, including all inherited members.
| _debugLevel | MixedHybridCompressibleNewton | [private] |
| addPcTerm(VecDouble &B, OrthoMesh &mesh, ScalarBC &bc, const VecDouble &KPc, const VecDouble &vPc) | MixedHybridBase | [protected] |
| assemblySystem(SparseMatrix< double > &A, VecDouble &B, OrthoMesh &mesh, HybridFaceBC &bc, const VecDouble &K, const VecDouble &vMobT, const VecDouble &vGravTerm) | MixedHybridBase | [protected] |
| assemblySystem(SparseMatrix< double > &A, VecDouble &B, OrthoMesh &mesh, HybridFaceBC &bc, const VecDouble &K) | MixedHybridBase | [protected] |
| assemblySystem(SparseMatrix< double > &A, VecDouble &B, OrthoMesh &mesh, ScalarBC &bc, const VecDouble &vCoeff) | MixedHybridBase | [protected] |
| BCType enum name | MixedHybridBase | [protected] |
| buildSparsityPattern(OrthoMesh &mesh, SparsityPattern &sparsePattern) | MixedHybridBase | [protected] |
| Dirichlet enum value | MixedHybridBase | [protected] |
| getFluxAtFaces(VecDouble &vFNC) | DynamicBase | [virtual] |
| getNormalMassFluxAtFaces(VecDouble &vFNC) | DynamicBase | [virtual] |
| getNormalVelocitiesFromPressure(VecDouble &Vq, OrthoMesh &mesh, HybridFaceBC &bc, const VecDouble &K, const VecDouble &vP, const VecDouble &vMobT, const VecDouble &vGravTerm) | MixedHybridBase | [protected] |
| getNormalVelocitiesFromPressure(VecDouble &Vq, OrthoMesh &mesh, HybridFaceBC &bc, const VecDouble &K, const VecDouble &vP) | MixedHybridBase | [protected] |
| getNormalVelocitiesFromPressure(VecDouble &Vq, OrthoMesh &mesh, HybridFaceBC &bc, const VecDouble &K, const VecDouble &vP, const VecDouble &vMobT, const VecDouble &vGravTerm, ScalarBC &vPcBC, const VecDouble &KPc, const VecDouble &vPc) | MixedHybridBase | [protected] |
| getNormalVelocityAtFaces(VecDouble &vFNC) | DynamicBase | [virtual] |
| getPressureAtCells() | DynamicBase | [virtual] |
| getVelocitiesAtFaces(Matrix &vel) | DynamicBase | [virtual] |
| HybridFaceBC typedef | MixedHybridBase | [protected] |
| iterate(TransportBase &trans) | MixedHybridCompressibleNewton | [virtual] |
| m_A | MixedHybridCompressibleNewton | [private] |
| m_B | MixedHybridCompressibleNewton | [private] |
| m_bc | MixedHybridCompressibleNewton | [private] |
| m_density | MixedHybridCompressibleNewton | [private] |
| m_dt | MixedHybridCompressibleNewton | [private] |
| m_mesh | MixedHybridCompressibleNewton | [private] |
| m_Pn | MixedHybridCompressibleNewton | [private] |
| m_Pnn | MixedHybridCompressibleNewton | [private] |
| m_solver | MixedHybridCompressibleNewton | [private] |
| m_sparsePattern | MixedHybridCompressibleNewton | [private] |
| m_vK | MixedHybridCompressibleNewton | [private] |
| MixedHybridBase() | MixedHybridBase | [inline, protected] |
| MixedHybridCompressibleNewton(OrthoMesh &mesh, Function3D &fPrescribedVelocities, Function3D &fPrescribedPression, const VecDouble &K, Function1D &density, LinearSolver &solver, int debugLevel) | MixedHybridCompressibleNewton | |
| Neumann enum value | MixedHybridBase | [protected] |
| printOutput()=0 | DynamicBase | [pure virtual] |
| ScalarBC typedef | MixedHybridBase | [protected] |
| setBoundaryCondition(HybridFaceBC &vBC, OrthoMesh &mesh, Function3D &fInwardVel, Function3D &fP, bool bCheckNoBC) | MixedHybridBase | [protected] |
| ~DynamicBase() | DynamicBase | [inline, virtual] |
| ~MixedHybridBase() | MixedHybridBase | [inline, protected] |
| ~MixedHybridCompressibleNewton() | MixedHybridCompressibleNewton | |
1.6.3
