scripts for running tests

appl/coupling-ff-pm/fvca-monolithic-reversed/fvca-monolithic-base.input

+[Darcy.Grid]
+UpperRight = 1 1
+Cells = MESHSIZE MESHSIZE
+
+[Stokes.Grid]
+LowerLeft = 0 1
+UpperRight = 1 2
+Cells = MESHSIZE MESHSIZE
+
+[Stokes.Problem]
+Name = FLOWPROBLEMNAME
+PressureDifference = PRESSUREDIFF
+
+[Darcy.Problem]
+Name = darcy
+
+[Darcy.SpatialParams]
+Permeability = PERM # m^2
+AlphaBeaversJoseph = ALPHA
+
+[Vtk]
+OutputName = CASENAME
+
+[Problem]
+Name = "fvca-monolithic"
+EnableGravity = false
+EnableInertiaTerms = HASINERTIATERMS
+
+[Vtk]
+AddVelocity = 1

appl/coupling-ff-pm/fvca-monolithic-reversed/run-monolithic-simulations.sh

+#! /usr/bin/env bash
+
+#testcase="VerticalFlow"
+
+pressureDifferences=("1e-9")
+permeabilities=("1e-6")
+alphaBeaversJoseph=("1.0")
+meshSizes=("20" "40" "80")
+hasInertiaTerms=("true" "false")
+
+#interpolation=("nearest-neighbor" "nearest-projection")
+
+
+
+
+i=0
+
+#mkdir -p ${testcase}
+#cd ${testcase}
+
+solver="fvca-monolithic-reversed"
+inputTemplate="fvca-monolithic-base.input"
+
+#cp ../${geomtemplate} .
+
+#configurations="configs-${testcase}.txt"
+
+#echo "" > ${configurations}
+basedir="${PWD}"
+for hasInertiaTerms in "${hasInertiaTerms[@]}"; do
+  for dp in "${pressureDifferences[@]}"; do
+    for permeability in "${permeabilities[@]}"; do
+      for alpha in "${alphaBeaversJoseph[@]}"; do
+        for mesh in "${meshSizes[@]}"; do
+          i=$((i+1))
+          
+          # Check if Stokes or Navier-Stokes        
+          flowProblemName="stokes"
+#          echo ${hasInertiaTerms}
+          if [[ "${hasInertiaTerms}" == "true" ]]; then
+            flowProblemName="navier-stokes"
+          fi
+        
+          # Generate name of test case and create directories
+          casename="${flowProblemName}-${mesh}-${alpha}-${permeability}-${dp}"
+          echo "${casename}"
+          mkdir -p "${casename}"
+          cd ${casename}
+#          ln -s "../${solver}" "${solver}"
+          cp "../${solver}" .
+
+          # Setting up input file          
+          inputFile="${casename}.input"
+          sed -e s/MESHSIZE/"${mesh}"/g \
+              -e "s/FLOWPROBLEMNAME/${flowProblemName}/g" \
+              -e "s/PRESSUREDIFF/${dp}/g" \
+              -e "s/PERM/${permeability}/g" \
+              -e "s/ALPHA/${alpha}/g" \
+              -e "s/HASINERTIATERMS/${hasInertiaTerms}/g" \
+              -e "s/CASENAME/${casename}/g" \
+              "../${inputTemplate}" > ${inputFile}
+              
+          # Running simulation
+          solverCmd="./${solver} ${inputFile}"
+          #echo "$solverCmd"
+ 
+#           $(${solverCmd} > solver.log)                   
+          $(time ./${solver} "${inputFile}" > solver.log)
+#          $(./${solverCmd} ${inputFile} > solver.log)
+
+          # Go back to root dir
+          cd "${basedir}"
+        done
+      done
+    done
+  done
+done
+
+echo "In total ${i} cases were run"