diff --git a/docker/R/lib/morris.R b/docker/R/lib/morris.R
index 0998a9947..78f044c28 100644
--- a/docker/R/lib/morris.R
+++ b/docker/R/lib/morris.R
@@ -136,7 +136,8 @@ print(paste("levels:",levels))
 print(paste("r:",r))
 print(paste("r2:",r2))
 print(paste("grid_jump:",grid_jump))
-print(paste("type:",type))
+print(paste("type:",type))
+print(paste("check_boundary:",check_boundary))
 
 if (r2 > r) {
   r <- c(r,r2)
@@ -152,17 +153,18 @@ m1 <- as.list(data.frame(t(m$X)))
 if (debug_messages == 1) {
   print(paste("m1:",m1))
 }
-print("check bounds")
-boundary_check <- logical(ncol(vars))
-for (i in 1:ncol(vars)){
-  boundary_check[i] <- all((m$X[,i] <= maxes[i]) && (m$X[,i] >= mins[i]))
-}
-if(!all(boundary_check)){
-  print('SOLUTION SPACE OUT OF BOUNDS, CHECK Grid Jump and Level Values and/or re-run')
-  stop(options("show.error.messages"=TRUE),"SOLUTION SPACE OUT OF BOUNDS, CHECK Grid Jump and Level Values and/or re-run")
-}
-print("bounds are satisfied, continuing...")
-
+if (check_boundary == 1) {
+  print("check bounds")
+  boundary_check <- logical(ncol(vars))
+  for (i in 1:ncol(vars)){
+    boundary_check[i] <- all((m$X[,i] <= maxes[i]) && (m$X[,i] >= mins[i]))
+  }
+  if(!all(boundary_check)){
+    print('SOLUTION SPACE OUT OF BOUNDS, CHECK Grid Jump and Level Values and/or re-run')
+    stop(options("show.error.messages"=TRUE),"SOLUTION SPACE OUT OF BOUNDS, CHECK Grid Jump and Level Values and/or re-run")
+  }
+  print("bounds are satisfied, continuing...")
+}
 try(results <- clusterApplyLB(cl, m1, f),silent=FALSE)
 if (debug_messages == 1) {
   print(paste("nrow(results):",nrow(results)))
diff --git a/server/app/lib/analysis_library/morris.rb b/server/app/lib/analysis_library/morris.rb
index 397d05e82..4bb2ba396 100644
--- a/server/app/lib/analysis_library/morris.rb
+++ b/server/app/lib/analysis_library/morris.rb
@@ -50,6 +50,7 @@ def initialize(analysis_id, analysis_job_id, options = {})
                     r2: 20,
                     levels: 4,
                     grid_jump: 2,
+                    check_boundary: 0,
                     type: 'oat',
                     norm_type: 'minkowski',
                     p_power: 2,
@@ -199,6 +200,7 @@ def perform
                    r2: @analysis.problem['algorithm']['r2'],
                    type: @analysis.problem['algorithm']['type'],
                    grid_jump: @analysis.problem['algorithm']['grid_jump'],
+                   check_boundary: @analysis.problem['algorithm']['check_boundary'],
                    normtype: @analysis.problem['algorithm']['norm_type'],
                    ppower: @analysis.problem['algorithm']['p_power'],
                    objfun: @analysis.problem['algorithm']['objective_functions'],