3fwkV9CCvvH4LA0AV+ogFsBM2Q==
+  dependencies:
+    is-obj "^2.0.0"
+
+duplexer3@^0.1.4:
+  version "0.1.5"
+  resolved "https://registry.yarnpkg.com/duplexer3/-/duplexer3-0.1.5.tgz#0b5e4d7bad5de8901ea4440624c8e1d20099217e"
+  integrity sha512-1A8za6ws41LQgv9HrE/66jyC5yuSjQ3L/KOpFtoBilsAK2iA2wuS5rTt1OCzIvtS2V7nVmedsUU+DGRcjBmOYA==
+
+duplexer@^0.1.2:
+  version "0.1.2"
+  resolved "https://registry.yarnpkg.com/duplexer/-/duplexer-0.1.2.tgz#3abe43aef3835f8ae077d136ddce0f276b0400e6"
+  integrity sha512-jtD6YG370ZCIi/9GTaJKQxWTZD045+4R4hTk/x1UyoqadyJ9x9CgSi1RlVDQF8U2sxLLSnFkCaMihqljHIWgMg==
+
+eastasianwidth@^0.2.0:
+  version "0.2.0"
+  resolved "https://registry.yarnpkg.com/eastasianwidth/-/eastasianwidth-0.2.0.tgz#696ce2ec0aa0e6ea93a397ffcf24aa7840c827cb"
+  integrity sha512-I88TYZWc9XiYHRQ4/3c5rjjfgkjhLyW2luGIheGERbNQ6OY7yTybanSpDXZa8y7VUP9YmDcYa+eyq4ca7iLqWA==
+
+ee-first@1.1.1:
+  version "1.1.1"
+  resolved "https://registry.yarnpkg.com/ee-first/-/ee-first-1.1.1.tgz#590c61156b0ae2f4f0255732a158b266bc56b21d"
+  integrity sha512-WMwm9LhRUo+WUaRN+vRuETqG89IgZphVSNkdFgeb6sS/E4OrDIN7t48CAewSHXc6C8lefD8KKfr5vY61brQlow==
+
+electron-to-chromium@^1.4.535:
+  version "1.4.549"
+  resolved "https://registry.yarnpkg.com/electron-to-chromium/-/electron-to-chromium-1.4.549.tgz#ab223f5d85c55a9def358db163bc8cacba72df69"
+  integrity sha512-gpXfJslSi4hYDkA0mTLEpYKRv9siAgSUgZ+UWyk+J5Cttpd1ThCVwdclzIwQSclz3hYn049+M2fgrP1WpvF8xg==
+
+emoji-regex@^8.0.0:
+  version "8.0.0"
+  resolved "https://registry.yarnpkg.com/emoji-regex/-/emoji-regex-8.0.0.tgz#e818fd69ce5ccfcb404594f842963bf53164cc37"
+  integrity sha512-MSjYzcWNOA0ewAHpz0MxpYFvwg6yjy1NG3xteoqz644VCo/RPgnr1/GGt+ic3iJTzQ8Eu3TdM14SawnVUmGE6A==
+
+emoji-regex@^9.2.2:
+  version "9.2.2"
+  resolved "https://registry.yarnpkg.com/emoji-regex/-/emoji-regex-9.2.2.tgz#840c8803b0d8047f4ff0cf963176b32d4ef3ed72"
+  integrity sha512-L18DaJsXSUk2+42pv8mLs5jJT2hqFkFE4j21wOmgbUqsZ2hL72NsUU785g9RXgo3s0ZNgVl42TiHp3ZtOv/Vyg==
+
+emojis-list@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/emojis-list/-/emojis-list-3.0.0.tgz#5570662046ad29e2e916e71aae260abdff4f6a78"
+  integrity sha512-/kyM18EfinwXZbno9FyUGeFh87KC8HRQBQGildHZbEuRyWFOmv1U10o9BBp8XVZDVNNuQKyIGIu5ZYAAXJ0V2Q==
+
+emoticon@^3.2.0:
+  version "3.2.0"
+  resolved "https://registry.yarnpkg.com/emoticon/-/emoticon-3.2.0.tgz#c008ca7d7620fac742fe1bf4af8ff8fed154ae7f"
+  integrity sha512-SNujglcLTTg+lDAcApPNgEdudaqQFiAbJCqzjNxJkvN9vAwCGi0uu8IUVvx+f16h+V44KCY6Y2yboroc9pilHg==
+
+encodeurl@~1.0.2:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/encodeurl/-/encodeurl-1.0.2.tgz#ad3ff4c86ec2d029322f5a02c3a9a606c95b3f59"
+  integrity sha512-TPJXq8JqFaVYm2CWmPvnP2Iyo4ZSM7/QKcSmuMLDObfpH5fi7RUGmd/rTDf+rut/saiDiQEeVTNgAmJEdAOx0w==
+
+end-of-stream@^1.1.0:
+  version "1.4.4"
+  resolved "https://registry.yarnpkg.com/end-of-stream/-/end-of-stream-1.4.4.tgz#5ae64a5f45057baf3626ec14da0ca5e4b2431eb0"
+  integrity sha512-+uw1inIHVPQoaVuHzRyXd21icM+cnt4CzD5rW+NC1wjOUSTOs+Te7FOv7AhN7vS9x/oIyhLP5PR1H+phQAHu5Q==
+  dependencies:
+    once "^1.4.0"
+
+enhanced-resolve@^5.15.0:
+  version "5.15.0"
+  resolved "https://registry.yarnpkg.com/enhanced-resolve/-/enhanced-resolve-5.15.0.tgz#1af946c7d93603eb88e9896cee4904dc012e9c35"
+  integrity sha512-LXYT42KJ7lpIKECr2mAXIaMldcNCh/7E0KBKOu4KSfkHmP+mZmSs+8V5gBAqisWBy0OO4W5Oyys0GO1Y8KtdKg==
+  dependencies:
+    graceful-fs "^4.2.4"
+    tapable "^2.2.0"
+
+entities@^2.0.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/entities/-/entities-2.2.0.tgz#098dc90ebb83d8dffa089d55256b351d34c4da55"
+  integrity sha512-p92if5Nz619I0w+akJrLZH0MX0Pb5DX39XOwQTtXSdQQOaYH03S1uIQp4mhOZtAXrxq4ViO67YTiLBo2638o9A==
+
+entities@^4.2.0, entities@^4.4.0:
+  version "4.5.0"
+  resolved "https://registry.yarnpkg.com/entities/-/entities-4.5.0.tgz#5d268ea5e7113ec74c4d033b79ea5a35a488fb48"
+  integrity sha512-V0hjH4dGPh9Ao5p0MoRY6BVqtwCjhz6vI5LT8AJ55H+4g9/4vbHx1I54fS0XuclLhDHArPQCiMjDxjaL8fPxhw==
+
+error-ex@^1.3.1:
+  version "1.3.2"
+  resolved "https://registry.yarnpkg.com/error-ex/-/error-ex-1.3.2.tgz#b4ac40648107fdcdcfae242f428bea8a14d4f1bf"
+  integrity sha512-7dFHNmqeFSEt2ZBsCriorKnn3Z2pj+fd9kmI6QoWw4//DL+icEBfc0U7qJCisqrTsKTjw4fNFy2pW9OqStD84g==
+  dependencies:
+    is-arrayish "^0.2.1"
+
+es-module-lexer@^1.2.1:
+  version "1.3.1"
+  resolved "https://registry.yarnpkg.com/es-module-lexer/-/es-module-lexer-1.3.1.tgz#c1b0dd5ada807a3b3155315911f364dc4e909db1"
+  integrity sha512-JUFAyicQV9mXc3YRxPnDlrfBKpqt6hUYzz9/boprUJHs4e4KVr3XwOF70doO6gwXUor6EWZJAyWAfKki84t20Q==
+
+escalade@^3.1.1:
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/escalade/-/escalade-3.1.1.tgz#d8cfdc7000965c5a0174b4a82eaa5c0552742e40"
+  integrity sha512-k0er2gUkLf8O0zKJiAhmkTnJlTvINGv7ygDNPbeIsX/TJjGJZHuh9B2UxbsaEkmlEo9MfhrSzmhIlhRlI2GXnw==
+
+escape-goat@^2.0.0:
+  version "2.1.1"
+  resolved "https://registry.yarnpkg.com/escape-goat/-/escape-goat-2.1.1.tgz#1b2dc77003676c457ec760b2dc68edb648188675"
+  integrity sha512-8/uIhbG12Csjy2JEW7D9pHbreaVaS/OpN3ycnyvElTdwM5n6GY6W6e2IPemfvGZeUMqZ9A/3GqIZMgKnBhAw/Q==
+
+escape-html@^1.0.3, escape-html@~1.0.3:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/escape-html/-/escape-html-1.0.3.tgz#0258eae4d3d0c0974de1c169188ef0051d1d1988"
+  integrity sha512-NiSupZ4OeuGwr68lGIeym/ksIZMJodUGOSCZ/FSnTxcrekbvqrgdUxlJOMpijaKZVjAJrWrGs/6Jy8OMuyj9ow==
+
+escape-string-regexp@^1.0.5:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/escape-string-regexp/-/escape-string-regexp-1.0.5.tgz#1b61c0562190a8dff6ae3bb2cf0200ca130b86d4"
+  integrity sha512-vbRorB5FUQWvla16U8R/qgaFIya2qGzwDrNmCZuYKrbdSUMG6I1ZCGQRefkRVhuOkIGVne7BQ35DSfo1qvJqFg==
+
+escape-string-regexp@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/escape-string-regexp/-/escape-string-regexp-4.0.0.tgz#14ba83a5d373e3d311e5afca29cf5bfad965bf34"
+  integrity sha512-TtpcNJ3XAzx3Gq8sWRzJaVajRs0uVxA2YAkdb1jm2YkPz4G6egUFAyA3n5vtEIZefPk5Wa4UXbKuS5fKkJWdgA==
+
+eslint-scope@5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/eslint-scope/-/eslint-scope-5.1.1.tgz#e786e59a66cb92b3f6c1fb0d508aab174848f48c"
+  integrity sha512-2NxwbF/hZ0KpepYN0cNbo+FN6XoK7GaHlQhgx/hIZl6Va0bF45RQOOwhLIy8lQDbuCiadSLCBnH2CFYquit5bw==
+  dependencies:
+    esrecurse "^4.3.0"
+    estraverse "^4.1.1"
+
+esprima@^4.0.0:
+  version "4.0.1"
+  resolved "https://registry.yarnpkg.com/esprima/-/esprima-4.0.1.tgz#13b04cdb3e6c5d19df91ab6987a8695619b0aa71"
+  integrity sha512-eGuFFw7Upda+g4p+QHvnW0RyTX/SVeJBDM/gCtMARO0cLuT2HcEKnTPvhjV6aGeqrCB/sbNop0Kszm0jsaWU4A==
+
+esrecurse@^4.3.0:
+  version "4.3.0"
+  resolved "https://registry.yarnpkg.com/esrecurse/-/esrecurse-4.3.0.tgz#7ad7964d679abb28bee72cec63758b1c5d2c9921"
+  integrity sha512-KmfKL3b6G+RXvP8N1vr3Tq1kL/oCFgn2NYXEtqP8/L3pKapUA4G8cFVaoF3SU323CD4XypR/ffioHmkti6/Tag==
+  dependencies:
+    estraverse "^5.2.0"
+
+estraverse@^4.1.1:
+  version "4.3.0"
+  resolved "https://registry.yarnpkg.com/estraverse/-/estraverse-4.3.0.tgz#398ad3f3c5a24948be7725e83d11a7de28cdbd1d"
+  integrity sha512-39nnKffWz8xN1BU/2c79n9nB9HDzo0niYUqx6xyqUnyoAnQyyWpOTdZEeiCch8BBu515t4wp9ZmgVfVhn9EBpw==
+
+estraverse@^5.2.0:
+  version "5.3.0"
+  resolved "https://registry.yarnpkg.com/estraverse/-/estraverse-5.3.0.tgz#2eea5290702f26ab8fe5370370ff86c965d21123"
+  integrity sha512-MMdARuVEQziNTeJD8DgMqmhwR11BRQ/cBP+pLtYdSTnf3MIO8fFeiINEbX36ZdNlfU/7A9f3gUw49B3oQsvwBA==
+
+esutils@^2.0.2:
+  version "2.0.3"
+  resolved "https://registry.yarnpkg.com/esutils/-/esutils-2.0.3.tgz#74d2eb4de0b8da1293711910d50775b9b710ef64"
+  integrity sha512-kVscqXk4OCp68SZ0dkgEKVi6/8ij300KBWTJq32P/dYeWTSwK41WyTxalN1eRmA5Z9UU/LX9D7FWSmV9SAYx6g==
+
+eta@^2.0.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/eta/-/eta-2.2.0.tgz#eb8b5f8c4e8b6306561a455e62cd7492fe3a9b8a"
+  integrity sha512-UVQ72Rqjy/ZKQalzV5dCCJP80GrmPrMxh6NlNf+erV6ObL0ZFkhCstWRawS85z3smdr3d2wXPsZEY7rDPfGd2g==
+
+etag@~1.8.1:
+  version "1.8.1"
+  resolved "https://registry.yarnpkg.com/etag/-/etag-1.8.1.tgz#41ae2eeb65efa62268aebfea83ac7d79299b0887"
+  integrity sha512-aIL5Fx7mawVa300al2BnEE4iNvo1qETxLrPI/o05L7z6go7fCw1J6EQmbK4FmJ2AS7kgVF/KEZWufBfdClMcPg==
+
+eval@^0.1.8:
+  version "0.1.8"
+  resolved "https://registry.yarnpkg.com/eval/-/eval-0.1.8.tgz#2b903473b8cc1d1989b83a1e7923f883eb357f85"
+  integrity sha512-EzV94NYKoO09GLXGjXj9JIlXijVck4ONSr5wiCWDvhsvj5jxSrzTmRU/9C1DyB6uToszLs8aifA6NQ7lEQdvFw==
+  dependencies:
+    "@types/node" "*"
+    require-like ">= 0.1.1"
+
+eventemitter3@^4.0.0:
+  version "4.0.7"
+  resolved "https://registry.yarnpkg.com/eventemitter3/-/eventemitter3-4.0.7.tgz#2de9b68f6528d5644ef5c59526a1b4a07306169f"
+  integrity sha512-8guHBZCwKnFhYdHr2ysuRWErTwhoN2X8XELRlrRwpmfeY2jjuUN4taQMsULKUVo1K4DvZl+0pgfyoysHxvmvEw==
+
+events@^3.2.0:
+  version "3.3.0"
+  resolved "https://registry.yarnpkg.com/events/-/events-3.3.0.tgz#31a95ad0a924e2d2c419a813aeb2c4e878ea7400"
+  integrity sha512-mQw+2fkQbALzQ7V0MY0IqdnXNOeTtP4r0lN9z7AAawCXgqea7bDii20AYrIBrFd/Hx0M2Ocz6S111CaFkUcb0Q==
+
+execa@^5.0.0:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/execa/-/execa-5.1.1.tgz#f80ad9cbf4298f7bd1d4c9555c21e93741c411dd"
+  integrity sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==
+  dependencies:
+    cross-spawn "^7.0.3"
+    get-stream "^6.0.0"
+    human-signals "^2.1.0"
+    is-stream "^2.0.0"
+    merge-stream "^2.0.0"
+    npm-run-path "^4.0.1"
+    onetime "^5.1.2"
+    signal-exit "^3.0.3"
+    strip-final-newline "^2.0.0"
+
+express@^4.17.3:
+  version "4.18.2"
+  resolved "https://registry.yarnpkg.com/express/-/express-4.18.2.tgz#3fabe08296e930c796c19e3c516979386ba9fd59"
+  integrity sha512-5/PsL6iGPdfQ/lKM1UuielYgv3BUoJfz1aUwU9vHZ+J7gyvwdQXFEBIEIaxeGf0GIcreATNyBExtalisDbuMqQ==
+  dependencies:
+    accepts "~1.3.8"
+    array-flatten "1.1.1"
+    body-parser "1.20.1"
+    content-disposition "0.5.4"
+    content-type "~1.0.4"
+    cookie "0.5.0"
+    cookie-signature "1.0.6"
+    debug "2.6.9"
+    depd "2.0.0"
+    encodeurl "~1.0.2"
+    escape-html "~1.0.3"
+    etag "~1.8.1"
+    finalhandler "1.2.0"
+    fresh "0.5.2"
+    http-errors "2.0.0"
+    merge-descriptors "1.0.1"
+    methods "~1.1.2"
+    on-finished "2.4.1"
+    parseurl "~1.3.3"
+    path-to-regexp "0.1.7"
+    proxy-addr "~2.0.7"
+    qs "6.11.0"
+    range-parser "~1.2.1"
+    safe-buffer "5.2.1"
+    send "0.18.0"
+    serve-static "1.15.0"
+    setprototypeof "1.2.0"
+    statuses "2.0.1"
+    type-is "~1.6.18"
+    utils-merge "1.0.1"
+    vary "~1.1.2"
+
+extend-shallow@^2.0.1:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/extend-shallow/-/extend-shallow-2.0.1.tgz#51af7d614ad9a9f610ea1bafbb989d6b1c56890f"
+  integrity sha512-zCnTtlxNoAiDc3gqY2aYAWFx7XWWiasuF2K8Me5WbN8otHKTUKBwjPtNpRs/rbUZm7KxWAaNj7P1a/p52GbVug==
+  dependencies:
+    is-extendable "^0.1.0"
+
+extend@^3.0.0:
+  version "3.0.2"
+  resolved "https://registry.yarnpkg.com/extend/-/extend-3.0.2.tgz#f8b1136b4071fbd8eb140aff858b1019ec2915fa"
+  integrity sha512-fjquC59cD7CyW6urNXK0FBufkZcoiGG80wTuPujX590cB5Ttln20E2UB4S/WARVqhXffZl2LNgS+gQdPIIim/g==
+
+fast-deep-equal@^3.1.1, fast-deep-equal@^3.1.3:
+  version "3.1.3"
+  resolved "https://registry.yarnpkg.com/fast-deep-equal/-/fast-deep-equal-3.1.3.tgz#3a7d56b559d6cbc3eb512325244e619a65c6c525"
+  integrity sha512-f3qQ9oQy9j2AhBe/H9VC91wLmKBCCU/gDOnKNAYG5hswO7BLKj09Hc5HYNz9cGI++xlpDCIgDaitVs03ATR84Q==
+
+fast-glob@^3.2.11, fast-glob@^3.2.9, fast-glob@^3.3.0:
+  version "3.3.1"
+  resolved "https://registry.yarnpkg.com/fast-glob/-/fast-glob-3.3.1.tgz#784b4e897340f3dbbef17413b3f11acf03c874c4"
+  integrity sha512-kNFPyjhh5cKjrUltxs+wFx+ZkbRaxxmZ+X0ZU31SOsxCEtP9VPgtq2teZw1DebupL5GmDaNQ6yKMMVcM41iqDg==
+  dependencies:
+    "@nodelib/fs.stat" "^2.0.2"
+    "@nodelib/fs.walk" "^1.2.3"
+    glob-parent "^5.1.2"
+    merge2 "^1.3.0"
+    micromatch "^4.0.4"
+
+fast-json-stable-stringify@^2.0.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/fast-json-stable-stringify/-/fast-json-stable-stringify-2.1.0.tgz#874bf69c6f404c2b5d99c481341399fd55892633"
+  integrity sha512-lhd/wF+Lk98HZoTCtlVraHtfh5XYijIjalXck7saUtuanSDyLMxnHhSXEDJqHxD7msR8D0uCmqlkwjCV8xvwHw==
+
+fast-url-parser@1.1.3:
+  version "1.1.3"
+  resolved "https://registry.yarnpkg.com/fast-url-parser/-/fast-url-parser-1.1.3.tgz#f4af3ea9f34d8a271cf58ad2b3759f431f0b318d"
+  integrity sha512-5jOCVXADYNuRkKFzNJ0dCCewsZiYo0dz8QNYljkOpFC6r2U4OBmKtvm/Tsuh4w1YYdDqDb31a8TVhBJ2OJKdqQ==
+  dependencies:
+    punycode "^1.3.2"
+
+fastq@^1.6.0:
+  version "1.15.0"
+  resolved "https://registry.yarnpkg.com/fastq/-/fastq-1.15.0.tgz#d04d07c6a2a68fe4599fea8d2e103a937fae6b3a"
+  integrity sha512-wBrocU2LCXXa+lWBt8RoIRD89Fi8OdABODa/kEnyeyjS5aZO5/GNvI5sEINADqP/h8M29UHTHUb53sUu5Ihqdw==
+  dependencies:
+    reusify "^1.0.4"
+
+faye-websocket@^0.11.3:
+  version "0.11.4"
+  resolved "https://registry.yarnpkg.com/faye-websocket/-/faye-websocket-0.11.4.tgz#7f0d9275cfdd86a1c963dc8b65fcc451edcbb1da"
+  integrity sha512-CzbClwlXAuiRQAlUyfqPgvPoNKTckTPGfwZV4ZdAhVcP2lh9KUxJg2b5GkE7XbjKQ3YJnQ9z6D9ntLAlB+tP8g==
+  dependencies:
+    websocket-driver ">=0.5.1"
+
+fbemitter@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/fbemitter/-/fbemitter-3.0.0.tgz#00b2a1af5411254aab416cd75f9e6289bee4bff3"
+  integrity sha512-KWKaceCwKQU0+HPoop6gn4eOHk50bBv/VxjJtGMfwmJt3D29JpN4H4eisCtIPA+a8GVBam+ldMMpMjJUvpDyHw==
+  dependencies:
+    fbjs "^3.0.0"
+
+fbjs-css-vars@^1.0.0:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/fbjs-css-vars/-/fbjs-css-vars-1.0.2.tgz#216551136ae02fe255932c3ec8775f18e2c078b8"
+  integrity sha512-b2XGFAFdWZWg0phtAWLHCk836A1Xann+I+Dgd3Gk64MHKZO44FfoD1KxyvbSh0qZsIoXQGGlVztIY+oitJPpRQ==
+
+fbjs@^3.0.0, fbjs@^3.0.1:
+  version "3.0.5"
+  resolved "https://registry.yarnpkg.com/fbjs/-/fbjs-3.0.5.tgz#aa0edb7d5caa6340011790bd9249dbef8a81128d"
+  integrity sha512-ztsSx77JBtkuMrEypfhgc3cI0+0h+svqeie7xHbh1k/IKdcydnvadp/mUaGgjAOXQmQSxsqgaRhS3q9fy+1kxg==
+  dependencies:
+    cross-fetch "^3.1.5"
+    fbjs-css-vars "^1.0.0"
+    loose-envify "^1.0.0"
+    object-assign "^4.1.0"
+    promise "^7.1.1"
+    setimmediate "^1.0.5"
+    ua-parser-js "^1.0.35"
+
+feed@^4.2.2:
+  version "4.2.2"
+  resolved "https://registry.yarnpkg.com/feed/-/feed-4.2.2.tgz#865783ef6ed12579e2c44bbef3c9113bc4956a7e"
+  integrity sha512-u5/sxGfiMfZNtJ3OvQpXcvotFpYkL0n9u9mM2vkui2nGo8b4wvDkJ8gAkYqbA8QpGyFCv3RK0Z+Iv+9veCS9bQ==
+  dependencies:
+    xml-js "^1.6.11"
+
+file-loader@^6.2.0:
+  version "6.2.0"
+  resolved "https://registry.yarnpkg.com/file-loader/-/file-loader-6.2.0.tgz#baef7cf8e1840df325e4390b4484879480eebe4d"
+  integrity sha512-qo3glqyTa61Ytg4u73GultjHGjdRyig3tG6lPtyX/jOEJvHif9uB0/OCI2Kif6ctF3caQTW2G5gym21oAsI4pw==
+  dependencies:
+    loader-utils "^2.0.0"
+    schema-utils "^3.0.0"
+
+filesize@^8.0.6:
+  version "8.0.7"
+  resolved "https://registry.yarnpkg.com/filesize/-/filesize-8.0.7.tgz#695e70d80f4e47012c132d57a059e80c6b580bd8"
+  integrity sha512-pjmC+bkIF8XI7fWaH8KxHcZL3DPybs1roSKP4rKDvy20tAWwIObE4+JIseG2byfGKhud5ZnM4YSGKBz7Sh0ndQ==
+
+fill-range@^7.0.1:
+  version "7.0.1"
+  resolved "https://registry.yarnpkg.com/fill-range/-/fill-range-7.0.1.tgz#1919a6a7c75fe38b2c7c77e5198535da9acdda40"
+  integrity sha512-qOo9F+dMUmC2Lcb4BbVvnKJxTPjCm+RRpe4gDuGrzkL7mEVl/djYSu2OdQ2Pa302N4oqkSg9ir6jaLWJ2USVpQ==
+  dependencies:
+    to-regex-range "^5.0.1"
+
+finalhandler@1.2.0:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/finalhandler/-/finalhandler-1.2.0.tgz#7d23fe5731b207b4640e4fcd00aec1f9207a7b32"
+  integrity sha512-5uXcUVftlQMFnWC9qu/svkWv3GTd2PfUhK/3PLkYNAe7FbqJMt3515HaxE6eRL74GdsriiwujiawdaB1BpEISg==
+  dependencies:
+    debug "2.6.9"
+    encodeurl "~1.0.2"
+    escape-html "~1.0.3"
+    on-finished "2.4.1"
+    parseurl "~1.3.3"
+    statuses "2.0.1"
+    unpipe "~1.0.0"
+
+find-cache-dir@^3.3.1:
+  version "3.3.2"
+  resolved "https://registry.yarnpkg.com/find-cache-dir/-/find-cache-dir-3.3.2.tgz#b30c5b6eff0730731aea9bbd9dbecbd80256d64b"
+  integrity sha512-wXZV5emFEjrridIgED11OoUKLxiYjAcqot/NJdAkOhlJ+vGzwhOAfcG5OX1jP+S0PcjEn8bdMJv+g2jwQ3Onig==
+  dependencies:
+    commondir "^1.0.1"
+    make-dir "^3.0.2"
+    pkg-dir "^4.1.0"
+
+find-up@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/find-up/-/find-up-3.0.0.tgz#49169f1d7993430646da61ecc5ae355c21c97b73"
+  integrity sha512-1yD6RmLI1XBfxugvORwlck6f75tYL+iR0jqwsOrOxMZyGYqUuDhJ0l4AXdO1iX/FTs9cBAMEk1gWSEx1kSbylg==
+  dependencies:
+    locate-path "^3.0.0"
+
+find-up@^4.0.0:
+  version "4.1.0"
+  resolved "https://registry.yarnpkg.com/find-up/-/find-up-4.1.0.tgz#97afe7d6cdc0bc5928584b7c8d7b16e8a9aa5d19"
+  integrity sha512-PpOwAdQ/YlXQ2vj8a3h8IipDuYRi3wceVQQGYWxNINccq40Anw7BlsEXCMbt1Zt+OLA6Fq9suIpIWD0OsnISlw==
+  dependencies:
+    locate-path "^5.0.0"
+    path-exists "^4.0.0"
+
+find-up@^5.0.0:
+  version "5.0.0"
+  resolved "https://registry.yarnpkg.com/find-up/-/find-up-5.0.0.tgz#4c92819ecb7083561e4f4a240a86be5198f536fc"
+  integrity sha512-78/PXT1wlLLDgTzDs7sjq9hzz0vXD+zn+7wypEe4fXQxCmdmqfGsEPQxmiCSQI3ajFV91bVSsvNtrJRiW6nGng==
+  dependencies:
+    locate-path "^6.0.0"
+    path-exists "^4.0.0"
+
+flux@^4.0.1:
+  version "4.0.4"
+  resolved "https://registry.yarnpkg.com/flux/-/flux-4.0.4.tgz#9661182ea81d161ee1a6a6af10d20485ef2ac572"
+  integrity sha512-NCj3XlayA2UsapRpM7va6wU1+9rE5FIL7qoMcmxWHRzbp0yujihMBm9BBHZ1MDIk5h5o2Bl6eGiCe8rYELAmYw==
+  dependencies:
+    fbemitter "^3.0.0"
+    fbjs "^3.0.1"
+
+follow-redirects@^1.0.0, follow-redirects@^1.14.7:
+  version "1.15.3"
+  resolved "https://registry.yarnpkg.com/follow-redirects/-/follow-redirects-1.15.3.tgz#fe2f3ef2690afce7e82ed0b44db08165b207123a"
+  integrity sha512-1VzOtuEM8pC9SFU1E+8KfTjZyMztRsgEfwQl44z8A25uy13jSzTj6dyK2Df52iV0vgHCfBwLhDWevLn95w5v6Q==
+
+fork-ts-checker-webpack-plugin@^6.5.0:
+  version "6.5.3"
+  resolved "https://registry.yarnpkg.com/fork-ts-checker-webpack-plugin/-/fork-ts-checker-webpack-plugin-6.5.3.tgz#eda2eff6e22476a2688d10661688c47f611b37f3"
+  integrity sha512-SbH/l9ikmMWycd5puHJKTkZJKddF4iRLyW3DeZ08HTI7NGyLS38MXd/KGgeWumQO7YNQbW2u/NtPT2YowbPaGQ==
+  dependencies:
+    "@babel/code-frame" "^7.8.3"
+    "@types/json-schema" "^7.0.5"
+    chalk "^4.1.0"
+    chokidar "^3.4.2"
+    cosmiconfig "^6.0.0"
+    deepmerge "^4.2.2"
+    fs-extra "^9.0.0"
+    glob "^7.1.6"
+    memfs "^3.1.2"
+    minimatch "^3.0.4"
+    schema-utils "2.7.0"
+    semver "^7.3.2"
+    tapable "^1.0.0"
+
+forwarded@0.2.0:
+  version "0.2.0"
+  resolved "https://registry.yarnpkg.com/forwarded/-/forwarded-0.2.0.tgz#2269936428aad4c15c7ebe9779a84bf0b2a81811"
+  integrity sha512-buRG0fpBtRHSTCOASe6hD258tEubFoRLb4ZNA6NxMVHNw2gOcwHo9wyablzMzOA5z9xA9L1KNjk/Nt6MT9aYow==
+
+fraction.js@^4.3.6:
+  version "4.3.6"
+  resolved "https://registry.yarnpkg.com/fraction.js/-/fraction.js-4.3.6.tgz#e9e3acec6c9a28cf7bc36cbe35eea4ceb2c5c92d"
+  integrity sha512-n2aZ9tNfYDwaHhvFTkhFErqOMIb8uyzSQ+vGJBjZyanAKZVbGUQ1sngfk9FdkBw7G26O7AgNjLcecLffD1c7eg==
+
+fresh@0.5.2:
+  version "0.5.2"
+  resolved "https://registry.yarnpkg.com/fresh/-/fresh-0.5.2.tgz#3d8cadd90d976569fa835ab1f8e4b23a105605a7"
+  integrity sha512-zJ2mQYM18rEFOudeV4GShTGIQ7RbzA7ozbU9I/XBpm7kqgMywgmylMwXHxZJmkVoYkna9d2pVXVXPdYTP9ej8Q==
+
+fs-extra@^10.1.0:
+  version "10.1.0"
+  resolved "https://registry.yarnpkg.com/fs-extra/-/fs-extra-10.1.0.tgz#02873cfbc4084dde127eaa5f9905eef2325d1abf"
+  integrity sha512-oRXApq54ETRj4eMiFzGnHWGy+zo5raudjuxN0b8H7s/RU2oW0Wvsx9O0ACRN/kRq9E8Vu/ReskGB5o3ji+FzHQ==
+  dependencies:
+    graceful-fs "^4.2.0"
+    jsonfile "^6.0.1"
+    universalify "^2.0.0"
+
+fs-extra@^9.0.0:
+  version "9.1.0"
+  resolved "https://registry.yarnpkg.com/fs-extra/-/fs-extra-9.1.0.tgz#5954460c764a8da2094ba3554bf839e6b9a7c86d"
+  integrity sha512-hcg3ZmepS30/7BSFqRvoo3DOMQu7IjqxO5nCDt+zM9XWjb33Wg7ziNT+Qvqbuc3+gWpzO02JubVyk2G4Zvo1OQ==
+  dependencies:
+    at-least-node "^1.0.0"
+    graceful-fs "^4.2.0"
+    jsonfile "^6.0.1"
+    universalify "^2.0.0"
+
+fs-monkey@^1.0.4:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/fs-monkey/-/fs-monkey-1.0.5.tgz#fe450175f0db0d7ea758102e1d84096acb925788"
+  integrity sha512-8uMbBjrhzW76TYgEV27Y5E//W2f/lTFmx78P2w19FZSxarhI/798APGQyuGCwmkNxgwGRhrLfvWyLBvNtuOmew==
+
+fs.realpath@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/fs.realpath/-/fs.realpath-1.0.0.tgz#1504ad2523158caa40db4a2787cb01411994ea4f"
+  integrity sha512-OO0pH2lK6a0hZnAdau5ItzHPI6pUlvI7jMVnxUQRtw4owF2wk8lOSabtGDCTP4Ggrg2MbGnWO9X8K1t4+fGMDw==
+
+fsevents@~2.3.2:
+  version "2.3.3"
+  resolved "https://registry.yarnpkg.com/fsevents/-/fsevents-2.3.3.tgz#cac6407785d03675a2a5e1a5305c697b347d90d6"
+  integrity sha512-5xoDfX+fL7faATnagmWPpbFtwh/R77WmMMqqHGS65C3vvB0YHrgF+B1YmZ3441tMj5n63k0212XNoJwzlhffQw==
+
+function-bind@^1.1.1:
+  version "1.1.1"
+  resolved "https://registry.yarnpkg.com/function-bind/-/function-bind-1.1.1.tgz#a56899d3ea3c9bab874bb9773b7c5ede92f4895d"
+  integrity sha512-yIovAzMX49sF8Yl58fSCWJ5svSLuaibPxXQJFLmBObTuCr0Mf1KiPopGM9NiFjiYBCbfaa2Fh6breQ6ANVTI0A==
+
+gensync@^1.0.0-beta.1, gensync@^1.0.0-beta.2:
+  version "1.0.0-beta.2"
+  resolved "https://registry.yarnpkg.com/gensync/-/gensync-1.0.0-beta.2.tgz#32a6ee76c3d7f52d46b2b1ae5d93fea8580a25e0"
+  integrity sha512-3hN7NaskYvMDLQY55gnW3NQ+mesEAepTqlg+VEbj7zzqEMBVNhzcGYYeqFo/TlYz6eQiFcp1HcsCZO+nGgS8zg==
+
+get-intrinsic@^1.0.2, get-intrinsic@^1.1.1, get-intrinsic@^1.1.3, get-intrinsic@^1.2.1:
+  version "1.2.1"
+  resolved "https://registry.yarnpkg.com/get-intrinsic/-/get-intrinsic-1.2.1.tgz#d295644fed4505fc9cde952c37ee12b477a83d82"
+  integrity sha512-2DcsyfABl+gVHEfCOaTrWgyt+tb6MSEGmKq+kI5HwLbIYgjgmMcV8KQ41uaKz1xxUcn9tJtgFbQUEVcEbd0FYw==
+  dependencies:
+    function-bind "^1.1.1"
+    has "^1.0.3"
+    has-proto "^1.0.1"
+    has-symbols "^1.0.3"
+
+get-own-enumerable-property-symbols@^3.0.0:
+  version "3.0.2"
+  resolved "https://registry.yarnpkg.com/get-own-enumerable-property-symbols/-/get-own-enumerable-property-symbols-3.0.2.tgz#b5fde77f22cbe35f390b4e089922c50bce6ef664"
+  integrity sha512-I0UBV/XOz1XkIJHEUDMZAbzCThU/H8DxmSfmdGcKPnVhu2VfFqr34jr9777IyaTYvxjedWhqVIilEDsCdP5G6g==
+
+get-stream@^4.1.0:
+  version "4.1.0"
+  resolved "https://registry.yarnpkg.com/get-stream/-/get-stream-4.1.0.tgz#c1b255575f3dc21d59bfc79cd3d2b46b1c3a54b5"
+  integrity sha512-GMat4EJ5161kIy2HevLlr4luNjBgvmj413KaQA7jt4V8B4RDsfpHk7WQ9GVqfYyyx8OS/L66Kox+rJRNklLK7w==
+  dependencies:
+    pump "^3.0.0"
+
+get-stream@^5.1.0:
+  version "5.2.0"
+  resolved "https://registry.yarnpkg.com/get-stream/-/get-stream-5.2.0.tgz#4966a1795ee5ace65e706c4b7beb71257d6e22d3"
+  integrity sha512-nBF+F1rAZVCu/p7rjzgA+Yb4lfYXrpl7a6VmJrU8wF9I1CKvP/QwPNZHnOlwbTkY6dvtFIzFMSyQXbLoTQPRpA==
+  dependencies:
+    pump "^3.0.0"
+
+get-stream@^6.0.0:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/get-stream/-/get-stream-6.0.1.tgz#a262d8eef67aced57c2852ad6167526a43cbf7b7"
+  integrity sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==
+
+github-slugger@^1.4.0:
+  version "1.5.0"
+  resolved "https://registry.yarnpkg.com/github-slugger/-/github-slugger-1.5.0.tgz#17891bbc73232051474d68bd867a34625c955f7d"
+  integrity sha512-wIh+gKBI9Nshz2o46B0B3f5k/W+WI9ZAv6y5Dn5WJ5SK1t0TnDimB4WE5rmTD05ZAIn8HALCZVmCsvj0w0v0lw==
+
+glob-parent@^5.1.2, glob-parent@~5.1.2:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/glob-parent/-/glob-parent-5.1.2.tgz#869832c58034fe68a4093c17dc15e8340d8401c4"
+  integrity sha512-AOIgSQCepiJYwP3ARnGx+5VnTu2HBYdzbGP45eLw1vr3zB3vZLeyed1sC9hnbcOc9/SrMyM5RPQrkGz4aS9Zow==
+  dependencies:
+    is-glob "^4.0.1"
+
+glob-parent@^6.0.1:
+  version "6.0.2"
+  resolved "https://registry.yarnpkg.com/glob-parent/-/glob-parent-6.0.2.tgz#6d237d99083950c79290f24c7642a3de9a28f9e3"
+  integrity sha512-XxwI8EOhVQgWp6iDL+3b0r86f4d6AX6zSU55HfB4ydCEuXLXc5FcYeOu+nnGftS4TEju/11rt4KJPTMgbfmv4A==
+  dependencies:
+    is-glob "^4.0.3"
+
+glob-to-regexp@^0.4.1:
+  version "0.4.1"
+  resolved "https://registry.yarnpkg.com/glob-to-regexp/-/glob-to-regexp-0.4.1.tgz#c75297087c851b9a578bd217dd59a92f59fe546e"
+  integrity sha512-lkX1HJXwyMcprw/5YUZc2s7DrpAiHB21/V+E1rHUrVNokkvB6bqMzT0VfV6/86ZNabt1k14YOIaT7nDvOX3Iiw==
+
+glob@^7.0.0, glob@^7.1.3, glob@^7.1.6:
+  version "7.2.3"
+  resolved "https://registry.yarnpkg.com/glob/-/glob-7.2.3.tgz#b8df0fb802bbfa8e89bd1d938b4e16578ed44f2b"
+  integrity sha512-nFR0zLpU2YCaRxwoCJvL6UvCH2JFyFVIvwTLsIf21AuHlMskA1hhTdk+LlYJtOlYt9v6dvszD2BGRqBL+iQK9Q==
+  dependencies:
+    fs.realpath "^1.0.0"
+    inflight "^1.0.4"
+    inherits "2"
+    minimatch "^3.1.1"
+    once "^1.3.0"
+    path-is-absolute "^1.0.0"
+
+global-dirs@^3.0.0:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/global-dirs/-/global-dirs-3.0.1.tgz#0c488971f066baceda21447aecb1a8b911d22485"
+  integrity sha512-NBcGGFbBA9s1VzD41QXDG+3++t9Mn5t1FpLdhESY6oKY4gYTFpX4wO3sqGUa0Srjtbfj3szX0RnemmrVRUdULA==
+  dependencies:
+    ini "2.0.0"
+
+global-modules@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/global-modules/-/global-modules-2.0.0.tgz#997605ad2345f27f51539bea26574421215c7780"
+  integrity sha512-NGbfmJBp9x8IxyJSd1P+otYK8vonoJactOogrVfFRIAEY1ukil8RSKDz2Yo7wh1oihl51l/r6W4epkeKJHqL8A==
+  dependencies:
+    global-prefix "^3.0.0"
+
+global-prefix@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/global-prefix/-/global-prefix-3.0.0.tgz#fc85f73064df69f50421f47f883fe5b913ba9b97"
+  integrity sha512-awConJSVCHVGND6x3tmMaKcQvwXLhjdkmomy2W+Goaui8YPgYgXJZewhg3fWC+DlfqqQuWg8AwqjGTD2nAPVWg==
+  dependencies:
+    ini "^1.3.5"
+    kind-of "^6.0.2"
+    which "^1.3.1"
+
+globals@^11.1.0:
+  version "11.12.0"
+  resolved "https://registry.yarnpkg.com/globals/-/globals-11.12.0.tgz#ab8795338868a0babd8525758018c2a7eb95c42e"
+  integrity sha512-WOBp/EEGUiIsJSp7wcv/y6MO+lV9UoncWqxuFfm8eBwzWNgyfBd6Gz+IeKQ9jCmyhoH99g15M3T+QaVHFjizVA==
+
+globby@^11.0.1, globby@^11.0.4, globby@^11.1.0:
+  version "11.1.0"
+  resolved "https://registry.yarnpkg.com/globby/-/globby-11.1.0.tgz#bd4be98bb042f83d796f7e3811991fbe82a0d34b"
+  integrity sha512-jhIXaOzy1sb8IyocaruWSn1TjmnBVs8Ayhcy83rmxNJ8q2uWKCAj3CnJY+KpGSXCueAPc0i05kVvVKtP1t9S3g==
+  dependencies:
+    array-union "^2.1.0"
+    dir-glob "^3.0.1"
+    fast-glob "^3.2.9"
+    ignore "^5.2.0"
+    merge2 "^1.4.1"
+    slash "^3.0.0"
+
+globby@^13.1.1:
+  version "13.2.2"
+  resolved "https://registry.yarnpkg.com/globby/-/globby-13.2.2.tgz#63b90b1bf68619c2135475cbd4e71e66aa090592"
+  integrity sha512-Y1zNGV+pzQdh7H39l9zgB4PJqjRNqydvdYCDG4HFXM4XuvSaQQlEc91IU1yALL8gUTDomgBAfz3XJdmUS+oo0w==
+  dependencies:
+    dir-glob "^3.0.1"
+    fast-glob "^3.3.0"
+    ignore "^5.2.4"
+    merge2 "^1.4.1"
+    slash "^4.0.0"
+
+gopd@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/gopd/-/gopd-1.0.1.tgz#29ff76de69dac7489b7c0918a5788e56477c332c"
+  integrity sha512-d65bNlIadxvpb/A2abVdlqKqV563juRnZ1Wtk6s1sIR8uNsXR70xqIzVqxVf1eTqDunwT2MkczEeaezCKTZhwA==
+  dependencies:
+    get-intrinsic "^1.1.3"
+
+got@^9.6.0:
+  version "9.6.0"
+  resolved "https://registry.yarnpkg.com/got/-/got-9.6.0.tgz#edf45e7d67f99545705de1f7bbeeeb121765ed85"
+  integrity sha512-R7eWptXuGYxwijs0eV+v3o6+XH1IqVK8dJOEecQfTmkncw9AV4dcw/Dhxi8MdlqPthxxpZyizMzyg8RTmEsG+Q==
+  dependencies:
+    "@sindresorhus/is" "^0.14.0"
+    "@szmarczak/http-timer" "^1.1.2"
+    cacheable-request "^6.0.0"
+    decompress-response "^3.3.0"
+    duplexer3 "^0.1.4"
+    get-stream "^4.1.0"
+    lowercase-keys "^1.0.1"
+    mimic-response "^1.0.1"
+    p-cancelable "^1.0.0"
+    to-readable-stream "^1.0.0"
+    url-parse-lax "^3.0.0"
+
+graceful-fs@^4.1.2, graceful-fs@^4.1.6, graceful-fs@^4.2.0, graceful-fs@^4.2.4, graceful-fs@^4.2.6, graceful-fs@^4.2.9:
+  version "4.2.11"
+  resolved "https://registry.yarnpkg.com/graceful-fs/-/graceful-fs-4.2.11.tgz#4183e4e8bf08bb6e05bbb2f7d2e0c8f712ca40e3"
+  integrity sha512-RbJ5/jmFcNNCcDV5o9eTnBLJ/HszWV0P73bc+Ff4nS/rJj+YaS6IGyiOL0VoBYX+l1Wrl3k63h/KrH+nhJ0XvQ==
+
+gray-matter@^4.0.3:
+  version "4.0.3"
+  resolved "https://registry.yarnpkg.com/gray-matter/-/gray-matter-4.0.3.tgz#e893c064825de73ea1f5f7d88c7a9f7274288798"
+  integrity sha512-5v6yZd4JK3eMI3FqqCouswVqwugaA9r4dNZB1wwcmrD02QkV5H0y7XBQW8QwQqEaZY1pM9aqORSORhJRdNK44Q==
+  dependencies:
+    js-yaml "^3.13.1"
+    kind-of "^6.0.2"
+    section-matter "^1.0.0"
+    strip-bom-string "^1.0.0"
+
+gzip-size@^6.0.0:
+  version "6.0.0"
+  resolved "https://registry.yarnpkg.com/gzip-size/-/gzip-size-6.0.0.tgz#065367fd50c239c0671cbcbad5be3e2eeb10e462"
+  integrity sha512-ax7ZYomf6jqPTQ4+XCpUGyXKHk5WweS+e05MBO4/y3WJ5RkmPXNKvX+bx1behVILVwr6JSQvZAku021CHPXG3Q==
+  dependencies:
+    duplexer "^0.1.2"
+
+handle-thing@^2.0.0:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/handle-thing/-/handle-thing-2.0.1.tgz#857f79ce359580c340d43081cc648970d0bb234e"
+  integrity sha512-9Qn4yBxelxoh2Ow62nP+Ka/kMnOXRi8BXnRaUwezLNhqelnN49xKz4F/dPP8OYLxLxq6JDtZb2i9XznUQbNPTg==
+
+has-flag@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/has-flag/-/has-flag-3.0.0.tgz#b5d454dc2199ae225699f3467e5a07f3b955bafd"
+  integrity sha512-sKJf1+ceQBr4SMkvQnBDNDtf4TXpVhVGateu0t918bl30FnbE2m4vNLX+VWe/dpjlb+HugGYzW7uQXH98HPEYw==
+
+has-flag@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/has-flag/-/has-flag-4.0.0.tgz#944771fd9c81c81265c4d6941860da06bb59479b"
+  integrity sha512-EykJT/Q1KjTWctppgIAgfSO0tKVuZUjhgMr17kqTumMl6Afv3EISleU7qZUzoXDFTAHTDC4NOoG/ZxU3EvlMPQ==
+
+has-property-descriptors@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/has-property-descriptors/-/has-property-descriptors-1.0.0.tgz#610708600606d36961ed04c196193b6a607fa861"
+  integrity sha512-62DVLZGoiEBDHQyqG4w9xCuZ7eJEwNmJRWw2VY84Oedb7WFcA27fiEVe8oUQx9hAUJ4ekurquucTGwsyO1XGdQ==
+  dependencies:
+    get-intrinsic "^1.1.1"
+
+has-proto@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/has-proto/-/has-proto-1.0.1.tgz#1885c1305538958aff469fef37937c22795408e0"
+  integrity sha512-7qE+iP+O+bgF9clE5+UoBFzE65mlBiVj3tKCrlNQ0Ogwm0BjpT/gK4SlLYDMybDh5I3TCTKnPPa0oMG7JDYrhg==
+
+has-symbols@^1.0.3:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/has-symbols/-/has-symbols-1.0.3.tgz#bb7b2c4349251dce87b125f7bdf874aa7c8b39f8"
+  integrity sha512-l3LCuF6MgDNwTDKkdYGEihYjt5pRPbEg46rtlmnSPlUbgmB8LOIrKJbYYFBSbnPaJexMKtiPO8hmeRjRz2Td+A==
+
+has-yarn@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/has-yarn/-/has-yarn-2.1.0.tgz#137e11354a7b5bf11aa5cb649cf0c6f3ff2b2e77"
+  integrity sha512-UqBRqi4ju7T+TqGNdqAO0PaSVGsDGJUBQvk9eUWNGRY1CFGDzYhLWoM7JQEemnlvVcv/YEmc2wNW8BC24EnUsw==
+
+has@^1.0.3:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/has/-/has-1.0.4.tgz#2eb2860e000011dae4f1406a86fe80e530fb2ec6"
+  integrity sha512-qdSAmqLF6209RFj4VVItywPMbm3vWylknmB3nvNiUIs72xAimcM8nVYxYr7ncvZq5qzk9MKIZR8ijqD/1QuYjQ==
+
+hast-to-hyperscript@^9.0.0:
+  version "9.0.1"
+  resolved "https://registry.yarnpkg.com/hast-to-hyperscript/-/hast-to-hyperscript-9.0.1.tgz#9b67fd188e4c81e8ad66f803855334173920218d"
+  integrity sha512-zQgLKqF+O2F72S1aa4y2ivxzSlko3MAvxkwG8ehGmNiqd98BIN3JM1rAJPmplEyLmGLO2QZYJtIneOSZ2YbJuA==
+  dependencies:
+    "@types/unist" "^2.0.3"
+    comma-separated-tokens "^1.0.0"
+    property-information "^5.3.0"
+    space-separated-tokens "^1.0.0"
+    style-to-object "^0.3.0"
+    unist-util-is "^4.0.0"
+    web-namespaces "^1.0.0"
+
+hast-util-from-parse5@^6.0.0:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/hast-util-from-parse5/-/hast-util-from-parse5-6.0.1.tgz#554e34abdeea25ac76f5bd950a1f0180e0b3bc2a"
+  integrity sha512-jeJUWiN5pSxW12Rh01smtVkZgZr33wBokLzKLwinYOUfSzm1Nl/c3GUGebDyOKjdsRgMvoVbV0VpAcpjF4NrJA==
+  dependencies:
+    "@types/parse5" "^5.0.0"
+    hastscript "^6.0.0"
+    property-information "^5.0.0"
+    vfile "^4.0.0"
+    vfile-location "^3.2.0"
+    web-namespaces "^1.0.0"
+
+hast-util-parse-selector@^2.0.0:
+  version "2.2.5"
+  resolved "https://registry.yarnpkg.com/hast-util-parse-selector/-/hast-util-parse-selector-2.2.5.tgz#d57c23f4da16ae3c63b3b6ca4616683313499c3a"
+  integrity sha512-7j6mrk/qqkSehsM92wQjdIgWM2/BW61u/53G6xmC8i1OmEdKLHbk419QKQUjz6LglWsfqoiHmyMRkP1BGjecNQ==
+
+hast-util-raw@6.0.1:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/hast-util-raw/-/hast-util-raw-6.0.1.tgz#973b15930b7529a7b66984c98148b46526885977"
+  integrity sha512-ZMuiYA+UF7BXBtsTBNcLBF5HzXzkyE6MLzJnL605LKE8GJylNjGc4jjxazAHUtcwT5/CEt6afRKViYB4X66dig==
+  dependencies:
+    "@types/hast" "^2.0.0"
+    hast-util-from-parse5 "^6.0.0"
+    hast-util-to-parse5 "^6.0.0"
+    html-void-elements "^1.0.0"
+    parse5 "^6.0.0"
+    unist-util-position "^3.0.0"
+    vfile "^4.0.0"
+    web-namespaces "^1.0.0"
+    xtend "^4.0.0"
+    zwitch "^1.0.0"
+
+hast-util-to-parse5@^6.0.0:
+  version "6.0.0"
+  resolved "https://registry.yarnpkg.com/hast-util-to-parse5/-/hast-util-to-parse5-6.0.0.tgz#1ec44650b631d72952066cea9b1445df699f8479"
+  integrity sha512-Lu5m6Lgm/fWuz8eWnrKezHtVY83JeRGaNQ2kn9aJgqaxvVkFCZQBEhgodZUDUvoodgyROHDb3r5IxAEdl6suJQ==
+  dependencies:
+    hast-to-hyperscript "^9.0.0"
+    property-information "^5.0.0"
+    web-namespaces "^1.0.0"
+    xtend "^4.0.0"
+    zwitch "^1.0.0"
+
+hastscript@^6.0.0:
+  version "6.0.0"
+  resolved "https://registry.yarnpkg.com/hastscript/-/hastscript-6.0.0.tgz#e8768d7eac56c3fdeac8a92830d58e811e5bf640"
+  integrity sha512-nDM6bvd7lIqDUiYEiu5Sl/+6ReP0BMk/2f4U/Rooccxkj0P5nm+acM5PrGJ/t5I8qPGiqZSE6hVAwZEdZIvP4w==
+  dependencies:
+    "@types/hast" "^2.0.0"
+    comma-separated-tokens "^1.0.0"
+    hast-util-parse-selector "^2.0.0"
+    property-information "^5.0.0"
+    space-separated-tokens "^1.0.0"
+
+he@^1.2.0:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/he/-/he-1.2.0.tgz#84ae65fa7eafb165fddb61566ae14baf05664f0f"
+  integrity sha512-F/1DnUGPopORZi0ni+CvrCgHQ5FyEAHRLSApuYWMmrbSwoN2Mn/7k+Gl38gJnR7yyDZk6WLXwiGod1JOWNDKGw==
+
+history@^4.9.0:
+  version "4.10.1"
+  resolved "https://registry.yarnpkg.com/history/-/history-4.10.1.tgz#33371a65e3a83b267434e2b3f3b1b4c58aad4cf3"
+  integrity sha512-36nwAD620w12kuzPAsyINPWJqlNbij+hpK1k9XRloDtym8mxzGYl2c17LnV6IAGB2Dmg4tEa7G7DlawS0+qjew==
+  dependencies:
+    "@babel/runtime" "^7.1.2"
+    loose-envify "^1.2.0"
+    resolve-pathname "^3.0.0"
+    tiny-invariant "^1.0.2"
+    tiny-warning "^1.0.0"
+    value-equal "^1.0.1"
+
+hoist-non-react-statics@^3.1.0:
+  version "3.3.2"
+  resolved "https://registry.yarnpkg.com/hoist-non-react-statics/-/hoist-non-react-statics-3.3.2.tgz#ece0acaf71d62c2969c2ec59feff42a4b1a85b45"
+  integrity sha512-/gGivxi8JPKWNm/W0jSmzcMPpfpPLc3dY/6GxhX2hQ9iGj3aDfklV4ET7NjKpSinLpJ5vafa9iiGIEZg10SfBw==
+  dependencies:
+    react-is "^16.7.0"
+
+hpack.js@^2.1.6:
+  version "2.1.6"
+  resolved "https://registry.yarnpkg.com/hpack.js/-/hpack.js-2.1.6.tgz#87774c0949e513f42e84575b3c45681fade2a0b2"
+  integrity sha512-zJxVehUdMGIKsRaNt7apO2Gqp0BdqW5yaiGHXXmbpvxgBYVZnAql+BJb4RO5ad2MgpbZKn5G6nMnegrH1FcNYQ==
+  dependencies:
+    inherits "^2.0.1"
+    obuf "^1.0.0"
+    readable-stream "^2.0.1"
+    wbuf "^1.1.0"
+
+html-entities@^2.3.2:
+  version "2.4.0"
+  resolved "https://registry.yarnpkg.com/html-entities/-/html-entities-2.4.0.tgz#edd0cee70402584c8c76cc2c0556db09d1f45061"
+  integrity sha512-igBTJcNNNhvZFRtm8uA6xMY6xYleeDwn3PeBCkDz7tHttv4F2hsDI2aPgNERWzvRcNYHNT3ymRaQzllmXj4YsQ==
+
+html-minifier-terser@^6.0.2, html-minifier-terser@^6.1.0:
+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/html-minifier-terser/-/html-minifier-terser-6.1.0.tgz#bfc818934cc07918f6b3669f5774ecdfd48f32ab"
+  integrity sha512-YXxSlJBZTP7RS3tWnQw74ooKa6L9b9i9QYXY21eUEvhZ3u9XLfv6OnFsQq6RxkhHygsaUMvYsZRV5rU/OVNZxw==
+  dependencies:
+    camel-case "^4.1.2"
+    clean-css "^5.2.2"
+    commander "^8.3.0"
+    he "^1.2.0"
+    param-case "^3.0.4"
+    relateurl "^0.2.7"
+    terser "^5.10.0"
+
+html-tags@^3.2.0:
+  version "3.3.1"
+  resolved "https://registry.yarnpkg.com/html-tags/-/html-tags-3.3.1.tgz#a04026a18c882e4bba8a01a3d39cfe465d40b5ce"
+  integrity sha512-ztqyC3kLto0e9WbNp0aeP+M3kTt+nbaIveGmUxAtZa+8iFgKLUOD4YKM5j+f3QD89bra7UeumolZHKuOXnTmeQ==
+
+html-void-elements@^1.0.0:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/html-void-elements/-/html-void-elements-1.0.5.tgz#ce9159494e86d95e45795b166c2021c2cfca4483"
+  integrity sha512-uE/TxKuyNIcx44cIWnjr/rfIATDH7ZaOMmstu0CwhFG1Dunhlp4OC6/NMbhiwoq5BpW0ubi303qnEk/PZj614w==
+
+html-webpack-plugin@^5.5.0:
+  version "5.5.3"
+  resolved "https://registry.yarnpkg.com/html-webpack-plugin/-/html-webpack-plugin-5.5.3.tgz#72270f4a78e222b5825b296e5e3e1328ad525a3e"
+  integrity sha512-6YrDKTuqaP/TquFH7h4srYWsZx+x6k6+FbsTm0ziCwGHDP78Unr1r9F/H4+sGmMbX08GQcJ+K64x55b+7VM/jg==
+  dependencies:
+    "@types/html-minifier-terser" "^6.0.0"
+    html-minifier-terser "^6.0.2"
+    lodash "^4.17.21"
+    pretty-error "^4.0.0"
+    tapable "^2.0.0"
+
+htmlparser2@^6.1.0:
+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/htmlparser2/-/htmlparser2-6.1.0.tgz#c4d762b6c3371a05dbe65e94ae43a9f845fb8fb7"
+  integrity sha512-gyyPk6rgonLFEDGoeRgQNaEUvdJ4ktTmmUh/h2t7s+M8oPpIPxgNACWa+6ESR57kXstwqPiCut0V8NRpcwgU7A==
+  dependencies:
+    domelementtype "^2.0.1"
+    domhandler "^4.0.0"
+    domutils "^2.5.2"
+    entities "^2.0.0"
+
+htmlparser2@^8.0.1:
+  version "8.0.2"
+  resolved "https://registry.yarnpkg.com/htmlparser2/-/htmlparser2-8.0.2.tgz#f002151705b383e62433b5cf466f5b716edaec21"
+  integrity sha512-GYdjWKDkbRLkZ5geuHs5NY1puJ+PXwP7+fHPRz06Eirsb9ugf6d8kkXav6ADhcODhFFPMIXyxkxSuMf3D6NCFA==
+  dependencies:
+    domelementtype "^2.3.0"
+    domhandler "^5.0.3"
+    domutils "^3.0.1"
+    entities "^4.4.0"
+
+http-cache-semantics@^4.0.0:
+  version "4.1.1"
+  resolved "https://registry.yarnpkg.com/http-cache-semantics/-/http-cache-semantics-4.1.1.tgz#abe02fcb2985460bf0323be664436ec3476a6d5a"
+  integrity sha512-er295DKPVsV82j5kw1Gjt+ADA/XYHsajl82cGNQG2eyoPkvgUhX+nDIyelzhIWbbsXP39EHcI6l5tYs2FYqYXQ==
+
+http-deceiver@^1.2.7:
+  version "1.2.7"
+  resolved "https://registry.yarnpkg.com/http-deceiver/-/http-deceiver-1.2.7.tgz#fa7168944ab9a519d337cb0bec7284dc3e723d87"
+  integrity sha512-LmpOGxTfbpgtGVxJrj5k7asXHCgNZp5nLfp+hWc8QQRqtb7fUy6kRY3BO1h9ddF6yIPYUARgxGOwB42DnxIaNw==
+
+http-errors@2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/http-errors/-/http-errors-2.0.0.tgz#b7774a1486ef73cf7667ac9ae0858c012c57b9d3"
+  integrity sha512-FtwrG/euBzaEjYeRqOgly7G0qviiXoJWnvEH2Z1plBdXgbyjv34pHTSb9zoeHMyDy33+DWy5Wt9Wo+TURtOYSQ==
+  dependencies:
+    depd "2.0.0"
+    inherits "2.0.4"
+    setprototypeof "1.2.0"
+    statuses "2.0.1"
+    toidentifier "1.0.1"
+
+http-errors@~1.6.2:
+  version "1.6.3"
+  resolved "https://registry.yarnpkg.com/http-errors/-/http-errors-1.6.3.tgz#8b55680bb4be283a0b5bf4ea2e38580be1d9320d"
+  integrity sha512-lks+lVC8dgGyh97jxvxeYTWQFvh4uw4yC12gVl63Cg30sjPX4wuGcdkICVXDAESr6OJGjqGA8Iz5mkeN6zlD7A==
+  dependencies:
+    depd "~1.1.2"
+    inherits "2.0.3"
+    setprototypeof "1.1.0"
+    statuses ">= 1.4.0 < 2"
+
+http-parser-js@>=0.5.1:
+  version "0.5.8"
+  resolved "https://registry.yarnpkg.com/http-parser-js/-/http-parser-js-0.5.8.tgz#af23090d9ac4e24573de6f6aecc9d84a48bf20e3"
+  integrity sha512-SGeBX54F94Wgu5RH3X5jsDtf4eHyRogWX1XGT3b4HuW3tQPM4AaBzoUji/4AAJNXCEOWZ5O0DgZmJw1947gD5Q==
+
+http-proxy-middleware@^2.0.3:
+  version "2.0.6"
+  resolved "https://registry.yarnpkg.com/http-proxy-middleware/-/http-proxy-middleware-2.0.6.tgz#e1a4dd6979572c7ab5a4e4b55095d1f32a74963f"
+  integrity sha512-ya/UeJ6HVBYxrgYotAZo1KvPWlgB48kUJLDePFeneHsVujFaW5WNj2NgWCAE//B1Dl02BIfYlpNgBy8Kf8Rjmw==
+  dependencies:
+    "@types/http-proxy" "^1.17.8"
+    http-proxy "^1.18.1"
+    is-glob "^4.0.1"
+    is-plain-obj "^3.0.0"
+    micromatch "^4.0.2"
+
+http-proxy@^1.18.1:
+  version "1.18.1"
+  resolved "https://registry.yarnpkg.com/http-proxy/-/http-proxy-1.18.1.tgz#401541f0534884bbf95260334e72f88ee3976549"
+  integrity sha512-7mz/721AbnJwIVbnaSv1Cz3Am0ZLT/UBwkC92VlxhXv/k/BBQfM2fXElQNC27BVGr0uwUpplYPQM9LnaBMR5NQ==
+  dependencies:
+    eventemitter3 "^4.0.0"
+    follow-redirects "^1.0.0"
+    requires-port "^1.0.0"
+
+human-signals@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/human-signals/-/human-signals-2.1.0.tgz#dc91fcba42e4d06e4abaed33b3e7a3c02f514ea0"
+  integrity sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==
+
+iconv-lite@0.4.24:
+  version "0.4.24"
+  resolved "https://registry.yarnpkg.com/iconv-lite/-/iconv-lite-0.4.24.tgz#2022b4b25fbddc21d2f524974a474aafe733908b"
+  integrity sha512-v3MXnZAcvnywkTUEZomIActle7RXXeedOR31wwl7VlyoXO4Qi9arvSenNQWne1TcRwhCL1HwLI21bEqdpj8/rA==
+  dependencies:
+    safer-buffer ">= 2.1.2 < 3"
+
+icss-utils@^5.0.0, icss-utils@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/icss-utils/-/icss-utils-5.1.0.tgz#c6be6858abd013d768e98366ae47e25d5887b1ae"
+  integrity sha512-soFhflCVWLfRNOPU3iv5Z9VUdT44xFRbzjLsEzSr5AQmgqPMTHdU3PMT1Cf1ssx8fLNJDA1juftYl+PUcv3MqA==
+
+ignore@^5.2.0, ignore@^5.2.4:
+  version "5.2.4"
+  resolved "https://registry.yarnpkg.com/ignore/-/ignore-5.2.4.tgz#a291c0c6178ff1b960befe47fcdec301674a6324"
+  integrity sha512-MAb38BcSbH0eHNBxn7ql2NH/kX33OkB3lZ1BNdh7ENeRChHTYsTvWrMubiIAMNS2llXEEgZ1MUOBtXChP3kaFQ==
+
+image-size@^1.0.1:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/image-size/-/image-size-1.0.2.tgz#d778b6d0ab75b2737c1556dd631652eb963bc486"
+  integrity sha512-xfOoWjceHntRb3qFCrh5ZFORYH8XCdYpASltMhZ/Q0KZiOwjdE/Yl2QCiWdwD+lygV5bMCvauzgu5PxBX/Yerg==
+  dependencies:
+    queue "6.0.2"
+
+immer@^9.0.7:
+  version "9.0.21"
+  resolved "https://registry.yarnpkg.com/immer/-/immer-9.0.21.tgz#1e025ea31a40f24fb064f1fef23e931496330176"
+  integrity sha512-bc4NBHqOqSfRW7POMkHd51LvClaeMXpm8dx0e8oE2GORbq5aRK7Bxl4FyzVLdGtLmvLKL7BTDBG5ACQm4HWjTA==
+
+import-fresh@^3.1.0, import-fresh@^3.2.1, import-fresh@^3.3.0:
+  version "3.3.0"
+  resolved "https://registry.yarnpkg.com/import-fresh/-/import-fresh-3.3.0.tgz#37162c25fcb9ebaa2e6e53d5b4d88ce17d9e0c2b"
+  integrity sha512-veYYhQa+D1QBKznvhUHxb8faxlrwUnxseDAbAp457E0wLNio2bOSKnjYDhMj+YiAq61xrMGhQk9iXVk5FzgQMw==
+  dependencies:
+    parent-module "^1.0.0"
+    resolve-from "^4.0.0"
+
+import-lazy@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/import-lazy/-/import-lazy-2.1.0.tgz#05698e3d45c88e8d7e9d92cb0584e77f096f3e43"
+  integrity sha512-m7ZEHgtw69qOGw+jwxXkHlrlIPdTGkyh66zXZ1ajZbxkDBNjSY/LGbmjc7h0s2ELsUDTAhFr55TrPSSqJGPG0A==
+
+imurmurhash@^0.1.4:
+  version "0.1.4"
+  resolved "https://registry.yarnpkg.com/imurmurhash/-/imurmurhash-0.1.4.tgz#9218b9b2b928a238b13dc4fb6b6d576f231453ea"
+  integrity sha512-JmXMZ6wuvDmLiHEml9ykzqO6lwFbof0GG4IkcGaENdCRDDmMVnny7s5HsIgHCbaq0w2MyPhDqkhTUgS2LU2PHA==
+
+indent-string@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/indent-string/-/indent-string-4.0.0.tgz#624f8f4497d619b2d9768531d58f4122854d7251"
+  integrity sha512-EdDDZu4A2OyIK7Lr/2zG+w5jmbuk1DVBnEwREQvBzspBJkCEbRa8GxU1lghYcaGJCnRWibjDXlq779X1/y5xwg==
+
+infima@0.2.0-alpha.43:
+  version "0.2.0-alpha.43"
+  resolved "https://registry.yarnpkg.com/infima/-/infima-0.2.0-alpha.43.tgz#f7aa1d7b30b6c08afef441c726bac6150228cbe0"
+  integrity sha512-2uw57LvUqW0rK/SWYnd/2rRfxNA5DDNOh33jxF7fy46VWoNhGxiUQyVZHbBMjQ33mQem0cjdDVwgWVAmlRfgyQ==
+
+inflight@^1.0.4:
+  version "1.0.6"
+  resolved "https://registry.yarnpkg.com/inflight/-/inflight-1.0.6.tgz#49bd6331d7d02d0c09bc910a1075ba8165b56df9"
+  integrity sha512-k92I/b08q4wvFscXCLvqfsHCrjrF7yiXsQuIVvVE7N82W3+aqpzuUdBbfhWcy/FZR3/4IgflMgKLOsvPDrGCJA==
+  dependencies:
+    once "^1.3.0"
+    wrappy "1"
+
+inherits@2, inherits@2.0.4, inherits@^2.0.0, inherits@^2.0.1, inherits@^2.0.3, inherits@~2.0.3:
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/inherits/-/inherits-2.0.4.tgz#0fa2c64f932917c3433a0ded55363aae37416b7c"
+  integrity sha512-k/vGaX4/Yla3WzyMCvTQOXYeIHvqOKtnqBduzTHpzpQZzAskKMhZ2K+EnBiSM9zGSoIFeMpXKxa4dYeZIQqewQ==
+
+inherits@2.0.3:
+  version "2.0.3"
+  resolved "https://registry.yarnpkg.com/inherits/-/inherits-2.0.3.tgz#633c2c83e3da42a502f52466022480f4208261de"
+  integrity sha512-x00IRNXNy63jwGkJmzPigoySHbaqpNuzKbBOmzK+g2OdZpQ9w+sxCN+VSB3ja7IAge2OP2qpfxTjeNcyjmW1uw==
+
+ini@2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/ini/-/ini-2.0.0.tgz#e5fd556ecdd5726be978fa1001862eacb0a94bc5"
+  integrity sha512-7PnF4oN3CvZF23ADhA5wRaYEQpJ8qygSkbtTXWBeXWXmEVRXK+1ITciHWwHhsjv1TmW0MgacIv6hEi5pX5NQdA==
+
+ini@^1.3.5, ini@~1.3.0:
+  version "1.3.8"
+  resolved "https://registry.yarnpkg.com/ini/-/ini-1.3.8.tgz#a29da425b48806f34767a4efce397269af28432c"
+  integrity sha512-JV/yugV2uzW5iMRSiZAyDtQd+nxtUnjeLt0acNdw98kKLrvuRVyB80tsREOE7yvGVgalhZ6RNXCmEHkUKBKxew==
+
+inline-style-parser@0.1.1:
+  version "0.1.1"
+  resolved "https://registry.yarnpkg.com/inline-style-parser/-/inline-style-parser-0.1.1.tgz#ec8a3b429274e9c0a1f1c4ffa9453a7fef72cea1"
+  integrity sha512-7NXolsK4CAS5+xvdj5OMMbI962hU/wvwoxk+LWR9Ek9bVtyuuYScDN6eS0rUm6TxApFpw7CX1o4uJzcd4AyD3Q==
+
+interpret@^1.0.0:
+  version "1.4.0"
+  resolved "https://registry.yarnpkg.com/interpret/-/interpret-1.4.0.tgz#665ab8bc4da27a774a40584e812e3e0fa45b1a1e"
+  integrity sha512-agE4QfB2Lkp9uICn7BAqoscw4SZP9kTE2hxiFI3jBPmXJfdqiahTbUuKGsMoN2GtqL9AxhYioAcVvgsb1HvRbA==
+
+invariant@^2.2.4:
+  version "2.2.4"
+  resolved "https://registry.yarnpkg.com/invariant/-/invariant-2.2.4.tgz#610f3c92c9359ce1db616e538008d23ff35158e6"
+  integrity sha512-phJfQVBuaJM5raOpJjSfkiD6BpbCE4Ns//LaXl6wGYtUBY83nWS6Rf9tXm2e8VaK60JEjYldbPif/A2B1C2gNA==
+  dependencies:
+    loose-envify "^1.0.0"
+
+ipaddr.js@1.9.1:
+  version "1.9.1"
+  resolved "https://registry.yarnpkg.com/ipaddr.js/-/ipaddr.js-1.9.1.tgz#bff38543eeb8984825079ff3a2a8e6cbd46781b3"
+  integrity sha512-0KI/607xoxSToH7GjN1FfSbLoU0+btTicjsQSWQlh/hZykN8KpmMf7uYwPW3R+akZ6R/w18ZlXSHBYXiYUPO3g==
+
+ipaddr.js@^2.0.1:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/ipaddr.js/-/ipaddr.js-2.1.0.tgz#2119bc447ff8c257753b196fc5f1ce08a4cdf39f"
+  integrity sha512-LlbxQ7xKzfBusov6UMi4MFpEg0m+mAm9xyNGEduwXMEDuf4WfzB/RZwMVYEd7IKGvh4IUkEXYxtAVu9T3OelJQ==
+
+is-alphabetical@1.0.4, is-alphabetical@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/is-alphabetical/-/is-alphabetical-1.0.4.tgz#9e7d6b94916be22153745d184c298cbf986a686d"
+  integrity sha512-DwzsA04LQ10FHTZuL0/grVDk4rFoVH1pjAToYwBrHSxcrBIGQuXrQMtD5U1b0U2XVgKZCTLLP8u2Qxqhy3l2Vg==
+
+is-alphanumerical@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/is-alphanumerical/-/is-alphanumerical-1.0.4.tgz#7eb9a2431f855f6b1ef1a78e326df515696c4dbf"
+  integrity sha512-UzoZUr+XfVz3t3v4KyGEniVL9BDRoQtY7tOyrRybkVNjDFWyo1yhXNGrrBTQxp3ib9BLAWs7k2YKBQsFRkZG9A==
+  dependencies:
+    is-alphabetical "^1.0.0"
+    is-decimal "^1.0.0"
+
+is-arrayish@^0.2.1:
+  version "0.2.1"
+  resolved "https://registry.yarnpkg.com/is-arrayish/-/is-arrayish-0.2.1.tgz#77c99840527aa8ecb1a8ba697b80645a7a926a9d"
+  integrity sha512-zz06S8t0ozoDXMG+ube26zeCTNXcKIPJZJi8hBrF4idCLms4CG9QtK7qBl1boi5ODzFpjswb5JPmHCbMpjaYzg==
+
+is-binary-path@~2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/is-binary-path/-/is-binary-path-2.1.0.tgz#ea1f7f3b80f064236e83470f86c09c254fb45b09"
+  integrity sha512-ZMERYes6pDydyuGidse7OsHxtbI7WVeUEozgR/g7rd0xUimYNlvZRE/K2MgZTjWy725IfelLeVcEM97mmtRGXw==
+  dependencies:
+    binary-extensions "^2.0.0"
+
+is-buffer@^2.0.0:
+  version "2.0.5"
+  resolved "https://registry.yarnpkg.com/is-buffer/-/is-buffer-2.0.5.tgz#ebc252e400d22ff8d77fa09888821a24a658c191"
+  integrity sha512-i2R6zNFDwgEHJyQUtJEk0XFi1i0dPFn/oqjK3/vPCcDeJvW5NQ83V8QbicfF1SupOaB0h8ntgBC2YiE7dfyctQ==
+
+is-ci@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/is-ci/-/is-ci-2.0.0.tgz#6bc6334181810e04b5c22b3d589fdca55026404c"
+  integrity sha512-YfJT7rkpQB0updsdHLGWrvhBJfcfzNNawYDNIyQXJz0IViGf75O8EBPKSdvw2rF+LGCsX4FZ8tcr3b19LcZq4w==
+  dependencies:
+    ci-info "^2.0.0"
+
+is-core-module@^2.13.0:
+  version "2.13.0"
+  resolved "https://registry.yarnpkg.com/is-core-module/-/is-core-module-2.13.0.tgz#bb52aa6e2cbd49a30c2ba68c42bf3435ba6072db"
+  integrity sha512-Z7dk6Qo8pOCp3l4tsX2C5ZVas4V+UxwQodwZhLopL91TX8UyyHEXafPcyoeeWuLrwzHcr3igO78wNLwHJHsMCQ==
+  dependencies:
+    has "^1.0.3"
+
+is-decimal@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/is-decimal/-/is-decimal-1.0.4.tgz#65a3a5958a1c5b63a706e1b333d7cd9f630d3fa5"
+  integrity sha512-RGdriMmQQvZ2aqaQq3awNA6dCGtKpiDFcOzrTWrDAT2MiWrKQVPmxLGHl7Y2nNu6led0kEyoX0enY0qXYsv9zw==
+
+is-docker@^2.0.0, is-docker@^2.1.1:
+  version "2.2.1"
+  resolved "https://registry.yarnpkg.com/is-docker/-/is-docker-2.2.1.tgz#33eeabe23cfe86f14bde4408a02c0cfb853acdaa"
+  integrity sha512-F+i2BKsFrH66iaUFc0woD8sLy8getkwTwtOBjvs56Cx4CgJDeKQeqfz8wAYiSb8JOprWhHH5p77PbmYCvvUuXQ==
+
+is-extendable@^0.1.0:
+  version "0.1.1"
+  resolved "https://registry.yarnpkg.com/is-extendable/-/is-extendable-0.1.1.tgz#62b110e289a471418e3ec36a617d472e301dfc89"
+  integrity sha512-5BMULNob1vgFX6EjQw5izWDxrecWK9AM72rugNr0TFldMOi0fj6Jk+zeKIt0xGj4cEfQIJth4w3OKWOJ4f+AFw==
+
+is-extglob@^2.1.1:
+  version "2.1.1"
+  resolved "https://registry.yarnpkg.com/is-extglob/-/is-extglob-2.1.1.tgz#a88c02535791f02ed37c76a1b9ea9773c833f8c2"
+  integrity sha512-SbKbANkN603Vi4jEZv49LeVJMn4yGwsbzZworEoyEiutsN3nJYdbO36zfhGJ6QEDpOZIFkDtnq5JRxmvl3jsoQ==
+
+is-fullwidth-code-point@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/is-fullwidth-code-point/-/is-fullwidth-code-point-3.0.0.tgz#f116f8064fe90b3f7844a38997c0b75051269f1d"
+  integrity sha512-zymm5+u+sCsSWyD9qNaejV3DFvhCKclKdizYaJUuHA83RLjb7nSuGnddCHGv0hk+KY7BMAlsWeK4Ueg6EV6XQg==
+
+is-glob@^4.0.1, is-glob@^4.0.3, is-glob@~4.0.1:
+  version "4.0.3"
+  resolved "https://registry.yarnpkg.com/is-glob/-/is-glob-4.0.3.tgz#64f61e42cbbb2eec2071a9dac0b28ba1e65d5084"
+  integrity sha512-xelSayHH36ZgE7ZWhli7pW34hNbNl8Ojv5KVmkJD4hBdD3th8Tfk9vYasLM+mXWOZhFkgZfxhLSnrwRr4elSSg==
+  dependencies:
+    is-extglob "^2.1.1"
+
+is-hexadecimal@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/is-hexadecimal/-/is-hexadecimal-1.0.4.tgz#cc35c97588da4bd49a8eedd6bc4082d44dcb23a7"
+  integrity sha512-gyPJuv83bHMpocVYoqof5VDiZveEoGoFL8m3BXNb2VW8Xs+rz9kqO8LOQ5DH6EsuvilT1ApazU0pyl+ytbPtlw==
+
+is-installed-globally@^0.4.0:
+  version "0.4.0"
+  resolved "https://registry.yarnpkg.com/is-installed-globally/-/is-installed-globally-0.4.0.tgz#9a0fd407949c30f86eb6959ef1b7994ed0b7b520"
+  integrity sha512-iwGqO3J21aaSkC7jWnHP/difazwS7SFeIqxv6wEtLU8Y5KlzFTjyqcSIT0d8s4+dDhKytsk9PJZ2BkS5eZwQRQ==
+  dependencies:
+    global-dirs "^3.0.0"
+    is-path-inside "^3.0.2"
+
+is-npm@^5.0.0:
+  version "5.0.0"
+  resolved "https://registry.yarnpkg.com/is-npm/-/is-npm-5.0.0.tgz#43e8d65cc56e1b67f8d47262cf667099193f45a8"
+  integrity sha512-WW/rQLOazUq+ST/bCAVBp/2oMERWLsR7OrKyt052dNDk4DHcDE0/7QSXITlmi+VBcV13DfIbysG3tZJm5RfdBA==
+
+is-number@^7.0.0:
+  version "7.0.0"
+  resolved "https://registry.yarnpkg.com/is-number/-/is-number-7.0.0.tgz#7535345b896734d5f80c4d06c50955527a14f12b"
+  integrity sha512-41Cifkg6e8TylSpdtTpeLVMqvSBEVzTttHvERD741+pnZ8ANv0004MRL43QKPDlK9cGvNp6NZWZUBlbGXYxxng==
+
+is-obj@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/is-obj/-/is-obj-1.0.1.tgz#3e4729ac1f5fde025cd7d83a896dab9f4f67db0f"
+  integrity sha512-l4RyHgRqGN4Y3+9JHVrNqO+tN0rV5My76uW5/nuO4K1b6vw5G8d/cmFjP9tRfEsdhZNt0IFdZuK/c2Vr4Nb+Qg==
+
+is-obj@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/is-obj/-/is-obj-2.0.0.tgz#473fb05d973705e3fd9620545018ca8e22ef4982"
+  integrity sha512-drqDG3cbczxxEJRoOXcOjtdp1J/lyp1mNn0xaznRs8+muBhgQcrnbspox5X5fOw0HnMnbfDzvnEMEtqDEJEo8w==
+
+is-path-cwd@^2.2.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/is-path-cwd/-/is-path-cwd-2.2.0.tgz#67d43b82664a7b5191fd9119127eb300048a9fdb"
+  integrity sha512-w942bTcih8fdJPJmQHFzkS76NEP8Kzzvmw92cXsazb8intwLqPibPPdXf4ANdKV3rYMuuQYGIWtvz9JilB3NFQ==
+
+is-path-inside@^3.0.2:
+  version "3.0.3"
+  resolved "https://registry.yarnpkg.com/is-path-inside/-/is-path-inside-3.0.3.tgz#d231362e53a07ff2b0e0ea7fed049161ffd16283"
+  integrity sha512-Fd4gABb+ycGAmKou8eMftCupSir5lRxqf4aD/vd0cD2qc4HL07OjCeuHMr8Ro4CoMaeCKDB0/ECBOVWjTwUvPQ==
+
+is-plain-obj@^2.0.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/is-plain-obj/-/is-plain-obj-2.1.0.tgz#45e42e37fccf1f40da8e5f76ee21515840c09287"
+  integrity sha512-YWnfyRwxL/+SsrWYfOpUtz5b3YD+nyfkHvjbcanzk8zgyO4ASD67uVMRt8k5bM4lLMDnXfriRhOpemw+NfT1eA==
+
+is-plain-obj@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/is-plain-obj/-/is-plain-obj-3.0.0.tgz#af6f2ea14ac5a646183a5bbdb5baabbc156ad9d7"
+  integrity sha512-gwsOE28k+23GP1B6vFl1oVh/WOzmawBrKwo5Ev6wMKzPkaXaCDIQKzLnvsA42DRlbVTWorkgTKIviAKCWkfUwA==
+
+is-plain-object@^2.0.4:
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/is-plain-object/-/is-plain-object-2.0.4.tgz#2c163b3fafb1b606d9d17928f05c2a1c38e07677"
+  integrity sha512-h5PpgXkWitc38BBMYawTYMWJHFZJVnBquFE57xFpjB8pJFiF6gZ+bU+WyI/yqXiFR5mdLsgYNaPe8uao6Uv9Og==
+  dependencies:
+    isobject "^3.0.1"
+
+is-plain-object@^5.0.0:
+  version "5.0.0"
+  resolved "https://registry.yarnpkg.com/is-plain-object/-/is-plain-object-5.0.0.tgz#4427f50ab3429e9025ea7d52e9043a9ef4159344"
+  integrity sha512-VRSzKkbMm5jMDoKLbltAkFQ5Qr7VDiTFGXxYFXXowVj387GeGNOCsOH6Msy00SGZ3Fp84b1Naa1psqgcCIEP5Q==
+
+is-regexp@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/is-regexp/-/is-regexp-1.0.0.tgz#fd2d883545c46bac5a633e7b9a09e87fa2cb5069"
+  integrity sha512-7zjFAPO4/gwyQAAgRRmqeEeyIICSdmCqa3tsVHMdBzaXXRiqopZL4Cyghg/XulGWrtABTpbnYYzzIRffLkP4oA==
+
+is-root@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/is-root/-/is-root-2.1.0.tgz#809e18129cf1129644302a4f8544035d51984a9c"
+  integrity sha512-AGOriNp96vNBd3HtU+RzFEc75FfR5ymiYv8E553I71SCeXBiMsVDUtdio1OEFvrPyLIQ9tVR5RxXIFe5PUFjMg==
+
+is-stream@^2.0.0:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/is-stream/-/is-stream-2.0.1.tgz#fac1e3d53b97ad5a9d0ae9cef2389f5810a5c077"
+  integrity sha512-hFoiJiTl63nn+kstHGBtewWSKnQLpyb155KHheA1l39uvtO9nWIop1p3udqPcUd/xbF1VLMO4n7OI6p7RbngDg==
+
+is-typedarray@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/is-typedarray/-/is-typedarray-1.0.0.tgz#e479c80858df0c1b11ddda6940f96011fcda4a9a"
+  integrity sha512-cyA56iCMHAh5CdzjJIa4aohJyeO1YbwLi3Jc35MmRU6poroFjIGZzUzupGiRPOjgHg9TLu43xbpwXk523fMxKA==
+
+is-whitespace-character@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/is-whitespace-character/-/is-whitespace-character-1.0.4.tgz#0858edd94a95594c7c9dd0b5c174ec6e45ee4aa7"
+  integrity sha512-SDweEzfIZM0SJV0EUga669UTKlmL0Pq8Lno0QDQsPnvECB3IM2aP0gdx5TrU0A01MAPfViaZiI2V1QMZLaKK5w==
+
+is-word-character@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/is-word-character/-/is-word-character-1.0.4.tgz#ce0e73216f98599060592f62ff31354ddbeb0230"
+  integrity sha512-5SMO8RVennx3nZrqtKwCGyyetPE9VDba5ugvKLaD4KopPG5kR4mQ7tNt/r7feL5yt5h3lpuBbIUmCOG2eSzXHA==
+
+is-wsl@^2.2.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/is-wsl/-/is-wsl-2.2.0.tgz#74a4c76e77ca9fd3f932f290c17ea326cd157271"
+  integrity sha512-fKzAra0rGJUUBwGBgNkHZuToZcn+TtXHpeCgmkMJMMYx1sQDYaCSyjJBSCa2nH1DGm7s3n1oBnohoVTBaN7Lww==
+  dependencies:
+    is-docker "^2.0.0"
+
+is-yarn-global@^0.3.0:
+  version "0.3.0"
+  resolved "https://registry.yarnpkg.com/is-yarn-global/-/is-yarn-global-0.3.0.tgz#d502d3382590ea3004893746754c89139973e232"
+  integrity sha512-VjSeb/lHmkoyd8ryPVIKvOCn4D1koMqY+vqyjjUfc3xyKtP4dYOxM44sZrnqQSzSds3xyOrUTLTC9LVCVgLngw==
+
+isarray@0.0.1:
+  version "0.0.1"
+  resolved "https://registry.yarnpkg.com/isarray/-/isarray-0.0.1.tgz#8a18acfca9a8f4177e09abfc6038939b05d1eedf"
+  integrity sha512-D2S+3GLxWH+uhrNEcoh/fnmYeP8E8/zHl644d/jdA0g2uyXvy3sb0qxotE+ne0LtccHknQzWwZEzhak7oJ0COQ==
+
+isarray@~1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/isarray/-/isarray-1.0.0.tgz#bb935d48582cba168c06834957a54a3e07124f11"
+  integrity sha512-VLghIWNM6ELQzo7zwmcg0NmTVyWKYjvIeM83yjp0wRDTmUnrM678fQbcKBo6n2CJEF0szoG//ytg+TKla89ALQ==
+
+isexe@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/isexe/-/isexe-2.0.0.tgz#e8fbf374dc556ff8947a10dcb0572d633f2cfa10"
+  integrity sha512-RHxMLp9lnKHGHRng9QFhRCMbYAcVpn69smSGcq3f36xjgVVWThj4qqLbTLlq7Ssj8B+fIQ1EuCEGI2lKsyQeIw==
+
+isobject@^3.0.1:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/isobject/-/isobject-3.0.1.tgz#4e431e92b11a9731636aa1f9c8d1ccbcfdab78df"
+  integrity sha512-WhB9zCku7EGTj/HQQRz5aUQEUeoQZH2bWcltRErOpymJ4boYE6wL9Tbr23krRPSZ+C5zqNSrSw+Cc7sZZ4b7vg==
+
+jest-util@^29.7.0:
+  version "29.7.0"
+  resolved "https://registry.yarnpkg.com/jest-util/-/jest-util-29.7.0.tgz#23c2b62bfb22be82b44de98055802ff3710fc0bc"
+  integrity sha512-z6EbKajIpqGKU56y5KBUgy1dt1ihhQJgWzUlZHArA/+X2ad7Cb5iF+AK1EWVL/Bo7Rz9uurpqw6SiBCefUbCGA==
+  dependencies:
+    "@jest/types" "^29.6.3"
+    "@types/node" "*"
+    chalk "^4.0.0"
+    ci-info "^3.2.0"
+    graceful-fs "^4.2.9"
+    picomatch "^2.2.3"
+
+jest-worker@^27.4.5:
+  version "27.5.1"
+  resolved "https://registry.yarnpkg.com/jest-worker/-/jest-worker-27.5.1.tgz#8d146f0900e8973b106b6f73cc1e9a8cb86f8db0"
+  integrity sha512-7vuh85V5cdDofPyxn58nrPjBktZo0u9x1g8WtjQol+jZDaE+fhN+cIvTj11GndBnMnyfrUOG1sZQxCdjKh+DKg==
+  dependencies:
+    "@types/node" "*"
+    merge-stream "^2.0.0"
+    supports-color "^8.0.0"
+
+jest-worker@^29.1.2:
+  version "29.7.0"
+  resolved "https://registry.yarnpkg.com/jest-worker/-/jest-worker-29.7.0.tgz#acad073acbbaeb7262bd5389e1bcf43e10058d4a"
+  integrity sha512-eIz2msL/EzL9UFTFFx7jBTkeZfku0yUAyZZZmJ93H2TYEiroIx2PQjEXcwYtYl8zXCxb+PAmA2hLIt/6ZEkPHw==
+  dependencies:
+    "@types/node" "*"
+    jest-util "^29.7.0"
+    merge-stream "^2.0.0"
+    supports-color "^8.0.0"
+
+jiti@^1.18.2:
+  version "1.20.0"
+  resolved "https://registry.yarnpkg.com/jiti/-/jiti-1.20.0.tgz#2d823b5852ee8963585c8dd8b7992ffc1ae83b42"
+  integrity sha512-3TV69ZbrvV6U5DfQimop50jE9Dl6J8O1ja1dvBbMba/sZ3YBEQqJ2VZRoQPVnhlzjNtU1vaXRZVrVjU4qtm8yA==
+
+joi@^17.6.0:
+  version "17.11.0"
+  resolved "https://registry.yarnpkg.com/joi/-/joi-17.11.0.tgz#aa9da753578ec7720e6f0ca2c7046996ed04fc1a"
+  integrity sha512-NgB+lZLNoqISVy1rZocE9PZI36bL/77ie924Ri43yEvi9GUUMPeyVIr8KdFTMUlby1p0PBYMk9spIxEUQYqrJQ==
+  dependencies:
+    "@hapi/hoek" "^9.0.0"
+    "@hapi/topo" "^5.0.0"
+    "@sideway/address" "^4.1.3"
+    "@sideway/formula" "^3.0.1"
+    "@sideway/pinpoint" "^2.0.0"
+
+"js-tokens@^3.0.0 || ^4.0.0", js-tokens@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/js-tokens/-/js-tokens-4.0.0.tgz#19203fb59991df98e3a287050d4647cdeaf32499"
+  integrity sha512-RdJUflcE3cUzKiMqQgsCu06FPu9UdIJO0beYbPhHN4k6apgJtifcoCtT9bcxOpYBtpD2kCM6Sbzg4CausW/PKQ==
+
+js-yaml@^3.13.1:
+  version "3.14.1"
+  resolved "https://registry.yarnpkg.com/js-yaml/-/js-yaml-3.14.1.tgz#dae812fdb3825fa306609a8717383c50c36a0537"
+  integrity sha512-okMH7OXXJ7YrN9Ok3/SXrnu4iX9yOk+25nqX4imS2npuvTYDmo/QEZoqwZkYaIDk3jVvBOTOIEgEhaLOynBS9g==
+  dependencies:
+    argparse "^1.0.7"
+    esprima "^4.0.0"
+
+js-yaml@^4.1.0:
+  version "4.1.0"
+  resolved "https://registry.yarnpkg.com/js-yaml/-/js-yaml-4.1.0.tgz#c1fb65f8f5017901cdd2c951864ba18458a10602"
+  integrity sha512-wpxZs9NoxZaJESJGIZTyDEaYpl0FKSA+FB9aJiyemKhMwkxQg63h4T1KJgUGHpTqPDNRcmmYLugrRjJlBtWvRA==
+  dependencies:
+    argparse "^2.0.1"
+
+jsesc@^2.5.1:
+  version "2.5.2"
+  resolved "https://registry.yarnpkg.com/jsesc/-/jsesc-2.5.2.tgz#80564d2e483dacf6e8ef209650a67df3f0c283a4"
+  integrity sha512-OYu7XEzjkCQ3C5Ps3QIZsQfNpqoJyZZA99wd9aWd05NCtC5pWOkShK2mkL6HXQR6/Cy2lbNdPlZBpuQHXE63gA==
+
+jsesc@~0.5.0:
+  version "0.5.0"
+  resolved "https://registry.yarnpkg.com/jsesc/-/jsesc-0.5.0.tgz#e7dee66e35d6fc16f710fe91d5cf69f70f08911d"
+  integrity sha512-uZz5UnB7u4T9LvwmFqXii7pZSouaRPorGs5who1Ip7VO0wxanFvBL7GkM6dTHlgX+jhBApRetaWpnDabOeTcnA==
+
+json-buffer@3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/json-buffer/-/json-buffer-3.0.0.tgz#5b1f397afc75d677bde8bcfc0e47e1f9a3d9a898"
+  integrity sha512-CuUqjv0FUZIdXkHPI8MezCnFCdaTAacej1TZYulLoAg1h/PhwkdXFN4V/gzY4g+fMBCOV2xF+rp7t2XD2ns/NQ==
+
+json-parse-even-better-errors@^2.3.0, json-parse-even-better-errors@^2.3.1:
+  version "2.3.1"
+  resolved "https://registry.yarnpkg.com/json-parse-even-better-errors/-/json-parse-even-better-errors-2.3.1.tgz#7c47805a94319928e05777405dc12e1f7a4ee02d"
+  integrity sha512-xyFwyhro/JEof6Ghe2iz2NcXoj2sloNsWr/XsERDK/oiPCfaNhl5ONfp+jQdAZRQQ0IJWNzH9zIZF7li91kh2w==
+
+json-schema-traverse@^0.4.1:
+  version "0.4.1"
+  resolved "https://registry.yarnpkg.com/json-schema-traverse/-/json-schema-traverse-0.4.1.tgz#69f6a87d9513ab8bb8fe63bdb0979c448e684660"
+  integrity sha512-xbbCH5dCYU5T8LcEhhuh7HJ88HXuW3qsI3Y0zOZFKfZEHcpWiHU/Jxzk629Brsab/mMiHQti9wMP+845RPe3Vg==
+
+json-schema-traverse@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/json-schema-traverse/-/json-schema-traverse-1.0.0.tgz#ae7bcb3656ab77a73ba5c49bf654f38e6b6860e2"
+  integrity sha512-NM8/P9n3XjXhIZn1lLhkFaACTOURQXjWhV4BA/RnOv8xvgqtqpAX9IO4mRQxSx1Rlo4tqzeqb0sOlruaOy3dug==
+
+json5@^2.1.2, json5@^2.2.3:
+  version "2.2.3"
+  resolved "https://registry.yarnpkg.com/json5/-/json5-2.2.3.tgz#78cd6f1a19bdc12b73db5ad0c61efd66c1e29283"
+  integrity sha512-XmOWe7eyHYH14cLdVPoyg+GOH3rYX++KpzrylJwSW98t3Nk+U8XOl8FWKOgwtzdb8lXGf6zYwDUzeHMWfxasyg==
+
+jsonfile@^6.0.1:
+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/jsonfile/-/jsonfile-6.1.0.tgz#bc55b2634793c679ec6403094eb13698a6ec0aae"
+  integrity sha512-5dgndWOriYSm5cnYaJNhalLNDKOqFwyDB/rr1E9ZsGciGvKPs8R2xYGCacuf3z6K1YKDz182fd+fY3cn3pMqXQ==
+  dependencies:
+    universalify "^2.0.0"
+  optionalDependencies:
+    graceful-fs "^4.1.6"
+
+keyv@^3.0.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/keyv/-/keyv-3.1.0.tgz#ecc228486f69991e49e9476485a5be1e8fc5c4d9"
+  integrity sha512-9ykJ/46SN/9KPM/sichzQ7OvXyGDYKGTaDlKMGCAlg2UK8KRy4jb0d8sFc+0Tt0YYnThq8X2RZgCg74RPxgcVA==
+  dependencies:
+    json-buffer "3.0.0"
+
+kind-of@^6.0.0, kind-of@^6.0.2:
+  version "6.0.3"
+  resolved "https://registry.yarnpkg.com/kind-of/-/kind-of-6.0.3.tgz#07c05034a6c349fa06e24fa35aa76db4580ce4dd"
+  integrity sha512-dcS1ul+9tmeD95T+x28/ehLgd9mENa3LsvDTtzm3vyBEO7RPptvAD+t44WVXaUjTBRcrpFeFlC8WCruUR456hw==
+
+kleur@^3.0.3:
+  version "3.0.3"
+  resolved "https://registry.yarnpkg.com/kleur/-/kleur-3.0.3.tgz#a79c9ecc86ee1ce3fa6206d1216c501f147fc07e"
+  integrity sha512-eTIzlVOSUR+JxdDFepEYcBMtZ9Qqdef+rnzWdRZuMbOywu5tO2w2N7rqjoANZ5k9vywhL6Br1VRjUIgTQx4E8w==
+
+latest-version@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/latest-version/-/latest-version-5.1.0.tgz#119dfe908fe38d15dfa43ecd13fa12ec8832face"
+  integrity sha512-weT+r0kTkRQdCdYCNtkMwWXQTMEswKrFBkm4ckQOMVhhqhIMI1UT2hMj+1iigIhgSZm5gTmrRXBNoGUgaTY1xA==
+  dependencies:
+    package-json "^6.3.0"
+
+launch-editor@^2.6.0:
+  version "2.6.1"
+  resolved "https://registry.yarnpkg.com/launch-editor/-/launch-editor-2.6.1.tgz#f259c9ef95cbc9425620bbbd14b468fcdb4ffe3c"
+  integrity sha512-eB/uXmFVpY4zezmGp5XtU21kwo7GBbKB+EQ+UZeWtGb9yAM5xt/Evk+lYH3eRNAtId+ej4u7TYPFZ07w4s7rRw==
+  dependencies:
+    picocolors "^1.0.0"
+    shell-quote "^1.8.1"
+
+leven@^3.1.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/leven/-/leven-3.1.0.tgz#77891de834064cccba82ae7842bb6b14a13ed7f2"
+  integrity sha512-qsda+H8jTaUaN/x5vzW2rzc+8Rw4TAQ/4KjB46IwK5VH+IlVeeeje/EoZRpiXvIqjFgK84QffqPztGI3VBLG1A==
+
+lilconfig@^2.0.3:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/lilconfig/-/lilconfig-2.1.0.tgz#78e23ac89ebb7e1bfbf25b18043de756548e7f52"
+  integrity sha512-utWOt/GHzuUxnLKxB6dk81RoOeoNeHgbrXiuGk4yyF5qlRz+iIVWu56E2fqGHFrXz0QNUhLB/8nKqvRH66JKGQ==
+
+lines-and-columns@^1.1.6:
+  version "1.2.4"
+  resolved "https://registry.yarnpkg.com/lines-and-columns/-/lines-and-columns-1.2.4.tgz#eca284f75d2965079309dc0ad9255abb2ebc1632"
+  integrity sha512-7ylylesZQ/PV29jhEDl3Ufjo6ZX7gCqJr5F7PKrqc93v7fzSymt1BpwEU8nAUXs8qzzvqhbjhK5QZg6Mt/HkBg==
+
+loader-runner@^4.2.0:
+  version "4.3.0"
+  resolved "https://registry.yarnpkg.com/loader-runner/-/loader-runner-4.3.0.tgz#c1b4a163b99f614830353b16755e7149ac2314e1"
+  integrity sha512-3R/1M+yS3j5ou80Me59j7F9IMs4PXs3VqRrm0TU3AbKPxlmpoY1TNscJV/oGJXo8qCatFGTfDbY6W6ipGOYXfg==
+
+loader-utils@^2.0.0:
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/loader-utils/-/loader-utils-2.0.4.tgz#8b5cb38b5c34a9a018ee1fc0e6a066d1dfcc528c"
+  integrity sha512-xXqpXoINfFhgua9xiqD8fPFHgkoq1mmmpE92WlDbm9rNRd/EbRb+Gqf908T2DMfuHjjJlksiK2RbHVOdD/MqSw==
+  dependencies:
+    big.js "^5.2.2"
+    emojis-list "^3.0.0"
+    json5 "^2.1.2"
+
+loader-utils@^3.2.0:
+  version "3.2.1"
+  resolved "https://registry.yarnpkg.com/loader-utils/-/loader-utils-3.2.1.tgz#4fb104b599daafd82ef3e1a41fb9265f87e1f576"
+  integrity sha512-ZvFw1KWS3GVyYBYb7qkmRM/WwL2TQQBxgCK62rlvm4WpVQ23Nb4tYjApUlfjrEGvOs7KHEsmyUn75OHZrJMWPw==
+
+locate-path@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/locate-path/-/locate-path-3.0.0.tgz#dbec3b3ab759758071b58fe59fc41871af21400e"
+  integrity sha512-7AO748wWnIhNqAuaty2ZWHkQHRSNfPVIsPIfwEOWO22AmaoVrWavlOcMR5nzTLNYvp36X220/maaRsrec1G65A==
+  dependencies:
+    p-locate "^3.0.0"
+    path-exists "^3.0.0"
+
+locate-path@^5.0.0:
+  version "5.0.0"
+  resolved "https://registry.yarnpkg.com/locate-path/-/locate-path-5.0.0.tgz#1afba396afd676a6d42504d0a67a3a7eb9f62aa0"
+  integrity sha512-t7hw9pI+WvuwNJXwk5zVHpyhIqzg2qTlklJOf0mVxGSbe3Fp2VieZcduNYjaLDoy6p9uGpQEGWG87WpMKlNq8g==
+  dependencies:
+    p-locate "^4.1.0"
+
+locate-path@^6.0.0:
+  version "6.0.0"
+  resolved "https://registry.yarnpkg.com/locate-path/-/locate-path-6.0.0.tgz#55321eb309febbc59c4801d931a72452a681d286"
+  integrity sha512-iPZK6eYjbxRu3uB4/WZ3EsEIMJFMqAoopl3R+zuq0UjcAm/MO6KCweDgPfP3elTztoKP3KtnVHxTn2NHBSDVUw==
+  dependencies:
+    p-locate "^5.0.0"
+
+lodash.curry@^4.0.1:
+  version "4.1.1"
+  resolved "https://registry.yarnpkg.com/lodash.curry/-/lodash.curry-4.1.1.tgz#248e36072ede906501d75966200a86dab8b23170"
+  integrity sha512-/u14pXGviLaweY5JI0IUzgzF2J6Ne8INyzAZjImcryjgkZ+ebruBxy2/JaOOkTqScddcYtakjhSaeemV8lR0tA==
+
+lodash.debounce@^4.0.8:
+  version "4.0.8"
+  resolved "https://registry.yarnpkg.com/lodash.debounce/-/lodash.debounce-4.0.8.tgz#82d79bff30a67c4005ffd5e2515300ad9ca4d7af"
+  integrity sha512-FT1yDzDYEoYWhnSGnpE/4Kj1fLZkDFyqRb7fNt6FdYOSxlUWAtp42Eh6Wb0rGIv/m9Bgo7x4GhQbm5Ys4SG5ow==
+
+lodash.escape@^4.0.1:
+  version "4.0.1"
+  resolved "https://registry.yarnpkg.com/lodash.escape/-/lodash.escape-4.0.1.tgz#c9044690c21e04294beaa517712fded1fa88de98"
+  integrity sha512-nXEOnb/jK9g0DYMr1/Xvq6l5xMD7GDG55+GSYIYmS0G4tBk/hURD4JR9WCavs04t33WmJx9kCyp9vJ+mr4BOUw==
+
+lodash.flatten@^4.4.0:
+  version "4.4.0"
+  resolved "https://registry.yarnpkg.com/lodash.flatten/-/lodash.flatten-4.4.0.tgz#f31c22225a9632d2bbf8e4addbef240aa765a61f"
+  integrity sha512-C5N2Z3DgnnKr0LOpv/hKCgKdb7ZZwafIrsesve6lmzvZIRZRGaZ/l6Q8+2W7NaT+ZwO3fFlSCzCzrDCFdJfZ4g==
+
+lodash.flow@^3.3.0:
+  version "3.5.0"
+  resolved "https://registry.yarnpkg.com/lodash.flow/-/lodash.flow-3.5.0.tgz#87bf40292b8cf83e4e8ce1a3ae4209e20071675a"
+  integrity sha512-ff3BX/tSioo+XojX4MOsOMhJw0nZoUEF011LX8g8d3gvjVbxd89cCio4BCXronjxcTUIJUoqKEUA+n4CqvvRPw==
+
+lodash.invokemap@^4.6.0:
+  version "4.6.0"
+  resolved "https://registry.yarnpkg.com/lodash.invokemap/-/lodash.invokemap-4.6.0.tgz#1748cda5d8b0ef8369c4eb3ec54c21feba1f2d62"
+  integrity sha512-CfkycNtMqgUlfjfdh2BhKO/ZXrP8ePOX5lEU/g0R3ItJcnuxWDwokMGKx1hWcfOikmyOVx6X9IwWnDGlgKl61w==
+
+lodash.memoize@^4.1.2:
+  version "4.1.2"
+  resolved "https://registry.yarnpkg.com/lodash.memoize/-/lodash.memoize-4.1.2.tgz#bcc6c49a42a2840ed997f323eada5ecd182e0bfe"
+  integrity sha512-t7j+NzmgnQzTAYXcsHYLgimltOV1MXHtlOWf6GjL9Kj8GK5FInw5JotxvbOs+IvV1/Dzo04/fCGfLVs7aXb4Ag==
+
+lodash.pullall@^4.2.0:
+  version "4.2.0"
+  resolved "https://registry.yarnpkg.com/lodash.pullall/-/lodash.pullall-4.2.0.tgz#9d98b8518b7c965b0fae4099bd9fb7df8bbf38ba"
+  integrity sha512-VhqxBKH0ZxPpLhiu68YD1KnHmbhQJQctcipvmFnqIBDYzcIHzf3Zpu0tpeOKtR4x76p9yohc506eGdOjTmyIBg==
+
+lodash.uniq@4.5.0, lodash.uniq@^4.5.0:
+  version "4.5.0"
+  resolved "https://registry.yarnpkg.com/lodash.uniq/-/lodash.uniq-4.5.0.tgz#d0225373aeb652adc1bc82e4945339a842754773"
+  integrity sha512-xfBaXQd9ryd9dlSDvnvI0lvxfLJlYAZzXomUYzLKtUeOQvOP5piqAWuGtrhWeqaXK9hhoM/iyJc5AV+XfsX3HQ==
+
+lodash.uniqby@^4.7.0:
+  version "4.7.0"
+  resolved "https://registry.yarnpkg.com/lodash.uniqby/-/lodash.uniqby-4.7.0.tgz#d99c07a669e9e6d24e1362dfe266c67616af1302"
+  integrity sha512-e/zcLx6CSbmaEgFHCA7BnoQKyCtKMxnuWrJygbwPs/AIn+IMKl66L8/s+wBUn5LRw2pZx3bUHibiV1b6aTWIww==
+
+lodash@^4.17.19, lodash@^4.17.20, lodash@^4.17.21:
+  version "4.17.21"
+  resolved "https://registry.yarnpkg.com/lodash/-/lodash-4.17.21.tgz#679591c564c3bffaae8454cf0b3df370c3d6911c"
+  integrity sha512-v2kDEe57lecTulaDIuNTPy3Ry4gLGJ6Z1O3vE1krgXZNrsQ+LFTGHVxVjcXPs17LhbZVGedAJv8XZ1tvj5FvSg==
+
+loose-envify@^1.0.0, loose-envify@^1.1.0, loose-envify@^1.2.0, loose-envify@^1.3.1, loose-envify@^1.4.0:
+  version "1.4.0"
+  resolved "https://registry.yarnpkg.com/loose-envify/-/loose-envify-1.4.0.tgz#71ee51fa7be4caec1a63839f7e682d8132d30caf"
+  integrity sha512-lyuxPGr/Wfhrlem2CL/UcnUc1zcqKAImBDzukY7Y5F/yQiNdko6+fRLevlw1HgMySw7f611UIY408EtxRSoK3Q==
+  dependencies:
+    js-tokens "^3.0.0 || ^4.0.0"
+
+lower-case@^2.0.2:
+  version "2.0.2"
+  resolved "https://registry.yarnpkg.com/lower-case/-/lower-case-2.0.2.tgz#6fa237c63dbdc4a82ca0fd882e4722dc5e634e28"
+  integrity sha512-7fm3l3NAF9WfN6W3JOmf5drwpVqX78JtoGJ3A6W0a6ZnldM41w2fV5D490psKFTpMds8TJse/eHLFFsNHHjHgg==
+  dependencies:
+    tslib "^2.0.3"
+
+lowercase-keys@^1.0.0, lowercase-keys@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/lowercase-keys/-/lowercase-keys-1.0.1.tgz#6f9e30b47084d971a7c820ff15a6c5167b74c26f"
+  integrity sha512-G2Lj61tXDnVFFOi8VZds+SoQjtQC3dgokKdDG2mTm1tx4m50NUHBOZSBwQQHyy0V12A0JTG4icfZQH+xPyh8VA==
+
+lowercase-keys@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/lowercase-keys/-/lowercase-keys-2.0.0.tgz#2603e78b7b4b0006cbca2fbcc8a3202558ac9479"
+  integrity sha512-tqNXrS78oMOE73NMxK4EMLQsQowWf8jKooH9g7xPavRT706R6bkQJ6DY2Te7QukaZsulxa30wQ7bk0pm4XiHmA==
+
+lru-cache@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/lru-cache/-/lru-cache-5.1.1.tgz#1da27e6710271947695daf6848e847f01d84b920"
+  integrity sha512-KpNARQA3Iwv+jTA0utUVVbrh+Jlrr1Fv0e56GGzAFOXN7dk/FviaDW8LHmK52DlcH4WP2n6gI8vN1aesBFgo9w==
+  dependencies:
+    yallist "^3.0.2"
+
+lru-cache@^6.0.0:
+  version "6.0.0"
+  resolved "https://registry.yarnpkg.com/lru-cache/-/lru-cache-6.0.0.tgz#6d6fe6570ebd96aaf90fcad1dafa3b2566db3a94"
+  integrity sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==
+  dependencies:
+    yallist "^4.0.0"
+
+make-dir@^3.0.0, make-dir@^3.0.2, make-dir@^3.1.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/make-dir/-/make-dir-3.1.0.tgz#415e967046b3a7f1d185277d84aa58203726a13f"
+  integrity sha512-g3FeP20LNwhALb/6Cz6Dd4F2ngze0jz7tbzrD2wAV+o9FeNHe4rL+yK2md0J/fiSf1sa1ADhXqi5+oVwOM/eGw==
+  dependencies:
+    semver "^6.0.0"
+
+markdown-escapes@^1.0.0:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/markdown-escapes/-/markdown-escapes-1.0.4.tgz#c95415ef451499d7602b91095f3c8e8975f78535"
+  integrity sha512-8z4efJYk43E0upd0NbVXwgSTQs6cT3T06etieCMEg7dRbzCbxUCK/GHlX8mhHRDcp+OLlHkPKsvqQTCvsRl2cg==
+
+mdast-squeeze-paragraphs@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/mdast-squeeze-paragraphs/-/mdast-squeeze-paragraphs-4.0.0.tgz#7c4c114679c3bee27ef10b58e2e015be79f1ef97"
+  integrity sha512-zxdPn69hkQ1rm4J+2Cs2j6wDEv7O17TfXTJ33tl/+JPIoEmtV9t2ZzBM5LPHE8QlHsmVD8t3vPKCyY3oH+H8MQ==
+  dependencies:
+    unist-util-remove "^2.0.0"
+
+mdast-util-definitions@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/mdast-util-definitions/-/mdast-util-definitions-4.0.0.tgz#c5c1a84db799173b4dcf7643cda999e440c24db2"
+  integrity sha512-k8AJ6aNnUkB7IE+5azR9h81O5EQ/cTDXtWdMq9Kk5KcEW/8ritU5CeLg/9HhOC++nALHBlaogJ5jz0Ybk3kPMQ==
+  dependencies:
+    unist-util-visit "^2.0.0"
+
+mdast-util-to-hast@10.0.1:
+  version "10.0.1"
+  resolved "https://registry.yarnpkg.com/mdast-util-to-hast/-/mdast-util-to-hast-10.0.1.tgz#0cfc82089494c52d46eb0e3edb7a4eb2aea021eb"
+  integrity sha512-BW3LM9SEMnjf4HXXVApZMt8gLQWVNXc3jryK0nJu/rOXPOnlkUjmdkDlmxMirpbU9ILncGFIwLH/ubnWBbcdgA==
+  dependencies:
+    "@types/mdast" "^3.0.0"
+    "@types/unist" "^2.0.0"
+    mdast-util-definitions "^4.0.0"
+    mdurl "^1.0.0"
+    unist-builder "^2.0.0"
+    unist-util-generated "^1.0.0"
+    unist-util-position "^3.0.0"
+    unist-util-visit "^2.0.0"
+
+mdast-util-to-string@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/mdast-util-to-string/-/mdast-util-to-string-2.0.0.tgz#b8cfe6a713e1091cb5b728fc48885a4767f8b97b"
+  integrity sha512-AW4DRS3QbBayY/jJmD8437V1Gombjf8RSOUCMFBuo5iHi58AGEgVCKQ+ezHkZZDpAQS75hcBMpLqjpJTjtUL7w==
+
+mdn-data@2.0.14:
+  version "2.0.14"
+  resolved "https://registry.yarnpkg.com/mdn-data/-/mdn-data-2.0.14.tgz#7113fc4281917d63ce29b43446f701e68c25ba50"
+  integrity sha512-dn6wd0uw5GsdswPFfsgMp5NSB0/aDe6fK94YJV/AJDYXL6HVLWBsxeq7js7Ad+mU2K9LAlwpk6kN2D5mwCPVow==
+
+mdurl@^1.0.0:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/mdurl/-/mdurl-1.0.1.tgz#fe85b2ec75a59037f2adfec100fd6c601761152e"
+  integrity sha512-/sKlQJCBYVY9Ers9hqzKou4H6V5UWc/M59TH2dvkt+84itfnq7uFOMLpOiOS4ujvHP4etln18fmIxA5R5fll0g==
+
+media-typer@0.3.0:
+  version "0.3.0"
+  resolved "https://registry.yarnpkg.com/media-typer/-/media-typer-0.3.0.tgz#8710d7af0aa626f8fffa1ce00168545263255748"
+  integrity sha512-dq+qelQ9akHpcOl/gUVRTxVIOkAJ1wR3QAvb4RsVjS8oVoFjDGTc679wJYmUmknUF5HwMLOgb5O+a3KxfWapPQ==
+
+memfs@^3.1.2, memfs@^3.4.3:
+  version "3.6.0"
+  resolved "https://registry.yarnpkg.com/memfs/-/memfs-3.6.0.tgz#d7a2110f86f79dd950a8b6df6d57bc984aa185f6"
+  integrity sha512-EGowvkkgbMcIChjMTMkESFDbZeSh8xZ7kNSF0hAiAN4Jh6jgHCRS0Ga/+C8y6Au+oqpezRHCfPsmJ2+DwAgiwQ==
+  dependencies:
+    fs-monkey "^1.0.4"
+
+merge-descriptors@1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/merge-descriptors/-/merge-descriptors-1.0.1.tgz#b00aaa556dd8b44568150ec9d1b953f3f90cbb61"
+  integrity sha512-cCi6g3/Zr1iqQi6ySbseM1Xvooa98N0w31jzUYrXPX2xqObmFGHJ0tQ5u74H3mVh7wLouTseZyYIq39g8cNp1w==
+
+merge-stream@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/merge-stream/-/merge-stream-2.0.0.tgz#52823629a14dd00c9770fb6ad47dc6310f2c1f60"
+  integrity sha512-abv/qOcuPfk3URPfDzmZU1LKmuw8kT+0nIHvKrKgFrwifol/doWcdA4ZqsWQ8ENrFKkd67Mfpo/LovbIUsbt3w==
+
+merge2@^1.3.0, merge2@^1.4.1:
+  version "1.4.1"
+  resolved "https://registry.yarnpkg.com/merge2/-/merge2-1.4.1.tgz#4368892f885e907455a6fd7dc55c0c9d404990ae"
+  integrity sha512-8q7VEgMJW4J8tcfVPy8g09NcQwZdbwFEqhe/WZkoIzjn/3TGDwtOCYtXGxA3O8tPzpczCCDgv+P2P5y00ZJOOg==
+
+methods@~1.1.2:
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/methods/-/methods-1.1.2.tgz#5529a4d67654134edcc5266656835b0f851afcee"
+  integrity sha512-iclAHeNqNm68zFtnZ0e+1L2yUIdvzNoauKU4WBA3VvH/vPFieF7qfRlwUZU+DA9P9bPXIS90ulxoUoCH23sV2w==
+
+micromatch@^4.0.2, micromatch@^4.0.4, micromatch@^4.0.5:
+  version "4.0.5"
+  resolved "https://registry.yarnpkg.com/micromatch/-/micromatch-4.0.5.tgz#bc8999a7cbbf77cdc89f132f6e467051b49090c6"
+  integrity sha512-DMy+ERcEW2q8Z2Po+WNXuw3c5YaUSFjAO5GsJqfEl7UjvtIuFKO6ZrKvcItdy98dwFI2N1tg3zNIdKaQT+aNdA==
+  dependencies:
+    braces "^3.0.2"
+    picomatch "^2.3.1"
+
+mime-db@1.52.0, "mime-db@>= 1.43.0 < 2":
+  version "1.52.0"
+  resolved "https://registry.yarnpkg.com/mime-db/-/mime-db-1.52.0.tgz#bbabcdc02859f4987301c856e3387ce5ec43bf70"
+  integrity sha512-sPU4uV7dYlvtWJxwwxHD0PuihVNiE7TyAbQ5SWxDCB9mUYvOgroQOwYQQOKPJ8CIbE+1ETVlOoK1UC2nU3gYvg==
+
+mime-db@~1.33.0:
+  version "1.33.0"
+  resolved "https://registry.yarnpkg.com/mime-db/-/mime-db-1.33.0.tgz#a3492050a5cb9b63450541e39d9788d2272783db"
+  integrity sha512-BHJ/EKruNIqJf/QahvxwQZXKygOQ256myeN/Ew+THcAa5q+PjyTTMMeNQC4DZw5AwfvelsUrA6B67NKMqXDbzQ==
+
+mime-types@2.1.18:
+  version "2.1.18"
+  resolved "https://registry.yarnpkg.com/mime-types/-/mime-types-2.1.18.tgz#6f323f60a83d11146f831ff11fd66e2fe5503bb8"
+  integrity sha512-lc/aahn+t4/SWV/qcmumYjymLsWfN3ELhpmVuUFjgsORruuZPVSwAQryq+HHGvO/SI2KVX26bx+En+zhM8g8hQ==
+  dependencies:
+    mime-db "~1.33.0"
+
+mime-types@^2.1.27, mime-types@^2.1.31, mime-types@~2.1.17, mime-types@~2.1.24, mime-types@~2.1.34:
+  version "2.1.35"
+  resolved "https://registry.yarnpkg.com/mime-types/-/mime-types-2.1.35.tgz#381a871b62a734450660ae3deee44813f70d959a"
+  integrity sha512-ZDY+bPm5zTTF+YpCrAU9nK0UgICYPT0QtT1NZWFv4s++TNkcgVaT0g6+4R2uI4MjQjzysHB1zxuWL50hzaeXiw==
+  dependencies:
+    mime-db "1.52.0"
+
+mime@1.6.0:
+  version "1.6.0"
+  resolved "https://registry.yarnpkg.com/mime/-/mime-1.6.0.tgz#32cd9e5c64553bd58d19a568af452acff04981b1"
+  integrity sha512-x0Vn8spI+wuJ1O6S7gnbaQg8Pxh4NNHb7KSINmEWKiPE4RKOplvijn+NkmYmmRgP68mc70j2EbeTFRsrswaQeg==
+
+mimic-fn@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/mimic-fn/-/mimic-fn-2.1.0.tgz#7ed2c2ccccaf84d3ffcb7a69b57711fc2083401b"
+  integrity sha512-OqbOk5oEQeAZ8WXWydlu9HJjz9WVdEIvamMCcXmuqUYjTknH/sqsWvhQ3vgwKFRR1HpjvNBKQ37nbJgYzGqGcg==
+
+mimic-response@^1.0.0, mimic-response@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/mimic-response/-/mimic-response-1.0.1.tgz#4923538878eef42063cb8a3e3b0798781487ab1b"
+  integrity sha512-j5EctnkH7amfV/q5Hgmoal1g2QHFJRraOtmx0JpIqkxhBhI/lJSl1nMpQ45hVarwNETOoWEimndZ4QK0RHxuxQ==
+
+mini-css-extract-plugin@^2.6.1:
+  version "2.7.6"
+  resolved "https://registry.yarnpkg.com/mini-css-extract-plugin/-/mini-css-extract-plugin-2.7.6.tgz#282a3d38863fddcd2e0c220aaed5b90bc156564d"
+  integrity sha512-Qk7HcgaPkGG6eD77mLvZS1nmxlao3j+9PkrT9Uc7HAE1id3F41+DdBRYRYkbyfNRGzm8/YWtzhw7nVPmwhqTQw==
+  dependencies:
+    schema-utils "^4.0.0"
+
+minimalistic-assert@^1.0.0:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/minimalistic-assert/-/minimalistic-assert-1.0.1.tgz#2e194de044626d4a10e7f7fbc00ce73e83e4d5c7"
+  integrity sha512-UtJcAD4yEaGtjPezWuO9wC4nwUnVH/8/Im3yEHQP4b67cXlD/Qr9hdITCU1xDbSEXg2XKNaP8jsReV7vQd00/A==
+
+minimatch@3.1.2, minimatch@^3.0.4, minimatch@^3.0.5, minimatch@^3.1.1:
+  version "3.1.2"
+  resolved "https://registry.yarnpkg.com/minimatch/-/minimatch-3.1.2.tgz#19cd194bfd3e428f049a70817c038d89ab4be35b"
+  integrity sha512-J7p63hRiAjw1NDEww1W7i37+ByIrOWO5XQQAzZ3VOcL0PNybwpfmV/N05zFAzwQ9USyEcX6t3UO+K5aqBQOIHw==
+  dependencies:
+    brace-expansion "^1.1.7"
+
+minimist@^1.2.0, minimist@^1.2.5:
+  version "1.2.8"
+  resolved "https://registry.yarnpkg.com/minimist/-/minimist-1.2.8.tgz#c1a464e7693302e082a075cee0c057741ac4772c"
+  integrity sha512-2yyAR8qBkN3YuheJanUpWC5U3bb5osDywNB8RzDVlDwDHbocAJveqqj1u8+SVD7jkWT4yvsHCpWqqWqAxb0zCA==
+
+mrmime@^1.0.0:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/mrmime/-/mrmime-1.0.1.tgz#5f90c825fad4bdd41dc914eff5d1a8cfdaf24f27"
+  integrity sha512-hzzEagAgDyoU1Q6yg5uI+AorQgdvMCur3FcKf7NhMKWsaYg+RnbTyHRa/9IlLF9rf455MOCtcqqrQQ83pPP7Uw==
+
+ms@2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/ms/-/ms-2.0.0.tgz#5608aeadfc00be6c2901df5f9861788de0d597c8"
+  integrity sha512-Tpp60P6IUJDTuOq/5Z8cdskzJujfwqfOTkrwIwj7IRISpnkJnT6SyJ4PCPnGMoFjC9ddhal5KVIYtAt97ix05A==
+
+ms@2.1.2:
+  version "2.1.2"
+  resolved "https://registry.yarnpkg.com/ms/-/ms-2.1.2.tgz#d09d1f357b443f493382a8eb3ccd183872ae6009"
+  integrity sha512-sGkPx+VjMtmA6MX27oA4FBFELFCZZ4S4XqeGOXCv68tT+jb3vk/RyaKWP0PTKyWtmLSM0b+adUTEvbs1PEaH2w==
+
+ms@2.1.3:
+  version "2.1.3"
+  resolved "https://registry.yarnpkg.com/ms/-/ms-2.1.3.tgz#574c8138ce1d2b5861f0b44579dbadd60c6615b2"
+  integrity sha512-6FlzubTLZG3J2a/NVCAleEhjzq5oxgHyaCU9yYXvcLsvoVaHJq/s5xXI6/XXP6tz7R9xAOtHnSO/tXtF3WRTlA==
+
+multicast-dns@^7.2.5:
+  version "7.2.5"
+  resolved "https://registry.yarnpkg.com/multicast-dns/-/multicast-dns-7.2.5.tgz#77eb46057f4d7adbd16d9290fa7299f6fa64cced"
+  integrity sha512-2eznPJP8z2BFLX50tf0LuODrpINqP1RVIm/CObbTcBRITQgmC/TjcREF1NeTBzIcR5XO/ukWo+YHOjBbFwIupg==
+  dependencies:
+    dns-packet "^5.2.2"
+    thunky "^1.0.2"
+
+nanoid@^3.3.6:
+  version "3.3.6"
+  resolved "https://registry.yarnpkg.com/nanoid/-/nanoid-3.3.6.tgz#443380c856d6e9f9824267d960b4236ad583ea4c"
+  integrity sha512-BGcqMMJuToF7i1rt+2PWSNVnWIkGCU78jBG3RxO/bZlnZPK2Cmi2QaffxGO/2RvWi9sL+FAiRiXMgsyxQ1DIDA==
+
+negotiator@0.6.3:
+  version "0.6.3"
+  resolved "https://registry.yarnpkg.com/negotiator/-/negotiator-0.6.3.tgz#58e323a72fedc0d6f9cd4d31fe49f51479590ccd"
+  integrity sha512-+EUsqGPLsM+j/zdChZjsnX51g4XrHFOIXwfnCVPGlQk/k5giakcKsuxCObBRu6DSm9opw/O6slWbJdghQM4bBg==
+
+neo-async@^2.6.2:
+  version "2.6.2"
+  resolved "https://registry.yarnpkg.com/neo-async/-/neo-async-2.6.2.tgz#b4aafb93e3aeb2d8174ca53cf163ab7d7308305f"
+  integrity sha512-Yd3UES5mWCSqR+qNT93S3UoYUkqAZ9lLg8a7g9rimsWmYGK8cVToA4/sF3RrshdyV3sAGMXVUmpMYOw+dLpOuw==
+
+no-case@^3.0.4:
+  version "3.0.4"
+  resolved "https://registry.yarnpkg.com/no-case/-/no-case-3.0.4.tgz#d361fd5c9800f558551a8369fc0dcd4662b6124d"
+  integrity sha512-fgAN3jGAh+RoxUGZHTSOLJIqUc2wmoBwGR4tbpNAKmmovFoWq0OdRkb0VkldReO2a2iBT/OEulG9XSUc10r3zg==
+  dependencies:
+    lower-case "^2.0.2"
+    tslib "^2.0.3"
+
+node-emoji@^1.10.0:
+  version "1.11.0"
+  resolved "https://registry.yarnpkg.com/node-emoji/-/node-emoji-1.11.0.tgz#69a0150e6946e2f115e9d7ea4df7971e2628301c"
+  integrity sha512-wo2DpQkQp7Sjm2A0cq+sN7EHKO6Sl0ctXeBdFZrL9T9+UywORbufTcTZxom8YqpLQt/FqNMUkOpkZrJVYSKD3A==
+  dependencies:
+    lodash "^4.17.21"
+
+node-fetch@^2.6.12:
+  version "2.7.0"
+  resolved "https://registry.yarnpkg.com/node-fetch/-/node-fetch-2.7.0.tgz#d0f0fa6e3e2dc1d27efcd8ad99d550bda94d187d"
+  integrity sha512-c4FRfUm/dbcWZ7U+1Wq0AwCyFL+3nt2bEw05wfxSz+DWpWsitgmSgYmy2dQdWyKC1694ELPqMs/YzUSNozLt8A==
+  dependencies:
+    whatwg-url "^5.0.0"
+
+node-forge@^1:
+  version "1.3.1"
+  resolved "https://registry.yarnpkg.com/node-forge/-/node-forge-1.3.1.tgz#be8da2af243b2417d5f646a770663a92b7e9ded3"
+  integrity sha512-dPEtOeMvF9VMcYV/1Wb8CPoVAXtp6MKMlcbAt4ddqmGqUJ6fQZFXkNZNkNlfevtNkGtaSoXf/vNNNSvgrdXwtA==
+
+node-releases@^2.0.13:
+  version "2.0.13"
+  resolved "https://registry.yarnpkg.com/node-releases/-/node-releases-2.0.13.tgz#d5ed1627c23e3461e819b02e57b75e4899b1c81d"
+  integrity sha512-uYr7J37ae/ORWdZeQ1xxMJe3NtdmqMC/JZK+geofDrkLUApKRHPd18/TxtBOJ4A0/+uUIliorNrfYV6s1b02eQ==
+
+normalize-path@^3.0.0, normalize-path@~3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/normalize-path/-/normalize-path-3.0.0.tgz#0dcd69ff23a1c9b11fd0978316644a0388216a65"
+  integrity sha512-6eZs5Ls3WtCisHWp9S2GUy8dqkpGi4BVSz3GaqiE6ezub0512ESztXUwUB6C6IKbQkY2Pnb/mD4WYojCRwcwLA==
+
+normalize-range@^0.1.2:
+  version "0.1.2"
+  resolved "https://registry.yarnpkg.com/normalize-range/-/normalize-range-0.1.2.tgz#2d10c06bdfd312ea9777695a4d28439456b75942"
+  integrity sha512-bdok/XvKII3nUpklnV6P2hxtMNrCboOjAcyBuQnWEhO665FwrSNRxU+AqpsyvO6LgGYPspN+lu5CLtw4jPRKNA==
+
+normalize-url@^4.1.0:
+  version "4.5.1"
+  resolved "https://registry.yarnpkg.com/normalize-url/-/normalize-url-4.5.1.tgz#0dd90cf1288ee1d1313b87081c9a5932ee48518a"
+  integrity sha512-9UZCFRHQdNrfTpGg8+1INIg93B6zE0aXMVFkw1WFwvO4SlZywU6aLg5Of0Ap/PgcbSw4LNxvMWXMeugwMCX0AA==
+
+normalize-url@^6.0.1:
+  version "6.1.0"
+  resolved "https://registry.yarnpkg.com/normalize-url/-/normalize-url-6.1.0.tgz#40d0885b535deffe3f3147bec877d05fe4c5668a"
+  integrity sha512-DlL+XwOy3NxAQ8xuC0okPgK46iuVNAK01YN7RueYBqqFeGsBjV9XmCAzAdgt+667bCl5kPh9EqKKDwnaPG1I7A==
+
+npm-run-path@^4.0.1:
+  version "4.0.1"
+  resolved "https://registry.yarnpkg.com/npm-run-path/-/npm-run-path-4.0.1.tgz#b7ecd1e5ed53da8e37a55e1c2269e0b97ed748ea"
+  integrity sha512-S48WzZW777zhNIrn7gxOlISNAqi9ZC/uQFnRdbeIHhZhCA6UqpkOT8T1G7BvfdgP4Er8gF4sUbaS0i7QvIfCWw==
+  dependencies:
+    path-key "^3.0.0"
+
+nprogress@^0.2.0:
+  version "0.2.0"
+  resolved "https://registry.yarnpkg.com/nprogress/-/nprogress-0.2.0.tgz#cb8f34c53213d895723fcbab907e9422adbcafb1"
+  integrity sha512-I19aIingLgR1fmhftnbWWO3dXc0hSxqHQHQb3H8m+K3TnEn/iSeTZZOyvKXWqQESMwuUVnatlCnZdLBZZt2VSA==
+
+nth-check@^2.0.1:
+  version "2.1.1"
+  resolved "https://registry.yarnpkg.com/nth-check/-/nth-check-2.1.1.tgz#c9eab428effce36cd6b92c924bdb000ef1f1ed1d"
+  integrity sha512-lqjrjmaOoAnWfMmBPL+XNnynZh2+swxiX3WUE0s4yEHI6m+AwrK2UZOimIRl3X/4QctVqS8AiZjFqyOGrMXb/w==
+  dependencies:
+    boolbase "^1.0.0"
+
+object-assign@^4.1.0, object-assign@^4.1.1:
+  version "4.1.1"
+  resolved "https://registry.yarnpkg.com/object-assign/-/object-assign-4.1.1.tgz#2109adc7965887cfc05cbbd442cac8bfbb360863"
+  integrity sha512-rJgTQnkUnH1sFw8yT6VSU3zD3sWmu6sZhIseY8VX+GRu3P6F7Fu+JNDoXfklElbLJSnc3FUQHVe4cU5hj+BcUg==
+
+object-inspect@^1.9.0:
+  version "1.12.3"
+  resolved "https://registry.yarnpkg.com/object-inspect/-/object-inspect-1.12.3.tgz#ba62dffd67ee256c8c086dfae69e016cd1f198b9"
+  integrity sha512-geUvdk7c+eizMNUDkRpW1wJwgfOiOeHbxBR/hLXK1aT6zmVSO0jsQcs7fj6MGw89jC/cjGfLcNOrtMYtGqm81g==
+
+object-keys@^1.1.1:
+  version "1.1.1"
+  resolved "https://registry.yarnpkg.com/object-keys/-/object-keys-1.1.1.tgz#1c47f272df277f3b1daf061677d9c82e2322c60e"
+  integrity sha512-NuAESUOUMrlIXOfHKzD6bpPu3tYt3xvjNdRIQ+FeT0lNb4K8WR70CaDxhuNguS2XG+GjkyMwOzsN5ZktImfhLA==
+
+object.assign@^4.1.0:
+  version "4.1.4"
+  resolved "https://registry.yarnpkg.com/object.assign/-/object.assign-4.1.4.tgz#9673c7c7c351ab8c4d0b516f4343ebf4dfb7799f"
+  integrity sha512-1mxKf0e58bvyjSCtKYY4sRe9itRk3PJpquJOjeIkz885CczcI4IvJJDLPS72oowuSh+pBxUFROpX+TU++hxhZQ==
+  dependencies:
+    call-bind "^1.0.2"
+    define-properties "^1.1.4"
+    has-symbols "^1.0.3"
+    object-keys "^1.1.1"
+
+obuf@^1.0.0, obuf@^1.1.2:
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/obuf/-/obuf-1.1.2.tgz#09bea3343d41859ebd446292d11c9d4db619084e"
+  integrity sha512-PX1wu0AmAdPqOL1mWhqmlOd8kOIZQwGZw6rh7uby9fTc5lhaOWFLX3I6R1hrF9k3zUY40e6igsLGkDXK92LJNg==
+
+on-finished@2.4.1:
+  version "2.4.1"
+  resolved "https://registry.yarnpkg.com/on-finished/-/on-finished-2.4.1.tgz#58c8c44116e54845ad57f14ab10b03533184ac3f"
+  integrity sha512-oVlzkg3ENAhCk2zdv7IJwd/QUD4z2RxRwpkcGY8psCVcCYZNq4wYnVWALHM+brtuJjePWiYF/ClmuDr8Ch5+kg==
+  dependencies:
+    ee-first "1.1.1"
+
+on-headers@~1.0.2:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/on-headers/-/on-headers-1.0.2.tgz#772b0ae6aaa525c399e489adfad90c403eb3c28f"
+  integrity sha512-pZAE+FJLoyITytdqK0U5s+FIpjN0JP3OzFi/u8Rx+EV5/W+JTWGXG8xFzevE7AjBfDqHv/8vL8qQsIhHnqRkrA==
+
+once@^1.3.0, once@^1.3.1, once@^1.4.0:
+  version "1.4.0"
+  resolved "https://registry.yarnpkg.com/once/-/once-1.4.0.tgz#583b1aa775961d4b113ac17d9c50baef9dd76bd1"
+  integrity sha512-lNaJgI+2Q5URQBkccEKHTQOPaXdUxnZZElQTZY0MFUAuaEqe1E+Nyvgdz/aIyNi6Z9MzO5dv1H8n58/GELp3+w==
+  dependencies:
+    wrappy "1"
+
+onetime@^5.1.2:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/onetime/-/onetime-5.1.2.tgz#d0e96ebb56b07476df1dd9c4806e5237985ca45e"
+  integrity sha512-kbpaSSGJTWdAY5KPVeMOKXSrPtr8C8C7wodJbcsd51jRnmD+GZu8Y0VoU6Dm5Z4vWr0Ig/1NKuWRKf7j5aaYSg==
+  dependencies:
+    mimic-fn "^2.1.0"
+
+open@^8.0.9, open@^8.4.0:
+  version "8.4.2"
+  resolved "https://registry.yarnpkg.com/open/-/open-8.4.2.tgz#5b5ffe2a8f793dcd2aad73e550cb87b59cb084f9"
+  integrity sha512-7x81NCL719oNbsq/3mh+hVrAWmFuEYUqrq/Iw3kUzH8ReypT9QQ0BLoJS7/G9k6N81XjW4qHWtjWwe/9eLy1EQ==
+  dependencies:
+    define-lazy-prop "^2.0.0"
+    is-docker "^2.1.1"
+    is-wsl "^2.2.0"
+
+opener@^1.5.2:
+  version "1.5.2"
+  resolved "https://registry.yarnpkg.com/opener/-/opener-1.5.2.tgz#5d37e1f35077b9dcac4301372271afdeb2a13598"
+  integrity sha512-ur5UIdyw5Y7yEj9wLzhqXiy6GZ3Mwx0yGI+5sMn2r0N0v3cKJvUmFH5yPP+WXh9e0xfyzyJX95D8l088DNFj7A==
+
+p-cancelable@^1.0.0:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/p-cancelable/-/p-cancelable-1.1.0.tgz#d078d15a3af409220c886f1d9a0ca2e441ab26cc"
+  integrity sha512-s73XxOZ4zpt1edZYZzvhqFa6uvQc1vwUa0K0BdtIZgQMAJj9IbebH+JkgKZc9h+B05PKHLOTl4ajG1BmNrVZlw==
+
+p-limit@^2.0.0, p-limit@^2.2.0:
+  version "2.3.0"
+  resolved "https://registry.yarnpkg.com/p-limit/-/p-limit-2.3.0.tgz#3dd33c647a214fdfffd835933eb086da0dc21db1"
+  integrity sha512-//88mFWSJx8lxCzwdAABTJL2MyWB12+eIY7MDL2SqLmAkeKU9qxRvWuSyTjm3FUmpBEMuFfckAIqEaVGUDxb6w==
+  dependencies:
+    p-try "^2.0.0"
+
+p-limit@^3.0.2:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/p-limit/-/p-limit-3.1.0.tgz#e1daccbe78d0d1388ca18c64fea38e3e57e3706b"
+  integrity sha512-TYOanM3wGwNGsZN2cVTYPArw454xnXj5qmWF1bEoAc4+cU/ol7GVh7odevjp1FNHduHc3KZMcFduxU5Xc6uJRQ==
+  dependencies:
+    yocto-queue "^0.1.0"
+
+p-locate@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/p-locate/-/p-locate-3.0.0.tgz#322d69a05c0264b25997d9f40cd8a891ab0064a4"
+  integrity sha512-x+12w/To+4GFfgJhBEpiDcLozRJGegY+Ei7/z0tSLkMmxGZNybVMSfWj9aJn8Z5Fc7dBUNJOOVgPv2H7IwulSQ==
+  dependencies:
+    p-limit "^2.0.0"
+
+p-locate@^4.1.0:
+  version "4.1.0"
+  resolved "https://registry.yarnpkg.com/p-locate/-/p-locate-4.1.0.tgz#a3428bb7088b3a60292f66919278b7c297ad4f07"
+  integrity sha512-R79ZZ/0wAxKGu3oYMlz8jy/kbhsNrS7SKZ7PxEHBgJ5+F2mtFW2fK2cOtBh1cHYkQsbzFV7I+EoRKe6Yt0oK7A==
+  dependencies:
+    p-limit "^2.2.0"
+
+p-locate@^5.0.0:
+  version "5.0.0"
+  resolved "https://registry.yarnpkg.com/p-locate/-/p-locate-5.0.0.tgz#83c8315c6785005e3bd021839411c9e110e6d834"
+  integrity sha512-LaNjtRWUBY++zB5nE/NwcaoMylSPk+S+ZHNB1TzdbMJMny6dynpAGt7X/tl/QYq3TIeE6nxHppbo2LGymrG5Pw==
+  dependencies:
+    p-limit "^3.0.2"
+
+p-map@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/p-map/-/p-map-4.0.0.tgz#bb2f95a5eda2ec168ec9274e06a747c3e2904d2b"
+  integrity sha512-/bjOqmgETBYB5BoEeGVea8dmvHb2m9GLy1E9W43yeyfP6QQCZGFNa+XRceJEuDB6zqr+gKpIAmlLebMpykw/MQ==
+  dependencies:
+    aggregate-error "^3.0.0"
+
+p-retry@^4.5.0:
+  version "4.6.2"
+  resolved "https://registry.yarnpkg.com/p-retry/-/p-retry-4.6.2.tgz#9baae7184057edd4e17231cee04264106e092a16"
+  integrity sha512-312Id396EbJdvRONlngUx0NydfrIQ5lsYu0znKVUzVvArzEIt08V1qhtyESbGVd1FGX7UKtiFp5uwKZdM8wIuQ==
+  dependencies:
+    "@types/retry" "0.12.0"
+    retry "^0.13.1"
+
+p-try@^2.0.0:
+  version "2.2.0"
+  resolved "https://registry.yarnpkg.com/p-try/-/p-try-2.2.0.tgz#cb2868540e313d61de58fafbe35ce9004d5540e6"
+  integrity sha512-R4nPAVTAU0B9D35/Gk3uJf/7XYbQcyohSKdvAxIRSNghFl4e71hVoGnBNQz9cWaXxO2I10KTC+3jMdvvoKw6dQ==
+
+package-json@^6.3.0:
+  version "6.5.0"
+  resolved "https://registry.yarnpkg.com/package-json/-/package-json-6.5.0.tgz#6feedaca35e75725876d0b0e64974697fed145b0"
+  integrity sha512-k3bdm2n25tkyxcjSKzB5x8kfVxlMdgsbPr0GkZcwHsLpba6cBjqCt1KlcChKEvxHIcTB1FVMuwoijZ26xex5MQ==
+  dependencies:
+    got "^9.6.0"
+    registry-auth-token "^4.0.0"
+    registry-url "^5.0.0"
+    semver "^6.2.0"
+
+param-case@^3.0.4:
+  version "3.0.4"
+  resolved "https://registry.yarnpkg.com/param-case/-/param-case-3.0.4.tgz#7d17fe4aa12bde34d4a77d91acfb6219caad01c5"
+  integrity sha512-RXlj7zCYokReqWpOPH9oYivUzLYZ5vAPIfEmCTNViosC78F8F0H9y7T7gG2M39ymgutxF5gcFEsyZQSph9Bp3A==
+  dependencies:
+    dot-case "^3.0.4"
+    tslib "^2.0.3"
+
+parent-module@^1.0.0:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/parent-module/-/parent-module-1.0.1.tgz#691d2709e78c79fae3a156622452d00762caaaa2"
+  integrity sha512-GQ2EWRpQV8/o+Aw8YqtfZZPfNRWZYkbidE9k5rpl/hC3vtHHBfGm2Ifi6qWV+coDGkrUKZAxE3Lot5kcsRlh+g==
+  dependencies:
+    callsites "^3.0.0"
+
+parse-entities@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/parse-entities/-/parse-entities-2.0.0.tgz#53c6eb5b9314a1f4ec99fa0fdf7ce01ecda0cbe8"
+  integrity sha512-kkywGpCcRYhqQIchaWqZ875wzpS/bMKhz5HnN3p7wveJTkTtyAB/AlnS0f8DFSqYW1T82t6yEAkEcB+A1I3MbQ==
+  dependencies:
+    character-entities "^1.0.0"
+    character-entities-legacy "^1.0.0"
+    character-reference-invalid "^1.0.0"
+    is-alphanumerical "^1.0.0"
+    is-decimal "^1.0.0"
+    is-hexadecimal "^1.0.0"
+
+parse-json@^5.0.0, parse-json@^5.2.0:
+  version "5.2.0"
+  resolved "https://registry.yarnpkg.com/parse-json/-/parse-json-5.2.0.tgz#c76fc66dee54231c962b22bcc8a72cf2f99753cd"
+  integrity sha512-ayCKvm/phCGxOkYRSCM82iDwct8/EonSEgCSxWxD7ve6jHggsFl4fZVQBPRNgQoKiuV/odhFrGzQXZwbifC8Rg==
+  dependencies:
+    "@babel/code-frame" "^7.0.0"
+    error-ex "^1.3.1"
+    json-parse-even-better-errors "^2.3.0"
+    lines-and-columns "^1.1.6"
+
+parse-numeric-range@^1.3.0:
+  version "1.3.0"
+  resolved "https://registry.yarnpkg.com/parse-numeric-range/-/parse-numeric-range-1.3.0.tgz#7c63b61190d61e4d53a1197f0c83c47bb670ffa3"
+  integrity sha512-twN+njEipszzlMJd4ONUYgSfZPDxgHhT9Ahed5uTigpQn90FggW4SA/AIPq/6a149fTbE9qBEcSwE3FAEp6wQQ==
+
+parse5-htmlparser2-tree-adapter@^7.0.0:
+  version "7.0.0"
+  resolved "https://registry.yarnpkg.com/parse5-htmlparser2-tree-adapter/-/parse5-htmlparser2-tree-adapter-7.0.0.tgz#23c2cc233bcf09bb7beba8b8a69d46b08c62c2f1"
+  integrity sha512-B77tOZrqqfUfnVcOrUvfdLbz4pu4RopLD/4vmu3HUPswwTA8OH0EMW9BlWR2B0RCoiZRAHEUu7IxeP1Pd1UU+g==
+  dependencies:
+    domhandler "^5.0.2"
+    parse5 "^7.0.0"
+
+parse5@^6.0.0:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/parse5/-/parse5-6.0.1.tgz#e1a1c085c569b3dc08321184f19a39cc27f7c30b"
+  integrity sha512-Ofn/CTFzRGTTxwpNEs9PP93gXShHcTq255nzRYSKe8AkVpZY7e1fpmTfOyoIvjP5HG7Z2ZM7VS9PPhQGW2pOpw==
+
+parse5@^7.0.0:
+  version "7.1.2"
+  resolved "https://registry.yarnpkg.com/parse5/-/parse5-7.1.2.tgz#0736bebbfd77793823240a23b7fc5e010b7f8e32"
+  integrity sha512-Czj1WaSVpaoj0wbhMzLmWD69anp2WH7FXMB9n1Sy8/ZFF9jolSQVMu1Ij5WIyGmcBmhk7EOndpO4mIpihVqAXw==
+  dependencies:
+    entities "^4.4.0"
+
+parseurl@~1.3.2, parseurl@~1.3.3:
+  version "1.3.3"
+  resolved "https://registry.yarnpkg.com/parseurl/-/parseurl-1.3.3.tgz#9da19e7bee8d12dff0513ed5b76957793bc2e8d4"
+  integrity sha512-CiyeOxFT/JZyN5m0z9PfXw4SCBJ6Sygz1Dpl0wqjlhDEGGBP1GnsUVEL0p63hoG1fcj3fHynXi9NYO4nWOL+qQ==
+
+pascal-case@^3.1.2:
+  version "3.1.2"
+  resolved "https://registry.yarnpkg.com/pascal-case/-/pascal-case-3.1.2.tgz#b48e0ef2b98e205e7c1dae747d0b1508237660eb"
+  integrity sha512-uWlGT3YSnK9x3BQJaOdcZwrnV6hPpd8jFH1/ucpiLRPh/2zCVJKS19E4GvYHvaCcACn3foXZ0cLB9Wrx1KGe5g==
+  dependencies:
+    no-case "^3.0.4"
+    tslib "^2.0.3"
+
+path-exists@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/path-exists/-/path-exists-3.0.0.tgz#ce0ebeaa5f78cb18925ea7d810d7b59b010fd515"
+  integrity sha512-bpC7GYwiDYQ4wYLe+FA8lhRjhQCMcQGuSgGGqDkg/QerRWw9CmGRT0iSOVRSZJ29NMLZgIzqaljJ63oaL4NIJQ==
+
+path-exists@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/path-exists/-/path-exists-4.0.0.tgz#513bdbe2d3b95d7762e8c1137efa195c6c61b5b3"
+  integrity sha512-ak9Qy5Q7jYb2Wwcey5Fpvg2KoAc/ZIhLSLOSBmRmygPsGwkVVt0fZa0qrtMz+m6tJTAHfZQ8FnmB4MG4LWy7/w==
+
+path-is-absolute@^1.0.0:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/path-is-absolute/-/path-is-absolute-1.0.1.tgz#174b9268735534ffbc7ace6bf53a5a9e1b5c5f5f"
+  integrity sha512-AVbw3UJ2e9bq64vSaS9Am0fje1Pa8pbGqTTsmXfaIiMpnr5DlDhfJOuLj9Sf95ZPVDAUerDfEk88MPmPe7UCQg==
+
+path-is-inside@1.0.2:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/path-is-inside/-/path-is-inside-1.0.2.tgz#365417dede44430d1c11af61027facf074bdfc53"
+  integrity sha512-DUWJr3+ULp4zXmol/SZkFf3JGsS9/SIv+Y3Rt93/UjPpDpklB5f1er4O3POIbUuUJ3FXgqte2Q7SrU6zAqwk8w==
+
+path-key@^3.0.0, path-key@^3.1.0:
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/path-key/-/path-key-3.1.1.tgz#581f6ade658cbba65a0d3380de7753295054f375"
+  integrity sha512-ojmeN0qd+y0jszEtoY48r0Peq5dwMEkIlCOu6Q5f41lfkswXuKtYrhgoTpLnyIcHm24Uhqx+5Tqm2InSwLhE6Q==
+
+path-parse@^1.0.7:
+  version "1.0.7"
+  resolved "https://registry.yarnpkg.com/path-parse/-/path-parse-1.0.7.tgz#fbc114b60ca42b30d9daf5858e4bd68bbedb6735"
+  integrity sha512-LDJzPVEEEPR+y48z93A0Ed0yXb8pAByGWo/k5YYdYgpY2/2EsOsksJrq7lOHxryrVOn1ejG6oAp8ahvOIQD8sw==
+
+path-to-regexp@0.1.7:
+  version "0.1.7"
+  resolved "https://registry.yarnpkg.com/path-to-regexp/-/path-to-regexp-0.1.7.tgz#df604178005f522f15eb4490e7247a1bfaa67f8c"
+  integrity sha512-5DFkuoqlv1uYQKxy8omFBeJPQcdoE07Kv2sferDCrAq1ohOU+MSDswDIbnx3YAM60qIOnYa53wBhXW0EbMonrQ==
+
+path-to-regexp@2.2.1:
+  version "2.2.1"
+  resolved "https://registry.yarnpkg.com/path-to-regexp/-/path-to-regexp-2.2.1.tgz#90b617025a16381a879bc82a38d4e8bdeb2bcf45"
+  integrity sha512-gu9bD6Ta5bwGrrU8muHzVOBFFREpp2iRkVfhBJahwJ6p6Xw20SjT0MxLnwkjOibQmGSYhiUnf2FLe7k+jcFmGQ==
+
+path-to-regexp@^1.7.0:
+  version "1.8.0"
+  resolved "https://registry.yarnpkg.com/path-to-regexp/-/path-to-regexp-1.8.0.tgz#887b3ba9d84393e87a0a0b9f4cb756198b53548a"
+  integrity sha512-n43JRhlUKUAlibEJhPeir1ncUID16QnEjNpwzNdO3Lm4ywrBpBZ5oLD0I6br9evr1Y9JTqwRtAh7JLoOzAQdVA==
+  dependencies:
+    isarray "0.0.1"
+
+path-type@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/path-type/-/path-type-4.0.0.tgz#84ed01c0a7ba380afe09d90a8c180dcd9d03043b"
+  integrity sha512-gDKb8aZMDeD/tZWs9P6+q0J9Mwkdl6xMV8TjnGP3qJVJ06bdMgkbBlLU8IdfOsIsFz2BW1rNVT3XuNEl8zPAvw==
+
+picocolors@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/picocolors/-/picocolors-1.0.0.tgz#cb5bdc74ff3f51892236eaf79d68bc44564ab81c"
+  integrity sha512-1fygroTLlHu66zi26VoTDv8yRgm0Fccecssto+MhsZ0D/DGW2sm8E8AjW7NU5VVTRt5GxbeZ5qBuJr+HyLYkjQ==
+
+picomatch@^2.0.4, picomatch@^2.2.1, picomatch@^2.2.3, picomatch@^2.3.1:
+  version "2.3.1"
+  resolved "https://registry.yarnpkg.com/picomatch/-/picomatch-2.3.1.tgz#3ba3833733646d9d3e4995946c1365a67fb07a42"
+  integrity sha512-JU3teHTNjmE2VCGFzuY8EXzCDVwEqB2a8fsIvwaStHhAWJEeVd1o1QD80CU6+ZdEXXSLbSsuLwJjkCBWqRQUVA==
+
+pkg-dir@^4.1.0:
+  version "4.2.0"
+  resolved "https://registry.yarnpkg.com/pkg-dir/-/pkg-dir-4.2.0.tgz#f099133df7ede422e81d1d8448270eeb3e4261f3"
+  integrity sha512-HRDzbaKjC+AOWVXxAU/x54COGeIv9eb+6CkDSQoNTt4XyWoIJvuPsXizxu/Fr23EiekbtZwmh1IcIG/l/a10GQ==
+  dependencies:
+    find-up "^4.0.0"
+
+pkg-up@^3.1.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/pkg-up/-/pkg-up-3.1.0.tgz#100ec235cc150e4fd42519412596a28512a0def5"
+  integrity sha512-nDywThFk1i4BQK4twPQ6TA4RT8bDY96yeuCVBWL3ePARCiEKDRSrNGbFIgUJpLp+XeIR65v8ra7WuJOFUBtkMA==
+  dependencies:
+    find-up "^3.0.0"
+
+postcss-calc@^8.2.3:
+  version "8.2.4"
+  resolved "https://registry.yarnpkg.com/postcss-calc/-/postcss-calc-8.2.4.tgz#77b9c29bfcbe8a07ff6693dc87050828889739a5"
+  integrity sha512-SmWMSJmB8MRnnULldx0lQIyhSNvuDl9HfrZkaqqE/WHAhToYsAvDq+yAsA/kIyINDszOp3Rh0GFoNuH5Ypsm3Q==
+  dependencies:
+    postcss-selector-parser "^6.0.9"
+    postcss-value-parser "^4.2.0"
+
+postcss-colormin@^5.3.1:
+  version "5.3.1"
+  resolved "https://registry.yarnpkg.com/postcss-colormin/-/postcss-colormin-5.3.1.tgz#86c27c26ed6ba00d96c79e08f3ffb418d1d1988f"
+  integrity sha512-UsWQG0AqTFQmpBegeLLc1+c3jIqBNB0zlDGRWR+dQ3pRKJL1oeMzyqmH3o2PIfn9MBdNrVPWhDbT769LxCTLJQ==
+  dependencies:
+    browserslist "^4.21.4"
+    caniuse-api "^3.0.0"
+    colord "^2.9.1"
+    postcss-value-parser "^4.2.0"
+
+postcss-convert-values@^5.1.3:
+  version "5.1.3"
+  resolved "https://registry.yarnpkg.com/postcss-convert-values/-/postcss-convert-values-5.1.3.tgz#04998bb9ba6b65aa31035d669a6af342c5f9d393"
+  integrity sha512-82pC1xkJZtcJEfiLw6UXnXVXScgtBrjlO5CBmuDQc+dlb88ZYheFsjTn40+zBVi3DkfF7iezO0nJUPLcJK3pvA==
+  dependencies:
+    browserslist "^4.21.4"
+    postcss-value-parser "^4.2.0"
+
+postcss-discard-comments@^5.1.2:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/postcss-discard-comments/-/postcss-discard-comments-5.1.2.tgz#8df5e81d2925af2780075840c1526f0660e53696"
+  integrity sha512-+L8208OVbHVF2UQf1iDmRcbdjJkuBF6IS29yBDSiWUIzpYaAhtNl6JYnYm12FnkeCwQqF5LeklOu6rAqgfBZqQ==
+
+postcss-discard-duplicates@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-discard-duplicates/-/postcss-discard-duplicates-5.1.0.tgz#9eb4fe8456706a4eebd6d3b7b777d07bad03e848"
+  integrity sha512-zmX3IoSI2aoenxHV6C7plngHWWhUOV3sP1T8y2ifzxzbtnuhk1EdPwm0S1bIUNaJ2eNbWeGLEwzw8huPD67aQw==
+
+postcss-discard-empty@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-discard-empty/-/postcss-discard-empty-5.1.1.tgz#e57762343ff7f503fe53fca553d18d7f0c369c6c"
+  integrity sha512-zPz4WljiSuLWsI0ir4Mcnr4qQQ5e1Ukc3i7UfE2XcrwKK2LIPIqE5jxMRxO6GbI3cv//ztXDsXwEWT3BHOGh3A==
+
+postcss-discard-overridden@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-discard-overridden/-/postcss-discard-overridden-5.1.0.tgz#7e8c5b53325747e9d90131bb88635282fb4a276e"
+  integrity sha512-21nOL7RqWR1kasIVdKs8HNqQJhFxLsyRfAnUDm4Fe4t4mCWL9OJiHvlHPjcd8zc5Myu89b/7wZDnOSjFgeWRtw==
+
+postcss-discard-unused@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-discard-unused/-/postcss-discard-unused-5.1.0.tgz#8974e9b143d887677304e558c1166d3762501142"
+  integrity sha512-KwLWymI9hbwXmJa0dkrzpRbSJEh0vVUd7r8t0yOGPcfKzyJJxFM8kLyC5Ev9avji6nY95pOp1W6HqIrfT+0VGw==
+  dependencies:
+    postcss-selector-parser "^6.0.5"
+
+postcss-loader@^7.0.0:
+  version "7.3.3"
+  resolved "https://registry.yarnpkg.com/postcss-loader/-/postcss-loader-7.3.3.tgz#6da03e71a918ef49df1bb4be4c80401df8e249dd"
+  integrity sha512-YgO/yhtevGO/vJePCQmTxiaEwER94LABZN0ZMT4A0vsak9TpO+RvKRs7EmJ8peIlB9xfXCsS7M8LjqncsUZ5HA==
+  dependencies:
+    cosmiconfig "^8.2.0"
+    jiti "^1.18.2"
+    semver "^7.3.8"
+
+postcss-merge-idents@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-merge-idents/-/postcss-merge-idents-5.1.1.tgz#7753817c2e0b75d0853b56f78a89771e15ca04a1"
+  integrity sha512-pCijL1TREiCoog5nQp7wUe+TUonA2tC2sQ54UGeMmryK3UFGIYKqDyjnqd6RcuI4znFn9hWSLNN8xKE/vWcUQw==
+  dependencies:
+    cssnano-utils "^3.1.0"
+    postcss-value-parser "^4.2.0"
+
+postcss-merge-longhand@^5.1.7:
+  version "5.1.7"
+  resolved "https://registry.yarnpkg.com/postcss-merge-longhand/-/postcss-merge-longhand-5.1.7.tgz#24a1bdf402d9ef0e70f568f39bdc0344d568fb16"
+  integrity sha512-YCI9gZB+PLNskrK0BB3/2OzPnGhPkBEwmwhfYk1ilBHYVAZB7/tkTHFBAnCrvBBOmeYyMYw3DMjT55SyxMBzjQ==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+    stylehacks "^5.1.1"
+
+postcss-merge-rules@^5.1.4:
+  version "5.1.4"
+  resolved "https://registry.yarnpkg.com/postcss-merge-rules/-/postcss-merge-rules-5.1.4.tgz#2f26fa5cacb75b1402e213789f6766ae5e40313c"
+  integrity sha512-0R2IuYpgU93y9lhVbO/OylTtKMVcHb67zjWIfCiKR9rWL3GUk1677LAqD/BcHizukdZEjT8Ru3oHRoAYoJy44g==
+  dependencies:
+    browserslist "^4.21.4"
+    caniuse-api "^3.0.0"
+    cssnano-utils "^3.1.0"
+    postcss-selector-parser "^6.0.5"
+
+postcss-minify-font-values@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-minify-font-values/-/postcss-minify-font-values-5.1.0.tgz#f1df0014a726083d260d3bd85d7385fb89d1f01b"
+  integrity sha512-el3mYTgx13ZAPPirSVsHqFzl+BBBDrXvbySvPGFnQcTI4iNslrPaFq4muTkLZmKlGk4gyFAYUBMH30+HurREyA==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-minify-gradients@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-minify-gradients/-/postcss-minify-gradients-5.1.1.tgz#f1fe1b4f498134a5068240c2f25d46fcd236ba2c"
+  integrity sha512-VGvXMTpCEo4qHTNSa9A0a3D+dxGFZCYwR6Jokk+/3oB6flu2/PnPXAh2x7x52EkY5xlIHLm+Le8tJxe/7TNhzw==
+  dependencies:
+    colord "^2.9.1"
+    cssnano-utils "^3.1.0"
+    postcss-value-parser "^4.2.0"
+
+postcss-minify-params@^5.1.4:
+  version "5.1.4"
+  resolved "https://registry.yarnpkg.com/postcss-minify-params/-/postcss-minify-params-5.1.4.tgz#c06a6c787128b3208b38c9364cfc40c8aa5d7352"
+  integrity sha512-+mePA3MgdmVmv6g+30rn57USjOGSAyuxUmkfiWpzalZ8aiBkdPYjXWtHuwJGm1v5Ojy0Z0LaSYhHaLJQB0P8Jw==
+  dependencies:
+    browserslist "^4.21.4"
+    cssnano-utils "^3.1.0"
+    postcss-value-parser "^4.2.0"
+
+postcss-minify-selectors@^5.2.1:
+  version "5.2.1"
+  resolved "https://registry.yarnpkg.com/postcss-minify-selectors/-/postcss-minify-selectors-5.2.1.tgz#d4e7e6b46147b8117ea9325a915a801d5fe656c6"
+  integrity sha512-nPJu7OjZJTsVUmPdm2TcaiohIwxP+v8ha9NehQ2ye9szv4orirRU3SDdtUmKH+10nzn0bAyOXZ0UEr7OpvLehg==
+  dependencies:
+    postcss-selector-parser "^6.0.5"
+
+postcss-modules-extract-imports@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/postcss-modules-extract-imports/-/postcss-modules-extract-imports-3.0.0.tgz#cda1f047c0ae80c97dbe28c3e76a43b88025741d"
+  integrity sha512-bdHleFnP3kZ4NYDhuGlVK+CMrQ/pqUm8bx/oGL93K6gVwiclvX5x0n76fYMKuIGKzlABOy13zsvqjb0f92TEXw==
+
+postcss-modules-local-by-default@^4.0.3:
+  version "4.0.3"
+  resolved "https://registry.yarnpkg.com/postcss-modules-local-by-default/-/postcss-modules-local-by-default-4.0.3.tgz#b08eb4f083050708998ba2c6061b50c2870ca524"
+  integrity sha512-2/u2zraspoACtrbFRnTijMiQtb4GW4BvatjaG/bCjYQo8kLTdevCUlwuBHx2sCnSyrI3x3qj4ZK1j5LQBgzmwA==
+  dependencies:
+    icss-utils "^5.0.0"
+    postcss-selector-parser "^6.0.2"
+    postcss-value-parser "^4.1.0"
+
+postcss-modules-scope@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/postcss-modules-scope/-/postcss-modules-scope-3.0.0.tgz#9ef3151456d3bbfa120ca44898dfca6f2fa01f06"
+  integrity sha512-hncihwFA2yPath8oZ15PZqvWGkWf+XUfQgUGamS4LqoP1anQLOsOJw0vr7J7IwLpoY9fatA2qiGUGmuZL0Iqlg==
+  dependencies:
+    postcss-selector-parser "^6.0.4"
+
+postcss-modules-values@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/postcss-modules-values/-/postcss-modules-values-4.0.0.tgz#d7c5e7e68c3bb3c9b27cbf48ca0bb3ffb4602c9c"
+  integrity sha512-RDxHkAiEGI78gS2ofyvCsu7iycRv7oqw5xMWn9iMoR0N/7mf9D50ecQqUo5BZ9Zh2vH4bCUR/ktCqbB9m8vJjQ==
+  dependencies:
+    icss-utils "^5.0.0"
+
+postcss-normalize-charset@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-charset/-/postcss-normalize-charset-5.1.0.tgz#9302de0b29094b52c259e9b2cf8dc0879879f0ed"
+  integrity sha512-mSgUJ+pd/ldRGVx26p2wz9dNZ7ji6Pn8VWBajMXFf8jk7vUoSrZ2lt/wZR7DtlZYKesmZI680qjr2CeFF2fbUg==
+
+postcss-normalize-display-values@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-display-values/-/postcss-normalize-display-values-5.1.0.tgz#72abbae58081960e9edd7200fcf21ab8325c3da8"
+  integrity sha512-WP4KIM4o2dazQXWmFaqMmcvsKmhdINFblgSeRgn8BJ6vxaMyaJkwAzpPpuvSIoG/rmX3M+IrRZEz2H0glrQNEA==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-positions@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-positions/-/postcss-normalize-positions-5.1.1.tgz#ef97279d894087b59325b45c47f1e863daefbb92"
+  integrity sha512-6UpCb0G4eofTCQLFVuI3EVNZzBNPiIKcA1AKVka+31fTVySphr3VUgAIULBhxZkKgwLImhzMR2Bw1ORK+37INg==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-repeat-style@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-repeat-style/-/postcss-normalize-repeat-style-5.1.1.tgz#e9eb96805204f4766df66fd09ed2e13545420fb2"
+  integrity sha512-mFpLspGWkQtBcWIRFLmewo8aC3ImN2i/J3v8YCFUwDnPu3Xz4rLohDO26lGjwNsQxB3YF0KKRwspGzE2JEuS0g==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-string@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-string/-/postcss-normalize-string-5.1.0.tgz#411961169e07308c82c1f8c55f3e8a337757e228"
+  integrity sha512-oYiIJOf4T9T1N4i+abeIc7Vgm/xPCGih4bZz5Nm0/ARVJ7K6xrDlLwvwqOydvyL3RHNf8qZk6vo3aatiw/go3w==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-timing-functions@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-timing-functions/-/postcss-normalize-timing-functions-5.1.0.tgz#d5614410f8f0b2388e9f240aa6011ba6f52dafbb"
+  integrity sha512-DOEkzJ4SAXv5xkHl0Wa9cZLF3WCBhF3o1SKVxKQAa+0pYKlueTpCgvkFAHfk+Y64ezX9+nITGrDZeVGgITJXjg==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-unicode@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-unicode/-/postcss-normalize-unicode-5.1.1.tgz#f67297fca3fea7f17e0d2caa40769afc487aa030"
+  integrity sha512-qnCL5jzkNUmKVhZoENp1mJiGNPcsJCs1aaRmURmeJGES23Z/ajaln+EPTD+rBeNkSryI+2WTdW+lwcVdOikrpA==
+  dependencies:
+    browserslist "^4.21.4"
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-url@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-url/-/postcss-normalize-url-5.1.0.tgz#ed9d88ca82e21abef99f743457d3729a042adcdc"
+  integrity sha512-5upGeDO+PVthOxSmds43ZeMeZfKH+/DKgGRD7TElkkyS46JXAUhMzIKiCa7BabPeIy3AQcTkXwVVN7DbqsiCew==
+  dependencies:
+    normalize-url "^6.0.1"
+    postcss-value-parser "^4.2.0"
+
+postcss-normalize-whitespace@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-normalize-whitespace/-/postcss-normalize-whitespace-5.1.1.tgz#08a1a0d1ffa17a7cc6efe1e6c9da969cc4493cfa"
+  integrity sha512-83ZJ4t3NUDETIHTa3uEg6asWjSBYL5EdkVB0sDncx9ERzOKBVJIUeDO9RyA9Zwtig8El1d79HBp0JEi8wvGQnA==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-ordered-values@^5.1.3:
+  version "5.1.3"
+  resolved "https://registry.yarnpkg.com/postcss-ordered-values/-/postcss-ordered-values-5.1.3.tgz#b6fd2bd10f937b23d86bc829c69e7732ce76ea38"
+  integrity sha512-9UO79VUhPwEkzbb3RNpqqghc6lcYej1aveQteWY+4POIwlqkYE21HKWaLDF6lWNuqCobEAyTovVhtI32Rbv2RQ==
+  dependencies:
+    cssnano-utils "^3.1.0"
+    postcss-value-parser "^4.2.0"
+
+postcss-reduce-idents@^5.2.0:
+  version "5.2.0"
+  resolved "https://registry.yarnpkg.com/postcss-reduce-idents/-/postcss-reduce-idents-5.2.0.tgz#c89c11336c432ac4b28792f24778859a67dfba95"
+  integrity sha512-BTrLjICoSB6gxbc58D5mdBK8OhXRDqud/zodYfdSi52qvDHdMwk+9kB9xsM8yJThH/sZU5A6QVSmMmaN001gIg==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-reduce-initial@^5.1.2:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/postcss-reduce-initial/-/postcss-reduce-initial-5.1.2.tgz#798cd77b3e033eae7105c18c9d371d989e1382d6"
+  integrity sha512-dE/y2XRaqAi6OvjzD22pjTUQ8eOfc6m/natGHgKFBK9DxFmIm69YmaRVQrGgFlEfc1HePIurY0TmDeROK05rIg==
+  dependencies:
+    browserslist "^4.21.4"
+    caniuse-api "^3.0.0"
+
+postcss-reduce-transforms@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-reduce-transforms/-/postcss-reduce-transforms-5.1.0.tgz#333b70e7758b802f3dd0ddfe98bb1ccfef96b6e9"
+  integrity sha512-2fbdbmgir5AvpW9RLtdONx1QoYG2/EtqpNQbFASDlixBbAYuTcJ0dECwlqNqH7VbaUnEnh8SrxOe2sRIn24XyQ==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+
+postcss-selector-parser@^6.0.2, postcss-selector-parser@^6.0.4, postcss-selector-parser@^6.0.5, postcss-selector-parser@^6.0.9:
+  version "6.0.13"
+  resolved "https://registry.yarnpkg.com/postcss-selector-parser/-/postcss-selector-parser-6.0.13.tgz#d05d8d76b1e8e173257ef9d60b706a8e5e99bf1b"
+  integrity sha512-EaV1Gl4mUEV4ddhDnv/xtj7sxwrwxdetHdWUGnT4VJQf+4d05v6lHYZr8N573k5Z0BViss7BDhfWtKS3+sfAqQ==
+  dependencies:
+    cssesc "^3.0.0"
+    util-deprecate "^1.0.2"
+
+postcss-sort-media-queries@^4.2.1:
+  version "4.4.1"
+  resolved "https://registry.yarnpkg.com/postcss-sort-media-queries/-/postcss-sort-media-queries-4.4.1.tgz#04a5a78db3921eb78f28a1a781a2e68e65258128"
+  integrity sha512-QDESFzDDGKgpiIh4GYXsSy6sek2yAwQx1JASl5AxBtU1Lq2JfKBljIPNdil989NcSKRQX1ToiaKphImtBuhXWw==
+  dependencies:
+    sort-css-media-queries "2.1.0"
+
+postcss-svgo@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-svgo/-/postcss-svgo-5.1.0.tgz#0a317400ced789f233a28826e77523f15857d80d"
+  integrity sha512-D75KsH1zm5ZrHyxPakAxJWtkyXew5qwS70v56exwvw542d9CRtTo78K0WeFxZB4G7JXKKMbEZtZayTGdIky/eA==
+  dependencies:
+    postcss-value-parser "^4.2.0"
+    svgo "^2.7.0"
+
+postcss-unique-selectors@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/postcss-unique-selectors/-/postcss-unique-selectors-5.1.1.tgz#a9f273d1eacd09e9aa6088f4b0507b18b1b541b6"
+  integrity sha512-5JiODlELrz8L2HwxfPnhOWZYWDxVHWL83ufOv84NrcgipI7TaeRsatAhK4Tr2/ZiYldpK/wBvw5BD3qfaK96GA==
+  dependencies:
+    postcss-selector-parser "^6.0.5"
+
+postcss-value-parser@^4.1.0, postcss-value-parser@^4.2.0:
+  version "4.2.0"
+  resolved "https://registry.yarnpkg.com/postcss-value-parser/-/postcss-value-parser-4.2.0.tgz#723c09920836ba6d3e5af019f92bc0971c02e514"
+  integrity sha512-1NNCs6uurfkVbeXG4S8JFT9t19m45ICnif8zWLd5oPSZ50QnwMfK+H3jv408d4jw/7Bttv5axS5IiHoLaVNHeQ==
+
+postcss-zindex@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/postcss-zindex/-/postcss-zindex-5.1.0.tgz#4a5c7e5ff1050bd4c01d95b1847dfdcc58a496ff"
+  integrity sha512-fgFMf0OtVSBR1va1JNHYgMxYk73yhn/qb4uQDq1DLGYolz8gHCyr/sesEuGUaYs58E3ZJRcpoGuPVoB7Meiq9A==
+
+postcss@^8.3.11, postcss@^8.4.14, postcss@^8.4.17, postcss@^8.4.21:
+  version "8.4.31"
+  resolved "https://registry.yarnpkg.com/postcss/-/postcss-8.4.31.tgz#92b451050a9f914da6755af352bdc0192508656d"
+  integrity sha512-PS08Iboia9mts/2ygV3eLpY5ghnUcfLV/EXTOW1E2qYxJKGGBUtNjN76FYHnMs36RmARn41bC0AZmn+rR0OVpQ==
+  dependencies:
+    nanoid "^3.3.6"
+    picocolors "^1.0.0"
+    source-map-js "^1.0.2"
+
+prepend-http@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/prepend-http/-/prepend-http-2.0.0.tgz#e92434bfa5ea8c19f41cdfd401d741a3c819d897"
+  integrity sha512-ravE6m9Atw9Z/jjttRUZ+clIXogdghyZAuWJ3qEzjT+jI/dL1ifAqhZeC5VHzQp1MSt1+jxKkFNemj/iO7tVUA==
+
+pretty-error@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/pretty-error/-/pretty-error-4.0.0.tgz#90a703f46dd7234adb46d0f84823e9d1cb8f10d6"
+  integrity sha512-AoJ5YMAcXKYxKhuJGdcvse+Voc6v1RgnsR3nWcYU7q4t6z0Q6T86sv5Zq8VIRbOWWFpvdGE83LtdSMNd+6Y0xw==
+  dependencies:
+    lodash "^4.17.20"
+    renderkid "^3.0.0"
+
+pretty-time@^1.1.0:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/pretty-time/-/pretty-time-1.1.0.tgz#ffb7429afabb8535c346a34e41873adf3d74dd0e"
+  integrity sha512-28iF6xPQrP8Oa6uxE6a1biz+lWeTOAPKggvjB8HAs6nVMKZwf5bG++632Dx614hIWgUPkgivRfG+a8uAXGTIbA==
+
+prism-react-renderer@^1.3.5:
+  version "1.3.5"
+  resolved "https://registry.yarnpkg.com/prism-react-renderer/-/prism-react-renderer-1.3.5.tgz#786bb69aa6f73c32ba1ee813fbe17a0115435085"
+  integrity sha512-IJ+MSwBWKG+SM3b2SUfdrhC+gu01QkV2KmRQgREThBfSQRoufqRfxfHUxpG1WcaFjP+kojcFyO9Qqtpgt3qLCg==
+
+prismjs@^1.28.0:
+  version "1.29.0"
+  resolved "https://registry.yarnpkg.com/prismjs/-/prismjs-1.29.0.tgz#f113555a8fa9b57c35e637bba27509dcf802dd12"
+  integrity sha512-Kx/1w86q/epKcmte75LNrEoT+lX8pBpavuAbvJWRXar7Hz8jrtF+e3vY751p0R8H9HdArwaCTNDDzHg/ScJK1Q==
+
+process-nextick-args@~2.0.0:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/process-nextick-args/-/process-nextick-args-2.0.1.tgz#7820d9b16120cc55ca9ae7792680ae7dba6d7fe2"
+  integrity sha512-3ouUOpQhtgrbOa17J7+uxOTpITYWaGP7/AhoR3+A+/1e9skrzelGi/dXzEYyvbxubEF6Wn2ypscTKiKJFFn1ag==
+
+promise@^7.1.1:
+  version "7.3.1"
+  resolved "https://registry.yarnpkg.com/promise/-/promise-7.3.1.tgz#064b72602b18f90f29192b8b1bc418ffd1ebd3bf"
+  integrity sha512-nolQXZ/4L+bP/UGlkfaIujX9BKxGwmQ9OT4mOt5yvy8iK1h3wqTEJCijzGANTCCl9nWjY41juyAn2K3Q1hLLTg==
+  dependencies:
+    asap "~2.0.3"
+
+prompts@^2.4.2:
+  version "2.4.2"
+  resolved "https://registry.yarnpkg.com/prompts/-/prompts-2.4.2.tgz#7b57e73b3a48029ad10ebd44f74b01722a4cb069"
+  integrity sha512-NxNv/kLguCA7p3jE8oL2aEBsrJWgAakBpgmgK6lpPWV+WuOmY6r2/zbAVnP+T8bQlA0nzHXSJSJW0Hq7ylaD2Q==
+  dependencies:
+    kleur "^3.0.3"
+    sisteransi "^1.0.5"
+
+prop-types@^15.6.2, prop-types@^15.7.2:
+  version "15.8.1"
+  resolved "https://registry.yarnpkg.com/prop-types/-/prop-types-15.8.1.tgz#67d87bf1a694f48435cf332c24af10214a3140b5"
+  integrity sha512-oj87CgZICdulUohogVAR7AjlC0327U4el4L6eAvOqCeudMDVU0NThNaV+b9Df4dXgSP1gXMTnPdhfe/2qDH5cg==
+  dependencies:
+    loose-envify "^1.4.0"
+    object-assign "^4.1.1"
+    react-is "^16.13.1"
+
+property-information@^5.0.0, property-information@^5.3.0:
+  version "5.6.0"
+  resolved "https://registry.yarnpkg.com/property-information/-/property-information-5.6.0.tgz#61675545fb23002f245c6540ec46077d4da3ed69"
+  integrity sha512-YUHSPk+A30YPv+0Qf8i9Mbfe/C0hdPXk1s1jPVToV8pk8BQtpw10ct89Eo7OWkutrwqvT0eicAxlOg3dOAu8JA==
+  dependencies:
+    xtend "^4.0.0"
+
+proxy-addr@~2.0.7:
+  version "2.0.7"
+  resolved "https://registry.yarnpkg.com/proxy-addr/-/proxy-addr-2.0.7.tgz#f19fe69ceab311eeb94b42e70e8c2070f9ba1025"
+  integrity sha512-llQsMLSUDUPT44jdrU/O37qlnifitDP+ZwrmmZcoSKyLKvtZxpyV0n2/bD/N4tBAAZ/gJEdZU7KMraoK1+XYAg==
+  dependencies:
+    forwarded "0.2.0"
+    ipaddr.js "1.9.1"
+
+pump@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/pump/-/pump-3.0.0.tgz#b4a2116815bde2f4e1ea602354e8c75565107a64"
+  integrity sha512-LwZy+p3SFs1Pytd/jYct4wpv49HiYCqd9Rlc5ZVdk0V+8Yzv6jR5Blk3TRmPL1ft69TxP0IMZGJ+WPFU2BFhww==
+  dependencies:
+    end-of-stream "^1.1.0"
+    once "^1.3.1"
+
+punycode@^1.3.2:
+  version "1.4.1"
+  resolved "https://registry.yarnpkg.com/punycode/-/punycode-1.4.1.tgz#c0d5a63b2718800ad8e1eb0fa5269c84dd41845e"
+  integrity sha512-jmYNElW7yvO7TV33CjSmvSiE2yco3bV2czu/OzDKdMNVZQWfxCblURLhf+47syQRBntjfLdd/H0egrzIG+oaFQ==
+
+punycode@^2.1.0:
+  version "2.3.0"
+  resolved "https://registry.yarnpkg.com/punycode/-/punycode-2.3.0.tgz#f67fa67c94da8f4d0cfff981aee4118064199b8f"
+  integrity sha512-rRV+zQD8tVFys26lAGR9WUuS4iUAngJScM+ZRSKtvl5tKeZ2t5bvdNFdNHBW9FWR4guGHlgmsZ1G7BSm2wTbuA==
+
+pupa@^2.1.1:
+  version "2.1.1"
+  resolved "https://registry.yarnpkg.com/pupa/-/pupa-2.1.1.tgz#f5e8fd4afc2c5d97828faa523549ed8744a20d62"
+  integrity sha512-l1jNAspIBSFqbT+y+5FosojNpVpF94nlI+wDUpqP9enwOTfHx9f0gh5nB96vl+6yTpsJsypeNrwfzPrKuHB41A==
+  dependencies:
+    escape-goat "^2.0.0"
+
+pure-color@^1.2.0:
+  version "1.3.0"
+  resolved "https://registry.yarnpkg.com/pure-color/-/pure-color-1.3.0.tgz#1fe064fb0ac851f0de61320a8bf796836422f33e"
+  integrity sha512-QFADYnsVoBMw1srW7OVKEYjG+MbIa49s54w1MA1EDY6r2r/sTcKKYqRX1f4GYvnXP7eN/Pe9HFcX+hwzmrXRHA==
+
+qs@6.11.0:
+  version "6.11.0"
+  resolved "https://registry.yarnpkg.com/qs/-/qs-6.11.0.tgz#fd0d963446f7a65e1367e01abd85429453f0c37a"
+  integrity sha512-MvjoMCJwEarSbUYk5O+nmoSzSutSsTwF85zcHPQ9OrlFoZOYIjaqBAJIqIXjptyD5vThxGq52Xu/MaJzRkIk4Q==
+  dependencies:
+    side-channel "^1.0.4"
+
+queue-microtask@^1.2.2:
+  version "1.2.3"
+  resolved "https://registry.yarnpkg.com/queue-microtask/-/queue-microtask-1.2.3.tgz#4929228bbc724dfac43e0efb058caf7b6cfb6243"
+  integrity sha512-NuaNSa6flKT5JaSYQzJok04JzTL1CA6aGhv5rfLW3PgqA+M2ChpZQnAC8h8i4ZFkBS8X5RqkDBHA7r4hej3K9A==
+
+queue@6.0.2:
+  version "6.0.2"
+  resolved "https://registry.yarnpkg.com/queue/-/queue-6.0.2.tgz#b91525283e2315c7553d2efa18d83e76432fed65"
+  integrity sha512-iHZWu+q3IdFZFX36ro/lKBkSvfkztY5Y7HMiPlOUjhupPcG2JMfst2KKEpu5XndviX/3UhFbRngUPNKtgvtZiA==
+  dependencies:
+    inherits "~2.0.3"
+
+randombytes@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/randombytes/-/randombytes-2.1.0.tgz#df6f84372f0270dc65cdf6291349ab7a473d4f2a"
+  integrity sha512-vYl3iOX+4CKUWuxGi9Ukhie6fsqXqS9FE2Zaic4tNFD2N2QQaXOMFbuKK4QmDHC0JO6B1Zp41J0LpT0oR68amQ==
+  dependencies:
+    safe-buffer "^5.1.0"
+
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+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/range-parser/-/range-parser-1.2.0.tgz#f49be6b487894ddc40dcc94a322f611092e00d5e"
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+
+range-parser@^1.2.1, range-parser@~1.2.1:
+  version "1.2.1"
+  resolved "https://registry.yarnpkg.com/range-parser/-/range-parser-1.2.1.tgz#3cf37023d199e1c24d1a55b84800c2f3e6468031"
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+
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+  version "2.5.1"
+  resolved "https://registry.yarnpkg.com/raw-body/-/raw-body-2.5.1.tgz#fe1b1628b181b700215e5fd42389f98b71392857"
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+  dependencies:
+    bytes "3.1.2"
+    http-errors "2.0.0"
+    iconv-lite "0.4.24"
+    unpipe "1.0.0"
+
+rc@1.2.8, rc@^1.2.8:
+  version "1.2.8"
+  resolved "https://registry.yarnpkg.com/rc/-/rc-1.2.8.tgz#cd924bf5200a075b83c188cd6b9e211b7fc0d3ed"
+  integrity sha512-y3bGgqKj3QBdxLbLkomlohkvsA8gdAiUQlSBJnBhfn+BPxg4bc62d8TcBW15wavDfgexCgccckhcZvywyQYPOw==
+  dependencies:
+    deep-extend "^0.6.0"
+    ini "~1.3.0"
+    minimist "^1.2.0"
+    strip-json-comments "~2.0.1"
+
+react-base16-styling@^0.6.0:
+  version "0.6.0"
+  resolved "https://registry.yarnpkg.com/react-base16-styling/-/react-base16-styling-0.6.0.tgz#ef2156d66cf4139695c8a167886cb69ea660792c"
+  integrity sha512-yvh/7CArceR/jNATXOKDlvTnPKPmGZz7zsenQ3jUwLzHkNUR0CvY3yGYJbWJ/nnxsL8Sgmt5cO3/SILVuPO6TQ==
+  dependencies:
+    base16 "^1.0.0"
+    lodash.curry "^4.0.1"
+    lodash.flow "^3.3.0"
+    pure-color "^1.2.0"
+
+react-dev-utils@^12.0.1:
+  version "12.0.1"
+  resolved "https://registry.yarnpkg.com/react-dev-utils/-/react-dev-utils-12.0.1.tgz#ba92edb4a1f379bd46ccd6bcd4e7bc398df33e73"
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+  dependencies:
+    "@babel/code-frame" "^7.16.0"
+    address "^1.1.2"
+    browserslist "^4.18.1"
+    chalk "^4.1.2"
+    cross-spawn "^7.0.3"
+    detect-port-alt "^1.1.6"
+    escape-string-regexp "^4.0.0"
+    filesize "^8.0.6"
+    find-up "^5.0.0"
+    fork-ts-checker-webpack-plugin "^6.5.0"
+    global-modules "^2.0.0"
+    globby "^11.0.4"
+    gzip-size "^6.0.0"
+    immer "^9.0.7"
+    is-root "^2.1.0"
+    loader-utils "^3.2.0"
+    open "^8.4.0"
+    pkg-up "^3.1.0"
+    prompts "^2.4.2"
+    react-error-overlay "^6.0.11"
+    recursive-readdir "^2.2.2"
+    shell-quote "^1.7.3"
+    strip-ansi "^6.0.1"
+    text-table "^0.2.0"
+
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+  version "17.0.2"
+  resolved "https://registry.yarnpkg.com/react-dom/-/react-dom-17.0.2.tgz#ecffb6845e3ad8dbfcdc498f0d0a939736502c23"
+  integrity sha512-s4h96KtLDUQlsENhMn1ar8t2bEa+q/YAtj8pPPdIjPDGBDIVNsrD9aXNWqspUe6AzKCIG0C1HZZLqLV7qpOBGA==
+  dependencies:
+    loose-envify "^1.1.0"
+    object-assign "^4.1.1"
+    scheduler "^0.20.2"
+
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+  version "6.0.11"
+  resolved "https://registry.yarnpkg.com/react-error-overlay/-/react-error-overlay-6.0.11.tgz#92835de5841c5cf08ba00ddd2d677b6d17ff9adb"
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+
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+  version "3.2.2"
+  resolved "https://registry.yarnpkg.com/react-fast-compare/-/react-fast-compare-3.2.2.tgz#929a97a532304ce9fee4bcae44234f1ce2c21d49"
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+
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+  version "1.3.0"
+  resolved "https://registry.yarnpkg.com/react-helmet-async/-/react-helmet-async-1.3.0.tgz#7bd5bf8c5c69ea9f02f6083f14ce33ef545c222e"
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+  dependencies:
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+    invariant "^2.2.4"
+    prop-types "^15.7.2"
+    react-fast-compare "^3.2.0"
+    shallowequal "^1.1.0"
+
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+  version "16.13.1"
+  resolved "https://registry.yarnpkg.com/react-is/-/react-is-16.13.1.tgz#789729a4dc36de2999dc156dd6c1d9c18cea56a4"
+  integrity sha512-24e6ynE2H+OKt4kqsOvNd8kBpV65zoxbA4BVsEOB3ARVWQki/DHzaUoC5KuON/BiccDaCCTZBuOcfZs70kR8bQ==
+
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+  version "1.21.3"
+  resolved "https://registry.yarnpkg.com/react-json-view/-/react-json-view-1.21.3.tgz#f184209ee8f1bf374fb0c41b0813cff54549c475"
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+  dependencies:
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+    react-base16-styling "^0.6.0"
+    react-lifecycles-compat "^3.0.4"
+    react-textarea-autosize "^8.3.2"
+
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+  version "3.0.4"
+  resolved "https://registry.yarnpkg.com/react-lifecycles-compat/-/react-lifecycles-compat-3.0.4.tgz#4f1a273afdfc8f3488a8c516bfda78f872352362"
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+
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+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/react-loadable-ssr-addon-v5-slorber/-/react-loadable-ssr-addon-v5-slorber-1.0.1.tgz#2cdc91e8a744ffdf9e3556caabeb6e4278689883"
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+
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+  resolved "https://registry.yarnpkg.com/react-router-config/-/react-router-config-5.1.1.tgz#0f4263d1a80c6b2dc7b9c1902c9526478194a988"
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+
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+  resolved "https://registry.yarnpkg.com/react-router-dom/-/react-router-dom-5.3.4.tgz#2ed62ffd88cae6db134445f4a0c0ae8b91d2e5e6"
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+    history "^4.9.0"
+    loose-envify "^1.3.1"
+    prop-types "^15.6.2"
+    react-router "5.3.4"
+    tiny-invariant "^1.0.2"
+    tiny-warning "^1.0.0"
+
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+  version "5.3.4"
+  resolved "https://registry.yarnpkg.com/react-router/-/react-router-5.3.4.tgz#8ca252d70fcc37841e31473c7a151cf777887bb5"
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+    history "^4.9.0"
+    hoist-non-react-statics "^3.1.0"
+    loose-envify "^1.3.1"
+    path-to-regexp "^1.7.0"
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+    react-is "^16.6.0"
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+    tiny-warning "^1.0.0"
+
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+  version "8.5.3"
+  resolved "https://registry.yarnpkg.com/react-textarea-autosize/-/react-textarea-autosize-8.5.3.tgz#d1e9fe760178413891484847d3378706052dd409"
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+    use-composed-ref "^1.3.0"
+    use-latest "^1.2.1"
+
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+  resolved "https://registry.yarnpkg.com/react/-/react-17.0.2.tgz#d0b5cc516d29eb3eee383f75b62864cfb6800037"
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+    object-assign "^4.1.1"
+
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+  resolved "https://registry.yarnpkg.com/readable-stream/-/readable-stream-2.3.8.tgz#91125e8042bba1b9887f49345f6277027ce8be9b"
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+    isarray "~1.0.0"
+    process-nextick-args "~2.0.0"
+    safe-buffer "~5.1.1"
+    string_decoder "~1.1.1"
+    util-deprecate "~1.0.1"
+
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+  version "3.6.2"
+  resolved "https://registry.yarnpkg.com/readable-stream/-/readable-stream-3.6.2.tgz#56a9b36ea965c00c5a93ef31eb111a0f11056967"
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+    string_decoder "^1.1.1"
+    util-deprecate "^1.0.1"
+
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+  version "3.6.0"
+  resolved "https://registry.yarnpkg.com/readdirp/-/readdirp-3.6.0.tgz#74a370bd857116e245b29cc97340cd431a02a6c7"
+  integrity sha512-hOS089on8RduqdbhvQ5Z37A0ESjsqz6qnRcffsMU3495FuTdqSm+7bhJ29JvIOsBDEEnan5DPu9t3To9VRlMzA==
+  dependencies:
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+
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+  version "1.5.0"
+  resolved "https://registry.yarnpkg.com/reading-time/-/reading-time-1.5.0.tgz#d2a7f1b6057cb2e169beaf87113cc3411b5bc5bb"
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+
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+  version "0.6.2"
+  resolved "https://registry.yarnpkg.com/rechoir/-/rechoir-0.6.2.tgz#85204b54dba82d5742e28c96756ef43af50e3384"
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+  dependencies:
+    resolve "^1.1.6"
+
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+  version "2.2.3"
+  resolved "https://registry.yarnpkg.com/recursive-readdir/-/recursive-readdir-2.2.3.tgz#e726f328c0d69153bcabd5c322d3195252379372"
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+  dependencies:
+    minimatch "^3.0.5"
+
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+  version "10.1.1"
+  resolved "https://registry.yarnpkg.com/regenerate-unicode-properties/-/regenerate-unicode-properties-10.1.1.tgz#6b0e05489d9076b04c436f318d9b067bba459480"
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+  dependencies:
+    regenerate "^1.4.2"
+
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+  version "1.4.2"
+  resolved "https://registry.yarnpkg.com/regenerate/-/regenerate-1.4.2.tgz#b9346d8827e8f5a32f7ba29637d398b69014848a"
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+
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+  version "0.14.0"
+  resolved "https://registry.yarnpkg.com/regenerator-runtime/-/regenerator-runtime-0.14.0.tgz#5e19d68eb12d486f797e15a3c6a918f7cec5eb45"
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+
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+  version "0.15.2"
+  resolved "https://registry.yarnpkg.com/regenerator-transform/-/regenerator-transform-0.15.2.tgz#5bbae58b522098ebdf09bca2f83838929001c7a4"
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+  dependencies:
+    "@babel/runtime" "^7.8.4"
+
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+  version "5.3.2"
+  resolved "https://registry.yarnpkg.com/regexpu-core/-/regexpu-core-5.3.2.tgz#11a2b06884f3527aec3e93dbbf4a3b958a95546b"
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+  dependencies:
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+    regenerate "^1.4.2"
+    regenerate-unicode-properties "^10.1.0"
+    regjsparser "^0.9.1"
+    unicode-match-property-ecmascript "^2.0.0"
+    unicode-match-property-value-ecmascript "^2.1.0"
+
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+  version "4.2.2"
+  resolved "https://registry.yarnpkg.com/registry-auth-token/-/registry-auth-token-4.2.2.tgz#f02d49c3668884612ca031419491a13539e21fac"
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+  dependencies:
+    rc "1.2.8"
+
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+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/registry-url/-/registry-url-5.1.0.tgz#e98334b50d5434b81136b44ec638d9c2009c5009"
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+  dependencies:
+    rc "^1.2.8"
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+  resolved "https://registry.yarnpkg.com/regjsparser/-/regjsparser-0.9.1.tgz#272d05aa10c7c1f67095b1ff0addae8442fc5709"
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+  dependencies:
+    jsesc "~0.5.0"
+
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+  resolved "https://registry.yarnpkg.com/relateurl/-/relateurl-0.2.7.tgz#54dbf377e51440aca90a4cd274600d3ff2d888a9"
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+
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+  resolved "https://registry.yarnpkg.com/remark-emoji/-/remark-emoji-2.2.0.tgz#1c702090a1525da5b80e15a8f963ef2c8236cac7"
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+    node-emoji "^1.10.0"
+    unist-util-visit "^2.0.3"
+
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+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/remark-footnotes/-/remark-footnotes-2.0.0.tgz#9001c4c2ffebba55695d2dd80ffb8b82f7e6303f"
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+
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+  resolved "https://registry.yarnpkg.com/remark-mdx/-/remark-mdx-1.6.22.tgz#06a8dab07dcfdd57f3373af7f86bd0e992108bbd"
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+  dependencies:
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+    "@babel/helper-plugin-utils" "7.10.4"
+    "@babel/plugin-proposal-object-rest-spread" "7.12.1"
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+    is-alphabetical "1.0.4"
+    remark-parse "8.0.3"
+    unified "9.2.0"
+
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+    collapse-white-space "^1.0.2"
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+    is-decimal "^1.0.0"
+    is-whitespace-character "^1.0.0"
+    is-word-character "^1.0.0"
+    markdown-escapes "^1.0.0"
+    parse-entities "^2.0.0"
+    repeat-string "^1.5.4"
+    state-toggle "^1.0.0"
+    trim "0.0.1"
+    trim-trailing-lines "^1.0.0"
+    unherit "^1.0.4"
+    unist-util-remove-position "^2.0.0"
+    vfile-location "^3.0.0"
+    xtend "^4.0.1"
+
+remark-squeeze-paragraphs@4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/remark-squeeze-paragraphs/-/remark-squeeze-paragraphs-4.0.0.tgz#76eb0e085295131c84748c8e43810159c5653ead"
+  integrity sha512-8qRqmL9F4nuLPIgl92XUuxI3pFxize+F1H0e/W3llTk0UsjJaj01+RrirkMw7P21RKe4X6goQhYRSvNWX+70Rw==
+  dependencies:
+    mdast-squeeze-paragraphs "^4.0.0"
+
+renderkid@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/renderkid/-/renderkid-3.0.0.tgz#5fd823e4d6951d37358ecc9a58b1f06836b6268a"
+  integrity sha512-q/7VIQA8lmM1hF+jn+sFSPWGlMkSAeNYcPLmDQx2zzuiDfaLrOmumR8iaUKlenFgh0XRPIUeSPlH3A+AW3Z5pg==
+  dependencies:
+    css-select "^4.1.3"
+    dom-converter "^0.2.0"
+    htmlparser2 "^6.1.0"
+    lodash "^4.17.21"
+    strip-ansi "^6.0.1"
+
+repeat-string@^1.5.4:
+  version "1.6.1"
+  resolved "https://registry.yarnpkg.com/repeat-string/-/repeat-string-1.6.1.tgz#8dcae470e1c88abc2d600fff4a776286da75e637"
+  integrity sha512-PV0dzCYDNfRi1jCDbJzpW7jNNDRuCOG/jI5ctQcGKt/clZD+YcPS3yIlWuTJMmESC8aevCFmWJy5wjAFgNqN6w==
+
+require-from-string@^2.0.2:
+  version "2.0.2"
+  resolved "https://registry.yarnpkg.com/require-from-string/-/require-from-string-2.0.2.tgz#89a7fdd938261267318eafe14f9c32e598c36909"
+  integrity sha512-Xf0nWe6RseziFMu+Ap9biiUbmplq6S9/p+7w7YXP/JBHhrUDDUhwa+vANyubuqfZWTveU//DYVGsDG7RKL/vEw==
+
+"require-like@>= 0.1.1":
+  version "0.1.2"
+  resolved "https://registry.yarnpkg.com/require-like/-/require-like-0.1.2.tgz#ad6f30c13becd797010c468afa775c0c0a6b47fa"
+  integrity sha512-oyrU88skkMtDdauHDuKVrgR+zuItqr6/c//FXzvmxRGMexSDc6hNvJInGW3LL46n+8b50RykrvwSUIIQH2LQ5A==
+
+requires-port@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/requires-port/-/requires-port-1.0.0.tgz#925d2601d39ac485e091cf0da5c6e694dc3dcaff"
+  integrity sha512-KigOCHcocU3XODJxsu8i/j8T9tzT4adHiecwORRQ0ZZFcp7ahwXuRU1m+yuO90C5ZUyGeGfocHDI14M3L3yDAQ==
+
+resolve-from@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/resolve-from/-/resolve-from-4.0.0.tgz#4abcd852ad32dd7baabfe9b40e00a36db5f392e6"
+  integrity sha512-pb/MYmXstAkysRFx8piNI1tGFNQIFA3vkE3Gq4EuA1dF6gHp/+vgZqsCGJapvy8N3Q+4o7FwvquPJcnZ7RYy4g==
+
+resolve-pathname@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/resolve-pathname/-/resolve-pathname-3.0.0.tgz#99d02224d3cf263689becbb393bc560313025dcd"
+  integrity sha512-C7rARubxI8bXFNB/hqcp/4iUeIXJhJZvFPFPiSPRnhU5UPxzMFIl+2E6yY6c4k9giDJAhtV+enfA+G89N6Csng==
+
+resolve@^1.1.6, resolve@^1.14.2, resolve@^1.3.2:
+  version "1.22.6"
+  resolved "https://registry.yarnpkg.com/resolve/-/resolve-1.22.6.tgz#dd209739eca3aef739c626fea1b4f3c506195362"
+  integrity sha512-njhxM7mV12JfufShqGy3Rz8j11RPdLy4xi15UurGJeoHLfJpVXKdh3ueuOqbYUcDZnffr6X739JBo5LzyahEsw==
+  dependencies:
+    is-core-module "^2.13.0"
+    path-parse "^1.0.7"
+    supports-preserve-symlinks-flag "^1.0.0"
+
+responselike@^1.0.2:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/responselike/-/responselike-1.0.2.tgz#918720ef3b631c5642be068f15ade5a46f4ba1e7"
+  integrity sha512-/Fpe5guzJk1gPqdJLJR5u7eG/gNY4nImjbRDaVWVMRhne55TCmj2i9Q+54PBRfatRC8v/rIiv9BN0pMd9OV5EQ==
+  dependencies:
+    lowercase-keys "^1.0.0"
+
+retry@^0.13.1:
+  version "0.13.1"
+  resolved "https://registry.yarnpkg.com/retry/-/retry-0.13.1.tgz#185b1587acf67919d63b357349e03537b2484658"
+  integrity sha512-XQBQ3I8W1Cge0Seh+6gjj03LbmRFWuoszgK9ooCpwYIrhhoO80pfq4cUkU5DkknwfOfFteRwlZ56PYOGYyFWdg==
+
+reusify@^1.0.4:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/reusify/-/reusify-1.0.4.tgz#90da382b1e126efc02146e90845a88db12925d76"
+  integrity sha512-U9nH88a3fc/ekCF1l0/UP1IosiuIjyTh7hBvXVMHYgVcfGvt897Xguj2UOLDeI5BG2m7/uwyaLVT6fbtCwTyzw==
+
+rimraf@^3.0.2:
+  version "3.0.2"
+  resolved "https://registry.yarnpkg.com/rimraf/-/rimraf-3.0.2.tgz#f1a5402ba6220ad52cc1282bac1ae3aa49fd061a"
+  integrity sha512-JZkJMZkAGFFPP2YqXZXPbMlMBgsxzE8ILs4lMIX/2o0L9UBw9O/Y3o6wFw/i9YLapcUJWwqbi3kdxIPdC62TIA==
+  dependencies:
+    glob "^7.1.3"
+
+rtl-detect@^1.0.4:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/rtl-detect/-/rtl-detect-1.0.4.tgz#40ae0ea7302a150b96bc75af7d749607392ecac6"
+  integrity sha512-EBR4I2VDSSYr7PkBmFy04uhycIpDKp+21p/jARYXlCSjQksTBQcJ0HFUPOO79EPPH5JS6VAhiIQbycf0O3JAxQ==
+
+rtlcss@^3.5.0:
+  version "3.5.0"
+  resolved "https://registry.yarnpkg.com/rtlcss/-/rtlcss-3.5.0.tgz#c9eb91269827a102bac7ae3115dd5d049de636c3"
+  integrity sha512-wzgMaMFHQTnyi9YOwsx9LjOxYXJPzS8sYnFaKm6R5ysvTkwzHiB0vxnbHwchHQT65PTdBjDG21/kQBWI7q9O7A==
+  dependencies:
+    find-up "^5.0.0"
+    picocolors "^1.0.0"
+    postcss "^8.3.11"
+    strip-json-comments "^3.1.1"
+
+run-parallel@^1.1.9:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/run-parallel/-/run-parallel-1.2.0.tgz#66d1368da7bdf921eb9d95bd1a9229e7f21a43ee"
+  integrity sha512-5l4VyZR86LZ/lDxZTR6jqL8AFE2S0IFLMP26AbjsLVADxHdhB/c0GUsH+y39UfCi3dzz8OlQuPmnaJOMoDHQBA==
+  dependencies:
+    queue-microtask "^1.2.2"
+
+rxjs@^7.5.4:
+  version "7.8.1"
+  resolved "https://registry.yarnpkg.com/rxjs/-/rxjs-7.8.1.tgz#6f6f3d99ea8044291efd92e7c7fcf562c4057543"
+  integrity sha512-AA3TVj+0A2iuIoQkWEK/tqFjBq2j+6PO6Y0zJcvzLAFhEFIO3HL0vls9hWLncZbAAbK0mar7oZ4V079I/qPMxg==
+  dependencies:
+    tslib "^2.1.0"
+
+safe-buffer@5.1.2, safe-buffer@~5.1.0, safe-buffer@~5.1.1:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/safe-buffer/-/safe-buffer-5.1.2.tgz#991ec69d296e0313747d59bdfd2b745c35f8828d"
+  integrity sha512-Gd2UZBJDkXlY7GbJxfsE8/nvKkUEU1G38c1siN6QP6a9PT9MmHB8GnpscSmMJSoF8LOIrt8ud/wPtojys4G6+g==
+
+safe-buffer@5.2.1, safe-buffer@>=5.1.0, safe-buffer@^5.1.0, safe-buffer@~5.2.0:
+  version "5.2.1"
+  resolved "https://registry.yarnpkg.com/safe-buffer/-/safe-buffer-5.2.1.tgz#1eaf9fa9bdb1fdd4ec75f58f9cdb4e6b7827eec6"
+  integrity sha512-rp3So07KcdmmKbGvgaNxQSJr7bGVSVk5S9Eq1F+ppbRo70+YeaDxkw5Dd8NPN+GD6bjnYm2VuPuCXmpuYvmCXQ==
+
+"safer-buffer@>= 2.1.2 < 3":
+  version "2.1.2"
+  resolved "https://registry.yarnpkg.com/safer-buffer/-/safer-buffer-2.1.2.tgz#44fa161b0187b9549dd84bb91802f9bd8385cd6a"
+  integrity sha512-YZo3K82SD7Riyi0E1EQPojLz7kpepnSQI9IyPbHHg1XXXevb5dJI7tpyN2ADxGcQbHG7vcyRHk0cbwqcQriUtg==
+
+sax@^1.2.4:
+  version "1.3.0"
+  resolved "https://registry.yarnpkg.com/sax/-/sax-1.3.0.tgz#a5dbe77db3be05c9d1ee7785dbd3ea9de51593d0"
+  integrity sha512-0s+oAmw9zLl1V1cS9BtZN7JAd0cW5e0QH4W3LWEK6a4LaLEA2OTpGYWDY+6XasBLtz6wkm3u1xRw95mRuJ59WA==
+
+scheduler@^0.20.2:
+  version "0.20.2"
+  resolved "https://registry.yarnpkg.com/scheduler/-/scheduler-0.20.2.tgz#4baee39436e34aa93b4874bddcbf0fe8b8b50e91"
+  integrity sha512-2eWfGgAqqWFGqtdMmcL5zCMK1U8KlXv8SQFGglL3CEtd0aDVDWgeF/YoCmvln55m5zSk3J/20hTaSBeSObsQDQ==
+  dependencies:
+    loose-envify "^1.1.0"
+    object-assign "^4.1.1"
+
+schema-utils@2.7.0:
+  version "2.7.0"
+  resolved "https://registry.yarnpkg.com/schema-utils/-/schema-utils-2.7.0.tgz#17151f76d8eae67fbbf77960c33c676ad9f4efc7"
+  integrity sha512-0ilKFI6QQF5nxDZLFn2dMjvc4hjg/Wkg7rHd3jK6/A4a1Hl9VFdQWvgB1UMGoU94pad1P/8N7fMcEnLnSiju8A==
+  dependencies:
+    "@types/json-schema" "^7.0.4"
+    ajv "^6.12.2"
+    ajv-keywords "^3.4.1"
+
+schema-utils@^2.6.5:
+  version "2.7.1"
+  resolved "https://registry.yarnpkg.com/schema-utils/-/schema-utils-2.7.1.tgz#1ca4f32d1b24c590c203b8e7a50bf0ea4cd394d7"
+  integrity sha512-SHiNtMOUGWBQJwzISiVYKu82GiV4QYGePp3odlY1tuKO7gPtphAT5R/py0fA6xtbgLL/RvtJZnU9b8s0F1q0Xg==
+  dependencies:
+    "@types/json-schema" "^7.0.5"
+    ajv "^6.12.4"
+    ajv-keywords "^3.5.2"
+
+schema-utils@^3.0.0, schema-utils@^3.1.1, schema-utils@^3.2.0:
+  version "3.3.0"
+  resolved "https://registry.yarnpkg.com/schema-utils/-/schema-utils-3.3.0.tgz#f50a88877c3c01652a15b622ae9e9795df7a60fe"
+  integrity sha512-pN/yOAvcC+5rQ5nERGuwrjLlYvLTbCibnZ1I7B1LaiAz9BRBlE9GMgE/eqV30P7aJQUf7Ddimy/RsbYO/GrVGg==
+  dependencies:
+    "@types/json-schema" "^7.0.8"
+    ajv "^6.12.5"
+    ajv-keywords "^3.5.2"
+
+schema-utils@^4.0.0:
+  version "4.2.0"
+  resolved "https://registry.yarnpkg.com/schema-utils/-/schema-utils-4.2.0.tgz#70d7c93e153a273a805801882ebd3bff20d89c8b"
+  integrity sha512-L0jRsrPpjdckP3oPug3/VxNKt2trR8TcabrM6FOAAlvC/9Phcmm+cuAgTlxBqdBR1WJx7Naj9WHw+aOmheSVbw==
+  dependencies:
+    "@types/json-schema" "^7.0.9"
+    ajv "^8.9.0"
+    ajv-formats "^2.1.1"
+    ajv-keywords "^5.1.0"
+
+section-matter@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/section-matter/-/section-matter-1.0.0.tgz#e9041953506780ec01d59f292a19c7b850b84167"
+  integrity sha512-vfD3pmTzGpufjScBh50YHKzEu2lxBWhVEHsNGoEXmCmn2hKGfeNLYMzCJpe8cD7gqX7TJluOVpBkAequ6dgMmA==
+  dependencies:
+    extend-shallow "^2.0.1"
+    kind-of "^6.0.0"
+
+select-hose@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/select-hose/-/select-hose-2.0.0.tgz#625d8658f865af43ec962bfc376a37359a4994ca"
+  integrity sha512-mEugaLK+YfkijB4fx0e6kImuJdCIt2LxCRcbEYPqRGCs4F2ogyfZU5IAZRdjCP8JPq2AtdNoC/Dux63d9Kiryg==
+
+selfsigned@^2.1.1:
+  version "2.1.1"
+  resolved "https://registry.yarnpkg.com/selfsigned/-/selfsigned-2.1.1.tgz#18a7613d714c0cd3385c48af0075abf3f266af61"
+  integrity sha512-GSL3aowiF7wa/WtSFwnUrludWFoNhftq8bUkH9pkzjpN2XSPOAYEgg6e0sS9s0rZwgJzJiQRPU18A6clnoW5wQ==
+  dependencies:
+    node-forge "^1"
+
+semver-diff@^3.1.1:
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/semver-diff/-/semver-diff-3.1.1.tgz#05f77ce59f325e00e2706afd67bb506ddb1ca32b"
+  integrity sha512-GX0Ix/CJcHyB8c4ykpHGIAvLyOwOobtM/8d+TQkAd81/bEjgPHrfba41Vpesr7jX/t8Uh+R3EX9eAS5be+jQYg==
+  dependencies:
+    semver "^6.3.0"
+
+semver@^5.4.1:
+  version "5.7.2"
+  resolved "https://registry.yarnpkg.com/semver/-/semver-5.7.2.tgz#48d55db737c3287cd4835e17fa13feace1c41ef8"
+  integrity sha512-cBznnQ9KjJqU67B52RMC65CMarK2600WFnbkcaiwWq3xy/5haFJlshgnpjovMVJ+Hff49d8GEn0b87C5pDQ10g==
+
+semver@^6.0.0, semver@^6.2.0, semver@^6.3.0, semver@^6.3.1:
+  version "6.3.1"
+  resolved "https://registry.yarnpkg.com/semver/-/semver-6.3.1.tgz#556d2ef8689146e46dcea4bfdd095f3434dffcb4"
+  integrity sha512-BR7VvDCVHO+q2xBEWskxS6DJE1qRnb7DxzUrogb71CWoSficBxYsiAGd+Kl0mmq/MprG9yArRkyrQxTO6XjMzA==
+
+semver@^7.3.2, semver@^7.3.4, semver@^7.3.7, semver@^7.3.8:
+  version "7.5.4"
+  resolved "https://registry.yarnpkg.com/semver/-/semver-7.5.4.tgz#483986ec4ed38e1c6c48c34894a9182dbff68a6e"
+  integrity sha512-1bCSESV6Pv+i21Hvpxp3Dx+pSD8lIPt8uVjRrxAUt/nbswYc+tK6Y2btiULjd4+fnq15PX+nqQDC7Oft7WkwcA==
+  dependencies:
+    lru-cache "^6.0.0"
+
+send@0.18.0:
+  version "0.18.0"
+  resolved "https://registry.yarnpkg.com/send/-/send-0.18.0.tgz#670167cc654b05f5aa4a767f9113bb371bc706be"
+  integrity sha512-qqWzuOjSFOuqPjFe4NOsMLafToQQwBSOEpS+FwEt3A2V3vKubTquT3vmLTQpFgMXp8AlFWFuP1qKaJZOtPpVXg==
+  dependencies:
+    debug "2.6.9"
+    depd "2.0.0"
+    destroy "1.2.0"
+    encodeurl "~1.0.2"
+    escape-html "~1.0.3"
+    etag "~1.8.1"
+    fresh "0.5.2"
+    http-errors "2.0.0"
+    mime "1.6.0"
+    ms "2.1.3"
+    on-finished "2.4.1"
+    range-parser "~1.2.1"
+    statuses "2.0.1"
+
+serialize-javascript@^6.0.0, serialize-javascript@^6.0.1:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/serialize-javascript/-/serialize-javascript-6.0.1.tgz#b206efb27c3da0b0ab6b52f48d170b7996458e5c"
+  integrity sha512-owoXEFjWRllis8/M1Q+Cw5k8ZH40e3zhp/ovX+Xr/vi1qj6QesbyXXViFbpNvWvPNAD62SutwEXavefrLJWj7w==
+  dependencies:
+    randombytes "^2.1.0"
+
+serve-handler@^6.1.3:
+  version "6.1.5"
+  resolved "https://registry.yarnpkg.com/serve-handler/-/serve-handler-6.1.5.tgz#a4a0964f5c55c7e37a02a633232b6f0d6f068375"
+  integrity sha512-ijPFle6Hwe8zfmBxJdE+5fta53fdIY0lHISJvuikXB3VYFafRjMRpOffSPvCYsbKyBA7pvy9oYr/BT1O3EArlg==
+  dependencies:
+    bytes "3.0.0"
+    content-disposition "0.5.2"
+    fast-url-parser "1.1.3"
+    mime-types "2.1.18"
+    minimatch "3.1.2"
+    path-is-inside "1.0.2"
+    path-to-regexp "2.2.1"
+    range-parser "1.2.0"
+
+serve-index@^1.9.1:
+  version "1.9.1"
+  resolved "https://registry.yarnpkg.com/serve-index/-/serve-index-1.9.1.tgz#d3768d69b1e7d82e5ce050fff5b453bea12a9239"
+  integrity sha512-pXHfKNP4qujrtteMrSBb0rc8HJ9Ms/GrXwcUtUtD5s4ewDJI8bT3Cz2zTVRMKtri49pLx2e0Ya8ziP5Ya2pZZw==
+  dependencies:
+    accepts "~1.3.4"
+    batch "0.6.1"
+    debug "2.6.9"
+    escape-html "~1.0.3"
+    http-errors "~1.6.2"
+    mime-types "~2.1.17"
+    parseurl "~1.3.2"
+
+serve-static@1.15.0:
+  version "1.15.0"
+  resolved "https://registry.yarnpkg.com/serve-static/-/serve-static-1.15.0.tgz#faaef08cffe0a1a62f60cad0c4e513cff0ac9540"
+  integrity sha512-XGuRDNjXUijsUL0vl6nSD7cwURuzEgglbOaFuZM9g3kwDXOWVTck0jLzjPzGD+TazWbboZYu52/9/XPdUgne9g==
+  dependencies:
+    encodeurl "~1.0.2"
+    escape-html "~1.0.3"
+    parseurl "~1.3.3"
+    send "0.18.0"
+
+setimmediate@^1.0.5:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/setimmediate/-/setimmediate-1.0.5.tgz#290cbb232e306942d7d7ea9b83732ab7856f8285"
+  integrity sha512-MATJdZp8sLqDl/68LfQmbP8zKPLQNV6BIZoIgrscFDQ+RsvK/BxeDQOgyxKKoh0y/8h3BqVFnCqQ/gd+reiIXA==
+
+setprototypeof@1.1.0:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/setprototypeof/-/setprototypeof-1.1.0.tgz#d0bd85536887b6fe7c0d818cb962d9d91c54e656"
+  integrity sha512-BvE/TwpZX4FXExxOxZyRGQQv651MSwmWKZGqvmPcRIjDqWub67kTKuIMx43cZZrS/cBBzwBcNDWoFxt2XEFIpQ==
+
+setprototypeof@1.2.0:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/setprototypeof/-/setprototypeof-1.2.0.tgz#66c9a24a73f9fc28cbe66b09fed3d33dcaf1b424"
+  integrity sha512-E5LDX7Wrp85Kil5bhZv46j8jOeboKq5JMmYM3gVGdGH8xFpPWXUMsNrlODCrkoxMEeNi/XZIwuRvY4XNwYMJpw==
+
+shallow-clone@^3.0.0:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/shallow-clone/-/shallow-clone-3.0.1.tgz#8f2981ad92531f55035b01fb230769a40e02efa3"
+  integrity sha512-/6KqX+GVUdqPuPPd2LxDDxzX6CAbjJehAAOKlNpqqUpAqPM6HeL8f+o3a+JsyGjn2lv0WY8UsTgUJjU9Ok55NA==
+  dependencies:
+    kind-of "^6.0.2"
+
+shallowequal@^1.1.0:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/shallowequal/-/shallowequal-1.1.0.tgz#188d521de95b9087404fd4dcb68b13df0ae4e7f8"
+  integrity sha512-y0m1JoUZSlPAjXVtPPW70aZWfIL/dSP7AFkRnniLCrK/8MDKog3TySTBmckD+RObVxH0v4Tox67+F14PdED2oQ==
+
+shebang-command@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/shebang-command/-/shebang-command-2.0.0.tgz#ccd0af4f8835fbdc265b82461aaf0c36663f34ea"
+  integrity sha512-kHxr2zZpYtdmrN1qDjrrX/Z1rR1kG8Dx+gkpK1G4eXmvXswmcE1hTWBWYUzlraYw1/yZp6YuDY77YtvbN0dmDA==
+  dependencies:
+    shebang-regex "^3.0.0"
+
+shebang-regex@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/shebang-regex/-/shebang-regex-3.0.0.tgz#ae16f1644d873ecad843b0307b143362d4c42172"
+  integrity sha512-7++dFhtcx3353uBaq8DDR4NuxBetBzC7ZQOhmTQInHEd6bSrXdiEyzCvG07Z44UYdLShWUyXt5M/yhz8ekcb1A==
+
+shell-quote@^1.7.3, shell-quote@^1.8.1:
+  version "1.8.1"
+  resolved "https://registry.yarnpkg.com/shell-quote/-/shell-quote-1.8.1.tgz#6dbf4db75515ad5bac63b4f1894c3a154c766680"
+  integrity sha512-6j1W9l1iAs/4xYBI1SYOVZyFcCis9b4KCLQ8fgAGG07QvzaRLVVRQvAy85yNmmZSjYjg4MWh4gNvlPujU/5LpA==
+
+shelljs@^0.8.5:
+  version "0.8.5"
+  resolved "https://registry.yarnpkg.com/shelljs/-/shelljs-0.8.5.tgz#de055408d8361bed66c669d2f000538ced8ee20c"
+  integrity sha512-TiwcRcrkhHvbrZbnRcFYMLl30Dfov3HKqzp5tO5b4pt6G/SezKcYhmDg15zXVBswHmctSAQKznqNW2LO5tTDow==
+  dependencies:
+    glob "^7.0.0"
+    interpret "^1.0.0"
+    rechoir "^0.6.2"
+
+side-channel@^1.0.4:
+  version "1.0.4"
+  resolved "https://registry.yarnpkg.com/side-channel/-/side-channel-1.0.4.tgz#efce5c8fdc104ee751b25c58d4290011fa5ea2cf"
+  integrity sha512-q5XPytqFEIKHkGdiMIrY10mvLRvnQh42/+GoBlFW3b2LXLE2xxJpZFdm94we0BaoV3RwJyGqg5wS7epxTv0Zvw==
+  dependencies:
+    call-bind "^1.0.0"
+    get-intrinsic "^1.0.2"
+    object-inspect "^1.9.0"
+
+signal-exit@^3.0.2, signal-exit@^3.0.3:
+  version "3.0.7"
+  resolved "https://registry.yarnpkg.com/signal-exit/-/signal-exit-3.0.7.tgz#a9a1767f8af84155114eaabd73f99273c8f59ad9"
+  integrity sha512-wnD2ZE+l+SPC/uoS0vXeE9L1+0wuaMqKlfz9AMUo38JsyLSBWSFcHR1Rri62LZc12vLr1gb3jl7iwQhgwpAbGQ==
+
+sirv@^2.0.3:
+  version "2.0.3"
+  resolved "https://registry.yarnpkg.com/sirv/-/sirv-2.0.3.tgz#ca5868b87205a74bef62a469ed0296abceccd446"
+  integrity sha512-O9jm9BsID1P+0HOi81VpXPoDxYP374pkOLzACAoyUQ/3OUVndNpsz6wMnY2z+yOxzbllCKZrM+9QrWsv4THnyA==
+  dependencies:
+    "@polka/url" "^1.0.0-next.20"
+    mrmime "^1.0.0"
+    totalist "^3.0.0"
+
+sisteransi@^1.0.5:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/sisteransi/-/sisteransi-1.0.5.tgz#134d681297756437cc05ca01370d3a7a571075ed"
+  integrity sha512-bLGGlR1QxBcynn2d5YmDX4MGjlZvy2MRBDRNHLJ8VI6l6+9FUiyTFNJ0IveOSP0bcXgVDPRcfGqA0pjaqUpfVg==
+
+sitemap@^7.1.1:
+  version "7.1.1"
+  resolved "https://registry.yarnpkg.com/sitemap/-/sitemap-7.1.1.tgz#eeed9ad6d95499161a3eadc60f8c6dce4bea2bef"
+  integrity sha512-mK3aFtjz4VdJN0igpIJrinf3EO8U8mxOPsTBzSsy06UtjZQJ3YY3o3Xa7zSc5nMqcMrRwlChHZ18Kxg0caiPBg==
+  dependencies:
+    "@types/node" "^17.0.5"
+    "@types/sax" "^1.2.1"
+    arg "^5.0.0"
+    sax "^1.2.4"
+
+slash@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/slash/-/slash-3.0.0.tgz#6539be870c165adbd5240220dbe361f1bc4d4634"
+  integrity sha512-g9Q1haeby36OSStwb4ntCGGGaKsaVSjQ68fBxoQcutl5fS1vuY18H3wSt3jFyFtrkx+Kz0V1G85A4MyAdDMi2Q==
+
+slash@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/slash/-/slash-4.0.0.tgz#2422372176c4c6c5addb5e2ada885af984b396a7"
+  integrity sha512-3dOsAHXXUkQTpOYcoAxLIorMTp4gIQr5IW3iVb7A7lFIp0VHhnynm9izx6TssdrIcVIESAlVjtnO2K8bg+Coew==
+
+sockjs@^0.3.24:
+  version "0.3.24"
+  resolved "https://registry.yarnpkg.com/sockjs/-/sockjs-0.3.24.tgz#c9bc8995f33a111bea0395ec30aa3206bdb5ccce"
+  integrity sha512-GJgLTZ7vYb/JtPSSZ10hsOYIvEYsjbNU+zPdIHcUaWVNUEPivzxku31865sSSud0Da0W4lEeOPlmw93zLQchuQ==
+  dependencies:
+    faye-websocket "^0.11.3"
+    uuid "^8.3.2"
+    websocket-driver "^0.7.4"
+
+sort-css-media-queries@2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/sort-css-media-queries/-/sort-css-media-queries-2.1.0.tgz#7c85e06f79826baabb232f5560e9745d7a78c4ce"
+  integrity sha512-IeWvo8NkNiY2vVYdPa27MCQiR0MN0M80johAYFVxWWXQ44KU84WNxjslwBHmc/7ZL2ccwkM7/e6S5aiKZXm7jA==
+
+source-map-js@^1.0.2:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/source-map-js/-/source-map-js-1.0.2.tgz#adbc361d9c62df380125e7f161f71c826f1e490c"
+  integrity sha512-R0XvVJ9WusLiqTCEiGCmICCMplcCkIwwR11mOSD9CR5u+IXYdiseeEuXCVAjS54zqwkLcPNnmU4OeJ6tUrWhDw==
+
+source-map-support@~0.5.20:
+  version "0.5.21"
+  resolved "https://registry.yarnpkg.com/source-map-support/-/source-map-support-0.5.21.tgz#04fe7c7f9e1ed2d662233c28cb2b35b9f63f6e4f"
+  integrity sha512-uBHU3L3czsIyYXKX88fdrGovxdSCoTGDRZ6SYXtSRxLZUzHg5P/66Ht6uoUlHu9EZod+inXhKo3qQgwXUT/y1w==
+  dependencies:
+    buffer-from "^1.0.0"
+    source-map "^0.6.0"
+
+source-map@^0.5.0:
+  version "0.5.7"
+  resolved "https://registry.yarnpkg.com/source-map/-/source-map-0.5.7.tgz#8a039d2d1021d22d1ea14c80d8ea468ba2ef3fcc"
+  integrity sha512-LbrmJOMUSdEVxIKvdcJzQC+nQhe8FUZQTXQy6+I75skNgn3OoQ0DZA8YnFa7gp8tqtL3KPf1kmo0R5DoApeSGQ==
+
+source-map@^0.6.0, source-map@^0.6.1, source-map@~0.6.0:
+  version "0.6.1"
+  resolved "https://registry.yarnpkg.com/source-map/-/source-map-0.6.1.tgz#74722af32e9614e9c287a8d0bbde48b5e2f1a263"
+  integrity sha512-UjgapumWlbMhkBgzT7Ykc5YXUT46F0iKu8SGXq0bcwP5dz/h0Plj6enJqjz1Zbq2l5WaqYnrVbwWOWMyF3F47g==
+
+space-separated-tokens@^1.0.0:
+  version "1.1.5"
+  resolved "https://registry.yarnpkg.com/space-separated-tokens/-/space-separated-tokens-1.1.5.tgz#85f32c3d10d9682007e917414ddc5c26d1aa6899"
+  integrity sha512-q/JSVd1Lptzhf5bkYm4ob4iWPjx0KiRe3sRFBNrVqbJkFaBm5vbbowy1mymoPNLRa52+oadOhJ+K49wsSeSjTA==
+
+spdy-transport@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/spdy-transport/-/spdy-transport-3.0.0.tgz#00d4863a6400ad75df93361a1608605e5dcdcf31"
+  integrity sha512-hsLVFE5SjA6TCisWeJXFKniGGOpBgMLmerfO2aCyCU5s7nJ/rpAepqmFifv/GCbSbueEeAJJnmSQ2rKC/g8Fcw==
+  dependencies:
+    debug "^4.1.0"
+    detect-node "^2.0.4"
+    hpack.js "^2.1.6"
+    obuf "^1.1.2"
+    readable-stream "^3.0.6"
+    wbuf "^1.7.3"
+
+spdy@^4.0.2:
+  version "4.0.2"
+  resolved "https://registry.yarnpkg.com/spdy/-/spdy-4.0.2.tgz#b74f466203a3eda452c02492b91fb9e84a27677b"
+  integrity sha512-r46gZQZQV+Kl9oItvl1JZZqJKGr+oEkB08A6BzkiR7593/7IbtuncXHd2YoYeTsG4157ZssMu9KYvUHLcjcDoA==
+  dependencies:
+    debug "^4.1.0"
+    handle-thing "^2.0.0"
+    http-deceiver "^1.2.7"
+    select-hose "^2.0.0"
+    spdy-transport "^3.0.0"
+
+sprintf-js@~1.0.2:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/sprintf-js/-/sprintf-js-1.0.3.tgz#04e6926f662895354f3dd015203633b857297e2c"
+  integrity sha512-D9cPgkvLlV3t3IzL0D0YLvGA9Ahk4PcvVwUbN0dSGr1aP0Nrt4AEnTUbuGvquEC0mA64Gqt1fzirlRs5ibXx8g==
+
+stable@^0.1.8:
+  version "0.1.8"
+  resolved "https://registry.yarnpkg.com/stable/-/stable-0.1.8.tgz#836eb3c8382fe2936feaf544631017ce7d47a3cf"
+  integrity sha512-ji9qxRnOVfcuLDySj9qzhGSEFVobyt1kIOSkj1qZzYLzq7Tos/oUUWvotUPQLlrsidqsK6tBH89Bc9kL5zHA6w==
+
+state-toggle@^1.0.0:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/state-toggle/-/state-toggle-1.0.3.tgz#e123b16a88e143139b09c6852221bc9815917dfe"
+  integrity sha512-d/5Z4/2iiCnHw6Xzghyhb+GcmF89bxwgXG60wjIiZaxnymbyOmI8Hk4VqHXiVVp6u2ysaskFfXg3ekCj4WNftQ==
+
+statuses@2.0.1:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/statuses/-/statuses-2.0.1.tgz#55cb000ccf1d48728bd23c685a063998cf1a1b63"
+  integrity sha512-RwNA9Z/7PrK06rYLIzFMlaF+l73iwpzsqRIFgbMLbTcLD6cOao82TaWefPXQvB2fOC4AjuYSEndS7N/mTCbkdQ==
+
+"statuses@>= 1.4.0 < 2":
+  version "1.5.0"
+  resolved "https://registry.yarnpkg.com/statuses/-/statuses-1.5.0.tgz#161c7dac177659fd9811f43771fa99381478628c"
+  integrity sha512-OpZ3zP+jT1PI7I8nemJX4AKmAX070ZkYPVWV/AaKTJl+tXCTGyVdC1a4SL8RUQYEwk/f34ZX8UTykN68FwrqAA==
+
+std-env@^3.0.1:
+  version "3.4.3"
+  resolved "https://registry.yarnpkg.com/std-env/-/std-env-3.4.3.tgz#326f11db518db751c83fd58574f449b7c3060910"
+  integrity sha512-f9aPhy8fYBuMN+sNfakZV18U39PbalgjXG3lLB9WkaYTxijru61wb57V9wxxNthXM5Sd88ETBWi29qLAsHO52Q==
+
+string-width@^4.0.0, string-width@^4.1.0, string-width@^4.2.0, string-width@^4.2.2:
+  version "4.2.3"
+  resolved "https://registry.yarnpkg.com/string-width/-/string-width-4.2.3.tgz#269c7117d27b05ad2e536830a8ec895ef9c6d010"
+  integrity sha512-wKyQRQpjJ0sIp62ErSZdGsjMJWsap5oRNihHhu6G7JVO/9jIB6UyevL+tXuOqrng8j/cxKTWyWUwvSTriiZz/g==
+  dependencies:
+    emoji-regex "^8.0.0"
+    is-fullwidth-code-point "^3.0.0"
+    strip-ansi "^6.0.1"
+
+string-width@^5.0.1:
+  version "5.1.2"
+  resolved "https://registry.yarnpkg.com/string-width/-/string-width-5.1.2.tgz#14f8daec6d81e7221d2a357e668cab73bdbca794"
+  integrity sha512-HnLOCR3vjcY8beoNLtcjZ5/nxn2afmME6lhrDrebokqMap+XbeW8n9TXpPDOqdGK5qcI3oT0GKTW6wC7EMiVqA==
+  dependencies:
+    eastasianwidth "^0.2.0"
+    emoji-regex "^9.2.2"
+    strip-ansi "^7.0.1"
+
+string_decoder@^1.1.1:
+  version "1.3.0"
+  resolved "https://registry.yarnpkg.com/string_decoder/-/string_decoder-1.3.0.tgz#42f114594a46cf1a8e30b0a84f56c78c3edac21e"
+  integrity sha512-hkRX8U1WjJFd8LsDJ2yQ/wWWxaopEsABU1XfkM8A+j0+85JAGppt16cr1Whg6KIbb4okU6Mql6BOj+uup/wKeA==
+  dependencies:
+    safe-buffer "~5.2.0"
+
+string_decoder@~1.1.1:
+  version "1.1.1"
+  resolved "https://registry.yarnpkg.com/string_decoder/-/string_decoder-1.1.1.tgz#9cf1611ba62685d7030ae9e4ba34149c3af03fc8"
+  integrity sha512-n/ShnvDi6FHbbVfviro+WojiFzv+s8MPMHBczVePfUpDJLwoLT0ht1l4YwBCbi8pJAveEEdnkHyPyTP/mzRfwg==
+  dependencies:
+    safe-buffer "~5.1.0"
+
+stringify-object@^3.3.0:
+  version "3.3.0"
+  resolved "https://registry.yarnpkg.com/stringify-object/-/stringify-object-3.3.0.tgz#703065aefca19300d3ce88af4f5b3956d7556629"
+  integrity sha512-rHqiFh1elqCQ9WPLIC8I0Q/g/wj5J1eMkyoiD6eoQApWHP0FtlK7rqnhmabL5VUY9JQCcqwwvlOaSuutekgyrw==
+  dependencies:
+    get-own-enumerable-property-symbols "^3.0.0"
+    is-obj "^1.0.1"
+    is-regexp "^1.0.0"
+
+strip-ansi@^6.0.0, strip-ansi@^6.0.1:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/strip-ansi/-/strip-ansi-6.0.1.tgz#9e26c63d30f53443e9489495b2105d37b67a85d9"
+  integrity sha512-Y38VPSHcqkFrCpFnQ9vuSXmquuv5oXOKpGeT6aGrr3o3Gc9AlVa6JBfUSOCnbxGGZF+/0ooI7KrPuUSztUdU5A==
+  dependencies:
+    ansi-regex "^5.0.1"
+
+strip-ansi@^7.0.1:
+  version "7.1.0"
+  resolved "https://registry.yarnpkg.com/strip-ansi/-/strip-ansi-7.1.0.tgz#d5b6568ca689d8561370b0707685d22434faff45"
+  integrity sha512-iq6eVVI64nQQTRYq2KtEg2d2uU7LElhTJwsH4YzIHZshxlgZms/wIc4VoDQTlG/IvVIrBKG06CrZnp0qv7hkcQ==
+  dependencies:
+    ansi-regex "^6.0.1"
+
+strip-bom-string@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/strip-bom-string/-/strip-bom-string-1.0.0.tgz#e5211e9224369fbb81d633a2f00044dc8cedad92"
+  integrity sha512-uCC2VHvQRYu+lMh4My/sFNmF2klFymLX1wHJeXnbEJERpV/ZsVuonzerjfrGpIGF7LBVa1O7i9kjiWvJiFck8g==
+
+strip-final-newline@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/strip-final-newline/-/strip-final-newline-2.0.0.tgz#89b852fb2fcbe936f6f4b3187afb0a12c1ab58ad"
+  integrity sha512-BrpvfNAE3dcvq7ll3xVumzjKjZQ5tI1sEUIKr3Uoks0XUl45St3FlatVqef9prk4jRDzhW6WZg+3bk93y6pLjA==
+
+strip-json-comments@^3.1.1:
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/strip-json-comments/-/strip-json-comments-3.1.1.tgz#31f1281b3832630434831c310c01cccda8cbe006"
+  integrity sha512-6fPc+R4ihwqP6N/aIv2f1gMH8lOVtWQHoqC4yK6oSDVVocumAsfCqjkXnqiYMhmMwS/mEHLp7Vehlt3ql6lEig==
+
+strip-json-comments@~2.0.1:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/strip-json-comments/-/strip-json-comments-2.0.1.tgz#3c531942e908c2697c0ec344858c286c7ca0a60a"
+  integrity sha512-4gB8na07fecVVkOI6Rs4e7T6NOTki5EmL7TUduTs6bu3EdnSycntVJ4re8kgZA+wx9IueI2Y11bfbgwtzuE0KQ==
+
+style-to-object@0.3.0, style-to-object@^0.3.0:
+  version "0.3.0"
+  resolved "https://registry.yarnpkg.com/style-to-object/-/style-to-object-0.3.0.tgz#b1b790d205991cc783801967214979ee19a76e46"
+  integrity sha512-CzFnRRXhzWIdItT3OmF8SQfWyahHhjq3HwcMNCNLn+N7klOOqPjMeG/4JSu77D7ypZdGvSzvkrbyeTMizz2VrA==
+  dependencies:
+    inline-style-parser "0.1.1"
+
+stylehacks@^5.1.1:
+  version "5.1.1"
+  resolved "https://registry.yarnpkg.com/stylehacks/-/stylehacks-5.1.1.tgz#7934a34eb59d7152149fa69d6e9e56f2fc34bcc9"
+  integrity sha512-sBpcd5Hx7G6seo7b1LkpttvTz7ikD0LlH5RmdcBNb6fFR0Fl7LQwHDFr300q4cwUqi+IYrFGmsIHieMBfnN/Bw==
+  dependencies:
+    browserslist "^4.21.4"
+    postcss-selector-parser "^6.0.4"
+
+supports-color@^5.3.0:
+  version "5.5.0"
+  resolved "https://registry.yarnpkg.com/supports-color/-/supports-color-5.5.0.tgz#e2e69a44ac8772f78a1ec0b35b689df6530efc8f"
+  integrity sha512-QjVjwdXIt408MIiAqCX4oUKsgU2EqAGzs2Ppkm4aQYbjm+ZEWEcW4SfFNTr4uMNZma0ey4f5lgLrkB0aX0QMow==
+  dependencies:
+    has-flag "^3.0.0"
+
+supports-color@^7.1.0:
+  version "7.2.0"
+  resolved "https://registry.yarnpkg.com/supports-color/-/supports-color-7.2.0.tgz#1b7dcdcb32b8138801b3e478ba6a51caa89648da"
+  integrity sha512-qpCAvRl9stuOHveKsn7HncJRvv501qIacKzQlO/+Lwxc9+0q2wLyv4Dfvt80/DPn2pqOBsJdDiogXGR9+OvwRw==
+  dependencies:
+    has-flag "^4.0.0"
+
+supports-color@^8.0.0:
+  version "8.1.1"
+  resolved "https://registry.yarnpkg.com/supports-color/-/supports-color-8.1.1.tgz#cd6fc17e28500cff56c1b86c0a7fd4a54a73005c"
+  integrity sha512-MpUEN2OodtUzxvKQl72cUF7RQ5EiHsGvSsVG0ia9c5RbWGL2CI4C7EpPS8UTBIplnlzZiNuV56w+FuNxy3ty2Q==
+  dependencies:
+    has-flag "^4.0.0"
+
+supports-preserve-symlinks-flag@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/supports-preserve-symlinks-flag/-/supports-preserve-symlinks-flag-1.0.0.tgz#6eda4bd344a3c94aea376d4cc31bc77311039e09"
+  integrity sha512-ot0WnXS9fgdkgIcePe6RHNk1WA8+muPa6cSjeR3V8K27q9BB1rTE3R1p7Hv0z1ZyAc8s6Vvv8DIyWf681MAt0w==
+
+svg-parser@^2.0.4:
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/svg-parser/-/svg-parser-2.0.4.tgz#fdc2e29e13951736140b76cb122c8ee6630eb6b5"
+  integrity sha512-e4hG1hRwoOdRb37cIMSgzNsxyzKfayW6VOflrwvR+/bzrkyxY/31WkbgnQpgtrNp1SdpJvpUAGTa/ZoiPNDuRQ==
+
+svgo@^2.7.0, svgo@^2.8.0:
+  version "2.8.0"
+  resolved "https://registry.yarnpkg.com/svgo/-/svgo-2.8.0.tgz#4ff80cce6710dc2795f0c7c74101e6764cfccd24"
+  integrity sha512-+N/Q9kV1+F+UeWYoSiULYo4xYSDQlTgb+ayMobAXPwMnLvop7oxKMo9OzIrX5x3eS4L4f2UHhc9axXwY8DpChg==
+  dependencies:
+    "@trysound/sax" "0.2.0"
+    commander "^7.2.0"
+    css-select "^4.1.3"
+    css-tree "^1.1.3"
+    csso "^4.2.0"
+    picocolors "^1.0.0"
+    stable "^0.1.8"
+
+tapable@^1.0.0:
+  version "1.1.3"
+  resolved "https://registry.yarnpkg.com/tapable/-/tapable-1.1.3.tgz#a1fccc06b58db61fd7a45da2da44f5f3a3e67ba2"
+  integrity sha512-4WK/bYZmj8xLr+HUCODHGF1ZFzsYffasLUgEiMBY4fgtltdO6B4WJtlSbPaDTLpYTcGVwM2qLnFTICEcNxs3kA==
+
+tapable@^2.0.0, tapable@^2.1.1, tapable@^2.2.0:
+  version "2.2.1"
+  resolved "https://registry.yarnpkg.com/tapable/-/tapable-2.2.1.tgz#1967a73ef4060a82f12ab96af86d52fdb76eeca0"
+  integrity sha512-GNzQvQTOIP6RyTfE2Qxb8ZVlNmw0n88vp1szwWRimP02mnTsx3Wtn5qRdqY9w2XduFNUgvOwhNnQsjwCp+kqaQ==
+
+terser-webpack-plugin@^5.3.3, terser-webpack-plugin@^5.3.7:
+  version "5.3.9"
+  resolved "https://registry.yarnpkg.com/terser-webpack-plugin/-/terser-webpack-plugin-5.3.9.tgz#832536999c51b46d468067f9e37662a3b96adfe1"
+  integrity sha512-ZuXsqE07EcggTWQjXUj+Aot/OMcD0bMKGgF63f7UxYcu5/AJF53aIpK1YoP5xR9l6s/Hy2b+t1AM0bLNPRuhwA==
+  dependencies:
+    "@jridgewell/trace-mapping" "^0.3.17"
+    jest-worker "^27.4.5"
+    schema-utils "^3.1.1"
+    serialize-javascript "^6.0.1"
+    terser "^5.16.8"
+
+terser@^5.10.0, terser@^5.16.8:
+  version "5.21.0"
+  resolved "https://registry.yarnpkg.com/terser/-/terser-5.21.0.tgz#d2b27e92b5e56650bc83b6defa00a110f0b124b2"
+  integrity sha512-WtnFKrxu9kaoXuiZFSGrcAvvBqAdmKx0SFNmVNYdJamMu9yyN3I/QF0FbH4QcqJQ+y1CJnzxGIKH0cSj+FGYRw==
+  dependencies:
+    "@jridgewell/source-map" "^0.3.3"
+    acorn "^8.8.2"
+    commander "^2.20.0"
+    source-map-support "~0.5.20"
+
+text-table@^0.2.0:
+  version "0.2.0"
+  resolved "https://registry.yarnpkg.com/text-table/-/text-table-0.2.0.tgz#7f5ee823ae805207c00af2df4a84ec3fcfa570b4"
+  integrity sha512-N+8UisAXDGk8PFXP4HAzVR9nbfmVJ3zYLAWiTIoqC5v5isinhr+r5uaO8+7r3BMfuNIufIsA7RdpVgacC2cSpw==
+
+thunky@^1.0.2:
+  version "1.1.0"
+  resolved "https://registry.yarnpkg.com/thunky/-/thunky-1.1.0.tgz#5abaf714a9405db0504732bbccd2cedd9ef9537d"
+  integrity sha512-eHY7nBftgThBqOyHGVN+l8gF0BucP09fMo0oO/Lb0w1OF80dJv+lDVpXG60WMQvkcxAkNybKsrEIE3ZtKGmPrA==
+
+tiny-invariant@^1.0.2:
+  version "1.3.1"
+  resolved "https://registry.yarnpkg.com/tiny-invariant/-/tiny-invariant-1.3.1.tgz#8560808c916ef02ecfd55e66090df23a4b7aa642"
+  integrity sha512-AD5ih2NlSssTCwsMznbvwMZpJ1cbhkGd2uueNxzv2jDlEeZdU04JQfRnggJQ8DrcVBGjAsCKwFBbDlVNtEMlzw==
+
+tiny-warning@^1.0.0:
+  version "1.0.3"
+  resolved "https://registry.yarnpkg.com/tiny-warning/-/tiny-warning-1.0.3.tgz#94a30db453df4c643d0fd566060d60a875d84754"
+  integrity sha512-lBN9zLN/oAf68o3zNXYrdCt1kP8WsiGW8Oo2ka41b2IM5JL/S1CTyX1rW0mb/zSuJun0ZUrDxx4sqvYS2FWzPA==
+
+to-fast-properties@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/to-fast-properties/-/to-fast-properties-2.0.0.tgz#dc5e698cbd079265bc73e0377681a4e4e83f616e"
+  integrity sha512-/OaKK0xYrs3DmxRYqL/yDc+FxFUVYhDlXMhRmv3z915w2HF1tnN1omB354j8VUGO/hbRzyD6Y3sA7v7GS/ceog==
+
+to-readable-stream@^1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/to-readable-stream/-/to-readable-stream-1.0.0.tgz#ce0aa0c2f3df6adf852efb404a783e77c0475771"
+  integrity sha512-Iq25XBt6zD5npPhlLVXGFN3/gyR2/qODcKNNyTMd4vbm39HUaOiAM4PMq0eMVC/Tkxz+Zjdsc55g9yyz+Yq00Q==
+
+to-regex-range@^5.0.1:
+  version "5.0.1"
+  resolved "https://registry.yarnpkg.com/to-regex-range/-/to-regex-range-5.0.1.tgz#1648c44aae7c8d988a326018ed72f5b4dd0392e4"
+  integrity sha512-65P7iz6X5yEr1cwcgvQxbbIw7Uk3gOy5dIdtZ4rDveLqhrdJP+Li/Hx6tyK0NEb+2GCyneCMJiGqrADCSNk8sQ==
+  dependencies:
+    is-number "^7.0.0"
+
+toidentifier@1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/toidentifier/-/toidentifier-1.0.1.tgz#3be34321a88a820ed1bd80dfaa33e479fbb8dd35"
+  integrity sha512-o5sSPKEkg/DIQNmH43V0/uerLrpzVedkUh8tGNvaeXpfpuwjKenlSox/2O/BTlZUtEe+JG7s5YhEz608PlAHRA==
+
+totalist@^3.0.0:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/totalist/-/totalist-3.0.1.tgz#ba3a3d600c915b1a97872348f79c127475f6acf8"
+  integrity sha512-sf4i37nQ2LBx4m3wB74y+ubopq6W/dIzXg0FDGjsYnZHVa1Da8FH853wlL2gtUhg+xJXjfk3kUZS3BRoQeoQBQ==
+
+tr46@~0.0.3:
+  version "0.0.3"
+  resolved "https://registry.yarnpkg.com/tr46/-/tr46-0.0.3.tgz#8184fd347dac9cdc185992f3a6622e14b9d9ab6a"
+  integrity sha512-N3WMsuqV66lT30CrXNbEjx4GEwlow3v6rr4mCcv6prnfwhS01rkgyFdjPNBYd9br7LpXV1+Emh01fHnq2Gdgrw==
+
+trim-trailing-lines@^1.0.0:
+  version "1.1.4"
+  resolved "https://registry.yarnpkg.com/trim-trailing-lines/-/trim-trailing-lines-1.1.4.tgz#bd4abbec7cc880462f10b2c8b5ce1d8d1ec7c2c0"
+  integrity sha512-rjUWSqnfTNrjbB9NQWfPMH/xRK1deHeGsHoVfpxJ++XeYXE0d6B1En37AHfw3jtfTU7dzMzZL2jjpe8Qb5gLIQ==
+
+trim@0.0.1:
+  version "0.0.1"
+  resolved "https://registry.yarnpkg.com/trim/-/trim-0.0.1.tgz#5858547f6b290757ee95cccc666fb50084c460dd"
+  integrity sha512-YzQV+TZg4AxpKxaTHK3c3D+kRDCGVEE7LemdlQZoQXn0iennk10RsIoY6ikzAqJTc9Xjl9C1/waHom/J86ziAQ==
+
+trough@^1.0.0:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/trough/-/trough-1.0.5.tgz#b8b639cefad7d0bb2abd37d433ff8293efa5f406"
+  integrity sha512-rvuRbTarPXmMb79SmzEp8aqXNKcK+y0XaB298IXueQ8I2PsrATcPBCSPyK/dDNa2iWOhKlfNnOjdAOTBU/nkFA==
+
+tslib@^2.0.3, tslib@^2.1.0, tslib@^2.4.0:
+  version "2.6.2"
+  resolved "https://registry.yarnpkg.com/tslib/-/tslib-2.6.2.tgz#703ac29425e7b37cd6fd456e92404d46d1f3e4ae"
+  integrity sha512-AEYxH93jGFPn/a2iVAwW87VuUIkR1FVUKB77NwMF7nBTDkDrrT/Hpt/IrCJ0QXhW27jTBDcf5ZY7w6RiqTMw2Q==
+
+type-fest@^0.20.2:
+  version "0.20.2"
+  resolved "https://registry.yarnpkg.com/type-fest/-/type-fest-0.20.2.tgz#1bf207f4b28f91583666cb5fbd327887301cd5f4"
+  integrity sha512-Ne+eE4r0/iWnpAxD852z3A+N0Bt5RN//NjJwRd2VFHEmrywxf5vsZlh4R6lixl6B+wz/8d+maTSAkN1FIkI3LQ==
+
+type-fest@^2.5.0:
+  version "2.19.0"
+  resolved "https://registry.yarnpkg.com/type-fest/-/type-fest-2.19.0.tgz#88068015bb33036a598b952e55e9311a60fd3a9b"
+  integrity sha512-RAH822pAdBgcNMAfWnCBU3CFZcfZ/i1eZjwFU/dsLKumyuuP3niueg2UAukXYF0E2AAoc82ZSSf9J0WQBinzHA==
+
+type-is@~1.6.18:
+  version "1.6.18"
+  resolved "https://registry.yarnpkg.com/type-is/-/type-is-1.6.18.tgz#4e552cd05df09467dcbc4ef739de89f2cf37c131"
+  integrity sha512-TkRKr9sUTxEH8MdfuCSP7VizJyzRNMjj2J2do2Jr3Kym598JVdEksuzPQCnlFPW4ky9Q+iA+ma9BGm06XQBy8g==
+  dependencies:
+    media-typer "0.3.0"
+    mime-types "~2.1.24"
+
+typedarray-to-buffer@^3.1.5:
+  version "3.1.5"
+  resolved "https://registry.yarnpkg.com/typedarray-to-buffer/-/typedarray-to-buffer-3.1.5.tgz#a97ee7a9ff42691b9f783ff1bc5112fe3fca9080"
+  integrity sha512-zdu8XMNEDepKKR+XYOXAVPtWui0ly0NtohUscw+UmaHiAWT8hrV1rr//H6V+0DvJ3OQ19S979M0laLfX8rm82Q==
+  dependencies:
+    is-typedarray "^1.0.0"
+
+typescript@^4.7.4:
+  version "4.9.5"
+  resolved "https://registry.yarnpkg.com/typescript/-/typescript-4.9.5.tgz#095979f9bcc0d09da324d58d03ce8f8374cbe65a"
+  integrity sha512-1FXk9E2Hm+QzZQ7z+McJiHL4NW1F2EzMu9Nq9i3zAaGqibafqYwCVU6WyWAuyQRRzOlxou8xZSyXLEN8oKj24g==
+
+ua-parser-js@^1.0.35:
+  version "1.0.36"
+  resolved "https://registry.yarnpkg.com/ua-parser-js/-/ua-parser-js-1.0.36.tgz#a9ab6b9bd3a8efb90bb0816674b412717b7c428c"
+  integrity sha512-znuyCIXzl8ciS3+y3fHJI/2OhQIXbXw9MWC/o3qwyR+RGppjZHrM27CGFSKCJXi2Kctiz537iOu2KnXs1lMQhw==
+
+undici-types@~5.25.1:
+  version "5.25.3"
+  resolved "https://registry.yarnpkg.com/undici-types/-/undici-types-5.25.3.tgz#e044115914c85f0bcbb229f346ab739f064998c3"
+  integrity sha512-Ga1jfYwRn7+cP9v8auvEXN1rX3sWqlayd4HP7OKk4mZWylEmu3KzXDUGrQUN6Ol7qo1gPvB2e5gX6udnyEPgdA==
+
+unherit@^1.0.4:
+  version "1.1.3"
+  resolved "https://registry.yarnpkg.com/unherit/-/unherit-1.1.3.tgz#6c9b503f2b41b262330c80e91c8614abdaa69c22"
+  integrity sha512-Ft16BJcnapDKp0+J/rqFC3Rrk6Y/Ng4nzsC028k2jdDII/rdZ7Wd3pPT/6+vIIxRagwRc9K0IUX0Ra4fKvw+WQ==
+  dependencies:
+    inherits "^2.0.0"
+    xtend "^4.0.0"
+
+unicode-canonical-property-names-ecmascript@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/unicode-canonical-property-names-ecmascript/-/unicode-canonical-property-names-ecmascript-2.0.0.tgz#301acdc525631670d39f6146e0e77ff6bbdebddc"
+  integrity sha512-yY5PpDlfVIU5+y/BSCxAJRBIS1Zc2dDG3Ujq+sR0U+JjUevW2JhocOF+soROYDSaAezOzOKuyyixhD6mBknSmQ==
+
+unicode-match-property-ecmascript@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/unicode-match-property-ecmascript/-/unicode-match-property-ecmascript-2.0.0.tgz#54fd16e0ecb167cf04cf1f756bdcc92eba7976c3"
+  integrity sha512-5kaZCrbp5mmbz5ulBkDkbY0SsPOjKqVS35VpL9ulMPfSl0J0Xsm+9Evphv9CoIZFwre7aJoa94AY6seMKGVN5Q==
+  dependencies:
+    unicode-canonical-property-names-ecmascript "^2.0.0"
+    unicode-property-aliases-ecmascript "^2.0.0"
+
+unicode-match-property-value-ecmascript@^2.1.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/unicode-match-property-value-ecmascript/-/unicode-match-property-value-ecmascript-2.1.0.tgz#cb5fffdcd16a05124f5a4b0bf7c3770208acbbe0"
+  integrity sha512-qxkjQt6qjg/mYscYMC0XKRn3Rh0wFPlfxB0xkt9CfyTvpX1Ra0+rAmdX2QyAobptSEvuy4RtpPRui6XkV+8wjA==
+
+unicode-property-aliases-ecmascript@^2.0.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/unicode-property-aliases-ecmascript/-/unicode-property-aliases-ecmascript-2.1.0.tgz#43d41e3be698bd493ef911077c9b131f827e8ccd"
+  integrity sha512-6t3foTQI9qne+OZoVQB/8x8rk2k1eVy1gRXhV3oFQ5T6R1dqQ1xtin3XqSlx3+ATBkliTaR/hHyJBm+LVPNM8w==
+
+unified@9.2.0:
+  version "9.2.0"
+  resolved "https://registry.yarnpkg.com/unified/-/unified-9.2.0.tgz#67a62c627c40589edebbf60f53edfd4d822027f8"
+  integrity sha512-vx2Z0vY+a3YoTj8+pttM3tiJHCwY5UFbYdiWrwBEbHmK8pvsPj2rtAX2BFfgXen8T39CJWblWRDT4L5WGXtDdg==
+  dependencies:
+    bail "^1.0.0"
+    extend "^3.0.0"
+    is-buffer "^2.0.0"
+    is-plain-obj "^2.0.0"
+    trough "^1.0.0"
+    vfile "^4.0.0"
+
+unified@^9.2.2:
+  version "9.2.2"
+  resolved "https://registry.yarnpkg.com/unified/-/unified-9.2.2.tgz#67649a1abfc3ab85d2969502902775eb03146975"
+  integrity sha512-Sg7j110mtefBD+qunSLO1lqOEKdrwBFBrR6Qd8f4uwkhWNlbkaqwHse6e7QvD3AP/MNoJdEDLaf8OxYyoWgorQ==
+  dependencies:
+    bail "^1.0.0"
+    extend "^3.0.0"
+    is-buffer "^2.0.0"
+    is-plain-obj "^2.0.0"
+    trough "^1.0.0"
+    vfile "^4.0.0"
+
+unique-string@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/unique-string/-/unique-string-2.0.0.tgz#39c6451f81afb2749de2b233e3f7c5e8843bd89d"
+  integrity sha512-uNaeirEPvpZWSgzwsPGtU2zVSTrn/8L5q/IexZmH0eH6SA73CmAA5U4GwORTxQAZs95TAXLNqeLoPPNO5gZfWg==
+  dependencies:
+    crypto-random-string "^2.0.0"
+
+unist-builder@2.0.3, unist-builder@^2.0.0:
+  version "2.0.3"
+  resolved "https://registry.yarnpkg.com/unist-builder/-/unist-builder-2.0.3.tgz#77648711b5d86af0942f334397a33c5e91516436"
+  integrity sha512-f98yt5pnlMWlzP539tPc4grGMsFaQQlP/vM396b00jngsiINumNmsY8rkXjfoi1c6QaM8nQ3vaGDuoKWbe/1Uw==
+
+unist-util-generated@^1.0.0:
+  version "1.1.6"
+  resolved "https://registry.yarnpkg.com/unist-util-generated/-/unist-util-generated-1.1.6.tgz#5ab51f689e2992a472beb1b35f2ce7ff2f324d4b"
+  integrity sha512-cln2Mm1/CZzN5ttGK7vkoGw+RZ8VcUH6BtGbq98DDtRGquAAOXig1mrBQYelOwMXYS8rK+vZDyyojSjp7JX+Lg==
+
+unist-util-is@^4.0.0:
+  version "4.1.0"
+  resolved "https://registry.yarnpkg.com/unist-util-is/-/unist-util-is-4.1.0.tgz#976e5f462a7a5de73d94b706bac1b90671b57797"
+  integrity sha512-ZOQSsnce92GrxSqlnEEseX0gi7GH9zTJZ0p9dtu87WRb/37mMPO2Ilx1s/t9vBHrFhbgweUwb+t7cIn5dxPhZg==
+
+unist-util-position@^3.0.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/unist-util-position/-/unist-util-position-3.1.0.tgz#1c42ee6301f8d52f47d14f62bbdb796571fa2d47"
+  integrity sha512-w+PkwCbYSFw8vpgWD0v7zRCl1FpY3fjDSQ3/N/wNd9Ffa4gPi8+4keqt99N3XW6F99t/mUzp2xAhNmfKWp95QA==
+
+unist-util-remove-position@^2.0.0:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/unist-util-remove-position/-/unist-util-remove-position-2.0.1.tgz#5d19ca79fdba712301999b2b73553ca8f3b352cc"
+  integrity sha512-fDZsLYIe2uT+oGFnuZmy73K6ZxOPG/Qcm+w7jbEjaFcJgbQ6cqjs/eSPzXhsmGpAsWPkqZM9pYjww5QTn3LHMA==
+  dependencies:
+    unist-util-visit "^2.0.0"
+
+unist-util-remove@^2.0.0:
+  version "2.1.0"
+  resolved "https://registry.yarnpkg.com/unist-util-remove/-/unist-util-remove-2.1.0.tgz#b0b4738aa7ee445c402fda9328d604a02d010588"
+  integrity sha512-J8NYPyBm4baYLdCbjmf1bhPu45Cr1MWTm77qd9istEkzWpnN6O9tMsEbB2JhNnBCqGENRqEWomQ+He6au0B27Q==
+  dependencies:
+    unist-util-is "^4.0.0"
+
+unist-util-stringify-position@^2.0.0:
+  version "2.0.3"
+  resolved "https://registry.yarnpkg.com/unist-util-stringify-position/-/unist-util-stringify-position-2.0.3.tgz#cce3bfa1cdf85ba7375d1d5b17bdc4cada9bd9da"
+  integrity sha512-3faScn5I+hy9VleOq/qNbAd6pAx7iH5jYBMS9I1HgQVijz/4mv5Bvw5iw1sC/90CODiKo81G/ps8AJrISn687g==
+  dependencies:
+    "@types/unist" "^2.0.2"
+
+unist-util-visit-parents@^3.0.0:
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/unist-util-visit-parents/-/unist-util-visit-parents-3.1.1.tgz#65a6ce698f78a6b0f56aa0e88f13801886cdaef6"
+  integrity sha512-1KROIZWo6bcMrZEwiH2UrXDyalAa0uqzWCxCJj6lPOvTve2WkfgCytoDTPaMnodXh1WrXOq0haVYHj99ynJlsg==
+  dependencies:
+    "@types/unist" "^2.0.0"
+    unist-util-is "^4.0.0"
+
+unist-util-visit@2.0.3, unist-util-visit@^2.0.0, unist-util-visit@^2.0.3:
+  version "2.0.3"
+  resolved "https://registry.yarnpkg.com/unist-util-visit/-/unist-util-visit-2.0.3.tgz#c3703893146df47203bb8a9795af47d7b971208c"
+  integrity sha512-iJ4/RczbJMkD0712mGktuGpm/U4By4FfDonL7N/9tATGIF4imikjOuagyMY53tnZq3NP6BcmlrHhEKAfGWjh7Q==
+  dependencies:
+    "@types/unist" "^2.0.0"
+    unist-util-is "^4.0.0"
+    unist-util-visit-parents "^3.0.0"
+
+universalify@^2.0.0:
+  version "2.0.0"
+  resolved "https://registry.yarnpkg.com/universalify/-/universalify-2.0.0.tgz#75a4984efedc4b08975c5aeb73f530d02df25717"
+  integrity sha512-hAZsKq7Yy11Zu1DE0OzWjw7nnLZmJZYTDZZyEFHZdUhV8FkH5MCfoU1XMaxXovpyW5nq5scPqq0ZDP9Zyl04oQ==
+
+unpipe@1.0.0, unpipe@~1.0.0:
+  version "1.0.0"
+  resolved "https://registry.yarnpkg.com/unpipe/-/unpipe-1.0.0.tgz#b2bf4ee8514aae6165b4817829d21b2ef49904ec"
+  integrity sha512-pjy2bYhSsufwWlKwPc+l3cN7+wuJlK6uz0YdJEOlQDbl6jo/YlPi4mb8agUkVC8BF7V8NuzeyPNqRksA3hztKQ==
+
+update-browserslist-db@^1.0.13:
+  version "1.0.13"
+  resolved "https://registry.yarnpkg.com/update-browserslist-db/-/update-browserslist-db-1.0.13.tgz#3c5e4f5c083661bd38ef64b6328c26ed6c8248c4"
+  integrity sha512-xebP81SNcPuNpPP3uzeW1NYXxI3rxyJzF3pD6sH4jE7o/IX+WtSpwnVU+qIsDPyk0d3hmFQ7mjqc6AtV604hbg==
+  dependencies:
+    escalade "^3.1.1"
+    picocolors "^1.0.0"
+
+update-notifier@^5.1.0:
+  version "5.1.0"
+  resolved "https://registry.yarnpkg.com/update-notifier/-/update-notifier-5.1.0.tgz#4ab0d7c7f36a231dd7316cf7729313f0214d9ad9"
+  integrity sha512-ItnICHbeMh9GqUy31hFPrD1kcuZ3rpxDZbf4KUDavXwS0bW5m7SLbDQpGX3UYr072cbrF5hFUs3r5tUsPwjfHw==
+  dependencies:
+    boxen "^5.0.0"
+    chalk "^4.1.0"
+    configstore "^5.0.1"
+    has-yarn "^2.1.0"
+    import-lazy "^2.1.0"
+    is-ci "^2.0.0"
+    is-installed-globally "^0.4.0"
+    is-npm "^5.0.0"
+    is-yarn-global "^0.3.0"
+    latest-version "^5.1.0"
+    pupa "^2.1.1"
+    semver "^7.3.4"
+    semver-diff "^3.1.1"
+    xdg-basedir "^4.0.0"
+
+uri-js@^4.2.2:
+  version "4.4.1"
+  resolved "https://registry.yarnpkg.com/uri-js/-/uri-js-4.4.1.tgz#9b1a52595225859e55f669d928f88c6c57f2a77e"
+  integrity sha512-7rKUyy33Q1yc98pQ1DAmLtwX109F7TIfWlW1Ydo8Wl1ii1SeHieeh0HHfPeL2fMXK6z0s8ecKs9frCuLJvndBg==
+  dependencies:
+    punycode "^2.1.0"
+
+url-loader@^4.1.1:
+  version "4.1.1"
+  resolved "https://registry.yarnpkg.com/url-loader/-/url-loader-4.1.1.tgz#28505e905cae158cf07c92ca622d7f237e70a4e2"
+  integrity sha512-3BTV812+AVHHOJQO8O5MkWgZ5aosP7GnROJwvzLS9hWDj00lZ6Z0wNak423Lp9PBZN05N+Jk/N5Si8jRAlGyWA==
+  dependencies:
+    loader-utils "^2.0.0"
+    mime-types "^2.1.27"
+    schema-utils "^3.0.0"
+
+url-parse-lax@^3.0.0:
+  version "3.0.0"
+  resolved "https://registry.yarnpkg.com/url-parse-lax/-/url-parse-lax-3.0.0.tgz#16b5cafc07dbe3676c1b1999177823d6503acb0c"
+  integrity sha512-NjFKA0DidqPa5ciFcSrXnAltTtzz84ogy+NebPvfEgAck0+TNg4UJ4IN+fB7zRZfbgUf0syOo9MDxFkDSMuFaQ==
+  dependencies:
+    prepend-http "^2.0.0"
+
+use-composed-ref@^1.3.0:
+  version "1.3.0"
+  resolved "https://registry.yarnpkg.com/use-composed-ref/-/use-composed-ref-1.3.0.tgz#3d8104db34b7b264030a9d916c5e94fbe280dbda"
+  integrity sha512-GLMG0Jc/jiKov/3Ulid1wbv3r54K9HlMW29IWcDFPEqFkSO2nS0MuefWgMJpeHQ9YJeXDL3ZUF+P3jdXlZX/cQ==
+
+use-isomorphic-layout-effect@^1.1.1:
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/use-isomorphic-layout-effect/-/use-isomorphic-layout-effect-1.1.2.tgz#497cefb13d863d687b08477d9e5a164ad8c1a6fb"
+  integrity sha512-49L8yCO3iGT/ZF9QttjwLF/ZD9Iwto5LnH5LmEdk/6cFmXddqi2ulF0edxTwjj+7mqvpVVGQWvbXZdn32wRSHA==
+
+use-latest@^1.2.1:
+  version "1.2.1"
+  resolved "https://registry.yarnpkg.com/use-latest/-/use-latest-1.2.1.tgz#d13dfb4b08c28e3e33991546a2cee53e14038cf2"
+  integrity sha512-xA+AVm/Wlg3e2P/JiItTziwS7FK92LWrDB0p+hgXloIMuVCeJJ8v6f0eeHyPZaJrM+usM1FkFfbNCrJGs8A/zw==
+  dependencies:
+    use-isomorphic-layout-effect "^1.1.1"
+
+use-sync-external-store@^1.2.0:
+  version "1.2.0"
+  resolved "https://registry.yarnpkg.com/use-sync-external-store/-/use-sync-external-store-1.2.0.tgz#7dbefd6ef3fe4e767a0cf5d7287aacfb5846928a"
+  integrity sha512-eEgnFxGQ1Ife9bzYs6VLi8/4X6CObHMw9Qr9tPY43iKwsPw8xE8+EFsf/2cFZ5S3esXgpWgtSCtLNS41F+sKPA==
+
+util-deprecate@^1.0.1, util-deprecate@^1.0.2, util-deprecate@~1.0.1:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/util-deprecate/-/util-deprecate-1.0.2.tgz#450d4dc9fa70de732762fbd2d4a28981419a0ccf"
+  integrity sha512-EPD5q1uXyFxJpCrLnCc1nHnq3gOa6DZBocAIiI2TaSCA7VCJ1UJDMagCzIkXNsUYfD1daK//LTEQ8xiIbrHtcw==
+
+utila@~0.4:
+  version "0.4.0"
+  resolved "https://registry.yarnpkg.com/utila/-/utila-0.4.0.tgz#8a16a05d445657a3aea5eecc5b12a4fa5379772c"
+  integrity sha512-Z0DbgELS9/L/75wZbro8xAnT50pBVFQZ+hUEueGDU5FN51YSCYM+jdxsfCiHjwNP/4LCDD0i/graKpeBnOXKRA==
+
+utility-types@^3.10.0:
+  version "3.10.0"
+  resolved "https://registry.yarnpkg.com/utility-types/-/utility-types-3.10.0.tgz#ea4148f9a741015f05ed74fd615e1d20e6bed82b"
+  integrity sha512-O11mqxmi7wMKCo6HKFt5AhO4BwY3VV68YU07tgxfz8zJTIxr4BpsezN49Ffwy9j3ZpwwJp4fkRwjRzq3uWE6Rg==
+
+utils-merge@1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/utils-merge/-/utils-merge-1.0.1.tgz#9f95710f50a267947b2ccc124741c1028427e713"
+  integrity sha512-pMZTvIkT1d+TFGvDOqodOclx0QWkkgi6Tdoa8gC8ffGAAqz9pzPTZWAybbsHHoED/ztMtkv/VoYTYyShUn81hA==
+
+uuid@^8.3.2:
+  version "8.3.2"
+  resolved "https://registry.yarnpkg.com/uuid/-/uuid-8.3.2.tgz#80d5b5ced271bb9af6c445f21a1a04c606cefbe2"
+  integrity sha512-+NYs2QeMWy+GWFOEm9xnn6HCDp0l7QBD7ml8zLUmJ+93Q5NF0NocErnwkTkXVFNiX3/fpC6afS8Dhb/gz7R7eg==
+
+value-equal@^1.0.1:
+  version "1.0.1"
+  resolved "https://registry.yarnpkg.com/value-equal/-/value-equal-1.0.1.tgz#1e0b794c734c5c0cade179c437d356d931a34d6c"
+  integrity sha512-NOJ6JZCAWr0zlxZt+xqCHNTEKOsrks2HQd4MqhP1qy4z1SkbEP467eNx6TgDKXMvUOb+OENfJCZwM+16n7fRfw==
+
+vary@~1.1.2:
+  version "1.1.2"
+  resolved "https://registry.yarnpkg.com/vary/-/vary-1.1.2.tgz#2299f02c6ded30d4a5961b0b9f74524a18f634fc"
+  integrity sha512-BNGbWLfd0eUPabhkXUVm0j8uuvREyTh5ovRa/dyow/BqAbZJyC+5fU+IzQOzmAKzYqYRAISoRhdQr3eIZ/PXqg==
+
+vfile-location@^3.0.0, vfile-location@^3.2.0:
+  version "3.2.0"
+  resolved "https://registry.yarnpkg.com/vfile-location/-/vfile-location-3.2.0.tgz#d8e41fbcbd406063669ebf6c33d56ae8721d0f3c"
+  integrity sha512-aLEIZKv/oxuCDZ8lkJGhuhztf/BW4M+iHdCwglA/eWc+vtuRFJj8EtgceYFX4LRjOhCAAiNHsKGssC6onJ+jbA==
+
+vfile-message@^2.0.0:
+  version "2.0.4"
+  resolved "https://registry.yarnpkg.com/vfile-message/-/vfile-message-2.0.4.tgz#5b43b88171d409eae58477d13f23dd41d52c371a"
+  integrity sha512-DjssxRGkMvifUOJre00juHoP9DPWuzjxKuMDrhNbk2TdaYYBNMStsNhEOt3idrtI12VQYM/1+iM0KOzXi4pxwQ==
+  dependencies:
+    "@types/unist" "^2.0.0"
+    unist-util-stringify-position "^2.0.0"
+
+vfile@^4.0.0:
+  version "4.2.1"
+  resolved "https://registry.yarnpkg.com/vfile/-/vfile-4.2.1.tgz#03f1dce28fc625c625bc6514350fbdb00fa9e624"
+  integrity sha512-O6AE4OskCG5S1emQ/4gl8zK586RqA3srz3nfK/Viy0UPToBc5Trp9BVFb1u0CjsKrAWwnpr4ifM/KBXPWwJbCA==
+  dependencies:
+    "@types/unist" "^2.0.0"
+    is-buffer "^2.0.0"
+    unist-util-stringify-position "^2.0.0"
+    vfile-message "^2.0.0"
+
+wait-on@^6.0.1:
+  version "6.0.1"
+  resolved "https://registry.yarnpkg.com/wait-on/-/wait-on-6.0.1.tgz#16bbc4d1e4ebdd41c5b4e63a2e16dbd1f4e5601e"
+  integrity sha512-zht+KASY3usTY5u2LgaNqn/Cd8MukxLGjdcZxT2ns5QzDmTFc4XoWBgC+C/na+sMRZTuVygQoMYwdcVjHnYIVw==
+  dependencies:
+    axios "^0.25.0"
+    joi "^17.6.0"
+    lodash "^4.17.21"
+    minimist "^1.2.5"
+    rxjs "^7.5.4"
+
+watchpack@^2.4.0:
+  version "2.4.0"
+  resolved "https://registry.yarnpkg.com/watchpack/-/watchpack-2.4.0.tgz#fa33032374962c78113f93c7f2fb4c54c9862a5d"
+  integrity sha512-Lcvm7MGST/4fup+ifyKi2hjyIAwcdI4HRgtvTpIUxBRhB+RFtUh8XtDOxUfctVCnhVi+QQj49i91OyvzkJl6cg==
+  dependencies:
+    glob-to-regexp "^0.4.1"
+    graceful-fs "^4.1.2"
+
+wbuf@^1.1.0, wbuf@^1.7.3:
+  version "1.7.3"
+  resolved "https://registry.yarnpkg.com/wbuf/-/wbuf-1.7.3.tgz#c1d8d149316d3ea852848895cb6a0bfe887b87df"
+  integrity sha512-O84QOnr0icsbFGLS0O3bI5FswxzRr8/gHwWkDlQFskhSPryQXvrTMxjxGP4+iWYoauLoBvfDpkrOauZ+0iZpDA==
+  dependencies:
+    minimalistic-assert "^1.0.0"
+
+web-namespaces@^1.0.0:
+  version "1.1.4"
+  resolved "https://registry.yarnpkg.com/web-namespaces/-/web-namespaces-1.1.4.tgz#bc98a3de60dadd7faefc403d1076d529f5e030ec"
+  integrity sha512-wYxSGajtmoP4WxfejAPIr4l0fVh+jeMXZb08wNc0tMg6xsfZXj3cECqIK0G7ZAqUq0PP8WlMDtaOGVBTAWztNw==
+
+webidl-conversions@^3.0.0:
+  version "3.0.1"
+  resolved "https://registry.yarnpkg.com/webidl-conversions/-/webidl-conversions-3.0.1.tgz#24534275e2a7bc6be7bc86611cc16ae0a5654871"
+  integrity sha512-2JAn3z8AR6rjK8Sm8orRC0h/bcl/DqL7tRPdGZ4I1CjdF+EaMLmYxBHyXuKL849eucPFhvBoxMsflfOb8kxaeQ==
+
+webpack-bundle-analyzer@^4.5.0:
+  version "4.9.1"
+  resolved "https://registry.yarnpkg.com/webpack-bundle-analyzer/-/webpack-bundle-analyzer-4.9.1.tgz#d00bbf3f17500c10985084f22f1a2bf45cb2f09d"
+  integrity sha512-jnd6EoYrf9yMxCyYDPj8eutJvtjQNp8PHmni/e/ulydHBWhT5J3menXt3HEkScsu9YqMAcG4CfFjs3rj5pVU1w==
+  dependencies:
+    "@discoveryjs/json-ext" "0.5.7"
+    acorn "^8.0.4"
+    acorn-walk "^8.0.0"
+    commander "^7.2.0"
+    escape-string-regexp "^4.0.0"
+    gzip-size "^6.0.0"
+    is-plain-object "^5.0.0"
+    lodash.debounce "^4.0.8"
+    lodash.escape "^4.0.1"
+    lodash.flatten "^4.4.0"
+    lodash.invokemap "^4.6.0"
+    lodash.pullall "^4.2.0"
+    lodash.uniqby "^4.7.0"
+    opener "^1.5.2"
+    picocolors "^1.0.0"
+    sirv "^2.0.3"
+    ws "^7.3.1"
+
+webpack-dev-middleware@^5.3.1:
+  version "5.3.3"
+  resolved "https://registry.yarnpkg.com/webpack-dev-middleware/-/webpack-dev-middleware-5.3.3.tgz#efae67c2793908e7311f1d9b06f2a08dcc97e51f"
+  integrity sha512-hj5CYrY0bZLB+eTO+x/j67Pkrquiy7kWepMHmUMoPsmcUaeEnQJqFzHJOyxgWlq746/wUuA64p9ta34Kyb01pA==
+  dependencies:
+    colorette "^2.0.10"
+    memfs "^3.4.3"
+    mime-types "^2.1.31"
+    range-parser "^1.2.1"
+    schema-utils "^4.0.0"
+
+webpack-dev-server@^4.9.3:
+  version "4.15.1"
+  resolved "https://registry.yarnpkg.com/webpack-dev-server/-/webpack-dev-server-4.15.1.tgz#8944b29c12760b3a45bdaa70799b17cb91b03df7"
+  integrity sha512-5hbAst3h3C3L8w6W4P96L5vaV0PxSmJhxZvWKYIdgxOQm8pNZ5dEOmmSLBVpP85ReeyRt6AS1QJNyo/oFFPeVA==
+  dependencies:
+    "@types/bonjour" "^3.5.9"
+    "@types/connect-history-api-fallback" "^1.3.5"
+    "@types/express" "^4.17.13"
+    "@types/serve-index" "^1.9.1"
+    "@types/serve-static" "^1.13.10"
+    "@types/sockjs" "^0.3.33"
+    "@types/ws" "^8.5.5"
+    ansi-html-community "^0.0.8"
+    bonjour-service "^1.0.11"
+    chokidar "^3.5.3"
+    colorette "^2.0.10"
+    compression "^1.7.4"
+    connect-history-api-fallback "^2.0.0"
+    default-gateway "^6.0.3"
+    express "^4.17.3"
+    graceful-fs "^4.2.6"
+    html-entities "^2.3.2"
+    http-proxy-middleware "^2.0.3"
+    ipaddr.js "^2.0.1"
+    launch-editor "^2.6.0"
+    open "^8.0.9"
+    p-retry "^4.5.0"
+    rimraf "^3.0.2"
+    schema-utils "^4.0.0"
+    selfsigned "^2.1.1"
+    serve-index "^1.9.1"
+    sockjs "^0.3.24"
+    spdy "^4.0.2"
+    webpack-dev-middleware "^5.3.1"
+    ws "^8.13.0"
+
+webpack-merge@^5.8.0:
+  version "5.9.0"
+  resolved "https://registry.yarnpkg.com/webpack-merge/-/webpack-merge-5.9.0.tgz#dc160a1c4cf512ceca515cc231669e9ddb133826"
+  integrity sha512-6NbRQw4+Sy50vYNTw7EyOn41OZItPiXB8GNv3INSoe3PSFaHJEz3SHTrYVaRm2LilNGnFUzh0FAwqPEmU/CwDg==
+  dependencies:
+    clone-deep "^4.0.1"
+    wildcard "^2.0.0"
+
+webpack-sources@^3.2.2, webpack-sources@^3.2.3:
+  version "3.2.3"
+  resolved "https://registry.yarnpkg.com/webpack-sources/-/webpack-sources-3.2.3.tgz#2d4daab8451fd4b240cc27055ff6a0c2ccea0cde"
+  integrity sha512-/DyMEOrDgLKKIG0fmvtz+4dUX/3Ghozwgm6iPp8KRhvn+eQf9+Q7GWxVNMk3+uCPWfdXYC4ExGBckIXdFEfH1w==
+
+webpack@^5.73.0:
+  version "5.88.2"
+  resolved "https://registry.yarnpkg.com/webpack/-/webpack-5.88.2.tgz#f62b4b842f1c6ff580f3fcb2ed4f0b579f4c210e"
+  integrity sha512-JmcgNZ1iKj+aiR0OvTYtWQqJwq37Pf683dY9bVORwVbUrDhLhdn/PlO2sHsFHPkj7sHNQF3JwaAkp49V+Sq1tQ==
+  dependencies:
+    "@types/eslint-scope" "^3.7.3"
+    "@types/estree" "^1.0.0"
+    "@webassemblyjs/ast" "^1.11.5"
+    "@webassemblyjs/wasm-edit" "^1.11.5"
+    "@webassemblyjs/wasm-parser" "^1.11.5"
+    acorn "^8.7.1"
+    acorn-import-assertions "^1.9.0"
+    browserslist "^4.14.5"
+    chrome-trace-event "^1.0.2"
+    enhanced-resolve "^5.15.0"
+    es-module-lexer "^1.2.1"
+    eslint-scope "5.1.1"
+    events "^3.2.0"
+    glob-to-regexp "^0.4.1"
+    graceful-fs "^4.2.9"
+    json-parse-even-better-errors "^2.3.1"
+    loader-runner "^4.2.0"
+    mime-types "^2.1.27"
+    neo-async "^2.6.2"
+    schema-utils "^3.2.0"
+    tapable "^2.1.1"
+    terser-webpack-plugin "^5.3.7"
+    watchpack "^2.4.0"
+    webpack-sources "^3.2.3"
+
+webpackbar@^5.0.2:
+  version "5.0.2"
+  resolved "https://registry.yarnpkg.com/webpackbar/-/webpackbar-5.0.2.tgz#d3dd466211c73852741dfc842b7556dcbc2b0570"
+  integrity sha512-BmFJo7veBDgQzfWXl/wwYXr/VFus0614qZ8i9znqcl9fnEdiVkdbi0TedLQ6xAK92HZHDJ0QmyQ0fmuZPAgCYQ==
+  dependencies:
+    chalk "^4.1.0"
+    consola "^2.15.3"
+    pretty-time "^1.1.0"
+    std-env "^3.0.1"
+
+websocket-driver@>=0.5.1, websocket-driver@^0.7.4:
+  version "0.7.4"
+  resolved "https://registry.yarnpkg.com/websocket-driver/-/websocket-driver-0.7.4.tgz#89ad5295bbf64b480abcba31e4953aca706f5760"
+  integrity sha512-b17KeDIQVjvb0ssuSDF2cYXSg2iztliJ4B9WdsuB6J952qCPKmnVq4DyW5motImXHDC1cBT/1UezrJVsKw5zjg==
+  dependencies:
+    http-parser-js ">=0.5.1"
+    safe-buffer ">=5.1.0"
+    websocket-extensions ">=0.1.1"
+
+websocket-extensions@>=0.1.1:
+  version "0.1.4"
+  resolved "https://registry.yarnpkg.com/websocket-extensions/-/websocket-extensions-0.1.4.tgz#7f8473bc839dfd87608adb95d7eb075211578a42"
+  integrity sha512-OqedPIGOfsDlo31UNwYbCFMSaO9m9G/0faIHj5/dZFDMFqPTcx6UwqyOy3COEaEOg/9VsGIpdqn62W5KhoKSpg==
+
+whatwg-url@^5.0.0:
+  version "5.0.0"
+  resolved "https://registry.yarnpkg.com/whatwg-url/-/whatwg-url-5.0.0.tgz#966454e8765462e37644d3626f6742ce8b70965d"
+  integrity sha512-saE57nupxk6v3HY35+jzBwYa0rKSy0XR8JSxZPwgLr7ys0IBzhGviA1/TUGJLmSVqs8pb9AnvICXEuOHLprYTw==
+  dependencies:
+    tr46 "~0.0.3"
+    webidl-conversions "^3.0.0"
+
+which@^1.3.1:
+  version "1.3.1"
+  resolved "https://registry.yarnpkg.com/which/-/which-1.3.1.tgz#a45043d54f5805316da8d62f9f50918d3da70b0a"
+  integrity sha512-HxJdYWq1MTIQbJ3nw0cqssHoTNU267KlrDuGZ1WYlxDStUtKUhOaJmh112/TZmHxxUfuJqPXSOm7tDyas0OSIQ==
+  dependencies:
+    isexe "^2.0.0"
+
+which@^2.0.1:
+  version "2.0.2"
+  resolved "https://registry.yarnpkg.com/which/-/which-2.0.2.tgz#7c6a8dd0a636a0327e10b59c9286eee93f3f51b1"
+  integrity sha512-BLI3Tl1TW3Pvl70l3yq3Y64i+awpwXqsGBYWkkqMtnbXgrMD+yj7rhW0kuEDxzJaYXGjEW5ogapKNMEKNMjibA==
+  dependencies:
+    isexe "^2.0.0"
+
+widest-line@^3.1.0:
+  version "3.1.0"
+  resolved "https://registry.yarnpkg.com/widest-line/-/widest-line-3.1.0.tgz#8292333bbf66cb45ff0de1603b136b7ae1496eca"
+  integrity sha512-NsmoXalsWVDMGupxZ5R08ka9flZjjiLvHVAWYOKtiKM8ujtZWr9cRffak+uSE48+Ob8ObalXpwyeUiyDD6QFgg==
+  dependencies:
+    string-width "^4.0.0"
+
+widest-line@^4.0.1:
+  version "4.0.1"
+  resolved "https://registry.yarnpkg.com/widest-line/-/widest-line-4.0.1.tgz#a0fc673aaba1ea6f0a0d35b3c2795c9a9cc2ebf2"
+  integrity sha512-o0cyEG0e8GPzT4iGHphIOh0cJOV8fivsXxddQasHPHfoZf1ZexrfeA21w2NaEN1RHE+fXlfISmOE8R9N3u3Qig==
+  dependencies:
+    string-width "^5.0.1"
+
+wildcard@^2.0.0:
+  version "2.0.1"
+  resolved "https://registry.yarnpkg.com/wildcard/-/wildcard-2.0.1.tgz#5ab10d02487198954836b6349f74fff961e10f67"
+  integrity sha512-CC1bOL87PIWSBhDcTrdeLo6eGT7mCFtrg0uIJtqJUFyK+eJnzl8A1niH56uu7KMa5XFrtiV+AQuHO3n7DsHnLQ==
+
+wrap-ansi@^7.0.0:
+  version "7.0.0"
+  resolved "https://registry.yarnpkg.com/wrap-ansi/-/wrap-ansi-7.0.0.tgz#67e145cff510a6a6984bdf1152911d69d2eb9e43"
+  integrity sha512-YVGIj2kamLSTxw6NsZjoBxfSwsn0ycdesmc4p+Q21c5zPuZ1pl+NfxVdxPtdHvmNVOQ6XSYG4AUtyt/Fi7D16Q==
+  dependencies:
+    ansi-styles "^4.0.0"
+    string-width "^4.1.0"
+    strip-ansi "^6.0.0"
+
+wrap-ansi@^8.0.1:
+  version "8.1.0"
+  resolved "https://registry.yarnpkg.com/wrap-ansi/-/wrap-ansi-8.1.0.tgz#56dc22368ee570face1b49819975d9b9a5ead214"
+  integrity sha512-si7QWI6zUMq56bESFvagtmzMdGOtoxfR+Sez11Mobfc7tm+VkUckk9bW2UeffTGVUbOksxmSw0AA2gs8g71NCQ==
+  dependencies:
+    ansi-styles "^6.1.0"
+    string-width "^5.0.1"
+    strip-ansi "^7.0.1"
+
+wrappy@1:
+  version "1.0.2"
+  resolved "https://registry.yarnpkg.com/wrappy/-/wrappy-1.0.2.tgz#b5243d8f3ec1aa35f1364605bc0d1036e30ab69f"
+  integrity sha512-l4Sp/DRseor9wL6EvV2+TuQn63dMkPjZ/sp9XkghTEbV9KlPS1xUsZ3u7/IQO4wxtcFB4bgpQPRcR3QCvezPcQ==
+
+write-file-atomic@^3.0.0:
+  version "3.0.3"
+  resolved "https://registry.yarnpkg.com/write-file-atomic/-/write-file-atomic-3.0.3.tgz#56bd5c5a5c70481cd19c571bd39ab965a5de56e8"
+  integrity sha512-AvHcyZ5JnSfq3ioSyjrBkH9yW4m7Ayk8/9My/DD9onKeu/94fwrMocemO2QAJFAlnnDN+ZDS+ZjAR5ua1/PV/Q==
+  dependencies:
+    imurmurhash "^0.1.4"
+    is-typedarray "^1.0.0"
+    signal-exit "^3.0.2"
+    typedarray-to-buffer "^3.1.5"
+
+ws@^7.3.1:
+  version "7.5.9"
+  resolved "https://registry.yarnpkg.com/ws/-/ws-7.5.9.tgz#54fa7db29f4c7cec68b1ddd3a89de099942bb591"
+  integrity sha512-F+P9Jil7UiSKSkppIiD94dN07AwvFixvLIj1Og1Rl9GGMuNipJnV9JzjD6XuqmAeiswGvUmNLjr5cFuXwNS77Q==
+
+ws@^8.13.0:
+  version "8.14.2"
+  resolved "https://registry.yarnpkg.com/ws/-/ws-8.14.2.tgz#6c249a806eb2db7a20d26d51e7709eab7b2e6c7f"
+  integrity sha512-wEBG1ftX4jcglPxgFCMJmZ2PLtSbJ2Peg6TmpJFTbe9GZYOQCDPdMYu/Tm0/bGZkw8paZnJY45J4K2PZrLYq8g==
+
+xdg-basedir@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/xdg-basedir/-/xdg-basedir-4.0.0.tgz#4bc8d9984403696225ef83a1573cbbcb4e79db13"
+  integrity sha512-PSNhEJDejZYV7h50BohL09Er9VaIefr2LMAf3OEmpCkjOi34eYyQYAXUTjEQtZJTKcF0E2UKTh+osDLsgNim9Q==
+
+xml-js@^1.6.11:
+  version "1.6.11"
+  resolved "https://registry.yarnpkg.com/xml-js/-/xml-js-1.6.11.tgz#927d2f6947f7f1c19a316dd8eea3614e8b18f8e9"
+  integrity sha512-7rVi2KMfwfWFl+GpPg6m80IVMWXLRjO+PxTq7V2CDhoGak0wzYzFgUY2m4XJ47OGdXd8eLE8EmwfAmdjw7lC1g==
+  dependencies:
+    sax "^1.2.4"
+
+xtend@^4.0.0, xtend@^4.0.1:
+  version "4.0.2"
+  resolved "https://registry.yarnpkg.com/xtend/-/xtend-4.0.2.tgz#bb72779f5fa465186b1f438f674fa347fdb5db54"
+  integrity sha512-LKYU1iAXJXUgAXn9URjiu+MWhyUXHsvfp7mcuYm9dSUKK0/CjtrUwFAxD82/mCWbtLsGjFIad0wIsod4zrTAEQ==
+
+yallist@^3.0.2:
+  version "3.1.1"
+  resolved "https://registry.yarnpkg.com/yallist/-/yallist-3.1.1.tgz#dbb7daf9bfd8bac9ab45ebf602b8cbad0d5d08fd"
+  integrity sha512-a4UGQaWPH59mOXUYnAG2ewncQS4i4F43Tv3JoAM+s2VDAmS9NsK8GpDMLrCHPksFT7h3K6TOoUNn2pb7RoXx4g==
+
+yallist@^4.0.0:
+  version "4.0.0"
+  resolved "https://registry.yarnpkg.com/yallist/-/yallist-4.0.0.tgz#9bb92790d9c0effec63be73519e11a35019a3a72"
+  integrity sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==
+
+yaml@^1.10.0, yaml@^1.10.2, yaml@^1.7.2:
+  version "1.10.2"
+  resolved "https://registry.yarnpkg.com/yaml/-/yaml-1.10.2.tgz#2301c5ffbf12b467de8da2333a459e29e7920e4b"
+  integrity sha512-r3vXyErRCYJ7wg28yvBY5VSoAF8ZvlcW9/BwUzEtUsjvX/DKs24dIkuwjtuprwJJHsbyUbLApepYTR1BN4uHrg==
+
+yocto-queue@^0.1.0:
+  version "0.1.0"
+  resolved "https://registry.yarnpkg.com/yocto-queue/-/yocto-queue-0.1.0.tgz#0294eb3dee05028d31ee1a5fa2c556a6aaf10a1b"
+  integrity sha512-rVksvsnNCdJ/ohGc6xgPwyN8eheCxsiLM8mxuE/t/mOVqJewPuO1miLpTHQiRgTKCLexL4MeAFVagts7HmNZ2Q==
+
+zwitch@^1.0.0:
+  version "1.0.5"
+  resolved "https://registry.yarnpkg.com/zwitch/-/zwitch-1.0.5.tgz#d11d7381ffed16b742f6af7b3f223d5cd9fe9920"
+  integrity sha512-V50KMwwzqJV0NpZIZFwfOD5/lyny3WlSzRiXgA0G7VUnRlqttta1L6UQIHzd6EuBY/cHGfwTIck7w1yH6Q5zUw==