This class build a network from unit cells defined on grid. More...

#include <SM_NetworkGridBuilder.h>

Inheritance diagram for SM_NetworkGridBuilder:

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Collaboration diagram for SM_NetworkGridBuilder:

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Public Member Functions
virtual tMemSize	getMemorySize () const
	return the memory size of the class and the memory size of all its attributes/associations More...

virtual tMemSize	getContentsMemorySize () const
	return the memory size of the included associations More...

Public Member Functions inherited from SM_NetworkBuilder
virtual void	buildNetwork (const SM_CrystalStructure &cStructure, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const std::array< tReal, SM_Constants::DIM > &X0, const std::array< tInteger, SM_Constants::DIM > &Ns, const std::valarray< tMask > &mask, SM_Network &network)=0
	build the network from a grid paver and a mask on crystal structure on grid More...

virtual tBoolean	buildDomainNetwork (const SM_CrystalStructure &cStructure, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const tString &domainExpression, SM_Network &network)=0
	build the network from domain expression More...

void	buildPaverNetwork (const SM_CrystalStructure &cStructure, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const std::array< tInteger, SM_Constants::DIM > &Ns, SM_Network &network)
	build the network from a grid paver More...

void	buildPaverNetwork (const SM_CrystalStructure &cStructure, const std::array< tReal, SM_Constants::DIM > &X0, const std::array< tInteger, SM_Constants::DIM > &Ns, SM_Network &network)
	build the network from a grid paver More...

void	buildPaverNetwork (const SM_CrystalStructure &cStructure, const std::array< tInteger, SM_Constants::DIM > &Ns, SM_Network &network)
	build the network from a grid paver More...

void	buildPaverNetwork (const SM_CrystalStructure &cStructure, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const std::array< tReal, SM_Constants::DIM > &X0, const std::array< tInteger, SM_Constants::DIM > &Ns, SM_Network &network)
	build the network from a grid paver More...

Public Member Functions inherited from SM_Object
	SM_Object (void)
	create

virtual	~SM_Object (void)
	destroy

Public Member Functions inherited from CORE_Object
template<class T >
std::shared_ptr< T >	getSharedPointer ()
	return the shared pointer for this More...

template<class T >
std::shared_ptr< const T >	getConstSharedPointer () const
	return a const shared pointer for this More...

template<class T >
tBoolean	isInstanceOf () const
	test if the clas T is an instance of this class More...

tString	getClassName () const
	return the name of the class More...

tString	getPointerString () const
	retrun the pointer of the class as a string More...

tString	getIdentityString () const
	retrun the string identification of the class More...

virtual tString	toString () const
	return the string representation of the object node More...

Static Public Member Functions
static tIndex	BuildBlock (const std::array< tInteger, SM_Constants::DIM > &nCs, const tInteger iBlocksNumber, const tInteger iBlockIndex, const tReal &margin, const tReal iX0, const tReal iHs, tInteger iI0, tInteger iI1, tReal iBlockMinPoint, tReal iBlockMaxPoint)
	buid a block within a grid domain More...

static tIndex	GetCellsNumberInBlock (const std::array< tInteger, SM_Constants::DIM > &nCs, const tInteger iBlocksNumber, const tInteger iBlockIndex)
	buid a block within a grid domain More...

template<tUCInt R>
static tBoolean	IsPointInBlock (std::array< tInteger, SM_Constants::DIM > &I, const tReal iBlockMinPoint, const tReal iBlockMaxPoint, const tReal iX0, const tReal iHs, tReal *iP)
	return true if the point P=X0+(I+0.5R).Hs is in [blockMinPoint,blockMaxPoint[ More...

static tBoolean	GetCenterFacePointInBlock (const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const std::array< tInteger, SM_Constants::DIM > &faceElementIndices, const std::array< tReal, SM_Constants::DIM > &blockMinPoint, const std::array< tReal, SM_Constants::DIM > &blockMaxPoint, std::array< tUCInt, SM_Constants::HDIM > &moveIndices, const std::array< tReal, SM_Constants::DIM > &X0, const std::array< tReal, SM_Constants::DIM > &H, std::array< tReal, SM_Constants::DIM > &P)
	return true if the point at center of face of the d-surface is in [blockMinPoint,blockMaxPoint[ More...

template<tBoolean R>
static void	GetPointWithIndices (std::array< tInteger, SM_Constants::DIM > &I, const tReal iX0, const tReal iHs, tReal *iP)
	get the point with indices within the cell of indices I with relative position R in {0,1} More...

static void	GetCenterFacePoint (const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const std::array< tInteger, SM_Constants::DIM > &faceElementIndices, std::array< tUCInt, SM_Constants::HDIM > &movesIndices, const std::array< tReal, SM_Constants::DIM > &X0, const std::array< tReal, SM_Constants::DIM > &H, std::array< tReal, SM_Constants::DIM > &P)
	get the point located at center of element of d-surface whith faceElementIndices More...

static void	GetCellVertices (const std::array< tInteger, SM_Constants::DIM > &cellIndices, const std::array< tInteger, SM_Constants::DIM > &nPs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, std::array< tUCInt, SM_Constants::DIM > &moveIndices, std::array< tInteger, SM_Constants::DIM > &vertexIndices, std::map< tIndex, tIndex > &vertices)
	get the vertices at summit of cells More...

static void	GetFaceVertices (const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const std::array< tInteger, SM_Constants::DIM > faceElementIndices, const std::array< tInteger, SM_Constants::DIM > &nPs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, std::array< tUCInt, SM_Constants::HDIM > &moveIndices, std::array< tInteger, SM_Constants::DIM > &vertexIndices, tIndex &vertexIndex, std::map< tIndex, tIndex > &vertices)
	get the vertices at summit of face More...

static tBoolean	IsFaceInDomain (const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const tInteger iFaceElementIndices, const std::array< tInteger, SM_Constants::DIM > &nCs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const tBoolean &incMask, const tMask vMask, std::array< tInteger, SM_Constants::DIM > &connectedCellIndices)
	return true if the face is in domain More...

static void	GetConnectedDomainCellsToVertex (const std::array< tInteger, SM_Constants::DIM > &vertexIndices, const std::array< tInteger, SM_Constants::DIM > &Ns, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const tBoolean &incMask, const tMask *vMask, std::array< tUCInt, SM_Constants::DIM > &moveIndices, std::array< tInteger, SM_Constants::DIM > &connectedCellIndices, std::map< tIndex, tIndex > &connectedCells)
	get the cells in domain and connected to vertex More...

static void	GetConnectedDomainCellsToFace (const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const tInteger iFaceElementIndices, const std::array< tInteger, SM_Constants::DIM > &nCs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const tBoolean &incMask, const tMask vMask, std::array< tInteger, SM_Constants::DIM > &connectedCellIndices, std::map< tIndex, tIndex > &connectedCells)
	get the cells in domain and connected to face More...

static void	GetConnectedDomainFacesToVertex (const std::array< tInteger, SM_Constants::DIM > &vertexIndices, const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const std::array< tInteger, SM_Constants::DIM > &facesElementsNumber, const std::array< tInteger, SM_Constants::DIM > &nCs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const tBoolean &incMask, const tMask *vMask, std::array< tUCInt, SM_Constants::HDIM > &moveIndices, std::array< tInteger, SM_Constants::DIM > &cellIndices, tIndex &index, std::array< tInteger, SM_Constants::DIM > &faceElementIndices, std::map< tIndex, tIndex > &connectedFaces)
	get the faces in domain and connected to vertex More...

static void	GetConnectedDomainFacesToFace (const tDimension &p, const std::array< tDimension, SM_Constants::HDIM > &pHyperplanBase, const tInteger iFaceElementIndices, const tDimension &q, const std::array< tDimension, SM_Constants::HDIM > &qHyperplanBase, const std::array< tInteger, SM_Constants::DIM > &qFacesElementsNumber, const std::array< tInteger, SM_Constants::DIM > &nCs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const tBoolean &incMask, const tMask vMask, std::array< tInteger, SM_Constants::DIM > &connectedCellIndices, tIndex &cellIndex, std::array< tInteger, SM_Constants::DIM > &connectedFaceIndices, std::map< tIndex, tIndex > &connectedFaces)
	get the faces in q-surfaces domain and connected to face in p-surface More...

static void	BuildVerticesWeight (const std::array< tInteger, SM_Constants::DIM > &nCs, const std::array< tInteger, SM_Constants::DIM > &nPs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const std::valarray< tMask > &mask, tReal iVerticesWeight, tUCInt iConnectedCellsNumber, tIndex *iConnectedCells)
	build the weight of vertex More...

static void	BuildFacesWeight (const tDimension &d, const std::array< tDimension, SM_Constants::HDIM > &hyperplanBase, const std::array< tInteger, SM_Constants::DIM > &nCs, const std::array< tInteger, SM_Constants::DIM > &nPs, const std::array< tBoolean, SM_Constants::DIM > &isPeriodic, const std::valarray< tMask > &mask, tReal iFacesWeight, tUCInt iConnectedCellsNumber, tIndex *iConnectedCells)
	build the weight of vertex at center of faces More...

static void	BuildCellsWeight (const std::array< tInteger, SM_Constants::DIM > &nCs, const std::valarray< tMask > &mask, tReal iCellsWeight, tUCInt iConnectedCellsNumber, tIndex *iConnectedCells)
	build the weight of vertex at center of cells More...

static void	BuildCellsParticlesNumber (const std::array< tInteger, SM_Constants::DIM > Ns, const std::valarray< tReal > &elementsWeight, const std::valarray< tUCInt > &elementsConnectedCellsNumber, const std::valarray< tIndex > &elementsConnectedCells, std::valarray< tReal > &cellsParticlesNumber)
	build the number of particles within each cell More...

static void	BuildElementsVolume (const std::valarray< tReal > &elementsWeight, const std::valarray< tUCInt > &elementsConnectedCellsNumber, const std::valarray< tIndex > &elementsConnectedCells, const std::valarray< tReal > &cellsParticlesNumber, std::valarray< tReal > &elementsVolume)
	build the volume of each element More...

Static Public Member Functions inherited from CORE_Object
static tBoolean	EnableMemoryStack (const tBoolean &isMemoryChecked)
	enable the memory stack More...

static void	EnableMemoryStack ()
	enable the memory stack

static void	DisableMemoryStack ()
	disable the memory stack

static tBoolean	IsMemoryStackEnabled ()
	return trur if the memory stack is enabled

static tString	MemoryStackToString ()
	get the memory stack in string More...

static tIndex	GetRegisteredClassesNumber ()
	get the memory stack in string More...

Static Public Attributes
static tUCInt	N_HYPERPLAN_MOVES
	number of moves per hyperplan

static tUCInt	N_SPACE_MOVES
	number of moves in space

Protected Member Functions
	SM_NetworkGridBuilder (void)
	create a network class

virtual	~SM_NetworkGridBuilder (void)
	destroy

Protected Member Functions inherited from SM_NetworkBuilder
	SM_NetworkBuilder (void)
	create a network class

virtual	~SM_NetworkBuilder (void)
	destroy

Protected Member Functions inherited from CORE_Object
	CORE_Object ()
	build an instance of the object

virtual	~CORE_Object ()
	destroy the instance of object std

Detailed Description

This class build a network from unit cells defined on grid.

Author: Stephane Despreaux

Version: 3.0

Member Function Documentation

◆ BuildBlock()

tIndex SM_NetworkGridBuilder::BuildBlock	(	const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const tInteger *	iBlocksNumber,
		const tInteger *	iBlockIndex,
		const tReal &	margin,
		const tReal *	iX0,
		const tReal *	iHs,
		tInteger *	iI0,
		tInteger *	iI1,
		tReal *	iBlockMinPoint,
		tReal *	iBlockMaxPoint
	)

static

buid a block within a grid domain

Parameters

[in]	nCs	number of cells of the grid per direction
[in]	iBlocksNumber	: iterator on the blocks number per direction
[in]	iBlockIndex	: iterator on index of the block to build
[in]	margin	: margin of the block
[in]	iX0	: iterator on min point of the grid
[in]	iHs	iterator on the size of each cell of the grid
[out]	iI0	iterator on indices of the start block in the grid
[out]	iI1	iterator on indices of the end block in the grid
[out]	iBlockMinPoint	: iterator on coordinate of the min point of the block
[out]	iBlockMaxPoint	: iterator on coordinate of the max point of the block

Returns: the maximum number of cells of the block

X1=X0+nCs.Hs : max point of the grid
blockMinPoint=X0+blockIndex .(X1-X0)/blocksNumber = X0+blockIndex .(nCs.Hs)/blocksNumber
blockMaxPoint=X0+blockIndex+1).(X1-X0)/blocksNumber = X0+(blockIndex+1).(nCs.Hs)/blocksNumber
I0=blockIndex * nCs / blocksNumber
I1=(blockIndex+1)* nCs / blocksNumber

◆ BuildCellsParticlesNumber()

void SM_NetworkGridBuilder::BuildCellsParticlesNumber	(	const std::array< tInteger, SM_Constants::DIM >	Ns,
		const std::valarray< tReal > &	elementsWeight,
		const std::valarray< tUCInt > &	elementsConnectedCellsNumber,
		const std::valarray< tIndex > &	elementsConnectedCells,
		std::valarray< tReal > &	cellsParticlesNumber
	)

static

build the number of particles within each cell

Parameters

[in]	Ns	number of cells of the grid
[in]	elementsWeight	: weight of element (vertex,face,cell)
[in]	elementsConnectedCellsNumber	number of cells connected to elements
[in]	elementsConnectedCells	cells connected to elements
[out]	cellsParticlesNumber	: number of particles per cell

◆ BuildCellsWeight()

void SM_NetworkGridBuilder::BuildCellsWeight	(	const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::valarray< tMask > &	mask,
		tReal *	iCellsWeight,
		tUCInt *	iConnectedCellsNumber,
		tIndex *	iConnectedCells
	)

static

build the weight of vertex at center of cells

Parameters

[in]	nCs	number of cells of the grid
[in]	mask	: mask array for each cell to indicate if it is in domain or not
[out]	iCellsWeight	iterator on array of weight of cells
[out]	iConnectedCellsNumber	iterator on array of number of connected cells
[out]	iConnectedCells	iterator on array of connected cells

◆ BuildElementsVolume()

void SM_NetworkGridBuilder::BuildElementsVolume	(	const std::valarray< tReal > &	elementsWeight,
		const std::valarray< tUCInt > &	elementsConnectedCellsNumber,
		const std::valarray< tIndex > &	elementsConnectedCells,
		const std::valarray< tReal > &	cellsParticlesNumber,
		std::valarray< tReal > &	elementsVolume
	)

static

build the volume of each element

Parameters

[in]	elementsWeight	: weight of element (vertex,face,cell)
[in]	elementsConnectedCellsNumber	number of cells connected to elements
[in]	elementsConnectedCells	cells connected to elements
[in]	cellsParticlesNumber	: number of particles per cell
[out]	elementsVolume	: volume of each element

◆ BuildFacesWeight()

void SM_NetworkGridBuilder::BuildFacesWeight	(	const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::array< tInteger, SM_Constants::DIM > &	nPs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const std::valarray< tMask > &	mask,
		tReal *	iFacesWeight,
		tUCInt *	iConnectedCellsNumber,
		tIndex *	iConnectedCells
	)

static

build the weight of vertex at center of faces

Parameters

[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	nCs	number of cells of the grid
[in]	nPs	number of points of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	mask	: mask array for each cell to indicate if it is in domain or not
[out]	iFacesWeight	iterator on array of weight of faces
[out]	iConnectedCellsNumber	iterator on array of number of connected cells
[out]	iConnectedCells	iterator on array of connected cells

◆ BuildVerticesWeight()

void SM_NetworkGridBuilder::BuildVerticesWeight	(	const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::array< tInteger, SM_Constants::DIM > &	nPs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const std::valarray< tMask > &	mask,
		tReal *	iVerticesWeight,
		tUCInt *	iConnectedCellsNumber,
		tIndex *	iConnectedCells
	)

static

build the weight of vertex

Parameters

[in]	nCs	number of cells of the grid
[in]	nPs	number of points of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	mask	: mask array for each cell to indicate if it is in domain or not
[out]	iVerticesWeight	iterator on array of weight of vertices
[out]	iConnectedCellsNumber	iterator on array of number of connected cells to vertex
[out]	iConnectedCells	iterator on array of connected cells to vertex

◆ GetCellsNumberInBlock()

static tIndex SM_NetworkGridBuilder::GetCellsNumberInBlock	(	const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const tInteger *	iBlocksNumber,
		const tInteger *	iBlockIndex
	)

inlinestatic

buid a block within a grid domain

Parameters

[in]	nCs	number of cells of the grid per direction
[in]	iBlocksNumber	: iterator on the blocks number per direction
[in]	iBlockIndex	: iterator on index of the block to build

Returns

the number of cells within blick in [I0,I1[:

I0=blockIndex * nCs / blocksNumber
I1=(blockIndex+1)* nCs / blocksNumber

◆ GetCellVertices()

void SM_NetworkGridBuilder::GetCellVertices	(	const std::array< tInteger, SM_Constants::DIM > &	cellIndices,
		const std::array< tInteger, SM_Constants::DIM > &	nPs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		std::array< tUCInt, SM_Constants::DIM > &	moveIndices,
		std::array< tInteger, SM_Constants::DIM > &	vertexIndices,
		std::map< tIndex, tIndex > &	vertices
	)

static

get the vertices at summit of cells

Parameters

[in]	cellIndices	indices of cell
[in]	nPs	number of points of the grid
[in]	isPeriodic	: periodicity of the grid
[out]	moveIndices	indices of moving directions
[out]	vertexIndices	indices of vertices
[out]	vertices	ordered list of vertices of the cell

◆ GetCenterFacePoint()

void SM_NetworkGridBuilder::GetCenterFacePoint	(	const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const std::array< tInteger, SM_Constants::DIM > &	faceElementIndices,
		std::array< tUCInt, SM_Constants::HDIM > &	movesIndices,
		const std::array< tReal, SM_Constants::DIM > &	X0,
		const std::array< tReal, SM_Constants::DIM > &	H,
		std::array< tReal, SM_Constants::DIM > &	P
	)

static

get the point located at center of element of d-surface whith faceElementIndices

Parameters

[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	faceElementIndices	indices of the element of the d-surface oriented by hyperplanBase
[out]	movesIndices	indices of moving directions
[in]	X0	: coordinate of the min point of the boning box of the domai
[in]	H	size of the cells
[out]	P	coordinate of the point

◆ GetCenterFacePointInBlock()

tBoolean SM_NetworkGridBuilder::GetCenterFacePointInBlock	(	const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const std::array< tInteger, SM_Constants::DIM > &	faceElementIndices,
		const std::array< tReal, SM_Constants::DIM > &	blockMinPoint,
		const std::array< tReal, SM_Constants::DIM > &	blockMaxPoint,
		std::array< tUCInt, SM_Constants::HDIM > &	moveIndices,
		const std::array< tReal, SM_Constants::DIM > &	X0,
		const std::array< tReal, SM_Constants::DIM > &	H,
		std::array< tReal, SM_Constants::DIM > &	P
	)

static

return true if the point at center of face of the d-surface is in [blockMinPoint,blockMaxPoint[

Parameters

[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	faceElementIndices	indices of the element of the d-surface oriented by hyperplanBase
[in]	blockMinPoint	the min point coordinates of the block
[in]	blockMaxPoint	the max point coordinates of the block
[in]	moveIndices	indices of moving directions
[in]	X0	: coordinate of the min point of the boning box of the domai
[in]	H	size of the cells
[out]	P	coordinate of the point

Returns: true if the point P is in [BlockMinPoint,blockMaxPoint[, false otherwise

◆ GetConnectedDomainCellsToFace()

void SM_NetworkGridBuilder::GetConnectedDomainCellsToFace	(	const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const tInteger *	iFaceElementIndices,
		const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const tBoolean &	incMask,
		const tMask *	vMask,
		std::array< tInteger, SM_Constants::DIM > &	connectedCellIndices,
		std::map< tIndex, tIndex > &	connectedCells
	)

static

get the cells in domain and connected to face

Parameters

[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	iFaceElementIndices	iterator on indices of the element of the d-surface oriented by hyperplanBase
[in]	nCs	number of cells of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	incMask	: mask uniform indicator
[in]	vMask	: mask value for each cell to indicate if it is in domain or not
[out]	connectedCellIndices	: work array indices of connected cells
[out]	connectedCells	ordered list of cells of the domain connected to face

◆ GetConnectedDomainCellsToVertex()

void SM_NetworkGridBuilder::GetConnectedDomainCellsToVertex	(	const std::array< tInteger, SM_Constants::DIM > &	vertexIndices,
		const std::array< tInteger, SM_Constants::DIM > &	Ns,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const tBoolean &	incMask,
		const tMask *	vMask,
		std::array< tUCInt, SM_Constants::DIM > &	moveIndices,
		std::array< tInteger, SM_Constants::DIM > &	connectedCellIndices,
		std::map< tIndex, tIndex > &	connectedCells
	)

static

get the cells in domain and connected to vertex

Parameters

[in]	vertexIndices	indices of vertices
[in]	Ns	number of cells of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	incMask	: mask uniform indicator
[in]	vMask	: mask value for each cell to indicate if it is in domain or not
[out]	moveIndices	work array indices of moving directions
[out]	connectedCellIndices	: work array indices of connected cells
[out]	connectedCells	ordered list of cells of the domain connected to vertex

◆ GetConnectedDomainFacesToFace()

void SM_NetworkGridBuilder::GetConnectedDomainFacesToFace	(	const tDimension &	p,
		const std::array< tDimension, SM_Constants::HDIM > &	pHyperplanBase,
		const tInteger *	iFaceElementIndices,
		const tDimension &	q,
		const std::array< tDimension, SM_Constants::HDIM > &	qHyperplanBase,
		const std::array< tInteger, SM_Constants::DIM > &	qFacesElementsNumber,
		const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const tBoolean &	incMask,
		const tMask *	vMask,
		std::array< tInteger, SM_Constants::DIM > &	connectedCellIndices,
		tIndex &	cellIndex,
		std::array< tInteger, SM_Constants::DIM > &	connectedFaceIndices,
		std::map< tIndex, tIndex > &	connectedFaces
	)

static

get the faces in q-surfaces domain and connected to face in p-surface

Parameters

[in]	p	: direction of the normal of the surface
[in]	pHyperplanBase	idices of the base of the surface
[in]	iFaceElementIndices	iterator on indices of the element of the p-surface oriented by hyperplanBase p-HyperplanBase
[in]	q	: direction of the normal of the surface
[in]	qHyperplanBase	idices of the base of the q-surface
[in]	qFacesElementsNumber	number of elements of the q-surfaces
[in]	nCs	number of cells of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	incMask	: mask uniform indicator
[in]	vMask	: mask value for each cell to indicate if it is in domain or not
[out]	connectedCellIndices	: work array indices of connected cells
[out]	cellIndex	: work index of cell
[out]	connectedFaceIndices	: work array indices of connected faces
[out]	connectedFaces	ordered list of faces in q-surafces of the domain connected to face in p-surface

◆ GetConnectedDomainFacesToVertex()

void SM_NetworkGridBuilder::GetConnectedDomainFacesToVertex	(	const std::array< tInteger, SM_Constants::DIM > &	vertexIndices,
		const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const std::array< tInteger, SM_Constants::DIM > &	facesElementsNumber,
		const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const tBoolean &	incMask,
		const tMask *	vMask,
		std::array< tUCInt, SM_Constants::HDIM > &	moveIndices,
		std::array< tInteger, SM_Constants::DIM > &	cellIndices,
		tIndex &	index,
		std::array< tInteger, SM_Constants::DIM > &	faceElementIndices,
		std::map< tIndex, tIndex > &	connectedFaces
	)

static

get the faces in domain and connected to vertex

Parameters

[in]	vertexIndices	indices of vertices
[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	facesElementsNumber	number of the elements of the d-surfaces oriented by hyperplanBase
[in]	nCs	number of cells of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	incMask	: mask uniform indicator
[in]	vMask	: mask value for each cell to indicate if it is in domain or not
[out]	moveIndices	work array indices of moving directions
[out]	cellIndices	work array indices of connected cells
[out]	index	work index of element
[out]	faceElementIndices	work array indices of connected face
[out]	connectedFaces	ordered list of faces of the domain connected to vertex

◆ getContentsMemorySize()

virtual tMemSize SM_NetworkGridBuilder::getContentsMemorySize ( ) const

inlinevirtual

return the memory size of the included associations

Returns: the memory size of the storage in bytes 1 Kb = 1024 bytes 1 Mb = 1024 Kb 1 Gb = 1024 Mb 1 Tb = 1024 Gb 1 Hb = 1024 Tb

Reimplemented from SM_NetworkBuilder.

Reimplemented in SM_CrystalStructuresGridBuilder, and SMOMPI_CrystalStructuresGridBuilder.

◆ GetFaceVertices()

void SM_NetworkGridBuilder::GetFaceVertices	(	const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const std::array< tInteger, SM_Constants::DIM >	faceElementIndices,
		const std::array< tInteger, SM_Constants::DIM > &	nPs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		std::array< tUCInt, SM_Constants::HDIM > &	moveIndices,
		std::array< tInteger, SM_Constants::DIM > &	vertexIndices,
		tIndex &	vertexIndex,
		std::map< tIndex, tIndex > &	vertices
	)

static

get the vertices at summit of face

Parameters

[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	faceElementIndices	indices of the element of the d-surface oriented by hyperplanBase
[in]	nPs	number of points of the grid
[in]	isPeriodic	: periodicity of the grid
[out]	moveIndices	indices of moving directions
[out]	vertexIndices	indices of vertices
[out]	vertexIndex	index of vertices
[out]	vertices	ordered list of vertices of the face

◆ getMemorySize()

virtual tMemSize SM_NetworkGridBuilder::getMemorySize ( ) const

inlinevirtual

return the memory size of the class and the memory size of all its attributes/associations

Returns

the memory size of the class and the memory size of its attributes/associations in bytes The mamory size is :

the added size of the base classes which contains:
- the primary attributes size depends on the order: (first delare the smallest attributes size
- all virtual functions costs <pointer-size> (4 32xor 8 64x) bytes by virtual function
- virtual inherihtance will increase of (4 or 8) bytes
we add the size of the contains values of the attributes : for example the size of a string is the length of the string 1 octet = 1 byte 1 Ko = 1024 bytes 1 Mo = 1024 Ko 1 Go = 1024 Mo

Reimplemented from SM_NetworkBuilder.

Reimplemented in SM_CrystalStructuresGridBuilder, and SMOMPI_CrystalStructuresGridBuilder.

◆ GetPointWithIndices()

template<tBoolean R>

static void SM_NetworkGridBuilder::GetPointWithIndices	(	std::array< tInteger, SM_Constants::DIM > &	I,
		const tReal *	iX0,
		const tReal *	iHs,
		tReal *	iP
	)

inlinestatic

get the point with indices within the cell of indices I with relative position R in {0,1}

Template Parameters

R	: relative poistion of the point in the cell at index I 1: for center 0: for min point of the cell

Parameters

[in]	I	indices of the points
[in]	iX0	: iterator on on min point of the boning box of the domai
[in]	iHs	iterator on size of the cell
[out]	iP	iterator on coordinate f points : \( P=X_0+(I+\frac{R}{2}).H \)

◆ IsFaceInDomain()

tBoolean SM_NetworkGridBuilder::IsFaceInDomain	(	const tDimension &	d,
		const std::array< tDimension, SM_Constants::HDIM > &	hyperplanBase,
		const tInteger *	iFaceElementIndices,
		const std::array< tInteger, SM_Constants::DIM > &	nCs,
		const std::array< tBoolean, SM_Constants::DIM > &	isPeriodic,
		const tBoolean &	incMask,
		const tMask *	vMask,
		std::array< tInteger, SM_Constants::DIM > &	connectedCellIndices
	)

static

return true if the face is in domain

Parameters

[in]	d	: direction of the normal of the surface
[in]	hyperplanBase	idices of the base of the surface
[in]	iFaceElementIndices	iterator on indices of the element of the d-surface oriented by hyperplanBase
[in]	nCs	number of cells of the grid
[in]	isPeriodic	: periodicity of the grid
[in]	incMask	: mask uniform indicator
[in]	vMask	: mask value for each cell to indicate if it is in domain or not
[out]	connectedCellIndices	list of indices of the 2 connected cell with the face

Returns: true if the face is in domain

◆ IsPointInBlock()

template<tUCInt R>

static tBoolean SM_NetworkGridBuilder::IsPointInBlock	(	std::array< tInteger, SM_Constants::DIM > &	I,
		const tReal *	iBlockMinPoint,
		const tReal *	iBlockMaxPoint,
		const tReal *	iX0,
		const tReal *	iHs,
		tReal *	iP
	)

inlinestatic

return true if the point P=X0+(I+0.5R).Hs is in [blockMinPoint,blockMaxPoint[

Template Parameters

R	: relative poistion of the point in the cell at index I 1: for center 0: for min point of the cell

Parameters

[in]	I	: indices of the point
[in]	iBlockMinPoint	iterator on the min point coordinates of the block
[in]	iBlockMaxPoint	iterator on the max point coordinates of the block
[in]	iX0	: iterator on min point of the grid
[in]	iHs	iterator on the size of each cell of the grid
[out]	iP	: coordinate of point

Returns: true if the point P is in [BlockMinPoint,blockMaxPoint[, false otherwise \( P=X_0+(I+\frac{R}{2}).H \)

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

/home/despreau/Developpement/CPP/devcpp20/include/stochmagnet/network/SM_NetworkGridBuilder.h
/home/despreau/Developpement/CPP/devcpp20/src/stochmagnet/network/SM_NetworkGridBuilder.cpp

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Detailed Description

Member Function Documentation

◆ BuildBlock()

◆ BuildCellsParticlesNumber()

◆ BuildCellsWeight()

◆ BuildElementsVolume()

◆ BuildFacesWeight()

◆ BuildVerticesWeight()

◆ GetCellsNumberInBlock()

◆ GetCellVertices()

◆ GetCenterFacePoint()

◆ GetCenterFacePointInBlock()

◆ GetConnectedDomainCellsToFace()

◆ GetConnectedDomainCellsToVertex()

◆ GetConnectedDomainFacesToFace()

◆ GetConnectedDomainFacesToVertex()

◆ getContentsMemorySize()

◆ GetFaceVertices()

◆ getMemorySize()

◆ GetPointWithIndices()

◆ IsFaceInDomain()

◆ IsPointInBlock()