hHybridMesh Class Reference
[Hybrid Mesh Module]

#include <hHybridMesh.h>

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List of all members.

Public Types
typedef StaticPool< Elem, ElemPrism::nVerts >	ElemPool
typedef StaticPool< Face, Face4::nVerts >	FacePool
typedef StaticPool< Edge, Edge::nVerts >	EdgePool
typedef StaticPool< Vertex, Vertex::nVerts >	VertexPool
typedef ElemPool::Iterator < ElemPool::notBroken >	Iterator
typedef ElemPool::constIterator < ElemPool::notBroken >	constIterator
typedef ElemPool::Iterator	allIterator
typedef ElemPool::constIterator	allConstIterator
Public Member Functions
	hHybridMesh (MeshWrite::IMeshWriter *defaultWriter=NULL, MeshRead::IMeshReader *defaultReader=NULL)
	~hHybridMesh ()
bool	read (MeshRead::IMeshReader &reader)
bool	read (MeshRead::IMeshReader *readers[], const int noReaders)
bool	write (MeshWrite::IMeshWriter &writer) const
bool	free ()
virtual bool	normalizationProcessor ()
bool	printSetup ()
bool	checkUniqueness () const
bool	checkGeometry () const
bool	checkTypes () const
bool	checkAll () const
bool	createBoundaryLayer (const double thicknessProc=0.1, const int nLayers=1, const bool quadraticDistribution=false, const double *vecIgnoreNormal=NULL)
bool	initRefine ()
bool	refine ()
bool	refineElem (hObj &el)
bool	refineElem (const int elemID)
bool	rRefine (const int BC_id, void(*reallocation_func)(double *x, double *y, double *z))
bool	derefine ()
bool	derefineElem (hObj &elx)
bool	derefineElem (const int elemID)
bool	finalRef ()
	Assume that: no more than one-level_adaptation is done in one REFINEMENT.
bool	isRefining () const
Edge &	edge (const uTind v0, const uTind v1)
hObj &	face (const uTind v0, const uTind v1, const uTind v2, const uTind v3=UNKNOWN)
const hObj &	face (const uTind v0, const uTind v1, const uTind v2, const uTind v3=UNKNOWN) const
hObj &	element (const uTind v0, const uTind v1, const uTind v2, const uTind v3, const uTind v4=UNKNOWN, const uTind v5=UNKNOWN)
Edge &	edge (const uTind *v)
hObj &	face (const uTind v[4])
const hObj &	face (const uTind v[4]) const
ID	faceVertex (const hObj &face, const Tind vertNo) const
ID	elemVertex (const hObj &elem, const Tind vertNo) const
ID	elemNeigh (const hObj &elem, const Tind neighNo) const
int	whichNeighAmI (const hObj &elem, const hObj &otherElem) const
int	whichFaceAmI (const hObj &face, const hObj &elem) const
int	whichNodeAmI (const hObj &node, const hObj &elem) const
eElemFlag	normalizeElem (hObj &elem)
eFaceFlag	normalizeFace (hObj &face, hObj &elem)
double	elemHSize (const hObj &elem)
void	faceNormal (IN const hObj &face, OUT double vecNorm[3], OUT double *area) const
eFaceFlag	faceDirection (const hObj &face, const hObj &elem) const
Iterator	begin ()
constIterator	begin () const
size_t	totalSize () const
bool	test () const
void	findEdgeElems ()
void	computeDist2Bound (const int BCs[], const int nBCs)
void	print () const
Public Attributes
const int	meshId_
VertexPool	vertices_
EdgePool	edges_
FacePool	faces_
ElemPool	elements_
std::string	name_
int	gen_
int	maxGen_
int	maxGenDiff_
int	maxEdgesPerVertex_
int	maxFacesPerVertex_
MeshWrite::IMeshWriter *	defaultWriter_
MeshRead::IMeshReader *	defaultReader_
std::vector< std::vector< uTind > >	edge_elems
bool	wasNormalized_
Protected Member Functions
	hHybridMesh (const hHybridMesh &other)
hHybridMesh &	operator= (const hHybridMesh &other)
bool	actualRefine ()
bool	actualDerefine ()
bool	actualDelete ()
Protected Attributes
bool	isRefining_
Friends
std::ofstream &	operator<< (std::ofstream &stream, const hHybridMesh &mesh)

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Member Typedef Documentation

typedef ElemPool::constIterator hHybridMesh::allConstIterator

typedef ElemPool::Iterator hHybridMesh::allIterator

typedef ElemPool::constIterator<ElemPool::notBroken> hHybridMesh::constIterator

typedef StaticPool<Edge, Edge::nVerts> hHybridMesh::EdgePool

typedef StaticPool<Elem, ElemPrism::nVerts> hHybridMesh::ElemPool

typedef StaticPool<Face, Face4::nVerts> hHybridMesh::FacePool

typedef ElemPool::Iterator<ElemPool::notBroken> hHybridMesh::Iterator

typedef StaticPool<Vertex, Vertex::nVerts> hHybridMesh::VertexPool

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Constructor & Destructor Documentation

hHybridMesh::hHybridMesh	(	MeshWrite::IMeshWriter *	defaultWriter = NULL,
		MeshRead::IMeshReader *	defaultReader = NULL
	)

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hHybridMesh::~hHybridMesh

(

)

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hHybridMesh::hHybridMesh

(

const hHybridMesh &

other

)

[protected]

---

Member Function Documentation

bool hHybridMesh::actualDelete

(

)

[protected]

bool hHybridMesh::actualDerefine

(

)

[protected]

bool hHybridMesh::actualRefine

(

)

[protected]

constIterator hHybridMesh::begin

(

)

const [inline]

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Iterator hHybridMesh::begin

(

)

[inline]

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bool hHybridMesh::checkAll

(

)

const

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bool hHybridMesh::checkGeometry

(

)

const

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bool hHybridMesh::checkTypes

(

)

const

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bool hHybridMesh::checkUniqueness

(

)

const

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void hHybridMesh::computeDist2Bound	(	const int	BCs[],
		const int	nBCs
	)

bool hHybridMesh::createBoundaryLayer	(	const double	thicknessProc = 0.1,
		const int	nLayers = 1,
		const bool	quadraticDistribution = false,
		const double *	vecIgnoreNormal = NULL
	)

FACE LEVEL

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bool hHybridMesh::derefine

(

)

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bool hHybridMesh::derefineElem

(

const int

elemID

)

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bool hHybridMesh::derefineElem

(

hObj &

elx

)

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Edge& hHybridMesh::edge

(

const uTind *

v

)

Edge & hHybridMesh::edge	(	const uTind	v0,
		const uTind	v1
	)

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hObj & hHybridMesh::element	(	const uTind	v0,
		const uTind	v1,
		const uTind	v2,
		const uTind	v3,
		const uTind	v4 = UNKNOWN,
		const uTind	v5 = UNKNOWN
	)

double hHybridMesh::elemHSize

(

const hObj &

elem

)

/* compute hsize as third root of volume (computed as mixed produc/

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ID hHybridMesh::elemNeigh	(	const hObj &	elem,
		const Tind	neighNo
	)			const

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ID hHybridMesh::elemVertex	(	const hObj &	elem,
		const Tind	vertNo
	)			const

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const hObj & hHybridMesh::face

(

const uTind

v[4]

)

const

hObj & hHybridMesh::face

(

const uTind

v[4]

)

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const hObj & hHybridMesh::face	(	const uTind	v0,
		const uTind	v1,
		const uTind	v2,
		const uTind	v3 = UNKNOWN
	)			const

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hObj & hHybridMesh::face	(	const uTind	v0,
		const uTind	v1,
		const uTind	v2,
		const uTind	v3 = UNKNOWN
	)

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eFaceFlag hHybridMesh::faceDirection	(	const hObj &	face,
		const hObj &	elem
	)			const

2. Compute "center vector" from face center to existing neigh center. (pointing inside element)

3. Determine angle between normal vector and center vector. If angle < 90(deg) normal vector IS POINTING INSIDE and must points outside, so we mark appr. flag.

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void hHybridMesh::faceNormal	(	IN const hObj &	face,
		OUT double	vecNorm[3],
		OUT double *	area
	)			const

switch

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ID hHybridMesh::faceVertex	(	const hObj &	face,
		const Tind	vertNo
	)			const

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bool hHybridMesh::finalRef

(

)

Assume that: no more than one-level_adaptation is done in one REFINEMENT.

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void hHybridMesh::findEdgeElems

(

)

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bool hHybridMesh::free

(

)

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bool hHybridMesh::initRefine

(

)

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bool hHybridMesh::isRefining

(

)

const [inline]

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bool hHybridMesh::normalizationProcessor

(

)

[virtual]

Reimplemented in hHybridMeshWithContacts.

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eElemFlag hHybridMesh::normalizeElem

(

hObj &

elem

)

volume testing

volume testing

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eFaceFlag hHybridMesh::normalizeFace	(	hObj &	face,
		hObj &	elem
	)

switch

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hHybridMesh& hHybridMesh::operator=

(

const hHybridMesh &

other

)

[protected]

void hHybridMesh::print

(

)

const

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bool hHybridMesh::printSetup

(

)

Marking element types

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bool hHybridMesh::read	(	MeshRead::IMeshReader *	readers[],
		const int	noReaders
	)

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bool hHybridMesh::read

(

MeshRead::IMeshReader &

reader

)

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bool hHybridMesh::refine

(

)

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bool hHybridMesh::refineElem

(

const int

elemID

)

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bool hHybridMesh::refineElem

(

hObj &

el

)

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bool hHybridMesh::rRefine	(	const int	BC_id,
		void(*)(double *x, double *y, double *z)	reallocation_func
	)

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bool hHybridMesh::test

(

)

const

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size_t hHybridMesh::totalSize

(

)

const [inline]

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int hHybridMesh::whichFaceAmI	(	const hObj &	face,
		const hObj &	elem
	)			const

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int hHybridMesh::whichNeighAmI	(	const hObj &	elem,
		const hObj &	otherElem
	)			const

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int hHybridMesh::whichNodeAmI	(	const hObj &	node,
		const hObj &	elem
	)			const

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bool hHybridMesh::write

(

MeshWrite::IMeshWriter &

writer

)

const

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Friends And Related Function Documentation

std::ofstream& operator<<	(	std::ofstream &	stream,
		const hHybridMesh &	mesh
	)			[friend]

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Member Data Documentation

MeshRead::IMeshReader* hHybridMesh::defaultReader_

MeshWrite::IMeshWriter* hHybridMesh::defaultWriter_

std::vector< std::vector<uTind> > hHybridMesh::edge_elems

EdgePool hHybridMesh::edges_

ElemPool hHybridMesh::elements_

FacePool hHybridMesh::faces_

int hHybridMesh::gen_

bool hHybridMesh::isRefining_ [protected]

int hHybridMesh::maxEdgesPerVertex_

int hHybridMesh::maxFacesPerVertex_

int hHybridMesh::maxGen_

int hHybridMesh::maxGenDiff_

const int hHybridMesh::meshId_

std::string hHybridMesh::name_

VertexPool hHybridMesh::vertices_

bool hHybridMesh::wasNormalized_

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

• mmd_t4_prism/MeshModule/hHybridMesh.h
• mmd_t4_prism/MeshModule/hHybridMesh.cpp