KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver > Member List

This is the complete list of members for Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >, including all inherited members.

ActivateClassicalWallResistance(double Ywall)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ActivateWallResistance(double Ywall)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ApplyDistanceBC()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ApplySmagorinsky(double MolecularViscosity, double Cs)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ApplyVelocityBC(CalcVectorType &VelArray)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
CalculateNormals(ModelPart::ConditionsContainerType &rConditions)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
CalculatePorousResistanceLaw(unsigned int res_law)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
CalculateRHS(const CalcVectorType &vel, const ValuesVectorType &pressure, const CalcVectorType &convective_velocity, CalcVectorType &rhs, ValuesVectorType &diag_stiffness)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
CalcVectorType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
ChangeSignToDistance()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
CheckDistanceConvection()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
Clear()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ComputeTimeStep(const double CFLNumber, const double MaxDt)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ComputeTotalVolume()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ComputeVolumeVariation()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ComputeWetVolume()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ContinuousVolumeCorrection(double expected_volume, double measured_volume)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ConvectDistance()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
CSR_Tuple typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
DiscreteVolumeCorrection(double expected_volume, double measured_volume)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
EdgeBasedLevelSetSubstep(MatrixContainer &mr_matrix_container, ModelPart &mr_model_part, const double viscosity, const double density, bool use_mass_correction, double stabdt_pressure_factor, double stabdt_convection_factor, double tau2_factor, bool assume_constant_dp)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
EdgesVectorType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
ExtrapolateValues(unsigned int extrapolation_layers)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
GatherValues()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
IndicesVectorType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
Initialize()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
MarkExternalAndMixedNodes()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
MarkInternalAndMixedNodes()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
MarkInternalNodes()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
MarkNodesByDistance(double min, double max)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ReduceTimeStep(ModelPart &rModelPart, double NewTime)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
SaveScalarVariableToOldStep(Variable< double > &rVar)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
SetShockCapturingCoefficient(double coeff)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
SetWallReductionCoefficients(double corner_coefficient, double edge_coefficient)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
SizeType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
SolveStep1()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
SolveStep2(typename TLinearSolver::Pointer pLinearSolver)Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
SolveStep3()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
TSystemMatrixType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
TSystemVectorType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
UpdateFixedVelocityValues()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline
ValuesVectorType typedefKratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >
~EdgeBasedLevelSetSubstep()Kratos::EdgeBasedLevelSetSubstep< TDim, MatrixContainer, TSparseSpace, TLinearSolver >inline