rewrite readMsh and rename to readIdx

benchmarks/Atmosphere/Hong/periodic_convection_2d/periodic_convection_imexark4_p100.py

@@ -50,7 +50,7 @@ groups.splitGroupsByPhysicalTag();
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
+reloaded.importIdx("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_2d/periodic_convection_imexbdf4_p100.py

@@ -50,7 +50,7 @@ groups.splitGroupsByPhysicalTag();
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
+reloaded.importIdx("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_2d/periodic_convection_imexdimsim4_p100.py

@@ -50,7 +50,7 @@ groups.splitGroupsByPhysicalTag();
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
+reloaded.importIdx("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_2d/test_imexbdf.py

@@ -47,7 +47,7 @@ groups.splitGroupsByPhysicalTag();
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
+reloaded.importIdx("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_2d_mass/periodic_convection_imexark4_p100.py

@@ -51,7 +51,7 @@ groups.splitGroupsByPhysicalTag();
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
+reloaded.importIdx("refSolERK"+str(period)+"/subwindow4/subwindow4.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexark2.py

@@ -41,7 +41,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexark3.py

@@ -41,7 +41,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexark4.py

@@ -41,7 +41,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexars222.py

@@ -41,7 +41,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexars343.py

@@ -41,7 +41,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexbdf2.py

@@ -43,7 +43,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexdimsim2.py

@@ -43,7 +43,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexdimsim3.py

@@ -43,7 +43,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_3d/periodic_convection_imexdimsim4.py

@@ -43,7 +43,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow2/subwindow2.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_imexdimsim4.py

@@ -43,7 +43,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow1/subwindow1.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow1/subwindow1.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/Hong/periodic_convection_imexrk4.py

@@ -41,7 +41,7 @@ claw = dgEulerAtmLaw(dimension)
 if compError:
   ####Load reference solution from file###
   reloaded =dgDofContainer(groups,claw.getNbFields())
-  reloaded.readMsh("refSolERK"+str(period)+"_16"+"/subwindow1/subwindow1.idx")
+  reloaded.importIdx("refSolERK"+str(period)+"_16"+"/subwindow1/subwindow1.idx")
 solution = dgDofContainer(groups, claw.getNbFields())
 
 XYZ = groups.getFunctionCoordinates();

benchmarks/Atmosphere/deep_atmosphere/deep_atmosphere.py

@@ -281,7 +281,7 @@ while (True):
     if (i == nbStart and i > 0):
         loadFile=exportBaseDir + '/' + loadDirName + '/solution/solution-'+ ("%06d" % nbStart)+'.idx'
         Msg.Info('Reloading solution '+loadFile)
-        solution.readMsh(loadFile) 
+        solution.importIdx(loadFile) 
     if (i%checkPointInterv==0 and i > nbStart and checkPointInterv > 0):
       Msg.Info('Writing solution for reload')
       solutionExporter.exportIdx(i, t)                                                                                                       

benchmarks/Atmosphere/gravity_waves/gravity_waves_com.py

@@ -64,7 +64,7 @@ groups.splitFaceGroupsByOrientation(extrusion, ["bottom_domain", "top_domain"])
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK/refSolERK.idx") 
+reloaded.importIdx("refSolERK/refSolERK.idx") 
 
 solution = dgDofContainer(groups, claw.getNbFields())
 

benchmarks/Atmosphere/gravity_waves/gravity_waves_tsrk.py

@@ -64,7 +64,7 @@ groups.splitFaceGroupsByOrientation(extrusion, ["bottom_domain", "top_domain"])
 claw = dgEulerAtmLaw(dimension)
 ####Load reference solution from file###
 reloaded =dgDofContainer(groups,claw.getNbFields())
-reloaded.readMsh("refSolERK/refSolERK.idx") 
+reloaded.importIdx("refSolERK/refSolERK.idx") 
 
 solution = dgDofContainer(groups, claw.getNbFields())
 

benchmarks/Atmosphere/gravity_waves_badlauf/gravity_waves_load.py

@@ -363,7 +363,7 @@ for order in range(minOrder,maxOrder+1):
         if (t%interv/interv < 1e-11 or (interv-t%interv)/interv < 1e-11):
             solution.exportFunctionVtk(Exp,expDir+'/export', t, i,"solution",nCompExp,namesExp)
             if loadRef:
-                refSol.readMsh("refSol"+str(t)+"/refSol"+str(t)+".idx")
+                refSol.importIdx("refSol"+str(t)+"/refSol"+str(t)+".idx")
                 Msg.Barrier()
                 projToRef.projectFromTo(solution,solInRefMesh)
                 integratorError.compute(intErr)