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Commit 937c5a1e authored by Christophe Geuzaine's avatar Christophe Geuzaine
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pp

parent 0932d846
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...@@ -59,10 +59,10 @@ Group { ...@@ -59,10 +59,10 @@ Group {
If(dim~{i} < modelDim) If(dim~{i} < modelDim)
DefineConstant[ DefineConstant[
bc~{i} = {0, Choices{ bc~{i} = {0, Choices{
0="Neumann: n . d (electric displacement)", 0="Neumann: n . d (normal electric displacement)",
1="Dirichlet: v (scalar potential)", 1="Dirichlet: v (scalar electric potential)",
2="Floating conductor: q (free charge)", 2="Floating conductor: q (free charge)",
3="Floating conductor: v (scalar potential)" 3="Floating conductor: v (scalar electric potential)"
}, },
Name StrCat[surPath, name~{i}, "/0Type"]} Name StrCat[surPath, name~{i}, "/0Type"]}
]; ];
......
...@@ -58,9 +58,9 @@ Group { ...@@ -58,9 +58,9 @@ Group {
DefineConstant[ DefineConstant[
bc~{i} = {0, ReadOnlyRange 1, Choices{ bc~{i} = {0, ReadOnlyRange 1, Choices{
0=StrCat["Neumann: ", StrChoice[formulationType, 0=StrCat["Neumann: ", StrChoice[formulationType,
"n x h (magnetic field)", "n . b (flux density)"]], "n x h (n x magnetic field)", "n . b (normal flux density)"]],
1=StrCat["Dirichlet: ", StrChoice[formulationType, 1=StrCat["Dirichlet: ", StrChoice[formulationType,
"a (vector potential)", "phi (scalar potential)"]] "a (vector magnetic potential)", "phi (scalar magnetic potential)"]]
}, },
Name StrCat[surPath, name~{i}, "/0Type"]} Name StrCat[surPath, name~{i}, "/0Type"]}
]; ];
......
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