MbPolygonCell Class Reference
[Cell]

Build a polygonal cell. More...

Inheritance diagram for MbPolygonCell:

Public Member Functions
template<typename _NodeIdIter >
	MbPolygonCell (_NodeIdIter beginId, _NodeIdIter endId)
double	getArea (const MiGeometryI *meshGeometry) const
virtual size_t	getNumEdges () const
virtual size_t	getNumNodes () const
virtual size_t	getNodeIndex (size_t nod) const
virtual bool	isPointInsideCell (const MiGeometryI &meshGeometry, const MbVec3d &point, std::vector< double > &weights) const
virtual double	getRelativeSize (const MiGeometryI *meshGeometry) const

Detailed Description

Build a polygonal cell.

template<typename _NodeIdIter >

MbPolygonCell::MbPolygonCell	(	_NodeIdIter	beginId,
		_NodeIdIter	endId
	)			`[inline]`

Construct a polygon defined by its list of indices.

double MbPolygonCell::getArea ( const MiGeometryI * meshGeometry ) const [inline]

Gets the surface of the polygon.

size_t MbPolygonCell::getNodeIndex ( size_t node ) const [inline, virtual]

Gets the index (in the mesh) of a node.

Parameters:

[in] node Node number (where: 0 <= node < getNumNodes()).

Implements MiCell.

size_t MbPolygonCell::getNumEdges ( ) const [inline, virtual]

Gets the number of edges.

size_t MbPolygonCell::getNumNodes ( ) const [inline, virtual]

Gets the number of nodes.

Implements MiCell.

double MbPolygonCell::getRelativeSize ( const MiGeometryI * meshGeometry ) const [inline, virtual]

Gets the relative size of the cell.

Reimplemented from MiCell.

bool MbPolygonCell::isPointInsideCell	(	const MiGeometryI &	meshGeometry,
		const MbVec3d &	point,
		std::vector< double > &	weights
	)			const `[inline, virtual]`

Checks if a point is inside or outside a cell.

Reimplemented from MiCell.

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