sfem::element::IntCell_ET Class Reference
... the abstract base class for integration types of finite elements (on element type side) More...
#include <intcell_et.hpp>
Collaboration diagram for sfem::element::IntCell_ET:
Public Types | |
| typedef material::TVector | coor_type |
| typedef size_t | count_type |
| typedef unsigned int | index_type |
| typedef material::TMatrix | matrix_type |
| typedef material::TSparseMatrix | sparse_matrix_type |
| typedef std::vector< IntCell_ET > | Type_intcell_vector |
|
typedef std::vector < IntegrationCellData > | Type_intpts |
| typedef unsigned int | uint |
| typedef unsigned short | ushort |
| typedef material::TVector | vector_type |
Public Member Functions | |
| const index_type & | index () const |
| getter for index | |
| vector_type & | innerShape_N_A () |
| setter for inner_shape_N_A | |
| const vector_type & | innerShape_N_A () const |
| getter for inner_shape_N_A | |
| IntCell_ET (const IntCell_ET &src) | |
| IntCell_ET (const index_type &theindex, const IntegrationCellData &intpt) | |
| const IntegrationCellData & | integrationPoint () const |
| returns the vector of integration point coordinates | |
| vector_type & | shape_N_A () |
| setter for shape_N_A | |
| const vector_type & | shape_N_A () const |
| getter for shape_N_A | |
| matrix_type & | shape_N_A_der () |
| setter for shape_N_A_der | |
| const matrix_type & | shape_N_A_der () const |
| getter for shape_N_A_der | |
Static Public Member Functions | |
| static const coor_type | getCoordinateCenterHexahedral () |
| returns the center coordinate of a single cell of a hexahedral element: | |
| static const coor_type | getCoordinateCenterTetrahedral () |
| static const Type_intcell_vector | IntCells (const Type_intpts &intpts) |
| static const Type_intcell_vector | IntCells_Hexahedral1 () |
| static const Type_intcell_vector | IntCells_Hexahedral125 () |
| static const Type_intcell_vector | IntCells_Hexahedral216 () |
| static const Type_intcell_vector | IntCells_Hexahedral27 () |
| static const Type_intcell_vector | IntCells_Hexahedral343 () |
| static const Type_intcell_vector | IntCells_Hexahedral64 () |
| static const Type_intcell_vector | IntCells_Hexahedral8 () |
| static const Type_intcell_vector | IntCells_Tetrahedral1 () |
| static const Type_intcell_vector | IntCells_Tetrahedral11 () |
| static const Type_intcell_vector | IntCells_Tetrahedral15 () |
| static const Type_intcell_vector | IntCells_Tetrahedral216 () |
| static const Type_intcell_vector | IntCells_Tetrahedral24 () |
| static const Type_intcell_vector | IntCells_Tetrahedral31 () |
| static const Type_intcell_vector | IntCells_Tetrahedral343 () |
| static const Type_intcell_vector | IntCells_Tetrahedral4 () |
| static const Type_intcell_vector | IntCells_Tetrahedral5 () |
| static const Type_intpts | IntegrationType_FromIntData (const Type_intpts &intpts, const uint &index) |
| static const Type_intpts | IntegrationType_Hexahedral1 () |
| returns integration point coordinates and weights assuming a single int-cell for hexahedral 3d integration with 8 int-points | |
| static const Type_intpts | IntegrationType_Hexahedral125 () |
| static const Type_intpts | IntegrationType_Hexahedral216 () |
| static const Type_intpts | IntegrationType_Hexahedral27 () |
| static const Type_intpts | IntegrationType_Hexahedral343 () |
| static const Type_intpts | IntegrationType_Hexahedral64 () |
| static const Type_intpts | IntegrationType_Hexahedral8 () |
| static const Type_intpts | IntegrationType_Tetrahedral1 () |
| static const Type_intpts | IntegrationType_Tetrahedral11 () |
| static const Type_intpts | IntegrationType_Tetrahedral15 () |
| static const Type_intpts | IntegrationType_Tetrahedral216 () |
| static const Type_intpts | IntegrationType_Tetrahedral24 () |
| static const Type_intpts | IntegrationType_Tetrahedral31 () |
| static const Type_intpts | IntegrationType_Tetrahedral343 () |
| static const Type_intpts | IntegrationType_Tetrahedral4 () |
| static const Type_intpts | IntegrationType_Tetrahedral5 () |
Public Attributes | |
|
EIGEN_MAKE_ALIGNED_OPERATOR_NEW typedef double | real_type |
Protected Attributes | |
| IntegrationCellData | integration_point |
| the integration point associated with this integration cell (in local element coordinates): | |
| index_type | m_index |
| the index in element type | |
| vector_type | m_inner_shape_N_A |
| the shape function value N_A of the "inner shape function" used for nodal integration | |
| vector_type | m_shape_N_A |
| the shape function value N_A | |
| matrix_type | m_shape_N_A_der |
| the shape function derivative value N_A_der (N_{A,r}) | |
Detailed Description
... the abstract base class for integration types of finite elements (on element type side)Member Function Documentation
| static const Type_intpts sfem::element::IntCell_ET::IntegrationType_FromIntData | ( | const Type_intpts & | intpts, | |
| const uint & | index | |||
| ) | [static] |
returns integration point coordinates for a specific cell with only one integration point. The idea: The single int-cell with n int-points is transformed into n int-cells with one int-point for each
- Parameters:
-
index ... the index-th integration point of given data is taken as reference!
The documentation for this class was generated from the following file:
- modules/sfem/sfem/element/integration/intcell_et.hpp
