FemViewer::Mesh Class Reference

#include <Mesh.h>

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List of all members.

Public Types
typedef ArrayT< id_t >	arBndElems
typedef std::vector< ElemInfo >	arElems
typedef arBndElems::iterator	BndElemsIter
typedef arBndElems::const_iterator	BndElemsConstIter
typedef arBndElems::reference	BndElemsRef
typedef arBndElems::const_reference	BndElemsConstRef
typedef arElems::iterator	arElemsIter
typedef arElems::const_iterator	arElConstIter
Public Member Functions
	Mesh ()
	Mesh (const std::string &name_)
virtual	~Mesh ()
bool	IsInit () const
const BBox3D &	GetMeshBBox3D () const
template<typename T = double>
int	GetReferenceCoordinates (int nel, int type, int pdeg, int base, std::vector< fvmath::CVec3< T > > &coords, std::vector< short > &indices)
template<typename T >
int	GetReferenceCoordinates (int nel, int type, int pdeg, int base, int side, std::vector< fvmath::CVec3< T > > &coords, std::vector< short > &indices)
template<typename T = double>
int	GetElementCoordinates (int nel, int *Nodes, T *Coords) const
template<typename T = double>
int	GetElemenCoordinatesFromNodes (const int *nodes, T *Coord) const
int	GetElementFaces (int nel, int *Faces, int *Orient)
int	GetNextActiveElement (int nel)
int	GetMaxNodeId (void) const
int	Init (const char *name)
int	Create (const int type=eSelectionCategory::All)
int	Reload ()
int	Update ()
void	Reset ()
BBox3D	GetElemBBox3D (const int nodes[]) const
unsigned	GetNumVerticesSelected (int div)
unsigned	GetNumIndicesSelected (int div)
bool	Render (unsigned int options, Object *hObj, CutPlane *plane=NULL, arBndElems *vbnds=NULL)
size_type	GetNumNodes () const
size_type	GetNumEdges () const
size_type	GetNumFaces () const
size_type	GetNumElems () const
arElems &	GetElems ()
const arElems &	GetElems () const
size_type	GetNumActiveNodes () const
BBox3D	ExtractMeshBBoxFromNodes (bool do_parallel=false)
int	Select (std::vector< CutPlane > &vec_pcpls)
int	Select (const bool boundaryOnly=false)
unsigned int	RenderWireframe (std::vector< BaseVertex > &out_vertices, std::vector< unsigned > &out_edge_indices) const
unsigned int	RenderWireframeCuts (const std::vector< CutPlane > &cut_planes, std::vector< Vertex > &outline_vertices, std::vector< Origin > &out_origins, std::vector< unsigned > &out_edge_indices, std::vector< int > &out_counts) const
bool	RenderWireframeCutted (Object *nObj, CutPlane *plane) const
int	GetBoundaryVertices (std::vector< BaseVertex > &nodes)
size_t	GetElementOrigins (std::vector< Origin > &origins)
int	GetOriginsOfBoundaryFaces (std::vector< BaseVertex > &origins, std::vector< BaseVertex > &nodes)
size_t	GetVerticesOfCuts (const std::vector< CutPlane > &cut_planes, std::vector< BaseVertex > &vertices)
template<typename T >
int	GetNodeCoor (int node, T *coords) const
int	GetEdgeNodes (int edge, int *Edge) const
int	GetFaceoriginf (int ned, int nodes[], float Coords[]) const
int	GetElementCoordsf (int nel, int nodes[], float Coords[]) const
int	GetElementOriginf (int nel, int nodes[], float Coords[]) const
int	GetElementCoordsd (int nel, int nodes[], double Coords[]) const
void	GetFaceNeigInfo (int Fa, int Fa_neig[]) const
int	GetElementFaces (int El, int Faces[], int Orient[]) const
int	GetNodeStatus (int node) const
int	GetEdgeStatus (int edge) const
int	GetElemStatus (int nel) const
template<typename T >
int	GetNextActiveElement (T nel=T(0)) const
size_t	PackElementCoord (std::vector< fvmath::Vec4< CoordType > > &ElemPrismCoords, bool onlyboundary=false)
void	PackElementPlanes (std::vector< fvmath::Vec4< CoordType > > &ElemPlanes, bool onlyboundary=false)
template<>
int	GetNodeCoor (int node, float *coords) const
template<>
int	GetElementCoordinates (int nel, int *Nodes, float *Coords) const
Static Public Member Functions
static uint32_t	SetFaces (Mesh &rmesh)
static void	FillArrayWithElemCoords (const Mesh *pMesh, CoordType ElemCoords[])
static uint32_t	FillArrayWithIndicesOfElemNodes (const Mesh *pMesh, int Indices[])
static void	ConvertNodes (const Mesh *pMesh, float NodeCoords[])
Static Public Attributes
static const int	tetra [4][3] = { {0,2,1},{0,1,3},{0,3,2},{1,2,3} }
static const int	prizm [5][4] = { {0,2,1,-1},{3,4,5,-1},{0,1,4,3},{1,2,5,4},{2,0,3,5} }
Friends
class	ModelControler

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Member Typedef Documentation

typedef ArrayT<id_t> FemViewer::Mesh::arBndElems

typedef arElems::const_iterator FemViewer::Mesh::arElConstIter

typedef std::vector<ElemInfo> FemViewer::Mesh::arElems

typedef arElems::iterator FemViewer::Mesh::arElemsIter

typedef arBndElems::const_iterator FemViewer::Mesh::BndElemsConstIter

typedef arBndElems::const_reference FemViewer::Mesh::BndElemsConstRef

typedef arBndElems::iterator FemViewer::Mesh::BndElemsIter

typedef arBndElems::reference FemViewer::Mesh::BndElemsRef

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Constructor & Destructor Documentation

FemViewer::Mesh::Mesh

(

)

[explicit]

FemViewer::Mesh::Mesh

(

const std::string &

name_

)

[explicit]

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FemViewer::Mesh::~Mesh

(

)

[virtual]

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Member Function Documentation

void FemViewer::Mesh::ConvertNodes	(	const Mesh *	pMesh,
		float	NodeCoords[]
	)			[static]

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int FemViewer::Mesh::Create

(

const int

type = eSelectionCategory::All

)

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BBox3D FemViewer::Mesh::ExtractMeshBBoxFromNodes

(

bool

do_parallel = false

)

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void FemViewer::Mesh::FillArrayWithElemCoords	(	const Mesh *	pMesh,
		CoordType	ElemCoords[]
	)			[static]

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uint32_t FemViewer::Mesh::FillArrayWithIndicesOfElemNodes	(	const Mesh *	pMesh,
		int	Indices[]
	)			[static]

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int FemViewer::Mesh::GetBoundaryVertices

(

std::vector< BaseVertex > &

nodes

)

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int FemViewer::Mesh::GetEdgeNodes	(	int	edge,
		int *	Edge
	)			const [inline]

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int FemViewer::Mesh::GetEdgeStatus

(

int

edge

)

const [inline]

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BBox3D FemViewer::Mesh::GetElemBBox3D

(

const int

nodes[]

)

const [inline]

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template<typename T = double>

int FemViewer::Mesh::GetElemenCoordinatesFromNodes	(	const int *	nodes,
		T *	Coord
	)			const [inline]

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template<>

int FemViewer::Mesh::GetElementCoordinates	(	int	nel,
		int *	Nodes,
		float *	Coords
	)			const [inline]

template<typename T = double>

int FemViewer::Mesh::GetElementCoordinates	(	int	nel,
		int *	Nodes,
		T *	Coords
	)			const [inline]

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int FemViewer::Mesh::GetElementCoordsd	(	int	nel,
		int	nodes[],
		double	Coords[]
	)			const [inline]

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int FemViewer::Mesh::GetElementCoordsf	(	int	nel,
		int	nodes[],
		float	Coords[]
	)			const [inline]

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int FemViewer::Mesh::GetElementFaces	(	int	El,
		int	Faces[],
		int	Orient[]
	)			const [inline]

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int FemViewer::Mesh::GetElementFaces	(	int	nel,
		int *	Faces,
		int *	Orient
	)			[inline]

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int FemViewer::Mesh::GetElementOriginf	(	int	nel,
		int	nodes[],
		float	Coords[]
	)			const [inline]

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size_t FemViewer::Mesh::GetElementOrigins

(

std::vector< Origin > &

origins

)

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const arElems& FemViewer::Mesh::GetElems

(

)

const [inline]

arElems& FemViewer::Mesh::GetElems

(

)

[inline]

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int FemViewer::Mesh::GetElemStatus

(

int

nel

)

const [inline]

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void FemViewer::Mesh::GetFaceNeigInfo	(	int	Fa,
		int	Fa_neig[]
	)			const [inline]

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int FemViewer::Mesh::GetFaceoriginf	(	int	ned,
		int	nodes[],
		float	Coords[]
	)			const [inline]

int FemViewer::Mesh::GetMaxNodeId

(

void

)

const [inline]

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const BBox3D& FemViewer::Mesh::GetMeshBBox3D

(

)

const [inline]

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template<typename T >

int FemViewer::Mesh::GetNextActiveElement

(

T

nel = T(0)

)

const [inline]

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int FemViewer::Mesh::GetNextActiveElement

(

int

nel

)

[inline]

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template<>

int FemViewer::Mesh::GetNodeCoor	(	int	node,
		float *	coords
	)			const [inline]

template<typename T >

int FemViewer::Mesh::GetNodeCoor	(	int	node,
		T *	coords
	)			const [inline]

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int FemViewer::Mesh::GetNodeStatus

(

int

node

)

const [inline]

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size_type FemViewer::Mesh::GetNumActiveNodes

(

)

const [inline]

size_type FemViewer::Mesh::GetNumEdges

(

)

const [inline]

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size_type FemViewer::Mesh::GetNumElems

(

)

const [inline]

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size_type FemViewer::Mesh::GetNumFaces

(

)

const [inline]

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unsigned FemViewer::Mesh::GetNumIndicesSelected

(

int

div

)

size_type FemViewer::Mesh::GetNumNodes

(

)

const [inline]

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unsigned FemViewer::Mesh::GetNumVerticesSelected

(

int

div

)

int FemViewer::Mesh::GetOriginsOfBoundaryFaces	(	std::vector< BaseVertex > &	origins,
		std::vector< BaseVertex > &	nodes
	)

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template<typename T >

int FemViewer::Mesh::GetReferenceCoordinates	(	int	nel,
		int	type,
		int	pdeg,
		int	base,
		int	side,
		std::vector< fvmath::CVec3< T > > &	coords,
		std::vector< short > &	indices
	)			[inline]

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template<typename T >

int FemViewer::Mesh::GetReferenceCoordinates	(	int	nel,
		int	type,
		int	pdeg,
		int	base,
		std::vector< fvmath::CVec3< T > > &	coords,
		std::vector< short > &	indices
	)			[inline]

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size_t FemViewer::Mesh::GetVerticesOfCuts	(	const std::vector< CutPlane > &	cut_planes,
		std::vector< BaseVertex > &	vertices
	)

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int FemViewer::Mesh::Init

(

const char *

name

)

[virtual]

Reimplemented from FemViewer::BaseMesh.

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bool FemViewer::Mesh::IsInit

(

void

)

const [inline]

Reimplemented from FemViewer::BaseMesh.

size_t FemViewer::Mesh::PackElementCoord	(	std::vector< fvmath::Vec4< CoordType > > &	ElemPrismCoords,
		bool	onlyboundary = false
	)

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void FemViewer::Mesh::PackElementPlanes	(	std::vector< fvmath::Vec4< CoordType > > &	ElemPlanes,
		bool	onlyboundary = false
	)

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int FemViewer::Mesh::Reload

(

)

[virtual]

Reimplemented from FemViewer::BaseMesh.

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bool FemViewer::Mesh::Render	(	unsigned int	options,
		Object *	hObj,
		CutPlane *	plane = NULL,
		arBndElems *	vbnds = NULL
	)

unsigned int FemViewer::Mesh::RenderWireframe	(	std::vector< BaseVertex > &	out_vertices,
		std::vector< unsigned > &	out_edge_indices
	)			const

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unsigned int FemViewer::Mesh::RenderWireframeCuts	(	const std::vector< CutPlane > &	cut_planes,
		std::vector< Vertex > &	outline_vertices,
		std::vector< Origin > &	out_origins,
		std::vector< unsigned > &	out_edge_indices,
		std::vector< int > &	out_counts
	)			const

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bool FemViewer::Mesh::RenderWireframeCutted	(	Object *	nObj,
		CutPlane *	plane
	)			const

void FemViewer::Mesh::Reset

(

void

)

[virtual]

Reimplemented from FemViewer::BaseMesh.

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int FemViewer::Mesh::Select

(

const bool

boundaryOnly = false

)

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int FemViewer::Mesh::Select

(

std::vector< CutPlane > &

vec_pcpls

)

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static uint32_t FemViewer::Mesh::SetFaces

(

Mesh &

rmesh

)

[static]

int FemViewer::Mesh::Update

(

void

)

[virtual]

Reimplemented from FemViewer::BaseMesh.

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Friends And Related Function Documentation

friend class ModelControler [friend]

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Member Data Documentation

const int FemViewer::Mesh::prizm = { {0,2,1,-1},{3,4,5,-1},{0,1,4,3},{1,2,5,4},{2,0,3,5} } [static]

const int FemViewer::Mesh::tetra = { {0,2,1},{0,1,3},{0,3,2},{1,2,3} } [static]

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

• mod_fem_viewer/FemViewer/inc/Mesh.h
• mod_fem_viewer/FemViewer/src/Mesh.cpp