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duality-group / Pygments python
Repository URL to install this package:
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Version:
2.13.0 ▾
|
'// Example of problem solving in parallel\n' Comment.Single
'\n' Text.Whitespace
'// Usage:\n' Comment.Single
'// ff-mpirun -np 12 LaplacianParallel.edp (here 12 is the number of threads (command nproc to know that)\n' Comment.Single
'// Need FreeFem++ with PETSc\n' Comment.Single
'\n' Text.Whitespace
'// Parallel stuff\n' Comment.Single
'load' Comment.Preproc
' ' Text.Whitespace
'"' Literal.String
'PETSc' Literal.String
'"' Literal.String
'\n' Text.Whitespace
'macro' Keyword.Type
' ' Text.Whitespace
'partitioner' Name
'(' Punctuation
')' Punctuation
'metis' Name
'//\n' Comment.Single
'macro' Keyword.Type
' ' Text.Whitespace
'dimension' Name
'(' Punctuation
')' Punctuation
'2' Literal.Number.Integer
'//\n' Comment.Single
'include' Comment.Preproc
' ' Text.Whitespace
'"' Literal.String
'./macro_ddm.idp' Literal.String
'"' Literal.String
'\n' Text.Whitespace
'\n' Text.Whitespace
'macro' Keyword.Type
' ' Text.Whitespace
'def' Name
'(' Punctuation
'i' Name
')' Punctuation
'[' Punctuation
'i' Name
']' Punctuation
'//\n' Comment.Single
'macro' Keyword.Type
' ' Text.Whitespace
'init' Keyword.Pseudo
'(' Punctuation
'i' Name
')' Punctuation
'[' Punctuation
'i' Name
']' Punctuation
'//\n' Comment.Single
'//macro meshN()mesh//\t//these macro are defined in macro_ddm.idp\n' Comment.Single
'//macro intN()int2d//\n' Comment.Single
'\n' Text.Whitespace
'// Parameters\n' Comment.Single
'int' Keyword.Type
' ' Text.Whitespace
'nn' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'500' Literal.Number.Integer
';' Punctuation
'\n' Text.Whitespace
'real' Keyword.Type
' ' Text.Whitespace
'L' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'1.' Literal.Number.Float
';' Punctuation
'\n' Text.Whitespace
'real' Keyword.Type
' ' Text.Whitespace
'H' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'1.' Literal.Number.Float
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'func' Keyword.Type
' ' Text.Whitespace
'f' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'1.' Literal.Number.Float
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'func' Keyword.Type
' ' Text.Whitespace
'Pk' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'P1' Name.Class
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'// Mesh\n' Comment.Single
'border' Keyword.Type
' ' Text.Whitespace
'b1' Name.Function
'(' Punctuation
't' Keyword.Pseudo
'=' Operator
'0' Literal.Number.Integer
',' Punctuation
' ' Text.Whitespace
'L' Name
')' Punctuation
'{' Punctuation
'x' Keyword.Reserved
'=' Operator
't' Keyword.Pseudo
';' Punctuation
' ' Text.Whitespace
'y' Keyword.Reserved
'=' Operator
'0' Literal.Number.Integer
';' Punctuation
' ' Text.Whitespace
'label' Keyword.Reserved
'=' Operator
'1' Literal.Number.Integer
';' Punctuation
'}' Punctuation
'\n' Text.Whitespace
'border' Keyword.Type
' ' Text.Whitespace
'b2' Name.Function
'(' Punctuation
't' Keyword.Pseudo
'=' Operator
'0' Literal.Number.Integer
',' Punctuation
' ' Text.Whitespace
'H' Name
')' Punctuation
'{' Punctuation
'x' Keyword.Reserved
'=' Operator
'L' Name
';' Punctuation
' ' Text.Whitespace
'y' Keyword.Reserved
'=' Operator
't' Keyword.Pseudo
';' Punctuation
' ' Text.Whitespace
'label' Keyword.Reserved
'=' Operator
'2' Literal.Number.Integer
';' Punctuation
'}' Punctuation
'\n' Text.Whitespace
'border' Keyword.Type
' ' Text.Whitespace
'b3' Name.Function
'(' Punctuation
't' Keyword.Pseudo
'=' Operator
'L' Name
',' Punctuation
' ' Text.Whitespace
'0' Literal.Number.Integer
')' Punctuation
'{' Punctuation
'x' Keyword.Reserved
'=' Operator
't' Keyword.Pseudo
';' Punctuation
' ' Text.Whitespace
'y' Keyword.Reserved
'=' Operator
'H' Name
';' Punctuation
' ' Text.Whitespace
'label' Keyword.Reserved
'=' Operator
'3' Literal.Number.Integer
';' Punctuation
'}' Punctuation
'\n' Text.Whitespace
'border' Keyword.Type
' ' Text.Whitespace
'b4' Name.Function
'(' Punctuation
't' Keyword.Pseudo
'=' Operator
'H' Name
',' Punctuation
' ' Text.Whitespace
'0' Literal.Number.Integer
')' Punctuation
'{' Punctuation
'x' Keyword.Reserved
'=' Operator
'0' Literal.Number.Integer
';' Punctuation
' ' Text.Whitespace
'y' Keyword.Reserved
'=' Operator
't' Keyword.Pseudo
';' Punctuation
' ' Text.Whitespace
'label' Keyword.Reserved
'=' Operator
'4' Literal.Number.Integer
';' Punctuation
'}' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'meshN' Name
' ' Text.Whitespace
'Th' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'buildmesh' Name.Function
'(' Punctuation
'b1' Name
'(' Punctuation
'1' Literal.Number.Integer
')' Punctuation
' ' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'b2' Name
'(' Punctuation
'1' Literal.Number.Integer
')' Punctuation
' ' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'b3' Name
'(' Punctuation
'1' Literal.Number.Integer
')' Punctuation
' ' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'b4' Name
'(' Punctuation
'1' Literal.Number.Integer
')' Punctuation
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//build a really coarse mesh (just to build the fespace later)\n' Comment.Single
'//meshN Th = square(1, 1, [L*x, H*y]);\n' Comment.Single
'\n' Text.Whitespace
'int' Keyword.Type
'[' Punctuation
'int' Keyword.Type
']' Punctuation
' ' Text.Whitespace
'Wall' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'[' Punctuation
'1' Literal.Number.Integer
',' Punctuation
' ' Text.Whitespace
'2' Literal.Number.Integer
',' Punctuation
' ' Text.Whitespace
'3' Literal.Number.Integer
',' Punctuation
' ' Text.Whitespace
'4' Literal.Number.Integer
']' Punctuation
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'// Fespace\n' Comment.Single
'fespace' Keyword.Type
' ' Text.Whitespace
'Uh' Name.Function
'(' Punctuation
'Th' Name
',' Punctuation
' ' Text.Whitespace
'Pk' Name
')' Punctuation
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'// Mesh partition\n' Comment.Single
'int' Keyword.Type
'[' Punctuation
'int' Keyword.Type
']' Punctuation
' ' Text.Whitespace
'ArrayIntersection' Name
';' Punctuation
'\n' Text.Whitespace
'int' Keyword.Type
'[' Punctuation
'int' Keyword.Type
']' Punctuation
'[' Punctuation
'int' Keyword.Type
']' Punctuation
' ' Text.Whitespace
'RestrictionIntersection' Name
'(' Punctuation
'0' Literal.Number.Integer
')' Punctuation
';' Punctuation
'\n' Text.Whitespace
'real' Keyword.Type
'[' Punctuation
'int' Keyword.Type
']' Punctuation
' ' Text.Whitespace
'D' Name
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'meshN' Name
' ' Text.Whitespace
'ThBorder' Name
';' Punctuation
'\n' Text.Whitespace
'meshN' Name
' ' Text.Whitespace
'ThGlobal' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'buildmesh' Name.Function
'(' Punctuation
'b1' Name
'(' Punctuation
'nn' Name
'*' Operator
'L' Name
')' Punctuation
' ' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'b2' Name
'(' Punctuation
'nn' Name
'*' Operator
'H' Name
')' Punctuation
' ' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'b3' Name
'(' Punctuation
'nn' Name
'*' Operator
'L' Name
')' Punctuation
' ' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'b4' Name
'(' Punctuation
'nn' Name
'*' Operator
'H' Name
')' Punctuation
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//build the mesh to partition\n' Comment.Single
'//meshN ThGlobal = square(nn*L, nn*H, [L*x, H*y]);\n' Comment.Single
'int' Keyword.Type
' ' Text.Whitespace
'InterfaceLabel' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'10' Literal.Number.Integer
';' Punctuation
'\n' Text.Whitespace
'int' Keyword.Type
' ' Text.Whitespace
'Split' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'1' Literal.Number.Integer
';' Punctuation
'\n' Text.Whitespace
'int' Keyword.Type
' ' Text.Whitespace
'Overlap' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'1' Literal.Number.Integer
';' Punctuation
'\n' Text.Whitespace
'build' Name
'(' Punctuation
'Th' Name
',' Punctuation
' ' Text.Whitespace
'ThBorder' Name
',' Punctuation
' ' Text.Whitespace
'ThGlobal' Name
',' Punctuation
' ' Text.Whitespace
'InterfaceLabel' Name
',' Punctuation
' ' Text.Whitespace
'Split' Name
',' Punctuation
' ' Text.Whitespace
'Overlap' Name
',' Punctuation
' ' Text.Whitespace
'D' Name
',' Punctuation
' ' Text.Whitespace
'ArrayIntersection' Name
',' Punctuation
' ' Text.Whitespace
'RestrictionIntersection' Name
',' Punctuation
' ' Text.Whitespace
'Uh' Name
',' Punctuation
' ' Text.Whitespace
'Pk' Name
',' Punctuation
' ' Text.Whitespace
'mpiCommWorld' Keyword.Reserved
',' Punctuation
' ' Text.Whitespace
'false' Keyword.Reserved
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//see macro_ddm.idp for detailed parameters\n' Comment.Single
'\n' Text.Whitespace
'// Macro\n' Comment.Single
'macro' Keyword.Type
' ' Text.Whitespace
'grad' Name
'(' Punctuation
'u' Name
')' Punctuation
' ' Text.Whitespace
'[' Punctuation
'dx' Name.Function
'(' Punctuation
'u' Name
')' Punctuation
',' Punctuation
' ' Text.Whitespace
'dy' Name.Function
'(' Punctuation
'u' Name
')' Punctuation
']' Punctuation
' ' Text.Whitespace
'//\n' Comment.Single
'\n' Text.Whitespace
'// Problem\n' Comment.Single
'varf' Keyword.Type
' ' Text.Whitespace
'vLaplacian' Name
' ' Text.Whitespace
'(' Punctuation
'u' Name
',' Punctuation
' ' Text.Whitespace
'uh' Name
')' Punctuation
'\t' Text.Whitespace
'//Problem in varf formulation mandatory\n' Comment.Single
'\t' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'intN' Name
'(' Punctuation
'Th' Name
')' Punctuation
'(' Punctuation
'\n' Text.Whitespace
'\t\t ' Text.Whitespace
'grad' Name
'(' Punctuation
'u' Name
')' Punctuation
"'" Operator
' ' Text.Whitespace
'*' Operator
' ' Text.Whitespace
'grad' Name
'(' Punctuation
'uh' Name
')' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
')' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
'-' Operator
' ' Text.Whitespace
'intN' Name
'(' Punctuation
'Th' Name
')' Punctuation
'(' Punctuation
'\n' Text.Whitespace
'\t\t ' Text.Whitespace
'f' Name
' ' Text.Whitespace
'*' Operator
' ' Text.Whitespace
'uh' Name
'\n' Text.Whitespace
'\t' Text.Whitespace
')' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
'+' Operator
' ' Text.Whitespace
'on' Name.Function
'(' Punctuation
'Wall' Name
',' Punctuation
' ' Text.Whitespace
'u' Name
'=' Operator
'0' Literal.Number.Integer
')' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'matrix' Keyword.Type
'<' Operator
'real' Keyword.Type
'>' Operator
' ' Text.Whitespace
'Laplacian' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'vLaplacian' Name
'(' Punctuation
'Uh' Name
',' Punctuation
' ' Text.Whitespace
'Uh' Name
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//build the sequential matrix\n' Comment.Single
'real' Keyword.Type
'[' Punctuation
'int' Keyword.Type
']' Punctuation
' ' Text.Whitespace
'LaplacianBoundary' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'vLaplacian' Name
'(' Punctuation
'0' Literal.Number.Integer
',' Punctuation
' ' Text.Whitespace
'Uh' Name
')' Punctuation
';' Punctuation
'// and right hand side\n' Comment.Single
'\n' Text.Whitespace
'//// In sequential, you normally do that:\n' Comment.Single
'//// Solve\n' Comment.Single
'//Uh def(u)=init(0);\n' Comment.Single
'//u[] = Laplacian^-1 * LaplacianBoundary;\n' Comment.Single
'\n' Text.Whitespace
'//// Plot\n' Comment.Single
'//plot(u);\n' Comment.Single
'\n' Text.Whitespace
'// In parallel:\n' Comment.Single
'// Matrix construction\n' Comment.Single
'dmatrix' Keyword.Type
' ' Text.Whitespace
'PLaplacian' Name.Function
'(' Punctuation
'Laplacian' Name
',' Punctuation
' ' Text.Whitespace
'ArrayIntersection' Name
',' Punctuation
' ' Text.Whitespace
'RestrictionIntersection' Name
',' Punctuation
' ' Text.Whitespace
'D' Name
',' Punctuation
' ' Text.Whitespace
'bs' Name
'=' Operator
'1' Literal.Number.Integer
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//build the parallel matrix\n' Comment.Single
'set' Name.Function
'(' Punctuation
'PLaplacian' Name
',' Punctuation
' ' Text.Whitespace
'sparams' Keyword.Pseudo
'=' Operator
'"' Literal.String
'-pc_type lu -pc_factor_mat_solver_package mumps' Literal.String
'"' Literal.String
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//preconditioner LU and MUMPS solver (see PETSc doc for detailed parameters)\n' Comment.Single
'\n' Text.Whitespace
'// Solve\n' Comment.Single
'Uh' Name
' ' Text.Whitespace
'def' Name.Function
'(' Punctuation
'u' Name
')' Punctuation
'=' Operator
'init' Keyword.Pseudo
'(' Punctuation
'0' Literal.Number.Integer
')' Punctuation
';' Punctuation
'\t' Text.Whitespace
'//define the unknown (must be defined after mesh partitioning)\n' Comment.Single
'u' Name
'[' Punctuation
']' Punctuation
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'PLaplacian' Name
'^' Operator
'-1' Literal.Number.Integer
' ' Text.Whitespace
'*' Operator
' ' Text.Whitespace
'LaplacianBoundary' Name
';' Punctuation
'\n' Text.Whitespace
'\n' Text.Whitespace
'// Export results to vtk (there is not plot in parallel)\n' Comment.Single
'{' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
'fespace' Keyword.Type
' ' Text.Whitespace
'PV' Name.Function
'(' Punctuation
'Th' Name
',' Punctuation
' ' Text.Whitespace
'P1' Name.Class
')' Punctuation
';' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
'PV' Name
' ' Text.Whitespace
'uu' Name
'=' Operator
'u' Name
';' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
'int' Keyword.Type
'[' Punctuation
'int' Keyword.Type
']' Punctuation
' ' Text.Whitespace
'Order' Name
' ' Text.Whitespace
'=' Operator
' ' Text.Whitespace
'[' Punctuation
'1' Literal.Number.Integer
']' Punctuation
';' Punctuation
'\n' Text.Whitespace
'\t' Text.Whitespace
'export' Keyword
'(' Punctuation
'"' Literal.String
'Result' Literal.String
'"' Literal.String
',' Punctuation
' ' Text.Whitespace
'Th' Name
',' Punctuation
' ' Text.Whitespace
'uu' Name
',' Punctuation
' ' Text.Whitespace
'Order' Name
',' Punctuation
' ' Text.Whitespace
'mpiCommWorld' Keyword.Reserved
')' Punctuation
';' Punctuation
'\n' Text.Whitespace
'}' Punctuation
'\n' Text.Whitespace