subDA based on the DA, where to perform computations sub domain of the main domain. More...

#include <sub_oda.h>

Collaboration diagram for ot::subDA:

Public Member Functions
	subDA (DA da, std::function< double(double, double, double) > fx_retain, double gSize)
	: defult sub da constructor. More...

ot::DA *	global_domain ()

unsigned int	getLocalNodalSz () const
	returns the local nodal size

unsigned int	getPreNodalSz () const
	returns the pre ghost nodal size

unsigned int	getPostNodalSz () const
	returns the post nodal size

unsigned int	getTotalNodalSz () const
	returns the total nodal size (this includes the ghosted region as well.)

unsigned int	getLocalElemSz () const
	returns the local elemental size

unsigned int	getTotalElemSz () const
	returns the local elemental size (includes the ghost elements as well)

bool	isActive () const
	see if the current DA is active

unsigned int	getNumNodesPerElement () const
	get number of nodes per element

unsigned int	getElementOrder () const
	get element order

MPI_Comm	getGlobalComm () const
	: returns the global MPI communicator

const ot::Mesh *	getMesh () const
	: returns node local to node global map More...

MPI_Comm	getCommActive () const
	: returns the active MPI sub com of the global communicator

unsigned int	getNpesAll () const
	: global mpi com. size

unsigned int	getNpesActive () const
	: number of processors active

unsigned int	getRankAll () const
	: rank with respect to the global comm.

unsigned int	getRankActive () const
	: rank w.r.t active comm.

bool	isBoundaryOctant (unsigned int eleID) const
	: returns true if specified eleID is a boundary element false if the eleID is local and not a boundary element. More...

void	getElementalCoords (unsigned int eleID, double *coords) const
	computes the elementCoordinates (based on the nodal placement) More...

const RefElement *	getReferenceElement () const
	get a constant pointer for the reference element

unsigned int	getElementSize () const
	: get the number of local elements.

unsigned int	getPreGhostElementSize () const
	: get the number of pre-ghost element size

unsigned int	getPostGhostElementSize () const
	: get the number of post-ghost element size

unsigned int	getPreAndPostGhostNodeSize () const
	: get the number of pre and post ghost elements

unsigned int	getGhostedElementSize () const
	: get the number of pre and post ghost elements

unsigned int	getMaxDepth () const
	: get the max depth of the octree

unsigned int	getDimension () const
	: get the dimensionality of the octree

template<typename T >
int	createVector (T *&local, bool isElemental=false, bool isGhosted=false, unsigned int dof=1) const
	Creates a ODA vector. More...

template<typename T >
int	createVector (std::vector< T > &local, bool isElemental=false, bool isGhosted=false, unsigned int dof=1) const
	Creates a ODA vector std::vector<T> More...

template<typename T >
void	destroyVector (T *&local) const
	deallocates the memory allocated for a vector More...

template<typename T >
void	destroyVector (std::vector< T > &local) const

template<ot::DA_FLAGS::LoopType type>
void	init ()
	initialize the loop counters.

unsigned int	curr ()
	get the current elmenent in the iteration

template<ot::DA_FLAGS::LoopType type>
unsigned int	end ()
	Returns if the current element has reached end or not.

template<ot::DA_FLAGS::LoopType type>
void	next ()
	: increment it to the next element.

template<typename T >
void	readFromGhostBegin (T *vec, unsigned int dof=1)
	Initiate the ghost nodal value exchange.

template<typename T >
void	readFromGhostEnd (T *vec, unsigned int dof=1)
	Sync the ghost element exchange.

template<typename T >
void	writeToGhostsBegin (T *vec, unsigned int dof=1)
	Initiate accumilation across ghost elements.

template<typename T >
void	writeToGhostsEnd (T *vec, unsigned int dof=1)
	Sync accumilation across ghost elements.

template<typename T >
void	nodalVecToGhostedNodal (const T in, T &out, bool isAllocated=false, unsigned int dof=1) const
	convert nodal local vector with ghosted buffer regions. More...

template<typename T >
void	ghostedNodalToNodalVec (const T gVec, T &local, bool isAllocated=false, unsigned int dof=1) const
	convert ghosted nodal vector to local vector (without ghosting) More...

template<typename T >
void	getElementNodalValues (const T in, T eleVecOut, unsigned int eleID, unsigned int dof=1) const
	computes the element nodal values using interpolation if needed. More...

template<typename T >
void	eleVecToVecAccumilation (T out, const T eleVecIn, unsigned int eleID, unsigned int dof=1) const
	computes the elemental vec to global vec accumilation More...

void	getOctreeBoundaryNodeIndices (std::vector< unsigned int > &bdyIndex, std::vector< double > &coords, bool isGhosted=false)
	Computes the octree writable boundary nodes. More...

int	getNodeIndices (DendroIntL *nodeIdx, unsigned int ele, bool isGhosted) const
	Returns the local indices to the nodes of the current element. More...

int	getGlobalNodeIndices (DendroIntL *nodeIdx, unsigned int ele) const
	Returns the global node indices of a given element,. More...

template<typename T >
void	setVectorByFunction (T local, std::function< void(T, T, T, T )>func, bool isElemental=false, bool isGhosted=false, unsigned int dof=1) const
	initialize a variable vector to a function depends on spatial coords. More...

template<typename T >
void	setVectorByScalar (T local, const T value, bool isElemental=false, bool isGhosted=false, unsigned int dof=1) const
	initialize a variable vector to a function depends on spatial coords. More...

template<typename T >
void	vecTopvtu (T local, const char fPrefix, char **nodalVarNames=NULL, bool isElemental=false, bool isGhosted=false, unsigned int dof=1)
	write the vec to pvtu file More...

unsigned int	getLevel (unsigned int ele) const
	return the level of current octant More...

ot::TreeNode	getOctant (unsigned int ele) const
	return the TreeNode of the current octnat. More...

template<typename T >
T *	getVecPointerToDof (T *in, unsigned int dofInex, bool isElemental=false, bool isGhosted=false) const
	returns a pointer to a dof index, More...

template<typename T >
void	copyVectors (T dest, const T source, bool isElemental=false, bool isGhosted=false, unsigned int dof=1) const
	copy vecotor to sorce to destination, assumes the same number of dof. More...

template<typename T >
void	copyVector (T dest, const T source, bool isElemental=false, bool isGhosted=false) const
	more premitive copy, from source pointer to the dest pointer More...

ot::DA *	remesh (const DA_FLAGS::Refine *flags, unsigned int sz, unsigned int grainSz=100, double ld_bal=0.3, unsigned int sfK=2) const
	: Performs remesh based on the DA_FLAGS::Refine, which specifies no change, refine or coarsen. More...

template<typename T >
void	intergridTransfer (const T varIn, T &varOut, const ot::DA *newDA, bool isElemental=false, bool isGhosted=false, unsigned int dof=1)
	performs grid transfer operations after the remesh. More...

template<typename T >
int	getFaceNeighborValues (unsigned int eleID, const T in, T out, T coords, unsigned int neighID, unsigned int face, NeighbourLevel &level) const
	computes the face neighbor points for additional computations for a specified direction. More...

Protected Attributes
ot::DA *	m_da
	: parent da

std::vector< unsigned char >	m_ucpSkipList
	:elemental skip list

std::vector< unsigned char >	m_ucpSkipNodeList
	:nodal skip list

unsigned int	m_uiLocalElementSize
	: local element size

unsigned int	m_uiPreGhostElementSize
	: pre ghost element size

unsigned int	m_uiPostGhostElementSize
	: post ghost element size

unsigned int	m_uiLocalNodeSize
	: Local node size

unsigned int	m_uiPreGhostNodeSize
	: pre ghost node size

unsigned int	m_uiPostGhostNodeSize
	: post ghost node size

unsigned int	m_uiCommTag
	: async comm tag

std::vector< AsyncExchangeContex >	m_uiMPIContexts

LoopCounter	m_uiLoopInfo
	: Loop counter info

std::vector< AsyncExchangeContex >	m_mpiContexts
	: async comm contex

std::vector< unsigned int >	m_uip_sub2DA_ElemMap
	: subDA to DA map (elemental)

std::vector< unsigned int >	m_uip_DA2sub_ElemMap
	: DA to subDA map (elemental)

std::vector< unsigned int >	m_uip_sub2DA_NodeMap
	: subDA to DA map (nodal)

std::vector< unsigned int >	m_uip_DA2sub_NodeMap
	: DA to subDA map (nodal)

double	m_dMinBB [3]
	min bound box for fe_retain

double	m_dMaxBB [3]
	max bound box for fe_retain

unsigned int	m_uiTotalNodalSz
	total nodal size (zipped nodal size)

unsigned int	m_uiLocalNodalSz
	number of local nodes

unsigned int	m_uiTotalElementSz
	total element size

unsigned int	m_uiLocalElementSz
	local elemental size

unsigned int	m_uiElementPreGhostBegin = 0

unsigned int	m_uiElementPreGhostEnd

unsigned int	m_uiElementLocalBegin

unsigned int	m_uiElementLocalEnd

unsigned int	m_uiElementPostGhostBegin

unsigned int	m_uiElementPostGhostEnd

unsigned int	m_uiNodePreGhostBegin =0

unsigned int	m_uiNodePreGhostEnd

unsigned int	m_uiNodeLocalBegin

unsigned int	m_uiNodeLocalEnd

unsigned int	m_uiNodePostGhostBegin

unsigned int	m_uiNodePostGhostEnd

unsigned int	m_uiNumPreGhostElements

unsigned int	m_uiNumLocalElements

unsigned int	m_uiNumPostGhostElements

unsigned int	m_uiNumPreGhostNodes

unsigned int	m_uiNumLocalNodes

unsigned int	m_uiNumPostGhostNodes

std::vector< unsigned int >	m_uiSendScatterMap
	: Send scatter map

std::vector< unsigned int >	m_uiRecvScatterMap
	: recv scatter map

std::vector< unsigned int >	m_uiSendCounts
	: send counts

std::vector< unsigned int >	m_uiRecvCounts
	: recv counts

std::vector< unsigned int >	m_uiSendOffsets
	: send offsets

std::vector< unsigned int >	m_uiRecvOffsets
	: recv offsets

std::vector< unsigned int >	m_uiSendProcList

std::vector< unsigned int >	m_uiRecvProcList

bool	m_uiIsActive
	: active sub da

MPI_Comm	m_uiCommGlobal
	: MPI comm global

MPI_Comm	m_uiCommActive
	: MPI_Comm for the active

int	m_uiRankActive
	: rank active

int	m_uiRankGlobal
	: rank global

int	m_uiNpesActive
	: npes active

int	m_uiNpesGlobal
	: npes global

Detailed Description

subDA based on the DA, where to perform computations sub domain of the main domain.

Constructor & Destructor Documentation

◆ subDA()

ot::subDA::subDA	(	ot::DA *	da,
		std::function< double(double, double, double) >	fx_retain,
		double *	gSize
	)

: defult sub da constructor.

Parameters

[in]	da	input DA
[in]	fx_retain	: area to retain param[in] gSize: global domain size.

Member Function Documentation

◆ copyVector()

template<typename T >

void ot::subDA::copyVector	(	T *	dest,
		const T *	source,
		bool	isElemental = `false`,
		bool	isGhosted = `false`
	)		const

more premitive copy, from source pointer to the dest pointer

Parameters

	[in/out]	dest: destination pointer
[in]	source	source pointer
[in]	isElemental	true if this is an elemental vector/ false otherwise
[in]	isGhosted	true if this is a ghosted vector

◆ copyVectors()

template<typename T >

void ot::subDA::copyVectors	(	T *	dest,
		const T *	source,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)		const

copy vecotor to sorce to destination, assumes the same number of dof.

Parameters

	[in/out]	dest: destination pointer
[in]	source	source pointer
[in]	isElemental	true if this is an elemental vector/ false otherwise
[in]	isGhosted	true if this is a ghosted vector
[in]	dof	degrees of freedoms

◆ createVector() [1/2]

template<typename T >

int ot::subDA::createVector	(	T *&	local,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)		const

Creates a ODA vector.

Parameters

[in]	local	: VecType pointer
[in]	isElemental	True if creating a elemental vector (cell data vector) false for a nodal vector
[in]	isGhosted	True will allocate ghost nodal values as well, false will only allocate memory for local nodes.
[in]	dof	degrees of freedoms

◆ createVector() [2/2]

template<typename T >

int ot::subDA::createVector	(	std::vector< T > &	local,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)		const

Creates a ODA vector std::vector<T>

Parameters

[in]	local	: VecType pointer
[in]	isElemental	True if creating a elemental vector (cell data vector) false for a nodal vector
[in]	isGhosted	True will allocate ghost nodal values as well, false will only allocate memory for local nodes.
[in]	dof	degrees of freedoms

◆ destroyVector()

template<typename T >

void ot::subDA::destroyVector ( T *& local ) const

deallocates the memory allocated for a vector

Parameters

◆ eleVecToVecAccumilation()

template<typename T >

void ot::subDA::eleVecToVecAccumilation	(	T *	out,
		const T *	eleVecIn,
		unsigned int	eleID,
		unsigned int	dof = `1`
	)		const

computes the elemental vec to global vec accumilation

Parameters

[out]	out	output (need to be ghosted )
[in]	eleVecIn	eleVec values.
[in]	eleID	element ID
[in]	dof	degrees of freedoms

◆ getElementalCoords()

void ot::subDA::getElementalCoords	(	unsigned int	eleID,
		double *	coords
	)		const

computes the elementCoordinates (based on the nodal placement)

Parameters

[in]	eleID	: element ID

◆ getElementNodalValues()

template<typename T >

void ot::subDA::getElementNodalValues	(	const T *	in,
		T *	eleVecOut,
		unsigned int	eleID,
		unsigned int	dof = `1`
	)		const

computes the element nodal values using interpolation if needed.

Parameters

[in]	in	input vector (need to be ghosted )

◆ getFaceNeighborValues()

template<typename T >

int ot::subDA::getFaceNeighborValues	(	unsigned int	eleID,
		const T *	in,
		T *	out,
		T *	coords,
		unsigned int *	neighID,
		unsigned int	face,
		NeighbourLevel &	level
	)		const

computes the face neighbor points for additional computations for a specified direction.

Parameters

[in]	eleID	element ID
[in]	in	inpute vector
[out]	out	output vector values are in the order of the x,y,z size : 4*NodesPerElement
[out]	coords	get the corresponding coordinates size: 4NodesPerElementm_uiDim;
[out]	neighID	face neighbor octant IDs,
[in]	face	face direction in {OCT_DIR_LEFT,OCT_IDR_RIGHT,OCT_DIR_DOWN, OCT_DIR_UP,OCT_DIR_BACK,OCT_DIR_FRONT}
[out]	level	the level of the neighbour octant with respect to the current octant. returns the number of face neighbours 1/4 for 3D.

◆ getGlobalNodeIndices()

int ot::subDA::getGlobalNodeIndices	(	DendroIntL *	nodeIdx,
		unsigned int	ele
	)		const

Returns the global node indices of a given element,.

Parameters

[out]	nodeIdx	global node indices,
[in]	ele	element id

◆ getLevel()

unsigned int ot::subDA::getLevel ( unsigned int ele ) const

inline

return the level of current octant

Parameters

[in] ele elementID of the current octant

◆ getMesh()

const ot::Mesh* ot::subDA::getMesh ( ) const

inline

: returns node local to node global map

returns the mesh

◆ getNodeIndices()

int ot::subDA::getNodeIndices	(	DendroIntL *	nodeIdx,
		unsigned int	ele,
		bool	isGhosted
	)		const

Returns the local indices to the nodes of the current element.

Parameters

nodes Indices into the nodes of the given element. Should be allocated by the user prior to calling.

Returns: -1 for error

◆ getOctant()

ot::TreeNode ot::subDA::getOctant ( unsigned int ele ) const

inline

return the TreeNode of the current octnat.

Parameters

[in] ele elementID of the current octant

◆ getOctreeBoundaryNodeIndices()

void ot::subDA::getOctreeBoundaryNodeIndices	(	std::vector< unsigned int > &	bdyIndex,
		std::vector< double > &	coords,
		bool	isGhosted = `false`
	)

Computes the octree writable boundary nodes.

Parameters

◆ getVecPointerToDof()

template<typename T >

T* ot::subDA::getVecPointerToDof	(	T *	in,
		unsigned int	dofInex,
		bool	isElemental = `false`,
		bool	isGhosted = `false`
	)		const

returns a pointer to a dof index,

Parameters

[in]	in	input vector pointer
[in]	dofInex	dof index which is the pointer is needed, should be less than dof, value the vector created.
[in]	isElemental	true if this is an elemental vector/ false otherwise
[in]	isGhosted	true if this is a ghosted vector

Returns: pointer to dofIndex.

◆ ghostedNodalToNodalVec()

template<typename T >

void ot::subDA::ghostedNodalToNodalVec	(	const T *	gVec,
		T *&	local,
		bool	isAllocated = `false`,
		unsigned int	dof = `1`
	)		const

convert ghosted nodal vector to local vector (without ghosting)

Parameters

[in]	gVec	ghosted vector
[out]	local	local vector (assume an allocated vector)
[in]	isAllocated	true if the out is allocated, false otherwise.
[in]	dof	degrees of freedoms

◆ intergridTransfer()

template<typename T >

void ot::subDA::intergridTransfer	(	const T *	varIn,
		T *&	varOut,
		const ot::DA *	newDA,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)

performs grid transfer operations after the remesh.

Parameters

[in]	varIn	variable defined by oldDA
[out]	varOut	variable defined by newDA. interpolate varOut from varIn. (Note: varOut allocated inside the function, no need to allocate outside)
[in]	isElemental	true if it is an elemental vector
[in]	isGhosted	true if allocated ghost vector
[in]	dof	degrees of freedoms.

◆ isBoundaryOctant()

bool ot::subDA::isBoundaryOctant ( unsigned int eleID ) const

: returns true if specified eleID is a boundary element false if the eleID is local and not a boundary element.

Parameters

[in] eleID element ID

◆ nodalVecToGhostedNodal()

template<typename T >

void ot::subDA::nodalVecToGhostedNodal	(	const T *	in,
		T *&	out,
		bool	isAllocated = `false`,
		unsigned int	dof = `1`
	)		const

convert nodal local vector with ghosted buffer regions.

Parameters

[in]	in	input vector (should be nodal and non ghosted)
[out]	out	coverted nodal vector with ghost regions.
[in]	isAllocated	true if the out is allocated, false otherwise.
[in]	dof	degrees of freedoms

◆ remesh()

ot::DA* ot::subDA::remesh	(	const DA_FLAGS::Refine *	flags,
		unsigned int	sz,
		unsigned int	grainSz = `100`,
		double	ld_bal = `0.3`,
		unsigned int	sfK = `2`
	)		const

: Performs remesh based on the DA_FLAGS::Refine, which specifies no change, refine or coarsen.

Parameters

[in]	flags	refinement flags.
[in]	sz	size of the array flags (needs to be size of the local elements)
[in]	grainSz	rougly the number of octants per core you need when you create the new da.
[in]	ld_tol	load imbalance tolerance.
[in]	sfK	splitter fix factor. better to be power of two. increase the value to 128 when running on > 64,000 cores

Returns: : Specifies the new grid, with new DA.

◆ setVectorByFunction()

template<typename T >

void ot::subDA::setVectorByFunction	(	T *	local,
		std::function< void(T, T, T, T *)>	func,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)		const

initialize a variable vector to a function depends on spatial coords.

Parameters

◆ setVectorByScalar()

template<typename T >

void ot::subDA::setVectorByScalar	(	T *	local,
		const T *	value,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)		const

initialize a variable vector to a function depends on spatial coords.

Parameters

◆ vecTopvtu()

template<typename T >

void ot::subDA::vecTopvtu	(	T *	local,
		const char *	fPrefix,
		char **	nodalVarNames = `NULL`,
		bool	isElemental = `false`,
		bool	isGhosted = `false`,
		unsigned int	dof = `1`
	)

write the vec to pvtu file

Parameters

[in]	local	variable vector
[in]	fPrefix	file name prefix
[in]	isElemental	True if creating a elemental vector (cell data vector) false for a nodal vector
[in]	isGhosted	True will allocate ghost nodal values as well, false will only allocate memory for local nodes.
[in]	dof	degrees of freedoms

Member Data Documentation

◆ m_uiElementLocalBegin

unsigned int ot::subDA::m_uiElementLocalBegin

protected

begin of locat octants (INDEPENDENT)

◆ m_uiElementLocalEnd

unsigned int ot::subDA::m_uiElementLocalEnd

protected

end of the local octants (INDEPENDET)

◆ m_uiElementPostGhostBegin

unsigned int ot::subDA::m_uiElementPostGhostBegin

protected

begin location for the post ghost octants

◆ m_uiElementPostGhostEnd

unsigned int ot::subDA::m_uiElementPostGhostEnd

protected

end location for the post ghost octants

◆ m_uiElementPreGhostBegin

unsigned int ot::subDA::m_uiElementPreGhostBegin = 0

protected

begin of the pre ghost elements

◆ m_uiElementPreGhostEnd

unsigned int ot::subDA::m_uiElementPreGhostEnd

protected

end of pre ghost elements

◆ m_uiNodeLocalBegin

unsigned int ot::subDA::m_uiNodeLocalBegin

protected

begin location of the local nodes in CG indexing

◆ m_uiNodeLocalEnd

unsigned int ot::subDA::m_uiNodeLocalEnd

protected

end location of the local nodes in CG indexing

◆ m_uiNodePostGhostBegin

unsigned int ot::subDA::m_uiNodePostGhostBegin

protected

begin location of the post ghost nodes in CG indexing

◆ m_uiNodePostGhostEnd

unsigned int ot::subDA::m_uiNodePostGhostEnd

protected

end location of the post ghost nodes in CG indexing

◆ m_uiNodePreGhostBegin

unsigned int ot::subDA::m_uiNodePreGhostBegin =0

protected

begin location of the pre ghost nodes in CG indexing

◆ m_uiNodePreGhostEnd

unsigned int ot::subDA::m_uiNodePreGhostEnd

protected

end location of the pre ghost nodes in CG indexing

◆ m_uiNumLocalElements

unsigned int ot::subDA::m_uiNumLocalElements

protected

number of local elements

◆ m_uiNumLocalNodes

unsigned int ot::subDA::m_uiNumLocalNodes

protected

number of local nodes

◆ m_uiNumPostGhostElements

unsigned int ot::subDA::m_uiNumPostGhostElements

protected

number of post ghost elements

◆ m_uiNumPostGhostNodes

unsigned int ot::subDA::m_uiNumPostGhostNodes

protected

number of post nodes

◆ m_uiNumPreGhostElements

unsigned int ot::subDA::m_uiNumPreGhostElements

protected

number of pre ghost elements

◆ m_uiNumPreGhostNodes

unsigned int ot::subDA::m_uiNumPreGhostNodes

protected

number of pre ghost nodes

◆ m_uiRecvProcList

std::vector<unsigned int> ot::subDA::m_uiRecvProcList

protected

recv processor list for the ghost exchange

◆ m_uiSendProcList

std::vector<unsigned int> ot::subDA::m_uiSendProcList

protected

Send processor list for ghost exchange

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

include/sub_oda.h
src/sub_oda.cpp

Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ subDA()

Member Function Documentation

◆ copyVector()

◆ copyVectors()

◆ createVector() [1/2]

◆ createVector() [2/2]

◆ destroyVector()

◆ eleVecToVecAccumilation()

◆ getElementalCoords()

◆ getElementNodalValues()

◆ getFaceNeighborValues()

◆ getGlobalNodeIndices()

◆ getLevel()

◆ getMesh()

◆ getNodeIndices()

◆ getOctant()

◆ getOctreeBoundaryNodeIndices()

◆ getVecPointerToDof()

◆ ghostedNodalToNodalVec()

◆ intergridTransfer()

◆ isBoundaryOctant()

◆ nodalVecToGhostedNodal()

◆ remesh()

◆ setVectorByFunction()

◆ setVectorByScalar()

◆ vecTopvtu()

Member Data Documentation

◆ m_uiElementLocalBegin

◆ m_uiElementLocalEnd

◆ m_uiElementPostGhostBegin

◆ m_uiElementPostGhostEnd

◆ m_uiElementPreGhostBegin

◆ m_uiElementPreGhostEnd

◆ m_uiNodeLocalBegin

◆ m_uiNodeLocalEnd

◆ m_uiNodePostGhostBegin

◆ m_uiNodePostGhostEnd

◆ m_uiNodePreGhostBegin

◆ m_uiNodePreGhostEnd

◆ m_uiNumLocalElements

◆ m_uiNumLocalNodes

◆ m_uiNumPostGhostElements

◆ m_uiNumPostGhostNodes

◆ m_uiNumPreGhostElements

◆ m_uiNumPreGhostNodes

◆ m_uiRecvProcList

◆ m_uiSendProcList