#include <IMeshDAO.hpp>

Inheritance diagram for Gedim::MeshMatricesDAO:

Public Member Functions
	MeshMatricesDAO (Gedim::MeshMatrices &mesh)

	~MeshMatricesDAO ()

Gedim::MeshMatrices &	MeshData ()

const Gedim::MeshMatrices &	MeshData () const

void	InitializeDimension (const unsigned int &dimension)
	Initialize the mesh dimension.

unsigned int	Dimension () const

void	Cell0DsInitialize (const unsigned int &numberCell0Ds)
	Initialize the Cell0Ds container.

unsigned int	Cell0DAppend (const unsigned int &numberCell0Ds)
	Append Cell0Ds to the Cell0Ds container.

void	Cell0DRemove (const unsigned int &cell0DIndex)
	Remove the Cell0D from the mesh.

void	Cell0DInsertCoordinates (const unsigned int &cell0DIndex, const Eigen::Vector3d &coordinates)
	Add the Cell0D Coordinates.

void	Cell0DsInsertCoordinates (const Eigen::MatrixXd &coordinates)
	Add the Cell0Ds Coordinates.

void	Cell0DSetMarker (const unsigned int &cell0DIndex, const unsigned int &marker)
	Set the Cell0D Marker.

void	Cell0DSetState (const unsigned int &cell0DIndex, const bool &state)
	Set the Cell0D state.

unsigned int	Cell0DTotalNumber () const

double	Cell0DCoordinateX (const unsigned int &cell0DIndex) const

double	Cell0DCoordinateY (const unsigned int &cell0DIndex) const

double	Cell0DCoordinateZ (const unsigned int &cell0DIndex) const

Eigen::Vector3d	Cell0DCoordinates (const unsigned int &cell0DIndex) const

Eigen::MatrixXd	Cell0DsCoordinates () const

Eigen::MatrixXd	Cell0DsCoordinates (const std::vector< unsigned int > &cell0Ds) const

unsigned int	Cell0DMarker (const unsigned int &cell0DIndex) const

std::vector< unsigned int >	Cell0DsMarker () const

bool	Cell0DIsActive (const unsigned int &cell0DIndex) const

std::vector< bool >	Cell0DsState () const

bool	Cell0DHasUpdatedCell0Ds (const unsigned int &cell0DIndex) const

unsigned int	Cell0DNumberUpdatedCell0Ds (const unsigned int &cell0DIndex) const

bool	Cell0DHasUpdatedCell0D (const unsigned int &cell0DIndex, const unsigned int &updatedCell0DIdex) const

void	Cell0DInsertUpdatedCell0D (const unsigned int &cell0DIndex, const unsigned int &updatedCell0DIdex)
	Add the new Cell0D to an existing Cell0D.

bool	Cell0DUpdatedCell0Ds (const unsigned int &cell0DIndex, std::list< unsigned int > &updatedCell0DIds) const
	return the updated Cell0D Ids for cell0DIndex

std::vector< std::vector< unsigned int > >	Cell0DsNeighbourCell1Ds () const

void	Cell0DsInitializeNeighbourCell1Ds (const std::vector< unsigned int > &numberNeighbourCell1Ds)
	Initialize the Cell0Ds Cell1D neighbours number.

void	Cell0DInitializeNeighbourCell1Ds (const unsigned int &cell0DIndex, const unsigned int &numberNeighbourCell1Ds)
	Initialize the Cell0D Cell1D neighbours number.

void	Cell0DInitializeNeighbourCell1Ds (const unsigned int &cell0DIndex, const std::vector< unsigned int > &neighbourCell1Ds)

void	Cell0DInsertNeighbourCell1D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex, const unsigned int &neigbourCell1DIndex)
	Insert the Cell0D Cell1D neighbour.

unsigned int	Cell0DNumberNeighbourCell1D (const unsigned int &cell0DIndex) const

unsigned int	Cell0DNeighbourCell1D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex) const

std::vector< unsigned int >	Cell0DNeighbourCell1Ds (const unsigned int &cell0DIndex) const

bool	Cell0DHasNeighbourCell1D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex) const

void	Cell0DResetNeighbourCell1D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex)
	Reset the Cell0D Cell1D neighbour to empty value (Cell0DHasNeighbourCell1D is false)

std::vector< std::vector< unsigned int > >	Cell0DsNeighbourCell2Ds () const

void	Cell0DsInitializeNeighbourCell2Ds (const std::vector< unsigned int > &numberNeighbourCell2Ds)
	Initialize the Cell0Ds Cell2D neighbours number.

void	Cell0DInitializeNeighbourCell2Ds (const unsigned int &cell0DIndex, const unsigned int &numberNeighbourCell2Ds)
	Initialize the Cell0D Cell2D neighbours number.

void	Cell0DInitializeNeighbourCell2Ds (const unsigned int &cell0DIndex, const std::vector< unsigned int > &neighbourCell2Ds)

void	Cell0DInsertNeighbourCell2D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex, const unsigned int &neigbourCell2DIndex)
	Insert the Cell0D Cell2D neighbour.

unsigned int	Cell0DNumberNeighbourCell2D (const unsigned int &cell0DIndex) const

unsigned int	Cell0DNeighbourCell2D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex) const

std::vector< unsigned int >	Cell0DNeighbourCell2Ds (const unsigned int &cell0DIndex) const

bool	Cell0DHasNeighbourCell2D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex) const

void	Cell0DResetNeighbourCell2D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex)
	Reset the Cell0D Cell2D neighbour to empty value (Cell0DHasNeighbourCell2D is false)

std::vector< std::vector< unsigned int > >	Cell0DsNeighbourCell3Ds () const

void	Cell0DsInitializeNeighbourCell3Ds (const std::vector< unsigned int > &numberNeighbourCell3Ds)
	Initialize the Cell0Ds Cell3D neighbours number.

void	Cell0DInitializeNeighbourCell3Ds (const unsigned int &cell0DIndex, const unsigned int &numberNeighbourCell3Ds)
	Initialize the Cell0D Cell3D neighbours number.

void	Cell0DInitializeNeighbourCell3Ds (const unsigned int &cell0DIndex, const std::vector< unsigned int > &neighbourCell3Ds)

void	Cell0DInsertNeighbourCell3D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex, const unsigned int &neigbourCell3DIndex)
	Insert the Cell0D Cell3D neighbour.

unsigned int	Cell0DNumberNeighbourCell3D (const unsigned int &cell0DIndex) const

unsigned int	Cell0DNeighbourCell3D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex) const

std::vector< unsigned int >	Cell0DNeighbourCell3Ds (const unsigned int &cell0DIndex) const

bool	Cell0DHasNeighbourCell3D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex) const

void	Cell0DResetNeighbourCell3D (const unsigned int &cell0DIndex, const unsigned int &neighbourIndex)
	Reset the Cell0D Cell3D neighbour to empty value (Cell0DHasNeighbourCell3D is false)

void	Cell0DInitializeDoubleProperties (const unsigned int &numberDoubleProperties)
	Initialize the Cell0Ds double properties.

unsigned int	Cell0DAddDoubleProperty (const std::string &propertyId)
	Add the Cell0Ds double property identified by id.

void	Cell0DsInitializeDoublePropertyValues (const unsigned int &propertyIndex, const std::vector< unsigned int > &propertySizes)
	Initialize the Cell0Ds double property sizes.

void	Cell0DInitializeDoublePropertyValues (const unsigned int &cell0DIndex, const unsigned int &propertyIndex, const unsigned int &propertySize)
	Initialize the Cell0Ds double property size.

void	Cell0DInsertDoublePropertyValue (const unsigned int &cell0DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex, const double &propertyValue)
	Insert the Cell0Ds double property value at position.

unsigned int	Cell0DNumberDoubleProperties () const

std::string	Cell0DDoublePropertyId (const unsigned int &propertyIndex) const

bool	Cell0DDoublePropertyExists (const std::string &propertyId) const

unsigned int	Cell0DDoublePropertyIndex (const std::string &propertyId) const

unsigned int	Cell0DDoublePropertySize (const unsigned int &cell0DIndex, const unsigned int &propertyIndex) const

double	Cell0DDoublePropertyValue (const unsigned int &cell0DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex) const

void	Cell1DsInitialize (const unsigned int &numberCell1Ds)
	Initialize the Cell1Ds container.

unsigned int	Cell1DAppend (const unsigned int &numberCell1Ds)
	Append Cell1Ds to the Cell1Ds container.

void	Cell1DRemove (const unsigned int &cell1DIndex)
	Remove the Cell1D from the mesh.

void	Cell1DInsertExtremes (const unsigned int &cell1DIndex, const unsigned int &originCell0DIndex, const unsigned int &endCell0DIndex)
	Set the Cell1D Origin and End.

void	Cell1DsInsertExtremes (const Eigen::MatrixXi &cell1DExtremes)
	Set the Cell1D Extremes for the whole mesh edges.

Eigen::MatrixXi	Cell1DsExtremes () const

Eigen::MatrixXi	Cell1DsExtremes (const std::vector< unsigned int > &cell1Ds) const

Eigen::VectorXi	Cell1DExtremes (const unsigned int &cell1DIndex) const

unsigned int	Cell1DByExtremes (const unsigned int &originCell0DIndex, const unsigned int &endCell0DIndex) const

void	Cell1DSetMarker (const unsigned int &cell1DIndex, const unsigned int &marker)
	Set the Cell1D Marker.

void	Cell1DSetState (const unsigned int &cell1DIndex, const bool &state)
	Set the Cell1D state.

std::vector< std::vector< unsigned int > >	Cell1DsNeighbourCell2Ds () const

void	Cell1DsInitializeNeighbourCell2Ds (const std::vector< unsigned int > &numberNeighbourCell2Ds)
	Initialize the Cell1Ds Cell2D neighbours number.

void	Cell1DsInitializeNeighbourCell2Ds (const unsigned int &numberNeighbourCell2Ds)
	Initialize the Cell1Ds Cell2D neighbours number.

void	Cell1DInitializeNeighbourCell2Ds (const unsigned int &cell1DIndex, const unsigned int &numberNeighbourCell2Ds)
	Initialize the Cell1D Cell2D neighbours number.

void	Cell1DInitializeNeighbourCell2Ds (const unsigned int &cell1DIndex, const std::vector< unsigned int > &neighbourCell2Ds)

void	Cell1DInsertNeighbourCell2D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex, const unsigned int &neigbourCell2DIndex)
	Insert the Cell1D Cell2D neighbour.

unsigned int	Cell1DTotalNumber () const

unsigned int	Cell1DVertex (const unsigned int &cell1DIndex, const unsigned int &vertexIndex) const

unsigned int	Cell1DOrigin (const unsigned int &cell1DIndex) const

unsigned int	Cell1DEnd (const unsigned int &cell1DIndex) const

unsigned int	Cell1DFindExtreme (const unsigned int &cell1DIndex, const unsigned int &cell0DIndex) const

Eigen::MatrixXd	Cell1DCoordinates (const unsigned int &cell1DIndex) const

Eigen::Vector3d	Cell1DOriginCoordinates (const unsigned int &cell1DIndex) const

Eigen::Vector3d	Cell1DEndCoordinates (const unsigned int &cell1DIndex) const

unsigned int	Cell1DNumberNeighbourCell2D (const unsigned int &cell1DIndex) const

unsigned int	Cell1DNeighbourCell2D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex) const

std::vector< unsigned int >	Cell1DNeighbourCell2Ds (const unsigned int &cell1DIndex) const

bool	Cell1DHasNeighbourCell2D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex) const

void	Cell1DResetNeighbourCell2D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex)
	Reset the Cell1D Cell2D neighbour to empty value (Cell1DHasNeighbourCell2D is false)

unsigned int	Cell1DMarker (const unsigned int &cell1DIndex) const

std::vector< unsigned int >	Cell1DsMarker () const

bool	Cell1DIsActive (const unsigned int &cell1DIndex) const

std::vector< bool >	Cell1DsState () const

bool	Cell1DHasOriginalCell1D (const unsigned int &updatedCell1DIndex) const

unsigned int	Cell1DOriginalCell1D (const unsigned int &updatedCell1DIndex) const

bool	Cell1DHasUpdatedCell1Ds (const unsigned int &cell1DIndex) const

unsigned int	Cell1DNumberUpdatedCell1Ds (const unsigned int &cell1DIndex) const

bool	Cell1DHasUpdatedCell1D (const unsigned int &cell1DIndex, const unsigned int &updatedCell1DIdex) const

void	Cell1DInsertUpdatedCell1D (const unsigned int &cell1DIndex, const unsigned int &updatedCell1DIdex)
	Add the new Cell1D to an existing Cell1D.

bool	Cell1DUpdatedCell1Ds (const unsigned int &cell1DIndex, std::list< unsigned int > &updatedCell1DIds) const
	return the updated Cell1D Ids for cell1DIndex

void	Cell1DInitializeDoubleProperties (const unsigned int &numberDoubleProperties)
	Initialize the Cell1Ds double properties.

std::vector< std::vector< unsigned int > >	Cell1DsNeighbourCell3Ds () const

void	Cell1DsInitializeNeighbourCell3Ds (const std::vector< unsigned int > &numberNeighbourCell3Ds)
	Initialize the Cell1Ds Cell3D neighbours number.

void	Cell1DInitializeNeighbourCell3Ds (const unsigned int &cell1DIndex, const unsigned int &numberNeighbourCell3Ds)
	Initialize the Cell1D Cell3D neighbours number.

void	Cell1DInitializeNeighbourCell3Ds (const unsigned int &cell1DIndex, const std::vector< unsigned int > &neighbourCell3Ds)

void	Cell1DInsertNeighbourCell3D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex, const unsigned int &neigbourCell3DIndex)
	Insert the Cell1D Cell3D neighbour.

unsigned int	Cell1DNumberNeighbourCell3D (const unsigned int &cell1DIndex) const

unsigned int	Cell1DNeighbourCell3D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex) const

std::vector< unsigned int >	Cell1DNeighbourCell3Ds (const unsigned int &cell1DIndex) const

bool	Cell1DHasNeighbourCell3D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex) const

void	Cell1DResetNeighbourCell3D (const unsigned int &cell1DIndex, const unsigned int &neighbourIndex)
	Reset the Cell1D Cell3D neighbour to empty value (Cell1DHasNeighbourCell3D is false)

unsigned int	Cell1DAddDoubleProperty (const std::string &propertyId)
	Add the Cell1Ds double property identified by id.

void	Cell1DsInitializeDoublePropertyValues (const unsigned int &propertyIndex, const std::vector< unsigned int > &propertySizes)
	Initialize the Cell1Ds double property sizes.

void	Cell1DInitializeDoublePropertyValues (const unsigned int &cell1DIndex, const unsigned int &propertyIndex, const unsigned int &propertySize)
	Initialize the Cell1Ds double property size.

void	Cell1DInsertDoublePropertyValue (const unsigned int &cell1DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex, const double &propertyValue)
	Insert the Cell1Ds double property value at position.

unsigned int	Cell1DNumberDoubleProperties () const

std::string	Cell1DDoublePropertyId (const unsigned int &propertyIndex) const

bool	Cell1DDoublePropertyExists (const std::string &propertyId) const

unsigned int	Cell1DDoublePropertyIndex (const std::string &propertyId) const

unsigned int	Cell1DDoublePropertySize (const unsigned int &cell1DIndex, const unsigned int &propertyIndex) const

double	Cell1DDoublePropertyValue (const unsigned int &cell1DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex) const

void	Cell2DsInitialize (const unsigned int &numberCell2Ds)
	Initialize the Cell2Ds container.

unsigned int	Cell2DAppend (const unsigned int &numberCell2Ds)
	Append Cell2Ds to the Cell2Ds container.

void	Cell2DRemove (const unsigned int &cell2DIndex)
	Remove the Cell2D from the mesh.

void	Cell2DSetMarker (const unsigned int &cell2DIndex, const unsigned int &marker)
	Set the Cell2D Marker.

void	Cell2DSetState (const unsigned int &cell2DIndex, const bool &state)
	Set the Cell1D state.

void	Cell2DsInitializeVertices (const unsigned int &numberCell2DVertices)
	Initialize the Cell2Ds vertices number.

void	Cell2DsInitializeVertices (const std::vector< unsigned int > &numberCell2DsVertices)
	Initialize the Cell2Ds vertices number.

void	Cell2DInitializeVertices (const unsigned int &cell2DIndex, const unsigned int &numberCell2DVertices)
	Initialize the Cell2D vertices number.

void	Cell2DsInitializeEdges (const unsigned int &numberCell2DEdges)
	Initialize the Cell2Ds edges number.

void	Cell2DsInitializeEdges (const std::vector< unsigned int > &numberCell2DsEdges)
	Initialize the Cell2Ds edges number.

void	Cell2DInitializeEdges (const unsigned int &cell2DIndex, const unsigned int &numberCell2DEdges)
	Initialize the Cell2D edges number.

void	Cell2DInsertVertices (const unsigned int &cell2DIndex, const std::vector< unsigned int > &verticesCell0DIndices)
	Insert the Cell2D vertex.

void	Cell2DInsertVertex (const unsigned int &cell2DIndex, const unsigned int &vertexIndex, const unsigned int &vertexCell0DIndex)
	Insert the Cell2D vertex.

void	Cell2DInsertEdges (const unsigned int &cell2DIndex, const std::vector< unsigned int > &edgesCell1DIndices)
	Insert the Cell2D edge.

void	Cell2DInsertEdge (const unsigned int &cell2DIndex, const unsigned int &edgeIndex, const unsigned int &edgeCell1DIndex)
	Insert the Cell2D edge.

void	Cell2DAddVertices (const unsigned int &cell2DIndex, const std::vector< unsigned int > &verticesCell0DIndices)
	Add the Cell2D vertices.

void	Cell2DAddEdges (const unsigned int &cell2DIndex, const std::vector< unsigned int > &edgesCell1DIndices)
	Add the Cell2D edges.

void	Cell2DAddVerticesAndEdges (const unsigned int &cell2DIndex, const Eigen::MatrixXi &verticesAndEdgesIndices)
	Cell2D Add Vertices And Edges.

unsigned int	Cell2DTotalNumber () const

unsigned int	Cell2DNumberVertices (const unsigned int &cell2DIndex) const

unsigned int	Cell2DNumberEdges (const unsigned int &cell2DIndex) const

std::vector< unsigned int >	Cell2DVertices (const unsigned int &cell2DIndex) const

std::vector< std::vector< unsigned int > >	Cell2DsVertices () const

std::vector< Eigen::MatrixXi >	Cell2DsExtremes () const

unsigned int	Cell2DVertex (const unsigned int &cell2DIndex, const unsigned int &vertexIndex) const

Eigen::Vector3d	Cell2DVertexCoordinates (const unsigned int &cell2DIndex, const unsigned int &vertexIndex) const

Eigen::MatrixXd	Cell2DVerticesCoordinates (const unsigned int &cell2DIndex) const

unsigned int	Cell2DFindVertex (const unsigned int &cell2DIndex, const unsigned int &cell0DIndex) const

std::vector< unsigned int >	Cell2DEdges (const unsigned int &cell2DIndex) const

unsigned int	Cell2DEdge (const unsigned int &cell2DIndex, const unsigned int &edgeIndex) const

unsigned int	Cell2DFindEdge (const unsigned int &cell2DIndex, const unsigned int &cell1DIndex) const

unsigned int	Cell2DFindEdgeByExtremes (const unsigned int &cell2DIndex, const unsigned int &originCell0DIndex, const unsigned int &endCell0DIndex) const

unsigned int	Cell2DMarker (const unsigned int &cell2DIndex) const

std::vector< unsigned int >	Cell2DsMarker () const

bool	Cell2DIsActive (const unsigned int &cell2DIndex) const

std::vector< bool >	Cell2DsState () const

bool	Cell2DHasUpdatedCell2Ds (const unsigned int &cell2DIndex) const

unsigned int	Cell2DNumberUpdatedCell2Ds (const unsigned int &cell2DIndex) const

bool	Cell2DHasUpdatedCell2D (const unsigned int &cell2DIndex, const unsigned int &updatedCell2DIndex) const

void	Cell2DInsertUpdatedCell2D (const unsigned int &cell2DIndex, const unsigned int &updatedCell2DIdex)
	Add the new Cell2D to an existing Cell2D.

bool	Cell2DHasOriginalCell2D (const unsigned int &updatedCell2DIndex) const

unsigned int	Cell2DOriginalCell2D (const unsigned int &updatedCell2DIndex) const

bool	Cell2DUpdatedCell2Ds (const unsigned int &cell2DIndex, std::list< unsigned int > &updatedCell2DIds) const
	return the updated Cell2D Ids for cell2DIndex

std::vector< std::vector< unsigned int > >	Cell2DsNeighbourCell3Ds () const

void	Cell2DsInitializeNeighbourCell3Ds (const std::vector< unsigned int > &numberNeighbourCell3Ds)
	Initialize the Cell2Ds Cell3D neighbours number.

void	Cell2DInitializeNeighbourCell3Ds (const unsigned int &cell2DIndex, const unsigned int &numberNeighbourCell3Ds)
	Initialize the Cell2D Cell3D neighbours number.

void	Cell2DInitializeNeighbourCell3Ds (const unsigned int &cell2DIndex, const std::vector< unsigned int > &neighbourCell3Ds)

void	Cell2DInsertNeighbourCell3D (const unsigned int &cell2DIndex, const unsigned int &neighbourIndex, const unsigned int &neigbourCell3DIndex)
	Insert the Cell2D Cell3D neighbour.

unsigned int	Cell2DNumberNeighbourCell3D (const unsigned int &cell2DIndex) const

unsigned int	Cell2DNeighbourCell3D (const unsigned int &cell2DIndex, const unsigned int &neighbourIndex) const

std::vector< unsigned int >	Cell2DNeighbourCell3Ds (const unsigned int &cell2DIndex) const

bool	Cell2DHasNeighbourCell3D (const unsigned int &cell2DIndex, const unsigned int &neighbourIndex) const

void	Cell2DResetNeighbourCell3D (const unsigned int &cell2DIndex, const unsigned int &neighbourIndex)
	Reset the Cell2D Cell3D neighbour to empty value (Cell2DHasNeighbourCell3D is false)

void	Cell2DInitializeDoubleProperties (const unsigned int &numberDoubleProperties)
	Initialize the Cell2Ds double properties.

unsigned int	Cell2DAddDoubleProperty (const std::string &propertyId)
	Add the Cell2Ds double property identified by id.

void	Cell2DsInitializeDoublePropertyValues (const unsigned int &propertyIndex, const std::vector< unsigned int > &propertySizes)
	Initialize the Cell2Ds double property sizes.

void	Cell2DInitializeDoublePropertyValues (const unsigned int &cell2DIndex, const unsigned int &propertyIndex, const unsigned int &propertySize)
	Initialize the Cell2Ds double property size.

void	Cell2DInsertDoublePropertyValue (const unsigned int &cell2DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex, const double &propertyValue)
	Insert the Cell2Ds double property value at position.

unsigned int	Cell2DNumberDoubleProperties () const

std::string	Cell2DDoublePropertyId (const unsigned int &propertyIndex) const

bool	Cell2DDoublePropertyExists (const std::string &propertyId) const

unsigned int	Cell2DDoublePropertyIndex (const std::string &propertyId) const

unsigned int	Cell2DDoublePropertySize (const unsigned int &cell2DIndex, const unsigned int &propertyIndex) const

double	Cell2DDoublePropertyValue (const unsigned int &cell2DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex) const

void	Cell2DsInitializeSubDivision (const std::vector< unsigned int > &numberSubDivisions)
	Initialize the Cell2D subdivision number for each Cell2D.

void	Cell2DInitializeSubDivision (const unsigned int &cell2DIndex, const unsigned int &numberSubDivision)
	Initialize the Cell2D subdivision number.

void	Cell2DInsertSubDivision (const unsigned int &cell2DIndex, const unsigned int &subDivisionIndex, const unsigned int &cell0DIndex)
	Insert the subDivision vertex index.

unsigned int	Cell2DNumberSubDivision (const unsigned int &cell2DIndex) const

unsigned int	Cell2DSubDivisionCell0D (const unsigned int &cell2DIndex, const unsigned int &subDivisionIndex) const

void	Cell3DsInitialize (const unsigned int &numberCell3Ds)
	Initialize the Cell3Ds container.

unsigned int	Cell3DAppend (const unsigned int &numberCell3Ds)
	Append Cell3Ds to the Cell3Ds container.

void	Cell3DRemove (const unsigned int &cell3DIndex)
	Remove the Cell3D from the mesh.

void	Cell3DSetMarker (const unsigned int &cell3DIndex, const unsigned int &marker)
	Set the Cell1D Marker.

void	Cell3DSetState (const unsigned int &cell3DIndex, const bool &state)
	Set the Cell3D state.

void	Cell3DsInitializeVertices (const std::vector< unsigned int > &numberCell3DsVertices)
	Initialize the Cell3Ds vertices number.

void	Cell3DsInitializeEdges (const std::vector< unsigned int > &numberCell3DsEdges)
	Initialize the Cell3Ds edges number.

void	Cell3DsInitializeFaces (const std::vector< unsigned int > &numberCell3DsFaces)
	Initialize the Cell3Ds faces number.

void	Cell3DInitializeVertices (const unsigned int &cell3DIndex, const unsigned int &numberCell3DVertices)
	Initialize the Cell3D vertices number.

void	Cell3DInitializeEdges (const unsigned int &cell3DIndex, const unsigned int &numberCell3DEdges)
	Initialize the Cell3D edges number.

void	Cell3DInitializeFaces (const unsigned int &cell3DIndex, const unsigned int &numberCell3DFaces)
	Initialize the Cell3D faces number.

void	Cell3DInsertVertex (const unsigned int &cell3DIndex, const unsigned int &vertexIndex, const unsigned int &vertexCell0DIndex)
	Insert the Cell3D vertex.

void	Cell3DInsertVertices (const unsigned int &cell3DIndex, const std::vector< unsigned int > &verticesCell0DIndices)
	Insert the Cell3D vertex.

void	Cell3DInsertEdge (const unsigned int &cell3DIndex, const unsigned int &edgeIndex, const unsigned int &edgeCell1DIndex)
	Insert the Cell3D edge.

void	Cell3DInsertEdges (const unsigned int &cell3DIndex, const std::vector< unsigned int > &edgesCell1DIndices)
	Insert the Cell3D edges.

void	Cell3DInsertFace (const unsigned int &cell3DIndex, const unsigned int &faceIndex, const unsigned int &faceCell2DIndex)
	Insert the Cell3D face.

void	Cell3DInsertFaces (const unsigned int &cell3DIndex, const std::vector< unsigned int > &facesCell2DIndices)
	Insert the Cell3D faces.

void	Cell3DAddVertices (const unsigned int &cell3DIndex, const std::vector< unsigned int > &verticesCell0DIndices)
	Add the Cell3D vertices.

void	Cell3DAddEdges (const unsigned int &cell3DIndex, const std::vector< unsigned int > &edgesCell1DIndices)
	Add the Cell3D edges.

void	Cell3DAddFaces (const unsigned int &cell3DIndex, const std::vector< unsigned int > &facesCell2DIndices)
	Add the Cell3D faces.

unsigned int	Cell3DFindVertex (const unsigned int &cell3DIndex, const unsigned int &cell0DIndex) const

unsigned int	Cell3DFindEdge (const unsigned int &cell3DIndex, const unsigned int &cell1DIndex) const

unsigned int	Cell3DFindFace (const unsigned int &cell3DIndex, const unsigned int &cell2DIndex) const

unsigned int	Cell3DFindEdgeByExtremes (const unsigned int &cell3DIndex, const unsigned int &originCell0DIndex, const unsigned int &endCell0DIndex) const

unsigned int	Cell3DTotalNumber () const

unsigned int	Cell3DNumberVertices (const unsigned int &cell3DIndex) const

unsigned int	Cell3DNumberEdges (const unsigned int &cell3DIndex) const

unsigned int	Cell3DNumberFaces (const unsigned int &cell3DIndex) const

std::vector< unsigned int >	Cell3DVertices (const unsigned int &cell3DIndex) const

unsigned int	Cell3DVertex (const unsigned int &cell3DIndex, const unsigned int &vertexIndex) const

Eigen::Vector3d	Cell3DVertexCoordinates (const unsigned int &cell3DIndex, const unsigned int &vertexIndex) const

Eigen::MatrixXd	Cell3DVerticesCoordinates (const unsigned int &cell3DIndex) const

std::vector< unsigned int >	Cell3DEdges (const unsigned int &cell3DIndex) const

unsigned int	Cell3DEdge (const unsigned int &cell3DIndex, const unsigned int &edgeIndex) const

std::vector< unsigned int >	Cell3DFaces (const unsigned int &cell3DIndex) const

unsigned int	Cell3DFace (const unsigned int &cell3DIndex, const unsigned int &faceIndex) const

std::vector< std::vector< std::vector< unsigned int > > >	Cell3DsFacesVertices () const

std::vector< std::vector< unsigned int > >	Cell3DsVertices () const

std::vector< std::vector< unsigned int > >	Cell3DsEdges () const

std::vector< std::vector< unsigned int > >	Cell3DsFaces () const

unsigned int	Cell3DMarker (const unsigned int &cell3DIndex) const

std::vector< unsigned int >	Cell3DsMarker () const

bool	Cell3DIsActive (const unsigned int &cell3DIndex) const

std::vector< bool >	Cell3DsState () const

bool	Cell3DHasUpdatedCell3Ds (const unsigned int &cell3DIndex) const

unsigned int	Cell3DNumberUpdatedCell3Ds (const unsigned int &cell3DIndex) const

bool	Cell3DHasUpdatedCell3D (const unsigned int &cell3DIndex, const unsigned int &updatedCell3DIdex) const

void	Cell3DInsertUpdatedCell3D (const unsigned int &cell3DIndex, const unsigned int &updatedCell3DIdex)
	Add the new Cell3D to an existing Cell3D.

bool	Cell3DUpdatedCell3Ds (const unsigned int &cell3DIndex, std::list< unsigned int > &updatedCell3DIds) const
	return the updated Cell3D Ids for cell3DIndex

bool	Cell3DHasOriginalCell3D (const unsigned int &updatedCell3DIndex) const

unsigned int	Cell3DOriginalCell3D (const unsigned int &updatedCell3DIndex) const

void	Cell3DInitializeDoubleProperties (const unsigned int &numberDoubleProperties)
	Initialize the Cell3Ds double properties.

unsigned int	Cell3DAddDoubleProperty (const std::string &propertyId)
	Add the Cell3Ds double property identified by id.

void	Cell3DsInitializeDoublePropertyValues (const unsigned int &propertyIndex, const std::vector< unsigned int > &propertySizes)
	Initialize the Cell3Ds double property sizes.

void	Cell3DInitializeDoublePropertyValues (const unsigned int &cell3DIndex, const unsigned int &propertyIndex, const unsigned int &propertySize)
	Initialize the Cell3Ds double property size.

void	Cell3DInsertDoublePropertyValue (const unsigned int &cell3DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex, const double &propertyValue)
	Insert the Cell3Ds double property value at position.

unsigned int	Cell3DNumberDoubleProperties () const

std::string	Cell3DDoublePropertyId (const unsigned int &propertyIndex) const

bool	Cell3DDoublePropertyExists (const std::string &propertyId) const

unsigned int	Cell3DDoublePropertyIndex (const std::string &propertyId) const

unsigned int	Cell3DDoublePropertySize (const unsigned int &cell3DIndex, const unsigned int &propertyIndex) const

double	Cell3DDoublePropertyValue (const unsigned int &cell3DIndex, const unsigned int &propertyIndex, const unsigned int &propertyValueIndex) const

void	Compress ()
	Compact the mesh to save memory.

std::string	ToString ()

template<typename T >
void	ResizeNumberVectorWithNewNumberElements (vector< unsigned int > &numberElementVector, vector< T > &elementVector, const unsigned int &numberElements, const unsigned int &vectorIndex, const unsigned int &newNumberElements, const T &newElementInitialization)

template<class Container , class T >
void	AlignMapContainerHigherElements (unordered_map< unsigned int, Container > &elements, const T &minElement, const T &newElementInitialization)

Public Member Functions inherited from Gedim::IMeshDAO
virtual	~IMeshDAO ()

Constructor & Destructor Documentation

◆ MeshMatricesDAO()

Gedim::MeshMatricesDAO::MeshMatricesDAO ( Gedim::MeshMatrices & mesh )

◆ ~MeshMatricesDAO()

Gedim::MeshMatricesDAO::~MeshMatricesDAO ( )

Member Function Documentation

◆ AlignMapContainerHigherElements()

template<class Container , class T >

void Gedim::MeshMatricesDAO::AlignMapContainerHigherElements	(	unordered_map< unsigned int, Container > &	elements,
		const T &	minElement,
		const T &	newElementInitialization
	)

◆ Cell0DAddDoubleProperty()

unsigned int Gedim::MeshMatricesDAO::Cell0DAddDoubleProperty ( const std::string & propertyId )

virtual

Add the Cell0Ds double property identified by id.

Parameters

propertyId the id of Cell0Ds property

Returns: the double property position

Implements Gedim::IMeshDAO.

◆ Cell0DAppend()

unsigned int Gedim::MeshMatricesDAO::Cell0DAppend ( const unsigned int & numberCell0Ds )

virtual

Append Cell0Ds to the Cell0Ds container.

Parameters

numberCell0Ds the number of Cell0Ds to append

Returns: the previous number of Cell0Ds before the append operation

Implements Gedim::IMeshDAO.

◆ Cell0DCoordinates()

Eigen::Vector3d Gedim::MeshMatricesDAO::Cell0DCoordinates ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the coordinates as Eigen Vector3d of cell0D, size 3x1

Implements Gedim::IMeshDAO.

◆ Cell0DCoordinateX()

double Gedim::MeshMatricesDAO::Cell0DCoordinateX ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the X coordinate of cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DCoordinateY()

double Gedim::MeshMatricesDAO::Cell0DCoordinateY ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the Y coordinate of cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DCoordinateZ()

double Gedim::MeshMatricesDAO::Cell0DCoordinateZ ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the Z coordinate of cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DDoublePropertyExists()

bool Gedim::MeshMatricesDAO::Cell0DDoublePropertyExists ( const std::string & propertyId ) const

inlinevirtual

Returns: true if the double propertyId of Cell0Ds exists

Parameters

propertyId the id of Cell0D double property

Implements Gedim::IMeshDAO.

◆ Cell0DDoublePropertyId()

std::string Gedim::MeshMatricesDAO::Cell0DDoublePropertyId ( const unsigned int & propertyIndex ) const

inlinevirtual

Returns: the id of the double property of Cell0Ds

Parameters

propertyIndex the index of Cell0D double property from 0 to Cell0DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell0DDoublePropertyIndex()

unsigned int Gedim::MeshMatricesDAO::Cell0DDoublePropertyIndex ( const std::string & propertyId ) const

inlinevirtual

Returns: the propertyIndex of the double property of Cell0Ds from 0 to Cell0DNumberProperties()

Parameters

propertyId the id of Cell0D double property

Implements Gedim::IMeshDAO.

◆ Cell0DDoublePropertySize()

unsigned int Gedim::MeshMatricesDAO::Cell0DDoublePropertySize	(	const unsigned int &	cell0DIndex,
		const unsigned int &	propertyIndex
	)		const

inlinevirtual

Returns: the size of the double property of Cell0D

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
propertyIndex	the index of Cell0D double property from 0 to Cell0DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell0DDoublePropertyValue()

double Gedim::MeshMatricesDAO::Cell0DDoublePropertyValue	(	const unsigned int &	cell0DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex
	)		const

inlinevirtual

Returns: the value of the double property at valueIndex of Cell0D

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
propertyIndex	the index of Cell0D double property from 0 to Cell0DNumberProperties()
propertyValueIndex	the index of Cell0D double property value from 0 to Cell0DDoublePropertySize()

Implements Gedim::IMeshDAO.

◆ Cell0DHasNeighbourCell1D()

bool Gedim::MeshMatricesDAO::Cell0DHasNeighbourCell1D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of neigbourh Cell1D from 0 to Cell0DNumberNeighbourCell1D(cell0DIndex)

Returns: true if Neighbour Cell1Ds of Cell0D at position neighbourIndex exists

Implements Gedim::IMeshDAO.

◆ Cell0DHasNeighbourCell2D()

bool Gedim::MeshMatricesDAO::Cell0DHasNeighbourCell2D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of neigbourh Cell2D from 0 to Cell0DNumberNeighbourCell2D(cell0DIndex)

Returns: true if Neighbour Cell2Ds of Cell0D at position neighbourIndex exists

Implements Gedim::IMeshDAO.

◆ Cell0DHasNeighbourCell3D()

bool Gedim::MeshMatricesDAO::Cell0DHasNeighbourCell3D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of neigbourh Cell3D from 0 to Cell0DNumberNeighbourCell3D(cell0DIndex)

Returns: true if Neighbour Cell3Ds of Cell0D at position neighbourIndex exists

Implements Gedim::IMeshDAO.

◆ Cell0DHasUpdatedCell0D()

bool Gedim::MeshMatricesDAO::Cell0DHasUpdatedCell0D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	updatedCell0DIdex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
updatedCell0DIdex	the index of the new cell0D from 0 to Cell0DTotalNumber()

Returns: if the cell0D has the updatedCell0DIdex associated

Implements Gedim::IMeshDAO.

◆ Cell0DHasUpdatedCell0Ds()

bool Gedim::MeshMatricesDAO::Cell0DHasUpdatedCell0Ds ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: if the cell0D has new cell0Ds associated

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeDoubleProperties()

void Gedim::MeshMatricesDAO::Cell0DInitializeDoubleProperties ( const unsigned int & numberDoubleProperties )

virtual

Initialize the Cell0Ds double properties.

Parameters

numberDoubleProperties the total number of Cell0Ds properties

Note: No reset of Cell0Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell0DInitializeDoublePropertyValues	(	const unsigned int &	cell0DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	porpertySize
	)

virtual

Initialize the Cell0Ds double property size.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
propertyIndex	the index of Cell0D double property from 0 to Cell0DNumberProperties()
porpertySize	the double property size of Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeNeighbourCell1Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell0DInitializeNeighbourCell1Ds	(	const unsigned int &	cell0DIndex,
		const std::vector< unsigned int > &	neighbourCell1Ds
	)

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeNeighbourCell1Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell0DInitializeNeighbourCell1Ds	(	const unsigned int &	cell0DIndex,
		const unsigned int &	numberNeighbourCell1Ds
	)

inlinevirtual

Initialize the Cell0D Cell1D neighbours number.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
numberNeighbourCell1Ds	the number of Cell1D neighbours of the Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeNeighbourCell2Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell0DInitializeNeighbourCell2Ds	(	const unsigned int &	cell0DIndex,
		const std::vector< unsigned int > &	neighbourCell2Ds
	)

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeNeighbourCell2Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell0DInitializeNeighbourCell2Ds	(	const unsigned int &	cell0DIndex,
		const unsigned int &	numberNeighbourCell2Ds
	)

inlinevirtual

Initialize the Cell0D Cell2D neighbours number.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
numberNeighbourCell2Ds	the number of Cell2D neighbours of the Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeNeighbourCell3Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell0DInitializeNeighbourCell3Ds	(	const unsigned int &	cell0DIndex,
		const std::vector< unsigned int > &	neighbourCell3Ds
	)

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DInitializeNeighbourCell3Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell0DInitializeNeighbourCell3Ds	(	const unsigned int &	cell0DIndex,
		const unsigned int &	numberNeighbourCell3Ds
	)

virtual

Initialize the Cell0D Cell3D neighbours number.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
numberNeighbourCell3Ds	the number of Cell3D neighbours of the Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DInsertCoordinates()

void Gedim::MeshMatricesDAO::Cell0DInsertCoordinates	(	const unsigned int &	cell0DIndex,
		const Eigen::Vector3d &	coordinates
	)

virtual

Add the Cell0D Coordinates.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
coordinates	the coordinates of the Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DInsertDoublePropertyValue()

void Gedim::MeshMatricesDAO::Cell0DInsertDoublePropertyValue	(	const unsigned int &	cell0DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex,
		const double &	propertyValue
	)

inlinevirtual

Insert the Cell0Ds double property value at position.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
propertyIndex	the index of Cell0D double property from 0 to Cell0DNumberProperties()
propertyIndex	the index of Cell0D double property from 0 to Cell0DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell0DInsertNeighbourCell1D()

void Gedim::MeshMatricesDAO::Cell0DInsertNeighbourCell1D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex,
		const unsigned int &	neigbourCell1DIndex
	)

inlinevirtual

Insert the Cell0D Cell1D neighbour.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of Cell1D neighbour of the Cell0D from 0 to Cell0DNumberNeighbourCell1D(cell0DIndex)
neigbourCell1DIndex	the Cell1D neighbour index from 0 to Cell1DTotalNumber()

Note: Cell0DInitializeNeighbourCell1Ds() shall be called before

Implements Gedim::IMeshDAO.

◆ Cell0DInsertNeighbourCell2D()

void Gedim::MeshMatricesDAO::Cell0DInsertNeighbourCell2D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex,
		const unsigned int &	neigbourCell2DIndex
	)

inlinevirtual

Insert the Cell0D Cell2D neighbour.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of Cell2D neighbour of the Cell0D from 0 to Cell0DNumberNeighbourCell2D(cell0DIndex)
neigbourCell2DIndex	the Cell2D neighbour index from 0 to Cell2DTotalNumber()

Note: Cell0DInitializeNeighbourCell2Ds() shall be called before

Implements Gedim::IMeshDAO.

◆ Cell0DInsertNeighbourCell3D()

void Gedim::MeshMatricesDAO::Cell0DInsertNeighbourCell3D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex,
		const unsigned int &	neigbourCell3DIndex
	)

inlinevirtual

Insert the Cell0D Cell3D neighbour.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of Cell3D neighbour of the Cell0D from 0 to Cell0DNumberNeighbourCell3D(cell0DIndex)
neigbourCell3DIndex	the Cell3D neighbour index from 0 to Cell3DTotalNumber()

Note: Cell0DInitializeNeighbourCell3Ds() shall be called before

Implements Gedim::IMeshDAO.

◆ Cell0DInsertUpdatedCell0D()

void Gedim::MeshMatricesDAO::Cell0DInsertUpdatedCell0D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	updatedCell0DIdex
	)

virtual

Add the new Cell0D to an existing Cell0D.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
updatedCell0DIdex	the index of the new cell0D from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DIsActive()

bool Gedim::MeshMatricesDAO::Cell0DIsActive ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: if the cell0D is active

Implements Gedim::IMeshDAO.

◆ Cell0DMarker()

unsigned int Gedim::MeshMatricesDAO::Cell0DMarker ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the cell0D marker

Implements Gedim::IMeshDAO.

◆ Cell0DNeighbourCell1D()

unsigned int Gedim::MeshMatricesDAO::Cell0DNeighbourCell1D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of neigbourh Cell1D from 0 to Cell0DNumberNeighbourCell1D(cell0DIndex)

Returns: the Cell1D index of Neighbour Cell1Ds of Cell0D from 0 to Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DNeighbourCell1Ds()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell0DNeighbourCell1Ds ( const unsigned int & cell0DIndex ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell0DNeighbourCell2D()

unsigned int Gedim::MeshMatricesDAO::Cell0DNeighbourCell2D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of neigbourh Cell2D from 0 to Cell0DNumberNeighbourCell2D(cell0DIndex)

Returns: the Cell2D index of Neighbour Cell2Ds of Cell0D from 0 to Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DNeighbourCell2Ds()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell0DNeighbourCell2Ds ( const unsigned int & cell0DIndex ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell0DNeighbourCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell0DNeighbourCell3D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of neigbourh Cell3D from 0 to Cell0DNumberNeighbourCell3D(cell0DIndex)

Returns: the Cell3D index of Neighbour Cell3Ds of Cell0D from 0 to Cell3DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DNeighbourCell3Ds()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell0DNeighbourCell3Ds ( const unsigned int & cell0DIndex ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell0DNumberDoubleProperties()

unsigned int Gedim::MeshMatricesDAO::Cell0DNumberDoubleProperties ( ) const

inlinevirtual

Returns: the total number of double properties of Cell0Ds

Implements Gedim::IMeshDAO.

◆ Cell0DNumberNeighbourCell1D()

unsigned int Gedim::MeshMatricesDAO::Cell0DNumberNeighbourCell1D ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the number of Neighbour Cell1Ds of Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DNumberNeighbourCell2D()

unsigned int Gedim::MeshMatricesDAO::Cell0DNumberNeighbourCell2D ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the number of Neighbour Cell2Ds of Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DNumberNeighbourCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell0DNumberNeighbourCell3D ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the number of Neighbour Cell3Ds of Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DNumberUpdatedCell0Ds()

unsigned int Gedim::MeshMatricesDAO::Cell0DNumberUpdatedCell0Ds ( const unsigned int & cell0DIndex ) const

inlinevirtual

Parameters

cell0DIndex the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the number of new cell0Ds associated to cell0DIndex

Implements Gedim::IMeshDAO.

◆ Cell0DRemove()

void Gedim::MeshMatricesDAO::Cell0DRemove ( const unsigned int & cell0DIndex )

virtual

Remove the Cell0D from the mesh.

Parameters

cell0DIndex the index of Cell0D from 0 to Cell0DTotalNumber()

Note: the cell0D is removed and no integrity check in the mesh are performed

Implements Gedim::IMeshDAO.

◆ Cell0DResetNeighbourCell1D()

void Gedim::MeshMatricesDAO::Cell0DResetNeighbourCell1D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)

inlinevirtual

Reset the Cell0D Cell1D neighbour to empty value (Cell0DHasNeighbourCell1D is false)

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of Cell1D neighbour of the Cell0D from 0 to Cell0DNumberNeighbourCell1D(cell0DIndex)

Implements Gedim::IMeshDAO.

◆ Cell0DResetNeighbourCell2D()

void Gedim::MeshMatricesDAO::Cell0DResetNeighbourCell2D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)

inlinevirtual

Reset the Cell0D Cell2D neighbour to empty value (Cell0DHasNeighbourCell2D is false)

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of Cell2D neighbour of the Cell0D from 0 to Cell0DNumberNeighbourCell2D(cell0DIndex)

Implements Gedim::IMeshDAO.

◆ Cell0DResetNeighbourCell3D()

void Gedim::MeshMatricesDAO::Cell0DResetNeighbourCell3D	(	const unsigned int &	cell0DIndex,
		const unsigned int &	neighbourIndex
	)

inlinevirtual

Reset the Cell0D Cell3D neighbour to empty value (Cell0DHasNeighbourCell3D is false)

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
neighbourIndex	the number of Cell3D neighbour of the Cell0D from 0 to Cell0DNumberNeighbourCell3D(cell0DIndex)

Implements Gedim::IMeshDAO.

◆ Cell0DsCoordinates() [1/2]

MatrixXd Gedim::MeshMatricesDAO::Cell0DsCoordinates ( ) const

virtual

Returns: the coordinates as Eigen MatrixXd of cell0D, size 3xCell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DsCoordinates() [2/2]

MatrixXd Gedim::MeshMatricesDAO::Cell0DsCoordinates ( const std::vector< unsigned int > & cell0Ds ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DSetMarker()

void Gedim::MeshMatricesDAO::Cell0DSetMarker	(	const unsigned int &	cell0DIndex,
		const unsigned int &	marker
	)

inlinevirtual

Set the Cell0D Marker.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
marker	the marker of the Cell0D

Implements Gedim::IMeshDAO.

◆ Cell0DSetState()

void Gedim::MeshMatricesDAO::Cell0DSetState	(	const unsigned int &	cell0DIndex,
		const bool &	state
	)

inlinevirtual

Set the Cell0D state.

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
state	true if Cell0D is active, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell0DsInitialize()

void Gedim::MeshMatricesDAO::Cell0DsInitialize ( const unsigned int & numberCell0Ds )

virtual

Initialize the Cell0Ds container.

Parameters

numberCell0Ds the total number of Cell0Ds

Note: No reset of Cell0Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell0DsInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell0DsInitializeDoublePropertyValues	(	const unsigned int &	propertyIndex,
		const std::vector< unsigned int > &	porpertySizes
	)

inlinevirtual

Initialize the Cell0Ds double property sizes.

Parameters

propertyIndex	the index of Cell0D double property from 0 to Cell0DNumberProperties()
porpertySize	the double property size of each Cell0D, size 1 x Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DsInitializeNeighbourCell1Ds()

void Gedim::MeshMatricesDAO::Cell0DsInitializeNeighbourCell1Ds ( const std::vector< unsigned int > & numbersNeighbourCell1Ds )

inlinevirtual

Initialize the Cell0Ds Cell1D neighbours number.

Parameters

numbersNeighbourCell1Ds the number of Cell1D neighbours of each Cell0D, size 1 x Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DsInitializeNeighbourCell2Ds()

void Gedim::MeshMatricesDAO::Cell0DsInitializeNeighbourCell2Ds ( const std::vector< unsigned int > & numbersNeighbourCell2Ds )

inlinevirtual

Initialize the Cell0Ds Cell2D neighbours number.

Parameters

numbersNeighbourCell2Ds the number of Cell2D neighbours of each Cell0D, size 1 x Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DsInitializeNeighbourCell3Ds()

void Gedim::MeshMatricesDAO::Cell0DsInitializeNeighbourCell3Ds ( const std::vector< unsigned int > & numbersNeighbourCell3Ds )

virtual

Initialize the Cell0Ds Cell3D neighbours number.

Parameters

numbersNeighbourCell3Ds the number of Cell3D neighbours of each Cell0D, size 1 x Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DsInsertCoordinates()

void Gedim::MeshMatricesDAO::Cell0DsInsertCoordinates ( const Eigen::MatrixXd & coordinates )

virtual

Add the Cell0Ds Coordinates.

Parameters

coordinates the coordinates of the Cell0Ds, size 3 x Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell0DsMarker()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell0DsMarker ( ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell0DsNeighbourCell1Ds()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell0DsNeighbourCell1Ds ( ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DsNeighbourCell2Ds()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell0DsNeighbourCell2Ds ( ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DsNeighbourCell3Ds()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell0DsNeighbourCell3Ds ( ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell0DsState()

std::vector< bool > Gedim::MeshMatricesDAO::Cell0DsState ( ) const

inlinevirtual

Returns: the activation state of all cell0Ds

Implements Gedim::IMeshDAO.

◆ Cell0DTotalNumber()

unsigned int Gedim::MeshMatricesDAO::Cell0DTotalNumber ( ) const

inlinevirtual

Returns: the total number of Cell0Ds

Implements Gedim::IMeshDAO.

◆ Cell0DUpdatedCell0Ds()

bool Gedim::MeshMatricesDAO::Cell0DUpdatedCell0Ds	(	const unsigned int &	cell0DIndex,
		std::list< unsigned int > &	updatedCell0DIds
	)		const

virtual

return the updated Cell0D Ids for cell0DIndex

Parameters

cell0DIndex	the index of Cell0D from 0 to Cell0DTotalNumber()
updatedCell0DIds	the list of the new Cell0D Ids associated to cell0DIndex

Returns: true if the cell0DIndex is contained in the updatedCell0DIds list, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell1DAddDoubleProperty()

unsigned int Gedim::MeshMatricesDAO::Cell1DAddDoubleProperty ( const std::string & propertyId )

virtual

Add the Cell1Ds double property identified by id.

Parameters

propertyId the id of Cell1Ds property

Returns: the double property position

Implements Gedim::IMeshDAO.

◆ Cell1DAppend()

unsigned int Gedim::MeshMatricesDAO::Cell1DAppend ( const unsigned int & numberCell1Ds )

virtual

Append Cell1Ds to the Cell1Ds container.

Parameters

numberCell1Ds the number of Cell1Ds to append

Returns: the previous number of Cell1Ds before the append operation

Implements Gedim::IMeshDAO.

◆ Cell1DByExtremes()

unsigned int Gedim::MeshMatricesDAO::Cell1DByExtremes	(	const unsigned int &	originCell0DIndex,
		const unsigned int &	endCell0DIndex
	)		const

virtual

Returns: the Cell1D Index if Cell1D (origin->end) exists, Cell1DTotalNumber() otherwise

Parameters

originCell0DIndex	the Cell0D Id of origin from 0 to Cell0DTotalNumber()
endCell0DIndex	the Cell0D Id of origin from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DCoordinates()

Eigen::MatrixXd Gedim::MeshMatricesDAO::Cell1DCoordinates ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the coordinates of Cell1D, size 3x2

Implements Gedim::IMeshDAO.

◆ Cell1DDoublePropertyExists()

bool Gedim::MeshMatricesDAO::Cell1DDoublePropertyExists ( const std::string & propertyId ) const

inlinevirtual

Returns: true if the double propertyId of Cell1Ds exists

Parameters

propertyId the id of Cell1D double property

Implements Gedim::IMeshDAO.

◆ Cell1DDoublePropertyId()

std::string Gedim::MeshMatricesDAO::Cell1DDoublePropertyId ( const unsigned int & propertyIndex ) const

inlinevirtual

Returns: the id of the double property of Cell1Ds

Parameters

propertyIndex the index of Cell1D double property from 0 to Cell1DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell1DDoublePropertyIndex()

unsigned int Gedim::MeshMatricesDAO::Cell1DDoublePropertyIndex ( const std::string & propertyId ) const

inlinevirtual

Returns: the propertyIndex of the double property of Cell1Ds from 0 to Cell1DNumberProperties()

Parameters

propertyId the id of Cell1D double property

Implements Gedim::IMeshDAO.

◆ Cell1DDoublePropertySize()

unsigned int Gedim::MeshMatricesDAO::Cell1DDoublePropertySize	(	const unsigned int &	cell1DIndex,
		const unsigned int &	propertyIndex
	)		const

inlinevirtual

Returns: the size of the double property of Cell1D

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
propertyIndex	the index of Cell1D double property from 0 to Cell1DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell1DDoublePropertyValue()

double Gedim::MeshMatricesDAO::Cell1DDoublePropertyValue	(	const unsigned int &	cell1DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex
	)		const

inlinevirtual

Returns: the value of the double property at valueIndex of Cell1D

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
propertyIndex	the index of Cell1D double property from 0 to Cell1DNumberProperties()
propertyValueIndex	the index of Cell1D double property value from 0 to Cell1DDoublePropertySize()

Implements Gedim::IMeshDAO.

◆ Cell1DEnd()

unsigned int Gedim::MeshMatricesDAO::Cell1DEnd ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the end Cell0D index of Cell1D from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DEndCoordinates()

Eigen::Vector3d Gedim::MeshMatricesDAO::Cell1DEndCoordinates ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the end coordinates of Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DExtremes()

Eigen::VectorXi Gedim::MeshMatricesDAO::Cell1DExtremes ( const unsigned int & cell1DIndex ) const

inlinevirtual

Returns: the extrems as Eigen MatrixXi of cell1D, size 2

Parameters

cell1DIndex the index of Cell1D from 0 to Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DFindExtreme()

unsigned int Gedim::MeshMatricesDAO::Cell1DFindExtreme	(	const unsigned int &	cell1DIndex,
		const unsigned int &	cell0DIndex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the index of the cell0DIndex on the cell1D from 0 to 1, 2 if not found

Implements Gedim::IMeshDAO.

◆ Cell1DHasNeighbourCell2D()

bool Gedim::MeshMatricesDAO::Cell1DHasNeighbourCell2D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of neigbourh Cell2D from 0 to Cell1DNumberNeighbourCell2D(cell1DIndex)

Returns: true if Neighbour Cell2Ds of Cell1D at position neighbourIndex exists

Implements Gedim::IMeshDAO.

◆ Cell1DHasNeighbourCell3D()

bool Gedim::MeshMatricesDAO::Cell1DHasNeighbourCell3D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of neigbourh Cell3D from 0 to Cell1DNumberNeighbourCell3D(cell1DIndex)

Returns: true if Neighbour Cell3Ds of Cell1D at position neighbourIndex exists

Implements Gedim::IMeshDAO.

◆ Cell1DHasOriginalCell1D()

bool Gedim::MeshMatricesDAO::Cell1DHasOriginalCell1D ( const unsigned int & updatedCell1DIndex ) const

inlinevirtual

Parameters

updatedCell1DIndex the updated cell1D index, from 0 to Cell1DTotalNumber()

Returns: true if has an original cell, false otherwise (the original cell is itself)

Implements Gedim::IMeshDAO.

◆ Cell1DHasUpdatedCell1D()

bool Gedim::MeshMatricesDAO::Cell1DHasUpdatedCell1D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	updatedCell1DIdex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
updatedCell1DIdex	the index of the new Cell1D from 0 to Cell1DTotalNumber()

Returns: if the Cell1D has the updatedCell1DIdex associated

Implements Gedim::IMeshDAO.

◆ Cell1DHasUpdatedCell1Ds()

bool Gedim::MeshMatricesDAO::Cell1DHasUpdatedCell1Ds ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: if the cell1D has new cell1Ds associated

Implements Gedim::IMeshDAO.

◆ Cell1DInitializeDoubleProperties()

void Gedim::MeshMatricesDAO::Cell1DInitializeDoubleProperties ( const unsigned int & numberDoubleProperties )

virtual

Initialize the Cell1Ds double properties.

Parameters

numberDoubleProperties the total number of Cell1Ds properties

Note: No reset of Cell1Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell1DInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell1DInitializeDoublePropertyValues	(	const unsigned int &	cell1DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	porpertySize
	)

virtual

Initialize the Cell1Ds double property size.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
propertyIndex	the index of Cell1D double property from 0 to Cell1DNumberProperties()
porpertySize	the double property size of Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DInitializeNeighbourCell2Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell1DInitializeNeighbourCell2Ds	(	const unsigned int &	cell1DIndex,
		const std::vector< unsigned int > &	neighbourCell2Ds
	)

virtual

Implements Gedim::IMeshDAO.

◆ Cell1DInitializeNeighbourCell2Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell1DInitializeNeighbourCell2Ds	(	const unsigned int &	cell1DIndex,
		const unsigned int &	numberNeighbourCell2Ds
	)

virtual

Initialize the Cell1D Cell2D neighbours number.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
numberNeighbourCell2Ds	the number of Cell2D neighbours of the Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DInitializeNeighbourCell3Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell1DInitializeNeighbourCell3Ds	(	const unsigned int &	cell1DIndex,
		const std::vector< unsigned int > &	neighbourCell3Ds
	)

virtual

Implements Gedim::IMeshDAO.

◆ Cell1DInitializeNeighbourCell3Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell1DInitializeNeighbourCell3Ds	(	const unsigned int &	cell1DIndex,
		const unsigned int &	numberNeighbourCell3Ds
	)

virtual

Initialize the Cell1D Cell3D neighbours number.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
numberNeighbourCell3Ds	the number of Cell3D neighbours of the Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DInsertDoublePropertyValue()

void Gedim::MeshMatricesDAO::Cell1DInsertDoublePropertyValue	(	const unsigned int &	cell1DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex,
		const double &	propertyValue
	)

inlinevirtual

Insert the Cell1Ds double property value at position.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
propertyIndex	the index of Cell1D double property from 0 to Cell1DNumberProperties()
propertyIndex	the index of Cell1D double property from 0 to Cell1DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell1DInsertExtremes()

void Gedim::MeshMatricesDAO::Cell1DInsertExtremes	(	const unsigned int &	cell1DIndex,
		const unsigned int &	originCell0DIndex,
		const unsigned int &	endCell0DIndex
	)

virtual

Set the Cell1D Origin and End.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
originCell0DIndex	the Cell0D index of Cell1D origin from 0 to Cell0DTotalNumber()
endCell0DIndex	the Cell0D index of Cell1D end from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DInsertNeighbourCell2D()

void Gedim::MeshMatricesDAO::Cell1DInsertNeighbourCell2D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex,
		const unsigned int &	neigbourCell2DIndex
	)

inlinevirtual

Insert the Cell1D Cell2D neighbour.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of Cell2D neighbour of the Cell1D from 0 to Cell1DNumberNeighbourCell2D(cell1DIndex)
neigbourCell2DIndex	the Cell2D neighbour index from 0 to Cell2DTotalNumber()

Note: Cell1DInitializeNeighbourCell2Ds() shall be called before

Implements Gedim::IMeshDAO.

◆ Cell1DInsertNeighbourCell3D()

void Gedim::MeshMatricesDAO::Cell1DInsertNeighbourCell3D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex,
		const unsigned int &	neigbourCell3DIndex
	)

inlinevirtual

Insert the Cell1D Cell3D neighbour.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of Cell3D neighbour of the Cell1D from 0 to Cell1DNumberNeighbourCell3D(cell1DIndex)
neigbourCell3DIndex	the Cell3D neighbour index from 0 to Cell3DTotalNumber()

Note: Cell1DInitializeNeighbourCell3Ds() shall be called before

Implements Gedim::IMeshDAO.

◆ Cell1DInsertUpdatedCell1D()

void Gedim::MeshMatricesDAO::Cell1DInsertUpdatedCell1D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	updatedCell1DIdex
	)

virtual

Add the new Cell1D to an existing Cell1D.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
updatedCell1DIdex	the index of the new Cell1D from 0 to Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DIsActive()

bool Gedim::MeshMatricesDAO::Cell1DIsActive ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: if the cell1D is active

Implements Gedim::IMeshDAO.

◆ Cell1DMarker()

unsigned int Gedim::MeshMatricesDAO::Cell1DMarker ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the cell1D marker

Implements Gedim::IMeshDAO.

◆ Cell1DNeighbourCell2D()

unsigned int Gedim::MeshMatricesDAO::Cell1DNeighbourCell2D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of neigbourh Cell2D from 0 to Cell1DNumberNeighbourCell2D(cell1DIndex)

Returns: the Cell2D index of Neighbour Cell2Ds of Cell1D from 0 to Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DNeighbourCell2Ds()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell1DNeighbourCell2Ds ( const unsigned int & cell1DIndex ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell1DNeighbourCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell1DNeighbourCell3D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of neigbourh Cell3D from 0 to Cell1DNumberNeighbourCell3D(cell1DIndex)

Returns: the Cell3D index of Neighbour Cell3Ds of Cell1D from 0 to Cell3DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DNeighbourCell3Ds()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell1DNeighbourCell3Ds ( const unsigned int & cell1DIndex ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell1DNumberDoubleProperties()

unsigned int Gedim::MeshMatricesDAO::Cell1DNumberDoubleProperties ( ) const

inlinevirtual

Returns: the total number of double properties of Cell1Ds

Implements Gedim::IMeshDAO.

◆ Cell1DNumberNeighbourCell2D()

unsigned int Gedim::MeshMatricesDAO::Cell1DNumberNeighbourCell2D ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the number of Neighbour Cell2Ds of Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DNumberNeighbourCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell1DNumberNeighbourCell3D ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the number of Neighbour Cell3Ds of Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DNumberUpdatedCell1Ds()

unsigned int Gedim::MeshMatricesDAO::Cell1DNumberUpdatedCell1Ds ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the number of new cell1Ds associated to cell1DIndex

Implements Gedim::IMeshDAO.

◆ Cell1DOrigin()

unsigned int Gedim::MeshMatricesDAO::Cell1DOrigin ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the origin Cell0D index of Cell1D from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DOriginalCell1D()

unsigned int Gedim::MeshMatricesDAO::Cell1DOriginalCell1D ( const unsigned int & updatedCell1DIndex ) const

inlinevirtual

Parameters

updatedCell1DIndex the updated cell1D index, from 0 to Cell1DTotalNumber()

Returns: the original cell1D index, from 0 to Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DOriginCoordinates()

Eigen::Vector3d Gedim::MeshMatricesDAO::Cell1DOriginCoordinates ( const unsigned int & cell1DIndex ) const

inlinevirtual

Parameters

cell1DIndex the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the origin coordinates of Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DRemove()

void Gedim::MeshMatricesDAO::Cell1DRemove ( const unsigned int & cell1DIndex )

virtual

Remove the Cell1D from the mesh.

Parameters

cell1DIndex the index of Cell1D from 0 to Cell1DTotalNumber()

Note: the cell1D is removed and no integrity check in the mesh are performed

Implements Gedim::IMeshDAO.

◆ Cell1DResetNeighbourCell2D()

void Gedim::MeshMatricesDAO::Cell1DResetNeighbourCell2D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex
	)

inlinevirtual

Reset the Cell1D Cell2D neighbour to empty value (Cell1DHasNeighbourCell2D is false)

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of Cell2D neighbour of the Cell1D from 0 to Cell1DNumberNeighbourCell2D(cell1DIndex)

Implements Gedim::IMeshDAO.

◆ Cell1DResetNeighbourCell3D()

void Gedim::MeshMatricesDAO::Cell1DResetNeighbourCell3D	(	const unsigned int &	cell1DIndex,
		const unsigned int &	neighbourIndex
	)

inlinevirtual

Reset the Cell1D Cell3D neighbour to empty value (Cell1DHasNeighbourCell3D is false)

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
neighbourIndex	the number of Cell3D neighbour of the Cell1D from 0 to Cell1DNumberNeighbourCell3D(cell1DIndex)

Implements Gedim::IMeshDAO.

◆ Cell1DSetMarker()

void Gedim::MeshMatricesDAO::Cell1DSetMarker	(	const unsigned int &	cell1DIndex,
		const unsigned int &	marker
	)

inlinevirtual

Set the Cell1D Marker.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
marker	the marker of the Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DSetState()

void Gedim::MeshMatricesDAO::Cell1DSetState	(	const unsigned int &	cell1DIndex,
		const bool &	state
	)

inlinevirtual

Set the Cell1D state.

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
state	true if Cell1D is active, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell1DsExtremes() [1/2]

Eigen::MatrixXi Gedim::MeshMatricesDAO::Cell1DsExtremes ( ) const

virtual

Returns: the extrems as Eigen MatrixXi of cell1Ds, size 2xCell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DsExtremes() [2/2]

MatrixXi Gedim::MeshMatricesDAO::Cell1DsExtremes ( const std::vector< unsigned int > & cell1Ds ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell1DsInitialize()

void Gedim::MeshMatricesDAO::Cell1DsInitialize ( const unsigned int & numberCell1Ds )

virtual

Initialize the Cell1Ds container.

Parameters

numberCell1Ds the total number of Cell1Ds

Note: No reset of Cell1Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell1DsInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell1DsInitializeDoublePropertyValues	(	const unsigned int &	propertyIndex,
		const std::vector< unsigned int > &	porpertySizes
	)

inlinevirtual

Initialize the Cell1Ds double property sizes.

Parameters

propertyIndex	the index of Cell1D double property from 0 to Cell1DNumberProperties()
porpertySize	the double property size of each Cell1D, size 1 x Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DsInitializeNeighbourCell2Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell1DsInitializeNeighbourCell2Ds ( const std::vector< unsigned int > & numbersNeighbourCell2Ds )

inlinevirtual

Initialize the Cell1Ds Cell2D neighbours number.

Parameters

numbersNeighbourCell2Ds the number of Cell2D neighbours of each Cell1D, size 1 x Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DsInitializeNeighbourCell2Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell1DsInitializeNeighbourCell2Ds ( const unsigned int & numberNeighbourCell2Ds )

inlinevirtual

Initialize the Cell1Ds Cell2D neighbours number.

Parameters

numberNeighbourCell2Ds the number of Cell2D neighbours of the Cell1D

Implements Gedim::IMeshDAO.

◆ Cell1DsInitializeNeighbourCell3Ds()

void Gedim::MeshMatricesDAO::Cell1DsInitializeNeighbourCell3Ds ( const std::vector< unsigned int > & numbersNeighbourCell3Ds )

virtual

Initialize the Cell1Ds Cell3D neighbours number.

Parameters

numbersNeighbourCell3Ds the number of Cell2D neighbours of each Cell1D, size 1 x Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DsInsertExtremes()

void Gedim::MeshMatricesDAO::Cell1DsInsertExtremes ( const Eigen::MatrixXi & cell1DExtremes )

virtual

Set the Cell1D Extremes for the whole mesh edges.

Parameters

cell1DExtremes the origin and end indices of all the edges, size 2 x Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell1DsMarker()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell1DsMarker ( ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell1DsNeighbourCell2Ds()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell1DsNeighbourCell2Ds ( ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell1DsNeighbourCell3Ds()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell1DsNeighbourCell3Ds ( ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell1DsState()

std::vector< bool > Gedim::MeshMatricesDAO::Cell1DsState ( ) const

inlinevirtual

Returns: the activation state of all cell1Ds

Implements Gedim::IMeshDAO.

◆ Cell1DTotalNumber()

unsigned int Gedim::MeshMatricesDAO::Cell1DTotalNumber ( ) const

inlinevirtual

Returns: the total number of Cell1Ds

Implements Gedim::IMeshDAO.

◆ Cell1DUpdatedCell1Ds()

bool Gedim::MeshMatricesDAO::Cell1DUpdatedCell1Ds	(	const unsigned int &	cell1DIndex,
		std::list< unsigned int > &	updatedCell1DIds
	)		const

virtual

return the updated Cell1D Ids for cell1DIndex

Parameters

cell1DIndex	the index of Cell1D from 0 to Cell1DTotalNumber()
updatedCell1DIds	the list of the new Cell1D Ids associated to cell1DIndex

Returns: true if the cell1DIndex is contained in the updatedCell1DIds list, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell1DVertex()

unsigned int Gedim::MeshMatricesDAO::Cell1DVertex	(	const unsigned int &	cell1DIndex,
		const unsigned int &	vertexIndex
	)		const

inlinevirtual

Parameters

cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()
vertexIndex	the index of the vertex from 0 to 2

Returns: Cell0D index of the vertex of Cell1D

Implements Gedim::IMeshDAO.

◆ Cell2DAddDoubleProperty()

unsigned int Gedim::MeshMatricesDAO::Cell2DAddDoubleProperty ( const std::string & propertyId )

virtual

Add the Cell2Ds double property identified by id.

Parameters

propertyId the id of Cell2Ds property

Returns: the double property position

Implements Gedim::IMeshDAO.

◆ Cell2DAddEdges()

void Gedim::MeshMatricesDAO::Cell2DAddEdges	(	const unsigned int &	cell2DIndex,
		const std::vector< unsigned int > &	edgesCell1DIndices
	)

virtual

Add the Cell2D edges.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
edgesCell1DIndices	the Cell1D edges indices from 0 to Cell1DTotalNumber()

Note: No itialization is necessary

Implements Gedim::IMeshDAO.

◆ Cell2DAddVertices()

void Gedim::MeshMatricesDAO::Cell2DAddVertices	(	const unsigned int &	cell2DIndex,
		const std::vector< unsigned int > &	verticesCell0DIndices
	)

virtual

Add the Cell2D vertices.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
vertexCell0DIndices	the Cell0D vertices indices from 0 to Cell0DTotalNumber()

Note: No itialization is necessary

Implements Gedim::IMeshDAO.

◆ Cell2DAddVerticesAndEdges()

void Gedim::MeshMatricesDAO::Cell2DAddVerticesAndEdges	(	const unsigned int &	cell2DIndex,
		const Eigen::MatrixXi &	verticesAndEdgesIndices
	)

virtual

Cell2D Add Vertices And Edges.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
verticesAndEdgesIndices	the matrix of Cell0Ds and Cell1Ds indices

Note: No itialization is necessary

Implements Gedim::IMeshDAO.

◆ Cell2DAppend()

unsigned int Gedim::MeshMatricesDAO::Cell2DAppend ( const unsigned int & numberCell2Ds )

virtual

Append Cell2Ds to the Cell2Ds container.

Parameters

numberCell2Ds the number of Cell2Ds to append

Returns: the previous number of Cell2Ds before the append operation

Implements Gedim::IMeshDAO.

◆ Cell2DDoublePropertyExists()

bool Gedim::MeshMatricesDAO::Cell2DDoublePropertyExists ( const std::string & propertyId ) const

inlinevirtual

Returns: true if the double propertyId of Cell2Ds exists

Parameters

propertyId the id of Cell2D double property

Implements Gedim::IMeshDAO.

◆ Cell2DDoublePropertyId()

std::string Gedim::MeshMatricesDAO::Cell2DDoublePropertyId ( const unsigned int & propertyIndex ) const

inlinevirtual

Returns: the id of the double property of Cell2Ds

Parameters

propertyIndex the index of Cell2D double property from 0 to Cell2DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell2DDoublePropertyIndex()

unsigned int Gedim::MeshMatricesDAO::Cell2DDoublePropertyIndex ( const std::string & propertyId ) const

inlinevirtual

Returns: the propertyIndex of the double property of Cell2Ds from 0 to Cell2DNumberProperties()

Parameters

propertyId the id of Cell2D double property

Implements Gedim::IMeshDAO.

◆ Cell2DDoublePropertySize()

unsigned int Gedim::MeshMatricesDAO::Cell2DDoublePropertySize	(	const unsigned int &	cell2DIndex,
		const unsigned int &	propertyIndex
	)		const

inlinevirtual

Returns: the size of the double property of Cell2D

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
propertyIndex	the index of Cell2D double property from 0 to Cell2DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell2DDoublePropertyValue()

double Gedim::MeshMatricesDAO::Cell2DDoublePropertyValue	(	const unsigned int &	cell2DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex
	)		const

inlinevirtual

Returns: the value of the double property at valueIndex of Cell2D

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
propertyIndex	the index of Cell2D double property from 0 to Cell2DNumberProperties()
propertyValueIndex	the index of Cell2D double property value from 0 to Cell2DDoublePropertySize()

Implements Gedim::IMeshDAO.

◆ Cell2DEdge()

unsigned int Gedim::MeshMatricesDAO::Cell2DEdge	(	const unsigned int &	cell2DIndex,
		const unsigned int &	edgeIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
edgeIndex	the index of cell1D edge from 0 to NumberCell2DEdges(cell2DIndex)

Returns: the Cell1D index of edge of Cell2D from 0 to Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DEdges()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell2DEdges ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the Cell1D index collections of Cell2D from 0 to Cell1DTotalNumber(), size Cell2DNumberEdges(cell2DIndex)

Implements Gedim::IMeshDAO.

◆ Cell2DFindEdge()

unsigned int Gedim::MeshMatricesDAO::Cell2DFindEdge	(	const unsigned int &	cell2DIndex,
		const unsigned int &	cell1DIndex
	)		const

virtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the index of the cell1DIndex on the cell2D from 0 to NumberCell2DEdges(cell2DIndex), NumberCell2DEdges(cell2DIndex) if not found

Implements Gedim::IMeshDAO.

◆ Cell2DFindEdgeByExtremes()

unsigned int Gedim::MeshMatricesDAO::Cell2DFindEdgeByExtremes	(	const unsigned int &	cell2DIndex,
		const unsigned int &	originCell0DIndex,
		const unsigned int &	endCell0DIndex
	)		const

virtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
originCell0DIndex	the Cell0D Id of origin from 0 to Cell0DTotalNumber()
endCell0DIndex	the Cell0D Id of origin from 0 to Cell0DTotalNumber()

Returns: the index of the cell1DIndex on the cell2D from 0 to NumberCell2DEdges(cell2DIndex), NumberCell2DEdges(cell2DIndex) otherwise

Implements Gedim::IMeshDAO.

◆ Cell2DFindVertex()

unsigned int Gedim::MeshMatricesDAO::Cell2DFindVertex	(	const unsigned int &	cell2DIndex,
		const unsigned int &	cell0DIndex
	)		const

virtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the index of the cell0DIndex on the cell2D from 0 to NumberCell2DVertices(cell2DIndex), NumberCell2DVertices(cell2DIndex) if not found

Implements Gedim::IMeshDAO.

◆ Cell2DHasNeighbourCell3D()

bool Gedim::MeshMatricesDAO::Cell2DHasNeighbourCell3D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
neighbourIndex	the number of neigbourh Cell3D from 0 to Cell2DNumberNeighbourCell3D(cell2DIndex)

Returns: true if Neighbour Cell3Ds of Cell2D at position neighbourIndex exists

Implements Gedim::IMeshDAO.

◆ Cell2DHasOriginalCell2D()

bool Gedim::MeshMatricesDAO::Cell2DHasOriginalCell2D ( const unsigned int & updatedCell2DIndex ) const

inlinevirtual

Parameters

updatedCell2DIndex the updated cell2D index, from 0 to Cell2DTotalNumber()

Returns: true if has an original cell, false otherwise (the original cell is itself)

Implements Gedim::IMeshDAO.

◆ Cell2DHasUpdatedCell2D()

bool Gedim::MeshMatricesDAO::Cell2DHasUpdatedCell2D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	updatedCell2DIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
updatedCell2DIndex	the index of the new Cell2D from 0 to Cell2DTotalNumber()

Returns: if the Cell2D has the updatedCell2DIdex associated

Implements Gedim::IMeshDAO.

◆ Cell2DHasUpdatedCell2Ds()

bool Gedim::MeshMatricesDAO::Cell2DHasUpdatedCell2Ds ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: if the cell2D has new cell2Ds associated

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeDoubleProperties()

void Gedim::MeshMatricesDAO::Cell2DInitializeDoubleProperties ( const unsigned int & numberDoubleProperties )

virtual

Initialize the Cell2Ds double properties.

Parameters

numberDoubleProperties the total number of Cell2Ds properties

Note: No reset of Cell2Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell2DInitializeDoublePropertyValues	(	const unsigned int &	cell2DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	porpertySize
	)

virtual

Initialize the Cell2Ds double property size.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
propertyIndex	the index of Cell2D double property from 0 to Cell2DNumberProperties()
porpertySize	the double property size of Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeEdges()

void Gedim::MeshMatricesDAO::Cell2DInitializeEdges	(	const unsigned int &	cell2DIndex,
		const unsigned int &	numberCell2DEdges
	)

virtual

Initialize the Cell2D edges number.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
numberCell2DEdges	the number of edges of Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeNeighbourCell3Ds() [1/2]

void Gedim::MeshMatricesDAO::Cell2DInitializeNeighbourCell3Ds	(	const unsigned int &	cell2DIndex,
		const std::vector< unsigned int > &	neighbourCell3Ds
	)

virtual

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeNeighbourCell3Ds() [2/2]

void Gedim::MeshMatricesDAO::Cell2DInitializeNeighbourCell3Ds	(	const unsigned int &	cell2DIndex,
		const unsigned int &	numberNeighbourCell3Ds
	)

virtual

Initialize the Cell2D Cell3D neighbours number.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
numberNeighbourCell3Ds	the number of Cell3D neighbours of the Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeSubDivision()

void Gedim::MeshMatricesDAO::Cell2DInitializeSubDivision	(	const unsigned int &	cell2DIndex,
		const unsigned int &	numberSubDivision
	)

virtual

Initialize the Cell2D subdivision number.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
numberSubDivision	the number of sub-polygons of the Cell2D

Note: each subdivision is a triangle, thus numberSubDivision shall be a multiple of 3

Implements Gedim::IMeshDAO.

◆ Cell2DInitializeVertices()

void Gedim::MeshMatricesDAO::Cell2DInitializeVertices	(	const unsigned int &	cell2DIndex,
		const unsigned int &	numberCell2DVertices
	)

virtual

Initialize the Cell2D vertices number.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
numberCell2DVertices	the number of vertices of Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DInsertDoublePropertyValue()

void Gedim::MeshMatricesDAO::Cell2DInsertDoublePropertyValue	(	const unsigned int &	cell2DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex,
		const double &	propertyValue
	)

inlinevirtual

Insert the Cell2Ds double property value at position.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
propertyIndex	the index of Cell2D double property from 0 to Cell2DNumberProperties()
propertyIndex	the index of Cell2D double property from 0 to Cell2DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell2DInsertEdge()

void Gedim::MeshMatricesDAO::Cell2DInsertEdge	(	const unsigned int &	cell2DIndex,
		const unsigned int &	edgeIndex,
		const unsigned int &	edgeCell1DIndex
	)

inlinevirtual

Insert the Cell2D edge.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
edgeIndex	the number of edge of the Cell2D from 0 to Cell2DNumberEdges(cell2DIndex)
edgeCell0DIndex	the Cell1D edge index from 0 to Cell1DTotalNumber()

Note: Cell2DInitializeEdges() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell2DInsertEdges()

void Gedim::MeshMatricesDAO::Cell2DInsertEdges	(	const unsigned int &	cell2DIndex,
		const std::vector< unsigned int > &	edgesCell1DIndices
	)

inlinevirtual

Insert the Cell2D edge.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
edgesCell1DIndices	the Cell1D edges indices from 0 to Cell1DTotalNumber()

Note: Cell2DInitializeEdges() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell2DInsertNeighbourCell3D()

void Gedim::MeshMatricesDAO::Cell2DInsertNeighbourCell3D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	neighbourIndex,
		const unsigned int &	neigbourCell3DIndex
	)

inlinevirtual

Insert the Cell2D Cell3D neighbour.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
neighbourIndex	the number of Cell3D neighbour of the Cell2D from 0 to Cell2DNumberNeighbourCell3D(cell2DIndex)
neigbourCell3DIndex	the Cell3D neighbour index from 0 to Cell3DTotalNumber()

Note: Cell2DInitializeNeighbourCell3Ds() shall be called before

Implements Gedim::IMeshDAO.

◆ Cell2DInsertSubDivision()

void Gedim::MeshMatricesDAO::Cell2DInsertSubDivision	(	const unsigned int &	cell2DIndex,
		const unsigned int &	subDivisionIndex,
		const unsigned int &	cell2DVertexIndex
	)

inlinevirtual

Insert the subDivision vertex index.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
subDivisionIndex	the subDivision index, from 0 to Cell2DNumberSubDivision(cell2DIndex)
cell2DVertexIndex	the Cell2D vertex index of the subDivision, from 0 to Cell0DTotalNumber()

Note: each subdivision is a triangle

Implements Gedim::IMeshDAO.

◆ Cell2DInsertUpdatedCell2D()

void Gedim::MeshMatricesDAO::Cell2DInsertUpdatedCell2D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	updatedCell2DIdex
	)

virtual

Add the new Cell2D to an existing Cell2D.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
updatedCell2DIdex	the index of the new Cell2D from 0 to Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DInsertVertex()

void Gedim::MeshMatricesDAO::Cell2DInsertVertex	(	const unsigned int &	cell2DIndex,
		const unsigned int &	vertexIndex,
		const unsigned int &	vertexCell0DIndex
	)

inlinevirtual

Insert the Cell2D vertex.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
vertexIndex	the number of vertex of the Cell2D from 0 to Cell2DNumberVertices(cell2DIndex)
vertexCell0DIndex	the Cell0D vertex index from 0 to Cell0DTotalNumber()

Note: Cell2DInitializeVertices() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell2DInsertVertices()

void Gedim::MeshMatricesDAO::Cell2DInsertVertices	(	const unsigned int &	cell2DIndex,
		const std::vector< unsigned int > &	verticesCell0DIndices
	)

inlinevirtual

Insert the Cell2D vertex.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
verticesCell0DIndices	the Cell0D vertices index from 0 to Cell0DTotalNumber()

Note: Cell2DInitializeVertices() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell2DIsActive()

bool Gedim::MeshMatricesDAO::Cell2DIsActive ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: if the cell2D is active

Implements Gedim::IMeshDAO.

◆ Cell2DMarker()

unsigned int Gedim::MeshMatricesDAO::Cell2DMarker ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the cell2D marker

Implements Gedim::IMeshDAO.

◆ Cell2DNeighbourCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell2DNeighbourCell3D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	neighbourIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
neighbourIndex	the number of neigbourh Cell3D from 0 to Cell2DNumberNeighbourCell3D(cell2DIndex)

Returns: the Cell3D index of Neighbour Cell3Ds of Cell2D from 0 to Cell3DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DNeighbourCell3Ds()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell2DNeighbourCell3Ds ( const unsigned int & cell2DIndex ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell2DNumberDoubleProperties()

unsigned int Gedim::MeshMatricesDAO::Cell2DNumberDoubleProperties ( ) const

inlinevirtual

Returns: the total number of double properties of Cell2Ds

Implements Gedim::IMeshDAO.

◆ Cell2DNumberEdges()

unsigned int Gedim::MeshMatricesDAO::Cell2DNumberEdges ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the number of edges of Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DNumberNeighbourCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell2DNumberNeighbourCell3D ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the number of Neighbour Cell3Ds of Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DNumberSubDivision()

unsigned int Gedim::MeshMatricesDAO::Cell2DNumberSubDivision ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of Cell2D from 0 to Cell2DTotalNumber()

Returns: the total number of vertices of sub-polygons contained in the subdivision, a multiple of 3

Note: each subdivision is a triangle

Implements Gedim::IMeshDAO.

◆ Cell2DNumberUpdatedCell2Ds()

unsigned int Gedim::MeshMatricesDAO::Cell2DNumberUpdatedCell2Ds ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the number of new cell2Ds associated to cell2DIndex

Implements Gedim::IMeshDAO.

◆ Cell2DNumberVertices()

unsigned int Gedim::MeshMatricesDAO::Cell2DNumberVertices ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the number of vertices of Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DOriginalCell2D()

unsigned int Gedim::MeshMatricesDAO::Cell2DOriginalCell2D ( const unsigned int & updatedCell2DIndex ) const

inlinevirtual

Parameters

updatedCell2DIndex the updated cell2D index, from 0 to Cell2DTotalNumber()

Returns: the original cell2D index, from 0 to Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DRemove()

void Gedim::MeshMatricesDAO::Cell2DRemove ( const unsigned int & cell2DIndex )

virtual

Remove the Cell2D from the mesh.

Parameters

cell2DIndex the index of Cell0D from 0 to Cell2DTotalNumber()

Note: the cell2D is removed and no integrity check in the mesh are performed

Implements Gedim::IMeshDAO.

◆ Cell2DResetNeighbourCell3D()

void Gedim::MeshMatricesDAO::Cell2DResetNeighbourCell3D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	neighbourIndex
	)

inlinevirtual

Reset the Cell2D Cell3D neighbour to empty value (Cell2DHasNeighbourCell3D is false)

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
neighbourIndex	the number of Cell3D neighbour of the Cell2D from 0 to Cell2DNumberNeighbourCell3D(cell2DIndex)

Implements Gedim::IMeshDAO.

◆ Cell2DSetMarker()

void Gedim::MeshMatricesDAO::Cell2DSetMarker	(	const unsigned int &	cell2DIndex,
		const unsigned int &	marker
	)

inlinevirtual

Set the Cell2D Marker.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
marker	the marker of the Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DSetState()

void Gedim::MeshMatricesDAO::Cell2DSetState	(	const unsigned int &	cell2DIndex,
		const bool &	state
	)

inlinevirtual

Set the Cell1D state.

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
state	true if Cell1D is active, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell2DsExtremes()

std::vector< Eigen::MatrixXi > Gedim::MeshMatricesDAO::Cell2DsExtremes ( ) const

virtual

Returns: the Cell0Ds and Cell1Ds index collections of all Cell2Ds, size Cell2DTotalNumber() x (2 x Cell2DNumberVertices(cell2DIndex))

Implements Gedim::IMeshDAO.

◆ Cell2DsInitialize()

void Gedim::MeshMatricesDAO::Cell2DsInitialize ( const unsigned int & numberCell2Ds )

virtual

Initialize the Cell2Ds container.

Parameters

numberCell2Ds the total number of Cell2Ds

Note: No reset of Cell2Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell2DsInitializeDoublePropertyValues	(	const unsigned int &	propertyIndex,
		const std::vector< unsigned int > &	porpertySizes
	)

inlinevirtual

Initialize the Cell2Ds double property sizes.

Parameters

propertyIndex	the index of Cell2D double property from 0 to Cell2DNumberProperties()
porpertySize	the double property size of each Cell2D, size 1 x Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeEdges() [1/2]

void Gedim::MeshMatricesDAO::Cell2DsInitializeEdges ( const std::vector< unsigned int > & numberCell2DsEdges )

inlinevirtual

Initialize the Cell2Ds edges number.

Parameters

numberCell2DsEdges the number of edges of each Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeEdges() [2/2]

void Gedim::MeshMatricesDAO::Cell2DsInitializeEdges ( const unsigned int & numberCell2DEdges )

inlinevirtual

Initialize the Cell2Ds edges number.

Parameters

numberCell2DEdges the number of edges of all Cell2Ds

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeNeighbourCell3Ds()

void Gedim::MeshMatricesDAO::Cell2DsInitializeNeighbourCell3Ds ( const std::vector< unsigned int > & numbersNeighbourCell3Ds )

inlinevirtual

Initialize the Cell2Ds Cell3D neighbours number.

Parameters

numbersNeighbourCell3Ds the number of Cell3D neighbours of each Cell2D, size 1 x Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeSubDivision()

void Gedim::MeshMatricesDAO::Cell2DsInitializeSubDivision ( const std::vector< unsigned int > & numberSubDivisions )

inlinevirtual

Initialize the Cell2D subdivision number for each Cell2D.

Parameters

numberSubDivisions the number of sub-polygons for each Cell2D, size 1 x Cell2DTotalNumber()

Note: each subdivision is a triangle, thus numberSubDivision shall be a multiple of 3

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeVertices() [1/2]

void Gedim::MeshMatricesDAO::Cell2DsInitializeVertices ( const std::vector< unsigned int > & numberCell2DsVertices )

inlinevirtual

Initialize the Cell2Ds vertices number.

Parameters

numberCell2DsVertices the number of vertices of each Cell2D

Implements Gedim::IMeshDAO.

◆ Cell2DsInitializeVertices() [2/2]

void Gedim::MeshMatricesDAO::Cell2DsInitializeVertices ( const unsigned int & numberCell2DVertices )

inlinevirtual

Initialize the Cell2Ds vertices number.

Parameters

numberCell2DVertices the number of vertices of all Cell2Ds

Implements Gedim::IMeshDAO.

◆ Cell2DsMarker()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell2DsMarker ( ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell2DsNeighbourCell3Ds()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell2DsNeighbourCell3Ds ( ) const

virtual

Implements Gedim::IMeshDAO.

◆ Cell2DsState()

std::vector< bool > Gedim::MeshMatricesDAO::Cell2DsState ( ) const

inlinevirtual

Returns: the activation state of all cell2Ds

Implements Gedim::IMeshDAO.

◆ Cell2DSubDivisionCell0D()

unsigned int Gedim::MeshMatricesDAO::Cell2DSubDivisionCell0D	(	const unsigned int &	cell2DIndex,
		const unsigned int &	subDivisionIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
subDivisionIndex	the subDivision index, from 0 to Cell2DNumberSubDivision(cell2DIndex)

Returns: the Cell0D index of sub-polygons contained in the subdivision, from 0 to Cell0DTotalNumber()

Note: each sub-division shall be a triangle

Implements Gedim::IMeshDAO.

◆ Cell2DsVertices()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell2DsVertices ( ) const

virtual

Returns: the Cell0D index collections of all Cell2Ds, size Cell2DTotalNumber() x Cell2DNumberVertices(cell2DIndex)

Implements Gedim::IMeshDAO.

◆ Cell2DTotalNumber()

unsigned int Gedim::MeshMatricesDAO::Cell2DTotalNumber ( ) const

inlinevirtual

Returns: the total number of Cell2Ds

Implements Gedim::IMeshDAO.

◆ Cell2DUpdatedCell2Ds()

bool Gedim::MeshMatricesDAO::Cell2DUpdatedCell2Ds	(	const unsigned int &	cell2DIndex,
		std::list< unsigned int > &	updatedCell2DIds
	)		const

virtual

return the updated Cell2D Ids for cell2DIndex

Parameters

cell2DIndex	the index of Cell2D from 0 to Cell2DTotalNumber()
updatedCell2DIds	the list of the new Cell2D Ids associated to cell2DIndex

Returns: true if the cell2DIndex is contained in the updatedCell2DIds list, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell2DVertex()

unsigned int Gedim::MeshMatricesDAO::Cell2DVertex	(	const unsigned int &	cell2DIndex,
		const unsigned int &	vertexIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
vertexIndex	the index of cell0D vertex from 0 to NumberCell2DVertices(cell2DIndex)

Returns: the Cell0D index of vertex of Cell2D from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell2DVertexCoordinates()

Eigen::Vector3d Gedim::MeshMatricesDAO::Cell2DVertexCoordinates	(	const unsigned int &	cell2DIndex,
		const unsigned int &	vertexIndex
	)		const

inlinevirtual

Parameters

cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()
vertexIndex	the index of cell0D vertex from 0 to NumberCell2DVertices(cell2DIndex)

Returns: the Cell0D coordinates of vertex of Cell2D, size 3 x 1

Implements Gedim::IMeshDAO.

◆ Cell2DVertices()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell2DVertices ( const unsigned int & cell2DIndex ) const

inlinevirtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the Cell0D index collections of Cell2D from 0 to Cell0DTotalNumber(), size Cell2DNumberVertices(cell2DIndex)

Implements Gedim::IMeshDAO.

◆ Cell2DVerticesCoordinates()

MatrixXd Gedim::MeshMatricesDAO::Cell2DVerticesCoordinates ( const unsigned int & cell2DIndex ) const

virtual

Parameters

cell2DIndex the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the Cell0D coordinates of all the vertices of Cell2D, size 3 x NumberCell2DVertices(cell2DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DAddDoubleProperty()

unsigned int Gedim::MeshMatricesDAO::Cell3DAddDoubleProperty ( const std::string & propertyId )

virtual

Add the Cell3Ds double property identified by id.

Parameters

propertyId the id of Cell3Ds property

Returns: the double property position

Implements Gedim::IMeshDAO.

◆ Cell3DAddEdges()

void Gedim::MeshMatricesDAO::Cell3DAddEdges	(	const unsigned int &	cell3DIndex,
		const std::vector< unsigned int > &	edgesCell0DIndices
	)

virtual

Add the Cell3D edges.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
edgesCell0DIndices	the Cell1D edges indices from 0 to Cell1DTotalNumber()

Note: No itialization is necessary

Implements Gedim::IMeshDAO.

◆ Cell3DAddFaces()

void Gedim::MeshMatricesDAO::Cell3DAddFaces	(	const unsigned int &	cell3DIndex,
		const std::vector< unsigned int > &	facesCell0DIndices
	)

virtual

Add the Cell3D faces.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
facesCell0DIndices	the Cell2D faces indices from 0 to Cell2DTotalNumber()

Note: No itialization is necessary

Implements Gedim::IMeshDAO.

◆ Cell3DAddVertices()

void Gedim::MeshMatricesDAO::Cell3DAddVertices	(	const unsigned int &	cell3DIndex,
		const std::vector< unsigned int > &	verticesCell0DIndices
	)

virtual

Add the Cell3D vertices.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
vertexCell0DIndices	the Cell0D vertices indices from 0 to Cell0DTotalNumber()

Note: No itialization is necessary

Implements Gedim::IMeshDAO.

◆ Cell3DAppend()

unsigned int Gedim::MeshMatricesDAO::Cell3DAppend ( const unsigned int & numberCell3Ds )

virtual

Append Cell3Ds to the Cell3Ds container.

Parameters

numberCell3Ds the number of Cell3Ds to append

Returns: the previous number of Cell3Ds before the append operation

Implements Gedim::IMeshDAO.

◆ Cell3DDoublePropertyExists()

bool Gedim::MeshMatricesDAO::Cell3DDoublePropertyExists ( const std::string & propertyId ) const

inlinevirtual

Returns: true if the double propertyId of Cell3Ds exists

Parameters

propertyId the id of Cell3D double property

Implements Gedim::IMeshDAO.

◆ Cell3DDoublePropertyId()

std::string Gedim::MeshMatricesDAO::Cell3DDoublePropertyId ( const unsigned int & propertyIndex ) const

inlinevirtual

Returns: the id of the double property of Cell3Ds

Parameters

propertyIndex the index of Cell3D double property from 0 to Cell3DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell3DDoublePropertyIndex()

unsigned int Gedim::MeshMatricesDAO::Cell3DDoublePropertyIndex ( const std::string & propertyId ) const

inlinevirtual

Returns: the propertyIndex of the double property of Cell3Ds from 0 to Cell3DNumberProperties()

Parameters

propertyId the id of Cell3D double property

Implements Gedim::IMeshDAO.

◆ Cell3DDoublePropertySize()

unsigned int Gedim::MeshMatricesDAO::Cell3DDoublePropertySize	(	const unsigned int &	cell3DIndex,
		const unsigned int &	propertyIndex
	)		const

inlinevirtual

Returns: the size of the double property of Cell3D

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
propertyIndex	the index of Cell3D double property from 0 to Cell3DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell3DDoublePropertyValue()

double Gedim::MeshMatricesDAO::Cell3DDoublePropertyValue	(	const unsigned int &	cell3DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex
	)		const

inlinevirtual

Returns: the value of the double property at valueIndex of Cell3D

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
propertyIndex	the index of Cell3D double property from 0 to Cell3DNumberProperties()
propertyValueIndex	the index of Cell3D double property value from 0 to Cell3DDoublePropertySize()

Implements Gedim::IMeshDAO.

◆ Cell3DEdge()

unsigned int Gedim::MeshMatricesDAO::Cell3DEdge	(	const unsigned int &	cell3DIndex,
		const unsigned int &	edgeIndex
	)		const

inlinevirtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
edgeIndex	the index of cell1D edge from 0 to NumberCell3DEdges(edgeIndex)

Returns: the Cell1D index of edge of Cell3D from 0 to Cell1DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell3DEdges()

vector< unsigned int > Gedim::MeshMatricesDAO::Cell3DEdges ( const unsigned int & cell3DIndex ) const

virtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the Cell1D index collections of Cell3D from 0 to Cell1DTotalNumber(), size Cell3DNumberEdges(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DFace()

unsigned int Gedim::MeshMatricesDAO::Cell3DFace	(	const unsigned int &	cell3DIndex,
		const unsigned int &	faceIndex
	)		const

inlinevirtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
faceIndex	the index of cell2D face from 0 to NumberCell3DFaces(cell3DIndex)

Returns: the Cell2D index of face of Cell3D from 0 to Cell2DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell3DFaces()

vector< unsigned int > Gedim::MeshMatricesDAO::Cell3DFaces ( const unsigned int & cell3DIndex ) const

virtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the Cell2D index collections of Cell3D from 0 to Cell2DTotalNumber(), size Cell3DNumberFaces(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DFindEdge()

unsigned int Gedim::MeshMatricesDAO::Cell3DFindEdge	(	const unsigned int &	cell3DIndex,
		const unsigned int &	cell1DIndex
	)		const

virtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
cell1DIndex	the index of cell1D from 0 to Cell1DTotalNumber()

Returns: the index of the cell1DIndex on the cell3D from 0 to NumberCell3DEdges(cell3DIndex), NumberCell3DEdges(cell3DIndex) if not found

Implements Gedim::IMeshDAO.

◆ Cell3DFindEdgeByExtremes()

unsigned int Gedim::MeshMatricesDAO::Cell3DFindEdgeByExtremes	(	const unsigned int &	cell3DIndex,
		const unsigned int &	originCell0DIndex,
		const unsigned int &	endCell0DIndex
	)		const

virtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
originCell0DIndex	the Cell0D Id of origin from 0 to Cell0DTotalNumber()
endCell0DIndex	the Cell0D Id of origin from 0 to Cell0DTotalNumber()

Returns: the index of the cell1DIndex on the cell2D from 0 to NumberCell2DEdges(cell3DIndex), NumberCell2DEdges(cell2DIndex) otherwise

Implements Gedim::IMeshDAO.

◆ Cell3DFindFace()

unsigned int Gedim::MeshMatricesDAO::Cell3DFindFace	(	const unsigned int &	cell3DIndex,
		const unsigned int &	cell2DIndex
	)		const

virtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
cell2DIndex	the index of cell2D from 0 to Cell2DTotalNumber()

Returns: the index of the cell2DIndex on the cell3D from 0 to NumberCell3DFaces(cell3DIndex), NumberCell3DFaces(cell3DIndex) if not found

Implements Gedim::IMeshDAO.

◆ Cell3DFindVertex()

unsigned int Gedim::MeshMatricesDAO::Cell3DFindVertex	(	const unsigned int &	cell3DIndex,
		const unsigned int &	cell0DIndex
	)		const

virtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
cell0DIndex	the index of cell0D from 0 to Cell0DTotalNumber()

Returns: the index of the cell0DIndex on the cell3D from 0 to NumberCell3DVertices(cell3DIndex), NumberCell3DVertices(cell3DIndex) if not found

Implements Gedim::IMeshDAO.

◆ Cell3DHasOriginalCell3D()

bool Gedim::MeshMatricesDAO::Cell3DHasOriginalCell3D ( const unsigned int & updatedCell3DIndex ) const

inlinevirtual

Parameters

updatedCell3DIndex the updated cell3D index, from 0 to Cell3DTotalNumber()

Returns: true if has an original cell, false otherwise (the original cell is itself)

Implements Gedim::IMeshDAO.

◆ Cell3DHasUpdatedCell3D()

bool Gedim::MeshMatricesDAO::Cell3DHasUpdatedCell3D	(	const unsigned int &	cell3DIndex,
		const unsigned int &	updatedCell3DIdex
	)		const

inlinevirtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
updatedCell3DIdex	the index of the new Cell3D from 0 to Cell3DTotalNumber()

Returns: if the Cell3D has the updatedCell3DIdex associated

Implements Gedim::IMeshDAO.

◆ Cell3DHasUpdatedCell3Ds()

bool Gedim::MeshMatricesDAO::Cell3DHasUpdatedCell3Ds ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: if the cell3D has new cell3Ds associated

Implements Gedim::IMeshDAO.

◆ Cell3DInitializeDoubleProperties()

void Gedim::MeshMatricesDAO::Cell3DInitializeDoubleProperties ( const unsigned int & numberDoubleProperties )

virtual

Initialize the Cell3Ds double properties.

Parameters

numberDoubleProperties the total number of Cell3Ds properties

Note: No reset of Cell3Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell3DInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell3DInitializeDoublePropertyValues	(	const unsigned int &	cell3DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	porpertySize
	)

virtual

Initialize the Cell3Ds double property size.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
propertyIndex	the index of Cell3D double property from 0 to Cell3DNumberProperties()
porpertySize	the double property size of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DInitializeEdges()

void Gedim::MeshMatricesDAO::Cell3DInitializeEdges	(	const unsigned int &	cell3DIndex,
		const unsigned int &	numberCell3DEdges
	)

virtual

Initialize the Cell3D edges number.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
numberCell3DEdges	the number of edges of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DInitializeFaces()

void Gedim::MeshMatricesDAO::Cell3DInitializeFaces	(	const unsigned int &	cell3DIndex,
		const unsigned int &	numberCell3DFaces
	)

virtual

Initialize the Cell3D faces number.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
numberCell3DFaces	the number of faces of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DInitializeVertices()

void Gedim::MeshMatricesDAO::Cell3DInitializeVertices	(	const unsigned int &	cell3DIndex,
		const unsigned int &	numberCell3DVertices
	)

virtual

Initialize the Cell3D vertices number.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
numberCell3DVertices	the number of vertices of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DInsertDoublePropertyValue()

void Gedim::MeshMatricesDAO::Cell3DInsertDoublePropertyValue	(	const unsigned int &	cell3DIndex,
		const unsigned int &	propertyIndex,
		const unsigned int &	propertyValueIndex,
		const double &	propertyValue
	)

inlinevirtual

Insert the Cell3Ds double property value at position.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
propertyIndex	the index of Cell3D double property from 0 to Cell3DNumberProperties()
propertyIndex	the index of Cell3D double property from 0 to Cell3DNumberProperties()

Implements Gedim::IMeshDAO.

◆ Cell3DInsertEdge()

void Gedim::MeshMatricesDAO::Cell3DInsertEdge	(	const unsigned int &	cell3DIndex,
		const unsigned int &	edgeIndex,
		const unsigned int &	edgeCell1DIndex
	)

inlinevirtual

Insert the Cell3D edge.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
edgeIndex	the number of edge of the Cell3D from 0 to Cell3DNumberEdges(cell3DIndex)
edgeCell0DIndex	the Cell1D edge index from 0 to Cell1DTotalNumber()

Note: Cell3DInitializeEdges() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell3DInsertEdges()

void Gedim::MeshMatricesDAO::Cell3DInsertEdges	(	const unsigned int &	cell3DIndex,
		const std::vector< unsigned int > &	edgesCell1DIndices
	)

inlinevirtual

Insert the Cell3D edges.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
edgesCell1DIndices	the Cell1Ds index from 0 to Cell1DTotalNumber()

Note: Cell3DInitializeEdges() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell3DInsertFace()

void Gedim::MeshMatricesDAO::Cell3DInsertFace	(	const unsigned int &	cell3DIndex,
		const unsigned int &	faceIndex,
		const unsigned int &	faceCell2DIndex
	)

inlinevirtual

Insert the Cell3D face.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
faceIndex	the number of face of the Cell3D from 0 to Cell3DNumberFaces(cell3DIndex)
faceCell0DIndex	the Cell2D face index from 0 to Cell2DTotalNumber()

Note: Cell3DInitializeFaces() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell3DInsertFaces()

void Gedim::MeshMatricesDAO::Cell3DInsertFaces	(	const unsigned int &	cell3DIndex,
		const std::vector< unsigned int > &	facesCell2DIndices
	)

inlinevirtual

Insert the Cell3D faces.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
facesCell2DIndices	the Cell2D index from 0 to Cell2DTotalNumber()

Note: Cell3DInitializeFaces() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell3DInsertUpdatedCell3D()

void Gedim::MeshMatricesDAO::Cell3DInsertUpdatedCell3D	(	const unsigned int &	cell3DIndex,
		const unsigned int &	updatedCell3DIdex
	)

virtual

Add the new Cell3D to an existing Cell3D.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
updatedCell3DIdex	the index of the new Cell3D from 0 to Cell3DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell3DInsertVertex()

void Gedim::MeshMatricesDAO::Cell3DInsertVertex	(	const unsigned int &	cell3DIndex,
		const unsigned int &	vertexIndex,
		const unsigned int &	vertexCell0DIndex
	)

inlinevirtual

Insert the Cell3D vertex.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
vertexIndex	the number of vertex of the Cell3D from 0 to Cell3DNumberVertices(cell3DIndex)
vertexCell0DIndex	the Cell0D vertex index from 0 to Cell0DTotalNumber()

Note: Cell3DInitializeVertices() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell3DInsertVertices()

void Gedim::MeshMatricesDAO::Cell3DInsertVertices	(	const unsigned int &	cell3DIndex,
		const std::vector< unsigned int > &	verticesCell0DIndices
	)

inlinevirtual

Insert the Cell3D vertex.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
verticesCell0DIndices	the Cell0D vertices index from 0 to Cell0DTotalNumber()

Note: Cell3DInitializeVertices() should be called before using this method

Implements Gedim::IMeshDAO.

◆ Cell3DIsActive()

bool Gedim::MeshMatricesDAO::Cell3DIsActive ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: if the cell3D is active

Implements Gedim::IMeshDAO.

◆ Cell3DMarker()

unsigned int Gedim::MeshMatricesDAO::Cell3DMarker ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the cell3D marker

Implements Gedim::IMeshDAO.

◆ Cell3DNumberDoubleProperties()

unsigned int Gedim::MeshMatricesDAO::Cell3DNumberDoubleProperties ( ) const

inlinevirtual

Returns: the total number of double properties of Cell3Ds

Implements Gedim::IMeshDAO.

◆ Cell3DNumberEdges()

unsigned int Gedim::MeshMatricesDAO::Cell3DNumberEdges ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the number of edges of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DNumberFaces()

unsigned int Gedim::MeshMatricesDAO::Cell3DNumberFaces ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the number of faces of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DNumberUpdatedCell3Ds()

unsigned int Gedim::MeshMatricesDAO::Cell3DNumberUpdatedCell3Ds ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the number of new cell3Ds associated to cell3DIndex

Implements Gedim::IMeshDAO.

◆ Cell3DNumberVertices()

unsigned int Gedim::MeshMatricesDAO::Cell3DNumberVertices ( const unsigned int & cell3DIndex ) const

inlinevirtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the number of vertices of Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DOriginalCell3D()

unsigned int Gedim::MeshMatricesDAO::Cell3DOriginalCell3D ( const unsigned int & updatedCell3DIndex ) const

inlinevirtual

Parameters

updatedCell3DIndex the updated cell3D index, from 0 to Cell3DTotalNumber()

Returns: the original cell3D index, from 0 to Cell3DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell3DRemove()

void Gedim::MeshMatricesDAO::Cell3DRemove ( const unsigned int & cell3DIndex )

virtual

Remove the Cell3D from the mesh.

Parameters

cell3DIndex the index of Cell3D from 0 to Cell3DTotalNumber()

Note: the cell3D is removed and no integrity check in the mesh are performed

Implements Gedim::IMeshDAO.

◆ Cell3DsEdges()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell3DsEdges ( ) const

virtual

Returns: the Cell1D index collections of all Cell3Ds, size Cell3DTotalNumber() x Cell3DNumberEdges(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DSetMarker()

void Gedim::MeshMatricesDAO::Cell3DSetMarker	(	const unsigned int &	cell3DIndex,
		const unsigned int &	marker
	)

inlinevirtual

Set the Cell1D Marker.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
marker	the marker of the Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DSetState()

void Gedim::MeshMatricesDAO::Cell3DSetState	(	const unsigned int &	cell3DIndex,
		const bool &	state
	)

inlinevirtual

Set the Cell3D state.

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
state	true if Cell3D is active, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell3DsFaces()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell3DsFaces ( ) const

virtual

Returns: the Cell2D index collections of all Cell3Ds, size Cell3DTotalNumber() x Cell3DNumberFaces(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DsFacesVertices()

std::vector< std::vector< std::vector< unsigned int > > > Gedim::MeshMatricesDAO::Cell3DsFacesVertices ( ) const

virtual

Returns: the Cell0D index collections of all the faces of all Cell3Ds, size Cell3DTotalNumber() x Cell3DNumberFaces(cell3DIndex) x Cell2DNumberVertices(cell2DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DsInitialize()

void Gedim::MeshMatricesDAO::Cell3DsInitialize ( const unsigned int & numberCell3Ds )

virtual

Initialize the Cell3Ds container.

Parameters

numberCell3Ds the total number of Cell3Ds

Note: No reset of Cell3Ds is performed

Implements Gedim::IMeshDAO.

◆ Cell3DsInitializeDoublePropertyValues()

void Gedim::MeshMatricesDAO::Cell3DsInitializeDoublePropertyValues	(	const unsigned int &	propertyIndex,
		const std::vector< unsigned int > &	porpertySizes
	)

inlinevirtual

Initialize the Cell3Ds double property sizes.

Parameters

propertyIndex	the index of Cell3D double property from 0 to Cell3DNumberProperties()
porpertySize	the double property size of each Cell3D, size 1 x Cell3DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell3DsInitializeEdges()

void Gedim::MeshMatricesDAO::Cell3DsInitializeEdges ( const std::vector< unsigned int > & numberCell3DsEdges )

inlinevirtual

Initialize the Cell3Ds edges number.

Parameters

numberCell3DsEdges the number of edges of each Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DsInitializeFaces()

void Gedim::MeshMatricesDAO::Cell3DsInitializeFaces ( const std::vector< unsigned int > & numberCell3DsFaces )

inlinevirtual

Initialize the Cell3Ds faces number.

Parameters

numberCell3DsFaces the number of faces of each Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DsInitializeVertices()

void Gedim::MeshMatricesDAO::Cell3DsInitializeVertices ( const std::vector< unsigned int > & numberCell3DsVertices )

inlinevirtual

Initialize the Cell3Ds vertices number.

Parameters

numberCell3DsVertices the number of vertices of each Cell3D

Implements Gedim::IMeshDAO.

◆ Cell3DsMarker()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell3DsMarker ( ) const

inlinevirtual

Implements Gedim::IMeshDAO.

◆ Cell3DsState()

std::vector< bool > Gedim::MeshMatricesDAO::Cell3DsState ( ) const

inlinevirtual

Returns: the activation state of all cell3Ds

Implements Gedim::IMeshDAO.

◆ Cell3DsVertices()

std::vector< std::vector< unsigned int > > Gedim::MeshMatricesDAO::Cell3DsVertices ( ) const

virtual

Returns: the Cell0D index collections of all Cell3Ds, size Cell3DTotalNumber() x Cell3DNumberVertices(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DTotalNumber()

unsigned int Gedim::MeshMatricesDAO::Cell3DTotalNumber ( ) const

inlinevirtual

Returns: the total number of Cell3Ds

Implements Gedim::IMeshDAO.

◆ Cell3DUpdatedCell3Ds()

bool Gedim::MeshMatricesDAO::Cell3DUpdatedCell3Ds	(	const unsigned int &	cell3DIndex,
		std::list< unsigned int > &	updatedCell3DIds
	)		const

virtual

return the updated Cell3D Ids for cell3DIndex

Parameters

cell3DIndex	the index of Cell3D from 0 to Cell3DTotalNumber()
updatedCell3DIds	the list of the new Cell3D Ids associated to cell3DIndex

Returns: true if the cell3DIndex is contained in the updatedCell3DIds list, false otherwise

Implements Gedim::IMeshDAO.

◆ Cell3DVertex()

unsigned int Gedim::MeshMatricesDAO::Cell3DVertex	(	const unsigned int &	cell3DIndex,
		const unsigned int &	vertexIndex
	)		const

inlinevirtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
vertexIndex	the index of cell0D vertex from 0 to NumberCell3DVertices(cell3DIndex)

Returns: the Cell0D index of vertex of Cell3D from 0 to Cell0DTotalNumber()

Implements Gedim::IMeshDAO.

◆ Cell3DVertexCoordinates()

Eigen::Vector3d Gedim::MeshMatricesDAO::Cell3DVertexCoordinates	(	const unsigned int &	cell3DIndex,
		const unsigned int &	vertexIndex
	)		const

inlinevirtual

Parameters

cell3DIndex	the index of cell3D from 0 to Cell3DTotalNumber()
vertexIndex	the index of cell0D vertex from 0 to NumberCell3DVertices(cell3DIndex)

Returns: the Cell0D coordinates of vertex of Cell3D, size 3 x 1

Implements Gedim::IMeshDAO.

◆ Cell3DVertices()

std::vector< unsigned int > Gedim::MeshMatricesDAO::Cell3DVertices ( const unsigned int & cell3DIndex ) const

virtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the Cell0D index collections of Cell3D from 0 to Cell0DTotalNumber(), size Cell3DNumberVertices(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Cell3DVerticesCoordinates()

MatrixXd Gedim::MeshMatricesDAO::Cell3DVerticesCoordinates ( const unsigned int & cell3DIndex ) const

virtual

Parameters

cell3DIndex the index of cell3D from 0 to Cell3DTotalNumber()

Returns: the Cell0D coordinates of all the vertices of Cell3D, size 3 x NumberCell3DVertices(cell3DIndex)

Implements Gedim::IMeshDAO.

◆ Compress()

void Gedim::MeshMatricesDAO::Compress ( )

virtual

Compact the mesh to save memory.

Implements Gedim::IMeshDAO.

◆ Dimension()

unsigned int Gedim::MeshMatricesDAO::Dimension ( ) const

inlinevirtual

Returns: the geometric dimension of the mesh

Implements Gedim::IMeshDAO.

◆ InitializeDimension()

void Gedim::MeshMatricesDAO::InitializeDimension ( const unsigned int & dimension )

inlinevirtual

Initialize the mesh dimension.

Implements Gedim::IMeshDAO.

◆ MeshData() [1/2]

Gedim::MeshMatrices & Gedim::MeshMatricesDAO::MeshData ( )

inline

◆ MeshData() [2/2]

const Gedim::MeshMatrices & Gedim::MeshMatricesDAO::MeshData ( ) const

inline

◆ ResizeNumberVectorWithNewNumberElements()

template<typename T >

void Gedim::MeshMatricesDAO::ResizeNumberVectorWithNewNumberElements	(	vector< unsigned int > &	numberElementVector,
		vector< T > &	elementVector,
		const unsigned int &	numberElements,
		const unsigned int &	vectorIndex,
		const unsigned int &	newNumberElements,
		const T &	newElementInitialization
	)

◆ ToString()

string Gedim::MeshMatricesDAO::ToString ( )

virtual

Returns: The mesh converted to string

Implements Gedim::IMeshDAO.

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

Public Member Functions

Constructor & Destructor Documentation

◆ MeshMatricesDAO()

◆ ~MeshMatricesDAO()

Member Function Documentation

◆ AlignMapContainerHigherElements()

◆ Cell0DAddDoubleProperty()

◆ Cell0DAppend()

◆ Cell0DCoordinates()

◆ Cell0DCoordinateX()

◆ Cell0DCoordinateY()

◆ Cell0DCoordinateZ()

◆ Cell0DDoublePropertyExists()

◆ Cell0DDoublePropertyId()

◆ Cell0DDoublePropertyIndex()

◆ Cell0DDoublePropertySize()

◆ Cell0DDoublePropertyValue()

◆ Cell0DHasNeighbourCell1D()

◆ Cell0DHasNeighbourCell2D()

◆ Cell0DHasNeighbourCell3D()

◆ Cell0DHasUpdatedCell0D()

◆ Cell0DHasUpdatedCell0Ds()

◆ Cell0DInitializeDoubleProperties()

◆ Cell0DInitializeDoublePropertyValues()

◆ Cell0DInitializeNeighbourCell1Ds() [1/2]

◆ Cell0DInitializeNeighbourCell1Ds() [2/2]

◆ Cell0DInitializeNeighbourCell2Ds() [1/2]

◆ Cell0DInitializeNeighbourCell2Ds() [2/2]

◆ Cell0DInitializeNeighbourCell3Ds() [1/2]

◆ Cell0DInitializeNeighbourCell3Ds() [2/2]

◆ Cell0DInsertCoordinates()

◆ Cell0DInsertDoublePropertyValue()

◆ Cell0DInsertNeighbourCell1D()

◆ Cell0DInsertNeighbourCell2D()

◆ Cell0DInsertNeighbourCell3D()

◆ Cell0DInsertUpdatedCell0D()

◆ Cell0DIsActive()

◆ Cell0DMarker()

◆ Cell0DNeighbourCell1D()

◆ Cell0DNeighbourCell1Ds()

◆ Cell0DNeighbourCell2D()

◆ Cell0DNeighbourCell2Ds()

◆ Cell0DNeighbourCell3D()

◆ Cell0DNeighbourCell3Ds()

◆ Cell0DNumberDoubleProperties()

◆ Cell0DNumberNeighbourCell1D()

◆ Cell0DNumberNeighbourCell2D()

◆ Cell0DNumberNeighbourCell3D()

◆ Cell0DNumberUpdatedCell0Ds()

◆ Cell0DRemove()

◆ Cell0DResetNeighbourCell1D()

◆ Cell0DResetNeighbourCell2D()

◆ Cell0DResetNeighbourCell3D()

◆ Cell0DsCoordinates() [1/2]

◆ Cell0DsCoordinates() [2/2]

◆ Cell0DSetMarker()

◆ Cell0DSetState()

◆ Cell0DsInitialize()

◆ Cell0DsInitializeDoublePropertyValues()

◆ Cell0DsInitializeNeighbourCell1Ds()

◆ Cell0DsInitializeNeighbourCell2Ds()

◆ Cell0DsInitializeNeighbourCell3Ds()

◆ Cell0DsInsertCoordinates()

◆ Cell0DsMarker()

◆ Cell0DsNeighbourCell1Ds()

◆ Cell0DsNeighbourCell2Ds()

◆ Cell0DsNeighbourCell3Ds()

◆ Cell0DsState()

◆ Cell0DTotalNumber()

◆ Cell0DUpdatedCell0Ds()

◆ Cell1DAddDoubleProperty()

◆ Cell1DAppend()

◆ Cell1DByExtremes()

◆ Cell1DCoordinates()

◆ Cell1DDoublePropertyExists()

◆ Cell1DDoublePropertyId()

◆ Cell1DDoublePropertyIndex()

◆ Cell1DDoublePropertySize()

◆ Cell1DDoublePropertyValue()

◆ Cell1DEnd()