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CATFmtModelInterfaces CATFmtExtIConnectivity

Usage: you can derive this class.

public class CATFmtExtIConnectivity

Adapter for CATIFmtConnectivity interface.
Role: This class provides a default implementation for any extension of . That means one should derive from this class to implement the connectivity definition of a new finite element.
One should re-implement only the and methods.

Constructor and Destructor Index

o CATFmtExtIConnectivity(): Constructor.
o ~CATFmtExtIConnectivity(): Destructor.

Method Index

o Build(): Builds internal informations.
o CreateGeometricalEngine(): Creates an returns an new geometrical engine compatible with the connectivity.
o GetEdgeConnectivity(int): Returns the connectivity corresponding to a face.
o GetEdgesOfFaces(int*&,int*&,int*&): Retrieves the faces definition in term of edges.
o GetEdgesOfNodes(int*&,int*&): Retrieves the edges connected to edges.
o GetEdgesPermutation(): Returns the edges permutation that should be applied in order to reverse the element.
o GetFaceConnectivity(int): Returns the connectivity corresponding to a face.
o GetFacesOfEdges(int*&,int*&): Retrieves the faces connected to edges.
o GetFacesOfNodes(int*&,int*&): Retrieves the faces connected to edges.
o GetFacesPermutation(): Returns the faces permutation that should be applied in order to reverse the element.
o GetGeometricalEngine(): Returns the geometrical engine associated with the connectivity.
o GetInfos(): Returns general informations on the finite element connectivity (dimension and sizes).
o GetInteriorAngleOfEdges(double*&): Returns the ideal interior angle for each edge.
o GetMainConnectivity(): Returns the connectivity with the same shape and main nodes
o GetName(): Returns the name of the connectivity.
o GetNodesOfEdges(int*&,int*&): Retrieves the edges definition in terms of nodes.
o GetNodesOfFaces(int*&,int*&): Retrieves the faces definition in term of nodes.
o GetNodesPermutation(): Returns the nodes permutation that should be applied in order to reverse the element.
o GetNumber(): Returns the finite element connectivity number.
o GetSIMEdgesMapping(): Returns the edges mapping that should be applied in order to persist the element in SIM.
o GetSIMFacesMapping(): Returns the faces mapping that should be applied in order to persist the element in SIM.
o GetSIMName(): Returns the SIM name of the connectivity.
o GetSIMNodesMapping(): Returns the nodes mapping that should be applied in order to persist the element in SIM.
o GetTypeOfNodes(int*&): Returns the type of each nodes.
o Next(): Returns the next finite element connectivity.

o _EdgeConnectivity: Array containing in sequence the connectivity of the edges.
o _EdgesOfFaces: Array containing in sequence the edges number of the faces.
o _EdgesOfNodes: Array containing in sequence the edges number connected to nodes.
o _EdgesPermutation: Array containing the edges permutation that should be applied in order to reverse the element.
o _FaceConnectivity: Array containing in sequence the connectivity of the faces.
o _FacesOfEdges: Array containing in sequence the faces number connected to edges.
o _FacesOfNodes: Array containing in sequence the faces number connected to nodes.
o _FacesPermutation: Array containing the faces permutation that should be applied in order to reverse the element.
o _Infos: General informations on the finite element connectivity.
o _IntAngleOfEdges: Array of backward pointer to _IntAngleOfEdges array.
o _MainConnectivity: Main connectivity of the finite element connectivity.
o _NodesOfEdges: Array containing in sequence the nodes number of edges.
o _NodesOfFaces: Array containing in sequence the nodes number of the faces.
o _NodesPermutation: Array containing the nodes permutation that should be applied in order to reverse the element.
o _OrientOfEdges: Array containing the edges orientation of the faces.
o _PtEdgesOfFaces: Array of backward pointer to _EdgesOfFaces array.
o _PtEdgesOfNodes: Array of backward pointer to _EdgesOfNodes array.
o _PtFacesOfEdges: Array of backward pointer to _FacesOfEdges array.
o _PtFacesOfNodes: Array of backward pointer to _FacesOfNodes array.
o _PtNodesOfEdges: Array of backward pointer to _NodesOfEdges array.
o _PtNodesOfFaces: Array of backward pointer to _NodesOfFaces array.
o _SIMEdgesMapping: Array containing the edges mapping that should be applied in order to persist the element in SIM.
o _SIMFacesMapping: Array containing the faces mapping that should be applied in order to persist the element in SIM.
o _SIMName: SIM name of the finite element connectivity.
o _SIMNodesMapping: Array containing the nodes mapping that should be applied in order to persist the element in SIM.
o _TypeOfNodes: Array of backward pointer to _TypeOfNodes array.

Constructor and Destructor

o CATFmtExtIConnectivity

public CATFmtExtIConnectivity(

)

Constructor.

o ~CATFmtExtIConnectivity

public virtual ~CATFmtExtIConnectivity(

)

Destructor.

Methods

o Build

public virtual Build(

)

Builds internal informations.
This method should initialize all data members.

o CreateGeometricalEngine

public virtual CreateGeometricalEngine(

)

Creates an returns an new geometrical engine compatible with the connectivity.

o GetEdgeConnectivity

public GetEdgeConnectivity( iNumEdge)

Returns the connectivity corresponding to a face.

Parameters:

iNumEdge: Edge number.

Returns:

The connectivity of the edge.

o GetEdgesOfFaces

public GetEdgesOfFaces(	const	`oPtEdgesOfFaces`,
	const	`oEdgesOfFaces`,
	const	`oOrientOfEdges`)

Retrieves the faces definition in term of edges.
The edges of faces should be ordered in sequence in order to define the positive orientation for faces. For a 3D connectivity all the faces should be outward oriented.

Parameters:

oPtEdgesOfFaces

Array containing for each face a backward pointer in oEdgesOfFaces and oOrientOfEdges arrays.

oEdgesOfFaces

Array containing the edges number of the faces.

oOrientOfEdges

Array containing the edges orientation of the faces.
Legal values:

0: The edge is used with its default orientation.
1: The edge is used with its reverse orientation.

Returns:

The number of faces in the connectivity.

o GetEdgesOfNodes

public GetEdgesOfNodes(	const	`oPtEdgesOfNodes`,
	const	`oEdgesOfNodes`)

Retrieves the edges connected to edges.

Parameters:

oPtEdgesOfNodes: Array containing for each node a backward pointer in oEdgesOfNodes array.
oEdgesOfNodes: Array containing the edges number connected to nodes.

Returns:

The number of nodes in the connectivity.

o GetEdgesPermutation

public GetEdgesPermutation(

)

Returns the edges permutation that should be applied in order to reverse the element.

o GetFaceConnectivity

public GetFaceConnectivity( iNumFace)

Returns the connectivity corresponding to a face.

Parameters:

iNumEdge: Edge number.

Returns:

The connectivity of the edge.

o GetFacesOfEdges

public GetFacesOfEdges(	const	`oPtFacesOfEdges`,
	const	`oFacesOfEdges`)

Retrieves the faces connected to edges.

Parameters:

oPtFacesOfEdges: Array containing for each edge a backward pointer in FacesOfEdges array.
FacesOfEdges: Array containing the faces number connected to edges.

Returns:

The number of edges in the connectivity.

o GetFacesOfNodes

public GetFacesOfNodes(	const	`oPtFacesOfNodes`,
	const	`oFacesOfNodes`)

Retrieves the faces connected to edges.

Parameters:

oPtFacesOfNodes: Array containing for each node a backward pointer in oFacesOfNodes array.
oFacesOfNodes: Array containing the faces number connected to nodes.

Returns:

The number of nodes in the connectivity.

o GetFacesPermutation

public GetFacesPermutation(

)

Returns the faces permutation that should be applied in order to reverse the element.

o GetGeometricalEngine

public virtual GetGeometricalEngine(

)

Returns the geometrical engine associated with the connectivity.

o GetInfos

public GetInfos(

)

Returns general informations on the finite element connectivity (dimension and sizes).

o GetInteriorAngleOfEdges

public GetInteriorAngleOfEdges( const oIntAngleOfEdges)

Returns the ideal interior angle for each edge.

o GetMainConnectivity

public GetMainConnectivity(

)

Returns the connectivity with the same shape and main nodes

o GetName

public GetName(

)

Returns the name of the connectivity.

o GetNodesOfEdges

public GetNodesOfEdges(	const	`oPtNodesOfEdges`,
	const	`oNodesOfEdges`)

Retrieves the edges definition in terms of nodes.
The nodes of edges should be ordered in sequence in order to define the positive orientation for edges.

Parameters:

oPtNodesOfEdges: Array containing for each edge a backward pointer in oNodesOfEdges array.
oNodesOfEdges: Array containing the nodes number of edges.

Returns:

The number of edges in the connectivity.

o GetNodesOfFaces

public GetNodesOfFaces(	const	`oPtNodesOfFaces`,
	const	`oNodesOfFaces`)

Retrieves the faces definition in term of nodes.
Nodes of a face should be ordered in a compatible way with the face connectivity (see method).

Parameters:

oPtNodesOfFaces: Array containing for each face a backward pointer in the oNodesOfFaces array.
oNodesOfFaces: Array containing the nodes number of the faces.

Returns:

The number of faces in the connectivity.

o GetNodesPermutation

public GetNodesPermutation(

)

Returns the nodes permutation that should be applied in order to reverse the element.

o GetNumber

public GetNumber(

)

Returns the finite element connectivity number. Connectivities are numbered between 0 and the total number of elements minus one.

o GetSIMEdgesMapping

public virtual GetSIMEdgesMapping(

)

Returns the edges mapping that should be applied in order to persist the element in SIM.

o GetSIMFacesMapping

public virtual GetSIMFacesMapping(

)

Returns the faces mapping that should be applied in order to persist the element in SIM.

o GetSIMName

public GetSIMName(

)

Returns the SIM name of the connectivity.

o GetSIMNodesMapping

public virtual GetSIMNodesMapping(

)

Returns the nodes mapping that should be applied in order to persist the element in SIM.

o GetTypeOfNodes

public GetTypeOfNodes( const oTypeOfNodes)

Returns the type of each nodes.

o Next

public Next(

)

Returns the next finite element connectivity.

Data Members

o _EdgeConnectivity

  protected CATIFmtConnectivity ** _EdgeConnectivity

Array containing in sequence the connectivity of the edges.

o _EdgesOfFaces

  protected const int * _EdgesOfFaces

Array containing in sequence the edges number of the faces. The edges of a face should be ordered in order to define the positive orientation. For a 3D connectivity all the faces should be outward oriented.

o _EdgesOfNodes

  protected const int * _EdgesOfNodes

Array containing in sequence the edges number connected to nodes.

o _EdgesPermutation

  protected const int * _EdgesPermutation

Array containing the edges permutation that should be applied in order to reverse the element.

o _FaceConnectivity

  protected CATIFmtConnectivity ** _FaceConnectivity

Array containing in sequence the connectivity of the faces.

o _FacesOfEdges

  protected const int * _FacesOfEdges

Array containing in sequence the faces number connected to edges.

o _FacesOfNodes

  protected const int * _FacesOfNodes

Array containing in sequence the faces number connected to nodes.

o _FacesPermutation

  protected const int * _FacesPermutation

Array containing the faces permutation that should be applied in order to reverse the element.

o _Infos

  protected CATFmtConnectivityInfos _Infos

General informations on the finite element connectivity.

o _IntAngleOfEdges

  protected const double * _IntAngleOfEdges

Array of backward pointer to _IntAngleOfEdges array.

o _MainConnectivity

  protected CATIFmtConnectivity * _MainConnectivity

Main connectivity of the finite element connectivity.

o _NodesOfEdges

  protected const int * _NodesOfEdges

Array containing in sequence the nodes number of edges. The nodes of an edge should be ordered in order to define the positive orientation.

o _NodesOfFaces

  protected const int * _NodesOfFaces

Array containing in sequence the nodes number of the faces. Nodes of a face should be ordered in a compatible way with the face connectivity (see method).

o _NodesPermutation

  protected const int * _NodesPermutation

Array containing the nodes permutation that should be applied in order to reverse the element.

o _OrientOfEdges

  protected const int * _OrientOfEdges

Array containing the edges orientation of the faces.

o _PtEdgesOfFaces

  protected const int * _PtEdgesOfFaces

Array of backward pointer to _EdgesOfFaces array.

o _PtEdgesOfNodes

  protected const int * _PtEdgesOfNodes

Array of backward pointer to _EdgesOfNodes array.

o _PtFacesOfEdges

  protected const int * _PtFacesOfEdges

Array of backward pointer to _FacesOfEdges array.

o _PtFacesOfNodes

  protected const int * _PtFacesOfNodes

Array of backward pointer to _FacesOfNodes array.

o _PtNodesOfEdges

  protected const int * _PtNodesOfEdges

Array of backward pointer to _NodesOfEdges array.

o _PtNodesOfFaces

  protected const int * _PtNodesOfFaces

Array of backward pointer to _NodesOfFaces array.

o _SIMEdgesMapping

  protected const int * _SIMEdgesMapping

Array containing the edges mapping that should be applied in order to persist the element in SIM.

o _SIMFacesMapping

  protected const int * _SIMFacesMapping

Array containing the faces mapping that should be applied in order to persist the element in SIM.

o _SIMName

  protected const char * _SIMName

SIM name of the finite element connectivity.

o _SIMNodesMapping

  protected const int * _SIMNodesMapping

Array containing the nodes mapping that should be applied in order to persist the element in SIM.

o _TypeOfNodes

  protected const int * _TypeOfNodes

Array of backward pointer to _TypeOfNodes array.

This object is included in the file: CATFmtExtIConnectivity.h
If needed, your Imakefile.mk should include the module: CATFmtModelInterfaces

CATFmtModelInterfaces writeClassCharacteristic(); CATFmtExtIConnectivity

Constructor and Destructor Index

Method Index

Data Member Index

Constructor and Destructor

Methods

Data Members

CATFmtModelInterfaces CATFmtExtIConnectivity