This class manages data and the numerical method to perform cut cell simulations with the AMReX library. More...

#include <IntegratorContext.hpp>

Classes
struct	LevelData

Public Types
using	FeedbackFn = std::function< void(IntegratorContext &, int, Duration, std::pair< int, int >)>

Public Member Functions
Constructors, Assignment Operators and Desctructor
	IntegratorContext (std::shared_ptr< GriddingAlgorithm > gridding, HyperbolicMethod method)
	Deeply copies a context and all its distributed data for all MPI ranks. More...

	IntegratorContext (std::shared_ptr< GriddingAlgorithm > gridding, HyperbolicMethod method, int cell_gcw, int face_gcw)
	Deeply copies a context and all its distributed data for all MPI ranks. More...

	IntegratorContext (const IntegratorContext &)
	Deeply copies a context and all its distributed data for all MPI ranks. More...

IntegratorContext &	operator= (const IntegratorContext &)
	Deeply copies a context and all its distributed data for all MPI ranks. More...

	IntegratorContext (IntegratorContext &&) noexcept=default
	Deeply copies a context and all its distributed data for all MPI ranks. More...

IntegratorContext &	operator= (IntegratorContext &&) noexcept=default
	Deeply copies a context and all its distributed data for all MPI ranks. More...

	~IntegratorContext ()=default
	Deeply copies a context and all its distributed data for all MPI ranks. More...

Member Accessors
const HyperbolicMethod &	GetHyperbolicMethod () const noexcept
	Returns the hyperbolic method member object. More...

const std::shared_ptr< GriddingAlgorithm > &	GetGriddingAlgorithm () const noexcept
	Returns a shared pointer to the underlying GriddingAlgorithm which owns the simulation. More...

const std::shared_ptr< CounterRegistry > &	GetCounterRegistry () const noexcept
	Returns a shared pointer to the counter registry. More...

const PatchHierarchy &	GetPatchHierarchy () const noexcept
	Returns a reference to const PatchHierarchy which is a member of the GriddingAlgorithm. More...

PatchHierarchy &	GetPatchHierarchy () noexcept
	Returns the hyperbolic method member object. More...

MPI_Comm	GetMpiCommunicator () const noexcept
	Returns the MPI communicator which is associated with this context. More...

void	SetFeedbackFunction (FeedbackFn feedback)
	Call this function upon every time integration. More...

Access Level-specific data
const AnyBoundaryCondition &	GetBoundaryCondition () const
	Returns the current boundary condition for the specified level. More...

AnyBoundaryCondition &	GetBoundaryCondition ()
	Returns the current boundary condition for the specified level. More...

::amrex::EBFArrayBoxFactory &	GetEmbeddedBoundary (int level)
	Returns the current boundary condition for the specified level. More...

const ::amrex::EBFArrayBoxFactory &	GetEmbeddedBoundary (int level) const
	Returns the current boundary condition for the specified level. More...

::amrex::MultiFab &	GetData (int level)
	Returns the MultiFab associated with level data on the specifed level number. More...

::amrex::MultiFab &	GetReferenceStates (int level)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

::amrex::MultiFab &	GetScratch (int level)
	Returns the MultiFab associated with level data with ghost cells on the specifed level number and direction. More...

::amrex::MultiCutFab &	GetBoundaryFluxes (int level)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

::amrex::MultiFab &	GetFluxes (int level, Direction dir)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

::amrex::MultiFab &	GetStabilizedFluxes (int level, Direction dir)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

::amrex::MultiFab &	GetShieldedFromLeftFluxes (int level, Direction dir)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

::amrex::MultiFab &	GetShieldedFromRightFluxes (int level, Direction dir)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

::amrex::MultiFab &	GetDoublyShieldedFluxes (int level, Direction dir)
	Returns the MultiFab associated with flux data on the specifed level number and direction. More...

Duration	GetTimePoint (int level=0) const
	Returns the current time level for data at the specified refinement level and direction. More...

std::ptrdiff_t	GetCycles (int level=0) const
	Returns the current number of cycles for data at the specified refinement level and direction. More...

const ::amrex::Geometry &	GetGeometry (int level) const
	Returns the geometry object for the specified refinement level. More...

Observers
Returns true if the data exists for the specified level number.
bool	LevelExists (int level) const noexcept
	Returns the refinement ratio in the specified direction. More...

int	GetRatioToCoarserLevel (int level, Direction dir) const noexcept
	Returns the refinement ratio in the specified direction. More...

::amrex::IntVect	GetRatioToCoarserLevel (int level) const noexcept
	Returns the refinement ratio for all directions. More...

double	GetDx (int level, Direction dir) const noexcept
	Returns the refinement ratio in the specified direction. More...

::amrex::FabType	GetFabType (int level, const ::amrex::MFIter &mfi) const noexcept
	Returns the refinement ratio in the specified direction. More...

Modifiers
void	ResetHierarchyConfiguration (std::shared_ptr< GriddingAlgorithm > gridding)
	Replaces the underlying gridding algorithm with the specified one. More...

void	ResetHierarchyConfiguration (int level=0)
	Whenever the gridding algorithm changes the data hierarchy this function will regrid all distributed helper variables managed by the context. More...

void	SetCycles (std::ptrdiff_t cycle, int level)
	Sets the cycle count for a specific level number and direction. More...

void	SetTimePoint (Duration t, int level)
	Sets the time point for a specific level number and direction. More...

Member functions relevant for the level integrator algorithm.
void	PreAdvanceHierarchy ()
	Compute and store reference states for cut-cells over all split cycles. More...

void	PostAdvanceHierarchy ()
	Compute and store reference states for cut-cells over all split cycles. More...

int	PreAdvanceLevel (int level_num, Duration dt, std::pair< int, int > subcycle)
	On each first subcycle this will regrid the data if neccessary. More...

Result< void, TimeStepTooLarge >	PostAdvanceLevel (int level_num, Duration dt, std::pair< int, int > subcycle)
	Increases the internal time stamps and cycle counters for the specified level number and direction. More...

void	CopyDataToScratch (int level)
	Compute and store reference states for cut-cells over all split cycles. More...

void	CopyScratchToData (int level)
	Compute and store reference states for cut-cells over all split cycles. More...

void	ApplyBoundaryCondition (int level, Direction dir)
	Applies the boundary condition for the scratch space on level `level` in direcition `dir`. More...

void	ApplyBoundaryCondition (int level, Direction dir, AnyBoundaryCondition &bc)
	Compute and store reference states for cut-cells over all split cycles. More...

void	FillGhostLayerTwoLevels (int level, AnyBoundaryCondition &fbc, int coarse, AnyBoundaryCondition &cbc)
	Fills the ghost layer of the scratch data and interpolates in the coarse fine layer. More...

void	FillGhostLayerTwoLevels (int level, int coarse)
	Compute and store reference states for cut-cells over all split cycles. More...

void	FillGhostLayerSingleLevel (int level, AnyBoundaryCondition &bc)
	Fills the ghost layer of the scratch data and does nothing in the coarse fine layer. More...

void	FillGhostLayerSingleLevel (int level)
	Compute and store reference states for cut-cells over all split cycles. More...

Duration	ComputeStableDt (int level, Direction dir)
	Returns a estimate for a stable time step size which can be taken for specified level number in direction dir. More...

void	ComputeNumericFluxes (int level, Duration dt, Direction dir)
	Fill the flux MultiFab with numeric fluxes based on current states in scratch. More...

void	UpdateConservatively (int level, Duration dt, Direction dir)
	Apply a conservative time update for each conservative variable on the specified level number and direction. More...

void	CompleteFromCons (int level, Duration dt)
	Reconstruct complete state variables from conservative ones. More...

void	AccumulateCoarseFineFluxes (int level, double time_scale, Direction dir)
	Accumulate fluxes on the coarse fine interfaces for a specified fine level number. More...

void	ApplyFluxCorrection (int fine, int coarse, Duration dt)
	Replace the coarse fluxes by accumulated fine fluxes on the coarse fine interfaces. More...

void	ResetCoarseFineFluxes (int fine, int coarse)
	Resets all accumulates fluxes to zero. More...

void	CoarsenConservatively (int fine, int coarse)
	Coarsen scratch data from a fine level number to a coarse level number. More...

Public Attributes
std::shared_ptr< CounterRegistry >	registry_

bool	count_per_level

Private Attributes
int	scratch_ghost_cell_width_

int	flux_ghost_cell_width_

std::shared_ptr< GriddingAlgorithm >	gridding_

std::vector< LevelData >	data_

HyperbolicMethod	method_

FeedbackFn	feedback_

Detailed Description

This class manages data and the numerical method to perform cut cell simulations with the AMReX library.

Member Typedef Documentation

◆ FeedbackFn

using fub::amrex::cutcell::IntegratorContext::FeedbackFn = std::function<void(IntegratorContext&, int, Duration, std::pair<int, int>)>

Constructor & Destructor Documentation

◆ IntegratorContext() [1/4]

fub::amrex::cutcell::IntegratorContext::IntegratorContext	(	std::shared_ptr< GriddingAlgorithm >	gridding,
		HyperbolicMethod	method
	)

Deeply copies a context and all its distributed data for all MPI ranks.

◆ IntegratorContext() [2/4]

fub::amrex::cutcell::IntegratorContext::IntegratorContext	(	std::shared_ptr< GriddingAlgorithm >	gridding,
		HyperbolicMethod	method,
		int	cell_gcw,
		int	face_gcw
	)

Deeply copies a context and all its distributed data for all MPI ranks.

◆ IntegratorContext() [3/4]

fub::amrex::cutcell::IntegratorContext::IntegratorContext ( const IntegratorContext & )

Deeply copies a context and all its distributed data for all MPI ranks.

◆ IntegratorContext() [4/4]

fub::amrex::cutcell::IntegratorContext::IntegratorContext ( IntegratorContext && )

defaultnoexcept

Deeply copies a context and all its distributed data for all MPI ranks.

◆ ~IntegratorContext()

fub::amrex::cutcell::IntegratorContext::~IntegratorContext ( )

default

Deeply copies a context and all its distributed data for all MPI ranks.

Member Function Documentation

◆ AccumulateCoarseFineFluxes()

void fub::amrex::cutcell::IntegratorContext::AccumulateCoarseFineFluxes	(	int	level,
		double	time_scale,
		Direction	dir
	)

Accumulate fluxes on the coarse fine interfaces for a specified fine level number.

◆ ApplyBoundaryCondition() [1/2]

void fub::amrex::cutcell::IntegratorContext::ApplyBoundaryCondition	(	int	level,
		Direction	dir
	)

Applies the boundary condition for the scratch space on level level in direcition dir.

Parameters

level The refinement level on which the boundary condition shall be used.

◆ ApplyBoundaryCondition() [2/2]

void fub::amrex::cutcell::IntegratorContext::ApplyBoundaryCondition	(	int	level,
		Direction	dir,
		AnyBoundaryCondition &	bc
	)

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ ApplyFluxCorrection()

void fub::amrex::cutcell::IntegratorContext::ApplyFluxCorrection	(	int	fine,
		int	coarse,
		Duration	dt
	)

Replace the coarse fluxes by accumulated fine fluxes on the coarse fine interfaces.

◆ CoarsenConservatively()

void fub::amrex::cutcell::IntegratorContext::CoarsenConservatively	(	int	fine,
		int	coarse
	)

Coarsen scratch data from a fine level number to a coarse level number.

◆ CompleteFromCons()

void fub::amrex::cutcell::IntegratorContext::CompleteFromCons	(	int	level,
		Duration	dt
	)

Reconstruct complete state variables from conservative ones.

◆ ComputeNumericFluxes()

void fub::amrex::cutcell::IntegratorContext::ComputeNumericFluxes	(	int	level,
		Duration	dt,
		Direction	dir
	)

Fill the flux MultiFab with numeric fluxes based on current states in scratch.

◆ ComputeStableDt()

Duration fub::amrex::cutcell::IntegratorContext::ComputeStableDt	(	int	level,
		Direction	dir
	)

Returns a estimate for a stable time step size which can be taken for specified level number in direction dir.

◆ CopyDataToScratch()

void fub::amrex::cutcell::IntegratorContext::CopyDataToScratch ( int level )

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ CopyScratchToData()

void fub::amrex::cutcell::IntegratorContext::CopyScratchToData ( int level )

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ FillGhostLayerSingleLevel() [1/2]

void fub::amrex::cutcell::IntegratorContext::FillGhostLayerSingleLevel ( int level )

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ FillGhostLayerSingleLevel() [2/2]

void fub::amrex::cutcell::IntegratorContext::FillGhostLayerSingleLevel	(	int	level,
		AnyBoundaryCondition &	bc
	)

Fills the ghost layer of the scratch data and does nothing in the coarse fine layer.

◆ FillGhostLayerTwoLevels() [1/2]

void fub::amrex::cutcell::IntegratorContext::FillGhostLayerTwoLevels	(	int	level,
		AnyBoundaryCondition &	fbc,
		int	coarse,
		AnyBoundaryCondition &	cbc
	)

Fills the ghost layer of the scratch data and interpolates in the coarse fine layer.

◆ FillGhostLayerTwoLevels() [2/2]

void fub::amrex::cutcell::IntegratorContext::FillGhostLayerTwoLevels	(	int	level,
		int	coarse
	)

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ GetBoundaryCondition() [1/2]

AnyBoundaryCondition& fub::amrex::cutcell::IntegratorContext::GetBoundaryCondition ( )

Returns the current boundary condition for the specified level.

◆ GetBoundaryCondition() [2/2]

const AnyBoundaryCondition& fub::amrex::cutcell::IntegratorContext::GetBoundaryCondition ( ) const

Returns the current boundary condition for the specified level.

◆ GetBoundaryFluxes()

::amrex::MultiCutFab& fub::amrex::cutcell::IntegratorContext::GetBoundaryFluxes ( int level )

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetCounterRegistry()

const std::shared_ptr<CounterRegistry>& fub::amrex::cutcell::IntegratorContext::GetCounterRegistry ( ) const

noexcept

Returns a shared pointer to the counter registry.

◆ GetCycles()

std::ptrdiff_t fub::amrex::cutcell::IntegratorContext::GetCycles ( int level = 0 ) const

Returns the current number of cycles for data at the specified refinement level and direction.

◆ GetData()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetData ( int level )

Returns the MultiFab associated with level data on the specifed level number.

◆ GetDoublyShieldedFluxes()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetDoublyShieldedFluxes	(	int	level,
		Direction	dir
	)

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetDx()

double fub::amrex::cutcell::IntegratorContext::GetDx	(	int	level,
		Direction	dir
	)		const

noexcept

Returns the refinement ratio in the specified direction.

◆ GetEmbeddedBoundary() [1/2]

::amrex::EBFArrayBoxFactory& fub::amrex::cutcell::IntegratorContext::GetEmbeddedBoundary ( int level )

Returns the current boundary condition for the specified level.

◆ GetEmbeddedBoundary() [2/2]

const ::amrex::EBFArrayBoxFactory& fub::amrex::cutcell::IntegratorContext::GetEmbeddedBoundary ( int level ) const

Returns the current boundary condition for the specified level.

◆ GetFabType()

::amrex::FabType fub::amrex::cutcell::IntegratorContext::GetFabType	(	int	level,
		const ::amrex::MFIter &	mfi
	)		const

noexcept

Returns the refinement ratio in the specified direction.

◆ GetFluxes()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetFluxes	(	int	level,
		Direction	dir
	)

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetGeometry()

const ::amrex::Geometry& fub::amrex::cutcell::IntegratorContext::GetGeometry ( int level ) const

Returns the geometry object for the specified refinement level.

◆ GetGriddingAlgorithm()

const std::shared_ptr<GriddingAlgorithm>& fub::amrex::cutcell::IntegratorContext::GetGriddingAlgorithm ( ) const

noexcept

Returns a shared pointer to the underlying GriddingAlgorithm which owns the simulation.

◆ GetHyperbolicMethod()

const HyperbolicMethod& fub::amrex::cutcell::IntegratorContext::GetHyperbolicMethod ( ) const

noexcept

Returns the hyperbolic method member object.

◆ GetMpiCommunicator()

MPI_Comm fub::amrex::cutcell::IntegratorContext::GetMpiCommunicator ( ) const

noexcept

Returns the MPI communicator which is associated with this context.

◆ GetPatchHierarchy() [1/2]

const PatchHierarchy& fub::amrex::cutcell::IntegratorContext::GetPatchHierarchy ( ) const

noexcept

Returns a reference to const PatchHierarchy which is a member of the GriddingAlgorithm.

◆ GetPatchHierarchy() [2/2]

PatchHierarchy& fub::amrex::cutcell::IntegratorContext::GetPatchHierarchy ( )

noexcept

Returns the hyperbolic method member object.

◆ GetRatioToCoarserLevel() [1/2]

::amrex::IntVect fub::amrex::cutcell::IntegratorContext::GetRatioToCoarserLevel ( int level ) const

noexcept

Returns the refinement ratio for all directions.

◆ GetRatioToCoarserLevel() [2/2]

int fub::amrex::cutcell::IntegratorContext::GetRatioToCoarserLevel	(	int	level,
		Direction	dir
	)		const

noexcept

Returns the refinement ratio in the specified direction.

◆ GetReferenceStates()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetReferenceStates ( int level )

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetScratch()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetScratch ( int level )

Returns the MultiFab associated with level data with ghost cells on the specifed level number and direction.

◆ GetShieldedFromLeftFluxes()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetShieldedFromLeftFluxes	(	int	level,
		Direction	dir
	)

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetShieldedFromRightFluxes()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetShieldedFromRightFluxes	(	int	level,
		Direction	dir
	)

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetStabilizedFluxes()

::amrex::MultiFab& fub::amrex::cutcell::IntegratorContext::GetStabilizedFluxes	(	int	level,
		Direction	dir
	)

Returns the MultiFab associated with flux data on the specifed level number and direction.

◆ GetTimePoint()

Duration fub::amrex::cutcell::IntegratorContext::GetTimePoint ( int level = 0 ) const

Returns the current time level for data at the specified refinement level and direction.

◆ LevelExists()

bool fub::amrex::cutcell::IntegratorContext::LevelExists ( int level ) const

noexcept

Returns the refinement ratio in the specified direction.

◆ operator=() [1/2]

IntegratorContext& fub::amrex::cutcell::IntegratorContext::operator= ( const IntegratorContext & )

Deeply copies a context and all its distributed data for all MPI ranks.

◆ operator=() [2/2]

IntegratorContext& fub::amrex::cutcell::IntegratorContext::operator= ( IntegratorContext && )

defaultnoexcept

Deeply copies a context and all its distributed data for all MPI ranks.

◆ PostAdvanceHierarchy()

void fub::amrex::cutcell::IntegratorContext::PostAdvanceHierarchy ( )

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ PostAdvanceLevel()

Result<void, TimeStepTooLarge> fub::amrex::cutcell::IntegratorContext::PostAdvanceLevel	(	int	level_num,
		Duration	dt,
		std::pair< int, int >	subcycle
	)

Increases the internal time stamps and cycle counters for the specified level number and direction.

◆ PreAdvanceHierarchy()

void fub::amrex::cutcell::IntegratorContext::PreAdvanceHierarchy ( )

Compute and store reference states for cut-cells over all split cycles.

Note: This assumes that cut cells are always refined to the finest level of the hierarchy.

◆ PreAdvanceLevel()

int fub::amrex::cutcell::IntegratorContext::PreAdvanceLevel	(	int	level_num,
		Duration	dt,
		std::pair< int, int >	subcycle
	)

On each first subcycle this will regrid the data if neccessary.

◆ ResetCoarseFineFluxes()

void fub::amrex::cutcell::IntegratorContext::ResetCoarseFineFluxes	(	int	fine,
		int	coarse
	)

Resets all accumulates fluxes to zero.

◆ ResetHierarchyConfiguration() [1/2]

void fub::amrex::cutcell::IntegratorContext::ResetHierarchyConfiguration ( int level = 0 )

Whenever the gridding algorithm changes the data hierarchy this function will regrid all distributed helper variables managed by the context.

Parameters

[in] level The level number of the coarsest level which changed its shape. Regrid all levels finer than level.

◆ ResetHierarchyConfiguration() [2/2]

void fub::amrex::cutcell::IntegratorContext::ResetHierarchyConfiguration ( std::shared_ptr< GriddingAlgorithm > gridding )

Replaces the underlying gridding algorithm with the specified one.

◆ SetCycles()

void fub::amrex::cutcell::IntegratorContext::SetCycles	(	std::ptrdiff_t	cycle,
		int	level
	)

Sets the cycle count for a specific level number and direction.

◆ SetFeedbackFunction()

void fub::amrex::cutcell::IntegratorContext::SetFeedbackFunction ( FeedbackFn feedback )

inline

Call this function upon every time integration.

◆ SetTimePoint()

void fub::amrex::cutcell::IntegratorContext::SetTimePoint	(	Duration	t,
		int	level
	)

Sets the time point for a specific level number and direction.

◆ UpdateConservatively()

void fub::amrex::cutcell::IntegratorContext::UpdateConservatively	(	int	level,
		Duration	dt,
		Direction	dir
	)

Apply a conservative time update for each conservative variable on the specified level number and direction.

Member Data Documentation

◆ count_per_level

bool fub::amrex::cutcell::IntegratorContext::count_per_level

◆ data_

std::vector<LevelData> fub::amrex::cutcell::IntegratorContext::data_

private

◆ feedback_

FeedbackFn fub::amrex::cutcell::IntegratorContext::feedback_

private

◆ flux_ghost_cell_width_

int fub::amrex::cutcell::IntegratorContext::flux_ghost_cell_width_

private

◆ gridding_

std::shared_ptr<GriddingAlgorithm> fub::amrex::cutcell::IntegratorContext::gridding_

private

◆ method_

HyperbolicMethod fub::amrex::cutcell::IntegratorContext::method_

private

◆ registry_

std::shared_ptr<CounterRegistry> fub::amrex::cutcell::IntegratorContext::registry_

◆ scratch_ghost_cell_width_

int fub::amrex::cutcell::IntegratorContext::scratch_ghost_cell_width_

private

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

AMReX/cutcell/IntegratorContext.hpp

Classes

Public Types

Public Member Functions

Public Attributes

Private Attributes

Detailed Description

Member Typedef Documentation

◆ FeedbackFn

Constructor & Destructor Documentation

◆ IntegratorContext() [1/4]

◆ IntegratorContext() [2/4]

◆ IntegratorContext() [3/4]

◆ IntegratorContext() [4/4]

◆ ~IntegratorContext()

Member Function Documentation

◆ AccumulateCoarseFineFluxes()

◆ ApplyBoundaryCondition() [1/2]

◆ ApplyBoundaryCondition() [2/2]

◆ ApplyFluxCorrection()

◆ CoarsenConservatively()

◆ CompleteFromCons()

◆ ComputeNumericFluxes()

◆ ComputeStableDt()

◆ CopyDataToScratch()

◆ CopyScratchToData()

◆ FillGhostLayerSingleLevel() [1/2]

◆ FillGhostLayerSingleLevel() [2/2]

◆ FillGhostLayerTwoLevels() [1/2]

◆ FillGhostLayerTwoLevels() [2/2]

◆ GetBoundaryCondition() [1/2]

◆ GetBoundaryCondition() [2/2]

◆ GetBoundaryFluxes()

◆ GetCounterRegistry()

◆ GetCycles()

◆ GetData()

◆ GetDoublyShieldedFluxes()

◆ GetDx()

◆ GetEmbeddedBoundary() [1/2]

◆ GetEmbeddedBoundary() [2/2]

◆ GetFabType()

◆ GetFluxes()

◆ GetGeometry()

◆ GetGriddingAlgorithm()

◆ GetHyperbolicMethod()

◆ GetMpiCommunicator()

◆ GetPatchHierarchy() [1/2]

◆ GetPatchHierarchy() [2/2]

◆ GetRatioToCoarserLevel() [1/2]

◆ GetRatioToCoarserLevel() [2/2]

◆ GetReferenceStates()

◆ GetScratch()

◆ GetShieldedFromLeftFluxes()

◆ GetShieldedFromRightFluxes()

◆ GetStabilizedFluxes()

◆ GetTimePoint()

◆ LevelExists()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ PostAdvanceHierarchy()

◆ PostAdvanceLevel()

◆ PreAdvanceHierarchy()

◆ PreAdvanceLevel()

◆ ResetCoarseFineFluxes()

◆ ResetHierarchyConfiguration() [1/2]

◆ ResetHierarchyConfiguration() [2/2]

◆ SetCycles()

◆ SetFeedbackFunction()

◆ SetTimePoint()

◆ UpdateConservatively()

Member Data Documentation

◆ count_per_level

◆ data_

◆ feedback_

◆ flux_ghost_cell_width_

◆ gridding_

◆ method_

◆ registry_

◆ scratch_ghost_cell_width_