element Class Reference

Tetrahedral mesh element. More...

#include <element.h>

Collaboration diagram for element:


Public Member Functions
	element ()
	element (nodeRef *n)
void	set (int cid, int idx, chunk *cptr)
void	set (nodeRef *n)
void	update (nodeRef &oldval, nodeRef &newval)
int	hasNode (nodeRef n)
int	hasNode (node n)
int	hasNodes (nodeRef n1, nodeRef n2, nodeRef n3)
int	hasNodes (double nodeCoords[3][3])
elemRef	getFace (int face[3])
elemRef	getFace (int a, int b, int c)
void	setFace (int a, int b, int c, elemRef er)
void	setFace (int idx, elemRef er)
int	hasFace (elemRef face)
int	checkFace (node n1, node n2, node n3, elemRef nbr)
void	updateFace (int cid, int idx)
void	updateFace (elemRef oldElem, elemRef newElem)
nodeRef &	getNode (int nodeIdx)
int	getNodeIdx (nodeRef n)
int	getNode (node n)
elemRef &	getMyRef ()
void	clear ()
int	isPresent ()
double	getVolume ()
void	calculateVolume ()
double	getArea (int n1, int n2, int n3)
void	resetTargetVolume (double volume)
void	setTargetVolume (double volume)
double	getTargetVolume ()
double	getCachedVolume ()
double	findLongestEdge (int le1, int le2, int nl1, int nl2)
void	flip23 (int face[3])
flip23response *	flip23remote (flip23request *fr)
void	flip32 (int edge[2])
flip32response *	flip32remote (flip32request *fr)
flip32response *	remove32element (flip32request *fr)
int	test23 (int face[3])
int	test32 (int edge[2])
int	connectTest ()
void	refineLF ()
int	lockLF (node n1, node n2, node n3, node n4, elemRef requester, double prio)
splitResponse *	splitLF (node in1, node in2, node in3, node in4, elemRef requester)
void	refineLE ()
LEsplitResult *	LEsplit (elemRef root, elemRef parent, nodeRef newNodeRef, node newNode, elemRef newRootElem, elemRef newElem, elemRef targetElem, double targetVol, node aIn, node bIn)
lockResult *	lockArc (elemRef prioRef, elemRef parentRef, double prio, elemRef destRef, node aNode, node bNode)
void	unlockArc1 (int prio, elemRef parentRef, elemRef destRef, node aNode, node bNode)
void	unlockArc2 (int prio, elemRef parentRef, elemRef destRef, node aNode, node bNode)
void	refineCP ()
void	coarsen ()
void	improveElement ()
void	improveInternalNode (int n)
void	improveSurfaceNode (int n)
void	improveSurfaceNodeHelp (int n, int ot1, int ot2)
int	LEtest ()
int	LFtest ()
int	CPtest ()
	element ()
void	sanityCheck (chunk *C, elemRef ref)
void	init ()
void	init (int n, edgeRef e, int index, chunk *chk)
void	init (int n, int index, chunk chk)
void	updateEdge (int idx, edgeRef e)
void	updateEdges (edgeRef e0, edgeRef e1, edgeRef e2)
node	getNode (int i) const
const edgeRef &	getEdge (int i) const
int	getOpNode (int e)
int	getOtherNode (int e)
elemRef	getNeighbor (int e) const
double	getArea ()
void	calculateArea ()
void	setTargetArea (double area)
double	getTargetArea ()
double	getCachedArea ()
void	setDependency ()
void	unsetDependency ()
int	hasDependency ()
void	setDependent (elemRef e)
void	setDependent (int cId, int i)
void	unsetDependent ()
int	hasDependent ()
void	tellDepend ()
void	setSpecialRequest (elemRef r)
int	isSpecialRequest ()
int	isPendingRequest ()
int	isRequestResponse ()
void	setRequestResponse (node n, node o, edgeRef e)
void	refine ()
void	refineNeighbor (int longEdge)
void	splitBorder (int longEdge)
void	splitNeighbors (int longEdge)
void	splitBorderLocal (int longEdge, int opnode, int othernode, int modEdge)
void	splitNeighborsLocal (int longEdge, int opnode, int othernode, int modEdge, int nbrLongEdge, int nbrOpnode, int nbrOthernode, int nbrModEdge, const elemRef &nbr)
void	splitHelp (int longEdge)
void	splitResponse (int longEdge)
int	findLongestEdge ()
int	checkNeighbor (int longEdge)
int	checkIfLongEdge (edgeRef e)
	element ()
	Basic element constructor.
	element (int cid, int idx, chunk *C)
	element (int *n)
	element (int n, edgeRef e)
	element (int n1, int n2, int n3, edgeRef e1, edgeRef e2, edgeRef e3)
	element (int cid, int idx, chunk *C, int n1, int n2, int n3, edgeRef e1, edgeRef e2, edgeRef e3)
	element (const element &e)
	Copy constructor.
element &	operator= (const element &e)
	Assignment.
void	set ()
	Basic set operation.
void	set (int c, int i, chunk *ck)
void	set (int *n)
void	set (int n, edgeRef e)
void	set (int n1, int n2, int n3)
void	set (int n1, int n2, int n3, edgeRef e1, edgeRef e2, edgeRef e3)
void	set (edgeRef &e1, edgeRef &e2, edgeRef &e3)
void	set (int idx, edgeRef e)
void	update (edgeRef &oldval, edgeRef &newval)
	Update an old edgeRef with a new one.
void	update (int oldNode, int newNode)
	Update an old node with a new one.
int	getNode (int nodeIdx)
	Given index of a node on this element, return node's index in node array.
edgeRef	getEdge (int edgeIdx)
	Given index of an edge on this element, return the edgeRef for the edge.
int	getEdgeIdx (edgeRef e)
	Given an edgeRef, find its index on this element.
int	getNodeIdx (int n)
	Given a node array index, find its index on this element.
elemRef	getElement (int edgeIdx)
	Given an edge index on this element, get the neighboring elemRef.
int	lockOpNode (edgeRef e, double l)
	Given an edgeRef, lock the node opposite to the edge.
void	unlockOpNode (edgeRef e)
	Given an edgeRef, unlock the node opposite to the edge.
void	clear ()
int	isPresent ()
double	getArea ()
void	calculateArea ()
void	minimizeTargetArea (double area)
void	resetTargetArea (double area)
void	setTargetArea (double area)
double	getTargetArea ()
double	getCachedArea ()
void	refine ()
void	split (int longEdge)
void	coarsen ()
void	collapse (int shortEdge)
int	findNewNodeDetails (node newNode, double frac, int kBc, int dBc, int kFx, int dFx, int kNd, int dNd, short nonCC, int kEg, int dEg, elemRef kNbr, elemRef dNbr, elemRef nbr)
void	translateNodeIDs (int kIdx, int dIdx, int sEg, int kNd, int dNd)
int	findLongestEdge ()
int	findShortestEdge ()
double	getShortestEdge (double *angle)
double	getAreaQuality ()
double	getLargestEdge (double *angle)
int	isLongestEdge (edgeRef &e)
bool	flipTest (node , node )
bool	flipInverseTest (node , node )
void	incnonCoarsen (void)
void	resetnonCoarsen (void)
int	safeToCoarsen (short *nonCC, int sEg, elemRef dNbr, elemRef kNbr, elemRef nbr)
int	safeToCoarsen (edgeRef e)
int	neighboring (elemRef e1, elemRef e2)
int	neighboring (elemRef e)
void	sanityCheck (chunk *c, elemRef shouldRef, int n)
Data Fields
int	present
nodeRef	nodes [4]
elemRef	faceElements [4]
int	nodes [3]
edgeRef	edges [3]
chunk *	C
short	nonCoarsenCount
Private Attributes
double	targetVolume
double	currentVolume
elemRef	myRef
chunk *	C
double	targetArea
double	currentArea
int	depend
elemRef	dependent
int	specialRequest
int	pendingRequest
int	requestResponse
elemRef	specialRequester
node	newNode
node	otherNode
edgeRef	newLongEdgeRef
chunk *	C

Detailed Description

Tetrahedral mesh element.

Definition at line 28 of file element.h.

Constructor & Destructor Documentation

element::element ( ) [inline]

Definition at line 36 of file element.h.

References C, currentVolume, present, and targetVolume.

element::element ( nodeRef * n ) [inline]

Definition at line 37 of file element.h.

References C, currentVolume, present, and targetVolume.

element::element ( )

element::element ( ) [inline]

Basic element constructor.

Definition at line 45 of file element.h.

References currentArea, nonCoarsenCount, and targetArea.

element::element	(	int	cid,
		int	idx,
		chunk *	C
	)			`[inline]`

Definition at line 46 of file element.h.

element::element ( int * n ) [inline]

Definition at line 47 of file element.h.

element::element	(	int *	n,
		edgeRef *	e
	)			`[inline]`

Definition at line 48 of file element.h.

element::element	(	int	n1,
		int	n2,
		int	n3,
		edgeRef	e1,
		edgeRef	e2,
		edgeRef	e3
	)			`[inline]`

Definition at line 49 of file element.h.

element::element	(	int	cid,
		int	idx,
		chunk *	C,
		int	n1,
		int	n2,
		int	n3,
		edgeRef	e1,
		edgeRef	e2,
		edgeRef	e3
	)			`[inline]`

Definition at line 52 of file element.h.

element::element ( const element & e ) [inline]

Copy constructor.

Definition at line 57 of file element.h.

References C, currentArea, edges, myRef, nodes, nonCoarsenCount, present, and targetArea.

Member Function Documentation

void element::set	(	int	cid,
		int	idx,
		chunk *	cptr
	)			`[inline]`

Definition at line 40 of file element.h.

References C, idx, myRef, and objRef::set().

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void element::set ( nodeRef * n ) [inline]

Definition at line 41 of file element.h.

References n, and nodes.

void element::update	(	nodeRef &	oldval,
		nodeRef &	newval
	)

Definition at line 11 of file element.C.

References nodes.

int element::hasNode ( nodeRef n )

Definition at line 20 of file element.C.

References nodes.

Referenced by hasNodes().

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int element::hasNode ( node n )

Definition at line 25 of file element.C.

References C, objRef::idx, nodes, and chunk::theNodes.

int element::hasNodes	(	nodeRef	n1,
		nodeRef	n2,
		nodeRef	n3
	)

Definition at line 33 of file element.C.

References hasNode().

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int element::hasNodes ( double nodeCoords[3][3] )

Definition at line 38 of file element.C.

References hasNode(), and node::set().

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elemRef element::getFace ( int face[3] ) [inline]

Definition at line 47 of file element.h.

References faceElements.

Referenced by flip23(), flip23remote(), flip32(), flip32remote(), LEsplit(), lockArc(), refineLE(), remove32element(), unlockArc1(), and unlockArc2().

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elemRef element::getFace	(	int	a,
		int	b,
		int	c
	)			`[inline]`

Definition at line 50 of file element.h.

References faceElements.

void element::setFace	(	int	a,
		int	b,
		int	c,
		elemRef	er
	)			`[inline]`

Definition at line 51 of file element.h.

References faceElements.

Referenced by flip23(), flip23remote(), flip32(), and flip32remote().

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void element::setFace	(	int	idx,
		elemRef	er
	)			`[inline]`

Definition at line 52 of file element.h.

References faceElements.

int element::hasFace ( elemRef face )

Definition at line 512 of file element.C.

References faceElements.

int element::checkFace	(	node	n1,
		node	n2,
		node	n3,
		elemRef	nbr
	)

Definition at line 66 of file element.C.

References PUP::a, PUP::b, c, objRef::cid, PUP::d, faceElements, getArea(), getNode(), getVolume(), objRef::idx, mesh, and myRef.

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void element::updateFace	(	int	cid,
		int	idx
	)			`[inline]`

Definition at line 55 of file element.h.

References objRef::cid, faceElements, and objRef::idx.

void element::updateFace	(	elemRef	oldElem,
		elemRef	newElem
	)			`[inline]`

Definition at line 58 of file element.h.

References faceElements.

nodeRef& element::getNode ( int nodeIdx ) [inline]

Definition at line 65 of file element.h.

References nodes.

Referenced by checkFace(), lockLF(), and splitLF().

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int element::getNodeIdx ( nodeRef n )

Definition at line 54 of file element.C.

References nodes.

int element::getNode ( node n )

Definition at line 47 of file element.C.

References C, objRef::idx, nodes, and chunk::theNodes.

elemRef& element::getMyRef ( ) [inline]

Definition at line 68 of file element.h.

References myRef.

void element::clear ( ) [inline]

Definition at line 69 of file element.h.

References present.

int element::isPresent ( ) [inline]

Definition at line 70 of file element.h.

References present.

double element::getVolume ( void )

Definition at line 91 of file element.C.

References calculateVolume(), and currentVolume.

Referenced by checkFace(), and lockArc().

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void element::calculateVolume ( )

Definition at line 98 of file element.C.

References C, currentVolume, Matrix::determinant(), objRef::idx, nodes, Matrix::setElement(), and chunk::theNodes.

Referenced by getVolume(), LEsplit(), refineCP(), refineLE(), refineLF(), and splitLF().

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double element::getArea	(	int	n1,
		int	n2,
		int	n3
	)

Definition at line 113 of file element.C.

References C, node::distance(), objRef::idx, len, n, nodes, PUP::s, and chunk::theNodes.

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void element::resetTargetVolume ( double volume ) [inline]

Definition at line 74 of file element.h.

References targetVolume.

void element::setTargetVolume ( double volume )

Definition at line 7 of file element.C.

References targetVolume.

double element::getTargetVolume ( ) [inline]

Definition at line 76 of file element.h.

References targetVolume.

double element::getCachedVolume ( ) [inline]

Definition at line 77 of file element.h.

References currentVolume.

double element::findLongestEdge	(	int *	le1,
		int *	le2,
		int *	nl1,
		int *	nl2
	)

Definition at line 133 of file element.C.

References C, objRef::idx, length, nodes, and chunk::theNodes.

void element::flip23 ( int face[3] )

Definition at line 159 of file element.C.

References flip23request::a, PUP::a, flip23response::abe, flip23request::acd, flip23response::acde, chunk::addElement(), chunk::addFace(), chunk::addNode(), flip23request::b, PUP::b, flip23request::bcd, flip23request::c, C, c, objRef::cid, flip23request::d, PUP::d, flip23response::e, faceElements, chunk::findNode(), getFace(), idx, objRef::idx, mesh, myRef, nodes, chunk::removeFace(), flip23request::requestee, flip23request::requester, setFace(), chunk::theElements, and chunk::theNodes.

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flip23response * element::flip23remote ( flip23request * fr )

Definition at line 248 of file element.C.

References flip23request::a, PUP::a, flip23response::abe, flip23request::acd, flip23response::acde, chunk::addElement(), chunk::addFace(), chunk::addNode(), flip23request::b, PUP::b, flip23request::bcd, flip23request::c, C, c, objRef::cid, CkFreeMsg(), flip23request::d, flip23response::e, chunk::findNode(), getFace(), idx, objRef::idx, mesh, myRef, nodes, chunk::removeFace(), flip23request::requester, setFace(), chunk::theElements, and chunk::theNodes.

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void element::flip32 ( int edge[2] )

Definition at line 310 of file element.C.

References flip32request::a, PUP::a, flip32request::abe, flip32response::acd, chunk::addFace(), chunk::addNode(), flip32request::b, PUP::b, flip32response::bcd, flip32request::bcde, flip32response::bce, flip32request::bce, flip32response::c, C, objRef::cid, flip32request::d, PUP::d, flip32request::e, chunk::findNode(), getFace(), idx, objRef::idx, mesh, myRef, nodes, chunk::removeFace(), flip32request::requestee, flip32request::requester, setFace(), chunk::theElements, and chunk::theNodes.

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flip32response * element::flip32remote ( flip32request * fr )

Definition at line 391 of file element.C.

References flip32request::a, PUP::a, flip32request::abe, flip32response::acd, chunk::addFace(), chunk::addNode(), flip32request::b, PUP::b, flip32request::bcde, flip32request::bce, flip32response::c, C, c, objRef::cid, CkFreeMsg(), flip32request::d, PUP::d, flip32request::e, chunk::findNode(), getFace(), idx, objRef::idx, mesh, myRef, nodes, chunk::removeFace(), flip32request::requester, setFace(), and chunk::theNodes.

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flip32response * element::remove32element ( flip32request * fr )

Definition at line 445 of file element.C.

References flip32request::b, PUP::b, flip32response::bcd, flip32response::bce, flip32response::c, C, c, CkFreeMsg(), flip32request::d, PUP::d, flip32request::e, getFace(), idx, objRef::idx, nodes, present, chunk::removeFace(), and chunk::theNodes.

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int element::test23 ( int face[3] )

Definition at line 488 of file element.C.

int element::test32 ( int edge[2] )

Definition at line 495 of file element.C.

int element::connectTest ( )

Definition at line 500 of file element.C.

References intMsg::anInt, objRef::cid, faceElements, idx, mesh, and myRef.

void element::refineLF ( )

Definition at line 519 of file element.C.

References PUP::a, chunk::addElement(), chunk::addFace(), chunk::addNode(), splitResponse::ance, intMsg::anInt, PUP::b, splitResponse::bnce, C, c, calculateVolume(), objRef::cid, CkFreeMsg(), CthYield(), currentVolume, PUP::d, faceElements, findLongestEdge(), getArea(), node::getCoord(), idx, objRef::idx, length, chunk::lockLocalChunk(), mesh, myRef, n1, n2, splitResponse::newNode, newNode, nodes, node::notFixed(), node::notSurface(), node::set(), node::setSurface(), splitResponse::success, targetVolume, chunk::theElements, chunk::theNodes, chunk::unlockLocalChunk(), and chunk::updateFace().

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int element::lockLF	(	node	n1,
		node	n2,
		node	n3,
		node	n4,
		elemRef	requester,
		double	prio
	)

Definition at line 769 of file element.C.

References PUP::a, intMsg::anInt, PUP::b, C, c, objRef::cid, CkFreeMsg(), CthYield(), PUP::d, faceElements, getNode(), chunk::lockLocalChunk(), mesh, and chunk::unlockLocalChunk().

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splitResponse * element::splitLF	(	node	in1,
		node	in2,
		node	in3,
		node	in4,
		elemRef	requester
	)

Definition at line 835 of file element.C.

References PUP::a, chunk::addElement(), chunk::addNode(), splitResponse::ance, PUP::b, splitResponse::bnce, C, c, calculateVolume(), objRef::cid, PUP::d, faceElements, node::getCoord(), getNode(), objRef::idx, mesh, myRef, splitResponse::newNode, nodes, node::notFixed(), node::notSurface(), node::set(), splitResponse::success, targetVolume, chunk::theElements, and chunk::theNodes.

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void element::refineLE ( )

Definition at line 912 of file element.C.

References LEsplitMsg::a, lockArcMsg::a, PUP::a, chunk::addElement(), chunk::addNode(), intMsg::anInt, LEsplitMsg::b, lockArcMsg::b, PUP::b, C, c, calculateVolume(), objRef::cid, CkFreeMsg(), CthYield(), PUP::d, lockArcMsg::destRef, chunk::edgeOnSurface(), faceElements, findLongestEdge(), node::fix(), getFace(), LEsplitMsg::idx, idx, objRef::idx, lockArcMsg::idx, length, chunk::lockLocalChunk(), mesh, myRef, LEsplitMsg::newElem, LEsplitResult::newElem1, LEsplitResult::newElem2, LEsplitMsg::newNode, newNode, LEsplitMsg::newNodeRef, LEsplitMsg::newRootElem, nodes, node::notFixed(), node::notSurface(), LEsplitMsg::parent, lockArcMsg::parentRef, lockArcMsg::prio, lockArcMsg::prioRef, lockResult::result, LEsplitMsg::root, node::setSurface(), LEsplitResult::status, LEsplitMsg::targetElem, LEsplitMsg::targetVol, targetVolume, chunk::theElements, chunk::theNodes, and chunk::unlockLocalChunk().

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LEsplitResult * element::LEsplit	(	elemRef	root,
		elemRef	parent,
		nodeRef	newNodeRef,
		node	newNode,
		elemRef	newRootElem,
		elemRef	newElem,
		elemRef	targetElem,
		double	targetVol,
		node	aIn,
		node	bIn
	)

Definition at line 1173 of file element.C.

References LEsplitMsg::a, PUP::a, chunk::addElement(), chunk::addNode(), LEsplitMsg::b, PUP::b, C, c, calculateVolume(), objRef::cid, PUP::d, faceElements, getFace(), LEsplitMsg::idx, idx, objRef::idx, mesh, myRef, LEsplitMsg::newElem, LEsplitResult::newElem1, LEsplitResult::newElem2, LEsplitMsg::newNode, LEsplitMsg::newNodeRef, LEsplitMsg::newRootElem, nodes, LEsplitMsg::parent, LEsplitMsg::root, LEsplitResult::status, LEsplitMsg::targetElem, LEsplitMsg::targetVol, targetVolume, chunk::theElements, and chunk::theNodes.

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lockResult * element::lockArc	(	elemRef	prioRef,
		elemRef	parentRef,
		double	prio,
		elemRef	destRef,
		node	aNode,
		node	bNode
	)

Definition at line 1283 of file element.C.

References lockArcMsg::a, PUP::a, intMsg::anInt, lockArcMsg::b, PUP::b, C, c, objRef::cid, CthYield(), PUP::d, lockArcMsg::destRef, findLongestEdge(), getFace(), getVolume(), lockArcMsg::idx, objRef::idx, length, mesh, myRef, nodes, lockArcMsg::parentRef, lockArcMsg::prio, lockArcMsg::prioRef, lockResult::result, chunk::theNodes, and chunk::unlockLocalChunk().

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void element::unlockArc1	(	int	prio,
		elemRef	parentRef,
		elemRef	destRef,
		node	aNode,
		node	bNode
	)

Definition at line 1398 of file element.C.

References PUP::a, PUP::b, C, c, objRef::cid, PUP::d, getFace(), objRef::idx, mesh, myRef, nodes, chunk::theNodes, and chunk::unlockLocalChunk().

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void element::unlockArc2	(	int	prio,
		elemRef	parentRef,
		elemRef	destRef,
		node	aNode,
		node	bNode
	)

Definition at line 1441 of file element.C.

References PUP::a, PUP::b, C, c, objRef::cid, PUP::d, getFace(), objRef::idx, mesh, myRef, nodes, chunk::theElements, chunk::theNodes, and chunk::unlockLocalChunk().

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void element::refineCP ( )

Definition at line 1485 of file element.C.

References PUP::a, chunk::addElement(), chunk::addNode(), intMsg::anInt, PUP::b, C, c, calculateVolume(), objRef::cid, CkFreeMsg(), CthYield(), currentVolume, PUP::d, faceElements, findLongestEdge(), node::getCoord(), objRef::idx, length, chunk::lockLocalChunk(), mesh, myRef, n1, n2, newNode, nodes, node::notFixed(), node::notSurface(), node::set(), targetVolume, chunk::theElements, chunk::theNodes, and chunk::unlockLocalChunk().

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void element::coarsen ( )

Definition at line 1630 of file element.C.

void element::improveElement ( )

Definition at line 1635 of file element.C.

References C, objRef::idx, improveInternalNode(), improveSurfaceNode(), nodes, and chunk::theNodes.

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void element::improveInternalNode ( int n )

Definition at line 1645 of file element.C.

References C, node::distance(), node::getCoord(), objRef::idx, mesh, n1, n2, nodeVoteMsg::newCoord, nodes, nodeVoteMsg::oldCoord, r, node::set(), and chunk::theNodes.

Referenced by improveElement().

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void element::improveSurfaceNode ( int n )

Definition at line 1686 of file element.C.

References C, chunk::faceOnSurface(), objRef::idx, improveSurfaceNodeHelp(), and nodes.

Referenced by improveElement().

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void element::improveSurfaceNodeHelp	(	int	n,
		int	ot1,
		int	ot2
	)

Definition at line 1697 of file element.C.

References C, node::distance(), node::getCoord(), objRef::idx, mesh, n1, n2, nodeVoteMsg::newCoord, nodes, nodeVoteMsg::oldCoord, r, node::set(), and chunk::theNodes.

Referenced by improveSurfaceNode().

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int element::LEtest ( )

Definition at line 1728 of file element.C.

References C, objRef::idx, PUP::l, nodes, and chunk::theNodes.

int element::LFtest ( )

Definition at line 1744 of file element.C.

References getArea().

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int element::CPtest ( )

Definition at line 1756 of file element.C.

References C, objRef::idx, PUP::l, nodes, and chunk::theNodes.

void element::sanityCheck	(	chunk *	C,
		elemRef	ref
	)

Definition at line 1298 of file tri.C.

References edges, myRef, and objRef::sanityCheck().

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void element::init ( void )

Definition at line 193 of file tri.C.

References currentArea, depend, pendingRequest, requestResponse, specialRequest, targetArea, and unsetDependent().

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void element::init	(	int *	n,
		edgeRef *	e,
		int	index,
		chunk *	chk
	)

Definition at line 213 of file tri.C.

References C, chunk::cid, currentArea, depend, edges, objRef::init(), myRef, nodes, pendingRequest, requestResponse, specialRequest, targetArea, and unsetDependent().

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void element::init	(	int *	n,
		int	index,
		chunk *	chk
	)

Definition at line 200 of file tri.C.

References C, chunk::cid, currentArea, depend, edges, objRef::init(), myRef, nodes, pendingRequest, requestResponse, specialRequest, targetArea, and unsetDependent().

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void element::updateEdge	(	int	idx,
		edgeRef	e
	)			`[inline]`

Definition at line 255 of file tri.h.

References edges.

void element::updateEdges	(	edgeRef	e0,
		edgeRef	e1,
		edgeRef	e2
	)

Definition at line 826 of file tri.C.

References edges.

node element::getNode ( int i ) const

const edgeRef& element::getEdge ( int i ) const [inline]

Definition at line 260 of file tri.h.

References edges.

int element::getOpNode ( int e ) [inline]

Definition at line 262 of file tri.h.

int element::getOtherNode ( int e ) [inline]

Definition at line 264 of file tri.h.

elemRef element::getNeighbor ( int e ) const

Definition at line 275 of file tri.C.

References refMsg::aRef, C, objRef::cid, CkFreeMsg(), edges, idx, objRef::idx, mesh, myRef, and chunk::theEdges.

Referenced by checkNeighbor(), refineNeighbor(), and splitNeighbors().

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double element::getArea ( )

Definition at line 226 of file tri.C.

References calculateArea(), and currentArea.

Referenced by checkFace(), LFtest(), refine(), and refineLF().

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void element::calculateArea ( )

Definition at line 232 of file tri.C.

References C, currentArea, node::distance(), len, n, nodes, PUP::s, and chunk::theNodes.

Referenced by getArea(), split(), splitBorderLocal(), splitHelp(), splitNeighborsLocal(), and splitResponse().

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void element::setTargetArea ( double area ) [inline]

Definition at line 273 of file tri.h.

References targetArea.

double element::getTargetArea ( ) [inline]

Definition at line 277 of file tri.h.

References targetArea.

double element::getCachedArea ( ) [inline]

Definition at line 278 of file tri.h.

References currentArea.

void element::setDependency ( ) [inline]

Definition at line 281 of file tri.h.

References depend.

void element::unsetDependency ( ) [inline]

Definition at line 282 of file tri.h.

References depend.

int element::hasDependency ( ) [inline]

Definition at line 283 of file tri.h.

References depend.

void element::setDependent ( elemRef e ) [inline]

Definition at line 286 of file tri.h.

References dependent.

void element::setDependent	(	int	cId,
		int	i
	)			`[inline]`

Definition at line 287 of file tri.h.

References objRef::cid, dependent, and objRef::idx.

void element::unsetDependent ( ) [inline]

Definition at line 288 of file tri.h.

References objRef::cid, dependent, and objRef::idx.

Referenced by init(), and tellDepend().

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int element::hasDependent ( ) [inline]

Definition at line 289 of file tri.h.

References objRef::cid, dependent, and objRef::idx.

Referenced by tellDepend().

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void element::tellDepend ( ) [inline]

Definition at line 290 of file tri.h.

References C, dependent, hasDependent(), elemRef::unsetDependency(), and unsetDependent().

Referenced by splitBorderLocal(), splitHelp(), splitNeighborsLocal(), and splitResponse().

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void element::setSpecialRequest ( elemRef r ) [inline]

Definition at line 313 of file tri.h.

References specialRequest, and specialRequester.

int element::isSpecialRequest ( ) [inline]

Definition at line 314 of file tri.h.

References specialRequest.

int element::isPendingRequest ( ) [inline]

Definition at line 315 of file tri.h.

References pendingRequest.

int element::isRequestResponse ( ) [inline]

Definition at line 316 of file tri.h.

References requestResponse.

void element::setRequestResponse	(	node	n,
		node	o,
		edgeRef	e
	)			`[inline]`

Definition at line 317 of file tri.h.

References newLongEdgeRef, newNode, otherNode, and requestResponse.

void element::refine ( )

Definition at line 309 of file tri.C.

References C, checkNeighbor(), objRef::cid, edges, findLongestEdge(), getArea(), objRef::idx, myRef, pendingRequest, refineNeighbor(), requestResponse, specialRequest, specialRequester, splitBorder(), splitHelp(), splitNeighbors(), splitResponse(), and targetArea.

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void element::refineNeighbor ( int longEdge )

Definition at line 804 of file tri.C.

References C, objRef::cid, depend, elemRef::getArea(), getNeighbor(), elemRef::hasDependent(), objRef::idx, mesh, myRef, elemRef::setDependent(), and chunk::theElements.

Referenced by refine().

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void element::splitBorder ( int longEdge )

Definition at line 352 of file tri.C.

References C, edges, lock, splitBorderLocal(), and edgeRef::unlock().

Referenced by refine().

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void element::splitNeighbors ( int longEdge )

Definition at line 462 of file tri.C.

References C, objRef::cid, edges, getNeighbor(), objRef::idx, lock, mesh, myRef, nodes, pendingRequest, splitNeighborsLocal(), chunk::theElements, and edgeRef::unlock().

Referenced by refine().

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void element::splitBorderLocal	(	int	longEdge,
		int	opnode,
		int	othernode,
		int	modEdge
	)

Definition at line 387 of file tri.C.

References chunk::addEdge(), chunk::addElement(), chunk::addNode(), C, calculateArea(), edges, objRef::idx, PUP::m, myRef, nodes, nullRef, refineClient::split(), targetArea, tellDepend(), chunk::theClient, chunk::theEdges, chunk::theElements, chunk::theNodes, and edgeRef::updateElement().

Referenced by splitBorder().

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void element::splitNeighborsLocal	(	int	longEdge,
		int	opnode,
		int	othernode,
		int	modEdge,
		int	nbrLongEdge,
		int	nbrOpnode,
		int	nbrOthernode,
		int	nbrModEdge,
		const elemRef &	nbr
	)

Definition at line 516 of file tri.C.

References chunk::addEdge(), chunk::addElement(), chunk::addNode(), C, calculateArea(), edges, objRef::idx, PUP::m, myRef, nodes, nullRef, refineClient::split(), targetArea, tellDepend(), chunk::theClient, chunk::theEdges, chunk::theElements, chunk::theNodes, and edgeRef::updateElement().

Referenced by splitNeighbors().

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void element::splitHelp ( int longEdge )

Definition at line 629 of file tri.C.

References chunk::addEdge(), chunk::addElement(), chunk::addNode(), C, calculateArea(), edges, objRef::idx, lock, myRef, newLongEdgeRef, newNode, nodes, nullRef, otherNode, pendingRequest, requestResponse, specialRequest, refineClient::split(), targetArea, tellDepend(), chunk::theClient, chunk::theEdges, chunk::theElements, chunk::theNodes, edgeRef::unlock(), and edgeRef::updateElement().

Referenced by refine().

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void element::splitResponse ( int longEdge )

Definition at line 713 of file tri.C.

References chunk::addEdge(), chunk::addElement(), chunk::addNode(), C, calculateArea(), objRef::cid, edges, objRef::idx, edgeRef::lock(), lock, PUP::m, mesh, myRef, nodes, nullRef, pendingRequest, requestResponse, specialRequest, specialRequester, refineClient::split(), targetArea, tellDepend(), chunk::theClient, chunk::theEdges, chunk::theElements, chunk::theNodes, edgeRef::unlock(), edgeRef::updateElement(), node::X(), and node::Y().

Referenced by refine().

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int element::findLongestEdge ( )

Definition at line 254 of file tri.C.

References C, node::distance(), len, n, nodes, and chunk::theNodes.

Referenced by checkIfLongEdge(), isLongestEdge(), lockArc(), refine(), refineCP(), refineLE(), and refineLF().

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int element::checkNeighbor ( int longEdge )

Definition at line 289 of file tri.C.

References C, elemRef::checkIfLongEdge(), edges, getNeighbor(), and objRef::idx.

Referenced by refine().

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int element::checkIfLongEdge ( edgeRef e )

Definition at line 303 of file tri.C.

References edges, and findLongestEdge().

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element& element::operator= ( const element & e ) [inline]

Assignment.

Definition at line 67 of file element.h.

References C, currentArea, edges, myRef, nodes, nonCoarsenCount, present, and targetArea.

void element::set ( ) [inline]

Basic set operation.

Definition at line 79 of file element.h.

References currentArea, nonCoarsenCount, present, and targetArea.

void element::set	(	int	c,
		int	i,
		chunk *	ck
	)			`[inline]`

Definition at line 84 of file element.h.

References C, c, myRef, nonCoarsenCount, present, and objRef::set().

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void element::set ( int * n ) [inline]

Definition at line 87 of file element.h.

References n, nodes, nonCoarsenCount, and present.

void element::set	(	int *	n,
		edgeRef *	e
	)			`[inline]`

Definition at line 92 of file element.h.

References edges, n, nodes, nonCoarsenCount, and present.

void element::set	(	int	n1,
		int	n2,
		int	n3
	)			`[inline]`

Definition at line 100 of file element.h.

References n1, n2, nodes, nonCoarsenCount, and present.

void element::set	(	int	n1,
		int	n2,
		int	n3,
		edgeRef	e1,
		edgeRef	e2,
		edgeRef	e3
	)			`[inline]`

Definition at line 105 of file element.h.

References e1, edges, n1, n2, nodes, nonCoarsenCount, and present.

void element::set	(	edgeRef &	e1,
		edgeRef &	e2,
		edgeRef &	e3
	)			`[inline]`

Definition at line 111 of file element.h.

References e1, edges, nonCoarsenCount, and present.

void element::set	(	int	idx,
		edgeRef	e
	)			`[inline]`

Definition at line 116 of file element.h.

References edges, idx, and nonCoarsenCount.

void element::update	(	edgeRef &	oldval,
		edgeRef &	newval
	)			`[inline]`

Update an old edgeRef with a new one.

Definition at line 119 of file element.h.

References edges.

void element::update	(	int	oldNode,
		int	newNode
	)			`[inline]`

Update an old node with a new one.

Definition at line 126 of file element.h.

References nodes.

int element::getNode ( int nodeIdx ) [inline]

Given index of a node on this element, return node's index in node array.

Definition at line 134 of file element.h.

References nodes.

edgeRef element::getEdge ( int edgeIdx ) [inline]

Given index of an edge on this element, return the edgeRef for the edge.

Definition at line 136 of file element.h.

References edges.

int element::getEdgeIdx ( edgeRef e ) [inline]

Given an edgeRef, find its index on this element.

Definition at line 138 of file element.h.

References edges.

Referenced by lockOpNode(), and unlockOpNode().

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int element::getNodeIdx ( int n ) [inline]

Given a node array index, find its index on this element.

Definition at line 145 of file element.h.

References nodes.

elemRef element::getElement ( int edgeIdx ) [inline]

Given an edge index on this element, get the neighboring elemRef.

Definition at line 152 of file element.h.

References edges, edgeRef::getNbr(), and myRef.

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int element::lockOpNode	(	edgeRef	e,
		double	l
	)

Given an edgeRef, lock the node opposite to the edge.

Definition at line 8 of file element.C.

References C, getEdgeIdx(), nodes, and chunk::theNodes.

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void element::unlockOpNode ( edgeRef e )

Given an edgeRef, unlock the node opposite to the edge.

Definition at line 15 of file element.C.

References C, getEdgeIdx(), nodes, and chunk::theNodes.

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void element::clear ( ) [inline]

Definition at line 158 of file element.h.

References present.

int element::isPresent ( ) [inline]

Definition at line 159 of file element.h.

References present.

double element::getArea ( ) [inline]

Definition at line 164 of file element.h.

References calculateArea(), and currentArea.

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void element::calculateArea ( )

void element::minimizeTargetArea ( double area ) [inline]

Definition at line 166 of file element.h.

References targetArea.

void element::resetTargetArea ( double area ) [inline]

Definition at line 170 of file element.h.

References targetArea.

void element::setTargetArea ( double area ) [inline]

Definition at line 171 of file element.h.

References targetArea.

double element::getTargetArea ( ) [inline]

Definition at line 173 of file element.h.

References targetArea.

double element::getCachedArea ( ) [inline]

Definition at line 174 of file element.h.

References currentArea.

void element::refine ( )

void element::split ( int longEdge )

Definition at line 49 of file element.C.

References chunk::addEdge(), chunk::addElement(), PUP::b, C, calculateArea(), edgeRef::checkPending(), objRef::cid, edges, edge::existsOn(), flag, edgeRef::getBoundary(), IDXL_Side::getRec(), objRef::idx, PUP::m, chunk::meshPtr, myRef, FEM_Mesh::node, nodes, nullRef, edgeRef::resetEdge(), FEM_Node::shared, refineClient::split(), targetArea, chunk::theClient, chunk::theEdges, chunk::theElements, chunk::theNodes, and edgeRef::update().

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void element::coarsen ( )

void element::collapse ( int shortEdge )

Definition at line 268 of file element.C.

References C, edgeRef::collapse(), edges, findNewNodeDetails(), edgeRef::getNbr(), objRef::idx, myRef, newNode, nodes, nonCoarsenCount, present, chunk::removeElement(), safeToCoarsen(), chunk::theNodes, and translateNodeIDs().

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int element::findNewNodeDetails	(	node *	newNode,
		double *	frac,
		int	kBc,
		int	dBc,
		int	kFx,
		int	dFx,
		int *	kNd,
		int *	dNd,
		short *	nonCC,
		int *	kEg,
		int *	dEg,
		elemRef *	kNbr,
		elemRef *	dNbr,
		elemRef *	nbr
	)