sfem::element::ET_tetrahedron Class Reference
... the abstract base class for tetrahedral element types, it already defines faces and edges, parameterization and node numbering as in Bathe! More...
#include <et-tetrahedron.hpp>
Inheritance diagram for sfem::element::ET_tetrahedron:
Collaboration diagram for sfem::element::ET_tetrahedron:
Public Member Functions | |
| EIGEN_MAKE_ALIGNED_OPERATOR_NEW | ET_tetrahedron (const count_type &theindex, const std::string &theident, const ushort &numnodes, const std::vector< bool > &thephysical_fields, const std::vector< bool > &theelemental_integration_types, const matrix_type &localcoordinatesofnodes, const matrix_type &localcoordinatesofinnernodes, const std::vector< real_type > &localCoordinatesOfNodesOnFace, const std::vector< real_type > &localCoordinatesOfNodesOnEdge, const Type_void_function &func_getSimplices, const Type_intcell_vector &par_int_cells_for_N_A, const Type_intcell_vector &par_int_cells_for_N_AB, const Type_intcell_vector &par_int_cells_for_N_AB_der, const Type_intcell_vector &par_int_cells_for_M_A, const Type_intcell_vector &par_int_cells_for_M_AB, const Type_intcell_vector &par_int_cells_for_M_AB_der, const IntegrationNodeType &the_nodal_int_type) |
Protected Member Functions | |
| const Type_available_dof | defAvailableDof (const ushort &numnodes) const |
| void | defElementFromFace_E1 (const real_type(&nat_coor2d)[1], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_E2 (const real_type(&nat_coor2d)[1], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_E3 (const real_type(&nat_coor2d)[1], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_E4 (const real_type(&nat_coor2d)[1], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_E5 (const real_type(&nat_coor2d)[1], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_E6 (const real_type(&nat_coor2d)[1], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_S1 (const real_type(&nat_coor2d)[2], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_S2 (const real_type(&nat_coor2d)[2], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_S3 (const real_type(&nat_coor2d)[2], real_type(&nat_coor3d)[3]) const |
| void | defElementFromFace_S4 (const real_type(&nat_coor2d)[2], real_type(&nat_coor3d)[3]) const |
| void | defElementToFace_E1 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[1]) const |
| void | defElementToFace_E2 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[1]) const |
| void | defElementToFace_E3 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[1]) const |
| void | defElementToFace_E4 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[1]) const |
| void | defElementToFace_E5 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[1]) const |
| void | defElementToFace_E6 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[1]) const |
| void | defElementToFace_S1 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[2]) const |
| void | defElementToFace_S2 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[2]) const |
| void | defElementToFace_S3 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[2]) const |
| void | defElementToFace_S4 (const real_type(&nat_coor3d)[3], real_type(&nat_coor2d)[2]) const |
Detailed Description
... the abstract base class for tetrahedral element types, it already defines faces and edges, parameterization and node numbering as in Bathe!The documentation for this class was generated from the following file:
- modules/sfem/sfem/element/topology/et-tetrahedron.hpp
