concepts::MutableMeshBase Class Reference

#include <mutableMesh.hh>

Inheritance diagram for concepts::MutableMeshBase:

Public Member Functions
virtual void	addCell (Cell *cell, bool holding=true)=0
Edge *	ownEdge (Vertex *vtx1, Vertex *vtx2)
const Sequence< Connector0 * > &	ownConnectors0 () const
const Sequence< Connector1 * > &	ownConnectors1 () const
const Sequence< Connector2 * > &	ownConnectors2 () const
const Sequence< Connector3 * > &	ownConnectors3 () const

Protected Member Functions
void	addCell_ (Cell *cell, bool holding=true)
void	replaceCell_ (Cell *cell, bool holding=true)

Protected Attributes
Sequence< const Cell * >	ownCells_
	Stored cells.
Sequence< Connector0 * >	ownConnectors0_
	Stored connectors.
Sequence< Connector1 * >	ownConnectors1_
Sequence< Connector2 * >	ownConnectors2_
Sequence< Connector3 * >	ownConnectors3_
MultiArray< 2, Edge * >	mapEdges_
	Maps from vertices to connectors.

Detailed Description

Base class for mutable meshes. Just provide the pure virtual method addCell() for cells of a particular dimension.

Definition at line 22 of file mutableMesh.hh.

Member Function Documentation

addCell()

virtual void concepts::MutableMeshBase::addCell ( Cell *  cell, bool  holding = true  )

pure virtual

Implemented in concepts::MutableMesh1, and concepts::MutableMesh2.

ownConnectors0()

const Sequence< Connector0 * > & concepts::MutableMeshBase::ownConnectors0 ( ) const

inline

Definition at line 36 of file mutableMesh.hh.

ownConnectors1()

const Sequence< Connector1 * > & concepts::MutableMeshBase::ownConnectors1 ( ) const

inline

Definition at line 38 of file mutableMesh.hh.

ownConnectors2()

const Sequence< Connector2 * > & concepts::MutableMeshBase::ownConnectors2 ( ) const

inline

Definition at line 40 of file mutableMesh.hh.

ownConnectors3()

const Sequence< Connector3 * > & concepts::MutableMeshBase::ownConnectors3 ( ) const

inline

Definition at line 42 of file mutableMesh.hh.

ownEdge()

Edge * concepts::MutableMeshBase::ownEdge	(	Vertex *	vtx1,
		Vertex *	vtx2
	)

Returns the own edge with the two vertices.

If it does not exist the new edge will be created, stored and added it to maps from vertices

replaceCell_()

void concepts::MutableMeshBase::replaceCell_ ( Cell *  cell, bool  holding = true  )

protected

Replaces by cell the cell with the same connector. This is good to replace the element map while holding the connectivity.

Member Data Documentation

mapEdges_

MultiArray<2, Edge*> concepts::MutableMeshBase::mapEdges_

protected

Maps from vertices to connectors.

Definition at line 53 of file mutableMesh.hh.

ownCells_

Sequence<const Cell*> concepts::MutableMeshBase::ownCells_

protected

Stored cells.

Definition at line 46 of file mutableMesh.hh.

ownConnectors0_

Sequence<Connector0*> concepts::MutableMeshBase::ownConnectors0_

protected

Stored connectors.

Definition at line 48 of file mutableMesh.hh.

ownConnectors1_

Sequence<Connector1*> concepts::MutableMeshBase::ownConnectors1_

protected

Definition at line 49 of file mutableMesh.hh.

ownConnectors2_

Sequence<Connector2*> concepts::MutableMeshBase::ownConnectors2_

protected

Definition at line 50 of file mutableMesh.hh.

ownConnectors3_

Sequence<Connector3*> concepts::MutableMeshBase::ownConnectors3_

protected

Definition at line 51 of file mutableMesh.hh.

---

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

• geometry/mutableMesh.hh