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Commit 71ceeb6d authored by Dr. Felix Tobias Schindler's avatar Dr. Felix Tobias Schindler
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[bindings] disable all but a minimum selection (compile takes too long)

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dune/gdt/CMakeLists.txt
+ 26
− 26
View file @ 71ceeb6d
...@@ -11,38 +11,38 @@ if(dune-pybindxi_FOUND) ...@@ -11,38 +11,38 @@ if(dune-pybindxi_FOUND)
dune_pybindxi_add_helper_lib(_gdt_bindings_helper dune_pybindxi_add_helper_lib(_gdt_bindings_helper
assembler/system.bindings.cc assembler/system.bindings.cc
discretefunction/default.bindings.cc discretefunction/default.bindings.cc
operators/elliptic-ipdg.bindings/alu_common_fem.cc #operators/elliptic-ipdg.bindings/alu_common_fem.cc
operators/elliptic-ipdg.bindings/alu_common_gdt.cc #operators/elliptic-ipdg.bindings/alu_common_gdt.cc
operators/elliptic-ipdg.bindings/alu_common_pdelab.cc #operators/elliptic-ipdg.bindings/alu_common_pdelab.cc
operators/elliptic-ipdg.bindings/alu_eigen_fem.cc #operators/elliptic-ipdg.bindings/alu_eigen_fem.cc
operators/elliptic-ipdg.bindings/alu_eigen_gdt.cc #operators/elliptic-ipdg.bindings/alu_eigen_gdt.cc
operators/elliptic-ipdg.bindings/alu_eigen_pdelab.cc #operators/elliptic-ipdg.bindings/alu_eigen_pdelab.cc
operators/elliptic-ipdg.bindings/alu_istl_fem.cc operators/elliptic-ipdg.bindings/alu_istl_fem.cc
operators/elliptic-ipdg.bindings/alu_istl_gdt.cc #operators/elliptic-ipdg.bindings/alu_istl_gdt.cc
operators/elliptic-ipdg.bindings/alu_istl_pdelab.cc #operators/elliptic-ipdg.bindings/alu_istl_pdelab.cc
operators/elliptic-ipdg.bindings/yasp_common_fem.cc #operators/elliptic-ipdg.bindings/yasp_common_fem.cc
operators/elliptic-ipdg.bindings/yasp_common_gdt.cc #operators/elliptic-ipdg.bindings/yasp_common_gdt.cc
operators/elliptic-ipdg.bindings/yasp_common_pdelab.cc #operators/elliptic-ipdg.bindings/yasp_common_pdelab.cc
operators/elliptic-ipdg.bindings/yasp_eigen_fem.cc #operators/elliptic-ipdg.bindings/yasp_eigen_fem.cc
operators/elliptic-ipdg.bindings/yasp_eigen_gdt.cc #operators/elliptic-ipdg.bindings/yasp_eigen_gdt.cc
operators/elliptic-ipdg.bindings/yasp_eigen_pdelab.cc #operators/elliptic-ipdg.bindings/yasp_eigen_pdelab.cc
operators/elliptic-ipdg.bindings/yasp_istl_fem.cc #operators/elliptic-ipdg.bindings/yasp_istl_fem.cc
operators/elliptic-ipdg.bindings/yasp_istl_gdt.cc #operators/elliptic-ipdg.bindings/yasp_istl_gdt.cc
operators/elliptic-ipdg.bindings/yasp_istl_pdelab.cc #operators/elliptic-ipdg.bindings/yasp_istl_pdelab.cc
operators/elliptic.bindings/common_fem.cc #operators/elliptic.bindings/common_fem.cc
operators/elliptic.bindings/common_gdt.cc #operators/elliptic.bindings/common_gdt.cc
operators/elliptic.bindings/common_pdelab.cc #operators/elliptic.bindings/common_pdelab.cc
operators/elliptic.bindings/eigen_fem.cc #operators/elliptic.bindings/eigen_fem.cc
operators/elliptic.bindings/eigen_gdt.cc #operators/elliptic.bindings/eigen_gdt.cc
operators/elliptic.bindings/eigen_pdelab.cc #operators/elliptic.bindings/eigen_pdelab.cc
operators/elliptic.bindings/istl_fem.cc operators/elliptic.bindings/istl_fem.cc
operators/elliptic.bindings/istl_gdt.cc #operators/elliptic.bindings/istl_gdt.cc
operators/elliptic.bindings/istl_pdelab.cc #operators/elliptic.bindings/istl_pdelab.cc
projections/dirichlet.bindings.cc projections/dirichlet.bindings.cc
spaces/cg.bindings.cc spaces/cg.bindings.cc
spaces/constraints.bindings.cc spaces/constraints.bindings.cc
spaces/dg.bindings.cc spaces/dg.bindings.cc
spaces/fv.bindings.cc #spaces/fv.bindings.cc
) )
dune_pybindxi_add_module(_gdt bindings.cc) dune_pybindxi_add_module(_gdt bindings.cc)
target_link_dune_default_libraries(_gdt) target_link_dune_default_libraries(_gdt)
......
dune/gdt/bindings.cc
+ 72
− 72
View file @ 71ceeb6d
...@@ -48,11 +48,11 @@ struct for_Grid_and_Intersection ...@@ -48,11 +48,11 @@ struct for_Grid_and_Intersection
static void addbind(py::module& m, const std::string& grid_id, const std::string& id) static void addbind(py::module& m, const std::string& grid_id, const std::string& id)
{ {
auto constraints = DirichletConstraints<I>::bind(m, grid_id + id); auto constraints = DirichletConstraints<I>::bind(m, grid_id + id);
DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::common_dense>(constraints); // DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::common_dense>(constraints);
#if HAVE_EIGEN //#if HAVE_EIGEN
DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::eigen_dense>(constraints); // DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::eigen_dense>(constraints);
DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::eigen_sparse>(constraints); // DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::eigen_sparse>(constraints);
#endif //#endif
#if HAVE_DUNE_ISTL #if HAVE_DUNE_ISTL
DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::istl_sparse>(constraints); DirichletConstraints<I>::template addbind<Dune::XT::LA::Backends::istl_sparse>(constraints);
#endif #endif
...@@ -132,17 +132,17 @@ void addbind_for_space(py::module& m, ...@@ -132,17 +132,17 @@ void addbind_for_space(py::module& m,
"grid_provider"_a, "grid_provider"_a,
"level"_a = 0, "level"_a = 0,
py::keep_alive<0, 1>()); py::keep_alive<0, 1>());
// DiscreteFunction // DiscreteFunction
ConstDiscreteFunction<S, COMMON_DENSE_VECTOR>::bind( // ConstDiscreteFunction<S, COMMON_DENSE_VECTOR>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense");
DiscreteFunction<S, COMMON_DENSE_VECTOR>::bind( // DiscreteFunction<S, COMMON_DENSE_VECTOR>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense");
#if HAVE_EIGEN //#if HAVE_EIGEN
ConstDiscreteFunction<S, EIGEN_DENSE_VECTOR>::bind( // ConstDiscreteFunction<S, EIGEN_DENSE_VECTOR>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense");
DiscreteFunction<S, EIGEN_DENSE_VECTOR>::bind( // DiscreteFunction<S, EIGEN_DENSE_VECTOR>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense");
#endif // HAVE_EIGEN //#endif // HAVE_EIGEN
#if HAVE_DUNE_ISTL #if HAVE_DUNE_ISTL
ConstDiscreteFunction<S, ISTL_DENSE_VECTOR>::bind( ConstDiscreteFunction<S, ISTL_DENSE_VECTOR>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "istl_dense"); m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "istl_dense");
...@@ -154,35 +154,35 @@ void addbind_for_space(py::module& m, ...@@ -154,35 +154,35 @@ void addbind_for_space(py::module& m,
SystemAssembler<S>::bind(m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix); SystemAssembler<S>::bind(m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix);
addbind_for_lagrange_space<S, COMMON_DENSE_VECTOR, ScalarFunction>()( addbind_for_lagrange_space<S, COMMON_DENSE_VECTOR, ScalarFunction>()(
m, system_assembler, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense"); m, system_assembler, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense");
#if HAVE_EIGEN //#if HAVE_EIGEN
addbind_for_lagrange_space<S, EIGEN_DENSE_VECTOR, ScalarFunction>()( // addbind_for_lagrange_space<S, EIGEN_DENSE_VECTOR, ScalarFunction>()(
m, system_assembler, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense"); // m, system_assembler, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense");
#endif //#endif
#if HAVE_DUNE_ISTL //#if HAVE_DUNE_ISTL
addbind_for_lagrange_space<S, ISTL_DENSE_VECTOR, ScalarFunction>()( // addbind_for_lagrange_space<S, ISTL_DENSE_VECTOR, ScalarFunction>()(
m, system_assembler, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "istl_dense"); // m, system_assembler, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "istl_dense");
#endif //#endif
// EllipticMatrixOperator // EllipticMatrixOperator
EllipticMatrixOperator<ScalarFunction, TensorFunction, S, COMMON_DENSE_MATRIX>::bind( // EllipticMatrixOperator<ScalarFunction, TensorFunction, S, COMMON_DENSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense");
EllipticMatrixOperator<ScalarFunction, void, S, COMMON_DENSE_MATRIX>::bind( // EllipticMatrixOperator<ScalarFunction, void, S, COMMON_DENSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense");
EllipticMatrixOperator<TensorFunction, void, S, COMMON_DENSE_MATRIX>::bind( // EllipticMatrixOperator<TensorFunction, void, S, COMMON_DENSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "common_dense");
#if HAVE_EIGEN //#if HAVE_EIGEN
EllipticMatrixOperator<ScalarFunction, TensorFunction, S, EIGEN_DENSE_MATRIX>::bind( // EllipticMatrixOperator<ScalarFunction, TensorFunction, S, EIGEN_DENSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense");
EllipticMatrixOperator<ScalarFunction, void, S, EIGEN_DENSE_MATRIX>::bind( // EllipticMatrixOperator<ScalarFunction, void, S, EIGEN_DENSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense");
EllipticMatrixOperator<TensorFunction, void, S, EIGEN_DENSE_MATRIX>::bind( // EllipticMatrixOperator<TensorFunction, void, S, EIGEN_DENSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_dense");
EllipticMatrixOperator<ScalarFunction, TensorFunction, S, EIGEN_SPARSE_MATRIX>::bind( // EllipticMatrixOperator<ScalarFunction, TensorFunction, S, EIGEN_SPARSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_sparse"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_sparse");
EllipticMatrixOperator<ScalarFunction, void, S, EIGEN_SPARSE_MATRIX>::bind( // EllipticMatrixOperator<ScalarFunction, void, S, EIGEN_SPARSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_sparse"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_sparse");
EllipticMatrixOperator<TensorFunction, void, S, EIGEN_SPARSE_MATRIX>::bind( // EllipticMatrixOperator<TensorFunction, void, S, EIGEN_SPARSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_sparse"); // m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "eigen_sparse");
#endif // HAVE_EIGEN //#endif // HAVE_EIGEN
#if HAVE_DUNE_ISTL #if HAVE_DUNE_ISTL
EllipticMatrixOperator<ScalarFunction, TensorFunction, S, ISTL_SPARSE_MATRIX>::bind( EllipticMatrixOperator<ScalarFunction, TensorFunction, S, ISTL_SPARSE_MATRIX>::bind(
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "istl_sparse"); m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, "istl_sparse");
...@@ -206,21 +206,21 @@ void addbind_for_space(py::module& m, ...@@ -206,21 +206,21 @@ void addbind_for_space(py::module& m,
EllipticIpdgMatrixOperator<TensorFunction, void, S, GDT::LocalEllipticIpdgIntegrands::Method::_MET, _MAT>::bind( \ EllipticIpdgMatrixOperator<TensorFunction, void, S, GDT::LocalEllipticIpdgIntegrands::Method::_MET, _MAT>::bind( \
m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, _la, _met) m, space_id + "Space__" + grid_id + "_" + layer_id + "_to_" + space_suffix, _la, _met)
BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", sipdg, "Sipdg"); // BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", sipdg, "Sipdg");
BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", swipdg, "Swipdg"); // BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", swipdg, "Swipdg");
BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", swipdg_affine_factor, "SwipdgAffineFactor"); // BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", swipdg_affine_factor, "SwipdgAffineFactor");
BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", swipdg_affine_tensor, "SwipdgAffineTensor"); // BIND_ELLIPTIT_IPDG_OP(COMMON_DENSE_MATRIX, "common_dense", swipdg_affine_tensor, "SwipdgAffineTensor");
#if HAVE_EIGEN //#if HAVE_EIGEN
BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", sipdg, "Sipdg"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", sipdg, "Sipdg");
BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", swipdg, "Swipdg"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", swipdg, "Swipdg");
BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", swipdg_affine_factor, "SwipdgAffineFactor"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", swipdg_affine_factor, "SwipdgAffineFactor");
BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", swipdg_affine_tensor, "SwipdgAffineTensor"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_DENSE_MATRIX, "eigen_dense", swipdg_affine_tensor, "SwipdgAffineTensor");
BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", sipdg, "SIPDG"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", sipdg, "SIPDG");
BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", sipdg, "Sipdg"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", sipdg, "Sipdg");
BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", swipdg, "Swipdg"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", swipdg, "Swipdg");
BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", swipdg_affine_factor, "SwipdgAffineFactor"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", swipdg_affine_factor, "SwipdgAffineFactor");
BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", swipdg_affine_tensor, "SwipdgAffineTensor"); // BIND_ELLIPTIT_IPDG_OP(EIGEN_SPARSE_MATRIX, "eigen_sparse", swipdg_affine_tensor, "SwipdgAffineTensor");
#endif //#endif
#if HAVE_DUNE_ISTL #if HAVE_DUNE_ISTL
BIND_ELLIPTIT_IPDG_OP(ISTL_SPARSE_MATRIX, "istl_sparse", sipdg, "Sipdg"); BIND_ELLIPTIT_IPDG_OP(ISTL_SPARSE_MATRIX, "istl_sparse", sipdg, "Sipdg");
BIND_ELLIPTIT_IPDG_OP(ISTL_SPARSE_MATRIX, "istl_sparse", swipdg, "Swipdg"); BIND_ELLIPTIT_IPDG_OP(ISTL_SPARSE_MATRIX, "istl_sparse", swipdg, "Swipdg");
...@@ -316,11 +316,11 @@ void addbind_for_grid(py::module& m, const std::string& grid_id) ...@@ -316,11 +316,11 @@ void addbind_for_grid(py::module& m, const std::string& grid_id)
using namespace Dune; using namespace Dune;
using namespace Dune::XT; using namespace Dune::XT;
using namespace Dune::GDT; using namespace Dune::GDT;
// FV // // FV
addbind_for_space<FvSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::gdt, double, 1, 1>>( // addbind_for_space<FvSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::gdt, double, 1, 1>>(
m, grid_id, "leaf", "Fv", ""); // m, grid_id, "leaf", "Fv", "");
addbind_for_space<FvSpaceProvider<G, XT::Grid::Layers::level, ChooseSpaceBackend::gdt, double, 1, 1>>( // addbind_for_space<FvSpaceProvider<G, XT::Grid::Layers::level, ChooseSpaceBackend::gdt, double, 1, 1>>(
m, grid_id, "level", "Fv", ""); // m, grid_id, "level", "Fv", "");
// CG // CG
#if HAVE_DUNE_FEM #if HAVE_DUNE_FEM
addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::fem, 1, double, 1, 1>>( addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::fem, 1, double, 1, 1>>(
...@@ -328,12 +328,12 @@ void addbind_for_grid(py::module& m, const std::string& grid_id) ...@@ -328,12 +328,12 @@ void addbind_for_grid(py::module& m, const std::string& grid_id)
addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::level, ChooseSpaceBackend::fem, 1, double, 1, 1>>( addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::level, ChooseSpaceBackend::fem, 1, double, 1, 1>>(
m, grid_id, "level", "Cg", "__fem"); m, grid_id, "level", "Cg", "__fem");
#endif #endif
#if HAVE_DUNE_PDELAB //#if HAVE_DUNE_PDELAB
addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::pdelab, 1, double, 1, 1>>( // addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::pdelab, 1, double, 1, 1>>(
m, grid_id, "leaf", "Cg", "__pdelab"); // m, grid_id, "leaf", "Cg", "__pdelab");
addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::level, ChooseSpaceBackend::pdelab, 1, double, 1, 1>>( // addbind_for_space<CgSpaceProvider<G, XT::Grid::Layers::level, ChooseSpaceBackend::pdelab, 1, double, 1, 1>>(
m, grid_id, "level", "Cg", "__pdelab"); // m, grid_id, "level", "Cg", "__pdelab");
#endif //#endif
// DG // DG
#if HAVE_DUNE_FEM #if HAVE_DUNE_FEM
addbind_for_space<DgSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::fem, 1, double, 1, 1>>( addbind_for_space<DgSpaceProvider<G, XT::Grid::Layers::leaf, ChooseSpaceBackend::fem, 1, double, 1, 1>>(
...@@ -415,7 +415,7 @@ PYBIND11_PLUGIN(_gdt) ...@@ -415,7 +415,7 @@ PYBIND11_PLUGIN(_gdt)
}, },
"args"_a = std::vector<std::string>()); "args"_a = std::vector<std::string>());
addbind_for_grid<Dune::YaspGrid<2, Dune::EquidistantOffsetCoordinates<double, 2>>>(m, "2d_cube_yaspgrid"); // addbind_for_grid<Dune::YaspGrid<2, Dune::EquidistantOffsetCoordinates<double, 2>>>(m, "2d_cube_yaspgrid");
#if HAVE_ALUGRID || HAVE_DUNE_ALUGRID #if HAVE_ALUGRID || HAVE_DUNE_ALUGRID
addbind_for_grid<Dune::ALUGrid<2, 2, Dune::simplex, Dune::conforming>>(m, "2d_simplex_aluconform"); addbind_for_grid<Dune::ALUGrid<2, 2, Dune::simplex, Dune::conforming>>(m, "2d_simplex_aluconform");
#endif #endif
......
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