fub::amrex::MultiBlockBoundary Class Reference

#include <MultiBlockBoundary.hpp>

Public Member Functions
	MultiBlockBoundary (const std::string &name, const MultiBlockGriddingAlgorithm &gridding, const BlockConnection &connection, int gcw, const FlameMasterReactor &reactor, int level)
	Constructs coupled boundary states by pre computing mirror and ghost states for each of the specified domains. More...
	MultiBlockBoundary (const std::string &name, const MultiBlockGriddingAlgorithm &gridding, const BlockConnection &connection, int gcw, const FlameMasterReactor &reactor, int level, std::shared_ptr< PressureValve > valve)
	MultiBlockBoundary (const MultiBlockGriddingAlgorithm &gridding, const BlockConnection &connection, int gcw, const FlameMasterReactor &reactor, int level)
	Constructs coupled boundary states by pre computing mirror and ghost states for each of the specified domains. More...
	MultiBlockBoundary (const MultiBlockBoundary &other)
MultiBlockBoundary &	operator= (const MultiBlockBoundary &other)
	MultiBlockBoundary (MultiBlockBoundary &&other)=default
MultiBlockBoundary &	operator= (MultiBlockBoundary &&other)=default
void	ComputeBoundaryData (const cutcell::PatchHierarchy &plenum, const PatchHierarchy &tube)
	Precompute Boundary states for each domain. More...
void	FillBoundary (::amrex::MultiFab &mf, const cutcell::GriddingAlgorithm &gridding, int level)
	Assuming that mf represents a MultiFab living in the higher dimensional plenum simulation its ghost layer will be filled with data from the tube simulation. More...
void	FillBoundary (::amrex::MultiFab &mf, const cutcell::GriddingAlgorithm &gridding, int level, Direction dir)
void	FillBoundary (::amrex::MultiFab &mf, const GriddingAlgorithm &gridding, int level)
	Assuming that mf represents a MultiFab living in the one dimensional tube simulation its ghost layer will be filled with data from the plenum simulation. More...
void	FillBoundary (::amrex::MultiFab &mf, const GriddingAlgorithm &gridding, int level, Direction dir)
const std::shared_ptr< PressureValve > &	GetValve () const noexcept

Static Public Attributes
static constexpr int	Plenum_Rank
static constexpr int	Tube_Rank

Private Types
using	logger_type = boost::log::sources::severity_channel_logger< boost::log::trivial::severity_level >

Private Attributes
logger_type	log_
std::shared_ptr< PressureValve >	valve_
IdealGasMix< Plenum_Rank >	plenum_equation_
IdealGasMix< Tube_Rank >	tube_equation_
::amrex::Box	plenum_mirror_box_
::amrex::Box	tube_mirror_box_
std::unique_ptr<::amrex::FArrayBox >	plenum_mirror_data_
std::unique_ptr<::amrex::FArrayBox >	tube_ghost_data_
std::unique_ptr<::amrex::FArrayBox >	tube_mirror_data_
std::unique_ptr<::amrex::FArrayBox >	plenum_ghost_data_
Direction	dir_
int	side_
int	level_
int	gcw_

Member Typedef Documentation

logger_type

using fub::amrex::MultiBlockBoundary::logger_type = boost::log::sources::severity_channel_logger< boost::log::trivial::severity_level>

private

Constructor & Destructor Documentation

MultiBlockBoundary() [1/5]

fub::amrex::MultiBlockBoundary::MultiBlockBoundary	(	const std::string &	name,
		const MultiBlockGriddingAlgorithm &	gridding,
		const BlockConnection &	connection,
		int	gcw,
		const FlameMasterReactor &	reactor,
		int	level
	)

Constructs coupled boundary states by pre computing mirror and ghost states for each of the specified domains.

This function might grow the specified mirror boxes to an extent which is required to fulfill the specified ghost cell width requirements.

MultiBlockBoundary() [2/5]

fub::amrex::MultiBlockBoundary::MultiBlockBoundary	(	const std::string &	name,
		const MultiBlockGriddingAlgorithm &	gridding,
		const BlockConnection &	connection,
		int	gcw,
		const FlameMasterReactor &	reactor,
		int	level,
		std::shared_ptr< PressureValve >	valve
	)

MultiBlockBoundary() [3/5]

fub::amrex::MultiBlockBoundary::MultiBlockBoundary	(	const MultiBlockGriddingAlgorithm &	gridding,
		const BlockConnection &	connection,
		int	gcw,
		const FlameMasterReactor &	reactor,
		int	level
	)

Constructs coupled boundary states by pre computing mirror and ghost states for each of the specified domains.

This function might grow the specified mirror boxes to an extent which is required to fulfill the specified ghost cell width requirements.

MultiBlockBoundary() [4/5]

fub::amrex::MultiBlockBoundary::MultiBlockBoundary

(

const MultiBlockBoundary &

other

)

MultiBlockBoundary() [5/5]

fub::amrex::MultiBlockBoundary::MultiBlockBoundary ( MultiBlockBoundary &&  other )

default

Member Function Documentation

ComputeBoundaryData()

void fub::amrex::MultiBlockBoundary::ComputeBoundaryData	(	const cutcell::PatchHierarchy &	plenum,
		const PatchHierarchy &	tube
	)

Precompute Boundary states for each domain.

Subsequent calls to FillBoundary will use these computed boundary states.

Parameters

[in]	plenum	The higher dimensional patch hierarchy with geometry information. States here will be conservatively averaged and projected onto a one-dimesnional space.
[in]	tube	The low dimensional tube data.

FillBoundary() [1/4]

void fub::amrex::MultiBlockBoundary::FillBoundary	(	::amrex::MultiFab &	mf,
		const cutcell::GriddingAlgorithm &	gridding,
		int	level
	)

Assuming that mf represents a MultiFab living in the higher dimensional plenum simulation its ghost layer will be filled with data from the tube simulation.

FillBoundary() [2/4]

void fub::amrex::MultiBlockBoundary::FillBoundary ( ::amrex::MultiFab &  mf, const cutcell::GriddingAlgorithm &  gridding, int  level, Direction  dir  )

inline

FillBoundary() [3/4]

void fub::amrex::MultiBlockBoundary::FillBoundary	(	::amrex::MultiFab &	mf,
		const GriddingAlgorithm &	gridding,
		int	level
	)

Assuming that mf represents a MultiFab living in the one dimensional tube simulation its ghost layer will be filled with data from the plenum simulation.

FillBoundary() [4/4]

void fub::amrex::MultiBlockBoundary::FillBoundary ( ::amrex::MultiFab &  mf, const GriddingAlgorithm &  gridding, int  level, Direction  dir  )

inline

GetValve()

const std::shared_ptr<PressureValve>& fub::amrex::MultiBlockBoundary::GetValve ( ) const

noexcept

operator=() [1/2]

MultiBlockBoundary& fub::amrex::MultiBlockBoundary::operator=

(

const MultiBlockBoundary &

other

)

operator=() [2/2]

MultiBlockBoundary& fub::amrex::MultiBlockBoundary::operator= ( MultiBlockBoundary &&  other )

default

Member Data Documentation

dir_

Direction fub::amrex::MultiBlockBoundary::dir_

private

gcw_

int fub::amrex::MultiBlockBoundary::gcw_

private

level_

int fub::amrex::MultiBlockBoundary::level_

private

log_

logger_type fub::amrex::MultiBlockBoundary::log_

private

plenum_equation_

IdealGasMix<Plenum_Rank> fub::amrex::MultiBlockBoundary::plenum_equation_

private

plenum_ghost_data_

std::unique_ptr<::amrex::FArrayBox> fub::amrex::MultiBlockBoundary::plenum_ghost_data_

private

plenum_mirror_box_

::amrex::Box fub::amrex::MultiBlockBoundary::plenum_mirror_box_

private

plenum_mirror_data_

std::unique_ptr<::amrex::FArrayBox> fub::amrex::MultiBlockBoundary::plenum_mirror_data_

private

Plenum_Rank

constexpr int fub::amrex::MultiBlockBoundary::Plenum_Rank

staticconstexpr

side_

int fub::amrex::MultiBlockBoundary::side_

private

tube_equation_

IdealGasMix<Tube_Rank> fub::amrex::MultiBlockBoundary::tube_equation_

private

tube_ghost_data_

std::unique_ptr<::amrex::FArrayBox> fub::amrex::MultiBlockBoundary::tube_ghost_data_

private

tube_mirror_box_

::amrex::Box fub::amrex::MultiBlockBoundary::tube_mirror_box_

private

tube_mirror_data_

std::unique_ptr<::amrex::FArrayBox> fub::amrex::MultiBlockBoundary::tube_mirror_data_

private

Tube_Rank

constexpr int fub::amrex::MultiBlockBoundary::Tube_Rank

staticconstexpr

valve_

std::shared_ptr<PressureValve> fub::amrex::MultiBlockBoundary::valve_

private

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

• MultiBlockBoundary.hpp