femMeshModify Class Reference

The shadow array attached to a fem chunk to perform all communication during adaptivity. More...

#include <fem_mesh_modify.h>

Inheritance diagram for femMeshModify:

Collaboration diagram for femMeshModify:


Public Member Functions
	femMeshModify (femMeshModMsg *fm)
	femMeshModify (CkMigrateMessage *m)
	~femMeshModify ()
intMsg *	lockRemoteChunk (int2Msg *i2msg)
intMsg *	unlockRemoteChunk (int2Msg *i2msg)
intMsg *	lockRemoteNode (int sharedIdx, int fromChk, int isGhost, int readLock)
intMsg *	unlockRemoteNode (int sharedIdx, int fromChk, int isGhost, int readLock)
void	setFemMesh (FEMMeshMsg *fm)
	Part of the initialization phase, create all the new objects Populate all data structures, include all locks It also computes all the fixed nodes and populates a data structure with it.
int	getNumChunks ()
int	getIdx ()
FEM_Mesh *	getfmMesh ()
FEM_lock *	getfmLock ()
FEM_lockN *	getfmLockN (int nodeid)
FEM_MUtil *	getfmUtil ()
FEM_Adapt *	getfmAdapt ()
FEM_AdaptL *	getfmAdaptL ()
FEM_Adapt_Algs *	getfmAdaptAlgs ()
FEM_Interpolate *	getfmInp ()
intMsg *	addNodeRemote (addNodeMsg *fm)
void	addSharedNodeRemote (sharedNodeMsg *fm)
void	removeSharedNodeRemote (removeSharedNodeMsg *fm)
void	addGhostElem (addGhostElemMsg *fm)
chunkListMsg *	getChunksSharingGhostNode (int2Msg *)
void	addElementRemote (addElemMsg *fm)
void	removeGhostElem (removeGhostElemMsg *fm)
void	removeElementRemote (removeElemMsg *fm)
void	removeGhostNode (int fromChk, int sharedIdx)
intMsg *	eatIntoElement (int fromChk, int sharedIdx)
intMsg *	getLockOwner (int fromChk, int sharedIdx)
boolMsg *	knowsAbtNode (int fromChk, int toChk, int sharedIdx)
void	refine_flip_element_leb (int fromChk, int propElemT, int propNodeT, int newNodeT, int nbrOpNodeT, int nbrghost, double longEdgeLen)
void	addToSharedList (int fromChk, int sharedIdx)
void	updateNodeAttrs (int fromChk, int sharedIdx, double coordX, double coordY, int bound, bool isGhost)
void	updateghostsend (verifyghostsendMsg *vmsg)
findgsMsg *	findghostsend (int fromChk, int sharedIdx)
double2Msg *	getRemoteCoord (int fromChk, int ghostIdx)
intMsg *	getRemoteBound (int fromChk, int ghostIdx)
intMsg *	getIdxGhostSend (int fromChk, int idxshared, int toChk)
void	updateIdxlList (int fromChk, int idxTrans, int transChk)
void	removeIDXLRemote (int fromChk, int sharedIdx, int type)
void	addTransIDXLRemote (int fromChk, int sharedIdx, int type)
void	verifyIdxlList (int fromChk, int size, int type)
void	idxllockRemote (int fromChk, int type)
void	idxlunlockRemote (int fromChk, int type)
intMsg *	hasLockRemoteNode (int sharedIdx, int fromChk, int isGhost)
void	modifyLockAll (int fromChk, int sharedIdx)
boolMsg *	verifyLock (int fromChk, int sharedIdx, int isGhost)
void	verifyghostsend (verifyghostsendMsg *vmsg)
boolMsg *	shouldLoseGhost (int fromChk, int sharedIdx, int toChk)
void	addghostsendl (int fromChk, int sharedIdx, int toChk, int transIdx)
	The node index is the sharedIdx with 'fromChk' This local node index is then to be send as a ghost to 'toChk'.
void	addghostsendl1 (int fromChk, int transChk, int transIdx)
	The node index is obtained as a the ghost received from 'transChk' at 'transIdx'.
void	addghostsendr (int fromChk, int sharedIdx, int toChk, int transIdx)
	The node is the obtained on the ghost recv list from 'fromChk' at 'sharedIdx' index.
void	addghostsendr1 (int fromChk, int transChk, int transIdx)
	The local node index is obtained on the shared list of 'transChk' at 'transIdx'.
boolMsg *	willItLose (int fromChk, int sharedIdx)
void	interpolateElemCopy (int fromChk, int sharedIdx1, int sharedIdx2)
	The two local elements indices are obtained from the ghost send list to 'fromChk' Data is copied from the first element to the second.
void	cleanupIDXL (int fromChk, int sharedIdx)
void	purgeElement (int fromChk, int sharedIdx)
elemDataMsg *	packElemData (int fromChk, int sharedIdx)
	femMeshModify (femMeshModMsg *fm)
	constructor
	femMeshModify (CkMigrateMessage *m)
	constructor for migration
	~femMeshModify ()
	destructor
void	pup (PUP::er &p)
	Pup to transfer this object's data.
void	ckJustMigrated (void)
	This function is overloaded, it is called on this object just after migration.
void	setPointersAfterMigrate (FEM_Mesh *m)
	Set the mesh pointer after the migration.
void	setFemMesh (FEMMeshMsg *fm)
	Initialize the mesh pointer for this chunk.
intMsg *	lockRemoteChunk (int2Msg *i2msg)
	Deprecated: Try to lock this node on this chunk (the node index is local to this chunk).
intMsg *	unlockRemoteChunk (int2Msg *i2msg)
	Deprecated: Unlock the node on this chunk (the node index is local to this chunk).
intMsg *	lockRemoteNode (int sharedIdx, int fromChk, int isGhost, int readLock)
	Try to lock this node on this chunk (receives a shared/ghost index).
intMsg *	unlockRemoteNode (int sharedIdx, int fromChk, int isGhost, int readLock)
	Unlock this node on this chunk (receives a shared/ghost index).
int	getNumChunks ()
	Get number of chunks.
int	getIdx ()
	Get the index of this chunk.
FEM_Mesh *	getfmMesh ()
	Get the pointer to the mesh object.
FEM_lock *	getfmLock ()
	Deprecated: Get the pointer to the lock-chunk object.
FEM_lockN	getfmLockN (int nodeid)
	Get the status of the lock for this node.
FEM_MUtil *	getfmUtil ()
	Get the pointer to the utility object on this chunk.
FEM_Adapt *	getfmAdapt ()
	Deprecated: Get the pointer to the primitive operation object.
FEM_AdaptL *	getfmAdaptL ()
	Get the pointer to the object that encapsulates the primitive adaptive operations.
FEM_Adapt_Algs *	getfmAdaptAlgs ()
	Get the pointer to the object that encapsulates the adaptive algorithms.
FEM_Interpolate *	getfmInp ()
	Get the pointer to the interpolate object.
chunkListMsg *	getChunksSharingGhostNode (int2Msg *)
	Get the list of chunks that share this node.
intMsg *	addNodeRemote (addNodeMsg *fm)
	Add a node on this chunk.
void	addSharedNodeRemote (sharedNodeMsg *fm)
	Add a shared node on this chunk.
void	removeSharedNodeRemote (removeSharedNodeMsg *fm)
	Remove a shared node on this chunk.
void	removeGhostNode (int fromChk, int sharedIdx)
	Remove a ghost node on this chunk.
void	addGhostElem (addGhostElemMsg *fm)
	Add a ghost element on this chunk.
intMsg *	addElementRemote (addElemMsg *fm)
	Add a local element on this chunk.
void	removeGhostElem (removeGhostElemMsg *fm)
	Remove a ghost element on this chunk.
void	removeElementRemote (removeElemMsg *fm)
	Remove a local element on this chunk.
intMsg *	eatIntoElement (int fromChk, int sharedIdx)
	Acquire this element from 'fromChk'.
intMsg *	getLockOwner (int fromChk, int sharedIdx)
	Get the owner of the lock for this shared node.
boolMsg *	knowsAbtNode (int fromChk, int toChk, int sharedIdx)
	Does this chunk send this as a ghost to 'toChk'.
void	refine_flip_element_leb (int fromChk, int propElemT, int propNodeT, int newNodeT, int nbrOpNodeT, int nbrghost, double longEdgeLen)
	propagate a flip operation across chunks
void	addToSharedList (int fromChk, int sharedIdx)
	add this node to the shared idxl lists for 'fromChk'
void	updateAttrs (updateAttrsMsg *umsg)
	update the attributes of the node with this data
void	updateghostsend (verifyghostsendMsg *vmsg)
	get rid of unnecessary node sends to some chunks for a node
findgsMsg *	findghostsend (int fromChk, int sharedIdx)
	find the set of chunks where this node should be sent as a ghost
intMsg *	getIdxGhostSend (int fromChk, int idxshared, int toChk)
	return the shared index on the ghost send list for chunk 'toChk'
double2Msg *	getRemoteCoord (int fromChk, int ghostIdx)
	Get the coordinates for this node.
intMsg *	getRemoteBound (int fromChk, int ghostIdx)
	Get the boundary variable for this node.
void	updateIdxlList (int fromChk, int idxTrans, int transChk)
	find the ghost received from 'transChk' at index 'idxTrans' and add this ghost as received from 'fromChk'
void	removeIDXLRemote (int fromChk, int sharedIdx, int type)
	remove this node from this idxl list of chunk 'fromChk'
void	addTransIDXLRemote (int fromChk, int sharedIdx, int type)
	find the shared node with 'transChk' at index 'sharedIdx' and send this as a ghost to 'fromChk'
void	verifyIdxlList (int fromChk, int size, int type)
	verify that the size of the idxl list is same on this chunk and 'fromChk'
void	idxllockRemote (int fromChk, int type)
	lock the idxl list for 'fromChk' on this chunk (blocking call)
void	idxlunlockRemote (int fromChk, int type)
	unlock the idxl list for 'fromChk' on this chunk
intMsg *	hasLockRemoteNode (int sharedIdx, int fromChk, int isGhost)
	Return the lock owner for this node if there is one (return -1 otherwise).
void	modifyLockAll (int fromChk, int sharedIdx)
	Reassign lock on this node.
boolMsg *	verifyLock (int fromChk, int sharedIdx, int isGhost)
	verify that this lock is locked on the smallest chunk
void	verifyghostsend (verifyghostsendMsg *vmsg)
	Verify that the number of chunks I get this node as a ghost is same as the number of chunnks that this node is shared on.
boolMsg *	shouldLoseGhost (int fromChk, int sharedIdx, int toChk)
	Should this node be send as a ghost from this chunk to 'fromChk' (if no, return true).
void	addghostsendl (int fromChk, int sharedIdx, int toChk, int transIdx)
	If this node is not in the ghostSend list add it on the idxl lists on both chunks.
void	addghostsendl1 (int fromChk, int transChk, int transIdx)
	add this node to the idxl ghost recv list of this chunk
void	addghostsendr (int fromChk, int sharedIdx, int toChk, int transIdx)
	Add the node as a ghostRecv from 'toChk'.
void	addghostsendr1 (int fromChk, int transChk, int transIdx)
	Add this node on the ghostSend list with 'fromChk'.
boolMsg *	willItLose (int fromChk, int sharedIdx)
	Will it lose this element as a ghost send to 'fromChk'.
void	interpolateElemCopy (int fromChk, int sharedIdx1, int sharedIdx2)
	The element data is copied from the first element to the second.
void	cleanupIDXL (int fromChk, int sharedIdx)
	Remove this ghost element from the ghostRecv idxl list and delete the ghost node.
void	purgeElement (int fromChk, int sharedIdx)
	Purge this element on this chunk.
entDataMsg *	packEntData (int fromChk, int sharedIdx, bool isnode=false, int elemType=0)
	Pack the data from this element/node and return it.
boolMsg *	isFixedNodeRemote (int fromChk, int sharedIdx)
	Is this node a fixed node on this chunk.
void	finish1 (void)
void	finish (void)
Data Fields
int	numChunks
	Total number of chunks.
int	idx
	Index of this chunk (the chunk this is attached to).
FEM_Mesh *	fmMesh
FEM_lock *	fmLock
CkVec< FEM_lockN * >	fmLockN
CkVec< bool >	fmIdxlLock
CkVec< int >	fmfixedNodes
FEM_MUtil *	fmUtil
FEM_Interpolate *	fmInp
FEM_Adapt *	fmAdapt
FEM_AdaptL *	fmAdaptL
FEM_Adapt_Algs *	fmAdaptAlgs
TCharm *	tc
	The Tcharm pointer to set it even outside the thread..
CProxy_TCharm	tproxy
	The proxy for the current Tcharm object.
FEM_Mesh *	fmMesh
	cross-pointer to the fem mesh on this chunk
FEM_lock *	fmLock
	Deprecated: used to lock this chunk.
CkVec< FEM_lockN >	fmLockN
	Set of locks for all nodes on this chunk.
CkVec< bool >	fmIdxlLock
	Set of locks for all idxl lists.
CkVec< int >	fmfixedNodes
	The list of fixed nodes.
FEM_MUtil *	fmUtil
	Pointer to the utility object (performs most adaptive utilities).
FEM_Interpolate *	fmInp
	Pointer to the object that performs the interpolations.
FEM_Adapt *	fmAdapt
	Deprecated: Pointer to the FEM_Adapt object.
FEM_AdaptL *	fmAdaptL
	Pointer to the object that performs the primitive adaptive operations.
FEM_Adapt_Algs *	fmAdaptAlgs
	Pointer to the object that performs the adaptive algorithms.
Friends
class	FEM_lock
class	FEM_MUtil
class	FEM_Mesh
class	FEM_Interpolate
class	FEM_Adapt
class	FEM_AdaptL
class	FEM_Adapt_Algs

Detailed Description

The shadow array attached to a fem chunk to perform all communication during adaptivity.

This data structure maintains some adaptivity information, along with locks for nodes and idxl lists. It handles all the remote function calls and uses FEM_MUtil to perform most of the operations.

Definition at line 313 of file fem_mesh_modify.h.

Constructor & Destructor Documentation

femMeshModify::femMeshModify ( femMeshModMsg * fm )

constructor

femMeshModify::femMeshModify ( CkMigrateMessage * m )

constructor for migration

femMeshModify::~femMeshModify ( )

destructor

Member Function Documentation

int femMeshModify::getNumChunks ( ) [inline]

Definition at line 347 of file fem_mesh_modify.h.

References numChunks.

int femMeshModify::getIdx ( ) [inline]

Definition at line 348 of file fem_mesh_modify.h.

References idx.

Referenced by FEM_Adapt::edge_bisect_help(), FEM_AdaptL::edge_contraction_help(), FEM_Adapt::edge_flip_help(), FEM_add_element(), FEM_add_node(), FEM_Interpolate::FEM_InterpolateNodeOnEdge(), FEM_Modify_correctLockN(), FEM_Modify_LockAll(), FEM_Modify_LockN(), FEM_Modify_LockUpdate(), FEM_Modify_UnlockN(), FEM_remove_node_local(), and FEM_Adapt::vertex_remove_help().

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FEM_Mesh* femMeshModify::getfmMesh ( ) [inline]

Definition at line 349 of file fem_mesh_modify.h.

References fmMesh.

FEM_lock* femMeshModify::getfmLock ( ) [inline]

Definition at line 350 of file fem_mesh_modify.h.

References fmLock.

Referenced by FEM_Modify_Lock(), and FEM_Modify_Unlock().

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FEM_lockN* femMeshModify::getfmLockN ( int nodeid ) [inline]

Definition at line 351 of file fem_mesh_modify.h.

References fmLockN, and CkVec< T >::size().

Referenced by FEM_Modify_correctLockN(), FEM_Modify_LockAll(), FEM_Modify_LockN(), FEM_Modify_LockUpdate(), FEM_Modify_UnlockN(), and FEM_MUtil::getLockOwner().

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FEM_MUtil* femMeshModify::getfmUtil ( ) [inline]

Definition at line 360 of file fem_mesh_modify.h.

References fmUtil.

Referenced by FEM_Adapt::edge_bisect_help(), FEM_AdaptL::edge_contraction_help(), FEM_Adapt::edge_flip_help(), FEM_add_element(), FEM_add_element_local(), FEM_add_node(), FEM_add_node_local(), FEM_add_shared_node_remote(), FEM_Ghost_Essential_attributes(), FEM_Modify_correctLockN(), FEM_Modify_LockN(), FEM_Modify_UnlockN(), FEM_Print_e2e(), FEM_Print_e2n(), FEM_Print_n2e(), FEM_Print_n2n(), FEM_remove_element(), FEM_remove_element_local(), FEM_remove_node(), FEM_remove_node_local(), FEM_Adapt::getGhostElementIdxl(), FEM_Adapt::getGhostNodeIdxl(), FEM_MUtil::getLockOwner(), FEM_Adapt::getSharedNodeIdxl(), is_shared(), FEM_Adapt::printAdjacencies(), FEM_Adapt_Algs::refine_element_leb(), refine_flip_element_leb(), FEM_Adapt_Algs::refine_flip_element_leb(), FEM_Adapt::vertex_remove_help(), and FEM_Adapt::vertex_split_help().

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FEM_Adapt* femMeshModify::getfmAdapt ( ) [inline]

Definition at line 361 of file fem_mesh_modify.h.

References fmAdapt.

FEM_AdaptL* femMeshModify::getfmAdaptL ( ) [inline]

Definition at line 362 of file fem_mesh_modify.h.

References fmAdaptL.

FEM_Adapt_Algs* femMeshModify::getfmAdaptAlgs ( ) [inline]

Definition at line 363 of file fem_mesh_modify.h.

References fmAdaptAlgs.

Referenced by FEM_ADAPT_AdaptMesh(), FEM_ADAPT_Coarsen(), FEM_ADAPT_GradateMesh(), FEM_ADAPT_Init(), FEM_ADAPT_Refine(), FEM_ADAPT_SetReferenceMesh(), FEM_ADAPT_SimpleCoarsenMesh(), FEM_ADAPT_SimpleRefineMesh(), and FEM_ADAPT_TestMesh().

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FEM_Interpolate* femMeshModify::getfmInp ( ) [inline]

Definition at line 364 of file fem_mesh_modify.h.

References fmInp.

Referenced by FEM_MUtil::copyElemData(), FEM_AdaptL::edge_contraction_help(), FEM_add_node(), FEM_MUtil::Replace_node_local(), and FEM_MUtil::splitEntityRemote().

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void femMeshModify::updateNodeAttrs	(	int	fromChk,
		int	sharedIdx,
		double	coordX,
		double	coordY,
		int	bound,
		bool	isGhost
	)

Definition at line 2234 of file fem_mesh_modify.C.

References PUP::a, CmiMemoryCheck(), FEM_Adapt_Algs::coord_attr, PUP::d, fmAdaptAlgs, fmMesh, fmUtil, FEM_Attribute::getAttr(), FEM_MUtil::lookup_in_IDXL(), FEM_Mesh::node, and CkVec< T >::size().

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elemDataMsg * femMeshModify::packElemData	(	int	fromChk,
		int	sharedIdx
	)

Definition at line 2546 of file fem_mesh_modify.C.

References count, elemDataMsg::data, FEM_Mesh::elem, fmMesh, fmUtil, FEM_Attribute::getAttr(), FEM_MUtil::lookup_in_IDXL(), FEM_Attribute::pupSingle(), PUP::sizer::size(), and CkVec< T >::size().

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void femMeshModify::setFemMesh ( FEMMeshMsg * fm )

Initialize the mesh pointer for this chunk.

intMsg* femMeshModify::lockRemoteChunk ( int2Msg * i2msg )

Deprecated: Try to lock this node on this chunk (the node index is local to this chunk).

intMsg* femMeshModify::unlockRemoteChunk ( int2Msg * i2msg )

Deprecated: Unlock the node on this chunk (the node index is local to this chunk).

intMsg* femMeshModify::lockRemoteNode	(	int	sharedIdx,
		int	fromChk,
		int	isGhost,
		int	readLock
	)

Try to lock this node on this chunk (receives a shared/ghost index).

intMsg* femMeshModify::unlockRemoteNode	(	int	sharedIdx,
		int	fromChk,
		int	isGhost,
		int	readLock
	)

Unlock this node on this chunk (receives a shared/ghost index).

int femMeshModify::getNumChunks ( ) [inline]

Get number of chunks.

Definition at line 432 of file ParFUM_Mesh_Modify.h.

References numChunks.

int femMeshModify::getIdx ( ) [inline]

Get the index of this chunk.

Definition at line 434 of file ParFUM_Mesh_Modify.h.

References idx.

FEM_Mesh* femMeshModify::getfmMesh ( ) [inline]

Get the pointer to the mesh object.

Definition at line 436 of file ParFUM_Mesh_Modify.h.

References fmMesh.

FEM_lock* femMeshModify::getfmLock ( ) [inline]

Deprecated: Get the pointer to the lock-chunk object.

Definition at line 438 of file ParFUM_Mesh_Modify.h.

References fmLock.

FEM_lockN femMeshModify::getfmLockN ( int nodeid ) [inline]

Get the status of the lock for this node.

Definition at line 440 of file ParFUM_Mesh_Modify.h.

References fmLockN, and CkVec< T >::size().

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FEM_MUtil* femMeshModify::getfmUtil ( ) [inline]

Get the pointer to the utility object on this chunk.

Definition at line 450 of file ParFUM_Mesh_Modify.h.

References fmUtil.

FEM_Adapt* femMeshModify::getfmAdapt ( ) [inline]

Deprecated: Get the pointer to the primitive operation object.

Definition at line 452 of file ParFUM_Mesh_Modify.h.

References fmAdapt.

FEM_AdaptL* femMeshModify::getfmAdaptL ( ) [inline]

Get the pointer to the object that encapsulates the primitive adaptive operations.

Definition at line 454 of file ParFUM_Mesh_Modify.h.

References fmAdaptL.

FEM_Adapt_Algs* femMeshModify::getfmAdaptAlgs ( ) [inline]

Get the pointer to the object that encapsulates the adaptive algorithms.

Definition at line 456 of file ParFUM_Mesh_Modify.h.

References fmAdaptAlgs.

FEM_Interpolate* femMeshModify::getfmInp ( ) [inline]

Get the pointer to the interpolate object.

Definition at line 458 of file ParFUM_Mesh_Modify.h.

References fmInp.

chunkListMsg* femMeshModify::getChunksSharingGhostNode ( int2Msg * )

Get the list of chunks that share this node.

intMsg* femMeshModify::addNodeRemote ( addNodeMsg * fm )

Add a node on this chunk.

void femMeshModify::addSharedNodeRemote ( sharedNodeMsg * fm )

Add a shared node on this chunk.

void femMeshModify::removeSharedNodeRemote ( removeSharedNodeMsg * fm )

Remove a shared node on this chunk.

void femMeshModify::removeGhostNode	(	int	fromChk,
		int	sharedIdx
	)

Remove a ghost node on this chunk.

void femMeshModify::addGhostElem ( addGhostElemMsg * fm )

Add a ghost element on this chunk.

intMsg* femMeshModify::addElementRemote ( addElemMsg * fm )

Add a local element on this chunk.

void femMeshModify::removeGhostElem ( removeGhostElemMsg * fm )

Remove a ghost element on this chunk.

void femMeshModify::removeElementRemote ( removeElemMsg * fm )

Remove a local element on this chunk.

intMsg* femMeshModify::eatIntoElement	(	int	fromChk,
		int	sharedIdx
	)

Acquire this element from 'fromChk'.

intMsg* femMeshModify::getLockOwner	(	int	fromChk,
		int	sharedIdx
	)

Get the owner of the lock for this shared node.

boolMsg* femMeshModify::knowsAbtNode	(	int	fromChk,
		int	toChk,
		int	sharedIdx
	)

Does this chunk send this as a ghost to 'toChk'.

void femMeshModify::refine_flip_element_leb	(	int	fromChk,
		int	propElemT,
		int	propNodeT,
		int	newNodeT,
		int	nbrOpNodeT,
		int	nbrghost,
		double	longEdgeLen
	)

propagate a flip operation across chunks

void femMeshModify::addToSharedList	(	int	fromChk,
		int	sharedIdx
	)

add this node to the shared idxl lists for 'fromChk'

void femMeshModify::updateghostsend ( verifyghostsendMsg * vmsg )

get rid of unnecessary node sends to some chunks for a node

findgsMsg* femMeshModify::findghostsend	(	int	fromChk,
		int	sharedIdx
	)

find the set of chunks where this node should be sent as a ghost

intMsg* femMeshModify::getIdxGhostSend	(	int	fromChk,
		int	idxshared,
		int	toChk
	)

return the shared index on the ghost send list for chunk 'toChk'

double2Msg* femMeshModify::getRemoteCoord	(	int	fromChk,
		int	ghostIdx
	)

Get the coordinates for this node.

intMsg* femMeshModify::getRemoteBound	(	int	fromChk,
		int	ghostIdx
	)

Get the boundary variable for this node.

void femMeshModify::updateIdxlList	(	int	fromChk,
		int	idxTrans,
		int	transChk
	)

find the ghost received from 'transChk' at index 'idxTrans' and add this ghost as received from 'fromChk'

void femMeshModify::removeIDXLRemote	(	int	fromChk,
		int	sharedIdx,
		int	type
	)

remove this node from this idxl list of chunk 'fromChk'

void femMeshModify::addTransIDXLRemote	(	int	fromChk,
		int	sharedIdx,
		int	type
	)

find the shared node with 'transChk' at index 'sharedIdx' and send this as a ghost to 'fromChk'

void femMeshModify::verifyIdxlList	(	int	fromChk,
		int	size,
		int	type
	)

verify that the size of the idxl list is same on this chunk and 'fromChk'

void femMeshModify::idxllockRemote	(	int	fromChk,
		int	type
	)

lock the idxl list for 'fromChk' on this chunk (blocking call)

void femMeshModify::idxlunlockRemote	(	int	fromChk,
		int	type
	)

unlock the idxl list for 'fromChk' on this chunk

intMsg* femMeshModify::hasLockRemoteNode	(	int	sharedIdx,
		int	fromChk,
		int	isGhost
	)

Return the lock owner for this node if there is one (return -1 otherwise).

void femMeshModify::modifyLockAll	(	int	fromChk,
		int	sharedIdx
	)

Reassign lock on this node.

boolMsg* femMeshModify::verifyLock	(	int	fromChk,
		int	sharedIdx,
		int	isGhost
	)

verify that this lock is locked on the smallest chunk

void femMeshModify::verifyghostsend ( verifyghostsendMsg * vmsg )

Verify that the number of chunks I get this node as a ghost is same as the number of chunnks that this node is shared on.

boolMsg* femMeshModify::shouldLoseGhost	(	int	fromChk,
		int	sharedIdx,
		int	toChk
	)

Should this node be send as a ghost from this chunk to 'fromChk' (if no, return true).

void femMeshModify::addghostsendl	(	int	fromChk,
		int	sharedIdx,
		int	toChk,
		int	transIdx
	)

If this node is not in the ghostSend list add it on the idxl lists on both chunks.

void femMeshModify::addghostsendl1	(	int	fromChk,
		int	transChk,
		int	transIdx
	)

add this node to the idxl ghost recv list of this chunk

void femMeshModify::addghostsendr	(	int	fromChk,
		int	sharedIdx,
		int	toChk,
		int	transIdx
	)

Add the node as a ghostRecv from 'toChk'.

void femMeshModify::addghostsendr1	(	int	fromChk,
		int	transChk,
		int	transIdx
	)

Add this node on the ghostSend list with 'fromChk'.

boolMsg* femMeshModify::willItLose	(	int	fromChk,
		int	sharedIdx
	)

Will it lose this element as a ghost send to 'fromChk'.

void femMeshModify::interpolateElemCopy	(	int	fromChk,
		int	sharedIdx1,
		int	sharedIdx2
	)

The element data is copied from the first element to the second.

void femMeshModify::cleanupIDXL	(	int	fromChk,
		int	sharedIdx
	)

Remove this ghost element from the ghostRecv idxl list and delete the ghost node.

void femMeshModify::purgeElement	(	int	fromChk,
		int	sharedIdx
	)

Purge this element on this chunk.

Friends And Related Function Documentation

FEM_lock [friend]

Definition at line 314 of file fem_mesh_modify.h.

Referenced by femMeshModify().

FEM_MUtil [friend]

Definition at line 315 of file fem_mesh_modify.h.

Referenced by femMeshModify().

FEM_Mesh [friend]

Definition at line 316 of file fem_mesh_modify.h.

FEM_Interpolate [friend]

Definition at line 317 of file fem_mesh_modify.h.

Referenced by setFemMesh().

FEM_Adapt [friend]

Definition at line 318 of file fem_mesh_modify.h.

Referenced by setFemMesh().

FEM_AdaptL [friend]

Definition at line 319 of file fem_mesh_modify.h.

Referenced by setFemMesh().

FEM_Adapt_Algs [friend]

Definition at line 320 of file fem_mesh_modify.h.

Referenced by setFemMesh().

Field Documentation

int femMeshModify::numChunks

Total number of chunks.

Definition at line 323 of file fem_mesh_modify.h.

Referenced by femMeshModify(), getNumChunks(), pup(), FEM_MUtil::residualLockTest(), setFemMesh(), and FEM_MUtil::unlockAll().

FEM_Mesh* femMeshModify::fmMesh

Definition at line 325 of file fem_mesh_modify.h.

Referenced by addElementRemote(), addGhostElem(), addghostsendl(), addghostsendl1(), addghostsendr(), addghostsendr1(), addNodeRemote(), addSharedNodeRemote(), addToSharedList(), addTransIDXLRemote(), ckJustMigrated(), cleanupIDXL(), FEM_MUtil::eatIntoElement(), eatIntoElement(), femMeshModify(), FEM_MUtil::findGhostSend(), findghostsend(), FEM_MUtil::getChunkNos(), getChunksSharingGhostNode(), getfmMesh(), getIdxGhostSend(), FEM_MUtil::getLockOwner(), getLockOwner(), getRemoteBound(), getRemoteCoord(), hasLockRemoteNode(), idxllockRemote(), idxlunlockRemote(), interpolateElemCopy(), isFixedNodeRemote(), FEM_MUtil::isShared(), FEM_MUtil::knowsAbtNode(), knowsAbtNode(), FEM_lock::lock(), lockRemoteNode(), modifyLockAll(), packElemData(), FEM_MUtil::packEntData(), packEntData(), purgeElement(), refine_flip_element_leb(), removeElementRemote(), removeGhostElem(), removeGhostNode(), removeIDXLRemote(), removeSharedNodeRemote(), FEM_AdaptL::residualLockTest(), setFemMesh(), setPointersAfterMigrate(), shouldLoseGhost(), FEM_AdaptL::structureTest(), FEM_AdaptL::unlockAll(), unlockRemoteNode(), FEM_MUtil::updateAttrs(), updateAttrs(), FEM_MUtil::UpdateGhostSend(), updateghostsend(), updateIdxlList(), updateNodeAttrs(), verifyghostsend(), verifyIdxlList(), verifyLock(), FEM_lockN::verifyLock(), and willItLose().

FEM_lock* femMeshModify::fmLock

Definition at line 326 of file fem_mesh_modify.h.

Referenced by femMeshModify(), getfmLock(), lockRemoteChunk(), pup(), unlockRemoteChunk(), and ~femMeshModify().

CkVec<bool> femMeshModify::fmIdxlLock

Definition at line 329 of file fem_mesh_modify.h.

Referenced by FEM_MUtil::idxllockLocal(), FEM_MUtil::idxlunlockLocal(), pup(), FEM_MUtil::residualLockTest(), setFemMesh(), and FEM_MUtil::unlockAll().

CkVec<int> femMeshModify::fmfixedNodes

Definition at line 330 of file fem_mesh_modify.h.

Referenced by FEM_add_element(), FEM_remove_element(), FEM_Adapt::isFixedNode(), isFixedNodeRemote(), pup(), and setFemMesh().

FEM_MUtil* femMeshModify::fmUtil

Definition at line 331 of file fem_mesh_modify.h.

Referenced by addElementRemote(), addGhostElem(), addghostsendl(), addghostsendl1(), addghostsendr(), addghostsendr1(), addNodeRemote(), FEM_MUtil::addToSharedList(), addToSharedList(), addTransIDXLRemote(), cleanupIDXL(), FEM_AdaptL::eatIntoElement(), eatIntoElement(), FEM_Adapt::edge_bisect_help(), FEM_AdaptL::edge_contraction_help(), FEM_Adapt::edge_flip_help(), FEM_Interpolate::FEM_InterpolateCopyAttributes(), FEM_Interpolate::FEM_InterpolateElementCopy(), FEM_Interpolate::FEM_InterpolateNodeOnEdge(), FEM_remove_element(), femMeshModify(), findghostsend(), getChunksSharingGhostNode(), FEM_Adapt_Algs::getCoord(), getfmUtil(), getIdxGhostSend(), getLockOwner(), getRemoteBound(), getRemoteCoord(), hasLockRemoteNode(), idxllockRemote(), idxlunlockRemote(), interpolateElemCopy(), FEM_Adapt::isCorner(), isFixedNodeRemote(), knowsAbtNode(), FEM_lock::lock(), lockRemoteNode(), modifyLockAll(), packElemData(), packEntData(), pup(), purgeElement(), removeElementRemote(), removeGhostElem(), removeGhostNode(), removeIDXLRemote(), removeSharedNodeRemote(), FEM_AdaptL::residualLockTest(), shouldLoseGhost(), FEM_AdaptL::structureTest(), FEM_Adapt_Algs::tests(), FEM_AdaptL::unlockAll(), unlockRemoteNode(), updateAttrs(), updateghostsend(), updateIdxlList(), updateNodeAttrs(), verifyghostsend(), verifyIdxlList(), verifyLock(), willItLose(), and ~femMeshModify().

FEM_Interpolate* femMeshModify::fmInp

Definition at line 332 of file fem_mesh_modify.h.

Referenced by femMeshModify(), getfmInp(), pup(), setFemMesh(), and setPointersAfterMigrate().

FEM_Adapt* femMeshModify::fmAdapt

Definition at line 333 of file fem_mesh_modify.h.

Referenced by femMeshModify(), getfmAdapt(), pup(), setFemMesh(), and setPointersAfterMigrate().

FEM_AdaptL* femMeshModify::fmAdaptL

Definition at line 334 of file fem_mesh_modify.h.

Referenced by eatIntoElement(), FEM_Adapt_Algs::FEM_Adapt_Algs(), FEM_Interpolate::FEM_InterpolateNodeOnEdge(), FEM_Modify_correctLockN(), femMeshModify(), getfmAdaptL(), pup(), setFemMesh(), and setPointersAfterMigrate().

TCharm* femMeshModify::tc

The Tcharm pointer to set it even outside the thread..

Definition at line 376 of file ParFUM_Mesh_Modify.h.

Referenced by ckJustMigrated(), isFixedNodeRemote(), packEntData(), and updateAttrs().

CProxy_TCharm femMeshModify::tproxy

The proxy for the current Tcharm object.

Definition at line 378 of file ParFUM_Mesh_Modify.h.

Referenced by ckJustMigrated(), and pup().

FEM_Mesh* femMeshModify::fmMesh

cross-pointer to the fem mesh on this chunk

Definition at line 380 of file ParFUM_Mesh_Modify.h.

FEM_lock* femMeshModify::fmLock

Deprecated: used to lock this chunk.

Definition at line 382 of file ParFUM_Mesh_Modify.h.

CkVec<FEM_lockN> femMeshModify::fmLockN

Set of locks for all nodes on this chunk.

Definition at line 384 of file ParFUM_Mesh_Modify.h.

CkVec<bool> femMeshModify::fmIdxlLock

Set of locks for all idxl lists.

each chunk can have numChunks*5 idxl lists, but numChunks locks.

Definition at line 388 of file ParFUM_Mesh_Modify.h.

CkVec<int> femMeshModify::fmfixedNodes

The list of fixed nodes.

this list is populated initially, and never changes (defines shape)

Definition at line 392 of file ParFUM_Mesh_Modify.h.

FEM_MUtil* femMeshModify::fmUtil

Pointer to the utility object (performs most adaptive utilities).

Definition at line 394 of file ParFUM_Mesh_Modify.h.

FEM_Interpolate* femMeshModify::fmInp

Pointer to the object that performs the interpolations.

Definition at line 396 of file ParFUM_Mesh_Modify.h.

FEM_Adapt* femMeshModify::fmAdapt

Deprecated: Pointer to the FEM_Adapt object.

Definition at line 398 of file ParFUM_Mesh_Modify.h.

FEM_AdaptL* femMeshModify::fmAdaptL

Pointer to the object that performs the primitive adaptive operations.

Definition at line 400 of file ParFUM_Mesh_Modify.h.

FEM_Adapt_Algs* femMeshModify::fmAdaptAlgs

Pointer to the object that performs the adaptive algorithms.

Definition at line 402 of file ParFUM_Mesh_Modify.h.

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

libs/ck-libs/fem/fem_mesh_modify.h
libs/ck-libs/ParFUM/ParFUM_Mesh_Modify.h
libs/ck-libs/fem/fem_mesh_modify.C
libs/ck-libs/ParFUM/mesh_modify.C

femMeshModify Class Reference

Public Member Functions

Data Fields

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Field Documentation