partitioning for new photon trap .geo

tests/haroche/cavity.dat

@@ -45,10 +45,11 @@ pml_z = thick * Lambda0;
 
 // Mesh
 DefineConstant[
-  mAir = { 8, Name "Input/03Mesh/00Air density",    Units "elem./wavelength" },
-  mPML = { 8, Name "Input/03Mesh/01PML density",    Units "elem./wavelength" },
-  mMir = { 8, Name "Input/03Mesh/02Mirror density", Units "elem./wavelength" },
-  mO   = { 2, Name "Input/03Mesh/03Order",          Units "-"                }
+  mAir  = { 5, Name "Input/03Mesh/00Air density",    Units "elem./wavelength" },
+  mPML  = { 5, Name "Input/03Mesh/01PML density",    Units "elem./wavelength" },
+  mMir  = { 5, Name "Input/03Mesh/02Mirror density", Units "elem./wavelength" },
+  mO    = { 2, Name "Input/03Mesh/03Order",          Units "-"                },
+  nPart = { 2, Name "Input/03Mesh/04#partitions",    Units "-"                }
 ];
 
 clPML = Lambda0 / mPML;

tests/haroche/partition.geo

+// Data //
+//////////
+Include "cavity.dat";
+Merge   "cavity.msh";
+
+// Partitioning //
+//////////////////
+Mesh.PartitionCreateTopology   = 0;
+Mesh.PartitionCreatePhysicals  = 0;
+Mesh.PartitionCreateGhostCells = 0;
+
+If(nPart > 1)
+  PartitionMesh nPart;
+  Save Sprintf("cavity_part%g.msh", nPart);
+EndIf