#include <MeshUnStruct.h>

Inherits Mesh.

Inherited by MUSGmsh.

Collaboration diagram for MeshUnStruct:

Public Member Functions
	MeshUnStruct (const std::string &meshFile, const std::string &meshExtension)
	~MeshUnStruct () override
void	assignLimits (std::vector< BoundCond * > &boundCond) override
int	initializeGeometrie (TypeMeshContainer< Cell * > &cells, TypeMeshContainer< Cell * > &cellsGhost, TypeMeshContainer< CellInterface * > &cellInterfaces, const int &, bool pretraitementParallele=true, SimulationOrder schemeOrder=SimulationOrder::first) override
	renvoi le number de dimensions (1,2 ou 3)
std::string	whoAmI () const override
virtual void	initGeometryMonoCPU (TypeMeshContainer< Cell * > &cells, TypeMeshContainer< CellInterface * > &cellInterfaces, SimulationOrder schemeOrder=SimulationOrder::first)=0
	initialize the geometry for single CPU computation
virtual void	initGeometryParallel (TypeMeshContainer< Cell * > &cells, TypeMeshContainer< Cell * > &cellsGhost, TypeMeshContainer< CellInterface * > &cellInterfaces, SimulationOrder schemeOrder=SimulationOrder::first)=0
	initialize the geometry for multi CPUs computation
virtual void	preProcessMeshFileForParallel ()=0
	split original mesh file for computation on several CPUs
void	initCpuMeshSequential (TypeMeshContainer< Cell * > &cells, SimulationOrder &schemeOrder) override=0
	Initialize mesh of a single partition for restart with mesh mapping option.
void	initCpuMeshParallel (TypeMeshContainer< Cell * > &cells, SimulationOrder &schemeOrder, int cpu) override=0
	Initialize mesh of a single partition of a partionned mesh for restart with mesh mapping option.
void	writeMeshInfoData () const
	write monocpu mesh information
void	writeHeaderPiece (std::ofstream &fileStream, TypeMeshContainer< Cell * > *) const override
size_t	getNodes (std::vector< double > &dataset, std::vector< Cell * > *) const override
	Store coordinates of mesh nodes in a flat vector.
size_t	getConnectivity (std::vector< double > &dataset, std::vector< Cell * > *) const override
	Store connectivities of mesh cells in a flat vector of double.
size_t	getConnectivity (std::vector< int64_t > &dataset, std::vector< Cell * > *) const override
	Store connectivities of mesh cells in a flat vector of 'ECOGEN_VTKHDF_intType' integers.
size_t	getConnectivity (std::vector< int32_t > &dataset, std::vector< Cell * > *) const override
	Store connectivities of mesh cells in a flat vector of 'ECOGEN_VTKHDF_intType' integers.
void	getOffsets (std::vector< double > &dataset, std::vector< Cell * > *) const override
	Store offsets in connectivity array of mesh cells.
void	getOffsets (std::vector< int64_t > &dataset, std::vector< Cell * > *) const override
	Store offsets in connectivity array of mesh cells.
void	getOffsets (std::vector< int32_t > &dataset, std::vector< Cell * > *) const override
	Store offsets in connectivity array of mesh cells.
void	getTypeCell (std::vector< double > &dataset, std::vector< Cell * > *) const override
void	getTypeCell (std::vector< unsigned char > &dataset, std::vector< Cell * > *) const override
void	getData (TypeMeshContainer< Cell * > *cellsLvl, std::vector< double > &dataset, const int var, int phase) const override
void	getData (TypeMeshContainer< Cell * > *cellsLvl, std::vector< float > &dataset, const int var, int phase) const override
void	setDataSet (std::vector< double > &dataset, TypeMeshContainer< Cell * > *cellsLvl, const int var, int phase) const override
void	extractAbsVelocityMRF (TypeMeshContainer< Cell * > cellsLvl, std::vector< double > &dataset, Source sourceMRF) const override
void	extractAbsVelocityMRF (TypeMeshContainer< Cell * > cellsLvl, std::vector< float > &dataset, Source sourceMRF) const override
void	extractReferenceLength (std::vector< Cell * > *cellsLvl, std::vector< double > &dataset) const override
void	extractReferenceLength (std::vector< Cell * > *cellsLvl, std::vector< float > &dataset) const override
Public Member Functions inherited from Mesh
	Mesh ()
virtual	~Mesh ()
virtual void	setImmersedBoundaries (TypeMeshContainer< CellInterface * > *, SimulationOrder) const
const int &	getProblemDimension () const
const int &	getNumberCells () const
const int &	getNumberCellsTotal () const
const int &	getNumberFaces () const
const int &	getNumFichier () const
const TypeM &	getType () const
virtual int	getNumberCellsX () const
virtual int	getNumberCellsY () const
virtual int	getNumberCellsZ () const
virtual int	getNumberCellsXGlobal () const
virtual int	getNumberCellsYGlobal () const
virtual int	getNumberCellsZGlobal () const
virtual int	getOffsetX () const
virtual int	getOffsetY () const
virtual int	getOffsetZ () const
virtual int	getNumberCpuX () const
virtual int	getNumberCpuY () const
virtual int	getNumberCpuZ () const
virtual int	getLvlMax () const
void	writeResultsGnuplot (std::vector< Cell * > cellsLvl, std::ofstream &fileStream, GeometricObject objet=0, bool recordPsat=false) const
virtual void	writeHeaderPiece (std::ofstream &, std::vector< Cell * > *) const
virtual std::string	getStringExtent (bool=false) const
virtual std::array< int, 6 >	getArrayGlobalExtent () const
	For structured grid, get global grid extent under the form of an array.
virtual void	getCoord (std::vector< double > &, Axis, bool global=false) const
	For structured grid, get coordinates along a given axis.
virtual void	getData (std::vector< Cell * > *, std::vector< double > &, const int, int) const
	Extracting data for printing results.
virtual void	getData (std::vector< Cell * > *, std::vector< float > &, const int, int) const
virtual void	setDataSet (std::vector< double > &, std::vector< Cell * > *, const int, int) const
	Extracting data for printing results.
virtual void	refineCellAndCellInterfaces (Cell , const std::vector< AddPhys > &, int &)
virtual void	extractAbsVelocityMRF (std::vector< Cell * > , std::vector< double > &, Source ) const
	Extracting absolute velocity for specific Moving Reference Frame computations.
virtual void	extractAbsVelocityMRF (std::vector< Cell * > , std::vector< float > &, Source ) const
virtual void	printDomainDecomposition (std::ofstream &)
virtual void	readDomainDecomposition (std::ifstream &)
virtual void	procedureRaffinementInitialization (std::vector< Cell * > , TypeMeshContainer< Cell > , std::vector< CellInterface > , const std::vector< AddPhys > &, int &nbCellsTotalAMR, std::vector< GeometricalDomain * > &, Eos *, const int &, SimulationOrder, std::vector< GeometricalDomain > &)
virtual void	procedureRaffinement (std::vector< Cell * > , TypeMeshContainer< Cell > , std::vector< CellInterface > , const int &, const std::vector< AddPhys > &, int &, Eos **)
virtual void	initializePersistentCommunications (const TypeMeshContainer< Cell * > &cells, SimulationOrder schemeOrder)
virtual void	finalizeParallele (const int &lvlMax)
virtual void	parallelLoadBalancingAMR (std::vector< Cell * > , TypeMeshContainer< Cell > , std::vector< CellInterface > , SimulationOrder, const std::vector< AddPhys > &, Eos *, int &, std::vector< GeometricalDomain > &, bool=false)
virtual std::string	getMeshExtension () const

Static Public Member Functions
static std::string	readMeshFileExtension (const std::string &meshFile)

Protected Attributes
std::string	m_meshFile
	Name of the mesh file read.
std::string	m_nameMesh
	Name of the mesh file without extension.
int	m_numberNodes
	Number of nodes of the geometric domain.
int	m_numberInnerNodes
	Number of inner nodes (except from ghosts).
Coord *	m_nodes
	Array of node coordinates in the geometric domain.
int	m_numberInnerElements
	Number of elements of n dimension of internal compute.
int	m_numberGhostElements
	Number of ghost elements of dimension n for parallel computation.
int	m_numberCommunicatingElements
	Real number of communicating elements.
ElementNS **	m_elements
	Array of internal geometric elements.
FaceNS **	m_faces
	Array of geometrical faces.
std::vector< BoundCond * >	m_bound
	Array of boundary conditions.
int	m_numberInnerFaces
	Number of faces between two cells of compute.
int	m_numberBoundFaces
	Number of faces between a compute cell and a boundary.
int	m_numberFacesParallel
	Number of faces between a compute cell and a ghost cell.
int	m_numberGhostCells
	Number of ghost cells.
int	m_numberElements0D
int	m_numberElements1D
int	m_numberElements2D
int	m_numberElements3D
int	m_numberSegments
int	m_numberTriangles
int	m_numberQuadrangles
int	m_numberTetrahedrons
int	m_numberPyramids
int	m_numberPoints
int	m_numberHexahedrons
double	m_totalSurface
	Sum of 2D element surfaces.
double	m_totalVolume
	Sum of 3D element volumes.
Protected Attributes inherited from Mesh
int	m_numFile
int	m_problemDimension
int	m_numberElements
int	m_numberFacesTotal
int	m_numberCellsCalcul
int	m_numberCellsTotal
TypeM	m_type

Private Member Functions
template<typename T>
size_t	getConnectivity_private (std::vector< T > &dataset) const
template<typename T>
void	getOffsets_private (std::vector< T > &dataset) const
template<typename T>
void	getTypeCell_private (std::vector< T > &dataset) const
template<typename T>
void	getData_private (TypeMeshContainer< Cell * > *cellsLvl, std::vector< T > &dataset, const int var, int phase) const
template<typename T>
void	extractAbsVelocityMRF_private (TypeMeshContainer< Cell * > cellsLvl, std::vector< T > &dataset, Source sourceMRF) const
template<typename T>
void	extractReferenceLength_private (std::vector< Cell * > *cellsLvl, std::vector< T > &dataset) const

Additional Inherited Members
Protected Member Functions inherited from Mesh
template<typename T>
void	getData_body (Cell *cell, std::vector< T > &dataset, const int var, const int phase, const bool isAMR) const
	Access data of cell cell and append the wanted variable cell in dataset vector.

Constructor & Destructor Documentation

◆ MeshUnStruct()

MeshUnStruct::MeshUnStruct	(	const std::string &	meshFile,
		const std::string &	meshExtension )

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◆ ~MeshUnStruct()

MeshUnStruct::~MeshUnStruct ( )

override

Member Function Documentation

◆ assignLimits()

void MeshUnStruct::assignLimits ( std::vector< BoundCond * > & boundCond )

overridevirtual

Implements Mesh.

◆ extractAbsVelocityMRF() [1/2]

void MeshUnStruct::extractAbsVelocityMRF	(	TypeMeshContainer< Cell * > *	cellsLvl,
		std::vector< double > &	dataset,
		Source *	sourceMRF ) const

override

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◆ extractAbsVelocityMRF() [2/2]

void MeshUnStruct::extractAbsVelocityMRF	(	TypeMeshContainer< Cell * > *	cellsLvl,
		std::vector< float > &	dataset,
		Source *	sourceMRF ) const

override

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◆ extractAbsVelocityMRF_private()

template<typename T>

void MeshUnStruct::extractAbsVelocityMRF_private	(	TypeMeshContainer< Cell * > *	cellsLvl,
		std::vector< T > &	dataset,
		Source *	sourceMRF ) const

private

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◆ extractReferenceLength() [1/2]

void MeshUnStruct::extractReferenceLength	(	std::vector< Cell * > *	cellsLvl,
		std::vector< double > &	dataset ) const

overridevirtual

Reimplemented from Mesh.

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◆ extractReferenceLength() [2/2]

void MeshUnStruct::extractReferenceLength	(	std::vector< Cell * > *	cellsLvl,
		std::vector< float > &	dataset ) const

overridevirtual

Reimplemented from Mesh.

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◆ extractReferenceLength_private()

template<typename T>

void MeshUnStruct::extractReferenceLength_private	(	std::vector< Cell * > *	cellsLvl,
		std::vector< T > &	dataset ) const

private

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◆ getConnectivity() [1/3]

size_t MeshUnStruct::getConnectivity	(	std::vector< double > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store connectivities of mesh cells in a flat vector of double.

Returns: Cell count if success, 0 in case of overflow

Note: Check that the cell count doesn't overflow the maximal value representable by a 'size_t'. Don't check that the connectivity values fit in 'double' variables.

Remarks: Method has been kept to not break legacy I/Os but avoiding casts is probably better

Reimplemented from Mesh.

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◆ getConnectivity() [2/3]

size_t MeshUnStruct::getConnectivity	(	std::vector< int32_t > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store connectivities of mesh cells in a flat vector of 'ECOGEN_VTKHDF_intType' integers.

Returns: Cell count if success, 0 in case of overflow

Note: Check that the cell count doesn't overflow the maximal value representable by a 'size_t'. Don't check that the connectivity values fit the vector type.

Reimplemented from Mesh.

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◆ getConnectivity() [3/3]

size_t MeshUnStruct::getConnectivity	(	std::vector< int64_t > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store connectivities of mesh cells in a flat vector of 'ECOGEN_VTKHDF_intType' integers.

Returns: Cell count if success, 0 in case of overflow

Note: Check that the cell count doesn't overflow the maximal value representable by a 'size_t'. Don't check that the connectivity values fit the vector type.

Reimplemented from Mesh.

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◆ getConnectivity_private()

template<typename T>

size_t MeshUnStruct::getConnectivity_private ( std::vector< T > & dataset ) const

private

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◆ getData() [1/2]

void MeshUnStruct::getData	(	TypeMeshContainer< Cell * > *	cellsLvl,
		std::vector< double > &	dataset,
		const int	var,
		int	phase ) const

override

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◆ getData() [2/2]

void MeshUnStruct::getData	(	TypeMeshContainer< Cell * > *	cellsLvl,
		std::vector< float > &	dataset,
		const int	var,
		int	phase ) const

override

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◆ getData_private()

template<typename T>

void MeshUnStruct::getData_private	(	TypeMeshContainer< Cell * > *	cellsLvl,
		std::vector< T > &	dataset,
		const int	var,
		int	phase ) const

private

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◆ getNodes()

size_t MeshUnStruct::getNodes	(	std::vector< double > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store coordinates of mesh nodes in a flat vector.

Returns: Node count if success, 0 in case of overflow

Note: Check that the node count doesn't overflow the maximal value representable by a 'size_t'

Reimplemented from Mesh.

◆ getOffsets() [1/3]

void MeshUnStruct::getOffsets	(	std::vector< double > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store offsets in connectivity array of mesh cells.

Note: Check that the max offset doesn't overflow the maximal integer exactly representable by a 'double'.

Remarks: Method has been kept to not break legacy I/Os but avoiding casts is probably better

Reimplemented from Mesh.

◆ getOffsets() [2/3]

void MeshUnStruct::getOffsets	(	std::vector< int32_t > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store offsets in connectivity array of mesh cells.

Note: Check that the max offset doesn't overflow the maximal value representable by a int32_t variable.

Reimplemented from Mesh.

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◆ getOffsets() [3/3]

void MeshUnStruct::getOffsets	(	std::vector< int64_t > &	,
		std::vector< Cell * > *	) const

overridevirtual

Store offsets in connectivity array of mesh cells.

Note: Check that the max offset doesn't overflow the maximal value representable by a int64_t variable.

Reimplemented from Mesh.

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◆ getOffsets_private()

template<typename T>

void MeshUnStruct::getOffsets_private ( std::vector< T > & dataset ) const

private

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◆ getTypeCell() [1/2]

void MeshUnStruct::getTypeCell	(	std::vector< double > &	dataset,
		std::vector< Cell * > *	) const

overridevirtual

Reimplemented from Mesh.

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◆ getTypeCell() [2/2]

void MeshUnStruct::getTypeCell	(	std::vector< unsigned char > &	dataset,
		std::vector< Cell * > *	) const

overridevirtual

Reimplemented from Mesh.

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◆ getTypeCell_private()

template<typename T>

void MeshUnStruct::getTypeCell_private ( std::vector< T > & dataset ) const

private

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◆ initCpuMeshParallel()

void MeshUnStruct::initCpuMeshParallel	(	TypeMeshContainer< Cell * > &	,
		SimulationOrder &	,
		int	)

overridepure virtual

Initialize mesh of a single partition of a partionned mesh for restart with mesh mapping option.

This mesh object has only the elements and nodes filled

Reimplemented from Mesh.

Implemented in MUSGmsh, MUSGmshV2, and MUSGmshV4.

◆ initCpuMeshSequential()

void MeshUnStruct::initCpuMeshSequential	(	TypeMeshContainer< Cell * > &	,
		SimulationOrder &	)

overridepure virtual

Initialize mesh of a single partition for restart with mesh mapping option.

This mesh object has only the elements and nodes filled

Reimplemented from Mesh.

Implemented in MUSGmsh, MUSGmshV2, and MUSGmshV4.

◆ initGeometryMonoCPU()

virtual void MeshUnStruct::initGeometryMonoCPU	(	TypeMeshContainer< Cell * > &	cells,
		TypeMeshContainer< CellInterface * > &	cellInterfaces,
		SimulationOrder	schemeOrder = SimulationOrder::first )

pure virtual

initialize the geometry for single CPU computation

Parameters

cells
cellInterfaces
schemeOrder	scheme order (currently only first order working)

Implemented in MUSGmsh, MUSGmshV2, and MUSGmshV4.

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◆ initGeometryParallel()

virtual void MeshUnStruct::initGeometryParallel	(	TypeMeshContainer< Cell * > &	cells,
		TypeMeshContainer< Cell * > &	cellsGhost,
		TypeMeshContainer< CellInterface * > &	cellInterfaces,
		SimulationOrder	schemeOrder = SimulationOrder::first )

pure virtual

initialize the geometry for multi CPUs computation

Parameters

cells
cellInterfaces
schemeOrder	scheme order (currently only first order working)

Implemented in MUSGmsh, MUSGmshV2, and MUSGmshV4.

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◆ initializeGeometrie()

int MeshUnStruct::initializeGeometrie	(	TypeMeshContainer< Cell * > &	cells,
		TypeMeshContainer< Cell * > &	cellsGhost,
		TypeMeshContainer< CellInterface * > &	cellInterfaces,
		const int &	resumeSimulation,
		bool	pretraitementParallele = true,
		SimulationOrder	schemeOrder = SimulationOrder::first )

overridevirtual

renvoi le number de dimensions (1,2 ou 3)

Implements Mesh.

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◆ preProcessMeshFileForParallel()

virtual void MeshUnStruct::preProcessMeshFileForParallel ( )

pure virtual

split original mesh file for computation on several CPUs

Implemented in MUSGmsh, MUSGmshV2, and MUSGmshV4.

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◆ readMeshFileExtension()

std::string MeshUnStruct::readMeshFileExtension ( const std::string & meshFile )

static

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◆ setDataSet()

void MeshUnStruct::setDataSet	(	std::vector< double > &	dataset,
		TypeMeshContainer< Cell * > *	cellsLvl,
		const int	var,
		int	phase ) const

override

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◆ whoAmI()

std::string MeshUnStruct::whoAmI ( ) const

inlineoverridevirtual

Reimplemented from Mesh.

◆ writeHeaderPiece()

void MeshUnStruct::writeHeaderPiece	(	std::ofstream &	fileStream,
		TypeMeshContainer< Cell * > *	) const

override

◆ writeMeshInfoData()

void MeshUnStruct::writeMeshInfoData ( ) const

write monocpu mesh information

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Member Data Documentation

◆ m_bound

std::vector<BoundCond*> MeshUnStruct::m_bound

protected

Array of boundary conditions.

◆ m_elements

ElementNS** MeshUnStruct::m_elements

protected

Array of internal geometric elements.

◆ m_faces

FaceNS** MeshUnStruct::m_faces

protected

Array of geometrical faces.

◆ m_meshFile

std::string MeshUnStruct::m_meshFile

protected

Name of the mesh file read.

◆ m_nameMesh

std::string MeshUnStruct::m_nameMesh

protected

Name of the mesh file without extension.

◆ m_nodes

Coord* MeshUnStruct::m_nodes

protected

Array of node coordinates in the geometric domain.

◆ m_numberBoundFaces

int MeshUnStruct::m_numberBoundFaces

protected

Number of faces between a compute cell and a boundary.

◆ m_numberCommunicatingElements

int MeshUnStruct::m_numberCommunicatingElements

protected

Real number of communicating elements.

◆ m_numberElements0D

int MeshUnStruct::m_numberElements0D

protected

◆ m_numberElements1D

int MeshUnStruct::m_numberElements1D

protected

◆ m_numberElements2D

int MeshUnStruct::m_numberElements2D

protected

◆ m_numberElements3D

int MeshUnStruct::m_numberElements3D

protected

◆ m_numberFacesParallel

int MeshUnStruct::m_numberFacesParallel

protected

Number of faces between a compute cell and a ghost cell.

◆ m_numberGhostCells

int MeshUnStruct::m_numberGhostCells

protected

Number of ghost cells.

◆ m_numberGhostElements

int MeshUnStruct::m_numberGhostElements

protected

Number of ghost elements of dimension n for parallel computation.

◆ m_numberHexahedrons

int MeshUnStruct::m_numberHexahedrons

protected

◆ m_numberInnerElements

int MeshUnStruct::m_numberInnerElements

protected

Number of elements of n dimension of internal compute.

◆ m_numberInnerFaces

int MeshUnStruct::m_numberInnerFaces

protected

Number of faces between two cells of compute.

◆ m_numberInnerNodes

int MeshUnStruct::m_numberInnerNodes

protected

Number of inner nodes (except from ghosts).

◆ m_numberNodes

int MeshUnStruct::m_numberNodes

protected

Number of nodes of the geometric domain.

◆ m_numberPoints

int MeshUnStruct::m_numberPoints

protected

◆ m_numberPyramids

int MeshUnStruct::m_numberPyramids

protected

◆ m_numberQuadrangles

int MeshUnStruct::m_numberQuadrangles

protected

◆ m_numberSegments

int MeshUnStruct::m_numberSegments

protected

◆ m_numberTetrahedrons

int MeshUnStruct::m_numberTetrahedrons

protected

◆ m_numberTriangles

int MeshUnStruct::m_numberTriangles

protected

◆ m_totalSurface

double MeshUnStruct::m_totalSurface

protected

Sum of 2D element surfaces.

◆ m_totalVolume

double MeshUnStruct::m_totalVolume

protected

Sum of 3D element volumes.

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

/home/runner/work/ECOGEN/ECOGEN/doc_sources/src/Meshes/MeshUnStruct.h
/home/runner/work/ECOGEN/ECOGEN/doc_sources/src/Meshes/MeshUnStruct.cpp

Public Member Functions

Static Public Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ MeshUnStruct()

◆ ~MeshUnStruct()

Member Function Documentation

◆ assignLimits()

◆ extractAbsVelocityMRF() [1/2]

◆ extractAbsVelocityMRF() [2/2]

◆ extractAbsVelocityMRF_private()

◆ extractReferenceLength() [1/2]

◆ extractReferenceLength() [2/2]

◆ extractReferenceLength_private()

◆ getConnectivity() [1/3]

◆ getConnectivity() [2/3]

◆ getConnectivity() [3/3]

◆ getConnectivity_private()

◆ getData() [1/2]

◆ getData() [2/2]

◆ getData_private()

◆ getNodes()

◆ getOffsets() [1/3]

◆ getOffsets() [2/3]

◆ getOffsets() [3/3]

◆ getOffsets_private()

◆ getTypeCell() [1/2]

◆ getTypeCell() [2/2]

◆ getTypeCell_private()

◆ initCpuMeshParallel()

◆ initCpuMeshSequential()

◆ initGeometryMonoCPU()

◆ initGeometryParallel()

◆ initializeGeometrie()

◆ preProcessMeshFileForParallel()

◆ readMeshFileExtension()

◆ setDataSet()

◆ whoAmI()

◆ writeHeaderPiece()

◆ writeMeshInfoData()

Member Data Documentation

◆ m_bound

◆ m_elements

◆ m_faces

◆ m_meshFile

◆ m_nameMesh

◆ m_nodes

◆ m_numberBoundFaces

◆ m_numberCommunicatingElements

◆ m_numberElements0D

◆ m_numberElements1D

◆ m_numberElements2D

◆ m_numberElements3D

◆ m_numberFacesParallel

◆ m_numberGhostCells

◆ m_numberGhostElements

◆ m_numberHexahedrons

◆ m_numberInnerElements

◆ m_numberInnerFaces

◆ m_numberInnerNodes

◆ m_numberNodes

◆ m_numberPoints

◆ m_numberPyramids

◆ m_numberQuadrangles

◆ m_numberSegments

◆ m_numberTetrahedrons

◆ m_numberTriangles

◆ m_totalSurface

◆ m_totalVolume