Base class for a mesh cell. More...

#include <Cell.h>

Collaboration diagram for Cell:

Public Member Functions
	Cell ()
	Basic Cell constructor for a non AMR cell.
	Cell (int lvl)
	Cell constructor for an AMR cell.
virtual	~Cell ()
void	addCellInterface (CellInterface *cellInterface)
	Add a cell interface to current cell.
void	deleteCellInterface (CellInterface *cellInterface)
	Delete the cell interface of current cell.
void	associateExtVar (Model mod, Gradient grad)
	Associate external variables.
virtual void	allocate (const std::vector< AddPhys * > &addPhys)
	Memory allocation of cell attributes.
void	allocateEos ()
void	fill (std::vector< GeometricalDomain * > &domains, const int &)
	Filling cell properties using a physical domain.
virtual void	copyPhase (const int &phaseNumber, Phase *phase)
void	copyMixture (Mixture *mixture)
void	setToZeroCons ()
void	setToZeroConsGlobal ()
void	timeEvolution (const double &dt, Symmetry *symmetry)
void	timeEvolutionAddPhys (const double &dt)
void	buildPrim ()
void	buildCons ()
virtual void	correctionEnergy (Prim=vecPhases)
void	sourceTermIntegration (const double &)
void	printPhasesMixture (std::ofstream &fileStream) const
virtual void	completeFulfillState ()
virtual void	fulfillState (Prim=vecPhases)
void	fulfillStateResume ()
void	localProjection (const Coord &normal, const Coord &tangent, const Coord &binormal, Prim=vecPhases)
virtual void	reverseProjection (const Coord &normal, const Coord &tangent, const Coord &binormal)
virtual void	copyInCell (Cell &) const
void	copyVec (Phase *vecPhases, Mixture mixture, Transport *vecTransports)
void	deleteInterface (const int &b)
void	prepareAddPhys ()
Coord	selectVector (Variable nameVector, int num=0, int subscript=-1) const
void	setVector (Variable nameVector, const Coord &value, int num=0, int subscript=-1)
const QuantitiesAddPhys *	getQPA (const int &numQPA) const
QuantitiesAddPhys *	getQPA (const int &numQPA)
	Allow to recover an additional physical quantity.
const Coord &	getGradTk (int &numPhase, int &numAddPhys) const
	Allow to recover an additional physical quantity.
void	setGradTk (int &numPhase, int &numAddPhys, double *buffer, int &counter)
void	addNonConsAddPhys (AddPhys &addPhys, Symmetry *symmetry)
void	reinitializeColorFunction (const int &numTransport, const int &numPhase)
	Re-initialize the color function (transport) with alpha.
double	hatFilterScalar (Variable nameVariable, int num=0)
	Select a specific scalar variable.
void	computeGradients (std::vector< Coord > &grads, std::vector< Variable > &nameVariables, std::vector< int > &numPhases)
	Compute gradients (temperature, velocity, density) of a cell.
int	getCellInterfacesSize () const
CellInterface *	getCellInterface (const int &b)
void	setCellInterface (const int &b, CellInterface *cellInterface)
virtual Phase *	getPhase (const int &phaseNumber, Prim=vecPhases) const
virtual Phase **	getPhases (Prim=vecPhases) const
virtual Mixture *	getMixture (Prim=vecPhases) const
Flux *	getCons () const
void	setCons (Flux *cons)
const Coord &	getPosition () const
const Coord &	getSize () const
const double &	getSizeX () const
const double &	getSizeY () const
const double &	getSizeZ () const
void	setElement (Element *element, const int &numCell)
Element *	getElement () const
virtual void	setTransport (double value, int &numTransport, Prim=vecPhases)
virtual Transport &	getTransport (const int &numTransport, Prim=vecPhases) const
virtual Transport *	getTransports (Prim=vecPhases) const
Transport *	getConsTransport (const int &numTransport) const
void	setConsTransport (double value, const int &numTransport)
std::vector< QuantitiesAddPhys * > &	getVecQuantitiesAddPhys ()
const int &	getNumberPhases () const
const int &	getNumberTransports () const
double	getDensityGradient ()
Model *	getModel ()
Coord &	getVelocity ()
const Coord &	getVelocity () const
void	setWall (bool wall)
bool	getWall () const
double	selectScalar (Variable nameVariable, int num=0) const
	Select a specific scalar variable.
virtual void	allocateSecondOrderBuffersAndGradientVectors (Phase *, Mixture )
	Compute global variable buffers (min, max, etc.) and initialize speficic gradient vectors for 2nd-order scheme on unstructured mesh.
virtual void	computeGradientsO2 ()
	Compute gradients for 2nd-order scheme on unstructured mesh.
virtual void	limitGradientsO2 (Limiter &)
virtual void	computeLocalSlopes (CellInterface &)
	Compute slopes for 2nd-order scheme on unstructured mesh.
virtual void	computeLocalSlopes (CellInterface &, Limiter &, Limiter &, Limiter &, Limiter &, double &, double &, double &, double &)
virtual void	computeLocalSlopesLimite (CellInterface &, Limiter &, Limiter &, Limiter &, Limiter &, double &)
virtual void	computeLocalSlopesPeriodic (CellInterface &, Limiter &, Limiter &, Limiter &, Limiter &, double &, double &, double &, double &)
virtual Phase *	getSlopes () const
virtual Transport *	getSlopesTransport () const
virtual void	saveCons ()
virtual void	getBackCons ()
virtual void	predictionOrdre2 (const double &, Symmetry *)
double	distance (Cell *c)
double	distanceX (Cell *c)
double	distanceY (Cell *c)
double	distanceZ (Cell *c)
double	distance (CellInterface *b)
double	distanceX (CellInterface *b)
double	distanceY (CellInterface *b)
double	distanceZ (CellInterface *b)
bool	traverseObjet (const GeometricObject &objet) const
void	printInfo () const
double	getPsat ()
	Compute saturation pressure for a liquid/vapor fluid mixture (first phase is considered predominant -> not generalized be careful).
bool	printGnuplotAMR (std::ofstream &fileStream, const int &dim, GeometricObject *objet=0, bool recordPsat=false)
void	computeVolumePhaseK (double &integration, const int &numPhase)
void	computeMass (double &mass, double &alphaRef)
void	computeTotalMass (double &mass)
void	computeTotalEnergy (double &totalEnergy)
void	lookForPmax (double pMax, double pMaxWall)
void	setToZeroXi ()
void	setToZeroConsXi ()
void	timeEvolutionXi ()
void	chooseRefine (const double &xiSplit, const int &nbCellsY, const int &nbCellsZ, const std::vector< AddPhys * > &addPhys, int &nbCellsTotalAMR)
void	chooseUnrefine (const double &xiJoin, int &nbCellsTotalAMR)
void	refineCellAndCellInterfaces (const int &nbCellsY, const int &nbCellsZ, const std::vector< AddPhys * > &addPhys, const bool &refineExternalCellInterfaces)
virtual void	createChildCell (const int &lvl)
void	unrefineCellAndCellInterfaces ()
void	averageChildrenInParent ()
bool	lvlNeighborTooHigh ()
bool	lvlNeighborTooLow ()
void	buildLvlCellsAndLvlInternalCellInterfacesArrays (std::vector< Cell * > cellsLvl, std::vector< CellInterface > *cellInterfacesLvl)
const int &	getLvl () const
const bool &	getSplit () const
const double &	getXi () const
void	setXi (double value)
void	addFluxXi (double value)
int	getNumberCellsChildren ()
Cell *	getCellChild (const int &num)
std::vector< Cell * > *	getChildVector ()
virtual void	pushBackSlope ()
virtual void	popBackSlope ()
virtual int	getRankOfNeighborCPU () const
virtual void	setRankOfNeighborCPU (int)
void	fillBufferPrimitives (double *buffer, int &counter, const int &lvl, const int &neighbour, Prim type=vecPhases) const
void	getBufferPrimitives (double buffer, int &counter, const int &lvl, Eos *eos, Prim type=vecPhases)
void	fillBufferVector (double *buffer, int &counter, const int &lvl, const int &neighbour, const int &dim, Variable nameVector, int num=0, int index=-1) const
void	getBufferVector (double *buffer, int &counter, const int &lvl, const int &dim, Variable nameVector, int num=0, int index=-1)
void	fillBufferTransports (double *buffer, int &counter, const int &lvl, const int &neighbour) const
void	getBufferTransports (double *buffer, int &counter, const int &lvl)
virtual void	fillBufferSlopes (double *, int &, const int &, const int &) const
virtual void	getBufferSlopes (double *, int &, const int &)
virtual bool	isCellGhost () const
bool	hasNeighboringGhostCellOfCPUneighbour (const int &neighbour) const
int	numberOfNeighboringGhostCellsOfCPUneighbour (const int &neighbour) const
virtual GradPhase *	getGradPhase (const int &) const
virtual GradMixture *	getGradMixture () const
virtual GradTransport *	getGradTransport (const int &) const
void	chooseRefineDeraffineGhost (const int &nbCellsY, const int &nbCellsZ, const std::vector< AddPhys * > &addPhys, std::vector< Cell * > *cellsLvlGhost)
void	refineCellAndCellInterfacesGhost (const int &nbCellsY, const int &nbCellsZ, const std::vector< AddPhys * > &addPhys)
void	unrefineCellAndCellInterfacesGhost ()
void	fillBufferXi (double *buffer, int &counter, const int &lvl, const int &neighbour) const
void	getBufferXi (double *buffer, int &counter, const int &lvl)
void	fillBufferSplit (bool *buffer, int &counter, const int &lvl, const int &neighbour) const
void	getBufferSplit (bool *buffer, int &counter, const int &lvl)
void	fillNumberElementsToSendToNeighbour (int &numberElementsToSendToNeighbor, int &numberSlopesToSendToNeighbor, const int &lvl, const int &neighbour, int numberNeighboursOfCPUneighbour)
void	fillDataToSend (std::vector< double > &dataToSend, std::vector< int > &dataSplitToSend, const int &lvl) const
void	getDataToReceiveAndRefine (std::vector< double > &dataToReceive, std::vector< int > &dataSplitToReceive, const int &lvl, Eos *eos, int &counter, int &counterSplit, const int &nbCellsY, const int &nbCellsZ, const std::vector< AddPhys > &addPhys)
void	computeLoad (double &load, int lvl) const
void	computeLvlMax (int &lvlMax) const
void	clearExternalCellInterfaces (const int &nbCellsY, const int &nbCellsZ)
void	updatePointersInternalCellInterfaces ()
void	updateNbCellsTotalAMR (int &nbCellsTotalAMR)

Protected Attributes
bool	m_wall
Phase **	m_vecPhases
Mixture *	m_mixture
Transport *	m_vecTransports
Flux *	m_cons
Transport *	m_consTransports
Element *	m_element
std::vector< CellInterface * >	m_cellInterfaces
std::vector< QuantitiesAddPhys * >	m_vecQuantitiesAddPhys
int	m_lvl
double	m_xi
double	m_consXi
bool	m_split
std::vector< Cell * >	m_childrenCells
std::vector< CellInterface * >	m_childrenInternalCellInterfaces

Detailed Description

Base class for a mesh cell.

Constructor & Destructor Documentation

◆ Cell() [1/2]

Cell::Cell ( )

Basic Cell constructor for a non AMR cell.

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◆ Cell() [2/2]

Cell::Cell ( int lvl )

Cell constructor for an AMR cell.

Parameters

lvl	level of current AMR cell

◆ ~Cell()

Cell::~Cell ( )

virtual

Member Function Documentation

◆ addCellInterface()

void Cell::addCellInterface ( CellInterface * cellInterface )

Add a cell interface to current cell.

Parameters

cellInterface pointer to added cell interface

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◆ addFluxXi()

void Cell::addFluxXi ( double value )

Add xi cell flux

◆ addNonConsAddPhys()

void Cell::addNonConsAddPhys	(	AddPhys &	addPhys,
		Symmetry *	symmetry )

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◆ allocate()

void Cell::allocate ( const std::vector< AddPhys * > & addPhys )

virtual

Memory allocation of cell attributes.

Parameters

addPhys vector of additional physics

Reimplemented in CellO2, CellO2GhostCartesian, and CellO2NS.

◆ allocateEos()

void Cell::allocateEos ( )

◆ allocateSecondOrderBuffersAndGradientVectors()

virtual void Cell::allocateSecondOrderBuffersAndGradientVectors	(	Phase **	,
		Mixture *	)

inlinevirtual

Compute global variable buffers (min, max, etc.) and initialize speficic gradient vectors for 2nd-order scheme on unstructured mesh.

Reimplemented in CellO2, and CellO2NS.

◆ associateExtVar()

void Cell::associateExtVar	(	Model *	mod,
		Gradient *	grad )

Associate external variables.

Parameters

mod	pointer to model
grad	pointer to gradient method

◆ averageChildrenInParent()

void Cell::averageChildrenInParent ( )

Average variables of children cells in the parent cell, needed for computation of xi.

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◆ buildCons()

void Cell::buildCons ( )

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◆ buildLvlCellsAndLvlInternalCellInterfacesArrays()

void Cell::buildLvlCellsAndLvlInternalCellInterfacesArrays	(	std::vector< Cell * > *	cellsLvl,
		std::vector< CellInterface * > *	cellInterfacesLvl )

Build new arrays of cells and cell interfaces for level (lvl+1), only internal cell interfaces are added here

◆ buildPrim()

void Cell::buildPrim ( )

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◆ chooseRefine()

void Cell::chooseRefine	(	const double &	xiSplit,
		const int &	nbCellsY,
		const int &	nbCellsZ,
		const std::vector< AddPhys * > &	addPhys,
		int &	nbCellsTotalAMR )

Choice for refinement of parent cell

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◆ chooseRefineDeraffineGhost()

void Cell::chooseRefineDeraffineGhost	(	const int &	nbCellsY,
		const int &	nbCellsZ,
		const std::vector< AddPhys * > &	addPhys,
		std::vector< Cell * > *	cellsLvlGhost )

Choice for refinement, unrefinement of the ghost parent cell + Update of ghost cell vector for lvl+1

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◆ chooseUnrefine()

void Cell::chooseUnrefine	(	const double &	xiJoin,
		int &	nbCellsTotalAMR )

Choice for unrefinement of parent cell

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◆ clearExternalCellInterfaces()

void Cell::clearExternalCellInterfaces	(	const int &	nbCellsY,
		const int &	nbCellsZ )

◆ completeFulfillState()

void Cell::completeFulfillState ( )

virtual

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◆ computeGradients()

void Cell::computeGradients	(	std::vector< Coord > &	grads,
		std::vector< Variable > &	nameVariables,
		std::vector< int > &	numPhases )

Compute gradients (temperature, velocity, density) of a cell.

Parameters

grads	Array of desired gradients, e.g. for temperature each component represents phase temperature and for velocity each component represents the gradient of a velocity component (grad(u), grad(v), grad(w))
nameVariables	Name of the variable for which the gradient is calculated
numPhases	Phases number's

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◆ computeGradientsO2()

virtual void Cell::computeGradientsO2 ( )

inlinevirtual

Compute gradients for 2nd-order scheme on unstructured mesh.

Reimplemented in CellO2, and CellO2NS.

◆ computeLoad()

void Cell::computeLoad	(	double &	load,
		int	lvl ) const

◆ computeLocalSlopes() [1/2]

virtual void Cell::computeLocalSlopes ( CellInterface & )

inlinevirtual

Compute slopes for 2nd-order scheme on unstructured mesh.

Reimplemented in CellO2, and CellO2NS.

◆ computeLocalSlopes() [2/2]

virtual void Cell::computeLocalSlopes	(	CellInterface &	,
		Limiter &	,
		Limiter &	,
		Limiter &	,
		Limiter &	,
		double &	,
		double &	,
		double &	,
		double &	)

inlinevirtual

Reimplemented in CellO2, CellO2Cartesian, and CellO2GhostCartesian.

◆ computeLocalSlopesLimite()

virtual void Cell::computeLocalSlopesLimite	(	CellInterface &	,
		Limiter &	,
		Limiter &	,
		Limiter &	,
		Limiter &	,
		double &	)

inlinevirtual

Does nothing for first order cells

Reimplemented in CellO2, and CellO2Cartesian.

◆ computeLocalSlopesPeriodic()

virtual void Cell::computeLocalSlopesPeriodic	(	CellInterface &	,
		Limiter &	,
		Limiter &	,
		Limiter &	,
		Limiter &	,
		double &	,
		double &	,
		double &	,
		double &	)

inlinevirtual

Does nothing for first order cells

Reimplemented in CellO2Cartesian.

◆ computeLvlMax()

void Cell::computeLvlMax ( int & lvlMax ) const

◆ computeMass()

void Cell::computeMass	(	double &	mass,
		double &	alphaRef )

◆ computeTotalEnergy()

void Cell::computeTotalEnergy ( double & totalEnergy )

◆ computeTotalMass()

void Cell::computeTotalMass ( double & mass )

◆ computeVolumePhaseK()

void Cell::computeVolumePhaseK	(	double &	integration,
		const int &	numPhase )

◆ copyInCell()

virtual void Cell::copyInCell ( Cell & ) const

inlinevirtual

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◆ copyMixture()

void Cell::copyMixture ( Mixture * mixture )

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◆ copyPhase()

void Cell::copyPhase	(	const int &	phaseNumber,
		Phase *	phase )

virtual

Reimplemented in CellO2.

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◆ copyVec()

void Cell::copyVec	(	Phase **	vecPhases,
		Mixture *	mixture,
		Transport *	vecTransports )

◆ correctionEnergy()

void Cell::correctionEnergy ( Prim = vecPhases )

virtual

Reimplemented in CellO2.

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◆ createChildCell()

void Cell::createChildCell ( const int & lvl )

virtual

Create a child cell (not initialized)

Reimplemented in CellGhost, CellO2, CellO2Cartesian, and CellO2GhostCartesian.

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◆ deleteCellInterface()

void Cell::deleteCellInterface ( CellInterface * cellInterface )

Delete the cell interface of current cell.

Parameters

cellInterface pointer to deleted cell interface

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◆ deleteInterface()

void Cell::deleteInterface ( const int & b )

◆ distance() [1/2]

double Cell::distance ( Cell * c )

Does nothing for first order cells Distance totale

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◆ distance() [2/2]

double Cell::distance ( CellInterface * b )

Distance totale

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◆ distanceX() [1/2]

double Cell::distanceX ( Cell * c )

Distance selon x

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◆ distanceX() [2/2]

double Cell::distanceX ( CellInterface * b )

Distance selon x

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◆ distanceY() [1/2]

double Cell::distanceY ( Cell * c )

Distance selon y

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◆ distanceY() [2/2]

double Cell::distanceY ( CellInterface * b )

Distance selon y

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◆ distanceZ() [1/2]

double Cell::distanceZ ( Cell * c )

Distance selon z

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◆ distanceZ() [2/2]

double Cell::distanceZ ( CellInterface * b )

Distance selon z

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◆ fill()

void Cell::fill	(	std::vector< GeometricalDomain * > &	domains,
		const int &	)

Filling cell properties using a physical domain.

Parameters

domains domain used for filling

◆ fillBufferPrimitives()

void Cell::fillBufferPrimitives	(	double *	buffer,
		int &	counter,
		const int &	lvl,
		const int &	neighbour,
		Prim	type = vecPhases ) const

Does nothing for non-ghost cells

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◆ fillBufferSlopes()

virtual void Cell::fillBufferSlopes	(	double *	,
		int &	,
		const int &	,
		const int &	) const

inlinevirtual

Reimplemented in CellO2, CellO2Cartesian, and CellO2NS.

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◆ fillBufferSplit()

void Cell::fillBufferSplit	(	bool *	buffer,
		int &	counter,
		const int &	lvl,
		const int &	neighbour ) const

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◆ fillBufferTransports()

void Cell::fillBufferTransports	(	double *	buffer,
		int &	counter,
		const int &	lvl,
		const int &	neighbour ) const

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◆ fillBufferVector()

void Cell::fillBufferVector	(	double *	buffer,
		int &	counter,
		const int &	lvl,
		const int &	neighbour,
		const int &	dim,
		Variable	nameVector,
		int	num = 0,
		int	index = -1 ) const

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◆ fillBufferXi()

void Cell::fillBufferXi	(	double *	buffer,
		int &	counter,
		const int &	lvl,
		const int &	neighbour ) const

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◆ fillDataToSend()

void Cell::fillDataToSend	(	std::vector< double > &	dataToSend,
		std::vector< int > &	dataSplitToSend,
		const int &	lvl ) const

◆ fillNumberElementsToSendToNeighbour()

void Cell::fillNumberElementsToSendToNeighbour	(	int &	numberElementsToSendToNeighbor,
		int &	numberSlopesToSendToNeighbor,
		const int &	lvl,
		const int &	neighbour,
		int	numberNeighboursOfCPUneighbour )

◆ fulfillState()

void Cell::fulfillState ( Prim = vecPhases )

virtual

Reimplemented in CellO2.

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◆ fulfillStateResume()

void Cell::fulfillStateResume ( )

◆ getBackCons()

virtual void Cell::getBackCons ( )

inlinevirtual

Does nothing for first order cells

Reimplemented in CellO2.

◆ getBufferPrimitives()

void Cell::getBufferPrimitives	(	double *	buffer,
		int &	counter,
		const int &	lvl,
		Eos **	eos,
		Prim	type = vecPhases )

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◆ getBufferSlopes()

virtual void Cell::getBufferSlopes	(	double *	,
		int &	,
		const int &	)

inlinevirtual

Does nothing for first order cells

Reimplemented in CellO2, CellO2Cartesian, CellO2GhostCartesian, CellO2GhostNS, and CellO2NS.

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◆ getBufferSplit()

void Cell::getBufferSplit	(	bool *	buffer,
		int &	counter,
		const int &	lvl )

◆ getBufferTransports()

void Cell::getBufferTransports	(	double *	buffer,
		int &	counter,
		const int &	lvl )

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◆ getBufferVector()

void Cell::getBufferVector	(	double *	buffer,
		int &	counter,
		const int &	lvl,
		const int &	dim,
		Variable	nameVector,
		int	num = 0,
		int	index = -1 )

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◆ getBufferXi()

void Cell::getBufferXi	(	double *	buffer,
		int &	counter,
		const int &	lvl )

◆ getCellChild()

Cell * Cell::getCellChild ( const int & num )

Return pointer to the corresponding child cell number

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◆ getCellInterface()

CellInterface * Cell::getCellInterface ( const int & b )

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◆ getCellInterfacesSize()

int Cell::getCellInterfacesSize ( ) const

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◆ getChildVector()

std::vector< Cell * > * Cell::getChildVector ( )

Return pointer to child vector

◆ getCons()

Flux * Cell::getCons ( ) const

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◆ getConsTransport()

Transport * Cell::getConsTransport ( const int & numTransport ) const

◆ getDataToReceiveAndRefine()

void Cell::getDataToReceiveAndRefine	(	std::vector< double > &	dataToReceive,
		std::vector< int > &	dataSplitToReceive,
		const int &	lvl,
		Eos **	eos,
		int &	counter,
		int &	counterSplit,
		const int &	nbCellsY,
		const int &	nbCellsZ,
		const std::vector< AddPhys * > &	addPhys )

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◆ getDensityGradient()

double Cell::getDensityGradient ( )

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◆ getElement()

Element * Cell::getElement ( ) const

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◆ getGradMixture()

virtual GradMixture * Cell::getGradMixture ( ) const

inlinevirtual

Reimplemented in CellO2, and CellO2NS.

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◆ getGradPhase()

virtual GradPhase * Cell::getGradPhase ( const int & ) const

inlinevirtual

Reimplemented in CellO2, and CellO2NS.

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◆ getGradTk()

const Coord & Cell::getGradTk	(	int &	numPhase,
		int &	numAddPhys ) const

Allow to recover an additional physical quantity.

◆ getGradTransport()

virtual GradTransport * Cell::getGradTransport ( const int & ) const

inlinevirtual

Reimplemented in CellO2, and CellO2NS.

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◆ getLvl()

const int & Cell::getLvl ( ) const

inline

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◆ getMixture()

Mixture * Cell::getMixture ( Prim = vecPhases ) const

virtual

Reimplemented in CellO2.

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◆ getModel()

Model * Cell::getModel ( )

◆ getNumberCellsChildren()

int Cell::getNumberCellsChildren ( )

Return the number of children cells

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◆ getNumberPhases()

const int & Cell::getNumberPhases ( ) const

◆ getNumberTransports()

const int & Cell::getNumberTransports ( ) const

◆ getPhase()

Phase * Cell::getPhase	(	const int &	phaseNumber,
		Prim	= vecPhases ) const

virtual

Reimplemented in CellO2.

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◆ getPhases()

Phase ** Cell::getPhases ( Prim = vecPhases ) const

virtual

Reimplemented in CellO2.

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◆ getPosition()

const Coord & Cell::getPosition ( ) const

inline

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◆ getPsat()

double Cell::getPsat ( )

Compute saturation pressure for a liquid/vapor fluid mixture (first phase is considered predominant -> not generalized be careful).

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◆ getQPA() [1/2]

QuantitiesAddPhys * Cell::getQPA ( const int & numQPA )

inline

Allow to recover an additional physical quantity.

◆ getQPA() [2/2]

const QuantitiesAddPhys * Cell::getQPA ( const int & numQPA ) const

inline

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◆ getRankOfNeighborCPU()

virtual int Cell::getRankOfNeighborCPU ( ) const

inlinevirtual

Does nothing for non-ghost O2 cells

Reimplemented in CellGhost, CellO2GhostCartesian, and CellO2GhostNS.

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◆ getSize()

const Coord & Cell::getSize ( ) const

inline

◆ getSizeX()

const double & Cell::getSizeX ( ) const

inline

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◆ getSizeY()

const double & Cell::getSizeY ( ) const

inline

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◆ getSizeZ()

const double & Cell::getSizeZ ( ) const

inline

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◆ getSlopes()

virtual Phase * Cell::getSlopes ( ) const

inlinevirtual

Does nothing for first order cells

◆ getSlopesTransport()

virtual Transport * Cell::getSlopesTransport ( ) const

inlinevirtual

Does nothing for first order cells

◆ getSplit()

const bool & Cell::getSplit ( ) const

inline

Get the cell AMR level in the AMR tree

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◆ getTransport()

Transport & Cell::getTransport	(	const int &	numTransport,
		Prim	= vecPhases ) const

virtual

Reimplemented in CellO2.

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◆ getTransports()

Transport * Cell::getTransports ( Prim = vecPhases ) const

virtual

Reimplemented in CellO2.

◆ getVecQuantitiesAddPhys()

std::vector< QuantitiesAddPhys * > & Cell::getVecQuantitiesAddPhys ( )

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◆ getVelocity() [1/2]

Coord & Cell::getVelocity ( )

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◆ getVelocity() [2/2]

const Coord & Cell::getVelocity ( ) const

◆ getWall()

bool Cell::getWall ( ) const

inline

◆ getXi()

const double & Cell::getXi ( ) const

inline

Return true if the cells is plit, false otherwise

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◆ hasNeighboringGhostCellOfCPUneighbour()

bool Cell::hasNeighboringGhostCellOfCPUneighbour ( const int & neighbour ) const

Return a bool that is true if the cell has a neighboring ghost cell corresponding to CPU "neighbour"

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◆ hatFilterScalar()

double Cell::hatFilterScalar	(	Variable	nameVariable,
		int	num = 0 )

Select a specific scalar variable.

Parameters

nameVariables	Name of the scalar variable to filter
num	Phases number's needed by selectScalar

Returns: Filtered value of the scalar variable on current cell and adjacent ones

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◆ isCellGhost()

virtual bool Cell::isCellGhost ( ) const

inlinevirtual

Does nothing for first order cells

Reimplemented in CellGhost, and CellO2GhostCartesian.

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◆ limitGradientsO2()

virtual void Cell::limitGradientsO2 ( Limiter & )

inlinevirtual

Reimplemented in CellO2, and CellO2NS.

◆ localProjection()

void Cell::localProjection	(	const Coord &	normal,
		const Coord &	tangent,
		const Coord &	binormal,
		Prim	= vecPhases )

◆ lookForPmax()

void Cell::lookForPmax	(	double *	pMax,
		double *	pMaxWall )

◆ lvlNeighborTooHigh()

bool Cell::lvlNeighborTooHigh ( )

Look for AMR level of neighboring cells if too high to unrefine

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◆ lvlNeighborTooLow()

bool Cell::lvlNeighborTooLow ( )

Look for AMR level of neighboring cells if too low to refine

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◆ numberOfNeighboringGhostCellsOfCPUneighbour()

int Cell::numberOfNeighboringGhostCellsOfCPUneighbour ( const int & neighbour ) const

Return the number of neighboring ghost cells corresponding to CPU "neighbour" this cell has

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◆ popBackSlope()

virtual void Cell::popBackSlope ( )

inlinevirtual

Does nothing for non-ghost O2 cells

Reimplemented in CellO2GhostCartesian.

◆ predictionOrdre2()

virtual void Cell::predictionOrdre2	(	const double &	,
		Symmetry *	)

inlinevirtual

Does nothing for first order cells

Reimplemented in CellO2.

◆ prepareAddPhys()

void Cell::prepareAddPhys ( )

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◆ printGnuplotAMR()

bool Cell::printGnuplotAMR	(	std::ofstream &	fileStream,
		const int &	dim,
		GeometricObject *	objet = 0,
		bool	recordPsat = false )

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◆ printInfo()

void Cell::printInfo ( ) const

◆ printPhasesMixture()

void Cell::printPhasesMixture ( std::ofstream & fileStream ) const

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◆ pushBackSlope()

virtual void Cell::pushBackSlope ( )

inlinevirtual

Reimplemented in CellO2GhostCartesian.

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◆ refineCellAndCellInterfaces()

void Cell::refineCellAndCellInterfaces	(	const int &	nbCellsY,
		const int &	nbCellsZ,
		const std::vector< AddPhys * > &	addPhys,
		const bool &	refineExternalCellInterfaces )

Refine parent cell by creation of children cells

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◆ refineCellAndCellInterfacesGhost()

void Cell::refineCellAndCellInterfacesGhost	(	const int &	nbCellsY,
		const int &	nbCellsZ,
		const std::vector< AddPhys * > &	addPhys )

Refinement of parent ghost cell by creation of children ghost cells

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◆ reinitializeColorFunction()

void Cell::reinitializeColorFunction	(	const int &	numTransport,
		const int &	numPhase )

Re-initialize the color function (transport) with alpha.

◆ reverseProjection()

void Cell::reverseProjection	(	const Coord &	normal,
		const Coord &	tangent,
		const Coord &	binormal )

virtual

◆ saveCons()

virtual void Cell::saveCons ( )

inlinevirtual

Does nothing for first order cells

Reimplemented in CellO2.

◆ selectScalar()

double Cell::selectScalar	(	Variable	nameVariable,
		int	num = 0 ) const

Select a specific scalar variable.

Parameters

nameVariables	Name of the variable to select
numPhases	Phases number's

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◆ selectVector()

Coord Cell::selectVector	(	Variable	nameVector,
		int	num = 0,
		int	subscript = -1 ) const

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◆ setCellInterface()

void Cell::setCellInterface	(	const int &	b,
		CellInterface *	cellInterface )

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◆ setCons()

void Cell::setCons ( Flux * cons )

◆ setConsTransport()

void Cell::setConsTransport	(	double	value,
		const int &	numTransport )

◆ setElement()

void Cell::setElement	(	Element *	element,
		const int &	numCell )

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◆ setGradTk()

void Cell::setGradTk	(	int &	numPhase,
		int &	numAddPhys,
		double *	buffer,
		int &	counter )

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◆ setRankOfNeighborCPU()

virtual void Cell::setRankOfNeighborCPU ( int )

inlinevirtual

Reimplemented in CellGhost, CellO2GhostCartesian, and CellO2GhostNS.

◆ setToZeroCons()

void Cell::setToZeroCons ( )

◆ setToZeroConsGlobal()

void Cell::setToZeroConsGlobal ( )

◆ setToZeroConsXi()

void Cell::setToZeroConsXi ( )

set m_consXi to zero

◆ setToZeroXi()

void Cell::setToZeroXi ( )

set m_xi to zero

◆ setTransport()

void Cell::setTransport	(	double	value,
		int &	numTransport,
		Prim	= vecPhases )

virtual

Reimplemented in CellO2.

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◆ setVector()

void Cell::setVector	(	Variable	nameVector,
		const Coord &	value,
		int	num = 0,
		int	subscript = -1 )

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◆ setWall()

void Cell::setWall ( bool wall )

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◆ setXi()

void Cell::setXi ( double value )

Return Xi cell value Set the Xi cell value

◆ sourceTermIntegration()

void Cell::sourceTermIntegration ( const double & )

inline

◆ timeEvolution()

void Cell::timeEvolution	(	const double &	dt,
		Symmetry *	symmetry )

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◆ timeEvolutionAddPhys()

void Cell::timeEvolutionAddPhys ( const double & dt )

◆ timeEvolutionXi()

void Cell::timeEvolutionXi ( )

time evolution of Xi for smoothing

◆ traverseObjet()

bool Cell::traverseObjet ( const GeometricObject & objet ) const

◆ unrefineCellAndCellInterfaces()

void Cell::unrefineCellAndCellInterfaces ( )

Unrefine parent cell by destruction of children cells

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◆ unrefineCellAndCellInterfacesGhost()

void Cell::unrefineCellAndCellInterfacesGhost ( )

Unrefinement of parent ghost cell by destruction of children ghost cells

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◆ updateNbCellsTotalAMR()

void Cell::updateNbCellsTotalAMR ( int & nbCellsTotalAMR )

◆ updatePointersInternalCellInterfaces()

void Cell::updatePointersInternalCellInterfaces ( )

Member Data Documentation

◆ m_cellInterfaces

std::vector<CellInterface*> Cell::m_cellInterfaces

protected

Vector of cell-interface pointers

◆ m_childrenCells

std::vector<Cell*> Cell::m_childrenCells

protected

Vector of children cells pointers

◆ m_childrenInternalCellInterfaces

std::vector<CellInterface*> Cell::m_childrenInternalCellInterfaces

protected

Vector of Internal children cell-interface pointers of the cell

◆ m_cons

Flux* Cell::m_cons

protected

Conservative variables

◆ m_consTransports

Transport* Cell::m_consTransports

protected

Array of fluxes for advected variables

◆ m_consXi

double Cell::m_consXi

protected

Buffer variable for Xi fluxes

◆ m_element

Element* Cell::m_element

protected

Pointer to corresponding geometrical mesh element

◆ m_lvl

int Cell::m_lvl

protected

Cell AMR level in the AMR tree

◆ m_mixture

Mixture* Cell::m_mixture

protected

Mixture

◆ m_split

bool Cell::m_split

protected

Indicator for splitted cell (Do I possess children ?)

◆ m_vecPhases

Phase** Cell::m_vecPhases

protected

Array of phases

◆ m_vecQuantitiesAddPhys

std::vector<QuantitiesAddPhys*> Cell::m_vecQuantitiesAddPhys

protected

Vector of pointers to the Quantities of Additional Physics of the cell

◆ m_vecTransports

Transport* Cell::m_vecTransports

protected

Array of passive variables advected in the flow

◆ m_wall

bool Cell::m_wall

protected

Bool indicating if the cell is a solid boundary (for immersed boundaries)

◆ m_xi

double Cell::m_xi

protected

Criteria for refine/unrefine cell

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

/home/runner/work/ECOGEN/ECOGEN/doc_sources/src/Order1/Cell.h
/home/runner/work/ECOGEN/ECOGEN/doc_sources/src/Order1/Cell.cpp

Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Cell() [1/2]

◆ Cell() [2/2]

◆ ~Cell()

Member Function Documentation

◆ addCellInterface()

◆ addFluxXi()

◆ addNonConsAddPhys()

◆ allocate()

◆ allocateEos()

◆ allocateSecondOrderBuffersAndGradientVectors()

◆ associateExtVar()

◆ averageChildrenInParent()

◆ buildCons()

◆ buildLvlCellsAndLvlInternalCellInterfacesArrays()

◆ buildPrim()

◆ chooseRefine()

◆ chooseRefineDeraffineGhost()

◆ chooseUnrefine()

◆ clearExternalCellInterfaces()

◆ completeFulfillState()

◆ computeGradients()

◆ computeGradientsO2()

◆ computeLoad()

◆ computeLocalSlopes() [1/2]

◆ computeLocalSlopes() [2/2]

◆ computeLocalSlopesLimite()

◆ computeLocalSlopesPeriodic()

◆ computeLvlMax()

◆ computeMass()

◆ computeTotalEnergy()

◆ computeTotalMass()

◆ computeVolumePhaseK()

◆ copyInCell()

◆ copyMixture()

◆ copyPhase()

◆ copyVec()

◆ correctionEnergy()

◆ createChildCell()

◆ deleteCellInterface()

◆ deleteInterface()

◆ distance() [1/2]

◆ distance() [2/2]

◆ distanceX() [1/2]

◆ distanceX() [2/2]

◆ distanceY() [1/2]

◆ distanceY() [2/2]

◆ distanceZ() [1/2]

◆ distanceZ() [2/2]

◆ fill()

◆ fillBufferPrimitives()

◆ fillBufferSlopes()

◆ fillBufferSplit()

◆ fillBufferTransports()

◆ fillBufferVector()

◆ fillBufferXi()

◆ fillDataToSend()

◆ fillNumberElementsToSendToNeighbour()

◆ fulfillState()

◆ fulfillStateResume()

◆ getBackCons()

◆ getBufferPrimitives()

◆ getBufferSlopes()

◆ getBufferSplit()

◆ getBufferTransports()

◆ getBufferVector()

◆ getBufferXi()

◆ getCellChild()

◆ getCellInterface()

◆ getCellInterfacesSize()

◆ getChildVector()

◆ getCons()

◆ getConsTransport()

◆ getDataToReceiveAndRefine()

◆ getDensityGradient()

◆ getElement()

◆ getGradMixture()