iso::visual::TriangleCell Class Reference

#include <iso_visual_cell_type.h>

Inherits iso::visual::CellType.

Inheritance diagram for iso::visual::TriangleCell:

[legend]Collaboration diagram for iso::visual::TriangleCell:

[legend]List of all members.

Public Member Functions
	TriangleCell (BasisFunctionType pBasisFunctionType)
	~TriangleCell ()
CellType *	copy () const
	create copy of cell type
unsigned int	cellCount (const int pGridSize[]) const
	return number of cells
int	cellIndex (const real pStdPointCoord[], const int pGridSize[]) const
	return cell index
void	world2cell (const real pVertices[], const real pWorldPoint[], real pCellPoint[]) const
	transform point in world coordinates into point in cell coordinates
void	world2cell (unsigned int pWorldDim, const real pVertices[], const real pWorldPoint[], real pCellPoint[]) const
	transform point in world coordinates into point in cell coordinates
void	vertexIndices (int *pGridSize, int pCellIndex, int *pVertexIndices) const
virtual base::String	info () const
	return textual cell type information
Static Protected Member Functions
static real	linearCellBasisFunction1 (const real *pCellPoint)
static real	linearCellBasisFunction2 (const real *pCellPoint)
static real	linearCellBasisFunction3 (const real *pCellPoint)

---

Constructor & Destructor Documentation

TriangleCell::TriangleCell

(

BasisFunctionType

pBasisFunctionType

)

TriangleCell::~TriangleCell

(

)

---

Member Function Documentation

CellType * TriangleCell::copy

(

)

const [virtual]

create copy of cell type

Implements iso::visual::CellType.

unsigned int TriangleCell::cellCount

(

const int

pGridSize[]

)

const [virtual]

return number of cells

Parameters:

pGridSize

size of grid

Returns:

number of cells

Implements iso::visual::CellType.

int TriangleCell::cellIndex	(	const real	pStdPointCoord[],
		const int	pGridSize[]
	)			const [virtual]

return cell index

Parameters:

	pStdPointCoord	standardized point coordinates (point coordinates run from 0 to gridSize - 2 in each dimension)
	pGridSize	grid size

Implements iso::visual::CellType.

void TriangleCell::world2cell	(	const real	pVertices[],
		const real	pWorldPoint[],
		real	pCellPoint[]
	)			const [virtual]

transform point in world coordinates into point in cell coordinates

Parameters:

	pVertices	cell vertices in world coordinates
	pWorldPoint	point within cell in world coordinates
	pCellPoint	point within cell in cell coordinates (return value)

worldDim == cellDim

Implements iso::visual::CellType.

void TriangleCell::world2cell	(	unsigned int	pWorldDim,
		const real	pVertices[],
		const real	pWorldPoint[],
		real	pCellPoint[]
	)			const [virtual]

transform point in world coordinates into point in cell coordinates

Parameters:

	pWorldDim	world dimension
	pVertices	cell vertices in world coordinates
	pWorldPoint	point within cell in world coordinates
	pCellPoint	point within cell in cell coordinates (return value)

Implements iso::visual::CellType.

void TriangleCell::vertexIndices	(	int *	pGridSize,
		int	pCellIndex,
		int *	pVertexIndices
	)			const [virtual]

Implements iso::visual::CellType.

base::String TriangleCell::info

(

)

const [virtual]

return textual cell type information

Returns:

textual cell type information

Reimplemented from iso::visual::CellType.

real iso::visual::TriangleCell::linearCellBasisFunction1

(

const real *

pCellPoint

)

[inline, static, protected]

real iso::visual::TriangleCell::linearCellBasisFunction2

(

const real *

pCellPoint

)

[inline, static, protected]

real iso::visual::TriangleCell::linearCellBasisFunction3

(

const real *

pCellPoint

)

[inline, static, protected]

---

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

• /Users/dbisig/programming/swarms/trunk/visual/trunk/code/data/iso_visual_cell_type.h
• /Users/dbisig/programming/swarms/trunk/visual/trunk/code/data/iso_visual_cell_type.cpp

---