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chunk Class Reference

#include <chunk.h>

Inheritance diagram for chunk:

[legend]Collaboration diagram for chunk:

[legend]

Public Member Functions
	chunk (int nChunks)
	chunk (CkMigrateMessage *)
void	refineElement (int idx, double volume)
void	refineElement (int idx)
void	refiningElements ()
void	coarsenElement (int idx, double volume)
void	coarseningElements ()
void	improveMesh ()
void	relocatePoints ()
void	flippingElements ()
intMsg *	lockChunk (int lh, double prio)
void	unlockChunk (int lh)
int	lockLocalChunk (int lh, double prio)
void	unlockLocalChunk (int lh)
void	removeLock (int lh)
void	insertLock (int lh, double prio)
void	print ()
void	out_print ()
nodeMsg *	getNode (int n)
void	updateNodeCoord (nodeMsg *)
void	relocationVote (nodeVoteMsg *)
doubleMsg *	getVolume (intMsg *im)
void	setTargetVolume (doubleMsg *)
void	resetTargetVolume (doubleMsg *)
elemRef	findNeighbor (nodeRef nr1, nodeRef nr2, nodeRef nr3, int lidx)
refMsg *	findRemoteNeighbor (threeNodeMsg *)
intMsg *	checkFace (int idx, elemRef face)
intMsg *	checkFace (int idx, node n1, node n2, node n3, elemRef nbr)
intMsg *	lockLF (int idx, node n1, node n2, node n3, node n4, elemRef requester, double prio)
splitResponse *	splitLF (int idx, node in1, node in2, node in3, node in4, elemRef requester)
LEsplitResult *	LEsplit (LEsplitMsg *)
lockResult *	lockArc (lockArcMsg *lm)
void	unlockArc1 (int idx, int prio, elemRef parentRef, elemRef destRef, node aNode, node bNode)
void	unlockArc2 (int idx, int prio, elemRef parentRef, elemRef destRef, node aNode, node bNode)
void	updateFace (int idx, int rcid, int ridx)
void	updateFace (int idx, elemRef oldElem, elemRef newElem)
flip23response *	flip23remote (flip23request *)
flip32response *	flip32remote (flip32request *fr)
flip32response *	remove32element (flip32request *fr)
void	debug_print (int c)
void	splitAll (nodeRef le1, nodeRef le2, nodeRef mid, int elemId)
nodeRef	findNode (node n)
int	nodeOnSurface (int n)
int	edgeOnSurface (int n1, int n2)
int	faceOnSurface (int n1, int n2, int n2)
void	updateFace (int n1, int n2, int n3, int oldNode, int newNode)
void	addFace (int n1, int n2, int n3)
void	removeFace (int n1, int n2, int n3)
void	simpleAddFace (int n1, int n2, int n3)
void	simpleUpdateFace (int n1, int n2, int n3, int newNode)
void	simpleRemoveFace (int n1, int n2, int n3)
void	printSurface ()
void	printEdgeLists ()
void	getAccessLock ()
void	forcedGetAccessLock ()
void	releaseAccessLock ()
void	getAdjustLock ()
void	releaseAdjustLock ()
void	allocMesh (int nEl)
void	adjustMesh ()
nodeRef	addNode (node &n)
elemRef	addElement (nodeRef &nr1, nodeRef &nr2, nodeRef &nr3, nodeRef &nr4)
void	removeNode (intMsg *)
void	removeElement (intMsg *)
void	newMesh (int nEl, int nGhost, const int *conn_, const int *gid_, int *surface, int nSurFaces, int idxOffset)
void	updateNodeCoords (int nNode, double *coord, int nEl, int nFx, int *fixed)
void	deriveFaces ()
void	refine (double *desiredVolume, refineClient *client)
void	coarsen (double *desiredVolume, refineClient *client)
void	improve (refineClient *client)
void	newMesh (meshMsg *)
void	updateNodeCoords (coordMsg *)
void	refine ()
void	start ()
void	improve ()
void	finalizeImprovements ()
void	checkRefine ()
	chunk (chunkMsg *)
	chunk (CkMigrateMessage *m)
void	sanityCheck (void)
void	setupThreadPrivate (CthThread forThread)
void	refineElement (int i, double area)
void	refiningElements ()
void	updateElement (int i, objRef oldval, objRef newval)
void	specialRequest (int reqestee, elemRef requester)
void	specialRequestResponse (int i, double newNodeX, double newNodeY, double otherNodeX, double otherNodeY, edgeRef newLongEdgeRef)
doubleMsg *	getArea (int i)
intMsg *	lock (int i)
void	unlock (int i)
intMsg *	locked (int i)
intMsg *	checkElement (objRef oR, int i)
refMsg *	getNeighbor (objRef oR, int i)
void	setTargetArea (int i, double area)
void	updateEdges (int i, edgeRef e0, edgeRef e1, edgeRef e2)
void	unsetDependency (int i)
void	setDependent (objRef oR, int i)
intMsg *	hasDependent (int i)
void	accessLock ()
void	releaseLock ()
void	adjustFlag ()
void	adjustLock ()
void	adjustRelease ()
void	print ()
void	updateNodeCoords (int nNode, double *coord, int nEl)
void	multipleRefine (double *desiredArea, refineClient *client)
void	newMesh (int nEl, int nGhost, const int *conn_, const int *gid_, int idxOffset)
void	addRemoteEdge (int elem, int localEdge, edgeRef er)
void	setModified ()
int	isModified ()
void	setRefining ()
int	isRefining ()
void	allocMesh (int nEl)
void	adjustMesh ()
int	addNode (node n)
edgeRef	addEdge ()
elemRef	addElement (int n1, int n2, int n3)
elemRef	addElement (int n1, int n2, int n3, edgeRef er1, edgeRef er2, edgeRef er3)
void	debug_print (int c)
void	out_print ()
	chunk (chunkMsg *)
	chunk (CkMigrateMessage *m)
void	sanityCheck (void)
void	validCheck (void)
void	deriveBoundaries (int *conn, int *gid)
void	tweakMesh ()
void	improveChunk ()
void	improve ()
void	deriveEdges (int *conn, int *gid, const int *edgeBounds, const int *edgeConn, int nEdges)
void	refineElement (int idx, double area)
void	refiningElements ()
void	coarsenElement (int idx, double area)
void	coarseningElements ()
intMsg *	safeToMoveNode (int idx, double x, double y)
splitOutMsg *	split (int idx, elemRef e, int oIdx, int fIdx)
void	collapse (int idx, elemRef e, int kIdx, int dIdx, elemRef kNbr, elemRef dNbr, edgeRef kEdge, edgeRef dEdge, node newN, double frac)
splitOutMsg *	flipPreventE (int idx, elemRef e, int kIdx, int dIdx, elemRef kNbr, elemRef dNbr, edgeRef kEdge, edgeRef dEdge, node newN)
void	nodeReplaceDelete (int kIdx, int dIdx, node nn, int shared, int *chk, int *idx)
boolMsg *	flipPrevent (int kIdx, int dIdx, node nn, int shared, int *chk, int *idx)
intMsg *	isPending (int idx, objRef e)
void	checkPending (int idx, objRef aRef)
void	checkPending (int idx, objRef aRef1, objRef aRef2)
void	updateElement (int idx, objRef oldval, objRef newval, int b)
void	updateElementEdge (int idx, objRef oldval, objRef newval)
void	updateReferences (int idx, objRef oldval, objRef newval)
doubleMsg *	getArea (int n)
void	resetEdge (int n)
refMsg *	getNbr (int idx, objRef aRef)
void	setTargetArea (int idx, double aDouble)
void	resetTargetArea (int idx, double aDouble)
void	reportPos (int idx, double x, double y)
void	accessLock ()
void	releaseLock ()
void	adjustFlag ()
void	adjustLock ()
void	adjustRelease ()
void	print ()
void	newMesh (int meshID_, int nEl, int nGhost, const int *conn_, const int *gid_, int nnodes, const int *boundaries, int nEdges, const int *edgeConn, const int *edgeBounds, int idxOffset)
void	multipleRefine (double *desiredArea, refineClient *client)
void	multipleCoarsen (double *desiredArea, refineClient *client)
void	updateNodeCoords (int nNode, double *coord, int nEl)
void	addRemoteEdge (int elem, int localEdge, edgeRef er)
void	setRefining ()
int	isRefining ()
void	allocMesh (int nEl)
void	adjustMesh ()
intMsg *	addNode (node n, int b1, int b2, int internal)
edgeRef	addEdge (int n1, int n2, int b)
edgeRef	addEdge (int n1, int n2, const int *edgeBounds, const int *edgeConn, int nEdges)
elemRef	addElement (int n1, int n2, int n3)
elemRef	addElement (int n1, int n2, int n3, edgeRef er1, edgeRef er2, edgeRef er3)
void	removeNode (int n)
void	removeEdge (int n)
void	removeElement (int n)
void	debug_print (int c)
void	out_print ()
void	dump ()
intMsg *	lockChunk (int lhc, int lhi, double prio)
void	unlockChunk (int lhc, int lhi)
int	lockLocalChunk (int lhc, int lhi, double prio)
void	unlockLocalChunk (int lhc, int lhi)
void	removeLock (int lhc, int lhi)
void	insertLock (int lhc, int lhi, double prio)
void	fixNode (int nIdx, int chkid)
int	joinCommLists (int nIdx, int shd, int *chk, int *idx, int *rChk, int *rIdx)
void	addToStack (int eIdx, double len, int cFlag)
void	rebubble (int cFlag)
void	Insert (int elID, double len, int cFlag)
int	Delete_Min (int cFlag)
intMsg *	getBoundary (int edgeIdx)
void	incnonCoarsen (int idx)
void	resetnonCoarsen (int idx)
intMsg *	neighboring (int idx, elemRef e)
intMsg *	safeToCoarsen (int idx, edgeRef e)
Data Fields
int	lock
int	lockHolder
int	lockCount
double	lockPrio
double	smoothness
prioLockRequests	lockList
std::vector< element >	theElements
std::vector< node >	theNodes
std::vector< std::vector< int > >	theSurface
refineClient *	theClient
refineResults *	refineResultsStorage
refineResults *	refineResultsStorage
int	numEdges
int	numGhosts
std::vector< element >	theElements
std::vector< edge >	theEdges
std::vector< node >	theNodes
refineClient *	theClient
int	meshID
FEM_Mesh *	meshPtr
refineResults *	refineResultsStorage
coarsenResults *	coarsenResultsStorage
std::vector< element >	theElements
std::vector< edge >	theEdges
std::vector< node >	theNodes
refineClient *	theClient
int	elementSlots
int	edgeSlots
int	nodeSlots
int	lockHolderIdx
int	lockHolderCid
Private Member Functions
void	deriveNodes ()
int	edgeLocal (elemRef e1, elemRef e2)
int	findEdge (int n1, int n2)
int	addNewEdge ()
int	getNbrRefOnEdge (int n1, int n2, int *conn, int nGhost, int *gid, int idx, elemRef *er)
int	hasEdge (int n1, int n2, int *conn, int idx)
void	setupThreadPrivate (CthThread forThread)
void	deriveNodes ()
int	edgeLocal (elemRef e1, elemRef e2)
int	getNbrRefOnEdge (int n1, int n2, int *conn, int nGhost, int *gid, int idx, elemRef *er)
int	hasEdge (int n1, int n2, int *conn, int idx)
Private Attributes
int	cid
int	numElements
int	numNodes
int	numChunks
int	sizeElements
int	sizeNodes
int	additions
int	coordsRecvd
int	debug_counter
int	refineInProgress
int	coarsenInProgress
int	modified
int	accessLock
int	adjustLock
int	sizeEdges
int	meshLock
int	meshExpandFlag
int	firstFreeElement
int	firstFreeEdge
int	firstFreeNode
int	edgesSent
int	edgesRecvd
int	first
elemHeap *	coarsenElements
elemHeap *	refineElements
elemHeap *	refineStack
int	refineTop
int	refineHeapSize
int	coarsenHeapSize
int *	conn
int *	gid
Data Structures
struct	elemHeap

---

Detailed Description

Definition at line 50 of file chunk.h.

---

Constructor & Destructor Documentation

chunk::chunk

(

int

nChunks

)

Definition at line 19 of file chunk.C.

References cid, numChunks, refineResultsStorage, and ArrayElementT< T >::thisIndex.

Referenced by joinCommLists().

chunk::chunk

(

CkMigrateMessage *

)

[inline]

Definition at line 84 of file chunk.h.

chunk::chunk

(

chunkMsg *

)

Definition at line 834 of file tri.C.

References cid, CkFreeMsg(), chunkMsg::nChunks, numChunks, refineResultsStorage, TCharm::resume(), TCharmClient1D::tcharmClientInit(), ArrayElementT< T >::thisIndex, and TCharmClient1D::thread.

chunk::chunk

(

CkMigrateMessage *

m

)

[inline]

Definition at line 487 of file tri.h.

chunk::chunk

(

chunkMsg *

)

chunk::chunk

(

CkMigrateMessage *

m

)

[inline]

Definition at line 192 of file tri.h.

---

Member Function Documentation

void chunk::refineElement	(	int	idx,
		double	volume
	)

Definition at line 33 of file chunk.C.

References cid, mesh, modified, numElements, refineInProgress, and theElements.

void chunk::refineElement

(

int

idx

)

Definition at line 48 of file chunk.C.

References cid, getVolume(), mesh, modified, numElements, refineInProgress, and theElements.

void chunk::refiningElements

(

)

Definition at line 63 of file chunk.C.

References adjustMesh(), cid, Converse::CkMyPe(), CthYield(), getVolume(), mesh, modified, numChunks, numElements, print(), refineInProgress, and theElements.

void chunk::coarsenElement	(	int	idx,
		double	volume
	)

Definition at line 98 of file chunk.C.

References cid, coarsenInProgress, mesh, modified, numElements, and theElements.

void chunk::coarseningElements

(

)

Definition at line 113 of file chunk.C.

References Converse::CkMyPe(), coarsenInProgress, CthYield(), getVolume(), mesh, modified, numElements, print(), and theElements.

void chunk::improveMesh

(

)

Definition at line 136 of file chunk.C.

References numElements, and theElements.

void chunk::relocatePoints

(

)

Definition at line 142 of file chunk.C.

References numNodes, and theNodes.

void chunk::flippingElements

(

)

Definition at line 148 of file chunk.C.

References cid, and theElements.

intMsg * chunk::lockChunk	(	int	lh,
		double	prio
	)

Definition at line 157 of file chunk.C.

References intMsg::anInt, and lockLocalChunk().

void chunk::unlockChunk

(

int

lh

)

Definition at line 262 of file chunk.C.

References unlockLocalChunk().

int chunk::lockLocalChunk	(	int	lh,
		double	prio
	)

Definition at line 164 of file chunk.C.

References free(), prioLockStruct::holder, insertLock(), lock, lockCount, lockHolder, lockList, lockPrio, prioLockStruct::next, prioLockStruct::prio, and removeLock().

Referenced by edge::buildLockingCloud(), edge::flipPrevent(), lockChunk(), element::lockLF(), element::refineCP(), element::refineLE(), and element::refineLF().

void chunk::unlockLocalChunk

(

int

lh

)

Definition at line 267 of file chunk.C.

References lock, lockCount, lockHolder, and lockPrio.

Referenced by edge::buildLockingCloud(), edge::flipPrevent(), element::lockArc(), element::lockLF(), element::refineCP(), element::refineLE(), element::refineLF(), element::unlockArc1(), element::unlockArc2(), unlockChunk(), and edge::unlockCloudRemoveEdge().

void chunk::removeLock

(

int

lh

)

Definition at line 243 of file chunk.C.

References free(), prioLockStruct::holder, lockList, and prioLockStruct::next.

Referenced by lockLocalChunk().

void chunk::insertLock	(	int	lh,
		double	prio
	)

Definition at line 213 of file chunk.C.

References prioLockStruct::holder, lockList, malloc(), prioLockStruct::next, and prioLockStruct::prio.

Referenced by lockLocalChunk().

void chunk::print

(

)

Definition at line 282 of file chunk.C.

References debug_counter, debug_print(), getAccessLock(), and releaseAccessLock().

Referenced by coarseningElements(), and refiningElements().

void chunk::out_print

(

)

Definition at line 290 of file chunk.C.

References cid, nodes, numChunks, numElements, numNodes, theElements, and theNodes.

Referenced by multipleRefine().

nodeMsg * chunk::getNode

(

int

n

)

Definition at line 318 of file chunk.C.

References nodeMsg::coord, n, numNodes, and theNodes.

void chunk::updateNodeCoord

(

nodeMsg *

)

Definition at line 328 of file chunk.C.

References CkFreeMsg(), nodeMsg::coord, nodeMsg::idx, numNodes, and theNodes.

void chunk::relocationVote

(

nodeVoteMsg *

)

Definition at line 335 of file chunk.C.

References CkFreeMsg(), nodeVoteMsg::newCoord, numNodes, nodeVoteMsg::oldCoord, and theNodes.

doubleMsg * chunk::getVolume

(

intMsg *

im

)

Definition at line 349 of file chunk.C.

References doubleMsg::aDouble, intMsg::anInt, CkFreeMsg(), numElements, and theElements.

Referenced by checkRefine(), coarseningElements(), refine(), refineElement(), and refiningElements().

void chunk::setTargetVolume

(

doubleMsg *

)

Definition at line 358 of file chunk.C.

References doubleMsg::aDouble, cid, CkFreeMsg(), doubleMsg::idx, mesh, modified, numElements, refineInProgress, and theElements.

Referenced by refine().

void chunk::resetTargetVolume

(

doubleMsg *

)

Definition at line 371 of file chunk.C.

References doubleMsg::aDouble, CkFreeMsg(), doubleMsg::idx, modified, numElements, and theElements.

elemRef chunk::findNeighbor	(	nodeRef	nr1,
		nodeRef	nr2,
		nodeRef	nr3,
		int	lidx
	)

Definition at line 473 of file chunk.C.

References refMsg::cid, cid, objRef::cid, faceOnSurface(), refMsg::idx, objRef::idx, mesh, numChunks, numElements, theElements, and theNodes.

Referenced by deriveFaces().

refMsg * chunk::findRemoteNeighbor

(

threeNodeMsg *

)

Definition at line 511 of file chunk.C.

References cid, refMsg::cid, CkFreeMsg(), threeNodeMsg::coords, refMsg::idx, numElements, and theElements.

intMsg * chunk::checkFace	(	int	idx,
		elemRef	face
	)

Definition at line 410 of file chunk.C.

References intMsg::anInt, getAccessLock(), releaseAccessLock(), and theElements.