docs: fixing image links in website docs

www/docs/concurrency.md

@@ -51,7 +51,7 @@ Status code distribution:
 
 This test performs a constant load at `200` RPS, starting with `5` workers, and increasing concurrency by `5` workers every `5s` until we have `50` workers. At that point all `50` workers will be used to sustain the constant `200` RPS until `10000` total request limit is reached. Worker count over time would look something like:
 
-![Step Up Concurrency Constant Load](images/step_up_c_const_rps_wc.svg)
+![Step Up Concurrency Constant Load](/images/step_up_c_const_rps_wc.svg)
 
 ## Step Down Concurrency
 
@@ -99,7 +99,7 @@ Status code distribution:
 
 This test performs a constant load at `200` RPS, starting with `50` workers, and decreasing concurrency by `5` workers every `5s` until `30s` has elapsed. At that point all remaining workers will be used to sustain the constant `200` RPS until `10000` total request limit is reached. Worker count over time would look something like:
 
-![Step Down Concurrency Constant Load](images/step_down_c_const_rps_wc.svg)
+![Step Down Concurrency Constant Load](/images/step_down_c_const_rps_wc.svg)
 
 ## Linear increase of concurrency
 
@@ -146,4 +146,4 @@ Status code distribution:
 
 This test performs a constant load at `200` RPS, starting with `20` workers, and increasing concurrency linearly every `1s` by `2` workers until `30s` has elapsed. At that point all remaining workers will be used to sustain the constant `200` RPS until `10000` total request limit is reached.
 
-![Lene Up Concurrency Constant Load](images/line_up_c_const_rps_wc.svg)
+![Lene Up Concurrency Constant Load](/images/line_up_c_const_rps_wc.svg)

www/docs/load.md

@@ -50,7 +50,7 @@ Status code distribution:
 
 This will perform a constant load RPS against the server. Graphed, it may look like this:
 
-![Constant Load](images/const_c_const_rps.svg)
+![Constant Load](/images/const_c_const_rps.svg)
 
 ## Step Up RPS
 
@@ -97,7 +97,7 @@ Status code distribution:
 
 Performs step load starting at `50` RPS and inscreasing by `10` RPS every `5s` until we reach `150` RPS at which point the load is sustained at constant RPS rate until we reach `10000` total requests. The RPS load is distributed among the `10` workers, all sharing `1` connection.
 
-![Step Up Load](images/const_c_step_up_rps.svg)
+![Step Up Load](/images/const_c_step_up_rps.svg)
 
 ## Step Down RPS
 
@@ -144,7 +144,7 @@ Status code distribution:
 
 Performs step load starting at `200` RPS and decreasing by `10` RPS every `10s` until `40s` has elapsed at which point the load is sustained at that RPS rate until we reach `10000` total requests. The RPS load is distributed among the `10` workers, all sharing `1` connection.
 
-![Step Down Load](images/const_c_step_down_rps.svg)
+![Step Down Load](/images/const_c_step_down_rps.svg)
 
 ## Linear load
 
@@ -191,7 +191,7 @@ Status code distribution:
 
 Performs linear load starting at `5` RPS and increasing by `5` RPS every `1s` until we reach `10000` total requests. The RPS load is distributed among the `10` workers, all sharing `1` connection.
 
-![Linear Up Load](images/const_c_line_up_rps.svg)
+![Linear Up Load](/images/const_c_line_up_rps.svg)
 
 ## Linear load decrease
 
@@ -238,4 +238,4 @@ Status code distribution:
 
 Performs linear load starting at `200` RPS and decreasing by `2` RPS every `1s` until we reach `100` RPS at which point a constant rate is sustained until we accumulate `10000` total requests. The RPS load is distributed among the `10` workers, all sharing `1` connection.
 
-![Linear Down Load](images/const_c_line_down_rps.svg)
+![Linear Down Load](/images/const_c_line_down_rps.svg)