Inheritance diagram for ngfem::FE_ElementTransformation< DIMS, DIMR >:
Public Member Functions | |
| virtual void | SetElement (const FiniteElement *afel, int aelnr, int aelindex) |
| const FiniteElement & | GetElement () const |
| ELEMENT_TYPE | GetElementType () const |
| return element geometry type | |
| virtual void | CalcJacobian (const IntegrationPoint &ip, FlatMatrix<> dxdxi) const |
| calculates the Jacobi matrix | |
| virtual void | CalcPoint (const IntegrationPoint &ip, FlatVector<> point) const |
| calculate the mapped point | |
| virtual void | CalcPointJacobian (const IntegrationPoint &ip, FlatVector<> point, FlatMatrix<> dxdxi) const |
| calculate point and Jacobi matrix | |
| virtual void | CalcMultiPointJacobian (const IntegrationRule &ir, BaseMappedIntegrationRule &bmir) const |
| Calculate points and Jacobimatrices in all points of integrationrule. | |
| FlatMatrix | PointMatrix () const |
| const FlatMatrix & | NVMatrix () const |
| template<typename T > | |
| void | CalcNormalVector (const IntegrationPoint &ip, T &nv, LocalHeap &lh) const |
| int | SpaceDim () const |
| returns space dimension of physical elements | |
| bool | Boundary (void) const |
| is it a mapping for boundary elements ? | |
| void | GetSort (FlatArray< int > sort) const |
|
virtual BaseMappedIntegrationPoint & | operator() (const IntegrationPoint &ip, LocalHeap &lh) const |
| return a mapped integration point on localheap | |
| virtual BaseMappedIntegrationRule & | operator() (const IntegrationRule &ir, LocalHeap &lh) const |
| return a mapped integration rule on localheap | |
template<int DIMS, int DIMR>
class ngfem::FE_ElementTransformation< DIMS, DIMR >
The documentation for this class was generated from the following file:
