#include <KbnStabilisation.hpp>

Public Types
using	Equation = typename FM::Equation

using	Conservative = ::fub::Conservative< Equation >

using	ConservativeArray = ::fub::ConservativeArray< Equation >

using	Complete = ::fub::Complete< Equation >

using	CompleteArray = ::fub::CompleteArray< Equation >

template<typename T >
using	DataView = PatchDataView< T, Rank, layout_stride >

Public Member Functions
	KbnCutCellMethod (const FM &fm)
	Constructs a CutCell method from a given base flux method. More...

	KbnCutCellMethod (const FM &fm, const RiemannSolver &rs)
	Constructs a CutCell Method from a specified base flux and riemann solver. More...

void	PreAdvanceHierarchy (const View< Complete > &references, const View< const Complete > &states, const CutCellData< Rank > &cutcell_data)
	This function computes a reference state for each cut-cell. More...

void	ComputeBoundaryFlux (Conservative &flux, Complete &state, const Complete &reference_state, const Eigen::Matrix< double, Rank, 1 > &boundary_normal, Direction dir, Duration dt, double dx)
	This function can be used to compute a boundary flux for a given cut-cell. More...

void	ComputeBoundaryFluxes (const View< Conservative > &boundary_fluxes, const View< const Complete > &states, const View< const Complete > &reference_states, const CutCellData< Rank > &cutcell_data, Duration dt, double dx, Direction dir)
	This function can be used to compute a boundary flux for all cut cells. More...

double	ComputeStableDt (const View< const Complete > &states, const CutCellData< Rank > &cutcell_data, double dx, Direction dir)

void	ComputeRegularFluxes (const View< Conservative > &regular_fluxes, const View< const Complete > &states, const CutCellData< Rank > &cutcell_data, Duration dt, double dx, Direction dir)

void	ComputeCutCellFluxes (const View< Conservative > &stabilised_fluxes, const View< Conservative > &shielded_left_fluxes, const View< Conservative > &shielded_right_fluxes, const View< Conservative > &doubly_shielded_fluxes, const View< Conservative > &boundary_fluxes, const View< const Conservative > &regular_fluxes, const View< const Complete > &states, const CutCellData< Rank > &cutcell_data, Duration dt, double dx, Direction dir)

Static Public Attributes
static constexpr int	Rank

static constexpr std::size_t	sRank

static constexpr int	StencilWidth

static constexpr std::size_t	StencilSize

Private Attributes
std::array< Complete, StencilSize >	stencil_

Complete	state_

Complete	solution_

Complete	reflected_

Complete	reference_state_

Conservative	cutcell_flux_

Conservative	regular_flux_

Conservative	boundary_flux_left_

Conservative	boundary_flux_right_

Conservative	shielded_right_flux_

Conservative	shielded_left_flux_

Conservative	doubly_shielded_flux_

std::array< CompleteArray, StencilSize >	stencil_array_

ConservativeArray	numeric_flux_array_

RiemannSolver	riemann_solver_

Member Typedef Documentation

◆ Complete

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

using fub::KbnCutCellMethod< FM, RiemannSolver >::Complete = ::fub::Complete<Equation>

◆ CompleteArray

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

using fub::KbnCutCellMethod< FM, RiemannSolver >::CompleteArray = ::fub::CompleteArray<Equation>

◆ Conservative

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

using fub::KbnCutCellMethod< FM, RiemannSolver >::Conservative = ::fub::Conservative<Equation>

◆ ConservativeArray

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

using fub::KbnCutCellMethod< FM, RiemannSolver >::ConservativeArray = ::fub::ConservativeArray<Equation>

◆ DataView

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

template<typename T >

using fub::KbnCutCellMethod< FM, RiemannSolver >::DataView = PatchDataView<T, Rank, layout_stride>

◆ Equation

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

using fub::KbnCutCellMethod< FM, RiemannSolver >::Equation = typename FM::Equation

Constructor & Destructor Documentation

◆ KbnCutCellMethod() [1/2]

template<typename FM , typename RiemannSolver >

fub::KbnCutCellMethod< FM, RiemannSolver >::KbnCutCellMethod ( const FM & fm )

explicit

Constructs a CutCell method from a given base flux method.

This constructor uses a default constructed riemann problem solver.

◆ KbnCutCellMethod() [2/2]

template<typename FM , typename RiemannSolver >

fub::KbnCutCellMethod< FM, RiemannSolver >::KbnCutCellMethod	(	const FM &	fm,
		const RiemannSolver &	rs
	)

Constructs a CutCell Method from a specified base flux and riemann solver.

Member Function Documentation

◆ ComputeBoundaryFlux()

template<typename FM , typename RiemannSolver >

void fub::KbnCutCellMethod< FM, RiemannSolver >::ComputeBoundaryFlux	(	Conservative &	flux,
		Complete &	state,
		const Complete &	reference_state,
		const Eigen::Matrix< double, Rank, 1 > &	boundary_normal,
		Direction	dir,
		Duration	dt,
		double	dx
	)

This function can be used to compute a boundary flux for a given cut-cell.

Parameters

[out]	flux	the storage for the result.
[in,out]	state	the state in the cut cell.
[in]	boundary_normal	the boundary normal of the cutcell
[in]	dir	the split direction for the flux
[in]	dt	the current time step size
[in]	dx	the cell width length

◆ ComputeBoundaryFluxes()

template<typename FM , typename RiemannSolver >

void fub::KbnCutCellMethod< FM, RiemannSolver >::ComputeBoundaryFluxes	(	const View< Conservative > &	boundary_fluxes,
		const View< const Complete > &	states,
		const View< const Complete > &	reference_states,
		const CutCellData< Rank > &	cutcell_data,
		Duration	dt,
		double	dx,
		Direction	dir
	)

This function can be used to compute a boundary flux for all cut cells.

◆ ComputeCutCellFluxes()

template<typename FM , typename RiemannSolver >

void fub::KbnCutCellMethod< FM, RiemannSolver >::ComputeCutCellFluxes	(	const View< Conservative > &	stabilised_fluxes,
		const View< Conservative > &	shielded_left_fluxes,
		const View< Conservative > &	shielded_right_fluxes,
		const View< Conservative > &	doubly_shielded_fluxes,
		const View< Conservative > &	boundary_fluxes,
		const View< const Conservative > &	regular_fluxes,
		const View< const Complete > &	states,
		const CutCellData< Rank > &	cutcell_data,
		Duration	dt,
		double	dx,
		Direction	dir
	)

◆ ComputeRegularFluxes()

template<typename FM , typename RiemannSolver >

void fub::KbnCutCellMethod< FM, RiemannSolver >::ComputeRegularFluxes	(	const View< Conservative > &	regular_fluxes,
		const View< const Complete > &	states,
		const CutCellData< Rank > &	cutcell_data,
		Duration	dt,
		double	dx,
		Direction	dir
	)

◆ ComputeStableDt()

template<typename FM , typename RiemannSolver >

double fub::KbnCutCellMethod< FM, RiemannSolver >::ComputeStableDt	(	const View< const Complete > &	states,
		const CutCellData< Rank > &	geom,
		double	dx,
		Direction	dir
	)

in the reflection with their boundary state.

◆ PreAdvanceHierarchy()

template<typename FM , typename RiemannSolver >

void fub::KbnCutCellMethod< FM, RiemannSolver >::PreAdvanceHierarchy	(	const View< Complete > &	references,
		const View< const Complete > &	states,
		const CutCellData< Rank > &	cutcell_data
	)

This function computes a reference state for each cut-cell.

These states will be used to compute the embedded boundary fluxes and need to be fixed for a whole split cycle.

Parameters

[out]	references	the destination view of references states which will be filled by this method.
[in]	states	the source view of states which will used as a reference state.

Member Data Documentation

◆ boundary_flux_left_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::boundary_flux_left_

private

◆ boundary_flux_right_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::boundary_flux_right_

private

◆ cutcell_flux_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::cutcell_flux_

private

◆ doubly_shielded_flux_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::doubly_shielded_flux_

private

◆ numeric_flux_array_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

ConservativeArray fub::KbnCutCellMethod< FM, RiemannSolver >::numeric_flux_array_

private

◆ Rank

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

constexpr int fub::KbnCutCellMethod< FM, RiemannSolver >::Rank

staticconstexpr

◆ reference_state_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Complete fub::KbnCutCellMethod< FM, RiemannSolver >::reference_state_

private

◆ reflected_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Complete fub::KbnCutCellMethod< FM, RiemannSolver >::reflected_

private

◆ regular_flux_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::regular_flux_

private

◆ riemann_solver_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

RiemannSolver fub::KbnCutCellMethod< FM, RiemannSolver >::riemann_solver_

private

◆ shielded_left_flux_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::shielded_left_flux_

private

◆ shielded_right_flux_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Conservative fub::KbnCutCellMethod< FM, RiemannSolver >::shielded_right_flux_

private

◆ solution_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Complete fub::KbnCutCellMethod< FM, RiemannSolver >::solution_

private

◆ sRank

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

constexpr std::size_t fub::KbnCutCellMethod< FM, RiemannSolver >::sRank

staticconstexpr

◆ state_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

Complete fub::KbnCutCellMethod< FM, RiemannSolver >::state_

private

◆ stencil_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

std::array<Complete, StencilSize> fub::KbnCutCellMethod< FM, RiemannSolver >::stencil_

private

◆ stencil_array_

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

std::array<CompleteArray, StencilSize> fub::KbnCutCellMethod< FM, RiemannSolver >::stencil_array_

private

◆ StencilSize

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

constexpr std::size_t fub::KbnCutCellMethod< FM, RiemannSolver >::StencilSize

staticconstexpr

◆ StencilWidth

template<typename FM , typename RiemannSolver = ExactRiemannSolver<typename FM::Equation>>

constexpr int fub::KbnCutCellMethod< FM, RiemannSolver >::StencilWidth

staticconstexpr

The documentation for this class was generated from the following file:

KbnStabilisation.hpp

Public Types

Public Member Functions

Static Public Attributes

Private Attributes

Member Typedef Documentation

◆ Complete

◆ CompleteArray

◆ Conservative

◆ ConservativeArray

◆ DataView

◆ Equation

Constructor & Destructor Documentation

◆ KbnCutCellMethod() [1/2]

◆ KbnCutCellMethod() [2/2]

Member Function Documentation

◆ ComputeBoundaryFlux()

◆ ComputeBoundaryFluxes()

◆ ComputeCutCellFluxes()

◆ ComputeRegularFluxes()

◆ ComputeStableDt()

◆ PreAdvanceHierarchy()

Member Data Documentation

◆ boundary_flux_left_

◆ boundary_flux_right_

◆ cutcell_flux_

◆ doubly_shielded_flux_

◆ numeric_flux_array_

◆ Rank

◆ reference_state_

◆ reflected_

◆ regular_flux_

◆ riemann_solver_

◆ shielded_left_flux_

◆ shielded_right_flux_

◆ solution_

◆ sRank

◆ state_

◆ stencil_

◆ stencil_array_

◆ StencilSize

◆ StencilWidth