sfem::mesh::Face Class Reference

... the base class for mesh points More...

#include <face.hpp>

Collaboration diagram for sfem::mesh::Face:

[legend]

List of all members.

Public Types
typedef unsigned int	index_type
typedef std::pair< Element *, ushort >	Type_FaceDefinition
typedef std::list < Type_FaceDefinition >	Type_FaceDefinitionList
typedef Face *	Type_FacePtr
typedef std::list< Face * >	TypeFaceContainer
typedef unsigned short	ushort
Public Member Functions
void	addElement (Element *theelement, const ushort &the_locaL_index)
	returns the specific integration point data
void	addOppositeFace (Face *face)
	adds the "opposite face" to the internal list:
void	checkFaceIdentity (const Face *const face, const std::set< const Edge * > &edges_of_testface, bool &identicalNodes, bool &oppositeOrientation) const
void	eraseElement (const Type_FaceDefinitionList::iterator &element)
void	eraseElement (const Element *element)
void	eraseOppositeFace (const Face *const face)
	Face (Element *theelement, const ushort &thelocalindex)
const Type_FaceDefinitionList::iterator	findElement (const Element *element)
const Type_FaceDefinitionList::const_iterator	findElement (const Element *element) const
const bool	findOppositeFace (const Face *const face) const
void	getAdjacentEdges (std::set< const Edge * > &edges) const
	determines and adds all adjacent edges (regardless of type of adjacency) to 'edges'
void	getAdjacentElements (std::set< const Element * > &elements) const
	determines and adds all adjacent elements (regardless of type of adjacency) to 'elements'
void	getAdjacentFaces (std::set< const Face * > &faces) const
	determines and adds all adjacent faces (regardless of type of adjacency) to 'faces'
void	getEdges (std::set< const Edge * > &edges) const
	determines all edges that are part of this face
const Type_FaceDefinitionList &	getElements () const
	returns the list of elements this face is part of:
void	getNodes (std::set< const Point * > &nodes) const
	determines and adds all contained nodes to 'nodes'
const Type_FacePtr &	getOppositeFace () const
	returns the list of opposite faces
const bool &	onSurface () const
	returns true if part of surface:
void	resetOnSurface ()
	checks if this face is on surface and sets internal flag:
Type_FaceDefinitionList &	setElements ()
	a modifier for the list of elements this face is part of:
Type_FacePtr &	setOppositeFace ()
	modifies the list of opposite faces
Protected Attributes
Type_FaceDefinitionList	elements
	the elements this face belongs to
bool	on_surface
	true if this face is part of the surface
Type_FacePtr	oppositeFace
	faces which have the same nodes, but opposite orientation:

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Detailed Description

... the base class for mesh points

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Member Function Documentation

void sfem::mesh::Face::addElement	(	Element *	theelement,
		const ushort &	the_locaL_index
	)

returns the specific integration point data

Parameters:

intpt

... number of intpt

void sfem::mesh::Face::checkFaceIdentity	(	const Face *const	face,
		const std::set< const Edge * > &	edges_of_testface,
		bool &	identicalNodes,
		bool &	oppositeOrientation
	)			const

compares this face ('this') with the given one ('face')

Parameters:

	identicalNodes	... will contain true when both faces have the same nodes.
	oppositeOrientation	... If 'identicalNodes' is true, then oppositeOrientation will indicate the orientation of the face normals

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Member Data Documentation

Type_FaceDefinitionList sfem::mesh::Face::elements [protected]

the elements this face belongs to

the elements this face belongs to

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

• modules/sfem/sfem/mesh/topology/face.hpp